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User Manual: 6866576D16-E DR DSM
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PROFESSIONAL DIGITAL TWO-WAY RADIO SYSTEM MOTOTRBO™ REPEATER DETAILED SERVICE MANUAL DR 3000 REPEATER i Foreword This manual covers all models of the DR 3000 Repeater, unless otherwise specified. This manual provides sufficient information to enable qualified service technicians to troubleshoot and repair the DR 3000 Repeater to the component level. For details on radio operation or basic troubleshooting, refer to the applicable manuals available separately. ! Caution These servicing instructions are for use by qualified personnel only. To reduce the risk of electric shock, do not perform any servicing other than that contained in the Operating Instructions unless you are qualified to do so. Refer all servicing to qualified service personnel. Product Safety and RF Exposure Compliance ! Caution Before using this product, read the operating instructions for safe usage contained in the Product Safety and RF Exposure booklet enclosed with your product. ATTENTION! This repeater is restricted to occupational use only to satisfy ICNIRP/FCC RF energy exposure requirements. Before using this product, read the RF energy awareness information and operating instructions in the Product Safety and RF Exposure booklet enclosed with your product (Motorola Publication part number 6866537D37) to ensure compliance with RF energy exposure limits. For a list of Motorola-approved antennas, and other accessories, visit the following web site which lists approved accessories: http://www.motorola.com/governmentandenterprise Computer Software Copyrights The Motorola products described in this manual may include copyrighted Motorola computer programs stored in semiconductor memories or other media. Laws in the United States and other countries preserve for Motorola certain exclusive rights for copyrighted computer programs, including, but not limited to, the exclusive right to copy or reproduce in any form the copyrighted computer program. Accordingly, any copyrighted Motorola computer programs contained in the Motorola products described in this manual may not be copied, reproduced, modified, reverse-engineered, or distributed in any manner without the express written permission of Motorola. Furthermore, the purchase of Motorola products shall not be deemed to grant either directly or by implication, estoppel, or otherwise, any license under the copyrights, patents or patent applications of Motorola, except for the normal non-exclusive license to use that arises by operation of law in the sale of a product. Document Copyrights No duplication or distribution of this document or any portion thereof shall take place without the express written permission of Motorola. No part of this manual may be reproduced, distributed, or transmitted in any form or by any means, electronic or mechanical, for any purpose without the express written permission of Motorola. Disclaimer The information in this document is carefully examined, and is believed to be entirely reliable. However, no responsibility is assumed for inaccuracies. Furthermore, Motorola reserves the right to make changes to any products herein to improve readability, function, or design. Motorola does not assume any liability arising out of the applications or use of any product or circuit described herein; nor does it cover any license under its patent rights nor the rights of others. Trademarks MOTOROLA and the Stylized M logo are registered in the U.S. Patent & Trademark Office. All other product or service names are the property of their respective owners. © 2007–2010 by Motorola, Inc. All rights reserved. ii Notes iii Document History The following major changes have been implemented in this manual since the previous edition: Edition Description Date 6866576D16-A Initial edition. Aug 2007 6866576D16-B Added VHF Low Power Band Information. Added issue C boards to all bands. Nov. 2007 6866576D16-C Added UHF2 Band Information. June 2008 6866576D16-D For UHF2 Band: changed four capacitors namely C0811, C0812, C0719 and C0746 in Power Amp schematic and parts list . Added section: Summary of Printed Circuit Boards and Bands available in manual. June 2009 6866576D16-E Added R6 Controller. Added Repeater Indicator Board PMLN5643_. Added Connector Board PMLN5644_. Added a new set of Printed Circuit Boards, Schematics and Parts Lists to: VHF (High & Low Power), UHF1 (High & Low Power), UHF2 (High Power) bands. Sept. 2010 iv Notes DR 3000 MOTOTRBO Repeater Detailed Service Manual Contents Chapter 1 Service Maintainability Chapter 2 Repeater Indicator Board Service Information Chapter 3 Connector Board Service Information Chapter 4 Controller Service Information Chapter 5 VHF Low Power Service Information Chapter 6 VHF High Power Service Information Chapter 7 UHF1 Low Power Service Information Chapter 8 UHF1 High Power Service Information Chapter 9 UHF2 High Power Service Information Appendix A EMEA Regional Warranty, Service and Technical Support Glossary September, 2010 vi Notes vii Summary of Printed Circuit Boards and Bands available: Table below lists all the bands available in this manual and the revision of the Printed Circuit Boards used. For details, please refer to the respective chapters. Chapter Description PC Board Part Number Board Revision 2 Repeater Indicator Board (PMLN4814_) 8415470H02 B 2 Repeater Indicator Board (PMLN5269_) 8415470H04 D 2 Repeater Indicator Board (PMLN5643_) 84012135001 A 3 Connector Board (PMLN4815_) 8415472H01 A 3 Connector Board (PMLN5270_) 8415472H05 E 3 Connector Board (PMLN5644_) 8402133002 B 5 VHF Low Power 136–174 MHz, 1–25 W 8471495L01 8471495L03 8471495L04 A C D 6 VHF High Power 136–174 MHz, 25–45 W 8478023A12 8478023A16 8478023A17 P8 C D 7 UHF1 Low Power 403–470 MHz, 1–25 W 8471165L03 8471165L05 8471165L06 A C D 8 UHF1 High Power 403–470 MHz, 25–40 W 8486777Z12 8486777Z14 8486777Z15 A C D 9 UHF2 High Power 450–527 MHz, 1–40 W 8471696M01 8471696M02 A D viii Notes M DR 3000 MOTOTRBO Repeater Chapter 1 Service Maintainability Issue: September, 2010 Computer Software Copyrights The Motorola products described in this manual may include copyrighted Motorola computer programs stored in semiconductor memories or other media. Laws in the United States and other countries preserve for Motorola certain exclusive rights for copyrighted computer programs, including, but not limited to, the exclusive right to copy or reproduce in any form the copyrighted computer program. Accordingly, any copyrighted Motorola computer programs contained in the Motorola products described in this manual may not be copied, reproduced, modified, reverse-engineered, or distributed in any manner without the express written permission of Motorola. Furthermore, the purchase of Motorola products shall not be deemed to grant either directly or by implication, estoppel, or otherwise, any license under the copyrights, patents or patent applications of Motorola, except for the normal non-exclusive license to use that arises by operation of law in the sale of a product. i Chapter 1 - Service Maintainability Table of Contents Section 1 Introduction 1.0 Notations Used in This Manual ............................................................................1-1 2.0 Repeater Description ...........................................................................................1-1 Section 2 Maintenance 1.0 Introduction ..........................................................................................................2-1 2.0 Preventive Maintenance ......................................................................................2-1 2.1 Inspection .......................................................................................................2-1 2.2 Cleaning Procedures ......................................................................................2-1 3.0 Safe Handling of CMOS and LDMOS Devices ....................................................2-2 4.0 Repair Procedures and Techniques — General ..................................................2-3 Section 3 Test Equipment and Service Aids 1.0 Recommended Test Equipment ..........................................................................3-1 2.0 Service Aids .........................................................................................................3-2 3.0 Programming Cables ...........................................................................................3-3 ii Notes 1-1 Section 1 INTRODUCTION 1.0 Notations Used in This Manual Throughout the text in this publication, you will notice the use of note and caution notations. These notations are used to emphasize that safety hazards exist, and due care must be taken and observed. NOTE: An operational procedure, practice, or condition that is essential to emphasize. ! CAUTION indicates a potentially hazardous situation which, if not avoided, might result in equipment damage. Caution 2.0 Repeater Description The DR 3000 repeater is available in the following frequency ranges and power levels. Table 1-1 Frequency Ranges and Power Levels Freq. Band Bandwidth Power Level VHF 136–174 MHz 1–25 Watts 25–45 Watts UHF B1 403–470 MHz 1–25 Watts 25–40 Watts UHF B2 450–527 MHz 1–40 Watts (1-25 Watts above 512 MHz) This repeater is among the most sophisticated two-way repeaters available. It has a robust design for users who need high performance, quality, and reliability in their daily communications. This architecture provides the capability of supporting a multitude of legacy and advanced features resulting in a more cost-effective two-way repeater communications solution. 1-2 Repeater Description Notes 2-1 Section 2 MAINTENANCE 1.0 Introduction This chapter provides details about the following: 2.0 • Preventive maintenance (inspection and cleaning). • Safe handling of CMOS and LDMOS devices. • Repair procedures and techniques. Preventive Maintenance Periodic visual inspection and cleaning is recommended. 2.1 Inspection Check that the external surfaces of the repeater are clean, and that all external controls and switches are functional. It is not recommended to inspect the interior electronic circuitry. 2.2 Cleaning Procedures The following procedures describe the recommended cleaning agents and the methods to be used when cleaning the external and internal surfaces of the repeater. External surfaces include the top cover and repeater enclosure. Periodically clean smudges and grime from exterior enclosure. Use a soft, non-abrasive cloth moistened in a mild soap and water solution Rinse the surface using a second cloth moistened in clean water, and clean any dirt or debris from the fan grill and louvers on the front side. NOTE: Internal surfaces should be cleaned only when the repeater is disassembled for service or repair. The only recommended agent for cleaning the external repeater surfaces is a 0.5% solution of a mild dishwashing detergent in water. The only factory recommended liquid for cleaning the printed circuit boards and their components is isopropyl alcohol (100% by volume). Cleaning Internal Circuit Boards and Components Isopropyl alcohol (100%) may be applied with a stiff, non-metallic, short-bristled brush to dislodge embedded or caked materials located in hard-to-reach areas. The brush stroke should direct the dislodged material out and away from the inside of the repeater. Make sure that controls or tunable components are not soaked with alcohol. Do not use high-pressure air to hasten the drying process since this could cause the liquid to collect in unwanted places. Once the cleaning process is complete, use a soft, absorbent, lintless cloth to dry the area. Do not brush or apply any isopropyl alcohol to the top cover and repeater enclosure. NOTE: Always use a fresh supply of alcohol and a clean container to prevent contamination by dissolved material (from previous usage). 2-2 3.0 Safe Handling of CMOS and LDMOS Devices Safe Handling of CMOS and LDMOS Devices Complementary metal-oxide semiconductor (CMOS) devices are used in this family of repeaters, and are susceptible to damage by electrostatic or high voltage charges. Damage can be latent, resulting in failures occurring weeks or months later. Therefore, special precautions must be taken to prevent device damage during disassembly, troubleshooting, and repair. Handling precautions are mandatory for CMOS circuits and are especially important in low humidity conditions. DO NOT attempt to disassemble the repeater without first referring to the following CAUTION statement. ! Caution This repeater contains static-sensitive devices. Do not open the repeater unless you are properly grounded. Take the following precautions when working on this unit: • Store and transport all CMOS devices in conductive material so that all exposed leads are shorted together. Do not insert CMOS devices into conventional plastic “snow” trays used for storage and transportation of other semiconductor devices. • Ground the working surface of the service bench to protect the CMOS device. We recommend using a wrist strap, two ground cords, a table mat, and a floor mat. • Wear a conductive wrist strap in series with a 100k resistor to ground. (Replacement wrist straps that connect to the bench top covering are Motorola part number 4280385A59). • Do not wear nylon clothing while handling CMOS devices. • Do not insert or remove CMOS devices with power applied. Check all power supplies used for testing CMOS devices to be certain that there are no voltage transients present. • When straightening CMOS pins, provide ground straps for the apparatus used. • When soldering, use a grounded soldering iron. • If at all possible, handle CMOS devices by the package and not by the leads. Prior to touching the unit, touch an electrical ground to remove any static charge that you may have accumulated. The package and substrate may be electrically common. If so, the reaction of a discharge to the case would cause the same damage as touching the leads. Repair Procedures and Techniques — General 4.0 2-3 Repair Procedures and Techniques — General NOTE Environmentally Preferred Products (EPP) (refer to the marking on the printed circuit boards — examples shown below) were developed and assembled using environmentally preferred components and solder assembly techniques to comply with the European Union’s Restriction of Hazardous Substances (ROHS) Directive 2002/95/EC and Waste Electrical and Electronic Equipment (WEEE) Directive 2002/96/EC. To maintain product compliance and reliability, use only the Motorola specified parts in this manual. Any rework or repair on Environmentally Preferred Products must be done using the appropriate lead-free solder wire and lead-free solder paste as stated in the following table: Table 2-1 Lead Free Solder Wire Part Number List Motorola Part Number Alloy Flux Type Flux Content by Weight Melting Point Supplier Part number Diameter Weight 1088929Y01 95.5Sn/3.8Ag/0.7Cu RMA Version 2.7-3.2% 217°C 52171 0.015” 1lb spool Table 2-2 Lead Free Solder Paste Part Number List Motorola Part Number Manufacturer Part Number 1085674C03 NC-SMQ230 Viscosity Type Composition & Percent Metal 900-1000KCPs Brookfield (5rpm) Type 3 (-325/+500) (95.5%Sn-3.8%Ag-0.7%Cu) 89.3% Liquid Temperature 217°C Parts Replacement and Substitution When damaged parts are replaced, identical parts should be used. If the identical replacement part is not locally available, check the parts list for the proper Motorola part number and order the part from the nearest Motorola Radio Products and Solutions Organization listed in Appendix A of this manual. Rigid Circuit Boards The repeater uses bonded, multi-layer, printed circuit boards. Since the inner layers are not accessible, some special considerations are required when soldering and unsoldering components. The printed through holes may interconnect multiple layers of the printed circuit. Therefore, exercise care to avoid pulling the plated circuit out of the hole. When soldering near a connector: • Avoid accidentally getting solder in the connector. • Be careful not to form solder bridges between the connector pins. • Examine your work closely for shorts due to solder bridges. 2-4 Repair Procedures and Techniques — General Chip Components Use the RLN4062 Hot-Air Repair Station for chip component replacement. Adjust the temperature control to 370°C (700°F), and adjust the airflow to a minimum setting. Airflow can vary due to component density. • • • To remove a chip component: 1. Use a hot-air hand piece and position the nozzle of the hand piece approximately 0.3 cm (1/8") above the component to be removed. 2. Begin applying the hot air. Once the solder reflows, remove the component using a pair of tweezers. 3. Using a solder wick and a soldering iron or a power desoldering station, remove the excess solder from the pads. To replace a chip component using a soldering iron: 1. Select the appropriate micro-tipped soldering iron and apply fresh solder to one of the solder pads. 2. Using a pair of tweezers, position the new chip component in place while heating the fresh solder. 3. Once solder wicks onto the new component, remove the heat from the solder. 4. Heat the remaining pad with the soldering iron and apply solder until it wicks to the component. If necessary, touch up the first side. All solder joints should be smooth and shiny. To replace a chip component using hot air: 1. Use the hot-air hand piece and reflow the solder on the solder pads to smooth it. 2. Apply a drop of solder paste flux to each pad. 3. Using a pair of tweezers, position the new component in place. 4. Position the hot-air hand piece approximately 0.3 cm (1/8") above the component and begin applying heat. 5. Once the solder wicks to the component, remove the heat and inspect the repair. All joints should be smooth and shiny. Repair Procedures and Techniques — General 2-5 Shields Removing and replacing shields is recommended to be done with an Air Blower, BOSCH GHG 600-3 or equivalent. The temperature should be set to approximately 400°C (752°F). • • To remove the shield: 1. Place the circuit board in the circuit board holder. 2. Add solder paste flux around the base of the shield. 3. Position the heat-focus head onto the shield. 4. Turn on the heater and wait until the shield lifts off the circuit board. 5. Once the shield is off, turn off the heat, and grab the part with a pair of tweezers. 6. Remove the circuit board from the circuit board holder. To replace the shield: 1. Add solder to the shield if necessary, using a micro-tipped soldering iron. 2. Next, rub the soldering iron tip along the edge of the shield to smooth out any excess solder. Use solder wick and a soldering iron to remove excess solder from the solder pads on the circuit board. 3. Place the circuit board back in the circuit board holder. 4. Place the shield on the circuit board using a pair of tweezers. 5. Position the heat-focus head over the shield. 6. Turn on the heater and wait for the solder to reflow. 7. Once complete, turn off the heat, raise the heat-focus head and wait approximately one minute for the part to cool. 8. Remove the circuit board and inspect the repair. No cleaning should be necessary. 2-6 Repair Procedures and Techniques — General Notes 3-1 Section 3 TEST EQUIPMENT AND SERVICE AIDS 1.0 Recommended Test Equipment The list of equipment contained in Table 3-1 includes most of the standard test equipment required for servicing Motorola repeaters. Table 3-1 Recommended Test Equipment Equipment Characteristic Example Application Service Monitor Can be used as a substitute for items marked with an asterisk (*) Motorola R2670, or equivalent. Frequency/deviation meter and signal generator for wide-range troubleshooting and alignment Digital RMS Multimeter* 100 µV to 300 V 5 Hz to 1 MHz 10 Meg Ohm Impedance Fluke 179 or equivalent (www.fluke.com) AC/DC voltage and current measurements. Audio voltage measurements. RF Signal Generator* 100 MHz to 1 GHz -130 dBM to +10 dBM FM Modulation 0 kHz to 10 kHz Agilent N5181A (www.agilent.com), Ramsey RSG1000B (www.ramseyelectronics.com), or equivalent Receiver measurements Oscilloscope* 2 Channels 50 MHz Bandwidth 5 mV/div to 20 V/div Leader LS8050 (www.leaderusa.com), Tektronix TDS1001b (www.tektronix.com), or equivalent Waveform measurements Power Meter and Sensor* 5% Accuracy 100 MHz to 500 MHz 50 Watts Bird 43 Thruline Watt Meter (www.bird-electronic.com) or equivalent Transmitter power output measurements RF Millivolt Meter 100 mV to 3 V RF 10 kHz to 1 GHz Boonton 92EA (www.boonton.com) or equivalent RF level measurements 3-2 2.0 Service Aids Service Aids Table 3-2 lists the service aids recommended for working on the repeater. While all of these items are available from Motorola, most are standard workshop equipment items, and any equivalent item capable of the same performance may be substituted for the item listed. Table 3-2 Service Aids Motorola Part Number Description Application RLN4460_ Test Set Enables connection to audio/accessory jack. Allows switching for radio testing. GMVN5141_ Customer Programming Software on CD-ROM Allows servicer to program repeater parameters, tune and troubleshoot repeaters. PMKN4010_ Mobile & Repeater Rear Programming Cable Connects the radio’s rear connector to a USB port for radio programming and data applications. PMKN4016_ Mobile & Repeater Rear Accessory Programming and Test Cable Connects the radio’s rear connector to a USB port for radio programming, data applications, testing and alignment. PMKN4018_ Mobile & Repeater Rear Accessory Connector Universal Cable Connects the radio’s rear connector to accessory devices such as desk sets. Cable contains all 26 wires and is unterminated at the user end. Programming Cables 3.0 3-3 Programming Cables Figure 3-1 Mobile & Repeater Rear Programming Cable PMKN4010_ DB 25 CONNECTOR 1 13 14 25 USB CONNECTOR 4 1455 24 CABLE 915 15 CABLE WIRE DIAGRAM REAR ACCESSORY CONNECTOR USB DB25P PIN NO. DESCRIPTION TO MOBILE RADIO REAR ACCESSORY CONNECTOR 25 26 1 2 VIEWED FROM FRONT (PIN END) OF CONNECTOR 3 VCC (5 V) 1 2 DATA - 2 1 DATA + 3 4 GND 9 SPEAKER - 7 11 EXT MIC 17 17 DIGI IN 1 (EXT PTT) 20 16 GND 16 10 SPEAKER + 1 Figure 3-2 Mobile & Repeater Rear Accessory Programming and Test Cable PMKN4016_ 3-4 Programming Cables Notes M DR 3000 MOTOTRBO Repeater Chapter 2 Repeater Indicator Board Service Information Issue: September, 2010 Computer Software Copyrights The Motorola products described in this manual may include copyrighted Motorola computer programs stored in semiconductor memories or other media. Laws in the United States and other countries preserve for Motorola certain exclusive rights for copyrighted computer programs, but not limited to, the exclusive right to copy or reproduce in any form, the copyrighted computer program. Accordingly, any copyrighted Motorola computer programs contained in the Motorola products described in this manual may not be copied, reproduced, modified, reverse-engineered, or distributed in any manner without the express written permission of Motorola. Furthermore, the purchase of Motorola products shall not be deemed to grant either directly or by implication, estoppel or otherwise, any license under the copyrights, patents or patent applications of Motorola, except for the normal non-exclusive license to use that arises by operation of law in the sale of a product. i Chapter 2 - Repeater Indicator Board Service Information Table of Contents Section 1 Theory of Operation 1.0 Overview ..............................................................................................................1-1 2.0 Repeater Indicator Board.....................................................................................1-1 3.0 Ethernet Interface ................................................................................................1-2 Section 2 Repeater Indicator Boards / Schematics / Parts Lists 1.0 Allocation of Printed Circuit Boards, Schematics and Parts Lists ........................2-1 1.1 Repeater Indicator Board Circuits ..................................................................2-1 2.0 Repeater Indicator Board (PMLN4814_) PCB/Schematics/Parts List .................2-3 Repeater Indicator Board PCB 8415470H02 (Top Side)........................................2-3 Repeater Indicator Board PCB 8415470H02 (Bottom Side) ..................................2-4 Repeater Indicator Board Schematic Diagram (Sheet 1 of 2) ................................2-5 Repeater Indicator Board Schematic Diagram (Sheet 2 of 2) ................................2-6 2.1 Repeater Indicator Board Parts List PMLN4814_ ..........................................2-7 3.0 Repeater Indicator Board (PMLN5269_) PCB/Schematics/Parts List .................2-9 Repeater Indicator Board PCB 8415470H04 (Top Side)........................................2-9 Repeater Indicator Board PCB 8415470H04 (Bottom Side) ................................2-10 Repeater Indicator Board Schematic Diagram (Sheet 1 of 2) ..............................2-11 Repeater Indicator Board Schematic Diagram (Sheet 2 of 2) ..............................2-12 3.1 Repeater Indicator Board Parts List PMLN5269_ ........................................2-13 4.0 Repeater Indicator Board (PMLN5643_) PCB/Schematics/Parts List ...............2-15 Repeater Indicator Board PCB 84012135001 (Top Side) ....................................2-15 Repeater Indicator Board PCB 84012135001 (Bottom Side) ...............................2-16 Repeater Indicator Board Schematic Diagram (Sheet 1 of 2) ..............................2-17 Repeater Indicator Board Schematic Diagram (Sheet 2 of 2) ..............................2-18 4.1 Repeater Indicator Board Parts List PMLN5643_ ........................................2-19 ii Notes 1-1 Section 1 THEORY OF OPERATION 1.0 Overview This section provides a detailed theory of operation for the Repeater Indicator Board and its components. 2.0 Repeater Indicator Board The Repeater Indicator board contains circuitry to drive the front panel indicator LEDs, an RTC battery for the RTC in the transmit radio, as well as an Ethernet controller. Front Panel Indicators Display Driver Ethernet to Rear Panel USB to Ethernet Interface RTC Backup Flex to Transmit Radi o Figure 1-1 Repeater Indicator Board Block Diagram All of the indicator LEDs that are on the front of the Repeater chassis reside on the Repeater Indicator board. Each is controlled by a shift register (U6) data out signal and a digital transistor. The shift register accepts serial data in from the transmit radio's OMAP processor via a SPI bus. A 74LVC07 buffer (U9) level shifts these signals from 3.3 V to 1.8 V. The Repeater Disable LED is a dual-purpose LED that is hardware controlled initially at power-up. As soon as VBUS power is available on the Repeater Indicator board, the hardware circuitry for the Repeater Disable LED will cause it to blink periodically. When the software initialization is completed by the firmware, the blink circuitry will be disabled by the firmware. At that point, the Repeater Disable LED can be used for its intended purpose of displaying when the Repeater Disable function is turned on. 1-2 Ethernet Interface The power LED is the only LED that is not controlled by the software. This bi-color LED gets turned on green when the 13.8 V output from the power supply is valid. It turns on red when A/C power is lost, and the repeater's backup battery is used. The Real Time Clock (RTC) battery (M1) is connected to the transmit radio through the Control Head Connector (J1, pin 30). 3.0 Ethernet Interface The Repeater board uses an SMSC LAN9500 USB to 10/100 Ethernet controller (U8) to convert data from USB to Ethernet and vice-versa. An external 128 x 8 EEPROM (U2) is used to store the Ethernet MAC address and various USB configuration parameters. The transformer (T1) provides isolation between the Ethernet port and the Ethernet controller. The LAN9500 controller integrates a 10/100 Ethernet MAC, 10/100 Ethernet PHY, USB 2.0 device controller, TAP controller, EEPROM controller, and a FIFO controller with 30 KB of internal packet buffering. The Ethernet controller supports auto-negotiation, auto-polarity correction, HP AutoMDIX, and is compliant with the IEEE 802.3 and IEEE 802.3u standards. The internal EEPROM controller is used to load various USB configuration parameters and the device MAC address upon power-up. The USB portion of the LAN9500 integrates a High-speed USB 2.0 device controller and USB PHY. The USB device controller configures to Full-speed when communicating with the USB host controller on the TX transceiver board. The LAN9500 integrates a 10/100 Ethernet MAC and an IEEE 802.3 PHY for twisted pair Ethernet applications. The PHY can be configured for 10Base-T (10 Mbps) or 100Base-TX (100 Mbps) and supports auto-negotiation, and full or half-duplex configurations. The controller also provides LED control signals for indicating Ethernet speed, link, and duplex configuration status. The Ethernet speed and Link LEDs reside on the Connector board's external Ethernet connector. The Link LED is the yellow LED and is lit solid when an Ethernet link is valid or blinking when there is transmit or receive activity. The speed LED is the green LED and indicates 100 Mbit operation when lit. All of the Ethernet signals are transported to the Connector board through an Ethernet cable that connects the Repeater board to the Connector board. The LED signals are transported to the Connector board through an 8-pin cable that is also connected between the Repeater board and Connector board. (Applicable for VHF/UHF 32MB repeaters). 2-1 Section 2 REPEATER INDICATOR BOARDS / SCHEMATICS / PARTS LISTS 1.0 Allocation of Printed Circuit Boards, Schematics and Parts Lists 1.1 Repeater Indicator Board Circuits This Chapter shows the Printed Circuit Boards (PCB), Schematics and Parts Lists for the Repeater Indicator Board circuits. Table 2-1 Repeater Indicator Board Schematic Diagrams and Parts List PCB : 8415470H02 Repeater Indicator Board Top Side 8415470H02 Repeater Indicator Board Bottom Side Page 2-3 Page 2-4 SCHEMATICS Repeater Indicator Board Schematic Diagram (Sheet 1 of 2) Repeater Indicator Board Schematic Diagram (Sheet 2 of 2) Page 2-5 Page 2-6 Parts List Repeater Indicator Board, PMLN4814_ Page 2-7 Table 2-2 Repeater Indicator Board Schematic Diagrams and Parts List PCB : 8415470H04 Repeater Indicator Board Top Side 8415470H04 Repeater Indicator Board Bottom Side Page 2-9 Page 2-10 SCHEMATICS Repeater Indicator Board Schematic Diagram (Sheet 1 of 2) Repeater Indicator Board Schematic Diagram (Sheet 2 of 2) Page 2-11 Page 2-12 Parts List Repeater Indicator Board, PMLN5269_ Page 2-13 2-2 Allocation of Printed Circuit Boards, Schematics and Parts Table 2-3: Repeater Indicator Board Schematic Diagrams and Parts List PCB : 84012135001 Repeater Indicator Board Top Side 84012135001 Repeater Indicator Board Bottom Side Page 2-15 Page 2-16 SCHEMATICS Repeater Indicator Board Schematic Diagram (Sheet 1 of 2) Repeater Indicator Board Schematic Diagram (Sheet 2 of 2) Page 2-17 Page 2-18 Parts List Repeater Indicator Board, PMLN5643_ Page 2-19 Repeater Indicator Board (PMLN4814_) PCB/Schematics/Parts List Repeater Indicator Board (PMLN4814_) PCB/Schematics/Parts List TP13 2 M1 3 TP1 2 R43 TP12 R58 TP2 R51 R40 Q11 1 TP6 C29 TP3 Q18 3 2 3 Q24 U14 2 C55 U5 2 Q23 2 R80 R55 8 14 R66 TP9 U9 R64 Q21 1 2 8 14 TP4 C7 Q7 2 3 R53 R77 R73 R47 Q22 3 R48 2 2 D25 3 TP7 Q10 R41 2 1 9 U6 R57 C49 D9 1 Y1 C50 R24 3 4 R56 R63 3 U12 8 C40 D8 1 R38 76 TP11 R61 Y2 1 3 2 G1 C38 4 12 Q9 2 3 8 1 U2 TP8 3 Q12 R42 R67 2 5 4 R74 R49 R75 R50 R68 TP5 R39 G2 26 51 C37 J5 U8 R76 R70 R71 16 C8 R46 D7 1 R23 C28 C56 7 R22 C26 C27 8 R45 3 2 R59 C39 R60 1 Q20 3 Q19 2 9 T1 TP10 7 R65 16 J4 R81 R69 3 VR1 4 R79 C52 3 9 C54 2 3 4 R62 8 6 J2 7 5 C30 10 2.0 2-3 (For reference only - board is not field-repairable) Repeater Indicator Board PCB 8415470H02 (Top Side) Repeater Indicator Board (PMLN4814_) PCB/Schematics/Parts List J1 1D20 30 C34 D10 2-4 C16 C35 D24 1D23 R31 C41 C36 C22 C19 C51 R32 C45 C46 R6 C44 1 R4 3 U13 RT2 U10 2 3 R5 R78 C10 2 C12 C18 C53 C13 1D21 R1 RT1 D18 1 R7 4 U11 2 C15 C48 R2 R8 C17 C9 1D22 3 D19 1 (For reference only - board is not field-repairable) Repeater Indicator Board PCB 8415470H02 (Bottom Side) C42 C11 C47 4 Q17 2 1 3 R3 C43 Repeater Indicator Board (PMLN4814_) PCB/Schematics/Parts List 2-5 13V6 D18 TxA 13V6 TP4 1 10K 1V8 3V3 Q7 47K D19 R38 510 1 TP5 NC 16 47K Y NC NC NC SER 2 4 6 8 10 12 Y_1 Y_2 Y_3 Y_4 Y_5 Y_6 A_1 A_2 A_3 A_4 A_5 A_6 C28 100pF 3V3 BAT_RTC ROW_2 NC NC COL_2 NC NC NC U14 MAX4645 C27 100pF C26 100pF 2 NO GND C56 0.1uF 13V6 IN COM 4 FAN_FAIL 1 R58 2.2K 3 10K Q12 D23 M1 1 SOCKET USB_DP USB_DM TP3 1 TP2 NC NC NC NC NC TP1 NC NC NC 1 TP9 VBUS R42 510 Y 1 47K 2 ANALOG NC NC NC SERIAL_DATA SERIAL_CLK LED_CS 1 3 5 9 11 13 14 R41 510 1 TP8 11 SRCLK RCLK 12 SRCLR 10 13 RCLR 8 D22 QA QB QC QD QE QF QG QH1 QH2 13V6 10K 3 Q19 2 U12-4 47K C54 100pF 11 13 D24 LED R55 510 1 10K NC 47K 10K 2 1 R56 270 2 U12-1 MC74LCX02 5 U12-2 MC74LCX02 4 8 6 1 U12-3 MC74LCX02 C53 0.1uF 10 9 3 U12-5 PWR_GND R79 10K R57 510 2 6 4 3 VCC FB 1 NP VOUT VCONT 1 VIN GND C35 0.1uF 2 C30 1.0uF 5 7 13V6 NC C39 1.0uF R60 1MEG VR1 6.2V 1V8 R69 7.5K U5 C55 1000pF GND R59 2MEG J1-30 J1-29 J1-28 J1-27 J1-26 J1-25 J1-24 J1-23 J1-22 J1-21 J1-20 J1-19 J1-18 J1-17 J1-16 J1-15 J1-14 J1-13 J1-12 J1-11 J1-10 J1-9 J1-8 J1-7 J1-6 J1-5 J1-4 J1-3 J1-2 J1-1 R80 6.2K 3V3 47K 14 1 NC 3V3 Q21 12 DIGITAL TP10 3 Q20 30 29 28 27 26 25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 NC U9 1 10K Q10 R65 2K 5 R40 510 TP7 R64 2K V_POS 47K R66 2K 7 Y 1 15 1 2 3 4 5 6 7 9 VCC TXA_LED TXB_LED RPT_DIS RXA_LED RXB_LED ANG_LED DIG_LED BLINK_DIS 10K GND D21 13V6 CONTROL HEAD CONNECTOR 14 R63 2K U6 RxB 3V3 C52 0.1uF R39 510 Q11 3V3 47K 1 RxA 3V3 VCC Q9 D20 RPT DIS 13V6 TP6 3V3 C22 0.1uF 10K GND TxB 13V6 R62 10K C29 1.0uF C34 0.1uF 1 13V6 POWER TP11 13V6 13V6 R51 1.2K R43 1.2K POWER CONNECTOR D10 3 LED 1 J4-1 J4-2 J4-3 J4-4 R81 8.2K 1 2 3 4 FAN_FAIL BAT_MODE 13V6 GRN RED TP13 2 1 Q17 1 2 3 4 5 6 7 8 9 10 11 12 g1 g2 NC 13V6 47K 3 U13 47K 4 NC NC 1 1 4 13V6 NU 2 HEATER CIRCUITS R2 8.2K 10K Q24 RT1 10K 10K 47K R78 8.2K 4 Q23 2 47K 1 TP12 U11 47K C51 0.1uF 3 R3 8.2 Q18 10K BAT_MODE NC U10 47K R1 1.8K 47K RT2 10K NU R4 8.2 J5-1 J5-2 J5-3 J5-4 J5-5 J5-6 J5-7 J5-8 J5-9 J5-10 J5-11 J5-12 J5-13 J5-14 R5 8.2 R6 8.2 R8 8.2 R7 8.2 (For reference only - board is not field-repairable) Repeater Indicator Board Schematic Diagram (Sheet 1 of 2) Repeater Indicator Board (PMLN4814_) PCB/Schematics/Parts List 2-6 25MHz XTAL_25MHZ Y1 3V3 2V5 3 GND 4 3V3 0 Q22 C50 2 C49 3V3 2V5 IN GND1 OUT 3V3 R73 1 18pF 18pF R68 OUT 3 7 J2-2 2 J2-8 8 J2-1 1 J2-9 9 J2-10 GND 8 4 64 POS2 NC 35 28 VPH OCLK25 VMH 94 CT_2 POS3 6 10 POS 4 RXN RXP 77 TXP TXN 88 CT_3 7 78 OCLK12 VPF RXCLK VMF NEG4 10 89 NC NC NC NC 4 13 NC1 NC4 NC2 5 ANTESTA USB TO ETHERNET CONTROLLER RXIN TXOP 52 NC NC NC NC NC R47 51 R48 51 68 69 71 65 63 NC NC NC GPIO0 GPIO1 CRS GPIO2 GPIO3 U8 ADM8515 RXD0 RXD1 GPIO4 NC NC C19 55 54 60 TEST2A RXDV TEST2B TEST2C TEST2D TEST2E TXCLK TXD0 TEST2F TXD1 TEST2G TXD2 TEST2H TXD3 EESK 74 XLNKSTS NC EEDI LED0 91 21 NC 20 NC 19 3V3 NC NC 10 NC 11 NC 14 C10 0.1uF NC 15 NC 16 NC 17 18 NC 47 46 45 EECS EECK EEDI EEDO 2 1 CLK_SD CS 3 6 NC 2 7 NC 3 4 SDI SDO NC DC 5 6 NC2 NC1 NC 75 50 SPEED LINK_ACT FDUP_COL NC NC D7 U2 AT93C46A NC LED4 GNDT GNDR 87 VSA LED3 79 98 GNDREF AGND2 82 37 AGND1 DGND2 29 38 DGND1 VSSIO 4 VSSIO 5 36 66 93 VSSIO 3 VSSIO 2 51 44 VSSIO 1 22 RIBB R53 10K SPEED VSS25 A 83 VSS25 C LED2 VSS25 B LED1 TEST1B 13 RIBB R24 510 TEST1A 56 92 40 NC R23 510 NC NC 1 NC R2 2 510 NC 24 23 EEDO C7 0.1uF C8 0.1uF NC 25 48 EECS 3V3 1000pF NC 43 9 RXD3 TXEN NC NC GPIO5 RXD2 59 NC 81 LINE1 RXER 58 NC 42 LINE0 62 R3 2 75 NC 73 ANTESTB COL 67 NC CT_4 NC3 R75 80 53 NEG3 8 12 33 31 MDIO TXON NC R31 75 MDC RST RXI P NC 9 33 R74 POREN NC 0 NEG1 3 11 30 33 95 13V6 15 USB_DM 32 72 R77 NEG2 RPU RREF 99 97 VSENSE 100 VDDAH VCTRL 27 39 26 34 AVDD2 AVDD1 DVDD2 DVDD1 70 61 49 4 57 41 96 VDDIO5 VDDIO4 VDDIO3 VDDIO2 VDDIO1 VDD25B VDD25C 12 VAA T 90 ICLK25 CT_1 2 14 USB_DP 0 R50 ICLK12 7 0 8 6 J2-3 J2-7 C38 18pF 18pF R49 VC C J2-6 NU GND 5 4 R67 1.5K 5 J2-5 J2-4 2 C37 86 85 GND1 IN POS1 1 16 84 3 XFMR RJ_TXP RJ_TX M RJ_RXP FAN_FAIL BAT_MODE RJ_RXM VAAR 76 1 51 T1 Y2 CX-91F 12MHz R46 C41 0.1uF 1MEG R61 R45 51 VAAREF C9 0.1uF 0 VDD25A R76 RJ45 ETHERNET CONNECTOR C40 10uF R70 510 1.5K CLK25M_I FULL_SPD 2V5 LINK_ACT 3V3 D8 FDUP_COL D9 R71 C48 C46 C47 C42 C43 C44 C45 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF FULL_SPD D25 510 (For reference only - board is not field-repairable) Repeater Indicator Board Schematic Diagram (Sheet 2 of 2) C36 0.1uF C13 0.1uF C11 0.1uF C12 0.1uF C17 0.1uF C15 0.1uF C16 0.1uF C18 0.1uF Repeater Indicator Board (PMLN4814_) PCB/Schematics/Parts List 2.1 Repeater Indicator Board Parts List PMLN4814_ Circuit Ref Motorola Part No Description C07 2113945C31 CAP, 0.1uF C08 2113945C31 CAP, 0.1uF C09 2113945C31 CAP, 0.1uF C10 2113945C31 CAP, 0.1uF C11 2113945C31 CAP, 0.1uF C12 2113945C31 CAP, 0.1uF C13 2113945C31 CAP, 0.1uF C15 2113945C31 CAP, 0.1uF C16 2113945C31 CAP, 0.1uF C17 2113945C31 CAP, 0.1uF C18 2113945C31 CAP, 0.1uF C19 2186154V01 CAP, 1000pF C22 2113945C31 CAP, 0.1uF C26 2113944A40 CAP, 100pF C27 2113944A40 CAP, 100pF C28 2113944A40 CAP, 100pF C29 2113946E02 CAP, 1.0uF C30 2113946E02 CAP, 1.0uF C34 2113945C31 CAP, 0.1uF C35 2113945C31 CAP, 0.1uF C36 2113945C31 CAP, 0.1uF C37 2113944C33 CAP, 18pF C38 2113944C33 CAP, 18pF C39 2113946E02 CAP, 1.0uF C40 2313960D07 CAPP, 10uF C41 2113945C31 CAP, 0.1uF C42 2113945C31 CAP, 0.1uF C43 2113945C31 CAP, 0.1uF Circuit Ref 2-7 Motorola Part No Description Circuit Ref Motorola Part No Description Circuit Ref Motorola Part No Description C44 2113945C31 CAP, 0.1uF Q09 4815261H01 DTC114YKAF R43 0613958S75 RES, 1.2K C45 2113945C31 CAP, 0.1uF Q10 4815261H01 DTC114YKAF R45 0613952H42 RES, 51 C46 2113945C31 CAP, 0.1uF Q11 4815261H01 DTC114YKAF R46 0613952H42 RES, 51 C47 2113945C31 CAP, 0.1uF Q12 4815261H01 DTC114YKAF R47 0613952H42 RES, 51 C48 2113945C31 CAP, 0.1uF Q17 4815867H01 PZTA14 R48 0613952H42 RES, 51 C49 2113944C33 CAP, 18pF Q18 4815261H01 DTC114YKAF R49 0613952H13 RES, 3.3 C50 2113944C33 CAP, 18pF Q19 4815261H01 DTC114YKAF R50 0613952H13 RES, 3.3 C51 2113945C31 CAP, 0.1uF Q20 4815261H01 DTC114YKAF R51 0613958S75 RES, 1.2K C52 2113945C31 CAP, 0.1uF Q21 4815261H01 DTC114YKAF R53 0613952N01 RES, 10K C53 2113945C31 CAP, 0.1uF Q22 4815700H01 2SB1197K R55 0613952H66 RES, 510 C54 2113944A40 CAP, 100pF Q23 4815261H01 DTC114YKAF R56 0613952H59 RES, 270 C55 2113945A09 CAP, 1000pF Q24 4815261H01 DTC114YKAF R57 0613952H66 RES, 510 C56 2113945C31 CAP, 0.1uF R01 0613952H79 RES, 1.8K R58 0613952H81 RES, 2.2K D07 4815809H03 HT-S91UY R02 0613952Q95 RES, 8.2K R59 0613952R56 RES, 2MEG D08 4815809H01 HT-S91UYG R03 0613959Q23 RES, 8 R60 0613952J49 RES, 1MEG D09 4815809H02 HT-S91URO R04 0613959Q23 RES, 8 R61 0613952J49 RES, 1MEG D10 4887557T01 HSMF-C155 R05 0613959Q23 RES, 8 R62 0613952N01 RES, 10K D18 4815809H01 HT-S91UYG R06 0613959Q23 RES, 8 R63 0613952H80 RES, 2K D19 4815809H01 HT-S91UYG R07 0613959Q23 RES, 8 R64 0613952H80 RES, 2K D20 4815809H02 HT-S91URO R08 0613959Q23 RES, 8 R65 0613952H80 RES, 2K D21 4815809H03 HT-S91UY R22 0613952H66 RES, 510 R66 0613952H80 RES, 2K D22 4815809H03 HT-S91UY R23 0613952H66 RES, 510 R68 0613952Q77 RES, 1.5K D23 4815809H03 HT-S91UY R24 0613952H66 RES, 510 R69 0613952Q94 RES, 7.5K D24 4883288Y04 HSMB-C150 R31 0613952Q46 RES, 75 R70 0613952H66 RES, 510 D25 4815809H03 HT-S91UY R32 0613952Q46 RES, 75 R71 0613952H66 RES, 510 J1 0915555H01 30 pin R38 0613952H66 RES, 510 R73 0613952G67 RES, 0 J2 0915930H01 RJ45 R39 0613952H66 RES, 510 R74 0613952H37 RES, 33 J5 0971174L01 12 pin R40 0613952H66 RES, 510 R75 0613952H37 RES, 33 M1 0985888K02 SOCKET R41 0613952H66 RES, 510 R76 0613952G67 RES, 0 Q07 4815261H01 DTC114YKAF R42 0613952H66 RES, 510 R77 0613952G67 RES, 0 Repeater Indicator Board (PMLN4814_) PCB/Schematics/Parts List 2-8 Circuit Ref Motorola Part No Description R78 0613952Q95 RES, 8.2K R79 0613952N01 RES, 10K R80 0613952H92 RES, 6.2K R81 0613952Q95 RES, 2K RT1 0615471H01 THERM, 10K T1 2515640H01 XFMR_H1260 U02 5171839H01 IC, AT93C46EN U05 5115391H01 TK11100CSC U06 5115476H01 SN74AHC594DR U08 5171161L01 ADM8515 U09 5115502H01 SN74LVC07ADR U10 4815263H01 DTC144EKAF U11 4815867H01 PZTA14 U12 5114007A02 MC74LCX02 U13 4815263H01 DTC144EKAF U14 5185229Y01 MAX4645EUK+T VR1 4813977M13 6.2V Zener Y1 4802582S71 XTAL_25MHz Y2 4809612J45 CX-91F PCB 8415470H02 Repeater Indicator Board (PMLN5269_) PCB/Schematics/Parts List Repeater Indicator Board (PMLN5269_) PCB/Schematics/Parts List FT13 M1 2 3 FT1 2 R43 2 2 FT2 R51 R40 Q11 1 R58 FT12 Q28 3 3 R83 R84 Q25 FT6 C29 3 3 Q18 VR3 Q27 Q26 2 3 C58 C60 2 8 FT9 U9 R64 R55 8 14 R66 2 C16 FT10 7 Q20 3 Q19 2 R65 3 VR2 2 R56 C28 R63 C26 R59 R60 T1 C27 9 C39 16 3 J4 R81 C52 4 R85 R80 3 C59 VR1 R79 U14 2 3 C57 9 Q23 C54 R82 7 6 5 4 Q24 2 J2 U5 C30 3 2 R86 2 R87 FT3 C55 10 1 C56 8 7 16 3 C8 R46 U12 Q21 R22 1 8 R41 2 FT7 FT4 2 C7 2 Q7 R48 R73 R77 3 R53 Q22 3 1 R47 2 3 R38 76 FT11 R61 1 3 2 G1 C38 Y2 12 Q9 2 FT5 8 1 U2 3 Q12 R42 FT8 R67 2 5 4 R74 R49 R75 R50 R68 3 R39 G2 26 51 C37 J5 U8 R76 R70 R71 8 14 1 D25 9 U6 R57 C49 Y1 C50 1 D9 R24 3 4 C40 D8 R23 1 2 D7 Q10 R45 4 3.0 2-9 (For reference only - board is not field-repairable) Repeater Indicator Board PCB 8415470H04 (Top Side) Repeater Indicator Board (PMLN5269_) PCB/Schematics/Parts List 2-10 D10 D20 J1 1 C34 30 C35 D23 1 D24 R31 C41 C36 C22 C19 C51 R32 C45 D21 D18 1 RT1 R1 C10 C46 C18 R5 3 1 R4 R7 3 U13 C44 R78 R6 RT2 2 U10 2 C12 C53 C13 1 C15 2 U11 4 C48 R2 R3 R8 3 1 D22 1 Q17 4 C9 3 (For reference only - board is not field-repairable) Repeater Indicator Board PCB 8415470H04 (Bottom Side) C42 C17 2 D19 C47 1 C11 C43 Repeater Indicator Board (PMLN5269_) PCB/Schematics/Parts List 2-11 13V6 D18 HT-S91UYG TxA 1 13V6 FT4 10K 3V3 1V8 Q7 47K D19 HT-S91UYG TxB R38 510 13V6 1 FT5 Q9 D20 HT-S91URO 10K NC Q10 R65 2K 16 U9 SN74LVC07A NC NC NC 2 4 6 8 10 12 Y_1 Y_2 Y_3 Y_4 Y_5 Y_6 R84 2K A_1 A_2 A_3 A_4 A_5 A_6 NC NC NC 1 3 5 9 11 13 FAN_FAIL_N C28 100pF 14 C27 100pF BAT_MODE_N GPIO_1 GPIO_2 NC NC NC NC NC NC NC NC NC FT2 FT1 10K R41 510 FAN_FAIL C26 100pF C56 0.1uF Q28 47K R58 2.2K 13V6 10K Q12 47K 2 VBUS D23 HT-S91UY SOCKET R42 510 1 13V6 10K 3 Q19 2 U12-4 MC74LCX02 47K D24 LED NC NC C54 100pF 11 10K 13 R55 510 1 NC 3V3 NC Q21 12 R80 6.2K 47K DIGITAL 1 30 J1-30 29 28 27 26 25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 J1-29 J1-28 J1-27 J1-26 J1-25 J1-24 J1-23 J1-22 J1-21 J1-20 J1-19 J1-18 J1-17 J1-16 J1-15 J1-14 J1-13 J1-12 J1-11 J1-10 J1-9 J1-8 J1-7 J1-6 J1-5 J1-4 J1-3 J1-2 J1-1 R79 10K 1V8 3V3 U12-2 MC74LCX02 47K 1 U12-1 MC74LCX02 R56 270 U12-3 MC74LCX02 5 4 2 8 6 1 R57 510 10 3 2 FB 6 NP 4 VCONT 3 VIN U12-5 PWR_GND VCC C53 0.1uF 9 U5 TK11100CSC C55 1000pF 7 GND 1V8 R86 2K NU 1 POWER C29 1.0uF C34 0.1uF 1 R85 4.7K 1 C35 0.1uF 2 C30 1.0uF R82 2K U14 TK11100CSC 2 FB 6 1 NP VOUT 4 VCONT 3 VIN C59 1000pF GND 13V6 VR1 6.2V NC C39 1.0uF R60 1MEG VOUT 1V8 5 R59 2MEG C57 100pF GND 2 5 10K 3 Q20 14 FT10 USB_DP USB_DM FT3 1 1 FT9 M1 1 ANALOG SERIAL_DATA SERIAL_CLK LED_CS BAT_RTC 8 SER NC 14 R64 2K VCC R66 2K 11 SRCLK 12 RCLK 10 SRCLR 13 RCLR VCC QA QB QC QD QE QF QG QH1 QH2 47K 1 FT8 CONTROL HEAD CONNECTOR 1 47K R40 510 D22 HT-S91UY 1V8 GND Q11 1 3V3 7 FT7 13V6 15 1 2 3 4 5 6 7 9 TXA_LED TXB_LED RPT_DIS RXA_LED RXB_LED ANG_LED DIG_LED BLINK_DIS 10K D21 HT-S91UY RxB U6 SN74AHC594 FT6 RxA 3V3 C52 0.1uF R63 2K R39 510 1 13V6 3V3 47K GND RPT DIS 3V3 C22 0.1uF 10K 13V6 FT11 GPIO_1 10K 13V6 13V6 R43 1.2K R51 1.2K POWER 47K NC 3 1 Q26 NU R87 2K NU VR2 6.2V NU J4-1 J4-2 J4-3 J4-4 1 2 3 4 47K VR3 6.2V NC Q27 NU 1 13V6 47K 3 FT12 NC NC 13V6 10K RT1 10K 47K Q24 1 U13 10K 1 1 2 3 4 5 6 7 8 9 10 11 12 g1 g2 NC 47K 1V8 RED FT13 Q17 13V6 NU GRN 4 2 NU Q23 4 2 HEATER CIRCUITS R2 8.2K GPIO_2 10K R81 8.2K C60 1.0uF 2 CONNECTOR D10 LED 1 C58 0.1uF 47K R78 8.2K 4 2 1 U11 47K C51 0.1uF R83 2K NC U10 47K BAT_MODE 3 J5-1 J5-2 J5-3 J5-4 J5-5 J5-6 J5-7 J5-8 J5-9 J5-10 J5-11 J5-12 J5-13 J5-14 Q18 10K BAT_MODE_N 10K BAT_MODE 47K R1 1.8K Q25 47K RT2 10K NU R3 8.2 R4 8.2 R5 8.2 R6 8.2 R8 8.2 R7 8.2 (For reference only - board is not field-repairable) Repeater Indicator Board Schematic Diagram (Sheet 1 of 2) Repeater Indicator Board (PMLN5269_) PCB/Schematics/Parts List 2-12 25MHz XTAL_25MHZ Y1 3V3 2V5 IN GND POS2 C38 18pF NC 28 RREF 35 RPU 26 DVDD1 39 DVDD2 27 AVDD1 34 AVDD2 12 41 57 4 49 61 70 96 100 VDDAH 99 VCTRL 97 VSENSE 32 VPH 30 VMH ICLK25 OCLK25 ICLK12 OCLK12 RXCLK 33 VPF 31 VMF CT_1 2 15 CT_2 POS3 6 POS4 TXP TXN 88 TXOP 89 TXON CT_3 7 NEG3 8 NC NC NC NC NC NC 10 CT_4 R31 75 NC NC 4 NC1 5 NC2 12 NC3 13 NC4 NC NC R47 51 R48 51 NC NC NC NC NC NC R32 75 3V3 NC C19 1000pF C8 0.1uF R23 510 62 59 58 55 54 60 74 U8 RXD0 RXD1 RXD2 RXD3 RXDV RXER ADM8515 RIBB R24 510 TXCLK TXD0 TXD1 TXD2 TXD3 TXEN NC NC 91 TEST1A 92 TEST1B 83 RIBB 25 24 23 21 20 19 9 10 11 14 15 16 17 18 2V5 3.3 R74 33 R75 33 USB_DP USB_DM 3V3 NC NC NC NC NC NC NC NC C10 0.1uF EECS EECK EEDI EEDO 1 2 3 5 6 2 1 NC NC NC LED0 LED1 LED2 LED3 LED4 R50 NC NC NC NC NC NC NC NC D7 HT-S91UY LINK_ACT 42 LINE0 43 LINE1 48 EECS 47 EESK 46 EEDI 45 EEDO XLNKSTS R53 10K SPEED NC NC TEST2A TEST2B TEST2C TEST2D TEST2E TEST2F TEST2G TEST2H C7 0.1uF NC NC R22 510 67 68 69 71 65 63 3.3 NC NC 80 ANTESTA 81 ANTESTB GPIO0 GPIO1 GPIO2 GPIO3 GPIO4 GPIO5 53 COL 52 CRS DGND1 DGND2 AGND1 AGND2 GNDREF VSA GNDR GNDT 9 NEG4 NC NC USB TO ETHERNET CONTROLLER 36 38 29 37 82 98 79 87 11 77 RXIN 78 RXIP VSSIO1 VSSIO2 VSSIO3 VSSIO4 VSSIO5 J2-9 9 J2-10 10 NC RXN RXP 50 NC1 75 NC2 R77 0 NEG1 3 22 44 51 66 93 14 NEG2 MDC MDIO 95 RST 94 POREN 13 VSS25A 40 VSS25B 56 VSS25C 13V6 72 73 R49 8 C37 18pF 4 POS1 1 16 86 85 8 7 64 R67 1.5K NU C41 0.1uF C40 10uF R70 510 U2 AT93C46A VCC R68 1.5K VDD25A VDD25B VDD25C VDDIO1 VDDIO2 VDDIO3 VDDIO4 VDDIO5 OUT 3 GND1 IN GND 1 2 RJ_TXP RJ_TXM RJ_RXP FAN_FAIL BAT_MODE RJ_RXM 5 4 6 3 7 2 8 1 Y2 CX-91F 12MHz R46 51 T1 XFMR J2-5 J2-4 J2-6 J2-3 J2-7 J2-2 J2-8 J2-1 Q22 CLK25M_I 76 VAAR 84 VAAREF 90 VAAT R45 51 3V3 C50 18pF R61 1MEG C9 0.1uF RJ45 ETHERNET CONNECTOR 3V3 CLK_SD CS 3 SDI 6 NC 7 DC SDO GND R76 0 2V5 5 4 C49 18pF 1 2 3V3 OUT GND1 CLK25M_O 3 R73 0 SPEED LINK_ACT FDUP_COL FULL_SPD 3V3 D8 HT-S91UYG FDUP_COL D9 HT-S91URO R71 510 FULL_SPD D25 HT-S91UY C48 0.1uF C46 0.1uF C47 0.1uF C42 0.1uF C43 0.1uF C44 0.1uF C45 0.1uF (For reference only - board is not field-repairable) Repeater Indicator Board Schematic Diagram (Sheet 2 of 2) C36 0.1uF C13 0.1uF C11 0.1uF C12 0.1uF C17 0.1uF C15 0.1uF C16 0.1uF C18 0.1uF 4 Repeater Indicator Board (PMLN5269_) PCB/Schematics/Parts List 3.1 Repeater Indicator Board Parts List PMLN5269_ Circuit Ref Motorola Part No Description C07 2113945C31 CAP, 0.1uF C08 2113945C31 CAP, 0.1uF C09 2113945C31 CAP, 0.1uF C10 2113945C31 CAP, 0.1uF C11 2113945C31 CAP, 0.1uF C12 2113945C31 CAP, 0.1uF C13 2113945C31 CAP, 0.1uF C15 2113945C31 CAP, 0.1uF C16 2113945C31 CAP, 0.1uF C17 2113945C31 CAP, 0.1uF C18 2113945C31 CAP, 0.1uF C19 2186154V01 CAP, 1000pF C22 2113945C31 CAP, 0.1uF C26 2113944A40 CAP, 100pF C27 2113944A40 CAP, 100pF C28 2113944A40 CAP, 100pF C29 2113946E02 CAP, 1.0uF C30 2113946E02 CAP, 1.0uF C34 2113945C31 CAP, 0.1uF C35 2113945C31 CAP, 0.1uF C36 2113945C31 CAP, 0.1uF C37 2113944C33 CAP, 18pF C38 2113944C33 CAP, 18pF C39 2113946E02 CAP, 1.0uF C40 2313960D07 CAPP, 10uF C41 2113945C31 CAP, 0.1uF C42 2113945C31 CAP, 0.1uF C43 2113945C31 CAP, 0.1uF Circuit Ref 2-13 Motorola Part No Description Circuit Ref Motorola Part No Description Circuit Ref Motorola Part No Description C44 2113945C31 CAP, 0.1uF J2 0915930H01 RJ45 R32 0613952Q46 RES, 75 C45 2113945C31 CAP, 0.1uF J5 0971174L01 12 pin R38 0613952H66 RES, 510 C46 2113945C31 CAP, 0.1uF M1 0985888K02 SOCKET R39 0613952H66 RES, 510 C47 2113945C31 CAP, 0.1uF Q07 4815261H01 DTC114YKAF R40 0613952H66 RES, 510 C48 2113945C31 CAP, 0.1uF Q09 4815261H01 DTC114YKAF R41 0613952H66 RES, 510 C49 2113944C33 CAP, 18pF Q10 4815261H01 DTC114YKAF R42 0613952H66 RES, 510 C50 2113944C33 CAP, 18pF Q11 4815261H01 DTC114YKAF R43 0613958S75 RES, 1.2K C51 2113945C31 CAP, 0.1uF Q12 4815261H01 DTC114YKAF R45 0613952H42 RES, 51 C52 2113945C31 CAP, 0.1uF Q17 4815867H01 PZTA14 R46 0613952H42 RES, 51 C53 2113945C31 CAP, 0.1uF Q18 4815261H01 DTC114YKAF R47 0613952H42 RES, 51 C54 2113944A40 CAP, 100pF Q19 4815261H01 DTC114YKAF R48 0613952H42 RES, 51 C55 2113945A09 CAP, 1000pF Q20 4815261H01 DTC114YKAF R49 0613952H13 RES, 3.3 C56 2113945C31 CAP, 0.1uF Q21 4815261H01 DTC114YKAF R50 0613952H13 RES, 3.3 C57 2113944A40 CAP, 100pF Q22 4815700H01 2SB1197K R51 0613958S75 RES, 1.2K C58 2113945C31 CAP, 0.1uF Q23 4815261H01 DTC114YKAF R53 0613952N01 RES, 10K C59 2113945A09 CAP, 10000pF Q24 4815261H01 DTC114YKAF R55 0613952H66 RES, 510 C60 2113946E02 CAP, 1.0 uF Q25 4815261H01 DTC114YKAF R56 0613952H59 RES, 270 D07 4815809H03 HT-S91UY Q28 4815261H01 DTC114YKAF R57 0613952H66 RES, 510 D08 4815809H01 HT-S91UYG R01 0613952H79 RES, 1.8K R58 0613952H81 RES, 2.2K D09 4815809H02 HT-S91URO R02 0613952Q95 RES, 8.2K R59 0613952R56 RES, 2MEG D10 4887557T01 HSMF-C155 R03 0613959Q23 RES, 8 R60 0613952J49 RES, 1MEG D18 4815809H01 HT-S91UYG R04 0613959Q23 RES, 8 R61 0613952J49 RES, 1MEG D19 4815809H01 HT-S91UYG R05 0613959Q23 RES, 8 R63 0613952H80 RES, 2K D20 4815809H02 HT-S91URO R06 0613959Q23 RES, 8 R64 0613952H80 RES, 2K D21 4815809H03 HT-S91UY R07 0613959Q23 RES, 8 R65 0613952H80 RES, 2K D22 4815809H03 HT-S91UY R08 0613959Q23 RES, 8 R66 0613952H80 RES, 2K D23 4815809H03 HT-S91UY R22 0613952H66 RES, 510 R68 0613952Q77 RES, 1.5K D24 4883288Y04 HSMB-C150 R23 0613952H66 RES, 510 R70 0613952H66 RES, 510 D25 4815809H03 HT-S91UY R24 0613952H66 RES, 510 R71 0613952H66 RES, 510 J1 0915555H01 30 pin R31 0613952Q46 RES, 75 R73 0613952G67 RES, 0 Repeater Indicator Board (PMLN5269_) PCB/Schematics/Parts List 2-14 Circuit Ref Motorola Part No Description R74 0613952H37 RES, 33 R75 0613952H37 RES, 33 R76 0613952G67 RES, 0 R77 0613952G67 RES, 0 R78 0613952Q95 RES, 8.2K R79 0613952N01 RES, 10K R80 0613952H92 RES, 6.2K R81 0613952Q95 RES, 8.2K R82 0613952H80 RES, 2K R83 0613952H80 RES, 2K R84 0613952H80 RES, 2K R85 0613952Q89 RES, 4.7K RT1 0615471H01 THERM, 10K T1 2515640H01 XFMR_H1260 U02 5171839H01 AT93C46A U05 5115391H01 TK11100CSC U06 5115476H01 SN74AHC594DR U08 5171161L01 ADM8515 U09 5115502H01 SN74LVC07ADR U10 4815263H01 DTC144EKAF U11 4815867H01 PZTA14 U12 5114007A02 MC74LCX02 U13 4815263H01 DTC144EKAF U14 5115391H01 TK11100CSC VR1 4813977M13 6.2V Zener Y1 4802582S71 XTAL_25MHZ Y2 4809612J45 CX-91F PCB 8415470H04 Repeater Indicator Board (PMLN5643_) PCB/Schematics/Parts List 5 8 Repeater Indicator Board (PMLN5643_) PCB/Schematics/Parts List M1 2 R58 1 4 J3 FT13 R51 3 R43 Q24 2 FT12 FT6 3 R81 3 Q18 R40 9 2 2 2 Q25 C66 Q28 3 3 C65 3 Q20 C28 C26 U9 C74 C55 C77 C72 9 R79 C76 C54 C35 8 7 C30 C75 C69 U5 8 C78 R80 VR1 FT4 FT7 C79 C34 C56 R63 C29 C83 C9 C7 C8 C82 7 8 C39 R88 C73 R64 R66 U12 R59 C68 14 R65 U6 14 R60 J1 1 16 C61 T1 8 C63 C62 R57 C53 R95 R96 Q21 9 2 16 C27 3 C22 R85 U14 C57 R82 R32 R31 R56 C59 C58 C19 R55 R84 C60 R83 FT10 2 Q19 2 FT9 3 C52 C64 C80 3 R41 15 R99 C45 C42 R53 U8 2 43 Q9 R102 3 R42 29 C47 C10 C36 C46 3 8 1 Q12 C84 Q29 FT5 R101 5 R100 4 U2 3 Q32 2 2 2 R68 3 E2 C43 R39 C48 R73 C49 Y1 R38 R92 R91 R98 FT11 2 3 Q7 2 Q10 E3 C71 C50 2 R46 C70 C85 3 R45 C17 R48 R47 C11 R97 E1 C41 C12 C44 C81 4 3 C67 30 8 6 J2 7 5 4 2 3 Q23 2 2 Q11 10 4.0 2-15 FT8 SH1 (For reference only - board is not field-repairable) Repeater Indicator Board PCB 84012135001 (Top Side) Repeater Indicator Board (PMLN5643_) PCB/Schematics/Parts List D10 2-16 1 D24 1 2 3 R89 Q30 R90 2 VR4 3 R94 D23 VR3 R93 Q31 C13 D20 3 2 VR2 2 U15 3 Q27 R87 Q26 R86 1 1 D18 D21 1 D19 1 D22 (For reference only - board is not field-repairable) Repeater Indicator Board PCB 84012135001 (Bottom Side) Repeater Indicator Board (PMLN5643_) PCB/Schematics/Parts List 2-17 13V6 D18 HT-S91UYG TxA 13V6 FT4 1 10K TxB R38 510 1 3V3 10K D20 HT-S91URO RPT DIS Q9 R39 510 R40 510 47K R41 510 1 13V6 R64 2K R65 2K R84 2K VCC 11 12 10 13 U9 SN74LVC07A 2 Y_1 4 Y_2 6 Y_3 8 Y_4 10 Y_5 12 Y_6 NC NC NC A_1 A_2 A_3 A_4 A_5 A_6 C27 100pF 14 C28 100pF C56 0.1uF 10K FAN_FAIL Q28 47K C26 100pF R58 2.2K 10K 47K 2 VBUS D23 HT-S91UY M1 SOCKET R42 510 1 FT9 13V6 USB_DP USB_DM 1 3 10K Q19 C54 100pF 11 13 R55 510 1 10K R80 6.2K 47K DIGITAL 3 10K FT10 Q20 2 3V3 47K R56 1.5K 1 U12-1 MC74LCX02 2 1 5 U12-2 MC74LCX02 4 8 U12-3 MC74LCX02 14 1 C53 0.1uF 10 6 9 3 U12-5 PWR_GND R57 510 C55 1000pF VCC U5 TK11100CSC 2 FB 6 VOUT 1 NP 4 VCONT 1 3 VIN GND VR1 NC C39 1.0uF C35 0.1uF 2 C34 0.1uF C29 1.0uF 13V6 R43 1.2K 1 3 2 RED 1 J3-3 D10 LED J3-4 FT13 1 4 1V8 Q23 R82 FAN_HW_ID0_INV 1V8 2K R93 10K NU FB 1 NP VOUT VCONT VIN 1 GND R95 4.7K J3-5 YELLOW_LED J3-6 CONN_HW_ID0_INV 1V8 47K NC REP_HW_ID0 REP_HW_ID1 C60 1.0uF Q26 FAN_HW_ID1_INV 10K J3-8 1V8 1V8 R87 2K FAN_HW_ID1 10K CONN_HW_ID1_INV R90 2K R89 2K Q27 REPEATER VERSION 47K 47K NC U15 10K CONN_HW_ID1_INV R83 2K BAT_MODE R96 10K NU VR2 47K FT12 R94 4.7K NU REPEATER HW ID(01) = 01 C58 0.1uF 2 FAN_HW_ID0 10K 1V8 5 2 6 4 3 C76 C78 C79 C81 C80 C73 C74 C77 C75 220pF 220pF 220pF 220pF 220pF 220pF 220pF 220pF 220pF NU NU NU NU NU NU NU NU NU J3-7 10K Q24 R86 2K GREEN_LED C72 220pF NU U14 K11100CSCT J3-2 R51 1.2K R81 8.2K GRN C30 1.0uF FT11 J3-1 C71 33pF NU C57 100pF R85 4.7K C59 1000pF 1V8 1 POWER C69 C70 220pF 33pF NU NU 5 7 R60 1MEG R59 2MEG NC 3V3 J1-30 J1-29 J1-28 J1-27 J1-26 J1-25 J1-24 J1-23 J1-22 J1-21 J1-20 J1-19 J1-18 J1-17 J1-16 J1-15 J1-14 J1-13 J1-12 J1-11 J1-10 J1-9 J1-8 J1-7 J1-6 J1-5 J1-4 J1-3 J1-2 J1-1 R79 10K GND 13V6 BAT_MODE_N REP_HW_ID0 REP_HW_ID1 CONN_HW_ID0 NC CONN_HW_ID1 FAN_HW_ID0 FAN_HW_ID1 NC NC NC NC NC Q21 12 30 29 28 27 26 25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 NC NC U12-4 MC74LCX02 2 47K D24 HSMR-C150 CONTROL HEAD CONNECTOR NC NC NC SERIAL_DATA SERIAL_CLK LED_CS BAT_RTC FAN_FAIL_N Q12 ANALOG C61 C62 C63 C64 C65 C66 C67 220pF 220pF 220pF 220pF 220pF 220pF 220pF NU NU NU NU NU NU NU NC 1 3 5 9 11 13 8 10K FT8 R66 2K 16 VCC 47K 1 Q10 D22 HT-S91UY R63 2K 7 FT7 13V6 1V8 GND RxB Q11 D21 HT-S91UY C68 220pF NU 3V3 C52 0.1uF U6 SN74AHC594 TXA_LED 15 QA SRCLK TXB_LED 1 QB RCLK RPT_DIS 2 QC SRCLR RXA_LED 3 QD RCLR RXB_LED 4 QE ANG_LED 5 QF DIG_LED 6 QG BLINK_DIS 7 QH1 9 QH2 SER NC FT6 10K RxA 3V3 47K 1 13V6 3V3 C22 0.1uF 14 FT5 47K GND 13V6 1V8 3V3 Q7 D19 HT-S91UYG Q30 CONN_HW_ID1 CONN_HW_ID0_INV VR3 Q31 AM8515 0 0 LAN9500 0 1 TBD 1 0 TBD 1 1 47K NC VR4 ID1 CONN_HW_ID0 10K 47K NC VALUE ID0 Q18 10K 47K BAT_MODE_N 10K BAT_MODE Q25 47K (For reference only - board is not field-repairable) Repeater Indicator Board Schematic Diagram (Sheet 1 of 2) Repeater Indicator Board (PMLN5643_) PCB/Schematics/Parts List 2-18 3V3 3V3A E3 BLM18PG121SN1 *NON-STANDARD RJ45 PINOUT E2 BLM18PG121SN1 SH1 SHIELD C11 0.1uF C85 0.1uF C17 0.1uF C12 0.1uF C36 0.1uF C48 0.1uF C46 0.1uF C47 0.1uF E1 BLM18PG121SN1 NU 1 3V3 J2-8 8 J2-1 1 J2-9 BAT_MODE RJ_RXM NC NC 13V6 9 4 5 NC1 NC2 NC4 13 NC3 12 11 RX_POS RD_POS 6 10 GND2 9 RX_NEG CT2 7 RD_NEG 8 NC NC NC R102 10K C13 0.1uF C9 .022uF USB_DM USB_DP C82 15pF C8 15pF R32 75 C19 1000pF C83 15pF C7 15pF NC NC R98 12K R99 1MEG NC NC Y1 XTAL 25MHz 16 43 44 50 21 17 10 VDD18PLL 46 PHY_SEL NTRST_RXD0 COL_GPIO0 23 MDIO_GPIO1 22 MDC_GPIO2 45 CRS_GPIO3 56 TXD0_GPIO4_EEP_DISABLE 55 TXD1_GPIO5_RMT_WKP 54 TXD2_GPIO6_PORT_SWAP 53 TXD3_GPIO7_EEP_SIZE EXRES USBDM USBDP NSPD_LED_GPIO10 USBRBIAS TDO_NPHY_RST NLNKA_LED_GPIO9 RXDV TXEN NFDX_LED_GPIO8 RXER XO 5 RXN 6 RXP 18 XI 32 EEDI 20 VBUS_DET 1 USB TO ETHERNET CONTROLLER EECS NC TXP TXN EECLK_PWR_SEL 38 TCK_RXD1 39 TMS_RXD2 40 TDI_RXD3 EEDO_AUTOMDIX_EN 28 37 27 26 NC NC 3V3 NC NC NC NC R91 10K NU NC NC NC 128_EEPROM_SEL NSPD_LED R92 10K NC NLNKA_LED NC 3V3 19 30 14 3 NC 2 C84 0.1uF 29 C49 30pF 2 2 1 3 3 6 GND1 GND Q29 47K TXP TXN NC NC C50 30pF R68 10K YELLOW_LED 10K NLNKA_LED Q32 47K (For reference only - board is not field-repairable) Repeater Indicator Board Schematic Diagram (Sheet 2 of 2) 128 x 8 bits 31 VSS NC OUT IN 4 1 GREEN_LED 10K NSPD_LED 12 41 57 R100 301 11 42 NC R101 301 8 3V3 R73 0 3V3 36 RXCLK PHY_INT 49 TEST1 13 TEST2 33 TEST3 R97 12.4K R31 75 J2-10 10 34 25 35 4 7 VDD33A_1 INT_PHY_SEL U8 LAN9500I 8 7 2 FAN_FAIL TXCLK RESET C45 0.1uF U2 AT93C46A VCC J2-7 J2-2 47 24 C44 0.1uF CLK_SD CS SDI SDO NC 7 DC GND 3 NC TD_NEG 3 C43 0.1uF 5 J2-3 14 TX_NEG 3V3 CT1 2 VDD18CORE_2 6 15 GND1 VDD18CORE_1 J2-6 RJ_TXM RJ_RXP C10 0.1uF TD_POS 1 VDD18USBPLL 4 16 TX_POS 48 VDD33IO_3 51 VDD33IO_4 52 VDD33IO_5 J2-4 RJ_TXP VDD33IO_2 5 C42 0.1uF C41 1.0uF R53 10K VDD33IO_1 J2-5 R48 51 R46 51 R88 10 T1 XFMR R47 51 9 VDD33A_3 15 VDD33A_4 R45 51 VDD33A_2 RJ45 ETHERNET CONNECTOR 4 Repeater Indicator Board (PMLN5643_) PCB/Schematics/Parts List 4.1 Repeater Indicator Board Parts List PMLN5643_ Circuit Ref Motorola Part No. Description Circuit Ref 2-19 Motorola Part No. Description Circuit Ref Motorola Part No. Description Circuit Ref Motorola Part No. Description C54 2113944A40 100 PF C82 2113944M22 15 PF Q23 4815261H01 TRANSISTOR, NPN C55 2113945A09 1000 PF C83 2113944M22 15 PF Q24 4815261H01 TRANSISTOR, NPN C10 2113945C31 0.1 UF C56 2113945C31 0.1 UF C84 2113945C31 0.1 UF Q25 4815261H01 TRANSISTOR, NPN C11 2113945C31 0.1 UF C57 2113944A40 100 PF C85 2113945C31 0.1 UF Q26 4815261H01 TRANSISTOR, NPN C12 2113945C31 0.1 UF C58 2113945C31 0.1 UF C9 2113945C04 22000 PF Q27 4815261H01 TRANSISTOR, NPN C13 2113945C31 0.1 UF C59 2113945A09 1000 PF D10 4887557T01 Q28 4815261H01 TRANSISTOR, NPN C17 2113945C31 0.1 UF C60 2113946E02 1.0 UF LED BI COLOR RED GREEN Q29 4815261H01 TRANSISTOR, NPN D18 4815809H01 GREEN LED Q30 4815261H01 TRANSISTOR, NPN D19 4815809H01 GREEN LED Q31 4815261H01 TRANSISTOR, NPN D20 4815809H02 RED LED Q32 4815261H01 TRANSISTOR, NPN D21 4815809H03 YELLOW LED Q7 4815261H01 TRANSISTOR, NPN D22 4815809H03 YELLOW LED Q9 4815261H01 TRANSISTOR, NPN D23 4815809H03 YELLOW LED R100 0613952L47 301 D24 48010088001 BLUE LED R101 0613952L47 301 E1 7686949J15 FLTR,FERR R102 0613952N01 10.0K E2 7686949J15 FLTR,FERR R31 0613952Q46 75 E3 7686949J15 FLTR,FERR R32 0613952Q46 75 J1 0915555H01 CONNECTOR, 30 POSITION R38 0613952H66 510 J2 0915930H01 RJ-45, CAT5 SHIELDED, ONE PORT R39 0613952H66 510 R40 0613952H66 510 C19 C22 C26 C27 C28 C29 C30 C34 C35 C36 2186154V01 2113945C31 2113944A40 2113944A40 2113944A40 2113946E02 2113946E02 2113945C31 2113945C31 2113945C31 1 NF 0.1 UF 100 PF 100 PF 100 PF 1.0 UF 1.0 UF 0.1 UF 0.1 UF 0.1 UF C61 C62 C63 C64 C65 C66 C67 C68 C69 C7 NOT PLACED NOT PLACED NOT PLACED NOT PLACED NOT PLACED NOT PLACED NOT PLACED NOT PLACED NOT PLACED 2113944M22 – – – – – – – – – 15 PF C39 2113946E02 1.0 UF C70 NOT PLACED – C41 2113946E02 1.0 UF C71 NOT PLACED – C42 2113945C31 0.1 UF C72 NOT PLACED – C43 2113945C31 0.1 UF C73 NOT PLACED – J3 9012030001 8 PIN CONNECTOR R41 0613952H66 510 C44 2113945C31 0.1 UF C74 NOT PLACED – M1 0985888K02 SKT RTC BTTY LEAP R42 0613952H66 510 C45 2113945C31 0.1 UF C75 NOT PLACED – PASTE 1085674C03 PASTE/NC-SMQ230 R43 0613958S75 1200 C46 2113945C31 0.1 UF C76 NOT PLACED – Q10 4815261H01 TRANSISTOR, NPN R45 0613952H42 51 C47 2113945C31 0.1 UF C77 NOT PLACED – Q11 4815261H01 TRANSISTOR, NPN R46 0613952H42 51 C48 2113945C31 0.1 UF C78 NOT PLACED – Q12 4815261H01 TRANSISTOR, NPN R47 0613952H42 51 C49 2115153H44 CAP, CERAMIC C79 NOT PLACED – Q18 4815261H01 TRANSISTOR, NPN R48 0613952H42 51 C50 2115153H44 CAP, CERAMIC C8 2113944M22 15 PF Q19 4815261H01 TRANSISTOR, NPN R51 0613958S75 1200 C52 2113945C31 0.1 UF C80 NOT PLACED – Q20 4815261H01 TRANSISTOR, NPN R53 0613952N01 10.0K C53 2113945C31 0.1 UF C81 NOT PLACED – Q21 4815261H01 TRANSISTOR, NPN R55 0613952H66 510 Repeater Indicator Board (PMLN5643_) PCB/Schematics/Parts List 2-20 Circuit Ref Motorola Part No. Description Circuit Ref Motorola Part No. Description R56 0613952H77 1500 R98 0613952Z55 12K R57 0613952H66 510 R99 0613952R49 1.0M R58 0613952H81 2200 T1 2489647C01 TRANSFORMER R59 0613952R56 2.0M U12 5114007A02 NOR GATE R60 0613952J49 1.0M U14 5115391H01 R63 0613952H80 2000 LINEAR REGULATOR IC R64 0613952H80 2000 U15 4813977M13 DIODE R65 0613952H80 2000 U2 51012124001 IC,SERIAL EEPROM R66 0613952H80 2000 U5 5115391H01 LINEAR REGULATOR IC R68 0613952N01 10.0K U6 5115476H01 8-BIT SHIFT REGISTER R73 0613952G67 0 U8 51009265001 LAN9500 R79 0613952N01 10.0K U9 5115502H01 SN74LVC07APWR R80 0613952H92 6200 VR1 4813977M13 DIODE R81 0613952Q95 8200 VR2 4813977M13 DIODE R82 0613952H80 2000 VR3 4813977M13 DIODE R83 0613952H80 2000 VR4 4813977M13 DIODE R84 0613952H80 2000 Y1 4884121Y01 R85 0613952Q89 4700 XTAL, SMT 25MHZ, 50PPM R86 0613952H80 2000 PCB 84012135001 R87 0613952H80 2000 R88 0613952Q25 10 R89 0613952H80 2000 R90 0613952H80 2000 R91 NOT PLACED – R92 0613952N01 10.0K R93 NOT PLACED – R94 0613952Q89 4700 R95 0613952Q89 4700 R96 NOT PLACED – R97 0613952E10 12.4K M DR 3000 MOTOTRBO Repeater Chapter 3 Connector Board Service Information Issue: September, 2010 Computer Software Copyrights The Motorola products described in this manual may include copyrighted Motorola computer programs stored in semiconductor memories or other media. Laws in the United States and other countries preserve for Motorola certain exclusive rights for copyrighted computer programs, but not limited to, the exclusive right to copy or reproduce in any form, the copyrighted computer program. Accordingly, any copyrighted Motorola computer programs contained in the Motorola products described in this manual may not be copied, reproduced, modified, reverse-engineered, or distributed in any manner without the express written permission of Motorola. Furthermore, the purchase of Motorola products shall not be deemed to grant either directly or by implication, estoppel or otherwise, any license under the copyrights, patents or patent applications of Motorola, except for the normal non-exclusive license to use that arises by operation of law in the sale of a product. i Chapter 3 - Connector Board Service Information Table of Contents Section 1 Theory of Operation 1.0 Overview ..............................................................................................................1-1 2.0 Connector Board..................................................................................................1-1 2.1 Fan .................................................................................................................1-1 2.2 AC/DC Power Supply .....................................................................................1-2 2.3 Battery Backup Operation (Applicable for 32 MB repeaters only) ..................1-2 Section 2 Connector Boards / Schematics / Parts Lists 1.0 Allocation of Printed Circuit Boards, Schematics and Parts Lists ........................2-1 1.1 Connector Board Circuits ...............................................................................2-1 2.0 Connector Board (PMLN4815_) PCB/Schematics/Parts List ..............................2-3 Connector Board PCB 8415472H01 ......................................................................2-3 Connector Board Schematic Diagram (Sheet 1 of 2) .............................................2-4 Connector Board Schematic Diagram (Sheet 2 of 2) .............................................2-5 2.1 Connector Board Parts List PMLN4815_ ......................................................2-6 3.0 Connector Board (PMLN5270_) PCB/Schematics/Parts List ..............................2-7 Connector Board PCB 8415472H05 ......................................................................2-7 Connector Board Schematic Diagram (Sheet 1 of 2) .............................................2-8 Connector Board Schematic Diagram (Sheet 2 of 2) .............................................2-9 3.1 Connector Board Parts List PMLN5270_ .....................................................2-10 4.0 Connector Board (PMLN5644_) PCB/Schematics/Parts List ............................2-11 Connector Board PCB 84012133002 ...................................................................2-11 Connector Board Schematic Diagram (Sheet 1 of 2) ...........................................2-12 Connector Board Schematic Diagram (Sheet 2 of 2) ...........................................2-13 4.1 Connector Board Parts List PMLN5644_ .....................................................2-14 ii Notes 1-1 Section 1 THEORY OF OPERATION 1.0 Overview This section provides a detailed theory of operation for the Connector Board and its components. 2.0 Connector Board The Connector board has two purposes: provide a place for the Repeater’s MAP and Ethernet connectors to be mounted and a location for the Repeater’s fan control circuitry. To MAP Conne ctor On Transmit Radi o To Power Suppl y Fan Control To MAP Conne ctor On Rear Panel To Fan To Ethernet Conne ctor On Rear Panel Figure 1-1 Connector Board Block Diagram 2.1 Fan The fan control logic is provided by the fan controller IC (U51). This is a device from Cypress Semiconductor. There are basically two functions provided by the fan controller. First, it provides a PWM output based on a temperature input, and secondly, it provides detection of fan failure based on the fan tachometer reading. The Repeater’s internal chassis temperature is measured with an LM50 precision temperature sensor IC (U52). This IC outputs a voltage that is linearly proportional to temperature at 10 mV/°C, and with an offset of +500 mV. The output voltage of the LM50 ranges from +200 mV at -30°C to 1.1 V at +60°C. 1-2 Connector Board The fan controller ID (U51) controls the speed of the fan by adjusting the PWM output (pin 1) from 0% to 100%. As long as the fan continues to work, pulses are output from the fan and input to the fan controller (pin 2). Starting with the PMLN5644B Connector Board, a slide switch (S1) has been added to the board that allows the fan to be configured to a fixed full speed or variable speed operation. The factory default setting is full speed. For applications where full fan speed is not appropriate, the slide switch position can be moved from the default left (F) full speed, to the optional right (N) temperature regulated position. After the adjustment, the variable speed behavior will be as follows: the fan will idle low and be held constant from 10°C to 30°C. Between 30°C and 45°C, the fan will increase in speed and reach full speed at 46°C. 2.2 AC/DC Power Supply The Repeater uses the PMPN4001A switch-mode, Power Supply Unit (PSU). It is capable of 200 W and designed for a 50 W UHF or VHF repeater system. This supply has UL, CE, and TUV regulatory approvals and is usable in all regions by using the correct line cord. The AC input is auto-ranging with no manual switch being specified to operate from 90 V-270 V and 47 Hz-63 Hz. It outputs a nominal voltage of 13.8 V with a voltage tolerance of +/- 5%. It has Power Factor Correction circuitry and is rated at 15 A across the whole operating temperature range of -30°C to +60°C. It also has a built-in battery revert circuit with a float output available for maintaining the charge on a battery and has UL, CE, & TUV approvals. The battery revert connector is accessible in the back of the power supply. The supply has over-load, over-voltage, and over-temperature protection. In an overload condition, the PSU goes into a hiccup mode where it recovers automatically after the fault condition is removed. During an over-voltage condition, the PSU shuts down and will have to be re-powered on to recover. In an over-temperature condition, the PSU also shuts down, but will recover after the temperature goes down. The PSU is not designed to be field serviceable. If it is determined that the PSU is not functioning, the whole unit needs to be replaced. 2.3 Battery Backup Operation (Applicable for 32 MB repeaters only) If AC power is removed or interrupted, the repeater will switch to its battery backup until AC is restored. The battery backup operation is controlled by a voltage sensing circuit on the connector board. During DC operation, the circuit monitors the DC voltage of the battery connected to the backup terminal on the PSU and enables or disables the unit accordingly to maintain reliable repeater operation. When the battery voltage dips below approximately 7.5V, the repeater will disable itself until either AC is restored or the battery voltage recovers to above 10.5V. When heavy loading is present, the battery voltage may swing from 7.5V to 10.5V as soon as the unit disables and the loading is removed. Intermittent functionality may occur during this mode of operation, but it is normal and expected during low battery backup operation. 2-1 Section 2 CONNECTOR BOARDS / SCHEMATICS / PARTS LISTS 1.0 Allocation of Printed Circuit Boards, Schematics and Parts Lists 1.1 Connector Board Circuits This Chapter shows the Printed Circuit Boards (PCB), Schematics and Parts Lists for the Connector Board circuits. . Table 2-1 Connector Board Schematic Diagrams and Parts List PCB : 8415472H01 Connector Board Page 2-3 SCHEMATICS Connector Board Schematic Diagram (Sheet 1 of 2) Connector Board Schematic Diagram (Sheet 2 of 2) Page 2-4 Page 2-5 Parts List Connector Board, PMLN4815_ Page 2-6 Table 2-2 Connector Board Schematic Diagrams and Parts List PCB : 8415472H05 Connector Board Page 2-7 SCHEMATICS Connector Board Schematic Diagram (Sheet 1 of 2) Connector Board Schematic Diagram (Sheet 2 of 2) Page 2-8 Page 2-9 Parts List Connector Board, PMLN5270_ Page 2-10 2-2 Allocation of Printed Circuit Boards, Schematics and Parts Table 2-3: Connector Board Schematic Diagrams and Parts List PCB : 84012133002 Connector Board Page 2-11 SCHEMATICS Connector Board Schematic Diagram (Sheet 1 of 2) Connector Board Schematic Diagram (Sheet 2 of 2) Page 2-12 Page 2-13 Parts List Connector Board, PMLN5644_ Page 2-14 Connector Board (PMLN4815_) PCB/Schematics/Parts List Connector Board (PMLN4815_) PCB/Schematics/Parts List 27 25 26 P1 26 C84 3 J12 4 3 J7 4 R92 2 2 C90 U50 10 C87 C85 C81 20 J10 11 R95 C86 C91 R94 U51 R96 C89 C88 D51 R93 J11 C82 C92 D52 J6 J13 6 4 D50 C83 U52 2 3 2 C80 10 R91 R90 2.0 2-3 5 9 4 6 3 J8 7 2 8 8 2 7 J9 3 6 4 9 5 10 (For reference only - board is not field-repairable) Connector Board PCB 8415472H01 Connector Board (PMLN4815_) PCB/Schematics/Parts List 2-4 13V8 RJ45 EXTERNAL RJ45 INTERNAL RJ45_TXP J8-5 5 J8-4 4 RJ45_TXN RJ45_RXP FAN_FAIL 5 J9-5 4 J9-4 J8-6 6 J8-3 3 J8-7 7 J8-2 2 J8-8 8 8 J9-8 J8-1 1 1 J9-1 J8-9 9 9 J9-9 J8-10 10 10 J9-10 RJ45_RXN R90 75 6 J9-6 3 J9-3 7 J9-7 2 J9-2 R91 75 13V8 TRANSMIT ACC CONN J10-1 J10-2 C80 1000pF J10-3 D50 $V D51 FAN CONN 4 5 VBUS_MAP APM_2_1-WIRE APM_1_1-WIRE 6 J10-7 7 J10-8 8 EXT_SWB+ EXT_SPKR- 9 EXT_SPKR+ J10-10 10 $V 1 USB_DM_MAP 3 J10-5 J10-9 USB_DP_MAP 1 2 J10-4 J10-6 EXTERNAL ACC CONN TX_AUDIO J10-11 11 J10-12 12 J7-1 1 RX_AUDIO J10-14 14 J7-2 2 AUX_AUDIO_OUT_2_TXD J10-15 15 J10-16 16 J7-3 FAN_TACH 3 GP5_1 J10-17 17 J10-18 18 J7-4 4 $V GP5_2 J10-19 19 J10-20 20 PWM_OUT GP5_6 GP5_3 J10-21 21 GP5_7 J10-22 22 C82 0.1uF C81 10uF EMERG_SW J10-23 23 GP5_8 J10-24 24 J10-25 25 27 J11-3 4 J11-4 5 J11-5 6 J11-6 7 J11-7 8 J11-8 9 J11-9 10 J11-10 11 J11-11 $V J11-12 13 J11-13 14 J11-14 15 J11-15 16 J11-16 17 J11-17 18 J11-18 19 J11-19 20 J11-20 21 J11-21 22 J11-22 23 J11-23 NC 24 J11-24 NC 25 J11-25 26 J11-26 VIP_1 J10-26 26 J10-27 J11-2 3 12 AUX_AUDIO_OUT_1_RXD J10-13 13 J11-1 2 NC 13V8 R92 0 POWER SUPPLY CONN $V J13-1 1 13V8 J13-2 2 J13-3 3 J13-4 4 REPEATER BRD CONN NC 1 J12-1 2 J12-2 RECEIVER ACC CONN FAN_FAI L FAN_FAIL R93 J13-5 5 3 J12-3 SRC_IND J13-6 6 4 J12-4 (For reference only - board is not field-repairable) Connector Board Schematic Diagram (Sheet 1 of 2) IGN_SENSE 1 J6-1 2 J6-2 2.2K C83 10uF Connector Board (PMLN4815_) PCB/Schematics/Parts List 2-5 R95 13V8 39.2K 5V C91 100pF U50 TK11100CSC C87 1.0uF U52 LM50 1 5V 2 VOUT 5V 20 C92 0.1uF 5V C89 0.1uF C88 0.1uF R96 2.2K TEMPERATURE NC NC NC NC FAN_TACH FAN_FAIL PWM_OUT 15 16 4 17 3 18 2 19 1 XRES P0_0 P0_1 P0_2 P0_3 P0_4 P0_5 P0_6 P0_7 VDD C86 1.0uF U51 P1_0 P1_1 P1_2 P1_3 P1_4 P1_5 P1_6 P1_7 11 9 12 8 13 7 14 6 NC NC NC NC NC NC ISSP_DATA ISSP_CLK XRES 1 2 3 4 5 P1- 1 P1- 2 P1- 3 P1- 4 P1- 5 PROGRAMMING HEADER 5 VSS1 10 VSS2 C85 0.1uF POS C84 0.1uF 5V FB NP VOUT 1 VCONT VIN 5 1000pF 2 6 4 3 GND C90 3 R94 13K GND D52 (For reference only - board is not field-repairable) Connector Board Schematic Diagram (Sheet 2 of 2) Connector Board (PMLN4815_) PCB/Schematics/Parts List 2-6 2.1 Connector Board Parts List PMLN4815_ Circuit Ref Motorola Part No Description C80 2186154V01 CAP, 1000pF C81 2313960D07 CAPP, 10uF C82 2113945C31 CAP, 0.1uF C84 2113945C31 CAP, 0.1uF C85 2113945C31 CAP, 0.1uF C86 2113946E02 CAP, 1.0uF C87 2113946E02 CAP, 1.0uF C88 2113945C31 CAP, 0.1uF C89 2113945C31 CAP, 0.1uF C90 2113945A09 CAP, 1000pF C91 2113944A40 CAP, 100pF C92 2113945C31 CAP, 0.1uF D50 4813978B01 Diode SMB 1A 40V D51 4813978B01 Diode SMB 1A 40V D52 4813978B01 Diode SMB 1A 40V J7 2815631H01 Connector, 4 Pin J8 0915930H01 Connector, 10 Pin J9 0915930H01 Connector, 10 Pin J10 2816476H01 Connector, 28 Pin J11 0971878L01 Connector, 26 Pin J13 2815632H01 Connector, 6 Pin R90 0613952Q46 RES, 75 R91 0613952Q46 RES, 75 R92 0613952G67 RES, 0 R94 0613952N12 RES, 13 R95 0613952N58 RES, 39.2K R96 0613952H81 RES, 2.2K U50 5115391H01 TK11100CSC Circuit Ref Motorola Part No Description U51 0104030J35 IC, Fan Controller U52 5115022H01 IC Temperature Sensor PCB 8415472H01 Connector Board (PMLN5270_) PCB/Schematics/Parts List Connector Board (PMLN5270_) PCB/Schematics/Parts List 27 P1 26 3 J7 4 25 26 R98 R92 U51 J10 C89 J11 3 R94 C88 C98 C96 R97 U52 C97 R100 C99 R95 C85 20 11 R102 C86 C91 C93 C100 U50 2 10 C82 C87 C94 J12 4 C90 C84 2 C95 R96 D52 C92 R99 R101 J13 6 4 D50 D51 SH50 3 2 2 C80 10 R91 R90 3.0 2-7 5 9 4 6 3 7 J8 2 8 8 2 J9 7 3 6 4 9 5 10 (For reference only - board is not field-repairable) Connector Board PCB 8415472H05 Connector Board (PMLN5270_) PCB/Schematics/Parts List 2-8 13V8 RJ45 EXTERNAL RJ45 INTERNAL RJ45_TXP 5 J9-5 4 J9-4 J8-5 5 J8-4 4 J8-6 6 J8-3 3 J8-7 7 J8-2 2 2 J9-2 J8-8 8 8 J9-8 J8-1 1 1 J9-1 J8-9 9 9 J9-9 J8-10 10 10 J9-10 RJ45_TXN RJ45_RXP FAN_FAIL RJ45_RXN 13V8 R90 75 6 J9-6 3 J9-3 7 J9-7 R91 75 EXTERNAL ACC CONN TRANSMIT ACC CONN D50 C80 1000pF D51 FAN CONN J7-1 J7-2 J7-3 J7-4 R102 2.2 R101 0 NU R100 2.2 1 2 3 FAN_TACH 4 PWM_OUT C82 0.1uF C99 33uF C100 33uF 13V8 1 J13-2 2 REPEATER BRD CONN J13-3 3 J13-4 4 J13-5 5 J13-6 6 1 J12-1 NC 2 J12-2 NC 3 J12-3 4 J12-4 NC FAN_FAIL SRC_IND NU (For reference only - board is not field-repairable) Connector Board Schematic Diagram (Sheet 1 of 2) 1 J10-2 2 J10-3 3 J10-4 4 J10-5 5 J10-6 6 J10-7 7 J10-8 8 J10-9 9 J10-10 10 J10-11 11 J10-12 12 J10-13 13 J10-14 14 J10-15 15 J10-16 16 J10-17 17 J10-18 18 J10-19 19 J10-20 20 J10-21 21 J10-22 22 J10-23 23 J10-24 24 J10-25 25 J10-26 26 J10-27 27 USB_DM_MAP VBUS_MAP APM_2_1-WIRE APM_1_1-WIRE EXT_SWB+ EXT_SPKREXT_SPKR+ TX_AUDIO R97 0 AUX_AUDIO_OUT_1_RXD RX_AUDIO AUX_AUDIO_OUT_2_TXD GP5_1 GP5_2 GP5_6 GP5_3 GP5_7 EMERG_SW GP5_8 NC R98 VIP_1 NC R92 0 POWER SUPPLY CONN J13-1 J10-1 USB_DP_MAP R99 0 NU 4.7K NU NC 1 J11-1 2 J11-2 3 J11-3 4 J11-4 5 J11-5 6 J11-6 7 J11-7 8 J11-8 9 J11-9 10 J11-10 11 J11-11 12 J11-12 13 J11-13 14 J11-14 15 J11-15 16 J11-16 17 J11-17 18 J11-18 19 J11-19 20 J11-20 21 J11-21 22 J11-22 23 J11-23 24 J11-24 25 J11-25 26 J11-26 Connector Board (PMLN5270_) PCB/Schematics/Parts List 2-9 SH50 SHIELD R95 39.2K 13V8 1 C91 100pF U50 TK11100CSC C87 1.0uF U52 LM50 C86 1.0uF 2 C89 0.1uF C88 0.1uF 5V 5V U51 CY8C21334 15 NC R96 2.2K NC NC TEMPERATURE NC 17 3 18 19 FAN_FAIL 1 PWM_OUT C97 220pF 4 2 FAN_TACH C96 120pF 16 VDD 20 C92 0.1uF VOUT P1_0 P0_0 P1_1 P0_1 P1_2 P0_2 P1_3 P0_3 P1_4 P0_4 P1_5 P0_5 P1_6 P0_6 P0_7 C98 1500pF C95 100pF NU C93 100pF NU NU XRES P1_7 5 C84 0.1uF 5V C85 0.1uF 11 ISSP_DATA 9 ISSP_CLK 12 XRES 8 13 7 14 6 1 P1-1 2 P1-2 3 P1-3 NC 4 P1-4 NC 5 P1-5 NC NC NC PROGRAMMING HEADER NC VSS2 VIN VSS1 VCONT 1 10 VOUT 5 3 NP 1 4 C90 1000pF 5V FB POS 6 GND 2 3 R94 13K GND D52 5V C94 100pF NU (For reference only - board is not field-repairable) Connector Board Schematic Diagram (Sheet 2 of 2) Connector Board (PMLN5270_) PCB/Schematics/Parts List 2-10 3.1 Connector Board Parts List PMLN5270_ Circuit Ref Motorola Part No Description C80 2186154V01 CAP, 1000pF C82 2113945C31 CAP, 0.1uF C84 2113945C31 CAP, 0.1uF C85 2113945C31 CAP, 0.1uF C86 2113946E02 CAP, 1.0uF C87 2113946E02 CAP, 1.0uF C88 2113945C31 CAP, 0.1uF C89 2113945C31 CAP, 0.1uF C90 2113945A09 CAP, 1000pF C91 2113944A40 CAP, 100pF C92 2113945C31 CAP, 0.1uF C96 2113944A41 CAP, 120 pF C97 2113944A44 CAP, 220 pF C98 2113945A10 CAP, 1500 pF C99 2314030E85 CAP, 33 uF C100 2314030E85 CAP, 33 uF D50 4813978B01 78B01 D51 4813978B01 78B01 D52 4813978B01 78B01 J7 2815631H01 CONN_P J8 0915930H01 CONN_J J9 0915930H01 CONN_J J10 2816476H01 CONN_J J11 0971878L01 CONN_P J13 2815632H01 CONN_J R90 0613952Q46 RES, 75 R91 0613952Q46 RES, 75 R92 0613952G67 RES, 0 Circuit Ref Motorola Part No Description R94 0613952N12 RES, 13K R95 0613952N58 RES, 39.2K R96 0613952H81 RES, 2.2K R97 0613952G67 RES, 0 R100 0613959Y09 RES, 2.2 R102 0613959Y09 RES, 2.2 SH50 2686423Z02 SHIELD U50 5115391H01 TK11100CSC U51 0104030J35 CY8C21334 U52 5115022H01 LM50 PCB 8415472H05 Connector Board (PMLN5644_) PCB/Schematics/Parts List G2 G1 G4 3 2 P1 J7 3 4 C104 C102 C94 U50 U56 C92 R101 R97 SH50 5 R115 R114 C109 R124 C105 R123 J11 C96 R133 C114 C97 U52 R105 R110 R100 R94 C88 C98 C99 R95 R116 20 11 R117 C93 R102 C86 C91 C100 C85 C103 U51 6 4 U54 3 C89 J10 4 10 C82 C87 R103 J12 R104 C101 U53 R111 C90 R96 C84 C95 2 8 2 3 R107 R106 R112 R92 3 U55 4 6 Q1 R113 R98 25 26 C110 26 S1 R134 C106 R108 27 R109 G3 Connector Board (PMLN5644_) PCB/Schematics/Parts List D51 R99 C115 R125 C116 3 4 D52 D50 J13 6 4 R132 L2 C113 3 2 2 10 C80 Y1 5 4 R91 R90 6 J8 3 7 2 7 8 1 8 9 2 SH51 6 J9 4 2 C L1 J15 C111 4.0 2-11 2004 J14 (For reference only - board is not field-repairable) Connector Board PCB 84012133002 Connector Board (PMLN5644_) PCB/Schematics/Parts List 2-12 RJ45 EXTERNAL J9 POS1 NEG1 POS2 NEG2 13V8 RJ45 INTERNAL 5 4 J8-6 J8-7 J8-3 J8-2 6 7 3 2 J8-1 J8-8 J8-9 1 8 9 J8-10 10 RJ45_TXP RJ45_TXN J1 J2 RJ45_RXP SRC_IND FAN_FAIL J3 J4 J5 J6 RJ45_RXN J7 J8 R90 75 GND1 GND2 J8-5 J8-4 TRANSMIT ACC CONN R91 75 13V8 POWER SUPPLY CONN C80 1000pF J13-1 1 J13-2 2 J13-3 3 J13-4 4 J13-5 NC 5 FAN_FAIL J13-6 J12-1 2 J12-2 R114 10K NU FAN_CTRL_ID_0 FAN_CTRL_ID_1 LED_YELLOW BIT_0 1 1 1 0 0 1 0 0 DESCRIPTION BIT_1 RESERVED 1 1 1 RESERVED BIT_0 0 DESCRIPTION HW_ID_0 R117 10K NU BAT ONLY BAT, OCXO RESERVED 0 1 RESERVED RESERVED 0 0 RESERVED 4 5 HW_ID TABLE FAN_CTRL_ID TABLE 3 R115 10K HW_ID_1 J10- 5 J10- 6 J10- 7 J10- 8 5 J10-15 J10-16 J10-17 J10-18 6 R116 10K BIT_1 1 2 J10-12 J10-13 J10-14 LED_GREEN 5V 1 J10- 9 J10-10 J10-11 REPEATER BRD CONN 5V J10- 1 J10- 2 J10- 3 J10- 4 J12-3 J12-4 J10-19 J10-20 J10-21 J12-5 6 J12-6 7 J12-7 J10-22 J10-23 J10-24 J10-25 8 J12-8 J10-26 J10-27 EXTERNAL ACC CONN EXT_WARP USB_DP_MAP USB_DM_MAP VBUS_MAP 3 4 APM_2_1-WIRE EXT_WARP EXT_SWB+ 6 7 8 NC EXT_SPKREXT_SPKR+ 9 10 R97 TX_AUDIO 11 12 0 AUX_AUDIO_OUT_1_RXD RX_AUDIO 13 14 AUX_AUDIO_OUT_2_TXD 15 16 GP5_1 17 18 GP5_2 GP5_6 GP5_3 19 20 21 GP5_7 EMERG_SW GP5_8 22 23 24 25 VIP_1 26 27 R98 NC IGN_SENSE 4.7K NC 1 J11- 1 2 3 4 J11- 2 J11- 3 J11- 4 5 6 7 8 J11- 5 J11- 6 J11- 7 J11- 8 9 10 11 J11- 9 J11-10 J11-11 12 13 14 J11-12 J11-13 J11-14 15 16 17 18 J11-15 J11-16 J11-17 J11-18 19 20 21 J11-19 J11-20 J11-21 22 23 24 25 J11-22 J11-23 J11-24 J11-25 26 J11-26 NU R99 0 NU R92 0 OCXO SHIELD EXT_WARP 13V8 D51 1 2 D50 SH51 SHIELD 12V R133 0 R102 R100 2.2 2.2 R101 0 NU C114 0.1uF 1 2 J7-3 3 FAN_TACH C82 0.1uF C99 33uF C100 33uF NC NC 7 J7-2 1 2 VCONT VREF 5 4 NC1 OUTPUT 6 NC2 GND J7-1 J7-4 4 C115 470pF Y1 OCXO-220 16.8MHz J14 C G1 G2 VCC 3 FAN CONN NC R132 1K C116 47pF PWM_OUT G3 G4 R125 470 L2 390nH C113 .01uF C111 390pF NU L1 390nH NU J15 C G1 G2 G3 G4 (For reference only - board is not field-repairable) Connector Board Schematic Diagram (Sheet 1 of 2) Connector Board (PMLN5644_) PCB/Schematics/Parts List 2-13 5V R95 39.2K 5V U50 TK11100CSC VOUT 1 C92 0.1uF C85 0.1uF 13V8 C88 0.1uF GND VOUT 2 5V C89 0.1uF 3 2 FB 6 NP 4 VCONT 3 VIN GND C90 1000pF 5 D52 R94 13K U52 LM50 POS 1 1 2 C91 100pF 5V C87 1.0uF 20 13V8 C84 0.1uF C86 1.0uF R96 2.2K C110 1.0uF C106 0.1uF TEMPERATURE C96 120pF 12V C97 220pF C98 1500pF NC NC NC NC FAN_TACH FAN_FAIL 15 16 4 17 3 18 2 19 1 XRES P0_0 P0_1 P0_2 P0_3 P0_4 P0_5 P0_6 P0_7 U56 LM2941 5 8 4 6 R124 2.8K NC NC P1_0 P1_1 P1_2 P1_3 P1_4 P1_5 P1_6 P1_7 11 9 12 8 13 7 14 6 PROGRAMMING HEADER NU ISSP_DATA ISSP_CLK XRES NC 5 1 2 3 4 P1-5 P1-1 P1-2 P1-3 P1-4 NC NC NC FAN_CTRL_ID_1 C94 100pF NU FAN_CTRL_ID_0 A1 1 C105 0.1uF C109 22uF 2 A2 PWM_OUT A3 3 G1 GND1 G2 GND2 G3 GND3 G4 GND4 R123 332 C93 100pF NU C95 100pF NU S1 SWITCH R134 10K 5V 5V 5V 5V 5V 13V8 C102 0.1uF C103 0.1uF R107 4.75K C104 0.1uF 2 5 4 INPOS 3 INNEG R108 4.87K VOUT 2 6 1 6 5V Q D Q* CP CLR R112 5.1K 5 3 NC IGN_SENSE 10K Q1 47K R113 24K 1 R111 10K R110 1.47K PR GND 6 U55 NCS2200 4 R105 4.42K VOUT R106 4.75K VCC2 4 INPOS 3 INNEG 13V8 VCC1 R103 4.75K U54 NCS2200 VEE 13V8 2 VCC1 5 VCC2 7 U53 NL17SZ74 VCC 8 R104 4.75K VEE OUT ADJ NC1 NC2 1 2 GND1 7 GND2 9 GND3 3 IN 1 ON_OFF U51 CY8C21334 VDD 5V 5 VSS1 10 VSS2 SH50 SHIELD C101 1.0uF R109 2.8K (For reference only - board is not field-repairable) Connector Board Schematic Diagram (Sheet 2 of 2) Connector Board (PMLN5644_) PCB/Schematics/Parts List 2-14 4.1 Connector Board Parts List PMLN5644_ Circuit Ref Motorola Part No Description Circuit Ref Motorola Part No Description Circuit Ref Motorola Part No Description C113 NOT PLACED – R98 NOT PLACED – C114 NOT PLACED – R99 NOT PLACED – Circuit Ref Motorola Part No Description U50 5115391H01 LINEAR REGULATOR IC U51 0104036J82 CY8C21334-24PVXIT U52 5115022H01 IC TEMPERATURE SENSOR C80 2186154V01 1 NF C115 NOT PLACED – R100 0613959Y09 2.2 C82 2113945C31 0.1UF C116 NOT PLACED – R101 NOT PLACED – C84 2113945C31 0.1UF D50 4813978B01 DIODE R102 0613959Y09 2.2 U53 5114007M28 17SZ74 IC C85 2113945C31 0.1UF D51 4813978B01 DIODE R103 0613952M66 4750 U54 5109817F82 C86 2113946E02 1.0 UF D52 4813978B01 DIODE R104 0613952M66 4750 LOW VOLTAGE COMPARATOR C87 2113946E02 1.0 UF J7 2815631H01 R105 0613952M63 4420 U55 5109817F82 C88 2113945C31 0.1UF CONNECTOR, 4 POSITION, PCB LOW VOLTAGE COMPARATOR R106 0613952M66 4750 J8 0915930H01 RJ-45, CAT5 SHIELDED U56 NOT PLACED – R107 0613952M66 4750 J9 0985459Y01 JACK, RJ45, GRN & YELLOW LEDS Y1 NOT PLACED – R108 0613952M67 4870 PASTE 1085674C03 PASTE/NC-SMQ230 R109 0613952M44 2800 PCB 84012133002 R110 0613952M17 1470 R111 0613952R01 10K R112 0613952Q90 5100 C89 2113945C31 0.1UF C90 2113945A09 1000 PF C91 2113944A40 100 PF C92 2113945C31 0.1UF C93 NOT PLACED – C94 NOT PLACED – C95 NOT PLACED – C96 2113944A41 120 PF C97 2113944A44 220 PF J14 C98 2113945A10 1500 PF C99 2314030E85 C100 J10 2816476H01 CONNECTOR, 28 POSITION J11 0971878L01 CONNECTOR, 26 POSITION J12 9012030001 8 PIN CONNECTOR J13 2815632H01 CONNECTOR, 6 POSITION R113 0613952R10 24K R114 0613952R01 10K NOT PLACED – R115 NOT PLACED – J15 NOT PLACED – R116 0613952R01 10K 33 UF L1 NOT PLACED – R117 NOT PLACED – 2314030E85 33 UF L2 NOT PLACED – R123 NOT PLACED – C101 2113946E02 1.0 UF P1 NOT PLACED – R124 NOT PLACED – C102 2113945C31 0.1UF Q1 4815261H01 TRANSISTOR R125 NOT PLACED – C103 2113945C31 0.1UF R90 0613952Q46 75 R132 NOT PLACED – C104 2113945C31 0.1UF R91 0613952Q46 75 R133 NOT PLACED – C105 NOT PLACED – R92 0613952G67 0 R134 0613952R01 10K C106 NOT PLACED – R94 0613952N12 13.0K S1 40012028001 SWITCH C109 NOT PLACED – R95 0613952N58 39.2K SH50 2686423Z02 C110 NOT PLACED – R96 0613952H81 2200 SHIELD, 19 X 19 X 3.03 MM C111 NOT PLACED – R97 0613952G67 0 SH51 NOT PLACED – M DR 3000 MOTOTRBO Repeater Chapter 4 Controller Service Information Issue: September, 2010 Computer Software Copyrights The Motorola products described in this manual may include copyrighted Motorola computer programs stored in semiconductor memories or other media. Laws in the United States and other countries preserve for Motorola certain exclusive rights for copyrighted computer programs, but not limited to, the exclusive right to copy or reproduce in any form, the copyrighted computer program. Accordingly, any copyrighted Motorola computer programs contained in the Motorola products described in this manual may not be copied, reproduced, modified, reverse-engineered, or distributed in any manner without the express written permission of Motorola. Furthermore, the purchase of Motorola products shall not be deemed to grant either directly or by implication, estoppel or otherwise, any license under the copyrights, patents or patent applications of Motorola, except for the normal non-exclusive license to use that arises by operation of law in the sale of a product. i Chapter 4 - Controller Service Information Table of Contents Section 1 Theory of Operation 1.0 Controller .............................................................................................................1-1 1.1 Radio Power Distribution ................................................................................1-2 1.2 Power On/Off..................................................................................................1-4 1.3 Clocks.............................................................................................................1-6 1.4 Serial Peripheral Interface (SPI).....................................................................1-7 1.5 Serial Synchronous Interface (SSI) ................................................................1-8 1.6 ACC_ID Interface ...........................................................................................1-9 1.7 USB Interface ...............................................................................................1-10 1.8 Mobile Accessory Port (MAP).......................................................................1-11 1.9 Repeater Interconnections Interface ............................................................1-14 Section 2 Troubleshooting Charts 1.0 Controller Troubleshooting Chart.........................................................................2-1 2.0 Power-Up Troubleshooting Chart ........................................................................2-2 3.0 Audio Troubleshooting Chart ...............................................................................2-3 Section 3 Controller Schematics / Parts Lists 1.0 Allocation of Schematics and Parts List...............................................................3-1 1.1 Controller Circuits ...........................................................................................3-1 2.0 Controller R1 Schematic Diagrams......................................................................3-5 Controller - GPS Schematic Diagram .....................................................................3-5 Controller DC Supply Schematic Diagram .............................................................3-6 Controller DC Distribution Schematic Diagram ......................................................3-7 Controller Peripheral Schematic Diagram (sheet 1 of 2) ........................................3-8 Controller Peripheral Schematic Diagram (sheet 2 of 2) ........................................3-9 Controller Microprocessor Schematic Diagram ....................................................3-10 Controller Memories Schematic Diagram .............................................................3-11 Controller Audio and USB Schematic Diagram ....................................................3-12 2.1 Controller R1 Parts List ................................................................................3-13 ii 3.0 Controller R2 Schematic Diagrams ................................................................... 3-19 Controller - GPS Schematic Diagram................................................................... 3-19 Controller DC Supply Schematic Diagram ........................................................... 3-20 Controller DC Distribution Schematic Diagram .................................................... 3-21 Controller Peripheral Schematic Diagram (sheet 1 of 2) ...................................... 3-22 Controller Peripheral Schematic Diagram (sheet 2 of 2) ...................................... 3-23 Controller Microprocessor Schematic Diagram .................................................... 3-24 Controller Memories Schematic Diagram............................................................. 3-25 Controller Audio and USB Schematic Diagram .................................................... 3-26 3.1 Controller R2 Parts List ................................................................................ 3-27 4.0 Controller R4 Schematic Diagrams ................................................................... 3-33 Controller - GPS Schematic Diagram................................................................... 3-33 Controller DC Supply Schematic Diagram ........................................................... 3-34 Controller DC Distribution Schematic Diagram .................................................... 3-35 Controller Peripheral Schematic Diagram (sheet 1 of 2) ...................................... 3-36 Controller Peripheral Schematic Diagram (sheet 2 of 2) ...................................... 3-37 Controller Microprocessor Schematic Diagram .................................................... 3-38 Controller Memories Schematic Diagram............................................................. 3-39 Controller Audio and USB Schematic Diagram .................................................... 3-40 4.1 Controller R4 Parts List ................................................................................ 3-41 5.0 Controller R5 Schematic Diagrams ................................................................... 3-47 Controller - GPS Schematic Diagram................................................................... 3-47 Controller DC Supply Schematic Diagram ........................................................... 3-48 Controller DC Distribution Schematic Diagram .................................................... 3-49 Controller Peripheral Schematic Diagram - (sheet 1 of 2).................................... 3-50 Controller Peripheral Schematic Diagram (sheet 2 of 2) ...................................... 3-51 Controller Microprocessor Schematic Diagram .................................................... 3-52 Controller Memories Schematic Diagram............................................................. 3-53 Controller Audio and USB Schematic Diagram .................................................... 3-54 5.1 Controller R5 Parts List ............................................................................... 3-55 6.0 Controller R6 Schematic Diagrams ................................................................... 3-61 Controller - GPS Schematic Diagram................................................................... 3-61 Controller DC Supply Schematic Diagram ........................................................... 3-62 Controller DC Distribution Schematic Diagram .................................................... 3-63 Controller Peripheral Schematic Diagram - (sheet 1 of 2).................................... 3-64 Controller Peripheral Schematic Diagram (sheet 2 of 2) ...................................... 3-65 Controller Microprocessor Schematic Diagram .................................................... 3-66 Controller Memories Schematic Diagram............................................................. 3-67 Controller Audio and USB Schematic Diagram .................................................... 3-68 6.1 Controller R6 Parts List ................................................................................ 3-69 1-1 Section 1 THEORY OF OPERATION 1.0 Controller The Controller section consists of 4 main ICs. These are the Texas Instrument OMAP 1710 Host/ DSP Processor (U1000), Flash memory (U2000), SDRAM memory (U2001) and the MAKO Audio/ Power Management (U3200) chip. Figure 1-1 shows how the Controller interfaces with the RF section, and peripherals in a DR 3000 repeater. The Controller, RF section, and Accessory interface are placed on a single Transceiver board. Audio PA PA_SUPPLY Battery RF Interface PA_Driver_Supply 9.3V Reg. 9.3V_RF 5V_RF V2_1.875V V4_2.775V V7_2.775V Curr. Limit Vdd Supply FE_TUNE PA_BIAS TOMAHAWK_ABACUS SPI RAMP_DAC ABACUS SSI EXT_SWB+ RF CNTRL 16.8MHz 5V_GPS RX SSI 5V Reg TX SSI 9.3V Reg. ON_OFF_CTRL FET_ENX DAC1 DAC2 DAC3 SPI 9.3V Reg. 5V Reg. 5V_GPS FET VBUS Reg. VBUS1,2 SW1 11 Channels ADC Power Management 4-Wire SPI McBSP2 SPI_1 GPIOs Logic CTRL Level Shift Curr. Sense UART3 SW5 SiRF IC Curr. Sense Core Reg. 1.4V GPS 1.5V 2.8V Reg. GPIOs Batt. Sense 32.768KHz SW2 V2_1.875V V3_1.35V V4_2.775V V6_2.9V V7_2.775V V8_5V V9_3V V10_3.3V V2_1.875V 1.4V MAKO Core OMAP1710 Curr. Sense (MPU & DSP) (LDOs,Codec,USB,1-Wire,ADC,DAC) LDOs RAM MEM I/F I2C Audio Atten. Peripheral_IO FLASH USB0 USB1 USB_RS232 Interfaces Audio Preamp UART1 Voice Codec OPT_SELA SSI GPIO 1-Wire GPIOs 32.768KHz TDA1519C 24.576 MHz ADS 32.768 KHz CLK PLL GPIOs SPI_2 VBUS2 DATA LCD Driver/LED Serial_Parallel IC DC Supply KEYPAD MPUIOs I/F McBSP3 12 MHz Emerg/Ignition USB2 4-Wire SSI McBSP1 4-Wire SSI ON/OFF Logic Audio PA I2C I2C USB1,2 TXCR Keypad &Navigation buttons Volume Encoder Buffer SSI Dir. CTRL / SYNC EXT_SWB+ 9.3V Repeater 2.9V Reg. Rear Accessory (MAP) ON/OFF Switch Option Board VBUS1 GPIOs GCAI MMP SYNC Control Head Peripherals Figure 1-1 Controller Block Diagram SSI 1-2 Controller 1.1 Radio Power Distribution Figure 1-2 illustrates the controller DC power distribution throughout the transceiver board. *TX_PA_Final (Q0702) *Antenna Switch ckt. *Audio_PA (U3500) Battery (J3000) Ext_SWB+ U3003 Accessory Connectory (J4000-7) 12.6V SW_9.3V_PA_Reg U3005 & U3006 SW_9.3V_RF_Reg. U3001 *TX_PA_Pre-Driver (U0700) *TX_PA_Driver (U0703) 9.3V U0100 GPO_4 P_FET Q0107 9.3V SW_5V_Reg. U3002 9.1V TX_Pwr_Cntrl *Audio OpAmp (U3502 &U3505) *Control Head (E4001, J4001-1) *TX PA Pressure Pad Switch (S0700) *TX VCO Buffer (Q0302) 5V_Reg. U0941 *RX VCO Buffer (Q0202) *RX FE Amp (Q0402) *RX FE AGC *RX FE DAC Doubler (Q0403) *RX 1st LO Amp (Q0405) Log Amp U0940 *TX pwr cntrl attenuator ckt 5V *Synthesizer (U0100) *IF Amp (Q0500) *GPS Antenna Sense *Volume Atten.(U3501) *1-Wire LevelTranslator (U3508) RXBE 3V_Reg U0601 ABACUS3 3.6V_Reg Q0601 UNSW_9.3V_Reg U3040 9.3V P_FET (Q3201) 9.1V UNSW_5V_Reg. U3004 *Option Board (J4003-1) BPLUS & BAT_7V5 5V FET_ENX PA_BPLUS SW1_SUMCOMP Switcher1 (Q3200) Switcher2 MAKO GPS *Shift Register (U4000) *Peripheral Inverter ckts *USB1 D+/D- ESD (D4001) *USB2 D+/D- ESD (D4000) 3.6V 2.8V_RF_Reg U6402 2.8V_Dig_Reg U6406 LOGIC_VDD (U3200) 1.4V (0.87mA/MHz) 1.4V_Reg. U3201 V2_1.875V V3_1.35V V9_3V LDOs Not Used Not Used *SDRAM (U2001) *FLASH (U2000) *32.678KHz Square (U3203) *16.8MHz Square (U1006) * SSI Buffer (U4005:U4008) *GPS Logics Translator (U1005) *Logic Translator (U4001) *Tomahawk Digital IO (U0100) *Abacus3 Digital IO (U0600) DVDD 1.5V_RTC_Reg U6407 CDVV OMAP1710 (U1000) V4_2.775V V7_2.775V *Tomahawk TCXO (Y0100) *Tomahawk Analog (U0100) V8_5V V10_3.3V V6_2.9V *16.8MHz Buffer (Q0100) *Tomahawk Digital (U0100) *GPS Logics Translator (U1005) *I 2 C Bus Translator (U3503) *USB /GPIO1&2 Switch (U3504) *GCAI GPIO_1& GPIO_2 Pull-Up *1-WireTranslator (U3508) 9.1V ATOD0 Switcher5 (Q3202) SW5_SUMCOMP USB_CONNECT 5.25V USB_Supply VBUS1_SEN VBUS1_CMD ON_OFF_CNTRL 0.2 FET (Q3207) FET (Q3203) 5V, 500mA (max) VBUS1 0.2 VBUS2_SEN VBUS1_MMP (J4001-27) VBUS2_CMD FET (Q3204) Ignition (J4000-25) (ON: >7V) (OFF: 0V) IGN_X 5V, 500mA (max) VBUS2 Figure 1-2 Radio DC Distribution VBUS2_MAP (J4000-3) SiRF Controller 1-3 Voltage regulation is provided to the controller, GPS and RF sections by the following devices: • +9.3V_PA: U3005, U3006, and U3030 • +9.3V_CNTRL: U3040 and U3030 • +9.3V_SW: U3001 • +12.6V_Ext SWB+: U3003 • +1.5V GPS RTC: U6407 • +1.4V OMAP Core: U3201 • Supplies for the Controller section: U3200 (MAKO) • Supplies for the RF and GPS sections: U0601, U0941,U3002,U3004,U6402, and U6406 The 9V3_PA regulator uses Op Amp U3030-1 as a controlling element. The regulated output voltage is divided by R3039 and R3040 and compared with an accurate reference voltage (5.1V DC) determined by VR3040. The Op Amp's output voltage at pin 1 varies the amount of conduction in transistors Q3032, U3005 and U3006 as necessary to keep voltages equal on pins 2 and 3 of the Op Amp. A characteristic of the Op Amp which allows the regulator to start up is the fact the output is high when both inputs are low, which occurs momentarily at turn-on. Dual diode D3030 serves two purposes. Diode D3030 is used to protect transistors U3005 and U3006 if the 9.3V_PA line is grounded. When this happens Q3032's base can only be 0.7V DC and transistors U3005 and U3006 will be turned off. Diode D3030 also provides temperature compensation of the regulated output voltage. The 9V3_PA supply powers the low level and driver stages of the RF power amplifier. The MAKO and GPS regulators are powered by the 9V3_CNTRL supply. Op amp U3030-2 functions as a controlling element for the 9V3_CNTRL regulator. The regulated output voltage is divided by R3045 and R3046 and compared with the reference voltage determined by VR3040. The Op Amp's output voltage at pin 7 varies the amount of conduction in transistors Q3040 and U3040 as necessary to keep equal voltages on pins 5 and 6 of the Op Amp. As is the case with the 9V3_PA regulator, the Op Amp characteristic allows the regulator to start up when both Op Amp inputs are momentarily low at turn-on. Dual diode D3040 serves two purposes. Diode D3040 is used to protect transistor U3040 if the 9.3V_CNTRL line is grounded. When this happens Q3040's base can only be 0.7V DC and transistor U3040 will be turned off. Diode D3030 also provides temperature compensation of the regulated output voltage. Regulator U3001 generates the 9.3 V required by most RF, power control, and audio circuits. Input and output capacitors C3005, and C3006/C3007/C3046 are used to reduce high frequency noise. R3003 and R3004 resistor divider set the output voltage to 9.3 V. This regulator output is electronically enabled by 0 V signal at pin 2. MAKO (U3200) FET_ENX, Q3206, and Q3041 are used to control the on-off at U3001 pin 2. Regulator U3003 generates the 12.6V required by external accessory device at connector J4000-7. Input and output capacitors C3012, and C3012 / C3013 are used to reduce high frequency noise. R3003 and R3004 resistor divider set the output voltage to 12.6V. This regulator output is electronically enabled by 0 V signal at pin 2. MAKO (U3200) FET_ENX, Q3206, and Q3041 are used to control the on-off at U3003 pin 2. There are a total of eight other LDO regulators used to regulate the 9.3 V supply down to specific application voltages. U0941, U3002, and U3004 are set to supply 5 V output. U0601 is set to supply 3 V for the Abacus III IC. U6402 and U6406 generate 2.8V for GPS Digital IO and RF circuitry while U6407 regulator provides 1.5 V for the GPS RTC module. U3201 regulator, which is capable of handling up to 1 Amp, is set to 1.4 V for the OMAP core. 1-4 Controller Switcher1 (Q3200) in conjunction with the MAKO power management IC (U3200) is a highly efficient dc-dc converter. In this application, it is configured as a synchronous buck dc-dc regulator. It generates an accurate 3.6 V output, which supplies directly to the MAKO internal Switcher2 circuit as well as the 1.4 V regulator for the OMAP Core (U3201). A pulse width modulated (PWM) signal is output from U3200 pin G14 to Q3200 pin 4 and controls the output voltage level. External components L3200 and C3203 are needed to filter out the dc-dc converter output. R3200 (0.1 ohm) is used for current sense and over-current circuit protection with 2 A threshold. MAKO Switcher2 output 2.3 V and supplies to the rest of MAKO internal LDOs. Switcher5 (Q3202) circuitry is similar to Switcher1. It is also configured as a synchronous buck dc-dc regulator. It generates an accurate 5.2 V output, which supplies directly to both VBUS1 and VBUS2 supplies. External components L3202 and C3212 are needed to filter out the output. Q3208 and Q3207 prevent internal voltage leakage onto VBUS_SUPPLY (U3200 pin B13). When the radio is operated in the HOST mode, USB_CONNECT (U3200 pin L6) is toggled HIGH (3.3 V) turning on PMOS FET (Q3207) through Q3208 inverter, and thus provides 5.2 V to both Q3203 and Q3204 drains. Software will enable VBUS1_CMD and VBUS2_CMD either VBUS1 or VBUS2 port base on the detection mechanism. Note, only one of two VBUS ports can supply up to 500 mA (max) at one time. R3207 and R3208 (0.2 ohm) are used for current sense and over-current circuit protection with 800 mA threshold. In device mode, USB_CONNECT is toggled LOW to disable VBUS supply. The MAKO power management IC (U3200) provides eight more LDOs. Some LDOs are programmable to meet the requirement for various ASIC devices. V2, V3, and V9 are programmable via SPI while V4, V5, V6, V8, and V10 are fixed. See Figure 1-2 for details. 1.2 Power On/Off The repeater is switched on by asserting the ignition sense input high. On 8 MB repeaters, this signal is internally wired high, in both transmit and receive radios. On 32 MB repeaters, this signal is controlled by circuitry on the Connector board. It is driven high when the repeater’s power supply is switched on, or when the battery voltage is above 8.6 V in battery backup mode. When the repeater’s power supply is switched on, Q4006 is driven into saturation which pulls its collector to ground and presents an active low to MAKO IGN_X input (U3200 pin B4). When there is no voltage at J4000 pin 25, Q4006 is turned off and its collector is internally pulled high by the MAKO Vsave supply. Because of the noisy nature of ignition signal, a long debounce period of 250ms is used before it will be recognized as a valid input. Controller 1.2.1 1-5 Power-Up Sequence Figure 1-3 details the typical power-up sequence on the mobile radio and the following events that occur sequentially. *TX_PA_Final (Q0702) *Antenna Switch ckt. *Audio_PA (U3500) Battery (J3000) Ext_SWB+ U3003 12.6V SW_9.3V_PA_Reg U3005 & U3006 SW_9.3V_RF_Reg. U3001 9.3V 9.3V P_FET (Q3201) 9.3V UNSW_9.3V_Reg U3040 9.1V 2 2.5V BPLUS & BAT_7V5 FET_ENX 4 PA_BPLUS SW_TYPE Default Voltage Selection For V2 and V3 1.4V Core (0.87mA/MHz) 1.8V IO PGLDO2 5 LOGIC_VDD OMAP1710 PGLDO3 (U1000) LDOs V2_1.875V V3_1.35V MAKO V4_2.775V V6_2.9V V7_2.775V V8_5V V9_3V Not Used PWRON_RST (R12) 6 MPU_RST (U20) Not Used V10_3.3V ON_OFF_CNTRL Ignition (J4000-25) (ON: >7V) (OFF: 0V) 1.4V_Reg. U3201 Switcher2 (U3200) 1 3.6V Switcher1 (Q3200) SW1_SUMCOMP RESETX IGN_X XTAL32_IN RST_OUT (AA20) POWER ON RESET XTAL32_OUT OSC_IN (Y2) 32.768KHZ Y3201 +20 ppm 3 U3202 U3203 OSC_OUT (W3) 12MHZ Y1000 7 +20 ppm Figure 1-3 Power-Up Sequence 1. User switches on the power supply unit which initiates an ignition sense power on state. 2. The MAKO (U3200) generates an output low at FET_ENX (pin E2) once it detects a valid input at either Mech_SW (pin E4), Emerg_PB (pin F4), or IGN_X (pin B4). Q3206 dual PNP/NPN transistor acts as a double inverter between the MAKO and Q3201 power MOSFET switch as well as over voltage protection. This logic low at the gate of Q3201 results in switching 9.3 V to both Q3200 Switcher circuitry and 1.4 V regulator (U3201). 3. Next the MAKO (U3200) asserts the RESETX (pin C5) low to the OMAP for an additional 32mS after all the DC regulators are stable. It is then de-asserted, allowing the OMAP processor to start. 1-6 Controller 1.3 Clocks Figure 1-4 illustrates the controller clocks used throughout the radio. TOMAHAWK P2 U0100 Q0100 CLK2 OUT XOSC BASE ABACUS III U0600 16.8MHz FREF ARX DAC 16.8 MHZ TCXO +0.5 ppm (GPS & Repeater) +1.5 ppm (NONGPS) 1.4V MAKO P2 U3200 10K U1006 EXT_CLK (N18) General Pupose TIMER CLK32K_IN (P13) OSC32K_IN (V13) OMAP1710 U1000 OSC32K_OUT (AA13) VSS_11 (Y13) SYS_CLK_IN (Y4) U3202 U3203 XOUT XIN XTAL32_IN XTAL32_OUT OSC_IN (Y2) 24.576MHZ Y3200 32.768KHZ Y3201 +30 ppm +20 ppm DPLL1 xN MPU CLK xN DSP CLK xN TC CLK 12MHZ Y1000 32.768 KHz OSC_OUT (W3) +20 ppm OMAP 3.3 Core Figure 1-4 Clock Connections The OMAP processor (U1000), which consists of an ARM and DSP core, needs three clocks for operation: a 32.768 kHz square-wave, a 12 MHz sine-wave, and a 16.8 MHz square-wave clock. The 16.8 MHz clock source is provided from the Tomahawk TCXO with its supporting circuitry Q0100 buffer amplifier, routes to squarer-circuit U1006, and feed to EXT_CLK (U1000 pin N18). The 32.768 kHz clock is generated by the MAKO crystal Y3201 oscillator; converted to a gated clock by U3202 and U3303 circuitry; then directly feed to OMAP CLK32_IN (U1000 pin P13) as well as GPS IC (U6400). The OMAP needs the 32.786 kHz to determine the input reference clock (12, 13, or 19.2 MHz) applied to OSC_IN (U1000 pin Y2). Without this 32 kHz clock, the OMAP will potentially program all the wrong dividers for USB and UART booting. The 12 MHz sine-wave is the main system reference clock for the OMAP which all the internal clocks are derived from. External pull-up on OSC32K_IN (U1000 pin V13) and grounding both OSC32K_OUT (pin AA1 and VSS_11 (pin Y13) indicating that an external 32 kHz clock is used. The 24.576 MHz crystal (Y3200) oscillator is the reference clock for MAKO CODEC and SSI clock. Controller 1.4 1-7 Serial Peripheral Interface (SPI) Figure 1-5 illustrates the controller SPI used throughout the radio. 1.8V OMAP1710 U1000 1.8V 2.9V 1.8V HPD SPI TOMAHAWK P2 U0100 SPI_CLK SPI_DW SPI_CLK SPIF.SCK (U19) SPI_MOSI SPIF.DOUT (W21) SPI.CLK (M14) MMC.CMD (P11) SPI_MISO SPI_DR SPIF.DIN (U18) THK_CE CEX SPI.CS2 (P20) LED’s Register U6002 SN74AHC594 Level Translator U6003 SN74LVC07A MMC1 SPI 2.9V SERIAL_CLK CLOCK SERIAL_DATA DATA LED_CS LED_CS GPIO_44 (P15) LCD CLOCK Interface 1.8V DATA DISPLAY_CS SPI.CS1 (P19) DISPLAY_CS PC ABACUS III U0600 PD 1.8V 1.8V 5V 5V DOUTB ABACUS3_CE PE GPIO_9 (Y8) 10K 1.8V Accy’s t Register U4000 SN74AHC594 CLOCK SPI.RDY (R18) SPI_CLK MAKO P2 U3200 Level Translator U4001 SN74LVC07A DATA SPI_DO SPI.CS3 (P18) PROGM_IO_CS SPI_DI MAKO_CE SPI_CS LED_CS GPIO_58 (R11) 47K Figure 1-5 SPI Connections The OMAP processor (U1000) has two SPI busses that it uses to communicate with the various peripheral IC's. The first is the High Performance Data (HPD) SPI bus and the second is the multi-media card (MMC) SPI. The HPD SPI is a synchronous serial bus made up of four lines, SPI_CLK, SPI_MOSI, SPI_MISO, and chip select. The SPI_CLK line is used to control the speed of the data to/from the peripheral IC's and the OMAP processor. This clock can be adjusted to different speed based on the IC's specification. HPD SPI module is used to interface to Tomahawk (U0100), Abacus III (U0600), and the MAKO (U3200). This interface operates at 1.8 V logic levels. SPI_MOSI, or commonly known as TRANSMIT Data, is a data string from the OMAP while SPI_MISO or RECEIVE Data is data string to the OMAP. The MMC SPI is a 3-wire bus; consisting of SERIAL_CLK, SERIAL_DATA, and chip select. This SPI bus is used to interface to accessory Serial-Parallel IC (U4000), the repeater board LED's and LCD driver. For accessory Serial-Parallel IC, the logic level out of the processor is level shifted from 1.8 V to 5 V through U4001 and pull-up resistors R4100, R4101, and R4103. 1-8 Controller 1.5 Serial Synchronous Interface (SSI) Figure 1-6 illustrates the controller SSI used on DR series radios controller design. 1.8V OMAP1710 U1000 1.8V SYNCB GPIO_40 (W15) DMCS TOMAHAW K P2 U0100 TXCLK 1.8V Buffers SN74AVC1T45 McBSP2.CLKX (Y6) SDTX McBSP2.DX (AA5) SFTX McBSP2.FSX (W7) ARMIO_11 (W10) 1.8V ABACUS III U0600 1.8V 10K GPIO_2 (D15) McBSP2 DIR U4008 GPIO_26 (AA9) B McBSP3 CLKOUT McBSP2.CLKR (V7) DOUTA McBSP2.DR (P10) FS McBSP2.FSR (W6) A McBSP3.CLKX (N14) B B A U4004 A B CLOCK FSYNC DATA_OUT U4007 McBSP1 VC_TX A U4005 McBSP3.FSX (AA17) McBSP3.DX (P14) MAKO P2 VC_FSYNC U3200 VC_RX SYSTEN_SYNC U4006 1.8V VC_DCLK Cypher I/F J4002 McBSP3.DR (T19) B McBSP1.CLKX (G21) A DATA_IN McBSP1.FSX (H15) McBSP1.DX (H18) McBSP1.DR (H20) DIR Operation LOW B-->A HIGH A-->B R4106 10K Figure 1-6 SSI Connections The OMAP processor (U1000) has a total of three SSI or multi-channel buffer serial ports (McBSP) modules that are used to directly interface to the CODECs in the Tomahawk, Abacus, and MAKO and between Tx and Rx radios within a Repeater. As shown in Figure 1-6, McBSP1 is a 4-wire bus and interface to the MAKO CODEC. McBSP2 is 6-wire bus; 3-wire dedicated to the Tomahawk Tx audio and the other 3-wire to Abacus Rx audio. McBSP3 is a 4-wire bus, and used primarily to interface between Tx and Rx radios within a Repeater. Controller 1.6 1-9 ACC_ID Interface Smart accessories use the Accessory ID (ACC_ID) Interface to help the repeater determine which smart accessory, if any, are attached to the repeater. Figure 1-7 illustrates the ACC_ID connections used within the radio. 1.875V 5V 2.9V 2.9V 5V Vref1 Vref2 R3588 OMAP1710 U1000 HDQ (N20) MAKO U3200 R3592 R3514 ACC_ID_UP (L7) ACC_ID_MAP (M8) SDA1 SDA2 2-BitTranslator U3508 MAP Figure 1-7 ACC_ID Interface Connections The MAKO (U3200) serves as a driver between the OMAP ACC_ID bus and the device. Level translator (U3508) is required to level shift between 2.9 V to 5 V. 1-10 1.7 Controller USB Interface The OMAP processor (U1000) supports two USB ports. The radio makes use of these USB ports to communicate with smart accessories, and connection to a host computer for radio programming via CPS and tuning via the Tuner Tool. Only one of these ports is available (via the MAP connector), the other is dedicated to the Ethernet controller. Note: The USB ports are designed to support Motorola accessories and approved applications only and will not support third party "Plug-n-Play" USB devices. Figure 1-8 shows the details of the HSSI connections within the radio. V_ S W 5 Q 3207 M ak o US B_ Connect ( L6 ) 0 1 VBus Di sab l e VBus Enab l e R3 2 4 0 Q 3208 OM A P 1 7 1 0 VBus1 _ S ens ( E1 2 ) USB1 _ T X EN (W 1 6 ) Pi n Gr oup 1 USB1 _ DA T ( W 1 4 ) US B1 _ SE0 (R1 3 ) USB1 _ OE ( B0 8 ) US B1 _ DA T _ T X D ( C0 8 ) USB1 _ SE0 (D0 8 ) 3/ 6 W ir e I F and SPI Regi st er s Vb us1 M oni t or VBus1 _ Cm d (C1 4 ) VBus1 (H 1 0 ) USB1 T r anscei ver R3 2 0 7 Q 3203 VBus DP ( N 6 ) D+ DM (P7 ) D- T o E t h e r n et Cont r ol l er VBus2 _ Sens (F1 1 ) US B0 T X EN ( W 4 ) Pi n Gr oup 0 US B0 _ DA T (P9 ) USB0 _ SE0 (R8 ) USB_ I N T (L1 5 ) USB2 _ OE_ RCV_ RT S ( A 0 9 ) US B2 _ DA T _ VP ( B0 9 ) USB2 _ SE0 _ VM _ RX D ( C0 9 ) US B_ I N T X (C1 0 ) 3 W ir e I F and SPI Regi st er s Vb us2 M oni t or R3 2 0 8 VBus2 _ C m d (C1 3 ) VBus2 ( D1 2 ) Q 3204 VBus USB2 T r anscei ver DP ( N 7 ) D+ DM (P8 ) D- MA P Figure 1-8 USB Interface Connections The OMAP processor USB host controller communicates with accessories at either 1.5 Mbps or 12 Mbps data rates depending on the accessory. Either port can be used as a host or a device, the only limitation is that both ports cannot be used as a device at the same time. The MAKO (U3200) incorporates two USB transceivers that provide the physical layer signaling for the two ports. Each transceiver generates and receives the DP and DM differential signals of the USB port. The transceiver interfaces to the OMAP processor through a three-wire interface consisting of two bi-directional signals (SE0 and DAT), and one uni-directional signal (TXEN). The MAKO also includes two bus monitors that sense the connection or removal of a device and determine whether or not to supply current to that device via Q3203 or Q3204 up to a maximum of 500 mA per port. Controller 1.8 1-11 Mobile Accessory Port (MAP) The Mobile Accessory Port (MAP) is a newly defined Motorola accessory port that contains audio, programmable digital I/O, serial interfaces, and accessory supply lines; and is similar in function to Motorola's legacy products accessory connectors. Table 1-1 Mobile Accessory Port Functions MAP Pin Number MAP Pin Name MAKO Pin 1 USB_D+ 2 USB_D- 3 V_Bus 4 USB_Ground 5 ACC_MAP_ID_2 6 ACC_MAP_ID_1 7 Ext_SWB+ Switched Battery Voltage 8 Power Ground Ground 9 Ext_Spkr- External Speaker 10 Ext_Spkr+ 11 Tx_Audio Tx Audio Input 12 Audio Ground Ground 13 Aux_Audio_Out_1 Auxiliary Audio Output (not supported in the repeater) 14 Rx_Audio Rx Audio Output (not supported in the repeater) 15 Aux_Audio_Out_2 Auxiliary Audio Output (not supported in the repeater) 16 Ground Ground 17 Prgm_In_1_(PTT) Programmable Input with prescribed function of PTT 18 Ground Ground 19 Prgm_IO_2 (Monitor) Programmable Input/Output with prescribed function Monitor 20 Prgm_IO_6 Programmable Input/Output 21 Prgm_IO_3 (Chan_Act) Programmable Input/Output with prescribed function Channel Activity 22 Prgm_IO_7 Programmable Input/Output USB for programming or Smart Accessory Accessory Identifier 1-12 Controller Table 1-1 Mobile Accessory Port Functions MAP Pin Number 1.8.1 MAP Pin Name MAKO Pin 23 Prgm_In_4 (Emergency) Programmable Input with dedicated function for Emergency Switch 24 Prgm_IO_8 Programmable Input/Output (not supported in the repeater) 25 Prgm_1_5 (Ign_Sense) Not Used 26 Prgm_Out_9 (Ext_Alarm) Programmable Output with prescribed function of External Alarm MAP Programmable I/Os The MAP contains 7 general purpose I/Os. One is specifically an output, 1 is specifically an input, and the remaining 5 can be either input or output. The MAP also contains 2 dedicated inputs. All input signals map directly to OMAP (U1000) GPIOs, while all outputs are controlled from the OMAP through a SPI connected shift register (U4000) referred here as the Acc_Shift_Reg. While 7 of the 9 I/Os are general purpose and designed to be programmable through the CPS, several have recommended functions that will be detailed below. All of the programmable I/Os, except the dedicated inputs, use inverted logic, IE: a 1 on the connector as an input will be seen by the OMAP as a 0 and visa versa. Also, a 1 output by the OMAP through the Acc_Shift_Reg will be seen as a 0 output on the connector. • Prgm_In_1 (PTT): Programmable input that has the recommended function of Push-To-Talk (PTT). This signal connects to the OMAP GPIO_7 (U1000 pin M15) as an input. • Prgm_IO_2 (Monitor): Programmable input/output that has the recommended function of Monitor. This signal connects to the OMAP GPIO_32 (U1000 pin B17) as an input. The output for this signal is driven from Acc_Shift_Reg bit 0 (U4000 pin 15). • Prgm_IO_3 (Chan_Act): Programmable input/output that has the recommended function of Channel Activity (Chan_Act). This signal connects to the OMAP GPIO_33 (U1000 pin J14) as an input. The output for this signal is driven from Acc_Shift_Reg bit 1(U4000 pin 1). • Prgm_I_4 (Emergency): Dedicated input that is having the function of Emergency (Emerg_Sw). This signal connects to the MAKO EMERG_PB (U3200 pin F4) as an input. • Prgm_IO_6: Programmable input/output. This signal connects to the OMAP ARMIO_15 (U1000 pin E19) as an input. The output for this signal is driven from Acc_Shift_Reg bit 2 (U4000 pin 2). • Prgm_IO_7: Programmable input/output. This signal connects to the OMAP ARMIO_3 (U1000 pin V8) as an input. The output for this signal is driven from Acc_Shift_Reg bit 3 (U4000 pin 3). • Prgm_IO_8: Programmable input/output. This signal connects to the OMAP GPIO_24 (U1000 pin V5) as an input. The output for this signal is driven from Acc_Shift_Reg bit 4 (U4000 pin 4). This IO is not supported in the repeater. • Prgm_Out_9 (Ext_Alarm): Programmable output that has the recommended function of External Alarm (Ext_Alarm). The output for this signal is driven from Acc_Shift_Reg bit 5 (U4000 pin 5). Controller 1.8.2 1-13 MAP Serial Interfaces The MAP includes 2 serial interfaces: an USB port and an ACC_ID interface. The USB port can be used as either a device (radio is device) or as a host (radio is host). When configured as a device, the radio can be programmed or tuned using MOTOTRBO CPS or Tuner software. When configured as a host, various smart accessories can be used with the radio. See section 1.7 on page 1-10 for more information on the USB interface. The ACC_ID interface is used by accessories to provide the radio with information needed to configure the interface for that accessory. See section 1.6 on page 1-9 for more information on the ACC_ID interface. Note: The USB ports are designed to support Motorola accessories and appoved applications only and will not support third party "Plug-n-Play" USB devices. 1.8.3 MAP Audio Signals The MAP has Speaker and Tx audio input. Speaker audio is a differential output from the radio's audio PA (U3500). The speaker output available for monitor functions only. Tx audio is a mic/line level input audio for transmit, it is available in test mode only. 1-14 1.9 Controller Repeater Interconnections Interface The Repeater’s architecture uses two mobiles, one for transmit, one for receive to form a repeater. The Repeater Interconnection Interface is used to communicate between the Tx and Rx radios within the Repeater. This is accomplished by using one of the SSI ports from the OMAP (U1000) and level shifters/drivers (U4004, U4005, U4006, and U4007). Both data and commands/responses can be passed via this interface. The interface consists of two separate serial paths, one from the Rx radio to the Tx radio; and one from the Tx radio to the Rx radio. The Tx radio is considered the master while the Rx radio is the slave, meaning that the Tx radio generates the sync and clock for both communication paths. Figure 1-9 shows the basic block diagram of this interconnection. Tx Radio Rx Radio OMAP OMAP McBSP3_Dx McBSP3_Dx McBSP3_Rx McBSP3_Rx McBSP3_Fsync McBSP3_Clk System Sync GPIO_26 Dir ARMIO_11 = 0 McBSP3_Fsync McBSP3_Clk System Sync GPIO_26 Dir ARMIO_11 = 1 Figure 1-9 Repeater Interconnection Interface 2-1 Section 2 TROUBLESHOOTING CHARTS 1.0 Controller Troubleshooting Chart Problem has been diagnosed to either the Tx or Rx Radio. Remove faulty radio and proceed from here. The individual radio. Will Tuner connect to the Radio? Yes Controller OK No 9.3V_RF @ pin 5 of U3001? Check these three conditions @ U3001 (pin 4=13.2V; pin 2=0V; pin 1=1.26V) before replacing U3001. No Yes 5V_SW @ pin 1 of U3002? Check these conditions @ U3002 (pin 4=9.3V; pin 2=1.26V; before replacing U3002. No Yes Check 9R1 9.1V@ E0401 Yes Controller OK No Q0108 pin 2 =2.8V No Yes Check gate Q0107 for 0V. Check Lock_Detect 1.875V @ R2518 Yes No Check SPI programming to Tomahawk IC. Check Tomahawk GPO Register settings to see GPIO_4 is set to output HIGH. 2-2 2.0 Power-Up Troubleshooting Chart Power-Up Troubleshooting Chart Repeater does not fully initialize (Disabled LED stays blinking) Can it repeat? Yes Re-insert or Replace 30 pin Front Panel cable No No Re-insert or replace SSI cable Does Repeater initialize properly now? Replace Front Panel Board Yes Done No Replace Connector Board and/or Accessory Cable Does Repeater initialize properly now? Yes Done No Troubleshoot Rx Radio Does Repeater initialize properly now? No Troubleshoot Tx Radio Do all LEDs flash on power-up? Yes Done Yes Done Audio Troubleshooting Chart 3.0 2-3 Audio Troubleshooting Chart Audio selfcheck This test should be performed with the individual RX or TX radio removed from the repeater. Using the tuner tool, set the radio into RX audio test and connect an external speaker to the radio’s map. This test assumes standard RF input 60% full deviation 1kHz audio tone. Is audio present at speaker outputs? Can the volume be adjusted using tuner? Yes No Is audio present at pin 7 of U3505 Yes Self-check completed No Yes Verify U3501 connections before replacing Yes Verify U3505 connections before replacing U3501: AUDIO ATTENUATOR pin 9: +5V pin 8: +5V pin 7: GND pin 2: +2.5V pin 6: PROBE I2C CLK pin 5: PROBE I2C DATA pin 1: PROBE AUDIO IN (+2.5V BIAS) pin10: PROBE AUDIO OUT (+2.5V BIAS) No Is audio present at pin 6 of U3505 U3200: MAKO TP_MAKO_DCLK: PROBE CLK TP_MAKO_FSYNC: PROBE FSYNC TP_MAKO_RX: PROBE DIGITAL AUDIO IN No Verify SSI input into U3200 before replacing U3505: OP-AMP pin 4: +9.3V pin 11: GND pin 5: +4.5V BIAS pin 6: PROBE AUDIO IN (+4.5V BIAS) pin 7: PROBE AUDIO OUT (+4.5V BIAS) x If SSI input is not present then replace U1000 U1000: OMAP 2-4 Audio Troubleshooting Chart Notes 3-1 Section 3 CONTROLLER SCHEMATICS / PARTS LISTS 1.0 Allocation of Schematics and Parts List 1.1 Controller Circuits This Chapter shows the Schematics and the Parts Lists for the Controller circuits. Table 3-1 Controller GPS R1 Schematic Diagrams and Parts List Controller R1 used on PCB: 8471165L03_A UHF (403–470 MHz), 1–25 W 8486777Z12_A UHF (403–470 MHz), 25–40 W SCHEMATICS Controller GPS DC Supply DC Distribution Peripheral (sheet 1 of 2) Peripheral (sheet 2 of 2) Microprocessor Memories Audio and USB Page 3-5 Page 3-6 Page 3-7 Page 3-8 Page 3-9 Page 3-10 Page 3-11 Page 3-12 Parts List Controller Page 3-13 Table 3-2 Controller GPS R2 Schematic Diagrams and Parts List Controller R2 used on PCB: 8471495L01_A VHF (136–174 MHz), 1–25 W 8478023A12_A VHF (136–174 MHz), 25–45 W SCHEMATICS Controller GPS DC Supply DC Distribution Peripheral (sheet 1 of 2) Peripheral (sheet 2 of 2) Microprocessor Memories Audio and USB Page 3-19 Page 3-20 Page 3-21 Page 3-22 Page 3-23 Page 3-24 Page 3-25 Page 3-26 Parts List Controller Page 3-27 3-2 Allocation of Schematics and Parts List Table 3-3 Controller GPS R4 Schematic Diagrams and Parts List Controller R4 used on PCB: 8471495L03_C VHF (136–174 MHz), 1–25 W 8478023A16_C VHF (136–174 MHz), 25–45 W 8471165L05_C UHF (403–470 MHz), 1–25 W 8486777Z14_C UHF (403–470 MHz), 25–40 W SCHEMATICS Controller GPS DC Supply DC Distribution Peripheral (sheet 1 of 2) Peripheral (sheet 2 of 2) Microprocessor Memories Audio and USB Page 3-33 Page 3-34 Page 3-35 Page 3-36 Page 3-37 Page 3-38 Page 3-39 Page 3-40 Parts List Controller Page 3-41 Table 3-4 Controller GPS R5 Schematic Diagrams and Parts List Controller R5 used on PCB: 8471696M01_A UHF2 (450–527 MHz), 1–40 W SCHEMATICS Controller GPS DC Supply DC Distribution Peripheral (sheet 1 of 2) Peripheral (sheet 2 of 2) Microprocessor Memories Audio and USB Page 3-47 Page 3-48 Page 3-49 Page 3-50 Page 3-51 Page 3-52 Page 3-53 Page 3-54 Parts List Controller Page 3-55 Allocation of Schematics and Parts List 3-3 Table 3-5 Controller GPS R6 Schematic Diagrams and Parts List Controller R6 used on PCB: 8471495L04_D VHF (136–174 MHz), 1–25 W 8478023A17_D VHF (136–174 MHz), 25–45 W 8471165L06_D UHF (403–470 MHz), 1–25 W 8486777Z15_D UHF (403–470 MHz), 25–40 W 8471696M02_D UHF (450–527 MHz), 25–45 W SCHEMATICS Controller GPS DC Supply DC Distribution Peripheral (sheet 1 of 2) Peripheral (sheet 2 of 2) Microprocessor Memories Audio and USB Page 3-61 Page 3-62 Page 3-63 Page 3-64 Page 3-65 Page 3-66 Page 3-67 Page 3-68 Parts List Controller Page 3-69 Table 3-6 Hardware ID Table R6 Controller VHF Circuit Ref Motorola Part No. UHF B1 Desc. Motorola Part No. UHF B2 Desc. Motorola Part No. Desc. R3503 0613952R07 18K 0613952R07 18K 0613952R07 18K R3504 0613952N15 14K 1% 0613952N15 14K 1% 0613952N15 14K 1% R3505 0613952N01 10K 0613952Z52 6.8K 1% 0613952Z48 4.7K R3507 0613952R11 27K 0613952R11 27K 0613952R11 27K R3508 0613952M01 1K 1% 0613952M01 1K 1% 0613952M01 1K 1% R3509 0613952M30 2K 0613952Z48 4.7K 0613952Z48 4.7K 3-4 Allocation of Schematics and Parts List Notes Controller R1 Schematic Diagrams Controller R1 Schematic Diagrams PERIPHERALS ( 1 SHEET ) OPTION BOARD INTERFACE CONTROL HEAD REPEATER INTERFACE VOLUME_1 VOLUME_2 SERIAL_CLK SERIAL_DATA LED_CS DISPLAY_CS DISPLAY_CMD RESET KEYPAD_ROW_0 KEYPAD_ROW_1 KEYPAD_ROW_2 KEYPAD_ROW_3 KEYPAD_COL_0 KEYPAD_COL_1 KEYPAD_COL_2 INT_SPKRINT_SPKR+ MIC_GROUND GPIO_0_PWR_ON GPIO_1_USB1_DP GPIO_2_USB1_DM GPIO_3_PTT GPIO_4_HOOK ONE_WIRE_1 VBUS1 HANDSET_AUDIO INT_MIC+ 9V3 ON_OFF_SW SYSTEM_SYNC McBSP3_CLKX McBSP3_DX McBSP3_DR McBSP3_FSX DIR_CTRL ARMIO_6 RTC_BATTERY OPT_BRD_PTT RESET_OUT SSI_DATA_OUT SSI_DATA_I N SSI_CLK SSI_FSYNC SW_9V3 OPT_GPIO_1 OPT_GPIO_2 MMP 3.3V PROGM_IO_CS 1V8 GP5_1_PTT GP5_2_MONITOR GP5_3_CHAN_ACTIVITY GP5_6_TxDc_BUS+ GP5_7_RxDc_BUSGP5_8_CTSs_RESET GP5_4_EMERGENCY GP5_5_IGNITION_SENSE PUB_ADDRESS_1_EN PUB_ADDRESS_2_EN PUB_ADDRESS_1 PUB_ADDRESS_2 USB2_DM USB2_DP VBUS2 ONE_WIRE_2 EXT_SPKR+ EXT_SPKREXT_MIC+ RX_AUDIO EXT_SWB+ 5V REAR ACCESSORY 5V R2508 0 RESET_OU T 9V 3 NC C2500 220pF 2.775V_ANA_V 7 2.9V_MAKO_V6 3.6V_MAKO_SW 1 5V 5V_SW 5V_SW RAW_B+ 9V3_P A 0 R2504 1 E2500 BLM21PG300SN1 3.6V_DIG_VSW1 5V 5V_SW RAW_B+ 9V3_PA MAKO_AUDIO_DC MAKO_TX MAKO_RX MAKO_DCLK MAKO_FSYNC NC LOW_LEVEL_MUTE AUDIO_PA_ENA EXT_MIC_ENA PUB_ADDRESS_MIC_EN I2C_DATA I2C_CLK MAKO_INT MAKO_OPT_INT MAKO_AD_TRIGGER MAKO_OPT_GPIO0 MAKO_OPT_GPIO2 MAKO_OPT_GPIO3 ARMIO_12 GPIO_5 AUDIO_PA_ENA EXT_MIC_ENA GPIO_27 I2C_DATA I2C_CLK MICROCONTROLLER (OMAP 1710: SHEET 1) (MEMORY: SHEET 2) 16.8_MHZ_BUFF 32KHZ_GPS ANT_CURRENT_DET USB1_TXEN USB1_DAT USB1_SE0 USB0_TXEN USB0_DAT USB0_SE0 USB_INT RS232_TX RS232_RX MMP_GPIO1_INPUT MMP_GPIO2_INPUT ONE_WIRE_UP POR GATED_32KHZ_OMAP USB1_TXEN USB1_DAT USB1_SE0 USB0_TXEN USB0_DAT USB0_SE0 USB_INT OPT_GPIO_2 OPT_GPIO_1 RS232_TX RS232_RX MAKO_GPIO_RX ARMIO_2 ONE_WIRE_UP POR GATED_32KHZ_OMAP JTAG_TDO JTAG_TMS JTAG_TDI JTAG_TCK JTAG_NTRST JTAG_NEMU1 JTAG_NEMU0 JTAG_RTCK ( MAKO AUDIO_DIGITAL_USB/RS232 : SHEET 3) GPIO_40 RX_CLK RX_DATA RX_FSYNC TX_CLK TX_DATA TX_FSYNC DEEP_SLEEP DMCS ADAPT_SW LOCK_DETECT ANT_EN GPIO_60 (RED_LED / RX_ATTN_1) GPIO_15 GPIO_25 GPIO_18 16.8_MHZ_BUFF 32KHZ_CLK NC ( MAKO POWER MANAGEMENT : SHEET 2) SPI_MISO_1 SPI_MOSI_1 SPI_CLK_1 0 0 0 R252 4 R252 5 R252 6 R252 7 R252 8 0 0 0 0 0 SPI_CLK SPI_MOSI SPI_MISO ABACUS3_CE THK_CE ( DC SUPPLY: SHEET 1) C2501 F 220p 1.875V_V 2 R252 10K R252 1 9 R252 2 R252 3 GPS_BOOT_SELECT GPS_TX_LS S GPS_RX_L GPS_ON_OFF_LS GPS_RESET_LS R2509 R2510 R2511 R2512 R2513 R2514 0 0 0 0 0 0 R2515 R2516 R2517 R2518 R2519 R2520 0 0 0 0 0 0 1 1 1 MAKO_CE (SW1 / VOL_A )GPIO_30 (SW2 / VOL_B) GPIO_31 SERIAL_CLK SERIAL_DATA LED_CS DISPLAY_CS MOBILE_DISPLAY_CMD RESET_OUT (Active HIGH) KEYPAD_ROW0 KEYPAD_ROW1 KEYPAD_ROW2 KEYPAD_ROW3 KEYPAD_COL0 KEYPAD_COL1 KEYPAD_COL2 KEYPAD_COL3 SPI_CLK_MAKO SPI_MOSI_MAKO SPI_MISO_MAKO McBSP3_CLK McBSP3_DX McBSP3_DR McBSP3_FSX DIR_CTRL ARMIO_6 1.875V_DIG_V2 2.775V_DIG_V4 3.3V_DIG_V10 MAKO_TX MAKO_RX MAKO_DCLK MAKO_FSYNC MAKO_INT MAKO_OPT_INT MAKO_AD_TRIGGER MAKO_OPT_GPIO0 MAKO_OPT_GPIO2 MAKO_OPT_GPIO3 2.775V_ANA_V7 2.9V_DIG_V6 1 SPI_CLK SPI_MOSI SPI_MISO MAKO_CE OMAP_CORE_LDO GPIO_3 GPIO_26 RTC_BATTERY ON_OFF_MECH GPIO_0_PWR_ON USB1_DP USB1_DM GPIO_3_PTT GPIO_4_HOOK ONE_WIRE_1 VBUS1 HANDSET_AUDI O INT_MIC+ GP5_4_EMERGENCY GP5_5_IGNITION_SENSE PUB_ADDRESS_1_EN PUB_ADDRESS_2_EN PUB_ADDRESS_1 PUB_ADDRESS_2 USB2_DM USB2_DP VBUS2 ONE_WIRE_2 LO_BATTERY_DET PA_TEMP RX_FLTR_VCTRL PA_BIAS TX_DAC 0 0 0 R2500 R2501 R2502 SW_9V3 OMAP_CORE_LDO 1.875V_DIG_V2 2.775V_DIG_V4 3.3V_DIG_V10 PTT (SW4 / MONITOR) GPIO_32 (SW8 / CHANNEL_ACT) GPIO_33 (KEYPAD_ROW4 / GP5_6)ARMIO_15 (BL_EN / GP5_7) ARMIO_3 GP5_8 LO_BATTERY_DET PA_TEMP RX_FLTR_VCTRL PA_BIAS TX_DAC SPKR+ SPKREXT_MIC+ RX_AUDI O MIC_GROUND 2.775V_V4 1.875V_V2 EXT_SWB+ 9V3 R2506 R2507 0 0 1.875V_V2 2.775V_V4 SPI_CLK (6.0 MHz) SPI_MOSI SPI_MISO ABACUS3_CS (Active LOW) THK_CS (Active LOW) RX_SSI_SYNCB RX_SSI_CLK (1.20 MHz) RX_SSI_DATA RX_SSI_FSYNC (20.0 KHz) TX_SSI_CLK (4.20 MHz) TX_SSI_DATA TX_SSI_FSYNC(84.0 KHz) PREDRIVE_S W DMCS ADAPT_SW LOCK_DETEC T ANT_ENABLE PC_ATTEN_ENA RF_ATTN_ 2 5V 5V_SW 2.775V_V 4 1.875V_V 2 1.875V_DIG_V2 2.775V_DIG_V4 SPI_MISO_MAKO SPI_MOSI_MAKO SPI_CLK_MAKO GPS_BOOT_SEL GPS_RX_L S GPS_TX_LS GPS_ON_OFF_LS GPS_RESET_LS GPS_5V GPS 5V_ACTIVE_ANT ( SHEET 1 ) ANT_CURRENT 32KHZ_GPS 16.8MHz VCONT 1.875V NC 2.0 3-5 16.8_MHZ_BUFF 16.8_GPS J2500-20 J2500-14 J2500-12 J2500-10 J2500-16 J2500-6 J2500-8 J2500-18 J2500-1 J2500-2 J2500-3 J2500-4 J2500-5 J2500-7 J2500-9 J2500-11 J2500-13 J2500-15 J2500-17 J2500-19 Controller - GPS Schematic Diagram Controller R1 Schematic Diagrams 3-6 VBAT 13.6V (NOMINAL) 1 J3000- 1 VR3000 C3015 47pF C3000 470pF E3000 1 J3000- 2 (TO TX PA) RAW_B+ 1 VBAT_GROUND U3040,U3005,U3006 change to 4813971D34 2 (TO AUDIO PA) UNSWB+ C3002 10uF U3006 R3055 0.1 9.3V 2 3 G1 R3032 0.1 (TO PA DRIVER ONLY ) 9V3_PA 1 R3056 U3005 0.1 2 C3021 0.1uF C3020 33uF 3 G1 D3030 R3033 0.1 R3039 2K 1% 1 R3057 0 C3019 470pF R3034 330 C3030 .01uF R3053 0 R3035 R3037 330 R3036 10 10 R3040 2.74K 1% 8 NC R3051 2 R3041 100K 1 Q3032 3 0 4 U3030-1 R3038 150 R3050 150 C3032 .01uF C3031 0.1uF R3030 NU 10K Q3030 R3002 10K 9.3V U3040 2 0105959T72 3 9V3_CNTRL G1 R3042 680 1 R3043 680 C3044 0.1uF R3007 39.2K 1% R3045 2K 1% D3040 C3016 100pF R3008 13K R3054 0 R3052 C3017 1000pF 2 6 0 8 4 R3048 1K 6 3 7 FB VOUT NP 1 (TO GPS & PERIPHERAL BLOCKS ) 5V VCONT VIN 5 5 5V U3004 1% R3046 2.74K 1% Q3040 GND C3041 .01uF (TO MAKO) 0613952N58 C3040 470pF C3043 33uF C3011 1.0uF 4 R3044 330 U3030-2 R3047 100K NC C3042 .01uF VR3040 9.3V U3001 LM2941 GND2 GND1 ON_OFF ADJ 5 1 9V3 (TO SYNTH, VCO, RX FE, PWR CNTRL,CONTROLHEAD) C3046 C3006 33uF 0.10uF 6 2 C3005 470pF VOUT VIN 3 4 R3003 5164015H94 C3007 0.1uF C3045 33uF 9V3 R3009 39.2K 1% NU 3.57K 1% C3009 100pF R3010 13K 1% 5V U3002 C3008 1000pF 2 6 4 NP VOUT 1 5V_SW (TO RX BACKEND, SYNTH,GPS ANTENNA) VCONT VIN 5 3 FB GND R3004 562 1% C3010 1.0uF 5V_SW 13.6V U3003 ON: 0 V OFF: 4.8V 47K MAKO_ON_OFF_CONTROL Q3041 47K Controller DC Supply Schematic Diagram GND2 VOUT ON_OFF GND1 VIN ADJ 5 EXT_SWB+ 1 R3005 2.2K 5% 6 2 C3012 470pF 3 4 R3006 220 5% C3013 22uF C3014 0.1uF ( TO REAR ACCESSORY) Controller R1 Schematic Diagrams 3-7 C3274 220pF VSAVE 220K R3222 R3233 0 GATED_32KHZ_OMAP 32KHZ_GPS B3 10 C3276 1.0uF 0.10uF NC NC NC NC NC NC R3205 100K Y3201 XTAL 2 1 R3248 10K 32.768KHz 9V3_CNTRL Q3206 D3200 MAKO_ON_OFF_CONTROL C3204 5.6pF 3 4 5 2 1 6 RTC_BATTERY C3205 5.6pF C3207 0.1uF C3208 2.2uF B1 C1 F3 C2 D1 D2 D3 B2 G4 E2 F4 E4 B3 B4 C5 F5 D5 A12 A13 D4 M1 R3206 VSAVE 9V3_CNTRL R3226 33K 0 C3210 2.2uF C3211 1000pF ( ON= 0V; OFF=9.3V ) 24.576MHz Y3200 CX-101F 1 Sine Wave Vpk-pk: 2.2V - 2.4V NC GND1 HOT1 1 C3215 33pF 2 4 C3214 33pF GND2 3 HOT2 0 0.1uF C3278 6 S2A 7 S2B 8 S2C 0.1uF C3279 L3200 22uH ON: 3.6V OFF: 0.0V 3.6V_DIG_VSW1 3.6V_DIG_VSW1 Change R3246 to 0613952N12 (13K) for OMAP1610 U3201 LP8340 C3203 68uF D2D12 R3245 1 VIN1 6 VIN2 3 NC 3 0 NC C3269 1.0uF ON: 5Vpk; 230 KHZ PWM OFF: 0.0Vpk NC NC R3203 L3201 0.1 C3283 5 VOUT 4 ADJ OMAP_CORE_LDO_1 R3215 0 R3246 6.81K 1% R3247 51.1K 1% C3270 1.0uF 0.10uF SW_9V3 22uH C3206 5.1 R3243 22uF R3239 R3216 1.875V_V2_MAKO 2.775V_V4_MAKO 2.9V_V6_MAKO 2.775V_V7_MAKO 3V_V9_MAKO 3.6V_DIG_VSW 1 3.3V_V10_MAKO NU 0 C3280 0.1uF R3227 10K NU OMAP_CORE_LDO_1 C3234 2.2uF Q3202 SI4724CY VSW5 0 R3217 C3277 C3266 1.0uF 2.2uF C3281 0.1uF ON: 5Vpk; 230 KHZ PWM OFF: 0.0Vpk 14 4.7K R3224 R3207 D1A1 0.10uF 15 S1A 16 S1B D1B2 0 R3225 0.2 C3273 10pF VBUS1_CMD NU ON: 5.2V - 5.3V OFF: 0.0V VSW5 L3202 22uH D2A9 D2B10 D2C11 6 S2A 7 S2B 8 S2C Q3203 SI8401DB 1 4 IN 5 SYNC_EN CBOOT C3209 NU SW_9V3 5V_V8_MAKO C3265 22uF R3204 0.1 10 ON: 4.75V to 5.25V (5.0V typical) OFF: 0.0V GND1 GND2 GND3 GND4 GND5 GND6 GND7 GND8 GND9 R3201 R3218 P5 M7 J4 G5 K9 L4 D14 H5 D9 0 GP5_4_EMERGENCY ON_OFF_MECH VSAVE GP5_5_IGNITION_SENSE POR MAKO_GATED_32KHz MAKO_INT D1B2 D2A9 D2B10 D2C11 C321 2 68uF R323 7 10K D2D12 GND C3262 2.2uF C3 A2 G13 G12 H11 J11 G14 H13 F14 H12 H14 J12 K14 J14 J13 L14 D13 F13 E14 E13 G11 F12 N4 P4 N5 P3 P6 L1 J10 M6 L9 K3 K4 B13 E12 C14 H10 F11 C13 D12 15 S1A 16 S1B 4 9V3_CNTRL PGLDO2 PGLDO3 SW1_VDD SW1_VDDHV SW1_VSEN_BUK SW1_VSEN_BST SW1_SUMCOMP_DL SW1_DH SW1_PHASE U3200-1 SW1_VOUT SW1_GND SW2_VCC PWR_MNGR_BLOCK SW2_VCCS SW2_LX SW2_VOUT SW2_GND SW5_VDD SW5_VDDHV SW5_VSENSE SW5_SUMCOM P XTAL32_OUT SW5_PHASE XTAL32_IN SW5_VOUT BAT_RTC V02_O VSAVE V03_O BAT_7V5 V04_O BAT_3V6 V06_O REG_3V6 V07_O BAT_TYPE V09_O HV_BG V10_I FET_ENX V10_O EMERG_PB V10_GND MECH_SW V08_I SW_TYPE V08_O IGN_X VBUS_SUPPLY RESETX VBUS1_SENS GATED_32K_CLK VBUS1_CMD INT_X VBUS1 XOUT VBUS2_SENS XIN VBUS2_CMD TCXO_SEL_16_24 VBUS2 TCXO_IN D1A1 R3241 2 3 9V3_CNTRL 5.1 1 SW_9V3 SW_9V3 SW_9V3 Q3200 C3202 A1 A14 P1 P14 M5 B14 Q3205 Q3201 4 IN 5 SYNC_EN 14 CBOOT C3201 2.2uF R3236 1K R3223 220K C3200 22uF R3238 U3202-2 NC1 NC2 NC3 NC4 NC5 NC6 47K 47K UNSWB+ R3200 0.1 U3203 A1 A3 NC VR3200 10.0uF 220pF 4 OUT GND C3275 C3261 IN B1 A2 BATTERY_SENSE 43.2K R3210 14.3K 1% 2 B3 U3202-1 2 GND1 7 GND2 C3 13 VDD 10pF VSAVE R3209 B1 C1 0 13 C2 LO_BATTERY_DET SW_9V3 4.7uF 3 2MEG VDD 2MEG VSAVE 1.875V_V2_MAKO C3282 3 GND 1 NC R3228 R3219 VCC 5 C3272 R3220 VBUS1 ( TO MMP ) 4.7uF 5185143E77 C3213 Q3207 NTHS5441T1 R3208 VBUS2_CMD 1 4 0.2 Q3204 1 R3240 47K ON: 4.75V to 5.25V (5.0V typical) OFF: 0.0V VBUS2 ( TO MAP ) 2 3 NC 16.8_MHZ_BUFF 3 4.7uF C3216 OMAP_CORE_LDO C3217 E3201 C3218 220pF 0.10uF C3219 E3202 C3220 220pF 0.10uF 2.775V_DIG_V4 2.775V_DIG_V4 2.775V_ANA_V7 2.9V_DIG_V6 2.9V_DIG_V6 C3225 E3205 C3226 0.10uF 220pF C3221 E3203 C3222 220pF 0.10uF 3.3V_DIG_V10 3.3V_DIG_V10 C3227 E3206 C3228 0.10uF 220pF C3231 E3208 C3232 220pF 0.10uF VR3205 NC C3252 1.0uF VR3207 NC C3257 1.0uF C3229 C3254 220pF 2.2uF 1 VR3206 NC 3V_V9_MAKO C3247 C3248 C3249 10uF 1.0uF 100pF FROM MAKO USB_CONNECT (L6 ) OFF: 0V (DEFAULT) ON: 3.3V (MAKO V10) MAKO_V9_3V 1 VR3204 NC 5V_V8_MAKO C3243 1.0uF 3.3V_V10_MAKO VR3203 NC 2.775V_V7_MAKO C3238 C3239 C3240 10uF 2.2uF 100pF 2.9V_V6_MAKO VR3202 NC 2.775V_V4_MAKO OMAP_CORE_LDO_1 1.875V_V2_MAKO C3237 2.2uF USB_CONNECT 5V_V8_MAKO MAKO_V8_5V VR3201 NC 2 Q3208 DTC114YKAF 47K 1 1.875V_DIG_V2 1.875V_DIG_V2 10K C3233 C3260 220pF 1.0uF VR3208 NC Controller DC Distribution Schematic Diagram Controller R1 Schematic Diagrams 3-8 CONTROL HEAD INTERFACE MMP_1_WIRE VBUS1 C4000 C4001 C4002 C4003 C4004 C4005 C4006 220pF 220pF 220pF 220pF 220pF 220pF 220pF C4013 220pF USB1_D P 1 1 1 RESET NC 3.3V USB1_D M 1 1V8 5V 5V NU NU J4001_9 NU NU NU NU E4000 9V3 1V8 1V8 RESET DISPLAY_CMD DISPLAY_CS SERIAL_DATA SERIAL_CLK LED_CS ON_OFF_SW KEYPAD_ROW_0 KEYPAD_ROW_1 KEYPAD_ROW_2 KEYPAD_ROW_3 KEYPAD_COL_0 KEYPAD_COL_1 KEYPAD_COL_2 VOLUME_1 VOLUME_2 HANDSET_AUDIO INT_SPKR+ INT_SPKRGPIO_0_PWR_ON GPIO_1_USB1_DP GPIO_2_USB1_DM GPIO_3_PTT GPIO_4_HOOK VBUS1 ONE_WIRE_1 MIC_GROUND INT_MIC + R4000 R4001 R4002 R4003 R4004 R4005 33 33 33 33 33 33 R4061 R4063 R4064 R4065 R4066 R4067 R4068 R4069 R4070 R4071 33 33 33 33 33 33 33 33 33 0 R4006 470 E4003 51 51 R4009 R4010 BLM21PG221SN 1 E4001 E4004 BK1005HM471 R4012 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 J4001- 1 J4001- 2 J4001- 3 J4001- 4 J4001- 5 J4001- 6 J4001- 7 J4001- 8 J4001- 9 J4001-10 J4001-11 J4001-12 J4001-13 J4001-14 J4001-15 J4001-16 J4001-17 J4001-18 J4001-19 J4001-20 J4001-21 J4001-22 J4001-23 J4001-24 J4001-25 J4001-26 J4001-27 J4001-28 J4001-29 J4001-30 1 2 3 4 5 6 7 8 9 10 11 12 13 14 J4003- 1 J4003- 2 J4003- 3 J4003- 4 J4003- 5 J4003- 6 J4003- 7 J4003- 8 J4003- 9 J4003-10 J4003-11 J4003-12 J4003-13 J4003-14 PCB 30 29 28 27 26 25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 J4001 FRONT VIEW C4071 2 A2 5 2 A1 A2 5 2 A1 OPTION BOARD INTERFACE NC WD_RESET OPT_SSI_SYN C R4086 0 1 WD_RESET C4059 C4049 C4051 C4053 C4055 220pF NU 220pF 220pF 220pF 220pF NU NU NU NU NU C4072 C4074 220pF 220pF NU NU 1 14 VCC A_1 A_2 A_3 A_4 A_5 A_6 2 4 6 8 10 12 7 SERIAL_DATA PROGM_IO_CS SERIAL_CLK RESET ARMIO_6 NU R4100 R4101 1.2K 1.2K Y_1 Y_2 Y_3 Y_4 Y_5 Y_6 GND 1 3 5 9 11 13 NU C4014 C4015 C4016 C4017 C4018 C4019 C4020 C4021 C4022 C4023 C4024 C4025 C4026 C4027 C4028 C4029 C4030 C4031 C4032 C4033 220pF 220pF 220pF 220pF 220pF 220pF 220pF 220pF 220pF 220pF 220pF 220pF 220pF 220pF 220pF 220pF 220pF 220pF 220pF 220pF C4076 220pF 5.6V VR4008 NU 5.6V VR4007 NU R4103 1.2K R4023 1.2K U4001 SERIAL_CLK SERIAL_DATA 4 D4001 C4084 0.10uF C4085 220pF NU R4011 0 C4034 C4035 330pF 330pF R4034 10K 3 R4079 10K K4 6 K3 4 K2 3 K1 1 K4 6 K3 4 K2 3 K1 1 5V 5V 1V8 1V8 MOBILE REPEATER: 0 OHM MOBILE SUSCRIBER: NOT_USED 220pF NU SW_9V3 SHARED_SYSTEM_SYNC SSI_FSYNC VCC GND U4000 R4090 RTC_BATTERY 8 SSI_DATA_IN NU SSI_DATA_OUT OPT_GPIO_1 OPT_GPIO_2 RESET_OUT OPT_BRD_PTT 0 MOBILE REPEATER: 0 OHM MOBILE SUSCRIBER: NOT_USED 0 R4074 0 R4076 0 R4078 0 R4080 R4081 R4082 R4083 R4085 0 0 0 0 0 QA QB QC QD QE QF QG QH1 QH2 C4073 14 16 SER 5V 11 SRCLK 12 RCLK 10 SRCLR 13 RCLR SSI_CLK J4001_9 R4084 7 8 9 10 11 12 13 14 J4003 FRONT VIEW C4058 C4060 C4061 C4062 15 1 2 3 4 5 6 7 9 0.10uF 3 4 5 6 1 2 PCB 220pF 220pF 220pF 220pF NU NU NU NU NC PUB_ADDRESS_2_EN PUB_ADDRESS_1_EN 10K 10K 1V8 R4055 R4054 1V8 NU 10K R4032 1V8 R4033 NU 1V8 10K R4030 1V8 R4031 1V8 GP5_8_CTSs_Reset GP5_7_RxDc_BUSGP5_6_TxDc_BUS+ REPEATER: 0 OHM MOBILE SUBSCRIBER: NOT_USED GP5_5_IGNITION_SENSE E4005 GP5_4_EMERGENCY 5V 5V 5V 5V EXT_SWB+ GP5_3_CHAN_ACTIVITY 5V 5V 5V 5V R4045 4.7K R4044 4.7K NU GP5_1_PTT 47K R4041 4.7K R4040 4.7K 47K Q4000 1 F 47K Q4001 Q4015 2 47K 2 F R4043 4.7K 10K 10K R4088 47K Q4010 F 3 1 10K 2 Q4014 10K Q4005 F C4063 C4064 C4065 C4066 220pF 220pF 220pF 220pF R4089 47K 10K 47K Q4012 EXT_SPKREXT_SPKR+ EXT_SWB+ EXT_SWB+ VR4006 NC 47K 47K Q4004 C4075 220pF R4050 3 10K 2 47K Q4008 47K 1 F 1 C4067 C4068 C4069 220pF 220pF 220pF F D4000 NC VR4003 C4048 220pF C4047 220pF MMBZ20V MMBZ20V APM_1_WIRE C4070 220pF 1 4 6 8 10 12 14 16 18 20 22 24 26 3 5 7 9 11 13 15 17 19 21 23 25 J4000 REAR VIEW Controller Peripheral Schematic Diagram (sheet 1 of 2) J4000-1515 J4000-1313 J4000-1111 J4000-1414 J4000-1212 J4000-9 9 J4000-10 10 J4000-7 7 J4000-8 8 J4000-16 16 EXT_SPKREXT_SPKR+ EXT_SWB+ GROUND J4000-6 6 TX_AUDIO RX_AUDIO AUDIO GROUND J4000-5 5 MAP_ID_1 POWER GROUND 2 1 ACCESSORY INTERFACE (26-PIN) AUX_AUDIO_OUT_2 AUX_AUDIO_OUT_1 PCB VIP_1_(EXT ALARM GP5_8 GP5_7 GP5_6 GP5_3_(CHAN_ACT) GP5_2_(MONITOR) USB_DM_MAP USB_DP_MAP GROUND USB / MAP_ID_GROUND ) MAP_ID_2 IGNITION_SENSE J4000-2626 1 C4046 220pF C4045 220pF MMBZ20V J4000-24 24 1 J4000-25 25 GP5_1_(EXT PTT) VR4002 R4051 390K IGN_SENSE J4000-17 17 VBUS_MAP EMERGENCY VR4004 C4044 220pF J4000-23 23 J4000-3 3 J4000-2 2 J4000-1 1 MMBZ20V EXT_PTT J4000-19 19 2 J4000-4 4 J4000-18 18 1 C4043 220pF VR4001 C4042 220pF EMERG SW C4041 220pF MMBZ20V 220pF J4000-22 22 VR4000 C4040 NC J4000-20 20 VR4005 J4000-21 21 4 3 3 WD_RESET Q4002 10K 1 5V 3 10K 2 3 5V F 3 R4035 NU Q4011 R4049 2.7K 47K Q4003 F VBUS2 Q4013 47K 47K 47K 47K USB2_DP USB2_DM Q4009 1 1 1 1 47K E4002 Q4007 Q4006 47K 47K R4048 1.5K 47K 47K 47K ONE_WIRE_2 PUB_ADDRESS_2 PUB_ADDRESS_1 EXT_MIC+ RX_AUDIO 1 VBUS2 47K 47K 2 USB2_D P USB2_D M R4098 4.7K R4042 4.7K R4047 4.7K R4046 4.7K 1 GP5_2_MONITOR Controller R1 Schematic Diagrams 3-9 REPEATER CONNECTOR WD_RESET 1V8 2 1 3 4 5 6 7 8 9 10 11 C4086 0.10uF PCB A1 VCCA A2 VCCB C2 B B2 DIR 0 A C1 B1 GND R4097 McBSP3_DX J4002 FRONT VIEW U4004 1V8 C4087 0.10uF 1 A1 VCCA A2 VCCB TP4000 C2 B B2 DIR 0 McBSP3_FSX A B1 1V8 1 2 3 4 5 6 7 8 9 10 11 C1 GND R4095 U4005 R4105 10K R4099 1V8 0 DIR_CTRL J4002- 1 J4002- 2 J4002- 3 J4002- 4 J4002- 5 J4002- 6 J4002- 7 J4002- 8 J4002- 9 J4002-10 J4002-11 C4088 0.10uF C2 B B2 DIR A B1 0 NU C4007 220pF NU C4010 220pF NU C4011 220pF C4012 220pF C1 GND R4093 McBSP3_CLKX A1 VCCA A2 VCCB NU U4006 1V8 C2 B B2 DIR A B1 0 C1 GND R4096 McBSP3_DR A1 VCCA A2 VCCB C4089 0.10uF U4007 1V8 C2 B B2 DIR A B1 0 SHARED_SYSTEM_SYNC C1 GND R4094 SYSTEM_SYN C A1 VCCA A2 VCCB C4090 0.10uF U4008 R4106 10K Controller Peripheral Schematic Diagram (sheet 2 of 2) Controller R1 Schematic Diagrams ARMIO_12 (MOBILE ONLY) AUDIO_PA_ENA (MOBILE ONLY) GPIO_3 (GPIO_3 for PORTABLE-Green LED) (SPI.CS3 for MOBILE Shift Register Chip Select) ARMIO_6 DIR_CTRL 10K PLACED FOR MOBILE ONY 1.875V_DIG_V2 ARMIO_ 2 1.875V R1017 LED_CS SERIAL_CLK DISPLAY_CS SERIAL_DATA OMAP_CORE R1021 0 1.875V_DIG_V2 MCBSP3_DX MCBSP3_DR MCBSP3_FSX MCBSP3_CLK OMAP_CORE_LDO SERIAL FLASH SPI PT T (1.4V for OMAP1710 & 1.55V for OMAP1610) 1.875V ONE_WIRE_UP MCBSP3 (0.87mA/MHz for OMAP1710 & 1.06mA/MHz for OMAP1610) R1020 0 GPS_RESET_LS GPS_TX_LS GPS_RX_LS GPS_ON_OFF_LS GPS_BOOT_SELECT CLK rate: 1 MHz Date rate: 20 of 8 bits packet per chip select LED & Display CS: Active Low ARMIO_ 3 (Used as BL_EN for PORTABLE, GP5_7 for MOBILE GPIO_60 (Used as GREEN_LED for PORTABLE, PA_ENABLE for MOBILE) GPIO_15 (Used as RED_LED for PORTABLE, RX_ATTN_1 for MOBILE) 3-10 GP DEVICE CONFIG 1.875V DVDD2 GPS JTAG_NTRST JTAG_TCK JTAG_TMS JTAG_TD I JTAG_NEMU0 JTAG_NEMU1 JTAG_TDO JTAG_RTCK 2.775V_DIG_V4 2.775V_DIG_V4 C1039 R1050 DECOUPLING CAPACITORS OMAP_CORE U1008 Y1001 C1000 C1001 C1002 C1003 C1013 C1015 C1011 C1031 R1025 10K R1047 0 100pF 0.10uF 0.10uF 100pF 0.10uF0.10uF 100pF 0.10uF C1034 C1035 1.0uF 2.2u F DELETED REF 1.875V R1071 47K JTAG Place for OMAP1710 LARGEST REF R1035 0 DNP NU 1.875V 3.3V_DIG_V10 R1034 10K PLACE FOR GP DEVICE FAST BOOT C1004 C1005 C1006 C1007 C1014 C1010 C1009 C1008 100pF 0.10uF 0.10uF 100pF 0.10uF 0.10uF 0.10uF 100pF C1036 1.0uF C1037 2.2uF OMAP_CORE OMAP_CORE TP_MAKO_FSYNC 1.875V R1054 4.7K C1030 18pF TP_MAKO_TX R1067 4.7K NU 1 MAKO SSI DVDD2 LOCK_DETECT ANT_E N ADAPT_SW RF CONTROLS DMCS DEEP_SLEEP R1066 10K NU 1 1 TP_MAKO_DCLK TP_MAKO_RX 1 LDO_FILTER FREQ SWITCH GPIO_33(Used as SW8 for PORTABLE, Channel Activity for MOBILE) GPIO_32(Used as SW4 for PORTABLE, Monitor for MOBILE) GPIO_31(Used as SW2 for PORTABLE, Volume B for MOBILE) GPIO_30(Used as SW1 for PORTABLE, Volume A for MOBILE) MAKO_RX MAKO_DCLK MAKO_FSYNC MAKO_TX SDRAM_CS (MOBILE ONLY) EXT_MIC_ENA SDRAM_CLK_EN SDRAM_DATA(15:0) N3 C12 D12 D13 C11 C13 D11 D14 C10 D8 C4 C7 D5 D7 C5 C6 D6 J18 J19 J14 K18 K19 K15 K14 L1 9 L1 8 L1 5 M19 M20 N21 N19 N18 N20 W8 Y8 M15 P19 P20 P18 M14 R19 R18 T20 T19 V8 N15 U19 V16 W17 AA17 R13 W11 W10 V10 R11 R1001 10K RS232 RS232_RX RS232_T X R1044 0 (MOBILE ONLY) GP5_8 R1070 0 C1032 ( BUFFERRED 16.8 FROM TOMAHAWK ) .01uF R1041 1K R1072 C101 18pF 8 GND1 1.0Vpkpk Y1000 CX-91F 12MHz 3 OUT IN 1 2 GND 0 NU TOMAHAWK SSI 4 16.8_MHZ_BUF F R1002 10MEG ABACUS3 SSI TX_FSYNC TX_DATA TX_CLK RX_FSYNC RX_DATA RX_CLK C1019 18pF 1.875V FLASH FLASH_WAI T FLASH_CLK R1046 NU 0 R1006 10K 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 0 V3 T4 U3 U1 P8 T3 T2 R4 R3 R2 P7 P4 P2 N7 N2 N4 FDATA_15 FDATA_14 FDATA_13 FDATA_12 FDATA_11 FDATA_10 FDATA_ 9 FDATA_ 8 FDATA_ 7 FDATA_ 6 FDATA_ 5 FDATA_ 4 FDATA_ 3 FDATA_ 2 FDATA_ 1 FDATA_ 0 CVDD3_4 CVDD4 B13 B20 J21 R20 J1 A9 A3 E2 CVDD2 CVDD2_1 CVDD2_2 CVDD3_1 CVDD3_2 CVDD3_3 VSS_4 VSS_5 VSS_6 VSS_7 VSS_8 VSS_9 VSS_10 VSS_11 VSS_12 VSS_13 VSS_14 VSS_15 VSS_16 VSS_17 VSS_18 VSS_19 DVDD2_1 DVDD2_2 DVDD2_3 DVDD4_1 DVDD4_2 DVDD4_3 DVDD4_4 DVDD5_1 DVDD5_2 DVDD5_3 MMC_DAT0 SDRAM_CAS SBANK_1 SBANK_0 0 1 2 3 4 5 6 SADD_13 SADD_12 SADD_11 SADD_10 SADD_9 SADD_8 U1000 SADD_7 OMAP1710 SADD_6 SADD_5 SADD_4 SADD_3 SADD_2 SADD_1 SADD_0 H11 H9 H10 B8 B12 G9 G11 G12 B9 G10 A1 B6 B2 A2 12 11 10 9 8 7 6 5 4 3 2 1 0 SDRAM SDRAM_ADD(12:0) LCD_VSYN C B18 LCD_HSYNC C20 LCD_AC B15 CLK_P_LCD C15 D15 LCD_PIXEL_1 5 C16 LCD_PIXEL_1 4 LCD_PIXEL_1 3 A17 G13 LCD_PIXEL_1 2 B17 LCD_PIXEL_1 1 LCD_PIXEL_1 0 C17 D16 LCD_PIXEL_9 D17 LCD_PIXEL_8 C18 LCD_PIXEL_7 B19 LCD_PIXEL_6 A20 LCD_PIXEL_5 H13 LCD_PIXEL_4 G14 LCD_PIXEL_3 C19 LCD_PIXEL_2 B21 LCD_PIXEL_1 D18 LCD_PIXEL_0 B5 B7 A13 B16 A21 F20 K20 R21 W20 AA21 Y13 AA7 Y3 AA1 U2 N1 K2 G1 B1 KBC_5 KBC_4 KBC_3 KBC_2 KBC_1 KBC_0 CLK_EX_CAM LOW_STATE_5 UART3_RX I2C_SCL OTD UWIRE_SDI UWIRE_SDO CLK_S_UWIRE Z_STATE_3 Z_STATE_2 MCBSP1_DX OMAP1710 PORTABLE DISPLAY DISPLAY_DATA7 DISPLAY_DATA6 DISPLAY_DATA5 DISPLAY_DATA4 DISPLAY_DATA3 DISPLAY_DATA2 DISPLAY_DATA1 DISPLAY_DATA0 DISPLAY_CE DISPLAY_CMD G19 C21 E1 8 D1 9 D20 F18 H19 M18 L14 T18 AA19 U18 W21 V19 N14 P15 H18 (Used as KEYPAD_COL4 for PORTABLE and Public Add Mic for MOBILE) TX_RAMP GPIO_27 KEYPAD_COL 3 KEYPAD COLUMN KEYPAD_COL 2 KEYPAD_COL 1 KEYPAD_COL 0 MOBILE_DISPLAY_CMD (MOBILE ONLY) 1 SPI_CL K SPI_MISO SPI_MOSI THK_CE 5 EMIFS_DATA(15:0) EMIFS_ADD(23:1) 0 ABACUS3_C E MAKO_CE R1014 0 W15 Y15 P14 W14 V15 AA9 V9 R10 P10 V2 V13 AA13 AA5 V5 Y2 W3 AA15 Y14 W7 V7 Y6 W6 OMAP_CORE 0 OPT_GPIO_1 OPT_GPIO_2 GPIO_40 MAKO_AD_TRIGGER 2 VSS_1 VSS_2 VSS_3 SDRAM_CTL(6:0 ) H8 H7 D10 C8 B4 C3 B3 EN_WE_SDRAM SDRAM_RAS SDRAM_DQMU SDRAM_DQML R1036 10K 1.875V 1 2 3 4 GND TP100 VCC NC DVDD1_1 DVDD1_2 DVDD1_3 DVDD1_4 DVDD1_5 E5 RESERVED 0.10uF R1026 47K 5 1 A1 C1033 16.8MHz Squarer 3 A2 1.875V Y2 4 Y1 6 U100 6 R1028 0 LDO_FILTER VDD_DL L Y21 W12 A11 A15 Y20 Y9 M2 AA3 R1045 10K 1.875V BOOT FROM CS0 CVDDA CVDDA CVDD_RTC CVDD_DL CVDD_ 1 CVDD_ 2 CVDD_ 3 CVDD_ 4 CVDD1 KEYPAD ROW DNP R1027 10K OMAP_CORE V12 DVDDRTC NU BOOT FROM CS3 ARMIO_15 KEYPAD_ROW3 KEYPAD_ROW2 KEYPAD_ROW1 KEYPAD_ROW0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 (Used as KEYPAD_ROW4 for PORTABLE, GP5_6 for MOBILE) CLKX_SD CLK32K_IN EN_SDCKE CLKX_MCBSP1 CLK_MCSI2 CLKS_MCBSP1 MCBSP1_FSX PWRON_RESET F_CS1U F_CS2U SDDQS_H 1.875V SDDQS_L CS_SDRAM KBR_4 KBR_3 KBR_2 KBR_1 DVDD2 KBR_0 MCBSP1_DR BFAIL CONF TDI TMS TCK TRST MPU_BOOT L1 MPU_RST A19 UART1_CTS E21 UART2_CTS U21 UART1_RX Y16 UART2_RX L21 CLK_B_REQ AA2 CLK_B Y7 CLK_MCSI 1 AA11 MCSI1_DOUT MCSI1_DIN A5 MCSI2_DIN A7 MCSI2_SYN C B10 CLK_M_REQ B14 MCBSP2_DR FRDY R1 OSC32K_IN H2 OSC32K_OUT C2 MCBSP2_DX CLK_M OSC1_I N OSC1_OUT LOW_STATE_1 LOW_STATE_2 MCBSP2_FSX CLKR_MCBSP2 CLKX_MCBSP2 MCBSP2_FSR V20 I2C_SDA J15 CLK_L_CAM C9 CLK_S D J8 FADD_ 1 D3 FADD_ 2 C1 FADD_ 3 E4 FADD_ 4 D2 FADD_ 5 F4 FADD_ 6 E3 FADD_ 7 J7 FADD_ 8 F3 FADD_ 9 G4 FADD_10 G3 FADD_11 G2 FADD_12 K8 FADD_13 H4 FADD_14 H3 FADD_15 K7 FADD_16 J2 FADD_17 J4 FADD_18 J3 FADD_19 F2 FADD_20 L8 FADD_21 K4 FADD_22 K3 FADD_23 L7 FADD_24 E1 FADD_25 L4 FADV L3 EN_F_BE_0 M8 EN_F_BE_1 M7 GPIO_62 1 M3 F_CS1 M4 F_CS2 N8 F_CS3 U4 EN_F_OE W1 F_RP W2 EN_F_WE V4 F_WP R8 USB0_SE0 P9 USB0_DAT W4 EN_USB_PUEN Y4 CLK_B_UART 2 V6 LOW_STATE_3 W5 LOW_STATE_4 Y17 RTCK W9 MCSI2_DOUT P11 MMC_CM D V11 CLK_MMC Y12 RTC_ON_NOF F W16 Z_STATE_1 W13 RTC_WAKE_INT P12 RESET_MODE AA20 RST_OUT D9 P13 H12 G21 Y10 G20 H15 R12 Y1 P3 C14 D4 G8 E19 E2 0 H14 F1 9 G18 H20 W19 V18 Y19 V17 W18 Y18 J20 U20 R14 Y5 V14 R9 MAKO_INT ( RESET CIRCUIT PROVIDED BY MAKO ) POR MAKO_GPIO_RX GPIO_ 5 1.875V SDRAM_CLK CLK_F SDATA_15 SDATA_14 SDATA_13 SDATA_12 SDATA_11 SDATA_10 SDATA_9 SDATA_8 SDATA_7 SDATA_6 SDATA_5 SDATA_4 SDATA_3 SDATA_2 SDATA_1 SDATA_0 CAM_D_7 CAM_D_6 CAM_D_5 CAM_D_4 CAM_D_3 CAM_D_2 CAM_D_1 CAM_D_0 CAM_VS CAM_HS CAM_RSTZ GPIO_15 GPIO_14 GPIO_13 GPIO_12 GPIO_11 GPIO_9 GPIO_8 GPIO_7 GPIO_6 GPIO_4 GPIO_3 GPIO_2 GPIO_1 GPIO_0 MPUIO_ 5 MPUIO_ 4 MPUIO_ 3 MPUIO_ 2 MPUIO_ 1 EMU0 EMU1 MCSI1_SYN C CLK32K_OUT MMC_DAT3 MMC_DAT2 MMC_DAT1 R1048 TP_PO R 0 1 (FROM MAKO ) GATED_32KHZ_OMAP (FROM MAKO)32KHZ_CLK 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 0 OPTION SELECT (FROM MAKO) MAKO_OPT_GPIO0 MAKO_OPT_GPIO3 MAKO_OPT_GPIO2 FLASH_CTL(5:0 ) MAKO_OPT_INT RESET_OUT R1005 4.7K USB#2 OPTION BOARD USB#0 USB_IN T USB1_SE 0 USB1_TXE N USB1_DAT USB0_SE0 USB0_DAT USB0_TXEN USB2_SE 0 USB2_DAT GPIO_25 USB2_SUSPEN D USB2_RCV Controller Microprocessor Schematic Diagram GPIO_26 I2C GPIO_18 I2C_CLK I2C_DATA Place for OMAP1610 USB#1 USB#0 RESERVED FOR MOBILE ( INTERFACE WITH MAKO ) Place for OMAP1710 SPI Place for OMAP1610 R1019 5.1 Place for OMAP1710 C101 7 1.0uF OMAP_COR E R1000 10 R1060 10 VDD_DLL C1012 0.10uF C1016 0.10uF CVDD A C104 4 0.10uF Controller R1 Schematic Diagrams 3-11 1.875V_DIG_V2 FLASH 1.875V_DIG_V2 SDRAM 1.875V_DIG_V2 1.875V_DIG_V2 R2004 0 R2011 0 TP_SDRAM_CLK Bootstrap Mode = 48 MH z Normal Mode = 72 MH z 1.875V_DIG_V2 C2000 100pF C2001 C2002 C2003 .01uF 0.10uF 0.10uF R2000 10K R2012 10K C2007 C2006 C2005 C2004 0.10uF 0.10uF .01uF 100pF SDRAM_CLK R2005 10K SDRAM_CLK_EN TP_FLASH_CLK 1.875V_DIG_V2 R2006 10K R2007 10K R2008 10K R2009 10K SDRAM_CTL(6:0) 0 FLASH_CLK 6 WP TP_SDRAM_CS 13 14 15 16 17 18 19 20 21 22 A1 B1 C1 D2 D1 D4 B6 A6 C6 B3 C3 D7 D4 A5 D5 A6 D6 A7 A8 A9 D7 D8 D9 A10 D10 A11 D11 A12 D12 A13 D13 A14 D14 A15 D15 E6 1 H8 E5 2 G5 3 E4 4 G3 5 E3 6 G1 7 G7 8 F6 F5 1 2 3 4 5 6 7 9 8 10 F4 11 D5 12 F3 0 9 10 14 E2 15 J7 J3 J2 H3 H2 H1 G3 H9 G2 C7 B3 A7 J9 E7 D3 VDDQ4 VDDQ3 VDDQ2 VDDQ1 VDD3 VDD2 DQ0 A1 DQ1 A2 DQ2 A3 DQ3 A4 DQ4 A5 A6 A7 A8 A9 DQ5 DQ6 DQ7 DQ8 DQ9 A10 DQ10 A11 DQ11 11 13 F2 J8 A8 A0 DQ12 DQ13 E8 12 F1 LDQM DQ14 UDQM DQ15 A16 0 B9 1 B8 2 C9 3 C8 4 D9 5 D8 6 E9 7 E1 8 D2 9 D1 10 C2 11 C1 12 B2 13 B1 14 A2 15 E2 A17 NC1 A18 NC2 G1 NC A19 A20 A21 NC VSS2 G2 F1 A3 VSS1 23 VSSQ4 11 12 C2 A4 H7 D7 10 B2 D3 0 VSSQ3 9 C7 A2 D2 A3 BA1 F7 VSS1 8 A2 BA0 A1 7 B7 A7 D1 VSSQ2 5 6 A1 G8 TP_SDRAM_BA1 SDRAM_ADD(12:0) G8 4 B8 A8 D0 ST 4Mx16 3 A0 VSSQ1 2 C8 RAS G7 TP_SDRAM_BA0 RP E8 1 WE CAS EN_L WAIT D8 A9 F7 C3 D3 FLASH_WAI T F8 EN_W VSSQ2 B5 SDRAM_CS EN_G CKE U2001 CS B7 2 F9 16MByte MICRON 8Mx16 C4 G9 VSSQ1 5 3 EN_E CLK A3 D6 F3 VSS3 C5 4 2 J1 3 VDD1 G6 E1 A5 U2000 M58WR064FB CLK_K F2 VSS2 F8 4 R2013 10K E3 E7 1 1 0104024J27 (Pre-Flashed Part) B4 0 5 R2010 10K 8MByte VPP VDDQ2 VDDQ1 A4 VDD1 FLASH_CTL(5:0) VDD2 G4 1.875V_DIG_V2 EMIFS_ADD(23:1) EMIFS_DATA(15:0) SDRAM_DATA(15:0) Controller Memories Schematic Diagram Controller R1 Schematic Diagrams R3582 MMP_GPIO2_INPUT 5.1K NU 16.2K MAKO_OPT_GPIO2 MAKO_OPT_GPIO3 0.10uF I2C_CLK GPIO_0_PWR_ON GPIO_3_PTT GPIO_4_HOOK I2C_DATA 1 4 Q3501 9V3 3 2 1 R3532 C3524 10uF 100 EXT_MIC_ENA 1 C3530 220pF 0 C3531 220pF NC 9V3_CNTRL SW_9V3 NC NC NC NC NC NC 0.10uF R3537 1.0uF EXT_MIC R3535 560 E3503 C3520 C3528 6 5 R3547 560 NC NC 1.0uF 0.10uF C3516 C3523 R3526 0 C3515 220pF C3514 220pF B11 A11 L2 K2 K1 J2 J1 J3 H3 H2 E3 E1 G3 G2 F1 F2 H1 G1 H4 A4 AD_TRI G TX_RX VMES L10 MIC_BIAS ADC_VREF M12 INT_MIC_P ATOD_0 N14 INT_MIC_M ATOD_1 M13 EXT_MIC_P ATOD_2 L11 EXT_MIC_M ATOD_3 M14 VCM 1 ATOD_4 L12 VC_OUT_P ATOD_5 L13 VC_OUT_M ATOD_6 K11 BPLUS ATOD_7 K12 PA_BPLUS ATOD_8 K13 U3200-3 PA_IN_M PA_CODEC_A2D_BLOCK PA_IN_P INT_SPKR_P FE_TUNE1 L3 INT_SPKR_M FE_TUNE2 M2 PWR_CTRL N1 EXT_SPKR_P SCAN_EN C4 EXT_SPKR_M A3 VCM 2 TEST VREF VFUSE E8 CLK_SCL 3 AD0_CS* 8 DI S SDO_NC 4 5 SDI_SDA 10 W 1 A 2 R3575 1K B 100pF NC 100pF 3.3V_DIG_V10 9V3 UNSWB+ 9V3 R3520 24K 3 2 C3504 1000pF OUT1 OUT2 4 E3500 6 E3501 15 K 7.8V RMS (7.5 W @ 8 ohms) R3523 13 24K VAG 12 C3506 47uF VR3502 1 U3505- 4 4 14 11 R3524 C3509 560 10uF 3 1 330pF R3525 HANDSET_AUDIO 100K 9V3 600mV RMS R3571 2K 2 C3510 2.9V_DIG_V6 RT3500 10K RX_FLTR_VCTRL PA_BIAS TX_DAC 26.7K R3577 R3576 100 SPKR- C3505 1000pF Q3500 R3521 47K HW_ID0 HW_ID1 HW_ID2 BATTERY_SENSE R3595 10K PA_TEM P ANT_CURRENT_DET TX_RAMP_DAC 3.91V (27.5W) 4.12V (44W) SPKR+ 10K AUDIO_PA_ENA 2200pF C3507 C3508 0.1uF C3512 0.1uF 9 IN V 1 NINV 3 RR 8 M_SS R3516 24K 9V3 C3513 5V_SW 9.3VDC unmuted 2113945A09 5.3VDC muted (VALUE ) 7.8V RMS (7.5 W @ 8 ohms) U3500 TDA1519C 7 VCC U3501 AD5161 9 6 PCA9306 U3503 10uF C3536 NC NC NC NC C3511 INT_MIC UNSWB+ A2 V_POS NC R3559 10K SDA2 5 SCL2 6 EN 8 C3503 1000pF VDD 1 C3542 U3508 PCA9306 1 E3502 C3521 1.0uF 1 2 MAKO_OPT_INT SDA1 4 SCL1 3 R3569 1K MAKO_AD_TRIGGER C3529 VR3503 MMBZ20V 3 MAKO_OPT_GPIO0 NC NC NC ONE_WIRE_1 ONE_WIRE_2 I2C_DATA I2C_CLK C3501 0.1uF C3502 0.1uF GND2 10K R3587 16.2K 3 4 SCL1 SDA1 NC NC 0.10uF R3558 10K R3574 10K R3513 0 GND1 10K R3581 R3583 R3573 10K 8 EN 6 SCL2 5 SDA2 R3511 10K C3540 2 R3580 MMP_GPIO1_INPUT NC R3515 10K C3539 0.10uF R3592 2.2K GND ONE_WIRE_UP R3591 2.2K 7 NC 52mV RMS for rated audio 5V_SW 2.775V_DIG_V4 GND 10K 51.1K R3593 200K C3541 0.10uF R3514 10K C3500 10.0uF R3578 200K 1.875V_DIG_V2 USB_CONNECT NC NC UNSWB+ 9V3 5V_SW 5V_V8_MAKO 3.3V_DIG_V10 1.875V_DIG_V2 2.775V_DIG_V4 2.9V_DIG_V6 N6 P7 N7 P8 L6 N13 N9 P9 M8 L8 M10 N12 M11 P13 P10 K7 M9 N10 P11 K8 P12 N11 8 11 5V_SW 2 VREF1 7 VREF2 R3579 R3588 1.875V_V2_MAKO 1.875V_DIG_V2 USB2_DP USB2_DM 27 1 1 NC NC RS232_TX RS232_RX 27 2 VREF1 7 VREF2 NC MAKO UART R3500 R3501 4 10 10K R3506 10K R3594 3.3K GND 0 0 0 R3561 R3562 R3563 9 R3502 0 C1 IN 2 9V3 R3586 (VALUE ) MAKO USB NC D2 NO2 C2 COM 2 U3504 TS5A23166 B2 IN 1 1 NC MAKO SSI 1.875V_V2_MAKO USB1_TXEN USB1_DAT USB1_SE0 USB0_TXEN USB0_DAT USB0_SE0 USB_INT HW_ID2 HW_I D HW_ID1 HW_ID0 MOBILE REPEATER: NOT_USED MOBILE SUSCRIBER: 0 OHM A1 NO1 B1 COM 1 GND R3509 0 BBP_CLK BBP_SYNC SPI_CLK SPI_CS U3200- 2 SPI_DI DIGITAL_BLOCK SPI_DO VC_DCLK VC_FSYNC VC_TX VC_TX3V VC_RX UCM_SS LOGIC_VDD USB1_OE USB1_DAT_TXD USB1_SE0 USB2_OE_RCV_RTS USB2_DAT_VP USB2_SE0_VM_RXD UART2_TXD USB1_DP UART2_RXD_OD USB1_DM CTS_X USB2_DP USB2_DM USB_INTX USB_CONNECT RXDIN_3V TXDO_BDI_UP_3V SB96_BUS_BUSY BOOT_NORM_X SB96_BDO_KF_5V ONE_WIRE_1 RS232_USB_X ONE_WIRE_2 APCO ONE_WIRE_BATT SB96D_BDO_KF_3V ONE_WIRE_UP TXDO_BDI_5V TXDO_BDI_ENC_3V RXDIN_5V RXDIN_ENC_3V RTS_FILLSEN_5V CTS_CABLE_DET_5V RTS_FILLSEN_3V BUSY_I N OPTA_SEL0 OPTA_SEL1 BUSY_OUT OPTA_SEL2 CABLE_DET_3V OPT_GPIO0 OPTA_SEL3 OPT_GPIO1 OPTB_SEL0 OPT_GPIO2 OPTB_SEL1 OPT_GPIO3 OPTB_SEL2 OPTION_INTX OPTB_SEL3 D1 R3508 0 NC NC MAKO SPI SPI_CLK MAKO_CE SPI_MOSI SPI_MISO MAKO_DCLK MAKO_FSYNC MAKO_TX MAKO_RX R3585 22K U3505- 1 C3517 R3528 2 10uF 22K 3 4 C351 9 1 R3529 RX_AUDI O 11 47uF 51 R3548 100K VAG R3550 82K 330mV RMS C3545 C3525 220pF 220pF VAG 9V3 R3596 150 R3536 100K 9V3 C3532 R3539 C3538 .01uF 4 0.10uF R3507 0 VAG U3505- 3 (SOURCE) MC3403 9V3 A5 B5 E6 D6 B6 C6 E7 D7 B7 M4 A7 N3 A6 B8 C8 D8 A9 B9 C9 E9 A10 B10 C10 P2 J5 C7 A8 L5 N8 L7 K6 N2 M3 C12 E11 D10 F10 C11 G10 D11 B12 R3584 22K 1.875V_DIG_V2 USB1_DP USB1_DM 5 R3510 R3512 5V_V8_MAKO 1 1 R3503 MOBILE REPEATER: 33K R3505 R3504 33K 33K MOBILE SUBSCRIBER: NOT_USED 33K NU NU EXT_MIC+ 27 27 1 2.9V_DIG_V6 INT_MIC + 3.3V_DIG_V10 1 MAKO_CE R3560 47K 1 2.9V_DIG_V6 R3572 10K 5V_V8_MAKO USB1_TXEN USB1_DAT USB1_SEO 3-12 3 24K VAG R3538 39K 5 V15 2 6 1 C3527 R3533 24K 0.1uF 9 U35022 6 1.0uF 5 4 10 4 C3533 8 C3543 7 11 4 11 U3502- 3 3 1.0uF R3540 PUB_ADDRESS_1 100 10uF 3 5 2 C3518 VAG 70mV RMS (RX AUDIO) 6 MIC_GROUND 1.0uF 1 R3542 Q3503 9V3 220K C3522 R3544 24K 470pF R3549 2 VAG 1.0uF R3534 10K VAG 11 13 C3544 4 3 12 U3502- 4 4 14 C3534 11 10uF R3545 100 PUB_ADDRESS_2 1.0uF 5 2 C3535 1.0uF U3505- 2 6 3 U3502-1 4 1 R3546 15 K 30K 9V3 C3526 9V3 VR3504 24K Q3504 NU R3530 80mV RMS (TX AUDIO) R3541 24K 4 6 1 7 5 11 4 3 Q350 5 5 2 6 1 Q3502 Controller Audio and USB Schematic Diagram PUB_ADDRESS_2_EN PUB_ADDRESS_1_EN PUB_ADDRESS_MIC_EN LOW_LEVEL_MUTE Controller R1 Schematic Diagrams 2.1 3-13 Controller R1 Parts List Circuit Ref Motorola Part No Description Circuit Ref Motorola Part No Description Circuit Ref Motorola Part No Description Circuit Ref Motorola Part No Description C2000 2113944A40 100pF C3031 2113945C31 0.1uF C3221 2113944A44 220pF C1000 2113944A40 100pF C2001 2113945B02 .01uF C3032 2113945B02 .01uF C3222 2113945Y02 0.10uF C1001 2113945Y02 0.10uF C2002 2113945Y02 0.10uF C3040 2113944C06 470pF C3225 2113944A44 220pF C1002 2113945Y02 0.10uF C2003 2113945Y02 0.10uF C3041 2113945C02 .01uF C3226 2113945Y02 0.10uF C1003 2113944A40 100pF C2004 2113944A40 100pF C3042 2113945B02 .01uF C3227 2113944A44 220pF C1004 2113944A40 100pF C2005 2113945B02 .01uF C3043 2314030E85 33uF C3228 2113945Y02 0.10uF C1005 2113945Y02 0.10uF C2006 2113945Y02 0.10uF C3044 2113945C31 0.1uF C3229 2113944A44 220pF C1006 2113945Y02 0.10uF C2007 2113945Y02 0.10uF C3045 NOT PLACED – C3231 2113944A44 220pF C1007 2113944A40 100pF C2500 2113944A44 220pF C3046 2113945Y02 0.10uF C3232 2113945Y02 0.10uF C1008 2113944A40 100pF C2501 2113944A44 220pF C3200 2113946J04 22uF C3233 2113944A44 220pF C1009 2113945Y02 0.10uF C3000 2113944C06 470pF C3201 2113946D05 2.2uF C3234 2113946D05 2.2uF C1010 2113945Y02 0.10uF C3002 2371403L02 10uF C3202 2113945Y02 0.10uF C3237 2113946D05 2.2uF C1011 2113944A40 100pF C3005 2113944C06 470pF C3203 2316410H02 68uF C3238 2113946H02 10uF C1012 2113945Y02 0.10uF C3006 2314030E85 33uF C3204 2115153H21 5.6pF C3239 2113946D05 2.2uF C1013 2113945Y02 0.10uF C3007 2113945C31 0.1uF C3205 2115153H21 5.6pF C3240 2113944C45 100pF C1014 2113945Y02 0.10uF C3008 2113945A09 1000pF C3206 2316410H01 22uF C3243 2113946S35 1.0uF C1015 2113945Y02 0.10uF C3009 2113944A40 100pF C3207 2113945C31 0.1uF C3247 2113946H02 10uF C1016 2113945Y02 0.10uF C3010 2113946S35 1.0uF C3208 2113946D05 2.2uF C3248 2113946S35 1.0uF C1017 2113946E02 1.0uF C3011 2113946S35 1.0uF C3209 2113945Y02 0.10uF C3249 2113944C45 100pF C1018 2113944A28 18pF C3012 2113944C06 470pF C3210 2113946D05 2.2uF C3252 2113946S35 1.0uF C1019 2113944A28 18pF C3013 2314030J28 22uF C3211 2113945A09 1000pF C3254 2113946D05 2.2uF C1030 2113944A28 18pF C3014 2113945C31 0.1uF C3212 2316410H02 68uF C3257 2113946S35 1.0uF C1031 2113945Y02 0.10uF C3015 2113944C38 47pF C3213 2113946F03 4.7uF C3260 2113946S35 1.0uF C1032 2113945B02 .01uF C3016 2113944A40 100pF C3214 2115153H45 33pF C3261 2113944A44 220pF C1033 2113945Y02 0.10uF C3017 2113945A09 1000pF C3215 2115153H45 33pF C3262 2113946N03 2.2uF C1034 2113946S35 1.0uF C3018 2389289U01 10uF C3216 2113946F03 4.7uF C3265 2113946J04 22uF C1035 2113946D05 2.2uF C3019 2113944C06 470pF C3217 2113944A44 220pF C3266 2113946D05 2.2uF C1036 2113946S35 1.0uF C3020 2314030E85 33uF C3218 2113945Y02 0.10uF C3269 2113946S35 1.0uF C1037 2113946D05 2.2uF C3021 2113945C31 0.1uF C3219 2113944A44 220pF C3270 2113946S35 1.0uF C1044 2113945Y02 0.10uF C3030 