APX 5000/APX 6000/APX 6000XE/SRX 2200 Detailed Service Manual Series/APX5000 6000xe 68012002026 C APX5000
User Manual: -APX Series/APX5000 6000xe Detailed Service Manual 68012002026-C
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APX™ TWO-WAY RADIOS
APX 5000/ APX 6000/
APX 6000XE/ SRX 2200
Detailed Service
Manuals
ASTRO® APXTM 5000/ APXTM 6000/
APXTM 6000XE/ SRX 2200
VHF/700–800 MHz/UHF1/UHF2
Digital Portable Radios
Detailed Service Manual
Motorola Solutions
1303 E. Algonquin Rd.
Schaumburg, IL 60196-1078 U.S.A.
68012002028-C
Foreword
The information contained in this manual relates to all ASTRO® APXTM 5000/ APXTM 6000/ APXTM 6000XE/ SRX2200
digital portable radios, unless otherwise specified. This manual provides sufficient information to enable qualified service
shop technicians to troubleshoot and repair an ASTRO APX 5000/ APX 6000/ APX 6000XE/ SRX2200 digital portable
radio to the component level.
For details on the operation of the radio or level 1 or 2 maintenance procedures, refer to the applicable manuals, which are
available separately. A list of related publications is provided in the section, “Related Publications,” on page ix.
Product Safety and RF Exposure Compliance
Before using this product, read the operating instructions
for safe usage contained in the Product Safety and RF
Exposure booklet enclosed with your radio.
ATTENTION!
This radio is restricted to occupational use only to satisfy 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 radio (Motorola Publication part number
6881095C98) to ensure compliance with RF energy exposure limits.
For a list of Motorola-approved antennas, batteries, and other accessories, visit the following web site
which lists approved accessories: www.motorolasolutions.com/APX
Manual Revisions
Changes which occur after this manual is printed are described in FMRs (Florida Manual Revisions). These FMRs provide
complete replacement pages for all added, changed, and deleted items, including pertinent parts list data, schematics, and
component layout diagrams. To obtain FMRs, contact the Customer Care and Services Division (refer to “Appendix A
Replacement Parts Ordering”).
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, 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. ©2011–2012 Motorola Solutions, Inc. All rights reserved.
Document History
iii
Document History
The following major changes have been implemented in this manual since the previous edition:
Edition
Description
Date
68012002028-A
Initial edition
Aug 2011
68012002028-B
Added APX 5000 info
Sept 2011
68012002028-C
Added UHF2 info
Added UHF1: NUE7369A
Added APX 6000XE and SRX 2200 info
Jun 2012
iv
Document History
Notes
Table of Contents
v
Table of Contents
Foreword .........................................................................................................ii
Product Safety and RF Exposure Compliance ............................................................................................ii
Manual Revisions ........................................................................................................................................ii
Computer Software Copyrights ...................................................................................................................ii
Document Copyrights ..................................................................................................................................ii
Disclaimer....................................................................................................................................................ii
Trademarks .................................................................................................................................................ii
Document History .........................................................................................iii
List of Tables ...............................................................................................viii
List of Figures ................................................................................................x
Commercial Warranty ..................................................................................xv
Limited Warranty .......................................................................................................................................xv
Chapter 1
1.1
1.2
General .......................................................................................................................................... 1-1
Notations Used in This Manual...................................................................................................... 1-2
Chapter 2
2.1
2.2
2.3
Theory of Operation............................................................ 3-1
Transceiver Board ......................................................................................................................... 3-3
Controller ..................................................................................................................................... 3-24
Global Positioning Sytem (GPS).................................................................................................. 3-60
Accelerometer.............................................................................................................................. 3-62
Bluetooth...................................................................................................................................... 3-65
Chapter 4
4.1
4.2
4.3
Radio Power ........................................................................ 2-1
General .......................................................................................................................................... 2-1
DC Power Routing – Transceiver Board........................................................................................ 2-2
DC Power Routing – VOCON Board ............................................................................................. 2-3
Chapter 3
3.1
3.2
3.3
3.4
3.5
Introduction ......................................................................... 1-1
Troubleshooting Procedures ............................................. 4-1
Handling Precautions..................................................................................................................... 4-1
Recommended Service Tools........................................................................................................ 4-2
Standard Bias Table ...................................................................................................................... 4-3
vi
Table of Contents
4.4
4.5
Power-Up Self-Check Errors.......................................................................................................... 4-4
Power-Up Self-Check Diagnostics and Repair (Not for Field Use)................................................ 4-5
Chapter 5
5.1
5.2
5.3
5.4
5.5
5.6
5.7
5.8
5.9
5.10
5.11
5.12
5.13
5.14
5.15
5.16
5.17
5.18
5.19
5.20
5.21
5.22
5.23
List of Troubleshooting Charts ....................................................................................................... 5-1
Main Troubleshooting Flowchart.................................................................................................... 5-3
Power-Up Failure ........................................................................................................................... 5-4
DC Supply Failure........................................................................................................................ 5-15
Top/CID Display Failure............................................................................................................... 5-22
Main Display Failure .................................................................................................................... 5-23
Volume Set Error ......................................................................................................................... 5-24
Channel Select Error.................................................................................................................... 5-25
Keypad Error................................................................................................................................ 5-26
Side Button Error ......................................................................................................................... 5-27
VOCON RX Audio Error............................................................................................................... 5-28
VOCON RX Audio Error............................................................................................................... 5-29
VOCON TX Audio Error ............................................................................................................... 5-30
VOCON TX Audio Error ............................................................................................................... 5-31
Keyload Failure ............................................................................................................................ 5-32
Secure Hardware Failure ............................................................................................................. 5-33
eMMC Memory Failure ................................................................................................................ 5-34
RX RF Failure .............................................................................................................................. 5-35
FGU Failure ................................................................................................................................. 5-46
FGU Power Failure ...................................................................................................................... 5-47
GPS Failure ................................................................................................................................. 5-48
Bluetooth Failure.......................................................................................................................... 5-49
PA Failure .................................................................................................................................... 5-55
Chapter 6
6.1
6.2
6.3
6.4
6.5
6.6
6.7
6.8
6.9
6.10
6.11
6.12
6.13
6.14
6.15
6.16
6.17
6.18
6.19
Troubleshooting Charts ..................................................... 5-1
Troubleshooting Waveforms ............................................. 6-1
List of Waveforms .......................................................................................................................... 6-1
Clocks ............................................................................................................................................ 6-3
Audio SSI ....................................................................................................................................... 6-8
RX SSI ......................................................................................................................................... 6-12
TX SSI.......................................................................................................................................... 6-15
SPI ............................................................................................................................................... 6-18
I2C BUS ....................................................................................................................................... 6-22
One Wire...................................................................................................................................... 6-25
GCAI ............................................................................................................................................ 6-26
USB.............................................................................................................................................. 6-28
UART ........................................................................................................................................... 6-30
SDRAM ........................................................................................................................................ 6-32
FLASH CONTROL....................................................................................................................... 6-34
Expandable Memory (eMMC) ...................................................................................................... 6-39
Receive Baseband Signals .......................................................................................................... 6-48
GPS ............................................................................................................................................. 6-49
Bluetooth Troubleshooting Waveforms........................................................................................ 6-52
Bluetooth Steady-State ................................................................................................................ 6-72
LF CW on Spectrum Analyzer ..................................................................................................... 6-77
Table of Contents
Chapter 7
7.1
Troubleshooting Tables ..................................................... 7-1
List of Board and IC Signals .......................................................................................................... 7-1
Chapter 8
8.1
8.2
8.3
8.4
8.5
8.6
8.7
8.8
8.9
vii
Schematics, Boards Overlays, and Parts Lists................ 8-1
List of Transceiver Schematics and Board Overlays ..................................................................... 8-1
List of VOCON Schematics and Board Overlays........................................................................... 8-2
List of Expansion Board Schematics and Overlays ....................................................................... 8-2
Transceiver (RF) Boards: VHF ...................................................................................................... 8-3
Transceiver (RF) Boards: UHF1 .................................................................................................. 8-25
Transceiver (RF) Boards: UHF2 .................................................................................................. 8-61
Transceiver (RF) Boards: 700–800 MHz ..................................................................................... 8-81
Controller Board......................................................................................................................... 8-129
Expansion Board ....................................................................................................................... 8-157
Appendix A Replacement Parts Ordering..............................................A-1
A.1
A.2
A.3
A.4
A.5
A.6
A.7
A.8
Basic Ordering Information ............................................................................................................A-1
Transceiver Board, VOCON Board and Expander Board Ordering Information............................A-1
Motorola Online .............................................................................................................................A-1
Mail Orders ....................................................................................................................................A-1
Telephone Orders..........................................................................................................................A-1
Fax Orders.....................................................................................................................................A-2
Parts Identification .........................................................................................................................A-2
Product Customer Service.............................................................................................................A-2
Glossary ......................................................................................... Glossary-1
Index ..................................................................................................... Index-1
viii
List of Tables
List of Tables
Table 2-1.
Table 2-2.
Table 3-1.
Table 3-2.
Table 3-3.
Table 3-4.
Table 3-5.
Table 3-6.
Table 3-7.
Table 3-8.
Table 3-9.
Table 3-10.
Table 3-11.
Table 3-12.
Table 3-13.
Table 3-14.
Table 3-15.
Table 3-16.
Table 3-17.
Table 3-18.
Table 3-19.
Table 4-1.
Table 4-2.
Table 4-3.
Table 4-4.
Table 4-5.
Table 5-1.
Table 6-1.
Table 6-2.
Table 6-3.
Table 6-4.
Table 6-5.
Table 6-6.
Table 7-1.
Table 7-2.
Table 7-3.
Table 7-4.
Table 7-5.
Table 7-6.
Table 7-7.
Table 7-8.
Table 7-9.
Table 7-10.
Table 7-11.
Table 7-12.
Table 8-1.
Table 8-2.
Table 8-3.
Batteries ................................................................................................................................ 2-1
Transceiver Voltage Regulators ............................................................................................ 2-3
Battery Connector M101 ....................................................................................................... 3-5
VOCON Connector J1001 .................................................................................................... 3-5
Port Expander Pin Settings ................................................................................................. 3-20
DC Supplies and Sources for Controller ............................................................................. 3-28
MAKO’s LDO and Supplies................................................................................................. 3-29
Pulse Switching Combination ............................................................................................. 3-31
VOCON Clock Distribution .................................................................................................. 3-33
Color Schemes ................................................................................................................... 3-48
Key Map Matrix ................................................................................................................... 3-51
P1 Pin Assignment.............................................................................................................. 3-54
GCAI Connector Pin Assignment........................................................................................ 3-54
Encryption Algorithms and Corresponding Kit Numbers..................................................... 3-58
Power and I/O Pins for NI5500 ........................................................................................... 3-61
SPI Interface ....................................................................................................................... 3-63
Register Address Map ........................................................................................................ 3-64
Bluetooth Host Processor UART I/O................................................................................... 3-71
SPI I/O ................................................................................................................................ 3-72
USB I/O ............................................................................................................................... 3-72
GPIO I/O ............................................................................................................................. 3-73
Recommended Service Tools ............................................................................................... 4-2
Standard Operating Bias – DC Voltages ............................................................................... 4-3
Standard Operating Bias – Clock Sources............................................................................ 4-3
Power-Up Self-Check Error Codes ....................................................................................... 4-4
Power-Up Self-Check Diagnostic Actions ............................................................................. 4-5
Troubleshooting Charts ......................................................................................................... 5-1
List of Waveforms ................................................................................................................. 6-1
Bluetooth Command to TX.................................................................................................. 6-52
Bluetooth Command to RX ................................................................................................. 6-53
Low Frequency Command to TX ........................................................................................ 6-53
Low Frequency Command to RX ........................................................................................ 6-53
Bluetooth Test Points .......................................................................................................... 6-54
List of Tables of Board and IC Signals .................................................................................. 7-1
VOCON board to RF board connector Interface PIN-OUT ................................................... 7-2
VOCON board to EXPANSION board connector Interface PIN-OUT ................................... 7-4
VOCON board to Control Top with Top Display Interface PIN-OUT...................................... 7-7
VOCON board to Front Display Interface PIN-OUT.............................................................. 7-9
VOCON board to Keypad Interface PIN-OUT..................................................................... 7-10
EXPANSION board to Accessory Connector (GCAI) Interface PIN-OUT ........................... 7-11
EXPANSION board to Side Buttons Interface PIN-OUT ..................................................... 7-12
EXPANSION board to Speaker and Microphones Interface PIN-OUT................................ 7-13
EXPANSION board to AVR / JTAG Interface PIN-OUT ...................................................... 7-14
Primary IC reference designators ....................................................................................... 7-15
Overall GPIO pin functions across multiple boards............................................................. 7-16
List of Transceiver Schematics and Board Overlays ............................................................ 8-1
List of VOCON Schematics and Board Overlays .................................................................. 8-2
List of VOCON Schematics and Board Overlays .................................................................. 8-2
List of Tables
ix
Related Publications
APX 6000 User Guide Model 1 ................................................................................................ 68012001081
APX 6000 User Guide Model 2 ................................................................................................ 68012001080
APX 6000 User Guide Model 3 ................................................................................................ 68012001079
APX 6000 Quick Reference Card Model 1................................................................................. PMLN5715_
APX 6000 Quick Reference Card Model 2................................................................................. PMLN5716_
APX 6000 Quick Reference Card Model 3................................................................................. PMLN5717_
APX 5000/ APX 6000/ APX 6000Li/ APX 6000XE Digital Portable Radios Basic Service
Manual...................................................................................................................................... 68012002028
APX 6000/ APX 7000 Digital Portable Radios User Guide (CD)................................................ PMLN5335_
APX 5000 Digital Portable Radios User Guide (CD).................................................................. NNTN7930_
SRX 2200 User Guide Model 1.5 ............................................................................................. 68012005050
SRX 2200 User Guide Model 3 ................................................................................................ 68012005051
SRX 2200 Quick Reference Card Model 1.5.............................................................................. PMLN6131_
SRX 2200 Quick Reference Card Model 3................................................................................. PMLN6132_
SRX 2200 Digital Portable Radios User Guide (CD).................................................................. PMLN6045_
SRX 2200 Basic Service Manual ............................................................................................. 68012005052
x
List of Figures
List of Figures
Figure 2-1. DC Power Distribution........................................................................................................... 2-2
Figure 3-1. APX 5000/ APX 6000/ APX 6000XE/ SRX 2200 Overall Block Diagram.............................. 3-2
Figure 3-2. Transceiver (VHF) Block Diagram (Power and Control Omitted).......................................... 3-3
Figure 3-3. Transceiver (UHF1 and UHF2) Block Diagram (Power and Control Omitted) ...................... 3-4
Figure 3-4. Transceiver (7/800) Block Diagram (Power and Control Omitted) ........................................ 3-4
Figure 3-5. Receiver Block Diagram (VHF) ............................................................................................. 3-7
Figure 3-6. Receiver Block Diagram (UHF1 and UHF2) ......................................................................... 3-8
Figure 3-7. Receiver Block Diagram (7/800) ........................................................................................... 3-8
Figure 3-8. Transmitter Block Diagram (VHF) ....................................................................................... 3-11
Figure 3-9. Transmitter Block Diagram (UHF1 and UHF2) ................................................................... 3-11
Figure 3-10. Transmitter Block Diagram (7/800) ..................................................................................... 3-12
Figure 3-11. Synthesizer Block Diagram (VHF) ...................................................................................... 3-17
Figure 3-12. Synthesizer Block Diagram (UHF1 and UHF2)................................................................... 3-17
Figure 3-13. Synthesizer Block Diagram (7/800)..................................................................................... 3-18
Figure 3-14. Controller Interconnection Diagram .................................................................................... 3-24
Figure 3-15. Controller Electrical Overview ............................................................................................. 3-26
Figure 3-16. Controller DC Block Diagram .............................................................................................. 3-27
Figure 3-17. V_SW_1.4 Switched Power Supply .................................................................................... 3-30
Figure 3-18. 5V Switched Power Supply ................................................................................................. 3-31
Figure 3-19. Power-up Timing Regulators............................................................................................... 3-32
Figure 3-20. VOCON Clock Architecture................................................................................................. 3-33
Figure 3-21. Overview of OMAP Interconnection with VOCON Peripherals ........................................... 3-34
Figure 3-22. OMAP Memory Interface..................................................................................................... 3-35
Figure 3-23. Timing of power-up and initialization of eMMC ................................................................... 3-37
Figure 3-24. eMMC Topography.............................................................................................................. 3-38
Figure 3-25. Block Diagram of VOCON and EXPANSION boards as related to eMMC ......................... 3-39
Figure 3-26. RX / TX SSI Configuration .................................................................................................. 3-40
Figure 3-27. Audio SSI Configuration...................................................................................................... 3-40
Figure 3-28. SPI and I2C Configuration .................................................................................................. 3-41
Figure 3-29. CPLD Block Diagram .......................................................................................................... 3-42
Figure 3-30. Audio TX Path Block Diagram............................................................................................. 3-43
Figure 3-31. VOCON RX Audio Path Block Diagram .............................................................................. 3-44
Figure 3-32. Control Top Block Diagram ................................................................................................. 3-45
Figure 3-33. Display Circuit Detail Overview Block Diagram................................................................... 3-46
Figure 3-34. Lighting Controller Overview ............................................................................................... 3-49
Figure 3-35. Lighting Controller – SRX 2200 .......................................................................................... 3-50
Figure 3-36. Keypad Interface Outline..................................................................................................... 3-51
Figure 3-37. GCAI Signal Configuration .................................................................................................. 3-53
Figure 3-38. GCAI Connector.................................................................................................................. 3-53
Figure 3-39. GCAI Connector – Back View ............................................................................................. 3-55
Figure 3-40. VOCON to RF Board Interface............................................................................................ 3-56
Figure 3-41. APX 5000/ APX 6000/ APX 6000XE/ SRX 2200 Encryption Architecture .......................... 3-57
Figure 3-42. GPS Block Diagram (VHF/700–800 MHz) .......................................................................... 3-61
Figure 3-43. GPS Block Diagram (UHF1 and UHF2) .............................................................................. 3-62
Figure 3-44. Directions of the Detectable Accelerations ......................................................................... 3-62
Figure 3-45. Accelerometer Block Diagram............................................................................................. 3-63
Figure 3-46. Relation of Bluetooth Antenna Assembly to Expansion Board ........................................... 3-65
Figure 3-47. Bluetooth Connection Flowchart ......................................................................................... 3-66
Figure 3-48. Bluetooth/Controller Interface with Clock Sources.............................................................. 3-67
Figure 3-49. Bluetooth Functional Block Diagram ................................................................................... 3-67
List of Figures
xi
Figure 3-50. Bluetooth Low-Frequency Circuit Block Diagram ............................................................... 3-68
Figure 3-51. Bluetooth Low-Frequency Pairing Data Path...................................................................... 3-68
Figure 3-52. Detailed Low-Frequency Transmit/Receive Paths .............................................................. 3-69
Figure 3-53. Chip Power-Up/Power-Down Sequence (Exernal Input/Output Shown) ............................ 3-69
Figure 3-54. Current Distribution Tree for Bluetooth Circuitry ................................................................. 3-70
Figure 3-55. Bluetooth LF UART Connection Block Diagram ................................................................. 3-71
Figure 3-56. Bluetooth USB Interface Too Main VOCON........................................................................ 3-73
Figure 6-1. 32 kHz Clock Waveform ....................................................................................................... 6-3
Figure 6-2. 4 MHz Clock Waveform ........................................................................................................ 6-4
Figure 6-3. 12 MHz Clock Waveform ...................................................................................................... 6-5
Figure 6-4. 16.8 MHz Clock Waveform ................................................................................................... 6-6
Figure 6-5. 24 MHz Clock Waveform ...................................................................................................... 6-7
Figure 6-6. Audio SSI – Red Tx Waveform ............................................................................................. 6-8
Figure 6-7. Audio SSI – Red Rx Waveform............................................................................................. 6-9
Figure 6-8. Audio SSI – Sync. Waveform.............................................................................................. 6-10
Figure 6-9. Audio SSI – BCLK. Waveform ............................................................................................ 6-11
Figure 6-10. RX SSI – CLK. Waveform ................................................................................................... 6-12
Figure 6-11. RX SSI – DA Waveform ...................................................................................................... 6-13
Figure 6-12. RX SSI – FSync. Waveform................................................................................................ 6-14
Figure 6-13. TX SSI – TX CLK. Waveform.............................................................................................. 6-15
Figure 6-14. TX SSI – DA Waveform ...................................................................................................... 6-16
Figure 6-15. TX SSI – FSync. Waveform ................................................................................................ 6-17
Figure 6-16. SPI – CLK Waveform .......................................................................................................... 6-18
Figure 6-17. MOSI Waveform ................................................................................................................. 6-19
Figure 6-18. MISO Waveform ................................................................................................................. 6-20
Figure 6-19. CS Waveform...................................................................................................................... 6-21
Figure 6-20. I2C Bus – SCA Waveform .................................................................................................. 6-22
Figure 6-21. I2C Bus – SCA 5V Waveform ............................................................................................. 6-23
Figure 6-22. I2C Bus – SDA Waveform .................................................................................................. 6-24
Figure 6-23. 1-Wire Waveform ................................................................................................................ 6-25
Figure 6-24. GCAI – GPIO0 Waveform ................................................................................................... 6-26
Figure 6-25. GCAI – GPIO4 Waveform ................................................................................................... 6-27
Figure 6-26. USB – D- Waveform ........................................................................................................... 6-28
Figure 6-27. USB – D+ Waveform........................................................................................................... 6-29
Figure 6-28. UART – RX Waveform ........................................................................................................ 6-30
Figure 6-29. UART – TX Waveform ........................................................................................................ 6-31
Figure 6-30. SDRAM – CLK Waveform................................................................................................... 6-32
Figure 6-31. SDRAM – CLKX Waveform ................................................................................................ 6-33
Figure 6-32. FLASH CONTROL – ADV Waveform ................................................................................. 6-34
Figure 6-33. FLASH CONTROL – CS3 Waveform ................................................................................. 6-35
Figure 6-34. FLASH CONTROL – OE Waveform ................................................................................... 6-36
Figure 6-35. FLASH CONTROL – RDY Waveform ................................................................................. 6-37
Figure 6-36. FLASH CONTROL – WE Waveform................................................................................... 6-38
Figure 6-37. eMMC: Power-On until Final Initialization Waveforms ........................................................ 6-39
Figure 6-38. eMMC: Correct Detection, Configuration and Initialization Waveforms .............................. 6-40
Figure 6-39. eMMC: Failure to Properly Detect, Configure and Initialize Waveforms ............................. 6-41
Figure 6-40. MMC_CLK @ < 400 kHz during “Clock Frequency Identification Mode”............................ 6-42
Figure 6-41. MMC_CLK @ < 24 MHz during “Clock Frequency Data Transfer Mode” ........................... 6-43
Figure 6-42. MMC_CMD actual waveform when probing with active probes; short wires;
GND pin soldered ............................................................................................................... 6-44
Figure 6-43. MMC_CMD misleading waveform when probing with passive probe; long wires;
GND clip ............................................................................................................................. 6-45
Figure 6-44. MMC_DAT0, MMC_DAT1, MMC_DAT2, MMC_DAT3 data lines during data
transmission between eMMC and OMAP ........................................................................... 6-46
xii
List of Figures
Figure 6-45. F2_TIMER_OUT clock from CPLD into OMAP for eMMC operation .................................. 6-47
Figure 6-46. Received Baseband Waveforms......................................................................................... 6-48
Figure 6-47. GPS TCXO Waveforms ...................................................................................................... 6-49
Figure 6-48. GPS RTC Waveforms ......................................................................................................... 6-50
Figure 6-49. GPS UART DATA Waveforms............................................................................................. 6-51
Figure 6-50. Startup Waveforms – Vmax of TP16 ................................................................................... 6-55
Figure 6-51. Startup – Timing Difference of TP9 to TP16........................................................................ 6-56
Figure 6-52. Startup – Timing Difference of TP5 to TP16 and Voltage Statistics .................................... 6-57
Figure 6-53. Startup – Timing Difference of TP4 to TP16 and Time Statistics ........................................ 6-58
Figure 6-54. Startup – Timing Difference of TP4 to TP5 and Time Statistics .......................................... 6-59
Figure 6-55. Startup – Vmax of TP5 and Time Statistics ......................................................................... 6-60
Figure 6-56. Startup – Vmax of TP4 and Time Statistics ......................................................................... 6-61
Figure 6-57. Startup – Vmax of TP5 and Voltage Statistics..................................................................... 6-62
Figure 6-58. Startup – Vmax of TP9 and Voltage Statistics..................................................................... 6-63
Figure 6-59. Startup – Vmax of TP10 and Time Statistics ....................................................................... 6-64
Figure 6-60. Startup – Vmax of TP16 and Voltage Statistics................................................................... 6-65
Figure 6-61. Startup – Vmax of TP13 and Voltage Statistics................................................................... 6-66
Figure 6-62. Startup – Vmax of TP11 and Voltage Statistics ................................................................... 6-67
Figure 6-63. Startup – Timing Difference of TP13 to TP16 and Time Statistics ...................................... 6-68
Figure 6-64. Startup – Timing Difference of TP10 to TP13 and Time Statistics ...................................... 6-69
Figure 6-65. Startup – Timing Difference of TP11 to TP13 and Time Statistics....................................... 6-70
Figure 6-66. Bluetooth CW on Spectrum Analyzer.................................................................................. 6-71
Figure 6-67. Expansion Board – USB D+ Vmax and Packet Timing with Statistics ................................ 6-72
Figure 6-68. Expansion Board – USB D- Vmax and Packet Timing with Statistics ................................. 6-73
Figure 6-69. Expansion Board – VSW_3.6 Voltage Statistics ................................................................. 6-74
Figure 6-70. Expansion Board – 32 kHz clock Vmax with Statistics........................................................ 6-75
Figure 6-71. Expansion Board – LF Coil with TX and RX Waveform Measured by a Conducted
Cable on LF Coil ................................................................................................................. 6-76
Figure 6-72. LF CW on Spectrum Analyzer............................................................................................. 6-77
Figure 8-1. NUD7120A Transceiver (RF) Board Overall Circuit Schematic ............................................ 8-3
Figure 8-2. NUD7120A Harmonic Filter Circuit ....................................................................................... 8-4
Figure 8-3. NUD7120A GPS Circuit ........................................................................................................ 8-5
Figure 8-4. NUD7120A Miscellaneous Connector Circuit ....................................................................... 8-6
Figure 8-5. NUD7120A Receiver Front End Circuit................................................................................. 8-7
Figure 8-6. NUD7120A Receiver Back End Circuit ................................................................................. 8-8
Figure 8-7. NUD7120A DC Power Circuit ............................................................................................... 8-9
Figure 8-8. NUD7120A Transmitter and Automatic Level Control Circuits............................................ 8-10
Figure 8-9. NUD7120A Frequency Generation Unit (Synthesizer) Circuit – 1 of 2 ............................... 8-11
Figure 8-10. NUD7120A Frequency Generation Unit (VCO) Circuit – 2 of 2 .......................................... 8-12
Figure 8-11. NUD7120A Mixer and IF Filter Circuits ............................................................................... 8-13
Figure 8-12. NUD7120A Power Amplifier Circuit..................................................................................... 8-14
Figure 8-13. NUD7120A Transceiver (RF) Board Layout – Side 1 ......................................................... 8-15
Figure 8-14. NUD7120A Transceiver (RF) Board Layout – Side 2 ......................................................... 8-16
Figure 8-15. NUE7365A/ NUE7369A Transceiver (RF) Board Overall Circuit Schematic ...................... 8-25
Figure 8-16. NUE7365A/ NUE7369A UHF1 Harmonic Filter Circuit ....................................................... 8-26
Figure 8-17. NUE7365A/ NUE7369A GPS Circuit .................................................................................. 8-27
Figure 8-18. NUE7365A/ NUE7369A Miscellaneous Connector Circuit.................................................. 8-28
Figure 8-19. NUE7365A Receiver Front End Circuit ............................................................................... 8-29
Figure 8-20. NUE7365A/ NUE7369A Receiver Back End Circuit ........................................................... 8-30
Figure 8-21. NUE7365A/ NUE7369A DC Power Circuit.......................................................................... 8-31
Figure 8-22. NUE7365A/ NUE7369A Transmitter and Automatic Level Control Circuits........................ 8-32
Figure 8-23. NUE7365A Frequency Generation Unit (Synthesizer) Circuit – 1 of 2................................ 8-33
Figure 8-24. NUE7365A Frequency Generation Unit (VCO) Circuit – 2 of 2........................................... 8-34
Figure 8-25. NUE7365A/ NUE7369A Mixer and IF Filter Circuits ........................................................... 8-35
List of Figures
xiii
Figure 8-26. NUE7365A Power Amplifier Circuit..................................................................................... 8-36
Figure 8-27. NUE7365A Transceiver (RF) Board Layout – Side 1 ......................................................... 8-37
Figure 8-28. NUE7365A Transceiver (RF) Board Layout – Side 2 ......................................................... 8-38
Figure 8-29. NUE7369A Receiver Front End Circuit............................................................................... 8-48
Figure 8-30. NUE7369A Frequency Generation Unit (Synthesizer) Circuit – 1 of 2 ............................... 8-49
Figure 8-31. NUE7369A Frequency Generation Unit (VCO) Circuit – 2 of 2 .......................................... 8-50
Figure 8-32. NUE7369A Power Amplifier Circuit..................................................................................... 8-51
Figure 8-33. NUE7369A Transceiver (RF) Board Layout – Side 1 ......................................................... 8-52
Figure 8-34. NUE7369A Transceiver (RF) Board Layout – Side 2 ......................................................... 8-53
Figure 8-35. NUE7366A Transceiver (RF) Board Overall Circuit Schematic .......................................... 8-61
Figure 8-36. NUE7366A UHF2 Harmonic Filter Circuit ........................................................................... 8-62
Figure 8-37. NUE7366A GPS Circuit ...................................................................................................... 8-63
Figure 8-38. NUE7366A Miscellaneous Connector Circuit ..................................................................... 8-64
Figure 8-39. NUE7366A Receiver Front End Circuit............................................................................... 8-65
Figure 8-40. NUE7366A Receiver Back End Circuit ............................................................................... 8-66
Figure 8-41. NUE7366A DC Power Circuit ............................................................................................. 8-67
Figure 8-42. NUE7366A Transmitter and Automatic Level Control Circuits............................................ 8-68
Figure 8-43. NUE7366A Frequency Generation Unit (Synthesizer) Circuit – 1 of 2 ............................... 8-69
Figure 8-44. NUE7366A Frequency Generation Unit (VCO) Circuit – 2 of 2 .......................................... 8-70
Figure 8-45. NUE7366A Mixer and IF Filter Circuits ............................................................................... 8-71
Figure 8-46. NUE7366A Power Amplifier Circuit..................................................................................... 8-72
Figure 8-47. NUE7366A Transceiver (RF) Board Layout – Side 1 ......................................................... 8-73
Figure 8-48. NUE7366A Transceiver (RF) Board Layout – Side 2 ......................................................... 8-74
Figure 8-49. NUF6750A Transceiver (RF) Board Overall Circuit Schematic .......................................... 8-81
Figure 8-50. NUF6750A Harmonic Filter Circuit...................................................................................... 8-82
Figure 8-51. NUF6750A GPS Circuit ...................................................................................................... 8-83
Figure 8-52. NUF6750A Miscellaneous Connector Circuit...................................................................... 8-84
Figure 8-53. NUF6750A Receiver Front End Circuit ............................................................................... 8-85
Figure 8-54. NUF6750A Receiver Back End Circuit ............................................................................... 8-86
Figure 8-55. NUF6750A DC Power Circuit.............................................................................................. 8-87
Figure 8-56. NUF6750A Transmitter and Automatic Level Control Circuits............................................ 8-88
Figure 8-57. NUF6750A Frequency Generation Unit (Synthesizer) Circuit – 1 of 2................................ 8-89
Figure 8-58. NUF6750A Frequency Generation Unit (VCO) Circuit – 2 of 2........................................... 8-90
Figure 8-59. NUF6750A Mixer and IF Filter Circuits ............................................................................... 8-91
Figure 8-60. NUF6750A Power Amplifier Circuit..................................................................................... 8-92
Figure 8-61. NUF6750A Transceiver (RF) Board Layout – Side 1.......................................................... 8-93
Figure 8-62. NUF6750A Transceiver (RF) Board Layout – Side 2.......................................................... 8-94
Figure 8-63. HLN5979B/ HLN5960AController Board Overall Schematic ............................................ 8-129
Figure 8-64. HLN5979B/ HLN5960A Controller Board Display, Controls and JTAG Schematics......... 8-130
Figure 8-65. HLN5979B Controller Board Display/Keypad Lighting Control Circuits ............................ 8-131
Figure 8-66. HLN5979B/ HLN5960A Controller Board LCD and Keypad Connector Circuits............... 8-132
Figure 8-67. HLN5979B/ HLN5960A Controller Board Expansion Board Interface Circuits ................. 8-133
Figure 8-68. HLN5979B Controller Board CPLD Circuit ....................................................................... 8-134
Figure 8-69. HLN5979B/ HLN5960A Controller Board OMAP User Interface Circuit ........................... 8-135
Figure 8-70. HLN5979B/ HLN5960A Controller Board Memory Interface Circuit ................................. 8-136
Figure 8-71. HLN5979B/ HLN5960A Controller Board Audio Circuit .................................................... 8-137
Figure 8-72. HLN5979B/ HLN5960A Controller Board MAKO/DC Circuits........................................... 8-138
Figure 8-73. HLN5979B/ HLN5960A Controller Board Serial Interface Circuit ..................................... 8-139
Figure 8-74. HLN5979B/ HLN5960A Controller Board RF Interface Circuit.......................................... 8-140
Figure 8-75. HLN5979B Controller Board Layout – Side 1 ................................................................... 8-141
Figure 8-76. HLN5979B Controller Board Layout – Side 2 ................................................................... 8-142
Figure 8-77. HLN5960A Controller Board Display/Keypad Lighting Control Circuits ............................ 8-148
Figure 8-78. HLN5960A Controller Board CPLD Circuit ....................................................................... 8-149
Figure 8-79. HLN5960A Controller Board Layout – Side 1 ................................................................... 8-150
xiv
List of Figures
Figure 8-80. HLN5960A Controller Board Layout – Side 2 ................................................................... 8-151
Figure 8-81. HLN5978B Expansion Board Overall Circuit Schematic................................................... 8-157
Figure 8-82. HLN5977A/ HLN5978B Audio Circuit ............................................................................... 8-158
Figure 8-83. HLN5977A/ HLN5978B Secure Circuit ............................................................................. 8-159
Figure 8-84. HLN5978B Expandable Memory Circuit ........................................................................... 8-160
Figure 8-85. HLN5978B GPS Bluetooth Circuit – 1 of 2 ....................................................................... 8-161
Figure 8-86. HLN5978B GPS Bluetooth Circuit – 2 of 2 ....................................................................... 8-162
Figure 8-87. HLN5977A/ HLN5978B Expansion Board Layout – Side 1 .............................................. 8-163
Figure 8-88. HLN5977A/ HLN5978B Expansion Board Layout – Side 2 .............................................. 8-164
Commercial Warranty
xv
Commercial Warranty
Limited Warranty
MOTOROLA COMMUNICATION PRODUCTS
I. What This Warranty Covers And For How Long
MOTOROLA SOLUTIONS INC. (“MOTOROLA”) warrants the MOTOROLA manufactured
Communication Products listed below (“Product”) against defects in material and workmanship
under normal use and service for a period of time from the date of purchase as scheduled below:
ASTRO APX 5000/ APX 6000/ APX 6000XE/ SRX 2200 Digital Portable Units
One (1) Year
Product Accessories
One (1) Year
Motorola, at its option, will at no charge either repair the Product (with new or reconditioned parts),
replace it (with a new or reconditioned Product), or refund the purchase price of the Product during
the warranty period provided it is returned in accordance with the terms of this warranty. Replaced
parts or boards are warranted for the balance of the original applicable warranty period. All replaced
parts of Product shall become the property of MOTOROLA.
This express limited warranty is extended by MOTOROLA to the original end user purchaser only
and is not assignable or transferable to any other party. This is the complete warranty for the Product
manufactured by MOTOROLA. MOTOROLA assumes no obligations or liability for additions or
modifications to this warranty unless made in writing and signed by an officer of MOTOROLA.
Unless made in a separate agreement between MOTOROLA and the original end user purchaser,
MOTOROLA does not warrant the installation, maintenance or service of the Product.
MOTOROLA cannot be responsible in any way for any ancillary equipment not furnished by
MOTOROLA which is attached to or used in connection with the Product, or for operation of the
Product with any ancillary equipment, and all such equipment is expressly excluded from this
warranty. Because each system which may use the Product is unique, MOTOROLA disclaims
liability for range, coverage, or operation of the system as a whole under this warranty.
II. General Provisions
This warranty sets forth the full extent of MOTOROLA’s responsibilities regarding the Product.
Repair, replacement or refund of the purchase price, at MOTOROLA’s option, is the exclusive
remedy. THIS WARRANTY IS GIVEN IN LIEU OF ALL OTHER EXPRESS WARRANTIES. IMPLIED
WARRANTIES, INCLUDING WITHOUT LIMITATION, IMPLIED WARRANTIES OF
MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE, ARE LIMITED TO THE
DURATION OF THIS LIMITED WARRANTY. IN NO EVENT SHALL MOTOROLA BE LIABLE FOR
DAMAGES IN EXCESS OF THE PURCHASE PRICE OF THE PRODUCT, FOR ANY LOSS OF
USE, LOSS OF TIME, INCONVENIENCE, COMMERCIAL LOSS, LOST PROFITS OR SAVINGS
OR OTHER INCIDENTAL, SPECIAL OR CONSEQUENTIAL DAMAGES ARISING OUT OF THE
USE OR INABILITY TO USE SUCH PRODUCT, TO THE FULL EXTENT SUCH MAY BE
DISCLAIMED BY LAW.
xvi
Commercial Warranty
III. State Law Rights
SOME STATES DO NOT ALLOW THE EXCLUSION OR LIMITATION OF INCIDENTAL OR
CONSEQUENTIAL DAMAGES OR LIMITATION ON HOW LONG AN IMPLIED WARRANTY
LASTS, SO THE ABOVE LIMITATION OR EXCLUSIONS MAY NOT APPLY.
This warranty gives specific legal rights, and there may be other rights which may vary from state to
state.
IV. How To Get Warranty Service
You must provide proof of purchase (bearing the date of purchase and Product item serial number)
in order to receive warranty service and, also, deliver or send the Product item, transportation and
insurance prepaid, to an authorized warranty service location. Warranty service will be provided by
Motorola through one of its authorized warranty service locations. If you first contact the company
which sold you the Product, it can facilitate your obtaining warranty service. You can also call
Motorola at 1-888-567-7347 US/Canada.
V. What This Warranty Does Not Cover
A. Defects or damage resulting from use of the Product in other than its normal and customary
manner.
B. Defects or damage from misuse, accident, water, or neglect.
C. Defects or damage from improper testing, operation, maintenance, installation, alteration,
modification, or adjustment.
D. Breakage or damage to antennas unless caused directly by defects in material workmanship.
E. A Product subjected to unauthorized Product modifications, disassemblies or repairs
(including, without limitation, the addition to the Product of non-Motorola supplied equipment)
which adversely affect performance of the Product or interfere with Motorola's normal
warranty inspection and testing of the Product to verify any warranty claim.
F.
Product which has had the serial number removed or made illegible.
G. Rechargeable batteries if:
•
any of the seals on the battery enclosure of cells are broken or show evidence of
tampering.
•
the damage or defect is caused by charging or using the battery in equipment or service
other than the Product for which it is specified.
H. Freight costs to the repair depot.
I.
A Product which, due to illegal or unauthorized alteration of the software/firmware in the
Product, does not function in accordance with MOTOROLA’s published specifications or the
FCC certification labeling in effect for the Product at the time the Product was initially
distributed from MOTOROLA.
J.
Scratches or other cosmetic damage to Product surfaces that does not affect the operation of
the Product.
K. Normal and customary wear and tear.
Commercial Warranty
xvii
VI. Patent And Software Provisions
MOTOROLA will defend, at its own expense, any suit brought against the end user purchaser to the
extent that it is based on a claim that the Product or parts infringe a United States patent, and
MOTOROLA will pay those costs and damages finally awarded against the end user purchaser in
any such suit which are attributable to any such claim, but such defense and payments are
conditioned on the following:
A. that MOTOROLA will be notified promptly in writing by such purchaser of any notice of such
claim;
B. that MOTOROLA will have sole control of the defense of such suit and all negotiations for its
settlement or compromise; and
C. should the Product or parts become, or in MOTOROLA’s opinion be likely to become, the
subject of a claim of infringement of a United States patent, that such purchaser will permit
MOTOROLA, at its option and expense, either to procure for such purchaser the right to
continue using the Product or parts or to replace or modify the same so that it becomes
noninfringing or to grant such purchaser a credit for the Product or parts as depreciated and
accept its return. The depreciation will be an equal amount per year over the lifetime of the
Product or parts as established by MOTOROLA.
MOTOROLA will have no liability with respect to any claim of patent infringement which is based
upon the combination of the Product or parts furnished hereunder with software, apparatus or
devices not furnished by MOTOROLA, nor will MOTOROLA have any liability for the use of ancillary
equipment or software not furnished by MOTOROLA which is attached to or used in connection with
the Product. The foregoing states the entire liability of MOTOROLA with respect to infringement of
patents by the Product or any parts thereof.
Laws in the United States and other countries preserve for MOTOROLA certain exclusive rights for
copyrighted MOTOROLA software such as the exclusive rights to reproduce in copies and distribute
copies of such Motorola software. MOTOROLA software may be used in only the Product in which
the software was originally embodied and such software in such Product may not be replaced,
copied, distributed, modified in any way, or used to produce any derivative thereof. No other use
including, without limitation, alteration, modification, reproduction, distribution, or reverse
engineering of such MOTOROLA software or exercise of rights in such MOTOROLA software is
permitted. No license is granted by implication, estoppel or otherwise under MOTOROLA patent
rights or copyrights.
VII. Governing Law
This Warranty is governed by the laws of the State of Illinois, USA.
xviii
Commercial Warranty
Notes
Chapter 1 Introduction
1.1
General
This manual includes all the information needed to maintain peak product performance and
maximum working time for the ASTRO APX 5000/ APX 6000/ APX 6000XE/ SRX 2200 radio. This
detailed level of service (component level) is typical of the service performed by some service
centers, self-maintained customers, and distributors.
Use this manual in conjunction with the ASTRO APX 5000/ APX 6000/ APX 6000XE/ SRX 2200
VHF (136–174 MHz), UHF1 (380–470 MHz), UHF2 (450–520 MHz) and 764–870 MHz Digital
Portable Radios Basic Service Manual (Motorola part number 68012002028), which can help in
troubleshooting a problem to a particular printed circuit (PC) board.
Conduct the basic performance checks outlined in the basic service manual first to verify the need to
analyze the radio and to help pinpoint the functional problem area. In addition, you will become
familiar with the radio test mode of operation, which is a helpful tool. If any basic receive or transmit
parameters fail to be met, the radio should be aligned according to the radio alignment procedure.
Included in other areas of this manual are functional block diagrams, detailed theory of operation,
troubleshooting charts and waveforms, schematics, and parts lists. You should become familiar with
these sections to aid in determining circuit problems. Also included are component location diagrams
to aid in locating individual circuit components and some IC diagrams, which identify some
convenient probe points.
“Chapter 3, Theory of Operation,” on page 3-1, contains detailed descriptions of the operations of
many circuits. Once you locate the problem area, review the troubleshooting flowchart for that circuit
to fix the problem.
1-2
1.2
Introduction: Notations Used in This Manual
Notations Used in This Manual
Throughout the text in this publication, you will notice the use of warnings, cautions, and notes.
These notations are used to emphasize that safety hazards exist, and 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.
WARNING indicates a potentially hazardous situation
which, if not avoided, could result in death or injury.
DANGER indicates an imminently hazardous
situation which, if not avoided, will result in death or
injury.
Chapter 2 Radio Power
This chapter provides a detailed circuit description of the power distribution of an ASTRO APX 5000/
APX 6000/ APX 6000XE/ SRX 2200 radio.
2.1
General
In the ASTRO APX 5000/ APX 6000/ APX 6000XE/ SRX 2200 radio, power (B+) is distributed to two
boards: the transceiver (RF) board and the VOCON board (see Figure 2-1 on page 2-2).
Power for the radio is provided through a battery supplying a nominal 7.5 Vdc directly to the
transceiver. The following battery types and capacities are available:
Table 2-1. Batteries
Part Number
Description
NNTN7033
4100 mAh IMPRES Li-Ion, Intrinsically Safe, Rugged
NNTN7034
4200 mAh IMPRES Li-Ion, Rugged
NNTN7035
2000 mAh IMPRES NiMH, Intrinsically Safe, Rugged
NNTN7036
2000 mAh IMPRES NiMH, Intrinsically Safe, IP67
NNTN7037
2100 mAh IMPRES NiMH, IP67
NNTN7038
2900 mAh IMPRES Li-Ion, IP67
NNTN7573
2100 mAh IMPRES NiMH, Rugged
NNTN8092
2300 mAh IMPRES Li-Ion, Intrinsically Safe, Rugged
NNTN8182
2900 mAh Li-Ion, Rugged, Military
PMNN4403
2150 mAh IMPRES Li-Ion, Slim, IP67
2-2
Radio Power: DC Power Routing – Transceiver Board
RF Board
Battery
M101
VOCON Board
FB+
FB+
BATT
Fuse
P101
5.4Vdc
1.4Vdc
RAW B+
5Vdc
1.85Vdc
5Vdc
3Vdc
1.85Vdc
PMOS
Switch
External
SW
External SW
3.6Vdc
External SW
External
LDO
External LDO
3.6Vdc
3Vdc
SW_B+
2.23Vdc
MAKO
SW2
1.8 Volts
1.875Vdc
1.8Vdc
2.23Vdc
LD02
2.23Vdc
1.55Vdc
LDO3
1.5Vdc
2.775Vdc
2.8Vdc
2.775Vdc
1.5Volts
2.8Vdc
3.0Vdc
Expansion Board
7.5 Volts
(Nominal)
Audio PA
3.3Vdc
3.3Vdc
5.4Vdc
5.4Vdc
3.6Vdc
3.3Vdc
5Vdc
5Vdc
2.8Vdc
2.775Vdc
2.8Vdc
5Vdc
LD04
LD06
LD07
3.6Vdc
3.6Vdc
3.6Vdc
3.6Vdc
LD09
LDO10
VBUS1
VBUS2
LD08
3.6Vdc
5.4Vdc
5.4Vdc
SW_B+
1.85Vdc
Figure 2-1. DC Power Distribution
B+ from the battery is electrically switched to most of the radio, rather than routed through the On/
Off/volume control knob, S2. The electrical switching of B+ supports a keep-alive mode. Under
software control, even when the On/Off/volume control knob has been turned to the Off position,
power remains on until the MCU completes its power-down, at which time the radio is physically
powered down.
2.2
DC Power Routing – Transceiver Board
NOTE: Refer to Table 8-1, “List of Transceiver Schematics and Board Overlays,” on page 8-1 for a
listing of schematics showing the transceiver board DC power routing components.
Connector M101, the B-plus assembly, connects the battery to the transceiver board. Component
E200 forms a power-line filter for signal DC_ RAW_B+, which supplies battery voltage to the
transmitter section. Fuse F200 and filter C202, L200, C203 supply fused B plus to the VOCON
board.
In turn, the VOCON board supplies VSW1 regulated 3.6 Vdc, 2.78 Vdc, and 1.85 Vdc. The
3.6 Vdc supplies regulator U201 and controls switch Q201 which supplies fuse B+ to regulator U200.
Regulator U201 supplies regulator U202 which in turn supplies regulator U203. The 2.78 Vdc
supplies the Trident IC U702, 16.8 MHz crystal circuit and Logic Expander IC U703. The 1.85 sets
the logic level for the SPI and SSI data.
The transceiver board has four regulators 5 Vdc (U200), 3 Vdc (U201), 1.8 Vdc (U202) and 1.5 Vdc
(U203). The 5 volt regulator supplies the FGU section, transmitter ALC and receiver back end. The
3 volt regulator supplies dc for the receiver front ends, mixer, receiver back end and GPS.
The 1.8 volt regulator supplies dc for the receiver front end and mixer. The 1.5 volt regulator supplies
dc for the buffers in the FGU section.
Radio Power: DC Power Routing – VOCON Board
2-3
The transceiver regulated power supplies are summarized in Table 2-2.
Table 2-2. Transceiver Voltage Regulators
2.3
Reference
Designator
IC
Name
Output
Signal Name
U200
LP2989
DC_LIN_5V
Regulated 5.0 Vdc
U201
LP5900
DC_LIN_3V
Regulated 3.0 Vdc
U202
LP5900
DC_LIN_1_8V
Regulated 1.8 Vdc
U203
LP5952
DC_LIN_1_5V
Regulated 1.5 Vdc
Description
DC Power Routing – VOCON Board
NOTE: Refer to Table 8-2, “List of VOCON Schematics and Board Overlays,” on page 8-2 for a listing
of schematics showing the VOCON board DC power routing components.
Refer to “3.2.2 DC Distribution” on page 3-27 for details on DC Power Routing for VOCON Board.
2-4
Radio Power: DC Power Routing – VOCON Board
Notes
Chapter 3 Theory of Operation
This chapter provides a detailed circuit description of the ASTRO APX 5000/ APX 6000/
APX 6000XE/ SRX 2200 transceiver and VOCON boards. When reading the theory of operation,
refer to the appropriate schematic and component location diagrams located in the back of this
manual. This detailed theory of operation can help isolate the problem to a particular component.
The ASTRO APX 5000/ APX 6000/ APX 6000XE radio, which is a single-band synthesized radio, is
available in the VHF (136–174 MHz), 7/800 (764–870 MHz), UHF1 (380–470 MHz) and
UHF2 (450–520 MHz) frequency bands. The ASTRO SRX 2200 radio is available in the
VHF (136–174 MHz) and UHF1 (380–470 MHz) frequency bands. The UHF1 band SRX 2200 is
available with a low power setting that limits the transmit power to 0.25 watt.
All ASTRO APX 5000/ APX 6000/ APX 6000XE/ SRX 2200 radios are capable of both analog
operation (12.5 kHz or 25 kHz bandwidths), ASTRO mode operation (12.5 kHz digital only), and
X2-TDMA mode (25 kHz only).
The ASTRO APX 5000/ APX 6000/ APX 6000XE/ SRX 2200 radio (Figure 3-1) consists of the
following:
• VOCON Board – contains a dual-core processor which includes both the microcontroller unit
(MCU) and a digital signal processor (DSP) core, the processor's memory devices, an audio
and power supply support integrated circuit (IC), a digital support IC, and an external audio
power amplifier.
• Transceiver (XCVR) Board – contains all transmit, receive, and frequency generation circuitry,
including the digital receiver back-end IC and the reference oscillator.
• Expansion Board
- Standard – contains the internal audio power amplifier circuitry and a Type III secure IC.
- Full-Feature – contains the internal audio power amplifier circuitry, a combination Global
Positioning System (GPS)/Bluetooth 2.1 IC and support circuitry, a 3-axes digital
accelerometer, an e-MMC NAND flash, and a Type III secure IC.
• Top Display – 112 pixels x 32 pixels, transflective monochrome liquid crystal display (LCD).
• Control Top – contains five switches: On/Off & Volume Knob, a 16 position Channel/Frequency
Knob with concentric 2 position switch (for Secure Enable/Disable operation), a 3 position
toggle switch for Zone Selection, and a push button switch used for Emergency calling. The
control top also includes a TX/RX LED that is solid amber upon receive, red on PTT, and blinks
amber on secure TX/RX.
• Front Display (Dual-Display Version only) – 130 pixels x 130 pixels, transflective color LCD.
• Keypad (Dual-Display Version Only) – Limited keypad version has a 3 x 2 Menu keypad with
a 4-way navigation button; Full keypad version also has a 3 x 4 alphanumeric keypad.
3-2
Theory of Operation:
Bluetooth
Antenna
Antenna
Expansion
Board
16
External Accessory Connector
External Antenna
80
22
Front Display
40
20
Transceiver
Board
Keypad
VOCON
Board
50
20
Top Display
Controls Top
30
Figure 3-1. APX 5000/ APX 6000/ APX 6000XE/ SRX 2200 Overall Block Diagram
Theory of Operation: Transceiver Board
3.1
3-3
Transceiver Board
The transceiver (XCVR) board performs the transmitter and receiver functions necessary to translate
between voice and data from the VOCON board and the modulated radio-frequency (RF) carrier at
the antenna. The transceiver board contains all the radio’s RF circuits for the following major
components:
• Receiver
• Transmitter
• Frequency Generation Unit (FGU)
Figure 3-2 illustrates the VHF transceiver board block diagram, Figure 3-3 and Figure 3-4 illustrates
the UHF1, UHF2 and 7/800 transceiver block diagrams.
FGU
Transmitter
Receiver
Log
Amp
Indicates Sub-shield
SP3T Rf Switch
Digital
RF Atten
FET
VHF
SP3T
Driver
Amplifier
Harmonic
Filter
GPS
Atten
coupler
Rev
Power
Detector
*
LOOP
FILTER
÷2
16.8MHz
VHF TX
VHF TX
TRIDENT IC
TX LO
VHF RX
LOGIC
EXPANDER
TX
* BUFFER
PRE
BUFFER
PRESCALAR
BUFFER
16.8MHz
BUFFER
RX LO
VHF LNA
RX SSI Data
Abacus
RX SSI Clock
RX SSI Frame Sync
Mixer
2nd
LO
Figure 3-2. Transceiver (VHF) Block Diagram (Power and Control Omitted)
3-4
Theory of Operation: Transceiver Board
FGU
Transmitter
Receiver
Log
Amp
Indicates Sub-shield
SP3T Rf Switch
Digital
RF Atten
FET
UHF
SP3T
SP2T
Aux
Atten
coupler
GPS
Driver
Amplifier
Harmonic
Filter
Rev
Power
Detector
*
LOOP
FILTER
16.8MHz
TX
* BUFFER
UHF TX
TRIDENT IC
TX LO
UHF RX
PRE
BUFFER
PRESCALAR
BUFFER
LOGIC
EXPANDER
16.8MHz
BUFFER
RX LO
UHF LNA
RX SSI Data
Abacus
RX SSI Clock
RX SSI Frame Sync
Mixer
2nd
LO
Figure 3-3. Transceiver (UHF1 and UHF2) Block Diagram (Power and Control Omitted)
FGU
Transmitter
Receiver
Log
Amp
Indicates Sub-shield
SP3T Rf Switch
Digital
RF Atten
FET
7/800
SP3T
SP2T
Aux
Atten
coupler
GPS
Driver
Amplifier
Harmonic
Filter
Rev
Power
Detector
*
LOOP
FILTER
16.8MHz
TX
* BUFFER
7/800 TX
TRIDENT IC
TX LO
7/800 RX
LOGIC
EXPANDER
PRE
BUFFER
PRESCALAR
BUFFER
16.8MHz
BUFFER
RX LO
700
7/800 LNA1
LNA2
RX SSI Data
Abacus
800
RX SSI Clock
RX SSI Frame Sync
Mixer
2nd
LO
Figure 3-4. Transceiver (7/800) Block Diagram (Power and Control Omitted)
Theory of Operation: Transceiver Board
3.1.1
3-5
Interconnections
This section describes the various interconnections for the transceiver board.
3.1.1.1 Battery Connector M101
Battery connector M101 solders to the transceiver printed circuit board. The connector has 5 gold
plated contacts that mate with the battery, two contacts for positive, two for negative and one for the
Dig_Battery_Data. Signal descriptions are in Table 3-1.
Table 3-1. Battery Connector M101
Pin No.
Signal
Description
1
DC_BATT
2
Dig_Battery_Data
3
Ground
Battery positive terminal, nominally 7.5 Vdc
Battery status, from battery to VOCON
Battery negative terminal, tied to PCB ground
3.1.1.2 VOCON Connector J1001
VOCON connector J1001 is a 40 pin board to board connector that connects to XCVR board
connector P101. This is a digital interface carrying DC power, control, and data between the XCVR
and VOCON boards.
Table 3-2 lists the connector pins, their signals, and functions. SPI refers to serial peripheral
interface, which is the control bus from the microprocessor. SSI is the serial synchronous interface
bus for data to and from the DSP. There is a RX SSI bus for demodulated data from the receiver and
a TX SSI bus for modulation data to the transmitter.
Table 3-2. VOCON Connector J1001
Pin
No.
VOCON Signal
XCVR Signal
XCVR
I/O
Type
Description
1
GROUND
GROUND
–
–
–
2
EEPROM_SPI_CS
DIG_CTRL_SPI_EEPROM_PE
I
spi
3
16.8_MHZ_SINEWAVE
CLK_16_8MHZ
O
rf
16.8 MHz reference clock
4
GROUND
GROUND
–
–
–
5
GROUND
GROUND
–
–
–
6
V_EXT_1.85
DC_LIN_1_875_D
I
dc
Regulated 1.85 V
7
RF_BRD_RSTB
DIG_CTRL_RSTB
I/O
control
8
V_2.8_RF
DC_LIN_2_775V
I
dc
Regulated 2.775 V
9
DMCS
DIG_CTRL_SSI_TRIGGER
I
ssi
SSI Trigger
10
F2_PARAMP
DIG_CTRL_IO49
I
control
11
RX_FSYNC
DIG_DATA_SSI_RX_FS
O
ssi
SPI EEprom chip select
Reset
TX Slot enable
RX SSI frame sync
3-6
Theory of Operation: Transceiver Board
Table 3-2. VOCON Connector J1001 (Continued)
Pin
No.
VOCON Signal
XCVR Signal
XCVR
I/O
Type
Description
TX inhibit control for
secure
12
TX_INH
DIG_CTRL_TX_INHIBIT_TYPE_1
I
control
13
RX_DA
DIG _DATA _SSI _RX _DOUTA
O
ssi
RX SSI data
14
RF_DAC_SPI_CS
DIG_CTRL_SPI_DAC_PE
I
spi
SPI DAC chip select
15
RX_CLK
CLK_SSI_RX
O
ssi
RX SSI clock
16
ISET
ANA_CTRL_ISET
I
control
MAKO Ramp
17
TX_FSYNC
DIG_TX_SSI_FS
I
ssi
TX SSI frame sync
18
TX_DA_CONN
DIG_DATA_TX_SSI
I
ssi
TX SSI data
19
TX_CLK
DIG_TX_SSI_CLK
I
ssi
TX SSI clock
20
V_Coin_Cell
V_Coin_Cell
–
dc
Coin cell battery
21
GPS_ANT
RF_GPS
O
rf
GPS_RF signal
22
ABACUS_SPI_CS
DIG_CTRL_SPI_ABACUS_PE
I
spi
23
F2_SYNCB
DIG_SYNCB
I
control
24
GROUND
GROUND
–
–
25
LOCK_DET_A
DIG_CTRL_LOCK
O
status
FGU lock detect
26
BSTAT
DIG_BATTERY_DATA
I/O
1 wire
IMPRES Battery status
27
TRIDENT_SPI_CS
DIG_CTRL_SPI_TRIDENT_PE
I
spi
SPI Trident chip select
28
UNSW_B+
DC_FUSED _B+
O
dc
Fused B+ to VOCON
29
SPI_DSP_MISO
DIG_DATA_SPI_MISO
O
spi
SPI data out
30
UNSW_B+
DC_FUSED _B+
O
dc
Fused B+ to VOCON
31
SPI_DSP_MOSI
DIG_DATA_SPI_MOSI
I/O
spi
SPI data I/O
32
UNSW_B+
DC_FUSED _B+
O
dc
Fused B+ to VOCON
33
SPI_DSP_CLK
DIG_SPI_CLK
I
spi
SPI clock
34
UNSW_B+
DC_FUSED _B+
O
dc
Fused B+ to VOCON
35
GROUND
GROUND
–
–
–
36
UNSW_B+
DC_FUSED _B+
O
dc
Fused B+ to VOCON
37
VCC_SW_3.6
DC_SW1_3_6V
I
dc
Regulated 3.6 V
38
GROUND
GROUND
–
–
–
39
GROUND
GROUND
–
–
–
40
GROUND
GROUND
–
–
–
SPI Abacus chip select
Synchronize RX SSI data
–
Theory of Operation: Transceiver Board
3-7
3.1.1.3 Antenna Port J101
Antenna port J101 is a surface-mount, miniature coaxial connector for the antenna cable.
3.1.1.4 Serial EEPROM
The electrically erasable programmable memory (EEPROM), U101, holds all of the transceiver
tuning data. This allows transceivers to be tuned in the factory and installed in the field without
retuning.
3.1.1.5 Power Conditioning Components
DC power-conditioning components include zener diodes, capacitors, ferrite beads, a power
inductor, and the fuse. Diodes VR200 and VR101 provide over-voltage protection. Ferrite beads
(designated E, etc.) and capacitors suppress electromagnetic interference from the transceiver.
The power-line filter consisting of L200, C202, and C203 suppresses digital noise from the VOCON
board switching power supplies that could degrade the transmitter spectral purity.
Ground clips M103 and M104 make contact between the transceiver board ground and the radio
chassis. The chassis connection is a necessary electrical reference point to complete the antenna
circuit path. Shields SH1 through SH14 appear on the schematic to show their connection to ground.
3.1.2
Receiver
In the VHF radio, the RF signal is received at the antenna and is routed through a Receive/Transmit
Multi Switch (SP3T). In the UHF1, UHF2 and 7/800 radio, the signal goes from the antenna and is
routed through an Auxiliary Switch before the Multi Switch (SP3T) IC. After the switch, the RF signal
passes through a diplexer circuit and a controllable external 15 dB attenuator. The output of the
attenuator leads to the receiver front end section.
• VHF band (See Figure 3-5.)
• UHF1 and UHF2 bands (See Figure 3-6.)
• 7/800 band (See Figure 3-7.)
PER
SP3T
DPLXR
VHF
GPS
Dec.
Filter
ΣΔ ADC
To
RF/Vocon
Connector
2nd
LO
LO
CLK
Abacus III
Figure 3-5. Receiver Block Diagram (VHF)
SSI
18Mhz
CLK
3-8
Theory of Operation: Transceiver Board
AUX
PER
SP3T
DPLXR
UHF
GPS
Dec.
Filter
ΣΔ ADC
To
RF/Vocon
Connector
2nd
LO
LO
SSI
18Mhz
CLK
CLK
Abacus III
Figure 3-6. Receiver Block Diagram (UHF1 and UHF2)
AUX
PER
SP3T
DPLXR
700/800
GPS
Dec.
Filter
ΣΔ ADC
To
RF/Vocon
Connector
2nd
LO
LO
CLK
Abacus III
Figure 3-7. Receiver Block Diagram (7/800)
SSI
18Mhz
CLK
Theory of Operation: Transceiver Board
3-9
3.1.2.1 VHF Front-End
From the attenuator, U1149, a VHF signal is routed to the first pre-selector filter followed by a Low
Noise Amplifier (LNA) and a second pre-selector filter. Both filters are discrete and fixed designs and
are used to band limit the incoming energy and suppress known spurious responses such as Image
and the ½ IF spur. The LNA active device is an NPN transistor (U302) with active bias provided by
transistor pair Q302.
The output of the second pre-selector filter is applied to the RF port of the Mixer IC via balun
transformer, T503. The Mixer IC, U506, is driven by a Local Oscillator (LO) signal generated by the
Trident synthesizer IC, U702, at the LO port to down-convert the RF signal to a 109.65 MHz
intermediate frequency (IF). It is a passive, high linearity design with balanced inputs at the RF and
IF ports and internal LO buffer. The down converted IF signal is passed through a 3-pole crystal filter,
FL501, and an IF amplifier, Q503, which drive the input of the Analog to Digital Converter IC, U601
3.1.2.2 UHF1 Front-End
From the attenuator, U1149, a UHF1 signal is routed to the first pre-selector filter followed by a Low
Noise Amplifier (LNA) and a second pre-selector filter. Both filters are discrete and tunable designs
and are used to band limit the incoming energy and suppress known spurious responses such as
Image spur. The LNA active device is an NPN transistor (U2032) with active bias provided by
transistor pair Q2022. The output of the second pre-selector filter is applied to a discrete Low Pass
Filter (LPF). The output of the LPF is applied to the RF port of the Mixer IC via a balun transformer,
T503. The Mixer IC, U506, is driven by a Local Oscillator (LO) signal generated by the Trident
synthesizer IC, U702, at the LO port to down-convert the RF signal to a 109.65 MHz intermediate
frequency (IF). It is a passive, high linearity design with balanced inputs at the RF and IF ports and
internal LO buffer. The down converted IF signal is passed through a 3-pole crystal filter, FL501, and
an IF amplifier, Q503, which drives the input of the Analog to Digital Converter IC, U601.