2113945C02 .01uF C3220 2113945Y02 0.10uF C3272 2115153H27 10pF Controller R1 Schematic Diagrams 3-14 Circuit Ref Motorola Part No Description Circuit Ref Motorola Part No Description Circuit Ref Motorola Part No Description Circuit Ref Motorola Part No Description C3273 NOT PLACED – C3519 2314030F30 47uF C4004 NOT PLACED – C4040 2113944A44 220pF C3274 2113944A44 220pF C3520 2113946S35 1.0uF C4005 NOT PLACED – C4041 2113944A44 220pF C3275 2113946J03 10.0uF C3521 2113946S35 1.0uF C4006 2113944A44 220pF C4042 2113944A44 220pF C3276 2113946S35 1.0uF C3522 2113945A05 470pF C4007 NOT PLACED – C4043 2113944A44 220pF C3277 2113946S35 1.0uF C3523 2113945Y02 0.10uF C4010 NOT PLACED – C4044 2113944A44 220pF C3278 2113945C31 0.1uF C3524 2313960D07 10uF C4011 NOT PLACED – C4045 2113944A44 220pF C3279 2113945C31 0.1uF C3525 2113944A44 220pF C4012 NOT PLACED – C4046 2113944A44 220pF C3280 2113945C31 0.1uF C3526 2113946S35 1.0uF C4013 2113944A44 220pF C4047 2113944A44 220pF C3281 2113945C31 0.1uF C3527 2113945C31 0.1uF C4014 2113944A44 220pF C4048 2113944A44 220pF C3282 2113946F03 4.7uF C3528 2113945Y02 0.10uF C4015 2113944A44 220pF C4049 NOT PLACED – C3283 2113945Y02 0.10uF C3529 2113945Y02 0.10uF C4016 2113944A44 220pF C4051 NOT PLACED – C3500 2113946J03 10.0uF C3530 2113944A44 220pF C4017 2113944A44 220pF C4053 NOT PLACED – C3501 2113945G91 0.1uF C3531 2113944A44 220pF C4018 2113944A44 220pF C4055 NOT PLACED – C3502 2113945C31 0.1uF C3532 2113946S35 1.0uF C4019 NOT PLACED – C4058 NOT PLACED – C3503 2113945A09 1000pF C3533 2313960D07 10uF C4020 NOT PLACED – C4059 NOT PLACED – C3504 2113945A09 1000pF C3534 2313960D07 10uF C4021 2113944A44 220pF C4060 NOT PLACED – C3505 2113945A09 1000pF C3535 2113946S35 1.0uF C4022 2113944A44 220pF C4061 NOT PLACED – C3506 2314030F30 47uF C3536 2314030M51 10uF C4023 2113944A44 220pF C4062 NOT PLACED – C3507 2113945A11 2200pF C3538 2113945B02 .01uF C4024 2113944A44 220pF C4063 2113944A44 220pF C3508 2113945C31 0.1uF C3539 2113945Y02 0.10uF C4025 2113944A44 220pF C4064 2113944A44 220pF C3509 2313960D07 10uF C3540 2113945Y02 0.10uF C4026 2113944A44 220pF C4065 2113944A44 220pF C3510 2113945A03 330pF C3541 2113945Y02 0.10uF C4027 2113944A44 220pF C4066 2113944A44 220pF C3511 2113944A40 100pF C3542 2113945Y02 0.10uF C4028 2113944A44 220pF C4067 2113944A44 220pF C3512 2113945C31 0.1uF C3543 2113946S35 1.0uF C4029 2113944A44 220pF C4068 2113944A44 220pF C3513 2113944A40 100pF C3544 2113946S35 1.0uF C4030 2113944A44 220pF C4069 2113944A44 220pF C3514 2113944A44 220pF C3545 2113944A44 220pF C4031 2113944A44 220pF C4070 2113944A44 220pF C3515 2113944A44 220pF C4000 NOT PLACED – C4032 2113944A44 220pF C4071 NOT PLACED – C3516 2113946S35 1.0uF C4001 NOT PLACED – C4033 2113944A44 220pF C4072 NOT PLACED – C3517 2314030M51 10uF C4002 NOT PLACED – C4034 2113945A03 330pF C4073 2113945Y02 0.10uF C3518 2113946S35 1.0uF C4003 NOT PLACED – C4035 2113945A03 330pF C4074 NOT PLACED – Controller R1 Schematic Diagrams Circuit Ref Motorola Part No 3-15 Description Circuit Ref Motorola Part No Description Circuit Ref Motorola Part No Description Circuit Ref Motorola Part No Description C4075 NOT PLACED – E4004 2409134J25 FERRITE BEAD Q3501 4815272H01 ANALOG SWITCH R1021 0613952R66 0 C4076 NOT PLACED – E4005 2409134J25 FERRITE BEAD Q3502 4815272H01 ANALOG SWITCH R1025 0613952R01 10K C4084 2113945Y02 0.10uF J2500 0905505Y02 Q3503 4815272H01 ANALOG SWITCH R1026 0613952R17 47K C4085 2113944A44 220pF 22-PIN JTAG CONNECTOR Q3504 4815272H01 ANALOG SWITCH R1027 NOT PLACED – J3000 0905902V09 DC POWER CONNECTOR Q3505 4815272H01 ANALOG SWITCH R1028 0613952R66 0 J4000 0916017H01 26-PIN ACCESSORY CONNECTOR Q4000 4815263H01 ANALOG SWITCH R1034 0613952R01 10K Q4001 4815263H01 ANALOG SWITCH R1035 NOT PLACED – Q4002 4815261H01 ANALOG SWITCH R1036 0613952R01 10K Q4003 4815263H01 ANALOG SWITCH R1041 0613952Q73 1K Q4004 4815261H01 ANALOG SWITCH R1044 0613952R66 0 Q4005 4815263H01 ANALOG SWITCH R1045 0613952R01 10K Q4006 4815263H01 ANALOG SWITCH R1046 NOT PLACED – Q4007 4815263H01 ANALOG SWITCH R1047 0613952R66 0 Q4008 4815261H01 ANALOG SWITCH R1048 0613952R66 0 Q4009 4815263H01 ANALOG SWITCH R1054 0613952Q89 4.7K Q4010 4815261H01 ANALOG SWITCH R1060 0613952Q25 10 Q4011 4815263H01 ANALOG SWITCH R1066 NOT PLACED – Q4012 4815261H01 ANALOG SWITCH R1067 NOT PLACED – C4086 2113945Y02 0.10uF C4087 2113945Y02 0.10uF C4088 2113945Y02 0.10uF C4089 2113945Y02 0.10uF C4090 2113945Y02 0.10uF D3030 4813978P07 DIODE, SWITCHING D3040 4813978P07 DIODE, SWITCHING D3200 4813978C02 DIODE, SWITCHING D4000 D4001 E2500 E3000 E3201 E3202 E3203 4866544A01 4866544A01 2480675U01 2485011Y01 2480675U01 2480675U01 2480675U01 DIODE, DUAL DIODE, DUAL FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD J4001 0915555H01 30-PIN CONTROL HEAD CONNECTOR J4002 0915558H01 11-PIN REPEATER CONNECTOR J4003 0915556H01 14-PIN OPT BRD CONNECTOR L3200 2415005H02 22uH L3201 2415005H02 22uH L3202 2415005H02 22uH Q3030 4813973M07 NPN Q3032 4813973B01 NPN Q3040 4813973M07 NPN Q3041 4815263H01 ANALOG SWITCH Q4013 4816023H01 PNP R1070 0613952R66 0 Q3200 5185956E76 N-CHANNEL SYNCHRONOUS MOSFET Q4014 4813973A06 NPN R1071 0613952R17 47K E3205 2480675U01 FERRITE BEAD E3206 2480675U01 FERRITE BEAD Q3201 4813970A62 P-CHANNEL MOSFET Q4015 4815263H01 ANALOG SWITCH R1072 NOT PLACED – E3208 2480675U01 FERRITE BEAD Q3202 5185956E76 R1000 0613952Q25 10 R2000 0613952R01 10K E3500 2485011Y01 FERRITE BEAD N-CHANNEL SYNCHRONOUS MOSFET R1001 0613952R01 10K R2004 0613952R66 0 E3501 2485011Y01 FERRITE BEAD Q3203 4805585Q23 PMOS FET R1002 0613952J73 10MEG R2005 0613952R01 10K E3502 2485011Y01 FERRITE BEAD Q3204 4805585Q23 PMOS FET R1005 0613952Q89 4.7K R2006 0613952R01 10K E3503 2485011Y01 FERRITE BEAD Q3205 4815262H01 ANALOG SWITCH R1006 0613952R01 10K R2007 0613952R01 10K E4000 2485011Y01 FERRITE BEAD Q3206 4815272H01 ANALOG SWITCH R1014 0613952R66 0 R2008 0613952R01 10K E4001 7686949J14 FERRITE BEAD Q3207 4813970A62 P-CHANNEL MOSFET R1017 0613952R01 10K R2009 0613952R01 10K E4002 7686949J14 FERRITE BEAD Q3208 4815261H01 ANALOG SWITCH R1019 0613952Q18 5.1 R2010 0613952R01 10K E4003 NOT PLACED – Q3500 4815261H01 ANALOG SWITCH R1020 0613952R66 0 R2011 0613952R66 0 Controller R1 Schematic Diagrams 3-16 Circuit Ref Motorola Part No Description Circuit Ref Motorola Part No Description Circuit Ref Motorola Part No Description Circuit Ref Motorola Part No Description R2012 0613952R01 10K R3002 0613952R01 10K R3053 0613952R66 0 R3237 0613952R01 10K R2013 0613952R01 10K R3003 0613952M54 3.57K R3054 0613952R66 0 R3238 0613952H25 10 R2500 0613952R66 0 R3004 0613952L73 562 R3055 0615871H01 0.1 R3239 0613952H25 10 R2501 0613952R66 0 R3005 0613952Q81 2.2K R3056 0615871H01 0.1 R3240 0613952R17 47K R2502 0613952R66 0 R3006 0613952Q57 220 R3057 0613952R66 0 R3241 0613952Q18 5.1 R2504 0613952R66 0 R3007 0613952N58 39.2K R3200 0615871H01 0.1 R3243 0613952Q18 5.1 R2506 0613952R66 0 R3008 0613952N12 13K R3201 0613952R66 0 R3245 0613952G67 0 R2507 0613952R66 0 R3009 0613952N58 39.2K R3203 0615871H01 0.1 R3246 0613952M81 6.81K R2508 0613952R66 0 R3010 0613952N12 13K R3204 0615871H01 0.1 R3247 0613952N69 51.1K R2509 0613952R66 0 R3030 0613952R01 10K R3205 0613952R25 100K R3248 0613952R01 10K R2510 0613952R66 0 R3032 0615871H01 0.1 R3206 0613952R66 0 R3500 0613952Q35 27 R2511 0613952R66 0 R3033 0615871H01 0.1 R3207 0686135Z02 0.2 R3501 0613952Q35 27 R2512 0613952R66 0 R3034 0613952H61 330 R3208 0686135Z02 0.2 R3502 0613952R01 10K R2513 0613952R66 0 R3035 0613952H25 10 R3209 0613952N62 43.2K R3503 0613952R13 33K R2514 0613952R66 0 R3036 0613952H25 10 R3210 0613952N16 14.3K R3504 NOT PLACED – R2515 0613952R66 0 R3037 0613959G61 330 R3215 0613952G67 0 R3505 NOT PLACED – R2516 0613952R66 0 R3038 NOT PLACED – R3216 0613952G67 0 R3506 0613952R01 10K R2517 0613952R66 0 R3039 0613952M30 2K R3217 NOT PLACED – R3507 NOTPLACED – R2518 0613952R66 0 R3040 0613952M43 2.74K R3218 0613952R66 0 R3508 0613952R66 0 R2519 0613952R66 0 R3041 0613952R25 100K R3219 0613952R56 2MEG R3509 0613952R66 0 R2520 0613952R66 0 R3042 0613952H69 680 R3220 0613952R56 2MEG R3510 0613952Q35 27 R2521 0613952R66 0 R3043 0613952H69 680 R3222 0613952R33 220K R3511 0613952R01 10K R2522 0613952R66 0 R3044 0613958S61 330 R3223 0613952R33 220K R3512 0613952Q35 27 R2523 0613952R66 0 R3045 0613952M30 2K R3224 0613952Q89 4.7K R3513 0613952R66 0 R2524 0613952R66 0 R3046 0613952M43 2.74K R3225 NOT PLACED – R3514 0613952R01 10K R2525 0613952R66 0 R3047 0613952R25 100K R3226 0613952R13 33K R3515 0613952R01 10K R2526 0613952R66 0 R3048 0613952Q73 1K R3227 NOT PLACED – R3516 0613952R10 24K R2527 0613952R66 0 R3050 0613959Q53 150 R3228 0613952G67 0 R3520 0613952R10 24K R2528 0613952R66 0 R3051 0613952G67 0 R3233 0613952R66 0 R3521 0613952R05 15K R2529 0613952R01 10K R3052 0613952G67 0 R3236 0613952Q73 1K R3523 0613952R10 24K Controller R1 Schematic Diagrams Circuit Ref Motorola Part No 3-17 Description Circuit Ref Motorola Part No Description Circuit Ref Motorola Part No Description Circuit Ref Motorola Part No Description R3524 0613952Q67 560 R3569 0613952Q73 1K R4005 0613952Q37 33 R4065 0613952Q37 33 R3525 0613952R25 100K R3571 0613952Q80 2K R4006 0613952Q65 470 R4066 0613952Q37 33 R3526 0613952R66 0 R3572 0613952R01 10K R4009 0613952Q42 51 R4067 0613952Q37 33 R3528 0613952R09 22K R3573 0613952R01 10K R4010 0613952Q42 51 R4068 0613952Q37 33 R3529 0613952Q42 51 R3574 0613952R01 10K R4011 0613952R66 0 R4069 0613952Q37 33 R3530 NOT PLACED – R3575 0613952Q73 1K R4012 0613952R66 0 R4070 0613952Q37 33 R3532 0613952Q49 100 R3576 0613952Q49 100 R4023 0613952Q75 1.2K R4071 0613952R66 0 R3533 0613952R10 24K R3577 0613952N42 26.7K R4030 NOT PLACED – R4074 0613952R66 0 R3534 0613952R01 10K R3578 0613952R32 200K R4031 0613952R01 10K R4076 0613952R66 0 R3535 0613952Q67 560 R3579 0613952R01 10K R4032 0613952R01 10K R4078 0613952R66 0 R3536 0613952R25 100K R3580 0613952R01 10K R4033 NOT PLACED – R4079 0613952R01 10K R3537 0613952R66 0 R3581 0613952R01 10K R4034 0613952R01 10K R4080 0613952R66 0 R3538 0613952R15 39K R3582 0613952N21 16.2K R4035 0613952R01 10K R4081 0613952R66 0 R3539 0613952R10 24K R3583 0613952N21 16.2K R4040 0613952Q89 4.7K R4082 0613952R66 0 R3540 0613952Q49 100 R3584 0613952R09 22K R4041 0613952Q89 4.7K R4083 0613952R66 0 R3541 0613952R10 24K R3585 0613952R09 22K R4042 0613952Q89 4.7K R4084 0613952R66 0 R3542 0613952R10 24K R3586 0613952R66 0 R4043 0613952Q89 4.7K R4085 0613952R66 0 R3544 0613952R10 24K R3587 NOT PLACED – R4044 0613952Q89 4.7K R4086 0613952R66 0 R3545 0613952Q49 100 R3588 0613952N69 51.1K R4045 0613952Q89 4.7K R4088 0613952R01 10K R3546 0613952R05 15K R3591 0613952Q81 2.2K R4046 0613952Q89 4.7K R4089 0613952R17 47K R3547 0613952Q67 560 R3592 0613952Q81 2.2K R4047 0613952Q89 4.7K R4090 0613952R66 0 R3548 0613952J25 100K R3593 0613952R32 200K R4048 0613952Q77 1.5K R4093 0613952R66 0 R3549 0613952R12 30K R3594 0613952Q85 3.3K R4049 0613958H83 2.7K R4094 0613952R66 0 R3550 0613952R23 82K R3595 0613952R01 10K R4050 0613952R01 10K R4095 0613952R66 0 R3558 0613952R01 10K R3596 0613952H53 150 R4051 0613952Q89 4.7K R4096 0613952R66 0 R3559 0613952R01 10K R4000 0613952Q37 33 R4054 0613952R01 10K R4097 0613952R66 0 R3560 0613952R17 47K R4001 0613952Q37 33 R4055 0613952R01 10K R4098 0613952Q89 4.7K R3561 0613952R66 0 R4002 0613952Q37 33 R4061 0613952Q37 33 R4099 0613952R66 0 R3562 0613952R66 0 R4003 0613952Q37 33 R4063 0613952Q37 33 R4100 0613952Q75 1.2K R3563 0613952R66 0 R4004 0613952Q37 33 R4064 0613952Q37 33 R4101 0613952Q75 1.2K Controller R1 Schematic Diagrams 3-18 Circuit Ref Motorola Part No Description R4103 0613952Q75 1.2K R4105 0613952R01 10K R4106 RT3500 0613952R01 0615471H01 10K THERMISTOR, 10K Circuit Ref Motorola Part No Description U4000 5115476H01 IC, SERIAL-TO-PARALLEL CONVERTER U4001 5115502H01 LOGIC TRANSLATOR U4004 5115865H01 IC, BUFFER U4005 5115865H01 IC, BUFFER U1000 5102495J13 MICROPROCESSOR U1006 5115001H02 IC, DUAL UNBUFFERED INVERTER U4006 5115865H01 IC, BUFFER U4007 5115865H01 IC, BUFFER U2000 0104024J27 IC, 8MB FLASH U4008 5115865H01 IC, BUFFER U2001 5171614M01 IC, 16MB SDRAM VR3000 4813979C17 U3001 5164015H94 VOLTAGE REGULATOR TRANSIENT SUPPRESSOR U3002 5115391H01 VOLTAGE REGULATOR VR3040 4813977M10 DIODE, 5.1V ZENER U3003 5164015H94 VOLTAGE REGULATOR VR3200 4813977M10 DIODE, 5.1V ZENER U3004 5115391H01 VOLTAGE REGULATOR VR3201 4813977M05 DIODE, 3.3V ZENER U3005 0105959T72 PNP VR3202 4813977M05 DIODE, 3.3V ZENER U3006 0105959T72 PNP VR3203 4813977M05 DIODE, 3.3V ZENER U3030 5116525H01 DUAL OPAMP VR3204 4813977M13 DIODE, 6.2V ZENER U3040 0105959T72 PNP VR3205 4813977M05 DIODE, 3.3V ZENER U3200 5185143E77 IC, POWER MANAGEMENT VR3206 4813977M13 DIODE, 6.2V ZENER VR3207 4813977M13 DIODE, 6.2V ZENER U3201 5115616H01 VOLTAGE REGULATOR VR3208 4813977M13 DIODE, 6.2V ZENER U3202 5115453H01 DUAL OPAMP VR3502 4813977A48 DIODE, 20V ZENER U3203 5114007A43 IC, SCHMITT TRIGGER VR3503 4813977A48 DIODE, 20V ZENER U3500 5102463J95 AUDIO PA VR3504 4813977A48 DIODE, 20V ZENER U3501 5115368H01 DIGITAL ATTENUATOR VR4000 4813977A48 DIODE, 20V ZENER U3502 5114016A18 QUAD OPAMP VR4001 4813977A48 DIODE, 20V ZENER U3503 5164852H47 IC, LEVEL TRANSLATOR VR4002 4813977A48 DIODE, 20V ZENER VR4003 4813977A48 DIODE, 20V ZENER U3504 5171395L01 IC, CMOS SWITCH VR4004 4813977A48 DIODE, 20V ZENER U3505 5114016A18 QUAD OPAMP VR4005 4813977M13 DIODE, 6.2V ZENER U3508 5164852H47 IC, LEVEL TRANSLATOR VR4006 4813977M13 DIODE, 6.2V ZENER VR4007 NOT PLACED – Circuit Ref Motorola Part No VR4008 NOT PLACED – Y1000 4809612J45 12MHZ CRYSTAL Y3200 4815028H01 24.576MHZ CRYSTAL Y3201 4802582S80 32KHZ CRYSTAL Description Controller R2 Schematic Diagrams Controller R2 Schematic Diagrams PERIPHERALS ( 1 SHEET) REAR ACCESSORY OPTION BOARD INTERFACE CONTROL HEAD REPEATER INTERFACE VOLUME_1 VOLUME_2 SERIAL_CLK SERIAL_DATA LED_CS DISPLAY_CS DISPLAY_CMD RESET KEYPAD_ROW_0 KEYPAD_ROW_1 KEYPAD_ROW_2 KEYPAD_ROW_3 KEYPAD_COL_0 KEYPAD_COL_1 KEYPAD_COL_2 INT_SPKRINT_SPKR+ MIC_GROUND GPIO_0_PWR_ON GPIO_1_USB1_DP GPIO_2_USB1_DM GPIO_3_PTT GPIO_4_HOOK ONE_WIRE_1 VBUS1 HANDSET_AUDIO INT_MIC+ 9V3 ON_OFF_SW SYSTEM_SYNC McBSP3_CLKX McBSP3_DX McBSP3_DR McBSP3_FSX DIR_CTRL ARMIO_6 RTC_BATTERY OPT_BRD_PTT RESET_OUT SSI_DATA_OUT SSI_DATA_IN SSI_CLK SSI_FSYNC SW_9V3 OPT_GPIO_1 OPT_GPIO_2 3.3V PROGM_IO_CS 1V8 GP5_1_PTT GP5_2_MONITOR GP5_3_CHAN_ACTIVITY GP5_6_TxDc_BUS+ GP5_7_RxDc_BUSGP5_8_CTSs_RESET GP5_4_EMERGENCY GP5_5_IGNITION_SENSE PUB_ADDRESS_1_EN PUB_ADDRESS_2_EN PUB_ADDRESS_1 PUB_ADDRESS_2 USB2_DM USB2_DP VBUS2 ONE_WIRE_2 EXT_SPKR+ EXT_SPKREXT_MIC+ RX_AUDIO EXT_SWB+ 5V MMP 5V R2508 0 RESET_OUT C2500 220pF NC 9V3 2.775V_V4 3.6V_MAKO_SW1 5V 5V_SW 5V_SW RAW_B+ 9V3_PA 0 0 R2504 0 LO_BATTERY_DET PA_TEMP RX_FLTR_VCTRL PA_BIAS TX_DAC 0 2.775V_ANA_V7 2.9V_DIG_V6 1 3.6V_DIG_VSW1 5V 5V_SW 1 E2500 BLM21PG300SN1 RAW_B+ 9V3_PA MAKO_TX MAKO_RX MAKO_DCLK MAKO_FSYNC MAKO_TX MAKO_RX MAKO_DCLK MAKO_FSYNC MAKO_AUDIO_DC ( DC SUPPLY: SHEET 1) ( MAKO POWER MANAGEMENT : SHEET 2) ( MAKO AUDIO_DIGITAL_USB/RS232 : SHEET 3) MAKO_INT MAKO_OPT_INT MAKO_AD_TRIGGER MAKO_OPT_GPIO0 MAKO_OPT_GPIO2 MAKO_OPT_GPIO3 NC LOW_LEVEL_MUTE AUDIO_PA_ENA EXT_MIC_ENA PUB_ADDRESS_MIC_EN I2C_DATA I2C_CLK C2501 1500pF NC 16.8_MHZ_BUFF 32KHZ_GPS ANT_CURRENT_DET USB1_TXEN USB1_DAT USB1_SE0 USB0_TXEN USB0_DAT USB0_SE0 USB_INT RS232_TX RS232_RX MMP_GPIO1_INPUT MMP_GPIO2_INPUT ONE_WIRE_UP POR GATED_32KHZ_OMAP MAKO_CE MAKO_INT MAKO_OPT_INT MAKO_AD_TRIGGER MAKO_OPT_GPIO0 MAKO_OPT_GPIO2 MAKO_OPT_GPIO3 ARMIO_12 GPIO_5 AUDIO_PA_ENA EXT_MIC_ENA GPIO_27 I2C_DATA I2C_CLK MICROCONTROLLER (OMAP 1710: SHEET 1) (MEMORY: SHEET 2) GPIO_40 RX_CLK RX_DATA RX_FSYNC TX_CLK TX_DATA TX_FSYNC DEEP_SLEEP DMCS ADAPT_SW LOCK_DETECT ANT_EN GPIO_60 GPIO_15 (RED_LED / RX_ATTN_1) USB1_TXEN USB1_DAT USB1_SE0 USB0_TXEN USB0_DAT USB0_SE0 USB_INT OPT_GPIO_2 OPT_GPIO_1 RS232_TX RS232_RX R2521 R2522 R2523 0 0 0 R2524 R2525 R2526 R2572 R2528 0 0 0 0 0 R2509 R2510 R2511 R2512 R2513 R2514 0 0 0 0 0 0 R2515 R2516 R2517 R2518 R2519 R2520 0 0 0 0 0 0 0 0 1.875V_V2 2.775V_V4 SPI_CLK_1 SPI_CLK (6.0 MHz) SPI_MOSI SPI_MISO ABACUS3_CS (Active LOW) THK_CS (Active LOW) PREDRIVE_SW DMCS ADAPT_SW LOCK_DETECT ANT_ENABLE PC_ATTEN_ENA RF_ATTN_2 GPS_BOOT_SELECT GPS_TX_LS GPS_RX_LS GPS_ON_OFF_LS GPS_RESET_LS 5V 5V_SW GPS_BOOT_SEL GPS_RX_LS GPS_TX_LS GPS_ON_OFF_LS GPS_RESET_LS GPS_5V 5V_ACTIVE_ANT ANT_CURRENT 32KHZ_GPS 16.8MHz VCONT 1.875V GPS ( SHEET 1) NC R2506 R2507 SPI_MISO_MAKO SPI_MOSI_MAKO SPI_CLK_MAKO RX_SSI_SYNCB RX_SSI_CLK (1.20 MHz) RX_SSI_DATA RX_SSI_FSYNC (20.0 KHz) TX_SSI_CLK (4.20 MHz) TX_SSI_DATA TX_SSI_FSYNC (84.0 KHz) 2.775V_V4 1.875V_V2 1.875V_DIG_V2 2.775V_DIG_V4 SPI_MOSI_1 SPI_MISO_1 KEYPAD_ROW0 KEYPAD_ROW1 KEYPAD_ROW2 KEYPAD_ROW3 KEYPAD_COL0 KEYPAD_COL1 KEYPAD_COL2 KEYPAD_COL3 McBSP3_CLK McBSP3_DX McBSP3_DR McBSP3_FSX DIR_CTRL ARMIO_6 GPIO_3 GPIO_26 PTT GPIO_32 GPIO_33 ARMIO_15 ARMIO_3 GP5_8 SPI_CLK SPI_MOSI SPI_MISO ABACUS3_CE THK_CE GPIO_25 GPIO_18 MAKO_GPIO_RX ARMIO_2 ONE_WIRE_UP POR GATED_32KHZ_OMAP 1.875V_V2 1 1 1 (Active HIGH) R2529 10K SPI_MISO_MAKO GPIO_30 GPIO_31 SERIAL_CLK SERIAL_DATA LED_CS DISPLAY_CS MOBILE_DISPLAY_CMD RESET_OUT SPI_MOSI_MAKO (SW1 / VOL_A) (SW2 / VOL_B) SPI_CLK_MAKO (SW4 / MONITOR) (SW8 / CHANNEL_ACT) (KEYPAD_ROW4 / GP5_6) (BL_EN / GP5_7) RTC_BATTERY ON_OFF_MECH GPIO_0_PWR_ON USB1_DP USB1_DM GPIO_3_PTT GPIO_4_HOOK ONE_WIRE_1 VBUS1 HANDSET_AUDIO INT_MIC+ GP5_4_EMERGENCY GP5_5_IGNITION_SENSE PUB_ADDRESS_1_EN PUB_ADDRESS_2_EN PUB_ADDRESS_1 PUB_ADDRESS_2 SPI_CLK SPI_MOSI SPI_MISO MAKO_CE OMAP_CORE_LDO 1.875V_DIG_V2 2.775V_DIG_V4 3.3V_DIG_V10 JTAG_TDO JTAG_TMS JTAG_TDI JTAG_TCK JTAG_NTRST JTAG_NEMU1 JTAG_NEMU0 JTAG_RTCK 2.775V_ANA_V7 2.9V_MAKO_V6 R2500 R2501 R2502 SW_9V3 OMAP_CORE_LDO 1.875V_DIG_V2 2.775V_DIG_V4 3.3V_DIG_V10 16.8_MHZ_BUFF 32KHZ_CLK LO_BATTERY_DET PA_TEMP RX_FLTR_VCTRL PA_BIAS TX_DAC USB2_DM USB2_DP VBUS2 ONE_WIRE_2 SPKR+ SPKREXT_MIC+ RX_AUDIO MIC_GROUND 1.875V_V2 EXT_SWB+ 9V3 3.0 3-19 16.8_MHZ_BUFF 16.8_GPS J2500-20 J2500-14 J2500-12 J2500-10 J2500-16 J2500-6 J2500-8 J2500-18 J2500-1 J2500-2 J2500-3 J2500-4 J2500-5 J2500-7 J2500-9 J2500-11 J2500-13 J2500-15 J2500-17 J2500-19 Controller - GPS Schematic Diagram Controller R2 Schematic Diagrams 3-20 VBAT 13.6V (NOMINAL) 1 J3000-1 RAW_B+ (TO TX PA) 1 VBAT_GROUND VR3000 C3015 47pF C3000 470pF E3000 1 J3000-2 U3040,U3005,U3006 change to 4813971D34 2 UNSWB+ (TO AUDIO PA) 9.3V R3055 0.1 C3002 10uF U3006 2 3 G1 R3032 0.1 9V3_PA (TO PA DRIVER ONLY) R3056 0.1 1 D3030 U3005 2 C3021 0.1uF C3020 33uF 3 G1 R3033 0.1 R3039 2K 1% 1 R3057 0 C3019 470pF R3034 330 C3030 .01uF R3053 0 R3035 10 NC R3037 330 R3036 10 R3040 2.74K 1% C3018 10uF NC 8 R3051 0 Q3032 2 R3041 100K 1 3 4 NC U3030-1 This cap only use to support DC connector during reflow. C3032 .01uF C3031 0.1uF R3038 150 NU R3050 150 R3030 10K Q3030 R3002 10K 9.3V U3040 2 3 9V3_CNTRL (TO MAKO) G1 R3042 680 1 R3043 680 R3045 2K 1% D3040 R3052 0 R3007 39.2K 1% C3044 0.1uF C3043 33uF C3016 100pF R3046 2.74K 1% C3041 .01uF R3054 0 R3008 13K 1% Q3040 C3017 1000pF R3048 1K 6 4 8 3 6 7 FB NP VOUT 1 5V (TO GPS & PERIPHERAL BLOCKS) VCONT VIN 5 5 U3030-2 5V U3004 TK11100CSC 2 GND C3040 470pF C3011 1.0uF 5V 4 R3044 330 R3047 100K C3042 .01uF NC VR3040 9.3V VOUT 5 1 9V3 (TO SYNTH, VCO, RX FE, PWR CNTRL,CONTROLHEAD) C3046 0.10uF C3006 33uF C3007 0.1uF 6 U3001 LM2941 3 C3005 470pF ADJ R3009 39.2K 1% C3045 33uF NU R3003 3.57K 1% 9V3 C3009 0.10uF R3004 562 1% R3010 13K 1% C3008 1000pF 5V U3002 TK11100CSC 2 6 4 NP VOUT 1 5V_SW (TO RX BACKEND, SYNTH,GPS ANTENNA) VCONT VIN 5 3 FB GND VIN ON_OFF GND1 2 GND2 4 C3010 1.0uF 5V_SW 13.6V OFF: 4.8V MAKO_ON_OFF_CONTROL Q3041 47K Controller DC Supply Schematic Diagram ON_OFF 6 U3003 LM2941 ON: 0V VOUT 3 C3012 470pF 47K VIN GND1 2 GND2 4 ADJ 5 EXT_SWB+ ( TO REAR ACCESSORY) 1 R3006 220 5% R3005 2.2K 5% C3013 22uF C3014 0.1uF Controller R2 Schematic Diagrams 3-21 C3282 4.7uF R3219 2MEG R3220 2MEG 1.875V_V2_MAKO SW_9V3 5 VSAVE B1 4 IN B14 SW1_VDDHV SW1_VOUT SW2_LX SW2_VOUT SW2_GND SW5_VDD C1 F3 D1 D3 B2 G4 E2 F4 0 E4 ON_OFF_MECH B3 VSAVE B4 GP5_5_IGNITION_SENSE C5 POR F5 1 D5 MAKO_INT A12 A13 M1 NC V06_O BAT_TYPE V07_O HV_BG V09_O V10_I FET_ENX V10_O EMERG_PB V10_GND MECH_SW V08_I SW_TYPE V08_O IGN_X RESETX VBUS_SUPPLY VBUS1_SENS GATED_32K_CLK VBUS1_CMD INT_X VBUS1 XOUT VBUS2_SENS XIN VBUS2_CMD TCXO_SEL_16_24 GND 2 R3247 51.1K 1% R3215 0 R3246 6.81K 1% C3270 1.0uF H12 J12 R3203 C3283 0.1 0.10uF SW_9V3 K14 J14 L3201 22uH J13 C3206 R3243 5.1 22uF R3239 10 L14 D13 F13 R3204 0.1 E14 C3265 22uF E13 G11 F12 VSW5 N4 1.875V_V2_MAKO P4 N5 2.9V_V6_MAKO P6 C3280 0.1uF R3227 10K NU R3217 0 NU 2.775V_V4_MAKO P3 R3216 0 OMAP_CORE_LDO_1 C3277 C3266 1.0uF 2.2uF C3281 0.1uF ON: 5Vpk; 230 KHZ PWM OFF: 0.0Vpk 4 5 14 2.775V_V7_MAKO L1 J10 3.6V_DIG_VSW1 M6 R3224 4.7K C3234 2.2uF 3V_V9_MAKO 3.3V_V10_MAKO L9 K3 C3209 0.10uF R3225 0 NU IN Q3202 SI4724CY SYNC_EN D1A 1 CBOOT 15 S1A 16 S1B D1B 2 SW_9V3 K4 5V_V8_MAKO B13 VBUS1_CMD E12 C14 C3273 10pF NU R3207 0.2 VSW5 D2B 10 6 S2A D2C 11 7 S2B H10 Q3203 SI8401DB 1 F11 8 S2C C3212 68uF D2D 12 C13 D12 ON: 5.2V - 5.3V OFF: 0.0V L3202 22uH D2A 9 R3237 10K ON: 4.75V to 5.25V (5.0V typical) OFF: 0.0V GND9 GND1 P5 5 4 NC NC F14 VBUS1 ( TO MMP) 4.7uF C3213 5185143E77 C3215 33pF 2 ADJ C3269 1.0uF VBUS2 TCXO_IN M7 HOT1 4 Sine Wave Vpk-pk: 2.2V - 2.4V Y3200 CX-101F REG_3V6 1 GND1 HOT2 D4 V04_O D9 0 24.576MHz BAT_3V6 GND8 MAKO_GATED_32KHz V03_O GND7 R3218 GP5_4_EMERGENCY BAT_7V5 H5 1000pF V02_O D14 C3211 D2 VSAVE GND6 2.2uF SW5_VOUT BAT_RTC GND5 R3226 33K C3210 SW5_PHASE XTAL32_IN GND4 9V3_CNTRL 6 C2 L4 2.2uF VSAVE SW5_VSENSE SW5_SUMCOMP XTAL32_OUT GND3 C3208 B1 GND2 0.1uF R3206 0 5 2 1 C3207 K9 RTC_BATTERY J4 4 SW5_VDDHV G5 3 H13 VOUT VIN2 GND R3249 10K NC VIN1 3 Q3206 EMD9FT2R SW2_VCC SW2_VCCS C3205 5.6pF C3204 5.6pF 6 3 ON: 5Vpk; 230 KHZ PWM OFF: 0.0Vpk NC 4 U3200-1 PWR_MNGR_BLOCK 32.768KHz 9V3_CNTRL OMAP_CORE_LDO_1 1 H14 SW1_GND R3248 10K G12 G14 SW1_PHASE 1 G13 U3201 LP8340 R3245 0 3 2 Change R3246 to 0613952N12 (13K) for OMAP1610 D2D 12 A2 J11 SW1_DH Y3201 XTAL 8 S2C C3203 68uF H11 SW1_SUMCOMP_DL 5V 3.6V_DIG_VSW1 D2C 11 7 S2B C3279 0.1uF 2 R3205 100K 3.6V_DIG_VSW1 1 C3262 2.2uF ON: 3.6V OFF: 0.0V L3200 22uH 3 PGLDO3 SW1_VSEN_BST GND2 NC GND NC NC NC NC PGLDO2 SW1_VSEN_BUK C3214 33pF D1B 2 16 S1B C3278 0.1uF C3 9V3_CNTRL 3 15 S1A 6 S2A SW1_VDD R3201 D1A 1 D2B 10 SW_9V3 9V3_CNTRL MAKO_ON_OFF_CONTROL C3202 0.10uF R3241 5.1 NC6 NC5 M5 P14 NC4 SW_9V3 P1 A14 A1 NC1 SW_9V3 NC3 Q3201 NTHS5441T1 D3200 SYNC_EN 14 CBOOT D2A 9 NC2 47K NC R3223 220K Q3200 GND1 VR3200 5 U3202-2 LMC6035ITLX NC C3261 220pF 4 IN C3201 2.2uF R3236 1K 0613952Q73 DTA144EKAF Q3205 47K UNSWB+ C3276 1.0uF 13 B3 A3 C3275 10.0uF 5114007A43 A1 NC C3200 22uF R3238 10 B1 A2 BATTERY_SENSE R3210 14.3K 1% R3200 0.1 32KHZ_GPS VDD R3233 0 R3209 43.2K GATED_32KHZ_OMAP U3203 NL17SZ14 13 R3222 220K 3 VSAVE OUT GND2 2 B3 U3202-1 LMC6035ITLX 1 C3274 220pF 7 C1 C3 VSAVE VDD C2 LO_BATTERY_DET VCC C3272 10pF R3228 0 Q3207 NTHS5441T1 R3208 0.2 4 VBUS2_CMD 1 Q3204 SI8401DB 1 2 NC R3240 47K ON: 4.75V to 5.25V (5.0V typical) OFF: 0.0V 3 16.8_MHZ_BUFF VBUS2 ( TO MAP ) 3 10K 47K C3216 4.7uF 2.775V_DIG_V4 2.775V_DIG_V4 OMAP_CORE_LDO 1.875V_DIG_V2 2.775V_ANA_V7 2.9V_DIG_V6 2.9V_DIG_V6 3.3V_DIG_V10 3.3V_DIG_V10 USB_CONNECT Q3208 DTC114YKAF 1 1.875V_DIG_V2 2 FROM MAKO USB_CONNECT (L6) OFF: 0V (DEFAULT) ON: 3.3V (MAKO V10) E3203 C3220 0.10uF C3221 220pF C3240 100pF E3205 C3222 0.10uF C3225 220pF E3208 E3206 C3226 0.10uF C3228 0.10uF C3227 220pF C3231 220pF C3232 0.10uF 5V_V8_MAKO MAKO_V9_3V MAKO_V8_5V VR3204 VR3203 NC C3243 1.0uF NC C3247 10uF C3248 1.0uF VR3207 VR3205 C3249 100pF NC C3252 1.0uF NC C3257 1.0uF 5V_V8_MAKO C3239 2.2uF 3.3V_V10_MAKO C3238 10uF 2.775V_V7_MAKO NC 2.9V_V6_MAKO C3237 2.2uF OMAP_CORE_LDO_1 1.875V_V2_MAKO VR3202 VR3201 NC C3229 220pF C3254 2.2uF VR3206 NC 3V_V9_MAKO 1 C3219 220pF 2.775V_V4_MAKO C3218 0.10uF 1 E3202 E3201 C3217 220pF C3233 220pF C3260 1.0uF VR3208 NC Controller DC Distribution Schematic Diagram Controller R2 Schematic Diagrams 3-22 CONTROL HEAD INTERFACE MOBILE REPEATER: NOT_USED MOBILE SUBSCRIBER: 33 OHM RESET VBUS1 MMP_1_WIRE USB1_DP 1 1 I/O History P1 0102726B32 C4000 C4001 C4002 C4003 C4004 C4005 C4006 220pF 220pF 220pF 220pF 220pF 220pF 220pF NU NU NU NU NU NU C4013 220pF J4001_9 E4000 NC 3.3V USB1_DM 1 1V8 1 5V 5V 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 9V3 1V8 1V8 RESET DISPLAY_CMD DISPLAY_CS SERIAL_DATA SERIAL_CLK LED_CS ON_OFF_SW KEYPAD_ROW_0 KEYPAD_ROW_1 KEYPAD_ROW_2 KEYPAD_ROW_3 KEYPAD_COL_0 KEYPAD_COL_1 KEYPAD_COL_2 VOLUME_1 VOLUME_2 HANDSET_AUDIO INT_SPKR+ INT_SPKR- R4000 R4001 R4002 R4003 R4004 R4005 33 33 33 33 33 33 R4061 R4063 R4064 R4065 R4066 R4067 R4068 R4069 R4070 R4071 33 33 33 33 33 33 33 33 33 0 470 R4006 GPIO_0_PWR_ON GPIO_1_USB1_DP GPIO_2_USB1_DM GPIO_3_PTT GPIO_4_HOOK VBUS1 ONE_WIRE_1 MIC_GROUND INT_MIC+ E4003 R4009 R4010 51 51 BLM21PG221SN1 E4001 E4004 BK1005HM471 R4012 0 J4001-1 J4001-2 J4001-3 J4001-4 J4001-5 J4001-6 J4001-7 J4001-8 J4001-9 J4001-10 J4001-11 J4001-12 J4001-13 J4001-14 J4001-15 J4001-16 J4001-17 J4001-18 J4001-19 J4001-20 J4001-21 J4001-22 J4001-23 J4001-24 J4001-25 J4001-26 J4001-27 J4001-28 J4001-29 J4001-30 PCB 30 29 28 27 26 25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 J4001 FRONT VIEW K4 6 K3 4 K2 3 K1 1 K4 6 K3 4 K2 3 K1 1 5V 2 4 6 8 10 12 A2 5 2 A1 A2 5 2 A1 4 C4014 C4015 C4016 C4017 C4018 C4019 C4020 C4021 C4022 C4023 C4024 C4025 C4026 C4027 C4028 C4029 C4030 C4031 C4032 C4033 220pF 220pF 220pF 220pF 220pF 220pF 220pF 220pF 220pF 220pF 220pF 220pF 220pF 220pF 220pF 220pF 220pF 220pF 220pF 220pF 5.6V VR4007 NU 5.6V VR4008 NU R4101 1.2K OPTION BOARD INTERFACE WD_RESET 7 R4086 0 NU OPT_SSI_SYNC C4059 220pF NU 1 Y_1 Y_2 Y_3 Y_4 Y_5 Y_6 NU 1 14 VCC A_1 A_2 A_3 A_4 A_5 A_6 GND 1 3 5 9 11 13 SERIAL_DATA PROGM_IO_CS SERIAL_CLK RESET ARMIO_6 D4001 R4103 1.2K R4023 1.2K R4100 1.2K U4001 SN74LVC07A 3 C4084 0.10uF C4034 C4035 330pF 330pF R4034 10K 2 C4085 220pF SERIAL_CLK SERIAL_DATA NC R4079 10K 5V 1V8 4866544A01 1V8 NU R4011 0 C4076 220pF NU WD_RESET MOBILE REPEATER: 0 OHM MOBILE SUBSCRIBER: NOT_USED C4071 C4072 C4074 220pF 220pF 220pF NU NU NU SW_9V3 SHARED_SYSTEM_SYNC SSI_FSYNC SSI_CLK SER U4000 SN74AHC594 R4090 RTC_BATTERY 8 0 SSI_DATA_OUT OPT_GPIO_1 OPT_GPIO_2 RESET_OUT OPT_BRD_PTT MOBILE REPEATER: 0 OHM MOBILE SUBSCRIBER: NOT_USED GND VCC NU SSI_DATA_IN 0 R4074 0 R4076 0 R4078 0 R4080 R4081 R4082 R4083 R4085 0 0 0 0 0 C4049 C4051 220pF 220pF NU NU C4053 C4055 220pF 220pF NU NU 1 2 3 4 5 6 7 8 9 10 11 12 13 14 J4003-1 J4003-2 J4003-3 J4003-4 J4003-5 J4003-6 J4003-7 J4003-8 J4003-9 J4003-10 J4003-11 J4003-12 J4003-13 J4003-14 1 2 3 4 5 6 7 8 9 10 11 12 13 14 PCB J4003 FRONT VIEW QA QB QC QD QE QF QG QH1 QH2 16 SRCLK RCLK SRCLR RCLR 5V 14 11 12 10 13 J4001_9 R4084 15 1 2 3 4 5 6 7 9 C4073 0.10uF C4058 C4060 C4061 C4062 220pF 220pF 220pF 220pF NU NU NU NU NC PUB_ADDRESS_2_EN PUB_ADDRESS_1_EN 1V8 1V8 10K 10K R4055 1V8 NU R4054 10K R4033 1V8 R4032 NU 10K 1V8 R4031 R4030 1V8 GP5_8_CTSs_Reset GP5_7_RxDc_BUSGP5_6_TxDc_BUS+ GP5_5_IGNITION_SENSE 5V 5V GP5_1_PTT 47K 47K R4041 4.7K VBUS2 47K 47K 47K Q4001 DTC144EKAF 4815263H01 4866544A01 2 D4000 3 4 R4035 10K Q4002 DTC114YKAF 4815261H01 VR4000 MMBZ20V VR4005 4813977A48 5V C4040 220pF 2 1 NC 10K Q4003 DTC144EKAF 4815263H01 2 10K 2 Q4015 DTC144EKAF 4815263H01 3 3 R4043 4.7K Q4008 DTC114YKAF 4815261H01 47K 10K 3 2 47K Q4010 DTC114YKAF 4815261H01 WD_RESET 47K C4041 220pF C4042 220pF Q4005 DTC144EKAF 4815263H01 VR4001 MMBZ20V C4043 220pF C4044 220pF R4051 390K VR4002 C4063 C4064 C4065 C4066 220pF 220pF 220pF 220pF 3 3 1 2 Q4014 BCW65A Q4012 DTC114YKAF 4815261H01 R4089 47K 10K EXT_SPKREXT_SPKR+ EXT_SWB+ EXT_SWB+ R4050 10K 47K VR4006 NC C4067 C4068 C4069 220pF 220pF 220pF NC VR4004 MMBZ20V VR4003 MMBZ20V C4046 220pF C4045 220pF MMBZ20V NU C4075 220pF R4049 2.7K 47K 47K 47K Q4004 DTC114YKAF 4815261H01 R4088 10K 10K 4813977A48 USB2_DP USB2_DM 3 Q4013 BCW68GLT1G 4816023H01 47K Q4011 DTC144EKAF 4815263H01 Q4009 DTC144EKAF 4815263H01 47K 4813977A48 Q4000 DTC144EKAF 4815263H01 VBUS2 47K 47K 1 47K 1 E4002 BLM21PG221SN1 1 1 1 47K ONE_WIRE_2 PUB_ADDRESS_2 PUB_ADDRESS_1 EXT_MIC+ RX_AUDIO R4048 1.5K 47K 47K Q4007 DTC144EKAF 4815263H01 Q4006 DTC144EKAF 5V 4815263H01 47K R4047 4.7K 47K 47K E4005 BK1005HM471 EXT_SWB+ 4813977A48 USB2_DP USB2_DM R4098 4.7K R4042 4.7K 1 R4040 4.7K R4046 4.7K R4045 4.7K R4044 4.7K NU 2 5V 5V 1 GP5_2_MONITOR 5V 5V 5V 4813977A48 5V MOBILE REPEATER: 0 OHM MOBILE SUBSCRIBER: NOT_USED 1 GP5_4_EMERGENCY GP5_3_CHAN_ACTIVITY C4048 220pF C4047 220pF C4070 220pF 1 IGNITION_SENSE ACCESSORY INTERFACE (26-PIN) 2 4 6 8 10 12 14 16 18 20 22 24 26 1 3 5 7 9 11 13 15 17 19 21 23 25 J4000 REAR VIEW Controller Peripheral Schematic Diagram (sheet 1 of 2) 7 8 GROUND J4000-16 16 EXT_SWB+ J4000-7 POWER GROUND J4000-8 EXT_SPKR- J4000-9 9 EXT_SPKR+ J4000-10 10 15 13 11 14 12 6 MAP_ID_1 J4000-6 J4000-15 J4000-13 J4000-11 J4000-14 J4000-12 5 MAP_ID_2 J4000-5 AUX_AUDIO_OUT_2 AUX_AUDIO_OUT_1 TX_AUDIO RX_AUDIO AUDIO GROUND PCB VIP_1_(EXT ALARM) J4000-26 26 GP5_8 J4000-24 24 GP5_7 J4000-22 22 APM_1_WIRE GP5_6 J4000-20 20 25 IGN_SENSE J4000-25 1 23 1 EMERG SW J4000-23 GP5_3_(CHAN_ACT) J4000-21 21 3 VBUS_MAP J4000-3 GP5_2_(MONITOR) J4000-19 19 2 1 EMERGENCY EXT_PTT GP5_1_(EXT PTT) J4000-17 17 4 USB_DM_MAP J4000-2 USB_DP_MAP J4000-1 GROUND J4000-18 18 USB / MAP_ID_GROUND J4000-4 1 Controller R2 Schematic Diagrams 3-23 REPEATER CONNECTOR WD_RESET 1V8 1 2 3 4 5 6 7 8 9 10 11 C4086 0.10uF McBSP3_DX R4097 A2 J4002 FRONT VIEW VCCB VCCA A1 PCB C1 C2 0 B2 B A GND DIR B1 SN74AVC1T45 U4004 1V8 C4087 0.10uF A2 VCCB VCCA 1 A1 TP4000 McBSP3_FSX R4095 C2 0 B2 1V8 B A C1 GND DIR B1 SN74AVC1T45 U4005 R4105 10K DIR_CTRL R4099 1V8 0 1 J4002-1 2 J4002-2 3 J4002-3 4 J4002-4 5 J4002-5 6 J4002-6 7 J4002-7 8 J4002-8 9 J4002-9 10 J4002-10 11 J4002-11 C2 0 R4093 B2 A2 A B C4007 220pF C4010 220pF C4011 220pF C4012 220pF NU NU NU NU C1 DIR GND McBSP3_CLKX VCCB VCCA A1 C4088 0.10uF B1 SN74AVC1T45 U4006 1V8 McBSP3_DR R4096 VCCB A2 VCCA A1 C4089 0.10uF C2 0 B2 C1 B A GND DIR B1 SN74AVC1T45 U4007 1V8 SYSTEM_SYNC R4094 0 C2 B2 VCCB A2 VCCA A1 C4090 0.10uF B A C1 B1 GND DIR SN74AVC1T45 U4008 R4106 10K SHARED_SYSTEM_SYNC Controller Peripheral Schematic Diagram (sheet 2 of 2) Controller R2 Schematic Diagrams 2.775V_DIG_V4 ARMIO_12 (MOBILE ONLY) AUDIO_PA_ENA (MOBILE ONLY) (GPIO_3 for PORTABLE-Green LED) (SPI.CS3 for MOBILE Shift Register Chip Select) ARMIO_6 DIR_CTRL GPIO_3 ARMIO_2 0 R1047 R1071 47K JTAG_NTRST JTAG_TCK JTAG_TMS JTAG_TDI JTAG_NEMU0 JTAG_NEMU1 JTAG_TDO JTAG_RTCK 2.775V_DIG_V4 JTAG 10K Place for OMAP1710 OMAP1610 / 1710 GP DEVICE CONFIG 1.875V DECOUPLING CAPACITORS LARGEST REF R1034 10K C1039 R1050 OMAP_CORE U1008 Y1001 PLACE FOR GP DEVICE FAST BOOT R1035 0 DNP NU 1.875V DVDD2 3.3V_DIG_V10 R1025 1.875V_DIG_V2 GPS_RESET_LS GPS_TX_LS GPS_RX_LS GPS_ON_OFF_LS GPS_BOOT_SELECT 1.875V GPS LED_CS SERIAL_CLK DISPLAY_CS SERIAL_DATA 1.875V_DIG_V2 SERIAL FLASH SPI R1021 0 LED & Display CS: Active Low PLACED FOR MOBILE ONY 1.875V R1017 10K ARMIO_3 (Used as BL_EN for PORTABLE, GP5_7 for MOBILE Date rate: 20 of 8 bits packet per chip select MCBSP3_DX MCBSP3_DR MCBSP3_FSX MCBSP3_CLK OMAP_CORE_LDO (0.87mA/MHz for OMAP1710 & 1.06mA/MHz for OMAP1610) OMAP_CORE (1.4V for OMAP1710 & 1.55V for OMAP1610) PTT CLK rate: 1 MHz MCBSP3 R1020 0 ONE_WIRE_UP GPIO_60 (Used as GREEN_LED for PORTABLE, PA_ENABLE for MOBILE) GPIO_15 (Used as RED_LED for PORTABLE, RX_ATTN_1 for MOBILE) 3-24 C1000 C1001 C1002 C1003 C1013 C1015 C1011 C1031 C1034 100pF 0.10uF 0.10uF 100pF 0.10uF 0.10uF 100pF 0.10uF 1.0uF DELETED REF C1035 2.2uF 1.875V C1004 C1005 C1006 C1007 C1014 C1010 C1009 C1008 C1036 C1037 2.2uF 100pF 0.10uF 0.10uF100pF 0.10uF 0.10uF 0.10uF100pF 1.0uF OMAP_CORE OMAP_CORE R1054 4.7K 1 DVDD2 LOCK_DETECT ANT_EN ADAPT_SW DMCS DEEP_SLEEP R1066 10K NU C1030 18pF TP_MAKO_FSYNC TP_MAKO_TX 1.875V 1 1 1 TP_MAKO_RX TP_MAKO_DCLK LDO_FILTER R1067 4.7K NU FREQ SWITCH SDRAM_DATA(15:0) 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 0 N3 C12 D12 D13 C11 C13 D11 D14 C10 D8 C4 C7 D5 D7 C5 C6 D6 J18 J19 J14 K18 K19 K15 K14 L19 L18 L15 M19 M20 N21 N19 N18 N20 W8 Y8 M15 P19 P20 P18 M14 R19 R18 T20 T19 V8 N15 U19 V16 W17 AA17 R13 W11 W10 V10 R11 CX-91F Y1000 12MHz 3 1.0Vpkpk C1018 18pF OUT GND1 4 2 GND 0 NU TOMAHAWK SSI R1002 10MEG IN 1 ABACUS3 SSI TX_FSYNC TX_DATA TX_CLK RX_FSYNC RX_DATA RX_CLK C1019 18pF 1.875V FLASH FLASH_WAIT FLASH_CLK R1046 0 NU R1006 10K 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 0 V3 T4 U3 U1 P8 T3 T2 R4 R3 R2 P7 P4 P2 N7 N2 N4 CLK_F SDATA_15 SDATA_14 SDATA_13 SDATA_12 SDATA_11 SDATA_10 SDATA_9 SDATA_8 SDATA_7 SDATA_6 SDATA_5 SDATA_4 SDATA_3 SDATA_2 SDATA_1 SDATA_0 CAM_D_7 CAM_D_6 CAM_D_5 CAM_D_4 CAM_D_3 CAM_D_2 CAM_D_1 CAM_D_0 CAM_VS CAM_HS CAM_RSTZ GPIO_15 GPIO_14 GPIO_13 GPIO_12 GPIO_11 GPIO_9 GPIO_8 GPIO_7 GPIO_6 GPIO_4 GPIO_3 GPIO_2 GPIO_1 GPIO_0 MPUIO_5 MPUIO_4 MPUIO_3 MPUIO_2 MPUIO_1 EMU0 EMU1 MSCI1_SYNC CLK32K_OUT MMC_DAT3 MMC_DAT2 MMC_DAT1 MMC_DAT0 FDATA_15 FDATA_14 FDATA_13 FDATA_12 FDATA_11 FDATA_10 FDATA_9 FDATA_8 FDATA_7 FDATA_6 FDATA_5 FDATA_4 FDATA_3 FDATA_2 FDATA_1 FDATA_0 B13 B20 J21 R20 J1 CVDD3_1 CVDD3_2 CVDD3_3 CVDD3_4 CVDD4 Y21 W12 A11 A15 Y20 Y9 M2 AA3 CVDD2 A9 CVDD2_1 A3 CVDD2_2 E2 KBS_5 KBS_4 KBS_3 KBS_2 KBS_1 KBS_0 CLK_EX_CAM LOW_STATE_5 UART3_RX 12C_SCL TDO UWIRE_SDI UWIRE_SDO CLK_S_UWIRE Z_STATE_3 Z_STATE_2 MCBSP1_DX G19 C21 E18 D19 D20 F18 H19 M18 L14 T18 AA19 U18 W21 V19 N14 P15 H18 5 EMIFS_DATA(15:0) EMIFS_ADD(23:1) 1 TX_RAMP MOBILE_DISPLAY_CMD (MOBILE ONLY) SPI_CLK SPI_MISO SPI_MOSI THK_CE ABACUS3_CE MAKO_CE R1036 10K 1.875V R1005 4.7K FLASH_CTL(5:0) MAKO_OPT_INT RESET_OUT Controller Microprocessor Schematic Diagram USB#2 OPTION BOARD USB#0 USB_INT USB1_TXEN USB1_SE0 USB1_DAT USB0_SE0 USB0_DAT USB0_TXEN USB2_SE0 GPIO_25 USB2_DAT USB2_SUSPEND GPIO_26 USB2_RCV I2C GPIO_18 I2C_CLK I2C_DATA Place for OMAP1610 USB#1 USB#0 RESERVED FOR MOBILE ( INTERFACE WITH MAKO) PORTABLE DISPLAY GPIO_27 (Used as KEYPAD_COL4 for NEO and Public Add Mic for MORPHEUS) KEYPAD_COL3 KEYPAD_COL2 KEYPAD_COL1 KEYPAD COLUMN KEYPAD_COL0 RTCK MCS12_DOUT MMC_CMD CLK_MMC RTC_ON_NOFF Z_STATE_1 RTC_WAKE_INT RESET_MODE RST_OUT 1K DISPLAY_DATA7 DISPLAY_DATA6 DISPLAY_DATA5 DISPLAY_DATA4 DISPLAY_DATA3 DISPLAY_DATA2 DISPLAY_DATA1 DISPLAY_DATA0 DISPLAY_CE DISPLAY_CMD Y17 W9 P11 V11 Y12 W16 W13 P12 AA200 R1041 R1072 R1 DVDD5_1 H2 DVDD5_2 C2 DVDD5_3 D15 C16 A17 G13 B17 C17 D16 D17 C18 B19 A20 H13 G14 C19 B21 D18 1 0 (MOBILE ONLY) GP5_8 LCD_PIXEL_15 LCD_PIXEL_14 LCD_PIXEL_13 LCD_PIXEL_12 LCD_PIXEL_11 LCD_PIXEL_10 LCD_PIXEL_9 LCD_PIXEL_8 LCD_PIXEL_7 LCD_PIXEL_6 LCD_PIXEL_5 LCD_PIXEL_4 LCD_PIXEL_3 LCD_PIXEL_2 LCD_PIXEL_1 LCD_PIXEL_0 R1014 0 R1044 0 16.8_MHZ_BUFF R1070 A5 DVDD4_1 A7 DVDD4_2 B10 DVDD4_3 B14 DVDD4_4 SDRAM_ADD(12:0) 12 11 10 9 8 7 6 5 4 3 2 1 0 1 2 3 4 RS232_TX AA2 DVDD2_1 Y7 DVDD2_2 AA11 DVDD2_3 0 RS232 H11 H9 H10 B8 B12 G9 G11 G12 B9 G10 A1 B6 B2 A2 0 1 2 3 4 5 6 LCD_VSYNC B18 LCD_HSYNC C20 LCD_AC B15 CLK_P_LCD C15 VSS_1 B5 VSS_2 B7 VSS_3 A13 VSS_4 B16 VSS_5 A21 VSS_6 F20 VSS_7 K20 VSS_8 R21 VSS_9 W20 VSS_10 AA21 VSS_11 Y13 VSS_12 AA7 VSS_13 Y3 VSS_14 AA1 VSS_15 U2 VSS_16 N1 VSS_17 K2 VSS_18 G1 VSS_19 B1 TP1000 R1001 10K C1032 .01uF RS232_RX CLK_B_REQ CLK_B CLK_MCSI1 MCSI1_DOUT MCSI1_DIN MCSI2_DIN MCSI2_SYNC CLK_M_REQ MCBSP2_DR FRDY OSC32K_IN OSC32K_OUT MCBSP2_DX CLK_M OSC1_IN OSC1_OUT LOW_STATE_1 LOW_STATE_2 MCBSP2_FSX CLKR_MCBSP2 CLKX_MCBSP2 MCBSP2_FSR NC DVDD1_1 DVDD1_2 DVDD1_3 DVDD1_4 DVDD1_5 E5 RESERVED OMAP_CORE W15 Y15 P14 W14 V15 AA9 V9 R10 P10 V2 V13 AA13 AA5 V5 Y2 W3 AA15 Y14 W7 V7 Y6 W6 L1 A19 E21 U21 Y16 L21 FADV EN_F_BE_0 EN_F_BE_1 GPIO_62 F_CS1 F_CS2 F_CS3 EN_F_OE F_RP EN_F_WE F_WP USB0_SE0 USB0_DAT EN_USB_PUEN CLK_B_QUART2 LOW_STATE_3 LOW_STATE_4 OPT_GPIO_1 OPT_GPIO_2 GPIO_40 MAKO_AD_TRIGGER BOOT FROM CS0 SADD_13 SADD_12 SADD_11 SADD_10 SADD_9 SADD_8 SADD_7 SADD_6 SADD_5 SADD_4 SADD_3 SADD_2 SADD_1 SADD_0 LDO_FILTER L4 L3 M8 M7 M3 M4 N8 U4 W1 W2 V4 R8 P9 W4 Y4 V6 W5 2 R1028 0 CVDDA VDD_DLL CVDDA CVDD_RTC CVDD_DLL CVDD_1 CVDD_2 CVDD_3 CVDD_4 CVDD1 Y2 4 GND VCC Y1 6 ( BUFFERRED 16.8 FROM TOMAHAWK) 1 A1 C1033 0.10uF R1026 47K 5 3 A2 1.875V 16.8MHz Squarer 1.875V U1006 NL27WZU04 H8 H7 D10 C8 B4 C3 B3 DVDD2 V12 DVDDRTC R1045 10K FADD_1 FADD_2 FADD_3 FADD_4 FADD_5 FADD_6 FADD_7 FADD_8 FADD_9 FADD_10 FADD_11 FADD_12 FADD_13 FADD_14 FADD_15 FADD_16 FADD_17 FADD_18 FADD_19 FADD_20 FADD_21 FADD_22 FADD_23 FADD_24 FADD_25 KEYPAD ROW ARMIO_15 KEYPAD_ROW3 KEYPAD_ROW2 KEYPAD_ROW1 KEYPAD_ROW0 U1000 OMAP1710 OMAP_CORE SDRAM_CTL(6:0) EN_WE_SDRAM SDRAM_RAS SDRAM_DQMU SDRAM_DQML SDRAM_CAS SBANK_1 SBANK_0 1.875V J8 D3 C1 E4 D2 F4 E3 J7 F3 G4 G3 G2 K8 H4 H3 K7 J2 J4 J3 F2 L8 K4 K3 L7 E1 DNP NU R1027 10K SDRAM_CLK 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 MAKO_INT ( RESET CIRCUIT PROVIDED BY MAKO) POR MAKO_GPIO_RX GPIO_5 (Used as KEYPAD_ROW4 for PORTABLE, GP5_6 for MOBILE) CLKX_SD CLK32K_IN EN_SDCKE CLKX_MCBSP1 CLK_MCSI2 CLKS_MCBSP1 MCBSP1_FSX PWRON_RESET F_CS1U F_CS2U SDDQS_H SDDQS_L CS_SDRAM KBR_4 KBR_3 KBR_2 KBR_1 KBR_0 MCBSP1_DR BFAIL CONF TDI TMS TCK TRST MPU_BOOT MPU_RST UART1_CTS UART2_CTS UART1_RX UART2_RX 12C_SDA CLK_L_CAM CLK_SD D9 P13 H12 G21 Y10 G20 H15 R12 Y1 P3 C14 D4 G8 E19 E20 H14 F19 G18 H20 W19 V18 Y19 V17 W18 Y18 J20 U20 R14 Y5 V14 R9 V20 J15 C9 0 1 R1048 TP_POR (FROM MAKO) 32KHZ_CLK 1.875V C1017 1.0uF OMAP_CORE SDRAM_CLK_EN OPTION SELECT (FROM MAKO) MAKO_OPT_GPIO0 MAKO_OPT_GPIO3 MAKO_OPT_GPIO2 BOOT FROM CS3 R1019 5.1 Place for OMAP1710 SDRAM SDRAM_CS (MOBILE ONLY) EXT_MIC_ENA (FROM MAKO) GATED_32KHZ_OMAP Place for OMAP1610 GPIO_33 (Used as SW8 for PORTABLE, Channel Activity for MOBILE) GPIO_32 (Used as SW4 for PORTABLE, Monitor for MOBILE) GPIO_31 (Used as SW2 for PORTABLE, Volume B for MOBILE) GPIO_30 (Used as SW1 for PORTABLE, Volume A for MOBILE) MAKO_RX MAKO_DCLK MAKO_FSYNC MAKO_TX MAKO SSI RF CONTROLS Place for OMAP1710 SPI R1000 10 R1060 10 CVDDA VDD_DLL C1012 0.10uF C1016 0.10uF C1044 0.10uF Controller R2 Schematic Diagrams 3-25 1.875V_DIG_V2 FLASH 1.875V_DIG_V2 SDRAM 1.875V_DIG_V2 1.875V_DIG_V2 R2011 0 R2004 0 TP_SDRAM_CLK Bootstrap Mode = 48 MHz Normal Mode = 72 MHz 1.875V_DIG_V2 C2001 .01uF C2000 100pF C2002 0.10uF 1.875V_DIG_V2 C2003 0.10uF C2007 0.10uF SDRAM_CLK R2005 10K SDRAM_CLK_EN TP_FLASH_CLK R2000 10K R2012 10K R2006 10K R2007 10K R2008 10K C2006 0.10uF C2005 .01uF C2004 100pF R2009 10K SDRAM_CTL(6:0) 0 B7 6 A7 7 C7 8 A2 9 B2 10 C2 11 A1 12 B1 13 C1 14 D2 15 D1 16 D4 17 B6 18 A6 19 C6 20 B3 21 C3 22 D7 A2 D2 A3 D3 A4 D4 A5 A6 A7 A8 A9 D5 D6 D7 D8 D9 A10 D10 A11 D11 A12 D12 A13 D13 A14 D14 A15 D15 E6 1 0 H8 E5 2 1 J8 G5 3 2 J7 E4 4 3 J3 G3 5 4 J2 E3 6 5 H3 G1 7 6 H2 G7 8 7 H1 F6 9 8 G3 F5 10 9 H9 F4 11 10 G2 D5 12 11 F3 13 F2 14 E2 H7 C7 B3 A7 J9 E7 D3 VDDQ4 VDDQ3 VDDQ2 VDDQ1 VDD3 A9 0 VDD2 G6 A5 VPP E1 D1 BA1 A0 DQ0 A1 DQ1 A2 A3 A4 A5 A6 A7 A8 A9 DQ2 DQ3 DQ4 DQ5 DQ6 DQ7 DQ8 DQ9 A10 DQ10 A11 DQ11 DQ12 DQ13 E8 15 12 F1 LDQM DQ14 UDQM DQ15 A16 A17 NC1 A18 NC2 A8 0 B9 1 B8 2 C9 3 C8 4 D9 5 D8 6 E9 7 E1 8 D2 9 D1 10 C2 11 C1 12 B2 13 B1 14 A2 15 E2 G1 NC A19 A20 A21 NC F1 A3 VSS1 23 D0 A1 F7 BA0 VSSQ4 5 A0 G8 TP_SDRAM_BA1 D7 A8 TP_SDRAM_CS WAIT VSSQ3 4 TP_SDRAM_BA0 RP CAS C3 B8 G7 VSSQ2 3 EN_L RAS B7 C8 WP U2001 WE MICRON 8Mx16 2 F7 VSSQ1 D8 F8 A3 1 SDRAM_CS EN_W CKE 16MByte CS VSS3 E8 EN_G F9 J1 D3 FLASH_WAIT G9 CLK VSS2 B5 F3 2 VSS1 2 R2013 10K U2000 M58WR064FB E3 C4 F2 A1 5 1 4 0104024J27 (Pre-Flashed Part) 3 VSSQ2 D6 5 SDRAM_ADD(12:0) G8 C5 4 8MByte CLK_K ST 4Mx16 3 6 R2010 10K EN_E VSSQ1 F8 G2 E7 1 VSS2 0 VDDQ2 G4 B4 VDDQ1 VDD1 FLASH_CTL(5:0) VDD2 A4 1.875V_DIG_V2 VDD1 FLASH_CLK EMIFS_ADD(23:1) EMIFS_DATA(15:0) SDRAM_DATA(15:0) Controller Memories Schematic Diagram Controller R2 Schematic Diagrams 2 C3536 10uF R3575 1K C3508 0.1uF B E3502 INT_MIC EXT_MIC+ C3530 220pF R3537 0 C3531 220pF VMES ADC_VREF ATOD_0 ATOD_1 ATOD_2 ATOD_3 ATOD_4 ATOD_5 ATOD_6 ATOD_7 ATOD_8 L10 M12 N14 M13 L11 M14 L12 L13 K11 K12 K13 FE_TUNE1 FE_TUNE2 PWR_CTRL SCAN_EN TEST VFUSE L3 M2 N1 C4 A3 E8 C3513 C3512 0.1uF 15K VAG 13 12 3.3V_DIG_V10 5V_V8_MAKO 5V_SW 9V3 7 VCC 10K 47K Q3500 DTC114YKAF SPKR+ E3501 SPKR- C3505 1000pF U3500 TDA1519 7.8V RMS (7.5 W @ 8 ohms) C3506 47uF 1 U3505-4 MC3403 4 14 VR3502 2 C3509 10uF R3524 560 C3510 330pF 3 1 HANDSET_AUDIO 11 100K R3525 2.9V_DIG_V6 100pF UNSWB+ 2 AUDIO_PA_ENA 2200pF 9V3 600mV RMS 9V3 HW_ID0 HW_ID1 HW_ID2 BATTERY_SENSE PA_TEMP C3517 10uF R3528 22K 2 4 TX_RAMP_DAC 3.91V (27.5W) 4.12V (44W) R3577 26.7K R3576 100 C3519 47uF R3529 51 RX_AUDIO 3 11 R3548 100K VAG RT3500 10K RX_FLTR_VCTRL PA_BIAS R3571 2K U3505-1 MC3403 1 R3595 10K ANT_CURRENT_DET 1 U3200-3 PA_CODEC_A2D_BLOCK SW_9V3 NC NC NC NC NC NC C3528 E3503 NC 9V3_CNTRL 0.10uF EXT_MIC 1 R3535 560 1.0uF 0.10uF EXT_MIC_ENA R3532 C3524 100 10uF 3 2 1 9V3 C3520 C3529 Q3501 EMD9FT2R NC NC 1.0uF 4 5 6 R3547 560 C3516 1.0uF 0.10uF R3526 0 C3515 220pF C3521 C3514 220pF B11 AD_TRIG A11 TX_RX L2 MIC_BIAS K2 INT_MIC_P K1 INT_MIC_M J2 EXT_MIC_P J1 EXT_MIC_M J3 VCM1 H3 VC_OUT_P H2 VC_OUT_M E3 BPLUS E1 PA_BPLUS G3 PA_IN_M G2 PA_IN_P F1 INT_SPKR_P F2 INT_SPKR_M H1 EXT_SPKR_P G1 EXT_SPKR_M H4 VCM2 A4 VREF R3520 24K 3 R3521 C3511 100pF C3523 INT_MIC+ 9V3 C3507 R3523 24K 4 9 INV OUT1 1 NINV 3 RR 6 8 M_SS OUT2 R3516 24K NC C3504 1000pF E3500 C GND2 9 PCA9306 U3503 NC NC NC NC VDD CLK_SCL 3 AD0_CS* 8 DIS 4 SDO_NC 5 SDI_SDA W 10 1 A GND1 10K 10K A2 GND V_POS GPIO_0_PWR_ON GPIO_3_PTT GPIO_4_HOOK 6 MAKO_AD_TRIGGER 1 1 2 MAKO_OPT_GPIO2 MAKO_OPT_GPIO3 MAKO_OPT_INT NC SDA2 5 SCL2 6 EN 8 7.8V RMS (7.5 W @ 8 ohms) 9.3VDC unmuted 2113945A09 5.3VDC muted 1000pF 330mV RMS R3550 82K C3525 220pF VAG C3545 220pF R3536 TX_DAC R3596 150 R3539 24K C3538 .01uF 4 C3532 1.0uF 100K 6 VAG C3527 0.1uF 9 C3533 10uF 4 4 R3540 100 8 7 3 9V3 R3533 24K 9V3 U3502-2 MC3403 10 5 11 PUB_ADDRESS_1 11 U3502-3 MC3403 R3553 10K 5 R3538 39K V15 2 R3551 10K 70mV RMS (RX AUDIO) MIC_GROUND EMD9FT2R Q3503 C3518 1.0uF C3522 VAG R3542 24K UMZ2NTR Q3504 R3530 NU 220K 80mV RMS (TX AUDIO) R3554 47K 1 4 6 R3544 24K 2 4 1 3 6 9V3 C3535 1.0uF 4 7 VAG 5 4 3 11 R3552 10K R3546 15K C3534 10uF R3545 100 PUB_ADDRESS_2 11 10K R3556 47K 3 U3505-2 MC3403 5 2 R3534 10K 12 9V3 U3502-4 MC3403 4 14 R3555 11 30K 4 C3526 1.0uF R3541 24K 13 470pF VAG R3549 VR3504 MMBZ20V U3502-1 9V3 MC3403 6 3 NC NC NC 4 SDA1 3 SCL1 I2C_CLK C3542 0.10uF U3508 PCA9306 U3501 AD5161 1 R3587 5.1K NU R3582 16.2K MMP_GPIO2_INPUT MAKO_OPT_GPIO0 VR3503 MMBZ20V 10K ONE_WIRE_1 I2C_DATA ONE_WIRE_2 C3503 1000pF 2 R3581 3 SCL1 4 SDA1 NC NC R3574 10K C3502 0.1uF 6 16.2K R3573 10K 8 EN 6 SCL2 SDA2 5 C3501 0.1uF R3511 10K R3513 0 5 R3583 NC R3514 10K R3569 1K 3 10K NC NC 2.775V_DIG_V4 C3540 0.10uF C3539 0.10uF R3592 2.2K R3591 2.2K 1 MMP_GPIO1_INPUT R3580 USB_ CONNECT R3593 200K 52mV RMS for rated audio 0613952R01 10K 5V_SW 2 ONE_WIRE_UP 1.875V_DIG_V2 GND NC R3578 200K 2.9V_DIG_V6 R3559 10K 51.1K R3579 R3588 1.875V_V2_MAKO 5V_SW C3541 0.10uF C3500 10.0uF 2.775V_DIG_V4 1.875V_DIG_V2 USB2_DP USB2_DM 27 R3558 NC NC 27 R3501 R3515 10K UNSWB+ 9V3 5V_SW 5V_V8_MAKO 3.3V_DIG_V10 1.875V_DIG_V2 10 R3506 10K 2 VREF1 1 7 VREF2 GND MAKO UART RS232_TX RS232_RX R3594 3.3K R3500 N6 P7 N7 P8 L6 N13 N9 P9 M8 L8 M10 N12 M11 P13 P10 K7 M9 N10 P11 K8 P12 N11 8 11 1 1 NC VAG (SOURCE) 4 C1 IN2 I2C_CLK I2C_DATA 0 0 0 R3561 R3562 R3563 B2 IN1 9V3 9 R3502 10K R3586 0 VREF1 2 VREF2 7 MAKO USB NC D2 NO2 C2 COM2 9V3 GND NC 1.875V_V2_MAKO USB1_TXEN USB1_DAT USB1_SE0 USB0_TXEN USB0_DAT USB0_SE0 USB_INT A1 NO1 B1 COM1 U3505-3 MC3403 U3504 TS5A23166 1 MAKO_TX MAKO_RX MAKO SSI BBP_CLK BBP_SYNC SPI_CLK SPI_CS U3200-2 SPI_DI DIGITAL_BLOCK SPI_DO VC_DCLK VC_FSYNC VC_TX VC_TX3V VC_RX UCM_SS LOGIC_VDD USB1_O E USB1_DAT_TXD USB1_SE0 USB2_OE_RCV_RTS USB2_DAT_VP USB2_SE0_VM_RXD UART2_TXD USB1_DP UART2_RXD_OD USB1_DM CTS_X USB2_DP USB_INTX USB2_DM RXDIN_3V USB_CONNECT TXDO_BDI_UP_3V SB96_BUS_BUSY BOOT_NORM_X SB96_BDO_KF_5V RS232_USB_X ONE_WIRE_1 APCO ONE_WIRE_2 SB96D_BDO_KF_3V ONE_WIRE_BATT ONE_WIRE_UP TXDO_BDI_5V TXDO_BDI_ENC_3V RXDIN_5V RXDIN_ENC_3V RTS_FILLSEN_5V RTS_FILLSEN_3V CTS_CABLE_DET_5V BUSY_IN OPTA_SEL0 BUSY_OUT OPTA_SEL1 CABLE_DET_3V OPTA_SEL2 OPT_GPIO0 OPTA_SEL3 OPT_GPIO1 OPTB_SEL0 OPT_GPIO2 OPTB_SEL1 OPT_GPIO3 OPTB_SEL2 OPTION_INTX OPTB_SEL3 D1 MAKO_FSYNC A5 B5 E6 D6 B6 C6 E7 D7 B7 M4 A7 N3 A6 B8 C8 D8 A9 B9 C9 E9 A10 B10 C10 P2 J5 C7 A8 L5 N8 L7 K6 N2 M3 C12 E11 D10 F10 C11 G10 D11 B12 R3585 22K UNSWB+ 1 1 1 0 R3509 NC NC R3584 22K 1.875V_DIG_V2 USB1_DP USB1_DM 3.3V_DIG_V10 5 R3560 47K 5V_V8_MAKO MAKO SPI SPI_CLK MAKO_CE SPI_MOSI SPI_MISO MAKO_DCLK HW_ID2 0 HW_ID HW_ID1 R3508 R3505 33K 0 R3504 33K NU R3507 MOBILE REPEATER: NOT_USED MOBILE SUSCRIBER: 0 OHM R3503 33K NU HW_ID0 MOBILE REPEATER: 33K MOBILE SUBSCRIBER: NOT_USED R3510 R3512 27 27 R3572 10K 7 2.9V_DIG_V6 2.9V_DIG_V6 1 USB1_TXEN USB1_DAT USB1_SEO MAKO_CE 3-26 UMZ2NTR Q3505 5 2 6 1 EMD9FT2R Q3502 Controller Audio and USB Schematic Diagram PUB_ADDRESS_2_EN PUB_ADDRESS_1_EN PUB_ADDRESS_MIC_EN LOW_LEVEL_MUTE Controller R2 Schematic Diagrams 3.1 3-27 Controller R2 Parts List Circuit Ref Motorola Part No Description Circuit Ref Motorola Part No Description Circuit Ref Motorola Part No Description Circuit Ref Motorola Part No Description C2000 2113944A40 100pF C3031 2113945C31 0.1uF C3221 2113944A44 220pF C1000 2113944A40 100pF C2001 2113945B02 .01uF C3032 2113945B02 .01uF C3222 2113945Y02 0.10uF C1001 2113945Y02 0.10uF C2002 2113945Y02 0.10uF C3040 2113944C06 470pF C3225 2113944A44 220pF C1002 2113945Y02 0.10uF C2003 2113945Y02 0.10uF C3041 2113945C02 .01uF C3226 2113945Y02 0.10uF C1003 2113944A40 100pF C2004 2113944A40 100pF C3042 2113945B02 .01uF C3227 2113944A44 220pF C1004 2113944A40 100pF C2005 2113945B02 .01uF C3043 2314030E85 33uF C3228 2113945Y02 0.10uF C1005 2113945Y02 0.10uF C2006 2113945Y02 0.10uF C3044 2113945C31 0.1uF C3229 2113944A44 220pF C1006 2113945Y02 0.10uF C2007 2113945Y02 0.10uF C3045 NOT PLACED – C3231 2113944A44 220pF C1007 2113944A40 100pF C2500 2113944A44 220pF C3046 2113945Y02 0.10uF C3232 2113945Y02 0.10uF C1008 2113944A40 100pF C2501 2113945A10 1500pF C3200 2113946J04 22uF C3233 2113944A44 220pF C1009 2113945Y02 0.10uF C3000 2113944C06 470pF C3201 2113946D05 2.2uF C3234 2113946D05 2.2uF C1010 2113945Y02 0.10uF C3002 2371403L02 10uF C3202 2113945Y02 0.10uF C3237 2113946D05 2.2uF C1011 2113944A40 100pF C3005 2113944C06 470pF C3203 2316410H02 68uF C3238 2113946H02 10uF C1012 2113945Y02 0.10uF C3006 2314030E85 33uF C3204 2115153H21 5.6pF C3239 2113946D05 2.2uF C1013 2113945Y02 0.10uF C3007 2113945C31 0.1uF C3205 2115153H21 5.6pF C3240 2113944C45 100pF C1014 2113945Y02 0.10uF C3008 2113945A09 1000pF C3206 2316410H01 22uF C3243 2113946S35 1.0uF C1015 2113945Y02 0.10uF C3009 2113945Y02 0.10uF C3207 2113945C31 0.1uF C3247 2113946H02 10uF C1016 2113945Y02 0.10uF C3010 2113946S35 1.0uF C3208 2113946D05 2.2uF C3248 2113946S35 1.0uF C1017 2113946E02 1.0uF C3011 2113946S35 1.0uF C3209 2113945Y02 0.10uF C3249 2113944C45 100pF C1018 2113944A28 18pF C3012 2113944C06 470pF C3210 2113946D05 2.2uF C3252 2113946S35 1.0uF C1019 2113944A28 18pF C3013 2314030J28 22uF C3211 2113945A09 1000pF C3254 2113946D05 2.2uF C1030 2113944A28 18pF C3014 2113945C31 0.1uF C3212 2316410H02 68uF C3257 2113946S35 1.0uF C1031 2113945Y02 0.10uF C3015 2113944C38 47pF C3213 2113946F03 4.7uF C3260 2113946S35 1.0uF C1032 2113945B02 .01uF C3016 2113944A40 100pF C3214 2115153H45 33pF C3261 2113944A44 220pF C1033 2113945Y02 0.10uF C3017 2113945A09 1000pF C3215 2115153H45 33pF C3262 2113946N03 2.2uF C1034 2113946S35 1.0uF C3018 2389289U01 10uF C3216 2113946F03 4.7uF C3265 2113946J04 22uF C1035 2113946D05 2.2uF C3019 2113944C06 470pF C3217 2113944A44 220pF C3266 2113946D05 2.2uF C1036 2113946S35 1.0uF C3020 2314030E85 33uF C3218 2113945Y02 0.10uF C3269 2113946S35 1.0uF C1037 2113946D05 2.2uF C3021 2113945C31 0.1uF C3219 2113944A44 220pF C3270 2113946S35 1.0uF C1044 2113945Y02 0.10uF C3030 2113945C02 .01uF C3220 2113945Y02 0.10uF C3272 2115153H27 10pF Controller R2 Schematic Diagrams 3-28 Circuit Ref Motorola Part No Description Circuit Ref Motorola Part No Description Circuit Ref Motorola Part No Description Circuit Ref Motorola Part No Description C3273 NOT PLACED – C3519 2314030F30 47uF C4006 2113944A44 220pF C4042 2113944A44 220pF C3274 2113944A44 220pF C3520 2113946S35 1.0uF C4007 NOT PLACED – C4043 2113944A44 220pF C3275 2113946J03 10.0uF C3521 2113946S35 1.0uF C4010 NOT PLACED – C4044 2113944A44 220pF C3276 2113946S35 1.0uF C3522 2113945A05 470pF C4011 NOT PLACED – C4045 2113944A44 220pF C3277 2113946S35 1.0uF C3523 2113945Y02 0.10uF C4012 NOT PLACED – C4046 2113944A44 220pF C3278 2113945C31 0.1uF C3524 2313960D07 10uF C4013 2113944A44 220pF C4047 2113944A44 220pF C3279 2113945C31 0.1uF C3525 2113944A44 220pF C4014 2113944A44 220pF C4048 2113944A44 220pF C3280 2113945C31 0.1uF C3526 2113946S35 1.0uF C4015 2113944A44 220pF C4049 NOT PLACED – C3281 2113945C31 0.1uF C3527 2113945C31 0.1uF C4016 2113944A44 220pF C4051 NOT PLACED – C3282 2113946F03 4.7uF C3528 2113945Y02 0.10uF C4017 2113944A44 220pF C4053 NOT PLACED – C3283 2113945Y02 0.10uF C3529 2113945Y02 0.10uF C4018 2113944A44 220pF C4055 NOT PLACED – C3500 2113946J03 10.0uF C3530 2113944A44 220pF C4019 NOT PLACED – C4058 NOT PLACED – C3501 2113945G91 0.1uF C3531 2113944A44 220pF C4020 NOT PLACED – C4059 NOT PLACED – C3502 2113945C31 0.1uF C3532 2113946S35 1.0uF C4021 2113944A44 220pF C4060 NOT PLACED – C3503 2113945A09 1000pF C3533 2313960D07 10uF C4022 2113944A44 220pF C4061 NOT PLACED – C3504 2113945A09 1000pF C3534 2313960D07 10uF C4023 2113944A44 220pF C4062 NOT PLACED – C3505 2113945A09 1000pF C3535 2113946S35 1.0uF C4024 2113944A44 220pF C4063 2113944A44 220pF C3506 2314030F30 47uF C3536 2314030M51 10uF C4025 2113944A44 220pF C4064 2113944A44 220pF C3507 2113945A11 2200pF C3538 2113945B02 .01uF C4026 2113944A44 220pF C4065 2113944A44 220pF C3508 2113945C31 0.1uF C3539 2113945Y02 0.10uF C4027 2113944A44 220pF C4066 2113944A44 220pF C3509 2313960D07 10uF C3540 2113945Y02 0.10uF C4028 2113944A44 220pF C4067 2113944A44 220pF C3510 2113945A03 330pF C3541 2113945Y02 0.10uF C4029 2113944A44 220pF C4068 2113944A44 220pF C3511 2113944A40 100pF C3542 2113945Y02 0.10uF C4030 2113944A44 220pF C4069 2113944A44 220pF C3512 2113945C31 0.1uF C3545 2113944A44 220pF C4031 2113944A44 220pF C4070 2113944A44 220pF C3513 2113944A40 100pF C4000 NOT PLACED – C4032 2113944A44 220pF C4071 NOT PLACED – C3514 2113944A44 220pF C4001 NOT PLACED – C4033 2113944A44 220pF C4072 NOT PLACED – C3515 2113944A44 220pF C4002 NOT PLACED – C4034 2113945A03 330pF C4073 2113945Y02 0.10uF C3516 2113946S35 1.0uF C4003 NOT PLACED – C4035 2113945A03 330pF C4074 NOT PLACED – C3517 2314030M51 10uF C4004 NOT PLACED – C4040 2113944A44 220pF C4075 NOT PLACED – C3518 2113946S35 1.0uF C4005 NOT PLACED – C4041 2113944A44 220pF C4076 NOT PLACED – Controller R2 Schematic Diagrams Circuit Ref Motorola Part No 3-29 Description C4084 2113945Y02 0.10uF C4085 2113944A44 220pF C4086 2113945Y02 0.10uF C4087 2113945Y02 0.10uF C4088 2113945Y02 0.10uF C4089 2113945Y02 0.10uF C4090 2113945Y02 0.10uF D3030 4813978P07 DIODE, SWITCHING D3040 4813978P07 DIODE, SWITCHING D3200 4813978C02 DIODE, SWITCHING D4000 D4001 E2500 E3000 E3201 E3202 E3203 4866544A01 4866544A01 2480675U01 2485011Y01 2480675U01 2480675U01 2480675U01 DIODE, DUAL DIODE, DUAL FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD Circuit Ref Motorola Part No Description J2500 0905505Y02 22-PIN JTAG CONNECTOR J3000 0905902V09 DC POWER CONNECTOR J4000 0916017H01 26-PIN ACCESSORY CONNECTOR J4001 0915555H01 30-PIN CONTROL HEAD CONNECTOR J4002 0915558H01 11-PIN REPEATER CONNECTOR Circuit Ref Motorola Part No Description Circuit Ref Motorola Part No Description Q3503 4815272H01 ANALOG SWITCH R1026 0613952R17 47K Q3504 4815270H01 ANALOG SWITCH R1027 NOT PLACED – Q3505 4815270H01 ANALOG SWITCH R1028 0613952R66 0 Q4000 4815263H01 ANALOG SWITCH R1034 0613952R01 10K Q4001 4815263H01 ANALOG SWITCH R1035 NOT PLACED – Q4002 4815261H01 ANALOG SWITCH R1036 0613952R01 10K Q4003 4815263H01 ANALOG SWITCH R1041 0613952Q73 1K Q4004 4815261H01 ANALOG SWITCH R1044 0613952R66 0 Q4005 4815263H01 ANALOG SWITCH R1045 0613952R01 10K Q4006 4815263H01 ANALOG SWITCH R1046 NOT PLACED – Q4007 4815263H01 ANALOG SWITCH R1047 0613952R66 0 Q4008 4815261H01 ANALOG SWITCH R1048 0613952R66 0 Q4009 4815263H01 ANALOG SWITCH R1054 0613952Q89 4.7K Q4010 4815261H01 ANALOG SWITCH R1060 0613952Q25 10 Q4011 4815263H01 ANALOG SWITCH R1066 NOT PLACED – Q4012 4815261H01 ANALOG SWITCH R1067 NOT PLACED – J4003 0915556H01 14-PIN OPT BRD CONNECTOR L3200 2415005H02 22uH L3201 2415005H02 22uH L3202 2415005H02 22uH Q3030 4813973M07 NPN Q3032 4813973B01 NPN Q3040 4813973M07 NPN Q3041 4815263H01 ANALOG SWITCH Q4013 4816023H01 PNP R1070 0613952R66 0 Q3200 5185956E76 N-CHANNEL SYNCHRONOUS MOSFET Q4014 4813973A06 NPN R1071 0613952R17 47K E3205 2480675U01 FERRITE BEAD E3206 2480675U01 FERRITE BEAD Q3201 4813970A62 P-CHANNEL MOSFET Q4015 4815263H01 ANALOG SWITCH R1072 NOT PLACED – E3208 2480675U01 FERRITE BEAD Q3202 5185956E76 R1000 0613952Q25 10 R2000 0613952R01 10K E3500 2485011Y01 FERRITE BEAD N-CHANNEL SYNCHRONOUS MOSFET R1001 0613952R01 10K R2004 0613952R66 0 E3501 2485011Y01 FERRITE BEAD Q3203 4805585Q23 PMOS FET R1002 0613952J73 10MEG R2005 0613952R01 10K E3502 2485011Y01 FERRITE BEAD Q3204 4805585Q23 PMOS FET R1005 0613952Q89 4.7K R2006 0613952R01 10K E3503 2485011Y01 FERRITE BEAD Q3205 4815262H01 ANALOG SWITCH R1006 0613952R01 10K R2007 0613952R01 10K E4000 2485011Y01 FERRITE BEAD Q3206 4815272H01 ANALOG SWITCH R1014 0613952R66 0 R2008 0613952R01 10K E4001 7686949J14 FERRITE BEAD Q3207 4813970A62 P-CHANNEL MOSFET R1017 0613952R01 10K R2009 0613952R01 10K E4002 7686949J14 FERRITE BEAD Q3208 4815261H01 ANALOG SWITCH R1019 0613952Q18 5.1 R2010 0613952R01 10K E4003 NOTPLACED Q3500 4815261H01 ANALOG SWITCH R1020 0613952R66 0 R2011 0613952R66 0 E4004 2409134J25 FERRITE BEAD Q3501 4815272H01 ANALOG SWITCH R1021 0613952R66 0 R2012 0613952R01 10K E4005 2409134J25 FERRITE BEAD Q3502 4815272H01 ANALOG SWITCH R1025 0613952R01 10K R2013 0613952R01 10K Controller R2 Schematic Diagrams 3-30 Circuit Ref Motorola Part No Description Circuit Ref Motorola Part No Description Circuit Ref Motorola Part No Description Circuit Ref Motorola Part No Description R2500 0613952R66 0 R3004 0613952L73 562 R3055 0615871H01 0.1 R3239 0613952H25 10 R2501 0613952R66 0 R3005 0613952Q81 2.2K R3056 0615871H01 0.1 R3240 0613952R17 47K R2502 0613952R66 0 R3006 0613952Q57 220 R3057 0613952R66 0 R3241 0613952Q18 5.1 R2504 0613952R66 0 R3007 0613952N58 39.2K R3200 0615871H01 0.1 R3243 0613952Q18 5.1 R2506 0613952R66 0 R3008 0613952N12 13K R3201 0613952R66 0 R3245 0613952G67 0 R2507 0613952R66 0 R3009 0613952N58 39.2K R3203 0615871H01 0.1 R3246 0613952M81 6.81K R2508 0613952R66 0 R3010 0613952N12 13K R3204 0615871H01 0.1 R3247 0613952N69 51.1K R2509 0613952R66 0 R3030 0613952R01 10K R3205 0613952R25 100K R3248 0613952R01 10K R2510 0613952R66 0 R3032 0615871H01 0.1 R3206 0613952R66 0 R3249 NOTPLACED R2511 0613952R66 0 R3033 0615871H01 0.1 R3207 0686135Z02 0.2 R3500 0613952Q35 27 R2512 0613952R66 0 R3034 0613952H61 330 R3208 0686135Z02 0.2 R3501 0613952Q35 27 R2513 0613952R66 0 R3035 0613952H25 10 R3209 0613952N62 43.2K R3502 0613952R01 10K R2514 0613952R66 0 R3036 0613952H25 10 R3210 0613952N16 14.3K R3503 0613952R13 33K R2515 0613952R66 0 R3037 0613959G61 330 R3215 0613952G67 0 R3504 NOT PLACED – R2516 0613952R66 0 R3038 NOT PLACED – R3216 0613952G67 0 R3505 NOT PLACED – R2517 0613952R66 0 R3039 0613952M30 2K R3217 NOT PLACED – R3506 0613952R01 10K R2518 0613952R66 0 R3040 0613952M43 2.74K R3218 0613952R66 0 R3507 NOTPLACED R2519 0613952R66 0 R3041 0613952R25 100K R3219 0613952R56 2MEG R3508 0613952R66 0 R2520 0613952R66 0 R3042 0613952H69 680 R3220 0613952R56 2MEG R3509 0613952R66 0 R2521 0613952R66 0 R3043 0613952H69 680 R3222 0613952R33 220K R3510 0613952Q35 27 R2522 0613952R66 0 R3044 0613958S61 330 R3223 0613952R33 220K R3511 0613952R01 10K R2523 0613952R66 0 R3045 0613952M30 2K R3224 0613952Q89 4.7K R3512 0613952Q35 27 R2524 0613952R66 0 R3046 0613952M43 2.74K R3225 NOT PLACED – R3513 0613952R66 0 R2525 0613952R66 0 R3047 0613952R25 100K R3226 0613952R13 33K R3514 0613952R01 10K R2526 0613952R66 0 R3048 0613952Q73 1K R3227 NOT PLACED – R3515 0613952R01 10K R2527 0613952R66 0 R3050 0613959Q53 150 R3228 0613952G67 0 R3516 0613952R10 24K R2528 0613952R66 0 R3051 0613952G67 0 R3233 0613952R66 0 R3520 0613952R10 24K R2529 0613952R01 10K R3052 0613952G67 0 R3236 0613952Q73 1K R3521 0613952R05 15K R3002 0613952R01 10K R3053 0613952R66 0 R3237 0613952R01 10K R3523 0613952R10 24K R3003 0613952M54 3.57K R3054 0613952R66 0 R3238 0613952H25 10 R3524 0613952Q67 560 Controller R2 Schematic Diagrams Circuit Ref Motorola Part No 3-31 Description Circuit Ref Motorola Part No Description Circuit Ref Motorola Part No R3525 0613952R25 100K R3559 0613952R01 10K R4000 NOTPLACED R3526 0613952R66 0 R3560 0613952R17 47K R4001 0613952Q37 R3528 0613952R09 22K R3561 0613952R66 0 R4002 R3529 0613952Q42 51 R3562 0613952R66 0 R3530 NOT PLACED – R3563 0613952R66 R3532 0613952Q49 100 R3569 R3533 0613952R10 24K R3534 0613952R01 R3535 Description Circuit Ref Motorola Part No Description R4054 0613952R01 10K 33 R4055 0613952R01 10K 0613952Q37 33 R4061 0613952Q37 33 R4003 0613952Q37 33 R4063 0613952Q37 33 0 R4004 0613952Q37 33 R4064 0613952Q37 33 0613952Q73 1K R4005 0613952Q37 33 R4065 0613952Q37 33 R3571 0613952Q80 2K R4006 0613952Q65 470 R4066 0613952Q37 33 10K R3572 0613952R01 10K R4009 0613952Q42 51 R4067 0613952Q37 33 0613952Q67 560 R3573 0613952R01 10K R4010 0613952Q42 51 R4068 0613952Q37 33 R3536 0613952R25 100K R3574 0613952R01 10K R4011 0613952R66 0 R4069 0613952Q37 33 R3537 0613952R66 0 R3575 0613952Q73 1K R4012 0613952R66 0 R4070 0613952Q37 33 R3538 0613952R15 39K R3576 0613952Q49 100 R4023 0613952Q75 1.2K R4071 0613952R66 0 R3539 0613952R10 24K R3577 0613952N42 26.7K R4030 NOT PLACED – R4074 0613952R66 0 R3540 0613952Q49 100 R3578 0613952R32 200K R4031 0613952R01 10K R4076 0613952R66 0 R3541 0613952R10 24K R3579 0613952R01 10K R4032 0613952R01 10K R4078 0613952R66 0 R3542 0613952R10 24K R3580 0613952R01 10K R4033 NOT PLACED – R4079 0613952R01 10K R3544 0613952R10 24K R3581 0613952R01 10K R4034 0613952R01 10K R4080 0613952R66 0 R3545 0613952Q49 100 R3582 0613952N21 16.2K R4035 0613952R01 10K R4081 0613952R66 0 R3546 0613952R05 15K R3583 0613952N21 16.2K R4040 0613952Q89 4.7K R4082 0613952R66 0 R3547 0613952Q67 560 R3584 0613952R09 22K R4041 0613952Q89 4.7K R4083 0613952R66 0 R3548 0613952J25 100K R3585 0613952R09 22K R4042 0613952Q89 4.7K R4084 0613952R66 0 R3549 0613952R12 30K R3586 0613952R66 0 R4043 0613952Q89 4.7K R4085 0613952R66 0 R3550 0613952R23 82K R3587 NOT PLACED – R4044 0613952Q89 4.7K R4086 0613952R66 0 R3551 0613952R01 RES, 10K R3588 0613952N69 51.1K R4045 0613952Q89 4.7K R4088 0613952R01 10K R3552 0613952R01 RES, 10K R3591 0613952Q81 2.2K R4046 0613952Q89 4.7K R4089 0613952R17 47K R3553 0613952R01 RES, 10K R3592 0613952Q81 2.2K R4047 0613952Q89 4.7K R4090 0613952R66 0 R3554 0613952R17 RES, 47K R3593 0613952R32 200K R4048 0613952Q77 1.5K R4093 0613952R66 0 R3555 0613952R01 RES, 10K R3594 0613952Q85 3.3K R4049 0613958H83 2.7K R4094 0613952R66 0 R3556 0613952R17 RES, 47K R3595 0613952R01 10K R4050 0613952R01 10K R4095 0613952R66 0 R3558 0613952R01 10K R3596 0613952H53 150 R4051 0613952Q89 4.7K R4096 0613952R66 0 Controller R2 Schematic Diagrams 3-32 Circuit Ref Motorola Part No Description R4097 0613952R66 0 R4098 0613952Q89 4.7K R4099 R4100 0613952R66 0613952Q75 0 1.2K Circuit Ref Motorola Part No Description U3503 5164852H47 IC, LEVEL TRANSLATOR U3504 5171395L01 IC, CMOS SWITCH U3505 5114016A18 QUAD OPAMP U3508 5164852H47 IC, LEVEL TRANSLATOR U4000 5115476H01 IC, SERIAL-TO-PARALLEL CONVERTER Circuit Ref Motorola Part No Description VR4003 4813977A48 DIODE, 20V ZENER VR4004 4813977A48 DIODE, 20V ZENER VR4005 4813977M13 DIODE, 6.2V ZENER VR4006 4813977M13 DIODE, 6.2V ZENER VR4007 NOT PLACED – VR4008 NOT PLACED – Y1000 4809612J45 12MHZ CRYSTAL R4101 0613952Q75 1.2K R4103 0613952Q75 1.2K R4105 0613952R01 10K R4106 0613952R01 10K U4001 5115502H01 LOGIC TRANSLATOR Y3200 4815028H01 24.576MHZ CRYSTAL RT3500 0615471H01 THERMISTOR, 10K U4004 5115865H01 IC, BUFFER Y3201 4802582S80 32KHZ CRYSTAL U1000 5102495J13 MICROPROCESSOR U4005 5115865H01 IC, BUFFER U1006 5115001H02 IC, DUAL UNBUFFERED INVERTER U4006 5115865H01 IC, BUFFER U4007 5115865H01 IC, BUFFER U2000 0104024J27 IC, 8MB FLASH U4008 5115865H01 IC, BUFFER U2001 5171614M01 IC, 16MB SDRAM VR3000 4813979C17 U3001 5164015H94 VOLTAGE REGULATOR TRANSIENT SUPPRESSOR U3002 5115391H01 VOLTAGE REGULATOR VR3040 4813977M10 DIODE, 5.1V ZENER U3003 5164015H94 VOLTAGE REGULATOR VR3200 4813977M10 DIODE, 5.1V ZENER U3004 5115391H01 VOLTAGE REGULATOR VR3201 4813977M05 DIODE, 3.3V ZENER U3005 0105959T72 PNP VR3202 4813977M05 DIODE, 3.3V ZENER U3006 0105959T72 PNP VR3203 4813977M05 DIODE, 3.3V ZENER U3030 5116525H01 DUAL OPAMP VR3204 4813977M13 DIODE, 6.2V ZENER U3040 0105959T72 PNP VR3205 4813977M05 DIODE, 3.3V ZENER U3200 5185143E77 IC, POWER MANAGEMENT VR3206 4813977M13 DIODE, 6.2V ZENER VR3207 4813977M13 DIODE, 6.2V ZENER U3201 5115616H01 VOLTAGE REGULATOR VR3208 4813977M13 DIODE, 6.2V ZENER U3202 5115453H01 DUAL OPAMP VR3502 4813977A48 DIODE, 20V ZENER U3203 5114007A43 IC, SCHMITT TRIGGER VR3503 4813977A48 DIODE, 20V ZENER U3500 5102463J95 AUDIO PA VR3504 4813977A48 DIODE, 20V ZENER U3501 5115368H01 DIGITAL ATTENUATOR VR4000 4813977A48 DIODE, 20V ZENER U3502 5114016A18 QUAD OPAMP VR4001 4813977A48 DIODE, 20V ZENER VR4002 4813977A48 DIODE, 20V ZENER Controller R4 Schematic Diagrams Controller R4 Schematic Diagrams PERIPHERALS ( 1 SHEET ) REAR ACCESSORY OPTION BOARD INTERFACE CONTROL HEAD REPEATER INTERFACE VOLUME_1 VOLUME_2 SERIAL_CLK SERIAL_DATA LED_CS DISPLAY_CS DISPLAY_CMD RESET KEYPAD_ROW_0 KEYPAD_ROW_1 KEYPAD_ROW_2 KEYPAD_ROW_3 KEYPAD_COL_0 KEYPAD_COL_1 KEYPAD_COL_2 INT_SPKRINT_SPKR+ MIC_GROUND GPIO_0_PWR_ON GPIO_1_USB1_DP GPIO_2_USB1_DM GPIO_3_PTT GPIO_4_HOOK ONE_WIRE_1 VBUS1 HANDSET_AUDIO INT_MIC+ 9V3 ON_OFF_SW SYSTEM_SYNC McBSP3_CLKX McBSP3_DX McBSP3_DR McBSP3_FSX DIR_CTRL ARMIO_6 RTC_BATTERY OPT_BRD_PTT RESET_OUT SSI_DATA_OUT SSI_DATA_IN SSI_CLK SSI_FSYNC SW_9V3 OPT_GPIO_1 OPT_GPIO_2 3.3V PROGM_IO_CS 1V8 GP5_1_PTT GP5_2_MONITOR GP5_3_CHAN_ACTIVITY GP5_6_TxDc_BUS+ GP5_7_RxDc_BUSGP5_8_CTSs_RESET GP5_4_EMERGENCY GP5_5_IGNITION_SENSE PUB_ADDRESS_1_EN PUB_ADDRESS_2_EN PUB_ADDRESS_1 PUB_ADDRESS_2 USB2_DM USB2_DP VBUS2 ONE_WIRE_2 EXT_SPKR+ EXT_SPKREXT_MIC+ RX_AUDIO EXT_SWB+ 5V MMP 5V R2508 0 RESET_OUT C2500 220pF PA_TEMP RX_FLTR_VCTRL PA_BIAS R2501 0 R2502 0 R2504 0 TX_DAC 2.775V_ANA_V7 2.9V_MAKO_V6 3.6V_MAKO_SW1 5V 2.775V_ANA_V7 2.9V_DIG_V6 1 1 E2500 BLM21PG300SN1 5V_SW 5V_SW 3.6V_DIG_VSW1 5V 5V_SW RAW_B+ 9V3_PA RAW_B+ 9V3_PA (Active HIGH) MAKO_AUDIO_DC ( DC SUPPLY: SHEET 1) ( MAKO POWER MANAGEMENT : SHEET 2) ( MAKO AUDIO_DIGITAL_USB/RS232 : SHEET 3) MAKO_INT MAKO_OPT_INT MAKO_AD_TRIGGER MAKO_OPT_GPIO0 MAKO_OPT_GPIO2 MAKO_OPT_GPIO3 NC LOW_LEVEL_MUTE AUDIO_PA_ENA EXT_MIC_ENA PUB_ADDRESS_MIC_EN I2C_DATA I2C_CLK C2501 1500pF NC 16.8_MHZ_BUFF 32KHZ_GPS ANT_CURRENT_DET USB1_TXEN USB1_DAT USB1_SE0 USB0_TXEN USB0_DAT USB0_SE0 USB_INT RS232_TX RS232_RX MMP_GPIO1_INPUT MMP_GPIO2_INPUT ONE_WIRE_UP POR GATED_32KHZ_OMAP MAKO_CE MAKO_TX MAKO_RX MAKO_DCLK MAKO_FSYNC MAKO_TX MAKO_RX MAKO_DCLK MAKO_FSYNC MAKO_INT MAKO_OPT_INT MAKO_AD_TRIGGER MAKO_OPT_GPIO0 MAKO_OPT_GPIO2 MAKO_OPT_GPIO3 ARMIO_12 GPIO_5 AUDIO_PA_ENA EXT_MIC_ENA GPIO_27 I2C_DATA I2C_CLK 1 1 1 1.875V_V2 KEYPAD_ROW0 KEYPAD_ROW1 KEYPAD_ROW2 KEYPAD_ROW3 KEYPAD_COL0 KEYPAD_COL1 KEYPAD_COL2 KEYPAD_COL3 McBSP3_CLK McBSP3_DX McBSP3_DR McBSP3_FSX DIR_CTRL ARMIO_6 GPIO_3 GPIO_26 SPI_CLK SPI_MOSI SPI_MISO ABACUS3_CE THK_CE MICROCONTROLLER (OMAP 1710: SHEET 1) (MEMORY: SHEET 2) GPIO_40 RX_CLK RX_DATA RX_FSYNC TX_CLK TX_DATA TX_FSYNC DEEP_SLEEP DMCS ADAPT_SW LOCK_DETECT ANT_EN GPIO_60 (RED_LED / RX_ATTN_1) GPIO_15 GPIO_25 GPIO_18 USB1_TXEN USB1_DAT USB1_SE0 USB0_TXEN USB0_DAT USB0_SE0 USB_INT OPT_GPIO_2 OPT_GPIO_1 RS232_TX RS232_RX MAKO_GPIO_RX ARMIO_2 ONE_WIRE_UP POR GATED_32KHZ_OMAP SPI_MISO_MAKO SPI_MOSI_MAKO SPI_CLK_MAKO 10K SPI_MISO_MAKO (SW1 / VOL_A) GPIO_30 (SW2 / VOL_B) GPIO_31 SERIAL_CLK SERIAL_DATA LED_CS DISPLAY_CS MOBILE_DISPLAY_CMD RESET_OUT SPI_MOSI_MAKO PTT (SW4 / MONITOR) GPIO_32 (SW8 / CHANNEL_ACT) GPIO_33 (KEYPAD_ROW4 / GP5_6) ARMIO_15 (BL_EN / GP5_7) ARMIO_3 GP5_8 RTC_BATTERY ON_OFF_MECH GPIO_0_PWR_ON USB1_DP USB1_DM GPIO_3_PTT GPIO_4_HOOK ONE_WIRE_1 VBUS1 HANDSET_AUDIO INT_MIC+ GP5_4_EMERGENCY GP5_5_IGNITION_SENSE PUB_ADDRESS_1_EN PUB_ADDRESS_2_EN PUB_ADDRESS_1 PUB_ADDRESS_2 SPI_CLK_MAKO R2529 LO_BATTERY_DET PA_TEMP RX_FLTR_VCTRL PA_BIAS TX_DAC 0 SPI_CLK SPI_MOSI SPI_MISO MAKO_CE OMAP_CORE_LDO 1.875V_DIG_V2 2.775V_DIG_V4 3.3V_DIG_V10 R2524 R2525 R2526 R2527 R2528 R2509 R2510 R2511 R2512 R2513 R2514 0 0 0 0 0 0 R2515 R2516 R2517 R2518 R2519 R2520 0 0 0 0 0 0 0 0 0 0 0 PREDRIVE_SW DMCS ADAPT_SW LOCK_DETECT ANT_ENABLE PC_ATTEN_ENA RF_ATTN_2 5V 5V_SW R2506 R2507 0 0 1.875V_V2 2.775V_V4 GPS_BOOT_SEL GPS_RX_LS GPS_TX_LS GPS_ON_OFF_LS GPS_RESET_LS GPS_5V 5V_ACTIVE_ANT ANT_CURRENT 32KHZ_GPS 16.8MHz VCONT 1.875V GPS ( SHEET 1 ) NC 2.775V_V4 1.875V_V2 1.875V_DIG_V2 2.775V_DIG_V4 SPI_CLK (6.0 MHz) SPI_MOSI SPI_MISO ABACUS3_CS (Active LOW) THK_CS (Active LOW) RX_SSI_SYNCB RX_SSI_CLK (1.20 MHz) RX_SSI_DATA RX_SSI_FSYNC (20.0 KHz) TX_SSI_CLK (4.20 MHz) TX_SSI_DATA TX_SSI_FSYNC (84.0 KHz) GPS_BOOT_SELECT GPS_TX_LS GPS_RX_LS GPS_ON_OFF_LS GPS_RESET_LS JTAG_TDO JTAG_TMS JTAG_TDI JTAG_TCK JTAG_NTRST JTAG_NEMU1 JTAG_NEMU0 JTAG_RTCK R2500 1.875V_V2 SW_9V3 OMAP_CORE_LDO 1.875V_DIG_V2 2.775V_DIG_V4 3.3V_DIG_V10 16.8_MHZ_BUFF 32KHZ_CLK LO_BATTERY_DET USB2_DM USB2_DP VBUS2 ONE_WIRE_2 SPKR+ SPKREXT_MIC+ RX_AUDIO MIC_GROUND 2.775V_V4 SPI_MISO_1 SPI_MOSI_1 SPI_CLK_1 NC 9V3 EXT_SWB+ 9V3 4.0 3-33 16.8_MHZ_BUFF 16.8_GPS J2500-20 J2500-14 J2500-12 J2500-10 J2500-16 J2500-6 J2500-8 J2500-18 J2500-1 J2500-2 J2500-3 J2500-4 J2500-5 J2500-7 J2500-9 J2500-11 J2500-13 J2500-15 J2500-17 J2500-19 Controller - GPS Schematic Diagram Controller R4 Schematic Diagrams 3-34 VBAT 1 VBAT_GROUND J3000-2 RAW_B+ (TO TX PA) SP3001 VR3000 1 1 J3000-1 13.6V (NOMINAL) 1 1 SP3000 C3015 47pF 2 C3000 470pF E3000 UNSWB+ (TO AUDIO PA) R3055 0.1 C3002 10uF U3006 9.3V 2 3 G1 R3032 0.1 9V3_PA (TO PA DRIVER ONLY ) R3056 0.1 1 U3005 2 3 R3033 0.1 R3039 2K 1% 1 R3057 0 C3019 470pF R3034 330 R3035 10 NC C3018 10uF C3020 33uF D3030 G1 C3021 0.1uF R3040 2.74K 1% 8 R3051 0 NC C3030 .01uF R3053 0 R3037 330 R3036 10 2 R3041 100K 1 Q3032 3 4 NC U3030-1 This cap only use to support DC connector during reflow. R3050 150 C3032 .01uF C3031 0.1uF R3038 150 NU R3030 10K Q3030 R3002 10K 9.3V U3040 2 3 9V3_CNTRL (TO MAKO) G1 C3040 470pF C3043 33uF 1 R3042 680 R3043 680 R3007 39.2K 1% C3044 0.1uF R3045 2K 1% D3040 C3016 C3041 .01uF R3054 0 R3052 0 R3008 13K 1% R3046 2.74K 1% R3048 1K Q3040 6 7 5 5 U3030-2 4 R3044 330 2 FB 6 VOUT 1 NP 4 VCONT 3 VIN GND 8 C3017 1000pF 100pF C3042 .01uF 5V U3004 TK11100CSC 5V (TO GPS & PERIPHERAL BLOCKS) C3011 1.0uF 5V R3047 100K NC VR3040 9.3V 4 VIN VOUT 3 GND1 6 GND2 2 ON_OFF C3005 470pF U3001 LM2941 ADJ 5 1 R3009 39.2K 1% 0.10uF R3003 3.57K 1% C3006 33uF C3007 0.1uF C3045 33uF NU C3009 R3010 13K 1% C3008 1000pF 9V3 0.1uF 5V U3002 TK11100CSC 2 FB 6 1 NP VOUT 4 VCONT 3 VIN 5 GND R3004 562 1% 9V3 (TO SYNTH, VCO, RX FE, PWR CNTRL,CONTROLHEAD) C3046 5V_SW (TO RX BACKEND, SYNTH,GPS ANTENNA) C3010 1.0uF 5V_SW 13.6V 4 VIN VOUT C3012 470pF ON: 0 V OFF: 4.8V MAKO_ON_OFF_CONTROL 47K Q3041 47K Controller DC Supply Schematic Diagram U3003 LM2941 3 GND1 6 GND2 2 ON_OFF ADJ 5 EXT_SWB+ ( TO REAR ACCESSORY) 1 R3005 2.2K 5% R3006 220 5% C3013 22uF C3014 0.1uF Controller R4 Schematic Diagrams 3-35 1.875V_V2_MAKO C3282 4.7uF R3219 2MEG R3220 2MEG SW_9V3 B1 2 C3274 220pF IN U3202-1 B3 LMC6035ITLX 4 OUT GND NC C1 C3 VSAVE VCC C2 LO_BATTERY_DET 5 VSAVE C3272 10pF R3228 0 B1 A1 B3 U3202-2 LMC6035ITLX NC R3241 5.1 A1 A14 P1 P14 M5 B14 Y3201 XTAL 2 5V R3248 10K 1 32.768KHz 9V3_CNTRL Q3206 EMD9FT2R D3200 MAKO_ON_OFF_CONTROL C3204 5.6pF R3249 10K NU 3 4 RTC_BATTERY C3207 0.1uF C3208 2.2uF R3206 0 5 VSAVE 2 1 C3205 5.6pF 9V3_CNTRL R3226 33K 6 C3210 2.2uF C3211 1000pF ( ON= 0V; OFF=9.3V) NC 3.6V_DIG_VSW1 3.6V_DIG_VSW1 Change R3246 to 0613952N12 (13K) for OMAP1610 C3203 68uF U3201 LP8340 R3245 0 1 VIN1 6 VIN2 3 NC 3 GND D2D 12 C3269 1.0uF ON: 5Vpk; 230 KHZ PWM OFF: 0.0Vpk NC NC R3203 0.1 L3201 C3283 C3206 R3215 0 5 VOUT 4 ADJ OMAP_CORE_LDO_1 R3246 6.81K 1% R3247 51.1K 1% R3243 5.1 22uF R3239 10 C3265 22uF R3204 0.1 R3216 2.775V_V4_MAKO 2.9V_V6_MAKO 2.775V_V7_MAKO 3V_V9_MAKO 3.6V_DIG_VSW1 3.3V_V10_MAKO SW_9V3 5V_V8_MAKO 0 VSW5 OMAP_CORE_LDO_1 1.875V_V2_MAKO C3270 1.0uF SW_9V3 0.10uF 22uH R3227 10K NU R3217 0 NU C3280 0.1uF C3277 1.0uF C3266 2.2uF ON: 5Vpk; 230 KHZ PWM OFF: 0.0Vpk C3281 0.1uF R3224 4.7K C3234 2.2uF VSW5_CNTRL 4 IN 5 SYNC_EN 14 CBOOT C3209 0.10uF D1A 1 15 S1A 16 S1B D1B 2 C3289 0.10uF ON: 5.2V - 5.3V OFF: 0.0V L3202 22uH D2A 9 D2B 10 D2C 11 6 S2A 7 S2B 8 S2C Q3209 Q3203 SI8401DB 1 Q3202 SI4724CY R3225 0 NU C3273 10pF NU R3207 0.2 R3250 100K P5 M7 J4 G5 K9 L4 D14 H5 D9 GND1 C3215 33pF 2 GND2 4 C3214 33pF Sine Wave Vpk-pk: 2.2V - 2.4V Y3200 CX-101F HOT1 1 3 HOT2 ON: 3.6V OFF: 0.0V NC GND1 GND2 GND3 GND4 GND5 GND6 GND7 GND8 GND9 24.576MHz 0 R3218 GP5_4_EMERGENCY ON_OFF_MECH VSAVE GP5_5_IGNITION_SENSE POR MAKO_GATED_32KHz 1 MAKO_INT B1 C1 F3 C2 D1 D2 D3 B2 G4 E2 F4 E4 B3 B4 C5 F5 D5 A12 A13 D4 M1 C3279 0.1uF L3200 22uH D2A 9 D2B 10 D2C 11 VSW5 C3212 68uF D2D 12 R3237 10K GND R3205 100K C3262 2.2uF C3278 0.1uF D1B 2 4 9V3_CNTRL C3 A2 G13 G12 H11 J11 G14 H13 F14 H12 H14 J12 K14 J14 J13 L14 D13 F13 E14 E13 G11 F12 N4 P4 N5 P3 P6 L1 J10 M6 L9 K3 K4 B13 E12 C14 H10 F11 C13 D12 15 S1A 16 S1B 6 S2A 7 S2B 8 S2C ON: 4.75V to 5.25V (5.0V typical) OFF: 0.0V 2 3 9V3_CNTRL PGLDO2 PGLDO3 SW1_VDD SW1_VDDHV SW1_VSEN_BUK SW1_VSEN_BST SW1_SUMCOMP_DL SW1_DH SW1_PHASE SW1_VOUT SW1_GND U3200-1 SW2_VCC PWR_MNGR_BLOCK SW2_VCCS SW2_LX SW2_VOUT SW2_GND SW5_VDD SW5_VDDHV SW5_VSENSE SW5_SUMCOMP XTAL32_OUT SW5_PHASE XTAL32_IN SW5_VOUT BAT_RTC V02_O VSAVE V03_O BAT_7V5 V04_O BAT_3V6 V06_O REG_3V6 V07_O BAT_TYPE V09_O HV_BG V10_I FET_ENX V10_O EMERG_PB V10_GND MECH_SW V08_I SW_TYPE V08_O IGN_X VBUS_SUPPLY RESETX VBUS1_SENS GATED_32K_CLK VBUS1_CMD INT_X VBUS1 XOUT VBUS2_SENS XIN VBUS2_CMD TCXO_SEL_16_24 VBUS2 TCXO_IN 1 SW_9V3 SW_9V3 SW_9V3 VBUS1_CMD Q3201 NTHS5441T1 NC1 NC2 NC3 NC4 NC5 NC6 47K 47K DTA144EKAF Q3205 D1A 1 2 GND1 7 GND2 VR3200 C3202 0.10uF R3236 1K R3223 220K 3 C3261 220pF NC NC NC NC NC NC C3275 10.0uF 13 A3 UNSWB+ 4 IN 5 SYNC_EN 14 CBOOT C3201 2.2uF C3276 1.0uF VDD A2 BATTERY_SENSE R3210 14.3K 1% 13 Q3200 R3222 220K R3233 0 C3200 22uF VDD R3209 43.2K R3200 0.1 R3238 10 3 1 VSAVE GATED_32KHZ_OMAP 32KHZ_GPS U3203 NL17SZ14 VBUS1 ( TO MMP ) Q3207 NTHS5441T1 C3213 4.7uF VSW5_CNTRL R3208 0.2 R3252 100K R3253 47K VSW5_CNTRL Q3210 1 4 VBUS2_CMD 16.8_MHZ_BUFF NC Q3204 SI8401DB 1 3 ON: 4.75V to 5.25V (5.0V typical) OFF: 0.0V 2 3 C3291 0.10uF C3290 0.10uF R3240 47K 10K VBUS2 (TO MAP) C3220 0.10uF C3219 220pF E3205 E3203 E3202 C3218 0.10uF C3222 0.10uF C3221 220pF 3.3V_DIG_V10 C3227 220pF C3228 0.10uF C3231 220pF C3232 0.10uF 5V_V8_MAKO 1 C3243 1.0uF VR3207 VR3205 VR3204 VR3203 NC NC C3247 10uF C3248 1.0uF C3249 100pF NC C3252 1.0uF NC C3257 1.0uF VR3206 NC C3229 220pF C3254 2.2uF 3V_V9_MAKO C3240 100pF 5V_V8_MAKO C3239 2.2uF 3.3V_V10_MAKO C3238 10uF 2.775V_V7_MAKO NC 2.9V_V6_MAKO OMAP_CORE_LDO_1 C3237 2.2uF 2.775V_V4_MAKO VR3202 VR3201 1.875V_V2_MAKO MAKO_V9_3V MAKO_V8_5V 1.875V_V2_MAKO NC FROM MAKO USB_CONNECT (L6) OFF: 0V (DEFAULT) ON: 3.3V (MAKO V10) E3208 E3206 C3226 0.10uF C3225 220pF 3.3V_DIG_V10 C3216 4.7uF 1 2.775V_DIG_V4 E3201 C3217 220pF 2.775V_ANA_V7 2.9V_DIG_V6 2.9V_DIG_V6 2.775V_DIG_V4 OMAP_CORE_LDO USB_CONNECT 1 1.875V_DIG_V2 1.875V_DIG_V2 2 Q3208 DTC114YKAF 47K VR3208 NC C3233 220pF C3260 1.0uF Controller DC Distribution Schematic Diagram Controller R4 Schematic Diagrams 3-36 CONTROL HEAD INTERFACE MOBILE REPEATER: NOT_USED MOBILE SUBSCRIBER: 33 OHM RESET MMP_1_WIRE 3.3V VBUS1 USB1_DM USB1_DP C4000 C4001 C4002 C4003 C4004 C4005 C4006 220pF 220pF 220pF 220pF 220pF 220pF 220pF NU NU NU NU NU NU C4013 220pF 1 J4001_9 1 5V 1 1V8 1 5V E4000 NC 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 9V3 1V8 1V8 RESET DISPLAY_CMD DISPLAY_CS SERIAL_DATA SERIAL_CLK LED_CS ON_OFF_SW KEYPAD_ROW_0 KEYPAD_ROW_1 KEYPAD_ROW_2 KEYPAD_ROW_3 KEYPAD_COL_0 KEYPAD_COL_1 KEYPAD_COL_2 VOLUME_1 VOLUME_2 HANDSET_AUDIO INT_SPKR+ INT_SPKRGPIO_0_PWR_ON GPIO_1_USB1_DP GPIO_2_USB1_DM GPIO_3_PTT GPIO_4_HOOK VBUS1 ONE_WIRE_1 MIC_GROUND INT_MIC+ R4000 R4001 R4002 R4003 R4004 R4005 33 33 33 33 33 33 R4061 R4063 R4064 R4065 R4066 R4067 R4068 R4069 R4070 R4071 33 33 33 33 33 33 33 33 33 0 R4006 470 R4009 R4010 E4003 51 51 E4001 BLM21PG221SN1 E4004 BK1005HM471 R4012 0 J4001-1 J4001-2 J4001-3 J4001-4 J4001-5 J4001-6 J4001-7 J4001-8 J4001-9 J4001-10 J4001-11 J4001-12 J4001-13 J4001-14 J4001-15 J4001-16 J4001-17 J4001-18 J4001-19 J4001-20 J4001-21 J4001-22 J4001-23 J4001-24 J4001-25 J4001-26 J4001-27 J4001-28 J4001-29 J4001-30 PCB 30 29 28 27 26 25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 J4001 FRONT VIEW 5V Y_1 Y_2 Y_3 Y_4 Y_5 Y_6 2 4 6 8 10 12 K4 6 K3 4 K2 3 K1 1 A2 5 2 A1 D4001 K4 6 K3 4 K2 3 K1 1 R4023 1.2K R4103 1.2K R4101 1.2K C4014 C4015 C4016 C4017 C4018 C4019 C4020 C4021 C4022 C4023 C4024 C4025 C4026 C4027 C4028 C4029 C4030 C4031 C4032 C4033 220pF 220pF 220pF 220pF 220pF 220pF 220pF 220pF 220pF 220pF 220pF 220pF 220pF 220pF 220pF 220pF 220pF 220pF 220pF 220pF NU NU VR4008 NU VR4007 NU 2 14 VCC A_1 A_2 A_3 A_4 A_5 A_6 WD_RESET R4086 0 NU 7 GND 1 3 5 9 11 13 R4100 1.2K U4001 SN74LVC07A C4034 C4035 330pF 330pF 4 C4084 0.10uF SERIAL_DATA PROGM_IO_CS SERIAL_CLK RESET ARMIO_6 R4034 10K R4011 0 C4076 220pF NU 1 C4085 220pF SERIAL_CLK SERIAL_DATA NC R4079 10K 5V 1V8 3 1V8 A2 5 2 A1 NC NC C4071 C4072 C4074 220pF 220pF 220pF NU NU NU WD_RESET 14 R4090 0 NU GND VCC U4000 SN74AHC594 J4001_9 RTC_BATTERY 8 MOBILE REPEATER: 0 OHM MOBILE SUBSCRIBER: NOT_USED QA QB QC QD QE QF QG QH1 QH2 16 SER 5V SRCLK 11 RCLK 12 SRCLR 10 RCLR 13 MOBILE REPEATER: 0 OHM MOBILE SUBSCRIBER: NOT_USED 15 1 2 3 4 5 6 7 9 C4073 0.10uF NC PUB_ADDRESS_2_EN PUB_ADDRESS_1_EN 10K NU 10K 10K R4033 R4054 R4055 1V8 10K 1V8 R4032 1V8 R4031 1V8 NU GP5_8_CTSs_Reset 1V8 R4030 1V8 GP5_7_RxDc_BUSGP5_6_TxDc_BUS+ GP5_5_IGNITION_SENSE R4044 4.7K NU 5V R4045 4.7K 47K 47K 47K 47K Q4003 DTC144EKAF Q4001 DTC144EKAF VBUS2 USB2_DP USB2_DM 2 10K 3 2 10K Q4007 DTC144EKAF Q4006 DTC144EKAF 47K 10K 2 Q4015 DTC144EKAF R4043 4.7K 3 Q4008 DTC114YKAF 47K 47K 3 3 2 47K Q4010 DTC114YKAF R4088 10K 10K 47K 47K 47K 3 1 2 Q4014 BCW65A Q4012 DTC114YKAF VR4006 NC C4067 C4068 C4069 220pF 220pF 220pF NC C4046 220pF C4045 220pF VR4004 MMBZ20V APM_1_WIRE 1 PCB 2 4 6 8 10 12 14 16 18 20 22 24 26 1 3 5 7 9 11 13 15 17 19 21 23 25 J4000 REAR VIEW MAP_ID_1 J4000-6 6 MAP_ID_2 J4000-5 5 IGNITION_SENSE ACCESSORY INTERFACE (26-PIN) Controller Peripheral Schematic Diagram (sheet 1 of 2) C4070 220pF C4048 220pF C4047 220pF VR4003 MMBZ20V VIP_1_(EXT ALARM) J4000-26 26 1 1 VR4002 MMBZ20V GP5_8 J4000-24 24 GP5_3_(CHAN_ACT) J4000-21 21 R4051 390K C4044 220pF GP5_7 J4000-22 22 EMERGENCY C4043 220pF GP5_6 J4000-20 20 VR4001 MMBZ20V IGN_SENSE J4000-25 25 C4042 220pF EXT_PTT GP5_1_(EXT PTT) J4000-17 17 VBUS_MAP J4000-3 3 USB_DM_MAP J4000-2 2 USB_DP_MAP J4000-1 1 GROUND J4000-18 18 USB / MAP_ID_GROUND J4000-4 4 1 C4041 220pF EMERG SW J4000-23 23 VR4000 MMBZ20V GP5_2_(MONITOR) J4000-19 19 2 1 C4040 220pF EXT_SPKREXT_SPKR+ EXT_SWB+ EXT_SWB+ 47K VR4005 NC C4063 C4064 C4065 C4066 220pF 220pF 220pF 220pF R4050 10K 10K Q4005 DTC144EKAF 1 Q4004 DTC114YKAF 3 4 D4000 47K 1 Q4002 DTC114YKAF R4035 10K C4075 220pF NU R4049 2.7K 3 R4089 47K WD_RESET 5V Q4013 BCW68GLT1G 47K Q4011 DTC144EKAF GROUND J4000-16 16 47K 47K 5V ONE_WIRE_2 PUB_ADDRESS_2 PUB_ADDRESS_1 EXT_MIC+ RX_AUDIO R4048 1.5K EXT_SPKR- J4000-9 9 EXT_SPKR+ J4000-10 10 47K 47K 47K Q4009 DTC144EKAF 47K 47K R4047 4.7K EXT_SWB+ J4000-7 7 POWER GROUND J4000-8 8 47K Q4000 DTC144EKAF R4098 4.7K R4042 4.7K 1 1 VBUS2 USB2_DM E4002 BLM21PG221SN1 1 1 USB2_DP 47K R4041 4.7K R4040 4.7K R4046 4.7K 15 13 11 14 12 5V AUX_AUDIO_OUT_2 J4000-15 AUX_AUDIO_OUT_1 J4000-13 TX_AUDIO J4000-11 RX_AUDIO J4000-14 AUDIO GROUND J4000-12 5V 5V GP5_1_PTT E4005 BK1005HM471 EXT_SWB+ 5V 2 GP5_2_MONITOR 5V 5V 1 5V MOBILE REPEATER: 0 OHM MOBILE SUBSCRIBER: NOT_USED 1 GP5_4_EMERGENCY GP5_3_CHAN_ACTIVITY Controller R4 Schematic Diagrams 3-37 1V8 1V8 WD_RESET 1V8 A1 VCCA A2 VCCB C4086 0.10uF C2 B B2 DIR A GND R4097 0 C1 SN74AVC1T45 U4004 B1 McBSP3_DX REPEATER CONNECTOR 1V8 C4087 0.10uF R4095 0 McBSP3_FSX C2 B B2 DIR A 1 2 3 4 5 6 7 8 9 10 11 C1 SN74AVC1T45 U4005 B1 1V8 GND 1 VCCA A1 VCCB A2 TP4000 R4105 10K R4099 0 1V8 DIR_CTRL J4002-1 J4002-2 J4002-3 J4002-4 J4002-5 J4002-6 J4002-7 J4002-8 J4002-9 J4002-10 J4002-11 1 2 3 4 5 6 7 8 9 10 11 PCB J4002 FRONT VIEW A C4007 220pF NU C1 C4010 C4011 C4012 220pF 220pF 220pF NU NU NU SN74AVC1T45 U4006 B1 C2 B B2 DIR GND R4093 0 McBSP3_CLKX A1 VCCA A2 VCCB C4088 0.10uF 1V8 A C1 SN74AVC1T45 U4007 B1 C2 B B2 DIR GND R4096 0 McBSP3_DR VCCA A1 VCCB A2 C4089 0.10uF 1V8 A B1 C2 B B2 DIR GND R4094 0 SYSTEM_SYNC VCCA A1 VCCB A2 C4090 0.10uF C1 SN74AVC1T45 U4008 R4106 10K SYSTEM_SYNC OPTION BOARD INTERFACE 1V8 C4091 0.10uF VCCA A1 VCCB A2 1 2 3 4 5 6 7 8 GND A 9 10 11 12 13 14 PCB R4074 0 C1 J4003 FRONT VIEW SN74AVC1T45 U4009 B1 SSI_FSYNC C2 B B2 DIR 1V8 C4092 0.10uF C2 B B2 DIR B1 SSI_CLK GND VCCA A1 VCCB A2 1 OPT_SSI_SYNC A R4076 0 C1 E4006 SW_9V3 C4094 51pF NU C4093 33pF NU C4059 220pF NU C4049 C4051 C4053 C4055 220pF 220pF 220pF 220pF NU NU NU NU SYSTEM_SYNC SN74AVC1T45 U4010 OPT_GPIO_1 OPT_GPIO_2 RESET_OUT OPT_BRD_PTT R4081 R4082 R4083 R4085 0 0 0 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 J4003-1 J4003-2 J4003-3 J4003-4 J4003-5 J4003-6 J4003-7 J4003-8 J4003-9 J4003-10 J4003-11 J4003-12 J4003-13 J4003-14 R4078 0 SSI_DATA_IN C4058 C4060 C4061 C4062 220pF 220pF 220pF 220pF NU NU NU NU R4080 0 SSI_DATA_OUT DIR OPERATION LOW B ---->A HIGH B <----A Controller Peripheral Schematic Diagram (sheet 2 of 2) Controller R4 Schematic Diagrams ARMIO_12 (MOBILE ONLY) AUDIO_PA_ENA (MOBILE ONLY) (GPIO_3 for PORTABLE-Green LED) (SPI.CS3 for MOBILE Shift Register Chip Select) ARMIO_6 DIR_CTRL GPIO_3 1.875V 10K PLACED FOR MOBILE ONY ARMIO_3 (Used as BL_EN for PORTABLE, GP5_7 for MOBILE) 1.875V 1.875V_DIG_V2 ARMIO_2 1.875V_DIG_V2 R1017 OMAP_CORE R1021 0 LED_CS SERIAL_CLK DISPLAY_CS SERIAL_DATA OMAP_CORE_LDO GPS SERIAL FLASH SPI MCBSP3_DX MCBSP3_DR MCBSP3_FSX MCBSP3_CLK R1020 0 PTT GPS_RESET_LS GPS_TX_LS GPS_RX_LS GPS_ON_OFF_LS GPS_BOOT_SELECT CLK rate: 1 MHz Date rate: 20 of 8 bits packet per chip select LED & Display CS: Active Low MCBSP3 (0.87mA/MHz for OMAP1710 & 1.06mA/MHz for OMAP1610) (1.4V for OMAP1710 & 1.55V for OMAP1610) ONE_WIRE_UP OMAP1710 GPIO_60 (Used as GREEN_LED for PORTABLE, PA_ENABLE for MOBILE) GPIO_15 (Used as RED_LED for PORTABLE, RX_ATTN_1 for MOBILE) 3-38 GP DEVICE CONFIG 1.875V R1025 10K JTAG 2.775V_DIG_V4 2.775V_DIG_V4 R1071 47K JTAG_NTRST JTAG_TCK JTAG_TMS JTAG_TDI JTAG_NEMU0 JTAG_NEMU1 JTAG_TDO JTAG_RTCK Place for OMAP1710 C1039 R1050 U1008 Y1001 PLACE FOR GP DEVICE FAST BOOT R1035 0 DNP NU 1.875V DVDD2 3.3V_DIG_V10 DECOUPLING CAPACITORS OMAP_CORE LARGEST REF R1034 10K R1047 0 C1000 C1001 C1002 C1003 C1013 C1015 C1011 C1031 C1034 C1035 100pF 0.10uF 0.10uF 100pF 0.10uF 0.10uF 100pF 0.10uF 1.0uF 2.2uF DELETED REF 1.875V C1004 C1005 C1006 C1007 C1014 C1010 C1009 C1008 C1036 C1037 100pF 0.10uF 0.10uF 100pF 0.10uF 0.10uF 0.10uF 100pF 1.0uF 2.2uF OMAP_CORE OMAP_CORE TP_MAKO_TX TP_MAKO_FSYNC DVDD2 1.875V LOCK_DETECT ANT_EN ADAPT_SRF CONTROLS DMCS DEEP_SLEEP R1066 10K NU R1054 4.7K C1030 18pF R1067 4.7K NU 1 1 1 1 TP_MAKO_RX TP_MAKO_DCLK LDO_FILTER R1019 5.1 Place for OMAP1710 OMAP_CORE FREQ SWITCH GPIO_33 (Used as SW8 for PORTABLE, Channel Activity for MOBILE) GPIO_32 (Used as SW4 for PORTABLE, Monitor for MOBILE) GPIO_31 (Used as SW2 for PORTABLE, Volume B for MOBILE) GPIO_30 (Used as SW1 for PORTABLE, Volume A for MOBILE) MAKO_RX MAKO_DCLK MAKO_FSYNC MAKO_TX MAKO SSI Place for OMAP1610 C1017 1.0uF SDRAM_CS (MOBILE ONLY) EXT_MIC_ENA SDRAM_CLK_EN SDRAM_DATA(15:0) N3 C12 D12 D13 C11 C13 D11 D14 C10 D8 C4 C7 D5 D7 C5 C6 D6 J18 J19 J14 K18 K19 K15 K14 L19 L18 L15 M19 M20 N21 N19 N18 N20 W8 Y8 M15 P19 P20 P18 M14 R19 R18 T20 T19 V8 N15 U19 V16 W17 AA17 R13 W11 W10 V10 R11 RS232 R1001 10K C1032 .01uF RS232_TX R1044 0 ( BUFFERRED 16.8 FROM TOMAHAWK) GND C101 18pF 4 1.0Vpkpk Y1000 CX-91F 12MHz 1 IN OUT 8 GND1 2 3 R1002 10MEG R1070 0 (MOBILE ONLY) GP5_8 R1041 16.8_MHZ_BUFF RS232_RX W15 Y15 P14 W14 V15 AA9 V9 R10 P10 V2 V13 AA13 AA5 V5 Y2 W3 AA15 Y14 W7 V7 Y6 W6 1K TX_FSYNC TX_DATA TOMAHAWK SSI TX_CLK RX_FSYNC ABACUS3 SSI RX_DATA RX_CLK C1019 18pF 1.875V FLASH R1046 0 NU R1006 10K V3 T4 U3 U1 P8 T3 T2 R4 R3 R2 P7 P4 P2 N7 N2 N4 B13 B20 J21 CVDD3_4 R20 J1 CVDD4 VSS_1 A9 A3 E2 CVDD2 CVDD2_1 CVDD2_2 CVDD3_1 CVDD3_2 CVDD3_3 5 FLASH_WAIT FLASH_CLK EMIFS_DATA(15:0) EMIFS_ADD(23:1) 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 0 H11 H9 H10 B8 B12 G9 G11 G12 B9 G10 A1 B6 B2 A2 B18 C20 B15 C15 LCD_VSYNC LCD_HSYNC LCD_AC CLK_P_LCD LCD_PIXEL_15 LCD_PIXEL_14 LCD_PIXEL_13 LCD_PIXEL_12 LCD_PIXEL_11 LCD_PIXEL_10 LCD_PIXEL_9 LCD_PIXEL_8 LCD_PIXEL_7 LCD_PIXEL_6 LCD_PIXEL_5 LCD_PIXEL_4 LCD_PIXEL_3 LCD_PIXEL_2 LCD_PIXEL_1 LCD_PIXEL_0 D15 C16 A17 G13 B17 C17 D16 D17 C18 B19 A20 H13 G14 C19 B21 D18 KBC_5 KBC_4 KBC_3 KBC_2 KBC_1 KBC_0 CLK_EX_CAM LOW_STATE_5 UART3_RX I2C_SCL TDO UWIRE_SDI UWIRE_SDO CLK_S_UWIRE Z_STATE_3 Z_STATE_2 MCBSP1_DX G19 C21 E18 D19 D20 F18 H19 M18 L14 T18 AA19 U18 W21 V19 N14 P15 H18 SDRAM_ADD(12:0) 12 11 10 9 8 7 6 5 4 3 2 1 0 DISPLAY_DATA7 DISPLAY_DATA6 DISPLAY_DATA5 DISPLAY_DATA4 DISPLAY_DATA3 DISPLAY_DATA2 DISPLAY_DATA1 DISPLAY_DATA0 DISPLAY_CE DISPLAY_CMD GPIO_27 (Used as KEYPAD_COL4 for NEO and Public Add Mic for MORPHEUS) KEYPAD_COL3 KEYPAD_COL2 KEYPAD_COL1 KEYPAD_COL0 KEYPAD COLUMN 1 TX_RAMP MOBILE_DISPLAY_CMD (MOBILE ONLY) SPI_CLK SPI_MISO SPI_MOSI THK_CE ABACUS3_CE MAKO_CE R1036 10K 1.875V R1005 4.7K FLASH_CTL(5:0) MAKO_OPT_INT RESET_OUT Controller Microprocessor Schematic Diagram USB#2 OPTION BOARD USB#0 USB1_SE0 USB_INT USB1_TXEN USB1_DAT USB0_SE0 USB0_DAT USB0_TXEN USB2_SE0 USB2_DAT GPIO_25 USB2_SUSPEND GPIO_26 USB2_RCV I2C GPIO_18 I2C_CLK I2C_DATA Place for OMAP1610 USB#1 USB#0 RESERVED FOR MOBILE ( INTERFACE WITH MAKO) SDRAM 0 1 2 3 4 5 6 PORTABLE DISPLAY OMAP_CORE B5 B7 A13 B16 A21 F20 K20 R21 W20 AA21 Y13 AA7 Y3 AA1 U2 N1 K2 G1 B1 SDRAM_CTL(6:0) H8 H7 D10 C8 B4 C3 B3 R1014 OPT_GPIO_1 OPT_GPIO_2 GPIO_40 MAKO_AD_TRIGGER 2 VSS_2 VSS_3 VSS_4 VSS_5 VSS_6 VSS_7 VSS_8 VSS_9 VSS_10 VSS_11 VSS_12 VSS_13 VSS_14 VSS_15 VSS_16 VSS_17 VSS_18 VSS_19 EN_WE_SDRAM SDRAM_RAS SDRAM_DQMU SDRAM_DQML SDRAM_CAS SBANK_1 SBANK_0 SADD_13 SADD_12 SADD_11 SADD_10 SADD_9 SADD_8 SADD_7 SADD_6 SADD_5 SADD_4 SADD_3 SADD_2 SADD_1 SADD_0 1 2 3 4 GND 10K TP1000 Y2 4 VCC R1045 R1028 0 LDO_FILTER 0 5 BOOT FROM CS 0 3 A2 C1033 0.10uF R1026 47K 1 A1 1.875V Y1 6 1.875V U1006 NL27WZU04 16.8MHz Squarer U1000 OMAP1710 E5 RESERVED R1027 10K DNP Y21 W12 A11 A15 Y20 Y9 M2 AA3 1.875V CVDDA CVDD_RTC CVDD_DLL CVDD_1 CVDD_2 CVDD_3 CVDD_4 CVDD1 GPIO_5 (Used as KEYPAD_ ARMIO_15 ROW4 for PORTABLE, KEYPAD_ROW3 KEYPAD_ROW2 GP5_6 for MOBILE) KEYPAD_ROW1 KEYPAD_ROW0 KEYPAD ROW CLKX_SD CLK32K_IN EN_SDCKE CLKX_MCBSP1 CLK_MCSI2 CLKS_MCBSP1 MCBSP1_FSX PWRON_RESET F_CS1U OMAP_CORE F_CS2U SDDQS_H 1.875V SDDQS_L CS_SDRAM KBR_4 KBR_3 CVDDA VDD_DLL KBR_2 KBR_1 DVDD2 KBR_0 MCBSP1_DR BFAIL CONF TDI TMS TCK TRST MPU_BOOT L1 NC MPU_RST A19 DVDD1_1 UART1_CTS E21 DVDD1_2 UART2_CTS U21 DVDD1_3 UART1_RX Y16 DVDD1_4 UART2_RX L21 DVDD1_5 CLK_B_REQ AA2 DVDD2_1 CLK_B Y7 DVDD2_2 CLK_MCSI1 AA11 DVDD2_3 MCSI1_DOUT MCSI1_DIN A5 DVDD4_1 MCSI2_DIN A7 DVDD4_2 MCSI2_SYNC B10 DVDD4_3 CLK_M_REQ B14 DVDD4_4 MCBSP2_DR FRDY R1 DVDD5_1 OSC32K_IN H2 DVDD5_2 OSC32K_OUT C2 DVDD5_3 MCBSP2_DX CLK_M OSC1_IN OSC1_OUT LOW_STATE_1 LOW_STATE_2 MCBSP2_FSX CLKR_MCBSP2 CLKX_MCBSP2 MCBSP2_FSR FDATA_15 FDATA_14 FDATA_13 FDATA_12 FDATA_11 FDATA_10 FDATA_9 FDATA_8 FDATA_7 FDATA_6 FDATA_5 FDATA_4 FDATA_3 FDATA_2 FDATA_1 FDATA_0 V12 DVDDRTC MAKO_INT (RESET CIRCUIT PROVIDED BY MAKO) POR MAKO_GPIO_RX CLK_F SDATA_15 SDATA_14 SDATA_13 SDATA_12 SDATA_11 SDATA_10 SDATA_9 SDATA_8 SDATA_7 SDATA_6 SDATA_5 SDATA_4 SDATA_3 SDATA_2 SDATA_1 SDATA_0 CAM_D_7 CAM_D_6 CAM_D_5 CAM_D_4 CAM_D_3 CAM_D_2 CAM_D_1 CAM_D_0 CAM_VS CAM_HS CAM_RSTZ GPIO_15 GPIO_14 GPIO_13 GPIO_12 GPIO_11 GPIO_9 GPIO_8 GPIO_7 GPIO_6 GPIO_4 GPIO_3 GPIO_2 GPIO_1 GPIO_0 MPUIO_5 MPUIO_4 MPUIO_3 MPUIO_2 MPUIO_1 EMU0 EMU1 MCSI1_SYNC CLK32K_OUT MMC_DAT3 MMC_DAT2 MMC_DAT1 MMC_DAT0 D9 P13 H12 G21 Y10 G20 H15 R12 Y1 P3 C14 D4 G8 E19 E20 H14 F19 G18 H20 W19 V18 Y19 V17 W18 Y18 J20 U20 R14 Y5 V14 R9 V20 I2C_SDA J15 CLK_L_CAM C9 CLK_SD J8 FADD_1 D3 FADD_2 C1 FADD_3 E4 FADD_4 D2 FADD_5 F4 FADD_6 E3 FADD_7 J7 FADD_8 F3 FADD_9 G4 FADD_10 G3 FADD_11 G2 FADD_12 K8 FADD_13 H4 FADD_14 H3 FADD_15 K7 FADD_16 J2 FADD_17 J4 FADD_18 J3 FADD_19 F2 FADD_20 L8 FADD_21 K4 FADD_22 K3 FADD_23 L7 FADD_24 E1 FADD_25 L4 FADV L3 EN_F_BE_0 M8 EN_F_BE_1 M7 GPIO_62 1 M3 F_CS1 M4 0 N8 F_CS2 F_CS3 U4 EN_F_OE W1 F_RP W2 EN_F_WE V4 F_WP R8 USB0_SE0 P9 USB0_DAT W4 EN_USB_PUEN Y4 CLK_B_UART2 V6 W5 LOW_STATE_3 LOW_STATE_4 Y17 RTCK W9 MCSI2_DOUT P11 MMC_CMD V11 CLK_MMC Y12 W16 RTC_ON_NOFF W13 Z_STATE_1 P12 RTC_WAKE_INT AA20 RESET_MODE RST_OUT TP_POR (FROM MAKO) 32KHZ_CLK BOOT FROM CS 3 NU SDRAM_CLK 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 R1048 0 1 (FROM MAKO) GATED_32KHZ_OMAP 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 0 OPTION SELECT (FROM MAKO) MAKO_OPT_GPIO0 MAKO_OPT_GPIO3 MAKO_OPT_GPIO2 Place for OMAP1710 SPI R1060 10 R1000 10 VDD_DLL C1012 0.10uF C1016 0.10uF CVDDA C1044 0.10uF Controller R4 Schematic Diagrams 3-39 1.875V_DIG_V2 FLASH 1.875V_DIG_V2 SDRAM 1.875V_DIG_V2 1.875V_DIG_V2 R2004 0 R2011 0 TP_SDRAM_CLK Bootstrap Mode = 48 MHz Normal Mode = 72 MHz 1.875V_DIG_V2 C2000 100pF C2001 .01uF C2002 0.10uF 1.875V_DIG_V2 C2003 0.10uF C2007 0.10uF SDRAM_CLK R2005 10K SDRAM_CLK_EN TP_FLASH_CLK R2000 10K R2012 10K R2006 10K R2007 10K R2008 10K C2006 0.10uF C2005 .01uF C2004 100pF R2009 10K SDRAM_CTL(6:0) 0 FLASH_CLK 6 RP TP_SDRAM_CS 9 B2 10 C2 11 A1 12 B1 13 C1 14 D2 15 D1 16 D4 17 B6 18 A6 19 C6 20 B3 21 C3 22 D7 A4 D4 A5 D5 A6 D6 A7 A8 A9 D7 D8 D9 A10 D10 A11 D11 A12 D12 A13 D13 A14 D14 A15 D15 2 G5 3 E4 4 G3 5 E3 6 G1 7 G7 8 F6 9 F5 10 F4 D5 F3 13 F2 14 E2 H8 1 J8 2 J7 3 J3 4 J2 5 H3 6 H2 7 H1 8 G3 9 H9 11 10 G2 12 11 C7 B3 A7 J9 E7 D3 VDDQ4 VDDQ3 VDDQ2 VDDQ1 VDD3 VDD2 A0 DQ0 A1 DQ1 A2 DQ2 A3 DQ3 A4 DQ4 A5 A6 A7 A8 A9 DQ5 DQ6 DQ7 DQ8 DQ9 A10 DQ10 A11 DQ11 DQ12 DQ13 E8 15 12 F1 LDQM DQ14 UDQM DQ15 A16 A8 0 B9 1 B8 2 C9 3 C8 4 D9 5 D8 6 E9 7 E1 8 D2 9 D1 10 C2 11 C1 12 B2 13 B1 14 A2 15 E2 A17 NC1 A18 NC2 G1 NC A19 A20 A21 NC VSS2 G2 F1 A3 VSS1 23 VSSQ4 A2 D3 E5 0 D7 8 A3 1 VSSQ3 C7 D2 E6 BA1 H7 VSS1 7 A2 0 BA0 A1 6 A7 D1 VSSQ2 5 B7 D0 A1 F7 G8 TP_SDRAM_BA1 SDRAM_ADD(12:0) G8 4 A8 A0 ST 4Mx16 3 B8 G7 TP_SDRAM_BA0 VSSQ1 2 C8 A9 EN_L E8 D8 RAS CAS WP WAIT 1 U2001 WE C3 D3 FLASH_WAIT F7 VSSQ2 B5 F8 EN_W B7 2 SDRAM_CS EN_G CKE 16MByte CS MICRON 8Mx16 C4 F9 VSSQ1 5 G9 A3 D6 3 EN_E CLK VSS3 C5 4 F3 J1 3 2 VDD1 G6 E1 A5 U2000 M58WR064FB CLK_K F2 R2013 10K VSS2 F8 1 E3 E7 1 5 4 0104024J27 (Pre-Flashed Part) B4 0 R2010 10K 8MByte VPP VDDQ2 VDDQ1 A4 VDD1 FLASH_CTL(5:0) VDD2 G4 1.875V_DIG_V2 EMIFS_ADD(23:1) EMIFS_DATA(15:0) SDRAM_DATA(15:0) Controller Memories Schematic Diagram Controller R4 Schematic Diagrams NC GPIO_0_PWR_ON GPIO_3_PTT GPIO_4_HOOK NC NC NC NC 6 SDA2 5 SCL2 6 EN 8 R3575 1K 2 B C3508 0.1uF 3 1 EXT_MIC C3528 R3537 0 EXT_MIC+ C3531 220pF U3200-3 AD_TRIG TX_RX PA_CODEC_A2D_BLOCK VMES ADC_VREF MIC_BIAS ATOD_0 INT_MIC_P ATOD_1 INT_MIC_M EXT_MIC_P ATOD_2 EXT_MIC_M ATOD_3 ATOD_4 VCM1 ATOD_5 VC_OUT_P ATOD_6 VC_OUT_M BPLUS ATOD_7 ATOD_8 PA_BPLUS PA_IN_M PA_IN_P FE_TUNE1 INT_SPKR_P FE_TUNE2 INT_SPKR_M EXT_SPKR_P PWR_CTRL EXT_SPKR_M SCAN_EN VCM2 TEST VREF VFUSE 2.775V_DIG_V4 1.875V_DIG_V2 3.3V_DIG_V10 UNSWB+ 7 R3520 24K 3 2 C3507 2200pF SPKR+ SPKR- C3505 1000pF 10K 47K AUDIO_PA_ENA 15K E3500 E3501 Q3500 DTC114YKAF 7.8V RMS (7.5 W @ 8 ohms) C3506 47uF 1 VR3502 100pF C3512 0.1uF 100pF 2.9V_DIG_V6 L10 C3513 M12 N14 M13 HW_ID0 L11 HW_ID1 M14 HW_ID2 L12 BATTERY_SENSE R3595 L13 10K PA_TEMP K11 ANT_CURRENT_DET K12 K13 TX_RAMP_DAC 3.91V (27.5W) RT3500 R3550 4.12V (44W) 10K 82K L3 RX_FLTR_VCTRL M2 PA_BIAS N1 TX_DAC C4 R3577 A3 R3596 26.7K 150 E8 R3571 R3576 2K 100 9V3 13 R3524 560 4 VAG C3509 10uF C3510 2 330pF 3 1 HANDSET_AUDIO 12 11 U3505-4 MC3403 R3525 100K 600mV RMS 9V3 C3517 10uF R3528 22K U3505-1 4 MC3403 1 2 C3519 47uF RX_AUDIO 3 R3529 51 11 R3548 100K VAG 330mV RMS C3545 220pF C3525 220pF VAG 9V3 R3536 100K R3539 24K C3538 .01uF 4 C3532 1.0uF 6 3 VAG V15 70mV RMS (RX AUDIO) 6 2 MIC_GROUND 9V3 U3502-2 MC3403 7 9 80mV RMS (TX AUDIO) 5 R3553 11 11U3502-3 MC3403 10K R3554 47K R3551 10K 1 VAG R3542 24K UMZ2NTR Q3504 VR3504 MMBZ20V 9V3 R3544 24K 2 470pF U3502-1 4 MC3403 1 3 C3526 1.0uF VAG 5 11 3 4 R3546 15K R3545 100 PUB_ADDRESS_2 10K 5 R3556 47K 4 6 C3535 1.0uF C3534 10uF 11 R3552 10K U3505-2 4 MC3403 7 9V3 U3502-4 MC3403 4 14 12 R3555 11 30K 9V3 R3541 24K 13 2 R3549 PUB_ADDRESS_1 10 VAG R3534 10K R3540 100 8 NU 220K C3522 C3533 10uF 4 4 EMD9FT2R Q3503 R3530 C3527 0.1uF R3533 24K 5 R3538 39K C3518 1.0uF 4 INV OUT1 U3500 NINV TDA1519C RR 6 M_SS OUT2 4 2 1 R3535 560 C3530 220pF 9V3 R3521 1 C3524 10uF 0.10uF 1.0uF R3532 100 9V3 Q3501 EMD9FT2R EXT_MIC_ENA C3520 C3521 4 5 6 R3547 560 1.0uF 0.10uF C3516 C3523 R3526 0 C3515 220pF C3514 220pF C3511 B11 A11 NC L2 NC K2 K1 1.0uF J2 J1 J3 H3 H2 NC 9V3_CNTRL E3 E1 SW_9V3 G3 NC G2 NC F1 NC F2 NC H1 NC G1 NC H4 A4 9 1 3 8 R3516 24K NC C3504 1000pF 3 INT_MIC 5V_SW CLK_SCL 14 E3502 E3503 9.3VDC unmuted 5.3VDC muted 3 AD0_CS* 8 DIS 4 SDO_NC 5 SDI_SDA W 10 1 A PCA9306 U3503 C3536 10uF U3501 AD5161 VDD VCC R3559 10K GND2 I2C_CLK C3542 0.10uF SDA1 4 SCL1 3 7.8V RMS (7.5 W @ 8 ohms) C3503 1000pF GND1 R3574 10K ONE_WIRE_1 I2C_DATA ONE_WIRE_2 C3501 0.1uF C3502 0.1uF 9 R3558 10K R3511 10K R3513 0 R3523 24K INT_MIC+ 9V3 UNSWB+ U3508 PCA9306 R3573 10K EN 8 SCL2 6 SDA2 5 R3569 1K MAKO_AD_TRIGGER 1 1 3 4 SCL1 SDA1 C3540 0.10uF C3539 0.10uF 6 MAKO_OPT_GPIO2 MAKO_OPT_GPIO3 MAKO_OPT_INT VR3503 MMBZ20V 0.10uF 3 NC NC NC NC NC R3592 2.2K R3591 2.2K 3 R3587 5.1K NU USB_CONNECT R3514 10K NC NC R3593 200K C3541 0.10uF 5V_SW 1 16.2K MMP_GPIO2_INPUT MAKO_OPT_GPIO0 52mV RMS for rated audio R3578 200K 2.775V_DIG_V4 5 R3582 10K 2.775V_DIG_V4 1.875V_DIG_V2 USB2_DP USB2_DM 5V_SW 2 NC R3581 27 6 10K 16.2K 27 R3501 5 R3580 R3583 NC R3500 1.875V_DIG_V2 R3515 10K 11 U3505-3 MC3403 C3500 10.0uF 1 MMP_GPIO1_INPUT 2 10K 51.1K R3506 10K R3594 3.3K 2.9V_DIG_V6 N6 P7 N7 P8 L6 N13 N9 P9 M8 L8 M10 N12 M11 P13 P10 K7 M9 N10 P11 K8 P12 N11 10 C1 2 R3579 R3588 B2 UNSWB+ 9V3 5V_SW 5V_V8_MAKO 3.3V_DIG_V10 1.875V_DIG_V2 1.875V_V2_MAKO 2.775V_DIG_V4 8 GND 1.875V_V2_MAKO ONE_WIRE_UP IN2 R3502 10K VAG (SOURCE) 4 9 7 NC NC IN1 R3586 0 2 7 VREF1 GND 1 VREF2 MAKO UART RS232_TX RS232_RX D2 NO2 C2 COM2 9V3 1 1 NC A1 NO1 B1 COM1 U3504 TS5A23166 I2C_CLK I2C_DATA NC R3584 22K VREF1 2 7 GND VREF2 NC 1.875V_V2_MAKO USB1_TXEN USB1_DAT USB1_SE0 USB0_TXEN USB0_DAT USB0_SE0 USB_INT MAKO USB BBP_CLK BBP_SYNC SPI_CLK SPI_CS U3200-2 SPI_DI DIGITAL_BLOCK SPI_DO VC_DCLK VC_FSYNC VC_TX VC_TX3V VC_RX UCM_SS LOGIC_VDD USB1_OE USB1_DAT_TXD USB1_SE0 USB2_OE_RCV_RTS USB2_DAT_VP USB2_SE0_VM_RXD USB1_DP UART2_TXD USB1_DM UART2_RXD_OD CTS_X USB2_DP USB2_DM USB_INTX RXDIN_3V USB_CONNECT SB96_BUS_BUSY TXDO_BDI_UP_3V SB96_BDO_KF_5V BOOT_NORM_X ONE_WIRE_1 RS232_USB_X ONE_WIRE_2 APCO ONE_WIRE_BATT SB96D_BDO_KF_3V TXDO_BDI_5V ONE_WIRE_UP RXDIN_5V TXDO_BDI_ENC_3V RTS_FILLSEN_5V RXDIN_ENC_3V CTS_CABLE_DET_5V RTS_FILLSEN_3V OPTA_SEL0 BUSY_IN OPTA_SEL1 BUSY_OUT OPTA_SEL2 CABLE_DET_3V OPTA_SEL3 OPT_GPIO0 OPTB_SEL0 OPT_GPIO1 OPTB_SEL1 OPT_GPIO2 OPTB_SEL2 OPT_GPIO3 OPTB_SEL3 OPTION_INTX 1 MAKO SPI SPI_CLK MAKO_CE SPI_MOSI SPI_MISO MAKO_DCLK MAKO_FSYNC MAKO_TX MAKO_RX MAKO SSI HW_ID 9V3 A5 B5 E6 D6 B6 C6 E7 D7 B7 M4 A7 N3 A6 B8 C8 D8 A9 B9 C9 E9 A10 B10 C10 P2 J5 C7 A8 L5 N8 L7 K6 N2 M3 C12 E11 D10 F10 C11 G10 D11 B12 A2 R3509 0 NC NC R3585 22K D1 R3508 0 HW_ID1 MOBILE REPEATER: NOT_USED MOBILE SUSCRIBER: 0 OHM R3505 33K NU HW_ID0 R3507 0 R3504 33K NU USB1_DP USB1_DM 5V_V8_MAKO C3529 R3503 33K HW_ID2 MOBILE REPEATER: 33K MOBILE SUBSCRIBER: NOT_USED USB1_TXEN USB1_DAT USB1_SEO 1 1 MAKO_CE 27 27 3.3V_DIG_V10 GND V_POS 1 1 2.9V_DIG_V6 2.9V_DIG_V6 R3560 47K 5V_V8_MAKO R3510 R3512 R3572 10K 1.875V_V2_MAKO 3-40 UMZ2NTR Q3505 5 2 1 6 EMD9FT2R Q3502 Controller Audio and USB Schematic Diagram PUB_ADDRESS_2_EN PUB_ADDRESS_1_EN PUB_ADDRESS_MIC_EN LOW_LEVEL_MUTE Controller R4 Schematic Diagrams 4.1 3-41 Controller R4 Parts List Circuit Ref Motorola Part No Description Circuit Ref Motorola Part No Description Circuit Ref Motorola Part No Description Circuit Ref Motorola Part No Description C2000 2113944A40 100pF C3031 2113945C31 0.1uF C3221 2113944A44 220pF C1000 2113944A40 100pF C2001 2113945B02 0.01uF C3032 2113945B02 0.01uF C3222 2113945Y02 0.10uF C1001 2113945Y02 0.10uF C2002 2113945Y02 0.10uF C3040 2113944C06 470pF C3225 2113944A44 220pF C1002 2113945Y02 0.10uF C2003 2113945Y02 0.10uF C3041 2113945C02 0.01uF C3226 2113945Y02 0.10uF C1003 2113944A40 100pF C2004 2113944A40 100pF C3042 2113945B02 0.01uF C3227 2113944A44 220pF C1004 2113944A40 100pF C2005 2113945B02 0.01uF C3043 2314030E85 33uF C3228 2113945Y02 0.10uF C1005 2113945Y02 0.10uF C2006 2113945Y02 0.10uF C3044 2113945C31 0.1uF C3229 2113944A44 220pF C1006 2113945Y02 0.10uF C2007 2113945Y02 0.10uF C3045 NOT PLACED – C3231 2113944A44 220pF C1007 2113944A40 100pF C2500 2113944A44 220pF C3046 2113945Y02 0.10uF C3232 2113945Y02 0.10uF C1008 2113944A40 100pF C2501 2113945A10 1500pF C3200 2113946J04 22uF C3233 2113944A44 220pF C1009 2113945Y02 0.10uF C3000 2113944C06 470pF C3201 2113946D05 2.2uF C3234 2113946D05 2.2uF C1010 2113945Y02 0.10uF C3002 2371403L02 10uF C3202 2113945Y02 0.10uF C3237 2113946D05 2.2uF C1011 2113944A40 100pF C3005 2113944C06 470pF C3203 2316410H02 68uF C3238 2113946H02 10uF C1012 2113945Y02 0.10uF C3006 2314030E85 33uF C3204 2115153H21 5.6pF C3239 2113946D05 2.2uF C1013 2113945Y02 0.10uF C3007 2113945C31 0.1uF C3205 2115153H21 5.6pF C3240 2113944C45 100pF C1014 2113945Y02 0.10uF C3008 2113945A09 1000pF C3206 2316410H01 22uF C3243 2113946S35 1.0uF C1015 2113945Y02 0.10uF C3009 2113945Y02 0.1uF C3207 2113945C31 0.1uF C3247 2113946H02 10uF C1016 2113945Y02 0.10uF C3010 2113946S35 1.0uF C3208 2113946D05 2.2uF C3248 2113946S35 1.0uF C1017 2113946E02 1.0uF C3011 2113946S35 1.0uF C3209 2113945Y02 0.10uF C3249 2113944C45 100pF C1018 2113944A28 18pF C3012 2113944C06 470pF C3210 2113946D05 2.2uF C3252 2113946S35 1.0uF C1019 2113944A28 18pF C3013 2314030J28 22uF C3211 2113945A09 1000pF C3254 2113946D05 2.2uF C1030 2113944A28 18pF C3014 2113945C31 0.1uF C3212 2316410H02 68uF C3257 2113946S35 1.0uF C1031 2113945Y02 0.10uF C3015 2113944C38 47pF C3213 2113946F03 4.7uF C3260 2113946S35 1.0uF C1032 2113945B02 0.01uF C3016 2113944A40 100pF C3214 2115153H45 33pF C3261 2113944A44 220pF C1033 2113945Y02 0.10uF C3017 2113945A09 1000pF C3215 2115153H45 33pF C3262 2113946N03 2.2uF C1034 2113946S35 1.0uF C3018 2389289U01 10uF C3216 2113946F03 4.7uF C3265 2113946J04 22uF C1035 2113946D05 2.2uF C3019 2113944C06 470pF C3217 2113944A44 220pF C3266 2113946D05 2.2uF C1036 2113946S35 1.0uF C3020 2314030E85 33uF C3218 2113945Y02 0.10uF C3269 2113946S35 1.0uF C1037 2113946D05 2.2uF C3021 2113945C31 0.1uF C3219 2113944A44 220pF C3270 2113946S35 1.0uF C1044 2113945Y02 0.10uF C3030 2113945C02 0.01uF C3220 2113945Y02 0.10uF C3272 2115153H27 10pF Controller R4 Schematic Diagrams 3-42 Circuit Ref Motorola Part No Description Circuit Ref Motorola Part No Description Circuit Ref Motorola Part No Description Circuit Ref Motorola Part No Description C3273 NOT PLACED – C3516 2113946S35 1.0uF C4003 NOT PLACED – C4035 2113945A03 330pF C3274 2113944A44 220pF C3517 2314030M51 10uF C4004 NOT PLACED – C4040 2113944A44 220pF C3275 2113946J03 10.0uF C3518 2113946S35 1.0uF C4005 NOT PLACED – C4041 2113944A44 220pF C3276 2113946S35 1.0uF C3519 2314030F30 47uF C4006 2113944A44 220pF C4042 2113944A44 220pF C3277 2113946S35 1.0uF C3520 2113946S35 1.0uF C4007 NOT PLACED – C4043 2113944A44 220pF C3278 2113945C31 0.1uF C3521 2113946S35 1.0uF C4010 NOT PLACED – C4044 2113944A44 220pF C3279 2113945C31 0.1uF C3522 2113945A05 470pF C4011 NOT PLACED – C4045 2113944A44 220pF C3280 2113945C31 0.1uF C3523 2113945Y02 0.10uF C4012 NOT PLACED – C4046 2113944A44 220pF C3281 2113945C31 0.1uF C3524 2313960D07 10uF C4013 2113944A44 220pF C4047 2113944A44 220pF C3282 2113946F03 4.7uF C3525 2113944A44 220pF C4014 2113944A44 220pF C4048 2113944A44 220pF C3283 2113945Y02 0.10uF C3526 2113946S35 1.0uF C4015 2113944A44 220pF C4049 NOT PLACED – C3289 2113945Y02 0.10uF C3527 2113945C31 0.1uF C4016 2113944A44 220pF C4051 NOT PLACED – C3290 2113945Y02 0.10uF C3528 2113945Y02 0.10uF C4017 2113944A44 220pF C4053 NOT PLACED – C3291 2113945Y02 0.10uF C3529 2113945Y02 0.10uF C4018 2113944A44 220pF C4055 NOT PLACED – C3500 2113946J03 10.0uF C3530 2113944A44 220pF C4019 NOT PLACED – C4058 NOT PLACED – C3501 2113945G91 0.1uF C3531 2113944A44 220pF C4020 NOT PLACED – C4059 NOT PLACED – C3502 2113945C31 0.1uF C3532 2113946S35 1.0uF C4021 2113944A44 220pF C4060 NOT PLACED – C3503 2113945A09 1000pF C3533 2313960D07 10uF C4022 2113944A44 220pF C4061 NOT PLACED – C3504 2113945A09 1000pF C3534 2313960D07 10uF C4023 2113944A44 220pF C4062 NOT PLACED – C3505 2113945A09 1000pF C3535 2113946S35 1.0uF C4024 2113944A44 220pF C4063 2113944A44 220pF C3506 2314030F30 47uF C3536 2314030M51 10uF C4025 2113944A44 220pF C4064 2113944A44 220pF C3507 2113945A11 2200pF C3538 2113945B02 0.01uF C4026 2113944A44 220pF C4065 2113944A44 220pF C3508 2113945C31 0.1uF C3539 2113945Y02 0.10uF C4027 2113944A44 220pF C4066 2113944A44 220pF C3509 2313960D07 10uF C3540 2113945Y02 0.10uF C4028 2113944A44 220pF C4067 2113944A44 220pF C3510 2113945A03 330pF C3541 2113945Y02 0.10uF C4029 2113944A44 220pF C4068 2113944A44 220pF C3511 2113944A40 100pF C3542 2113945Y02 0.10uF C4030 2113944A44 220pF C4069 2113944A44 220pF C3512 2113945C31 0.1uF C3545 2113944A44 220pF C4031 2113944A44 220pF C4070 2113944A44 220pF C3513 2113944A40 100pF C4000 NOT PLACED – C4032 2113944A44 220pF C4071 NOT PLACED – C3514 2113944A44 220pF C4001 NOT PLACED – C4033 2113944A44 220pF C4072 NOT PLACED – C3515 2113944A44 220pF C4002 NOT PLACED – C4034 2113945A03 330pF C4073 2113945Y02 0.10uF Controller R4 Schematic Diagrams Circuit Ref Motorola Part No 3-43 Description Circuit Ref Motorola Part No Description Circuit Ref Motorola Part No Description Circuit Ref Motorola Part No Description C4074 NOT PLACED – E3503 2485011Y01 FERRITE BEAD Q3204 4805585Q23 PMOS FET R1001 0613952R01 10K C4075 NOT PLACED – E4000 2485011Y01 FERRITE BEAD Q3205 4815262H01 ANALOG SWITCH R1002 0613952J73 10MEG C4076 NOT PLACED – E4001 7686949J14 FERRITE BEAD Q3206 4815272H01 ANALOG SWITCH R1005 0613952Q89 4.7K C4084 2113945Y02 0.10uF E4002 7686949J14 FERRITE BEAD Q3207 4813970A62 P-CHANNEL MOSFET R1006 0613952R01 10K C4085 2113944A44 220pF E4003 NOT PLACED – Q3208 4815261H01 ANALOG SWITCH R1014 0613952R66 0 C4086 2113945Y02 0.10uF E4004 2409134J25 FERRITE BEAD Q3209 4813973M07 ANALOG SWITCH R1017 0613952R01 10K C4087 2113945Y02 0.10uF E4005 2409134J25 FERRITE BEAD Q3210 4813973M07 ANALOG SWITCH R1019 0613952Q18 5.1 C4088 2113945Y02 0.10uF E4006 2409134J25 FERRITE BEAD Q3500 4815261H01 ANALOG SWITCH R1020 0613952R66 0 C4089 2113945Y02 0.10uF J2500 0905505Y02 Q3501 4815272H01 ANALOG SWITCH R1021 0613952R66 0 C4090 2113945Y02 0.10uF 22-PIN JTAG CONNECTOR Q3502 4815272H01 ANALOG SWITCH R1025 0613952R01 10K J3000 0905902V09 DC POWER CONNECTOR Q3503 4815272H01 ANALOG SWITCH R1026 0613952R17 47K J4000 0916017H01 26-PIN ACCESSORY CONNECTOR Q3504 4815270H01 ANALOG SWITCH R1027 NOT PLACED – Q3505 4815270H01 ANALOG SWITCH R1028 0613952R66 0 Q4000 4815263H01 ANALOG SWITCH R1034 0613952R01 10K Q4001 4815263H01 ANALOG SWITCH R1035 NOT PLACED – C4091 2113945Y02 0.10uF C4092 2113945Y02 0.10uF C4093 NOT PLACED – C4094 NOT PLACED – D3030 4813978P07 DIODE, SWITCHING D3040 4813978P07 DIODE, SWITCHING D3200 4813978C02 DIODE, SWITCHING D4000 4866544A01 DIODE, DUAL L3200 D4001 4866544A01 DIODE, DUAL E2500 2480675U01 E3000 J4001 0915555H01 30-PIN CONTROL HEAD CONNECTOR J4002 0915558H01 CONN_J J4003 0915556H01 14-PIN OPT BRD CONNECTOR Q4002 4815261H01 ANALOG SWITCH R1036 0613952R01 10K Q4003 4815263H01 ANALOG SWITCH R1041 0613952Q73 1K 2415005H02 22uH Q4004 4815261H01 ANALOG SWITCH R1044 0613952R66 0 L3201 2415005H02 22uH Q4005 4815263H01 ANALOG SWITCH R1045 0613952R01 10K FERRITE BEAD L3202 2415005H02 22uH Q4006 4815263H01 ANALOG SWITCH R1046 NOT PLACED – 2485011Y01 FERRITE BEAD Q3030 4813973M07 NPN Q4007 4815263H01 ANALOG SWITCH R1047 0613952R66 0 E3201 2480675U01 FERRITE BEAD Q3032 4813973B01 NPN Q4008 4815261H01 ANALOG SWITCH R1048 0613952R66 0 E3202 2480675U01 FERRITE BEAD Q3040 4813973M07 NPN Q4009 4815263H01 ANALOG SWITCH R1054 0613952Q89 4.7K E3203 2480675U01 FERRITE BEAD Q3041 4815263H01 ANALOG SWITCH Q4010 4815261H01 ANALOG SWITCH R1060 0613952Q25 10 E3205 2480675U01 FERRITE BEAD Q3200 5185956E76 Q4011 4815263H01 ANALOG SWITCH R1066 NOT PLACED – E3206 2480675U01 FERRITE BEAD N-CHANNEL SYNCHRONOUS MOSFET Q4012 4815261H01 ANALOG SWITCH R1067 NOT PLACED – E3208 2480675U01 FERRITE BEAD Q3201 4813970A62 P-CHANNEL MOSFET Q4013 4816023H01 PNP R1070 0613952R66 0 E3500 2485011Y01 FERRITE BEAD Q3202 5185956E76 Q4014 4813973A06 NPN R1071 0613952R17 47K E3501 2485011Y01 FERRITE BEAD N-CHANNEL SYNCHRONOUS MOSFET Q4015 4815263H01 ANALOG SWITCH R2000 0613952R01 10K E3502 2485011Y01 FERRITE BEAD R1000 0613952Q25 10 R2004 0613952R66 0 Q3203 4805585Q23 PMOS FET Controller R4 Schematic Diagrams 3-44 Circuit Ref Motorola Part No Description Circuit Ref Motorola Part No Description Circuit Ref Motorola Part No Description Circuit Ref Motorola Part No Description R2005 0613952R01 10K R2526 0613952R66 0 R3048 0613952Q73 1K R3228 0613952G67 0 R2006 0613952R01 10K R2527 0613952R66 0 R3050 0613959Q53 150 R3233 0613952R66 0 R2007 0613952R01 10K R2528 0613952R66 0 R3051 0613952G67 0 R3236 0613952Q73 1K R2008 0613952R01 10K R2529 0613952R01 10K R3052 0613952G67 0 R3237 0613952R01 10K R2009 0613952R01 10K R3002 0613952R01 10K R3053 0613952R66 0 R3238 0613952H25 10 R2010 0613952R01 10K R3003 0613952M54 3.57K R3054 0613952R66 0 R3239 0613952H25 10 R2011 0613952R66 0 R3004 0613952L73 562 R3055 0615871H01 0.1 R3240 0613952R17 47K R2012 0613952R01 10K R3005 0613952Q81 2.2K R3056 0615871H01 0.1 R3241 0613952Q18 5.1 R2013 0613952R01 10K R3006 0613952Q57 220 R3057 0613952R66 0 R3243 0613952Q18 5.1 R2500 0613952R66 0 R3007 0613952N58 39.2K R3200 0615871H01 0.1 R3245 0613952G67 0 R2501 0613952R66 0 R3008 0613952N12 13K R3203 0615871H01 0.1 R3246 0613952M81 6.81K R2502 0613952R66 0 R3009 0613952N58 39.2K R3204 0615871H01 0.1 R3247 0613952N69 51.1K R2504 0613952R66 0 R3010 0613952N12 13K R3205 0613952R25 100K R3248 0613952R01 10K R2506 0613952R66 0 R3030 0613952R01 10K R3206 0613952R66 0 R3249 NOT PLACED – R2507 0613952R66 0 R3032 0615871H01 0.1 R3207 0686135Z02 0.2 R3250 0613952R25 100K R2508 0613952R66 0 R3033 0615871H01 0.1 R3208 0686135Z02 0.2 R3252 0613952R25 100K R2509 0613952R66 0 R3034 0613952H61 330 R3209 0613952N62 43.2K R3253 0613952R17 47K R2510 0613952R66 0 R3035 0613952H25 10 R3210 0613952N16 14.3K R3500 0613952Q35 27 R2511 0613952R66 0 R3036 0613952H25 10 R3215 0613952G67 0 R3501 0613952Q35 27 R2512 0613952R66 0 R3037 0613959G61 330 R3216 0613952G67 0 R3502 0613952R01 10K R2513 0613952R66 0 R3038 NOT PLACED – R3217 NOT PLACED – R3503 0613952R13 33K R2514 0613952R66 0 R3039 0613952M30 2K R3218 0613952R66 0 R3504 NOT PLACED – R2515 0613952R66 0 R3040 0613952M43 2.74K R3219 0613952R56 2MEG R3505 NOT PLACED – R2516 0613952R66 0 R3041 0613952R25 100K R3220 0613952R56 2MEG R3506 0613952R01 10K R2517 0613952R66 0 R3042 0613952H69 680 R3222 0613952R33 220K R3507 NOT PLACED – R2518 0613952R66 0 R3043 0613952H69 680 R3223 0613952R33 220K R3508 0613952R66 0 R2519 0613952R66 0 R3044 0613958S61 330 R3224 0613952Q89 4.7K R3509 0613952R66 0 R2520 0613952R66 0 R3045 0613952M30 2K R3225 NOT PLACED – R3510 0613952Q35 27 R2524 0613952R66 0 R3046 0613952M43 2.74K R3226 0613952R13 33K R3511 0613952R01 10K R2525 0613952R66 0 R3047 0613952R25 100K R3227 NOT PLACED – R3512 0613952Q35 27 Controller R4 Schematic Diagrams Circuit Ref Motorola Part No 3-45 Description Circuit Ref Motorola Part No Description Circuit Ref Motorola Part No Description Circuit Ref Motorola Part No Description R3513 0613952R66 0 R3550 0613952R23 82K R3592 0613952Q81 2.2K R4047 0613952Q89 4.7K R3514 0613952R01 10K R3551 0613952R01 10K R3593 0613952R32 200K R4048 0613952Q77 1.5K R3515 0613952R01 10K R3552 0613952R01 10K R3594 0613952Q85 3.3K R4049 0613958H83 2.7K R3516 0613952R10 24K R3553 0613952R01 10K R3595 0613952R01 10K R4050 0613952R01 10K R3520 0613952R10 24K R3554 0613952R17 47K R3596 0613952H53 150 R4051 0613952R39 390K R3521 0613952R05 15K R3555 0613952R01 10K R4000 NOT PLACED – R4054 0613952R01 10K R3523 0613952R10 24K R3556 0613952R17 47K R4001 0613952Q37 33 R4055 0613952R01 10K R3524 0613952Q67 560 R3558 0613952R01 10K R4002 0613952Q37 33 R4061 0613952Q37 33 R3525 0613952R25 100K R3559 0613952R01 10K R4003 0613952Q37 33 R4063 0613952Q37 33 R3526 0613952R66 0 R3560 0613952R17 47K R4004 0613952Q37 33 R4064 0613952Q37 33 R3528 0613952R09 22K R3569 0613952Q73 1K R4005 0613952Q37 33 R4065 0613952Q37 33 R3529 0613952Q42 51 R3571 0613952Q80 2K R4006 0613952Q65 470 R4066 0613952Q37 33 R3530 NOT PLACED – R3572 0613952R01 10K R4009 0613952Q42 51 R4067 0613952Q37 33 R3532 0613952Q49 100 R3573 0613952R01 10K R4010 0613952Q42 51 R4068 0613952Q37 33 R3533 0613952R10 24K R3574 0613952R01 10K R4011 0613952R66 0 R4069 0613952Q37 33 R3534 0613952R01 10K R3575 0613952Q73 1K R4012 0613952R66 0 R4070 0613952Q37 33 R3535 0613952Q67 560 R3576 0613952Q49 100 R4023 0613952Q75 1.2K R4071 0613952R66 0 R3536 0613952R25 100K R3577 0613952N42 26.7K R4030 NOT PLACED – R4074 0613952R66 0 R3537 0613952R66 0 R3578 0613952R32 200K R4031 0613952R01 10K R4076 0613952R66 0 R3538 0613952R15 39K R3579 0613952R01 10K R4032 0613952R01 10K R4078 0613952R66 0 R3539 0613952R10 24K R3580 0613952R01 10K R4033 NOT PLACED – R4079 0613952R01 10K R3540 0613952Q49 100 R3581 0613952R01 10K R4034 0613952R01 10K R4080 0613952R66 0 R3541 0613952R10 24K R3582 0613952N21 16.2K R4035 0613952R01 10K R4081 0613952R66 0 R3542 0613952R10 24K R3583 0613952N21 16.2K R4040 0613952Q89 4.7K R4082 0613952R66 0 R3544 0613952R10 24K R3584 0613952R09 22K R4041 0613952Q89 4.7K R4083 0613952R66 0 R3545 0613952Q49 100 R3585 0613952R09 22K R4042 0613952Q89 4.7K R4085 0613952R66 0 R3546 0613952R05 15K R3586 0613952R66 0 R4043 0613952Q89 4.7K R4086 0613952R66 0 R3547 0613952Q67 560 R3587 NOT PLACED – R4044 0613952Q89 4.7K R4088 0613952R01 10K R3548 0613952J25 100K R3588 0613952N69 51.1K R4045 0613952Q89 4.7K R4089 0613952R17 47K R3549 0613952R12 30K R3591 0613952Q81 2.2K R4046 0613952Q89 4.7K R4090 0613952R66 0 Controller R4 Schematic Diagrams 3-46 Circuit Ref Motorola Part No Description Circuit Ref Motorola Part No Description Circuit Ref Motorola Part No Description R4093 0613952R66 0 U3201 5115616H01 VOLTAGE REGULATOR VR3206 4813977M13 DIODE, 6.2V ZENER R4094 0613952R66 0 U3202 5115453H01 DUAL OPAMP VR3207 4813977M13 DIODE, 6.2V ZENER R4095 0613952R66 0 U3203 5114007A43 IC, SCHMITT TRIGGER VR3208 4813977M13 DIODE, 6.2V ZENER R4096 0613952R66 0 U3500 5102463J95 AUDIO PA VR3502 4813977A48 DIODE, 20V ZENER R4097 0613952R66 0 U3501 5115368H01 DIGITAL ATTENUATOR VR3503 4813977A48 DIODE, 20V ZENER R4098 0613952Q89 4.7K U3502 5114016A18 QUAD OPAMP VR3504 4813977A48 DIODE, 20V ZENER R4099 0613952R66 0 U3503 5164852H47 VR4000 4813977A48 DIODE, 20V ZENER R4100 0613952Q75 1.2K IC, LEVEL TRANSLATOR VR4001 4813977A48 DIODE, 20V ZENER U3504 5171395L01 IC, CMOS SWITCH VR4002 4813977A48 DIODE, 20V ZENER U3505 5114016A18 QUAD OPAMP VR4003 4813977A48 DIODE, 20V ZENER U3508 5164852H47 IC, LEVEL TRANSLATOR VR4004 4813977A48 DIODE, 20V ZENER U4000 5115476H01 IC, SERIAL-TOPARALLEL CONVERTER VR4005 4813977M13 DIODE, 6.2V ZENER VR4006 4813977M13 DIODE, 6.2V ZENER VR4007 NOT PLACED – VR4008 NOT PLACED – Y1000 4809612J45 12 MHZ CRYSTAL Y3200 4815028H01 24.576 MHZ CRYSTAL Y3201 4802582S80 32 KHZ CRYSTAL R4101 R4103 0613952Q75 0613952Q75 1.2K 1.2K R4105 0613952R01 10K R4106 0613952R01 10K RT3500 0615471H01 THERMISTOR, 10K SP3000 1015349H03 SOLDER_PREFORM SP3001 1015349H03 SOLDER_PREFORM U1000 5102495J13 MICROPROCESSOR U1006 5115001H02 U4001 5115502H01 LOGIC TRANSLATOR U4004 5115865H01 IC, BUFFER U4005 5115865H01 IC, BUFFER IC, DUAL UNBUFFERED INVERTER U4006 5115865H01 IC, BUFFER U4007 5115865H01 IC, BUFFER U2000 0104024J27 IC, 8MB FLASH U4008 5115865H01 IC, BUFFER U2001 5171614M01 IC, 16MB SDRAM U4009 5115865H01 IC, BUFFER U3001 5164015H94 VOLTAGE REGULATOR U4010 5115865H01 IC, BUFFER U3002 5115391H01 VOLTAGE REGULATOR VR3000 4813979C17 U3003 5164015H94 VOLTAGE REGULATOR TRANSIENT SUPPRESSOR U3004 5115391H01 VOLTAGE REGULATOR VR3040 4813977M10 DIODE, 5.1V ZENER U3005 0105959T72 PNP VR3200 4813977M10 DIODE, 5.1V ZENER U3006 0105959T72 PNP VR3201 4813977M05 DIODE, 3.3V ZENER U3030 5116525H01 DUAL OPAMP VR3202 4813977M05 DIODE, 3.3V ZENER U3040 0105959T72 PNP VR3203 4813977M05 DIODE, 3.3V ZENER U3200 5185143E77 IC, POWER MANAGEMENT VR3204 4813977M13 DIODE, 6.2V ZENER VR3205 4813977M05 DIODE, 3.3V ZENER Controller R5 Schematic Diagrams Controller R5 Schematic Diagrams PERIPHERALS ( 1 SHEET ) REPEATER INTERFACE OPTION BOARD INTERFACE CONTROL HEAD VOLUME_1 VOLUME_2 SERIAL_CLK SERIAL_DATA LED_CS DISPLAY_CS DISPLAY_CMD RESET KEYPAD_ROW_0 KEYPAD_ROW_1 KEYPAD_ROW_2 KEYPAD_ROW_3 KEYPAD_COL_0 KEYPAD_COL_1 KEYPAD_COL_2 INT_SPKRINT_SPKR+ MIC_GROUND GPIO_0_PWR_ON GPIO_1_USB1_DP GPIO_2_USB1_DM GPIO_3_PTT GPIO_4_HOOK ONE_WIRE_1 VBUS1 HANDSET_AUDIO INT_MIC+ 9V3 ON_OFF_SW SYSTEM_SYNC McBSP3_CLKX McBSP3_DX McBSP3_DR McBSP3_FSX DIR_CTRL ARMIO_6 RTC_BATTERY OPT_BRD_PTT RESET_OUT SSI_DATA_OUT SSI_DATA_IN SSI_CLK SSI_FSYNC SW_9V3 OPT_GPIO_1 OPT_GPIO_2 GP5_1_PTT GP5_2_MONITOR GP5_3_CHAN_ACTIVITY GP5_6_TxDc_BUS+ GP5_7_RxDc_BUSGP5_8_CTSs_RESET 3.3V PROGM_IO_CS 1V8 MMP GP5_4_EMERGENCY GP5_5_IGNITION_SENSE PUB_ADDRESS_1_EN PUB_ADDRESS_2_EN PUB_ADDRESS_1 PUB_ADDRESS_2 USB2_DM USB2_DP VBUS2 ONE_WIRE_2 EXT_SPKR+ EXT_SPKREXT_MIC+ RX_AUDIO EXT_SWB+ 5V REAR ACCESSORY 5V R2508 0 RESET_OUT C2500 220pF SPI_MISO_1 SPI_MOSI_1 SPI_CLK_1 NC 9V3 2.775V_V4 0 2.775V_ANA_V7 2.9V_DIG_V6 1 E2500 BLM21PG300SN1 3.6V_DIG_VSW1 5V 5V_SW RAW_B+ 9V3_PA MAKO_AUDIO_DC ( DC SUPPLY: SHEET 1) ( MAKO POWER MANAGEMENT : SHEET 2) ( MAKO AUDIO_DIGITAL_USB/RS232 : SHEET 3) NC LOW_LEVEL_MUTE AUDIO_PA_ENA EXT_MIC_ENA PUB_ADDRESS_MIC_EN I2C_DATA I2C_CLK NC 16.8_MHZ_BUFF 32KHZ_GPS ANT_CURRENT_DET USB1_TXEN USB1_DAT USB1_SE0 USB0_TXEN USB0_DAT USB0_SE0 USB_INT RS232_TX RS232_RX MMP_GPIO1_INPUT MMP_GPIO2_INPUT ONE_WIRE_UP POR GATED_32KHZ_OMAP MAKO_INT MAKO_OPT_INT MAKO_AD_TRIGGER MAKO_OPT_GPIO0 MAKO_OPT_GPIO2 MAKO_OPT_GPIO3 ARMIO_12 GPIO_5 AUDIO_PA_ENA EXT_MIC_ENA GPIO_27 I2C_DATA I2C_CLK MAKO_GPIO_RX ARMIO_2 ONE_WIRE_UP POR GATED_32KHZ_OMAP 1 1 1 1.875V_V2 (SW1 / VOL_A) GPIO_30 (SW2 / VOL_B) GPIO_31 SERIAL_CLK SERIAL_DATA LED_CS DISPLAY_CS MOBILE_DISPLAY_CMD RESET_OUT KEYPAD_ROW0 KEYPAD_ROW1 KEYPAD_ROW2 KEYPAD_ROW3 KEYPAD_COL0 KEYPAD_COL1 KEYPAD_COL2 KEYPAD_COL3 McBSP3_CLK McBSP3_DX McBSP3_DR McBSP3_FSX DIR_CTRL ARMIO_6 SPI_CLK SPI_MOSI SPI_MISO ABACUS3_CE THK_CE MICROCONTROLLER (OMAP 1710: SHEET 1) (MEMORY: SHEET 2) GPIO_40 RX_CLK RX_DATA RX_FSYNC TX_CLK TX_DATA TX_FSYNC DEEP_SLEEP DMCS ADAPT_SW LOCK_DETECT ANT_EN GPIO_60 (RED_LED / RX_ATTN_1) GPIO_15 GPIO_25 GPIO_18 USB1_TXEN USB1_DAT USB1_SE0 USB0_TXEN USB0_DAT USB0_SE0 USB_INT OPT_GPIO_2 OPT_GPIO_1 RS232_TX RS232_RX SPI_MISO_MAKO SPI_MOSI_MAKO SPI_CLK_MAKO 10K MAKO_TX MAKO_RX MAKO_DCLK MAKO_FSYNC MAKO_INT MAKO_OPT_INT MAKO_AD_TRIGGER MAKO_OPT_GPIO0 MAKO_OPT_GPIO2 MAKO_OPT_GPIO3 C2501 1500pF MAKO_CE GPIO_3 GPIO_26 RTC_BATTERY ON_OFF_MECH GPIO_0_PWR_ON USB1_DP USB1_DM GPIO_3_PTT GPIO_4_HOOK ONE_WIRE_1 VBUS1 HANDSET_AUDIO INT_MIC+ PUB_ADDRESS_1_EN PUB_ADDRESS_2_EN PUB_ADDRESS_1 PUB_ADDRESS_2 GP5_4_EMERGENCY GP5_5_IGNITION_SENSE (Active HIGH: ~ 27us) MAKO_TX MAKO_RX MAKO_DCLK MAKO_FSYNC R2529 R2504 1 SPI_CLK_MAKO SPI_MOSI_MAKO SPI_MISO_MAKO JTAG_TDO JTAG_TMS JTAG_TDI JTAG_TCK JTAG_NTRST JTAG_NEMU1 JTAG_NEMU0 JTAG_RTCK 3.6V_MAKO_SW1 5V 5V_SW 5V_SW RAW_B+ 9V3_PA 0 0 0 SPI_CLK SPI_MOSI SPI_MISO MAKO_CE OMAP_CORE_LDO 1.875V_DIG_V2 2.775V_DIG_V4 3.3V_DIG_V10 16.8_MHZ_BUFF 32KHZ_CLK 2.775V_ANA_V7 2.9V_MAKO_V6 R2500 R2501 R2502 VSWR_DET LO_BATTERY_DET LO_PWR_DET RX_FLTR_VCTRL PA_BIAS TX_DAC SW_9V3 OMAP_CORE_LDO 1.875V_DIG_V2 2.775V_DIG_V4 3.3V_DIG_V10 PTT (SW4 / MONITOR) GPIO_32 (SW8 / CHANNEL_ACT) GPIO_33 (KEYPAD_ROW4 / GP5_6) ARMIO_15 (BL_EN / GP5_7) ARMIO_3 GP5_8 VSWR_DET LO_BATTERY_DET LO_PWR_DET RX_FLTR_VCTRL PA_BIAS TX_DAC USB2_DM USB2_DP VBUS2 ONE_WIRE_2 SPKR+ SPKREXT_MIC+ RX_AUDIO MIC_GROUND 1.875V_V2 EXT_SWB+ 9V3 R2524 R2525 R2526 R2527 R2528 R2509 R2510 R2511 R2512 R2513 R2514 0 0 0 0 0 0 R2515 R2516 R2517 R2518 R2519 R2520 0 0 0 0 0 0 0 0 0 0 0 RX_SSI_SYNCB RX_SSI_CLK RX_SSI_DATA RX_SSI_FSYNC TX_SSI_CLK TX_SSI_DATA TX_SSI_FSYNC R2506 R2507 0 0 1.875V_V2 2.775V_V4 (1.20 MHz) (20.0 KHz) (4.20 MHz) (84.0 KHz) PREDRIVE_SW DMCS ADAPT_SW LOCK_DETECT ANT_ENABLE PC_ATTEN_ENA RF_ATTN_2 GPS_BOOT_SELECT GPS_TX_LS GPS_RX_LS GPS_ON_OFF_LS GPS_RESET_LS 5V 5V_SW 2.775V_V4 1.875V_V2 1.875V_DIG_V2 2.775V_DIG_V4 SPI_CLK (6.0 MHz) SPI_MOSI SPI_MISO ABACUS3_CS (Active LOW: 20-86us) THK_CS (Active LOW: ~27us) GPS_BOOT_SEL GPS_RX_LS GPS_TX_LS GPS_ON_OFF_LS GPS_RESET_LS GPS_5V 5V_ACTIVE_ANT ANT_CURRENT 32KHZ_GPS 16.8MHz VCONT 1.875V GPS ( SHEET 1 ) NC 5.0 3-47 16.8_MHZ_BUFF 16.8_GPS J2500-20 J2500-14 J2500-12 J2500-10 J2500-16 J2500-6 J2500-8 J2500-18 J2500-1 J2500-2 J2500-3 J2500-4 J2500-5 J2500-7 J2500-9 J2500-11 J2500-13 J2500-15 J2500-17 J2500-19 Controller - GPS Schematic Diagram Controller R5 Schematic Diagrams 3-48 FT_VBAT J3000-1 RAW_B+ 1 FT_VBAT_GROUND (TO TX PA) 1 1 SP3001 VR3000 J3000-2 13.6V (NOMINAL) 1 1 SP3000 C3015 47pF E3000 C3000 470pF U3040,U3005,U3006 change to 4813971D34 2 R3055 0.1 C3002 10uF U3006 UNSWB+ (TO AUDIO PA) 9.3V 2 3 G1 R3032 0.1 9V3_PA R3056 0.1 (TO PA DRIVER ONLY) 1 U3005 C3021 0.1uF C3020 33uF 2 3 G1 D3030 R3033 0.1 R3039 2K 1% 1 R3057 0 C3019 470pF C3030 .01uF R3053 0 R3034 330 R3036 10 R3035 10 NC C3018 10uF R3037 330 R3040 2.74K 1% 8 R3051 0 NC 2 R3041 100K 1 3 Q3032 4 NC U3030-1 This cap only use to support DC connector during reflow. C3032 .01uF C3031 0.1uF R3038 150 NU R3050 150 R3030 10K Q3030 R3002 10K 9.3V U3040 2 3 9V3_CNTRL G1 C3043 33uF 1 R3042 680 R3043 680 C3041 .01uF R3054 0 R3052 0 Q3040 R3045 2K 1% D3040 C3016 100pF R3008 13K 1% R3046 2.74K 1% C3017 1000pF R3048 1K 8 6 7 U3030-2 5V U3004 TK11100CSC 2 FB 6 NP 4 VCONT 3 VIN 5 5 R3044 330 (TO MAKO) R3007 39.2K 1% C3044 0.1uF GND C3040 470pF VOUT 1 5V C3011 1.0uF (TO GPS & PERIPHERAL BLOCKS) 5V 4 C3042 .01uF R3047 100K NC VR3040 9.3V 4 VIN VOUT U3001 LM2941 3 GND1 6 GND2 2 ON_OFF C3005 470pF ADJ 5 1 9V3 C3046 0.10uF R3003 3.57K 1% C3006 33uF C3007 0.1uF R3009 39.2K 1% C3045 33uF NU (TO SYNTH, VCO, RX FE, PWR CNTRL,CONTROLHEAD) 9V3 C3009 0.10uF R3010 13K 1% C3008 1000pF U3002 TK11100CSC 2 FB 1 6 VOUT NP 4 VCONT 3 VIN 5 GND R3004 562 1% 5V 5V_SW C3010 1.0uF (TO RX BACKEND, SYNTH,GPS ANTENNA) 5V_SW 13.6V 4 VOUT VIN U3003 LM2941 ON: 0V OFF: 4.8V 47K MAKO_ON_OFF_CONTROL Q3041 47K Controller DC Supply Schematic Diagram 3 GND1 6 GND2 2 ON_OFF C3012 470pF ADJ 5 EXT_SWB+ 1 R3006 220 5% R3005 2.2K 5% C3013 22uF C3014 0.1uF ( TO REAR ACCESSORY) Controller R5 Schematic Diagrams 3-49 R3220 2MEG 1.875V_V2_MAKO C3282 4.7uF R3219 2MEG SW_9V3 VSAVE B1 2 C1 B3 C3274 220pF IN U3202-1 LMC6035ITLX 13 U3202-2 LMC6035ITLX 1000pF R3241 5.1 NC NC D1A 1 15 S1A 16 S1B D1B 2 R3205 100K SW1_SUMCOMP_DL SW1_DH 2 5V R3248 10K Y3201 XTAL 1 SW1_PHASE SW1_VOUT U3200-1 PWR_MNGR_BLOCK 32.768KHz 9V3_CNTRL D3200 R3249 10K NU Q3206 EMD9FT2R C3204 5.6pF SW1_GND SW2_VCC SW2_VCCS SW2_LX SW2_VOUT C3205 5.6pF SW2_GND SW5_VDD MAKO_ON_OFF_CONTROL 5 C3207 9V3_CNTRL 1 R3226 33K 6 C3208 2.2uF C3210 2.2uF C3211 1000pF ( ON= 0V; OFF=9.3V) R3218 GP5_4_EMERGENCY 0 ON_OFF_MECH VSAVE GP5_5_IGNITION_SENSE POR MAKO_GATED_32KHz 1 MAKO_INT GND1 NC P5 GND1 1 C3215 33pF 2 4 C3214 33pF Y3200 CX-101F HOT1 HOT2 GND2 3 Sine Wave Vpk-pk: 2.2V - 2.4V SW5_SUMCOMP SW5_PHASE SW5_VOUT V02_O V03_O V04_O V06_O V07_O V09_O V10_I V10_O V10_GND V08_I V08_O VBUS_SUPPLY VBUS1_SENS VBUS1_CMD VBUS1 VBUS2_SENS VBUS2_CMD VBUS2 M7 24.576MHz SW5_VDDHV SW5_VSENSE XTAL32_OUT C1 XTAL32_IN F3 BAT_RTC C2 VSAVE D1 BAT_7V5 D2 BAT_3V6 D3 REG_3V6 B2 BAT_TYPE G4 HV_BG E2 FET_ENX F4 EMERG_PB E4 MECH_SW B3 SW_TYPE B4 IGN_X C5 RESETX F5 GATED_32K_CLK D5 INT_X A12 XOUT A13 XIN D4 TCXO_SEL_16_24 M1 TCXO_IN R3206 0 VSAVE 2 B1 0.1uF J11 C3269 1.0uF ON: 5Vpk; 230 KHZ PWM OFF: 0.0Vpk NC G14 H13 NC F14 ADJ OMAP_CORE_LDO_1 5 4 R3215 0 R3246 6.81K 1% R3247 51.1K 1% C3270 1.0uF H12 H14 J12 0.1 L3201 22uH SW_9V3 0.10uF C3283 R3203 K14 J14 J13 C3206 R3243 5.1 22uF R3239 10 L14 D13 F13 E14 C3265 22uF R3204 0.1 E13 G11 F12 N4 N5 P3 2.775V_V4_MAKO 2.9V_V6_MAKO P6 R3216 0 OMAP_CORE_LDO_1 R3227 10K NU C3234 2.2uF 2.775V_V7_MAKO L1 VSW5 R3217 0 NU 1.875V_V2_MAKO P4 C3280 0.1uF C3277 1.0uF C3266 2.2uF ON: 5Vpk; 230 KHZ PWM OFF: 0.0Vpk C3281 0.1uF R3224 4.7K 3V_V9_MAKO J10 M6 3.6V_DIG_VSW1 3.3V_V10_MAKO L9 K3 K4 SW_9V3 5V_V8_MAKO B13 VSW5_CNTRL C14 H10 R3225 0 NU 4 IN 5 SYNC_EN 14 CBOOT C3209 0.10uF D1A 1 D1B 2 6 S2A 7 S2B 8 S2C C13 D12 Q3203 SI8401DB 1 C3289 0.10uF ON: 5.2V - 5.3V OFF: 0.0V L3202 22uH D2A 9 D2B 10 Q3209 F11 Q3202 SI4724CY 15 S1A 16 S1B C3273 10pF NU R3207 0.2 R3250 100K E12 GND8 D9 GND9 4 RTC_BATTERY NC H11 GND2 J4 GND3 G5 GND4 K9 GND5 L4 GND6 D14 GND7 H5 3 6 VIN2 3 NC 2 GND1 7 GND2 SW1_VSEN_BST VOUT VIN1 VSW5 D2C 11 C3212 68uF D2D 12 R3237 10K GND SW1_VSEN_BUK C3262 2.2uF G13 G12 U3201 LP8340 1 3 9V3_CNTRL A2 R3245 0 GND SW1_VDD SW1_VDDHV Change R3246 to 0613952N12 (13K) for OMAP1610 C3203 68uF D2D 12 3 PGLDO3 3.6V_DIG_VSW1 3.6V_DIG_VSW1 4 PGLDO2 ON: 4.75V to 5.25V (5.0V typical) OFF: 0.0V 3 9V3_CNTRL ON: 3.6V OFF: 0.0V D2C 11 6 S2A 7 S2B 8 S2C C3279 0.1uF C3278 0.1uF C3 2 SW_9V3 SW_9V3 1 SW_9V3 VBUS1_CMD Q3201 NTHS5441T1 A1 NC1 A14 NC2 P1 NC3 P14 NC4 M5 NC5 B14 NC6 Q3205 L3200 22uH D2A 9 D2B 10 13 NC NC 47K C3202 0.10uF DTA144EKAF 47K UNSWB+ NC R3223 220K VR3200 C3292 R3236 1K NC C3261 220pF 4 IN 5 SYNC_EN 14 CBOOT VDD B3 C3201 2.2uF C3276 1.0uF VDD A1 NC C3275 10.0uF C3200 22uF Q3200 B1 A2 BATTERY_SENSE A3 R3210 14.3K 1% R3200 0.1 R3238 10 1 3 R3222 220K R3233 0 GATED_32KHZ_OMAP 32KHZ_GPS U3203 NL17SZ14 VSAVE R3209 43.2K 4 OUT GND C3 VSAVE NC C2 LO_BATTERY_DET VCC 5 C3272 10pF R3228 0 VBUS1 ( TO MMP) C3213 4.7uF Q3207 NTHS5441T1 VSW5_CNTRL R3252 100K R3253 47K R3208 0.2 VSW5_CNTRL VBUS2_CMD 4 Q3210 NC 1 2 C3291 0.10uF VBUS2 1.875V_DIG_V2 OMAP_CORE_LDO C3217 220pF E3201 C3219 220pF C3218 0.10uF E3202 C3220 0.10uF C3221 220pF E3203 C3225 220pF C3222 0.10uF E3205 C3227 220pF E3206 10K 3.3V_DIG_V10 3.3V_DIG_V10 C3231 220pF C3228 0.10uF E3208 C3232 0.10uF MAKO_V8_5V MAKO_V9_3V C3247 10uF C3248 1.0uF C3249 100pF NC C3252 1.0uF VR3207 NC C3257 1.0uF C3229 220pF C3254 2.2uF 1 VR3206 NC 3V_V9_MAKO 1 VR3205 NC 5V_V8_MAKO C3240 100pF VR3204 C3243 1.0uF 3.3V_V10_MAKO C3239 2.2uF NC 2.9V_V6_MAKO C3238 10uF 2.775V_V4_MAKO VR3203 NC 2.775V_V7_MAKO VR3202 OMAP_CORE_LDO_1 1.875V_V2_MAKO FROM MAKO USB_CONNECT (L6) OFF: 0V (DEFAULT) ON: 3.3V (MAKO V10) 5V_V8_MAKO VR3201 C3237 2.2uF USB_CONNECT Q3208 DTC114YKAF 1.875V_V2_MAKO NC 2 47K C3216 4.7uF C3226 0.10uF 3 ( TO MAP) 2.775V_ANA_V7 2.9V_DIG_V6 2.9V_DIG_V6 2.775V_DIG_V4 2.775V_DIG_V4 1.875V_DIG_V2 C3290 0.10uF R3240 47K ON: 4.75V to 5.25V (5.0V typical) OFF: 0.0V 3 16.8_MHZ_BUFF 1 1 Q3204 SI8401DB C3233 220pF C3260 1.0uF VR3208 NC Controller DC Distribution Schematic Diagram Controller R5 Schematic Diagrams 3-50 5V CONTROL HEAD INTERFACE MOBILE REPEATER: NOT_USED MOBILE SUBSCRIBER: 33 OHM 1V8 FT_MMP_1_WIRE FT_VBUS1 FT_USB1_DM FT_USB1_DP C4013 220pF 1 C4000 C4001 C4002 C4003 C4004 C4005 C4006 220pF 220pF 220pF 220pF 220pF 220pF 220pF NU NU NU NU NU NU E4000 NC 3.3V 1 1 RESET 1 J4001_9 5V 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 9V3 1V8 1V8 RESET DISPLAY_CMD DISPLAY_CS SERIAL_DATA SERIAL_CLK LED_CS ON_OFF_SW KEYPAD_ROW_0 KEYPAD_ROW_1 KEYPAD_ROW_2 KEYPAD_ROW_3 KEYPAD_COL_0 KEYPAD_COL_1 KEYPAD_COL_2 VOLUME_1 VOLUME_2 HANDSET_AUDIO INT_SPKR+ INT_SPKR- R4000 R4001 R4002 R4003 R4004 R4005 33 33 33 33 33 33 R4061 R4063 R4064 R4065 R4066 R4067 R4068 R4069 R4070 R4071 33 33 33 33 33 33 33 33 33 0 R4006 GPIO_0_PWR_ON GPIO_1_USB1_DP GPIO_2_USB1_DM GPIO_3_PTT GPIO_4_HOOK VBUS1 ONE_WIRE_1 MIC_GROUND INT_MIC+ 470 R4009 R4010 51 51 R4012 0 2 4 6 8 10 12 R4101 1.2K R4023 1.2K J4001 FRONT VIEW K4 6 K3 4 K2 3 K1 1 C4014 C4015 C4016 C4017 C4018 C4019 C4020 C4021 C4022 C4023 C4024 C4025 C4026 C4027 C4028 C4029 C4030 C4031 C4032 C4033 220pF 220pF 220pF 220pF 220pF 220pF 220pF 220pF 220pF 220pF 220pF 220pF 220pF 220pF 220pF 220pF 220pF 220pF 220pF 220pF NU NU C4076 220pF NU C4034 C4035 330pF 330pF R4103 1.2K A2 5 2 A1 A2 5 2 A1 R4100 1.2K 30 29 28 27 26 25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 R4011 0 VR4008 NU VR4007 NU 1 Y_1 Y_2 Y_3 Y_4 Y_5 Y_6 D4001 2 14 VCC A_1 A_2 A_3 A_4 A_5 A_6 GND 1 3 5 9 11 13 WD_RESET R4086 0 NU 7 SERIAL_DATA PROGM_IO_CS SERIAL_CLK RESET ARMIO_6 U4001 SN74LVC07A PCB 4 3 R4034 10K C4084 0.10uF C4085 220pF K4 6 K3 4 K2 3 K1 1 5V NC R4079 10K SERIAL_CLK SERIAL_DATA 1 BK1005HM471 NC NC 1V8 BLM21PG221SN E4001 E4004 5V 1V8 E4003 J4001-1 J4001-2 J4001-3 J4001-4 J4001-5 J4001-6 J4001-7 J4001-8 J4001-9 J4001-10 J4001-11 J4001-12 J4001-13 J4001-14 J4001-15 J4001-16 J4001-17 J4001-18 J4001-19 J4001-20 J4001-21 J4001-22 J4001-23 J4001-24 J4001-25 J4001-26 J4001-27 J4001-28 J4001-29 J4001-30 WD_RESET MOBILE REPEATER: 0 OHM MOBILE SUBSCRIBER: NOT_USED 16 VCC GND J4001_9 R4090 0 NU U4000 SN74AHC594 SER SRCLK RCLK SRCLR RCLR 5V 14 11 12 10 13 C4071 C4072 C4074 220pF 220pF 220pF NU NU NU RTC_BATTERY 8 MOBILE REPEATER: 0 OHM QA QB QC QD QE QF QG QH1 QH2 MOBILE SUBSCRIBER: NOT_USED 15 1 2 3 4 5 6 7 9 C4073 0.10uF NC PUB_ADDRESS_2_EN PUB_ADDRESS_1_EN R4032 R4033 R4054 R4055 NU 10K 10K 1V8 10K 1V8 R4031 1V8 R4030 1V8 NU GP5_8_CTSs_Reset 1V8 10K 1V8 GP5_7_RxDc_BUSGP5_6_TxDc_BUS+ GP5_5_IGNITION_SENSE 5V 5V 5V GP5_1_PTT 3 47K 3 47K 2 47K 3 2 47K 2 47K 2 3 47K Q4009 DTC144EKAF 10K 2 1 Q4003 DTC144EKAF R4043 4.7K 1 Q4015 DTC144EKAF 3 3 2 3 3 10K 47K 10K 2 2 Q4011 DTC144EKAF 10K 3 Q4010 DTC114YKAF R4088 10K Q4005 DTC144EKAF 47K C4075 220pF NU 3 2 10K 3 EXT_SPKREXT_SPKR+ EXT_SWB+ EXT_SWB+ R4050 10K 47K Q4014 BCW65A Q4012 DTC114YKAF 3 VR4006 2 NC 1 C4067 C4068 C4069 220pF 220pF 220pF VR4003 MMBZ20V C4046 220pF C4047 220pF 1 C4070 220pF C4048 220pF VR4009 MMBZ20V 3 3 C4045 220pF 2 2 1 VR4002 MMBZ20V R4051 390K C4044 220pF VR4004 MMBZ20V 3 C4043 220pF 3 VR4001 MMBZ20V C4042 220pF 2 1 2 1 C4041 220pF VR4000 MMBZ20V 3 C4040 220pF 3 2 1 1 3 VR4005 2 NC 2 1 NC D4000 1 C4063 C4064 C4065 C4066 220pF 220pF 220pF 220pF 1 47K 1 1 Q4004 DTC114YKAF Q4013 BCW68GLT1G R4049 2.7K 3 4 47K Q4002 DTC114YKAF R4035 10K 2 1 1 R4089 47K WD_RESET 5V R4048 1.5K 2 47K 47K Q4008 DTC114YKAF 1 2 47K 47K 47K 1 Q4001 DTC144EKAF 1 Q4000 DTC144EKAF VBUS2 3 2 3 Q4007 DTC144EKAF 5V 47K 47K 47K USB2_DP USB2_DM 3 2 47K 47K ONE_WIRE_2 PUB_ADDRESS_2 PUB_ADDRESS_1 EXT_MIC+ RX_AUDIO 1 2 47K 1 E4002 BLM21PG221SN1 3 Q4006 DTC144EKAF 2 FT_VBUS2 FT_USB2_DM 1 1 FT_USB2_DP 47K R4098 4.7K E4005 BK1005HM471 EXT_SWB+ R4047 4.7K R4046 4.7K 1 3 R4042 4.7K R4041 4.7K 1 R4040 4.7K R4045 4.7K R4044 4.7K NU 5V 1 5V 1 GP5_2_MONITOR 5V 5V 1 FT_IGNITION_SENSE ACCESSORY INTERFACE (26-PIN) 2 4 6 8 10 12 14 16 18 20 22 24 26 1 3 5 7 9 11 13 15 17 19 21 23 25 J4000 REAR VIEW Controller Peripheral Schematic Diagram (sheet 1 of 2) GROUND J4000-16 16 EXT_SWB+ J4000-7 7 POWER GROUND J4000-8 8 EXT_SPKR- J4000-9 9 EXT_SPKR+ J4000-10 10 J4000-15 15 J4000-13 13 J4000-11 11 J4000-14 14 J4000-12 12 MAP_ID_1 J4000-6 6 MAP_ID_2 J4000-5 5 AUX_AUDIO_OUT_2 AUX_AUDIO_OUT_1 TX_AUDIO RX_AUDIO AUDIO GROUND PCB VIP_1_(EXT ALARM) J4000-26 26 GP5_8 J4000-24 24 FT_APM_1_WIRE GP5_7 J4000-22 22 25 IGN_SENSE J4000-25 1 GP5_6 J4000-20 20 1 23 GP5_3_(CHAN_ACT) J4000-21 21 GP5_2_(MONITOR) J4000-19 19 FT_EMERGENCY EMERG SW J4000-23 EXT_PTT GP5_1_(EXT PTT) J4000-17 17 VBUS_MAP J4000-3 3 USB_DM_MAP J4000-2 2 USB_DP_MAP J4000-1 1 GROUND J4000-18 18 USB / MAP_ID_GROUND J4000-4 4 1 2 MOBILE REPEATER: 0 OHM 5V MOBILE SUBSCRIBER: NOT_USED 1 GP5_4_EMERGENCY GP5_3_CHAN_ACTIVITY Controller R5 Schematic Diagrams 3-51 1V8 1V8 WD_RESET 1V8 VCCA A1 B1 GND VCCB A2 C4086 0.10uF R4097 0 C2 B B2 DIR McBSP3_DX A C1 U4004 SN74AVC1T45 REPEATER CONNECTOR 1V8 C4087 0.10uF R4099 0 DIR_CTRL R4093 0 McBSP3_CLKX R4105 10K VCCA A1 A2 GND VCCB 1V8 C2 B B2 DIR A C1 U4005 SN74AVC1T45 B1 McBSP3_FSX 1V8 A1 B1 GND VCCA A2 VCCB 1 TP4000 R4095 0 C2 B B2 DIR C4088 0.10uF R4072 100K NU A R4073 100K NU R4075 100K C4012 220pF NU NU 1 2 3 4 5 6 7 8 9 10 11 J4002-1 J4002-2 J4002-3 J4002-4 J4002-5 J4002-6 J4002-7 J4002-8 J4002-9 J4002-10 J4002-11 1 2 3 4 5 6 7 8 9 10 11 PCB J4002 FRONT VIEW C1 U4006 SN74AVC1T45 1V8 R4096 0 McBSP3_DR VCCA A1 B1 GND VCCB A2 C4089 0.10uF C2 B B2 DIR A C1 U4007 SN74AVC1T45 1V8 SYSTEM_SYNC R4094 0 A1 B1 GND VCCA A2 VCCB C4090 0.10uF C2 B B2 DIR A C1 U4008 SN74AVC1T45 R4106 10K SYSTEM_SYNC C2 B B2 DIR OPTION BOARD INTERFACE C4091 0.10uF 1 2 3 4 5 6 7 8 9 10 11 12 1314 A C2 B B2 DIR B1 SSI_CLK C1 J4003 FRONT VIEW C4092 0.10uF OPT_SSI_SYNC 1 A1 VCCA GND VCCB A2 1V8 PCB R4074 0 U4009 SN74AVC1T45 B1 SSI_FSYNC VCCA A1 GND VCCB A2 1V8 A R4076 0 C1 C4059 C4049 C4051C4053 220pF 220pF 220pF 220pF NU NU NU NU C4055 220pF NU E4006 1 2 3 4 5 6 7 8 9 10 11 12 13 14 SW_9V3 SYSTEM_SYNC U4010 SN74AVC1T45 OPT_GPIO_1 OPT_GPIO_2 RESET_OUT OPT_BRD_PTT R4078 0 SSI_DATA_IN C4094 C4093 51pF 33pF NU NU R4081 R4082 R4083 R4085 0 0 0 0 C4058 220pF NU J4003-1 J4003-2 J4003-3 J4003-4 J4003-5 J4003-6 J4003-7 J4003-8 J4003-9 J4003-10 J4003-11 J4003-12 J4003-13 J4003-14 C4060C4061C4062 220pF 220pF 220pF NU NU NU R4080 0 SSI_DATA_OUT DIR OPERATION LOW B ---->A HIGH B <----A Controller Peripheral Schematic Diagram (sheet 2 of 2) Controller R5 Schematic Diagrams 3-52 JTAG 2.775V_DIG_V4 R1071 47K JTAG_NTRST JTAG_TCK JTAG_TMS JTAG_TDI JTAG_NEMU0 JTAG_NEMU1 JTAG_TDO JTAG_RTCK Place for OMAP1710 2.775V_DIG_V4 ARMIO_12 (MOBILE ONLY) AUDIO_PA_ENA (MOBILE ONLY) PTT 1.875V ARMIO_2 (GPIO_3 for PORTABLE-Green LED) GPIO_3 (SPI.CS3 for MOBILE Shift Register Chip Select) ARMIO_6 DIR_CTRL DVDD2 PLACED FOR MOBILE ONY 1.875V R1017 10K (Used as BL_EN for PORTABLE, GP5_7 for MOBILE ARMIO_3 1.875V_DIG_V2 3.3V_DIG_V10 R1025 10K 1.875V ONE_WIRE_UP 1.875V_DIG_V2 LED_CS SERIAL_CLK DISPLAY_CS SERIAL_DATA OMAP_CORE R1021 0 SERIAL FLASH SPI OMAP_CORE_LDO MCBSP3_DX MCBSP3_DR MCBSP3_FSX MCBSP3_CLK R1020 0 GPS GPS_RESET_LS GPS_TX_LS GPS_RX_LS GPS_ON_OFF_LS GPS_BOOT_SELECT CLK rate: 1 MHz Date rate: 20 of 8 bits packet per chip select LED & Display CS: Active Low MCBSP3 (0.87mA/MHz for OMAP1710 & 1.06mA/MHz for OMAP1610) (1.4V for OMAP1710 & 1.55V for OMAP1610) (Used as GREEN_LED for PORTABLE, PA_ENABLE for MOBILE) GPIO_60 GPIO_15 (Used as RED_LED for PORTABLE, RX_ATTN_1 for MOBILE) OMAP1710 GP DEVICE CONFIG 1.875V DECOUPLING CAPACITORS LARGEST REF R1034 10K PLACE FOR GP DEVICE FAST BOOT R1035 0 DNP NU R1047 0 OMAP_CORE C1039 R1050 U1008 Y1001 C1000 C1001 C1002 C1003 C1013 C1015 C1011 C1031 C1034 C1035 100pF 0.10uF 0.10uF 100pF 0.10uF 0.10uF 100pF 0.10uF 1.0uF 2.2uF DELETED REF 1.875V C1004 C1005 C1006 C1007 C1014 C1010 C1009 C1008 C1036 C1037 100pF 0.10uF 0.10uF 100pF 0.10uF 0.10uF 0.10uF 100pF 1.0uF 2.2uF OMAP_CORE OMAP_CORE LOCK_DETECT ANT_EN ADAPT_SW DMCS DEEP_SLEEP R1066 10K NU C1030 18pF R1054 4.7K 1 MAKO SSI DVDD2 1.875V TP_MAKO_TX 1 TP_MAKO_FSYNC 1 1 TP_MAKO_RX TP_MAKO_DCLK LDO_FILTER SDRAM_CLK_EN SDRAM_DATA(15:0) 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 0 OPTION SELECT (FROM MAKO) MAKO_OPT_GPIO0 OUT GND1 2 GND 4 1.0Vpkpk C1018 18pF Y1000 CX-91F 12MHz IN 1 R1002 10MEG ABACUS3 SSI C1019 18pF 1.875V FLASH FLASH_WAIT FLASH_CLK R1046 0 NU R1006 10K 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 0 V3 T4 U3 U1 P8 T3 T2 R4 R3 R2 P7 P4 P2 N7 N2 N4 FDATA_15 FDATA_14 FDATA_13 FDATA_12 FDATA_11 FDATA_10 FDATA_9 FDATA_8 FDATA_7 FDATA_6 FDATA_5 FDATA_4 FDATA_3 FDATA_2 FDATA_1 FDATA_0 CVDD3_1 B13 CVDD3_2 B20 CVDD3_3 J21 CVDD3_4 R20 CVDD4 J1 CVDD2 A9 CVDD2_1 A3 CVDD2_2 E2 Y21 W12 A11 A15 Y20 Y9 M2 AA3 5 EMIFS_DATA(15:0) EMIFS_ADD(23:1) LCD_VSYNC B18 LCD_HSYNC C20 LCD_AC B15 CLK_P_LCD C15 B5 B7 A13 B16 A21 F20 K20 R21 W20 AA21 Y13 AA7 Y3 AA1 U2 N1 K2 G1 B1 LCD_PIXEL_15 LCD_PIXEL_14 LCD_PIXEL_13 LCD_PIXEL_12 LCD_PIXEL_11 LCD_PIXEL_10 LCD_PIXEL_9 LCD_PIXEL_8 LCD_PIXEL_7 LCD_PIXEL_6 LCD_PIXEL_5 LCD_PIXEL_4 LCD_PIXEL_3 LCD_PIXEL_2 LCD_PIXEL_1 LCD_PIXEL_0 D15 C16 A17 G13 B17 C17 D16 D17 C18 B19 A20 H13 G14 C19 B21 D18 KBC_5 KBC_4 KBC_3 KBC_2 KBC_1 KBC_0 CLK_EX_CAM LOW_STATE_5 UART3_RX I2C_SCL TDO UWIRE_SDI UWIRE_SDO CLK_S_UWIRE Z_STATE_3 Z_STATE_2 MCBSP1_DX G19 C21 E18 D19 D20 F18 H19 M18 L14 T18 AA19 U18 W21 V19 N14 P15 H18 SDRAM_ADD(12:0) 12 11 10 9 8 7 6 5 4 3 2 1 0 DISPLAY_DATA7 DISPLAY_DATA6 DISPLAY_DATA5 DISPLAY_DATA4 DISPLAY_DATA3 DISPLAY_DATA2 DISPLAY_DATA1 DISPLAY_DATA0 DISPLAY_CE DISPLAY_CMD 1 TX_RAMP MOBILE_DISPLAY_CMD (MOBILE ONLY) SPI_CLK SPI_MISO SPI_MOSI THK_CE ABACUS3_CE MAKO_CE R1036 10K 1.875V FLASH_CTL(5:0) RESET_OUT 4.7K R1005 MAKO_OPT_INT USB#2 OPTION BOARD Controller Microprocessor Schematic Diagram USB#0 USB_INT USB1_TXEN USB1_SE0 USB1_DAT USB0_SE0 USB0_DAT USB0_TXEN USB2_SE0 USB2_DAT GPIO_25 USB2_SUSPEND USB2_RCV GPIO_26 I2C GPIO_18 I2C_CLK I2C_DATA Place for OMAP1610 USB#1 USB#0 RESERVED FOR MOBILE ( INTERFACE WITH MAKO) PORTABLE DISPLAY GPIO_27 (Used as KEYPAD_COL4 for NEO and Public Add Mic for MORPHEUS) KEYPAD_COL3 KEYPAD_COL2 KEYPAD COLUMN KEYPAD_COL1 KEYPAD_COL0 RTCK MCSI2_DOUT MMC_CMD CLK_MMC RTC_ON_NOFF Z_STATE_1 RTC_WAKE_INT RESET_MODE RST_OUT TOMAHAWK SSI 3 TX_FSYNC TX_DATA TX_CLK RX_FSYNC RX_DATA RX_CLK R1 DVDD5_1 H2 DVDD5_2 C2 DVDD5_3 H11 H9 H10 B8 B12 G9 G11 G12 B9 G10 A1 B6 B2 A2 Y17 W9 P11 V11 Y12 W16 W13 P12 AA20 16.8_MHZ_BUFF R1041 (MOBILE ONLY) GP5_8 1K A5 DVDD4_1 A7 DVDD4_2 B10 DVDD4_3 B14 DVDD4_4 SADD_13 SADD_12 SADD_11 SADD_10 SADD_9 SADD_8 SADD_7 SADD_6 SADD_5 SADD_4 SADD_3 SADD_2 SADD_1 SADD_0 0 1 2 3 4 5 6 1 2 3 4 ( BUFFERRED 16.8 FROM TOMAHAWK) R1070 0 0 R1044 0 RS232_TX AA2 DVDD2_1 Y7 DVDD2_2 AA11 DVDD2_3 E5 RESERVED C1032 .01uF RS232_RX RS232 R1001 10K CLK_B_REQ CLK_B CLK_MCSI1 MCSI1_DOUT MCSI1_DIN MCSI2_DIN MCSI2_SYNC CLK_M_REQ MCBSP2_DR FRDY OSC32K_IN OSC32K_OUT MCBSP2_DX CLK_M OSC1_IN OSC1_OUT LOW_STATE_1 LOW_STATE_2 MCBSP2_FSX CLKR_MCBSP2 CLKX_MCBSP2 MCBSP2_FSR VSS_1 VSS_2 VSS_3 VSS_4 VSS_5 VSS_6 VSS_7 VSS_8 VSS_9 VSS_10 VSS_11 VSS_12 VSS_13 VSS_14 VSS_15 VSS_16 VSS_17 VSS_18 VSS_19 FADV EN_F_BE_0 EN_F_BE_1 GPIO_62 F_CS1 F_CS2 F_CS3 EN_F_OE F_RP EN_F_WE F_WP USB0_SE0 USB0_DAT EN_USB_PUEN CLK_B_UART2 LOW_STATE_3 LOW_STATE_4 OMAP_CORE W15 Y15 P14 W14 V15 AA9 V9 R10 P10 V2 V13 AA13 AA5 V5 Y2 W3 AA15 Y14 W7 V7 Y6 W6 NC DVDD1_1 DVDD1_2 DVDD1_3 DVDD1_4 DVDD1_5 CVDDA CVDD_RTC CVDD_DLL CVDD_1 CVDD_2 CVDD_3 CVDD_4 CVDD1 Y2 4 Y1 6 OPT_GPIO_1 OPT_GPIO_2 GPIO_40 MAKO_AD_TRIGGER 2 L1 A19 E21 U21 Y16 L21 H8 H7 D10 C8 B4 C3 B3 LDO_FILTER L4 L3 M8 M7 TP1000 1 M3 M4 0 N8 R1014 U4 W1 W2 V4 R8 P9 W4 Y4 V6 W5 R1026 47K BOOT FROM CS0 GND VCC 3 A2 C1033 0.10uF 5 R1028 0 1 A1 1.875V SDRAM SDRAM_CTL(6:0) EN_WE_SDRAM SDRAM_RAS SDRAM_DQMU SDRAM_DQML SDRAM_CAS SBANK_1 SBANK_0 U1000 OMAP1710 CVDDA VDD_DLL V12 DVDDRTC R1045 10K 1.875V U1006 NL27WZU04 16.8MHz Squarer OMAP_CORE CLK_SD FADD_1 FADD_2 FADD_3 FADD_4 FADD_5 FADD_6 FADD_7 FADD_8 FADD_9 FADD_10 FADD_11 FADD_12 FADD_13 FADD_14 FADD_15 FADD_16 FADD_17 FADD_18 FADD_19 FADD_20 FADD_21 FADD_22 FADD_23 FADD_24 FADD_25 (Used as KEYPAD_ROW4 for PORTABLE, GP5_6 for MOBILE) ARMIO_15 KEYPAD_ROW3 KEYPAD ROW KEYPAD_ROW2 KEYPAD_ROW1 KEYPAD_ROW0 J8 D3 C1 E4 D2 F4 E3 J7 F3 G4 G3 G2 K8 H4 H3 K7 J2 J4 J3 F2 L8 K4 K3 L7 E1 MAKO_INT ( RESET CIRCUIT PROVIDED BY MAKO) POR MAKO_GPIO_RX GPIO_5 CLKX_SD CLK32K_IN EN_SDCKE CLKX_MCBSP1 CLK_MCSI2 CLKS_MCBSP1 MCBSP1_FSX PWRON_RESET F_CS1U F_CS2U SDDQS_H 1.875V SDDQS_L CS_SDRAM KBR_4 KBR_3 KBR_2 KBR_1 DVDD2 KBR_0 MCBSP1_DR BFAIL CONF TD TMS TCK TRST MPU_BOOT MPU_RST UART1_CTS UART2_CTS UART1_RX UART2_RX 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 1 D9 P13 H12 G21 Y10 G20 H15 R12 Y1 P3 C14 D4 G8 E19 E20 H14 F19 G18 H20 W19 V18 Y19 V17 W18 Y18 J20 U20 R14 Y5 V14 R9 CLK_F SDATA_15 SDATA_14 SDATA_13 SDATA_12 SDATA_11 SDATA_10 SDATA_9 SDATA_8 SDATA_7 SDATA_6 SDATA_5 SDATA_4 SDATA_3 SDATA_2 SDATA_1 SDATA_0 CAM_D_7 CAM_D_6 CAM_D_5 CAM_D_4 CAM_D_3 CAM_D_2 CAM_D_1 CAM_D_0 CAM_VS CAM_HS CAM_RSTZ GPIO_15 GPIO_14 GPIO_13 GPIO_12 GPIO_11 GPIO_9 GPIO_8 GPIO_7 GPIO_6 GPIO_4 GPIO_3 GPIO_2 GPIO_1 GPIO_0 MPUIO_5 MPUIO_4 MPUIO_3 MPUIO_2 MPUIO_1 EMU0 EMU1 MCSI1_SYNC CLK32K_OUT MMC_DAT3 MMC_DAT2 MMC_DAT1 MMC_DAT0 TP_POR (FROM MAKO) 32KHZ_CLK V20 I2C_SDA J15 CLK_L_CAM C9 R1048 0 SDRAM_CLK N3 C12 D12 D13 C11 C13 D11 D14 C10 D8 C4 C7 D5 D7 C5 C6 D6 J18 J19 J14 K18 K19 K15 K14 L19 L18 L15 M19 M20 N21 N19 N18 N20 W8 Y8 M15 P19 P20 P18 M14 R19 R18 T20 T19 V8 N15 U19 V16 W17 AA17 R13 W11 W10 V10 R11 MAKO_OPT_GPIO3 MAKO_OPT_GPIO2 1.875V C1017 1.0uF SDRAM_CS (MOBILE ONLY) EXT_MIC_ENA R1027 10K DNP BOOT FROM CS3 NU R1019 5.1 Place for OMAP1710 OMAP_CORE FREQ SWITCH GPIO_33 (Used as SW8 for PORTABLE, Channel Activity for MOBILE) GPIO_32 (Used as SW4 for PORTABLE, Monitor for MOBILE) GPIO_31 (Used as SW2 for PORTABLE, Volume B for MOBILE) GPIO_30 (Used as SW1 for PORTABLE, Volume A for MOBILE) R1067 4.7K NU MAKO_RX MAKO_DCLK MAKO_FSYNC MAKO_TX (FROM MAKO) GATED_32KHZ_OMAP Place for OMAP1610 RF CONTROLS Place for OMAP1710 SPI R1060 10 R1000 10 VDD_DLL C1012 0.10uF C1016 0.10uF CVDDA C1044 0.10uF Controller R5 Schematic Diagrams 3-53 1.875V_DIG_V2 FLASH 1.875V_DIG_V2 SDRAM 1.875V_DIG_V2 1.875V_DIG_V2 R2011 0 R2004 0 Bootstrap Mode = 48 MHz Normal Mode = 72 MHz (Morpheus); 90 MHz (Cypher) 1.875V_DIG_V2 1.875V_DIG_V2 TP_SDRAM_CLK C2000 100pF C2001 .01uF C2002 0.10uF SDRAM_CLK C2003 0.10uF R2005 10K SDRAM_CLK_EN R2000 10K TP_FLASH_CLK R2012 10K R2006 10K R2007 10K R2008 10K C2007 0.10uF R2009 10K C2006 0.10uF C2005 .01uF C2004 100pF SDRAM_CTL(6:0) 0 4 A8 5 B7 6 A7 7 C7 8 A2 9 B2 10 C2 11 A1 12 B1 13 C1 14 D2 15 D1 16 D4 17 B6 18 A6 19 C6 20 B3 21 C3 22 D7 D2 A3 D3 A4 D4 A5 A6 A7 A8 A9 D5 D6 D7 D8 D9 A10 D10 A11 D11 A12 D12 A13 D13 A14 D14 A15 D15 1 E5 2 0 H8 G5 3 1 J8 E4 4 2 J7 G3 5 3 J3 E3 6 4 J2 G1 7 5 H3 G7 8 6 H2 F6 9 7 H1 F5 10 8 G3 F4 11 9 H9 D5 12 10 G2 F3 13 11 F2 14 E2 15 H7 E8 12 A16 A17 F1 A18 C7 B3 A7 J9 E7 D3 VDDQ4 VDDQ3 VDDQ2 VDDQ1 VDD3 VDD2 A9 E6 VDD1 G6 E1 A5 VPP VDDQ2 G4 A2 DQ6 BA0 DQ7 BA1 DQ8 DQ9 A0 DQ10 A1 A2 A3 A4 A5 A6 A7 A8 DQ11 DQ12 DQ13 DQ14 DQ15 A9 NC1 A10 NC2 1 B8 2 C9 3 C8 4 D9 5 D8 6 E9 7 E1 8 D2 9 D1 10 C2 11 C1 12 B2 13 B1 14 A2 15 E2 G1 NC A11 DQML DQMH A19 A20 A21 NC F1 A3 VSS1 23 D1 0 DQ5 0 B9 VSSQ4 B8 A1 F7 CAS A8 D7 C8 3 D0 G8 TP_SDRAM_BA1 DQ4 VSSQ3 2 A0 G7 TP_SDRAM_BA0 RAS C3 D8 TP_SDRAM_CS WAIT DQ3 VSSQ2 1 RP WE B7 E8 F7 EN_L DQ2 MICRON 8Mx16 D3 FLASH_WAIT F8 WP DQ0 CS VSSQ1 B5 F9 EN_W U2001 DQ1 CKE A3 2 G9 SDRAM_CS CLK VSS3 C4 F3 J1 5 3 VSS2 D6 F2 VSS1 4 2 A1 C5 R2013 10K U2000 M58WR064FB EN_G VSSQ2 3 MT48H8M16LFB4 -8IT:J 1 SDRAM_ADD(12:0) G8 F8 5 4 0104024J27 (Pre-Flashed Part) CLK_K ST 4Mx16 1 8MByte 16MByte 6 R2010 10K EN_E VSSQ1 E7 G2 0 VSS2 B4 VDDQ1 VDD1 FLASH_CTL(5:0) VDD2 A4 1.875V_DIG_V2 E3 FLASH_CLK EMIFS_ADD(23:1) EMIFS_DATA(15:0) SDRAM_DATA(15:0) Controller Memories Schematic Diagram Controller R5 Schematic Diagrams GPIO_0_PWR_ON GPIO_3_PTT GPIO_4_HOOK NC NC NC NC C3536 10uF R3575 1K 2 B C3508 0.1uF 1 C3512 0.1uF VAG 2.775V_DIG_V4 1.875V_V2_MAKO 1.875V_DIG_V2 VR3502 9V3 13 C3509 10uF R3524 560 4 3 1 HANDSET_AUDIO 100K R3525 11 U3505-4 MC3403 2 330pF C3510 12 2.9V_DIG_V6 100pF 7.8V RMS (7.5 W @ 8 ohms) Q3500 DTC114YKAF 125mV RMS 9V3 C3517 10uF HW_ID0 HW_ID1 HW_ID2 BATTERY_SENSE LO_PWR_DET ANT_CURRENT_DET R3528 22K 2 RX_AUDIO 11 U3505-1 MC3403 VSWR_DET PA_BIAS R3548 100K 330mV RMS TX_RAMP_DAC 3.91V (27.5W) 4.12V (44W) RT3500 10K C3545 220pF R3550 82K C3525 220pF R3571 2K VAG TX_DAC R3577 26.7K R3576 100 9V3 R3596 150 R3536 100K R3539 24K C3538 .01uF C3532 1.0uF 5 V15 2 R3553 11 11 U3502-3 MC3403 10K R3554 47K R3551 10K VAG R3542 24K 4 MIC_GROUND UMZ2NTR Q3504 EMD9FT2R Q3503 C3518 1.0uF R3530 80mV RMS (TX AUDIO) NU PUB_ADDRESS_1 10 5 U3502-2 MC3403 R3540 100 8 1 6 C3533 10uF 4 4 7 VAG 70mV RMS (RX AUDIO) 9 6 3 4 C3527 0.1uF R3533 24K 9V3 R3538 39K R3541 24K VR3504 MMBZ20V 9V3 220K 9V3 13 2 C3522 470pF R3544 24K 30K 4 VAG 3 9V3 6 11 U3502-1 MC3403 R3555 4 7 VAG 5 11 U3505-2 MC3403 3 4 5 R3552 10K R3546 15K 10K R3545 100 PUB_ADDRESS_2 11 U3502-4 MC3403 R3556 47K 5 C3535 1.0uF 12 4 R3534 10K C3534 10uF 4 14 1 2 R3549 C3526 1.0uF UMZ2NTR Q3505 2 1 6 EMD9FT2R Q3502 Controller Audio and USB Schematic Diagram R3529 51 3 VAG RX_FLTR_VCTRL C3519 47uF 4 1 R3595 10K 6 L3 M2 N1 C4 A3 E8 100pF U3500 TDA1519C 6 0.10uF SW_9V3 NC NC NC NC NC NC L10 C3513 M12 N14 M13 L11 M14 L12 L13 K11 K12 K13 UNSWB+ 15K SPKR- C3505 1000pF C3506 47uF 47K 1 NC 9V3_CNTRL 0.10uF 0.10uF 1.0uF 1.0uF AD_TRIG TX_RX VMES MIC_BIAS ADC_VREF INT_MIC_P ATOD_0 INT_MIC_M ATOD_1 EXT_MIC_P ATOD_2 EXT_MIC_M ATOD_3 VCM1 ATOD_4 VC_OUT_P ATOD_5 VC_OUT_M ATOD_6 BPLUS ATOD_7 PA_BPLUS ATOD_8 U3200-3 PA_IN_M PA_CODEC_A2D_BLOCK PA_IN_P INT_SPKR_P FE_TUNE1 INT_SPKR_M FE_TUNE2 PWR_CTRL EXT_SPKR_P SCAN_EN EXT_SPKR_M VCM2 TEST VREF VFUSE 10K SPKR+ E3501 3 C3531 220pF 3.3V_DIG_V10 3 2 AUDIO_PA_ENA 2200pF E3500 1 C3530 220pF R3537 0 C3520 C3528 E3503 EXT_MIC NC NC B11 A11 L2 K2 K1 J2 J1 J3 H3 H2 E3 E1 G3 G2 F1 F2 H1 G1 H4 A4 C3529 R3535 560 1 EXT_MIC_ENA EXT_MIC+ C3524 10uF 3 2 1 9V3 R3532 100 4 5 Q3501 EMD9FT2R 6 R3547 560 C3516 1.0uF C3523 1 R3526 0 C3515 220pF C3511 C3521 C3514 220pF INT_MIC 4 OUT1 INV NINV RR 6 M_SS OUT2 R3520 24K 14 E3502 INT_MIC+ 9V3 9V3 C3507 R3523 24K 9 1 3 8 R3516 24K NC R3521 MAKO_AD_TRIGGER 7 10K PCA9306 U3503 VCC 10K R3559 1 R3558 3 AD0_CS* 8 DIS 4 SDO_NC 5 SDI_SDA W 10 1 A C3504 1000pF GND2 NC 6 9.3VDC unmuted 5.3VDC muted VDD CLK_SCL GND1 C3542 0.10uF GND SDA1 4 SCL1 SDA2 5 SCL2 6 3 EN 8 7.8V RMS (7.5 W @ 8 ohms) C3503 1000pF 5 I2C_CLK C3502 0.1uF U3501 AD5161 9 0.10uF 10K C3539 2.2K 2.2K R3591 R3592 I2C_DATA ONE_WIRE_1 ONE_WIRE_2 C3501 0.1uF R3511 10K R3513 0 2 U3508 PCA9306 R3574 A2 D1 10K NC NC R3573 10K R3569 1K 3 3 2 1 MAKO_OPT_GPIO2 MAKO_OPT_GPIO3 MAKO_OPT_INT EN 8 3 SCL2 6 4 SCL1 SDA2 5 SDA1 C3540 0.10uF 5 R3582 16.2K USB_CONNECT NC NC 5V_SW 2.775V_DIG_V4 1 NC R3587 NC 5.1K NU NC 52mV RMS for rated audio R3578 200K 1.875V_DIG_V2 2 R3583 16.2K MMP_GPIO2_INPUT MAKO_OPT_GPIO0 MMBZ20V VR3503 10K 5V_SW R3593 200K C3541 0.10uF 2.775V_DIG_V4 1.875V_DIG_V2 USB2_DP USB2_DM 11 U3505-3 MC3403 C3500 10.0uF 7 R3581 27 10 2 7 VREF1 VREF2 10K R3580 MMP_GPIO1_INPUT NC 27 R3501 1 1 10K 51.1K NC R3500 UNSWB+ 9V3 5V_SW 5V_V8_MAKO 3.3V_DIG_V10 1.875V_DIG_V2 1.875V_V2_MAKO 2.775V_DIG_V4 4 8 R3506 10K R3594 3.3K 2.9V_DIG_V6 N6 P7 N7 P8 L6 N13 N9 P9 M8 L8 M10 N12 M11 P13 P10 K7 M9 N10 P11 K8 P12 N11 VAG (SOURCE) 9 R3502 10K R3586 0 I2C_CLK I2C_DATA R3579 R3588 ONE_WIRE_UP B2 C1 D2 NO2 IN2 C2 COM2 GND 2 VREF1 7 GND VREF2 NC NC IN1 9V3 1 MAKO UART RS232_TX RS232_RX A1 NO1 B1 COM1 10K NC U3504 TS5A23166 R3515 NC NC BBP_CLK BBP_SYNC SPI_CLK SPI_CS U3200-2 SPI_DI DIGITAL_BLOCK SPI_DO VC_DCLK VC_FSYNC VC_TX VC_TX3V VC_RX UCM_SS LOGIC_VDD USB1_OE USB1_DAT_TXD USB1_SE0 USB2_OE_RCV_RTS USB2_DAT_VP USB2_SE0_VM_RXD UART2_TXD USB1_DP UART2_RXD_OD USB1_DM CTS_X USB2_DP USB_INTX USB2_DM USB_CONNECT RXDIN_3V TXDO_BDI_UP_3V SB96_BUS_BUSY BOOT_NORM_X SB96_BDO_KF_5V ONE_WIRE_1 RS232_USB_X APCO ONE_WIRE_2 SB96D_BDO_KF_3V ONE_WIRE_BATT ONE_WIRE_UP TXDO_BDI_5V TXDO_BDI_ENC_3V RXDIN_5V RXDIN_ENC_3V RTS_FILLSEN_5V CTS_CABLE_DET_5V RTS_FILLSEN_3V BUSY_IN OPTA_SEL0 BUSY_OUT OPTA_SEL1 CABLE_DET_3V OPTA_SEL2 OPT_GPIO0 OPTA_SEL3 OPT_GPIO1 OPTB_SEL0 OPT_GPIO2 OPTB_SEL1 OPT_GPIO3 OPTB_SEL2 OPTION_INTX OPTB_SEL3 R3514 HW_ID2 A5 B5 E6 D6 B6 C6 E7 D7 B7 M4 A7 N3 A6 B8 C8 D8 A9 B9 C9 E9 A10 B10 C10 P2 J5 C7 A8 L5 N8 L7 K6 N2 M3 C12 E11 D10 F10 C11 G10 D11 B12 R3585 22K R3584 22K V_POS 1 1 1 9V3 1.875V_V2_MAKO USB1_TXEN USB1_DAT USB1_SE0 USB0_TXEN USB0_DAT USB0_SE0 USB_INT MAKO USB 1.875V_V2_MAKO 5V_SW USB1_DP USB1_DM 3.3V_DIG_V10 5V_V8_MAKO 27 27 UNSWB+ R3560 47K 5V_V8_MAKO NC NC MAKO SPI SPI_CLK MAKO_CE SPI_MOSI SPI_MISO MAKO_DCLK MAKO_FSYNC MAKO_TX MAKO_RX MAKO SSI R3509 R3508 HW_ID0 HW_ID R3505 33K NU 0 0 R3504 33K NU HW_ID1 R3507 0 R3503 MOBILE REPEATER: 33K MOBILE SUBSCRIBER: NOT_USED 33K MOBILE REPEATER: NOT_USED MOBILE SUSCRIBER: 0 OHM R3510 R3512 R3572 10K GND 2.9V_DIG_V6 2.9V_DIG_V6 1 USB1_TXEN USB1_DAT USB1_SEO MAKO_CE 3-54 PUB_ADDRESS_2_EN PUB_ADDRESS_1_EN PUB_ADDRESS_MIC_EN LOW_LEVEL_MUTE Controller R5 Schematic Diagrams 5.1 3-55 Controller R5 Parts List Circuit Ref Motorola Part No Description Circuit Ref Motorola Part No Description Circuit Ref Motorola Part No Description Circuit Ref Motorola Part No Description C2000 2113944A40 100pF C3031 2113945C31 0.1uF C3221 2113944A44 220pF C1000 2113944A40 100pF C2001 2113945B02 .01uF C3032 2113945B02 .01uF C3222 2113945Y02 0.10uF C1001 2113945Y02 0.10uF C2002 2113945Y02 0.10uF C3040 2113944C06 470pF C3225 2113944A44 220pF C1002 2113945Y02 0.10uF C2003 2113945Y02 0.10uF C3041 2113945C02 .01uF C3226 2113945Y02 0.10uF C1003 2113944A40 100pF C2004 2113944A40 100pF C3042 2113945B02 .01uF C3227 2113944A44 220pF C1004 2113944A40 100pF C2005 2113945B02 .01uF C3043 2314030E85 33uF C3228 2113945Y02 0.10uF C1005 2113945Y02 0.10uF C2006 2113945Y02 0.10uF C3044 2113945C31 0.1uF C3229 2113944A44 220pF C1006 2113945Y02 0.10uF C2007 2113945Y02 0.10uF C3045 NOT PLACED – C3231 2113944A44 220pF C1007 2113944A40 100pF C2500 2113944A44 220pF C3046 2113945Y02 0.10uF C3232 2113945Y02 0.10uF C1008 2113944A40 100pF C2501 2113945A10 1500pF C3200 2113946J04 22uF C3233 2113944A44 220pF C1009 2113945Y02 0.10uF C3000 2113944C06 470pF C3201 2113946D05 2.2uF C3234 2113946D05 2.2uF C1010 2113945Y02 0.10uF C3002 2371403L02 10uF C3202 2113945Y02 0.10uF C3237 2113946D05 2.2uF C1011 2113944A40 100pF C3005 2113944C06 470pF C3203 2316410H02 68uF C3238 2113946H02 10uF C1012 2113945Y02 0.10uF C3006 2314030E85 33uF C3204 2115153H21 5.6pF C3239 2113946D05 2.2uF C1013 2113945Y02 0.10uF C3007 2113945C31 0.1uF C3205 2115153H21 5.6pF C3240 2113944C45 100pF C1014 2113945Y02 0.10uF C3008 2113945A09 1000pF C3206 2316410H01 22uF C3243 2113946S35 1.0uF C1015 2113945Y02 0.10uF C3009 2113945Y02 0.10uF C3207 2113945C31 0.1uF C3247 2113946H02 10uF C1016 2113945Y02 0.10uF C3010 2113946S35 1.0uF C3208 2113946D05 2.2uF C3248 2113946S35 1.0uF C1017 2113946E02 1.0uF C3011 2113946S35 1.0uF C3209 2113945Y02 0.10uF C3249 2113944C45 100pF C1018 2113944A28 18pF C3012 2113944C06 470pF C3210 2113946D05 2.2uF C3252 2113946S35 1.0uF C1019 2113944A28 18pF C3013 2314030J28 22uF C3211 2113945A09 1000pF C3254 2113946D05 2.2uF C1030 2113944A28 18pF C3014 2113945C31 0.1uF C3212 2316410H02 68uF C3257 2113946S35 1.0uF C1031 2113945Y02 0.10uF C3015 2113944C38 47pF C3213 2113946F03 4.7uF C3260 2113946S35 1.0uF C1032 2113945B02 .01uF C3016 2113944A40 100pF C3214 2115153H45 33pF C3261 2113944A44 220pF C1033 2113945Y02 0.10uF C3017 2113945A09 1000pF C3215 2115153H45 33pF C3262 2113946N03 2.2uF C1034 2113946S35 1.0uF C3018 2389289U01 10uF C3216 2113946F03 4.7uF C3265 2113946J04 22uF C1035 2113946D05 2.2uF C3019 2113944C06 470pF C3217 2113944A44 220pF C3266 2113946D05 2.2uF C1036 2113946S35 1.0uF C3020 2314030E85 33uF C3218 2113945Y02 0.10uF C3269 2113946S35 1.0uF C1037 2113946D05 2.2uF C3021 2113945C31 0.1uF C3219 2113944A44 220pF C3270 2113946S35 1.0uF C1044 2113945Y02 0.10uF C3030 2113945C02 .01uF C3220 2113945Y02 0.10uF C3272 2115153H27 10pF Controller R5 Schematic Diagrams 3-56 Circuit Ref Motorola Part No Description Circuit Ref Motorola Part No Description Circuit Ref Motorola Part No Description Circuit Ref Motorola Part No Description C3273 NOT PLACED – C3515 2113944A44 220pF C4002 NOT PLACED – C4041 2113944A44 220pF C3274 2113944A44 220pF C3516 2113946S35 1.0uF C4003 NOT PLACED – C4042 2113944A44 220pF C3275 2113946J03 10.0uF C3517 2314030M51 10uF C4004 NOT PLACED – C4043 2113944A44 220pF C3276 2113946S35 1.0uF C3518 2113946S35 1.0uF C4005 NOT PLACED – C4044 2113944A44 220pF C3277 2113946S35 1.0uF C3519 2314030F30 47uF C4006 2113944A44 220pF C4045 2113944A44 220pF C3278 2113945C31 0.1uF C3520 2113946S35 1.0uF C4012 NOT PLACED – C4046 2113944A44 220pF C3279 2113945C31 0.1uF C3521 2113946S35 1.0uF C4013 2113944A44 220pF C4047 2113944A44 220pF C3280 2113945C31 0.1uF C3522 2113945A05 470pF C4014 2113944A44 220pF C4048 2113944A44 220pF C3281 2113945C31 0.1uF C3523 2113945Y02 0.10uF C4015 2113944A44 220pF C4049 NOT PLACED – C3282 2113946F03 4.7uF C3524 2313960D07 10uF C4016 2113944A44 220pF C4051 NOT PLACED – C3283 2113945Y02 0.10uF C3525 2113944A44 220pF C4017 2113944A44 220pF C4053 NOT PLACED – C3289 2113945Y02 0.10uF C3526 2113946S35 1.0uF C4018 2113944A44 220pF C4055 NOT PLACED – C3290 2113945Y02 0.10uF C3527 2113945C31 0.1uF C4019 NOT PLACED – C4058 NOT PLACED – C3291 2113945Y02 0.10uF C3528 2113945Y02 0.10uF C4020 NOT PLACED – C4059 NOT PLACED – C3292 2113945A09 1000pF C3529 2113945Y02 0.10uF C4021 2113944A44 220pF C4060 NOT PLACED – C3500 2113946J03 10.0uF C3530 2113944A44 220pF C4022 2113944A44 220pF C4061 NOT PLACED – C3501 2113945G91 0.1uF C3531 2113944A44 220pF C4023 2113944A44 220pF C4062 NOT PLACED – C3502 2113945C31 0.1uF C3532 2113946S35 1.0uF C4024 2113944A44 220pF C4063 2113944A44 220pF C3503 2113945A09 1000pF C3533 2313960D07 10uF C4025 2113944A44 220pF C4064 2113944A44 220pF C3504 2113945A09 1000pF C3534 2313960D07 10uF C4026 2113944A44 220pF C4065 2113944A44 220pF C3505 2113945A09 1000pF C3535 2113946S35 1.0uF C4027 2113944A44 220pF C4066 2113944A44 220pF C3506 2314030F30 47uF C3536 2314030M51 10uF C4028 2113944A44 220pF C4067 2113944A44 220pF C3507 2113945A11 2200pF C3538 2113945B02 .01uF C4029 2113944A44 220pF C4068 2113944A44 220pF C3508 2113945C31 0.1uF C3539 2113945Y02 0.10uF C4030 2113944A44 220pF C4069 2113944A44 220pF C3509 2313960D07 10uF C3540 2113945Y02 0.10uF C4031 2113944A44 220pF C4070 2113944A44 220pF C3510 2113945A03 330pF C3541 2113945Y02 0.10uF C4032 2113944A44 220pF C4071 NOT PLACED – C3511 2113944A40 100pF C3542 2113945Y02 0.10uF C4033 2113944A44 220pF C4072 NOT PLACED – C3512 2113945C31 0.1uF C3545 2113944A44 220pF C4034 2113945A03 330pF C4073 2113945Y02 0.10uF C3513 2113944A40 100pF C4000 NOT PLACED – C4035 2113945A03 330pF C4074 NOT PLACED – C3514 2113944A44 220pF C4001 NOT PLACED – C4040 2113944A44 220pF C4075 NOT PLACED – Controller R5 Schematic Diagrams Circuit Ref Motorola Part No 3-57 Description Circuit Ref Motorola Part No Description Circuit Ref Motorola Part No Description Circuit Ref Motorola Part No Description C4076 NOT PLACED – E4001 7686949J14 FERRITE BEAD Q3207 4813970A62 P-CHANNEL MOSFET R1006 0613952R01 10K C4084 2113945Y02 0.10uF E4002 7686949J14 FERRITE BEAD Q3208 4815261H01 ANALOG SWITCH R1014 0613952R66 0 C4085 2113944A44 220pF E4003 NOT PLACED – Q3209 4813973M07 NPN R1017 0613952R01 10K C4086 2113945Y02 0.10uF E4004 2409134J25 FERRITE BEAD Q3210 4813973M07 NPN R1019 0613952Q18 5.1 C4087 2113945Y02 0.10uF E4005 2409134J25 FERRITE BEAD Q3500 4815261H01 ANALOG SWITCH R1020 0613952R66 0 C4088 2113945Y02 0.10uF E4006 2409134J25 FERRITE BEAD Q3501 4815272H01 ANALOG SWITCH R1021 0613952R66 0 C4089 2113945Y02 0.10uF J2500 NOT PLACED – Q3502 4815272H01 ANALOG SWITCH R1025 0613952R01 10K C4090 2113945Y02 0.10uF J3000 0905902V09 Q3503 4815272H01 ANALOG SWITCH R1026 0613952R17 47K C4091 2113945Y02 0.10uF DC POWER CONNECTOR Q3504 4815270H01 ANALOG SWITCH R1027 NOT PLACED – J4000 0916017H01 26-PIN ACCESSORY CONNECTOR Q3505 4815270H01 ANALOG SWITCH R1028 0613952R66 0 J4001 0915555H01 30-PIN CONTROL HEAD CONNECTOR Q4000 4815263H01 ANALOG SWITCH R1034 0613952R01 10K Q4001 4815263H01 ANALOG SWITCH R1035 NOT PLACED – Q4002 4815261H01 ANALOG SWITCH R1036 0613952R01 10K Q4003 4815263H01 ANALOG SWITCH R1041 0613952Q73 1K Q4004 4815261H01 ANALOG SWITCH R1044 0613952R66 0 10K C4092 2113945Y02 0.10uF C4093 NOT PLACED – C4094 NOT PLACED – D3030 4813978P07 DIODE, SWITCHING D3040 4813978P07 DIODE, SWITCHING D3200 4813978C02 DIODE, SWITCHING D4000 4866544A01 DIODE, DUAL L3200 2415005H02 22uH Q4005 4815263H01 ANALOG SWITCH R1045 0613952R01 D4001 4866544A01 DIODE, DUAL L3201 2415005H02 22uH Q4006 4815263H01 ANALOG SWITCH R1046 NOT PLACED E2500 2480675U01 FERRITE BEAD L3202 2415005H02 22uH Q4007 4815263H01 ANALOG SWITCH R1047 0613952R66 0 E3000 2485011Y01 FERRITE BEAD Q3030 4813973M07 NPN Q4008 4815261H01 ANALOG SWITCH R1048 0613952R66 0 E3201 2480675U01 FERRITE BEAD Q3032 4813973B01 NPN Q4009 4815263H01 ANALOG SWITCH R1054 0613952Q89 4.7K E3202 2480675U01 FERRITE BEAD Q3040 4813973M07 NPN Q4010 4815261H01 ANALOG SWITCH R1060 0613952Q25 10 E3203 2480675U01 FERRITE BEAD Q3041 4815263H01 ANALOG SWITCH Q4011 4815263H01 ANALOG SWITCH R1066 NOT PLACED – E3205 2480675U01 FERRITE BEAD Q3200 5185956E76 Q4012 4815261H01 ANALOG SWITCH R1067 NOT PLACED – E3206 2480675U01 FERRITE BEAD N-CHANNEL SYNCHRONOUS MOSFET Q4013 4816023H01 PNP R1070 0613952R66 0 Q3201 4813970A62 P-CHANNEL MOSFET Q4014 4813973A06 NPN R1071 0613952R17 47K Q3202 5185956E76 N-CHANNEL SYNCHRONOUS MOSFET Q4015 4815263H01 ANALOG SWITCH R2000 0613952R01 10K E3208 2480675U01 FERRITE BEAD J4002 0915558H01 11-PIN REPEATER CONNECTOR J4003 0915556H01 14-PIN OPT BRD CONNECTOR E3500 2485011Y01 FERRITE BEAD E3501 2485011Y01 FERRITE BEAD Q3203 4805585Q23 PMOS FET R1000 0613952Q25 10 R2004 0613952R66 0 E3502 2485011Y01 FERRITE BEAD Q3204 4805585Q23 PMOS FET R1001 0613952R01 10K R2005 0613952R01 10K E3503 2485011Y01 FERRITE BEAD Q3205 4815262H01 ANALOG SWITCH R1002 0613952J73 10MEG R2006 0613952R01 10K E4000 2485011Y01 FERRITE BEAD Q3206 4815272H01 ANALOG SWITCH R1005 0613952Q89 4.7K R2007 0613952R01 10K Controller R5 Schematic Diagrams 3-58 Circuit Ref Motorola Part No Description Circuit Ref Motorola Part No Description Circuit Ref Motorola Part No Description Circuit Ref Motorola Part No Description R2008 0613952R01 10K R2529 0613952R01 10K R3052 0613952G67 0 R3237 0613952R01 10K R2009 0613952R01 10K R3002 0613952R01 10K R3053 0613952R66 0 R3238 0613952H25 10 R2010 0613952R01 10K R3003 0613952M54 3.57K R3054 0613952R66 0 R3239 0613952H25 10 R2011 0613952R66 0 R3004 0613952L73 562 R3055 0615871H01 0.1 R3240 0613952R17 47K R2012 0613952R01 10K R3005 0613952Q81 2.2K R3056 0615871H01 0.1 R3241 0613952Q18 5.1 R2013 0613952R01 10K R3006 0613952Q57 220 R3057 0613952R66 0 R3243 0613952Q18 5.1 R2500 0613952R66 0 R3007 0613952N58 39.2K R3200 0615871H01 0.1 R3245 0613952G67 0 R2501 0613952R66 0 R3008 0613952N12 13K R3203 0615871H01 0.1 R3246 0613952M81 6.81K R2502 0613952R66 0 R3009 0613952N58 39.2K R3204 0615871H01 0.1 R3247 0613952N69 51.1K R2504 0613952R66 0 R3010 0613952N12 13K R3205 0613952R25 100K R3248 0613952R01 10K R2506 0613952R66 0 R3030 0613952R01 10K R3206 0613952R66 0 R3249 NOT PLACED – R2507 0613952R66 0 R3032 0615871H01 0.1 R3207 0686135Z02 0.2 R3250 0613952R25 100K R2508 0613952R66 0 R3033 0615871H01 0.1 R3208 0686135Z02 0.2 R3252 0613952R25 100K R2509 0613952R66 0 R3034 0613952H61 330 R3209 0613952N62 43.2K R3253 0613952R17 47K R2510 0613952R66 0 R3035 0613952H25 10 R3210 0613952N16 14.3K R3500 0613952Q35 27 R2511 0613952R66 0 R3036 0613952H25 10 R3215 0613952G67 0 R3501 0613952Q35 27 R2512 0613952R66 0 R3037 0613959G61 330 R3216 0613952G67 0 R3502 0613952R01 10K R2513 0613952R66 0 R3038 NOT PLACED – R3217 NOT PLACED – R3503 0613952R13 33K R2514 0613952R66 0 R3039 0613952M30 2K R3218 0613952R66 0 R3504 NOT PLACED – R2515 0613952R66 0 R3040 0613952M43 2.74K R3219 0613952R56 2MEG R3505 NOT PLACED – R2516 0613952R66 0 R3041 0613952R25 100K R3220 0613952R56 2MEG R3506 0613952R01 10K R2517 0613952R66 0 R3042 0613952H69 680 R3222 0613952R33 220K R3507 NOT PLACED – R2518 0613952R66 0 R3043 0613952H69 680 R3223 0613952R33 220K R3508 0613952R66 0 R2519 0613952R66 0 R3044 0613958S61 330 R3224 0613952Q89 4.7K R3509 0613952R66 0 R2520 0613952R66 0 R3045 0613952M30 2K R3225 NOT PLACED – R3510 0613952Q35 27 R2524 0613952R66 0 R3046 0613952M43 2.74K R3226 0613952R13 33K R3511 0613952R01 10K R2525 0613952R66 0 R3047 0613952R25 100K R3227 NOT PLACED – R3512 0613952Q35 27 R2526 0613952R66 0 R3048 0613952Q73 1K R3228 0613952G67 0 R3513 0613952R66 0 R2527 0613952R66 0 R3050 0613959Q53 150 R3233 0613952R66 0 R3514 0613952R01 10K R2528 0613952R66 0 R3051 0613952G67 0 R3236 0613952Q73 1K R3515 0613952R01 10K Controller R5 Schematic Diagrams Circuit Ref Motorola Part No 3-59 Description Circuit Ref Motorola Part No Description Circuit Ref Motorola Part No Description Circuit Ref Motorola Part No Description R3516 0613952R10 24K R3553 0613952R01 10K R3595 0613952R01 10K R4050 0613952R01 10K R3520 0613952R10 24K R3554 0613952R17 47K R3596 0613952H53 150 R4051 0613952R39 390K R3521 0613952R05 15K R3555 0613952R01 10K R4000 NOT PLACED – R4054 0613952R01 10K R3523 0613952R10 24K R3556 0613952R17 47K R4001 0613952Q37 33 R4055 0613952R01 10K R3524 0613952Q67 560 R3558 0613952R01 10K R4002 0613952Q37 33 R4061 0613952Q37 33 R3525 0613952R25 100K R3559 0613952R01 10K R4003 0613952Q37 33 R4063 0613952Q37 33 R3526 0613952R66 0 R3560 0613952R17 47K R4004 0613952Q37 33 R4064 0613952Q37 33 R3528 0613952R09 22K R3569 0613952Q73 1K R4005 0613952Q37 33 R4065 0613952Q37 33 R3529 0613952Q42 51 R3571 0613952Q80 2K R4006 0613952Q65 470 R4066 0613952Q37 33 R3530 NOT PLACED – R3572 0613952R01 10K R4009 0613952Q42 51 R4067 0613952Q37 33 R3532 0613952Q49 100 R3573 0613952R01 10K R4010 0613952Q42 51 R4068 0613952Q37 33 R3533 0613952R10 24K R3574 0613952R01 10K R4011 0613952R66 0 R4069 0613952Q37 33 R3534 0613952R01 10K R3575 0613952Q73 1K R4012 0613952R66 0 R4070 0613952Q37 33 R3535 0613952Q67 560 R3576 0613952Q49 100 R4023 0613952Q75 1.2K R4071 0613952R66 0 R3536 0613952R25 100K R3577 0613952N42 26.7K R4030 NOT PLACED – R4072 NOT PLACED – R3537 0613952R66 0 R3578 0613952R32 200K R4031 0613952R01 10K R4073 NOT PLACED – R3538 0613952R15 39K R3579 0613952R01 10K R4032 0613952R01 10K R4074 0613952R66 0 R3539 0613952R10 24K R3580 0613952R01 10K R4033 NOT PLACED – R4075 NOT PLACED – R3540 0613952Q49 100 R3581 0613952R01 10K R4034 0613952R01 10K R4076 0613952R66 0 R3541 0613952R10 24K R3582 0613952N21 16.2K R4035 0613952R01 10K R4078 0613952R66 0 R3542 0613952R10 24K R3583 0613952N21 16.2K R4040 0613952Q89 4.7K R4079 0613952R01 10K R3544 0613952R10 24K R3584 0613952R09 22K R4041 0613952Q89 4.7K R4080 0613952R66 0 R3545 0613952Q49 100 R3585 0613952R09 22K R4042 0613952Q89 4.7K R4081 0613952R66 0 R3546 0613952R05 15K R3586 0613952R66 0 R4043 0613952Q89 4.7K R4082 0613952R66 0 R3547 0613952Q67 560 R3587 NOT PLACED – R4044 0613952Q89 4.7K R4083 0613952R66 0 R3548 0613952J25 100K R3588 0613952N69 51.1K R4045 0613952Q89 4.7K R4085 0613952R66 0 R3549 0613952R12 30K R3591 0613952Q81 2.2K R4046 0613952Q89 4.7K R4086 0613952R66 0 R3550 0613952R23 82K R3592 0613952Q81 2.2K R4047 0613952Q89 4.7K R4088 0613952R01 10K R3551 0613952R01 10K R3593 0613952R32 200K R4048 0613952Q77 1.5K R4089 0613952R17 47K R3552 0613952R01 10K R3594 0613952Q85 3.3K R4049 0613958H83 2.7K R4090 0613952R66 0 Controller R5 Schematic Diagrams 3-60 Circuit Ref Motorola Part No Description R4093 0613952R66 0 R4094 0613952R66 0 Circuit Ref Motorola Part No Description U3200 5185143E77 IC, POWER MANAGEMENT U3201 5115616H01 VOLTAGE REGULATOR Circuit Ref Motorola Part No Description VR3205 4813977M05 DIODE, 3.3V ZENER VR3206 4813977M13 DIODE, 6.2V ZENER VR3207 4813977M13 DIODE, 6.2V ZENER R4095 0613952R66 0 R4096 0613952R66 0 U3202 5115453H01 DUAL OPAMP VR3208 4813977M13 DIODE, 6.2V ZENER R4097 0613952R66 0 U3203 5114007A43 IC, SCHMITT TRIGGER VR3502 4813977A48 DIODE, 20V ZENER R4098 0613952Q89 4.7K U3500 5102463J95 AUDIO PA VR3503 4813977A48 DIODE, 20V ZENER R4099 0613952R66 0 U3501 5115368H01 DIGITAL ATTENUATOR VR3504 4813977A48 DIODE, 20V ZENER R4100 0613952Q75 1.2K U3502 5114016A18 QUAD OPAMP VR4000 4813977A48 DIODE, 20V ZENER R4101 0613952Q75 1.2K U3503 5164852H47 VR4001 4813977A48 DIODE, 20V ZENER R4103 0613952Q75 1.2K IC, LEVEL TRANSLATOR VR4002 4813977A48 DIODE, 20V ZENER R4105 0613952R01 10K U3504 5171395L01 IC, CMOS SWITCH VR4003 4813977A48 DIODE, 20V ZENER R4106 0613952R01 10K U3505 5114016A18 QUAD OPAMP VR4004 4813977A48 DIODE, 20V ZENER RT3500 0615471H01 THERMISTOR, 10K U3508 5164852H47 IC, LEVEL TRANSLATOR VR4005 4813977M13 DIODE, 6.2V ZENER SP3000 1015349H03 SOLDER PREFORM U4000 5115476H01 VR4006 4813977M13 DIODE, 6.2V ZENER SP3001 1015349H03 SOLDER PREFORM IC, SERIAL-TO-PARALLEL CONVERTER VR4007 NOT PLACED – U1000 5102495J13 MICROPROCESSOR U4001 5115502H01 LOGIC TRANSLATOR VR4008 NOT PLACED – U1006 5115001H02 IC, DUAL UNBUFFERED INVERTER U4004 5115865H01 IC, BUFFER VR4009 4813977A48 DIODE, 20V ZENER U4005 5115865H01 IC, BUFFER Y1000 4809612J45 12MHZ CRYSTAL U2000 0104024J27 IC, 8MB FLASH U4006 5115865H01 IC, BUFFER Y3200 4815028H01 24.576MHZ CRYSTAL U2001 5171614M01 IC, 16MB SDRAM U4007 5115865H01 IC, BUFFER Y3201 4802582S80 32KHZ CRYSTAL U3001 5164015H94 VOLTAGE REGULATOR U4008 5115865H01 IC, BUFFER U3002 5115391H01 VOLTAGE REGULATOR U4009 5115865H01 IC, BUFFER U4010 5115865H01 IC, BUFFER U3003 5164015H94 VOLTAGE REGULATOR VR3000 4813979C17 TRANSIENT SUPPRESSOR U3004 5115391H01 VOLTAGE REGULATOR VR3040 4813977M10 DIODE, 5.1V ZENER U3005 0105959T72 PNP VR3200 4813977M10 DIODE, 5.1V ZENER U3006 0105959T72 PNP VR3201 4813977M05 DIODE, 3.3V ZENER U3030 5116525H01 DUAL OPAMP VR3202 4813977M05 DIODE, 3.3V ZENER U3040 0105959T72 PNP VR3203 4813977M05 DIODE, 3.3V ZENER VR3204 4813977M13 DIODE, 6.2V ZENER Controller R6 Schematic Diagrams Controller R6 Schematic Diagrams PERIPHERALS ( 1 SHEET ) OPTION BOARD INTERFACE REPEATER INTERFACE CONTROL HEAD VOLUME_1 VOLUME_2 SERIAL_CLK SERIAL_DATA LED_CS DISPLAY_CS DISPLAY_CMD RESET KEYPAD_ROW_0 KEYPAD_ROW_1 KEYPAD_ROW_2 KEYPAD_ROW_3 KEYPAD_COL_0 KEYPAD_COL_1 KEYPAD_COL_2 INT_SPKRINT_SPKR+ MIC_GROUND GPIO_0_PWR_ON GPIO_1_USB1_DP GPIO_2_USB1_DM GPIO_3_PTT GPIO_4_HOOK ONE_WIRE_1 VBUS1 HANDSET_AUDIO INT_MIC+ 9V3 ON_OFF_SW SYSTEM_SYNC McBSP3_CLKX McBSP3_DX McBSP3_DR McBSP3_FSX DIR_CTRL ARMIO_6 RTC_BATTERY OPT_BRD_PTT RESET_OUT SSI_DATA_OUT SSI_DATA_IN SSI_CLK SSI_FSYNC SW_9V3 OPT_GPIO_1 OPT_GPIO_2 MMP 3.3V PROGM_IO_CS 1V8 GP5_1_PTT GP5_2_MONITOR GP5_3_CHAN_ACTIVITY GP5_6_TxDc_BUS+ GP5_7_RxDc_BUSGP5_8_CTSs_RESET GP5_4_EMERGENCY GP5_5_IGNITION_SENSE PUB_ADDRESS_1_EN PUB_ADDRESS_2_EN PUB_ADDRESS_1 PUB_ADDRESS_2 USB2_DM USB2_DP VBUS2 ONE_WIRE_2 EXT_SPKR+ EXT_SPKREXT_MIC+ RX_AUDIO EXT_SWB+ 5V REAR ACCESSORY REF. DESIGNATOR RANGE ON THIS SHEET: 2500- 2599 Controller Module Version Changes P2 5V CNTLR R2508 X PERIPHERALS X GPS X RESET_OUT MAKO_AUDIO_DC NC 16.8_MHZ_BUFF 32KHZ_GPS ANT_CURRENT_DET ( MAKO AUDIO_DIGITAL_USB/RS232 : SHEET 3) 1.875V_V2 2.775V_V4 USB1_TXEN USB1_DAT USB1_SE0 USB0_TXEN USB0_DAT USB0_SE0 USB_INT (OMAP 1710: SHEET 1) (MEMORY: SHEET 2) RS232_TX RS232_RX MMP_GPIO1_INPUT MMP_GPIO2_INPUT ONE_WIRE_UP POR GATED_32KHZ_OMAP MAKO_GPIO_RX ARMIO_2 ONE_WIRE_UP POR GATED_32KHZ_OMAP GPIO_40 RX_CLK RX_DATA RX_FSYNC TX_CLK TX_DATA TX_FSYNC GPIO_28 DMCS ADAPT_SW LOCK_DETECT ANT_EN GPIO_60 (RED_LED / RX_ATTN_1) GPIO_15 GPIO_25 GPIO_18 USB1_TXEN USB1_DAT USB1_SE0 USB0_TXEN USB0_DAT USB0_SE0 USB_INT OPT_GPIO_2 OPT_GPIO_1 RS232_TX RS232_RX 1.875V_V2 R2529 (SW1 / VOL_A) GPIO_30 (SW2 / VOL_B) GPIO_31 SERIAL_CLK SERIAL_DATA LED_CS DISPLAY_CS MOBILE_DISPLAY_CMD RESET_OUT KEYPAD_ROW0 KEYPAD_ROW1 KEYPAD_ROW2 KEYPAD_ROW3 KEYPAD_COL0 KEYPAD_COL1 KEYPAD_COL2 KEYPAD_COL3 McBSP3_CLK McBSP3_DX McBSP3_DR McBSP3_FSX DIR_CTRL ARMIO_6 MICROCONTROLLER SPI_MISO_MAKO SPI_MOSI_MAKO SPI_CLK_MAKO R2524 R2525 R2526 R2527 R2528 SPI_CLK SPI_MOSI SPI_MISO ABACUS3_CE THK_CE ( DC SUPPLY: SHEET 1) ( MAKO POWER MANAGEMENT : SHEET 2) R2507 NC LOW_LEVEL_MUTE AUDIO_PA_ENA EXT_MIC_ENA PUB_ADDRESS_MIC_EN I2C_DATA I2C_CLK 3.6V_DIG_VSW1 5V 5V_SW MAKO_INT MAKO_OPT_INT MAKO_AD_TRIGGER MAKO_OPT_GPIO0 MAKO_OPT_GPIO2 MAKO_OPT_GPIO3 ARMIO_12 GPIO_5 AUDIO_PA_ENA EXT_MIC_ENA GPIO_27 I2C_DATA I2C_CLK GPIO_3 GPIO_26 GP5_4_EMERGENCY GP5_5_IGNITION_SENSE PUB_ADDRESS_1_EN PUB_ADDRESS_2_EN PUB_ADDRESS_1 PUB_ADDRESS_2 USB2_DM USB2_DP VBUS2 ONE_WIRE_2 RTC_BATTERY ON_OFF_MECH GPIO_0_PWR_ON USB1_DP USB1_DM GPIO_3_PTT GPIO_4_HOOK ONE_WIRE_1 VBUS1 HANDSET_AUDIO INT_MIC+ MAKO_INT MAKO_OPT_INT MAKO_AD_TRIGGER MAKO_OPT_GPIO0 MAKO_OPT_GPIO2 MAKO_OPT_GPIO3 2.775V_ANA_V7 2.9V_DIG_V6 RAW_B+ 9V3_PA R2506 MAKO_CE MAKO_TX MAKO_RX MAKO_DCLK MAKO_FSYNC 1 1 1 SPI_MISO_1 SPI_MOSI_1 SPI_CLK_1 NC E2500 (Active HIGH: ~ 27us) JTAG_TDO JTAG_TMS JTAG_TDI JTAG_TCK JTAG_NTRST JTAG_NEMU1 JTAG_NEMU0 JTAG_RTCK 1 SPI_CLK_MAKO SPI_MOSI_MAKO SPI_MISO_MAKO MAKO_TX MAKO_RX MAKO_DCLK MAKO_FSYNC MAKO_ADC5 LO_BATTERY_DET MAKO_ADC8 MAKO_DAC1 MAKO_DAC2 MAKO_RAMP_DAC3 C2501 1.875V_DIG_V2 2.775V_DIG_V4 AUDIO_DC P3 NEO P7 SPI_CLK (6.0 MHz) SPI_MOSI SPI_MISO ABACUS3_CS (Active LOW: 20-86us) THK_CS (Active LOW: ~27us) RX_SSI_SYNCB RX_SSI_CLK (1.20 MHz) RX_SSI_DATA RX_SSI_FSYNC (20.0 KHz) TX_SSI_CLK(4.20 MHz) TX_SSI_DATA TX_SSI_FSYNC (84.0 KHz) R2509 R2510 R2511 R2512 R2513 R2514 R2515 R2516 R2517 R2518 R2519 R2520 PRESSURE_PAD_DET DMCS ADAPT_SW LOCK_DETECT ANT_ENABLE PC_ATTEN_ENA RF_ATTN_2 GPS_BOOT_SELECT GPS_TX_LS GPS_RX_LS GPS_ON_OFF_LS GPS_RESET_LS 5V 5V_SW 2.775V_V4 GPS_BOOT_SEL GPS_RX_LS GPS_TX_LS GPS_ON_OFF_LS GPS_RESET_LS GPS GPS_5V 5V_ACTIVE_ANT ( SHEET 1 ) ANT_CURRENT 32KHZ_GPS 16.8MHz VCONT 1.875V 1.875V_V2 NC R2504 1 SPI_CLK SPI_MOSI SPI_MISO MAKO_CE OMAP_CORE_LDO 1.875V_DIG_V2 2.775V_DIG_V4 3.3V_DIG_V10 16.8_MHZ_BUFF 32KHZ_CLK 3.6V_MAKO_SW1 5V 5V_SW 5V_SW RAW_B+ 9V3_PA R2500 R2501 R2502 SW_9V3 OMAP_CORE_LDO 1.875V_DIG_V2 2.775V_DIG_V4 3.3V_DIG_V10 PTT (SW4 / MONITOR) GPIO_32 (SW8 / CHANNEL_ACT) GPIO_33 (KEYPAD_ROW4 / GP5_6) ARMIO_15 (BL_EN / GP5_7) ARMIO_3 GP5_8 MAKO_ADC5 LO_BATTERY_DET MAKO_ADC8 MAKO_DAC1 MAKO_DAC2 MAKO_RAMP_DAC3 SPKR+ SPKREXT_MIC+ RX_AUDIO MIC_GROUND 2.775V_V4 1.875V_V2 2.775V_ANA_V7 2.9V_MAKO_V6 NEO P1 CNTRL C2500 9V3 EXT_SWB+ 9V3 6.0 3-61 16.8_MHZ_BUFF 16.8_GPS J2500-20 J2500-14 J2500-12 J2500-10 J2500-16 J2500-6 J2500-8 J2500-18 J2500-1 J2500-2 J2500-3 J2500-4 J2500-5 J2500-7 J2500-9 J2500-11 J2500-13 J2500-15 J2500-17 J2500-19 Controller - GPS Schematic Diagram Controller R6 Schematic Diagrams 3-62 13.6V (NOMINAL) 1 RAW_B+ (TO TX PA) J3000-1 1 FT_VBAT_GROUND SP3001 1 1 J3000-2 FT_VBAT 1 SP3000 VR3000 C3015 C3000 E3000 U3040,U3005,U3006 change to 4813971D34 2 UNSWB+ (TO AUDIO PA) U3006 C3002 R3055 2 3 9.3V G1 R3032 9V3_PA (TO PA DRIVER ONLY ) 1 R3056 U3005 2 3 C3020 G1 R3033 C3021 D3030 R3039 1 R3057 C3019 R3034 R3035 C3030 R3053 R3037 R3036 NC R3040 C3018 8 R3051 NC Q3032 2 R3041 1 3 4 U3030-1 NC This cap only use to support DC connector during reflow. C3032 R3038 NU R3050 C3031 R3030 Q3030 R3002 9.3V U3040 2 3 9V3_CNTRL (TO MAKO ) G1 C3040 C3043 C3044 R3007 1 R3042 R3043 R3045 D3040 C3016 R3008 C3041 R3054 R3052 U3004 R3046 C3017 R3048 Q3040 8 6 7 U3030-2 2 VIN VOUT ON_OFF ADJ C3011 R3047 NC VR3040 C3042 5 1 9V3 (TO SYNTH, VCO, RX FE, PWR CNTRL,CONTROLHEAD) C3046 9V3 R3009 GND1 GND2 3 6 C3005 5V (TO GPS & PERIPHERAL BLOCKS ) 5V 9.3V U3001 4 5V FB 1 NP VOUT VCONT VIN GND 5 5 4 R3044 2 6 4 3 C3006 R3003 C3007 C3045 NU C3009 R3010 R3004 2 6 4 3 U3002 FB 1 NP VOUT VCONT VIN GND 5V 5V_SW (TO RX BACKEND, SYNTH,GPS ANTENNA) C3010 5V_SW 5 C3008 13.6V U3003 4 C3012 2 VIN VOUT ON_OFF ADJ 5 EXT_SWB+ ( TO REAR ACCESSORY) 1 R3005 3 6 GND1 GND2 R3006 ON: 0 V OFF: 4.8V MAKO_ON_OFF_CONTROL 47K Q3041 47K Controller DC Supply Schematic Diagram C3013 C3014 Controller R6 Schematic Diagrams 3-63 R3220 1.875V_V2_MAKO C3282 R3219 SW_9V3 5 VSAVE B1 2 IN GND NC U3202-1 B3 4 OUT GATED_32KHZ_OMAP 32KHZ_GPS C3200 VSAVE R3238 B1 BATTERY_SENSE B3 A3 C3275 C3261 NC NC NC NC NC NC 2 5V 1 R3248 32.768KHz 9V3_CNTRL D3200 C3204 R3249 Q3206 C3205 MAKO_ON_OFF_CONTROL 4 3 R3206 5 VSAVE 2 R3226 6 1 B1 C1 F3 C2 D1 D2 D3 B2 G4 E2 F4 E4 B3 B4 C5 F5 D5 A12 A13 D4 M1 C3207 RTC_BATTERY $V C3208 9V3_CNTRL C3210 C3211 ( ON= 0V; OFF=9.3V) GP5_4_EMERGENCY ON_OFF_MECH VSAVE GP5_5_IGNITION_SENSE POR 1 MAKO_GATED_32KHz MAKO_INT NC 3 C3269 C3215 OMAP_CORE_LDO_1 R3215 5 VOUT 4 ADJ 3 NC R3246 C3270 R3247 NC NC C3283 R3203 SW_9V3 L3201 C3206 R3243 R3239 C3265 R3204 Q3202 VSW5 1.875V_V2_MAKO R3217 2.775V_V4_MAKO 2.9V_V6_MAKO 2.775V_V7_MAKO 3V_V9_MAKO 3.6V_DIG_VSW1 3.3V_V10_MAKO OMAP_CORE_LDO_1 R3227 NU R3216 C3280 ON: 5Vpk; 230 KHZ PWM OFF: 0.0Vpk C3281 C3277 C3266 4 IN 5 SYNC_EN 14 CBOOT NU C3234 D1A 1 C3209 R3224 15 S1A 16 S1B NU D1B 2 ON: 5.2V - 5.3V OFF: 0.0V L3202 SW_9V3 5V_V8_MAKO R3225 VSW5_CNTRL R3207 C3273 R3250 D2A 9 D2B 10 D2C 11 6 S2A 7 S2B 8 S2C NU Q3209 C3289 VSW5 C3212 R3237 D2D 12 Q3203 1 ON: 4.75V to 5.25V (5.0V typical) OFF: 0.0V P5 M7 J4 G5 K9 L4 D14 H5 D9 GND1 HOT1 1 4 C3214 Sine Wave Vpk-pk: 2.2V - 2.4V 1 VIN1 6 VIN2 VBUS1 ( TO MMP ) 2 GND2 3 HOT2 Y3200 U3201 R3245 ON: 5Vpk; 230 KHZ PWM OFF: 0.0Vpk NC GND1 GND2 GND3 GND4 GND5 GND6 GND7 GND8 GND9 24.576MHz R3218 XTAL32_OUT XTAL32_IN BAT_RTC VSAVE BAT_7V5 BAT_3V6 REG_3V6 BAT_TYPE HV_BG FET_ENX EMERG_PB MECH_SW SW_TYPE IGN_X RESETX GATED_32K_CLK INT_X XOUT XIN TCXO_SEL_16_24 TCXO_IN Change R3246 to 0613952N12 (13K) for OMAP1610 C3203 D2D 12 GND Y3201 3.6V_DIG_VSW1 3.6V_DIG_VSW1 3 R3205 C3279 ON: 3.6V OFF: 0.0V 4 C3262 D2A 9 D2B 10 D2C 11 6 S2A 7 S2B 8 S2C 2 3 9V3_CNTRL PGLDO2 PGLDO3 SW1_VDD SW1_VDDHV SW1_VSEN_BUK SW1_VSEN_BST SW1_SUMCOMP_DL SW1_DH SW1_PHASE SW1_VOUT SW1_GND U3200-1 SW2_VCC SW2_VCCS SW2_LX SW2_VOUT SW2_GND SW5_VDD SW5_VDDHV SW5_VSENSE SW5_SUMCOMP SW5_PHASE SW5_VOUT V02_O V03_O V04_O V06_O V07_O V09_O V10_I V10_O V10_GND V08_I V08_O VBUS_SUPPLY VBUS1_SENS VBUS1_CMD VBUS1 VBUS2_SENS VBUS2_CMD VBUS2 D1B 2 L3200 C3278 1 9V3_CNTRL C3 A2 G13 G12 H11 J11 G14 H13 F14 H12 H14 J12 K14 J14 J13 L14 D13 F13 E14 E13 G11 F12 N4 P4 N5 P3 P6 L1 J10 M6 L9 K3 K4 B13 E12 C14 H10 F11 C13 D12 VBUS1_CMD SW_9V3 SW_9V3 SW_9V3 D1A 1 15 S1A 16 S1B R3241 A1 A14 P1 P14 M5 B14 Q3201 NC1 NC2 NC3 NC4 NC5 NC6 47K 47K UNSWB+ Q3200 C3202 C3292 R3236 R3223 Q3205 4 IN 5 SYNC_EN 14 CBOOT U3202-2 NC VR3200 C3201 GND R3210 C3276 A1 A2 VDD R3233 13 3 1 R3222 R3209 R3200 U3203 2 GND G1 CTGND C3274 13 C1 C3 VSAVE VDD C2 LO_BATTERY_DET VCC C3272 R3228 Q3207 16.8_MHZ_BUFF R3252 R3208 R3253 Q3210 4 VSW5_CNTRL 1 VBUS2_CMD C3213 VSW5_CNTRL NC Q3204 1 3 ON: 4.75V to 5.25V (5.0V typical) OFF: 0.0V 2 3 C3291 C3290 R3240 10K C3217 E3201 OMAP_CORE_LDO C3219 E3202 C3218 2.775V_DIG_V4 2.775V_DIG_V4 C3221 E3203 C3220 2.775V_ANA_V7 2.9V_DIG_V6 2.9V_DIG_V6 C3225 E3205 C3222 C3227 E3206 C3226 C3216 Q3208 47K 3.3V_DIG_V10 1 1.875V_DIG_V2 1.875V_DIG_V2 2 USB_CONNECT VBUS2 ( TO MAP ) 3.3V_DIG_V10 C3231 E3208 C3228 FROM MAKO USB_CONNECT (L6) OFF: 0V (DEFAULT) ON: 3.3V (MAKO V10) C3232 5V_V8_MAKO MAKO_V8_5V C3247 C3248 C3249 VR3205 NC 3.3V 1 C3229 C3254 C3252 VR3207 NC 6.2V C3257 C3233 C3260 VR3206 NC 6.2V 3V_V9_MAKO VR3204 NC 6.2V 5V_V8_MAKO 3.3V C3243 3.3V_V10_MAKO VR3203 NC 2.775V_V7_MAKO 3.3V C3238 C3239 C3240 2.9V_V6_MAKO NC 2.775V_V4_MAKO 3.3V VR3202 C3237 OMAP_CORE_LDO_1 1.875V_V2_MAKO VR3201 NC MAKO_V9_3V 1 1.875V_V2_MAKO VR3208 NC 6.2V Controller DC Distribution Schematic Diagram Controller R6 Schematic Diagrams 3-64 CONTROL HEAD INTERFACE MOBILE REPEATER: NOT_USED MOBILE SUBSCRIBER: 33 OHM 1V8 5V FT_MMP_1_WIRE FT_VBUS1 C4000 C4001 C4002 C4003 C4004 C4005 C4006 C4013 FT_USB1_DM FT_USB1_DP NC 3.3V 9V3 R4000 R4001 R4002 R4003 R4004 R4005 RESET DISPLAY_CMD DISPLAY_CS SERIAL_DATA (1.0 MHz) SERIAL_CLK LED_CS ON_OFF_SW KEYPAD_ROW_0 KEYPAD_ROW_1 KEYPAD_ROW_2 KEYPAD_ROW_3 KEYPAD_COL_0 KEYPAD_COL_1 KEYPAD_COL_2 VOLUME_1 VOLUME_2 HANDSET_AUDIO INT_SPKR+ INT_SPKRGPIO_0_PWR_ON GPIO_1_USB1_DP GPIO_2_USB1_DM GPIO_3_PTT GPIO_4_HOOK VBUS1 ONE_WIRE_1 MIC_GROUND INT_MIC+ 1 NU NU NU NU NU J4001_9 E4000 1V8 1V8 1 1 RESET 1 NU 5V 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 E4003 R4061 R4063 R4064 R4065 R4066 R4067 R4068 R4069 R4070 R4071 R4006 R4009 R4010 E4001 E4004 R4012 J4001-1 J4001-2 J4001-3 J4001-4 J4001-5 J4001-6 J4001-7 J4001-8 J4001-9 J4001-10 J4001-11 J4001-12 J4001-13 J4001-14 J4001-15 J4001-16 J4001-17 J4001-18 J4001-19 J4001-20 J4001-21 J4001-22 J4001-23 J4001-24 J4001-25 J4001-26 J4001-27 J4001-28 J4001-29 J4001-30 PCB 30 29 28 27 26 25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 J4001 FRONT VIEW 5V R4011 1 2 2 4 6 8 10 12 WD_RESET 7 NC 14 R4101 Y_1 Y_2 Y_3 Y_4 Y_5 Y_6 R4086 WD_RESET NU C4071 C4072 C4074 NU R4103 R4023 U4001 VCC A_1 A_2 A_3 A_4 A_5 A_6 GND 1 3 5 9 11 13 SERIAL_DATA PROGM_IO_CS SERIAL_CLK RESET ARMIO_6 D4001 3 R4100 MOBILE REPEATER: 0 OHM MOBILE SUBSCRIBER: NOT_USED NU 16 J4001_9 VCC GND U4000 R4090 RTC_BATTERY 8 NU MOBILE REPEATER: 0 OHM MOBILE SUBSCRIBER: NOT_USED 15 1 2 3 4 5 6 7 9 QA QB QC QD QE QF QG QH1 QH2 C4073 SRCLK RCLK SRCLR RCLR 5V SER 14 11 12 10 13 NU R4034 C4084 C4085 R4079 SERIAL_CLK SERIAL_DATA C4014 C4015 C4016 C4017 C4018 C4019 C4020 C4021 C4022 C4023 C4024 C4025 C4026 C4027 C4028 C4029 C4030 C4031 C4032 C4033 C4076 NU C4034 C4035 5V 1V8 NU 4 1V8 NU NC PUB_ADDRESS_2_EN PUB_ADDRESS_1_EN 1V8 1V8 R4055 R4033 1V8 NU R4054 R4030 1V8 R4032 1V8 NU R4031 1V8 GP5_8_CTSs_Reset GP5_7_RxDc_BUSGP5_6_TxDc_BUS+ REPEATER: DTC114YKAF SUBSCRIBER: DTC144EKAF GP5_5_IGNITION_SENSE GP5_4_EMERGENCY 5V 5V 5V E4005 5V EXT_SWB+ ONE_WIRE_2 PUB_ADDRESS_2 PUB_ADDRESS_1 EXT_MIC+ RX_AUDIO GP5_3_CHAN_ACTIVITY GP5_1_PTT 3 3 47K 47K 2 Q4006 3 2 2 47K 47K 10K R4088 3 1 2 Q4014 47K Q4012 R4089 3 2 C4042 VR4001 C4043 C4044 VR4002 R4051 C4067 C4068 C4069 C4046 C4045 2 VR4004 2 1 2 1 1 C4041 2 1 2 VR4000 C4040 NC NC NC VR4003 C4047 C4048 VR4009 C4070 3 3 3 3 3 3 1 2 1 2 1 VR4005 VR4006 1 REPEATER: 15 kohm SUBSCRIBER: 390 kohm 3 EXT_SPKREXT_SPKR+ EXT_SWB+ EXT_SWB+ 10K 47K Q4010 47K Q4005 1 1 Q4004 3 4 2 2 47K Q4008 47K WD_RESET Q4002 D4000 R4043 3 10K C4063 C4064 C4065 C4066 R4050 3 3 10K 2 Q4015 3 10K NU C4075 R4049 1 1 R4035 5V 3 Q4013 3 5V 47K 3 2 2 1 47K Q4003 VBUS2 USB2_DP USB2_DM 2 2 47K Q4001 2 1 47K 1 Q4000 E4002 1 1 1 1 47K 47K 47K Q4011 1 47K 2 2 47K Q4009 1 47K 47K 2 47K Q4007 1 FT_VBUS2 R4048 3 3 47K 2 47K 1 FT_USB2_DM 3 R4047 1 FT_USB2_DP 3 R4098 R4042 R4041 R4040 3 R4046 R4045 R4044 NU 1 FT_IGNITION_SENSE 26 23 25 J4000 REAR VIEW Controller Peripheral Schematic Diagram (sheet 1 of 2) ACCESSORY INTERFACE (26-PIN) J4000-7 J4000-8 24 21 J4000-16 22 19 GROUND 20 17 J4000-9 J4000-10 18 15 EXT_SWB+ POWER GROUND 16 13 EXT_SPKREXT_SPKR+ 14 11 J4000-15 J4000-13 J4000-11 J4000-14 J4000-12 12 9 AUX_AUDIO_OUT_2 AUX_AUDIO_OUT_1 TX_AUDIO RX_AUDIO AUDIO GROUND 10 7 J4000-5 8 5 J4000-6 6 3 MAP_ID_2 4 1 MAP_ID_1 2 J4000-26 PCB VIP_1_(EXT ALARM) J4000-24 GP5_8 GP5_7 J4000-20 J4000-22 FT_APM_1_WIRE GP5_6 J4000-25 1 IGN_SENSE 1 J4000-23 J4000-21 GP5_3_(CHAN_ACT) GP5_2_(MONITOR) J4000-19 FT_EMERGENCY EMERG SW EXT_PTT GP5_1_(EXT PTT) J4000-17 J4000-2 J4000-1 J4000-3 VBUS_MAP J4000-4 USB_DM_MAP USB_DP_MAP J4000-18 GROUND 1 USB / MAP_ID_GROUND 2 5V 1 5V 5V 1 5V 1 GP5_2_MONITOR Controller R6 Schematic Diagrams 3-65 1V8 1V8 WD_RESET 1V8 VCCA A1 GND VCCB A2 C4086 R4097 C2 B B2 DIR A C1 U4004 B1 McBSP3_DX REPEATER CONNECTOR 1V8 C4087 DIR_CTRL A C1 U4005 1V8 McBSP3_CLKX R4093 C2 B B2 DIR NU C4007 1 2 3 4 5 6 7 8 9 10 11 J4002-1 J4002-2 J4002-3 J4002-4 J4002-5 J4002-6 J4002-7 J4002-8 J4002-9 J4002-10 J4002-11 1 2 3 4 5 6 7 8 9 10 11 PCB J4002 FRONT VIEW A C1 U4006 B1 (1.20 MHz) VCCA A1 GND VCCB A2 C4088 NU C4012 R4105 R4099 C2 B B2 DIR NU C4011 1V8 NU C4010 R4095 VCCA A1 GND VCCB A2 McBSP3_FSX B1 1 TP4000 1V8 R4096 C2 B B2 DIR B1 McBSP3_DR VCCA A1 GND VCCB A2 C4089 A C1 U4007 1V8 R4094 SYSTEM_SYNC VCCA A1 B1 GND VCCB A2 C4090 C2 B B2 DIR A C1 U4008 R4106 SYSTEM_SYNC OPTION BOARD INTERFACE 1V8 C2 B B2 DIR B1 SSI_FSYNC VCCA A1 GND VCCB A2 C4091 1 2 3 4 5 6 7 8 9 10 11 12 13 14 PCB A R4074 C1 J4003 FRONT VIEW U4009 NU C4049 NU C4055 NU C4053 NU C4051 E4006 R4076 A C1 C4059 1 C4094 OPT_SSI_SYNC NU NU NU 1 2 3 4 5 6 7 8 9 10 11 12 13 14 SW_9V3 SYSTEM_SYNC U4010 C4061 J4003-1 J4003-2 J4003-3 J4003-4 J4003-5 J4003-6 J4003-7 J4003-8 J4003-9 J4003-10 J4003-11 J4003-12 J4003-13 J4003-14 C4062 R4078 R4081 R4082 R4083 R4085 C4060 OPT_GPIO_1 OPT_GPIO_2 RESET_OUT OPT_BRD_PTT C4058 C2 B B2 DIR B1 SSI_CLK VCCA A1 GND VCCB A2 C4092 C4093 1V8 SSI_DATA_IN NU NU NU NU R4080 SSI_DATA_OUT DIR OPERATION LOW B ---->A HIGH B <----A Controller Peripheral Schematic Diagram (sheet 2 of 2) Controller R6 Schematic Diagrams C1015 C1011 C1031 C1034 C1035 C1009 C1008 C1036 C1037 C1013 C1014 C1010 C1002 C1003 R1047 DELETED REF C1007 PLACE FOR GP DEVICE FAST BOOT R1035 DNP NU C1006 Y1001 U1008 C1000 ARMIO_12 (MOBILE ONLY) AUDIO_PA_ENA (MOBILE ONLY) GPIO_3 (GPIO_3 for PORTABLE-Green LED) R1050 1.875V R1071 C1005 NC C1039 C1004 NC 3.3V_DIG_V10 JTAG_NTRST JTAG_TCK JTAG_TMS JTAG_TDI JTAG_NEMU0 JTAG_NEMU1 JTAG_TDO JTAG_RTCK 2.775V_DIG_V4 ARMIO_6 (SPI.CS3 for MOBILE Shift Register Chip Select) DIR_CTRL ARMIO_3 (Used as BL_EN for PORTABLE, GP5_7 for MOBILE ARMIO_2 PLACED FOR MOBILE ONY 1.875V R1017 R1025 JTAG DECOUPLING CAPACITORS OMAP_CORE LARGEST REF R1034 1.875V DVDD2 Place for OMAP1710 GP DEVICE CONFIG 1.875V C1001 1.875V_DIG_V2 ONE_WIRE_UP 1.875V 1.875V_DIG_V2 GPS_RESET_LS GPS_TX_LS GPS_RX_LS GPS_ON_OFF_LS GPS_BOOT_SELECT R1021 GPS OMAP_CORE_LDO LED_CS SERIAL_CLK DISPLAY_CS SERIAL_DATA (0.87mA/MHz for OMAP1710 & 1.06mA/MHz for OMAP1610) OMAP_CORE (1.4V for OMAP1710 & 1.55V for OMAP1610) R1020 SERIAL FLASH SPI MCBSP3 MCBSP3_DX MCBSP3_DR MCBSP3_FSX MCBSP3_CLK CLK rate: 1 MHz Date rate: 20 of 8 bits packet per chip select LED & Display CS: Active Low PTT OMAP1710 GPIO_60 (Used as GREEN_LED for PORTABLE, PA_ENABLE for MOBILE) GPIO_15 (Used as RED_LED for PORTABLE, RX_ATTN_1 for MOBILE) 3-66 1.875V OMAP_CORE OMAP_CORE R1026 LDO_FILTER 1 RF CONTROLS NU R1054 C1030 3 A2 MAKO_RX MAKO_DCLK MAKO_FSYNC MAKO_TX 2 MAKO SSI R1019 Place for OMAP1710 C1017 OMAP_CORE GPIO_33 (Used as SW8 for PORTABLE, Channel Activity for MOBILE) GPIO_32 (Used as SW4 for PORTABLE, Monitor for MOBILE) GPIO_31 (Used as SW2 for PORTABLE, Volume B for MOBILE) GPIO_30 (Used as SW1 for PORTABLE, Volume A for MOBILE) Y2 4 GND DVDD2 Place for OMAP1610 LOCK_DETECT ANT_EN ADAPT_SW DMCS GPIO_28 R1067 1 C1032 VCC Y1 6 NU TP_MAKO_TX 5 1 A1 16.8_MHZ_BUFF U1006 1 TP_MAKO_FSYNC TP_MAKO_RX 1.875V C1033 ( BUFFERRED 16.8 FROM TOMAHAWK ) 1 TP_MAKO_DCLK R1066 FREQ SWITCH 16.8MHz Squarer SDRAM_CS SDRAM_CLK_EN SDRAM_CLKX SDRAM_DATA(15:0) SDRAM_CLK (MOBILE ONLY) EXT_MIC_ENA 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 0 OPTION SELECT (FROM MAKO ) MAKO_OPT_GPIO0 MAKO_OPT_GPIO3 MAKO_OPT_GPIO2 N3 C12 D12 D13 C11 C13 D11 D14 C10 D8 C4 C7 D5 D7 C5 C6 D6 J18 J19 J14 K18 K19 K15 K14 L19 L18 L15 M19 M20 N21 N19 N18 N20 W8 Y8 M15 P19 P20 P18 M14 R19 R18 T20 T19 V8 N15 U19 V16 W17 AA17 R13 W11 W10 V10 R11 R1044 (MOBILE ONLY) GP5_8 R1041 TOMAHAWK SSI Y1000 R1002 12MHz 3 HOT1 ABACUS3 SSI HOT2 GND1 GND2 4 C1018 1 2 1.0Vpkpk TX_FSYNC TX_DATA TX_CLK RX_FSYNC RX_DATA RX_CLK C1019 1.875V R1006 FLASH FLASH_WAIT FLASH_CLK 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 0 V3 T4 U3 U1 P8 T3 T2 R4 R3 R2 P7 P4 P2 N7 N2 N4 A9 A3 E2 B13 B20 J21 R20 J1 CVDD3_1 CVDD3_2 CVDD3_3 CVDD3_4 CVDD4 DVDD2_1 DVDD2_2 DVDD2_3 DVDD4_1 DVDD4_2 DVDD4_3 DVDD4_4 DVDD5_1 DVDD5_2 DVDD5_3 NU R1046 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 EMIFS_DATA(15:0) EMIFS_ADD(25:1) SDRAM_CTL(8:0) B8 B12 G9 G11 G12 B9 G10 A1 B6 B2 A2 LCD_VSYNC B18 LCD_HSYNC C20 LCD_AC B15 CLK_P_LCD C15 B5 B7 A13 B16 A21 F20 K20 R21 W20 AA21 Y13 AA7 Y3 AA1 U2 N1 K2 G1 B1 LCD_PIXEL_15 LCD_PIXEL_14 LCD_PIXEL_13 LCD_PIXEL_12 LCD_PIXEL_11 LCD_PIXEL_10 LCD_PIXEL_9 LCD_PIXEL_8 LCD_PIXEL_7 LCD_PIXEL_6 LCD_PIXEL_5 LCD_PIXEL_4 LCD_PIXEL_3 LCD_PIXEL_2 LCD_PIXEL_1 LCD_PIXEL_0 D15 C16 A17 G13 B17 C17 D16 D17 C18 B19 A20 H13 G14 C19 B21 D18 KBC_5 KBC_4 KBC_3 KBC_2 KBC_1 KBC_0 CLK_EX_CAM LOW_STATE_5 UART3_RX I2C_SCL TDO UWIRE_SDI UWIRE_SDO CLK_S_UWIRE Z_STATE_3 Z_STATE_2 MCBSP1_DX G19 C21 E18 D19 D20 F18 H19 M18 L14 T18 AA19 U18 W21 V19 N14 P15 H18 SDRAM_ADD(12:0) 12 11 10 9 8 7 6 5 4 3 2 1 0 PORTABLE DISPLAY NC NC NC NC NC NC NC NC NC NC DISPLAY_DATA7 DISPLAY_DATA6 DISPLAY_DATA5 DISPLAY_DATA4 DISPLAY_DATA3 DISPLAY_DATA2 DISPLAY_DATA1 DISPLAY_DATA0 DISPLAY_CE DISPLAY_CMD GPIO_27 (Used as KEYPAD_COL4 for NEO and Public Add Mic for MORPHEUS) KEYPAD_COL3 KEYPAD_COL2 KEYPAD_COL1 KEYPAD COLUMN KEYPAD_COL0 1 TX_RAMP MOBILE_DISPLAY_CMD (MOBILE ONLY) SPI_CLK SPI_MISO SPI_MOSI THK_CE ABACUS3_CE MAKO_CE Y17 W9 P11 V11 Y12 W16 W13 P12 AA20 R1070 RS232_TX VSS_1 VSS_2 VSS_3 VSS_4 VSS_5 VSS_6 VSS_7 VSS_8 VSS_9 VSS_10 VSS_11 VSS_12 VSS_13 VSS_14 VSS_15 VSS_16 VSS_17 VSS_18 VSS_19 RESERVED RS232_RX RS232 R1001 SADD_10 SADD_9 SADD_8 SADD_7 SADD_6 SADD_5 SADD_4 SADD_3 SADD_2 SADD_1 SADD_0 E5 OMAP_CORE W15 Y15 P14 W14 V15 AA9 V9 R10 P10 V2 V13 AA13 AA5 V5 Y2 W3 AA15 Y14 W7 V7 Y6 W6 NC DVDD1_1 DVDD1_2 DVDD1_3 DVDD1_4 DVDD1_5 L4 L3 M8 M7 TP1000 1 M3 M4 R1014 N8 U4 W1 W2 V4 R8 P9 W4 Y4 V6 W5 OPT_GPIO_1 OPT_GPIO_2 GPIO_40 MAKO_AD_TRIGGER Y21 W12 A11 A15 Y20 Y9 M2 AA3 R1045 1.875V R1028 7 8 0 1 2 3 4 5 6 SADD_13 H11 H9 U1000 SADD_12 SADD_11 H10 LDO_FILTER VDD_DLL CVDDA CVDDA CVDD_RTC CVDD_DLL CVDD_1 CVDD_2 CVDD_3 CVDD_4 CVDD1 CVDD2 CVDD2_1 CVDD2_2 BOOT FROM CS0 (Used as KEYPAD_ROW4 for PORTABLE, GP5_6 for MOBILE) ARMIO_15 KEYPAD_ROW3 KEYPAD_ROW2 KEYPAD ROW KEYPAD_ROW1 KEYPAD_ROW0 EN_WE_SDRAM SDRAM_RAS SDRAM_DQMU SDRAM_DQML SDRAM_CAS OMAP_CORE V12 DVDDRTC 1.875V NU DNP BOOT FROM CS3 R1027 SDRAM H8 H7 D10 C8 B4 SBANK_1 C3 SBANK_0 B3 EN_WE_SDRAM SDRAM_RAS SDRAM_DQMU SDRAM_DQML SDRAM_CAS CLK_SD FADD_1 FADD_2 FADD_3 FADD_4 FADD_5 FADD_6 FADD_7 FADD_8 FADD_9 FADD_10 FADD_11 FADD_12 FADD_13 FADD_14 FADD_15 FADD_16 FADD_17 FADD_18 FADD_19 FADD_20 FADD_21 FADD_22 FADD_23 FADD_24 FADD_25 FADV EN_F_BE_0 EN_F_BE_1 GPIO_62 F_CS1 F_CS2 F_CS3 EN_F_OE F_RP EN_F_WE F_WP USB0_SE0 USB0_DAT EN_USB_PUEN CLK_B_UART2 LOW_STATE_3 LOW_STATE_4 RTCK MCSI2_DOUT MMC_CMD CLK_MMC RTC_ON_NOFF Z_STATE_1 RTC_WAKE_INT RESET_MODE RST_OUT MAKO_INT ( RESET CIRCUIT PROVIDED BY MAKO ) POR MAKO_GPIO_RX GPIO_5 CLKX_SD CLK32K_IN EN_SDCKE CLKX_MCBSP1 CLK_MCSI2 CLKS_MCBSP1 MCBSP1_FSX PWRON_RESET F_CS1U F_CS2U SDDQS_H 1.875V SDDQS_L CS_SDRAM KBR_4 KBR_3 KBR_2 KBR_1 DVDD2 KBR_0 MCBSP1_DR BFAIL CONF TDI TMS TCK TRST MPU_BOOT L1 MPU_RST A19 UART1_CTS E21 UART2_CTS U21 UART1_RX Y16 UART2_RX L21 CLK_B_REQ AA2 CLK_B Y7 CLK_MCSI1 AA11 MCSI1_DOUT MCSI1_DIN A5 MCSI2_DIN A7 MCSI2_SYNC B10 CLK_M_REQ B14 MCBSP2_DR OSC32K_IN FRDY R1 OSC32K_OUT H2 MCBSP2_DX C2 CLK_M OSC1_IN OSC1_OUT LOW_STATE_1 LOW_STATE_2 MCBSP2_FSX CLKR_MCBSP2 CLKX_MCBSP2 MCBSP2_FSR FDATA_15 FDATA_14 FDATA_13 FDATA_12 FDATA_11 FDATA_10 FDATA_9 FDATA_8 FDATA_7 FDATA_6 FDATA_5 FDATA_4 FDATA_3 FDATA_2 FDATA_1 FDATA_0 J8 D3 C1 E4 D2 F4 E3 J7 F3 G4 G3 G2 K8 H4 H3 K7 J2 J4 J3 F2 L8 K4 K3 L7 E1 1 D9 P13 H12 G21 Y10 G20 H15 R12 Y1 P3 C14 D4 G8 E19 E20 H14 F19 G18 H20 W19 V18 Y19 V17 W18 Y18 J20 U20 R14 Y5 V14 R9 CLK_F SDATA_15 SDATA_14 SDATA_13 SDATA_12 SDATA_11 SDATA_10 SDATA_9 SDATA_8 SDATA_7 SDATA_6 SDATA_5 SDATA_4 SDATA_3 SDATA_2 SDATA_1 SDATA_0 CAM_D_7 CAM_D_6 CAM_D_5 CAM_D_4 CAM_D_3 CAM_D_2 CAM_D_1 CAM_D_0 CAM_VS CAM_HS CAM_RSTZ GPIO_15 GPIO_14 GPIO_13 GPIO_12 GPIO_11 GPIO_9 GPIO_8 GPIO_7 GPIO_6 GPIO_4 GPIO_3 GPIO_2 GPIO_1 GPIO_0 MPUIO_5 MPUIO_4 MPUIO_3 MPUIO_2 MPUIO_1 EMU0 EMU1 MCSI1_SYNC CLK32K_OUT MMC_DAT3 MMC_DAT2 MMC_DAT1 MMC_DAT0 TP_POR (FROM MAKO ) 32KHZ_CLK V20 I2C_SDA J15 CLK_L_CAM C9 R1048 (FROM MAKO ) GATED_32KHZ_OMAP R1036 1 2 3 4 5 0 1.875V FLASH_CTL(5:0) RESET_OUT R1005 MAKO_OPT_INT USB_INT USB1_TXEN USB1_SE0 USB1_DAT USB0_SE0 USB0_DAT USB0_TXEN NC USB2_SE0 GPIO_25 NC USB2_DAT NC GPIO_26 NC USB#2 OPTION BOARD USB2_SUSPEND Controller Microprocessor Schematic Diagram USB2_RCV I2C GPIO_18 I2C_CLK I2C_DATA Place for OMAP1610 USB#1 USB#0 USB#0 RESERVED FOR MOBILE ( INTERFACE WITH MAKO ) Place for OMAP1710 SPI R1000 R1060 CVDDA VDD_DLL C1012 C1016 C1044 Controller R6 Schematic Diagrams 3-67 DDR SDRAM FLASH 1.875V_DIG_V2 1.875V_DIG_V2 1.875V_DIG_V2 1.875V_DIG_V2 1.875V_DIG_V2 R2004 R2011 R2012 C2000 C2001 C2002 C2003 TP_SDRAM_CLK TP_SDRAM_CLKX Bootstrap Mode = 48 MHz Normal Mode = 72 MHz J8 K7 L3 D4 B5 B6 K6 L4 C2009 2 0 RESET CHIP_ENABLE 1 NC OUTPUT_ENABLE 3 4 WRITE_ENABLE WRITE_PROTECT 5 LATCH_ENABLE E5 G1 F1 E1 D1 B1 C1 F2 E2 F6 D7 E7 B8 C8 D8 F7 E8 F8 D2 B2 B3 E6 B7 C7 C3 D3 CLK EN_RST EN_F1_CE EN_F2_CE EN_F1_OE EN_F2_OE EN_WE EN_WP ADV A0 A1 A2 A3 A4 A5 A6 A7 A8 A9 A10 A11 A12 A13 A14 A15 A16 A17 A18 A19 A20 A21 A22 A23 A24 DQ0 DQ1 DQ2 DQ3 DQ4 DQ5 DQ6 DQ7 DQ8 DQ9 DQ10 DQ11 DQ12 DQ13 DQ14 DQ15 RFU1 RFU2 RFU3 RFU4 RFU5 RFU6 RFU7 RFU8 RFU9 RFU10 RFU11 RFU12 RFU13 G7 A1 A2 A7 A8 M1 M2 M7 M8 C2005 C2004 FLASH_WAIT NC NC NC NC NC NC NC NC R2010 R2005 R2006 R2007 R2008 R2009 NU NU NU NU NU SDRAM_CTL(8:0) 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 H2 H3 G3 H4 J5 G5 J6 H7 G2 J3 G4 J4 H5 G6 H6 J7 C2 C5 D5 D6 E3 F3 H1 J1 K2 K3 K4 K5 K8 C2006 32MB (65nm Die Shrink) U2001 0 6 5 1 4 1.875V_DIG_V2 R2014 R2015 2 3 7 8 R2013 G2 G3 G1 G7 G8 G9 H7 NU SDRAM_CS TP_SDRAM_BA0 TP_SDRAM_BA1 0 1 2 3 4 5 6 7 8 9 10 11 12 TP_SDRAM_CS NC NC NC NC NC NC NC NC NC NC NC NC NC H8 H9 J8 J9 K7 K8 K2 K3 J1 J2 J3 H1 J7 H2 H3 F2 F8 CK CK* EN_CKE WE CAS RAS CS BA0 BA1 A0 A1 A2 A3 A4 A5 A6 A7 A8 A9 A10_AP A11 A12 UDM LDM E2 UDQS E8 LDQS TP_DDR_UDQS TP_DDR_LDQS A8 B7 B8 C7 C8 D7 D8 E7 E3 D2 D3 C2 C3 B2 B3 A2 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 F3 NC1 F7 NC2 NC NC DQ0 DQ1 DQ2 DQ3 DQ4 DQ5 DQ6 DQ7 DQ8 DQ9 DQ10 DQ11 DQ12 DQ13 DQ14 DQ15 B4 C4 L1 L2 L5 L6 L7 L8 VSS1 VSS2 VSS3 VSS4 VSS5 VSS6 VSS7 VSS8 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 C6 F4 K1 G8 J2 H8 F5 E4 WAIT DU1 DU2 DU3 DU4 DU5 DU6 DU7 DU8 C2007 A9 F9 K9 A7 B1 C9 D1 E9 FLASH_CTL(5:0) C2008 1.875V_DIG_V2 SDRAM_CLK SDRAM_CLKX SDRAM_CLK_EN VDD1 VDD2 VDD3 VDDQ1 VDDQ2 VDDQ3 VDDQ4 VDDQ5 VCCQ1 VCCQ2 VCCQ3 VPP VCC1 VCC2 VCC3 VCC4 FLASH_CLK VSS1 VSS2 VSS3 VSSQ1 VSSQ2 VSSQ3 VSSQ4 VSSQ5 32 MBYTES U2000 TP_FLASH_CLK A1 F1 K1 A3 B9 C1 D9 E1 R2000 SDRAM_ADD(12:0) EMIFS_ADD(25:1) SDRAM_DATA(15:0) EMIFS_DATA(15:0) Controller Memories Schematic Diagram Controller R6 Schematic Diagrams A2 GPIO_0_PWR_ON GPIO_3_PTT GPIO_4_HOOK NC NC NC NC 3 AD0_CS* 8 DIS SDO_NC 4 NC 5 SDI_SDA 10 W 1 A C3536 2 B C3508 C3512 VAG 12 2.775V_DIG_V4 1.875V_V2_MAKO 1.875V_DIG_V2 3.3V_DIG_V10 UNSWB+ 7.8V RMS (7.5 W @ 8 ohms) 7 VCC VR3502 1 4 U3505-4 R3524 14 HANDSET_AUDIO 9V3 HW_ID0 HW_ID1 HW_ID2 BATTERY_SENSE MAKO_ADC5 ANT_CURRENT_DET C3517 R3528 MAKO_ADC8 RT3500 R3550 TX_RAMP_DAC 3.91V (27.5W) 4.12V (44W) MAKO_RAMP_DAC3 MAKO_DAC2 9V3 C3527 R3533 9V3 6 C3532 3 5 VAG 2 1 6 4 U3502-2 11 10 R3553 R3542 9V3 R3544 2 VAG 4 11 R3534 6 5 4 11 1 6 4 U3502-4 14 C3534 R3545 PUB_ADDRESS_2 11 R3556 5 C3535 7 5 12 R3555 R3552 4 9V3 13 U3505-2 VAG 3 R3546 Q3505 2 1 Q3502 HW_ID2 U3502-1 2 9V3 R3505 R3541 VR3504 Q3504 R3549 2.9V_DIG_V6 PUB_ADDRESS_1 VAG 3 R3509 C3533 R3540 8 11U3502-3 R3554 NUR3530 C3526 4 9 7 6 4 3 R3576 1 R3571 VAG R3536 R3596 C3522 HW_ID1 RX_AUDIO R3548 6 R3577 80mV RMS (TX AUDIO) R3504 R3529 C3525 Q3503 R3508 C3519 1 330mV RMS C3545 MAKO_DAC1 MIC_GROUND HW_ID0 U3505-1 11 VAG 5 V15 R3503 4 3 70mV RMS (RX AUDIO) R3507 2 R3595 R3538 Controller Audio and USB Schematic Diagram 3 1 R3525 125mV RMS NU HW_ID 2 C3510 C3509 11 2.9V_DIG_V6 R3539 2.9V_DIG_V6 SPKR- C3505 GND1 GND2 C3513 C3538 C3518 E3501 9V3 R3537 C3531 SPKR+ 6 4 C3530 4 C3506 47K 3 E3503 EXT_MIC+ L3 M2 N1 C4 A3 E8 Q3500 C3504 E3500 5 1 EXT_MIC FE_TUNE1 FE_TUNE2 PWR_CTRL SCAN_EN TEST VFUSE L10 M12 N14 M13 L11 M14 L12 L13 K11 K12 K13 2 10K 1 R3535 NC NC NC NC NC NC VMES ADC_VREF ATOD_0 ATOD_1 ATOD_2 ATOD_3 U3200-3 ATOD_4 ATOD_5 ATOD_6 ATOD_7 ATOD_8 AUDIO_PA_ENA C3507 2 NC NC 9V3_ CNTRL SW_9V3 C3529 C3524 R3590 C3523 9V3 C3521 R3532 C3528 9V3 C3520 B11 AD_TRIG A11 TX_RX L2 MIC_BIAS K2 INT_MIC_P K1 INT_MIC_M J2 EXT_MIC_P J1 EXT_MIC_M J3 VCM1 H3 VC_OUT_P H2 VC_OUT_M E3 BPLUS E1 PA_BPLUS G3 PA_IN_M G2 PA_IN_P F1 INT_SPKR_P F2 INT_SPKR_M H1 EXT_SPKR_P G1 EXT_SPKR_M H4 VCM2 A4 VREF R3520 3 INV OUT1 NINV RR M_SS OUT2 1 1 R3547 C3543 NC NC C3516 C3515 9V3 R3521 C3511 INT_MIC 9 1 3 8 R3516 U3500 4 MAKO_AD_TRIGGER R3526 C3514 5V_V8_MAKO VDD 6 CLK_SCL 5 6 8 U3503 9.3VDC unmuted 5.3VDC muted 9 R3559 C3540 1 SDA2 SCL2 EN 7.8V RMS (7.5 W @ 8 ohms) C3503 U3501 5 I2C_CLK C3542 R3558 C3539 SDA1 4 SCL1 3 C3501 C3502 2 NC GND ONE_WIRE_1 I2C_DATA ONE_WIRE_2 SDA2 GND U3508 R3574 R3573 R3592 R3591 R3593 SCL1 SDA1 NC NC 8 EN 6 SCL2 5 R3511 R3513 R3569 2 E3502 5V_SW D1 VREF1 VREF2 5V_SW 2.775V_DIG_V4 R3523 13 INT_MIC+ EXT_MIC_ENA NU MAKO_OPT_GPIO2 MAKO_OPT_GPIO3 MAKO_OPT_INT 1 VR3503 3 R3582 MMP_GPIO2_INPUT MAKO_OPT_GPIO0 NC NC NC C3541 3 4 52mV RMS for rated audio R3578 1.875V_DIG_V2 R3551 R3587 USB_CONNECT NC NC 2.775V_DIG_V4 5V_SW 2.9V_DIG_V6 N6 P7 N7 P8 L6 N13 N9 P9 M8 L8 M10 N12 M11 P13 P10 K7 M9 N10 P11 K8 P12 N11 1.875V_DIG_V2 USB2_DP USB2_DM R3501 7 GND R3581 R3583 R3500 R3575 NC R3580 R3506 VREF1 VREF2 NC R3588 R3594 2 7 R3579 C1 1 1 NC NC 9 R3502 R3586 B2 I2C_CLK I2C_DATA MAKO UART RS232_TX RS232_RX IN2 GND 2 7 NC NO1 V_POS COM1 IN1 D2 NO2 C2 COM2 9V3 U3505-3 VAG (SOURCE) UNSWB+ 9V3 4 5V_SW 8 5V_V8_MAKO 10 11 3.3V_DIG_V10 1.875V_DIG_V2 1.875V_V2_MAKO C3500 2.775V_DIG_V4 9V3 1 NC A1 B1 U3504 R3515 NC BBP_CLK BBP_SYNC SPI_CLK SPI_CS U3200-2 SPI_DI SPI_DO VC_DCLK VC_FSYNC VC_TX VC_TX3V VC_RX UCM_SS LOGIC_VDD USB1_OE USB1_DAT_TXD USB1_SE0 USB2_OE_RCV_RTS USB2_DAT_VP USB2_SE0_VM_RXD USB1_DP UART2_TXD UART2_RXD_OD USB1_DM USB2_DP CTS_X USB2_DM USB_INTX USB_CONNECT RXDIN_3V TXDO_BDI_UP_3V SB96_BUS_BUSY BOOT_NORM_X SB96_BDO_KF_5V ONE_WIRE_1 RS232_USB_X APCO ONE_WIRE_2 ONE_WIRE_BATT SB96D_BDO_KF_3V ONE_WIRE_UP TXDO_BDI_5V TXDO_BDI_ENC_3V RXDIN_5V RXDIN_ENC_3V RTS_FILLSEN_5V CTS_CABLE_DET_5V RTS_FILLSEN_3V BUSY_IN OPTA_SEL0 BUSY_OUT OPTA_SEL1 CABLE_DET_3V OPTA_SEL2 OPT_GPIO0 OPTA_SEL3 OPT_GPIO1 OPTB_SEL0 OPT_GPIO2 OPTB_SEL1 OPT_GPIO3 OPTB_SEL2 OPTION_INTX OPTB_SEL3 R3514 A5 B5 E6 D6 B6 C6 E7 D7 B7 M4 A7 N3 A6 B8 C8 D8 A9 B9 C9 E9 A10 B10 C10 P2 J5 C7 A8 L5 N8 L7 K6 N2 M3 C12 E11 D10 F10 C11 G10 D11 B12 NC 1.875V_V2_MAKO USB1_TXEN USB1_DAT USB1_SE0 USB0_TXEN USB0_DAT USB0_SE0 USB_INT MAKO USB MMP_GPIO1_INPUT R3584 1 1 MAKO SPI SPI_CLK MAKO_CE SPI_MOSI SPI_MISO MAKO_DCLK MAKO_FSYNC MAKO_TX MAKO_RX MAKO SSI ONE_WIRE_UP 5V_V8_MAKO R3585 1 USB1_TXEN USB1_DAT USB1_SEO NC 1.875V_V2_MAKO 3.3V_DIG_V10 1 MAKO_CE USB1_DP USB1_DM R3512 9V3 R3510 R3560 R3572 UNSWB+ 3-68 PUB_ADDRESS_2_EN PUB_ADDRESS_1_EN PUB_ADDRESS_MIC_EN LOW_LEVEL_MUTE Controller R6 Schematic Diagrams 6.1 3-69 Controller R6 Parts List Circuit Ref Motorola Part No Description Circuit Ref Motorola Part No Description Circuit Ref Motorola Part No Description Circuit Ref Motorola Part No Description C2000 2113944A40 CAP, 100pF C3021 2113945C31 CAP, 0.1uF C3219 2113944A44 CAP, 220pF C1000 2113944A40 CAP, 100pF C2001 2113945B02 CAP, .01uF C3030 2113945C02 CAP, .01uF C3220 2113945Y02 CAP, 0.10uF C1001 2113945Y02 CAP, 0.10uF C2002 2113945Y02 CAP, 0.10uF C3031 2113945C31 CAP, 0.1uF C3221 2113944A44 CAP, 220pF C1002 2113945Y02 CAP, 0.10uF C2003 2113945Y02 CAP, 0.10uF C3032 2113945B02 CAP, .01uF C3222 2113945Y02 CAP, 0.10uF C1003 2113944A40 CAP, 100pF C2004 2113944A40 CAP, 100pF C3040 2113944C06 CAP, 470pF C3225 2113944A44 CAP, 220pF C1004 2113944A40 CAP, 100pF C2005 2113945B02 CAP, .01uF C3041 2113945C02 CAP, .01uF C3226 2113945Y02 CAP, 0.10uF C1005 2113945Y02 CAP, 0.10uF C2006 2113945Y02 CAP, 0.10uF C3042 2113945B02 CAP, .01uF C3227 2113944A44 CAP, 220pF C1006 2113945Y02 CAP, 0.10uF C2007 2113945Y02 CAP, 0.10uF C3043 2314030E85 CAPP, 33uF C3228 2113945Y02 CAP, 0.10uF C1007 2113944A40 CAP, 100pF C2008 2113946D05 CAP, 2.2uF C3044 2113945C31 CAP, 0.1uF C3229 2113944A44 CAP, 220pF C1008 2113944A40 CAP, 100pF C2009 2113946D05 CAP, 2.2uF C3045 NOT PLACED – C3231 2113944A44 CAP, 220pF C1009 2113945Y02 CAP, 0.10uF C2500 2113944A44 CAP, 220pF C3046 2113945Y02 CAP, 0.10uF C3232 2113945Y02 CAP, 0.10uF C1010 2113945Y02 CAP, 0.10uF C2501 2113945A10 CAP, 1500pF C3200 2113946J04 CAP, 22uF C3233 2113944A44 CAP, 220pF C1011 2113944A40 CAP, 100pF C3000 2113944C06 CAP, 470pF C3201 2113946D05 CAP, 2.2uF C3234 2113946D05 CAP, 2.2uF C1012 2113945Y02 CAP, 0.10uF C3002 2371403L02 CAPP, 10uF C3202 2113945Y02 CAP, 0.10uF C3237 2113946D05 CAP, 2.2uF C1013 2113945Y02 CAP, 0.10uF C3005 2113944C06 CAP, 470pF C3203 2316410H02 CAPP, 68uF C3238 2113946H02 CAP, 10uF C1014 2113945Y02 CAP, 0.10uF C3006 2314030E85 CAPP, 33uF C3204 2115153H21 CAP, 5.6pF C3239 2113946D05 CAP, 2.2uF C1015 2113945Y02 CAP, 0.10uF C3007 2113945C31 CAP, 0.1uF C3205 2115153H21 CAP, 5.6pF C3240 2113944C45 CAP, 100pF C1016 2113945Y02 CAP, 0.10uF C3008 2113945A09 CAP, 1000pF C3206 2316410H01 CAPP, 22uF C3243 2113946S35 CAP, 1.0uF C1017 2113946E02 CAP, 1.0uF C3009 2113945Y02 CAP, 0.10uF C3207 2113945C31 CAP, 0.1uF C3247 2113946H02 CAP, 10uF C1018 2113944A28 CAP, 18pF C3010 2113946S35 CAP, 1.0uF C3208 2113946D05 CAP, 2.2uF C3248 2113946S35 CAP, 1.0uF C1019 2113944A28 CAP, 18pF C3011 2113946S35 CAP, 1.0uF C3209 2113945Y02 CAP, 0.10uF C3249 2113944C45 CAP, 100pF C1030 2113944A28 CAP, 18pF C3012 2113944C06 CAP, 470pF C3210 2113946D05 CAP, 2.2uF C3252 2113946S35 CAP, 1.0uF C1031 2113945Y02 CAP, 0.10uF C3013 2314030J28 CAPP, 22uF C3211 2113945A09 CAP, 1000pF C3254 2113946D05 CAP, 2.2uF C1032 2113945B02 CAP, .01uF C3014 2113945C31 CAP, 0.1uF C3212 2316410H02 CAPP, 68uF C3257 2113946S35 CAP, 1.0uF C1033 2113945Y02 CAP, 0.10uF C3015 2113944C38 CAP, 47pF C3213 2113946F03 CAP, 4.7uF C3260 2113946S35 CAP, 1.0uF C1034 2113946S35 CAP, 1.0uF C3016 2113944A40 CAP, 100pF C3214 2115153H45 CAP, 33pF C3261 2113944A44 CAP, 220pF C1035 2113946D05 CAP, 2.2uF C3017 2113945A09 CAP, 1000pF C3215 2115153H45 CAP, 33pF C3262 2113946N03 CAP, 2.2uF C1036 2113946S35 CAP, 1.0uF C3018 2389289U01 CAPP, 10uF C3216 2113946F03 CAP, 4.7uF C3265 2113946J04 CAP, 22uF C1037 2113946D05 CAP, 2.2uF C3019 2113944C06 CAP, 470pF C3217 2113944A44 CAP, 220pF C3266 2113946D05 CAP, 2.2uF C1044 2113945Y02 CAP, 0.10uF C3020 2314030E85 CAPP, 33uF C3218 2113945Y02 CAP, 0.10uF C3269 2113946S35 CAP, 1.0uF Controller R6 Schematic Diagrams 3-70 Circuit Ref Motorola Part No Description Circuit Ref Motorola Part No Description Circuit Ref Motorola Part No Description Circuit Ref Motorola Part No Description C3270 2113946S35 CAP, 1.0uF C3513 2113944A40 CAP, 100pF C3545 2113944A44 CAP, 220pF C4031 2113944A44 CAP, 220pF C3272 2115153H27 CAP, 10pF C3514 2113944A44 CAP, 220pF C4000 NOT PLACED – C4032 2113944A44 CAP, 220pF C3273 NOT PLACED – C3515 2113944A44 CAP, 220pF C4001 NOT PLACED – C4033 2113944A44 CAP, 220pF C3274 2113944A44 CAP, 220pF C3516 2113946S35 CAP, 1.0uF C4002 NOT PLACED – C4034 2113945A03 CAP, 330pF C3275 2113946J03 CAP, 10.0uF C3517 2314030M51 CAPP, 10uF C4003 NOT PLACED – C4035 2113945A03 CAP, 330pF C3276 2113946S35 CAP, 1.0uF C3518 2113946S35 CAP, 1.0uF C4004 NOT PLACED – C4040 2113944A44 CAP, 220pF C3277 2113946S35 CAP, 1.0uF C3519 2314030F30 CAPP, 47uF C4005 NOT PLACED – C4041 2113944A44 CAP, 220pF C3278 2113945C31 CAP, 0.1uF C3520 2113946S35 CAP, 1.0uF C4006 2113944A44 CAP, 220pF C4042 2113944A44 CAP, 220pF C3279 2113945C31 CAP, 0.1uF C3521 2113946S35 CAP, 1.0uF C4007 NOT PLACED – C4043 2113944A44 CAP, 220pF C3280 2113945C31 CAP, 0.1uF C3522 2113945A05 CAP, 470pF C4010 NOT PLACED – C4044 2113944A44 CAP, 220pF C3281 2113945C31 CAP, 0.1uF C3523 2113945Y02 CAP, 0.10uF C4011 NOT PLACED – C4045 2113944A44 CAP, 220pF C3282 2113946F03 CAP, 4.7uF C3524 2313960D07 CAPP, 10uF C4012 NOT PLACED – C4046 2113944A44 CAP, 220pF C3283 2113945Y02 CAP, 0.10uF C3525 2113944A44 CAP, 220pF C4013 2113944A44 CAP, 220pF C4047 2113944A44 CAP, 220pF C3289 2113945Y02 CAP, 0.10uF C3526 2113946S35 CAP, 1.0uF C4014 2113944A44 CAP, 220pF C4048 2113944A44 CAP, 220pF C3290 2113945Y02 CAP, 0.10uF C3527 2113945C31 CAP, 0.1uF C4015 2113944A44 CAP, 220pF C4049 NOT PLACED – C3291 2113945Y02 CAP, 0.10uF C3528 2113945Y02 CAP, 0.10uF C4016 2113944A44 CAP, 220pF C4051 NOT PLACED – C3292 2113945A09 CAP, 1000pF C3529 2113945Y02 CAP, 0.10uF C4017 2113944A44 CAP, 220pF C4053 NOT PLACED – C3500 2113946J03 CAP, 10.0uF C3530 2113944A44 CAP, 220pF C4018 2113944A44 CAP, 220pF C4055 NOT PLACED – C3501 2113945G91 CAP, 0.1uF C3531 2113944A44 CAP, 220pF C4019 NOT PLACED – C4058 NOT PLACED – C3502 2113945C31 CAP, 0.1uF C3532 2113946S35 CAP, 1.0uF C4020 NOT PLACED – C4059 NOT PLACED – C3503 2113945A09 CAP, 1000pF C3533 2313960D07 CAPP, 10uF C4021 2113944A44 CAP, 220pF C4060 NOT PLACED – C3504 2113945A09 CAP, 1000pF C3534 2313960D07 CAPP, 10uF C4022 2113944A44 CAP, 220pF C4061 NOT PLACED – C3505 2113945A09 CAP, 1000pF C3535 2113946S35 CAP, 1.0uF C4023 2113944A44 CAP, 220pF C4062 NOT PLACED – C3506 2314030F30 CAPP, 47uF C3536 2314030M51 CAPP, 10uF C4024 2113944A44 CAP, 220pF C4063 2113944A44 CAP, 220pF C3507 2113945A11 CAP, 2200pF C3538 2113945B02 CAP, .01uF C4025 2113944A44 CAP, 220pF C4064 2113944A44 CAP, 220pF C3508 2113945C31 CAP, 0.1uF C3539 2113945Y02 CAP, 0.10uF C4026 2113944A44 CAP, 220pF C4065 2113944A44 CAP, 220pF C3509 2313960D07 CAPP, 10uF C3540 2113945Y02 CAP, 0.10uF C4027 2113944A44 CAP, 220pF C4066 2113944A44 CAP, 220pF C3510 2113945A03 CAP, 330pF C3541 2113945Y02 CAP, 0.10uF C4028 2113944A44 CAP, 220pF C4067 2113944A44 CAP, 220pF C3511 2113944A40 CAP, 100pF C3542 2113945Y02 CAP, 0.10uF C4029 2113944A44 CAP, 220pF C4068 2113944A44 CAP, 220pF C3512 2113945C31 CAP, 0.1uF C3543 2313960D07 CAPP, 10uF C4030 2113944A44 CAP, 220pF C4069 2113944A44 CAP, 220pF Controller R6 Schematic Diagrams Circuit Ref Motorola Part No 3-71 Description Circuit Ref Motorola Part No Description C4070 2113944A44 CAP, 220pF E3208 2480675U01 FERRITE BEAD C4071 NOT PLACED – E3500 2485011Y01 FERRITE BEAD C4072 C4073 C4074 C4075 C4076 C4084 C4085 C4086 C4087 C4088 C4089 C4090 C4091 C4092 C4093 C4094 D3030 D3040 D3200 D4000 D4001 E2500 E3000 E3201 E3202 E3203 E3205 E3206 NOT PLACED 2113945Y02 NOT PLACED NOT PLACED NOT PLACED 2113945Y02 2113944A44 2113945Y02 2113945Y02 2113945Y02 2113945Y02 2113945Y02 2113945Y02 2113945Y02 NOT PLACED NOT PLACED 4813978P07 4813978P07 4813978C02 4866544A01 4866544A01 2480675U01 2485011Y01 2480675U01 2480675U01 2480675U01 2480675U01 2480675U01 – CAP, 0.10uF – – – CAP, 0.10uF CAP, 220pF CAP, 0.10uF CAP, 0.10uF CAP, 0.10uF CAP, 0.10uF CAP, 0.10uF E3501 E3502 E3503 E4000 E4001 E4002 E4003 E4004 E4005 E4006 J2500 J3000 2485011Y01 2485011Y01 2485011Y01 2485011Y01 7686949J14 7686949J14 NOT PLACED 2409134J25 2409134J25 2409134J25 0915064H02 0905902V09 CAP, 0.10uF CAP, 0.10uF – J4000 J4001 0916017H01 0915555H01 – DIODE, SWITCHING DIODE, SWITCHING DIODE, SWITCHING DIODE, DUAL DIODE, DUAL FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD J4002 J4003 0915558H01 0915556H01 Motorola Part No Description Q3202 5185956E76 N-CHANNEL SYNCHRONOUS MOSFET Q3203 4805585Q23 PMOSFET Q3204 4805585Q23 PMOSFET Q3205 4815262H01 ANALOG SWITCH Q3206 4815272H01 ANALOG SWITCH Q3207 4813970A62 P-CHANNEL MOSFET Q3208 4815261H01 ANALOG SWITCH Q3209 4813973M07 NPN Q3210 4813973M07 NPN Q3500 4815261H01 ANALOG SWITCH Q3502 4815272H01 ANALOG SWITCH Q3503 4815272H01 ANALOG SWITCH Q3504 4815270H01 ANALOG SWITCH Q3505 4815270H01 ANALOG SWITCH Q4000 4815263H01 ANALOG SWITCH Q4001 4815263H01 ANALOG SWITCH 30-PIN CONTROL HEAD CONNECTOR Q4002 4815261H01 ANALOG SWITCH CONN_J Q4003 4815263H01 ANALOG SWITCH 14-PIN OPT BOARD CONNECTOR Q4004 4815261H01 ANALOG SWITCH Q4005 4815263H01 ANALOG SWITCH FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD – FERRITE BEAD FERRITE BEAD FERRITE BEAD CONN_J DC POWER CONNECTOR 26-PIN ACCESSORY CONNECTOR L3200 2415005H02 IDCTR, 22uH Q4006 4815261H01 ANALOG SWITCH L3201 2415005H02 IDCTR, 22uH Q4007 4815263H01 ANALOG SWITCH L3202 2415005H02 IDCTR, 22uH Q4008 4815261H01 ANALOG SWITCH Q3030 4813973M07 NPN Q4009 4815263H01 ANALOG SWITCH Q3032 4813973B01 NPN Q4010 4815261H01 ANALOG SWITCH Q3040 4813973M07 NPN Q4011 4815263H01 ANALOG SWITCH Q3041 4815263H01 ANALOG SWITCH Q4012 4815261H01 ANALOG SWITCH Q3200 5185956E76 N-CHANNEL SYNCHRONOUS MOSFET Q4013 4816023H01 PNP Q4014 4813973A06 NPN Q4015 4815263H01 ANALOG SWITCH FERRITE BEAD FERRITE BEAD Circuit Ref Q3201 4813970A62 P-CHANNEL MOSFET Circuit Ref Motorola Part No Description R1000 0613952Q25 RES, 10 R1001 0613952R01 RES, 10K R1002 0613952J73 RES, 10MEG R1005 0613952Q89 RES, 4.7K R1006 0613952R01 RES, 10K R1014 0613952R66 RES, 0 R1017 0613952R01 RES, 10K R1019 0613952Q18 RES, 5.1 R1020 0613952R66 RES, 0 R1021 0613952R66 RES, 0 R1025 0613952R01 RES, 10K R1026 0613952R17 RES, 47K R1027 NOT PLACED – R1028 0613952R66 RES, 0 R1034 0613952R01 RES, 10K R1035 NOT PLACED – R1036 0613952R01 RES, 10K R1041 0613952Q73 RES, 1K R1044 0613952R66 RES, 0 R1045 0613952R01 RES, 10K R1046 NOT PLACED – R1047 0613952R66 RES, 0 R1048 0613952R66 RES, 0 R1054 0613952Q89 RES, 4.7K R1060 0613952Q25 RES, 10 R1066 NOT PLACED – R1067 NOT PLACED – R1070 0613952R66 RES, 0 R1071 0613952R17 RES, 47K R2000 0613952R01 RES, 10K Controller R6 Schematic Diagrams 3-72 Circuit Ref Motorola Part No Description Circuit Ref Motorola Part No Description Circuit Ref Motorola Part No Description Circuit Ref Motorola Part No Description R2004 0613952R66 RES, 0 R2520 0613952R66 RES, 0 R3045 0613952M30 RES, 2K R3225 NOT PLACED – R2005 NOT PLACED – R2524 0613952R66 RES, 0 R3046 0613952M43 RES, 2.74K R3226 0613952R13 RES, 33K R2006 NOT PLACED – R2525 0613952R66 RES, 0 R3047 0613952R25 RES, 100K R3227 NOT PLACED – R2007 NOT PLACED – R2526 0613952R66 RES, 0 R3048 0613952Q73 RES, 1K R3228 0613952G67 RES, 0 R2008 NOT PLACED – R2527 0613952R66 RES, 0 R3050 0613959Q53 RES, 150 R3233 0613952R66 RES, 0 R2009 NOT PLACED – R2528 0613952R66 RES, 0 R3051 0613952G67 RES, 0 R3236 0613952Q73 RES, 1K R2010 0613952R01 RES, 10K R2529 0613952R01 RES, 10K R3052 0613952G67 RES, 0 R3237 0613952R01 RES, 10K R2011 0613952R66 RES, 0 R3002 0613952R01 RES, 10K R3053 0613952R66 RES, 0 R3238 0613952H25 RES, 10 R2012 0613952R01 RES, 10K R3003 0613952M54 RES, 3.57K R3054 0613952R66 RES, 0 R3239 0613952H25 RES, 10 R2013 NOT PLACED – R3004 0613952L73 RES, 562 R3055 0615871H01 RES, 0.1 R3240 0613952R17 RES, 47K R2014 0613952Q37 RES, 33 R3005 0613952Q81 RES, 2.2K R3056 0615871H01 RES, 0.1 R3241 0613952Q18 RES, 5.1 R2015 0613952Q37 RES, 33 R3006 0613952Q57 RES, 220 R3057 0613952R66 RES, 0 R3243 0613952Q18 RES, 5.1 R2500 0613952R66 RES, 0 R3007 0613952N58 RES, 39.2K R3200 0615871H01 RES, 0.1 R3245 0613952G67 RES, 0 R2501 0613952R66 RES, 0 R3008 0613952N12 RES, 13K R3203 0615871H01 RES, 0.1 R3246 0613952M81 RES, 6.81K R2502 0613952R66 RES, 0 R3009 0613952N58 RES, 39.2K R3204 0615871H01 RES, 0.1 R3247 0613952N69 RES, 51.1K R2504 0613952R66 RES, 0 R3010 0613952N12 RES, 13K R3205 0613952R25 RES, 100K R3248 0613952R01 RES, 10K R2506 0613952R66 RES, 0 R3030 0613952R01 RES, 10K R3206 0613952R66 RES, 0 R3249 NOT PLACED – R2507 0613952R66 RES, 0 R3032 0615871H01 RES, 0.1 R3207 0686135Z02 RES, 0.2 R3250 0613952R25 RES, 100K R2508 0613952R66 RES, 0 R3033 0615871H01 RES, 0.1 R3208 0686135Z02 RES, 0.2 R3252 0613952R25 RES, 100K R2509 0613952R66 RES, 0 R3034 0613952H61 RES, 330 R3209 0613952N62 RES, 43.2K R3253 0613952R17 RES, 47K R2510 0613952R66 RES, 0 R3035 0613952H25 RES, 10 R3210 0613952N16 RES, 14.3K R3500 0613952Q35 RES, 27 R2511 0613952R66 RES, 0 R3036 0613952H25 RES, 10 R3215 0613952G67 RES, 0 R3501 0613952Q35 RES, 27 R2512 0613952R66 RES, 0 R3037 0613959G61 RES, 330 R3216 0613952G67 RES, 0 R3502 0613952R01 RES, 10K R2513 0613952R66 RES, 0 R3038 NOT PLACED – R3217 NOT PLACED – R3503 Refer to Table 3-6 on page 3-3 R2514 0613952R66 RES, 0 R3039 0613952M30 RES, 2K R3218 0613952R66 RES, 0 R3504 Refer to Table 3-6 on page 3-3 R2515 0613952R66 RES, 0 R3040 0613952M43 RES, 2.74K R3219 0613952R56 RES, 2MEG R3505 Refer to Table 3-6 on page 3-3 R2516 0613952R66 RES, 0 R3041 0613952R25 RES, 100K R3220 0613952R56 RES, 2MEG R3506 0613952R01 R2517 0613952R66 RES, 0 R3042 0613952H69 RES, 680 R3222 0613952R33 RES, 220K R3507 Refer to Table 3-6 on page 3-3 R2518 0613952R66 RES, 0 R3043 0613952H69 RES, 680 R3223 0613952R33 RES, 220K R3508 Refer to Table 3-6 on page 3-3 R2519 0613952R66 RES, 0 R3044 0613958S61 RES, 330 R3224 0613952Q89 RES, 4.7K R3509 Refer to Table 3-6 on page 3-3 10K Controller R6 Schematic Diagrams Circuit Ref Motorola Part No 3-73 Description Circuit Ref Motorola Part No Description Circuit Ref Motorola Part No Description Circuit Ref Motorola Part No Description R3510 0613952Q35 RES, 27 R3547 0613952Q67 RES, 560 R3587 NOT PLACED – R4043 0613952Q89 RES, 4.7K R3511 0613952R01 RES, 10K R3548 0613952J25 RES, 100K R3588 0613952N69 RES, 51.1K R4044 NOT PLACED – R3512 0613952Q35 RES, 27 R3549 0613952R12 RES, 30K R3590 0613952Q49 RES, 100 R4045 0613952Q89 RES, 4.7K R3513 0613952R66 RES, 0 R3550 0613952R23 RES, 82K R3591 0613952Q81 RES, 2.2K R4046 0613952Q89 RES, 4.7K R3514 0613952R01 RES, 10K R3551 0613952R01 RES, 10K R3592 0613952Q81 RES, 2.2K R4047 0613952Q89 RES, 4.7K R3515 0613952R01 RES, 10K R3552 0613952R01 RES, 10K R3593 0613952R32 RES, 200K R4048 0613952Q77 RES, 1.5K R3516 0613952R10 RES, 24K R3553 0613952R01 RES, 10K R3594 0613952Q85 RES, 3.3K R4049 0613958H83 RES, 2.7K R3520 0613952R10 RES, 24K R3554 0613952R17 RES, 47K R3595 0613952R01 RES, 10K R4050 0613952R01 RES, 10K R3521 0613952R05 RES, 15K R3555 0613952R01 RES, 10K R3596 0613952H53 RES, 150 R4051 0613952R05 RES, 15K R3523 0613952R10 RES, 24K R3556 0613952R17 RES, 47K R4000 NOT PLACED – R4054 0613952R01 RES, 10K R3524 0613952Q67 RES, 560 R3558 0613952R01 RES, 10K R4001 0613952Q37 RES, 33 R4055 0613952R01 RES, 10K R3525 0613952R25 RES, 100K R3559 0613952R01 RES, 10K R4002 0613952Q37 RES, 33 R4061 0613952Q37 RES, 33 R3526 0613952R66 RES, 0 R3560 0613952R17 RES, 47K R4003 0613952Q37 RES, 33 R4063 0613952Q37 RES, 33 R3528 0613952R09 RES, 22K R3569 0613952Q73 RES, 1K R4004 0613952Q37 RES, 33 R4064 0613952Q37 RES, 33 R3529 0613952Q42 RES, 51 R3571 0613952Q80 RES, 2K R4005 0613952Q37 RES, 33 R4065 0613952Q37 RES, 33 R3530 NOT PLACED – R3572 0613952R01 RES, 10K R4006 0613952Q65 RES, 470 R4066 0613952Q37 RES, 33 R3532 0613952Q49 RES, 100 R3573 0613952R01 RES, 10K R4009 0613952Q42 RES, 51 R4067 0613952Q37 RES, 33 R3533 0613952R10 RES, 24K R3574 0613952R01 RES, 10K R4010 0613952Q42 RES, 51 R4068 0613952Q37 RES, 33 R3534 0613952R01 RES, 10K R3575 0613952Q73 RES, 1K R4011 0613952R66 RES, 0 R4069 0613952Q37 RES, 33 R3535 0613952Q67 RES, 560 R3576 0613952Q49 RES, 100 R4012 0613952R66 RES, 0 R4070 0613952Q37 RES, 33 R3536 0613952R25 RES, 100K R3577 0613952N42 RES, 26.7K R4023 0613952Q75 RES, 1.2K R4071 0613952R66 RES, 0 R3537 0613952R66 RES, 0 R3578 0613952R32 RES, 200K R4030 NOT PLACED – R4074 0613952R66 RES, 0 R3538 NOT PLACED – R3579 0613952R01 RES, 10K R4031 0613952R01 RES, 10K R4076 0613952R66 RES, 0 R3539 0613952R10 RES, 24K R3580 0613952R01 RES, 10K R4032 0613952R01 RES, 10K R4078 0613952R66 RES, 0 R3540 0613952Q49 RES, 100 R3581 0613952R01 RES, 10K R4033 NOT PLACED – R4079 0613952R01 RES, 10K R3541 0613952R10 RES, 24K R3582 0613952N21 RES, 16.2K R4034 0613952R01 RES, 10K R4080 0613952R66 RES, 0 R3542 0613952R10 RES, 24K R3583 0613952N21 RES, 16.2K R4035 0613952R01 RES, 10K R4081 0613952R66 RES, 0 R3544 0613952R10 RES, 24K R3584 0613952R09 RES, 22K R4040 0613952Q89 RES, 4.7K R4082 0613952R66 RES, 0 R3545 0613952Q49 RES, 100 R3585 0613952R09 RES, 22K R4041 0613952Q89 RES, 4.7K R4083 0613952R66 RES, 0 R3546 0613952R05 RES, 15K R3586 0613952R66 RES, 0 R4042 0613952Q89 RES, 4.7K R4085 0613952R66 RES, 0 Controller R6 Schematic Diagrams 3-74 Circuit Ref Motorola Part No Description Circuit Ref Motorola Part No Description Circuit Ref Motorola Part No Description R4086 0613952R66 RES, 0 U3005 0105959T72 PNP VR3202 4813977M05 DIODE, 3.3V ZENER R4088 0613952R01 RES, 10K U3006 0105959T72 PNP VR3203 4813977M05 DIODE, 3.3V ZENER R4089 0613952R17 RES, 47K U3030 5116525H01 DUAL OPAMP VR3204 4813977M13 DIODE, 6.2V ZENER R4090 0613952R66 RES, 0 U3040 0105959T72 PNP VR3205 4813977M05 DIODE, 3.3V ZENER R4093 0613952R66 RES, 0 U3200 5185143E77 PWR_MNGR_BLOCK VR3206 4813977M13 DIODE, 6.2V ZENER R4094 0613952R66 RES, 0 U3201 5189680C06 VR3207 4813977M13 DIODE, 6.2V ZENER R4095 0613952R66 RES, 0 VOLTAGE REGULATOR VR3208 4813977M13 DIODE, 6.2V ZENER U3202 5115453H01 DUAL OPAMP VR3502 4813977A48 DIODE, 20V ZENER U3203 5114007A43 IC SCHMITTTRIGGER VR3503 4813977A48 DIODE, 20V ZENER U3500 5102463J95 AUDIO PA VR3504 4813977A48 DIODE, 20V ZENER U3501 5115368H01 DIGITAL ATTENUATOR VR4000 4813977A48 DIODE, 20V ZENER U3502 5114016A18 QUAD OPAMP VR4001 4813977A48 DIODE, 20V ZENER U3503 5164852H47 IC, LEVEL TRANSLATOR VR4002 4813977A48 DIODE, 20V ZENER R4096 R4097 R4098 R4099 R4100 0613952R66 0613952R66 0613952Q89 0613952R66 0613952Q75 RES, 0 RES, 0 RES, 4.7K RES, 0 RES, 1.2K R4101 0613952Q75 RES, 1.2K R4103 0613952Q75 RES, 1.2K U3504 5171395L01 IC, CMOS SWITCH VR4003 4813977A48 DIODE, 20V ZENER R4105 0613952R01 RES, 10K U3505 5114016A18 QUAD OPAMP VR4004 4813977A48 DIODE, 20V ZENER R4106 0613952R01 RES, 10K U3508 5164852H47 VR4005 4813977M13 DIODE, 6.2V ZENER RT3500 0615471H01 THERM, 10K IC, LEVEL TRANSLATOR VR4006 4813977M13 DIODE, 6.2V ZENER SP3000 1015349H03 SOLDER_PREFORM VR4009 4813977A48 DIODE, 20V ZENER SP3001 1015349H03 SOLDER_PREFORM Y1000 93012000001 12 MHZ CRYSTAL U1000 5102495J13 MICROPROCESSOR Y3200 4815028H01 24.576 MHZ CRYSTAL U1006 5115001H02 Y3201 4802582S80 32 KHZ CRYSTAL U2000 U4000 5115476H01 IC, SERIAL-TO-PARALLEL CONVERTER U4001 5115502H01 LOGIC TRANSLATOR U4004 5178395A01 IC, BUFFER IC, DUAL UNBUFFERED INVERTER U4005 5178395A01 IC, BUFFER 0104034J63 IC, 32MB FLASH U4006 5178395A01 IC, BUFFER U2001 51012031001 IC, 32MB SDRAM U4007 5178395A01 IC, BUFFER U3001 5164015H94 VOLTAGE REGULATOR U4008 5178395A01 IC, BUFFER U4009 5178395A01 IC, BUFFER U4010 5178395A01 IC, BUFFER VR3000 48012043001 TRANSORB DC 28V VR3040 4813977M10 DIODE, 5.1V ZENER VR3200 4813977M10 DIODE, 5.1V ZENER VR3201 4813977M05 DIODE, 3.3V ZENER U3002 5115391H01 VOLTAGE REGULATOR U3003 5164015H94 VOLTAGE REGULATOR U3004 5115391H01 VOLTAGE REGULATOR M DR 3000 MOTOTRBO Repeater Chapter 5 VHF (136–174 MHz) 1–25W Service Information Issue: September, 2010 Computer Software Copyrights The Motorola products described in this manual may include copyrighted Motorola computer programs stored in semiconductor memories or other media. Laws in the United States and other countries preserve for Motorola certain exclusive rights for copyrighted computer programs, including, but not limited to, the exclusive right to copy or reproduce in any form the copyrighted computer program. Accordingly, any copyrighted Motorola computer programs contained in the Motorola products described in this manual may not be copied, reproduced, modified, reverse-engineered, or distributed in any manner without the express written permission of Motorola. Furthermore, the purchase of Motorola products shall not be deemed to grant either directly or by implication, estoppel, or otherwise, any license under the copyrights, patents or patent applications of Motorola, except for the normal non-exclusive license to use that arises by operation of law in the sale of a product. i Chapter 5 - VHF Low Power Service Information Table of Contents Section 1 Theory of Operation 1.0 Introduction ..........................................................................................................1-1 1.1 Receiver .........................................................................................................1-2 1.2 Transmitter .....................................................................................................1-2 1.3 Repeater Indicator Board ...............................................................................1-2 1.4 Connector Board ............................................................................................1-3 1.5 Fan .................................................................................................................1-4 1.6 AC/DC Power Supply .....................................................................................1-4 2.0 Repeater Interconnections and Cables................................................................1-5 3.0 Mobile Radio’s Theory of Operation ....................................................................1-6 3.1 VHF (136–174 MHz) Receiver Circuitry .........................................................1-6 3.2 VHF (136–174 MHz) Transmitter Circuitry - 25 Watt......................................1-9 3.3 Frequency Generation Circuitry....................................................................1-13 Section 2 1.0 2.0 3.0 4.0 5.0 Troubleshooting Charts Troubleshooting Flow Chart for Receiver ............................................................2-1 Troubleshooting Flow Chart for 25W Transmitter ................................................2-4 Troubleshooting Flow Chart for Synthesizer........................................................2-5 Troubleshooting Flow Chart for Tx VCO (Sheet 1 of 2) .......................................2-6 Troubleshooting Flow Chart for Rx VCO (Sheet 1 of 2).......................................2-8 ii Section 3 VHF PCB / Schematics / Parts List 1.0 Allocation of Schematics and Circuit Boards ....................................................... 3-1 1.1 Controller Circuits........................................................................................... 3-1 2.0 VHF (136–174 MHz) 1–25W PCB / Schematics / Parts List ............................... 3-3 VHF (136–174 MHz) 1–25W 8471495L01 Top Side.............................................. 3-3 VHF (136–174 MHz) 1–25W 8471495L01 Bottom Side......................................... 3-4 VHF (136–174 MHz) 1–25W 8471495L03 Top Side.............................................. 3-5 VHF (136–174 MHz) 1–25W 8471495L03 Bottom side ......................................... 3-6 VHF (136–174 MHz) 1–25W Overall Schematic Diagram ..................................... 3-7 VHF (136–174 MHz) 1–25W Receiver Front-End Schematic Diagram.................. 3-8 VHF (136–174 MHz) 1–25W Receiver IF Amp Schematic Diagram ...................... 3-9 VHF (136–174 MHz) 1–25W Receiver Back-End Schematic Diagram ................ 3-10 VHF (136–174 MHz) 1–25W Power Amplifier Schematic Diagram...................... 3-11 VHF (136–174 MHz) 1–25W Power Control Schematic Diagram ........................ 3-12 VHF (136–174 MHz) 1–25W Synthesizer Schematic Diagram ............................ 3-13 VHF (136–174 MHz) 1–25W Receiver VCO Schematic Diagram........................ 3-14 VHF (136–174 MHz) 1–25W Transmit VCO Schematic Diagram ........................ 3-15 VHF PCB 8471495L01 and 8471495L03 Parts List 1–25W................................. 3-16 3.0 VHF (136–174 MHz) 1–25W PCB / Schematics / Parts List ............................. 3-21 VHF (136–174 MHz) 1–25W 8471495L04 Top Side............................................ 3-21 VHF (136–174 MHz) 1–25W 8471495L04 Bottom Side....................................... 3-22 VHF (136–174 MHz) 1–25W Overall Schematic Diagram ................................... 3-23 VHF (136–174 MHz) 1–25W Receiver Front-End Schematic Diagram................ 3-24 VHF (136–174 MHz) 1–25W Receiver IF Amp Schematic Diagram .................... 3-25 VHF (136–174 MHz) 1–25W Receiver Back-End Schematic Diagram ................ 3-26 VHF (136–174 MHz) 1–25W Power Amplifier Schematic Diagram...................... 3-27 VHF (136–174 MHz) 1–25W Power Control Schematic Diagram ........................ 3-28 VHF (136–174 MHz) 1–25W Synthesizer Schematic Diagram ............................ 3-29 VHF (136–174 MHz) 1–25W Receiver VCO Schematic Diagram........................ 3-30 VHF (136–174 MHz) 1–25W Transmit VCO Schematic Diagram ........................ 3-31 VHF PCB 8471495L04 Parts List 1–25W............................................................ 3-32 1-1 Section 1 THEORY OF OPERATION Introduction The MOTOTRBO repeater consists of two MOTOTRBO mobile radios; one to act as a receiver, and one to act as a transmitter and controller. Both of these radios contain specialized software that allows them to function together as a repeater. The Repeater also contains a Repeater Indicator board and a Connector board. A block diagram of the repeater is shown in Figure 1-1. The Repeater Indicator board contains the Front-Panel LED circuitry as well as an Ethernet interface. The Connector board is a multifunctional board that is primarily used to pass signals to and from modules inside the chassis to the outside of the chassis. The Repeater contains the following assemblies and sections: • Receiver • Transmitter • Repeater Indicator Board • Connector Board • Fan Repeater Board • AC/DC PSU Option Board Interface Display Driver USB to Ethernet Interface Repeater Interface RTC Backup Mobile Mic Port (MMP) Mobile Mic Port (MMP) Front Connector Front Connector Tx Control Radio Control Head Interface Rx Radio Controller Rx RF DC Power Mobile Accessory Port (MAP) Rear Connector Power Supply AC Power Repeater Interface Option Board Interface Control Head Interface Controller Mobile Accessory Port (MAP) Rear Connector Connector Board 1.0 Fan Control Ethernet Connector Tx RF DC Power Fan MAP Connector RF Rx In RF Tx Out Figure 1-1 Repeater Block Diagram 1-2 1.1 Introduction Receiver The receiver uses a transceiver board which is based on the mobile radio's transceiver board. The board uses the same PCB as the mobile radio board, but is populated differently to work in the Repeater application. Only the receiver related functions of the board are utilized in this application, even though the circuitry for transmit also exists on the board. The Repeater receiver is identical in functionality to the mobile radio's receiver differing only in the audio path. On the mobile radio, the decoded audio is sent to a DAC, and then to the speaker. In the Repeater, this audio information is sent out through the SSI link to the transmit radio to be processed. Details of the receiver theory of operation can be found in Section 3.1. 1.2 Transmitter The transmitter consists of a transceiver board which is based on the mobile radio's transceiver board housed in a transmit chassis. The transmit radio is identical to the receive board from a hardware standpoint. The difference between the two is the software that is running on them, how they are connected within the Repeater, and an additional heat sink that is mounted to the chassis. The added heatsink and the Repeater fan allow the transmitter to be cooled sufficiently when operating in a 60°C, full-duty cycle environment. The transmit radio acts as the master controller for the Repeater. It handles all controller related tasks for the Repeater, including management of the receive radio. The transmit radio is responsible for processing the audio sent from the receive radio and repeating it out at the Tx frequency. Details of the transmitter theory of operation can be found in Section 3.2. 1.3 Repeater Indicator Board The Repeater Indicator board contains circuitry to drive the front panel indicator LEDs, an RTC battery for the RTC in the transmit radio, as well as an Ethernet controller. Front Panel Indicators Display Driver Ethernet to Rear Panel USB to Ethernet Interface RTC Backup Flex to Transmit Radi o Figure 1-2 Repeater Indicator Board Block Diagram All of the indicator LEDs that are on the front of the Repeater chassis reside on the Repeater Indicator board. Each is controlled by a shift register (U6) data out signal and a digital transistor. The shift register accepts serial data in from the transmit radio's OMAP processor via a SPI bus. A 74LVC07 buffer (U9) level shifts these signals from 3.3 V to 1.8 V. Introduction 1-3 The Repeater Disable LED is a dual-purpose LED that is hardware controlled initially at power-up. As soon as VBUS power is available on the Repeater Indicator board, the hardware circuitry for the Repeater Disable LED will cause it to blink periodically. When the software initialization is completed by the firmware, the blink circuitry will get disabled by the firmware. At that point, the Repeater Disable LED can be used for its intended purpose of displaying when the Repeater Disable function is turned on. The power LED is the only LED that is not controlled by the software. This bi-color LED gets turned on green when the 13.8 V output from the power supply is valid. It turns on red when A/C power is lost, and the repeater's backup battery is used. The Real Time Clock (RTC) battery (M1) is connected to the transmit radio through the Control Head (J1, pin 30). Details of the Ethernet Controller can be found in Chapter 2. 1.4 Connector Board The Connector board has two purposes: provide a place for the Repeater's MAP and Ethernet connectors to be mounted and a location for the Repeater’s fan control circuitry. To MAP Conne ctor On Transmit Radi o To Power Suppl y Fan Control To MAP Conne ctor On Rear Panel To Fan To Ethernet Conne ctor On Rear Panel Figure 1-3 Connector Board Block Diagram 1-4 1.5 Introduction Fan The fan control logic is provided by the fan controller IC (U51). This is a device from Cypress Semiconductor. There are basically two functions provided by the fan controller. First, it provides a PWM output based on a temperature input, and secondly, it provides detection of fan failure based on the fan tachometer reading. The Repeater’s internal chassis temperature is measured with an LM50 precision temperature sensor IC (U52). This IC outputs a voltage that is linearly proportional to temperature at 10 mV/°C, and with an offset of +500 mV. The output voltage of the LM50 ranges from +200 mV at -30°C to 1.1 V at +60°C. The fan controller IC (U51) controls the speed of the fan by adjusting the PWM output (pin 1) from 0% to 100%. As long as the fan continues to work, pulses are output from the fan and input to the fan controller (pin 2). 1.6 AC/DC Power Supply The Repeater uses the PMPN4001A switch-mode, Power Supply Unit (PSU). It is capable of 200 W and designed for a 50 W UHF or VHF repeater system. This supply has UL, CE, and TUV regulatory approvals and is usable in all regions by using the correct line cord. The AC input is auto-ranging with no manual switch being specified to operate from 90 V-270 V and 47 Hz-63 Hz. It outputs a nominal voltage of 13.8 V with a voltage tolerance of +/- 5%. It has Power Factor Correction circuitry and is rated at 15 A across the whole operating temperature range of -30°C to +60°C. It also has a built-in battery revert circuit with a float output available for maintaining the charge on a battery and has UL, CE, & TUV approvals. The battery revert connector is accessible in the back of the power supply. The supply has over-load, over-voltage, and over-temperature protection. In an overload condition, the PSU goes into a hiccup mode where it recovers automatically after the fault condition is removed. During an over-voltage condition, the PSU shuts down and will have to be re-powered on to recover. In an over-temperature condition, the PSU also shuts down, but will recover after the temperature goes down. The PSU is not designed to be field serviceable. If it is determined that the PSU is not functioning, the whole unit needs to be replaced. Repeater Interconnections and Cables Repeater Interconnections and Cables Repeater Board Figure 1-4 shows the Cable interconnections inside the Repeater. Display Driver USB to Ethernet Interface RTC Backup 7 6 Repeater Interface Mobile Mic Port (MMP) Mobile Mic Port (MMP) Front Connector Controller 5 Rx RF Mobile Accessory Port (MAP) DC Power Repeater Interface Front Connector 9 Control Head Interface Tx Control Radio Option Board Interface Rx Radio Option Board Interface Control Head Interface Rear Connector Controller Mobile Accessory Port (MAP) Rear Connector Tx RF DC Power 1 8 2 3 Power Supply AC Power Connector Board 2.0 1-5 Fan Control Ethernet Connector Fan 4 MAP Connector RF Rx In RF Tx Out Figure 1-4 Repeater Cabling Diagram The details of each of these cables/interconnections are as follows: 1. Two conductor DC power cables to the transmit and receive radios. 2. Six conductor DC power cable to the connector Board. Supplies power for the fan and Repeater Indicator board via cable 6. 3. RF Coax to connect the receive radio to the back of the Repeater. This cable has a BNC connector on the Repeater’s rear panel. 4. RF Coax to connect the transmit radio to the back of the Repeater. This cable has an N type connector on the Repeater’s rear panel. 5. CAT5 cable with RJ45 style connectors on both ends. This cable connects the Ethernet controller on the Repeater Indicator board to the Repeater's back panel and provides power from the Connector Board to the Repeater Indicator board for the LED indicators. 1-6 3.0 Mobile Radio’s Theory of Operation 6. Eleven conductor flex cable. Provides the SSI connection between the transmit and receive radios. Refer to Section 1.5 for more details on this interface. 7. Thirty conductor flex cable. Provides the connection from the transmit radio to the Repeater Indicator board and includes SPI signals to drive the LED indicators, RTC backup supply, and the interface to the Ethernet controller. 8. Twenty six conductor cable. Provides the connection from the transmit radio's MAP to the MAP located on the Repeater's rear panel. 9. Eight pin conductor cable. Provides Ethernet LED signals from Repeater Board and HWID signals from Connector Board (Applicable for 32 MB repeaters only). Mobile Radio’s Theory of Operation The sections that follow provide a detailed theory of operation for the VHF circuits in the two MOTOTRBO mobile radios. For details of the theory of operation and troubleshooting for the associated Controller circuits, refer to the Controller Section of this manual. 3.1 VHF (136–174 MHz) Receiver Circuitry The receiver is configured as a dual-conversion superheterodyne receiver, capable of both FM and 4-level FSK demodulation. The major blocks are the front-end, the mixer, Xtal filter, and the Abacus III back-end IC. The overall block diagram is shown in Figure 1-5. Sw. 10 dB Attenuator 2-Pole Varactor Tuned LNA 2-Pole Varactor Tuned 4-Pole 44.85 Mhz 2nd L.O. 42.6 or 47.1 MHz LIMITER/IF AMP STAGE X AD9864 T/R ANT Switch 2nd L.O. Hi-Speed A/D VCO 10 bit DAC SPI & SSI BU S 10 bit DAC 1st L.O. High Side Injection Fo + 44.85 MHz DSP Processor SPEAKER D/A Figure 1-5 Receiver Block Diagram 3.1.1 Receiver Front-End The front-end consists of a 2-pole varactor-tuned pre-selector filter, an LNA, a 2-pole varactor-tuned post-selector filter, and a passive double-balanced mixer. The received signal applied to the antenna is routed through the harmonic filter and PIN diode controlled antenna switch (D0702). A logic high level on ANT_ENABLE configures the antenna switch for Tx operation while a logic low places the switch in Rx mode. The insertion loss of the harmonic filter and antenna switch combined is approximately 0.8 dB max in Rx mode with slightly more loss at the upper end of the band. From this point, the Rx signal is routed to the Local Distance Switch (D0400/R0407), which biases on a diode in normal operation to minimize any insertion loss. Under strong signal conditions and for improved intermodulation protection from interfering signals, the switch can be turned on by the signal RF_ATTEN_1, which introduces approximately 10 dB of additional path loss. Activation of the switch can be accomplished manually by the user or left in the default setting. Mobile Radio’s Theory of Operation 1-7 The signal next reaches the pre-selector filter, which is a 2-pole varactor-tuned filter with 5 zeros that are optimized to provide image frequency rejection. This filter, and the similarly designed postselector filter, provide over 75 dB of image response rejection. The 3 dB bandwidth for both filters varies across the band with a minimum of 32 MHz at 136 MHz and a maximum of 38 MHz around 174 MHz. Half-IF rejection from the filters is also frequency dependent with a minimum of approximately 7.5 dB achieved at the worst-case frequency of 174 MHz. Both filters have variable center frequencies that are adjusted by the FE_TUNE signal, which is derived from the output of a 10-bit DAC internal to the MAKO IC (U3200). The voltage is scaled up by a voltage doubler (Q0403) in order to provide the required linearity for the filters. Both filters are matched to the LNA (Q0402) to optimize the amplifier’s noise figure (2.0 dB) and to provide an LNA gain of 16 dB to the signal. The combined gain of the filters and LNA is about 14 dB. Active bias transistor Q0401 maintains the collector current of Q0402 constant at 25 mA. The LNA, active bias circuit, Local Distance Switch, and voltage doubler are all supplied by 9R1_FILT, which is derived from 9R1 after filtering. Following the post-selector filter is the Class 2, double-balanced mixer. It is comprised of baluns T0400 and T0401 and diode ring mixer D0405. Injection amplifier Q0405 provides 15 dB of gain to the Rx VCO injection signal. Another amplifier, Q0202, located in the VCO block, also provides gain for the LO signal and isolation from high RF signals entering the mixer. The signal applied to the LO port of the mixer is +16 dBm minimum after passing through the 3-pole/1-zero, low-pass injection filter. The LO injection is high-side and mixes the signal down to an IF frequency of 44.85 MHz. The output of the mixer is connected to a diplexer network, which terminates out-of-band frequencies into 51 ohms (R0427) while appearing as high impedance to the 44.85 MHz IF signal. 3.1.2 Receiver Back-End The signal entering the back-end is matched to 4-pole crystal filter, FL0500, by C0507 and L0503. The filter is centered at 44.85 MHz with a 3 dB bandwidth of 13.4 kHz. IF amplifiers Q0500 and Q0501 follow the crystal filter and provide both amplification and limiting to the signal. An overall gain of 24 dB is available from the composite IF amplifier to lower-level IF signals. As the signal level increases, Q0501 begins to limit and eventually saturates out at approximately –16 dBm. The purpose of the limiting is to provide protection to the AD9864 Abacus III back-end IC (U0600). An internal 16 dB attenuator is also engaged to provide attenuation to the Abacus’s input signal, working with the external amplifier to limit the signal below the ADC clip point. The block diagram for the AD9864 is shown in Figure 1-6 below. At IF levels exceeding –26 dBm into U0600, the 2nd LO synthesizer internal to U0600 can be pulled, causing corruption of the I/Q data being delivered to the DSP. MXOP MXON IF2P IF2N GCP GCN AD9864 AGC -16dB IFIN LNA Σ-Δ ADC DECIMATION FILTER FORMATTING/SSI DOUTA DOUTB FS CLKOUT FREF CONTROL LOGIC LO SYN IOUTL VOLTAGE REFERENCE CLK SYN LOP LON LO VCO AND LOOP FILTER IOUTC CLKP CLKN VREFP VCM VREFN SPI PC PD PE LOOP FILTER Figure 1-6 AD9864 Block Diagram 1-8 Mobile Radio’s Theory of Operation The Abacus III accepts the 44.85 MHz signal, processes it, and sends out baseband I/Q data in 16-bit format to the DSP at a 20 kHz rate. Internal to the Abacus III is an LNA and 16 dB FE attenuator, an internal integer-N synthesizer used to control the external 2nd LO VCO, a Sigma-Delta ADC and decimation filter, and control and formatting logic for outputting the baseband I/Q data. External to U0600 is the 2nd LO VCO with active device Q0600 and its associated circuitry including the loop filter consisting of C0613, C0618, and R0603. The 2nd LO mixes the 44.85 MHz IF signal down to 2.25 MHz before being input to the ADC where it is sampled. The tank circuit (L0608, C0605, C0642, R0617) and varactor (D0601) for the internal clock synthesizer, work with the loop filter (R0618, C0643, C0646) to provide the 18 MHz clocking signal to the internal ADC, decimation filter, and SSI formatting circuitry. A 3 Volt regulator (U0601) provides a clean 3 Volt supply to U0600. Transistor Q0601 is configured as a super filter to provide the 2nd LO transistor with a low noise supply. The reference clock for U0600 is 16.8_REF, which is a buffered (Q0100) 16.8 MHz clock from the synthesizer block. Shown below in Figure 1-7, is the block diagram of the signal flow through the receiver back-end. All the blocks within the dotted box represent the DSP software algorithms internal to U1000. 44.85 MHz IF AD9864 Hi SPEED ADC FIR FM DISCRIMINATOR ANALOG AUDIO GAIN STAGES DEEMPHASIS ΣΔ SPEAKER DAC DSP ANALOG FM MODE 44.85 MHz IF AD9864 Hi SPEED ADC FIR FM DISCRIMINATOR 4-FSK SYMBOL RECOVERY ΣΔ AMBE+2 TM VOCODER ANALOG AUDIO GAIN STAGES SPEAKER DAC DSP DIGITAL 4FSK MODE Figure 1-7 Signal Flow through Receiver Back-End The DSP takes the incoming 20 kHz data-stream and passes the information through an FIR (Finite Impulse Response) filter, which provides rejection from any in-band adjacent channel interference. The remaining filter data is then sent through a decimation process further reducing its frequency to 8 kHz. Depending on whether the repeater is in Analog or Digital mode determines the kind of signal processing used. If the radio is in Analog mode, the remaining 8 kHz data is sent through the FM Discriminator and De-emphasis subroutines in the DSP code. If the repeater is in Digital mode, the remaining 8 kHz data is still sent through the FM Discriminator but an additional "Symbol Recovery" routine is applied along with a standard AMBE+2™ Vocoder process. The resultant audio (still represented by high-speed data) is sent to a DAC (U3200), which drives several gain stages. These gain stages consist of an I2C audio attenuator (U3501) and a high-power audio PA (U3500) providing the user with at least 3 Watts of power through the internal speaker. Mobile Radio’s Theory of Operation 3.2 1-9 VHF (136–174 MHz) Transmitter Circuitry - 25 Watt The Transmitter consists of the power amplifier circuitry and the power control circuitry. The power amplifier is responsible for delivering a faithful replica of the VCO output amplified up to the desired output power level, free from distortion. The power control circuitry is responsible for ensuring that the desired output power level is maintained in both analog and digital modes, as well as protecting the power amplifier from damage due to heat, antenna mismatch, out-of-range battery voltage, or mis-assembly. 9V3_TX 9V3_TX ANT_ENABLE LDMOS Predriver RD01MUS1 ANT_ENABLE A+ LDMOS Driver RD07MVS1 Microstrip Dual Directional Coupler Harmonic Filter TX Port tch Ma tch Ma tch Ma tch Ma TX_INJ CW/4 FSK +7dBm INPUT FROM VCO 9V3_TX Pad T/ R Switch RX Port To FE Forward Port Reflected Port SW_9V1 FINAL_BIAS + To Pressure Pad Switch To Pressure Pad Switch Thermal Cutback To Pressure Pad Switch Voltage Controlled Variable Attenuator 9V3 To Predriver P res s ure P ad Clos es S witc h To Driver PA_ENABLE 9V3 SW_9V1 - 5 dBm V _CONTROL To Final (nominal) VCONT VIN +5 VOUT +5V Regulator Pressure Pad Switch VAPC AD8315 VPOS ENBL FLTR RF IN VSET COMM TX_DAC Active Reconstruction Filter Log Amp Controller Figure 1-8 VHF 25 Watt Low-Power Transmitter Detailed Block Diagram 3.2.1 Power Amplifier The radio’s 25 Watt power amplifier (PA) is a 3-stage amplifier, which amplifies the output of the VCO to the required transmit power level. The first stage is an adjustable gain LDMOS pre-driver (RD01MUS1, Q0705), followed by an adjustable gain LDMOS driver (RD07MVS1, Q0703), and the fixed-gain LDMOS final device (MRF1535, Q0702). A transmit/receive (T/R) switch and a harmonic filter complete the transmit lineup. 3.2.2 Pre-Driver Stage Pre-driver is a low power LDMOS device (RD01MUS1, Q0705), which delivers up to +27 dBm power to the driver stage. Its gain is controlled by varying the gate bias voltage and varies from low gain up to approximately 14 dB power gain. The gate bias voltage is controlled with the V_cont signal and is controlled in parallel with the driver stage gain. The input match to this stage is a high-pass topology comprised of L0716, L0718, and C0795. (High-pass matches are used where appropriate to minimize the chances of low frequency regeneration within the amplifier.) The inter-stage match between the pre-driver and driver stages is comprised of C0790, C0786, C0791, C0792, L0717, and L0719 arranged in a high-pass topology. 1-10 Mobile Radio’s Theory of Operation Additional footprints are provided on the printed circuit board to allow for possible engineering optimizations to this match. These are non-populated parts C0793, C0794, C0817, C0820, and C0821. 3.2.3 Driver Stage The next stage is a medium-power LDMOS device (RD07MVS1, Q0703), which delivers up to +38 dBm to the final device. Its gain is controlled by varying the gate bias voltage and varies from low gain up to approximately 10 dB power gain. The gate bias voltage is controlled with the V_cont signal and is controlled in parallel with the pre-driver stage gain. R0718, R0720, R0754, and R0755 are required to improve the bandwidth of the driver stage. The inter-stage match between the driver and final device is comprised of C0819, C0746, C0754, C0745, and associated micro-strips on the PCB. Additional footprints are provided on the printed circuit board to allow for possible engineering optimizations to this match. These are non-populated parts C0753, C0755 and C0752. 3.2.4 Final Stage The final stage is a high-power LDMOS device (MRF1535, Q0702). The package is mounted to a copper carrier to improve thermal conductivity to the chassis and also to more tightly control the RF load, allowing higher and more consistent maximum output power. This stage is biased at a quiescent current of 100 mA and operates with a fixed-gain of approximately 14 dB, allowing the radio to be set to a maximum output power of 35 Watts. The quiescent current is set by adjusting the Final_Bias signal. The output match consists of C0719, C0720, C0721, C0726, C0727, C0741, C0724, C0725 and L0714 and the associated microstrip line on the PCB. The output matching circuitry of this stage has extremely critical part location requirements. Any repairs must be done with care to ensure the replaced components are placed accurately and properly soldered. Of particular concern are the output matching capacitors, C0719, C0720, C0721, C0726, and C0727. The resistor networks at the input of each of the final elements are required to improve the bandwidth of the circuit. These resistors are R0712, R0716, R0717, R0719, R0721, R0726, R0732, R0733, R0734, R0736, R0737, and R0739. Additional footprints are provided on the printed circuit board to allow for possible engineering optimizations to this match. These are non-populated parts C0722, C0729, and C0730. If the final device is replaced, the bias voltage must be re-tuned using the Customer Programming Software (CPS). Care must be taken not to damage the device by exceeding the maximum allowed quiescent current. The maximum allowable current is 500 mA, but the design is optimized for 100 mA as noted earlier. The device can tolerate up to 5 Amps for brief periods of time without damage. 3.2.5 Antenna Switch The Antenna Switch (T/R switch) has two modes of operation, transmit and receive. Transmit mode: The antenna switch utilizes the existing dc feed (A+) to the final stage device (Q0702). Both PIN diodes, D0700 and D0702, are turned on during key-up by forward biasing them. Forward biasing is achieved by pulling down the voltage at the cathode end of D0702 to around 12.2 Volts (0.7 Volt drop across each diode). Q0704 is configured as a current sink that maintains the current through the antenna switch diodes at 100 mA, as set by VR0700 and R0738. Mobile Radio’s Theory of Operation 1-11 The current sink is enabled during transmit mode by ANT_ENABLE asserting thru Q0706 and associated circuitry. When the PIN diodes are conducting, an RF ground is formed at the anode of the lower PIN diode D0702, which places the series L0710 and L0724 in parallel with C0803. The values of L0710, L0724, and C0803 are chosen so that they are in parallel resonance at the center of the transmit band, making them appear as an open-circuit so that a 50 ohm power path is maintained thru the top PIN diode to the harmonic filter. To further attenuate the Tx signal from getting to the Rx front-end, a PIN diode pair (D0703) is placed in the Rx path separated from the D0702 short by a quarter wave inductor (L0730 & L0731). This diode pair shorts to ground in transmit mode so that the receiver sees as little transmitter power as possible. Receive mode: The DC current thru the PIN diodes is interrupted by turning off the current sink. The RF path now flows from the Harmonic Filter thru the matching circuit formed by C0803, L0710, and L0724, then to pi network C0766, L0730, L0731, and C0772. The additional shunt diodes (D0703) will be high impedance since no bias current is flowing from the switched Tx power line. 3.2.6 Harmonic Filter Inductors L0720, L0721, L0706, L0707, L0708, L0709, L0722, and L0723, and capacitors C0742, C0739, C0740, C0735, and C0750, form a harmonic filter which is a 7th order low-pass filter with two notches; this is used to attenuate harmonic energy from the transmitter before it reaches the antenna. The harmonic filter also prevents high-level RF signals above the receiver passband from reaching the receiver circuits, improving spurious response rejection. R0713 and L0728 are used to drain any electrostatic charges that might otherwise build up on the antenna. 3.2.7 Directional Coupler The dual directional microstrip coupler is implemented at the harmonic filter output to sample both forward and reverse directed transmitter power. RF power from the transmitter PA passes through the microstrip coupler before reaching the antenna. Forward RF power is coupled to the U0940 log detector / controller via the voltage controlled attenuator (VCA) stage consisting of pin diodes D0901, D0902, and D0903. The log detector/controller regulates the gain of PA stages Q0703 and Q0705 (via V_cont) as necessary, thus ensuring that the forward power out of the radio is held to a constant value. The directional coupler functions not only as part of the transmitter power regulation circuit but also as part of the VSWR load detection circuitry. Its physical location close to the antenna connector allows accurate VSWR sense at the transmitter output. Forward and reverse coupled signals are rectified by D0904 and D0905, respectively. Resulting DC voltage FWD_DETECTED is proportional to RF power while REV_DETECTED is proportional to reflected RF power. The detected voltages are fed to the respective inputs of difference amplifier U0901. The difference amplifier output is applied to variable attenuator control stage U0900-1. An abnormally high reflected power level, such as may be caused by a damaged antenna, also causes an increase in the difference amplifier output voltage. An increased difference amplifier output causes a reduction in attenuation by the VCA. As a result, the increased RF signal applied to the log detector/controller causes the controller to reduce the gain of PA stages Q0703 and Q0705. Transmitter power is thus reduced to prevent damage to the final device due to an improper load. 1-12 3.2.8 Mobile Radio’s Theory of Operation Power Control The transmitter uses PA controller IC, U0940, to control the power output of the radio. A portion of the forward RF power from the transmitter is sampled by the directional coupler and delivered via the VCA to the RFIN port of the PA controller IC (pin 1). The PA controller, a log detector type, provides temperature-stable, high accuracy control over a typical 50 dB dynamic range. The MAKO IC contains a digital-to-analog converter (DAC), which provides a reference voltage (TX_DAC) at the input of reconstruction filter stage U0900-2. The filtered reference voltage at the output of U0900-2 is divided by the combination of R0942 and R0946 before reaching the VSET input of the PA controller IC (pin 3). Thermistor RT0953 is used in combination with R0954 to compensate reference voltage drift at operating temperature extremes. Reference voltage level is programmable through the SPI lines of the MAKO. This reference voltage is proportional to the desired power setting of the transmitter, and is factory programmed at several points across the frequency range of the transmitter to offset frequency response variations of the transmitter's coupled power circuits. The PA controller IC provides a DC output voltage at pin 7 (VAPC), which is divided to provide gate bias for PA pre-driver and driver stages. The 0 to 5 VDC range at U0940 pin 7, is applied as V_CONTROL to power-adjust the transmitter by controlling the gate bias of stages Q0703 and Q0705. Voltage divider combination R0727 and R0728 provide gate bias to Q0703 while divider combination R0750 and R0751 provide gate bias to Q0705. This adjusts the transmitter power output to the intended value. The ratios of each of these resistor dividers are chosen to ensure that Q0703 and Q0705 are both running at their nominal design condition at rated output power. Variations in sampled forward transmitter power cause the PA controller IC to adjust the control voltage above or below its nominal value to raise or lower output power in order to maintain transmitter output power relative to the reference voltage applied to VSET. A power control attenuator circuit was added to the 25 Watt transmitter circuitry in order to extend the range of the RF detection in the RF detector at low-power levels. This enables the power control loop to close at lower relative power levels and is needed because of the greater relative power-set range (1-25 Watt, 14 dB). The PC_ATTEN_ENA activation threshold is set in software for operation at lower power levels, typically 1-5 Watt. When the PC_ATTEN_ENA is activated, the VCA is driven to its minimum attenuation level, which increases the RF level at the AD8315 (U0940) for a given transmitter power level. The radio software adjusts the K&M tuning accordingly such that proper power-set is maintained at operating powers both above and below the activation threshold point. 3.2.9 Power Ramp Profile Control In order to limit transient adjacent channel power at the transmitter's output, the ramped power should follow a raised-cosine profile. The PA controller IC has a linear slope function when scaled in dB/V. To achieve the desired raised-cosine profile of the output power, the ramped reference voltage provided by the MAKO DAC follows a raised-cosine approximation. The MAKO DAC reference output is low-pass filtered by the DAC reconstruction filter before it is applied to the VSET input of the PA controller IC. Reconstruction filtering reduces spurious emissions in the RF spectrum as a result of the finite steps of the DAC. Loop filter capacitor C0926, in conjunction with resistor R0950 and the integrator within the PA controller IC, control the loop dynamics. Loop dynamics have been optimized to achieve sufficient speed to follow the required ramping profiles while meeting switching transient requirements over varied power levels. Accurate control of the power-rise (ramp-up) and power-decay (ramp-down) characteristics minimizes splatter into adjacent channels. Mobile Radio’s Theory of Operation 3.2.10 1-13 Load Dump Protection In order to protect the transmitter line-up in the case where extremely high voltage spike occurs, a simple load dump protection circuit is implemented. This circuit is placed at the gate of PA stage Q0703 and consists of resistors R0980, R0981, R0982 and transistor Q0710. When high voltage spike (>29.9 V_) is sensed at power supply (A+), the base-to-emitter voltage VBE of this transistor will be above threshold voltage and this will cause the transistor to turn on. The VBE is controlled by a combination of R0980 and R0981 which form a voltage divider circuit. When Q0710 is turned on, it will drain the current from PA stage Q0703 via R0982 and thus preventing the transmission of power and keep the transmitter line-up from any damage. 3.2.11 Thermal Protection Thermistor RT0908 and R0902 form a voltage divider with the output proportional to the sensed circuit board temperature in the vicinity of the transmitter driver and final devices. The voltage divider output is routed to operational amplifier U0901-2, which provides a dc voltage via diode junction D0900 to control the attenuation level of the VCA stage. For the condition that the temperature threshold set by resistive divider combination R0901 and R0909 is reached, the VCA is driven to increase the RFIN signal at the PA controller IC (pin 1). This increase will cause the PA controller IC to adjust the PA control voltage below its nominal value to decrease transmitter output power. The temperature will be reduced by lowering transmitter output power relative to the reference voltage applied to VSET. 3.2.12 Out-of-Range Battery Protection Transmitter power cutback, under extended battery supply voltage operation, is provided for by monitoring the battery supply in the controller circuit of the radio in order to change the VSET input of the PA controller IC (pin 3) for reduced transmitter output. This cutback starts when the battery voltage at the connector is 15.3 Volts or greater and has a 2 dB/V slope. In addition, a second low battery detect circuit is implemented in hardware. This hardware cutback forces a 1.2 dB drop in RF power level when the battery voltage drops below 12 Volts. 3.2.13 Pressure Pad Switch The power control circuitry includes a safety switch (S0700) that consists of a conductive portion of the rubber pad which pushes the RF final transistor Q0702 against the chassis. When the chassis cover and rubber pad are properly assembled, the conductive portion of the pad contacts a pattern on the circuit board, electrically closing switch S0700. If the cover and pad are not in place, switch S0700 is open-circuited and the power control circuit is disabled, turning off the gate bias to Q0702, Q0703, and Q0705. This prevents thermal damage of the RF transistors which might occur if the transmitter is operated without adequate heat sinking. 3.3 Frequency Generation Circuitry The synthesizer subsystem consists of the reference oscillator (Y0100), the fractional-N Synthesizer IC (Tomahawk II, U0100), and the Voltage Controlled Oscillator VCO. 1-14 3.3.1 Mobile Radio’s Theory of Operation Reference Oscillator The reference oscillator (Y0100) contains a temperature compensated crystal oscillator with a frequency of 16.8 MHz. A digital-to-analog (DAC) converter internal to U0100 (Tomahawk) and controlled by the microprocessor via serial interface (SPI), sets the voltage at the AUX_DAC output of U0100 (pin H6) to set the frequency of the oscillator. The output of the oscillator (pin 3 of Y0100) is applied to pin K5 (XOSC_BASE) of U0100. 3.3.2 Fractional-N Synthesizer The Tomahawk II Synthesizer IC (U0100) consists of a pre-scaler, a programmable divider and divider control logic, phase detector, charge pump, a D/A converter in the high frequency analog modulation path, an attenuator to balance the high and low frequency modulation paths, a serial interface for control (SPI), a serial interface for modulation (SSI), and a super filter for the regulated 2.45 Volts. SPI SSI (Modulation ) D10 Data Read D9 Data Write C11 Clock D8 CEX F11 Data F10 Clock F9 Fsync H2,J3 TOMAHAWK II SPI Interface A5,A10,B2,B9, G2,J4,J6,J10, K2,L6 Waveform Generator Modulation Unit Digital Attenuator DS 18-bit Super Filter PRSC 16.8MHz REF Buffer Fractional Unit D/A Reference Divider J2 1.875V Dig SF _OUT K4 J11 VCO TX / LO 2.775 V Ana SSI Interface Buffer HP MOD 2.775V Dig B7,E11,G10,J1 2.775V Ana K8 5V A7 Fractional -N Synthesizer (U0100) Prescaler K5 Main Divider AUX D/A Main Phase/Freq. Detector And Charge Pumps G3 H1 H6 TCXO (16.8MHz) D7 Main _CP LOCK DETECT Adapt _CP Loop Filter Figure 1-9 VHF Synthesizer Block Diagram A voltage of 2.775 Volts applied to the super filter input (U0100 pin J4) supplies an output voltage of 2.45 VDC (SF_OUT) at pin K4. This supplies the VCO and the VCO modulation bias circuit (via R0321). The super filter supply voltage is provided by the 2.775 Volt regulator within U3200. The synthesizer is also supplied by the 5 Volt regulator, U3002, another 2.775 Volt regulator within U3200, and a 1.875 Volt regulator within U3200. Mobile Radio’s Theory of Operation 1-15 The output signal LOCK (U0100-D7) provides information about the lock status of the synthesizer loop. A high level at this output indicates a stable loop. A discrete buffer amplifier (Q0100) provides a buffered 16.8 MHz reference frequency to other parts of the radio. The serial programming interface (SPI) is connected to the microprocessor via the data lines SPI_DW (U0100-D9) and SPI_DR (U0100-D10), clock line SPI_CLK (U0100-C11), and chip enable line CEX (U0100-D8). The serial modulation interface (SSI) is connected to the DSP via the data line SDTX (U0100-F11), clock line TXCLK (U0100-F10), and frame sync line SFTX (U0100-F9). 3.3.3 Voltage Controlled Oscillator (VCO) The Voltage Controlled Oscillator (VCO) subsystem consists of three Colpitts oscillators (two Rx and one Tx), a single-stage Tx buffer amplifier, a single-stage Rx buffer amplifier, oscillator bias control switches, and the modulation circuitry. VHF VCO Subsystem 9V3_VCO High Port Modulation (HP_MOD_OUT) (U0100 -K8) TX_VCO_SEL 1 (U0100 -E5) (U3001 -5) TX INJ TX Buffer Amp TX VCO 1 Prescaler (U0100 -J2) To U0700 Low Pass Filter RX_VCO_SEL 1 (U0100 -B4) 9R1 (Q0107 ) Steering Line Voltage (VCTRL) RX VCO 1 RX INJ RX_VCO_SEL 2 (U0100 -H8) RX Buffer Amp To Q0405 RX VCO 2 Figure 1-10 VHF VCO Block Diagram The VHF Rx VCO design incorporates two varactor-tunable Colpitts oscillators. Each Rx oscillator has a tuning range of 19 MHz, sufficient to cover the Rx frequency range of 180.85 MHz to 218.85 MHz. A single Tx oscillator covers the frequency range of 136 MHz to 174 MHz. The oscillators resonate at fundamental operating frequencies. Three (active-low logic) general purpose output lines (GPO1, GPO3, and GPO6) from the Tomahawk IC (U0100-B4, E5, and H8) provide the control for independent bias selection to each oscillator (VCO_SEL) via the PNP transistor switches U0304 and U0201. The 2.45 Volt super filtered output, SF_OUT, of the Tomahawk IC (U0100-K4) supplies the bias to the oscillators. A portion of the VCO output signal is lightly coupled through coupling capacitors C0331 and C0231, routed through a low-pass filter (formed by L0221, C0235, L0230, C0265, and C0233), and fed back to the M_PRSC input of the Tomahawk IC (U0100-J2). 1-16 Mobile Radio’s Theory of Operation High-port modulation is scaled through a voltage divider (comprised of R0319, R0320, and R0321) and applied to the Tx modulation varactor diode CR0300. The Tx VCO frequency is modulated via coupling capacitor C0310. A discrete single-stage Tx buffer amplifier (comprised of the NPN transistor Q0302 and surrounding components) amplifies the signal from the Tx oscillator to the level required by the first stage of the Transmitter Power Amplifier (U0700). The Tx buffer amplifier also provides sufficient isolation from any undesired load-pulling from the Transmitter Power Amplifier. The bias for Q0302 is provided by the 9.3 Volt regulator U3001. A discrete single-stage Rx buffer amplifier (comprised of the NPN transistor Q0202 and surrounding components) amplifies the signal from the Rx oscillator to the level required by the LO injection amplifier (Q0405). The Rx buffer amplifier also provides sufficient isolation from any undesired load-pulling from high input levels in the receiver front-end. GPO4 from the Tomahawk IC (U0100-D4) controls the transistor switch (comprised of Q0108 and Q0107), that enables the 9.1 Volt bias to Q0202 (via the 9.3 Volt regulator U3001). 3.3.4 Synthesizer Operation The complete synthesizer subsystem is comprised mainly of the Tomahawk Synthesizer IC, Reference Oscillator (crystal oscillator with temperature compensation), loop filter circuitry, VCO, and DC supplies. The VCO feedback signal, PRSC, is fed to pin J2 of U0100 (M_PRSC) via a low-pass filter (L0221, C0235, L0230, C0265 and C0233) which attenuates harmonics and provides the correct level to close the phase-locked loop. The prescaler in the Synthesizer IC (U0100) is a four-level prescaler capable of dividing by 4, 5, 6, and 7. The main loop N divider is configured to be an 8-bit divider. The divide-by-N portion of the main loop is set via the SPI. The fractional portion of the divider is realized using a 3-accumulator, 24-bit fractional divider. The SPI is used to set the desired divide ratio. The output of the prescaler is applied to the main loop divider. The output of the main divider is sent to the phase/frequency detector, which compares the main divider’s output signal with the reference signal. The reference signal is generated by dividing down the signal of the reference oscillator (Y0100). The output signal of the phase/frequency detector is a pulsed signal which is routed to the charge pumps. The main charge pump current is programmable through the SPI with its output at pin G3 of U0100 (MN_CP). The loop filter transforms this current into a steering voltage that is applied to the VCO. To reduce lock time when new frequency data has been loaded into the synthesizer, an adapt charge pump, providing much greater current than the main charge pump, is turned on for a finite amount of time to quickly charge or discharge the loop filter capacitors to steer the VCO to the desired frequency. The output of the adapt charge pump passes to the loop filter via pin H1 of U0100 (MN_ADAPT_CP). When the synthesizer is within the lock range and the adapt timer runs out, the adapt charge pump is powered down and the main charge pump takes over. A settled synthesizer loop is indicated by a high level at signal LOCK (U0100-D7), which is routed to the microprocessor. Q0102 is configured as a current source to provide a steady 1.5 mA during the adapt period. U0101 is an analog switch that opens the adapt path slightly before the end of the adapt period to prevent the current from the current source from pushing the VCO off frequency. Mobile Radio’s Theory of Operation 1-17 Modulation is performed by applying a digital data stream via the SSI bus from the DSP (U1000) to the synthesizer (U0100). In order to meet spurious and phase noise requirements, the PLL bandwidth was designed to be narrower than the full modulation bandwidth, therefore requiring the use of dual-port modulation. Internal to the synthesizer (U0100), low-port modulation is added to the fractional-N division numerator to trace out the modulation versus time while the high-port data stream passes through an interpolating waveform generator, a digital attenuator (for modulation balancing), and then is converted to an analog signal through a 10-bit DAC before modulating the VCO. This high-port analog modulation output (HP_MOD_OUT, U0100-K8) is connected to the VCO modulation varactor diode (CR0300) via C0360 and R0319. 1-18 Mobile Radio’s Theory of Operation Notes 2-1 Section 2 TROUBLESHOOTING CHARTS 1.0 Troubleshooting Flow Chart for Receiver (Sheet 1 of 3) All Troubleshooting within the dotted line is done on the TX Brick NO RX AUDIO Set up radio in Analog Receive mode on desired channel with Squelch open Yes Audio at pin 6 of U3505? Audio at pin 10 of U3501? No Spray or inject 44.85 MHz RF carrier modulated with 1 kHz Audio Tone into XTAL Filter FL0500 Audio Tone present at Speaker? Volume level adjusted properly? No Yes Yes B No No No Audio at pin 1 of U3501? Verify audio path to U3501 Yes Audio at pin 4 of U3500? Setup repeater to receive at 136.075 MHz with the RX brick open and connected to the system. Apply an on-channel RF carrier at -47 dBm modulated with 1 kHz tone at the RX antenna port. 1st LO (180.925 MHz) > +16 dBm at TP0401? Yes Check connections to external speaker and replace speaker if necessary Audio at pin 1 of U3500? Yes Check biasing before replacing U3500 No Verify audio path between U3500 and pin 1 of U3501 1st LO > +2 dBm at R0422? No No Check VCO Troubleshooting Flow Chart Yes Yes RF level of on-channel signal > -45 dBm on pin 4 of T0401? No Yes Check T0400 and D0405 and replace if necessary 9 VDC present at R0417? Yes Check biasing on Q0405 before replacing No No A Check 9R1 path back to Synthesizer Yes Check U3501 bias and replace part if necessary 2-2 1.1 Troubleshooting Flow Chart for Receiver Troubleshooting Flow Chart for Receiver (Sheet 2 of 3) A Voltage level > 2.7 VDC on D0401? +9.0 VDC on pin 4 of Q0403? No No Voltage < 0.5 VDC at pin 2 of Q0400? No Check circuitry around D0401 and D0403 for shorts and opens Yes No Is voltage at R0409 = 0.7 VDC? Yes Yes Check D0403 and associated capacitors for opens and shorts and replace if necessary Check Synthesizer Troubleshooting Flow Chart Check biasing circuitry of Q0400 before replacing Yes RF level of on-channel Signal > -45 dBm at C0420? Check biasing on Q0403 before replacing Yes Yes ~ 6.8 VDC at L0400/D0400? No No Check biasing circuitry of Q0401 and Q0402 before replacing Check biasing circuitry of Q0402 before replacing Troubleshooting Flow Chart for Receiver 1.2 2-3 Troubleshooting Flow Chart for Receiver (Sheet 3 of 3) B All Troubleshooting on this page is done on the RX Brick 16.8 MHz present at C0622? No 3.0 VDC on pin 1 of U0601? Check Synthesizer Troubleshooting Flow Chart No 5.0 VDC at E0610? No Check biasing on U0601 before replacing Yes Yes Yes 2nd LO > 0 dBm and at 42.6 MHz at TP0600? 3.5 VDC at E0609? No Yes Remove Shield SH0500. Check biasing on Q0600 and check continuity on D0600. Replace parts if necessary. No Check biasing on Q0601 before replacing Yes 18 MHz present at L0608? No ~ 1.65 VDC on R0617? No Check diode continuity before replacing D0601 44.85 MHz present at TP0602? No Biasing correct on Q0500 and Q0501? Replace components as needed No Check 5 VDC supply and biasing components before replacing Q0500 or Q0501 Yes Yes 44.85 MHz present at pin 6 of FL0500? No Yes No ~ 3.0 VDC on L0604 and L0605? Yes Check FL0500 matching components before replacing Check signal gain and biasing before replacing Q0500 or Q0501 Yes 2.25 MHz present at C0625? Yes No Yes Yes Clock VCO and LF components OK? No Check biasing components and 3 VDC supply. Replace any parts if necessary. Check Controller Troubleshooting Flow Chart DC continuity through biasing components E0600 - E0610? No Yes Check for visible solder shorts near pins before replacing U0600 Replace defective biasing component 2-4 2.0 Troubleshooting Flow Chart for 25W Transmitter Troubleshooting Flow Chart for 25W Transmitter NO TRANSMITTER POWER Is TP0909 >1 VDC? No No Check 9.3 V Regulator circuit Is TP0913 = 9.1 VDC? Yes Does TP0702 = 9.3 VDC? No Check 9V3_PA Regulator in Controller Troubleshooting Flow Chart Yes Is D0702 ~12.4 VDC? No Check T/R bias circuit Is resistance to ground at Q0702 TP0707 > 10 kohms? Yes Yes No Check 5 V Regulator circuit Is U0941 Pin1 = 5 VDC? Yes is TP0707 ~2.2 VDC? No Is Pressure Pad Switch in place? Yes No Check Bias Set Circuit; bias tune No Yes Yes Replace Q0702 Place Switch or R0775 Is voltage at TP TX_RAMP_DAC in controller > 3 VDC? No Check MAKO Troubleshooting Flow Chart Yes Is Power at TP0704 ~ +4 dBm? No Is TP0703 -11 dBm? Yes Replace U0700 Yes No Check VCO Troubleshooting Flow Chart Check U0900-2 and associated circuitry No Is Voltage at TP0910 > 1 VDC? Yes Replace U0940 Is Power at TP0709 ~14 dB > TP0710? No Check Q0705 and associated circuitry Yes Is Power at TP0702 ~10 dB > TP0709 ? No Check Q0703 and associated circuitry Yes Is Power at D0700 ~10 dB > TP0702? No Check Q0702 and associated circuitry Yes Measure relative power through the remainder of TR switch and LPF to find open circuit. Perform visual inspection of circuit. Troubleshooting Flow Chart for Synthesizer 3.0 2-5 Troubleshooting Flow Chart for Synthesizer Start Visual check of the Board OK? NO Correct Problem YES +2.45 V at C0137 (SF_OUT)? +5 V at R0100? NO Check 5 V Regulator U3002 NO YES Are C0136, C0137 OK? YES Replace U0100 NO YES +2.775 V at R0101 and R0103? Replace or resolder components NO Check U3200 1.5 ms pulse at TP_ADAPT_SW when channel changed? YES +1.875 V at R0102? NO Check U3200 1.5 ms (inverted) pulse at R2517 when channel changed? NO YES Check P U1000 Troubleshooting Chart YES Check Q0106, R0159 YES Is 16.8 MHz Signal at C0145? NO NO Check Y0100 YES Is 16.8 MHz Signal at R0155? NO Is 16.8 MHz Signal at R0109? NO Is RF Prescaler level (at C0265) between 100 mVpk and 300 mVpk (harmonics <-15 dBc)? Replace U0100 YES YES YES Check Q0100 and surrounding components Is Radio in Tx or Rx mode? Is Modulation Present at C0360? Tx Rx Replace U0100 Is GPO3 low (<0.5 V), and GPO1 and GPO6 are high (>1.4 V)? YES NO NO NO Is SPI Programming OK? YES Replace U0100 YES Is Tx SSI activity present on CLK, FSYNC, and DATA lines (R2512, R2514, R2513) Is either GPO1 or GPO6 low (<0.5 V), but not both, and GPO3 high (>1.4 V)? YES YES NO Check P U1000 Troubleshooting Chart NO Is SPI Programming OK? NO Check P U1000 Troubleshooting Chart YES Replace U0100 NO Check P U1000 Troubleshooting Chart Check VCO Troubleshooting Chart 2-6 4.0 Troubleshooting Flow Chart for Tx VCO (Sheet 1 of 2) Troubleshooting Flow Chart for Tx VCO (Sheet 1 of 2) No TX VCO signal at C0318 Visual check of board OK? No Correct Correct problem problem Correct problem Yes No Radio did not boot up Radio didornot boot up properly check properly or check 9V3 Regulator 9V3 Regulator No Check biasing Check biasing components then components replace replace Q0302 Q0302then ifif replace Q0302 if needed needed needed 9 VDC at L0300? Yes Vbe= 0.7 VDC for Q0302? Yes Check components between R0332 and L0305 for shorts or opens Yes RF signal present at R0332? No Check Synthesizer Check Synthesizer Troubleshooting Troubleshooting Chart Chart No 2.556 VDC at 2.556 V at C0362 & C0300? C0363 Yes Radio is not for Radio is not programmed for VCO programmed 1 Transmit Mode Mode or VCO1 U0100 Transmit not functional No ~ 0 VDC at C0348? or U0100 not functional Yes Check biasing Check biasing components then components replace Q0300then if replace Q0300 if needed needed No Vbe= 0.7 V for Q0300? Yes Check CR301- CR0304, - CR304 Check CR0301 L0310,and L0307, C0308, C0313, L0310, L0307, C0320,C0313, and C0314 C0308, C0320, for shorts opens and C0314orfor short Troubleshooting Flow Chart for Tx VCO (Sheet 1 of 2) 4.1 2-7 Troubleshooting Flow Chart for Tx VCO (Sheet 2 of 2) Tx VCO locked but no high-port modulation Tx VCO not locked at correct frequency Check Synthesizer Check Synthesizer Troubleshooting Troubleshooting Flow Chart Flow Chart Yes DC Voltage at R0311 between 0.6 and 4.5 VDC? Check R0320, R0321, R0319, R0320, Check R0321, R0319, andfor CR0300 and CR0300 for open or short shorts or opens No - ~2.1 VDC at VCO side of C0360? Yes No Check C0323, C0325, and C0329 and all components between C0326 and C0314 for shorts or opens Modulation at CR0300? Yes Replace C0310 No Modulation at C0361? Yes Replace C0360 No Check C0361 and Check C0334 for C0361 a short and and C0334 short and thenfor check then check Synthesizer Synthesizer Troubleshooting Troubleshooting Flow Chart Flow Chart 2-8 Troubleshooting Flow Chart for Rx VCO (Sheet 1 of 2) 5.0 Troubleshooting Flow Chart for Rx VCO (Sheet 1 of 2) No Rx VCO signal at C0218 Visual check of board OK? No Correct problem Correct problem Yes No 9 VDC at E0201? Radio did not boot up Radio did or notcheck boot up properly properly or check 9V3 Regulator 9V3 Regulator Yes Vbe= 0.7 V for Q0202? No Check biasing Check biasing components and and if thencomponents replace Q0202 then replace neededQ0202 if needed No Check Synthesizer Check Synthesizer Troubleshooting Troubleshooting Flow Chart Flow Chart No Radio is not programmed Radio is not Mode for VCO 2 Receive for or programmed U0100 not functional Receive Mode or U0100 not functional No Check biasing components and then replace Q0201 if needed Yes Yes Check components between R0219 and L0205 for shorts or opens RF signal present at R0219? No Check Synthesizer Check Synthesizer Troubleshooting Troubleshooting Flowchart Flowchart No 2.556 VVDC at 2.556 at C0362 & C0200? C0363 VCO 1 Yes Radio is not Radio for is not programmed VCO 1 programmed for Receive Mode or Receive Mode or U0100 not functional U0100 not functional No Radio programmed for Rx VCO 1 or 2? VCO 2 ~0 VDC at C0248? 2.556VVDC at 2.556 at C0362 & C0236? C0363 Yes Yes Check biasing Check biasing components and andif thencomponents replace Q0200 then replace neededQ0200 if needed No Vbe = 0.7 VDC for Q0200? ~0 VDC at C0258? Yes Yes Check CR0201 - CR0204 and L0210, L0207, C0220, C0213, C0208, and C0214 for shorts or opens Check CR0205 – CR0208 and Check CR205 - CR208 L0218,and L0215, C0243, L0218, L0215, C0245,C0243, C0250,C0245, and C0246 C0250, forand shorts or opens C0246 for short or open Yes Vbe= 0.7 VDC for Q0201? Troubleshooting Flow Chart for Rx VCO (Sheet 1 of 2) 5.1 2-9 Troubleshooting Flow Chart for Rx VCO (Sheet 2 of 2) Rx VCO not locked at correct frequency Rx VCO not locked Check Synthesizer Check Synthesizer Troubleshooting Troubleshooting Flow Chart Yes DC Voltage at R0211 between 0.6 and 4.5 VDC? No Check C0223, C0225, and C0229 and all components between C0226 and C0214 for shorts or opens VCO 1 Rx VCO 1 or VCO 2 selected? VCO 2 Check C0251, C0252, and C0259 Check components and all components between C0253 andbetween C0253 C0246 C0246 forand open or for shorts short or opens 2-10 Troubleshooting Flow Chart for Rx VCO (Sheet 1 of 2) Notes 3-1 Section 3 VHF PCB / SCHEMATICS / PARTS LIST 1.0 Allocation of Schematics and Circuit Boards 1.1 Controller Circuits The VHF circuits are contained on the Printed Circuit Board (PCB) which also contains the Controller circuits. This Chapter shows the schematics for the VHF circuits only, refer to the Controller section for details of the related Controller circuits. The PCB component layouts in this Chapter show both the Controller and VHF circuit components. The VHF schematics and the related PCB and parts list are shown in the table below. NOTE: The VHF Schematics and parts lists are the same for 8471495L01 and 8471495L03. Only the Controller circuits are different between the two PCBs. Table 3-1 VHF 1–25W Diagrams and Parts List PCB: 8471495L01 Main Board Top Side 8471495L01 Main Board Bottom Side 8471495L03 Main Board Top Side 8471495L03 Main Board Bottom Side Page 3-3 Page 3-4 Page 3-5 Page 3-6 SCHEMATICS Overall Receiver Front-End Receiver IF Amp Receiver Back-End Power Amplifier Power Control Synthesizer Receiver VCO Transmit VCO Page 3-7 Page 3-8 Page 3-9 Page 3-10 Page 3-11 Page 3-12 Page 3-13 Page 3-14 Page 3-15 Parts List 8471495L01 and 8471495L03 Page 3-16 3-2 Allocation of Schematics and Circuit Boards Table 3-2: VHF 1–25W Diagrams and Parts List PCB: 8471495L04 Main Board Top Side 8471495L04 Main Board Bottom Side Page 3-21 Page 3-22 SCHEMATICS Overall Receiver Front-End Receiver IF Amp Receiver Back-End Power Amplifier Power Control Synthesizer Receiver VCO Transmit VCO Page 3-23 Page 3-24 Page 3-25 Page 3-26 Page 3-27 Page 3-28 Page 3-29 Page 3-30 Page 3-31 Parts List 8471495L04 Page 3-32 VHF (136–174 MHz) 1–25W PCB / Schematics / Parts List VHF (136–174 MHz) 1–25W PCB / Schematics / Parts List C3018 J0700 J3000 C0709 C0703 C0706 C0714 5 2 3 R4051 3 3 2 2 3 2 3 2 3 3 2 2 R3596 VBUS1_CMD C3277 C3280 C3202 C3216 R1021 C1009 L3200 C3213 Q3203 2 3 4 Q3204 2 3 4 VBUS2_CMD 16 R3203 8 1 Q3202 9 16 L3202 R2005 C2004 R4012 R4011 R4106 C4076 E4004 C4015 C4014 R4034 VR4007 TP_SDRAM_BA1 R2013 D4001 C2007 C2000 TP4000 C1013 C1006 C1011 R4068 R4069 R4070 R4071 C2005 C3209 R2011 C1008 R2004 C2002 C3212 R4095 R2008 C2006 R2006 R2009 R2007 R2010 R4009 C4035 TP_SDRAM_CS R4010 TP_SDRAM_BA0 E4001 C4034 C1036 C1007 R4006 R1034 C6445 C6418 U6407 C6408 R3501 R3500 R3514 R3504 R3233 C3513 R3507 R3503 R3505 3.6V_ MAKO_ SW1 R3508 USB1_ TXEN USB1_DAT USB1_SEO C2001 C2003 C6423 R6454 C6433 C6422 R6443 R6446 C6421 E6401 9 R1020 C3220 C3219 C3239 VR3202 R4063 R4064 R4065 R4066 R4067 C1018 1 Q3200 9 RT3500 C3203 C1037 R1066 R1014 C1017 R1067 R2000 R2012 R1005 R1041 R1006 C1003 C1005 R1019 R6403 C6428 U6402 C6429 Q3500 R3520 E3500 2.9V_MAKO_V6 C3225 C3226 U3500 E3205 C3247 R3576 R3571 E3503 R1026 E3502 C1031 R6456 C6431 C6430 8 R3550 C4027 C4026 C4025 C4024 C4023 C4022 C4021 C4020 C4019 C4018 C4017 C4016 C2500 R0101 R0108 C1000 R1045 C6440 C0171 C0122 R0146 C0102 R0110 U1006 C3283 C3545 R3595 R3224 R3225 R3560 R1028 R1027 C1033 C6439 R3594 C3276 C3278 R3587 C3273 TP_ MAKO_ RX R4061 C0109 C0127 R2529 C0144 C0129 C0143 R0123 C0124 SH0100 C0133 Q0100 C0145 C0140 R3509 C3511 C6450 R6455 R6465 R6459 R6450 R6467 C6451 C3238 TP_MAKO_DCLK TP_MAKO_FSYNC TP_MAKO_TX C1019 R1002 R1072 C4013 C0132 C0103 C0100 C0644 E0606 C0631 R0615 R0158 R0155 R0157 R0102 R0156 R0109 C0178 R0147 C0113 C0196 R0161 C0130 C0121 C0180 C0118 C0175 R0106 C0146 C0117 R0144 C0105 R0107 2 R0105 Y0100 C0120 C0195 4 3 R0114 R0148 C0141 E0608 Q0102 C0142 PD PC R0618 R0617 C0642 D0601 R0614 R0159 C0626 L0608 C0622 R0627 R0607 R0608 R0609 R0611 R0612 R0613 C0110 R0119 DOUTA CLKOUT C0643 C0646 TP0601 FS DOUTB PE R0619 C0645 C0630 E0605 C0111 C0128 C0177 E0601 R0606 C0625 C0627 C0629 R0610 C0633 E0604 E0607 C0638 R0117 R0100 R0111 R0116 C0104 C0125 C0510 E0600 Q0106 R0622 R0621 C0650 C0623 E0602 R0118 E3202 C1010 R1036 R1001 TP_SDRAM_CLK C1016 C1015 C1004 R1000 C1012 C1014 TP1000 C1001 R4000 R4001 R4002 E4000 R1071 R4004 R4005 R3583 R3580 4 C0126 Q3501 6 4 3 R3526 C3515 C1032 C0332 R3515 C4006 C4033 C4032 C4031 C4030 C4029 C4028 R0320 C3516 R3537 6 C3262 R3538 34 C1030 R3205 C3208 R3206 TP_POR C3529 R1017 C1034 C3210 R1025 C1002 R1035 CR0300 R4003 SH0200 R3547 R3532 C3514 C0326 R0211 R0311 C0310 R0321 VR3503 L0310 C3524 C0334 C0361 R0319 C4000 C4001 C4002 C4003 C4004 C4005 R0205 U3040 CR0301 C0313 R0240 CR0205 R0241 C0243 CR0206 C0245 L0218 CR0208 C0253 CR0207 R0316 C0323 C0314 C0360 C0250 C0315 L0312 C0325 C0329 C0320 L0215 Q0300 C6406 R6449 C6407 C3240 R3217 C3518 C3523 C3521 C3528 C3211 C3520 R3218 C3207 R3535 8 5 4 Q3201 C0304 CR0302 L0214 C0246 R0305 C3249 C3248 VR3204 R3588 C3234 C3040 3 2 1 C3254 C3229 C3538 C3530 C3531 L0302 C0308 C0259 VR3206 E0703 R0777 R0779 R3042 MAKO_GATED_ 32KHz Q0701 3 CR0304 CR0303 C0252 C0305 R0304 C0306 R0301 L0307 L0303 C0240 Q0201 R0224 C0251 C0300 C0301 R0229 L0219 C0241 C0242 R0225 L0213 3 R3516 C3010 R3056 R3033 U3005 Q0707 3 4 6 2 FL0500 2 C6420 R6445 R6461 R6460 R6466 R0781 L0309 R0417 C0226 C6417 E6407 E6402 C6419 C6416 3 2 R3035 1 R0752 R0750 R0722 Q0708 3 4 6 1 M0700 C0802 SP0701 Q0709 6 4 3 SP0705 R0721 R0716 R0739 R0730 R0761 L0217 R0432 L0209 CR0201 C0225 CR0204 CR0202 CR0203 C0220 C0229 R0216 L0203 C0214 C0213 C0208 L0210 C0438 C0439 5 6 L0212 C0223 R0226 C0236 L0207 C0437 C0417 C0416 C0428 C0432 C0431 C0429 C0430 C0434 R0503 R0510 R0623 TP0602 1 C0619 13 C0509 L0504 C0617 C0605 U0600 C0615 C0611 37 C0621 25 C0620 C0504 R0204 C0205 L0404 L0403 C0420 C0409 R0412 C0414 C0502 C0457 Q0402 Q0501 C0206 R0201 D0403 L0414 L0506 C0515 L0604 C0516 L0407 C0442 Q0405 C0410 R0410 R0421 L0401 R0406 C0419 R0409 R0439 C0435 C0411 D0401 C0408 R0404 C0405 C0406 R0407 C0204 C0455 R0440 L0402 L0405 C0413 C0418 R0435 R0436 C3505 C3501 C6426 R6402 C6427 R6458 Q0700 C0215 C0237 Q0200 C0247 Q4006 R6444 C0824 L0202 C3504 R3010 R3009 C0771 R0780 C0201 C0200 C3009 3 E3501 R0751 R0746 C0823 R0422 R0423 C0450 R0424 L0411 C0451 C0440 R0420 R0418 R0419 R0425 2 R3003 C3046 1 U3006 2 R3036 C0904 R0411 R0437 3 C3015 C3000 6 2 C3506 R0727 R0757 R4044 C4044 Q4000 Q4002 Q4010 Q4011 Q4004 Q4005 Q4008 3 Q0710 C0804 C0805 R0756 R0753 C0937 C0936 L0900 D0903 R0982 R0773 7 R0737 SP0706 R0731 R0734 SP0702 SH0900 R0925 C0949 U3001 E0700 C0713 SP0704 SP0708 SP0707 C0798 R0712 L0902 R0927 C0931 C0934 C0935 RT0908 1 R0929 D0902 C0951 R0937 R0917 L0901 C0914 C0918 C0947 R0936 D0901 U0941 C0950 R0928 C0926 C0921 C0948 R3004 1 R0924 C4045 C4043 C3008 R0981 4 S C4040 C4041 C4046 C4047 C4042 U3002 Q0702 6 S R4045 R3032 S 5 G R4040 R4041 R4046 R4047 R4042 R4043 R3002 R0980 2 D C0929 R0926 C3007 C3005 C3019 C3002 3 S U0940 4 8 5 R0940 C0922 E3000 C0712 C0705 E0701 R0742 2 1 Q0704 Q0706 3 4 6 C0700 C0702 Q0901 VR4002 VR4001 VR4000 VR4005 VR4003 C0701 C0731 E4005 C4075 Q4013 R4048 R0745 8 R0950 C3006 C0711 3 R0738 R0735 25 C0708 SP0703 D0906 C0778 R0930 C0915 J4000 C4048 R4050 C0707 C0797 C0796 R0749 C0909 C0779 R0914 R0923 26 VR4004 C0704 C0799 R0931 C0900 L0725 R0748 C0908 C0777 U0901 R0915 D0900 R0907 R0911 R0912 C0910 R0906 R0903 R0916 R0920 C0939 R0901 C0901 C0906 6 4 C0907 Q0900 3 R0902 R0900 R0909 C0710 4 R0713 L0728 C0738 VR0700 C0776 R0729 2 3 2 C0424 C0425 C0423 C0427 C0426 C0433 2.0 3-3 L0100 30 J4001 VHF (136–174 MHz) 1–25W 8471495L01 Top Side VHF (136–174 MHz) 1–25W PCB / Schematics / Parts List D0700 L0717 J4003 Q0601 TP_VCTRL R0976 R0977 RT0953 U0942 C0913 C0917 R0951 C0923 C0927 R0943 E0603 C0632 C0628 C0614 R0616 D0400 L0400 R0431 R0401 R0402 C0402 C0403 E0401 C0401 D0402 C0635 C0634 C0636 C0601 TP0600 E0400 U0601 R0626 C0651 R0625 C0422 Q0401 D0500 L0605 R0403 43 6 Q0400 C0400 C0514 R0512 E0610 E0500 C0612 L0603 C0503 R0509 C0512 R0501 R0511 C0637 C0648 C0147 R0605 R0601 C0191 C0604 E0609 R0604 C0613 C0602 C0603 C0194 C0193 C0192 C0162 C0160 Q0108 C0607 C0647 Q0107 L0602 R0620 3 C0157 C0165 2 C0163 C0151 R0127 C0156 C0158 C0649 D0600 R0160 SH0500 R0134 C0159 TP_ADAPT_SW C0164 U0101 5 34 R0120 R0104 C0166 R0139 C0149 R0140 C0108 C0161 TP_TEST2 C0114 14 C0148 R0508 R0500 C0506 C0179 R0115 R0122 R0125 R0128 C0150 R0131 A11 C0107 C0106 R0126 11 U0100 C0101 C0436 E0404 C0407 CR0400 C0513 C0449 R0426 C0444 TP0401 C0507 SH0101 C0138 C0137 L1 TP501 TP503 TP502 TP_TEST1 C0115 J4002 R0910 R0413 R0428 T0400 6 4 R0400 C0456 Q0403 3 R0502 L0410 C0441 C0404 R0415 R0416 R0414 R0408 C0448 Q0500 C0443 C0445 C0454 R0429 E0403 R0430 TP0301 R0219 C0231 C0421 L0406 D0405 L0409 C0221 C0412 C0452 C0453 4 T0401 3 C0618 Q0600 R0602 R0603 R0624 C0616 C0610 E0704 C0131 L11 R0113 TP504 C0119 R0960 L0412 C0458 R0212 C0207 C0209 L0206 C0222 R0221 R0220 C0447 R0434 R0433 R0427 L0200 C0202 C0203 R0203 C0211 L0408 E0201 TP0400 6 L0503 C0134 C0136 R0103 C0135 C0112 R2508 R2524 R4085 R4080 R4081 R4082 R4083 R4078 R4076 C4053 C4055 C4062 C4061 C4060 C4058 R2511 R2509 R2510 R4074 C4059 C4049 C4051 G1 C4011 C4012 C4010 C4007 A1 R2514 R2512 R2528 R2526 R2527 R0942 R0941 R0947 R0946 R0954 TP0910 1 C0925 R0955 C0928 C0753 C0752 C0262 C0261 C0446 L0204 R0206 R0208 C0224 R0207 R0202 C0217 C0264 R0218 U0201 TP0200 L0205 R0336 C0260 R0230 R0333 R2504 R2501 R2507 R0921 U0900 R0944 L0709 AA1 R2506 R2517 R2516 R2513 R2518 R2525 Q0902 R0918 C0750 R0938 L0708 C0903 C0902 C0912 C0806 L0221 Q0202 C0249 R0213 C0248 R0210 C0339 C0338 R0327 C0307 C0219 C0238 C0239 C0258 C0257 R0340 R0302 C0324 R0312 Q0302 R0307 R0343 C0331 C0235 C0302 C0233 R0337 C0265 L0230 E0301 R0345 C0364 L0211 C0322 R0334 R0332 R0347 U0305 R0338 R0328 R0339 C0349 C0348 22 C0218 U0303 6 34 R0303 L0300 C0303 C0309 R0310 C0321 C0317 L0306 R0306 C0312 J2500 C0318 C0328 C0327 C0311 R0308 L0311 L0707 R0733 R0732 C0740 TP0711 C0754 C0745 C0819 R0702 C0920 C0919 C0916 R0919 R0922 C0911 L0723 C0755 TP0702 SH0901 R0913 TP0911 L0702 R0719 R0736 R0726 C0746 R0717 L0706 C0770 R0728 R0755 C0793 R0720 C0792 C0794 R0718 R0754 R0740 TP0707 TP0909 C0953 C0791 C0790 Q0705 L0715 C0818 SH0300 L0305 TP0300 C0319 20 C0940 R0706 L0304 OPT_SSI_SYNC 4 C0945 D0703 C0767 L0724 10 07 R L0903 TP0907 1 R2515 Y1000 D0904 L0721 C0739 Q0703 E0702 C0734 TP0704 L0705 C0718 U0700 R0711 C0795 TP0713 TP0703 R0759 TP0705 C0942 C0720 3 C0716 C0717 C0732 R2502 R2519 R3577 R2520 AA21 C3204 C3272 3 R0970 C0723 1 L0718 C0733 C0728 R0714 U0304 5 34 2 C0772 L0710 L0722 C0722 C0726 C0727 C0721 R0775 S0700 C0735 C0742 C3013 C3020 C0766 C0941 TP0710 C0783 C0775 C0780 L0716 C0123 VHF (136–174 MHz) 1–25W 8471495L01 Bottom Side C0741 C0729 C0730 R3005 R3006 C3012 C3014 R3524 C3500 R3044 21 R0715 R0760 C3043 Q3040 R4090 C3218 E4003 C3217 R3222 R3223 R3502 R3506 R3008 U3004 R3040 C3030 R3057 R3007 C3016 C3011 C3017 3 U3003 Q3041 R3053 R3039 D3030 Q3030 R3525 R3523 MAKO_V8_5V C4088 VBAT VBAT_GROUND USB2_DM VBUS2 USB2_DP VR4006 R4054 2 8 C0801 R0747 TP0913 R0972 L0719 C3507 R1044 U1000 R4105 USB1_DP U3505 R3228 R3210 C3274 Q3205 R1054 J9 A9 TP_FLASH_CLK R4097 R4099 R4093 R4096 U4005 U4006 A8 G8 U4007 U4004 C4086 C4087 U2000 USB1_DM EXT_PTT R4031 R3048 R3579 R3572 A21 A1 VR4008 VR3040 R4079 R3542 R3541 C3527 Q3505 R3556 R3555 C3252 C3221 C3231 C3227 C3243 E3208 E3206 E3203 U3200 R3216 R3227 R3544 R3546 C3535 TP0903 L0731 R0978 C0719 TP0709 TX_RAMP_DAC R3201 A14 R3561 R3563 2 Y3200 3 4 2 43 6 L0730 C0817 C0820 C3509 R3521 R0975 R0979 TP0904 L0720 C0821 C3021 R3037 L0904 D0905 C0786 14 7 6 4 3 Q3502 C3512 L0729 C0943 C0944 D0702 R3050 VR3502 C3526 INT_ MIC C3228 C3222 R1046 R3237 J1 C3214 R3047 C2501 R3046 C3041 R3045 R3054 U3503 C4085 14 C4084 U4001 C3232 R3562 RF_ATTN_2 Q3207 8 5 4 3 U2001 C4089 R3551 TX_RAMP Q3208 R3240 C3265 C3215 R3207 R3208 R3243 R2500 C3206 4 6 U3201 1 3 C3269 C4090 R3533 C3525 R3536 R3553 C3532 R3552 R3247 R3246 8 C3510 R3528 7 1 C3517 R3038 Q3032 2 3 R3051 C3519 U3502 P14 R3215 C3201 L3201 1 14 C3270 R3245 VBUS1 8 R3593 8 R3591 4 5 U3508 R3592 C3200 C3031 VR3000 L0700 MAKO_CE VR3205 C1035 SPI_MISO_1 Q3504 R2521 SPI_CLK_1 R2523 P1 A1 R3554 VR3203 R2522 SPI_MOSI_1 Q3503 C3237 C3260 R1070 E3201 C3233 Y3201 C3205 R3539 2 R1060 R3530 R3534 D3200 VR3201 VR3208 3 C1044 R3549 R3220 R3219 R3209 MAKO_V9_3V C3522 R3248 R3236 R1048 EXT_MIC C3261 C3275 C1 3 U3203 C3A3 R3582 R3226 4 6 U3202 Q3206 R3581 R3249 C3282 R3043 VR3200 C3044 R3585 U3030 C0822 C0803 4 1 R0973 C0725 R3055 R3030 3 4 R3052 L0714 C0724 R3034 2 R3041 C3032 C3042 5 R4084 C3541 U3504 R3238 C4067 3 R3586 R3584 R3241 R1047 R6468 U6404 C3542 R6419 C3257 R6401 R6418 R6417 R6416 C6452 C6434 C6449 R6464 7 C4074 6 1 8 VR3207 C4072 R3510 R3239 C3266 1 C4071 D3040 C3540 R3578 R3558 R3559 16 R4103 R4101 R4100 C3279 U4008 R4032 R4055 R4023 R4086 E4002 A1 9 R6420 R3512 MMP_1_WIRE 4 R6439 R6469 R4094 8 5 U4000 C6446 R3204 R3511 8 R6438 C3281 R3513 C4073 I2C_CLK I2C_DATA R6440 U6408 R3200 R4088 R4089 R4033 C3502 C3539 C3503 R3573 R3574 E2500 10 U3501 6 5 C3536 R3575 Q6402 6 4 3 1.5V_RTC_TEST C6432 A10 U6406 R6405 R6404 1 R6457 ROUT_TEST Q4001 R3569 C6401 U6401 CLK_ACQ_TEST VR3504 2 3 R4098 R6470 P10 SPI_CLK_TEST C4069 APM_1_WIRE C4070 C4068 C4066 R3529 C4065 C4063 C4064 R3540 Q6401 2 2 R6437 C3508 P1 L6403 IF_TEST R6410 C6443 C6444 Q4014 Q4007 Q4003 3 2.8V_RF_TEST R6409 R6411 C3045 R4049 23 3 2 4 5 3 Q4012 07 ANT_C J6400 Q4009 R4030 FL6401 2 C3534 R4035 2 5 Q4015 C6414 3 D4000 R R6407 C3533 R6433 R6434 R6432 C6413 C6412 L6402 C6437 R3545 C1 C3A3 R6430 E6400 R3548 C6436 C6435 U6405 VR6400 R6435 R6436 C6438 EMERGENCY IGNITION_SENSE 3-4 C0641 C0640 VHF (136–174 MHz) 1–25W PCB / Schematics / Parts List 3-5 C3018 2 1 2 3 Q4006 Q4005 R4051 2 2 Q4008 3 3 3 2 Q4004 Q4010 Q4011 3 2 2 3 3 2 C4013 C3202 L3200 1 9 16 C3209 C3212 R1000 C1001 C1018 16 Q3202 R1036 C1015 R1002 R2012 1 Q3200 8 C1037 C1036 C1007 C1016 L3202 C1014 C1011 R2005 C1008 R1066 C2005 R1006 C1005 C1019 R4000 C2500 C6451 R3594 C1017 TP_SDRAM_BA0 C2004 TP_SDRAM_BA1 R2013 R4034 C4035 C2001 R4106 C2003 C2002 R0107 C0122 R0108 C0109 R0101 Q0100 C0171 R0146 C0120 R2529 C1004 C1012 C0127 C0175 C0103 U3040 R1001 C0332 C0144 C0143 C0129 R0119 R0123 C0125 R0111 2 3 Q4000 R3003 C3046 R3004 3 3 VR3503 R3547 R4001 6 4 R4002 R1071 3 R3526 R3033 E4000 R4003 C3515 C1032 C3040 R4004 C3514 C3010 E3503 R3583 R3580 R1026 E3502 R4005 6 C3262 C4006 R4061 VR3206 R3576 R1005 34 R3205 C4033 R3571 R4063 C4032 C3247 E3205 R1041 C3208 R4064 C4031 R3206 R4065 C4030 C3248 VR3204 TP_POR R4066 C4029 2.9V_MAKO_V6 C3529 R1017 C3234 R4067 C4028 C1034 C3210 R1025 C3225 R1014 C1002 U3500 C1003 R1035 C3226 E3500 R1019 TP1000 VR3202 R1034 R3504 C1006 R2000 R1027 C3239 TP_SDRAM_CLK R1020 C1033 R3233 R2004 VBUS2_CMD C3513 C3220 C1013 C1031 VBUS1_CMD R3507 R1067 C2000 C3219 C3277 C3280 R3503 R3500 C3283 C4027 R4068 C4026 R4069 C1009 R3516 R3596 C4025 R4070 R1021 9 R3501 C4024 R4071 R3520 C2007 23 C4023 4 R4006 TP4000 Q3500 C4022 C3213 Q3203 R2011 C4021 R4095 2 3 C4020 4 R2008 C2006 R2006 C3216 D4001 C4019 Q3204 R2009 R2007 R2010 C4018 R4009 C6429 TP_SDRAM_CS C4017 R4010 C4016 U6407 C6421 C4034 U6402 E4001 C6408 C4076 C6418 C6433 C6422 C6428 E4004 R6443 VR4007 C4015 R6446 R4012 C4014 R4011 C6445 R3056 2 U3005 E0703 R0320 U1006 C1030 C1000 R1045 C1010 R3532 Q3501 C0177 C0140 R0158 C0133 R0155 Q0102 R0114 R0157 R0116 R0102 C0132 R0156 R0148 R0109 C0124 C0178 R0147 R0161 C0113 C0196 C0130 C0180 C0121 C0118 R0106 C0100 C0146 C0117 R0144 C0105 2 R0105 Y0100 C0195 C0102 3 4 L0100 C0145 R0110 C0142 C0141 E0608 25 SH0100 CR0300 C3501 C3238 C3254 R3217 C3240 C3229 C3249 R3515 C3545 C3538 R3595 8 C3530 C3516 R3505 R3588 R3514 R3509 R3550 C3511 3.6V_ 9 RT3500 C3518 C3523 R3508 MAKO_ C3521 SW1 C3528 R3203 C3520 R3538 C3278 C3276 C3211 C3531 R3587 C3273 R3535 R3537 C3207R3218 C3203 8 5 R3224 4 Q3201 R3225 R3560 R1028 C3524 C0325 C0329 C0334 R0319 C0361 C0310 R0321 CR0304 CR0303 L0309 C0111 C0128 C0104 R0118 R0117 R0100 C0110 R0159 Q0106 CR0207 CR0208 L0217 CR0204 CR0203 L0504 L0209 C0250 C0360 L0307 L0215 C0320 C0313 C0208 C0243 C0245 R0241 L0310 C0213 CR0202 CR0205 CR0301 CR0201 CR0206 C0326 R0211 L0218 L0210 C0226 R0311 C0253 SH0200 C0126 1 R3035 3 4 6 Q0701 L0214 C0246 C6426 R6402 R6403 C6427 E6407 E6402 C6417 C6419 C6416 R6445 R6449 R6444 R6466 C6420 R6465 R6450 C6406 R6461 R6454 C6450 C6423 R6455 R6460 C6439 R6459 C6440 R6458 R6456 E6401 C6431 C6407 C6430 3 C3505 E3202 L0302 R0305 C0304 C0315 Q0300 L0312 R0316 C0314 C0323 CR0302C0308 C0300 C0301 R0229 R0226 R0224 C0251 L0303 R0225 C0242 C0241 Q0201 MAKO_GATED_32KHz TP_MAKO_DCLK TP_MAKO_FSYNC USB1_SEO USB1_DAT TP_MAKO_TX TP_MAKO_RX USB1_TXEN C0305 R0304 L0219 C0306 C0259 R0301 E3501 R6467 R3042 R0780 R0781 C0824 C0240 C0252 C0236 L0213 Q4002 U3001 6 R0752 R0750 Q0707 Q0700 C0237 C0220 C0214 C0229 R0240 R0216 C0223 L0207 C0437 R0205 C0247 C0215 C0204 L0212 C0225 L0202 C0206 R0201 L0203 C0205 Q0200 R0418 R0204 C0617 C0615 C0611 37 C0621 C0620 1 C0619 R0621 C0201 C0200 U0600 C0646 C0643 R0618 C0642 R0617 13 C0626 Q0405 C0438 C0439 R0417 C0509 C0428 R0623 R0503 R0510 R0412 5 6 4 FL0500 3 R0622 2 TP0602 C0502 C0650 C0605 C0510 C0623 E0600 E0602 C0622 R0606 E0601 TP0601 R0627 C0625 R0607 FS C0627 R0608 C0629 DOUTB R0609 R0610 R0611 DOUTA C0633 R0612 CLKOUT E0604 R0613 PE E0607 R0619 C0638 C0630 C0644 C0645 E0605 E0606 L0608 PDR0614 C0631 PC D0601 R0615 L0604 C0515 Q0501 R0422 R0437 R0423 C0450 R0424 L0411 C0451 C0440 R0420 R0419 R0425 L0407 C0442 R0421 R0432 C0457 Q0402 C0414 C0504 C0424 C0425 C0423 C0427 C0426 C0433 C0516 D0403 C0417 C0416 C0405 C0408 L0414 L0506 R0436 C0432 C0431 C0429 C0430 C0434 R0439 R0410 R0411 L0404 R0440 C0420 C0409 L0403 C0455 L0402 L0401 R0406 C0419 R0409 C0435 C0411 D0401 C0410 C0406 R0407 3 C0904 D0903 R0404 C0418 R0435 2 R0779 R0777 L0900 C0771 R0761 C0804 C0805 R0756 R0753 1 R0757 R3036 R0751 M0700 Q0708 R0722 3 4 6 6 4 3 C0802 Q0709 R0721 R0737 R0739 R0730 R0716 R0712 R0731 SH0900 R0928 RT0908 1 R0727 R0746 C0823 L0405 C0413 C0951 C0936 C0937 D0902 U0941 C0947 C0949 R0917 C0914 L0901 R0929 C0918 R0925 S 4 SP0701 SP0706 SP0705 R0734 D0901 8 R0940 C0922 C0921 C0950 C0948 R0936 R0937 R0926 C0934 C0935 L0902 R0927 C0926 C0931 G 5 S 6 1 C3506 C3009 R3010 C3504 R3009 U3006 2 7 C0929 R0950 SP3001 SP3000 R0982 3 Q0710 SP0702 2 U3002 S R4044 C4044 C3008 R3032 R0980 R0981 Q0702 8 4 U0940 5 R3002 C4000 C4001 C4002 C4003 C4004 C4005 2 D R0773 C0713 SP0704 SP0708 SP0707 SP0703 3 S C0731 VR4002 VR4001 5 E0700 E0701 C0700 C0799 R0748 E4005 Q4013 C4075 VR4000 VR4005 VR4003 R4043 R4045 C3007 R4040 R4041 R4046 R4047 R4042 C4046 C4043 C3005 C4040 C4041 C4047 C4042 C4045 C3019 C3002 Q0901 R0924 C3006 C0702 R0930 C0915 25 R4048 C0701 R0745 J4000 C4048 R4050 1 3 4 6 3 R0742 2 1 Q0704 4 C0711 C0797 C0796 R0749 C0798 C0778 Q0706 C0777 L0725 C0779 R0914 R0923 D0900 C0908 C0909 R0931 R0738 R0735 R0907 R0901 C0900 R0903 C0901 C0906 6 4 R0900 Q0900 3 C0907 R0902 D0906 R0916 R0920 U0901 C0939 R0906 R0915 R0909 R0911 R0912 C0910 C3015 C0708 E3000 C0707 C3000 C0710 VR4004 C0704 L0728 26 2 C0709 C0703 C0706 C0714 C0712 C0705 R0713 C0738 VR0700 C0776 R0729 2 3 J0700 J3000 J4001 30 VHF (136–174 MHz) 1–25W 8471495L03 Top Side VHF (136–174 MHz) 1–25W 8471495L03 Bottom side J4002 11 J4003 14 C0115 R0113 TP504 TP501 TP503 TP502 TP_TEST1 C0119 TP_TEST2 R0134 C0159 C0160 C0162 C0193 C0191 C0165 C0164 C0163 C0157 C0192 C0194 C0151 R0127 C0138 SH0101 SH0500 C0507 C0613 C0602 C0603 R0601 E0609 Q0601 L0503 C0649 L0602 C0607 C0449 C0506 R0508 D0600 C0628 C0614 C0604 R0415 R0416 L0406 R0408 R0430 Q0403 R0509 C0512 C0503 R0501 R0512 L0605 R0616 C0601 TP0600 C0412 C0452 C0453 C0454 C0404 C0637 C0635 C0634 C0636 R0401 C0514 R0500 R0626 C0651 6 4 R0431 3 D0402 C0403 C0421 D0400 L0400 TP0400 C0923 C0402 E0401 C0401 R0944 R0951 C0953 U0942 R0943 U0900 C0913 1 R0947 R0942 C0902 R0941 R0946 R0954 TP0910 C0925 R0955 RT0953 TP0909 R0976 R0977 TP0907 C0940 C0723 C0941 L0903 C0942 R0978 C0767 L0724 TP0903 TP0913 23 07 R L0710 C0735 C0742 D0703 C0772 R0975 R0979 C0945 TP0904 L0722 C0722 C0721 D0905 C0640 R0413 R0428 R0921 R0625 3 T0400 6 4 C0912 U0601 C0448 C0917 Q0902 R0918 C0739 D0500 4 6 T0401 3 C0927 R0910 C0920 C0919 C0916 R0919 R0922 C0911 C0422 R0402 CR0400 R0938 R0400 C0456 D0405 R0970 C0766 Q0401 R0960 R0972 D0702 R0511 L0709 TP0911 C0928 C0750 L0706 C0727 C0726 L0731 C0513 E0500 E0610 L0708 L0730 C0632 R0414 L0707 C0740 R0732 R0733 R0719 R0736 R0726 R0717 R0775 C3013 C3012 R3006 EMERGENCY R6436 C6438 C6436 R6435 IGNITION_SENSE VBAT VBAT_GROUND D0700 C0741 C0730 C0729 C3014 C0944 C0822 Q0500 R0502 L0410 C0441 TP0401 L0723 R0429 E0403 C0436 L0412 C0458 C0446 TP0707 C0791 C0792 C0794 R0755 C0818 C0770 R0728 R0720 R0718 S0700 C3020 R3005 L0714 E0603 L0409 L0721 C0612 C0445 R0427 L0729 L0603 C0447 R0434 R0433 C0443 L0408 R0426 C0444 C0753 L0715 Q0705 R0754 C0793 C0746 TP0711 R0740 C0795 L0720 C0618 Q0600 R0602R0603 R0624 C0616 C0610 R0605 R0604 TP0301 R0220 L0200 C0202 C0752 C0819 L0702 E0702 L0705 C0734 C0716 TP0713 TP0703 L0700 R0160 C0222 R0221 C0732 E0704 C0806 R0711 C0728 U0700 TP0704 TP0705 C3500 R3569 Q0108 5 34 C0235 C0233 3 C0302 4 6 C0265 U0303 L0230 R0218 C0258 C0257 C0262 U0201 C0261 R0213 C0249 L0205 C0248 TP0200 R0210 R0202 C0203 C0217 R0203 C0221 C0324 R0310 R0312 R0306 R0303 R0302 Q0302 C0312 C0318 C0328 C0327 R3502 VR3000 TP_VCTRL C0137 TP_ADAPT_SW C0179 C0101 R0120 2 R0104 3 R0115 U0101 Q0107 R0125 R0122 C0150 R0128 R0131 C0148 C0158 L1 R0103 C0135 R0139 C0166 R0140 C0149 R0327 R0340 U0305 L0305 C0311 U3004 C3017 C0803 C0648 C0123 R0328 U0304 R0345 Q3208 C3290 C3289 C3206 C3215 2 R2500 TX_RAMP 3 4 Y3200 A14 C0724 C0725 R0620 R2514 R2512 R2528 R2526 R2527 C0322 R0334 R0332 C1 C3A3 R6430 C6435 R4035 C0647 C4091 C4092 R2501 R2507 C0134 C0136 R2504 C0156 R2506 R2517 R2516 R2513 R2518 R2525 U0100 R4098 C0349 C0348 Q4015 R4030 L11 R6437 C0131 C0339 C0338 R3575 ANT_C J6400 C3534 C0112 A11 2 R2508 AA1 C3045 C0161 G1 R4049 R2524 Y1000 4 U4010 R4076 R4078 R4080 R4081 R4082 R4083 R4085 R6418 R6417 R6416 C6452 R6419 IF_TEST 2.8V_RF_TEST Q4012 C0108 A1 3 U4009 R4074 TP_FLASH_CLK R3215 P1 Q4009 C4051 C4053 C4055 C4062 C4061 C4060 C4058 R2511 R2509 R2510 USB1_DP R1046 R3207 R3252 R3250 U6401 Q4007 Q4003 Q4014 Q4001 C4063 R6433 3 Q6401 R3548 2 1 R3545 C4064 2 C3541 C4066 R3540 3 C6434 5 4 E4002 4 U3501 C6449 7 P14 5 8 C3542 R4033 6 10 5 8 C4065 R6464 U4001 R3593 3 R4055 C4085 U3503 R3572 R4032 2 VR3504 R6401 R1047 8 C4068 14 C4084 C4067 C3257 R3556 C4073 RF_ATTN_2 R4088 C4069 C3232 R4079 U3200 R4089 VR3207 R3555 Q3505 2 APM_1_WIRE R3579 R3046 C3252 R3542 3 C3041 R3045 MAKO_CE R3552 C4070 R3541 C1035 C3228Q3504 3 C3527 R3048 VR3205 8 5 R4054 SPI_MISO_1 R4031 2 VR4006 R3047 R3533 P1 U3030 SPI_MOSI_1 A1 1 R3554 3 SPI_CLK_1 E3201C3237 C3260 VR3203 4 VR3040 EXT_PTT 2 6 4 C3525 VBUS2 MAKO_V8_5V C3205 3 C3233 Q3503 Y3201 R3534 USB2_DP 2 C3030 R3530 D3200 3 USB2_DM R3219 R3549 R3220 R3209 6 VR3201 VR3208 R3248 R3053 R3039 Q3041 MAKO_V9_3V R3236 C3522 C3261 EXT_MIC C1 C3275 R1048 U3203 C3A3 3 R3581 4 6 R3226 Q3206 U3003 D3030 C3282 U3202 R3582 Q3030 7 R3043 U3505 1 C3044 5 VR3200 8 14 J2500 R3008 R3524 R3506 Q3209 1.5V_RTC_TEST A1 VR6400 C3533 C0114 C0107 C0106 R0126 C0147 VR4008 C3508 E4006 U2001 C4088 R3240 R3208 U6406 Q6402 6 43 R6409 C4059 C4094 C4093 C4049 R4105 Q3210 C3201 32 45 Q3207 8 5 4 R3239 C3266 FL6401 C6414 R6407 C4011 C4012 C4010 C4007 J9 A9 R4096 C4089 R4097 R4099 R4093U4007 U4005 A8 G8 U4006 U4004 C4086 C4087 U2000 C4090 P10 R6411 R6410 C6443 USB1_DM VBUS1 R3238 L6402 R6432 D4000 10 U4008 C6413 C6412 C6437 U6405 R6434 07 R4094 R6405 R3034 D3040 E2500 R3055 2 R3030 3 4 R3513 R3038 R3041 C2501 Q3032 C0719 C0720 C3536 C3042 C3502 R3511 C6444 1 C3032 C6401 C3503 2 3 C3540 SPI_CLK_TEST L6403 R3040 C3539 R3578 I2C_ R3050 R3573 R3558 CLK C0786 R3574 R3057 R3559 I2C_DATA CLK_ACQ_TEST C0821 C0817 R6457 C3021 R3054 R3051 R3037 L0717 R6440 8 VR3502 1 C3031 R3052 U4000 R6438 C3519 C0790 C0820 C3509 9 16 R6439 ROUT_TEST 8 C3510 14 TP0709 L0719 U3502 R3525 R3528 C3507 R6420 7 1 C3517 R3521 R4086 R4023 C6446 C4071 C3526 R4103 C4072 C0801 R0747 R6404 R4101 C4074 R3536 TP0710 R4100 Q3502 R3553 C3532 3 4 6 R3551 C0783 INT_ 3 R3523 MIC R3539 C3011 R3007 Q0703 C0775 C3512 L0716 C0780 C3016 R0715 R6468 1 L0718 R3544 C0755 U6404 U6408 R3546 C3535 R3228 R0714 C3222 C0754 C3274 C0733 R6470 TP0702 C3243 R3210 C3227 R6469 C3231 C3221 Q3205 R0760 C3043 R3512 R3586 C0745 E3208 E3206 E3203 C0717 R0759 R3591 C0718 R3510 Q3040 U3504 R3044 R0702 U3508 R3592 R3584 C3279 R3585 R0706 R2502 C3200 R3200 R2519 TX_RAMP_DAC R3577 L3201 R2520 21 R3241 1 C3270 R3247 R3246 6 4 C0218 C3269 R3249 U3201 L0304 C3218 1 3 E4003 R4090 R0336 R3245 C3217R3222 R3223 TP0300 L0211 R3243 L0300 R0208 R0337 E0301C0219 C3291 C0319 C0303 C0238 E0201 C0211 20 L0311 C0309 C0239 R0308 R0307 L0204 Q0202 22 5 C0364 C0207 C0307 C0264 R0339 R3204 C3265 34 R0343 R0212 C0317 C0209 C3214 C0260 R0338 C3281 L0221 C0224 R0206 C0321 C3272 R3253 A21 AA21 C3204 L0206 R2515 R0347 R1060 3 L0306 C0331 R0230 R0207 C1044 2 R0333 R1054 R0219 R1070 R3227 R1044 C0231 R3237 R3216 U1000 J1 A1 SH0300 OPT_SSI_SYNC C6432 A10 E6400 R3529 R MMP_1_WIRE 3-6 VHF (136–174 MHz) 1–25W PCB / Schematics / Parts List C0943 R0973 L0904 D0904 R0913 C0903 SH0901 E0404 C0407 E0400 Q0400 C0400 R0403 C0641 VHF (136–174 MHz) 1–25W PCB / Schematics / Parts List 3-7 PA_SUPPLY 9V3_PA 9V3 RAW_B+ 9V3_PA 9V3 5V_SW 1.875V_DIG_V2 2.775V_DIG_V4 2.775V_ANA_V7 5V 1.8V_TH_DIG 2.8V_TH_DIG 2.8V_TH_ANA SPI_BUS(0:4) SPI_MOSI SPI_MISO SPI_CLK THK_CS ABACUS3_CS TX_SSI_DATA TX_SSI_CLK TX_SSI_FSYNC 0 0 1 1 2 2 3 3 4 4 TX_SSI_BUS(0:2) 0 0 1 1 2 2 RX_VCO_SEL1_ RX_VCO_SEL2_ TX_VCO_SEL1_ TX_VCO_SEL2_ SPI_MOSI_IN SPI_MISO_IN SPI_CLK_IN TH_CEX ABACUS3_CEX_IN RX_VCO_SEL1 RX_VCO_SEL2 TX_VCO_SEL1 9V3_SYNTH_IN 9V3_VCO NC VCO_VHF VCTRL SF_OUT HP_MOD_OUT PRSC VCTRL SF_TH HP_MOD_OUT PRSC 9V3_SYNTH 9V3_VCO TXINJ TX_INJ TX_HP_VHF ( TX: SHEET 1) ( RX: SHEET 2) ( PA: SHEET 1) ( PC: SHEET 2) SDTX TX_CLK SFTX SYNTH 9V3_SYNTH_OUT 9R1 PREDRIVE_SW 9V3 9R1 RXINJ RX_IN CONTROLLER_&_GPS_R2 PREDRIVE_SW ( TOP LEVEL: SHEET 1) RF_ATTN_1 RX_SSI_BUS(0:2) 0 RX_SSI_DATA RX_SSI_CLK RX_SSI_FSYNC RX_SSI_SYNCB DMCS RESET_OUT ADAPT_SW LOCK_DETECT 1 1 2 2 16.8_GPS PREDRIVE_SW PC_ATTEN_ENA PA_BIAS TX_DAC ANT_ENABLE LO_BATTERY_DET PA_TEMP 0 RX_SSI_DATA_PASS_OUT RX_SSI_CLK_PASS_OUT RX_SSI_FSYNC_PASS_OUT ABACUS3_SYNCB_IN DMCS RSTB ADAPT_SW LOCK 16.8_GPS SPI_MOSI_OUT SPI_MISO_OUT SPI_CLK_OUT ABACUS3_CEX_OUT 0 RX_SSI_DATA_PASS_IN RX_SSI_CLK_PASS_IN RX_SSI_FSYNC_PASS_IN 0 FINAL_BIAS_1 TX_DAC ANT_ENABLE LO_BATTERY_DET 1 2 9V3_TX_SW 3 1 2 ABACUS3_SYNCB_OUT 5V_BE 1V8_BE 16.8_REF 9V3_TX_SW RX_INJ NC RXFE_VHF RX_IN ( 1 SHEET) NC 9R1 RF_ATTEN_1 FE_TUNE RX_FLTR_VCTRL IF ABACUS_SPI_BUS(0:3) 0 1 2 3 ABACUS_SSI_BUS(0:2) SPI_ABACUS_DATA SSI_ABACUS_DOUTB SPI_ABACUS_CLK SPI_ABACUS_CEX IF 0 1 2 SSI_ABACUS_DOUTA SSI_ABACUS_CLKOUT SSI_ABACUS_FSYNC SSI_ABACUS_SYNCB RXBE_73.35MHZ (IF AMP: SHEET 1) 16.8_MHZ_BUFF 5V 1V8 16.8_REF (ABACUS3: SHEET 2) VHF (136–174 MHz) 1–25W Overall Schematic Diagram VHF (136–174 MHz) 1–25W PCB / Schematics / Parts List 3-8 9R1_FILT 10 dB Attenuator ON @ High for RF_ATTEN_1 E0400 E0401 BK1005HM471 RF_ATTEN_1_8 RF_ATTEN_1 9R1_FE_7 Q0400 BK1005HM471 E0404 BK1005HM471 6 1 5 C0407 1500pF 4 C0403 51pF Q0401 UMT1NFTN 2 9V3_TX_SW 9R1 3 R0402 22 R0403 0 R0431 C0405 1500pF 10K D0402 MMBD6100 C0456 1500pF Hi-Side Zeros for Preselector (Micro-strip 40 mm Aggregate) R0400 15K L0401 56nH R0439 3.6K L0400 560nH 10nH L0405 L0402 10nH 1 R0407 220 2 C0418 470pF 3 CR0400 C0454 1500pF C0452 15pF MMBD352 C0421 4.7pF C0422 43pF C0420 3.9pF NU (VALUE) L0406 39nH 5% C0424 43pF C0425 51pF C0426 43pF 2 R0437 150 R0436 150 Q0402 NE85634 R0409 3K C0427 51pF C0429 51pF C0428 43pF R0410 100K R0413 680 C0433 1500pF R0412 100K C0431 56pF C0430 43pF C0432 51pF 9R1_FILT R0428 0 1 2 4 (In-Band Tuning range 2.70 ~ 7.80 VDC) R0408 10K E0403 BK1005HM471 L0404 10nH 2 10 dB Attenuator C0423 56pF R0411 39 2 C0419 0.10uF (V AL UE ) 1 10nH L0403 C0409 12pF R0406 620 (V AL UE ) (V AL UE ) 1 2 NC C0413 1500pF R0440 20 C0453 39pF C0412 47pF 1SV228 D0403 1 1 RXIN_FE_6 RX_IN C0414 1500pF C0455 1500pF C0435 1.0uF L0414 560nH 3 1SV228 D0401 3 R0435 470 D0400 C0410 20pF C0417 15pF C0416 15pF (V ALUE ) C0411 20pF 3 TP0400 TEST_POINT C0408 6.2pF R0404 2.7K 3 C0406 6.8pF 1 C0404 1500pF (V) ALUE C0401 0.1uF C0402 1500pF (V AL UE ) 9V3_TX_SW_8 R0401 1K C0400 1500pF MAKO ( 0 ~ 4.6 VDC) FE_TUNE_FE_3 C0434 1500pF R0414 680 Q0403 UMZ2NTR FE_TUNE R0415 680 6 5 R0430 10K 3 R0429 680 C0436 1500pF R0416 680 9R1_FILT R0433 0 IF_FE_3 IF R0434 270 R0427 51 C0458 82pF TP0401 R0421 0 RX_INJ_FE_5 C0450 9.1pF R0422 51 C0451 68pF L0409 68nH 2% C0444 24pF L0410 47nH 2% C0445 30pF C0446 10pF C0447 24pF C0448 22pF 4 3 2 1 C0449 10pF R0424 150 47nH L0411 R0425 1K R0432 62 C0457 1500pF 7.5 dB Attenuator VHF (136–174 MHz) 1–25W Receiver Front-End Schematic Diagram 3 3 T0400 XFMR IO2 IO1 1 NC NC D0405 6 2 5 5 4 2 1 6 NC RX_INJ R0423 150 L0408 68nH 2% R0426 10K IO3 C0443 24pF Q0405 NE85634 T0401 XFMR C0441 3.9pF C0442 1500pF R0420 2.7K IO4 C0440 0.10uF C0438 1500pF R0419 2.7K 4 L0407 560nH R0418 2.67K L0412 150nH 1 TEST_POINT C0439 1500pF NU C0437 1500pF R0417 56 NC VHF (136–174 MHz) 1–25W PCB / Schematics / Parts List 3-9 5V E0500 BK1005HM471 R0511 1.2K 5V_BE_5 5V R0501 330 3 IN R0503 30K C0506 0.10uF C0509 NU GND2 4 C0502 0.10uF C0504 0.10uF L0506 820nH IF_TO_ABACUS IF_OUT Q0501 PBR941 C0503 0.10uF C0515 3 1 0.76V 5 CC2 C0510 6.2pF C0512 0.10uF R0509 4.7K 2 CC1 L0503 330nH 1.6V 1.43V OUT 6 1 GND1 IFIN_BE_8 R0512 51 FL0500 MXF45 44.85MHz IF C0513 0.10uF R0502 20K VHF -- 44.85MHz UHF -- 73.35MHz 4-POLE C0507 18pF R0500 5.1K C0514 0.10uF NU Q0500 PBR941 2 D0500 MMBD352 C0516 0.72V NU R0510 30K R0508 56K L0504 NU SH0500 SHIELD 1 VHF (136–174 MHz) 1–25W Receiver IF Amp Schematic Diagram VHF (136–174 MHz) 1–25W PCB / Schematics / Parts List 3-10 VVCO TP0602 TEST_POINT C0601 43pF SPF_3.5V C0603 220pF C0602 .01uF 1 TP0600 TEST_POINT R0601 C0604 0.10uF 68 TP0601 C0650 30pF R0621 0 TEST_POINT R0602 10K IF_OUT C0605 43pF C0607 18pF Q0600 NE68519 R0623 NU R0622 NU C0611 1000pF 5V 3VA .01uF C0615 C0614 43pF R0605 330 BK1005HM471 E0600 C0617 0.10uF 3VA 2nd LO LF C0610 68pF C0612 13pF L0602 2.7uH R0624 5.1K C0613 0.1uF R0604 24K C0616 NU L0603 270nH R0603 510 C0649 3300pF D0600 1SV305 Abacus SSI FS = 20 kHz Abacus SSI CLK_OUT = 1.2 MHz E0601 BK1005HM471 Abacus SPI CE = Active Low (2.8 Vp-p) R0606 51 C0618 1uF 2nd LO VCO UHF (71.1MHz/75.6 MHz) 2nd LO VCO VHF (42.6MHz/47.1 MHz) C0619 0.10uF L0604 10uH C0620 0.10uF L0605 10uH C0621 0.10uF 3VA C0622 1000pF E0602 FREF_IF 16.8_REF 38 39 37 GNDP IOUTL 41 42 43 44 45 40 VDDL VDDP LON LOP CXVL CXIF GNDI CXVM DOUTB GCN DOUTA CLKOUT PD PC VDDD PE 35 R0607 NU 34 33 R0627 0 SB_1_BE_5 SSI_ABACUS_SYNCB 32 R0608 0 31 30 FS_1_BE_5 29 R0609 0 28 DOUTB_1_BE_5 SSI_ABACUS_FSYNC SSI_ABACUS_DOUTB SSI_ABACUS_DOUTA 27 R0611 0 26 DOUTA_1_BE_5 25 C0630 0.10uF 24 23 GNDD VDDH 22 CLKN 21 20 VREFN CLKP GNDA VREFP GNDS1 VDDA 13 12 FS U0600 AD9864 GCP GNDC 11 VDDF 19 R0610 0 GNDH 18 C0629 2200pF 10 IF2P VDDC 9 SYNCB GNDQ 8 0.10uF C0628 GNDS2 17 7 BK1005HM471 FREF GNDF IOUTC 6 36 GNDL IF2N VDDQ 5 E0603 MXON 16 4 MXOP 15 C0627 100pF 3VA 3 RREF 2 IFIN 1 C0626 100pF VDDI 48 47 C0625 200pF 14 BK1005HM471 46 1V8 C0623 0.10uF PE C0631 0.10uF FS DOUTA DOUTB PD PC R0612 0 CLKOUT_1_BE_5 R0613 0 FE_1_BE_5 SSI_ABACUS_CLKOUT CLKOUT 3VA E0604 C0632 4.7uF BK1005HM471 C0633 0.10uF C0635 100pF SPI_ABACUS_CLK C0636 100pF R0625 51.1K 1V8 R0626 68.1K 1V8_3 C0641 .01uF 3VA C0651 1500pF E0607 BK1005HM471 E0610 R0616 100K U0601 TK11100CSC 2 5V 6 4 3 E0608 L0608 4.7uH C0642 68pF R0619 10K R0617 10K R0618 390 3VA 1 VOUT NP VCONT VIN C0640 2.2uF 3VA FB GND C0638 BK1005HM471 SPI_ABACUS_DATA FC_1_BE_5 E0606 BK1005HM471 E0605 BK1005HM471 3VA 0.10uF FD_1_BE_5 R0615 0 C0634 .01uF BK1005HM471 SPI_ABACUS_CEX R0614 0 C0637 1.0uF 5 C0643 0.10uF C0644 0.10uF C0645 .01uF R0620 9.1K D0601 1SV305 VVCO C0646 0.68uF CLOCK VCO VHF (136–174 MHz) 1–25W Receiver Back-End Schematic Diagram CLOCK LF E0609 C0647 10.0uF Q0601 73A04 BK1005HM471 C0648 10.0uF VHF (136–174 MHz) 1–25W PCB / Schematics / Parts List PA_SUPPLY_TX_PA IF|if_sig3 3-11 E0700 PA_SUPPLY A+ C0704 .033uF C0705 1000pF C0706 3000pF NU IF|if_sig3 R0702 NU 0 E0704 BK1005HM471 E0702 R0755 27 C0753 82pF NU R0734 15 R0736 15 3 G V_G2 R0982 0 1 1 R0737 15 R0728 4.7K GND1 GND2 S2 S3 S4 R0723 1MEG C0719 51pF C0721 82pF C0725 36pF C0727 11pF 1 POS C0770 1500pF L0710 25nH R0731 51 NU L0904 47nH NU TP0709 TPSM0_762 L0715 150nH C0793 1000pF NU C0783 1500pF C0780 270pF NU R0756 100K C0804 1000pF C0791 56pF C0805 100pF NU C0776 1000pF R0738 51 NC R0757 47K TP0710 TPSM0_762 C0817 150pF NU D Q0705 L0716 8.2nH C0820 150pF NU C0821 150pF NU L0717 12nH C0779 39pF C0777 1000pF C0778 150pF C0772 10pF NC R0979 0 V_G1 R0747 100 9V3 NC NC NC NC C0802 270pF NU 9V3 R0781 1K 9V3_TX_SW_Main Q0708 V_G1 Long Trace around PA REV_DETECTED Bypass both sides S0700 SWITCH C0823 1000pF NC IF|if_sig3 R0751 27K C0945 1000pF L0729 1.2uH FWD_POWER Q0709 9V3 R0750 18K Final_Bias 9V3 Q0707 V_cont V_G2 C0944 10pF NC D0703 C0795 470pF L0718 68nH C0943 1000pF Q0704 R0745 470 TP0711 TPSM0_762 S G Final_Bias C0794 47pF NU L0719 6.8nH C0942 1000pF D0905 Q0706 C0792 470pF C0786 470pF C0790 220pF R0976 39 L0731 100nH VR0700 C0775 .022uF R0973 0 R0975 82 C0941 24pF R0977 39 L0730 100nH V_cont L0728 1.5uH C0940 1000pF R0978 0 C0767 470pF L0725 1.2uH R0713 30K W = 22.6 mil C0750 13pF R0729 10K R0735 100 9V3_TX L0723 28nH D0904 C0766 27pF R0740 0 L = 1030 mil W = 22.6 mil C0723 470pF S = 35.4 mil W = 90.2 mil L0709 25nH C0740 47pF C0739 43pF A+ R0730 1K L0708 18nH C0742 8.2pF D0702 R0981 2.4K L0707 18nH L0724 25nH Q0710 M0700 HEATSINK L0706 25nH S = 35.4 mil MRF1535 Flat Lead R0980 100K R0727 22K L0721 25nH L0722 17.5nH C0741 22pF R0739 15 Load L0720 18nH D0700 C0729 28pF NU TP0707 TPSM0_762 R0722 22K C0818 470pF NU C0755 43pF NU C0754 180pF L0714 17nH 1 1 Q0703 R0759 0 C0752 75pF NU SP0704 C0819 36pF R0754 27 R0733 15 C0735 180pF G R0732 15 R0720 27 C0734 470pF TP0705 TPSM1_50 Test Point to check Ref Osc warping R0726 15 3.8V @ Id=55mA 1 J0700-1 2 J0700-2 3 J0700-3 C0803 20pF C0730 27pF NU C0724 36pF D SP0703 3 C0722 11pF NU C0726 82pF Q0702 R0721 15 C0746 470pF C0720 51pF SP0702 R0715 75 C0745 470pF R0718 27 R0972 0 R0710 1MEG SP0708 L0705 150nH D 1 2 GND1 4 GND2 R0714 75 VD_RF_OUT RF_IN R0719 15 2 S 1 R0717 15 TP0702 TPSM0_762 U0700 NU C0733 470pF R0711 120 R0760 10K TP0704 TPSM0_762 -5 dBm L0903 47nH NU R0970 100 R0716 15 SP0701 TPSM0_762 TP0703 -5 dBm R0712 15 SP0706 R0706 220 L0702 33.47nH C0716 270pF NU C0717 1000pF C0732 270pF NU C0718 1000pF 1 Q0701 IF|if_sig5 +7.5 dBm C0731 470pF C0806 1500pF S1 R0780 0 C0714 470pF C0713 470pF NU L0700 17nH R0746 IF|if_sig8 9V3_TX_SW 0 1 1 47K PREDRIVE_SW C0728 470pF R0742 10 Load 1 Q0700 TX_INJ TX_INJ_TX_PA C0709 0.1uF C0708 1000pF E0701 To Rx PIN diode for 12mA bias 10K C0711 .01uF SP0705 R0777 100K Antenna_En C0738 2.2uF To Tx/Rx Switch bias - 10mA 9V3_TX_SW_Main R0779 0 E0703 C0710 10uF 9V3_TX 9V3_TX 9V3_PA C0712 470pF C0707 3000pF NU SP0707 C0702 1000pF C0701 .033uF C0700 33pF C0703 33pF C0824 1000pF NU C0822 1000pF FWD_DETECTED RX_IN_TX_PA IF|if_sig6 RX_IN C0771 470pF NU C0801 1500pF 9V3_VCO ANT_ENABLE_TX_PA IF|if_sig5 ANT_ENABLE IF|if_sig7 R0775 NU 0 9V3_SYNTH IF|if_sig7 NC NC R0749 0 R0748 56K R0773 68K C0798 1000pF C0799 150pF C0796 150pF C0797 1000pF R0761 0 Antenna_En R0753 1K Final_Bias TP0713 TPSM0_762 IF5 IF|if_sig4 FINAL_BIAS_1 V_cont V_CONTROL R0752 0 VHF (136–174 MHz) 1–25W Power Amplifier Schematic Diagram VHF (136–174 MHz) 1–25W PCB / Schematics / Parts List 3-12 SH0900 SHIELD SH0901 SHIELD 1 1 NOTE: VOLTAGES SHOWN FOR ANALOG TX MODE 9V3_PC TP0907 1.0V or less, typical C0919 0.1uF C0917 1000pF R0910 1K 9V3_PC C0912 1500pF 8 L0901 560nH 2414017K32 C0918 1500pF L0902 560nH 2414017K32 R0960 2.4K R0900 56K R0906 0 D0900 2 R0901 43K C0914 1500pF R0917 5.6K R0902 3.3K R0919 39K Q0901 8 C0916 1500pF R0924 5.6K 2 C0931 1500pF FB 6 VOUT NP 4 VCONT 3 C0948 1.0uF 5 VIN 6 9V3 L0900 1uH 5 4 C0904 1500pF C0951 0.1uF PC_ATTEN_ENA_TX_PA PC_ATTEN_ENA NC NC TP0904 2.67V (44W) 2.01V (27.5W) R0915 56K 0613952R19 R0916 100 FWD_DETECTED 9V3_PC (VALUE) C0921 0.1uF R0920 33K 8 C0902 0.1uF 2113945C31 1.35V (44W) 8 TP0909 VPOS NC 6 C0908 0.1uF C0909 1500pF 3 U0901-1 4 AD8566 0.38V (44W) TP0903 RFIN ENBL VSET NC FLTR COMM 1 8 3 4 R0950 10K R0955 100K C0953 1500pF INPUT NC1 R0946 3.32K R0951 43.2K R0944 0 R0912 27K 0613952R11 U0900-2 AD8566 C0927 220pF C0928 1000pF 2113944C51 FWD_POWER R0938 0 0613952R66 TX_DAC TX_DAC RESET_OUT GND 4 C0925 1500pF R0943 39.2K 4 R0947 0 U0942 NCP301 3 2 LO_BATTERY_DET 5 R0942 6.81K R0941 0 C0910 1500pF 6 7 C0926 4700pF LO_BATTERY_DET REV_DETECTED TP0911 2 R0911 4.7K 0613952Q89 C0923 2200pF TP0910 9 5 VAPC C0903 1500pF 1.28V (27.5W) GND 7 V_CONTROL 1 C0937 1500pF 9V3_PC C0939 1500pF 2 0.21V (27.5W) C0922 1500pF U0940 AD8315ACPZ-REEL R0940 0 R0909 43K R0914 390K R0923 0 D0903 C0936 1500pF 2.85V (44W) RT0908 47K R0929 47 R0925 5.6K 2.10V (27.5W) C0906 1500pF C0907 .01uF D0902 C0949 2.2uF C0915 1500pF C0934 1500pF R0928 47 R0927 51 U0901-2 AD8566 C0901 0.1uF C0935 1500pF R0926 75 1 GND C0950 1000pF R0930 18K C0900 1500pF R0903 22K 7 U0941 TK11100CSC 9V3 R0907 0 9V3_PC R0922 36K C0913 1500pF C0947 100pF R0937 16.2K 1% Q0900 9V3 9V3_PC 3 4 9V3_PC D0901 TP0913 C0911 1500pF 1 U0900-1 AD8566 R0936 47.5K 1% R0931 0 D0906 C0929 1500pF R0921 2.2K Q0902 R0913 0 R0918 390 C0920 1500pF NC2 1 5 RT0953 47K R0954 430K VHF (136–174 MHz) 1–25W Power Control Schematic Diagram 9V3 9V3 3-13 SPI_CLK_IN SPI_MOSI_IN SPI_MISO_IN VHF (136–174 MHz) 1–25W PCB / Schematics / Parts List 5V_BE_SYNTH 5V_BE 5V_TH 1 1V8_BE_SYNTH C0102 220pF (VHF=1500pF) C0105 0.1uF (VHF=1500pF) 1.8V_TH_DIG_SYNTH 1.8V_TH_DIG R0103 0 (VHF=1500pF) 2.8V_TH_ANA_SYNTH 2.8V_TH_ANA (VHF=1500pF) (VHF=1500pF) C0104 220pF R0102 0 2.8V_ANA C0177 220pF C0101 220pF 1.8V_DIG TP_TEST2 C0100 220pF C0108 220pF C0106 0.1uF 1V8_BE TP_TEST1 1 RX_SSI_DATA_PASS_IN RX_SSI_CLK_PASS_IN RX_SSI_FSYNC_PASS_IN 2.8V_TH_DIG_SYNTH 2.8V_TH_DIG 1.8V_DIG ABACUS3_SYNCB_OUT ABACUS3_CEX_OUT (VHF=1500pF) C0107 RX_SSI_DATA_OUT RX_SSI_CLK_OUT RX_SSI_FSYNC_OUT R0101 0 C0178 220pF R0104 (VHF=1500pF) 47K C0111 0.1uF C0103 0.1uF C0109 0.1uF (VHF=1500pF) Locked: 1.8V Unlocked: 0V C0123 1.0uF R0146 0 R0109 0 NC NC NC NC NC NC NC NC NC NC 16.8_REF R0156 0 NU R0155 0 16.8_GPS_SYNTH 16.8_GPS R0157 0 NU 220pF C0128 (VHF=1500pF) (VHF=1500pF) RX_VCO_SEL1_ D3 SCAN_EN G5 H2 F8 C8 B7 H7 L6 A7 E8 B3 D7 C7 G10 MN_CP_VCC LGND1 LGND2 LVCC2 TX_DAC_GND TX_DAC_VCC ASPI_VCC SSI_GND TM TEST1 TEST2 LVCC1 MN_CP_GND J10 H10 J6 A10 G6 J5 E11 H4 G7 L2 K2 K3 J3 G4 E1 J1 LOCK (VHF=1500pF) DAC_ADAPT VCO_DAC TH_CEX D10 D8 D9 C11 F9 F10 F11 F7 D11 E9 E10 E7 K1 L3 G2 G1 F1 SPI_MOSI_IN TP501 1 SPI_CLK_IN TP502 TP503 1 TP504 1 1 SFTX_SYNTH SFTX TX_CLK_SYNTH TX_CLK SDTX_SYNTH NC NC NC NC NC SDTX DMCS_SYNTH DMCS R0111 0 NC 2.8V_ANA NC NC C0124 0.1uF C0125 220pF (VHF=1500pF) HP_MOD_OUT MN_ADAPT_CP M_PRSCX M_PRSC MN_CP K8 HP_MOD_OUT_SYNTH H1 HP_MOD_OUT H3 J2 PRSC_SYNTH PRSC G3 SF_OUT_SYNTH SF_OUT 5V_TH C0129 0.1uF SF_OUT VOLTAGE: 2.45V TP_ADAPT_SW 220pF C0130 TX_VCO_SEL2_ GPO_3_SYNTH TX_VCO_SEL1_ 220pF C0131 220pF C0132 (VHF=1500pF) (VHF=1500pF) R0113 10K C0133 4.7uF (VHF=1500pF) R0114 2K 5V_TH GPO_2_SYNTH 1 9V3 GPO_1_SYNTH 220pF C0127 ESC_CP MAIN_PDET_VCC NC GPO LINES HI: 2.8V LOW: 0V VCO SEL: ACTIVE LOW 9V3_SYNTH 220pF C0126 (VHF=1500pF) R0158 0 NU SC51650VF NC NC NC 16.8_REF_BE_SYNTH C0121 220pF NU SPI_MISO_IN SFTX TXCLK SDTX DMCS SDR SCLK_OUT RXFS RXACQ ESC_IN U0100 NC NC NC NC 16.8_REF_CONTROLLER_SYNTH R0147 0 NU NC NC NC NC NC NC NC AGC_REF AGC_FLAG ARX_DAC RFSTEPA AGC_DAC DC_CAL BP_I RXI RXIX BP_IX SDM_VAG BP_Q RXQ RXQX BP_QX SCAN_IN RX_EN_OUT PABIAS_DAC CLK2_OUT CLK1_OUT TCLK NTXQ TXQ NTXI TXI INCR_DECR PHCLK FBQ FBI C0119 220pF NU TH_CEX_SYNTH SPI_DR CEX SPI_DW SPI_CLK XOSC_BASE XOSC_EMIT SMD_CLK_GEN_GND OSCREG_SPLY OSCREG_BYP SF_OUT OSCREG_OUT R0110 51 C5 C4 H6 A3 B5 A2 E4 C2 C1 F4 B10 E2 D1 D2 E3 F2 B1 K11 J11 H9 G8 K6 L7 L8 K7 J9 L9 B6 C6 C0113 220pF NU K5 L5 C9 J4 L4 K4 H5 R0108 2K NC NC NC NC NC NC NC G9 CLK_CP H11 CLK_EMIT G11 CLK_BASE E6 RSTB C0122 .01uF ASPI_CLK ASPI_DATA ACE1 ACE2 NC1 NC2 TX_GND2 NC3 NC4 R0107 220 C10 B11 A6 D6 A1 A11 F6 L1 L11 Q0100 PBR941 NC NC C0195 470pF J7 EF_OUTP J8 EF_OUTM NC NC L0100 270nH CLK_VCC CLK_GND TX_VCC SDM_CLK_GEN_VCC XOSC_GND OSCREG_GND SSI_VCC ESC_GND TX_GND1 ESC_CPBIAS ESC_VCC ESC_CP_GND ESC_CP_VCC MAIN_GND ESC_TEST MAIN_VCC (VHF=1500pF) R0106 2.7K GPO1_TEST1 GPO2_TEST2 GPO3_TEST3 GPO4_TEST4 GPO5 GPO6 C0118 0.1uF B9 A9 B8 B2 C3 A5 A8 D5 C0117 220pF R0144 10K SDM_REF_VCC SDM_VREFM SDM_VREFP RX_AVCC1 RX_AGND1 RX_AVCC2 SDM_REF_GND RX_AGND2 C0171 .01uF C0115 1.0uF K10 SUB1 F5 SUB2 F3 SUB3 L10 DEEPSLEEP R0105 240 C0120 .01uF C0114 1.0uF B4 A4 E5 D4 K9 H8 Buffer to Abacus/Controller LOCK_SYNTH C0112 220pF NC 2.8V_DIG C0110 0.1uF C0175 220pF 0.1uF ABACUS3_SYNCB_OUT ABACUS3_CEX_OUT RX_SSI_DATA_IN RX_SSI_CLK_IN RX_SSI_FSYNC_IN 5V_SYNTH 5V 2.8V_DIG 1.8V_DIG ABACUS3_SYNCB_IN ABACUS3_CEX_IN SPI_MOSI_OUT SPI_MISO_OUT SPI_CLK_OUT 1.8V_DIG RX_SSI_DATA_PASS_OUT RX_SSI_CLK_PASS_OUT RX_SSI_FSYNC_PASS_OUT SPI_MOSI_OUT SPI_MISO_OUT SPI_CLK_OUT 2.8V_ANA ABACUS3_SYNCB_IN ABACUS3_CEX_IN 0 2.8V_ANA SPI_MOSI_IN SPI_MISO_IN SPI_CLK_IN SPI_MOSI_IN SPI_MISO_IN SPI_CLK_IN R0100 Adapt ON: 5V Adapt OFF: 0V R0148 120 GPO_4 GPO_5_SYNTH C0134 220pF GPO_6_SYNTH (VHF=1500pF) 4 RF_ATTN_1 Q0107 NTR1P02T1 R0160 100K 3 (VHF=1500pF) C0135 10uF 10K C0140 4.7uF R0117 30K (VHF=1500pF) R0120 10K C0142 220pF C0141 0.1uF (VHF=1500pF) C0144 0.1uF 4 VCC RSTB_SYNTH R0123 56K 1 VC R0161 100K C0196 10uF C0180 0.1uF C0146 220pF 2 (VHF=1500pF) OUTPUT U0101 MC74VHC1GT66 Switch for Adapt Transient 3 C0145 .01uF GND C0147 220pF Q0106 DTC114YM ONOFF_CONTROL 1 INOUT 2 OUTIN R0122 (VHF=1500pF) RSTB 4 NU C0143 220pF ADAPT_SW IN R0118 0 5 R0126 10K NU R0116 0 R0119 27 2 Q0102 BCV62 R2 GND 2.8V_ANA 1 ADAPT_SW_SYNTH R1 OUT C0138 220pF 3 47K R0115 0 C0137 10uF 0 Q0108 DTC114YKAF C0136 0.1uF 5V_TH 2.8V_ANA 9R1 SWITCH FOR FRONT-END R0159 10K C0179 220pF RX_VCO_SEL2_ GND 9R1_SYNTH VCC 9R1 Y0100 TCO5826 16.8MHz R0125 0 (VHF=1500pF) TCXO (Y0100) 1.5 ppm 0.5 ppm 5102495J07 5116032H01 R0127 100 (VHF=51) R0128 0 (VHF=10) VCTRL_SYNTH VCTRL R0131 240 (VHF=150) VCO STEERING LINE VOLTAGE: 0.6V TO 4.4V TP_VCTRL 1 C0191,C0192,C0193,C0194: NU (UHF) SH0100 SHIELD 1 SH0101 SHIELD C0194 C0193 C0192 C0191 C0156 C0157 C0158 C0159 C0160 C0161 C0162 C0163 C0164 C0165 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF C0150 0.1uF C0148 .033uF C0151 0.1uF (VHF=NU) C0149 .022uF VCO STEERING LINE VOLTAGE: 0.6V TO 4.4V (VHF=0.1uF) R0134 27 (VHF=51) R0139 1.6K (VHF=NU) C0166 0.1uF R0140 18 (VHF=NU) 1 Note: High Port modulation injection through loop filter for UHF only VHF (136–174 MHz) 1–25W Synthesizer Schematic Diagram VHF (136–174 MHz) 1–25W PCB / Schematics / Parts List 3-14 SH0200 SHIELD SF_TH SF_TH_VCO_UHF1_6 SF_TH SF_TH 1 C0200 1500pF RX1 C0201 0.10uF Super Filter Voltage (SF_TH) SF_TH: 2.5V R0201 2.4K L0202 680nH C0204 1500pF C0205 0.10uF C0206 1500pF R0204 4.3K R0205 100 C0208 15pF L0203 680nH RX VCO 1 RX Buffer Amplifier C0215 6.2pF C0214 11pF C0213 15pF E0201 L0200 220nH Q0200 RXSL 9R1_VCO_UHF1_7 9R1 CR0201 CR0202 C0220 10pF L0209 680nH R0211 0 L0210 150nH VCTRL C0226 1500pF Steering Line Voltage (VCTRL_TH) VCTRL: 0.6-4.5V L0207 27nH R0203 510 R0202 510 C0223 39pF R0240 NU C0202 .01uF C0203 1500pF C0225 120pF CR0203 CR0204 C0207 1500pF L0212 680nH C0229 36pF L0204 220nH SF_TH R0206 15K C0236 1500pF RX2 R0224 6.2K C0237 0.10uF L0206 27nH R0220 51 R0216 150 R0219 120 L0213 680nH C0217 1500pF C0221 12pF C0222 NU R0221 120 C0242 1500pF C0211 1500pF Q0202 PBR941 L0205 68nH TP0200 RXINJ_VCO_UHF1_5 R0208 47 C0219 8.2pF RXINJ: 180-220 MHz C0218 NU +5 dBm R0210 4.7K C0224 NU R0212 0 R0225 8.2K 1 RXINJ R0207 10 C0240 1500pF C0241 0.10uF C0209 0.10uF L0211 220nH R0226 100 C0243 12pF RX VCO 2 L0214 680nH SF_TH C0245 12pF C0246 10pF C0247 10pF C0238 1500pF Q0201 CR0205 C0250 11pF L0218 220nH R0241 NU L0215 22nH C0231 3.9pF C0251 22pF PRSC (RX): 180-220 MHz -5 to -15 dBm R0230 4.3K C0252 82pF C0253 1500pF CR0207 RX Prescaler 1 RXSL L0217 680nH C0239 0.10uF TP0301 CR0206 L0230 180nH CR0208 PRESC_TX C0265 20pF L0219 680nH RX_VCO_SEL2 C0235 15pF C0233 NU C0248 1500pF C0249 0.10uF C0260 1500pF C0261 1500pF U0201 RX1 C0262 1500pF R0229 150 RX1_SEL: 2.7 V (High) 0.1 V (Low) VHF (136–174 MHz) 1–25W Receiver VCO Schematic Diagram RX2_SEL_VCO_UHF1_5 RX_VCO_SEL1 PRSC L0221 180nH C0259 20pF R0218 10K R0213 10K RX1_SEL_VCO_UHF1_5 PRSC_VCO_UHF1_5 RX2 C0264 1500pF C0257 1500pF RX2_SEL: 2.7 V (High) C0258 0.10uF 0.1 V (Low) VHF (136–174 MHz) 1–25W PCB / Schematics / Parts List 3-15 R0337 0 TX Buffer Amplifier TX1 VSF R0321 10K C0300 1500pF SF_TH C0301 0.10uF HP_MOD_OUT_VCO_UHF1_7 R0301 3.9K C0360 4.7uF 9V3_VCO C0302 .01uF C0303 1500pF R0303 510 R0302 510 L0302 680nH AMP_SEL C0304 R0319 20K 1500pF C0310 1.0pF HP_MOD_OUT U0303 C0305 0.10uF C0361 1500pF 9V3_VCO_UHF1_7 Super Filter Voltage (SF_TH) SF_TH: 2.5V C0332 2.4pF R0320 100K E0301 L0300 220nH C0334 220pF C0306 1500pF C0307 .022uF R0304 4.7K R0305 100 C0308 CR0300 C0309 1500pF 1 15pF L0303 680nH TX VCO1 C0313 C0314 15pF 15pF C0311 1500pF C0315 2.0pF C0317 1500pF L0306 180nH R0333 18 L0309 680nH CR0301 CR0302 1SV305 1SV325 C0320 5.1pF R0332 300 L0307 56nH C0326 1500pF VCTRL: 0.6-4.5V C0321 6.2pF C0312 1500pF R0310 4.7K L0311 270nH R0312 0 C0325 Steering Line Voltage (VCTRL_TH) C0322 NU C0323 30pF L0310 82nH VCTRL R0334 300 C0318 NU C0319 13pF R0308 47 Q0302 PBR941 R0307 82 VCTRL R0311 0 L0305 68nH R0306 15K Q0300 VCTRL_VCO_UHF1_7 TP0300 L0304 270nH C0324 NU TXINJ: 136-174MHz 6 dBm (VALUE) 150pF CR0303 CR0304 1SV325 1SV305 TXINJ_VCO_UHF1_5 TXINJ C0329 27pF L0312 680nH SF_TH C0338 1500pF R0328 10K NU C0339 0.10uF R0316 110 NC R0327 10K TX1_SEL_VCO_UHF1_5 NC TX_VCO_SEL1 U0304 TX1_SEL: 2.7 V (High) NC 0.1 V (Low) C0348 1500pF C0349 0.10uF XMIT_SEL_VCO_UHF1_6 PREDRIVE_SW AMP_SEL C0327 1500pF C0328 0.10uF R0336 10K NU R0345 0 TX1 C0331 1.0pF SF_TH TX Prescaler R0338 1.2K NU PRSC (TX): 136-174MHz R0340 0 -5 to -15 dBm R0339 8.2K PRESC_TX 9V3_SYNTH_OUT VSF 9V3_SYNTH_IN SH0300 SHIELD 1 U0305 C0364 0.1uF TX1 R0343 43K R0347 0 NU VHF (136–174 MHz) 1–25W Transmit VCO Schematic Diagram VHF (136–174 MHz) 1–25W PCB / Schematics / Parts List 3-16 VHF PCB 8471495L01 and 8471495L03 Parts List 1–25W Circuit Ref C0100 C0101 C0102 C0103 C0104 C0105 C0106 C0107 C0108 C0109 C0110 C0111 C0112 C0113 C0114 C0115 C0117 C0118 C0119 C0120 C0121 C0122 C0123 C0124 C0125 C0126 C0127 C0128 C0129 C0130 C0131 C0132 C0133 C0134 C0135 C0136 C0137 C0138 C0140 C0141 C0142 C0143 C0144 C0145 C0146 C0147 C0148 C0149 C0150 Motorola Part No. 2113945A10 2113945A10 2113945A10 2113945C31 2113945A10 2113945C31 2113945C31 2113945C31 2113945A10 2113945C31 2113945C31 2113945C31 2113945A10 NOT PLACED 2113946E02 2113946E02 2113945A10 2113945C31 NOT PLACED 2113945B02 NOT PLACED 2113945B02 2113946E02 2113945C31 2113945A10 2113945A10 2113945A10 2113945A10 2113945C31 2113945A10 2113945A10 2113945A10 2313960B30 2113945A10 2313960B32 2113945C31 2313960B32 2113945A10 2313960B30 2113945C31 2113945A10 2113945A10 2113945C31 2113945B02 2113945A10 2113945A10 NOT PLACED 2113945C31 2113945C31 Description 1500pF 1500pF 1500pF 0.1uF 1500pF 0.1uF 0.1uF 0.1uF 1500pF 0.1uF 0.1uF 0.1uF 1500pF – 1.0uF 1.0uF 1500pF 0.1uF – .01uF – .01uF 1.0uF 0.1uF 1500pF 1500pF 1500pF 1500pF 0.1uF 1500pF 1500pF 1500pF 4.7uF 1500pF 10uF 0.1uF 10uF 1500pF 4.7uF 0.1uF 1500pF 1500pF 0.1uF .01uF 1500pF 1500pF – 0.1uF 0.1uF Circuit Ref C0151 C0156 C0157 C0158 C0159 C0160 C0161 C0162 C0163 C0164 C0165 C0166 C0171 C0175 C0177 C0178 C0179 C0180 C0191 C0192 C0193 C0194 C0195 C0196 C0200 C0201 C0202 C0203 C0204 C0205 C0206 C0207 C0208 C0209 C0211 C0213 C0214 C0215 C0217 C0218 C0219 C0220 C0221 C0222 C0223 C0224 C0225 C0226 C0229 C0231 C0233 Motorola Part No. 2113945C31 2185419D06 2185419D06 2185419D06 2185419D06 2185419D06 2185419D06 2185419D06 2185419D06 2185419D06 2185419D06 2185419D06 2113945B02 2113945A10 2113945A10 2113945A10 2113945A10 2113945C31 2185419D06 2185419D06 2185419D06 2185419D06 2113945A05 2113946H02 2113945A10 2113945Y02 2113945B02 2113945A10 2113945A10 2113945Y02 2113945A10 2113945A10 2115153H37 2113945Y02 2113945A10 2115153H37 2115153H34 2115153H22 2113945A10 NOT PLACED 2115153H25 2115153H27 2115153H35 NOT PLACED 2115153H47 NOT PLACED 2115153H59 2113945A10 2115153H46 2115153H17 NOT PLACED Description 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF .01uF 1500pF 1500pF 1500pF 1500pF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 470pF 10uF 1500pF 0.10uF .01uF 1500pF 1500pF 0.10uF 1500pF 1500pF 15pF 0.10uF 1500pF 15pF 11pF 6.2pF 1500pF – 8.2pF 10pF 12pF – 39pF – 120pF 1500pF 36pF 3.9pF – Circuit Ref C0235 C0236 C0237 C0238 C0239 C0240 C0241 C0242 C0243 C0245 C0246 C0247 C0248 C0249 C0250 C0251 C0252 C0253 C0257 C0258 C0259 C0260 C0261 C0262 C0264 C0265 C0300 C0301 C0302 C0303 C0304 C0305 C0306 C0307 C0308 C0309 C0310 C0311 C0312 C0313 C0314 C0315 C0317 C0318 C0319 C0320 C0321 C0322 C0323 C0324 C0325 Motorola Part No. 2115153H37 2113945A10 2113945Y02 2113945A10 2113945Y02 2113945A10 2113945Y02 2113945A10 2115153H35 2115153H35 2115153H27 