3.1.2.3 UHF2 Front-End
From the attenuator, U1149, a UHF2 signal is routed to the first pre-selector filter followed by a Low
Noise Amplifier (LNA) and a second pre-selector filter. Both filters are discrete and tunable designs
and are used to band limit the incoming energy and suppress known spurious responses such as
Image spur. The LNA active device is an NPN transistor (U2032) with active bias provided by
transistor pair Q2022. The output of the second pre-selector filter is applied to a discrete Low Pass
Filter (LPF). The output of the LPF is applied to the RF port of the Mixer IC via a balun transformer,
T503. The Mixer IC, U506, is driven by a Local Oscillator (LO) signal generated by the Trident
synthesizer IC, U702, at the LO port to down-convert the RF signal to a 109.65 MHz intermediate
frequency (IF). It is a passive, high linearity design with balanced inputs at the RF and IF ports and
internal LO buffer. The down converted IF signal is passed through a 3-pole crystal filter, FL501, and
an IF amplifier, Q503, which drives the input of the Analog to Digital Converter IC, U601.
3-10
Theory of Operation: Transceiver Board
3.1.2.4 700/800 Front-End
From the attenuator, U1149, a 700 MHz or 800 MHz band signal is routed to an SPST band select
switch, U402, which selects the 700 or the 800 band signal and routes it to the appropriate first preselector filter, FL401. A second band select switch, U404, selects the output of the appropriate filter
and applies it to an LNA followed by a similar pre-selector filter/ band-select switch circuit. The signal
is then routed to second LNA, U407, whose output is applied to a discrete image filter. Both
preselector filters are Surface Acoustic Wave designs (EPCOS B4232) used to band limit the
received energy and suppress known spurious responses such as Image and the ½ IF spur. The
output of the discrete image filter is applied to the RF port of the Mixer IC, U506, via a balun
transformer, T503. The Mixer IC is driven by an LO signal generated by the Trident synthesizer IC,
U702, and applied to the LO port to down-convert the RF signal to a 109.65 MHz intermediate
frequency (IF). The IF signal is passed through a crystal filter, FL501, and an IF amplifier, Q503,
which drive the input of the Analog to Digital Converter IC, U601.
3.1.2.5 Analog To Digital Converter
The ADC used in APX/ SRX is the AD9864 IC, U601, from Analog Devices. The IC front end down
converts the first IF to a second IF, a 2.25 MHz signal, by mixing a 107.4 MHz LO signal generated
by an integrated synthesizer and external VCO with active device U602 and resonator L604. The
second IF is sampled at 18 MHz, a signal generated by an integrated clock synthesizer and VCO
device with external resonator L605.
The sampled signal is decimated by a factor of 900 to 20 kHz and converted to SSI format at the
ADC's output. The Serial Synchronous Interface (SSI) serial data waveform is composed of a 16 bit
in-phase word (I) followed by a 16 bit Quadrature word (Q). A 20 kHz Frame Synch and 1.2MHz
clock waveform are used to synchronize the SSI IQ data transfer to the Digital Signal Processor IC
(OMAP) for post-processing and demodulation. The clock frequency is adjustable and is selected
automatically by software to prevent self quieting.
3.1.3
Transmitter
The transmitter takes modulated RF from the FGU and amplifies it to the rated output power to
produce the modulated carrier at the antenna.
NOTE: Refer to Table 8-1, “List of Transceiver Schematics and Board Overlays,” on page 8-1 for a
listing of transmitter-related schematics that will aid in the following discussion.
The transmitter (Figure 3-8 on page 3-11) for the VHF radio consists of one LDMOS high power
transistor for the VHF band. The same topology applied for the 7/800 radio
(Figure 3-10 on page 3-12) where one LDMOS high power transistor is used for the 7/800 MHz
band. Similarly for UHF1 and UHF2 radios, one LDMOS transistor is used to cater for the UHF1/
UHF2 band which is depicted by Figure 3-9 on page 3-11. The high power transistor is driven by an
RF driver IC that receives its input signal from the voltage controlled oscillator. Transmitter power is
controlled by a discrete power control circuit that senses the output of a directional coupler and
adjusts PA control voltage to maintain the correct power level. The TX signals pass through their
respective harmonic filters, a TX/RX switch, and embedded directional coupler, a RF switch and then
the antenna. The SP2T switch just before the antenna does not exist on the VHF radio.
The UHF1 SRX 2200 is available with a low power setting that limits the transmit power to 0.25 watt.
The rest of the APX 5000/ APX 6000 radios and the SRX 2200 VHF radio are able to be limited to
1 watt minimum output power.
Theory of Operation: Transceiver Board
3-11
Log Amp Power Detector
SP3T RF Switch
Digital RF Attenuator
Transmitter FET VHF
TX Buffer Amp
Antenna Connector
TX Driver Amplifier
Directional
Coupler
Harmonic LP Filter
To RX
Reverse Power Detection
TX VCO
Module
S
Loop Filter
Trident IC
Ref. Oscillator
Synthesizer
RX VCO
Module
TX SSI from VOCON
RF Switch Matrix
Figure 3-8. Transmitter Block Diagram (VHF)
Log Amp Power Detector
SP3T RF Switch
Digital RF Attenuator
Transmitter FET UHF
TX Buffer Amp
SP2T
To Antenna
To RMT Port
TX Driver Amplifier
Directional
Coupler
Harmonic LP Filter
To RX
Reverse Power Detection
TX VCO
Module
Trident IC
S
Loop Filter
Ref. Oscillator
Synthesizer
RX VCO
Module
TX SSI from VOCON
RF Switch Matrix
Figure 3-9. Transmitter Block Diagram (UHF1 and UHF2)
3-12
Theory of Operation: Transceiver Board
Log Amp Power Detector
SP3T RF Switch
Digital RF Attenuator
Transmitter FET 7/800
TX Buffer Amp
SP2T
To Antenna
To RMT Port
TX Driver Amplifier
Directional
Coupler
Harmonic LP Filter
To RX
Reverse Power Detection
TX VCO
Module
Trident IC
S
Loop Filter
Ref. Oscillator
Synthesizer
RX VCO
Module
TX SSI from VOCON
RF Switch Matrix
Figure 3-10. Transmitter Block Diagram (7/800)
Theory of Operation: Transceiver Board
3-13
3.1.3.1 Driver Amplifier
The driver amplifier IC (VHF – U902, UHF1 – U1602, UHF2 – U1500 and 7/800 – U1002) contains
one LDMOS FET amplifier stages and an internal resistor bias networks. Pin 16 is the RF input.
Modulated RF from the FGU, at a level of +3 dBm ±2 dB, is coupled through a blocking capacitor to
the gate of FET-1. An LC inter-stage matching network connects the first stage output VD1 to the
second stage input G2. The RF output from the drain of FET-2 is pin 6 (RFOUT1). Gain control is
provided by a voltage applied to pin 1 (VCNTRL). Typical output power is about +27 dBm (500 mW)
with VCNTRL at 5.5 V.
VHF: L901 and C904 are the components for the inter-stage matching network. Components C907,
C910, L904, C913, C914, L905 and C916 provide the match to the final device Q901. C907 also
serves as a DC block.
UHF1: L1601 and C1604 is the inter-stage matching network of the driver amplifier IC, C1607,
C1610, L1604, C1613, C1614, L1605 and C1616 serve as matching circuit of the driver IC to the
final device of Q1601. Capacitor C1607 also works as DC block to the circuit.
UHF2: L1501 and C1504 is the inter-stage matching network of the driver amplifier IC. C1508,
C1509, C1510, C1511, L1502, L1503, and L1504 serve as matching circuit of the driver IC to the
final device of Q1500. Capacitor C1510 also works as DC block to the circuit.
700–800 MHz: L1002, C1002 and C1004 are the inter-stage matching network. Components C1013
and C1023 match the output impedance to the input of the final device (Q1001); capacitor C1013
also serves as the DC block.
3.1.3.2 Power Amplifier Transistor
The power amplifier transistors, Q901, Q1013, Q1500 and Q1601 are LDMOS FETs housed in a
high-power, surface-mount, ring package. To prevent thermal damage, it is essential that the heat
sink of the power module be held in place against the radio chassis using the RF board screw. All
FETs are matched using a lowpass topology. Drain bias is applied through L906 for the VHF, L1606
for UHF1, L1505 for UHF2 and L1007 for the 7/800 MHz. Gain is dynamically controlled by adjusting
the gate bias. The gate is insulated from the drain and source so that gate bias current is essentially
zero
VHF: The output match consists of elements L907, C920, C921, L908, C922, L909, C924, L910,
C923 and C928. Gate bias is applied through R903, R904, R905, C915 and C917.
UHF1: C1620, C1621, C1622, L1609, C1624, L1610, C1623, C1628 and C1625 are the elements of
the output matching network apart from a transmission-line structure. The Gate biasing is applied
through a biasing network consists of R1603, R1604, R1605, C1615 and C1617.
UHF2: C1516, C1517, C1518, C1520, C1521, C1527, and L1507 are the elements of the output
matching network apart from a transmission-line structure. The Gate biasing is applied through a
biasing network consists of R1502, R1503, R1504 and C1522.
700–800 MHz: The input impedance-matching network is C1013 and C1023. A transmission-line
structure and C1019, C1020, L009 and C1021 form the output-matching network. Gate bias applied
through R1003, R1004, C1015 and R1005.
3.1.3.3 Directional Coupler
A directional coupler senses the transmitter forward and reverse power as control signals in the
transmitter's automatic level control (ALC) loop. Isolated ports are terminated with external resistors.
VHF/UHF1/UHF2/700–800 MHz: The directional coupler consists of three embedded transmission
lines.
3-14
Theory of Operation: Transceiver Board
3.1.3.4 Harmonic Filter
The harmonic filter is a high-power, low-loss, low-pass filter. Its purpose is to suppress transmitter
harmonics. The filter also improves receiver out-of-band rejection. The appropriate shield over the
filter must be in place to achieve the required stop band rejection.
VHF: The harmonic filter uses discrete components. The pass band is up to 190 MHz, and the stop
band is above 260 MHz.
UHF1: The harmonic filter applies discrete components as the circuit line up. The pass band is up to
470 MHz while the stop band is above 740 MHz.
UHF2: The harmonic filter applies discrete components as the circuit line up. The pass band is up to
520 MHz while the stop band is above 1000 MHz.
700–800 MHz: The harmonic filter uses both discrete components and transmission lines. The pass
band is up to 870 MHz, and the stop band is above 1500 MHz.
3.1.3.5 Antenna Switch
NOTE: Refer to Table 8-1, “List of Transceiver Schematics and Board Overlays,” on page 8-1 for a
listing of schematics that will aid in the following discussion.
The antenna switch consists of a single pole triple-throw IC designated U1102. The IC is connected
to the output of the two harmonic filters and it is connected to the receiver. The output of the switch is
connected to the directional coupled via the inductor L1108. Control lines V1_V2 and V3 control the
routing of the signal paths. During Rx operation, V3 is set high and V1_V2 is low. During Tx
operation, V3 is set low and V1_V2 is high. This is the same case for VHF, UHF1, UHF2 and 7/800
radios.
There is a second IC designated U1111 at the output of the radio. This switch routes RF power to the
main antenna or to the accessory GCAII connector on the side of the radio. This switch is controlled
by control line DIG_CNTRL_RMT which connects to pin 13 of the IC. When this signal level is high,
the power is routed to the antenna and when it is low the power is routed to the accessory connector.
NOTE: This switch does not exist on VHF radios.
3.1.3.6 Reverse Power Protection
The radio, while in receive mode is constantly monitoring the input power from the antenna. This
power is sensed by the directional coupler and channeled into an RF detector U1106. The matching
network between the coupler and the detector consists of R1107, L1102, C1105 and C1107. Once
the input RF level exceeds a certain limit the detector trips a logic circuit then enables attenuation to
protect the RF front end. This serves as to protect the front end from large signal damage.
3.1.3.7 Transmitter Power Control
In TX mode, the transmitter Automatic Level Control (ALC) section enables the transmitter and
controls TX power in all modes. Power control is based on a unique dual control loop approach
which utilizes voltage control in one loop and current control in the other. The voltage control loop is
normally used in all transmit modes. The only time the current control loop controls TX power is
during the end of a TX slot in TDMA (Phase 2) mode in the event transmitter saturation is detected.
Several other functions included in the TX ALC section of the radio are RX/TX switching, thermal
cutback of power, current cutback of power, and reverse power detection with a means to disable the
receiver in the event of high reverse power at the antenna port.
Theory of Operation: Transceiver Board
3-15
3.1.3.7.1 Voltage Control Mode
The heart of the voltage control loop is a logarithmic amplifier based power control IC, U1105. Quad
DAC, U1125, receives the power tuning values via the SPI bus and converts them into a voltage at
“VOUTB.” Resistors, R1121 and R1122, form a voltage divider to set the full-scale value of the DAC,
in this case approximately 1.4V. This power set voltage is then fed to the power control IC through
the current cutback op amp, U1130, and then into a lesser-of-two voltage decision circuit, consisting
of U1126 and U1127. This circuit, used exclusively in voltage control mode, provides the important
function of combining the MAKO ramp output with the DAC power set voltage to permit power
leveling since the MAKO DAC max amplitude cannot be controlled during TDMA mode. In all other
TX modes, the MAKO output is a fixed voltage, approximately 1.5V, which is always higher than the
DAC control voltage. The lesser-of-two circuit will then select the smaller input, the set voltage from
U1125, resulting in immediate TX turn on in analog or ASTRO mode. IN TDMA mode, the MAKO line
is a piecewise linear ramp whose timing is in accordance with Phase 2 requirements. At t = 0, the
ramp line is smaller than the TX set voltage so the MAKO ramp will control the TX power level,
resulting in a slower ramping up of the TX power. This continues until the MAKO ramp output
reaches the level of the power tuning DAC (which is always lower than the MAKO ramp maximum)
which causes control of TX power to be turned over to the power tuning DAC.
The output of the selector circuit passes through a 2nd order low pass filter (U1142) and then to the
log amp, U1105. The low pass filter performs the dual function of improving transient ACPR by
transforming a linear ramp with corners into a smooth second order waveform and by acting as a
reconstruction filter for the DAC. The log amp converts RF power fed back from the TX PA into a
current which is summed with the current from the conversion of the setpoint voltage from DAC
U1125. Any imbalance between the RF input level and the level corresponding to the setpoint
voltage is corrected at the VAPC output of the log amp which in turn drives the control voltage input
of the RFPA. The setpoint voltage effectively nulls the error in the loop caused by changes in the RF
level fed back to the log amp. RF from the RFPA is coupled through a directional coupler embedded
in the PC board and passed through a LC equalizer and then to digital attenuator, U1112, which is
used to implement thermal cutback in the event of an over-temperature condition.
Current protection and limiting in voltage control mode is provided by cascaded difference amplifiers,
U1129 and U1130. A fixed threshold is provided by voltage divider, R1169 and R1170. SPDT switch,
U1144, changes the current limit threshold based on the type of battery present. This threshold is
based on the conversion characteristic of the current shunt monitor circuit of U1101. The output of
the current shunt monitor is fed to the first stage of the difference amplifier. The setpoint voltage for
the log amp is fed through the second stage of the difference amplifier. When the current shunt
monitor voltage exceeds the fixed threshold, the first stage produces an output greater than 0V.
Once the output of the first stage (U1129) is greater than zero, this value is subtracted from the
setpoint voltage to the log amp in the second stage (U1130), resulting in a progressive cutback of
power in the event PA current continues to climb above the threshold.
3.1.3.7.2 Thermal Cutback
Thermal cutback works only in voltage control mode, which is the primary mode of TX power control.
Temperature is sensed by IC U1103 and is located next to both RFPA finals. Comparators, U1113
and U1114, establish two temperature trip points. The combined logic of the comparators and logic
gate, U1121, together with the truth table of the digital attenuator IC, U1112, determine the amount of
attenuation of the RF feedback to the log amp. Rated TX power is achieved with the attenuator at its
maximum attenuation of 7 dB. The first temperature threshold will subtract 3 dB of TX power and the
next (highest) trip point an additional 3 dB for 6 dB total.
3-16
Theory of Operation: Transceiver Board
3.1.3.7.3 Current Control Mode
In TDMA mode, excessive transient adjacent channel splatter caused by the RFPA, when it is under
a greater degree of compression than is expected at nominal supply voltage, is mitigated through a
system of saturation detection and switching of the TX power control mode from the voltage control
loop to the current control loop. Comparator U1131 compares the log amp output in voltage control
mode to a threshold voltage from DAC “C”, which sets the threshold for handover to current control
mode and establishes the upper supply rail for the output of current loop integrator, U1104. This
threshold is tuned in the factory to correspond to transmitter rated power which means that the
threshold for handover occurs at a level corresponding to rated power minus 6% (9% for VHF radios)
which is set by divider R1162 and R1163. When PA saturation exceeds this threshold and the MAKO
T/R control signal (DIG_GPIO49) and DIG_DMCS combine logically to signal the end of the data
portion of the TX slot, D-flip flop U1132 latches which in turn switches (via U1133 SPDT switch) the
output of the current loop integrator, U1104, as a control voltage to the PA of the radio.
Integrator, U1104, acts as a PI (Proportional Integral) controller in current mode. Current feedback
from the PA is obtained through current shunt resistor R1103 and sent to the current shunt monitor/
current to voltage converter, U1101. U1101 has a known gain characteristic for the current-to-voltage
conversion. The MAKO ramp is passed through a RC low pass filter for smoothing and on to the
current control integrator where it is proportioned with the voltage output of the current shunt monitor.
The integrator supply voltage comes from DAC “C” of the Quad DAC, U1125. By way of tuning the
DAC “C” value to match TX rated (tuned) power, this approach fixes the upper limit of the control
voltage in current control mode to correspond to the tuned power level, further reducing excess
adjacent channel splatter.
3.1.3.7.4 PA Offset, Control Voltage Gain Scaling
An offset voltage is applied to the control voltage at a summing junction made up of R1174 and
R1154 as a means of further improving transient adjacent channel splatter in the VHF band by
pre-biasing the PA. The output of DAC “A” is summed with either the output of the log amp or the
integrator through R1174.
The value for DAC “A” has been established and fixed in the firmware. This offset value is padded to
the control voltage and is sent to a non-inverting, gain-scaling amplifier, U901 (VHF) or U1601
(UHF1) or U1501 (UHF2) or U1001 (7/800 MHz) and then to the PA driver and final.
3.1.4
Frequency Generation Unit (FGU)
The frequency-generation function is performed by several ICs; multiple voltage-controlled
oscillators (VCOs); and associated circuitry. The reference oscillator provides a frequency standard
to the Trident IC, which controls the VCOs via the port expander. There are also buffers that amplify
the VCO signal to the correct level for the next stage. Figure 3-11 below shows a block diagram of
the FGU Section.
VHF: Two VCOs are employed: one to generate the first RX LO and the other to generate the
transmit injection signals.
UHF1: Two VCOs generate the first Rx LO and two VCOs generate the transmit-injection signals.
UHF2: Two VCOs generate the first Rx LO and two VCOs generate the transmit-injection signals.
700–800 MHz: Two VCOs generate the first RX LO and three VCOs generate the transmit-injection
signals.
NOTE: Refer to Table 8-1, “List of Transceiver Schematics and Board Overlays,” on page 8-1 for a
listing of FGU-related schematics that will aid in the following discussion.
Theory of Operation: Transceiver Board
3-17
VHF DIVIDE-BY-2
2ND HARMONIC FILTER
16.8MHz
BUFFER
2
16.8MHz
TRIDENT IC
TX
BUFFER
LOOP
FILTER
TX LO
VHF TX
PRE
BUFFER
LOGIC
EXPANDER
RX LO
VHF RX
PRESCALAR
BUFFER
Figure 3-11. Synthesizer Block Diagram (VHF)
16.8MHz
BUFFER
TX
BUFFER
16.8MHz
TRIDENT IC
LOOP
FILTER
TX LO
UHF TX
PRE
BUFFER
LOGIC
EXPANDER
UHF RX
PRESCALAR
BUFFER
Figure 3-12. Synthesizer Block Diagram (UHF1 and UHF2)
RX LO
3-18
Theory of Operation: Transceiver Board
16.8MHz
BUFFER
TX
BUFFER
16.8MHz
TRIDENT IC
LOOP
FILTER
TX LO
7/800 TX
PRE
BUFFER
LOGIC
EXPANDER
7/800 RX
RX LO
PRESCALAR
BUFFER
Figure 3-13. Synthesizer Block Diagram (7/800)
3.1.4.1 Reference Oscillator Y701
The radio's frequency stability and accuracy is derived from the Voltage-Controlled TemperatureCompensated Crystal Oscillator (VCTCXO), Y701. This 16.8 MHz oscillator is controlled by the
voltage from the AUX_DAC pin of the Trident IC, U702, that can be programmed through a serial
peripheral interface (SPI). The oscillator output at pin 3 is coupled through capacitor C736 to the
Trident IC reference oscillator input. This reference is then passed through an internal buffer and is
then coupled to the external BJT buffer (comprised of U746 and supporting circuitry) via C739.
These buffers provide isolation for the 16.8 MHz output to the VOCON board and ABACUS IC.
Components L753 and C754 form a low-pass filter to reduce the harmonics of the 16.8 MHz.
3.1.4.2 Trident IC U702
The Trident IC, U702, is a multiple protocol, multiple band transceiver Motorola-proprietary, CMOS
IC, with built-in dual-port modulation. The Trident IC incorporates frequency division and comparison
circuitry to keep the VCO signals stable. The Trident IC is controlled by the MCU through a serial
bus. All of the synthesizer circuitry is enclosed in rigid metal cans on the transceiver board to reduce
interference effects. Separate power supply inputs are used for the various functional blocks on the
IC. Inductors L727, L733, L735, L738 and L741 provide isolation between the IC and the different
power supplies. Host control is through a four-wire, smart SPI interface (pins D8, D9, D10 and C11).
Some of the Trident IC functions include frequency synthesis, reference clock generation,
modulation control, voltage multiplication and filtering, near-integer spurious reduction, RF
divide-by-two and auxiliary SPI.
3.1.4.3 Synthesizer
Frequency synthesis functions include a low band and high band mode prescaler, a phase detector,
a programmable loop divider and its control logic, a charge pump, and a lock detector output.
Fractional-N synthesizer principles of operation are covered in detail in the manufacturers' literature.
No similar discussion will be attempted here.
3.1.4.4 Clocks
U702, pin K5 (REF_IN), is the 16.8 MHz reference oscillator input from the VCTCXO (Y701).
Theory of Operation: Transceiver Board
3-19
3.1.4.5 Modulation
To support many voice, data, and signaling protocols, APX 5000/APX 6000/APX 6000XE/SRX 2200
radios must modulate the transmitter carrier frequency over a wide audio frequency range, from less
than 10 Hz up to more than 6 kHz. The Trident IC supports audio frequencies down to zero Hz by
using dual-port modulation. The digital audio signal at pin F11 (TXD) is transferred to the Trident
baseband circuitry via the TX Serial Synchronous Interface (SSI) bus. The data is then internally
divided into high and low-frequency components, which modify both the synthesizer dividers and the
external VCOs through a signal on HP_MOD_OUT (pin L9). The DSP scaling is adjusted to achieve
a flat modulation frequency response during the transmitter modulation balance calibration.
3.1.4.6 Voltage Multiplier and Superfilter
Pins H10 (VMULT2) and H11 (VMULT1) together with diode arrays D722 and D723 and their
associated capacitors form the voltage multiplier. The voltage multiplier generates 10.625 Vdc to
supply the phase detector and charge-pump output stage at pin F1 (MN_CP_VCC).
The superfilter is an active filter that provides a low-noise supply for the VCOs. The input is a
regulated 5 Vdc from DC_LIN_5V at pin K4 (SF_SPLY). The output is a superfiltered voltage at pin
J5 (SF_OUT).
3.1.4.7 Loop Filter
The components connected to pins G3 (MN_CP) and G2 (MN_ADAPT_CP) form a 4th-order, RC
low-pass filter. Current from the charge-pump output, MN_CP, is transformed to voltage
ANA_VTUNE, which modulates the VCOs. Extra current is supplied by MN_ADAPT_CP for rapid
phase-lock acquisition during frequency changes. The lock detector output pin B4
(TEST1_LCKDET) goes to a logic “1” to indicate when the phase-lock loop is in lock.
3-20
Theory of Operation: Transceiver Board
3.1.4.8 Port Expander
U703 is a port expander that is controlled by the auxiliary SPI of the Trident IC; pins A7
(ASPI_DATA), B7 (ASPI_CLK) and C6 (ACE1_GPO7). Data sent on the main SPI bus with a specific
header, tells the Trident IC to pass the data (via the auxiliary SPI lines) onto the port expander SPI
lines, pins 32 (SCLK), 33 (DIN) and 34 (CS). The port expander then translates this auxiliary SPI
data and turns on and off the select lines for the various VCOs, switches (that select the correct RF
path for either VHF, UHF Range 1 or 7/800) and other logic external to the FGU. Table 3-3 below
shows the logic settings for the port expander for the various bands.
Table 3-3. Port Expander Pin Settings
VHF TX
VHF RX
700 TX
700 RX
7/800 TX
800 TX
800 RX
PIN NO.
1
2
3
4
5
6
7
8
9
10
12
13
14
15
LOGIC
0
0
0
0
0
0
H
H
0
0
0
0
0
0
PIN NO.
16
17
18
19
21
22
23
24
25
26
27
28
29
30
LOGIC
0
H
0
0
0
H
H
H
0
H
0
0
0
0
PIN NO.
1
2
3
4
5
6
7
8
9
10
12
13
14
15
LOGIC
H
H
H
H
0
0
0
0
0
0
0
0
0
0
PIN NO.
16
17
18
19
21
22
23
24
25
26
27
28
29
30
LOGIC
0
0
0
0
0
H
0
0
0
0
0
0
0
0
PIN NO.
1
2
3
4
5
6
7
8
9
10
12
13
14
15
LOGIC
0
0
0
0
H
0
0
0
H
0
0
0
0
0
PIN NO.
16
17
18
19
21
22
23
24
25
26
27
28
29
30
LOGIC
0
0
0
0
0
H
0
0
0
0
H
H
0
0
PIN NO.
1
2
3
4
5
6
7
8
9
10
12
13
14
15
LOGIC
0
0
H
0
H
0
0
0
0
H
0
0
0
0
PIN NO.
16
17
18
19
21
22
23
24
25
26
27
28
29
30
LOGIC
0
0
0
0
0
H
0
0
0
0
0
0
0
H
PIN NO.
1
2
3
4
5
6
7
8
9
10
12
13
14
15
LOGIC
H
0
0
0
0
H
0
0
0
0
0
0
0
0
PIN NO.
16
17
18
19
21
22
23
24
25
26
27
28
29
30
LOGIC
0
0
0
0
0
H
0
0
0
0
H
H
0
0
PIN NO.
1
2
3
4
5
6
7
8
9
10
12
13
14
15
LOGIC
0
0
0
0
H
0
0
0
0
H
0
0
0
0
PIN NO.
16
17
18
19
21
22
23
24
25
26
27
28
29
30
LOGIC
0
0
0
0
0
H
0
0
0
0
H
H
0
0
PIN NO.
1
2
3
4
5
6
7
8
9
10
12
13
14
15
LOGIC
0
0
H
0
H
0
0
0
H
0
0
0
0
0
PIN NO.
16
17
18
19
21
22
23
24
25
26
27
28
29
30
LOGIC
0
0
0
0
0
H
0
0
H
0
0
0
0
H
Theory of Operation: Transceiver Board
3-21
Table 3-3. Port Expander Pin Settings (Continued)
UHF
UHF R1 TX
(380–445)
UHF R1 TX
(445–470)
UHF R1 RX
(380–449.65)
UHF R1 RX
(449.65–470)
UHF R2 TX
(450–520)
UHF R2 RX
(450–520)
PIN NO.
1
2
3
4
5
6
7
8
9
10
12
13
14
15
LOGIC
0
0
0
0
0
0
0
0
0
0
H
0
0
0
PIN NO.
16
17
18
19
21
22
23
24
25
26
27
28
29
30
LOGIC
0
H
0
0
0
H
H
H
0
0
H
0
H
0
PIN NO.
1
2
3
4
5
6
7
8
9
10
12
13
14
15
LOGIC
0
0
0
0
0
0
0
0
0
0
0
H
0
0
PIN NO.
16
17
18
19
21
22
23
24
25
26
27
28
29
30
LOGIC
0
H
0
0
0
H
H
H
0
0
H
0
H
0
PIN NO.
1
2
3
4
5
6
7
8
9
10
12
13
14
15
LOGIC
0
H
H
0
0
0
H
H
0
0
0
0
0
0
PIN NO.
16
17
18
19
21
22
23
24
25
26
27
28
29
30
LOGIC
0
0
0
0
0
H
H
0
0
0
0
0
0
0
PIN NO.
1
2
3
4
5
6
7
8
9
10
12
13
14
15
LOGIC
0
H
H
0
0
0
H
0
0
0
0
0
0
H
PIN NO.
16
17
18
19
21
22
23
24
25
26
27
28
29
30
LOGIC
0
0
0
0
0
H
H
0
0
0
0
0
0
0
PIN NO.
1
2
3
4
5
6
7
8
9
10
12
13
14
15
LOGIC
0
0
0
0
0
0
0
0
0
0
0
H
0
0
PIN NO.
16
17
18
19
21
22
23
24
25
26
27
28
29
30
LOGIC
0
H
0
0
0
H
H
H
0
0
H
0
H
0
PIN NO.
1
2
3
4
5
6
7
8
9
10
12
13
14
15
LOGIC
0
H
H
0
0
0
H
0
0
0
0
0
0
H
PIN NO.
16
17
18
19
21
22
23
24
25
26
27
28
29
30
LOGIC
0
0
0
0
0
H
H
0
0
0
0
0
0
0
3-22
Theory of Operation: Transceiver Board
3.1.4.9 Buffers and VCOs
Q774 and surrounding circuitry is the prescalar buffer that takes the output of the VCOs and feeds
the prescalar input to the Trident IC, pin G1 (M_PRSC).
Q713 and surrounding circuitry is a buffer that provides the correct drive level to the receiver section
(via the transmission line TL_RX_LO) and to the input to the TX buffer (Q842 and surrounding
circuitry). Q712 and surrounding circuitry provide the bias to the buffer. The buffer formed by Q713
and its associated circuitry is called a “pre-buffer” at this stage.
R712, R713 and R714 help provide some extra isolation to the receiver.
Q842 and surrounding circuitry is the transmit injection buffer. The transmit injection buffer provide
the correct drive level to the transmitter section (via the transmission line TL_TX_LO). Q703 and
surrounding circuitry provide the bias to the transmit injection buffer.
VHF: The TX and RX VCOs used for the VHF band are contained in Y704 and Y707 respectively. To
select the VHF TX VCO, pin 3 (SEL1) must be at a high logic level and pin 5 (SEL2) at a low logic
level, on Y704. The VHF TX output of Y704, pin 1 (POUT) goes to pin 4 (RF1) of U709. The output of
U709, pin 1 (RFC), is then split into two signals. One to the prescalar buffer input and the other to the
pre-buffer. The output of the prebuffer is then fed to pin 1 (RFC) of U710. The VHF TX signal then
goes to the divide-by-two circuitry in the Trident IC, pin J2 (ESC_IN). Resistors R703, R704 and
capacitors C705, C748 and C747 provide the correct bias for the divide-by-two output. The output of
the divide-by-two circuitry, pin K1 (ESCD2_OUT) then goes through a 'second harmonic filter'
(comprised of C800, C801, C803 and L802) and attenuator (comprised of R709, R710 and R711).
The output of the attenuator is then fed to the transmit buffer (Q842 and surrounding circuitry). The
output of the transmit injection buffer, then goes to the transmit section via the TL_TX_LO
transmission line.
To select the VHF RX VCO, pin 3 (SEL1) must be at a high logic level and pin 5 (SEL2) at a low logic
level, on Y707. The output of the VHF RX VCO, pin 1 (POUT) of Y707 goes to pin 8 (RF3) of U709.
The output of U709, pin 1 (RFC) is split into two signals, one to the prescalar buffer (Q774) and the
other to the pre-buffer. The output of the pre-buffer is then fed to pin 1 (RFC) of U710. The output of
U710, pin 5 (RF2) then goes to the attenuator (comprised of R712, R713 and R714) and then fed to
the receiver section via the TL_RX_LO transmission line.
UHF1: The TX and RX VCOs used for UHF1 are contained in Y705 and Y704. To select the UHF RX
VCO from (380–450 MHz), pin 3 (SEL1) must be at a high logic level and pin 5 (SEL 2) at a low logic
level, on Y704. To select UHF RX VCO (450–470 MHz), pin 3 (SEL1) must be at a low logic level
and pin 5 (SEL 2) at a high logic level, on Y704. The UHF RX VCO output of Y704, pin 1 (POUT), is
then fed to pin 4 (RF1) of switch U709. The output of U709, pin 1 (RFC), is then split into two signals.
One to the prescalar buffer input and the other to the pre-buffer. The output of the prebuffer is then
fed to pin 1 (RFC) of U710. The output of U710, pin 5 (RF2) then goes to the attenuator (comprised
of R712, R713 and R714) and then fed to the receiver section via the TL_RX_LO transmission line.
To select the UHF TX VCO (380–445 MHz), pin 3 (SEL1) must be at a high logic level and pin 5
(SEL2) at a low logic level, on Y705. To select the UHF TX VCO (445–470 MHz), pin 3 (SEL1) must
be at a low logic level and pin 5 (SEL2) at a high logic level, on Y705. The UHF TX VCO output of
Y705, pin 1 (POUT), is then fed to pin 5 (RF2) of switch U709. The output of U709, pin 1 (RFC), is
then split into two signals. One to the prescalar buffer input and the other to the pre-buffer. The
output of the prebuffer is then fed to pin 1 (RFC) of U710. The output of U710, pin 4 (RF1) then goes
to the transmit injection buffer (comprised of Q842 and surrounding circuitry).
Theory of Operation: Transceiver Board
3-23
UHF2: The TX and RX VCOs used for UHF2 are contained in Y705 and Y704. To select UHF RX
VCO (450–520 MHz), pin 3 (SEL1) must be at a low logic level and pin 5 (SEL 2) at a high logic level,
on Y704. The UHF RX VCO output of Y704, pin 1 (POUT), is then fed to pin 4 (RF1) of switch U709.
The output of U709, pin 1 (RFC), is then split into two signals. One to the prescalar buffer input and
the other to the pre-buffer. The output of the prebuffer is then fed to pin 1 (RFC) of U710. The output
of U710, pin 5 (RF2) then goes to the attenuator (comprised of R712, R713 and R714) and then fed
to the receiver section via the TL_RX_LO transmission line.
To select the UHF TX VCO (450–520 MHz), pin 3 (SEL1) must be at a low logic level and pin 5
(SEL2) at a high logic level, on Y705. The UHF TX VCO output of Y705, pin 1 (POUT), is then fed to
pin 5 (RF2) of switch U709. The output of U709, pin 1 (RFC), is then split into two signals. One to the
prescalar buffer input and the other to the pre-buffer. The output of the prebuffer is then fed to pin 1
(RFC) of U710. The output of U710, pin 4 (RF1) then goes to the transmit injection buffer (comprised
of Q842 and surrounding circuitry).
700–800 MHz: The TX and RX VCOs used for 700–800 MHz are contained in Y706 and Y707. To
select the 700 RX VCO, pin 5 (SEL2) must be at a high logic level and pin 3 (SEL1) at a low logic
level, on Y706. The 700 RX VCO output of Y706, pin 1 (POUT), is then fed to pin 5 (RF2) of switch
U709. The output of U709, pin 1 (RFC), is then split into two signals. One to the prescalar buffer
input and the other to the pre-buffer. The output of the prebuffer is then fed to pin 1 (RFC) of U710.
The output of U710, pin 5 (RF2) then goes to the attenuator (comprised of R712, R713 and R714)
and then fed to the receiver section via the TL_RX_LO transmission line.
To select the 800 RX VCO, pin 3 (SEL1) must be at a high logic level and pin 5 (SEL2) at a low logic
level, on Y706. The 800 RX VCO output of Y706, pin 1 (POUT), is then fed to pin 5 (RF2) of switch
U709. The output of U709, pin 1 (RFC), is then split into two signals. One to the prescalar buffer
input and the other to the pre-buffer. The output of the prebuffer is then fed to pin 1 (RFC) of U710.
The output of U710 (RF2) then goes to the attenuator (comprised of R712, R713 and R714) and
then fed to the receiver section via the TL_RX_LO transmission line.
To select the 700 TX VCO, pin 3 (SEL1) must be at a high logic level and pin 5 (SEL2) at a low logic
level, on Y706. The 700 TX VCO output of Y706, pin 1 (POUT), is then fed to pin 5 (RF2) of switch
U709. The output of U709, pin 1 (RFC), is then split into two signals. One to the prescalar buffer
input and the other to the pre-buffer. The output of the prebuffer is then fed to pin 1 (RFC) of U710.
The output of U710, pin 4 (RF1) then goes to the transmit injection buffer (comprised of Q842 and
surrounding circuitry). The output of the transmit buffer, then goes to the transmit section via the
TL_TX_LO line.
To select the 800 TX VCO, pin 5 (SEL2) must be at a high logic level and pin 3 (SEL1) at a low logic
level, on Y706. The 800 TX VCO output of Y706, pin 1 (POUT), is then fed to pin 5 (RF2) of switch
U709. The output of U709, pin 1 (RFC), is then split into two signals. One to the prescalar buffer
input and the other to the pre-buffer. The output of the prebuffer is then fed to pin 1 (RFC) of U710.
The output of U710, pin 4 (RF1) then goes then goes to the transmit injection buffer (comprised of
Q842 and surrounding circuitry). The output of the transmit injection buffer, then goes to the transmit
section via the TL_TX_LO line.
To select the 7/800 TX VCO, pin 5 (SEL2) must be at a high logic level and pin 3 (SEL1) at a low
logic level, on Y707. The 7/800 talk around VCO output of Y707, pin 1 (POUT), is then fed to pin 8
(RF3) of switch U709. The output of U709, pin 1 (RFC), is then split into two signals. One to the
prescalar buffer input and the other to the pre-buffer. The output of the prebuffer is then fed to pin 1
(RFC) of U710. The output of U710, pin 4 (RF1) then goes then goes to the transmit injection buffer
(comprised of Q842 and surrounding circuitry). The output of the transmit injection buffer, then goes
to the transmit section via the TL_TX_LO line
Theory of Operation: Controller
3-24
3.2
Controller
3.2.1
Controller Overview
This section provides a detailed circuit description of the APX 5000/APX 6000/APX 6000XE/
SRX 2000 controller design. The controller design consists of the following board and flexes:
Printed Circuit Boards
• VOCON Board
• Expansion Board
• GCAI Connector Board
Flexes
• Control Top (Top Display, Buttons, Knobs)
• Front Chassis Display
• Front Chassis Keypad
• GCAI (Global Core Accessory Interface)
• Side Controls
• Audio Side Microphone / Speaker / Bluetooth Antenna
• Data Side Microphone
The controller interconnection diagram (Figure 3-14) shows the various physical components of the
design, along with how they are all connected. It also shows the key distinguishes between a flex
connection and a board-to-board connection. A brief description of each of the components is
provided below.
KEY
Top Display
= Flex
= Board to Board
Top
Controls
Keypad
Side
Controls
VOCON
Front
Display
Board
Expansion
Board
Data
Mic
Audioside
Speaker
& Mic;
BT Antenna
GCAI
RF Board
Figure 3-14. Controller Interconnection Diagram
Theory of Operation: Controller
3-25
3.2.1.1 Main Controller Components and Connections
3.2.1.1.1 VOCON Board
The VOCON Board contains the OMAP1710 dual-core processor, FLASH and SDRAM memory,
Audio circuitry (MAKO and CODEC IC's), a Complex Programmable Logic Device (CPLD), and
interfaces to the other components in the controller design.
Connectors
• RF Board – J1001
• Control Top – J2101
• Keypad – J2303
• Front Display – J2304
• Expansion Board – J4001
3.2.1.1.2 Expansion Board
The expansion board contains the Class D internal audio power amplifier with speaker connections,
a Global Positioning System (GPS)/Bluetooth 2.1 combination IC and support circuitry, a 3-axes
digital accelerometer, a Type III encryption IC, a 4GB e-MMC NAND flash, and connector interfaces
to the GCAI board and side controls flex.
Connectors
• VOCON Board – P2001
• Side Controls – J2005
• GCAI – J2004
3.2.1.1.3 GCAI Connector / Board
The GCAI Connector Board contains the side connector pins, and interfaces to the expansion board
through a flex. The board has this flex connector, along with components for ESD protection.
3.2.1.2 Top Controls / Flex
The control top contains the top display, the main RF antenna, and five switches: On/Off & Volume
Knob, a 16-position Channel/Frequency Switch with concentric 2-position switch (for secure enable/
disable operation), a 3 position toggle switch for Zone Selection, and a toggle switch used for
Emergency Calling. The control top also includes an TX/RX LED that is solid amber upon receive,
red on PTT, and blinking amber on secure RX.
3.2.1.2.1 Top Display
The Top Display is a FSTN transflective monochrome liquid crystal display (LCD) with a multi-color
backlight (White, Red, Green, and Amber), which connects to the Control Top Flex (see Section
3.2.1.2: "Top Controls / Flex").
3.2.1.2.2 Front Display
The Front Display is a QVGA transflective color LCD, 130 pixels x 130 pixels with a white backlight.
The display connects through a flex directly to a 22-pin connector located on the VOCON board.
3.2.1.2.3 Keypad / Flex
The keypad flex features a 3 x 2 Menu keypad with 4- way navigation button, and a 3 x 4
alphanumeric keypad. The keypad connects through a flex directly to a 20-pin connector on the
VOCON board.
Theory of Operation: Controller
3-26
3.2.1.2.4 Data-Side Microphone
The data-side microphone is mounted on the front chassis and connects directly to the VOCON
board through a set of pogo pins mounted on the VOCON board.
3.2.1.2.5 Side Controls Flex
The side controls flex contains the PTT, Side Top button, Side Middle button and Side Bottom button.
The flex connects to the Expansion Board through a 10-pin connector.
3.2.1.2.6 Audio-Side Microphone, Speaker, and Bluetooth Antenna
The audio-side microphone and speaker flex assembly connects to the expansion board through
spring clips. The Bluetooth antenna is also part of this flex assembly and also connects to the
expansion board through spring clips.
3.2.1.2.7 RF Board
The RF board connects to the VOCON through a 40-pin board to board connector.
NOTE: See Table 7-2 on page 7-2 for pin assignments
3.2.1.3 Controller Electrical Architecture
An overview of the Controller electrical architecture is shown in Figure 3-15 below. The major
components and electrical interfaces are shown.
4.096 MHz Clk
Lighting
Controller
e-MMC
Flash Memory
CPLD
SDIO 2
I2C
EMIFS
Side
Conn -
MACE
Secure
IC
SSI
Radio
Battery
GCAI
-
32 kHz Clk
GPS/ BT Chipset UART 2
(TINL5500)
Accessory
Audio
+
Audio SSI 1
USB / UART
FLASH
EMIFS
64 MB
MAKO IC
OMAP 1710
Processor
SPI
EMIFF
SDRAM
32 MB
SPI
Codec
SSI
Keypad /
Switches
Front
Display
Top Display
SPI
GPIO
Dual
Microphones
Keypad
GPS/BT Module
(TINL5500 &
ATMEL AVR32)
SoSSI
RF Board
Class D
Audio PA
Main
Speaker
VOCON
Expansion
Module
GCAI
SPI
Figure 3-15. Controller Electrical Overview
Theory of Operation: Controller
3-27
The functional blocks of the controller are:
• DC Distribution
• Clock Sources
• Processor / Memory
• e-MMC Expandable Memory (expansion board)
• CPLD
• Audio – Internal and External
• MAKO
• User Interfaces
• RF Board Interface
• Type III Encryption Processor (expansion board)
• GPS/Bluetooth Combination IC (expansion board)
DC Distribution
SW_B+ supply comes from a pass FET (Q6501) that is powered by UNSW_B+ (battery voltage).
The FET is activated once the power switch is in its on position. SW_B+ supplies the power for the
entire controller. SW_B+ supplies MAKO and the external regulators. MAKO and the external
regulators then regulate the voltage to the desired level. (See Figure 3-16.)
OMAP's core is supplied by VCC_SW_1.4 (U6507). 1.85 LDO supplies OMAP's IO, FLASH, CPLD,
DDR, and MACE. See 3-4Table 3-4. for DC supplies and sources.
V_SW_3.6
Ext SW
TPS62050
SW_B+
SW1
3.6V
800mA Max
MAKO
SW2
Ext LDO
TPS73601
2.23V
400mA Max
SW1_3.6V
LDO2
V_EXT_1.85
1.875V
120mA Max
LDO3
1.55V
150mA Max
LDO4
2.775V
100mA Max
LDO6
2.775V
50mA Max
LDO7
2.775V
100mA Max
LDO9
3.0V
50mA Max
LDO10
3.3V
70mA Max
Ext LDO
LP38693
SW_B+
SW5
SW_B+
SW_B+
3.2.2
VBUS1
5.0V
500mA Max
VBUS2
5.0V
500mA Max
LDO8
5.0V
25mA Max
External SW
TPS62110
1.5A Max
SW5_5.4V
External Switcher Replaced
Switcher MAKO’s Switchr 5
External SW
TPS62050
Figure 3-16. Controller DC Block Diagram
EXSW_1.4V
800mA Max
Theory of Operation: Controller
3-28
OMAP CORE
SW_B+
V_3.0A
V_2.775
V_2.75D
V_1.875
VBUS2
VBUS1
V_SW_5
V_EXT_1.85
V_SW_1.4
V_SW_3.60
Table 3-4. DC Supplies and Sources for Controller
X
OMAP IO
X
DDR
X
FLASH
X
CPLD
X
MACE
X
CODEC
X
X
GPS
LGHT FRNT
X
LGHT TOP
X
RF BOARD
X
MAKO
X
X
X
X
X
X
X
CLASS D PA
X
TOP DSPLY
X
X
FRNT DSPLY
X
X
USB SPLY
16.8 SQR
X
X
X
Theory of Operation: Controller
3-29
3.2.2.1 DC Distribution Major Components
The controller's DC section is made up of MAKO and external regulators. This section will give an
overview of the schematics and circuitry that makes up the major supplies of the DC architecture.
3.2.2.1.1 MAKO
MAKO (U6501) is a custom power management IC manufactured by Atmel. MAKO controls almost
all of the LDO supplies to the controller. Table 3-5 illustrates all of MAKO's LDO and the supplies that
feed them. Figure 3-16 shows all of MAKO's LDOs their voltage level and components that can be
accessed to verify operation. Figure 3-16 also shows where the battery supply and on off switch can
be accessed. MAKO is also responsible for the timing sequence for the enabling of the regulators
which is discussed further in section 3.1.3.7.1 and section 3.1.3.7.3 on pages 3-15 and
3-16.
Table 3-5. MAKO’s LDO and Supplies
Name
Ref
Description
Level
ON_OFF_SWITCH
F_MECH_SW
ON/OFF Switch. Radio on when GND
GND
UNSW_B+
F_UNSW_B+
Radio Battery Voltage
9–6V
SW_B+
R6593
Radio Supply Voltage
9–6V
V_SAVE
C6538
LDO Output Present When Battery is Attached
2.5 V
V_1.875
C6581
LDO Output
1.875 V
V_1.55
R6561
LDO Output
1.55 V
V_2.775D
R6563
LDO Output
2775 V
V_2.775_EXP
R6562
LDO Output
2.775 V
V_2.8_RF
R6564
LDO Output
2.8 V
V_5.0A
R6565
LDO Output
5.0 V
V_3.3
R6566
LDO Output
3.3 V
V_3.0A
R6567
LDO Output
3.0 V
Theory of Operation: Controller
3-30
3.2.2.1.2 External Regulators: V_SW_1.4, V_SW_3.60
The controller board contains two TPS62050 regulators in order to regulate voltages of 1.4V and
3.6V. The TPS62050 is a synchronous step-down adjustable regulator. The switching regulator is
capable of sourcing 800mA. Its output can be adjusted by using a voltage divider tied to the feedback
pin. The regulators are powered from SW_B+. Figure 3-17 is the schematic for the V_SW_1.4
regulator that illustrates the supporting circuitry for the TPS62050.
V_1.55
SW_B+
V_SW_1.4
SW1V4_FB
R6547
0
R6552
100K
R6554
0
EN
FB
LBI
SYNC
3
GND
10
PGND
C6569
10UF
8
5
6
7
VIN 1
VCC_SW1.4_VIN
U6507
TPS62050
PG 4
SW 9
LBO 2
C6582
6.8PF
R6568
301K
C6570
330PF
L6505
10UH
C6584
10UF
R6558
165K
R6548
0
DNP
Figure 3-17. V_SW_1.4 Switched Power Supply
C6586
4.7UF
Theory of Operation: Controller
3-31
3.2.2.1.3 External Switcher 5
The controller board uses an external TI regulator (TPS62110, U6505) to regulate to 5.4V. The
TPS62110 is a 1.5A capable synchronous step down converter. The output is adjusted using a
voltage divider to the feedback pin. The regulator is powered from SW_B+. Figure 3-18 illustrates the
SW5 circuitry. The SW5 circuit also includes or-gate logic that facilitates implementation of current
saving PFM mode when the radio is in standby mode.
V_SW_5
SW_B+
29
VIN
U6505
VOUT
30
C6560
TPS62110
C6567
L6504
C6567
EN
BGAP_COMP
SYNC
PA_SHTDN
5V_PWM_EN
Figure 3-18. 5V Switched Power Supply
APX 5000/APX 6000/APX 6000XE/SRX 2200 has Pulse Switching option.
Mode 1: Pulse Frequency Modulation (PFM). A relatively noisy but highly efficient pulsing mode for
Switched power supplies.
Mode 2: Pulse Width Modulation (PWM). Pulsing mode that is cleaner than PFM, used when risk of
RF interference is present which includes both transmit and receive radio modes.
Table 3-6. Pulse Switching Combination
PA_SHTDN
5V_PWM_EN
SYN
MODE
0
0
0
PFM
0
1
1
PWM
1
0
1
PWM
1
1
1
PWM
Theory of Operation: Controller
3-32
3.2.2.1.4 Power-up Timing
The powering up of the radio starts with the MAKO. Once the radio knob is turned to the 'ON' position
and battery voltage is supplied, a pass FET is activated to deliver battery voltage to MAKO and
external regulators. The external 3.6 V is first turned on then MAKO activates its 24.576 MHz clock,
and the remaining regulators begin to turn on. Once all the regulators have turned on, MAKO
releases its reset. The CPLD is then powered on from the 1.875 V external regulator and takes
MAKO 24.576 MHz clock and divides it to 32.768 kHz in order to provide for OMAP. OMAP starts to
power up upon receiving voltages 1.4 V, 1.85 V, and the 32.768 kHz clock. OMAP than activates it 12
MHz clock and releases its reset. It then starts to run the boot loader stored in flash. A more detailed
timing view of the regulators is shown in Figure 3-19.
fet_en
20ms
rcosc_en
rcosc
1ms
sw1_enldo
sw1_en
210us
1ms
sw1_on
4ms
24mhz_clk
extldo_2.23V
600us
4ms
v9_on
v4_on
v3_on
1ms
1ms
1ms
extsw_1.4
2ms
v8_on
1ms
v2_on
1ms
extldo_1.85
1ms
v6_on
1ms
v7_on
1ms
v10_on
14ms
sys_rstx
Figure 3-19. Power-up Timing Regulators
Theory of Operation: Controller
3.2.3
3-33
Clock Sources
The VOCON board contains multiple crystal clock sources. These sources are active upon powerup. Secondary clock frequencies are derived on the VOCON board from these crystal sources. In
addition to the crystal frequencies, the VOCON receives a 16.8 MHz sine wave from the RF board,
which is shaped into square wave and fed to the OMAP timer input. Screen shots and test points for
these clock signals are shown in Chapter 6.
VOCON
RF BOARD
SQUARING
16.8 MHz
TRIDENT
32.768 kHz
OMAP
96 MHz
DDR
12 MHz
CPLD
26 MHz
32.768 kHz
GPS
EXPANSION
MAKO
24.576 MHz
MACE
4.096 MHz
Figure 3-20. VOCON Clock Architecture
Table 3-7. VOCON Clock Distribution
Clock
Source
Frequency
Type
Description
Clock Recipient
Suggested Probe
Points
Y6501
24.576 MHz
Crystal
Oscillator
MAKO 24 MHz & tapped into
CPLD
U6501, U6101
R6574
Y6502
32.768 kHz
Crystal
Oscillator
MAKO RTC
U6501
C6541
Y6601
12 MHz
Crystal
Oscillator
OMAP CPU Clock
U6302
C6601
U6302
96 MHz
OMAP GPIO
DDR Clocks
(Complementary signals)
U6301
TP6307 & TP6308
U6101
4.096 MHz
CPLD GPIO
MACE Clock
U2510 (to
Expansion Board)
R6113
U6101
32.768 kHz
CPLD GPIO
OMAP Boot-Up clock & GPS/
Bluetooth digital clock
U6302 & U2401
(Expansion Board)
R6114 (GPS/BT) &
R6115 (OMAP)
Y701
(RF
board)
16.8 MHz
Crystal
Oscillator
RF Frequency Synthesizer
IC (Trident) TCXO
U6302
R6218
Theory of Operation: Controller
3-34
3.2.4
OMAP Processor and Memory
3.2.4.1 OMAP Processor (U6302)
The OMAP1710 dual core processor lies at the center of the VOCON design. The processor
features utilized in the VOCON design include:
• ARM9 CPU core
• C55X DSP core
• 16KB shared internal RAM
• SSI Interfaces
• USB Interfaces
• Timers & Watchdog Timers
• Keyboard Matrix Interface
• 1-Wire Interface
• Multimedia Card
• LCD Controller
• I2C Interface
• SPI interface
• External Memory Synchronous Interface
• External Memory Asynchronous Interface
• UARTs
• GPIOs
4.096 MHz Clk
Lighting
Controller
e-MMC
Flash Memory
CPLD
SDIO 2
I2C
EMIFS
Side
Conn -
MACE
Secure
IC
SSI
GCAI
32 kHz Clk
GPS/ BT Chipset UART 2
(TINL5500)
Audio SSI 1
USB / UART
EMIFS
FLASH
64 MB
MAKO IC
OMAP 1710
Processor
SPI
EMIFF
SDRAM
32 MB
SPI
Codec
SSI
SPI
GPIO
Keypad
Keypad /
Switches
GPS/BT Module
(TINL5500 &
ATMEL AVR32)
SoSSI
Front
Display
Top Display
RF Board
Class D
Audio PA
SPI
Figure 3-21. Overview of OMAP Interconnection with VOCON Peripherals
VOCON
Expansion
Module
GCAI
Theory of Operation: Controller
3-35
3.2.4.2 Memory
DDR_CTRL_10:0
SADD_15:0
SDATA_15:0
SDCLK
EMIFS
CK#
A24:0
DQ15:0
EN_CE
EN_RST
EN_WE
EN_WP
CLK
WAIT
ADV
EN_WE
ADDR_4:0
DATA_4:0
CPLD_ADV
CPLD_R/W
CPLD_CS
WAIT_SW_EN
CPLD
FADD_25:1
FDATA_15:0
NF_CS3
NF_RP
NF_WE
NF_WP
FCLK
FRDY
NF_ADV
NF_OE
NF_CS1
A13:0
DQ15:0
CK
FLASH MEMORY
OMAP
SDCLKX
DDR_CTRL_10:0
DDR
SDRAM
EMIFF
In addition to the internal RAM, the OMAP 1710 Processor (U6302) features three distinct external
memory interfaces. All memory devices except the eMMC memory, is located on the VOCON board,
as elaborated in Figure 3-21. The external memory interface is shown in Figure 3-22.
Figure 3-22. OMAP Memory Interface
3.2.4.3 Asynchronous External Memory Interface
The EMIFS is used for transferring data between the ARM or DSP cores and the 64 MB External
NOR Flash memory (U6304). The Flash memory is a non-volatile memory unit, primarily used to
store the radio's executable code, along with device configuration values, event logs, and
initialization codes. The flash memory is primarily accessed during the VOCON’s power up and
power down cycles.
3.2.4.4 Flash Memory (6304)
The Flash memory located in close proximity to the OMAP processor is a 64 MB Numonyx 65nm
StrataFlash. The flash interface uses 16 data bits and 25 address bits. The flash IC is enabled by
OMAP processor's CS3 line. The flash IC also features a WAIT line that is capable of halting data
flow between the processor and flash IC while operating in synchronous read mode.
3.2.4.5 CPLD Interface (U6101)
The CPLD (U6101) registers are also mapped to the Asynchronous External Memory Interface.
These registers control the CPLD GPIO pins and enable the OMAP to expand its GPIO capability via
memory mapped IO.
Theory of Operation: Controller
3-36
3.2.4.6 Synchronous External Memory Interface
This interfaces the OMAP to a 32 MB Double Data Rate (DDR) RAM IC (U6301). Upon boot-up
OMAP configures this interface to operate in synchronous mode at 96MHz. This volatile memory unit
is primarily accessed during code execution.
3.2.4.7 Double Data Rate (DDR) Memory (U6301)
The 32MB DDR Synchronous DRAM IC is interfaced to the OMAP using 13 address bits and a 16bit
data bus. The DDR IC is driven by a complementary clock signal originating from the OMAP IC. The
DDR clock is initialized to 96MHz by the OMAP boot code. Additional control signals are also
dedicated for the DRAM interface, as illustrated in Figure 8-70. “ HLN5979B/ HLN5960A Controller
Board Memory Interface Circuit” on page 8-136.
3.2.4.8 Multi-Media Card (MMC) Interface
The OMAP processor’s MMC interface is used for a 4GB external e-MMC NAND flash memory. This
external memory is located on the expansion board. The VOCON board is connected to the
expansion board through connector J4001.
3.2.4.9 eMMC Memory
The MMC2 port interface on the OMAP processor is configured as a Secure Digital interface used for
memory modules. The memory module uses a 10bit interface, which include 4 bit wide bi-directional
data bus, command line, clock and three direction control bits. The SDIO signals are conveyed to the
expansion board via J4001. A 4GB eMMC is the only size used on the expansion board.
The Micron eMMC is a communication and mass data storage device that includes a
Multi-Media Card (MMC) interface, a NAND Flash component, and a controller on an advanced
11-signal bus, which is compliant with the MMC system specification. Its low cost, small size, Flash
technology independence, and high data throughput make e MMC ideal for smart phones, digital
cameras, PDAs, MP3 players, and other portable applications. The nonvolatile eMMC draws no
power to maintain stored data, delivers high performance across a wide range of operating
temperatures, and resists shock and vibration disruption.
The MMC specification defines the communication protocol between a host and a device. The
protocol is independent of the NAND Flash features included in the device and the device handles its
management functions internally, making them invisible to the host processor.
Micron eMMC incorporates advanced technology for defect and error management. If a defective
block is identified, the device completely replaces the defective block with one of the spare blocks.
This process is invisible to the host and does not affect data space allocated for the user. The device
also includes a built-in error correction code (ECC) algorithm to ensure that data integrity is
maintained.
The card-specific data (CSD) register provides information about accessing the device contents. The
CSD register defines the data format, error correction type, maximum data access time, and data
transfer speed, as well as whether the DS register can be used. The programmable part of the
register (entries marked with W or E in the following table) can be changed by the PROGRAM_CSD
(CMD27) command. The maximum READ and WRITE data block lengths are 512 bytes, and the
device size is 4095.
In order to accurately identify memory that is greater than 1GB, there is an additional register to
consider. The 512-byte extended card-specific data (ECSD) register defines device properties and
selected modes. The most significant 320 bytes are the properties segment. This segment defines
device capabilities and cannot be modified by the host. The lower 192 bytes are the modes segment.
The modes segment defines the configuration in which the device is working. The host can change
the properties of modes segments using the SWITCH command.
Theory of Operation: Controller
3-37
A GPIO named "MMC_RESET" will be used to soft-reset the eMMC card. This will be an output from
CPLD ball C7. This ball is on output high out of reset. On power-up software should drive the pin low
for at least 5ms and then drive it high. After reset is driven high, software needs to wait 250ms before
sending command CMD0 (argument = 0). Refer to the sw code to see how to add delays with
MMC_CLK running for at least 74 clock cycles after any reset occurs. If not, the eMMC will fail to
initialize and will not open since the OMAP does not run the clock continuously, so waiting 250ms
with no clock running will not configure eMMC correctly.
Supply voltage
VCC,max
Memory field
working
voltage range
VCC,min
VCCQ,max
Control logic
working
voltage range
VCCQ,min
Power-up time
Supply ramp-up time
Initialization sequence
VCCQ
First CMD1 to card ready
CMD1
Initialization delay =
the longest of 1ms, 74 clock cycles,
the supply ramp-up time,
or the boot operation period.
NCC
CMD1
NCC
CMD1
Optional repetitions of CMD1
until the card is responding
with busy bit set
Figure 3-23. Timing of power-up and initialization of eMMC
NCC
CMD2
Theory of Operation: Controller
3-38
e·MMC
MMC
controller
V CC
V CCQ
RST_n
Registers
CMD
CLK
DAT[7:0]
OCR
CSD
RCA
CID
ECSD
DSR
V DDI
V SS*
V SSQ*
* internally connected.
NAND Flash
Symbol
Type
Description
CLK
Input
Clock: Each cycle of the clock directs a transfer on the command line and on the data
line(s). The frequency can vary between the minimum and the maximum clock frequency.
CMD
I/O
Command: This signal is a bidirectional command channel used for command and
response transfers. The CMD signal has two bus modes: open-drain mode and push-pull
mode (see Operating Modes). Commands are sent from the MMC host to the device, and
responses are sent from the device to the host.
DAT[7:0]
I/O
Data I/O: These are bidirectional data signals. The DAT signals operate in push-pull
mode. By default, after power-on or assertion of the RST_n signal, only DAT0 is used for
data transfer. The MMC controller can configure a wider data bus for data transfer either
using DAT[3:0] (4-bit mode) or DAT[7:0] (8-bit mode). eMMC includes internal pull-up
resistors for data lines DAT[7:1]. Immediately after entering the 4-bit mode, the device
disconnects the internal pull-up resistors on the DAT[3:1] lines. Upon entering the 8-bit
mode, the device disconnects the internal pull-ups on the DAT[7:1] lines.
RST_n
Input
Reset: The RST_n signal is used by the host for resetting the device, moving the device
to the pre-idle state. By default, the RST_n signal is temporarily disabled in the device.
The host must set ECSD register byte 162, bits[1:0] to 0x1 to enable this functionality
before the host can use it.
VCC
Supply
VCC: NAND interface (I/F) I/O and NAND Flash power supply.
VCCQ
Supply
VCCQ: eMMC controller core and eMMC I/F I/O power supply.
VSS1
Supply
VSS: NAND I/F I/O and NAND Flash ground connection.
VSSQ1
Supply
VSSQ: eMMC controller core and eMMC I/F ground connection.
VDDI
Internal voltage node: At least a 0.1μF capacitor is required to connect VDDI to ground. A
1μF capacitor is recommended. Do not tie to supply voltage or ground.
NC
–
No connect: No internal connection is present.
RFU
–
Reserved for future use: No internal connection is present. Leave it floating externally.
Note: 1. VSS and VSSQ are connected internally.