2115153H27 2113945A10 2113945Y02 2115153H34 2115153H41 2115153H55 2113945A10 2113945A10 2113945Y02 2115153H40 2113945A10 2113945A10 2113945A10 2113945A10 2115153H40 2113945A10 2113945Y02 2113945B02 2113945A10 2113945A10 2113945Y02 2113945A10 2113945B04 2115153H37 2113945A10 2115153H03 2113945A10 2113945A10 2115153H37 2115153H37 2115153H10 2113945A10 NOT PLACED 2115153H36 2115153H20 2115153H22 NOT PLACED 2115153H44 NOT PLACED 2113944A42 Description 15pF 1500pF 0.10uF 1500pF 0.10uF 1500pF 0.10uF 1500pF 12pF 12pF 10pF 10pF 1500pF 0.10uF 11pF 22pF 82pF 1500pF 1500pF 0.10uF 20pF 1500pF 1500pF 1500pF 1500pF 20pF 1500pF 0.10uF .01uF 1500pF 1500pF 0.10uF 1500pF .022uF 15pF 1500pF 1.0pF 1500pF 1500pF 15pF 15pF 2.0pF 1500pF – 13pF 5.1pF 6.2pF – 30pF – 150pF Circuit Ref C0326 C0327 C0328 C0329 C0331 C0332 C0334 C0338 C0339 C0348 C0349 C0360 C0361 C0364 C0400 C0401 C0402 C0403 C0404 C0405 C0406 C0407 C0408 C0409 C0410 C0411 C0412 C0413 C0414 C0416 C0417 C0418 C0419 C0420 C0421 C0422 C0423 C0424 C0425 C0426 C0427 C0428 C0429 C0430 C0431 C0432 C0433 C0434 C0435 C0436 C0437 Motorola Part No. 2113945A10 2113945A10 2113945Y02 2115153H43 2115153H03 2115153H12 2113944A44 2113945A10 2113945Y02 2113945A10 2113945Y02 2313960B30 2113945A10 2113946B04 2113945A10 2113945C31 2113945A10 2115153H50 2113945A10 2113945A10 2115153H23 2113945A10 2115153H22 2115153H35 2115153H40 2115153H40 2115153H49 2113945A10 2113945A10 2115153H37 2115153H37 2113945A05 2113945Y02 NOT PLACED 2115153H19 2115153H48 2115153H51 2115153H48 2115153H50 2115153H48 2115153H50 2115153H48 2115153H50 2115153H48 2115153H51 2115153H50 2113945A10 2113945A10 2113946S35 2113945A10 2113945A10 Description 1500pF 1500pF 0.10uF 27pF 1.0pF 2.4pF 220pF 1500pF 0.10uF 1500pF 0.10uF 4.7uF 1500pF 0.1uF 1500pF 0.1uF 1500pF 51pF 1500pF 1500pF 6.8pF 1500pF 6.2pF 12pF 20pF 20pF 47pF 1500pF 1500pF 15pF 15pF 470pF 0.10uF – 4.7pF 43pF 56pF 43pF 51pF 43pF 51pF 43pF 51pF 43pF 56pF 51pF 1500pF 1500pF 1.0uF 1500pF 1500pF VHF (136–174 MHz) 1–25W PCB / Schematics / Parts List Circuit Ref C0438 C0439 C0440 C0441 C0442 C0443 C0444 C0445 C0446 C0447 C0448 C0449 C0450 C0451 C0452 C0453 C0454 C0455 C0456 C0457 C0458 C0502 C0503 C0504 C0506 C0507 C0509 C0510 C0512 C0513 C0514 C0515 C0516 C0601 C0602 C0603 C0604 C0605 C0607 C0610 C0611 C0612 C0613 C0614 C0615 C0616 C0617 C0618 C0619 C0620 C0621 Motorola Part No. 2113945A10 2113945A10 2113945Y02 2115153H17 2113945A10 2115153H42 2115153H42 2115153H44 2115153H27 2115153H42 2115153H41 2115153H27 2115153H26 2115153H53 2115153H37 2115153H47 2113945A10 2113945A10 2113945A10 2113945A10 2115153H55 2113945Y02 2113945Y02 2113945Y02 2115153H35 2115153H38 NOT PLACED 2115153H24 2113945Y02 2113945Y02 2113945Y02 NOT PLACED NOT PLACED 2115153H48 2113945B02 2113944A44 2113945Y02 2115153H48 2115153H37 2115153H51 2113945A09 2115153H39 2113945G91 2115153H41 2113945B02 NOT PLACED 2113945Y02 2115358H25 2113945Y02 2113945Y02 2113945Y02 Description 1500pF 1500pF 0.10uF 3.9pF 1500pF 24pF 24pF 30pF 10pF 24pF 22pF 10pF 9.1pF 68pF 15pF 39pF 1500pF 1500pF 1500pF 1500pF 82pF 0.10uF 0.10uF 0.10uF 12pF 18pF – 7.5pF 0.10uF 0.10uF 0.10uF – – 43pF .01uF 220pF 0.10uF 43pF 15pF 56pF 1000pF 18pF 0.1uF 22pF .01uF – 0.10uF 1uF 0.10uF 0.10uF 0.10uF 3-17 Circuit Ref C0622 C0623 C0625 C0626 C0627 C0628 C0629 C0630 C0631 C0632 C0633 C0634 C0635 C0636 C0637 C0638 C0640 C0641 C0642 C0643 C0644 C0645 C0646 C0647 C0648 C0649 C0650 C0651 C0700 C0701 C0702 C0703 C0704 C0705 C0706 C0707 C0708 C0709 C0710 C0711 C0712 C0713 C0714 C0716 C0717 C0718 C0719 C0720 C0721 C0722 C0723 Motorola Part No. 2113945A09 2113945Y02 2113944C89 2113944A40 2113944A40 2113945Y02 2113945A11 2113945Y02 2113945Y02 2313960B30 2113945Y02 2113945B02 2113944A40 2113944A40 2113946S35 2113945Y02 2113946N03 2113945B02 2115153H53 2113945Y02 2113945Y02 2113945B02 2113946G04 2113946J03 2113946J03 2113945A12 2115153H44 2113945A10 2113944C36 2113945C25 2113944C51 2113944C36 2113945C25 2113944C51 NOT PLACED NOT PLACED 2113944C51 2113945C31 2371403L02 2113945L49 2113944C06 NOT PLACED 2111078B59 NOT PLACED 2113945A09 2113945A09 2111078B35 2111078B35 2111078B40 NOT PLACED 2111078B59 Description 1000pF 0.10uF 200pF 100pF 100pF 0.10uF 2200pF 0.10uF 0.10uF 4.7uF 0.10uF .01uF 100pF 100pF 1.0uF 0.10uF 2.2uF .01uF 68pF 0.10uF 0.10uF .01uF 0.68uF 10.0uF 10.0uF 3300pF 30pF 1500pF 33pF .033uF 1000pF 33pF .033uF 1000pF – – 1000pF 0.1uF 10uF .01uF 470pF – 470pF – 1000pF 1000pF 51pF 51pF 82pF – 470pF Circuit Ref C0724 C0725 C0726 C0727 C0728 C0729 C0730 C0731 C0732 C0733 C0734 C0735 C0738 C0739 C0740 C0741 C0742 C0745 C0746 C0750 C0752 C0753 C0754 C0755 C0766 C0767 C0770 C0771 C0772 C0775 C0776 C0777 C0778 C0779 C0780 C0783 C0786 C0790 C0791 C0792 C0793 C0794 C0795 C0796 C0797 C0798 C0799 C0801 C0802 C0803 C0804 Motorola Part No. 2111078B31 2111078B31 2111078B40 2111078B14 2113944C06 NOT PLACED NOT PLACED 2111078B59 NOT PLACED 2113944C06 2113944C06 2111078B49 2113955D13 2111078B33 2111078B34 2111078B22 2111078B11 2111078B59 2111078B59 2111078B16 NOT PLACED NOT PLACED 2111078B47 NOT PLACED 2113944C35 2113944C06 2113945A10 NOT PLACED 2113944C30 NOT PLACED 2113944C51 2113944C51 2111078B47 2111078B32 NOT PLACED 2113945A10 2113944C06 2113944C02 2113944C39 2113944C06 NOT PLACED NOT PLACED 2113944C06 2113944C47 2113944C51 2113944C51 2113944C47 2113945A10 NOT PLACED 2111078B21 2113944C51 Description 36pF 36pF 82pF 11pF 470pF – – 470pF – 470pF 470pF 180pF 2.2uF 43pF 47pF 22pF 8.2pF 470pF 470pF 13pF – – 180pF – 27pF 470pF 1500pF – 10pF – 1000pF 1000pF 150pF 39pF – 1500pF 470pF 220pF 56pF 470pF – – 470pF 150pF 1000pF 1000pF 150pF 1500pF – 20pF 1000pF Circuit Ref C0805 C0806 C0817 C0818 C0819 C0820 C0821 C0822 C0823 C0824 C0900 C0901 C0902 C0903 C0904 C0906 C0907 C0908 C0909 C0910 C0911 C0912 C0913 C0914 C0915 C0916 C0917 C0918 C0919 C0920 C0921 C0922 C0923 C0925 C0926 C0927 C0928 C0929 C0931 C0934 C0935 C0936 C0937 C0939 C0940 C0941 C0942 C0943 C0944 C0945 C0947 Motorola Part No. NOT PLACED 2113945A10 NOT PLACED NOT PLACED 2111078B31 NOT PLACED NOT PLACED 2113944C51 2113944C51 NOT PLACED 2113945A10 2113945C31 2113945C31 2113945A10 2113945A10 2113945A10 2113945C02 2113945C31 2113945A10 2113945A10 2113945A10 2113945A10 2113945A10 2113945A10 2113945A10 2113945A10 2113945A09 2113945A10 2113945C31 2113945A10 2113945C31 2113945A10 2113944C55 2113945A10 2113945L41 2113944C02 2113944C51 2113945A10 2113945A10 2113945A10 2113945A10 2113945A10 2113945A10 2113945A10 2113944C51 2113944M27 2113944C51 2113944C51 2113944M18 2113944C51 2113944A40 Description – 1500pF – 36pF – – 1000pF 1000pF – 1500pF 0.1uF 0.1uF 1500pF 1500pF 1500pF .01uF 0.1uF 1500pF 1500pF 1500pF 1500pF 1500pF 1500pF 1500pF 1500pF 1000pF 1500pF 0.1uF 1500pF 0.1uF 1500pF 2200pF 1500pF 4700pF 220pF 1000pF 1500pF 1500pF 1500pF 1500pF 1500pF 1500pF 1500pF 1000pF 24pF 1000pF 1000pF 10pF 1000pF 100pF VHF (136–174 MHz) 1–25W PCB / Schematics / Parts List 3-18 Circuit Ref C0948 C0949 C0950 C0951 C0953 R0980 R0981 R0982 CR0201 CR0202 CR0203 CR0204 CR0205 CR0206 CR0207 CR0208 CR0300 CR0301 CR0302 CR0303 CR0304 CR0400 D0400 D0401 D0402 D0403 D0405 D0500 D0600 D0601 D0700 D0702 D0703 D0900 D0901 D0902 D0903 D0904 D0905 E0201 E0301 E0400 E0401 E0403 E0404 E0500 E0600 E0601 E0602 E0603 E0604 Motorola Part No. 2113946S35 2113946G01 2113945A09 2113945C31 2113945A10 0613952J25 0613952H82 0613952G67 4815096H01 4815096H01 4815096H01 4815096H01 4815096H01 4815096H01 4815096H01 4815096H01 4815096H01 4815096H01 4815059H01 4815059H01 4815096H01 4813974A19 4813974A06 4885094Y01 4813978C02 4885094Y01 4815090H01 4813974A19 4815096H01 4815096H01 4802482J02 4802482J02 4886622Y06 4813978C02 4815897H01 4815024H01 4815024H01 4813974A21 4813974A21 2480640Z01 2480640Z01 2409134J25 2409134J25 2409134J25 2409134J25 2409134J25 2409134J25 2409134J25 2409134J25 2409134J25 2409134J25 Description 1.0uF 2.2uF 1000pF 0.1uF 1500pF 100K 2.4K 0 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV325 DIODE VARACTOR 1SV325 DIODE VARACTOR 1SV305 DIODE, SCHOTTKY DIODE, PIN DIODE VARACTOR 1SV228 DIODE, PIN DIODE VARACTOR 1SV228 DIODE, MIXER DIODE, SCHOTTKY DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE, PIN DIODE, PIN DIODE, PIN DIODE, SWITCHING DIODE, PIN DIODE, PIN DIODE, PIN DIODE, SCHOTTKY DIODE, SCHOTTKY FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD Circuit Ref E0605 E0606 E0607 E0608 E0609 E0610 E0700 E0701 E0702 E0703 E0704 FL0500 J0700 L0100 L0200 L0202 L0203 L0204 L0205 L0206 L0207 L0209 L0210 L0211 L0212 L0213 L0214 L0215 L0217 L0218 L0219 L0221 L0230 L0300 L0302 L0303 L0304 L0305 L0306 L0307 L0309 L0310 L0311 L0312 L0400 L0401 L0402 L0403 L0404 L0405 L0406 Motorola Part No. 2409134J25 2409134J25 2409134J25 2409134J25 2409134J25 2480640Z01 2485011Y01 2485011Y01 7671656M01 2485011Y01 2409134J25 9180022M11 0905901V12 2414017N29 2414017N28 2414017K33 2414017K33 2414017N28 2414017N22 2414017N17 2416077H12 2414017K33 2414015B06 2414017N28 2414017K33 2414017K33 2414017K33 2416077H11 2414017K33 2414015B08 2414017K33 2414017N27 2414017N27 2414017N28 2414017K33 2414017K33 2414017N29 2414017N22 2414017N27 2414015C08 2414017K33 2414017N23 2414017N29 2414017K33 2414017K32 2414032F31 NOT PLACED NOT PLACED NOT PLACED NOT PLACED 2414032F29 Description FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD 73.35MHZ CRYSTAL FILTER BNC RF CONNECTOR 270nH 220nH 680nH 680nH 220nH 68nH 27nH 27nH 680nH 150nH 220nH 680nH 680nH 680nH 22nH 680nH 220nH 680nH 180nH 180nH 220nH 680nH 680nH 270nH 68nH 180nH 56nH 680nH 82nH 270nH 680nH 560nH 56nH – – – – 39nH Circuit Ref L0407 L0408 L0409 L0410 L0411 L0412 L0414 L0503 L0504 L0506 L0602 L0603 L0604 L0605 L0608 L0700 L0702 L0705 L0706 L0707 L0708 L0709 L0710 L0714 L0715 L0716 L0717 L0718 L0719 L0720 L0721 L0722 L0723 L0724 L0725 L0728 L0729 L0730 L0731 L0745 L0900 L0901 L0902 L0903 L0904 M0700 Q0100 Q0102 Q0106 Q0107 Q0108 Motorola Part No. 2414032F74 2414015B02 2414015B02 2414015B12 2414017N20 2414017N26 2414017K32 2414015B32 NOT PLACED 2414032B70 2414032K29 2414032D28 2466505A01 2466505A01 2414032B76 2460592A01 2479990G01 2414017N26 2485873L02 2485873L01 2485873L01 2485873L02 2485873L02 2460592A01 2414017N26 2414017N11 2414017N13 2414017N22 2414017N10 2485873L01 2485873L02 2415385H04 2415385H06 2485873L02 2414032B69 2414032B70 2414032B69 2414032B53 2414032B53 2460591A01 2414032D30 2414017K32 2414017K32 NOT PLACED NOT PLACED 2686201B02 4802197J95 4815359H01 4816134H01 4813970A59 4815261H01 Description 560nH 68nH 68nH 47nH 47nH 150nH 560nH 330nH – 1.5uH 8.2uH 820nH 10uH 10uH 4.7uH 17nH 33.47nH 150nH 25nH 18nH 18nH 25nH 25nH 17nH 150nH 8.2nH 12nH 68nH 6.8nH 18nH 25nH 17.5nH 28nH 25nH 1.2uH 1.5uH 1.2uH 100nH 100nH 4.22nH 1uH 560nH 560nH – – HEATSINK NPN RF TRANSISTOR DUAL PNP ANALOG SWITCH P-CHANNEL MOSFET ANALOG SWITCH Circuit Ref Q0200 Q0201 Q0202 Q0300 Q0302 Q0400 Q0401 Q0402 Q0403 Q0405 Q0500 Q0501 Q0600 Q0601 Q0700 Q0701 Q0702 Q0703 Q0704 Q0705 Q0706 Q0707 Q0708 Q0709 Q0710 Q0900 Q0901 Q0902 R0100 R0101 R0102 R0103 R0104 R0105 R0106 R0107 R0108 R0109 R0110 R0111 R0113 R0114 R0115 R0116 R0117 R0118 R0119 R0120 R0122 R0123 Motorola Part No. 4805793Y10 4805793Y10 4802197J95 4805793Y10 4802197J95 4815271H01 4815267H01 4871127H01 4815270H01 4871127H01 4802197J95 4802197J95 4805793Y10 4813973A04 4813970A59 4815261H01 0104025J50 4816548H01 4813973B02 4816547H01 Description NPN RF TRANSISTOR NPN RF TRANSISTOR NPN RF TRANSISTOR NPN RF TRANSISTOR NPN RF TRANSISTOR ANALOG SWITCH DUAL PNP NPN RF TRANSISTOR DUAL NPN/PNP NPN RF TRANSISTOR NPN RF TRANSISTOR NPN RF TRANSISTOR NPN RF TRANSISTOR NPN DARLINGTON P-CHANNEL MOSFET ANALOG SWITCH MRF1535PA ASSEMBLY N-CHANNEL LDMOS DRIVER PNP N-CHANNEL LDMOS PREDRIVER 4815272H01 ANALOG SWITCH 4815272H01 ANALOG SWITCH 4815272H01 ANALOG SWITCH 4815272H01 ANALOG SWITCH 4813973M01 ANALOG SWITCH 4815272H01 ANALOG SWITCH 4813973A13 PNP 4813973M07 NPN 0613952R66 0 0613952R66 0 0613952R66 0 0613952R66 0 0613952R17 47K 0613952Q58 240 0613952Q83 2.7K 0613952Q57 220 0613952Q80 2K 0613952R66 0 0613952Q42 51 0613952R66 0 0613952R01 10K 0613952Q80 2K 0613952R66 0 0613952R66 0 0613952R12 30K 0613952R66 0 0613952Q35 27 0613952R01 10K NOT PLACED – 0613952R19 56K VHF (136–174 MHz) 1–25W PCB / Schematics / Parts List Circuit Ref R0125 R0126 R0127 R0128 R0131 R0134 R0139 R0140 R0144 R0146 R0147 R0148 R0155 R0156 R0157 R0158 R0159 R0160 R0161 R0201 R0202 R0203 R0204 R0205 R0206 R0207 R0208 R0210 R0211 R0212 R0213 R0216 R0218 R0219 R0220 R0221 R0224 R0225 R0226 R0229 R0230 R0240 R0241 R0301 R0302 R0303 R0304 R0305 R0306 R0307 R0308 Motorola Part No. 0613952R66 NOT PLACED 0613952Q42 0613952Q25 0613952Q53 0613952Q42 NOT PLACED NOT PLACED 0613952R01 0613952R66 NOT PLACED 0613952Q51 0613952R66 NOT PLACED NOT PLACED NOT PLACED 0613952R01 0613952R25 0613952R25 0613952Q82 0613952Q66 0613952Q66 0613952Q88 0613952Q49 0613952R05 0613952Q25 0613952Q41 0613952Q89 0613952R66 0613952R66 0613952R01 0613952Q53 0613952R01 0613952Q51 0613952Q42 0613952Q51 0613952Q92 0613952Q95 0613952Q49 0613952Q53 0613952Q88 NOT PLACED NOT PLACED 0613952Q87 0613952Q66 0613952Q66 0613952Q89 0613952Q49 0613952R05 0613952Q47 0613952Q41 Description 0 – 51 10 150 51 – – 10K 0 – 120 0 – – – 10K 100K 100K 2.4K 510 510 4.3K 100 15K 10 47 4.7K 0 0 10K 150 10K 120 51 120 6.2K 8.2K 100 150 4.3K – – 3.9K 510 510 4.7K 100 15K 82 47 3-19 Circuit Ref R0310 R0311 R0312 R0316 R0319 R0320 R0321 R0327 R0328 R0332 R0333 R0334 R0336 R0337 R0338 R0339 R0340 R0343 R0345 R0347 R0400 R0401 R0402 R0403 R0404 R0406 R0407 R0408 R0409 R0410 R0411 R0412 R0413 R0414 R0415 R0416 R0417 R0418 R0419 R0420 R0421 R0422 R0423 R0424 R0425 R0426 R0427 R0428 R0429 R0430 R0431 Motorola Part No. 0613952Q89 0613952R66 0613952R66 0613952Q50 0613952R08 0613952R25 0613952R01 0613952R01 NOT PLACED 0613952Q60 0613952Q31 0613952Q60 NOT PLACED 0613952R66 NOT PLACED 0613952Q95 0613952R66 0613952R16 0613952R66 NOT PLACED 0613952R05 0613952Q73 0613958H33 0613952R66 0613952Q83 0613952Q68 0613952Q57 0613952R01 0613952Z43 0613952R25 0613952Q39 0613952R25 0613952Q69 0613952Q69 0613952Q69 0613952Q69 0613958H43 0613952M42 0613952Q83 0613952Q83 0613952R66 0613952Q42 0613952Q53 0613952Q53 0613952M01 0613952R01 0613952Q42 0613952R66 0613952Q69 0613952R01 0613952R01 Description 4.7K 0 0 110 20K 100K 10K 10K – 300 18 300 – 0 – 8.2K 0 43K 0 – 15K 1K 22 0 2.7K 620 220 10K 3K 100K 39 100K 680 680 680 680 56 2.67K 2.7K 2.7K 0 51 150 150 1K 10K 51 0 680 10K 10K Circuit Ref R0432 R0433 R0434 R0435 R0436 R0437 R0439 R0440 R0500 R0501 R0502 R0503 R0508 R0509 R0510 R0511 R0512 R0601 R0602 R0603 R0604 R0605 R0606 R0607 R0608 R0609 R0610 R0611 R0612 R0613 R0614 R0615 R0616 R0617 R0618 R0619 R0620 R0621 R0622 R0623 R0624 R0625 R0626 R0627 R0702 R0706 R0710 R0711 R0712 R0713 R0714 Motorola Part No. 0613958H44 0613952R66 NOT PLACED 0613952Q65 0613952Q53 0613952Q53 0613952Z45 0613952Q32 0613952Q90 0613952Q61 0613952R08 0613952R12 0613952R19 0613952Q89 0613952R12 0613952Q75 0613952Q42 0613952Q51 0613952R01 0613952Q66 0613952R10 0613952Q61 0613952Q42 NOT PLACED 0613952R66 0613952R66 0613952R66 0613952R66 0613952R66 0613952R66 0613952R66 0613952R66 0613952R25 0613952R01 0613952Q63 0613952R01 0613952Q96 0613952R66 NOT PLACED NOT PLACED 0613952Q90 0613952N69 0613952N81 0613952R66 NOT PLACED 0613958H57 0613958J49 0613952H51 0613958S29 0613959H12 0613952H46 Description 62 0 – 470 150 150 3.6K 20 5.1K 330 20K 30K 56K 4.7K 30K 1.2K 51 120 10K 510 24K 330 51 – 0 0 0 0 0 0 0 0 100K 10K 390 10K 9.1K 0 – – 5.1K 51.1K 68.1K 0 – 220 1MEG 120 15 30K 75 Circuit Ref R0715 R0716 R0717 R0718 R0719 R0720 R0721 R0722 R0723 R0726 R0727 R0728 R0729 R0730 R0731 R0732 R0733 R0734 R0735 R0736 R0737 R0738 R0739 R0740 R0742 R0745 R0746 R0747 R0748 R0749 R0750 R0751 R0752 R0753 R0754 R0755 R0756 R0757 R0759 R0760 R0761 R0773 R0775 R0777 R0779 R0780 R0781 R0900 R0901 R0902 R0903 Motorola Part No. 0613952H46 0613958S29 0613958S29 0613952H35 0613958S29 0613952H35 0613958S29 0613952J07 0613958J49 0613958S29 0613952J05 0613952H89 0613952J01 0613952H73 NOT PLACED 0613958S29 0613958S29 0613958S29 0613959Y49 0613958S29 0613958S29 0613959Y42 0613958S29 0613958J74 0613959Q25 0613952H65 0613952R66 0613952H49 0613952J19 0613952G67 0613952J07 0613952J11 0613952G67 0613952H73 0613952H35 0613952H35 0613952J25 0613952J17 0613958J74 0613952J01 0613952G67 0613952J21 NOT PLACED 0613952J25 0613952G67 0613952G67 0613958S73 0613952R19 0613952R16 0613952Q88 0613952R09 Description 75 15 15 27 15 27 15 18K 1MEG 15 15K 4.7K 10K 1K – 15 15 15 100 15 15 51 15 0 10 470 0 100 56K 0 18K 27K 0 1K 27 27 100K 47K 0 10K 0 68K – 100K 0 0 1K 56K 43K 4.3K 22K VHF (136–174 MHz) 1–25W PCB / Schematics / Parts List 3-20 Circuit Ref R0906 R0907 R0909 R0910 R0911 R0912 R0913 R0914 R0915 R0916 R0917 R0918 R0919 R0920 R0921 R0922 R0923 R0924 R0925 R0926 R0927 R0928 R0929 R0930 R0931 R0936 R0937 R0938 R0940 R0941 R0942 R0943 R0944 R0946 R0947 R0950 R0951 R0954 R0955 R0960 R0970 R0972 R0973 R0975 R0976 R0977 R0978 R0979 RT0908 RT0953 SH0100 Motorola Part No. 0613952R66 0613952R66 0613952R16 0613952H73 0613952Q89 0613952R11 0613952R66 0613952R39 0613952R19 0613952Q49 0613952H91 0613952H63 0613952R15 0613952R13 0613952H81 0613952R14 0613952R66 0613952H91 0613952H91 0613958H46 0613952H42 0613958H41 0613958H41 0613952R07 0613952R66 0613952N66 0613952N21 0613952R66 0613952R66 0613952R66 0613952M81 0613952N58 0613952R66 0613952M51 0613952R66 0613952N01 0613952N62 0613952R40 0613952P01 0613952H82 0613959Y49 0613952G67 0613952G67 0613959Y47 0613952H39 0613952H39 0613952G67 0613952G67 0615585H01 0615585H01 2615362H01 Description 0 0 43K 1K 4.7K 27K 0 390K 56K 100 5.6K 390 39K 33K 2.2K 36K 0 5.6K 5.6K 75 51 47 47 18K 0 47.5K 16.2K 0 0 0 6.81K 39.2K 0 3.32K 0 10K 43.2K 430K 100K 2.4K 100 0 0 82 39 39 0 0 THERMISTOR, 47K THERMISTOR, 47K SHIELD Circuit Ref Motorola Part No. SH0101 SH0200 SH0300 SH0500 SH0900 SH0901 SP0701 SP0702 SP0703 SP0704 SP0705 SP0706 SP0707 SP0708 T0400 T0401 U0100 U0101 U0201 U0303 U0304 U0305 U0600 U0601 U0700 U0900 U0901 U0940 U0941 U0942 VR0700 Y0100 2615362H01 2615362H01 2615362H01 2615576H01 2686423Z02 2686425Z02 1015349H01 1015349H01 1015349H01 1015349H01 1015349H01 1015349H01 1015349H01 1015349H01 2515121H01 2515121H01 5104932K08 5114000B59 4815267H01 4815272H01 4815267H01 4815267H01 5102495J14 5115391H01 NOT PLACED 5115147H01 5115147H01 5180390L83 5115391H01 5114004A35 4813977M11 5116032H01 Description SHIELD SHIELD SHIELD SHIELD SHIELD SHIELD SOLDER_PREFORM SOLDER_PREFORM SOLDER_PREFORM SOLDER_PREFORM SOLDER_PREFORM SOLDER_PREFORM SOLDER_PREFORM SOLDER_PREFORM BALUN XFMR BALUN XFMR IC, FRACN SYNTHESIZER ANALOG SWITCH DUAL PNP ANALOG SWITCH DUAL PNP DUAL PNP IC, RF ASIC VOLTAGE REGULATOR – DUAL OPAMP DUAL OPAMP IC, PA CONTROLLER VOLTAGE REGULATOR VOLTAGE DETECTOR DIODE, 5.6V ZENER 0.5PPM 16.8MHZ TCXO (GPS Models only) VHF (136–174 MHz) 1–25W PCB / Schematics / Parts List VHF (136–174 MHz) 1–25W PCB / Schematics / Parts List C3018 J0700 J3000 26 C0709 C0703 2 3 R4051 3 2 3 3 3 2 2 3 3 C6445 C6418 R6446 C6433 R6443 C6423 C6422 C6407 U6407 C6408 R3501 R3596 TP_MAKO_FSYNC L3200 TP_MAKO_TX 23 4 C3212 C3209 R2014 TP_SDRAM_CLKX R2015 R2007 TP_SDRAM_CS C4034 C2008 TP_SDRAM_CLK R2013 C4089 R4105 U4007 U4006 C4090 R4094 U4008 R2009 C2004 R2010 C2007 L3202 R4096 R4093 R2004 USB1_TXEN 16 R2005 C2000 C2002 1 Q3202 9 C2009 C3216 TP_MAKO_RX 8 R4012 R4011 23 4 C3213 C1009 C4027 R4068 C4026 R4069 C4025 R4070 C4024 R4071 C4023 C4022 R4006 C4021 C4020 C4035 C4019 C4018 R4009 C4017 R4010 C4016 E4001 R1067 R3587 TP_MAKO_DCLK USB1_SEO C3202 C3203 R1021 R3233 USB1_DAT VBUS2_CMD VBUS1_CMD C3277 C3280 C1031 C1013 C1006 16 C1014 R2006 R2011 C2005 C1008 R2012 C4000 C4001 R4001 C4013 C4002 R4002 R1071 E4000 C4003 R4003 R1041 C4004 R4004 C4005 C1019 R3580 R4005 R1002 C4006 R4061 R3583 C4033 R4063 C4032 C1001 U4010 R4064 C4031 R4065 U4009 C4030 R4066 C4029 C4028 C1005 R1014 R4067 C2003C1003 R2000 1 Q3200 9 R3203 R3225 Q3203 Q3204 C1036 C1037 C4092 C4091 C2001 8 RT3500 C3273 R3224 R1028 C1015 C6428 U6402 C6429 C6421 E6401 9 R1020 C3220 C3219 R3508 C3283 C1016 C1011 R1000 R1066 C1007 C3262 C1030 R3205 C3208 TP_POR 3.6V_MAKO_SW1 C3278 C3276 R4000 TP_SDRAM_BA1 U4005 30 J4001 R2008 L0100 2 C2006 TP_SDRAM_BA0 C0195 U4004 R4099 R2529 C1018 C3545 R3595 R3505 R3550 C3511 R3504 R3509 R3206 C1000 C3513 R3507 R3503 R3500 R3514 TP4000 C0120 C2500 R0101 C0171 R0146 C0102 R0110 Q3500 E3500 U3500 C3239 C3225 C3226 VR3202 R3588 MAKO_GATED_32KHz C3248 C3234 R3576 R3538 R3571 C3207 C3543 C3240 R3515 R4095 C0142 C0140 R0155 C0133 R0157 R0102 R0156 C0132 R0109 R0147 C0178 C0113 C0122 R0108 C0130 C0121 R0106 C0118 R0144 C0117 C0175 R0107 C0105 R0105 C0100 C0180 C0146 2 Y0100 3 4 R0158 C0109 C0177 R0161 C0196 R3218 R1045 C3514 C1010 R1036 R1001 C1004 C1012 2 C0127 C0111 C0128 C0103 R0148 2.9V_MAKO_V6 C3247 E3205 VR3204 VR3206 E3503 C3292 E3502 C3515 VR3503 R3547 C0360 R3526 C3211 R3594 C3238 R1006 C0124 R0111 R0114 Q0102 2 2 3 C3040 3 U3040 C0329 R3532 1 R0100 C0110 R0117 C0145 2 3 R3003 C3046 R3033 C3010 R3056 2 U3005 E0703 1 R0779 C0301 L0303 C0300 C0308 C0325 C3524 C0332 R0311 SH0200 CR0304 CR0303 CR0207 CR0208 R0211 L0309 CR0206 R0241 C0334 C0314 R0319 C0320 C0361 C0310 C0313 R0321 L0310 CR0300 CR0301 C0326 CR0302 R0320 C0141 C0644 E0606 C0631 R0615 R0614 R0118 2 SP3001 C0771 1 M0700 L0219 C0252 CR0205 C0245 L0217 C0323 R1005 C0126 C0622 R0627 R0607 R0608 R0609 R0611 R0612 R0613 C0315 R0316 L0307 R0116 C0104 C0125 R0123 C0143 R0119 C0129 C0144 E0608 25 DOUTA PD C0243 C0253 R3590 Q3201 8 5 4 C0304 Q0300 R3537 R3535 C3528 C3531 R0305 L0302 C3518 C3520 C3523 L0312 C0250 L0218 R0159 DOUTB FS CLKOUT PE C0305 R0304 C0306 R0301 L0215 R0240 C0824 R0226 C0236 C0204 CR0202 R0225 C0242 C0241 C0220 C0229 R0216 C0225 C0226 CR0204 CR0203 L0210 L0209 C0213 C0208 CR0201 L0207 C0437 R0417 R0204 C0205 C0206 Q0405 L0203 R0781 SH0100 TP0601 C0645C0630 E0605 L0608 R0201 R0205 R6445 C6420 R6454 C6406 R6461 R6449 C6450 R6466 R6455 R6460 R6465 C6439 R6450 R6459 C6440 R6458 R6456 C6431 C6430 C6451 R6467 E3202 R3217 C6426 R6402 R6403 C6427 E6402 C6417 E6407 C6419 C6416 R3516 R3520 C3505 C3501 R6444 C3254 C3229 C3249 C3530 C3538 C3516 1 L0213 R0229 C0240 C0237 C0215 C0247 Q0201 L0212 Q0200 C0251 C0259 R0224 C0223 L0214 C0246 C0214 L0202 Q0106 C0621 37 C0611 C0617 C0615 13 U0600 C0626 1 C0619 R0619 C0438 C0439 C0510 E0600 PC C0646 C0643 D0601 R0618 L0604 R0606 E0601 C0625 C0201 C0200 5 4 FL0500 3 2 C0620 6 R0622 C0502 R0621 U602 C0605 C0650 C0623 E0602 C0627 C0629 R0610 E0604 C0633 E0607 C0638 C0417 C0416 C0509 C0428 C0432 C0431 C0429 C0430 C0434 L0504 R0503 C0515 R0432 C0457 L0404 L0403 C0405 C0409 R0404 D0403 Q0501 R0510 R0623 L0506 C0516 R0423 R0437 R0422 C0450 R0436 R0424 L0411 C0451 C0415 C0440 R0420 R0418 R0419 R0425 C0442 R0421 L0407 R0412 R0445 L0414 C0414 R0444 Q0402 C0504 C0424 C0425 C0423 C0427 C0426 C0433 R0439 R0410 R0411 C0408 C0642 R0617 D0401 L0401 R0406 C0419 R0409 C0435 R0407 C0410 C0406 R3035 R0752 R0722 C0802 R0721 R0750 R3042 Q0700 C0904 R0441 C0455 L0402 L0405 R0443 R0442 C0420 R0440 Q4008 Q4006 3 E3501 R3010 R3009 C3504 3 Q0100 C0937 L0900 C3009 2 R0777 R0925 D0903 R0761 Q0701 1 RT0908 R0757 R4044 C4044 C4045 R3036 R0751 C0804 C0805 R0756 R0753 C0918 R0731 R0928 R0716 R0730 L0901 C0914 R0929 D0902 R0737 R0739 R0712 R0734 R0917 R0727 1 C0968 R0775 S 4 SP0701 SP0702 SP0706 SP0705 C0934 C0935 L0902 R0927 C0950 G 5 S 6 R0989 R0926 U3006 2 2 7 R0746 C0823 C0411 5 R0980 R0981 S Q0702 8 C0949 U3001 6 1 2 D R4045 2 C3506 U3002 3 1 3 S VR4002 C3008 R3032 R0780 C0418 SP3000 R0982 C0713 C0797 C0796 R0749 C0731 SP0703 SP0707SP0708 SP0704 Q0901 C0931 U0941 C0948 E3000 C0702 D0901 C0922 E4005 C4075 VR4001 VR4000 VR4005 VR4003 C3007 R4048 R4040 R4041 R4046 R4047 R4042 R4043 C3005 C4040 C4041 C4046 C4047 C4042 C4043 C3019 R3002 R3004 Q4000 Q4002 Q4010 Q4011 Q4004 Q4005 R1017 R1035 C3529 R1034 R1025 C3210 C1034 TP1000 C1002 R1019 R3560 C1017 R1027 C0706 E0700 E0701 R0742 R0738 3 4 6 R0748 C0778 C0798 C0779 R0914 R0923 D0900 25 Q4013 C3006 C3002 R0745 C0799 R0906 D0906 C0700 C0929 R0924 C0921 C0951 C0947 C0701 Q0710 U0943 5 8 4 C0926 Q0704 4 C0964 C0960 4 U0940 8 5 R0940 SH0900 2 R0995 R0988 R0937 R0936 L0725 R0930 C0915 C0936 R0907 Q0900 6 4 3 C0965 R0994 R0985 R0984 R0983 C0900 C0901 C0908 C0909 R0990 C0777 R0986 C0711 3 R0911 R0912 C0910 Q0706 R0900 R0902 C0907 R0916 U0901 R0920 C0939 R0915 R0987 C0967 D0907 R0991 R0950 R0735 C0708 C0906 R0909 R0901 R0903 R0993 C0962 C0961 C0963 C0707 1 J4000 C4048 R4050 C0704 C3000 L0728 VR4004 C3015 C0710 R0713 C0714 C0712 C0705 C0738 C0776 R0729 VR0700 2 3 2 C0413 3.0 3-21 R4097 VHF (136–174 MHz) 1–25W 8471495L04 Top Side VHF (136–174 MHz) 1–25W 8471495L04 Bottom Side J4002 M1 11 14 R2514 R2512 R2528 R2526 R2527 C0119 C0123 C0115 1 TP504 TP501 TP503 TP502 TP_TEST1 TP_TEST2 C0147 R0128 SH0101 U0101 R0131 2 3 R0125 C0150 TP_ADAPT_SW C0179 Q0107 C0148 R0134 C0602 C0603 C0613 E0609 Q0601 C0507 L0503 SH0500 C0649 D0600 L0602 C0607 C0614 C0506 E0603 C0628 R0509 C0512 C0503 R0501 R0512 L0605 L0400 C0404 C0637 C0635 C0634 C0636 R0616 C0601 TP0600 R0435 C0421 D0400 TP0400 R0946 R0954 TP0910 C0925 R0955 U0942 C0953 U0900 R0943 1 R0947 C0927 C0923 RT0953 R0401 E0401 R0431 6 4 3 C0412 R0944 R0951 C0401 L0406 C0453 C0913 R0910 Q0902 R0942 C0514 R0626 R0500 C0651 TP0909 R0976 R0977 TP0907 CR0400 C0942 R0978 D0702 C0940 C0723 C0941 R0975 R0979 TP0913 TP0903 2 3 3 2 R4054 C0944 C0943 E0400 C0640 R0413 R0428 C0945 TP0904 D0905 R0625 R0408 Q0403 R0416 R0430 C0422 R0402 C0452 C0403 D0402 1 Q0401 R0938 U0601 3 T0400 6 4 R0415 C0917 C0402 L0709 D0500 C0754 R0960 C0739 C0513 TP0702 C0928 L0723 C0920 C0919 C0916 R0919 R0922 C0911 TP0911 C0817 E0610 E0500 C0448 R0970 5 C0772 L0710 C0735 C0742 23 D0703 07 R6433 C3A3 C1 C6435 FT_EMERGENCY C4063 R6436 C6438 C6436 R6435 FT_IGNITION_SENSE FT_USB2_DP C3014 D0700 C0730 C0741 C0729 FT_VBAT FT_VBAT_GROUND FT_USB2_DM FT_VBUS2 VR4006 FT_APM_1_WIRE C4070 VR4009 C4065 C4067 C4068 C4064 R3545 C4066 R3540 R3529 VR3504 VR3000 C3013 L0729 C0454 L0721 L0903 C0767 R C0722 L0722 U3003 6 2 2 3 R3006 C3012 1 C0721 R3005 L0724 L0731 R0400 C0456 C0720 R0972 C0727 C0726 C0766 Q0500 R0502 S0700 C3020 R3030 3 3 EXT_PTT R4031 R4088 R4089 R4032 R4033 2 C0822 R0511 C0449 R0918 C0750 L0706 Q3032 4 R3039 2 C0803 C0632 L0410 C0441 TP0401 D0405 R0414 C0460 R0429 E0403 C0436 L0708 R0508 C0447 4 6 T0401 3 C0459 C0818 L0603 C0612 2 C0207 L0707 C0740 R0732 R0733 R0719 R0736 R0726 R0717 C0770 L0717 C0790 3 2 L0720 L0730 C0648 L0408 L0412 C0458 C0443 R0446 R0427 C0446 C0753 TP0707 C0746 TP0711 R3524 1 R3050 R0604 R0219 1 E0201 L0409 SH0300 C0445 C0202 R0203 L0200 C0752 C0755 TP0301 TP0200 C0203 R0728 R0754 C0793 R0720 C0792 R0718 C0794 R0755 L0715 Q0705 R3057 C0719 C0444 L0206 L0714 R0426 C0209 C0222 R0221 R0220 C0211 R0202 C0819 E0702 R0740 L0702 L0705 C0718 1 C0231 R0206 L0205 C0732 E0704 C0806 U0700 TP0713 C0734 L0716 C0795 VR3040 R3041 C3032 R3053 D3030 Q3030 Q3041 L0700 R0160 C0221 C0217 R0210 3 4 6 U0303 R0208 E0301 C0235 C0302 U0201 C0261 R0213 C0248 C0249 C0257 C0262 C0258 R0218 C0324 R0312 TP0704 TP0703 4 R3045 R3048 5 R3047 C3030 R3040 U3030 C2501 R3046 R3055 R0601 C0101 R0104 R0115 R0122 C0191 C0137 C0194 R0103 C0135 L0211 C0193 2 C0218 C0192 1 C0219 C0238 C0239 Q0202 L0204 C0264 C0307 R0212 C0260 L0221 C0224 R0230 R0207 C0331 C0233 L0230 C0327 R0302R0336 L0300 R0337 R0303 C0303 C0309 C0745 Q0108 R0333 C0265 R0310 R0306 R0307 R0702 C0162 R0113 R0343 C0317 C0321 Q0703 C0157 R2501 R2507 C0717 C0159 C0364 3 C0160 R0347 L0304 L0306 L0305 C0311 C0716 C0138 C0319 L0311 C0328 R0706 C0322 R0334 R0332 TP0300 C0780 L0718 R0120 R0339 R0759 Q0302 2 R0340 C0348 R0327 C0733 R0747 TP0710 C0783 C0775 5 34 43 6 R1026 C1032 R0711 C0728 R3502 L1 R2515 R0715 U0305 C0338 R0308 C0349 R0328 C0801 R0140 20 TP0705 C3500 14 C3507 R0139 G2 C0318 C3017 U3505 R3506 8 7 R3528 R3525 R3521 C0791 C0820 L0719 C0725 TP_VCTRL R2504 R2506 R2517 R2516 R2513 R2518 R2525 R2500 U3004 R3008 VR3200 C3275 C3522 R3539R3530 R3534 R3209 R3549 1 8 C3041 R3054 R4055 3 Q6401 J6400 ANT_C R6407 VR6400 R4035 C0618 Q0600 R0624 R0602 R0620 C0604 R0603 C0610 C0616 R0605 C0647 J4003 C0312 G1 R0338 TX_RAMP_DAC R2502 R2519 R3577 R2520 TP0709 C0134 C0136 U3203 5 34 R3044 U0304 Q3040 R0760 R0714 R3043 C3044 R3226 3 4 6 3 C3526 R0345 C0339 R3581 2 1 C3517 J2500 R3249 D3200 VR3208 R3248 C3260 C3509 C0163 Y1000 4 3 2 C3A3 C3218 R4090 E4003 R3222 C3217 R3223 U3202 VR3201 R3582 MAKO_V9_3V C3282 C3204 C3272 R1060 C1044 R1054 R1044 U1006 C1 EXT_MIC C3237 R3536 C3532 R1048 C3205 Y3201 R3219 R3236 C3510 C3021 C0164 U2000 R3220 E3201 C3521 7 C0724 C0165 M8 R3553 8 R3037 C0156 C0149 C0151 R0127 C0158 TP_FLASH_CLK R3554 U3502 R3051 C0166 AA1 VR3502 C0821 C0786 C0161 U2001 C3519 R3038 U0100 U1000 3 C0131 AA21 R1070 OPT_SSI_SYNC Q3504 R3533 C3525 R3542 R3541 C3527 Q3505 C3031 R3034 L11 RF_ATTN_2 Q3503 6 4 3 C3232 14 2 C0108 A1 C3042 C3045 C0112 A8 C3252 16 VR3203 C3233 MAKO_V8_5V P1 VR3207 R3592 D3040 R4049 A11 R3227 TP_DDR_UDQS Q4014 Q4001 R2524 C3214 A21 R3052 SPI_MOSI_1 A1 SPI_CLK_1 L3201 1 VR3205 8 SPI_MISO_1 C3270 R3247 U3200 R3584 R3585 E2500 R3579 MAKO_CE C1035 C3200 C4085 R4086 C4084 C4073 R4079 14 U4000 TX_RAMP 6 4 R3551 3 C3512 R3523 C6449 R3007 INT_MIC R1047 R3552 Q3502 C3011 R6464 R3556 C3016 U6404 R6401 R3555 R3544 R6468 R3546 C3535 R3228 C3228 C3222 C3274 C3261 C3243 Q3205 C3227 C3221 R3593 C3231 R3210 C3043 E3208 E3206 E3203 U3508 Q3206 R3591 8 9 C3257 R3569 Q4012 D4000 C0114 C0107 C0106 R0126 K9 A9 TP_DDR_LDQS C4087 R4034 R4106 R4098 Q4009 C1033 2 5 U3501 10 6 C3508 R3572 R6469 R3586 U3504 5 8 U3503 4 R3575 1 C3536 Q4015 R4030 C4069 R2508 FT_MMP_1_WIRE C4071 C4072 U4001 R3513 C3540 C3503 C3502 R3511 C6401 C3539 I2C_CLK R3578 R3573 R3558 R3574 R3559 I2C_DATA R6457 2.8V_RF_TEST R6409 R6437 E4006 R4074 R4076 R4078 R4080 R4081 R4082 R4083 R4085 R3216 C4074 7 R4023 C3542 R6420 E4002 R6438 4 5 8 P1 IF_TEST L6402 Q4007 Q4003 R1046 3 C3534 C4093 C4094 C4059 C4049 C4051 C4053 C4055 C4062 C4061 C4060 C4058 R2511 R2509 R2510 R3237 K1 R6418 R6417 R6416 C6452 C6434 R4101 R4100 P14 U6408 C3541 R6470 R4103 C4088 R3253 R3250 C3289 C3291 C3206 C3290 2 Y3200 C3215 3 4 A14 R6439 Q3208 C3265 R6419 R6440 C4086 R3215 U6401 FL6401 R6432 C4011 C4012 C4010 C4007 C3281 R3246 6 4 U3201 3 R3252 R3512 R3510 FT_USB1_DP C3269 R3207 C3279 Q3210 C6446 1.2V_RTC_TEST A1 ROUT_TEST Q3209 U6406 R6411 R3240 R3204 Q6402 6 43 C6414 R6430 D4001 R3243 R3208 R3245 Q3207 8 5 4 R3200 C3201 R3238 R6410 C6443 C6444 SPI_CLK_TEST L6403 FT_USB1_DM R3239 R3241 C3266 P10 45 FT_VBUS1 R6405 C6432 A10 E6400 C3533 10 R6404 C4076 CLK_ACQ_TEST 32 C6437 U6405 R6434 07 E4004 C6413 C6412 R3548 R C4014 C4015 3-22 VHF (136–174 MHz) 1–25W PCB / Schematics / Parts List R0973 L0904 D0904 C0903 C0912 R0921 C0902 R0913 R0941 SH0901 2 E0404 C0407 R0403 Q0400 C0400 C0641 VHF (136–174 MHz) 1–25W PCB / Schematics / Parts List 3-23 PA_SUPPLY 9V3_PA 9V3 RAW_B+ 9V3_PA 9V3 5V 1.8V_TH_DIG 2.8V_TH_DIG 2.8V_TH_ANA 5V_SW 1.875V_DIG_V2 2.775V_DIG_V4 2.775V_ANA_V7 0 SPI_MOSI SPI_MISO SPI_CLK THK_CS ABACUS3_CS 0 1 1 2 2 3 3 4 4 0 TX_SSI_DATA TX_SSI_CLK TX_SSI_FSYNC SPI_BUS(0:4) TX_SSI_BUS(0:2) RX_VCO_SEL1_ RX_VCO_SEL2_ TX_VCO_SEL1_ TX_VCO_SEL2_ SPI_MOSI_IN SPI_MISO_IN SPI_CLK_IN TH_CEX ABACUS3_CEX_IN 1 2 2 VCO_VHF VCTRL SF_OUT HP_MOD_OUT PRSC VCTRL SF_TH HP_MOD_OUT PRSC 9V3_SYNTH 9V3_VCO 9V3_SYNTH_IN 9V3_VCO NC TXINJ TX_INJ TX_LP_VHF ( TX: SHEET 1 ) ( RX: SHEET 2 ) ( PA: SHEET 1 ) ( PC: SHEET 2 ) 0 1 RX_VCO_SEL1 RX_VCO_SEL2 TX_VCO_SEL1 SDTX TX_CLK SFTX SYNTH 9V3 9R1 9V3_SYNTH_OUT 9R1 PREDRIVE_SW RXINJ RX_IN NC CONTROLLER_&_GPS_R6 ( TOP LEVEL: SHEET 1) RF_ATTN_1 0 RX_SSI_DATA RX_SSI_CLK RX_SSI_FSYNC RX_SSI_SYNCB DMCS RESET_OUT ADAPT_SW LOCK_DETECT 16.8_GPS RX_SSI_BUS(0:2) 0 1 1 2 2 RX_SSI_DATA_PASS_OUT RX_SSI_CLK_PASS_OUT RX_SSI_FSYNC_PASS_OUT ABACUS3_SYNCB_IN DMCS RSTB ADAPT_SW LOCK 16.8_GPS SPI_MOSI_OUT SPI_MISO_OUT SPI_CLK_OUT ABACUS3_CEX_OUT 0 RX_SSI_DATA_PASS_IN RX_SSI_CLK_PASS_IN RX_SSI_FSYNC_PASS_IN 0 PRESSURE_PAD PC_ATTEN_ENA FINAL_BIAS_1 TX_DAC ANT_ENABLE LO_BATTERY_DET LO_PWR_DET VSWR_DET PREDRIVE_SW 1 2 3 1 2 NC 9V3_TX_SW ABACUS3_SYNCB_OUT 5V_BE 1V8_BE 16.8_REF PRESSURE_PAD_DET PC_ATTEN_ENA MAKO_DAC2 MAKO_RAMP_DAC3 ANT_ENABLE LO_BATTERY_DET MAKO_ADC8 MAKO_ADC5 9V3_TX_SW RX_INJ RXFE_VHF RX_IN ( 1 SHEET ) 9R1 RF_ATTEN_1 FE_TUNE MAKO_DAC1 IF ABACUS_SPI_BUS(0:3) 5V_FE NC 0 1 2 3 ABACUS_SSI_BUS(0:2) SPI_ABACUS_DATA SSI_ABACUS_DOUTB SPI_ABACUS_CLK SPI_ABACUS_CEX IF 0 1 2 SSI_ABACUS_DOUTA SSI_ABACUS_CLKOUT SSI_ABACUS_FSYNC SSI_ABACUS_SYNCB RXBE_44.85MHZ 16.8_MHZ_BUFF 5V 1V8 REF_CLK (IF AMP: SHEET 1) (ABACUS3: SHEET 2) VHF (136–174 MHz) 1–25W Overall Schematic Diagram VHF (136–174 MHz) 1–25W PCB / Schematics / Parts List 3-24 10 dB Attenuator ON @ High for RF_ATTEN_1 9R1_FILT E0400 E0401 RF_ATTEN_1_8 9R1_FE_7 RF_ATTEN_1 R0401 Q0400 9R1 C0400 E0404 6 1 C0403 2 9V3_TX_SW 9V3_TX_SW_8 C0407 C0402 C0401 Q0401 5 R0403 4 3 R0402 R0431 C0405 D0402 C0404 Hi-Side Zeros for Preselector (Micro-strip 40 mm Aggregate) L0401 R0439 C0408 R0404 L0400 2 C0418 R0411 2 R0406 2 C0415 L0402 1 D0403 R0441 3 2 L0405 1 NC C0409 CR0400 C0452 C0454 R0407 1 C0421 2 C0422 (VALUE) Q0402 C0420 R0442 R0443 NU NU NU L0403 1 (VALUE) C0419 (VALUE) (VALUE) RX_IN R0440 C0453 C0412 1 3 C0455 C0417 3 C0414 D0401 3 R0435 C0413 (VALUE) 1 D0400 C0435 L0414 (VALUE) C0410 C0411 RXIN_FE_6 C0416 (VALUE) TP0400 3 R0400 C0456 C0406 L0404 NU R0436 R0437 10 dB Attenuator L0406 R0410 C0425 R0409 C0427 C0426 R0444 C0433 R0408 E0403 2 4 R0413 C0429 C0428 R0412 C0430 C0431 C0432 (In-Band Tuning range 2.70 ~ 7.80 VDC) L0413 MAKO ( 0 ~ 4.6 VDC) FE_TUNE_FE_3 R0445 9R1_FILT R0428 1 C0424 C0423 C0434 R0414 Q0403 FE_TUNE R0429 C0459 C0436 R0430 R0416 6 3 5 R0415 9R1_FILT IF_FE_3 IF R0427 R0417 C0437 TP0401 L0407 R0418 1 C0439 C0438 R0419 L0412 C0458 T0401 C0460 C0442 R0420 T0400 R0426 C0441 3 L0408 L0409 C0445 L0410 4 C0444 3 R0421 2 1 C0446 RX_INJ_FE_5 R0422 C0450 C0447 C0448 C0449 6 IO1 IO2 1 C0451 NC RX_INJ 5 NC NC R0423 R0424 L0411 R0425 R0432 C0457 7.5 dB Attenuator VHF (136–174 MHz) 1–25W Receiver Front-End Schematic Diagram 5 NC 8:1 Balun D0405 4:1 Balun 6 2 1 IO4 Q0405 4 2 4 C0443 IO3 3 C0440 VHF (136–174 MHz) 1–25W PCB / Schematics / Parts List 3-25 RX_FE_3 5V_FE 5V E0500 R0511 5V_BE_5 5V R0500 C0514 C0513 R0501 R0502 VHF -- 44.85MHz R0512 R0503 1.6V 4-POLE 1.43V L0506 R0509 IF_TO_ABACUS C0504 C0512 FL0500 IF_OUT C0502 Q0501 44.85MHz C0507 C0506 L0503 C0510 1 0.76V GND2 2 CC1 5 CC2 C0509 NU C0515 NU 3 C0503 OUT 6 4 IF Q0500 2 D0500 C0516 NU 0.72V R0510 R0508 L0504 NU SH0500 1 2 3 IN 1 GND1 IFIN_BE_8 VHF (136–174 MHz) 1–25W Receiver IF Amp Schematic Diagram VHF (136–174 MHz) 1–25W PCB / Schematics / Parts List 3-26 VVCO U602 SPF_3.5V C0601 TP0600 1 C0602 C0603 C0604 R0601 C0605 C0650 R0621 TP0601 R0602 IF_OUT R0622 R0623 NU NU C0607 Q0600 C0611 2nd LO LF C0610 3VA 5V L0602 C0612 R0624 C0613 R0604 C0615 R0603 C0649 L0603 D0600 E0601 E0600 C0617 3VA C0616 NU C0614 R0605 C0618 R0606 2nd LO VCO VHF (42.6MHz/47.1 MHz) C0619 L0604 3VA C0620 L0605 C0621 E0602 C0622 FREF_IF REF_CLK 1V8 1 2 3 4 5 6 7 8 9 10 11 12 # C0626 3VA # E0603 C0627 C0628 R0610 U0600 GNDL FREF GNDS2 SYNCB GNDH FS DOUTB DOUTA CLKOUT VDDH VDDD PE 36 35 34 33 32 31 30 29 28 27 26 25 R0607 NU R0608 DOUTB_1_BE_5 R0611 PE PD SB_1_BE_5 DOUTA_1_BE_5 PC R0612 C0631 SSI_ABACUS_SYNCB FS_1_BE_5 R0609 C0630 R0627 SSI_ABACUS_FSYNC SSI_ABACUS_DOUTB SSI_ABACUS_DOUTA SSI_ABACUS_CLKOUT CLKOUT_1_BE_5 13 14 15 16 17 18 19 20 21 22 23 24 # C0629 # MXOP MXON GNDF IF2N IF2P VDDF GCP GCN VDDA GNDA VREFP VREFN RREF VDDQ IOUTC GNDQ VDDC GNDC CLKP CLKN GNDS1 GNDD PC PD C0625 VDDI IFIN CXIF GNDI CXVL LOP LON CXVM VDDL VDDP IOUTL GNDP 48 47 46 45 44 43 42 41 40 39 38 37 C0623 3VA E0604 FS DOUTA DOUTB CLKOUT * C0632 R0613 FE_1_BE_5 SPI_ABACUS_CEX R0614 FD_1_BE_5 C0633 R0615 C0634 C0635 R0626 R0625 C0636 1V8 3VA 3VA FC_1_BE_5 E0606 E0605 1V8_3 E0607 C0641 C0651 3VA U0601 E0610 R0616 3VA 2 FB 1 6 VOUT NP 4 VCONT 3 VIN 5V GND C0638 C0640 E0608 C0637 5 L0608 C0642 R0617 R0618 C0643 R0619 C0644 C0645 D0601 R0620 C0646 VVCO E0609 Q0601 C0647 CLOCK VCO VHF (136–174 MHz) 1–25W Receiver Back-End Schematic Diagram CLOCK LF C0648 SPI_ABACUS_DATA SPI_ABACUS_CLK VHF (136–174 MHz) 1–25W PCB / Schematics / Parts List 3-27 PA_SUPPLY_TX_PA PA_SUPPLY A+ E0700 C0712 C0700 C0701 C0703 C0702 C0704 9V3_PA C0738 C0710 C0711 C0708 C0709 E0701 C0707 NU C0706 NU C0705 R0742 C0714 Load 9V3_TX E0703 9V3_TX_SW_Main To Tx/Rx Switch bias - 10mA R0779 R0702 NU R0777 Q0700 9V3_TX C0806 47K R0780 R0712 Q0701 E0702 C0718 TX_INJ_TX_PA HS0700 1 R0716 C0732 NU R0714 RF_IN VD_RF_OUT 2 GND1 4 GND2 R0715 SP0706 C0716 NU C0717 3 R0721 C0720 Q0702 C0746 C0745 R0718 R0732 TP0702 R0733 D 1 R0736 R0737 3 G V_G2 R0739 C0735 L0714 1 J0700-1 2 J0700-2 3 J0700-3 L0720 L0721 L0706 L0707 L0708 S = 35.4 mil W = 90.2 mil S = 35.4 mil L0722 C0721 C0727 C0725 R0713 L0728 C0741 C0729 NU L0710 C0750 C0742 L0904 NU L0724 R0973 D0904 TP0707 C0940 1 2.46V @ Vcont=4.5V (Ids=700mA) W = 22.6 mil L0723 C0740 C0739 R0723 C0719 C0723 L0709 D0700 MRF1535 Flat Lead R0982 R0728 A+ POS C0770 SP0701 SP0702 SP0703 Q0703 R0755 R0759 R0734 2 S Test Point to check Ref Osc warping C0755 NU R0972 L = 1030 mil W = 22.6 mil C0730 NU SP0704 C0754 1 1 C0753 R0754 C0734 C0724 1 1 C0752 SP0705 C0819 TP0705 C0722 R0726 3.3V @ Id=27mA R0720 C0726 1 L0705 L0903 NU C0803 1 R0760 1 TP0704 R0970 1 1 C0733 R0711 L0702 +4 dBm U0700 NU TP0703 2 R0710 R0719 -11 dBm PIN2 R0717 +8 dBm C0728 PIN1 SP0707 SP0708 R0706 TX_INJ C0731 C0713 NU 9V3_TX_SW E0704 10K Antenna_En PREDRIVE_SW L0700 9V3_TX_SW To Rx PIN diode for 12mA bias R0746 R0722 C0818 NU R0978 R0975 C0767 R0980 R0727 C0941 C0766 M0700 R0730 Load Q0710 R0731 NU R0977 D0702 R0976 R0729 R0981 R0740 L0725 R0735 9V3_TX C0942 L0730 V_cont VR0700 C0775 NU L0715 C0780 NU C0793 NU C0783 L0731 R0738 C0776 NC C0804 TP0709 C0777 C0779 C0778 C0772 D0905 R0757 R0756 C0805 NU C0791 Q0704 C0943 R0979 C0786 C0790 Q0705 D TP0710 C0795 G L0717 C0820 NU C0821 NU C0792 Final_Bias C0794 NU C0817 L0719 NU C0944 TP0711 NC NC C0945 S L0716 R0745 Q0706 R0781 R0747 L0718 9V3 2.70V @ Vcont=4.5V (Ids=100mA) V_cont 9V3_TX_SW_Main 9V3 9V3 C0823 NC R0750 Long Trace around PA Bypass both sides L0729 REV_DETECTED FWD_POWER C0822 C0824 NU D0703 FWD_DETECTED RX_IN_TX_PA PRESSURE_PDA_TX_PA C0802 NU R0751 RX_IN PRESSURE_PAD C0771 NU C0801 9V3_VCO ANT_ENABLE_TX_PA R0749 ANT_ENABLE V_G1 C0968 9V3_SYNTH R0775 NU R0748 S0700 R0761 C0798 C0799 C0796 C0797 TP0713 Antenna_En R0753 IF5 FINAL_BIAS_1 Final_Bias V_CONTROL V_cont R0752 VHF (136–174 MHz) 1–25W Power Amplifier Schematic Diagram VHF (136–174 MHz) 1–25W PCB / Schematics / Parts List SH0900 SH0901 1 2 1 2 3-28 9V3_PC TP0907 1.0V or less, typical D0906 R0918 C0919 3 9V3 1 C0929 C0917 R0910 R0990 2 C0920 R0921 Q0900 Q0902 9V3 9V3_PC R0913 C0912 R0960 2 8 U0900-1 R0906 R0901 R0907 R0922 3 C0918 9V3_PC R0900 D0900 1 L0901 TP0913 C0911 C0900 4 C0901 9V3_PC R0902 9V3_PC L0902 R0936 C0914 D0901 C0913 R0917 Q0901 R0919 R0903 6 8 L0900 7 5V C0947 5 R0930 R0924 C0916 U0901-2 C0915 4 RT0908 C0904 R0937 U0941 2 FB 6 NP 4 VCONT 3 VIN C0931 VOUT C0935 PC_ATTEN_ENA_TX_PA R0909 5V R0927 5 9V3 C0934 R0926 1 GND C0950 R0928 R0989 R0929 PC_ATTEN_ENA C0906 C0907 TP0904 C0962 2.67V (44W) C0961 C0948 R0914 R0923 2.01V (27.5W) R0915 R0916 FWD_DETECTED 9V3_PC 7 C0960 NC C0951 0.1uF C0949 NC 1 R0925 8 C0963 R0988 9V3_PC 2 TADJ INHI VSET INLO VOUT COMM GND C0937 C0936 CLPF 6 C0921 5 NC 6 LO_PWR_DET VAPC NC COMM C0909 TP0903 U0901-1 0.38V (44W) R0994 0.21V (27.5W) R0911 REV_DETECTED R0985 NU C0910 R0912 C0965 C0923 C0903 1.35V (44W) R0986 TP0911 TP0910 1 RFIN 2 ENBL 3 VSET 4 FLTR 3 4 C0908 R0984 C0964 1.28V (27.5W) 8 R0942 6 7 R0941 5 R0943 R0944 R0951 R0987 C0967 NC D0907 5.1V VSWR_DET 4 R0947 VSWR_DET U0900-2 R0946 R0950 R0955 9 5 VPOS 8 V_CONTROL C0902 U0940 C0939 2 8 1 R0991 R0983 NU GND 7 R0920 LO_PWR_DET R0995 3 C0922 R0940 R0993 4 9 2.85V (44W) 2.10V (27.5W) TP0909 U0943 VPOS D0903 D0902 C0925 C0927 C0928 FWD_POWER C0926 R0938 TX_DAC TX_DAC U0942 LO_BATTERY_DET 2 1 INPUT RESET_OUT 4 5 NC1 NC2 C0953 3 GND LO_BATTERY_DET R0954 RT0953 VHF (136–174 MHz) 1–25W Power Control Schematic Diagram 9V3 9V3 3-29 SPI_CLK_IN SPI_MISO_IN SPI_MOSI_IN VHF (136–174 MHz) 1–25W PCB / Schematics / Parts List 5V_BE_SYNTH 5V_BE 5V_TH 1V8_BE_SYNTH 1V8_BE TP_TEST1 1 RX_SSI_DATA_PASS_IN RX_SSI_CLK_PASS_IN RX_SSI_FSYNC_PASS_IN 2.8V_TH_DIG C0100 1 ABACUS3_SYNCB_OUT ABACUS3_CEX_OUT 2.8V_TH_DIG_SYNTH 1.8V_DIG RX_SSI_DATA_OUT RX_SSI_CLK_OUT RX_SSI_FSYNC_OUT RX_SSI_DATA_IN RX_SSI_CLK_IN RX_SSI_FSYNC_IN R0101 1.8V_DIG RX_SSI_DATA_PASS_OUT RX_SSI_CLK_PASS_OUT RX_SSI_FSYNC_PASS_OUT ABACUS3_SYNCB_OUT ABACUS3_CEX_OUT ABACUS3_SYNCB_IN ABACUS3_CEX_IN 2.8V_DIG 1.8V_DIG ABACUS3_SYNCB_IN ABACUS3_CEX_IN 5V SPI_MOSI_OUT SPI_MISO_OUT SPI_CLK_OUT 2.8V_ANA SPI_MOSI_IN SPI_MISO_IN SPI_CLK_IN 5V_SYNTH SPI_MOSI_OUT SPI_MISO_OUT SPI_CLK_OUT 2.8V_ANA SPI_MOSI_IN SPI_MISO_IN SPI_CLK_IN R0100 1.8V_DIG TP_TEST2 R0102 1.8V_TH_DIG_SYNTH 1.8V_TH_DIG C0108 C0102 C0101 2.8V_ANA C0177 R0103 2.8V_TH_ANA_SYNTH C0106 2.8V_TH_ANA C0105 C0104 C0178 C0175 C0109 C0110 C0107 R0104 C0111 C0103 Locked: 1.8V Unlocked: 0V 2.8V_DIG LOCK_SYNTH LOCK NC C0112 C0114 C0115 C0123 R0146 R0147 16.8_REF_BE_SYNTH 16.8_REF NC NC NC NC NC NC NC NC NC NC R0109 R0156 NU R0157 R0158 NU GPO_1_SYNTH C0130 GPO_2_SYNTH C0131 SCAN_EN MN_CP_GND MN_CP_VCC LGND1 LGND2 LVCC2 TX_DAC_GND TX_DAC_VCC ASPI_VCC SSI_GND TM TEST1 TEST2 LVCC1 G5 D3 DMCS R0111 NC NC NC 2.8V_ANA C0124 C0125 U1=220pF U2=120pF VHF=1500pF K8 HP_MOD_OUT_SYNTH H1 HP_MOD_OUT H3 M_PRSCX J2 M_PRSC MN_CP PRSC_SYNTH PRSC G3 SF_OUT_SYNTH C0129 TP_ADAPT_SW R0113 GPO_3_SYNTH C0133 R0114 TX_VCO_SEL1_ C0134 U1=220pF U2=120pF VHF=1500pF GPO_4 9R1 GPO_5_SYNTH GPO_6_SYNTH RX_VCO_SEL2_ C0136 C0135 9R1 SWITCH FOR FRONT-END 4 3 R0159 C0179 R0115 C0137 10K 1 Q0108 R0116 47K 2.8V_ANA R0126 ADAPT_SW IN R2 2 Q0102 ADAPT_SW_SYNTH R1 OUT C0138 GND R0160 Adapt ON: 5V Adapt OFF: 0V R0148 2.8V_ANA RF_ATTN_1 Q0107 SF_OUT VOLTAGE: 2.45V Q0106 R0119 R0118 R0117 R0120 NU U0101 5 C0142 U1=220pF U2=120pF VHF=1500pF C0141 C0140 4 C0143 C0144 R0122 NU ONOFF_CONTROL 1 INOUT 2 OUTIN 3 RSTB_SYNTH VCC 9R1_SYNTH SF_OUT 5V_TH C0132 5V_TH C0128 SDTX DMCS_SYNTH GND GPO LINES HI: 2.8V LOW: 0V RX_VCO_SEL1_ VCO SEL: ACTIVE LOW TX_VCO_SEL2_ R0170 9V3_SYNTH 9V3 C0127 TX_CLK SDTX_SYNTH NC NC NC NC NC G1 DAC_ADAPT F1 VCO_DAC MN_ADAPT_CP SPI_CLK_IN SFTX TX_CLK_SYNTH 5V_TH C0126 F9 F10 F11 F7 D11 E9 E10 E7 K1 SPI_MOSI_IN SFTX_SYNTH 1 NU TH_CEX TP501 TP502 TP503 1 TP504 1 1 1 L3 ESC_CP G2 MAIN_PDET_VCC NC 16.8_GPS_SYNTH 16.8_GPS SPI_MISO_IN HP_MOD_OUT NC NC NC NU R0155 U0100 NC NC NC NC 16.8_REF_CONTROLLER_SYNTH NC NC NC NC NC NC NC C0121 NU TH_CEX_SYNTH D10 SPI_DR D8 CEX D9 SPI_DW C11 SPI_CLK SFTX TXCLK SDTX DMCS SDR SCLK_OUT RXFS RXACQ ESC_IN XOSC_BASE XOSC_EMIT SMD_CLK_GEN_GND OSCREG_SPLY OSCREG_BYP SF_OUT OSCREG_OUT R0110 C0119 NU K5 L5 C9 J4 L4 K4 H5 R0108 G9 CLK_CP H11 CLK_EMIT G11 CLK_BASE E6 RSTB NC NC NC NC NC NC NC C10 ASPI_CLK B11 ASPI_DATA A6 ACE1 D6 ACE2 A1 NC1 A11 NC2 F6 TX_GND2 L1 NC3 L11 NC4 R0107 NC NC Q0100 CLK_VCC CLK_GND TX_VCC SDM_CLK_GEN_VCC XOSC_GND OSCREG_GND SSI_VCC ESC_GND TX_GND1 ESC_CPBIAS ESC_VCC ESC_CP_GND ESC_CP_VCC MAIN_GND ESC_TEST MAIN_VCC C0122 C0195 AGC_REF AGC_FLAG ARX_DAC RFSTEPA AGC_DAC DC_CAL BP_I RXI RXIX BP_IX SDM_VAG BP_Q RXQ RXQX BP_QX SCAN_IN RX_EN_OUT PABIAS_DAC CLK2_OUT CLK1_OUT TCLK NTXQ TXQ NTXI TXI INCR_DECR PHCLK FBQ FBI J7 EF_OUTP J8 EF_OUTM NC NC C5 C4 H6 A3 B5 A2 E4 C2 C1 F4 B10 E2 D1 D2 E3 F2 B1 K11 J11 H9 G8 K6 L7 L8 K7 J9 L9 B6 C6 K10 SUB1 F5 SUB2 F3 SUB3 L10 DEEPSLEEP R0106 L0100 J10 H10 J6 A10 G6 J5 E11 H4 G7 L2 K2 K3 J3 G4 E1 J1 B9 A9 B8 B2 C3 A5 A8 D5 SDM_REF_VCC SDM_VREFM SDM_VREFP RX_AVCC1 RX_AGND1 RX_AVCC2 SDM_REF_GND RX_AGND2 R0144 H2 F8 C8 B7 H7 L6 A7 E8 B3 D7 C7 G10 C0113 C0118 C0171 GPO1_TEST1 GPO2_TEST2 GPO3_TEST3 GPO4_TEST4 GPO5 GPO6 C0117 R0105 C0120 B4 A4 E5 D4 K9 H8 Buffer to Abacus/Controller NU Switch for Adapt Transient VCONT R0161 C0196 C0180 C0146 U1=220pF U2=120pF VHF=1500pF OUTPUT 3 C0145 5 NC1 6 NC2 7 NC3 8 NC4 GND 1 VCC 4 R0123 C0147 U1=220pF U2=120pF VHF=1500pF 2 RSTB NC NC NC NC R0125 Y0100 16.8MHz 1.5 ppm 0.5 ppm R0127 TCXO (Y0100) --- R0128 4875188M01 VCTRL_SYNTH VCTRL R0131 C0150 C0148 C0151 C0149 VCO STEERING LINE VOLTAGE: 0.6V TO 4.4V VCO STEERING LINE VOLTAGE: 0.6V TO 4.4V TP_VCTRL 1 R0134 C0157, C0159, C0160,C0162,C0163,C0191,C0192,C0193,C0194: NU (UHF B2) C0191,C0192,C0193,C0194: NU (UHF B1) SH0100 SH0101 C0194 C0193 C0192 C0191 C0156 C0157 C0158 C0159 C0160 C0161 C0162 C0163 C0164 C0165 R0139 C0166 1 2 1 2 R0140 Note: High Port modulation injection through loop filter for U1 and U2 only VHF (136–174 MHz) 1–25W Synthesizer Schematic Diagram VHF (136–174 MHz) 1–25W PCB / Schematics / Parts List 3-30 SF_TH SF_TH_VCO_UHF1_6 SF_TH SF_TH SH0200 C0200 C0201 Super Filter Voltage (SF_TH) RX1 1 2 SF_TH: 2.5 V R0201 L0202 C0204 C0205 C0206 R0204 R0205 C0208 L0203 C0214 C0213 RX VCO 1 E0201 9R1_VCO_UHF1_7 L0200 9R1 CR0201 CR0202 L0209 R0211 VCTRL RX Buffer Amplifier C0215 Q0200 RXSL L0207 C0220 L0210 CR0203 R0202 C0223 R0240 NU R0203 C0225 C0226 Steering Line Voltage (VCTRL_TH) CR0204 C0207 VCTRL: 0.6-4.5 V L0212 C0229 C0211 RX2 C0237 L0206 R0220 R0216 R0219 L0213 C0217 TP0200 C0222 R0221 RXINJ_VCO_UHF1_5 L0205 RXINJ R0207 Q0202 R0208 C0218 NU C0219 RXINJ: 180-220 MHz +10 dBm R0210 C0221 NU L0211 C0224 NU R0212 C0240 C0242 1 R0206 C0236 R0224 C0209 L0204 SF_TH C0241 C0202 C0203 R0225 R0226 C0243 RX VCO 2 L0214 C0246 C0245 SF_TH C0247 C0238 Q0201 C0239 TP0301 CR0206 L0217 C0250 L0218 R0241 NU L0215 RX Prescaler 1 CR0205 RXSL C0231 C0251 C0252 C0253 0.1 V (Low) -5 to -15 dBm L0230 CR0207 CR0208 PRESC_TX C0259 L0219 RX2_SEL: 2.7 V (High) PRSC (RX): 180-220 MHz R0230 C0265 RX1_SEL_VCO_UHF1_5 PRSC_VCO_UHF1_5 PRSC R0218 R0213 RX_VCO_SEL1 C0261 L0221 C0235 C0248 C0233 NU C0260 C0249 U0201 RX1 C0262 R0229 RX1_SEL: 2.7 V (High) 0.1 V (Low) VHF (136–174 MHz) 1–25W Receiver VCO Schematic Diagram RX2 C0264 C0257 RX2_SEL_VCO_UHF1_5 RX_VCO_SEL2 C0258 VHF (136–174 MHz) 1–25W PCB / Schematics / Parts List 3-31 R0337 TX Buffer Amplifier TX1 VSF E0301 R0321 C0300 9V3_VCO_UHF1_7 L0300 C0301 9V3_VCO SF_TH Super Filter Voltage (SF_TH) C0332 R0320 R0301 C0302 R0303 R0302 SF_TH: 2.5 V C0303 AMP_SEL L0302 C0304 C0360 HP_MOD_OUT_VCO_UHF1_7 R0319 C0310 HP_MOD_OUT C0361 C0334 C0309 C0307 C0305 C0306 U0303 R0304 R0305 CR0300 1 C0308 TP0300 L0304 L0303 C0311 C0314 C0313 Q0300 VCTRL CR0301 VCTRL_VCO_UHF1_7 VCTRL CR0302 L0309 R0311 L0307 R0334 C0322 C0317 C0321 R0307 L0310 C0323 C0318 NU TXINJ: 136-174MHz 6 dBm R0310 L0311 R0312 C0325 CR0303 C0319 R0308 Q0302 NU C0326 Steering Line Voltage (VCTRL_TH) L0306 R0333 R0332 C0320 L0305 R0306 C0315 C0312 TX VCO C0324 NU TXINJ_VCO_UHF1_5 CR0304 TXINJ VCTRL: 0.6-4.5 V C0329 L0312 SF_TH C0338 C0339 R0328 R0316 NU NC TX1_SEL_VCO_UHF1_5 R0327 NC TX_VCO_SEL1 U0304 TX1_SEL: 2.7 V (High) C0348 C0349 NC 0.1 V (Low) R0345 TX1 SF_TH TX Prescaler R0340 R0338 C0331 PRSC (TX): 136-174MHz NU XMIT_SEL_VCO_UHF1_6 -5 to -15 dBm R0336 PREDRIVE_SW AMP_SEL NU C0328 SH0300 R0339 PRESC_TX VSF 1 2 C0327 U0305 R0347 9V3_SYNTH_OUT 9V3_SYNTH_IN C0364 TX1 R0343 NU VHF (136–174 MHz) 1–25W Transmit VCO Schematic Diagram VHF (136–174 MHz) 1–25W PCB / Schematics / Parts List 3-32 VHF PCB 8471495L04 Parts List 1–25W Circuit Ref C0100 C0101 C0102 C0103 C0104 C0105 C0106 C0107 C0108 C0109 C0110 C0111 C0112 C0113 C0114 C0115 C0117 C0118 C0119 C0120 C0121 C0122 C0123 C0124 C0125 C0126 C0127 C0128 C0129 C0130 C0131 C0132 C0133 C0134 C0135 C0136 C0137 C0138 C0140 C0141 C0142 C0143 C0144 C0145 C0146 C0147 C0148 C0149 C0150 C0151 Motorola Part No. 2113944A44 2113944A44 2113944A44 2113945C31 2113944A44 2113945C31 2113945C31 2113945C31 2113944A44 2113945C31 2113945C31 2113945C31 2113944A44 NOT PLACED 2113946E02 2113946E02 2113944A44 2113945C31 NOT PLACED 2113945B02 NOT PLACED 2113945B02 2113946E02 2113945C31 2113944A44 2113944A44 2113944A44 2113944A44 2113945C31 2113944A44 2113944A44 2113944A44 2313960B30 2113944A44 2313960B32 2113945C31 2313960B32 2113944A44 2313960B30 2113945C31 2113944A44 2113944A44 2113945C31 2113945B02 2113944A44 2113944A44 2113945D01 2113945C04 2113945C31 2113945C31 Description 220pF 220pF 220pF 0.1uF 220pF 0.1uF 0.1uF 0.1uF 220pF 0.1uF 0.1uF 0.1uF 220pF – 1.0uF 1.0uF 220pF 0.1uF – .01uF – .01uF 1.0uF 0.1uF 220pF 220pF 220pF 220pF 0.1uF 220pF 220pF 220pF 4.7uF 220pF 10uF 0.1uF 10uF 220pF 4.7uF 0.1uF 220pF 220pF 0.1uF .01uF 220pF 220pF .033uF .022uF 0.1uF 0.1uF Circuit Ref C0156 C0157 C0158 C0159 C0160 C0161 C0162 C0163 C0164 C0165 C0166 C0171 C0175 C0177 C0178 C0179 C0180 C0191 C0192 C0193 C0194 C0195 C0196 C0200 C0201 C0202 C0203 C0204 C0205 C0206 C0207 C0208 C0209 C0211 C0213 C0214 C0215 C0217 C0218 C0219 C0220 C0221 C0222 C0223 C0224 C0225 C0226 C0229 C0230 C0231 C0233 Motorola Part No. 2185419D06 2185419D06 2185419D06 2185419D06 2185419D06 2185419D06 2185419D06 2185419D06 2185419D06 2185419D06 2185419D06 2113945B02 2113944A44 2113944A44 2113944A44 2113944A44 2113945C31 NOT PLACED NOT PLACED NOT PLACED NOT PLACED 2113945A05 2113946H02 2113944A44 2113945Y02 2113945C02 2113944A44 2113944A44 2113945Y02 2113944A44 2113945C04 2115153H18 2113944A44 2113944A44 2115153H17 2115153H34 2115153H20 2113944A44 NOT PLACED NOT PLACED 2115153H17 2115153H14 NOT PLACED 2115153H46 NOT PLACED 2115153H51 2113944A44 2115153H42 2113944C47 2115153H14 NOT PLACED Description 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF .01uF 220pF 220pF 220pF 220pF 0.1uF – – – – 470pF 10uF 220pF 0.10uF .01uF 220pF 220pF 0.10uF 220pF .022uF 4.3pF 220pF 220pF 3.9pF 11pF 5.1pF 220pF – – 3.9pF 3.0pF – 36pF – 56pF 220pF 24pF 150pF 3.0pF – Circuit Ref C0235 C0236 C0237 C0238 C0239 C0240 C0241 C0242 C0243 C0245 C0246 C0247 C0248 C0249 C0250 C0251 C0252 C0253 C0257 C0258 C0259 C0300 C0301 C0302 C0303 C0304 C0305 C0306 C0307 C0308 C0309 C0310 C0311 C0313 C0314 C0315 C0316 C0317 C0318 C0319 C0320 C0321 C0322 C0323 C0324 C0325 C0326 C0327 C0328 C0329 C0331 Motorola Part No. 2115153H22 2113944A44 2113945Y02 2113944A44 2113945Y02 2113944A44 2113945Y02 2113944A44 2115153H13 2115153H14 2115153H27 2115153H20 2113944A44 2113945Y02 2115153H16 2115153H40 2115153H48 2113944A44 2113944A44 2113945Y02 2115153H35 2113944A44 2113945Y02 2113945C02 2113944A44 2113944A44 2113945Y02 2113944A44 2113945C04 2115153H15 2113944A44 2115153H01 2113944A44 2115153H15 2115153H35 2115153H20 2313960B32 2113944A44 2115153H15 NOT PLACED 2115153H20 2115153H24 NOT PLACED 2115153H43 NOT PLACED 2115153H51 2113944A44 NOT PLACED NOT PLACED 2115153H38 2115153H14 Description 6.2pF 220pF 0.10uF 220pF 0.10uF 220pF 0.10uF 220pF 2.7pF 3.0pF 10pF 5.1pF 220pF 0.10uF 3.6pF 20pF 43pF 220pF 220pF 0.10uF 12pF 220pF 0.10uF .01uF 220pF 220pF 0.10uF 220pF .022uF 3.3pF 220pF 0.5pF 220pF 3.3pF 12pF 5.1pF 10uF 220pF 3.3pF – 5.1pF 7.5pF – 27pF – 56pF 220pF – – 16pF 3.0pF Circuit Ref C0334 C0336 C0337 C0340 C0341 C0342 C0343 C0344 C0345 C0346 C0347 C0348 C0349 C0350 C0351 C0352 C0353 C0357 C0358 C0359 C0360 C0361 C0362 C0363 C0400 C0401 C0402 C0403 C0404 C0405 C0406 C0407 C0408 C0409 C0410 C0411 C0412 C0413 C0414 C0415 C0416 C0417 C0419 C0420 C0421 C0422 C0423 C0424 C0425 C0426 C0427 Motorola Part No. 2113944A44 2113944A44 2113945Y02 2113944A44 2113945Y02 2113944A44 2115153H15 2115153H01 2115153H15 2115153H24 2115153H20 2113944A44 2113945Y02 2115153H18 2115153H42 2115153H50 2113944A44 2113944A44 2113945Y02 2115153H38 2313960B30 2113944C51 2113944A44 2113945Y02 NOT PLACED 2113945C31 2113944A44 2115153H49 NOT PLACED 2113944A44 2115153H27 2115153H13 2115153H27 2115153H13 2115153H22 2115153H22 2115153H14 2115153H57 2113944A44 2115153H21 2115153H22 2115153H22 2113945Y02 2115153H03 2115153H13 2115153H26 2113944A44 2113944A44 2113944A44 2113944A44 2113944A44 Description 220pF 220pF 0.10uF 220pF 0.10uF 220pF 3.3pF 0.5pF 3.3pF 7.5pF 5.1pF 220pF 0.10uF 4.3pF 24pF 51pF 220pF 220pF 0.10uF 16pF 4.7uF 1000pF 220pF 0.10uF – 0.1uF 220pF 47pF – 220pF 10pF 2.7pF 10pF 2.7pF 6.2pF 6.2pF 3.0pF 100pF 220pF 5.6pF 6.2pF 6.2pF 0.10uF 1.0pF 2.7pF 9.1pF 220pF 220pF 220pF 220pF 220pF VHF (136–174 MHz) 1–25W PCB / Schematics / Parts List Circuit Ref C0428 C0429 C0430 C0431 C0432 C0433 C0434 C0435 C0436 C0437 C0438 C0439 C0440 C0441 C0442 C0443 C0444 C0445 C0446 C0447 C0448 C0449 C0451 C0452 C0453 C0454 C0455 C0456 C0457 C0458 C0459 C0460 C0461 C0462 C0463 C0464 C0502 C0503 C0504 C0506 C0507 C0509 C0510 C0512 C0513 C0514 C0515 C0516 C0601 C0602 C0603 Motorola Part No. 2113944A44 2113944A44 2113944A44 2113944A44 2113944A44 NOT PLACED 2113944A44 NOT PLACED 2113944A44 2113944A44 2113944A44 NOT PLACED 2113944A44 2115153H11 2115153H25 2115153H41 2115153H41 2115153H37 2115153H20 2115153H27 2115153H26 2115153H20 2115153H41 2115153H26 2115153H20 2115153H26 2113945C31 2113944A40 2113945C31 2115153H40 2115153H40 2113946F05 2115153H40 2115153H40 2115153H06 2115153H06 2113945Y02 2113945Y02 2113945Y02 2113945Y02 2115153H39 NOT PLACED 2115153H22 2113945Y02 2113945Y02 2113945Y02 NOT PLACED NOT PLACED 2115153H48 2113945B02 2113944A44 Description 220pF 220pF 220pF 220pF 220pF – 220pF – 220pF 220pF 220pF – 220pF 2.2pF 8.2pF 22pF 22pF 15pF 5.1pF 10pF 9.1pF 5.1pF 22pF 9.1pF 5.1pF 9.1pF 0.1uF 100pF 0.1uF 20pF 20pF 10uF 20pF 20pF 1.3pF 1.3pF 0.10uF 0.10uF 0.10uF 0.10uF 18pF – 6.2pF 0.10uF 0.10uF 0.10uF – – 43pF .01uF 220pF 3-33 Circuit Ref C0604 C0605 C0607 C0610 C0611 C0612 C0613 C0614 C0615 C0616 C0617 C0618 C0619 C0620 C0621 C0622 C0623 C0625 C0626 C0627 C0628 C0629 C0630 C0631 C0632 C0633 C0634 C0635 C0636 C0637 C0638 C0640 C0641 C0642 C0643 C0644 C0645 C0646 C0647 C0648 C0649 C0650 C0651 C0700 C0701 C0702 C0703 C0704 C0705 C0706 C0707 Motorola Part No. 2113945Y02 2115153H48 2115153H39 2115153H53 2113945A09 2115153H34 2185419D03 2115153H48 2113945B02 NOT PLACED 2113945Y02 2185419D06 2113945Y02 2113945Y02 2113945Y02 2113945A09 2113945Y02 2113944C89 2113944A40 2113944A40 2113945Y02 2113945A11 2113945Y02 2113945Y02 2313960B30 2113945Y02 2113945B02 2113944A40 2113944A40 2113946S35 2113945Y02 2113946N03 2113945B02 2115153H53 2113945Y02 2113945Y02 2113945B02 2113946G04 2113946J03 2113946J03 2113945A12 2115153H44 2115153H57 2113944C82 2113945C04 2113944C55 2113944C82 2113945C04 2113944C51 NOT PLACED NOT PLACED Description 0.10uF 43pF 18pF 68pF 1000pF 11pF 0.01uF 43pF .01uF – 0.10uF 0.1uF 0.10uF 0.10uF 0.10uF 1000pF 0.10uF 200pF 100pF 100pF 0.10uF 2200pF 0.10uF 0.10uF 4.7uF 0.10uF .01uF 100pF 100pF 1.0uF 0.10uF 2.2uF .01uF 68pF 0.10uF 0.10uF .01uF 0.68uF 10.0uF 10.0uF 3300pF 30pF 100pF 30pF .022uF 2200pF 30pF .022uF 1000pF – – Circuit Ref C0708 C0709 C0710 C0711 C0712 C0713 C0714 C0715 C0716 C0717 C0718 C0719 C0720 C0721 C0722 C0723 C0724 C0725 C0726 C0727 C0728 C0729 C0730 C0731 C0732 C0733 C0734 C0735 C0736 C0737 C0738 C0739 C0740 C0741 C0742 C0743 C0744 C0745 C0746 C0747 C0748 C0749 C0751 C0752 C0753 C0754 C0755 C0756 C0757 C0758 C0759 Motorola Part No. 2113944C51 2113945C31 2371403L02 NOT PLACED 2113944C51 2111078B42 2111078B42 NOT PLACED 2113944A41 2113945A09 2113945A09 2111078B25 NOT PLACED NOT PLACED NOT PLACED 2111078B39 2113944A41 2113944A41 2111078B20 NOT PLACED 2113944C42 NOT PLACED NOT PLACED NOT PLACED 2113951B41 2113944C42 2113944C84 2111078B39 2113944A41 NOT PLACED 2111078B07 2185400Y36 2185400Y36 NOT PLACED 2111078B07 2113944C37 2113944C38 2113944F44 2111078B25 NOT PLACED 2111078B11 NOT PLACED NOT PLACED 2113944A41 2111078B39 NOT PLACED NOT PLACED 2113944F44 2113944C42 NOT PLACED 2113944C42 Description 1000pF 0.1uF 10uF – 1000pF 100pF 100pF – 120pF 1000pF 1000pF 27pF – – – 75pF 120pF 120pF 18pF – 75pF – – – 24pF 75pF 43pF 75pF 120pF – 5.6pF 12pF 12pF – 5.6pF 39pF 47pF 12pF 27pF – 8.2pF – – 120pF 75pF – – 12pF 75pF – 75pF Circuit Ref C0760 C0761 C0763 C0764 C0765 C0766 C0767 C0768 C0769 C0770 C0771 C0772 C0774 C0775 C0776 C0777 C0778 C0779 C0780 C0781 C0782 C0783 C0785 C0786 C0787 C0788 C0789 C0790 C0791 C0792 C0793 C0794 C0795 C0796 C0797 C0798 C0799 C0800 C0801 C0802 C0803 C0804 C0805 C0806 C0807 C0808 C0809 C0810 C0811 C0812 C0813 Motorola Part No. NOT PLACED 2113951B41 2113944A41 NOT PLACED NOT PLACED NOT PLACED 2113944C42 2113944A41 2113944F51 2113944A41 NOT PLACED 2113944C16 2113944F51 2113945C04 2113944C42 2113944C47 2111078B30 2111078B29 2113944A41 2113944C42 2113944C51 2113944A41 2113944C42 2113944C84 2113944C84 NOT PLACED NOT PLACED NOT PLACED 2113944A80 2113944A28 2113944A25 NOT PLACED 2113944C75 2113944C42 2113944C51 2113944C51 2113944C42 NOT PLACED 2113944A41 2113944A41 2111078B01 2113944C42 2113944C51 NOT PLACED NOT PLACED NOT PLACED 2113944C30 2113944C42 NOT PLACED NOT PLACED NOT PLACED Description – 24pF 120pF – – – 75pF 120pF 24pF 120pF – 2.7pF 24pF .022uF 75pF 150pF 34pF 33pF 120pF 75pF 1000pF 120pF 75pF 43pF 43pF – – – 20pF 18pF 10pF – 8.2pF 75pF 1000pF 1000pF 75pF – 120pF 120pF 3.3pF 75pF 1000pF – – – 10pF 75pF – – – VHF (136–174 MHz) 1–25W PCB / Schematics / Parts List 3-34 Circuit Ref C0814 C0815 C0817 C0818 C0819 C0828 C0829 C0832 C0845 C0856 C0861 C0869 C0874 C0900 C0901 C0902 C0903 C0904 C0906 C0907 C0908 C0909 C0910 C0911 C0912 C0913 C0914 C0915 C0916 C0917 C0918 C0919 C0920 C0921 C0922 C0923 C0925 C0926 C0927 C0928 C0929 C0931 C0934 C0935 C0936 C0937 C0939 C0940 C0941 C0942 C0943 Motorola Part No. 2113944C46 2113944C41 2113951A31 2113944F54 2113944F54 2113944F54 2113944F54 2113951B41 2113944F44 2113944F44 2113951B41 2113944F51 2113944F51 2113944A41 2113945C31 2113945C31 2113944A41 2113944A41 2113944A41 2113945C02 2113945C31 2113944A41 2113944A41 2113944A41 2113944A41 2113944A41 2113944A41 2113944A41 2113944A41 2113945A09 2113944A41 2113945C31 2113944A41 2113945C31 2113944A41 2113944C55 2113944A41 2113945L41 2113944C02 2113944C53 2113944A41 2113944A41 2113944A41 2113944A41 2113944A41 2113944A41 2113944A41 2113944C46 2113944M17 2113944C42 2113944C42 Description 120pF 68pF 7.50pF 33pF 33pF 33pF 33pF 24pF 12pF 12pF 24pF 24pF 24pF 120pF 0.1uF 0.1uF 120pF 120pF 120pF .01uF 0.1uF 120pF 120pF 120pF 120pF 120pF 120pF 120pF 120pF 1000pF 120pF 0.1uF 120pF 0.1uF 120pF 2200pF 120pF 4700pF 220pF 1500pF 120pF 120pF 120pF 120pF 120pF 120pF 120pF 120pF 9.1pF 75pF 75pF Circuit Ref Motorola Part No. C0944 C0945 C0947 C0948 C0949 C0950 C0951 C0953 C0960 C0961 C0962 C0963 C0964 C0965 C0966 C0967 CR0201 CR0202 CR0203 CR0204 CR0205 CR0206 CR0207 CR0208 CR0300 CR0301 CR0302 CR0303 CR0304 CR0305 CR0306 CR0307 CR0308 CR0400 D0400 D0401 D0402 D0403 D0404 D0405 D0406 D0407 D0408 D0409 D0500 D0600 D0601 D0700 D0702 D0703 D0704 2113944M06 2113944C42 2113944A40 2113946S35 2113946G01 2113945A09 2113945C31 2113944A41 2113944A52 2113945C31 2113944A40 2113944A52 2113944A23 2113944A40 2113944A41 2113944A41 4815096H01 4815096H01 4815096H01 4815096H01 4815096H01 4815096H01 4815096H01 4815096H01 4815096H01 4815096H01 4815096H01 4815096H01 4815096H01 4815096H01 4815096H01 4815096H01 4815096H01 4813974A19 NOT PLACED 4885055Y01 4885055Y01 4885055Y01 4885055Y01 4815090H01 4885055Y01 4885055Y01 4885055Y01 4885055Y01 4813974A19 4815096H01 4815096H01 4802482J02 4802482J02 4875430M01 4813974A06 Description 3.3pF 75pF 100pF 1.0uF 2.2uF 1000pF 0.1uF 120pF 1000pF 0.1uF 100pF 1000pF 8.2pF 100pF 120pF 120pF DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE, SCHOTTKY – DIODE VARACTOR 1SV229 DIODE VARACTOR 1SV229 DIODE VARACTOR 1SV229 DIODE VARACTOR 1SV229 DIODE, MIXER DIODE VARACTOR 1SV229 DIODE VARACTOR 1SV229 DIODE VARACTOR 1SV229 DIODE VARACTOR 1SV229 DIODE, SCHOTTKY DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE, PIN DIODE, PIN DIODE, PIN DIODE, PIN Circuit Ref Motorola Part No. D0900 D0901 D0902 D0903 D0904 D0905 D0906 D0907 E0201 E0301 E0302 E0400 E0401 E0403 E0500 E0600 E0601 E0602 E0603 E0604 E0605 E0606 E0607 E0608 E0609 E0610 E0700 E0701 E0702 E0703 E0704 FL0500 HS0700 J0700 L0100 L0200 L0202 L0203 L0204 L0205 L0206 L0207 L0209 L0210 L0211 L0212 L0213 L0214 L0215 L0217 L0218 4813978C02 4815023H01 4815024H01 4815024H01 4813974A21 4813974A21 4813978C02 4813977M10 2409134J25 2409134J25 NOT PLACED NOT PLACED 2409134J25 2409134J25 2409134J25 2409134J25 2409134J25 2409134J25 2409134J25 2409134J25 2409134J25 2409134J25 2409134J25 2409134J25 2409134J25 2480640Z01 2485011Y01 2485011Y01 7671656M01 2485011Y01 2409134J25 9116854H02 0104038J81 0905901V11 2414017N29 2414017N28 2414032F42 2414032F42 2414017N28 2414017N20 2414017N14 2415385H02 2414032F42 2414015A21 2414017N28 2414032F42 2414032F42 2414032F42 2415385H02 2414032F42 2414015A20 Description DIODE, SWITCHING DIODE, PIN DIODE, PIN DIODE, PIN DIODE, SCHOTTKY DIODE, SCHOTTKY DIODE, SWITCHING DIODE, 5.1V ZENER FERRITE BEAD FERRITE BEAD – – FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD 73.35 MHZ CRYSTAL FILTER HEATSINK MINI-U RF CONNECTOR 270nH 220nH 470nH 470nH 220nH 47nH 15nH 12.5nH 470nH 27nH 220nH 470nH 470nH 470nH 12.5nH 470nH 22nH Circuit Ref L0219 L0221 L0300 L0302 L0303 L0304 L0305 L0306 L0307 L0309 L0310 L0311 L0312 L0313 L0314 L0315 L0317 L0318 L0319 L0401 L0402 L0403 L0404 L0405 L0406 L0407 L0408 L0409 L0410 L0411 L0412 L0413 L0414 L0503 L0504 L0506 L0602 L0603 L0604 L0605 L0608 L0700 L0702 L0705 L0706 L0707 L0708 L0709 L0710 L0711 L0712 Motorola Part No. 2414032F42 2414017N19 2414017N28 2414032F42 2414032F42 2414017N28 2414017N19 2414017N12 2415385H01 2414032F42 2414015A32 2414017N28 2414032F42 2414032F42 2414032F42 2415385H01 2414032F42 2414015A32 2414032F42 2414015B24 NOT PLACED NOT PLACED NOT PLACED NOT PLACED 2414015B29 2414015B16 2414015B15 2414015B15 2414015B15 2414015B15 2414017N20 2414017N28 2414015B23 2414015B27 NOT PLACED 2414032B66 2414032K23 2414032D20 2466505A01 2466505A01 2414032B76 2460592A01 2479990G01 2414017N26 2460592A01 2460592A01 2460592A01 2414017N26 2460592A02 2414017N26 NOT PLACED Description 470nH 39nH 220nH 470nH 470nH 220nH 39nH 10nH 8nH 470nH 18nH 220nH 470nH 470nH 470nH 8nH 470nH 18nH 470nH 15nH – – – – 10nH 27nH 22nH 22nH 22nH 22nH 47nH 220nH 12nH 390nH – 820nH 2.7uH 270nH 10uH 10uH 4.7uH 17nH 33.47nH 150nH 17nH 17nH 17nH 150nH 12.5nH 150nH – VHF (136–174 MHz) 1–25W PCB / Schematics / Parts List Circuit Ref Motorola Part No. L0714 L0715 L0716 L0717 L0718 L0719 L0720 L0721 L0722 L0723 L0900 L0901 L0902 L0903 L0904 L0905 M0700 Q0100 Q0102 Q0106 Q0107 Q0108 Q0200 Q0201 Q0202 Q0300 Q0301 Q0302 Q0400 Q0401 Q0402 Q0403 Q0405 Q0500 Q0501 Q0600 Q0601 Q0701 Q0702 2479990N01 2414017N26 2414017N27 2414017N06 NOT PLACED 2414017N22 2414017N06 2414017N11 2414032B60 NOT PLACED 2414032D30 2414032F42 2414032F42 2414032F23 2414032F22 2414017N24 2686201B02 4802197J95 4815359H01 4816134H01 4813970A59 4815261H01 4885061Y01 4885061Y01 4802197J95 4885061Y01 4885061Y01 4802197J95 NOT PLACED 4815267H01 4885593U03 4815270H01 4885593U03 4802197J95 4802197J95 4805793Y10 4813973A04 4816013H01 48012048002 Q0703 Q0704 Q0705 4816548H01 4813973B02 4816547H01 Q0706 Q0711 Q0900 Q0901 Q0902 R0100 R0101 4815272H01 4815271H01 4815272H01 4813973A13 4813973M07 0613952R66 0613952R66 Description 43.67nH 150nH 180nH 3.3nH – 68nH 3.3nH 8.2nH 390nH – 1uH 470nH 470nH 12nH 8.2nH 100nH HEATSINK NPN RF TRANSISTOR DUAL PNP ANALOG SWITCH P-CHANNEL MOSFET ANALOG SWITCH NPN RF TRANSISTOR NPN RF TRANSISTOR NPN RF TRANSISTOR NPN RF TRANSISTOR NPN RF TRANSISTOR NPN RF TRANSISTOR – DUAL PNP NPN RF TRANSISTOR ANALOG SWITCH NPN RF TRANSISTOR NPN RF TRANSISTOR NPN RF TRANSISTOR NPN RF TRANSISTOR NPN DARLINGTON DUAL NPN/PNP RF POWER AMPLIFIER, LDMOS N_CHANNEL LDMOS DRIVER PNP N-CHANNEL LDMOS PREDRIVER ANALOG SWITCH ANALOG SWITCH ANALOG SWITCH PNP NPN 0 0 3-35 Circuit Ref R0102 R0103 R0104 R0105 R0106 R0107 R0108 R0109 R0110 R0111 R0113 R0114 R0115 R0116 R0117 R0118 R0119 R0120 R0122 R0123 R0125 R0126 R0127 R0128 R0131 R0134 R0139 R0140 R0144 R0146 R0147 R0148 R0155 R0156 R0157 R0158 R0159 R0160 R0161 R0170 R0201 R0202 R0203 R0204 R0205 R0206 R0207 R0208 R0210 R0211 R0212 Motorola Part No. 0613952R66 0613952R66 0613952R17 0613952Q58 0613952Q83 0613952Q57 0613952Q80 0613952R66 0613952Q42 0613952R66 0613952R01 0613952Q80 0613952R66 0613952R66 0613952R12 0613952R66 0613952Q35 0613952R01 NOT PLACED 0613952R19 0613952R66 NOT PLACED 0613952Q49 0613952R66 0613952Q58 0613952Q35 0613952Q78 0613952Q31 0613952R01 0613952R66 NOT PLACED 0613952Q60 0613952R66 NOT PLACED NOT PLACED NOT PLACED 0613952R01 0613952R25 0613952R25 0613952R66 0613952Q85 0613952Q75 0613952Q75 0613952Q95 0613952Q49 0613952R05 0613952Q25 0613952Q42 0613952Q89 0613952R66 0613952R66 Description 0 0 47K 240 2.7K 220 2K 0 51 0 10K 2K 0 0 30K 0 27 10K – 56K 0 – 100 0 240 27 1.6K 18 10K 0 – 300 0 – – – 10K 100K 100K 0 3.3K 1.2K 1.2K 8.2K 100 15K 10 51 4.7K 0 0 Circuit Ref R0213 R0216 R0218 R0219 R0220 R0221 R0224 R0225 R0226 R0229 R0230 R0301 R0302 R0303 R0304 R0305 R0306 R0307 R0308 R0310 R0311 R0312 R0316 R0319 R0320 R0321 R0324 R0325 R0326 R0327 R0329 R0331 R0332 R0333 R0334 R0337 R0400 R0401 R0402 R0403 R0404 R0405 R0406 R0407 R0409 R0410 R0411 R0412 R0413 R0414 R0415 Motorola Part No. 0613952R01 0613952Q51 0613952R01 0613952Q66 0613952Q25 0613952Q66 0613952Q92 0613952Q94 0613952Q49 0613952Q54 0613952Q89 0613952Q85 0613952Q66 0613952Q66 0613952Q95 0613952Q49 0613952R05 0613952Q25 0613952Q42 0613952Q89 0613952R66 0613952R66 0613952Q46 0613952R32 0613952R05 0613952Q83 0613952Q80 0613952Q95 0613952Q49 0613952R01 0613952Q50 0613952R01 0613952Q56 0613952Q35 0613952Q56 0613952R66 0613952R05 0613952Q91 0613958H55 NOT PLACED 0613952Q57 0613952Q91 0613952Q83 0613952G67 0613952Q75 0613952R25 0613958H55 0613952R25 0613952Q69 0613952Q69 0613952Q69 Description 10K 120 10K 510 10 510 6.2K 7.5K 100 160 4.7K 3.3K 510 510 8.2K 100 15K 10 51 4.7K 0 0 75 200K 15K 2.7K 2K 8.2K 100 10K 110 10K 200 27 200 0 15K 5.6K 180 – 220 5.6K 2.7K 0 1.2K 100K 180 100K 680 680 680 Circuit Ref R0416 R0417 R0418 R0419 R0420 R0421 R0422 R0423 R0424 R0425 R0426 R0427 R0428 R0429 R0430 R0431 R0432 R0433 R0434 R0435 R0436 R0437 R0438 R0440 R0441 R0443 R0444 R0500 R0501 R0502 R0503 R0508 R0509 R0510 R0511 R0512 R0601 R0602 R0603 R0604 R0605 R0606 R0607 R0608 R0609 R0610 R0611 R0612 R0613 R0614 R0615 Motorola Part No. 0613952Q69 0613958H25 0613952Q77 0613952Q83 0613952Q83 0613958H25 0613952K25 0613952L46 0613952L46 0613952Q75 0613952Q83 0613952Q25 0613952R01 0613952Q69 0613952R01 NOT PLACED NOT PLACED 0613952R66 0613958H49 0613952R66 0613952Q67 0613952R66 0613952Q67 0613952R25 0613952R25 0613952R25 0613952R25 0613952Q90 0613952Q61 0613952R08 0613952R12 0613952R19 0613952Q89 0613952R12 0613952Q75 0613952Q42 0613952Q45 0613952R01 0613952Q80 0613952R10 0613952Q61 0613952Q42 NOT PLACED 0613952R66 0613952R66 0613952R66 0613952R66 0613952R66 0613952R66 0613952R66 0613952R66 Description 680 10 1.5K 2.7K 2.7K 10 17.8 294 294 1.2K 2.7K 10 10K 680 10K – – 0 100 0 560 0 560 100K 100K 100K 100K 5.1K 330 20K 30K 56K 4.7K 30K 1.2K 51 68 10K 2K 24K 330 51 – 0 0 0 0 0 0 0 0 VHF (136–174 MHz) 1–25W PCB / Schematics / Parts List 3-36 Circuit Ref R0616 R0617 R0618 R0619 R0620 R0621 R0622 R0623 R0624 R0625 R0626 R0627 R0700 R0701 R0702 R0706 R0709 R0711 R0712 R0713 R0714 R0715 R0718 R0719 R0720 R0722 R0724 R0725 R0726 R0727 R0728 R0729 R0730 R0732 R0734 R0735 R0738 R0739 R0740 R0741 R0742 R0743 R0744 R0745 R0747 R0748 R0749 R0750 R0751 R0752 R0753 Motorola Part No. 0613952R25 0613952R01 0613952Q63 0613952R01 0613952Q96 0613952R66 NOT PLACED NOT PLACED 0613952Q90 0613952N69 0613952N81 0613952R66 0613958H44 0613958J74 NOT PLACED 0613958S51 0613959Q60 0613952H57 0613952H48 0613959H12 0613952H46 0613952H46 0613952H25 0613959Q25 0613952H25 0613952H89 0613952H79 0613952Q59 0613952N01 0613952H95 0613952J01 0613952J01 0613952H73 0613952H73 0613952G67 0613959Y49 0613959Y42 NOT PLACED 0613952J25 0613952J17 0613959Q25 0613958S73 NOT PLACED 0613952H65 0613952H89 0613952J19 0613952G67 0613952J07 0613952J08 0613952G67 0613952H73 Description 100K 10K 390 10K 9.1K 0 – – 5.1K 51.1K 68.1K 0 62 0 – 120 300 220 91 30K 75 75 10 10 10 4.7K 1.8K 270 10K 8.2K 10K 10K 1K 1K 0 100 51 – 100K 47K 10 1K – 470 4.7K 56K 0 18K 20K 0 1K Circuit Ref R0754 R0755 R0756 R0757 R0759 R0760 R0761 R0762 R0763 R0764 R0765 R0766 R0768 R0769 R0770 R0771 R0773 R0775 R0777 R0900 R0901 R0902 R0903 R0906 R0907 R0909 R0910 R0911 R0912 R0913 R0914 R0915 R0916 R0917 R0918 R0919 R0920 R0921 R0922 R0923 R0924 R0925 R0926 R0927 R0928 R0929 R0930 R0931 R0936 R0937 R0938 Motorola Part No. 0613952H25 0613952H25 0613952J25 0613952J17 0613952H25 0613952Q83 0613952G67 0613958S29 0613958S29 0613958S29 0613958S29 0613958S29 0613958S29 0613958S29 0613958S29 0613958S29 0613958S29 0613952G67 0613952H25 0613952N73 0613952N62 0613952M50 0613952N34 0613952R66 0613952R66 0613952N62 0613952H73 0613952N01 0613952N30 0613952R66 0613952P26 0613952N81 0613952M59 0613952H91 0613952H63 0613952R15 0613952N42 0613952H81 0613952R14 0613952R66 0613952H91 0613952H91 0613958H53 0613952H42 0613958H39 0613958H39 0613952R07 0613952R66 0613952N66 0613952N21 0613952R66 Description 10 10 100K 47K 10 2.7K 0 15 15 15 15 15 15 15 15 15 15 0 10 56.2K 43.2K 3.24K 22.1K 0 0 43.2K 1K 10K 20K 0 182K 68.1K 4.02K 5.6K 390 39K 26.7K 2.2K 36K 0 5.6K 5.6K 150 51 39 39 18K 0 47.5K 16.2K 0 Circuit Ref Motorola Part No. R0940 R0941 R0942 R0943 R0944 R0946 R0947 R0950 R0951 R0954 R0955 R0960 R0970 R0971 R0973 R0974 R0975 R0976 R0977 R0978 R0979 R0981 R0982 R0983 R0984 R0985 R0986 R0987 R0988 R0989 R0994 R0995 RT0908 RT0953 SH0100 SH0101 SH0300 SH0301 SH0500 SH0900 SH0901 T0400 T0401 U0100 U0101 U0201 U0303 U0304 U0600 U0601 U0700 0613952R66 0613952R66 0613952M81 0613952N58 0613952R66 0613952M51 0613952R66 0613952N01 0613952N62 0613952R40 0613952P01 0613952H82 0613958H56 0613958H55 NOT PLACED 0613958H55 0613958H56 0613952H53 0613952H53 0613952G67 0613952G67 0613952R07 0613952R01 0613952R01 NOT PLACED 0613952N81 0613952N81 0613952N81 0613952Q42 NOT PLACED NOT PLACED NOT PLACED 0615585H01 0615585H01 2615362H01 2615362H01 2615362H01 2615362H01 2615576H01 2686423Z02 2686425Z02 2515121H01 2515121H01 5104932K08 5114000B59 4815267H01 NOT PLACED 4815267H01 5102495J14 5115391H01 4802246J29 Description 0 0 6.81K 39.2K 0 3.32K 0 10K 43.2K 430K 100K 2.4K 200 180 – 180 200 150 150 0 0 18K 10K 10K – 68.1K 68.1K 68.1K 51 – – – 47K 47K SHIELD SHIELD SHIELD SHIELD SHIELD SHIELD SHIELD BALUN XFMR BALUN XFMR IC, FRACN SYNTHESIZER ANALOG SWITCH DUAL PNP – DUAL PNP IC, RF ASIC VOLTAGE REGULATOR PA PRE-DRIVER Circuit Ref U0900 U0901 U0940 U0941 U0942 U0943 VR0700 Y0100 Motorola Part No. 5115147H01 5115147H01 5180390L83 5115391H01 5114004A35 5178286A01 4813977M11 5116032H01 Description DUAL OPAMP DUAL OPAMP IC, PA CONTROLLER VOLTAGE REGULATOR VOLTAGE DETECTOR IC, VOLTAGE DETECTOR DIODE, 5.6V ZENER 0.5 PPM 16.8 MHZ TCXO (GPS Models Only) M DR 3000 MOTOTRBO Repeater Chapter 6 VHF (136–174 MHz) 25–45W Service Information Issue: September, 2010 Computer Software Copyrights The Motorola products described in this manual may include copyrighted Motorola computer programs stored in semiconductor memories or other media. Laws in the United States and other countries preserve for Motorola certain exclusive rights for copyrighted computer programs, including, but not limited to, the exclusive right to copy or reproduce in any form the copyrighted computer program. Accordingly, any copyrighted Motorola computer programs contained in the Motorola products described in this manual may not be copied, reproduced, modified, reverse-engineered, or distributed in any manner without the express written permission of Motorola. Furthermore, the purchase of Motorola products shall not be deemed to grant either directly or by implication, estoppel, or otherwise, any license under the copyrights, patents or patent applications of Motorola, except for the normal non-exclusive license to use that arises by operation of law in the sale of a product. i Chapter 6 - VHF High Power Service Information Table of Contents Section 1 Theory of Operation 1.0 Introduction ..........................................................................................................1-1 1.1 Receiver .........................................................................................................1-2 1.2 Transmitter .....................................................................................................1-2 1.3 Repeater Indicator Board ...............................................................................1-2 1.4 Connector Board ............................................................................................1-3 1.5 Fan .................................................................................................................1-4 1.6 AC/DC Power Supply .....................................................................................1-4 2.0 Repeater Interconnections and Cables................................................................1-5 3.0 Mobile Radio’s Theory of Operation ....................................................................1-6 3.1 VHF (136–174 MHz) Receiver Circuitry .........................................................1-6 3.2 VHF (136–174 MHz) Transmitter Circuitry - 45 Watt......................................1-9 3.3 Frequency Generation Circuitry....................................................................1-13 Section 2 1.0 2.0 3.0 4.0 5.0 Troubleshooting Charts Troubleshooting Flow Chart for Receiver ............................................................2-1 Troubleshooting Flow Chart for 45W Transmitter ................................................2-4 Troubleshooting Flow Chart for Synthesizer........................................................2-5 Troubleshooting Flow Chart for Tx VCO (Sheet 1 of 2) .......................................2-6 Troubleshooting Flow Chart for Rx VCO (Sheet 1 of 2).......................................2-8 ii Section 3 VHF PCB / Schematics / Parts List 1.0 Allocation of Schematics and Circuit Boards ....................................................... 3-1 1.1 Controller Circuits........................................................................................... 3-1 2.0 VHF (136–174 MHz) 25–45W PCB / Schematics / Parts List ............................. 3-3 VHF (136–174 MHz) 25–45W 8478023A12 Top Side ........................................... 3-3 VHF (136–174 MHz) 25–45W 8478023A12 Bottom Side ...................................... 3-4 VHF (136–174 MHz) 25–45W 8478023A16 Top Side ........................................... 3-5 VHF (136–174 MHz) 25–45W 8478023A16 Bottom side....................................... 3-6 VHF (136–174 MHz) 25–45W Overall Schematic Diagram ................................... 3-7 VHF (136–174 MHz) 25–45W Receiver Front-End Schematic Diagram................ 3-8 VHF (136–174 MHz) 25–45W Receiver IF Amp Schematic Diagram .................... 3-9 VHF (136–174 MHz) 25–45W Receiver Back-End Schematic Diagram .............. 3-10 VHF (136–174 MHz) 25–45W Power Amplifier Schematic Diagram.................... 3-11 VHF (136–174 MHz) 25–45W Power Control Schematic Diagram ...................... 3-12 VHF (136–174 MHz) 25–45W Synthesizer Schematic Diagram .......................... 3-13 VHF (136–174 MHz) 25–45W Receiver VCO Schematic Diagram...................... 3-14 VHF (136–174 MHz) 25–45W Transmit VCO Schematic Diagram ...................... 3-15 VHF PCB 8478023A12 and 8478023A16 Parts List 25–45W.............................. 3-16 3.0 VHF (136–174 MHz) 25–45W PCB / Schematics / Parts List ........................... 3-21 VHF (136–174 MHz) 25–45W 8478023A17 Top Side ......................................... 3-21 VHF (136–174 MHz) 25–45W 8478023A17 Bottom Side .................................... 3-22 VHF (136–174 MHz) 25–45W Overall Schematic Diagram ................................. 3-23 VHF (136–174 MHz) 25–45W Receiver Front-End Schematic Diagram.............. 3-24 VHF (136–174 MHz) 25–45W Receiver IF Amp Schematic Diagram .................. 3-25 VHF (136–174 MHz) 25–45W Receiver Back-End Schematic Diagram .............. 3-26 VHF (136–174 MHz) 25–45W Power Amplifier Schematic Diagram.................... 3-27 VHF (136–174 MHz) 25–45W Power Control Schematic Diagram ...................... 3-28 VHF (136–174 MHz) 25–45W Synthesizer Schematic Diagram .......................... 3-29 VHF (136–174 MHz) 25–45W Receiver VCO Schematic Diagram...................... 3-30 VHF (136–174 MHz) 25–45W Transmit VCO Schematic Diagram ...................... 3-31 VHF PCB 8478023A17 Parts List 25–45W .......................................................... 3-32 Introduction 1-1 Section 1 THEORY OF OPERATION Introduction The MOTOTRBO repeater consists of two MOTOTRBO mobile radios; one to act as a receiver, and one to act as a transmitter and controller. Both of these radios contain specialized software that allows them to function together as a repeater. The Repeater also contains a Repeater Indicator board and a Connector board. A block diagram of the repeater is shown in Figure 1-1. The Repeater Indicator board contains the Front-Panel LED circuitry as well as an Ethernet interface. The Connector board is a multifunctional board that is primarily used to pass signals to and from modules inside the chassis to the outside of the chassis. The Repeater contains the following assemblies and sections: • Receiver • Transmitter • Repeater Indicator Board • Connector Board • Fan Repeater Board • AC/DC PSU Option Board Interface Display Driver USB to Ethernet Interface Repeater Interface RTC Backup Mobile Mic Port (MMP) Mobile Mic Port (MMP) Front Connector Front Connector Tx Control Radio Control Head Interface Rx Radio Controller Rx RF DC Power Mobile Accessory Port (MAP) Rear Connector Power Supply AC Power Repeater Interface Option Board Interface Control Head Interface Controller Mobile Accessory Port (MAP) Rear Connector Connector Board 1.0 Fan Control Ethernet Connector Tx RF DC Power Fan MAP Connector RF Rx In RF Tx Out Figure 1-1 Repeater Block Diagram 1-2 1.1 Introduction Receiver The receiver uses a transceiver board which is based on the mobile radio's transceiver board. The board uses the same PCB as the mobile radio board, but is populated differently to work in the Repeater application. Only the receiver related functions of the board are utilized in this application, even though the circuitry for transmit also exists on the board. The Repeater receiver is identical in functionality to the mobile radio's receiver differing only in the audio path. On the mobile radio, the decoded audio is sent to a DAC, and then to the speaker. In the Repeater, this audio information is sent out through the SSI link to the transmit radio to be processed. Details of the receiver theory of operation can be found in Section 3.1. 1.2 Transmitter The transmitter consists of a transceiver board which is based on the mobile radio's transceiver board housed in a transmit chassis. The transmit radio is identical to the receive board from a hardware standpoint. The difference between the two is the software that is running on them, how they are connected within the Repeater, and an additional heat sink that is mounted to the chassis. The added heatsink and the Repeater fan allow the transmitter to be cooled sufficiently when operating in a 60°C, full-duty cycle environment. The transmit radio acts as the master controller for the Repeater. It handles all controller related tasks for the Repeater, including management of the receive radio. The transmit radio is responsible for processing the audio sent from the receive radio and repeating it out at the Tx frequency. Details of the transmitter theory of operation can be found in Section 3.2. 1.3 Repeater Indicator Board The Repeater Indicator board contains circuitry to drive the front panel indicator LEDs, an RTC battery for the RTC in the transmit radio, as well as an Ethernet controller. Front Panel Indicators Display Driver Ethernet to Rear Panel USB to Ethernet Interface RTC Backup Flex to Transmit Radi o Figure 1-2 Repeater Indicator Board Block Diagram All of the indicator LEDs that are on the front of the Repeater chassis reside on the Repeater Indicator board. Each is controlled by a shift register (U6) data out signal and a digital transistor. The shift register accepts serial data in from the transmit radio's OMAP processor via a SPI bus. A 74LVC07 buffer (U9) level shifts these signals from 3.3 V to 1.8 V. Introduction 1-3 The Repeater Disable LED is a dual-purpose LED that is hardware controlled initially at power-up. As soon as VBUS power is available on the Repeater Indicator board, the hardware circuitry for the Repeater Disable LED will cause it to blink periodically. When the software initialization is completed by the firmware, the blink circuitry will get disabled by the firmware. At that point, the Repeater Disable LED can be used for its intended purpose of displaying when the Repeater Disable function is turned on. The power LED is the only LED that is not controlled by the software. This bi-color LED gets turned on green when the 13.8 V output from the power supply is valid. It turns on red when A/C power is lost, and the repeater's backup battery is used. The Real Time Clock (RTC) battery (M1) is connected to the transmit radio through the Control Head (J1, pin 30). Details of the Ethernet Controller can be found in Chapter 2. 1.4 Connector Board The Connector board has two purposes: provide a place for the Repeater's MAP and Ethernet connectors to be mounted and a location for the Repeater’s fan control circuitry. To MAP Conne ctor On Transmit Radi o To Power Suppl y Fan Control To MAP Conne ctor On Rear Panel To Fan To Ethernet Conne ctor On Rear Panel Figure 1-3 Connector Board Block Diagram 1-4 1.5 Introduction Fan The fan control logic is provided by the fan controller IC (U51). This is a device from Cypress Semiconductor. There are basically two functions provided by the fan controller. First, it provides a PWM output based on a temperature input, and secondly, it provides detection of fan failure based on the fan tachometer reading. The Repeater’s internal chassis temperature is measured with an LM50 precision temperature sensor IC (U52). This IC outputs a voltage that is linearly proportional to temperature at 10 mV/°C, and with an offset of +500 mV. The output voltage of the LM50 ranges from +200 mV at -30°C to 1.1 V at +60°C. The fan controller IC (U51) controls the speed of the fan by adjusting the PWM output (pin 1) from 0% to 100%. As long as the fan continues to work, pulses are output from the fan and input to the fan controller (pin 2). 1.6 AC/DC Power Supply The Repeater uses the PMPN4001A switch-mode, Power Supply Unit (PSU). It is capable of 200 W and designed for a 50 W UHF or VHF repeater system. This supply has UL, CE, and TUV regulatory approvals and is usable in all regions by using the correct line cord. The AC input is auto-ranging with no manual switch being specified to operate from 90 V-270 V and 47 Hz-63 Hz. It outputs a nominal voltage of 13.8 V with a voltage tolerance of +/- 5%. It has Power Factor Correction circuitry and is rated at 15 A across the whole operating temperature range of -30°C to +60°C. It also has a built-in battery revert circuit with a float output available for maintaining the charge on a battery and has UL, CE, & TUV approvals. The battery revert connector is accessible in the back of the power supply. The supply has over-load, over-voltage, and over-temperature protection. In an overload condition, the PSU goes into a hiccup mode where it recovers automatically after the fault condition is removed. During an over-voltage condition, the PSU shuts down, and will have to be re-powered on to recover. In an over-temperature condition, the PSU also shuts down but will recover after the temperature goes down. The PSU is not designed to be field serviceable. If it is determined that the PSU is not functioning, the whole unit needs to be replaced. Repeater Interconnections and Cables Repeater Interconnections and Cables Repeater Board Figure 1-4 shows the Cable interconnections inside the Repeater. Display Driver USB to Ethernet Interface RTC Backup 7 6 Repeater Interface Mobile Mic Port (MMP) Mobile Mic Port (MMP) Front Connector Controller 5 Rx RF Mobile Accessory Port (MAP) DC Power Repeater Interface Front Connector 9 Control Head Interface Tx Control Radio Option Board Interface Rx Radio Option Board Interface Control Head Interface Rear Connector Controller Mobile Accessory Port (MAP) Rear Connector Tx RF DC Power 1 8 2 3 Power Supply AC Power Connector Board 2.0 1-5 Fan Control Ethernet Connector Fan 4 MAP Connector RF Rx In RF Tx Out Figure 1-4 Repeater Cabling Diagram The details of each of these cables/interconnections are as follows: 1. Two conductor DC power cables to the transmit and receive radios. 2. Six conductor DC power cable to the connector Board. Supplies power for the fan and Repeater Indicator board via cable 6. 3. RF Coax to connect the receive radio to the back of the Repeater. This cable has a BNC connector on the Repeater’s rear panel. 4. RF Coax to connect the transmit radio to the back of the Repeater. This cable has an N type connector on the Repeater’s rear panel. 5. CAT5 cable with RJ45 style connectors on both ends. This cable connects the Ethernet controller on the Repeater Indicator board to the Repeater's back panel and provides power from the Connector Board to the Repeater Indicator board for the LED indicators. 1-6 3.0 Mobile Radio’s Theory of Operation 6. Eleven conductor flex cable. Provides the SSI connection between the transmit and receive radios. Refer to Section 1.5 for more details on this interface. 7. Thirty conductor flex cable. Provides the connection from the transmit radio to the Repeater Indicator board and includes SPI signals to drive the LED indicators, RTC backup supply, and the interface to the Ethernet controller. 8. Twenty six conductor cable. Provides the connection from the transmit radio's MAP to the MAP located on the Repeater's rear panel. 9. Eight pin conductor cable. Provides Ethernet LED signals from Repeater Board and HWID signals from Connector Board (Applicable for 32 MB repeaters only). Mobile Radio’s Theory of Operation The sections that follow provide a detailed theory of operation for the VHF circuits in the two MOTOTRBO mobile radios. For details of the theory of operation and troubleshooting for the associated Controller circuits, refer to the Controller Section of this manual. 3.1 VHF (136–174 MHz) Receiver Circuitry The receiver is configured as a dual-conversion superheterodyne receiver, capable of both FM and 4-level FSK demodulation. The major blocks are the front-end, the mixer, Xtal filter, and the Abacus III back-end IC. The overall block diagram is shown in Figure 1-5. Sw. 10 dB Attenuator 2-Pole Varactor Tuned LNA 2-Pole Varactor Tuned 4-Pole 44.85 Mhz 2nd L.O. 42.6 or 47.1 MHz LIMITER/IF AMP STAGE X AD9864 T/R ANT Switch 2nd L.O. Hi-Speed A/D VCO 10 bit DAC SPI & SSI BU S 10 bit DAC 1st L.O. High Side Injection Fo + 44.85 MHz DSP Processor SPEAKER D/A Figure 1-5 Receiver Block Diagram 3.1.1 Receiver Front-End The front-end consists of a 2-pole varactor-tuned pre-selector filter, an LNA, a 2-pole varactor-tuned post-selector filter, and a passive double-balanced mixer. The received signal applied to the antenna is routed through the harmonic filter and PIN diode controlled antenna switch (D0702). A logic high level on ANT_ENABLE configures the antenna switch for Tx operation while a logic low places the switch in Rx mode. The insertion loss of the harmonic filter and antenna switch combined is approximately 0.8 dB max in Rx mode with slightly more loss at the upper end of the band. From this point, the Rx signal is routed to the Local Distance Switch (D0400/R0407), which biases on a diode in normal operation to minimize any insertion loss. Under strong signal conditions and for improved intermodulation protection from interfering signals, the switch can be turned on by the signal RF_ATTEN_1, which introduces approximately 10 dB of additional path loss. Activation of the switch can be accomplished manually by the user or left in the default setting. Mobile Radio’s Theory of Operation 1-7 The signal next reaches the pre-selector filter, which is a 2-pole varactor-tuned filter with 5 zeros that are optimized to provide image frequency rejection. This filter, and the similarly designed post-selector filter, provide over 75 dB of image response rejection. The 3 dB bandwidth for both filters varies across the band with a minimum of 32 MHz at 136 MHz and a maximum of 38 MHz around 174 MHz. Half-IF rejection from the filters is also frequency dependent with a minimum of approximately 7.5 dB achieved at the worst-case frequency of 174 MHz. Both filters have variable center frequencies that are adjusted by the FE_TUNE signal, which is derived from the output of a 10-bit DAC internal to the MAKO IC (U3200). The voltage is scaled up by a voltage doubler (Q0403) in order to provide the required linearity for the filters. Both filters are matched to the LNA (Q0402) to optimize the amplifier’s noise figure (2.0 dB) and to provide an LNA gain of 16 dB to the signal. The combined gain of the filters and LNA is about 14 dB. Active bias transistor Q0401 maintains the collector current of Q0402 constant at 25 mA. The LNA, active bias circuit, Local Distance Switch, and voltage doubler are all supplied by 9R1_FILT, which is derived from 9R1 after filtering. Following the post-selector filter is the Class 2, double-balanced mixer. It is comprised of baluns T0400 and T0401 and diode ring mixer D0405. Injection amplifier Q0405 provides 15 dB of gain to the Rx VCO injection signal. Another amplifier, Q0202, located in the VCO block, also provides gain for the LO signal and isolation from high RF signals entering the mixer. The signal applied to the LO port of the mixer is +16 dBm minimum after passing through the 3-pole/1-zero, low-pass injection filter. The LO injection is high-side and mixes the signal down to an IF frequency of 44.85 MHz. The output of the mixer is connected to a diplexer network, which terminates out-of-band frequencies into 51 ohms (R0427) while appearing as high impedance to the 44.85 MHz IF signal. 3.1.2 Receiver Back-End The signal entering the back-end is matched to 4-pole crystal filter, FL0500, by C0507 and L0503. The filter is centered at 44.85 MHz with a 3 dB bandwidth of 13.4 kHz. IF amplifiers Q0500 and Q0501 follow the crystal filter and provide both amplification and limiting to the signal. An overall gain of 24 dB is available from the composite IF amplifier to lower-level IF signals. As the signal level increases, Q0501 begins to limit and eventually saturates out at approximately –16 dBm. The purpose of the limiting is to provide protection to the AD9864 Abacus III back-end IC (U0600). An internal 16 dB attenuator is also engaged to provide attenuation to the Abacus’s input signal, working with the external amplifier to limit the signal below the ADC clip point. The block diagram for the AD9864 is shown in Figure 1-6 below. At IF levels exceeding –26 dBm into U0600, the 2nd LO synthesizer internal to U0600 can be pulled, causing corruption of the I/Q data being delivered to the DSP. MXOP MXON IF2P IF2N GCP GCN AD9864 AGC -16dB IFIN LNA Σ-Δ ADC DECIMATION FILTER FORMATTING/SSI DOUTA DOUTB FS CLKOUT FREF CONTROL LOGIC LO SYN IOUTL VOLTAGE REFERENCE CLK SYN LOP LON LO VCO AND LOOP FILTER IOUTC CLKP CLKN VREFP VCM VREFN SPI PC PD PE LOOP FILTER Figure 1-6 AD9864 Block Diagram 1-8 Mobile Radio’s Theory of Operation The Abacus III accepts the 44.85 MHz signal, processes it, and sends out baseband I/Q data in 16bit format to the DSP at a 20 kHz rate. Internal to the Abacus III is an LNA and 16 dB FE attenuator, an internal integer-N synthesizer used to control the external 2nd LO VCO, a Sigma-Delta ADC and decimation filter, and control and formatting logic for outputting the baseband I/Q data. External to U0600 is the 2nd LO VCO with active device Q0600 and its associated circuitry including the loop filter consisting of C0613, C0618, and R0603. The 2nd LO mixes the 44.85 MHz IF signal down to 2.25 MHz before being input to the ADC where it is sampled. The tank circuit (L0608, C0605, C0642, R0617) and varactor (D0601) for the internal clock synthesizer, work with the loop filter (R0618, C0643, C0646) to provide the 18 MHz clocking signal to the internal ADC, decimation filter, and SSI formatting circuitry. A 3 Volt regulator (U0601) provides a clean 3 Volt supply to U0600. Transistor Q0601 is configured as a super filter to provide the 2nd LO transistor with a low noise supply. The reference clock for U0600 is 16.8_REF, which is a buffered (Q0100) 16.8 MHz clock from the synthesizer block. Shown below in Figure 1-7, is the block diagram of the signal flow through the receiver back-end. All the blocks within the dotted box represent the DSP software algorithms internal to U1000. 44.85 MHz IF AD9864 Hi SPEED ADC FIR FM DISCRIMINATOR ANALOG AUDIO GAIN STAGES DEEMPHASIS ΣΔ SPEAKER DAC DSP ANALOG FM MODE 44.85 MHz IF AD9864 Hi SPEED ADC FIR FM DISCRIMINATOR 4-FSK SYMBOL RECOVERY ΣΔ AMBE+2 TM VOCODER ANALOG AUDIO GAIN STAGES SPEAKER DAC DSP DIGITAL 4FSK MODE Figure 1-7 Signal Flow through Receiver Back-End The DSP takes the incoming 20 kHz data-stream and passes the information through an FIR (Finite Impulse Response) filter, which provides rejection from any in-band adjacent channel interference. The remaining filter data is then sent through a decimation process further reducing its frequency to 8 kHz. Depending on whether the repeater is in Analog or Digital mode determines the kind of signal processing used. If the radio is in Analog mode, the remaining 8 kHz data is sent through the FM Discriminator and De-emphasis subroutines in the DSP code. If the repeater is in Digital mode, the remaining 8 kHz data is still sent through the FM Discriminator but an additional "Symbol Recovery" routine is applied along with a standard AMBE+2™ Vocoder process. The resultant audio (still represented by high-speed data) is sent to a DAC (U3200), which drives several gain stages. These gain stages consist of an I2C audio attenuator (U3501) and a high-power audio PA (U3500) providing the user with at least 3 Watts of power through the internal speaker. Mobile Radio’s Theory of Operation 3.2 1-9 VHF (136–174 MHz) Transmitter Circuitry - 45 Watt The Transmitter consists of the power amplifier circuitry and the power control circuitry. The power amplifier is responsible for delivering a faithful replica of the VCO output amplified up to the desired output power level, free from distortion. The power control circuitry is responsible for ensuring that the desired output power level is maintained in both analog and digital modes, as well as protecting the power amplifier from damage due to heat, antenna mismatch, out-of-range battery voltage, or mis-assembly. 9V3_TX 9V3_TX ANT_ENABLE LDMOS Predriver RD01MUS1 LDMOS Driver RD07 MVS1 Microstrip Dual Directional Coupler Harmonic Filter TX Port tch Ma h tc Ma h tc Ma h CW/4 FSK +7dBm INPUT FROM VCO ANT_ENABLE A+ tc Ma Agilent ADA4743 TX_INJ 9V3_TX Pad T/ R Switch RX Port To FE Forward Port Reflected Port SW_9V1 FINAL_BIAS + To Pressure Pad Switch 9V3 To Pressure Pad Switch Thermal Cutback To Pressure Pad Switch Voltage Controlled Variable Attenuator PA_ ENABLE To Predriver P res s ure P ad Clos es S witc h To Driver 9V3 SW_9V1 - V_CONTROL To Final VCONT VI +5 VOUT N +5V Regulator Pressure Pad Switch VAPC VPOS ENB L AD 831 I 5 FLTR RF IN VSET COM M 5 dBm (nominal) TX_DAC Active Reconstruction Filter Log Amp Controller Figure 1-8 VHF 45 Watt High-Power Transmitter Detailed Block Diagram 3.2.1 Power Amplifier The radio’s 45 Watt power amplifier (PA) is a 4-stage amplifier, which amplifies the output of the VCO to the required transmit power level. The first stage is an LDMOS (Lateral Diffuse MOS) 50 ohm fixed-gain block (ADA-4743, U0700), followed by the adjustable gain LDMOS pre-driver (RD01MUS1, Q0705), an adjustable gain LDMOS driver (RD07MVS1, Q0703), and the fixed-gain LDMOS final device (MRF1550, Q0702). A transmit/receive (T/R) switch and a harmonic filter complete the transmit lineup. 3.2.2 Input Stage (50 Ohm Fixed-Gain Block) The first stage (ADA-4743, U0700) is an integrated circuit with internally matched 50 ohm input and output stages providing approximately 16.5 dB power gain. Its purpose is to provide reverse isolation between the PA and the VCO to lessen the risk of VCO load pull and to provide appropriate power to the pre-driver stage. The ADA-4743 is biased at 27 mA during transmit by R0706, which is switched to 9V3 during Tx by Q0701 (controlled by Antenna_En). The ADA-4743 is preceded by a 19 dB resistive pad to further improve reverse isolation. 1-10 3.2.3 Mobile Radio’s Theory of Operation Pre-Driver Stage The next stage is a low power LDMOS device (RD01MUS1, Q0705), which delivers up to +27 dBm power to the driver stage. Its gain is controlled by varying the gate bias voltage and varies from low gain up to approximately 14 dB power gain. The gate bias voltage is controlled with the V_cont signal and is controlled in parallel with the driver stage gain. The input match to this stage is a high-pass topology comprised of L0716, L0718, and C0795. (High-pass matches are used where appropriate to minimize the chances of low frequency regeneration within the amplifier.) The inter-stage match between the pre-driver and driver stages is comprised of C0790, C0786, C0791, C0792, L0717, and L0719 arranged in a high-pass topology. Additional footprints are provided on the printed circuit board to allow for possible engineering optimizations to this match. These are non-populated parts C0793, C0794, C0817, C0820, and C0821. 3.2.4 Driver Stage The next stage is a medium-power LDMOS device (RD07MVS1, Q0703), which delivers up to +38 dBm to the final device. Its gain is controlled by varying the gate bias voltage and varies from low gain up to approximately 10 dB power gain. The gate bias voltage is controlled with the V_cont signal and is controlled in parallel with the pre-driver stage gain. R0718, R0720, R0754, and R0755 are required to improve the bandwidth of the driver stage. The inter-stage match between the driver and final device is comprised of C0819, C0746, C0752, C0754, L0745, and associated micro-strips on the PCB. Additional footprints are provided on the printed circuit board to allow for possible engineering optimizations to this match. These are non-populated parts C0753 and C0755. 3.2.5 Final Stage The final stage is a high-power LDMOS device (MRF1550, Q0702). The package is mounted to a copper carrier to improve thermal conductivity to the chassis and also to more tightly control the RF load, allowing higher and more consistent maximum output power. This stage is biased at a quiescent current of 500 mA and operates with a fixed gain of approximately 14 dB, allowing the radio to be set to a maximum output power of 54 Watts. The quiescent current is set by adjusting the Final_Bias signal. The output match consists of C0719, C0720, C0721,C0722, C0726, C0727, C0729, C0741, and L0714 and the associated microstrip line on the PCB. The output matching circuitry of this stage has extremely critical part location requirements. Any repairs must be done with care to ensure the replaced components are placed accurately and properly soldered. Of particular concern are the output matching capacitors, C0719, C0720, C0721, C0722, C0726, C0727, and C0729. The resistor networks at the input of each of the final elements are required to improve the bandwidth of the circuit. These resistors are R0712, R0716, R0717, R0719, R0721, R0726, R0732, R0733, R0734, R0736, R0737, and R0739. Additional footprints are provided on the printed circuit board to allow for possible engineering optimizations to this match. These are non-populated parts C0724, C0725, and C0730. If the final device is replaced, the bias voltage must be re-tuned using the Customer Programming Software (CPS). Care must be taken not to damage the device by exceeding the maximum allowed quiescent current. The maximum allowable current is 750 mA, but the design is optimized for 500 mA as noted earlier. The device can tolerate up to 5 Amps for brief periods of time without damage. Mobile Radio’s Theory of Operation 3.2.6 1-11 Antenna Switch The Antenna Switch (T/R switch) has two modes of operation, transmit and receive. Transmit mode: The antenna switch utilizes the existing dc feed (A+) to the final stage device (Q0702). Both PIN diodes, D0700 and D0702, are turned on during key-up by forward biasing them. Forward biasing is achieved by pulling down the voltage at the cathode end of D0702 to around 12.2 Volts (0.7 Volt drop across each diode). Q0704 is configured as a current sink that maintains the current through the antenna switch diodes at 100 mA, as set by VR0700 and R0738. The current sink is enabled during transmit mode by ANT_ENABLE asserting thru Q0706 and associated circuitry. When the PIN diodes are conducting, an RF ground is formed at the anode of the lower PIN diode D0702, which places the series L0710 and L0724 in parallel with C0803. The values of L0710, L0724, and C0803 are chosen so that they are in parallel resonance at the center of the transmit band, making them appear as an open-circuit so that a 50 ohm power path is maintained thru the top PIN diode to the harmonic filter. To further attenuate the Tx signal from getting to the Rx front-end, a PIN diode pair (D0703) is placed in the Rx path separated from the D0702 short by a quarter wave inductor (L0730 & L0731). This diode pair shorts to ground in transmit mode so that the receiver sees as little transmitter power as possible. Receive mode: The DC current thru the PIN diodes is interrupted by turning off the current sink. The RF path now flows from the Harmonic Filter thru the matching circuit formed by C0803, L0710, and L0724, then to pi network C0766, L0730, L0731, and C0772. The additional shunt diodes (D0703) will be high impedance since no bias current is flowing from the switched Tx power line. 3.2.7 Harmonic Filter Inductors L0720, L0721, L0706, L0707, L0708, L0709, L0722, and L0723, and capacitors C0742, C0739, C0740, C0735, and C0750, form a harmonic filter which is a 7th order low-pass filter with two notches; this is used to attenuate harmonic energy from the transmitter before it reaches the antenna. The harmonic filter also prevents high-level RF signals above the receiver passband from reaching the receiver circuits, improving spurious response rejection. R0713 and L0728 are used to drain any electrostatic charges that might otherwise build up on the antenna. 3.2.8 Directional Coupler The dual directional microstrip coupler is implemented at the harmonic filter output to sample both forward and reverse directed transmitter power. RF power from the transmitter PA passes through the microstrip coupler before reaching the antenna. Forward RF power is coupled to the U0940 log detector / controller via the voltage controlled attenuator (VCA) stage consisting of pin diodes D0901, D0902, and D0903. The log detector/controller regulates the gain of PA stages Q0703 and Q0705 (via V_cont) as necessary, thus ensuring that the forward power out of the radio is held to a constant value. The directional coupler functions not only as part of the transmitter power regulation circuit but also as part of the VSWR load detection circuitry. Its physical location close to the antenna connector allows accurate VSWR sense at the transmitter output. Forward and reverse coupled signals are rectified by D0904 and D0905, respectively. Resulting DC voltage FWD_DETECTED is proportional to RF power while REV_DETECTED is proportional to reflected RF power. The detected voltages are fed to the respective inputs of difference amplifier U0901. The difference amplifier output is applied to variable attenuator control stage U0900-1. 1-12 Mobile Radio’s Theory of Operation An abnormally high reflected power level, such as may be caused by a damaged antenna, also causes an increase in the difference amplifier output voltage. An increased difference amplifier output causes a reduction in attenuation by the VCA. As a result, the increased RF signal applied to the log detector/controller causes the controller to reduce the gain of PA stages Q0703 and Q0705. Transmitter power is thus reduced to prevent damage to the final device due to an improper load. 3.2.9 Power Control The transmitter uses PA controller IC, U0940, to control the power output of the radio. A portion of the forward RF power from the transmitter is sampled by the directional coupler and delivered via the VCA to the RFIN port of the PA controller IC (pin 1). The PA controller, a log detector type, provides temperature-stable, high accuracy control over a typical 50 dB dynamic range. The MAKO IC contains a digital-to-analog converter (DAC), which provides a reference voltage (TX_DAC) at the input of reconstruction filter stage U0900-2. The filtered reference voltage at the output of U0900-2 is divided by the combination of R0942 and R0946 before reaching the VSET input of the PA controller IC (pin 3). Thermistor RT0953 is used in combination with R0954 to compensate reference voltage drift at operating temperature extremes. Reference voltage level is programmable through the SPI lines of the MAKO. This reference voltage is proportional to the desired power setting of the transmitter, and is factory programmed at several points across the frequency range of the transmitter to offset frequency response variations of the transmitter's coupled power circuits. The PA controller IC provides a DC output voltage at pin 7 (VAPC), which is divided to provide gate bias for PA pre-driver and driver stages. The 0 to 5 VDC range at U0940 pin 7, is applied as V_CONTROL to power-adjust the transmitter by controlling the gate bias of stages Q0703 and Q0705. Voltage divider combination R0727 and R0728 provide gate bias to Q0703 while divider combination R0750 and R0751 provide gate bias to Q0705. This adjusts the transmitter power output to the intended value. The ratios of each of these resistor dividers are chosen to ensure that Q0703 and Q0705 are both running at their nominal design condition at rated output power. Variations in sampled forward transmitter power cause the PA controller IC to adjust the control voltage above or below its nominal value to raise or lower output power in order to maintain transmitter output power relative to the reference voltage applied to VSET. 3.2.10 Power Ramp Profile Control In order to limit transient adjacent channel power at the transmitter's output, the ramped power should follow a raised-cosine profile. The PA controller IC has a linear slope function when scaled in dB/V. To achieve the desired raised-cosine profile of the output power, the ramped reference voltage provided by the MAKO DAC follows a raised-cosine approximation. The MAKO DAC reference output is low-pass filtered by the DAC reconstruction filter before it is applied to the VSET input of the PA controller IC. Reconstruction filtering reduces spurious emissions in the RF spectrum as a result of the finite steps of the DAC. Loop filter capacitor C0926, in conjunction with resistor R0950 and the integrator within the PA controller IC, control the loop dynamics. Loop dynamics have been optimized to achieve sufficient speed to follow the required ramping profiles while meeting switching transient requirements over varied power levels. Accurate control of the power-rise (ramp-up) and power-decay (ramp-down) characteristics minimizes splatter into adjacent channels. Mobile Radio’s Theory of Operation 3.2.11 1-13 Thermal Protection Thermistor RT0908 and R0902 form a voltage divider with the output proportional to the sensed circuit board temperature in the vicinity of the transmitter driver and final devices. The voltage divider output is routed to operational amplifier U0901-2, which provides a dc voltage via diode junction D0900 to control the attenuation level of the VCA stage. For the condition that the temperature threshold set by resistive divider combination R0901 and R0909 is reached, the VCA is driven to increase the RFIN signal at the PA controller IC (pin 1). This increase will cause the PA controller IC to adjust the PA control voltage below its nominal value to decrease transmitter output power. The temperature will be reduced by lowering transmitter output power relative to the reference voltage applied to VSET. 3.2.12 Out-of-Range Battery Protection Transmitter power cutback, under extended battery supply voltage operation, is provided for by monitoring the battery supply in the controller circuit of the radio in order to change the VSET input of the PA controller IC (pin 3) for reduced transmitter output. This cutback starts when the battery voltage at the connector is 15.3 Volts or greater and has a 2 dB/V slope. In addition, a second low battery detect circuit is implemented in hardware. This hardware cutback forces a 1.2 dB drop in RF power level when the battery voltage drops below 11.6 Volts and exhibits about 0.6 Volts of hysteresis before returning to normal power. 3.2.13 Pressure Pad Switch The power control circuitry includes a safety switch (S0700) that consists of a conductive portion of the rubber pad which pushes the RF final transistor Q0702 against the chassis. When the chassis cover and rubber pad are properly assembled, the conductive portion of the pad contacts a pattern on the circuit board, electrically closing switch S0700. If the cover and pad are not in place, switch S0700 is open-circuited and the power control circuit is disabled, turning off the gate bias to Q0702, Q0703, and Q0705. This prevents thermal damage of the RF transistors which might occur if the transmitter is operated without adequate heat sinking. 3.3 Frequency Generation Circuitry The synthesizer subsystem consists of the reference oscillator (Y0100), the fractional-N Synthesizer IC (Tomahawk II, U0100), and the Voltage Controlled Oscillator VCO. 3.3.1 Reference Oscillator The reference oscillator (Y0100) contains a temperature compensated crystal oscillator with a frequency of 16.8 MHz. A digital-to-analog (DAC) converter internal to U0100 (Tomahawk) and controlled by the microprocessor via serial interface (SPI), sets the voltage at the AUX_DAC output of U0100 (pin H6) to set the frequency of the oscillator. The output of the oscillator (pin 3 of Y0100) is applied to pin K5 (XOSC_BASE) of U0100. 1-14 3.3.2 Mobile Radio’s Theory of Operation Fractional-N Synthesizer The Tomahawk II Synthesizer IC (U0100) consists of a pre-scaler, a programmable divider and divider control logic, phase detector, charge pump, a D/A converter in the high frequency analog modulation path, an attenuator to balance the high and low frequency modulation paths, a serial interface for control (SPI), a serial interface for modulation (SSI), and a super filter for the regulated 2.45 Volts. SPI SSI (Modulation ) D10 Data Read D9 Data Write C11 Clock D8 CEX F11 Data F10 Clock F9 Fsync H2,J3 TOMAHAWK II SPI Interface Fractional -N Synthesizer (U0100) A5,A10,B2,B9, G2,J4,J6,J10, K2,L6 Waveform Generator Modulation Unit Digital Attenuator DS 18-bit Super Filter J2 PRSC 1.875V Dig SF _OUT K4 16.8MHz REF J11 Buffer Fractional Unit D/A Reference Divider VCO TX / LO 2.775 V Ana SSI Interface Buffer HP MOD 2.775V Dig B7,E11,G10,J1 2.775V Ana K8 5V A7 Prescaler K5 Main Divider AUX D/A Main Phase/Freq. Detector And Charge Pumps G3 H1 H6 TCXO (16.8MHz) D7 Main _CP LOCK DETECT Adapt _CP Loop Filter Figure 1-9 VHF Synthesizer Block Diagram A voltage of 2.775 Volts applied to the super filter input (U0100 pin J4) supplies an output voltage of 2.45 VDC (SF_OUT) at pin K4. This supplies the VCO and the VCO modulation bias circuit (via R0321). The super filter supply voltage is provided by the 2.775 Volt regulator within U3200. The synthesizer is also supplied by the 5 Volt regulator, U3002, another 2.775 Volt regulator within U3200, and a 1.875 Volt regulator within U3200. The output signal LOCK (U0100-D7) provides information about the lock status of the synthesizer loop. A high level at this output indicates a stable loop. A discrete buffer amplifier (Q0100) provides a buffered 16.8 MHz reference frequency to other parts of the radio. The serial programming interface (SPI) is connected to the microprocessor via the data lines SPI_DW (U0100-D9) and SPI_DR (U0100-D10), clock line SPI_CLK (U0100-C11), and chip enable line CEX (U0100-D8). The serial modulation interface (SSI) is connected to the DSP via the data line SDTX (U0100-F11), clock line TXCLK (U0100-F10), and frame sync line SFTX (U0100-F9). Mobile Radio’s Theory of Operation 3.3.3 1-15 Voltage Controlled Oscillator (VCO) The Voltage Controlled Oscillator (VCO) subsystem consists of three Colpitts oscillators (two Rx and one Tx), a single-stage Tx buffer amplifier, a single-stage Rx buffer amplifier, oscillator bias control switches, and the modulation circuitry. VHF VCO Subsystem 9V3_VCO High Port Modulation (HP_MOD_OUT) (U0100 -K8) TX_VCO_SEL 1 (U0100 -E5) (U3001 -5) TX INJ TX Buffer Amp TX VCO 1 Prescaler (U0100 -J2) To U0700 Low Pass Filter RX_VCO_SEL 1 (U0100 -B4) 9R1 (Q0107 ) Steering Line Voltage (VCTRL) RX VCO 1 RX INJ RX_VCO_SEL 2 (U0100 -H8) RX Buffer Amp To Q0405 RX VCO 2 Figure 1-10 VHF VCO Block Diagram The VHF Rx VCO design incorporates two varactor-tunable Colpitts oscillators. Each Rx oscillator has a tuning range of 19 MHz, sufficient to cover the Rx frequency range of 180.85 MHz to 218.85 MHz. A single Tx oscillator covers the frequency range of 136 MHz to 174 MHz. The oscillators resonate at fundamental operating frequencies. Three (active-low logic) general purpose output lines (GPO1, GPO3, and GPO6) from the Tomahawk IC (U0100-B4, E5, and H8) provide the control for independent bias selection to each oscillator (VCO_SEL) via the PNP transistor switches U0304 and U0201. The 2.45 Volt super filtered output, SF_OUT of the Tomahawk IC (U0100-K4), supplies the bias to the oscillators. A portion of the VCO output signal is lightly coupled through coupling capacitors C0331 and C0231, routed through a low-pass filter (formed by L0221, C0235, L0230, C0265, and C0233), and fed back to the M_PRSC input of the Tomahawk IC (U0100-J2). High-port modulation is scaled through a voltage divider (comprised of R0319, R0320, and R0321) and applied to the Tx modulation varactor diode CR0300. The Tx VCO frequency is modulated via coupling capacitor C0310. 1-16 Mobile Radio’s Theory of Operation A discrete single-stage Tx buffer amplifier (comprised of the NPN transistor Q0302 and surrounding components) amplifies the signal from the Tx oscillator to the level required by the first stage of the Transmitter Power Amplifier (U0700). The Tx buffer amplifier also provides sufficient isolation from any undesired load-pulling from the Transmitter Power Amplifier. The bias for Q0302 is provided by the 9.3 Volt regulator U3001. A discrete single-stage Rx buffer amplifier (comprised of the NPN transistor Q0202 and surrounding components) amplifies the signal from the Rx oscillator to the level required by the LO injection amplifier (Q0405). The Rx buffer amplifier also provides sufficient isolation from any undesired load-pulling from high input levels in the receiver front-end. GPO4 from the Tomahawk IC (U0100-D4) controls the transistor switch (comprised of Q0108 and Q0107), that enables the 9.1 Volt bias to Q0202 (via the 9.3 Volt regulator U3001). 3.3.4 Synthesizer Operation The complete synthesizer subsystem is comprised mainly of the Tomahawk Synthesizer IC, Reference Oscillator (crystal oscillator with temperature compensation), loop filter circuitry, VCO, and DC supplies. The VCO feedback signal, PRSC, is fed to pin J2 of U0100 (M_PRSC) via a low-pass filter (L0221, C0235, L0230, C0265 and C0233) which attenuates harmonics and provides the correct level to close the phase-locked loop. The prescaler in the Synthesizer IC (U0100) is a four-level prescaler capable of dividing by 4, 5, 6, and 7. The main loop N divider is configured to be an 8-bit divider. The divide-by-N portion of the main loop is set via the SPI. The fractional portion of the divider is realized using a 3-accumulator, 24-bit fractional divider. The SPI is used to set the desired divide ratio. The output of the prescaler is applied to the main loop divider. The output of the main divider is sent to the phase/frequency detector, which compares the main divider’s output signal with the reference signal. The reference signal is generated by dividing down the signal of the reference oscillator (Y0100). The output signal of the phase/frequency detector is a pulsed signal which is routed to the charge pumps. The main charge pump current is programmable through the SPI with its output at pin G3 of U0100 (MN_CP). The loop filter transforms this current into a steering voltage that is applied to the VCO. To reduce lock time when new frequency data has been loaded into the synthesizer, an adapt charge pump, providing much greater current than the main charge pump, is turned on for a finite amount of time to quickly charge or discharge the loop filter capacitors to steer the VCO to the desired frequency. The output of the adapt charge pump passes to the loop filter via pin H1 of U0100 (MN_ADAPT_CP). When the synthesizer is within the lock range and the adapt timer runs out, the adapt charge pump is powered down and the main charge pump takes over. A settled synthesizer loop is indicated by a high level at signal LOCK (U0100-D7), which is routed to the microprocessor. Q0102 is configured as a current source to provide a steady 1.5 mA during the adapt period. U0101 is an analog switch that opens the adapt path slightly before the end of the adapt period to prevent the current from the current source from pushing the VCO off frequency. Mobile Radio’s Theory of Operation 1-17 Modulation is performed by applying a digital data stream via the SSI bus from the DSP (U1000) to the synthesizer (U0100). In order to meet spurious and phase noise requirements, the PLL bandwidth was designed to be narrower than the full modulation bandwidth, therefore requiring the use of dual-port modulation. Internal to the synthesizer (U0100), low-port modulation is added to the fractional-N division numerator to trace out the modulation versus time while the high-port data stream passes through an interpolating waveform generator, a digital attenuator (for modulation balancing), and then is converted to an analog signal through a 10-bit DAC before modulating the VCO. This high-port analog modulation output (HP_MOD_OUT, U0100-K8) is connected to the VCO modulation varactor diode (CR0300) via C0360 and R0319. 1-18 Mobile Radio’s Theory of Operation Notes 2-1 Section 2 TROUBLESHOOTING CHARTS 1.0 Troubleshooting Flow Chart for Receiver (Sheet 1 of 3) All Troubleshooting within the dotted line is done on the TX Brick NO RX AUDIO Set up radio in Analog Receive mode on desired channel with Squelch open Yes Audio at pin 6 of U3505? Audio at pin 10 of U3501? No Spray or inject 44.85 MHz RF carrier modulated with 1 kHz Audio Tone into XTAL Filter FL0500 Audio Tone present at Speaker? Volume level adjusted properly? No Yes Yes B No No No Audio at pin 1 of U3501? Verify audio path to U3501 Yes Audio at pin 4 of U3500? Setup repeater to receive at 136.075 MHz with the RX brick open and connected to the system. Apply an on-channel RF carrier at -47 dBm modulated with 1 kHz tone at the RX antenna port. 1st LO (180.925 MHz) > +16 dBm at TP0401? Yes Check connections to external speaker and replace speaker if necessary Audio at pin 1 of U3500? Yes Check biasing before replacing U3500 No Verify audio path between U3500 and pin 1 of U3501 1st LO > +2 dBm at R0422? No No Check VCO Troubleshooting Flow Chart Yes Yes RF level of on-channel signal > -45 dBm on pin 4 of T0401? No Yes Check T0400 and D0405 and replace if necessary 9 VDC present at R0417? Yes Check biasing on Q0405 before replacing No No A Check 9R1 path back to Synthesizer Yes Check U3501 bias and replace part if necessary 2-2 1.1 Troubleshooting Flow Chart for Receiver Troubleshooting Flow Chart for Receiver (Sheet 2 of 3) A Voltage level > 2.7 VDC on D0401? +9.0 VDC on pin 4 of Q0403? No No Voltage < 0.5 VDC at pin 2 of Q0400? No Check circuitry around D0401 and D0403 for shorts and opens Yes No Is voltage at R0409 = 0.7 VDC? Yes Yes Check D0403 and associated capacitors for opens and shorts and replace if necessary Check Synthesizer Troubleshooting Flow Chart Check biasing circuitry of Q0400 before replacing Yes RF level of on-channel Signal > -45 dBm at C0420? Check biasing on Q0403 before replacing Yes Yes ~ 6.8 VDC at L0400/D0400? No No Check biasing circuitry of Q0401 and Q0402 before replacing Check biasing circuitry of Q0402 before replacing Troubleshooting Flow Chart for Receiver 1.2 2-3 Troubleshooting Flow Chart for Receiver (Sheet 3 of 3) B All Troubleshooting on this page is done on the RX Brick 16.8 MHz present at C0622? No 3.0 VDC on pin 1 of U0601? Check Synthesizer Troubleshooting Flow Chart No 5.0 VDC at E0610? No Check biasing on U0601 before replacing Yes Yes Yes 2nd LO > 0 dBm and at 42.6 MHz at TP0600? 3.5 VDC at E0609? No Yes Remove Shield SH0500. Check biasing on Q0600 and check continuity on D0600. Replace parts if necessary. No Check biasing on Q0601 before replacing Yes 18 MHz present at L0608? No ~ 1.65 VDC on R0617? No Check diode continuity before replacing D0601 44.85 MHz present at TP0602? No Biasing correct on Q0500 and Q0501? Replace components as needed No Check 5 VDC supply and biasing components before replacing Q0500 or Q0501 Yes Yes 44.85 MHz present at pin 6 of FL0500? No Yes No ~ 3.0 VDC on L0604 and L0605? Yes Check FL0500 matching components before replacing Check signal gain and biasing before replacing Q0500 or Q0501 Yes 2.25 MHz present at C0625? Yes No Yes Yes Clock VCO and LF components OK? No Check biasing components and 3 VDC supply. Replace any parts if necessary. Check Controller Troubleshooting Flow Chart DC continuity through biasing components E0600 - E0610? No Yes Check for visible solder shorts near pins before replacing U0600 Replace defective biasing component 2-4 2.0 Troubleshooting Flow Chart for 45W Transmitter Troubleshooting Flow Chart for 45W Transmitter NO TRANSMITTER POWER Is TP0909 >1 VDC? No No Check 9.3 V Regulator circuit Is TP0913 = 9.1 VDC? Yes Does TP0702 = 9.3 VDC? No Check 9V3_PA Regulator in Controller Troubleshooting Flow Chart Yes Is D0702 ~12.4 VDC? No Check T/R bias circuit Is resistance to ground at Q0702 TP0707 > 10 kohms? Yes Yes No Check 5 V Regulator circuit Is U0941 Pin1 = 5 VDC? Yes is TP0707 ~2.2 VDC? No Is Pressure Pad Switch in place? Yes No Check Bias Set Circuit; bias tune No Yes Yes Replace Q0702 Place Switch or R0775 Is voltage at TP TX_RAMP_DAC in controller > 3 VDC? No Check MAKO Troubleshooting Flow Chart Yes Is Power at TP0704 ~ +4 dBm? No Is TP0703 -11 dBm? Yes Replace U0700 Yes No Check VCO Troubleshooting Flow Chart Check U0900-2 and associated circuitry No Is Voltage at TP0910 > 1 VDC? Yes Replace U0940 Is Power at TP0709 ~14 dB > TP0710? No Check Q0705 and associated circuitry Yes Is Power at TP0702 ~10 dB > TP0709 ? No Check Q0703 and associated circuitry Yes Is Power at D0700 ~10 dB > TP0702? No Check Q0702 and associated circuitry Yes Measure relative power through the remainder of TR switch and LPF to find open circuit. Perform visual inspection of circuit. Troubleshooting Flow Chart for Synthesizer 3.0 2-5 Troubleshooting Flow Chart for Synthesizer Start Visual check of the Board OK? NO Correct Problem YES +2.45 V at C0137 (SF_OUT)? +5 V at R0100? NO Check 5 V Regulator U3002 NO YES Are C0136, C0137 OK? YES Replace U0100 NO YES +2.775 V at R0101 and R0103? Replace or resolder components NO Check U3200 1.5 ms pulse at TP_ADAPT_SW when channel changed? YES +1.875 V at R0102? NO Check U3200 1.5 ms (inverted) pulse at R2517 when channel changed? NO YES Check P U1000 Troubleshooting Chart YES Check Q0106, R0159 YES Is 16.8 MHz Signal at C0145? NO NO Check Y0100 YES Is 16.8 MHz Signal at R0155? NO Is 16.8 MHz Signal at R0109? NO Is RF Prescaler level (at C0265) between 100 mVpk and 300 mVpk (harmonics <-15 dBc)? Replace U0100 YES YES YES Check Q0100 and surrounding components Is Radio in Tx or Rx mode? Is Modulation Present at C0360? Tx Rx Replace U0100 Is GPO3 low (<0.5 V), and GPO1 and GPO6 are high (>1.4 V)? YES NO NO NO Is SPI Programming OK? YES Replace U0100 YES Is Tx SSI activity present on CLK, FSYNC, and DATA lines (R2512, R2514, R2513) Is either GPO1 or GPO6 low (<0.5 V), but not both, and GPO3 high (>1.4 V)? YES YES NO Check P U1000 Troubleshooting Chart NO Is SPI Programming OK? NO Check P U1000 Troubleshooting Chart YES Replace U0100 NO Check P U1000 Troubleshooting Chart Check VCO Troubleshooting Chart 2-6 4.0 Troubleshooting Flow Chart for Tx VCO (Sheet 1 of 2) Troubleshooting Flow Chart for Tx VCO (Sheet 1 of 2) No TX VCO signal at C0318 Visual check of board OK? No Correct Correct problem problem Correct problem Yes No Radio did not boot up Radio didornot boot up properly check properly or check 9V3 Regulator 9V3 Regulator No Check biasing Check biasing components then components replace replace Q0302 Q0302then ifif replace Q0302 if needed needed needed 9 VDC at L0300? Yes Vbe= 0.7 VDC for Q0302? Yes Check components between R0332 and L0305 for shorts or opens Yes RF signal present at R0332? No Check Synthesizer Check Synthesizer Troubleshooting Troubleshooting Chart Chart No 2.556 VDC at 2.556 V at C0362 & C0300? C0363 Yes Radio is not for Radio is not programmed for VCO programmed 1 Transmit Mode Mode or VCO1 U0100 Transmit not functional No ~ 0 VDC at C0348? or U0100 not functional Yes Check biasing Check biasing components then components replace Q0300then if replace Q0300 if needed needed No Vbe= 0.7 V for Q0300? Yes Check CR301- CR0304, - CR304 Check CR0301 L0310,and L0307, C0308, C0313, L0310, L0307, C0320,C0313, and C0314 C0308, C0320, for shorts opens and C0314orfor short Troubleshooting Flow Chart for Tx VCO (Sheet 1 of 2) 4.1 2-7 Troubleshooting Flow Chart for Tx VCO (Sheet 2 of 2) Tx VCO locked but no high-port modulation Tx VCO not locked at correct frequency Check Synthesizer Check Synthesizer Troubleshooting Troubleshooting Flow Chart Flow Chart Yes DC Voltage at R0311 between 0.6 and 4.5 VDC? Check R0320, R0321, R0319, R0320, Check R0321, R0319, andfor CR0300 and CR0300 for open or short shorts or opens No - ~2.1 VDC at VCO side of C0360? Yes No Check C0323, C0325, and C0329 and all components between C0326 and C0314 for shorts or opens Modulation at CR0300? Yes Replace C0310 No Modulation at C0361? Yes Replace C0360 No Check C0361 and Check C0334 for C0361 a short and and C0334 short and thenfor check then check Synthesizer Synthesizer Troubleshooting Troubleshooting Flow Chart Flow Chart 2-8 Troubleshooting Flow Chart for Rx VCO (Sheet 1 of 2) 5.0 Troubleshooting Flow Chart for Rx VCO (Sheet 1 of 2) No Rx VCO signal at C0218 Visual check of board OK? No Correct problem Correct problem Yes No 9 VDC at E0201? Radio did not boot up Radio did or notcheck boot up properly properly or check 9V3 Regulator 9V3 Regulator Yes Vbe= 0.7 V for Q0202? No Check biasing Check biasing components and and if thencomponents replace Q0202 then replace neededQ0202 if needed No Check Synthesizer Check Synthesizer Troubleshooting Troubleshooting Flow Chart Flow Chart No Radio is not programmed Radio is not Mode for VCO 2 Receive for or programmed U0100 not functional Receive Mode or U0100 not functional No Check biasing components and then replace Q0201 if needed Yes Yes Check components between R0219 and L0205 for shorts or opens RF signal present at R0219? No Check Synthesizer Check Synthesizer Troubleshooting Troubleshooting Flowchart Flowchart No 2.556 VVDC at 2.556 at C0362 & C0200? C0363 VCO 1 Yes Radio is not Radio for is not programmed VCO 1 programmed for Receive Mode or Receive Mode or U0100 not functional U0100 not functional No Radio programmed for Rx VCO 1 or 2? VCO 2 ~0 VDC at C0248? 2.556VVDC at 2.556 at C0362 & C0236? C0363 Yes Yes Check biasing Check biasing components and andif thencomponents replace Q0200 then replace neededQ0200 if needed No Vbe = 0.7 VDC for Q0200? ~0 VDC at C0258? Yes Yes Check CR0201 - CR0204 and L0210, L0207, C0220, C0213, C0208, and C0214 for shorts or opens Check CR0205 – CR0208 and Check CR205 - CR208 L0218,and L0215, C0243, L0218, L0215, C0245,C0243, C0250,C0245, and C0246 C0250, forand shorts or opens C0246 for short or open Yes Vbe= 0.7 VDC for Q0201? Troubleshooting Flow Chart for Rx VCO (Sheet 1 of 2) 5.1 2-9 Troubleshooting Flow Chart for Rx VCO (Sheet 2 of 2) Rx VCO not locked at correct frequency Rx VCO not locked Check Synthesizer Check Synthesizer Troubleshooting Troubleshooting Flow Chart Yes DC Voltage at R0211 between 0.6 and 4.5 VDC? No Check C0223, C0225, and C0229 and all components between C0226 and C0214 for shorts or opens VCO 1 Rx VCO 1 or VCO 2 selected? VCO 2 Check C0251, C0252, and C0259 Check components and all components between C0253 andbetween C0253 C0246 C0246 forand open or for shorts short or opens 2-10 Troubleshooting Flow Chart for Rx VCO (Sheet 1 of 2) Notes 3-1 Section 3 VHF PCB / SCHEMATICS / PARTS LIST 1.0 Allocation of Schematics and Circuit Boards 1.1 Controller Circuits The VHF circuits are contained on the Printed Circuit Board (PCB) which also contains the Controller circuits. This Chapter shows the schematics for the VHF circuits only, refer to the Controller section for details of the related Controller circuits. The PCB component layouts in this Chapter show both the Controller and VHF circuit components. The VHF schematics and the related PCB and parts list are shown in the table below. NOTE: The VHF Schematics and parts lists are the same for 8478023A12 and 8478023A16. Only the Controller circuits are different between the two PCBs. Table 3-1 VHF 25–45W Diagrams and Parts List PCB: 8478023A12 Main Board Top Side 8478023A12 Main Board Bottom Side 8478023A16 Main Board Top Side 8478023A16 Main Board Bottom Side Page 3-3 Page 3-4 Page 3-5 Page 3-6 SCHEMATICS Overall Receiver Front-End Receiver IF Amp Receiver Back-End Power Amplifier Power Control Synthesizer Receiver VCO Transmit VCO Page 3-7 Page 3-8 Page 3-9 Page 3-10 Page 3-11 Page 3-12 Page 3-13 Page 3-14 Page 3-15 Parts List 8478023A12 and 8478023A16 Page 3-16 3-2 Allocation of Schematics and Circuit Boards Table 3-2: VHF 25–45W Diagrams and Parts List PCB: 8478023A17 Main Board Top Side 8478023A17 Main Board Bottom Side Page 3-21 Page 3-22 SCHEMATICS Overall Receiver Front-End Receiver IF Amp Receiver Back-End Power Amplifier Power Control Synthesizer Receiver VCO Transmit VCO Page 3-23 Page 3-24 Page 3-25 Page 3-26 Page 3-27 Page 3-28 Page 3-29 Page 3-30 Page 3-31 Parts List 8478023A17 Page 3-32 VHF (136–174 MHz) 25–45W PCB / Schematics / Parts List VHF (136–174 MHz) 25–45W PCB / Schematics / Parts List C3018 J0700 J3000 26 R0615 2 3 3 2 2 3 3 2 2 3 3 C0120 C6445 C6421 C3219 R3509 R3503 R3500 R3505 C3273 C3277 L3200 23 4 C3216 C1009 C3213 23 4 8 1 Q3202 9 16 C3209 C3212 L3202 C1011 C1008 R4034 R4012 R4011 R2013 VR4007 C2004 C2005 R1067 R4068 R4069 R4070 R4071 R1066 C1017 R2004 C3202 C3203 C3280 C1036 C2000 R1014 16 C4027 C4026 C4025 C4024 C2007 C4023 R4006 TP4000 C4022 R2011 C4021 R4095 R2005 C4020 R2008 C2006 R2006 D4001 C4019 R2009 R2007 R2010 C4018 TP_SDRAM_CS R4009 C4017 TP_SDRAM_BA0 TP_SDRAM_BA1 R4010 C4035 C4016 C4034 E4001 USB1_DAT VBUS2_CMD VBUS1_CMD C1033 C1037 C1014 R4063 R4064 R4065 R4066 R4067 C2003 C4006 C4033 C4032 C4031 C4030 C4029 C4028 1 Q3200 9 RT3500 R3203 R3596 C1007 C1018 8 R3550 R3225 Q3203 Q3204 R1000 R2000 C1019 C6430 R3501 C3545 R3595 R3224 C1016 C2002 R1017 R1006 R2012 R3560 R1028 R1027 R1025 R1035 C1003 C1002 R1019 TP1000 R1034 C1006 TP_SDRAM_CLK C1013 C1031 TP_POR USB1_TXEN R6456 C6431 R3594 R1021 C3239 R1020 C3220 VR3202 C3226 C3511 R3508 R3504 R3233 C3513 R3507 USB1_SEO TP_MAKO_RX C1005 R1005 R1041 TP_MAKO_DCLK MAKO_GATED_32KHz R3206 C3529 C3210 C1034 R3538 R3205 C3208 C1030 TP_MAKO_TX C1001 R4061 C3240 C6422 C6423 C6433 R6443 R6445 R6454 C6406 R6449 C6450 R6466 R6455 C6439 R6465 R6450 C6440 R6446 C6407 U6407 C6408 U3500 C3234 C3248 R3588 R3576 R3571 C3516 C3225 2.9V_MAKO_V6 VR3204 E3205 C3247 VR3206 C3040 E3503 R3537 C3262 C1032 R1026 6 34 E3502 R4005 R4001 R4002 R4003 R4004 C4000 C4001 C4002 C4003 C4004 C4005 C2500 R0108 C0118 C0117 R3514 C2001 R4000 R2529 C0109 R0101 R0147 R0106 R0144 R0107 C3238 R3515 C6428 R6403 U6402 C6429 Q3500 R3520 9 C6416 C6418 C6451 R6467 C3523 C3283 C3528 C3278 C3276 C3211 C3520 R3218 R3587 C3207 TP_MAKO_FSYNC C1000 R1045 R1002 R1072 E3202 R3217 C1010 R1036 R1001 C1015 C1004 C1012 C3514 E4000 R0110 R0102 C0171 C0100 C0105 C0102 C0175 C0178 C0113 C0130 C0121 R0146 C0122 C0132 C0140 R0155 R0157 R0156 R0109 Q0100 C0133 C0103 R0119 C0145 C4013 C0127 R0116 C0129 C0143 C0144 C0104 C0196 R0161 C0180 C0146 2 Y0100 3 4 C0142 SH0100 R0123 R0148 C0125 R0114 C0177 R0158 C0141 E0606 C0631 R0614 C0110 Q0102 R0111 C0622 R0627 R0607 R0608 R0609 R0611 R0612 R0613 E0608 C0644 R0159 E0600 PD L0608 R0100 U1006 R1071 R3583 R3580 C0332 C0111 C0128 R0118 R0117 C0126 C0510 C3538 4 5 8 R3526 R3547 R3532 43 Q3501 6 VR3503 C0334 C0361 R0319 C3515 C3524 R0321 C0313 CR0300 L0310 CR0301 CR0302 R0320 C0326 R0311 SH0200 C0124 2 R3516 R3056 3 2 1 U3040 C0300 C0301 L0307 L0303 C0314 Q3201 R0316 C0308 C0310 C0325 C0329 C0243 C0315 Q0300 L0309 R0225 C0242 C0241 C0252 R0211 R3535 CR0304 CR0303 CR0204 CR0203 L0217 C0245 CR0205 CR0207 CR0206 CR0208 L0209 C0437 R0417 L0213 R0205 C0204 C0225 C0229 R0216 CR0201 CR0202 C0442 Q0405 C0457 C0417 R0432 L0218 C0253 3 PC 1 13 R0618 R0617 C0642 D0601 R0240 R0241 C3531 L0312 C0323 C3249 C3518 C3521 R0305 L0302 C0304 C0320 C0250 C3254 C3229 C3530 C0824 4 R0606 E0601 TP0601 C0625 FS C0627 DOUTB C0629 R0610 DOUTA C0633 CLKOUT E0604 PE E0607 R0619 C0645 C0630 C0638 E0605 C0626 C0226 C0305 R0304 C0306 R0301 R3042 R0777 R0781 L0215 C0220 3 U3005 3 FL0500 TP0602 C0650 C0605 C0643 L0207 Q0106 C0623 E0602 5 6 R0204 C0205 L0404 L0504 R0621 L0202 2 1 Q0707 Q0701 1 M0700 2 Q0700 R0226 C0236 R0229 C0237 C0240 C0215 C0247 L0219 L0212 C0206 Q0200 Q0201 C0259 R0201 R0224 C0251 C0223 L0214 L0203 C0214 C0246 C0201 C0200 C0213 C0208 L0210 C0438 C0439 C0509 R0503 R0510 R0623 Q0501 R0622 L0506 C0502 L0604 C0515 C0416 Q0402 C0414 C0504 C0424 C0425 C0423 C0427 C0426 C0433 L0414 C0516 D0403 R0412 C0646 R0410 C0419 R0409 C0428 C0432 C0431 C0429 C0430 C0434 R0439 C0435 R0406 C0410 C0411 D0401 L0403 C0420 C0409 C0408 L0401 C0619 C0617 U0600 C0615 C0611 37 C0621 25 C0620 C0406 R0407 R0404 C0405 R0440 C0455 L0402 L0405 C0418 R0435 6 34 R0780 R0779 R0423 R0422 C0450 R0424 L0411 C0451 R0420 C0440 R0418 R0419 R0425 R0421 L0407 R6458 R0761 R0746 C0823 R0437 R0436 R6459 E6402 E6407 E6401 C0904 R0411 R6460 C0771 E0703 L0900 C6420 R6461 R0751 C0804 C0805 R0756 R0753 1 RT0908 R0929 R0925 D0903 R0757 C6427 C6417 C6419 R6444 R3035 R0722 Q0708 C0802 Q0709 6 34 C0360 SP0701 SP0705 R0737 R0716 R0739 R0721 SP0706 R0731 SH0900 R0730 C0937 C0949 R0727 43 6 R3036 C3501 C3505 C6426 R6402 R4106 C4076 E4004 C4015 C4014 R0752 R0750 7 S 4 R3010 R3009 C3504 C3010 U3006 2 3 E3501 R3033 S G 5 R0734 SP0702 R0712 C0934 C0935 L0902 D0901 R0928 D0902 U0941 R0937 R0936 C0951 C0947 C0918 C0950 2 C3009 2 D Q0702 S 6 E3500 R0773 C0713 SP0704 SP0707 SP0708 SP0703 2 C3506 U3002 3 R0917 L0901 C0914 C0936 C0926 R0927 C0922 R4051 R3003 C3046 R3004 R0749 3 S R0924 8 U0940 R0940 C0921 C0948 Q4000 Q4002 Q4010 Q4011 Q4004 Q4005 Q4008 Q4006 C3008 C0929 C0931 R4044 R4043 R4045 C4047 C4042 C4043 C4045 C4044 R3032 1 4 5 R4047 R4042 C0731 Q0901 R0926 VR4002 VR4001 3 1 R3002 C0702 8 R0950 C4041 C4046 2 C3002 R0745 C0797 C0796 R0748 C0778 R4040 R4041 R4046 C3005 C4040 C3019 2 5 6 C3007 3 C3015 C0700 U3001 E0700 E0701 R0742 4 VR4000 VR4005 VR4003 C0779 R0930 C0915 C4075 E4005 Q4013 R4048 C0701 C0799 C0798 D0900 Q0704 1 Q0706 C0777 R0914 6 34 C3006 E3000 C0708 C0711 3 2 R0738 R0735 R0916 R0920 U0901 C0939 R0915 C4048 R4050 C0707 L0725 R0923 C0909 C0908 R0906 R0901 C0906 C0907 R0900 R0902 C0900 C0901 R0907 R0903 R0909 J4000 25 C0704 L0728 R0911 R0912 C0910 VR4004 C3000 C0710 C0709 C0703 C0706 C0714 C0712 C0705 R0713 C0738 VR0700 C0776 R0729 2 3 2 C0413 2.0 3-3 R0105 C0195 L0100 30 J4001 VHF (136–174 MHz) 25–45W 8478023A12 Top Side VHF (136–174 MHz) 25–45W 8478023A12 Bottom Side J4002 11 14 TP501 TP502 TP503 TP_TEST1 C0115 TP_TEST2 C0147 SH0101 R0125 R0122 C0150 R0128 R0131 C0148 C0613 C0602 C0603 E0609 Q0601 L0503 L0602 C0607 C0449 C0506 C0649 D0600 E0603 C0614 R2520 CR0400 R0408 R0616 C0628 R0509 C0512 C0503 R0501 R0512 L0605 C0637 C0635 C0634 C0636 TP0400 R0955 C0953 R0954 C0421 D0400 L0400 C0452 D0402 R0951 C0403 R0921 R0401 Q0400 6 4 R0431 3 R0403 U0900 C0912 R0943 RT0953 1 U0942 C0927 L0406 C0402 E0401 C0401 R0960 C0917 Q0902 C0902 R0942 R0947 R0941 C0404 C0514 R0626 R0500 C0651 TP0909 R0976 R0977 TP0907 C0940 C0723 C0941 C0942 R0978 TP0904 TP0913 R0975 R0979 TP0903 C0945 C0772 C0943 E0400 C0640 R0413 R0428 L0903 D0702 R0625 3 C0913 C0739 U0601 Q0403 R0415 D0500 4 6 T0401 3 C0923 R0938 R0944 C0513 C0754 C0928 C0412 C0920 C0919 C0916 R0919 R0922 C0911 C0422 C0454 C0453 R0402 C0817 E0610 E0500 T0400 6 R0970 C0766 R0400 C0456 Q0401 R0910 R0972 D0703 L0710 C0735 C0742 23 07 R C0803 R0511 C0755 C0632 L0709 TP0911 R0918 L0730 R0502 R0414 C0767 L0724 L0722 C0722 C0721 5 3 2 C4063 C0944 C4066 C4068 USB2_DM D0700 C0741 C0729 VBAT VBAT_GROUND VBUS2 VR4006 C4070 APM_1_WIRE C4069 C4065 C4067 USB2_DP C0730 C3014 3 R4054 2 VR3504 C0822 Q0500 D0405 R0416 R0429 E0403 R0430 C0436 C0750 L0706 C0727 C0726 C3013 R3006 C3012 U3003 6 2 R6433 R3545 R3540 C4064 L0714 C0601 C0507 R0508 L0723 C0612 4 L0721 L0603 R0426 L0707 C0740 R0775 S0700 C0720 C0648 L0410 C0441 R0604 C0448 R0605 C0447 R0427 L0708 L0729 C0647 L0408 R0433 SH0300 L0412 C0458 C0446 C0818 C0618 C0443 R0434 1 C0444 E0201 L0409 R0732 R0733 R0719 R0736 R0726 R0717 C0770 C0794 C0792 L0720 R0602 R0603 R0624 C0616 C0610 AA1 C0445 TP0707 C0746 R0728 R0755 R0718 R0720 R0754 C0793 C0791 L0717 C0790 R3050 Q0600 R0601 Q0107 SH0500 R0219 TP0401 C0753 TP0702 TP0301 L0200 C0202 C0752 TP0711 Q0705 L0715 C3020 R3005 1 3 EXT_PTT VR3000 C0604 TP_ADAPT_SW R0220 TP0200 C0203 R0203 R0740 C3507 R3524 R3057 R3055 C0191 C0231 C0211 R0202 L0205 C0819 L0702 E0702 C0718 C0716 TP0713 L0716 C0795 C3500 R3521 14 L0700 C0194 R0120 C0179 2 3 R0160 C0207 C0209 C0222 R0221 L0206 C0193 R0104 C0101 R0115 R0206 L0211 C0217 C0221 R0208 3 4 6 U0303 C0806 E0704 C0732 U0700 TP0704 L0705 C0734 TP0703 R3502 U3505 C0719 C0192 C0137 R0213 C0261 C0249 C0248 R0210 C0262 U0201 R0218 C0235 R0302 C0324 R0312 C0218 Q0108 C0233 L0230 C0302 E0301 R0310 R0306 L0306 C0331 C0327 R0711 1 C0162 R0103 C0135 3 C0157 R0113 TP504 L0300 C0725 TP0600 C0119 C0123 Q0302 C0728 R0760 R0714 C3017 U3004 R3506 8 7 Q3041 R4031 2 3 R4035 R0620 R2514 R2512 R2528 R2526 R2527 R0702 L0745 C0160 R2501 R2507 Q0703 C0163 OPT_SSI_SYNC L0719 34 U1000 R0336 C0258 C0257 R0347 C0219 R0337 R0303 C0311 C0238 C0303 R0307 C0309 Q0202 L0204 C0364 C0239 R0212 C0307 C0264 R0343 C0317 C0260 L0221 C0224 C0321 R0207 R0230 R0333 R0328 R0340 VR3200 R3008 R3053 R3039 D3030 Q3030 VR3040 R3034 R0134 C0159 C0164 R1044 R0706 U0101 5 C0138 R2515 TP0705 C3044 R3525 4 R3047 R3048 3 2 C0724 C0165 R2504 R2506 R2517 R2516 R2513 R2518 R2525 L0311 L0304 C0717 C0265 R0339 L1 20 C0318 C0328 C0312 R3043 C3275 U3030 5 C3030 R3040 1 8 C3041 C2501 R3046 R3054 R3045 R4032 R4033 R4088 R4089 R4055 2 EMERGENCY IGNITION_SENSE R6436 C6438 R6435 C6435 U6405 C1 C3 A3 R6430 VR6400 D4000 TP_VCTRL J4003 TP0300 R3582 C0780 C0149 Y1000 22 U0305 C0319 R0308 L0305 21 R2502 R2519 R3577 C0775 C0151 R0127 2 R3044 C0733 R0747 TP0710 C0783 R0140 C3272 J2500 R3249 TX_RAMP_DAC C0801 R0139 R1054 5 34 Q3040 L0718 C0820 C0158 G1 C3522 R3534 R3549 R3530 5 4 U3501 U3503 10 5 8 R3511 6 3 Q6401 J6400 L6402 ANT_C R6407 Q4012 C0156 4 R4090 C3043 R0715 R0327 C3218 E4003 C3217 R3223 R3222 R0338 MAKO_V8_5V C3509 C0166 R3220 R3228 R3210 C3274 R3007 C3016 C0821 C0786 C0161 3 Q3205 R3523 C3011 TP0709 C0134 C0136 AA21 C3204 R1060 R3209 C3535 R3037 C0108 A1 E3203 C3512 R3051 C0322 R0334 R0332 RF_ATTN_2 VR3502 C0349 C0348 L3201 6 4 3 Q3502 C3021 U0100 A1 C3519 R3038 C0131 C3270 INT_MIC C3282 R3533 C3525 R3536 R3553 C3532 R3551 R3554 C3517 C3526 Q3032 2 3 L11 3 R3561 R3572 A21 C3231 C3227 C3221 C3510 1 C0112 R3592 C3042 R3041 C3032 4 A11 C3214 E3206 R3528 C1 C3A3 U3202 C3228 C3222 C3243 R3544 R3546 3 R3552 1 R3030 C0114 R3585 7 C3045 U0304 R2500 8 R0345 E3208 R3591 U3502 2 R6468 U6404 3 C0339 C0338 R3201 14 R3248 EXT_MIC MAKO_V9_3V C3261 3 R3581 4 6 R3226Q3206 C3031 U3203 1.5V_RTC_TEST C4071 R4103 C4072 R4101 R4100 2 R2508 U2001 R4086 R2524 R3216 R3227 R3593 R3052 R1048 C3215 1 R3236 16 C1044 U4000 Q3503 6 4 3 R3539 9 C3527 8 R4078 R4080 R4081 R4082 R4083 R4085 R3586 U3504 C3540 R3578 R3558 R3559 R4049 C0107 C0106 R0126 VR4008 I2C_DATA D3040 C4055 C4062 C4061 C4060 C4058 R2511 R2509 R2510 2 C3533 C4053 R3247 R1070 R6469 R3513 Q3504 R3575 R3569 R4076 R3584 C3502 C3539 Q4001 C4051 U6408 E2500 MAKO_CE R3510 I2C_CLK Q4014 C1035 SPI_MISO_1 R2521 VR3203 R2523SPI_CLK_1 P1 A1 R2522 SPI_MOSI_1 E3201 C3237 C3260 C3233 Y3201 C3205 R3219 D3200 VR3201 VR3208 R6438 U3200 R3512 1 C3536 C3508 R3563 R6439 R4030 R3562 R3579 R6440 R4098 Q4009 R4074 R3237 J1 R6437 R1046 C3265 Q4007 Q4003 R4084 C3281 R4023 R6418 R6417 R6416 C6452 C4074 C3541 E4002 C6434 4 C6449 U3508 C3542 7 P14 R6464 5 8 R1047 U4001 C4085 R6401 14 C4084 8 C3257 VR3207 R3556 C4073 R4079 C3232 R3555 R3542 VR3205 C3252 Q3505R3541 IF_TEST 2.8V_RF_TEST C3503 C6401 R3573 R3574 R6457 R6470 P1 C6414 Q4015 C3534 C4059 C4049 4 6 U3201 1 3 A14 R6420 C3206 R6419 A1 U6401 P10 FL6401 R6409 32 R6411 4 5 2 Y3200 3 4 C3269 R6432 TX_RAMP R3246 Q3208 C3279 C4088 R3245 R3215 C3200 R3207 R3208 Q6402 6 4 3 C6446 R3240 C3201 U6406 C6432 A10 R6405 ROUT_TEST USB1_DP C4011 C4012 C4010 C4007 J9 A9 R4096 TP_FLASH_CLK C4089 R4097 R4099 R4093 U4005 U4006 A8 G8 U4007 U4004 C4087 C4086 U2000 R4105 R3204 Q3207 8 5 4 C3266 R3200 USB1_DM R3243 C4090 R3238 R6404 VBUS1 R3239 R3241 U4008 R6410 C6443 C6444 SPI_CLK_TEST L6403 C6437 R6434 R3529 10 MMP_1_WIRE C6413 C6412 R3548 07 CLK_ACQ_TEST E6400 C6436 R R4094 3-4 VHF (136–174 MHz) 25–45W PCB / Schematics / Parts List R0973 D0905 L0904 L0731 D0904 SH0901 R0913 C0903 TP0910 C0925 R0946 E0404 C0407 C0400 C0641 VHF (136–174 MHz) 25–45W PCB / Schematics / Parts List 3-5 C3018 SP3001 2 3 2 2 Q4008 3 R4051 R3576 R3571 E3503 6 4 3 R1041 R1005 C3514 VR3503 E4000 R1006 C1005 R4061 R4063 R4064 R4065 R4066 R4067 C4006 C4033 C4032 C4031 C4030 C4029 C4028 C1019 R1002 C1018 R2012 C4000 C4001 C4002 C4003 C4004 C4005 R1071 C6428 C6445 C6421 R6467 E3202 C3515 C1032 E3502 R1026 6 C3262 34 R3205 C3208 U3040 R2529 C4013 C6418 C6416 Q3500 R3520 R3516 E3500 C6426 R6402 R6403 C6427 E6402 C6417 E6407 R6445 C6419 R6449 R6466 R6444 R6465 C6420 R6450 R6454 C6406 R6461 C6450 R6455 R6460 C6439 C6423 R6459 C6440 R6458 R6456 C6431 C6430 R1036 C3248 VR3204 C3529 2.9V_MAKO_V6 R1017 C3234 C3210 R1025 C1034 C3225 C1003 R1035 C1002 U3500 C3226 R1014 R1019 TP1000 VR3202 R3508 R1034 R3504 C3239 C1006 TP_SDRAM_CLK C1033 R3233 R1020 C1031 VBUS2_CMD C3220 C3513 C1013 R3507 VBUS1_CMD C3277 C3219 C3280 R3509 R3503 R3500 C4027 R4068 C4026 R4069 C1009 R3501 R3596 C4025 R4070 R1021 9 C4024 C3213 R4071 C2007 23 C4023 R4006 4 TP4000 C4022 Q3203 C3216 R2011 C4021 R2005 23 R4095 C4020 4 D4001 R2008 C2006 R2006 C4019 Q3204 R2009 R2007 R2010 C4018 R4009 TP_SDRAM_CS C4017 C6407 R4010C4035 C4016 E6401 U6407 C4034 E4001 C6408 C6422 C4076 C6433 R6443 E4004 R6446 VR4007 C4015 R4012 C4014 R4011 C3247 E3205 C3040 VR3206 3 U6402 C6429 Q4005 Q4006 3 3 2 2 Q4004 3 Q4011 3 2 2 Q4010 3 C3501 3 2 C3505 3 C6451 R3594 C1017 C2001 R2000 R2004 C2003 C2000 1 Q3200 16 C3202 L3200 1 Q3202 16 C3209 L3202 TP_SDRAM_BA0 C2004 C1011 C1008 C2005 R1066 R1067 TP_SDRAM_BA1 R2013 R4034 R4106 C2002 R0107 C0171 C0122 R0108 Q0100 R0146 C0102 C0100 C0103 R3010 C3504 R3009 U3005 C0360 C0109 C0104 C0129 C0143 C0144 C0111 C0128 R0118 R0117 R0100 C0177 C0110 C0140 R0158 R0114 R0155 Q0102 C0133 R0157 R0111 R0156 R0102 C0132 R0148 C0178 R0109 C0124 C0130 R0147 C0113 R0161 R0101 C0196 C0121 C0180 C0118 C0175 R0123 C0146 C0117 R0106 C0105 2 R0105 R0144 Y0100 C0120 C0195 3 4 C0145 R0110 L0100 R0119 R4044 C4044 C3238 C3254 C3240 C3229 C3249 R3217 C3545 C3538 R3595 R3515 8 C3530 R3505 C3516 R3514 R3550 R3588 3.6V_ C3518 C3511 9 MAKO_ RT3500 C3523 SW1 C3521 C3528 R3203 C3283 C3520 R3538 C3278 C3276 C3211 C3531 R3587 R3535 R3537 C3207 R3218 C3273 C3203 8 5 R3224 R3206 4 R3225 Q3201 R3560 R1028 U1006 C3524 R1027 8 TP_POR R3526 R3547 C1030 R3532 9 C1000 C1037 Q3501 R1045 C1036 C1010 C1007 C3212 R1001 C1016 C1004 C1015 R1000 C1012 C1001 C1014 C2500 C0127 R0311 CR0207 CR0208 L0217 CR0204 CR0203 E0608 SH0100 2 1 C0329 C0323 C0126 1 R3035 E0703 Q0701 R0779 R0777 C0300 C0301 L0303 C0252 R0225 C0242 C0241 R0216 C0220 C0229 L0309 CR0304 CR0303 CR0302 C0308 C0325 R0226 L0213 C0236 C0204 R0205 C0215 C0225 R0204 C0205 Q0200 R0305 C0304 C0315 Q0300 L0312 R0316 R0116 C0125 E0600 DOUTB 37 L0302 C0208 25 TP0601 R0229 R0319 C0334 L0215 C0320 C0314 C0361 C0250 C0313 C0310 R0321 R0240 C0245 CR0300 R0241 L0310 C0243 C0213 CR0301 CR0201 CR0205 CR0206 CR0202 R0320 R0211 C0326 L0210 L0218 C0332 C0253 SH0200 L0207 5 4 FL0500 3 2 C0619 C0617 C0615 C0611 C0621 C0620 1 U0600 13 C0626 C0646 C0643 R0618 C0642 R0617 C0771 R0781 C0824 C0305 R0304 L0219 L0212 C0306 Q0201 R0301 C0259 R0224 C0251 C0223 L0214 C0246 C0214 L0307 C0240 R3042 MAKO_GATED_32KHz TP_MAKO_DCLK TP_MAKO_FSYNC USB1_TXEN TP_MAKO_TX USB1_SEO TP_MAKO_RX USB1_DAT C0142 C0141 6 3 Q0700 C0237 C0247 R0159 L0504 R0623 R0621 R0503 Q0501R0510 C0206 R0201 L0203 L0202 Q0106 C0504 R0417 C0437 C0509 C0428 C0424 C0425 C0423 C0427 C0426 C0433 C0438 C0439 C0201 C0200 L0209 R0432 C0457 Q0402 3 4 6 Q0707 3 4 6 R0722 Q0709 Q0708 6 4 3 C0802 R0721 R0737 R0734 R0712 C0804 C0805 R0756 R0753 1 M0700 R0761 2 R0780 C0226 L0404 C0417 R0412 R0622 TP0602 C0502 C0650 C0510 C0605 C0623 E0602 E0601 C0622 R0606 R0627 C0625 R0607 C0627 R0608 C0629 FS R0609 R0610 R0611 DOUTA C0633 R0612 CLKOUT E0604 R0613 PE E0607 C0630 R0619 C0638 C0644 C0645 E0605 R0614 E0606 C0631 PD R0615 L0608 PC D0601 L0604 R0731 SH0900 L0403 C0416 D0403 R0423 R0422 C0450 R0424 L0411 C0451 C0440 R0420 R0418 R0419 R0425 C0442 R0421 L0407 C0432 C0431 C0429 C0430 C0434 C0435 C0408 C0405 C0410 R0406 C0419 R0409 R0436 Q0405 C0936 C0937 C0455 R0440 C0420 C0409 L0402 R0411 R0437 L0414 L0506 R0757 R0751 R0746 C0823 C0414 C0515 R0727 C0904 D0903 L0401 R0439 R0410 C0516 R0739 R0730 R0716 C0934 C0935 D0901 U0941C0950 D0902 R0928 C0411 C0406 D0401 RT0908 1 R3036 S 4 SP0706 SP0705 SP0701 L0900 C0951 L0405 C0413 R0407 R0917 R0929 R0925 C0949 C0418 R0435 G 5 SP0702 L0901 C0914 C0918 C0947 C0948 R0936 R0937 L0902 R0924 R0926 U0940 4 8 5 R0940 C0922 C0921 R0404 R0927 C0931 C0926 R0950 S 6 C3009 E3501 R3033 R0752 R0750 7 C0929 C3010 U3006 2 Q0702 Q4002 R3003 C3046 R3004 R0773 S 1 8 C3506 R3583 R3580 C0713 SP0704 SP0708 2 D U3002 2 3 R3056 3 S VR4002 C3008 R3032 R4000 R4001 R4002 R4003 R4004 R4005 Q0901 C0731 2 R3002 3 6 U3001 C3002 C0702 SP0707 R0930 C0915 VR4001 R4041R4046 R4047 R4045 R4042 R4043 C3005 R4040 C4046 C4040 C4047 C4042 C4043 C4045 C4041 C3019 Q4000 SP3000 C0700 E4005 C4075 VR4000 VR4005 VR4003 R4048 C3007 5 E0700 C4048 R4050 C3006 Q4013 1 3 4 6 C0701 R0745 SP0703 C0778 E0701 R0742 3 4 2 1 Q0704 C0711 C0797 C0796 R0749 R0914 R0923 D0900 C3015 C0708 E3000 C0707 C0799 C0798 C0779 Q0706 C0777 L0725 R0748 R0903 R0738 R0735 R0916 R0920 C0939 C0906 C0907 R0902 R0900 C0909 C0908 U0901 R0906 R0915 C0900 C0901 R0907 R0909 R0901 J4000 25 C0704 L0728 R0911 R0912 C0910 VR4004 C3000 C0710 26 2 C0709 C0703 C0706 C0714 C0712 C0705 R0713 C0738 VR0700 C0776 R0729 2 3 J0700 J3000 J4001 30 VHF (136–174 MHz) 25–45W 8478023A16 Top Side VHF (136–174 MHz) 25–45W PCB / Schematics / Parts List D0700 C0741 C0730 C0729 C0944 C0772 R0975 D0904 C0941 C0940 R0976 R0977 TP0907 R0910 Q0902 R0918 C0750 L0706 R0938 C0927 TP0911 C0928 L0709 R0942 RT0953 C0953 U0900 C0923 R0943 1 R0947 U0942 C0917 L0707 C0740 R0732 C0753 R0913 C0912 C0903 R0921 C0920 C0902 C0919 R0941 C0916 R0946 R0919 R0954 TP0910 R0922 C0913 C0925 C0911 R0960 R0955 R0944 R0951 L0723 L0708 TP0909 C0723 C0739 TP0707 R0733 R0719 R0736 R0726 C0746 R0717 C0752 C0942 R0978 L0903 R0972 L0721 L0720 C0770 R0728 TP0711 R0979 R0970 C0767 L0724 C0766 D0702 SH0901 Q0601 C0632 R0616 TP0400 D0400 L0400 C0404 C0637 C0614 6 4 R0431 3 D0402 C0403 C0635 C0634 C0636 U0601 R0625 Q0401 D0500 C0513 E0603 E0610 E0500 L0605 R0403 Q0400 C0400 C0641 C0640 CR0400 R0402 C0402 E0401 C0401 R0400 C0456 R0502 C0514 R0626 R0511 R0500 C0651 R0512 C0628 E0404 C0407 E0400 D0600 C0601 E0609 Q0500 R0508 C0607 R0602 R0601 C0191 C0194 R0624 C0618 SH0500 R0160 C0193 C0192 Q0108 C0162 C0157 L0602 C0503 TP0600 SH0101 C0602 C0603 TP_VCTRL C0147 C0165 C0148 C0613 C0160 R0127 Q0107 C0163 R0131 3 R0401 R0509 C0512 R0501 C0649 R0603 C0604 Q0600 C0610 C0616 C0647 R0605 R0604 C0138 R0120 5 34 C0156 C0149 C0151 C0158 R0139 R0140 C0166 C0161 C0108 2 U0101 R0125 R0122 C0150 R0128 R0134 C0164 C0159 L1 C0101 R0104 R0115 C0506 C0422 R0414 R0413 R0428 L0603 C0449 R0429 E0403 C0436 3 T0400 C0441 4 6 C0612 C0448 C0421 C0454 R0415 L0406 R0416 R0408 R0430 Q0403 D0405 C0648 R0434 R0433 L0409 C0412 L0412 C0458 C0446 C0445 L0410 C0452 C0453 4 6 T0401 3 R0426 C0444 C0447 TP0401 TP0301 R0220 L0200 C0202 C0222 R0221 C0231 R0427 C0443 L0408 R0620 J4003 TP0913 TP0904 D0703 C0945 L0710 C0735 L0722 C0727 C0726 TP0903 L0731 R0775 R0754 C0793 R0720 C0792 R0718 C0794 R0755 C0819 L0702 R0336 C0331 C0233 C0302 3 4 6 U0303 C0235 C0265 L0230 C0260 R0218 U0201 C0258 C0257 C0262 C0261 R0213 C0249 L0205 C0248 R0210 R0202 TP0200 C0203 C0217 R0203 C0221 C0322 R0334 R0332 TP_TEST2 C0114 C0107 C0106 R0126 14 11 C0134 C0136 C0131 R0113 TP504 TP501 TP503 TP502 TP_TEST1 C0119 C0115 J4002 L0730 C0507 TP_ADAPT_SW C0179 C0137 L11 R2514 R2512 R2528 R2526 R2527 R0103 C0135 U0100 R2508 G1 R2501 R2507 C0112 A11 U4009 L0904 D0905 C0732 E0704 C0806 R0303 R0302 Q0302 C0324 R0312 R0306 U0305 C0339 C0338 U0304 C0349 C0348 R0345 R2506 R2517 R2516 R2513 R2518 R2525 C4091 A1 C0943 L0717 Q0705 E0702 U0700 TP0704 L0705 TP0705 C0312 C0318 C0328 C0311 C0327 L0305 J2500 R1046 E4006 C4059 C4094 C4093 C4049 R4074 C4092 U4010 R4076 C4051 R4078 C4053 R4080 C4055 R4081 C4062 R4082 C4061 R4083 C4060 R4085 C4058 R2524 R2511 R2509 R2510 Y1000 4 C0123 VHF (136–174 MHz) 25–45W 8478023A16 Bottom side L0715 R0740 TP0713 L0716 TP0703 R3502 C3500 U3004 C3017 R3506 R3524 R3582 VR3201 VR3208 EXT_MIC R3236 R1048 U3203 C1 C3A3 C3282 U3202 Y3201 R3220 R3219 S0700 C3020 Q3030 D3030 C3030 R3534 R3528 2 R3530 3 R3549 R3209 C3510 R3248 C3522 R3525 C3261 C3275 3 R3210 R3226 4 6 Q3206 7 R3043 VR3200 U3505 C3044 8 14 R3008 C3525 Q3504 6 4 3 Q3503 SPI_MISO_1 SPI_MOSI_1 A1 SPI_CLK_1 E3201 P1 VR3205 VR3207 C1035 U3200 R3572 C3233 VR3203 C3237 C3260 D3200 C6449 R4105 USB1_DP C4011 C4012 C4010 C4007 R3053 R3039 5 U3030 1 4 R3046 C3041R3045 8 7 R6464 U4001 C4085 R6401 R1047 8 14 C3257 C4084 R3556 C4073 R4079 C3232 Q3505 R3555 R3542 C3228 R3541 R3552 C3527 C3252 R4093 C4088 C3290 Q3207 R3208 8 5 Q3210 4 R3207 R3240 Q3208 Q3209 R3252 R3250 C4090 USB1_DM VR4008 R2504 2 3 L0729 L0503 AA1 TP_FLASH_CLK J9 A9 R4096 C4089 R4097 R4099 U4007 U4005 A8 G8 U4006 U4004 C4086 C4087 U2000 VBUS1 MMP_1_WIRE R4094 U4008 U2001 C3206 C3289 2 C3215 R2500 3 4 Y3200 A14 R3215 C3541 4 E4002 U3508 C3542 P14 5 8 R6419 R6418 R6417 R6416 C6452 C6434 1.5V_RTC_TEST A1 R3239 C3266 C3201 R3238 U6406 Q6402 6 43 C6432 A10 R6405 U6401 P10 P1 4 5 8 IF_TEST C3536 1 R6411 5 U3501 6 10 L0700 R3569 R3034 D3040 C3508 E2500 R3055 2 R3030 3 4 R3513 R3575 R6410 R3038 C6443 C2501 Q3032 C3042 R3041 2.8V_RF_TEST C0719 C0720 C3502 R3511 C6444 1 C3032 C3503 2 3 SPI_CLK_TEST L6403 R3040 U3503 C3540 C6401 R3573 C3539 R3578 I2C_ R3050 R3558 R3574 CLK C0786 R3057 R3559 I2C_DATA CLK_ACQ_TEST R6457 C0817 R3054 C3021 C0821 R3051 R3037 R6440 8 VR3502 1 C3031 R3052 U4000 R6438 C3519 C0791 C0790 C0820 C3509 9 16 R6439 ROUT_TEST 8 L0719 14 TP0709 U3502 R3521 C3507 R6420 7 1 R4086 C3517 R4023 C6446 C3526 C4071 C0818 R3533 C0801 R4103 C4072 R0747 R6404 R4101 R3536 C0795 TP0710 R4100 C4074 R3553 C3532 3 6 4Q3502 C0783 R3551R3554 3 R3523 INT_ C0775 Q0703 C3011 R3007 MIC R3539 C3512 C3016 R0715 C0780 R6468 1 R3544 C0755 L0718 U6404 C0733 U6408 R3546 C3535 Q3205 C3274 C0734 C3222 R0714 C0754 R6470 R3228 R0711 TP0702 C0716 C3221 R6469 C3243 C3231 C3227 R0760 C0728 R3512 C3043 C0717 R3586 R3593 E3208 E3206 E3203 C0718 R3510 R3591 L0745 Q3040 U3504 R3044 R0702 R3584 C3279 MAKO_V8_5V R3592 R0706 R3585 R2502 R3200 C3200 R2519 TX_RAMP_DAC R3577 L3201 MAKO_V9_3V R2520 21 R3581 R3241 1 C3270 R3247 R3246 R3249 6 4 C3269 C3218 L0304 U3201 R4090 C0218 1 E4003 R3223 3 R3245 C3217 R3222 L0211 TP0300 R3243 L0300 R0208 C3205 R0337 E0301 C0319 C0219 R3579 C0303 E0201 C0238 C3291 C0211 20 R0308 R0307 L0311 C0309 MAKO_CE C0239 22 5 L0204 C0207 C0264 R0339 C0364 R0310 C0307 R3204 C3265 R0212 C0209 34 C0317 Q0202 RF_ATTN_2 C3214 R0343 C0321 L0221 R0338 C3281 C3272 C0224 R0206 R3253 AA21 C3204 L0206 A21 R0340 L0306 R2515 R0347 3 TX_RAMP R1060 C1044 R0207 R0230 2 R0327 R0333 R1054 R0219 R0328 R1070 R3227 R1044 R3237 R3216 U1000 OPT_SSI_SYNC J1 A1 SH0300 3 2 4 5 C0742 23 C0722 C0721 R3005 R 07 VR3000 Q3041 VR3040 R0973 C0822 C0803 C3013 C3014 R3006 C3012 5 U3003 1 6 EXT_PTT 2 3 L0714 C0724 C0725 10 R3048 R3047 VBAT VBAT_GROUND USB2_DM 2 3 2 3 R4054 R4035 C3045 R4049 07 R6409 R4031 R4088 R4089 R4055 R4098 USB2_DP VR4006 VBUS2 C4068 2 R4032 R4033 3 2 3 2 R6437 D4000 R FL6401 C4069 APM_1_WIRE C4070 C4065 C3534 Q4009 Q4012 Q4007 Q4003 Q4014 Q4001 Q4015 R4030 C6414 C4067 C3533 3 Q6401 R6432 ANT_C J6400 L6402 R6407 C1 C3A3 U6405 R6434 C6435 E6400 C6413 C6412 R3529 VR3504 R6433 C4063 R3545 C4064 C4066 R3540 R6436 C6438 C6436 C6437 R6435 R3548 R6430 VR6400 EMERGENCY IGNITION_SENSE 3-6 VHF (136–174 MHz) 25–45W PCB / Schematics / Parts List 3-7 PA_SUPPLY 9V3_PA 9V3 RAW_B+ 9V3_PA 9V3 5V_SW 1.875V_DIG_V2 2.775V_DIG_V4 2.775V_ANA_V7 5V 1.8V_TH_DIG 2.8V_TH_DIG 2.8V_TH_ANA SPI_BUS(0:4) SPI_MOSI SPI_MISO SPI_CLK THK_CS ABACUS3_CS TX_SSI_DATA TX_SSI_CLK TX_SSI_FSYNC 0 0 1 1 2 2 3 3 4 4 TX_SSI_BUS(0:2) 0 0 1 1 2 2 RX_VCO_SEL1_ RX_VCO_SEL2_ TX_VCO_SEL1_ TX_VCO_SEL2_ SPI_MOSI_IN SPI_MISO_IN SPI_CLK_IN TH_CEX ABACUS3_CEX_IN RX_VCO_SEL1 RX_VCO_SEL2 TX_VCO_SEL1 9V3_SYNTH_IN 9V3_VCO NC VCO_VHF VCTRL SF_OUT HP_MOD_OUT PRSC VCTRL SF_TH HP_MOD_OUT PRSC 9V3_SYNTH 9V3_VCO TXINJ TX_INJ TX_HP_VHF ( TX: SHEET 1) ( RX: SHEET 2) ( PA: SHEET 1) ( PC: SHEET 2) SDTX TX_CLK SFTX SYNTH 9V3_SYNTH_OUT 9R1 PREDRIVE_SW 9V3 9R1 RXINJ RX_IN CONTROLLER_&_GPS_R2 PREDRIVE_SW ( TOP LEVEL: SHEET 1) RF_ATTN_1 RX_SSI_BUS(0:2) 0 RX_SSI_DATA RX_SSI_CLK RX_SSI_FSYNC RX_SSI_SYNCB DMCS RESET_OUT ADAPT_SW LOCK_DETECT 1 1 2 2 16.8_GPS PREDRIVE_SW PC_ATTEN_ENA PA_BIAS TX_DAC ANT_ENABLE LO_BATTERY_DET PA_TEMP 0 RX_SSI_DATA_PASS_OUT RX_SSI_CLK_PASS_OUT RX_SSI_FSYNC_PASS_OUT ABACUS3_SYNCB_IN DMCS RSTB ADAPT_SW LOCK 16.8_GPS SPI_MOSI_OUT SPI_MISO_OUT SPI_CLK_OUT ABACUS3_CEX_OUT 0 RX_SSI_DATA_PASS_IN RX_SSI_CLK_PASS_IN RX_SSI_FSYNC_PASS_IN 0 FINAL_BIAS_1 TX_DAC ANT_ENABLE LO_BATTERY_DET 1 2 9V3_TX_SW 3 1 2 ABACUS3_SYNCB_OUT 5V_BE 1V8_BE 16.8_REF 9V3_TX_SW RX_INJ NC RXFE_VHF RX_IN ( 1 SHEET) NC 9R1 RF_ATTEN_1 FE_TUNE RX_FLTR_VCTRL IF ABACUS_SPI_BUS(0:3) 0 1 2 3 ABACUS_SSI_BUS(0:2) SPI_ABACUS_DATA SSI_ABACUS_DOUTB SPI_ABACUS_CLK SPI_ABACUS_CEX IF 0 1 2 SSI_ABACUS_DOUTA SSI_ABACUS_CLKOUT SSI_ABACUS_FSYNC SSI_ABACUS_SYNCB RXBE_73.35MHZ (IF AMP: SHEET 1) 16.8_MHZ_BUFF 5V 1V8 16.8_REF (ABACUS3: SHEET 2) VHF (136–174 MHz) 25–45W Overall Schematic Diagram VHF (136–174 MHz) 25–45W PCB / Schematics / Parts List 3-8 9R1_FILT 10 dB Attenuator ON @ High for RF_ATTEN_1 E0400 E0401 BK1005HM471 RF_ATTEN_1_8 RF_ATTEN_1 9R1_FE_7 Q0400 E0404 BK1005HM471 6 1 2 9V3_TX_SW 4 C0403 51pF Q0401 UMT1NFTN 5 C0407 1500pF 9R1 3 R0402 22 R0403 0 R0431 C0405 1500pF 10K D0402 MMBD6100 C0456 1500pF Hi-Side Zeros for Preselector (Micro-strip 40 mm Aggregate) R0400 15K L0401 56nH R0439 3.6K L0400 560nH L0402 10nH 1 R0407 220 R0440 20 2 C0418 470pF 3 CR0400 C0454 1500pF C0452 15pF MMBD352 C0421 4.7pF C0422 43pF C0420 3.9pF NU (VALUE) L0406 39nH 5% C0424 43pF C0425 51pF C0426 43pF R0411 39 2 R0437 150 R0436 150 Q0402 NE85634 R0409 3K C0427 51pF C0429 51pF C0428 43pF R0410 100K R0413 680 C0433 1500pF R0412 100K C0431 56pF C0430 43pF C0432 51pF 9R1_FILT R0428 0 1 2 4 (In-Band Tuning range 2.70 ~ 7.80 VDC) R0408 10K E0403 BK1005HM471 L0404 10nH 2 10 dB Attenuator C0423 56pF 1SV228 D0403 2 C0419 0.10uF (V AL UE ) 1 10nH L0403 C0409 12pF R0406 620 (V AL UE ) (V AL UE ) 1 2 NC C0413 1500pF 10nH L0405 L0414 560nH C0453 39pF C0412 47pF 1 1 RXIN_FE_6 RX_IN C0414 1500pF C0455 1500pF C0435 1.0uF 3 1SV228 D0401 3 R0435 470 D0400 C0410 20pF C0417 15pF C0416 15pF (V ALUE ) C0411 20pF 3 TP0400 TEST_POINT C0408 6.2pF R0404 2.7K 3 C0406 6.8pF 1 C0404 1500pF (V) ALUE C0401 0.1uF C0402 1500pF (V AL UE ) 9V3_TX_SW_8 R0401 1K C0400 1500pF BK1005HM471 MAKO ( 0 ~ 4.6 VDC) FE_TUNE_FE_3 C0434 1500pF R0414 680 Q0403 UMZ2NTR FE_TUNE R0415 680 6 5 R0430 10K 3 R0429 680 C0436 1500pF R0416 680 9R1_FILT R0433 0 IF_FE_3 IF R0434 270 R0427 51 C0458 82pF TP0401 R0421 0 RX_INJ_FE_5 C0450 9.1pF R0422 51 C0451 68pF L0409 68nH 2% C0444 24pF L0410 47nH 2% C0445 30pF C0446 10pF C0447 24pF C0448 22pF 4 3 2 1 C0449 10pF R0424 150 47nH L0411 R0425 1K R0432 62 C0457 1500pF 7.5 dB Attenuator VHF (136–174 MHz) 25–45W Receiver Front-End Schematic Diagram 3 3 T0400 XFMR IO2 IO1 NC 1 NC D0405 6 2 5 5 4 2 1 6 NC RX_INJ R0423 150 L0408 68nH 2% R0426 10K IO3 C0443 24pF Q0405 NE85634 T0401 XFMR C0441 3.9pF C0442 1500pF R0420 2.7K IO4 C0440 0.10uF C0438 1500pF R0419 2.7K 4 L0407 560nH R0418 2.67K L0412 150nH 1 TEST_POINT C0439 1500pF NU C0437 1500pF R0417 56 NC VHF (136–174 MHz) 25–45W PCB / Schematics / Parts List 3-9 5V E0500 BK1005HM471 R0511 1.2K 5V_BE_5 5V R0501 330 3 IN R0503 30K C0506 0.10uF C0509 NU GND2 4 C0502 0.10uF C0504 0.10uF L0506 820nH IF_TO_ABACUS IF_OUT Q0501 PBR941 C0503 0.10uF C0515 3 1 0.76V 5 CC2 C0510 6.2pF C0512 0.10uF R0509 4.7K 2 CC1 L0503 330nH 1.6V 1.43V OUT 6 1 GND1 IFIN_BE_8 R0512 51 FL0500 MXF45 44.85MHz IF C0513 0.10uF R0502 20K VHF -- 44.85MHz UHF -- 73.35MHz 4-POLE C0507 18pF R0500 5.1K C0514 0.10uF NU Q0500 PBR941 2 D0500 MMBD352 C0516 0.72V NU R0510 30K R0508 56K L0504 NU SH0500 SHIELD 1 VHF (136–174 MHz) 25–45W Receiver IF Amp Schematic Diagram VHF (136–174 MHz) 25–45W PCB / Schematics / Parts List 3-10 VVCO TP0602 TEST_POINT C0601 43pF SPF_3.5V C0603 220pF C0602 .01uF 1 TP0600 TEST_POINT R0601 C0604 0.10uF 68 TP0601 C0650 30pF R0621 0 TEST_POINT R0602 10K IF_OUT C0605 43pF C0607 18pF Q0600 NE68519 R0623 NU R0622 NU C0611 1000pF 5V 3VA .01uF C0615 C0614 43pF R0605 330 BK1005HM471 E0600 C0617 0.10uF 3VA 2nd LO LF C0610 68pF C0612 13pF L0602 2.7uH R0624 5.1K C0613 0.1uF R0604 24K C0616 NU L0603 270nH R0603 510 C0649 3300pF D0600 1SV305 Abacus SSI FS = 20 kHz Abacus SSI CLK_OUT = 1.2 MHz E0601 BK1005HM471 Abacus SPI CE = Active Low (2.8 Vp-p) R0606 51 C0618 1uF 2nd LO VCO UHF (71.1MHz/75.6 MHz) 2nd LO VCO VHF (42.6MHz/47.1 MHz) C0619 0.10uF L0604 10uH C0620 0.10uF L0605 10uH C0621 0.10uF 3VA C0622 1000pF E0602 FREF_IF 16.8_REF 38 39 37 GNDP IOUTL 41 42 43 44 45 40 VDDL VDDP LON LOP CXVL CXIF GNDI CXVM DOUTB GCN DOUTA CLKOUT PD PC VDDD PE 35 R0607 NU 34 33 R0627 0 SB_1_BE_5 SSI_ABACUS_SYNCB 32 R0608 0 31 30 FS_1_BE_5 29 R0609 0 28 DOUTB_1_BE_5 SSI_ABACUS_FSYNC SSI_ABACUS_DOUTB SSI_ABACUS_DOUTA 27 R0611 0 26 DOUTA_1_BE_5 25 C0630 0.10uF 24 23 GNDD VDDH 22 CLKN 21 VREFN 20 VREFP CLKP GNDA GNDS1 VDDA 13 12 FS U0600 AD9864 GCP GNDC 11 VDDF 19 R0610 0 GNDH 18 C0629 2200pF 10 IF2P VDDC 9 SYNCB GNDQ 8 0.10uF C0628 GNDS2 17 7 BK1005HM471 FREF GNDF IOUTC 6 36 GNDL IF2N VDDQ 5 E0603 MXON 16 4 MXOP 15 C0627 100pF 3VA 3 RREF 2 IFIN 1 C0626 100pF VDDI 48 47 C0625 200pF 14 BK1005HM471 46 1V8 C0623 0.10uF PE C0631 0.10uF FS DOUTA DOUTB PD PC R0612 0 CLKOUT_1_BE_5 R0613 0 FE_1_BE_5 SSI_ABACUS_CLKOUT CLKOUT 3VA E0604 C0632 4.7uF BK1005HM471 C0633 0.10uF C0635 100pF SPI_ABACUS_CLK C0636 100pF R0625 51.1K 1V8 R0626 68.1K 1V8_3 C0641 .01uF 3VA C0651 1500pF E0607 BK1005HM471 E0610 R0616 100K U0601 TK11100CSC 2 5V 6 4 3 E0608 L0608 4.7uH C0642 68pF R0619 10K R0617 10K R0618 390 3VA 1 VOUT NP VCONT VIN C0640 2.2uF 3VA FB GND C0638 BK1005HM471 SPI_ABACUS_DATA FC_1_BE_5 E0606 BK1005HM471 E0605 BK1005HM471 3VA 0.10uF FD_1_BE_5 R0615 0 C0634 .01uF BK1005HM471 SPI_ABACUS_CEX R0614 0 C0637 1.0uF 5 C0643 0.10uF C0644 0.10uF C0645 .01uF R0620 9.1K D0601 1SV305 VVCO C0646 0.68uF CLOCK VCO VHF (136–174 MHz) 25–45W Receiver Back-End Schematic Diagram CLOCK LF E0609 C0647 10.0uF Q0601 73A04 BK1005HM471 C0648 10.0uF VHF (136–174 MHz) 25–45W PCB / Schematics / Parts List 3-11 2743019447 PA_SUPPLY_TX_PA A+ PA_SUPPLY C0700 33pF E0700 C0702 1000pF C0701 .033uF C0704 .033uF C0703 33pF C0705 1000pF C0707 3000pF NU C0706 3000pF NU C0712 470pF C0710 10uF C0708 1000pF C0711 .01uF C0738 2.2uF C0709 0.1uF E0701 R0742 10 C0714 470pF 9V3_TX 9V3_PA E0703 9V3_TX_SW_Main R0779 0 R0746 0 R0702 NU 0 Q0700 9V3_TX_SW To Rx PIN diode for 12mA bias 9V3_TX R0780 0 47K 2508053007Y3 PREDRIVE_SW Test Point to check Ref Osc warping R0734 15 R0736 15 3 G V_G2 SP0708 GND2 GND1 S4 S3 S2 R0723 1MEG C0719 43pF C0725 30pF NU C0727 82pF C0721 100pF C0729 56pF C0739 47pF C0741 22pF C0750 14pF L0724 25nH D0904 A+ 9V3_TX R0730 1K R0731 51 NU L0725 1.2uH C0820 150pF NU C0821 150pF NU C0804 1000pF R0756 100K C0805 100pF NU R0738 51 C0776 1000pF R0757 47K C0777 1000pF C0778 150pF C0779 39pF L0731 100nH C0772 10pF D0905 L0718 68nH Final_Bias C0794 47pF NU L0719 6.8nH R0979 0 R0745 470 NC 9V3 NC NC Q0706 NC V_cont V_G2 NC NC Final_Bias 9V3 R0781 1K 9V3_TX_SW_Main 9V3 S0700 SWITCH 9V3 REV_DETECTED Bypass both sides C0823 1000pF NC R0750 18K C0802 270pF NU Long Trace around PA L0729 1.2uH FWD_POWER Q0709 Q0708 Q0707 2.70V @ Vcont=4.5V (Ids=100mA) C0944 10pF C0945 1000pF L0717 12nH R0747 100 1000pF C0943 Q0704 V_G1 C0795 470pF R0976 39 L0730 100nH S G NC TP0711 C0817 150pF NU Q0705 D TP0710 L0716 8.2nH C0793 1000pF NU C0792 470pF C0786 470pF R0973 0 C0942 1000pF C0791 56pF C0790 220pF L0728 1.5uH R0975 82 R0977 39 R0729 10K VR0700 TP0709 L0904 47nH NU C0941 24pF C0767 470pF C0766 27pF V_cont L0715 150nH R0713 30K C0940 1000pF R0978 0 D0702 R0727 15K R0735 100 C0783 1500pF C0740 51pF W = 22.6 mil 1 R0722 18K M0700 HEATSINK C0780 270pF NU S = 35.4 mil W = 90.2 mil L0723 28nH C0742 8.2pF R0740 0 C0775 .022uF NU C0723 470pF L0709 25nH L0708 18nH L0710 25nH MRF1550 Flat Lead POS C0770 1500pF L0707 18nH TP0707 2.46V @ Vcont=4.5V (Ids=700mA) C0818 470pF NU L0706 25nH S = 35.4 mil R0739 15 R0728 4.7K L0721 25nH 1 1 R0737 15 2 S R0755 27 SP0707 C0755 56pF NU 1 C0754 390pF L0720 18nH L0722 17.5nH 1 Q0703 R0754 27 C0753 130pF NU D 1 C0734 470pF TP0705 C0752 330pF C0819 180pF 1 R0720 27 R0733 15 C0735 180pF L0714 17nH L = 1030 mil W = 22.6 mil D0700 SP0704 R0732 15 TP0702 2 J0700-2 3 J0700-3 C0803 20pF C0730 27pF NU G SP0703 R0718 27 C0724 33pF C0722 82pF D R0726 15 3.3V @ Id=27mA C0726 100pF Q0702 R0721 15 C0746 470pF L0745 4.22nH SP0702 C0716 270pF NU C0720 43pF NU 1 C0717 1000pF 3 4 R0715 62 R0714 62 2 R0760 10K GND1 220 VD_RF_OUT L0705 150nH R0719 15 SP0701 RF_IN GND2 1 TP0704 U0700 ADA4743 TP0703 C0733 470pF R0711 L0702 33.47nH R0972 0 1 J0700-1 R0710 1MEG S1 +4 dBm -11 dBm L0903 47nH NU SP0706 R0717 15 +8 dBm C0728 470pF R0970 100 R0716 15 1 TX_INJ_TX_PA R0712 15 1 R0706 220 E0702 C0732 270pF NU C0718 1000pF SP0705 Q0701 DTC114YKAF TX_INJ C0731 470pF C0713 470pF NU 9V3_TX_SW C0806 1500pF E0704 10K Antenna_En L0700 17nH To Tx/Rx Switch bias - 10mA R0777 100K C0822 1000pF C0824 1000pF NU D0703 FWD_DETECTED RX_IN_TX_PA R0751 27K V_G1 RX_IN C0771 470pF NU C0801 1500pF 9V3_VCO ANT_ENABLE_TX_PA R0749 ANT_ENABLE R0775 NU 0 9V3_SYNTH NC NC 0 R0748 56K R0773 68K C0798 1000pF C0799 150pF C0796 150pF C0797 1000pF R0761 0 TP0713 Antenna_En R0753 1K Final_Bias IF5 FINAL_BIAS_1 V_cont V_CONTROL R0752 0 VHF (136–174 MHz) 25–45W Power Amplifier Schematic Diagram VHF (136–174 MHz) 25–45W PCB / Schematics / Parts List 3-12 SH0900 SHIELD SH0901 SHIELD 9V3_PC TP0907 1 1.0V or less, typical C0919 0.1uF C0917 1000pF R0913 0 9V3_PC C0912 1500pF C0918 1500pF C0929 1500pF R0921 2.2K 8 R0960 2.4K R0922 36K 3 U0900-1 R0900 56K R0906 0 D0900 2 1 L0901 560nH TP0913 C0911 1500pF 4 R0907 0 R0901 43K 9V3_PC AD8566 R0936 47.5K 1% L0902 560nH 9V3_PC C0914 1500pF D0901 R0917 5.6K R0902 3.3K C0913 1500pF R0919 39K 8 Q0901 R0937 16.2K 1% U0941 TK11100CSC 2 VOUT NP 4 NC C0931 1500pF FB 6 1500pF 6 L0900 1uH 5 4 C0915 1500pF U0901-2 AD8566 C0904 1500pF C0906 1500pF C0907 .01uF R0909 43K VCONT 3 VIN C0948 1.0uF 5 9V3 R0928 39 R0927 51 C0901 0.1uF C0935 1500pF C0934 1500pF R0926 150 1 GND C0950 1000pF R0930 18K C0916 R0924 5.6K C0900 1500pF R0903 22K 7 C0947 100pF 9V3 9V3_PC RT0908 R0910 1K Q0902 R0918 390 C0920 1500pF 47K 1 R0929 39 TP0904 2.67V (44W) 2.01V (27.5W) D0902 R0923 0 D0903 C0951 0.1uF NC R0914 330K NC R0915 75K R0916 FWD_DETECTED 9V3_PC 100 R0925 5.6K (VALUE) R0920 33K 8 C0936 1500pF C0937 1500pF 9V3_PC 1 C0908 0.1uF C0909 1500pF 3 U0901-1 4 AD8566 2.85V (44W) C0921 0.1uF 2.10V (27.5W) C0902 0.1uF U0940 8 TP0909 NC 6 0.38V (44W) RFIN ENBL NC VSET FLTR 8 3 4 C0925 1500pF R0950 10K 9 R0955 100K R0946 3.32K RESET_OUT NC1 NC2 GND C0953 1500pF INPUT R0912 27K R0944 0 U0900-2 AD8566 C0927 220pF C0928 1000pF FWD_POWER R0938 0 TX_DAC TX_DAC 1 47K 5 430K R0954 RT0953 3 4 R0951 43.2K 4 R0947 0 U0942 NCP301 2 R0943 39.2K 5 R0942 6.81K R0941 0 C0910 1500pF 6 7 C0926 4700pF LO_BATTERY_DET REV_DETECTED 4.7K TP0911 TP0910 1 2 COMM LO_BATTERY_DET R0911 C0923 2200pF 1.28V (27.5W) GND 5 VAPC C0903 1500pF 1.35V (44W) VPOS 7 R0940 0 TP0903 0.21V (27.5W) C0922 1500pF AD8315ACPZ-REEL V_CONTROL C0939 1500pF 2 .0476 C0949 2.2uF VHF (136–174 MHz) 25–45W Power Control Schematic Diagram 9V3 9V3 3-13 SPI_CLK_IN SPI_MISO_IN SPI_MOSI_IN VHF (136–174 MHz) 25–45W PCB / Schematics / Parts List 5V_BE_SYNTH 5V_BE 5V_TH 1 1V8_BE_SYNTH C0102 220pF (VHF=1500pF) C0105 0.1uF (VHF=1500pF) 1.8V_TH_DIG_SYNTH 1.8V_TH_DIG R0103 0 (VHF=1500pF) 2.8V_TH_ANA_SYNTH 2.8V_TH_ANA (VHF=1500pF) (VHF=1500pF) C0104 220pF R0102 0 2.8V_ANA C0177 220pF C0101 220pF 1.8V_DIG TP_TEST2 C0100 220pF C0108 220pF C0106 0.1uF 1V8_BE TP_TEST1 1 RX_SSI_DATA_PASS_IN RX_SSI_CLK_PASS_IN RX_SSI_FSYNC_PASS_IN 2.8V_TH_DIG_SYNTH 2.8V_TH_DIG 1.8V_DIG ABACUS3_SYNCB_OUT ABACUS3_CEX_OUT (VHF=1500pF) C0107 RX_SSI_DATA_OUT RX_SSI_CLK_OUT RX_SSI_FSYNC_OUT R0101 0 C0178 220pF R0104 (VHF=1500pF) 47K C0111 0.1uF C0103 0.1uF C0109 0.1uF (VHF=1500pF) Locked: 1.8V Unlocked: 0V C0123 1.0uF R0146 0 R0109 0 NC NC NC NC NC NC NC NC NC NC 16.8_REF R0156 0 NU R0155 0 16.8_GPS_SYNTH 16.8_GPS R0157 0 NU 220pF C0128 (VHF=1500pF) (VHF=1500pF) RX_VCO_SEL1_ D3 SCAN_EN G5 H2 F8 C8 B7 H7 L6 A7 E8 B3 D7 C7 G10 MN_CP_VCC LGND1 LGND2 LVCC2 TX_DAC_GND TX_DAC_VCC ASPI_VCC SSI_GND TM TEST1 TEST2 LVCC1 MN_CP_GND J10 H10 J6 A10 G6 J5 E11 H4 G7 L2 K2 K3 J3 G4 E1 J1 ESC_CP MAIN_PDET_VCC DAC_ADAPT VCO_DAC TH_CEX D10 D8 D9 C11 F9 F10 F11 F7 D11 E9 E10 E7 K1 L3 G2 G1 F1 SPI_MOSI_IN TP501 1 SPI_CLK_IN TP502 TP503 1 TP504 1 1 SFTX_SYNTH SFTX TX_CLK_SYNTH TX_CLK SDTX_SYNTH NC NC NC NC NC SDTX DMCS_SYNTH DMCS R0111 0 NC 2.8V_ANA NC NC C0124 0.1uF C0125 220pF (VHF=1500pF) HP_MOD_OUT MN_ADAPT_CP M_PRSCX M_PRSC MN_CP K8 HP_MOD_OUT_SYNTH H1 HP_MOD_OUT H3 J2 PRSC_SYNTH PRSC G3 SF_OUT_SYNTH SF_OUT 5V_TH C0129 0.1uF SF_OUT VOLTAGE: 2.45V TP_ADAPT_SW GPO_2_SYNTH 220pF C0130 TX_VCO_SEL2_ GPO_3_SYNTH TX_VCO_SEL1_ 220pF C0131 220pF C0132 (VHF=1500pF) (VHF=1500pF) R0113 10K C0133 4.7uF (VHF=1500pF) R0114 2K 5V_TH 9V3 GPO_1_SYNTH 220pF C0127 LOCK (VHF=1500pF) 1 GPO LINES HI: 2.8V LOW: 0V VCO SEL: ACTIVE LOW 9V3_SYNTH 220pF C0126 (VHF=1500pF) R0158 0 NU SC51650VF NC 16.8_REF_BE_SYNTH U0100 C0121 220pF NU SPI_MISO_IN SFTX TXCLK SDTX DMCS SDR SCLK_OUT RXFS RXACQ ESC_IN NC NC NC 16.8_REF_CONTROLLER_SYNTH R0147 0 NU NC NC NC NC NC NC NC C0119 220pF NU TH_CEX_SYNTH SPI_DR CEX SPI_DW SPI_CLK XOSC_BASE XOSC_EMIT SMD_CLK_GEN_GND OSCREG_SPLY OSCREG_BYP SF_OUT OSCREG_OUT R0110 51 C0113 220pF NU K5 L5 C9 J4 L4 K4 H5 R0108 2K NC NC NC NC NC NC NC G9 CLK_CP H11 CLK_EMIT G11 CLK_BASE E6 RSTB C0122 .01uF ASPI_CLK ASPI_DATA ACE1 ACE2 NC1 NC2 TX_GND2 NC3 NC4 R0107 220 C10 B11 A6 D6 A1 A11 F6 L1 L11 Q0100 PBR941 NC NC NC NC C0195 470pF AGC_REF AGC_FLAG ARX_DAC RFSTEPA AGC_DAC DC_CAL BP_I RXI RXIX BP_IX SDM_VAG BP_Q RXQ RXQX BP_QX SCAN_IN RX_EN_OUT PABIAS_DAC CLK2_OUT CLK1_OUT TCLK NTXQ TXQ NTXI TXI INCR_DECR PHCLK FBQ FBI NC NC L0100 270nH C5 C4 H6 A3 B5 A2 E4 C2 C1 F4 B10 E2 D1 D2 E3 F2 B1 K11 J11 H9 G8 K6 L7 L8 K7 J9 L9 B6 C6 J7 EF_OUTP J8 EF_OUTM NC NC CLK_VCC CLK_GND TX_VCC SDM_CLK_GEN_VCC XOSC_GND OSCREG_GND SSI_VCC ESC_GND TX_GND1 ESC_CPBIAS ESC_VCC ESC_CP_GND ESC_CP_VCC MAIN_GND ESC_TEST MAIN_VCC (VHF=1500pF) R0106 2.7K GPO1_TEST1 GPO2_TEST2 GPO3_TEST3 GPO4_TEST4 GPO5 GPO6 C0118 0.1uF B9 A9 B8 B2 C3 A5 A8 D5 C0117 220pF R0144 10K SDM_REF_VCC SDM_VREFM SDM_VREFP RX_AVCC1 RX_AGND1 RX_AVCC2 SDM_REF_GND RX_AGND2 C0171 .01uF C0115 1.0uF K10 SUB1 F5 SUB2 F3 SUB3 L10 DEEPSLEEP R0105 240 C0120 .01uF C0114 1.0uF B4 A4 E5 D4 K9 H8 Buffer to Abacus/Controller LOCK_SYNTH C0112 220pF NC 2.8V_DIG C0110 0.1uF C0175 220pF 0.1uF ABACUS3_SYNCB_OUT ABACUS3_CEX_OUT RX_SSI_DATA_IN RX_SSI_CLK_IN RX_SSI_FSYNC_IN 5V_SYNTH 5V 2.8V_DIG 1.8V_DIG ABACUS3_SYNCB_IN ABACUS3_CEX_IN SPI_MOSI_OUT SPI_MISO_OUT SPI_CLK_OUT 1.8V_DIG RX_SSI_DATA_PASS_OUT RX_SSI_CLK_PASS_OUT RX_SSI_FSYNC_PASS_OUT SPI_MOSI_OUT SPI_MISO_OUT SPI_CLK_OUT 2.8V_ANA ABACUS3_SYNCB_IN ABACUS3_CEX_IN 0 2.8V_ANA SPI_MOSI_IN SPI_MISO_IN SPI_CLK_IN SPI_MOSI_IN SPI_MISO_IN SPI_CLK_IN R0100 Adapt ON: 5V Adapt OFF: 0V R0148 120 GPO_4 GPO_5_SYNTH C0134 220pF GPO_6_SYNTH (VHF=1500pF) 4 RF_ATTN_1 Q0107 NTR1P02T1 R0160 100K 3 (VHF=1500pF) C0135 10uF 10K C0140 4.7uF R0117 30K (VHF=1500pF) R0120 10K C0142 220pF C0141 0.1uF (VHF=1500pF) C0144 0.1uF 4 VCC RSTB_SYNTH R0123 56K 1 VC R0161 100K C0196 10uF C0180 0.1uF C0146 220pF 2 (VHF=1500pF) OUTPUT U0101 MC74VHC1GT66 Switch for Adapt Transient 3 C0145 .01uF GND C0147 220pF Q0106 DTC114YM ONOFF_CONTROL 1 INOUT 2 OUTIN R0122 (VHF=1500pF) RSTB 4 NU C0143 220pF ADAPT_SW IN R0118 0 5 R0126 10K NU R0116 0 R0119 27 2 Q0102 BCV62 R2 GND 2.8V_ANA 1 ADAPT_SW_SYNTH R1 OUT C0138 220pF 3 47K R0115 0 C0137 10uF 0 Q0108 DTC114YKAF C0136 0.1uF 5V_TH 2.8V_ANA 9R1 SWITCH FOR FRONT-END R0159 10K C0179 220pF RX_VCO_SEL2_ GND 9R1_SYNTH VCC 9R1 Y0100 TCO5826 16.8MHz R0125 0 (VHF=1500pF) TCXO (Y0100) 1.5 ppm 0.5 ppm 5102495J07 5116032H01 R0127 100 (VHF=51) R0128 0 (VHF=10) VCTRL_SYNTH VCTRL R0131 240 (VHF=150) VCO STEERING LINE VOLTAGE: 0.6V TO 4.4V TP_VCTRL 1 C0191,C0192,C0193,C0194: NU (UHF) SH0100 SHIELD 1 SH0101 SHIELD C0194 C0193 C0192 C0191 C0156 C0157 C0158 C0159 C0160 C0161 C0162 C0163 C0164 C0165 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF C0150 0.1uF C0148 .033uF C0151 0.1uF (VHF=NU) C0149 .022uF VCO STEERING LINE VOLTAGE: 0.6V TO 4.4V (VHF=0.1uF) R0134 27 (VHF=51) R0139 1.6K (VHF=NU) C0166 0.1uF R0140 18 (VHF=NU) 1 Note: High Port modulation injection through loop filter for UHF only VHF (136–174 MHz) 25–45W Synthesizer Schematic Diagram VHF (136–174 MHz) 25–45W PCB / Schematics / Parts List 3-14 SH0200 SHIELD SF_TH SF_TH_VCO_UHF1_6 SF_TH SF_TH 1 C0200 1500pF RX1 C0201 0.10uF Super Filter Voltage (SF_TH) SF_TH: 2.5V R0201 2.4K L0202 680nH C0204 1500pF C0205 0.10uF C0206 1500pF R0204 4.3K R0205 100 C0208 15pF L0203 680nH RX VCO 1 RX Buffer Amplifier C0215 6.2pF C0214 11pF C0213 15pF E0201 L0200 220nH Q0200 RXSL 9R1_VCO_UHF1_7 9R1 CR0201 CR0202 C0220 10pF L0209 680nH R0211 0 L0210 150nH VCTRL C0226 1500pF Steering Line Voltage (VCTRL_TH) VCTRL: 0.6-4.5V L0207 27nH R0203 510 R0202 510 C0223 39pF R0240 NU C0202 .01uF C0203 1500pF C0225 120pF CR0203 CR0204 C0207 1500pF L0212 680nH C0229 36pF L0204 220nH SF_TH R0206 15K C0236 1500pF RX2 R0224 6.2K C0237 0.10uF L0206 27nH R0220 51 R0216 150 R0219 120 L0213 680nH C0217 1500pF C0221 12pF C0222 NU R0221 120 C0242 1500pF C0211 1500pF Q0202 PBR941 L0205 68nH TP0200 RXINJ_VCO_UHF1_5 R0208 47 C0219 8.2pF RXINJ: 180-220 MHz C0218 NU +5 dBm R0210 4.7K C0224 NU R0212 0 R0225 8.2K 1 RXINJ R0207 10 C0240 1500pF C0241 0.10uF C0209 0.10uF L0211 220nH R0226 100 C0243 12pF RX VCO 2 L0214 680nH SF_TH C0245 12pF C0246 10pF C0247 10pF C0238 1500pF Q0201 CR0205 C0250 11pF L0218 220nH R0241 NU L0215 22nH C0231 3.9pF C0251 22pF PRSC (RX): 180-220 MHz -5 to -15 dBm R0230 4.3K C0252 82pF C0253 1500pF CR0207 RX Prescaler 1 RXSL L0217 680nH C0239 0.10uF TP0301 CR0206 L0230 180nH CR0208 PRESC_TX C0265 20pF L0219 680nH RX_VCO_SEL2 C0235 15pF C0233 NU C0248 1500pF C0249 0.10uF C0260 1500pF C0261 1500pF U0201 RX1 C0262 1500pF R0229 150 RX1_SEL: 2.7 V (High) 0.1 V (Low) VHF (136–174 MHz) 25–45W Receiver VCO Schematic Diagram RX2_SEL_VCO_UHF1_5 RX_VCO_SEL1 PRSC L0221 180nH C0259 20pF R0218 10K R0213 10K RX1_SEL_VCO_UHF1_5 PRSC_VCO_UHF1_5 RX2 C0264 1500pF C0257 1500pF RX2_SEL: 2.7 V (High) C0258 0.10uF 0.1 V (Low) VHF (136–174 MHz) 25–45W PCB / Schematics / Parts List 3-15 R0337 0 TX Buffer Amplifier TX1 VSF R0321 10K C0300 1500pF SF_TH C0301 0.10uF HP_MOD_OUT_VCO_UHF1_7 R0301 3.9K C0360 4.7uF 9V3_VCO C0302 .01uF C0303 1500pF R0303 510 R0302 510 L0302 680nH AMP_SEL C0304 R0319 20K 1500pF C0310 1.0pF HP_MOD_OUT U0303 C0305 0.10uF C0361 1500pF 9V3_VCO_UHF1_7 Super Filter Voltage (SF_TH) SF_TH: 2.5V C0332 2.4pF R0320 100K E0301 L0300 220nH C0334 220pF C0306 1500pF C0307 .022uF R0304 4.7K R0305 100 C0308 CR0300 C0309 1500pF 1 15pF L0303 680nH TX VCO1 C0313 C0314 15pF 15pF C0311 1500pF C0315 2.0pF C0317 1500pF L0306 180nH R0333 18 L0309 680nH CR0301 CR0302 1SV305 1SV325 C0320 5.1pF R0332 300 L0307 56nH C0326 1500pF VCTRL: 0.6-4.5V C0321 6.2pF C0312 1500pF R0310 4.7K L0311 270nH R0312 0 C0325 Steering Line Voltage (VCTRL_TH) C0322 NU C0323 30pF L0310 82nH VCTRL R0334 300 C0318 NU C0319 13pF R0308 47 Q0302 PBR941 R0307 82 VCTRL R0311 0 L0305 68nH R0306 15K Q0300 VCTRL_VCO_UHF1_7 TP0300 L0304 270nH C0324 NU TXINJ: 136-174MHz 6 dBm (VALUE) 150pF CR0303 CR0304 1SV325 1SV305 TXINJ_VCO_UHF1_5 TXINJ C0329 27pF L0312 680nH SF_TH C0338 1500pF R0328 10K NU C0339 0.10uF R0316 110 NC R0327 10K TX1_SEL_VCO_UHF1_5 NC TX_VCO_SEL1 U0304 TX1_SEL: 2.7 V (High) NC 0.1 V (Low) C0348 1500pF C0349 0.10uF XMIT_SEL_VCO_UHF1_6 AMP_SEL PREDRIVE_SW C0327 1500pF C0328 0.10uF R0336 10K NU R0345 0 SF_TH TX1 C0331 1.0pF TX Prescaler R0338 1.2K NU PRSC (TX): 136-174MHz R0340 0 -5 to -15 dBm R0339 8.2K PRESC_TX 9V3_SYNTH_OUT VSF 9V3_SYNTH_IN SH0300 SHIELD 1 U0305 C0364 0.1uF TX1 R0343 43K R0347 0 NU VHF (136–174 MHz) 25–45W Transmit VCO Schematic Diagram VHF (136–174 MHz) 25–45W PCB / Schematics / Parts List 3-16 VHF PCB 8478023A12 and 8478023A16 Parts List 25–45W Circuit Ref C0100 C0101 C0102 C0103 C0104 C0105 C0106 C0107 C0108 C0109 C0110 C0111 C0112 C0113 C0114 C0115 C0117 C0118 C0119 C0120 C0121 C0122 C0123 C0124 C0125 C0126 C0127 C0128 C0129 C0130 C0131 C0132 C0133 C0134 C0135 C0136 C0137 C0138 C0140 C0141 C0142 C0143 C0144 C0145 C0146 C0147 C0148 C0149 C0150 Motorola Part No. 2113945A10 2113945A10 2113945A10 2113945C31 2113945A10 2113945C31 2113945C31 2113945C31 2113945A10 2113945C31 2113945C31 2113945C31 2113945A10 NOT PLACED 2113946E02 2113946E02 2113945A10 2113945C31 NOT PLACED 2113945B02 NOT PLACED 2113945B02 2113946E02 2113945C31 2113945A10 2113945A10 2113945A10 2113945A10 2113945C31 2113945A10 2113945A10 2113945A10 2313960B30 2113945A10 2313960B32 2113945C31 2313960B32 2113945A10 2313960B30 2113945C31 2113945A10 2113945A10 2113945C31 2113945B02 2113945A10 2113945A10 NOT PLACED 2113945C31 2113945C31 Description 1500pF 1500pF 1500pF 0.1uF 1500pF 0.1uF 0.1uF 0.1uF 1500pF 0.1uF 0.1uF 0.1uF 1500pF – 1.0uF 1.0uF 1500pF 0.1uF – .01uF – .01uF 1.0uF 0.1uF 1500pF 1500pF 1500pF 1500pF 0.1uF 1500pF 1500pF 1500pF 4.7uF 1500pF 10uF 0.1uF 10uF 1500pF 4.7uF 0.1uF 1500pF 1500pF 0.1uF .01uF 1500pF 1500pF – 0.1uF 0.1uF Circuit Ref C0151 C0156 C0157 C0158 C0159 C0160 C0161 C0162 C0163 C0164 C0165 C0166 C0171 C0175 C0177 C0178 C0179 C0180 C0191 C0192 C0193 C0194 C0195 C0196 C0200 C0201 C0202 C0203 C0204 C0205 C0206 C0207 C0208 C0209 C0211 C0213 C0214 C0215 C0217 C0218 C0219 C0220 C0221 C0222 C0223 C0224 C0225 C0226 C0229 C0231 C0233 Motorola Part No. 2113945C31 2185419D06 2185419D06 2185419D06 2185419D06 2185419D06 2185419D06 2185419D06 2185419D06 2185419D06 2185419D06 2185419D06 2113945B02 2113945A10 2113945A10 2113945A10 2113945A10 2113945C31 2185419D06 2185419D06 2185419D06 2185419D06 2113945A05 2113946H02 2113945A10 2113945Y02 2113945B02 2113945A10 2113945A10 2113945Y02 2113945A10 2113945A10 2115153H37 2113945Y02 2113945A10 2115153H37 2115153H34 2115153H22 2113945A10 NOT PLACED 2115153H25 2115153H27 2115153H35 NOT PLACED 2115153H47 NOT PLACED 2115153H59 2113945A10 2115153H46 2115153H17 NOT PLACED Description 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF .01uF 1500pF 1500pF 1500pF 1500pF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 470pF 10uF 1500pF 0.10uF .01uF 1500pF 1500pF 0.10uF 1500pF 1500pF 15pF 0.10uF 1500pF 15pF 11pF 6.2pF 1500pF – 8.2pF 10pF 12pF – 39pF – 120pF 1500pF 36pF 3.9pF – Circuit Ref C0235 C0236 C0237 C0238 C0239 C0240 C0241 C0242 C0243 C0245 C0246 C0247 C0248 C0249 C0250 C0251 C0252 C0253 C0257 C0258 C0259 C0260 C0261 C0262 C0264 C0265 C0300 C0301 C0302 C0303 C0304 C0305 C0306 C0307 C0308 C0309 C0310 C0311 C0312 C0313 C0314 C0315 C0317 C0318 C0319 C0320 C0321 C0322 C0323 C0324 C0325 Motorola Part No. 2115153H37 2113945A10 2113945Y02 2113945A10 2113945Y02 2113945A10 2113945Y02 2113945A10 2115153H35 2115153H35 2115153H27 2115153H27 2113945A10 2113945Y02 2115153H34 2115153H41 2115153H55 2113945A10 2113945A10 2113945Y02 2115153H40 2113945A10 2113945A10 2113945A10 2113945A10 2115153H40 2113945A10 2113945Y02 2113945B02 2113945A10 2113945A10 2113945Y02 2113945A10 2113945B04 2115153H37 2113945A10 2115153H03 2113945A10 2113945A10 2115153H37 2115153H37 2115153H10 2113945A10 NOT PLACED 2115153H36 2115153H20 2115153H22 NOT PLACED 2115153H44 NOT PLACED 2113944A42 Description 15pF 1500pF 0.10uF 1500pF 0.10uF 1500pF 0.10uF 1500pF 12pF 12pF 10pF 10pF 1500pF 0.10uF 11pF 22pF 82pF 1500pF 1500pF 0.10uF 20pF 1500pF 1500pF 1500pF 1500pF 20pF 1500pF 0.10uF .01uF 1500pF 1500pF 0.10uF 1500pF .022uF 15pF 1500pF 1.0pF 1500pF 1500pF 15pF 15pF 2.0pF 1500pF – 13pF 5.1pF 6.2pF – 30pF – 150pF Circuit Ref C0326 C0327 C0328 C0329 C0331 C0332 C0334 C0338 C0339 C0348 C0349 C0360 C0361 C0364 C0400 C0401 C0402 C0403 C0404 C0405 C0406 C0407 C0408 C0409 C0410 C0411 C0412 C0413 C0414 C0416 C0417 C0418 C0419 C0420 C0421 C0422 C0423 C0424 C0425 C0426 C0427 C0428 C0429 C0430 C0431 C0432 C0433 C0434 C0435 C0436 C0437 Motorola Part No. 2113945A10 2113945A10 2113945Y02 2115153H43 2115153H03 2115153H12 2113944A44 2113945A10 2113945Y02 2113945A10 2113945Y02 2313960B30 2113945A10 2113946B04 2113945A10 2113945C31 2113945A10 2115153H50 2113945A10 2113945A10 2115153H23 2113945A10 2115153H22 2115153H35 2115153H40 2115153H40 2115153H49 2113945A10 2113945A10 2115153H37 2115153H37 2113945A05 2113945Y02 NOT PLACED 2115153H19 2115153H48 2115153H51 2115153H48 2115153H50 2115153H48 2115153H50 2115153H48 2115153H50 2115153H48 2115153H51 2115153H50 2113945A10 2113945A10 2113946S35 2113945A10 2113945A10 Description 1500pF 1500pF 0.10uF 27pF 1.0pF 2.4pF 220pF 1500pF 0.10uF 1500pF 0.10uF 4.7uF 1500pF 0.1uF 1500pF 0.1uF 1500pF 51pF 1500pF 1500pF 6.8pF 1500pF 6.2pF 12pF 20pF 20pF 47pF 1500pF 1500pF 15pF 15pF 470pF 0.10uF – 4.7pF 43pF 56pF 43pF 51pF 43pF 51pF 43pF 51pF 43pF 56pF 51pF 1500pF 1500pF 1.0uF 1500pF 1500pF VHF (136–174 MHz) 25–45W PCB / Schematics / Parts List Circuit Ref C0438 C0439 C0440 C0441 C0442 C0443 C0444 C0445 C0446 C0447 C0448 C0449 C0450 C0451 C0452 C0453 C0454 C0455 C0456 C0457 C0458 C0502 C0503 C0504 C0506 C0507 C0509 C0510 C0512 C0513 C0514 C0515 C0516 C0601 C0602 C0603 C0604 C0605 C0607 C0610 C0611 C0612 C0613 C0614 C0615 C0616 C0617 C0618 C0619 C0620 C0621 Motorola Part No. 2113945A10 2113945A10 2113945Y02 2115153H17 2113945A10 2115153H42 2115153H42 2115153H44 2115153H27 2115153H42 2115153H41 2115153H27 2115153H26 2115153H53 2115153H37 2115153H47 2113945A10 2113945A10 2113945A10 2113945A10 2115153H55 2113945Y02 2113945Y02 2113945Y02 2115153H35 2115153H38 NOT PLACED 2115153H24 2113945Y02 2113945Y02 2113945Y02 NOT PLACED NOT PLACED 2115153H48 2113945B02 2113944A44 2113945Y02 2115153H48 2115153H37 2115153H51 2113945A09 2115153H39 2113945G91 2115153H41 2113945B02 NOT PLACED 2113945Y02 2115358H25 2113945Y02 2113945Y02 2113945Y02 Description 1500pF 1500pF 0.10uF 3.9pF 1500pF 24pF 24pF 30pF 10pF 24pF 22pF 10pF 9.1pF 68pF 15pF 39pF 1500pF 1500pF 1500pF 1500pF 82pF 0.10uF 0.10uF 0.10uF 12pF 18pF – 7.5pF 0.10uF 0.10uF 0.10uF – – 43pF .01uF 220pF 0.10uF 43pF 15pF 56pF 1000pF 18pF 0.1uF 22pF .01uF – 0.10uF 1uF 0.10uF 0.10uF 0.10uF 3-17 Circuit Ref C0622 C0623 C0625 C0626 C0627 C0628 C0629 C0630 C0631 C0632 C0633 C0634 C0635 C0636 C0637 C0638 C0640 C0641 C0642 C0643 C0644 C0645 C0646 C0647 C0648 C0649 C0650 C0651 C0700 C0701 C0702 C0703 C0704 C0705 C0706 C0707 C0708 C0709 C0710 C0711 C0712 C0713 C0714 C0716 C0717 C0718 C0719 C0720 C0721 C0722 C0723 Motorola Part No. 2113945A09 2113945Y02 2113944C89 2113944A40 2113944A40 2113945Y02 2113945A11 2113945Y02 2113945Y02 2313960B30 2113945Y02 2113945B02 2113944A40 2113944A40 2113946S35 2113945Y02 2113946N03 2113945B02 2115153H53 2113945Y02 2113945Y02 2113945B02 2113946G04 2113946J03 2113946J03 2113945A12 2115153H44 2113945A10 2113944C36 2113945C25 2113944C51 2113944C36 2113945C25 2113944C51 NOT PLACED NOT PLACED 2113944C51 2113945C31 2371403L02 2113945L49 2113944C06 NOT PLACED 2111078B59 NOT PLACED 2113945A09 2113945A09 2111078B33 2111078B33 2111078B42 2111078B40 2111078B59 Description 1000pF 0.10uF 200pF 100pF 100pF 0.10uF 2200pF 0.10uF 0.10uF 4.7uF 0.10uF .01uF 100pF 100pF 1.0uF 0.10uF 2.2uF .01uF 68pF 0.10uF 0.10uF .01uF 0.68uF 10.0uF 10.0uF 3300pF 30pF 1500pF 33pF .033uF 1000pF 33pF .033uF 1000pF – – 1000pF 0.1uF 10uF .01uF 470pF – 470pF – 1000pF 1000pF 43pF 43pF 100pF 82pF 470pF Circuit Ref C0724 C0725 C0726 C0727 C0728 C0729 C0730 C0731 C0732 C0733 C0734 C0735 C0738 C0739 C0740 C0741 C0742 C0746 C0750 C0752 C0753 C0754 C0755 C0766 C0767 C0770 C0771 C0772 C0775 C0776 C0777 C0778 C0779 C0780 C0783 C0786 C0790 C0791 C0792 C0793 C0794 C0795 C0796 C0797 C0798 C0799 C0801 C0802 C0803 C0804 C0805 Motorola Part No. NOT PLACED NOT PLACED 2111078B42 2111078B40 2113944C06 2111078B36 NOT PLACED 2111078B59 NOT PLACED 2113944C06 2113944C06 2111078B49 2113955D13 2111078B34 2111078B35 2111078B22 2111078B11 2111078B59 2111078B17 2111078B55 NOT PLACED 2111078B57 NOT PLACED 2113944C35 2113944C06 2113945A10 NOT PLACED 2113944C30 NOT PLACED 2113944C51 2113944C51 2111078B47 2111078B32 NOT PLACED 2113945A10 2113944C06 2113944C02 2113944C39 2113944C06 NOT PLACED NOT PLACED 2113944C06 2113944C47 2113944C51 2113944C51 2113944C47 2113945A10 NOT PLACED 2111078B21 2113944C51 NOT PLACED Description – – 100pF 82pF 470pF 56pF – 470pF – 470pF 470pF 180pF 2.2uF 47pF 51pF 22pF 8.2pF 470pF 14pF 330pF – 390pF – 27pF 470pF 1500pF – 10pF – 1000pF 1000pF 150pF 39pF – 1500pF 470pF 220pF 56pF 470pF – – 470pF 150pF 1000pF 1000pF 150pF 1500pF – 20pF 1000pF – Circuit Ref C0806 C0817 C0818 C0819 C0820 C0821 C0822 C0823 C0824 C0900 C0901 C0902 C0903 C0904 C0906 C0907 C0908 C0909 C0910 C0911 C0912 C0913 C0914 C0915 C0916 C0917 C0918 C0919 C0920 C0921 C0922 C0923 C0925 C0926 C0927 C0928 C0929 C0931 C0934 C0935 C0936 C0937 C0939 C0940 C0941 C0942 C0943 C0944 C0945 C0947 C0948 Motorola Part No. 2113945A10 NOT PLACED NOT PLACED 2111078B49 NOT PLACED NOT PLACED 2113944C51 2113944C51 NOT PLACED 2113945A10 2113945C31 2113945C31 2113945A10 2113945A10 2113945A10 2113945C02 2113945C31 2113945A10 2113945A10 2113945A10 2113945A10 2113945A10 2113945A10 2113945A10 2113945A10 2113945A09 2113945A10 2113945C31 2113945A10 2113945C31 2113945A10 2113944C55 2113945A10 2113945L41 2113944C02 2113944C51 2113945A10 2113945A10 2113945A10 2113945A10 2113945A10 2113945A10 2113945A10 2113944C51 2113944M27 2113944C51 2113944C51 2113944M18 2113944C51 2113944A40 2113946S35 Description 1500pF – – 180pF – – 1000pF 1000pF – 1500pF 0.1uF 0.1uF 1500pF 1500pF 1500pF .01uF 0.1uF 1500pF 1500pF 1500pF 1500pF 1500pF 1500pF 1500pF 1500pF 1000pF 1500pF 0.1uF 1500pF 0.1uF 1500pF 2200pF 1500pF 4700pF 220pF 1000pF 1500pF 1500pF 1500pF 1500pF 1500pF 1500pF 1500pF 1000pF 24pF 1000pF 1000pF 10pF 1000pF 100pF 1.0uF VHF (136–174 MHz) 25–45W PCB / Schematics / Parts List 3-18 Circuit Ref C0949 C0950 C0951 C0953 CR0201 CR0202 CR0203 CR0204 CR0205 CR0206 CR0207 CR0208 CR0300 CR0301 CR0302 CR0303 CR0304 CR0400 D0400 D0401 D0402 D0403 D0405 D0500 D0600 D0601 D0700 D0702 D0703 D0900 D0901 D0902 D0903 D0904 D0905 E0201 E0301 E0400 E0401 E0403 E0404 E0500 E0600 E0601 E0602 E0603 E0604 E0605 E0606 E0607 E0608 Motorola Part No. 2113946G01 2113945A09 2113945C31 2113945A10 4815096H01 4815096H01 4815096H01 4815096H01 4815096H01 4815096H01 4815096H01 4815096H01 4815096H01 4815096H01 4815059H01 4815059H01 4815096H01 4813974A19 4813974A06 4885094Y01 4813978C02 4885094Y01 4815090H01 4813974A19 4815096H01 4815096H01 4802482J02 4802482J02 4886622Y06 4813978C02 4815023H01 4815024H01 4815024H01 4813974A21 4813974A21 2480640Z01 2480640Z01 2409134J25 2409134J25 2409134J25 2409134J25 2409134J25 2409134J25 2409134J25 2409134J25 2409134J25 2409134J25 2409134J25 2409134J25 2409134J25 2409134J25 Description 2.2uF 1000pF 0.1uF 1500pF DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV325 DIODE VARACTOR 1SV325 DIODE VARACTOR 1SV305 DIODE, SCHOTTKY DIODE, PIN DIODE VARACTOR 1SV228 DIODE, PIN DIODE VARACTOR 1SV228 DIODE, MIXER DIODE, SCHOTTKY DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE, PIN DIODE, PIN DIODE, PIN DIODE, SWITCHING DIODE, PIN DIODE, PIN DIODE, PIN DIODE, SCHOTTKY DIODE, SCHOTTKY FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD Circuit Ref E0609 E0610 E0700 E0701 E0702 E0703 E0704 FL0500 J0700 L0100 L0200 L0202 L0203 L0204 L0205 L0206 L0207 L0209 L0210 L0211 L0212 L0213 L0214 L0215 L0217 L0218 L0219 L0221 L0230 L0300 L0302 L0303 L0304 L0305 L0306 L0307 L0309 L0310 L0311 L0312 L0400 L0401 L0402 L0403 L0404 L0405 L0406 L0407 L0408 L0409 L0410 Motorola Part No. 2409134J25 2480640Z01 2485011Y01 2485011Y01 7671656M01 2485011Y01 2409134J25 9180022M11 0905901V12 2414017N29 2414017N28 2414017K33 2414017K33 2414017N28 2414017N22 2414017N17 2416077H12 2414017K33 2414015B06 2414017N28 2414017K33 2414017K33 2414017K33 2416077H11 2414017K33 2414015B08 2414017K33 2414017N27 2414017N27 2414017N28 2414017K33 2414017K33 2414017N29 2414017N22 2414017N27 2414015C08 2414017K33 2414017N23 2414017N29 2414017K33 2414017K32 2414032F31 NOT PLACED NOT PLACED NOT PLACED NOT PLACED 2414032F29 2414032F74 2414015B02 2414015B02 2414015B12 Description FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD 73.35MHZ CRYSTAL FILTER BNC RF CONNECTOR 270nH 220nH 680nH 680nH 220nH 68nH 27nH 27nH 680nH 150nH 220nH 680nH 680nH 680nH 22nH 680nH 220nH 680nH 180nH 180nH 220nH 680nH 680nH 270nH 68nH 180nH 56nH 680nH 82nH 270nH 680nH 560nH 56nH – – – – 39nH 560nH 68nH 68nH 47nH Circuit Ref L0411 L0412 L0414 L0503 L0504 L0506 L0602 L0603 L0604 L0605 L0608 L0700 L0702 L0705 L0706 L0707 L0708 L0709 L0710 L0714 L0715 L0716 L0717 L0718 L0719 L0720 L0721 L0722 L0723 L0724 L0725 L0728 L0729 L0730 L0731 L0745 L0900 L0901 L0902 L0903 L0904 M0700 Q0100 Q0102 Q0106 Q0107 Q0108 Q0200 Q0201 Q0202 Q0300 Motorola Part No. 2414017N20 2414017N26 2414017K32 2414015B32 NOT PLACED 2414032B70 2414032K29 2414032D28 2466505A01 2466505A01 2414032B76 2460592A01 2479990G01 2414017N26 2485873L02 2485873L01 2485873L01 2485873L02 2485873L02 2460592A01 2414017N26 2414017N11 2414017N13 2414017N22 2414017N10 2485873L01 2485873L02 2415385H04 2415385H06 2485873L02 2414032B69 2414032B70 2414032B69 2414032B53 2414032B53 2460591A01 2414032D30 2414017K32 2414017K32 NOT PLACED NOT PLACED 2686201B02 4802197J95 4815359H01 4816134H01 4813970A59 4815261H01 4805793Y10 4805793Y10 4802197J95 4805793Y10 Description 47nH 150nH 560nH 330nH – 1.5uH 8.2uH 820nH 10uH 10uH 4.7uH 17nH 33.47nH 150nH 25nH 18nH 18nH 25nH 25nH 17nH 150nH 8.2nH 12nH 68nH 6.8nH 18nH 25nH 17.5nH 28nH 25nH 1.2uH 1.5uH 1.2uH 100nH 100nH 4.22nH 1uH 560nH 560nH – – HEATSINK NPN RF TRANSISTOR DUAL PNP ANALOG SWITCH P-CHANNEL MOSFET ANALOG SWITCH NPN RF TRANSISTOR NPN RF TRANSISTOR NPN RF TRANSISTOR NPN RF TRANSISTOR Circuit Ref Q0302 Q0400 Q0401 Q0402 Q0403 Q0405 Q0500 Q0501 Q0600 Q0601 Q0700 Q0701 Q0702 Q0703 Q0704 Q0705 Q0706 Q0707 Q0708 Q0709 Q0901 Q0902 R0100 R0101 R0102 R0103 R0104 R0105 R0106 R0107 R0108 R0109 R0110 R0111 R0113 R0114 R0115 R0116 R0117 R0118 R0119 R0120 R0122 R0123 R0125 R0126 R0127 R0128 R0131 R0134 Motorola Part No. 4802197J95 4815271H01 4815267H01 4871127H01 4815270H01 4871127H01 4802197J95 4802197J95 4805793Y10 4813973A04 4813970A59 4815261H01 0105958T74 4816548H01 4813973B02 4816547H01 Description NPN RF TRANSISTOR ANALOG SWITCH DUAL PNP NPN RF TRANSISTOR DUAL NPN/PNP NPN RF TRANSISTOR NPN RF TRANSISTOR NPN RF TRANSISTOR NPN RF TRANSISTOR NPN DARLINGTON P-CHANNEL MOSFET ANALOG SWITCH MRF1550PA ASSEMBLY N-CHANNEL LDMOS DRIVER PNP N-CHANNEL LDMOS PREDRIVER 4815272H01 ANALOG SWITCH 4815272H01 ANALOG SWITCH 4815272H01 ANALOG SWITCH 4815272H01 ANALOG SWITCH 4813973A13 PNP 4813973M07 NPN 0613952R66 0 0613952R66 0 0613952R66 0 0613952R66 0 0613952R17 47K 0613952Q58 240 0613952Q83 2.7K 0613952Q57 220 0613952Q80 2K 0613952R66 0 0613952Q42 51 0613952R66 0 0613952R01 10K 0613952Q80 2K 0613952R66 0 0613952R66 0 0613952R12 30K 0613952R66 0 0613952Q35 27 0613952R01 10K NOT PLACED – 0613952R19 56K 0613952R66 0 NOT PLACED – 0613952Q42 51 0613952Q25 10 0613952Q53 150 0613952Q42 51 VHF (136–174 MHz) 25–45W PCB / Schematics / Parts List Circuit Ref R0139 R0140 R0144 R0146 R0147 R0148 R0155 R0156 R0157 R0158 R0159 R0160 R0161 R0201 R0202 R0203 R0204 R0205 R0206 R0207 R0208 R0210 R0211 R0212 R0213 R0216 R0218 R0219 R0220 R0221 R0224 R0225 R0226 R0229 R0230 R0240 R0241 R0301 R0302 R0303 R0304 R0305 R0306 R0307 R0308 R0310 R0311 R0312 R0316 R0319 R0320 Motorola Part No. NOT PLACED NOT PLACED 0613952R01 0613952R66 NOT PLACED 0613952Q51 0613952R66 NOT PLACED NOT PLACED NOT PLACED 0613952R01 0613952R25 0613952R25 0613952Q82 0613952Q66 0613952Q66 0613952Q88 0613952Q49 0613952R05 0613952Q25 0613952Q41 0613952Q89 0613952R66 0613952R66 0613952R01 0613952Q53 0613952R01 0613952Q51 0613952Q42 0613952Q51 0613952Q92 0613952Q95 0613952Q49 0613952Q53 0613952Q88 NOT PLACED NOT PLACED 0613952Q87 0613952Q66 0613952Q66 0613952Q89 0613952Q49 0613952R05 0613952Q47 0613952Q41 0613952Q89 0613952R66 0613952R66 0613952Q50 0613952R08 0613952R25 Description – – 10K 0 – 120 0 – – – 10K 100K 100K 2.4K 510 510 4.3K 100 15K 10 47 4.7K 0 0 10K 150 10K 120 51 120 6.2K 8.2K 100 150 4.3K – – 3.9K 510 510 4.7K 100 15K 82 47 4.7K 0 0 110 20K 100K 3-19 Circuit Ref R0321 R0327 R0328 R0332 R0333 R0334 R0336 R0337 R0338 R0339 R0340 R0343 R0345 R0347 R0400 R0401 R0402 R0403 R0404 R0406 R0407 R0408 R0409 R0410 R0411 R0412 R0413 R0414 R0415 R0416 R0417 R0418 R0419 R0420 R0421 R0422 R0423 R0424 R0425 R0426 R0427 R0428 R0429 R0430 R0431 R0432 R0433 R0434 R0435 R0436 R0437 Motorola Part No. 0613952R01 0613952R01 NOT PLACED 0613952Q60 0613952Q31 0613952Q60 NOT PLACED 0613952R66 NOT PLACED 0613952Q95 0613952R66 0613952R16 0613952R66 NOT PLACED 0613952R05 0613952Q73 0613958H33 0613952R66 0613952Q83 0613952Q68 0613952Q57 0613952R01 0613952Z43 0613952R25 0613952Q39 0613952R25 0613952Q69 0613952Q69 0613952Q69 0613952Q69 0613958H43 0613952M42 0613952Q83 0613952Q83 0613952R66 0613952Q42 0613952Q53 0613952Q53 0613952M01 0613952R01 0613952Q42 0613952R66 0613952Q69 0613952R01 0613952R01 0613958H44 0613952R66 NOT PLACED 0613952Q65 0613952Q53 0613952Q53 Description 10K 10K – 300 18 300 – 0 – 8.2K 0 43K 0 – 15K 1K 22 0 2.7K 620 220 10K 3K 100K 39 100K 680 680 680 680 56 2.67K 2.7K 2.7K 0 51 150 150 1K 10K 51 0 680 10K 10K 62 0 – 470 150 150 Circuit Ref R0439 R0440 R0500 R0501 R0502 R0503 R0508 R0509 R0510 R0511 R0512 R0601 R0602 R0603 R0604 R0605 R0606 R0607 R0608 R0609 R0610 R0611 R0612 R0613 R0614 R0615 R0616 R0617 R0618 R0619 R0620 R0621 R0622 R0623 R0624 R0625 R0626 R0627 R0702 R0706 R0710 R0711 R0712 R0713 R0714 R0715 R0716 R0717 R0718 R0719 R0720 Motorola Part No. 0613952Z45 0613952Q32 0613952Q90 0613952Q61 0613952R08 0613952R12 0613952R19 0613952Q89 0613952R12 0613952Q75 0613952Q42 0613952Q51 0613952R01 0613952Q66 0613952R10 0613952Q61 0613952Q42 NOT PLACED 0613952R66 0613952R66 0613952R66 0613952R66 0613952R66 0613952R66 0613952R66 0613952R66 0613952R25 0613952R01 0613952Q63 0613952R01 0613952Q96 0613952R66 NOT PLACED NOT PLACED 0613952Q90 0613952N69 0613952N81 0613952R66 NOT PLACED 0613958H57 0613958J49 0613952H57 0613958S29 0613959H12 0613952H44 0613952H44 0613958S29 0613958S29 0613952H35 0613958S29 0613952H35 Description 3.6K 20 5.1K 330 20K 30K 56K 4.7K 30K 1.2K 51 120 10K 510 24K 330 51 – 0 0 0 0 0 0 0 0 100K 10K 390 10K 9.1K 0 – – 5.1K 51.1K 68.1K 0 – 220 1MEG 220 15 30K 62 62 15 15 27 15 27 Circuit Ref R0721 R0722 R0723 R0726 R0727 R0728 R0729 R0730 R0731 R0732 R0733 R0734 R0735 R0736 R0737 R0738 R0739 R0740 R0742 R0745 R0746 R0747 R0748 R0749 R0750 R0751 R0752 R0753 R0754 R0755 R0756 R0757 R0760 R0761 R0773 R0775 R0777 R0779 R0780 R0781 R0900 R0901 R0902 R0903 R0906 R0907 R0909 R0910 R0911 R0912 R0913 Motorola Part No. 0613958S29 0613952J07 0613958J49 0613958S29 0613952J05 0613952H89 0613952J01 0613952H73 NOT PLACED 0613958S29 0613958S29 0613958S29 0613959Y49 0613958S29 0613958S29 0613959Y42 0613958S29 0613958J74 0613959Q25 0613952H65 0613952R66 0613952H49 0613952J19 0613952G67 0613952J07 0613952J11 0613952G67 0613952H73 0613952H35 0613952H35 0613952J25 0613952J17 0613952J01 0613952G67 0613952J21 NOT PLACED 0613952J25 0613952G67 0613952G67 0613958S73 0613952R19 0613952R16 0613952Q88 0613952R09 0613952R66 0613952R66 0613952R16 0613952H73 0613952Q89 0613952R11 0613952R66 Description 15 18K 1MEG 15 15K 4.7K 10K 1K – 15 15 15 100 15 15 51 15 0 10 470 0 100 56K 0 18K 27K 0 1K 27 27 100K 47K 10K 0 68K – 100K 0 0 1K 56K 43K 4.3K 22K 0 0 43K 1K 4.7K 27K 0 VHF (136–174 MHz) 25–45W PCB / Schematics / Parts List 3-20 Circuit Ref R0914 R0915 R0916 R0917 R0918 R0919 R0920 R0921 R0922 R0923 R0924 R0925 R0926 R0927 R0928 R0929 R0930 R0936 R0937 R0938 R0940 R0941 R0942 R0943 R0944 R0946 R0947 R0950 R0951 R0954 R0955 R0960 R0970 R0972 R0973 R0975 R0976 R0977 R0978 R0979 RT0908 RT0953 SH0100 SH0101 SH0200 SH0300 SH0500 SH0900 SH0901 SP0701 SP0702 Motorola Part No. 0613952R37 0613952R22 0613952Q49 0613952H91 0613952H63 0613952R15 0613952R13 0613952H81 0613952R14 0613952R66 0613952H91 0613952H91 0613958H53 0613952H42 0613958H39 0613958H39 0613952R07 0613952N66 0613952N21 0613952R66 0613952R66 0613952R66 0613952M81 0613952N58 0613952R66 0613952M51 0613952R66 0613952N01 0613952N62 0613952R40 0613952P01 0613952H82 0613959Y49 0613952G67 0613952G67 0613959Y47 0613952H39 0613952H39 0613952G67 0613952G67 0615585H01 0615585H01 2615362H01 2615362H01 2615362H01 2615362H01 2615576H01 2686423Z02 2686425Z02 1015349H01 1015349H01 Description 330K 75K 100 5.6K 390 39K 33K 2.2K 36K 0 5.6K 5.6K 150 51 39 39 18K 47.5K 16.2K 0 0 0 6.81K 39.2K 0 3.32K 0 10K 43.2K 430K 100K 2.4K 100 0 0 82 39 39 0 0 THERMISTOR, 47K THERMISTOR, 47K SHIELD SHIELD SHIELD SHIELD SHIELD SHIELD SHIELD SOLDER_PREFORM SOLDER_PREFORM Circuit Ref SP0703 SP0704 SP0705 SP0706 SP0707 SP0708 T0400 T0401 U0100 U0101 U0201 U0303 U0304 U0305 U0600 U0601 U0700 U0900 U0901 U0940 U0941 U0942 VR0700 Y0100 Motorola Part No. 1015349H01 1015349H01 1015349H01 1015349H01 1015349H01 1015349H01 2515121H01 2515121H01 5104932K08 5114000B59 4815267H01 4815272H01 4815267H01 4815267H01 5102495J14 5115391H01 4802246J29 5115147H01 5115147H01 5180390L83 5115391H01 5114004A35 4813977M11 5116032H01 Description SOLDER_PREFORM SOLDER_PREFORM SOLDER_PREFORM SOLDER_PREFORM SOLDER_PREFORM SOLDER_PREFORM BALUN XFMR BALUN XFMR IC, FRACN SYNTHESIZER ANALOG SWITCH DUAL PNP ANALOG SWITCH DUAL PNP DUAL PNP IC, RF ASIC VOLTAGE REGULATOR PA PRE-DRIVER DUAL OPAMP DUAL OPAMP IC, PA CONTROLLER VOLTAGE REGULATOR VOLTAGE DETECTOR DIODE, 5.6V ZENER 0.5PPM 16.8MHZ TCXO (GPS Models only) VHF (136–174 MHz) 25–45W PCB / Schematics / Parts List VHF (136–174 MHz) 25–45W PCB / Schematics / Parts List C3018 VR4004 C0709 C0703 2 3 3 2 3 3 3 2 2 3 3 2 2 E6402 R6443 R6446 C6408 C6433 USB1_TXEN USB1_SEO USB1_DAT VBUS2_CMD 23 4 R2010 C2009 R2014 R2015 C3209 L3202 C2008 TP_SDRAM_CLK TP_SDRAM_CLKX TP_SDRAM_BA0 C2006 R2008 TP_SDRAM_BA1 16 R2005 R2009 R2013 R2007 C3216 1 9 TP_SDRAM_CS 23 4 C3213 R1021 Q3204 8 C2004 E4001 R4012 R4011 R4094 U4008 U4004 R4097 C4034 U4005 L0100 30 J4001 3.6V_MAKO_SW1 R3233 C3513 R3507 R3509 R3503 R3505 R3550 U6407 R3500 R3501 R4093 R4105 U4006 R4068 R4069 R4070 R4071 C2000 R2004 L3200 C4027 C4026 C4025 C4024 C4023 C4022 C4021 C4020 C4019 C4018 C4017 C4016 R2000 R1066 R4096 R1067 U4007 C3202 C3203 C3212 R2006 R2011 C2005 C2007 R3583 R3596 C3277 C1014 C1009 MAKO_GATED_32KHz TP_MAKO_DCLK TP_MAKO_FSYNC TP_MAKO_TX TP_MAKO_RX 16 TP4000 C1013 C1005 C2003 C1003 R1019 C1017 C1006 C1016 C1036 C1037 C1001 R1006 C1008 U4010 C4092 C4091 C1018 C2001 U4009 C2002 R0106 R0144 1 9 Q3203 Q3202 R2012 C2500 8 C3273 R3224 R3225 VBUS1_CMD R1000 C1007 C3280 C1031 R1028 C1010 C1015 R1001 TP1000 C1012 R1005 C6428 R6403 C6429 9 R1020 C3220 C3219 R3508 R3504 R3587 C1011 C1000 R1045 C6422 Q3200 C1034 R1025 R3560C3210 C1002 R1036 R1027 R3206 C3529 C3545 R3595 RT3500 C3283 R3203 C3278 C3276 C3207 C3262 C3543 R3205 C3208 C1030 R6467 R3594 C6440 R6456 C6431 C6430 C4089 C4090 E3500 VR3204 VR3202 C3247 E3503 E3502 R3580 C3239 2.9V_MAKO_V6 C3225 C3226 E3205 VR3206 C3040 C1004 C3528 C3211 R3218 C6439 C6423 E6401 R4006 R4095 R4099 C4035 R4009 R4010 2 R0146 C0122 R0108 C0121 C0175 R0155 R0157 R0156 R0109 R0147 U6402 R3003 C3046 C3010 R3033 R3056 3 R3515 R3514 C3511 C3523 C3514 E4000 R4061 R4063 C4013 R4064 R1041 R4065 R4066 C1019 R4067 R1002 R4000 R4001 R4002 R4003 R4004 C0109 R0101 C0118 C0117 Q0100 4 C0100 R0110 C0102 Y0100 3 C0103 2 VR3503 R2529 R0102 C0132 C0178 C0130 R0123 C0113 R0119 C0142 C0105 R3547 R1071 C0332 R0107 C0171 R0105 C0144 C0125 C0124 C0145 SH0100 C0196 R0161 C0180 C0146 3 R3532 R1035 TP_POR R1034 R1017 R0311 R3526 5 4 C3515 C3292 C3524 C0243 C0245 R0148 C0104 R0111 R0116 2 U3005 C0325 C0329 8 C0313 C0308 C0360 R0320 C6406 R6454 R6455 C6450 R6459 C6451 C3238 R3217 C3240 C4000 C4001 C4002 C4003 C4004 C4005 R4005 C4006 C4033 C4032 C4031 C4030 C4029 C4028 R1014 R0211 C0129 Q0106 FS DOUTB DOUTA CLKOUT PE 2 1 R0779 R0777 C0300 C0301 C0326 L0309 L0310 R0241 Q3201 C0334 C0361 C0310 R0321 CR0300 R0319 C0127 L0209 3 1 1 R3035 C3248 C3234 R3571 R3576 R3588 C0771 E0703 1 M0700 C0252 L0219 C0220 L0307 C0250 U3040 C0323 C0314 C6416 C6418 C6445 C6421 R6458 C6407 E3202 R6402 C6427 E6407 C6417 C6419 C3505 C3501 R6445 R6449 R6466 R6444 R6465 C6420 R6450 R6461 SH0200 1 CR0205 CR0206 CR0304 CR0301 CR0207 CR0208 CR0303 CR0302 C0111 L0217 C0177 C0143 1 C0128 R0117 R0118 R0100 R0158 C0110 C0140 Q0102 C0133 R0114 R0159 C0213 C0208 CR0201 CR0202 CR0204 CR0203 2 5 6 R0775 R0752 R0750 R0722 C0802 R0225 C0242 C0241 C0225 C3254 2 E0606 C0631 R0614 R0615 R3042 L0302 R0305 C0304 L0303 C0315 Q0300 L0312 R0316 C0320 L0215 R3516 R3520 R6460 C0824 C0141 L0608 C0246 L0218 C0253 L0210 C0226 E0608 C0644 TP0601 37 U0600 25 C0622 R0627 R0607 R0608 R0609 R0611 R0612 R0613 C0630 C0645 E0605 PD PC R0721 R0737 R0716 R0739 C0804 C0805 R0756 R0753 R0731 R0734 R0712 SP0701 SP0702 SP0705 C0206 R0204 C0205 Q0405 R0417 R0622 R0503 U602 R0623 C0510 C0619 C0617 C0615 C0611 C0621 C0620 E0600 C0605 C3516 R3538 C3518 R3535 C3520 3 R0781 C0305 R0304 C0306 R0301 2 SP3001 SP3000 E3000 C3015 C3000 E0700 C0713 C0797 C0405 C0409 R0441 C0417 C0416 C0650 C0626 13 C0642 D0601 C0643 R0618 R0617 C0646 R0619 Q0701 C0259 L0214 C0126 1 C0625 C0627 C0629 R0610 C0633 E0604 E0607 C0638 C3530 C3229 C3249 C3538 R0761 R0229 3 E3501 C3504 R3009 C3531 R3537 R3590 R0240 C0437 L0403 5 4 FL0500 3 2 C0438 C0439 R0621 C3009 R3010 U3006 R0224 C0251 L0207 R0432 R0510 C0428 C0432 C0431 C0429 C0430 C0434 L0504 C0509 R0445 R0444 C0504 6 Q0200 R0201 C0223 R0437 R0422 R0423 L0203 C0214 R0436 C0450 R0424 C0415 L0411 C0451 C0440 R0420 R0418 R0419 R0425 C0442 R0421 L0407 L0404 C0936 C0937 C0455 C0201 C0200 L0202 C0457 U3001 C0706 C0714 C0712 C0738 E0701 R0742 SP0708 SP0707 SP0704 R0738 3 4 6 C0796 R0749 R0906 C0798 SP0703 2 C3506 R0751 R0746 C0823 C0236 L0213 R0226 C0237 C0240 Q0201 C6426 U3500 2 R4051 R4042 R4043 R4045 R4044 C4042 C4043 C4045 C4044 Q3500 U3002 R3036 Q0700 C0204 R0205 C0215 C0247 L0212 C0229 R0216 VR4002 R4040 R4041 R4046 R4047 C4040 C4041 C4046 C4047 R3032 3 R0780 R0411 C0502 S 4 C0904 R0412 Q0501 L0604 C0515 SP0706 D0901 L0902 C0424 C0425 C0423 C0427 C0426 C0433 C0414 L0506 C0623 E0602 R0606 E0601 D0403 Q0402 R0410 C0516 L0900 C0408 C0410 C0411 Q0706 R0914 U0943 C0950 D0902 R0928 L0402 L0405 C0934 C0935 5 4 U0941 SH0900 C0435 1 R3004 C3008 1 R0730 R0757 VR4001 Q4000 Q4002 Q4010 Q4011 Q4004 Q4005 Q4008 Q4006 R3002 7 R0727 R0929 C0918 R0925 R0937 R0936 C0951 C0947 C0413 R0917 C0914 C0406 C3005 C3019 S G 5 RT0908 C0948 D0401 S 6 R0443 D0903 R0442 C0420 R0440 L0401 R0406 R0404 C0419 R0409 Q4013 E4005 C4075 VR4000 VR4005 VR4003 R4048 C3007 C0731 Q0702 C0964 C0960 R0988 C0929 L0901 C0949 L0414 2 D 8 R0989 R0926 R0924 C0922 R0940 C0921 R0407 R0748 C3006 C0702 3 S 8 C0418 C0700 Q0901 8 4 5 C0778 J4000 C4048 R4050 C3002 R0930 C0915 C0931 U0940 Q0704 4 C0701 R0745 C0779 R0923 C0708 C0711 R0995 R0927 C0926 R0950 L0725 C0707 2 R0982 R0983 C0965 R0994 R0981 C0962 C0961 C0963 C0777 C0799 C0908 D0900 C0909 C0900 R0985 R0907 R0901 2 26 2 25 C0704 1 3 R0911 R0912 C0910 U0901 R0909 R0984 R0735 R0920 R0915 C0939 R0987 C0967 C0906 R0903 C0901 D0907 C0907 R0902 R0900 R0916 R0986 C0710 C0966 R0713 L0728 VR0700 R0729 C0776 C0705 2 3 J0700 J3000 R0439 3.0 3-21 C0120 C0195 VHF (136–174 MHz) 25–45W 8478023A17 Top Side VHF (136–174 MHz) 25–45W PCB / Schematics / Parts List FT_EMERGENCY D0700 C0944 R0975 TP0913 C0945 R0979 L0903 C0941 R0976 R0977 C0953 RT0953 R0955 C0925 R0400 C0456 C0422 C0454 Q0401 R0402 C0453 C0412 CR0400 R0401 C0402 C0403 E0401 C0401 D0402 R0605 R0624 R0603 C0616 C0607 C0610 R0604 C0632 TP0600 C0648 C0601 C0400 C0641 E0603 L0605 C0628 C0637 C0635 C0634 C0636 R0431 R0403 D0400 R0435 6 4 3 E0400 R0625 C0513 E0610 E0500 2 L0603 R0616 C0604 C0647 Q0601 C0618 1 E0609 C0614 R0602 C0194 C0191 C0613 C0602 C0603 R0601 L0602 C0612 Q0600 SH0500 R0160 C0649 D0600 Q0400 R0511 C0514 R0512 R0500 R0626 C0651 U0601 D0500 C0506 C0503 R0509 C0512 R0501 R0502 R0413 R0428 E0404 C0407 C0640 C0459 3 T0400 6 4 TP0400 C0421 L0400 C0404 R0941 R0947 1 C0923 U0942 C0927 C0928 R0942 R0946 R0954 R0943 L0406 Q0403 R0426 C0444 TP0301 D0405 C0507 C0193 C0162 C0157 TP0910 2 C0452 Q0500 C0222 R0221 R0220 C0231 C0221 C0902 U0900 C0912 R0921 C0903 Q0902 R0918 R0913 R0508 Q0107 C0160 C0159 4 6 T0401 3 C0448 C0441 TP0401 SH0101 C0163 C0164 R0134 R0415 R0416 C0460 L0409 C0445 L0410 L0413 R0414 R0429 R0408 E0403 R0430 C0436 L0408 TP_VCTRL C0150 R0131 TP0911 L0709 L0503 3 C0942 R0978 R0970 R0972 C0913 C0917 R0910 C0750 C0911 R0960 L0706 C0740 C0443 R0219 C0458 R0427 C0446 L0412 C0207 C0209 C0449 R0125 C0165 L0707 R0732 R0733 R0719 C0746 TP0707 R0208 L0205 C0211 C0753 C0224 R0206 R0207 C0217 L0200 C0202 R0202 C0203 R0203 C0258 R0218 C0322 R0334 R0332 C0257 C0262 U0201 C0138 C0261 34 C0249 R0213 U0101 R0120 TP_ADAPT_SW C0248 Q0108 R0210 L0206 2 5 C0158 C0156 TP0904 D0703 C0767 L0724 L0722 R0728 R0736 R0726 R0717 TP0711 C0752 TP0200 L0204 R0212 E0201 C0179 C0149 C0151 R0127 C0772 L0710 C0735 C0742 23 07 C0722 C0727 R C0721 C0770 C0793 C0792 C0794 R0754 R0720 R0718 R0755 C0791 C0819 3 U0303 4 6 E0301 C0235 C0233 C0265 L0230 C0134 C0136 C0920 C0919 C0916 L0723 TP0909 TP0907 SH0901 1 C0447 C0101 R0128 R0919 C0723 R0938 R0944 R0951 SH0300 R0115 R0122 R0922 L0708 R0333 C0331 C0148 VHF (136–174 MHz) 25–45W 8478023A17 Bottom Side L0211 C0219 Q0202 R0104 D0904 C0940 C0218 C0238 C0239 C0264 C0166 U0100 TP_TEST2 C0108 R2504 R2501 C0119 R2506 R2507 C0123 R2517 R2516 R2514 C0115 R2513 R2512 R2518 R2525 R2528 R2526 1 R2527 C0147 TP504 TP503 TP_TEST1 C0112 L0721 C0739 C0260 C0137 R0139 R0140 L1 C0135 D0702 C0720 C0755 R0337 C0302 C0161 R0345 C0339 C0338 1 L11 14 L0715 L0702 L0304 C0324 R0312 Q0302 R0307 L0221 TP0903 C0754 L0745 R0302 R0336 R0303 L0300 C0303 C0309 C0307 R0306 R0340 R0310 C0317 R0328 R0327 C0321 L0306 C0349 C0348 TP501 TP502 J4003 C0716 C0717 TP0702 R0702 2 11 1 R0347 R0103 C0131 R0113 M1 Q0703 C0732 E0704 C0806 U0700 TP0704 L0705 R0343 C0726 C0747 S0700 L0717 C0790 R0740 TP0713 TP0703 C3044 C0312 C0318 C0328 C0327 R3248 U0305 C0311 R0308 C0364 C0783 C0775 C0780 L0904 L0731 C0766 L0720 R0230 U0304 R3249 R3236 R2515 Q0705 C3017 U3004 R3008 R2500 R1060 C1044 R1048 C3282 R3220 U1006 C1032 U3203 C3204 C3272 R0338 3 C0718 C0107 C0106 R0126 A1 4 3 Y1000 2 R1026 L0311 R0339 L0719 R0973 C0943 D0905 L0730 C0818 L0718 E0702 C0734 A11 U2000 6 R3219 L0305 L0729 R0620 VR3000 C3020 R0760 R0714 C0728 R0711 R3521 C3507 R3506 R3502 3 2 R3524 J2500 R3043 U3202 20 G2 R4090 E4003 C3218 C3217 R3222 R3223 Y3201 C1 C3A3 TP0300 C0319 R0747 TP0710 R0706 C0114 M8 43 2 R2524 TP_FLASH_CLK A9 TP_DDR_LDQS A8 R4034 R1046 AA1 R1054 R1044 C1033 U1000 TP0705 R3044 R3210 C3261 R2502 R2519 R3577 R2520 G1 TX_RAMP_DAC R3581 R3582 AA21 TX_RAMP MAKO_CE RF_ATTN_2 C0741 C0730 C0729 C3014 R3005 Q3032 4 6 R3226 3 Q3040 5 34 R1070 OPT_SSI_SYNC A21 J4002 C3013 R3006 C3012 5 4 R3030 1 U3505 8 VR3200 C3275 3 C3237 VR3201 VR3208 E3201 C1035 C3205 C0795 C0817 C0820 L0716 2 D3200 4 P14 P1 A1 C3233 MAKO_V9_3V EXT_MIC C3521 C0786 TP0709 C0801 Q3206 R2508 D4001 FT_USB1_DM FT_VBUS1 FT_MMP_1_WIRE C4014 C4015 5 8 C4087 R3228 C3274 C4093 C4094 C4059 E4006 C4049 R4074 C4051 R4076 C4053 R4078 C4055 R4080 C4062 R4081 C4061 R4082 C4060 R4083 C4058 R4085 R2511 R2509 R2510 K9 C4076 R4106 U3200 A14 U2001 E4004 MAKO_V8_5V R3579 R3572 TP_DDR_UDQS K1 4 C3214 2 R3007 C3011C3016 C3043 3 Y3200 2 3 R3237 FT_USB1_DP C4011 C4086 C4012 C4010 C4088 C4007 R3227 5 4 R3216 R3253 Q3207 Q3209 Q3208 R3239 C3266 Q3210 R3240 C3265 C3281 8 C3215 R3204 C3291 C3290 R3208 R3207 R3252 R3243 C3021 C0821 R0715 C0733 Q3205 SPI_MISO_1 SPI_MOSI_1 SPI_CLK_1 6 4 U3201 3 C3269 R3250 C3289 R3246 R3247 C3270 R3245 C3512 C3260 L3201 R3037 R3523 R3209 6 4 3 C3542 U3508 C3535 R3593 E3208 E3206 E3203 C3206 C3201 R3241 7 6 4 3 8 7 14 1 C3517 C3526 C0719 R3050 C3509 7 R3215 C3200 R3053 VR3502 U3502 R3546 R3038 C0822 C0803 L0700 R3051 8 14 L0714 C0725 R3055 R3034 C3500 16 R3512 R3510 C3279 R3200 3 C3519 R6420 C3228 C3222 C3227 C3221 C3243 R3238 VR3207 VR3205 VR3203 R3591 R3592 U3003 1 6 R3041 C3032 C3031 2 14 9 C3510 R3525 VR3040 R3046 R3045 8 1 5 U3030 4 C3041 8 R3054 1 U4000 Q3041 Q3030 R3039 D3030 R3057 C0724 C0192 VR4006 FT_VBUS2 2 3 2 R4031 3 EXT_PTT 3 R4089 R4088 3 5 U3501 6 10 C3042 5 4 R3528 C3030 R3040 VR3504 2 R4032 R4055 R4033 R4054 VR4009 C4065 2 R6433 3 2 3 1 C3536 IF_TEST P1 A1 Q6402 6 43 U6406 R3048 R3047 D3040 R3052 8 C3252 C3257 C3541 E4002 R6404 C3232 C3231 U3503 C6446 R6405 C6432 U6408 R6469 R6470 R6440 R6438 R6439 C3540 R3578 R3558 R3559 R3511 1.2V_RTC_TEST C4085 C4084 C4073 U6404 R6468 R6401 R3586 U3504 R3584 R3585 2.8V_RF_TEST C3503 C6401 R3573 R3574 R6457 U6401 ROUT_TEST A10 R6419 R6418 R6417 R6416 C6452 C6434 C6449 R6464 R1047 R3556 E2500 R3513 C3045 R4049 10 CLK_ACQ_TEST R3575 D4000 07 R6410 C6444 SPI_CLK_TEST C3508 FT_VBAT R C4074 R4100 R4098 FT_VBAT_GROUND R4035 Q4012 Q4001 R4030 C3502 C3539 I2C_CLK I2C_DATA R3569 C6414 R6409 R6411 C6443 L6403 32 FL6401 45 R4023 R4086 C4071 R4103 U4001 C4072 R4101 R6437 Q4015 P10 Q3505 R3536 C3532 R3553 Q3502 R3551 R3554 INT_MIC R3552 Q3504 R3555 R3544 Q3503 C3534 2 ANT_C J6400 R3534 R3549 C3522 R6407 FT_USB2_DM FT_USB2_DP Q4009 Q4007 Q4003 Q4014 Q6401 R6432 C6413 C6412 L6402 R3530 R3533 C3527 R4079 R3542 R3541 E6400 C6437 C3533 R6434 R3545 R3540 VR6400 R3548 C2501 R6436 C6438 U6405 R6435 R6430 C6435 C3525 C4068 C4067 C4069 R3529 FT_APM_1_WIRE C4070 C4066 C6436 C4063 C4064 C1 C3A3 FT_IGNITION_SENSE 3-22 VHF (136–174 MHz) 25–45W PCB / Schematics / Parts List 3-23 PA_SUPPLY 9V3_PA 9V3 RAW_B+ 9V3_PA 9V3 5V_SW 1.875V_DIG_V2 2.775V_DIG_V4 2.775V_ANA_V7 5V 1.8V_TH_DIG 2.8V_TH_DIG 2.8V_TH_ANA SPI_BUS(0:4) 0 SPI_MOSI SPI_MISO SPI_CLK THK_CS ABACUS3_CS TX_SSI_DATA TX_SSI_CLK TX_SSI_FSYNC 0 1 1 2 2 3 3 4 4 TX_SSI_BUS(0:2) 0 RX_VCO_SEL1_ RX_VCO_SEL2_ TX_VCO_SEL1_ TX_VCO_SEL2_ SPI_MOSI_IN SPI_MISO_IN SPI_CLK_IN TH_CEX ABACUS3_CEX_IN RX_VCO_SEL1 RX_VCO_SEL2 TX_VCO_SEL1 9V3_SYNTH_IN 9V3_VCO NC VCO_VHF VCTRL SF_TH HP_MOD_OUT PRSC VCTRL SF_OUT HP_MOD_OUT PRSC 9V3_SYNTH 9V3_VCO TXINJ TX_INJ TX_HP_VHF ( TX: SHEET 1 ) ( RX: SHEET 2 ) ( PA: SHEET 1 ) ( PC: SHEET 2 ) 0 1 1 2 2 SDTX TX_CLK SFTX SYNTH RXINJ 9V3_SYNTH_OUT 9R1 PREDRIVE_SW 9V3 9R1 RX_IN NC CONTROLLER_&_GPS_R6 ( TOP LEVEL: SHEET 1) RF_ATTN_1 RX_SSI_BUS(0:2) 0 RX_SSI_DATA RX_SSI_CLK RX_SSI_FSYNC RX_SSI_SYNCB DMCS RESET_OUT ADAPT_SW LOCK_DETECT 1 2 2 16.8_GPS PRESSURE_PAD_DET PC_ATTEN_ENA MAKO_DAC2 MAKO_RAMP_DAC3 ANT_ENABLE LO_BATTERY_DET MAKO_ADC8 MAKO_ADC5 PRESSURE_PAD 0 1 RX_SSI_DATA_PASS_OUT RX_SSI_CLK_PASS_OUT RX_SSI_FSYNC_PASS_OUT ABACUS3_SYNCB_IN DMCS RSTB ADAPT_SW LOCK 16.8_GPS SPI_MOSI_OUT SPI_MISO_OUT SPI_CLK_OUT ABACUS3_CEX_OUT RX_SSI_DATA_PASS_IN RX_SSI_CLK_PASS_IN RX_SSI_FSYNC_PASS_IN 0 1 FINAL_BIAS_1 TX_DAC ANT_ENABLE LO_BATTERY_DET LO_PWR_DET VSWR_DET 2 3 0 1 9V3_TX_SW 2 ABACUS3_SYNCB_OUT 5V_BE 1V8_BE 16.8_REF 9V3_TX_SW NC RX_INJ RXFE_VHF RX_IN ( 1 SHEET ) 9R1 RF_ATTEN_1 FE_TUNE MAKO_DAC1 IF ABACUS_SPI_BUS(0:3) 5V_FE NC 0 1 2 3 ABACUS_SSI_BUS(0:2) SPI_ABACUS_DATA SSI_ABACUS_DOUTB SPI_ABACUS_CLK SPI_ABACUS_CEX IF 0 1 2 SSI_ABACUS_DOUTA SSI_ABACUS_CLKOUT SSI_ABACUS_FSYNC SSI_ABACUS_SYNCB RXBE_44.85MHZ 16.8_MHZ_BUFF 5V 1V8 REF_CLK (IF AMP: SHEET 1) (ABACUS3: SHEET 2) VHF (136–174 MHz) 25–45W Overall Schematic Diagram VHF (136–174 MHz) 25–45W PCB / Schematics / Parts List 3-24 10 dB Attenuator ON @ High for RF_ATTEN_1 9R1_FILT E0400 E0401 RF_ATTEN_1_8 9R1_FE_7 RF_ATTEN_1 R0401 Q0400 9R1 C0400 E0404 1 6 C0403 2 9V3_TX_SW 5 9V3_TX_SW_8 C0407 C0402 C0401 Q0401 R0403 4 3 R0402 R0431 C0405 D0402 C0404 R0400 Hi-Side Zeros for Preselector (Micro-strip 40 mm Aggregate) L0401 R0439 C0408 R0404 L0400 C0419 (VALUE) L0402 L0405 D0403 R0411 R0441 2 R0406 2 C0415 3 2 1 1 (VALUE) 2 C0418 NC C0409 CR0400 C0452 C0454 R0407 1 C0421 2 C0422 (VALUE) Q0402 C0420 R0442 R0443 NU NU NU L0403 1 (VALUE) RX_IN R0440 C0453 C0412 1 3 C0455 C0413 C0417 3 C0414 D0401 3 R0435 C0435 L0414 (VALUE) 1 D0400 C0410 (VALUE) C0411 RXIN_FE_6 C0416 (VALUE) TP0400 3 C0456 C0406 L0404 NU R0436 R0437 10 dB Attenuator L0406 R0410 C0424 C0425 C0426 R0409 C0427 R0444 C0433 R0408 E0403 2 4 R0413 C0428 C0429 R0412 C0430 C0431 C0432 (In-Band Tuning range 2.70 ~ 7.80 VDC) L0413 MAKO ( 0 ~ 4.6 VDC) FE_TUNE_FE_3 R0445 9R1_FILT R0428 1 C0423 C0434 R0414 Q0403 FE_TUNE R0429 C0459 C0436 R0416 R0415 6 3 5 R0430 9R1_FILT IF_FE_3 IF R0427 R0417 C0437 TP0401 R0419 C0438 T0401 C0460 C0441 C0442 R0426 T0400 L0408 L0409 R0421 C0445 C0444 4 IO3 C0443 3 1 RX_INJ_FE_5 R0422 C0450 C0447 C0448 C0449 6 IO1 IO2 C0451 NC 5 NC NC 4:1 Balun R0424 R0425 L0411 R0432 C0457 7.5 dB Attenuator VHF (136–174 MHz) 25–45W Receiver Front-End Schematic Diagram 6 1 2 1 5 NC 8:1 Balun D0405 R0423 4 2 L0410 2 C0446 Q0405 RX_INJ 3 3 R0420 IO4 C0440 4 L0407 R0418 L0412 1 C0439 C0458 VHF (136–174 MHz) 25–45W PCB / Schematics / Parts List 3-25 RX_FE_3 5V_FE 5V E0500 R0511 5V_BE_5 5V R0500 C0514 C0513 R0501 R0502 R0512 VHF -- 44.85MHz R0503 1.6V 4-POLE 1.43V L0506 R0509 IF_TO_ABACUS C0504 C0512 FL0500 IF_OUT C0502 Q0501 44.85MHz C0507 C0506 L0503 C0510 1 0.76V GND2 2 CC1 5 CC2 C0509 NU C0515 NU 3 C0503 OUT 6 4 IF Q0500 2 D0500 C0516 NU 0.72V R0510 R0508 L0504 NU SH0500 1 2 3 IN 1 GND1 IFIN_BE_8 VHF (136–174 MHz) 25–45W Receiver IF Amp Schematic Diagram VHF (136–174 MHz) 25–45W PCB / Schematics / Parts List 3-26 VVCO U602 TP0600 SPF_3.5V C0601 1 C0602 C0603 C0604 R0601 TP0601 C0605 C0650 R0621 R0602 IF_OUT R0622 R0623 NU NU C0607 Q0600 C0611 5V 2nd LO LF C0610 3VA L0602 C0612 R0624 C0613 R0604 C0615 R0605 E0600 C0617 3VA C0614 R0603 C0649 C0616 NU L0603 D0600 E0601 C0618 R0606 2nd LO VCO VHF (42.6MHz/47.1 MHz) C0619 L0604 3VA C0620 L0605 C0621 E0602 C0622 FREF_IF REF_CLK 1V8 1 2 3 4 5 6 7 8 9 10 11 12 # C0626 3VA # E0603 C0627 C0628 R0610 U0600 GNDL FREF GNDS2 SYNCB GNDH FS DOUTB DOUTA CLKOUT VDDH VDDD PE 36 35 34 33 32 31 30 29 28 27 26 25 R0607 NU R0608 PE C0631 3VA FS E0604 PD SB_1_BE_5 DOUTB_1_BE_5 R0611 C0630 R0627 DOUTA_1_BE_5 PC SSI_ABACUS_SYNCB FS_1_BE_5 R0609 13 14 15 16 17 18 19 20 21 22 23 24 # C0629 # MXOP MXON GNDF IF2N IF2P VDDF GCP GCN VDDA GNDA VREFP VREFN RREF VDDQ IOUTC GNDQ VDDC GNDC CLKP CLKN GNDS1 GNDD PC PD C0625 48 VDDI 47 IFIN 46 CXIF 45 GNDI 44 CXVL 43 LOP 42 LON 41 CXVM 40 VDDL 39 VDDP 38 IOUTL 37 GNDP C0623 R0612 SSI_ABACUS_FSYNC SSI_ABACUS_DOUTB SSI_ABACUS_DOUTA SSI_ABACUS_CLKOUT CLKOUT_1_BE_5 DOUTA DOUTB CLKOUT * C0632 R0613 FE_1_BE_5 SPI_ABACUS_CEX R0614 FD_1_BE_5 C0633 R0615 E0605 C0634 C0635 FC_1_BE_5 E0606 R0626 R0625 C0636 1V8 3VA 3VA 1V8_3 E0607 C0641 C0651 3VA U0601 E0610 R0616 3VA 2 FB 6 NP 4 VCONT 3 VIN 5V C0640 E0608 VOUT 1 C0637 GND C0638 5 L0608 C0642 R0617 R0618 C0643 R0619 C0644 C0645 D0601 R0620 C0646 VVCO E0609 Q0601 C0647 CLOCK VCO VHF (136–174 MHz) 25–45W Receiver Back-End Schematic Diagram CLOCK LF C0648 SPI_ABACUS_DATA SPI_ABACUS_CLK VHF (136–174 MHz) 25–45W PCB / Schematics / Parts List 3-27 PA_SUPPLY_TX_PA PA_SUPPLY A+ E0700 R0742 C0700 C0701 C0702 C0703 C0704 C0705 C0706 NU C0707 NU C0712 C0710 C0738 C0711 C0708 C0709 C0714 E0701 9V3_TX 9V3_PA E0703 9V3_TX_SW_Main To Tx/Rx Switch bias - 10mA R0779 R0702 NU R0777 C0731 C0713 NU To Rx PIN diode for 12mA bias Q0700 9V3_TX_SW 10K Antenna_En L0700 9V3_TX_SW R0746 9V3_TX C0806 E0704 47K R0780 R0712 Q0701 HS0700 E0702 1 R0716 C0732 NU +8 dBm R0719 L0702 C0716 NU C0717 L0705 U0700 VD_RF_OUT R0733 C0735 L0720 L0721 L0706 L0707 L0708 L0709 R0737 2 S 3 G R0739 L0722 C0727 C0725 NU C0729 NU C0742 C0750 L0904 NU L0724 R0973 1 C0940 A+ POS R0722 R0978 R0975 C0941 R0727 C0767 R0730 C0770 M0700 R0731 NU C0766 R0729 R0740 R0735 R0977 D0702 C0942 L0730 L0725 R0976 V_cont VR0700 C0775 NU L0715 C0780 NU L0731 R0738 C0793 NU C0783 C0776 NC R0756 C0804 TP0709 C0777 C0779 C0778 C0772 D0905 R0757 C0805 NU C0791 Q0704 C0943 R0979 C0790 C0786 Q0705 D TP0710 C0795 C0792 G C0821 NU Final_Bias C0794 NU L0719 L0717 C0820 NU R0745 C0817 NU C0944 TP0711 NC NC S C0945 R0781 Q0706 R0747 L0718 9V3_TX_SW_Main 9V3 2.70V @ Vcont=4.5V (Ids=100mA) V_cont L0728 L0710 TP0707 L0716 R0713 C0740 C0741 D0904 2.46V @ Vcont=4.5V (Ids=700mA) 9V3_TX W = 22.6 mil L0723 C0739 C0721 R0728 C0818 NU C0723 S = 35.4 mil W = 90.2 mil S = 35.4 mil R0723 C0719 SP0701 R0755 L = 1030 mil W = 22.6 mil C0730 1 1 R0736 D Test Point to check Ref Osc warping C0724 NU SP0704 R0734 C0755 NU 1 1 C0754 1 Q0703 C0753 NU SP0703 R0754 C0734 C0752 C0722 D0700 TP0702 R0720 R0972 1 J0700-1 2 J0700-2 3 J0700-3 Q0702 R0732 C0819 C0726 NU R0726 C0746 L0745 R0718 3.3V @ Id=27mA TP0705 C0747 L0714 1 R0715 3 C0720 SP0702 R0714 RF_IN 2 GND1 4 GND2 1 C0733 R0721 L0903 NU C0803 SP0707 SP0708 R0711 R0760 +4 dBm TP0704 TP0703 R0970 1 -11 dBm C0728 2 R0710 SP0705 TX_INJ PIN2 R0717 1 1 C0718 SP0706 R0706 TX_INJ_TX_PA PIN1 9V3 C0823 NC PRESSURE_PAD_TX_PA R0750 Long Trace around PA Bypass both sides L0729 REV_DETECTED FWD_POWER C0822 C0824 NU D0703 FWD_DETECTED RX_IN_TX_PA PRESSURE_PAD C0802 NU RX_IN R0751 C0771 NU C0801 9V3_VCO ANT_ENABLE_TX_PA R0749 C0966 R0775 NU S0700 ANT_ENABLE R0748 R0761 9V3_SYNTH C0798 C0799 C0796 C0797 TP0713 Antenna_En R0753 Final_Bias IF5 FINAL_BIAS_1 V_cont V_CONTROL R0752 VHF (136–174 MHz) 25–45W Power Amplifier Schematic Diagram VHF (136–174 MHz) 25–45W PCB / Schematics / Parts List 3-28 SH0900 SH0901 2 1 2 1 9V3_PC TP0907 1.0V or less, typical R0918 C0919 C0920 C0929 C0917 R0910 R0921 Q0902 9V3_PC R0913 C0912 R0960 8 R0901 R0906 R0907 R0922 3 C0918 9V3 9V3_PC R0900 D0900 2 1 L0901 TP0913 C0911 9V3_PC U0900-1 4 R0902 9V3_PC C0914 D0901 L0902 R0936 C0913 R0917 C0900 Q0901 R0919 8 R0903 6 C0901 L0900 7 C0947 5 R0930 R0924 NC U0901-2 C0915 C0916 4 R0937 C0904 C0931 C0934 R0926 C0935 R0909 5V GND C0950 C0907 C0906 R0929 R0928 R0927 5 9V3 C0948 R0989 C0961 TP0904 C0962 D0902 R0914 R0923 NC NC C0951 D0903 U0943 7 C0960 C0949 1 C0963 9V3_PC 8 C0937 C0936 2 R0988 TADJ INHI VSET INLO VOUT COMM CLPF 2.85V (44W) 7 NC 6 5 VAPC NC COMM C0902 U0940 9 C0903 6 FWD_DETECTED R0920 R0995 4 R0982 R0984 5 8 C0939 2 1 R0994 3 LO_PWR_DET C0908 3 C0909 U0901-1 4 TP0903 LO_PWR_DET 0.38V (44W) 0.21V (27.5W) R0983 NU R0911 R0985 NU C0964 C0923 1.35V (44W) R0916 C0965 REV_DETECTED 1.28V (27.5W) TP0910 1 RFIN 2 ENBL 3 VSET 4 FLTR 8 R0942 C0910 6 5 TP0911 4 R0950 C0925 U0900-2 R0912 R0986 7 R0941 R0947 GND R0940 V_CONTROL VPOS 8 C0922 2.01V (27.5W) R0915 R0981 GND C0921 2.67V (44W) 9V3_PC VPOS R0925 2.10V (27.5W) TP0909 RT0908 5V U0941 2 FB 6 1 NP VOUT 4 VCONT 3 VIN R0943 R0987 D0907 5.1V NC C0967 R0944 R0951 VSWR_DET VSWR_DET R0946 R0955 9 C0927 C0926 C0928 U0942 LO_BATTERY_DET FWD_POWER 3 C0953 GND RESET_OUT 1 2 INPUT 4 5 NC1 NC2 LO_BATTERY_DET TX_DAC R0938 RT0953 TX_DAC R0954 9V3 VHF (136–174 MHz) 25–45W Power Control Schematic Diagram 9V3 3-29 SPI_CLK_IN SPI_MISO_IN SPI_MOSI_IN VHF (136–174 MHz) 25–45W PCB / Schematics / Parts List 5V_BE_SYNTH 5V_BE 5V_TH 1V8_BE_SYNTH 1V8_BE TP_TEST1 1 RX_SSI_DATA_PASS_IN RX_SSI_CLK_PASS_IN RX_SSI_FSYNC_PASS_IN 2.8V_TH_DIG C0100 1 ABACUS3_SYNCB_OUT ABACUS3_CEX_OUT 2.8V_TH_DIG_SYNTH 1.8V_DIG RX_SSI_DATA_OUT RX_SSI_CLK_OUT RX_SSI_FSYNC_OUT RX_SSI_DATA_IN RX_SSI_CLK_IN RX_SSI_FSYNC_IN R0101 1.8V_DIG RX_SSI_DATA_PASS_OUT RX_SSI_CLK_PASS_OUT RX_SSI_FSYNC_PASS_OUT ABACUS3_SYNCB_OUT ABACUS3_CEX_OUT ABACUS3_SYNCB_IN ABACUS3_CEX_IN 2.8V_DIG 1.8V_DIG ABACUS3_SYNCB_IN ABACUS3_CEX_IN 5V SPI_MOSI_OUT SPI_MISO_OUT SPI_CLK_OUT 2.8V_ANA SPI_MOSI_IN SPI_MISO_IN SPI_CLK_IN 5V_SYNTH SPI_MOSI_OUT SPI_MISO_OUT SPI_CLK_OUT 2.8V_ANA SPI_MOSI_IN SPI_MISO_IN SPI_CLK_IN R0100 1.8V_DIG TP_TEST2 R0102 1.8V_TH_DIG_SYNTH 1.8V_TH_DIG C0108 C0102 C0101 2.8V_ANA C0177 R0103 2.8V_TH_ANA_SYNTH C0106 2.8V_TH_ANA C0105 C0104 C0178 C0175 C0109 C0110 C0107 R0104 C0111 C0103 Locked: 1.8V Unlocked: 0V 2.8V_DIG LOCK_SYNTH LOCK NC C0112 C0114 C0115 R0110 C0123 R0146 R0147 16.8_REF_BE_SYNTH 16.8_REF NC NC NC NC NC NC NC NC NC NC R0109 R0156 NU R0157 R0158 NU GPO_1_SYNTH C0130 GPO_2_SYNTH C0131 SCAN_EN MN_CP_GND MN_CP_VCC LGND1 LGND2 LVCC2 TX_DAC_GND TX_DAC_VCC ASPI_VCC SSI_GND TM TEST1 TEST2 LVCC1 G5 J10 H10 J6 A10 G6 J5 E11 H4 G7 L2 K2 K3 J3 G4 E1 J1 D3 DMCS R0111 NC NC NC 2.8V_ANA C0124 C0125 U1=220pF U2=120pF VHF=1500pF K8 HP_MOD_OUT_SYNTH H1 HP_MOD_OUT H3 M_PRSCX J2 M_PRSC MN_CP PRSC_SYNTH PRSC G3 SF_OUT_SYNTH C0129 TP_ADAPT_SW R0113 GPO_3_SYNTH C0133 R0114 TX_VCO_SEL1_ C0134 U1=220pF U2=120pF VHF=1500pF GPO_4 9R1 GPO_5_SYNTH GPO_6_SYNTH RX_VCO_SEL2_ C0136 C0135 9R1 SWITCH FOR FRONT-END 4 3 R0159 C0179 R0115 C0137 10K 1 Q0108 R0116 47K 2.8V_ANA R0126 ADAPT_SW IN R2 2 Q0102 ADAPT_SW_SYNTH R1 OUT C0138 GND R0160 Adapt ON: 5V Adapt OFF: 0V R0148 2.8V_ANA RF_ATTN_1 Q0107 SF_OUT VOLTAGE: 2.45V Q0106 R0119 R0118 R0117 R0120 NU U0101 5 C0142 U1=220pF U2=120pF VHF=1500pF C0141 C0140 4 C0143 C0144 R0122 NU ONOFF_CONTROL 1 INOUT 2 OUTIN 3 RSTB_SYNTH VCC 9R1_SYNTH SF_OUT 5V_TH C0132 5V_TH C0128 SDTX DMCS_SYNTH GND GPO LINES HI: 2.8V LOW: 0V RX_VCO_SEL1_ VCO SEL: ACTIVE LOW TX_VCO_SEL2_ R0170 9V3_SYNTH 9V3 C0127 TX_CLK SDTX_SYNTH NC NC NC NC NC G1 DAC_ADAPT F1 VCO_DAC MN_ADAPT_CP SPI_CLK_IN SFTX TX_CLK_SYNTH 5V_TH C0126 F9 F10 F11 F7 D11 E9 E10 E7 K1 SPI_MOSI_IN SFTX_SYNTH 1 NU TH_CEX TP501 TP502 TP503 1 TP504 1 1 1 L3 ESC_CP G2 MAIN_PDET_VCC NC 16.8_GPS_SYNTH 16.8_GPS SPI_MISO_IN HP_MOD_OUT NC NC NC NU R0155 U0100 NC NC NC NC 16.8_REF_CONTROLLER_SYNTH NC NC NC NC NC NC NC C0121 NU TH_CEX_SYNTH D10 SPI_DR D8 CEX D9 SPI_DW C11 SPI_CLK SFTX TXCLK SDTX DMCS SDR SCLK_OUT RXFS RXACQ ESC_IN XOSC_BASE XOSC_EMIT SMD_CLK_GEN_GND OSCREG_SPLY OSCREG_BYP SF_OUT OSCREG_OUT R0108 C0119 NU K5 L5 C9 J4 L4 K4 H5 NC NC NC NC NC NC NC G9 CLK_CP H11 CLK_EMIT G11 CLK_BASE E6 RSTB R0107 NC NC Q0100 C10 ASPI_CLK B11 ASPI_DATA A6 ACE1 D6 ACE2 A1 NC1 A11 NC2 F6 TX_GND2 L1 NC3 L11 NC4 C0122 C0195 L0100 AGC_REF AGC_FLAG ARX_DAC RFSTEPA AGC_DAC DC_CAL BP_I RXI RXIX BP_IX SDM_VAG BP_Q RXQ RXQX BP_QX SCAN_IN RX_EN_OUT PABIAS_DAC CLK2_OUT CLK1_OUT TCLK NTXQ TXQ NTXI TXI INCR_DECR PHCLK FBQ FBI J7 EF_OUTP J8 EF_OUTM NC NC K10 SUB1 F5 SUB2 F3 SUB3 L10 DEEPSLEEP R0106 C5 C4 H6 A3 B5 A2 E4 C2 C1 F4 B10 E2 D1 D2 E3 F2 B1 K11 J11 H9 G8 K6 L7 L8 K7 J9 L9 B6 C6 CLK_VCC CLK_GND TX_VCC SDM_CLK_GEN_VCC XOSC_GND OSCREG_GND SSI_VCC ESC_GND TX_GND1 ESC_CPBIAS ESC_VCC ESC_CP_GND ESC_CP_VCC MAIN_GND ESC_TEST MAIN_VCC B9 A9 B8 B2 C3 A5 A8 D5 SDM_REF_VCC SDM_VREFM SDM_VREFP RX_AVCC1 RX_AGND1 RX_AVCC2 SDM_REF_GND RX_AGND2 R0144 H2 F8 C8 B7 H7 L6 A7 E8 B3 D7 C7 G10 C0113 C0118 C0171 GPO1_TEST1 GPO2_TEST2 GPO3_TEST3 GPO4_TEST4 GPO5 GPO6 C0117 R0105 C0120 B4 A4 E5 D4 K9 H8 Buffer to Abacus/Controller NU Switch for Adapt Transient VCONT R0161 C0196 C0180 C0146 U1=220pF U2=120pF VHF=1500pF OUTPUT 3 C0145 5 NC1 6 NC2 7 NC3 8 NC4 GND 1 VCC 4 R0123 C0147 U1=220pF U2=120pF VHF=1500pF 2 RSTB NC NC NC NC R0125 Y0100 16.8MHz 1.5 ppm 0.5 ppm R0127 TCXO (Y0100) --- R0128 4875188M01 VCTRL_SYNTH VCTRL R0131 C0150 C0148 C0151 C0149 VCO STEERING LINE VOLTAGE: 0.6V TO 4.4V VCO STEERING LINE VOLTAGE: 0.6V TO 4.4V TP_VCTRL 1 R0134 C0157, C0159, C0160,C0162,C0163,C0191,C0192,C0193,C0194: NU (UHF B2) C0191,C0192,C0193,C0194: NU (UHF B1) SH0100 SH0101 C0194 C0193 C0192 C0191 C0156 C0157 C0158 C0159 C0160 C0161 C0162 C0163 C0164 C0165 R0139 C0166 1 2 1 2 R0140 Note: High Port modulation injection through loop filter for U1 and U2 only VHF (136–174 MHz) 25–45W Synthesizer Schematic Diagram VHF (136–174 MHz) 25–45W PCB / Schematics / Parts List 3-30 SF_TH SF_TH_VCO_UHF1_6 SF_TH SF_TH SH0200 C0200 RX1 C0201 Super Filter Voltage (SF_TH) 1 2 SF_TH: 2.5 V R0201 L0202 C0204 C0206 C0205 R0204 R0205 C0208 L0203 C0214 C0213 RXSL RX VCO 1 E0201 9R1_VCO_UHF1_7 L0200 9R1 CR0201 CR0202 L0209 R0211 VCTRL RX Buffer Amplifier C0215 Q0200 L0207 C0220 L0210 R0202 CR0203 C0203 R0203 C0223 R0240 NU C0225 C0226 Steering Line Voltage (VCTRL_TH) C0202 CR0204 C0207 C0209 1 VCTRL: 0.6-4.5 V C0229 L0205 C0211 SF_TH RXINJ_VCO_UHF1_5 R0206 C0236 RX2 TP0200 L0204 L0212 C0237 L0206 R0220 R0216 C0217 RXINJ R0207 Q0202 R0208 C0218 C0219 RXINJ: 180-220 MHz +10 dBm NU R0224 R0219 L0213 C0222 R0221 C0221 R0210 NU L0211 C0241 C0242 C0224 NU R0212 C0240 R0225 R0226 C0243 RX VCO 2 L0214 SF_TH C0247 C0246 C0245 C0238 Q0201 C0239 TP0301 CR0206 L0217 C0250 L0218 R0241 NU L0215 RX Prescaler 1 CR0205 RXSL C0231 C0251 C0252 C0253 0.1 V (Low) -5 to -15 dBm RX1_SEL_VCO_UHF1_5 L0230 CR0207 C0265 CR0208 PRESC_TX C0259 L0219 RX2_SEL: 2.7 V (High) PRSC (RX): 180-220 MHz R0230 PRSC_VCO_UHF1_5 PRSC L0221 C0235 C0248 C0233 NU C0249 C0261 U0201 RX1 R0229 C0262 RX1_SEL: 2.7 V (High) 0.1 V (Low) VHF (136–174 MHz) 25–45W Receiver VCO Schematic Diagram RX2_SEL_VCO_UHF1_5 RX_VCO_SEL2 R0218 R0213 RX_VCO_SEL1 C0260 RX2 C0264 C0257 C0258 VHF (136–174 MHz) 25–45W PCB / Schematics / Parts List 3-31 R0337 TX Buffer Amplifier TX1 VSF E0301 R0321 C0300 SF_TH 9V3_VCO_UHF1_7 L0300 C0301 9V3_VCO Super Filter Voltage (SF_TH) SF_TH: 2.5 V C0332 R0320 R0301 C0302 C0303 R0302 L0302 R0303 AMP_SEL C0304 C0360 HP_MOD_OUT_VCO_UHF1_7 R0319 C0307 C0310 HP_MOD_OUT C0305 C0361 C0334 C0306 U0303 R0305 C0308 CR0300 C0309 R0304 1 TP0300 L0304 L0303 C0311 C0313 Q0300 VCTRL CR0301 VCTRL_VCO_UHF1_7 VCTRL CR0302 C0320 L0306 R0333 R0332 L0307 R0334 L0309 R0311 L0310 C0322 NU C0317 C0321 R0307 Q0302 C0318 NU TXINJ: 136-174MHz 6 dBm L0311 R0312 C0324 NU C0325 CR0303 C0319 R0308 R0310 C0323 C0326 Steering Line Voltage (VCTRL_TH) L0305 R0306 C0315 C0314 C0312 TX VCO TXINJ_VCO_UHF1_5 CR0304 TXINJ VCTRL: 0.6-4.5 V C0329 L0312 SF_TH C0338 C0339 R0328 R0316 NU NC R0327 TX1_SEL_VCO_UHF1_5 TX_VCO_SEL1 NC U0304 TX1_SEL: 2.7 V (High) C0348 C0349 NC 0.1 V (Low) R0345 TX1 C0331 SF_TH TX Prescaler R0338 R0340 PRSC (TX): 136-174MHz NU XMIT_SEL_VCO_UHF1_6 -5 to -15 dBm R0336 PREDRIVE_SW AMP_SEL C0328 NU SH0300 R0339 PRESC_TX VSF 1 2 C0327 U0305 R0347 9V3_SYNTH_OUT 9V3_SYNTH_IN C0364 TX1 R0343 NU VHF (136–174 MHz) 25–45W Transmit VCO Schematic Diagram VHF (136–174 MHz) 25–45W PCB / Schematics / Parts List 3-32 VHF PCB 8478023A17 Parts List 25–45W Circuit Ref C0100 C0101 C0102 C0103 C0104 C0105 C0106 C0107 C0108 C0109 C0110 C0111 C0112 C0113 C0114 C0115 C0117 C0118 C0119 C0120 C0121 C0122 C0123 C0124 C0125 C0126 C0127 C0128 C0129 C0130 C0131 C0132 C0133 C0134 C0135 C0136 C0137 C0138 C0140 C0141 C0142 C0143 C0144 C0145 C0146 C0147 C0148 C0149 C0150 C0151 Motorola Part No. 2113945A10 2113945A10 2113945A10 2113945C31 2113945A10 2113945C31 2113945C31 2113945C31 2113945A10 2113945C31 2113945C31 2113945C31 2113945A10 NOT PLACED 2113946E02 2113946E02 2113945A10 2113945C31 NOT PLACED 2113945B02 NOT PLACED 2113945B02 2113946E02 2113945C31 2113945A10 2113945A10 2113945A10 2113945A10 2113945C31 2113945A10 2113945A10 2113945A10 2313960B30 2113945A10 2313960B32 2113945C31 2313960B32 2113945A10 2313960B30 2113945C31 2113945A10 2113945A10 2113945C31 2113945B02 2113945A10 2113945A10 NOT PLACED 2113945C31 2113945C31 2113945C31 Description 1500pF 1500pF 1500pF 0.1uF 1500pF 0.1uF 0.1uF 0.1uF 1500pF 0.1uF 0.1uF 0.1uF 1500pF – 1.0uF 1.0uF 1500pF 0.1uF – .01uF – .01uF 1.0uF 0.1uF 1500pF 1500pF 1500pF 1500pF 0.1uF 1500pF 1500pF 1500pF 4.7uF 1500pF 10uF 0.1uF 10uF 1500pF 4.7uF 0.1uF 1500pF 1500pF 0.1uF .01uF 1500pF 1500pF – 0.1uF 0.1uF 0.1uF Circuit Ref C0156 C0157 C0158 C0159 C0160 C0161 C0162 C0163 C0164 C0165 C0166 C0171 C0175 C0177 C0178 C0179 C0180 C0191 C0192 C0193 C0194 C0195 C0196 C0200 C0201 C0202 C0203 C0204 C0205 C0206 C0207 C0208 C0209 C0211 C0213 C0214 C0215 C0217 C0218 C0219 C0220 C0221 C0222 C0223 C0224 C0225 C0226 C0229 C0231 C0233 C0235 Motorola Part No. 2185419D06 2185419D06 2185419D06 2185419D06 2185419D06 2185419D06 2185419D06 2185419D06 2185419D06 2185419D06 2185419D06 2113945B02 2113945A10 2113945A10 2113945A10 2113945A10 2113945C31 2185419D06 2185419D06 2185419D06 2185419D06 2113945A05 2113946H02 2113945A10 2113945Y02 2113945B02 2113945A10 2113945A10 2113945Y02 2113945A10 2113945A10 2115153H37 2113945Y02 2113945A10 2115153H37 2115153H34 2115153H22 2113945A10 NOT PLACED 2115153H25 2115153H27 2115153H35 NOT PLACED 2115153H47 NOT PLACED 2115153H59 2113945A10 2115153H46 2115153H17 NOT PLACED 2115153H37 Description 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF .01uF 1500pF 1500pF 1500pF 1500pF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 470pF 10uF 1500pF 0.10uF .01uF 1500pF 1500pF 0.10uF 1500pF 1500pF 15pF 0.10uF 1500pF 15pF 11pF 6.2pF 1500pF – 8.2pF 10pF 12pF – 39pF – 120pF 1500pF 36pF 3.9pF – 15pF Circuit Ref C0236 C0237 C0238 C0239 C0240 C0241 C0242 C0243 C0245 C0246 C0247 C0248 C0249 C0250 C0251 C0252 C0253 C0257 C0258 C0259 C0260 C0261 C0262 C0264 C0265 C0300 C0301 C0302 C0303 C0304 C0305 C0306 C0307 C0308 C0309 C0310 C0311 C0312 C0313 C0314 C0315 C0317 C0318 C0319 C0320 C0321 C0322 C0323 C0324 C0325 C0326 Motorola Part No. 2113945A10 2113945Y02 2113945A10 2113945Y02 2113945A10 2113945Y02 2113945A10 2115153H35 2115153H35 2115153H27 2115153H27 2113945A10 2113945Y02 2115153H34 2115153H41 2115153H55 2113945A10 2113945A10 2113945Y02 2115153H40 2113945A10 2113945A10 2113945A10 2113945A10 2115153H40 2113945A10 2113945Y02 2113945B02 2113945A10 2113945A10 2113945Y02 2113945A10 2113945B04 2115153H37 2113945A10 2115153H03 2113945A10 2113945A10 2115153H37 2115153H37 2115153H10 2113945A10 NOT PLACED 2115153H36 2115153H20 2115153H22 NOT PLACED 2115153H44 NOT PLACED 2113944A42 2113945A10 Description 1500pF 0.10uF 1500pF 0.10uF 1500pF 0.10uF 1500pF 12pF 12pF 10pF 10pF 1500pF 0.10uF 11pF 22pF 82pF 1500pF 1500pF 0.10uF 20pF 1500pF 1500pF 1500pF 1500pF 20pF 1500pF 0.10uF .01uF 1500pF 1500pF 0.10uF 1500pF .022uF 15pF 1500pF 1.0pF 1500pF 1500pF 15pF 15pF 2.0pF 1500pF – 4.3pF 5.1pF 6.2pF – 30pF – 150pF 1500pF Circuit Ref C0327 C0328 C0329 C0331 C0332 C0334 C0338 C0339 C0348 C0349 C0360 C0361 C0364 C0400 C0401 C0402 C0403 C0404 C0405 C0406 C0407 C0408 C0409 C0410 C0411 C0412 C0413 C0414 C0415 C0416 C0417 C0418 C0419 C0420 C0421 C0422 C0423 C0424 C0425 C0426 C0427 C0428 C0429 C0430 C0431 C0432 C0433 C0434 C0435 C0436 C0437 Motorola Part No. 2113945A10 2113945Y02 2115153H43 2115153H03 2115153H12 2113944A44 2113945A10 2113945Y02 2113945A10 2113945Y02 2313960B30 2113945A10 2113946B04 NOT PLACED 2113945C31 2113945A10 2115153H50 NOT PLACED 2113945A10 2115153H23 NOT PLACED 2115153H22 2115153H35 2115153H40 2115153H40 2115153H49 2113944A44 2113945A10 NOT PLACED 2115153H37 2115153H37 NOT PLACED 2113945Y02 NOT PLACED NOT PLACED 2115153H48 2115153H51 2115153H48 2115153H50 2115153H48 2115153H50 2115153H48 2115153H50 2115153H48 2115153H51 2115153H50 2113945A10 2113945A10 2113946S35 2113945A10 2113945A10 Description 1500pF 0.10uF 27pF 1.0pF 2.4pF 220pF 1500pF 0.10uF 1500pF 0.10uF 4.7uF 1500pF 0.1uF – 0.1uF 1500pF 51pF – 1500pF 6.8pF – 6.2pF 12pF 20pF 20pF 47pF 220pF 1500pF – 15pF 15pF – 0.10uF – – 43pF 56pF 43pF 51pF 43pF 51pF 43pF 51pF 43pF 56pF 51pF 1500pF 1500pF 1.0uF 1500pF 1500pF VHF (136–174 MHz) 25–45W PCB / Schematics / Parts List Circuit Ref C0438 C0439 C0440 C0441 C0442 C0443 C0444 C0445 C0446 C0447 C0448 C0449 C0450 C0451 C0452 C0453 C0454 C0455 C0456 C0457 C0458 C0459 C0460 C0502 C0503 C0504 C0506 C0507 C0509 C0510 C0512 C0513 C0514 C0515 C0516 C0601 C0602 C0603 C0604 C0605 C0607 C0610 C0611 C0612 C0613 C0614 C0615 C0616 C0617 C0618 C0619 Motorola Part No. 2113945A10 2113945A10 2113945Y02 2115153H17 2115153H39 2115153H42 2115153H42 2115153H44 2115153H27 2115153H42 2115153H41 2115153H27 2115153H42 2115153H50 2115153H37 2115153H47 2113944A84 2113944A36 2113945A10 2113945A10 2115153H55 NOT PLACED NOT PLACED 2113945Y02 2113945Y02 2113945Y02 2115153H35 2115153H40 NOT PLACED 2115153H24 2113945Y02 2113945Y02 2113945Y02 NOT PLACED NOT PLACED 2115153H48 2113945B02 2113944A44 2113945Y02 2115153H48 2115153H37 2115153H51 2113945A09 2115153H39 2185419D03 2115153H41 2113945B02 NOT PLACED 2113945Y02 2115358H25 2113945Y02 Description 1500pF 1500pF 0.10uF 3.9pF 18pF 24pF 24pF 30pF 10pF 24pF 22pF 10pF 24pF 51pF 15pF 39pF 43pF 68pF 1500pF 1500pF 82pF – – 0.10uF 0.10uF 0.10uF 12pF 20pF – 7.5pF 0.10uF 0.10uF 0.10uF – – 43pF .01uF 220pF 0.10uF 43pF 15pF 56pF 1000pF 18pF 0.01uF 22pF .01uF – 0.10uF 0.1uF 0.10uF 3-33 Circuit Ref C0620 C0621 C0622 C0623 C0625 C0626 C0627 C0628 C0629 C0630 C0631 C0632 C0633 C0634 C0635 C0636 C0637 C0638 C0640 C0641 C0642 C0643 C0644 C0645 C0646 C0647 C0648 C0649 C0650 C0651 C0700 C0701 C0702 C0703 C0704 C0705 C0706 C0707 C0708 C0709 C0710 C0711 C0712 C0713 C0714 C0716 C0717 C0718 C0719 C0720 C0721 Motorola Part No. 2113945Y02 2113945Y02 2113945A09 2113945Y02 2113944C89 2113944A40 2113944A40 2113945Y02 2113945A11 2113945Y02 2113945Y02 2313960B30 2113945Y02 2113945B02 2113944A40 2113944A40 2113946S35 2113945Y02 2113946N03 2113945B02 2115153H53 2113945Y02 2113945Y02 2113945B02 2113946G04 2113946J03 2113946J03 2113945A12 2115153H44 2115153H57 2113944C36 2113945C25 2113944C51 2113944C36 2113945C25 2113944C51 NOT PLACED NOT PLACED 2113944C51 2113945C31 2371403L02 2113945L49 2113944C06 NOT PLACED 2111078B59 NOT PLACED 2113945A09 2113945A09 2111078B32 2111078B32 2111078B40 Description 0.10uF 0.10uF 1000pF 0.10uF 200pF 100pF 100pF 0.10uF 2200pF 0.10uF 0.10uF 4.7uF 0.10uF .01uF 100pF 100pF 1.0uF 0.10uF 2.2uF .01uF 68pF 0.10uF 0.10uF .01uF 0.68uF 10.0uF 10.0uF 3300pF 30pF 100pF 33pF .033uF 1000pF 33pF .033uF 1000pF – – 1000pF 0.1uF 10uF .01uF 470pF – 470pF – 1000pF 1000pF 39pF 39pF 82pF Circuit Ref C0722 C0723 C0724 C0725 C0726 C0727 C0728 C0729 C0730 C0731 C0732 C0733 C0734 C0735 C0738 C0739 C0740 C0741 C0742 C0746 C0747 C0750 C0752 C0753 C0754 C0755 C0766 C0767 C0770 C0771 C0772 C0775 C0776 C0777 C0778 C0779 C0780 C0783 C0786 C0790 C0791 C0792 C0793 C0794 C0795 C0796 C0797 C0798 C0799 C0801 C0802 Motorola Part No. 2111078B41 2111078B59 NOT PLACED NOT PLACED NOT PLACED 2111078B40 2113944C06 NOT PLACED 2111078B35 2111078B59 NOT PLACED 2113944C06 2113944C06 2111078B46 2113955D13 2111078B34 2111078B34 2111078B22 2185400Y36 2111078B59 2111078B41 2185400Y32 2111078B55 NOT PLACED 2111078B57 NOT PLACED 2113944C35 2113944C06 2113945A10 NOT PLACED 2113944C30 NOT PLACED 2113944C51 2113944C51 2111078B47 2111078B27 NOT PLACED 2113945A10 2113944C06 2113944C02 2113944C39 2113944C06 NOT PLACED NOT PLACED 2113944C06 2113944C47 2113944C51 2113944C51 2113944C47 2113945A10 NOT PLACED Description 91pF 470pF – – – 82pF 470pF – 51pF 470pF – 470pF 470pF 140pF 2.2uF 47pF 47pF 22pF 12pF 470pF 91pF 8.2pF 330pF – 390pF – 27pF 470pF 1500pF – 10pF – 1000pF 1000pF 150pF 30pF – 1500pF 470pF 220pF 56pF 470pF – – 470pF 150pF 1000pF 1000pF 150pF 1500pF – Circuit Ref C0803 C0804 C0805 C0806 C0817 C0818 C0819 C0820 C0821 C0822 C0823 C0824 C0900 C0901 C0902 C0903 C0904 C0906 C0907 C0908 C0909 C0910 C0911 C0912 C0913 C0914 C0915 C0916 C0917 C0918 C0919 C0920 C0921 C0922 C0923 C0925 C0926 C0927 C0928 C0929 C0931 C0934 C0935 C0936 C0937 C0939 C0940 C0941 C0942 C0943 C0944 Motorola Part No. 2111078B19 2113944C51 NOT PLACED 2113945A10 NOT PLACED NOT PLACED 2111078B49 NOT PLACED NOT PLACED 2113944C51 2113944C51 NOT PLACED 2113945A10 2113945C31 2113945C31 2113945A10 2113945A10 2113945A10 2113945C02 2113945C31 2113945A10 2113945A10 2113945A10 2113945A10 2113945A10 2113945A10 2113945A10 2113945A10 2113945A09 2113945A10 2113945C31 2113945A10 2113945C31 2113945A10 2113944C55 2113945A10 2113945L41 2113944C02 2113944C51 2113945A10 2113945A10 2113945A10 2113945A10 2113945A10 2113945A10 2113945A10 2113944C51 2113944M27 2113944C51 2113944C51 2113944M19 Description 16pF 1000pF – 1500pF – – 180pF – – 1000pF 1000pF – 1500pF 0.1uF 0.1uF 1500pF 1500pF 1500pF .01uF 0.1uF 1500pF 1500pF 1500pF 1500pF 1500pF 1500pF 1500pF 1500pF 1000pF 1500pF 0.1uF 1500pF 0.1uF 1500pF 2200pF 1500pF 4700pF 220pF 1000pF 1500pF 1500pF 1500pF 1500pF 1500pF 1500pF 1500pF 1000pF 24pF 1000pF 1000pF 11pF VHF (136–174 MHz) 25–45W PCB / Schematics / Parts List 3-34 Circuit Ref Motorola Part No. C0945 C0947 C0948 C0949 C0950 C0951 C0953 C0960 C0961 C0962 C0963 C0964 C0965 C0966 C0967 CR0201 CR0202 CR0203 CR0204 CR0205 CR0206 CR0207 CR0208 CR0300 CR0301 CR0302 CR0303 CR0304 CR0400 D0400 D0401 D0402 D0403 D0405 D0500 D0600 D0601 D0700 D0702 D0703 D0900 D0901 D0902 D0903 D0904 D0905 D0907 E0201 E0301 E0400 E0401 2113944C51 2113944A40 2113946S35 2113946G01 2113945A09 2113945C31 2113945A10 2113945A14 2113945C31 2113945A10 2113945A14 2113945A14 2113945A10 2113945A10 2113945A10 4815096H01 4815096H01 4815096H01 4815096H01 4815096H01 4815096H01 4815096H01 4815096H01 4815096H01 4815096H01 4815059H01 4815059H01 4815096H01 4813974A19 NOT PLACED 4885094Y01 NOT PLACED 4885094Y01 4815090H01 4813974A19 4815096H01 4815096H01 4802482J02 4802482J02 4886622Y06 4813978C02 4815023H01 4815024H01 4815024H01 4813974A21 4813974A21 4813977M10 2480640Z01 2480640Z01 NOT PLACED 2409134J25 Description 1000pF 100pF 1.0uF 2.2uF 1000pF 0.1uF 1500pF 4700pF 0.1uF 1500pF 4700pF 4700pF 1500pF 1500pF 1500pF DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV325 DIODE VARACTOR 1SV325 DIODE VARACTOR 1SV305 DIODE, SCHOTTKY – DIODE VARACTOR 1SV228 – DIODE VARACTOR 1SV228 DIODE, MIXER DIODE, SCHOTTKY DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE, PIN DIODE, PIN DIODE, PIN DIODE, SWITCHING DIODE, PIN DIODE, PIN DIODE, PIN DIODE, SCHOTTKY DIODE, SCHOTTKY DIODE, 5.1V ZENER FERRITE BEAD FERRITE BEAD – FERRITE BEAD Circuit Ref Motorola Part No. E0403 E0404 E0500 E0600 E0601 E0602 E0603 E0604 E0605 E0606 E0607 E0608 E0609 E0610 E0700 E0701 E0702 E0703 E0704 FL0500 HS0700 J0700 L0100 L0200 L0202 L0203 L0204 L0205 L0206 L0207 L0209 L0210 L0211 L0212 L0213 L0214 L0215 L0217 L0218 L0219 L0221 L0230 L0300 L0302 L0303 L0304 L0305 L0306 L0307 L0309 L0310 2409134J25 NOT PLACED 2409134J25 2409134J25 2409134J25 2409134J25 2409134J25 2409134J25 2409134J25 2409134J25 2409134J25 2409134J25 2409134J25 2480640Z01 2485011Y01 2485011Y01 7671656M01 2485011Y01 2409134J25 9180022M11 0104038J81 0905901V11 2414017N29 2414017N28 2414017K33 2415347H01 2414017N28 2414017N22 2414017N17 2416077H12 2414017K33 2414015B06 2414017N28 2414017K33 2414017K33 2414017K33 2416077H11 2414017K33 2414015B08 2414017K33 2414017N27 2414017N27 2414017N28 2414017K33 2414017K33 2414017N29 2414017N22 2414017N27 2414015C08 2414017K33 2414017N23 Description FERRITE BEAD – FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD 44.85 MHZ CRYSTAL FILTER HEATSINK MINI-U RF CONNECTOR 270nH 220nH 680nH 1000nH 220nH 68nH 27nH 27nH 680nH 150nH 220nH 680nH 680nH 680nH 22nH 680nH 220nH 680nH 180nH 180nH 220nH 680nH 680nH 270nH 68nH 180nH 56nH 680nH 82nH Circuit Ref L0311 L0312 L0400 L0401 L0402 L0403 L0404 L0405 L0406 L0407 L0408 L0409 L0410 L0411 L0412 L0413 L0414 L0503 L0504 L0506 L0602 L0603 L0604 L0605 L0608 L0700 L0702 L0705 L0706 L0707 L0708 L0709 L0710 L0714 L0715 L0716 L0717 L0718 L0719 L0720 L0721 L0722 L0723 L0724 L0725 L0728 L0729 L0730 L0731 L0745 L0900 Motorola Part No. 2414017N29 2414017K33 NOT PLACED 2414032F31 NOT PLACED NOT PLACED NOT PLACED NOT PLACED 2414032F29 2414032F30 2414015B02 2414015B02 2414015B12 2414017N20 2414017N26 0613958J74 2414017K32 2414017K33 NOT PLACED 2414032B70 2414032K29 2414032D28 2466505A01 2466505A01 2414032B76 2460592A01 2479990G01 2414017N26 2485873L02 2485873L01 2485873L01 2485873L02 2485873L02 2460592A01 2414017N26 2414017N11 2414017N13 2414017N22 2414017N10 2485873L01 2485873L02 2415385H04 2415385H08 2485873L02 2414032B69 2414032B70 2414032B69 2414032B53 2414032B53 2460591A01 2414032D30 Description 270nH 680nH – 56nH – – – – 39nH 47nH 68nH 68nH 47nH 47nH 150nH 0 560nH 680nH – 1.5uH 2.7uH 270nH 10uH 10uH 4.7uH 17nH 33.47nH 150nH 25nH 18nH 18nH 25nH 25nH 17nH 150nH 8.2nH 12nH 68nH 6.8nH 18nH 25nH 17.5nH 43nH 25nH 1.2uH 1.5uH 1.2uH 100nH 100nH 4.22nH 1uH Circuit Ref Motorola Part No. L0901 L0902 L0903 L0904 M0700 Q0100 Q0102 Q0106 Q0107 Q0108 Q0200 Q0201 Q0202 Q0300 Q0302 Q0400 Q0401 Q0402 Q0403 Q0405 Q0500 Q0501 Q0600 Q0601 Q0700 Q0701 Q0702 2414017K32 2414017K32 NOT PLACED NOT PLACED 2686201B02 4802197J95 4815359H01 4816134H01 4813970A59 4815261H01 4885061Y01 4885061Y01 4802197J95 4885061Y01 4802197J95 NOT PLACED 4815267H01 4871127H01 4815270H01 4871127H01 4802197J95 4802197J95 4805793Y10 4813973A04 4813970A59 4815261H01 48012048003 Q0703 Q0704 Q0705 4816548H01 4813973B02 4816547H01 Q0706 Q0901 Q0902 R0100 R0101 R0102 R0103 R0104 R0105 R0106 R0107 R0108 R0109 R0110 R0111 R0113 R0114 R0115 R0116 4815272H01 4813973A13 4813973M07 0613952R66 0613952R66 0613952R66 0613952R66 0613952R17 0613952Q58 0613952Q83 0613952Q57 0613952Q80 0613952R66 0613952Q42 0613952R66 0613952R01 0613952Q80 0613952R66 0613952R66 Description 560nH 560nH – – HEATSINK NPN RF TRANSISTOR DUAL PNP ANALOG SWITCH P-CHANNEL MOSFET ANALOG SWITCH NPN RF TRANSISTOR NPN RF TRANSISTOR NPN RF TRANSISTOR NPN RF TRANSISTOR NPN RF TRANSISTOR – DUAL PNP NPN RF TRANSISTOR ANALOG SWITCH NPN RF TRANSISTOR NPN RF TRANSISTOR NPN RF TRANSISTOR NPN RF TRANSISTOR NPN DARLINGTON P-CHANNEL MOSFET ANALOG SWITCH RF POWER AMPLIFIER, LDMOS N_CHANNEL LDMOS DRIVER PNP N-CHANNEL LDMOS PREDRIVER ANALOG SWITCH PNP NPN 0 0 0 0 47K 240 2.7K 220 2K 0 51 0 10K 2K 0 0 VHF (136–174 MHz) 25–45W PCB / Schematics / Parts List Circuit Ref R0117 R0118 R0119 R0120 R0122 R0123 R0125 R0126 R0127 R0128 R0131 R0134 R0139 R0140 R0144 R0146 R0147 R0148 R0155 R0156 R0157 R0158 R0159 R0160 R0161 R0170 R0201 R0202 R0203 R0204 R0205 R0206 R0207 R0208 R0210 R0211 R0212 R0213 R0216 R0218 R0219 R0220 R0221 R0224 R0225 R0226 R0229 R0230 R0240 R0241 R0301 Motorola Part No. 0613952R12 0613952R66 0613952Q35 0613952R01 NOT PLACED 0613952R19 0613952R66 NOT PLACED 0613952Q42 0613952Q25 0613952Q53 0613952Q42 NOT PLACED NOT PLACED 0613952R01 0613952R66 NOT PLACED 0613952Q60 0613952R66 NOT PLACED NOT PLACED NOT PLACED 0613952R01 0613952R25 0613952R25 0613952R66 0613952Q82 0613952Q66 0613952Q66 0613952Q88 0613952Q49 0613952R05 0613952Q25 0613952Q41 0613952Q89 0613952R66 0613952R66 0613952R01 0613952Q53 0613952R01 0613952Q51 0613952Q42 0613952Q51 0613952Q92 0613952Q95 0613952Q49 0613952Q53 0613952Q88 NOT PLACED NOT PLACED 0613952Q87 Description 30K 0 27 10K – 56K 0 – 51 10 150 51 – – 10K 0 – 300 0 – – – 10K 100K 100K 0 2.4K 510 510 4.3K 100 15K 10 47 4.7K 0 0 10K 150 10K 120 51 120 6.2K 8.2K 100 150 4.3K – – 3.9K 3-35 Circuit Ref R0302 R0303 R0304 R0305 R0306 R0307 R0308 R0310 R0311 R0312 R0316 R0319 R0320 R0321 R0327 R0328 R0332 R0333 R0334 R0336 R0337 R0338 R0339 R0340 R0343 R0345 R0347 R0400 R0401 R0402 R0403 R0404 R0406 R0407 R0408 R0409 R0410 R0411 R0412 R0413 R0414 R0415 R0416 R0417 R0418 R0419 R0420 R0421 R0422 R0423 R0424 Motorola Part No. 0613952Q66 0613952Q66 0613952Q89 0613952Q49 0613952R05 0613952Q47 0613952Q41 0613952Q89 0613952R66 0613952R66 0613952Q50 0613952R08 0613952R25 0613952R01 0613952R01 NOT PLACED 0613952Q60 0613952Q31 0613952Q60 NOT PLACED 0613952R66 NOT PLACED 0613952Q95 0613952R66 0613952R16 0613952R66 NOT PLACED 0613952R05 0613952Q73 0613958H33 NOT PLACED 0613952Q83 0613952Q68 0613952R66 0613952R01 0613952Z43 0613952R25 0613952Q28 0613952R25 0613952Q69 0613952Q69 0613952Q69 0613952Q69 0613958H25 0613952Q80 0613952Q83 0613952Q83 0613952R66 0613952Q31 0613952Q60 0613952Q60 Description 510 510 4.7K 100 15K 82 47 4.7K 0 0 110 20K 100K 10K 10K – 300 18 300 – 0 – 8.2K 0 43K 0 – 15K 1K 22 – 2.7K 620 0 10K 3K 100K 13 100K 680 680 680 680 10 2K 2.7K 2.7K 0 18 300 300 Circuit Ref R0425 R0426 R0427 R0428 R0429 R0430 R0431 R0432 R0435 R0436 R0437 R0439 R0440 R0441 R0442 R0443 R0444 R0445 R0500 R0501 R0502 R0503 R0508 R0509 R0510 R0511 R0512 R0601 R0602 R0603 R0604 R0605 R0606 R0607 R0608 R0609 R0610 R0611 R0612 R0613 R0614 R0615 R0616 R0617 R0618 R0619 R0620 R0621 R0622 R0623 R0624 Motorola Part No. 0613952Q75 0613952R01 0613952Q42 0613952R66 0613952Q69 0613952R01 NOT PLACED 0613958H49 0613958T74 0613952Q53 0613952Q53 0613952Z45 0613952Q32 0613952R66 NOT PLACED NOT PLACED 0613952Q20 0613952Q20 0613952Q90 0613952Q61 0613952R08 0613952R12 0613952R19 0613952Q89 0613952R12 0613952Q75 0613952Q42 0613952Q51 0613952R01 0613952Q80 0613952R10 0613952Q61 0613952Q42 NOT PLACED 0613952R66 0613952R66 0613952R66 0613952R66 0613952R66 0613952R66 0613952R66 0613952R66 0613952R25 0613952R01 0613952Q63 0613952R01 0613952Q96 0613952R66 NOT PLACED NOT PLACED 0613952Q90 Description 1.2K 10K 51 0 680 10K – 100 0 150 150 3.6K 20 0 – – 6.2 6.2 5.1K 330 20K 30K 56K 4.7K 30K 1.2K 51 120 10K 2K 24K 330 51 – 0 0 0 0 0 0 0 0 100K 10K 390 10K 9.1K 0 – – 5.1K Circuit Ref R0625 R0626 R0627 R0702 R0706 R0710 R0711 R0712 R0713 R0714 R0715 R0716 R0717 R0718 R0719 R0720 R0721 R0722 R0723 R0726 R0727 R0728 R0729 R0730 R0731 R0732 R0733 R0734 R0735 R0736 R0737 R0738 R0739 R0740 R0742 R0745 R0746 R0747 R0748 R0749 R0750 R0751 R0752 R0753 R0754 R0755 R0756 R0757 R0760 R0761 R0775 Motorola Part No. 0613952N69 0613952N81 0613952R66 NOT PLACED 0613958H53 0613958J49 0613952H57 0613958S29 0613959H12 0613952H44 0613952H44 0613958S29 0613958S29 0613952H35 0613958S29 0613952H35 0613958S29 0613952J07 0613958J49 0613958S29 0613952J05 0613952H89 0613952J01 0613952H73 NOT PLACED 0613958S29 0613958S29 0613958S29 0613959Y49 0613958S29 0613958S29 0613959Y42 0613958S29 0613958J74 0613959Q25 0613952H65 0613952R66 0613952H49 0613952J19 0613952G67 0613952J07 0613952J11 0613952G67 0613952H73 0613952H35 0613952H35 0613952J25 0613952J17 0613952J01 0613952G67 0613952G67 Description 51.1K 68.1K 0 – 150 1MEG 220 15 30K 62 62 15 15 27 15 27 15 18K 1MEG 15 15K 4.7K 10K 1K – 15 15 15 100 15 15 51 15 0 10 470 0 100 56K 0 18K 27K 0 1K 27 27 100K 47K 10K 0 0 VHF (136–174 MHz) 25–45W PCB / Schematics / Parts List 3-36 Circuit Ref R0777 R0779 R0780 R0781 R0900 R0901 R0902 R0903 R0906 R0907 R0909 R0910 R0911 R0912 R0913 R0914 R0915 R0916 R0917 R0918 R0919 R0920 R0921 R0922 R0923 R0924 R0925 R0926 R0927 R0928 R0929 R0930 R0936 R0937 R0938 R0940 R0941 R0942 R0943 R0944 R0946 R0947 R0950 R0951 R0954 R0955 R0960 R0970 R0972 R0973 R0975 Motorola Part No. 0613952J25 0613952H37 0613952H37 0613958S73 0613952R19 0613952R16 0613952Q87 0613952R09 0613952R66 0613952R66 0613952R16 0613952H73 0613952Q87 0613952R11 0613952R66 0613952R37 0613952R22 0613952Q49 0613952H91 0613952H63 0613952R15 0613952R13 0613952H81 0613952R14 0613952R66 0613952H91 0613952H91 0613958H53 0613952H42 0613958H39 0613958H39 0613952R07 0613952N66 0613952N21 0613952R66 0613952R66 0613952R66 0613952M81 0613952N58 0613952R66 0613952M51 0613952R66 0613952N01 0613952N62 0613952R40 0613952P01 0613952H82 0613959Y47 0613952H25 0613952G67 0613959Y47 Description 100K 33 33 1K 56K 43K 3.9K 22K 0 0 43K 1K 3.9K 27K 0 330K 75K 100 5.6K 390 39K 33K 2.2K 36K 0 5.6K 5.6K 150 51 39 39 18K 47.5K 16.2K 0 0 0 6.81K 39.2K 0 3.32K 0 10K 43.2K 430K 100K 2.4K 82 10 0 82 Circuit Ref Motorola Part No. R0976 R0977 R0978 R0979 R0981 R0982 R0983 R0984 R0985 R0986 R0987 R0988 R0989 R0994 R0995 RT0908 RT0953 SH0100 SH0101 SH0200 SH0300 SH0500 SH0900 SH0901 SP0701 SP0702 SP0703 SP0704 SP0705 SP0706 SP0707 SP0708 T0400 T0401 U0100 U0101 U0201 U0303 U0304 U0305 U0600 U0601 U0700 U0900 U0901 U0940 U0941 U0942 U0943 0613952H39 0613952H39 0613952G67 0613952G67 0613952R07 0613952N24 NOT PLACED 0613952M01 NOT PLACED 0613952N93 0613952N64 0613952K68 0613952H60 0613952R66 0613952N02 0615585H01 0615585H01 2615362H01 2615362H01 2615362H01 2615362H01 2615576H01 2686423Z02 2686425Z02 1015349H01 1015349H01 1015349H01 1015349H01 1015349H01 1015349H01 1015349H01 1015349H01 2515121H01 2515121H01 5104932K08 5114000B59 4815267H01 4815272H01 4815267H01 4815267H01 5102495J14 5115391H01 4802246J29 5115147H01 5115147H01 5180390L83 5115391H01 5114004A35 5178286A01 Description 39 39 0 0 18K 17.4K – 1K 1% – 90.9K 45.3K 49.9 300 0 10.2K 47K 47K SHIELD SHIELD SHIELD SHIELD SHIELD SHIELD SHIELD SOLDER_PREFORM SOLDER_PREFORM SOLDER_PREFORM SOLDER_PREFORM SOLDER_PREFORM SOLDER_PREFORM SOLDER_PREFORM SOLDER_PREFORM BALUN XFMR BALUN XFMR IC, FRACN SYNTHESIZER ANALOG SWITCH DUAL PNP ANALOG SWITCH DUAL PNP DUAL PNP IC, RF ASIC VOLTAGE REGULATOR PA PRE-DRIVER DUAL OPAMP DUAL OPAMP IC, PA CONTROLLER VOLTAGE REGULATOR VOLTAGE DETECTOR IC, VOLTAGE DETECTOR Circuit Ref Motorola Part No. VR0700 4813977M11 Y0100 5116032H01 Description DIODE, 5.6V ZENER 0.5 PPM 16.8 MHZ TCXO (GPS Models Only) M DR 3000 MOTOTRBO Repeater Chapter 7 UHF1 (403–470 MHz) 1–25W Service Information Issue: September, 2010 Computer Software Copyrights The Motorola products described in this manual may include copyrighted Motorola computer programs stored in semiconductor memories or other media. Laws in the United States and other countries preserve for Motorola certain exclusive rights for copyrighted computer programs, including, but not limited to, the exclusive right to copy or reproduce in any form the copyrighted computer program. Accordingly, any copyrighted Motorola computer programs contained in the Motorola products described in this manual may not be copied, reproduced, modified, reverse-engineered, or distributed in any manner without the express written permission of Motorola. Furthermore, the purchase of Motorola products shall not be deemed to grant either directly or by implication, estoppel, or otherwise, any license under the copyrights, patents or patent applications of Motorola, except for the normal non-exclusive license to use that arises by operation of law in the sale of a product. i Chapter 7 - UHF1 Low Power Service Information Table of Contents Section 1 Theory of Operation 1.0 Introduction ..........................................................................................................1-1 1.1 Receiver .........................................................................................................1-2 1.2 Transmitter .....................................................................................................1-2 1.3 Repeater Indicator Board ...............................................................................1-2 1.4 Connector Board ............................................................................................1-3 1.5 Fan .................................................................................................................1-4 1.6 AC/DC Power Supply .....................................................................................1-4 2.0 Repeater Interconnections and Cables................................................................1-5 3.0 Mobile Radio’s Theory of Operation ....................................................................1-6 3.1 UHF1 (403–470 MHz) Receiver Circuitry .......................................................1-6 3.2 UHF1 (403–470 MHz) Transmitter Circuitry - 25 Watt ...................................1-9 3.3 Frequency Generation Circuitry....................................................................1-13 Section 2 1.0 2.0 3.0 4.0 5.0 6.0 Troubleshooting Charts Troubleshooting Flow Chart for Receiver ............................................................2-1 Troubleshooting Flow Chart for 25W Transmitter ................................................2-4 Troubleshooting Flow Chart for Synthesizer........................................................2-5 Troubleshooting Flow Chart for Tx VCO (Sheet 1 of 2) .......................................2-6 Troubleshooting Flow Chart for Rx VCO (Sheet 1 of 2).......................................2-8 Troubleshooting Flow Chart for Repeater..........................................................2-10 ii Section 3 UHF1 PCB / Schematics / Parts List 1.0 Allocation of Schematics and Circuit Boards ....................................................... 3-1 1.1 Controller Circuits........................................................................................... 3-1 2.0 UHF1 (403–470 MHz) 1–25W PCB / Schematics / Parts List ............................. 3-3 UHF1 (403–470 MHz) 1–25W 8471165L03 Top Side............................................ 3-3 UHF1 (403–470 MHz) 1–25W 8471165L03 Bottom Side ...................................... 3-4 UHF1 (403–470 MHz) 1–25W 8471165L05 Top Side............................................ 3-5 UHF1 (403–470 MHz) 1–25W 8471165L05 Bottom side ....................................... 3-6 UHF1 (403–470 MHz) 1–25W Overall Schematic Diagram ................................... 3-7 UHF1 (403–470 MHz) 1–25W Receiver Front-End Schematic Diagram ............... 3-8 UHF1 (403–470 MHz) 1–25W Receiver IF Amp Schematic Diagram.................... 3-9 UHF1 (403–470 MHz) 1–25W Receiver Back-End Schematic Diagram.............. 3-10 UHF1 (403–470 MHz) 1–25W Power Amplifier Schematic Diagram ................... 3-11 UHF1 (403–470 MHz) 1–25W Power Control Schematic Diagram...................... 3-12 UHF1 (403–470 MHz) 1–25W Synthesizer Schematic Diagram.......................... 3-13 UHF1 (403–470 MHz) 1–25W Receiver VCO Schematic Diagram...................... 3-14 UHF1 (403–470 MHz) 1–25W Transmit VCO Schematic Diagram...................... 3-15 UHF1 PCB 8471165L03 and 8471165L05 Parts List 1–25W .............................. 3-16 3.0 UHF1 (403–470 MHz) 1–25W PCB / Schematics / Parts List ........................... 3-21 UHF1 (403–470 MHz) 1–25W 8471165L06 Top Side.......................................... 3-21 UHF1 (403–470 MHz) 1–25W 8471165L06 Bottom Side .................................... 3-22 UHF1 (403–470 MHz) 1–25W Overall Schematic Diagram ................................. 3-23 UHF1 (403–470 MHz) 1–25W Receiver Front-End Schematic Diagram ............. 3-24 UHF1 (403–470 MHz) 1–25W Receiver IF Amp Schematic Diagram.................. 3-25 UHF1 (403–470 MHz) 1–25W Receiver Back-End Schematic Diagram.............. 3-26 UHF1 (403–470 MHz) 1–25W Power Amplifier Schematic Diagram ................... 3-27 UHF1 (403–470 MHz) 1–25W Power Control Schematic Diagram...................... 3-28 UHF1 (403–470 MHz) 1–25W Synthesizer Schematic Diagram.......................... 3-29 UHF1 (403–470 MHz) 1–25W Receiver VCO Schematic Diagram...................... 3-30 UHF1 (403–470 MHz) 1–25W Transmit VCO Schematic Diagram...................... 3-31 UHF1 PCB 8471165L06 Parts List 1–25W .......................................................... 3-32 1-1 Section 1 THEORY OF OPERATION Introduction The MOTOTRBO repeater consists of two MOTOTRBO mobile radios; one to act as a receiver, and one to act as a transmitter and controller. Both of these radios contain specialized software that allows them to function together as a repeater. The Repeater also contains a Repeater Indicator board and a Connector board. A block diagram of the repeater is shown in Figure 1-1. The Repeater Indicator board contains the Front-Panel LED circuitry as well as an Ethernet interface. The Connector board is a multifunctional board that is primarily used to pass signals to and from modules inside the chassis to the outside of the chassis. The Repeater contains the following assemblies and sections: • Receiver • Transmitter • Repeater Indicator Board • Connector Board • Fan Repeater Board • AC/DC PSU Option Board Interface Display Driver USB to Ethernet Interface Repeater Interface RTC Backup Mobile Mic Port (MMP) Mobile Mic Port (MMP) Front Connector Front Connector Tx Control Radio Control Head Interface Rx Radio Controller Rx RF DC Power Mobile Accessory Port (MAP) Rear Connector Power Supply AC Power Repeater Interface Option Board Interface Control Head Interface Controller Mobile Accessory Port (MAP) Rear Connector Connector Board 1.0 Fan Control Ethernet Connector Tx RF DC Power Fan MAP Connector RF Rx In RF Tx Out Figure 1-1 Repeater Block Diagram 1-2 1.1 Introduction Receiver The receiver uses a transceiver board which is based on the mobile radio's transceiver board. The board uses the same PCB as the mobile radio board, but is populated differently to work in the Repeater application. Only the receiver related functions of the board are utilized in this application, even though the circuitry for transmit also exists on the board. The Repeater receiver is identical in functionality to the mobile radio's receiver differing only in the audio path. On the mobile radio, the decoded audio is sent to a DAC, and then to the speaker. In the Repeater, this audio information is sent out through the SSI link to the transmit radio to be processed. Details of the receiver theory of operation can be found in Section 3.1. 1.2 Transmitter The transmitter consists of a transceiver board which is based on the mobile radio's transceiver board housed in a transmit chassis. The transmit radio is identical to the receive board from a hardware standpoint. The difference between the two is the software that is running on them, how they are connected within the Repeater, and an additional heat sink that is mounted to the chassis. The added heatsink and the Repeater fan allow the transmitter to be cooled sufficiently when operating in a 60°C, full-duty cycle environment. The transmit radio acts as the master controller for the Repeater. It handles all controller related tasks for the Repeater, including management of the receive radio. The transmit radio is responsible for processing the audio sent from the receive radio and repeating it out at the Tx frequency. Details of the transmitter theory of operation can be found in Section 3.2. 1.3 Repeater Indicator Board The Repeater Indicator board contains circuitry to drive the front panel indicator LEDs, an RTC battery for the RTC in the transmit radio, as well as an Ethernet controller. Front Panel Indicators Display Driver Ethernet to Rear Panel USB to Ethernet Interface RTC Backup Flex to Transmit Radi o Figure 1-2 Repeater Indicator Board Block Diagram All of the indicator LEDs that are on the front of the Repeater chassis reside on the Repeater Indicator board. Each is controlled by a shift register (U6) data out signal and a digital transistor. The shift register accepts serial data in from the transmit radio's OMAP processor via a SPI bus. A 74LVC07 buffer (U9) level shifts these signals from 3.3 V to 1.8 V. Introduction 1-3 The Repeater Disable LED is a dual-purpose LED that is hardware controlled initially at power-up. As soon as VBUS power is available on the Repeater Indicator board, the hardware circuitry for the Repeater Disable LED will cause it to blink periodically. When the software initialization is completed by the firmware, the blink circuitry will get disabled by the firmware. At that point, the Repeater Disable LED can be used for its intended purpose of displaying when the Repeater Disable function is turned on. The power LED is the only LED that is not controlled by the software. This bi-color LED gets turned on green when the 13.8 V output from the power supply is valid. It turns on red when A/C power is lost, and the repeater's backup battery is used. The Real Time Clock (RTC) battery (M1) is connected to the transmit radio through the Control Head (J1, pin 30). Details of the Ethernet Controller can be found in Chapter 2. 1.4 Connector Board The Connector board has two purposes: provide a place for the Repeater's MAP and Ethernet connectors to be mounted and a location for the Repeater’s fan control circuitry. To MAP Conne ctor On Transmit Radi o To Power Suppl y Fan Control To MAP Conne ctor On Rear Panel To Fan To Ethernet Conne ctor On Rear Panel Figure 1-3 Connector Board Block Diagram 1-4 1.5 Introduction Fan The fan control logic is provided by the fan controller IC (U51). This is a device from Cypress Semiconductor. There are basically two functions provided by the fan controller. First, it provides a PWM output based on a temperature input, and secondly, it provides detection of fan failure based on the fan tachometer reading. The Repeater’s internal chassis temperature is measured with an LM50 precision temperature sensor IC (U52). This IC outputs a voltage that is linearly proportional to temperature at 10 mV/°C, and with an offset of +500 mV. The output voltage of the LM50 ranges from +200 mV at -30°C to 1.1 V at +60°C. The fan controller IC (U51) controls the speed of the fan by adjusting the PWM output (pin 1) from 0% to 100%. As long as the fan continues to work, pulses are output from the fan and input to the fan controller (pin 2). 1.6 AC/DC Power Supply The Repeater uses the PMPN4001A switch-mode, Power Supply Unit (PSU). It is capable of 200 W and designed for a 50 W UHF or VHF repeater system. This supply has UL, CE, and TUV regulatory approvals and is usable in all regions by using the correct line cord. The AC input is auto-ranging with no manual switch being specified to operate from 90 V-270 V and 47 Hz-63 Hz. It outputs a nominal voltage of 13.8 V with a voltage tolerance of +/- 5%. It has Power Factor Correction circuitry and is rated at 15 A across the whole operating temperature range of -30°C to +60°C. It also has a built-in battery revert circuit with a float output available for maintaining the charge on a battery and has UL, CE, & TUV approvals. The battery revert connector is accessible in the back of the power supply. The supply has over-load, over-voltage, and over-temperature protection. In an overload condition, the PSU goes into a hiccup mode where it recovers automatically after the fault condition is removed. During an over-voltage condition, the PSU shuts down, and will have to be re-powered on to recover. In an over-temperature condition, the PSU also shuts down but will recover after the temperature goes down. The PSU is not designed to be field serviceable. If it is determined that the PSU is not functioning, the whole unit needs to be replaced. Repeater Interconnections and Cables Repeater Interconnections and Cables Repeater Board Figure 1-4 shows the Cable interconnections inside the Repeater. Display Driver USB to Ethernet Interface RTC Backup 7 6 Repeater Interface Mobile Mic Port (MMP) Mobile Mic Port (MMP) Front Connector Controller 5 Rx RF Mobile Accessory Port (MAP) DC Power Repeater Interface Front Connector 9 Control Head Interface Tx Control Radio Option Board Interface Rx Radio Option Board Interface Control Head Interface Rear Connector Controller Mobile Accessory Port (MAP) Rear Connector Tx RF DC Power 1 8 2 3 Power Supply AC Power Connector Board 2.0 1-5 Fan Control Ethernet Connector Fan 4 MAP Connector RF Rx In RF Tx Out Figure 1-4 Repeater Cabling Diagram The details of each of these cables/interconnections are as follows: 1. Two conductor DC power cables to the transmit and receive radios. 2. Six conductor DC power cable to the connector Board. Supplies power for the fan and Repeater Indicator board via cable 6. 3. RF Coax to connect the receive radio to the back of the Repeater. This cable has a BNC connector on the Repeater’s rear panel. 4. RF Coax to connect the transmit radio to the back of the Repeater. This cable has an N type connector on the Repeater’s rear panel. 5. CAT5 cable with RJ45 style connectors on both ends. This cable connects the Ethernet controller on the Repeater Indicator board to the Repeater's back panel and provides power from the Connector Board to the Repeater Indicator board for the LED indicators. 1-6 3.0 Mobile Radio’s Theory of Operation 6. Eleven conductor flex cable. Provides the SSI connection between the transmit and receive radios. Refer to Section 1.5 for more details on this interface. 7. Thirty conductor flex cable. Provides the connection from the transmit radio to the Repeater Indicator board and includes SPI signals to drive the LED indicators, RTC backup supply, and the interface to the Ethernet controller. 8. Twenty six conductor cable. Provides the connection from the transmit radio's MAP to the MAP located on the Repeater's rear panel. 9. Eight pin conductor cable. Provides Ethernet LED signals from Repeater Board and HWID signals from Connector Board (Applicable for 32 MB repeaters only). Mobile Radio’s Theory of Operation The sections that follow provide a detailed theory of operation for the UHF circuits in the two MOTOTRBO mobile radios. For details of the theory of operation and troubleshooting for the associated Controller circuits, refer to the Controller Section of this manual. 3.1 UHF1 (403–470 MHz) Receiver Circuitry The receiver is configured as a dual-conversion superheterodyne receiver, capable of both FM and 4-level FSK demodulation. The major blocks are the front-end, the mixer, Xtal filter, and the Abacus III back-end IC. The overall block diagram is shown in Figure 1-5. Sw. 10 dB Attenuator 2-Pole Varactor Tuned LNA 2-Pole Varactor Tuned 4-Pole 73.35 MHz 2nd L.O. 71.1 or 75.6 MHz LIMITER/ IF AMP STAGE X AD9864 T/R ANT Switch 2n d L .O . H i-Speed A /D V CO 10 bit DAC SPI & SSI BUS 10 bit DAC 1st L.O. Low Side Injection F0 - 73.35 MHz DSP Processor SPEAKER D/A Figure 1-5 Receiver Block Diagram 3.1.1 Receiver Front-End The front-end consists of a 2-pole varactor-tuned pre-selector filter, an LNA, a 2-pole varactor-tuned post-selector filter, and a passive double-balanced mixer. The received signal applied to the antenna is routed through the harmonic filter and PIN diode controlled antenna switch (D0702). A logic high level on ANT_ENABLE configures the antenna switch for Tx operation while a logic low places the switch in Rx mode. The insertion loss of the harmonic filter and antenna switch combined is approximately 0.5 dB max in Rx mode. From this point, the Rx signal is routed to the Local Distance switch (D0400/R0407), which biases on a diode in normal operation to minimize any insertion loss. Under strong signal conditions and for improved intermodulation protection from interfering signals, the switch can be turned on by the signal RF_ATTEN_1 which introduces approximately 10 dB of additional path loss. Activation of the switch can be accomplished manually by the user or left in the default setting. Mobile Radio’s Theory of Operation 1-7 The signal next reaches the pre-selector filter, which is a 2-pole, varactor-tuned filter with 5 zeros that are optimized to provide image frequency rejection. This filter, along with the similarly designed post-selector filter, provides over 75 dB of image response rejection. The 3 dB bandwidth for both filters varies across the band with a minimum of 19 MHz at 403 MHz and a maximum of 40 MHz around 436 MHz. Half-IF rejection from the filters is also frequency dependent with a minimum of approximately 10 dB achieved at the worst-case frequency of 436 MHz. Both filters have variable center frequencies that are adjusted by the FE_TUNE signal, which is derived from the output of a 10-bit DAC internal to the MAKO IC (U3200). The voltage is scaled up by a voltage doubler (Q0403) in order to provide the required linearity for the filters. Both filters are matched to the LNA (Q0402) to optimize the amplifier’s noise figure (2.0 dB) and to provide an LNA gain of 15 dB to the signal. The combined gain of the filters and LNA is about 13 dB. Current source Q0401 maintains the collector current of Q0402 constant at 20 mA. The LNA, current source, Local Distance switch, and voltage doubler are all supplied by 9R1_FILT, which is derived from 9R1 after filtering. Following the post-selector filter is the Class 2, double-balanced mixer. It is comprised of baluns T0400 and T0401 and diode ring mixer D0405. Injection amplifier Q0405 provides 10 dB of gain to the Rx VCO injection signal. Another amplifier, Q0202, located in the VCO block, also provides gain for the LO signal and isolation from high RF signals entering the mixer. The signal applied to the LO port of the mixer is +16 dBm minimum after passing through the 3-pole/1-zero, low-pass injection filter. The LO injection is low-side and mixes the signal down to an IF frequency of 73.35 MHz. The output of the mixer is connected to a diplexer network, which terminates out-of-band frequencies in 51 ohms (R0427) while appearing as high impedance to the 73.35 MHz IF signal. 3.1.2 Receiver Back-End The signal entering the back-end is matched to 4-pole crystal filter, FL0500, by C0507 and L0503. The filter is centered at 73.35 MHz with a 3 dB bandwidth of 12 kHz. IF amplifiers Q0500 and Q0501 follow the crystal filter and provide both amplification and limiting to the signal. An overall gain of 25 dB is available from the composite IF amplifier to lower-level IF signals. As the signal level increases, Q0501 begins to limit and eventually saturates out at approximately –16 dBm. The purpose of the limiting is to provide protection to the AD9864 Abacus III back-end IC (U0600). At IF levels exceeding –32 dBm into U0600, the 2nd LO synthesizer internal to U0600 can be pulled, causing corruption of the I/Q data being delivered to the DSP. The block diagram for the AD9864 is shown in Figure 1-6 below. Figure 1-6 AD9864 Block Diagram 1-8 Mobile Radio’s Theory of Operation The Abacus III accepts the 73.35 MHz signal, processes it, and sends out I/Q data in 16-bit format to the DSP at a 20 kHz rate. Internal to the Abacus III is an LNA and 16 dB FE attenuator, an internal integer-N synthesizer used to control the external 2nd LO VCO, a Sigma-Delta ADC and decimation filter, and control and formatting logic for outputting the baseband I/Q data. External to U0600 is the 2nd LO VCO with active device Q0600 and its associated circuitry including the loop filter consisting of C0613, C0618, and R0603. The 2nd LO mixes the 73.35 MHz IF signal down to 2.25 MHz before being input to the ADC where it is sampled. The tank circuit (L0608, C0605, C0642, R0617) and varactor (D0601) for the internal clock synthesizer, work with the loop filter (R0618, C0643, C0646) to provide the 18 MHz clocking signal to the internal ADC, decimation filter, and SSI formatting circuitry. A 3 Volt regulator (U0601) provides a clean supply to U0600. Transistor Q0601 is configured as a super filter to provide the 2nd LO transistor with a low-noise supply. The reference clock for U0600 is 16.8_REF, which is a buffered (Q0100) 16.8 MHz clock from the synthesizer block. Shown below in Figure 1-7 is a simplified block diagram of the signal flow through the receiver back-end and the DSP processor portion of the OMAP (U1000). All of the blocks within the dotted box represent the DSP software algorithms internal to the DSP. 73.35 MHz IF AD9864 Hi SPEED ADC FIR FM DISCRIMINATOR ANALOG AUDIO GAIN STAGES DEEMPHASIS Σ∆ SPEAKER DAC DSP ANALOG FM MODE 73.35 MHz IF AD9864 Hi SPEED ADC FIR FM DISCRIMINATOR 4-FSK SYMBOL RECOVERY AMBE+2 TM VOCODER Σ∆ ANALOG AUDIO GAIN STAGES SPEAKER DAC DSP DIGITAL 4FSK MODE Figure 1-7 Signal Flow through Receiver Back-End The DSP takes the incoming 20 kHz data stream and passes the information through an FIR (Finite Impulse Response) filter, which provides rejection from any in-band adjacent channel interference. The remaining filter data is then sent through a decimation process further reducing its frequency to 8 kHz. Depending on whether the repeater is in Analog or Digital mode determines the type of signal processing used. If in Analog mode, the remaining 8 kHz data is sent through the FM Discriminator and De-emphasis subroutines in the DSP code. If the repeater is in Digital mode, the 8 kHz data is again passed through the FM Discriminator but an additional Symbol Recovery routine is applied along with a standard AMBE+2™ Vocoder process. The data is sent to the MAKO (U3200), which provides digital to analog conversion and drives the audio gain stages. Detailed information regarding this can be found in the Audio Section of the Controller Theory of Operation. Mobile Radio’s Theory of Operation 3.2 1-9 UHF1 (403–470 MHz) Transmitter Circuitry - 25 Watt The Transmitter consists of the power amplifier (PA) circuitry and the power control circuitry. The power amplifier provides amplification of the signal from the VCO up to the desired output power. The power control block is responsible for ensuring the desired output power level is maintained in both analog and digital modes, as well as protecting the power amplifier from damage due to heat, antenna mismatch, out-of-range battery voltage, and poor assembly. ANT_ ENABLE ANT_ ENABLE LDMOS Final MRF1570 Pad TX Port T/ R Switch RX Port To FE To Pressure Pad Switch Reflected Port BATTERY_DET A+ To Pressure Pad Switch Forward Port SW_9V1 FINAL_BIAS To Pressure Pad Switch Microstrip Dual Directional Coupler Harmonic Filter / tch Ma lit ter Sp tch Ma tch Ma CW / 4 FSK + 13 dBm INPUT FROM VCO A+ LDMOS Driver RD 07MVS1 LDMOS Predriver RD01 MUS1 Agilent ADA4743 TX_INJ 9V3_TX M Co atch mb / in e r 9V3_TX 9V3_TX + Voltage Controlled Variable Attenuator Thermal Cutback PC_ ATTEN_ENA 9V3 9V3 To Predriver P res s ure P ad Clos es S witc h 9V3 To Driver V_ CONTROL To Final VCONT VIN +5 VOUT +5 V Regulator Pressure Pad Switch VAPC -5 dBm (nominal) AD8315 TX_DAC VSET VPOS ENBL RF IN FLTR COMM Active Reconstruction Filter Log Amp Controller Figure 1-8 UHF 25 Watt Low-Power Transmitter Detailed Block Diagram 3.2.1 Power Amplifier The radio’s 25 Watt power amplifier (PA) is a 4-stage amplifier which amplifies the output of the VCO to the required transmit power level. The first stage is an LDMOS (Lateral Double Diffuse MOS) 50 ohm fixed-gain block (ADA-4743, U0700) followed by the adjustable gain LDMOS pre-driver (RD01MUS1, Q0705), an adjustable gain LDMOS driver (RD07MVS1, Q0703), and the fixed-gain LDMOS final device (MRF1570, Q0702). A transmit/receive (T/R) switch and a harmonic filter complete the transmit lineup. 3.2.2 Input Stage (50 Ohm Fixed-Gain Block) The first stage (ADA-4743, U0700) is an integrated circuit with internally matched 50 ohm input and output stages providing approximately 16.5 dB power gain. It provides reverse isolation between the PA and the VCO to lessen the risk of VCO load-pull and it also supplies appropriate power to the pre-driver stage. The ADA-4743 is biased at 60 mA during transmit by R0706, which is switched to 9V3_TX during TX operation by Q0701 (controlled by Antenna_En). The ADA-4743 is preceded by an 16 dB resistive pad to further improve reverse isolation. 1-10 3.2.3 Mobile Radio’s Theory of Operation Pre-Driver Stage The next stage is a low-power, LDMOS device (RD01MUS1, Q0705), which delivers up to +27 dBm to the driver stage. Its gain is controlled by varying the gate bias voltage and varies from low gain up to approximately 14 dB power gain. The gate bias voltage is controlled in parallel with the driver stage by the V_cont signal. The input match to this stage is a high-pass topology comprising of L0718, C0817, and L0721. High-pass matches are used where appropriate to minimize the chances of low frequency regeneration within the amplifier. R0759 and R0777 are required to improve the bandwidth of this circuit. The inter-stage match between the pre-driver and driver stages is comprised of L0720, C0786, and C0791 arranged in a high-pass topology. Additional pads are provided on the transceiver board to allow for possible engineering optimizations to this match. These are nonpopulated parts C0789, C0792, C0793, and C0794. 3.2.4 Driver Stage The third stage is a medium-power, LDMOS device (RD07MVS1, Q0703), which delivers up to +38 dBm to the final device. Its gain is controlled by varying the gate bias voltage and varies from low gain up to approximately 11 dB of power gain. The gate bias voltage is controlled with the V_cont signal and is controlled in parallel with the pre-driver stage gain. R0718, R0720, R0754, and R0755 are required to improve the bandwidth of the driver stage. The inter-stage match (as well as the power splitter) between the driver and final device is comprised of C0753, C0813, C0818, C0819, C0732, C0743, C0744, and C0761, and associated micro-strips on the PCB. Additional pads are provided on the printed circuit board to allow for possible engineering optimizations to this match. These are non-populated parts C0754, C0755, C0729, C0730, C0731, C0808, C0764, C0760, and C0765. 3.2.5 Final Stage The final stage is a high-power, LDMOS device (MRF1570, Q0702) consisting of two parallel, high-power devices within 1 plastic package. The package is mounted to a copper carrier to improve thermal conductivity to the chassis and also to more tightly control the RF load, allowing higher and more consistent maximum output power. This stage is biased at a quiescent current of 750 mA and operates with a fixed-gain of approximately 10 dB, allowing the radio to be set to a maximum output power of 30 Watts. The quiescent current is set by adjusting the Final_Bias signal. Both elements of this transistor are fabricated on the same semiconductor die and are well matched, allowing control via a single voltage. Both the input and output matching circuits of this stage have extremely critical part location requirements. Any repairs must be done with care to ensure the replaced components are placed accurately and properly soldered. Of particular concern are input matching capacitors C0732 and C0761 and output matching capacitors C0811 and C0812. The resistor networks at the input of each of the final elements are required to improve the bandwidth of the circuit. These resistors are R0762 through R0773. The output matching circuit and power combiner is comprised of C0811, C0719, C0812, C0746, C0726, and C0737 and associated microstrips fabricated on the printed circuit board. Additional pads are provided on the pc board to allow for possible engineering optimizations to this match. These are non-populated parts C0720, C0721, C0747, C0748, C0727, and C0741. R0719 is added as a preventative measure against half-carrier regeneration. Mobile Radio’s Theory of Operation 1-11 If the final device fails and has to be replaced, R0719 should be carefully inspected to ensure against any damage caused by the final device. Replacement of the final device requires that the bias voltage be re-tuned using the Customer Programming Software (CPS). Care must be taken not to damage the device by exceeding the maximum allowed quiescent current which is 1 Amp. The device can tolerate up to 5 Amps for brief periods of time without damage. 3.2.6 Antenna Switch The antenna switch (T/R switch) routes the signal between either the transmitter or receiver and the antenna. In transmit mode, it utilizes the existing dc feed (A+) to the final stage device (Q0702). Both PIN diodes D0700 and D0702 are turned on during key-up through forward biasing. This is achieved by pulling down the voltage at the cathode end of D0702 to approximately 12.2 Volts (0.7 Volt drop across each diode). Q0704 is configured as a current sink that maintains the current through the antenna switch diodes at 100 mA, as set by VR0700 and R0738. The current sink is enabled during transmit mode by ANT_ENABLE, which is asserted through Q0706 and associated circuitry. When the PIN diodes are conducting, an RF ground is formed at the anode of the lower PIN diode, D0702, which places L0710 and C0803 in parallel. The values of L0710 and C0803 are chosen so as to be parallel resonant at the center of the transmit band, making them appear as an open-circuit so that a 50 ohm power path is maintained through the top PIN diode to the harmonic filter. In receive mode, DC current through the PIN diodes is interrupted by turning off the current sink. The RF path now flows from the harmonic filter, through the matching circuit formed by L0710, C0803, and the capacitive divider formed by C0767 and C0772. C0766, currently unplaced, is provided for possible future engineering optimizations to this match. The purpose of L0719 is to form a parallel resonant tank with the reverse capacitance of D0700, improving the receive path return loss at the receive input of the T/R switch. 3.2.7 Harmonic Filter Inductors L0706, L0707, L0708, and capacitors C0742, C0739, C0740, and C0738 form a 7-element low-pass filter to attenuate harmonic energy from the transmitter. R0713 is used to drain any electrostatic charges that might otherwise build up on the antenna. The harmonic filter also prevents high-level RF signals above the receiver pass-band from reaching the receiver circuits, improving spurious response rejection. 3.2.8 Directional Coupler The dual-directional microstrip coupler is implemented at the harmonic filter output to sample both forward and reverse directed transmitter power. RF power from the transmitter PA passes through the microstrip coupler before reaching the antenna. Forward RF power is coupled to the U0940 log detector/controller via the voltage-controlled attenuator (VCA) stage consisting of pin diodes D0901, D0902, and D0903. The log detector/controller regulates the gain of PA stages Q0703 and Q0705 (via V_cont), thus ensuring that the forward power out of the radio is held to a constant value. The directional coupler functions not only as part of the transmitter power regulation circuit but also as part of the VSWR load-detection circuitry. Its physical location close to the antenna connector allows accurate VSWR sense at the transmitter output. Forward and reverse coupled signals are rectified by D0904 and D0905, respectively. DC voltage FWD_DETECTED is proportional to RF power while REV_DETECTED is proportional to reflected RF power. The detected voltages are fed to the respective inputs of difference amplifier U0901. The difference amplifier output is applied to the variable attenuator control stage, U0900-1. An abnormally high reflected power level, i.e., a damaged antenna, also causes an increase in the difference amplifier output voltage. 1-12 Mobile Radio’s Theory of Operation This causes a reduction in attenuation by the VCA. As a result, the greater RF signal applied to the log detector/controller causes the controller to reduce the gain of PA stages Q0703 and Q0705. Transmitter power is thus reduced to prevent damage to the final device due to an improper load. 3.2.9 Power Control The transmitter uses PA controller IC, U0940 to control the power output of the radio. A portion of the forward RF power from the transmitter is sampled by the directional coupler and delivered via the VCA to the RFIN port of the PA controller IC (pin 1). The PA controller, a log detector type, provides temperature-stable, high-accuracy control over a typical 50 dB dynamic range. The MAKO IC contains a digital-to-analog converter (DAC), which provides a reference voltage (TX_DAC) at the input of reconstruction filter stage U0900-2. The filtered reference voltage at the output of U0900-2 is divided by the combination of R0942 and R0946 before reaching the VSET input of the PA controller IC (pin 3). Thermistor RT0953 is used in combination with R0954 to compensate reference voltage drift at operating temperature extremes. Reference voltage level is programmable through the SPI lines of the MAKO. This reference voltage is proportional to the desired power setting of the transmitter and is factory programmed at several points across the frequency range of the transmitter to offset frequency response variations of the transmitter’s coupled power circuits. The PA controller IC provides a dc output voltage at pin 7 (VAPC), which is divided to provide gate bias for PA pre-driver and driver stages. The 0 Volts to 5 Volts range at U0940, pin 7, is applied as V_CONTROL to power-adjust the transmitter by controlling the gate bias of stages Q0703 and Q0705. Voltage divider combination R0727 and R0728 provides gate bias to Q0703 while divider combination R0750 and R0751 provides gate bias to Q0705. This adjusts the transmitter power output to the intended value. The ratio of each of these resistive dividers is chosen to ensure that Q0703 and Q0705 are both running at their nominal design condition at rated output power. Variations in sampled forward transmitter power cause the PA controller IC to adjust the control voltage above or below its nominal value to raise or lower output power in order to maintain transmitter output power relative to the reference voltage applied to VSET. A power control attenuator circuit was added to the 25 Watt transmitter circuitry in order to extend the range of the RF detection in the RF detector at low-power levels. This enables the power control loop to close at lower relative power levels and is needed because of the greater relative power-set range (1-25 Watt, 14 dB). The PC_ATTEN_ENA activation threshold is set in software for operation at lower power levels, typically 1-5 Watt. When the PC_ATTEN_ENA is activated, the VCA is driven to its minimum attenuation level, which increases the RF level at the AD8315 (U0940) for a given transmitter power level. The radio software adjusts the K&M tuning accordingly such that proper power-set is maintained at operating powers both above and below the activation threshold point. 3.2.10 Power Ramp Profile Control In order to minimize the transient adjacent channel power at the transmitter’s output, the ramped power follows a raised-cosine profile. The PA controller IC has a linear slope function when scaled in dB/V. To achieve the desired raised-cosine profile of the output power, the ramped reference voltage provided by the MAKO DAC follows a raised-cosine approximation. The MAKO DAC reference output is low-pass filtered by the DAC reconstruction filter before it is applied to the VSET input of the PA controller IC. Mobile Radio’s Theory of Operation 1-13 Reconstruction filtering reduces spurious emissions in the RF spectrum as a result of the finite steps of the DAC. Loop filter capacitor C0926 in conjunction with resistor R0950 and the integrator within the PA controller IC, set the loop dynamics. The loop response has been optimized to achieve sufficient speed to follow the required ramping profiles while meeting switching transient requirements over varied power levels. Accurate control of the power-rise (ramp-up) and power-decay (ramp-down) characteristics minimizes splatter into adjacent channels. 3.2.11 Thermal Protection Thermistor RT0908 in combination with R0902, form a voltage divider with the output proportional to the sensed transceiver board temperature in the vicinity of the transmitter driver and final devices. The voltage divider output is routed to an operational amplifier U0901-2, which provides a dc voltage via diode junction D0900 to control the attenuation level of the VCA stage. For the condition that the temperature threshold set by resistive divider combination R0901 and R0909 is reached, the VCA is driven to increase the RFIN signal at the PA controller IC (pin 1). This increase will cause the controller IC to adjust the PA control voltage below its nominal value to decrease transmitter output power. Temperature will be reduced by lowering transmitter output power relative to the reference voltage applied to VSET. 3.2.12 Out-of-Range Battery Protection Transmitter power cutback under extended battery supply voltage operation is provided for by monitoring the battery supply in the controller circuit of the radio in order to change the VSET input of the PA controller IC (pin 3) for reduced transmitter output. This feature allows transmitter PA dissipation to be limited at high-line battery supply operating conditions while limiting transmitter PA overdrive conditions at low-line battery supply operating conditions. 3.2.13 Pressure Pad Switch The power control circuitry includes a safety switch (S0700) that consists of a conductive portion of the rubber pad which pushes the RF final transistor Q0702 against the chassis. When the chassis cover and rubber pad are properly assembled, the conductive portion of the pad contacts a pattern on the transceiver board, electrically closing switch S0700. If the cover and pad are not in place, switch S0700 is open-circuited and the power control circuit is disabled, turning off the gate bias to Q0702, Q0703, and Q0705. This prevents thermal damage of the RF transistors which could occur if the transmitter is operated without adequate heat sinking. 3.3 Frequency Generation Circuitry The synthesizer subsystem consists of the reference oscillator (Y0100), the fractional-N synthesizer IC (Tomahawk II, U0100), and the Voltage Controlled Oscillator VCO. 3.3.1 Reference Oscillator The reference oscillator (Y0100) contains a temperature compensated crystal oscillator with a frequency of 16.8 MHz. A digital-to-analog (DAC) converter internal to U0100 (Tomahawk) and controlled by the microprocessor via serial interface (SPI), sets the voltage at the AUX_DAC output of U0100 (pin H6) to set the frequency of the oscillator. The output of the oscillator (pin 3 of Y0100) is applied to pin K5 (XOSC_BASE) of U0100. 1-14 3.3.2 Mobile Radio’s Theory of Operation Fractional-N Synthesizer The Tomahawk II synthesizer IC (U0100) consists of a pre-scaler, a programmable divider and divider control logic, phase detector, charge pump, a D/A converter in the high frequency analog modulation path, an attenuator to balance the high and low frequency modulation paths, a serial interface for control (SPI), a serial interface for modulation (SSI), and a super filter for the regulated 2.45 Volts. SPI SSI (Modulation ) D10 Data Read D9 Data Write C11 Clock D8 CEX F11 Data F10 Clock F9 Fsync TOMAHAWK II SPI Interface Fractional -N Synthesizer (U0100) H2,J3 5V A7 2.775V Dig A5,A10,B2,B9, G2,J4,J6,J10, K2,L6 B7,E11,G10,J1 Waveform Generator Modulation Unit Digital Attenuator DS 18-bit Super Filter PRSC Buffer Fractional Unit D/A Reference Divider J2 16.8MHz REF J11 VCO TX / LO SF _OUT K4 Buffer HP MOD 1.875V Dig SSI Interface 2.775V Ana K8 2.775 V Ana Prescaler K5 Main Divider AUX D/A Main Phase/Freq. Detector And Charge Pumps G3 H1 H6 TCXO (16.8MHz) D7 Main _CP LOCK DETECT Adapt _CP Loop Filter Figure 1-9 UHF Synthesizer Block Diagram A voltage of 2.775 Volts applied to the super filter input (U0100 pin J4) supplies an output voltage of 2.45 Vdc (SF_OUT) at pin K4. This supplies the VCO and the VCO modulation bias circuit (via R0321). The super filter supply voltage is provided by the 2.775 Volt regulator within U3200. The synthesizer is also supplied by the 5 Volt regulator, U3002, another 2.775 Volt regulator within U3200, and a 1.875 Volt regulator within U3200. The output signal LOCK (U0100-D7) provides information about the lock status of the synthesizer loop. A high level at this output indicates a stable loop. A discrete buffer amplifier (Q0100) provides a buffered 16.8 MHz reference frequency to other parts of the radio. The serial programming interface (SPI) is connected to the microprocessor via the data lines SPI_DW (U0100-D9) and SPI_DR (U0100-D10), clock line SPI_CLK (U0100-C11), and chip enable line CEX (U0100-D8). The serial modulation interface (SSI) is connected to the DSP via the data line SDTX (U0100-F11), clock line TXCLK (U0100-F10), and frame sync line SFTX (U0100-F9). Mobile Radio’s Theory of Operation 3.3.3 1-15 Voltage Controlled Oscillator (VCO) The Voltage Controlled Oscillator (VCO) subsystem consists of four Colpitts oscillators (two each for Tx and Rx), a single-stage Tx buffer amplifier, a single-stage Rx buffer amplifier, oscillator bias control switches, and the modulation circuitry. UHF VCO High Port Modulation (HP_MOD_OUT) (U0100 -K8) Subsystem TX_VCO_SEL 1 (U0100 -E5) 9V3_VCO (U3001 -5) TX VCO 1 TX INJ TX_VCO_SEL 2 (U0100 -A4) TX Buffer Amp To U0700 TX VCO 2 Prescaler (U0100 -J2) Low Pass Filter RX_VCO_SEL 1 (U0100 -B4) 9R1 (Q0107 ) Steering Line Voltage (VCTRL) RX VCO 1 RX INJ RX_VCO_SEL 2 (U0100 -H8) RX Buffer Amp To Q0405 RX VCO 2 Figure 1-10 UHF VCO Block Diagram The UHF VCO design incorporates a total of four oscillators; two varactor-tunable Colpitts oscillators each for Tx and Rx. Each oscillator has a tuning range of 33.5 MHz, sufficient to cover the Rx and Tx frequency ranges of 326.65 MHz to 396.65 MHz and 403 MHz to 470 MHz, respectively. The oscillators resonate at fundamental operating frequencies. Four (active-low logic) general purpose output lines (GPO1, GPO2, GPO3, and GPO6) from the Tomahawk IC (U0100-B4, A4, E5, and H8) provide the control for independent bias selection to each oscillator (VCO_SEL) via the PNP transistor switches U0304 and U0201. The 2.45 Volt super filtered output, SF_OUT, of the Tomahawk IC (U0100-K4) supplies the bias to the oscillators. A portion of the VCO output signal is lightly coupled through coupling capacitors C0331 and C0231, routed through a low-pass filter (formed by L0221, C0235, C0230, and C0233), and fed back to the M_PRSC input of the Tomahawk IC (U0100-J2). High-port modulation is scaled through a voltage divider (comprised of R0319, R0320, and R0321) and applied to the Tx modulation varactor diode CR0300. The TX VCO frequency is modulated via coupling capacitors C0310 and C0344. High-port modulation is also applied to the VCO steering line (through R0139, R0140 and C0166) which modulates the main VCO tuning varactors. 1-16 Mobile Radio’s Theory of Operation A discrete single-stage Tx buffer amplifier (comprised of the NPN transistor Q0302 and surrounding components) amplifies the signal from the Tx oscillator to the level required by the first stage of the Transmitter Power Amplifier (U0700). The TX buffer amplifier also provides sufficient isolation from any undesired load-pulling from the Transmitter Power Amplifier. The bias for Q0302 is provided by the 9.3 Volt regulator U3001. A discrete single-stage Rx buffer amplifier (comprised of the NPN transistor Q0202 and surrounding components) amplifies the signal from the Rx oscillator to the level required by the LO injection amplifier (Q0405). The Rx buffer amplifier also provides sufficient isolation from any undesired load-pulling from high input levels in the receiver front-end. GPO4 from the Tomahawk IC (U0100D4) controls the transistor switch (comprised of Q0108 and Q0107), that enables the 9.1 Volt bias to Q0202 (via the 9.3 Volt regulator U3001). 3.3.4 Synthesizer Operation The complete synthesizer subsystem is comprised mainly of the Tomahawk synthesizer IC, Reference Oscillator (crystal oscillator with temperature compensation), loop filter circuitry, VCO, and DC supplies. The VCO feedback signal, PRSC, is fed to pin J2 of U0100 (M_PRSC) via a low-pass filter (L0221, C0235, C0230, and C0233) which attenuates harmonics and provides the correct level to close the phase-locked loop. The prescaler in the synthesizer IC (U0100) is a four-level prescaler capable of dividing by 4, 5, 6, and 7. The main loop N divider is configured to be an 8-bit divider. The divide-by-N portion of the main loop is set via the SPI. The fractional portion of the divider is realized using a 3-accumulator, 24-bit fractional divider. The SPI is used to set the desired divide ratio. The output of the prescaler is applied to the main loop divider. The output of the main divider is sent to the phase/frequency detector, which compares the main divider’s output signal with the reference signal. The reference signal is generated by dividing down the signal of the reference oscillator (Y0100). The output signal of the phase/frequency detector is a pulsed signal which is routed to the charge pumps. The main charge pump current is programmable through the SPI with its output at pin G3 of U0100 (MN_CP). The loop filter transforms this current into a steering voltage that is applied to the VCO. To reduce lock time when new frequency data has been loaded into the synthesizer, an adapt charge pump providing much greater current than the main charge pump is turned on for a finite amount of time to quickly charge or discharge the loop filter capacitors to steer the VCO to the desired frequency. The output of the adapt charge pump passes to the loop filter via pin H1 of U0100 (MN_ADAPT_CP). When the synthesizer is within the lock range and the adapt timer runs out, the adapt charge pump is powered down and the main charge pump takes over. A settled synthesizer loop is indicated by a high level at signal LOCK (U0100-D7), which is routed to the microprocessor. Q0102 is configured as a current source to provide a steady 1.5 mA during the adapt period. U0101 is an analog switch that opens the adapt path slightly before the end of the adapt period to prevent the current from the current source from pushing the VCO off frequency. Mobile Radio’s Theory of Operation 1-17 Modulation is performed by applying a digital data stream via the SSI bus from the DSP (U1000) to the synthesizer (U0100). In order to meet spurious and phase noise requirements, the PLL bandwidth was designed to be narrower than the full modulation bandwidth, therefore requiring the use of dual-port modulation. Internal to the synthesizer (U0100), low-port modulation is added to the fractional-N division numerator to trace out the modulation versus time while the high-port data stream passes through an interpolating waveform generator, a digital attenuator (for modulation balancing), and then gets converted to an analog signal through a 10-bit DAC before modulating the VCO. This high-port analog modulation output (HP_MOD_OUT, U0100-K8) is connected to the VCO modulation varactor diode (CR0300) via C0360 and R0319, and to the loop filter via R0139, R0140, and C0166. 1-18 Mobile Radio’s Theory of Operation Notes 2-1 Section 2 TROUBLESHOOTING CHARTS 1.0 Troubleshooting Flow Chart for Receiver (Sheet 1 of 3) ALL Troubleshooting within the dotted line is done on the TX BRICK NO RX AUDIO Set up radio in Analog Receive mode on desired channel with Squelch open Yes Audio at pin 6 of U3505? Audio at pin 10 of U3501? Audio Tone present at Speaker? B No Audio at pin 1 of U3501? No Verify audio path to U3501 Yes Audio at pin 4 of U3500? Setup repeater unit to receive at frequency 403.025 MHz with the RX Brick open & connected to the system. Apply an on-channel RF carrier at -47 dBm modulated with 1 kHz tone at the RX antenna port 1st LO (329.675 MHz) > +16 dBm at TP0401? No Yes Check connections to external speaker and replace speaker if necessary No Audio at pin 1 of U3500? Yes Check Biasing before replacing U3500 No Verify audio path between U3500 and pin 1 of U3501 1st LO > +5 dBm at R0422? Yes RF level of on-channel signal > -45 dBm on pin 4 of T0401? No Check VCO Troubleshooting Flow Chart Yes Yes Check T0400 and D0405 and replace if necessary 9 VDC present at R0417? Yes Check biasing on Q0405 before replacing No No A No Yes Yes No Spray or inject 73.35 MHz RF carrier modulated with 1 kHz Audio Tone into XTAL Filter FL0500 Volume level adjusted properly? No Check 9R1 path back to Synthesizer Yes Check U3501 bias and replace part if necessary 2-2 1.1 Troubleshooting Flow Chart for Receiver Troubleshooting Flow Chart for Receiver (Sheet 2 of 3) ALL Troubleshooting on this page is done on the RX BRICK A Voltage level >2.7 VDC on D0401? +9.0 VDC on pin 4 at Q0403? No Yes ~ 0.8 VDC at R0432/D0400? No Voltage < 0.5 VDC at pin 2 of Q0400? No Is voltage at R0409 ~ 0.7 VDC? Check D0403, D0404, and associated capcacitors for opens and shorts. Replace if necessary Check Synthesizer Troubleshooting Flow Chart Check biasing circuitry of Q0400 before replacing Yes Yes Yes No Check biasing on Q0403 before replacing Check circuitry around D0401, D0402, D0403, and D0404 for shorts and opens Yes Yes RF level of on-channel Signal > -45 dBm at C0420? No No Check biasing circuitry of Q0401 and Q0402 before replacing Check biasing circuitry of Q0402 before replacing Troubleshooting Flow Chart for Receiver 1.2 2-3 Troubleshooting Flow Chart for Receiver (Sheet 3 of 3) ALL Troubleshooting on this page is done on the RX BRICK B 16.8 MHz present at C0622? No 3.0 VDC on pin 1 of U0601? Check Synthesizer Troubleshooting Flow Chart No No 5.0 VDC at E0610? Check biasing on U0601 before replacing Yes Yes Check Controller Troubleshooting Flow Chart Yes 2nd LO > 0 dBm and at 71.1 MHz at TP0600? 3.5 VDC at E0609? No Remove Shield SH0500 Check biasing on Q0600 and check continuity on D0600. Replace if necessary Yes No Check biasing on Q0601 before replacing Yes 18 MHz present at L0608? No ~ 1.65 VDC on R0617? No Yes Yes No Biasing correct on Q0500 and Q0501? Replace components as needed No Check 5 VDC supply and biasing components before replacing Q0500 or Q0501 Yes Yes 73.35 MHz present at pin 6 of FL0500? No Check FL0500 matching components before replacing Check signal gain and biasing before replacing Q0500 or Q0501 Yes 2.25 MHz present at C0625? Yes No ~ 3.0 VDC on L0604 and L0605? Yes Yes No Check diode continuity before replacing D0601 73.35 MHz present at TP0602? Clock VCO and LF components OK? No Check biasing components and 3 VDC supply. Replace parts if necessary DC continuity through biasing components E0600 - E0610? No Yes Check for visible solder shorts near pins before replacing U0600 Replace defective biasing component 2-4 2.0 Troubleshooting Flow Chart for 25W Transmitter Troubleshooting Flow Chart for 25W Transmitter No Transmitter Power Is TP0909 > 1 VDC? Yes Is TP0702 = 9.3 VDC? No Is TP0913 = 9.1 VDC? Check 9V3_PA Regulator in Controller Troubleshooting Flow Chart Yes No Check 9.3V Regulator circuit (U3001) No Is D0702-K ~ 12.4 VDC? Yes No Check T/R bias circuit Yes Yes Check 5V Regulator circuit (U0941) No Is U0941 Pin 1 = 5 VDC? Are TP0707 and TP0708 ~ 2.2 VDC? No Is voltage at TP(TX_RAMP_DA C) in controller > 3 VDC? No Place Switch or R0775 Yes Is TP0703 0 dBm? No Yes Yes Check U0900-2 and associated circuitry No Is voltage at TP0910 > 1 VDC? Is power at TP0709 ~ 15 dB > TP0710? Yes Replace U0940 No Check Q0705 and associated circuitry No Check Q0703 and associated circuitry No Check Q0702 and associated circuitry Yes Is power at TP0702 ~ 10 dB > TP0709? Yes Is power at D0700-A ~ 10 dB > TP0702? Check Bias Set Circuit; bias tune Replace Q0702 * Yes Is power at TP0704 ~ 16.5 dBm? Yes No Is Pressure Pad Switch in place? No Yes Check MAKO Troubleshooting Flow Chart No Is resistance to ground at Q0702 G1 and G2 ~ 66 kohm? Yes Measure relative power thru remainder of TR switch and LPF to find open circuit. Perform visual inspection of circuit. * Note: If Q0702 is replaced radio must be bias set and power set. 1) Levels are during Transmit Mode (analog), 13.6V at battery connector, 50 ohm termination on transmitter. 2) Make sure PCB is screwed into chassis during these tests to avoid final device damage. 3) When making measurements within the transmitter using an RF power probe, be careful that the rating of the probe is not exceeded. The “relative” measurements listed in the flow chart should be made with a scope probe connected to a spectrum analyzer or similar instrument to avoid damaging sensitive power probes. Replace U0700 Check VCO Troubleshooting Flow Chart Troubleshooting Flow Chart for Synthesizer 3.0 2-5 Troubleshooting Flow Chart for Synthesizer Start No Visual check of the Board OK? Correct Problem Yes No +2.45V at C0137 (SF_OUT)? No +5V at R0100? Check 5V Regulator U3002 Yes Are C0136, C0137 OK? Replace U0100 No Yes Replace or resolder components Yes +2.775V at R0101 and R0103? No Check U3200 1.5ms pulse at TP_ADAPT_SW when channel changed? Yes 1.5ms (inverted) pulse at R2517 when channel changed? No No Check P U1000 Troubleshooting Chart No +1.875V at R0102? Check U3200 Yes Yes Check Q0106, R0159 Yes No Is 16.8MHz Signal at C0145? Check Y0100 Yes Is 16.8MHz Signal at R0155? No Is 16.8MHz Signal at R0109? No Is RF Prescaler level (at C0233) between 100mVpk and 300mVpk (harmonics <-15dBc)? Replace U0100 Yes Yes Is Radio in TX or RX mode? Yes Check Q0100 and surrounding components TX Replace U0100 Is either GPO2 or GPO3 low (<0.5V), but not both, and GPO1 and GPO6 are high (>1.4V)? Yes Is Modulation Present at R0139? Is SPI Programming OK? No RX Yes No Yes Replace U0100 Is Tx SSI activity present on CLK, FSYNC, and DATA lines (R2512, R2514, R2513)? No Yes Is either GPO1 or GPO6 low (<0.5V), but not both, and GPO2 and GPO3 are high (>1.4V)? No Check P U1000 Troubleshooting Chart No Yes Is SPI Programming OK? No Check P U1000 Troubleshooting Chart Yes Replace U0100 No Check P U1000 Troubleshooting Chart Check VCO Troubleshooting Chart 2-6 4.0 Troubleshooting Flow Chart for Tx VCO (Sheet 1 of 2) Troubleshooting Flow Chart for Tx VCO (Sheet 1 of 2) No TX VCO signal at C0318 Visual check of board OK? No Correct Correct problem problem Correct problem Yes No Radio did not boot up Radio didornot boot up properly check properly or check 9V3 Regulator 9V3 Regulator No Check biasing Check biasing components then components replace replace Q0302 Q0302then ifif replace Q0302 if needed needed needed 9 VDC at L0300? Yes Vbe= 0.7 VDC for Q0302? Yes Check components between R0332 and L0305 for shorts or opens Yes RF signal present at R0332? No Check Synthesizer Check Synthesizer Troubleshooting Troubleshooting Chart Chart VCO 1 No Radio programmed for Tx VCO 1 or 2? 2.556VVDC at 2.556 at C0362 & C0300? C0363 VCO 2 Yes Radio is not for Radio is not programmed for VCO programmed 1 Transmit Mode Mode or VCO1 U0100 Transmit not functional or U0100 not functional No ~ 0 VDC at C0348? 2.556 VDC at 2.556 V at C0362 & C0336? C0363 No Check Synthesizer Check Synthesizer Troubleshooting Troubleshooting Chart Chart No Radio is not programmed for Radio is not VCO 2 Transmit Mode or programmed for U0100 not functional Yes Yes Check biasing Check biasing components then components replace Q0300then if replace Q0300 if needed needed No Vbe= 0.7 VDC for Q0300? ~ 0 VDC at C0358? Transmit Mode or U0100 not functional Yes Yes Check CR301- CR0304, - CR304 Check CR0301 L0310,and L0307, C0308, C0313, L0310, L0307, C0320,C0313, and C0314 C0308, C0320, for shorts opens and C0314orfor short Check CR0305 - CR0308, Check CR305 - CR308 L0315, L0318, C0343, C0345, Yes and L0315, L0318, C0350, C0346 C0343,and C0345, C0350, for shorts or opens and C0346 for short No Vbe= 0.7 V for Q0301? Check biasing components and Replace then replace Q0301 Q0301 if needed Troubleshooting Flow Chart for Tx VCO (Sheet 1 of 2) 4.1 2-7 Troubleshooting Flow Chart for Tx VCO (Sheet 2 of 2) Tx VCO locked but no high-port modulation Tx VCO not locked at correct frequency Check Synthesizer Check Synthesizer Troubleshooting Troubleshooting Flow Chart Flow Chart Yes Check R0320, R0321, R0319, R0320, Check R0321, R0319, andfor CR0300 and CR0300 for open or short shorts or opens DC Voltage at R0311 between 0.6 and 4.5 VDC? No - ~2.1 VDC at VCO side of C0360? Yes No Modulation at CR0300? Check C0323, C0325, and C0329 and all components between C0326 and C0314 for shorts or opens VCO 1 Tx VCO 1 or VCO 2 selected? VCO 2 Check C0351, C0352, and C0359 Check components and all components between between C0353 and C0353 and C0346 for C0346 for open or shorts or opens short Yes Replace C0310 No Modulation at C0361? Yes Replace C0360 No Check C0361 and Check C0334 for C0361 a short and and C0334 short and thenfor check then check Synthesizer Synthesizer Troubleshooting Troubleshooting Flow Chart Flow Chart 2-8 Troubleshooting Flow Chart for Rx VCO (Sheet 1 of 2) 5.0 Troubleshooting Flow Chart for Rx VCO (Sheet 1 of 2) No Rx VCO signal at C0218 Visual check of board OK? No Correct problem Correct problem Yes No 9 VDC at E0201? Radio did not boot up Radio did or notcheck boot up properly properly or check 9V3 Regulator 9V3 Regulator Yes Vbe= 0.7 V for Q0202? No Check biasing Check biasing components and components and if then replace Q0202 then replace neededQ0202 if needed No Check Synthesizer Check Synthesizer Troubleshooting Troubleshooting Flow Chart Flow Chart No Radio is not programmed Radio is not Mode for VCO 2 Receive for or programmed U0100 not functional Receive Mode or U0100 not functional No Check biasing components and then replace Q0201 if needed Yes Yes Check components between R0219 and L0205 for shorts or opens RF signal present at R0219? No Check Synthesizer Check Synthesizer Troubleshooting Troubleshooting Flowchart Flowchart No 2.556 VVDC at 2.556 at C0362 & C0200? C0363 VCO 1 Yes Radio is not Radio for is not programmed VCO 1 programmed for Receive Mode or Receive Mode or U0100 not functional U0100 not functional No Radio programmed for Rx VCO 1 or 2? VCO 2 ~0 VDC at C0248? 