Figure 3-24. eMMC Topography
Theory of Operation: Controller
3-39
VOCON Board
V_SW_3.6
Expansion Board
V_EXT_1.85v
LDO
U6508
MAKO
U6501
V4_2775D
jumper
VCC_1.85v
V_2.775_EXP
R6562
VCC_2.775
eMMC
MMC
F2_Timer_out
MMC_CMD
MMC_CLK
EMMC_RESET
MMC_DAT0
MMC_DAT1
MMC_DAT2
MMC_DAT3
P2001
J4001
CPLD
U6101
Voltage
translator
AVR
U2415
AVR_STATUS_3.3
OMAP
1710
U6302
AVR_STATUS_1.8
Figure 3-25. Block Diagram of VOCON and EXPANSION boards as related to eMMC
Theory of Operation: Controller
3-40
3.2.4.10 Peripheral Devices
The OMAP processor is equipped with multiple buses and interfaces that are configured for
peripheral interconnection.
3.2.4.10.1 Receive and Transmit SSI
These two interfaces are dedicated for communicating with the RF deck digital interface, carrying
receive and transmit base band signals. The OMAP processor generates the clock and FSYNC
signals for the receive SSI interface. The RF deck generates these signals for the transmit SSI
interface.
RF BOARD
VOCON BOARD
RX_FSYNC
ABACUS
RX_CLK
MCLK
RX SSI
McBSP 2
TI
CODEC
OMAP 1710
SYNC
TX_FSYNC
TX_CLK
WCLK
3
RX_DA
McBSP 1
TX SSI
TRIDENT
McBSP 2
3
TX_DA
BCLK
CPLD
VC_FSYNC
MAKO
MACE/CODEC
FSYNC
MACE/
CODEC_CLK
MACE
VC_DCLK
Figure 3-26. RX / TX SSI Configuration
3.2.4.10.2 Audio SSI
OMAP's McBSP1 interface is configured as a SSI interface dedicated to carry transmit and receive
audio data to peripheral devices. The peripherals connected to this bus include MAKO, Audio
CODEC, MACE and CPLD. The bus also connects to the option board via J3001. MAKO generates
the clock and frame sync signals for this bus.
RD 2
MACE
RD 1
TD 1
SSC 1
( Red )
SSC 2
(Sniffer)
RD 0
TD 3
PA 28 (GPIO)
Hi_Sec */Normal
SSC 0
(Black)
TD 0
Expansion Board
Vocon Board
0
0
1
1
Mux A
RED RX
Mux B
CODECs
CPLD
Figure 3-27. Audio SSI Configuration
BLACK or
RED TX
MCBSP1
BLACK or
RED RX
RED TX
OMAP
Theory of Operation: Controller
3-41
3.2.4.10.3 ARM SPI
This SPI interface is controlled by OMAP's ARM core. Devices connected to this bus include MAKO,
display controllers and the audio CODEC.
3.2.4.10.4 DSP SPI
This SPI interface is controlled by the DSP core of the OMAP processor. This bus is used to
configure and control devices on the RF deck.
VOCON BOARD
RF BOARD
DSP SPI
ARM SPI
DAC_CS
DAC
SPI_CLK
SPI_MOSI
SPI_DSP_CLK
3
DSP SPI
McBSP3
SPIF
SPI_DSP_MOSI
MAKO
SPI_MISO
SPI_DSP_MISO
MAKO_CS
EEPROM_CS
EEPROM
TOP DISPLAY
ABACUS_CS
TOP_DIS_CS
OMAP 1710
ABACUS
ABACUS_CS
CPLD
TRIDENT
FRONT DISPLAY
Inverter
COLOR_DIS_CS
I2C
I2C
I2C_SCL
I2C_SDA
LIGHTING
CONTROLLERS
CODEC_CS
TI CODEC
Figure 3-28. SPI and I2C Configuration
3.2.4.10.5 1-Wire
The OMAP's 1-wire line is available on the GCAI pin 16. The signal is routed to the side connector
via J4001.
3.2.4.10.6 USB
The OMAP CPU's USB port is routed to the side connector via J4001. The USB signals on the side
connector are illustrated in Figure 3-21, on page 3-34.
Theory of Operation: Controller
3-42
3.2.4.10.7 UARTs
Two of OMAP's UARTs are configured for peripheral interfacing.
The four-wire UART1, which is capable of hardware flow control, is available on the side connector
for accessory devices. The signals are level translated via MAKO and routed to the side connector
via J4001.
OMAP's UART2, which is a two wire interface, capable of software flow control only, is connected to
the GPS receiver IC on the expansion board. The signals are routed to the expansion board via
J4001.
3.2.4.10.8 CPLD (U6101)
The CoolRunner IC is a complex programmable logic device (CPLD) programmed specifically for the
APX/ SRX product line. The CoolRunner IC is flash based and comes pre-programmed. It is
contained in an 8x8mm, 132 BGA package with 0.5mm ball spacing. The primary functions of the
CPLD are clock generation, GPIO expansion, SSI clock and frame sync direction control, F2
multiplexing, secure data control, main display off-loading, and clock inversion.
An external linear regulator, U6508, supplies the CPLD's 1.875 V core voltage. The 1.875 V core
voltage is used for the CPLD’s internal logic and I/O buffers. MAKO's 24.576 MHz clock source is
used by the CPLD to generate a 32.768 kHz clock for OMAP booting, real time clock/timer, and for
GPS. It is also used to generate 4.096 MHz for the MACE IC.
The CPLD is controlled through OMAP's EMIFS interface. It supports 31 configurable GPIOs. It also
supports 20 input only pins that are accessible through an EMIFS read operation. Some of the
GPIOs supported by the CPLD include GCAI_GPIO_0, F2_PARAMP_MON, and USB_CURR_LIM.
Some examples of the inputs the CPLD is programmed to support are some of the top and side
controls buttons (SEC_CLEAR, FREQ_SEL, MON, SIDE_1, SIDE_2, and TG0) and board ID.
Figure 3-29 below shows the basic CPLD interfaces.
MAKO
24MHz
4.096MHz to MACE
F2 Select
F2 Timer
OMAP 1710
Processor
32kHz to GPS
CPLD
EMIFS
GPIOs
KEYLD_MISSING
GCAI GPIO0
32kHz to OMAP
GPIs
KL_SWITCH
Figure 3-29. CPLD Block Diagram
Theory of Operation: Controller
3.2.5
3-43
Audio
The audio section of the VOCON design consists of:
• TI AIC33 voice CODEC
• TI TPA2034D1 class-D audio power amplifier
• MAKO audio sub-block
3.2.5.1 TX Audio path
The TX audio paths begin with three microphones. There are two internal microphones and one
external microphone path going to the GCAI connector.
The internal microphone paths start with two microphones that are embedded within the radio. Both
of the microphones are biased with a 4.7 V supply that is generated by the MAKO IC. This supply is
solely dedicated to biasing the microphones. The microphone signals are AC coupled into the 16 bit
TI AIC33 stereo CODEC on the MIC3R and MIC3L input pins. The TI AIC33 CODEC allows both
microphone signals to be amplified, and simultaneously sampled and converted into digital data. The
data is sent to the OMAP1710's DSP through the McBSP1 port where the DINC (dual input noise
canceller) can process the data for both microphones and provide a high level of noise suppression.
The digital data is sent to the OMAP1710 through the audio SSI (synchronous serial interface) bus
where the MAKO IC is used as the interface's clock and frame sync generator.
Portable TX Audio Architecture
Note: All three microphones will be
routed to the AIC33 CODEC. In Tx
mode, MAKO will only be used to
generate the microphone bias. Both
internal microphones will be sampled
on adjacent SSI slots. The external
microphone can be sampled on either
slot.
OMAP DSP
MAKO
SSI
SSI
MCBSP1
VC_DCLK
VC_FSYNC
VC_TX
VC_RX
1
MIC BIAS
External/
Accessory
Microphone
Audio Stereo Codec (TI AIC33)
SSI
Line 1L
4
LEFT
ADC
I2C
Internal
Microphone 1
Mic 3R
5
Mic 3L
6
I2C
Reset Out
Reset
DSP SPI
SPI
RIGHT
ADC
Internal
Microphone 2
Figure 3-30. Audio TX Path Block Diagram
The external microphone path will also be supported by the TI AIC33 CODEC, using the LINE1LP
pin on the IC. The LINE1LP is multiplexed with the MIC3R within the CODEC, and selected as the
input when the external microphone path is chosen as the TX audio source. Similar to the internal
microphone signals, the TI CODEC amplifies and samples the external microphone signal. The
digital data is also sent to the OMAP1710's DSP through the McBSP1 port using the audio SSI bus.
Theory of Operation: Controller
3-44
3.2.5.2 RX Audio path
The RX audio path supports two internal speakers and one external speaker.
MAKO
OMAP DSP
AB AMP
SSI
MCBSP1
External/
Accessory Speaker
~ 16-20 Ohms
9
SSI
10
Switch
AB AMP
ARM SPI
I2C
SSI
I2C
SPI
DSP
SPI
SPI
Low-Pass Filter
20kHz Corner
Class D
TI
TPA2034D1
7
TI CODEC
8
13
14
RIGHT LINE
OUT
Large Internal
Speaker
~ 4 Ohms
Shutdown
15
LEFT LINE
OUT
11
12
OMAP GPIOs
Expan Top Board Overlay
VOCON Bot Board Overlay
Test Point Descriptions
Figure 3-31. VOCON RX Audio Path Block Diagram
The RX internal audio path begins with the digital audio samples being sent from the OMAP1710's
McBSP1 port to the TI AIC33 CODEC through the audio SSI bus. As in the TX audio paths, the
MAKO IC is also used to generate the clock and frame sync for the audio SSI bus. Once the audio
data is received by the TI CODEC, the CODEC proceeds to convert the data to analog and
implements the volume control. The analog signal in the CODEC is then fully differential and gets
sent out to the power amplifier through pins LEFT_LOP and LEFT_LOM. The TI TPA2034D1 Class
D audio power amplifier accepts a fully differential analog input signal and will also drive a
4 Ohm loudspeaker differentially.
The external speaker path is almost identical to the internal speaker path. The digital audio data is
sent from the OMAP1710's McBSP1 port to the TI AIC33 CODEC for digital to analog conversion
and volume control. The external speaker path uses the MAKO IC's class-AB audio power amplifier
to drive 16 Ohm to 28 Ohm external speakers. The input to MAKO IC's audio power amplifier is fully
differential and comes from the TI CODEC's RIGHT_LOP and RIGHT_LOM. The output of the
MAKO IC's audio amplifier is also fully differential and available on pins EXT_SPKR_P and
EXT_SPKR_M.
Theory of Operation: Controller
3.2.6
3-45
User Interface
3.2.6.1 Control Top
The control top contains an On/Off & Volume Knob (S3), a sixteen-position Channel/Frequency
Switch with programmable concentric two-position switch (S2), a three-position (A,B,C)
Programmable Toggle Switch (S4), and an orange programmable Top Button (S1). The Control Top
also includes a TX/RX LED that is solid amber upon receive, red on PTT, and blinks amber on
secure RX. Additionally, the Control Top includes a transflective FSTN display. Control Top
components are mounted on a flex circuit which connects to controller board connector J2101.
When the On/Off & Volume Knob (S3) is switched to the 'ON' position, the switch is grounded and
MECH_SW is pulled low. MECH_SW is an input to MAKO (U6501). The logic low input enables an
external FET (Q6501) gate voltage, FET_ENX, which switches UN_SW_B+ to SW_B+ and turns the
radio on. Volume is also controlled through S3 and is an input to MAKO. The VOL signal is
connected to a potentiometer biased between ground and 2.775 V (R6563) from MAKO. When the
volume knob is turned, the VOL signal level is converted to a code word by MAKO's ADC and read
by OMAP through SPI.
Switch S4 is the three-position, binary-coded, toggle switch typically used for expanded Zone/
Channel Selection. Two outputs of the switch,TOGGLE_0 and TOGGLE_1, are biased to 1.875 V.
The third output is grounded. Two-bit codewords from the switch are read by OMAP through the
CPLD's EMIFS interface and indicate which of the three positions is set.
The orange programmable Top Button (S1) is typically used for emergency. It is also biased to
1.875 V (R6507) and is an input (EMERG_BTN_X) to the CPLD. A button press is detected when
EMERG_BTN_X is pulled low.
Like the three-position switch, the Frequency Switch (S3) is also binary coded. S3's output pins are
connected to GPIO pins of the CPLD which provide a four-bit binary word (signals FREQ_SEL_0,
FREQ_SEL_1, FREQ_SEL_2, and FREQ_SEL_3) to OMAP indicating which of the 16 pins of the
switch is set. This switch provides an additional output, SEC_CLEAR, which is typically used for
coded or clear mode selection. Selecting clear mode pulls this signal to a logic low, and it can be
monitored from R2135.
p
g
Frequency Switch
Concentric
CPLD
ABC
Toggle
Switch
Volume POT
ON/OFF SW
MAKO
Emergency
Switch
Intelligent
TX/RX
LED
Lighting
Top
Display
OMAP
FPC
Vocon Bd
Figure 3-32. Control Top Block Diagram
Theory of Operation: Controller
3-46
3.2.6.2 APX 5000/ APX 6000/ APX 6000XE/ SRX 2200 LCD Display Modules
3.2.6.2.1 QVGA
The APX 5000/APX 6000/APX 6000XE/SRX 2200 radio can have up to 2 displays (QVGA and
FSTN) depending upon the particular feature set and radio model ordered. The main Transflective
1.6" color display is a QVGA (130 x RGB x 130) active matrix TFT (Thin Film Transistor) LCD. A
display flex connects the front display to the J2304 22-pin connector on VOCON board. The QVGA
display uses the 8-bit Special optimized Screen Interface (SoSSI) for data and commands.
DISPLAY
FLEX CONNECTOR
J2304 PINS
1.85V
V-REG
12 V_EXT_1.85 (.004mA TYP.)
VOUT
DNP
OMAP
47 Ω
(R/W)
(D/C)
3 F_DISP_RW
8 F_DISP_DATA_CMD
LCD_HSYNC
LCD_AC
CPLD (INVERT)
(CLK 4MHz)
LCD_PCLK
IO87
47 Ω
18 F_DISP_RW_EN (CLK)
IO39
0Ω
DNP
47 Ω
(RST)
19 OMAP_RESET
RST_OUT
To display driver (NT39123)
on display module.
47 Ω
(D0)
(D1)
(D2)
(D3)
(D4)
(D5)
(D6)
(D7)
LCD_PIXEL_0
LCD_PIXEL_1
LCD_PIXEL_2
LCD_PIXEL_3
LCD_PIXEL_4
LCD_PIXEL_5
LCD_PIXEL_6
LCD_PIXEL_7
14
4
15
5
16
6
17
7
F_DISP_DATA_0
F_DISP_DATA_1
F_DISP_DATA_2
F_DISP_DATA_3
F_DISP_DATA_4
F_DISP_DATA_5
F_DISP_DATA_6
F_DISP_DATA_7
MAKO
(V_2.775D)
V06_O
2 V_2.775D (.68mA TYP.)
10k Ω
(BOARD ID)
ATOD_5
22 F_DISP_BD_ID
Figure 3-33. Display Circuit Detail Overview Block Diagram
The QVGA LCD Module operates using V_2.775D and V_EXT_1.85. The V_2.775D is the module’s
analog supply voltage sourced by LDO6 of MAKO. The V_EXT_1.85 is the module’s IO voltage
sourced by the 1.85V external LDO regulator. An 8-bit parallel bus is used for data and command
communication between OMAP’s SoSSI interface and LCD driver IC. The F_DISP_DATA_CMD
signal indicated the type of data being sent to the driver. A ‘0’ corresponds to command data and a
‘1’ corresponds to display data. Data only travels in one direction, from OMAP to display driver.
Therefore F_DISP_RW line will always be low. Display data is latched on the falling edge of the
F_DISP_RW_EN signal.
The SoSSI interface uses the LCD DMA controller/bus to allow the LCD module to access system
memory. Therefore the transfer of pixel data process will require less CPU processing power. An
initiate DMA transfer command is used and display data is transferred to the LCD module
automatically without intervention thus offloading the processor.
Theory of Operation: Controller
3-47
Prior to the LCD interpreting any commands, the correct display power-up sequence must be
initiated. First the V_EXT_1.85 (1.875 V) and V_2.775D (2.775 V) supplies must be at 90% or above
threshold and stable for 10us, and then reset can be asserted high. After OMAP de-asserts the reset
out signal (OMAP_RESET) the SLPOUT command can be sent. Now configuration commands are
ready to be sent to the LCD module.
The QVGA LCD module is only intended to operate up to +80°C due to ghosting effects. Therefore
software will shut off the display and backlight if the +80°C limit is reached. The display and backlight
will remain off until temperature drops below +75°C. The temperature sensor, U6401, for the display
cut-off is located near the top display connector and is input into MAKO A/D Channel 3, pin M14.
For enhanced display readability, the default backlight is set to a dim state while the radio is in
Standby mode; however, the backlight turns to full brightness through a button press, call receive,
emergency call, and other status indicators. See Section 3.2.6.3: "Intelligent Lighting" for the display
backlight operation.
3.2.6.2.2 FSTN
All APX 5000/APX 6000/APX 6000XE/SRX 2200 Radios are equipped with a caller ID (CID) top
display. This top display is a 1.1", Transflective, FSTN (Film compensated Super Twisted Nematic)
32 row x 112 column LCD with black pixels on a light background. This display is a component of the
control top sub-assembly with all interconnections passing through control top FPC. The display is
controlled via OMAP's 3 wire SPI interface to program the display driver IC registers and send data/
image information to the display. The active low chip select line, T_DISP_SPI_CS, is sent from the
OMAP GPIO_5 pin P3. The T_DISP_DATA_CMD line indicates whether the data being sent across
the SPI bus is register/command settings or if it's data/image information. The display driver contains
internal GRAM, which stores the current display content information, and the data/image information
is only sent when the display content needs to be updated.
Prior to sending any information to the LCD driver, the proper power-up sequence must be
instantiated. First, the V_EXT_1.85 and V_2.775D voltage supplies must be stable for at least 1 ms.
Next, the active low reset line, T_DISP_RESET, to the LCD driver must see a low pulse of 10 usec or
longer prior to communicating to the LCD driver. Then, the register setting information will be sent to
the display driver, followed by the image/data information.
The top LCD contains various LEDs for multiple backlight color combinations depending upon the
mode of operation. The programmable default backlight setting is off in standby mode, but will
illuminate to max brightness during a button push, call receive, receive mode, low battery, out of
range, emergency, etc. The details of the top display backlight settings are listed in Section 3.2.6.3:
"Intelligent Lighting". The top display contains 2 parallel side firing white LEDs and 2 parallel RedGreen side firing bi-color LEDs.
Theory of Operation: Controller
3-48
3.2.6.3 Intelligent Lighting
The APX 5000/APX 6000/APX 6000XE/SRX 2200 radio is equipped with numerous LEDs to provide
intelligent lighting features. The VOCON board contains 2 lighting controller devices, which
illuminate all the LEDs throughout the radio, as shown in Figure 3-34. The main lighting controller,
U2204, provides white illumination to the main QVGA color display, and white keypad backlights.
The secondary lighting controller, U2201, generates illumination for the top display backlight and TX/
RX indicator lamp. Both lighting controller devices are controlled through OMAPs I2C interface (SCL
and SDA). Some of the intelligent lighting color schemes are shown in Table 3-8.
Table 3-8. Color Schemes
Color
Default
White
Out of Range
Red
Low Battery
Red
Emergency
Amber
Call Received
Green
Call Paged
Green
3.2.6.3.1 Main Lighting Controller
The boost lighting controller, U2204, provides backlight functionality for the main color QVGA
display, and the white backlight on the keypad. Switcher 3.6 (V_SW_3.60) is used as main input
voltage for the controller, while external 1.85 (V_EXT_1.85) is used for IO voltage. The controller
communicates with the OMAP via standard I2C communication protocol. This communication allows
the OMAP chip to enable, disable, and control the brightness of each LED. A reset line issued by
OMAP, OMAP_RESET, can be used to set the device in reset. The charge pump capability of the
lighting controller is currently not used. Refer to Figure 3-34.
The QVGA display has 3 LEDs powered by the external 3.6 regulator, V_SW_3.6. The cathode
output (negative) of each LED is fed back into the LED driver to control the current thus controlling
the brightness of the LEDs. The front display backlights are controlled by bank B of the LED
controller.
The keypad backlighting uses 4 white LEDs for illumination. The keypad backlighting operates
similar to the main QVGA display LEDs. The LEDs are powered by the external 3.6 regulator,
V_SW_3.6. The cathode output (negative) of the LEDs is fed back into bank A of the LED driver to
control the current thus controlling the brightness of the LEDs.
Theory of Operation: Controller
3-49
3.2.6.3.2 Secondary Lighting Controller
As previously mentioned the secondary lighting controller provides illumination to the top display
backlight and Tx/Rx indicator lamp. The lighting controller and LEDs are powered by switcher 5
(V_SW_5). This lighting controller device uses a PWM output to control the dimming modes of
operation for each LED. The device is controlled through the I2C interface, however, the I2C
interface require an input high voltage between 3 V – 5.5 V, thus the level translator (U2202) is used
to boost these signals to 5V logic.
Figure 3-34 shows the major connection scheme to this secondary lighting controller. The white,
green, and red top display LEDs are connected to the lighting controller PWM outputs through ESD
filter inductors L2204, L2203, L2202, respectively. The TX/RX status indicator LED uses a tri-color
red, green, amber (RGA) LED.
V_SW_3.6
V-REG
KEYPAD
VOUT
KEYPAD WHITE
ILLUMINATION
12
LED DRIVER
(LM27965)
1.85V
OMAP
VIN
(I2C) SCL
(I2C) SDA
SCL
SDIO
RST_OUT
RESET
D1A
D2A
D3A
D4A
D1B
D2B
D3B
15
16
17
18
FRONT DISPLAY FRONT DISPLAY
WHITE BACKLIGHT
10
20
21
11
TOP DISPLAY
25
TOP DISPLAY
BACKLIGHT
W
G
V_SW_5
V-REG
VOUT
LED DRIVER
(LP3943)
PWR
LED0
LED1
LED2
R
26
24
23
TX/RX
STATUS
LEVEL
SHIFT
1
SCL
SDA
G
R
RESET
A0
A1
A2
A
LED4
LED5
LED6
Figure 3-34. Lighting Controller Overview
15
17
8
Theory of Operation: Controller
3-50
3.2.6.3.3 Secondary Lighting Controller – SRX 2200
Figure 3-35 shows the major connection scheme to this secondary lighting controller exclusively for SRX 2200.
A lighting system has been put into place to accommodate night profiles. These profiles shift both
displays and the keypad to a lower brightness. The LM27965 Lighting Controller, which controls the
Front Display and Keypad during normal operation, is disabled during Night Operation/ Night Vision
operation. The LM3943 is the only operating backlight driver during this mode and lower brightness
levels are achieved by routing separate lines and decreasing the duty cycle of its pulse width
modulated signal.
RADIO TOP LIGHTING
V_EXT_1.85
V_LED_TOP
V_SW_5
V_LED_TOP
R2235
0
V_LED_TOP
R2201
200K
C2201
0.1UF
V_LED_TOP
C2202
0.1UF
R2206
3.3K
U2201
LP3943
19
18
20
22
23
24
V_EXT_1.85
R2243
10K
3
47K
LED DRIVERS
OMAP_RESET
OMAP_RESET_5V
10K
1
9
GND1
25
GND2
2
SCL
RST
SDA
A0
A1
A2
V_LED_TOP
Q2202
DTC114YKAF
C2221
0.1UF
DNP
C2203
0.1UF
21
R2204
3.3K
SCL_5V
SDA_5V
VDD
SCL1
SDA1
IC2_TRANS_VREF2
8
EN
6
SCL2
5
SDA2
1
3
4
GND
U2202
PCA9306
I2C_CLK
I2C_DATA
2
VREF1
7
VREF2
R2207
0
LED0
LED1
LED2
LED3
LED4
LED5
LED6
LED7
LED8
LED9
LED10
LED11
LED12
LED13
LED14
LED15
1
2
3
4
5
6
7
8
10
11
12
13
14
15
16
17
TOP_DISP_RED_LED
TOP_DISP_GREEN_LED
TOP_DISP_WHITE_LED
TOP_DISP_NVG_W
TX_RX_RED_LED
TX_RX_GREEN_LED
TX_RX_AMBER_LED
R2247
82K
R2215
430
TOP_DISP_NVG_R
F_DISP_LED1_NVG
F_DISP_LED2_NVG
F_DISP_LED3_NVG
KP_LED1_NVG
KP_LED2_NVG
KP_LED3_NVG
KP_LED4_NVG
R2255
R2256
R2257
R2258
R2259
R2260
R2261
R2262
11K
7.5K
7.5K
7.5K
11K
11K
11K
11K
NV PROFILE ALTERNATE
CURRENT DRAIN PATHS
4 KEYPAD
3 FRONT DISPLAY
2 TOP DISPLAY (RED & WHITE)
V_SW_3.60
R2242
0
V_LED_FRONT
I2C_CLK
1
24
10
17
2
7
OMAP_RESET
V_LED_TOP
F_DISP_AND_KP_ISET
V_EXT_1.85
IO
R2245
12.4K
3
NC
NC
NC
NC
U2205
2SC5663
1
2
F_DISP_KP_NVG_MODE
I2C_DATA
19
22
20
21
POUT
SCL
D1A
D2A
D3A
D4A
D5A
D1B
D2B
D3B
D1C
VIN
RESET
ISET
SDIO
VIO
C1_P
C1_N
C2_P
C2_N
9
18 GND1
G1 GND2
CTGND
IN
R2244
10K
R2241
0
U2204
LM27965
C2217
1UF
NC1
NC2
23
16
15
14
13
12
4
5
6
3
8
11
KP_LED1
KP_LED2
KP_LED3
KP_LED4
F_DISP_LED1_RETURN
F_DISP_LED2_RETURN
F_DISP_LED3_RETURN
NC
NC
NC
ISET SWITCH
LED 7 ON = NV MODE
LED 7 OFF = DEFAULT MODE
FRONT DISPLAY AND KEYPAD LIGHTING
Figure 3-35. Lighting Controller – SRX 2200
C2220
1UF
Theory of Operation: Controller
3-51
3.2.6.4 Keypad
The Dual Display Model contains a 21 button keypad, which translates to a 5x5 row and column
keypad matrix as shown in Figure 3-36. The keypad also contains LEDs for the backlighting of the
keys, which is described in more detail in Section 3.2.6.3: "Intelligent Lighting". Every key is
assigned a particular row and column to identify the unique key, as shown in keypad mapping Table
3-9. The keypad flex also contains 2, 6-channel filters that each row and column signal passes
through. Each row of the keypad contains an external pull-up resistor, and all the rows are interrupt
based inputs to OMAP. The columns are driven low by default in OMAP. When a key is pressed, the
corresponding key row and column are shorted together and causes a low level to be input on the
corresponding row in OMAP. Upon receiving the row interrupt, the OMAP IC is then programmed to
scan the column output to determine which corresponding column was selected that generated the
interrupt.
ROW
OMAP
COLUMN
KEYPAD FPC
*FPC = Flexible Printed Circuit
Figure 3-36. Keypad Interface Outline
Table 3-9. Key Map Matrix
Key
Row, Column Map
Key
Row, Column Map
{
0,4
3
3,2
|
1,4
4
2,0
}
2,4
5
2,1
H
4,0
6
2,2
4,1
7
1,0
0,3
8
1,1
4,2
9
1,2
1,3
*
0,0
<
U
D
>
Theory of Operation: Controller
3-52
Table 3-9. Key Map Matrix (Continued)
Key
Row, Column Map
Key
Row, Column Map
P
2,3
0
0,1
1
3,0
#
0,2
2
3,1
3.2.6.5 Side Controls
The side controls include three programmable, momentary, pushbutton switches (Side Button 1
[SB1], Side Button 2 [SB2], Top Side Button [MON]) and a Push-To-Talk switch [PTT]. These
components interface to the expansion board via connector J2005 through a two-piece, bonded flex
circuit. A board-to-board connection routes the side controls signals from expansion board connector
P2001 to connector J4001 of the controller board. See Chapter 7 for pin out names and numbers.
Side button 1 (R4006), side button 2 (R4007) and the top side button (R6101) are inputs to the CPLD
and are biased to 1.875V. A button press is detected when the OMAP reads a 'LO' state from the
CPLD EMIFS interface. PTT (R4005) is connected directly to OMAP and a button press is detected
when a LO state is read.
3.2.6.6 GCAI
The GCAI (Global Communications Accessory Interface) connector is a 15 pin interface located on
the side of the radio. The connector interfaces the radio with accessories and is used for
programming. When the OMAP (U6501) detects that an accessory has been attached through a
logic low on GPIO0, it will identify the device by reading the GCAI_ONE_WIRE line. Once the device
type is identified, the appropriate signals are multiplexed through MAKO to the GCAI connector for
the particular device. Figure 3-37 is a block diagram of the GCAI interface.
Mounted to the side connector is a printed circuit board that houses ESD protection circuitry and an
auxiliary RF connector. The universal side connector interfaces with the expansion board via the P1
connector of a flex circuit and the J2004 connector of the expansion board. A board-to-board
connection routes universal side connector signals through expansion board connector P2001 to the
controller board. The figures below show the connections and signal assignments from the universal
connector to the controller board.
Theory of Operation: Controller
3-53
GCAI
CONNECTOR
OMAP1710
One-Wire
MA KO
ONE_WIRE
ONE_WIRE_GCAI
BATT_STATUS
One-Wire
VBUS
GPIO_0
1
2
Vbus
TXEN
USB
PORT 0
DAT
USB
XCVR
SE0
UART1_RX
UART1_TX
D+
D+
D-
DGND
UART1_RX
EXT
PA
Ext Mic
Preamp
GPIO
OPT_GPIO_3
7
SPKR-
8
MIC+
OPTA_SEL_2
OPT_GPIO_2
GPIO
OPT_GPIO_0
11
12
GPIO_4
KF Switch
OPTA_SEL_1
OPTA_SEL_0
CPLD
MACE
KEYFAIL
KEYFAIL CONTROL
Figure 3-37. GCAI Signal Configuration
C
16
2
4
6
8
10
12
9
P1
1
1
8
3
5
7
9
11
Front View
Side View
Figure 3-38. GCAI Connector
GPIO_3
9
10
MIC-
GPIO
A B
5
6
SPKR+
UART1_TX
GPO
3
4
Theory of Operation: Controller
3-54
Table 3-10. P1 Pin Assignment
P1 PIN ASSIGNMENT
SIDE CONNECTOR SIGNAL
1
GCAI_VBUS_5V
2
GCAI_VBUS_5V
3
GND
4
GCAI_USB_P_GPIO1 / TxDc / FillReq
5
GCAI_USB_N_GPIO2 / RxDc / FillData
6
GND
7
GCAI_GPIO0 / PwrOn
8
GCAI_CTS_GPIO_4 / KeyFail / FillClk
9
GCAI_MIC_P
10
GCAI_MIC_N
11
GCAI_SPKR_N / LineOut-
12
GCAI_SPKR_P / LineOut+
13
GND
14
GCAI_RTS_GPIO_3 / OTG-ID / FillSen
15
GND
16
GCAI_ONE_WIRE
Table 3-11. GCAI Connector Pin Assignment
PIN ASSIGNMENT
SIGNAL
A
GND
B
GCAI_RF_INPUT
C
GND
1
GCAI_GPIO0 / PwrOn
2
GCAI_ONE_WIRE
3
GCAI_VBUS_5V
4
GCAI_USB_P_GPIO1 / TxDc / FillReq
5
GCAI_USB_N_GPIO2 / RxDc / FillData
6
GND
7
GCAI_SPKR_P / LineOut+
8
GCAI_SPKR_N / LineOut-
9
GCAI_RTS_GPIO_3 / OTG-ID / FillSen
10
GCAI_MIC_P
Theory of Operation: Controller
3-55
Table 3-11. GCAI Connector Pin Assignment (Continued)
PIN ASSIGNMENT
SIGNAL
11
GCAI_MIC_N
12
GCAI_CTS_GPIO_4 / KeyFail / FillClk
Figure 3-39. GCAI Connector – Back View
Theory of Operation: Controller
3-56
3.2.7
RF Interface
The VOCON to RF board interface through connector J1001. See Figure 3-40.
RF - VoCon Interface
SPI
ABCS
TRCS
EEPROM_CS
DAC_CS
LOCK
TX SSI
RX SSI
DMCS
SYNCB
RF CONNECTOR
16.8MHz
BATT
VSW1
LDO2
V2775
RSTB
33,31,29
3
N14,P14,AA17
22
27
GPIO59
V6
GPIO17
2
G19
14
T19
25
19,17,21 3
15,11,13 3
V15
Y6,W7,AA5
V7,W6,P10
9
C1
23
D2
3
28,30,
32,34,36
M20
CPLD
BUFFER
Y5
N18
5
TIMER.PWM1 L14
TIMER.PWM2
GPIO7
TIMER.EXTCLK
POR
TEMP
TUNE
ISET
16
26
L12
L8
12
56
GND
OMAP
McBSP2
V6
7
L13
L3
N1
TXINH
GPIO56
McBSP2
VSW1
LDO2
8
20
BSTAT
GPIO28
GPIO61/SPIF_CS2
VDD
37
6
18
McBSP3
L3
ATOD_5
FE_TUNE1
MAKO
PWR_CTRL
ATOD_4
ONE_WIRE_BATT
A11
TX_RX
OPTION BOARD
1,4,5,10,24,
35,38,39,40 9
Figure 3-40. VOCON to RF Board Interface
The major interfaces are the TX and RX SSI buses, the SPI Bus with associated chip selects, the
synchronization signals (DMCS,SYNCB), the 16.8 MHz clock, MAKO VDDs and I/O's, and the
TX Inhibit from the Option Board.
3.2.7.1 TX SSI
The TX SSI interface provides the SSI data from the OMAP's DSP to the Trident IC on the RF board.
The interface contains 3 signals, the TX frame sync, TX clock, and TX Data signals. The pin
numbers for both the RF connector and OMAP IC are also shown in Figure 3-40.
3.2.7.2 RX SSI
The RX SSI interface provides the SSI data from the Abacus IC on the RF board to the OMAP's
DSP. The interface contains 3 signals, the RX frame sync, RX clock, and RX Data signals. The pin
numbers for both the RF connector and OMAP IC are shown in Figure 3-40.
3.2.7.3 Synchronization
The DMCS and SYNCB signals are used for synchronization between the RF and VOCON boards.
These signals route from the OMAP IC timer outputs through the CPLD to the RF board. The DMCS
signal connects to the Trident IC and the SYNCB connects to the ABACUS IC. The pin numbers for
both of the signals are shown in Figure 3-40.
Theory of Operation: Controller
3-57
3.2.7.4 MAKO Interface
MAKO supplies some DC regulation and I/O support for the RF board. The main battery supply is
provided by the RF board and is connected to MAKO. Regulated DC supplies based on this battery
voltage are then provided by MAKO to the RF board. These supplies are VSW1, LDO2, and V6. The
Power On Reset (POR) reset signal is also provided by MAKO to reset the RF board.
The One-Wire signal from the battery is provided by the RF board to MAKO's One-Wire
segmentation circuit, which then connects the One-Wire data path to the OMAP IC. The TUNE,
ISET, and TEMP signals are also interfaced to the MAKO IC.
3.2.7.5 TX Inhibit
The TX Inhibit I/O is reserved for future Option Board use, and is available at pin 12 for the RF
connector and pin 56 of the option board connector.
3.2.8
Encryption
The encryption circuitry is placed on the expansion board and interfaces to the VOCON through the
J4001-P2001 connector. The encryption circuitry is designed to digitally encrypt and decrypt voice
and ASTRO data in the APX 5000/APX 6000/APX 6000XE/SRX 2200 radio. The Motorola Advanced
Crypto Engine (MACE) IC is the main component in the encryption design, and has some discrete
support circuitry along with the interfaces to the VOCON IC's (CPLD, OMAP, and Audio CODEC).
NOTE: The MACE IC is NOT serviceable. The information contained in this section is only intended
to help determine whether a problem is due to the MACE IC or the radio itself.
Figure 3-41 below shows the Encryption architecture for the APX 5000/APX 6000/APX 6000XE/SRX
2200 radio.
CPLD
CLK SSI GPIO
AUDIO
CODEC
MACE
(Secure IC)
SSI
Key
Retention
Key
Fail
Tamper
OMAP
SSI
Key
Zeroize
Vocon Bd
Figure 3-41. APX 5000/ APX 6000/ APX 6000XE/ SRX 2200 Encryption Architecture
Theory of Operation: Controller
3-58
As shown in Figure 3-41 above, the encryption design consists of 5 blocks:
• MACE IC
• Key Loading
• Key Retention
• Tamper
• Key Zeroize.
3.2.8.1 MACE IC
The encryption module uses the MACE IC and an encryption key variable to perform its encode/
decode function. The encryption key variable is loaded into the MACE IC, via the GCAI (side)
connector, from a hand-held, key variable loader (KVL). The MACE IC contains the particular
encryption algorithm purchased. Table 3-12 lists the encryption algorithms and their corresponding
kit numbers.
Once the MACE IC has its encryption keys and algorithm, it communicates with the radio' s host
processor (OMAP) through the Synchronous Serial Interface (SSI) bus. Both commands and audio
(clear and encrypted) are sent through the SSI bus. A communications failure between the host
processor and the secure module will be indicated as an ERROR 09/10 message on the display.
Table below lists the encryption algorithms and their corresponding kit numbers.
Table 3-12. Encryption Algorithms and Corresponding Kit Numbers
KIT Number
Description
NNTN8171_
APX 5000/APX 6000/APX 6000XE/SRX 2200 DVP-XL KIT
NNTN8172_
APX 5000/APX 6000/APX 6000XE/SRX 2200 DVP-XL KIT with Bluetooth
NNTN8173_
APX 5000/APX 6000/APX 6000XE/SRX 2200 AES KIT
NNTN8174_
APX 5000/APX 6000/APX 6000XE/SRX 2200 AES KIT with Bluetooth
NNTN8175_
APX 5000/APX 6000/APX 6000XE/SRX 2200 DES/DES-XL/DES-OFB KIT
NNTN8176_
APX 5000/APX 6000/APX 6000XE/SRX 2200 DES/DES-XL/DES-OFB KIT with Bluetooth
NNTN8177_
APX 5000/APX 6000/APX 6000XE/SRX 2200 NO ALGO BASIC VERSION
NNTN8178_
APX 5000/APX 6000/APX 6000XE/SRX 2200 NO ALGO BASIC VERSION with Bluetooth
The MACE IC relies on a 4 MHz clock source provided by the CPLD, the clock is connected to
MACE's XIN pin (U2510-P5).
3.2.8.2 Key Loading / Fail
Key variables are loaded into the MACE IC through the keyfail line. The signal originates from the
GCAI connector (pin 8 of J2004) and is passed through the expansion board to the VOCON board.
The signal is then selected by a multiplexer (U4003) controlled by CPLD output, KEYFAIL_CTRL,
and the signal is routed back to the expansion board to the MACE's KYLD pin (U2510-B10).
Theory of Operation: Controller
3-59
3.2.8.3 Key Retention
The key variables are retained within the MACE IC's memory (SRAM or FLASH). The keys can be
infinite key retention or 30-seconds key retention, depending on how the codeplug is set up. When
set to infinite key retention, the keys are stored in the FLASH memory inside the MACE IC. When set
to 30-second retention, the keys are stored in SRAM, and will be erased when the radio's battery is
removed (after the 30 second delay). The key retention delay circuit controls this time through a
comparator op-amp circuit (U2526). When the battery is removed, VSAVE (nominally 2.5 V) will
eventually drop to 0V after 30 seconds, which will result in a 0V output from U2526. This output is the
input to the CONT_1.875 regulator (U2525), which is nominally 3.3 V. When the regulator's output is
0 V, the keys in MACE's SRAM will be erased.
3.2.8.4 Tamper
The tamper function is intended to erase the encryption keys in a tampering situation. If the radio
chassis is opened during operation, the tamper signal, which is normally connected to ground
through spring contact M2533, will be disconnected from ground. This will be sensed by MACE
through its tamper pin TPR0 (U2510-M2). Once this condition is sensed, the encryption keys will be
erased.
3.2.8.5 Key Zeroize
The encryption keys can also be manually erased if infinite key retention is not turned on in
codeplug, by holding down the Side Top button and emergency buttons during radio power-up.
These two button inputs both connect to a dual transistor Q2537, which will release the
Key_ZEROIZE signal sensed by MACE's TPR0 (U2510-M2). Once this condition is sensed (floating
high), the encryption keys will be erased.
To troubleshoot the encryption circuitry, refer to the flowcharts in Chapter 5 “Troubleshooting
Charts”.
Theory of Operation: Global Positioning Sytem (GPS)
3-60
3.3
Global Positioning Sytem (GPS)
The APX 6000/APX 6000XE/SRX 2200 GPS architecture employs the Texas Instruments NL5500
GPS IC (U2401) which decodes GPS signals at 1575.42 MHz (L1 band). It is capable of producing a
final position solution including full tracking and data decode capability. The GPS signal is received
by the main RF/GPS combination antenna. The GPS signal is then diplexed at the antenna port via a
series resonant network, C1309 and L1305 which provides a very low capacitive load to the
transceiver. The signal is routed through a low noise amplifier (LNA, U1304) on the RF board (and a
SAW filter, FL1301 for UHF1 and UHF2 radios) and its output is applied to the RF-Vocon interface
connectors (P101 to J1001) where it is eventually routed to the expansion board via the J4001 and
P2001 connectors for processing by the GPS IC. Additional GPS diplexing components include
C1150, L1114, C1122, and L1103 which provide proper termination at the Peregrine switch (U1102)
output to minimize GPS signal leakage at the antenna port tap point at C1301. When the GPS signal
reaches the expansion board, it goes through a SAW filter (FL2401), LNA (U2404), and a second
SAW filter (FL2403), which then connects to the NL5500’s GPS RF input (U2401 pin L2). The
NL5500 IC is connected to the main OMAP processor via UART2. It is a two wire UART interface
(TX and RX with no handshaking).
NOTE: The enable signal for the LNA U1304 on the RF board is generated by the GPS IC, and DC
coupled onto the GPS RF signal which goes through the RF-Vocon-Expansion Interconnect.
The GPS receiver is setup in an autonomous continuous navigation mode where the current position
is updated once per second. The GPS receiver continuously tracks satellites for as long as the radio
is powered on to ensure the best possible accuracy. In the event the radio loses visibility of the
satellites due to terrain or environmental factors such as driving through a tunnel or entering a
building, the GPS will temporarily lose its position fix. If the signal outage is long enough, a power
savings algorithm will then cycle the GPS in and out of a sleep mode to save battery life until the
radio has moved back into an environment where the GPS signal is present.
The following table lists the power, clock, and I/O connections from the GPS IC to various
peripherals.
Theory of Operation: Global Positioning Sytem (GPS)
3-61
Table 3-13. Power and I/O Pins for NI5500
Signal Name
Type
NL5500 ball(s)
Source/Destination [ref]
(board
Description
VBAT
Power
A2, H1, D8
VSW_3.6 [U6504] (Vocon)
Main NL5500 power supply
VDDS
Power
B3, G10, K5, E2
VCC_1.85 [U6508] (Vocon)
I/O Power Supply
VDD_TCXO
Power
G1
VSW_3.6 [U6504] (Vocon)
TCXO Power Supply
RTC_CLK
Clock
H9
CPLD IO74 [U6101] (Vocon)
32kHz RTC
TCXO_CLK_LV
Clock
F1
TCXO [Y2204] (Expansion)
26MHz TCXO
GPS_nShutdown
Input
D5
CPLD IO91 [U6101] (Vocon)
GPS Reset
GPS_UART_TX
Output
F5
OMAP pin R9 [U6302]
(Vocon)
GPS UART TX to OMAP UART RX
GPS_UART_RX
Input
E3
OMAP pin M18 [U6302]
(Vocon)
OMAP UART TX to GPS UART RX
LNA_ENABLE
Output
H6
LNA [U1304] (RF) + LNA
[U2404] (Expansion)
GPS External LNA Enable
GPS_LNA_IN
Input
L2
GPS antenna/front-end
GPS RF Input from antenna
.
RF-VOCON-Exp
Interconnect
RF Board
Expansion Board
External Regulators
2.8V
Ant
3.6V
1.8V
(VSW_3.6)
(VCC_1.85)
VBAT
VDDS
VDD_TCXO (G1)
LNA Enable
TCXO
GPS_EXT_LNA_EN (H6)
TCXO_CLK_LV (F1)
3.0V
26MHz,
<0.5ppm
GPS_LNA_IN (L2)
GPS IC
[OMAP 1710]
TI NL5500
LNA
SAW
LNA
SAW
GPS_UART_TX (F5)
GPS_UART_RX (E3)
GPS Tx
GPS Rx
UART2 Rx (R9)
UART2 Tx (M18)
[CPLD]
RTC_CLK (H9)
GPS_NSHUTDOWN (D5)
Figure 3-42. GPS Block Diagram (VHF/700–800 MHz)
32kHz RTC
Reset
IO74 (E2)
IO91 (D12)
Theory of Operation: Accelerometer
3-62
RF-VOCON-Exp
Interconnect
RF Board
Expansion Board
External Regulators
2.8V
Ant
3.6V
1.8V
(VSW_3.6)
(VCC_1.85)
VBAT
VDDS
VDD_TCXO (G1)
LNA Enable
TCXO
GPS_EXT_LNA_EN (H6)
TCXO_CLK_LV (F1)
3.0V
26MHz,
<0.5ppm
GPS_LNA_IN (L2)
GPS IC
[OMAP 1710]
TI NL5500
SAW
LNA
SAW
LNA
GPS_UART_TX (F5)
GPS_UART_RX (E3)
SAW
GPS Tx
GPS Rx
UART2 Rx (R9)
UART2 Tx (M18)
[CPLD]
RTC_CLK (H9)
GPS_NSHUTDOWN (D5)
32kHz RTC
Reset
IO74 (E2)
IO91 (D12)
Figure 3-43. GPS Block Diagram (UHF1 and UHF2)
3.4
Accelerometer
3.4.1
General Overview
Accelerometer capabilities are achieved by the 3-axes “nano” accelerometer IC (LIS331DL) located
on the expansion board. The LIS331DL is a digital output linear accelerometer in a LGA package. It
is powered by the 3.3 LDO regulator placed in the expansion board. The complete device includes a
sensing element and an IC interface to provide the signal to the AVR IC. When acceleration is
applied to the sensor, an imbalance in capacitance is produced. This imbalance is measured and
converted to an analog voltage that is finally available to the user by an analog to digital converter.
The acceleration data is accessed through an SPI interface and presented to the AVR.
Z
Y
X
Figure 3-44. Directions of the Detectable Accelerations
NOTE: Please refer to User Guide and CPS for further details.
Theory of Operation: Accelerometer
3-63
3.3V LDO
Core
and
I/O
Voltage
SPI
Accelerometer
Data Bus
Accelerometer
LIS331DLH
(Bus Slave)
AVR
AT32UC3A
(Bus Master)
Interrupts
Figure 3-45. Accelerometer Block Diagram
The registers embedded on the LIS331DL are accessed through SPI serial interface. The following
pins are responsible for the SPI communication.
Table 3-14. SPI Interface
Pin Name
Pin Description
CS
SPI Enable
SPC
SPI Serial Port Clock
SDI
SPI Serial Data Input
SDO
SPI Serial Data Output
CS is the serial port enable and it is controlled by the AVR (SPI Master). It goes low at the start of the
transmission and toggles high at the end. SPC is the serial port clock and it is also controlled by the
AVR. It is stopped high when the CS is high (no transmission). SDI and SDO are respectively the
serial data input and output. These lines are driven at the falling edge of SPC and should be capture
at the rising edge of SPC.
Theory of Operation: Accelerometer
3-64
The following table provides a list of the registers and their respective addresses used for the
accelerometer IC (LIS331DL).
Table 3-15. Register Address Map
Name
Type
Register Address
Hex
Reserved (do not modify)
Default
Binary
00 – 0E
Reserved
WHO_AM_I
r
0F
000 1111
110010
CTRL_REG1
rw
20
010 0000
111
CTRL_REG2
rw
21
010 0001
0
CTRL_REG3
rw
22
010 0010
0
CTRL_REG4
rw
23
010 0011
0
CTRL_REG5
rw
24
010 0100
0
HP_FILTER_RESET
r
25
010 0101
REFERENCE
rw
26
010 0110
0
STATUS_REG
r
27
010 0111
0
OUT_X_L
r
28
010 1000
output
OUT_X_H
r
29
010 1001
output
OUT_Y_L
r
2A
010 1010
output
OUT_Y_H
r
2B
010 1011
output
OUT_Z_L
r
2C
010 1100
output
OUT_Z_H
r
2D
010 1101
output
Reserved (do not modify)
Dummy register
Dummy register
2E – 2F
Reserved
INT1_CFG
rw
30
011 0000
0
INT1_SOURCE
r
31
011 0001
0
INT1_THS
rw
32
011 0010
0
INT1_DURATION
rw
33
011 0011
0
INT2_CFG
rw
34
011 0100
0
INT2_SOURCE
r
35
011 0101
0
INT2_THS
rw
36
011 0110
0
INT2_DURATION
rw
37
011 0111
0
Reserved (do not modify)
Comment
38 – 3F
NOTE: Refer to the part data sheet for a detailed explanation of the registers.
Reserved
Theory of Operation: Bluetooth
3.5
3-65
Bluetooth
The Bluetooth feature allows the radio the ability to connect wirelessly to a Bluetooth accessory or
data terminal. This feature is implemented using a combination Bluetooth/GPS integrated circuit (IC,
U2401), a low-frequency receiver (NFC, U2403), and a host controller (U2415) with external 16 MB
SDRAM (U2413) located on the expansion board. The Bluetooth IC sends data to the host controller
processor over an HCI USART link. The host controller processor communicates to the OMAP
processor on the VOCON board through a dedicated USB port.
Each APX accessory that is capable of Bluetooth communication will have its own unique Bluetooth
address. An external audio accessory headset can establish a digital connection using a low-data
rate GFSK modulated signal hopping on 79 x 1 MHz wide Bluetooth channels from 2402 MHz to
2480 MHz in the ISM band. Bluetooth uses a frequency hopping spread spectrum (FHSS) technique
to spread the RF power across the spectrum to reduce the interference and spectral power density.
The frequency hopping allows the channel to change up to 1600 times a second (625 us time slot)
based on a pseudo random sequence. If a packet is not received on one channel, the packet will be
retransmitted on another channel.
The Bluetooth feature is accompanied by a Low-Frequency (LF) detection circuit. Once a radio has
the Bluetooth feature enabled, a user can tap their LF enabled Bluetooth audio accessory with the
radio at the pairing spot to establish a secure Bluetooth connection. The LF circuit provides the
ability of a secure pairing connection with a Bluetooth accessory by sending secure messages
including the BT address of the external accessory during pairing. The LF circuit uses a 125 kHz
signal to communicate the secure pairing information over a dedicated SPI bus between the
Bluetooth accessory and the AVR32 processor.
Low-frequency transmission is done by the host controller itself using a NOR gate. The Bluetooth
antenna is made of a flexible PCB and is a modified PIFA with a 2.5 dBi gain. The Bluetooth antenna
is mounted in the APX 5000/APX 6000/APX 6000XE/SRX 2200 speaker assembly:
Speaker Assembly
BT
Antenna
Expansion
Vocon
2-pin
Board
Board
80-pin
(BT & LF)
4-pin
Speaker
&
Mic
KEY
= Flex
= Board to Board
= Spring Contact
Figure 3-46. Relation of Bluetooth Antenna Assembly to Expansion Board
Theory of Operation: Bluetooth
3-66
To connect a Bluetooth accessory, the blue pairing indicators on the accessory and the radio should
be brought close to each other with the Bluetooth feature enabled and on in the radio. The
LF/Bluetooth connection flow is shown in Figure 3-47.
Radio and Accy Power Up
Able to pair
Initial NFC Pairing
Connect
sound
Not able to
re-establish pairing
a appears solid
If Link Breaks
Disconnect
sound
SW tries to re-establish
connection for 'x' mins.
Standby Icon (flashing)
Disconnect
sound
Reconnect
Connect Sound
After X min
search - BAD
Icon no longer Solid. b appears.
Module requires NFC re-pairing
With radio and accy. already on,
re-attempt pairing procedure.
Connect sound
Bad
Refer to Bluetooth pairing
flowchart and/or User Guide
Connected
a appears solid
Figure 3-47. Bluetooth Connection Flowchart
a appears solid
Theory of Operation: Bluetooth
3-67
Bluetooth Block
SW_B+
SW_B+
GROUND
OPT_BD_GPIO_0_OPT_RST
OPT_BD_GPIO_5(OMAP GPIO7)
OPT_BD_GPIO_2
OMAP P18
OMAP K15
OPT_BD_GPIO_4
OMAP K14
APX 5000/
APX 6000/
APX 6000XE/
CPLD GPIO 29
SRX2200
OPT_USB_DP
VOCON Board OPT_USB_DM
80-pin
connector
UC3_RESET
BT_PTT
USB_BOOT
AVR_STATUS_1.8
AC_SPKR_UNMUTE_1.8
M8
J2
D10
B10
VOLTAGE
TRANSLATION
1.8V - 3.3V
RESET_N
PB17 (GPIO49)
PA20 (GPIO20)
PA21 (GPIO21)
A2
16 MB
SDRAM
PB07 (GPIO39)
OPT_BD_DETECT
BT_SPARE_1.8
VOLTAGE
TRANSLATION
1.8V - 3.3V
ATMEL AVR32
AT32UC3A0512
C3
PA29
F1
12 MHz
PA30
BT_SPARE_DIR
E12
D11
D12
VBUS
DP
DM
AUD_CLK
AUD_FSTNC
SSI_CLK
SSI_FSYNC
SSI_BLACK_RX
SSI_RED_RX
SSI_BLACK_TX
SSI_RED_TX
AUD_IN
NL5500
BT/GPS
32.768
KHz
AUD_OUT
26 MHz TCXO
Figure 3-48. Bluetooth/Controller Interface with Clock Sources
The Bluetooth IC transceiver is connected to a dedicated Bluetooth antenna. Between the IC and
antenna is a band-pass filter as sown in is shown in Figure 3-49.
USB1
SPI0
USB
USART1
TIMER1
OMAP_GPIO7
BT_PTT
GPIO
ATMEL AVR32
AT32UC3A0512
GPIO
SPI
UART
TX_CLK
WAKEUP
ANTENNA
USART1 TX
TC1 OCA
APX 5000/ APX 6000/
APX 6000XE/ SRX2200
Expansion Board
80-PIN CONNECTOR
USART0
GPIO
LF
Antenna
GPIO
BT
Antenna
BT_HCI
SSI
BT_WAKE
PCM_AUD
BT_EN
BT_RF
NFC
BLOCK
2.45 GHz BPF
TI NL5500
Bluetooth/GPS
Figure 3-49. Bluetooth Functional Block Diagram
Theory of Operation: Bluetooth
3-68
To verify the Bluetooth transmitter is operational, an RCMP command can be sent to transmit a
constant carrier waveform on a Bluetooth frequency. To verify the LF transmit feature is operational,
an RCMP command can be sent to transmit a constant carrier waveform at 125 kHz. There are
similar RCMP commands for verifying BT/LF RSSI when a CW BT/LF signal is applied near the
antennas of the BT/LF circuitry.
The Low-Frequency block diagram below shows the main connections:
Low-Frequency Block
SPI0_SCK
SPI0_MOSI
SPI0_MISO
SCL
SDI
SDO
NFC_CS
ATMEL AVR32
AT32UC3A0512
LF RX
32768 Hz
Clock
XIN
CS
Low Frequency
Receiver
AS3930
WAKE
LF1P
LFN
DAT
NFC_INT
NFC_UART_RX
NFC_UART_MAN_CLK
CL_DAT
LF Coil
LF TX
NFC_UART_TX
TC1_OCA
Figure 3-50. Bluetooth Low-Frequency Circuit Block Diagram
SPI
UART
125 KHz Clock
SPI
UART
+
UART_TX_Data
MicroProcessor
ANT_IN
LF Device
ANTENNA COIL
CLK_IN
32 KHz
Figure 3-51. Bluetooth Low-Frequency Pairing Data Path
Theory of Operation: Bluetooth
12
11
13
5
4
3
NFC_CS_INV
R2474M3
270K
RX path
O/P
GPS_BT_3.3V
C2454M3
220PF
1%
1
NFC
ANTENNA
L2407M3
6.8 mH
C2457M3
18PF
R2476M3
100K
XIN
LFN
LFP
CL_DAT
DAT
SDO
XOUT
WARE
NC1
NC2
1
9
1
6
8
1
2
R2477M3
100K
U2412M3
NL17SZ02
I/P
SCL
CS
SDI
U2403M3
AS3930
51009360002
7 VSS
16
GND
G1 CTGND
C2475M3
1000PF
VCC 15
C2465M3
1UF
1
R2457M3
15K
32KHZ_3.3V
R24
3-69
USART1_TX
4
TX path
TC1_OCA
R2475M3
150
Figure 3-52. Detailed Low-Frequency Transmit/Receive Paths
3.5.1
Bluetooth Power
Our Bluetooth IC operates from a 3.6V (U6504, VBAT) switching regulator located on the VOCON
board to supply the Bluetooth IC core and a 1.85V (U6508, VDDS) supply for the I/O. It has a
shutdown (U2415 pin L3) that must be high for operation to work. The power-up/down sequence
required for operation is shown in Figure 3-53.
APX 5000/ APX 6000/
APX 6000XE/ SRX2200
Partial Current Tree
7.5V Batt
VDDS
VBAT
or
VDD1P8
<2.5ms
RTC
Startup
(OR of
nshutdown
pins)
CLK_REQ_POL
Max 36.5 ms
Analog PORz (~135 RTC cycles) +
Efuse shifting (~1000 RTC cycles)
TCXO_CLK_REQ
Hi Z - PD
VDD_TCXO
TCXO_CLK
5 ms
Max time from clock request/
voltage to TCXO_CLK availability
REF_CLK_REQ
Hi Z - PD
Figure 3-53. Chip Power-Up/Power-Down Sequence (Exernal Input/Output Shown)
Theory of Operation: Bluetooth
3-70
The host processor operates from a 3.3V LDO regulator (U2402). The 1.85V regulator enables the
3.3V LDO regulator output. The LF receiver IC is powered from a 3.3V LDO regulator (U2402).
Figure 3-54 is a partial current tree showing the flow of current from the battery to the Bluetoothrelated major components sourced by the 3.6V switching regulator on the VOCON.
7.5V Batt
SW_B+
3.6V Switcher
800mA TPS 62050
V_SW_3.60
1.85V LDO
LP38693SD
2.23V LDO
TPS 73601
J4001 pin41
J1001 pin 37
VCP_IN
Vocon
Expansion
P2001 pin 41
VSW_3.6
TI NL5500
BT/GPS
3.3V LDO
500mA LP2989
GPS_BT_3.3V
ST LIS3331DL
Accelerometer
J2001 pin 11
JTAG
Logic & Level
8 x Level Shifters
1 x Inverter
12 MHz OSC
AT32UC3A
AVR32
16MB SDRAM
AS3930A
Low Freq.
Logic & Level
1 x NOR
Figure 3-54. Current Distribution Tree for Bluetooth Circuitry
3.5.2
Bluetooth Clocks
The Bluetooth IC requires a 26 MHz TCXO (Y2204, TCXO_CLK) for the core and a 32.768 kHz
(U6101 pin E2 on vocon, RTC_CLK) slow clock for the USART. This is the same clock used for the
GPS portion of the BT/GPS combination IC.
The host processor IC requires a 12 MHz crystal oscillator (Y2475) clock. The LF receiver IC
requires a 32.768 kHz (U6101 pin E2 on vocon, RTC_CLK) clock.
Theory of Operation: Bluetooth
Bluetooth I/Os.
The communication between the Bluetooth IC and the host controller is by a four-wire HCI USART0
bus (RX, TX, CTS, RTS). The Bluetooth IC receives a firmware update over USART0 each time it is
powered on. The LF receiver IC transmits its data over the USART1 s used for displaying debugging
messages.
Table 3-16. Bluetooth Host Processor UART I/O
Signal Name
Pad Name
GPIO
USART0 – RXD
PA00
0
A
BT_UART_TX_3.3V
I
USART0 – TXD
PA01
1
A
BT_UART_RX_3.3V
O
USART0 – RTS
PA03
3
A
BT_UART_CTS_3.3V
O
USART0 – CTS
PA04
4
A
BT_UART_RTS_3.3V
I
USART1 – RXD
PA05
5
A
USART1_RX
I
USART1 – TXD
PA06
6
A
USART1_TX
O
USART1 – CLK
PA07
7
A
USART1_CLK
I
USART2 – RXD
PB29
61
A
AVR_USART2_RX
I
USART2 – TXD
PB30
62
A
AVR_USART2_TX
O
MUX
Function
Expansion Board
Schematic Name
ATMEL AVR32
AT32UC3A0512
Pin 19
JTAG Connector
3.5.3
3-71
A4
H6
B5
J7
B4
J8
B7
PA03
Pin 20
TI NL 5500
Bluetooth/GPS
USART0
J6
PA00
PA01
PA04
USART2
Debug RX K6
Pin 12
PB29
Debug TX K7
Pin 13
PB30
USART1
PA05
PA07
PA06
I/O
HCI_TX
HCI_RX
HCI_CTS
HCI_RTS
Low Frequency
Receiver AS3930
K11
J10
L12
9
DAT
10 CL_DAT
LF Transmit
(OR Gate)
= Level Translator. 3.3volts on AVR side
Figure 3-55. Bluetooth LF UART Connection Block Diagram
Theory of Operation: Bluetooth
3-72
The Bluetooth IC shutdown (U2415 pin L3) and wakeup (U2415 pin K3) pins are also connected to
the host controller. A Bluetooth PTT pin on the host controller (U2415 pin J2) tells the OMAP (U6302
pin Y5) when the user pressed the PTT button on the Bluetooth accessory. As the BT IC I/O is 1.8V,
but the host controller I/O is 3.3V, level shifters are employed for interconnection between the two.
The host processor IC is connected to the LF receiver IC by a four-wire SPI bus. This SPI bus also
communicates with an on-board accelerometer. The LF transmitter circuit uses a 125 kHz signal
(U2415 pin M3) that is turned on and off (OOK) by the USART1_TX signal (U2415 pin L12).
Table 3-17. SPI I/O
Signal Name
Pad Name
GPIO
MUX
Function
Expansion Board
Schematic Name
I/O
SPIP – NPCS[2]
PA09
9
B
SPIO_CS2
O
SPIP – NPCS[0]
PA10
10
A
NFC_CS
O
SPIP – MISO
PA11
11
A
SPIO_MISO
I
SPIP – MOSI
PA12
12
A
SPIO_MOSI
O
SPIP – SCK
PA13
13
A
SPIO_CLK
O
The host processor is connected to the 3.3V SDRAM using a synchronous interface. The host
processor is connected to the OMAP on the vocon by a full-speed USB (D11 & D12). VBus is a
sense line only.
Table 3-18. USB I/O
Signal Name
Pin Name
Pad Name
Expansion Board
Schematic Name
I/O
GPIO19
C12
PA19
USB_BOOT_3.3V
I
GPIO20
D10
PA20
ATMEL_BOOT
I
DP
D11
–
BT_AVR_USB_DP
I/O
DM
D12
–
BT_AVR_USB_DM
I/O
VBUS
E12
–
BT_AVR_VBUS
I
Theory of Operation: Bluetooth
3-73
Factory Test Points
ATMEL AVR32
AT32UC3A0512
USB_BOOT
C12
PA19
Pin 31
E12 VBUS
Pin 35
D11 DP
D12
DM
Pin 33
ATMEL_BOOT D10
USB
PA20
Pin 15
JTAG Connector
APX 5000/ APX 6000/ APX 6000XE/ SRX2200
Expansion Board 80-pin Connector
Pin 43
Pin 3
Pin 2
= Level Translator. 3.3 volts on AVR side
Figure 3-56. Bluetooth USB Interface Too Main VOCON
The ATMEL bootloader is being used as a first stage bootloader that will jump to the Motorola
bootloader, which is a stage two bootloader. GPIO20 is used by the ATMEL bootloader to trap in
Flash mode. GPIO19 will be used by the Motorola bootloader to trap in Flash mode. Both pins are
active low.