2.556VVDC at 2.556 at C0362 & C0236? C0363 Yes Yes Check biasing Check biasing components and andif thencomponents replace Q0200 then replace Q0200 if needed needed No Vbe = 0.7 VDC for Q0200? ~0 VDC at C0258? Yes Yes Check CR0201 - CR0204 and L0210, L0207, C0220, C0213, C0208, and C0214 for shorts or opens Check CR0205 – CR0208 and Check CR205 - CR208 L0218,and L0215, C0243, L0218, L0215, C0245,C0243, C0250,C0245, and C0246 C0250, forand shorts or opens C0246 for short or open Yes Vbe= 0.7 VDC for Q0201? Troubleshooting Flow Chart for Rx VCO (Sheet 1 of 2) 5.1 2-9 Troubleshooting Flow Chart for Rx VCO (Sheet 2 of 2) Rx VCO not locked at correct frequency Rx VCO not locked Check Synthesizer Check Synthesizer Troubleshooting Troubleshooting Flow Chart Yes DC Voltage at R0211 between 0.6 and 4.5 VDC? No Check C0223, C0225, and C0229 and all components between C0226 and C0214 for shorts or opens VCO 1 Rx VCO 1 or VCO 2 selected? VCO 2 Check C0251, C0252, and C0259 Check components and all components between C0253 andbetween C0253 C0246 C0246 forand open or for shorts short or opens 2-10 6.0 Troubleshooting Flow Chart for Repeater Troubleshooting Flow Chart for Repeater Repeater does not fully initialize (Disabled LED stays blinking) Can it repeat? Yes Re-insert or Replace 30 pin Front Panel cable No No Re-insert or replace SSI cable Does Repeater initialize properly now? Replace Front Panel Board Yes Done No Replace Connector Board and/or Accessory Cable Does Repeater initialize properly now? Yes Done No Troubleshoot Rx Radio Does Repeater initialize properly now? No Troubleshoot Tx Radio Do all LEDs flash on power-up? Yes Done Yes Done 3-1 Section 3 UHF1 PCB / SCHEMATICS / PARTS LIST 1.0 Allocation of Schematics and Circuit Boards 1.1 Controller Circuits The UHF circuits are contained on the Printed Circuit Board (PCB) which also contains the Controller circuits. This Chapter shows the schematics for the UHF circuits only, refer to the Controller section for details of the related Controller circuits. The PCB component layouts and the Parts Lists in this Chapter show both the Controller and UHF circuit components. The UHF schematics and the related PCB and parts list are shown in the table below. NOTE: The UHF Schematics and parts lists are the same for 8471165L03 and 8471165L05. Only the Controller circuits are different between the two PCBs. Table 3-1 UHF1 1–25W Diagrams and Parts List PCB : 8471165L03 Main Board Top Side 8471165L03 Main Board Bottom Side 8471165L05 Main Board Top Side 8471165L05 Main Board Bottom Side Page 3-3 Page 3-4 Page 3-5 Page 3-6 SCHEMATICS Overall Receiver Front- End Receiver IF Amp Receiver Back-End Power Amplifier Power Control Synthesizer Receiver VCO Transmit VCO Page 3-7 Page 3-8 Page 3-9 Page 3-10 Page 3-11 Page 3-12 Page 3-13 Page 3-14 Page 3-15 Parts List 8471165L03 and 8471165L05 Page 3-16 3-2 Allocation of Schematics and Circuit Boards Table 3-2: UHF1 1–25W Diagrams and Parts List PCB : 8471165L06 Main Board Top Side 8471165L06 Main Board Bottom Side Page 3-21 Page 3-22 SCHEMATICS Overall Receiver Front- End Receiver IF Amp Receiver Back-End Power Amplifier Power Control Synthesizer Receiver VCO Transmit VCO Page 3-23 Page 3-24 Page 3-25 Page 3-26 Page 3-27 Page 3-28 Page 3-29 Page 3-30 Page 3-31 Parts List 8471165L06 Page 3-32 UHF1 (403–470 MHz) 1–25W PCB / Schematics / Parts List UHF1 (403–470 MHz) 1–25W PCB / Schematics / Parts List C3018 J0700 J3000 C0706 C0707 C0708 C0709 2 3 2 26 VR4004 J4000 C0705 R0614 R0615 C0145 SH0100 2 3 3 2 2 3 U6402 Q3500 R6403 C6428 C6429 R3520 C6418 C6445 R6454 C6450 C6423 R6443 R6446 C6421 C6422 C6439 C6440 R6456 C6431 C6433 C6407 U6407 C6408 E6401 C6430 R3501 23 4 Q3204 Q3203 2 3 4 C3213 C3280 C1009 R1021 16 C2004 VR4007 R4012 R4011 R1067 R4068 R4069 R4070 R4071 R2004 C2000 R4034 E4001 C4034 C2005 R4106 C4076 E4004 C4015 C4014 C2002 R2011 C1011 C1008 R1066 C1017 C2001 C3209 C4027 C4026 C4025 C4024 C4023 C4022 C4021 C4020 C4019 C4018 C4017 C4016 C1005 C1018 C4006 C4033 C4032 C4031 C4030 C4029 C4028 R2529 1 Q3202 R2005 R4095 R2008C2006R2006 D4001 R2009 R2007 R2010 R4009 C4035 R4010 R2013 C1014 TP4000 C1012 C2003 C4000 C4001 C4002 C4003 C4004 C4005 R0101 C0171 R0107 C2500 C0109 C0127 R0146 C0102 R0110 C1019 R1002 R1072 C3216 R3505 R1000 C1001 R1005 R1006 C4013 8 9 C3212 C1016 C1015 R4006 R1036 C3202 L3200 C1036 C1007 C1013 C1004 16 C3203 C2007 C1010 R1001 C1037 C1031 1 Q3200 9 RT3500 R3203 C3277 C1000 R1045 8 R3550 R3224 R3225 U1006 R3526 C3545 R3595 C3278 C3276 C3273 C3207 R3218 R3587 R3532 C6451 R3596 C3283 C1033 E3503 R3547 L0318 C0140 R0155 R0157 R0102 R0156 C0132 R0109 C0178 R0147 C0113 C0122 R0108 C0118 R0106 C0121 C0117 C0175 R0144 Q0100 C0644 E0606 C0631 C0130 R0161 C0180 C0146 C0105 2 Y0100 4 3 C0196 R4051 VR4003 3 2 2 3 3 C3226 VR3202 C3239 R3504 R1020 R3233 C3220 C3513 R3507 C3219 R3509 R3503 R3500 E3205 C3247 R3588 C3248 VR3204 C3234 C3225 R3576 R3571 C3240 R3515 R4000 VR3503 R4001 R4002 R4003 E4000 Q3501 R1071 C3515 R4004 C1032 C3514 R4005 R3583 E3502 R1026 R3580 R3537 6 C3262 R4061 R1041 34 C1030 R3205 R3538 R4063 C3208 R4064 R3206 R4065 R4066 C3529 R1017 R4067 C1034 C3210 R1025 C1003 R1035 R1014 R1019 C1002 R1034 TP1000 C1006 R2000 R1027 R1028 U3040 C3524 C0353 CR0306 C3238 R3560 C0350 L0317 CR0308 C0345 C3516 R3535 8 5 4 Q3201 C0342 L0315 C0346 C0133 C0129 C0144 C0104 R0111 C0143 C0177 C0125 R0148 R0116 C0103 C0100 PD PC C0110 Q0102 R0114 C0141 PE C0645 C0630 E0605 C0622 R0627 R0607 R0608 R0609 R0611 R0612 R0613 C0124 FS R0159 Q0106 TP0601 E0600 R0158 R0123 C0142 R0119 C0642 R0618 R0617 R0100 C6406 R3594 R2012 C0111 C0128 R0118 R0117 C0126 C0510 CLKOUT L0608 VR3206 C3040 3 1 2 E0703 L0313 Q0301 L0314 R0324 R0325 C0343 C0351 CR0305 CR0307 CR0304 CR0303 R0311 C0304 C0347 R0329 C0337 C0301 CR0302 L0309 C0326 R0316 R3217 C3249 R6467 E3202 R3514 C3511 C3518 C3523 R3508 C3521 C3520 C3528 C3211 C3531 C0336 R0326 C0341 C0340 L0312 L0319 C0352 C0325 C0310 C0329 C0344C0359 C0313 L0310 R0211 L0217 C0314 C0315 Q0300 L0307 L0218 L0302 R0305 C0305 C0300 R0301 C0250 C0320 C0253 CR0207 CR0208 CR0205 L0303 CR0301 C0308 C0323 C0242 R0225 R0224 SH0301 R0304 C0241 C0306 L0215 C0245 CR0206 C0243 C0251 C0246 C0259 L0214 L0213 R0229 Q0201 R0205 C0237 C0236 C0204 L0202 C0200 C0201 R0204 C0205 R0423 L0411 R0422 R0424 Q0405 L0209 CR0201 C0223 CR0204 C0208 CR0203 C0229 CR0202 C0225 R0216 C0252 D0404 C0428 C0432 C0431 C0429 C0430 C0509 L0504 C0240 L0212 L0219 L0210 C0226 C0437 R0226 C3254 C3229 C3538 C3530 4 C0650 C0619 C0617 U0600 C0615 C0611 37 C0621 25 C0620 1 13 C0626 R0420 R0419 L0207 C0220 C0214 C0213 L0407 DOUTB DOUTA R0619 C0643 C0442 3 2 E0601 D0601 C0440 R0418 32 4 E3500 U3005 Q0707 R3042 FL0500 C0605 C0629 R0610 C0633 E0604 E0607 C0638 R0421 C0438 C0439 E0608 L0413 32 4 5 6 C0206 L0203 C0247 C0215 R0201 Q0200 R0425 C0451 R0417 TP0602 C0623 E0602 R0606 C0625 C0627 C0417 D0403 C0416 C0419 C0414 R0405 R0622 C0502 R0621 Q0501 C0409 R0412 Q0402 C0646 C0515 L0604 C0516 L0506 C0504 C0424 C0425 C0423 C0427 C0426 C0433 C0434 R0410 C0408 R0406 R0623 D0402 C0410 C0411 D0401 C0404 C0405 R0404 R0409 L0401 R0503 R0510 C0407 C0406 R0433 C0418 C0421 D0400 R0432 L0404 E6402 C6416 R6455 R6465 R6459 R6450 9 3 R3033 2 1 R3035 R6449 R6460 R6466 R6458 R0706 C0718 D0903 L0403 3 C6420 R6461 R6445 U3500 L0723 C0788 Q0701 R0734 C0936 C0937 C0904 C0420 C6427 C6417 E6407 C6419 C6426 R6402 R0761 R0778 R0700 L0900 C0415 C3501 C3505 R6444 R0751 R0925 L0402 C3504 C0802 R0750 M0700 R0763 R0764 R0762 R0768 R0771 C0804 C0805 1 R0753 Q0709 RT0908 1 R0757 R0741 D0901 L0902 L0901 R0756 Q0708 R0730 R0752 R0744 6 7 R0732 R0773 C0934 C0935 R0927 R0928 R0740 C0781 C0782 R0917 C0914 U0941 D0902 SH0900 C0926 C0947 R0937 R0936 C0951 5 R0924 L0405 R3010 R3009 R3036 R0703 R0702 R0407 C3009 9 8 C0949 2 R3003 C3046 R3004 Q0702 SP0700 SP0706 Q4006 Q4008 3 E3501 R3056 U3006 1 R0929 2 3 1 2 SP0704 SP0701 R4044 C4044 2 C3506 U3002 R3516 3 10 C0918 R4043 R4045 C4043 C4045 C4042 Q4000 Q4002 Q4010 Q4011 Q4004 Q4005 3 C3010 4 R0926 R4042 R3032 R0774 C0796 R0749 SP0702 SP0707 Q0901 C0929 U0940 4 C0931 5 8 C0922 R0940 C0921 C0948 C0950 R4047 C4047 2 5 6 4 2 1 Q0704 R3002 2 R0950 R4046 R4041 C4041 C4046 VR4002 VR4001 C3008 SP0705 SP0703 D0906 C3007 R4040 C3005 C4040 C3019 C3002 C0714 C0777 L0714 D0900 R0748 C0797 C0901 Q0900 C0798 C4075 VR4000 VR4005 C0799 R0930 C0915 E4005 Q4013 R4048 R0742 C0713 R0745 Q0706 R0914 R0903 R0902 C0908 R0923 C0909 R0907 R0931 C0900 E0701 3 R0738 R0735 R0920 C0939 R0915 R0911 R0912 C0910 R0906 U0901 C0906 C0907 R0901 R0916 R0900 R0909 C3006 C0700 U3001 C0701 C3015 C0702 C0711 C0712 R4050 E3000 R0729 C0703 C3000 L0722 25 C4048 C0704 E0700 R0776 R0713 C0748 C0776 VR0700 C0710 L3202 2.0 3-3 R0105 C0120 C0195 L0100 30 J4001 UHF1 (403–470 MHz) 1–25W 8471165L03 Top Side J4002 UHF1 (403–470 MHz) 1–25W 8471165L03 Bottom Side 11 14 C0115 C0101 R0115 C0148 R0122 R0125 C0150 R0128 R0131 R0120 C0179 2 3 Q0107 C0602 C0603 R0601 E0609 Q0601 SH0101 C0649 D0600 C0613 C0147 L0602 R0604 L0605 E0603 C0628 C0614 R0616 C0503 R0501 R0512 C0637 C0634 C0635 C0601 C0636 R0401 C0403 R0414 TP0401 C0401 Q0403 R0413 R0509 C0512 C0514 C0651 R0626 E0403 C0436 C0452 C0453 C0413 TP0400 R0946 R0954 C0925 R0955 C0953 C0923 C0927 U0900 R0943 RT0953 R0947 U0942 1 R0951 R0415 R0416 R0428 R0430 R0910 Q0902 C0913 C0917 R0960 R0941 C0902 R0942 R0429 L0406 R0402 C0928 R0921 C0640 C0506 C0912 E0401 C0412 TP0907 C0772 L0903 R0972 C0941 R0976 R0977 C0723 R0625 L0503 L0710 C0942 TP0913 R0975 R0974 R0979 C0945 TP0904 TP0903 R0978 R0971 R0970 5 3 C4063 C0944 2 3 D0700 C4068 VBUS2 VBAT C0727 USB2_DM VR4006 APM_1_WIRE C4070 USB2_DP C0737 R3548 C4066 R3529 C4069 C4065 C4067 VBAT_GROUND L0719 C0810 C0943 U0601 C0507 C0422 C0740 D0500 E0400 C0400 R0944 R0500 E0500 L0410 Q0401 R0918 C0761 E0610 AA1 R0938 C0513 C0448 3 T0400 6 4 C0454 C0911 L0707 C0920 C0919 C0916 R0919 R0922 C0402 4 T0401 3 CR0400 C0739 R0502 D0405 C0455 R0400 C0738 R0511 C0449 C0779 Q0500 C0443 R0431 R0403 TP0711 C0632 SH0300 R0508 C0445 L0408 C0767 C0612 C0446 C0447 C0735 TP0713 47 07 C C0803 L0603 R0219 C0766 C0742 R0605 E0201 6 Q0400 L0708 L0706 C0812 R0427 4 C0616 C0607 C0207 L0412 C0456 TP0708 C0746 C0441 3 L0409 C0819 C0764 C0760 C0732 R0770 R0772 R0769 TP0707 R0719 TP0301 C0756 R0766 R0767 R0765 C0719 D0702 C0618 L0204 L0200 C0818 C0202 C0753 C0221 L0206 C0222 R0220 R0221 C0231 C0731 C0808 C0765 C0745 C0729 C0730 R3034 R0624 R0602 Q0600 R0603 C0610 R0212 C0209 C0224 R0206 R0207 C0217 C0755 20 SH0500 R0213 R0210 C0219 L0205 C0211 R0202 C0203 R0203 C3013 C0721 TP0600 R0104 C0770 C0771 R0728 S0700 R0775 2 R4054 2 VR3504 R3006 C3012 C3014 U3003 6 EXT_PTT L0700 C0648 C0137 R0722 R0727 C0787 R0739 L0720 C0791 07 R0426 C0444 R0230 Q0202 C0743 R0160 R2504 C0754 C0744 TP0702 C0809 C0248 L0211 C0814 C3020 R3005 C C0191 C0233 C0257 C0249 R3524 1 3 2 3 R6433 R3545 R3540 C4064 C0741 C0604 C0119 E0301 R0754 R0720 R0718 R0755 TP0909 14 Q3041 VR3040 R4031 R4088 R4089 3 2 EMERGENCY IGNITION_SENSE R6436 C6438 C6436 R6435 26 C0194 L0221 C0235 L0702 C0193 C0334 U0303 L0705 U0201 C0258 R0218 C0302 C0716 C0717 Q0705 C3500 U3505 R3047 R3053 R3039 D3030 Q3030 C3030 R3040 4 5 R4033 VR3000 C0192 R0103 C0135 C0328 C0327 R0759 C0801 R0777 TP0703 C0800 C0162 R0321 CR0300 R0327 C0361 C0322 R0334 R0711 L0718 Q0108 U0304 R0319 C0218 R0306 E0302 R0302 R0337 R0208 R0303 L0300 C0238 C0303 C0239 C0309 C0307 R0320 C0316 C0728 R3502 R3506 8 7 R3525 C3510 U3030 R3048 2 R4055 R4032 3 C1 C3 A3 C6435 R6430 07 C0647 C0123 R0332 1 C0160 R0113 L0306 R0333 C0811 C0157 R2514 R2512 R2528 R2526 R2527 Q0703 C0159 R2501 R2507 L0721 C0163 R2506 R2517 R2516 R2513 R2518 R2525 C0317 R0747 C0792 C0793 C0794 R0134 R0331 R0310 C0321 U3004 R3008 VR3200 C3522 1 8 C2501 R3046 C3041 R3045 R3055 C0164 R1044 L0304 R0307 R0312 C0318 C0324 C0815 5 C0138 34 U0101 R2515 U0700 TP0704 C0817 R3044 C0734 C0230 20 C0733 C0331 22 C0795 C0360 R0308 Q0302 R2502 R2519 R3577 R2520 R0760 R0714 C3043 R0715 C0311 21 C3017 TP0705 C3044 R3007 C3016 C R0620 J4003 Q3040 C3507 C0786 C0775 TP0709 C0789 L0715 C0780 C0165 Y1000 C0319 L0305 R3581 R3043 C3543 R3539 R3530 R3534 3 R3209 R3549 C3512 R3523 C3011 Q3502 L0311 2 R3248 C3261 Q3206 C3275 R3226 R3228 R3210 C3274 C3509 R0140 2 R3521 C3021 C0149 4 R3050 L1 C0136 R1054 U3203 5 34 R3037 R0139 AA21 C3204 C3272 VR3502 3 C0348 R3579 J2500 R3582 R4090 E4003 C3218 R3222 C3217 R3223 2 C0151 R0127 3 D3200 C3222 Q3503 C3519 C3282 C3237 R3057 R3051 C0134 U1000 Q3205 C1 C3A3 C3233 R1048 C3260 VR3201 VR3208 C3221 R3236 U3202 C3231 C3227 C3243 R3536 1 R3038 C0158 G1 C3532 Y3201 R3219 1 C3517 R3541 C3527 C3525 C3526 7 Q3032 C0156 A1 E3203 VR3203 C3535 R3546 C3228 R3528 R3030 C0166 G8 3 C0161 U2000 R3544 C3032 C0108 J9 A9 R4096 C4089 R4097R4099 R4093 U4006 A8 U4007 U4005 U4004 C4086 C4087 8 C0357 C0358 C0363 C0362 C0349 C3214 A21 VR3205 R3533 R3220 C3270 R3247 U3502 R1060 C1044 E3208 E3206 R3591 2 U0100 A1 P1 5 U3501 R3511 6 10 5 8 R4030 L11 U2001 R3592 E3201 R6468 U6404 C3031 C3045 C0131 R3227 14 Q4012 C0112 A11 R3216 16 R4049 R2508 2 R3561 R3572 R3052 R2524 3 R3201 1 Q3504 R3054 R4080 R4081 R4082 R4083 R4085 C3215 A1 L3201 R3578 R3558 R3559 C3042 R3041 C4053 R4078 J1 R3585 C3540 C3205 U3504 E2500 R2521 R2523 R2522 6 4 U3201 1 3 C4071 C4072 C4074 R6464 U4001 C4085 R3593 R6401 R1047 8 14 C4084 C3257 C4073 C3232 Q3505 R4079 R3542 C3252 C3544 9 VR3207 R4086 R3513 D3040 R1070 R3584 R3569 Q4001 R4035 C0114 C0107 C0106 R0126 VR4008 R3586 C3533 C4055 C4062 C4061 C4060 C4058 R2511 R2509 R2510 R3237 U4000 Q4014 C4051 R4076 C3281 8 Q4009 C4049 R4074 C3265 Q4007 Q4003 C1035 R3241 C3502 C3539 R1046 R6469 U3200 R4103 R4101 R4100 R4098 R3562 R3245 R4023 C6449 7 R6420 5 8 R6438 P14 R6439 E4002 C3542 R6440 U3508 4 R3575 C3508 A14 R3246 R6437 R3563 R3510 U3503 4 C3503 R3573 R3574 R6457 C3541 C6401 R2500 R3512 C3536 1 Q4015 C3534 C4059 R4084 R3204 R6419 R6418 R6417 R6416 C6452 C6434 C6446 R6434 TX_RAMP C3269 Q6401 J6400 U6405 C6437 2 Y3200 3 4 U6408 C6443 R6470 R6409 R6411 C4088 R3243 ANT_C R6407 C3206 C3279 R6432 Q3208 C3200 R3215 P1 L6402 USB1_DP C4011 C4012 C4010 C4007 R3208 A1 VR6400 E6400 R3207 Q6402 L6403 C6414 C6413 C6412 R3240 C3201 R3200 R4105 C3266 U6401 P10 C6444 Q3207 8 5 4 A10 3 2 4 5 C4090 R3238 R6404 U6406 R6410 USB1_DM U4008 R3239 R6405 C6432 FL6401 VBUS1 R4094 MMP_1_WIRE 3-4 UHF1 (403–470 MHz) 1–25W PCB / Schematics / Parts List D4000 L0904 R0973 D0905 C0778 C0940 D0904 R0913 C0903 C0813 SH0901 1 C0641 UHF1 (403–470 MHz) 1–25W PCB / Schematics / Parts List 3-5 C3018 J0700 J3000 26 C0706 C0707 C0709 C0708 2 2 3 3 R4051 Q4008 Q4006 2 U6402 C6429 C6428 C6445 R6446 C6421 C6407 U6407 C6408 C6422 C6433 R6443 9 C1037 C1036 C1007 C3212 C1011 R2005 C1008 R1066 C2005 C2001 R2000 L3200 1 Q3202 9 C1016 R1000 C1014 C1017 C3202 16 C3209 L3202 C4027 C4026 C4025 C4024 C4023 C4022 C4021 C4020 C4019 R2007 C4018 R4009 TP_SDRAM_CS C4017 R4010C4035 C4016 C4034 E4001 C4076 VR4007 E4004 C4015 R4012 C4014 R2012 R4034 TP_SDRAM_BA0 C2004 TP_SDRAM_BA1 R2013 R4106 R2004 C2000 C2003 C4006 C4033 C4032 C4031 C4030 C4029 C4028 R2529 R1006 C1005 C1019 R1002 C1018 16 R4011 C1000 R1045 C1010 R1001 R1036 1 Q3200 C2002 R0107 C0171 R0105 C2500 C0109 C0120 C6418 2 3 3 Q4005 Q4004 Q4011 Q4010 3 2 2 3 3 2 2 3 3 3 R3547 VR3503 R4001 R3526 R4002 E4000 R4003 C3515 C1032 C3040 R4004 R1071 C3514 E3503 R3583 R3580 E3502 R1026 R4005 R1005 6 C3262 R3576 R4061 VR3206 C1030 R3571 C3538 R1041 3 4 R3205 R4063 C3247 E3205 C3208 R4064 R3206 R4065 R4066 C3248 VR3204 2.9V_MAKO_V6 C3529 R4067 R3588 R1017 C3210 C3234 C3225 R1025 C1034 R1014 C3226 U3500 C1003 R1035 C1002 VR3202 R1019 TP1000 R1034 C3239 R1027 R1028 C1006 R3504 C1033 R1020 R3233 C1013 TP_SDRAM_CLK C1031 VBUS2_CMD C3220 C3513 VBUS1_CMD C3277 R3507 C3219 R3503 R1067 C3280 R3500 R4068 R4069 C1009 R3596 R4070 R1021 R3501 R4071 C2007 23 R4006 4 TP4000 C3213 Q3203 R2011 23 D4001 R4095 4 R2008C2006 R2006 C3216 Q3204 R2009 R2010 C0342 R0324 R0325 C0313 C0314 C0308 C0323 C0325 C0329 C0359 R3532 Q3501 C0353 CR0306 CR0307 CR0308 Q0100 R0146 C3238 C3240 R3515 C3545 R3595 8 R3505 R3514 R3509 R3550 C3511 C3518 9 3.6V_MAKO_ RT3500 R3508 SW1 C3521 C3523 C3528 R3203 C3283 C3520 C3278 C3276 C3211 C3531 R3538 R3587 R3535 R3537 C3207 R3218 C3273 C3203 Q3201 R3224 8 5 4 R3225 R3560 U1006 8 TP_POR C4013 C0125 C0110 R0114 R3217 C3249 C1015 C1004 C1012 C1001 C0140 R0155 C0133 R0157 R0156 R0102 C0132 R0148 R0109 C0178 R0147 C0130 C0122 R0108 R0101 R0161 C0196 C0113 C0180 C0118 C0121 R0123 C0146 C0117 C0175 2 R0106 Y0100 C0195 R0144 3 4 C0145 L0100 R0110 Q0102 C0102 SH0100 L0317 C0343 C0345 C0177 R0158 L0318 C3524 SH0301 C0127 R0111 R0116 C0104 C0129 C0143 C0144 R0100 C0350 C3254 C3229 C3530 R3594 C3516 U3040 R0305 C0304 R0329 C0347 C0337 L0313 Q0301 C0336 L0314 C0300 C0301 CR0301 CR0302 C0111 C0128 R0117 C0346 C0310 C0344 CR0305 C0351 R0211 R0311 C0326 L0309 L0310 CR0304 CR0303 L0218 L0217 CR0206 L0312 L0319 L0315 C0352 L0307 C0253 CR0205 CR0207 CR0208 R0118 L0302 R0304 C0305 R0316 C0250 C0320 R3033 R3056 U3005 2 1 E3202 R0326 C0340 C0341 L0303 C0315 Q0300 R0301 C0124 C0126 TP0601 FS DOUTB DOUTA R0226 L0214 R0224 R0225 C0241 C0242 Q0201 C0223 CR0204 CR0203 CR0202 CR0201 C0226 L0209 L0210 C0306 C6451 R3042 TP_MAKO_DCLK TP_MAKO_FSYNC TP_MAKO_TX USB1_SEO USB1_DAT TP_MAKO_RX USB1_TXEN C0142 R0119 C0141 C0105 C0100 C0103 25 R0205 C0237 C0236 L0213 L0202 C0200 C0201 R0204 C0205 C0213 C0208 C0229 C0225 C0259 C0252 C0243 C0251 C0245 C0246 C0442 R0420 R0419 C0240 L0212 L0219 L0215 C0214 C0220 R0159 1 U0600 13 C0642 R0617 R0618 C0440 R0418 L0407 C0438 C0439 L0207 R0216 Q0106 C0510 E0600 C0622 R0627 R0607 R0608 R0609 R0611 R0612 CLKOUT R0613 PE E0608 R0619 C0645 C0630 C0644 E0605 R0614 E0606 C0631 PD R0615 L0608 PC C0646 D0601 C0643 L0203 C0204 C0215 C0247 Q0200 R0229 5 4 FL0500 3 2 C0620 6 C0619 C0617 C0615 C0611 37 C0621 E0601 C0625 C0627 C0629 R0610 C0633 E0604 E0607 C0638 R0433 R0424 Q0405 C0451 R0422 L0411 C0418 C0428 C0432 C0431 C0429 C0430 C0509 R0623 L0504 R0503 R0621 R0606 32 4 R0421 R0417 TP0602 C0650 C0605 C0626 C0623 E0602 C0206 R0201 C0437 32 4 L0413 Q0402 R0423 C3505 C3501 3 R6467 E0703 C0718 R0702 2 1 R0761 R0778 Q0701 R0734 R3035 Q0707 R0700 R4000 C0788 M0700 1 R0763 R0764 R0762 R0768 R0771 C0802 R0750 R0751 R0703 R0425 D0404 C0416 C0417 R0405 D0403 C0408 C0409 R0412 Q0501 R0510 R0622 C0502 L0604 L0404 L0403 R0406 C0504 L0506 C0424 C0425 C0423 C0427 C0426 C0433 C0434 C0515 R3036 MAKO_GATED_32KHz R0410 C0516 R0756 Q0708 C0804 C0805 C0904 C0407 C0405 R0404 R0409 L0401 C0419 D0402 C0411 C0410 C0404 R0730 R3010 C3504 R3009 C4000 C4001 C4002 C4003 C4004 C4005 D0903 C0414 5 L0900 C0415 C0406 R0753 RT0908 1 C0420 C0936 C0937 Q0709 SH0900 U0941 D0902 C0918 R0925 R0757 R0741 R0773 C0934 C0935 D0901 L0902 R0928 R0927 C0926 C0947 C0951 R0917 C0914 R0929 L0901 6 R0732 R0740 C0781 C0782 L0402 L0405 D0401 C0421 R0432 D0400 R0407 R0926 7 R0706 SP0704 SP0701 SP0700 SP0706 8 C0949 9 L0723 R0744 R0752 10 C3009 E3501 C6426 R6402 R6403 C6427 E6402 C6417 E6407 C6416 R6445 C6419 R6449 R6466 R6444 R6465 C6420 R6450 R6454 C6406 R6461 C6450 R6455 R6460 C6439 C6423 R6459 C6440 R6458 R6456 E6401 C6431 C6430 R3516 R3520 Q3500 C3010 U3006 2 Q0702 C3506 U3002 3 E3500 R0774 2 R3032 2 3 4 C0929 U0940 4 C0931 5 8 C0922 R0940 C0948 C0921 C0950 R0936 R0937 Q4000 R3003 C3046 R3004 R0749 C3008 SP0705 SP0703 SP0702 SP0707 1 R0950 2 5 6 1 R3002 C0799 C0798 R0748 R0930 C0915 Q0901 R0924 E4005 C4075 Q4013 VR4001 VR4002 VR4000 VR4005 R4048 VR4003 C3007 R4041 R4042 R4047 R4045 R4044 R4040 R4046 R4043 C4042 C4040 C4044 C3005 C4041 C4046 C4047 C4043 C4045 C3019 Q4002 SP3001 C3006 C3002 C0714 R0745 Q0706 SP3000 R0742 C0713 C4048 R4050 U3001 E0701 C3015 C0701 C0700 E3000 C0748 2 1 Q0704 4 R0738 L0714 C0797 C0796 D0900 R0906 R0903 C0908 R0923 R0902 C0909 R0907 R0931 C0900 C0901 Q0900 D0906 R0776 C0711 C0712 25 C0704 C0703 C0702 E0700 3 C0777 R0914 R0900 R0735 R0911 R0912 C0910 R0915 U0901 R0909 R0729 R0916 R0920 C0939 R0901 C0906 C0907 R0713 VR0700 C0776 L0722 J4000 C0705 C0710 C3000 3 2 VR4004 J4001 30 UHF1 (403–470 MHz) 1–25W 8471165L05 Top Side UHF1 (403–470 MHz) 1–25W 8471165L05 Bottom side J4002 U2000 A1 G1 11 C4091 R2506 R2517 R2516 R2513 R2518 R2525 J4003 14 R2514 R2512 R2528 R2526 R2527 C0123 R0113 TP504 TP501 TP503 TP502 TP_TEST1 C0119 C0115 TP_TEST2 C0147 SH0300 C0233 C0137 SH0101 C0148 C0101 2 R0104 3 R0115 R0122 R0125 C0150 R0128 R0131 R0127 Q0107 C0613 C0602 C0603 R0601 E0609 Q0601 C0506 R0508 C0607 C0614 C0649 R0509 C0512 D0600 R0501 E0603 R0616 R0512 L0602 L0605 C0628 C0452 C0503 C0601 TP0600 TP0400 C0413 R0954 C0637 C0635 C0634 C0636 C0953 C0514 1 RT0953 R0942 R0947 C0923 U0900 C0927 U0942 R0943 C0912 R0921 R0428 R0429 R0430 E0403 C0436 R0415 R0414 R0416 Q0403 C0403 R0402 TP0907 R0976 R0977 C0723 R0626 R0500 C0651 E0500 R0625 Q0400 E0401 R0413 R0910 R0960 Q0902 C0913C0917 C0766 C0940 C0941 C0942 L0710 TP0913 R0979 C0945 TP0904 TP0903 R0978 L0903 R0971 R0972 R0970 C0772 C3013 VR6400 3 2 C0737 R0975 R0974 C0944 D0700 USB2_DM C0727 VBAT VBAT_GROUND VR4006 VBUS2 USB2_DP C3014 L0719 C0810 5 3 C4068 R3548 C4066 R3529 C4065 C4063 C4069 APM_1_WIRE C4070 VR3504 R4054 2 R3540 R6433 R6436 C6438 C6436 EMERGENCY IGNITION_SENSE R6435 U6405 C1 C3A3 R3545 C0943 C0640 L0503 C0402 C0401 SH0901 TP0911 C0928 R0951 R0918 L0706 TP0713 C0735 U3003 6 2 2 3 R3006 C3012 1 3 3 EXT_PTT R4031 47 07 C R4032 R4088 R4089 2 R6437 D0905 U0601 C0507 L0406 C0412 C0740 C0453 C0813 D0500 E0400 C0400 R0944 C0513 D0405 C0422 C0920 C0919 C0916 R0919 R0922 C0911 E0610 C0448 3 T0400 L0410 4 6 R0938 R0401 L0707 Q0401 TP0711 C0454 C0739 R0502 C0443 CR0400 C0738 C0455 R0400 4 6 T0401 3 R0431 R0403 L0708 TP0708 C0779 R0511 C0449 C0778 Q0500 TP0401 L0408 C0767 L0603 C0612 C0445 R0427 R0770 R0772 R0769 S0700 C0742 C0618 C0446 C0447 L0412 C0456 C0756 R0766 R0767 TP0707 C0787 R0739 R0775 C0746 R0602 R0603 R0624 E0201 D0702 C0616 C0610 C0647 R0605 R0604 R0219 SH0500 L0204 C0207 C0209 R0212 C0224 R0206 R0207 C0764 C0760 C0819 C0441 C0753 C0765 C0731 R0765 C0770 C0771 R0728 C0761 L0409 C0818 C0812 R0426 C0444 C0730 C0745 C0808 C0729 R0727 R0722 C0732 TP0301 C0755 C0754 C0744 TP0909 R0754 R0720 R0718 R0755 C0791 L0720 C0814 R3034 C0632 R0230 5 L0211 C0138 34 R0213 Q0202 C0249 U0101 R0120 C0248 C0219 Q0108 TP_ADAPT_SW L0205 C0211 C0179 R0202 R0210 C0203 R0203 C0217 C0221 L0200 L0206 C0222 C0202 R0220 R0221 C0231 R0160 E0301 C0743 R0719 C0803 C0648 C0235 L0221 U0201 R0218 3 C0721 Q0600 R0103 C0135 U0303 C0716 C0717 U0700 R0777 C0817 C0795 R0759 TP0710 Q0705 C0801 C0719 C0191 R2504 C0811 C0193 AA1 C0302 C0316 TP0704 L0705 C3020 2 Q6401 J6400 ANT_C R4033 3 R4055 R3005 R3048 VR3040 Q3041 Q3030 R3039 D3030 5 U3501 6 10 R3055 C0162 C0334 Q0703 C0160 U0304 R0321 CR0300 R0327 C0361 C0800 C0163 R0331 R0332 C0328 C0327 C0317 R0333 C0218 E0302 R0302 R0337 R0208 R0303 L0300 C0238 C0303 C0309 C0239 C0307 R0320 R0319 C0331 C0230 L0306 C0322 R0334 R0312 R0310 C0321 L0721 1 L0718 TP0702 C0734 C0809 L0702 R0134 C0159 R2501 R2507 L0304 R0747 C0258 C0257 R0308 C0792 C0793 C0794 C0164 OPT_SSI_SYNC C0733 C0134 C0136 20 R0715 TP0703 R3502 L1 22 5 34 C3272 C3204 AA21 R1060 C1044 R2515 R1054 R1070 R1044 R0711 C0728 C3500 R3506 R3524 14 C3507 R0307 R0306 U3004 U3505 8 7 C3510 R3525 R3528 C3509 C0815 C0786 C0775 TP0709 C0789 L0715 C0780 R0139 C0161 C0166 R0140 C0149 C0156 C0151 C0158 C0319 1 C0318 C0311 Q0302 C0324 R3044 R2502 R2519 TX_RAMP_DAC R3577 R2520 21 Q3040 R0760 R0714 C3043 TP0705 VR3200 C3017 C3021 C0360 R4090 R3223 J2500 R3582 C0741 C0604 Y1000 4 R3008 C3522 R3549 R3534 C3525 1 R3046 R3045 5 U3030 1 4 8 R3050 U0100 2 C3044 R3581 R3226 Q3206 R3043 R3248 EXT_MIC C3261 MAKO_V9_3V C3275 R3228 R3210 C3274 R3007 C3016 C0131 U1000 R3249 R3037 L11 C3218 E4003 C3217 R3222 C3205 R3523 C3011 R3521 R3038 L0305 C3233 3 Q3205 R3209 INT_MIC C3512 R3057 R3051 VR3502 L0311 R3544 R3546 C3535 C3222 C3243 C0357 C0358 C0363 C0362 C0349 C0348 C3237 VR3201 VR3208 D3200 C3260 1 C3517 C3526 4 TP_VCTRL 3 7 C3519 Q3032 2 3 VR3000 C0194 G8 8 R3220 R6469 C3227 C3221 R3512 R3586 E3208 E3206 E3203 R3591 R3510 U3504 U3508R3592 R3584 R3585 C3030 R3053 1 L0700 C0192 A8 C3031 R3236 R1048 U3203 C1 C3A3 U3202 C3282 Q3504 2 R3536 C3532 R3530 R3551 R3539 Q3502 R3554 Q3503 U3502 R4035 C0157 R4096 14 Y3201 R3219 R6468 U6404 U6408 VR3203 R3533 MAKO_V8_5V 16 E3201 9 D4000 R0620 U4007 U4006 C4086 1 R3052 A1 U4000 R3040 R3030 C0165 J9 A9 C4089 R4097 R4099 U4005 C3214 A21 R3578 R3558 C3041 R3559 R3054 SPI_MISO_1 SPI_MOSI_1 SPI_CLK_1 8 2 3 R3047 C3042 R3041 C3032 C0112 A11 R3227 R3237 R3216 J1 A1 E2500 D3040 R2508 U2001 C3536 R3511 C3502 C3540 C3503 C3539 R3513 C2501 R1046 E4006 C4059 C4094 C4093 U4009 C4049 R4074 C4092 U4010 C4051 R4076 C4053 R4078 C4055 R4080 C4062 R4081 C4061 R4082 C4060 R4083 C4058 R4085 R2524 R2511 R2509 R2510 2 U3200 4 5 8 U3503 I2C_ R3573 CLK R3574 I2C_DATA R6457 RF_ATTN_2 R3579 MAKO_CE C1035 R6420 R4086 R4023 C4071 R4103 C4072 R4101 C4074 R4100 C3541 E4002 4 C6449 C3542 R6464 7 5 8 P14 R3593 R1047 U4001 C4085 R6401 8 14 C4084 C3257 R3556 C4073 C3232 Q3505 R4079 VR3207 C3231 R3555 R3542 R3552 C3252 R3541 C3228 C3527 VR3205 R3553 P1 R3575 R3569 C0108 VR4008 3 R3572 R6470 R6409 IF_TEST 2.8V_RF_TEST C6401 FL6401 C3508 C3045 C0114 C0107 C0106 R0126 U4004 C4087 L3201 TX_RAMP C3291 C3206 C3290 C3289 2 C3215 R2500 4 3 Y3200 A14 P1 P10 Q4015 R4030 TP_FLASH_CLK R3253 Q3208 R6419 R6418 R6417 R6416 C6452 C6434 U6401 R6440 C4088 C3281 R3215 A1 R6438 R6439 R4093 C3265 USB1_DP C4011 C4012 C4010 C4007 C3270 R3247 R3246 6 4 C3269 1 3 R3245 R3207 R3252 U3201 R3250 C3200 Q3209 C6446 R3240 R3204 Q6402 1.5V_RTC_TEST ROUT_TEST R4105 R3243 R3208 C3279 Q3210 R3200 Q3207 8 5 4 R3241 U6406 R6404 C3201 C6432 R6405 USB1_DM R3239 C3266 A10 R6411 32 45 C3534 Q4009 Q4001 Q4007 Q4003 Q4014 R4049 20 R6410 C6443 C6444 SPI_CLK_TEST L6403 R4098 Q4012 07 CLK_ACQ_TEST R3238 R6407 C4067 26 L6402 C3533 07 C6413 C6412 E6400 C6435 R6432 C4064 C C6414 R6430 C6437 R6434 C MMP_1_WIRE R4094 U4008 VBUS1 C4090 3-6 UHF1 (403–470 MHz) 1–25W PCB / Schematics / Parts List R0973 L0904 D0904 R0913 C0903 C0902 R0941 R0946 TP0910 C0925 R0955 C0641 UHF1 (403–470 MHz) 1–25W PCB / Schematics / Parts List 3-7 PA_SUPPLY 9V3_PA 9V3 RAW_B+ 9V3_PA 9V3 5V 1.8V_TH_DIG 2.8V_TH_DIG 2.8V_TH_ANA 5V_SW 1.875V_DIG_V2 2.775V_DIG_V4 2.775V_ANA_V7 SPI_BUS(0:4) 0 SPI_MOSI SPI_MISO SPI_CLK THK_CS ABACUS3_CS 1 2 2 3 3 4 4 TX_SSI_BUS(0:2) 0 TX_SSI_DATA TX_SSI_CLK TX_SSI_FSYNC 0 1 SPI_MOSI_IN SPI_MISO_IN SPI_CLK_IN TH_CEX ABACUS3_CEX_IN RX_VCO_SEL1_ RX_VCO_SEL2_ TX_VCO_SEL1_ TX_VCO_SEL2_ RX_VCO_SEL1 RX_VCO_SEL2 TX_VCO_SEL1 TX_VCO_SEL2 VCTRL SF_OUT HP_MOD_OUT PRSC VCTRL SF_TH HP_MOD_OUT PRSC 9V3_SYNTH 9V3_VCO 9V3_SYNTH_IN 9V3_VCO VCO_UHF1 TX_INJ TXINJ ( TX: SHEET 1 ) ( RX: SHEET 2 ) TX_LP_UHF1 ( PA: SHEET 1 ) ( PC: SHEET 2 ) 0 1 1 2 2 SDTX TX_CLK SFTX SYNTH 9V3 9R1 RXINJ 9V3_SYNTH_OUT 9R1 PREDRIVE_SW RX_IN CONTROLLER_&_GPS ( TOP LEVEL: SHEET 1) PREDRIVE_SW PC_ATTEN_ENA FINAL_BIAS_1 TX_DAC ANT_ENABLE LO_BATTERY_DET RF_ATTN_1 RX_SSI_BUS(0:2) 0 RX_SSI_DATA RX_SSI_CLK RX_SSI_FSYNC RX_SSI_SYNCB DMCS RESET_OUT ADAPT_SW LOCK_DETECT 1 2 2 16.8_GPS PREDRIVE_SW PC_ATTEN_ENA PA_BIAS TX_DAC ANT_ENABLE LO_BATTERY_DET PA_TEMP 0 1 RX_SSI_DATA_PASS_OUT RX_SSI_CLK_PASS_OUT RX_SSI_FSYNC_PASS_OUT ABACUS3_SYNCB_IN DMCS RSTB ADAPT_SW LOCK 16.8_GPS SPI_MOSI_OUT SPI_MISO_OUT SPI_CLK_OUT ABACUS3_CEX_OUT RX_SSI_DATA_PASS_IN RX_SSI_CLK_PASS_IN RX_SSI_FSYNC_PASS_IN 0 1 2 3 0 1 2 ABACUS3_SYNCB_OUT 5V_BE 1V8_BE 16.8_REF RX_INJ RXFE_UHF1 RX_IN ( 1 SHEET ) NC 9R1 RF_ATTEN_1 FE_TUNE RX_FLTR_VCTRL IF ABACUS_SPI_BUS(0:3) 0 1 2 3 ABACUS_SSI_BUS(0:2) SPI_ABACUS_DATA SSI_ABACUS_DOUTB SPI_ABACUS_CLK SPI_ABACUS_CEX IF 0 1 2 SSI_ABACUS_DOUTA SSI_ABACUS_CLKOUT SSI_ABACUS_FSYNC SSI_ABACUS_SYNCB RXBE_73.35MHZ (IF AMP: SHEET 1) 16.8_MHZ_BUFF 5V 1V8 16.8_REF (ABACUS3: SHEET 2) UHF1 (403–470 MHz) 1–25W Overall Schematic Diagram UHF1 (403–470 MHz) 1–25W PCB / Schematics / Parts List 3-8 E0400 RF_ATTEN_1_3 9R1_FILT E0401 RF_ATTEN_1 C0400 220pF Q0400 R0401 9R1_FE_6 680 9R1 2 4 1 1 6 Q0401 2 3 C0401 0.1uF 220pF 47pF 5 5 R0402 10 R0403 0 C0404 220pF 6 R0431 10K 3 4 C0402 C0403 C0405 Hi-Side Zeros for Preselector TP0400 TEST_POINT 0.8 VDC Typical 5.6pF 2.7pF C0410 6.2pF 220pF L0413 220nH R0400 27K L0401 15nH R0404 2.7K 2% C0452 4.7pF 1 390 C0454 R0410 C0427 47pF C0426 56pF 6.8pF L0406 9R1_FILT 100K C0418 L0404 3 220pF C0420 4.7pF Q0402 15nH R0409 1.2K 2% 0.7 VDC C0428 47pF R0413 C0433 10nH D0404 6.8pF (V AL UE ) C0425 56pF C0424 56pF C0417 4.7pF D0403 4.3pF C0422 10 dB Attenuator 12pF C0416 4.7pF 3 2.7K 0.10uF 1.5pF L0403 2 NU C0423 47pF C0415 R0406 (V AL UE ) R0407 C0421 10nH C0419 1 1 R0405 5.6K 3.9pF 5.6pF C0409 1 L0402 (V AL UE ) 3 1 100pF 10nH L0405 NC RX_IN 3 2 C0414 220pF 10nH 3 C0408 8.6 VD C (V ALUE ) C0453 C0412 MMBD352 (V UE ) AL D0402 D0401 CR0400 2 C0411 6.2pF 1 C0413 C0407 D0400 2 RXIN_FE_6 C0406 2 C0455 0.1uF (Micro-strip 20 mm Each) R0432 680 R0412 100K C0429 56pF C0431 56pF C0430 56pF C0432 47pF 1 4 NU 2 680 E0403 R0428 MAKO ( 0 ~ 4.6 VDC) FE_TUNE_FE_4 (3.00 ~ 8.00 VDC) Q0403 10K R0429 C0434 220pF 6 5 680 C0436 3 R0414 680 FE_TUNE 220pF R0430 10K R0416 680 R0415 680 9R1_FILT IF_FE_8 IF R0417 39 R0427 51 C0437 220pF +16.0 dBm Min. (250 mV P-P) C0456 100pF TP0401 8.4 VDC L0412 47nH TEST_POINT R0419 1.2K C0438 220pF 2% 1.2K R0421 8.2pF C0443 0.6 VDC RX_INJ_FE_5 R0422 RX_INJ R0433 L0408 L0409 22nH 2% 22nH 2% C0445 L0410 C0444 3 T0400 XFMR 4 3 C0446 8.2pF C0451 C0447 10pF 10pF 22nH 2% C0448 9.1pF 2 1 100pF 1 C0449 13pF 6 IO1 IO2 5 NC NC 5 0 R0423 121 1% R0424 121 1% 22pF 22nH 2% L0411 R0425 332 1% UHF1 (403–470 MHz) 1–25W Receiver Front-End Schematic Diagram 6 2 1 NC D0405 53.6 1% 4 2 Q0405 100pF 10 R0426 2.7K 3 2.2pF R0420 220pF T0401 XFMR C0441 C0442 C0440 IO3 27nH IO4 L0407 1 R0418 3.65K 1% 4 NU (V AL UE ) C0439 NC UHF1 (403–470 MHz) 1–25W PCB / Schematics / Parts List 3-9 5V E0500 R0511 1.2K 5V_BE_5 5V R0500 5.1K C0514 0.10uF C0513 0.10uF R0501 330 R0502 VHF -- 44.85MHz UHF -- 73.35MHz 4-POLE R0503 30K 1.43V R0509 4.7K FL0500 TS75 73.35MHz C0506 3 IN 18pF OUT 6 C0510 6.2pF GND2 C0509 4 330nH C0503 0.10uF NU 3 1 0.76V 0.10uF 2 CC1 5 CC2 L0503 L0506 820nH C0512 IF_OUT 1.6V C0502 0.10uF C0504 IF_TO_ABACUS Q0501 C0507 1 GND1 IFIN_BE_8 IF R0512 51 20K 0.10uF Q0500 D0500 2 C0515 C0516 NU NU 0.10uF 0.72V R0510 30K R0508 56K L0504 NU SH0500 SHIELD 1 UHF1 (403–470 MHz) 1–25W Receiver IF Amp Schematic Diagram UHF1 (403–470 MHz) 1–25W PCB / Schematics / Parts List 3-10 VVCO TP0602 TEST_POINT C0601 SPF_3.5V C0602 .01uF 1 TP0600 TEST_POINT 43pF C0603 220pF C0604 0.10uF R0601 68 TP0601 C0605 C0650 30pF R0621 0 TEST_POINT R0602 10K 43pF IF_OUT R0622 R0623 NU NU C0607 18pF Q0600 # C0611 1000pF 3VA 5V 2nd LO LF C0610 68pF L0602 C0612 R0624 2.7uH .01uF C0615 C0614 43pF R0605 330 R0604 24K L0604 10uH L0605 10uH C0620 0.10uF C0621 0.10uF 38 37 GNDP 39 VDDL VDDP IOUTL 42 40 41 CXVM 45 44 43 LOP LON CXVL CXIF GNDI 47 VDDH PD PC VDDD PE R0607 35 NU 34 33 SB_1_BE_5 SSI_ABACUS_SYNCB 31 FS_1_BE_5 R0608 30 SSI_ABACUS_FSYNC 29 R0609 0 28 DOUTB_1_BE_5 SSI_ABACUS_DOUTB SSI_ABACUS_DOUTA 27 0 DOUTA_1_BE_5 R0612 CLKOUT_1_BE_5 R0611 26 PE 25 C0630 0.10uF PD SSI_ABACUS_CLKOUT PC 0 C0631 0.10uF 0 E0604 FS DOUTA DOUTB CLKOUT * C0632 4.7uF R0613 FE_1_BE_5 0 FD_1_BE_5 SPI_ABACUS_CEX R0614 C0633 0.10uF SPI_ABACUS_DATA # C0635 100pF FC_1_BE_5 R0615 0 SPI_ABACUS_CLK .01uF # C0634 E0606 E0605 # C0636 100pF 0 R0626 68.1K R0625 51.1K 1V8 3VA .01uF C0641 1V8_3 E0607 BK1005HM471 E0610 C0651 100pF U0601 3VA C0638 # R0616 100K 2 5V 6 4 3 1 NP VOUT VCONT VIN C0640 2.2uF E0608 FB C0637 1.0uF GND 0.10uF 3VA R0627 0 32 24 23 GNDS1 GNDD CLKN 21 VREFN 22 VREFP 13 12 CLKOUT GNDA CLKP 11 VDDA 20 10 R0610 0 DOUTA 19 # DOUTB GCN GNDC C0629 2200pF FS U0600 AD9864 GCP VDDC # VDDF 18 9 GNDH GNDQ 8 IF2P 17 7 0.10uF C0628 SYNCB IOUTC 6 100pF IF2N VDDQ 5 100pF GNDS2 16 E0603 IFIN 48 C0627 GNDF 15 # FREF RREF 3VA 4 36 GNDL MXON 14 3 # C0626 MXOP VDDI 1 46 1V8 200pF C0625 2 3VA 1000pF 2nd LO VCO VHF (42.6MHz/47.1 MHz) C0619 0.10uF FREF_IF 16.8_REF C0618 1uF E0602 C0623 0.10uF 3VA D0600 1SV305 2nd LO VCO UHF (71.1MHz/75.6 MHz) 51 R0603 510 3300pF C0622 R0606 3VA C0649 C0616 NU C0613 0.1uF 5.1K 13pF E0601 E0600 C0617 0.10uF 3VA L0603 270nH 5 L0608 4.7uH C0642 68pF R0619 10K R0617 10K R0618 390 C0643 0.10uF C0644 0.10uF C0645 .01uF D0601 CLOCK VCO UHF1 (403–470 MHz) 1–25W Receiver Back-End Schematic Diagram R0620 C0646 0.68uF CLOCK LF VVCO 9.1K E0609 C0647 10.0uF Q0601 73A04 C0648 10.0uF UHF1 (403–470 MHz) 1–25W PCB / Schematics / Parts List 3-11 2743019447 PA_SUPPLY_TX_PA A+ PA_SUPPLY C0700 30pF E0700 C0702 2200pF C0701 .022uF C0703 30pF C0705 1000pF C0704 .022uF C0706 C0707 NU NU R0776 C0711 0 C0712 1000pF C0709 0.1uF C0708 1000pF NU E0701 C0710 10uF 9V3_TX 9V3_TX R0742 10 2743019447 C0713 100pF C0714 100pF L0700 17nH 9V3_PA E0703 R0700 R0703 NU 2.2K Antenna_En PREDRIVE_SW 47K R0702 Q0701 47K 0 NU 47K C0717 1000pF R0778 L0702 33.47nH C0716 220pF C0731 NU C0729 PREDRIVE_SW C0730 NU NU NU 100pF C0721 C0720 C0719 27pF C0811 33pF C0732 56pF R0762 15 NU NU C0810 150pF SP0700 R0763 15 9.3V DC (use scope with bandwidth limit to measure) Q0702 C0745 100pF TP0702 C0718 1000pF Gate_1 R0764 15 R0706 150 R0765 D1 SP0702 C0726 22pF L0719 82nH C0727 NU G1 NU MRF1570, Flat Lead 1 R0754 D0700 GND2 GND1 S4 S3 S2 S1 R0768 15 C0755 C0813 30pF NU NU 15pF C0819 16pF R0769 C0735 C0737 3.9pF R0755 3 NU R0771 15 C0746 27pF C0812 33pF SP0706 C0756 100pF L0707 17nH 17nH L0708 17nH 100pF 4.3pF C0803 SP0705 C0747 C0748 NU NU L0710 17nH C0739 12pF C0742 5.6pF C0738 5.6pF C0740 12pF R0970 200 R0971 180 L0903 10nH Test Point to check Ref Osc warping C0764 C0760 NU NU 10pF 20pF NU R0728 10K C0767 12pF NU TP0707 TP0708 C0778 33pF C0777 150pF 100 C0772 3.3pF C0779 33pF L0904 150pF Gate_2 R0730 1K R0739 9.1VDC VR0700 NU R0734 C0786 NC 150pF C0787 C0791 10pF R0756 100K C0792 TP0709 47pF TP0710 NU C0804 150pF C0805 1000pF R0757 47K 47K C0782 1000pF C0781 150pF R0740 100K Q0704 R0753 NU FINAL_BIAS_1 D0905 NU R0745 470 R0744 R0752 C0814 Final_Bias 82nH 0.1uF V_G1 S 9V3 NC NC V_G2 NC NC NC Final_Bias NC TP0713 R0747 4.7K Q0709 Q0708 NC 9V3 R0774 20K V_cont R0750 10K 220pF C0802 9V3_VCO V_G1 C0944 4.7pF 9V3 Q0707 R0777 10 NC NC 9V3 G 10 C0943 R0979 0 D R0759 NU 150pF V_CONTROL L0720 3.3nH C0789 Q0705 TP0711 C0942 150pF 0 V_cont Q0706 F 47p 100 R0974 220 FINAL_BIAS_1_TX_PA 1K Final_Bias C0794 C0793 C0788 L0723 R0975 220 R0978 0 R0741 R0973 0 R0976 150 C0815 20pF C0780 220pF C0775 .022uF R0713 30K L0722 1.5uH R0977 120 C0776 150pF R0738 51 0 L0715 150nH NU 15nH C0941 5.6pF R0732 1K W = 2.5 mm S = 0.93 mm C0940 R0735 R0729 10K 2.2VDC (TX Only) 2.2VDC (TX Only) S = 0.54 mm D0904 V_cont 9V3_TX 3 J0700-3 RX_IN 43.67nH Gate_1 2.85V (44W) 2.10V (27.5W) 2 J0700-2 W = 0.625 mm RX_IN_TX_PA L0714 M0700 HEATSINK 100pF A+ R0727 6.2K L0718 12nH L0721 3.3nH C0766 NU POS C0770 220pF C0771 C0761 56pF R0773 15 C0765 1 47p F C0723 D0702 V_G2 C0734 C0817 C0795 1 J0700-1 NU 0 W = 0.625 mm R0772 15 R0722 4.7K 16dB Pad R0972 L = 19 mm SP0704 2 10 NU SP0701 R0770 G NU L0706 C0741 SP0707 S R0715 68 Q0703 10 GND2 GND1 R0714 68 20pF C0754 VD_RF_OUT 2 TP0705 150 NU R0719 10 SP0703 Gate_2 10 4 2.7K D2 G2 C0808 C0753 91pF TP0704 3 RF_IN NU R0767 15 D R0711 R0766 C0744 43pF R0720 U0700 ADA4743 C0733 C0743 56pF NU 10 1 TP0703 C0809 L0705 150nH 3.2VDC 16.5 dBm -5 dBm C0728 47pF R0760 C0818 16pF R0718 TX_INJ_TX_PA TX_INJ R0751 20K C0800 NU S0700 SWITCH C0801 220pF C0945 150pF ANT_ENABLE_TX_PA R0749 ANT_ENABLE 0 R0748 56K C0798 1000pF C0799 150pF C0796 150pF REV_DETECTED C0797 1000pF R0761 0 FWD_POWER 9V3_SYNTH NC NC NC Antenna_En FWD_DETECTED R0775 NU UHF1 (403–470 MHz) 1–25W Power Amplifier Schematic Diagram UHF1 (403–470 MHz) 1–25W PCB / Schematics / Parts List 3-12 SH0900 SHIELD 1 SH0901 SHIELD 1 1.0V or less, typical TP0907 NOTE: VOLTAGES SHOWN FOR ANALOG TX MODE 9V3_PC C0929 220pF Q0902 C0919 0.1uF R0910 R0918 390 C0920 220pF D0906 1K C0917 1000pF 9V3_PC 8 D0901 R0936 47.5K 1% R0960 2.4K TP0913 C0911 220pF 2 U0900-1 R0917 R0922 3 R0906 R0901 1 0 2 36K 43K 9V3_PC R0924 5.6K NC R0919 39K C0913 220pF R0937 C0934 R0926 Q0901 8 R0903 R0930 18K C0935 U0901-2 6 C0915 220pF 22 K 5 L0900 220pF 1 6 4 3 VOUT NP 220pF 1 C0904 220pF 1 R0929 39 C0906 220p F C0907 .01uF 47K R0909 43 K VCONT VIN D0902 C0948 1.0uF PC_ATTEN_ENA_TX_PA PC_ATTEN_ENA D0903 NC NC TP090 4 R0925 C0949 2.2uF 2.67V (44W) 2.01V (27.5W) 5.6K C0951 0.1uF C0937 C0936 R0916 FWD_DETECTED 9V3_PC 0 220pF 220pF R0915 R0914 R0923 180 K 68K 6.8K R092 0 22 K 1 5V DC 9V3_PC C0908 0.1uF C0909 220p F 3 U0901-1 4 TP0903 0.38V (44W) 0.21V (27.5W) 1 2.85V (44W ) C092 1 0.1uF C0922 220pF U0940 R0911 8 TP0909 7 0 NC 6 ENBL NC VSET FLTR C0903 220p F REV_DETECTED 330 C0923 TP0910 1 R0942 R0941 3 4 C0925 220pF R0950 10K 9 R0955 100K 1% R0946 3.32K 5 R0947 0 R0943 R0951 R0944 39.2K 43.2K 0 U0900-2 C0927 220pF U0942 R0912 33K 2200pF 4 RT0953 47K C0926 4700pF 6 7 6.81K 0 COMM C0910 220pF TP0911 8 2 GND 5 RFIN VAPC C0902 0.1uF 1.35V (44W) 1.28V (27.5W) VPO S R0940 V_CONTRO L C0939 220p F 2 8 2.10V (27.5W) 6 RT0908 220pF R0928 39 R0927 51 5 9V3 FB GND 2 C0901 0.1uF 1uH 150 C0950 1000pF C0900 220p F 5 2 4 U0941 16.2K 4 R0902 3.3K 7 C0931 3 0 5.6K C0916 220p F 9V3 R0907 56 K 3 4 Q0900 9V3 9V3_PC R0900 D0900 220pF C0947 100pF 1% C0914 470nH 0 2 1 9V3_PC L0902 3 R0921 2.2K C0912 220pF 0 L0901 470nH C0918 220pF R0931 1 R0913 C0928 1500pF FWD_POWER R0954 430K 5% TX_DAC R0938 TX_DAC 0 4 C0953 220pF INPUT RESET_OUT NC1 NC2 1 5 GND 2 LO_BATTERY_DET 3 LO_BATTERY_DET UHF1 (403–470 MHz) 1–25W Power Control Schematic Diagram 9V3 9V3 3-13 SPI_CLK_IN SPI_MISO_IN SPI_MOSI_IN UHF1 (403–470 MHz) 1–25W PCB / Schematics / Parts List 5V_BE_SYNTH 5V_BE 5V_TH 5V_SYNTH 5V SPI_MOSI_OUT SPI_MISO_OUT SPI_MISO_IN SPI_MISO_OUT SPI_CLK_OUT SPI_CLK_I N SPI_CLK_IN 0 SPI_MOSI_OUT SPI_MOSI_IN SPI_MOSI_IN SPI_MISO_IN R0100 2.8V_DI G SPI_CLK_OUT R0101 2.8V_TH_DIG_SYNTH 0 RX_SSI_DATA_PASS_IN RX_SSI_CLK_OUT 1 1.8V_DI G RX_SSI_DATA_OUT RX_SSI_CLK_IN 1.8V_DI G RX_SSI_DATA_IN C0100 220pF 1V8_BE TP_TEST1 RX_SSI_CLK_PASS_IN RX_SSI_FSYNC_OUT RX_SSI_FSYNC_IN 2.8V_TH_DIG 1V8_BE_SYNTH 1 RX_SSI_CLK_PASS_OUT ABACUS3_SYNCB_OUT ABACUS3_CEX_OUT 1.8V_DI G RX_SSI_DATA_PASS_OUT RX_SSI_FSYNC_PASS_OUT ABACUS3_SYNCB_OUT ABACUS3_CEX_OUT ABACUS3_CEX_IN 2.8V_ANA ABACUS3_SYNCB_IN ABACUS3_CEX_IN 2.8V_ANA ABACUS3_SYNCB_IN 1.8V_DI G TP_TEST2 RX_SSI_FSYNC_PASS_IN R0102 0 1.8V_TH_DIG_SYNTH 1.8V_TH_DIG C0108 220pF 2.8V_ANA C0177 220pF C0101 220pF C0102 220pF R0103 2.8V_TH_ANA_SYNTH 0 C0106 0.1uF C0104 220pF 2.8V_TH_ANA C0178 220pF C0105 0.1uF C0110 0.1uF R0104 47K C0109 0.1uF C0107 0.1uF C0111 0.1uF C0175 220pF C0103 0.1uF 2.8V_DI G Locked: 1.8V Unlocked: 0V LOCK_SYNTH LOCK NC C0112 220pF C0115 1.0uF D3 G10 SCAN_EN TEST2 LVCC1 E8 C7 D7 B3 TM TEST1 SSI_GN D L6 H7 B7 C8 F8 H2 A7 ASPI_VCC TX_DAC_VCC TX_DAC_GN D LVCC2 LGND2 MN_CP_VCC MN_CP_GN D LGND1 G5 J1 G4 E1 ESC_TEST MAIN_VCC K2 J3 K3 ESC_VCC MAIN_GN D ESC_CP_VCC ESC_CP_GN D ESC_CPBIAS E11 G7 L2 H4 SSI_VCC ESC_GN D TX_GND1 OSCREG_GND J6 G6 H10 J5 XOSC_GN D SDM_CLK_GEN_VCC J10 A10 TX_VCC CLK_VCC CLK_GN D D5 A8 RX_AVCC2 RX_AGND2 SDM_REF_GN D A5 C3 RX_AVCC1 VCO_DAC CLK2_OUT D8 SPI_MOSI_IN D9 C11 TP501 TCLK F11 E10 E7 K1 L3 G2 G1 F1 HP_MOD_OU T TXI TX_CLK 1 SDTX_SYNTH SDTX NC NC DMCS_SYNTH DMCS NC NC NC R0111 0 NC 2.8V_ANA NC C0124 0.1uF NC C0125 220pF K8 HP_MOD_OUT_SYNTH H1 INCR_DECR MN_ADAPT_CP HP_MOD_OUT H3 OSCREG_OUT SF_OUT OSCREG_BYP L4 J4 PRSC_SYNTH J2 M_PRSC K4 OSCREG_SPLY M_PRSCX MN_CP PRSC G3 SF_OUT_SYNTH C0129 0.1uF H5 XOSC_EMIT L5 C9 XOSC_BASE K5 RSTB CLK_EMIT CLK_CP CLK_BASE E6 G9 G11 H11 NC4 NC3 L11 TX_GND2 L1 NC1 NC2 F6 A1 A11 SUB3 ASPI_DATA FBI SMD_CLK_GEN_GN D PHCLK FBQ RX_VCO_SEL1_ SF_OUT 5V_TH TP_ADAPT_SW C0133 4.7uF C0134 220pF GPO_5_SYNTH 4 RF_ATTN_1 3 RX_VCO_SEL2_ C0136 0.1uF C0135 10uF 10K R0115 0 C0137 10uF 1 ADAPT_SW R2 Q0106 R0118 0 R0117 30K R0120 NU 10K U0101 4 C0144 0.1uF R0122 0 NU 1 2 ONOFF_CONTROL INOUT OUTIN 4 C0143 220pF VCC 5 C0142 220pF GND C0141 0.1uF C0140 4.7uF R0123 56K 1 VC 3 VCC RSTB_SYNTH RSTB IN R0116 0 R0119 27 2.8V_ANA R0126 10K Q0102 ADAPT_SW_SYNTH R1 OUT C0138 220pF 2 GND Q0108 47K R0159 10K C0179 220pF 2.8V_ANA GPO_6_SYNTH 5V_TH 9R1 9R1_SYNTH Adapt ON: 5V Adapt OFF: 0V R0148 120 R0114 2K GPO_4 5V_TH 1 NC NC NC NC NC NC R0113 10K NC 220pF C0132 NC 220pF C0131 NC 220pF C0130 NC GPO_2_SYNTH GPO_3_SYNTH 9R1 SWITCH FOR FRONT-END TX_CLK_SYNTH 1 F7 D11 SFTX TP504 1 TXQ TX_VCO_SEL1_ R0160 100K TP503 1 F10 E9 SFTX_SYNTH NTXI GPO_1_SYNTH TX_VCO_SEL2_ Q0107 SPI_CLK_IN TP502 CLK1_OUT NTXQ NU 220pF C0128 RX_AGND1 B2 B8 DAC_ADAPT K10 9V3_SYNTH 9V3 220pF C0127 C6 PABIAS_DAC SUB1 220pF C0126 GPO LINES HI: 2.8V LOW: 0V VCO SEL: ACTIVE LOW NC ESC_CP MAIN_PDET_VCC RX_EN_OUT ASPI_CLK R0158 0 NU J9 L9 B6 5104932K08 SCAN_IN ACE2 NC BP_QX ACE1 NC SC51650VF A6 NC K7 ESC_I N RXQX D6 NC R0157 0 L7 L8 U0100 RXQ B11 16.8_GPS_SYNTH 16.8_GPS K6 RXACQ C10 NC NU G8 RXFS SDM_VAG BP_Q GPO6 NC SDR SCLK_OUT GPO5 R0156 0 H9 DMCS RXIX H8 NC RXI BP_IX GPO4_TEST4 NC R0109 0 J11 SDTX K9 NC NU R0155 0 F2 TXCLK GPO3_TEST3 16.8_REF E3 B1 K11 DC_CAL D4 NC NC NC R0147 0 CEX SPI_DW BP_I GPO1_TEST1 NC R0146 0 D2 NU TH_CEX F9 GPO2_TEST2 NC E2 D1 C0121 220pF D10 SPI_CLK SFTX E5 NC C0123 1.0uF F4 NU C0119 220pF SPI_MISO_I N AGC_DAC B4 NC C1 B10 NU TH_CEX_SYNTH SPI_DR RFSTEPA A4 NC ARX_DAC EF_OUTM NC E4 C2 AGC_FLAG EF_OUTP NC R0110 51 B5 A2 AGC_REF J8 NC NC 16.8_REF_BE_SYNTH C4 J7 R0108 2K NC 16.8_REF_CONTROLLER_SYNTH C5 H6 A3 NC DEEPSLEEP C0122 .01uF L10 R0107 220 A9 B9 NC Q0100 SDM_REF_VCC R0106 2.7K NC C0195 470pF L0100 270nH C0113 220pF SDM_VREFP C0114 1.0uF C0118 0.1uF SUB2 R0144 10K F3 C0117 220pF C0171 .01uF F5 R0105 240 C0120 .01uF SDM_VREFM Buffer to Abacus/Controller Switch for Adapt Transient OUTPUT C0145 .01uF 2 GND C0147 220pF 3 R0161 100K C0196 10uF C0180 0.1uF Y0100 TCO5826 16.8MHz C0146 220pF TCXO (Y0100) R0125 0 1.5 ppm 0.5 ppm 5102495J07 5116032H01 R0127 100 R0128 0 VCTRL_SYNTH VCTRL R0131 240 C0148 .033uF C0150 0.1uF C0151 0.1uF C0149 .022uF VCO STEERING LINE VOLTAGE: 0.6V TO 4.4V TP_VCTRL SH0100 SHIELD 1 SH0101 SHIELD C0194 0.1uF NU C0193 0.1uF NU C0192 0.1uF NU C0191 0.1uF NU C0156 0.1uF C0157 0.1uF C0158 0.1uF C0159 0.1uF C0160 0.1uF C0161 0.1uF C0162 0.1uF 1 C0163 0.1uF R0134 27 C0164 0.1uF C0165 0.1uF 2185419D06 R0139 1.6K C0166 0.1uF R0140 18 1 UHF1 (403–470 MHz) 1–25W Synthesizer Schematic Diagram UHF1 (403–470 MHz) 1–25W PCB / Schematics / Parts List 3-14 SF_TH SF_TH_VCO_UHF1_6 SF_TH SF_TH C0200 220pF RX1 C0201 0.10uF Super Filter Voltage (SF_TH) SF_TH: 2.5 V SH0300 SHIELD R0201 3.3K SH0301 SHIELD L0202 470nH C0204 220pF C0205 0.10uF C0206 220pF R0204 8.2K R0205 100 C0208 4.3pF L0203 470nH RX VCO1 C0213 C0214 3.9pF 11pF RX Buffer Amplifier C0215 5.1pF E020 1 Q0200 RXSL 9R1_VCO_UHF1_7 L0200 9R1 220nH CR0201 CR0202 L0207 12.5nH C0220 3.9pF L0209 R0211 L0210 27nH VCTRL C0202 C0203 R0202 1.2K C0223 36pF .01uF 220pF R0203 1.2K 470nH 0 C0225 C0226 220pF Steering Line Voltage (VCTRL_TH) 56pF CR0203 CR0204 C0207 .022uF VCTRL: 0.6-4.5 V L0204 220nH L0212 470nH C0229 24pF C0209 220pF C0211 SF_TH RX2 R0216 120 R0224 6.2K R0221 510 C0222 3.0pF Q0202 C0221 3.0pF C0242 220pF C0218 1.0pF NU NU RXINJ: 329.65 - 396.65 MHz +6 dBm R0210 4.7K L0211 220nH NU C0224 R0212 0 C0241 0.10uF C0219 1.0pF R0208 51 10 220pF R0219 510 L0213 470nH R0207 15nH 10 RXINJ 47nH 220pF C0217 L0206 R0220 RXINJ_VCO_UHF1_5 L0205 R0206 15K C0237 0.10uF C0236 220pF NU C0240 R0225 7.5K 220pF R0226 100 C0243 2.7pF RX VCO 2 L0214 470nH C0245 C0246 3.0pF 10pF C0247 5.1pF Q0201 TP0301 CR0206 C0250 3.6pF L0217 L0218 22nH L0215 12.5nH RX Prescaler 1 CR0205 RXSL C0231 C0251 20pF 470nH R0230 4.7K C0252 C0253 220pF 43pF CR0207 SF_TH PRSC (RX): 329.65 - 396.65 MHz 3.0pF C0230 150pF CR0208 C0238 220pF -5 to -15 dBm C0239 0.10uF PRSC_VCO_UHF1_5 PRESC_TX PRSC RX2_SEL: 2.7 V (High) L0221 C0259 12pF L0219 470nH 39nH C0235 6.2pF C0233 0.1 V (Low) NU RX1_SEL_VCO_UHF1_5 R0213 R0218 10K 10K RX2_SEL_VCO_UHF1_5 RX_VCO_SEL1 R0229 160 RX1_SEL: 2.7 V (High) C0248 220pF U0201 0.1 V (Low) RX1 UHF1 (403–470 MHz) 1–25W Receiver VCO Schematic Diagram RX_VCO_SEL2 C0257 220pF C0249 0.10uF RX2 C0258 0.10uF UHF1 (403–470 MHz) 1–25W PCB / Schematics / Parts List 3-15 TX Buffer Amplifier SF_TH TX1 R0321 C0300 220pF VMOD SF_TH L030 0 C0301 0.10uF 9T1 220nH 2.7K 0613952Q83 C0302 C0303 R0301 3.3K R0320 15K R0302 510 L0302 470nH .01u F 220pF R0303 510 C030 4 HP_MOD_OUT_VCO_UHF1_ 7 220pF R0319 200K C0361 1000pF C0334 220pF C0307 .022u F C0310 0.5pF HP_MOD_OUT C0305 0.10uF 0613952R32 C0360 4.7uF C0306 220pF R0304 8.2K R0305 100 C0308 CR0300 C0316 10uF C0309 220pF 3.3pF L0304 220nH L0303 470nH C0311 TX VCO 1 C0313 C0314 C0315 3.3pF 12pF 5.1p F R0307 Q0302 PBR941 Q0300 VSL 10nH 27 10 220pF C0319 1.0pF R030 8 51 CR0302 L0307 8nH C0320 5.1pF VCTRL_VCO_UHF1_7 L0309 R0311 R0332 200 L0310 18nH VCTRL R033 4 200 C0322 3.0pF C0321 7.5pF L0311 220n H C0324 R031 2 0 470nH 0 C0325 (VALUE) C0326 220pF Steering Line Voltage (VCTRL_TH) NU 56pF CR0303 TXINJ: 403-470 MHz +11 dBm R0310 4.7K NU C0323 27pF C0318 3.3pF NU VCTRL CR0301 TXINJ 39nH 220pF C0317 L0306 R0333 TXINJ_VCO_UHF1_5 L0305 R030 6 15K R0337 9T1 CR0304 0 VCTRL: 0.6-4.5 V TX_BUFFER_SEL: 1.8 V (ON) L0312 470nH C0329 16pF E0301 9V3_VCO_UHF1_7 0.1 V (OFF) 9V3_VCO SF_TH E0302 TX2 PREDRIVE_SW_VCO_UHF1_6 C0337 0.10uF C0336 220pF PREDRIVE_SW R0316 75 NU C0327 220pF R0324 2K L0313 470nH NU C0328 0.10uF NU U0303 NU C0340 220pF VMOD C0343 C0344 0.5pF C0341 0.10uF C0342 220pF R0325 8.2K R0326 100 3.3pF TX VCO 2 L0314 470nH C0345 C0346 3.3pF 7.5pF C0347 5.1pF Q0301 CR0305 VS L CR0306 C0350 4.3pF L0317 L0318 18nH L0315 8nH TX Prescaler C0331 C0351 24pF 3.0p F PRSC (TX): 403-470 MHz 470nH SF_TH C0352 C0353 220pF -5 to -15 dBm 51pF CR0307 Super Filter Voltage (SF_TH) CR0308 C0362 220pF C0363 0.10uF SF_TH: 2.5 V PRESC_TX SF_TH C0359 16pF L0319 470nH TX1_SEL_VCO_UHF1_5 R0327 R0331 10K 10K TX2_SEL_VCO_UHF1_5 TX_VCO_SEL 1 TX_VCO_SEL2 R0329 110 TX1_SEL: 2.7 V (High) 9V3_SYNTH_OUT 9V3_SYNTH_I N C0348 220pF C0357 220pF C034 9 0.10uF C0358 0.10uF TX2_SEL: 2.7 V (High) 0.1 V (Low) U0304 0.1 V (Low) TX1 TX2 UHF1 (403–470 MHz) 1–25W Transmit VCO Schematic Diagram UHF1 (403–470 MHz) 1–25W PCB / Schematics / Parts List 3-16 UHF1 PCB 8471165L03 and 8471165L05 Parts List 1–25W Circuit Ref C0100 C0101 C0102 C0103 C0104 C0105 C0106 C0107 C0108 C0109 C0110 C0111 C0112 C0113 C0114 C0115 C0117 C0118 C0119 C0120 C0121 C0122 C0123 C0124 C0125 C0126 C0127 C0128 C0129 C0130 C0131 C0132 C0133 C0134 C0135 C0136 C0137 C0138 C0140 C0141 C0142 C0143 C0144 C0145 C0146 C0147 C0148 C0149 C0150 Motorola Part No. 2113944A44 2113944A44 2113944A44 2113945C31 2113944A44 2113945C31 2113945C31 2113945C31 2113944A44 2113945C31 2113945C31 2113945C31 2113944A44 NOT PLACED 2113946E02 2113946E02 2113944A44 2113945C31 NOT PLACED 2113945B02 NOT PLACED 2113945B02 2113946E02 2113945C31 2113944A44 2113944A44 2113944A44 2113944A44 2113945C31 2113944A44 2113944A44 2113944A44 2313960B30 2113944A44 2313960B32 2113945C31 2313960B32 2113944A44 2313960B30 2113945C31 2113944A44 2113944A44 2113945C31 2113945B02 2113944A44 2113944A44 2113945D01 2113945C04 2113945C31 Description 220pF 220pF 220pF 0.1uF 220pF 0.1uF 0.1uF 0.1uF 220pF 0.1uF 0.1uF 0.1uF 220pF – 1.0uF 1.0uF 220pF 0.1uF – .01uF – .01uF 1.0uF 0.1uF 220pF 220pF 220pF 220pF 0.1uF 220pF 220pF 220pF 4.7uF 220pF 10uF 0.1uF 10uF 220pF 4.7uF 0.1uF 220pF 220pF 0.1uF .01uF 220pF 220pF .033uF .022uF 0.1uF Circuit Ref C0151 C0156 C0157 C0158 C0159 C0160 C0161 C0162 C0163 C0164 C0165 C0166 C0171 C0175 C0177 C0178 C0179 C0180 C0191 C0192 C0193 C0194 C0195 C0196 C0200 C0201 C0202 C0203 C0204 C0205 C0206 C0207 C0208 C0209 C0211 C0213 C0214 C0215 C0217 C0218 C0219 C0220 C0221 C0222 C0223 C0224 C0225 C0226 C0229 C0230 C0231 Motorola Part No. 2113945C31 2185419D06 2185419D06 2185419D06 2185419D06 2185419D06 2185419D06 2185419D06 2185419D06 2185419D06 2185419D06 2185419D06 2113945B02 2113944A44 2113944A44 2113944A44 2113944A44 2113945C31 NOT PLACED NOT PLACED NOT PLACED NOT PLACED 2113945A05 2113946H02 2113944A44 2113945Y02 2113945C02 2113944A44 2113944A44 2113945Y02 2113944A44 2113945C04 2115153H18 2113944A44 2113944A44 2115153H17 2115153H34 2115153H20 2113944A44 NOT PLACED NOT PLACED 2115153H17 2115153H14 NOT PLACED 2115153H46 NOT PLACED 2115153H51 2113944A44 2115153H42 2113944C47 2115153H14 Description 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF .01uF 220pF 220pF 220pF 220pF 0.1uF – – – – 470pF 10uF 220pF 0.10uF .01uF 220pF 220pF 0.10uF 220pF .022uF 4.3pF 220pF 220pF 3.9pF 11pF 5.1pF 220pF – – 3.9pF 3.0pF – 36pF – 56pF 220pF 24pF 150pF 3.0pF Circuit Ref C0233 C0235 C0236 C0237 C0238 C0239 C0240 C0241 C0242 C0243 C0245 C0246 C0247 C0248 C0249 C0250 C0251 C0252 C0253 C0257 C0258 C0259 C0300 C0301 C0302 C0303 C0304 C0305 C0306 C0307 C0308 C0309 C0310 C0311 C0313 C0314 C0315 C0316 C0317 C0318 C0319 C0320 C0321 C0322 C0323 C0324 C0325 C0326 C0327 C0328 C0329 Motorola Part No. NOT PLACED 2115153H22 2113944A44 2113945Y02 2113944A44 2113945Y02 2113944A44 2113945Y02 2113944A44 2115153H13 2115153H14 2115153H27 2115153H20 2113944A44 2113945Y02 2115153H16 2115153H40 2115153H48 2113944A44 2113944A44 2113945Y02 2115153H35 2113944A44 2113945Y02 2113945C02 2113944A44 2113944A44 2113945Y02 2113944A44 2113945C04 2115153H15 2113944A44 2115153H01 2113944A44 2115153H15 2115153H35 2115153H20 2313960B32 2113944A44 2115153H15 NOT PLACED 2115153H20 2115153H24 NOT PLACED 2115153H43 NOT PLACED 2115153H51 2113944A44 NOT PLACED NOT PLACED 2115153H38 Description – 6.2pF 220pF 0.10uF 220pF 0.10uF 220pF 0.10uF 220pF 2.7pF 3.0pF 10pF 5.1pF 220pF 0.10uF 3.6pF 20pF 43pF 220pF 220pF 0.10uF 12pF 220pF 0.10uF .01uF 220pF 220pF 0.10uF 220pF .022uF 3.3pF 220pF 0.5pF 220pF 3.3pF 12pF 5.1pF 10uF 220pF 3.3pF – 5.1pF 7.5pF – 27pF – 56pF 220pF – – 16pF Circuit Ref C0331 C0334 C0336 C0337 C0340 C0341 C0342 C0343 C0344 C0345 C0346 C0347 C0348 C0349 C0350 C0351 C0352 C0353 C0357 C0358 C0359 C0360 C0361 C0362 C0363 C0400 C0401 C0402 C0403 C0404 C0405 C0406 C0407 C0408 C0409 C0410 C0411 C0412 C0413 C0414 C0415 C0416 C0417 C0418 C0419 C0420 C0421 C0422 C0423 C0424 C0425 Motorola Part No. 2115153H14 2113944A44 2113944A44 2113945Y02 2113944A44 2113945Y02 2113944A44 2115153H15 2115153H01 2115153H15 2115153H24 2115153H20 2113944A44 2113945Y02 2115153H18 2115153H42 2115153H50 2113944A44 2113944A44 2113945Y02 2115153H38 2313960B30 2113944C51 2113944A44 2113945Y02 2113944A44 2113945C31 2113944A44 2115153H49 2113944A44 2113944A44 2115153H21 2115153H13 2115153H08 2115153H35 2115153H22 2115153H22 2115153H21 2113944C45 2113944A44 2115153H18 2115153H19 2115153H19 2113944A44 2113945Y02 2115153H19 NOT PLACED 2115153H23 2115153H49 2115153H51 2115153H51 Description 3.0pF 220pF 220pF 0.10uF 220pF 0.10uF 220pF 3.3pF 0.5pF 3.3pF 7.5pF 5.1pF 220pF 0.10uF 4.3pF 24pF 51pF 220pF 220pF 0.10uF 16pF 4.7uF 1000pF 220pF 0.10uF 220pF 0.1uF 220pF 47pF 220pF 220pF 5.6pF 2.7pF 1.5pF 12pF 6.2pF 6.2pF 5.6pF 100pF 220pF 4.3pF 4.7pF 4.7pF 220pF 0.10uF 4.7pF – 6.8pF 47pF 56pF 56pF UHF1 (403–470 MHz) 1–25W PCB / Schematics / Parts List Circuit Ref C0426 C0427 C0428 C0429 C0430 C0431 C0432 C0433 C0434 C0436 C0437 C0438 C0439 C0440 C0441 C0442 C0443 C0444 C0445 C0446 C0447 C0448 C0449 C0451 C0452 C0453 C0454 C0455 C0456 C0502 C0503 C0504 C0506 C0507 C0509 C0510 C0512 C0513 C0514 C0515 C0516 C0601 C0602 C0603 C0604 C0605 C0607 C0610 C0611 C0612 C0613 Motorola Part No. 2115153H51 2115153H49 2115153H49 2115153H51 2115153H51 2115153H51 2115153H49 NOT PLACED 2113944A44 2113944A44 2113944A44 2113944A44 NOT PLACED 2113944A44 2115153H11 2115153H25 2115153H57 2115153H57 2115153H27 2115153H25 2115153H27 2115153H26 2115153H36 2115153H41 2115153H19 2115153H17 2115153H23 2113945C31 2113944A40 2113945Y02 2113945Y02 2113945Y02 2113945Y02 2115153H39 NOT PLACED 2115153H22 2113945Y02 2113945Y02 2113945Y02 NOT PLACED NOT PLACED 2115153H48 2113945B02 2113944A44 2113945Y02 2115153H48 2115153H39 2115153H53 2113945A09 2115153H36 2113945G91 Description 56pF 47pF 47pF 56pF 56pF 56pF 47pF – 220pF 220pF 220pF 220pF – 220pF 2.2pF 8.2pF 100pF 100pF 10pF 8.2pF 10pF 9.1pF 13pF 22pF 4.7pF 3.9pF 6.8pF 0.1uF 100pF 0.10uF 0.10uF 0.10uF 0.10uF 18pF – 6.2pF 0.10uF 0.10uF 0.10uF – – 43pF .01uF 220pF 0.10uF 43pF 18pF 68pF 1000pF 13pF 0.1uF 3-17 Circuit Ref C0614 C0615 C0616 C0617 C0618 C0619 C0620 C0621 C0622 C0623 C0625 C0626 C0627 C0628 C0629 C0630 C0631 C0632 C0633 C0634 C0635 C0636 C0637 C0638 C0640 C0641 C0642 C0643 C0644 C0645 C0646 C0647 C0648 C0649 C0650 C0651 C0700 C0701 C0702 C0703 C0704 C0705 C0706 C0707 C0708 C0709 C0710 C0711 C0712 C0713 C0714 Motorola Part No. 2115153H48 2113945B02 NOT PLACED 2113945Y02 2115358H25 2113945Y02 2113945Y02 2113945Y02 2113945A09 2113945Y02 2113944C89 2113944A40 2113944A40 2113945Y02 2113945A11 2113945Y02 2113945Y02 2313960B30 2113945Y02 2113945B02 2113944A40 2113944A40 2113946S35 2113945Y02 2113946N03 2113945B02 2115153H53 2113945Y02 2113945Y02 2113945B02 2113946G04 2113946J03 2113946J03 2113945A12 2115153H44 2115153H57 2113944C82 2113945C04 2113944C55 2113944C82 2113945C04 2113944C51 NOT PLACED NOT PLACED 2113944C51 2113945C31 2371403L02 NOT PLACED 2113944C51 2111078B42 2111078B42 Description 43pF .01uF – 0.10uF 1uF 0.10uF 0.10uF 0.10uF 1000pF 0.10uF 200pF 100pF 100pF 0.10uF 2200pF 0.10uF 0.10uF 4.7uF 0.10uF .01uF 100pF 100pF 1.0uF 0.10uF 2.2uF .01uF 68pF 0.10uF 0.10uF .01uF 0.68uF 10.0uF 10.0uF 3300pF 30pF 100pF 30pF .022uF 2200pF 30pF .022uF 1000pF – – 1000pF 0.1uF 10uF – 1000pF 100pF 100pF Circuit Ref C0716 C0717 C0718 C0719 C0720 C0721 C0723 C0726 C0727 C0728 C0729 C0730 C0731 C0732 C0733 C0734 C0735 C0737 C0738 C0739 C0740 C0741 C0742 C0743 C0744 C0745 C0746 C0747 C0748 C0753 C0754 C0755 C0756 C0760 C0761 C0764 C0765 C0766 C0767 C0770 C0771 C0772 C0775 C0776 C0777 C0778 C0779 C0780 C0781 C0782 C0786 Motorola Part No. 2113944A44 2113945A09 2113945A09 2111078B25 NOT PLACED NOT PLACED 2111078B42 2111078B22 NOT PLACED 2113944C38 NOT PLACED NOT PLACED NOT PLACED 2111078B36 2113944C80 2113944C80 2111078B42 2111078B03 2111078B07 2171388L01 2171388L01 NOT PLACED 2111078B07 2113944C39 2113944C84 2111078B42 2111078B25 NOT PLACED NOT PLACED 2111078B41 NOT PLACED NOT PLACED 2111078B42 NOT PLACED 2111078B36 NOT PLACED NOT PLACED NOT PLACED 2113944C31 2113944A44 NOT PLACED 2113944C18 2113945C04 2113944C47 2113944C47 2111078B29 2111078B29 2113944A44 2113944C47 2113944C51 2113944C80 Description 220pF 1000pF 1000pF 27pF – – 100pF 22pF – 47pF – – – 56pF 20pF 20pF 100pF 3.9pF 5.6pF 12pF 12pF – 5.6pF 56pF 43pF 100pF 27pF – – 91pF – – 100pF – 56pF – – – 12pF 220pF – 3.3pF .022uF 150pF 150pF 33pF 33pF 220pF 150pF 1000pF 20pF Circuit Ref C0787 C0788 C0789 C0791 C0792 C0793 C0794 C0795 C0796 C0797 C0798 C0799 C0800 C0801 C0802 C0803 C0804 C0805 C0808 C0809 C0810 C0811 C0812 C0813 C0814 C0815 C0817 C0818 C0819 C0900 C0901 C0902 C0903 C0904 C0906 C0907 C0908 C0909 C0910 C0911 C0912 C0913 C0914 C0915 C0916 C0917 C0918 C0919 C0920 C0921 C0922 Motorola Part No. 2113944C38 NOT PLACED NOT PLACED 2113944A25 NOT PLACED NOT PLACED NOT PLACED 2113944C38 2113944C47 2113944C51 2113944C51 2113944C47 NOT PLACED 2113944A44 2113944A44 2111078B04 2113944C47 2113944C51 NOT PLACED NOT PLACED 2113944C47 2111078B29 2111078B29 2111078B27 2113944C38 2113944C47 2113944C30 2111078B19 2111078B19 2113944A44 2113945C31 2113945C31 2113944A44 2113944A44 2113944A44 2113945C02 2113945C31 2113944A44 2113944A44 2113944A44 2113944A44 2113944A44 2113944A44 2113944A44 2113944A44 2113945A09 2113944A44 2113945C31 2113944A44 2113945C31 2113944A44 Description 47pF – – 10pF – – – 47pF 150pF 1000pF 1000pF 150pF – 220pF 220pF 4.3pF 150pF 1000pF – – 150pF 33pF 33pF 30pF 47pF 150pF 10pF 16pF 16pF 220pF 0.1uF 0.1uF 220pF 220pF 220pF .01uF 0.1uF 220pF 220pF 220pF 220pF 220pF 220pF 220pF 220pF 1000pF 220pF 0.1uF 220pF 0.1uF 220pF UHF1 (403–470 MHz) 1–25W PCB / Schematics / Parts List 3-18 Circuit Ref C0923 C0925 C0926 C0927 C0928 C0929 C0931 C0934 C0935 C0936 C0937 C0939 C0940 C0941 C0942 C0943 C0944 C0945 C0947 C0948 C0949 C0950 C0951 C0953 CR0201 CR0202 CR0203 CR0204 CR0205 CR0206 CR0207 CR0208 CR0300 CR0301 CR0302 CR0303 CR0304 CR0305 CR0306 CR0307 CR0308 CR0400 D0400 D0401 D0402 D0403 D0404 D0405 D0500 D0600 D0601 Motorola Part No. 2113944C55 2113944A44 2113945L41 2113944C02 2113944C53 2113944A44 2113944A44 2113944A44 2113944A44 2113944A44 2113944A44 2113944A44 2113944C47 2113944M12 2113944C47 2113944C47 2113944M10 2113944C47 2113944A40 2113946S35 2113946G01 2113945A09 2113945C31 2113944A44 4815096H01 4815096H01 4815096H01 4815096H01 4815096H01 4815096H01 4815096H01 4815096H01 4815096H01 4815096H01 4815096H01 4815096H01 4815096H01 4815096H01 4815096H01 4815096H01 4815096H01 4813974A19 4813974A06 4885055Y01 4885055Y01 4885055Y01 4885055Y01 4815090H01 4813974A19 4815096H01 4815096H01 Description 2200pF 220pF 4700pF 220pF 1500pF 220pF 220pF 220pF 220pF 220pF 220pF 220pF 150pF 5.6pF 150pF 150pF 4.7pF 150pF 100pF 1.0uF 2.2uF 1000pF 0.1uF 220pF DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE, SCHOTTKY DIODE, PIN DIODE VARACTOR 1SV229 DIODE VARACTOR 1SV229 DIODE VARACTOR 1SV229 DIODE VARACTOR 1SV229 DIODE, MIXER DIODE, SCHOTTKY DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 Circuit Ref D0700 D0702 D0900 D0901 D0902 D0903 D0904 D0905 D0906 E0201 E0301 E0302 E0400 E0401 E0403 E0500 E0600 E0601 E0602 E0603 E0604 E0605 E0606 E0607 E0608 E0609 E0610 E0700 E0701 E0703 FL0500 J0700 L0100 L0200 L0202 L0203 L0204 L0205 L0206 L0207 L0209 L0210 L0211 L0212 L0213 L0214 L0215 L0217 L0218 L0219 L0221 Motorola Part No. 4802482J02 4802482J02 4813978C02 4815023H01 4815024H01 4815024H01 4813974A21 4813974A21 4813978C02 2409134J25 2409134J25 NOT PLACED 2409134J25 2409134J25 2409134J25 2409134J25 2409134J25 2409134J25 2409134J25 2409134J25 2409134J25 2409134J25 2409134J25 2409134J25 2409134J25 2409134J25 2480640Z01 2485011Y01 2485011Y01 2485011Y01 9116854H01 0905901V12 2414017N29 2414017N28 2414032F42 2414032F42 2414017N28 2414017N20 2414017N14 2415385H02 2414032F42 2414015A21 2414017N28 2414032F42 2414032F42 2414032F42 2415385H02 2414032F42 2414015A20 2414032F42 2414017N19 Description DIODE, PIN DIODE, PIN DIODE, SWITCHING DIODE, PIN DIODE, PIN DIODE, PIN DIODE, SCHOTTKY DIODE, SCHOTTKY DIODE, SWITCHING FERRITE BEAD FERRITE BEAD – FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD 73.35MHZ CRYSTAL FILTER BNC RF CONNECTOR 270nH 220nH 470nH 470nH 220nH 47nH 15nH 12.5nH 470nH 27nH 220nH 470nH 470nH 470nH 12.5nH 470nH 22nH 470nH 39nH Circuit Ref L0300 L0302 L0303 L0304 L0305 L0306 L0307 L0309 L0310 L0311 L0312 L0313 L0314 L0315 L0317 L0318 L0319 L0401 L0402 L0403 L0404 L0405 L0406 L0407 L0408 L0409 L0410 L0411 L0412 L0413 L0503 L0504 L0506 L0602 L0603 L0604 L0605 L0608 L0700 L0702 L0705 L0706 L0707 L0708 L0710 L0714 L0715 L0718 L0719 L0720 L0721 Motorola Part No. 2414017N28 2414032F42 2414032F42 2414017N28 2414017N19 2414017N12 2415385H01 2414032F42 2414015A32 2414017N28 2414032F42 2414032F42 2414032F42 2415385H01 2414032F42 2414015A32 2414032F42 2414015B24 NOT PLACED NOT PLACED NOT PLACED NOT PLACED 2414015B24 2414015B16 2414015B15 2414015B15 2414015B15 2414015B15 2414017N20 2414017N28 2414017K29 NOT PLACED 2414032B66 2414032K23 2414032D20 2466505A01 2466505A01 2414032B76 2460592A01 2479990G01 2414017N26 2460592A01 2460592A01 2460592A01 2460592A01 2479990N01 2414017N26 2414017N13 2414017N23 2414017N06 2414017N06 Description 220nH 470nH 470nH 220nH 39nH 10nH 8nH 470nH 18nH 220nH 470nH 470nH 470nH 8nH 470nH 18nH 470nH 15nH – – – – 15nH 27nH 22nH 22nH 22nH 22nH 47nH 220nH 330nH – 820nH 2.7uH 270nH 10uH 10uH 4.7uH 17nH 33.47nH 150nH 17nH 17nH 17nH 17nH 43.67nH 150nH 12nH 82nH 3.3nH 3.3nH Circuit Ref Motorola Part No. L0722 L0723 L0900 L0901 L0902 L0903 L0904 M0700 Q0100 Q0102 Q0106 Q0107 Q0108 Q0200 Q0201 Q0202 Q0300 Q0301 Q0302 Q0400 Q0401 Q0402 Q0403 Q0405 Q0500 Q0501 Q0600 Q0601 Q0701 Q0702 Q0703 Q0704 Q0705 2414032B70 NOT PLACED 2414032D30 2414032F42 2414032F42 2414032F66 NOT PLACED 2686201B02 4802197J95 4815359H01 4816134H01 4813970A59 4815261H01 4805793Y10 4805793Y10 4802197J95 4805793Y10 4805793Y10 4802197J95 4815271H01 4815267H01 4885593U03 4815270H01 4885593U03 4802197J95 4802197J95 4805793Y10 4813973A04 4816013H01 0105958T75 4816548H01 4813973B02 4816547H01 Q0706 Q0707 Q0708 Q0709 Q0900 Q0901 Q0902 R0100 R0101 R0102 R0103 R0104 R0105 R0106 R0107 R0108 R0109 4815272H01 4815272H01 4815272H01 4815272H01 4815272H01 4813973A13 4813973M07 0613952R66 0613952R66 0613952R66 0613952R66 0613952R17 0613952Q58 0613952Q83 0613952Q57 0613952Q80 0613952R66 Description 1.5uH – 1uH 470nH 470nH 10nH – HEATSINK NPN RF TRANSISTOR DUAL PNP ANALOG SWITCH P-CHANNEL MOSFET ANALOG SWITCH NPN RF TRANSISTOR NPN RF TRANSISTOR NPN RF TRANSISTOR NPN RF TRANSISTOR NPN RF TRANSISTOR NPN RF TRANSISTOR ANALOG SWITCH DUAL PNP NPN RF TRANSISTOR DUAL NPN/PNP NPN RF TRANSISTOR NPN RF TRANSISTOR NPN RF TRANSISTOR NPN RF TRANSISTOR NPN DARLINGTON DUAL NPN/PNP MRF1570 PA ASSEMBLY N-CHANNEL LDMOS DRIVER PNP N-CHANNEL LDMOS PREDRIVER ANALOG SWITCH ANALOG SWITCH ANALOG SWITCH ANALOG SWITCH ANALOG SWITCH PNP NPN 0 0 0 0 47K 240 2.7K 220 2K 0 UHF1 (403–470 MHz) 1–25W PCB / Schematics / Parts List Circuit Ref R0110 R0111 R0113 R0114 R0115 R0116 R0117 R0118 R0119 R0120 R0122 R0123 R0125 R0126 R0127 R0128 R0131 R0134 R0139 R0140 R0144 R0146 R0147 R0148 R0155 R0156 R0157 R0158 R0159 R0160 R0161 R0201 R0202 R0203 R0204 R0205 R0206 R0207 R0208 R0210 R0211 R0212 R0213 R0216 R0218 R0219 R0220 R0221 R0224 R0225 R0226 Motorola Part No. 0613952Q42 0613952R66 0613952R01 0613952Q80 0613952R66 0613952R66 0613952R12 0613952R66 0613952Q35 0613952R01 NOT PLACED 0613952R19 0613952R66 NOT PLACED 0613952Q49 0613952R66 0613952Q58 0613952Q35 0613952Q78 0613952Q31 0613952R01 0613952R66 NOT PLACED 0613952Q51 0613952R66 NOT PLACED NOT PLACED NOT PLACED 0613952R01 0613952R25 0613952R25 0613952Q85 0613952Q75 0613952Q75 0613952Q95 0613952Q49 0613952R05 0613952Q25 0613952Q42 0613952Q89 0613952R66 0613952R66 0613952R01 0613952Q51 0613952R01 0613952Q66 0613952Q25 0613952Q66 0613952Q92 0613952Q94 0613952Q49 Description 51 0 10K 2K 0 0 30K 0 27 10K – 56K 0 – 100 0 240 27 1.6K 18 10K 0 – 120 0 – – – 10K 100K 100K 3.3K 1.2K 1.2K 8.2K 100 15K 10 51 4.7K 0 0 10K 120 10K 510 10 510 6.2K 7.5K 100 3-19 Circuit Ref R0229 R0230 R0301 R0302 R0303 R0304 R0305 R0306 R0307 R0308 R0310 R0311 R0312 R0316 R0319 R0320 R0321 R0324 R0325 R0326 R0327 R0329 R0331 R0332 R0333 R0334 R0337 R0400 R0401 R0402 R0403 R0404 R0405 R0406 R0407 R0409 R0410 R0412 R0413 R0414 R0415 R0416 R0417 R0418 R0419 R0420 R0421 R0422 R0423 R0424 R0425 Motorola Part No. 0613952Q54 0613952Q89 0613952Q85 0613952Q66 0613952Q66 0613952Q95 0613952Q49 0613952R05 0613952Q25 0613952Q42 0613952Q89 0613952R66 0613952R66 0613952Q46 0613952R32 0613952R05 0613952Q83 0613952Q80 0613952Q95 0613952Q49 0613952R01 0613952Q50 0613952R01 0613952Q56 0613952Q35 0613952Q56 0613952R66 0613952R11 0613952Q69 0613958H25 0613952R66 0613952Q83 0613952Q91 0613952Q83 0613952H63 0613952Q75 0613952R25 0613952R25 0613952Q69 0613952Q69 0613952Q69 0613952Q69 0613958H39 0613952M55 0613952Q75 0613952Q75 0613958H25 0613952K71 0613952L09 0613952L09 0613952L51 Description 160 4.7K 3.3K 510 510 8.2K 100 15K 10 51 4.7K 0 0 75 200K 15K 2.7K 2K 8.2K 100 10K 110 10K 200 27 200 0 27K 680 10 0 2.7K 5.6K 2.7K 390 1.2K 100K 100K 680 680 680 680 39 3.65K 1.2K 1.2K 10 53.6 121 121 332 Circuit Ref R0426 R0427 R0428 R0429 R0430 R0431 R0432 R0433 R0500 R0501 R0502 R0503 R0508 R0509 R0510 R0511 R0512 R0601 R0602 R0603 R0604 R0605 R0606 R0607 R0608 R0609 R0610 R0611 R0612 R0613 R0614 R0615 R0616 R0617 R0618 R0619 R0620 R0621 R0622 R0623 R0624 R0625 R0626 R0627 R0700 R0702 R0703 R0706 R0711 R0713 R0714 Motorola Part No. 0613952Q83 0613952Q42 0613952R01 0613952Q69 0613952R01 0613952R01 0613952H69 0613952R66 0613952Q90 0613952Q61 0613952R08 0613952R12 0613952R19 0613952Q89 0613952R12 0613952Q75 0613952Q42 0613952Q45 0613952R01 0613952Q66 0613952R10 0613952Q61 0613952Q42 NOT PLACED 0613952R66 0613952R66 0613952R66 0613952R66 0613952R66 0613952R66 0613952R66 0613952R66 0613952R25 0613952R01 0613952Q63 0613952R01 0613952Q96 0613952R66 NOT PLACED NOT PLACED 0613952Q90 0613952N69 0613952N81 0613952R66 NOT PLACED NOT PLACED 0613958J74 0613958S53 0613952H53 0613959H12 0613952H45 Description 2.7K 51 10K 680 10K 10K 680 0 5.1K 330 20K 30K 56K 4.7K 30K 1.2K 51 68 10K 510 24K 330 51 – 0 0 0 0 0 0 0 0 100K 10K 390 10K 9.1K 0 – – 5.1K 51.1K 68.1K 0 – – 0 150 150 30K 68 Circuit Ref R0715 R0718 R0719 R0720 R0722 R0727 R0728 R0729 R0730 R0732 R0734 R0735 R0738 R0739 R0740 R0741 R0742 R0744 R0745 R0747 R0748 R0749 R0750 R0751 R0752 R0753 R0754 R0755 R0756 R0757 R0759 R0760 R0761 R0762 R0763 R0764 R0765 R0766 R0767 R0768 R0769 R0770 R0771 R0772 R0773 R0774 R0775 R0776 R0777 R0778 R0900 Motorola Part No. 0613952H45 0613952H25 0613959Q25 0613952H25 0613952H89 0613952H92 0613952J01 0613952J01 0613952H73 0613952H73 0613952G67 0613959Y49 0613959Y42 NOT PLACED 0613952J25 0613952J17 0613959Q25 NOT PLACED 0613952H65 0613952H89 0613952J19 0613952G67 0613952J01 0613952J08 0613952G67 0613952H73 0613952H25 0613952H25 0613952J25 0613952J17 0613952H25 0613952Q83 0613952G67 0613958S29 0613958S29 0613958S29 NOT PLACED NOT PLACED 0613958S29 0613958S29 NOT PLACED NOT PLACED 0613958S29 0613958S29 0613958S29 0613952J08 NOT PLACED 0613958J74 0613952H25 NOT PLACED 0613952R19 Description 68 10 10 10 4.7K 6.2K 10K 10K 1K 1K 0 100 51 – 100K 47K 10 – 470 4.7K 56K 0 10K 20K 0 1K 10 10 100K 47K 10 2.7K 0 15 15 15 – – 15 15 – – 15 15 15 20K – 0 10 – 56K UHF1 (403–470 MHz) 1–25W PCB / Schematics / Parts List 3-20 Circuit Ref R0901 R0902 R0903 R0906 R0907 R0909 R0910 R0911 R0912 R0913 R0914 R0915 R0916 R0917 R0918 R0919 R0920 R0921 R0922 R0923 R0924 R0925 R0926 R0927 R0928 R0929 R0930 R0931 R0936 R0937 R0938 R0940 R0941 R0942 R0943 R0944 R0946 R0947 R0950 R0951 R0954 R0955 R0960 R0970 R0971 R0972 R0973 R0974 R0975 R0976 R0977 Motorola Part No. 0613952R16 0613952Q88 0613952R09 0613952R66 0613952R66 0613952R16 0613952H73 0613952Q61 0613952R13 0613952R66 0613952R31 0613952R21 0613952Q93 0613952H91 0613952H63 0613952R15 0613952R09 0613952H81 0613952R14 0613952R66 0613952H91 0613952H91 0613958H53 0613952H42 0613958H39 0613958H39 0613952R07 0613952R66 0613952N66 0613952N21 0613952R66 0613952R66 0613952R66 0613952M81 0613952N58 0613952R66 0613952M51 0613952R66 0613952N01 0613952N62 0613952R40 0613952P01 0613952H82 0613958H56 0613958H55 NOT PLACED 0613952G67 0613958H57 0613958H57 0613952H53 0613952H51 Description 43K 4.3K 22K 0 0 43K 1K 330 33K 0 180K 68K 6.8K 5.6K 390 39K 22K 2.2K 36K 0 5.6K 5.6K 150 51 39 39 18K 0 47.5K 16.2K 0 0 0 6.81K 39.2K 0 3.32K 0 10K 43.2K 430K 100K 2.4K 200 180 – 0 220 220 150 120 Circuit Ref Motorola Part No. R0978 R0979 RT0908 RT0953 SH0100 SH0101 SH0300 SH0301 SH0500 SH0900 SH0901 SP0700 SP0701 SP0702 SP0703 SP0704 SP0705 SP0706 SP0707 T0400 T0401 U0100 U0101 U0201 U0303 U0304 U0600 U0601 U0700 U0900 U0901 U0940 U0941 U0942 VR0700 Y0100 0613952G67 0613952G67 0615585H01 0615585H01 2615362H01 2615362H01 2615362H01 2615362H01 2615576H01 2686423Z02 2686425Z02 1015349H01 1015349H01 1015349H01 1015349H01 1015349H01 1015349H01 1015349H01 1015349H01 2515121H01 2515121H01 5104932K08 5114000B59 4815267H01 NOT PLACED 4815267H01 5102495J14 5115391H01 4802246J29 5115147H01 5115147H01 5180390L83 5115391H01 5114004A35 4813977M11 5116032H01 Description 0 0 THERMISTOR, 47K THERMISTOR, 47K SHIELD SHIELD SHIELD SHIELD SHIELD SHIELD SHIELD SOLDER PREFORM SOLDER PREFORM SOLDER PREFORM SOLDER PREFORM SOLDER PREFORM SOLDER PREFORM SOLDER PREFORM SOLDER PREFORM BALUN XFMR BALUN XFMR IC, FRACN SYNTHESIZER ANALOG SWITCH DUAL PNP – DUAL PNP IC, RF ASIC VOLTAGE REGULATOR PA PRE-DRIVER DUAL OPAMP DUAL OPAMP IC, PA CONTROLLER VOLTAGE REGULATOR VOLTAGE DETECTOR DIODE, 5.6V ZENER 0.5PPM 16.8MHZ TCXO (GPS Models only) UHF1 (403–470 MHz) 1–25W PCB / Schematics / Parts List UHF1 (403–470 MHz) 1–25W PCB / Schematics / Parts List C3018 J0700 J3000 26 C0706 VR4004 J4000 C0705 SP3001 C6428 R6403 2 3 U6402 C6429 Q3500 C6418 C3202 C2008 30 J4001 USB1_DAT R3503 TP_SDRAM_BA1 C4089 U4004 R4097 C4034 E4001 U4005 R2013 C2004 R2008 R4012 R4011 C2009 TP_SDRAM_BA0 R2009 R4009 R4010 2 R2015 R4099 R0105 C0195 L0100 R2014 TP_SDRAM_CLKX R4094 U4008 C4035 R2000 TP_SDRAM_CLK C4090 C1008 R1066 R4096 R4093 R4105 C4092 R1067 U4006 C4091 U4007 C2001 C2000 C2002 R2007 L3202 C1014 R2010 TP_SDRAM_CS C3212 R1005 C1018 VBUS2_CMD USB1_TXEN 16 C3514 R1001 C1004 C1015 C1012 1 Q3202 9 C2006 R2005 C1010 C1036 C1037 C3209 R1045 8 VBUS1_CMD USB1_SEO TP_MAKO_TX TP_MAKO_RX R1035 C1009 R3509 R3514 MAKO_GATED_32KHz C3511 R3508 R3504 R3515 R3233 C3513 R3507 R6443 C6422 E6401 C6407 U6407 C6408 TP_MAKO_FSYNC L3200 R3225 R1028 C3276 R3587 TP_MAKO_DCLK C3203 R3224 C1000 3.6V_MAKO_SW1 C6421 E3500 C3273 C3283 C3278 R4095 C2500 R3203 C4027 C4026 C4025 C4024 C4023 C4022 C4021 C4020 C4019 C4018 C4017 C4016 R2529 C0143 C0144 R4051 3 2 2 3 3 3 2 2 3 3 9 E3503 C0171 R0146 Q0100 R0108 R0106 C0118 R0144 C0117 C0120R0107 R0110 C0109 C0127 C0102 C0100 Q0106 R0159 C0125 R0123 C0129 C0145 R0101 C0122 C0113 C0121 C0175 C0105 C0130 R0102 16 C3211 R3218 1 Q3200 9 R4006 R0615 C0140 R0155 C0133 R0157 C0132 R0156 R0109 C0178 R0147 C0103 PD PC C0177 R0158 Q0102 R0114 R0111 R0116 R0148 C0124 R0161 C0196 C0180 C0146 2 Y0100 3 4 1 C0111 C0128 R0119 R0614 E0606 C0631 R0117 R0100 C0110 C0142 C0141 C0644 C0630 E0605 R0118 C0104 1 C0126 C0510 E0600 TP0601 C0622 R0627 R0607 FS R0608 DOUTB R0609 DOUTA R0611 R0612 CLKOUT R0613 PE RT3500 C3529 R4000 R4001 C4013 R4002 R4003 R1071 E4000 R1041 R4004 C1019 R3580 2 8 R3550 C3523 C3520 C3528 C4000 C4001 C4002 C4003 C4004 C4005 R4005 C4006 C4033 C4032 C4031 C4030 C4029 C4028 C0353 L0317 CR0307 CR0308 L0309 VR3503 L0318 C3545 R3595 R3205 R3206 E3502 R3547 R3532 R3594 R3505 C3518 C3292 C3524 C0350 CR0304 CR0303 R0311 SH0301 R6456 C6431 C6430 C3240 C3516 R3571 Q3201 8 5 4 R3526 C3515 L0315 C0326 R0211 C6450 R6455 C6439 R6446 C6440 C3238 R3217 C3229 C3249 C3538 R3537 C3531 R3590 C0342 R0324 R0325 L0314 L0312 L0319 L0310 L0218 U3040 C0347 C0337 L0313 Q0301 R0305 R0316 C0304 R0329 C0300 C0301 Q0300 L0307 C0253 CR0206 CR0205 L0302 R0304 C0305 C0242 R0225 L0214 L0213 R0224 R0205 C0237 C0236 L0202 CR0201 CR0202 CR0207 CR0208 L0209 C0226 C0315 C0250 C0320 L0217 C0442 C0200 C0201 R0204 C0205 R0422 L0411 L0407 L0303 R0301 L0215 C0220 L0210 C0241 C0306 R6450 R6467 C6451 E3202 C3254 C3530 1 C0336 R0326 C0340 C0341 SH0100 E0608 25 L0608 C0240 L0207 32 4 C0440 R0420 R0418 R0419 2 2 3 2 1 C3040 VR3206 R0726 E0703 C0783 R0724 R0725 R3042 R3538R3576 R1002 C3262 R3583 C1030 C3543 R3535 R4061 R4063 U4009 U4010 C3247 E3205 C3208 C1001 R4064 C3207 TP_POR R4065 R1036 R1006 R3588 C3248 VR3204 2.9V_MAKO_V6 R1034 R4066 R4067 R1017 C3210 C1005 C3234 R1025 TP1000 C3225 R1019 C1034 R1014 C3226 C2003 C1003 C1002 R3560 VR3202 C3239 C1017 C1006 R1027 R2012 C1013 R1020 C3220 C1016 C1031 C1011 C3219 R2004 C1007 R3500 R1000 R4068 C3280 R4069 R1021 R4070 R3596 R3501 R2011 R2006 R4071 C2005 C2007 C3213 2 3 TP4000 4 Q3203 C3216 2 3 4 Q3204 U3005 C0718 C0768 2 C0619 L0504 C0617 5 4 C0615 C0611 37 C0621 6 3 C0620 U0600 1 13 C0626 C0643 R0618 R0617 C0645 C0642 D0601 R0425 R0421 FL0500 R0619 R0226 L0203 CR0204 CR0203 C0428 C0432 C0431 C0429 C0430 R0434 32 4 R0623 R0503 R0622 C0646 C0206 R0201 C0438 C0439 C0509 C0504 C0627 C0629 R0610 E0604 C0633 E0607 C0638 R0424 C0457 R0423 C0437 C0459 R0441 R0433 Q0405 C0451 D0409 D0404 C0408 C0409 D0403 R0438 C0417 C0416 R0435 R0417 R0621 U602 C0605 C0623 C0650 R0606 E0602 E0601 C0625 C0502 L0604 C0345 CR0306 C0343 C0344 C0346 CR0305 C0359 C0329 C0323 C0308 C0325 CR0302 C0310 C0515 C0351 L0404 R0412 Q0402 Q0501 R0510 L0506 C0516 C0352 C0460 C0424 C0425 C0423 C0427 C0426 C0433 C0434 R0410 L0403 C0458 L0401 R0406 R0440 C0419 C0414 D0402 R0443 D0407 L0413 R0409 C0461 R0405 C0404 C0410 D0401 R0444 C0406 C0407 C0411 D0400 D0406 R0432 C0462 C0405 R0404 C0420 C0415 R0437 D0408 C0421 C0246 C0245 L0402 L0405 R0407 R0436 R6459 U3500 6 4 Q0711 3 C0759 C0243 C0252 C0225 C0259 C0208 C0229 C0213 C0214 2 R3033 R3056 3 2 1 R3035 R6460 R6465 C6423 C6433 E0702 R0702 C0251 C6445 R6445 R6454 R6461 R6449 E0704 C0223 3 R3003 C3046 R3004 1 R0752 R0744 L0723 C0788 M0700 R0763 R0764 R0762 R0768 R0771 C0904 D0903 C6420 R6458 R0700 C0724 R6402 C6417 E6407 C6416 C6419 R6444 R0751 R0761 L0900 C6426 E6402 C3505 C3501 C0802 R0750 R0706 1 Q4006 R6466 Q0701 RT0908 R4044 C4044 C6427 R3516 R3520 R3010 C3504 R3009 C3010 U3006 3 E3501 R3036 L0219 L0212 SP3000 6 C0714 R0756 C0804 C0805 R0730 R0732 R0773 5 R0734 R0929 C0937 C0936 6 1 R0753 C0918 SP0700 SP0706 7 R0741 R0925 C0949 3 9 R0757 L0902 D0901 R0740 C0781 C0782 L0901 C0914 R0928 C0950 U0941 R0989 R0926 C0934 C0935 R0917 R0927 C0931 8 U0940 C0922 D0902 SH0900 C0926 R0950 C0951 C0947 Q0201 R0229 Q0200 R0937 R0936 C0204 C0247 R0216 C0215 SP0704 SP0701 C3506 C3009 Q0702 8 R0940 C0921 C0948 2 2 10 Q4000 Q4002 Q4010 Q4011 Q4004 Q4005 Q4008 U3002 1 R0924 C4045 R4040 R3032 2 C0929 R4045 C4040 C4041 C4046 C4047 C4042 C4043 C3019 C3008 C0806 SP0702 SP0707 3 4 VR4002 VR4001 R4046 R4047 R4041 R4042 R4043 R3002 R0749 C0807 SP0705 SP0703 Q0901 C0964 C0960 R0988 4 5 U3001 C3002 R0775 C0966 R0930 C0915 C0796 C0798 C0799 C0797 C0778 R0748 E4005 C4075 Q4013 VR4000 VR4005VR4003 C3007 R4048 5 C0751 R0738 L0714 C0777 6 4 3 R0995 R0981 C0962 C0961 C0963 C0722 R0742 R0745 Q0706 C3006 C3005 C0713 4 Q0704 C0715 C0779 R0906 D0906 R0923 D0900 C0908 C0909 R0931 1 2 C0700 E0701 3 R0914 R0915 R0911 R0912 C0910 U0901 R0986 R0909 R0735 R0920 C0939 C0965 R0994 R0985 R0984 R0987 R0983 8 5 C0967 R0907 R0901 U0943 R0982 C0900 4 R0903 C0906 C0901 6 4 R0900 3 Q0900 R0902 C0907 R0916 C3015 C0702 C0701 C0711 C0712 E3000 E0700 C3000 C0703 R0729 D0907 25 C4048 R4050 C0704 L0712 R0713 VR0700 L0722 C0776 C0710 C6406 C0707 C0708 C0709 2 3 2 CR0301 C0313 C0314 3.0 3-21 UHF1 (403–470 MHz) 1–25W 8471165L06 Top Side UHF1 (403–470 MHz) 1–25W 8471165L06 Bottom Side J4002 11 M1 J4003 14 R2514 R2512 R2528 R2526 R2527 C0119 C0123 1 TP504 TP501 TP503 TP502 TP_TEST1 C0115 TP_TEST2 C0147 C0148 R0115 U0101 R0122 R0125 C0150 R0128 R0131 Q0107 C0602 C0603 E0609 Q0601 SH0101 C0507 L0503 C0506 C0649 D0600 C0613 R0602 L0602 C0607 C0614 R0616 L0605 E0603 C0628 R0411 R0402 R0509 C0512 R0501 R0511 C0503 R0512 C0637 C0403 R0431 R0403 C0635 C0634 C0636 C0452 FT0400 C0413 RT0953 R0947 1 R0942 C0923 SH0901 C0401 C0514 C0953 U0942 U0900 C0913 C0917 C0927 R0943 C0928 Q0902 TP0907 R0976 R0977 C0766 C0735 C0940 C0941 C0400 C0651 R0626 C0942 R0978 L0903 R0971 47 R0743 L0710 R0979 C0945 TP0904 TP0913 TP0903 L0716 L0905 R0970 C0772 07 TP0713 C 5 VR3000 C3013 R3006 C3012 R0975 R0974 2 C3014 3 R4054 C0944 D0700 L0719 C0810 C0725 C0640 T0400 6 R0960 R0944 R0951 R0938 TP0911 C0723 R0625 R0413 R0921 E0401 C0412 L0706 R3005 1 D0905 U0601 Q0403 L0406 D0500 R0416 C0453 1 R0500 R0415 Q0401 C0740 R0910 C0861 E0500 4 R0414 C0454 C0829 C0513 FT0401 3 C0920 C0919 C0916 R0919 R0922 C0911 R0401 C0402 C0443 C0422 C0739 R0918 C0832 E0610 L0410 4 6 T0401 3 CR0400 L0707 C0455 R0400 R0770 C0774 C0874 TP0708 R0502 C0448 D0405 R0428 R0429 R0430 E0403 C0436 L0708 C0760 C0738 Q0500 C0449 C0463 C0441 R0508 L0409 C0435 C0764 TP0711 C0612 2 C0445 L0408 L0603 R0219 C0446 C0447 R0427 L0414 R0701 8 5 4 D0703 C0616 E0201 L0412 SH0300 C0767 C0618 R0603 R0624 R0221 C0742 C0757 C0632 TP_ADAPT_SW C0179 C0856 R0769 TP0707 S0700 C0812 1 L0204 C0207 C0456 C0828 R0426 C0464 C0444 R0212 C0209 C0224 R0207 R0206 C0756 C0765 R0766 C0769 C0869 R0765 C0790 C3020 4 C0746 C0758 C0601 3 C0819 D0702 TP0600 2 C0731 C0745 C0845 C0770 C0771 R0728 R0709 TP0301 C0753 C0808 C0818 C0231 C0729 R0722 R0727 C0732 C0803 C0648 R0120 C0721 R0601 R0104 C0730 C0787 R0739 Q3032 R3030 6 2 07 48 C0737 C FT_VBUS2 VR4006 FT_APM_1_WIRE C4070 VR4009 C4068 C0727 FT_VBAT FT_VBAT_GROUND FT_USB2_DM FT_USB2_DP VR3504 2 3 C4065 C4066 R3529 C4063 R3548 C4067 R3545 R3540 C0741 R0620 C0604 Q0600 C0610 C0647 R0605 R0604 C0101 C0755 C0749 R0719 SH0500 C0233 C0754 C0744 R0754 R0720 R0718 R0755 L0720 C0791 C0814 3 2 R3039 Q3041 3 EXT_PTT R4031 2 3 C3A3 R6433 C3045 TP_VCTRL C0137 C0218 U0201 R0218 L0211 C0249 Q0202 R0213 C0219 C0248 L0205 C0211 R0202 R0210 C0203 R0203 C0217 C0221 L0200 L0206 C0222 C0202 R0220 C0743 R0160 1 E0301 C0800 R0747 TP0909 R3524 1 Q3030 C3032 R3041 VR3040 R3048 C0719 C0191 C0334 C0811 C0193 C0135 R0230 C0235 C0716 C0717 L0702 Q0108 2 3 4 6 U0303 E0302 R0302 R0337 R0208 R0303 L0300 C0302C0238 C0303 C0239 C0309 C0307 R0319 L0221 C0331 C0322 R0334 R0332 C0328 C0327 L0306 R0310 C0321 C3507 R3057 D3030 R3053 C3030 R3040 R3047 R3055 C0194 R0103 C0131 R0113 R0333 14 R3521 C3500 U3505 R3525 R0760 C0736 R0711 C0752 C0728 TP0703 R0714 R0715C0733 U0700 R0777 TP0704 C0817 L0705 R0759 C0734 C0801 TP0710 Q0705 R3502 R3506 8 7 R3528 C3510 4 5 3 L0700 C0192 R2501 R2507 R0307 R0306 R2500 U3004 R3008 R3534 R3530 R3549 C3522 R3539 VR3200 C3275 3 R3209 U3030 R3034 C0162 43 6 R1026 C1032 U0304 CR0300 R0331 R0327C0361 1 TP0702 C0809 C0160 R0320 R0321 3 C0163 R2515 L0304 C0317 Q0703 R0134 C0159 C1044 R1054 L0718 C0258 C0257 20 C0795 L0721 C0138 R0308 C0792 C0793 C0794 5 34 G2 TP0705 R3044 C0311 2 1 8 C2501 R3046 C3041 R3045 R4032 R4033 2 Q6401 R6435 R6430 C6435 R6436 U6405 C6438 C1 FT_EMERGENCY VR6400 FT_IGNITION_SENSE R4035 C0157 R2504 R2506 R2517 R2516 R2513 R2518 R2525 D0704 C0316 2 C0319 L0305 C0318 C0324 Q0302 R0312 R3582 TP0709 C0789 L0715 C0780 C0164 3 4 Y1000 2 G1 L0311 TX_RAMP_DAC C0775 C0156 C0149 C0151 C0158 R0127 R1044 J2500 R3249 R3581 R2502 R2519 R3577 R2520 C0785 L0717 C0230 R4090 C3218 E4003 R3222 C3217 R3223 U3202 Q3040 L0711 C0763 L1 C3272 C3282 MAKO_V8_5V R3248 VR3208 Q3206 3 4 6 R3226 R3043 C3044 D3200 R3228 C3274 C3261 C3043 E3203 Q3205 R3210 L0709 R0712 C0360 5 34 R3523 R3007 C3011 C3017 C3016 C0786 C0815 C0165 U2000 C3204 6 4 C3512 3 Q3502 R0139 R0140 AA1 C3260 C3233 R3236 R1048 U3203 C1 C3A3 EXT_MIC C3237 MAKO_V9_3V VR3201 R3536 R3553 C3532 C3509 C0166 K9 A9 TP_FLASH_CLK TP_DDR_LDQS C4088 M8 A8 C4087 R4034 C3205 R3551 R3554 INT_MIC Q3504 Q3503 6 4 3 R3533C3525 C3517 C3526 C3021 C0161 U2001 VR3502 R3050 C0108 U1000 C3519 R3037 C0134 C0136 AA21 1 R3051 R3038 U0100 R3579 TX_RAMP 7 3 L11 R3572 RF_ATTN_2 C3214 A21 8 2 C0112 A11 R3250 Y3201 L3201 VR3203 U3502 R3220 R3219 R3591 VR3205 14 U3003 C0107 C0106 R0126 A1 C3031 R1060 P1 R3592 E3201 C3521 E3208 E3206 SPI_MOSI_1 A1 R3552 SPI_MISO_1 C3270 R3054 2 ANT_C R4088 R4089 R4055 3 J6400 R6407 Q4014 Q4001 C0114 R3227 TP_DDR_UDQS C3228 C3222C3243 C3231 C3227 C3221 R3555R3544 R3546 C3535 C3252 C6449 R1047 R3052 R4049 C0357 C0358 C0363 C0362 C0349 C0348 C3289 C3291 R3593 VR3207 16 Q4012 R2508 2 R4086 SPI_CLK_1 R3584R3585 1 C3232 9 C4085 14C4084 C4073 R4079 R3542 R3541 Q3505 C3527 U4000 C3042 U1006 3 U4001 8 E2500 D3040 C1033 R3253 5 U3501 6 10 R3513 C3502 R3511 C3540 C3539 R3578 I2C_CLK R3558 R3559 I2C_DATA MAKO_CE C1035 R6469 R3586 U3504 8 4 U3503 5 8 R3569 C3257 C4071 R4103 C4072 R4101 C4074 R4100 7 R4023 E4002 4 U3508 5 8 C3542 R6438 U3200 P14 1 C3536 R3575 C3508 R2524 R3237 K1 R3216 R6464 R3556 R6468 U6404 R6401 R6470 R6420 C3541 FL6401 Q4015 R4030 OPT_SSI_SYNC C3265 R6419 R6418 R6417 R6416 C6452 C6434 R6439 C3206 Q3208 C3290 2 Y3200 C3215 3 4 A14 U6408 C6414 L6403 R6411 R6409 IF_TEST 2.8V_RF_TEST P1 C3503 R3573 R3574 R6457 R4098 R1070 R3243 R6437 R1046 C3269 4 6 U3201 3 R3252 R3247 R3246 Q4007 Q4003 E4006 R4074 R4076 R4078 R4080 R4081 R4082 R4083 R4085 R3245 Q3209 U6401 P10 C6401 Q4009 C4093 C4094 C4059 C4049 C4051 C4053 C4055 C4062 C4061 C4060 C4058 R2511 R2509 R2510 R4106 C4086 C3281 1.2V_RTC_TEST A1 R6440 C4011 C4012 C4010 C4007 R3512 R3510 FT_USB1_DP C3200 R3215 C3279 R3207 C6446 Q3210 R3208 R3200 Q3207 8 5 4 R3240 U6406 Q6402 6 43 A10 ROUT_TEST D4001 R3204 C3201 R6404 FT_USB1_DM R3239 C3266 R3241 R3238 R6405 C6432 FT_VBUS1 C4076 L6402 C3534 D4000 20 R6410 C6443 C6444 SPI_CLK_TEST R6432 C4069 26 E4004 E6400 C3533 07 FT_MMP_1_WIRE C6413 C6412 C4064 07 CLK_ACQ_TEST 3 2 C6436 C 4 5 C6437 R6434 C C4014 C4015 3-22 UHF1 (403–470 MHz) 1–25W PCB / Schematics / Parts List C0943 R0973 L0904 D0904 C0761 R0913 C0912 C0903 C0902 R0941 R0946 R0954TP0910 C0925 R0955 C0813 2 6 4 Q0400 3 E0400 C0641 UHF1 (403–470 MHz) 1–25W PCB / Schematics / Parts List 3-23 RAW_B+ 9V3_PA 9V3 PA_SUPPLY 9V3_PA 9V3 5V_SW 1.875V_DIG_V2 2.775V_DIG_V4 2.775V_ANA_V7 SPI_MOSI SPI_MISO SPI_CLK THK_CS ABACUS3_CS TX_SSI_DATA TX_SSI_CLK TX_SSI_FSYNC 5V 1.8V_TH_DIG 2.8V_TH_DIG 2.8V_TH_ANA SPI_BUS(0:4) 0 1 2 3 4 TX_SSI_BUS(0:2) 0 1 2 0 1 2 3 4 0 1 2 SPI_MOSI_IN SPI_MISO_IN SPI_CLK_IN TH_CEX ABACUS3_CEX_IN RX_VCO_SEL1_ RX_VCO_SEL2_ TX_VCO_SEL1_ TX_VCO_SEL2_ RX_VCO_SEL1 RX_VCO_SEL2 TX_VCO_SEL1 TX_VCO_SEL2 VCTRL SF_OUT HP_MOD_OUT PRSC VCTRL SF_TH HP_MOD_OUT PRSC 9V3_SYNTH 9V3_VCO 9V3_SYNTH_IN 9V3_VCO VCO_UHF1 TX_INJ TXINJ TX_LP_UHF1 ( TX: SHEET 1 ) ( RX: SHEET 2 ) ( PA: SHEET 1 ) ( PC: SHEET 2 ) SDTX TX_CLK SFTX SYNTH 9V3 9R1 RXINJ 9V3_SYNTH_OUT 9R1 PREDRIVE_SW RX_IN CONTROLLER_&_GPS_R5 ( TOP LEVEL: SHEET 1) PREDRIVE_SW PC_ATTEN_ENA FINAL_BIAS_1 TX_DAC ANT_ENABLE LO_BATTERY_DET RF_ATTN_1 RX_SSI_DATA RX_SSI_CLK RX_SSI_FSYNC RX_SSI_SYNCB DMCS RESET_OUT ADAPT_SW LOCK_DETECT RX_SSI_BUS(0:2) 0 1 2 16.8_GPS PREDRIVE_SW PC_ATTEN_ENA PA_BIAS TX_DAC ANT_ENABLE LO_BATTERY_DET LO_PWR_DET VSWR_DET 0 1 2 RX_SSI_DATA_PASS_OUT RX_SSI_CLK_PASS_OUT RX_SSI_FSYNC_PASS_OUT ABACUS3_SYNCB_IN DMCS RSTB ADAPT_SW LOCK 16.8_GPS SPI_MOSI_OUT SPI_MISO_OUT SPI_CLK_OUT ABACUS3_CEX_OUT 0 1 2 3 RX_SSI_DATA_PASS_IN RX_SSI_CLK_PASS_IN RX_SSI_FSYNC_PASS_IN 0 1 2 ABACUS3_SYNCB_OUT 5V_BE 1V8_BE 16.8_REF RX_INJ RXFE_UHF1 RX_IN ( 1 SHEET ) NC NC 9R1 RF_ATTEN_1 FE_TUNE RX_FLTR_VCTRL IF ABACUS_SPI_BUS(0:3) NC 5V_FE 0 1 2 3 ABACUS_SSI_BUS(0:2) 0 1 2 SPI_ABACUS_DATA SSI_ABACUS_DOUTB SPI_ABACUS_CLK SPI_ABACUS_CEX IF SSI_ABACUS_DOUTA SSI_ABACUS_CLKOUT SSI_ABACUS_FSYNC SSI_ABACUS_SYNCB RXBE_73.35MHZ 16.8_MHZ_BUFF 5V 1V8 REF_CLK (IF AMP: SHEET 1) (ABACUS3: SHEET 2) UHF1 (403–470 MHz) 1–25W Overall Schematic Diagram UHF1 (403–470 MHz) 1–25W PCB / Schematics / Parts List 3-24 E0400 NU RF_ATTEN_1_3 9R1_FILT RF_ATTEN_1 E0401 C0400 NU Q0400 R0401 9R1_FE_6 9R1 NU 2 4 1 1 6 C0403 Q0401 5 C0401 C0402 R0411 R0402 NU 2 3 5 R0403 R0431 NU 6 NU C0404 C0405 3 4 Hi-Side Zeros for Preselector C0455 (Micro-strip 20 mm Each) NU R0432 C0406 C0407 R0400 C0411 L0401 R0405 C0410 FT0400 R0404 0.8 VDC Typical 7.0 VDC D0406 C0462 R0444 C0453 C0412 L0413 C0460 3 L0405 1 NC RX_IN C0421 R0407 C0461 C0419 (VALUE) (VALUE) C0415 C0414 3 3 R0443 C0408 R0437 R0406 D0408 L0403 C0452 (VALUE) C0425 C0426 9R1_FILT C0427 C0417 L0404 1 R0436 NU R0409 L0406 R0410 C0459 R0441 Q0402 C0422 R0435 3 R0440 1 C0420 C0454 C0424 D0409 3 2 10 dB Attenuator (Not Placed) C0423 D0404 D0403 C0416 C0458 1 C0409 (VALUE) CR0400 2 1 D0401 2 D0407 D0402 1 RXIN_FE_6 C0413 L0402 2 NU (VALUE) 2 D0400 R0438 NU L0414 0.7 VDC C0428 C0429 R0412 C0430 C0432 C0431 R0413 C0433 1 4 2 C0435 NU NU E0403 R0428 (3.00 ~ 8.00 VDC) Q0403 MAKO ( 0 ~ 4.6 VDC) FE_TUNE_FE_4 R0429 C0434 R0414 6 3 5 FE_TUNE C0436 R0430 R0415 R0416 9R1_FILT IF_FE_8 IF R0417 R0427 C0437 +16.0 dBm Min. (250 mV P-P) FT0401 8.9 VDC Typical C0438 C0464 R0426 C0443 L0408 Q0405 L0409 L0410 4 C0444 3 2 1 R0423 C0447 C0448 C0449 6 IO1 IO2 1 5 NC NC 5 NC R0434 C0457 R0425 L0411 UHF1 (403–470 MHz) 1–25W Receiver Front-End Schematic Diagram Zo/Zin=4:1 NC Zo/Zin=4:1 D0405 R0424 6 2 1 C0451 4 2 IO4 R0433 .0476 R0422 RX_INJ 3.0 VDC Typical 3.7 VDC Typical RX_INJ_FE_5 C0446 3 3 T0400 C0445 IO3 R0420 R0421 T0401 C0441 C0463 C0442 C0440 4 R0419 L0407 L0412 1 R0418 (VALUE) C0439 NU C0456 UHF1 (403–470 MHz) 1–25W PCB / Schematics / Parts List 3-25 RX_FE_3 5V_FE 5V E0500 R0511 5V_BE_5 5V R0500 C0514 C0513 R0501 R0502 R0512 R0503 1.6V 73.35MHz 4-POLE 1.43V L0506 R0509 IF_TO_ABACUS C0504 C0512 FL0500 IF_OUT C0502 Q0501 C0507 C0506 1 IN C0510 GND2 L0503 1 0.76V 5 3 CC1 6 CC2 C0509 NU C0515 NU 3 C0503 OUT 4 2 GND1 IFIN_BE_8 IF Q0500 2 D0500 C0516 NU 0.72V R0510 R0508 L0504 NU SH0500 2 1 UHF1 (403–470 MHz) 1–25W Receiver IF Amp Schematic Diagram UHF1 (403–470 MHz) 1–25W PCB / Schematics / Parts List 3-26 VVCO U602 C0601 TP0600 SPF_3.5V 1 C0602 C0604 C0603 R0601 TP0601 C0605 C0650 R0621 R0602 IF_OUT R0622 R0623 NU NU C0607 Q0600 # C0611 5V 2nd LO LF C0610 3VA L0602 C0612 R0624 C0613 R0604 C0615 R0605 E0600 C0617 3VA C0616 NU C0614 R0603 C0649 L0603 D0600 E0601 C0618 2nd LO VCO UHF (71.1MHz/75.6 MHz) R0606 C0619 L0604 3VA C0620 L0605 C0621 E0602 C0622 FREF_IF REF_CLK 1V8 37 GNDP 39 40 42 41 38 VDDP IOUTL VDDL LOP LON CXVM 45 43 44 GNDI CXVL 47 IFIN CXIF U0600 DOUTB GCN DOUTA PD PE 36 35 R0607 34 NU R0627 33 SB_1_BE_5 SSI_ABACUS_SYNCB 32 31 FS_1_BE_5 R0608 30 SSI_ABACUS_FSYNC 29 R0609 28 DOUTB_1_BE_5 SSI_ABACUS_DOUTB DOUTA_1_BE_5 SSI_ABACUS_CLKOUT SSI_ABACUS_DOUTA 27 R0611 26 PE 25 PD PC CLKOUT_1_BE_5 R0612 C0631 C0630 24 PC VDDD 23 22 21 VREFN 20 VREFP GNDS1 VDDH GNDD GNDA CLKN CLKOUT CLKP VDDA 13 3VA FS GCP GNDC 11 12 VDDF VDDC R0610 GNDH 18 C0629 10 IF2P 19 8 9 SYNCB GNDQ 7 C0628 IF2N IOUTC 6 FREF GNDS2 17 5 E0603 GNDL GNDF 16 4 C0627 MXON 15 3VA MXOP VDDI 48 3 RREF 2 VDDQ 1 C0626 14 C0625 46 C0623 E0604 FS DOUTA DOUTB CLKOUT * C0632 FE_1_BE_5 R0613 SPI_ABACUS_CEX FD_1_BE_5 R0614 C0633 SPI_ABACUS_DATA FC_1_BE_5 R0615 SPI_ABACUS_CLK E0605 C0634 C0635 E0606 R0625 C0636 R0626 1V8 3VA 3VA 1V8_3 E0607 C0641 C0651 U0601 E0610 3VA R0616 2 5V 6 4 3 3VA C0640 E0608 FB VOUT NP 1 VCONT VIN C0637 GND C0638 5 L0608 C0642 R0617 R0618 C0643 R0619 C0644 C0645 D0601 R0620 C0646 VVCO E0609 Q0601 C0647 CLOCK VCO UHF1 (403–470 MHz) 1–25W Receiver Back-End Schematic Diagram CLOCK LF C0648 UHF1 (403–470 MHz) 1–25W PCB / Schematics / Parts List 3-27 PA_SUPPLY_TX_PA PA_SUPPLY A+ E0700 C0710 C0700 C0701 C0702 C0703 C0704 C0705 C0706 NU C0707 NU C0708 C0712 C0711 NU C0713 R0742 C0709 E0701 9V3_TX 9V3_PA 9V3_TX E0703 47K L0700 E0702 R0702 NU 2.2K C0714 9V3_Tx_Sw Q0701 1 47K 47K C0725 Antenna_En L0702 E0704 C0730 NU C0716 C0717 C0729 NU R0700 HI_PWR_PAD C0845 C0732 C0763 R0718 R0712 3.2VDC 13 dBm TP0704 -3 dBm TP0703 C0752 C0809 L0705 C0749 NU C0818 Q0703 R0715 C0743 C0744 D R0755 11dB/17dB Pad 18dB RL C0808 NU C0755 NU C0819 C0829 W = 0.625 mm C0735 C0721 NU C0806 NU R0771 C0812 ATC C0727 NU C0747 NU C0746 C0803 L0712 NU C0741 NU Gate_2 C0748 C0742 C0739 C0738 R0713 L0722 W = 0.625 mm L0710 C0751 NU D0904 L0714 1 C0734 C0770 R0728 C0764 NU C0761 C0861 L0904 R0973 NU R0975 R0974 C0941 C0765 R0773 NU C0760 NU D0702 A+ TP0707 L0718 NU C0767 R0701 R0978 R0735 R0727 M0700 C0777 TP0708 C0779 R0977 R0729 2.2VDC (TX Only) 2.2VDC (TX Only) C0778 C0766 NU Gate_2 C0942 R0732 R0730 VR0700 R0738 R0739 NU 9V3_TX C0787 L0715 C0804 C0792 R0744 NU C0790 NU C0814 R0757 R0756 C0791 C0780 C0775 TP0709 C0793 R0741 C0805 C0782 C0781 C0794 NU D0905 R0740 Q0704 C0759 C0944 NU R0979 TP0711 NC REV_DETECTED K4 K3 K2 K1 L0720 C0945 D C0789 NU C0757 C0758 R0745 NC Q0705 C0943 L0716 R0743 9V3_Tx_Sw D0703 Final_Bias R0759 C0776 NC A5 A4 A3 A2 A1 C0815 C0786 PRESSURE_PAD R0734 R0976 C0772 V_cont L0723 NU C0740 S = 0.54 mm L = 19 mm W = 2.5 mm S = 0.93 mm C0940 Gate_1 C0788 NU C0723 L0708 C0774 POS C0817 L0721 2.85V (44W) 2.10V (27.5W) TP0710 L0707 ATC SP0701 C0756 L0706 D0700 C0874 C0771 NU 9.1VDC L0903 R0719 SP0703 R0770 3 G L0719 R0971 SP0705 SP0706 SP0707 1 J0700-1 2 J0700-2 3 J0700-3 C0737 NU SP0702 R0768 R0769 L0905 R0970 C0720 NU R0722 C0795 L0717 C0719 C0726 SP0704 C0856 C0785 C0811 ATC Gate_1 R0765 C0813 NU R0754 3 VD_RF_OUT 2 GND1 4 GND2 RF_IN R0760 TP0705 Test Point to check Ref Osc Warping C0807 NU R0766 1 1 TX_INJ R0714 MRF1570, Flat Lead C0828 C0753 R0720 U0700 C0733 R0711 SP0700 R0709 C0754 NU NC C0728 Q0702 R0763 C0769 C0869 2 S +8 dBm TX_INJ_TX_PA 2 R0706 L0709 C0736 PIN2 C0810 C0745 TP0702 C0718 D0704 PIN1 C0832 R0764 C0724 L0711 C0722 NU R0762 C0731 NU LO_PWR_PAD C0768 C0715 NU HS0700 Q0706 S G TP0713 R0777 FWD_POWER 9V3 R0747 NC PRESSURE_PAD_TX_PA R0748 R0749 ANT_ENABLE_TX_PA ANT_ENABLE R0750 C0802 9V3_VCO R0751 C0800 NU FWD_DETECTED RX_IN_TX_PA PRESSURE_PAD V_cont RX_IN C0966 R0775 S0700 C0798 C0799 C0796 C0797 R0752 V_CONTROL V_cont FINAL_BIAS_1_TX_PA R0761 C0801 Final_Bias FINAL_BIAS_1 R0753 9V3_SYNTH Antenna_En 9V3_TX 9V3_TX LO_PWR_PAD LO_PWR_PAD HI_PWR_PAD HI_PWR_PAD UHF1 (403–470 MHz) 1–25W Power Amplifier Schematic Diagram UHF1 (403–470 MHz) 1–25W PCB / Schematics / Parts List 3-28 SH0900 SH0901 9V3 1 2 1 2 Q0900 3 4 NOTE: VOLTAGES SHOWN FOR ANALOG TX MODE 5 C0900 2 0.6V typical Cutback starts about 2.2V TP0907 1 C0901 6 9V3_PC PC_ATTEN_ENA_TX_PA PC_ATTEN_ENA R0931 LO_PWR_PAD C0929 9V3 to REV bias PIN in LP mode R0918 R0910 Q0902 C0919 C0920 D0906 9V3_TX C0914 3 U0900-1 R0917 R0906 1 R0922 9V3 9V3_PC R0900 D0900 2 R0901 R0907 3 4 2 9V3_PC Cypher: 2.4Kohm 5% R0936 R0902 C0913 R0924 NC C0916 R0724 Q0901 R0919 8 R0903 6 9V3 to FW bias PIN in HP mode L0900 HI_PWR_PAD 7 U0901-2 R0930 C0947 C0931 R0725 5 4 C0915 R0926 C0904 R0937 U0941 2 FB 6 NP 4 VCONT 3 VIN C0934 5V VOUT R0929 R0909 C0907 D0903 D0902 C0948 R0989 NU NC NC R0925 7 8 C0936 C0937 2 C0963 R0988 TADJ INHI VSET INLO VOUT COMM CLPF R0981 6 R0914 R0923 R0915 4 FWD_DETECTED R0995 NU 5 R0920 C0939 R0982 8 R0984 NU 3 R0994 NU U0901-1 9 2 1 LO_PWR_DET C0908 LO_PWR_DET C0909 3 4 TP0903 R0985 C0964 R0983 0.38V (44W) 0.21V (27.5W) C0965 R0911 2.85V (44W) REV_DETECTED C0921 C0922 9V3_PC 7 V_CONTROL NC 6 NC COMM R0912 1.35V (44W) 1.28V (27.5W) 1 RFIN 2 ENBL 3 VSET 4 FLTR C0910 R0986 C0902 C0903 D0907 5.1V NC R0987 R0941 C0967 VSWR_DET C0923 VSWR_DET TP0910 TP0911 R0950 8 R0942 9 5 VAPC U0940 GND R0940 VPOS 8 2.10V (27.5W) TP0909 R0916 9V3_PC GND 5V DC 4.0V (44W) 3.2V (27.5W) TP0904 U0943 VPOS C0960 C0951 0.1uF C0906 C0962 C0961 1 C0949 RT0908 5V 5 9V3 C0935 R0928 R0927 1 GND C0950 1 8 1 9V3_PC C0783 Q0711 TP0913 C0911 2 R0960 3 9V3_PC C0918 D0901 R0726 2 C0912 L0901 L0902 6 3 R0921 4 C0917 5 1 R0913 6 7 5 R0943 R0951 R0944 FWD_POWER 4 C0926 R0955 U0942 LO_BATTERY_DET R0946 C0925 R0947 RT0953 R0938 U0900-2 TX_DAC TX_DAC R0954 C0927 C0928 C0953 3 LO_BATTERY_DET GND 2 1 INPUT RESET_OUT 5 4 NC1 NC2 UHF1 (403–470 MHz) 1–25W Power Control Schematic Diagram 9V3 9V3 3-29 SPI_CLK_IN SPI_MISO_IN SPI_MOSI_IN UHF1 (403–470 MHz) 1–25W PCB / Schematics / Parts List 5V_BE_SYNTH 5V_BE 5V_TH 1V8_BE_SYNTH 1V8_BE TP_TEST1 1 RX_SSI_DATA_PASS_IN RX_SSI_CLK_PASS_IN RX_SSI_FSYNC_PASS_IN 2.8V_TH_DIG C0100 1 ABACUS3_SYNCB_OUT ABACUS3_CEX_OUT 2.8V_TH_DIG_SYNTH 1.8V_DIG RX_SSI_DATA_OUT RX_SSI_CLK_OUT RX_SSI_FSYNC_OUT RX_SSI_DATA_IN RX_SSI_CLK_IN RX_SSI_FSYNC_IN R0101 1.8V_DIG RX_SSI_DATA_PASS_OUT RX_SSI_CLK_PASS_OUT RX_SSI_FSYNC_PASS_OUT ABACUS3_SYNCB_OUT ABACUS3_CEX_OUT ABACUS3_SYNCB_IN ABACUS3_CEX_IN 2.8V_DIG 1.8V_DIG ABACUS3_SYNCB_IN ABACUS3_CEX_IN 5V SPI_MOSI_OUT SPI_MISO_OUT SPI_CLK_OUT 2.8V_ANA SPI_MOSI_IN SPI_MISO_IN SPI_CLK_IN 5V_SYNTH SPI_MOSI_OUT SPI_MISO_OUT SPI_CLK_OUT 2.8V_ANA SPI_MOSI_IN SPI_MISO_IN SPI_CLK_IN R0100 1.8V_DIG TP_TEST2 R0102 1.8V_TH_DIG_SYNTH 1.8V_TH_DIG C0108 C0102 C0101 2.8V_ANA C0177 R0103 2.8V_TH_ANA_SYNTH C0106 2.8V_TH_ANA C0105 C0104 C0178 C0175 C0109 C0110 C0107 R0104 C0111 C0103 Locked: 1.8V Unlocked: 0V 2.8V_DIG LOCK_SYNTH LOCK NC C0112 C0114 C0115 R0110 C0123 R0146 R0147 16.8_REF_BE_SYNTH 16.8_REF NC NC NC NC NC NC NC NC NC NC R0109 R0156 NU R0157 R0158 NU GPO_1_SYNTH C0131 SCAN_EN MN_CP_GND MN_CP_VCC LGND1 LGND2 LVCC2 TX_DAC_GND TX_DAC_VCC ASPI_VCC SSI_GND TM TEST1 TEST2 LVCC1 G5 J10 H10 J6 A10 G6 J5 E11 H4 G7 L2 K2 K3 J3 G4 E1 J1 D3 R0111 NC NC NC 2.8V_ANA C0124 C0125 U1=220pF U2=120pF VHF=1500pF K8 HP_MOD_OUT_SYNTH H1 HP_MOD_OUT H3 M_PRSCX J2 M_PRSC MN_CP PRSC_SYNTH PRSC G3 SF_OUT_SYNTH C0129 TP_ADAPT_SW R0113 GPO_3_SYNTH C0133 R0114 C0134 U1=220pF U2=120pF VHF=1500pF GPO_4 9R1 GPO_5_SYNTH GPO_6_SYNTH RX_VCO_SEL2_ C0136 C0135 9R1 SWITCH FOR FRONT-END 4 3 R0159 C0179 R0115 C0137 10K 1 Q0108 R0116 47K 2.8V_ANA R0126 ADAPT_SW IN R2 2 Q0102 ADAPT_SW_SYNTH R1 OUT C0138 GND R0160 Adapt ON: 5V Adapt OFF: 0V R0148 2.8V_ANA RF_ATTN_1 Q0107 SF_OUT VOLTAGE: 2.45V C0132 TX_VCO_SEL1_ 9R1_SYNTH SF_OUT 5V_TH 5V_TH C0130 GPO_2_SYNTH DMCS Q0106 R0119 R0118 R0117 R0120 NU U0101 5 C0142 U1=220pF U2=120pF VHF=1500pF C0141 C0140 4 C0143 C0144 R0122 NU ONOFF_CONTROL 1 INOUT 2 OUTIN 3 RSTB_SYNTH VCC 9V3_SYNTH 9V3 C0128 SDTX DMCS_SYNTH GND R0170 C0127 TX_CLK SDTX_SYNTH NC NC NC NC NC G1 DAC_ADAPT F1 VCO_DAC MN_ADAPT_CP SPI_CLK_IN SFTX TX_CLK_SYNTH 5V_TH C0126 GPO LINES HI: 2.8V LOW: 0V RX_VCO_SEL1_ VCO SEL: ACTIVE LOW TX_VCO_SEL2_ F9 F10 F11 F7 D11 E9 E10 E7 K1 SPI_MOSI_IN SFTX_SYNTH 1 NU TH_CEX TP501 TP502 TP503 1 TP504 1 1 1 L3 ESC_CP G2 MAIN_PDET_VCC NC 16.8_GPS_SYNTH 16.8_GPS SPI_MISO_IN HP_MOD_OUT NC NC NC NU R0155 U0100 NC NC NC NC 16.8_REF_CONTROLLER_SYNTH NC NC NC NC NC NC NC C0121 NU TH_CEX_SYNTH D10 SPI_DR D8 CEX D9 SPI_DW C11 SPI_CLK SFTX TXCLK SDTX DMCS SDR SCLK_OUT RXFS RXACQ ESC_IN XOSC_BASE XOSC_EMIT SMD_CLK_GEN_GND OSCREG_SPLY OSCREG_BYP SF_OUT OSCREG_OUT R0108 C0119 NU K5 L5 C9 J4 L4 K4 H5 NC NC NC NC NC NC NC G9 CLK_CP H11 CLK_EMIT G11 CLK_BASE E6 RSTB R0107 NC NC Q0100 C10 ASPI_CLK B11 ASPI_DATA A6 ACE1 D6 ACE2 A1 NC1 A11 NC2 F6 TX_GND2 L1 NC3 L11 NC4 C0122 C0195 L0100 AGC_REF AGC_FLAG ARX_DAC RFSTEPA AGC_DAC DC_CAL BP_I RXI RXIX BP_IX SDM_VAG BP_Q RXQ RXQX BP_QX SCAN_IN RX_EN_OUT PABIAS_DAC CLK2_OUT CLK1_OUT TCLK NTXQ TXQ NTXI TXI INCR_DECR PHCLK FBQ FBI J7 EF_OUTP J8 EF_OUTM NC NC K10 SUB1 F5 SUB2 F3 SUB3 L10 DEEPSLEEP R0106 C5 C4 H6 A3 B5 A2 E4 C2 C1 F4 B10 E2 D1 D2 E3 F2 B1 K11 J11 H9 G8 K6 L7 L8 K7 J9 L9 B6 C6 CLK_VCC CLK_GND TX_VCC SDM_CLK_GEN_VCC XOSC_GND OSCREG_GND SSI_VCC ESC_GND TX_GND1 ESC_CPBIAS ESC_VCC ESC_CP_GND ESC_CP_VCC MAIN_GND ESC_TEST MAIN_VCC B9 A9 B8 B2 C3 A5 A8 D5 SDM_REF_VCC SDM_VREFM SDM_VREFP RX_AVCC1 RX_AGND1 RX_AVCC2 SDM_REF_GND RX_AGND2 R0144 H2 F8 C8 B7 H7 L6 A7 E8 B3 D7 C7 G10 C0113 C0118 C0171 GPO1_TEST1 GPO2_TEST2 GPO3_TEST3 GPO4_TEST4 GPO5 GPO6 C0117 R0105 C0120 B4 A4 E5 D4 K9 H8 Buffer to Abacus/Controller NU Switch for Adapt Transient VCONT R0161 C0196 C0180 C0146 U1=220pF U2=120pF VHF=1500pF OUTPUT 3 C0145 5 NC1 6 NC2 7 NC3 8 NC4 GND 1 VCC 4 R0123 C0147 U1=220pF U2=120pF VHF=1500pF 2 RSTB NC NC NC NC R0125 Y0100 16.8MHz 1.5 ppm 0.5 ppm R0127 TCXO (Y0100) --- R0128 4875188M01 VCTRL_SYNTH VCTRL R0131 C0150 C0148 C0151 C0149 VCO STEERING LINE VOLTAGE: 0.6V TO 4.4V VCO STEERING LINE VOLTAGE: 0.6V TO 4.4V TP_VCTRL 1 R0134 C0157, C0159, C0160,C0162,C0163,C0191,C0192,C0193,C0194: NU (UHF B2) C0191,C0192,C0193,C0194: NU (UHF B1) SH0100 SH0101 C0194 C0193 C0192 C0191 C0156 C0157 C0158 C0159 C0160 C0161 C0162 C0163 C0164 C0165 R0139 C0166 1 2 1 2 R0140 Note: High Port modulation injection through loop filter for U1 and U2 only UHF1 (403–470 MHz) 1–25W Synthesizer Schematic Diagram UHF1 (403–470 MHz) 1–25W PCB / Schematics / Parts List 3-30 SF_TH SF_TH_VCO_UHF1_6 SF_TH SF_TH SF_TH: 2.5 V R0201 C0206 SH0301 L0202 C0204 C0205 SH0300 1 2 Super Filter Voltage (SF_TH) 1 2 C0201 C0200 RX1 R0204 R0205 C0208 L0203 C0213 C0214 RXSL RX VCO 1 E0201 9R1_VCO_UHF1_7 L0200 9R1 CR0201 R0211 RX Buffer Amplifier C0215 Q0200 CR0202 L0209 C0220 L0207 C0202 C0203 R0202 C0223 L0210 R0203 VCTRL C0225 C0226 Steering Line Voltage (VCTRL_TH) CR0203 CR0204 C0207 C0209 VCTRL: 0.6-4.5 V C0229 L0204 L0212 C0211 SF_TH RX2 R0224 R0219 L0213 C0217 L0206 R0220 R0216 R0221 C0222 C0221 R0207 R0208 Q0202 C0218 NU NU RXINJ: 329.65 - 396.65 MHz +6 dBm L0211 R0212 C0242 C0219 R0210 NU C0241 RXINJ_VCO_UHF1_5 RXINJ L0205 R0206 C0237 C0236 C0224 NU C0240 R0225 R0226 C0243 RX VCO 2 L0214 C0245 C0247 C0246 Q0201 TP0301 CR0206 L0217 C0250 L0218 L0215 1 CR0205 RXSL RX Prescaler C0231 C0251 R0230 C0238 -5 to -15 dBm C0252 C0253 SF_TH PRSC (RX): 329.65 - 396.65 MHz C0239 C0230 CR0207 CR0208 PRSC_VCO_UHF1_5 PRSC PRESC_TX C0259 L0219 L0221 RX2_SEL: 2.7 V (High) C0235 C0233 NU 0.1 V (Low) RX1_SEL_VCO_UHF1_5 R0213 R0218 RX2_SEL_VCO_UHF1_5 RX_VCO_SEL1 RX_VCO_SEL2 R0229 C0257 RX1_SEL: 2.7 V (High) C0248 C0249 U0201 0.1 V (Low) RX1 UHF1 (403–470 MHz) 1–25W Receiver VCO Schematic Diagram RX2 C0258 UHF1 (403–470 MHz) 1–25W PCB / Schematics / Parts List 3-31 TX Buffer Amplifier TX1 SF_TH R0321 C0300 VMOD SF_TH L0300 C0301 9T1 C0302 C0303 R0301 R0320 R0303 R0302 L0302 C0304 HP_MOD_OUT_VCO_UHF1_7 R0319 C0307 C0310 HP_MOD_OUT C0305 C0306 C0360 C0361 C0334 R0304 R0305 C0308 CR0300 C0316 C0309 L0304 L0303 C0311 C0313 TX VCO 1 C0314 Q0300 VSL VCTRL CR0301 VCTRL_VCO_UHF1_7 VCTRL R0311 CR0302 C0320 L0309 L0310 (VALUE) R0334 C0322 R0307 R0308 Q0302 C0319 C0318 TXINJ: 403-470 MHz +11 dBm NU R0310 C0321 L0311 NU C0323 C0326 Steering Line Voltage (VCTRL_TH) L0306 R0333 R0332 L0307 C0317 TXINJ_VCO_UHF1_5 TXINJ L0305 R0306 C0315 C0324 NU R0312 C0325 R0337 CR0303 9T1 CR0304 VCTRL: 0.6-4.5 V E0301 TX_BUFFER_SEL: 1.8 V (ON) L0312 C0329 9V3_VCO_UHF1_7 0.1 V (OFF) 9V3_VCO SF_TH TX2 PREDRIVE_SW_VCO_UHF1_6 C0337 C0336 E0302 PREDRIVE_SW R0316 NU C0327 C0328 R0324 L0313 NU NU U0303 NU C0340 VMOD C0341 C0344 C0342 R0325 R0326 C0343 TX VCO 2 L0314 C0345 C0346 C0347 Q0301 CR0305 VSL CR0306 L0317 C0350 L0318 L0315 C0331 C0351 C0352 C0353 TX Prescaler PRSC (TX): 403-470 MHz SF_TH -5 to -15 dBm Super Filter Voltage (SF_TH) CR0307 CR0308 PRESC_TX C0359 C0362 C0363 SF_TH: 2.5 V SF_TH L0319 TX1_SEL_VCO_UHF1_5 TX2_SEL_VCO_UHF1_5 TX_VCO_SEL2 R0331 R0327 TX_VCO_SEL1 R0329 C0348 TX1_SEL: 2.7 V (High) 9V3_SYNTH_OUT 9V3_SYNTH_IN C0357 C0349 U0304 C0358 TX2_SEL: 2.7 V (High) 0.1 V (Low) 0.1 V (Low) TX1 TX2 UHF1 (403–470 MHz) 1–25W Transmit VCO Schematic Diagram UHF1 (403–470 MHz) 1–25W PCB / Schematics / Parts List 3-32 UHF1 PCB 8471165L06 Parts List 1–25W Circuit Ref C0100 C0101 C0102 C0103 C0104 C0105 C0106 C0107 C0108 C0109 C0110 C0111 C0112 C0113 C0114 C0115 C0117 C0118 C0119 C0120 C0121 C0122 C0123 C0124 C0125 C0126 C0127 C0128 C0129 C0130 C0131 C0132 C0133 C0134 C0135 C0136 C0137 C0138 C0140 C0141 C0142 C0143 C0144 C0145 C0146 C0147 C0148 C0149 C0150 C0151 Motorola Part No. 2113944A44 2113944A44 2113944A44 2113945C31 2113944A44 2113945C31 2113945C31 2113945C31 2113944A44 2113945C31 2113945C31 2113945C31 2113944A44 NOT PLACED 2113946E02 2113946E02 2113944A44 2113945C31 NOT PLACED 2113945B02 NOT PLACED 2113945B02 2113946E02 2113945C31 2113944A44 2113944A44 2113944A44 2113944A44 2113945C31 2113944A44 2113944A44 2113944A44 2313960B30 2113944A44 2313960B32 2113945C31 2313960B32 2113944A44 2313960B30 2113945C31 2113944A44 2113944A44 2113945C31 2113945B02 2113944A44 2113944A44 2113945D01 2113945C04 2113945C31 2113945C31 Description 220pF 220pF 220pF 0.1uF 220pF 0.1uF 0.1uF 0.1uF 220pF 0.1uF 0.1uF 0.1uF 220pF – 1.0uF 1.0uF 220pF 0.1uF – .01uF – .01uF 1.0uF 0.1uF 220pF 220pF 220pF 220pF 0.1uF 220pF 220pF 220pF 4.7uF 220pF 10uF 0.1uF 10uF 220pF 4.7uF 0.1uF 220pF 220pF 0.1uF .01uF 220pF 220pF .033uF .022uF 0.1uF 0.1uF Circuit Ref C0156 C0157 C0158 C0159 C0160 C0161 C0162 C0163 C0164 C0165 C0166 C0171 C0175 C0177 C0178 C0179 C0180 C0191 C0192 C0193 C0194 C0195 C0196 C0200 C0201 C0202 C0203 C0204 C0205 C0206 C0207 C0208 C0209 C0211 C0213 C0214 C0215 C0217 C0218 C0219 C0220 C0221 C0222 C0223 C0224 C0225 C0226 C0229 C0230 C0231 C0233 Motorola Part No. 2185419D06 2185419D06 2185419D06 2185419D06 2185419D06 2185419D06 2185419D06 2185419D06 2185419D06 2185419D06 2185419D06 2113945B02 2113944A44 2113944A44 2113944A44 2113944A44 2113945C31 NOT PLACED NOT PLACED NOT PLACED NOT PLACED 2113945A05 2113946H02 2113944A44 2113945Y02 2113945C02 2113944A44 2113944A44 2113945Y02 2113944A44 2113945C04 2115153H18 2113944A44 2113944A44 2115153H17 2115153H34 2115153H20 2113944A44 NOT PLACED NOT PLACED 2115153H17 2115153H14 NOT PLACED 2115153H46 NOT PLACED 2115153H51 2113944A44 2115153H42 2113944C47 2115153H14 NOT PLACED Description 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF .01uF 220pF 220pF 220pF 220pF 0.1uF – – – – 470pF 10uF 220pF 0.10uF .01uF 220pF 220pF 0.10uF 220pF .022uF 4.3pF 220pF 220pF 3.9pF 11pF 5.1pF 220pF – – 3.9pF 3.0pF – 36pF – 56pF 220pF 24pF 150pF 3.0pF – Circuit Ref C0235 C0236 C0237 C0238 C0239 C0240 C0241 C0242 C0243 C0245 C0246 C0247 C0248 C0249 C0250 C0251 C0252 C0253 C0257 C0258 C0259 C0300 C0301 C0302 C0303 C0304 C0305 C0306 C0307 C0308 C0309 C0310 C0311 C0313 C0314 C0315 C0316 C0317 C0318 C0319 C0320 C0321 C0322 C0323 C0324 C0325 C0326 C0327 C0328 C0329 C0331 Motorola Part No. 2115153H22 2113944A44 2113945Y02 2113944A44 2113945Y02 2113944A44 2113945Y02 2113944A44 2115153H13 2115153H14 2115153H27 2115153H20 2113944A44 2113945Y02 2115153H16 2115153H40 2115153H48 2113944A44 2113944A44 2113945Y02 2115153H35 2113944A44 2113945Y02 2113945C02 2113944A44 2113944A44 2113945Y02 2113944A44 2113945C04 2115153H15 2113944A44 2115153H01 2113944A44 2115153H15 2115153H35 2115153H20 2313960B32 2113944A44 2115153H15 NOT PLACED 2115153H20 2115153H24 NOT PLACED 2115153H43 NOT PLACED 2115153H51 2113944A44 NOT PLACED NOT PLACED 2115153H38 2115153H14 Description 6.2pF 220pF 0.10uF 220pF 0.10uF 220pF 0.10uF 220pF 2.7pF 3.0pF 10pF 5.1pF 220pF 0.10uF 3.6pF 20pF 43pF 220pF 220pF 0.10uF 12pF 220pF 0.10uF .01uF 220pF 220pF 0.10uF 220pF .022uF 3.3pF 220pF 0.5pF 220pF 3.3pF 12pF 5.1pF 10uF 220pF 3.3pF – 5.1pF 7.5pF – 27pF – 56pF 220pF – – 16pF 3.0pF Circuit Ref C0334 C0336 C0337 C0340 C0341 C0342 C0343 C0344 C0345 C0346 C0347 C0348 C0349 C0350 C0351 C0352 C0353 C0357 C0358 C0359 C0360 C0361 C0362 C0363 C0400 C0401 C0402 C0403 C0404 C0405 C0406 C0407 C0408 C0409 C0410 C0411 C0412 C0413 C0414 C0415 C0416 C0417 C0419 C0420 C0421 C0422 C0423 C0424 C0425 C0426 C0427 Motorola Part No. 2113944A44 2113944A44 2113945Y02 2113944A44 2113945Y02 2113944A44 2115153H15 2115153H01 2115153H15 2115153H24 2115153H20 2113944A44 2113945Y02 2115153H18 2115153H42 2115153H50 2113944A44 2113944A44 2113945Y02 2115153H38 2313960B30 2113944C51 2113944A44 2113945Y02 NOT PLACED 2113945C31 2113944A44 2115153H49 NOT PLACED 2113944A44 2115153H27 2115153H13 2115153H27 2115153H13 2115153H22 2115153H22 2115153H20 2115153H57 2113944A44 2115153H21 2115153H22 2115153H22 2113945Y02 2115153H03 2115153H13 2115153H26 2113944A44 2113944A44 2113944A44 2113944A44 2113944A44 Description 220pF 220pF 0.10uF 220pF 0.10uF 220pF 3.3pF 0.5pF 3.3pF 7.5pF 5.1pF 220pF 0.10uF 4.3pF 24pF 51pF 220pF 220pF 0.10uF 16pF 4.7uF 1000pF 220pF 0.10uF – 0.1uF 220pF 47pF – 220pF 10pF 2.7pF 10pF 2.7pF 6.2pF 6.2pF 5.1pF 100pF 220pF 5.6pF 6.2pF 6.2pF 0.10uF 1.0pF 2.7pF 9.1pF 220pF 220pF 220pF 220pF 220pF UHF1 (403–470 MHz) 1–25W PCB / Schematics / Parts List Circuit Ref C0428 C0429 C0430 C0431 C0432 C0433 C0434 C0435 C0436 C0437 C0438 C0439 C0440 C0441 C0442 C0443 C0444 C0445 C0446 C0447 C0448 C0449 C0451 C0452 C0453 C0454 C0455 C0456 C0457 C0458 C0459 C0460 C0461 C0462 C0463 C0464 C0502 C0503 C0504 C0506 C0507 C0509 C0510 C0512 C0513 C0514 C0515 C0516 C0601 C0602 C0603 Motorola Part No. 2113944A44 2113944A44 2113944A44 2113944A44 2113944A44 NOT PLACED 2113944A44 2115153H17 2113944A44 2113944A44 2113944A44 NOT PLACED 2113944A44 2115153H11 2115153H25 2115153H41 2115153H41 2115153H37 2115153H20 2115153H27 2115153H26 2115153H20 2115153H41 2115153H26 2115153H20 2115153H26 2113945C31 2113944A40 2113945C31 2115153H40 2115153H40 2113946F05 2115153H40 2115153H40 2115153H06 2115153H06 2113945Y02 2113945Y02 2113945Y02 2113945Y02 2115153H39 NOT PLACED 2115153H22 2113945Y02 2113945Y02 2113945Y02 NOT PLACED NOT PLACED 2115153H48 2113945B02 2113944A44 Description 220pF 220pF 220pF 220pF 220pF – 220pF 3.9pF 220pF 220pF 220pF – 220pF 2.2pF 8.2pF 22pF 22pF 15pF 5.1pF 10pF 9.1pF 5.1pF 22pF 9.1pF 5.1pF 9.1pF 0.1uF 100pF 0.1uF 20pF 20pF 10uF 20pF 20pF 1.3pF 1.3pF 0.10uF 0.10uF 0.10uF 0.10uF 18pF – 6.2pF 0.10uF 0.10uF 0.10uF – – 43pF .01uF 220pF 3-33 Circuit Ref C0604 C0605 C0607 C0610 C0611 C0612 C0613 C0614 C0615 C0616 C0617 C0618 C0619 C0620 C0621 C0622 C0623 C0625 C0626 C0627 C0628 C0629 C0630 C0631 C0632 C0633 C0634 C0635 C0636 C0637 C0638 C0640 C0641 C0642 C0643 C0644 C0645 C0646 C0647 C0648 C0649 C0650 C0651 C0700 C0701 C0702 C0703 C0704 C0705 C0706 C0707 Motorola Part No. 2113945Y02 2115153H48 2115153H39 2115153H53 2113945A09 2115153H34 2185419D03 2115153H48 2113945B02 NOT PLACED 2113945Y02 2185419D06 2113945Y02 2113945Y02 2113945Y02 2113945A09 2113945Y02 2113944C89 2113944A40 2113944A40 2113945Y02 2113945A11 2113945Y02 2113945Y02 2313960B30 2113945Y02 2113945B02 2113944A40 2113944A40 2113946S35 2113945Y02 2113946N03 2113945B02 2115153H53 2113945Y02 2113945Y02 2113945B02 2113946G04 2113946J03 2113946J03 2113945A12 2115153H44 2115153H57 2113944C82 2113945C04 2113944C55 2113944C82 2113945C04 2113944C51 NOT PLACED NOT PLACED Description 0.10uF 43pF 18pF 68pF 1000pF 11pF 0.01uF 43pF .01uF – 0.10uF 0.1uF 0.10uF 0.10uF 0.10uF 1000pF 0.10uF 200pF 100pF 100pF 0.10uF 2200pF 0.10uF 0.10uF 4.7uF 0.10uF .01uF 100pF 100pF 1.0uF 0.10uF 2.2uF .01uF 68pF 0.10uF 0.10uF .01uF 0.68uF 10.0uF 10.0uF 3300pF 30pF 100pF 30pF .022uF 2200pF 30pF .022uF 1000pF – – Circuit Ref C0708 C0709 C0710 C0711 C0712 C0713 C0714 C0715 C0716 C0717 C0718 C0719 C0720 C0721 C0722 C0723 C0724 C0725 C0726 C0727 C0728 C0729 C0730 C0731 C0732 C0733 C0734 C0735 C0736 C0737 C0738 C0739 C0740 C0741 C0742 C0743 C0744 C0745 C0746 C0747 C0748 C0749 C0751 C0752 C0753 C0754 C0755 C0756 C0757 C0758 C0759 Motorola Part No. 2113944C51 2113945C31 2371403L02 NOT PLACED 2113944C51 2111078B42 2111078B42 NOT PLACED 2113944A41 2113945A09 2113945A09 2111078B25 NOT PLACED NOT PLACED NOT PLACED 2111078B39 2113944A41 2113944A41 2111078B20 NOT PLACED 2113944C42 NOT PLACED NOT PLACED NOT PLACED 2113951B41 2113944C42 2113944C84 2111078B39 2113944A41 NOT PLACED 2111078B07 2185400Y36 2185400Y36 NOT PLACED 2111078B07 2113944C37 2113944C38 2113944F44 2111078B25 NOT PLACED 2111078B11 NOT PLACED NOT PLACED 2113944A41 2111078B39 NOT PLACED NOT PLACED 2113944F44 2113944C42 NOT PLACED 2113944C42 Description 1000pF 0.1uF 10uF – 1000pF 100pF 100pF – 120pF 1000pF 1000pF 27pF – – – 75pF 120pF 120pF 18pF – 75pF – – – 24pF 75pF 43pF 75pF 120pF – 5.6pF 12pF 12pF – 5.6pF 39pF 47pF 12pF 27pF – 8.2pF – – 120pF 75pF – – 12pF 75pF – 75pF Circuit Ref C0760 C0761 C0763 C0764 C0765 C0766 C0767 C0768 C0769 C0770 C0771 C0772 C0774 C0775 C0776 C0777 C0778 C0779 C0780 C0781 C0782 C0783 C0785 C0786 C0787 C0788 C0789 C0790 C0791 C0792 C0793 C0794 C0795 C0796 C0797 C0798 C0799 C0800 C0801 C0802 C0803 C0804 C0805 C0806 C0807 C0808 C0809 C0810 C0811 C0812 C0813 Motorola Part No. NOT PLACED 2113951B41 2113944A41 NOT PLACED NOT PLACED NOT PLACED 2113944C42 2113944A41 2113944F51 2113944A41 NOT PLACED 2113944C16 2113944F51 2113945C04 2113944C42 2113944C47 2111078B30 2111078B29 2113944A41 2113944C42 2113944C51 2113944A41 2113944C42 2113944C84 2113944C84 NOT PLACED NOT PLACED NOT PLACED 2113944A80 2113944A28 2113944A25 NOT PLACED 2113944C75 2113944C42 2113944C51 2113944C51 2113944C42 NOT PLACED 2113944A41 2113944A41 2111078B01 2113944C42 2113944C51 NOT PLACED NOT PLACED NOT PLACED 2113944C30 2113944C42 NOT PLACED NOT PLACED NOT PLACED Description – 24pF 120pF – – – 75pF 120pF 24pF 120pF – 2.7pF 24pF .022uF 75pF 150pF 34pF 33pF 120pF 75pF 1000pF 120pF 75pF 43pF 43pF – – – 20pF 18pF 10pF – 8.2pF 75pF 1000pF 1000pF 75pF – 120pF 120pF 3.3pF 75pF 1000pF – – – 10pF 75pF – – – UHF1 (403–470 MHz) 1–25W PCB / Schematics / Parts List 3-34 Circuit Ref C0814 C0815 C0817 C0818 C0819 C0828 C0829 C0832 C0845 C0856 C0861 C0869 C0874 C0900 C0901 C0902 C0903 C0904 C0906 C0907 C0908 C0909 C0910 C0911 C0912 C0913 C0914 C0915 C0916 C0917 C0918 C0919 C0920 C0921 C0922 C0923 C0925 C0926 C0927 C0928 C0929 C0931 C0934 C0935 C0936 C0937 C0939 C0940 C0941 C0942 C0943 Motorola Part No. 2113944C46 2113944C41 2113951A31 2113944F54 2113944F54 2113944F54 2113944F54 2113951B41 2113944F44 2113944F44 2113951B41 2113944F51 2113944F51 2113944A41 2113945C31 2113945C31 2113944A41 2113944A41 2113944A41 2113945C02 2113945C31 2113944A41 2113944A41 2113944A41 2113944A41 2113944A41 2113944A41 2113944A41 2113944A41 2113945A09 2113944A41 2113945C31 2113944A41 2113945C31 2113944A41 2113944C55 2113944A41 2113945L41 2113944C02 2113944C53 2113944A41 2113944A41 2113944A41 2113944A41 2113944A41 2113944A41 2113944A41 2113944C46 2113944M17 2113944C42 2113944C42 Description 120pF 68pF 7.50pF 33pF 33pF 33pF 33pF 24pF 12pF 12pF 24pF 24pF 24pF 120pF 0.1uF 0.1uF 120pF 120pF 120pF .01uF 0.1uF 120pF 120pF 120pF 120pF 120pF 120pF 120pF 120pF 1000pF 120pF 0.1uF 120pF 0.1uF 120pF 2200pF 120pF 4700pF 220pF 1500pF 120pF 120pF 120pF 120pF 120pF 120pF 120pF 120pF 9.1pF 75pF 75pF Circuit Ref Motorola Part No. C0944 C0945 C0947 C0948 C0949 C0950 C0951 C0953 C0960 C0961 C0962 C0963 C0964 C0965 C0966 C0967 CR0201 CR0202 CR0203 CR0204 CR0205 CR0206 CR0207 CR0208 CR0300 CR0301 CR0302 CR0303 CR0304 CR0305 CR0306 CR0307 CR0308 CR0400 D0400 D0401 D0402 D0403 D0404 D0405 D0406 D0407 D0408 D0409 D0500 D0600 D0601 D0700 D0702 D0703 D0704 2113944M06 2113944C42 2113944A40 2113946S35 2113946G01 2113945A09 2113945C31 2113944A41 2113944A52 2113945C31 2113944A40 2113944A52 2113944A23 2113944A40 2113944A41 2113944A41 4815096H01 4815096H01 4815096H01 4815096H01 4815096H01 4815096H01 4815096H01 4815096H01 4815096H01 4815096H01 4815096H01 4815096H01 4815096H01 4815096H01 4815096H01 4815096H01 4815096H01 4813974A19 NOT PLACED 4885055Y01 4885055Y01 4885055Y01 4885055Y01 4815090H01 4885055Y01 4885055Y01 4885055Y01 4885055Y01 4813974A19 4815096H01 4815096H01 4802482J02 4802482J02 4875430M01 4813974A06 Description 3.3pF 75pF 100pF 1.0uF 2.2uF 1000pF 0.1uF 120pF 1000pF 0.1uF 100pF 1000pF 8.2pF 100pF 120pF 120pF DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE, SCHOTTKY – DIODE VARACTOR 1SV229 DIODE VARACTOR 1SV229 DIODE VARACTOR 1SV229 DIODE VARACTOR 1SV229 DIODE, MIXER DIODE VARACTOR 1SV229 DIODE VARACTOR 1SV229 DIODE VARACTOR 1SV229 DIODE VARACTOR 1SV229 DIODE, SCHOTTKY DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE, PIN DIODE, PIN DIODE, PIN DIODE, PIN Circuit Ref Motorola Part No. D0900 D0901 D0902 D0903 D0904 D0905 D0906 D0907 E0201 E0301 E0302 E0400 E0401 E0403 E0500 E0600 E0601 E0602 E0603 E0604 E0605 E0606 E0607 E0608 E0609 E0610 E0700 E0701 E0702 E0703 E0704 FL0500 HS0700 J0700 L0100 L0200 L0202 L0203 L0204 L0205 L0206 L0207 L0209 L0210 L0211 L0212 L0213 L0214 L0215 L0217 L0218 4813978C02 4815023H01 4815024H01 4815024H01 4813974A21 4813974A21 4813978C02 4813977M10 2409134J25 2409134J25 NOT PLACED NOT PLACED 2409134J25 2409134J25 2409134J25 2409134J25 2409134J25 2409134J25 2409134J25 2409134J25 2409134J25 2409134J25 2409134J25 2409134J25 2409134J25 2480640Z01 2485011Y01 2485011Y01 7671656M01 2485011Y01 2409134J25 9116854H02 0104038J81 0905901V11 2414017N29 2414017N28 2414032F42 2414032F42 2414017N28 2414017N20 2414017N14 2415385H02 2414032F42 2414015A21 2414017N28 2414032F42 2414032F42 2414032F42 2415385H02 2414032F42 2414015A20 Description DIODE, SWITCHING DIODE, PIN DIODE, PIN DIODE, PIN DIODE, SCHOTTKY DIODE, SCHOTTKY DIODE, SWITCHING DIODE, 5.1V ZENER FERRITE BEAD FERRITE BEAD – – FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD 73.35 MHZ CRYSTAL FILTER HEATSINK MINI-U RF CONNECTOR 270nH 220nH 470nH 470nH 220nH 47nH 15nH 12.5nH 470nH 27nH 220nH 470nH 470nH 470nH 12.5nH 470nH 22nH Circuit Ref L0219 L0221 L0300 L0302 L0303 L0304 L0305 L0306 L0307 L0309 L0310 L0311 L0312 L0313 L0314 L0315 L0317 L0318 L0319 L0401 L0402 L0403 L0404 L0405 L0406 L0407 L0408 L0409 L0410 L0411 L0412 L0413 L0414 L0503 L0504 L0506 L0602 L0603 L0604 L0605 L0608 L0700 L0702 L0705 L0706 L0707 L0708 L0709 L0710 L0711 L0712 Motorola Part No. 2414032F42 2414017N19 2414017N28 2414032F42 2414032F42 2414017N28 2414017N19 2414017N12 2415385H01 2414032F42 2414015A32 2414017N28 2414032F42 2414032F42 2414032F42 2415385H01 2414032F42 2414015A32 2414032F42 2414015B24 NOT PLACED NOT PLACED NOT PLACED NOT PLACED 2414015B29 2414015B16 2414015B15 2414015B15 2414015B15 2414015B15 2414017N20 2414017N28 2414015B17 2414015B27 NOT PLACED 2414032B66 2414032K23 2414032D20 2466505A01 2466505A01 2414032B76 2460592A01 2479990G01 2414017N26 2460592A01 2460592A01 2460592A01 2414017N26 2460592A02 2414017N26 NOT PLACED Description 470nH 39nH 220nH 470nH 470nH 220nH 39nH 10nH 8nH 470nH 18nH 220nH 470nH 470nH 470nH 8nH 470nH 18nH 470nH 15nH – – – – 10nH 27nH 22nH 22nH 22nH 22nH 47nH 220nH 18nH 390nH – 820nH 2.7uH 270nH 10uH 10uH 4.7uH 17nH 33.47nH 150nH 17nH 17nH 17nH 150nH 12.5nH 150nH – UHF1 (403–470 MHz) 1–25W PCB / Schematics / Parts List Circuit Ref Motorola Part No. L0714 L0715 L0716 L0717 L0718 L0719 L0720 L0721 L0722 L0723 L0900 L0901 L0902 L0903 L0904 L0905 M0700 Q0100 Q0102 Q0106 Q0107 Q0108 Q0200 Q0201 Q0202 Q0300 Q0301 Q0302 Q0400 Q0401 Q0402 Q0403 Q0405 Q0500 Q0501 Q0600 Q0601 Q0701 Q0702 2479990N01 2414017N26 2414017N27 2414017N06 NOT PLACED 2414017N22 2414017N06 2414017N11 2414032B60 NOT PLACED 2414032D30 2414032F42 2414032F42 2414032F23 2414032F22 2414017N24 2686201B02 4802197J95 4815359H01 4816134H01 4813970A59 4815261H01 4885061Y01 4885061Y01 4802197J95 4885061Y01 4885061Y01 4802197J95 NOT PLACED 4815267H01 4885593U03 4815270H01 4885593U03 4802197J95 4802197J95 4805793Y10 4813973A04 4816013H01 48012048002 Q0703 Q0704 Q0705 4816548H01 4813973B02 4816547H01 Q0706 Q0711 Q0900 Q0901 Q0902 R0100 R0101 4815272H01 4815271H01 4815272H01 4813973A13 4813973M07 0613952R66 0613952R66 Description 43.67nH 150nH 180nH 3.3nH – 68nH 3.3nH 8.2nH 390nH – 1uH 470nH 470nH 12nH 8.2nH 100nH HEATSINK NPN RF TRANSISTOR DUAL PNP ANALOG SWITCH P-CHANNEL MOSFET ANALOG SWITCH NPN RF TRANSISTOR NPN RF TRANSISTOR NPN RF TRANSISTOR NPN RF TRANSISTOR NPN RF TRANSISTOR NPN RF TRANSISTOR – DUAL PNP NPN RF TRANSISTOR ANALOG SWITCH NPN RF TRANSISTOR NPN RF TRANSISTOR NPN RF TRANSISTOR NPN RF TRANSISTOR NPN DARLINGTON DUAL NPN/PNP RF POWER AMPLIFIER, LDMOS N_CHANNEL LDMOS DRIVER PNP N-CHANNEL LDMOS PREDRIVER ANALOG SWITCH ANALOG SWITCH ANALOG SWITCH PNP NPN 0 0 3-35 Circuit Ref R0102 R0103 R0104 R0105 R0106 R0107 R0108 R0109 R0110 R0111 R0113 R0114 R0115 R0116 R0117 R0118 R0119 R0120 R0122 R0123 R0125 R0126 R0127 R0128 R0131 R0134 R0139 R0140 R0144 R0146 R0147 R0148 R0155 R0156 R0157 R0158 R0159 R0160 R0161 R0170 R0201 R0202 R0203 R0204 R0205 R0206 R0207 R0208 R0210 R0211 R0212 Motorola Part No. 0613952R66 0613952R66 0613952R17 0613952Q58 0613952Q83 0613952Q57 0613952Q80 0613952R66 0613952Q42 0613952R66 0613952R01 0613952Q80 0613952R66 0613952R66 0613952R12 0613952R66 0613952Q35 0613952R01 NOT PLACED 0613952R19 0613952R66 NOT PLACED 0613952Q49 0613952R66 0613952Q58 0613952Q35 0613952Q78 0613952Q31 0613952R01 0613952R66 NOT PLACED 0613952Q60 0613952R66 NOT PLACED NOT PLACED NOT PLACED 0613952R01 0613952R25 0613952R25 0613952R66 0613952Q85 0613952Q75 0613952Q75 0613952Q95 0613952Q49 0613952R05 0613952Q25 0613952Q42 0613952Q89 0613952R66 0613952R66 Description 0 0 47K 240 2.7K 220 2K 0 51 0 10K 2K 0 0 30K 0 27 10K – 56K 0 – 100 0 240 27 1.6K 18 10K 0 – 300 0 – – – 10K 100K 100K 0 3.3K 1.2K 1.2K 8.2K 100 15K 10 51 4.7K 0 0 Circuit Ref R0213 R0216 R0218 R0219 R0220 R0221 R0224 R0225 R0226 R0229 R0230 R0301 R0302 R0303 R0304 R0305 R0306 R0307 R0308 R0310 R0311 R0312 R0316 R0319 R0320 R0321 R0324 R0325 R0326 R0327 R0329 R0331 R0332 R0333 R0334 R0337 R0400 R0401 R0402 R0403 R0404 R0405 R0406 R0407 R0409 R0410 R0411 R0412 R0413 R0414 R0415 Motorola Part No. 0613952R01 0613952Q51 0613952R01 0613952Q66 0613952Q25 0613952Q66 0613952Q92 0613952Q94 0613952Q49 0613952Q54 0613952Q89 0613952Q85 0613952Q66 0613952Q66 0613952Q95 0613952Q49 0613952R05 0613952Q33 0613952Q42 0613952Q89 0613952R66 0613952R66 0613952Q46 0613952R32 0613952R05 0613952Q83 0613952Q80 0613952Q95 0613952Q49 0613952R01 0613952Q50 0613952R01 0613952Q56 0613952Q35 0613952Q56 0613952R66 0613952R05 0613952Q91 0613958H55 NOT PLACED 0613952Q57 0613952Q91 0613952Q83 0613952G67 0613952Q75 0613952R25 0613958H55 0613952R25 0613952Q69 0613952Q69 0613952Q69 Description 10K 120 10K 510 10 510 6.2K 7.5K 100 160 4.7K 3.3K 510 510 8.2K 100 15K 22 51 4.7K 0 0 75 200K 15K 2.7K 2K 8.2K 100 10K 110 10K 200 27 200 0 15K 5.6K 180 – 220 5.6K 2.7K 0 1.2K 100K 180 100K 680 680 680 Circuit Ref R0416 R0417 R0418 R0419 R0420 R0421 R0422 R0423 R0424 R0425 R0426 R0427 R0428 R0429 R0430 R0431 R0432 R0433 R0434 R0435 R0436 R0437 R0438 R0440 R0441 R0443 R0444 R0500 R0501 R0502 R0503 R0508 R0509 R0510 R0511 R0512 R0601 R0602 R0603 R0604 R0605 R0606 R0607 R0608 R0609 R0610 R0611 R0612 R0613 R0614 R0615 Motorola Part No. 0613952Q69 0613958H25 0613952Q77 0613952Q83 0613952Q83 0613958H25 0613952K25 0613952L46 0613952L46 0613952Q75 0613952Q83 0613952Q25 0613952R01 0613952Q69 0613952R01 NOT PLACED NOT PLACED 0613952R66 0613958H49 0613952R66 0613952Q67 0613952R66 0613952Q67 0613952R25 0613952R25 0613952R25 0613952R25 0613952Q90 0613952Q61 0613952R08 0613952R12 0613952R19 0613952Q89 0613952R12 0613952Q75 0613952Q42 0613952Q45 0613952R01 0613952Q80 0613952R10 0613952Q61 0613952Q42 NOT PLACED 0613952R66 0613952R66 0613952R66 0613952R66 0613952R66 0613952R66 0613952R66 0613952R66 Description 680 10 1.5K 2.7K 2.7K 10 17.8 294 294 1.2K 2.7K 10 10K 680 10K – – 0 100 0 560 0 560 100K 100K 100K 100K 5.1K 330 20K 30K 56K 4.7K 30K 1.2K 51 68 10K 2K 24K 330 51 – 0 0 0 0 0 0 0 0 UHF1 (403–470 MHz) 1–25W PCB / Schematics / Parts List 3-36 Circuit Ref R0616 R0617 R0618 R0619 R0620 R0621 R0622 R0623 R0624 R0625 R0626 R0627 R0700 R0701 R0702 R0706 R0709 R0711 R0712 R0713 R0714 R0715 R0718 R0719 R0720 R0722 R0724 R0725 R0726 R0727 R0728 R0729 R0730 R0732 R0734 R0735 R0738 R0739 R0740 R0741 R0742 R0743 R0744 R0745 R0747 R0748 R0749 R0750 R0751 R0752 R0753 Motorola Part No. 0613952R25 0613952R01 0613952Q63 0613952R01 0613952Q96 0613952R66 NOT PLACED NOT PLACED 0613952Q90 0613952N69 0613952N81 0613952R66 0613958H44 0613958J74 NOT PLACED 0613958S51 0613959Q60 0613952H57 0613952H48 0613959H12 0613952H46 0613952H46 0613952H25 0613959Q25 0613952H25 0613952H89 0613952H79 0613952Q59 0613952N01 0613952H95 0613952J01 0613952J01 0613952H73 0613952H73 0613952G67 0613959Y49 0613959Y42 NOT PLACED 0613952J25 0613952J17 0613959Q25 0613958S73 NOT PLACED 0613952H65 0613952H89 0613952J19 0613952G67 0613952J07 0613952J08 0613952G67 0613952H73 Description 100K 10K 390 10K 9.1K 0 – – 5.1K 51.1K 68.1K 0 62 0 – 120 300 220 91 30K 75 75 10 10 10 4.7K 1.8K 270 10K 8.2K 10K 10K 1K 1K 0 100 51 – 100K 47K 10 1K – 470 4.7K 56K 0 18K 20K 0 1K Circuit Ref R0754 R0755 R0756 R0757 R0759 R0760 R0761 R0762 R0763 R0764 R0765 R0766 R0768 R0769 R0770 R0771 R0773 R0775 R0777 R0900 R0901 R0902 R0903 R0906 R0907 R0909 R0910 R0911 R0912 R0913 R0914 R0915 R0916 R0917 R0918 R0919 R0920 R0921 R0922 R0923 R0924 R0925 R0926 R0927 R0928 R0929 R0930 R0931 R0936 R0937 R0938 Motorola Part No. 0613952H25 0613952H25 0613952J25 0613952J17 0613952H25 0613952Q83 0613952G67 0613958S29 0613958S29 0613958S29 0613958S29 0613958S29 0613958S29 0613958S29 0613958S29 0613958S29 0613958S29 0613952G67 0613952H25 0613952N73 0613952N62 0613952M50 0613952N34 0613952R66 0613952R66 0613952N62 0613952H73 0613952N01 0613952N30 0613952R66 0613952P26 0613952N81 0613952M59 0613952H91 0613952H63 0613952R15 0613952N42 0613952H81 0613952R14 0613952R66 0613952H91 0613952H91 0613958H53 0613952H42 0613958H39 0613958H39 0613952R07 0613952R66 0613952N66 0613952N21 0613952R66 Description 10 10 100K 47K 10 2.7K 0 15 15 15 15 15 15 15 15 15 15 0 10 56.2K 43.2K 3.24K 22.1K 0 0 43.2K 1K 10K 20K 0 182K 68.1K 4.02K 5.6K 390 39K 26.7K 2.2K 36K 0 5.6K 5.6K 150 51 39 39 18K 0 47.5K 16.2K 0 Circuit Ref Motorola Part No. R0940 R0941 R0942 R0943 R0944 R0946 R0947 R0950 R0951 R0954 R0955 R0960 R0970 R0971 R0973 R0974 R0975 R0976 R0977 R0978 R0979 R0981 R0982 R0983 R0984 R0985 R0986 R0987 R0988 R0989 R0994 R0995 RT0908 RT0953 SH0100 SH0101 SH0300 SH0301 SH0500 SH0900 SH0901 T0400 T0401 U0100 U0101 U0201 U0303 U0304 U0600 U0601 U0700 0613952R66 0613952R66 0613952M81 0613952N58 0613952R66 0613952M51 0613952R66 0613952N01 0613952N62 0613952R40 0613952P01 0613952H82 0613958H56 0613958H55 NOT PLACED 0613958H55 0613958H56 0613952H53 0613952H53 0613952G67 0613952G67 0613952R07 0613952R01 0613952R01 NOT PLACED 0613952N81 0613952N81 0613952N81 0613952Q42 NOT PLACED NOT PLACED NOT PLACED 0615585H01 0615585H01 2615362H01 2615362H01 2615362H01 2615362H01 2615576H01 2686423Z02 2686425Z02 2515121H01 2515121H01 5104932K08 5114000B59 4815267H01 NOT PLACED 4815267H01 5102495J14 5115391H01 4802246J29 Description 0 0 6.81K 39.2K 0 3.32K 0 10K 43.2K 430K 100K 2.4K 200 180 – 180 200 150 150 0 0 18K 10K 10K – 68.1K 68.1K 68.1K 51 – – – 47K 47K SHIELD SHIELD SHIELD SHIELD SHIELD SHIELD SHIELD BALUN XFMR BALUN XFMR IC, FRACN SYNTHESIZER ANALOG SWITCH DUAL PNP – DUAL PNP IC, RF ASIC VOLTAGE REGULATOR PA PRE-DRIVER Circuit Ref U0900 U0901 U0940 U0941 U0942 U0943 VR0700 Y0100 Motorola Part No. 5115147H01 5115147H01 5180390L83 5115391H01 5114004A35 5178286A01 4813977M11 5116032H01 Description DUAL OPAMP DUAL OPAMP IC, PA CONTROLLER VOLTAGE REGULATOR VOLTAGE DETECTOR IC, VOLTAGE DETECTOR DIODE, 5.6V ZENER 0.5 PPM 16.8 MHZ TCXO (GPS Models Only) M DR 3000 MOTOTRBO Repeater Chapter 8 UHF1 (403–470 MHz) 25–40W Service Information Issue: September, 2010 Computer Software Copyrights The Motorola products described in this manual may include copyrighted Motorola computer programs stored in semiconductor memories or other media. Laws in the United States and other countries preserve for Motorola certain exclusive rights for copyrighted computer programs, including, but not limited to, the exclusive right to copy or reproduce in any form the copyrighted computer program. Accordingly, any copyrighted Motorola computer programs contained in the Motorola products described in this manual may not be copied, reproduced, modified, reverse-engineered, or distributed in any manner without the express written permission of Motorola. Furthermore, the purchase of Motorola products shall not be deemed to grant either directly or by implication, estoppel, or otherwise, any license under the copyrights, patents or patent applications of Motorola, except for the normal non-exclusive license to use that arises by operation of law in the sale of a product. i Chapter 8 - UHF1 High Power Service Information Table of Contents Section 1 Theory of Operation 1.0 Introduction ..........................................................................................................1-1 1.1 Receiver .........................................................................................................1-2 1.2 Transmitter .....................................................................................................1-2 1.3 Repeater Indicator Board ...............................................................................1-2 1.4 Connector Board ............................................................................................1-3 1.5 Fan .................................................................................................................1-4 1.6 AC/DC Power Supply .....................................................................................1-4 2.0 Repeater Interconnections and Cables................................................................1-5 3.0 Mobile Radio’s Theory of Operation ....................................................................1-6 3.1 UHF (403–470 MHz) Receiver Circuitry .........................................................1-6 3.2 UHF (403–470 MHz) Transmitter Circuitry - 40 Watt .....................................1-9 3.3 Frequency Generation Circuitry....................................................................1-14 Section 2 1.0 2.0 3.0 4.0 5.0 6.0 Troubleshooting Charts Troubleshooting Flow Chart for Receiver ............................................................2-1 Troubleshooting Flow Chart for 40W Transmitter ................................................2-4 Troubleshooting Flow Chart for Synthesizer........................................................2-5 Troubleshooting Flow Chart for Tx VCO (Sheet 1 of 2) .......................................2-6 Troubleshooting Flow Chart for Rx VCO (Sheet 1 of 2).......................................2-8 Troubleshooting Flow Chart for Repeater..........................................................2-10 ii Section 3 UHF1 PCB / Schematics / Parts Lists 1.0 Allocation of Schematics and Circuit Boards ....................................................... 3-1 1.1 Controller Circuits........................................................................................... 3-1 2.0 UHF1 (403–470 MHz) 25–40W PCB / Schematics / Parts List ........................... 3-3 UHF1 (403–470 MHz) 25–40W 8486777Z12 Top Side ......................................... 3-3 UHF1 (403–470 MHz) 25–40W 8486777Z12 Bottom Side .................................... 3-4 UHF1 (403–470 MHz) 25–40W 8486777Z14 Top Side ......................................... 3-5 UHF1 (403–470 MHz) 25–40W 8486777Z14 Bottom side..................................... 3-6 UHF1 (403–470 MHz) 25–40W Overall Schematic Diagram ................................. 3-7 UHF1 (403–470 MHz) 25–40W Receiver Front-End Schematic Diagram ............. 3-8 UHF1 (403–470 MHz) 25–40W Receiver IF Amp Schematic Diagram.................. 3-9 UHF1 (403–470 MHz) 25–40W Receiver Back-End Schematic Diagram............ 3-10 UHF1 (403–470 MHz) 25–40W Power Amplifier Schematic Diagram ................. 3-11 UHF1 (403–470 MHz) 25–40W Power Control Schematic Diagram.................... 3-12 UHF1 (403–470 MHz) 25–40W Synthesizer Schematic Diagram........................ 3-13 UHF1 (403–470 MHz) 25–40W Receiver VCO Schematic Diagram.................... 3-14 UHF1 (403–470 MHz) 25–40W Transmit VCO Schematic Diagram.................... 3-15 UHF1 PCB 8486777Z12 and 8486777Z14 Parts List 25–40W ............................ 3-16 3.0 UHF1 (403–470 MHz) 25–40W PCB / Schematics / Parts List ......................... 3-21 UHF1 (403–470 MHz) 25–40W 8486777Z15 Top Side ....................................... 3-21 UHF1 (403–470 MHz) 25–40W 8486777Z15 Bottom Side .................................. 3-22 UHF1 (403–470 MHz) 25–40W Overall Schematic Diagram ............................... 3-23 UHF1 (403–470 MHz) 25–40W Receiver Front-End Schematic Diagram ........... 3-24 UHF1 (403–470 MHz) 25–40W Receiver IF Amp Schematic Diagram................ 3-25 UHF1 (403–470 MHz) 25–40W Receiver Back-End Schematic Diagram............ 3-26 UHF1 (403–470 MHz) 25–40W Power Amplifier Schematic Diagram ................. 3-27 UHF1 (403–470 MHz) 25–40W Power Control Schematic Diagram.................... 3-28 UHF1 (403–470 MHz) 25–40W Synthesizer Schematic Diagram........................ 3-29 UHF1 (403–470 MHz) 25–40W Receiver VCO Schematic Diagram.................... 3-30 UHF1 (403–470 MHz) 25–40W Transmit VCO Schematic Diagram.................... 3-31 UHF1 PCB 8486777Z15 Parts List 25–40W ........................................................ 3-32 1-1 Section 1 THEORY OF OPERATION Introduction The MOTOTRBO repeater consists of two MOTOTRBO mobile radios; one to act as a receiver, and one to act as a transmitter and controller. Both of these radios contain specialized software that allows them to function together as a repeater. The Repeater also contains a Repeater Indicator board and a Connector board. A block diagram of the repeater is shown in Figure 1-1. The Repeater Indicator board contains the Front-Panel LED circuitry as well as an Ethernet interface. The Connector board is a multifunctional board that is primarily used to pass signals to and from modules inside the chassis to the outside of the chassis. The Repeater contains the following assemblies and sections: • Receiver • Transmitter • Repeater Indicator Board • Connector Board • Fan Repeater Board • AC/DC PSU Option Board Interface Display Driver USB to Ethernet Interface Repeater Interface RTC Backup Mobile Mic Port (MMP) Mobile Mic Port (MMP) Front Connector Front Connector Tx Control Radio Control Head Interface Rx Radio Controller Rx RF DC Power Mobile Accessory Port (MAP) Rear Connector Power Supply AC Power Repeater Interface Option Board Interface Control Head Interface Controller Mobile Accessory Port (MAP) Rear Connector Connector Board 1.0 Fan Control Ethernet Connector Tx RF DC Power Fan MAP Connector RF Rx In RF Tx Out Figure 1-1 Repeater Block Diagram 1-2 1.1 Introduction Receiver The receiver uses a transceiver board which is based on the mobile radio's transceiver board. The board uses the same PCB as the mobile radio board, but is populated differently to work in the Repeater application. Only the receiver related functions of the board are utilized in this application, even though the circuitry for transmit also exists on the board. The Repeater receiver is identical in functionality to the mobile radio's receiver differing only in the audio path. On the mobile radio, the decoded audio is sent to a DAC, and then to the speaker. In the Repeater, this audio information is sent out through the SSI link to the transmit radio to be processed. Details of the receiver theory of operation can be found in Section 3.1. 1.2 Transmitter The transmitter consists of a transceiver board which is based on the mobile radio's transceiver board housed in a transmit chassis. The transmit radio is identical to the receive board from a hardware standpoint. The difference between the two is the software that is running on them, how they are connected within the Repeater, and an additional heat sink that is mounted to the chassis. The added heatsink and the Repeater fan allow the transmitter to be cooled sufficiently when operating in a 60°C, full-duty cycle environment. The transmit radio acts as the master controller for the Repeater. It handles all controller related tasks for the Repeater, including management of the receive radio. The transmit radio is responsible for processing the audio sent from the receive radio and repeating it out at the Tx frequency. Details of the transmitter theory of operation can be found in Section 3.2. 1.3 Repeater Indicator Board The Repeater Indicator board contains circuitry to drive the front panel indicator LEDs, an RTC battery for the RTC in the transmit radio, as well as an Ethernet controller. Front Panel Indicators Display Driver Ethernet to Rear Panel USB to Ethernet Interface RTC Backup Flex to Transmit Radi o Figure 1-2 Repeater Indicator Board Block Diagram All of the indicator LEDs that are on the front of the Repeater chassis reside on the Repeater Indicator board. Each is controlled by a shift register (U6) data out signal and a digital transistor. The shift register accepts serial data in from the transmit radio's OMAP processor via a SPI bus. A 74LVC07 buffer (U9) level shifts these signals from 3.3 V to 1.8 V. Introduction 1-3 The Repeater Disable LED is a dual-purpose LED that is hardware controlled initially at power-up. As soon as VBUS power is available on the Repeater Indicator board, the hardware circuitry for the Repeater Disable LED will cause it to blink periodically. When the software initialization is completed by the firmware, the blink circuitry will get disabled by the firmware. At that point, the Repeater Disable LED can be used for its intended purpose of displaying when the Repeater Disable function is turned on. The power LED is the only LED that is not controlled by the software. This bi-color LED gets turned on green when the 13.8 V output from the power supply is valid. It turns on red when A/C power is lost, and the repeater's backup battery is used. The Real Time Clock (RTC) battery (M1) is connected to the transmit radio through the Control Head (J1, pin 30). Details of the Ethernet Controller can be found in Chapter 2. 1.4 Connector Board The Connector board has two purposes: provide a place for the Repeater's MAP and Ethernet connectors to be mounted and a location for the Repeater’s fan control circuitry. To MAP Conne ctor On Transmit Radi o To Power Suppl y Fan Control To MAP Conne ctor On Rear Panel To Fan To Ethernet Conne ctor On Rear Panel Figure 1-3 Connector Board Block Diagram 1-4 1.5 Introduction Fan The fan control logic is provided by the fan controller IC (U51). This is a device from Cypress Semiconductor. There are basically two functions provided by the fan controller. First, it provides a PWM output based on a temperature input, and secondly, it provides detection of fan failure based on the fan tachometer reading. The Repeater’s internal chassis temperature is measured with an LM50 precision temperature sensor IC (U52). This IC outputs a voltage that is linearly proportional to temperature at 10 mV/°C, and with an offset of +500 mV. The output voltage of the LM50 ranges from +200 mV at -30°C to 1.1 V at +60°C. The fan controller IC (U51) controls the speed of the fan by adjusting the PWM output (pin 1) from 0% to 100%. As long as the fan continues to work, pulses are output from the fan and input to the fan controller (pin 2). 1.6 AC/DC Power Supply The Repeater uses the PMPN4001A switch-mode, Power Supply Unit (PSU). It is capable of 200 W and designed for a 50 W UHF or VHF repeater system. This supply has UL, CE, and TUV regulatory approvals and is usable in all regions by using the correct line cord. The AC input is auto-ranging with no manual switch being specified to operate from 90 V-270 V and 47 Hz-63 Hz. It outputs a nominal voltage of 13.8 V with a voltage tolerance of +/- 5%. It has Power Factor Correction circuitry and is rated at 15 A across the whole operating temperature range of -30°C to +60°C. It also has a built-in battery revert circuit with a float output available for maintaining the charge on a battery and has UL, CE, & TUV approvals. The battery revert connector is accessible in the back of the power supply. The supply has over-load, over-voltage, and over-temperature protection. In an overload condition, the PSU goes into a hiccup mode where it recovers automatically after the fault condition is removed. During an over-voltage condition, the PSU shuts down, and will have to be re-powered on to recover. In an over-temperature condition, the PSU also shuts down but will recover after the temperature goes down. The PSU is not designed to be field serviceable. If it is determined that the PSU is not functioning, the whole unit needs to be replaced. Repeater Interconnections and Cables Repeater Interconnections and Cables Repeater Board Figure 1-4 shows the Cable interconnections inside the Repeater. Display Driver USB to Ethernet Interface RTC Backup 7 6 Repeater Interface Mobile Mic Port (MMP) Mobile Mic Port (MMP) Front Connector Controller 5 Rx RF Mobile Accessory Port (MAP) DC Power Repeater Interface Front Connector 9 Control Head Interface Tx Control Radio Option Board Interface Rx Radio Option Board Interface Control Head Interface Rear Connector Controller Mobile Accessory Port (MAP) Rear Connector Tx RF DC Power 1 8 2 3 Power Supply AC Power Connector Board 2.0 1-5 Fan Control Ethernet Connector Fan 4 MAP Connector RF Rx In RF Tx Out Figure 1-4 Repeater Cabling Diagram The details of each of these cables/interconnections are as follows: 1. Two conductor DC power cables to the transmit and receive radios. 2. Six conductor DC power cable to the connector Board. Supplies power for the fan and Repeater Indicator board via cable 6. 3. RF Coax to connect the receive radio to the back of the Repeater. This cable has a BNC connector on the Repeater’s rear panel. 4. RF Coax to connect the transmit radio to the back of the Repeater. This cable has an N type connector on the Repeater’s rear panel. 5. CAT5 cable with RJ45 style connectors on both ends. This cable connects the Ethernet controller on the Repeater Indicator board to the Repeater's back panel and provides power from the Connector Board to the Repeater Indicator board for the LED indicators. 1-6 3.0 Mobile Radio’s Theory of Operation 6. Eleven conductor flex cable. Provides the SSI connection between the transmit and receive radios. Refer to Section 1.5 for more details on this interface. 7. Thirty conductor flex cable. Provides the connection from the transmit radio to the Repeater Indicator board and includes SPI signals to drive the LED indicators, RTC backup supply, and the interface to the Ethernet controller. 8. Twenty six conductor cable. Provides the connection from the transmit radio's MAP to the MAP located on the Repeater's rear panel. 9. Eight pin conductor cable. Provides Ethernet LED signals from Repeater Board and HWID signals from Connector Board (Applicable for 32 MB repeaters only). Mobile Radio’s Theory of Operation The sections that follow provide a detailed theory of operation for the UHF circuits in the two MOTOTRBO mobile radios. For details of the theory of operation and troubleshooting for the associated Controller circuits, refer to the Controller Section of this manual. 3.1 UHF (403–470 MHz) Receiver Circuitry The receiver is configured as a dual-conversion superheterodyne receiver, capable of both FM and 4-level FSK demodulation. The major blocks are the front-end, the mixer, Xtal filter, and the Abacus III back-end IC. The overall block diagram is shown in Figure 1-5. Sw. 10 dB Attenuator 2-Pole Varactor Tuned LNA 2-Pole Varactor Tuned 4-Pole 73.35 MHz 2nd L.O. 71.1 or 75.6 MHz LIMITER/ IF AMP STAGE X AD9864 T/R ANT Switch 2n d L .O . H i-Speed A /D V CO 10 bit DAC SPI & SSI BUS 10 bit DAC 1st L.O. Low Side Injection F0 - 73.35 MHz DSP Processor SPEAKER D/A Figure 1-5 Receiver Block Diagram 3.1.1 Receiver Front-End The front-end consists of a 2-pole varactor-tuned pre-selector filter, an LNA, a 2-pole varactor-tuned post-selector filter, and a passive double-balanced mixer. The received signal applied to the antenna is routed through the harmonic filter and PIN diode controlled antenna switch (D0702). A logic high level on ANT_ENABLE configures the antenna switch for Tx operation while a logic low places the switch in Rx mode. The insertion loss of the harmonic filter and antenna switch combined is approximately 0.5 dB max in Rx mode. From this point, the Rx signal is routed to the Local Distance switch (D0400/R0407), which biases on a diode in normal operation to minimize any insertion loss. In the repeater, the diode is always biased on with the potential intermodulation improvement through use of the resistive attenuation not accessible. Mobile Radio’s Theory of Operation 1-7 The signal next reaches the pre-selector filter, which is a 2-pole varactor-tuned filter with 5 zeros that are optimized to provide image frequency rejection. This filter, along with the similarly designed post-selector filter, provides over 75 dB of image response rejection. The 3 dB bandwidth for both filters varies across the band with a minimum of 19 MHz at 403 MHz and a maximum of 40 MHz around 436 MHz. Half-IF rejection from the filters is also frequency dependent with a minimum of approximately 10 dB achieved at the worst-case frequency of 436 MHz. Both filters have variable center frequencies that are adjusted by the FE_TUNE signal, which is derived from the output of a 10-bit DAC internal to the MAKO IC (U3200). The voltage is scaled up by a voltage doubler (Q0403) in order to provide the required linearity for the filters. Both filters are matched to the LNA (Q0402) to optimize the amplifier’s noise figure (2.0 dB) and to provide an LNA gain of 15 dB to the signal. The combined gain of the filters and LNA is about 13 dB. Current source Q0401 maintains the collector current of Q0402 constant at 20 mA. The LNA, current source, Local Distance switch, and voltage doubler are all supplied by 9R1_FILT, which is derived from 9R1 after filtering. Following the post-selector filter is the Class 2, double-balanced mixer. It is comprised of baluns T0400 and T0401 and diode ring mixer D0405. Injection amplifier Q0405 provides 10 dB of gain to the Rx VCO injection signal. Another amplifier, Q0202, located in the VCO block, also provides gain for the LO signal and isolation from high RF signals entering the mixer. The signal applied to the LO port of the mixer is +16 dBm minimum after passing through the 3-pole/1-zero, low-pass injection filter. The LO injection is low-side and mixes the signal down to an IF frequency of 73.35 MHz. The output of the mixer is connected to a diplexer network, which terminates out-of-band frequencies in 51 ohms (R0427) while appearing as high impedance to the 73.35 MHz IF signal. 3.1.2 Receiver Back-End The signal entering the back-end is matched to 4-pole crystal filter, FL0500, by C0507 and L0503. The filter is centered at 73.35 MHz with a 3 dB bandwidth of 12 kHz. IF amplifiers Q0500 and Q0501 follow the crystal filter and provide both amplification and limiting to the signal. An overall gain of 25 dB is available from the composite IF amplifier to lower-level IF signals. As the signal level increases, Q0501 begins to limit and eventually saturates out at approximately –16 dBm. The purpose of the limiting is to provide protection to the AD9864 Abacus III back-end IC (U0600). At IF levels exceeding –32 dBm into U0600, the 2nd LO synthesizer internal to U0600 can be pulled, causing corruption of the I/Q data being delivered to the DSP. The block diagram for the AD9864 is shown in Figure 1-6 below. Figure 1-6 AD9864 Block Diagram 1-8 Mobile Radio’s Theory of Operation The Abacus III accepts the 73.35 MHz signal, processes it, and sends out I/Q data in 16-bit format to the DSP at a 20 kHz rate. Internal to the Abacus III is an LNA and 16 dB FE attenuator, an internal integer-N synthesizer used to control the external 2nd LO VCO, a Sigma-Delta ADC and decimation filter, and control and formatting logic for outputting the baseband I/Q data. External to U0600 is the 2nd LO VCO with active device Q0600 and its associated circuitry including the loop filter consisting of C0613, C0618, and R0603. The 2nd LO mixes the 73.35 MHz IF signal down to 2.25 MHz before being input to the ADC where it is sampled. The tank circuit (L0608, C0605, C0642, R0617) and varactor (D0601) for the internal clock synthesizer, work with the loop filter (R0618, C0643, C0646) to provide the 18 MHz clocking signal to the internal ADC, decimation filter, and SSI formatting circuitry. A 3 Volt regulator (U0601) provides a clean supply to U0600. Transistor Q0601 is configured as a super filter to provide the 2nd LO transistor with a low-noise supply. The reference clock for U0600 is 16.8_REF, which is a buffered (Q0100) 16.8 MHz clock from the synthesizer block. Shown below in Figure 1-7, is a simplified block diagram of the signal flow through the receiver back-end and the DSP processor portion of the OMAP (U1000). All of the blocks within the dotted box represent the DSP software algorithms internal to the DSP. 73.35 MHz IF AD9864 Hi SPEED ADC FIR FM DISCRIMINATOR ANALOG AUDIO GAIN STAGES DEEMPHASIS Σ∆ SPEAKER DAC DSP ANALOG FM MODE 73.35 MHz IF AD9864 Hi SPEED ADC FIR FM DISCRIMINATOR 4-FSK SYMBOL RECOVERY AMBE+2 TM VOCODER Σ∆ ANALOG AUDIO GAIN STAGES SPEAKER DAC DSP DIGITAL 4FSK MODE Figure 1-7 Signal Flow through Receiver Back-End The DSP takes the incoming 20 kHz data stream and passes the information through an FIR (Finite Impulse Response) filter, which provides rejection from any in-band adjacent channel interference. The remaining filter data is then sent through a decimation process further reducing its frequency to 8 kHz. Depending on whether the repeater is in Analog or Digital mode determines the type of signal processing used. If in Analog mode, the remaining 8 kHz data is sent through the FM Discriminator and De-emphasis subroutines in the DSP code. If the repeater is in Digital mode, the 8 kHz data is again passed through the FM Discriminator but an additional Symbol Recovery routine is applied along with a standard AMBE+2™ Vocoder process. The data is sent to the MAKO (U3200), which provides digital to analog conversion and drives the audio gain stages. Detailed information regarding this can be found in the Audio Section of the Controller Theory of Operation. Mobile Radio’s Theory of Operation 3.2 1-9 UHF (403–470 MHz) Transmitter Circuitry - 40 Watt The Transmitter consists of the power amplifier (PA) circuitry and the power control circuitry. The power amplifier provides amplification of the signal from the VCO up to the desired output power. The power control block is responsible for ensuring the desired output power level is maintained in both analog and digital modes, as well as protecting the power amplifier from damage due to heat, antenna mismatch, out-of-range battery voltage, and poor assembly. ANT_ ENABLE LDMOS Predriver RD 01 MUS1 Agilent ADA4743 ANT_ ENABLE LDMOS Final MRF1570 Microstrip Dual Directional Coupler Harmonic Filter / t ch Ma litter Sp t ch Ma CW / 4 FSK + 13 dBm INPUT FROM VCO A+ LDMOS Driver RD 07 MVS1 t ch Ma TX_INJ 9V3_TX M Co atch mb / ine r 9V3_TX 9V3_TX Pad TX Port T/ R Switch RX Port To FE Forward Port Reflected Port SW_9V1 FINAL_BIAS BATTERY_DET A+ To Pressure Pad Switch To Pressure Pad Switch + Thermal Cutback To Pressure Pad Switch Voltage Controlled Variable Attenuator 9V3 To Predriver P res s ure P ad Clos es S witc h To Driver 9V3 SW_9V1 -5 dBm (nominal) V_ CONTROL To Final VCONT VAPC VIN +5 VOUT +5 V Regulator Pressure Pad Switch AD 8315 TX_DAC VSET VPOS ENBL RF IN FLTR COMM Active Reconstruction Filter Log Amp Controller Figure 1-8 UHF 40 Watt High-Power Transmitter Detailed Block Diagram 3.2.1 Power Amplifier The radio’s 40 Watt power amplifier (PA) is a 4-stage amplifier which amplifies the output of the VCO to the required transmit power level. The first stage is an LDMOS (Lateral Double Diffuse MOS) 50 ohm fixed-gain block (ADA-4743, U0700) followed by the adjustable gain LDMOS pre-driver (RD01MUS1, Q0705), an adjustable gain LDMOS driver (RD07MVS1, Q0703), and the fixed-gain LDMOS final device (MRF1570, Q0702). A transmit/receive (T/R) switch and a harmonic filter complete the transmit lineup. 3.2.2 Input Stage (50 Ohm Fixed-Gain Block) The first stage (ADA-4743, U0700) is an integrated circuit with internally matched 50 ohm input and output stages providing approximately 16.5 dB power gain. It provides reverse isolation between the PA and the VCO to lessen the risk of VCO load-pull and it also supplies appropriate power to the pre-driver stage. The ADA-4743 is biased at 60 mA during transmit by R0706, which is switched to 9V3_TX during TX by Q0701 (controlled by Antenna_En). The ADA-4743 is preceded by an 11 dB resistive pad to further improve reverse isolation. 1-10 3.2.3 Mobile Radio’s Theory of Operation Pre-Driver Stage The next stage is a low-power, LDMOS device (RD01MUS1, Q0705), which delivers up to +27 dBm to the driver stage. Its gain is controlled by varying the gate bias voltage and varies from low gain up to approximately 14 dB power gain. The gate bias voltage is controlled in parallel with the driver stage by the V_cont signal. The input match to this stage is a high-pass topology comprised of L0718, C0817, and L0721. High-pass matches are used where appropriate to minimize the chances of low frequency regeneration within the amplifier. R0759 and R0777 are required to improve the bandwidth of this circuit. The inter-stage match between the pre-driver and driver stages is comprised of L0720, C0786, and C0791 arranged in a high-pass topology. Additional pads are provided on the transceiver board to allow for possible engineering optimizations to this match. These are non-populated parts C0789, C0792, C0793, and C0794. 3.2.4 Driver Stage The third stage is a medium-power, LDMOS device (RD07MVS1, Q0703), which delivers up to +38 dBm to the final device. Its gain is controlled by varying the gate bias voltage and varies from low gain up to approximately 11 dB of power gain. The gate bias voltage is controlled with the V_cont signal and is controlled in parallel with the pre-driver stage gain. R0718, R0720, R0754, and R0755 are required to improve the bandwidth of the driver stage. The inter-stage match (as well as the power splitter) between the driver and final device is comprised of C0753, C0813, C0818, C0819, C0732, C0743, C0744 and C0761, and associated micro-strips on the PCB. Additional pads are provided on the printed circuit board to allow for possible engineering optimizations to this match. These are non-populated parts C0754, C0755, C0729, C0730, C0731, C0808, C0764, C0760, and C0765. 3.2.5 Final Stage The final stage is a high-power, LDMOS device (MRF1570, Q0702) consisting of two parallel, high-power devices within 1 plastic package. The package is mounted to a copper carrier to improve thermal conductivity to the chassis and also to more tightly control the RF load, allowing higher and more consistent maximum output power. This stage is biased at a quiescent current of 750 mA and operates with a fixed-gain of approximately 10 dB, allowing the radio to be set to a maximum output power of 48 Watts. The quiescent current is set by adjusting the Final_Bias signal. Both elements of this transistor are fabricated on the same semiconductor die and are well matched, allowing control via a single voltage. Both the input and output matching circuits of this stage have extremely critical part location requirements. Any repair must be done with care to ensure the replaced components are placed accurately and properly soldered. Of particular concern are input matching capacitors C0732 and C0761 and output matching capacitors C0811 and C0812. The resistor networks at the input of each of the final elements are required to improve the bandwidth of the circuit. These resistors are R0762 through R0773. Mobile Radio’s Theory of Operation 1-11 The output matching circuit and power combiner is comprised of C0811, C0719, C0812, C0746, C0726, and C0737 and associated microstrips fabricated on the printed circuit board. Additional pads are provided on the PC board to allow for possible engineering optimizations to this match. These are non-populated parts C0720, C0721, C0747, C0748, C0727, and C0741. R0719 is added as a preventative measure against half-carrier regeneration. If the final device fails and has to be replaced, R0719 should be carefully inspected to ensure against any damage caused by the final device. Replacement of the final device requires that the bias voltage be re-tuned using the Customer Programming Software (CPS). Care must be taken not to damage the device by exceeding the maximum allowed quiescent current which is 1 Amp. The device can tolerate up to 5 Amps for brief periods of time without damage. 3.2.6 Antenna Switch The antenna switch (T/R switch) routes the signal between either the transmitter or receiver and the antenna. In transmit mode, it utilizes the existing dc feed (A+) to the final stage device (Q0702). Both PIN diodes D0700 and D0702 are turned on during key-up through forward biasing. This is achieved by pulling down the voltage at the cathode end of D0702 to approximately 12.2 Volts (0.7 Volt drop across each diode). Q0704 is configured as a current sink that maintains the current through the antenna switch diodes at 100 mA, as set by VR0700 and R0738. The current sink is enabled during transmit mode by ANT_ENABLE, which is asserted through Q0706 and associated circuitry. When the PIN diodes are conducting, an RF ground is formed at the anode of the lower PIN diode, D0702, which places L0710 and C0803 in parallel. The values of L0710 and C0803 are chosen so as to be parallel resonant at the center of the transmit band, making them appear as an open-circuit so that a 50 ohm power path is maintained through the top PIN diode to the harmonic filter. In receive mode, DC current through the PIN diodes is interrupted by turning off the current sink. The RF path now flows from the harmonic filter, through the matching circuit formed by L0710, C0803, and the capacitive divider formed by C0767 and C0772. C0766, currently unplaced, is provided for possible future engineering optimizations to this match. The purpose of L0719 is to form a parallel resonant tank with the reverse capacitance of D0700, improving the receive path return loss at the receive input of the T/R switch. 3.2.7 Harmonic Filter Inductors L0706, L0707, L0708, and capacitors C0742, C0739, C0740, and C0738 form a 7-element low-pass filter to attenuate harmonic energy from the transmitter. R0713 is used to drain any electrostatic charges that might otherwise build up on the antenna. The harmonic filter also prevents high-level RF signals above the receiver pass-band from reaching the receiver circuits, improving spurious response rejection. 3.2.8 Directional Coupler The dual-directional microstrip coupler is implemented at the harmonic filter output to sample both forward and reverse directed transmitter power. RF power from the transmitter PA passes through the microstrip coupler before reaching the antenna. Forward RF power is coupled to the U0940 log detector/controller via the voltage-controlled attenuator (VCA) stage consisting of pin diodes D0901, D0902, and D0903. The log detector/controller regulates the gain of PA stages Q0703 and Q0705 (via V_cont), thus ensuring that the forward power out of the radio is held to a constant value. 1-12 Mobile Radio’s Theory of Operation The directional coupler functions not only as part of the transmitter power regulation circuit but also as part of the VSWR load-detection circuitry. Its physical location close to the antenna connector allows accurate VSWR sense at the transmitter output. Forward and reverse coupled signals are rectified by D0904 and D0905, respectively. DC voltage FWD_DETECTED is proportional to RF power while REV_DETECTED is proportional to reflected RF power. The detected voltages are fed to the respective inputs of difference amplifier U0901. The difference amplifier output is applied to the variable attenuator control stage, U0900-1. An abnormally high reflected power level, i.e., a damaged antenna, also causes an increase in the difference amplifier output voltage. This causes a reduction in attenuation by the VCA. As a result, the greater RF signal applied to the log detector/ controller causes the controller to reduce the gain of PA stages Q0703 and Q0705. Transmitter power is thus reduced to prevent damage to the final device due to an improper load. 3.2.9 Power Control The transmitter uses PA controller IC, U0940 to control the power output of the radio. A portion of the forward RF power from the transmitter is sampled by the directional coupler and delivered via the VCA to the RFIN port of the PA controller IC (pin 1). The PA controller, a log detector type, provides temperature-stable, high-accuracy control over a typical 50 dB dynamic range. The MAKO IC contains a digital-to-analog converter (DAC), which provides a reference voltage (TX_DAC) at the input of reconstruction filter stage U0900-2. The filtered reference voltage at the output of U0900-2 is divided by the combination of R0942 and R0946 before reaching the VSET input of the PA controller IC (pin 3). Thermistor RT0953 is used in combination with R0954 to compensate reference voltage drift at operating temperature extremes. Reference voltage level is programmable through the SPI lines of the MAKO. This reference voltage is proportional to the desired power setting of the transmitter and is factory programmed at several points across the frequency range of the transmitter to offset frequency response variations of the transmitter’s coupled power circuits. The PA controller IC provides a dc output voltage at pin 7 (VAPC), which is divided to provide gate bias for PA pre-driver and driver stages. The 0 Volts to 5 Volts range at U0940, pin 7, is applied as V_CONTROL to power-adjust the transmitter by controlling the gate bias of stages Q0703 and Q0705. Voltage divider combination R0727 and R0728 provides gate bias to Q0703 while divider combination R0750 and R0751 provides gate bias to Q0705. This adjusts the transmitter power output to the intended value. The ratio of each of these resistive dividers is chosen to ensure that Q0703 and Q0705 are both running at their nominal design condition at rated output power. Variations in sampled forward transmitter power cause the PA controller IC to adjust the control voltage above or below its nominal value to raise or lower output power in order to maintain transmitter output power relative to the reference voltage applied to VSET. Mobile Radio’s Theory of Operation 3.2.10 1-13 Power Ramp Profile Control In order to minimize the transient adjacent channel power at the transmitter’s output, the ramped power follows a raised-cosine profile. The PA controller IC has a linear slope function when scaled in dB/V. To achieve the desired raised-cosine profile of the output power, the ramped reference voltage provided by the MAKO DAC follows a raised-cosine approximation. The MAKO DAC reference output is low-pass filtered by the DAC reconstruction filter before it is applied to the VSET input of the PA controller IC. Reconstruction filtering reduces spurious emissions in the RF spectrum as a result of the finite steps of the DAC. Loop filter capacitor C0926 in conjunction with resistor R0950 and the integrator within the PA controller IC, set the loop dynamics. The loop response has been optimized to achieve sufficient speed to follow the required ramping profiles while meeting switching transient requirements over varied power levels. Accurate control of the power-rise (ramp-up) and powerdecay (ramp-down) characteristics minimizes splatter into adjacent channels. 3.2.11 Thermal Protection Thermistor RT0908 in combination with R0902, form a voltage divider with the output proportional to the sensed transceiver board temperature in the vicinity of the transmitter driver and final devices. The voltage divider output is routed to an operational amplifier U0901-2, which provides a dc voltage via diode junction D0900 to control the attenuation level of the VCA stage. For the condition that the temperature threshold set by resistive divider combination R0901 and R0909 is reached, the VCA is driven to increase the RFIN signal at the PA controller IC (pin 1). This increase will cause the controller IC to adjust the PA control voltage below its nominal value to decrease transmitter output power. Temperature will be reduced by lowering transmitter output power relative to the reference voltage applied to VSET. The extruded heat sink on the transmitter chassis helps to get the heat away from the transmit circuitry more efficiently. Because the heat transfer is better than the mobile chassis due to the fan and heat sink, there are some component values in this area that are different from those in the MOTOTRBO mobile chassis. 3.2.12 Out-of-Range Battery Protection Transmitter power cutback under extended battery supply voltage operation is provided for by monitoring the battery supply in the controller circuit of the radio in order to change the VSET input of the PA controller IC (pin 3) for reduced transmitter output. This feature allows transmitter PA dissipation to be limited at high-line battery supply operating conditions while limiting transmitter PA overdrive conditions at low-line battery supply operating conditions. 3.2.13 Pressure Pad Switch The power control circuitry includes a safety switch (S0700) that consists of a conductive portion of the rubber pad which pushes the RF final transistor Q0702 against the chassis. When the chassis cover and rubber pad are properly assembled, the conductive portion of the pad contacts a pattern on the transceiver board, electrically closing switch S0700. If the cover and pad are not in place, switch S0700 is open-circuited and the power control circuit is disabled, turning off the gate bias to Q0702, Q0703, and Q0705. This prevents thermal damage of the RF transistors which could occur if the transmitter is operated without adequate heat sinking. 1-14 3.3 Mobile Radio’s Theory of Operation Frequency Generation Circuitry The synthesizer subsystem consists of the reference oscillator (Y0100), the fractional-N synthesizer IC (Tomahawk II, U0100), and the Voltage Controlled Oscillator VCO. 3.3.1 Reference Oscillator The reference oscillator (Y0100) contains a temperature compensated crystal oscillator with a frequency of 16.8 MHz. A digital-to-analog (DAC) converter internal to U0100 (Tomahawk) and controlled by the mP via serial interface (SPI), sets the voltage at the AUX_DAC output of U0100 (pin H6) to set the frequency of the oscillator. The output of the oscillator (pin 3 of Y0100) is applied to pin K5 (XOSC_BASE) of U0100. 3.3.2 Fractional-N Synthesizer The Tomahawk II synthesizer IC (U0100) consists of a pre-scaler, a programmable divider and divider control logic, phase detector, charge pump, a D/A converter in the high frequency analog modulation path, an attenuator to balance the high and low frequency modulation paths, a serial interface for control (SPI), a serial interface for modulation (SSI), and a super filter for the regulated 2.45 Volts. SPI SSI (Modulation ) D10 Data Read D9 Data Write C11 Clock D8 CEX F11 Data F10 Clock F9 Fsync TOMAHAWK II SPI Interface Fractional -N Synthesizer (U0100) H2,J3 5V A7 2.775V Dig A5,A10,B2,B9, G2,J4,J6,J10, K2,L6 B7,E11,G10,J1 Waveform Generator Modulation Unit Digital Attenuator DS 18-bit Super Filter J2 PRSC 16.8MHz REF J11 Buffer Fractional Unit D/A Reference Divider VCO TX / LO SF _OUT K4 Buffer HP MOD 1.875V Dig SSI Interface 2.775V Ana K8 2.775 V Ana Prescaler K5 Main Divider AUX D/A Main Phase/Freq. Detector And Charge Pumps G3 H1 H6 TCXO (16.8MHz) D7 Main _CP Adapt _CP Loop Filter Figure 1-9 UHF Synthesizer Block Diagram LOCK DETECT Mobile Radio’s Theory of Operation 1-15 A voltage of 2.775 Volts applied to the super filter input (U0100 pin J4) supplies an output voltage of 2.45 Vdc (SF_OUT) at pin K4. This supplies the VCO and the VCO modulation bias circuit (via R0321). The super filter supply voltage is provided by the 2.775 Volt regulator within U3200. The synthesizer is also supplied by the 5 Volt regulator, U3002, another 2.775 Volt regulator within U3200, and a 1.875 Volt regulator within U3200. The output signal LOCK (U0100-D7) provides information about the lock status of the synthesizer loop. A high level at this output indicates a stable loop. A discrete buffer amplifier (Q0100) provides a buffered 16.8 MHz reference frequency to other parts of the radio. The serial programming interface (SPI) is connected to the microprocessor via the data lines SPI_DW (U0100-D9) and SPI_DR (U0100-D10), clock line SPI_CLK (U0100-C11), and chip enable line CEX (U0100-D8). The serial modulation interface (SSI) is connected to the DSP via the data line SDTX (U0100-F11), clock line TXCLK (U0100-F10), and frame sync line SFTX (U0100-F9). 3.3.3 Voltage Controlled Oscillator (VCO) The Voltage Controlled Oscillator (VCO) subsystem consists of four Colpitts oscillators (two each for Tx and Rx), a single-stage Tx buffer amplifier, a single-stage Rx buffer amplifier, oscillator bias control switches, and the modulation circuitry. UHF VCO High Port Modulation (HP_MOD_OUT) (U0100 -K8) Subsystem TX_VCO_SEL 1 (U0100 -E5) 9V3_VCO (U3001 -5) TX VCO 1 TX INJ TX_VCO_SEL 2 (U0100 -A4) TX Buffer Amp To U0700 TX VCO 2 Prescaler (U0100 -J2) Low Pass Filter RX_VCO_SEL 1 (U0100 -B4) 9R1 (Q0107 ) Steering Line Voltage (VCTRL) RX VCO 1 RX INJ RX_VCO_SEL 2 (U0100 -H8) RX Buffer Amp To Q0405 RX VCO 2 Figure 1-10 UHF VCO Block Diagram The UHF VCO design incorporates a total of four oscillators; two varactor-tunable Colpitts oscillators each for Tx and Rx. Each oscillator has a tuning range of 33.5 MHz, sufficient to cover the Rx and Tx frequency ranges of 326.65 MHz to 396.65 MHz and 403 MHz to 470 MHz, respectively. The oscillators resonate at fundamental operating frequencies. Four (active-low logic) general purpose output lines (GPO1, GPO2, GPO3, and GPO6) from the Tomahawk IC (U0100-B4, A4, E5, and H8) provide the control for independent bias selection to each oscillator (VCO_SEL) via the PNP transistor switches U0304 and U0201. 1-16 Mobile Radio’s Theory of Operation The 2.45 Volt super filtered output, SF_OUT, of the Tomahawk IC (U0100-K4) supplies the bias to the oscillators. A portion of the VCO output signal is lightly coupled through coupling capacitors C0331 and C0231, routed through a low-pass filter (formed by L0221, C0235, C0230, and C0233), and fed back to the M_PRSC input of the Tomahawk IC (U0100-J2). High-port modulation is scaled through a voltage divider (comprised of R0319, R0320, and R0321) and applied to the Tx modulation varactor diode CR0300. The TX VCO frequency is modulated via coupling capacitors C0310 and C0344. High-port modulation is also applied to the VCO steering line (through R0139, R0140 and C0166) which modulates the main VCO tuning varactors. A discrete single-stage Tx buffer amplifier (comprised of the NPN transistor Q0302 and surrounding components) amplifies the signal from the Tx oscillator to the level required by the first stage of the Transmitter Power Amplifier (U0700). The TX buffer amplifier also provides sufficient isolation from any undesired load-pulling from the Transmitter Power Amplifier. The bias for Q0302 is provided by the 9.3 Volt regulator U3001. A discrete single-stage Rx buffer amplifier (comprised of the NPN transistor Q0202 and surrounding components) amplifies the signal from the Rx oscillator to the level required by the LO injection amplifier (Q0405). The Rx buffer amplifier also provides sufficient isolation from any undesired load-pulling from high input levels in the receiver front-end. GPO4 from the Tomahawk IC (U0100-D4) controls the transistor switch (comprised of Q0108 and Q0107), that enables the 9.1 Volt bias to Q0202 (via the 9.3 Volt regulator U3001). 