The Bluetooth audio is sent over a two-channel PCM/SSI interface to the audio codec (U6405) on
the VOCON board.
Table 3-19. GPIO I/O
Signal Name
Pad Name
GPIO
Expansion Board
Schematic Name
I/O
GPIO41
PB09
41
BT_HOST_WAKEUP_3.3V
I
GPIO49
PB17
49
BT_PTT_3.3V
O
GPIO50
PB18
50
BT_SHUTDOWN_3.3V
O
GPIO51
PB19
51
BT_WAKEUP_3.3V
O
Theory of Operation: Bluetooth
3-74
Notes
Chapter 4 Troubleshooting Procedures
The purpose of this chapter is to aid in troubleshooting problems with the
ASTRO APX 5000/APX 6000/APX 6000XE/SRX2200 radio. It is intended to be detailed enough to
localize the malfunctioning circuit and isolate the defective component. It also contains a listing of
service tools recommended for PC board repair at the component level.
Most of the ICs are static sensitive devices. Do not attempt to
disassemble the radio or troubleshoot a board without first
referring to the following Handling Precautions section.
4.1
Handling Precautions
Complementary metal-oxide semiconductor (CMOS) devices, and other high-technology devices,
are used in this family of radios. While the attributes of these devices are many, their characteristics
make them susceptible to damage by electrostatic discharge (ESD) 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 this radio, and are especially important in lowhumidity conditions. DO NOT attempt to disassemble the radio without observing the following
handling precautions.
1. Eliminate static generators (plastics, Styrofoam, etc.) in the work area.
2. Remove nylon or double-knit polyester jackets, roll up long sleeves, and remove or tie back
loose-hanging neckties.
3. Store and transport all static-sensitive devices in ESD-protective containers.
4. Disconnect all power from the unit before ESD-sensitive components are removed or
inserted unless otherwise noted.
5. Use a static-safeguarded workstation, which can be accomplished through the use of an
anti-static kit (Motorola part number 01-80386A82) or equivalent.This kit includes a wrist
strap, two ground cords, a static-control table mat and a static-control floor mat.
4-2
4.2
Troubleshooting Procedures: Recommended Service Tools
Recommended Service Tools
Table 4-1 lists recommended service tools that can be used for PC board repairs at the component
level. For listings of additional service tools, service aids, and test equipment that are recommended
for all levels of service, refer to the APX 5000/APX 6000/APX 6000XE/SRX2200 basic service
manual (see “Related Publications” on page ix).
Table 4-1. Recommended Service Tools
Motorola
Part Number
Description
Application
1110027B23
Speaker Module Seal Lubricant
Used to ensure good sealing of the Speaker Module to the
Main Chassis.
5880384G68
SMA to BNC Adapter
Adapts radio’s antenna port to BNC cabling of test
equipment.
66009254001
APX 5000/ APX 6000 Battery
Eliminator
Used in place of battery to connect radio to an external
power supply. Requires RLN4510_.
66009255001
Grille Eliminator
Special tool used when pressure testing the radio.
Replaces the radio grille to seal the port vent.
66009256001
Volume Potentiometer Outer
Spanner Bit
Used to assemble and disassemble the spanner nut on the
volume potentiometer.
66009258001
Antenna Spanner Bit
Used to assemble and disassemble the spanner nut on the
antenna bushing.
66009259001
Vacuum Adapter
Submersible radios only. Connects the vacuum/pressure
hose to the radio.
66009260001
Board Analysis Fixture
Special fixture that allows radio’s internal board to be
mounted externally. Provides easy access to electronic
circuits, required for board-level troubleshooting.
NLN9839_
Vacuum Pump Kit
Submersible radios only. Vacuum pump with gauge and
vacuum hose. Requires 66009259001 Adapter Kit.
NTN4265_
Pressure Pump Kit
Submersible radios only. Pressure pump with gauge and
pressure hose. Requires 66009259001 Adapter Kit.
DVN4233_
Customer Programming Software
(CPS) and Tuner Software
CPS allows customer-specific programming of modes and
features. Tuner software required to perform alignment of
radio parameters.
PMKN4012_
Programming Cable
Used to program the radio through Customer
Programming Software and Tuner Software.
PMKN4013_
Programming/Service Cable
Used to program and service the radio through Customer
Programming Software and Tuner Software.
RLN4510_
7.5 Volt Universal Battery
Eliminator
Used in conjunction with the 66009254001 to adjust the
supply voltage to 7.5 Vdc. Allows a multimeter to be
attached for monitoring and adjusting voltage and current
levels.
RLN4460_
Portable Test Set
Used for radio performance checks. Connects to radio’s
universal connector and allows remote switching and
signal injection/outputs for test equipment measurements.
Troubleshooting Procedures: Standard Bias Table
4.3
4-3
Standard Bias Table
Table 4-2 outlines some standard supply voltages and system clocks which should be present under
normal operation. These should be checked as a first step to any troubleshooting procedure.
Table 4-2. Standard Operating Bias – DC Voltages
Name
Reference
Description
Level
MECH_SW
F_MECH_SW
ON/OFF Switch. Radio on when GND
GND
UNSW_B+
F_UNSW_B+
Radio Battery Voltage
9-6V
SW_B+
C6592
Radio Supply Voltage
9-6V
V_SAVE
C6538
LDO Output Present When Battery is Attached
2.5V
V_1.875
C6581
LDO Output
1.875V
V_1.55
R6561
LDO Output
1.55V
V_2.775D
R6563
LDO Output
2775V
V_2.775_EXP
R6562
LDO Output
2.775V
V_2.8_RF
R6564
LDO Output
2.8V
V_5.0A
R6565
LDO Output
5.0V
V_3.3
R6566
LDO Output
3.3V
V_3.0A
R6567
LDO Output
3.0V
V_EXT_1.8
R2302
LDO Output
1.85V
V_SW_1.4
E6502
Switcher Output
1.4V
V_SW_3.60
C6561
Switcher Output
3.6V
V_2.23
C6573
LDO Output
2.23V
Table 4-3. Standard Operating Bias – Clock Sources
Clock
Source
Reference
Description
Frequency
Y6501
R6578
MAKO 24MHz & tapped into CPLD
24.576MHz
Y6502
C6541
MAKO RTC
32.768KHz
Y6601
C6601
OMAP CPU Clock
12MHz
U6302
TP6307 and
TP6308
DDR Clocks (Complementary signals)
96MHz
U6101
R6114
MACE Clock
4MHz
U6101
R6115
GPS RTC clock
32.768KHz
Y701
(RF board)
R6218
RF Freq synth IC (Abacus) TCXO
16.8MHz
4-4
4.4
Troubleshooting Procedures: Power-Up Self-Check Errors
Power-Up Self-Check Errors
Each time the radio is turned on, the MCU and DSP perform a series of internal diagnostics. These
diagnostics consist of checking such programmable devices as the FLASH ROMs, the EEPROM,
and SRAM devices.
Problems detected during the power-up self-check routines are presented as error codes on the
radio’s display. For non-display radios, the problem is presented at power up by a single, lowfrequency tone. Table 4-4 lists possible error codes, a description of each error code, and a
recommended corrective action.
Table 4-4. Power-Up Self-Check Error Codes
Error Code/ Error
Message
Description
Corrective Action
01/02
FLASH ROM Codeplug Checksum Non-Fatal Error
Reprogram the codeplug
01/12
Security Partition Checksum Non-Fatal Error
Send radio to depot
01/20
ABACUS Tune Failure Non-Fatal Error
Turn the radio off, then on
01/22
Tuning Codeplug Checksum Non-Fatal Error
Send radio to depot
01/81
Host ROM Checksum Fatal Error
Send radio to depot
01/82
FLASH ROM Codeplug Checksum Fatal Error
Reprogram the codeplug
01/88
External RAM Fatal Error – Note: Not a checksum failure
Send radio to depot
01/90
General Hardware Failure Fatal Error
Turn the radio off, then on
01/92
Security Partition Checksum Fatal Error
Send radio to depot
01/93
FLASHport Authentication Code Failure
Send radio to depot
01/98
Internal RAM Fail Fatal Error
Send radio to depot
01/A2
Tuning Codeplug Checksum Fatal Error
Send radio to depot
02/81
DSP ROM Checksum Fatal Error
Send radio to depot
02/88
DSP RAM Fatal Error – Note: Not a checksum failure
Turn the radio off, then on
02/90
General DSP Hardware Failure (DSP startup message not
received correctly)
Turn the radio off, then on
09/10
Secure Hardware Error
Turn the radio off, then on
09/90
Secure Hardware Fatal Error
Turn the radio off, then on
Expansion board is not connected properly to the radio
Ensure the Expansion
board is fixed in place
Hardware board absent/
Hardware board absent
then
Man-Down Hw error
Note: If the corrective action does not fix the failure, send the radio to the depot.
Troubleshooting Procedures: Power-Up Self-Check Diagnostics and Repair (Not for Field Use)
4.5
4-5
Power-Up Self-Check Diagnostics and Repair (Not for Field Use)
Table 4-5 lists additional action items that can be used for the diagnosis and resolution of the error
codes listed in Table 4-4 on page 4-4.
Table 4-5. Power-Up Self-Check Diagnostic Actions
Error Code/ Error
Message
Diagnostic Actions
01/02
This non-fatal error will likely recover if the radio's power is cycled. In the event that this
does not resolve the issue, the radio should be reflashed. If the error remains, send the
radio to depot.
01/12
The radio should be sent to the depot for reflashing of the security codeplug.
01/20
Cycling radio power should resolve this issue.
01/22
The radio should be sent to the depot for reflash of the tuning codeplug followed by
retuning of the radio.
01/81
The radio should be sent to the depot for reflashing of the host code.
01/82
The radio should be sent to the depot for reflashing of the radio codeplug.
01/88
Reflashing of the radio should first be performed. If this fails to resolve the issue, send
the radio to depot.
01/90
Cycle power to radio. Continued failure indicates a likely IC failure In this event, radio
should be sent to the depot for isolation and repair of the problem IC.
01/92
The radio should be sent to the depot for reprogramming of the security codeplug.
01/93
The radio should be sent to the depot for reflashing of the host code.
01/98
Send radio to the depot.
01/A2
The radio should be sent to the depot for reflashing of the tuning codeplug followed by
re-tuning of the radio.
02/81
The radio should be sent to the depot for examination.
02/88
Cycle power to the radio. If this does not fix the problem, then the radio should be sent
to the depot for reflashing of the DSP code.
02/90
Cycle power to the radio. If this fails to fix the problem, then the radio should be sent to
the depot for reflashing of the DSP code.
09/10
Cycle power to the radio. If this fails then follow instructions in the secure hardware
failure troubleshooting flowchart.
09/90
Cycle power to the radio. If this fails then follow instructions in the secure hardware
failure troubleshooting flowchart.
Hardware board
failed
Hardware board
failed
then
Man-Down HW error
Bluetooth error. Send radio to depot for examination.
Man-Down feature unavailable. Send radio to depot for examination.
4-6
Troubleshooting Procedures: Power-Up Self-Check Diagnostics and Repair (Not for Field Use)
Table 4-5. Power-Up Self-Check Diagnostic Actions (Continued)
Error Code/ Error
Message
Diagnostic Actions
Hardware board
mismatch
Expansion board does not support bluetooth feature. Send radio to depot.
If the Expansion board type supports “Full feature” – “Mace/GPS/BT/SDMem Exp
Board”, updating the expansion board firmware should resolve the error message.
Hardware board
mismatch
then
Man-Down HW error
Expansion board does not support either bluetooth or Man-down feature or both.
If the Expansion board type supports “Full feature” – “Mace/GPS/BT/SDMem Exp
Board”, updating the expansion board firmware should resolve the error message.
Chapter 5 Troubleshooting Charts
This section contains detailed troubleshooting flowcharts. These charts should be used as a guide in
determining the problem areas. They are not a substitute for knowledge of circuit operation and
astute troubleshooting techniques. It is advisable to refer to the related detailed circuit descriptions in
the theory of operation sections prior to troubleshooting a radio.
5.1
List of Troubleshooting Charts
Most troubleshooting charts (see Table 5-1) end up by pointing to an IC to replace. It is not always
noted, but it is good practice to verify supplies and grounds to the affected IC and to trace continuity
to the malfunctioning signal and related circuitry before replacing any IC. For instance, if a clock
signal is not available at a destination, continuity from the source IC should be checked before
replacing the source IC.
Table 5-1. Troubleshooting Charts (Continued)
Table 5-1. Troubleshooting Charts
Troubleshooting
Page
No.
Main Troubleshooting
Main Troubleshooting Flowchart
5-3
Power-Up Failure
Troubleshooting
Page
No.
DC Supply 1.8 Volt Failure
5-19
DC Supply 1.5 Volt Failure
5-20
DC Supply 1.4 Volt Failure
5-21
Display
VOCON Board
5-4
Top/CID Display Failure
5-22
B+ Incorrect Voltage
5-5
Main Display Failure
5-23
Low LDO10 VCC_3.3 Voltage
5-6
Knob/ Button/ Keypad
Low LDO3 V_1.55 Voltage
5-7
Volume Set Error
5-24
Low LDO8 V_5.0A Voltage
5-8
Channel Select Error
5-25
Low VBUS2 Voltage
5-9
Keypad Error
5-26
Low V_SW_1.4 Voltage
5-10
Side Button Error
5-27
Low V_2.23 Voltage
5-11
Low V_SW_3.6 Voltage
5-12
External Audio
5-28
Low V_SW_5 Voltage
5-13
Internal Audio
5-29
Low V_EXT_1.85 Voltage
5-14
Backside Microphone
5-30
External Mic Failure
5-31
DC Supply
VOCON
DC Supply 5 Volt Failure
5-15
DC Supply 3.6 Volt Failure
5-16
Keyload Failure
5-32
DC Supply 3 Volt Failure
5-17
Secure Hardware Failure
5-33
DC Supply 1.85 Volt Failure
5-18
Keyload/ Secure Hardware/ Memory
5-2
Troubleshooting Charts: List of Troubleshooting Charts
Table 5-1. Troubleshooting Charts (Continued)
Troubleshooting
eMMC Memory Failure
Page
No.
5-34
RX RF
RX RF Failure
5-35
FGU
FGU Failure
5-46
FGU Power Failure
5-47
GPS
GPS Failure
5-48
Bluetooth Failure
Pairing Issue
5-49
LCD Indication
5-52
No Audio from Headset
5-54
PA Failure
Main
5-55
7/800 PA
5-56
VHF PA
5-57
Aux Antenna Switch
5-58
Multi Switch
5-59
VHF ALC
5-60
7/800 ALC
5-61
UHF1 PA
5-62
UHF1 ALC
5-63
UHF2 PA
5-64
UHF2 ALC
5-65
Troubleshooting Charts: Main Troubleshooting Flowchart
5.2
5-3
Main Troubleshooting Flowchart
Start
Good
power up
self test
Yes
See Button Test
Flowchart(chart
5.10)
Go to TX RF
troubleshooting
Flowchart(Chart
5.45)
No
No
Buttons
Functional?
Does the
Radio
transmit?
Yes
Go to VOCON
TX Audio error
Chart(5.11)
No
Is there TX
deviation?
Yes
Go to RX RF/
Vocon audio
flowchart(chart
5.29/5.11)
No
Receive Audio
present?
Yes
No
RX SINAD
GOOD?
Yes
End
No
Any Error
Message?
Yes
See Table for
error codes
Table 4.5
No
Go to either Display
Failure(5.19,5.20)
or Vocon power up
failure flowchart
Chart 5.3
5-4
5.3
Troubleshooting Charts: Power-Up Failure
Power-Up Failure – VOCON Board
VOCON Board Power Up
Problem
Measure Voltage
at R6505
6 < V < 9?
Proceed to
Incorrect B+
Voltage Flow
Chart
No
Yes
Ref
C4001
LDO Output
Description
1.875±10%
Refer to note 1
VCC_1.55
R6561
LDO Output
1.55±10%
Low LDO3 VCC_1.55 Voltage
VCC_2.775D
R4011
LDO Output
2.775±10%
Low LDO10 VCC_3.3 Voltage
VCC_2.775
R6563
LDO Output
2.775±10%
Low LDO10 VCC_3.3 Voltage
VCC_2.8
R6564
LDO Output
2.8±10%
Low LDO10 VCC_3.3 Voltage
VCC_5.0A
R6565
LDO Output
5.0±10%
Low LDO8 VCC_5.0A Voltage
VCC_3.3
R6566
LDO Output
3.3±10%
Low LDO10 VCC_3.3 Voltage
Flow Chart
3.0±10%
VCC_3.0A
R6567
LDO Output
VCC_SW_3.6
C6561
Switching Output 3.6±10%
Low VCC_SW_3.6 Voltage
VCC_1.85
R6570
LDO Output
Low VCC_1.85 Voltage
VCC_SW_1.4
E6502
Switching Output 1.4±10%
1.85±10%
Low LDO10 VCC_3.3 Voltage
Low VCC_SW_1.4 Voltage
Replace VOCON
Proceed to Low
VCC_SW_3.6
Flow Chart
No
No
Yes
Repair or Replace
Part/s
Use Oscilloscope
to Measure R6572
Replace VOCON
Board
1.6 < V < 1.9
No
Freq = 24MHz
1.6 < V < 1.9
Level V
Note:
1. Probe C4001 and observe 1.875 V. If absent then return board to depot for repair.
Measure Voltage
at R6542
3.3 < V < 3.9
Name
VCC_1.875
Inspect Y6501 and
All supporting
Circuitry
No
Yes
OMAP is Out of
Reset, Proceed to
Memory Flow
Chart
Yes
Are Parts Solder
Connections and
Placement Correct
Measure Voltage
at R2217
Yes
Yes
Measure All Probe
Spots from Above
Table
Use Oscilloscope
and High
Impedance Probe
to Measure
C6602
Replace VOCON
Board
Freq = 12MHz
1.3 < V < 1.9
No
Inspect Y6601
Circuit
Yes
No
Voltages =
Level
No
Proceed to
Specified Flow
Chart in Table
1.6 < V < 1.9
Yes
Yes
Use Oscilloscope
to Measure R6115
No
Measure Voltage
at R6203
Are Parts Solder
Connections and
Placement Correct
Freq = 32kHz
1.6 < V < 1.9
Replace VOCON
Board
Yes
No
Repair or Replace
Part/s
Troubleshooting Charts: Power-Up Failure
5-5
Power-Up Failure – B+ Incorrect Voltage
B+ Incorrect Voltage
Check Voltage at
Test Point
F_UNSW_B+
(VOCON)
6 < V < 9?
Check Mating
Connector to RF
Board
No
RF to Vocon
Connectors
ok?
No
Replace
Connector
Yes
Yes
Replace RF
Board, Check
F_UNSW_B+ Test
Point
Check Voltage at
R6505 (VOCON)
No
6 < V < 9?
Yes
Replace RF Board
No
6 < V < 9?
Yes
Replace VOCON
Board
Check Q6501
Circuit and
Replace any non
Functional Parts
Replace VOCON
Board
5-6
Troubleshooting Charts: Power-Up Failure
Power-Up Failure – Low LDO10 VCC_3.3 Voltage
Synopsis
This failure specifically refers to LDO10
but this flow chart can be used to
diagnose LDO9, lDO7, and LDO6. All
LDOs mentioned above are fed from the
same source and have very limited
differences. Please refer to schematic
and theory of operation section for
differences.
Low LDO10 VCC_3.3
Voltage
Measure Radio
Current
Is Standby
Current more
than 15mA above
Average
Yes
Board has a short,
Replace VOCON
No
Correct R6566
Soldering
No
Inspect R6566
Connection
Is R6566
Soldered
Properly
Yes
Measure SW1 at
R6542
3.3 < V < 3.9?
Yes
Likely MAKO
Problem, Replace
VOCON Board
No
Proceed To Low
VCC_SW_3.6
Voltage Flow
Chart
Troubleshooting Charts: Power-Up Failure
5-7
Power-Up Failure – Low LDO3 V_1.55 Voltage
Low LDO3 V_1.55
Voltage
Synopsis
This failure specifically refers to LDO3
but this flow chart can be used to
diagnose LDO2. All LDOs mentioned
above are fed from the same source
and have very limited differences.
Please refer to schematic and theory of
operation section for differences.
Measure Radio
Current
Is Standby
Current more
than 15mA above
Average
Yes
Board has a short,
Replace VOCON
No
Correct R6561
Soldering
No
Proceed To Low
V_2.23 Voltage
Flow Chart
No
Inspect R6561
Connection
Is R6561
Soldered
Properly
Yes
Measure
V_2.23 at
R6513
2.0 < V < 2.4?
Yes
Likely MAKO
Problem, Replace
VOCON Board
5-8
Troubleshooting Charts: Power-Up Failure
Power-Up Failure – Low LDO8 V_5.0A Voltage
Low LDO8 V_5.0A
Voltage
Measure Radio
Current
Is Standby
Current more
than 15mA above
Average
Yes
Board has a short,
Replace VOCON
No
Correct R6565
Soldering
No
Inspect R6565
Connection
Is R6565
Soldered
Properly
Yes
Measure Voltage
at C6593
No
6 < V < 9?
Yes
Likely MAKO
Problem, Replace
VOCON Board
Proceed To
Incorrect B+
Voltage Flow
Chart
Troubleshooting Charts: Power-Up Failure
5-9
Power-Up Failure – Low VBUS2 Voltage
Low VBUS2 Voltage
Measure
V_SW_5 at
C6567
No
5.1 < V < 5.6?
Proceed to Low
SW5 Volatge Flow
Chart
Yes
Measure VBUS1
Supply Volatge at
R6529
Yes
Inspect U6503 and
Supporting Ciruitry
Are Parts Solder
Connections and
Placement Correct
No
Repair Incorrect
Part/s
Yes
Check Placement
of Q6503
Is Part Placed
Correctly
Yes
Replace VOCON
No
Replace Part
5-10
Troubleshooting Charts: Power-Up Failure
Power-Up Failure – Low V_SW_1.4 Voltage
Low V_SW_1.4 Voltage
Measure Radio
Current
Is Standby
Current more
than 15mA above
Average
Yes
Board has a short,
Replace VOCON
No
Proceed to
Incorrect B+
Voltage
No
Measure SW_B+
Voltage at C6593
6 < V < 9?
Yes
Measure Voltage
at C6586
1.45 < V <1.65
?
No
Proceed to Low
LDO3 V_1.5V
Voltage Flow
Chart
Yes
Inspect U6507 and
Supporting
Circuitry
Are Parts Solder
Connections and
Placement Correct
Yes
Replace VOCON
Board
No
Replace or Repair
Part/s
Troubleshooting Charts: Power-Up Failure
5-11
Power-Up Failure – Low V_2.23 Voltage
Low V_2.23 Voltage
Measure Radio
Current
Is Standby
Current more
than 15mA above
Average
Yes
Board has a short,
Replace VOCON
Measure Voltage
at R6573
3.3 < V < 3.9?
No
Proceed to Low
V_SW_3.6
Voltage Flow
Chart
Yes
Inspect U6506 and
Supporting
Circuitry
Are Parts Solder
Connections and
Placement Correct
Yes
Replace VOCON
Board
No
Replace or Repair
Part/s
5-12
Troubleshooting Charts: Power-Up Failure
Power-Up Failure – Low V_SW_3.6 Voltage
Low V_SW_3.6 Voltage
Measure Radio
Current
Is Standby
Current more
than 15mA above
Average
Yes
Board has a short,
Replace VOCON
No
Measure the
Voltage at R6524
No
6 < V < 9?
Proceed to
Incorrect B+
Voltage
Yes
Inspect U6504 and
All Supporting
Circuitry
Are Parts Solder
Connections and
Placement Correct
Yes
Replace VOCON
Board
No
Replace or Repair
Part/s
Troubleshooting Charts: Power-Up Failure
5-13
Power-Up Failure – Low V_SW_5 Voltage
Low V_SW_5 Voltage
Measure Radio
Current
Is Standby
Current more
than 15mA above
Average
Yes
Board has a short,
Replace VOCON
No
Proceed to
Incorrect B+
Voltage
No
Measure the
Voltage at C6593
6 < V < 9?
Yes
Inspect U6505 and
All Supporting
Circuitry
Are Parts Solder
Connections and
Placement Correct
Yes
Replace VOCON
Board
No
Replace or Repair
Part/s
5-14
Troubleshooting Charts: Power-Up Failure
Power-Up Failure – Low V_EXT_1.85 Voltage
Low V_EXT_1.85 Voltage
Measure Radio
Current
Is Standby
Current more
than 15mA above
average?
Yes
Board has a short,
Replace VOCON
No
Measure
V_SW_3.6
Voltage at R6510
Voltage =
V_SW_3.6
No
Proceed to
Incorrect
V_SW_3.6
Voltage
Yes
Measure Voltage
R6431 on
VCC_5.0A Side
Measure Voltage
at R6420
No
4.8 < V < 5.2?
No
Proceed to Low
LDO8 VCC_5.0A
Voltage Flow
Chart
Yes
Measure Voltage
at R6431 on
BGAP_COMP
Side
2.2 < V < 2.7?
Yes
2.2 < V < 2.7?
Inspect and Repair
U6409 and
Supporting
Circuitry
No
Replace VOCON
Board
Yes
Inspect U6508 and
All Supporting
Circuitry
Are Parts Solder
Connections and
Placement Correct
Yes
Replace VOCON
Board
No
Replace or Repair
Part/s
Troubleshooting Charts: DC Supply Failure
5.4
DC Supply Failure
5.4.1
DC Supply 5 Volt Failure
5-15
V_SW_5 supply
Verify battery or
battery eliminator
contacts are
connecting to the
RF board’s
spring contacts
Is radio
drawing > 100mA
from battery
or power
supply?
No
Yes
Yes
Verify connectors
J1001 to P101 are
seated correctly
and not damaged
Remove accessory
or cable and replace
with good device
Yes
Measure if USB accessories
are shorting VBUS line
No
Are connectors J4001
to P2001 shorted or
damaged?
Remove
VOCON
shield(s)
Yes
Replace board
with damaged
connectors
Yes
No
Remove RF board
and ohm across
P101
(pin 28 thru 36)
and B+
(battery contact)
at the RF board
and verify fuse
F200 is intact
(i.e. not blown)
Remove
VOCON
shield(s)
Verify
UNSW_B+ is
present at
Test Point:
F_UNSW_B+
No
Verify SW_B+ is
present at C6565
Check Q6502 and
Q6503 for damage
Replace
VOCON
board
No
No
No
Check
Q6501
Replace RF
board
Voltage
level
correct?
Yes
Voltage level correct
for V_SW_5
at C6567?
Replace
VOCON
board
No
Verify all other voltages are present
(i.e. 1.85, 1.4, etc) since if they are
absent, radio IC’s maybe preventing
MAKO from turning on and
generating V_SW_5
Yes
Yes
Check for short
to GND at
J2001-49 and
P2001-51
No
No
Check U6505 for
enable input and
voltage output lines
No
MAKO damaged
Yes
Check L6504
for damage
No
Check Q6505 and
Q6506 for damage
No
Replace
VOCON
board
Refer to other
troubleshooting
charts for these
voltage supplies
Check if
U2101
is drawing
excessive current for
audio controller
No
Replace
Expansion
board
5-16
5.4.2
Troubleshooting Charts: DC Supply Failure
DC Supply 3.6 Volt Failure
V_SW_3.6 supply
Verify battery or
battery eliminator
contacts are
connecting to the
RF board’s
spring contacts
Is radio
drawing > 100mA
from battery
or power
supply?
No
Yes
Yes
Are connectors
J4001 to P2001
shorted or
damaged?
Verify connectors
J1001 to P101 are
seated correctly
and not damaged
Yes
Replace board
with damaged
connectors
No
Remove
VOCON
shield(s)
Yes
Remove RF board
and ohm across
P101
(pins 28 thru 36)
and B+
(battery contact)
at the RF board
and verify fuse
F200 is intact
(i.e. not blown)
Remove
VOCON
shield(s)
Verify
UNSW_B+ is
present at
Test Point:
F_UNSW_B+
Verify SW_B+ is
present at C6565
Check Q6502 and
Q6503 for damage
No
Replace
VOCON
board
No
No
Check
Q6501
No
Voltage
level
correct?
Yes
Replace RF
board
Replace
VOCON
board
Voltage level correct
for V_SW_3.6
at C6561?
No
Verify all other voltages are present
(i.e. 1.85, 1.4, etc) since if they are
absent, radio IC’s maybe preventing
MAKO from turning on and
generating V_SW_3.6
Yes
Yes
Check for
short to GND
at J2001-41,
P2001-28
No
No
Check U6504 and
verify enable input is
present
Yes
Check L6502
for damage
No
Check for unstable output
voltage due to C6560,
C6561 or L6502 having
values that are out of spec
for U6504
No
Refer to other
troubleshooting
charts for these
voltage supplies
No
No
Replace
VOCON
board
No
Check if
U2204 is
damaged
No
Check for
short to GND
at J1001-37
or J4001-41
No
Check if
regulator U2402
is drawing
excessive current for
GPS_BT_3.3v sources
Check if U6508
is loading down
V_SW_3.6
MAKO
damaged
Check if
BlueTooth U2401
is drawing
excessive current
No
Replace
Expansion
board
Check if
regulator U2405
is drawing
excessive current for
GPS_BT_2.8v sources
Troubleshooting Charts: DC Supply Failure
5.4.3
5-17
DC Supply 3 Volt Failure
Remove shield SH2B
Check voltage Pin B2 of
U201 Via C208
Voltage 3V
No
Check Voltage Pin A2 of
U201 Via C207
Yes
Check for open in the
branch, to the section you
are troubleshooting.
Yes
Voltage 3.6V
Replace U201
No
Check 40 Pin connector
P101 to J1001 Pin 37 for
an open
Yes
Open found?
No
Refer to Vocon
troubleshooting guide for
the 3.6V SW1 supply.
Replace 40 Pin
connector
5-18
5.4.4
Troubleshooting Charts: DC Supply Failure
DC Supply 1.85 Volt Failure
V_SW_1.85 supply
Verify battery or
battery eliminator
contacts are
connecting to the
RF board’s
spring contacts
No
Is radio
drawing > 100mA
from battery
or power
supply?
Yes
Are connectors
J4001 to P2001
shorted or
damaged?
Yes
Verify connectors
J1001 to P101 are
seated correctly
and not damaged
Yes
Replace board
with damaged
connectors
No
Remove
VOCON
shield(s)
Yes
Remove RF board
and ohm across
P101
(pins 28 thru 36)
and B+
(battery contact)
at the RF board
and verify fuse
F200 is intact
(i.e. not blown)
Remove
VOCON
shield(s)
Verify
UNSW_B+ is
present at
Test Point:
F_UNSW_B+
Verify SW_B+ is
present at C6565
Check Q6502 and
Q6503 for damage
Replace
VOCON
board
No
No
Check
Q6501
Voltage
level
correct?
No
No
Yes
Replace RF
board
Voltage level correct
for V_EXT_1.85
at C6568?
Replace
VOCON
board
No
Check for
short to GND
No
at J1001-6,
J2101-29,
J2304-12,
J4001-28
Yes
Verify all other voltages are present
(i.e. 3.6, 1.4, etc) since if they are
absent, radio IC’s maybe preventing
MAKO from turning on and
generating V_EXT_1.85
Yes
Check for
short to GND
at J2001-10,
P2001-28
No
Check U6508 and
verify enable input
at R6543 is present
Yes
Check for
damage to
Q6507
No
Check for
damage to
No
MUXES
U6601, U6103,
U6104, U6105
No
Check for
damage to
voltage
translators
U2202, etc
No
MAKO
damaged
Replace
VOCON
board
No
Check for
damage to
voltage
translators
U2406, U2407,
U2408, U2409,
U2410, U2478,
U2414, U2473
No
Refer to other
troubleshooting
charts for these
voltage supplies
Check if
MACE U2501,
eMMC U2301,
BlueTooth U2401
are drawing excessive
current from V_EXT_1.85
No
No
Check if OMAP
U6302
is drawing
excessive curent
from V_EXT_1.85
thru E6501
No
Check if
CPLD U6101,
Audio codec U6605,
DDR U6301, or
FLASH U6302
are drawing excessive
current from V_EXT_1.85
Replace
Expansion
board
Troubleshooting Charts: DC Supply Failure
5.4.5
5-19
DC Supply 1.8 Volt Failure
Remove shield SH2B
Check voltage Pin B2 of
U202 Via C210
Voltage 1.8V
No
Check Voltage Pin A2 of
U202 Via C209
Yes
Check for open in the
branch, to the section you
are troubleshooting.
Yes
Voltage 3V
No
Refer to the RF Board.
DC Supply 3 Volt failure
Replace U202
5-20
5.4.6
Troubleshooting Charts: DC Supply Failure
DC Supply 1.5 Volt Failure
Remove shield SH2B
Check voltage Pin A3 of
U203 Via C212
Voltage 1.5V
No
Check Voltage Pin A1 of
U203 Via C210
Yes
Check for open in the
branch, to the section you
are troubleshooting.
Yes
Voltage 1.8V
No
Refer to the RF Board DC
Supply 1.8 Volt Failure
troubleshooting guide
Check Pin C3 and Pin C1
of U203 Via C209
Yes
Voltage 3V
No
Refer to the RF Board.
DC Supply 3 Volt failure.
Replace U203
Troubleshooting Charts: DC Supply Failure
5.4.7
5-21
DC Supply 1.4 Volt Failure
V_SW_1.4 supply
Verify battery or
battery eliminator
contacts are
connecting to the
RF board’s
spring contacts
No
Is radio
drawing > 100mA
from battery
or power
supply?
Yes
Are connectors
J4001 to P2001
shorted or
damaged?
Yes
Verify connectors
J1001 to P101 are
seated correctly
and not damaged
No
Remove
VOCON
shield(s)
Yes
Remove RF board
and ohm across
P101
(pins 28 thru 36)
and B+
(battery contact)
at the RF board
and verify fuse
F200 is intact
(i.e. not blown)
Replace board
with damaged
connectors
Yes
Remove
VOCON
shield(s)
Verify
UNSW_B+ is
present at
Test Point:
F_UNSW_B+
Verify SW_B+ is
present at C6565
Check Q6502 and
Q6503 for damage
No
No
Check
Q6501
No
Voltage
level
correct?
Yes
Replace RF
board
Voltage level correct
for V_SW_1.4
at C6586?
Replace
VOCON
board
No
Verify all other voltages are present
(i.e. 3.6, 1.85, etc) sice if they are
absent, radio IC’s maybe preventing
MAKO from turning on and
generating V_SW_1.4
Yes
No
Check V_1.55 to
verify enable input
at U6507 is present
Check for
damage to
L6505
Yes
No
No
MAKO
damaged
Replace
VOCON
board
No
Check if OMAP U6302
is drawing excessive
curent from V_SW_1.4
thru E6502
Refer to other
troubleshooting
charts for these
voltage supplies
No
Replace
VOCON
board
5-22
5.5
Troubleshooting Charts: Top/CID Display Failure
Top/CID Display Failure
No Top Display
Replace Control Top
Assembly
Problem
Resolved?
Yes
End
No
Check DC on V_EXT_1.85
(pin 29 of J2101)
1.8V < V < 2.0V?
No
Proceed to DC
Flowchart
Yes
Check DC on V_2.775D
(pin 30 of J2101)
2.7V < V < 2.9V?
No
Yes
Check SPI CLK (R2136),
Data (Pin 39 of J2101),
and CS (Pin 43 of J2101)
Signals Present?
Yes
Check Mating Board
Connectors
Replace Board With
Bad Connectors As
Needed
No
Replace Vocon
Board
Troubleshooting Charts: Main Display Failure
5.6
5-23
Main Display Failure
No Main Display
Replace LCD
Problem
Solved?
Yes
End
No
Check DC on the following:
Signal
Probe Point
V_EXT_1.85
Pin 12 of J2304
V_2.775D
Pin 2 of J2304
Are Voltages
correct?
Yes
Signal
F_DISP_RW
F_DISP_DATA_CMD
F_DISP_RW_EN
OMAP_RESET
Check the following signals:
Probe Point
Level
R2335
0V
R2347
1.85V. Hi = Data. Low = Command
R2342
1.85V. 4 MHz Square
R2343
1.85V
No
Proceed to DC
Flowchart
No
Signals Correct?
Replace Vocon
Yes
Check Vocon to front
display connector J2304
No
Connectors
Good?
Yes
Board
Replace Back Chassis
Subassembly
Replace Board/
FPC Containing
Connectors
5-24
5.7
Troubleshooting Charts: Volume Set Error
Volume Set Error
VOLUME SET
ERROR
Verify operation of
volume control by
using Button Test flowchart
Yes
Refer to VoCon
RX Audio
Flowchart
No
Proceed to DC
Flowchart
No
Replace
Controller Board
Volume control
OK?
No
Check DC on V_2.775D
(Pin 5 of J2101)
2.7V < V < 2.9V
No
Check DC Voltage on
C2110 with Volume set
at Max
V = ~2.775V?
Yes
Check DC voltage on
C110 while adjusting the
Volume Control Knob
from min to max
Does the
voltage vary?
Yes
Verify connections
and top flex connections
No
Troubleshooting Charts: Channel Select Error
5.8
5-25
Channel Select Error
CHANNEL
SELECT ERROR
Physical
Position
(R2130) (R2129) (R2128) (R2127)
RTA3
RTA2
RTA1
RTA0
Channel 1
1
0
1
0
Channel 2
1
0
1
1
Channel 3
1
1
1
1
Channel 4
1
1
1
0
Channel 5
1
1
0
0
Channel 6
1
1
0
1
Channel 7
1
0
0
1
Channel 8
1
0
0
0
Channel 9
0
0
0
0
Channel 10
0
0
1
0
Channel 11
0
0
1
1
Channel 12
0
1
1
1
Channel 13
0
1
1
0
Channel 14
0
1
0
0
Channel 15
0
1
0
1
Channel 16
0
0
0
1
Verify operation of
Channel Select
switch by using
“Button Test”
flowchart
Pass Button
Test?
Yes
Verify code plug
programming
No
Disconnect the control top flex from
the controller board. Visually
inspect the control top flex for tears
or other damage. For each
channel in error, use the chart to
compare the continuity to ground
for each pin.
Pass visual
inspection and
continuity check?
No
Replace Control
Top
Yes
Reconnect the control top to
the controller and power on
the radio. Verify the logic
levels at R2130, R2129,
R2128, R2127 with chart.
Logic Good?
Yes
Verify board to flex
connection.
No
Replace controller
board
5-26
5.9
Troubleshooting Charts: Keypad Error
Keypad Error
Button Test
Synopsis
This chart relates to a failure in the button functions Basic Failure
modes are as follows:
Place radio in Test Mode.
Press Side Top Button
so display reads CH TEST.
This places the radio in button
test mode. Then, press the
orange (Emergency) Top
Button to verify codes
displayed as shown in the
Button Table at right
End
Yes
Keys
correct?
No
1) Failure in control top, side controls, or keypad flex assembly
2) Bad Connection
3) Defective Switches or pads
4) Defective Vocon Board
Button Table
Button
PTT
Top Button (Emergency)
Side Button 1
Side Button 2
Side Button 3
Channel Select (Frequency)
Volume Control Knob
ABC Toggle Switch
Secure/Clear Select
Code
1/0-1
148/0-1
96/0-1
97/0-1
98/0-1
4/0-15
2/0-255
67/0-2
65/0-1
Check signal
path integrity of
button in question
131/1
129/1
H
128/1 <
132/1
133/1
135/1
134/1
U
130/1
D >
P
136/1
49/1
1
52/1
50/1
51/1
2
3
4
5
53/1
54/1
55/1
7
56/1
8
57/1
58/1
48/1
59/1
*
0
Navigation
Button
6
9
#
Note:
Numbers codes with a /1 are for a button
pressed condition only. Number codes
with a /0 are for a button release
condition only.
Troubleshooting Charts: Side Button Error
5-27
5.10 Side Button Error
SIDE BUTTON
TEST
Verify operation of buttons by using
Button Test” flowchart
Button check
OK?
Yes
Verify buttons
enabled in CPS
No
Verify physical connection between the side
controls flex, expansion board, and controller
board. Re-run button test.
Button check
OK?
Yes
END
No
Use a voltmeter to measure voltage at the
following resistors on the expansion board (1.875
V @ each point):
R2009 – PTT, R2010 – Side button 1, R2011 –
Side button 2, R2012 - Monitor
Are the
voltages
present?
No
Replace controller
board
Yes
Monitor the voltages at each resistor while
pressing the corresponding button. The
voltages 0 V while the button is pressed.
Voltages = 0 while
button press?
No
Replace main
chassis
Yes
Re-run button test
5-28
Troubleshooting Charts: VOCON RX Audio Error
5.11 VOCON RX Audio Error – External Audio
Measure Speaker
Lines on GCAI
Connector Using
Oscillscope
No audio out of External
Speaker
Yes
Audio Signal
Present
Replace External
Speaker
No
Replace
Expansion Board
Measure Audio
at Vocon
Test Point
SPKR+ and SPKR-
Yes
Measure Audio
Signal at Expansion
Board R2013 and
R2014
Yes
Audio Signal
Present
Is Either Connector
Damaged or Soldered
Improperly
No
Examine VOCON
and GCAI
Connector on
Expansion Board
No
Audio Signal
Present
Yes
No
View SSI Signals
at R1004, R1005,
and R1006 Using
an Oscilloscope
Replace or Repair
Connector
Replace or Repair
Connector
Yes
Is Data Present
Inspect Connector
to J1001 on
VOCON board
No
No
Is Connector Damaged
or Soldered Improperly
Replace RF Board
Yes
View SSI Audio
Data at R3015
Is Data Present
Repair or Replace
Parts
No
Replace VOCON
Board
Replace VOCON
Board
No
Yes
Yes
Measure PreAmp
Filter at R6416
and R6417
Inspect PreAmp
Filter
Values,
Placement OK?
Replace or Repair
Connector
No
Yes
Inspect Connector
J4001
Is Data Present
Connector Damaged
Replace
VoCon Board
Yes
No
Replace Housing
and GCAI Board
Troubleshooting Charts: VOCON RX Audio Error
5-29
5.12 VOCON RX Audio Error – Internal Audio
No audio out of
Main Speaker
Remove Internal Speaker
and measure Audio Signals
at Speaker Connector
Audio Signal
Present?
Yes
Replace
Internal Speaker
No
Follow No Audio
External Speaker
Flow Chart
No
Replace
Expansion Board
No
Measure audio at
GCAI connector
(External Speaker)
Audio Signal
Present?
Yes
Measure Audio at
Vocon, Expansion
Board Connector
J4001 Pin 2 and 4
Audio Signal
Present?
Yes
Replace U6405 IC or
replace/place
missing/damaged
parts
Measure SSI Signal
at J4001 Pin 27
Yes
SSI Signal
Present?
Yes
Verify, Inspect U6405
TLV320AIC33 and
components around it
U6405 IC
damaged or
missing parts
No
No
Replace
Vocon Board
Replace
Vocon Board
5-30
Troubleshooting Charts: VOCON TX Audio Error
5.13 VOCON TX Audio Error – Backside Microphone
Backside Side Mic is
Inoperative
Synopsis
This failure specifically refers to the
backside microphone but this flowchart
can be used to diagnose front side
microphone also. All mics mentioned
above have similar paths and have very
limited differences. Please refer to
schematic and theory of operation
section for differences.
Isolate Problem,
Replace Backside
Mic
Yes
Is Backside Mic
Functional
Replace Backside
Mic
No
Replace RF Board
Is Backside Mic
Functional
Yes
Replace RF Board
No
Replace or Repair
Parts
Repair or Replace
Connector
Measure Mic Bias
at R6403
No
4.5 < V <4.9?
No
Inspect Mic Bias
Circuit U6402 and
Supporting
Circuitry
Are Parts Solder
Connections and
Placement Correct
Yes
Yes
Replace VoCon
Board
No
Is Connector
Damaged or
Soldered
Improperly
Yes
Inspect SSI Audio
Data using
Oscilloscope at
R3016
Is SSI Audio
Data Present
No
Replace VoCon
Board
Yes
View SSI Signals
at R1017, R1007,
and R1008 Using
an Oscilloscope
Yes
Is SSI RF Data
Present
No
Replace VoCon
Board
Examine
Connector J1001
Troubleshooting Charts: VOCON TX Audio Error
5-31
5.14 VOCON TX Audio Error – External Mic Failure
Test Internal
Side Mic
TX Audio error
External Mic
Measure Audio
Signal at Expansion
Board R2003
and L2002
No
Follow Vocon TX
Audio Error - Side
Mic Failure
No
Internal Side
Mic Funcional
Yes
Audio Signal
Present
Yes
Replace Housing
and GCAI Board
Examin Vocon
and GCAI connector
on Expansion
Board
Replace or Repair
Connector
Yes
Connector
Damaged?
No
Is either Connector
Damaged or Soldered
Improperly
Replace or Repair
Connector
Yes
Replace
Vocon Board
No
Replace
Vocon Board
Inspect Connector
J1001
Yes
Is SSI RFData
Present?
Measure Audio at
Vocon C6404
capacitor
Audio Signal
Present?
No
Yes
Replace Expansion
Board
No
View SSI Signals
at R1017, R1007
and R1008 using
Oscilloscope
Yes
Measure Mic
Bias at R6404
Inspect SSI
Audio data at
R3016
SSI Audio Data
Present?
No
Yes
Replace
Vocon Board
Yes
Inspect Mic Bias
circuit U6402 and
Supporting Circuitry
4.5 < V < 4.9?
Parts Solder and
Placement Correct?
Replace or Replace
Parts
No
No
5-32
Troubleshooting Charts: Keyload Failure
5.15 Keyload Failure
KEYLOAD FAILURE
Synopsis
This failure relates to only secure equipped radios
and indicates a failure to load key with the KVL
indicated by the message “KEYFAIL” and keyfail
tones.
Verify the radio has been programmed with the correct secure algorithm and
verify using the correct keyloader.
Algorithm options :
NNTN8171A
APX 6000 DVP-XL KIT
NNTN8172A
APX 6000 DVP-XL KIT with Bluetooth
NNTN8173A
APX 6000 AES KIT
NNTN8174A
APX 6000 AES KIT with Bluetooth
NNTN8175A
APX 6000 DES/DES-XL/DES-OFB KIT
NNTN8176A
APX 6000 DES/DES-XL/DES-OFB KIT with Bluetooth
NNTN8177A
APX 6000 NO ALGO BASIC VERSION
NNTN8178A
APX 6000 NO ALGO FULL VERSION with Bluetooth
Typical failures would be :
1) Open between the GCAI connector and the
microprocessor which prevents the keyloading.
2) Use of the wrong KVL or keyload cable.
3) Failure of the secure circuitry.
4) No secure personality in the radio codeplug.
Use KVL -3000 or later model keyloader with keyload cable number CKN 6904A
Obtain correct KVL
and cable
No
Correct
Equipment?
Yes
With KVL attached to radio
and radio on, verify display
message “KEYLOADING”
Verify GCAI data path.
Check the following
signals: GPIO0, One Wire
Repair connector using
programming failure
flowchart for details.
No
Keyloading
Message”
displayed?
Yes
With KVL attached to the radio
and radio on, initiate a keyload
from the keyloader and look
for activity on keyload signal
at R2005 on expansion board.
Activity?
No
Yes
Inspect GCAI
flex to board
connections and
Replace Radio
Housing if
necessary
Initate a keyload
and verify activity
on VoCon board
at J4001_65
Activity?
No
Check and repair
expansion to
vocon connection
from P2001_65 to
J4001_65
Yes
Initate a keyload
and check for
activity at
J4001_38
Replace Expansion
Board
Yes
Initiate a keyload
and check for
activity at R2501 of
Expansion
Activity?
Yes
No
Activity?
Inspect
U4003.
Measure
power pin5?
No
Check and repair
expansion to vocon
connection from
P2001_38 to
J4001_38
No
V = ~5.0V?
Yes
Yes
Replace U4003
V = ~0V
No
Yes
Replace Q4001
V = ~1.8V
No
Replace VoCon
Board
Inspect Q4001 with
keyloader attached . .
Measure BJT input pin2.
Inspect U4003
with keyloader
attached.
Measure mux
select pin6.
Proceed to
DC Flow
chart
Troubleshooting Charts: Secure Hardware Failure
5-33
5.16 Secure Hardware Failure
09/10 or 09/90
Secure Hardware Failure
Synopsis
This failure relates only to secure
equipped radios and indicates a power
up self test failure for the secure
circuitry. More specifically this failure
indicates a failure in communications
between the DSP and the secure
circuitry. The secure circuitry is not
considered to be field repairable so
troubleshooting is limited to verifying a
problem with the secure circuitry and
replacing the controller if required.
Make sure the radio is fully assembled. These
errors will occur if vocon or expansion boards are
not properly assembled. Also note a battery
removal and reattachment is needed after a
“Secure HW Upgrade” to clear errors.
Use an ohmmeter to electrically verify the following secure related
signals on the controller board and the Vdd levels:
Signal
Probe Point
Level
VDD_IOP
R2509
1.875V
VDD_IOM
R2511
1.875V
VDDC
R2512
1.875V
Are voltage levels
correct?
No
Repair DC Voltage
Regulators
Yes
Use an oscilloscope to verify clocks on expansion board:
Probe Point
Frequency
Signal
MACE CLOCK
P2001_60
4 MHz
OPT_SSI_CLK
P2001_44
1.5 MHz
OPT_SSI_FSYNC
P2001_46
8 KHz
Are signals correct?
No
Use an oscilloscope to verify clocks on VoCon board:
Signal
Probe Point
Frequency
4 MHz
MACE CLOCK
R6113
1.5 MHz
SSI_OPT_CLK
R6107
8 KHz
OPT_SSI_SYNC
J4001_46
Yes
Are signals correct?
No
Yes
Use an oscilloscope to verify activity
during power-up on expansion board:
Signal
Probe Point
SSI_RED_RX_MACE
P2001_54
SSI_MACE_DIN
P2001_56
Examine connection
between VoCon and
Expansion J4001 & P2001
Yes
Are data signals
present?
Yes
Replace expansion
board.
No
Use an oscilloscope to verify activity on VoCon board :
Signal
Probe Point
SSI_RED_RX_MACE
J4001_54
SSI_MACE_DIN
J4001_56
Are data signals
present?
No
Check SSI clock
signals from CPLD
and repair circuitry
5-34
Troubleshooting Charts: eMMC Memory Failure
5.17 eMMC Memory Failure
eMMC ERROR
Install “FULL EXPANDER” board,
kit # HLN5978_
The “BASIC EXPANDER” board,
kit # HLN5977_
has no eMMC present.
Correct
version of
Expansion
board?
No
Yes
Remove VOCON
shield(s)
Yes
Remove Exp Brd
shield(s)
Measure voltage
on R2312 on
Expansion board
and verify 2.775v
Measure voltage
on R2313 on
Expansion board
and verify 1.85v
Measure clock at TP6301
on VOCON and verify
F2_TIMER_OUT. See
Chapter 6 for waveform
Measure voltage on
R2465 on Expansion
board and verify
AVR_STATUS_3.3v
Yes
No
Voltage
level
correct?
Voltage
level
correct?
Yes
No
Voltage
present at
R6562 at
VOCON?
No
No
Voltage
present at
R6570 at
VOCON?
Yes
Verify
connectors
J4001 to P2001
are seated
correctly and
not damaged
No
No
Voltage
level
correct?
Replace
VOCON
board
Yes
Voltage
present on
output of U2410
on Expansion
board?
Yes
No
No
Replace
Expansion
board
Yes
MAKO
defective.
Replace
VOCON
Yes
Yes
Verify U6508 is
operating
correctly on
VOCON
Synopsis
Use O-scope to verify
waveforms in Chapter 6
are present:
MMC_CLK,
MMC_CMD,
MMC_DAT0 thru
MMC_DAT3
No
Replace
VOCON
board
Yes
This failure relates to a non-critical memory failure for
radios equipped with an expansion board containing a
soldered eMMC part.
All necessary testpoints are located under the
Expansion board shields and VOCON board shields.
The memory signal lines are only traceable at series
zero-ohm jumpers, and is not accessible when the radio
is functionally assembled.
A special test fixture is required to access the signals,
along with short wires soldered at the desired testing
points. Signal integrity is affected by passive probes
and long test wires. Testing scripts for eMMC functional
operation are only possible with a special software build
which enables these test script commands.
Verify
connectors
J4001 to P2001
are seated
correctly and
not damaged
Troubleshooting Charts: RX RF Failure
5-35
5.18 RX RF Failure – Page 1
Poor RX
sensitivity or
no RX audio
Note: RF Test frequency used:
Inject a carrier wave with -47dBm
into antenna port. Remove shield,
SH6A. Use a spectrum analyzer
and high-impedance RF probe to
measure the IF signal at the input
side of C601 going to the Abacus.
VHF: 154.275MHz
UHF1: 424.975MHz
UHF2: 485.075MHz
700: 769.0625MHz
800: 860.0625MHz
Remove SH7.
Measure the LO
power going into the
mixer, U506, at the
output side of C528.
Measured with a high impedance probe for relative comparisons and troubleshooting only.
Actual S21 gain or loss may differ if the test point is not 50 ohms.
Yes
IF Frequency =
109.65 MHz?
No
Testing a
UHF1 or
UHF2?
No
Remove SH5A.
Measure the LO
power going into the
mixer, U506, at the
output side of C599.
Is the LO power
= -5 dBm?
Yes
No
Testing a
UHF1 or
UHF2?
Yes
Remove shield, SH5A. IF level
at the mixer (output side of
series resistor, R511) about:
VHF: -44 dBm?
UHF1: -45 dBm?
UHF2: -45 dBm?
700: -48 dBm?
800: -45 dBm?
Yes
Remove shield, SH7.
Check the polarity
of T505 and check
to see that all pins
are grounded.
Visually inspect
windings
Yes
1
Yes
Is
polarity correct,
all pins gounded
and
windings look ok?
No
Remove shield, SH11.
Measure RF input level at the
antenna port (input side of
C1301).
RF level
about -49
dBm?
Yes
No
Inspect coaxial
antenna connector
and cable
assembly
Visual
inspection
OK?
Yes
No
Check FGU and
replace U506 if
needed.
Replace
bad part
Yes
Remove shield, SH13 for 700/800
or SH10 for UHF1 and UHF2.
Measure RF levels at the input side
of C1301 and the input side of L1108,
compute RF switch, U1111 loss.
(Skip if VHF).
No
RF switch
loss ~ 1 dB?
Bad antenna
connector.
Replace cable
assembly.
Check digital logic
to the RF switch
and replace U1111
if needed.
Yes
Measure RF levels at the output side of L1108 and
the input side of C1122, compute RF switch, U1102
loss.
Note: The 15 dB attenuator in the RF switch will be
enabled.
RF switch
loss <17dB?
No
Check digital logic
to the RF switch
and replace U1102
if needed.
Yes
Testing a
VHF
radio?
No
Testing a
7/800
radio?
Yes
No
Testing a
UHF1 or UHF2
radio?
Yes
Yes
15
Measure RF level at
output side of C1149
and Pin 3 on U1149.
Loss ~ 15 dB?
No
Check logic on
attenuator U1149
and replace
if needed.
Testing a
700
channel?
Yes
2
Check FGU and
replace U506 if
needed.
No
3
No
4
No
Replace T505
5-36
Troubleshooting Charts: RX RF Failure
RX RF Failure – Page 2
1
2nd LO: 107.4 MHz
Remove shield,
SH6A. Measure
2nd LO at
TP601 on PCB
side 1
Note: RF Test frequency used:
VHF: 154.275MHz
UHF1: 424.975MHz
UHF2: 485.075 MHz
700: 769.0625MHz
800: 860.0625MHz
Measured with a high impedance probe for relative comparisons and troubleshooting only.
Actual S21 gain or loss may differ if the test point is not 50 ohms.
2nd LO DC bias
No
Signal
Present?
Sampling
Clock
present?
Yes
Q601-3 =
5.0 Vdc?
No
Check Voltage
Regulator U200
Yes
Yes
No
Check
Controller
No
Is the LO freq either
107.4 MHz or 111.9 MHz?
11
Q601-2 =
3.8 Vdc?
No
Replace
Q601
Yes
Remove SH6B for VHF and 700/800
or SH8 for UHF1 and UHF2.
Inspect 2nd LO VCO
Yes
Measure
CLK_SSI_RX, TP106
DIG_DATA_SSI_RX_FS, TP111
DIG_DATA_SSI_RX_DOUTA, TP112
Visual
examination
OK?
Observe 0 to 1.875Vdc
digital signals
Yes
Levels
OK?
Replace
U602
No
10
Yes
Measure
CLK_SSI_RX at
TP106
CLK_SSI_RX
= 1.2 MHz?
No
9
Yes
DIG_DATA_SSI_RX_FS = 20 kHz
sync pulse
DIG_DATA_SSI_RX_FS
OK?
No
10
Yes
DIG_DATA_SSI_RX_DOUTA = 16-bit I,
16-bit Q.
DIG_DATA_SSI_RX_DOUTA
OK?
Yes
Go to VOCON RX
AUDIO flowchart
No
10
No
Repair
Defects
Troubleshooting Charts: RX RF Failure
5-37
RX RF Failure – Page 3
Note: RF Test frequency used:
VHF: 154.275MHz
UHF1: 424.975MHz
UHF2: 485.075 MHz
700: 769.0625MHz
800: 860.0625MHz
2
Remove shield, SH3.
Measure RF levels at first
preselector filter and
compute filter loss.
VHF: Input side of C301 &
output side of C307.
Loss < 2 dB?
Measured with a high impedance probe for relative comparisons and troubleshooting only.
Actual S21 gain or loss may differ if the test point is not 50 ohms.
No
Check components
and replace defective
parts.
Yes
Measure RF levels at LNA
and compute LNA gain.
VHF: Input side of C311 and
output side of R307.
Gain about
18 dB?
Check LNA:
Check DC bias voltages of
U302 at the base (pin 1) &
collector (pin 3).
No
Yes
Measure RF levels at second
preselector filter and compute
filter loss.
VHF: input side of C318 & output
side of C326.
Loss < 6 dB?
Yes
No
Is base voltage =
0.796 V? Collector
voltage = 1.563 V?
Check components
and replace defective
parts.
No
Replace
U302
Yes
Check DC bias voltages of
Q302 at the base (pin 2 or
5), collector (pin 3) & emitter
(pin 4).
8
Is base voltage = 1.017 V?
Collector voltage =
0.796 V? Emitter
voltage = 1.566 V?
Yes
Check DC input line voltages
and visually inspect and
replace defective
components if needed.
No
Replace
Q302
5-38
Troubleshooting Charts: RX RF Failure
RX RF Failure – Page 4
Note: RF Test frequency used:
VHF: 154.275MHz
UHF1: 424.975MHz
UHF2: 485.075MHz
700: 769.0625MHz
800: 860.0625MHz
3
Remove shield, SH3.
Measure RF levels at the
RF switch, U402, and
compute switch loss.
700: output side of C402 &
input side of C409.
Measure RF levels at the SAW filter,
FL401, and compute filter loss.
700: Output side of C409 and input
side of C413.
Yes
No
Loss < 1 dB?
No
Measured with a high impedance probe for relative comparisons and
troubleshooting only.
Actual S21 gain or loss may differ if the test point is not 50 ohms.
Check digital logic
to the RF switch
and replace U402 if
needed.
Replace
FL401
Loss < 3 dB?
Yes
Measure RF levels at the RF
switch, U404, and compute switch
loss.
700: output side of C413 & input
side of C423.
No
Loss < 2 dB?
Check digital logic
to the RF switch
and replace U404 if
needed.
Yes
Measure RF levels at LNA
and compute LNA gain.
700: input side of C423 and
output side of R406.
Gain about
10 dB?
No
6
Yes
Measure RF levels at the
RF switch, U403, and
compute switch loss.
700: output side of R406 &
input side of C411.
Measure RF levels at the SAW filter,
FL402, and compute filter loss.
700: Output side of C411 and input
side of C415.
No
Loss < 3 dB?
Yes
Loss < 1 dB?
Replace
FL402
Yes
Measure RF levels at the RF
switch, U405, and compute switch
loss.
700: output side of C415 & input
side of C430.
Check digital logic
to the RF switch
and replace U405 if
needed.
No
Loss < 1 dB?
Yes
Measure RF levels at LNA
and compute LNA gain.
700: input side of C430 and
output side of R412.
Gain about
10 dB?
Yes
5
No
7
No
Check digital logic
to the RF switch
and replace U403 if
needed.
Troubleshooting Charts: RX RF Failure
5-39
RX RF Failure – Page 5
4
Note: RF Test frequency used:
VHF: 154.275MHz
UHF1: 424.975MHz
UHF2: 485.075 MHz
700: 769.0625MHz
800: 860.0625MHz
Remove shield, SH3.
Measure RF levels at the
RF switch, U402, and
compute switch loss.
800: output side of C402 &
input side of C408.
Measure RF levels at the SAW filter,
FL401, and compute filter loss.
800: output side of C408 and input
side of C412.
Yes
No
Loss < 2 dB?
No
Loss < 2 dB?
Measured with a high impedance probe for relative comparisons and
troubleshooting only.
Actual S21 gain or loss may differ if the test point is not 50 ohms.
Check digital logic
to the RF switch
and replace U402 if
needed.
Replace
FL401
Yes
Measure RF levels at the RF
switch, U404, and compute switch
loss.
800: output side of C412 & input
side of C423.
No
Loss < 2 dB?
Check digital logic
to the RF switch
and replace U404 if
needed.
Yes
Measure RF levels at LNA
and compute LNA gain.
800: input side of C423 and
output side of R406.
Gain about
11 dB?
No
6
Yes
Measure RF levels at the
RF switch, U403, and
compute switch loss.
800: output side of R406 &
input side of C410.
Measure RF levels at the SAW filter,
FL402, and compute filter loss.
800: output side of C410 and input
side of C414.
Loss < 3 dB?
No
Yes
Loss < 1 dB?
Replace
FL402
Yes
Measure RF levels at the RF
switch, U405, and compute switch
loss.
800: output side of C414 & input
side of C430.
Loss < 1 dB?
No
Check digital logic
to the RF switch
and replace U405 if
needed.
Yes
Measure RF levels at LNA
and compute LNA gain.
800: input side of C430 and
output side of R412.
Gain about
10 dB?
Yes
5
No
7
No
Check digital logic
to the RF switch
and replace U403 if
needed.
5-40
Troubleshooting Charts: RX RF Failure
RX RF Failure – Page 6
Note: RF Test frequency used:
VHF: 154.275MHz
UHF1: 424.975MHz
UHF2: 485.075 MHz
700: 769.0625MHz
800: 860.0625MHz
6
7
Measured with a high impedance probe for relative comparisons
and troubleshooting only. Actual S21 gain or loss may differ if
the test point is not 50 ohms.
Check LNA:
Check LNA:
Check DC bias voltages for U407 at
Check DC bias voltages for U406 at
the base (pin 1) & collector (pin 3).
the base (pin 1) & collector (pin 3).
Is base voltage =
0.778 V? and
collector voltage =
1.554 V?
No
Replace
U406
Check DC input line voltages
and visually inspect and
replace defective
components if needed.
Replace
U407
Check DC bias voltages of Q403 at
the base (pin 2 or 5), collector (pin
3) & emitter (pin 4).
Check DC bias voltages of Q402 at
the base (pin 2 or 5) , collector (pin
6) & emitter (pin 1).
Yes
No
Yes
Yes
Is base voltage = 1.024
V? Collector voltage =
0.777 V? Emitter
voltage = 1.554 V?
Is base voltage =
0.778 V? and
collector voltage =
1.552 V?
No
Replace
Q402
Is base voltage = 1.025
V? Collector voltage =
0.778 V? Emitter voltage
= 1.552 V?
Yes
Check DC input line voltages
and visually inspect and
replace defective
components if needed.
No
Replace
Q403
Troubleshooting Charts: RX RF Failure
5-41
RX RF Failure – Page 7
Note: RF Test frequency used:
VHF: 154.275MHz
UHF1: 424.975MHz
UHF2: 485.075 MHz
700: 769.0625MHz
800: 860.0625MHz
5
Remove shield, SH7.
Measure RF levels at the
filter and compute filter
loss. Input side of C526
and output side of C503.
Filter Loss
<1 dB?
Yes
Measured with a high impedance probe for
relative comparisons and troubleshooting only.
Actual S21 gain or loss may differ if the
test point is not 50 ohms.
No
Visually inspect and
replace components if
necessary.
8
Remove SH5A and SH2.
Measure RF and IF level at
mixer and compute mixer
conversion loss. Pin 1 of
T503 and Pin 1 of T504.
Mixer loss
about 6dB?
Levels between
4-8 dB are
acceptable.
8
Yes
14
No
13
5-42
Troubleshooting Charts: RX RF Failure
RX RF Failure – Page 8
Clock
Synthesizer
9
Measure tuning
voltage (Vt) at
R608
CLK_SSI_RX
< 1.2 MHz?
Measured with a high impedance probe for relative comparisons
and troubleshooting only.
Actual S21 gain or loss may differ if the test point is not 50 ohms.
No
Vt = 0 Vdc?
Yes
Yes
Vt = 3 Vdc?
10
Note: RF Test frequency used:
VHF: 154.275MHz
UHF1: 424.975MHz
UHF2: 485.075 MHz
700: 769.0625MHz
800: 860.0625MHz
No
No
10
Visual
examination
OK?
No
Repair
defects
Yes
10
Remove SH6A, inspect
clock oscillator circuit
at U601-19,20
Yes
Repair
Defects
Remove SH6A,
inspect
components
No
Visual
examination
OK?
Check level shifters, U603 and U604 by
checking signal amplitudes using an
oscilloscope at R616, R617, R618. R616
and R617 belong to U603 and R618 belongs
to U604. Note: These resistors are not
placed. You will be probing the pads.
Is the input side
pad of R616, R617
& R618 = 3 V?
No
Replace
Abacus,
U601
Yes
Replace Varactor
VR601
Yes
Is the output side
pad of R616, R617
& R618 = 1.875 V?
Yes
Replace
Abacus,
U601
No
Replace level
shifters, either
U603, U604 or both.
Troubleshooting Charts: RX RF Failure
5-43
RX RF Failure – Page 9
12
11
TP602(Vdc)
0.00
1.47
4.16
5.00
Measure control
voltage at TP602
No
Fvco too low?
TP601 (MHz) Fvco
102.70
107.40
111.90
112.80
TP602 = 0
Vdc?
<107.4 MHz
Remove IF filter shield,
SH2. Check IF filter and
LC matching networks.
No
10
Visual
inspection
OK?
No
Yes
Yes
Yes
TP602 =
5 Vdc?
No
10
Replace IF
filter, FL501.
Yes
Remove Abacus
shield, SH6A, and
inspect second LO
VCO.
Visual
examination
OK?
Yes
Replace
Varactor
VR602
No
Repair
defects
Note: RF Test frequency used:
VHF: 154.275MHz
UHF1: 424.975MHz
UHF2: 485.075MHz
700: 769.0625MHz
800: 860.0625MHz
Measured with a high impedance probe for
relative comparisons and troubleshooting only.
Actual S21 gain or loss may differ if the
test point is not 50 ohms.
Repair
Defects
5-44
Troubleshooting Charts: RX RF Failure
RX RF Failure – Page 10
14
13
Note: RF Test frequency used:
VHF: 154.275MHz
UHF1: 424.975MHz
UHF2: 485.075 MHz
700: 769.0625MHz
800: 860.0625MHz
Check Mixer:
Remove shield, SH5A. Check the
polarity of T503 and check to
see that all pins are grounded.
Visually inspect windings.
Measured with a high impedance probe for
relative comparisons and troubleshooting only.
Actual S21 gain or loss may differ if the
test point is not 50 ohms.
Is the polarity
correct and all pins
are gounded?
No
Remove shields, SH2 &
SH5C. Measure IF level at
XTAL filter and compute
XTAL filter loss, non
ground side of C515 and
non ground side of C516.
Loss:
VHF: < 3 dB?
700: < 4 dB?
800: < 3 dB?
UHF1: < 3 dB?
UHF2: < 3 dB?
Replace
T503
Yes
Yes
No
No
Is the LO power
= -5 dBm?
Testing a UHF radio?
No
Gain approximately 12dB?
Yes
Check LNA:
Check DC bias voltages
of Q503 at the base (pin
1) & collector (pin 3).
Yes
Remove shield, SH2. Check
the polarity of T504 and check
to see that all pins are
grounded. Visually inspect
windings.
No
12
Measure RF levels at IF
Amplifier and compute
gain, input side of C519
& output side of R511.
Measure the LO power going into the mixer, U506,
For VHF & 7/800 radio, at the output side of C599.
For UHF1 radio, at the output side of C528.
Replace
T504
No
Remove shield, SH7. Check
the polarity of T505 and check
to see that all pins are
grounded. Visually inspect
windings.
Is the polarity
correct and all pins
are gounded?
No
Yes
No problem
found.
Is the polarity
correct and all pins
are gounded and the
windings look ok?
Replace
Q503
Yes
Yes
14
Replace
T505
No
Check DC bias voltages of
Q501at the base (pin 2 or
5), collector (pin 3) and the
emitter (pin 4).
Yes
Check FGU and
replace U506 if
needed.
Is base voltage =
0.756 V?and
collector voltage =
1.560 V?
Check FGU and
replace U506 if
needed.
Is base voltage =
1.080 V? Collector
voltage = 0.756 V?
Emitter voltage = 1.583 V?
Yes
Check DC input line voltages
and visually inspect and
replace defective
components if needed.
No
Replace
Q501
Troubleshooting Charts: RX RF Failure
5-45
RX RF Failure – Page 11
15
Note: RF Test frequency used:
VHF: 154.275MHz
UHF1: 424.975MHz
UHF2: 485.075 MHz
700: 769.0625MHz
800: 860.0625MHz
Remove shield, SH3.
Measure RF levels at first
preselector filter and
compute filter loss.
UHF: Input side of C2035
& output side of C2039.
No
Loss < 3.5
dB?
Check components
and replace defective
parts.
Autotune the radio.
Measured with a high impedance probe for
relative comparisons and troubleshooting only.
Actual S21 gain or loss may differ if the
test point is not 50 ohms.
Yes
Measure RF levels at LNA
and compute LNA gain.
UHF: Input side of C2033
and output side of C2044.
Gain about
18 dB?
Check LNA:
Check DC bias voltages of
U2032 at the base (pin 1) &
collector (pin 3).
No
Yes
Measure RF levels at second
preselector filter and compute
filter loss.
UHF: input side of C2059 &
output side of C2061.
Is base voltage =
0.787 V? Collector
voltage = 1.56 V?
No
Loss < 5
dB?
Check components
and replace defective
parts.
Autotune the radio.
Yes
Remove shield, SH5A. Measure
RF levels at the filter and
compute filter loss. Output
side of C2061 and output side
of C510.
Filter Loss
< 3 dB?
Yes
8
No
Visually inspect
and replace
components if
necessary.
No
Replace
U2032
Yes
Check DC bias voltages of
Q2022 at the base (pin 2 or
5), collector (pin 3) & emitter
(pin 4).
Is base voltage = 1.022
V? Collector voltage =
0.787 V? Emitter
voltage = 1.561 V?
Yes
Check DC input line voltages
and visually inspect and
replace defective
components if needed.
No
Replace
Q2022
5-46
Troubleshooting Charts: FGU Failure
5.19 FGU Failure
VCO TX/RX
unlock
Sniff: Using an inductive field probe
as an antenna to measure
frequency. Place the probe
approximately ½ inch away from
components to be sniffed
“Sniff ”
Frequency near
VCO shield
Frequency
detected?
No
Remove
VCO shield.
No
4.6V at
TP853?
Remove
TRIDENT shield.
Yes
Yes
Remove
VCO shield.
Check parts
around U703.
If OK, replace
U703.
Check
5V DC supply.
Yes
No
2.5V at
logic pins
on U703?
Check parts
around U702.
If OK, replace
U702.
See Note 1
Yes
Check control
Voltage at R764.
Replace VCO.
<1Vdc
>10Vdc
or drifting?
No
5V at
C742?
See Note 2
Check if VCO
Is locked using
spectrum analyzer.
No
Note 1:
Pin
Yes
No
VCO
Locked?
Remove
TRIDENT shield.
Remove
TRIDENT shield.
Check parts
around U702.
If OK, replace
U702.
Check
VOCON board.
VHF RX
8
10
9
VHF TX
700 RX / 800 TX
700 TX / 800 RX
7/800 TX
UHF1 RX (380-450) / UHF2 RX (450-520)
UHF1 RX (450-470)
6
8
15
12
Yes
Check power
on prescalar buffer
output ,C779 using
field probe.
Freq Band
4
UHF1 TX (380-445)
UHF1 TX (445-470) / UHF2 TX (450-520)
13
Note 2:
Is power at
C779
> -15dBm?
Is power at
U709 output
> -15dBm?
No
No
Yes
Check parts
around VCOs and
loop filter. If OK,
replace VCO.
Yes
No
1.5Vdc at
L701?
No
Check
1.5V DC supply.
Ref Des
Y704
Y705
Y705
Y706
Y707
Yes
VCO
VHF TX / UHF1 RX / UHF2 RX
UHF1 TX / UHF2 TX
700 RX/TX 800 RX/TX
7/800 TX / VHF RX
Check parts around
Q774. If OK,
replace Q774.
Is power at
VCO output
> -15dBm?
See Note 2
Note 3:
Yes
Pin
U709
2.5V at
logic pins
on U709?
See Note 3
Yes
Replace U709.
No
Check parts
around U703.
If OK, replace
U703.
3
6
7
Freq Band
VHF TX/ UHF1 RX / UHF2 RX
700 RX/TX / 800 RX/TX /UHF1 TX/UHF2 TX
VHF RX / 7/800 TX
Troubleshooting Charts: FGU Power Failure
5-47
5.20 FGU Power Failure
VCO TX/RX
Low Power
Remove
TRIDENT shield.
No
TX?
Check power
at input of U710
(pin 1).
Remove
VCO shield.
Is power
> -20dBm?
Yes
2.5Vdc on
U710 logic pin?
Yes
Check parts
around U710. If
OK, replace U710.
See Note 1
Yes
No
No
1.5Vdc at
L821?
No
Check 1.5Vdc
supply.
1.5Vdc at
L806?
Check parts
around U703. If
OK, replace U703.
No
Yes
Check 1.5Vdc
supply.
Yes
< 0.5Vdc at
Pin 3 of
Q703?
Yes
No
< 1.5Vdc on
Pin 2 of
Q714?
No
< 0.5Vdc on
Pin 6 of
Q714?
Yes
Is power
at C830
> -20dBm?
Yes
Check parts
around Q703. If
OK, replace Q703.
Yes
< 0.5Vdc at
Pin 3 of
Q712?
No
Check parts
around Q714. If
OK, replace Q714.
Check logic
in PA section.
2.5Vdc on
U710 logic pin?
No
Check parts
around Q712. If
OK, replace Q712.
No
Is power
at C810
> -20dBm?
Check parts
around Q842. If
OK, replace Q842.
No
Yes
Yes
Check parts
around Q713. If
OK, replace Q713.
No
Check parts
around U703. If
OK, replace U703.
2.5Vdc on
U709 logic pin?
See Note 1
No
Yes
Check parts
around U703. If
OK, replace U703.
See Note 2
VHF TX?
Yes
No
Is power
at C830
> -20dBm?
No
Is power
at C830
> -20dBm?
Yes
Yes
Check parts
around Q842. If
OK, replace Q842.
Is power
output of VCO
> -20dBm?
See Note 3
No
Yes
Is power
at C799
> -20dBm?
Yes
Check parts
around U709. If
OK, replace U709.
No
No
Check parts
around VCO. If
OK, replace VCO.
Yes
See Note 3
Check parts
around U702. If
OK, replace U702.
Note 2:
Note 1:
U710 Pin
3
6
7
Freq Band
700 / 800 / VHF RX / UHF1 RX/ UHF2 RX
700 / 800 TX / 7/800 TX / UHF1 TX/ UHF2 TX
VHF TX
U709 Pin
3
6
7
Note 3:
Freq Band
VHF TX / UHF1 RX/ UHF2 RX
700 RX/TX / 800 RX/TX / UHF1 TX/ UHF2 TX
VHF RX / 7800 TX
Ref Des
Y704
Y705
Y706
Y707
VCO
VHF TX / UHF1 RX/ UHF2 RX
UHF1 TX/ UHF2 TX
700 RX/TX 800 RX/TX
7/800 TX / VHF RX
5-48
Troubleshooting Charts: GPS Failure
5.21 GPS Failure
START
No GPS Lock
Verify the location feature is enabled,
replace antenna, and retry in a strong
signal environment (open sky)
Yes
GPS lock?
The GPS receiver requires a working
antenna, and a direct view of the sky
in order to achieve a position fix
No
Check for 32 kHz clock at TP2405, and
1.8V for GPS reset at TP2406
Check U6101 (CPLD) pin E2 (IO74)
for 32 kHz output, and pin D12 (IO91)
for 1.8V on reset.
No
32 kHz and
reset ok?
Yes
Verify communication with GPS IC by resetting radio while probing TP2047 and
TP2048 with an oscilloscope. Activity should be seen on both UART test points
for successful comm.
Re-flash radio with latest released
firmware
Radio firmware
was corrupted
Yes
No
GPS lock?
No
Remove expansion board shield and check
VBAT voltage for 3.5V (measured at R2413),
and VDDS for 1.8V (measured at R2415)
Replace faulty
regulator
No
Regulators
OK?
Yes
comm
succesful?
Yes
Remove expansion board shield and
check regulator U2405 for 2.8V (measured
at C2403)
Regulator
OK?
No
Replace faulty
regulator
Yes
Check regulator U201 for 3V
on RF board (measured at C1305)
Regulator
OK?
No
Replace faulty
regulator
Yes
Check for 1.8V on LNA enable
measured at TP2402 and C2409
Check for 26 MHz at C2421
No
Replace Y2204
No
Replace GPS IC U2401
1.8V?
Is 26 MHz
present?
Yes
Replace GPS IC U2401
Yes
Measure the GPS total front-end gain @ 1575.42 MHz while
GPS IC is active (measured from antenna port to C2424).
Total gain should be approximately 18 dB.
~ 18 dB?
No
Yes
Replace GPS IC U2401
Debug front-end for faulty
component (LNA’s U1304,
U2404, and SAW filters
FL1301, FL2401 and FL2403)
Troubleshooting Charts: Bluetooth Failure
5-49
5.22 Bluetooth Failure – Page 1 (Pairing Issue)
1
Clear keys for
Was a BT
Yes
radio and pod,
indicator
attempt to pair
present?
again.
Resolved
Yes
Pairing
No
Success?
BT ON
button or
No
Yes
menu item
Turn BT On
available?
using button or
2
menu selection.
No
In codeplug, ensure BT is enabled
and there is a menu/button/switch
to turn it on.
Was a BT
indicator
present?
No
Were any LCD
Yes
error messages
displayed?
4
No
Open radio and press down
on expansion board near LF
coil. Recycle radio power.
Yes
5-50
Troubleshooting Charts: Bluetooth Failure
Bluetooth Failure – Page 2 (Pairing Issue)
2
PAIRFAIL
on top
display?
PTT on headset
produces lowtone from radio
Yes
Yes
No
No
Read codeplug. Write
Radio Wide-> Bluetooth->
reconnect timer to
‘immediate’. Reset Radio
and headset.
AUD DEV
UNPAIRED
on top display
in first 10
seconds?
Pairing
Success?
Yes
Power off the POD headset, then
slightly turn and press firmly on the
earpiece connector to ensure it is
making good connection to the
POD. Power on the POD headset
and re-pair it with the APX radio.
Yes
Resolved, radio never
released the pairing key of a
previous headset. Set up the
codeplug to have a menu item
for clearing BT pairing keys
and explain functionality.
No
3
No
LF TX
Working?
See Section 6.17 &
Figure 6-72
BT TX
Working?
See Section 6.17 &
Figure 6-66
No
Yes
No
Yes
Replace
expansion
board
LF RX
Yes
Working?
See Section 6.17
BT RX
Working?
See Section 6.17
Yes
No
Replace
expansion
board
No
Have you
already replaced
speaker module?
Yes
No
Replace
expansion
board
Replace expansion board
Replace speaker module
in case BT antenna
is defective
Intermittent Pairing
Failure?
No
7
Yes
Troubleshooting Charts: Bluetooth Failure
5-51
Bluetooth Failure – Page 3 (Pairing Issue)
3
BT Icon
with circle
seen?
Yes
Pairing was successful. If
there were no audio tones
during pairing, they may have
been disabled in the codeplug.
No
Was audio
heard from
headset?
Yes
Resolved
No
7
6
Were any
LCD error
messages
displayed?
Using an oscilloscope, verify
the Bluetooth signals are within
the expected voltages and
timings by measuring the test
points from table 6-6 and using
the waveforms in sections 6.17
and 6.18 to verify the signals
are expected.
Yes
4
No
Open radio and press down
on expansion board near LF
coil. Recycle radio power.
Were
measured signals
as expected?
No
Replace
expansion board.
Yes
1
New issue, try replacing expansion board.
If issue persists, reload expansion board
SW using an SREC file and flashzap.
If issue still persists, contact engineering.
5-52
Troubleshooting Charts: Bluetooth Failure
Bluetooth Failure – Page 4 (LCD Indication)
4
Indication
just after
power-up?
Yes
HW BRD
ABSENT?
Yes
No
Power off
radio. Open
radio and
press down on
expansion
board near LF
coil. Power
on radio
HW BRD
ABSENT?
No
Clear All
Pairing
Failed?
Yes
No
Replace
expansion
board
BT ON
FAILED?
No
Yes
If BT on/off soft - key or
pressing ‘CLR’ key in BT
menu triggers message, reload
radio SW and retry.
Yes
Replace
expansion
board
No
Yes
Clear All
Pairing
Failed?
Try to enable BT again. If no
button is programmed to turn BT
on, use CPS to set a menu item to
turn it on. Recycle radio and retry.
BT ON
FAILED?
No
5
New or unknown
indication.
Contact SW for
detail.
No
Yes
Reload SW in
APX radio.
Enable BT and
recycle radio
power.
BT ON
FAILED?
No
Yes
Replace
expansion
board
Troubleshooting Charts: Bluetooth Failure
5-53
Bluetooth Failure – Page 5 (LCD Indication)
5
HW BRD
FAILED?
Yes
Open radio and press down
on expansion board near LF
coil. Recycle radio power.
No
Yes
HW BRD
FAILED?
No
HW BRD
MISMATCH
Yes
Expansion board is a
basic model (without
BT), but BT feature is
turned on in codeplug.
Explain to user they
need to upgrade their
expansion board to a
full-featured model.
No
Non-Bluetooth
Reload SW in APX
radio. Enable BT and
recycle radio power.
LCD Indication:
Issue may not be
Bluetooth/LF
HW BRD
FAILED?
No
Yes
Replace
expansion
board
5-54
Troubleshooting Charts: Bluetooth Failure
Bluetooth Failure – Page 6 (No Audio from Headset)
6
Connect radio to PC
and read the codeplug.
BT Audio
Reroute
programmed in
the code plug?
Determine what button is
programmed for BT audio reroute
from the codeplug and press it.
Yes
Audio heard
through BT
headset?
No
PTT on headset
produces low tone from radio
Yes
Resolved
No
Yes
Power off the POD headset, then slightly turn
and press firmly on the earpiece connector to
ensure it is making good connection to the
POD. Power on the POD headset and repair it with the APX radio.
No
Audio heard
through SU
without headset
paired?
Yes
Audio heard
through BT
headset?
No
No
Go to RX RF/Vocon audio
flowchart (5.11 or External
Speaker Audio Out Failure)
Try a different headset. If still fail,
replace expansion board and retry.
Yes
Resolved
Troubleshooting Charts: PA Failure
5-55
5.23 PA Failure – Main
No or Low Power
Measure Power at
several VHF, 7/800, UHF1,
or UHF2 test frequencies
depending on radio
VHF PA
2
7/800 PA
UHF1 PA
1
7
UHF2 PA
9
If PA proves to be
fine contiue onward
Is RX sensitivity
OK?
Yes
4
No
No, check the coaxial
antenna cable for
continuity and proper
engagement
Is coax cable
OK?
No
Replace
coaxial cable.
Yes (not valid for VHF)
3
5-56
Troubleshooting Charts: PA Failure
PA Failure – Page 1 (7/800 PA)
1
Measure TX current
at 7/800 test
frequencies.
Yes
Is current less
than 350 mA?
Measure voltage at
pin 4 of U1001.
No
Is current
approximately
500 mA?
Is voltage
approximately 6
V?
Yes
Replace Q1001
Yes
Replace U1002 and
Q1001.
No
No
Is current
greater than 2A?
Yes
Measure voltage at
pin 5 of U1001.
Use a spectrum
analyzer and highimpedance RF probe.
Measure RF_IN_2 at
C1001.
Is voltage
approximately 7
V?
Is the frequency
correct?
No
See FGU
troubleshooting
charts.
Replace U1001.
No
Measure voltage at
pin 3 of Q1102.
Yes
Is the power
level about 3
dBm?
Yes
No
Check U1110 and
see FGU
troubleshooting
charts.
Yes
Is voltage
approximately 0
V?
Measure power at
C1022.
Yes
Replace Q1104.
No
Measure voltage at
pin 1 of Q1102.
Is the power
appoximately 36
dBm?
No
Replace U1002.
Is voltage
greater than 1.5
V?
Yes
Measure power at
C1411, and calculte
harmonic filter loss.
Yes
Replace Q1102.
No
Measure voltage at
pin 6 and 7 of U1119.
Is the loss less
than 1 dB?
Yes
No
Repair any issues
with 1400 series parts
in the harmonic filter.
Are Pins 6 and
7, 5V and
2.775V
PA and harmonic
filter are functioning
properly.
No
6
If power issue is not
resolved.
4
Yes
Replace U1119.
Troubleshooting Charts: PA Failure
5-57
PA Failure – Page 2 (VHF PA)
2
Remove shield SH9A. On a spectrum
analyzer measure input frequency
and power level at C901.
Is frequency and
spectrum of the
signal OK?
No
See FGU
troubleshooting charts.
No
Measure power level
at pin 5 of U1110.
Yes
Is power level
above 0 dBm?
Was the change
in power level
more than 2 dB
higher?
Check voltage on pins 4 and
6 of U1110, pin 4 should be
near 0 V and pin 6 should
be near 2.775V.
Measure DC voltage
on C903 and C905.
No
Was voltage
near 7.5 V?
Were the
voltages
correct?
Measure voltage
at pin 1 of Q1101.
See FGU
troubleshooting
charts.
Replace U1110.
With the radio in RX mode,
measure the DC voltage
on both pins of L903.
No
Was voltage
near 3 V?
Measure inputs on pins 2
and 3 to AND gate U1119.
Pin 2 and 3 should be 5
and 2.775V respectively.
Yes
Was voltage
near 7.5 V on
both sides?
Yes
With the radio in RX mode,
measure the DC voltage
on the drain of Q901.
No
Trace voltages and check
for solderability issues on
R1102, Q1101, and Q1103.
Replace parts as necessary.
No
Is there 7.5 V on
C908?
Was voltage
near 7.5 V?
Check E1101 for
solderability issues and
replace as necessary.
Yes
Yes
Check L903 for solderability
issues and replace as
necessary.
With the radio in RX mode,
measure the resistance on
the node shared by C916
and R906.
Is
the resistance
near 9.4k
Ohms?
Yes
No
Yes
Yes
No
See FGU
troubleshooting
charts.
Yes
Yes
Check L906 under sheild SH9B
for solderability issues and
replace as necessary.
No
Check resistors R901,
R902, R903, R904, and
R905 for resistance and
solderability issues and
replace as necessary.
No
If resistance is very low, in the
100's of ohms,and there are no
issues with the resistors then
there is a gate short on the PA.
Clear short or replace Q901.
In TX mode, measure the
voltage on pin 4 of U901.
Is the voltage
near 6 V?
Is
TX current
just above
stanby current?
Yes
Yes
The PA and Driver are likely damaged.
Replace Q901 and U902.
Yes
The PA is likely damaged.
Replace Q901.
No
Yes
5
Is
the TX current
between 300 and
900 mA?
Is the voltage
below 4 V?
No
No
If the voltage is between 4 and 5.5V
then the control loop should be
working and power should be
available. Check the coaxial cables
and surface mounted coaxial connectors.
Were the
connections
OK?
No
Replace cables, or
connectors J101 or
J102.
Yes
3
Is
the TX current
above 900 mA?
Yes
Lift shield SH9B and check
for solderability or part issues
on all 900 series parts.
Replace parts as necessary.
If no issues found, lift shield SH12
and check for solderability or part
issues on all 1200 series parts.
Replace parts as necessary.
If power issue is not
resolved.
4
5-58
Troubleshooting Charts: PA Failure
PA Failure – Page 3 (Aux Antenna Switch)
3
Lift shield SH11 and
check switch U1111
for functionality.
In RX mode, and main antenna
mode measure resistance from
pin 28 to pin 1 of U1111. Then in
RX mode and auxiliary antenna
mode measure resistance from
pin 24 to 28.
Is resistance
less than 10
Ohms?
Yes
Repeat resistance
measurement from center
pin of J101 and J102 to
pin 28 of U1111 for main
and auxiliary antenna
modes respectively.
Is resistance
less than 10
Ohms?
No
Replace defective
antenna connector
J101 or J102.
Yes
4
No
Is supply to
U1111 pin 12
near 3.3 V?
No
Check pin 12 for
solder shorts.
Verify logic to pin 13 of U1111.
Pin 13 should be near 2.775 V
for the main antenna and near 0
V for the auxiliary antenna port.
No
Check pin 13 for
solder shorts.
Clear short, or
replace U1111.
Is the pin
shorted?
Yes
Clear short, or
replace U1111.
Check for solder
shorts on the RF pins
1,2,23,24, and 28.
Yes
Verify voltage divider
at R1183 and R1184
under sheild SH12.
Clear short, or
replace U1111.
Yes
Were any pins
shorted?
No
Yes
Yes
Is logic correct?
Is the pin
shorted?
No
If all else is OK, and
resistance is still high,
then replace U1111
and re-measure
power.
No
Verify voltage at pin
22 of U703 under
sheild SH7. See
FGU trouble
shooting charts for
further information.
Troubleshooting Charts: PA Failure
5-59
PA Failure – Page 4 (Multi Switch)
4
Lift shield SH12 and
check switch U1102
for functionality.
In RX mode, measure
resistance on U1102
from pin 9 to pin 28.
Is resistance
less than 10
Ohms?
Check pins 8,
9, 27, 28 and
29 for solder
shorts.
No
Are any of the
pins shorted?
Yes
Yes
Remove ferrite bead E1101
to disable the PA's .
Yes
Clear short, or
replace U1102.
In RX mode, measure
resistance on U1102
from pin 3 to 28 and
from pin 22 to 28.
Is resistance
greater than 20K
Ohms?
No
Check pins 2,
3, 4, 21, 22, 23,
27, 28 and 29
for solder shorts.
No
Are any of the
pins shorted?
No
Yes
In TX mode, measure
resistance on U1102 from
pin 3 to pin 28.
Is resistance
less than 10
Ohms?
Clear short, or
replace U1102.
No Check pins 2, 3
and 4 for solder
shorts.
Are any of the
pins shorted?
In TX mode, measure
resistance on U1102
from pin 22 to pin 28.
No
Yes
Yes
Clear short, or
replace U1102.
Is resistance
less than 10
Ohms?
Check pins 21,
22 and 23 for
solder shorts.
No
Are any of the
pins shorted?
Yes
In either TX mode,
measure resistance
on U1102 from pin 9
to 28.
Is resistance
greater than 20K
Ohms?
No
Yes
Clear short, or
replace U1102.
No
Check pins 8,
9, 27, 28 and
29 for solder
shorts.
Are any of the
pins shorted?
No
Yes
Yes
Verify voltage
divider at R1183
and R1184 under
sheild SH12.
No
Check pin 12
for solder
shorts.
Is the pin
shorted?
No
Is supply to
U1102 pin 12
near 3.3 V?
No
Were all
resistances
correct?
Yes
U1102 is functional,
follow PA specific
charts.
Clear short, or
replace U1102.
Yes
Yes
Verify logic to pin 13, 14 and
15 of U1102, using the table
to the left for reference. Logic
high ~ 3 V, and logic low ~ 0 V.
Clear short, or
replace U1102.
Pin
13
14
15
TX
0
1
1
RX
1
0
0
Is logic correct?
No Check pins 13, 14
and 15 for solder
shorts.
Yes
Yes
Check for solder
shorts on the RF pins
1,2,23,24, and 28.
Were any pins
shorted?
Yes
Clear short, or
replace U1102.
Are the pins
shorted?
Clear short, or
replace U1102.
No
If all else is OK, and
resistance is still high,
then replace U1102
and re-measure
power.
This logic is controlled by several
IC's that cannot be probed
because of the package type.
Check U1116, U1117, U1118,
No
and U1123 for any issues and
replace as necessary. If no
trouble found see FGU trouble
shooting charts for further TX
signaling information.
5-60
Troubleshooting Charts: PA Failure
PA Failure – Page 5 (VHF ALC)
5
Remove SH9A & measure PA
PA control voltage at U901 pin 4
Measure voltage at
U901 pin 1
Yes
U901 pin 1
2.2V +/- 0.3V?
Replace U901
No
Yes
U1133 pin 6
about 5V?
VC_OFFSET low,
remove SH12
TX in Current control mode?
No
No
Measure TP120
No
R1181 5V?
U1131, pin 4
is 5V?
U1133 pin 3 3.5V
+/- 0.5?
No
Replace U1132
Yes
Yes
Yes
Check P101 or VOCON
signal DIG_CTRL_IO49
No
PA_OFFSET low, check
U1125 pin 1 for approx. 1V,
else replace U1133
TP120 1.8V?
Remove SH11 and
measure U1142 pin4
TX is in current control mode, else PA is
saturated. Check SAT Reference tuning
per 12M to ensure tuning is not low.
Yes
Replace U1139 or
associated logic
U1142 pin 4
about 1.1V?
Measure voltage divider
at power tuning DAC, top
of R1121
No
Yes
Measure thermal cutback circuit
output at U1113, U1114, and U1121
R1121 around
1.1V?
No
Power tuning is low, else
replace U1125, else U1137,
U1138.
Yes
Replace log amp, U1105,
else U1112, else check
R1106 for 17 +/- 1 Ohm
Yes
Pin 4 of U1113,
U1114, & U1121
at 0V (logic low)?
Measure TP101 voltage
No
Check temp sensor
U1103, else U1148
TP101 1.5V?
No
ANA_CTRL_ISET low. Check R1160
for wrong value, else check connector
P101, or MAKO IC on Vocon
Yes
Measure output
pin 4 of U1130
Replace U1142
Yes
U1127 pin 4
approximately
1.1V?
No
Replace U1127,
else U1126
Yes
U1130 pin 4
approximately
1.1v?
No
U1101 Pin 1
< 1.3V?
No
Yes
Replace U1129, U1130
Transmitter PA overcurrent condition,
else check U1101, R1103.
Troubleshooting Charts: PA Failure
5-61
PA Failure – Page 6 (7/800 ALC)
6
Remove SH9A & measure
PA control voltage at U1001 pin 4
Measure voltage at U1001 pin 1
No
VC_OFFSET low,
remove SH12
U1133 pin 6
about 5V?
U1001 pin 1
2.2V +/- 0.3V?
Yes
Yes
Replace U1001
TX in Current control mode?
No
PA_OFFSET low,
check U1125 pin 1
for approx. 1V, else
replace U1133
Yes
U1131, pin 4
is 5V?
U1133 pin 3 4.5V
+/- 0.5?
Yes
TX is in current control mode, else PA is
saturated. Check SAT Reference tuning
per 12M to ensure tuning is not low.
No
No
No
Measure TP120
TP120 1.8V?
No
Replace U1132
Yes
Remove SH11 and
measure U1142 pin4
R1181 5V?
Check P101 or VOCON
signal DIG_CTRL_IO49
Yes
U1142 pin 4
1.15V +/- 0.01V?
Measure thermal cutback circuit
output at U1113, U1114, and U1121
Yes
No
Replace U1139 or
associated logic
Measure voltage divider
at power tuning DAC,
top of R1121
Pin 4 of U1113,
U1114, & U1121
at 0V (logic low)?
Yes Replace log amp, U1105,
else U1112, else check
R1106 for 17 +/- 1 Ohm
No
Power tuning is low, else
replace U1125, else U1137,
U1138.
No
Check temp sensor
U1103, else U1148
R1121 around
1.15V +/- 0.015?
Yes
Measure TP101 voltage
Measure output pin 4
of U1130
U1130 pin 4
approximately
1.15v?
Yes
Yes
TP101 1.5V?
Yes
U1127 pin 4
approximately
1.15V?
No
Yes
Replace U1129, U1130
U1101 Pin 1
< 1.3V?
No
Replace U1127,
else U1126
No
Transmitter PA overcurrent condition,
else check U1101, R1103.
No
ANA_CTRL_ISET low. Check R1160
for wrong value, else check connector
P101, or MAKO IC on Vocon
Replace U1142
5-62
Troubleshooting Charts: PA Failure
PA Failure – Page 7 (UHF1 PA)
7
Measure TX current
at UHF1 test
frequencies.
Yes
Is current less
than 350 mA?
Measure DC voltage
at pin 4 of U1601
No
Is current
approximately
500 mA?
Yes
Replace Q1601
No
Is voltage
approximate 6 V?
Is current
greater than or
close to 2A, or
600mA for SRX 2200
low power?
No
Measure voltage at
pin 5 of U1601
Yes
Is voltage
approximate 7 V?
Measure DC voltage
at pin 4 of U1601
No
Measure voltage at
pin 3 of Q1101.
Is voltage
approximate 0 V?
Yes
Replace
U1601
Yes
Replace
U1119
Yes
No
Yes
Use a spectrum
analyzer and highimpedance RF probe.
Measure RF_IN_1 at
C1601.
Replace U1601
Was voltage
near 7.5 V
Measure voltage
at pin 1 of Q1101.
No
Yes
Is the frequency
correct?
Yes
No
See FGU
troubleshooting
charts.
Is voltage
greater than 1.5 V?
With the radio in RX
mode, measure the
DC voltage on
both pins of L1603
Was voltage
near 3 V
No
Check U1110 and
see FGU
troubleshooting
charts.
Yes
Is the resistance
near 9.4k
Ohms?
No
Measure voltage at
pin 2 and 3 of U1119
Are
Pins 2 and 3,
close to 5V and 2.775V
respectively?
Check L1606 under sheild
SH5 for solderability issues
and replace as necessary.
No
No
8
No
No
Check resistors R1601,
R1602, R1603, R1604, and
R1605 for resistance and
solderability issues and
replace as necessary.
If resistance is very low, in the
100's of ohms,and there are no
issues with the resistors then
there is a gate short on the PA.
Clear short or replace Q1601.
Yes
Measure power at
C1822, and calculate
harmonic filter loss.
In TX mode, measure
the voltage on pin 4
of U1601.
Yes
Is the loss less
than 1 dB?
Was voltage
near 7.5 V?
With the radio in RX
mode, measure the
resistance on the
node shared by
C1616 and R1605.
Replace U1602.
Measure inputs
on pins 2 and 3 to
AND gate U1119.
Pin 2 and 3 should
be 5 and 2.775V
respectively.
Trace voltages and check
for solderability issues on
R1102, Q1101, and Q1103.
Replace parts as necessary.
Yes
Measure power at
C1625.
Is the power
about 37 dBM
(24 dBm for SRX2200
low power)?
No
Yes
Yes
Is the power
level about 3
dBm?
Measure voltage at
pin 1 of Q1101.
No
Repair any issues
with 1800 series parts
in the harmonic filter.
Is the voltage
near 6 V?
Is TX current just
above standby
current?
Yes
Yes
The PA and Driver are likely
damaged. Replace Q1601
and U1602.
Yes
PA and harmonic
filter are functioning
properly.
If power issue is not
resolved.
No
Is the voltage
below 4 V?
Is the TX current
between 300 and 900 mA,
or 300 and 500 mA for
SRX 2200 low power?
Yes
Yes
The PA is likely
damaged. Replace
Q1601.
8
No
4
Is the TX current
above 900 mA, or
above 500mA for
SRX 2200 low power?
If the voltage is between 4 and 5.5 V then
the control loop should be working and
power should be available. Check the
coaxial cables and surface mounted coaxial
connectors.
Were the
connections
OK?
No
Replace cables, or
connectors J101 or
J102.
Yes
Yes
Lift shield SH5 and check
for solderability or part
issues on all 1600 series
parts. Replace parts as
necessary.
If no issues found, lift shield
SH10 and check for solderability
or part issues on all 1200 series
parts. Replace parts as
necessary.
If power issue is not
resolved.
3
4
Troubleshooting Charts: PA Failure
5-63
PA Failure – Page 8 (UHF1 ALC)
8
Remove shield SH1 & measure
PA control voltage at U1601 pin 4
Measure voltage at
U1601 pin 1
Yes
No
U1601 pin 1
2.2V +/- 0.6V?
Replace U1601
VC_OFFSET low,
remove shield SH10
Yes
No
U1133 pin 3 4.1V
+/- 0.6?
U1133 pin 6
about 5V?
TX in Current control mode?
PA_OFFSET low,
check U1125 pin 1
for approx. 1V, else
replace U1133
Yes
No
No
U1131, pin 4
is 5V?
Replace U1132
Yes
Remove shield SH6 and
measure U1142 pin4
No
R1181 close to 5V?
Measure TP120
Yes
TX is in current control mode, else PA is
saturated. Check SAT Reference tuning
per 12M to ensure tuning is not low.
No
Yes
Measure thermal cutback
circuit output at U1113,
U1114, and U1121
U1142 pin 4
1.00V +/- 0.3V?
TP120 1.8V?
Measure voltage divider
at power tuning DAC, top
of R1121
No
Yes
Replace U1139 or
associated logic
Replace log amp, U1105,
else U1112, else check
R1106 for 17 +/- 1 Ohm
Yes
Pin 4 of U1113,
U1114, & U1121
at 0V (logic low)?
Yes
R1121 around
2.45 V +/- 0.15?
Measure TP101
voltage
No
Power tuning is low, else
replace U1125, else U1137,
U1138.
No
Check temp sensor
U1103, else U1148
Yes
Measure output
pin 4 of U1130
Yes
Replace U1142
U1127 pin 4
approximately
1.10 +/- 0.05V ?
Yes
Replace U1126 and
U1127
Yes
U1130 pin 4
approximately
1.10 ± 0.05V
No
TP101
closed to 1.5V?
U1101 Pin 1
< 1.3V?
Yes
Replace U1129, U1130
No
No
ANA_CTRL_ISET low. Check R1160
for wrong value, else check connector
P101, or MAKO IC on Vocon
Transmitter PA overcurrent condition,
else check U1101, R1103.
Check P101 or VOCON
signal DIG_CTRL_IO49
5-64
Troubleshooting Charts: PA Failure
PA Failure – Page 9 (UHF2 PA)
9
Measure TX current
at UHF2 test
frequencies.
Yes
Is current less
than 350 mA?
Measure DC voltage
at pin 4 of U1501
No
Is current
approximately
500 mA?
Yes
Replace Q1500
Is voltage
approximate 6 V?
No
Is current
greater than or
close to 2A?
No
Measure voltage at
pin 5 of U1501
Yes
Is voltage
approximate 7 V?
Measure DC voltage
at pin 4 of U1501
No
Is voltage
approximate 0 V?
Measure voltage at
pin 3 of Q1101.
Yes
Replace
U1501
Yes
Replace
U1119
Yes
No
Yes
Use a spectrum
analyzer and highimpedance RF probe.
Measure RF_IN_1 at
C1500.
Replace U1501
Measure voltage
at pin 1 of Q1101.
No
Yes
Is the frequency
correct?
Yes
No
See FGU
troubleshooting
charts.
Is voltage
greater than 1.5 V?
With the radio in RX
mode, measure the
DC voltage on
both pins of L1500
Was voltage
near 3 V
No
Check U1110 and
see FGU
troubleshooting
charts.
Replace U1500.
No
No
If resistance is very low, in the
100's of ohms,and there are no
issues with the resistors then
there is a gate short on the PA.
Clear short or replace Q1500.
Check resistors R1502,
R1503, R1504, R1505 and
R1506 for resistance and
solderability issues and
replace as necessary.
Yes
Measure power at
C1707, and calculate
harmonic filter loss.
In TX mode, measure
the voltage on pin 4
of U1501.
Yes
Is the loss less
than 1 dB?
Is the resistance
near 9.4k
Ohms?
Are
Pins 2 and 3,
close to 5V and 2.775V
respectively?
10
No
about 37 dBM?
No
Measure voltage at
pin 2 and 3 of U1119
Check L1505 under sheild
SH5 for solderability issues
and replace as necessary.
No
With the radio in RX
mode, measure the
resistance on the
node shared by
C1511 and R1502.
Measure power at
C1521.
Measure inputs
on pins 2 and 3 to
AND gate U1119.
Pin 2 and 3 should
be 5 and 2.775V
respectively.
Trace voltages and check
for solderability issues on
R1102, Q1101, and Q1103.
Replace parts as necessary.
Was voltage
near 7.5 V?
Yes
Yes
Is the power
No
Yes
Yes
Is the power
level about 3
dBm?
Measure voltage at
pin 1 of Q1101.
Was voltage
near 7.5 V
No
Repair any issues
with 1700 series parts
in the harmonic filter.
Is the voltage
near 6 V?
Is TX current just
above standby
current?
Yes
Yes
The PA and Driver are likely
damaged. Replace Q1500
and U1500.
Yes
PA and harmonic
filter are functioning
properly.
If power issue is not
resolved.
No
Is the voltage
below 4 V?
Is the TX current
between 300
and 900 mA?
Yes
The PA is likely
damaged. Replace
Q1500.
Yes
10
No
Is the TX current
above 900 mA?
4
If the voltage is between 4 and 5.5 V then
the control loop should be working and
power should be available. Check the
coaxial cables and surface mounted coaxial
connectors.
Yes
Lift shield SH5 and check
for solderability or part
issues on all 1500 series
parts. Replace parts as
necessary.
If no issues found, lift shield
SH10 and check for solderability
or part issues on all 1200 series
parts. Replace parts as
necessary.
If power issue is not
resolved.
Were the
connections
OK?
No
Replace cables, or
connectors J101 or
J102.
Yes
3
4
Troubleshooting Charts: PA Failure
5-65
PA Failure – Page 10 (UHF2 ALC)
10
Remove Shield SH1 & measure
PA control voltage at U1501 pin 4
Measure voltage at
U1501 pin 1
Yes
No
U1501 pin 1
2.2V +/- 0.6V?
Replace U1501
VC_OFFSET low,
remove shield SH10
Yes
No
U1133 pin 3 4.1V
+/- 0.6?
U1133 pin 6
about 5V?
TX in Current control mode?
PA_OFFSET low,
check U1125 pin 1
for approx. 1V, else
replace U1133
Yes
No
No
U1131, pin 4
is 5V?
Replace U1132
Yes
Remove shield SH6 and
measure U1142 pin4
No
R1181 close to 5V?
Measure TP120
Yes
TX is in current control mode, else PA is
saturated. Check SAT Reference tuning
per 12M to ensure tuning is not low.
No
Yes
Measure thermal cutback
circuit output at U1113,
U1114, and U1121
U1142 pin 4
1.00V +/- 0.3V?
TP120 1.8V?
Measure voltage divider
at power tuning DAC, top
of R1121
No
Yes
Replace U1139 or
associated logic
Replace log amp, U1105,
else U1112, else check
R1106 for 17 +/- 1 Ohm
Yes
Pin 4 of U1113,
U1114, & U1121
at 0V (logic low)?
Yes
R1121 around
2.45 V +/- 0.15?
Measure TP101
voltage
No
Power tuning is low, else
replace U1125, else U1137,
U1138.
No
Check temp sensor
U1103, else U1148
Yes
Measure output
pin 4 of U1130
Yes
Replace U1142
U1127 pin 4
approximately
1.10 +/- 0.05V ?
Yes
Replace U1126 and
U1127
Yes
U1130 pin 4
approximately
1.10 ± 0.05V
No
TP101
closed to 1.5V?
U1101 Pin 1
< 1.3V?
Yes
Replace U1129, U1130
No
No
ANA_CTRL_ISET low. Check R1160
for wrong value, else check connector
P101, or MAKO IC on Vocon
Transmitter PA overcurrent condition,
else check U1101, R1103.
Check P101 or VOCON
signal DIG_CTRL_IO49
5-66
Troubleshooting Charts: PA Failure
Notes
Chapter 6 Troubleshooting Waveforms
This chapter contains images of waveforms that might be useful in verifying operation of certain parts
of the circuitry. These waveforms are for reference only; the actual data depicted will vary depending
on operating conditions.
6.1
List of Waveforms
Table 6-1 lists each waveform and the page on which the waveform can be found.
Table 6-1. List of Waveforms (Continued)
Table 6-1. List of Waveforms
Waveform
Page
No.
Clocks
Waveform
Page
No.
I2C BUS
SCL
6-22
32 kHz Clock
6-3
SCL 5V
6-23
4 MHz Clock
6-4
SDA
6-24
12 MHz Clock
6-5
One Wire
16.8 MHz Clock
6-6
1-Wire
24 MHz Clock
6-7
Audio SSI
Red Tx
6-8
Red Rx
6-9
SYNC.
6-10
BCLK
6-11
RX SSI
6-25
GCAI
GPIO0
6-26
GPIO4 / Keyfail during Keyload
6-27
USB
D-
6-28
D+
6-29
UART
CLK.
6-12
DA
6-13
FSYNC.
6-14
TX SSI
CLK.
6-15
DA.
6-16
FSYNC.
6-17
SPI
RX
6-30
TX
6-31
SDRAM
CLK
6-32
CLKX
6-33
FLASH CONTROL
ADV
6-34
CS3
6-35
CLK
6-18
OE
6-36
MOSI
6-19
RDY
6-37
MISO
6-20
WE
6-38
CS
6-21
6-2
Troubleshooting Waveforms: List of Waveforms
Table 6-1. List of Waveforms (Continued)
Waveform
Page
No.
Expandable Memory (eMMC)
eMMC @ Power-On
6-39
eMMC @ Successful Initialization
6-40
eMMC Failure to Initialize
6-41
MMC_CLK @ < 400 kHz
6-42
MMC_CLK @ < 24 MHz
6-43
MMC_CMD: Correctly Measured
6-44
MMC_CMD: Incorrectly Measured
6-45
eMMC @ Data Transfer
6-46
eMMC : Clock
6-47
Receive Baseband Signals
Table 6-1. List of Waveforms (Continued)
Waveform
Page
No.
Bluetooth Startup: Vmax of TP16 and
Voltage Statistics
6-65
Bluetooth Startup: Vmax of TP13 and
Voltage Statistics
6-66
Bluetooth Startup: Vmax of TP11 and
Voltage Statistics
6-67
Bluetooth Startup: Timing Difference of
TP13 to TP16 and Time Statistics
6-68
Bluetooth Startup: Timing Difference of
TP10 to TP13 and Time Statistics
6-69
Bluetooth Startup: Timing Difference of
TP11 to TP13 and Time Statistics
6-70
Bluetooth CW on Spectrum Analyzer
6-71
6-48
Bluetooth Steady-State
6-72
GPS TCXO (26 MHz TCXO)
6-49
Expansion Board Waveforms – USB
D+ Vmax and Packet Timing with
Statistics
GPS RTC (GPS 32 kHz RTC)
6-50
6-73
GPS UART (RX / TX) Data
6-51
Expansion Board Waveforms – USB DVmax and Packet Timing with Statistics
Expansion Board Waveforms –
VSW_3.6 Voltage Statistics
6-74
Receive Baseband Signals
GPS
Bluetooth Troubleshooting Waveforms
Bluetooth Startup: Vmax of TP16
6-55
6-56
Expansion Board Waveforms – 32 kHz
clock Vmax with Statistics
6-75
Bluetooth Startup: Timing Difference of
TP9 to TP16
6-57
Expansion Board Waveforms – LF Coil
with TX and RX
6-76
Bluetooth Startup: Timing Difference of
TP5 to TP16 and Voltage Statistics
Bluetooth Startup: Timing Difference of
TP4 to TP16 and Time Statistics
6-58
Bluetooth Startup: Timing Difference of
TP4 to TP5 and Time Statistics
6-59
Bluetooth Startup: Vmax of TP5 and
Time Statistics
6-60
Bluetooth Startup: Vmax of TP4 and
Time Statistics
6-61
Bluetooth Startup: Vmax of TP5 and
Voltage Statistics
6-62
Bluetooth Startup: Vmax of TP9 and
Voltage Statistics
6-63
Bluetooth Startup: Vmax of TP10 and
Time Statistics
6-64
LF CW on Spectrum Analyzer
LF CW on Spectrum Analyzer
6-77
Troubleshooting Waveforms: Clocks
6.2
Clocks
6.2.1
32 kHz Clock
6-3
Trace 1: Trace recorded at R6115.
Figure 6-1. 32 kHz Clock Waveform
6-4
6.2.2
Troubleshooting Waveforms: Clocks
4 MHz Clock
Trace 1: Trace recorded at R6113.
Figure 6-2. 4 MHz Clock Waveform
Troubleshooting Waveforms: Clocks
6.2.3
6-5
12 MHz Clock
Trace 1: Trace recorded at C6601.
Figure 6-3. 12 MHz Clock Waveform
6-6
6.2.4
Troubleshooting Waveforms: Clocks
16.8 MHz Clock
Trace 1: Trace recorded at R6217.
Figure 6-4. 16.8 MHz Clock Waveform
Troubleshooting Waveforms: Clocks
6.2.5
6-7
24 MHz Clock
Trace 1: Trace recorded at C6592.
Figure 6-5. 24 MHz Clock Waveform
6-8
Troubleshooting Waveforms: Audio SSI
6.3
Audio SSI
6.3.1
Red Tx
Trace 1: Trace recorded at Pin 25 of J4001.
Figure 6-6. Audio SSI – Red Tx Waveform
Troubleshooting Waveforms: Audio SSI
6.3.2
Red Rx
Trace 1: Trace recorded at Pin 27 of J4001.
Figure 6-7. Audio SSI – Red Rx Waveform
6-9
6-10
6.3.3
Troubleshooting Waveforms: Audio SSI
SYNC.
Trace 1: Trace recorded at Pin 46 of J4001.
Figure 6-8. Audio SSI – Sync. Waveform
Troubleshooting Waveforms: Audio SSI
6.3.4
BCLK
Trace 1: Trace recorded at R6107.
Figure 6-9. Audio SSI – BCLK. Waveform
6-11
6-12
Troubleshooting Waveforms: RX SSI
6.4
RX SSI
6.4.1
CLK.
Trace 1: Trace recorded at R1006.
Figure 6-10. RX SSI – CLK. Waveform
Troubleshooting Waveforms: RX SSI
6.4.2
6-13
DA
Trace 1: Trace recorded at R1005.
Figure 6-11. RX SSI – DA Waveform
6-14
6.4.3
Troubleshooting Waveforms: RX SSI
FSYNC.
Trace 1: Trace recorded at R1004.
Figure 6-12. RX SSI – FSync. Waveform
Troubleshooting Waveforms: TX SSI
6.5
TX SSI
6.5.1
CLK.
Trace 1: Trace recorded at R1008.
Figure 6-13. TX SSI – TX CLK. Waveform
6-15
6-16
6.5.2
Troubleshooting Waveforms: TX SSI
DA.
Trace 1: Trace recorded at R1017.
Figure 6-14. TX SSI – DA Waveform
Troubleshooting Waveforms: TX SSI
6.5.3
FSYNC.
Trace 1: Trace recorded at R1007.
Figure 6-15. TX SSI – FSync. Waveform
6-17
6-18
Troubleshooting Waveforms: SPI
6.6
SPI
6.6.1
CLK
Trace 1: Trace recorded at R1003.
Figure 6-16. SPI – CLK Waveform
Troubleshooting Waveforms: SPI
6.6.2
6-19
MOSI
Trace 1: Trace recorded at Pin 31 of J1001.
Figure 6-17. MOSI Waveform
6-20
6.6.3
Troubleshooting Waveforms: SPI
MISO
Trace 1: Trace recorded at Pin 29 of J1001.
Figure 6-18. MISO Waveform
Troubleshooting Waveforms: SPI
6.6.4
6-21
CS
Trace 1: Trace recorded at R1018.
Figure 6-19. CS Waveform
6-22
Troubleshooting Waveforms: I2C BUS
6.7
I2C BUS
6.7.1
SCL
Trace 1: Trace recorded at R6208.
Figure 6-20. I2C Bus – SCA Waveform
Troubleshooting Waveforms: I2C BUS
6.7.2
SCL 5V
Trace 1: Trace recorded at R2204.
Figure 6-21. I2C Bus – SCA 5V Waveform
6-23
6-24
6.7.3
Troubleshooting Waveforms: I2C BUS
SDA
Trace 1: Trace recorded at R6209.
Figure 6-22. I2C Bus – SDA Waveform
Troubleshooting Waveforms: One Wire
6.8
One Wire
6.8.1
1-Wire
6-25
Trace 1: Trace recorded at R4009.
Figure 6-23. 1-Wire Waveform
6-26
Troubleshooting Waveforms: GCAI
6.9
GCAI
6.9.1
GPIO0
Trace 1: Trace recorded at D4001 after attaching an Accessory.
Figure 6-24. GCAI – GPIO0 Waveform
Troubleshooting Waveforms: GCAI
6.9.2
6-27
GPIO4 / Keyfail during Keyload
Trace 1: Trace recorded at Pin 65 of J4001 during Keyloading.
Figure 6-25. GCAI – GPIO4 Waveform
6-28
Troubleshooting Waveforms: USB
6.10 USB
6.10.1 D-
Trace 1: Trace recorded at TP F_GCAI_USB-.
Figure 6-26. USB – D- Waveform
Troubleshooting Waveforms: USB
6-29
6.10.2 D+
Trace 1: Trace recorded at TP F_GCAI_USB+.
Figure 6-27. USB – D+ Waveform
6-30
Troubleshooting Waveforms: UART
6.11 UART
6.11.1 RX
Trace 1: Trace recorded at TP F_BOOT_RX.
Figure 6-28. UART – RX Waveform
Troubleshooting Waveforms: UART
6-31
6.11.2 TX
Trace 1: Trace recorded at TP F_BOOT_TX.
Figure 6-29. UART – TX Waveform
6-32
Troubleshooting Waveforms: SDRAM
6.12 SDRAM
6.12.1 CLK
Trace 1: Trace recorded at TP6307.
Figure 6-30. SDRAM – CLK Waveform
Troubleshooting Waveforms: SDRAM
6.12.2 CLKX
Trace 1: Trace recorded at TP6308.
Figure 6-31. SDRAM – CLKX Waveform
6-33
6-34
Troubleshooting Waveforms: FLASH CONTROL
6.13 FLASH CONTROL
6.13.1 ADV
Trace 1: Trace recorded at R6314.
Figure 6-32. FLASH CONTROL – ADV Waveform
Troubleshooting Waveforms: FLASH CONTROL
6.13.2 CS3
Trace 1: Trace recorded at R6311.
Figure 6-33. FLASH CONTROL – CS3 Waveform
6-35
6-36
Troubleshooting Waveforms: FLASH CONTROL
6.13.3 OE
Trace 1: Trace recorded at R6312.
Figure 6-34. FLASH CONTROL – OE Waveform
Troubleshooting Waveforms: FLASH CONTROL
6.13.4 RDY
Trace 1: Trace recorded at R6316.
Figure 6-35. FLASH CONTROL – RDY Waveform
6-37
6-38
Troubleshooting Waveforms: FLASH CONTROL
6.13.5 WE
Trace 1: Trace recorded at R6313.
Figure 6-36. FLASH CONTROL – WE Waveform
Troubleshooting Waveforms: Expandable Memory (eMMC)
6-39
6.14 Expandable Memory (eMMC)
6.14.1 eMMC @ Power-On
MMC_CLK
MMC_CMD
MMC_DAT0
MMC_DAT1
ΔX=2.95s
Figure 6-37. eMMC: Power-On until Final Initialization Waveforms
6-40
Troubleshooting Waveforms: Expandable Memory (eMMC)
6.14.2 eMMC @ Successful Initialization
CH4: CLK changes from <400KHz to about 24MHz after eMMC is opened and initialized
CH3: DAT0:
Activity only occurs when card is successfully initialized
CH2: MMC_CMD: dedicated command line only for configuration and card setup
Figure 6-38. eMMC: Correct Detection, Configuration and Initialization Waveforms
Troubleshooting Waveforms: Expandable Memory (eMMC)
6-41
6.14.3 eMMC Failure to Initialize
CH4: CLK from OMAP to eMMC stays stuck at <400KHz and never transitions to 24MHz
CH3: no activity seen on MMC_DAT0
CH2: MMC_CMD line cycles until time-out
Figure 6-39. eMMC: Failure to Properly Detect, Configure and Initialize Waveforms
6-42
Troubleshooting Waveforms: Expandable Memory (eMMC)
6.14.4 MMC_CLK @ < 400 kHz
Figure 6-40. MMC_CLK @ < 400 kHz during “Clock Frequency Identification Mode”
Troubleshooting Waveforms: Expandable Memory (eMMC)
6.14.5 MMC_CLK @ < 24 MHz
Figure 6-41. MMC_CLK @ < 24 MHz during “Clock Frequency Data Transfer Mode”
6-43
6-44
Troubleshooting Waveforms: Expandable Memory (eMMC)
6.14.6 MMC_CMD: Correctly Measured
Figure 6-42. MMC_CMD actual waveform when probing with active probes; short wires; GND pin soldered
Troubleshooting Waveforms: Expandable Memory (eMMC)
6-45
6.14.7 MMC_CMD: Incorrectly Measured
Figure 6-43. MMC_CMD misleading waveform when probing with passive probe; long wires; GND clip
6-46
Troubleshooting Waveforms: Expandable Memory (eMMC)
6.14.8 eMMC @ Data Transfer
Figure 6-44. MMC_DAT0, MMC_DAT1, MMC_DAT2, MMC_DAT3 data lines during data transmission
between eMMC and OMAP
Troubleshooting Waveforms: Expandable Memory (eMMC)
6.14.9 eMMC : Clock
Figure 6-45. F2_TIMER_OUT clock from CPLD into OMAP for eMMC operation
6-47
6-48
Troubleshooting Waveforms: Receive Baseband Signals
6.15 Receive Baseband Signals
Trace 1: DIG_DATA_SSI_RX_FS at TP111 or
ABACUS_SSI 1 (RX_FSYNC) – R1004 of VOCON Main Board.
Trace 2: DIG_DATA_SSI_RX_DOUTA at TP112 or
ABACUS_SSI 2(RX_DA) – R1005 of VOCON Main Board.
Trace 3: CLK_SSI_RX at TP106 or
ABACUS_SSI 0 (RX_CLK) – R1006 of VOCON Main Board.
Figure 6-46. Received Baseband Waveforms
Troubleshooting Waveforms: GPS
6-49
6.16 GPS
6.16.1 GPS TCXO (26 MHz TCXO)
Trace 1: Trace recorded at C2421 at Expansion Board.
Figure 6-47. GPS TCXO Waveforms
6-50
Troubleshooting Waveforms: GPS
6.16.2 GPS RTC (GPS 32 kHz RTC)
Trace 1: Trace recorded at TP2405 of Expansion Board.
Figure 6-48. GPS RTC Waveforms
Troubleshooting Waveforms: GPS
6.16.3 GPS UART (RX / TX) Data
Trace 1: Trace recorded at TP2407 (TX) / TP2408 (RX) of Expansion Board.
Figure 6-49. GPS UART DATA Waveforms
6-51
6-52
Troubleshooting Waveforms: Bluetooth Troubleshooting Waveforms
6.17 Bluetooth Troubleshooting Waveforms
A Bluetooth radiated or conducted signal at 2.402 GHz and a LF radiated signal at 125 kHz can be
used to verify the receiver and transmitter on the radio are operational. Using an
APX 5000/APX 6000/APX 6000XE/SRX2200 debug fixture, the BT/LF signals can be verified. A
spectrum analyzer (such as an Aeroflex 3920 Digital Radio Test Set) can be connected to the debug
fixture to verify the presence of such signals. A signal generator can be connected to the debug
fixture to test the APX 5000/APX 6000/APX 6000XE/SRX2200 BT/LF receivers. Radiated Bluetooth
TX/RX testing should be performed before conducted testing is performed in the fixture since the
radio does not have to be opened for radiated testing. To test the presence of a radiated Bluetooth
TX signal, an external Bluetooth antenna should be connected to the input of the sprectrum analyzer.
To test the presence of a radiated Bluetooth RX signal, an external Bluetooth antenna should be
connected to the output of a signal generator set to TX CW 2.402 Ghz. The speaker grille of the
radio should be brought near the antenna during testing. The following is the procedure to activate
the Bluetooth/LF transmitter or receiver using RCMP commands:
To send an RCMP command, connect a RS-232 com port GCAI cable between the radio and PC.
Start HyperTerminal on com 1 (typical RS-232 port) using these settings: 9600 baud, 8-bit,
non-parity, stop bit = 1, HW flow control. Type, “AT#DEBUG”, then type “rcmpraw:000c”.
Bluetooth Command to TX 2.402 GHz CW
Connect a spectrum analyzer to the Bluetooth port of the test fixture with a 6 dB attenuator in-line.
Set the spectrum analyzer to 2.402 GHz center, 10 MHz span, RBW of 300 kHz, a VBW of 1 MHz,
and a sweep time of 2.5 ms. There are two commands to verify a spectrum analyzer can read a
2.402 GHz wave from the radio BT transmitter. Enter the rcmpraw:00390207 command first, then
enter rcmpraw:0039020100000F0006 (on SR 7.9 SW, use this command:
rcmpraw:0039020100000F, but be aware that the TX signal may time out in less than 10 minutes).
Table 6-2. Bluetooth Command to TX
TEST
Bluetooth TX at 2.402 GHz
CW Modulation
RCMPRAW CMD
rcmpraw: 00390207
Success: 8039000207
Failure: 8039010207
rcmpraw: 0039020100000F0006
Success: 8039000201
Failure: 8039010201
Successful Example Entry:
Type:rcmpraw:000c
Response:800c00
Type:rcmpraw:00390207
Response:8039000207
Type:rcmpraw:0039020100000F0006
Response:8039000201
RESPONSE
Troubleshooting Waveforms: Bluetooth Troubleshooting Waveforms
6-53
Bluetooth Command to RX 2.402 GHz
The RSSI should increase significantly in the presence of a 2.402 GHz nearby signal. Using an
external signal generator source signal of 2.402 GHz connected to the test fixture Bluetooth port,
send this command to read the 2.402 GHz RSSI:
Table 6-3. Bluetooth Command to RX
TEST
RCMPRAW CMD
Bluetooth RX at 2.402 GHz
rcmpraw:0039020D00
RESPONSE
Success: 803900020dBB, where BB
is the RSSI in hex.
Failure: 803901
If no signal is detected, the response will be 803900020d80.
If no test equipment is available, an APX radio with BT functional could be used to verify the test
radio. Hold the speaker grilles together on both radios. One radio could be used to TX while the
other radio is used to RX.
Low Frequency (LF) Command to TX 125 kHz CW
Set the spectrum analyzer at 125 kHz center, 10 MHz span, RBW of 1 kHz, a VBW of 3 kHz, and a
sweep time of 25 ms. Use this command to verify the LF coil is emitting a 125 kHz pulse by
connecting the test fixture LF port to a spectrum analyzer:
Table 6-4. Low Frequency Command to TX
TEST
RCMPRAW CMD
Low Freq. 125 kHz TX
rcmpraw: 00390303
RESPONSE
Success: 8039000303*
Failure: 8039010303*
Note: * In SR 7.9 SW release, the response is 8039000302 for a success and 8039010302 for a failure.
Low Frequency (LF) Command to RX 125 kHz
Use this command to verify the LF coil is receiving a 125 kHz pulse generated by a signal generator
connected to the test fixture LF port. The result contains the LF RSSI. This command is not in the
initial SW release but is included in SR 7.11 SW.:
Table 6-5. Low Frequency Command to RX
TEST
Low Freq. 125 kHz RX
RCMPRAW CMD
rcmpraw: 00390305
RESPONSE
Success: 80390003BB, where BB is the RSSI in hex.