3.3.4 Synthesizer Operation The complete synthesizer subsystem is comprised mainly of the Tomahawk synthesizer IC, Reference Oscillator (crystal oscillator with temperature compensation), loop filter circuitry, VCO, and DC supplies. The VCO feedback signal, PRSC, is fed to pin J2 of U0100 (M_PRSC) via a low-pass filter (L0221, C0235, C0230, and C0233) which attenuates harmonics and provides the correct level to close the phase-locked loop. The prescaler in the synthesizer IC (U0100) is a four-level prescaler capable of dividing by 4, 5, 6, and 7. The main loop N divider is configured to be an 8-bit divider. The divide-by-N portion of the main loop is set via the SPI. The fractional portion of the divider is realized using a 3-accumulator, 24-bit fractional divider. The SPI is used to set the desired divide ratio. The output of the prescaler is applied to the main loop divider. The output of the main divider is sent to the phase/frequency detector, which compares the main divider’s output signal with the reference signal. The reference signal is generated by dividing down the signal of the reference oscillator (Y0100). The output signal of the phase/frequency detector is a pulsed signal which is routed to the charge pumps. The main charge pump current is programmable through the SPI with its output at pin G3 of U0100 (MN_CP). The loop filter transforms this current into a steering voltage that is applied to the VCO. Mobile Radio’s Theory of Operation 1-17 To reduce lock time when new frequency data has been loaded into the synthesizer, an adapt charge pump providing much greater current than the main charge pump is turned on for a finite amount of time to quickly charge or discharge the loop filter capacitors to steer the VCO to the desired frequency. The output of the adapt charge pump passes to the loop filter via pin H1 of U0100 (MN_ADAPT_CP). When the synthesizer is within the lock range and the adapt timer runs out, the adapt charge pump is powered down and the main charge pump takes over. A settled synthesizer loop is indicated by a high level at signal LOCK (U0100-D7), which is routed to the microprocessor. Q0102 is configured as a current source to provide a steady 1.5 mA during the adapt period. U0101 is an analog switch that opens the adapt path slightly before the end of the adapt period to prevent the current from the current source from pushing the VCO off frequency. Modulation is performed by applying a digital data stream via the SSI bus from the DSP (U1000) to the synthesizer (U0100). In order to meet spurious and phase noise requirements, the PLL bandwidth was designed to be narrower than the full modulation bandwidth, therefore requiring the use of dual-port modulation. Internal to the synthesizer (U0100), low-port modulation is added to the fractional-N division numerator to trace out the modulation versus time while the high-port data stream passes through an interpolating waveform generator, a digital attenuator (for modulation balancing), and then gets converted to an analog signal through a 10-bit DAC before modulating the VCO. This high-port analog modulation output (HP_MOD_OUT, U0100-K8) is connected to the VCO modulation varactor diode (CR0300) via C0360 and R0319, and to the loop filter via R0139, R0140, and C0166. 1-18 Mobile Radio’s Theory of Operation Notes 2-1 Section 2 TROUBLESHOOTING CHARTS 1.0 Troubleshooting Flow Chart for Receiver (Sheet 1 of 3) ALL Troubleshooting within the dotted line is done on the TX BRICK NO RX AUDIO Set up radio in Analog Receive mode on desired channel with Squelch open Yes Audio at pin 6 of U3505? Audio at pin 10 of U3501? Audio Tone present at Speaker? B No Audio at pin 1 of U3501? No Verify audio path to U3501 Yes Audio at pin 4 of U3500? Setup repeater unit to receive at frequency 403.025 MHz with the RX Brick open & connected to the system. Apply an on-channel RF carrier at -47 dBm modulated with 1 kHz tone at the RX antenna port 1st LO (329.675 MHz) > +16 dBm at TP0401? No Yes Check connections to external speaker and replace speaker if necessary No Audio at pin 1 of U3500? Yes Check Biasing before replacing U3500 No Verify audio path between U3500 and pin 1 of U3501 1st LO > +5 dBm at R0422? Yes RF level of on-channel signal > -45 dBm on pin 4 of T0401? No Check VCO Troubleshooting Flow Chart Yes Yes Check T0400 and D0405 and replace if necessary 9 VDC present at R0417? Yes Check biasing on Q0405 before replacing No No A No Yes Yes No Spray or inject 73.35 MHz RF carrier modulated with 1 kHz Audio Tone into XTAL Filter FL0500 Volume level adjusted properly? No Check 9R1 path back to Synthesizer Yes Check U3501 bias and replace part if necessary 2-2 1.1 Troubleshooting Flow Chart for Receiver Troubleshooting Flow Chart for Receiver (Sheet 2 of 3) ALL Troubleshooting on this page is done on the RX BRICK A Voltage level >2.7 VDC on D0401? +9.0 VDC on pin 4 at Q0403? No Yes ~ 0.8 VDC at R0432/D0400? No Voltage < 0.5 VDC at pin 2 of Q0400? No Is voltage at R0409 ~ 0.7 VDC? Check D0403, D0404, and associated capcacitors for opens and shorts. Replace if necessary Check Synthesizer Troubleshooting Flow Chart Check biasing circuitry of Q0400 before replacing Yes Yes Yes No Check biasing on Q0403 before replacing Check circuitry around D0401, D0402, D0403, and D0404 for shorts and opens Yes Yes RF level of on-channel Signal > -45 dBm at C0420? No No Check biasing circuitry of Q0401 and Q0402 before replacing Check biasing circuitry of Q0402 before replacing Troubleshooting Flow Chart for Receiver 1.2 2-3 Troubleshooting Flow Chart for Receiver (Sheet 3 of 3) ALL Troubleshooting on this page is done on the RX BRICK B 16.8 MHz present at C0622? No 3.0 VDC on pin 1 of U0601? Check Synthesizer Troubleshooting Flow Chart No No 5.0 VDC at E0610? Check biasing on U0601 before replacing Yes Yes Check Controller Troubleshooting Flow Chart Yes 2nd LO > 0 dBm and at 71.1 MHz at TP0600? 3.5 VDC at E0609? No Remove Shield SH0500 Check biasing on Q0600 and check continuity on D0600. Replace if necessary Yes No Check biasing on Q0601 before replacing Yes 18 MHz present at L0608? No ~ 1.65 VDC on R0617? No Yes Yes No Biasing correct on Q0500 and Q0501? Replace components as needed No Check 5 VDC supply and biasing components before replacing Q0500 or Q0501 Yes Yes 73.35 MHz present at pin 6 of FL0500? No Check FL0500 matching components before replacing Check signal gain and biasing before replacing Q0500 or Q0501 Yes 2.25 MHz present at C0625? Yes No ~ 3.0 VDC on L0604 and L0605? Yes Yes No Check diode continuity before replacing D0601 73.35 MHz present at TP0602? Clock VCO and LF components OK? No Check biasing components and 3 VDC supply. Replace parts if necessary DC continuity through biasing components E0600 - E0610? No Yes Check for visible solder shorts near pins before replacing U0600 Replace defective biasing component 2-4 2.0 Troubleshooting Flow Chart for 40W Transmitter Troubleshooting Flow Chart for 40W Transmitter No Transmitter Power Is TP0909 > 1 VDC? Yes Is TP0702 = 9.3 VDC? No Is TP0913 = 9.1 VDC? Check 9V3_PA Regulator in Controller Troubleshooting Flow Chart Yes No Check 9.3V Regulator circuit (U3001) No Is D0702-K ~ 12.4 VDC? Yes No Check T/R bias circuit Yes Yes Check 5V Regulator circuit (U0941) No Is U0941 Pin 1 = 5 VDC? Are TP0707 and TP0708 ~ 2.2 VDC? No Is voltage at TP(TX_RAMP_DA C) in controller > 3 VDC? No Place Switch or R0775 Yes Is TP0703 0 dBm? No Yes Yes Check U0900-2 and associated circuitry No Is voltage at TP0910 > 1 VDC? Is power at TP0709 ~ 15 dB > TP0710? Yes Replace U0940 No Check Q0705 and associated circuitry No Check Q0703 and associated circuitry No Check Q0702 and associated circuitry Yes Is power at TP0702 ~ 10 dB > TP0709? Yes Is power at D0700-A ~ 10 dB > TP0702? Check Bias Set Circuit; bias tune Replace Q0702 * Yes Is power at TP0704 ~ 16.5 dBm? Yes No Is Pressure Pad Switch in place? No Yes Check MAKO Troubleshooting Flow Chart No Is resistance to ground at Q0702 G1 and G2 ~ 66 kohm? Yes Measure relative power thru remainder of TR switch and LPF to find open circuit. Perform visual inspection of circuit. * Note: If Q0702 is replaced radio must be bias set and power set. 1) Levels are during Transmit Mode (analog), 13.6V at battery connector, 50 ohm termination on transmitter. 2) Make sure PCB is screwed into chassis during these tests to avoid final device damage. 3) When making measurements within the transmitter using an RF power probe, be careful that the rating of the probe is not exceeded. The “relative” measurements listed in the flow chart should be made with a scope probe connected to a spectrum analyzer or similar instrument to avoid damaging sensitive power probes. Replace U0700 Check VCO Troubleshooting Flow Chart Troubleshooting Flow Chart for Synthesizer 3.0 2-5 Troubleshooting Flow Chart for Synthesizer Start No Visual check of the Board OK? Correct Problem Yes No +2.45V at C0137 (SF_OUT)? No +5V at R0100? Check 5V Regulator U3002 Yes Are C0136, C0137 OK? Replace U0100 No Yes Replace or resolder components Yes +2.775V at R0101 and R0103? No Check U3200 1.5ms pulse at TP_ADAPT_SW when channel changed? Yes 1.5ms (inverted) pulse at R2517 when channel changed? No No Check P U1000 Troubleshooting Chart No +1.875V at R0102? Check U3200 Yes Yes Check Q0106, R0159 Yes No Is 16.8MHz Signal at C0145? Check Y0100 Yes Is 16.8MHz Signal at R0155? No Is 16.8MHz Signal at R0109? No Is RF Prescaler level (at C0233) between 100mVpk and 300mVpk (harmonics <-15dBc)? Replace U0100 Yes Yes Is Radio in TX or RX mode? Yes Check Q0100 and surrounding components TX Replace U0100 Is either GPO2 or GPO3 low (<0.5V), but not both, and GPO1 and GPO6 are high (>1.4V)? Yes Is Modulation Present at R0139? Is SPI Programming OK? No RX Yes No Yes Replace U0100 Is Tx SSI activity present on CLK, FSYNC, and DATA lines (R2512, R2514, R2513)? No Yes Is either GPO1 or GPO6 low (<0.5V), but not both, and GPO2 and GPO3 are high (>1.4V)? No Check P U1000 Troubleshooting Chart No Yes Is SPI Programming OK? No Check P U1000 Troubleshooting Chart Yes Replace U0100 No Check P U1000 Troubleshooting Chart Check VCO Troubleshooting Chart 2-6 4.0 Troubleshooting Flow Chart for Tx VCO (Sheet 1 of 2) Troubleshooting Flow Chart for Tx VCO (Sheet 1 of 2) No TX VCO signal at C0318 Visual check of board OK? No Correct Correct problem problem Correct problem Yes No Radio did not boot up Radio didornot boot up properly check properly or check 9V3 Regulator 9V3 Regulator No Check biasing Check biasing components then components replace replace Q0302 Q0302then ifif replace Q0302 if needed needed needed 9 VDC at L0300? Yes Vbe= 0.7 VDC for Q0302? Yes Check components between R0332 and L0305 for shorts or opens Yes RF signal present at R0332? No Check Synthesizer Check Synthesizer Troubleshooting Troubleshooting Chart Chart VCO 1 No Radio programmed for Tx VCO 1 or 2? 2.556VVDC at 2.556 at C0362 & C0300? C0363 VCO 2 Yes Radio is not for Radio is not programmed for VCO programmed 1 Transmit Mode Mode or VCO1 U0100 Transmit not functional or U0100 not functional No ~ 0 VDC at C0348? 2.556 VDC at 2.556 V at C0362 & C0336? C0363 No Check Synthesizer Check Synthesizer Troubleshooting Troubleshooting Chart Chart No Radio is not programmed for Radio is not VCO 2 Transmit Mode or programmed for U0100 not functional Yes Yes Check biasing Check biasing components then components replace Q0300then if replace Q0300 if needed needed No Vbe= 0.7 VDC for Q0300? ~ 0 VDC at C0358? Transmit Mode or U0100 not functional Yes Yes Check CR301- CR0304, - CR304 Check CR0301 L0310,and L0307, C0308, C0313, L0310, L0307, C0320,C0313, and C0314 C0308, C0320, for shorts opens and C0314orfor short Check CR0305 - CR0308, Check CR305 - CR308 L0315, L0318, C0343, C0345, Yes and L0315, L0318, C0350, C0346 C0343,and C0345, C0350, for shorts or opens and C0346 for short No Vbe= 0.7 V for Q0301? Check biasing components and Replace then replace Q0301 Q0301 if needed Troubleshooting Flow Chart for Tx VCO (Sheet 1 of 2) 4.1 2-7 Troubleshooting Flow Chart for Tx VCO (Sheet 2 of 2) Tx VCO locked but no high-port modulation Tx VCO not locked at correct frequency Check Synthesizer Check Synthesizer Troubleshooting Troubleshooting Flow Chart Flow Chart Yes Check R0320, R0321, R0319, R0320, Check R0321, R0319, andfor CR0300 and CR0300 for open or short shorts or opens DC Voltage at R0311 between 0.6 and 4.5 VDC? No - ~2.1 VDC at VCO side of C0360? Yes No Modulation at CR0300? Check C0323, C0325, and C0329 and all components between C0326 and C0314 for shorts or opens VCO 1 Tx VCO 1 or VCO 2 selected? VCO 2 Check C0351, C0352, and C0359 Check components and all components between between C0353 and C0353 and C0346 for C0346 for open or shorts or opens short Yes Replace C0310 No Modulation at C0361? Yes Replace C0360 No Check C0361 and Check C0334 for C0361 a short and and C0334 short and thenfor check then check Synthesizer Synthesizer Troubleshooting Troubleshooting Flow Chart Flow Chart 2-8 Troubleshooting Flow Chart for Rx VCO (Sheet 1 of 2) 5.0 Troubleshooting Flow Chart for Rx VCO (Sheet 1 of 2) No Rx VCO signal at C0218 Visual check of board OK? No Correct problem Correct problem Yes No 9 VDC at E0201? Radio did not boot up Radio did or notcheck boot up properly properly or check 9V3 Regulator 9V3 Regulator Yes Vbe= 0.7 V for Q0202? No Check biasing Check biasing components and components and if then replace Q0202 then replace neededQ0202 if needed No Check Synthesizer Check Synthesizer Troubleshooting Troubleshooting Flow Chart Flow Chart No Radio is not programmed Radio is not Mode for VCO 2 Receive for or programmed U0100 not functional Receive Mode or U0100 not functional No Check biasing components and then replace Q0201 if needed Yes Yes Check components between R0219 and L0205 for shorts or opens RF signal present at R0219? No Check Synthesizer Check Synthesizer Troubleshooting Troubleshooting Flowchart Flowchart No 2.556 VVDC at 2.556 at C0362 & C0200? C0363 VCO 1 Yes Radio is not Radio for is not programmed VCO 1 programmed for Receive Mode or Receive Mode or U0100 not functional U0100 not functional No Radio programmed for Rx VCO 1 or 2? VCO 2 ~0 VDC at C0248? 2.556VVDC at 2.556 at C0362 & C0236? C0363 Yes Yes Check biasing Check biasing components and andif thencomponents replace Q0200 then replace Q0200 if needed needed No Vbe = 0.7 VDC for Q0200? ~0 VDC at C0258? Yes Yes Check CR0201 - CR0204 and L0210, L0207, C0220, C0213, C0208, and C0214 for shorts or opens Check CR0205 – CR0208 and Check CR205 - CR208 L0218,and L0215, C0243, L0218, L0215, C0245,C0243, C0250,C0245, and C0246 C0250, forand shorts or opens C0246 for short or open Yes Vbe= 0.7 VDC for Q0201? Troubleshooting Flow Chart for Rx VCO (Sheet 1 of 2) 5.1 2-9 Troubleshooting Flow Chart for Rx VCO (Sheet 2 of 2) Rx VCO not locked at correct frequency Rx VCO not locked Check Synthesizer Check Synthesizer Troubleshooting Troubleshooting Flow Chart Yes DC Voltage at R0211 between 0.6 and 4.5 VDC? No Check C0223, C0225, and C0229 and all components between C0226 and C0214 for shorts or opens VCO 1 Rx VCO 1 or VCO 2 selected? VCO 2 Check C0251, C0252, and C0259 Check components and all components between C0253 andbetween C0253 C0246 C0246 forand open or for shorts short or opens 2-10 6.0 Troubleshooting Flow Chart for Repeater Troubleshooting Flow Chart for Repeater Repeater does not fully initialize (Disabled LED stays blinking) Can it repeat? Yes Re-insert or Replace 30 pin Front Panel cable No No Re-insert or replace SSI cable Does Repeater initialize properly now? Replace Front Panel Board Yes Done No Replace Connector Board and/or Accessory Cable Does Repeater initialize properly now? Yes Done No Troubleshoot Rx Radio Does Repeater initialize properly now? No Troubleshoot Tx Radio Do all LEDs flash on power-up? Yes Done Yes Done 3-1 Section 3 UHF1 PCB / SCHEMATICS / PARTS LISTS 1.0 Allocation of Schematics and Circuit Boards 1.1 Controller Circuits The UHF1 circuits are contained on the Printed Circuit Board (PCB) which also contains the Controller circuits. This Chapter shows the schematics for the UHF1 circuits only, refer to the Controller section for details of the related Controller circuits. The PCB component layouts in this Chapter show both the Controller and UHF1 circuit components. The UHF1 schematics and the related PCB and parts list are shown in the tables below. NOTE: The UHF Schematics and parts lists are the same for 8486777Z12 and 8486777Z14. Only the Controller circuits are different between the two PCBs. Table 3-1 UHF1 25–40W Diagrams and Parts List PCB : 8486777Z12 Main Board Top Side 8486777Z12 Main Board Bottom Side 8486777Z14 Main Board Top Side 8486777Z14 Main Board Bottom Side Page 3-3 Page 3-4 Page 3-5 Page 3-6 SCHEMATICS Overall Receiver Front-End Receiver IF Amp Receiver Back-End Power Amplifier Power Control Synthesizer Receiver VCO Transmit VCO Page 3-7 Page 3-8 Page 3-9 Page 3-10 Page 3-11 Page 3-12 Page 3-13 Page 3-14 Page 3-15 Parts List 8486777Z12 and 8486777Z14 Page 3-16 3-2 Allocation of Schematics and Circuit Boards Table 3-2: UHF1 25-40W Diagrams and Parts List PCB: 8486777Z15 Main Board Top Side 8486777Z15 Main Board Bottom Side Page 3-21 Page 3-22 SCHEMATICS Overall Receiver Front-End Receiver IF Amp Receiver Back-End Power Amplifier Power Control Synthesizer Receiver VCO Transmit VCO Page 3-23 Page 3-24 Page 3-25 Page 3-26 Page 3-27 Page 3-28 Page 3-29 Page 3-30 Page 3-31 Parts List 8486777Z15 Page 3-32 UHF1 (403–470 MHz) 25–40W PCB / Schematics / Parts List UHF1 (403–470 MHz) 25–40W PCB / Schematics / Parts List C3018 J0700 J3000 26 C0706 VR4004 J4000 C0705 R0614 C0145 2 3 2 3 2 R4051 3 2 3 2 3 3 2 C6428 R6403 E6402 C6418 C6445 C6429 C6417 R6444 C6421 C6420 C6423 R6443 R6446 R6461 R6460 C6407 R6459 U6407 E6401 C6408 R6458 C3219 R3501 C3277 R3596 R3550 R3507 R3509 R3503 R3500 R3505 R3504 R3233 3.6V_MAKO_ C3513 SW1 16 C3202 C3280 L3200 R1021 C1009 C3213 2 3 4 Q3203 2 3 C3216 4 Q3204 R1025 R1035 8 1 Q3202 9 16 L3202 R4012 R4011 C2004 R4106 C4076 C4034 D4001 R4009 R4010C4035 R2013 R4034 C4027 C4026 C4025 C4024 C4023 C4022 C4021 C4020 C4019 C4018 C4017 C4016 C2000 R2005 R4095 R2008 C2006 R2009 R2007 R2006 R2010 TP_SDRAM_CS C2007 C2005 TP4000 C1008 R4006 R2004 C2003 R2011 TP_SDRAM_BA0 TP_SDRAM_BA1 C3209 C3212 R4068 R1066 R4069 R4070 R4071 C1017 C2001 1 9 C3203 C1014 R1002 R1072 C1018 R4061 R4063 R4064 R4065 R4066 R4067 C1003 R1014 R1019 C1002 R1034 R2000 R1028 R1027USB1_TXEN C1006 TP1000 USB1_DAT TP_SDRAM_CLK C1033 C1013 VBUS2_CMD C1031 C1011 R1067 VBUS1_CMD C3529 C1034 C3210 R1017 R1045 R1036 C1030 R1005 R1041 C3220 U3500 R3508 R3576 R3571 R1026 6 C3262R3537 R3538 34 R3205 C3208 C3239 R1020 E3205 R3588 C3248 VR3204 2.9V_MAKO_V6 C3234 C3225 MAKO_GATED_32KHz VR3202 C3226 C3247 VR3206 C3040 E3503 E3502 R3225 C1007 C1019 C1005 C6440 Q3200 R1000 R1006 R2012 C6439 R6456 C6433 C6431 C6430 C1036 C2002 C4000 C4001 C4002 C4003 C4004 C4005 R2529 C2500 C0109 R0101 C6422 C1016 C1001 C6406 R6455 R6454 8 RT3500 R3203 C1037 R1001 C1015 C1004 C1012 R6449 R6466 R6465 R6450 R0107 C0171 R0105 R0108 R6445 USB1_SEO R3224 MAKO_ RX TP_POR C3545 R3595 C3273 R3560 C1000 U6402 Q3500 R3520 E3500 9 R0110 R4000 R4001 R4002 R4003 E4000 R4004 R1071 R4005 R3583 R3580 C0127 C0144 C0105 Q0100 R0146 R0161 C0180 C0146 2 Y0100 3 4 C0196 C0140 R0155 R0157 R0102 R0156 C0132 C0178R0109 R0147 C0130 C0113 C0122 C0121 R0106 C0118 C0175 R0144 C0117 TP_MAKO_FSYNC C6416 R3594 C3283 C3278 C3276 R3587 R3206TP_MAKO_TX TP_ C1010 C4013 C3511 TP_MAKO_DCLK C4006 C4033 C4032 C4031 C4030 C4029 C4028 L0317 L0318 C0133 C0100 C0103 C0102 R0148 C0177 R0158 C3523 C3528 C3521C3520 C3211 C3207 R3218 U1006 VR3503 C3515 R3532 Q3501 C0350 C3514 R3526 R3547 R3515 C6419 R6402 R6467 C6451 E3202 R3514 C6426 C6427 E6407 E4001 VR4007 R3056 R3033 3 U3040 C3524 C0353 C0343 CR0302 CR0305 CR0307 CR0303 C0111 C0128 C0124 R0111 C0125 C0104 R0116 C0129 C0143 R0100 C0110 Q0102 R0114 C0644 E0606 C0631 3 2 1 L0314 R0324 R0325 C0342 L0313 L0315 C0352 C3518 R3535 8 5 4 Q3201 C0351 C0346 C0345 CR0308 CR0306 L0309 Q0301 R0305 C0304 R0329 C0337 C0347 R0316 C0300 C0301 C0313 C0314 CR0304 CR0301C0308 C0323 C0325 C0329 C0359 C0253 L0217 L0302 R0304 C0305 R0224 C0246 C0259C0252 C0243 C0251 R0225 C0242 L0214 L0213 Q0201 R0205 C0237 C0236 L0202 R0216 C0204 R0229 C0200 C0201 R0204 C0205 C3531 C1032 L0312 L0319 C0141 PE PD PC C0642 D0601 E0608 DOUTB DOUTA CLKOUT C0622 R0627 R0607 R0608 R0609 R0611 R0612 R0613 R0118 R0117 C0142 R0119 R0123 FS 37 25 U0600 C0643 R0618 R0617 C0646 C0126 C0510 R0619 C0645 C0630 E0605 L0608 C0326 R0211R0311 SH0100 3 TP0601 13 C0625 C0627 C0629 R0610 C0633 E0604 E0607 C0638 1 C0626 E0602 E0601 R0606 L0310 C0336 R0326 C0340 C0341 4 2 C0623 C0650 C0605 C0320 C0310 C0344 L0218 FL0500 R0621 TP0602 L0307 C0250 C3501 C3505 C3238 R3217 C3240 C3254 C3249 C3229 C3538 C3530 C3516 C0315 Q0300 L0215 C0245 L0303 2 U3005 E0703 R0706 R0702 R3042 SH0301 R0159 R0623 R0503 5 6 C0619 C0617 C0615 C0611 C0621 C0620 E0600 C0502 R0622 Q0501 CR0202 CR0205 CR0207 CR0203 Q0106 L0504 C0509 C0504 L0506 C0515 L0604 C0516 C0226 C0247 C0241 C0240 C0306 R0301 CR0206 CR0208 L0407 L0210 R0226 L0212 L0219 C0223 C0214 C0208 C0229C0225 R0420 R0419 R0417 R0510 L0207 C0220 L0209 32 4 CR0204 C0213 CR0201 C0438 C0439 C0206 L0203 C0215 R0201 Q0200 R0425 R0421 C0442 C0451 L0411 C0450 C0440 R0418 C0428 C0432 C0431 C0429 C0430 C0424 C0425 C0423 C0427 C0426 C0433 C0434 32 4 R0412 R0423 C0437 Q0402 R0422 R0424 Q0405 D0404 C0417 D0403 C0416 C0419 R0406 L0413 C0414 R0410 L0401 C0418 C0420 R0409 R0405 D0402 C0411 C0408 C0409 R0404 C0410 D0401 C0421 C0404 C0415 C0405 C0406 C0407 L0404 R3035 1 R0752 R0750 C0718 C0904 L0403 C3504 R0761 R0778 Q0701 L0900 R3010 R3009 R0751 R0700 D0903 C3009 3 E3501 C0802 Q0707 C0788 R0744 M0700 R0763 R0764 R0762 R0768 R0771 R0773 1 R0753 1 RT0908 Q0708 R0734 C0937 C0936 R0756 C0804 C0805 R0732 R0757 R0741 Q0709 R0928 D0901 R0929 R0925 D0902 U0941 C0950 C0934 C0935 L0902 R0927 C0926 SH0900 R0937 R0936 C0951 C0947 R0917 C0914 6 5 SP0700 SP0706 C3506 R3516 C3010 U3006 9 R0730 R0740 C0781 C0782 L0402 Q4006 2 R3036 L0901 L0405 R4044 C4044 Q4000 Q4002 Q4010 Q4011 Q4004 Q4005 Q4008 3 R0703 R0407 C4045 U3002 2 Q0702 R0924 C0949 C4042 C4043 E4004 C4015 C4014 R0749 SP0702 SP0707 2 7 8 SP0704 SP0701 C0918 C4046C4047 C3008 10 4 U0940 8 5 C0922 R0940 C0921 C0948 C4040 C4041 R3032 C0929 C0931 R4045 R3003 C3046 1 C0714 R3004 1 R0926 R4042 R4043 2 C3019 R3002 R4046 R4047 3 C3005 VR4002 VR4001 R4040 R4041 2 U3001 6 5 C3007 C3002 Q0901 SP0705 SP0703 3 4 R0950 VR4000VR4005 VR4003 3 C3015 E3000 R0742 C0713 E4005 C4075 Q4013 R4048 R0774 R0748 C3006 C0700 E0701 R0745 C0799 C0798 R0930 C0915 C3000 C0748 R0776 C0701 3 R0738 L0714 C0777 R0914 R0923 C0703 C0702 C0711 C0712 Q0706 25 C4048 R4050 C0704 E0700 C0797 C0796 C0909 R0735 R0920 C0939 C0901 R0902 C0908 R0911 R0912 C0910 D0900 R0909 R0906 U0901 R0916 R0915 C0900 R0907 R0901 R0903 C0906 C0907 R0900 R0729 4 L0722 2 1 Q0704 R0713 VR0700 C0776 C0710 C6450 C0707 C0708 C0709 2 3 2 R0432 D0400 2.0 3-3 C0120 C0195 L0100 R0615 30 J4001 UHF1 (403–470 MHz) 25–40W 8486777Z12 Top Side J4002 UHF1 (403–470 MHz) 25–40W 8486777Z12 Bottom Side G1 11 J4003 14 R2514 R2512 R2528 R2526 R2527 TP501 TP503 TP502 TP_TEST1 C0119 C0123 C0115 TP_TEST2 C0147 R0104 C0101 C0148 R0115 R0125 R0122 C0150 R0128 R0131 TP_ADAPT_SW C0179 R0120 2 Q0107 3 C0613 C0602 C0603 E0609 Q0601 C0507 L0602 C0649 D0600 C0614 R0616 C0503 R0509 C0512 R0501 C0628 C0402 R0512 E0603 L0605 C0637 C0635 C0636 C0452 R0401 C0403 R0429 C0401 R0413 C0514 Q0403 C0413 TP0400 1 C0953 R0941 R0947 U0900 R0946 R0954 TP0910 R0943 C0925 RT0953 R0955 U0942 C0902 R0428 R0430 C0436 R0951 C0927 C0923 R0921 R0942 E0403 R0402 R0415 R0414 R0416 E0401 C0912 R0626 R0625 D0500 R0910 R0960 Q0902 C0913 C0917 TP0907 R0976 D0904 C0940 C0941 R0977 C0779 C0942 R0978 L0903 R0971 R0972 R0970 C0772 2 R3545 U3003 R0979 C0945 TP0913 TP0903 C3013 5 R0975 C0944 D0700 L0719 C0810 R0974 L0710 TP0904 47 07 C C4068 C4069 APM_1_WIRE C4067 C4065 C4063 R3540 C4064 C4066 VR3504 2 R6436 C6438 USB2_DP USB2_DM 3 C4070 VR4006 R4054 2 EXT_PTT 3 VBUS2 2 3 3 3 R6433 C1 C3A3 C6435 U6405 R6435 EMERGENCY VR6400 IGNITION_SENSE R3005 R3006 C3012 C3014 1 6 R4031 R4089 R4088 R4032 2 C0943 C0651 C0641 C0640 C0506 C0928 TP0911 C0766 C0735 TP0713 R4033 D0905 U0601 L0503 C0412 SH0300 R0511 E0400 C0400 C0454 C0740 C0453 R0938 R0944 R0500 L0406 C0422 C0819 C0513 AA1 C0920 C0919 C0916 R0919 R0922 E0610 E0500 T0400 6 4 R0400 Q0401 C0738 R0502 L0707 C0911 R0918 C0739 C0632 4 6 T0401 3 CR0400 L0706 VR3040 C0778 Q0500 C0448 3 C0455 L0708 TP0711 R0508 R0427 L0412 C0456 C0767 C0612 L0410 D0405 Q0400 C0443 R0431 R0403 L0408 C0618 C0446 C0447 C0441 L0409 C0742 R0602 R0603 R0624 C0449 C0445 3 TP0401 TP0708 C0761 C0764 C0760 R0770 R0772 R0769 S0700 R0775 C0812 D0702 C0610 C0616 C0607 R0605 R0604 R0207 C0765 R0766 R0767 C0787 R0739 L0720 C0791 C0814 C3020 R0719 TP0301 C0753 C0756 C0808 C0731 R0765 C0770 C0771 R0728 TP0707 C0732 R0221 C0231 C0818 C0221 L0206 C0222 R0220 R0203 L0200 C0202 C0730 C0745 R3524 C0746 R0426 C0444 L0204 C0207 E0201 R0212 C0209 R0219 R0206 C0224 C0217 C0729 R0727 R0722 R0754 R0720 R0718 R0755 TP0909 Q0705 C3507 R3521 14 R3057 Q3030 R3039 D3030 R3053 4 C3032 Q3041 R3040 C0803 C0634 C0137 C0755 C0754 C0744 C0716 C0717 C0800 R0747 C3500 U3505 C3510 R3525 C3030 R3048 R3047 R3034 L0603 SH0101 C0219 L0205 C0211 R0202 C0203 L0211 C0218 R0208 R0210 C0257 R0218 C0249 R0213 Q0202 C0248 E0301 U0303 TP0703 R3502 R3506 8 7 TP0704 R0777 C0734 C0817 C0795 R0759 L0705 TP0710 C0801 U0700 C0728 R0711 R0760 R0714 C3017 U3004 R3008 VR3200 C3522 R3549 R3534 U3030 C0811 SH0500 C0239 U0201 C0302 C0328 C0327 C0322 R0334 3 R3209 R3530 1 5 C3041R3045 R3046 C2501 C0719 R0160 C0233 C0258 R0230 C0235 C0230 R0310 C0321 C3044 C0743 C0721 C0601 TP504 C0238 C0191 R0113 R0103 C0135 R0337 C0193 R2501 R2507 R0307 TP0705 C3543 INT_MIC 8 R3054 2 Q6401 J6400 ANT_C R4055 3 L6402 R6407 VR3000 R0601 Q0600 R2504 R2506 R2517 R2516 R2513 R2518 R2525 L0306 R0333R0332 C0317 R0306 E0302 R0302 C0809 C0194 C0334 TP0702 C0192 R1044 L0702 Q0108 OPT_SSI_SYNC L0718 C0162 R2515 1 C0160 R1054 L0721 C0157 20 Q0703 C0163 22 R0303 L0300 C0303 C0309 R0320 C0307 R0321 U0304 CR0300 L0221 R0331 R0327 C0361 L0304 C0316 R0312 C0318 C0324 R0319 C0331 R0308 Q0302 21 R2502 R2519 R3577 R2520 C0360 C0319 R3581 R3226 R3043 TX_RAMP_DAC L0311 J2500 R3582 2 C3544 Q3503 R3539 C3243 R3248 Q3206C3261 C3275 D3200 EXT_MIC MAKO_V9_3V VR3201 VR3208 VR3203 MAKO_V8_5V R3044 L0305 C0311 U3202 R3236 C1 C3A3 P1 Q3040 C0733 C0792 C0793 C0794 5 C0138 34 U0101 C3282 C1044 R1048 R3219 R3220 Y3201 R4090 C3218 E4003 C3217 R3223 R3222 C3043 L0700 C0648 4 5 34 R3228C3274 R0715 TP0709 C0775 L0715 C0780 R0134 C0159 Y1000 R3210 C0741 C0647 3 U3203 C3272 R3055 C0164 2 C3512 R3523 C3011 R3007 Q3502 C3016 C0789 C0815 C0786 R0140 U1000 Q3205 C3509 C0149 C0151 R0127 C0158 AA21 C3526 C3021 C0134 C0136 C3204 R1060 L3201 C3260 E3203 C3233 C3228 C3222 C3227 C3221 C0737 C3045 R0620 C0604 U2000 C3535 1C3517 R3050 C0166 TP_FLASH_CLK Q4012 TP_VCTRL C4086 C3237 R3546 R3528 R3037 C0165 G8 8 VR3502 L1 R3579 Q3504 7 R4035 TP0600 A1 U3502 R3051 C0156 A8 C3252 C3519 Q3032 2 3 R0139 A1 14 1 R3038 U0100 A21 C3031 4 L11 R3561 VR3205 1 R3030 C0131 C3214 R3541 C3527 C3525 R3536 C3532 R3542 R3533 R3544 C3205 R3584 R3585 R2521 SPI_CLK_1 R2523 A1 R2522 SPI_MOSI_1E3201 R3591 R3592 C3232 C3231 3 C0161 U4006 5 R3575 R4030 C0114 C0112 A11 A9 R4096 R4093 U4007 E3208 E3206 2 C0357 C0358 C0363 C0362 C0349 C0348 R3216 R1070 R3201 R4079 C4073 16 R3041 R2508 2 R3593 Q3505 9 VR3207 R3052 SPI_MISO_1 R2500 U3200 R6468 U6404 14 C4084 8 C3042 R2524 R3227 U4001 C4085 C4074 C3540 R3578 R3558 R3559 C4053 R4078 C4055 R4080 C4062 R4081 C4061 R4082 C4060 R4083 C4058 R4085 R2511 3 5 U3501 10 8 R3511 6 C3502 D3040 C4051 R4076 C3215 7 C4072 R1047 8 R6401 C3257 C4071 R3513 MAKO_CE C1035 C3270 R3247 R3246 R6464 R4023 R4086 RF_ATTN_2 4 6 U3201 1 3 A14 U4000 R3572R3563 R3562 U3504 U3503 4 C3539 Q4014 Q4001 C0108 VR4008 I2C_CLK E2500 C4049 R4074 U2001 C3536 1 C3508 R1046 J1 I2C_DATA C6434 C6449 C6414 R3569 C0727 VBAT VBAT_GROUND D4000 C0107 C0106 R0126 U4004 C4087 R3586 C3541 4 E4002 P14 U3508 C3542 5 8 R6419 R6418 R6417 R6416 C6452 R4103 R4101 R4100 TX_RAMP U6408 C3503 R3573 R3574 2 Y3200 3 4 C3279 R6469 R6470 R3512 R3510 C3206 P1 2.8V_RF_TEST IF_TEST C6443 L6403 R6411 P10 Q4015 R4098 Q4009 R2509 R2510 J9 C4089 R4097 U4005 Q4007 Q4003 C4059 R4084 R3237 C4088 C3265 R3207 C3269 Q3208 R3245 R4099 C3200 USB1_DP R3215 C6446 R3240 A1 ROUT_TEST R6438 R6420 1.5V_RTC_TEST R6439 R6440 R6457 Q6402 U6401 R6409 C4011 C4012 C4010 C4007 R3204 R6408 R4105 R3243 R3208 R3241 Q3207 8 5 4 R3200 C3201 U6406 R6404 C3266 R3238 CLK_ACQ_TEST USB1_DM C3281 R3239 SPI_CLK_TEST C6444 VBUS1 C4090 U4008 A10 R6410 R6437 C3534 R4049 26 3 2 4 5 R6432 C3533 20 C6432 E6400 C6437 R6434 07 R4094 C6413 C6412 R3529 07 R6405 R6430 R3548 C FL6401 C6436 C MMP_1_WIRE 3-4 UHF1 (403–470 MHz) 25–40W PCB / Schematics / Parts List R0973 L0904 C0723 R0913 C0903 C0813 SH0901 1 UHF1 (403–470 MHz) 25–40W PCB / Schematics / Parts List 3-5 C3018 J0700 J3000 26 C0706 C0707 C0709 C0708 2 SP3001 SP3000 2 R4051 3 C6428 C6418 C6421 C6422 R6443 R6446 9 C3248 VR3204 2.9V_MAKO_V6 R1017 C3234 C3210 R1025 C3225 R1019 C1034 C1003 U3500 R1035 C3226 C1002 R1014 TP1000 VR3202 R1034 R3508 R3504 C1006 R2000 R1027 C3239 TP_SDRAM_CLK C1033 R1020 R3233 C1013 VBUS2_CMD C3220 C3513 C1031 VBUS1_CMD R3507 C3219 C3280 R3503 C3277 R3500 C4027 R4068 C3273 C4026 R4069 C1009 R3596 C4025 R4070 R1021 C4024 C2007 R4071 C4023 C3213 2 3 4 TP4000 C4022 Q3203 R2011 R4006 C4021 R4095 R2005 23 C3216 C4020 4 R2008 C2006 R2006 D4001 Q3204 C4019 R2009 R2007 R2010 C4018 R4009 TP_SDRAM_CS C6407 C4017 R4010 C4016 U6407 C4034 E4001 C6408 C4076 C6433 E4004 C4015 C4014 R4012 R4011 R1005 C3529 R1041 U6402 Q4006 Q3500 C6429 Q4008 R3516 R3520 E3500 3 2 2 3 3 Q4005 Q4004 Q4011 Q4010 3 2 2 3 3 2 3 VR3206 R3576 R3571 E3503 R3560 8 1 Q3200 9 16 C3202 C3203 L3200 R3224 R3225 R1028 8 1 Q3202 9 C1037 C1036 C1007 C1016 R1000 C3212 16 C3209 L3202 C1014 TP_SDRAM_BA0 C1011 C1008 R1006 C2005 C2004 C1005 R1066 TP_SDRAM_BA1 C1019 C1017 R1067 R2013 VR4007 R1002 C1018 R4034 C4035 R2012 C2001 R2004 R4106 C4006 C4033 C4032 C4031 C4030 C4029 C4028 R4063 R4064 R4065 R4066 R4067 C3515 C1032 E4000 C6451 R3501 R3587 C1000 R1045 C1010 R1036 R1001 C1015 C1004 C1012 C1001 R4001 R4002 R4003 R4004 R1071 R4005 R3583 R4061 R2529 R4000 C2500 C0122 R0108 C6439 C6440 R6456 C6431 C6430 E6401 R3594 TP_POR C4013 C6445 R6445 R6449 R6466 R6465 R6454 C6406 C6450 R6450 C6423 R6455 C2003 C2000 C2002 R0107 C0171 R0105 C0102 Q0100 R0146 C0109 R0111 C0125 R0116 C0104 C0143 C0129 C0144 C0142 R0119 C0141 C0105 C0100 C0103 C0124 C3514 VR3503 L0318 C6426 R6402 R6403 C6427 E6402 C6417 E6407 C6416 C6419 C3545 R3595 R3505 R3550 3.6V_ R3509 MAKO_ RT3500 SW1 R3203 C3283 C3278 C3276 R3206 E3502 R3526 R3547 R3532 Q3501 C3211 R3218 C3207 C3208 U1006 R3580 C3524 C0350 C0111 C0128 R0118 R0117 R0100 C0177 C0110 R0158 C0140 R0114 C0133 R0155 Q0102 R0157 C0132 R0156 R0102 R0148 R0109 C0130 C0178 R0147 R0101 C0113 R0161 C0196 C0121 C0180 C0118 R0123 C0175 C0146 C0117 R0106 2 R0144 Y0100 C0120 C0195 3 4 C0145 R0110 L0100 R0159 U3040 5 4 Q3201 C4000 C4001 C4002 C4003 C4004 C4005 SH0301 R1026 6 3 4 C3262 C1030 R3205 R3538 1 C0336 R0326 R0324 R0325 C0342 Q0301 L0314 CR0307 CR0308 CR0306 L0317 C0351 C0343 C0345 C0314 CR0302 CR0305 8 L0315 C0346 C0127 R0311 R0211 C0326 L0309 L0310 L0312 L0319 C0352 CR0304 CR0303 L0218 CR0301 C0313 C0308 C0323 C0325 C0310C0329 C0344C0359 L0307 C0320 C3531 R3535 R3537 R4044 C4044 R6444 C6420 R6461 R6460 R6459 R6458 R6467 E3202 C3238 C3240 C3254 C3229 C3249 R3217 C3538 R3515 C3530 R3514 C3516 R3588 C3511 C3518 C3523 C3521 C3528 C3520 C0341 C0340 C0353 R0305 C0337 L0313 C0300 C0301 L0302 R0304 C0305 R0226 R0224 R0225 C0242 L0214 CR0206 C0304 R0316 C0250 L0217 CR0205 CR0207 CR0208 TP_MAKO_DCLK TP_MAKO_FSYNC USB1_TXEN TP_MAKO_TX USB1_SEO TP_MAKO_RX USB1_DAT C3247 E3205 C3040 R3042 2 R0706 R0734 Q0701 E0703 R0761 R0778 C0306 L0303 C0315 C0347 R0301 Q0300 R0329 L0215 C0253 R0205 C0237 C0236 L0213 CR0202 CR0204 CR0203 Q0106 SH0100 C0241 C0240 Q0201 C0223 CR0201 25 R0614 E0606 C0631 PD R0615 PC L0202 R0204 C0205 C0200 C0201 L0209 C0259 C0252 C0243 C0251 C0245 C0246 C0428 C0432 C0431 C0429 C0430 C0509 R0623 L0504 D0601 L0608 L0212 L0219 C0126 1 C0619 C0617 C0615 C0611 37 C0621 C0620 C0226 U0600 13 C0646 C0643 R0618 C0642 R0617 R0621 L0210 L0407 C0438 C0439 R0216 C0214 C0220 R0420 R0419 C0204 C0215 C0247 Q0200 R0229 L0207 C0442 R0417 5 6 4 FL0500 3 R0622 2 TP0602 C0502 C0605 C0650 C0510 C0623 E0600 E0602 C0622 R0606 E0601 TP0601 R0627 C0625 R0607 FS C0627 R0608 C0629 DOUTB R0609 R0610 R0611 DOUTA C0633 E0604 CLKOUT R0612 R0613 PE E0607 E0608 R0619 C0645C0630 C0638 C0644 E0605 C0626 R0421 32 4 C0440 R0418 L0203 R0425 C0437 D0404 C0416 C0417 R0412 C0206 R0201 C3505 C3501 3 R3033 R3056 2 U3005 Q0707 R0700 C3009 R3010 C3504 R3009 E3501 3 1 R3035 R0750 R0751 C0718 R0423 C0213 C0208 C0229 C0225 C0420 C0415 L0413 Q0501 L0604 C0515 R0406 Q0402 R0503 R0510 C0424 C0425 C0423 L0506 C0427 C0426 C0504 C0433 C0434 C0516 C0409 32 4 R0410 L0404 C0408 D0403 R0405 C0414 C0419 C0410 D0402 C0405 R0404 C0407 R0409 L0401 C0411 D0401 C0404 L0403 2 2 R0774 R0752 M0700 R0744 C0788 R0763 R0764 R0762 R0768 1 R0753 C0802 R0703 R0702 C0421 D0400 R0730 R0756 Q0708 C0804 C0805 C0904 D0903 L0402 C0406 R0432 SP0700 R3036 MAKO_GATED_32KHz L0405 R0407 5 R0732 R0771 C0934 C0935 Q0709 D0901 L0902 SH0900 C3010 U3006 9 L0900 C0949 C0951 RT0908 1 C0918 R0925 R0433 R0424 C0451 Q0405 L0411 R0422 R0937 R0917 C0914 R0929 C0418 R0936 L0901 SP0701 R0740 C0781 C0782 R0757 R0741 R0773 C0947 U0941 C0950 R0928 D0902 4 C0931 U0940 5 8 R0940 C0922 C0921 C0948 R0926 C0936 C0937 R0927 C0926 R0950 6 7 8 R0924 SP0706 SP0704 10 Q4002 R3003 C3046 R3004 SP0707 SP0702 2 C3506 U3002 3 1 C0929 VR4002 C3008 R3032 2 Q0702 VR4001 VR4003 5 6 1 R3002 Q4000 C3015 C3002 2 3 4 C4075 VR4005 VR4000 R4042 R4045 C3007 R4040 R4041 R4046 R4047 R4043 C4040 C3005 C4041 C4046 C4047 C4042 C4043 C4045 C3019 3 Q0901 SP0703 SP0705 R0749 R0930 C0915 R0748 E4005 Q4013 C0799 C0798 C0797 C0796 L0714 C3006 R4048 R0742 C0714 C0777 R0914 C4048 R4050 U3001 C0713 E3000 C0748 R0776 E0701 3 R0738 R0735 C0701 C0700 R0745 Q0706 R0923 D0900 R0906 R0911 R0912 C0910 25 C0704 C0703 C0702 E0700 C0711 C0712 2 1 Q0704 4 R0729 R0916 U0901 R0920 C0939 R0915 R0901 C0906 C0907 R0900 R0902 C0909 R0903 C0908 C0900 C0901 R0907 R0909 VR0700 C0776 R0713 L0722 J4000 C0705 C0710 C3000 3 2 VR4004 J4001 30 UHF1 (403–470 MHz) 25–40W 8486777Z14 Top Side J4002 UHF1 (403–470 MHz) 25–40W 8486777Z14 Bottom side 11 J4003 14 C0123 C0115 R0113 TP504 TP501 TP503 TP502 TP_TEST1 TP_TEST2 R0115 R0125 R0122 C0150 R0128 R0131 C0148 SH0101 C0193 C0191 C0192 C0194 TP_ADAPT_SW C0179 3 Q0107 E0609 Q0601 C0507 C0649 D0600 R0603 C0613 C0602 C0603 R0601 L0602 C0607 C0604 R0501 R0512 C0628 C0614 R0616 L0605 C0601 R0509 C0512 C0514 R0500 C0452 C0637 C0635 C0634 C0636 SH0901 C0953 1 RT0953 R0954 R0414 Q0403 C0403 R0626 C0651 C0413 TP0400 R0944 U0942 R0947 R0942 C0903 C0912 R0921 R0413 R0429 R0428 R0430 E0403 C0436 R0402 C0941 R0976 R0977 C0942 R0978 C0779 R0625 E0401 C0401 C0402 TP0907 L0903 R0971 R6433 5 C3013 TP0903 TP0913 R0975 R0974 R0979 C0945 TP0904 L0710 3 2 R4054 2 3 C0944 R3548 C4066 C4063 C4065 VR4006 VBUS2 USB2_DP C4070 C0727 VBAT VBAT_GROUND USB2_DM C4069 APM_1_WIRE C0737 L0719 C0810 D0700 R3540 VR3504 C4068 C4067 R3545 C3014 R3006 C3012 U3003 6 2 C0943 C0640 C0506 R0508 D0500 E0400 C0400 R0913 R0910 R0960 TP0911 C0917 Q0902 C0928 C0913 R0951 C0927 C0923 U0900 R0943 R0972 R0970 C0772 C0767 C0766 C0723 U0601 L0503 L0406 C0513 Q0400 E0610 E0500 C0740 R0401 C0412 C0920 C0919 C0916 R0919 R0922 C0911 R0511 D0405 C0454 C0813 C0453 R0938 C0422 R0918 C0739 Q0401 C0441 CR0400 L0707 E0603 C0449 C0448 3 T0400 L0410 4 6 C0455 R0400 TP0711 C0738 C0632 TP0401 C0778 Q0500 R0502 C0503 C0445 C0735 TP0713 47 07 C C0803 C0612 C0443 C0446 L0408 C0447 D0702 L0603 R0219 4 6 T0401 3 R0431 R0403 L0708 C0815 L0706 C0742 C0618 Q0600 R0602 R0624 C0616 C0610 R0605 R0604 SH0500 E0201 R0427 TP0708 C0812 L0412 C0456 C0760 C0761 L0409 C0819 C0764 R0770 C0746 R0426 C0444 C0818 R0772 C0732 C0756 R0775 S0700 R0719 TP0301 R0767 TP0707 R0739 C0770 C0771 R0728 C0787 C0791 C0719 R0160 C0753 L0200 C0202 R0727 R0765 C0808 C0731 R0766 C0765 R0769 3 C0217 C0221 L0206 C0222 R0221 R0220 C0231 R0210 C0730 R0722 R0754 R0720 R0718 R0755 TP0909 L0720 C0814 C0811 Q0108 C0800 Q0705 C3020 R3005 1 3 2 3 EXT_PTT R4031 C0721 C0648 2 C0162 E0302 C0745 C0729 C0809 L0205 R0202 C0203 R0203 C0743 C0160 C0101 R0104 C0755 C0754 1 C0157 C0211 R0218 L0211 Q0202 C0219 R0213 R0777 R0759 TP0710 C0801 Q0703 C0249 C0248 C0744 TP0702 C0163 C0137 5 C0138 34 U0101 R0120 U0201 C0716 C0717 C0817 U0700 R0711 C0728 TP0703 C0733 TP0704 L0705 TP0705 L0702 R0127 C0258 C0257 C0318 C0324 C0792 C0793 C0794 R0134 C0164 C0159 R0103 C0135 R0140 R3048 R4088 R4089 3 2 L0700 C0647 AA1 E0301 C0317 C0149 L0304 R0312 Q0302 R0307 R0310 C0321 R0306 L0306 R0333 C0322 R0334 C0316 R0332 C0328 C0327 U0303 C0311 C0734 C0230 5 U3030 4 R4033 R4055 R4032 VR3000 TP0600 C0119 C0795 L0721 L0718 C0151 R2501 R2507 L1 8 1 R3046 R3045 C3041 2 C0741 R0620 C4091 R2514 R2512 R2528 R2526 R2527 C0218 R0302 R0337 R0208 R0303 C0302 L0300 L0204 C0303 C0238 C0207 C0309 C0239 R0212 C0307 C0209 R0320 C0224 R0206 C0235 R0321 U0304 R0207 CR0300 L0221 R0230 R0327 C0361 C0233 C0334 SH0300 R0319 C0331 4 5 8 U3503 5 U3501 6 10 3 EMERGENCY IGNITION_SENSE R6435 R6430 C6435 R6436 C6438 C1 Q6401 C3A3 C6436 ANT_C J6400 VR6400 C3045 TP_VCTRL R2506 R2517 R2516 R2513 R2518 R2525 R0715 R0139 R0331 C0360 20 L0311 Q3503 R0747 C0165 Y1000 3 4 C0786 TP0709 C0775 C0789 L0715 C0780 C0158 2 R2504 R3007 C3016 R0760 R3523 C3011 C3507 C0166 22 5 34 C3282 AA21 C3204 C3272 R2515 R1060 C1044 R1054 R1070 R1044 OPT_SSI_SYNC R3236 R1048 U3203 C1 C3A3 U3202 MAKO_V8_5V C3509 C0156 G1 Q3502 C3512 R3521 C3021 C0161 A1 R3554 INT_ MIC R3220 R3219 R3536 R3553 C3532 R3050 C0108 J9 A9 TP_FLASH_CLK R4096 R4097 R4099 R4093 U4005 U4007 A8 G8 U4006 U4004 C4086 C4090 C4087 U2000 R3034 C3525 VR3040 R3539R3530R3534 R3528 C3030 3 VR3201 VR3208 D3200 R3549 R3209 R3248 R3039Q3041 MAKO_V9_3V C3522 D3030 EXT_MIC C3261 C3275 R3582 Q3206 VR3200 R3249 R3581 Q3030 7 R3043 C3044 U3505 8 R3008 14 J2500 R3524 R3506 U3004 C3500 R3502 C3017 R3533 C3519 R3037 C0134 C0136 U1000 2 R4086 8 C3510 R3525 7 1 C3517 C3526 R3055 C0147 R3216 R3227 C3031 R3057 R3051 VR3502 U0100 R3579 R3053 Q3032 2 3 R3038 C0131 C3214 RF_ATTN_2 A21 VR3203 R3544 C3260 U3502 Y3201 Q3505 Q3504 C4072 C4074 P1 14 1 4 L11 A1 R3052 C1035 1 SPI_MISO_1 SPI_MOSI_1 A1 E3201 SPI_CLK_1 16 R3030 A11 2 C3540 R3578 R3558 R3559 R3054 R3047 C3042 R3041 C3032 R3040 3 C0357 C0358 C0363 C0362 C0349 C0348 U2001 C3536 1 C3502 2.8V_RF_TEST C6401 C3503 C3539 I2C_ R3573 CLK R3574 I2C_DATA R6457 R6440 8 U4000 R6438 9 R6439 R3513 C2501 R3511 2 C0112 3 E2500 D3040 R2508 C3291 U3200 R4103 R4101 R4100 R3569 MAKO_CE IF_TEST C3508 R3572 C4071 C3541 C6434 E4002 4 C6449 5 8 C3542 R6464 7 P14 U6404 U4001 C4085 R3593 R1047 14 C4084 R3591 R6401 8 C3257 R3556 C4073 VR3207 R4079 C3232 R3555 R3542 C3252 R3552 R3541 VR3205 R3551 C3527 R6420 R4023 R4098 Q4001 R4049 C0114 C0107 C0106 R0126 VR4008 R6418 R6417 R6416 C6452 R6419 P1 R3575 Q3208 C3290 C3289 C3206 2 Y3200 C3215 R2500 TX_RAMP 3 4 A14 R3252 R3250 R3215 R6468 R3546 C3535 U6408 R3228 C3228 C3222 R0714 C3274 R6470 C3243 R3210 R6469 C3231 C3227 C3221 Q3205 R3512 R3586 C3043 E3208 E3206 U3508 E3203 R3510 Q3040 U3504 R3044 R3226 C3279 R3584 R3585 R3592 R2502 R2519 R3200 C3200 TX_RAMP_DAC R3577 L3201 R2520 21 C3233 R3241 1 C3237 C3270 R3246 R3247 6 4 C3269 C3218 U3201 L0305 1 E4003 R4090 R3245 3 C0319 C3217R3222 R3223 C3205 R3243 R0308 R3207 U6401 R4030 E4006 C4059 C4094 C4093 U4009 C4049 R4074 C4092 U4010 C4051 R4076 C4053 R4078 C4055 R4080 C4062 R4081 C4061 R4082 C4060 R4083 C4058 R4085 R2524 R2511 R2509 R2510 R3237 J1 R6437 R1046 R3253 C4088 C3281 USB1_DP C4011 C4012 C4010 C4007 C3265 Q3209 C6446 Q3210 ROUT_TEST 1.5V_RTC_TEST A1 R6411 R3240 R3204 R4105 R3208 U6406 R6404 Q6402 R6410 C6443 C6444 SPI_CLK_TEST L6403 Q3207 8 5 4 R3238 C3201 R6409 32 45 USB1_DM R3239 C3266 R6405 C4089 U4008 Q4015 Q4012 20 C6432 VBUS1 FL6401 R6407 C3534 Q4009 Q4007 Q4003 Q4014 R4035 26 C6414 L6402 R6432 C3533 07 P10 E6400 R6434 D4000 07 CLK_ACQ_TEST U6405 C6437 R3529 C A10 C6413 C6412 C4064 C MMP_1_WIRE R4094 3-6 UHF1 (403–470 MHz) 25–40W PCB / Schematics / Parts List R0973 D0905 L0904 C0940 D0904 C0902 R0941 R0946 TP0910 C0925 R0955 R0415 R0416 C0641 UHF1 (403–470 MHz) 25–40W PCB / Schematics / Parts List 3-7 PA_SUPPLY 9V3_PA 9V3 RAW_B+ 9V3_PA 9V3 5V 1.8V_TH_DIG 2.8V_TH_DIG 2.8V_TH_ANA 5V_SW 1.875V_DIG_V2 2.775V_DIG_V4 2.775V_ANA_V7 SPI_BUS(0:4) 0 SPI_MOSI SPI_MISO SPI_CLK THK_CS ABACUS3_CS 1 1 2 2 3 3 4 4 TX_SSI_BUS(0:2) 0 TX_SSI_DATA TX_SSI_CLK TX_SSI_FSYNC 0 SPI_MOSI_IN SPI_MISO_IN SPI_CLK_IN TH_CEX ABACUS3_CEX_IN RX_VCO_SEL1_ RX_VCO_SEL2_ TX_VCO_SEL1_ TX_VCO_SEL2_ RX_VCO_SEL1 RX_VCO_SEL2 TX_VCO_SEL1 TX_VCO_SEL2 VCTRL SF_OUT HP_MOD_OUT PRSC VCTRL SF_TH HP_MOD_OUT PRSC 9V3_SYNTH 9V3_VCO 9V3_SYNTH_IN 9V3_VCO VCO_UHF1 TX_INJ TXINJ ( TX: SHEET)1 ( RX: SHEET)2 TX_HP_UHF1 ( PA: SHEET 1 ) ( PC: SHEET 2 ) 0 1 1 2 2 SDTX TX_CLK SFTX SYNTH 9V3 9R1 9V3_SYNTH_OUT 9R1 PREDRIVE_SW RXINJ RX_IN CONTROLLER_&_GPS PREDRIVE_SW ( TOP LEVEL: SHEET 1) RF_ATTN_1 RX_SSI_BUS(0:2) 0 RX_SSI_DATA RX_SSI_CLK RX_SSI_FSYNC RX_SSI_SYNCB DMCS RESET_OUT ADAPT_SW LOCK_DETECT 1 1 2 2 16.8_GPS PREDRIVE_SW PC_ATTEN_ENA PA_BIAS TX_DAC ANT_ENABLE LO_BATTERY_DET PA_TEMP 0 RX_SSI_DATA_PASS_OUT RX_SSI_CLK_PASS_OUT RX_SSI_FSYNC_PASS_OUT ABACUS3_SYNCB_IN DMCS RSTB ADAPT_SW LOCK 16.8_GPS SPI_MOSI_OUT SPI_MISO_OUT SPI_CLK_OUT ABACUS3_CEX_OUT RX_SSI_DATA_PASS_IN RX_SSI_CLK_PASS_IN RX_SSI_FSYNC_PASS_IN FINAL_BIAS_1 TX_DAC ANT_ENABLE LO_BATTERY_DET 0 1 2 3 0 1 2 ABACUS3_SYNCB_OUT 5V_BE 1V8_BE 16.8_REF RX_INJ NC RXFE_UHF1 RX_IN ( 1 SHEET ) NC 9R1 RF_ATTEN_1 FE_TUNE RX_FLTR_VCTRL IF ABACUS_SPI_BUS(0:3) 0 1 2 3 ABACUS_SSI_BUS(0:2) SPI_ABACUS_DATA SSI_ABACUS_DOUTB SPI_ABACUS_CLK SPI_ABACUS_CEX IF 0 1 2 SSI_ABACUS_DOUTA SSI_ABACUS_CLKOUT SSI_ABACUS_FSYNC SSI_ABACUS_SYNCB RXBE_73.35MHZ (IF AMP: SHEET 1) 16.8_MHZ_BUFF 5V 1V8 16.8_REF (ABACUS3: SHEET 2) UHF1 (403–470 MHz) 25–40W Overall Schematic Diagram UHF1 (403–470 MHz) 25–40W PCB / Schematics / Parts List 3-8 E0400 RF_ATTEN_1_3 9R1_FILT E0401 RF_ATTEN_1 C0400 220pF Q0400 R0401 9R1_FE_6 680 9R1 2 4 1 1 6 Q0401 2 3 C0401 0.1uF 220pF 47pF 5 5 R0402 10 R0403 0 C0404 220pF 6 R0431 10K 3 4 C0402 C0403 C0405 Hi-Side Zeros for Preselector TP0400 TEST_POINT 0.8 VDC Typical 5.6pF 2.7pF C0410 6.2pF 220pF L0413 220n H R0400 27K L0401 15nH R0404 2.7K 2% C0452 4.7pF 1 390 C0454 R0410 C0427 47pF C0426 56pF 6.8pF L0406 9R1_FILT 100K C0418 L0404 3 220pF C0420 4.7pF Q0402 BFG540W 15nH R0409 1.2K 2% 0.7 VDC C0428 47pF R0413 C0433 10nH D0404 6.8pF (V AL UE ) C0425 56pF C0424 56pF C0417 4.7pF D0403 4.3pF C0422 10 dB Attenuator 12pF C0416 4.7pF 3 2.7K 0.10uF 1.5pF L0403 2 NU C0423 47pF C0415 R0406 (V AL UE ) R0407 C0421 10nH C0419 1 1 R0405 5.6K 3.9pF 5.6pF C0409 1 L0402 (V AL UE ) 3 1 100pF 10nH L0405 NC RX_IN 3 2 C0414 220pF 10nH 3 C0408 8.6 VD C (V ALUE ) C0453 C0412 (V UE ) AL D0402 D0401 CR0400 2 C0411 6.2pF 1 C0413 C0407 D0400 2 RXIN_FE_6 C0406 2 C0455 0.1uF (Micro-strip 20 mm Each) R0432 680 R0412 100K C0429 56pF C0431 56pF C0430 56pF C0432 47pF 1 4 NU 2 680 E0403 R0428 MAKO ( 0 ~ 4.6 VDC) FE_TUNE_FE_4 10K R0429 (3.00 ~ 8.00 VDC) Q0403 UMZ2NTR C0434 220pF 6 5 680 C0436 3 R0414 680 FE_TUNE 220pF R0430 10K R0416 680 R0415 680 9R1_FILT IF_FE_8 IF R0417 39 R0427 51 C0437 220pF +16.0 dBm Min. (250 mV P-P) C0456 100pF TP0401 8.4 VDC L0412 47nH TEST_POINT R0419 1.2K C0438 220pF 2% 1.2K R0421 8.2pF C0443 0.6 VDC RX_INJ_FE_5 R0422 J RX_IN R0433 L0408 L0409 22nH 2% 22nH 2% C0445 L0410 C0444 3 T0400 XFMR 4 3 C0446 8.2pF C0451 C0447 10pF 10pF 22nH 2% C0448 9.1pF 2 1 100pF 1 C0449 13pF 6 IO1 IO2 5 NC NC 5 0 R0423 121 1% R0424 121 1% 22pF 22nH 2% L0411 R0425 332 1% UHF1 (403–470 MHz) 25–40W Receiver Front-End Schematic Diagram 6 2 1 NC D0405 53.6 1% 4 2 Q0405 100pF 10 R0426 2.7K 3 2.2pF R0420 220pF T0401 XFMR C0441 C0442 C0440 IO3 27nH IO4 L0407 1 R0418 3.65K 1% 4 NU (V AL UE ) C0439 NC UHF1 (403–470 MHz) 25–40W PCB / Schematics / Parts List 3-9 5V E0500 R0511 1.2K 5V_BE_5 5V R0500 5.1K C0514 0.10uF C0513 0.10uF R0501 330 R0502 VHF -- 44.85MHz UHF -- 73.35MHz 4-POLE R0503 30K 1.43V R0509 4.7K FL0500 TS75 73.35MHz C0506 3 IN 18pF OUT 6 C0510 6.2pF GND2 C0509 4 330nH C0503 0.10uF NU 3 1 0.76V 0.10uF 2 CC1 5 CC2 L0503 L0506 820nH C0512 IF_OUT 1.6V C0502 0.10uF C0504 IF_TO_ABACUS Q0501 C0507 1 GND1 IFIN_BE_8 IF R0512 51 20K 0.10uF Q0500 D0500 2 C0515 C0516 NU NU 0.10uF 0.72V R0510 30K R0508 56K L0504 NU SH0500 SHIELD 1 UHF1 (403–470 MHz) 25–40W Receiver IF Amp Schematic Diagram UHF1 (403–470 MHz) 25–40W PCB / Schematics / Parts List 3-10 VVCO TP0602 TEST_POINT C0601 SPF_3.5V C0602 .01uF 1 TP0600 TEST_POINT 43pF C0603 220pF C0604 0.10uF R0601 68 TP0601 C0605 C0650 30pF R0621 0 TEST_POINT R0602 10K 43pF IF_OUT R0622 R0623 NU NU C0607 18pF Q0600 # C0611 1000pF 3VA 5V 2nd LO LF C0610 68pF L0602 C0612 R0624 2.7uH .01uF C0615 C0614 43pF R0605 330 R0604 24K L0604 10uH L0605 10uH C0620 0.10uF C0621 0.10uF 38 37 GNDP 39 VDDL VDDP IOUTL 42 40 41 CXVM 45 44 43 LOP LON CXVL CXIF GNDI 47 VDDH PD PC VDDD PE R0607 35 NU 34 33 SB_1_BE_5 SSI_ABACUS_SYNCB 31 FS_1_BE_5 R0608 30 SSI_ABACUS_FSYNC 29 R0609 0 28 DOUTB_1_BE_5 SSI_ABACUS_DOUTB SSI_ABACUS_DOUTA 27 0 DOUTA_1_BE_5 R0612 CLKOUT_1_BE_5 R0611 26 PE 25 C0630 0.10uF PD SSI_ABACUS_CLKOUT PC 0 C0631 0.10uF 0 E0604 FS DOUTA DOUTB CLKOUT * C0632 4.7uF R0613 FE_1_BE_5 0 FD_1_BE_5 SPI_ABACUS_CEX R0614 C0633 0.10uF SPI_ABACUS_DATA # C0635 100pF FC_1_BE_5 R0615 0 SPI_ABACUS_CLK .01uF # C0634 E0606 E0605 # C0636 100pF 0 R0626 68.1K R0625 51.1K 1V8 3VA .01uF C0641 1V8_3 E0607 BK1005HM471 E0610 C0651 100pF U0601 3VA C0638 # R0616 100K 2 5V 6 4 3 1 NP VOUT VCONT VIN C0640 2.2uF E0608 FB C0637 1.0uF GND 0.10uF 3VA R0627 0 32 24 23 GNDS1 GNDD CLKN 21 VREFN 22 VREFP 13 12 CLKOUT GNDA CLKP 11 VDDA 20 10 R0610 0 DOUTA 19 # DOUTB GCN GNDC C0629 2200pF FS U0600 AD9864 GCP VDDC # VDDF 18 9 GNDH GNDQ 8 IF2P 17 7 0.10uF C0628 SYNCB IOUTC 6 100pF IF2N VDDQ 5 100pF GNDS2 16 E0603 IFIN 48 C0627 GNDF 15 # FREF RREF 3VA 4 36 GNDL MXON 14 3 # C0626 MXOP VDDI 1 46 1V8 200pF C0625 2 3VA 1000pF 2nd LO VCO VHF (42.6MHz/47.1 MHz) C0619 0.10uF FREF_IF 16.8_REF C0618 1uF E0602 C0623 0.10uF 3VA D0600 1SV305 2nd LO VCO UHF (71.1MHz/75.6 MHz) 51 R0603 510 3300pF C0622 R0606 3VA C0649 C0616 NU C0613 0.1uF 5.1K 13pF E0601 E0600 C0617 0.10uF 3VA L0603 270nH 5 L0608 4.7uH C0642 68pF R0619 10K R0617 10K R0618 390 C0643 0.10uF C0644 0.10uF C0645 .01uF D0601 CLOCK VCO UHF1 (403–470 MHz) 25–40W Receiver Back-End Schematic Diagram R0620 C0646 0.68uF CLOCK LF VVCO 9.1K E0609 C0647 10.0uF Q0601 73A04 C0648 10.0uF UHF1 (403–470 MHz) 25–40W PCB / Schematics / Parts List 3-11 2743019447 PA_SUPPLY_TX_PA A+ PA_SUPPLY C0700 30pF E0700 C0702 2200pF C0701 .022uF C0705 1000p F C0704 .022u F C0703 30pF C0706 C0707 NU NU R0776 C0711 0 C0712 1000p F NU 9V3_T X R0742 10 E0701 2 743019447 C0710 10uF 9V3_TX 9V3_PA C0709 0.1u F C0708 1000pF L0700 17nH C0713 100pF C0714 100pF E0703 R0700 R0703 NU 2.2K R0702 Q0701 47K 0 NU RN49A2 Antenna_En 47K PREDRIVE_SW PREDRIVE_SW 47K L0702 33.47nH C0716 220p F C0717 1000pF R0778 C0731 NU C0729 NU NU 100pF C0811 33pF C0732 56pF C0730 NU R0762 15 C0720 C0719 27pF NU C0721 NU C0810 150pF SP0700 R0763 15 9.3V DC (use scope with bandwidth limit to measure) Q0702 TP0702 C0718 1000p F C0745 100pF Gate_1 R0764 15 R0706 150 R0765 D1 SP0702 L0719 82nH C0727 C0726 22pF NU G1 NU MRF1570, Flat Lead 10 GND2 NU C0755 C0813 30pF NU R0719 10 SP0703 D0700 GND2 GND1 S4 S3 S2 R0768 15 C0735 R075 5 3 R0769 NU L0707 17nH 17nH L0708 17nH SP0707 4.3pF C080 3 NU SP0706 R0771 15 C0746 27pF C0812 33pF NU SP0705 L0710 17nH C0748 C0747 C0739 12pF C0742 5.6pF C0738 5.6pF C0740 12pF R0970 200 R0971 180 L0903 10nH C0764 W = 22.6 mi l 47pF C0817 C0734 C0760 NU NU 10pF 20pF C0771 NU L0718 12nH L0721 3.3nH C0766 C0765 C0767 12pF NU NU TP070 8 TP0707 C0772 3.3p F C0779 33pF C0778 33pF L0904 Gate_2 2.85V (44W) 2.10V (27.5W) 9.1VDC 9V3_TX R073 0 1K R0732 1K VR0700 NU R0734 C0786 C0815 20pF 150pF NC R0977 120 C0776 150pF R0738 51 L0715 150nH C0780 220pF C0775 .022uF C0787 C0791 10pF 47pF TP0710 R0756 100 K C0792 C0793 C0794 NU NU NU C080 4 150pF R0741 R0757 47K C0805 1000p F 47K C0782 1000pF C0781 150pF R0740 100K Q0704 R0753 NU NU Q0705 R0759 TP0711 NU V_G1 C0943 NC NC C0944 4.7p F NC NC V_G2 NC NC Final_Bias NC NC 9V 3 TP0713 R0747 4.7K Q0709 Q0708 NC 9V 3 R0774 20K V_cont R0750 10K 9V3_VCO V_G1 150pF V_CONTROL V_cont 9V3 9V 3 Q0707 220pF C0802 R0974 220 R0979 0 R0777 10 C0942 150pF 0 L0720 3.3n H G 10 Q0706 47pF C0789 R0975 220 D090 5 R075 2 Final_Bias 0.1u F L0722 1.5uH R0976 150 FINAL_BIAS_1 C0814 R0744 R0973 0 FINAL_BIAS_1_TX_P A 1K Final_Bias R0745 470 C0788 15nH R0978 0 0 TP0709 NU C0941 5.6pF V_cont R073 9 R0713 30K C0940 C0777 150pF 100 150pF Gate_1 S = 35.4 mil D0904 R0735 R0729 10K 2.2VDC (TX Only) W = 90.2 mi l RX_IN 43.67n H 2.2VDC (TX Only) S = 35.4 mil W = 22.6 mi l RX_IN_TX_PA L0714 M070 0 HEATSINK 100pF A+ R0727 6.2K R072 8 10K C0770 220pF C0761 56pF R0773 15 POS C0795 2 J0700-2 3 J0700-3 L = 585 mi l C0723 D0702 V_G2 1 11dB Pad 1 J0700-1 NU NU R0772 15 R072 2 4.7K R0972 0 SP0704 2 10 NU SP0701 C0756 100pF G L0706 C0741 C0737 3.9pF 100pF 15pF C0819 16pF R0770 S GND1 2 R0715 91 Q0703 D Test Point to check Ref Osc warping R0714 91 20pF S TP0705 82 NU VD_RF_OUT 4 2.7K C0754 R075 4 3 RF_IN D2 G2 Gate_2 10 1 1 R072 0 NU C0808 D R0711 R0766 R0767 15 C0753 91pF TP0704 U0700 ADA4743 TP0703 C0733 NU 10 C0744 43pF C0743 56pF C0809 L0705 150nH S1 3.2VDC 16.5 dBm 0 dBm C0728 47pF R0760 C0818 16pF R0718 TX_INJ_TX_PA TX_INJ R0751 20K C0800 NU S070 0 SWITC H C0801 220pF C0945 150pF ANT_ENABLE_TX_PA R0749 ANT_ENABLE 0 R0748 56K C0798 1000pF C0799 150pF C0796 150pF REV_DETECTED C0797 1000pF R0761 FWD_POWER 0 9V3_SYNTH FWD_DETECTED NC NC NC Antenna_En R0775 NU UHF1 (403–470 MHz) 25–40W Power Amplifier Schematic Diagram UHF1 (403–470 MHz) 25–40W PCB / Schematics / Parts List 3-12 SH 0900 SHIELD SH0901 SHIELD 1 1 NOTE: VOLTAGES SHOWN FOR ANALOG TX MODE SW_9V1 1.0V or less, typical TP0907 Q0902 C0919 0.1uF R0910 R0918 390 C0920 220pF 1K C0929 220pF R0913 C0917 C0912 220pF 0 1000pFSW_9V1 L0901 470nH C0918 220pF R0921 2.2K 8 D0901 C0914 2 U0900-1 R0936 47.5K 1% R0901 56K R0922 0 43K SW_9V1 36K C0916 220pF NC C0931 R0919 39K C0913 220pF Q0901 8 R0937 R0903 6 22K 5 U0901-2 6 4 3 C0904 220pF NP VOUT R0928 39 1 R0929 39 C0907 .01uF C0906 220p F 9V3 47K R0909 43 K VCONT VIN RT0908 220pF 220pF R0927 51 D090 2 C0948 1.0uF 5 SW_9V1 FB GND 2 220pF D0903 NC NC TP090 4 R0925 C0949 2.2uF R0914 R0923 C0936 C0937 220pF SW_9V1 0 220pF 180 K R0915 R0916 68K 6.8K R0920 22K (VALUE) 8 SW_9V1 C0921 0.1uF C0922 220pF C0908 0.1uF C0909 220pF 3 U0901-1 4 TP0903 0.38V (44W) 0.21V (27.5W) U0940 TP0909 R0911 8 V_CONTRO L C0902 0.1uF AD8315ACPZ-REEL 1.35V (44W) 1.28V (27.5W) VPOS R0940 7 0 NC 6 RFIN ENBL VSET NC FLTR R0942 R0941 4 C0925 220pF 9 R0955 100K 1% R0946 3.32K 5 R0947 0 C0953 220pF INPUT RESET_OUT NC1 NC2 R0944 43.2K 0 FWD_POWER C0928 1500pF TX_DAC R0938 TX_DAC 0 1 5 GND 4 R0951 R0954 430K 5% 3 2 R0943 39.2K U0900-2 C0927 220pF U0942 NCP301 LO_BATTERY_DET R0912 33K 4 RT0953 47K C0926 4700pF 6 2200pF 7 6.81K 0 R0950 10K C0910 220pF TP0911 8 COMM LO_BATTERY_DET 330 C0923 2 3 REV_DETECTED C0903 220pF TP0910 1 GND 5 VAPC C0939 220p F 2 AD8566 2.85V (44W) FWD_DETECTED 1 5V DC 2.10V (27.5W) 2.67V (44W) 2.01V (27.5W) 5.6K C0951 0.1uF C0901 0.1uF 1uH 150 U0941 C0950 1000pF C0900 220pF L0900 4 C0915 220pF AD8566 16.2K 1% R0930 18 K C0935 C0934 R0926 0 R0902 3.3K 7 C0947 100pF R0907 AD856 6 5.6K R0924 5.6K R0906 4 220pF 9V3 SW_9V1 R0900 D0900 3 R0917 470nH TP0913 C0911 220pF 1 SW_9V1 L0902 R0960 2.4K UHF1 (403–470 MHz) 25–40W Power Control Schematic Diagram 9V3 9V3 3-13 SPI_CLK_I N SPI_MISO_IN SPI_MOSI_IN UHF1 (403–470 MHz) 25–40W PCB / Schematics / Parts List 5V_BE_SYNTH 5V_BE 5V_TH 1 1V8_BE_SYNTH 1V8_BE TP_TEST1 C0100 220pF 1 RX_SSI_DATA_PASS_I N RX_SSI_CLK_PASS_I N RX_SSI_FSYNC_PASS_IN 2.8V_TH_DIG_SYNTH 2.8V_TH_DIG 1.8V_DI G RX_SSI_DATA_OUT RX_SSI_CLK_OUT RX_SSI_FSYNC_OUT RX_SSI_DATA_I N RX_SSI_CLK_I N RX_SSI_FSYNC_IN ABACUS3_SYNCB_OUT ABACUS3_CEX_OUT 1.8V_DI G RX_SSI_DATA_PASS_OUT RX_SSI_CLK_PASS_OUT RX_SSI_FSYNC_PASS_OUT 5V R0101 0 1.8V_DI G ABACUS3_SYNCB_OUT ABACUS3_CEX_OUT ABACUS3_SYNCB_I N ABACUS3_CEX_IN 5V_SYNTH 2.8V_DIG 2.8V_ANA ABACUS3_SYNCB_I N ABACUS3_CEX_I N SPI_MOSI_OUT SPI_MISO_OUT SPI_CLK_OUT 2.8V_ANA SPI_MOSI_IN SPI_MISO_IN N SPI_CLK_I 0 SPI_MOSI_OUT SPI_MISO_OUT SPI_CLK_OUT SPI_MOSI_IN SPI_MISO_IN SPI_CLK_IN R0100 1.8V_DIG TP_TEST2 R0102 0 1.8V_TH_DIG_SYNTH 1.8V_TH_DIG C0108 220pF C0102 220pF 2.8V_ANA C0177 220pF C0101 220pF R0103 0 C0106 0.1uF C0104 220pF 2.8V_TH_ANA_SYNTH 2.8V_TH_ANA C0105 0.1uF C0178 220pF C0110 0.1uF R0104 47K C0109 0.1uF C0107 0.1uF C0111 0.1uF C0175 220pF C0103 0.1uF 2.8V_DI G Locked: 1.8 V Unlocked: 0V LOCK_SYNTH LOCK NC NC NC NC NC NC NC C0123 1.0uF R0146 0 R0147 0 16.8_REF NU NC NC NC NC NC NC NC NC NC NC R0109 0 R0155 0 R0156 0 NU 16.8_GPS_SYNTH 16.8_GPS R0157 0 NU R0158 0 NU 220pF C0128 GPO_1_SYNTH D3 SCAN_EN MN_CP_GND G5 J10 H10 J6 A10 G6 J5 E11 H4 G7 L2 K2 K3 J3 G4 E1 J1 SPI_MISO_I N TH_CEX SPI_MOSI_I N TP501 TP502 TP503 1 TP504 1 1 SDTX NC G1 DAC_ADAPT F1 VCO_DAC NC NC DMCS R0111 0 2.8V_ANA C0124 0.1uF C0125 220pF K8 HP_MOD_OUT_SYNTH H1 HP_MOD_OUT H3 M_PRSCX J2 M_PRSC MN_CP PRSC_SYNTH PRSC G3 SF_OUT_SYNTH C0129 0.1uF SF_OUT 5V_TH TP_ADAPT_SW R0113 10K C0133 4.7uF R0148 120 R0114 2K GPO_4 Adapt ON: 5V Adapt OFF: 0V 5V_TH 220pF C0132 220pF C0131 C0134 220pF GPO_5_SYNTH 4 3 C0135 10uF 10K C0136 0.1uF R0115 0 C0137 10uF 1 R0116 0 R0119 27 2.8V_AN A R0126 10K 2 Q0102 R0117 30K R0120 10K 4 C0144 0.1uF 4 R0123 56K 1 3 Switch for Adapt Transient 3 OUTPUT VC C0145 .01uF C0196 10uF C0180 0.1uF C0146 220pF 2 GND C0147 220pF R0161 100K ONOFF_CONTROL 1 INOUT 2 OUTI N VCC RSTB_SYNTH RSTB U0101 MC74VHC1GT66 5 VCC R0122 0 NU C0143 220pF Q0106 DTC114YM GND C0142 220pF C0141 0.1uF ADAPT_SW IN R2 R0118 0 NU C0140 4.7uF ADAPT_SW_SYNTH R1 OUT C0138 220pF GND Q0108 47K 5V_TH RX_VCO_SEL2_ R0159 10K C0179 220pF 2.8V_ANA GPO_6_SYNTH 9R1 SWITCH FOR FRONT-EN D SDTX_SYNTH DMCS_SYNTH RF_ATTN_1 R0160 100K TX_CLK 1 9R1 Q0107 SFTX TX_CLK_SYNTH NC NC NC NC NC L3 ESC_CP G2 MAIN_PDET_VCC MN_ADAPT_CP SPI_CLK_I N SFTX_SYNTH 1 220pF C0130 GPO_3_SYNTH TX_VCO_SEL1_ 9R1_SYNTH C0121 220pF NU GPO_2_SYNTH NC GPO LINES HI: 2.8V RX_VCO_SEL1_ LOW: 0V VCO SEL: ACTIVE LO W TX_VCO_SEL2_ 9V3_SYNTH 9V3 220pF C0127 NU TH_CEX_SYNTH HP_MOD_OU T K10 SUB1 F5 SUB2 F3 SUB3 L10 DEEPSLEEP 220pF C0126 SC51650VF 5104932K08 NC NC NC 16.8_REF_BE_SYNTH 16.8_REF_CONTROLLER_SYNTH U0100 C0119 220pF D10 SPI_DR D8 CEX D9 SPI_DW C11 SPI_CLK F9 SFTX F10 TXCLK F11 SDTX F7 DMCS D11 SDR E9 SCLK_OUT E10 RXFS E7 RXACQ K1 ESC_IN XOSC_BASE XOSC_EMIT SMD_CLK_GEN_GN D OSCREG_SPLY OSCREG_BYP SF_OUT OSCREG_OUT R0110 51 NU C0113 220pF K5 L5 C9 J4 L4 K4 H5 NC NC NC NC NC NC NC MN_CP_VCC LGND1 LGND2 LVCC2 TX_DAC_GND TX_DAC_VCC ASPI_VCC SSI_GND TM TEST1 TEST2 LVCC1 C0122 .01uF R0108 2K G9 CLK_CP H11 CLK_EMIT G11 CLK_BASE E6 RSTB R0107 220 ASPI_CLK ASPI_DATA ACE1 ACE2 NC1 NC2 TX_GND2 NC3 NC4 Q0100 NC NC NC NC C0195 470pF AGC_REF AGC_FLAG ARX_DAC RFSTEPA AGC_DAC DC_CAL BP_I RXI RXI X BP_I X SDM_VAG BP_Q RXQ RXQ X BP_Q X SCAN_I N RX_EN_OUT PABIAS_DAC CLK2_OUT CLK1_OUT TCLK NTXQ TXQ NTXI TXI INCR_DECR PHCLK FBQ FBI NC NC L0100 270nH C5 C4 H6 A3 B5 A2 E4 C2 C1 F4 B10 E2 D1 D2 E3 F2 B1 K11 J11 H9 G8 K6 L7 L8 K7 J9 L9 B6 C6 C10 B11 A6 D6 A1 A11 F6 L1 L11 NC NC CLK_VCC CLK_GND TX_VCC SDM_CLK_GEN_VCC XOSC_GND OSCREG_GND SSI_VCC ESC_GND TX_GND1 ESC_CPBIAS ESC_VCC ESC_CP_GND ESC_CP_VCC MAIN_GND ESC_TEST MAIN_VCC R0106 2.7K J7 EF_OUTP J8 EF_OUTM R0144 10K GPO1_TEST1 GPO2_TEST2 GPO3_TEST3 GPO4_TEST4 GPO 5 GPO 6 C0118 0.1uF C0117 220pF C0171 .01uF B9 A9 B8 B2 C3 A5 A8 D5 R0105 240 SDM_REF_VCC SDM_VREFM SDM_VREFP RX_AVCC1 RX_AGND1 RX_AVCC2 SDM_REF_GND RX_AGND2 C0120 .01uF C0115 1.0uF C0114 1.0uF B4 A4 E5 D4 K9 H8 Buffer to Abacus/Controller H2 F8 C8 B7 H7 L6 A7 E8 B3 D7 C7 G10 NC C0112 220pF Y0100 16.8MHz R0125 0 1.5 ppm TCXO (Y0100) 5102495J07 0.5 ppm 5116032H01 R0127 100 R0128 0 VCTRL_SYNTH VCTRL R0131 240 C0150 0.1uF C0148 .033uF C0151 0.1uF C0149 .022uF VCO STEERING LINE VOLTAGE: 0.6V TO 4.4V SH0100 SHIELD 1 SH0101 SHIELD C0194 0.1uF NU C0193 0.1uF NU C0192 0.1uF NU C0191 0.1uF NU C0156 0.1uF C0157 0.1uF C0158 0.1uF C0159 0.1uF C0160 0.1uF C0161 0.1uF TP_VCTRL 1 C0162 0.1uF C0163 0.1uF R0134 27 C0164 0.1uF C0165 0.1uF C0166 0.1uF R0139 1.6K R0140 18 1 UHF1 (403–470 MHz) 25–40W Synthesizer Schematic Diagram UHF1 (403–470 MHz) 25–40W PCB / Schematics / Parts List 3-14 SF_TH SF_TH_VCO_UHF1_6 SF_TH SF_TH C0200 220pF RX1 C0201 0.10uF Super Filter Voltage (SF_TH) SF_TH: 2.5 V R0201 3.3K SH0300 SHIELD L0202 470nH SH0301 SHIELD C0204 220pF C0206 220pF C0205 0.10uF R0204 8.2K C0208 4.3pF R0205 100 L0203 470nH C0213 3.9pF RX VCO C0214 11pF C0215 5.1pF RXSL 1 RX Buffer Amplifier E020 1 Q0200 9R1_VCO_UHF1_7 L0200 9R1 220nH CR0201 VCTRL CR0202 L0209 R0211 C0226 220pF Steering Line Voltage (VCTRL_TH) L0207 12.5nH L0210 27nH 470nH 0 C0220 3.9pF R0202 1.2K C0223 36pF R0203 1.2K C0225 56pF CR0203 CR0204 C0207 C0209 .022uF 220pF VCTRL: 0.6-4.5 V C0229 24pF L0204 220nH L0212 470nH C0211 SF_TH R0224 6.2K R0206 15K C0237 0.10uF C0236 220pF RX2 15nH 10 R0219 510 L0213 470nH C0217 L0206 R0220 R0216 120 R0221 510 C0222 3.0pF NU C0221 3.0pF C0241 0.10uF C0243 2.7pF C0242 220pF C0240 220pF R0225 7.5K 2 R0208 51 Q0202 10 220pF RXINJ_VCO_UHF1_5 RXINJ L0205 47nH 220pF R0207 R0210 4.7K R0212 0 RX VCO C0202 .01uF C0203 220pF C0218 1.0pF NU C0219 1.0pF NU RXINJ: 329.65 - 396.65 MHz +6 dBm L0211 220nH C0224 NU R0226 100 L0214 470nH C0245 3.0pF C0247 5.1pF C0246 10pF Q0201 TP0301 CR0206 L0217 C0250 3.6pF L0218 22nH 470nH L0215 12.5nH 1 CR0205 RXSL CR0207 PRESC_TX L0219 470nH L0221 39nH C0235 6.2pF C0238 220pF -5 to -15 dBm C0230 150pF CR0208 C0259 12pF SF_TH PRSC (RX): 329.65 - 396.65 MHz R0230 4.7K C0252 43pF C0253 220pF RX Prescaler C0231 3.0pF C0251 20pF C0239 0.10uF PRSC_VCO_UHF1_5 PRSC RX2_SEL: 2.7 V (High) C0233 NU 0.1 V (Low) RX1_SEL_VCO_UHF1_5 RX2_SEL_VCO_UHF1_5 R0218 R0213 RX_VCO_SEL1 R0229 160 10K C0257 220pF 10K C0248 RX1_SEL: 2.7 V (High) 220pF 0.1 V (Low) C0249 0.10uF U0201 RX1 UHF1 (403–470 MHz) 25–40W Receiver VCO Schematic Diagram RX 2 RX_VCO_SEL2 C0258 0.10uF UHF1 (403–470 MHz) 25–40W PCB / Schematics / Parts List 3-15 TX Buffer Amplifier SF_TH TX1 R0321 C0300 220pF VMOD SF_TH L030 0 C0301 0.10uF 9T1 220nH 2.7K R0301 3.3K R0320 15K R0302 510 L0302 470nH R0303 51 0 C0303 C030 2 220pF .01u F C0304 HP_MOD_OUT_VCO_UHF1_7 220pF R0319 200K C0361 1000pF C0334 220pF C0307 .022uF C0310 0.5pF HP_MOD_OUT C0305 0.10uF 0613952R32 C0360 4.7uF C0306 220pF R0304 8.2K R0305 100 C0308 CR0300 C0316 10uF C0309 220pF 3.3pF L0304 220nH L0303 470nH C0311 TX VCO1 C0313 C0314 C0315 3.3pF 12pF 5.1p F R0307 Q0302 PBR941 Q0300 VSL 10nH 27 10 220pF C0319 1.0p F R0308 51 CR0302 L0307 8nH C0320 5.1pF VCTRL_VCO_UHF1_7 L0309 R0311 R0332 20 0 L0310 18nH VCTRL R0334 200 C0322 3.0pF C0321 7.5pF R0312 0 C0325 (VALUE) C0326 220pF Steering Line Voltage (VCTRL_TH) L0311 220n H C0324 NU 470nH 0 TXINJ: 403-470 MHz +11 dBm R0310 4.7K NU C0323 27pF C0318 3.3pF NU VCTRL CR0301 TXINJ 39nH 220pF C0317 L0306 R0333 TXINJ_VCO_UHF1_5 L0305 R0306 15K 56pF CR0303 R0337 9T1 CR0304 0 VCTRL: 0.6-4.5 V TX_BUFFER_SEL: 1.8 V (ON) L0312 470nH C0329 16pF E0301 9V3_VCO_UHF1_ 7 0.1 V (OFF) 9V3_VCO SF_TH E0302 TX2 PREDRIVE_SW_VCO_UHF1_6 C0337 0.10uF C0336 220pF PREDRIVE_S W R0316 75 NU C0327 220pF R0324 2K L0313 470nH NU C0328 0.10uF NU U0303 NU C0340 220pF VMOD C0343 C0344 0.5pF C0341 0.10uF C0342 220pF R0325 8.2K R0326 100 3.3pF TX VCO2 L0314 470nH C0345 C0346 3.3pF 7.5pF C0347 5.1pF Q0301 CR0305 VS L CR0306 C0350 4.3pF L0317 L0318 18nH L0315 8nH TX Prescaler C0331 C0351 24pF 3.0p F PRSC (TX): 403-470 MHz 470nH SF_T H C0352 C0353 220pF -5 to -15 dBm 51pF CR0307 Super Filter Voltage (SF_TH) CR0308 C0362 220pF C0363 0.10uF SF_TH: 2.5 V PRESC_TX SF_TH C0359 16pF L0319 470nH TX1_SEL_VCO_UHF1_5 R0327 R0331 10 K 10K TX2_SEL_VCO_UHF1_5 TX_VCO_SEL1 TX_VCO_SEL2 R0329 110 TX1_SEL: 2.7 V (High) 9V3_SYNTH_OUT 9V3_SYNTH_I N C0348 220pF C0357 220pF C0349 0.10uF C0358 0.10uF TX2_SEL: 2.7 V (High) 0.1 V (Low ) U0304 0.1 V (Low) TX1 TX2 UHF1 (403–470 MHz) 25–40W Transmit VCO Schematic Diagram UHF1 (403–470 MHz) 25–40W PCB / Schematics / Parts List 3-16 UHF1 PCB 8486777Z12 and 8486777Z14 Parts List 25–40W Circuit Ref C0100 C0101 C0102 C0103 C0104 C0105 C0106 C0107 C0108 C0109 C0110 C0111 C0112 C0113 C0114 C0115 C0117 C0118 C0119 C0120 C0121 C0122 C0123 C0124 C0125 C0126 C0127 C0128 C0129 C0130 C0131 C0132 C0133 C0134 C0135 C0136 C0137 C0138 C0140 C0141 C0142 C0143 C0144 C0145 C0146 C0147 C0148 C0149 C0150 Motorola Part No. 2113944A44 2113944A44 2113944A44 2113945C31 2113944A44 2113945C31 2113945C31 2113945C31 2113944A44 2113945C31 2113945C31 2113945C31 2113944A44 NOT PLACED 2113946E02 2113946E02 2113944A44 2113945C31 NOT PLACED 2113945B02 NOT PLACED 2113945B02 2113946E02 2113945C31 2113944A44 2113944A44 2113944A44 2113944A44 2113945C31 2113944A44 2113944A44 2113944A44 2313960B30 2113944A44 2313960B32 2113945C31 2313960B32 2113944A44 2313960B30 2113945C31 2113944A44 2113944A44 2113945C31 2113945B02 2113944A44 2113944A44 2113945D01 2113945C04 2113945C31 Description 220pF 220pF 220pF 0.1uF 220pF 0.1uF 0.1uF 0.1uF 220pF 0.1uF 0.1uF 0.1uF 220pF – 1.0uF 1.0uF 220pF 0.1uF – .01uF – .01uF 1.0uF 0.1uF 220pF 220pF 220pF 220pF 0.1uF 220pF 220pF 220pF 4.7uF 220pF 10uF 0.1uF 10uF 220pF 4.7uF 0.1uF 220pF 220pF 0.1uF .01uF 220pF 220pF .033uF .022uF 0.1uF Circuit Ref C0151 C0156 C0157 C0158 C0159 C0160 C0161 C0162 C0163 C0164 C0165 C0166 C0171 C0175 C0177 C0178 C0179 C0180 C0191 C0192 C0193 C0194 C0195 C0196 C0200 C0201 C0202 C0203 C0204 C0205 C0206 C0207 C0208 C0209 C0211 C0213 C0214 C0215 C0217 C0218 C0219 C0220 C0221 C0222 C0223 C0224 C0225 C0226 C0229 C0230 C0231 Motorola Part No. 2113945C31 2185419D06 2185419D06 2185419D06 2185419D06 2185419D06 2185419D06 2185419D06 2185419D06 2185419D06 2185419D06 2185419D06 2113945B02 2113944A44 2113944A44 2113944A44 2113944A44 2113945C31 NOT PLACED NOT PLACED NOT PLACED NOT PLACED 2113945A05 2113946H02 2113944A44 2113945Y02 2113945C02 2113944A44 2113944A44 2113945Y02 2113944A44 2113945C04 2115153H18 2113944A44 2113944A44 2115153H17 2115153H34 2115153H20 2113944A44 NOT PLACED NOT PLACED 2115153H17 2115153H14 NOT PLACED 2115153H46 NOT PLACED 2115153H51 2113944A44 2115153H42 2113944C47 2115153H14 Description 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF .01uF 220pF 220pF 220pF 220pF 0.1uF – – – – 470pF 10uF 220pF 0.10uF .01uF 220pF 220pF 0.10uF 220pF .022uF 4.3pF 220pF 220pF 3.9pF 11pF 5.1pF 220pF – – 3.9pF 3.0pF – 36pF – 56pF 220pF 24pF 150pF 3.0pF Circuit Ref C0233 C0235 C0236 C0237 C0238 C0239 C0240 C0241 C0242 C0243 C0245 C0246 C0247 C0248 C0249 C0250 C0251 C0252 C0253 C0257 C0258 C0259 C0300 C0301 C0302 C0303 C0304 C0305 C0306 C0307 C0308 C0309 C0310 C0311 C0313 C0314 C0315 C0316 C0317 C0318 C0319 C0320 C0321 C0322 C0323 C0324 C0325 C0326 C0327 C0328 C0329 Motorola Part No. NOT PLACED 2115153H22 2113944A44 2113945Y02 2113944A44 2113945Y02 2113944A44 2113945Y02 2113944A44 2115153H13 2115153H14 2115153H27 2115153H20 2113944A44 2113945Y02 2115153H16 2115153H40 2115153H48 2113944A44 2113944A44 2113945Y02 2115153H35 2113944A44 2113945Y02 2113945C02 2113944A44 2113944A44 2113945Y02 2113944A44 2113945C04 2115153H15 2113944A44 2115153H01 2113944A44 2115153H15 2115153H35 2115153H20 2313960B32 2113944A44 2115153H15 NOT PLACED 2115153H20 2115153H24 NOT PLACED 2115153H43 NOT PLACED 2115153H51 2113944A44 NOT PLACED NOT PLACED 2115153H38 Description – 6.2pF 220pF 0.10uF 220pF 0.10uF 220pF 0.10uF 220pF 2.7pF 3.0pF 10pF 5.1pF 220pF 0.10uF 3.6pF 20pF 43pF 220pF 220pF 0.10uF 12pF 220pF 0.10uF .01uF 220pF 220pF 0.10uF 220pF .022uF 3.3pF 220pF 0.5pF 220pF 3.3pF 12pF 5.1pF 10uF 220pF 3.3pF – 5.1pF 7.5pF – 27pF – 56pF 220pF – – 16pF Circuit Ref C0331 C0334 C0336 C0337 C0340 C0341 C0342 C0343 C0344 C0345 C0346 C0347 C0348 C0349 C0350 C0351 C0352 C0353 C0357 C0358 C0359 C0360 C0361 C0362 C0363 C0400 C0401 C0402 C0403 C0404 C0405 C0406 C0407 C0408 C0409 C0410 C0411 C0412 C0413 C0414 C0415 C0416 C0417 C0418 C0419 C0420 C0421 C0422 C0423 C0424 C0425 Motorola Part No. 2115153H14 2113944A44 2113944A44 2113945Y02 2113944A44 2113945Y02 2113944A44 2115153H15 2115153H01 2115153H15 2115153H24 2115153H20 2113944A44 2113945Y02 2115153H18 2115153H42 2115153H50 2113944A44 2113944A44 2113945Y02 2115153H38 2313960B30 2113944C51 2113944A44 2113945Y02 2113944A44 2113945C31 2113944A44 2115153H49 2113944A44 2113944A44 2115153H21 2115153H13 2115153H08 2115153H35 2115153H22 2115153H22 2115153H21 2113944C45 2113944A44 2115153H18 2115153H19 2115153H19 2113944A44 2113945Y02 2115153H19 NOT PLACED 2115153H23 2115153H49 2115153H51 2115153H51 Description 3.0pF 220pF 220pF 0.10uF 220pF 0.10uF 220pF 3.3pF 0.5pF 3.3pF 7.5pF 5.1pF 220pF 0.10uF 4.3pF 24pF 51pF 220pF 220pF 0.10uF 16pF 4.7uF 1000pF 220pF 0.10uF 220pF 0.1uF 220pF 47pF 220pF 220pF 5.6pF 2.7pF 1.5pF 12pF 6.2pF 6.2pF 5.6pF 100pF 220pF 4.3pF 4.7pF 4.7pF 220pF 0.10uF 4.7pF – 6.8pF 47pF 56pF 56pF UHF1 (403–470 MHz) 25–40W PCB / Schematics / Parts List Circuit Ref C0426 C0427 C0428 C0429 C0430 C0431 C0432 C0433 C0434 C0436 C0437 C0438 C0439 C0440 C0441 C0442 C0443 C0444 C0445 C0446 C0447 C0448 C0449 C0451 C0452 C0453 C0454 C0455 C0456 C0502 C0503 C0504 C0506 C0507 C0509 C0510 C0512 C0513 C0514 C0515 C0516 C0601 C0602 C0603 C0604 C0605 C0607 C0610 C0611 C0612 C0613 Motorola Part No. 2115153H51 2115153H49 2115153H49 2115153H51 2115153H51 2115153H51 2115153H49 NOT PLACED 2113944A44 2113944A44 2113944A44 2113944A44 NOT PLACED 2113944A44 2115153H11 2115153H25 2115153H57 2115153H57 2115153H27 2115153H25 2115153H27 2115153H26 2115153H36 2115153H41 2115153H19 2115153H17 2115153H23 2113945C31 2113944A40 2113945Y02 2113945Y02 2113945Y02 2113945Y02 2115153H39 NOT PLACED 2115153H22 2113945Y02 2113945Y02 2113945Y02 NOT PLACED NOT PLACED 2115153H48 2113945B02 2113944A44 2113945Y02 2115153H48 2115153H39 2115153H53 2113945A09 2115153H36 2113945G91 Description 56pF 47pF 47pF 56pF 56pF 56pF 47pF – 220pF 220pF 220pF 220pF – 220pF 2.2pF 8.2pF 100pF 100pF 10pF 8.2pF 10pF 9.1pF 13pF 22pF 4.7pF 3.9pF 6.8pF 0.1uF 100pF 0.10uF 0.10uF 0.10uF 0.10uF 18pF – 6.2pF 0.10uF 0.10uF 0.10uF – – 43pF .01uF 220pF 0.10uF 43pF 18pF 68pF 1000pF 13pF 0.1uF 3-17 Circuit Ref C0614 C0615 C0616 C0617 C0618 C0619 C0620 C0621 C0622 C0623 C0625 C0626 C0627 C0628 C0629 C0630 C0631 C0632 C0633 C0634 C0635 C0636 C0637 C0638 C0640 C0641 C0642 C0643 C0644 C0645 C0646 C0647 C0648 C0649 C0650 C0651 C0700 C0701 C0702 C0703 C0704 C0705 C0706 C0707 C0708 C0709 C0710 C0711 C0712 C0713 C0714 Motorola Part No. 2115153H48 2113945B02 NOT PLACED 2113945Y02 2115358H25 2113945Y02 2113945Y02 2113945Y02 2113945A09 2113945Y02 2113944C89 2113944A40 2113944A40 2113945Y02 2113945A11 2113945Y02 2113945Y02 2313960B30 2113945Y02 2113945B02 2113944A40 2113944A40 2113946S35 2113945Y02 2113946N03 2113945B02 2115153H53 2113945Y02 2113945Y02 2113945B02 2113946G04 2113946J03 2113946J03 2113945A12 2115153H44 2115153H57 2113944C82 2113945C04 2113944C55 2113944C82 2113945C04 2113944C51 NOT PLACED NOT PLACED 2113944C51 2113945C31 2371403L02 NOT PLACED 2113944C51 2111078B42 2111078B42 Description 43pF .01uF – 0.10uF 1uF 0.10uF 0.10uF 0.10uF 1000pF 0.10uF 200pF 100pF 100pF 0.10uF 2200pF 0.10uF 0.10uF 4.7uF 0.10uF .01uF 100pF 100pF 1.0uF 0.10uF 2.2uF .01uF 68pF 0.10uF 0.10uF .01uF 0.68uF 10.0uF 10.0uF 3300pF 30pF 100pF 30pF .022uF 2200pF 30pF .022uF 1000pF – – 1000pF 0.1uF 10uF – 1000pF 100pF 100pF Circuit Ref C0716 C0717 C0718 C0719 C0720 C0721 C0723 C0726 C0727 C0728 C0729 C0730 C0731 C0732 C0733 C0734 C0735 C0737 C0738 C0739 C0740 C0741 C0742 C0743 C0744 C0745 C0746 C0747 C0748 C0753 C0754 C0755 C0756 C0760 C0761 C0764 C0765 C0766 C0767 C0770 C0771 C0772 C0775 C0776 C0777 C0778 C0779 C0780 C0781 C0782 C0786 Motorola Part No. 2113944A44 2113945A09 2113945A09 2111078B25 NOT PLACED NOT PLACED 2111078B42 2111078B22 NOT PLACED 2113944C38 NOT PLACED NOT PLACED NOT PLACED 2111078B36 2113944C80 2113944C80 2111078B42 2111078B03 2111078B07 2171388L01 2171388L01 NOT PLACED 2111078B07 2113944C39 2113944C84 2111078B42 2111078B25 NOT PLACED NOT PLACED 2111078B41 NOT PLACED NOT PLACED 2111078B42 NOT PLACED 2111078B36 NOT PLACED NOT PLACED NOT PLACED 2113944C31 2113944A44 NOT PLACED 2113944C18 2113945C04 2113944C47 2113944C47 2111078B29 2111078B29 2113944A44 2113944C47 2113944C51 2113944C80 Description 220pF 1000pF 1000pF 27pF – – 100pF 22pF – 47pF – – – 56pF 20pF 20pF 100pF 3.9pF 5.6pF 12pF 12pF – 5.6pF 56pF 43pF 100pF 27pF – – 91pF – – 100pF – 56pF – – – 12pF 220pF – 3.3pF .022uF 150pF 150pF 33pF 33pF 220pF 150pF 1000pF 20pF Circuit Ref C0787 C0788 C0789 C0791 C0792 C0793 C0794 C0795 C0796 C0797 C0798 C0799 C0800 C0801 C0802 C0803 C0804 C0805 C0808 C0809 C0810 C0811 C0812 C0813 C0814 C0815 C0817 C0818 C0819 C0900 C0901 C0902 C0903 C0904 C0906 C0907 C0908 C0909 C0910 C0911 C0912 C0913 C0914 C0915 C0916 C0917 C0918 C0919 C0920 C0921 C0922 Motorola Part No. 2113944C38 NOT PLACED NOT PLACED 2113944A25 NOT PLACED NOT PLACED NOT PLACED 2113944C38 2113944C47 2113944C51 2113944C51 2113944C47 NOT PLACED 2113944A44 2113944A44 2111078B04 2113944C47 2113944C51 NOT PLACED NOT PLACED 2113944C47 2111078B29 2111078B29 2111078B27 2113944C38 2113944C47 2113944C30 2111078B19 2111078B19 2113944A44 2113945C31 2113945C31 2113944A44 2113944A44 2113944A44 2113945C02 2113945C31 2113944A44 2113944A44 2113944A44 2113944A44 2113944A44 2113944A44 2113944A44 2113944A44 2113945A09 2113944A44 2113945C31 2113944A44 2113945C31 2113944A44 Description 47pF – – 10pF – – – 47pF 150pF 1000pF 1000pF 150pF – 220pF 220pF 4.3pF 150pF 1000pF – – 150pF 33pF 33pF 30pF 47pF 150pF 10pF 16pF 16pF 220pF 0.1uF 0.1uF 220pF 220pF 220pF .01uF 0.1uF 220pF 220pF 220pF 220pF 220pF 220pF 220pF 220pF 1000pF 220pF 0.1uF 220pF 0.1uF 220pF UHF1 (403–470 MHz) 25–40W PCB / Schematics / Parts List 3-18 Circuit Ref C0923 C0925 C0926 C0927 C0928 C0929 C0931 C0934 C0935 C0936 C0937 C0939 C0940 C0941 C0942 C0943 C0944 C0945 C0947 C0948 C0949 C0950 C0951 C0953 CR0201 CR0202 CR0203 CR0204 CR0205 CR0206 CR0207 CR0208 CR0300 CR0301 CR0302 CR0303 CR0304 CR0305 CR0306 CR0307 CR0308 CR0400 D0400 D0401 D0402 D0403 D0404 D0405 D0500 D0600 D0601 Motorola Part No. 2113944C55 2113944A44 2113945L41 2113944C02 2113944C53 2113944A44 2113944A44 2113944A44 2113944A44 2113944A44 2113944A44 2113944A44 2113944C47 2113944M12 2113944C47 2113944C47 2113944M10 2113944C47 2113944A40 2113946S35 2113946G01 2113945A09 2113945C31 2113944A44 4815096H01 4815096H01 4815096H01 4815096H01 4815096H01 4815096H01 4815096H01 4815096H01 4815096H01 4815096H01 4815096H01 4815096H01 4815096H01 4815096H01 4815096H01 4815096H01 4815096H01 4813974A19 4813974A06 4885055Y01 4885055Y01 4885055Y01 4885055Y01 4815090H01 4813974A19 4815096H01 4815096H01 Description 2200pF 220pF 4700pF 220pF 1500pF 220pF 220pF 220pF 220pF 220pF 220pF 220pF 150pF 5.6pF 150pF 150pF 4.7pF 150pF 100pF 1.0uF 2.2uF 1000pF 0.1uF 220pF DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE, SCHOTTKY DIODE, PIN DIODE VARACTOR 1SV229 DIODE VARACTOR 1SV229 DIODE VARACTOR 1SV229 DIODE VARACTOR 1SV229 DIODE, MIXER DIODE, SCHOTTKY DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 Circuit Ref D0700 D0702 D0900 D0901 D0902 D0903 D0904 D0905 E0201 E0301 E0302 E0400 E0401 E0403 E0500 E0600 E0601 E0602 E0603 E0604 E0605 E0606 E0607 E0608 E0609 E0610 E0700 E0701 E0703 FL0500 J0700 L0100 L0200 L0202 L0203 L0204 L0205 L0206 L0207 L0209 L0210 L0211 L0212 L0213 L0214 L0215 L0217 L0218 L0219 L0221 L0300 Motorola Part No. 4802482J02 4802482J02 4813978C02 4815023H01 4815024H01 4815024H01 4813974A21 4813974A21 2409134J25 2409134J25 NOT PLACED 2409134J25 2409134J25 2409134J25 2409134J25 2409134J25 2409134J25 2409134J25 2409134J25 2409134J25 2409134J25 2409134J25 2409134J25 2409134J25 2409134J25 2480640Z01 2485011Y01 2485011Y01 2485011Y01 9116854H01 0905901V12 2414017N29 2414017N28 2414032F42 2414032F42 2414017N28 2414017N20 2414017N14 2415385H02 2414032F42 2414015A21 2414017N28 2414032F42 2414032F42 2414032F42 2415385H02 2414032F42 2414015A20 2414032F42 2414017N19 2414017N28 Description DIODE, PIN DIODE, PIN DIODE, SWITCHING DIODE, PIN DIODE, PIN DIODE, PIN DIODE, SCHOTTKY DIODE, SCHOTTKY FERRITE BEAD FERRITE BEAD – FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD 73.35 MHz CRYSTAL FILTER BNC RF CONNECTOR 270nH 220nH 470nH 470nH 220nH 47nH 15nH 12.5nH 470nH 27nH 220nH 470nH 470nH 470nH 12.5nH 470nH 22nH 470nH 39nH 220nH Circuit Ref L0302 L0303 L0304 L0305 L0306 L0307 L0309 L0310 L0311 L0312 L0313 L0314 L0315 L0317 L0318 L0319 L0401 L0402 L0403 L0404 L0405 L0406 L0407 L0408 L0409 L0410 L0411 L0412 L0413 L0503 L0504 L0506 L0602 L0603 L0604 L0605 L0608 L0700 L0702 L0705 L0706 L0707 L0708 L0710 L0714 L0715 L0718 L0719 L0720 L0721 L0722 Motorola Part No. 2414032F42 2414032F42 2414017N28 2414017N19 2414017N12 2415385H01 2414032F42 2414015A32 2414017N28 2414032F42 2414032F42 2414032F42 2415385H01 2414032F42 2414015A32 2414032F42 2414015B24 NOT PLACED NOT PLACED NOT PLACED NOT PLACED 2414015B24 2414015B16 2414015B15 2414015B15 2414015B15 2414015B15 2414017N20 2414017N28 2414017K29 NOT PLACED 2414032B66 2414032K23 2414032D20 2466505A01 2466505A01 2414032B76 2460592A01 2479990G01 2414017N26 2460592A01 2460592A01 2460592A01 2460592A01 2479990N01 2414017N26 2414017N13 2414017N23 2414017N06 2414017N06 2414032B70 Description 470nH 470nH 220nH 39nH 10nH 8nH 470nH 18nH 220nH 470nH 470nH 470nH 8nH 470nH 18nH 470nH 15nH – – – – 15nH 27nH 22nH 22nH 22nH 22nH 47nH 220nH 330nH – 820nH 2.7uH 270nH 10uH 10uH 4.7uH 17nH 33.47nH 150nH 17nH 17nH 17nH 17nH 43.67nH 150nH 12nH 82nH 3.3nH 3.3nH 1.5uH Circuit Ref Motorola Part No. L0900 L0901 L0902 L0903 L0904 M0700 Q0100 Q0102 Q0106 Q0107 Q0108 Q0200 Q0201 Q0202 Q0300 Q0301 Q0302 Q0400 Q0401 Q0402 Q0403 Q0405 Q0500 Q0501 Q0600 Q0601 Q0701 Q0702 Q0703 Q0704 Q0705 2414032D30 2414032F42 2414032F42 2414032F66 NOT PLACED 2686201B02 4802197J95 4815359H01 4816134H01 4813970A59 4815261H01 4805793Y10 4805793Y10 4802197J95 4805793Y10 4805793Y10 4802197J95 4815271H01 4815267H01 4885593U03 4815270H01 4885593U03 4802197J95 4802197J95 4805793Y10 4813973A04 4816013H01 0105958T75 4816548H01 4813973B02 4816547H01 Q0706 Q0707 Q0708 Q0709 Q0901 Q0902 R0100 R0101 R0102 R0103 R0104 R0105 R0106 R0107 R0108 R0109 R0110 R0111 R0113 4815272H01 4815272H01 4815272H01 4815272H01 4813973A13 4813973M07 0613952R66 0613952R66 0613952R66 0613952R66 0613952R17 0613952Q58 0613952Q83 0613952Q57 0613952Q80 0613952R66 0613952Q42 0613952R66 0613952R01 Description 1uH 470nH 470nH 10nH – HEATSINK NPN RF TRANSISTOR DUAL PNP ANALOG SWITCH P-CHANNEL MOSFET ANALOG SWITCH NPN RF TRANSISTOR NPN RF TRANSISTOR NPN RF TRANSISTOR NPN RF TRANSISTOR NPN RF TRANSISTOR NPN RF TRANSISTOR ANALOG SWITCH DUAL PNP NPN RF TRANSISTOR DUAL NPN/PNP NPN RF TRANSISTOR NPN RF TRANSISTOR NPN RF TRANSISTOR NPN RF TRANSISTOR NPN DARLINGTON DUAL NPN/PNP MRF1570 PA ASSEMBLY N-CHANNEL LDMOS DRIVER PNP N-CHANNEL LDMOS PREDRIVER ANALOG SWITCH ANALOG SWITCH ANALOG SWITCH ANALOG SWITCH PNP NPN 0 0 0 0 47K 240 2.7K 220 2K 0 51 0 10K UHF1 (403–470 MHz) 25–40W PCB / Schematics / Parts List Circuit Ref R0114 R0115 R0116 R0117 R0118 R0119 R0120 R0122 R0123 R0125 R0126 R0127 R0128 R0131 R0134 R0139 R0140 R0144 R0146 R0147 R0148 R0155 R0156 R0157 R0158 R0159 R0160 R0161 R0201 R0202 R0203 R0204 R0205 R0206 R0207 R0208 R0210 R0211 R0212 R0213 R0216 R0218 R0219 R0220 R0221 R0224 R0225 R0226 R0229 R0230 R0301 Motorola Part No. 0613952Q80 0613952R66 0613952R66 0613952R12 0613952R66 0613952Q35 0613952R01 NOT PLACED 0613952R19 0613952R66 NOT PLACED 0613952Q49 0613952R66 0613952Q58 0613952Q35 0613952Q78 0613952Q31 0613952R01 0613952R66 NOT PLACED 0613952Q51 0613952R66 NOT PLACED NOT PLACED NOT PLACED 0613952R01 0613952R25 0613952R25 0613952Q85 0613952Q75 0613952Q75 0613952Q95 0613952Q49 0613952R05 0613952Q25 0613952Q42 0613952Q89 0613952R66 0613952R66 0613952R01 0613952Q51 0613952R01 0613952Q66 0613952Q25 0613952Q66 0613952Q92 0613952Q94 0613952Q49 0613952Q54 0613952Q89 0613952Q85 Description 2K 0 0 30K 0 27 10K – 56K 0 – 100 0 240 27 1.6K 18 10K 0 – 120 0 – – – 10K 100K 100K 3.3K 1.2K 1.2K 8.2K 100 15K 10 51 4.7K 0 0 10K 120 10K 510 10 510 6.2K 7.5K 100 160 4.7K 3.3K 3-19 Circuit Ref R0302 R0303 R0304 R0305 R0306 R0307 R0308 R0310 R0311 R0312 R0316 R0319 R0320 R0321 R0324 R0325 R0326 R0327 R0329 R0331 R0332 R0333 R0334 R0337 R0400 R0401 R0402 R0403 R0404 R0405 R0406 R0407 R0409 R0410 R0412 R0413 R0414 R0415 R0416 R0417 R0418 R0419 R0420 R0421 R0422 R0423 R0424 R0425 R0426 R0427 R0428 Motorola Part No. 0613952Q66 0613952Q66 0613952Q95 0613952Q49 0613952R05 0613952Q25 0613952Q42 0613952Q89 0613952R66 0613952R66 0613952Q46 0613952R32 0613952R05 0613952Q83 0613952Q80 0613952Q95 0613952Q49 0613952R01 0613952Q50 0613952R01 0613952Q56 0613952Q35 0613952Q56 0613952R66 0613952R11 0613952Q69 0613958H25 0613952R66 0613952Q83 0613952Q91 0613952Q83 0613952H63 0613952Q75 0613952R25 0613952R25 0613952Q69 0613952Q69 0613952Q69 0613952Q69 0613958H39 0613952M55 0613952Q75 0613952Q75 0613958H25 0613952K71 0613952L09 0613952L09 0613952L51 0613952Q83 0613952Q42 0613952R01 Description 510 510 8.2K 100 15K 10 51 4.7K 0 0 75 200K 15K 2.7K 2K 8.2K 100 10K 110 10K 200 27 200 0 27K 680 10 0 2.7K 5.6K 2.7K 390 1.2K 100K 100K 680 680 680 680 39 3.65K 1.2K 1.2K 10 53.6 121 121 332 2.7K 51 10K Circuit Ref R0429 R0430 R0431 R0432 R0433 R0500 R0501 R0502 R0503 R0508 R0509 R0510 R0511 R0512 R0601 R0602 R0603 R0604 R0605 R0606 R0607 R0608 R0609 R0610 R0611 R0612 R0613 R0614 R0615 R0616 R0617 R0618 R0619 R0620 R0621 R0622 R0623 R0624 R0625 R0626 R0627 R0700 R0702 R0703 R0706 R0711 R0713 R0714 R0715 R0718 R0719 Motorola Part No. 0613952Q69 0613952R01 0613952R01 0613952H69 0613952R66 0613952Q90 0613952Q61 0613952R08 0613952R12 0613952R19 0613952Q89 0613952R12 0613952Q75 0613952Q42 0613952Q45 0613952R01 0613952Q66 0613952R10 0613952Q61 0613952Q42 NOT PLACED 0613952R66 0613952R66 0613952R66 0613952R66 0613952R66 0613952R66 0613952R66 0613952R66 0613952R25 0613952R01 0613952Q63 0613952R01 0613952Q96 0613952R66 NOT PLACED NOT PLACED 0613952Q90 0613952N69 0613952N81 0613952R66 NOT PLACED NOT PLACED 0613958J74 0613958S53 0613952H47 0613959H12 0613952H48 0613952H48 0613952H25 0613959Q25 Description 680 10K 10K 680 0 5.1K 330 20K 30K 56K 4.7K 30K 1.2K 51 68 10K 510 24K 330 51 – 0 0 0 0 0 0 0 0 100K 10K 390 10K 9.1K 0 – – 5.1K 51.1K 68.1K 0 – – 0 150 82 30K 91 91 10 10 Circuit Ref R0720 R0722 R0727 R0728 R0729 R0730 R0732 R0734 R0735 R0738 R0739 R0740 R0741 R0742 R0744 R0745 R0747 R0748 R0749 R0750 R0751 R0752 R0753 R0754 R0755 R0756 R0757 R0759 R0760 R0761 R0762 R0763 R0764 R0765 R0766 R0767 R0768 R0769 R0770 R0771 R0772 R0773 R0774 R0775 R0776 R0777 R0778 R0900 R0901 R0902 R0903 Motorola Part No. 0613952H25 0613952H89 0613952H92 0613952J01 0613952J01 0613952H73 0613952H73 0613952G67 0613959Y49 0613959Y42 NOT PLACED 0613952J25 0613952J17 0613959Q25 NOT PLACED 0613952H65 0613952H89 0613952J19 0613952G67 0613952J01 0613952J08 0613952G67 0613952H73 0613952H25 0613952H25 0613952J25 0613952J17 0613952H25 0613952Q83 0613952G67 0613958S29 0613958S29 0613958S29 NOT PLACED NOT PLACED 0613958S29 0613958S29 NOT PLACED NOT PLACED 0613958S29 0613958S29 0613958S29 0613952J08 NOT PLACED 0613958J74 0613952H25 NOT PLACED 0613952R19 0613952R16 0613952Q85 0613952R09 Description 10 4.7K 6.2K 10K 10K 1K 1K 0 100 51 – 100K 47K 10 – 470 4.7K 56K 0 10K 20K 0 1K 10 10 100K 47K 10 2.7K 0 15 15 15 – – 15 15 – 15 15 15 20K – 0 10 – 56K 43K 3.3K 22K UHF1 (403–470 MHz) 25–40W PCB / Schematics / Parts List 3-20 Circuit Ref R0906 R0907 R0909 R0910 R0911 R0912 R0913 R0914 R0915 R0916 R0917 R0918 R0919 R0920 R0921 R0922 R0923 R0924 R0925 R0926 R0927 R0928 R0929 R0930 R0936 R0937 R0938 R0940 R0941 R0942 R0943 R0944 R0946 R0947 R0950 R0951 R0954 R0955 R0960 R0970 R0971 R0972 R0973 R0974 R0975 R0976 R0977 R0978 R0979 RT0908 RT0953 Motorola Part No. 0613952R66 0613952R66 0613952R16 0613952H73 0613952Q61 0613952R13 0613952R66 0613952R31 0613952R21 0613952Q93 0613952H91 0613952H63 0613952R15 0613952R09 0613952H81 0613952R14 0613952R66 0613952H91 0613952H91 0613958H53 0613952H42 0613958H39 0613958H39 0613952R07 0613952N66 0613952N21 0613952R66 0613952R66 0613952R66 0613952M81 0613952N58 0613952R66 0613952M51 0613952R66 0613952N01 0613952N62 0613952R40 0613952P01 0613952H82 0613958H56 0613958H55 NOT PLACED 0613952G67 0613958H57 0613958H57 0613952H53 0613952H51 0613952G67 0613952G67 0615585H01 0615585H01 Description 0 0 43K 1K 330 33K 0 180K 68K 6.8K 5.6K 390 39K 22K 2.2K 36K 0 5.6K 5.6K 150 51 39 39 18K 47.5K 16.2K 0 0 0 6.81K 39.2K 0 3.32K 0 10K 43.2K 430K 100K 2.4K 200 180 – 0 220 220 150 120 0 0 THERMISTOR, 47K THERMISTOR, 47K Circuit Ref Motorola Part No. SH0100 SH0101 SH0300 SH0301 SH0500 SH0900 SH0901 SP0700 SP0701 SP0702 SP0703 SP0704 SP0705 SP0706 SP0707 T0400 T0401 U0100 U0101 U0201 U0303 U0304 U0600 U0601 U0700 U0900 U0901 U0940 U0941 U0942 VR0700 Y0100 2615362H01 2615362H01 2615362H01 2615362H01 2615576H01 2686423Z02 2686425Z02 1015349H01 1015349H01 1015349H01 1015349H01 1015349H01 1015349H01 1015349H01 1015349H01 2515121H01 2515121H01 5104932K08 5114000B59 4815267H01 NOT PLACED 4815267H01 5102495J14 5115391H01 4802246J29 5115147H01 5115147H01 5180390L83 5115391H01 5114004A35 4813977M11 5116032H01 Description SHIELD SHIELD SHIELD SHIELD SHIELD SHIELD SHIELD SOLDER PREFORM SOLDER PREFORM SOLDER PREFORM SOLDER PREFORM SOLDER PREFORM SOLDER PREFORM SOLDER PREFORM SOLDER PREFORM BALUN XFMR BALUN XFMR IC, FRACN SYNTHESIZER ANALOG SWITCH DUAL PNP – DUAL PNP IC, RF ASIC VOLTAGE REGULATOR PA PRE-DRIVER DUAL OPAMP DUAL OPAMP IC, PA CONTROLLER VOLTAGE REGULATOR VOLTAGE DETECTOR DIODE, 5.6V ZENER 0.5PPM 16.8 MHz TCXO (GPS Models only) UHF1 (403–470 MHz) 25–40W PCB / Schematics / Parts List UHF1 (403–470 MHz) 25–40W PCB / Schematics / Parts List C3018 J0700 J3000 26 C0706 VR4004 J4000 C0705 SP3001 C6428 R6403 2 3 U6402 C6429 Q3500 R4051 3 2 C6418 USB1_DAT R3503 TP_SDRAM_BA1 U4004 R4097 C4034 E4001 R4099 U4005 R2013 C2004 C4089 TP_SDRAM_BA0 R2009 R4009 R4010 C2009 R2015 C4035 30 J4001 R2014 R4095 R2000 TP_SDRAM_CLK TP_SDRAM_CLKX R4094 U4008 R2007 C2008 C4090 C1008 R1066 R4096 R4093 R4105 U4006 U4007 C2000 C2002 R1067 C4027 C4026 C4025 C4024 C4023 C4022 C4021 C4020 C4019 C4018 C4017 C4016 C1018 C4092 C4091 C2001 VBUS2_CMD USB1_TXEN L3202 R2008 C1014 R1005 R2010 TP_SDRAM_CS C3212 C2006 R2005 E3502 16 C3514 R1001 C1004 C1015 C1012 1 Q3202 9 C3209 C1036 C1037 R1045 C1010 8 VBUS1_CMD USB1_SEO TP_MAKO_TX TP_MAKO_RX R1035 C1009 C3276 R3587 TP_MAKO_FSYNC L3200 R3225 R1028 C3283 C3278 TP_MAKO_DCLK C3203 R3224 C1000 R3509 R3514 C3511 R3508 R3504 R3515 C3202 C3273 R3233 C3513 R3507 C6407 U6407 C6408 16 R3203 R3218 1 Q3200 9 C3211 R3205 R3206 C3292 MAKO_GATED_32KHz C3523 C3520 C3528 3.6V_MAKO_SW1 R6443 C6422 E6401 9 C6406 C6421 2 3 3 2 2 3 3 E3500 R3538R3576 R1002 C3262 R3583 C1030 C3543 R3535 R4061 R4063 U4009 U4010 C3247 E3205 C3208 C1001 R4064 C3207 TP_POR R4065 R1036 R1006 R3588 C3248 VR3204 2.9V_MAKO_V6 R1034 R4066 R4067 R1017 C3210 C1005 C3234 R1025 TP1000 C3225 R1019 C1034 R1014 C3226 C2003 C1003 C1002 R3560 VR3202 C3239 C1017 C1006 R1027 R2012 C1013 R1020 C3220 C1016 C1031 C1011 C3219 R2004 C1007 R3500 R1000 R4068 C3280 R4069 R1021 R4070 R3596 R3501 R2011 R2006 R4071 C2005 C2007 C3213 2 3 TP4000 4 Q3203 C3216 2 3 4 Q3204 RT3500 C3529 R4000 R4001 C4013 R4002 R4003 R1071 E4000 R1041 R4004 C1019 R3580 VR3503 C2500 8 R3550 C3518 C0171 C0120R0107 R0146 Q0100 C0102 R2529 C0109 C0127 C0143 C0144 C0100 C0125 R0123 C0129 R0159 Q0106 C3545 R3595 R4006 R0615 1 R3594 R3505 C4000 C4001 C4002 C4003 C4004 C4005 R4005 C4006 C4033 C4032 C4031 C4030 C4029 C4028 C0353 L0317 CR0307 CR0308 L0309 2 C0177 R0158 C0140 Q0102 R0114 R0155 C0133 R0111 R0116 R0157 C0132 R0156 R0148 R0102 R0109 C0124 C0178 R0147 R0101 R0161 C0122 C0113 C0196 C0130 R0108 C0118 C0121 R0106 C0180 R0144 C0146 C0117 C0175 2 R0105 C0105 Y0100 C0195 3 4 L0100 C0145 R0110 2 C0103 PD PC C0111 C0128 R0119 E0606 C0631 R0117 R0100 C0110 C0104 1 C0644 R0614 C0630 E0605 R0118 R6456 C6431 C6430 C3240 C3516 R3571 E3503 U3040 R3547 R3532 L0318 CR0304 CR0303 R0311 SH0301 C3524 C0350 C0326 R0211 C6450 R6455 C6439 R6446 C6440 C3238 R3217 C3229 C3249 C3538 Q3201 8 5 4 R3526 C3515 L0315 L0310 L0218 R6450 R6467 C6451 R3537 C3531 R3590 C0342 R0324 R0325 L0314 L0312 L0319 SH0100 C0510 E0600 TP0601 C0622 R0627 R0607 FS R0608 DOUTB R0609 DOUTA R0611 R0612 CLKOUT R0613 PE 3 R3033 R3056 3 3 2 1 C3040 VR3206 R0726 E0703 C0347 C0337 L0313 Q0301 C0300 C0301 Q0300 L0307 R0305 R0316 C0304 R0329 C0315 1 C0336 R0326 C0340 C0341 C0250 C0320 C0253 CR0206 L0302 R0304 C0305 C0242 R0225 L0214 L0213 CR0205 CR0207 CR0208 L0209 C0226 L0303 R0301 C0142 C0141 L0608 R0224 R0205 C0237 C0236 L0202 CR0202 L0407 CR0201 L0210 C0241 C0306 L0215 C0220 L0217 C0442 C0200 C0201 R0204 C0205 R0422 L0411 L0207 32 4 C0440 R0420 R0418 R0419 C0126 E0608 25 C0645 C0240 R6459 E3202 C3254 C3530 2 C0619 L0504 C0617 5 4 C0615 C0611 37 C0621 6 3 C0620 U0600 1 13 C0626 C0643 R0618 R0617 R0425 R0421 C0438 C0439 R0226 L0203 FL0500 R0619 C0642 D0601 C0206 R0201 CR0204 CR0203 C0428 C0432 C0431 C0429 C0430 R0434 32 4 R0623 R0503 R0622 C0646 C0627 C0629 R0610 E0604 C0633 E0607 C0638 R0424 C0457 R0423 C0437 C0459 R0441 R0433 Q0405 C0451 D0409 D0404 C0408 C0409 C0417 C0416 D0403 R0438 R0417 R0621 U602 C0605 C0623 C0650 R0606 E0602 E0601 C0625 C0502 L0604 C0345 CR0306 C0343 C0344 C0346 R0435 C0509 C0504 C0515 C0351 CR0305 C0359 C0329 C0325 C0310 CR0302 C0308 C0323 C0352 L0404 R0412 Q0402 Q0501 R0510 L0506 C0516 C0460 C0424 C0425 C0423 C0427 C0426 C0433 C0434 R0410 L0403 C0458 L0401 R0406 R0440 C0419 C0414 D0402 R0443 D0407 L0413 R0409 C0461 R0405 C0404 C0410 D0401 R0444 C0406 C0407 C0411 D0400 D0406 R0432 C0462 C0405 R0404 C0420 C0415 R0437 D0408 C0421 C0246 C0245 C0243 C0252 C0225 C0259 C0208 C0229 C0213 L0402 L0405 R0407 R0436 3 R3003 C3046 R3004 1 2 1 U3005 C0718 C0768 E0704 C0214 2 2 6 R3035 R6460 R6465 C6423 U3500 R3042 C0759 C0251 2 SP3000 C3015 R0775 C0966 L0723 R6461 R6449 6 4 Q0711 3 E0702 R0702 L0219 L0212 C0223 C6445 R6445 R6454 C6433 C0783 R0724 R0725 D0903 R0752 R0744 1 M0700 R0763 R0764 R0762 R0768 L0900 C6420 R6458 R0700 C0724 R6402 C6417 E6407 C6416 C6419 R6444 R0751 R0761 C0904 C6426 E6402 C3505 C3501 C0802 R0750 R0706 1 Q4006 R6466 Q0701 RT0908 R4044 C4044 C6427 R3516 R3520 R3010 C3504 R3009 C3010 U3006 3 E3501 R3036 C0788 R0756 C0804 C0805 R0730 R0732 R0773 5 R0734 R0929 C0937 C0936 D0902 6 R0757 R0753 C0918 SP0700 SP0706 R0741 R0925 C0949 3 9 7 R0771 C0934 C0935 R0917 D0901 R0740 C0781 C0782 L0901 C0914 R0928 C0950 U0941 R0989 R0926 L0902 C0931 R0927 R0950 C0926 SH0900 8 U0940 C0922 R0940 C0921 C0948 C0951 C0947 Q0201 R0229 Q0200 4 5 R0937 R0936 C0204 C0247 R0216 C0215 8 C3506 C3009 Q0702 SP0704 SP0701 Q4000 Q4002 Q4010 Q4011 Q4004 Q4005 Q4008 2 2 3 10 C0929 C4045 R4040 U3002 1 R0924 C4040 C4041 C4046 C4047 C4042 C4043 C3019 R3032 2 C0964 C0960 R0988 R4045 C3008 SP0702 SP0707 Q0901 4 VR4002 VR4001 R4046 R4047 R4041 R4042 R4043 R3002 C0806 SP0705 SP0703 R0995 R0981 C0962 C0961 C0963 C3002 C0714 C0807 C0796 C0798 C0799 C0797 R0930 C0915 U3001 R0749 R0748 E4005 C4075 Q4013 VR4000 VR4005VR4003 C3007 R4048 5 C0751 R0738 L0714 C0777 6 4 3 C0778 R0923 C0722 R0742 R0745 Q0706 C3006 C3005 C0713 4 Q0704 C0700 E0701 3 C0779 R0906 D0906 C0909 R0931 D0900 C0908 1 2 E3000 C0702 C0701 C0711 C0712 C0715 R0914 R0915 R0911 R0912 C0910 U0901 R0986 R0909 R0735 R0920 C0939 C0965 R0994 R0985 R0984 R0987 R0983 8 5 C0967 R0907 R0901 U0943 R0982 C0900 4 R0903 C0906 C0901 6 4 R0900 3 Q0900 R0902 C0907 R0916 C3000 C0703 E0700 R0729 D0907 25 C4048 R4050 C0704 L0712 R0713 VR0700 L0722 C0776 C0710 R4012 R4011 C0707 C0708 C0709 2 3 2 CR0301 C0313 C0314 3.0 3-21 UHF1 (403–470 MHz) 25–40W 8486777Z15 Top Side UHF1 (403–470 MHz) 25–40W 8486777Z15 Bottom Side J4002 11 M1 J4003 14 R2514 R2512 R2528 R2526 R2527 C0119 C0123 1 TP504 TP501 TP503 TP502 TP_TEST1 C0115 TP_TEST2 C0147 C0148 R0115 U0101 R0122 R0125 C0150 R0128 R0131 Q0107 C0602 C0603 E0609 Q0601 SH0101 C0507 L0503 C0506 C0649 D0600 C0613 R0602 L0602 C0607 C0614 R0616 L0605 E0603 C0628 R0411 R0402 R0509 C0512 R0501 R0511 C0503 R0512 C0637 C0403 R0431 R0403 C0635 C0634 C0636 C0452 FT0400 C0413 RT0953 R0947 1 R0942 C0923 SH0901 C0401 C0514 C0953 U0942 U0900 C0913 C0917 C0927 R0943 C0928 Q0902 TP0907 R0976 R0977 C0766 C0735 C0940 C0941 C0400 C0651 R0626 C0942 R0978 L0903 R0971 47 R0743 L0710 R0979 C0945 TP0904 TP0913 TP0903 L0716 L0905 R0970 C0772 07 TP0713 C 5 VR3000 C3013 R3006 C3012 R0975 R0974 2 C3014 3 R4054 C0944 D0700 L0719 C0810 C0725 C0640 T0400 6 R0960 R0944 R0951 R0938 TP0911 C0723 R0625 R0413 R0921 E0401 C0412 L0706 R3005 1 D0905 U0601 Q0403 L0406 D0500 R0416 C0453 1 R0500 R0415 Q0401 C0740 R0910 C0861 E0500 4 R0414 C0454 C0829 C0513 FT0401 3 C0920 C0919 C0916 R0919 R0922 C0911 R0401 C0402 C0443 C0422 C0739 R0918 C0832 E0610 L0410 4 6 T0401 3 CR0400 L0707 C0455 R0400 R0770 C0774 C0874 TP0708 R0502 C0448 D0405 R0428 R0429 R0430 E0403 C0436 L0708 C0760 C0738 Q0500 C0449 C0463 C0441 R0508 L0409 C0435 C0764 TP0711 C0612 2 C0445 L0408 L0603 R0219 C0446 C0447 R0427 L0414 R0701 8 5 4 D0703 C0616 E0201 L0412 SH0300 C0767 C0618 R0603 R0624 R0221 C0742 C0757 C0632 TP_ADAPT_SW C0179 C0856 R0769 TP0707 S0700 C0812 1 L0204 C0207 C0456 C0828 R0426 C0464 C0444 R0212 C0209 C0224 R0207 R0206 C0756 C0765 R0766 C0769 C0869 R0765 C0790 C3020 4 C0746 C0758 C0601 3 C0819 D0702 TP0600 2 C0731 C0745 C0845 C0770 C0771 R0728 R0709 TP0301 C0753 C0808 C0818 C0231 C0729 R0722 R0727 C0732 C0803 C0648 R0120 C0721 R0601 R0104 C0730 C0787 R0739 Q3032 R3030 6 2 07 48 C0737 C FT_VBUS2 VR4006 FT_APM_1_WIRE C4070 VR4009 C4068 C0727 FT_VBAT FT_VBAT_GROUND FT_USB2_DM FT_USB2_DP VR3504 2 3 C4065 C4066 R3529 C4063 R3548 C4067 R3545 R3540 C0741 R0620 C0604 Q0600 C0610 C0647 R0605 R0604 C0101 C0755 C0749 R0719 SH0500 C0233 C0754 C0744 R0754 R0720 R0718 R0755 L0720 C0791 C0814 3 2 R3039 Q3041 3 EXT_PTT R4031 2 3 C3A3 R6433 C3045 TP_VCTRL C0137 C0218 U0201 R0218 L0211 C0249 Q0202 R0213 C0219 C0248 L0205 C0211 R0202 R0210 C0203 R0203 C0217 C0221 L0200 L0206 C0222 C0202 R0220 C0743 R0160 1 E0301 C0800 R0747 TP0909 R3524 1 Q3030 C3032 R3041 VR3040 R3048 C0719 C0191 C0334 C0811 C0193 C0135 R0230 C0235 C0716 C0717 L0702 Q0108 2 3 4 6 U0303 E0302 R0302 R0337 R0208 R0303 L0300 C0302C0238 C0303 C0239 C0309 C0307 R0319 L0221 C0331 C0322 R0334 R0332 C0328 C0327 L0306 R0310 C0321 C3507 R3057 D3030 R3053 C3030 R3040 R3047 R3055 C0194 R0103 C0131 R0113 R0333 14 R3521 C3500 U3505 R3525 R0760 C0736 R0711 C0752 C0728 TP0703 R0714 R0715C0733 U0700 R0777 TP0704 C0817 L0705 R0759 C0734 C0801 TP0710 Q0705 R3502 R3506 8 7 R3528 C3510 4 5 3 L0700 C0192 R2501 R2507 R0307 R0306 R2500 U3004 R3008 R3534 R3530 R3549 C3522 R3539 VR3200 C3275 3 R3209 U3030 R3034 C0162 43 6 R1026 C1032 U0304 CR0300 R0331 R0327C0361 1 TP0702 C0809 C0160 R0320 R0321 3 C0163 R2515 L0304 C0317 Q0703 R0134 C0159 C1044 R1054 L0718 C0258 C0257 20 C0795 L0721 C0138 R0308 C0792 C0793 C0794 5 34 G2 TP0705 R3044 C0311 2 1 8 C2501 R3046 C3041 R3045 R4032 R4033 2 Q6401 R6435 R6430 C6435 R6436 U6405 C6438 C1 FT_EMERGENCY VR6400 FT_IGNITION_SENSE R4035 C0157 R2504 R2506 R2517 R2516 R2513 R2518 R2525 D0704 C0316 2 C0319 L0305 C0318 C0324 Q0302 R0312 R3582 TP0709 C0789 L0715 C0780 C0164 3 4 Y1000 2 G1 L0311 TX_RAMP_DAC C0775 C0156 C0149 C0151 C0158 R0127 R1044 J2500 R3249 R3581 R2502 R2519 R3577 R2520 C0785 L0717 C0230 R4090 C3218 E4003 R3222 C3217 R3223 U3202 Q3040 L0711 C0763 L1 C3272 C3282 MAKO_V8_5V R3248 VR3208 Q3206 3 4 6 R3226 R3043 C3044 D3200 R3228 C3274 C3261 C3043 E3203 Q3205 R3210 L0709 R0712 C0360 5 34 R3523 R3007 C3011 C3017 C3016 C0786 C0815 C0165 U2000 C3204 6 4 C3512 3 Q3502 R0139 R0140 AA1 C3260 C3233 R3236 R1048 U3203 C1 C3A3 EXT_MIC C3237 MAKO_V9_3V VR3201 R3536 R3553 C3532 C3509 C0166 K9 A9 TP_FLASH_CLK TP_DDR_LDQS C4088 M8 A8 C4087 R4034 C3205 R3551 R3554 INT_MIC Q3504 Q3503 6 4 3 R3533C3525 C3517 C3526 C3021 C0161 U2001 VR3502 R3050 C0108 U1000 C3519 R3037 C0134 C0136 AA21 1 R3051 R3038 U0100 R3579 TX_RAMP 7 3 L11 R3572 RF_ATTN_2 C3214 A21 8 2 C0112 A11 R3250 Y3201 L3201 VR3203 U3502 R3220 R3219 R3591 VR3205 14 U3003 C0107 C0106 R0126 A1 C3031 R1060 P1 R3592 E3201 C3521 E3208 E3206 SPI_MOSI_1 A1 R3552 SPI_MISO_1 C3270 R3054 2 ANT_C R4088 R4089 R4055 3 J6400 R6407 Q4014 Q4001 C0114 R3227 TP_DDR_UDQS C3228 C3222C3243 C3231 C3227 C3221 R3555R3544 R3546 C3535 C3252 C6449 R1047 R3052 R4049 C0357 C0358 C0363 C0362 C0349 C0348 C3289 C3291 R3593 VR3207 16 Q4012 R2508 2 R4086 SPI_CLK_1 R3584R3585 1 C3232 9 C4085 14C4084 C4073 R4079 R3542 R3541 Q3505 C3527 U4000 C3042 U1006 3 U4001 8 E2500 D3040 C1033 R3253 5 U3501 6 10 R3513 C3502 R3511 C3540 C3539 R3578 I2C_CLK R3558 R3559 I2C_DATA MAKO_CE C1035 R6469 R3586 U3504 8 4 U3503 5 8 R3569 C3257 C4071 R4103 C4072 R4101 C4074 R4100 7 R4023 E4002 4 U3508 5 8 C3542 R6438 U3200 P14 1 C3536 R3575 C3508 R2524 R3237 K1 R3216 R6464 R3556 R6468 U6404 R6401 R6470 R6420 C3541 FL6401 Q4015 R4030 OPT_SSI_SYNC C3265 R6419 R6418 R6417 R6416 C6452 C6434 R6439 C3206 Q3208 C3290 2 Y3200 C3215 3 4 A14 U6408 C6414 L6403 R6411 R6409 IF_TEST 2.8V_RF_TEST P1 C3503 R3573 R3574 R6457 R4098 R1070 R3243 R6437 R1046 C3269 4 6 U3201 3 R3252 R3247 R3246 Q4007 Q4003 E4006 R4074 R4076 R4078 R4080 R4081 R4082 R4083 R4085 R3245 Q3209 U6401 P10 C6401 Q4009 C4093 C4094 C4059 C4049 C4051 C4053 C4055 C4062 C4061 C4060 C4058 R2511 R2509 R2510 R4106 C4086 C3281 1.2V_RTC_TEST A1 R6440 C4011 C4012 C4010 C4007 R3512 R3510 FT_USB1_DP C3200 R3215 C3279 R3207 C6446 Q3210 R3208 R3200 Q3207 8 5 4 R3240 U6406 Q6402 6 43 A10 ROUT_TEST D4001 R3204 C3201 R6404 FT_USB1_DM R3239 C3266 R3241 R3238 R6405 C6432 FT_VBUS1 C4076 L6402 C3534 D4000 20 R6410 C6443 C6444 SPI_CLK_TEST R6432 C4069 26 E4004 E6400 C3533 07 FT_MMP_1_WIRE C6413 C6412 C4064 07 CLK_ACQ_TEST 3 2 C6436 C 4 5 C6437 R6434 C C4014 C4015 3-22 UHF1 (403–470 MHz) 25–40W PCB / Schematics / Parts List C0943 R0973 L0904 D0904 C0761 R0913 C0912 C0903 C0902 R0941 R0946 R0954TP0910 C0925 R0955 C0813 2 6 4 Q0400 3 E0400 C0641 UHF1 (403–470 MHz) 25–40W PCB / Schematics / Parts List 3-23 RAW_B+ 9V3_PA 9V3 PA_SUPPLY 9V3_PA 9V3 5V 1.8V_TH_DIG 2.8V_TH_DIG 2.8V_TH_ANA 5V_SW 1.875V_DIG_V2 2.775V_DIG_V4 2.775V_ANA_V7 0 SPI_MOSI SPI_MISO SPI_CLK THK_CS ABACUS3_CS 0 1 2 2 3 3 4 4 0 TX_SSI_DATA TX_SSI_CLK TX_SSI_FSYNC SPI_BUS(0:4) 1 TX_SSI_BUS(0:2) SPI_MOSI_IN SPI_MISO_IN SPI_CLK_IN TH_CEX ABACUS3_CEX_IN RX_VCO_SEL1_ RX_VCO_SEL2_ TX_VCO_SEL1_ TX_VCO_SEL2_ RX_VCO_SEL1 RX_VCO_SEL2 TX_VCO_SEL1 TX_VCO_SEL2 VCTRL SF_OUT HP_MOD_OUT PRSC VCTRL SF_TH HP_MOD_OUT PRSC 9V3_SYNTH_IN 9V3_VCO VCO_UHF1 9V3_SYNTH 9V3_VCO TX_INJ TXINJ TX_HP_UHF1 ( TX: SHEET 1 ) ( RX: SHEET 2 ) ( PA: SHEET 1 ) ( PC: SHEET 2 ) 0 1 1 2 2 SDTX TX_CLK SFTX SYNTH 9V3_SYNTH_OUT 9R1 9V3 9R1 RXINJ RX_IN CONTROLLER_&_GPS_R6 ( TOP LEVEL: SHEET 1) RF_ATTN_1 0 RX_SSI_DATA RX_SSI_CLK RX_SSI_FSYNC RX_SSI_SYNCB DMCS RESET_OUT ADAPT_SW LOCK_DETECT 16.8_GPS RX_SSI_BUS(0:2) 0 1 1 2 2 RX_SSI_DATA_PASS_OUT RX_SSI_CLK_PASS_OUT RX_SSI_FSYNC_PASS_OUT ABACUS3_SYNCB_IN DMCS RSTB ADAPT_SW LOCK 16.8_GPS SPI_MOSI_OUT SPI_MISO_OUT SPI_CLK_OUT ABACUS3_CEX_OUT RX_SSI_DATA_PASS_IN RX_SSI_CLK_PASS_IN RX_SSI_FSYNC_PASS_IN PRESSURE_PAD PC_ATTEN_ENA FINAL_BIAS_1 TX_DAC ANT_ENABLE LO_BATTERY_DET LO_PWR_DET VSWR_DET 0 1 2 3 0 1 2 ABACUS3_SYNCB_OUT 5V_BE 1V8_BE 16.8_REF PRESSURE_PAD_DET PC_ATTEN_ENA MAKO_DAC2 MAKO_RAMP_DAC3 ANT_ENABLE LO_BATTERY_DET MAKO_ADC8 MAKO_ADC5 RX_INJ RXFE_UHF1 RX_IN ( 1 SHEET ) 9R1 RF_ATTEN_1 FE_TUNE MAKO_DAC1 IF ABACUS_SPI_BUS(0:3) 5V_FE NC 0 1 2 3 ABACUS_SSI_BUS(0:2) SPI_ABACUS_DATA SSI_ABACUS_DOUTB SPI_ABACUS_CLK SPI_ABACUS_CEX IF 0 1 2 SSI_ABACUS_DOUTA SSI_ABACUS_CLKOUT SSI_ABACUS_FSYNC SSI_ABACUS_SYNCB RXBE_73.35MHZ 16.8_MHZ_BUFF 5V 1V8 REF_CLK (IF AMP: SHEET 1) (ABACUS3: SHEET 2) UHF1 (403–470 MHz) 25–40W Overall Schematic Diagram UHF1 (403–470 MHz) 25–40W PCB / Schematics / Parts List 3-24 E0400 RF_ATTEN_1_3 NU 9R1_FILT RF_ATTEN_1 E0401 NU C0400 Q0400 R0401 9R1_FE_6 9R1 NU 1 2 4 1 6 C0403 Q0401 5 C0401 C0402 R0411 R0402 NU 2 3 5 R0403 R0431 NU 6 NU C0404 C0405 3 4 Hi-Side Zeros for Preselector C0407 R0400 RXIN_FE_6 7.0 VDC L0402 D0407 1 D0402 CR0400 2 2 NU C0453 C0412 NC 3 L0405 R0444 C0462 R0443 C0415 C0414 C0419 3 R0437 R0406 L0403 D0403 D0408 D0409 D0404 C0417 L0404 R0435 C0416 C0461 (VALUE) C0452 1 1 (VALUE) C0421 C0409 L0413 C0460 3 C0408 (VALUE) D0406 D0401 RX_IN R0404 2 D0400 L0401 2 FT0400 C0413 R0405 C0410 (VALUE) C0406 C0411 0.8 VDC Typical C0455 (Micro-strip 20 mm Each) NU R0432 3 R0407 3 C0454 1 C0459 1 C0420 2 R0441 R0440 C0458 1 Q0402 C0422 R0436 10 dB Attenuator (Not Placed) NU C0424 C0425 9R1_FILT C0427 C0426 NU L0414 (VALUE) C0423 R0438 R0409 L0406 R0410 0.7 VDC C0428 C0429 C0430 R0412 C0431 C0432 R0413 C0433 C0435 1 4 2 NU NU E0403 R0428 (3.00 ~ 8.00 VDC) Q0403 MAKO ( 0 ~ 4.6 VDC) FE_TUNE_FE_4 R0429 C0434 R0414 6 3 5 FE_TUNE C0436 R0430 R0415 R0416 9R1_FILT IF_FE_8 IF R0417 R0427 C0437 +16.0 dBm Min. (250 mV P-P) R0418 C0438 R0419 L0407 NU L0412 1 C0439 C0456 FT0401 8.9 VDC Typical T0401 C0441 C0463 C0442 C0464 R0426 R0420 IO3 T0400 4 3 3 C0440 (VALUE) C0443 L0409 C0445 L0410 3 2 2 1 R0422 R0433 C0447 C0448 C0449 6 IO1 IO2 5 NC C0451 NC RX_INJ 5 NC .0476 R0434 C0457 R0425 R0424 L0411 UHF1 (403–470 MHz) 25–40W Receiver Front-End Schematic Diagram Zo/Zin=4:1 NC Zo/Zin=4:1 D0405 R0423 6 1 2 1 IO4 3.0 VDC Typical 3.7 VDC Typical RX_INJ_FE_5 C0446 4 L0408 Q0405 R0421 4 C0444 UHF1 (403–470 MHz) 25–40W PCB / Schematics / Parts List 3-25 RX_FE_3 5V_FE 5V E0500 R0511 5V_BE_5 5V R0500 C0514 C0513 R0501 R0502 R0512 R0503 1.6V 73.35MHz 4-POLE 1.43V IF_OUT L0506 R0509 IF_TO_ABACUS C0504 C0512 FL0500 C0502 Q0501 C0507 C0506 1 IN L0503 C0510 1 0.76V GND2 3 CC1 6 CC2 5 IF C0509 NU C0515 NU 3 C0503 OUT 4 2 GND1 IFIN_BE_8 Q0500 2 D0500 C0516 NU 0.72V R0510 R0508 L0504 NU SH0500 2 1 UHF1 (403–470 MHz) 25–40W Receiver IF Amp Schematic Diagram UHF1 (403–470 MHz) 25–40W PCB / Schematics / Parts List 3-26 VVCO U602 TP0600 SPF_3.5V C0601 1 C0602 C0603 C0604 R0601 TP0601 C0605 C0650 R0621 R0602 IF_OUT R0623 NU R0622 NU C0607 Q0600 # C0611 5V 2nd LO LF C0610 3VA C0612 L0602 R0624 C0613 R0604 C0615 R0605 E0600 C0617 3VA C0614 D0600 C0618 2nd LO VCO UHF (71.1MHz/75.6 MHz) L0604 C0619 L0605 R0603 C0649 E0601 R0606 3VA L0603 C0616 NU C0620 C0621 E0602 C0622 FREF_IF 1V8 REF_CLK E0603 C0628 C0629 R0610 SSI_ABACUS_SYNCB R0609 DOUTB_1_BE_5 DOUTA_1_BE_5 R0611 C0630 PE C0631 FS 3VA SB_1_BE_5 FS_1_BE_5 R0608 13 14 15 16 17 18 19 20 21 22 23 24 VREFN U0600 R0607 R0627 NU E0604 * C0632 PD PC CLKOUT C0627 36 35 34 33 32 31 30 29 28 27 26 25 DOUTB C0626 3VA GNDL FREF GNDS2 SYNCB GNDH FS DOUTB DOUTA CLKOUT VDDH VDDD PE DOUTA 1 2 MXOP MXON 3 GNDF 4 IF2N 5 IF2P 6 VDDF 7 GCP 8 GCN 9 VDDA 10 GNDA 11 VREFP 12 RREF VDDQ IOUTC GNDQ VDDC GNDC CLKP CLKN GNDS1 GNDD PC PD C0625 VDDI IFIN CXIF GNDI CXVL LOP LON CXVM VDDL VDDP IOUTL GNDP 48 47 46 45 44 43 42 41 40 39 38 37 C0623 R0612 CLKOUT_1_BE_5 R0613 FE_1_BE_5 SSI_ABACUS_FSYNC SSI_ABACUS_DOUTB SSI_ABACUS_DOUTA SSI_ABACUS_CLKOUT SPI_ABACUS_CEX FD_1_BE_5 R0614 C0633 SPI_ABACUS_DATA FC_1_BE_5 R0615 SPI_ABACUS_CLK E0605 C0634 C0635 3VA 1V8 E0607 C0641 U0601 E0610 R0616 C0651 3VA 2 FB 6 VOUT 1 NP 4 VCONT 3 VIN GND 5V C0640 E0608 R0626 R0625 1V8_3 3VA C0638 3VA E0606 C0636 C0637 5 L0608 C0642 R0617 R0618 C0643 R0619 C0644 C0645 D0601 R0620 C0646 VVCO E0609 CLOCK VCO UHF1 (403–470 MHz) 25–40W Receiver Back-End Schematic Diagram CLOCK LF C0647 Q0601 C0648 UHF1 (403–470 MHz) 25–40W PCB / Schematics / Parts List 3-27 PA_SUPPLY_TX_PA A+ PA_SUPPLY E0700 C0700 C0701 C0702 C0711 NU C0710 C0712 C0713 R0742 E0701 C0703 9V3_TX 9V3_PA C0704 C0705 C0706 NU C0707 NU C0708 C0709 9V3_TX E0703 47K L0700 E0702 R0702 NU 2.2K C0714 9V3_Tx_Sw 1 47K 47K C0725 Antenna_En C0730 NU L0702 E0704 C0716 C0717 C0729 NU R0700 C0731 NU C0732 LO_PWR_PAD Q0702 C0745 TP0702 D0704 MRF1570, Flat Lead C0719 C0807 NU Gate_1 R0765 C0811 ATC C0810 R0718 R0712 C0752 3.2VDC 13 dBm TP0704 -3 dBm TP0703 C0809 L0705 C0749 NU C0818 C0754 NU R0709 C0828 U0700 RF_IN VD_RF_OUT R0715 C0819 Q0703 R0755 C0744 C0755 NU C0813 NU SP0703 C0721 NU R0768 11dB/17dB Pad 18dB RL C0806 NU Gate_2 R0770 C0812 ATC C0803 L0712 NU C0741 NU C0747 NU R0771 L0706 L0707 C0723 L0708 R0719 R0769 C0829 3 G TP0705 Test Point to check Ref Osc Warping C0743 2 S R0760 R0714 R0754 3 2 GND1 4 GND2 1 D 1 C0733 R0711 W = 0.625 mm C0735 D0700 NC +8 dBm TX_INJ_TX_PA C0728 TX_INJ L0903 R0971 SP0702 R0766 C0808 NU C0753 R0720 1 J0700-1 2 J0700-2 3 J0700-3 L0719 C0737 NU C0726 SP0704 SP0705 SP0706 SP0707 C0769 C0869 L0905 R0970 C0720 NU R0706 C0768 C0736 SP0700 R0764 C0718 L0711 PIN2 R0762 C0845 C0724 C0763 L0709 PIN1 C0722 NU 2 C0832 R0763 HI_PWR_PAD C0715 NU HS0700 Q0701 C0727 NU C0746 C0742 C0739 C0740 C0751 NU C0761 1 C0734 POS C0817 R0728 L0717 L0721 L0718 NU C0764 NU C0760 NU C0765 NU D0702 A+ C0767 TP0707 M0700 TP0708 C0778 C0779 R0977 R0729 2.2VDC (TX Only) 2.2VDC (TX Only) R0976 C0772 C0766 NU Gate_2 C0942 R0732 R0730 C0776 VR0700 R0738 R0739 NU NC C0787 L0715 C0780 C0775 C0804 C0792 TP0709 R0744 NU C0790 NU C0814 R0757 R0756 C0791 C0793 R0741 C0805 C0782 C0781 C0794 NU D0905 9V3_Tx_Sw R0740 Q0704 Final_Bias D C0944 D0703 R0979 NC REV_DETECTED K4 K3 K2 K1 L0720 C0945 Q0706 Q0705 S G C0757 TP0711 NC R0759 C0943 C0758 NU C0759 R0745 L0723 NU C0789 NU L0716 R0743 A5 A4 A3 A2 A1 C0815 C0786 PRESSURE_PAD R0734 9V3_TX C0788 NU R0974 R0978 C0777 V_cont 2.85V (44W) 2.10V (27.5W) TP0710 R0975 R0701 R0735 Gate_1 9.1VDC R0973 NU C0941 C0861 R0773 R0727 C0770 C0771 NU L0904 D0904 C0774 C0874 C0856 R0722 C0795 L0722 C0940 C0756 L0714 C0785 R0713 W = 0.625 mm L0710 C0748 ATC SP0701 C0738 S = 0.54 mm L = 19 mm W = 2.5 mm S = 0.93 mm TP0713 R0777 FWD_POWER R0747 9V3 PRESSURE_PAD_TX_PA NC R0749 PRESSURE_PAD ANT_ENABLE_TX_PA ANT_ENABLE R0748 FWD_DETECTED RX_IN_TX_PA RX_IN V_cont R0750 9V3_VCO C0966 R0775 S0700 C0798 C0799 C0796 C0797 R0752 V_CONTROL V_cont R0761 R0751 C0802 C0800 NU C0801 FINAL_BIAS_1_TX_PA FINAL_BIAS_1 Final_Bias R0753 9V3_SYNTH Antenna_En 9V3_TX 9V3_TX LO_PWR_PAD LO_PWR_PAD HI_PWR_PAD HI_PWR_PAD UHF1 (403–470 MHz) 25–40W Power Amplifier Schematic Diagram UHF1 (403–470 MHz) 25–40W PCB / Schematics / Parts List 3-28 SH0900 SH0901 9V3 1 2 1 2 Q0900 4 3 NOTE: VOLTAGES SHOWN FOR ANALOG TX MODE 5 C0900 2 0.6V typical Cutback starts about 2.2V TP0907 C0901 6 1 9V3_PC PC_ATTEN_ENA_TX_PA PC_ATTEN_ENA R0931 LO_PWR_PAD C0929 9V3 to REV bias PIN in LP mode R0910 R0918 C0920 2 C0783 C0918 8 D0901 L0902 C0914 2 R0922 3 U0900-1 R0917 R0906 1 9V3 9V3_PC R0900 D0900 1 9V3_PC Q0711 TP0913 C0911 R0901 R0907 3 4 9V3_PC 2 Cypher: 2.4Kohm 5% R0902 R0936 R0724 C0913 R0924 R0919 C0916 NC C0947 1 R0960 3 9V3_PC 2 C0912 L0901 R0726 3 R0921 9V3_TX 6 1 C0917 5 D0906 4 C0919 Q0902 R0913 Q0901 8 R0903 6 9V3 to FW bias PIN in HP mode L0900 HI_PWR_PAD 7 U0901-2 R0930 C0931 C0934 R0926 C0935 C0915 R0725 5 4 R0937 RT0908 U0941 2 FB 6 NP 4 VCONT 3 VIN 5V VOUT R0927 1 R0929 R0909 C0907 D0902 5 9V3 C0948 NC R0989 NU D0903 NC 1 C0937 8 C0936 C0963 2 TADJ INHI VSET INLO VOUT COMM R0988 CLPF R0981 6 R0915 R0914 R0923 4 FWD_DETECTED R0995 NU R0982 5 R0984 NU 3 R0920 R0994 NU 8 LO_PWR_DET U0901-1 R0985 R0983 C0939 2 1 C0908 LO_PWR_DET 9 C0964 C0909 3 4 TP0903 C0965 0.38V (44W) 0.21V (27.5W) R0911 2.85V (44W) REV_DETECTED C0921 C0922 9V3_PC 7 V_CONTROL NC 6 NC COMM 1.35V (44W) 1.28V (27.5W) 1 RFIN 2 ENBL 3 VSET 4 FLTR C0910 R0912 R0986 R0987 R0941 C0902 C0903 D0907 5.1V C0967 NC VSWR_DET C0923 VSWR_DET TP0910 TP0911 R0950 8 R0942 9 5 VAPC U0940 GND R0940 VPOS 8 2.10V (27.5W) TP0909 R0916 9V3_PC GND 5V DC 4.0V (44W) 3.2V (27.5W) TP0904 U0943 VPOS C0960 C0951 0.1uF C0906 C0962 C0961 7 R0925 C0949 C0904 5V R0928 GND C0950 6 7 5 R0943 R0951 R0944 FWD_POWER 4 C0926 R0955 C0925 R0946 R0947 RT0953 LO_BATTERY_DET C0953 C0928 R0954 3 LO_BATTERY_DET TX_DAC R0938 C0927 GND 2 1 INPUT RESET_OUT 4 5 NC1 NC2 U0900-2 TX_DAC U0942 UHF1 (403–470 MHz) 25–40W Power Control Schematic Diagram 9V3 9V3 3-29 SPI_CLK_IN SPI_MISO_IN SPI_MOSI_IN UHF1 (403–470 MHz) 25–40W PCB / Schematics / Parts List 5V_BE_SYNTH 5V_BE 5V_TH R0101 2.8V_TH_DIG 1V8_BE_SYNTH 1V8_BE TP_TEST1 1 RX_SSI_DATA_PASS_IN RX_SSI_CLK_PASS_IN RX_SSI_FSYNC_PASS_IN 2.8V_TH_DIG_SYNTH C0100 1 ABACUS3_SYNCB_OUT ABACUS3_CEX_OUT 1.8V_DIG RX_SSI_DATA_OUT RX_SSI_CLK_OUT RX_SSI_FSYNC_OUT RX_SSI_DATA_IN RX_SSI_CLK_IN RX_SSI_FSYNC_IN 2.8V_DIG 1.8V_DIG ABACUS3_SYNCB_OUT ABACUS3_CEX_OUT ABACUS3_SYNCB_IN ABACUS3_CEX_IN 5V SPI_MOSI_OUT SPI_MISO_OUT SPI_CLK_OUT 1.8V_DIG RX_SSI_DATA_PASS_OUT RX_SSI_CLK_PASS_OUT RX_SSI_FSYNC_PASS_OUT SPI_MOSI_OUT SPI_MISO_OUT SPI_CLK_OUT 2.8V_ANA ABACUS3_SYNCB_IN ABACUS3_CEX_IN 5V_SYNTH 2.8V_ANA SPI_MOSI_IN SPI_MISO_IN SPI_CLK_IN SPI_MOSI_IN SPI_MISO_IN SPI_CLK_IN R0100 1.8V_DIG TP_TEST2 R0102 1.8V_TH_DIG_SYNTH 1.8V_TH_DIG C0108 C0102 2.8V_ANA C0177 C0101 R0103 2.8V_TH_ANA_SYNTH C0106 2.8V_TH_ANA C0105 C0104 C0178 C0175 C0109 C0110 C0107 R0104 C0111 C0103 Locked: 1.8V Unlocked: 0V 2.8V_DIG LOCK_SYNTH LOCK NC C0112 C0114 C0123 R0146 R0147 16.8_REF_BE_SYNTH 16.8_REF NC NC NC NC NC NC NC NC NC NC R0109 R0156 NU R0157 R0158 NU GPO_1_SYNTH C0131 SCAN_EN MN_CP_GND MN_CP_VCC LGND1 LGND2 LVCC2 TX_DAC_GND TX_DAC_VCC ASPI_VCC SSI_GND TM TEST1 TEST2 LVCC1 G5 D3 SDTX DMCS R0111 NC NC NC 2.8V_ANA C0124 C0125 U1=220pF U2=120pF VHF=1500pF K8 HP_MOD_OUT_SYNTH H1 HP_MOD_OUT H3 M_PRSCX J2 M_PRSC MN_CP PRSC_SYNTH PRSC G3 SF_OUT_SYNTH C0129 TP_ADAPT_SW R0113 C0133 R0114 C0134 U1=220pF U2=120pF VHF=1500pF GPO_4 9R1 GPO_5_SYNTH GPO_6_SYNTH RX_VCO_SEL2_ C0136 Adapt ON: 5V Adapt OFF: 0V 4 3 R0159 C0179 R0115 C0137 10K 1 Q0108 R0116 47K 2.8V_ANA R0126 ADAPT_SW IN R2 2 Q0102 ADAPT_SW_SYNTH R1 OUT C0138 GND C0135 9R1 SWITCH FOR FRONT-END SF_OUT VOLTAGE: 2.45V R0148 2.8V_ANA RF_ATTN_1 R0160 SF_OUT 5V_TH C0132 GPO_3_SYNTH Q0107 TX_CLK SDTX_SYNTH DMCS_SYNTH TX_VCO_SEL1_ 9R1_SYNTH TX_CLK_SYNTH 5V_TH C0130 GPO_2_SYNTH SFTX NC NC NC NC NC G1 DAC_ADAPT F1 VCO_DAC MN_ADAPT_CP SPI_CLK_IN SFTX_SYNTH Q0106 R0119 R0118 R0117 R0120 NU U0101 5 C0142 U1=220pF U2=120pF VHF=1500pF C0141 C0140 4 C0143 C0144 R0122 NU ONOFF_CONTROL 1 INOUT 2 OUTIN 3 RSTB_SYNTH VCC 9V3 C0128 F9 F10 F11 F7 D11 E9 E10 E7 K1 SPI_MOSI_IN TP501 TP502 TP503 1 TP504 1 1 1 GND R0170 9V3_SYNTH C0127 TH_CEX 5V_TH C0126 GPO LINES HI: 2.8V LOW: 0V RX_VCO_SEL1_ VCO SEL: ACTIVE LOW TX_VCO_SEL2_ NU 1 NU C0121 SPI_MISO_IN L3 ESC_CP G2 MAIN_PDET_VCC NC 16.8_GPS_SYNTH 16.8_GPS NU TH_CEX_SYNTH HP_MOD_OUT NC NC NC NU R0155 U0100 NC NC NC NC 16.8_REF_CONTROLLER_SYNTH NC NC NC NC NC NC NC C0119 D10 SPI_DR D8 CEX D9 SPI_DW C11 SPI_CLK SFTX TXCLK SDTX DMCS SDR SCLK_OUT RXFS RXACQ ESC_IN XOSC_BASE XOSC_EMIT SMD_CLK_GEN_GND OSCREG_SPLY OSCREG_BYP SF_OUT OSCREG_OUT R0110 NU K5 L5 C9 J4 L4 K4 H5 R0108 G9 CLK_CP H11 CLK_EMIT G11 CLK_BASE E6 RSTB NC NC NC NC NC NC NC C10 ASPI_CLK B11 ASPI_DATA A6 ACE1 D6 ACE2 A1 NC1 A11 NC2 F6 TX_GND2 L1 NC3 L11 NC4 R0107 NC NC Q0100 AGC_REF AGC_FLAG ARX_DAC RFSTEPA AGC_DAC DC_CAL BP_I RXI RXIX BP_IX SDM_VAG BP_Q RXQ RXQX BP_QX SCAN_IN RX_EN_OUT PABIAS_DAC CLK2_OUT CLK1_OUT TCLK NTXQ TXQ NTXI TXI INCR_DECR PHCLK FBQ FBI J7 EF_OUTP J8 EF_OUTM C0122 C0195 C5 C4 H6 A3 B5 A2 E4 C2 C1 F4 B10 E2 D1 D2 E3 F2 B1 K11 J11 H9 G8 K6 L7 L8 K7 J9 L9 B6 C6 K10 SUB1 F5 SUB2 F3 SUB3 L10 DEEPSLEEP R0106 NC NC CLK_VCC CLK_GND TX_VCC SDM_CLK_GEN_VCC XOSC_GND OSCREG_GND SSI_VCC ESC_GND TX_GND1 ESC_CPBIAS ESC_VCC ESC_CP_GND ESC_CP_VCC MAIN_GND ESC_TEST MAIN_VCC B9 A9 B8 B2 C3 A5 A8 D5 SDM_REF_VCC SDM_VREFM SDM_VREFP RX_AVCC1 RX_AGND1 RX_AVCC2 SDM_REF_GND RX_AGND2 R0144 L0100 J10 H10 J6 A10 G6 J5 E11 H4 G7 L2 K2 K3 J3 G4 E1 J1 C0118 C0171 H2 F8 C8 B7 H7 L6 A7 E8 B3 D7 C7 G10 C0113 GPO1_TEST1 GPO2_TEST2 GPO3_TEST3 GPO4_TEST4 GPO5 GPO6 C0117 R0105 C0120 C0115 B4 A4 E5 D4 K9 H8 Buffer to Abacus/Controller Switch for Adapt Transient VCONT R0161 C0196 C0180 C0146 U1=220pF U2=120pF VHF=1500pF OUTPUT 3 C0145 5 NC1 6 NC2 7 NC3 8 NC4 GND 1 VCC 4 R0123 C0147 U1=220pF U2=120pF VHF=1500pF 2 RSTB NC NC NC NC R0125 Y0100 16.8MHz 1.5 ppm 0.5 ppm R0127 TCXO (Y0100) --- R0128 4875188M01 VCTRL_SYNTH VCTRL R0131 C0150 C0148 C0151 C0149 VCO STEERING LINE VOLTAGE: 0.6V TO 4.4V VCO STEERING LINE VOLTAGE: 0.6V TO 4.4V TP_VCTRL 1 R0134 C0157, C0159, C0160,C0162,C0163,C0191,C0192,C0193,C0194: NU (UHF B2) C0191,C0192,C0193,C0194: NU (UHF B1) SH0100 SH0101 C0194 C0193 C0192 C0191 C0156 C0157 C0158 C0159 C0160 C0161 C0162 C0163 C0164 C0165 R0139 C0166 1 2 1 2 R0140 Note: High Port modulation injection through loop filter for U1 and U2 only UHF1 (403–470 MHz) 25–40W Synthesizer Schematic Diagram UHF1 (403–470 MHz) 25–40W PCB / Schematics / Parts List 3-30 SF_TH SF_TH_VCO_UHF1_6 SF_TH SF_TH C0200 RX1 C0201 Super Filter Voltage (SF_TH) C0206 SH0301 1 2 L0202 C0204 C0205 SH0300 1 2 SF_TH: 2.5 V R0201 R0204 R0205 C0208 L0203 C0214 C0213 RX Buffer Amplifier C0215 E0201 Q0200 RXSL RX VCO 1 9R1 CR0201 VCTRL CR0202 L0209 R0211 9R1_VCO_UHF1_7 L0200 C0202 C0203 L0207 C0220 L0210 R0202 C0223 R0203 C0225 C0226 Steering Line Voltage (VCTRL_TH) CR0203 CR0204 C0207 C0209 VCTRL: 0.6-4.5 V C0229 L0212 L0204 C0211 SF_TH RX2 R0216 R0224 R0221 R0219 L0213 C0217 L0206 R0220 C0222 C0221 R0207 Q0202 R0208 C0219 C0218 NU NU RXINJ: 329.65 - 396.65 MHz +6 dBm L0211 R0212 C0242 RXINJ R0210 NU C0241 RXINJ_VCO_UHF1_5 L0205 R0206 C0237 C0236 C0224 NU C0240 R0225 R0226 C0243 RX VCO 2 L0214 C0245 C0247 C0246 Q0201 TP0301 CR0206 L0217 C0250 L0218 L0215 RX Prescaler 1 CR0205 RXSL C0231 C0251 R0230 C0238 -5 to -15 dBm C0252 C0253 SF_TH PRSC (RX): 329.65 - 396.65 MHz C0239 C0230 CR0207 PRSC_VCO_UHF1_5 CR0208 PRSC PRESC_TX RX2_SEL: 2.7 V (High) L0221 C0259 L0219 C0235 C0233 0.1 V (Low) NU R0213 RX1_SEL_VCO_UHF1_5 R0218 RX2_SEL_VCO_UHF1_5 RX_VCO_SEL2 RX_VCO_SEL1 R0229 C0257 RX1_SEL: 2.7 V (High) C0248 C0249 U0201 0.1 V (Low) RX1 UHF1 (403–470 MHz) 25–40W Receiver VCO Schematic Diagram RX2 C0258 UHF1 (403–470 MHz) 25–40W PCB / Schematics / Parts List 3-31 TX Buffer Amplifier TX1 SF_TH R0321 C0300 VMOD SF_TH L0300 C0301 9T1 C0302 C0303 R0301 R0320 R0302 L0302 R0303 C0304 R0319 HP_MOD_OUT_VCO_UHF1_7 C0307 C0310 HP_MOD_OUT C0306 C0305 C0360 C0361 C0334 R0305 C0308 CR0300 C0316 C0309 R0304 L0304 L0303 C0311 TX VCO 1 Q0300 VSL VCTRL CR0301 VCTRL_VCO_UHF1_7 VCTRL CR0302 C0320 L0309 R0311 R0332 L0307 L0310 (VALUE) R0334 C0322 R0307 Q0302 R0308 C0319 R0310 C0321 TXINJ C0318 TXINJ: 403-470 MHz +11 dBm NU L0311 NU C0323 C0326 Steering Line Voltage (VCTRL_TH) C0317 L0306 R0333 TXINJ_VCO_UHF1_5 L0305 R0306 C0315 C0314 C0313 R0312 C0324 NU C0325 R0337 CR0303 9T1 CR0304 VCTRL: 0.6-4.5 V C0329 E0301 TX_BUFFER_SEL: 1.8 V (ON) L0312 9V3_VCO_UHF1_7 0.1 V (OFF) 9V3_VCO SF_TH E0302 TX2 C0336 PREDRIVE_SW_VCO_UHF1_6 C0337 PREDRIVE_SW R0316 NU R0324 L0313 C0327 C0328 NU NU U0303 NU C0340 VMOD C0341 C0344 C0342 R0325 R0326 C0343 TX VCO 2 L0314 C0345 C0347 C0346 Q0301 CR0305 VSL CR0306 L0317 C0350 L0318 L0315 C0331 C0351 TX Prescaler PRSC (TX): 403-470 MHz SF_TH C0352 C0353 -5 to -15 dBm Super Filter Voltage (SF_TH) CR0307 CR0308 PRESC_TX C0362 C0363 SF_TH: 2.5 V SF_TH C0359 L0319 TX1_SEL_VCO_UHF1_5 R0327 TX2_SEL_VCO_UHF1_5 TX_VCO_SEL2 R0331 TX_VCO_SEL1 R0329 C0348 C0357 C0349 TX1_SEL: 2.7 V (High) 9V3_SYNTH_OUT 9V3_SYNTH_IN U0304 C0358 TX2_SEL: 2.7 V (High) 0.1 V (Low) 0.1 V (Low) TX1 TX2 UHF1 (403–470 MHz) 25–40W Transmit VCO Schematic Diagram UHF1 (403–470 MHz) 25–40W PCB / Schematics / Parts List 3-32 UHF1 PCB 8486777Z15 Parts List 25–40W Circuit Ref C0100 C0101 C0102 C0103 C0104 C0105 C0106 C0107 C0108 C0109 C0110 C0111 C0112 C0113 C0114 C0115 C0117 C0118 C0119 C0120 C0121 C0122 C0123 C0124 C0125 C0126 C0127 C0128 C0129 C0130 C0131 C0132 C0133 C0134 C0135 C0136 C0137 C0138 C0140 C0141 C0142 C0143 C0144 C0145 C0146 C0147 C0148 C0149 C0150 C0151 Motorola Part No. 2113944A44 2113944A44 2113944A44 2113945C31 2113944A44 2113945C31 2113945C31 2113945C31 2113944A44 2113945C31 2113945C31 2113945C31 2113944A44 NOT PLACED 2113946E02 2113946E02 2113944A44 2113945C31 NOT PLACED 2113945B02 NOT PLACED 2113945B02 2113946E02 2113945C31 2113944A44 2113944A44 2113944A44 2113944A44 2113945C31 2113944A44 2113944A44 2113944A44 2313960B30 2113944A44 2313960B32 2113945C31 2313960B32 2113944A44 2313960B30 2113945C31 2113944A44 2113944A44 2113945C31 2113945B02 2113944A44 2113944A44 2113945D01 2113945C04 2113945C31 2113945C31 Description 220pF 220pF 220pF 0.1uF 220pF 0.1uF 0.1uF 0.1uF 220pF 0.1uF 0.1uF 0.1uF 220pF – 1.0uF 1.0uF 220pF 0.1uF – .01uF – .01uF 1.0uF 0.1uF 220pF 220pF 220pF 220pF 0.1uF 220pF 220pF 220pF 4.7uF 220pF 10uF 0.1uF 10uF 220pF 4.7uF 0.1uF 220pF 220pF 0.1uF .01uF 220pF 220pF .033uF .022uF 0.1uF 0.1uF Circuit Ref C0156 C0157 C0158 C0159 C0160 C0161 C0162 C0163 C0164 C0165 C0166 C0171 C0175 C0177 C0178 C0179 C0180 C0191 C0192 C0193 C0194 C0195 C0196 C0200 C0201 C0202 C0203 C0204 C0205 C0206 C0207 C0208 C0209 C0211 C0213 C0214 C0215 C0217 C0218 C0219 C0220 C0221 C0222 C0223 C0224 C0225 C0226 C0229 C0230 C0231 C0233 Motorola Part No. 2185419D06 2185419D06 2185419D06 2185419D06 2185419D06 2185419D06 2185419D06 2185419D06 2185419D06 2185419D06 2185419D06 2113945B02 2113944A44 2113944A44 2113944A44 2113944A44 2113945C31 NOT PLACED NOT PLACED NOT PLACED NOT PLACED 2113945A05 2113946H02 2113944A44 2113945Y02 2113945C02 2113944A44 2113944A44 2113945Y02 2113944A44 2113945C04 2115153H18 2113944A44 2113944A44 2115153H17 2115153H34 2115153H20 2113944A44 NOT PLACED NOT PLACED 2115153H17 2115153H14 NOT PLACED 2115153H46 NOT PLACED 2115153H51 2113944A44 2115153H42 2113944C47 2115153H14 NOT PLACED Description 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF .01uF 220pF 220pF 220pF 220pF 0.1uF – – – – 470pF 10uF 220pF 0.10uF .01uF 220pF 220pF 0.10uF 220pF .022uF 4.3pF 220pF 220pF 3.9pF 11pF 5.1pF 220pF – – 3.9pF 3.0pF – 36pF – 56pF 220pF 24pF 150pF 3.0pF – Circuit Ref C0235 C0236 C0237 C0238 C0239 C0240 C0241 C0242 C0243 C0245 C0246 C0247 C0248 C0249 C0250 C0251 C0252 C0253 C0257 C0258 C0259 C0300 C0301 C0302 C0303 C0304 C0305 C0306 C0307 C0308 C0309 C0310 C0311 C0313 C0314 C0315 C0316 C0317 C0318 C0319 C0320 C0321 C0322 C0323 C0324 C0325 C0326 C0327 C0328 C0329 C0331 Motorola Part No. 2115153H22 2113944A44 2113945Y02 2113944A44 2113945Y02 2113944A44 2113945Y02 2113944A44 2115153H13 2115153H14 2115153H27 2115153H20 2113944A44 2113945Y02 2115153H16 2115153H40 2115153H48 2113944A44 2113944A44 2113945Y02 2115153H35 2113944A44 2113945Y02 2113945C02 2113944A44 2113944A44 2113945Y02 2113944A44 2113945C04 2115153H15 2113944A44 2115153H01 2113944A44 2115153H15 2115153H35 2115153H20 2313960B32 2113944A44 2115153H15 NOT PLACED 2115153H20 2115153H24 NOT PLACED 2115153H43 NOT PLACED 2115153H51 2113944A44 NOT PLACED NOT PLACED 2115153H38 2115153H14 Description 6.2pF 220pF 0.10uF 220pF 0.10uF 220pF 0.10uF 220pF 2.7pF 3.0pF 10pF 5.1pF 220pF 0.10uF 3.6pF 20pF 43pF 220pF 220pF 0.10uF 12pF 220pF 0.10uF .01uF 220pF 220pF 0.10uF 220pF .022uF 3.3pF 220pF 0.5pF 220pF 3.3pF 12pF 5.1pF 10uF 220pF 3.3pF – 5.1pF 7.5pF – 27pF – 56pF 220pF – – 16pF 3.0pF Circuit Ref C0334 C0336 C0337 C0340 C0341 C0342 C0343 C0344 C0345 C0346 C0347 C0348 C0349 C0350 C0351 C0352 C0353 C0357 C0358 C0359 C0360 C0361 C0362 C0363 C0400 C0401 C0402 C0403 C0404 C0405 C0406 C0407 C0408 C0409 C0410 C0411 C0412 C0413 C0414 C0415 C0416 C0417 C0419 C0420 C0421 C0422 C0423 C0424 C0425 C0426 C0427 Motorola Part No. 2113944A44 2113944A44 2113945Y02 2113944A44 2113945Y02 2113944A44 2115153H15 2115153H01 2115153H15 2115153H24 2115153H20 2113944A44 2113945Y02 2115153H18 2115153H42 2115153H50 2113944A44 2113944A44 2113945Y02 2115153H38 2313960B30 2113944C51 2113944A44 2113945Y02 NOT PLACED 2113945C31 2113944A44 2115153H49 NOT PLACED 2113944A44 2115153H27 2115153H13 2115153H27 2115153H13 2115153H22 2115153H22 2115153H20 2115153H57 2113944A44 2115153H21 2115153H22 2115153H22 2113945Y02 2115153H03 2115153H13 2115153H26 2113944A44 2113944A44 2113944A44 2113944A44 2113944A44 Description 220pF 220pF 0.10uF 220pF 0.10uF 220pF 3.3pF 0.5pF 3.3pF 7.5pF 5.1pF 220pF 0.10uF 4.3pF 24pF 51pF 220pF 220pF 0.10uF 16pF 4.7uF 1000pF 220pF 0.10uF – 0.1uF 220pF 47pF – 220pF 10pF 2.7pF 10pF 2.7pF 6.2pF 6.2pF 5.1pF 100pF 220pF 5.6pF 6.2pF 6.2pF 0.10uF 1.0pF 2.7pF 9.1pF 220pF 220pF 220pF 220pF 220pF UHF1 (403–470 MHz) 25–40W PCB / Schematics / Parts List Circuit Ref C0428 C0429 C0430 C0431 C0432 C0433 C0434 C0435 C0436 C0437 C0438 C0439 C0440 C0441 C0442 C0443 C0444 C0445 C0446 C0447 C0448 C0449 C0451 C0452 C0453 C0454 C0455 C0456 C0457 C0458 C0459 C0460 C0461 C0462 C0463 C0464 C0502 C0503 C0504 C0506 C0507 C0509 C0510 C0512 C0513 C0514 C0515 C0516 C0601 C0602 C0603 Motorola Part No. 2113944A44 2113944A44 2113944A44 2113944A44 2113944A44 NOT PLACED 2113944A44 2115153H17 2113944A44 2113944A44 2113944A44 NOT PLACED 2113944A44 2115153H11 2115153H25 2115153H41 2115153H41 2115153H37 2115153H20 2115153H27 2115153H26 2115153H20 2115153H41 2115153H26 2115153H20 2115153H26 2113945C31 2113944A40 2113945C31 2115153H40 2115153H40 2113946F05 2115153H40 2115153H40 2115153H06 2115153H06 2113945Y02 2113945Y02 2113945Y02 2113945Y02 2115153H39 NOT PLACED 2115153H22 2113945Y02 2113945Y02 2113945Y02 NOT PLACED NOT PLACED 2115153H48 2113945B02 2113944A44 Description 220pF 220pF 220pF 220pF 220pF – 220pF 3.9pF 220pF 220pF 220pF – 220pF 2.2pF 8.2pF 22pF 22pF 15pF 5.1pF 10pF 9.1pF 5.1pF 22pF 9.1pF 5.1pF 9.1pF 0.1uF 100pF 0.1uF 20pF 20pF 10uF 20pF 20pF 1.3pF 1.3pF 0.10uF 0.10uF 0.10uF 0.10uF 18pF – 6.2pF 0.10uF 0.10uF 0.10uF – – 43pF .01uF 220pF 3-33 Circuit Ref C0604 C0605 C0607 C0610 C0611 C0612 C0613 C0614 C0615 C0616 C0617 C0618 C0619 C0620 C0621 C0622 C0623 C0625 C0626 C0627 C0628 C0629 C0630 C0631 C0632 C0633 C0634 C0635 C0636 C0637 C0638 C0640 C0641 C0642 C0643 C0644 C0645 C0646 C0647 C0648 C0649 C0650 C0651 C0700 C0701 C0702 C0703 C0704 C0705 C0706 C0707 Motorola Part No. 2113945Y02 2115153H48 2115153H39 2115153H53 2113945A09 2115153H34 2185419D03 2115153H48 2113945B02 NOT PLACED 2113945Y02 2185419D06 2113945Y02 2113945Y02 2113945Y02 2113945A09 2113945Y02 2113944C89 2113944A40 2113944A40 2113945Y02 2113945A11 2113945Y02 2113945Y02 2313960B30 2113945Y02 2113945B02 2113944A40 2113944A40 2113946S35 2113945Y02 2113946N03 2113945B02 2115153H53 2113945Y02 2113945Y02 2113945B02 2113946G04 2113946J03 2113946J03 2113945A12 2115153H44 2115153H57 2113944C82 2113945C04 2113944C55 2113944C82 2113945C04 2113944C51 NOT PLACED NOT PLACED Description 0.10uF 43pF 18pF 68pF 1000pF 11pF 0.01uF 43pF .01uF – 0.10uF 0.1uF 0.10uF 0.10uF 0.10uF 1000pF 0.10uF 200pF 100pF 100pF 0.10uF 2200pF 0.10uF 0.10uF 4.7uF 0.10uF .01uF 100pF 100pF 1.0uF 0.10uF 2.2uF .01uF 68pF 0.10uF 0.10uF .01uF 0.68uF 10.0uF 10.0uF 3300pF 30pF 100pF 30pF .022uF 2200pF 30pF .022uF 1000pF – – Circuit Ref C0708 C0709 C0710 C0711 C0712 C0713 C0714 C0715 C0716 C0717 C0718 C0719 C0720 C0721 C0722 C0723 C0724 C0725 C0726 C0727 C0728 C0729 C0730 C0731 C0732 C0733 C0734 C0735 C0736 C0737 C0738 C0739 C0740 C0741 C0742 C0743 C0744 C0745 C0746 C0747 C0748 C0749 C0751 C0752 C0753 C0754 C0755 C0756 C0757 C0758 C0759 Motorola Part No. 2113944C51 2113945C31 2371403L02 NOT PLACED 2113944C51 2111078B42 2111078B42 NOT PLACED 2113944A41 2113945A09 2113945A09 2111078B25 NOT PLACED NOT PLACED NOT PLACED 2111078B39 2113944A41 2113944A41 2111078B20 NOT PLACED 2113944C42 NOT PLACED NOT PLACED NOT PLACED 2113951B41 2113944C42 2113944C84 2111078B39 2113944A41 NOT PLACED 2111078B07 2185400Y36 2185400Y36 NOT PLACED 2111078B07 2113944C37 2113944C38 2113944F44 2111078B25 NOT PLACED 2111078B11 NOT PLACED NOT PLACED 2113944A41 2111078B39 NOT PLACED NOT PLACED 2113944F44 2113944C42 NOT PLACED 2113944C42 Description 1000pF 0.1uF 10uF – 1000pF 100pF 100pF – 120pF 1000pF 1000pF 27pF – – – 75pF 120pF 120pF 18pF – 75pF – – – 24pF 75pF 43pF 75pF 120pF – 5.6pF 12pF 12pF – 5.6pF 39pF 47pF 12pF 27pF – 8.2pF – – 120pF 75pF – – 12pF 75pF – 75pF Circuit Ref C0760 C0761 C0763 C0764 C0765 C0766 C0767 C0768 C0769 C0770 C0771 C0772 C0774 C0775 C0776 C0777 C0778 C0779 C0780 C0781 C0782 C0783 C0785 C0786 C0787 C0788 C0789 C0790 C0791 C0792 C0793 C0794 C0795 C0796 C0797 C0798 C0799 C0800 C0801 C0802 C0803 C0804 C0805 C0806 C0807 C0808 C0809 C0810 C0811 C0812 C0813 Motorola Part No. NOT PLACED 2113951B41 2113944A41 NOT PLACED NOT PLACED NOT PLACED 2113944C42 2113944A41 2113944F51 2113944A41 NOT PLACED 2113944C16 2113944F51 2113945C04 2113944C42 2113944C47 2111078B30 2111078B29 2113944A41 2113944C42 2113944C51 2113944A41 2113944C42 2113944C84 2113944C84 NOT PLACED NOT PLACED NOT PLACED 2113944A80 2113944A28 2113944A25 NOT PLACED 2113944C75 2113944C42 2113944C51 2113944C51 2113944C42 NOT PLACED 2113944A41 2113944A41 2111078B01 2113944C42 2113944C51 NOT PLACED NOT PLACED NOT PLACED 2113944C30 2113944C42 NOT PLACED NOT PLACED NOT PLACED Description – 24pF 120pF – – – 75pF 120pF 24pF 120pF – 2.7pF 24pF .022uF 75pF 150pF 34pF 33pF 120pF 75pF 1000pF 120pF 75pF 43pF 43pF – – – 20pF 18pF 10pF – 8.2pF 75pF 1000pF 1000pF 75pF – 120pF 120pF 3.3pF 75pF 1000pF – – – 10pF 75pF – – – UHF1 (403–470 MHz) 25–40W PCB / Schematics / Parts List 3-34 Circuit Ref C0814 C0815 C0817 C0818 C0819 C0828 C0829 C0832 C0845 C0856 C0861 C0869 C0874 C0900 C0901 C0902 C0903 C0904 C0906 C0907 C0908 C0909 C0910 C0911 C0912 C0913 C0914 C0915 C0916 C0917 C0918 C0919 C0920 C0921 C0922 C0923 C0925 C0926 C0927 C0928 C0929 C0931 C0934 C0935 C0936 C0937 C0939 C0940 C0941 C0942 C0943 Motorola Part No. 2113944C46 2113944C41 2113951A31 2113944F54 2113944F54 2113944F54 2113944F54 2113951B41 2113944F44 2113944F44 2113951B41 2113944F51 2113944F51 2113944A41 2113945C31 2113945C31 2113944A41 2113944A41 2113944A41 2113945C02 2113945C31 2113944A41 2113944A41 2113944A41 2113944A41 2113944A41 2113944A41 2113944A41 2113944A41 2113945A09 2113944A41 2113945C31 2113944A41 2113945C31 2113944A41 2113944C55 2113944A41 2113945L41 2113944C02 2113944C53 2113944A41 2113944A41 2113944A41 2113944A41 2113944A41 2113944A41 2113944A41 2113944C46 2113944M17 2113944C42 2113944C42 Description 120pF 68pF 7.50pF 33pF 33pF 33pF 33pF 24pF 12pF 12pF 24pF 24pF 24pF 120pF 0.1uF 0.1uF 120pF 120pF 120pF .01uF 0.1uF 120pF 120pF 120pF 120pF 120pF 120pF 120pF 120pF 1000pF 120pF 0.1uF 120pF 0.1uF 120pF 2200pF 120pF 4700pF 220pF 1500pF 120pF 120pF 120pF 120pF 120pF 120pF 120pF 120pF 9.1pF 75pF 75pF Circuit Ref Motorola Part No. C0944 C0945 C0947 C0948 C0949 C0950 C0951 C0953 C0960 C0961 C0962 C0963 C0964 C0965 C0966 C0967 CR0201 CR0202 CR0203 CR0204 CR0205 CR0206 CR0207 CR0208 CR0300 CR0301 CR0302 CR0303 CR0304 CR0305 CR0306 CR0307 CR0308 CR0400 D0400 D0401 D0402 D0403 D0404 D0405 D0406 D0407 D0408 D0409 D0500 D0600 D0601 D0700 D0702 D0703 D0704 2113944M06 2113944C42 2113944A40 2113946S35 2113946G01 2113945A09 2113945C31 2113944A41 2113944A52 2113945C31 2113944A40 2113944A52 2113944A23 2113944A40 2113944A41 2113944A41 4815096H01 4815096H01 4815096H01 4815096H01 4815096H01 4815096H01 4815096H01 4815096H01 4815096H01 4815096H01 4815096H01 4815096H01 4815096H01 4815096H01 4815096H01 4815096H01 4815096H01 4813974A19 NOT PLACED 4885055Y01 4885055Y01 4885055Y01 4885055Y01 4815090H01 4885055Y01 4885055Y01 4885055Y01 4885055Y01 4813974A19 4815096H01 4815096H01 4802482J02 4802482J02 4875430M01 4813974A06 Description 3.3pF 75pF 100pF 1.0uF 2.2uF 1000pF 0.1uF 120pF 1000pF 0.1uF 100pF 1000pF 8.2pF 100pF 120pF 120pF DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE, SCHOTTKY – DIODE VARACTOR 1SV229 DIODE VARACTOR 1SV229 DIODE VARACTOR 1SV229 DIODE VARACTOR 1SV229 DIODE, MIXER DIODE VARACTOR 1SV229 DIODE VARACTOR 1SV229 DIODE VARACTOR 1SV229 DIODE VARACTOR 1SV229 DIODE, SCHOTTKY DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE, PIN DIODE, PIN DIODE, PIN DIODE, PIN Circuit Ref Motorola Part No. D0900 D0901 D0902 D0903 D0904 D0905 D0906 D0907 E0201 E0301 E0302 E0400 E0401 E0403 E0500 E0600 E0601 E0602 E0603 E0604 E0605 E0606 E0607 E0608 E0609 E0610 E0700 E0701 E0702 E0703 E0704 FL0500 HS0700 J0700 L0100 L0200 L0202 L0203 L0204 L0205 L0206 L0207 L0209 L0210 L0211 L0212 L0213 L0214 L0215 L0217 L0218 4813978C02 4815023H01 4815024H01 4815024H01 4813974A21 4813974A21 4813978C02 4813977M10 2409134J25 2409134J25 NOT PLACED NOT PLACED 2409134J25 2409134J25 2409134J25 2409134J25 2409134J25 2409134J25 2409134J25 2409134J25 2409134J25 2409134J25 2409134J25 2409134J25 2409134J25 2480640Z01 2485011Y01 2485011Y01 7671656M01 2485011Y01 2409134J25 9116854H02 0104038J81 0905901V11 2414017N29 2414017N28 2414032F42 2414032F42 2414017N28 2414017N20 2414017N14 2415385H02 2414032F42 2414015A21 2414017N28 2414032F42 2414032F42 2414032F42 2415385H02 2414032F42 2414015A20 Description DIODE, SWITCHING DIODE, PIN DIODE, PIN DIODE, PIN DIODE, SCHOTTKY DIODE, SCHOTTKY DIODE, SWITCHING DIODE, 5.1V ZENER FERRITE BEAD FERRITE BEAD – – FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD 73.35 MHZ CRYSTAL FILTER HEATSINK MINI-U RF CONNECTOR 270nH 220nH 470nH 470nH 220nH 47nH 15nH 12.5nH 470nH 27nH 220nH 470nH 470nH 470nH 12.5nH 470nH 22nH Circuit Ref L0219 L0221 L0300 L0302 L0303 L0304 L0305 L0306 L0307 L0309 L0310 L0311 L0312 L0313 L0314 L0315 L0317 L0318 L0319 L0401 L0402 L0403 L0404 L0405 L0406 L0407 L0408 L0409 L0410 L0411 L0412 L0413 L0414 L0503 L0504 L0506 L0602 L0603 L0604 L0605 L0608 L0700 L0702 L0705 L0706 L0707 L0708 L0709 L0710 L0711 L0712 Motorola Part No. 2414032F42 2414017N19 2414017N28 2414032F42 2414032F42 2414017N28 2414017N19 2414017N12 2415385H01 2414032F42 2414015A32 2414017N28 2414032F42 2414032F42 2414032F42 2415385H01 2414032F42 2414015A32 2414032F42 2414015B24 NOT PLACED NOT PLACED NOT PLACED NOT PLACED 2414015B29 2414015B16 2414015B15 2414015B15 2414015B15 2414015B15 2414017N20 2414017N28 2414015B17 2414015B27 NOT PLACED 2414032B66 2414032K23 2414032D20 2466505A01 2466505A01 2414032B76 2460592A01 2479990G01 2414017N26 2460592A01 2460592A01 2460592A01 2414017N26 2460592A02 2414017N26 NOT PLACED Description 470nH 39nH 220nH 470nH 470nH 220nH 39nH 10nH 8nH 470nH 18nH 220nH 470nH 470nH 470nH 8nH 470nH 18nH 470nH 15nH – – – – 10nH 27nH 22nH 22nH 22nH 22nH 47nH 220nH 18nH 390nH – 820nH 2.7uH 270nH 10uH 10uH 4.7uH 17nH 33.47nH 150nH 17nH 17nH 17nH 150nH 12.5nH 150nH – UHF1 (403–470 MHz) 25–40W PCB / Schematics / Parts List Circuit Ref Motorola Part No. L0714 L0715 L0716 L0717 L0718 L0719 L0720 L0721 L0722 L0723 L0900 L0901 L0902 L0903 L0904 L0905 M0700 Q0100 Q0102 Q0106 Q0107 Q0108 Q0200 Q0201 Q0202 Q0300 Q0301 Q0302 Q0400 Q0401 Q0402 Q0403 Q0405 Q0500 Q0501 Q0600 Q0601 Q0701 Q0702 2479990N01 2414017N26 2414017N27 2414017N06 NOT PLACED 2414017N22 2414017N06 2414017N11 2414032B60 NOT PLACED 2414032D30 2414032F42 2414032F42 2414032F23 2414032F22 2414017N24 2686201B02 4802197J95 4815359H01 4816134H01 4813970A59 4815261H01 4885061Y01 4885061Y01 4802197J95 4885061Y01 4885061Y01 4802197J95 NOT PLACED 4815267H01 4885593U03 4815270H01 4885593U03 4802197J95 4802197J95 4805793Y10 4813973A04 4816013H01 48012048002 Q0703 Q0704 Q0705 4816548H01 4813973B02 4816547H01 Q0706 Q0711 Q0900 Q0901 Q0902 R0100 R0101 4815272H01 4815271H01 4815272H01 4813973A13 4813973M07 0613952R66 0613952R66 Description 43.67nH 150nH 180nH 3.3nH – 68nH 3.3nH 8.2nH 390nH – 1uH 470nH 470nH 12nH 8.2nH 100nH HEATSINK NPN RF TRANSISTOR DUAL PNP ANALOG SWITCH P-CHANNEL MOSFET ANALOG SWITCH NPN RF TRANSISTOR NPN RF TRANSISTOR NPN RF TRANSISTOR NPN RF TRANSISTOR NPN RF TRANSISTOR NPN RF TRANSISTOR – DUAL PNP NPN RF TRANSISTOR ANALOG SWITCH NPN RF TRANSISTOR NPN RF TRANSISTOR NPN RF TRANSISTOR NPN RF TRANSISTOR NPN DARLINGTON DUAL NPN/PNP RF POWER AMPLIFIER, LDMOS N_CHANNEL LDMOS DRIVER PNP N-CHANNEL LDMOS PREDRIVER ANALOG SWITCH ANALOG SWITCH ANALOG SWITCH PNP NPN 0 0 3-35 Circuit Ref R0102 R0103 R0104 R0105 R0106 R0107 R0108 R0109 R0110 R0111 R0113 R0114 R0115 R0116 R0117 R0118 R0119 R0120 R0122 R0123 R0125 R0126 R0127 R0128 R0131 R0134 R0139 R0140 R0144 R0146 R0147 R0148 R0155 R0156 R0157 R0158 R0159 R0160 R0161 R0170 R0201 R0202 R0203 R0204 R0205 R0206 R0207 R0208 R0210 R0211 R0212 Motorola Part No. 0613952R66 0613952R66 0613952R17 0613952Q58 0613952Q83 0613952Q57 0613952Q80 0613952R66 0613952Q42 0613952R66 0613952R01 0613952Q80 0613952R66 0613952R66 0613952R12 0613952R66 0613952Q35 0613952R01 NOT PLACED 0613952R19 0613952R66 NOT PLACED 0613952Q49 0613952R66 0613952Q58 0613952Q35 0613952Q78 0613952Q31 0613952R01 0613952R66 NOT PLACED 0613952Q60 0613952R66 NOT PLACED NOT PLACED NOT PLACED 0613952R01 0613952R25 0613952R25 0613952R66 0613952Q85 0613952Q75 0613952Q75 0613952Q95 0613952Q49 0613952R05 0613952Q25 0613952Q42 0613952Q89 0613952R66 0613952R66 Description 0 0 47K 240 2.7K 220 2K 0 51 0 10K 2K 0 0 30K 0 27 10K – 56K 0 – 100 0 240 27 1.6K 18 10K 0 – 300 0 – – – 10K 100K 100K 0 3.3K 1.2K 1.2K 8.2K 100 15K 10 51 4.7K 0 0 Circuit Ref R0213 R0216 R0218 R0219 R0220 R0221 R0224 R0225 R0226 R0229 R0230 R0301 R0302 R0303 R0304 R0305 R0306 R0307 R0308 R0310 R0311 R0312 R0316 R0319 R0320 R0321 R0324 R0325 R0326 R0327 R0329 R0331 R0332 R0333 R0334 R0337 R0400 R0401 R0402 R0403 R0404 R0405 R0406 R0407 R0409 R0410 R0411 R0412 R0413 R0414 R0415 Motorola Part No. 0613952R01 0613952Q51 0613952R01 0613952Q66 0613952Q25 0613952Q66 0613952Q92 0613952Q94 0613952Q49 0613952Q54 0613952Q89 0613952Q85 0613952Q66 0613952Q66 0613952Q95 0613952Q49 0613952R05 0613952Q33 0613952Q42 0613952Q89 0613952R66 0613952R66 0613952Q46 0613952R32 0613952R05 0613952Q83 0613952Q80 0613952Q95 0613952Q49 0613952R01 0613952Q50 0613952R01 0613952Q56 0613952Q35 0613952Q56 0613952R66 0613952R05 0613952Q91 0613958H55 NOT PLACED 0613952Q57 0613952Q91 0613952Q83 0613952G67 0613952Q75 0613952R25 0613958H55 0613952R25 0613952Q69 0613952Q69 0613952Q69 Description 10K 120 10K 510 10 510 6.2K 7.5K 100 160 4.7K 3.3K 510 510 8.2K 100 15K 22 51 4.7K 0 0 75 200K 15K 2.7K 2K 8.2K 100 10K 110 10K 200 27 200 0 15K 5.6K 180 – 220 5.6K 2.7K 0 1.2K 100K 180 100K 680 680 680 Circuit Ref R0416 R0417 R0418 R0419 R0420 R0421 R0422 R0423 R0424 R0425 R0426 R0427 R0428 R0429 R0430 R0431 R0432 R0433 R0434 R0435 R0436 R0437 R0438 R0440 R0441 R0443 R0444 R0500 R0501 R0502 R0503 R0508 R0509 R0510 R0511 R0512 R0601 R0602 R0603 R0604 R0605 R0606 R0607 R0608 R0609 R0610 R0611 R0612 R0613 R0614 R0615 Motorola Part No. 0613952Q69 0613958H25 0613952Q77 0613952Q83 0613952Q83 0613958H25 0613952K25 0613952L46 0613952L46 0613952Q75 0613952Q83 0613952Q25 0613952R01 0613952Q69 0613952R01 NOT PLACED NOT PLACED 0613952R66 0613958H49 0613952R66 0613952Q67 0613952R66 0613952Q67 0613952R25 0613952R25 0613952R25 0613952R25 0613952Q90 0613952Q61 0613952R08 0613952R12 0613952R19 0613952Q89 0613952R12 0613952Q75 0613952Q42 0613952Q45 0613952R01 0613952Q80 0613952R10 0613952Q61 0613952Q42 NOT PLACED 0613952R66 0613952R66 0613952R66 0613952R66 0613952R66 0613952R66 0613952R66 0613952R66 Description 680 10 1.5K 2.7K 2.7K 10 17.8 294 294 1.2K 2.7K 10 10K 680 10K – – 0 100 0 560 0 560 100K 100K 100K 100K 5.1K 330 20K 30K 56K 4.7K 30K 1.2K 51 68 10K 2K 24K 330 51 – 0 0 0 0 0 0 0 0 UHF1 (403–470 MHz) 25–40W PCB / Schematics / Parts List 3-36 Circuit Ref R0616 R0617 R0618 R0619 R0620 R0621 R0622 R0623 R0624 R0625 R0626 R0627 R0700 R0701 R0702 R0706 R0709 R0711 R0712 R0713 R0714 R0715 R0718 R0719 R0720 R0722 R0724 R0725 R0726 R0727 R0728 R0729 R0730 R0732 R0734 R0735 R0738 R0739 R0740 R0741 R0742 R0743 R0744 R0745 R0747 R0748 R0749 R0750 R0751 R0752 R0753 Motorola Part No. 0613952R25 0613952R01 0613952Q63 0613952R01 0613952Q96 0613952R66 NOT PLACED NOT PLACED 0613952Q90 0613952N69 0613952N81 0613952R66 0613958H44 0613958J74 NOT PLACED 0613958S51 0613959Q60 0613952H57 0613952H48 0613959H12 0613952H46 0613952H46 0613952H25 0613959Q25 0613952H25 0613952H89 0613952H79 0613952Q59 0613952N01 0613952H95 0613952J01 0613952J01 0613952H73 0613952H73 0613952G67 0613959Y49 0613959Y42 NOT PLACED 0613952J25 0613952J17 0613959Q25 0613958S73 NOT PLACED 0613952H65 0613952H89 0613952J19 0613952G67 0613952J07 0613952J08 0613952G67 0613952H73 Description 100K 10K 390 10K 9.1K 0 – – 5.1K 51.1K 68.1K 0 62 0 – 120 300 220 91 30K 75 75 10 10 10 4.7K 1.8K 270 10K 8.2K 10K 10K 1K 1K 0 100 51 – 100K 47K 10 1K – 470 4.7K 56K 0 18K 20K 0 1K Circuit Ref R0754 R0755 R0756 R0757 R0759 R0760 R0761 R0762 R0763 R0764 R0765 R0766 R0768 R0769 R0770 R0771 R0773 R0775 R0777 R0900 R0901 R0902 R0903 R0906 R0907 R0909 R0910 R0911 R0912 R0913 R0914 R0915 R0916 R0917 R0918 R0919 R0920 R0921 R0922 R0923 R0924 R0925 R0926 R0927 R0928 R0929 R0930 R0931 R0936 R0937 R0938 Motorola Part No. 0613952H25 0613952H25 0613952J25 0613952J17 0613952H25 0613952Q83 0613952G67 0613958S29 0613958S29 0613958S29 0613958S29 0613958S29 0613958S29 0613958S29 0613958S29 0613958S29 0613958S29 0613952G67 0613952H25 0613952N73 0613952N62 0613952M50 0613952N34 0613952R66 0613952R66 0613952N62 0613952H73 0613952N01 0613952N30 0613952R66 0613952P26 0613952N81 0613952M59 0613952H91 0613952H63 0613952R15 0613952N42 0613952H81 0613952R14 0613952R66 0613952H91 0613952H91 0613958H53 0613952H42 0613958H39 0613958H39 0613952R07 0613952R66 0613952N66 0613952N21 0613952R66 Description 10 10 100K 47K 10 2.7K 0 15 15 15 15 15 15 15 15 15 15 0 10 56.2K 43.2K 3.24K 22.1K 0 0 43.2K 1K 10K 20K 0 182K 68.1K 4.02K 5.6K 390 39K 26.7K 2.2K 36K 0 5.6K 5.6K 150 51 39 39 18K 0 47.5K 16.2K 0 Circuit Ref Motorola Part No. R0940 R0941 R0942 R0943 R0944 R0946 R0947 R0950 R0951 R0954 R0955 R0960 R0970 R0971 R0973 R0974 R0975 R0976 R0977 R0978 R0979 R0981 R0982 R0983 R0984 R0985 R0986 R0987 R0988 R0989 R0994 R0995 RT0908 RT0953 SH0100 SH0101 SH0300 SH0301 SH0500 SH0900 SH0901 T0400 T0401 U0100 U0101 U0201 U0303 U0304 U0600 U0601 U0700 0613952R66 0613952R66 0613952M81 0613952N58 0613952R66 0613952M51 0613952R66 0613952N01 0613952N62 0613952R40 0613952P01 0613952H82 0613958H56 0613958H55 NOT PLACED 0613958H55 0613958H56 0613952H53 0613952H53 0613952G67 0613952G67 0613952R07 0613952R01 0613952R01 NOT PLACED 0613952N81 0613952N81 0613952N81 0613952Q42 NOT PLACED NOT PLACED NOT PLACED 0615585H01 0615585H01 2615362H01 2615362H01 2615362H01 2615362H01 2615576H01 2686423Z02 2686425Z02 2515121H01 2515121H01 5104932K08 5114000B59 4815267H01 NOT PLACED 4815267H01 5102495J14 5115391H01 4802246J29 Description 0 0 6.81K 39.2K 0 3.32K 0 10K 43.2K 430K 100K 2.4K 200 180 – 180 200 150 150 0 0 18K 10K 10K – 68.1K 68.1K 68.1K 51 – – – 47K 47K SHIELD SHIELD SHIELD SHIELD SHIELD SHIELD SHIELD BALUN XFMR BALUN XFMR IC, FRACN SYNTHESIZER ANALOG SWITCH DUAL PNP – DUAL PNP IC, RF ASIC VOLTAGE REGULATOR PA PRE-DRIVER Circuit Ref U0900 U0901 U0940 U0941 U0942 U0943 VR0700 Y0100 Motorola Part No. 5115147H01 5115147H01 5180390L83 5115391H01 5114004A35 5178286A01 4813977M11 5116032H01 Description DUAL OPAMP DUAL OPAMP IC, PA CONTROLLER VOLTAGE REGULATOR VOLTAGE DETECTOR IC, VOLTAGE DETECTOR DIODE, 5.6V ZENER 0.5 PPM 16.8 MHZ TCXO (GPS Models Only) M DR 3000 MOTOTRBO Repeater Chapter 9 UHF2 (450–527 MHz) 1–40W Service Information Issue: September, 2010 Computer Software Copyrights The Motorola products described in this manual may include copyrighted Motorola computer programs stored in semiconductor memories or other media. Laws in the United States and other countries preserve for Motorola certain exclusive rights for copyrighted computer programs, including, but not limited to, the exclusive right to copy or reproduce in any form the copyrighted computer program. Accordingly, any copyrighted Motorola computer programs contained in the Motorola products described in this manual may not be copied, reproduced, modified, reverse-engineered, or distributed in any manner without the express written permission of Motorola. Furthermore, the purchase of Motorola products shall not be deemed to grant either directly or by implication, estoppel, or otherwise, any license under the copyrights, patents or patent applications of Motorola, except for the normal non-exclusive license to use that arises by operation of law in the sale of a product. i Chapter 9 - UHF2 High Power Service Information Table of Contents Section 1 Theory of Operation 1.0 Introduction ..........................................................................................................1-1 1.1 Receiver .........................................................................................................1-2 1.2 Transmitter .....................................................................................................1-2 1.3 Repeater Indicator Board ...............................................................................1-2 1.4 Connector Board ............................................................................................1-3 1.5 Fan .................................................................................................................1-4 1.6 AC/DC Power Supply .....................................................................................1-4 2.0 Repeater Interconnections and Cables................................................................1-5 3.0 Mobile Radio’s Theory of Operation ....................................................................1-6 3.1 UHF2 (450–527 MHz) Receiver Circuitry .......................................................1-6 3.2 UHF2 (450–527 MHz) Transmitter Circuitry - 40 Watt ...................................1-9 3.3 Frequency Generation Circuitry....................................................................1-13 Section 2 1.0 2.0 3.0 4.0 5.0 6.0 Troubleshooting Charts Troubleshooting Flow Chart for Receiver ............................................................2-1 Troubleshooting Flow Chart for 40 Watt Transmitter ...........................................2-4 Troubleshooting Flow Chart for Synthesizer........................................................2-5 Troubleshooting Flow Chart for Tx VCO (Sheet 1 of 2) .......................................2-6 Troubleshooting Flow Chart for Rx VCO (Sheet 1 of 2).......................................2-8 Troubleshooting Flow Chart for Repeater..........................................................2-10 ii Section 3 UHF2 PCB / Schematics / Parts List 1.0 Allocation of Schematics and Circuit Boards ....................................................... 3-1 1.1 Controller Circuits........................................................................................... 3-1 2.0 UHF2 (450–527 MHz) 1–40W PCB / Schematics / Parts List ............................. 3-3 UHF2 (450–527 MHz) 1–40W 8471696M01 Top Side........................................... 3-3 UHF2 (450–527 MHz) 1–40W 8471696M01 Bottom Side ..................................... 3-4 UHF2 (450–527 MHz) 1–40W Overall Schematic Diagram ................................... 3-5 UHF2 (450–527 MHz) 1–40W Receiver Front-End Schematic Diagram ............... 3-6 UHF2 (450–527 MHz) 1–40W Receiver IF Amp Schematic Diagram.................... 3-7 UHF2 (450–527 MHz) 1–40W Receiver Back-End Schematic Diagram................ 3-8 UHF2 (450–527 MHz) 1–40W Power Amplifier Schematic Diagram ..................... 3-9 UHF2 (450–527 MHz) 1–40W Power Control Schematic Diagram...................... 3-10 UHF2 (450–527 MHz) 1–40W Synthesizer Schematic Diagram.......................... 3-11 UHF2 (450–527 MHz) 1–40W Receiver VCO Schematic Diagram...................... 3-12 UHF2 (450–527 MHz) 1–40W Transmit VCO Schematic Diagram...................... 3-13 UHF2 PCB 8471696M01 Parts List 1–40W ......................................................... 3-14 3.0 UHF2 (450–527 MHz) 1– 40W PCB / Schematics / Parts List .......................... 3-19 UHF2 (450–527 MHz) 1–40W 8471696M02 Top Side......................................... 3-19 UHF2 (450–527 MHz) 1–40W 8471696M02 Bottom Side ................................... 3-20 UHF2 (450–527 MHz) 1–40W Overall Schematic Diagram ................................. 3-21 UHF2 (450–527 MHz) 1–40W Receiver Front-End Schematic Diagram ............. 3-22 UHF2 (450–527 MHz) 1–40W Receiver IF Amp Schematic Diagram.................. 3-23 UHF2 (450–527 MHz) 1–40W Receiver Back-End Schematic Diagram.............. 3-24 UHF2 (450–527 MHz) 1–40W Power Amplifier Schematic Diagram ................... 3-25 UHF2 (450–527 MHz) 1–40W Power Control Schematic Diagram...................... 3-26 UHF2 (450–527 MHz) 1–40W Synthesizer Schematic Diagram.......................... 3-27 UHF2 (450–527 MHz) 1–40W Receiver VCO Schematic Diagram...................... 3-28 UHF2 (450–527 MHz) 1–40W Transmit VCO Schematic Diagram...................... 3-29 UHF2 PCB 8471696M02 Parts List 1–40W ......................................................... 3-30 1-1 Section 1 THEORY OF OPERATION Introduction The MOTOTRBO repeater consists of two MOTOTRBO mobile radios; one to act as a receiver, and one to act as a transmitter and controller. Both of these radios contain specialized software that allows them to function together as a repeater. The Repeater also contains a Repeater Indicator board and a Connector board. A block diagram of the repeater is shown in Figure 1-1. The Repeater Indicator board contains the Front-Panel LED circuitry as well as an Ethernet interface. The Connector board is a multifunctional board that is primarily used to pass signals to and from modules inside the chassis to the outside of the chassis. The Repeater contains the following assemblies and sections: • Receiver • Transmitter • Repeater Indicator Board • Connector Board • Fan Repeater Board • AC/DC PSU Option Board Interface Display Driver USB to Ethernet Interface Repeater Interface RTC Backup Mobile Mic Port (MMP) Mobile Mic Port (MMP) Front Connector Front Connector Tx Control Radio Control Head Interface Rx Radio Controller Rx RF DC Power Mobile Accessory Port (MAP) Rear Connector Power Supply AC Power Repeater Interface Option Board Interface Control Head Interface Controller Mobile Accessory Port (MAP) Rear Connector Connector Board 1.0 Fan Control Ethernet Connector Tx RF DC Power Fan MAP Connector RF Rx In RF Tx Out Figure 1-1 Repeater Block Diagram 1-2 1.1 Introduction Receiver The receiver uses a transceiver board which is based on the mobile radio's transceiver board. The board uses the same PCB as the mobile radio board, but is populated differently to work in the Repeater application. Only the receiver related functions of the board are utilized in this application, even though the circuitry for transmit also exists on the board. The Repeater receiver is identical in functionality to the mobile radio's receiver differing only in the audio path. On the mobile radio, the decoded audio is sent to a DAC, and then to the speaker. In the Repeater, this audio information is sent out through the SSI link to the transmit radio to be processed. Details of the receiver theory of operation can be found in Section 3.1. 1.2 Transmitter The transmitter consists of a transceiver board which is based on the mobile radio's transceiver board housed in a transmit chassis. The transmit radio is identical to the receive board from a hardware standpoint. The difference between the two is the software that is running on them, how they are connected within the Repeater, and an additional heat sink that is mounted to the chassis. The added heatsink and the Repeater fan allow the transmitter to be cooled sufficiently when operating in a 60°C, full-duty cycle environment. The transmit radio acts as the master controller for the Repeater. It handles all controller related tasks for the Repeater, including management of the receive radio. The transmit radio is responsible for processing the audio sent from the receive radio and repeating it out at the Tx frequency. Details of the transmitter theory of operation can be found in Section 3.2. 1.3 Repeater Indicator Board The Repeater Indicator board contains circuitry to drive the front panel indicator LEDs, an RTC battery for the RTC in the transmit radio, as well as an Ethernet controller. Front Panel Indicators Display Driver Ethernet to Rear Panel USB to Ethernet Interface RTC Backup Flex to Transmit Radi o Figure 1-2 Repeater Indicator Board Block Diagram All of the indicator LEDs that are on the front of the Repeater chassis reside on the Repeater Indicator board. Each is controlled by a shift register (U6) data out signal and a digital transistor. The shift register accepts serial data in from the transmit radio's OMAP processor via a SPI bus. A 74LVC07 buffer (U9) level shifts these signals from 3.3 V to 1.8 V. Introduction 1-3 The Repeater Disable LED is a dual-purpose LED that is hardware controlled initially at power-up. As soon as VBUS power is available on the Repeater Indicator board, the hardware circuitry for the Repeater Disable LED will cause it to blink periodically. When the software initialization is completed by the firmware, the blink circuitry will get disabled by the firmware. At that point, the Repeater Disable LED can be used for its intended purpose of displaying when the Repeater Disable function is turned on. The power LED is the only LED that is not controlled by the software. This bi-color LED gets turned on green when the 13.8 V output from the power supply is valid. It turns on red when A/C power is lost, and the repeater's backup battery is used. The Real Time Clock (RTC) battery (M1) is connected to the transmit radio through the Control Head (J1, pin 30). Details of the Ethernet Controller can be found in Chapter 2. 1.4 Connector Board The Connector board has two purposes: provide a place for the Repeater's MAP and Ethernet connectors to be mounted and a location for the Repeater’s fan control circuitry. To MAP Conne ctor On Transmit Radi o To Power Suppl y Fan Control To MAP Conne ctor On Rear Panel To Fan To Ethernet Conne ctor On Rear Panel Figure 1-3 Connector Board Block Diagram 1-4 1.5 Introduction Fan The fan control logic is provided by the fan controller IC (U51). This is a device from Cypress Semiconductor. There are basically two functions provided by the fan controller. First, it provides a PWM output based on a temperature input, and secondly, it provides detection of fan failure based on the fan tachometer reading. The Repeater’s internal chassis temperature is measured with an LM50 precision temperature sensor IC (U52). This IC outputs a voltage that is linearly proportional to temperature at 10 mV/°C, and with an offset of +500 mV. The output voltage of the LM50 ranges from +200 mV at -30°C to 1.1 V at +60°C. The fan controller IC (U51) controls the speed of the fan by adjusting the PWM output (pin 1) from 0% to 100%. As long as the fan continues to work, pulses are output from the fan and input to the fan controller (pin 2). 1.6 AC/DC Power Supply The Repeater uses the PMPN4001A switch-mode, Power Supply Unit (PSU). It is capable of 200 W and designed for a 50 W UHF or VHF repeater system. This supply has UL, CE, and TUV regulatory approvals and is usable in all regions by using the correct line cord. The AC input is auto-ranging with no manual switch being specified to operate from 90 V-270 V and 47 Hz-63 Hz. It outputs a nominal voltage of 13.8 V with a voltage tolerance of +/- 5%. It has Power Factor Correction circuitry and is rated at 15 A across the whole operating temperature range of -30°C to +60°C. It also has a built-in battery revert circuit with a float output available for maintaining the charge on a battery and has UL, CE, & TUV approvals. The battery revert connector is accessible in the back of the power supply. The supply has over-load, over-voltage, and over-temperature protection. In an overload condition, the PSU goes into a hiccup mode where it recovers automatically after the fault condition is removed. During an over-voltage condition, the PSU shuts down and will have to be re-powered on to recover. In an over-temperature condition, the PSU also shuts down, but will recover after the temperature goes down. The PSU is not designed to be field serviceable. If it is determined that the PSU is not functioning, the whole unit needs to be replaced. Repeater Interconnections and Cables Repeater Interconnections and Cables Repeater Board Figure 1-4 shows the Cable interconnections inside the Repeater. Display Driver USB to Ethernet Interface RTC Backup 7 6 Repeater Interface Mobile Mic Port (MMP) Mobile Mic Port (MMP) Front Connector Controller 5 Rx RF Mobile Accessory Port (MAP) DC Power Repeater Interface Front Connector 9 Control Head Interface Tx Control Radio Option Board Interface Rx Radio Option Board Interface Control Head Interface Rear Connector Controller Mobile Accessory Port (MAP) Rear Connector Tx RF DC Power 1 8 2 3 Power Supply AC Power Connector Board 2.0 1-5 Fan Control Ethernet Connector Fan 4 MAP Connector RF Rx In RF Tx Out Figure 1-4 Repeater Cabling Diagram The details of each of these cables/interconnections are as follows: 1. Two conductor DC power cables to the transmit and receive radios. 2. Six conductor DC power cable to the connector Board. Supplies power for the fan and Repeater Indicator board via cable 6. 3. RF Coax to connect the receive radio to the back of the Repeater. This cable has a BNC connector on the Repeater’s rear panel. 4. RF Coax to connect the transmit radio to the back of the Repeater. This cable has an N type connector on the Repeater’s rear panel. 5. CAT5 cable with RJ45 style connectors on both ends. This cable connects the Ethernet controller on the Repeater Indicator board to the Repeater's back panel and provides power from the Connector Board to the Repeater Indicator board for the LED indicators. 1-6 3.0 Mobile Radio’s Theory of Operation 6. Eleven conductor flex cable. Provides the SSI connection between the transmit and receive radios. Refer to Section 1.5 for more details on this interface. 7. Thirty conductor flex cable. Provides the connection from the transmit radio to the Repeater Indicator board and includes SPI signals to drive the LED indicators, RTC backup supply, and the interface to the Ethernet controller. 8. Twenty six conductor cable. Provides the connection from the transmit radio's MAP to the MAP located on the Repeater's rear panel. 9. Eight pin conductor cable. Provides Ethernet LED signals from Repeater Board and HWID signals from Connector Board (Applicable for 32 MB repeaters only). Mobile Radio’s Theory of Operation The sections that follow provide a detailed theory of operation for the UHF circuits in the two MOTOTRBO mobile radios. For details of the theory of operation and troubleshooting for the associated Controller circuits, refer to the Controller Section of this manual. 3.1 UHF2 (450–527 MHz) Receiver Circuitry The UHF Band 2 receiver is configured as a dual-conversion superheterodyne receiver, capable of both FM and 4-level FSK demodulation. Its primary features are tunable filtering in the front-end and advanced DSP (digital signal processing) for audio recovery. The overall block diagram is shown below in Figure 1-5. The receiver in general can be divided into three sections, front-end, back-end, and DSP. 2-Pole Varactor Tuned LNA 2-Pole Varactor Tuned DBM 4-Pole 73.35MHz 2nd LO 71.1 or 75.6 MHz Limiter / IF Amp Stages X AD9864 T/R Antenna Switch 2nd L.O. Hi-Speed A/D VCO 10-bit DAC SPI & SSI BUS 10-bit DAC DSP Processor Speaker D/A 1st LO F0 - 73.35 MHz Figure 1-5 Receiver Block Diagram 3.1.1 Receiver Front-End RF energy is routed from the antenna through the External Connector (J0700) to a pin diode transmit/receive antenna switch comprised of D0700, D0702, and D0703. The antenna switch is controlled in two different modes, either via the release of the PTT button in analog mode or by the main processor when in digital mode. When the radio is receiving, RF energy is routed from the T/R antenna switch to the front-end. The front-end provides rejection of any unwanted out-of-band energy and the initial frequency conversion to the first IF (Intermediate Frequency) of 73.35 MHz. Part of this rejection process is facilitated by two 2-pole/5-zero varactor-tuned filters, which provide well over 75 dB of image rejection. The center frequency is adjustable over the specified receive band and is controlled via a 10-bit DAC output that is scaled up by a voltage-doubler (Q0403) to Mobile Radio’s Theory of Operation 1-7 provide the needed linearity and voltage range during operation. On UHF Band 2, the varactor diodes are doubled-up on each side of the filter, which increases the overall IP3 of the filter, and thus, improves intermodulation rejection. One other important role of the front-end is to amplify the RF level coming into the receiver. The LNA (low noise amplifier), Q0402, provides the necessary gain to help maintain the needed S/N for weak signal operation. The first frequency conversion process is accomplished with a class 2 double-balanced octo-quad diode ring mixer (D0405). The first local oscillator also feeds the mixer stage via an injection amplifier and harmonic filtering. The LO is driven by a two-stage injection amp (Q0302 & Q0405), providing a minimum of +18.5 dBm at the mixer. Between the VCO buffer (Q0302) and injection amplifier (Q0405) stages is a 3 dB pi attenuator to increase the reverse isolation of the injection lineup. This is needed to help mitigate any “pulling” on the main LO while in TDMA mode. The amplified LO power then passes through a 3-pole 2-zero low-pass filter stage before reaching the mixer. This filter reduces any unwanted products from the first LO that may cause unwanted spurious frequencies in the mixer output. The two filter zeros are optimized to reject the LO second harmonic, which can degrade the system IP2. 3.1.2 Receiver Back-End After the first frequency conversion to 73.35 MHz, the IF signal passes though a crystal filter (FL0500) with a minimum 3 dB BW of 13 kHz. The signal is then routed through a 2-stage limiter/ amplifier (Q0500 & Q0501). The limiter/amplifier stage applies the similar principle of strong and weak signal management as in the front-end, to help achieve a dynamic range of well over 100 dB without over-driving the DAC, internal to the AD9864 IC. AD9864 IFIC 73.35 MHz IF LNA -16 dB Step Atten Hi-Speed ADC Decimator 2.25 MHz IF Σ∆ 20 kHz DATA 18 MHz SAMPLING RATE External 2nd LO High/Low Side Injection 73.35 +/- 2.25 MHz External 16.8 MHz Reference Figure 1-6 AD9864 Block Diagram The 73.35 MHz IF signal finally reaches the AD9864 (U0600), as shown in Figure 1-6. Here another frequency down-conversion to 2.25 MHz takes place before the resultant RF voltage gets sampled by a Sigma-Delta converter. The Sigma-Delta converter is a high-speed DAC that outputs a 20 kHz data stream to the main DSP. 1-8 Mobile Radio’s Theory of Operation 3.1.3 Receiver DSP (Digital Signal Processing) Shown below in Figure 1-7 is the block diagram of the signal flow through the receiver back-end. All blocks within the dotted box represent the DSP software algorithms internal to U1000. FIR FM DISCRIMINATOR ANALOG AUDIO GAIN STAGES DEEMPHASIS SPEAKER 20 kHz DATA DAC DSP ANALOG FM MODE 20 kHz DATA FIR FM DISCRIMINATOR 4-FSK SYMBOL RECOVERY AMBE+2 TM VOCODER ANALOG AUDIO GAIN STAGES SPEAKER DAC DSP DIGITAL 4FSK MODE Figure 1-7 Signal Flow through Receiver Back-End The DSP takes the incoming 20 kHz data-stream and passes the information through an FIR (Finite Impulse Response) filter, which provides rejection from any in-band adjacent channel interference. The remaining filtered data is then sent through the FM Discriminator routine. This routine is primarily responsible for base-band information recovery. Depending on whether the radio is in analog or digital mode determines the kind of signal processing used. If the radio is in analog mode, the recovered base-band data is sent through FM De-emphasis and sub-audible tone (CTCSS/ CDCSS) recovery subroutines in the DSP code. If the radio is in digital mode, the recovered base-band information is sent through a Symbol Recovery routine. The resultant data is then routed through a standard AMBE+2™ vocoder for processing. The output signal from either the analog or digital mode signal processing (still represented by hi-speed data), is sent to a DAC (U3200), which converts the data stream back into usable audio. This stage drives several additional gain stages. These gain stages consist of an I2C audio attenuator (U3501) and a high-power audio PA (U3500) providing the user with at least 3 W of power through an internal speaker and 13 W of audio to an external speaker. Mobile Radio’s Theory of Operation 3.2 1-9 UHF2 (450–527 MHz) Transmitter Circuitry - 40 Watt The Transmitter consists of the power amplifier (PA) circuitry and the power control circuitry. The power amplifier provides amplification of the signal from the VCO up to the desired output power. The power control block is responsible for ensuring that the desired output power level is maintained in both analog and digital modes, as well as protecting the power amplifier from damage due to heat, antenna mismatch, out-of-range battery voltage, and poor assembly. The output power of the transmitter can be set to operate between 1 W and 40 W. 9V3_TX ANT_ENABLE LDMOS Predriver RD01MUS1 Agilent ADA4743 ANT_ENABLE LDMOS Final MRF 1570 Microstrip Dual Directional Coupler Harmonic Filter / tch Ma lit ter Sp tch Ma CW / 4 FSK +10 dBm INPUT FROM VCO A+ LDMOS Driver RD07MVS1 tch Ma TX_INJ 9V3_TX M Co atch mb / in e r 9V3_TX 11/17dB Switched Attenuator TX Port T/R Switch RX Port To FE Forward Port SW_9V1 FINAL_BIAS BATTERY_DET A+ To Pressure Pad Switch PC_Atten_En To Pressure Pad Switch Reflected Port + Thermal Cutback To Pressure Pad Switch Voltage Controlled variable Attenuator PC_ATTEN_ENA 9V3 To Predriver P res s ure P ad Clos es S witc h PA_ENABLE 9V3 SW_9V1 To Driver V_CONTROL To Final VCONT VIN +5 VOUT VAPC -5 dBm (nominal) ADI VPOS 8315 VSET ENBL FLTR COMM +5V Regulator Pressure Pad Switch RF IN TX_DAC Active Reconstruction Filter Log Amp Controller Figure 1-8 UHF Band 2 40 Watt High-Power Transmitter Detailed Block Diagram 3.2.1 Power Amplifier The radio’s 40 Watt power amplifier (PA) is a 4-stage amplifier which amplifies the output of the VCO to the required transmit power level. The first stage is an LDMOS (Lateral Double Diffuse MOS) 50 ohm fixed-gain block (ADA-4743, U0700) followed by the adjustable gain LDMOS pre-driver (RD01MUS1, Q0705), an adjustable gain LDMOS driver (RD07MVS1, Q0703), and the fixed-gain LDMOS final device (MRF1570, Q0702). A transmit/receive (T/R) switch and a harmonic filter complete the transmit lineup. 