Failure: 803901
If no signal is detected, the response will be 8039010305.
A fast verification that requires no additional test equipment can be done by sending the LF TX
command, then the LF RX command directly afterwards. If both the transmitter and receiver are
working, the response should be 803900030x, where x is typically between 4 and 6. Even if the
response passes, the LF coil may be physically damaged. It is best to open the radio and observe
the coil to ensure it is not damaged.
To test the LF RX using SR 7.9 SW, a POD accessory is required to verify communication.
6-54
Troubleshooting Waveforms: Bluetooth Troubleshooting Waveforms
These are the Bluetooth-related conducted signals that can be measured from test points on the expansion
board. (See “HLN5977A/ HLN5978B Expansion Board Layout – Side 2” on page 8-164 for measurement
locations):
Table 6-6. Bluetooth Test Points
TP
TP Name
Net Name
Description
Voltage
Measured
4
TP2416
VBUS
USB VBUS
5
4.96
5
TP2413
BT_AVR_RESET
BT AVR Reset
1.85
1.73
9
TP2005
VCC_1.85
VCC 1.85
1.85
1.86
10
TP2417
USB_BOOT_1.8V
USB Boot 1.8V
1.8
1.81
11
TP2466
ATMEL_BOOT_5
Atmel Boot
3.3
3.04
12
TP2010
GND
Ground
0
–
13
TP2011
VCC_2.775
VCC 2.775
2.775
2.74
14
TP2414
USB1_DP
USB+
3.3
3.43
15
TP2415
USB1_DM
USB-
3.3
3.47
16
TP2007
VSW_3.6
VSW 3.6
3.51
3.49
17
TP2405
GPS_BT_32KHZ
32 kHz clock
1.85
1.87
19
TP2401
GND
Ground
0
–
Troubleshooting Waveforms: Bluetooth Troubleshooting Waveforms
6.17.1 Bluetooth Startup: Vmax of TP16
Figure 6-50. Startup Waveforms – Vmax of TP16
6-55
6-56
Troubleshooting Waveforms: Bluetooth Troubleshooting Waveforms
6.17.2 Bluetooth Startup: Timing Difference of TP9 to TP16
Figure 6-51. Startup – Timing Difference of TP9 to TP16
Troubleshooting Waveforms: Bluetooth Troubleshooting Waveforms
6.17.3 Bluetooth Startup: Timing Difference of TP5 to TP16 and Voltage Statistics
Figure 6-52. Startup – Timing Difference of TP5 to TP16 and Voltage Statistics
6-57
6-58
Troubleshooting Waveforms: Bluetooth Troubleshooting Waveforms
6.17.4 Bluetooth Startup: Timing Difference of TP4 to TP16 and Time Statistics
Figure 6-53. Startup – Timing Difference of TP4 to TP16 and Time Statistics
Troubleshooting Waveforms: Bluetooth Troubleshooting Waveforms
6.17.5 Bluetooth Startup: Timing Difference of TP4 to TP5 and Time Statistics
Figure 6-54. Startup – Timing Difference of TP4 to TP5 and Time Statistics
6-59
6-60
Troubleshooting Waveforms: Bluetooth Troubleshooting Waveforms
6.17.6 Bluetooth Startup: Vmax of TP5 and Time Statistics
Figure 6-55. Startup – Vmax of TP5 and Time Statistics
Troubleshooting Waveforms: Bluetooth Troubleshooting Waveforms
6.17.7 Bluetooth Startup: Vmax of TP4 and Time Statistics
Figure 6-56. Startup – Vmax of TP4 and Time Statistics
6-61
6-62
Troubleshooting Waveforms: Bluetooth Troubleshooting Waveforms
6.17.8 Bluetooth Startup: Vmax of TP5 and Voltage Statistics
Figure 6-57. Startup – Vmax of TP5 and Voltage Statistics
Troubleshooting Waveforms: Bluetooth Troubleshooting Waveforms
6.17.9 Bluetooth Startup: Vmax of TP9 and Voltage Statistics
Figure 6-58. Startup – Vmax of TP9 and Voltage Statistics
6-63
6-64
Troubleshooting Waveforms: Bluetooth Troubleshooting Waveforms
6.17.10 Bluetooth Startup: Vmax of TP10 and Time Statistics
Figure 6-59. Startup – Vmax of TP10 and Time Statistics
Troubleshooting Waveforms: Bluetooth Troubleshooting Waveforms
6.17.11 Bluetooth Startup: Vmax of TP16 and Voltage Statistics
Figure 6-60. Startup – Vmax of TP16 and Voltage Statistics
6-65
6-66
Troubleshooting Waveforms: Bluetooth Troubleshooting Waveforms
6.17.12 Bluetooth Startup: Vmax of TP13 and Voltage Statistics
Figure 6-61. Startup – Vmax of TP13 and Voltage Statistics
Troubleshooting Waveforms: Bluetooth Troubleshooting Waveforms
6.17.13 Bluetooth Startup: Vmax of TP11 and Voltage Statistics
Figure 6-62. Startup – Vmax of TP11 and Voltage Statistics
6-67
6-68
Troubleshooting Waveforms: Bluetooth Troubleshooting Waveforms
6.17.14 Bluetooth Startup: Timing Difference of TP13 to TP16 and Time Statistics
Figure 6-63. Startup – Timing Difference of TP13 to TP16 and Time Statistics
Troubleshooting Waveforms: Bluetooth Troubleshooting Waveforms
6.17.15 Bluetooth Startup: Timing Difference of TP10 to TP13 and Time Statistics
Figure 6-64. Startup – Timing Difference of TP10 to TP13 and Time Statistics
6-69
6-70
Troubleshooting Waveforms: Bluetooth Troubleshooting Waveforms
6.17.16 Bluetooth Startup: Timing Difference of TP11 to TP13 and Time Statistics
Figure 6-65. Startup – Timing Difference of TP11 to TP13 and Time Statistics
Troubleshooting Waveforms: Bluetooth Troubleshooting Waveforms
6.17.17 Bluetooth CW on Spectrum Analyzer
Figure 6-66. Bluetooth CW on Spectrum Analyzer
6-71
6-72
Troubleshooting Waveforms: Bluetooth Steady-State
6.18 Bluetooth Steady-State
6.18.1 Expansion Board Waveforms – USB D+ Vmax and Packet Timing with
Statistics
Figure 6-67. Expansion Board – USB D+ Vmax and Packet Timing with Statistics
Troubleshooting Waveforms: Bluetooth Steady-State
6.18.2 Expansion Board Waveforms – USB D- Vmax and Packet Timing with
Statistics
Figure 6-68. Expansion Board – USB D- Vmax and Packet Timing with Statistics
6-73
6-74
Troubleshooting Waveforms: Bluetooth Steady-State
6.18.3 Expansion Board Waveforms – VSW_3.6 Voltage Statistics
Figure 6-69. Expansion Board – VSW_3.6 Voltage Statistics
Troubleshooting Waveforms: Bluetooth Steady-State
6.18.4 Expansion Board Waveforms – 32 kHz clock Vmax with Statistics
Figure 6-70. Expansion Board – 32 kHz clock Vmax with Statistics
6-75
6-76
Troubleshooting Waveforms: Bluetooth Steady-State
6.18.5 Expansion Board Waveforms – LF Coil with TX and RX
Figure 6-71. Expansion Board – LF Coil with TX and RX Waveform Measured by a Conducted Cable on LF Coil
Troubleshooting Waveforms: LF CW on Spectrum Analyzer
6.19 LF CW on Spectrum Analyzer
Figure 6-72. LF CW on Spectrum Analyzer
6-77
6-78
Troubleshooting Waveforms: LF CW on Spectrum Analyzer
Notes
Chapter 7 Troubleshooting Tables
7.1
List of Board and IC Signals
Due to the nature of the schematic-generating program, signal names might be different when they
are not directly connected to the same point. The tables in this chapter provide a cross reference to
the various pinouts for these signals. Table 7-1 lists and provides links to each of the tables in this
chapter.
Table 7-1. List of Tables of Board and IC Signals
Table No.
Table Name
Page No.
7-2
VOCON board to RF board connector Interface PIN-OUT
7-2
7-3
VOCON board to EXPANSION board connector Interface PIN-OUT
7-4
7-4
VOCON board to Control Top with Top Display Interface PIN-OUT
7-7
7-5
VOCON board to Front Display Interface PIN-OUT
7-9
7-6
VOCON board to Keypad Interface PIN-OUT
7-10
7-7
EXPANSION board to Accessory Connector (GCAI) Interface PIN-OUT
7-11
7-8
EXPANSION board to Side Buttons Interface PIN-OUT
7-12
7-9
EXPANSION board to Speaker and Microphones Interface PIN-OUT
7-13
7-10
EXPANSION board to AVR / JTAG Interface PIN-OUT
7-14
7-11
Primary IC reference designators
7-15
7-12
Overall GPIO pin functions across multiple boards
7-16
7-2
Troubleshooting Tables: List of Board and IC Signals
Table 7-2. VOCON board to RF board connector Interface PIN-OUT
VOCON Board
RF Transceiver Board
Test Place
signal name
pin #
pin #
signal name
Test
Place
chassis
GND
J1001-1
P101-1
GND
chassis
none
EEPROM_SPI_CS
J1001-2
P101-2
DIG_CTRL_SPI_EEPROM_PE
TP113
C6201
16.8_MHZ_SINEWAVE
J1001-3
P101-3
CLK_16_8_MHZ
C754
chassis
GND
J1001-4
P101-4
GND
chassis
chassis
GND
J1001-5
P101-5
GND
chassis
F_VREF_1.875V
V_EXT_1.85
J1001-6
P101-6
DC_LIN_1_875V_D
TP124
none
RF_BRD_RSTB
J1001-7
P101-7
DIG_CTRL_RSTB
R721
R6564
V_2.8_RF
J1001-8
P101-8
DC_LIN_2_775V
TP125
none
DMCS
J1001-9
P101-9
DIG_CTRL_SSI_TRIGGER
TP114
none
F2_PARAMP
J1001-10
P101-10
DIG_CTRL_IO49
TP120
R1004
RX_FSYNC
J1001-11
P101-11
DIG_DATA_SSI_RX_FS
TP111
none
TX_INH
J1001-12
P101-12
DIG_CTRL_TX_INHIBIT_TYPE_1
R103
R1005
RX_DA
J1001-13
P101-13
DIG_DATA_SSI_RX_DOUTA
TP112
R1018
RF_DAC_SPI_CS
J1001-14
P101-14
DIG_CTRL_SPI_DAC_PE
TP115
R1006
RX_CLK
J1001-15
P101-15
CLK_SSI_RX
TP106
R6427
ISET
J1001-16
P101-16
ANA_CTRL_ISET
TP101
R1007
TX_FSYNC
J1001-17
P101-17
DIG_TX_SSI_FS
TP102
C1006
TX_DA_CONN
J1001-18
P101-18
DIG_DATA_TX_SSI
TP103
R1008
TX_CLK
J1001-19
P101-19
DIG_TX_SSI_CLK
TP104
R6505
V_COIN_CELL
J1001-20
P101-20
M107 (battery)
R104
L4001
GPS_ANT
J1001-21
P101-21
RF_GPS
TP105
none
ABACUS_SPI_CS
J1001-22
P101-22
DIG_CTRL_SPI_ABACUS_PE
TP116
R1010
F2_SYNCB
J1001-23
P101-23
DIG_SYNCB
TP117
chassis
GND
J1001-24
P101-24
GND
chassis
R1011
LOCK_DET_A
J1001-25
P101-25
DIG_CTRL_LOCK
TP109
none
BSTAT
J1001-26
P101-26
DIG_BATTERY_DATA
C101
none
TRIDENT_SPI_CS
J1001-27
P101-27
DIG_CTRL_SPI_TRIDENT_PE
TP118
F_UNSW_B+
UNSW_B+
J1001-28
P101-28
DC_FUSED_B+
C203
none
SPI_DSP_MISO
J1001-29
P101-29
DIG_DATA_SPI_MISO
TP110
F_UNSW_B+
UNSW_B+
J1001-30
P101-30
DC_FUSED_B+
C203
Troubleshooting Tables: List of Board and IC Signals
7-3
Table 7-2. VOCON board to RF board connector Interface PIN-OUT (Continued)
VOCON Board
RF Transceiver Board
Test Place
signal name
pin #
pin #
signal name
Test
Place
none
SPI_DSP_MOSI
J1001-31
P101-31
DIG_DATA_SPI_MOSI
TP107
F_UNSW_B+
UNSW_B+
J1001-32
P101-32
DC_FUSED_B+
C203
R1013
SPI_DSP_CLK
J1001-33
P101-33
DIG_SPI_CLK
TP108
F_UNSW_B+
UNSW_B+
J1001-34
P101-34
DC_FUSED_B+
C203
chassis
GND
J1001-35
P101-35
GND
chassis
F_UNSW_B+
UNSW_B+
J1001-36
P101-36
DC_FUSED_B+
C203
R6510
V_SW_3.60
J1001-37
P101-37
DC_SW1_3_6V
TP126
chassis
GND
J1001-38
P101-38
GND
chassis
chassis
GND
J1001-39
P101-39
GND
chassis
chassis
GND
J1001-40
P101-40
GND
chassis
7-4
Troubleshooting Tables: List of Board and IC Signals
Table 7-3. VOCON board to EXPANSION board connector Interface PIN-OUT
VOCON Board
Test
Place
signal name
Expansion Board
pin #
pin #
signal name
Test
Place
L4001
GPS_ANT
J4001-1
P2001-1
GPS_ANT
TP2402
R6414
PRE_CLASS_D_POS_DP
J4001-2
P2001-2
AUD_PA_IN_P
TP2008
chassis
GND
J4001-3
P2001-3
GND
chassis
R6415
PRE_CLASS_D_NEG_DP
J4001-4
P2001-4
AUD_PA_IN_N
TP2009
none
BT_AVR_RESET
J4001-5
P2001-5
BT_AVR_RESET
TP2413
R6308
PA_SHTDN
J4001-6
P2001-6
AUD_PA_SHUTDOWN
R2101
none
BT_PTT
J4001-7
P2001-7
BT_PTT
none
none
AUDIO_MIC_NEG_DP
J4001-8
P2001-8
AUD_MIC_N
none
none
GPS_RX
J4001-9
P2001-9
GPS_TX
R2420
F_AUDIO_
MICP
AUDIO_MIC_POS_DP
J4001-10
P2001-10
AUD_MIC_P
C2001
none
GPS_TX
J4001-11
P2001-11
GPS_RX
R2421
chassis
GND
J4001-12
P2001-12
GND
chassis
none
GPS_SHUTDOWN
J4001-13
P2001-13
GPS_SHUTDOWN
R2462
R6305
MMC2_CLK
J4001-14
P2001-14
MMC_CLK
R2301
chassis
GND
J4001-15
P2001-15
GND
chassis
none
MMC2_CMD
J4001-16
P2001-16
MMC_CMD
R2302
none
GPS_BT_32KHZ
J4001-17
P2001-17
GPS_BT_32KHZ
none
none
MMC2_DAT0
J4001-18
P2001-18
MMC_DAT0
R2303
R6123
EMMC_RESET
J4001-19
P2001-19
EMMC_RESET
TP2301
none
MMC2_DAT1
J4001-20
P2001-20
MMC_DAT1
R2304
none
ACC_SPKR_UNMUTE
J4001-21
P2001-21
ACC_SPKR_UNMUTE_1.8
R2436
R6303
MMC2_DAT2
J4001-22
P2001-22
MMC_DAT2
R2305
none
BT_SPARE_1.8
J4001-23
P2001-23
BT_SPARE_1.8
R2488
R6302
MMC2_DAT3
J4001-24
P2001-24
MMC_DAT3
R2306
R6118
SSI_RED_TX_CODEC
J4001-25
P2001-25
SSI_RED_TX_CODEC
none
chassis
GND
J4001-26
P2001-26
GND
chassis
none
SSI_RED_RX_CODEC
J4001-27
P2001-27
SSI_RED_RX_CODEC
none
F_VREF_1
.875V
V_EXT_1.85
J4001-28
P2001-28
VCC_1.85
TP2005
Troubleshooting Tables: List of Board and IC Signals
7-5
Table 7-3. VOCON board to EXPANSION board connector Interface PIN-OUT (Continued)
VOCON Board
Test
Place
signal name
Expansion Board
pin #
pin #
signal name
Test
Place
none
AVR_STATUS_1.8
J4001-29
P2001-29
AVR_STATUS_1.8V
none
OMAP_RE
SET_TP
OMAP_RESET
J4001-30
P2001-30
OMAP_RESET_OUT
none
C6544
VBUS1
J4001-31
P2001-31
VBUS1
none
none
MACE_RESET
J4001-32
P2001-32
MACE_RESET
none
R6623
USB1_NEG_DP
J4001-33
P2001-33
USB1_DM
none
none
MACE_WAKEUP
J4001-34
P2001-34
MACE_WAKEUP
TP2502
R6622
USB1_POS_DP
J4001-35
P2001-35
USB1_DP
none
none
TX_INHIBIT
J4001-36
P2001-36
TX_INHIBIT
none
none
EXP_BRD_ID
J4001-37
P2001-37
EXP_BRD_TYPE
R2021
none
KEYFAIL
J4001-38
P2001-38
KEYFAIL
R2501
chassis
GND
J4001-39
P2001-39
GND
chassis
none
SECURE_HIGH_NORM
J4001-40
P2001-40
MACE_SEC_CLR_MODE
none
C6561
V_SW_3.60
J4001-41
P2001-41
VSW_3.6
TP2007
chassis
GND
J4001-42
P2001-42
GND
chassis
none
AVR_BOOT
J4001-43
P2001-43
USB_BOOT_1.8V
TP2417
R6107
SSI_OPT_CLK
J4001-44
P2001-44
OPT_SSI_CLK
R2503
C6405
V_2.775_EXP
J4001-45
P2001-45
VCC_2.775
TP2011
none
OPT_SSI_SYNC
J4001-46
P2001-46
OPT_SSI_FSYNC
R2513
chassis
GND
J4001-47
P2001-47
GND
chassis
R6103
SSI_BLACK_RX
J4001-48
P2001-48
SSI_BLACK_RX
none
C6567
V_SW_5
J4001-49
P2001-49
VSW_5.4
TP2006
none
SSI_BLACK_TX_MACE
J4001-50
P2001-50
SSI_BLACK_TX_MACE
none
C6567
V_SW_5
J4001-51
P2001-51
VSW_5.4
TP2006
R6102
HIGH_SECURE_DATA_GATE
J4001-52
P2001-52
BLOCK_SSI_RED
none
chassis
GND
J4001-53
P2001-53
GND
chassis
none
SSI_RED_RX_MACE
J4001-54
P2001-54
SSI_RED_RX_MACE
none
R6525
EMERG_BTN
J4001-55
P2001-55
EMERG_BTN
none
none
SSI_MACE_TX_DIN
J4001-56
P2001-56
SSI_MACE_TX_DIN
none
R4005
PTT
J4001-57
P2001-57
CONN_INT_PTT
D2007
7-6
Troubleshooting Tables: List of Board and IC Signals
Table 7-3. VOCON board to EXPANSION board connector Interface PIN-OUT (Continued)
VOCON Board
Test
Place
signal name
Expansion Board
pin #
pin #
signal name
Test
Place
chassis
GND
J4001-58
P2001-58
GND
chassis
R4007
SIDE_2
J4001-59
P2001-59
CONN_SB2
C2013
R6113
4MHZ_MACE_CLK
J4001-60
P2001-60
MACE_CLOCK
none
R4006
SIDE_1
J4001-61
P2001-61
CONN_SB1
C2016
chassis
GND
J4001-62
P2001-62
GND
chassis
D6101
MONITOR
J4001-63
P2001-63
MONITOR
C2014
C6538
V_SAVE
J4001-64
P2001-64
VSAVE
D2521
none
GPIO_4_CTS_KEYFAIL_FILLCLK
J4001-65
P2001-65
GCAI_GPIO4_CTS
R2005
C6590
VRTC
J4001-66
P2001-66
VRTC
C2527
D4001
GPIO_0
J4001-67
P2001-67
GCAI_GPIO0
R2004
none
EXT_MIC_NEG_DP
J4001-68
P2001-68
GCAI_EXT_MIC_N
none
chassis
GND
J4001-69
P2001-69
GND
chassis
R6404
EXT_MIC_POS_DP
J4001-70
P2001-70
GCAI_EXT_MIC_P
L2002
F_GCAI_U
SB+
GPIO_1_DP_TXDC_FILLREQ
J4001-71
P2001-71
GCAI_USB_P_GPIO1
VR2002
SPKR-
EXT_SPKR_NEG_DP
J4001-72
P2001-72
GCAI_EXT_SPKR_N
VR2006
F_GCAI_U
SB
GPIO_2_DM_RXDC_FILLDATA
J4001-73
P2001-73
GCAI_USB_N_GPIO2
VR2003
SPKR+
EXT_SPKR_POS_DP
J4001-74
P2001-74
GCAI_EXT_SPKR_P
VR2005
chassis
GND
J4001-75
P2001-75
GND
chassis
chassis
GND
J4001-76
P2001-76
GND
chassis
F_V1BUS2
VBUS2
J4001-77
P2001-77
GCAI_VBUS_5V
D2002
none
GPIO_3_RTS_FILLSENSE
J4001-78
P2001-78
GCAI_RTS_GPIO3
D2009
F_V1BUS2
VBUS2
J4001-79
P2001-79
GCAI_VBUS_5V
D2002
F_GCAI_1
WIRE
GCAI_1WIRE_5V
J4001-80
P2001-80
GCAI_ONE_WIRE
D2001
Troubleshooting Tables: List of Board and IC Signals
7-7
Table 7-4. VOCON board to Control Top with Top Display Interface PIN-OUT
VOCON Board
Control Top with Top Display
Test Place
signal name
pin #
pin #
signal name
R2235
V_LED_TOP
J2101-1
P1-1
TX/RX_LED_A
chassis
GND
J2101-2
P1-2
GND
chassis
GND
J2101-3
P1-3
GND
none
FREQ_SW_LED_WHITE
J2101-4
P1-4
RTA_LED_B
R6206
V_2.775D
J2101-5
P1-5
V2A
none
FREQ_SW_LED_GREEN
J2101-6
P1-6
RTA_LED_G
none
VOLUME
J2101-7
P1-7
VOL
R2215
TX_RX_AMBER_LED
J2101-8
P1-8
TX_LED_A
F_MECH_SW
ON_OFF_SWITCH
J2101-9
P1-9
MECH_SW
chassis
GND
J2101-10
P1-10
GND
R2133
TOGGLE_0_A
J2101-11
P1-11
TG0
R2130
FREQ_SEL_3_CONN
J2101-12
P1-12
RTA3
R2134
TOGGLE_1_A
J2101-13
P1-13
TG1
R2129
FREQ_SEL_2_CONN
J2101-14
P1-14
RTA2
none
TX_RX_RED_LED
J2101-15
P1-15
TX_LED_R
R2128
FREQ_SEL_1_CONN
J2101-16
P1-16
RTA1
none
TX_RX_GREEN_LED
J2101-17
P1-17
TX_LED_G
R2127
FREQ_SEL_0_CONN
J2101-18
P1-18
RTA0
D6501
EMERG_BTN
J2101-19
P1-19
EMER
R2135
SEC_CLEAR_CONN
J2101-20
P1-20
SEC_CLEAR
chassis
GND
J2101-21
P1-21
GND
chassis
GND
J2101-22
P1-22
GND
D2204
TOP_DISP_WHITE_LED
J2101-23
P1-23
LED_W
D2202
TOP_DISP_GREEN_LED
J2101-24
P1-24
LED_G
R2235
V_LED_TOP
J2101-25
P1-25
VLED_A
D2203
TOP_DISP_RED_LED
J2101-26
P1-26
LED_R
chassis
GND
J2101-27
P1-27
GND
chassis
GND
J2101-28
P1-28
GND
F_VREF_1.875V
V_EXT_1.85
J2101-29
P1-29
VDDIO
R6563
V_2.775D
J2101-30
P1-30
VDD
7-8
Troubleshooting Tables: List of Board and IC Signals
Table 7-4. VOCON board to Control Top with Top Display Interface PIN-OUT (Continued)
VOCON Board
Control Top with Top Display
Test Place
signal name
pin #
pin #
signal name
none
T_DISP_DATA_CMD
J2101-31
P1-31
D/C
none
OMAP_TDO
J2101-32
P1-32
OMAP_TDO
chassis
GND
J2101-33
P1-33
GND
none
RTCK
J2101-34
P1-34
RTCK
R2136
T_DISP_SPI_CLK2
J2101-35
P1-35
SCLK
R2117
TMS_CON
J2101-36
P1-36
OMAP/MACE TMS
chassis
GND
J2101-37
P1-37
GND
R2107
NTRST
J2101-38
P1-38
NTRST
none
T_DISP_SPI_MOSI
J2101-39
P1-39
SDA
none
CPLD_TDO
J2101-40
P1-40
CPLD_TDO
chassis
GND
J2101-41
P1-41
GND
R2118
CPLD_TMS_CON
J2101-42
P1-42
CPLD TMS
none
T_DISP_SPI_CS
J2101-43
P1-43
CS
R2116
TCK_CON
J2101-44
P1-44
TCK
chassis
GND
J2101-45
P1-45
GND
R2120
TDI_CON
J2101-46
P1-46
TDI
R2108
T_DISP_RESET
J2101-47
P1-47
RESET
none
no connect
J2101-48
P1-48
MACE_TDO
chassis
GND
J2101-49
P1-49
GND
nonew
no connect
J2101-50
P1-50
MACE_RTCK
Troubleshooting Tables: List of Board and IC Signals
7-9
Table 7-5. VOCON board to Front Display Interface PIN-OUT
VOCON Board
Front Display
Test Place
signal name
pin #
pin #
signal name
chassis
GND
J2304-1
J1-1
GND
C6203
V_2.775D
J2304-2
J1-2
VDDIO
R2335
F_DISP_RW
J2304-3
J1-3
VCI
R2345
F_DISP_DATA_1
J2304-4
J1-4
GND
R2348
F_DISP_DATA_3
J2304-5
J1-5
R/W
R2349
F_DISP_DATA_5
J2304-6
J1-6
D0
R2346
F_DISP_DATA_7
J2304-7
J1-7
D1
R2347
F_DISP_DATA_CMD
J2304-8
J1-8
D2
chassis
GND
J2304-9
J1-9
D3
R2241
V_LED_FRONT
J2304-10
J1-10
D4
R2337
F_DISP_LED3_RETURN
J2304-11
J1-11
D5
F_VREF_1.875V
V_EXT_1.85
J2304-12
J1-12
D6
chassis
GND
J2304-13
J1-13
D7
R2339
F_DISP_DATA_0
J2304-14
J1-14
E
R2340
F_DISP_DATA_2
J2304-15
J1-15
D/C
R2341
F_DISP_DATA_4
J2304-16
J1-16
RESET
R2338
F_DISP_DATA_6
J2304-17
J1-17
GND
R2342
F_DISP_RW_EN
J2304-18
J1-18
LED1-
OMAP_RESET_
TP
OMAP_RESET
J2304-19
J1-19
LED+
R2336
F_DISP_LED1_RETURN
J2304-20
J1-20
LED2-
R2344
F_DISP_LED2_RETURN
J2304-21
J1-21
LED3-
R6424
F_DISP_BD_ID
J2304-22
J1-22
ID
7-10
Troubleshooting Tables: List of Board and IC Signals
Table 7-6. VOCON board to Keypad Interface PIN-OUT
VOCON Board
Keypad
Test Place
signal name
pin #
pin #
signal name
chassis
GND
J2303-1
P1-1
GND
none
KP_COL_0
J2303-2
P1-2
KP_COL_0
C2326
KP_ROW_0
J2303-3
P1-3
KP_ROW_0
none
KP_COL_1
J2303-4
P1-4
KP_COL_1
C2327
KP_ROW_1
J2303-5
P1-5
KP_ROW_1
none
KP_COL_2
J2303-6
P1-6
KP_COL_2
C2328
KP_ROW_2
J2303-7
P1-7
KP_ROW_2
none
KP_COL_3
J2303-8
P1-8
KP_COL_3
C2329
KP_ROW_3
J2303-9
P1-9
KP_ROW_3
none
KP_COL_4
J2303-10
P1-10
KP_COL_4
C2330
KP_ROW_4
J2303-11
P1-11
KP_ROW_4
R2241
V_LED_FRONT
J2303-12
P1-12
V_LED
chassis
GND
J2303-13
P1-13
GND
chassis
GND
J2303-14
P1-14
GND
R2355
KP_LED1
J2303-15
P1-15
KP_LED_1
R2354
KP_LED2
J2303-16
P1-16
KP_LED_2
R2353
KP_LED3
J2303-17
P1-17
KP_LED_3
R2352
KP_LED4
J2303-18
P1-18
KP_LED_4
chassis
GND
J2303-19
P1-19
GND
chassis
GND
J2303-20
P1-20
GND
Troubleshooting Tables: List of Board and IC Signals
7-11
Table 7-7. EXPANSION board to Accessory Connector (GCAI) Interface PIN-OUT
Expansion Board
VOCON
signal name
pin #
Accessory Connector (GCAI)
Test Place
pin #
signal name
D2002
GCAI_VBUS_5V
J2004-1
P1-1
GCAI_VBUS_5V
D2002
GCAI_VBUS_5V
J2004-2
P1-2
GCAI_VBUS_5V
chassis
GND
J2004-3
P1-3
GND
VR2003
GCAI_USB_N_GPIO2
J2004-4
P1-4
GCAI_USB_N_GPIO2
VR2002
GCAI_USB_P_GPIO1
J2004-5
P1-5
GCAI_USB_P_GPIO1
chassis
GND
J2004-6
P1-6
GND
R2004
GCAI_GPIO0_1
J2004-7
P1-7
GCAI_GPIO0
R2005
GCAI_GPIO4_CTS_1
J2004-8
P1-8
GCAI_CTS_GPIO4
VR2001
GCAI_EXT_MIC_P_2
J2004-9
P1-9
GCAI_MIC_P
none
GCAI_EXT_MIC_N
J2004-10
P1-10
GCAI_MIC_N
R2025
GCAI_EXT_SPKR_N_1
J2004-11
P1-11
GCAI_SPKR_N
R2024
GCAI_EXT_SPKR_P_1
J2004-12
P1-12
GCAI_SPKR_P
chassis
GND
J2004-13
P1-13
GND
D2009
GCAI_RTS_GPIO3
J2004-14
P1-14
GCAI_RTS_GPIO3
chassis
GND
J2004-15
P1-15
GND
D2001
GCAI_ONE_WIRE_1
J2004-16
P1-16
GCAI_ONE_WIRE
7-12
Troubleshooting Tables: List of Board and IC Signals
Table 7-8. EXPANSION board to Side Buttons Interface PIN-OUT
VOCON Board
Side Buttons
Test Place
signal name
pin #
pin #
signal name
chassis
GND
J2005-1
P1-1
GND
chassis
GND
J2005-2
P1-2
GND
R2012
CON_MONIT
OR_1
J2005-3
P1-3
MON_B
R2011
CONN_SB2_1
J2005-4
P1-4
SB_2_B
chassis
GND
J2005-5
P1-5
GND
chassis
GND
J2005-6
P1-6
GND
R2010
CONN_SB1_1
J2005-7
P1-7
SB_1_B
R2009
CON_INT_PT
T_1
J2005-8
P1-8
PTT_B
chassis
GND
J2005-9
P1-9
GND
chassis
GND
J2005-10
P1-10
GND
Troubleshooting Tables: List of Board and IC Signals
7-13
Table 7-9. EXPANSION board to Speaker and Microphones Interface PIN-OUT
VOCON Board
signal name
spring/pin #
Microphone
spring/pin #
Data-Side
Microphone
signal name
DATA_MIC_POS_DP
M6401-1
pad 1
mic +
DATA_MIC_NEG_DP
M6401-2
pad 2
data-side microphone -
Expansion Board
signal name
spring/pin #
Microphone
spring/pin #
Speaker-Side
Microphone
signal name
AUD_MIC_P_1
M2005
pad 1
MIC_POS
AUD_MIC_N
M2004
pad 2
MIC_NEG
Expansion Board
signal name
spring/pin #
Microphone
spring/pin #
4 Ohm Speaker
signal name
AUD_INT_SPKR_FILT_P
M2003
pad 1
SPKR_POS
AUD_INT_SPKR_FILT_N
M2002
pad 2
SPKR_NEG
Expansion Board
signal name
spring/pin #
BLUETOOTH ANTENNA
M2402
GND
M2401
BT
spring/pin #
pad M2
BT Antenna
signal name
BLUE_ANT
7-14
Troubleshooting Tables: List of Board and IC Signals
Table 7-10. EXPANSION board to AVR / JTAG Interface PIN-OUT
Expansion Board
Test Place
AVR / JTAG
signal name
pin #
chassis
GND
J2001-1
none
USB1_DM
J2001-2
none
USB1_DP
J2001-3
none
AVR_TCK
J2001-4
R2026
AVR_MACE_TDO
J2001-5
R2028
AVR_MACE_TDI
J2001-6
R2030
AVR_MACE_TMS
J2001-7
none
BT_AVR_RESET_3.3V
J2001-8
R2450
USB_BOOT_1.8V
J2001-9
TP2005
VCC_1.85
J2001-10
R2493
GPS_BT_3.3V
J2001-11
R2444
AVR_USART2_RX
J2001-12
none
AVR_USART2_TX
J2001-13
chassis
GND
J2001-14
none
VBUS1
J2001-15
none
MACE_TCK
J2001-16
none
MACE_RTCK
J2001-17
none
MACE_NTRST
J2001-18
none
BT_HCI_RX
J2001-19
none
BT_HCI_TX
J2001-20
TP2404
BT_TX_DBG
J2001-21
chassis
GND
J2001-22
Troubleshooting Tables: List of Board and IC Signals
7-15
Table 7-11. Primary IC reference designators
Reference
designator
Primary IC's
Component Location
OMAP 1710
U6302
VOCON
(top-side)
DDR memory
U6301
VOCON (top-side)
FLASH
U6304
VOCON (top-side)
CPLD
U6101
VOCON (top-side)
Audio Codec
U6405
VOCON (top-side)
Front Lighting controller
U2204
VOCON (top-side)
MAKO
U6501
VOCON (bottom-side)
Top Lighting controller
U2201
VOCON (bottom-side)
Class D Audio PA audio controller
U2101
EXPANSION (top-side)
MACE
U2510
EXPANSION (top-side)
eMMC
U2301
EXPANSION (top-side)
BLUETOOTH & GPS combination IC
U2401
EXPANSION (bottom-side)
BlueTooth AVR processor
U2415
EXPANSION (bottom-side)
Low Frequency (LF) antenna
L2407
EXPANSION (bottom-side)
SDRAM
U2413
EXPANSION (bottom-side)
Accelerometer
U2416
EXPANSION (bottom-side)
Battery contact springs
M101
RF board (top-side)
Battery
M107
RF board (top-side)
Peregrine AUX switch
U1111
RF board (top-side)
VCO
Y704
RF board (top-side)
VCO
Y707
RF board (top-side)
PA Final stage device
Q1001
RF board (top-side)
TX Driver
U1002
RF board (top-side)
Mixer
U506
RF board (top-side)
Trident
U702
RF board (bottom-side)
TX/RX Multi-switch
U1102
RF board (bottom-side)
Logic Expander
U703
RF board (bottom-side)
Abacus III
U601
RF board (bottom-side)
7-16
Troubleshooting Tables: List of Board and IC Signals
Table 7-12. Overall GPIO pin functions across multiple boards
SW Initialized
Signal Name
Description
Pin
or
Ball #
TP6309
Class D audio PA
shutdown control
M7
AUDIO_PA_SHT
DN
Engineering Test Point
M8
CODEC_CS
DSP SPI chip select for
TI dual CODEC
Y1
ABACUS_CS
DSP SPI chip select for
Abacus IC
TRIDENT_CS
Active
State
Direction
*PU
HW Reset
*PU
State
0
Direction
Input
Output
0
Output
0
Output
1
Output
L3
0
Output
0
Output
DSP SPI chip select for
Trident IC
V6
0
Output
0
Output
SYNTHESIZER_
LOCK
RF synthesizer lock
detect
V15
1=Lock
Input
F2_TIMER_DM
CS
Timer output compare
for DMCS or SYNCB
M20
1
MAKO_TX_RX
Trigger for Mako DAC
ramp
L14
EEPROM_CS
RF EEPROM SPI chip
select
OPTION_SPI_C
S
PU
Input
None
Output
Input
PD
1=TX
Output
*Input
None
G19
0
Output
0
Output
Option board SPI chip
select
W9
0
Output
0
Output
DAC_CS
RF DAC chip select
T19
0
Output
PUSH_TO_TAL
K
Push to talk button input
T20
0
Input
MAKO_INTX
Mako main interrupt
P15
0
MAKO_USB_IN
TX
Mako USB interrupt
AA9
MAKO_OPTION
_INTX
Mako Option interrupt
Y12
Unused and Unwired
OMAP Pin
M14
Top LCD SPI chip select
P3
Unused and Unwired
OMAP Pin
V19
Mako IC SPI chip select
N15
TOP_DISPLAY_
CS
MAKO_CS
None
or
PD
Input
PD
None
Input
PD
Input
None
Input
None
0
Input
None
Input
PD
0
Input
None
Input
None
Input
PD
Input
PD
0
1
Output
1
Output
Output
0
Output
Output
Input
PD
Troubleshooting Tables: List of Board and IC Signals
7-17
Table 7-12. Overall GPIO pin functions across multiple boards (Continued)
SW Initialized
Signal Name
Description
Pin
or
Ball #
MORTABLE
Specifies Mobile or
Portable hardware
W13
GCAI_GPIO3
GCAI pin 9, GPIO3
GCAI_GPIO4
Active
State
0=Portabl
e
Direction
*PU
HW Reset
*PU
State
Direction
or
PD
Input
None
0
Output
AA15
Input
None
0
Output
GCAI pin 12, GPIO4
R14
Input
None
Input
PD
BLUETOOTH_P
TT
PTT signal from
Bluetooth AVR
Y5
Input
PU
Input
PD
F2_TIMER_INP
UT_CAPTURE
Receives one of three
timing signals mux’ed
through CPLD - Abacus
Sync, DMCS, Ramp
DAC Trigger.
P20
Input
PD
Input
PD
BT_AVR_STATU
S
AVR status read by
OMAP
P18
Input
PU
Input
PD
ACC_SPKR_UN
MUTE
BT_Audio_Accessory_U
nmute signal
K15
Output
Input
PU
BT_SPARE_1.8
Bluetooth_Spare_GPIO
K14
I/0
Input
PD
ENC_WAKEUP
MACE encryption
wakeup
A6
1
Output
ENC_RESET
MACE encryption reset
B6
0
I/O
5V_PWM_EN
Forces SW5 to PWM
P14
1
GCAI_GPIO2
GCAI pin 5, GPIO2
GCAI_GPIO1
0=Pressed
PD
1
Output
PU
1
I/O
PU
Output
PU
0
Output
PU
C13
Input
None
Input
None
GCAI pin 4, GPIO1
C11
Input
None
Input
None
GCAI_GPIO0
GCAI pin 1, GPIO0
M7
Input
None
Input
None
GCAI_VBUS_I_
LIMIT
Current limit select for
GCAI VBUS
C6
1=500mA
Output
F2_PARAMP_M
ON
Factory use to test F2
transmit timing. Allows
TX/RX signal to appear
on GCAI GPIO3.
C5
1=Factory
Test
Output
TOP_DISP_DAT
A_CTRL
Select for data or control
on top display
P12
1=data
TOP_DISPLAY_
RESET
Reset for color front
display
M12
0
Unused and Unwired
OMAP Pin
N13
0
Output
0
Output
Output
0
Output
Output
1
Output
Output
0
Output
PU
PU
7-18
Troubleshooting Tables: List of Board and IC Signals
Table 7-12. Overall GPIO pin functions across multiple boards (Continued)
SW Initialized
Signal Name
Description
Pin
or
Ball #
Active
State
Direction
*PU
HW Reset
*PU
State
Direction
or
PD
Unused and Unwired
OMAP Pin
M14
Output
0
Output
Unused and Unwired
OMAP Pin
N14
Output
0
Output
GPS_SHUTDO
WN
Shutdown to GPS
D12
0
Output
0
Output
RF_RESET
Reset to RF board
A8
0
Output
0
Output
Unused and Unwired
OMAP Pin
B7
Output
0
Output
Unused and Unwired
OMAP Pin
B8
Output
1
Output
MMC Card Reset
C7
1
Output
None
Unused and Unwired
OMAP Pin
MMC_RESET
0
Output
None
J2
Input
None
Input
None
Unused and Unwired
OMAP Pin
M8
Input
None
Input
None
BT_USB_BOOT
Bluetooth ‘boot’ signal
P8
0
Output
None
Input
None
BT_AVR_RESE
T
Bluetooth AVR32 Reset
signal
M13
0
Output
None
Input
KEY_FAIL_SWI
TCH
Enables keyload path
for MACE secure.
A12
1
Output
SECURE_CLEA
R
Secure/Clear switch
M6
TBD
Input
PU
Input
None
RTA3
Channel selector rotary
switch
N11
Input
None
Input
3
RTA2
Channel selector rotary
switch
K14
Input
None
Input
None
RTA1
Channel selector rotary
switch
J13
Input
None
Input
None
RTA0
Channel selector rotary
switch
K13
Input
None
Input
None
EMERGENCY
Emergency pushbutton
N7
Input
PU
Input
PU
TG1
Toggle switch
N6
Input
PU
Input
PU
TG0
Toggle switch
N8
Input
PU
Input
PU
SB2
Side button #2
N5
Input
PU
Input
PU
0=Pressed
0=Pressed
0
Output
Troubleshooting Tables: List of Board and IC Signals
7-19
Table 7-12. Overall GPIO pin functions across multiple boards (Continued)
SW Initialized
Signal Name
Description
Pin
or
Ball #
Active
State
Direction
*PU
HW Reset
*PU
State
Direction
or
PD
SB1
Side button #1
M5
0=Pressed
Input
PU
Input
PU
MONITOR
Monitor button
P11
0=Pressed
Input
PU
Input
PU
CPLD_VER4
CPLD version identifier
bit 4
(REG)
Register
Register
CPLD_VER3
CPLD version identifier
bit 3
(REG)
Register
Register
CPLD_VER2
CPLD version identifier
bit 2
(REG)
Register
Register
CPLD_VER1
CPLD version identifier
bit 1
(REG)
Register
Register
CPLD_VER0
CPLD version identifier
bit 0
(REG)
Register
Register
BOARD_ID8
Controller Board ID bit 8
H12
Input
PU
Input
PU
BOARD_ID7
Controller Board ID bit 7
H13
Input
PU
Input
PU
BOARD_ID6
Controller Board ID bit 6
G13
Input
PU
Input
PU
BOARD_ID5
Controller Board ID bit 5
F13
Input
PU
Input
PU
BOARD_ID4
Controller Board ID bit 4
D13
Input
PU
Input
PU
BOARD_ID3
Controller Board ID bit 3
E13
Input
PU
Input
PU
BOARD_ID2
Controller Board ID bit 2
C14
Input
PU
Input
PU
BOARD_ID1
Controller Board ID bit 1
D14
Input
PU
Input
PU
BOARD_ID0
Controller Board ID bit 0
F14
Input
PU
Input
PU
7/
800_LNA_MIXE
R_ON
Turn on 7/800 MHZ LNA
and mixer
30
1
Output
Input
None
800_PA_ON
Turns on TX 7V to
second PA (800)
28
1
Output
Input
None
7/
800_MOD_CAP
_ACTIVE
Turns on mod switch in
for 7/800 MHz TX only
26
1
Output
Input
None
VHF_TX_ON
Turns on TX 7V to first
PA (VHF) and RF path 3
(VCO page) for divide by
two
24
1
Output
Input
None
H67_VCO__PAT
H_ON
Turns on RF path for
H67 VCO
1
1
Output
Input
None
7-20
Troubleshooting Tables: List of Board and IC Signals
Table 7-12. Overall GPIO pin functions across multiple boards (Continued)
SW Initialized
Signal Name
Description
Pin
or
Ball #
Active
State
Direction
*PU
HW Reset
*PU
State
Direction
or
PD
ALL_RX_ACTIV
E
Route LO to the mixer.
Must be on for all RX
modes.
3
1
Output
Input
None
H65_VCO_PATH
_ON
Enables the path for
VCO H65. Should be
enabled for 700TX TA,
700 RX, 800 RX, and
800 TX TA
5
1
Output
Input
None
H68_VCO_PATH
_ON
Selects the path for
VCO H68. Must be on
for VHF TX, UHFR1,
and UHFR2.
7
1
Output
Input
None
VHF_RX_ON
Enables H67 VHF RX
VCO. Also turns on VHF
LNA.
2
1
Output
Input
None
TX_BUFFER_O
N
Enables the TX buffer.
On for all TX modes.
Also turns on log amp.
4
1
Output
Input
None
7/
800TX_VCO_O
N
Turns on VCO H67.
6
1
Output
Input
None
VHF_TX_UHF_
R1_VCO_ON
Turns on VCO H68, SEL
1. Used for VHF transmit
and UHF1 RX.
8
1
Output
Input
None
700TX/
800RX_VCO_O
N
Turns on SEL 1 on H65
VCO. For 700 TX TA
and 800 RX.
9
1
Output
Input
None
800TX/
700RX_VCO_O
N
Turns on SEL2 on H65
VCO. Used for 800 TX
TA and 700 RX.
10
1
Output
Input
None
UHF_TX_R1_V
CO_ON
Turns on VCO H66 SEL
1. Used for 380-450
12
1
Output
Input
None
UHF_TX_R2_V
CO_ON
This is to turn on VCO
H66 SEL 2. This would
be used for 450-520
13
1
Output
Input
None
700RX_FRONT_
END_ACTIVE
The enables the 700
path in the RX front end.
14
1
Output
Input
None
UHF_RX_R2_V
CO_ON
This enables VCO H68
SEL 2.
15
1
Output
Input
None
Troubleshooting Tables: List of Board and IC Signals
7-21
Table 7-12. Overall GPIO pin functions across multiple boards (Continued)
SW Initialized
Signal Name
Description
Pin
or
Ball #
Active
State
Direction
RF_BRD_ID_BI
T_0
RF Board ID bit 0
16
1
Input
ATTENUATORS
_ON
Controls the front end
attenuators for both VHF
and 7/800 MHz, but
NOT in Tx. The
peregrine switch does
not have a mode where
it can be placed in TX
while attenuating the RX
path.
17
1
Output
RF_BRD_ID_BI
T_1
RF Board ID bit 1
18
1
Input
UNUSED1
Not connected.
19
1
Output
RF_BRD_ID_BI
T_2
RF Board ID bit 2
21
1
Input
REMOTE_ANTE
NNA_ACTIVE
Remote antenna select
22
1
H66_H68_PATH
_ACTIVE
Selects path for VHF
transmit, UR1 and UR2.
23
800RX_FRONT_
END_ACTIVE
Enables the 800 path in
the RX front end.
ALL_TX_ONLY_
EXCEPT_VHF_
TX
*PU
HW Reset
*PU
State
PU
Direction
or
PD
Input
None
Input
None
Input
None
Input
None
Input
None
Output
Input
None
1
Output
Input
None
25
1
Output
Input
None
Enables RF path 1
(VCO page). On for all
transmit modes except
VHF transmit. Off for all
RX modes
27
1
Output
Input
None
H66_VCO_PATH
_ON
selects H66 VCOs path
29
1
Output
Input
None
NONE
OMAP GPIO1
determines default state
of some EMIFS pins.
Latched on rising edge
of PWR_ON_RESET.
Pulled low on PCB
R19
Input
PD
0
Input
PD
NONE
Unused, defaults to
UART2.BCLK in reset
mode 0. PD on PCB
Y4
Output
None
0
Output
None
PU
PU
7-22
Troubleshooting Tables: List of Board and IC Signals
Table 7-12. Overall GPIO pin functions across multiple boards (Continued)
SW Initialized
Signal Name
Description
Pin
or
Ball #
Active
State
Direction
*PU
HW Reset
*PU
State
Direction
or
PD
OMAP_MPU_B
OOT
Pin pulled high on PCB
to select external boot
on EMIFS CS3 (flash
memory)
J20
Input
None
1
Input
None
RESET_MODE
Determines reset mode
of OMAP. Latched on
rising edge of
PWR_ON_RESET.
Pulled low on PCB
(mode 0).
P12
Input
None
0
Input
None
MAKO_RESETX
Master cold reset input
for entire 1710 chip,
controlled by Mako IC
R12
0
Input
None
Input
None
MAKO_RESETX
MPU (ARM9)
subsystem reset input,
tied to PWRON_RESET
(R12) on PCB
U20
0
Input
None
Input
None
OMAP_RESET
Reset output from
OMAP used for
CODEC, CPLD, Front
Display, Lighting
Controllers, MACE
Tamper ckt.
AA20
0
Output
None
Output
None
MMC2_CLOCK
Clock for expanded
memory (e-MMC)
Y10
Output
PD
Input
PD
MMC2_CLOCK_
FEEDBACK
Clock feedback for
expanded memory (eMMC)
R18
Input
PD
Input
PD
MMC2_COMMA
ND
Command for expanded
memory (e-MMC)
Y8
I/O
PU
Input
PD
MMC2_DATA_0
Data 0 for expanded
memory (e-MMC)
W8
I/O
PU
Input
PD
MMC2_DATA_1
Data 1 for expanded
memory (e-MMC)
V8
I/O
PU
Input
PD
MMC2_DATA_2
Data 2 for expanded
memory (e-MMC)
W15
I/O
PU
Input
PD
MMC2_DATA_3
Data 3 for expanded
memory (e-MMC)
R10
I/O
PU
Input
PD
UART1_TX
UART1 Serial Transmit
Data
Y14
Output
None
Output
PD
0
0
Troubleshooting Tables: List of Board and IC Signals
7-23
Table 7-12. Overall GPIO pin functions across multiple boards (Continued)
SW Initialized
Signal Name
Description
Pin
or
Ball #
Active
State
Direction
*PU
UART1_RX
UART1 Serial Receive
Data
V14
Input
PU
UART1_RTS
UART1 Request To
Send (output)
AA15
Output
None
UART1_CTS
UART1 Clear To Send
(input)
R14
Input
PU
UART3_TX
UART3 Serial Transmit
Data
M18
Output
None
UART3_RX
UART3 Serial Receive
Data
L14
Input
USB1_TXEN
USB1 Transmit Enable
W16
USB1_DATA
USB1 Bidirectional Data
USB1_SE0
HW Reset
*PU
State
Direction
or
PD
Input
PD
Output
PD
Input
PD
Output
PD
PU
Input
PD
Output
None
Input
None
W14
I/O
None
0
Output
PD
USB1 Bidirectional
Single Ended Zero
R13
I/O
None
U
Output
PD
USB0_TXEN
USB0 Transmit Enable
W4
Output
None
1
Output
PD
USB0_DATA
USB0 Bidirectional Data
P9
I/O
None
Input
None
USB0_SE0
USB0 Bidirectional
Single Ended Zero
R8
I/O
None
Input
None
SSI_OMAP_CL
OCK
SSI Clock into OMAP
G21
Input
None
Input
None
SSI_OMAP_SY
NC
SSI Sync into OMAP
H15
Input
None
Input
None
SSI_OMAP_TX
D
SSI Serial Data from
CODEC
H20
Input
None
Input
PD
SSI_OMAP_RX
D
SSI Serial Data to
CODEC
H18
Output
None
Output
PD
SPI_ARM_CLK
ARM SPI Clock from
OMAP
U19
I/O
PD
Input
None
SPI_ARM_MOSI
ARM SPI Data from
OMAP
W21
I/O
PD
Output
PD
SPI_ARM_MISO
ARM SPI Data into
OMAP
U18
Input
PD
Input
PD
SPI_DSP_CLK
DSP SPI Clock from
OMAP
N14
I/O
PD
Input
None
SPI_DSP_MOSI
DSP SPI Data from
OMAP
P14
Output
PD
Input
PD
0
0
0
0
0
0
7-24
Troubleshooting Tables: List of Board and IC Signals
Table 7-12. Overall GPIO pin functions across multiple boards (Continued)
SW Initialized
Signal Name
Description
Pin
or
Ball #
Active
State
Direction
*PU
SPI_DSP_MISO
DSP SPI Data into
OMAP
AA17
Input
PD
GPS_UART_TX
UART Data from OMAP
to GPS IC
M18
Output
None
GPS_UART_RX
UART Data from GPS
IC to OMAP
R9
Input
16.8_MHZ_CLK
Timer Reference Clock
Input
N18
TRIDENT_SSI[0]
Transmit SSI Clock from
RF Board
TRIDENT_SSI[1]
HW Reset
*PU
State
Direction
or
PD
Input
PD
Output
PD
PU
Input
PD
Input
None
Input
PD
Y6
Input
PD
Input
PD
Transmit SSI Frame
Sync from RF Board
W7
Input
PD
Input
PD
TRIDENT_SSI[2]
Transmit SSI Data from
OMAP
AA5
Output
PD
Output
PD
ABACUS_SSI[0]
Receive SSI Clock from
RF Board
V7
I/O
PD
Input
None
ABACUS_SSI[1]
Receive SSI Frame
Sync from RF Board
W6
I/O
PD
Input
None
ABACUS_SSI[2]
Receive SSI Data from
RF Board
P10
Input
PD
Input
PD
SCL
I2C Clock
T18
I/O
None
Input
None
SDA
I2C Data
V20
I/O
None
Input
None
RTCK
JTAG Clock from
Controller
Y17
I/O
None
Unknown
None
TCK
JTAG Clock from JTAG
box to Controller
W18
Input
None
Input
PD
NTRST
JTAG Reset from JTAG
box
Y18
Input
None
Input
OMAP_TMS
JTAG Test Mode Select
from JTAG box
V17
Input
OMAP_TDO
JTAG Data out from
Controller
AA19
Output
TDI
JTAD Data in from
JTAG box to Controller
Y19
NEMU0
Emulation pin 0, not
used, pulled high on
PCB
V16
0
0
U
Input
PD
Output
None
Input
Input
PD
I/O
Input
PU
0
Troubleshooting Tables: List of Board and IC Signals
7-25
Table 7-12. Overall GPIO pin functions across multiple boards (Continued)
SW Initialized
Signal Name
NEMU1
Description
Emulation pin 1, not
used, pulled high on
PCB
Note:
* PU = Pull Up
* PD = Pull Down
Pin
or
Ball #
W17
Active
State
Direction
I/O
*PU
HW Reset
*PU
State
Direction
Input
or
PD
PU
7-26
Troubleshooting Tables: List of Board and IC Signals
Notes
Chapter 8 Schematics, Boards Overlays, and Parts Lists
This chapter contains the schematics, board overlays, and parts lists
for the APX 5000/APX 6000/APX 6000XE/SRX2200 radio. Use them
in conjunction with the theory of operation and the troubleshooting
procedures, charts, and waveforms to isolate a problem to the
component level.
Table 8-1. List of Transceiver Schematics and Board Overlays (Continued)
When schematics are viewed online or as a PDF file, colors can be
seen that denote power and signal paths. The red color denotes
voltage paths, blue denotes the receive path, and green denotes the
transmit path.
UHF1: NUE7365A/ NUE7369A
Page No.
Transceiver Board Schematic/Board Layout
Page No.
NUE7366A GPS Circuit
8-63
NUE7366A Miscellaneous Connector Circuit
8-64
NUE7366A Receiver Front End Circuit
8-65
NUE7366A Receiver Back End Circuit
8-66
NUE7365A/ NUE7369A Transceiver (RF) Board Overall Circuit
Schematic
8-25
NUE7365A/ NUE7369A UHF1 Harmonic Filter Circuit
8-26
NUE7366A DC Power Circuit
8-67
NUE7365A/ NUE7369A GPS Circuit
8-27
NUE7366A Transmitter and Automatic Level Control Circuits
8-68
NUE7365A/ NUE7369A Miscellaneous Connector Circuit
8-28
8-29
NUE7366A Frequency Generation Unit (Synthesizer) Circuit – 1
of 2
8-69
NUE7365A Receiver Front End Circuit
NUE7365A/ NUE7369A Receiver Back End Circuit
8-30
NUE7366A Frequency Generation Unit (VCO) Circuit – 2 of 2
8-70
NUE7365A/ NUE7369A DC Power Circuit
8-31
NUE7366A Mixer and IF Filter Circuits
8-71
NUE7365A/ NUE7369A Transmitter and Automatic Level
Control Circuits
8-32
NUE7366A Power Amplifier Circuit
8-72
NUE7366A Transceiver (RF) Board Layout – Side 1
8-73
NUE7365A Frequency Generation Unit (Synthesizer) Circuit – 1
of 2
8-33
NUE7366A Transceiver (RF) Board Layout – Side 2
8-74
NUE7365A Frequency Generation Unit (VCO) Circuit – 2 of 2
8-34
NUE7365A/ NUE7369A Mixer and IF Filter Circuits
8-35
NUF6750A Transceiver (RF) Board Overall Circuit Schematic
8-81
NUE7365A Power Amplifier Circuit
8-36
NUF6750A Harmonic Filter Circuit
8-82
NUE7365A Transceiver (RF) Board Layout – Side 1
8-37
NUF6750A GPS Circuit
8-83
NUE7365A Transceiver (RF) Board Layout – Side 2
8-38
NUF6750A Miscellaneous Connector Circuit
8-84
NUE7369A Receiver Front End Circuit
8-48
NUF6750A Receiver Front End Circuit
8-85
NUE7369A Frequency Generation Unit (Synthesizer) Circuit – 1
of 2
8-49
NUF6750A Receiver Back End Circuit
8-86
NUF6750A DC Power Circuit
8-87
8-10
NUE7369A Frequency Generation Unit (VCO) Circuit – 2 of 2
8-50
NUF6750A Transmitter and Automatic Level Control Circuits
8-88
NUD7120A Frequency Generation Unit (Synthesizer) Circuit – 1
of 2
8-11
NUE7369A Power Amplifier Circuit
8-51
8-52
NUF6750A Frequency Generation Unit (Synthesizer) Circuit – 1
of 2
8-89
NUE7369A Transceiver (RF) Board Layout – Side 1
NUD7120A Frequency Generation Unit (VCO) Circuit – 2 of 2
8-12
NUE7369A Transceiver (RF) Board Layout – Side 2
8-53
NUF6750A Frequency Generation Unit (VCO) Circuit – 2 of 2
8-90
NUD7120A Mixer and IF Filter Circuits
8-13
NUF6750A Mixer and IF Filter Circuits
8-91
NUD7120A Power Amplifier Circuit
8-14
NUF6750A Power Amplifier Circuit
8-92
NUD7120A Transceiver (RF) Board Layout – Side 1
8-15
NUF6750A Transceiver (RF) Board Layout – Side 1
8-93
NUF6750A Transceiver (RF) Board Layout – Side 2
8-94
The following tables list the pages where the schematics and board
overlays for the APX 5000/APX 6000 radio/APX 6000XE/SRX2200
are found.
8.1
Transceiver Board Schematic/Board Layout
Table 8-1. List of Transceiver Schematics and Board Overlays (Continued)
List of Transceiver Schematics and Board
Overlays
Table 8-1. List of Transceiver Schematics and Board Overlays
Transceiver Board Schematic/Board Layout
Page No.
VHF: NUD7120A
NUD7120A Transceiver (RF) Board Overall Circuit Schematic
8-3
NUD7120A Harmonic Filter Circuit
8-4
NUD7120A GPS Circuit
8-5
NUD7120A Miscellaneous Connector Circuit
8-6
NUD7120A Receiver Front End Circuit
8-7
NUD7120A Receiver Back End Circuit
8-8
NUD7120A DC Power Circuit
8-9
NUD7120A Transmitter and Automatic Level Control Circuits
NUD7120A Transceiver (RF) Board Layout – Side 2
8-16
UHF2: NUE7366A
NUE7366A Transceiver (RF) Board Overall Circuit Schematic
8-61
NUE7366A UHF2 Harmonic Filter Circuit
8-62
7/800: NUF6750A
8-2
8.2
Schematics, Boards Overlays, and Parts Lists: List of VOCON Schematics and Board Overlays
List of VOCON Schematics and Board
Overlays
8.3
Table 8-2. List of VOCON Schematics and Board Overlays
VOCON Board Schematic/Board Layout
Page No.
List of Expansion Board Schematics and
Overlays
Table 8-3. List of VOCON Schematics and Board Overlays
Expansion Board Schematic
Page No.
HLN5979B/ HLN5960AController Board Overall Schematic
8-129
HLN5978B Expansion Board Overall Circuit Schematic
8-157
HLN5979B/ HLN5960A Controller Board Display, Controls and
JTAG Schematics
8-130
HLN5977A/ HLN5978B Audio Circuit
8-158
HLN5977A/ HLN5978B Secure Circuit
8-131
8-159
HLN5979B Controller Board Display/Keypad Lighting Control
Circuits
HLN5978B Expandable Memory Circuit
8-160
HLN5979B/ HLN5960A Controller Board LCD and Keypad
Connector Circuits
8-132
HLN5978B GPS Bluetooth Circuit – 1 of 2
8-161
HLN5978B GPS Bluetooth Circuit – 2 of 2
8-162
HLN5979B/ HLN5960A Controller Board Expansion Board
Interface Circuits
8-133
HLN5977A/ HLN5978B Expansion Board Layout – Side 1
8-163
HLN5979B Controller Board CPLD Circuit
8-134
HLN5977A/ HLN5978B Expansion Board Layout – Side 2
8-164
HLN5979B/ HLN5960A Controller Board OMAP User Interface
Circuit
8-135
HLN5979B/ HLN5960A Controller Board Memory Interface
Circuit
8-136
HLN5979B/ HLN5960A Controller Board Audio Circuit
8-137
HLN5979B/ HLN5960A Controller Board MAKO/DC Circuits
8-138
HLN5979B/ HLN5960A Controller Board Serial Interface
Circuit
8-139
HLN5979B/ HLN5960A Controller Board RF Interface Circuit
8-140
HLN5979B Controller Board Layout – Side 1
8-141
HLN5979B Controller Board Layout – Side 2
8-142
HLN5960A Controller Board Display/Keypad Lighting Control
Circuits
8-148
HLN5960A Controller Board CPLD Circuit
8-149
HLN5960A Controller Board Layout – Side 1
8-150
HLN5960A Controller Board Layout – Side 2
8-151
Schematics, Boards Overlays, and Parts Lists: Transceiver (RF) Boards: VHF
Transceiver (RF) Boards: VHF
2
DC_LIN_5V
DC_LIN_5V
DC_BATT
DC_BATT
DC_SWI_3_6V
DC_LIN_3V
DC_SWI_3_6V
DC_LIN_3V
MACKINAW_DC
DC_LIN_1_8V_A
DC_LIN_1_8V
DC_FUSED_B+
DC_FUSED_B+
DC_RAW_B+
DC_LIN_1_5V
DC_LIN_1_5V
DC_RAW_B+
DC_REF_B+
DC_REF_B+
9
FILT_RAW_B+ IF5 1 IF
TL_LO2TX
IF6 1 IF
TL_PA2HF_1
MACKINAW_TX_HF_VHF
MACKINAW_VHF_PA
IF7 1 IF
12
TL_PA2HF_1
1
IF10
IF
IF8 1 IF
MACKINAW_TX_HF_VHF
RF_OUT_1
HF_OUT_1
1 IF13
IF
1
1
3
IF IF14
IF15
1 IF
DC_BATT
MACKINAW_RX_FE_VHF
DC_LIN_1_8V_A
TL_RX_VHF_FE_IN
RF_RX_VHF_FE_OUT
1
IF22
IF
TL_RX_FE2MI_1
DIG_CTRL_RXV
DC_SW1_3_6V
DC_FUSED_B+
ANA_TX_VCTRL
5
DC_LIN_1_875V_D
DC_LIN_1_8V
DC_LIN_1_875V_D
DC_LIN_5V
11
DC_LIN_5V
ANA_CTRL_ISET
DIG_CTRL_SPI_DAC_PE
ANA_CTRL_ISET
RF_ANT
DC_RAW_B+
VCONTROL
DIG_SPI_DAC_PE
TL_ANT
TL_HF_OUT_1
TL_AUX
1
MACKINAW_RX_MIXER_IF
RF_AUX
DIG_CTRL_TX_INHIBIT_TYPE_1
DIG_CTRL_SSI_TRIGGER
DIG_TX_INHIBIT_TYPE1
TX_7V
DIG_SSI_TRIGGER
DC_LIN_1_875V_D
DIG_CTRL_RMTH
MACKINAW_TX_ALC
DIG_CTRL_IO49
DIG_CTRL_IO49
DIG_CTRL_RSTB
DIG_CTRL_RSTB
DIG_CTRL_LOCK
DIG_CTRL_LOCK
DIG_CTRL_RMTH
DIG_CTRL_SPI_TRIDENT_PE
DIG_DATA_TX_SSI
DIG_DATA_SPI_MOSI
DIG_SYNCB
DIG_CTRL_TXH1
DIG_SPI_TRIDENT_PE
DIG_CTRL_T78H
DIG_SSI_TX_DATA
DIG_CTRL_SPI_PC
CLK_SSI_RX
DIG_DATA_SSI_RX_DOUTA
DIG_DATA_SSI_RX_FS
CLK_SSI_RX
DIG_DATA_RX_DOUTA
DIG_DATA_SSI_RX_FS
DIG_RX_SYNCB
TL_LO2RX
IF23
ANA_RX_FE_VTUNE
1 IF
TL_RX_FE_BAND1_IN
CLK_16_8_MHZ
RX_IN
DIG_SPI_CLK
DIG_DATA_SPI_PD
DC_LIN_3V
DIG_CTRL_ATTH
DIG_DMCS
DIG_GPIO49
DIG_CTRL_TX_INH
ANA_RX_FE_FILT_VTUNE
DIG_SPI_CLK
DIG_CTRL_SPI_PE
DIG_DATA_SPI_MOSI
DC_LIN_3V
ANA_CTRL_ISET
ANA_CTRL_VSET
DIG_DATA_SPI_MOSI
DC_LIN_1_875V_D
DIG_CTRL_SPI_ABACUS_PE
DIG_SPI_CLK
DC_LIN_2_775V
MACKINAW_RX_BE
DIG_RX_BE_DOUTB
DC_REF_B+
MACKINAW_CONN_MISC
DC_LIN_2_775V
CLK_16_8_MHZ
HF_OUT_1
DIG_CTRL_I_LIMIT
TX_7V
DC_REF_B+
DC_LIN_1_875V_D
DC_LIN_1_875V_D
TL_RX_IF2BE TL_RX_IF_
TL_RX_IF_OUT
TL_RX_LO
FILT_RAW_B+
DIG_CTRL_I_LIMIT
DC_LIN_3V
TL_RX_B1_MIX_IN
IF12
IF
6
DC_LIN_5V
DC_LIN_3V
TXH_1
TXH
TXH_2
DIG_DATA_SPI_MOSI
DIG_TX_SSI_FS
DIG_TX_SSI_CLK
DC_LIN_1_5V
DIG_SPI_CLK
DIG_SSI_TX_CLK
DC_LIN_1_875V_D
DIG_DATA_SPI_MISO
7
DC_LIN_5V
DIG_CTRL_SPI_ABACUS_PE
DC_LIN_5V
1
1
1
2675933B01
SH5C
CLK_SSI_RX
DIG_CTRL_T78H
DIG_CTRL_I_LIMIT
26009320001
SH11
SH9A SHIELD
DIG_CTRL_TR
DIG_CTRL_RMTH
TL_AUX
DIG_CTRL_RSTB
TL_ANT
DIG_CTRL_LOCK
DIG_CTRL_R78H
DIG_CTRL_RX7H
DIG_CTRL_RX8H
DIG_CTRL_RX78_LNA
26009324001
SH12
DIG_CTRL_SSI_TRIGGER
DIG_CTRL_ATTH
26009325001
SH7
26009323001
SH2A
NC
DIG_CTRL_RX78_SWI
RF_ANT
DIG_DATA_SPI_MOSI
26009321001
SH3
DIG_CTRL_BAND_SELECT
1
2
MACKINAW_FGU
DIG_CTRL_RMTH
CLK_16_8_MHZ
DIG_CTRL_FEBS
1
2
TL_TX_LO
DIG_CTRL_ATTH
26009326001
SH2B
26009327001
SH9B
26009319001
SH8
1
2
DIG_CTRL_TXH1
DIG_XTRL_TR
DIG_SYNCB
1
2
TL_GPS
CLK_16_8_MHZ
RF_AUX
2675874B01 2675932B01
SH5A
SH6B
1
2
DIG_SYNCB
DIG_CTRL_I_LIMIT
1
2
RF_GPS
DC_LIN_2_775V
1
2
CLK_SSI_RX
DC_LIN_1_5V
DIG_DATA_RX_DOUTA
1
2
3
DIG_DATA_SSI_RX_DOUTA
DIG_DATA_SSI_RX_FS
1
2675872B01 2675873B01
SH2
SH6A
DC_LIN_1_875V_D
DIG_DATA_SSI_RX_FS
1
DIG_CTRL_SPI_ABACUS_PE
1
2
8.4
8-3
DIG_SPI_CLK
DIG_CTRL_SPI_TRIDENT_PE
DIG_DATA_TX_SSI
TL_RX_LO
CLK_16_8_MHZ
DIG_DATA_SPI_MISO
DIG_SPI_MISO
DIG_TX_SSI_CLK
DIG_TX_SSI_FS
DIG_SSI_TX_FS
DIG_CTRL_RMTH
RF_GPS_DPLEX
TL_ANT
MACKINAW_GPS
RF_ANT
13
TL_RF_GPS_OUT
MACKINAW_GPS
DC_LIN_3V
DC_LIN_3V
Figure 8-1. NUD7120A Transceiver (RF) Board Overall Circuit Schematic
8-4
Schematics, Boards Overlays, and Parts Lists: Transceiver (RF) Boards: VHF
C1220
8.2PF
C1204
6.2PF
C1226
5.1PF
HF_OUT_1
RF_OUT_1
IN
OUT
1
L1209
43.41NH
L1203
43.41NH
C1203
11PF
Figure 8-2. NUD7120A Harmonic Filter Circuit
C1207
24PF
C1222
330PF
2
L1211
43.41NH
C1221
24PF
C1227
9.1PF
Schematics, Boards Overlays, and Parts Lists: Transceiver (RF) Boards: VHF
8-5
DC_LIN_3V
2
DC_LIN_3V
1
L1303
18NH
IN
R1304
0
L1305
18NH
C1304 C1305
1000PF 12PF
OUT
4
L1302
100NH
1
2
4
L1301
5.6NH
U1304
BGA615L7
VCC
IN
C1303
12PF
AI
BIAS
PON
AO
6
C1308
18PF
TL_RF_GPS_OUT
OUT
GND
DEG
1
5
FL1301
FARF6KA1G5754
DNP
7
3
C1302
1.8PF
GND1
GND2
GND3
IN
C1309
.5PF
2
3
5
C1301
12PF
RF_ANT
C1306
4.7PF
R1307
1K
DC BIAS FOR GPS LNA ADDED TO RF BOARD
(FROM EXPANSION BOARD/GPS IC: GPS_LNA_PON)
C1307
12PF
Figure 8-3. NUD7120A GPS Circuit
P101
P101
P101
P101
P101
P101
P101
P101
P101
P101
P101
P101
DC_BATT
1
2
OUT
3
DIG_CTRL_IO49
11
DIG_DATA_SSI_RX_FS
12
DIG_CTRL_TX_INHIBIT_TYPE_1
13
DIG_DATA_SSI_RX_DOUTA
14
DIG_CTRL_SPI_DAC_PE
15
CLK_SSI_RX
16
ANA_CTRL_ISET
17
DIG_TX_SSI_FS
18
DIG_DATA_TX_SSI
19
DIG_TX_SSI_CLK
21
RF_GPS
22
DIG_CTRL_SPI_ABACUS_PE
23
DIG_SYNCB
25
DIG_CTRL_LOCK
26
DIG_BATTERY_DATA
27
DIG_CTRL_SPI_TRIDENT_PE
DIG_SPI_CLK
37
DC_SW1_3_6V
1
C101
330PF
OUT
1
TP111
TEST_POINT
R103
10K
IN
OUT
1
TP112
TEST_POINT
1
IN
TP115
TEST_POINT
OUT
TP106
TEST_POINT
IN
TP101
TEST_POINT
OUT
TP102
TEST_POINT
OUT
TP103
TEST_POINT
TP104
TEST_POINT
OUT
OUT
TP105
TEST_POINT
IN
TP116
TEST_POINT
TP117
TEST_POINT
OUT
OUT
TP109
TEST_POINT
IN
TP118
TEST_POINT
OUT
TP110
TEST_POINT
IO
DIG_DATA_SPI_MOSI
33
VR101
MMBZ5250B
20V
OUT
TP120
TEST_POINT
DIG_DATA_SPI_MISO
31
1
DIG_CTRL_SSI_TRIGGER
10
1
9
29
2
OUT
TP114
TEST_POINT
1
P101
PIN1
PIN2
DC_LIN_2_775V
1
P101
TP125
TEST_POINT
1
P101
8
TP107
TEST_POINT
TP108
TEST_POINT
IO
OUT
TP126
TEST_POINT
1
P101
PIN3
OUT
1
P101
7
1
P101
M101
CONTACT
3
DIG_CTRL_RSTB
1
P101
TP124
TEST_POINT
OUT
1
P101
TP113
TEST_POINT
IN
1
P101
DC_LIN_1_875V_D
1
P101
6
1
P101
CLK_16_8_MHZ
1
P101
3
1
P101
DIG_CTRL_SPI_EEPROM_PE
1
P101
2
1
P101
1
Schematics, Boards Overlays, and Parts Lists: Transceiver (RF) Boards: VHF
1
8-6
OUT
DC_FUSED_B+
28
IN
THE NEW REMOTE RF CONNECTOR
20
R104
0
V_COIN_CELL
P101
P101
P101
P101
P101
P101
P101
1
4
M107
SOCKET
C102
0.1UF
DNP
2
P101
5
24
35
38
39
40
Figure 8-4. NUD7120A Miscellaneous Connector Circuit
M104
M103
1
1
IO
C
S
W
HOLD
D
U101
M95320R
Q
TP123
TEST_POINT
TP122
TEST_POINT
2
1
6
1
3
7
5
1
P101
R101
10K
36
RF_AUX
2
3
1
P101
1
34
8
P101
J102
32
VCC
P101
30
4 VSS
G1 GND
P101
RF_TEST
J101
C
G1
G2
G3
G4
1
2
3
4
5
RF_ANT
IO
Schematics, Boards Overlays, and Parts Lists: Transceiver (RF) Boards: VHF
8-7
E301
DC_LIN_1_8V_A
1
IN
2
R303
10K
R304
33
1
4
R301
75K
Q302
BC858CD
C313
330PF
C314
4.7UF
3
R302
120K
Q302
BC858CD
5
6
DIG_CTRL_RXV
IN
2
C310
4.7UF
C312
330PF
L305
72NH
C315
330PF
C316
10
R307
12PF
C318
27PF
C320
15PF
C322
27PF
C324
5.6PF
C326
6.8PF
OUT
R305
2.7K
L304
68NH
TL_RX_VHF_FE_IN
C303
18PF
C307
5.1PF
C305
4.7PF
C311
22PF
3
C301
27PF
U302
BFR380F
1
C317
.5PF
L307
120NH
L308
120NH
R306
10
C319
18PF
C321
18PF
L309
39NH
L310
39NH
2
IN
L301
120NH
C330
.5PF
L302
36.60NH
L303
36.60NH
C302
18PF
C304
24PF
C306
62PF
C323
27PF
C325
43PF
C327
18PF
L306
5.6NH
C308
27PF
R308
10
Figure 8-5. NUD7120A Receiver Front End Circuit
8-8
Schematics, Boards Overlays, and Parts Lists: Transceiver (RF) Boards: VHF
C629
0.1UF
1
2
5
GND
2
2
2
2
C639
.01UF
C638
3300PF
R613
2.4K
1
1
2
VCC
GND
2
1
VR602
1SV279
U603
NC7WZ17
2
DC_LIN_3V IN
1
2
U604
NC7WZ17
2
2
2
L604
120NH
R606
10K
R699
0
VCC
R612
7.5K
1
2
C618
33PF
2
R609
2.2K
1
1
1
2
1
1
2
C608
3PF
TP601
TEST_POINT
C631
15PF
1
DC_LIN_1_875V_D IN
C625
18PF
1
U602
BFR380F
RF_RX_BE_SUPFLTR_C
1
DC_LIN_3_0V
DC_LIN_1_875V_D
1
3
2
Q601
MMBTA13
R605
10K
DC_LIN_1_875V_D
5
1
2
2
C630
0.1UF
1
C627
1000PF
1
C641
33PF
2
C643
470PF
3
2
2
1
1
TP602
TEST_POINT
R607
100K
R698
0
DC_LIN_5V IN
2
C619
62PF
R602
390
C640
0.1UF
DIG_RX_SYNCB
IN
1
1
C609
27PF
1
C642
470PF
R616
0 DNP
DIG_DATA_SSI_RX_FS
DC_LIN_3_0V
2
OUT
1
2
1
6
2
U603
NC7WZ17
1
2
DC_LIN_3_0V
2
1
4
R610
100K
33
R618
0
DNP
31
1
6
30
27
DC_RX_BE_VDDH
26
DC_RX_BE_VDDD
R619
0 DNP
25
E609
1
1
C637
0.1UF
2
3
DC_LIN_3_0V
E608
1
R615
0 DNP
2
DC_LIN_1_875V_D
C1
NC
B1
2
1
2
2
L605
3.9UH
1
1
C624
.33UF
2
2
1
1
2
2
1
2
1
Figure 8-6. NUD7120A Receiver Back End Circuit
C614
.01UF
B1
C635
.01UF
R611
10K
2
NC
DIR
A1
D1
DC_LIN_3_0V
C2
B2
DIG_CTRL_SPI_PE
IN
U605
SN74LVC2T45
DC_LIN_1_875V_D
IN
B1
A1
B1
B2
D2
DIR
DC_LIN_3_0V
A1
A2
DIG_DATA_SPI_PD
VCCB
C2
VCCA
C1
B2
DC_LIN_1_875V_D
IN
1
E605
DC_LIN_3_0V
B2
A1
R621
DNP
VR601
1SV279
R604
390
1
C622
.33UF
4
GND
DC_LIN_3_0V
2
C620
0.1UF
C606
0.1UF
A2
A2
U606
SN74LVC2T45
C632
100PF
2
2
2
1
1
D2
1
1
1
E604
DC_LIN_3_0V
R608
10K
U604
NC7WZ17
D1
C634
0.1UF
1
R614
0
DC_LIN_3_0V
1
CLK_SSI_RX
28
R620
0 DNP
2
2
C613
100PF
OUT
U604
NC7WZ17
29
C616
2200PF
1
C612
.01UF
DIG_DATA_SSI_RX_DOUTA
OUT
U603
NC7WZ17
GND
PE
3
DC_LIN_3_0V
34
R603
100K
2
2
1
1
C607
100PF
5
32
2
C602
.01UF
NC
R623
0
DNP
R617
0 DNP
R624
0 DNP
2
PC
VDDD
PD
VREFN
VDDH
35
24
VREFP
CLK_16_8_MHZ
VCCA
CLKOUT
GNDA
IN
2
GCN
DOUTA
VDDA
C636
0.1UF
2
1
4
DC_LIN_5_0V
C633
.01UF
2
1
36
E603
DC_LIN_3_0V
Y
2
GNDP
37
38
IOUTL
VDDP
39
41
40
VDDL
CXVM
42
LOP
LON
45
43
46
44
CXVL
IFIN
CXIF
GNDI
47
DOUTB
G1
12
GCP
22 GNDS1
23 GNDD
10
11
C604
.01UF
FS
VDDF
CLKN
9
C610
100PF
2
1
8
2
GNDH
IF2P
19 GNDC
CLKP
20
1
2
SYNCB
21
7
FREF
GNDS2
17 GNDQ
18 VDDC
6
GNDL
IF2N
16
C611
100PF
E602
1
2
U601
AD9864
GNDF
IOUTC
5
14 RREF
15 VDDQ
4
MXON
GND3
3
2
MXOP
13
2
1
2
C603
.01UF
VDDI
48
2
1
A
U607
NC7SZ125
OUT
2
1
DC_LIN_3_0V
1
C615
150PF
E601
2
E607
1
L603
10UH
1
1
C628
.01UF
GND
L602
10UH
OE
3
1
C605
3.9PF
DC_LIN_3_0V
C623
.01UF
1
VCC
E606
1
2
1
1
1
C626
1000PF
VCCB
1
C621
0.1UF
A2
IN
C617
0.1UF
DC_LIN_1_875V_D
2
TL_RX_IF_
2
R601
47
L601
220NH
C601
.01UF
6
DIG_CTRL_SPI_PC
DIG_RX_BE_DOUTB
Schematics, Boards Overlays, and Parts Lists: Transceiver (RF) Boards: VHF
8-9
E200
1
DC_RAW_B+
2
OUT
DC_BATT_A
E201
DC_BATT
L200
1.5UH
DC_FUSE_A
DC_FUSED_B+
OUT
3
32V
2A
VR200
MMBZ5250B
20V
C200
.01UF
C201
1UF
C202
1UF
C203
1UF
1
2
F200
2
1
IN
Q201
NTR1P02T1
R202
4.7K
3
22K
1
D200
MBR120LSFT1
2
U200
LP2989
22K
1
C217
1UF
OUT
1
R201
100K
Q202
MUN5212T
DC_REF_B+
3
2
8
6
1
INPUT
OUTPUT
SHUTDOWN
SENSE
GND
2
4
BYPASS
NC
DC_LIN_5V
5
7
2
OUT
NC
NC
C205
4.7UF
3
C204
4.7UF
ERROR
C206
.01UF
U201
LP5900
C213
330PF
C214
33PF
VEN
VIN
VOUT
DC_LIN_3V
B2
C207
1UF
OUT
C208
1UF
B1
A2
GND
A1
IN
DC_SWI_3_6V
DC_LIN_1_8V
OUT
U203
LP5952
C215
330PF
C216
33PF
C209
1UF
VIN
GND
A2
VOUT
VEN
B1
A1
B2
C210
1UF
C3
EN
A1
VIN
C1
VBATT
VOUT
B2 GND
U202
LP5900
DC_LIN_1_5V
A3
OUT
C212
4.7UF
Figure 8-7. NUD7120A DC Power Circuit
8-10
Schematics, Boards Overlays, and Parts Lists: Transceiver (RF) Boards: VHF
U1150
LT1790
4 VIN VOUT
DC_REF_B+
NC
1
2 GND1
GND2
C1160
.1UF
NC
E1101
1
FILT_RAW_B+
2
DC_LIN_5V
DC_LIN_5V
DC_LIN_5V
C1102
1UF
NC
DC_LIN_5V
DC_LIN_5V
U1144
TS5A3159
1 NO
6 IN
COM
5 V_POS
NC
GND
VINPOS
VINNEG
OUT
VPOS
3
4
U1101
INA138
1
GND
2
R1184
2.2K
C1139
10PF
C1162
1UF
DC_LIN_5V
3
U1129
LMV841
R1146
100K
R1144
100K
4
1
R1139
100K
R1140
100K
3
R1143
100K
U1130
LMV841
TXH_1
R1108
82K
DC_LIN_5V
U1116
74LVC1G32YZP
A1
C2
B1
TXH_2
R1145
100K
DAC_C
A1
A2
U1104
LPV321M7X
C1113
.01UF
C1110
100PF
6
C1135
.01UF
DNP
C1138
.022UF
C1107
100PF
L1102
6.8NH
R1107
68
1
4
3
R1112
51
DNP
RF_ANT
6
18
25
32
G1
C1104
5.1PF
DNP
R1168
0
R1106
27
R1114
100
C1142
1000PF
R1115
100
IN
C1118
.01UF
DC_LIN_5V
DC_LIN_5V
DC_LIN_1_875V_D
B2 B1
C2 B2
DIG_CTRL_TX_INH
8
5
2
DC_LIN_5V
A2
C1111
.1UF
VCC
GND
C1126
1000PF
1
2
3
R1124
51
D2
B1
C1
DIR
A1
A2
U1131
LMV7275
DC_LIN_5V
TX_INH
U1105
AD8315
VPOS
NC
RFIN
ENBL VAPC
VSET FLTR
R1180
0
COMM
5
DIG_DATA_SPI_MOSI
DAC_C
R1121
30K
5 ACG1
6 ACG2
7 ACG3
GND
D1
6
7
4
DC_LIN_1_875V_D
DC_LIN_5V
U1139
SN74LVC2T45
C1112
6800PF
DIG_GPIO49
DC_LIN_5V
TXH_5V
IO49
3
C1128
.01UF
U1126
LMV7275
R1137
10K
4
DC_LIN_1_875V_D
1
GND
OUT
C1140
4700PF
U1147
74LVC1G08YZP
R1178
U1127
10K
TS5A3159
1
NO
6
IN
COM
5
V_POS NC
GND
DC_LIN_5V
C1123
.01UF
R1135
0
4
3
C1127
DC_LIN_5V
U1142
LPV321M7X
3
R1136
10K
U1128
SN74LVC1G00
.1UF
CLR
5
Q*
3
R1176
1K
DC_LIN_5V
1 NO
6 IN
COM 4
5 V_POS NC 3
GND
U1133
TS5A3159
R1154
10K
VC
VCONTROL
C1141
.1UF
L1103
4.7NH
C2
L1114
11NH
B1
4
RX_IN
C1132
6PF
DNP
DC_LIN_5V
C1124
4700PF
C1152
330PF
C1150
1.2PF
VCC U1128
SN74LVC1G00
GND
C1
U1117
NC7WZ04
DC_LIN_5V
3
C1119
.01UF
4
ANA_RX_FE_FILT_VTUNE
4
FILT_RAW_B+
1
VCC
3
4
R1130
10K
DNP
U1114
LPV321M7X
2
1
R1167
10K
VCC U1121
M74VHC1GT86
GND
3
5
R1166
200
5
DC_LIN_5V
R1128
22K
Figure 8-8. NUD7120A Transmitter and Automatic Level Control Circuits
GND
22K
22K
1
DC_LIN_3V
TX_INH
C1120
.01UF
U1148
LPV321M7X
R1127
51K
Q1101
MUN5212T
4
2
1
2
U1103
LM50
U1121
M74VHC1GT86
U1119
74LVC1G08YZP
A1
C2
B1
A2
5
POS 1
2
1
DC_LIN_5V
4
GND
3
R1165
200
3
VOUT
IN
DC_LIN_5V
C1106
.01UF
TXH_1
2
DC_LIN_5V
R1164
10K
C1
2
U1113
LPV321M7X
U1119
74LVC1G08YZP
3
Q1103
NTR1P02T1
2
3
R1102
100K
1
5
R1129
10K
DNP
3
R1126
39K
OUT
2
GND
U1149
AT267
1
R1182
10K
R1125
100K
OUT
R1186
0
DNP
C1149
100PF
A1
C1
VCC
GND
U1146
74LVC1G32YZP
C1
VCC
2
A2
A2
TXH
CP
6
R1174
10K
PA_OFFSET
Q
4
5
D2
B1
C1
DIR
A1
A2
1
U1132
NL17SZ74
R1151
10K
A2
B1
B2
5
B2
C2
2
C2
B1
D
RF_RX_DIPLEX_OUT
C1122
L1104
2.2PF
0
5
A1
GND VCCB
VCCA
U1146
74LVC1G32YZP
A1
C2
B1
U1147
74LVC1G08YZP
2
IN
DIG_DMCS
PR
2
R1181
100K
DNP
D1
IN
7
R1177
0
NC
A2
A1
IN
A2
VCCB
GND VCCA A1
U1138
SN74LVC2T45
IN
C1165
.1UF
R1122
75K
4
1
R1162
150K
U1136
74LVC1G08YZP
A1
C2
B1
1
RFIO1 3
RFIO2
DC_LIN_5V
1
2
4
5
SCLK
VOUTA
SYNC
VOUTB
DIN
VOUTC
VREFIN_
VOUTD
VREFOUT
GND CTGND
R1152
10K
3
C1
DC_LIN_5VREF
2 RF1
11 RF2
U1125
AD5624R
8
7
6
8
10
VDD
16
C1116
.1UF
R1163
10K
1
3
4
8
9
10
12
17
DIR
A1
A2
C1117
3300PF
B1
B2
VDD
B2
C2
ANA_CTRL_VSET
9
DIG_SPI_CLK
U1112
HMC468LP3E
NC1
NC2
NC3
NC4
NC5
NC6
NC7
3
G1
IN
13 V1
14 V2
15 V3
DC_LIN_5V
OUT
DIG_CTRL_RMTH
C1130
.01UF
DC_LIN_5V
C1129
.01UF
V1
V2
L1101
47NH
RF_AUX
2
C1125
15PF
DNP
U1137
SN74LVC2T45
D2
B1
C1
OUT
COUPLER_FWD
DC_LIN_5V
A2
D1 GND VCCB A1
VCCA
IN
5
COUPLER_THROUGH
NC
DC_LIN_1_875V_D
IN
2
COUPLER_REV
L1108
5.45NH
NC
16
17
19
20
22
24
26
27
29
30
31
VCC
NC7
NC8
NC9
NC10
NC11
NC12
NC13
NC14
NC15
NC16
NC17
GND
RX 8
RES 11
ANT 28
NC1
NC2
NC3
NC4
NC5
NC6
R1105
100
4
1
3
5
7
9
10
A2
R1117
75K
U1136
74LVC1G08YZP
V3
TX1
TX2
TX3
TX4
V1
V2
V3
U1117
NC7WZ04
5
2
C1105
5.6PF
GND
U1102
PE42650
12
V1_V2
R1104
100
VDD
2
4
21
23
15
14
13
GND1
GND2
GND3
GND4
CTGND
HF_OUT_1
VCC
R1116
10K
DC_LIN_3.3V
IN
VCC U1118
74LVC1G32YZP
GND
U1106
LTC5532
VCC
RFIN
VM
VOS
VOUT
1
C1137
.022UF
DC_LIN_3V
VCC U1116
74LVC1G32YZP
GND
DC_LIN_3V
GND
R1160
12K
4
2
IN
R1172
4.7K
R1171
0
ANA_CTRL_ISET
5
2
IN
R1158
100K
DNP
3
6
DC_LIN_3V
C1
4
U1141
LPV321M7X
U1117
NC7WZ04
1
B1
C1
5
R1110
10K
1
DIG_CTRL_I_LIMIT
U1118
74LVC1G32YZP
C2
DC_LIN_3V
C1108
.068UF
3
V3
V1_V2
4
1
2
R1183
1K
4
R1142
100K
LPV321M7X
R1175
0
R1141
510K
5
DC_LIN_3.3V
U1143
1
DC_LIN_5V
R1138
100K
3
R1170
100K
4
3
2
C1103
.01UF
R1169
340K
5
C1101
.01UF
DC_LIN_3V
5
IN
DC_RAW_B+
TXH_2
IN
DC_LIN_5V
R1103
.02
2
IN
C1161
1UF
5
IN
DC_LIN_5VREF
6
3 DNC1
5 DNC2
2
IN
TX_7V
OUT
IN
DIG_CTRL_ATTH
OUT
OUT
Schematics, Boards Overlays, and Parts Lists: Transceiver (RF) Boards: VHF
IN
IN
IN
IN
8-11
DC_LIN_1_5V
DC_LIN_1_875V_D
DC_LIN_2_775V
DC_LIN_5V
DC_LIN_2_775V
DC_LIN_1_5V
OUT
OUT
DC_LIN_2_775V
DC_LIN_2_775V
L720
2.2UH
DC_LIN_1_875V_D
DC_LIN_2_775V
DC_LIN_2_775V
DIG_CTRL_LOCK
C715
.1UF
DIG_DATA_SPI_MISO
C717
.1UF
3
2
1
C737
.1UF
L738
2.2UH
DIG_CTRL_SPI_TRIDENT_PE
DIG_DATA_SPI_MOSI
DIG_SPI_CLK
C734
.1UF
C730
.1UF
DIG_CTRL_SSI_TRIGGER
RF_ESCORT
3
2
1
NC
NC
RF_HP_MOD_OUT
DIG_DATA_AUX_SPI_MISO
SCAN_EN
SPI_DR
CEX
SPI_DW
SPI_CLK
TXFS
TXCLK
TXD
DMCS
RXD
RXCLK
RXFS
RXACQ
ESC_IN
ESC_CP
ESCD2_OUT
ESCD2_OUTX
ESC_INX
REF_IN
REF_OSC_OUT
SDM_CLK_GEN_GND
SF_SPLY
SF_BYP
SF_OUT
SENS
M_PRSCX
M_PRSC
MN_CP
D9
D8
D10
C11
DIG_CTRL_R78H
C756
10UF
F9
F10
F11
F7
D11
E9
E8
D7
J2
L3
K1
K2
H2
C757
.1UF
DIG_CTRL_FEBS
DC_LIN_2_775V
DIG_CTRL_T78H
C758
.047UF
R703
U703
MAX7301ATL
51
32
C748
220PF
DIG_DATA_AUX_SPI_MISO
34 CS
33 DIN
C705
220PF
P4
P5
P6
P7
P8
P9
P10
P11
P12
P13
P14
P15
P16
P17
P18
P19
P20
29
27
25
23
22
5.6K
21
R754
RF BRD ID
19
18
R753
RF BRD ID
17
5.6K
R752 16
RF BRD ID
5.6K 15
NOTE 1
NC
NC
G2
R755
39K
.1UF
RF_PRESCALAR
G3
NC
P31
P30
P29
P28
P27
P26
P25
P24
P23
P22
P21
30
28
26
24
1
3
5
7
2
4
6
8
9
10
12
13
14
37 GND1
38 GND2
39 GND3
G1 GND4
NC1 11
NC2 20
NC3 31
DC_LIN_1_875V_D
DIG_CTRL_E
DIG_CTRL_TXH1
V_POS
SCLK DOUT 40
36 ISET
C749
DIG_CTRL_D
DIG_CTRL_F
DIG_CTRL_C
DIG_CTRL_VR
DIG_CTRL_78T
NC
NC
NC
NC
DIG_CTRL_VTUR1
DIG_CTRL_ATTH
C742
.1UF
DIG_CTRL_RSTB
DC_LIN_2_775V
DC_LIN_2_775V_16_8_MHZ_IN
L741
2.2UH
IN
OUT
OUT
OUT
OUT
OUT
OUT
OUT
OUT
OUT
OUT
OUT
OUT
OUT
OUT
OUT
OUT
OUT
OUT
OUT
OUT
DIG_CTRL_RMTH
DC_LIN_5V
C732
39PF
NC
NC
NC
NC
OUT
DIG_CTRL_UR2
OUT
3
C739
10PF
C750
.1UF
U746
BFQ67W
1
2
VCONT
C736
.01UF
VCC
4
1
GND
R729
22K
Y701
1XTV16800VDA
16.8MHZ
3
OUTPUT
NC1 5
NC2 6
NC3 7
NC4 8
OUT
R702
0
R745
22K
C731
.1UF
OUT
DC_LIN_2_775V_16_8_MHZ_IN
L728
390NH
2
RF_PRESCALAR
IN
C744
10UF
DIG_CTRL_I_LIMIT
IN
OUT
NC
NC
NC
DIG_CTRL_RX8H
IN
OUT
NC
DIG_CTRL_RX7H
R721
10K
IN
R707
0
R704
51
NC
H1
G1
DIG_CTRL_TR
DIG_CTRL_TR
NC
NC
NC
C747
220PF
L9
DC_SUPER_FILTER_5V
0
K5
L5
B10
K4
L4
J5
H5
CLK_CP
CLK_EMIT
CLK_BASE
RSTB
K10
L10
K11
C10
MN_ADAPT_CP
R706
NC
NC
NC
NC3
NC4
NC5
NC6
L1
L11
E3
F3
NC
NC
NC
NC
NC
NC
NC
VMULTI1
VMULTI2
ASPI_CLK
ASPI_DATA
ACE1_GPO7
ACE2_GPO8
NC1
NC2
B7
A7
C6
D6
A1
A11
H11
H10
EF_OUTP
EF_OUTM
J8
H8
NC
NC
NC
GPO1_TEST1
GPO2_TEST2
GPO3_TEST3
GPO4_TEST4
HP_MOD_OUT
SUB1
SUB2
SUB3
DEEPSLEEP
ANA_CHARGE_PUMP
35
C7
G6
H6
A8
E10
E7
B4
C4
G8
TX_DAC_GND
TX_DAC_VCC
ASPI_VCC
SSI_GND
TM
TEST1_LCKDET
TEST2
LVCC1
F2
F1
G9
MN_CP_VCC
LGND1
MN_CP_GND
CLK_VCC
CLK_GND
SDM_CLK_GEN_VCC
ASPI_GND
SF_GND
SSI_VCC
ESC_GND
TX_GND
ESC_CPBIAS
ESC_VCC
ESC_CP_GND
ESC_CP_VCC
MAIN_GND
ESC_TEST
MAIN_VCC
REF_VCC
AGC_REF
AGC_FLAG
AUX_DAC
RFSTEPA_GPO6
AGC_DAC
DC_CAL_GPO5
BP_I
RXI
RXIX
BP_IX
SDM_VAG
BP_Q
RXQ
RXQX
BP_QX
SCAN_IN
RX_EN_OUT
ICAP
QCAP
CLK_OUT
TCLK
NTXQ
TXQ
NTXI
TXI
INCR_DECR
PHCLK
FBQ
FBI
E5
D5
E6
C5
D3
A6
K6
A5
C3
B5
B2
C1
C2
B1
A10
E1
D1
D2
E2
F5
B6
J7
K7
J10
J11
L6
L7
K8
L8
F8
G11
A3
A4
K9
F6
F4
G10
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
SDM_REF_VCC
SDM_VREFM
SDM_VREFP
RX_AVCC1
RX_AGND1
RX_AVCC2
SDM_REF_GND
RX_AGND2
A9
C9
C8
D4
E4
A2
B9
B3
H9
J9
H7
B11
B8
J4
E11
J1
G7
L2
H3
K3
J3
G5
H4
G4
J6
ANA_ADAPT_CHARGE_PUMP
U702
15H28
IN
IN
RF_ESCORT_DIV2_NONINV
NC
4
5
6
D723
IMN10
A1
K1
K2
A2
K3
A3
NC
NC
C718
.1UF
DIG_DATA_TX_SSI
C725
.1UF
OUT
IN
DIG_TX_SSI_FS
DIG_TX_SSI_CLK
C724
10UF
C719
.1UF
L735
2.2UH
NC
4
5
6
L733
2.2UH
L727
2.2UH
C726
.1UF
NC
NC
NC
NC
C716
.1UF
D722
IMN10
A1
K1
K2
A2
K3
A3
OUT
C752
.01UF
L753
2.2UH
CLK_16_8_MHZ
OUT
R743
47K
R751
270
C754
56PF
NOTE 1:
NEED TO VERIFY RF BOARD ID FOR P1
Figure 8-9. NUD7120A Frequency Generation Unit (Synthesizer) Circuit – 1 of 2
8-12
Schematics, Boards Overlays, and Parts Lists: Transceiver (RF) Boards: VHF
1
TP853
TEST_POINT
IN
IN
IN
IN
IN
IN
DC_LIN_1_5V
C831
100PF
DC_SUPER_FILTER_5V
DC_LIN_5V
DIG_CTRL_TR
R713
10
Q714
NTZD3154N
DIG_CTRL_E
R712
560
1
6
2
5
3
4
TL_RX_LO
OUT
R714
560
DIG_CTRL_F
NC
NC
V1
V2
V3
RFC
2
3
6
7
1
G1 CGND
U710
SKY13251
4
5
8
RF1
RF2
RF3
NC
NC
NC
RF_ESCORT
OUT
NC
C799
100PF
C703
100PF
DNP
R710
200
RF_ESCORT_DIV2_NONINV
R767
68
ANA_ADAPT_CHARGE_PUMP
R832
15
L821
390NH
C798
1000PF
L802
33NH
C800
22PF
C803
22PF
R709
68
R711
68
C838
1000PF
R827
6.2K
R822
20K
IN
Q703
BC858CD
C760
.082UF
C763
.082UF
C765
.082UF
C768
.082UF
C770
.082UF
R823
56K
C830
220PF
DC_LIN_1_5V
L806
390NH
R840
15
R849
560
L846
390NH
C844
47PF
2
Q703
BC858CD
5
C851
220PF
C702
220PF
R833
100
2
C769
.016UF
6
IN
C766
6800PF
DC_LIN_1_5V
C801
6.8PF
4
R759
680
C762
.039UF
ANA_VTUNE
R716
0
C836
47PF
R848
15
3
R764
1.2K
ANA_CHARGE_PUMP
1
IN
4
R715
0
DNP
R701
100
Q842
NE662M04
3
1
R811
39
C814
1000PF
R809
5.6K
2
NC
Y704
V0225AZ
309MHZ/379MHZ
IN
IN
IN
IN
IN
R708
100
Q713
NE662M04
3
R818
8.2
C704
62PF
DC_LIN_1_5V
L701
390NH
R773
5.6K
NC
4
NC
Y707
V0225AZ
266MHZ/809MHZ
DIG_CTRL_VTUR1
DIG_CTRL_UR2
DIG_CTRL_VR
DIG_CTRL_78T
DIG_CTRL_D
DIG_CTRL_C
Figure 8-10. NUD7120A Frequency Generation Unit (VCO) Circuit – 2 of 2
C771
100PF
R772
33
3
C795
100PF
C775
Q774
1000PF
NE68519
2
TP780
TEST_POINT
C777
33PF
1
VCC
1
1
C792
0.1UF
POUT
2
6
8
9
10
12
DIG_CTRL_78T
7 VTUNE
3 SEL1
5 SEL2
GND1
GND2
GND3
GND4
GND5
GND6
DIG_CTRL_VR
IN
R815
24
U709
SKY13251
4 RF1
V1 3
5 RF2
V2 6
8 RF3
V3 7
RFC 1
G1
DC_SUPER_FILTER_5V
C709
220PF
NC
RF_HP_MOD_OUT
2
6
4
C810
220PF
R762
11K
11
IN
R761
270
C813
1PF
C796
100PF
NC
C759
.22UF
R812
82
C701
220PF
1
4
R705
10
C820
220PF
CGND
NC
2
6
8
9
10
12
DIG_CTRL_UR2
7 VTUNE
3 SEL1
5 SEL2
R813
680
Q712
BC858CD
2 NC
DIG_CTRL_VTUR1
GND1
GND2
GND3
GND4
GND5
GND6
C783
2200PF
VCC
11
R808
82K
C791
0.1UF
1
POUT
5
3
Q712
BC858CD
DC_SUPER_FILTER_5V
R819
270
L817
390NH
C816
33PF
4
1
R807
22K
C779
100PF
R776
39
R778
180
RF_PRESCALAR
OUT
TL_TX_LO
OUT
R717
0
DNP
Schematics, Boards Overlays, and Parts Lists: Transceiver (RF) Boards: VHF
8-13
DC_LIN_1_8V
IN
TL_RX_B1_MIX_IN
C502
330PF
L501
24NH
IN
T503
059248278
C501
2PF
DNP
1
6
P1
P2
S1
3
S2
2
S3
4
NC
5
E501
1
2
R506
150
R504
3.3K
C517
0.1UF
R503
24K
DC_LIN_3V
4
2
Q501
BC858CD
15
14
13
12
11
3
R511
2.7
TL_RX_IF_OUT
C525
3.3PF
R508
15
C518
1000PF
R509
10
C521
1000PF
R501
51
T504
059248278
C513
100PF
C522
15PF
R505
180K
3
S1
2
S2
4
S3
5
NC
L503
220NH
C515
6.8PF
P1
1
P2
6
FL501
31B01
1
IN
OUT
4
L505
150NH
L504
390NH
C516
2.7PF
R507
2.7K
3
C523
470PF
C509
1000PF
L506
150NH
C520
1000PF
OUT
MIXBIAS
GND4
RF_M
RF_P
GND3
2
GND1
3
GND2
5
GND3
6
GND4
C507
220PF
GND1
INB
INA
LG2
LG1
LG0
DVDD1
IF_P
GND2
IF_M
CTGND
TL_RX_LO
1
2
3
4
5
Q501
BC858CD
U506
6
7
8
9
10
21
IN
C599
100PF
GND5
AVDD
DVDD2
OUTB
OUTA
20
19
18
17
16
6
5
Q503
BFR380F
1
C524
27PF
C519
18PF
2
C512
33PF
1
C508
1000PF
1
C506
0.1UF
NC
NC
2
IN
L507
33NH
R502
68
L502
47NH
C514
43PF
Figure 8-11. NUD7120A Mixer and IF Filter Circuits
8-14
Schematics, Boards Overlays, and Parts Lists: Transceiver (RF) Boards: VHF
FILT_RAW_B+
IN
TX_7V_1
2
IN
1
1
C918
330PF
L906
C923
7.5PF
23.75NH
TL_PA1_5
2
1
2
2
C911
.01UF
2
C919
15PF
2
C908
330PF
2
TL_PA1_1
11
VG2
3
9
10
C912
330PF
DNP
NC2
NC3
NC4
L904
33NH
C914
10PF
2
C929
3300PF
C906
330PF
1
1
2
1
2
15
C910
5.1PF
NC1
2
8
C909
330PF
C930
3300PF
C905
.01UF
1
5
R901
10K
3
VC_1
R905
1K
U901
LMV841
R903
10K
1
L911
390NH
2
1
R904
33K
R902
10K
Figure 8-12. NUD7120A Power Amplifier Circuit
1
2
2
IN
1
2
4
TL_PA1_6
C920
39PF
8
C915
330PF
2
7
3
5
2
1
VG1
G2
2
7
2
RFOUT2
VD1
C916
82PF
TL_PA1_3
L909
13NH
TL_PA1_4
1
C921
39PF
C922
30PF
C924
11PF
2
C925
330PF
Q901
1
VCNTRL
1
2
2
14
1
1
2
C904
56PF
1
2
L905
22NH
2
1
1
RFOUT1
1
2
17 GND4
EP
1
L901
6.8NH
RFIN
4
IN
C913
30PF
C907
330PF
1
6
2
16
L908
1.65NH
TL_PA1_2
L910
18.5NH
1
U902
SRFIC5668
C901
330PF
5 GND1
12 GND2
13 GND3
RF_IN_1
L907
5.5NH
4
R906
330
6
1
1
L903
180NH
2
L902
110NH
1
1
2
2
C903
.01UF
1
C902
330PF
1
C928
16PF
TL_PA2HF_1
OUT
8-15
4
R1124_11
L1108_11
R1186_11
C1149_11
F200_2
L1102_11
U1117_11
R1121_11
R1114_11
D1
A2
D2
U1138_11
C1113_11
C1110_11
U101_1
R1116_11
4
U1106_11
6
5
A2
4
2
VR101_1
3
C101_1
6
3
4
C717_7
C718_7
C716_7
D723_7
C724_7
C719_7
C734_7
L735_7
R729_7 C732_7
2
C742_7
Y701_7
C736_7
L741_7
U702_7
3
4
C731_7
C801_7
R778_7
C749_7
Q774_7
C747_7 R704_7
R776_7
C725_7
R773_7
C775_7
C777_7
C779_7
TP780_7
L701_7
C748_7
R703_7
C705_7
R743_7
R751_7
L1
L728_7
3
C750_7
C800_7
R702_7
C803_7
C739_7
R745_7
C744_7
C798_7
C771_7 R772_7
SH2
8
U1147_11
C2
C1 U1146_11
L11
A11
C737_7
3
4
R101_1
SH2A
L738_7
R711_7
C202_2
C726_7
R707_7
C601_6
R721_7
L727_7
R755_7
R752_7
C730_7
U703_7
R754_7
R753_7
3
L733_7
R710_7
C830_7
L601_6
R1117_11
40
L802_7
C605_6
3
6
C715_7
4
30
R709_7
C799_7
4
D722_7
C758_7
3
U1119_11
A2
C2
C1
3
6
R1183_11
10
C851_7
E601_6
Q842_7
R840_7
2
FL501_5
3
R1143_11
R1104_11
Q202_2
U1116_11
L200_2
R103_1
R1112_11
U1144_11
SH12
20
R848_7
R849_7
5
L602_6
C844_7
C603_6
R714_7
SH6A
C611_6
C610_6
4
U710_7
R601_6
E607_6
C643_6
Q601_6
3
C629_6 R607_6
2
C617_6
C623_6
C621_6
C626_6
C628_6
E606_6
TP601_6
TP602_6
C615_6
48
2
E201_2
C1107_11
L720_7
C702_7
R833_7 4
C1105_11
R1184_11
R701_7
L846_7
Q714_7
6
E602_6
36
C836_7
C838_7
R713_7
C604_6
3
Q703_7
6
C515_5
C616_6 L603_6
4
R823_7
C831_7
R712_7
C514_5
C607_6
R822_7
R502_5
L503_5
C612_6
C614_6
C606_6
L502_5
C613_6
C602_6
U601_6
R832_7
R827_7
6
C523_5
E605_6
6
E603_6
C636_6
R616_6
R698_6
C641_6
R604_6
E604_6
C635_6
C637_6
C633_6
6
R603_6
R699_6
12
3
4
6
U604_6
R610_6
R617_6
4 3
R624_6
U603_6
R623_6
24
C634_6
3
T504_5
C642_6
R608_6
E608_6
L821_7
4
C624_6
C620_6
VR601_6
C632_6
R618_6
3 4
L605_6
R615_6 E609_6
U607_6
6
R611_6
R614_6
A2
U605_6
C622_6
R621_6
R620_6
D2
D1
U606_6
A2
D2
D1
C201_2
R1107_11
2
R1105_11
R201_2
3
R1106_11
SH2B
R619_6
R1115_11
1
25
2
3
R202_2
A2
Q201_2
C214_2
A2
C207_2
C208_2
U201_2
B1
2
C213_2
C206_2
C216_2
C215_2
C209_2
C210_2
U203_2
C212_2
U202_2
B1
17
C217_2
8
C1125_11
R1122_11
U1102_11
U1118_11
C204_2
C205_2
D200_2
U200_2
C1141_11
R1168_11
L1101_11
4
5
C3
C1
A3
C1132_11
4 3
6
C1150_11
C1152_11
SH9B
C1104_11
L1114_11
5
L1104_11
C921_9
L1103_11
9
C1122_11
D1
D2
A2
U1139_11
6
U1125_11
5
3
6
4
U1133_11
R1154_11
R1145_11
C918_9
4
C1142_11
3 4
U1131_11
C1116_11
C1165_11
10
R1174_11
3
4
C1222_12
5
R1177_11
U1149_11
C928_9
U1112_11
L908_9
16
C923_9
L1211_12
L1209_12
13
C920_9
L1203_12
C1203_12
C922_9
L906_9
C925_9
C1118_11
L910_9
C1220_12 C1207_12
L909_9
C1126_11
9
12
R1151_11 C1129_11
C203_2
U1105_11
C1204_12
C924_9
L907_9
5
D1
D2 A2
U1137_11
R906_9
8
R1176_11
C1227_12
R1152_11
C1221_12 C1226_12
R1162_11 R1163_11 C1117_11
8
5
C1111_11
C919_9
C1112_11
Schematics, Boards Overlays, and Parts Lists: Transceiver (RF) Boards: VHF
2
U746_7
L753_7
C752_7
C754_7
SH7
Figure 8-13. NUD7120A Transceiver (RF) Board Layout – Side 1
R304_3
L817_7
L806_7
SH5C
L905_9
C916_9
U1103_11
C915_9
R904_9
TP116_1
TP111_1
TP106_1
TP112_1
M104_1
R1127_11
R1128_11
TP107_1
3
TP110_1
C640_6
R612_6
R602_6 C619_6
C608_6
C639_6
TP117_1
C609_6
R613_6
R609_6 C638_6
C618_6
2
C625_6
3
U602_6
R605_6
C627_6
C631_6
C517_5
E501_5
TP108_1
C1120_11
4 R1130_11
R506_5
R505_5
6
C520_5
5
M103_1
R1125_11
5
4
R1167_11
R606_6
VR602_6
R501_5
C507_5
R503_5
L507_5
C516_5
SH8
2
5
C1119_11
L506_5
C704_7
3
R508_5 C521_5
L504_5
R818_7 R811_7
R819_7
Q501_5
R507_5
C519_5
Q503_5
2
3
4
R807_7
R808_7
C820_7
C524_5
C709_7
L505_5
C525_5
12
4
3
Q713_7
C518_5
6
C522_5
11
2
C813_7
3
3
U1113_11
R1165_11
R1164_11
R504_5
Q712_7
3
4
C814_7
C792_7
10
R705_7
3
C810_7
R809_7
4
U709_7
C701_7
C796_7
R815_7
R812_7
C791_7
Y707_7
C768_7
C765_7
C760_7
5
R708_7
9
TP113_1
C508_5
11
10
C816_7
C770_7
7
8
R767_7
C766_7
C762_7
R759_7
9
8
R813_7
C703_7
7
6
C769_7
3
U1114_11
4
15
16
C512_5
R1166_11
5
SH5A
C763_7
R764_7
5
U506_5
C506_5
C795_7
TP125_1
TP102_1
6
10
11
C599_5
Y704_7
4
C502_5
12
C513_5
T503_5
L501_5
R715_7
R706_7
2
U1148_11
4 3
C509_5
C501_5
R1126_11
R761_7 R762_7 C783_7
R905_9
C102_1
R1129_11
TP120_1
L911_9
C929_9
C905_9
C906_9
C909_9
1
C322_3
TP853_7
P101_1
R903_9
R1102_11
Q1103_11
2
C323_3
R511_5
U302_3
E1101_11
M107_1
U1121_11
C757_7
3
C1106_11
C1162_11
6
4
3
2
2
3
R104_1
C321_3
C316_3
C317_3
C315_3
L308_3
3
2
R716_7
6
Figure 8-14. NUD7120A Transceiver (RF) Board Layout – Side 2
R901_9
SH3
5
3
4
SH9A
C324_3
L305_3 R307_3
C1102_11
C756_7
4
5
Q901_9
8
C326_3
L309_3
C320_3
C318_3
L307_3
C759_7
2
16
U901_9
C930_9
C1160_11
C904_9
C1130_11
L303_3
C314_3
C311_3
C302_3
Q302_3
C304_3
C307_3
R308_3 C330_3
C308_3
40
TP124_1
U902_9
C907_9
R902_9
4
U1126_11
R1158_11
R1178_11
U1143_11
C1108_11
U1128_11
C1137_11
R1171_11
C1138_11
C303_3
C301_3
R1110_11
R1139_11
U1130_11
L301_3
C310_3
TP105_1
TP114_1
C910_9
L903_9
R717_7
C200_2
C306_3
TP115_1
TP104_1
L904_9
8
C327_3
R306_3
TP109_1
9
5
6
L310_3
L306_3
4
4
E301_3
C319_3
R1103_11
TP101_1
39
C305_3
C1103_11
5
6
3
R305_3
TP103_1
L302_3
C313_3
TP118_1
R303_3
R301_3
R1141_11
3
TP126_1
4
3
E200_2
C911_9
C912_9
C312_3
C1101_11
5
C902_9
7
C913_9
4
U1141_11
C1139_11
VR200_2
3
R1108_11
2
3
2
C914_9
C908_9
SH11
R302_3
2
C903_9
Q1101_11
2
C901_9
3
R1140_11
TP123_1
3
C325_3
M101_1
5
6
4
U1150_11
3
L304_3
U1129_11
3
C1161_11
L901_9
2
R1137_11
J102_1
8
C1128_11
3
R1170_11
3
R1175_11
R1144_11
TP122_1
5
5
A2 C2
R1135_11
C1 U1136_11
C1127_11 R1160_11R1180_11
C1123_11
R1182_11 R1181_11
5
4
5
L1302_13
3
4
3
3
U1104_11
6
4
C1135_11
R1146_11
U1127_11
C1140_11
3
R1169_11
5
4
4
R1138_11
5
3
R1142_11
3
U1304_13
U1101_11
L1301_13
C1306_13
C1301_13
4
U1132_11
L902_9
5
C1304_13 L1303_13
C1303_13
4
2
R1172_11
C1124_11
U1142_11
R1136_11 3
C1307_13
R1304_13 6
C1309_13
2
R1307_13
L1305_13
J101_1
FL1301_13
4
3
C1302_13
4
3
C1305_13
Schematics, Boards Overlays, and Parts Lists: Transceiver (RF) Boards: VHF
C1308_13
8-16
C630_6
R509_5
SH6B
L604_6
Schematics, Boards Overlays, and Parts Lists: Transceiver (RF) Boards: VHF
NUD7120A VHF Transceiver (RF) Board Parts
List
Ref.
Des.
Part Number
Description
Ref.
Des.
8-17
Part Number
Description
C301
2113944A30
CAP CER CHP 27.0PF 50V 5%
C302
2113944A28
CAP CER CHP 18.0PF 50V 5%
C11
2113944A28
CAP CER CHP 18.0PF 50V 5%
C303
2113944A28
CAP CER CHP 18.0PF 50V 5%
C15
2113944A28
CAP CER CHP 18.0PF 50V 5%
C304
2113944A81
C101
2113944A46
CAP CER CHP 330.0 PF 50V
5%
CAP,FXD,24PF,+5%,-5%,50VDC,0402,C0G,-55DEG CMIN,
125DEG CMAX,PB
C102
NOT PLACED
–
C200
2113945B02
CAP CER CHP 10,000PF 25V
10%
C201
2188468Y01
CAP CER 25V X7R 0805 1UF
C202
2188468Y01
CAP CER 25V X7R 0805 1UF
C308
2113944A30
CAP CER CHP 27.0PF 50V 5%
C203
2188468Y01
CAP CER 25V X7R 0805 1UF
C310
2113946D07
C204
2113955D35
CAP,FXD,4.7UF,+10%,-10%,
16V-DC,1206,X7R,-55DEG
CMIN,125DEG CMAX
CAP,CHIP,4.7UF,+10%,-10%,
6.3V-DC,0603,X5R,-55DEG
CMIN,85DEG CMA
C205
C206
C207
C208
C209
C210
C212
2113955D35
2113945B02
2113956B91
2113956B91
2113956B91
2113956B91
2113946D07
CAP,FXD,4.7UF,+10%,-10%,
16V-DC,1206,X7R,-55DEG
CMIN,125DEG CMAX
CAP CER CHP 10,000PF 25V
10%
CAP,FXD,1UF,+10%,-10%,16VDC,0603,X5R,-55DEG CMIN,
85DEG CMAX,PB
CAP,FXD,1UF,+10%,-10%,16VDC,0603,X5R,-55DEG CMIN,
85DEG CMAX,PB
CAP,FXD,1UF,+10%,-10%,16VDC,0603,X5R,-55DEG CMIN,
85DEG CMAX,PB
CAP,FXD,1UF,+10%,-10%,16VDC,0603,X5R,-55DEG CMIN,
85DEG CMAX,PB
CAP,CHIP,4.7UF,+10%,-10%,
6.3V-DC,0603,X5R,-55DEG
CMIN,85DEG CMA
C213
2113944A46
CAP CER CHP 330.0 PF 50V
5%
C214
2113944A31
CAP CER CHP 33.0PF 50V 5%
C215
2113944A46
CAP CER CHP 330.0 PF 50V
5%
C216
2113944A31
CAP CER CHP 33.0PF 50V 5%
C217
2113956B91
CAP,FXD,1UF,+10%,-10%,16VDC,0603,X5R,-55DEG CMIN,
85DEG CMAX,PB
Ref.
Des.
Part Number
Description
Ref.
Des.
Part Number
Description
C330
2175389H01
CAP,.5PF, CHIP, 0402,
CERAMIC, 50 V
C604
2113945B02
CAP CER CHP 10,000PF 25V
10%
C501
NOT PLACED
–
C605
2113944A15
C502
2113944A46
CAP CER CHP 330.0 PF 50V
5%
CAP CER CHP 3.9PF 50V +/0.25PF
C606
2113946B04
CAP CER CHP 0.10UF 10V 10%
C506
2113946B04
CAP CER CHP 0.10UF 10V 10%
C607
2113944A40
CAP CER CHP 100.0PF 50V 5%
C305
2113944A17
CAP CER CHP 4.7PF 50V +/0.25PF
C507
2113944A44
CAP CER CHP 220.0 PF 50V
5%
C608
2113944A12
CAP CER CHP 3.0PF 50V +/0.25PF
C306
2113944A35
CAP CER CHP 62.0PF 50V 5%
C508
2113945A09
C609
2113944A30
CAP CER CHP 27.0PF 50V 5%
C307
2113944A18
CAP CER CHP 5.1PF 50V +/0.5PF
CAP CER CHP 1000PF 50V
10%
C509
2113945A09
CAP CER CHP 1000PF 50V
10%
C512
2113944A31
CAP CER CHP 33.0PF 50V 5%
C513
2113944A40
CAP CER CHP 100.0PF 50V 5%
C514
2113944A84
CAP,FXD,43PF,+5%,-5%,50VDC,0402,C0G,-55DEG CMIN,
125DEG CMAX,PB
C610
2113944A40
CAP CER CHP 100.0PF 50V 5%
C611
2113944A40
CAP CER CHP 100.0PF 50V 5%
C612
2113945B02
CAP CER CHP 10,000PF 25V
10%
C613
2113944A40
CAP CER CHP 100.0PF 50V 5%
C614
2113945B02
CAP CER CHP 10,000PF 25V
10%
C615
2113944A42
CAP CER CHP 150.0PF 50V 5%
C616
2113945A11
CAP CER CHP 2200PF 50V
10%
C311
2113944A29
CAP CER CHP 22.0PF 50V 5%
C312
2113944A46
CAP CER CHP 330.0 PF 50V
5%
C515
2113944A21
CAP CER CHP 330.0 PF 50V
5%
CAP CER CHP 6.8PF 50V +/0.5PF
C516
2113944A11
CAP CER CHP 2.7PF 50V +/0.25PF
C617
2113946B04
CAP CER CHP 0.10UF 10V 10%
C517
2113946B04
CAP CER CHP 0.10UF 10V 10%
C618
2113944A31
CAP CER CHP 33.0PF 50V 5%
C518
2113945A09
CAP CER CHP 1000PF 50V
10%
C619
2113944A35
CAP CER CHP 62.0PF 50V 5%
C620
2113946B04
CAP CER CHP 0.10UF 10V 10%
C519
2113944A31
CAP CER CHP 33.0PF 50V 5%
C621
2113946B04
CAP CER CHP 0.10UF 10V 10%
C622
2113946C07
CAP,FXD,.33UF,+10%,-10%,
10V-DC,0603,X5R,-55DEG
CMIN,85DEG CMAX
C623
2113945B02
CAP CER CHP 10,000PF 25V
10%
C624
2113946C07
CAP,FXD,.33UF,+10%,-10%,
10V-DC,0603,X5R,-55DEG
CMIN,85DEG CMAX
C625
2113944A28
CAP CER CHP 18.0PF 50V 5%
C626
2113945A09
CAP CER CHP 1000PF 50V
10%
C313
C314
C315
2113944A46
2113946D07
2113944A46
CAP,CHIP,4.7UF,+10%,-10%,
6.3V-DC,0603,X5R,-55DEG
CMIN,85DEG CMA
CAP CER CHP 330.0 PF 50V
5%
C316
0613952Q25
CER CHIP RES 10.0 OHM 5
0402
C520
2113945A09
CAP CER CHP 1000PF 50V
10%
C317
2175389H01
CAP,.5PF, CHIP, 0402,
CERAMIC, 50 V
C521
2113945A09
CAP CER CHP 1000PF 50V
10%
C318
2113944A30
CAP CER CHP 27.0PF 50V 5%
C522
2113944A27
CAP CER CHP 15.0PF 50V 5%
C319
2113944A28
CAP CER CHP 18.0PF 50V 5%
C523
2113944A48
C320
2113944A27
CAP CER CHP 15.0PF 50V 5%
CAP CER CHP 470.0 PF 50V
5%
C321
2113944A28
CAP CER CHP 18.0PF 50V 5%
C524
2113944A30
CAP CER CHP 27.0PF 50V 5%
C322
2113944A30
CAP CER CHP 27.0PF 50V 5%
C525
2113944A61
C323
2113944A30
CAP CER CHP 27.0PF 50V 5%
C324
2113944A19
CAP CER CHP 5.6PF 50V +/0.5PF
CAP,FXD,.5PF,.25PF+/-,50VDC,0402,C0G,-55DEG
CMIN,125DEG CMAX
C599
2113944A40
CAP CER CHP 100.0PF 50V 5%
C627
2113945A09
C325
2113944A84
CAP,FXD,43PF,+5%,-5%,50VDC,0402,C0G,-55DEG CMIN,
125DEG CMAX,PB
C601
2113945B02
CAP CER CHP 10,000PF 25V
10%
CAP CER CHP 1000PF 50V
10%
C628
2113945B02
C602
2113945B02
CAP CER CHP 10,000PF 25V
10%
CAP CER CHP 10,000PF 25V
10%
C629
2113946B04
CAP CER CHP 0.10UF 10V 10%
C603
2113945B02
CAP CER CHP 10,000PF 25V
10%
C630
2113946B04
CAP CER CHP 0.10UF 10V 10%
C631
2113944A27
CAP CER CHP 15.0PF 50V 5%
C326
C327
2113944A21
2113944A28
CAP CER CHP 6.8PF 50V +/0.5PF
CAP CER CHP 18.0PF 50V 5%
8-18
Ref.
Des.
Schematics, Boards Overlays, and Parts Lists: Transceiver (RF) Boards: VHF
Part Number
Description
C632
2113944A40
CAP CER CHP 100.0PF 50V 5%
C633
2113945B02
CAP CER CHP 10,000PF 25V
10%
C634
2113946B04
CAP CER CHP 0.10UF 10V 10%
C635
2113945B02
CAP CER CHP 10,000PF 25V
10%
C636
2113946B04
CAP CER CHP 0.10UF 10V 10%
C637
2113946B04
CAP CER CHP 0.10UF 10V 10%
Ref.
Des.
C724
C725
C726
C730
Part Number
2113955D37
2113945C31
2113945C31
2113945C31
Description
Ref.
Des.