3.2.2 Input Stage (50 Ohm Fixed-Gain Block) The first stage (ADA-4743, U0700) is an integrated circuit with internally matched 50 ohm input and output stages providing approximately 16 dB power gain. It provides reverse isolation between the PA and the VCO to lessen the risk of VCO load-pull and it also supplies appropriate power to the pre-driver stage. The ADA-4743 is biased at 33 mA during transmit by R0706, which is switched to 9V3_TX during Tx operation by Q0701 (controlled by Antenna_En). The ADA-4743 is preceded by a switchable resistive pad that is 11 dB in high-power mode and 17 dB in low-power mode. 1-10 3.2.3 Mobile Radio’s Theory of Operation Pre-Driver Stage The next stage is a low-power, LDMOS device (RD01MUS1, Q0705), which delivers up to +27 dBm to the driver stage. Its gain is controlled by varying the gate bias voltage and varies from low gain up to approximately 14 dB power gain. The gate bias voltage is controlled in parallel with the driver stage by the V_cont signal. The input match to this stage is a high-pass topology consisting of C0734, L0718, C0817, L0721, C0795, L0717, and C0785. High-pass matches are used where appropriate to minimize the chances of low frequency regeneration within the amplifier. R0759 and R0777 are required to improve the bandwidth of this circuit. The inter-stage match between the pre-driver and driver stages is comprised of L0720, C0786, and C0791 arranged in a high-pass topology. Additional pads are provided on the transceiver board to allow for possible engineering optimizations to this match. These are non-populated parts C0789, C0792, R0739, and C0794. 3.2.4 Driver Stage The third stage is a medium-power, LDMOS device (RD07MVS1, Q0703), which delivers up to +36 dBm to the final device. Its gain is controlled by varying the gate bias voltage and varies from low gain up to approximately 11 dB of power gain. The gate bias voltage is controlled with the V_cont signal and is controlled in parallel with the pre-driver stage gain. R0718, R0720, R0754, and R0755 are required to improve the bandwidth of the driver stage. The inter-stage match (as well as the power splitter) between the driver and final device uses a bandpass topology. 3.2.5 Final Stage The final stage is a high-power LDMOS device (MRF1570, Q0702) consisting of two parallel, high-power devices within 1 plastic package. The package is mounted to a copper carrier to improve thermal conductivity to the chassis and also to more tightly control the RF load, allowing higher and more consistent maximum output power. This stage is biased at a quiescent current of 700 mA and operates with a fixed gain of approximately 10 dB, allowing up to +48 dBm of output power. The quiescent current is set by adjusting the Final_Bias signal. Both elements of this transistor are fabricated on the same semiconductor die and are well matched, allowing control via a single voltage. Both the input and output matching circuits of this stage have extremely critical part location requirements. Any repairs must be done with care to ensure the replaced components are placed accurately and properly soldered. Of particular concern are input matching capacitors C0732, C0832, C0861, and C0761. The resistor networks at the gates of transistor Q0702, R0762 through R0773, improve the bandwidth of the circuit. Mobile Radio’s Theory of Operation 1-11 The output matching circuit and power combiner is comprised of C0807, C0719, C0806, C0746, C0726, and C0737, and associated microstrips fabricated on the printed circuit board. R0719 and R0709 are added as a preventative measure against half-carrier regeneration. Inductor L0712 and capacitor C0751 form a trap around 500 MHz to attenuate any ½ Fc signals. If the final device fails and has to be replaced, R0719 should be carefully inspected to insure against any damage caused by the final device. Replacement of the final device requires that the bias voltage be re-tuned using the Customer Programming Software (CPS). Care must be taken not to damage the device by exceeding the maximum allowed quiescent current which is 1 A. The device can tolerate up to 5 A for brief periods of time without damage. 3.2.6 Antenna Switch The Antenna Switch (T/R switch) has 2 modes, transmit mode and receive mode. An explanation of the functionality of each follows below: Transmit mode: The antenna switch utilizes the existing dc feed (A+) to the final stage device (Q0702). Both PIN diodes, D0700 and D0702, are turned on during key-up by forward biasing them. Forward biasing is achieved by pulling down the voltage at the cathode end of D0702 to around 12.2 V (0.7 V drop across each diode). Q0704 is configured as a current sink that maintains the current through the antenna switch diodes at 50 mA, as set by VR0700 and R0738. The current sink is enabled during transmit mode by ANT_ENABLE asserting through Q0706 and associated circuitry. When the PIN diodes are conducting, an RF ground is formed at the anode of the lower PIN diode D0702, which places the series L0710 in parallel with C0803. The values of L0710 and C0803 are chosen so that they are in parallel resonance at the center of the transmit band, making them appear as an open circuit so that a 50 ohm power path is maintained through the top PIN diode to the harmonic filter. To further attenuate the Tx signal to prevent it from getting to the Rx front-end, a PIN diode pair (D0703) is placed in the Rx path. This diode pair shorts to ground in transmit mode so that the receiver sees a minimum of transmitter power. Receive mode: The DC current through the PIN diodes is interrupted by turning off the current sink. The RF path now flows from the harmonic filter, through the matching circuit formed by C0803 and L0710, and then to the matching network C0766, C0767, R0701, and C0772. The additional shunt diodes (D0703) will be high impedance since no bias current is flowing from the switched Tx power line. 3.2.7 Harmonic Filter Inductors L0706, L0707, L0708, and capacitors C0742, C0739, C0740, and C0738 form a 7-element low-pass filter to attenuate harmonic energy from the transmitter. R0713 is used to drain any electrostatic charges that might otherwise build up on the antenna. The harmonic filter also prevents high-level RF signals above the receiver pass-band from reaching the receiver circuits, improving spurious response rejection. 3.2.8 Directional Coupler The dual-directional microstrip coupler is implemented at the harmonic filter output to sample both forward and reverse directed transmitter power. RF power from the transmitter PA passes through the microstrip coupler before reaching the antenna. Forward RF power is coupled to the U0940 log detector/controller via the voltage-controlled attenuator (VCA) stage consisting of pin diodes D0901, D0902, and D0903. The log detector/controller regulates the gain of PA stages Q0703 and Q0705 (via V_cont), thus ensuring that the forward power out of the radio is held to a constant value. 1-12 Mobile Radio’s Theory of Operation The directional coupler functions not only as part of the transmitter power regulation circuit but also as part of the VSWR load-detection circuitry. Its physical location close to the antenna connector allows accurate VSWR sense at the transmitter output. Forward and reverse coupled signals are rectified by D0904 and D0905, respectively. DC voltage FWD_DETECTED is proportional to RF power while REV_DETECTED is proportional to reflected RF power. The detected voltages are fed to the respective inputs of difference amplifier U0901. The difference amplifier output is applied to the variable attenuator control stage U0900-1. An abnormally high reflected power level, i.e., a damaged antenna, also causes an increase in the difference amplifier output voltage. This causes a reduction in attenuation by the VCA. As a result, the greater RF signal applied to the log detector / controller causes the controller to reduce the gain of PA stages Q0703 and Q0705. Transmitter power is thus reduced to prevent damage to the final device due to an improper load. 3.2.9 Power Control The transmitter uses PA controller IC, U0940, to control the power output of the radio. A portion of the forward RF power from the transmitter is sampled by the directional coupler and delivered via the VCA to the RFIN port of the PA controller IC (pin 1). The PA controller, a log detector type, provides temperature-stable, high-accuracy control over a typical 50 dB dynamic range. The MAKO IC contains a digital-to-analog converter (DAC), which provides a reference voltage (TX_DAC) at the input of reconstruction filter stage U0900-2. The filtered reference voltage at the output of U0900-2 is divided by the combination of R0942 and R0946 before reaching the VSET input of the PA controller IC (pin 3). Thermistor RT0953 is used in combination with R0954 to compensate reference voltage drift at operating temperature extremes. Reference voltage level is programmable through the SPI lines of the MAKO. This reference voltage is proportional to the desired power setting of the transmitter and is factory programmed at several points across the frequency range of the transmitter to offset frequency response variations of the transmitter’s coupled power circuits. The PA controller IC provides a dc output voltage at pin 7 (VAPC), which is divided to provide gate bias for PA pre-driver and driver stages. The 0-5 V range at U0940, pin 7, is applied as V_CONTROL to power-adjust the transmitter by controlling the gate bias of stages Q0703 and Q0705. Voltage divider combination R0727 and R0728 provides gate bias to Q0703 while divider combination R0750 and R0751 provides gate bias to Q0705. This adjusts the transmitter power output to the intended value. The ratio of each of these resistive dividers is chosen to insure that Q0703 and Q0705 are both running at their nominal design condition at rated output power. Variations in sampled forward transmitter power cause the PA controller IC to adjust the control voltage above or below its nominal value to raise or lower output power in order to maintain transmitter output power relative to the reference voltage applied to VSET. 3.2.10 Power Ramp Profile Control In order to minimize the transient adjacent channel power at the transmitter’s output, the ramped power follows a raised cosine profile. The PA controller IC has a linear slope function when scaled in dB/V. To achieve the desired raised cosine profile of the output power, the ramped reference voltage provided by the MAKO DAC follows a raised cosine approximation. The MAKO DAC reference output is low-pass filtered by the DAC reconstruction filter before it is applied to the VSET input of the PA controller IC. Mobile Radio’s Theory of Operation 1-13 Reconstruction filtering reduces spurious emissions in the RF spectrum as a result of the finite steps of the DAC. Loop filter capacitor C0926, in conjunction with resistor R0950 and the integrator within the PA controller IC, set the loop dynamics. The loop response has been optimized to achieve sufficient speed to follow the required ramping profiles while meeting switching transient requirements over varied power levels. Accurate control of the power-rise (ramp-up) and power-decay (ramp-down) characteristics minimizes splatter into adjacent channels. 3.2.11 Thermal Protection Thermistor RT0908, in combination with R0902, form a voltage divider with the output proportional to the sensed transceiver board temperature in the vicinity of the transmitter driver and final devices. The voltage divider output is routed to an operational amplifier U0901-2, which provides a dc voltage via diode junction D0900 to control the attenuation level of the VCA stage. For the condition that the temperature threshold set by resistive divider combination R0901 and R0909 is reached, the VCA is driven to increase the RFIN signal at the PA controller IC (pin 1). This increase will cause the controller IC to adjust the PA control voltage below its nominal value to decrease transmitter output power. Temperature will be reduced by lowering transmitter output power relative to the reference voltage applied to VSET. 3.2.12 Out-of-Range Battery Protection Transmitter power cutback under extended battery supply voltage operation is provided for by monitoring the battery supply in the controller circuit of the radio in order to change the VSET input of the PA controller IC (pin 3) for reduced transmitter output. 3.2.13 Pressure Pad Switch The power control circuitry includes a safety switch (S0700) that consists of a conductive portion of the rubber pad, which pushes the RF final transistor Q0702 against the chassis. When the chassis cover and rubber pad are properly assembled, the conductive portion of the pad contacts a pattern on the transceiver board, electrically closing switch S0700. If the cover and pad are not in place, switch S0700 is open-circuited and the power control circuit is disabled, turning off the gate bias to Q0702, Q0703, and Q0705. This prevents thermal damage of the RF transistors which could occur if the transmitter is operated without adequate heat sinking. 3.3 Frequency Generation Circuitry The synthesizer subsystem consists of the reference oscillator (Y0100), the fractional-N synthesizer IC (Tomahawk II, U0100), and the voltage controlled oscillator (VCO). 3.3.1 Reference Oscillator The reference oscillator (Y0100) contains a temperature compensated crystal oscillator with a frequency of 16.8 MHz. A digital-to-analog (DAC) converter internal to U0100 (Tomahawk) and controlled by the microprocessor via serial interface (SPI), sets the voltage at the AUX_DAC output of U0100 (pin H6) to set the frequency of the oscillator. The output of the oscillator (pin 3 of Y0100) is applied to pin K5 (XOSC_BASE) of U0100. 1-14 Mobile Radio’s Theory of Operation 3.3.2 Fractional-N Synthesizer The Tomahawk II synthesizer IC (U0100) consists of a pre-scaler, a programmable divider and divider control logic, phase detector, charge pump, a D/A converter in the high frequency analog modulation path, an attenuator to balance the high and low frequency modulation paths, a serial interface for control (SPI), a serial interface for modulation (SSI), and a super filter for the regulated 2.45 V. SPI SSI (Modulation) D10 Data Read D9 Data Write C11 Clock D8 CEX F11 Data F10 Clock F9 Fsync TOMAHAWK II SPI Interface Fractional - N Synthesizer (U0100) H2,J3 5V A7 2.775V Dig A5,A10,B2,B9, G2,J4,J6,J10, K2,L6 B7,E11,G10,J1 Waveform Generator Modulation Unit Digital Attenuator DS 18-bit Super Filter K4 Reference Divider J2 PRSC 16.8MHz REF Buffer Fractional Unit D/A VCO TX / LO SF_OUT J11 Buffer HP MOD 1.875V Dig SSI Interface 2.775V Ana K8 2.775V Ana Prescaler K5 Main Divider AUX D/A Main Phase/Freq. Detector And Charge Pumps G3 H1 H6 TCXO (16.8MHz) D7 Main_CP Adapt_CP LOCK DETECT Loop Filter Figure 1-9 UHF Band 2 Synthesizer Block Diagram A voltage of 2.775 V applied to the super filter input (U0100 pin J4) supplies an output voltage of 2.45 V (SF_OUT) at pin K4. This supplies the VCO and the VCO modulation bias circuit (via R0321). The super filter supply voltage is provided by the 2.775 V regulator within U3200. The synthesizer is also supplied by the 5 V regulator, U3002, another 2.775 V regulator within U3200, and a 1.875 V regulator within U3200. The output signal LOCK (U0100-D7) provides information about the lock status of the synthesizer loop. A high level at this output indicates a stable loop. A discrete buffer amplifier (Q0100) provides a buffered 16.8 MHz reference frequency to other parts of the radio. The serial programming interface (SPI) is connected to the microprocessor via the data lines SPI_DW (U0100-D9) and SPI_DR (U0100-D10), clock line SPI_CLK (U0100-C11), and chip enable line CEX (U0100-D8). The serial modulation interface (SSI) is connected to the DSP via the data line SDTX (U0100-F11), clock line TXCLK (U0100-F10), and frame sync line SFTX (U0100-F9). Mobile Radio’s Theory of Operation 3.3.3 1-15 Voltage Controlled Oscillator (VCO) The voltage controlled oscillator (VCO) subsystem consists of four Colpitts oscillators (two each for Tx and Rx), a single-stage Tx buffer amplifier, a single-stage Rx buffer amplifier, oscillator bias control switches, and the modulation circuitry. High Port Modulation (HO_MOD_OUT) (U0100-K8) UHF Band 2 VCO TX_VCO_SEL1 (U0100-E5) Subsystem 9V3_VCO (U3001-5) TX VCO 1 TX INJ TX_VCO_SEL2 (U0100-A4) TX Buffer Amp To U0700 TX VCO 2 Prescaler (U0100-J2) Low Pass Filter RX_VCO_SEL1 (U0100-B4) 9R1 (Q0107) Steering Line Voltage (VCTRL) RX VCO 1 RX INJ RX_VCO_SEL2 (U0100-H8) RX Buffer Amp To Q0405 RX VCO 2 Figure 1-10 UHF Band 2 VCO Block Diagram Due to the limited steering line voltage provided by the Tomahawk Synthesizer IC (U0100), the UHF Band 2 VCO design incorporates a total of four oscillators; two varactor-tunable Colpitts oscillators each for Tx and Rx. Each oscillator has a tuning range of 38.5 MHz, sufficient to cover the Rx and Tx frequency ranges of 376.65 MHz to 453.65 MHz and 450 MHz to 527 MHz, respectively. The oscillators resonate at fundamental operating frequencies. Four (active-low logic) general purpose output lines (GPO1, GPO2, GPO3, and GPO6) from the Tomahawk IC (U0100-B4, A4, E5, and H8) provide the control for independent bias selection to each oscillator (VCO_SEL) via the PNP transistor switches U0304 and U0201. The 2.45 V super filtered output, SF_OUT of the Tomahawk IC (U0100-K4), supplies the bias to the oscillators. A portion of the VCO output signal is lightly coupled through coupling capacitors C0331 and C0231, routed through a low-pass filter (formed by L0221, C0235, C0230, and C0233), and fed back to the M_PRSC input of the Tomahawk IC (U0100-J2). High-port modulation is scaled through a voltage divider (comprised of R0319, R0320, and R0321) and applied to the Tx modulation varactor diode CR0300. The Tx VCO frequency is modulated via coupling capacitors C0310 and C0344. High-port modulation is also applied to the VCO steering line (through R0139, R0140, and C0166) which modulates the main VCO tuning varactors. 1-16 Mobile Radio’s Theory of Operation A discrete single-stage Tx buffer amplifier (comprised of the NPN transistor Q0302 and surrounding components) amplifies the signal from the Tx oscillator to the level required by the first stage of the transmitter power amplifier (U0700). The Tx buffer amplifier also provides sufficient isolation from any undesired load-pulling from the power amplifier. The bias for Q0302 is provided by the 9.3 V regulator U3001. A discrete single-stage Rx buffer amplifier (comprised of the NPN transistor Q0202 and surrounding components) amplifies the signal from the Rx oscillator to the level required by the LO injection amplifier (Q0405). The Rx buffer amplifier also provides sufficient isolation from any undesired loadpulling from high input levels in the receiver front-end. GPO4 from the Tomahawk IC (U0100-D4) controls the transistor switch (comprised of Q0108 and Q0107) that enables the 9.1 V bias to Q0202 (via the 9.3 V regulator U3001). 3.3.4 Synthesizer Operation The complete synthesizer subsystem is comprised mainly of the Tomahawk synthesizer IC, reference oscillator (crystal oscillator with temperature compensation), loop filter circuitry, VCO, and DC supplies. The VCO feedback signal, PRSC, is fed to pin J2 of U0100 (M_PRSC) via a low-pass filter (L0221, C0235, C0230, and C0233), which attenuates harmonics and provides the correct level to close the phase-locked loop. The prescaler in the synthesizer IC (U0100) is a four-level prescaler capable of dividing by 4, 5, 6, and 7. The main loop N divider is configured to be an 8-bit divider. The divide-by-N portion of the main loop is set via the SPI. The fractional portion of the divider is realized using a 3-accumulator, 24-bit fractional divider. The SPI is used to set the desired divide ratio. The output of the prescaler is applied to the main loop divider. The output of the main divider is sent to the phase/frequency detector, which compares the main divider’s output signal with the reference signal. The reference signal is generated by dividing down the signal of the reference oscillator (Y0100). The output signal of the phase/frequency detector is a pulsed signal which is routed to the charge pumps. The main charge pump current is programmable through the SPI with its output at pin G3 of U0100 (MN_CP). The loop filter transforms this current into a steering voltage that is applied to the VCO. To reduce lock time when new frequency data has been loaded into the synthesizer, an adapt charge pump providing much greater current than the main charge pump is turned on for a finite amount of time to quickly charge or discharge the loop filter capacitors to steer the VCO to the desired frequency. The output of the adapt charge pump passes to the loop filter via pin H1 of U0100 (MN_ADAPT_CP). When the synthesizer is within the lock range and the adapt timer runs out, the adapt charge pump is powered down and the main charge pump takes over. A settled synthesizer loop is indicated by a high level at signal LOCK (U0100-D7), which is routed to the microprocessor. Q0102 is configured as a current source to provide a steady 0.8 mA during the adapt period. U0101 is an analog switch that opens the adapt path slightly before the end of the adapt period to prevent the current from the current source from pushing the VCO off frequency. Mobile Radio’s Theory of Operation 1-17 Modulation is performed by applying a digital data stream via the SSI bus from the DSP (U1000) to the synthesizer (U0100). In order to meet spurious and phase noise requirements, the PLL bandwidth was designed to be narrower than the full modulation bandwidth, therefore requiring the use of dual-port modulation. Internal to the synthesizer (U0100), low-port modulation is added to the fractional-N division numerator to trace out the modulation versus time while the high-port data stream passes through an interpolating waveform generator, a digital attenuator (for modulation balancing), and then is converted to an analog signal through a 10-bit DAC before modulating the VCO. This high-port analog modulation output (HP_MOD_OUT, U0100-K8) is connected to the VCO modulation varactor diode (CR0300) via C0360 and R0319, and to the loop filter via R0139, R0140, and C0166. 1-18 Mobile Radio’s Theory of Operation Notes 2-1 Section 2 TROUBLESHOOTING CHARTS 1.0 Troubleshooting Flow Chart for Receiver (Sheet 1 of 3) All Troubleshooting within the dotted line is done on the Tx Brick. No Rx Audio Set up radio in analog Rx mode on desired channel with squelch open and MAP cable and audio test box connected to accessory port. Audio at pin 6 of U3505? Yes Audio at pin 10 of U3501? No Spray or inject 73.35 MHz RF carrier modulated with 1 kHz audio tone into XTAL Filter FL0500 Volume level adjusted properly? No Yes B No Yes No Yes Audio at pin 1 of U3501? Audio tone present at speaker? No Yes No Audio at pin 4 of U3500? Set up repeater unit to receive at frequency 462.8 MHz with the Rx Brick open and connected to the system. Apply an on-channel RF carrier at -47 dBm modulated with 1 kHz tone at the Rx antenna port. 1st LO (389.45 MHz) > +16 dBm at FT0401? Yes Check connections to external speaker and replace speaker if necessary Yes Audio at pin 1 of U3500? Check biasing before replacing U3500 No Verify audio path between U3500 and pin 1 of U3501 1st LO > +5 dBm at R0422? No Yes RF level of on-channel signal > -45 dBm on pin 4 of T0401? Check U3501 bias and replace part if necessary Verify audio path to U3501 No Check VCO Troubleshooting Flow Chart Yes Yes Check T0400 and D0405 and replace if necessary 9 VDC present at R0417? Yes Check biasing on Q0405 before replacing No No A Check 9R1 path back to synthesizer 2-2 1.1 Troubleshooting Flow Chart for Receiver Troubleshooting Flow Chart for Receiver (Sheet 2 of 3) All Troubleshooting on this page is done on the Rx Brick A Voltage level > 2.7 VDC on D0401? No +9.0 VDC on pin 4 of Q0403? Yes Yes RF level of on-channel signal > -45 dBm at C0420? No Is voltage at R0409 ~ 0.7 VDC? Yes Yes Check D0403, D0404, and associated capacitors for opens and shorts. Replace if necessary No No Check biasing on Q0403 before replacing Check circuitry around D0401, D0402, D00403, and D0404 for shorts and opens Check biasing circuitry of Q0401 and Q0402 before replacing Check biasing circuitry of Q0402 before replacing Troubleshooting Flow Chart for Receiver 1.2 2-3 Troubleshooting Flow Chart for Receiver (Sheet 3 of 3) All Troubleshooting on this page is done on the Rx Brick. B 16.8 MHz present at C0622? No No 3.0 VDC on pin 1 of U0601? Check Synthesizer Troubleshooting Flow Chart No 5.0 VDC at E0610? Check biasing on U0601 before replacing Yes Yes Yes Yes 2nd LO > 0 dBm and at 71.1 MHz at TP0600? Remove Shield SH0500. Check biasing on Q0600 and check continuity on D0600. Replace parts if necessary. 3.5 VDC at E0609? No No Yes 18 MHz present at L0608? Check biasing on Q0601 before replacing No Yes ~ 1.65 VDC on R0617? No No Biasing correct on Q0500 and Q0501? Replace components as needed No Check 5 VDC supply and biasing components before replacing Q0500 or Q0501 Yes Yes 73.35 MHz present at pin 6 of FL0500? No Check FL0500 matching components before replacing Check signal gain and biasing before replacing Q0500 or Q0501 Yes 2.25 MHz present at C0625? Yes No ~ 3.0 VDC on L0604 and L0605? Yes Yes No Yes Check diode continuity before replacing D0601 73.35 MHz present at TP0602? Clock VCO and LF components OK? No Check biasing components and 3 VDC. Replace parts if necessary Check Controller Troubleshooting Flow Chart DC continuity through biasing components E0600 - E0610? No Yes Check for visible solder shorts near pins before replacing U0600 Replace defective biasing component 2-4 Troubleshooting Flow Chart for 40 Watt Transmitter 2.0 Troubleshooting Flow Chart for 40 Watt Transmitter No Transmitter Power Is TP0909 > 1 VDC? Yes Is TP0702 = 9.3 VDC? No Check 9.3V Regulator circuit (U3001) No Is TP0913 = 9.1 VDC? No Check 9V3_PA Regulator in Controller Troubleshooting Flow Chart Yes Is D0702-K ~ 12.4 VDC? Yes No Check T/R bias circuit Yes Yes Check 5V Regulator circuit (U0941) No Is U0941 Pin 1 = 5 VDC? Are TP0707 and TP0708 ~ 2.2 VDC? No Is voltage at TP(TX_RAMP_DA C) in controller > 3 VDC? No Place switch or R0775 Yes Is TP0703 -3 dBm? No Yes Yes Check U0900-2 and associated circuitry No Is voltage at TP0910 > 1 VDC? Is power at TP0709 ~ 15 dB > TP0710? Yes Replace U0940 No Check Q0705 and associated circuitry No Check Q0703 and associated circuitry No Check Q0702 and associated circuitry Yes Is power at TP0702 ~ 10 dB > TP0709? Yes Is power at D0700-A ~ 10 dB > TP0702? Check Bias Set Circuit; bias tune Replace Q0702 * Yes Is power at TP0704 +13 dBm? Yes No Is Pressure Pad Switch in place? No Yes Check MAKO Troubleshooting Flow Chart No Is resistance to ground at Q0702 G1 and G2 ~ 66 kohm? Yes Measure relative power thru remainder of T/R switch and LPF to find open circuit. Perform visual inspection of circuit. * Note: If Q0702 is replaced, radio must be bias set and power set. 1) Levels are during Transmit Mode (analog), 13.6V at battery connector, 50 ohm termination on transmitter. 2) Make sure PCB is screwed into chassis during these tests to avoid final device damage. 3) When making measurements within the transmitter using an RF power probe, be careful that the rating of the probe is not exceeded. The “relative” measurements listed in the flow chart should be made with a scope probe connected to a spectrum analyzer or similar instrument to avoid damaging sensitive power probes. Replace U0700 Check VCO Troubleshooting Flow Chart Troubleshooting Flow Chart for Synthesizer 3.0 2-5 Troubleshooting Flow Chart for Synthesizer Start Visual check of the Board OK? No Correct Problem Yes +2.45V at C0137 (SF_OUT)? +5V at R0100? No Check 5V Regulator U3002 No Yes Are C0136, C0137 OK? Yes Replace U0100 No Yes +2.775V at R0101 and R0103? Replace or resolder components No Check U3200 1.5 ms pulse at TP_ADAPT_SW when channel changed? Yes +1.875V at R0102? No Check U3200 1.5 ms (inverted) pulse at R2517 when channel changed? No Yes Check uP U1000 Troubleshooting Chart Yes Check Q0106, R0159 Yes Is 16.8 MHz signal at C0145? No No Check Y0100 Yes Is 16.8 MHz signal at R0155? No Is 16.8 MHz signal at R0109? No Is RF prescaler level (at C0233) between 100 mVpk and 300 mVpk (harmonics <-15 dBc)? Replace U0100 Yes Yes Yes Check Q0100 and surrounding components Is Radio in Tx or Rx mode? Tx Is modulation present at R0139? Rx Replace U0100 Is either GPO2 or GPO3 low (<0.5V), but not both, and GPO1 and GPO6 are high (>1.4V)? Yes No Is SPI programming OK? No Yes Yes Replace U0100 Is Tx SSI activity present on CLK, FSYNC, and DATA lines (R2512, R2514, R2513)? No Is either GPO1 or GPO6 low (<0.5V), but not both, and GPO2 and GPO3 are high (>1.4V)? Yes Yes No Check uP U1000 Troubleshooting Chart No Is SPI programming OK? No Check uP U1000 Troubleshooting Chart Yes Replace U0100 No Check uP U1000 Troubleshooting Chart Check VCO Troubleshooting Chart 2-6 4.0 Troubleshooting Flow Chart for Tx VCO (Sheet 1 of 2) Troubleshooting Flow Chart for Tx VCO (Sheet 1 of 2) No TX VCO signal at C0318 Visual check of board OK? No Correct Correct problem problem Correct problem Yes No Radio did not boot up Radio didornot boot up properly check properly or check 9V3 Regulator 9V3 Regulator No Check biasing Check biasing components then components replace replace Q0302 Q0302then ifif replace Q0302 if needed needed needed 9 VDC at L0300? Yes Vbe= 0.7 VDC for Q0302? Yes Check components between R0332 and L0305 for shorts or opens Yes RF signal present at R0332? No Check Synthesizer Check Synthesizer Troubleshooting Troubleshooting Chart Chart VCO 1 No 2.556VVDC at 2.556 at C0362 & C0300? C0363 Radio programmed for Tx VCO 1 or 2? VCO 2 Yes Radio is not for Radio is not programmed for VCO programmed 1 Transmit Mode Mode or VCO1 U0100 Transmit not functional or U0100 not functional No ~ 0 VDC at C0348? 2.556 VDC at 2.556 V at C0362 & C0336? C0363 No Check Synthesizer Check Synthesizer Troubleshooting Troubleshooting Chart Chart No Radio is not programmed for Radio is not VCO 2 Transmit Mode or programmed for U0100 not functional Yes Yes Check biasing Check biasing components then components replace Q0300then if replace Q0300 if needed needed No Vbe= 0.7 VDC for Q0300? ~ 0 VDC at C0358? Transmit Mode or U0100 not functional Yes Yes Check CR301- CR0304, - CR304 Check CR0301 L0310,and L0307, C0308, C0313, L0310, L0307, C0320,C0313, and C0314 C0308, C0320, for shorts opens and C0314orfor short Check CR0305 - CR0308, Check CR305 - CR308 L0315, L0318, C0343, C0345, Yes and L0315, L0318, C0350, C0346 C0343,and C0345, C0350, for shorts or opens and C0346 for short No Vbe= 0.7 V for Q0301? Check biasing components and Replace then replace Q0301 Q0301 if needed Troubleshooting Flow Chart for Tx VCO (Sheet 1 of 2) 4.1 2-7 Troubleshooting Flow Chart for Tx VCO (Sheet 2 of 2) Tx VCO locked but no high-port modulation Tx VCO not locked at correct frequency Check Synthesizer Check Synthesizer Troubleshooting Troubleshooting Flow Chart Flow Chart Yes Check R0320, R0321, R0319, R0320, Check R0321, R0319, andfor CR0300 and CR0300 for open or short shorts or opens DC Voltage at R0311 between 0.6 and 4.5 VDC? No - ~2.1 VDC at VCO side of C0360? Yes No Modulation at CR0300? Check C0323, C0325, and C0329 and all components between C0326 and C0314 for shorts or opens VCO 1 Tx VCO 1 or VCO 2 selected? VCO 2 Check C0351, C0352, and C0359 Check components and all components between between C0353 and C0353 and C0346 for C0346 for open or shorts or opens short Yes Replace C0310 No Modulation at C0361? Yes Replace C0360 No Check C0361 and Check C0334 for C0361 a short and and C0334 short and thenfor check then check Synthesizer Synthesizer Troubleshooting Troubleshooting Flow Chart Flow Chart 2-8 Troubleshooting Flow Chart for Rx VCO (Sheet 1 of 2) 5.0 Troubleshooting Flow Chart for Rx VCO (Sheet 1 of 2) No Rx VCO signal at C0218 Visual check of board OK? No Correct problem Correct problem Yes No 9 VDC at E0201? Radio did not boot up Radio did or notcheck boot up properly properly or check 9V3 Regulator 9V3 Regulator Yes Vbe= 0.7 V for Q0202? No Check biasing Check biasing components and components and if then replace Q0202 then replace neededQ0202 if needed No Check Synthesizer Check Synthesizer Troubleshooting Troubleshooting Flow Chart Flow Chart No Radio is not programmed Radio is not Mode for VCO 2 Receive for or programmed U0100 not functional Receive Mode or U0100 not functional No Check biasing components and then replace Q0201 if needed Yes Yes Check components between R0219 and L0205 for shorts or opens RF signal present at R0219? No Check Synthesizer Check Synthesizer Troubleshooting Troubleshooting Flowchart Flowchart No 2.556 VVDC at 2.556 at C0362 & C0200? C0363 VCO 1 Yes Radio is not Radio for is not programmed VCO 1 programmed for Receive Mode or Receive Mode or U0100 not functional U0100 not functional No Radio programmed for Rx VCO 1 or 2? VCO 2 ~0 VDC at C0248? 2.556VVDC at 2.556 at C0362 & C0236? C0363 Yes Yes Check biasing Check biasing components and andif thencomponents replace Q0200 then replace Q0200 if needed needed No Vbe = 0.7 VDC for Q0200? ~0 VDC at C0258? Yes Yes Check CR0201 - CR0204 and L0210, L0207, C0220, C0213, C0208, and C0214 for shorts or opens Check CR0205 – CR0208 and Check CR205 - CR208 L0218,and L0215, C0243, L0218, L0215, C0245,C0243, C0250,C0245, and C0246 C0250, forand shorts or opens C0246 for short or open Yes Vbe= 0.7 VDC for Q0201? Troubleshooting Flow Chart for Rx VCO (Sheet 1 of 2) 5.1 2-9 Troubleshooting Flow Chart for Rx VCO (Sheet 2 of 2) Rx VCO not locked at correct frequency Rx VCO not locked Check Synthesizer Check Synthesizer Troubleshooting Troubleshooting Flow Chart Yes DC Voltage at R0211 between 0.6 and 4.5 VDC? No Check C0223, C0225, and C0229 and all components between C0226 and C0214 for shorts or opens VCO 1 Rx VCO 1 or VCO 2 selected? VCO 2 Check C0251, C0252, and C0259 Check components and all components between C0253 andbetween C0253 C0246 C0246 forand open or for shorts short or opens 2-10 6.0 Troubleshooting Flow Chart for Repeater Troubleshooting Flow Chart for Repeater Repeater does not fully initialize (Disabled LED stays blinking) Can it repeat? Yes Re-insert or Replace 30 pin Front Panel cable No No Re-insert or replace SSI cable Does Repeater initialize properly now? Replace Front Panel Board Yes Done No Replace Connector Board and/or Accessory Cable Does Repeater initialize properly now? Yes Done No Troubleshoot Rx Radio Does Repeater initialize properly now? No Troubleshoot Tx Radio Do all LEDs flash on power-up? Yes Done Yes Done 3-1 Section 3 UHF2 PCB / SCHEMATICS / PARTS LIST 1.0 Allocation of Schematics and Circuit Boards 1.1 Controller Circuits The UHF circuits are contained on the Printed Circuit Board (PCB) which also contains the Controller circuits. This Chapter shows the schematics for the UHF circuits only, refer to the Controller section for details of the related Controller circuits. The PCB component layouts and the Parts List in this Chapter show both the Controller and UHF circuit components. The UHF schematics and the related PCB and parts list are shown in the table below. Table 3-1 UHF2 1–40W Diagrams and Parts List PCB : 8471696M01 Main Board Top Side 8471696M01 Main Board Bottom Side Page 3-3 Page 3-4 SCHEMATICS Overall Receiver Front- End Receiver IF Amp Receiver Back-End Power Amplifier Power Control Synthesizer Receiver VCO Transmit VCO Page 3-5 Page 3-6 Page 3-7 Page 3-8 Page 3-9 Page 3-10 Page 3-11 Page 3-12 Page 3-13 Parts List 8471696M01 Page 3-14 3-2 Allocation of Schematics and Circuit Boards Table 3-2: UHF2 1–40W Diagrams and Parts List PCB : 8471696M02 Main Board Top Side 8471696M02 Main Board Bottom Side Page 3-19 Page 3-20 SCHEMATICS Overall Receiver Front- End Receiver IF Amp Receiver Back-End Power Amplifier Power Control Synthesizer Receiver VCO Transmit VCO Page 3-21 Page 3-22 Page 3-23 Page 3-24 Page 3-25 Page 3-26 Page 3-27 Page 3-28 Page 3-29 Parts List 8471696M02 Page 3-30 UHF2 (450–527 MHz) 1–40W PCB / Schematics / Parts List UHF2 (450–527 MHz) 1–40W PCB / Schematics / Parts List C3018 J0700 J3000 26 C0706 C0707 C0709 C0708 2 VR4004 C0807 C6440 R6456 C6431 C6430 2 3 3 3 2 2 3 2 3 2 2 3 3 2 VR3206 C3247 E3205 R3576 R3571 C3208 C3529 E3503 R3514 8 R1045 C1010 R1001 C1004 C1012 16 C3202 L3200 R3225 R1028 8 R1027 1 Q3202 9 C1037 C1036 C1007 C1016 R1036 C1015 16 C3209 C3212 R1000 C1001 R1005 R1006 R1041 C1005 C1019 R1002 C1018 R2012 C4006 C4033 C4032 C4031 C4030 C4029 C4028 C4000 C4001 C4002 C4003 C4004 C4005 1 Q3200 9 C1000 C3514 6 4 3 C3545 R3595 R3505 R3550 C3511 R3509 RT3500 C3518 C3523 R3508 C3283 C3521 R3203 3.6V_MAKO_SW1 C3520 C3278 C3276 C3211 R3587 R3218 C3207 C3203 R3206 R3224 C3516 U1006 TP_POR C4013 R4000 R2529 TP_MAKO_DCLK TP_MAKO_FSYNC TP_MAKO_TX USB1_SEO TP_MAKO_RX USB1_TXEN C6451 R3594 C3238 R3217 C3240 R3515 R4001 R4002 R4003 E4000 R4004 R1071 R3583 R3580 R4005 R4061 R4063 R4064 R4065 R4066 R4067 VR3503 R3547 R3532 Q3501 MAKO_GATED_32KHz C2500 R0101 C6406 R6455 C6439 L3202 C1014 C1017 TP_SDRAM_BA0 C1011 C1008 R1066 C2005 C2004 TP_SDRAM_BA1 R2013 R4034 C2001 C2003 R4106 R2004 C2002 C0171 R0146 C0102 Q0100 C0103 C0100 C3040 3 C0342 R0325 C0353 C0109 CR0306 L0317 CR0307 CR0308 C0140 C0133 R0155 R0102 C0132R0157 R0156 R0148 C0124 R0109 C0130 C0178 R0147 R0161 C0113 C0122 R0108 C0196 C0180 C0121 R0106 C0118 R0123 C0175 R0144 C0117 C0146 C0105 R0107 2 R0105 Y0100 C0120 C0195 3 4 C0145 C0142 R0110 L0100 R0114 8 5 4 Q3201 R6467 E3202 C3249 C3515 C1032 E3502 R1026 R3537 6 C3262 C1030 34 R3205 R3538 U3040 C0336 L0314 R0324 Q0301 R0305 L0313 C0304 R0329 C0347 C0337 C0314 C0308 C0323 C0325 C0310 C0329 C0344 C0359 C0351 C0343 C0345 CR0302 CR0305 C0177 R0158 C3531 R3535 R3526 L0318 C3248 VR3204 2.9V_MAKO_V6 R1017 C3234 R3588 C1034 C3210 C3528 R1025 C3225 R3560 R1019 C1003 C1002 U3500 R1035 TP1000 C3226 R1014 E3500 VR3202 C3239 R3504 C1006 TP_SDRAM_CLK R1034 R1020 R2000 USB1_DAT C1033 R3233 C3220 C1013 C3513 VBUS2_CMD C1031 C3219 VBUS1_CMD R3507 R1067 C2000 C3280 R3503 R3500 C3277 R4068 C4027 C1009 R4069 C4026 C3273 R3596 R3501 R4070 C4025 9 R3516 R1021 R4071 C4024 23 C2007 C4023 R3520 Q3500 4 R4006 TP4000 C4022 C3213 Q3203 R2011 R2005 C4021 23 R4095 C4020 4 R2008 C2006 R2006 C3216 Q3204 D4001 C4019 R2009 R2007 R2010 C4018 R4009 TP_SDRAM_CS C6429 C6407 C4017 R4010 C4035 C6421 E6401 C4016 U6407 C4034 E4001 U6402 C6408 C6422 C6423 R6454 C6418 C4076 C6433 R6443 C6428 VR4007 E4004 R6446 C4015 R4012 C4014 R4011 C6445 C6450 R3033 3 2 C3254 C3229 C3538 C3530 C3524 C0350 C0127 R0111 C0104 C0110 R6466 U3005 2 R3042 R0326 C0341 C0346 C0111 C0128 C0141 SH0100 CR0301 SH0301 C6420 R6445 R6461 R6449 R6460 R6465 R6459 R6450 C0340 L0312 L0319 L0315 C0352 CR0304 CR0303 R0311 R0316 C0144 C0242 C0253 R0211 C0326 L0309 L0310 C0129 C0143 C0245 CR0206 L0218 L0217 C0300 C0301 L0302 R0304 C0305 R0226 R0224 C0241 L0214 R0225 Q0201 CR0207 CR0208 C0313 R0119 R0614 PD PC C0320 C0250 R0118 R0117 R0100 Q0106 37 U0600 C0246 Q0102 25 13 L0307 L0215 CR0202 CR0205 C0126 TP0601 FS R0615 C0208 C0229 C0225 C0252 C0259 C0251 C0243 CR0201 C0226 C0622 R0627 R0607 R0608 DOUTB R0609 R0611 DOUTA CLKOUT R0612 R0613 PE E0608 R0619 C0645C0630 C0644 E0605 E0606 C0631 L0608 R0205 C0237 C0236 L0213 C0200 C0201 R0204 C0205 L0210 C0306 L0303 C0315 R0301 Q0300 R0116 C0619 C0617 C0615 C0611 C0621 C0620 C0220 C0223 C0214 C0213 CR0204 CR0203 L0407 C0438 C0439 C0510 E0600 R0420 R0419 L0212 L0219 L0207 L0209 R0418 C0442 Q0405 R0216 32 4 C0440 C0240 C0125 3 C0204 C0206 L0203 C0215 C0247 R0201 Q0200 R0229 R0159 L0504 4 L0202 L0411 R0433 R0424 R0422 R0425 C0437 C0428 C0432 C0431 C0429 C0430 C0457 R0434 C0416 D0409 C0408 C0409 D0404 D0408 C0417 C0420 R0437 32 4 5 C0605 R0618 C0642 R0617 C0646 R0412 C0509 R0510 R0623 R0503 R0621 E0601 C0451 R0421 C0459 R0441 FL0500 2 6 U602 C0650 C0625 C0627 C0629 R0610 C0633 E0604 E0607 C0638 R0438 R0423 R0417 C0626 1 R0606 R0440 Q0402 C0643 C0504 L0506 R0622 C0502 C0623 E0602 L0604 C0516 C0515 Q0501 R0406 R0436 R0435 L0404 D0403 L0401 C0458 D0601 R0443 R0410 R0405 L0413 D0407 C0414 R0409 C0419 C0405 C0460 C0410 C0461 C0415 R0404 C0424 C0425 C0423 C0427 C0426 C0433 C0434 D0401 C0411 C0462 R0444 C0404 C0406 C0407 C0421 D0400 D0406 D0402 L0403 3 R3003 C3046 R3004 C3010 R3056 R6444 C0759 L0402 2 5 1 1 R3035 C0904 C6427 E6402 C6417 E6407 C6416 C6419 C3505 C3501 C3504 C0768 6 4 3 Q0711 E0704 L0405 R4051 SP3001 SP3000 6 3 4 6 C0718 1 D0903 C0724 C6426 R6402 R6403 3 R3010 R3009 R0761 R0726 L0723 L0900 C3009 E3501 R6458 Q0707 R0700 2 C3506 C0802 R0751 C0788 M0700 1 R0763 R0764 R0762 R0768 R0771 R0773 R0741 R0756 6 4 Q0708 3 C0804 C0805 E0703 5 R0730 C0783 R0724 R0725 RT0908 1 R0753 Q0709 3 4 6 SH0900 C3015 R0775 SP0707 6 R3036 R0734 Q0701 C0937 E3000 C3000 R0774 7 U3006 9 E0702 R0702 R0407 Q4000 Q4002 Q4010 Q4011 Q4004 Q4005 Q4008 Q4006 U3002 1 SP0706 SP0703 SP0700 SP0702 SP0705 Q0702 R0732 R0917 C0936 C0949 R3002 3 2 R0757 C0934 C0935 D0901 L0902 R0928 C0926 R0927 U0941 D0902 C0947 R0937 R0936 C0951 2 SP0701 3 8 R0740 C0781 C0782 C0918 R0925 U3001 R3032 R0924 C0914 L0901 R0929 VR4002 VR4000 VR4005 VR4003 VR4001 C3007 R4048 R4041 R4046 R4047 R4042 R4043 R4045 R4044 C3005 R4040 C4040 C4044 C4041 C4046 C4047 C4042 C4043 C4045 C3019 C0806 4 SP0704 C0929 U0940 4 C0931 8 5 C0922 R0940 C0921 C0948 C0950 E4005 C4075 Q4013 C3008 Q0901 R0926 C3006 C3002 C0714 C0796 R0749 C0778 R0748 C0798 C0799 C0797 R0930 C0915 10 R0950 C0722 C0715 R0742 C0713 R0706 R0738 C0777 Q0706 6 43 L0714 C0779 R0906 D0900 Q0704 4 C0700 E0701 R0745 R0923 D0906 C0908 C0909 R0931 1 2 C0701 3 R0914 U0901 R0909 R0735 R0916 R0920 C0939 R0907 C0900 R0901 R0903 C0901 C0906 6 4 R0900 Q0900 3 C0907 R0902 R0911 R0912 C0910 R0915 C0703 C0702 E0700 C0711 C0712 C0751 R0729 25 C4048 R4050 C0704 L0712 VR0700 C0776 R0713 L0722 J4000 C0705 C0710 R0744 R0750 R0752 3 2 R0432 2.0 3-3 J4001 30 UHF2 (450–527 MHz) 1–40W 8471696M01 Top Side UHF2 (450–527 MHz) 1–40W 8471696M01 Bottom Side J4002 11 J4003 C4091 C4092 14 R2514 R2512 R2528 R2526 R2527 R0113 C0119 C0123 C0115 TP504 TP501 TP503 TP502 TP_TEST1 TP_TEST2 C0147 SH0101 C0148 R0115 R0122 R0125 C0150 R0128 R0131 TP_ADAPT_SW C0179 2 3 Q0107 E0609 Q0601 C0613 C0602 R0602 C0603 C0506 C0507 C0649 D0600 L0602 C0607 C0614 C0604 E0603 R0509 C0512 R0501 R0512 L0605 C0503 C0628 C0637 C0635 C0634 C0636 R0616 C0601 TP0600 R0402 C0403 C0514 FT0400 C0413 R0943 C0923 1 R0942 R0947 U0900 R0954 RT0953 C0953 U0942 C0927 R0951 C0400 R0411 R0431 R0403 TP0907 R0976 R0977 C0723 C0912 R0921 R0626 R0625 E0401 C0401 C0402 C0928 R0970 C0940 C0941 C0651 C0942 R0743 L0710 TP0913 R0975 R0974 R0979 C0945 TP0904 TP0903 R0978 L0903 R0971 R0972 C0772 L0716 R6433 5 2 D0700 C0944 FT_APM_1_WIRE C0727 FT_VBAT FT_VBAT_GROUND 48 07 FT_USB2_DM FT_VBUS2 C4070 VR4006 C0737 C C4068 VR4009 FT_USB2_DP 3 C4065 C4067 VR3504 2 3 R4054 C4063 R6436 C6438 C6436 R6435 FT_EMERGENCY FT_IGNITION_SENSE R3548 C4064 C4066 R3540 C1 C3A3 R3545 L0719 C0810 D0905 C0640 L0503 C0943 U0601 R0413 L0406 D0500 Q0403 R0416 E0500 R0415 R0414 R0944 R0500 C0443 C0911 R0910 R0960 C0913 C0917 Q0902 C0920 C0919 C0916 R0919 R0922 R0401 C0740 Q0401 L0707 R0502 C0738 TP0911 R0918 C0739 C0452 C0454 C0422 C0453 C0412 R0938 C0761 C0513 R2504 4 6 T0401 3 CR0400 TP0708 R0511 C0449 C0463 C0441 D0405 C0448 3 T0400 L0410 6 4 C0464 C0455 R0400 TP0711 C0436 C0861 E0610 AA1 C0445 L0408 8 5 4 D0703 C0632 FT0401 C0725 Q0500 C0446 C0447 C0758 C0757 R0508 L0414 R0701 L0603 SH0500 C0612 R0219 D0702 C0648 L0708 TP0713 C0803 R0429 R0428 R0430 E0403 E0201 C0767 C0618 R0603 R0624 Q0600 C0616 C0610 C0647 R0605 R0604 C0829 C0766 C0742 C0435 L0706 C0746 C0735 47 07 C C3013 C0721 R0427 R0770 C0812 L0412 C0456 C0819 C0760 C0874 C0774 R6430 C6435 R3006 C3012 C3014 2 2 3 VR6400 C0741 R0620 C0207 L0204 R0212C0209 R0206 C0224 R0207 C0856 R0709 L0409 C0828 C0756 C0832 C0764 C0769 R0766 R0719 FT0301 L0200 C0753 C0202 C0818 C0221 L0206 C0222 R0221 R0220 C0231 C0743 C0765 R0769 TP0707 C0732 C0808 C0869 S0700 C0719 R0601 C0101 C0745 C0731 R0727 R0765 C0815 C0790 C3020 R3005 6 L0700 R0426 C0444 R0230 C0194 C0137 C0845 C0730 R0739 C0770 C0771 R0728 C0787 L0720 C0791 C0814 3 1 3 3 2 EXT_PTT R4031 VR3000 R0160 C0239 C0191 C0218 C0193 R0104 R0208 C0192 SH0300 R0722 R0720 R0718 R0755 R3524 Q3032 4 1 2 C0811 C0217 C0749 R0210 C0809 C0729 1 C0162 C0233 C0755 TP0702 L0205 R0202 C0203 R0203 Q0703 C0160 R0337 C0754 C0744 Q0705 R0747 TP0909 R0754 3 C0157 E0301 R0759 C0801 C0792 C0793 C0794 Q0108 C0235 C0238 C0258 R0218 C0257 U0201 L0211 C0249 Q0202 C0219 R0213 C0211 C0248 3 4 6 U0303 R0777 14 R3039 D3030 Q3030 R3034 C0163 R0103 C0135 L0221 C0138 C0334 C0303 C0309 C0307 C0302 C0716 C0717 U0700 TP0704 C0817 L0705 L0702 5 C0316 R0332 E0302 R0302 R0303 L0300 C0322 R0334 C0328 C0327 L0306 R0310 C0321 R0711 C0752 TP0703 R0715 C0733 C0736 L0717 C0785 C0795 L0721 L0718 C0800 3 4 R0120 U0101 C0364 U0304 R0321 CR0300 R0331 R0327 C0361 C0331 C0230 R0333 R0307 R0306 R0760 C0728 R0714 TP0705 C3500 U3505 C0786 C0775 TP0709 C0789 L0715 C0780 R0134 C0159 C0164 R2501 R2507 R0320 L1 C0136 OPT_SSI_SYNC C0734 R0139 C0166 C0149 R0140 R2515 TP0710 C0134 20 L0304 C0317 R0319 G2 L0305 C0319 R3502 R3506 8 Q3041 VR3040 R3048 R4032 R4033 2 R4088 R4089 R4055 3 Q6401 J6400 ANT_C R6407 L6402 C3045 TP_VCTRL R2506 R2517 R2516 R2513 R2518 R2525 C3507 C0360 R0308 C0318 C0311 C0324 Q0302 R0312 U3004 R3008 R3525 C3509 R0127 4 J2500 7 C3510 R3521 C3021 C0151 Y1000 R3037 U0100 2 VR3200 R3549 C3519 L0311 C3218E4003 C3217 R4090 R3222 R3223 R3050 C0131 R3219 5 34 R3220 C3272 C0357 C0358 C0363 C0362 C0349 C0348 C1044 R1054 R1070 R1044 R3057 R3051 VR3502 L11 U1000 C3275 R3209 R3528 1 C3517 C3526 R3534 C3522 R3536 R3553 C3532 R3530 6 4 3 C3512 Q3502 R3539 R3533 C3525 R1048 U3203 C1 C3A3 C3282 U3202 3 R3551 R3554 INT_ MIC 6 4 3 7 MAKO_V9_3V R3248 Q3206 EXT_MIC R3226 3 R3581 R3249 4 6 R3582 R3043 C3044 2 C3031 R3236 D3200 MAKO_V8_5V R6440 R3053 C0165 G1 C3233 VR3201 VR3208 5 U3030 1 4 C3032 C0158 3 Y3201 C3292 5 U3501 6 10 R3046 C3041R3045 C3030 R3038 C0156 A1 C3042 R3041 R3055 C0161 G8 R3040 R3030 C0108 U2000 8 3 U3003 C0114 C0112 A11 A8 P1 C3260 U3502 2 R2508 TP_FLASH_CLK R4096 AA21 R2524 R3579 E3201C3237 14 R1060 A1 R3052 C3205 16 8 R3559 R3054 C3204 1 VR3203 U4000 C2501 SPI_MISO_1 SPI_MOSI_1 SPI_CLK_1 8 R3047 U4010 R4076 R4078 R4080 R4081 R4082 R4083 R4085 C3214 A21 VR3207 VR3205 9 C3540 R3578 R3558 MAKO_CE C1035 U3200 4 5 8 U3503 C3539 RF_ATTN_2 8 C4071 C4085 14 C4084 C4073 R4079 C3232 Q3505 R3542 C3252 R3541 Q3504 C3527 C3257 U4001 1 C3536 R3575 R6409 IF_TEST 2.8V_RF_TEST I2C_CLK R6457 I2C_DATA D3040 C4051 C4053 C4055 C4062 C4061 C4060 C4058 R2511 R2509 R2510 J9 A9 C4089 R4097 R4099 U4005 U4006 U4004 C4087 C4086 7 R4086 E2500 U4009 R4074 R3227 R3237 R3216 J1 A1 C6449 R4023 R3572 P14 R4103 R4101 C4072 C4074 R4100 C6452 C6434 R6420 R3513 C4049 U2001 R3569 R1046 2 R4098 E4006 3 C3502 R3511 Q4001 C0107 C0106 R0126 VR4008 R6418 R6417 R6416 P1 FL6401 C6414 C3508 C4059 C4094 C4093 C3291 TX_RAMP R3250 U4007 C3541 4 U3508 5 8 R6470 E4002 R6419 C6446 C3206 R3215 A1 R6439 C3290 C3289 2 C3215 3 4 Y3200 A14 R6468 R3523 R1047 R3552 C3011R3007 R3556 C3016 R2500 L0709 Q3503 R6464 R3555 R3544 R0712 R3546 C3017 U6408 R3228 U6404 C3535 C3228 C3222 C3274 D0704 R6401 Q3205 R3210 C3221 R6469 C3542 C3243 C3231 C3227 C3261 C3043 R3512 R3586 L0711 R3593 E3208 E3206 E3203 C0763 R3510 R3591 U3504 Q3040 R3044 R3584 R3592 R3585 R2502 C3200 R2519 TX_RAMP_ R3577 DAC L3201 R2520 G1 1.5V_RTC_TEST U6401 R6438 Q3208 Q3209 U6406 Q6402 6 43 P10 C6401 C3503 R3573 R3574 C4088 R4093 R3253 R3240 C3265 R3207 R3252 U3201 R3208 C3270 R3246 R3247 4 6 C3269 1 3 R3245 C3201 ROUT_TEST FT_USB1_DP R4075 C4012 R4073 R4072 C3281 R4105 R3204 Q3210 R3243 Q3207 8 5 4 R3238 R3241 FT_USB1_DM R3239 C3266 R3200 C4090 C3279 FT_VBUS1 R6405 Q4015 R4030 Q4012 R4035 20 32 45 R6411 Q4009 Q4007 Q4003 Q4014 C3534 R4049 26 R6410 C6443 C6444 SPI_CLK_TEST L6403 R6437 C4069 07 R6404 R6432 C3533 07 C6432 A10 C6413 C6412 U6405 C6437 R6434 D4000 C CLK_ACQ_TEST E6400 R3529 C FT_MMP_1_WIRE R4094 U4008 3-4 UHF2 (450–527 MHz) 1–40W PCB / Schematics / Parts List L0904 R0973 D0904 R0913 C0903 C0902 R0941 R0946 TP0910 C0925 R0955 C0813 SH0901 Q0400 6 4 3 E0400 C0641 UHF2 (450–527 MHz) 1–40W PCB / Schematics / Parts List 3-5 RAW_B+ 9V3_PA 9V3 PA_SUPPLY 9V3_PA 9V3 VCO_UHF2_TOMAHAWK 5V 1.8V_TH_DIG 2.8V_TH_DIG 2.8V_TH_ANA 5V_SW 1.875V_DIG_V2 2.775V_DIG_V4 2.775V_ANA_V7 SPI_BUS(0:4) SPI_MOSI SPI_MISO SPI_CLK THK_CS ABACUS3_CS TX_SSI_DATA TX_SSI_CLK TX_SSI_FSYNC 0 1 2 3 4 0 1 2 3 4 TX_SSI_BUS(0:2) 0 1 2 0 1 2 SPI_MOSI_IN SPI_MISO_IN SPI_CLK_IN TH_CEX ABACUS3_CEX_IN ( TX: SHEET 1 ) ( RX: SHEET 2 ) RX_VCO_SEL1_ RX_VCO_SEL2_ TX_VCO_SEL1_ TX_VCO_SEL2_ RX_VCO_SEL1 RX_VCO_SEL2 TX_VCO_SEL1 TX_VCO_SEL2 VCTRL SF_OUT HP_MOD_OUT PRSC VCTRL SF_TH HP_MOD_OUT PRSC TXINJ 9V3_SYNTH_OUT 9R1 PREDRIVE_SW RXINJ 9V3_SYNTH_IN 9V3_VCO 9V3_SYNTH 9V3_VCO TX_INJ TX_HP_UHF2 ( PA: SHEET 1 ) ( PC: SHEET 2 ) SDTX TX_CLK SFTX SYNTH 9V3 9R1 RX_IN CONTROLLER_&_GPS_R5 ( TOP LEVEL: SHEET 1) PREDRIVE_SW PC_ATTEN_ENA FINAL_BIAS_1 TX_DAC ANT_ENABLE LO_BATTERY_DET RF_ATTN_1 RX_SSI_BUS(0:2) RX_SSI_DATA RX_SSI_CLK RX_SSI_FSYNC RX_SSI_SYNCB DMCS RESET_OUT ADAPT_SW LOCK_DETECT 0 1 2 0 1 2 16.8_GPS 16.8_GPS PREDRIVE_SW PC_ATTEN_ENA PA_BIAS TX_DAC ANT_ENABLE LO_BATTERY_DET LO_PWR_DET VSWR_DET RX_SSI_DATA_PASS_OUT RX_SSI_CLK_PASS_OUT RX_SSI_FSYNC_PASS_OUT ABACUS3_SYNCB_IN DMCS RSTB ADAPT_SW LOCK SPI_MOSI_OUT SPI_MISO_OUT SPI_CLK_OUT ABACUS3_CEX_OUT 0 1 2 3 RX_SSI_DATA_PASS_IN RX_SSI_CLK_PASS_IN RX_SSI_FSYNC_PASS_IN 0 1 2 ABACUS3_SYNCB_OUT 5V_BE 1V8_BE 16.8_REF RX_INJ RXFE_UHF2 RX_IN ( 1 SHEET ) NC NC 9R1 RF_ATTEN_1 FE_TUNE RX_FLTR_VCTRL IF ABACUS_SPI_BUS(0:3) 0 1 2 3 ABACUS_SSI_BUS(0:2) 0 1 2 SPI_ABACUS_DATA SSI_ABACUS_DOUTB SPI_ABACUS_CLK SPI_ABACUS_CEX IF SSI_ABACUS_DOUTA SSI_ABACUS_CLKOUT SSI_ABACUS_FSYNC SSI_ABACUS_SYNCB RXBE_73.35MHZ 16.8_MHZ_BUFF 5V 1V8 REF_CLK (IF AMP: SHEET 1) (ABACUS3: SHEET 2) UHF2 (450–527 MHz) 1–40W Overall Schematic Diagram UHF2 (450–527 MHz) 1–40W PCB / Schematics / Parts List 3-6 E0400 BK1005HM471 NU RF_ATTEN_1_3 9R1_FILT RF_ATTEN_1 Q0400 EMH4FT2R NU C0400 120pF NU 9R1_FE_6 9R1 4 1 1 6 E0401 BK1005HM471 R0401 5.6K Q0401 UMT1NFTN 2 5 R0402 180 2 R0403 0 NU R0431 10K NU C0401 0.1uF C0405 120pF 3 3 C0402 120pF 5 6 4 C0404 120pF NU C0403 47pF R0411 180 Hi-Side Zeros for Preselector 3 1 NC C0421 2.7pF R0407 0 L0405 10nH R0444 100K C0462 20pF (VALUE) R0443 100K C0461 20pF L0402 10nH C0453 20pF C0460 10uF 3 3 C0425 220pF R0410 100K C0426 220pF C0415 18pF R0406 2.7K R0437 0 D0408 1SV229 L0403 10nH (VALUE) C0422 13pF Q0402 BFG540W C0420 1.6pF MAKO ( 0 ~ 4.6 VDC) D0409 1SV229 R0441 100K C0459 20pF R0440 100K 1.5dB Pad R0435 8.2 3 R0436 560 R0438 560 L0414 12nH L0406 10nH 2% R0409 1.2K 0.7 VDC C0430 220pF R0412 100K C0431 220pF C0432 220pF C0435 2.7pF 1 2 C0429 220pF C0428 220pF (3.00 ~ 8.00 VDC) Q0403 UMZ2NTR C0434 120pF R0414 680 6 3 5 FE_TUNE C0436 120pF L0404 10nH 9R1_FILT C0427 220pF 4 R0428 10K R0429 680 D0404 1SV229 C0417 3.0pF C0458 20pF R0413 680 E0403 BK1005HM471 D0403 1SV229 C0416 3.0pF 3 C0454 120pF (VALUE) C0409 2.7pF (VALUE) L0413 180nH C0419 0.10uF 2 C0433 NU FE_TUNE_FE_4 C0414 120pF C0452 NU CR0400 MMBD352 10 dB Attenuator (Not Placed) C0424 220pF C0408 10pF 8.6 VDC C0412 3.0pF 1 C0423 220pF R0404 220 2 C0410 2.0pF L0401 15nH 2% R0405 5.6K 2 D0407 1SV229 R0400 15K 1 1 C0413 100pF D0406 1SV229 D0401 1SV229 RXIN_FE_6 RX_IN D0402 1SV229 2 C0411 2.0pF (VALUE) MMBV3401LT1G D0400 NU C0407 2.7pF 1 FT0400 TEST_POINT 2 0.8 VDC Typical C0406 10pF 1 C0455 0.1uF (Micro-strip 20 mm Each) R0432 680 NU R0430 10K R0415 680 R0416 680 9R1_FILT IF_FE_8 IF R0427 10 C0437 120pF R0417 10 +16.0 dBm Min. (250 mV P-P) R0421 10 Q0405 BFG540W 3.0 VDC Typical RX_INJ_FE_5 R0422 17.8 1% R0433 0 3.7 VDC Typical C0451 47pF C0443 100pF C0446 5.1pF L0408 18nH 2% C0447 10pF C0444 100pF C0445 27pF L0409 18nH 2% L0410 18nH 2% C0448 9.1pF R0426 2.7K 4 3 2 1 C0449 10pF 6 R0424 294 1% NC R0425 1.2K R0434 100 C0457 0.1uF UHF2 (450–527 MHz) 1–40W Receiver Front-End Schematic Diagram IO2 Zo/Zin=4:1 1 6 2 NC 5 NC L0411 22nH 2% IO1 4 2 1 RX_INJ R0423 294 1% 3 T0400 XFMR 3 IO3 C0442 4.3pF T0401 XFMR C0464 1.6pF C0441 2.2pF IO4 C0463 2.2pF NU R0420 2.7K 4 C0440 120pF C0438 120pF R0419 2.7K L0412 47nH 1 L0407 27nH 2% R0418 1.5K (VALUE) C0439 NU C0456 100pF FT0401 TEST_POINT 8.9 VDC Typical 5 NC Zo/Zin=4:1 D0405 UHF2 (450–527 MHz) 1–40W PCB / Schematics / Parts List 3-7 5V E0500 BK1005HM471 5V_BE_5 R0511 1.2K 5V R0500 5.1K C0514 0.10uF R0501 330 C0513 0.10uF R0512 51 R0502 20K VHF -- 44.85MHz 800_900/UHF1/UHF2 -- 73.35MHz 3 IN IF C0507 18pF 800/900=0.10uF U2=0.10uF U1=0.10uF VHF=12pF OUT 6 2 CC1 5 CC2 C0510 6.2pF GND2 C0509 NU 4 L0503 390nH 800/900=390nH U2=390nH U1=390nH VHF=820nH 1.43V 4-POLE 1 GND1 IFIN_BE_8 800/900=18pF U2=18pF U1=18pF VHF=20pF FL0500 800/900=6.2pF U2=6.2pF U1=6.2pF VHF=7.5pF 800/900=820nH U2=820nH U1=820nH VHF=1.5uH C0506 0.10uF C0512 0.10uF R0509 4.7K R0503 30K 1.6V IF_OUT IF_TO_ABACUS C0504 0.10uF L0506 820nH Q0501 C0502 0.10uF PBR941 C0503 0.10uF C0515 NU 3 1 Q0500 PBR941 0.76V 2 D0500 MMBD352 0.72V C0516 NU R0510 30K R0508 56K L0504 NU 800/900=9116854H01 (D73312GQ1) U2=9116854H01 (D73312GQ1) U1=9116854H01 (D73312GQ1) VHF=9180022M11 (MXF45) SH0500 SHIELD 1 UHF2 (450–527 MHz) 1–40W Receiver IF Amp Schematic Diagram UHF2 (450–527 MHz) 1–40W PCB / Schematics / Parts List 3-8 VVCO C0601 43pF SPF_3.5V 1 TP0600 TEST_POINT R0601 68 C0650 30pF R0621 0 C0602 .01uF 800/900=68 U2=68 U1=68 VHF=130 R0602 10K IF_OUT Q0600 NE68519 5V R0605 330 E0600 BK1005HM471 C0617 0.10uF 3VA C0610 68pF 3VA C0615 .01uF E0601 BK1005HM471 800/900=68pF U2=68pF U1=68pF VHF=56pF C0614 43pF 800/900=43pF U2=43pF U1=43pF VHF=22pF C0612 13pF R0604 24K C0616 NU R0606 51 L0604 10uH 3VA 800/900=2.7uH U2=2.7uH U1=2.7uH VHF=8.2uH 2nd LO LF R0624 5.1K L0602 2.7uH L0603 270nH 800/900=270nH U2=270nH U1=270nH VHF=820nH C0620 0.10uF C0613 .01uF C0649 3300pF D0600 1SV305 C0618 0.1uF 2nd LO VCO UHF (71.1MHz/75.6 MHz) 2nd LO VCO VHF (42.6MHz/47.1 MHz) C0619 0.10uF L0605 10uH 800/900=11pF U2=11pF U1=13pF VHF=39pF 2K # C0611 1000pF C0604 0.10uF TP0601 TEST_POINT 800/900=18pF U2=18pF U1=18pF VHF=15pF C0607 18pF C0605 43pF R0623 NU R0622 NU C0603 220pF R0603 U602 TEST_POINT C0621 0.10uF C0622 1000pF E0602 BK1005HM471 FREF_IF REF_CLK 3VA E0603 BK1005HM471 # C0627 100pF 1 2 3 4 5 6 7 8 9 10 11 12 # C0626 100pF C0628 0.10uF # R0610 0 U0600 AD9864 GNDL FREF GNDS2 SYNCB GNDH FS DOUTB DOUTA CLKOUT VDDH VDDD PE 36 35 34 33 32 31 30 29 28 27 26 25 R0607 NU 3VA E0604 BK1005HM471 R0609 0 C0630 0.10uF C0631 0.10uF FS DOUTA PD R0612 0 CLKOUT_1_BE_5 R0613 0 FE_1_BE_5 SSI_ABACUS_FSYNC SSI_ABACUS_DOUTB SSI_ABACUS_DOUTA SSI_ABACUS_CLKOUT DOUTB CLKOUT SPI_ABACUS_CEX FD_1_BE_5 SPI_ABACUS_DATA R0615 0 E0605 BK1005HM471 # C0636 100pF E0606 BK1005HM471 R0625 51.1K 1V8 1V8_3 3VA E0607 BK1005HM471 E0610 BK1005HM471 # R0616 100K 2 FB 6 NP 4 VCONT 3 VIN C0640 2.2uF R0619 10K L0608 4.7uH C0642 68pF R0617 10K R0618 390 SPI_ABACUS_CLK R0626 68.1K C0651 100pF U0601 TK11100CSC 5V E0608 BK1005HM471 FC_1_BE_5 C0641 .01uF VOUT GND 3VA DOUTA_1_BE_5 PC R0614 0 # C0634 .01uF C0638 0.10uF DOUTB_1_BE_5 R0611 0 PE C0633 0.10uF 3VA SB_1_BE_5 FS_1_BE_5 * C0632 4.7uF # C0635 100pF R0627 0 SSI_ABACUS_SYNCB R0608 0 13 14 15 16 17 18 19 20 21 22 23 24 # C0629 2200pF MXOP MXON GNDF IF2N IF2P VDDF GCP GCN VDDA GNDA VREFP VREFN VDDI IFIN CXIF GNDI CXVL LOP LON CXVM VDDL VDDP IOUTL GNDP 48 47 46 45 44 43 42 41 40 39 38 37 C0625 200pF RREF VDDQ IOUTC GNDQ VDDC GNDC CLKP CLKN GNDS1 GNDD PC PD C0623 0.10uF 1V8 3VA 1 C0637 1.0uF 5 C0643 0.10uF C0644 0.10uF C0645 .01uF R0620 9.1K D0601 1SV305 E0609 BK1005HM471 C0646 0.68uF CLOCK VCO UHF2 (450–527 MHz) 1–40W Receiver Back-End Schematic Diagram CLOCK LF C0647 10.0uF Q0601 73A04 VVCO C0648 10.0uF UHF2 (450–527 MHz) 1–40W PCB / Schematics / Parts List 3-9 E0700 2743019447 PA_SUPPLY_TX_PA A+ PA_SUPPLY C0700 30pF C0701 .022uF C0710 10uF C0702 2200pF C0703 30pF C0704 .022uF C0705 1000pF C0706 NU C0707 NU C0708 1000pF C0711 NU C0713 100pF C0712 1000pF C0709 0.1uF R0742 10 E0701 9V3_TX 9V3_TX 9V3_PA E0703 R0700 NU 2.2K NC L0700 17nH E0702 2508053007Y3 R0702 NU Q0701 RN49A2 47K C0715 NU C0714 100pF C0722 NU 9V3_Tx_Sw C0725 120pF 47K E0704 BK1005HM471 LO_PWR_PAD C0768 120pF L0711 150nH C0718 1000pF L0709 150nH R0712 91 C0752 120pF TP0705 Test Point to check Ref Osc Warping VD_RF_OUT RF_I N R0754 10 3 Q0703 2 GND1 4 GND2 R0711 220 R0715 R0714 75 75 C0728 75pF C0733 75pF R0755 10 11dB/17dB Pad 18dB RL L0721 4.7nH C0770 120pF 15 R0764 15 R0765 15 C0832 24pF C0743 18pF C0744 36pF C0755 10pF C0813 NU C0819 33pF C0829 33pF R0766 15 R0768 15 R0769 15 R0770 15 R0771 15 R0970 200 C0720 NU SP070 D2 G2 C0737 9.1pF C0764 NU R0728 10K C0856 12pF C0760 NU C0765 R0773 15 NU C0741 NU C0721 NU C0806 33pF ATC C0812 3.3pF C0746 7.5pF C0861 24pF M0700 HEATSINK C0803 3.3pF C0748 7.5pF C0742 4.3pF C0739 12pF D0904 C0777 75pF C0778 33pF C0766 NU C0772 2.7pF R0734 0 L0715 150nH C0775 .022uF C0780 120pF TP0709 C0790 NU R0756 100K C0787 47pF C0804 75pF C0805 1000pF R0757 47K C0814 120pF D Q0705 G R0740 100K V_G1 NC NC V_G2 9V3 Final_Bias NC Q0708 C0802 120pF TP0713 S0700 SWITCH 9V3 R0751 20K C0800 NU R0775 NU NC NC R0749 0 NC C0798 1000pF C0801 120pF 9V3_SYNTH REV_DETECTED C0945 75pF Q0706 Q0709 9V3_VCO V_G1 NC NC V_cont R0750 10K C0944 3.3pF 3% R0979 0 D0703 TP0711 9V3 R0747 4.7K C0757 75pF C0758 NU C0759 75pF L0720 3.3nH C0789 NU C0943 75pF Q0704 R0745 470 Q0707 R0777 10 C0781 75pF NC S R0759 10 D0905 L0716 180nH K4 K3 K2 K1 R0744 NU R0738 51 9V3_Tx_Sw C0782 1000pF C0794 NU C0793 10pF R0976 150 C0776 75pF R0743 1K R0741 47K Final_Bias L0723 NU C0788 NU VR0700 NC C0792 18pF R0974 180 C0942 75pF R0732 1K R0739 NU C0791 10pF R0973 NU R0975 200 R0977 150 A5 A4 A3 A2 A1 9V3_TX 2.85V (44W) 2.10V (27.5W) TP0710 C0815 75pF L0722 390nH R0978 0 Gate_2 R0730 1K L0904 8.2nH C0940 120pF C0941 9.1pF 1% R0701 0 C0779 33pF R0729 10K 2.2VDC (TX Only) C0767 120pF D0702 A+ Gate_1 C0786 30pF C0738 6.8pF L0710 12.5nH V_cont 9.1VDC C0740 12pF C0751 3.9pF ATC TP0708 2.2VDC (TX Only) S = 0.54 mm L = 19 mm W = 2.5 mm S = 0.93 mm R0713 30K W = 0.625 mm D0700 C0727 NU L0712 35.5nH C0747 NU R0735 100 TP0707 W = 0.625 mm C0723 75pF L0708 12.5nH L0714 43.67nH C0761 24pF R0727 6.2K L0718 10nH L0707 12.5nH 3 SP0706 C0774 24pF C0874 24pF L0706 12.5nH 1 J0700-1 2 J0700-2 3 J0700-3 L0903 12nH R0971 180 R0719 10 SP0705 SP0704 SP070 R0972 100nH L0719 68nH C0735 75pF Gate_2 1 C0810 75pF SP070 SP0707 C0756 12pF C0719 7.5pF C0726 11pF G1 R0709 300 C0808 NU C0811 3.3pF C0807 33pF ATC SP070 MRF1570, Flat Lead Q0702 0 D1 Gate_1 C0828 33pF C0753 75pF 1 C0817 7.5pF R0763 C0732 24pF V_G2 C0734 75pF C0771 NU L0717 3.3nH C0754 NU 3 G R0722 4.7K C0795 9.1pF C0749 NU C0818 33pF POS C0785 27pF C0809 10pF R0720 10 U0700 ADA4743 1 TX_INJ R0760 2.7K L0705 150nH 15 2 2 S NC +8 dBm TX_INJ_TX_PA 3.2VDC 13 dBm TP0704 -3 dBm TP0703 C0731 NU R0762 C0769 24pF C0869 24pF R0718 10 D0704 C0736 120pF C0730 NU C0845 12pF C0745 12pF TP0702 R0706 180 1 C0763 120pF C0729 NU C0716 120pF C0724 120pF D HI_PWR_PAD C0717 1000pF L0702 33.47nH GND1 GND2 47K Antenna_En S1 S2 S3 S4 PREDRIVE_SW R0774 68K C0799 75pF R0748 56K C0796 75pF FWD_POWER ANT_ENABLE_TX_PA ANT_ENABLE FWD_DETECTED RX_IN_TX_PA R0752 0 C0797 1000pF R0761 0 Antenna_En V_cont FINAL_BIAS_1_TX_PA RX_IN V_CONTROL FINAL_BIAS_1 Final_Bias R0753 1K 9V3_TX 9V3_TX LO_PWR_PAD LO_PWR_PAD HI_PWR_PAD HI_PWR_PAD UHF2 (450–527 MHz) 1–40W Power Amplifier Schematic Diagram UHF2 (450–527 MHz) 1–40W PCB / Schematics / Parts List 3-10 SH0900 SHIELD SH0901 SHIELD 1 Q0900 EMD9FT2R 1 9V3 3 4 NOTE: VOLTAGES SHOWN FOR ANALOG TX MODE 5 C0900 120pF 2 0.6V typical Cutback starts about 2.2V TP0907 1 C0901 0.1uF 6 9V3_PC PC_ATTEN_ENA_TX_PA R0931 0 R0910 1K C0920 120pF R0936 47.5K 1% R0924 5.6K C0947 100pF U0900-1 AD8566 1 8 Q0901 MMBT3906 2 FB 6 NP 4 VCONT 3 VIN R0927 51 1 R0907 0 C0915 120pF R0724 9V3 to FW bias PIN in HP mode 1.8K HI_PWR_PAD L0900 1uH 5 R0725 270 RT0908 47K C0904 120pF C0907 .01uF C0906 120pF R0909 43.2K 1% D0902 C0948 1.0uF NC C0951 0.1uF (VALUE) C0949 2.2uF 6 R0902 2.4K 5 9V3 U0901-2 AD8566 4 R0929 39 R0928 39 GND VOUT 6 7 R0930 18K U0941 TK11100CSC C0950 1000pF R0903 22.1K 1% C0913 120pF C0935 120pF C0934 120pF 9V3 9V3_PC 9V3_PC 2 R0919 39K R0901 43.2K 1% 3 4 C0916 120pF R0926 150 R0900 56.2K 1% R0906 0 D0900 R0922 36K 3 Q0711 EMH4FT2R TP0913 2 1 9V3_PC NC C0931 120pF R0937 16.2K 1% R0917 5.6K C0783 120pF 2 C0911 120pF R0960 2.4K 8 C0914 120pF D0901 9V3_TX R0726 10K 1 9V3_PC L0901 470nH 5 1 R0921 2.2K C0912 120pF L0902 470nH D0906 3 2 C0917 1000pF 4 C0919 0.1uF R0913 0 LO_PWR_PAD 9V3 to REV bias PIN in LP mode R0918 390 3 Q0902 MMBT3904 C0918 120pF PC_ATTEN_ENA C0929 120pF C0936 120pF D0903 NC R0914 182K 1% R0923 0 R0925 5.6K C0937 120pF R0915 68.1K 1% 4.0V (44W) 3.2V (27.5W) TP0904 R0916 4.75K 1% FWD_DETECTED 9V3_PC 8 R0920 26.7K 1% 2 C0939 120pF 1 9V3_PC 5V DC C0921 0.1uF C0922 120pF U0940 AD8315ACPZ-REEL R0940 0 NC 6 VPOS NC COMM LO_BATTERY_DET 3 0.38V (44W) 0.21V (27.5W) TP0903 REV_DETECTED 8 6 7 R0943 39.2K 1% R0951 43.2K 1% C0910 120pF R0912 20K 1% R0911 10K 1% R0944 0 4 R0955 100K 1% C0925 120pF R0946 3.32K 1% R0947 0 RT0953 47K C0926 4700pF U0901-1 AD8566 4 C0923 2200pF 5 R0941 0 R0950 10K C0903 120pF C0909 120pF TP0911 R0942 6.81K 1% 1 RFIN 2 ENBL 3 VSET 4 FLTR 9 5 VAPC GND 7 V_CONTROL C0902 0.1uF 1.35V (44W) 1.28V (27.5W) TP0910 8 2.85V (44W) 2.10V (27.5W) TP0909 C0908 0.1uF R0954 430K 5% U0942 NCP301 U0900-2 AD8566 C0927 220pF C0928 1500pF FWD_POWER R0938 0 TX_DAC TX_DAC 3 C0953 120pF GND 2 1 INPUT RESET_OUT 5 4 NC1 NC2 LO_BATTERY_DET UHF2 (450–527 MHz) 1–40W Power Control Schematic Diagram 9V3 9V3 3-11 SPI_CLK_IN SPI_MISO_IN 5V_BE_SYNTH 5V_BE 5V_TH 2.8V_TH_DIG_SYNTH 1 1V8_BE_SYNTH 1V8_BE TP_TEST1 1 RX_SSI_DATA_PASS_IN RX_SSI_CLK_PASS_IN RX_SSI_FSYNC_PASS_IN 2.8V_TH_DIG C0100 U1=220pF U2=120pF VHF=1500pF 1.8V_DIG ABACUS3_SYNCB_OUT ABACUS3_CEX_OUT 1.8V_DIG 1.8V_DIG TP_TEST2 C0102 U1=220pF U2=120pF VHF=1500pF C0101 U1=220pF U2=120pF VHF=1500pF 2.8V_ANA C0177 U1=220pF U2=120pF VHF=1500pF R0103 0 C0178 U1=220pF U2=120pF VHF=1500pF R0104 47K C0111 0.1uF C0110 0.1uF C0103 0.1uF C0175 U1=220pF U2=120pF VHF=1500pF C0109 0.1uF Locked: 1.8V Unlocked: 0V 16.8_GPS R0157 0 NU C0130 C0131 U1=220pF U1=220pF U2=120pF U2=120pF VHF=1500pF VHF=1500pF GPO_3_SYNTH D3 H2 F8 C8 B7 H7 L6 A7 E8 B3 D7 C7 G10 G5 J6 A10 G6 J5 E11 H4 G7 L2 K2 K3 J3 G4 E1 J1 GPO_2_SYNTH TX_VCO_SEL2_ TX_VCO_SEL1_ R0113 10K C0132 U1=220pF U2=120pF VHF=1500pF MN_CP_VCC LGND1 LGND2 LVCC2 TX_DAC_GND TX_DAC_VCC ASPI_VCC SSI_GND TM TEST1 TEST2 LVCC1 MN_CP_GND SCAN_EN M_PRSCX M_PRSC MN_CP SDTX DMCS_SYNTH DMCS R0111 0 NC 2.8V_ANA NC NC K8 HP_MOD_OUT_SYNTH H1 HP_MOD_OUT H3 J2 PRSC_SYNTH PRSC G3 SF_OUT_SYNTH C0133 4.7uF C0134 U1=220pF U2=120pF VHF=1500pF GPO_5_SYNTH RX_VCO_SEL2_ 9R1 SWITCH FOR FRONT-END C0135 10uF 10K 4 3 R0126 10K NU R0119 27 C0140 4.7uF 1 Q0102 BCV62 R0117 30K R0120 10K C0144 0.1uF 4 VCC R0123 56K 1 VC C0145 .01uF OUTPUT ADAPT_SW IN Q0106 DTC114YM 4 U0101 MC74VHC1GT66 ONOFF_CONTROL 1 INOUT 2 OUTIN Switch for Adapt Transient 3 GND C0147 U1=220pF U2=120pF VHF=1500pF R0161 100K C0196 10uF C0180 0.1uF 2 RSTB R2 VCC C0143 U1=220pF U2=120pF VHF=1500pF RSTB_SYNTH ADAPT_SW_SYNTH R1 OUT R0118 0 C0142 U1=220pF U2=120pF VHF=1500pF C0141 0.1uF C0138 U1=220pF U2=120pF VHF=1500pF 2 5 2.8V_ANA R0115 0 R0116 0 47K R0159 10K C0179 U1=220pF U2=120pF VHF=1500pF C0137 10uF C0136 0.1uF Adapt ON: 5V Adapt OFF: 0V R0148 300 R0122 Q0108 DTC114YKAF R0114 2K 2.8V_ANA GPO_6_SYNTH R0160 100K SF_OUT VOLTAGE: 2.45V TP_ADAPT_SW RF_ATTN_1 Q0107 NTR1P02T1 SF_OUT 5V_TH C0129 0.1uF GND 9R1_SYNTH C0125 U1=220pF U2=120pF VHF=1500pF C0124 0.1uF GPO_4 9R1 TX_CLK SDTX_SYNTH NC NC NC NC NC 3 9V3 GPO_1_SYNTH RX_VCO_SEL1_ C0128 C0127 U1=220pF U1=220pF U2=120pF U2=120pF VHF=1500pF VHF=1500pF MN_ADAPT_CP G1 F1 SFTX TX_CLK_SYNTH NU 0 GPO LINES HI: 2.8V LOW: 0V VCO SEL: ACTIVE LOW 9V3_SYNTH C0126 U1=220pF U2=120pF VHF=1500pF R0158 0 NU HP_MOD_OUT L3 G2 SPI_CLK_IN SFTX_SYNTH 5V_TH 16.8_GPS_SYNTH DAC_ADAPT VCO_DAC F9 F10 F11 F7 D11 E9 E10 E7 K1 SPI_MOSI_IN TP501 1 TP502 1 TP503 TP504 1 1 5V_TH R0156 0 NU R0155 0 LOCK TH_CEX 1 NC NC NC NC NC NC NC NC NC NC 16.8_REF ESC_CP MAIN_PDET_VCC XOSC_BASE XOSC_EMIT SMD_CLK_GEN_GND OSCREG_SPLY OSCREG_BYP SF_OUT OSCREG_OUT R0109 0 NC NC NC NC 16.8_REF_BE_SYNTH C0121 NU D10 D8 D9 C11 K5 L5 C9 J4 L4 K4 H5 R0147 0 NU SC51650VF NC R0146 0 U0100 G9 CLK_CP H11 CLK_EMIT G11 CLK_BASE E6 RSTB NC NC NC NC NC NC NC C0123 1.0uF 16.8_REF_CONTROLLER_SYNTH C0119 NU TH_CEX_SYNTH SPI_DR CEX SPI_DW SPI_CLK SFTX TXCLK SDTX DMCS SDR SCLK_OUT RXFS RXACQ ESC_IN NC NC NC R0110 51 ASPI_CLK ASPI_DATA ACE1 ACE2 NC1 NC2 TX_GND2 NC3 NC4 R0108 2K NC NC NC NC NC NC NC C10 B11 A6 D6 A1 A11 F6 L1 L11 C0122 .01uF CLK_VCC CLK_GND TX_VCC SDM_CLK_GEN_VCC XOSC_GND OSCREG_GND SSI_VCC ESC_GND TX_GND1 ESC_CPBIAS ESC_VCC ESC_CP_GND ESC_CP_VCC MAIN_GND ESC_TEST MAIN_VCC R0107 220 AGC_REF AGC_FLAG ARX_DAC RFSTEPA AGC_DAC DC_CAL BP_I RXI RXIX BP_IX SDM_VAG BP_Q RXQ RXQX BP_QX SCAN_IN RX_EN_OUT PABIAS_DAC CLK2_OUT CLK1_OUT TCLK NTXQ TXQ NTXI TXI INCR_DECR PHCLK FBQ FBI GPO1_TEST1 GPO2_TEST2 GPO3_TEST3 GPO4_TEST4 GPO5 GPO6 Q0100 PBR941 C5 C4 H6 A3 B5 A2 E4 C2 C1 F4 B10 E2 D1 D2 E3 F2 B1 K11 J11 H9 G8 K6 L7 L8 K7 J9 L9 B6 C6 NC NC C0195 470pF C0113 NU SPI_MISO_IN NC NC L0100 270nH J10 H10 C0118 0.1uF B4 A4 E5 D4 K9 H8 C0117 U1=220pF U2=120pF VHF=1500pF R0106 2.7K EF_OUTP EF_OUTM R0144 10K J7 J8 C0171 .01uF SDM_REF_VCC SDM_VREFM SDM_VREFP RX_AVCC1 RX_AGND1 RX_AVCC2 SDM_REF_GND RX_AGND2 R0105 240 K10 SUB1 F5 SUB2 F3 SUB3 L10 DEEPSLEEP C0120 .01uF C0115 1.0uF C0114 1.0uF B9 A9 B8 B2 C3 A5 A8 D5 Buffer to Abacus/Controller LOCK_SYNTH C0112 U1=220pF U2=120pF VHF=1500pF NC 2.8V_DIG 2.8V_TH_ANA_SYNTH 2.8V_TH_ANA C0107 C0106 0.1uF C0105 0.1uF 1.8V_TH_DIG_SYNTH 1.8V_TH_DIG C0108 U1=220pF U2=120pF VHF=1500pF C0104 U1=220pF U2=120pF VHF=1500pF R0102 0 0.1uF RX_SSI_DATA_OUT RX_SSI_CLK_OUT RX_SSI_FSYNC_OUT R0101 0 5V 1.8V_DIG RX_SSI_DATA_IN RX_SSI_CLK_IN RX_SSI_FSYNC_IN 5V_SYNTH 2.8V_DIG 2.8V_ANA ABACUS3_SYNCB_OUT ABACUS3_CEX_OUT ABACUS3_SYNCB_IN ABACUS3_CEX_IN RX_SSI_DATA_PASS_OUT RX_SSI_CLK_PASS_OUT RX_SSI_FSYNC_PASS_OUT SPI_MOSI_OUT SPI_MISO_OUT SPI_CLK_OUT 2.8V_ANA SPI_MOSI_IN SPI_MISO_IN SPI_CLK_IN SPI_MOSI_IN SPI_MISO_IN SPI_CLK_IN ABACUS3_SYNCB_IN ABACUS3_CEX_IN SPI_MOSI_OUT SPI_MISO_OUT SPI_CLK_OUT R0100 0 GND SPI_MOSI_IN UHF2 (450–527 MHz) 1–40W PCB / Schematics / Parts List C0146 U1=220pF U2=120pF VHF=1500pF R0125 0 Y0100 TCO5826 16.8MHz 1.5 ppm TCXO (Y0100) 0.5 ppm R0127 U1=100 U2=22 VHF=51 5102495J07 5116032H01 R0128 U1=0 U2=0 VHF=10 VCTRL_SYNTH VCTRL R0131 U1=240 U2=150 VHF=150 C0150 0.1uF C0148 U1=0.033uF U2=0.033uF VHF=NU C0151 0.1uF C0149 U1=0.022uF U2=0.033uF VHF=0.1uF VCO STEERING LINE VOLTAGE: 0.6V TO 4.4V VCO STEERING LINE VOLTAGE: 0.6V TO 4.4V TP_VCTRL 1 C0157, C0159, C0160,C0162,C0163,C0191,C0192,C0193,C0194: NU (UHF B2) C0191,C0192,C0193,C0194: NU (UHF B1) SH0100 SHIELD SH0101 SHIELD 1 1 C0194 C0193 C0192 C0191 C0156 C0157 C0158 C0159 C0160 C0161 C0162 C0163 C0164 C0165 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF R0134 U1=27 U2=120 VHF=51 R0139 U1=1.6k U2=10k VHF=NU C0166 U1=0.1uF U2=0.1uF VHF=0.1uF R0140 U1=18 U2=18 VHF=NU Note: High Port modulation injection through loop filter for U1 and U2 only UHF2 (450–527 MHz) 1–40W Synthesizer Schematic Diagram UHF2 (450–527 MHz) 1–40W PCB / Schematics / Parts List 3-12 SF_TH SF_TH_VCO_UHF1_6 SF_TH SF_TH C0200 120pF RX1 C0201 0.10uF Super Filter Voltage (SF_TH) SF_TH: 2.5V R0201 3K SH0300 SHIELD SH0301 SHIELD L0202 390nH C0204 120pF C0205 0.10uF C0206 120pF R0204 8.2K C0208 4.3pF R0205 100 L0203 390nH C0214 11pF C0213 3.9pF L0200 220nH Q0200 RXSL RX VCO1 RX Buffer Amplifier C0215 3.0pF E0201 9R1_VCO_UHF1_7 9R1 CR0201 CR0202 C0220 6.8pF L0209 390nH Steering Line Voltage (VCTRL_TH) C0226 120pF R0202 510 C0223 36pF L0210 18nH VCTRL R0211 0 L0207 8nH C0202 .01uF C0203 120pF R0203 510 C0225 56pF CR0203 CR0204 VCTRL: 0.6-4.5V C0229 27pF L0212 390nH L0204 220nH SF_TH C0236 120pF RX2 R0224 3.6K L0206 12nH R0220 10 C0237 0.10uF R0206 15K R0216 62 R0221 510 R0219 510 L0213 390nH C0222 3.0pF C0217 120pF C0221 7.5pF C0241 0.10uF C0242 120pF C0240 120pF R0225 7.5K RX VCO2 L0205 39nH RXINJ_VCO_UHF1_5 RXINJ R0207 5.1 C0211 120pF R0208 51 Q0202 PBR941 R0210 4.7K R0212 10 C0243 3.9pF C0209 120pF C0207 .022uF C0218 3.0pF C0219 0.5pF RXINJ: 376.65 - 453.65 MHz +10 dBm L0211 220nH C0224 120pF R0226 100 L0214 390nH C0245 4.3pF C0247 7.5pF C0246 11pF Q0201 FT0301 CR0206 L0217 390nH C0250 4.3pF L0218 22nH L0215 8nH C0231 3.0pF C0251 20pF CR0207 C0239 0.10uF PRSC_VCO_UHF1_5 PRSC PRESC_TX L0219 390nH C0238 120pF -5 to -15 dBm C0230 150pF CR0208 C0259 15pF SF_TH PRSC (RX): 329.65 - 396.65 MHz R0230 4.7K C0252 43pF C0253 120pF RX Prescaler 1 CR0205 RXSL L0221 33nH RX2_SEL: 2.7 V (High) C0235 4.3pF C0233 NU 0.1 V (Low) R0213 10K RX1_SEL_VCO_UHF1_5 R0218 10K RX_VCO_SEL1 R0229 150 RX1_SEL: 2.7 V (High) C0248 120pF C0249 0.10uF C0257 120pF U0201 0.1 V (Low) RX1 UHF2 (450–527 MHz) 1–40W Receiver VCO Schematic Diagram RX2 RX2_SEL_VCO_UHF1_5 RX_VCO_SEL2 C0258 0.10uF UHF2 (450–527 MHz) 1–40W PCB / Schematics / Parts List 3-13 TX Buffer Amplifier TX1 SF_TH R0321 2.7K SF_TH C0300 120pF VMOD R0320 15K R0301 3.3K L0300 220nH C0301 0.10uF 9T1 R0302 750 L0302 390nH C0302 .01uF C0303 120pF R0303 750 C0304 120pF HP_MOD_OUT_VCO_UHF1_7 C0310 0.5pF HP_MOD_OUT R0319 24K C0360 4.7uF C0361 1000pF C0364 NU C0334 120pF C0305 0.10uF C0306 120pF R0304 8.2K C0308 4.3pF CR0300 R0305 100 L0303 390nH C0313 4.3pF TX VCO1 C0315 6.2pF C0314 5.1pF CR0301 VCTRL_VCO_UHF1_7 CR0302 C0320 3.6pF L0309 390nH R0311 0 C0326 120pF R0332 200 L0307 8nH R0306 15K R0307 39 C0317 120pF R0334 200 C0322 15pF C0321 10pF L0305 TXINJ R0308 51 C0319 NU C0318 3.3pF TXINJ: 450-527 MHz +10 dBm R0310 4.7K R0312 20 C0324 120pF L0311 220nH C0325 51pF CR0303 TXINJ_VCO_UHF1_5 27nH Q0302 PBR941 C0323 24pF L0310 18nH VCTRL Steering Line Voltage (VCTRL_TH) L0306 10nH R0333 27 C0316 10uF L0304 220nH C0311 120pF Q0300 VSL VCTRL C0309 120pF C0307 .022uF R0337 0 9T1 CR0304 VCTRL: 0.6-4.5V C0329 13pF TX_BUFFER_SEL: 1.8 V (ON) L0312 390nH E0301 9V3_VCO_UHF1_7 0.1 V (OFF) 9V3_VCO SF_TH TX2 C0336 120pF R0324 3K PREDRIVE_SW E0302 NU R0316 68 C0327 220pF NU L0313 390nH C0328 0.10uF NU U0303 NU C0340 120pF VMOD C0343 3.0pF PREDRIVE_SW_VCO_UHF1_6 C0337 0.10uF C0344 0.5pF C0341 0.10uF C0342 120pF R0325 8.2K TX VCO2 R0326 100 L0314 390nH C0347 4.7pF C0346 5.1pF C0345 3.0pF Q0301 CR0306 CR0305 VSL C0350 2.2pF L0317 390nH L0318 18nH L0315 8nH C0331 6.2pF C0351 24pF TX Prescaler PRSC (TX): 403-470 MHz SF_TH C0352 C0353 120pF -5 to -15 dBm 51pF CR0307 Super Filter Voltage (SF_TH) C0362 120pF CR0308 SF_TH: 2.5V PRESC_TX C0363 0.10uF SF_TH C0359 16pF L0319 390nH R0331 10K TX1_SEL_VCO_UHF1_5 TX2_SEL_VCO_UHF1_5 TX_VCO_SEL1 R0329 51 9V3_SYNTH_OUT 9V3_SYNTH_IN TX_VCO_SEL2 R0327 10K TX2_SEL: 2.7 V (High) TX1_SEL: 2.7 V (High) 0.1 V (Low) C0348 120pF C0357 120pF U0304 C0349 0.10uF TX1 C0358 0.10uF 0.1 V (Low) TX2 UHF2 (450–527 MHz) 1–40W Transmit VCO Schematic Diagram UHF2 (450–527 MHz) 1–40W PCB / Schematics / Parts List 3-14 UHF2 PCB 8471696M01 Parts List 1–40W Circuit Ref C0100 C0101 C0102 C0103 C0104 C0105 C0106 C0107 C0108 C0109 C0110 C0111 C0112 C0113 C0114 C0115 C0117 C0118 C0119 C0120 C0121 C0122 C0123 C0124 C0125 C0126 C0127 C0128 C0129 C0130 C0131 C0132 C0133 C0134 C0135 C0136 C0137 C0138 C0140 C0141 C0142 C0143 C0144 C0145 C0146 C0147 C0148 C0149 C0150 C0151 Motorola Part No. 2113944A41 2113944A41 2113944A41 2113945C31 2113944A41 2113945C31 2113945C31 2113945C31 2113944A41 2113945C31 2113945C31 2113945C31 2113944A41 NOT PLACED 2113946E02 2113946E02 2113944A41 2113945C31 NOT PLACED 2113945B02 NOT PLACED 2113945B02 2113946E02 2113945C31 2113944A41 2113944A41 2113944A41 2113944A41 2113945C31 2113944A41 2113944A41 2113944A41 2313960B30 2113944A41 2313960B32 2113945C31 2313960B32 2113944A41 2313960B30 2113945C31 2113944A41 2113944A41 2113945C31 2113945B02 2113944A41 2113944A41 2113945D01 2113945D01 2113945C31 2113945C31 Description 120pF 120pF 120pF 0.1uF 120pF 0.1uF 0.1uF 0.1uF 120pF 0.1uF 0.1uF 0.1uF 120pF – 1.0uF 1.0uF 120pF 0.1uF – .01uF – .01uF 1.0uF 0.1uF 120pF 120pF 120pF 120pF 0.1uF 120pF 120pF 120pF 4.7uF 120pF 10uF 0.1uF 10uF 120pF 4.7uF 0.1uF 120pF 120pF 0.1uF .01uF 120pF 120pF .033uF .033uF 0.1uF 0.1uF Circuit Ref C0156 C0157 C0158 C0159 C0160 C0161 C0162 C0163 C0164 C0165 C0166 C0171 C0175 C0177 C0178 C0179 C0180 C0191 C0192 C0193 C0194 C0195 C0196 C0200 C0201 C0202 C0203 C0204 C0205 C0206 C0207 C0208 C0209 C0211 C0213 C0214 C0215 C0217 C0218 C0219 C0220 C0221 C0222 C0223 C0224 C0225 C0226 C0229 C0230 C0231 C0233 Motorola Part No. 2185419D06 NOT PLACED 2185419D06 NOT PLACED NOT PLACED 2185419D06 NOT PLACED NOT PLACED 2185419D06 2185419D06 2185419D06 2113945B02 2113944A41 2113944A41 2113944A41 2113944A41 2113945C31 NOT PLACED NOT PLACED NOT PLACED NOT PLACED 2113945A05 2113946H02 2113944A41 2113945Y02 2113945C02 2113944A41 2113944A41 2113945Y02 2113944A41 2113945C04 2115153H18 2113944A41 2113944A41 2115153H17 2115153H34 2115153H14 2113944A41 2115153H14 2115153H01 2115153H23 2115153H24 2115153H14 2115153H46 2113944A41 2115153H51 2113944A41 2115153H43 2113944C47 2115153H14 NOT PLACED Description 0.1uF – 0.1uF – – 0.1uF – – 0.1uF 0.1uF 0.1uF .01uF 120pF 120pF 120pF 120pF 0.1uF – – – – 470pF 10uF 120pF 0.10uF .01uF 120pF 120pF 0.10uF 120pF .022uF 4.3pF 120pF 120pF 3.9pF 11pF 3.0pF 120pF 3.0pF 0.5pF 6.8pF 7.5pF 3.0pF 36pF 120pF 56pF 120pF 27pF 150pF 3.0pF – Circuit Ref C0235 C0236 C0237 C0238 C0239 C0240 C0241 C0242 C0243 C0245 C0246 C0247 C0248 C0249 C0250 C0251 C0252 C0253 C0257 C0258 C0259 C0300 C0301 C0302 C0303 C0304 C0305 C0306 C0307 C0308 C0309 C0310 C0311 C0313 C0314 C0315 C0316 C0317 C0318 C0319 C0320 C0321 C0322 C0323 C0324 C0325 C0326 C0327 C0328 C0329 C0331 Motorola Part No. 2115153H18 2113944A41 2113945Y02 2113944A41 2113945Y02 2113944A41 2113945Y02 2113944A41 2115153H17 2115153H18 2115153H34 2115153H24 2113944A41 2113945Y02 2115153H18 2115153H40 2115153H48 2113944A41 2113944A41 2113945Y02 2115153H37 2113944A41 2113945Y02 2113945C02 2113944A41 2113944A41 2113945Y02 2113944A41 2113945C04 2115153H18 2113944A41 2115153H01 2113944A41 2115153H18 2115153H20 2115153H22 2313960B32 2113944A41 2115153H15 NOT PLACED 2115153H16 2115153H27 2115153H37 2115153H42 2113944A41 2115153H50 2113944A41 NOT PLACED NOT PLACED 2115153H36 2115153H22 Description 4.3pF 120pF 0.10uF 120pF 0.10uF 120pF 0.10uF 120pF 3.9pF 4.3pF 11pF 7.5pF 120pF 0.10uF 4.3pF 20pF 43pF 120pF 120pF 0.10uF 15pF 120pF 0.10uF .01uF 120pF 120pF 0.10uF 120pF .022uF 4.3pF 120pF 0.5pF 120pF 4.3pF 5.1pF 6.2pF 10uF 120pF 3.3pF – 3.6pF 10pF 15pF 24pF 120pF 51pF 120pF – – 13pF 6.2pF Circuit Ref C0334 C0336 C0337 C0340 C0341 C0342 C0343 C0344 C0345 C0346 C0347 C0348 C0349 C0350 C0351 C0352 C0353 C0357 C0358 C0359 C0360 C0361 C0362 C0363 C0364 C0400 C0401 C0402 C0403 C0404 C0405 C0406 C0407 C0408 C0409 C0410 C0411 C0412 C0413 C0414 C0415 C0416 C0417 C0419 C0420 C0421 C0422 C0423 C0424 C0425 C0426 Motorola Part No. 2113944A41 2113944A41 2113945Y02 2113944A41 2113945Y02 2113944A41 2115153H14 2115153H01 2115153H14 2115153H20 2115153H19 2113944A41 2113945Y02 2115153H11 2115153H42 2115153H50 2113944A41 2113944A41 2113945Y02 2115153H38 2313960B30 2113944C51 2113944A41 2113945Y02 NOT PLACED NOT PLACED 2113945C31 2113944A41 2115153H49 NOT PLACED 2113944A41 2115153H27 2115153H13 2115153H27 2115153H13 2115153H10 2115153H10 2115153H14 2115153H57 2113944A41 2115153H39 2115153H14 2115153H14 2113945Y02 2115153H08 2115153H13 2115153H36 2113944A44 2113944A44 2113944A44 2113944A44 Description 120pF 120pF 0.10uF 120pF 0.10uF 120pF 3.0pF 0.5pF 3.0pF 5.1pF 4.7pF 120pF 0.10uF 2.2pF 24pF 51pF 120pF 120pF 0.10uF 16pF 4.7uF 1000pF 120pF 0.10uF – – 0.1uF 120pF 47pF – 120pF 10pF 2.7pF 10pF 2.7pF 2.0pF 2.0pF 3.0pF 100pF 120pF 18pF 3.0pF 3.0pF 0.10uF 1.5pF 2.7pF 13pF 220pF 220pF 220pF 220pF UHF2 (450–527 MHz) 1–40W PCB / Schematics / Parts List Circuit Ref C0427 C0428 C0429 C0430 C0431 C0432 C0433 C0434 C0435 C0436 C0437 C0438 C0439 C0440 C0441 C0442 C0443 C0444 C0445 C0446 C0447 C0448 C0449 C0451 C0452 C0453 C0454 C0455 C0456 C0457 C0458 C0459 C0460 C0461 C0462 C0463 C0464 C0502 C0503 C0504 C0506 C0507 C0509 C0510 C0512 C0513 C0514 C0515 C0516 C0601 C0602 Motorola Part No. 2113944A44 2113944A44 2113944A44 2113944A44 2113944A44 2113944A44 NOT PLACED 2113944A41 2115153H13 2113944A41 2113944A41 2113944A41 NOT PLACED 2113944A41 2115153H11 2115153H18 2115153H57 2115153H57 2115153H43 2115153H20 2115153H27 2115153H26 2115153H27 2115153H49 NOT PLACED 2115153H40 2113944A41 2113945C31 2113944A40 2113945C31 2115153H40 2115153H40 2113946F05 2115153H40 2115153H40 NOT PLACED 2115153H08 2113945Y02 2113945Y02 2113945Y02 2113945Y02 2115153H39 NOT PLACED 2115153H22 2113945Y02 2113945Y02 2113945Y02 NOT PLACED NOT PLACED 2115153H48 2113945B02 Description 220pF 220pF 220pF 220pF 220pF 220pF – 120pF 2.7pF 120pF 120pF 120pF – 120pF 2.2pF 4.3pF 100pF 100pF 27pF 5.1pF 10pF 9.1pF 10pF 47pF – 20pF 120pF 0.1uF 100pF 0.1uF 20pF 20pF 10uF 20pF 20pF – 1.5pF 0.10uF 0.10uF 0.10uF 0.10uF 18pF – 6.2pF 0.10uF 0.10uF 0.10uF – – 43pF .01uF 3-15 Circuit Ref C0603 C0604 C0605 C0607 C0610 C0611 C0612 C0613 C0614 C0615 C0616 C0617 C0618 C0619 C0620 C0621 C0622 C0623 C0625 C0626 C0627 C0628 C0629 C0630 C0631 C0632 C0633 C0634 C0635 C0636 C0637 C0638 C0640 C0641 C0642 C0643 C0644 C0645 C0646 C0647 C0648 C0649 C0650 C0651 C0700 C0701 C0702 C0703 C0704 C0705 C0706 Motorola Part No. 2113944A44 2113945Y02 2115153H48 2115153H39 2115153H53 2113945A09 2115153H34 2185419D03 2115153H48 2113945B02 NOT PLACED 2113945Y02 2185419D06 2113945Y02 2113945Y02 2113945Y02 2113945A09 2113945Y02 2113944C89 2113944A40 2113944A40 2113945Y02 2113945A11 2113945Y02 2113945Y02 2313960B30 2113945Y02 2113945B02 2113944A40 2113944A40 2113946S35 2113945Y02 2113946N03 2113945B02 2115153H53 2113945Y02 2113945Y02 2113945B02 2113946G04 2113946J03 2113946J03 2113945A12 2115153H44 2115153H57 2113944C82 2113945C04 2113944C55 2113944C82 2113945C04 2113944C51 NOT PLACED Description 220pF 0.10uF 43pF 18pF 68pF 1000pF 11pF 0.01uF 43pF .01uF – 0.10uF 0.1uF 0.10uF 0.10uF 0.10uF 1000pF 0.10uF 200pF 100pF 100pF 0.10uF 2200pF 0.10uF 0.10uF 4.7uF 0.10uF .01uF 100pF 100pF 1.0uF 0.10uF 2.2uF .01uF 68pF 0.10uF 0.10uF .01uF 0.68uF 10.0uF 10.0uF 3300pF 30pF 100pF 30pF .022uF 2200pF 30pF .022uF 1000pF – Circuit Ref C0707 C0708 C0709 C0710 C0711 C0712 C0713 C0714 C0715 C0716 C0717 C0718 C0719 C0720 C0721 C0722 C0723 C0724 C0725 C0726 C0727 C0728 C0729 C0730 C0731 C0732 C0733 C0734 C0735 C0736 C0737 C0738 C0739 C0740 C0741 C0742 C0743 C0744 C0745 C0746 C0747 C0748 C0749 C0751 C0752 C0753 C0754 C0755 C0756 C0757 C0758 Motorola Part No. NOT PLACED 2113944C51 2113945C31 2371403L02 NOT PLACED 2113944C51 2111078B42 2111078B42 NOT PLACED 2113944A41 2113945A09 2113945A09 2111078B10 NOT PLACED NOT PLACED NOT PLACED 2111078B39 2113944A41 2113944A41 2111078B14 NOT PLACED 2113944C42 NOT PLACED NOT PLACED NOT PLACED 2113951B41 2113944C42 2113944C42 2111078B39 2113944A41 2111078B12 2111078B09 2171388L01 2171388L01 NOT PLACED 2111078B04 2113944C33 2113944C83 2113944F44 2111078B10 NOT PLACED 2111078B10 NOT PLACED 2185400Y24 2113944A41 2111078B39 NOT PLACED 2113944C30 2113944F44 2113944C42 NOT PLACED Description – 1000pF 0.1uF 10uF – 1000pF 100pF 100pF – 120pF 1000pF 1000pF 7.5pF – – – 75pF 120pF 120pF 11pF – 75pF – – – 24pF 75pF 75pF 75pF 120pF 9.1pF 6.8pF 12pF 12pF – 4.3pF 18pF 36pF 12pF 7.5pF – 7.5pF – 3.9pF 120pF 75pF – 10pF 12pF 75pF – Circuit Ref C0759 C0760 C0761 C0763 C0764 C0765 C0766 C0767 C0768 C0769 C0770 C0771 C0772 C0774 C0775 C0776 C0777 C0778 C0779 C0780 C0781 C0782 C0783 C0785 C0786 C0787 C0788 C0789 C0790 C0791 C0792 C0793 C0794 C0795 C0796 C0797 C0798 C0799 C0800 C0801 C0802 C0803 C0804 C0805 C0806 C0807 C0808 C0809 C0810 C0811 C0812 Motorola Part No. 2113944C42 NOT PLACED 2113951B41 2113944A41 NOT PLACED NOT PLACED NOT PLACED 2113944C46 2113944A41 2113944F51 2113944A41 NOT PLACED 2113944C16 2113944F51 2113945C04 2113944C42 2113944C42 2111078B29 2111078B29 2113944A41 2113944C42 2113944C51 2113944A41 2113944C35 2113944C82 2113944C38 NOT PLACED NOT PLACED NOT PLACED 2113944A25 2113944A28 2113944A25 NOT PLACED 2113944C29 2113944C42 2113944C51 2113944C51 2113944C42 NOT PLACED 2113944A41 2113944A41 2111078B01 2113944C42 2113944C51 2185400Y46 2185400Y46 NOT PLACED 2113944C30 2113944C42 2111078B01 2111078B01 Description 75pF – 24pF 120pF – – – 120pF 120pF 24pF 120pF – 2.7pF 24pF .022uF 75pF 75pF 33pF 33pF 120pF 75pF 1000pF 120pF 27pF 30pF 47pF – – – 10pF 18pF 10pF – 9.1pF 75pF 1000pF 1000pF 75pF – 120pF 120pF 3.3pF 75pF 1000pF 33pF 33pF – 10pF 75pF 3.3pF 3.3pF UHF2 (450–527 MHz) 1–40W PCB / Schematics / Parts List 3-16 Circuit Ref C0813 C0814 C0815 C0817 C0818 C0819 C0828 C0829 C0832 C0845 C0856 C0861 C0869 C0874 C0900 C0901 C0902 C0903 C0904 C0906 C0907 C0908 C0909 C0910 C0911 C0912 C0913 C0914 C0915 C0916 C0917 C0918 C0919 C0920 C0921 C0922 C0923 C0925 C0926 C0927 C0928 C0929 C0931 C0934 C0935 C0936 C0937 C0939 C0940 C0941 C0942 Motorola Part No. NOT PLACED 2113944C46 2113944C42 2113944C27 2113944F54 2113944F54 2113944F54 2113944F54 2113951B41 2113944F44 2113944F44 2113951B41 2113944F51 2113944F51 2113944A41 2113945C31 2113945C31 2113944A41 2113944A41 2113944A41 2113945C02 2113945C31 2113944A41 2113944A41 2113944A41 2113944A41 2113944A41 2113944A41 2113944A41 2113944A41 2113945A09 2113944A41 2113945C31 2113944A41 2113945C31 2113944A41 2113944C55 2113944A41 2113945L41 2113944C02 2113944C53 2113944A41 2113944A41 2113944A41 2113944A41 2113944A41 2113944A41 2113944A41 2113944C46 2113944M17 2113944C42 Description – 120pF 75pF 7.5pF 33pF 33pF 33pF 33pF 24pF 12pF 12pF 24pF 24pF 24pF 120pF 0.1uF 0.1uF 120pF 120pF 120pF .01uF 0.1uF 120pF 120pF 120pF 120pF 120pF 120pF 120pF 120pF 1000pF 120pF 0.1uF 120pF 0.1uF 120pF 2200pF 120pF 4700pF 220pF 1500pF 120pF 120pF 120pF 120pF 120pF 120pF 120pF 120pF 9.1pF 75pF Circuit Ref Motorola Part No. C0943 C0944 C0945 C0947 C0948 C0949 C0950 C0951 C0953 CR0201 CR0202 CR0203 CR0204 CR0205 CR0206 CR0207 CR0208 CR0300 CR0301 CR0302 CR0303 CR0304 CR0305 CR0306 CR0307 CR0308 CR0400 D0400 D0401 D0402 D0403 D0404 D0405 D0406 D0407 D0408 D0409 D0500 D0600 D0601 D0700 D0702 D0703 D0704 D0900 D0901 D0902 D0903 D0904 D0905 D0906 2113944C42 2113944M06 2113944C42 2113944A40 2113946S35 2113946G01 2113945A09 2113945C31 2113944A41 4815096H01 4815096H01 4815096H01 4815096H01 4815096H01 4815096H01 4815096H01 4815096H01 4815096H01 4815096H01 4815096H01 4815096H01 4815096H01 4815096H01 4815096H01 4815096H01 4815096H01 4813974A19 NOT PLACED 4885055Y01 4885055Y01 4885055Y01 4885055Y01 4815090H01 4885055Y01 4885055Y01 4885055Y01 4885055Y01 4813974A19 4815096H01 4815096H01 4802482J02 4802482J02 4875430M01 4813974A06 4813978C02 4815023H01 4815024H01 4815024H01 4813974A21 4813974A21 4813978C02 Description 75pF 3.3pF 75pF 100pF 1.0uF 2.2uF 1000pF 0.1uF 120pF DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE, SCHOTTKY – DIODE VARACTOR 1SV229 DIODE VARACTOR 1SV229 DIODE VARACTOR 1SV229 DIODE VARACTOR 1SV229 DIODE, MIXER DIODE VARACTOR 1SV229 DIODE VARACTOR 1SV229 DIODE VARACTOR 1SV229 DIODE VARACTOR 1SV229 DIODE, SCHOTTKY DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE, PIN DIODE, PIN DIODE, PIN DIODE, PIN DIODE, SWITCHING DIODE, PIN DIODE, PIN DIODE, PIN DIODE, SCHOTTKY DIODE, SCHOTTKY DIODE, SWITCHING Circuit Ref E0201 E0301 E0302 E0400 E0401 E0403 E0500 E0600 E0601 E0602 E0603 E0604 E0605 E0606 E0607 E0608 E0609 E0610 E0700 E0701 E0702 E0703 E0704 FL0500 J0700 L0100 L0200 L0202 L0203 L0204 L0205 L0206 L0207 L0209 L0210 L0211 L0212 L0213 L0214 L0215 L0217 L0218 L0219 L0221 L0300 L0302 L0303 L0304 L0305 L0306 L0307 Motorola Part No. 2409134J25 2409134J25 NOT PLACED NOT PLACED 2409134J25 2409134J25 2409134J25 2409134J25 2409134J25 2409134J25 2409134J25 2409134J25 2409134J25 2409134J25 2409134J25 2409134J25 2409134J25 2480640Z01 2485011Y01 2485011Y01 7671656M01 2485011Y01 2409134J25 9116854H01 0905901V12 2414017N29 2414017N28 2414032F41 2414032F41 2414017N28 2414017N19 2414017N13 2415385H01 2414032F41 2414015A32 2414017N28 2414032F41 2414032F41 2414032F41 2415385H01 2414032F41 2414015A20 2414032F41 2414017N18 2414017N28 2414032F41 2414032F41 2414017N28 2414017N17 2414017N12 2415385H01 Description FERRITE BEAD FERRITE BEAD – – FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD 73.35MHZ CRYSTAL FILTER BNC RF CONNECTOR 270nH 220nH 390nH 390nH 220nH 39nH 12nH 8nH 390nH 18nH 220nH 390nH 390nH 390nH 8nH 390nH 22nH 390nH 33nH 220nH 390nH 390nH 220nH 27nH 10nH 8nH Circuit Ref L0309 L0310 L0311 L0312 L0313 L0314 L0315 L0317 L0318 L0319 L0401 L0402 L0403 L0404 L0405 L0406 L0407 L0408 L0409 L0410 L0411 L0412 L0413 L0414 L0503 L0504 L0506 L0602 L0603 L0604 L0605 L0608 L0700 L0702 L0705 L0706 L0707 L0708 L0709 L0710 L0711 L0712 L0714 L0715 L0716 L0717 L0718 L0719 L0720 L0721 L0722 Motorola Part No. 2414032F41 2414015A32 2414017N28 2414032F41 2414032F41 2414032F41 2415385H01 2414032F41 2414015A32 2414032F41 2414015B24 NOT PLACED NOT PLACED NOT PLACED NOT PLACED 2414015B29 2414015B16 2414015B17 2414015B17 2414015B17 2414015B15 2414017N20 2414017N27 2414015B23 2414015B27 NOT PLACED 2414032B66 2414032K23 2414032D20 2466505A01 2466505A01 2414032B76 2460592A01 2479990G01 2414017N26 2460592A02 2460592A02 2460592A02 2414017N26 2460592A02 2414017N26 2415385H07 2479990N01 2414017N26 2414017N27 2414017N06 2414017N12 2414017N22 2414017N06 2414017N08 2414032B60 Description 390nH 18nH 220nH 390nH 390nH 390nH 8nH 390nH 18nH 390nH 15nH – – – – 10nH 27nH 18nH 18nH 18nH 22nH 47nH 180nH 12nH 390nH – 820nH 2.7uH 270nH 10uH 10uH 4.7uH 17nH 33.47nH 150nH 12.5nH 12.5nH 12.5nH 150nH 12.5nH 150nH 35.5nH 43.67nH 150nH 180nH 3.3nH 10nH 68nH 3.3nH 4.7nH 390nH UHF2 (450–527 MHz) 1–40W PCB / Schematics / Parts List Circuit Ref Motorola Part No. L0723 L0900 L0901 L0902 L0903 L0904 M0700 Q0100 Q0102 Q0106 Q0107 Q0108 Q0200 Q0201 Q0202 Q0300 Q0301 Q0302 Q0400 Q0401 Q0402 Q0403 Q0405 Q0500 Q0501 Q0600 Q0601 Q0701 Q0702 Q0703 Q0704 Q0705 NOT PLACED 2414032D30 2414032F42 2414032F42 2414032F23 2414032F22 2686201B02 4802197J95 4815359H01 4816134H01 4813970A59 4815261H01 4885061Y01 4885061Y01 4802197J95 4885061Y01 4885061Y01 4802197J95 NOT PLACED 4815267H01 4885593U03 4815270H01 4885593U03 4802197J95 4802197J95 4885061Y01 4813973A04 4816013H01 0105958T75 4816548H01 4813973B02 4816547H01 Q0706 Q0707 Q0708 Q0709 Q0711 Q0900 Q0901 Q0902 R0100 R0101 R0102 R0103 R0104 R0105 R0106 R0107 R0108 R0109 4815272H01 4815272H01 4815272H01 4815272H01 4815271H01 4815272H01 4813973A13 4813973M07 0613952R66 0613952R66 0613952R66 0613952R66 0613952R17 0613952Q58 0613952Q83 0613952Q57 0613952Q80 0613952R66 Description – 1uH 470nH 470nH 12nH 8.2nH HEATSINK NPN RF TRANSISTOR DUAL PNP ANALOG SWITCH P-CHANNEL MOSFET ANALOG SWITCH NPN RF TRANSISTOR NPN RF TRANSISTOR NPN RF TRANSISTOR NPN RF TRANSISTOR NPN RF TRANSISTOR NPN RF TRANSISTOR – DUAL PNP NPN RF TRANSISTOR DUAL NPN/PNP NPN RF TRANSISTOR NPN RF TRANSISTOR NPN RF TRANSISTOR NPN RF TRANSISTOR NPN DARLINGTON DUAL NPN/PNP MRF1570 PA ASSEMBLY N-CHANNEL LDMOS DRIVER PNP N-CHANNEL LDMOS PREDRIVER ANALOG SWITCH ANALOG SWITCH ANALOG SWITCH ANALOG SWITCH ANALOG SWITCH ANALOG SWITCH PNP NPN 0 0 0 0 47K 240 2.7K 220 2K 0 3-17 Circuit Ref R0110 R0111 R0113 R0114 R0115 R0116 R0117 R0118 R0119 R0120 R0122 R0123 R0125 R0126 R0127 R0128 R0131 R0134 R0139 R0140 R0144 R0146 R0147 R0148 R0155 R0156 R0157 R0158 R0159 R0160 R0161 R0201 R0202 R0203 R0204 R0205 R0206 R0207 R0208 R0210 R0211 R0212 R0213 R0216 R0218 R0219 R0220 R0221 R0224 R0225 R0226 Motorola Part No. 0613952Q42 0613952R66 0613952R01 0613952Q80 0613952R66 0613952R66 0613952R12 0613952R66 0613952Q35 0613952R01 NOT PLACED 0613952R19 0613952R66 NOT PLACED 0613952Q33 0613952R66 0613952Q53 0613952Q51 0613952R01 0613952Q31 0613952R01 0613952R66 NOT PLACED 0613952Q60 0613952R66 NOT PLACED NOT PLACED NOT PLACED 0613952R01 0613952R25 0613952R25 0613952Q84 0613952Q66 0613952Q66 0613952Q95 0613952Q49 0613952R05 0613952Q18 0613952Q42 0613952Q89 0613952R66 0613952Q25 0613952R01 0613952Q44 0613952R01 0613952Q66 0613952Q25 0613952Q66 0613952Q86 0613952Q94 0613952Q49 Description 51 0 10K 2K 0 0 30K 0 27 10K – 56K 0 – 22 0 150 120 10K 18 10K 0 – 300 0 – – – 10K 100K 100K 3K 510 510 8.2K 100 15K 5.1 51 4.7K 0 10 10K 62 10K 510 10 510 3.6K 7.5K 100 Circuit Ref R0229 R0230 R0301 R0302 R0303 R0304 R0305 R0306 R0307 R0308 R0310 R0311 R0312 R0316 R0319 R0320 R0321 R0324 R0325 R0326 R0327 R0329 R0331 R0332 R0333 R0334 R0337 R0400 R0401 R0402 R0403 R0404 R0405 R0406 R0407 R0409 R0410 R0411 R0412 R0413 R0414 R0415 R0416 R0417 R0418 R0419 R0420 R0421 R0422 R0423 R0424 Motorola Part No. 0613952Q53 0613952Q89 0613952Q85 0613952Q70 0613952Q70 0613952Q95 0613952Q49 0613952R05 0613952Q39 0613952Q42 0613952Q89 0613952R66 0613952Q32 0613952Q45 0613952R10 0613952R05 0613952Q83 0613952Q84 0613952Q95 0613952Q49 0613952R01 0613952Q42 0613952R01 0613952Q56 0613952Q35 0613952Q56 0613952R66 0613952R05 0613952Q91 0613958H55 NOT PLACED 0613952Q57 0613952Q91 0613952Q83 0613952G67 0613952Q75 0613952R25 0613958H55 0613952R25 0613952Q69 0613952Q69 0613952Q69 0613952Q69 0613958H25 0613952Q77 0613952Q83 0613952Q83 0613958H25 0613952K25 0613952L46 0613952L46 Description 150 4.7K 3.3K 750 750 8.2K 100 15K 39 51 4.7K 0 20 68 24K 15K 2.7K 3K 8.2K 100 10K 51 10K 200 27 200 0 15K 5.6K 180 – 220 5.6K 2.7K 0 1.2K 100K 180 100K 680 680 680 680 10 1.5K 2.7K 2.7K 10 17.8 294 294 Circuit Ref R0425 R0426 R0427 R0428 R0429 R0430 R0431 R0432 R0433 R0434 R0435 R0436 R0437 R0438 R0440 R0441 R0443 R0444 R0500 R0501 R0502 R0503 R0508 R0509 R0510 R0511 R0512 R0601 R0602 R0603 R0604 R0605 R0606 R0607 R0608 R0609 R0610 R0611 R0612 R0613 R0614 R0615 R0616 R0617 R0618 R0619 R0620 R0621 R0622 R0623 R0624 Motorola Part No. 0613952Q75 0613952Q83 0613952Q25 0613952R01 0613952Q69 0613952R01 NOT PLACED NOT PLACED 0613952R66 0613958H49 0613952Q23 0613952Q67 0613952R66 0613952Q67 0613952R25 0613952R25 0613952R25 0613952R25 0613952Q90 0613952Q61 0613952R08 0613952R12 0613952R19 0613952Q89 0613952R12 0613952Q75 0613952Q42 0613952Q45 0613952R01 0613952Q80 0613952R10 0613952Q61 0613952Q42 NOT PLACED 0613952R66 0613952R66 0613952R66 0613952R66 0613952R66 0613952R66 0613952R66 0613952R66 0613952R25 0613952R01 0613952Q63 0613952R01 0613952Q96 0613952R66 NOT PLACED NOT PLACED 0613952Q90 Description 1.2K 2.7K 10 10K 680 10K – – 0 100 8.2 560 0 560 100K 100K 100K 100K 5.1K 330 20K 30K 56K 4.7K 30K 1.2K 51 68 10K 2K 24K 330 51 – 0 0 0 0 0 0 0 0 100K 10K 390 10K 9.1K 0 – – 5.1K UHF2 (450–527 MHz) 1–40W PCB / Schematics / Parts List 3-18 Circuit Ref R0625 R0626 R0627 R0700 R0701 R0702 R0706 R0709 R0711 R0712 R0713 R0714 R0715 R0718 R0719 R0720 R0722 R0724 R0725 R0726 R0727 R0728 R0729 R0730 R0732 R0734 R0735 R0738 R0739 R0740 R0741 R0742 R0743 R0744 R0745 R0747 R0748 R0749 R0750 R0751 R0752 R0753 R0754 R0755 R0756 R0757 R0759 R0760 R0761 R0762 R0763 Motorola Part No. 0613952N69 0613952N81 0613952R66 NOT PLACED 0613958J74 NOT PLACED 0613958S55 0613959Q60 0613952H57 0613952H48 0613959H12 0613952H46 0613952H46 0613952H25 0613959Q25 0613952H25 0613952H89 0613952H79 0613952Q59 0613952N01 0613952H92 0613952J01 0613952J01 0613952H73 0613952H73 0613952G67 0613959Y49 0613959Y42 NOT PLACED 0613952J25 0613952J17 0613959Q25 0613958S73 NOT PLACED 0613952H65 0613952H89 0613952J19 0613952G67 0613952J01 0613952J08 0613952G67 0613952H73 0613952H25 0613952H25 0613952J25 0613952J17 0613952H25 0613952Q83 0613952G67 0613958S29 0613958S29 Description 51.1K 68.1K 0 – 0 – 180 300 220 91 30K 75 75 10 10 10 4.7K 1.8K 270 10K 6.2K 10K 10K 1K 1K 0 100 51 – 100K 47K 10 1K – 470 4.7K 56K 0 10K 20K 0 1K 10 10 100K 47K 10 2.7K 0 15 15 Circuit Ref R0764 R0765 R0766 R0768 R0769 R0770 R0771 R0773 R0774 R0775 R0777 R0900 R0901 R0902 R0903 R0906 R0907 R0909 R0910 R0911 R0912 R0913 R0914 R0915 R0916 R0917 R0918 R0919 R0920 R0921 R0922 R0923 R0924 R0925 R0926 R0927 R0928 R0929 R0930 R0931 R0936 R0937 R0938 R0940 R0941 R0942 R0943 R0944 R0946 R0947 R0950 Motorola Part No. 0613958S29 0613958S29 0613958S29 0613958S29 0613958S29 0613958S29 0613958S29 0613958S29 0613952J21 NOT PLACED 0613952H25 0613952N73 0613952N62 0613952Q82 0613952N34 0613952R66 0613952R66 0613952N62 0613952H73 0613952N01 0613952N30 0613952R66 0613952P26 0613952N81 0613952M66 0613952H91 0613952H63 0613952R15 0613952N42 0613952H81 0613952R14 0613952R66 0613952H91 0613952H91 0613958H53 0613952H42 0613958H39 0613958H39 0613952R07 0613952R66 0613952N66 0613952N21 0613952R66 0613952R66 0613952R66 0613952M81 0613952N58 0613952R66 0613952M51 0613952R66 0613952N01 Description 15 15 15 15 15 15 15 15 68K – 10 56.2K 43.2K 2.4K 22.1K 0 0 43.2K 1K 10K 20K 0 182K 68.1K 4.75K 5.6K 390 39K 26.7K 2.2K 36K 0 5.6K 5.6K 150 51 39 39 18K 0 47.5K 16.2K 0 0 0 6.81K 39.2K 0 3.32K 0 10K Circuit Ref Motorola Part No. R0951 R0954 R0955 R0960 R0970 R0971 R0972 R0973 R0974 R0975 R0976 R0977 R0978 R0979 RT0908 RT0953 SH0100 SH0101 SH0300 SH0301 SH0500 SH0900 SH0901 SP0700 SP0701 SP0702 SP0703 SP0704 SP0705 SP0706 SP0707 T0400 T0401 U0100 U0101 U0201 U0303 U0304 U0600 U0601 U0700 U0900 U0901 U0940 U0941 U0942 VR0700 Y0100 0613952N62 0613952R40 0613952P01 0613952H82 0613958H56 0613958H55 2414017N24 NOT PLACED 0613958H55 0613958H56 0613952H53 0613952H53 0613952G67 0613952G67 0615585H01 0615585H01 2615362H01 2615362H01 2615362H01 2615362H01 2615576H01 2686423Z02 2686425Z02 1015349H01 1015349H01 1015349H01 1015349H01 1015349H01 1015349H01 1015349H01 1015349H01 2515121H01 2515121H01 5104932K08 5114000B59 4815267H01 NOT PLACED 4815267H01 5102495J14 5115391H01 4802246J29 5115147H01 5115147H01 5180390L83 5115391H01 5114004A35 4813977M11 5116032H01 Description 43.2K 430K 100K 2.4K 200 180 100nH – 180 200 150 150 0 0 THERMISTOR, 47K THERMISTOR, 47K SHIELD SHIELD SHIELD SHIELD SHIELD SHIELD SHIELD SOLDER PREFORM SOLDER PREFORM SOLDER PREFORM SOLDER PREFORM SOLDER PREFORM SOLDER PREFORM SOLDER PREFORM SOLDER PREFORM BALUN XFMR BALUN XFMR IC, FRACN SYNTHESIZER ANALOG SWITCH DUAL PNP – DUAL PNP IC, RF ASIC VOLTAGE REGULATOR PA PRE-DRIVER DUAL OPAMP DUAL OPAMP IC, PA CONTROLLER VOLTAGE REGULATOR VOLTAGE DETECTOR DIODE, 5.6V ZENER 0.5PPM 16.8MHZ TCXO UHF2 (450–527 MHz) 1– 40W PCB / Schematics / Parts List UHF2 (450–527 MHz) 1– 40W PCB / Schematics / Parts List C3018 J0700 J3000 26 C0706 VR4004 J4000 C0705 SP3001 C6428 R6403 2 3 U6402 C6429 Q3500 R4051 3 2 C6418 R4099 U4005 USB1_DAT R3503 R2013 C2004 TP_SDRAM_BA1 U4004 R4097 C4034 E4001 TP_SDRAM_BA0 R2009 C4089 C2009 R2015 C4035 30 J4001 R2014 R4095 R2000 TP_SDRAM_CLK TP_SDRAM_CLKX R4094 U4008 R2007 C2008 C4090 C1008 R1066 R4096 R4093 R4105 U4006 U4007 C2000 C2002 R1067 C4027 C4026 C4025 C4024 C4023 C4022 C4021 C4020 C4019 C4018 C4017 C4016 C1018 C4092 C4091 C2001 VBUS2_CMD USB1_TXEN L3202 R4009 R4010 C1014 R1005 R2010 TP_SDRAM_CS C3212 C2006 R2005 E3502 16 C3514 R1001 C1004 C1015 C1012 1 Q3202 9 C3209 C1036 C1037 R1045 C1010 8 VBUS1_CMD USB1_SEO TP_MAKO_TX TP_MAKO_RX R1035 C1009 R3509 R3515 R3514 C3511 R3508 R3504 MAKO_GATED_32KHz TP_MAKO_FSYNC L3200 R3225 R1028 C3276 R3587 TP_MAKO_DCLK C3203 R3224 C1000 C3283 C3278 R2008 C3273 R3233 C3513 R3507 C6407 U6407 C6408 R3203 C3202 E3503 16 C3211 R3218 1 Q3200 9 3.6V_MAKO_SW1 R6443 C6422 E6401 C6406 C6421 2 3 3 2 2 3 3 C3523 C3520 C3528 R3205 R3206 C3292 R3526 C3515 RT3500 C3529 R4000 R4001 C4013 R4002 R4003 R1071 E4000 R1041 R4004 C1019 R3580 VR3503 C2500 8 R3550 C3518 C0171 C0120R0107 C0102 R0146 C0143 C0144 R2529 C0109 C0127 1 C3545 R3595 R3505 C4000 C4001 C4002 C4003 C4004 C4005 R4005 C4006 C4033 C4032 C4031 C4030 C4029 C4028 2 C0177 R0158 C0140 Q0102 R0114 R0155 C0133 R0111 R0116 R0157 C0132 R0156 R0148 R0102 R0109 C0124 C0178 R0147 R0101 R0161 C0122 C0113 C0196 C0130 R0108 C0118 C0121 R0106 C0180 R0144 C0146 C0117 C0175 2 R0105 C0105 Y0100 C0195 3 4 L0100 C0145 R0110 2 C0125 R0123 C0129 R0159 Q0106 E3500 9 C3040 VR3206 3 U3040 R3547 R3532 R3594 R4006 R0615 C0111 C0128 Q0100 PD PC R0117 R0100 C0110 C0100 E0606 C0631 R0118 R3538R3576 R1002 C3262 R3583 C1030 C3543 R3535 R4061 R4063 U4009 U4010 C3247 E3205 C3208 C1001 R4064 C3207 TP_POR R4065 R1036 R1006 R3588 C3248 VR3204 2.9V_MAKO_V6 R1034 R4066 R4067 R1017 C3210 C1005 C3234 R1025 TP1000 C3225 R1019 C1034 R1014 C3226 C2003 C1003 C1002 R3560 VR3202 C3239 C1017 C1006 R1027 R2012 C1013 R1020 C3220 C1016 C1031 C1011 C3219 R2004 C1007 R3500 R1000 R4068 C3280 R4069 R1021 R4070 R3596 R3501 R2011 R2006 R4071 C2005 C2007 C3213 2 3 TP4000 4 Q3203 C3216 2 3 4 Q3204 U3005 2 1 C3524 C0353 L0317 CR0307 CR0308 L0309 CR0304 CR0303 R0311 SH0301 R6456 C6431 C6430 C3240 C3516 R3571 Q3201 8 5 4 L0318 C0326 R0211 C6450 R6455 C6439 R6446 C6440 C3238 R3217 C3229 C3249 C3538 R3537 C3531 R3590 C0342 L0314 R0324 R0325 L0315 C0350 R0119 C0644 R0614 C0630 E0605 3 R3033 R3056 3 2 1 R3035 R0726 E0703 C0347 C0337 L0313 Q0301 L0312 L0319 L0310 L0218 C0104 1 C0510 E0600 TP0601 C0622 R0627 R0607 FS R0608 DOUTB R0609 DOUTA R0611 R0612 CLKOUT R0613 PE 3 R3003 C3046 R3004 1 L0307 R0305 R0316 C0304 R0329 C0300 C0301 Q0300 C0250 C0320 C0253 CR0206 C0315 R6450 R6467 C6451 E3202 C3254 C3530 1 C0336 R0326 C0340 C0341 SH0100 C0126 2 2 6 C0718 C0768 2 CR0207 CR0208 L0302 R0304 C0305 C0242 R0225 L0214 L0213 CR0205 C0226 L0209 R0224 R0205 C0237 C0236 L0202 CR0202 L0407 CR0201 L0210 L0303 R0301 L0215 C0220 L0217 C0442 C0200 C0201 R0204 C0205 R0422 L0411 L0207 32 4 C0440 R0420 R0418 R0419 C0241 C0306 C0103 L0608 C0240 C0142 C0141 25 C0645 R0226 L0203 R0425 R0421 C0438 C0439 E0608 U0600 1 13 C0626 C0643 R0618 R0617 R0619 C0642 D0601 C0206 R0201 CR0204 CR0203 C0428 C0432 C0431 C0429 C0430 R0434 32 4 R0623 R0503 R0622 C0646 C0627 C0629 R0610 E0604 C0633 E0607 C0638 R0424 C0457 R0423 C0437 C0459 R0441 R0433 Q0405 C0451 D0409 D0404 C0408 C0409 C0417 C0416 D0403 R0438 FL0500 R0621 U602 C0605 C0623 C0650 R0606 E0602 E0601 C0625 C0502 L0604 C0345 CR0306 C0343 C0344 C0346 R0435 R0417 C0619 L0504 C0617 5 4 C0615 C0611 37 C0621 6 3 C0620 C0504 C0515 C0351 CR0305 C0359 C0329 C0325 C0310 CR0302 C0308 C0323 C0352 L0404 R0412 Q0402 Q0501 R0510 L0506 C0516 R0436 C0509 C0424 C0425 C0423 C0427 C0426 C0433 C0434 R0410 L0403 C0458 L0401 R0406 R0440 C0419 C0460 R0443 C0414 D0402 C0461 R0405 C0404 C0410 D0401 R0444 C0411 D0400 D0406 R0432 C0462 C0406 C0407 D0407 L0413 R0409 L0402 L0405 R0407 C0405 R0404 C0420 C0415 R0437 D0408 C0421 C0246 C0245 C0243 C0252 C0225 C0259 C0208 C0229 C0213 C0214 R6459 U3500 R3042 C0759 C0251 2 SP3000 C3015 R0775 C0966 L0723 R6460 R6465 C6423 E0704 C0223 C6445 R6445 R6454 R6461 R6449 6 4 Q0711 3 E0702 R0702 L0219 L0212 C6420 C6433 C0783 R0724 R0725 D0903 R0752 R0744 1 M0700 R0763 R0764 R0762 R0768 L0900 C6417 E6407 C6416 C6419 R6458 R0700 C0724 R6402 E6402 R6444 R0751 R0761 C0904 C6427 C3505 C3501 C0802 R0750 R0706 1 C6426 R6466 Q0701 RT0908 Q4006 R3516 R3520 R3010 C3504 R3009 C3010 U3006 3 E3501 R3036 C0788 R0756 C0804 C0805 R0730 R0732 R0773 5 R0734 R0929 C0937 C0936 D0902 6 R0757 R0753 C0918 SP0700 SP0706 R0741 R0925 C0949 3 9 7 R0771 C0934 C0935 R0917 D0901 R0740 C0781 C0782 L0901 C0914 R0928 C0950 U0941 R0989 R0926 L0902 C0931 R0927 R0950 C0926 SH0900 8 U0940 C0922 R0940 C0921 C0948 C0951 C0947 Q0201 R0229 Q0200 4 5 R0937 R0936 C0204 C0247 R0216 C0215 8 C3506 C3009 Q0702 SP0704 SP0701 R4044 C4044 Q4000 Q4002 Q4010 Q4011 Q4004 Q4005 Q4008 2 2 3 10 C0929 C4045 R4040 U3002 1 R0924 C4040 C4041 C4046 C4047 C4042 C4043 C3019 R3032 2 C0964 C0960 R0988 R4045 C3008 SP0702 SP0707 Q0901 4 VR4002 VR4001 R4046 R4047 R4041 R4042 R4043 R3002 C0806 SP0705 SP0703 R0995 R0981 C0962 C0961 C0963 C3002 C0714 C0807 C0796 C0798 C0799 C0797 R0930 C0915 U3001 R0749 R0748 E4005 C4075 Q4013 VR4000 VR4005VR4003 C3007 R4048 5 C0751 R0738 L0714 C0777 6 4 3 C0778 R0923 C0722 R0742 R0745 Q0706 C3006 C3005 C0713 4 Q0704 C0700 E0701 3 C0779 R0906 D0906 C0909 R0931 D0900 C0908 1 2 E3000 C0702 C0701 C0711 C0712 C0715 R0914 R0915 R0911 R0912 C0910 U0901 R0986 R0909 R0735 R0920 C0939 C0965 R0994 R0985 R0984 R0987 R0983 8 5 C0967 R0907 R0901 U0943 R0982 C0900 4 R0903 C0906 C0901 6 4 R0900 3 Q0900 R0902 C0907 R0916 C3000 C0703 E0700 R0729 D0907 25 C4048 R4050 C0704 L0712 R0713 VR0700 L0722 C0776 C0710 R4012 R4011 C0707 C0708 C0709 2 3 2 CR0301 C0313 C0314 3.0 3-19 UHF2 (450–527 MHz) 1–40W 8471696M02 Top Side UHF2 (450–527 MHz) 1–40W 8471696M02 Bottom Side J4002 11 M1 J4003 14 R2514 R2512 R2528 R2526 R2527 C0119 C0123 1 TP504 TP501 TP503 TP502 TP_TEST1 C0115 TP_TEST2 C0147 C0148 R0115 U0101 R0122 R0125 C0150 R0128 R0131 Q0107 C0602 C0603 E0609 Q0601 SH0101 C0507 L0503 C0506 C0649 D0600 C0613 R0602 L0602 C0607 C0614 R0616 L0605 E0603 C0628 R0411 R0402 R0509 C0512 R0501 R0511 C0503 R0512 C0637 C0403 R0431 R0403 C0635 C0634 C0636 C0452 FT0400 C0413 RT0953 R0947 1 R0942 C0923 SH0901 C0401 C0514 C0953 U0942 U0900 C0913 C0917 C0927 R0943 C0928 Q0902 TP0907 R0976 R0977 C0766 C0735 C0940 C0941 C0400 C0651 R0626 C0942 R0978 L0903 R0971 R0743 L0710 R0979 C0945 TP0904 TP0913 TP0903 L0716 L0905 R0970 C0772 47 TP0713 07 C 5 VR3000 C3013 R3006 C3012 R0975 R0974 2 C3014 3 R4054 C0944 D0700 L0719 C0810 C0725 C0640 T0400 6 R0960 R0944 R0951 R0938 TP0911 C0723 R0625 R0413 R0910 L0706 R3005 1 D0905 U0601 Q0403 L0406 R0921 E0401 R0416 D0500 C0412 1 R0500 C0443 C0453 C0740 Q0401 C0829 R0401 C0402 R0415 C0454 C0861 E0500 3 C0920 C0919 C0916 R0919 R0922 C0911 C0513 FT0401 4 R0414 C0422 C0739 R0918 C0832 E0610 L0410 4 6 T0401 3 CR0400 L0707 C0455 R0400 R0770 C0774 C0874 TP0708 R0502 C0448 D0405 R0428 R0429 R0430 E0403 C0436 L0708 C0760 C0738 Q0500 C0449 C0463 C0441 R0508 L0409 C0435 C0764 TP0711 C0612 2 C0445 L0408 L0603 R0219 C0446 C0447 R0427 L0414 R0701 8 5 4 D0703 C0616 E0201 L0412 SH0300 C0767 C0618 R0603 R0624 R0221 C0742 C0757 C0632 TP_ADAPT_SW C0179 C0856 R0769 TP0707 S0700 C0812 1 L0204 C0207 C0456 C0828 R0426 C0464 C0444 R0212 C0209 C0224 R0207 R0206 C0756 C0765 R0766 C0769 C0869 R0765 C0790 C3020 4 C0746 C0758 C0601 3 C0819 D0702 TP0600 2 C0731 C0745 C0845 C0770 C0771 R0728 R0709 TP0301 C0753 C0808 C0818 C0231 C0729 R0722 R0727 C0732 C0803 C0648 R0120 C0721 R0601 R0104 C0730 C0787 R0739 Q3032 R3030 6 2 07 48 C0737 C FT_VBUS2 VR4006 FT_APM_1_WIRE C4070 VR4009 C4068 C0727 FT_VBAT FT_VBAT_GROUND FT_USB2_DM FT_USB2_DP VR3504 2 3 C4065 C4066 R3529 C4063 R3548 C4067 R3545 R3540 C0741 R0620 C0604 Q0600 C0610 C0647 R0605 R0604 C0101 C0755 C0749 R0719 SH0500 C0233 C0754 C0744 R0754 R0720 R0718 R0755 L0720 C0791 C0814 3 2 R3039 Q3041 3 EXT_PTT R4031 2 3 C3A3 R6433 C3045 TP_VCTRL C0137 C0218 U0201 R0218 L0211 C0249 Q0202 R0213 C0219 C0248 L0205 C0211 R0202 R0210 C0203 R0203 C0217 C0221 L0200 L0206 C0222 C0202 R0220 C0743 R0160 1 E0301 C0800 R0747 TP0909 R3524 1 Q3030 C3032 R3041 VR3040 R3048 C0719 C0191 C0334 C0811 C0193 C0135 R0230 C0235 C0716 C0717 L0702 Q0108 2 3 4 6 U0303 E0302 R0302 R0337 R0208 R0303 L0300 C0302C0238 C0303 C0239 C0309 C0307 R0319 L0221 C0331 C0322 R0334 R0332 C0328 C0327 L0306 R0310 C0321 C3507 R3057 D3030 R3053 C3030 R3040 R3047 R3055 C0194 R0103 C0131 R0113 R0333 14 R3521 C3500 U3505 R3525 R0760 C0736 R0711 C0752 C0728 TP0703 R0714 R0715C0733 U0700 R0777 TP0704 C0817 L0705 R0759 C0734 C0801 TP0710 Q0705 R3502 R3506 8 7 R3528 C3510 4 5 3 L0700 C0192 R2501 R2507 R0307 R0306 R2500 U3004 R3008 R3534 R3530 R3549 C3522 R3539 VR3200 C3275 3 R3209 U3030 R3034 C0162 43 6 R1026 C1032 U0304 CR0300 R0331 R0327C0361 1 TP0702 C0809 C0160 R0320 R0321 3 C0163 R2515 L0304 C0317 Q0703 R0134 C0159 C1044 R1054 L0718 C0258 C0257 20 C0795 L0721 C0138 R0308 C0792 C0793 C0794 5 34 G2 TP0705 R3044 C0311 2 1 8 C2501 R3046 C3041 R3045 R4032 R4033 2 Q6401 R6435 R6430 C6435 R6436 U6405 C6438 C1 FT_EMERGENCY VR6400 FT_IGNITION_SENSE R4035 C0157 R2504 R2506 R2517 R2516 R2513 R2518 R2525 D0704 C0316 2 C0319 L0305 C0318 C0324 Q0302 R0312 R3582 TP0709 C0789 L0715 C0780 C0164 3 4 Y1000 2 G1 L0311 TX_RAMP_DAC C0775 C0156 C0149 C0151 C0158 R0127 R1044 J2500 R3249 R3581 R2502 R2519 R3577 R2520 C0785 L0717 C0230 R4090 C3218 E4003 R3222 C3217 R3223 U3202 Q3040 L0711 C0763 L1 C3272 C3282 MAKO_V8_5V R3248 VR3208 Q3206 3 4 6 R3226 R3043 C3044 D3200 R3228 C3274 C3261 C3043 E3203 Q3205 R3210 L0709 R0712 C0360 5 34 R3523 R3007 C3011 C3017 C3016 C0786 C0815 C0165 U2000 C3204 6 4 C3512 3 Q3502 R0139 R0140 AA1 C3260 C3233 R3236 R1048 U3203 C1 C3A3 EXT_MIC C3237 MAKO_V9_3V VR3201 R3536 R3553 C3532 C3509 C0166 K9 A9 TP_FLASH_CLK TP_DDR_LDQS C4088 M8 A8 C4087 R4034 C3205 R3551 R3554 INT_MIC Q3504 Q3503 6 4 3 R3533C3525 C3517 C3526 C3021 C0161 U2001 VR3502 R3050 C0108 U1000 C3519 R3037 C0134 C0136 AA21 1 R3051 R3038 U0100 R3579 TX_RAMP 7 3 L11 R3572 RF_ATTN_2 C3214 A21 8 2 C0112 A11 R3250 Y3201 L3201 VR3203 U3502 R3220 R3219 R3591 VR3205 14 U3003 C0107 C0106 R0126 A1 C3031 R1060 P1 R3592 E3201 C3521 E3208 E3206 SPI_MOSI_1 A1 R3552 SPI_MISO_1 C3270 R3054 2 ANT_C R4088 R4089 R4055 3 J6400 R6407 Q4014 Q4001 C0114 R3227 TP_DDR_UDQS C3228 C3222C3243 C3231 C3227 C3221 R3555R3544 R3546 C3535 C3252 C6449 R1047 R3052 R4049 C0357 C0358 C0363 C0362 C0349 C0348 C3289 C3291 R3593 VR3207 16 Q4012 R2508 2 R4086 SPI_CLK_1 R3584R3585 1 C3232 9 C4085 14C4084 C4073 R4079 R3542 R3541 Q3505 C3527 U4000 C3042 U1006 3 U4001 8 E2500 D3040 C1033 R3253 5 U3501 6 10 R3513 C3502 R3511 C3540 C3539 R3578 I2C_CLK R3558 R3559 I2C_DATA MAKO_CE C1035 R6469 R3586 U3504 8 4 U3503 5 8 R3569 C3257 C4071 R4103 C4072 R4101 C4074 R4100 7 R4023 E4002 4 U3508 5 8 C3542 R6438 U3200 P14 1 C3536 R3575 C3508 R2524 R3237 K1 R3216 R6464 R3556 R6468 U6404 R6401 R6470 R6420 C3541 FL6401 Q4015 R4030 OPT_SSI_SYNC C3265 R6419 R6418 R6417 R6416 C6452 C6434 R6439 C3206 Q3208 C3290 2 Y3200 C3215 3 4 A14 U6408 C6414 L6403 R6411 R6409 IF_TEST 2.8V_RF_TEST P1 C3503 R3573 R3574 R6457 R4098 R1070 R3243 R6437 R1046 C3269 4 6 U3201 3 R3252 R3247 R3246 Q4007 Q4003 E4006 R4074 R4076 R4078 R4080 R4081 R4082 R4083 R4085 R3245 Q3209 U6401 P10 C6401 Q4009 C4093 C4094 C4059 C4049 C4051 C4053 C4055 C4062 C4061 C4060 C4058 R2511 R2509 R2510 R4106 C4086 C3281 1.2V_RTC_TEST A1 R6440 C4011 C4012 C4010 C4007 R3512 R3510 FT_USB1_DP C3200 R3215 C3279 R3207 C6446 Q3210 R3208 R3200 Q3207 8 5 4 R3240 U6406 Q6402 6 43 A10 ROUT_TEST D4001 R3204 C3201 R6404 FT_USB1_DM R3239 C3266 R3241 R3238 R6405 C6432 FT_VBUS1 C4076 L6402 C3534 D4000 20 R6410 C6443 C6444 SPI_CLK_TEST R6432 C4069 26 E4004 E6400 C3533 07 FT_MMP_1_WIRE C6413 C6412 C4064 07 CLK_ACQ_TEST 3 2 C6436 C 4 5 C6437 R6434 C C4014 C4015 3-20 UHF2 (450–527 MHz) 1– 40W PCB / Schematics / Parts List C0943 R0973 L0904 D0904 C0761 R0913 C0912 C0903 C0902 R0941 R0946 R0954TP0910 C0925 R0955 C0813 2 6 4 Q0400 3 E0400 C0641 UHF2 (450–527 MHz) 1– 40W PCB / Schematics / Parts List 3-21 PA_SUPPLY 9V3_PA 9V3 RAW_B+ 9V3_PA 9V3 5V_SW 1.875V_DIG_V2 2.775V_DIG_V4 2.775V_ANA_V7 SPI_BUS(0:4) 0 SPI_MOSI SPI_MISO SPI_CLK THK_CS ABACUS3_CS 1 0 1 2 2 3 3 4 4 TX_SSI_BUS(0:2) 0 TX_SSI_DATA TX_SSI_CLK TX_SSI_FSYNC VCO_UHF2_TOMAHAWK 5V 1.8V_TH_DIG 2.8V_TH_DIG 2.8V_TH_ANA SPI_MOSI_IN SPI_MISO_IN SPI_CLK_IN TH_CEX ABACUS3_CEX_IN 1 2 2 RX_VCO_SEL1 RX_VCO_SEL2 TX_VCO_SEL1 TX_VCO_SEL2 VCTRL SF_OUT HP_MOD_OUT PRSC VCTRL SF_TH HP_MOD_OUT PRSC TXINJ 9V3_SYNTH_OUT 9R1 PREDRIVE_SW RXINJ 9V3_SYNTH_IN 9V3_VCO 9V3_SYNTH 9V3_VCO TX_INJ TX_HP_UHF2 ( PA: SHEET 1 ) ( PC: SHEET 2 ) 0 1 ( TX: SHEET 1 ) ( RX: SHEET 2 ) RX_VCO_SEL1_ RX_VCO_SEL2_ TX_VCO_SEL1_ TX_VCO_SEL2_ SDTX TX_CLK SFTX SYNTH 9V3 9R1 RX_IN CONTROLLER_&_GPS_R5 ( TOP LEVEL: SHEET 1) PREDRIVE_SW PC_ATTEN_ENA FINAL_BIAS_1 TX_DAC ANT_ENABLE LO_BATTERY_DET RF_ATTN_1 RX_SSI_BUS(0:2) 0 RX_SSI_DATA RX_SSI_CLK RX_SSI_FSYNC RX_SSI_SYNCB DMCS RESET_OUT ADAPT_SW LOCK_DETECT 1 2 2 16.8_GPS PREDRIVE_SW PC_ATTEN_ENA PA_BIAS TX_DAC ANT_ENABLE LO_BATTERY_DET LO_PWR_DET VSWR_DET 0 1 RX_SSI_DATA_PASS_OUT RX_SSI_CLK_PASS_OUT RX_SSI_FSYNC_PASS_OUT ABACUS3_SYNCB_IN DMCS RSTB ADAPT_SW LOCK 16.8_GPS SPI_MOSI_OUT SPI_MISO_OUT SPI_CLK_OUT ABACUS3_CEX_OUT RX_SSI_DATA_PASS_IN RX_SSI_CLK_PASS_IN RX_SSI_FSYNC_PASS_IN 0 1 2 3 0 1 2 ABACUS3_SYNCB_OUT 5V_BE 1V8_BE 16.8_REF RX_INJ RXFE_UHF2 RX_IN ( 1 SHEET ) NC 9R1 RF_ATTEN_1 FE_TUNE NC RX_FLTR_VCTRL IF ABACUS_SPI_BUS(0:3) 0 1 2 3 ABACUS_SSI_BUS(0:2) SPI_ABACUS_DATA SSI_ABACUS_DOUTB SPI_ABACUS_CLK SPI_ABACUS_CEX IF 0 1 2 SSI_ABACUS_DOUTA SSI_ABACUS_CLKOUT SSI_ABACUS_FSYNC SSI_ABACUS_SYNCB RXBE_73.35MHZ 16.8_MHZ_BUFF 5V 1V8 REF_CLK (IF AMP: SHEET 1) (ABACUS3: SHEET 2) UHF2 (450–527 MHz) 1–40W Overall Schematic Diagram UHF2 (450–527 MHz) 1– 40W PCB / Schematics / Parts List 3-22 E0400 NU RF_ATTEN_1_3 9R1_FILT RF_ATTEN_1 E0401 R0401 C0400 NU Q0400 9R1_FE_6 9R1 NU Q0401 2 5 NU 3 R0411 R0402 2 C0403 C0401 C0402 5 R0403 NU C0404 R0431 NU 6 4 4 1 1 3 6 C0405 Hi-Side Zeros for Preselector C0455 (Micro-strip 20 mm Each) NU R0432 C0406 C0407 R0400 C0411 FT0400 L0401 R0405 C0410 R0404 0.8 VDC Typical 8.6 VDC L0402 D0406 C0462 R0444 C0453 C0412 C0460 3 L0405 1 NC RX_IN C0421 R0407 R0443 C0419 (VALUE) (VALUE) C0415 C0414 3 3 C0461 C0408 L0413 R0437 R0406 D0408 L0403 R0440 (VALUE) C0426 C0427 1 C0420 R0436 R0438 Q0402 C0422 R0435 C0459 R0441 1 2 10 dB Attenuator (Not Placed) C0425 L0404 3 C0458 C0424 C0417 3 C0454 C0423 D0409 D0404 D0403 C0416 C0452 1 NU C0409 2 1 D0401 (VALUE) CR0400 2 D0407 D0402 1 RXIN_FE_6 C0413 2 NU (VALUE) 2 D0400 NU NU L0414 9R1_FILT L0406 R0409 R0410 0.7 VDC C0428 R0413 C0433 C0429 C0430 R0412 C0431 C0432 1 4 2 C0435 NU E0403 R0428 (3.00 ~ 8.00 VDC) Q0403 MAKO ( 0 ~ 4.6 VDC) FE_TUNE_FE_4 R0429 R0414 C0434 6 3 5 FE_TUNE C0436 R0430 R0415 R0416 9R1_FILT IF_FE_8 IF R0417 R0427 C0437 +16.0 dBm Min. (250 mV P-P) FT0401 8.3 VDC Typical C0438 C0441 C0443 L0408 T0401 C0464 R0426 NU NU R0420 T0400 L0409 C0445 L0410 C0444 4 3 2 1 C0446 C0447 C0448 C0449 6 IO1 IO2 C0451 NC RX_INJ 5 NC NC R0423 R0434 R0424 C0457 R0425 L0411 UHF2 (450–527 MHz) 1–40W Receiver Front-End Schematic Diagram Zo/Zin=4:1 5 NC Zo/Zin=4:1 D0405 .0476 6 1 2 1 IO4 R0433 2 4 1.5 VDC Typical 2.3 VDC Typical R0422 4 Q0405 R0421 RX_INJ_FE_5 3 3 C0463 C0442 C0440 IO3 R0419 L0407 L0412 1 R0418 (VALUE) C0439 NU C0456 UHF2 (450–527 MHz) 1– 40W PCB / Schematics / Parts List 3-23 RX_FE_3 5V_FE 5V E0500 R0511 5V_BE_5 5V R0500 C0514 C0513 R0501 R0502 R0512 R0503 1.6V 73.35MHz 4-POLE 1.43V IF_TO_ABACUS IF_OUT L0506 C0504 C0512 R0509 FL0500 C0502 Q0501 C0506 1 IN L0503 C0510 1 0.76V C0509 NU GND2 3 CC1 6 CC2 3 C0503 OUT 4 5 IF 2 GND1 IFIN_BE_8 C0507 C0515 NU Q0500 2 D0500 0.72V C0516 NU R0510 R0508 L0504 NU SH0500 1 2 UHF2 (450–527 MHz) 1–40W Receiver IF Amp Schematic Diagram UHF2 (450–527 MHz) 1– 40W PCB / Schematics / Parts List 3-24 VVCO TP0600 SPF_3.5V C0601 1 U602 C0602 C0603 C0604 R0601 TP0601 C0605 C0650 R0621 R0602 IF_OUT R0622 R0623 NU C0607 Q0600 NU C0611 C0615 C0614 C0612 R0604 C0616 NU R0605 L0602 C0613 R0603 C0649 D0600 L0603 R0624 E0601 E0600 C0617 3VA 2nd LO LF C0610 3VA 5V 2nd LO VCO UHF (71.1MHz/75.6 MHz) R0606 C0618 C0619 L0604 3VA L0605 C0620 C0621 E0602 C0622 FREF_IF REF_CLK 1V8 1 2 3 4 5 6 7 8 9 10 11 12 C0626 3VA C0627 E0603 C0628 R0610 U0600 GNDL FREF GNDS2 SYNCB GNDH FS DOUTB DOUTA CLKOUT VDDH VDDD PE 36 35 34 33 32 31 30 29 28 27 26 25 R0607 NU R0608 C0630 3VA PE C0631 FS E0604 SB_1_BE_5 DOUTB_1_BE_5 R0611 PD R0627 DOUTA_1_BE_5 R0612 PC SSI_ABACUS_SYNCB FS_1_BE_5 R0609 13 14 15 16 17 18 19 20 21 22 23 24 C0629 MXOP MXON GNDF IF2N IF2P VDDF GCP GCN VDDA GNDA VREFP VREFN RREF VDDQ IOUTC GNDQ VDDC GNDC CLKP CLKN GNDS1 GNDD PC PD C0625 VDDI IFIN CXIF GNDI CXVL LOP LON CXVM VDDL VDDP IOUTL GNDP 48 47 46 45 44 43 42 41 40 39 38 37 C0623 SSI_ABACUS_FSYNC SSI_ABACUS_DOUTB SSI_ABACUS_DOUTA SSI_ABACUS_CLKOUT CLKOUT_1_BE_5 DOUTA DOUTB CLKOUT * C0632 R0613 FE_1_BE_5 SPI_ABACUS_CEX R0614 FD_1_BE_5 C0633 R0615 C0634 C0635 E0606 E0605 C0636 R0625 1V8 3VA 3VA FC_1_BE_5 R0626 1V8_3 E0607 C0641 C0651 E0610 U0601 R0616 3VA 2 FB 6 NP 4 VCONT 3 VIN 5V C0640 E0608 3VA VOUT 1 C0637 GND C0638 5 L0608 C0642 R0617 R0618 C0643 R0619 C0644 C0645 D0601 R0620 VVCO C0646 E0609 Q0601 CLOCK VCO UHF2 (450–527 MHz) 1–40W Receiver Back-End Schematic Diagram CLOCK LF C0647 C0648 SPI_ABACUS_DATA SPI_ABACUS_CLK UHF2 (450–527 MHz) 1– 40W PCB / Schematics / Parts List 3-25 E0700 PA_SUPPLY_TX_PA A+ PA_SUPPLY C0710 C0700 C0701 C0711 NU C0702 C0712 C0713 R0742 E0701 C0703 9V3_TX C0704 C0706 NU C0705 C0707 NU C0708 C0709 9V3_TX 9V3_PA E0703 L0700 47K 1 Q0701 47K C0729 NU C0725 C0717 C0845 C0731 NU C0732 C0832 R0763 ATC R0970 2 C0745 TP0702 SP0700 Gate_1 R0765 C0718 R0706 C0769 L0709 C0818 R0718 R0712 C0736 C0752 3.2VDC 13 dBm -3 dBm TP0703 C0809 C0749 NU L0705 1 5 8 4 6 C0869 C0828 R0709 C0754 NU 7 RF_IN TP0705 Test Point to check Ref Osc Warping R0715 Q0703 R0755 11dB/17dB Pad 18dB RL R0719 C0735 C0743 C0744 C0755 C0813 NU C0819 C0829 C0721 NU C0812 C0741 NU C0756 C0774 C0856 C0874 L0707 C0723 L0708 S = 0.54 mm L = 19 mm W = 2.5 mm S = 0.93 mm L0710 C0803 C0742 C0739 C0740 C0751 ATC D0904 1 C0817 C0795 C0734 POS C0785 C0771 NU L0717 L0721 C0770 R0728 C0764 NU A+ C0767 Gate_1 R0978 C0777 TP0708 C0778 C0779 R0729 2.2VDC (TX Only) 2.2VDC (TX Only) R0974 R0701 R0735 M0700 R0975 D0702 R0727 L0718 R0973 NU C0941 C0861 R0773 TP0707 L0904 C0940 SP0701 L0714 C0765 NU L0722 C0748 C0806 ATC C0761 C0760 NU R0713 C0738 C0727 NU C0747 R0771 R0722 L0706 W = 0.625 mm L0712 C0746 Gate_2 R0770 3 G L0903 D0700 SP0707 R0769 2 S C0733 R0760 R0714 VD_RF_OUT 2 GND1 4 GND2 TX_INJ R0754 3 D 1 1 1 J0700-1 2 J0700-2 3 J0700-3 W = 0.625 mm 3 U0700 R0711 L0905 L0719 R0971 R0768 NC +8 dBm TX_INJ_TX_PA C0728 C0810 C0737 C0726 SP0702 SP0703 R0766 C0808 NU C0753 R0720 TP0704 C0719 C0811 Q0702 MRF1570, Flat Lead R0764 C0724 C0768 C0722 NU C0715 NU C0720 C0807 R0762 C0716 R0700 LO_PWR_PAD D0704 C0714 C0730 NU L0702 E0704 C0763 L0711 PIN2 9V3_Tx_Sw Antenna_En HI_PWR_PAD PIN1 2 SP0704 SP0705 SP0706 47K HS0700 E0702 R0702 NU 2.2K R0977 C0772 C0766 NU Gate_2 R0976 C0942 V_cont R0730 R0732 C0776 VR0700 R0738 C0786 C0815 NC R0739 NU 9V3_TX C0787 L0715 2.85V (44W) 2.10V (27.5W) TP0710 C0780 C0775 C0791 R0757 R0756 C0792 TP0709 C0793 C0804 C0794 C0805 R0741 C0782 C0781 NU C0788 NU L0723 NU D0905 Q0704 R0740 C0943 C0759 C0758 C0757 C0814 C0790 NU R0979 D0703 TP0711 Final_Bias D NC REV_DETECTED K4 K3 K2 K1 NC C0789 NU C0944 NU R0745 R0744 NU R0759 L0716 R0743 9V3_Tx_Sw A5 A4 A3 A2 A1 R0734 PRESSURE_PAD 9.1VDC C0945 L0720 Q0706 Q0705 S G TP0713 R0777 FWD_POWER 9V3 R0747 PRESSURE_PAD_TX_PA NC R0749 ANT_ENABLE_TX_PA ANT_ENABLE FWD_DETECTED RX_IN_TX_PA R0748 PRESSURE_PAD RX_IN V_cont 9V3_VCO R0750 C0966 R0775 S0700 C0798 C0802 C0799 C0796 R0752 V_cont FINAL_BIAS_1_TX_PA C0797 R0751 R0761 C0800 NU C0801 FINAL_BIAS_1 Final_Bias 9V3_SYNTH V_CONTROL R0753 Antenna_En 9V3_TX 9V3_TX LO_PWR_PAD LO_PWR_PAD HI_PWR_PAD HI_PWR_PAD UHF2 (450–527 MHz) 1–40W Power Amplifier Schematic Diagram UHF2 (450–527 MHz) 1– 40W PCB / Schematics / Parts List 3-26 SH0900 SH0901 1 2 1 2 Q0900 9V3 4 3 NOTE: VOLTAGES SHOWN FOR ANALOG TX MODE 5 C0900 2 0.6V typical Cutback starts about 2.2V TP0907 1 C0901 6 9V3_PC PC_ATTEN_ENA_TX_PA PC_ATTEN_ENA R0931 LO_PWR_PAD C0929 9V3 to REV bias PIN in LP mode R0918 R0910 C0919 Q0902 C0920 D0906 9V3_TX C0783 C0918 8 D0901 L0902 C0914 2 3 U0900-1 R0917 R0906 1 R0922 9V3 9V3_PC R0900 D0900 1 9V3_PC Q0711 TP0913 C0911 R0901 R0907 3 4 9V3_PC 2 Cypher: 2.4Kohm 5% R0902 R0936 C0913 C0916 NC R0924 C0947 R0724 Q0901 R0919 8 R0903 6 9V3 to FW bias PIN in HP mode L0900 HI_PWR_PAD 7 R0930 C0931 C0934 R0926 C0935 U0901-2 C0915 R0725 5 4 C0904 R0937 U0941 2 FB 6 NP 4 VCONT 3 VIN 5V VOUT R0927 1 R0929 R0928 C0907 C0948 NC NC C0962 C0961 R0989 D0903 4.0V (44W) 3.2V (27.5W) TP0904 U0943 7 VPOS R0925 C0960 1 C0951 0.1uF C0949 R0909 C0906 D0902 5 9V3 RT0908 5V GND C0950 8 C0937 C0936 C0963 2 TADJ INHI VSET INLO VOUT COMM R0988 CLPF R0981 6 R0914 R0923 R0915 R0916 FWD_DETECTED 9V3_PC 4 R0995 R0920 R0982 5 3 R0984 1 LO_PWR_DET U0901-1 R0994 9 C0908 LO_PWR_DET 3 4 C0909 TP0903 C0964 0.38V (44W) 0.21V (27.5W) R0911 R0985 2.85V (44W) C0939 2 8 GND 5V DC REV_DETECTED C0921 C0922 C0965 U0940 1.35V (44W) 1.28V (27.5W) VPOS 7 V_CONTROL NC 6 NC COMM C0910 R0986 R0941 C0902 C0903 R0987 R0912 D0907 5.1V C0967 NC VSWR_DET C0923 VSWR_DET TP0910 TP0911 R0950 8 R0942 9 5 1 RFIN 2 ENBL 3 VSET 4 FLTR VAPC GND R0940 R0983 9V3_PC 8 2.10V (27.5W) TP0909 1 R0960 2 L0901 R0726 2 C0912 9V3_PC 6 4 3 R0921 3 C0917 5 1 R0913 6 7 5 R0943 R0951 R0944 FWD_POWER 4 C0926 R0955 C0925 R0946 R0947 RT0953 LO_BATTERY_DET C0953 C0928 R0954 3 LO_BATTERY_DET C0927 GND 2 1 INPUT RESET_OUT 4 5 NC1 NC2 TX_DAC R0938 U0900-2 TX_DAC U0942 UHF2 (450–527 MHz) 1–40W Power Control Schematic Diagram 9V3 9V3 3-27 SPI_CLK_IN SPI_MISO_IN SPI_MOSI_IN UHF2 (450–527 MHz) 1– 40W PCB / Schematics / Parts List 5V_BE_SYNTH 5V_BE 5V_TH 1V8_BE_SYNTH 1V8_BE TP_TEST1 1 RX_SSI_DATA_PASS_IN RX_SSI_CLK_PASS_IN RX_SSI_FSYNC_PASS_IN 2.8V_TH_DIG C0100 1 ABACUS3_SYNCB_OUT ABACUS3_CEX_OUT 2.8V_TH_DIG_SYNTH 1.8V_DIG RX_SSI_DATA_OUT RX_SSI_CLK_OUT RX_SSI_FSYNC_OUT RX_SSI_DATA_IN RX_SSI_CLK_IN RX_SSI_FSYNC_IN R0101 1.8V_DIG RX_SSI_DATA_PASS_OUT RX_SSI_CLK_PASS_OUT RX_SSI_FSYNC_PASS_OUT ABACUS3_SYNCB_OUT ABACUS3_CEX_OUT ABACUS3_SYNCB_IN ABACUS3_CEX_IN 2.8V_DIG 1.8V_DIG ABACUS3_SYNCB_IN ABACUS3_CEX_IN 5V SPI_MOSI_OUT SPI_MISO_OUT SPI_CLK_OUT 2.8V_ANA SPI_MOSI_IN SPI_MISO_IN SPI_CLK_IN 5V_SYNTH SPI_MOSI_OUT SPI_MISO_OUT SPI_CLK_OUT 2.8V_ANA SPI_MOSI_IN SPI_MISO_IN SPI_CLK_IN R0100 1.8V_DIG TP_TEST2 R0102 1.8V_TH_DIG_SYNTH 1.8V_TH_DIG C0108 C0102 C0101 2.8V_ANA C0177 R0103 2.8V_TH_ANA_SYNTH C0106 2.8V_TH_ANA C0105 C0104 C0178 C0175 C0109 C0110 C0107 R0104 C0111 C0103 Locked: 1.8V Unlocked: 0V 2.8V_DIG LOCK_SYNTH LOCK NC C0112 C0114 C0115 C0123 R0146 R0147 16.8_REF_BE_SYNTH NC NC NC NC NC NC NC NC NC NC 16.8_REF R0109 R0156 NU R0157 R0158 NU GPO_1_SYNTH C0130 GPO_2_SYNTH C0131 SCAN_EN MN_CP_GND MN_CP_VCC LGND1 LGND2 LVCC2 TX_DAC_GND TX_DAC_VCC ASPI_VCC SSI_GND TM TEST1 TEST2 LVCC1 G5 D3 DMCS R0111 NC NC NC 2.8V_ANA C0124 C0125 U1=220pF U2=120pF VHF=1500pF K8 HP_MOD_OUT_SYNTH H1 HP_MOD_OUT H3 M_PRSCX J2 M_PRSC MN_CP PRSC_SYNTH PRSC G3 SF_OUT_SYNTH C0129 TP_ADAPT_SW R0113 GPO_3_SYNTH C0133 R0114 TX_VCO_SEL1_ C0134 U1=220pF U2=120pF VHF=1500pF GPO_4 9R1 GPO_5_SYNTH GPO_6_SYNTH RX_VCO_SEL2_ C0136 C0135 9R1 SWITCH FOR FRONT-END 4 3 R0159 C0179 R0115 C0137 10K 1 Q0108 R0116 47K 2.8V_ANA R0126 ADAPT_SW IN R2 2 Q0102 ADAPT_SW_SYNTH R1 OUT C0138 GND R0160 Adapt ON: 5V Adapt OFF: 0V R0148 2.8V_ANA RF_ATTN_1 Q0107 SF_OUT VOLTAGE: 2.45V Q0106 R0119 R0118 R0117 R0120 NU U0101 5 C0142 U1=220pF U2=120pF VHF=1500pF C0141 C0140 4 C0143 C0144 R0122 NU ONOFF_CONTROL 1 INOUT 2 OUTIN 3 RSTB_SYNTH VCC 9R1_SYNTH SF_OUT 5V_TH C0132 5V_TH C0128 SDTX DMCS_SYNTH GND GPO LINES HI: 2.8V LOW: 0V RX_VCO_SEL1_ VCO SEL: ACTIVE LOW TX_VCO_SEL2_ R0170 9V3_SYNTH 9V3 C0127 TX_CLK SDTX_SYNTH NC NC NC NC NC G1 DAC_ADAPT F1 VCO_DAC MN_ADAPT_CP SPI_CLK_IN SFTX TX_CLK_SYNTH 5V_TH C0126 F9 F10 F11 F7 D11 E9 E10 E7 K1 SPI_MOSI_IN SFTX_SYNTH 1 NU TH_CEX TP501 TP502 TP503 1 TP504 1 1 1 L3 ESC_CP G2 MAIN_PDET_VCC NC 16.8_GPS_SYNTH 16.8_GPS SPI_MISO_IN HP_MOD_OUT NC NC NC NU R0155 U0100 NC NC NC NC 16.8_REF_CONTROLLER_SYNTH NC NC NC NC NC NC NC C0121 NU TH_CEX_SYNTH D10 SPI_DR D8 CEX D9 SPI_DW C11 SPI_CLK SFTX TXCLK SDTX DMCS SDR SCLK_OUT RXFS RXACQ ESC_IN XOSC_BASE XOSC_EMIT SMD_CLK_GEN_GND OSCREG_SPLY OSCREG_BYP SF_OUT OSCREG_OUT R0110 C0119 NU K5 L5 C9 J4 L4 K4 H5 R0108 G9 CLK_CP H11 CLK_EMIT G11 CLK_BASE E6 RSTB NC NC NC NC NC NC NC C10 ASPI_CLK B11 ASPI_DATA A6 ACE1 D6 ACE2 A1 NC1 A11 NC2 F6 TX_GND2 L1 NC3 L11 NC4 R0107 NC NC Q0100 CLK_VCC CLK_GND TX_VCC SDM_CLK_GEN_VCC XOSC_GND OSCREG_GND SSI_VCC ESC_GND TX_GND1 ESC_CPBIAS ESC_VCC ESC_CP_GND ESC_CP_VCC MAIN_GND ESC_TEST MAIN_VCC C0122 C0195 AGC_REF AGC_FLAG ARX_DAC RFSTEPA AGC_DAC DC_CAL BP_I RXI RXIX BP_IX SDM_VAG BP_Q RXQ RXQX BP_QX SCAN_IN RX_EN_OUT PABIAS_DAC CLK2_OUT CLK1_OUT TCLK NTXQ TXQ NTXI TXI INCR_DECR PHCLK FBQ FBI J7 EF_OUTP J8 EF_OUTM NC NC C5 C4 H6 A3 B5 A2 E4 C2 C1 F4 B10 E2 D1 D2 E3 F2 B1 K11 J11 H9 G8 K6 L7 L8 K7 J9 L9 B6 C6 K10 SUB1 F5 SUB2 F3 SUB3 L10 DEEPSLEEP R0106 L0100 J10 H10 J6 A10 G6 J5 E11 H4 G7 L2 K2 K3 J3 G4 E1 J1 B9 A9 B8 B2 C3 A5 A8 D5 SDM_REF_VCC SDM_VREFM SDM_VREFP RX_AVCC1 RX_AGND1 RX_AVCC2 SDM_REF_GND RX_AGND2 R0144 H2 F8 C8 B7 H7 L6 A7 E8 B3 D7 C7 G10 C0113 C0118 C0171 GPO1_TEST1 GPO2_TEST2 GPO3_TEST3 GPO4_TEST4 GPO5 GPO6 C0117 R0105 C0120 B4 A4 E5 D4 K9 H8 Buffer to Abacus/Controller NU Switch for Adapt Transient VCONT R0161 C0196 C0180 C0146 U1=220pF U2=120pF VHF=1500pF OUTPUT 3 C0145 5 NC1 6 NC2 7 NC3 8 NC4 GND 1 VCC 4 R0123 C0147 U1=220pF U2=120pF VHF=1500pF 2 RSTB NC NC NC NC R0125 Y0100 16.8MHz 1.5 ppm 0.5 ppm R0127 TCXO (Y0100) --- R0128 4875188M01 VCTRL_SYNTH VCTRL R0131 C0150 C0148 C0151 C0149 VCO STEERING LINE VOLTAGE: 0.6V TO 4.4V VCO STEERING LINE VOLTAGE: 0.6V TO 4.4V TP_VCTRL 1 R0134 C0157, C0159, C0160,C0162,C0163,C0191,C0192,C0193,C0194: NU (UHF B2) C0191,C0192,C0193,C0194: NU (UHF B1) SH0100 SH0101 C0194 C0193 C0192 C0191 C0156 C0157 C0158 C0159 C0160 C0161 C0162 C0163 C0164 C0165 R0139 C0166 1 2 1 2 R0140 Note: High Port modulation injection through loop filter for U1 and U2 only UHF2 (450–527 MHz) 1–40W Synthesizer Schematic Diagram UHF2 (450–527 MHz) 1– 40W PCB / Schematics / Parts List 3-28 SF_TH SF_TH_VCO_UHF1_6 SF_TH SF_TH C0200 RX1 C0201 Super Filter Voltage (SF_TH) SF_TH: 2.5 V SH0300 R0201 C0206 1 2 1 2 C0204 C0205 SH0301 L0202 R0204 R0205 C0208 L0203 C0214 C0213 RX Buffer Amplifier C0215 E0201 Q0200 RXSL RX VCO 1 9R1_VCO_UHF1_7 L0200 9R1 CR0201 CR0202 L0209 R0211 C0220 C0202 C0203 L0207 L0210 R0202 C0223 R0203 VCTRL C0225 C0226 Steering Line Voltage (VCTRL_TH) CR0203 CR0204 C0207 C0209 VCTRL: 0.6-4.5 V C0229 L0204 L0212 C0211 SF_TH L0205 RXINJ_VCO_UHF1_5 R0206 C0236 RX2 C0237 R0220 R0216 C0217 L0206 RXINJ R0207 Q0202 RXINJ: 376.65 - 453.65 MHz C0218 R0208 +10 dBm C0219 R0224 R0219 L0213 R0221 C0222 C0221 R0210 L0211 R0212 C0241 C0242 C0224 C0240 R0225 R0226 C0243 RX VCO 2 L0214 C0245 C0247 C0246 Q0201 FT0301 CR0206 L0217 C0250 L0218 L0215 1 CR0205 RXSL RX Prescaler C0231 C0251 SF_TH PRSC (RX): 329.65 - 396.65 MHz R0230 C0252 C0253 C0238 -5 to -15 dBm C0239 C0230 CR0207 PRSC_VCO_UHF1_5 PRSC CR0208 PRESC_TX L0221 C0259 L0219 RX2_SEL: 2.7 V (High) C0235 C0233 0.1 V (Low) NU RX1_SEL_VCO_UHF1_5 R0213 RX2_SEL_VCO_UHF1_5 R0218 RX_VCO_SEL1 RX_VCO_SEL2 R0229 C0257 RX1_SEL: 2.7 V (High) C0248 C0249 U0201 0.1 V (Low) RX1 UHF2 (450–527 MHz) 1–40W Receiver VCO Schematic Diagram RX2 C0258 UHF2 (450–527 MHz) 1– 40W PCB / Schematics / Parts List 3-29 TX Buffer Amplifier TX1 SF_TH R0321 SF_TH C0300 VMOD L0300 C0301 9T1 C0302 C0303 R0301 R0320 R0302 L0302 R0303 C0304 HP_MOD_OUT_VCO_UHF1_7 HP_MOD_OUT R0319 C0307 C0310 C0360 C0361 C0334 C0364 C0316 C0309 R0304 C0306 C0305 R0305 CR0300 C0308 NU L0304 L0303 C0311 C0314 C0313 TX VCO 1 Q0300 VSL VCTRL CR0301 VCTRL_VCO_UHF1_7 VCTRL CR0302 C0320 L0309 R0311 L0307 L0310 R0334 C0322 R0307 Q0302 R0308 C0319 C0321 TXINJ: 450-527 MHz +10 dBm L0311 R0312 C0324 C0325 CR0303 TXINJ C0318 NU R0310 NU C0323 C0326 Steering Line Voltage (VCTRL_TH) R0333 R0332 C0317 L0306 TXINJ_VCO_UHF1_5 L0305 R0306 C0315 R0337 9T1 CR0304 VCTRL: 0.6-4.5 V C0329 E0301 TX_BUFFER_SEL: 1.8 V (ON) L0312 9V3_VCO_UHF1_7 0.1 V (OFF) 9V3_VCO SF_TH E0302 TX2 C0336 PREDRIVE_SW_VCO_UHF1_6 PREDRIVE_SW C0337 R0316 NU R0324 L0313 C0327 C0328 NU NU U0303 NU C0340 VMOD C0341 C0344 C0342 R0325 R0326 C0343 TX VCO 2 L0314 C0345 C0347 C0346 Q0301 CR0305 VSL CR0306 L0317 C0350 L0318 L0315 C0331 C0351 TX Prescaler PRSC (TX): 403-470 MHz SF_TH C0352 C0353 -5 to -15 dBm Super Filter Voltage (SF_TH) CR0307 CR0308 PRESC_TX C0362 C0363 SF_TH: 2.5 V SF_TH C0359 L0319 TX1_SEL_VCO_UHF1_5 R0327 TX2_SEL_VCO_UHF1_5 TX_VCO_SEL2 R0331 TX_VCO_SEL1 R0329 C0348 TX1_SEL: 2.7 V (High) 9V3_SYNTH_OUT 9V3_SYNTH_IN C0357 C0349 U0304 C0358 TX2_SEL: 2.7 V (High) 0.1 V (Low) 0.1 V (Low) TX1 TX2 UHF2 (450–527 MHz) 1–40W Transmit VCO Schematic Diagram UHF2 (450–527 MHz) 1– 40W PCB / Schematics / Parts List 3-30 UHF2 PCB 8471696M02 Parts List 1–40W Circuit Ref C0100 C0101 C0102 C0103 C0104 C0105 C0106 C0107 C0108 C0109 C0110 C0111 C0112 C0113 C0114 C0115 C0117 C0118 C0119 C0120 C0121 C0122 C0123 C0124 C0125 C0126 C0127 C0128 C0129 C0130 C0131 C0132 C0133 C0134 C0135 C0136 C0137 C0138 C0140 C0141 C0142 C0143 C0144 C0145 C0146 C0147 C0148 C0149 C0150 C0151 Motorola Part No. 2113944A41 2113944A41 2113944A41 2113945C31 2113944A41 2113945C31 2113945C31 2113945C31 2113944A41 2113945C31 2113945C31 2113945C31 2113944A41 NOT PLACED 2113946E02 2113946E02 2113944A41 2113945C31 NOT PLACED 2113945B02 NOT PLACED 2113945B02 2113946E02 2113945C31 2113944A41 2113944A41 2113944A41 2113944A41 2113945C31 2113944A41 2113944A41 2113944A41 2313960B30 2113944A41 2313960B32 2113945C31 2313960B32 2113944A41 2313960B30 2113945C31 2113944A41 2113944A41 2113945C31 2113945B02 2113944A41 2113944A41 2113945D01 2113945D01 2113945C31 2113945C31 Description 120pF 120pF 120pF 0.1uF 120pF 0.1uF 0.1uF 0.1uF 120pF 0.1uF 0.1uF 0.1uF 120pF – 1.0uF 1.0uF 120pF 0.1uF – .01uF – .01uF 1.0uF 0.1uF 120pF 120pF 120pF 120pF 0.1uF 120pF 120pF 120pF 4.7uF 120pF 10uF 0.1uF 10uF 120pF 4.7uF 0.1uF 120pF 120pF 0.1uF .01uF 120pF 120pF .033uF .033uF 0.1uF 0.1uF Circuit Ref C0156 C0157 C0158 C0159 C0160 C0161 C0162 C0163 C0164 C0165 C0166 C0171 C0175 C0177 C0178 C0179 C0180 C0191 C0192 C0193 C0194 C0195 C0196 C0200 C0201 C0202 C0203 C0204 C0205 C0206 C0207 C0208 C0209 C0211 C0213 C0214 C0215 C0217 C0218 C0219 C0220 C0221 C0222 C0223 C0224 C0225 C0226 C0229 C0230 C0231 C0233 Motorola Part No. 2185419D06 NOT PLACED 2185419D06 NOT PLACED NOT PLACED 2185419D06 NOT PLACED NOT PLACED 2185419D06 2185419D06 2185419D06 2113945B02 2113944A41 2113944A41 2113944A41 2113944A41 2113945C31 NOT PLACED NOT PLACED NOT PLACED NOT PLACED 2113945A05 2113946H02 2113944A41 2113945Y02 2113945C02 2113944A41 2113944A41 2113945Y02 2113944A41 2113945C04 2115153H18 2113944A41 2113944A41 2115153H17 2115153H34 2115153H14 2113944A41 2115153H14 2115153H01 2115153H23 2115153H24 2115153H14 2115153H46 2113944A41 2115153H51 2113944A41 2115153H43 2113944C47 2115153H14 NOT PLACED Description 0.1uF – 0.1uF – – 0.1uF – – 0.1uF 0.1uF 0.1uF .01uF 120pF 120pF 120pF 120pF 0.1uF – – – – 470pF 10uF 120pF 0.10uF .01uF 120pF 120pF 0.10uF 120pF .022uF 4.3pF 120pF 120pF 3.9pF 11pF 3.0pF 120pF 3.0pF 0.5pF 6.8pF 7.5pF 3.0pF 36pF 120pF 56pF 120pF 27pF 150pF 3.0pF – Circuit Ref C0235 C0236 C0237 C0238 C0239 C0240 C0241 C0242 C0243 C0245 C0246 C0247 C0248 C0249 C0250 C0251 C0252 C0253 C0257 C0258 C0259 C0300 C0301 C0302 C0303 C0304 C0305 C0306 C0307 C0308 C0309 C0310 C0311 C0313 C0314 C0315 C0316 C0317 C0318 C0319 C0320 C0321 C0322 C0323 C0324 C0325 C0326 C0327 C0328 C0329 C0331 Motorola Part No. 2115153H18 2113944A41 2113945Y02 2113944A41 2113945Y02 2113944A41 2113945Y02 2113944A41 2115153H17 2115153H18 2115153H34 2115153H24 2113944A41 2113945Y02 2115153H18 2115153H40 2115153H48 2113944A41 2113944A41 2113945Y02 2115153H37 2113944A41 2113945Y02 2113945C02 2113944A41 2113944A41 2113945Y02 2113944A41 2113945C04 2115153H18 2113944A41 2115153H01 2113944A41 2115153H18 2115153H20 2115153H22 2313960B32 2113944A41 2115153H15 NOT PLACED 2115153H16 2115153H27 2115153H37 2115153H42 2113944A41 2115153H50 2113944A41 NOT PLACED NOT PLACED 2115153H36 2115153H22 Description 4.3pF 120pF 0.10uF 120pF 0.10uF 120pF 0.10uF 120pF 3.9pF 4.3pF 11pF 7.5pF 120pF 0.10uF 4.3pF 20pF 43pF 120pF 120pF 0.10uF 15pF 120pF 0.10uF .01uF 120pF 120pF 0.10uF 120pF .022uF 4.3pF 120pF 0.5pF 120pF 4.3pF 5.1pF 6.2pF 10uF 120pF 3.3pF – 3.6pF 10pF 15pF 24pF 120pF 51pF 120pF – – 4.3pF 6.2pF Circuit Ref C0334 C0336 C0337 C0340 C0341 C0342 C0343 C0344 C0345 C0346 C0347 C0348 C0349 C0350 C0351 C0352 C0353 C0357 C0358 C0359 C0360 C0361 C0362 C0363 C0364 C0400 C0401 C0402 C0403 C0404 C0405 C0406 C0407 C0408 C0409 C0410 C0411 C0412 C0413 C0414 C0415 C0416 C0417 C0419 C0420 C0421 C0422 C0423 C0424 C0425 C0426 Motorola Part No. 2113944A41 2113944A41 2113945Y02 2113944A41 2113945Y02 2113944A41 2115153H14 2115153H01 2115153H14 2115153H20 2115153H19 2113944A41 2113945Y02 2115153H11 2115153H42 2115153H50 2113944A41 2113944A41 2113945Y02 2115153H38 2313960B30 2113944C51 2113944A41 2113945Y02 NOT PLACED NOT PLACED 2113945C31 2113944A41 2115153H49 NOT PLACED 2113944A41 2115153H27 2115153H13 2115153H27 2115153H13 2115153H10 2115153H10 2115153H14 2115153H57 2113944A41 2115153H39 2115153H14 2115153H14 2113945Y02 2115153H08 2115153H13 2115153H36 2113944A44 2113944A44 2113944A44 2113944A44 Description 120pF 120pF 0.10uF 120pF 0.10uF 120pF 3.0pF 0.5pF 3.0pF 5.1pF 4.7pF 120pF 0.10uF 2.2pF 24pF 51pF 120pF 120pF 0.10uF 16pF 4.7uF 1000pF 120pF 0.10uF – – 0.1uF 120pF 47pF – 120pF 10pF 2.7pF 10pF 2.7pF 2.0pF 2.0pF 3.0pF 100pF 120pF 18pF 3.0pF 3.0pF 0.10uF 1.6pF 2.7pF 4.3pF 220pF 220pF 220pF 220pF UHF2 (450–527 MHz) 1– 40W PCB / Schematics / Parts List Circuit Ref C0427 C0428 C0429 C0430 C0431 C0432 C0433 C0434 C0435 C0436 C0437 C0438 C0439 C0440 C0441 C0442 C0443 C0444 C0445 C0446 C0447 C0448 C0449 C0451 C0452 C0453 C0454 C0455 C0456 C0457 C0458 C0459 C0460 C0461 C0462 C0463 C0464 C0502 C0503 C0504 C0506 C0507 C0509 C0510 C0512 C0513 C0514 C0515 C0516 C0601 C0602 Motorola Part No. 2113944A44 2113944A44 2113944A44 2113944A44 2113944A44 2113944A44 NOT PLACED 2113944A41 2115153H13 2113944A41 2113944A41 2113944A41 NOT PLACED 2113944A41 2115153H11 2115153H18 2115153H57 2115153H57 2115153H43 2115153H20 2115153H27 2115153H26 2115153H27 2115153H49 NOT PLACED 2115153H40 2113944A41 2113945C31 2113944A40 2113945C31 2115153H40 2115153H40 2113946F05 2115153H40 2115153H40 NOT PLACED 2115153H08 2113945Y02 2113945Y02 2113945Y02 2113945Y02 2115153H39 NOT PLACED 2115153H22 2113945Y02 2113945Y02 2113945Y02 NOT PLACED NOT PLACED 2115153H48 2113945B02 Description 220pF 220pF 220pF 220pF 220pF 220pF – 120pF 2.7pF 120pF 120pF 120pF – 120pF 2.2pF 4.3pF 100pF 100pF 27pF 5.1pF 10pF 9.1pF 10pF 47pF – 20pF 120pF 0.1uF 100pF 0.1uF 20pF 20pF 10uF 20pF 20pF – 1.6pF 0.10uF 0.10uF 0.10uF 0.10uF 18pF – 6.2pF 0.10uF 0.10uF 0.10uF – – 43pF .01uF 3-31 Circuit Ref C0603 C0604 C0605 C0607 C0610 C0611 C0612 C0613 C0614 C0615 C0616 C0617 C0618 C0619 C0620 C0621 C0622 C0623 C0625 C0626 C0627 C0628 C0629 C0630 C0631 C0632 C0633 C0634 C0635 C0636 C0637 C0638 C0640 C0641 C0642 C0643 C0644 C0645 C0646 C0647 C0648 C0649 C0650 C0651 C0700 C0701 C0702 C0703 C0704 C0705 C0706 Motorola Part No. 2113944A44 2113945Y02 2115153H48 2115153H39 2115153H53 2113945A09 2115153H34 2185419D03 2115153H48 2113945B02 NOT PLACED 2113945Y02 2185419D06 2113945Y02 2113945Y02 2113945Y02 2113945A09 2113945Y02 2113944C89 2113944A40 2113944A40 2113945Y02 2113945A11 2113945Y02 2113945Y02 2313960B30 2113945Y02 2113945B02 2113944A40 2113944A40 2113946S35 2113945Y02 2113946N03 2113945B02 2115153H53 2113945Y02 2113945Y02 2113945B02 2113946G04 2113946J03 2113946J03 2113945A12 2115153H44 2115153H57 2113944C82 2113945C04 2113944C55 2113944C82 2113945C04 2113944C51 NOT PLACED Description 220pF 0.10uF 43pF 18pF 68pF 1000pF 11pF 0.01uF 43pF .01uF – 0.10uF 0.1uF 0.10uF 0.10uF 0.10uF 1000pF 0.10uF 200pF 100pF 100pF 0.10uF 2200pF 0.10uF 0.10uF 4.7uF 0.10uF .01uF 100pF 100pF 1.0uF 0.10uF 2.2uF .01uF 68pF 0.10uF 0.10uF .01uF 0.68uF 10.0uF 10.0uF 3300pF 30pF 100pF 30pF .022uF 2200pF 30pF .022uF 1000pF – Circuit Ref C0707 C0708 C0709 C0710 C0711 C0712 C0713 C0714 C0715 C0716 C0717 C0718 C0719 C0720 C0721 C0722 C0723 C0724 C0725 C0726 C0727 C0728 C0729 C0730 C0731 C0732 C0733 C0734 C0735 C0736 C0737 C0738 C0739 C0740 C0741 C0742 C0743 C0744 C0745 C0746 C0747 C0748 C0749 C0751 C0752 C0753 C0754 C0755 C0756 C0757 C0758 Motorola Part No. NOT PLACED 2113944C51 2113945C31 2371403L02 NOT PLACED 2113944C51 2111078B42 2111078B42 2113944F79 2113944A41 2113945A09 2113945A09 2111078B04 NOT PLACED 2111078B04 NOT PLACED 2111078B39 2113944A41 2113944A41 2111078B19 NOT PLACED 2113944C42 NOT PLACED NOT PLACED NOT PLACED 2113951B41 2113944C42 2113944C42 2111078B39 2113944A41 2111078B01 2111078B09 2171388L01 2171388L01 NOT PLACED 2111078B04 2113944C33 2113944C83 2113944F44 2111078B04 NOT PLACED 2111078B11 NOT PLACED 2111078B11 2113944A41 2111078B39 NOT PLACED 2113944C30 2113944F44 2113944C42 NOT PLACED Description – 1000pF 0.1uF 10uF – 1000pF 100pF 100pF 560pF 120pF 1000pF 1000pF 4.3pF – 4.3pF – 75pF 120pF 120pF 16pF – 75pF – – – 24pF 75pF 75pF 75pF 120pF 3.3pF 6.8pF 12pF 12pF – 4.3pF 18pF 36pF 12pF 4.3pF – 8.2pF – 8.2pF 120pF 75pF – 10pF 12pF 75pF – Circuit Ref C0759 C0760 C0761 C0763 C0764 C0765 C0766 C0767 C0768 C0769 C0770 C0771 C0772 C0774 C0775 C0776 C0777 C0778 C0779 C0780 C0781 C0782 C0783 C0785 C0786 C0787 C0788 C0789 C0790 C0791 C0792 C0793 C0794 C0795 C0796 C0797 C0798 C0799 C0800 C0801 C0802 C0803 C0804 C0805 C0806 C0807 C0808 C0809 C0810 C0811 C0812 Motorola Part No. 2113944C42 NOT PLACED 2113951B41 2113944A41 NOT PLACED NOT PLACED NOT PLACED 2113944C46 2113944A41 2113944F51 2113944A41 NOT PLACED 2113944C16 2113944F51 2113945C04 2113944C42 2113944C42 2111078B29 2111078B29 2113944A41 2113944C42 2113944C51 2113944A41 2113944C35 2113944C82 2113944C38 NOT PLACED NOT PLACED NOT PLACED 2113944A25 2113944A28 2113944A25 NOT PLACED 2113944C29 2113944C42 2113944C51 2113944C51 2113944C42 NOT PLACED 2113944A41 2113944A41 2111078B01 2113944C42 2113944C51 2185400Y45 2185400Y45 NOT PLACED 2113944C30 2113944C42 2111078B19 2111078B19 Description 75pF – 24pF 120pF – – – 120pF 120pF 24pF 120pF – 2.7pF 24pF .022uF 75pF 75pF 33pF 33pF 120pF 75pF 1000pF 120pF 27pF 30pF 47pF – – – 10pF 18pF 10pF – 9.1pF 75pF 1000pF 1000pF 75pF – 120pF 120pF 3.3pF 75pF 1000pF 30pF 30pF – 10pF 75pF 16pF 16pF UHF2 (450–527 MHz) 1– 40W PCB / Schematics / Parts List 3-32 Circuit Ref C0813 C0814 C0815 C0817 C0818 C0819 C0828 C0829 C0832 C0845 C0856 C0861 C0869 C0874 C0900 C0901 C0902 C0903 C0904 C0906 C0907 C0908 C0909 C0910 C0911 C0912 C0913 C0914 C0915 C0916 C0917 C0918 C0919 C0920 C0921 C0922 C0923 C0925 C0926 C0927 C0928 C0929 C0931 C0934 C0935 C0936 C0937 C0939 C0940 C0941 C0942 Motorola Part No. NOT PLACED 2113944C46 2113944C42 2113944C27 2113944F54 2113944F54 2113944F54 2113944F54 2113951B41 2113944F44 2113944F44 2113951B41 2113944F51 2113944F51 2113944A41 2113945C31 2113945C31 2113944A41 2113944A41 2113944A41 2113945C02 2113945C31 2113944A41 2113944A41 2113944A41 2113944A41 2113944A41 2113944A41 2113944A41 2113944A41 2113945A09 2113944A41 2113945C31 2113944A41 2113945C31 2113944A41 2113944C55 2113944A41 2113945L41 2113944C02 2113944C53 2113944A41 2113944A41 2113944A41 2113944A41 2113944A41 2113944A41 2113944A41 2113944C46 2113944M17 2113944C42 Description – 120pF 75pF 7.5pF 33pF 33pF 33pF 33pF 24pF 12pF 12pF 24pF 24pF 24pF 120pF 0.1uF 0.1uF 120pF 120pF 120pF .01uF 0.1uF 120pF 120pF 120pF 120pF 120pF 120pF 120pF 120pF 1000pF 120pF 0.1uF 120pF 0.1uF 120pF 2200pF 120pF 4700pF 220pF 1500pF 120pF 120pF 120pF 120pF 120pF 120pF 120pF 120pF 9.1pF 75pF Circuit Ref Motorola Part No. C0943 C0944 C0945 C0947 C0948 C0949 C0950 C0951 C0953 C0960 C0961 C0962 C0963 C0964 C0965 C0966 C0967 CR0201 CR0202 CR0203 CR0204 CR0205 CR0206 CR0207 CR0208 CR0300 CR0301 CR0302 CR0303 CR0304 CR0305 CR0306 CR0307 CR0308 CR0400 D0400 D0401 D0402 D0403 D0404 D0405 D0406 D0407 D0408 D0409 D0500 D0600 D0601 D0700 D0702 D0703 2113944C42 2113944M06 2113944C42 2113944A40 2113946S35 2113946G01 2113945A09 2113945C31 2113944A41 NOT PLACED NOT PLACED NOT PLACED NOT PLACED NOT PLACED NOT PLACED 2113944A41 2113944A41 4815096H01 4815096H01 4815096H01 4815096H01 4815096H01 4815096H01 4815096H01 4815096H01 4815096H01 4815096H01 4815096H01 4815096H01 4815096H01 4815096H01 4815096H01 4815096H01 4815096H01 4813974A19 NOT PLACED 4885055Y01 4885055Y01 4885055Y01 4885055Y01 4815090H01 4885055Y01 4885055Y01 4885055Y01 4885055Y01 4813974A19 4815096H01 4815096H01 4802482J02 4802482J02 4875430M01 Description 75pF 3.3pF 75pF 100pF 1.0uF 2.2uF 1000pF 0.1uF 120pF – – – – – – 120pF 120pF DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE, SCHOTTKY – DIODE VARACTOR 1SV229 DIODE VARACTOR 1SV229 DIODE VARACTOR 1SV229 DIODE VARACTOR 1SV229 DIODE, MIXER DIODE VARACTOR 1SV229 DIODE VARACTOR 1SV229 DIODE VARACTOR 1SV229 DIODE VARACTOR 1SV229 DIODE, SCHOTTKY DIODE VARACTOR 1SV305 DIODE VARACTOR 1SV305 DIODE, PIN DIODE, PIN DIODE, PIN Circuit Ref Motorola Part No. D0704 D0900 D0901 D0902 D0903 D0904 D0905 D0906 D0907 E0201 E0301 E0302 E0400 E0401 E0403 E0500 E0600 E0601 E0602 E0603 E0604 E0605 E0606 E0607 E0608 E0609 E0610 E0700 E0701 E0702 E0703 E0704 FL0500 HS0700 J0700 L0100 L0200 L0202 L0203 L0204 L0205 L0206 L0207 L0209 L0210 L0211 L0212 L0213 L0214 L0215 L0217 4813974A06 4813978C02 4815023H01 4815024H01 4815024H01 4813974A21 4813974A21 4813978C02 4813977M10 2409134J25 2409134J25 NOT PLACED NOT PLACED 2409134J25 2409134J25 2409134J25 2409134J25 2409134J25 2409134J25 2409134J25 2409134J25 2409134J25 2409134J25 2409134J25 2409134J25 2409134J25 2480640Z01 2485011Y01 2485011Y01 7671656M01 2485011Y01 2409134J25 9116854H02 0104038J81 0905901V11 2414017N29 2414017N28 2414032F41 2414032F41 2414017N28 2414017N19 2414017N13 2415385H01 2414032F41 2414015A32 2414017N28 2414032F41 2414032F41 2414032F41 2415385H01 2414032F41 Description DIODE, PIN DIODE, SWITCHING DIODE, PIN DIODE, PIN DIODE, PIN DIODE, SCHOTTKY DIODE, SCHOTTKY DIODE, SWITCHING DIODE, 5.1V ZENER FERRITE BEAD FERRITE BEAD – – FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD FERRITE BEAD 73.35 MHZ CRYSTAL FILTER HEATSINK MINI-U RF CONNECTOR 270nH 220nH 390nH 390nH 220nH 39nH 12nH 8nH 390nH 18nH 220nH 390nH 390nH 390nH 8nH 390nH Circuit Ref L0218 L0219 L0221 L0300 L0302 L0303 L0304 L0305 L0306 L0307 L0309 L0310 L0311 L0312 L0313 L0314 L0315 L0317 L0318 L0319 L0401 L0402 L0403 L0404 L0405 L0406 L0407 L0408 L0409 L0410 L0411 L0412 L0413 L0414 L0503 L0504 L0506 L0602 L0603 L0604 L0605 L0608 L0700 L0702 L0705 L0706 L0707 L0708 L0709 L0710 L0711 Motorola Part No. 2414015A20 2414032F41 2414017N18 2414017N28 2414032F41 2414032F41 2414017N28 2414017N17 2414017N12 2415385H01 2414032F41 2414015A32 2414017N28 2414032F41 2414032F41 2414032F41 2415385H01 2414032F41 2414015A32 2414032F41 2414015B24 NOT PLACED NOT PLACED NOT PLACED NOT PLACED 2414015B29 2414015B16 2414015B17 2414015B17 2414015B17 2414015B15 2414017N20 2414017N27 2414015B23 2414015B27 NOT PLACED 2414032B66 2414032K23 2414032D20 2466505A01 2466505A01 2414032B76 2460592A01 2479990G01 2414017N26 2460592A02 2460592A02 2460592A02 2414017N26 2460592A02 2414017N26 Description 22nH 390nH 33nH 220nH 390nH 390nH 220nH 27nH 10nH 8nH 390nH 18nH 220nH 390nH 390nH 390nH 8nH 390nH 18nH 390nH 15nH – – – – 10nH 27nH 18nH 18nH 18nH 22nH 47nH 180nH 12nH 390nH – 820nH 2.7uH 270nH 10uH 10uH 4.7uH 17nH 33.47nH 150nH 12.5nH 12.5nH 12.5nH 150nH 12.5nH 150nH UHF2 (450–527 MHz) 1– 40W PCB / Schematics / Parts List Circuit Ref Motorola Part No. L0712 L0714 L0715 L0716 L0717 L0718 L0719 L0720 L0721 L0722 L0723 L0900 L0901 L0902 L0903 L0904 L0905 M0700 Q0100 Q0102 Q0106 Q0107 Q0108 Q0200 Q0201 Q0202 Q0300 Q0301 Q0302 Q0400 Q0401 Q0402 Q0403 Q0405 Q0500 Q0501 Q0600 Q0601 Q0701 Q0702 2415385H07 2479990N01 2414017N26 2414017N27 2414017N06 2414017N12 2414017N22 2414017N06 2414017N08 2414032B60 NOT PLACED 2414032D30 2414032F42 2414032F42 2414032F23 2414032F22 2414017N24 2686201B02 4802197J95 4815359H01 4816134H01 4813970A59 4815261H01 4885061Y01 4885061Y01 4802197J95 4885061Y01 4885061Y01 4802197J95 NOT PLACED 4815267H01 4885593U03 4815270H01 4885593U03 4802197J95 4802197J95 4805793Y10 4813973A04 4816013H01 48012048002 Q0703 Q0704 Q0705 4816548H01 4813973B02 4816547H01 Q0706 Q0711 Q0900 Q0901 Q0902 R0100 4815272H01 4815271H01 4815272H01 4813973A13 4813973M07 0613952R66 Description 35.5nH 43.67nH 150nH 180nH 3.3nH 10nH 68nH 3.3nH 4.7nH 390nH – 1uH 470nH 470nH 12nH 8.2nH 100nH HEATSINK NPN RF TRANSISTOR DUAL PNP ANALOG SWITCH P-CHANNEL MOSFET ANALOG SWITCH NPN RF TRANSISTOR NPN RF TRANSISTOR NPN RF TRANSISTOR NPN RF TRANSISTOR NPN RF TRANSISTOR NPN RF TRANSISTOR – DUAL PNP NPN RF TRANSISTOR ANALOG SWITCH NPN RF TRANSISTOR NPN RF TRANSISTOR NPN RF TRANSISTOR NPN RF TRANSISTOR NPN DARLINGTON DUAL NPN/PNP RF POWER AMPLIFIER, LDMOS N_CHANNEL LDMOS DRIVER PNP N-CHANNEL LDMOS PRE-DRIVER ANALOG SWITCH ANALOG SWITCH ANALOG SWITCH PNP NPN 0 3-33 Circuit Ref R0101 R0102 R0103 R0104 R0105 R0106 R0107 R0108 R0109 R0110 R0111 R0113 R0114 R0115 R0116 R0117 R0118 R0119 R0120 R0122 R0123 R0125 R0126 R0127 R0128 R0131 R0134 R0139 R0140 R0144 R0146 R0147 R0148 R0155 R0156 R0157 R0158 R0159 R0160 R0161 R0170 R0201 R0202 R0203 R0204 R0205 R0206 R0207 R0208 R0210 R0211 Motorola Part No. 0613952R66 0613952R66 0613952R66 0613952R17 0613952Q58 0613952Q83 0613952Q57 0613952Q80 0613952R66 0613952Q42 0613952R66 0613952R01 0613952Q80 0613952R66 0613952R66 0613952R12 0613952R66 0613952Q35 0613952R01 NOT PLACED 0613952R19 0613952R66 NOT PLACED 0613952Q33 0613952R66 0613952Q53 0613952Q51 0613952R01 0613952Q31 0613952R01 0613952R66 NOT PLACED 0613952Q60 0613952R66 NOT PLACED NOT PLACED NOT PLACED 0613952R01 0613952R25 0613952R25 0613952R66 0613952Q84 0613952Q66 0613952Q66 0613952Q95 0613952Q49 0613952R05 0613952Q18 0613952Q42 0613952Q89 0613952R66 Description 0 0 0 47K 240 2.7K 220 2K 0 51 0 10K 2K 0 0 30K 0 27 10K – 56K 0 – 100 0 150 120 10K 18 10K 0 – 300 0 – – – 10K 100K 100K 0 3K 510 510 8.2K 100 15K 5.1 51 4.7K 0 Circuit Ref R0212 R0213 R0216 R0218 R0219 R0220 R0221 R0224 R0225 R0226 R0229 R0230 R0301 R0302 R0303 R0304 R0305 R0306 R0307 R0308 R0310 R0311 R0312 R0316 R0319 R0320 R0321 R0324 R0325 R0326 R0327 R0329 R0331 R0332 R0333 R0334 R0337 R0400 R0401 R0402 R0403 R0404 R0405 R0406 R0407 R0409 R0410 R0411 R0412 R0413 R0414 Motorola Part No. 0613952Q25 0613952R01 0613952Q44 0613952R01 0613952Q66 0613952Q25 0613952Q66 0613952Q86 0613952Q94 0613952Q49 0613952Q53 0613952Q89 0613952Q85 0613952Q70 0613952Q70 0613952Q95 0613952Q49 0613952R05 0613952Q39 0613952Q42 0613952Q89 0613952R66 0613952Q32 0613952Q45 0613952R10 0613952R05 0613952Q83 0613952Q84 0613952Q95 0613952Q49 0613952R01 0613952Q42 0613952R01 0613952Q56 0613952Q35 0613952Q56 0613952R66 0613952R05 0613952Q91 0613958H55 NOT PLACED 0613952Q57 0613952Q91 0613952Q83 0613952G67 0613952Q75 0613952R25 0613958H55 0613952R25 0613952Q69 0613952Q69 Description 10 10K 62 10K 510 10 510 3.6K 7.5K 100 150 4.7K 3.3K 750 750 8.2K 100 15K 39 51 4.7K 0 20 68 24K 15K 2.7K 3K 8.2K 100 10K 51 10K 200 27 200 0 15K 5.6K 180 – 220 5.6K 2.7K 0 1.2K 100K 180 100K 680 680 Circuit Ref R0415 R0416 R0417 R0418 R0419 R0420 R0421 R0422 R0423 R0424 R0425 R0426 R0427 R0428 R0429 R0430 R0431 R0432 R0433 R0434 R0435 R0436 R0437 R0438 R0440 R0441 R0443 R0444 R0500 R0501 R0502 R0503 R0508 R0509 R0510 R0511 R0512 R0601 R0602 R0603 R0604 R0605 R0606 R0607 R0608 R0609 R0610 R0611 R0612 R0613 R0614 Motorola Part No. 0613952Q69 0613952Q69 0613958H25 0613952Q77 0613952Q83 0613952Q83 0613958H25 0613952K25 0613952L46 0613952L46 0613952Q75 0613952Q83 0613952Q25 0613952R01 0613952Q69 0613952R01 NOT PLACED NOT PLACED 0613952R66 0613958H49 0613952Q23 0613952Q67 0613952R66 0613952Q67 0613952R25 0613952R25 0613952R25 0613952R25 0613952Q90 0613952Q61 0613952R08 0613952R12 0613952R19 0613952Q89 0613952R12 0613952Q75 0613952Q42 0613952Q45 0613952R01 0613952Q80 0613952R10 0613952Q61 0613952Q42 NOT PLACED 0613952R66 0613952R66 0613952R66 0613952R66 0613952R66 0613952R66 0613952R66 Description 680 680 10 1.5K 2.7K 2.7K 10 17.8 294 294 1.2K 2.7K 10 10K 680 10K – – 0 100 8.2 560 0 560 100K 100K 100K 100K 5.1K 330 20K 30K 56K 4.7K 30K 1.2K 51 68 10K 2K 24K 330 51 – 0 0 0 0 0 0 0 UHF2 (450–527 MHz) 1– 40W PCB / Schematics / Parts List 3-34 Circuit Ref R0615 R0616 R0617 R0618 R0619 R0620 R0621 R0622 R0623 R0624 R0625 R0626 R0627 R0700 R0701 R0702 R0706 R0709 R0711 R0712 R0713 R0714 R0715 R0718 R0719 R0720 R0722 R0724 R0725 R0726 R0727 R0728 R0729 R0730 R0732 R0734 R0735 R0738 R0739 R0740 R0741 R0742 R0743 R0744 R0745 R0747 R0748 R0749 R0750 R0751 R0752 Motorola Part No. 0613952R66 0613952R25 0613952R01 0613952Q63 0613952R01 0613952Q96 0613952R66 NOT PLACED NOT PLACED 0613952Q90 0613952N69 0613952N81 0613952R66 0613958H44 0613958J74 NOT PLACED 0613958S51 0613959Q60 0613952H57 0613952H48 0613959H12 0613952H46 0613952H46 0613952H25 0613959Q25 0613952H25 0613952H89 0613952H79 0613952Q59 0613952N01 0613952H92 0613952J01 0613952J01 0613952H73 0613952H73 0613952G67 0613959Y49 0613959Y42 NOT PLACED 0613952J25 0613952J17 0613959Q25 0613958S73 NOT PLACED 0613952H65 0613952H89 0613952J19 0613952G67 0613952J01 0613952J08 0613952G67 Description 0 100K 10K 390 10K 9.1K 0 – – 5.1K 51.1K 68.1K 0 62 0 – 120 300 220 91 30K 75 75 10 10 10 4.7K 1.8K 270 10K 6.2K 10K 10K 1K 1K 0 100 51 – 100K 47K 10 1K – 470 4.7K 56K 0 10K 20K 0 Circuit Ref R0753 R0754 R0755 R0756 R0757 R0759 R0760 R0761 R0762 R0763 R0764 R0765 R0766 R0768 R0769 R0770 R0771 R0773 R0775 R0777 R0900 R0901 R0902 R0903 R0906 R0907 R0909 R0910 R0911 R0912 R0913 R0914 R0915 R0916 R0917 R0918 R0919 R0920 R0921 R0922 R0923 R0924 R0925 R0926 R0927 R0928 R0929 R0930 R0931 R0936 R0937 Motorola Part No. 0613952H73 0613952H25 0613952H25 0613952J25 0613952J17 0613952H25 0613952Q83 0613952G67 0613958S29 0613958S29 0613958S29 0613958S29 0613958S29 0613958S29 0613958S29 0613958S29 0613958S29 0613958S29 NOT PLACED 0613952H25 0613952N73 0613952N62 0613952M54 0613952N34 0613952R66 0613952R66 0613952N62 0613952H73 0613952N01 0613952N30 0613952R66 0613952P26 0613952N81 0613952M66 0613952H91 0613952H63 0613952R15 0613952N42 0613952H81 0613952R14 0613952R66 0613952H91 0613952H91 0613958H53 0613952H42 0613958H39 0613958H39 0613952R07 0613952R66 0613952N66 0613952N21 Description 1K 10 10 100K 47K 10 2.7K 0 15 15 15 15 15 15 15 15 15 15 – 10 56.2K 43.2K 3.57K 22.1K 0 0 43.2K 1K 10K 20K 0 182K 68.1K 4.75K 5.6K 390 39K 26.7K 2.2K 36K 0 5.6K 5.6K 150 51 39 39 18K 0 47.5K 16.2K Circuit Ref Motorola Part No. R0938 R0940 R0941 R0942 R0943 R0944 R0946 R0947 R0950 R0951 R0954 R0955 R0960 R0970 R0971 R0973 R0974 R0975 R0976 R0977 R0978 R0979 R0981 R0982 R0983 R0984 R0985 R0986 R0987 R0988 R0989 R0994 R0995 RT0908 RT0953 SH0100 SH0101 SH0300 SH0301 SH0500 SH0900 SH0901 SP0700 SP0701 SP0702 SP0703 SP0704 SP0705 SP0706 SP0707 T0400 0613952R66 0613952R66 0613952R66 0613952M81 0613952N58 0613952R66 0613952M51 0613952R66 0613952N01 0613952N62 0613952R40 0613952P01 0613952H82 0613958H56 0613958H55 NOT PLACED 0613958H55 0613958H56 0613952H53 0613952H53 0613952G67 0613952G67 NOT PLACED NOT PLACED NOT PLACED NOT PLACED NOT PLACED 0613952N81 0613952N81 NOT PLACED NOT PLACED NOT PLACED 0613952N02 0615585H01 0615585H01 2615362H01 2615362H01 2615362H01 2615362H01 2615576H01 2686423Z02 2686425Z02 1015349H01 1015349H01 1015349H01 1015349H01 1015349H01 1015349H01 1015349H01 1015349H01 2515121H01 Description 0 0 0 6.81K 39.2K 0 3.32K 0 10K 43.2K 430K 100K 2.4K 200 180 – 180 200 150 150 0 0 – – – – – 68.1K 68.1K – – – 10.2K 47K 47K SHIELD SHIELD SHIELD SHIELD SHIELD SHIELD SHIELD SOLDER_PREFORM SOLDER_PREFORM SOLDER_PREFORM SOLDER_PREFORM SOLDER_PREFORM SOLDER_PREFORM SOLDER_PREFORM SOLDER_PREFORM BALUN XFMR Circuit Ref Motorola Part No. T0401 U0100 U0101 U0201 U0303 U0304 U0600 U0601 U0700 U0900 U0901 U0940 U0941 U0942 U0943 VR0700 Y0100 2515121H01 5104932K08 5114000B59 4815267H01 NOT PLACED 4815267H01 5102495J14 5115391H01 4802246J29 5115147H01 5115147H01 5180390L83 5115391H01 5114004A35 5178286A01 4813977M11 5116032H01 Description BALUN XFMR IC, FRACN SYNTHESIZER ANALOG SWITCH DUAL PNP – DUAL PNP IC, RF ASIC VOLTAGE REGULATOR PA PRE-DRIVER DUAL OPAMP DUAL OPAMP IC, PA CONTROLLER VOLTAGE REGULATOR VOLTAGE DETECTOR IC, VOLTAGE DETECTOR DIODE, 5.6V ZENER 0.5 PPM 16.8 MHZ TCXO (GPS Models Only) A-1 Appendix A A.1 EMEA Regional Warranty, Service and Technical Support Warranty and Service Support Motorola offers long term support for its products. This support includes full exchange and/or repair of the product during the warranty period, and service/ repair or spare parts support out of warranty. Any "return for exchange" or "return for repair" by an authorized Motorola Dealer must be accompanied by a Warranty Claim Form. Warranty Claim Forms are obtained by contacting an Authorized Motorola Dealer. A.1.1 Warranty Period and Return Instructions The terms and conditions of warranty are defined fully in the Motorola Dealer or Distributor or Reseller contract. These conditions may change from time to time and the following notes are for guidance purposes only. In instances where the product is covered under a "return for replacement" or "return for repair" warranty, a check of the product should be performed prior to shipping the unit back to Motorola. This is to ensure that the product has been correctly programmed or has not been subjected to damage outside the terms of the warranty. Prior to shipping any radio back to the appropriate Motorola warranty depot, please contact Customer Resources (Please see page A-3). All returns must be accompanied by a Warranty Claim Form, available from your Customer Services representative. Products should be shipped back in the original packaging, or correctly packaged to ensure no damage occurs in transit. A.1.2 After Warranty Period After the Warranty period, Motorola continues to support its products in two ways. 1. Motorola's Managed Technical Services (MTS) offers a repair service to both end users and dealers at competitive prices. 2. MTS supplies individual parts and modules that can be purchased by dealers who are technically capable of performing fault analysis and repair. A-2 A.2 EMEA Regional Warranty, Service and Technical Support: European Radio Support Centre (ERSC) European Radio Support Centre (ERSC) The ERSC Customer Information Desk is available through the following service numbers: Austria: 08 00 29 75 41 Italy: 80 08 77 387 Belgium: 08 00 72 471 Luxemburg: 08 00 23 27 Denmark: 80 88 05 72 Netherlands: 08 00 22 45 13 Finland: 08 00 11 49 910 Norway: 80 01 11 15 France: 08 00 90 30 90 Portugal: 08 00 84 95 70 Germany: 08 00 18 75 240 Spain: 90 09 84 902 Greece: 00 80 04 91 29 020 Sweden: 02 07 94 307 UK : 08 00 96 90 95 Switzerland: 08 00 55 30 82 Ireland: 18 00 55 50 21 Iceland: 80 08 147 Or dial the European Repair and Service Centre: Tel: +49 30 6686 1555 Please use these numbers for repair enquiries only. A.3 Piece Parts Some replacement parts, spare parts, and/or product information can be ordered directly. If a complete Motorola part number is assigned to the part, it is available from Motorola Radio Products and Solutions Organization (RPSO). If no part number is assigned, the part is not normally available from Motorola. If the part number is appended with an asterisk, the part is serviceable by Motorola Depot only. If a parts list is not included, this generally means that no user-serviceable parts are available for that kit or assembly. Orders for replacement parts, kits and assemblies should be placed directly on Motorola's local distribution/dealer organisation or via Motorola Online at: http://www.motorola.com/emeaonline * The Radio Products and Solutions Organization (RPSO) was formerly known as the Radio Products Services Division (RPSD) and/or the Accessories and Aftermarket Division (AAD). EMEA Regional Warranty, Service and Technical Support: Technical Support A.4 A-3 Technical Support Motorola Product Services is available to assist the dealer/distributors in resolving any malfunctions which may be encountered. A.5 North Europe - Stephen Woodrow Telephone: +44 (0) 1256 488 082 Fax: +44 01256 488 080 Email: CSW066@motorola.com Central and East Europe - Siggy Punzenberger Telephone: +49 (0) 6128 70 2342 Fax: +49 (0) 6128 95 1096 Email: TFG003@email.mot.com Russia and Belarus - Andrey Nagomykh Telephone: +7 495 787 8910 Fax: +7 495 785 0185 Email: mwcb47@email.mot.com Germany - Customer Connect Team Telephone: +49 (0) 30 6686 1539 Fax: +49 (0) 30 6686 1916 Email: cgiss.emea@europe.mot.com Middle East and Africa - Wayne Holmes Telephone: +49 (0) 6126 957 6237 Fax: +49 (0) 6126 957 6826 Email: wayne.holmes@motorola.com Italy - Ugo Gentile Telephone: +39 02 5220 7825 Fax: +39 02 5220 7810 Email: Ugo.Gentile@motorola.com France - Armand Roy Telephone: +33 1 6935 7868 Fax: +33 1 6935 7808 Email: armand.roy@motorola.com France - Laurent Irrmann Telephone: +33 1 6935 7866 Fax: +33 1 6935 7808 Email: laurent.irrmann@motorola.com Further Assistance From Motorola You can also contact the Customer Help Desk through the following web address. http://www.motorola.com/governmentandenterprise/contactus A-4 EMEA Regional Warranty, Service and Technical Support: Further Assistance From Motorola Notes Glossary-1 Glossary Glossary This glossary contains an alphabetical listing of terms and their definitions that are applicable to portable and mobile subscriber radio products. All terms do not necessarily apply to all radios, and some terms are merely generic in nature. Term Definition Analog Refers to a continuously variable signal or a circuit or device designed to handle such signals. Band Frequencies allowed for a specific purpose. CPS Customer Programming Software: Software with a graphical user interface containing the feature set of a radio. Default A pre-defined set of parameters. Digital Refers to data that is stored or transmitted as a sequence of discrete symbols from a finite set; most commonly this means binary data represented using electronic or electromagnetic signals. DPL Digital Private-Line: A type of digital communications that utilizes privacy call, as well as memory channel and busy channel lock out to enhance communication efficiency. DR Refers to Digital Professional Repeater model names in the MOTOTRBO Professional Digital Two-Way Radio System. FCC Federal Communications Commission. Frequency Number of times a complete electromagnetic-wave cycle occurs in a fixed unit of time (usually one second). GPIO General-Purpose Input/Output: Pins whose function is programmable. IC Integrated Circuit: An assembly of interconnected components on a small semiconductor chip, usually made of silicon. One chip can contain millions of microscopic components and perform many functions. IF Intermediate Frequency. kHz kilohertz: One thousand cycles per second. Used especially as a radiofrequency unit. LCD Liquid-Crystal Display: An LCD uses two sheets of polarizing material with a liquid-crystal solution between them. An electric current passed through the liquid causes the crystals to align so that light cannot pass through them. LED Light Emitting Diode: An electronic device that lights up when electricity is passed through it. MDC Motorola Digital Communications. MHz Megahertz: One million cycles per second. Used especially as a radio-frequency unit. Glossary-2 Term Definition Paging One-way communication that alerts the receiver to retrieve a message. PC Board Printed Circuit Board. Also referred to as a PCB. PL Private-Line Tone Squelch: A continuous sub-audible tone that is transmitted along with the carrier. Programming Cable A cable that allows the CPS to communicate directly with the radio using USB. Receiver Electronic device that amplifies RF signals. A receiver separates the audio signal from the RF carrier, amplifies it, and converts it back to the original sound waves. Repeater Remote transmit/receive facility that re-transmits received signals in order to improve communications range and coverage (conventional operation). RF Radio Frequency: The portion of the electromagnetic spectrum between audio sound and infrared light (approximately 10 kHz to 10 GHz). Signal An electrically transmitted electromagnetic wave. Spectrum Frequency range within which radiation has specific characteristics. Squelch Muting of audio circuits when received signal levels fall below a pre-determined value. With carrier squelch, all channel activity that exceeds the radio’s preset squelch level can be heard. TOT Time-out Timer: A timer that limits the length of a transmission. TPL Tone Private Line. Transceiver Transmitter-receiver. A device that both transmits and receives analog or digital signals. Also abbreviated as XCVR. Transmitter Electronic equipment that generates and amplifies an RF carrier signal, modulates the signal, and then radiates it into space. TX Transmit. UHF Ultra-High Frequency. USB Universal Serial Bus: An external bus standard that supports data transfer rates of 12 Mbps. USB_DM_MAP USB D- Connection at the rear accessory connector. USB_DP_MAP USB D+ Connection at the rear accessory connector. VHF Very High Frequency. VIP Vehicle Interface Port. MOTOROLA, MOTO, MOTOROLA SOLUTIONS and the Stylized M logo are trademarks or registered trademarks of Motorola Trademark Holdings, LLC and are used under license. All other trademarks are the property of their respective owners. © 2007 – 2011 Motorola Solutions, Inc. All rights reserved. March 2011. www.motorola.com/mototrbo *6866576D16* 6866576D16-E
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