Part Number
CAP,FXD,10UF,+10%,-10%,16VDC,1206,X7R,-55DEG CMIN,
125DEG CMAX
C756
CAP,FXD,.1UF,+10%,-10%,50VDC,0603,X7R,-55DEG CMIN,1
25DEG CMAX
C757
CAP,FXD,.1UF,+10%,-10%,50VDC,0603,X7R,-55DEG CMIN,
125DEG CMAX
C758
2113946B02
C759
CAP,FXD,.1UF,+10%,-10%,50VDC,0603,X7R,-55DEG CMIN,
125DEG CMAX
2113955D37
Description
CAP CER CHP 100.0PF 50V 5%
C800
2113944A29
CAP CER CHP 22.0PF 50V 5%
C801
2113944A21
CAP CER CHP 6.8PF 50V +/0.5PF
C803
2113944A29
CAP CER CHP 22.0PF 50V 5%
CAP CER CHP 0.047UF 10V 10,
C810
2113944A44
2113945G95
CAP,FXD,.22UF,+10%,-10%,
50V-DC,0805,X7R,-55DEG
CMIN,125DEG CMAX
CAP CER CHP 220.0 PF 50V
5%
C813
2113944A63
C760
2113944G97
CAP,FXD,.082UF,+5%,-5%,50VDC,1206,C0G,-55DEG
CMIN,125DEG CMAX
CAP,FXD,1PF,.25PF+/-,50VDC,0402,C0G,-55DEG
CMIN,125DEG CMAX,P
C814
2113945A09
CAP CER CHP 1000PF 50V
10%
C762
2113945C26
CAP,FXD,.039UF,+10%,-10%,
50V-DC,0603,X7R,-55DEG
CMIN,125DEG CMA
C816
2113944A31
CAP CER CHP 33.0PF 50V 5%
C820
2113944A44
CAP CER CHP 220.0 PF 50V
5%
C830
2113944A44
CAP CER CHP 220.0 PF 50V
5%
C831
2113944A40
CAP CER CHP 100.0PF 50V 5%
C836
2113944A33
CAP CER CHP 47.0PF 50V 5%
C838
2113945A09
CAP CER CHP 1000PF 50V
10%
C844
2113944A33
CAP CER CHP 47.0PF 50V 5%
C851
2113944A44
CAP CER CHP 220.0 PF 50V
5%
C901
2113944C04
CAP CER CHP 330.0PF 50V 5%
C902
2113944C04
CAP CER CHP 330.0PF 50V 5%
C903
2113945L49
CAP,FXD,.01UF,+5%,-5%,50VDC,0603,X7R,-55DEG CMIN,
125DEG CMAX,P
C904
2113944M36
CAP,FXD,56PF,+2%,-2%,50VDC,0603,C0G,-55DEG CMIN,
125DEG CMAX,PB
C905
2113945L49
CAP,FXD,.01UF,+5%,-5%,50VDC,0603,X7R,-55DEG CMIN,
125DEG CMAX,P
CAP,FXD,.1UF,+10%,-10%,50VDC,0603,X7R,-55DEG CMIN,
125DEG CMAX
2113945A12
CAP CER CHP 3300PF 50V
10%
C639
2113945B02
CAP CER CHP 10,000PF 25V
10%
C640
2113946B04
CAP CER CHP 0.10UF 10V 10%
C641
2113944A31
CAP CER CHP 33.0PF 50V 5%
C732
2113944A32
CAP CER CHP 39.0PF 50V 5%
C642
2113944A48
CAP CER CHP 470.0 PF 50V
5%
C734
2113945C31
C763
2113944G97
C643
2113944A48
CAP CER CHP 470.0 PF 50V
5%
CAP,FXD,.1UF,+10%,-10%,50VDC,0603,X7R,-55DEG CMIN,
125DEG CMAX
CAP,FXD,.082UF,+5%,-5%,50VDC,1206,C0G,-55DEG CMIN,
125DEG CMAX
C736
2113945B02
CAP CER CHP 10,000PF 25V
10%
C765
2113944G97
C737
2113945C31
CAP,FXD,.1UF,+10%,-10%,50VDC,0603,X7R,-55DEG CMIN,
125DEG CMAX
CAP,FXD,.082UF,+5%,-5%,50VDC,1206,C0G,-55DEG CMIN,
125DEG CMAX
C766
2113945C01
CAP CER CHP 6800PF 50V
10%
C701
C702
2113944A44
2113944A44
CAP CER CHP 220.0 PF 50V
5%
CAP CER CHP 220.0 PF 50V
5%
C703
NOT PLACED
–
C704
2113944A35
CAP CER CHP 62.0PF 50V 5%
C705
2113944A44
CAP CER CHP 220.0 PF 50V
5%
2113944A25
CAP CER CHP 10.0PF 50V +/0.5PF
C742
2113945C31
CAP,FXD,.1UF,+10%,-10%,50VDC,0603,X7R,-55DEG CMIN,
125DEG CMAX
2113944A44
CAP CER CHP 220.0 PF 50V
5%
C744
C715
2113945C31
CAP,FXD,.1UF,+10%,-10%,50VDC,0603,X7R,-55DEG CMIN,
125DEG CMAX
C747
C717
C718
C719
2113945C31
2113945C31
2113945C31
2113945C31
CAP,FXD,.1UF,+10%,-10%,50VDC,0603,X7R,-55DEG CMIN,
125DEG CMAX
CAP,FXD,.1UF,+10%,-10%,50VDC,0603,X7R,-55DEG CMIN,
125DEG CMAX
CAP,FXD,.1UF,+10%,-10%,50VDC,0603,X7R,-55DEG CMIN,
125DEG CMAX
CAP,FXD,.1UF,+10%,-10%,50VDC,0603,X7R,-55DEG CMIN,
125DEG CMAX
CAP,FXD,.1UF,+10%,-10%,50VDC,0603,X7R,-55DEG CMIN,
125DEG CMAX
C739
C709
C716
2113945C31
2113955D37
2113944A44
CAP,FXD,10UF,+10%,-10%,16VDC,1206,X7R,-55DEG CMIN,
125DEG CMAX
CAP CER CHP 220.0 PF 50V
5%
Description
2113944A40
C638
C731
Part Number
C799
2113945C31
CAP,FXD,10UF,+10%,-10%,16VDC,1206,X7R,-55DEG CMIN,
125DEG CMAX
Ref.
Des.
C768
2113944G97
CAP,FXD,.082UF,+5%,-5%,50VDC,1206,C0G,-55DEG
CMIN,125DEG CMAX
C769
2113945C20
CAP,FXD,.016UF,+10%,-10%,
50V-DC,0603,X7R,-55DEG
CMIN,125DEG CMA
C770
2113944G97
CAP,FXD,.082UF,+5%,-5%,50VDC,1206,C0G,-55DEG CMIN,
125DEG CMAX
C771
2113944A40
CAP CER CHP 100.0PF 50V 5%
C748
2113944A44
CAP CER CHP 220.0 PF 50V
5%
C775
2113945A09
CAP CER CHP 1000PF 50V
10%
C749
2113945C31
CAP,FXD,.1UF,+10%,-10%,50VDC,0603,X7R,-55DEG CMIN,
125DEG CMAX
C777
2113944A31
CAP CER CHP 33.0PF 50V 5%
C779
2113944A40
CAP CER CHP 100.0PF 50V 5%
C906
2113944C04
CAP CER CHP 330.0PF 50V 5%
C783
2113944C55
CAP CER CHP 1200.OPF 50V
5%
C907
2113944C04
CAP CER CHP 330.0PF 50V 5%
C791
2113946B04
CAP CER CHP 0.10UF 10V 10%
C908
2113944C04
CAP CER CHP 330.0PF 50V 5%
CAP CER CHP 10,000PF 25V
10%
C792
2113946B04
CAP CER CHP 0.10UF 10V 10%
C909
2113944C04
CAP CER CHP 330.0PF 50V 5%
C795
2113944A40
CAP CER CHP 100.0PF 50V 5%
C910
2113944C23
CAP CER CHP 56.0PF 50V 5%
CAP CER CHP 5.1PF 50V +/0.5PF
C796
2113944A40
CAP CER CHP 100.0PF 50V 5%
C911
2113945L49
C798
2113945A09
CAP CER CHP 1000PF 50V
10%
CAP,FXD,.01UF,+5%,-5%,50VDC,0603,X7R,-55DEG CMIN,
125DEG CMAX,P
C750
C752
C754
2113945C31
2113945B02
2113944A34
CAP,FXD,.1UF,+10%,-10%,50VDC,0603,X7R,-55DEG CMIN,
125DEG CMAX
Schematics, Boards Overlays, and Parts Lists: Transceiver (RF) Boards: VHF
Ref.
Des.
Part Number
Description
Ref.
Des.
8-19
Part Number
Description
C912
NOT PLACED
–
C1108
2113946B03
CAP CER CHP 0.068UF 10V 10
C913
2113944M29
CAP,FXD,30PF,+2%,-2%,50VDC,0603,C0G,-55DEG CMIN,
125DEG CMAX,PB
C1110
2113944A40
CAP CER CHP 100.0PF 50V 5%
C1111
2113945Y02
CAP,FXD,.1UF,+10%,-10%,16VDC,0402,X7R,-55DEG CMIN,
125DEG CMAX
C1112
2113945B01
CAP CER CHP 6800PF 25V
10%
C1113
2113945B02
CAP CER CHP 10,000PF 25V
10%
C1116
2113945Y02
CAP,FXD,.1UF,+10%,-10%,16VDC,0402,X7R,-55DEG CMIN,
125DEG CMAX
C1117
2113945A12
CAP CER CHP 3300PF 50V
10%
C914
2113944M18
CAP,FXD,10PF,+2.5%,-2.5%,
50V-DC,0603,C0G,-55DEG
CMIN,125DEG CMA
C915
2113944C04
CAP CER CHP 330.0PF 50V 5%
C916
2113944M40
CAP,FXD,82PF,+2%,-2%,50VDC,0603,C0G,-55DEG
CMIN,125DEG CMAX,PB
C918
2113944C04
CAP CER CHP 330.0PF 50V 5%
C919
2113944M22
CAP,FXD,15PF,+2%,-2%,50VDC,0603,C0G,-55DEG CMIN,
125DEG CMAX,PB
C920
2113742J10
CAP 39.0 PF 5%
C921
2113742J10
CAP 39.0 PF 5%
C922
C923
C924
2113944M29
2113944M15
2113944M19
CAP,FXD,30PF,+2%,-2%,50VDC,0603,C0G,-55DEG CMIN,
125DEG CMAX,PB
CAP,FXD,7.5PF,.1PF+/-,50VDC,0603,C0G,-55DEG CMIN,
125DEG CMAX
CAP,FXD,11PF,+2%,-2%,50VDC,0603,C0G,-55DEG CMIN,
125DEG CMAX,PB
C925
2113944C04
CAP CER CHP 330.0PF 50V 5%
C928
2113944M23
CAP,FXD,16PF,+2%,-2%,50VDC,0603,C0G,-55DEG CMIN,
125DEG CMAX,PB
C1118
C1119
2113945B02
2113945B02
C1107
2113944A40
CAP CER CHP 100.0PF 50V 5%
C1301
2113944M20
C1140
2113945A13
CAP CER CHP 4700PF 50V
10%
CAP,FXD,12PF,+2%,-2%,50VDC,0603,C0G,-55DEG CMIN,
125DEG CMAX,PB
C1302
2114036F74
CAP,FXD,.1UF,+10%,-10%,16VDC,0402,X7R,-55DEG CMIN,
125DEG CMAX
CAP,FXD,1.8PF,.05PF+/-,25VDC,0402,C0G,-55DEG CMIN,
125DEG CMAX
C1303
2113944A26
CAP CER CHP 12.0PF 50V 5%
C1141
2113945Y02
C1306
2113944A17
CAP CER CHP 10,000PF 25V
10%
CAP, 1.2PF, 0402, CERAMIC,
50V
CAP CER CHP 4.7PF 50V +/0.25PF
C1152
2113944A46
C1307
2113944A26
CAP CER CHP 12.0PF 50V 5%
CAP CER CHP 10,000PF 25V
10%
CAP CER CHP 330.0 PF 50V
5%
C1308
2113944A28
CAP CER CHP 18.0PF 50V 5%
C1160
2113945C31
CAP,FXD,.1UF,+10%,-10%,50VDC,0603,X7R,-55DEG CMIN,
125DEG CMAX
C1309
2175389H01
CAP,.5PF, CHIP, 0402,
CERAMIC, 50 V
C1161
2113956B91
CAP,FXD,1UF,+10%,-10%,16VDC,0603,X5R,-55DEG CMIN,
85DEG CMAX,PB
D200
4813978A19
DIODE,RECT,MBR120,SM,SOD
-123,1A,20V,SHTK,PB-FREE
D722
4815011H01
DIODE TRIPLE
C1120
2113945B02
CAP CER CHP 10,000PF 25V
10%
C1122
2175390H01
CAP, 2.2 PF, 0402, CERAMIC,
50V
C1123
2113945B02
CAP CER CHP 10,000PF 25V
10%
C1124
2113945A13
CAP CER CHP 4700PF 50V
10%
C1125
NOT PLACED
–
C1126
2113945A09
CAP CER CHP 1000PF 50V
10%
C1127
2113945Y02
CAP,FXD,.1UF,+10%,-10%,16VDC,0402,X7R,-55DEG CMIN,
125DEG CMAX
C1204
2113944M13
CAP,FXD,6.2PF,.1PF+/-,50VDC,0603,C0G,-55DEG CMIN,
125DEG CMAX
C1207
2113944M27
CAP,FXD,24PF,+2%,-2%,50VDC,0603,C0G,-55DEG CMIN,
125DEG CMAX,PB
C1220
2113944M16
CAP,FXD,8.2PF,.1PF+/-,50VDC,0603,C0G,-55DEG CMIN,
125DEG CMAX
CAP CER CHP 10,000PF 25V
10%
CAP CER CHP 10,000PF 25V
10%
CAP CER CHP 10.0PF 50V +/0.5PF
2175392H01
2113945B02
2113945B02
2113944A25
C1150
C1129
C1106
C1139
CAP CER CHP 12.0PF 50V 5%
CAP CER CHP 10,000PF 25V
10%
CAP CER CHP 5.6PF 50V +/0.5PF
CAP,FXD,9.1PF,.1PF+/-,50VDC,0603,C0G,-55DEG CMIN,
125DEG CMAX
2113944A26
2113945B02
2113944A19
2113944M17
C1305
C1101
C1105
C1227
CAP CER CHP 100.0PF 50V 5%
CAP CER CHP 10,000PF 25V
10%
–
CAP,FXD,.022UF,+10%,-10%,
25V-DC,0402,X7R,-55DEG
CMIN,125DEG CMA
2113944A40
2113945B02
NOT PLACED
2113945B04
C1149
C1128
C1104
C1138
CAP CER CHP 1000PF 50V
10%
CAP CER CHP 3300PF 50V
10%
CAP CER CHP 10,000PF 25V
10%
Description
2113945A09
2113945A12
2113945B02
Part Number
C1304
C930
C1103
Ref.
Des.
CAP CER CHP 1000PF 50V
10%
CAP CER CHP 3300PF 50V
10%
CAP CER 25V X7R 0805 1UF
Description
2113945A09
2113945A12
2188468Y01
Part Number
C1142
C929
C1102
Ref.
Des.
C1130
2113945B02
CAP CER CHP 10,000PF 25V
10%
C1132
NOT PLACED
–
C1135
NOT PLACED
–
C1137
2113945B04
CAP,FXD,.022UF,+10%,-10%,
25V-DC,0402,X7R,-55DEG
CMIN,125DEG CMA
C1162
2188468Y01
CAP CER 25V X7R 0805 1UF
D723
4815011H01
DIODE TRIPLE
C1165
2113945Y02
CAP,FXD,.1UF,+10%,-10%,16VDC,0402,X7R,-55DEG CMIN,
125DEG CMAX
E200
2405688Z01
INDUCTOR FERRITE BEAD
E201
2405688Z01
INDUCTOR FERRITE BEAD
E301
2480640Z01
SURFACE MOUNT FERRITE
BEAD
E501
2480640Z01
SURFACE MOUNT FERRITE
BEAD
E601
2480640Z01
SURFACE MOUNT FERRITE
BEAD
E602
2480640Z01
SURFACE MOUNT FERRITE
BEAD
E603
2480640Z01
SURFACE MOUNT FERRITE
BEAD
E604
2480640Z01
SURFACE MOUNT FERRITE
BEAD
E605
2480640Z01
SURFACE MOUNT FERRITE
BEAD
E606
2480640Z01
SURFACE MOUNT FERRITE
BEAD
E607
2480640Z01
SURFACE MOUNT FERRITE
BEAD
C1203
2113944M19
CAP,FXD,11PF,+2%,-2%,50VDC,0603,C0G,-55DEG CMIN,
125DEG CMAX,PB
C1221
2113944M27
CAP,FXD,24PF,+2%,-2%,50VDC,0603,C0G,-55DEG CMIN,
125DEG CMAX,PB
C1222
2113944C04
CAP CER CHP 330.0PF 50V 5%
C1226
2113944M11
CAP,FXD,5.1PF,.1PF+/-,50VDC,0603,C0G,-55DEG CMIN,
125DEG CMAX
8-20
Ref.
Des.
Schematics, Boards Overlays, and Parts Lists: Transceiver (RF) Boards: VHF
Part Number
Description
Ref.
Des.
Part Number
Description
E608
2480640Z01
SURFACE MOUNT FERRITE
BEAD
E609
2480640Z01
SURFACE MOUNT FERRITE
BEAD
E1101
2405688Z01
INDUCTOR FERRITE BEAD
F200
6575834B01
FUSE SURFACE MOUNT
FL130
NOT PLACED
–
L605
2462587Q54
IND CHIP 3,900 NH 10%
FL501
4885631B01
XTAL FILT 3 POLE 109.65
MOTORO
L701
2415429H47
CHIP INDUCTOR
L720
2480646Z20
COIL MULTI-LAYER
CHIP(2.20UH)
J101
0909901V02
RECP SMT MCX
J102
0975886B01
RECEPTACLE, COAX CABLE
L200
2571269C01
INDUCTOR WW POWER 20%
L301
2414032F35
IDCTR,WW,120NH,5%,400MA,.
51OHM,CER,35 Q,860MHZ
SRF,SM,PB-FR
Ref.
Des.
Part Number
Description
CHIP INDUCTOR
L906
2460591E24
COIL AIR WOUND INDUC 23.75
PWB
84009363004
PCB, RF TRANSCEIVER
L602
2466505A01
COIL INDUCTOR
L907
2471968L13
Q201
4813970A59
L603
2466505A01
COIL INDUCTOR
LOW PROFILE MINI SPRING
INDUCTOR
P-CH FET 1.0A 20V SOT-23
T&R
L604
2414032D16
IDCTR,WW,120NH,5%,800MA,
.26OHM,CER,42 Q,1GHZ
SRF,SM,PB-FREE
L908
2415428H01
AIR WOUND INDUCTOR
Q202
4813973A32
L909
2471968L11
13.0NH 2% LP AIRWOUND
INDUCTOR
XSTR,BIP GP SS,NPN,SM,SC70,SMT,50V,.202W,100MA,PBFREE
L910
2415385H03
COIL SURFACE MOUNT AIR
WOUND
Q302
4813973M75
L911
2415429H47
CHIP INDUCTOR
XSTR,BIP GP SS,PNP,BC858,
SOT-563,SMT,-30V,.357W,100MA,100MHZ
L1101
2415429H30
CHIP INDUCTOR
Q501
4813973M75
L1102
2415429H10
CHIP INDUCTOR
XSTR,BIP GP SS,PNP,BC858,
SOT-563,SMT,-30V,.357W,100MA,100MHZ
L1103
2475393H01
INDUCTOR, 4.7NH, 0402, +/0.1NH
Q503
4885316E32
TRANSISTOR, RF
Q601
4813973A04
XSTR,BIP GP SS,NPN,TA13,
SM,SOT-23,SMT,30V,.225W,
300MA,125MHZ,P
Q703
4813973M75
XSTR,BIP GP SS,PNP,BC858,
SOT-563,SMT,-30V,.357W,100MA,100MHZ
Q712
4813973M75
XSTR,BIP GP SS,PNP,BC858,
SOT-563,SMT,-30V,.357W,100MA,100MHZ
Q713
4805585Q32
TRANSITOR, NPN RF
Q714
4889394V04
XSTR,FET GEN PURPOSE
SMALL SIG,MOSFET,N-CH,
ENHN,SM,20V,.25W,P
Q774
4885061Y01
XSTR NPN 6V 30UA 12GHZ PBFREE
Q842
4805585Q32
TRANSITOR, NPN RF
L727
2480646Z20
COIL MULTI-LAYER
CHIP(2.20UH)
L728
2415429H47
CHIP INDUCTOR
L733
2480646Z20
COIL MULTI-LAYER
CHIP(2.20UH)
L1104
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
L1108
2409348J04
IND AIR CORE 5.45NH 5% 2214
HIGH Q, SURFACE MOUNT
COILS 36.6 NH
L735
2480646Z20
COIL MULTI-LAYER
CHIP(2.20UH)
L1114
2475394H01
INDUCTOR, 11NH, 0402, +/-2%
L303
2460591H08
HIGH Q, SURFACE MOUNT
COILS 36.6 NH
L738
2480646Z20
COIL MULTI-LAYER
CHIP(2.20UH)
L1203
2460591D81
COIL AIR WOUND INDUC 43.41
IDCTR,CHIP,68NH,5%,400MA,
1.2OHM,CER,14 Q,800MHZ
SRF,SM,0603
L741
2480646Z20
COIL MULTI-LAYER
CHIP(2.20UH)
L1209
2460591D81
COIL AIR WOUND INDUC 43.41
L1211
2460591D81
COIL AIR WOUND INDUC 43.41
L753
2480646Z20
COIL MULTI-LAYER
CHIP(2.20UH)
L1301
2488090Y10
INDUCTOR,MULTILAYER,5.6N
H,1005,SMD,PB FREE
L1302
2488090Y25
INDUCTOR,MULTILAYER,100N
H,1005,SMD,PB FREE
L1303
2414017P16
IDCTR,CHIP,18NH,5%,300MA,
.76OHM,CER,9 Q,1.9GHZ SRF,
SM,0402,P
L305
2415429H34
CHIP INDUCTOR
L306
2415427H13
CHIP INDUCTOR
L802
2415429H26
CHIP INDUCTOR
L307
2414032F35
IDCTR,WW,120NH,5%,400MA,.
51OHM,CER,35 Q,860MHZ
SRF,SM,PB-FR
L806
2415429H47
CHIP INDUCTOR
L817
2414032F41
IDCTR,WW,390NH,10%,200MA,
1.5OHM,CER,40 Q,730MHZ
SRF,SM,PB-F
L308
2414032F35
IDCTR,WW,120NH,5%,400MA,
.51OHM,CER,35 Q,860MHZ
SRF,SM,PB-FR
L309
2415429H28
CHIP INDUCTOR
L310
2415429H28
CHIP INDUCTOR
L501
2415429H23
CHIP INDUCTOR
L502
2415429H30
CHIP INDUCTOR
L503
2414032F38
IDCTR,WW,220NH,5%,400MA,
.7OHM,CER,30 Q,630MHZ SRF,
SM,PB-FRE
L504
2414032F41
IDCTR,WW,390NH,10%,200MA,
1.5OHM,CER,40 Q,730MHZ
SRF,SM,PB-F
L505
2415429H39
CHIP INDUCTOR
L506
2415429H39
CHIP INDUCTOR
L507
2415427H12
CHIP INDUCTOR
Description
2415429H43
2460591H08
2414017N22
Part Number
L601
L302
L304
Ref.
Des.
L1305
2475391H01
INDUCTOR, 18 NH, CHIP, 0402,
2% TOL
Q901
5185633C90
MODULE,RING,XSTR,FET RF
POWER, VHF
M1
3275623B03
PAD, THERMAL ELECTRIC,
MID-TIER
Q1101
4813973A32
M2
75009299002
PAD, THERMAL
XSTR,BIP GP SS,NPN,SM,SC70,SMT,50V,.202W,100MA,PBFREE
M3
1104959T01
COATING-CONTACT
Q1103
4813970A59
P-CH FET 1.0A 20V SOT-23
T&R
M4
6071520M01
BATT COIN 3V LI
RECHARGEABLE
R101
0613952R01
CER CHIP RES 10K OHM 5%
0402
IDCTR,FXD,180NH,2%,750MA,
.77OHM,CER,25 Q,700MHZ
SRF,SM,1008
M101
2871616H01
CONNECTOR, BPLUS
R103
0613952R01
M103
3987977Y04
CONT,CONN,1CONT,ANT UNIV
4.5MM,UC 1.8
CER CHIP RES 10K OHM 5%
0402
IDCTR,CHIP,33NH,5%,600MA,
.71OHM,CER,12 Q,1.1GHZ
SRF,SM,0603
R104
0613952R66
M104
3987977Y04
CONT,CONN,1CONT,ANT UNIV
4.5MM,UC 1.8
CER CHIP RES 0.0 +/-0.050
OHM
R201
0613952R25
M107
0985888K02
SKT RTC BTTY LEAP
CER CHIP RES 100K OHM 5%
0402
P101
2887818K05
PLUG 40PIN MATING CNTCR
1.5MM
R202
0613952Q89
CER CHIP RES 4700 OHM 5
0402
L821
2415429H47
CHIP INDUCTOR
L846
2414032F41
IDCTR,WW,390NH,10%,200MA,
1.5OHM,CER,40 Q,730MHZ
SRF,SM,PB-F
L901
2414017N10
IDCTR,CHIP,6.8NH,5%,600MA,
.22OHM,CER,10 Q,2.7GHZ
SRF,SM,0603
L902
2415429H37
CHIP INDUCTOR
L903
2414015A07
L904
L905
2414017N18
2414017N16
IDCTR,CHIP,22NH,5%,600MA,
.54OHM,CER,12 Q,1.3GHZ
SRF,SM,0603
Schematics, Boards Overlays, and Parts Lists: Transceiver (RF) Boards: VHF
Ref.
Des.
Part Number
Description
Ref.
Des.
8-21
Part Number
Description
Ref.
Des.
Part Number
Description
Ref.
Des.
Part Number
Description
R301
0613952R22
CER CHIP RES 75K OHM 5
0402
R606
0613952R01
CER CHIP RES 10K OHM 5%
0402
R707
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
R764
0613952Q75
CER CHIP RES 1200 OHM 5
0402
R302
0613952R27
CER CHIP RES 120K OHM 5%
0402
R607
0613952R25
CER CHIP RES 100K OHM 5%
0402
R708
0613952Q49
CER CHIP RES 100 OHM 5
0402
R767
0613952Q45
CER CHIP RES 68.0 OHM 5
0402
R303
0613952R01
CER CHIP RES 10K OHM 5%
0402
R608
0613952R01
CER CHIP RES 10K OHM 5%
0402
R709
0613952Q45
CER CHIP RES 68.0 OHM 5
0402
R772
0613952Q37
CER CHIP RES 33.0 OHM 5
0402
R304
0613952Q37
CER CHIP RES 33.0 OHM 5
0402
R609
0613952Q81
CER CHIP RES 2200 OHM 5
0402
R710
0613952Q56
CER CHIP RES 200 OHM 5
0402
R773
0613952Q91
CER CHIP RES 5600 OHM 5
0402
R305
0613952Q83
CER CHIP RES 2700 OHM 5
0402
R610
0613952R25
CER CHIP RES 100K OHM 5%
0402
R711
0613952Q45
CER CHIP RES 68.0 OHM 5
0402
R776
0613952Q39
CER CHIP RES 39.0 OHM 5
0402
R306
0613952Q25
CER CHIP RES 10.0 OHM 5
0402
R611
0613952R01
CER CHIP RES 10K OHM 5%
0402
R712
0613952Q67
CER CHIP RES 560 OHM 5
0402
R778
0613952Q55
CER CHIP RES 180 OHM 5
0402
R307
2113944A26
CAP CER CHP 12.0PF 50V 5%
R612
0613952Q94
R713
0613952Q25
0613952R09
0613952Q25
CER CHIP RES 10.0 OHM 5
0402
CER CHIP RES 10.0 OHM 5
0402
R807
R308
CER CHIP RES 7500 OHM 5
0402
CER CHIP RES 22K OHM 5%
0402
R613
0613952Q82
0613952Q67
0613952R23
CER CHIP RES 51.0 OHM 5
0402
CER CHIP RES 560 OHM 5
0402
R808
0613952Q42
CER CHIP RES 2400 OHM 5
0402
R714
R501
CER CHIP RES 82K OHM 5%
0402
R614
0613952R66
R715
NOT PLACED
–
R809
0613952Q91
CER CHIP RES 68.0 OHM 5
0402
CER CHIP RES 0.0 +/-0.050
OHM
R716
0613952R66
R615
NOT PLACED
–
CER CHIP RES 0.0 +/-0.050
OHM
CER CHIP RES 5600 OHM 5
0402
R811
0613952Q39
R616
NOT PLACED
–
R717
NOT PLACED
–
CER CHIP RES 39.0 OHM 5
0402
R617
NOT PLACED
–
R721
0613952R01
R812
0613952Q47
CER CHIP RES 3300 OHM 5
0402
R618
NOT PLACED
–
CER CHIP RES 10K OHM 5%
0402
CER CHIP RES 82.0 OHM 5%
0402
NOT PLACED
–
R729
0613952R09
0613952Q69
CER CHIP RES 680 OHM 5
0402
R620
NOT PLACED
–
CER CHIP RES 22K OHM 5%
0402
R813
CER CHIP RES 180K OHM 5%
0402
R619
CER CHIP RES 150 OHM 5
0402
–
CER CHIP RES 47K OHM 5%
0402
0613952Q34
NOT PLACED
0613952R17
R815
R621
R743
CER CHIP RES 24.0 OHM 5
0402
R623
NOT PLACED
–
R745
0613952R09
R818
0613952Q23
CER CHIP RES 8.2 OHM 5 0402
R624
NOT PLACED
–
CER CHIP RES 22K OHM 5%
0402
R819
0613952Q59
R698
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
R751
CER CHIP RES 270 OHM 5
0402
CER CHIP RES 270 OHM 5
0402
R822
0613952R08
R699
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
R752
CER CHIP RES 5600 OHM 5
0402
CER CHIP RES 20K OHM 5
0402
R823
0613952R19
R701
0613952Q49
CER CHIP RES 100 OHM 5
0402
R753
CER CHIP RES 5600 OHM 5
0402
CER CHIP RES 56K OHM 5%
0402
R827
0613952Q92
CER CHIP RES 5600 OHM 5
0402
CER CHIP RES 6200 OHM 5
0402
R832
0613952Q29
CER CHIP RES 39K OHM 5%
0402
CER CHIP RES 15.0 OHM 5
0402
R833
0613952Q49
CER CHIP RES 680 OHM 5
0402
CER CHIP RES 100 OHM 5
0402
R840
0613952Q29
CER CHIP RES 270 OHM 5
0402
CER CHIP RES 15.0 OHM 5
0402
R848
0613952Q29
CER CHIP RES 11K OHM 5
0402
CER CHIP RES 15.0 OHM 5
0402
R849
0613952Q67
CER CHIP RES 560 OHM 5
0402
R502
R503
R504
R505
R506
0613952Q45
0613952R10
0613952Q85
0613952R31
0613952Q53
CER CHIP RES 24K OHM 5
0402
R507
0613952Q75
CER CHIP RES 1200 OHM 5
0402
R508
0613952Q29
CER CHIP RES 15.0 OHM 5
0402
R509
0613952Q25
CER CHIP RES 10.0 OHM 5
0402
R511
0613952Q11
CER CHIP RES 2.7 OHM 5 0402
R601
0613952Q41
CER CHIP RES 47.0 OHM 5
0402
R702
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
R754
CER CHIP RES 390 OHM 5
0402
R703
0613952Q42
CER CHIP RES 51.0 OHM 5
0402
R755
CER CHIP RES 100K OHM 5%
0402
R704
0613952Q42
CER CHIP RES 51.0 OHM 5
0402
R759
CER CHIP RES 390 OHM 5
0402
R705
0613952Q25
CER CHIP RES 10.0 OHM 5
0402
R761
CER CHIP RES 10K OHM 5%
0402
R706
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
R762
R602
R603
R604
R605
0613952Q63
0613952R25
0613952Q63
0613952R01
0613952Q59
0613952Q91
0613952Q91
0613952Q91
0613952R15
0613952Q69
0613952Q59
0613952R02
8-22
Ref.
Des.
Schematics, Boards Overlays, and Parts Lists: Transceiver (RF) Boards: VHF
Part Number
Description
Ref.
Des.
Part Number
Description
Ref.
Des.
Part Number
Description
R901
0613952R01
CER CHIP RES 10K OHM 5%
0402
R1126
0613952R15
CER CHIP RES 39K OHM 5%
0402
R1164
0613952R01
CER CHIP RES 10K OHM 5%
0402
R902
0613952R01
CER CHIP RES 10K OHM 5%
0402
R1127
0613952R18
CER CHIP RES 51K OHM 5
0402
R1165
0613952Q56
CER CHIP RES 200 OHM 5
0402
R903
0613952R01
CER CHIP RES 10K OHM 5%
0402
R1128
0613952R09
CER CHIP RES 22K OHM 5%
0402
R1166
0613952Q56
CER CHIP RES 200 OHM 5
0402
R904
0613952R13
CER CHIP RES 33K OHM 5%
0402
R1129
NOT PLACED
–
R1167
0613952R01
R1130
NOT PLACED
–
R905
0613952Q73
CER CHIP RES 1000 OHM 5
0402
R1135
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
R1168
R906
0613952Q61
CER CHIP RES 330 OHM 5
0402
R1136
0613952R01
CER CHIP RES 10K OHM 5%
0402
R1102
0613952R25
CER CHIP RES 100K OHM 5%
0402
R1137
0613952R01
CER CHIP RES 10K OHM 5%
0402
R1138
0613952R25
CER CHIP RES 100K OHM 5%
0402
R1103
06009259001
LOW RESISTANCE THICK FILM
RESISTOR
R1104
0613952Q49
CER CHIP RES 100 OHM 5
0402
R1139
0613952R25
CER CHIP RES 100K OHM 5%
0402
R1105
0613952Q49
CER CHIP RES 100 OHM 5
0402
R1140
0613952R25
CER CHIP RES 100K OHM 5%
0402
R1106
0613952Q35
CER CHIP RES 27.0 OHM 5
0402
R1141
0613952R42
CER CHIP RES 510K OHM 5
0402
R1107
0613952Q45
CER CHIP RES 68.0 OHM 5
0402
R1142
0613952R25
CER CHIP RES 100K OHM 5%
0402
R1108
0613952R23
CER CHIP RES 82K OHM 5%
0402
R1143
0613952R25
CER CHIP RES 100K OHM 5%
0402
R1110
0613952R01
CER CHIP RES 10K OHM 5%
0402
R1144
0613952R25
CER CHIP RES 100K OHM 5%
0402
R1112
NOT PLACED
–
R1145
0613952R25
R1114
0613952Q49
CER CHIP RES 100 OHM 5
0402
CER CHIP RES 100K OHM 5%
0402
R1146
0613952R25
CER CHIP RES 100K OHM 5%
0402
R1115
0613952Q49
CER CHIP RES 100 OHM 5
0402
R1116
0613952R01
CER CHIP RES 10K OHM 5%
0402
R1117
0613952R22
CER CHIP RES 75K OHM 5
0402
R1121
0613952R12
CER CHIP RES 30K OHM 5
0402
R1151
R1152
R1154
0613952R01
0613952R01
0613952R01
Ref.
Des.
Part Number
Description
SH2
2675872B01
SHIELD, XTAL
SH3
26009321001
SHIELD, RX FRONT END
SH5A
2675874B01
SHIELD, MIXER
SH5C
2675933B01
SHIELD, IF AMP
SH6A
2675873B01
SHIELD, ABACUS
CER CHIP RES 10K OHM 5%
0402
SH6B
2675932B01
SHIELD, 2ND LO VCO
SH7
26009325001
SHIELD, FGU
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
SH8
26009319001
SHIELD, VCO
R1169
0613952P52
CER CHIP RES 340K OHM 1
0402
SH9A
26009322001
SHIELD, RF PA
SH9B
26009327001
SHIELD, OUTPUT MATCH
R1170
0613952P01
CER CHIP RES 100K OHM 1
0402
SH11
26009320001
SHIELD, ALC
SH12
26009324001
SHIELD, HARMONIC FILTER
R1171
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
T503
2575851B01
RF TRANSFORMER BALUN
R1172
0613952Q89
CER CHIP RES 4700 OHM 5
0402
T504
2575851B01
RF TRANSFORMER BALUN
U101
5105443X07
R1174
0613952R01
CER CHIP RES 10K OHM 5%
0402
EEPROM 32KBIT SERIAL SPI
BUS
U200
5188493T01
R1175
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
IC,VREG/SWG,LP2989,SM,MINI
SO-8 HI PRCN REG 5V
U201
5175771A99
R1176
0613952Q73
CER CHIP RES 1000 OHM 5
0402
LOW NOISE, 100MA LINEAR
REGULATOR
U202
5175772B02
R1177
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
LINEAR REGULATOR 100MA
1.8V
U203
5175772B01
R1178
0613952R01
CER CHIP RES 10K OHM 5%
0402
LINEAR VOLTAGE
REGULATOR 350MA
U302
4885316E32
TRANSISTOR, RF
R1180
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
U506
5164852H82
IC, MIXER/ BUFFER
U601
5102495J14
IC,IF,IF DIGITILIZING
SUBSYSTEM IC,AD9864,QFN
U602
4885316E32
TRANSISTOR, RF
R1181
NOT PLACED
–
R1182
0613952R01
CER CHIP RES 10K OHM 5%
0402
CER CHIP RES 10K OHM 5%
0402
U603
5109522E84
R1183
0613952Q73
IC DUAL SCHMITT TRIG
MICRO PAK
CER CHIP RES 10K OHM 5%
0402
CER CHIP RES 1000 OHM 5
0402
U604
5109522E84
R1184
0613952Q81
CER CHIP RES 2200 OHM 5
0402
IC DUAL SCHMITT TRIG
MICRO PAK
U605
5164852H16
IC TRANSCEIVER W/LEVEL
TRANSLATION
CER CHIP RES 10K OHM 5%
0402
R1186
NOT PLACED
–
R1158
NOT PLACED
–
R1304
0613952R66
U606
5164852H16
0613952R03
CER CHIP RES 12K OHM 5%
0402
CER CHIP RES 0.0 +/-0.050
OHM
IC TRANSCEIVER W/LEVEL
TRANSLATION
R1307
0613952Q73
U607
5186311J24
CER CHIP RES 150K OHM 5%
0402
CER CHIP RES 1000 OHM 5
0402
IC,BFR,1BITS,NC7SZ125,ACTI
VE HIGH,B
SH2A
26009323001
SHIELD, DC FILTER
U702
5164015H28
SH2B
26009326001
SHIELD, DC REGULATOR
IC,TRIDENT,INTEG SYNTH,RX/
TX BSBND
U703
5175772B06
28-PORT I/O EXPANDER
R1122
0613952R22
CER CHIP RES 75K OHM 5
0402
R1160
R1124
0613952Q42
CER CHIP RES 51.0 OHM 5
0402
R1162
R1125
0613952R25
CER CHIP RES 100K OHM 5%
0402
R1163
0613952R29
0613952R01
CER CHIP RES 10K OHM 5%
0402
Schematics, Boards Overlays, and Parts Lists: Transceiver (RF) Boards: VHF
Ref.
Des.
Part Number
Description
U709
5171972L01
SP3T RF SWITCH
U710
5171972L01
SP3T RF SWITCH
U746
4805218N63
RF TRANS SOT 323 BFQ67W
U901
5175143H01
WIDE SUPPLY RANGE OP AMP
U902
5115678H01
U1101
Ref.
Des.
8-23
Part Number
Description
U1132
5114007M28
IC,F-F/D,1PER PKG,17SZ74,N-I,
SM,SOIC8,PB-FREE
U1133
5171779H01
SPDT ANALOG SWITCH
U1136
5109522E94
VHF/UHF/800/900 MHZ LDMOS
DRIVER IC
2 INPUT AND GATE IN NANO
PACKAGE (C87)
U1137
5164852H16
5188032U43
IC,SENSING CIRCUIT,INA138,
SM,SOT-23/5,1PER PKG
IC TRANSCEIVER W/LEVEL
TRANSLATION
U1138
5164852H16
U1102
5175772B03
RECONFIGURABLE 10W SP5T/
3T RF SWITC
IC TRANSCEIVER W/LEVEL
TRANSLATION
U1139
5164852H16
U1103
5185070Y01
IC TEMPERATURE SENSOR
PB-FREE
IC TRANSCEIVER W/LEVEL
TRANSLATION
U1141
5185941F56
U1104
5185941F56
IC SINGLE LV LP OP
AMPLIFIER
IC SINGLE LV LP OP
AMPLIFIER
U1142
5185941F56
U1105
5180390L83
IC,CNTLR,SM,1PER PKG
IC SINGLE LV LP OP
AMPLIFIER
U1106
5175772B05
PRECISION RF DETECTOR
U1143
5185941F56
IC SINGLE LV LP OP
AMPLIFIER
U1112
5175772B04
1 DB LSB GAAS MMIC
ATTENUATOR
U1144
5171779H01
SPDT ANALOG SWITCH
U1113
5185941F56
IC SINGLE LV LP OP
AMPLIFIER
U1146
5109522E93
2 INPUT OR GATE IN NANO
PACKAGE (C87)
U1114
5185941F56
IC SINGLE LV LP OP
AMPLIFIER
U1147
5109522E94
2 INPUT AND GATE IN NANO
PACKAGE (C87)
U1116
5109522E93
2 INPUT OR GATE IN NANO
PACKAGE (C87)
U1148
5185941F56
IC SINGLE LV LP OP
AMPLIFIER
U1117
5103535B53
IC,INVTR,DL,NC7WZ04L6X,2PE
R PKG,SC70
U1149
5185941F45
ATTEN,VAR,14.4DBMIN,15.6DB
MAX,0-2000 MHZFREQ,50OHM,
PCMT,SOT
U1118
5109522E93
2 INPUT OR GATE IN NANO
PACKAGE (C87)
U1150
51009381001
LOW DROPOUT VOLTAGE
REFERENCE
U1119
5109522E94
2 INPUT AND GATE IN NANO
PACKAGE (C87)
U1304
5105739X13
IC, SIGE GPS LOW NOISE AMP
1575 MHZ
U1121
5114000B52
IC,XOR,LOGIC LEVEL
SHIFTER,1PER PKG,SM,SOT353,PB-FREE
VR101
4813977M29
DIODE,VREF,MBZ5250,SM,SOT
-23,20V,.225W,ZEN
U1125
51009382001
IC, QUAD DAC
VR200
4813977M29
DIODE,VREF,MBZ5250,SM,SOT
-23,20V,.225W,ZEN
U1126
5109817F77
IC COMPTR LM7275 5SC70
(D54)
VR601
4805656W87
DIODE,VCTR, @ 15V,1SV279,
SOD-523/SC-79
U1127
5171779H01
SPDT ANALOG SWITCH
VR602
4805656W87
U1128
5188085K11
IC, SINGLE NAND GATE, 2INPUT, POSITIVE, 5 DSBGA,
PB-FREE
DIODE,VCTR, @ 15V,1SV279,
SOD-523/SC-79
Y701
4871886H01
16.8 MHZ VCTXO .8PPM
Y704
5164852H68
IC, VCO MODULE
Y707
5164852H67
IC, VCO MODULE
U1129
5175143H01
WIDE SUPPLY RANGE OP AMP
U1130
5175143H01
WIDE SUPPLY RANGE OP AMP
U1131
5109817F77
IC COMPTR LM7275 5SC70
(D54)
8-24
Schematics, Boards Overlays, and Parts Lists: Transceiver (RF) Boards: VHF
Notes
Schematics, Boards Overlays, and Parts Lists: Transceiver (RF) Boards: UHF1
Transceiver (RF) Boards: UHF1
2
DC_LIN_5V
DC_BATT
DC_SWI_3_6V
DC_LIN_5V
DC_LIN_3V
DC_LIN_3V
MACKINAW_DC
DC_FUSED_B+
DC_RAW_B+
DC_LIN_1_8V_A
DC_LIN_1_8V
DC_LIN_1_5V
SW_B+
DC_LIN_1_5V
SW_B+
1
1
1
1
IF5
IF6
IF7
IF8
IF
IF
IF
IF
1 IF10
IF
FILT_RAW_B+
TL_PA2HF_1
RF_IN_1
TX_7V_1
MACKINAW_UHF1_PA
VC_1
RF_OUT_1
HF_OUT_1
MACKINAW_TX_HF_UHF1
1
DC_BATT
DC_SW1_3_6V
DC_FUSED_B+
DC_LIN_1_875V_D
DC_LIN_1_875V_D
ANA_CTRL_ISET
DIG_CTRL_SPI_DAC_PE
DIG_CTRL_I_LIMIT
5
6
DC_LIN_5V
11
DC_LIN_5V
DC_RAW_B+
VCONTROL
FILT_RAW_B+
DIG_CTRL_I_LIMIT
RF_ANT
IF1
1 IF
TL_ANT
TL_AUX
IF16 1 IF
IF12
1 IF
IF14
1 IF
RF_AUX
ANA_RX_FE_TUNE
RF_RX_UHF1_FE_OUT
DC_LIN_1_8V_A
MACKINAW_RX_FE_UHF1
TL_RX_UHF1_FE_IN
DIG_CTRL_TX_INHIBIT_TYPE_1
DC_LIN_1_875V_D
DIG_CTRL_RMTH
MACKINAW_TX_ALC
DIG_CTRL_RMTH
DC_LIN_3V
DIG_CTRL_ATTH
ANA_CTRL_ISET
ANA_CTRL_VSET
DIG_DMCS
DIG_GPIO49
DIG_CTRL_TX_INH
ANA_RX_FE_FILT_VTUNE
RX_IN
DIG_SPI_CLK
DIG_CTRL_SPI_TRIDENT_PE TL_RX_LO
DIG_DATA_TX_SSI
CLK_16_8_MHZ
DIG_DATA_SPI_MISO
DIG_TX_SSI_CLK
DIG_TX_SSI_FS
SHIELD
SH6
SHIELD
SH5
SHIELD
SH9
SHIELD
SH8
SHIELD
SH12
SHIELD
SH11
SHIELD
SH13
1
2
DIG_CTRL_SSI_TRIGGER
DIG_DATA_SPI_MOSI
DIG_CTRL_ATTH
SHIELD
SH1
1
2
DIG_CTRL_RMTH
DIG_CTRL_RSTB
DIG_CTRL_LOCK
SHIELD
SH7
1
2
TL_ANT
DIG_CTRL_TU1H
DIG_CTRL_I_LIMIT
DIG_CTRL_TXH1
DIG_CTRL_TR
TL_TX_LO
MACKINAW_FGU
SHIELD
SH3
1
SHIELD
SH2
1
2
3
DIG_CTRL_RMTH
TL_AUX
RF_AUX
SHIELD
SH4
SHIELD
SH10
SHIELD
SH14
1
2
RF_ANT
DIG_CTRL_I_LIMIT
1
DIG_DATA_SSI_RX_FS
DIG_DATA_SSI_RX_FS
DIG_DATA_RX_DOUTA
DIG_DATA_SSI_RX_DOUTA
CLK_SSI_RX
CLK_SSI_RX
RF_GPS
DIG_SYNCB
DIG_SYNCB
CLK_16_8_MHZ
CLK_16_8_MHZ
7
DC_LIN_5V
DC_LIN_1_875V_D
DC_LIN_1_5V
DC_LIN_2_775V
DIG_CTRL_SPI_ABACUS_PE
DIG_RX_SYNCB
1
2
DC_LIN_1_875V_D
DC_LIN_5V
DIG_CTRL_SPI_ABACUS_PE
CLK_SSI_RX
DIG_DATA_RX_DOUTA
DIG_DATA_SSI_RX_FS
1
2
DC_LIN_1_5V
MACKINAW_RX_BE
CLK_16_8_MHZ
DIG_RX_BE_DOUTB
CLK_SSI_RX
DIG_CTRL_SPI_PE
DIG_DATA_SSI_RX_DOUTA
DIG_DATA_SPI_PD
DIG_DATA_SSI_RX_FS
DIG_CTRL_SPI_PC
TXH
1
2
DIG_TX_SSI_FS
DIG_TX_SSI_CLK
DIG_DATA_SPI_MISO
TXH_1
TXH_2
DIG_DATA_SPI_MOSI
DIG_SPI_CLK
TL_RX_IF_
IF23
1 IF
1
DIG_DATA_SPI_MOSI
DIG_SPI_CLK
DIG_CTRL_SPI_TRIDENT_PE
DIG_DATA_TX_SSI
DIG_SYNCB
1
DIG_CTRL_IO49
DIG_CTRL_RSTB
DIG_CTRL_LOCK
TL_RX_IF_OUT
DC_LIN_3V
1
DC_LIN_2_775V
MACKINAW_RX_MIXER_IF
DIG_CTRL_SPI_ABACUS_PE
DIG_DATA_SPI_MOSI
DIG_SPI_CLK
DC_LIN_1_875V_D
DIG_CTRL_SSI_TRIGGER
MACKINAW_CONN_MISC
DC_LIN_5V
DC_LIN_3V
DC_LIN_1_875V_D
HF_OUT_1
SW_B+
SW_B+
TX_7V
IF21
1 IF
DC_LIN_1_8V
DC_LIN_3V
TL_RX_B1_MIX_IN
TL_RX_LO
1
2
8.5
8-25
TL_ANT
RF_ANT
MACKINAW_GPS
13
MACKINAW_GPS
TL_RF_GPS_OUT
DC_LIN_3V
DC_LIN_3V
Figure 8-15. NUE7365A/ NUE7369A Transceiver (RF) Board Overall Circuit Schematic
8-26
Schematics, Boards Overlays, and Parts Lists: Transceiver (RF) Boards: UHF1
C1820
3.9PF
C1804
3.9PF
C1826
2.7PF
C1822
100PF
RF_OUT_1
IN
R1801
0
HF_OUT_1
OUT
L1809
10.2NH
L1803
10.2NH
C1803
3.9PF
Figure 8-16. NUE7365A/ NUE7369A UHF1 Harmonic Filter Circuit
C1807
6.8PF
L1811
10.2NH
C1821
9.1PF
C1827
4.7PF
Schematics, Boards Overlays, and Parts Lists: Transceiver (RF) Boards: UHF1
8-27
DC_LIN_3V
L1306
5.6NH
C1310
4.7PF
DC_LIN_3V
L1303
100NH
R1304
0
DNP
IN
C1309
.5PF
L1305
18NH
C1304
1000PF
IN
C1305
27PF
C1302
1.8PF
C1303
12PF
OUT 4
1
2
4
2
GND1
3
GND2
5
GND3
1 IN
U1304
BGA615L7
5
FL1301
FARF6KA1G5754
L1302
100NH
L1301
3.3NH
C1306
.01UF
VCC
C1301
12PF
AI
BIAS
PON
C1308
18PF
AO
6
TL_RF_GPS_OUT
OUT
7
3 GND
DEG
RF_ANT
R1307
1K
C1307
12PF
Figure 8-17. NUE7365A/ NUE7369A GPS Circuit
P101
2
DIG_CTRL_SPI_EEPROM_PE
P101
3
CLK_16_8_MHZ
P101
6
DC_LIN_1_875V_D
P101
7
P101
8
1
Schematics, Boards Overlays, and Parts Lists: Transceiver (RF) Boards: UHF1
TP113
TEST_POINT
1
8-28
TP124
TEST_POINT
IN
3
TP114
TEST_POINT
DIG_CTRL_IO49
P101
11
DIG_DATA_SSI_RX_FS
P101
12
DIG_CTRL_TX_INHIBIT_TYPE_1
P101
13
DIG_DATA_SSI_RX_DOUTA
P101
14
DIG_CTRL_SPI_DAC_PE
P101
15
CLK_SSI_RX
P101
16
ANA_CTRL_ISET
P101
17
DIG_TX_SSI_FS
P101
18
DIG_DATA_TX_SSI
P101
19
DIG_TX_SSI_CLK
P101
21
RF_GPS
P101
22
DIG_CTRL_SPI_ABACUS_PE
TP116
TEST_POINT
P101
23
DIG_SYNCB
TP117
TEST_POINT
P101
25
DIG_CTRL_LOCK
P101
26
DIG_BATTERY_DATA
P101
27
DIG_CTRL_SPI_TRIDENT_PE
DC_SW1_3_6V
P101
30
P101
32
P101
34
P101
36
1
1
OUT
1
1
1
TP103
TEST_POINT
TP104
TEST_POINT
OUT
OUT
OUT
OUT
TP105
TEST_POINT
IN
OUT
OUT
TP109
TEST_POINT
1
1
1
TP102
TEST_POINT
1
IN
TP101
TEST_POINT
IN
TP118
TEST_POINT
OUT
TP110
TEST_POINT
IO
IO
OUT
TP126
TEST_POINT
OUT
DC_FUSED_B+
IN
TP122
TEST_POINT
THE NEW REMOTE RF CONNECTOR
1
28
TP115
TEST_POINT
TP106
TEST_POINT
1
37
OUT
IN
TP108
TEST_POINT
P101
R103
10K
IN
TP112
TEST_POINT
DIG_DATA_SPI_MOSI
DIG_SPI_CLK
1
P101
4
P101
5
P101
24
P101
35
P101
38
P101
39
P101
40
V_COIN_CELL
M107
SOCKET
2
C102
0.1UF
M104
M103
1
1
Figure 8-18. NUE7365A/ NUE7369A Miscellaneous Connector Circuit
C
S
W
HOLD
D
RF_AUX
IO
2
3
U101
M95320R
Q 2
1
8
6
1
3
7
5
VCC
P101
R101
10K
R104
2K
4 VSS
G1 GND
20
1
J102
1
P101
C101
330PF
OUT
TP111
TEST_POINT
TP107
TEST_POINT
33
OUT
TP120
TEST_POINT
DIG_DATA_SPI_MISO
P101
P101
1
9
31
VR101
MMBZ5250B
20V
2
OUT
DIG_CTRL_SSI_TRIGGER
10
P101
DC_BATT
1
2
DC_LIN_2_775V
P101
29
PIN1
PIN2
OUT
P101
P101
PIN3
1
1
DIG_CTRL_RSTB
TP125
TEST_POINT
M101
CONTACT
3
OUT
J101
C
G1
G2
G3
G4
1
2
3
4
5
RF_ANT
TP123
TEST_POINT
IO
OUT
Schematics, Boards Overlays, and Parts Lists: Transceiver (RF) Boards: UHF1
8-29
INPORT
E2021
2
R2023
10K
1
R2021
75K
R2024
33
BC858CD
Q2022
2
C2023
100PF
3
6
5
C2024
4.7UF
BC858CD
Q2022
R2025
2.7
INPORT
100PF
ANA_RX_FE_TUNE
R2006
10K
R2008
10K
R2007
10K
VR2005
1SV305
1
2
C2028
7.5PF
VR2006
1SV305
C2020
4.7UF
1
C2052
22PF
C2035
3.3PF
TL_RX_UHF1_FE_IN
2
L2008
5.6NH
C2029
22PF
INPORT
L2009
18NH
L2010
18NH
C2039
3.3PF
C2022
100PF
C2056
7.5PF
L2014
18NH
2
L2013
18NH
L2012
5.6NH
C2057
22PF
VR2008
1SV305
2
1
C2063
22PF
C2064
7.5PF
L2035
22NH
C2053
7.5PF
L2034
56NH
C2032
100PF
OUT
R2035
1.2K
C2033
68PF
C2061
3.3PF
C2059
3.3PF
C2044
9.1PF
U2032
BFR380F
1
OUTPORT
RF_RX_UHF1_FE_OUT
L2017
82NH
C2036
1.5PF
C2042
2.7PF
2
IN
R2009
10K
VR2007
1SV305
1
3
0.1UF
C2026
ANA_RX_FE_TUNE
100PF
IN
C2025
R2010
1K
L2015
91NH
C2058
2.7PF
C2038
1.8PF
C2001
0.1UF
DNP
R2001
1K
DNP
C2060
2.2PF
L2036
1.6NH
L2019
15NH
VR2020
1SV305
1
2
L2016
15NH
C2037
2.4PF
1
INPORT
0.1UF
R2011
1K
IN
C2055
R2022
120K
C2054
1
4
DC_LIN_1_8V_A
IN
VR2010
1SV305
2
C2041
0.1UF
Figure 8-19. NUE7365A Receiver Front End Circuit
8-30
Schematics, Boards Overlays, and Parts Lists: Transceiver (RF) Boards: UHF1
C627
1000PF
C630
0.1UF
2
TP602
TEST_POINT
2
2
1
1
2
3
C641
33PF
C643
470PF
C629
0.1UF
R607
100K
2
1
1
R698
0
DC_LIN_5V IN
DC_LIN_1_875V_D
R605
10K
U602
BFR380F
DC_LIN_1_875V_D
2
U603
NC7WZ17
VCC
GND
2
2
C639
.01UF
R613
2.4K
1
2
1
C638
3300PF
1
2
VR602
1SV279
L604
120NH
1
R606
10K
2
2
C619
62PF
1
C640
0.1UF
IN
1
R602
390
C609
27PF
1
C642
470PF
1
U604
NC7WZ17
GND
2
DC_LIN_3V IN
2
1
2
2
R699
0
1
1
C618
33PF
2
C608
3PF
2
2
1
1
1
1
TP601
TEST_POINT
R612
7.5K
R609
2.2K
2
IN
C631
15PF
2
2
3
C625
18PF
2
VCC
1
Q601
MMBTA13
DC_LIN_3_0V
5
5
1
DC_LIN_1_875V_D
R616
0 DNP
DIG_DATA_SSI_RX_FS
DC_LIN_3_0V
2
OUT
1
1
2
6
U603
NC7WZ17
2
2
E606
1
C626
1000PF
1
1
1
C621
0.1UF
1
2
DC_LIN_3_0V
1
2
C633
.01UF
GND
CLK_16_8_MHZ
R610
100K
1
C637
0.1UF
2
L605
3.9UH
2
2
1
1
C614
.01UF
Figure 8-20. NUE7365A/ NUE7369A Receiver Back End Circuit
B2
B1
C635
.01UF
R611
10K
2
DC_LIN_3_0V
NC
D1
DIG_CTRL_SPI_PE
IN
U605
SN74LVC2T45
DC_LIN_1_875V_D
IN
DIG_DATA_SPI_PD
C2
B2
DC_LIN_1_875V_D
1
2
2
2
A2
A1
DIR
B2 C2
B1 B2
DC_LIN_3_0V
R621
0 DNP
1
2
1
C624
.33UF
4
IN
2
E605
1
C1 A2
B1 A1
D2 DIR
NC
DC_LIN_3_0V
VR601
1SV279
R604
390
1
C620
0.1UF
2
1
DC_LIN_1_875V_D
U606
SN74LVC2T45
C606
0.1UF
C622
.33UF
1
3
GND
1
C632
100PF
2
U604
NC7WZ17
DC_LIN_3_0V
R615
0
DNP
E608
2
1
2
1
1
2
CLK_SSI_RX
D1
1
2
1
C634
0.1UF
C1
B1
D2
R608
10K
OUT
R619
0 DNP
1
DC_LIN_3_0V
6
R614
0
E609
2
R620
0
DNP
C616
2200PF
DIG_DATA_SSI_RX_DOUTA
OUT
R618
0
DNP
U604
NC7WZ17
2
1
2
C612
.01UF
E604
1
4
U603
NC7WZ17
DC_LIN_3_0V
1
DC_LIN_3_0V
3
R603
100K
2
2
1
1
C613
100PF
5
DC_LIN_3_0V
1
2
C607
100PF
NC
R623
0
DNP
R617
0 DNP
R624
0
DNP
1
G1
13
14
15
16
17
18
19
20
21
22
23
24
IN
GND
36
35
34
33
32
31
30
29
28
27
26
25
C636
0.1UF
2
C604
.01UF
C602
.01UF
4
DC_LIN_5_0V
2
1
2
A1
A2 VCCA
VCCB
C610
100PF
2
1
2
GNDL
FREF
GNDS2
SYNCB
GNDH
FS
DOUTB
DOUTA
CLKOUT
VDDH
VDDD
PE
RREF
VDDQ
IOUTC
GNDQ
VDDC
GNDC
CLKP
CLKN
GNDS1
GNDD
PC
PD
1
U601
AD9864
VDDI
IFIN
CXIF
GNDI
CXVL
LOP
LON
CXVM
VDDL
VDDP
IOUTL
GNDP
48
47
46
45
44
43
42
41
40
39
38
37
2
C611
100PF
MXOP
MXON
GNDF
IF2N
IF2P
VDDF
GCP
GCN
VDDA
GNDA
VREFP
VREFN
GND3
1
2
1
2
3
4
5
6
7
8
9
10
11
12
C603
.01UF
2
Y
2
2
E603
DC_LIN_3_0V
A
U607
NC7SZ125
OUT
2
E602
1
2
E607
1
C615
150PF
1
DC_LIN_3_0V
C628
.01UF
L603
10UH
A1
A2 VCCA
VCCB
1
C623
.01UF
1
L602
10UH
E601
1
OE
3
1
C605
3.9PF
DC_LIN_3_0V
1
2
2
IN
L601
220NH
C617
0.1UF
DC_LIN_1_875V_D
VCC
TL_RX_IF_
2
R601
47
C601
.01UF
6
1
DIG_CTRL_SPI_PC
DIG_RX_BE_DOUTB
Schematics, Boards Overlays, and Parts Lists: Transceiver (RF) Boards: UHF1
8-31
E200
1
DC_BATT
1
1
2
VR200
MMBZ5250B
20V
C201
1UF
C200
.01UF
OUT
L200
1.5UH
F200
DC_FUSED_B+
OUT
32V
2A
3
IN
E201
2
DC_RAW_B+
2
C202
1UF
C203
1UF
Q201
NTR1P02T1
2
C217
1UF
OUT
1
R201
100K
MUN5212T
Q202
SW_B+
3
R202
4.7K
3
22K
1
2
D200
MBR120LSFT1
22K
1
OUTPUT
INPUT
SHUTDOWN ERROR
SENSE
NC
BYPASS
GND
2
4
8
6
1
3
C204
4.7UF
C206
.01UF
5
7
2
U200
LP2989
DC_LIN_5V
OUT
NC
NC
C205
4.7UF
U201
LP5900
DC_LIN_3V
DC_SWI_3_6V
C214
33PF
C207
1UF
VOUT
B2
OUT
C208
1UF
B1
C213
330PF
VEN
VIN
GND
A1
A2
IN
DC_LIN_1_8V
OUT
U203
LP5952
C209
1UF
C3
A1
C1
B2
C210
1UF
DC_LIN_1_5V
VOUT A3
EN
VIN
VBATT
GND
C216
33PF
GND
C215
330PF
VOUT
VEN
VIN
B1
A1
A2
OUT
C212
4.7UF
B2
U202
LP5900
Figure 8-21. NUE7365A/ NUE7369A DC Power Circuit
8-32
Schematics, Boards Overlays, and Parts Lists: Transceiver (RF) Boards: UHF1
U1150
LT1790
4 VIN VOUT
SW_B+ IN
NC
C1161
1UF
DC_LIN_5V
E1101
1
IN
FILT_RAW_B+
2
OUT
DC_LIN_5V
DC_LIN_5V
IN
DC_LIN_5V
5
4
U1143
LPV321M7X
R1139
100K
2
R1184
2.2K
4
R1143
100K
R1140
100K
1
C1139
10PF
R1146
100K
TXH_1
3
R1108
82K
U1116
74LVC1G32YZP
U1130
LMV841
TXH_2
A1
C2
R1145
100K
DAC_C
DC_LIN_5V
B1
A1
A2
C1110
100PF
U1104
LPV321M7X
C1107
100PF
L1102
6.8NH
R1107
68
5
R1117
75K
R1105
100
RF_ANT
OUT
DC_LIN_3.3V
RX 8
RES 11
ANT 28
NC7 16
NC8 17
NC9 19
NC10 20
NC11 22
NC12 24
NC13 26
NC14 27
NC15 29
NC16 30
NC17 31
COUPLER_REV
L1108
5.45NH
NC
12
NC1
NC2
NC3
NC4
NC5
5
IN
COUPLER_THROUGH
DIG_CTRL_RMTH
13 VCTRL
VDD
28 INPUT_OUTPUT
COUPLER_FWD
NC
C1125
15PF
DNP
L1101
33NH
C1142
1000PF
C1104
5.6PF
DNP
R1168
100
R1106
6.8
R1114
100
1
4
5
6
7
8
9
10
14
15
R1115
100
C1118
.01UF
DC_LIN_5V
NC1
NC2
NC3
NC4
NC5
NC6
NC7
NC8
NC9
NC10
C1130
.01UF
DC_LIN_5V
GND1
GND2
GND3
GND4
GND5
GND6
CTGND
1
3
5
7
9
10
U1117
NC7WZ04
U1111
PE42510
ANT2
ANT1
R1
R2
NC11
NC12
NC13
NC14
NC15
NC16
NC17
NC18
NC19
23
2
11
16
17
18
19
20
21
24
26
29
31
NC
NC
RF_AUX
OUT
3
22
25
27
30
32
G1
TX1
TX2
TX3
TX4
V1
V2
V3
R1104
100
6
18
25
32
G1
V3
2
4
21
23
15
14
13
VDD
12
V1_V2
GND
U1106
LTC5532
VCC
1 RFIN
4 VM VOUT
3 VOS
R1112
51
DNP
C1105
5.6PF
VCC
U1102
PE42650
NC6
GND1
GND2
GND3
GND4
CTGND
HF_OUT_1
U1118
74LVC1G32YZP
R1116
10K
DC_LIN_3.3V
IN
C1113
.01UF
6
C1135
.01UF
DNP
C1138
.022UF
GND
C1
1
C1137
.022UF
GND
R1160
12K
VCC
U1116
74LVC1G32YZP
4
2
ANA_CTRL_ISET
DC_LIN_3V
3
R1172
4.7K
R1171
0
2
5
DIG_CTRL_I_LIMIT
2
IN
GND
DNP
C1
2
IN
100K
DC_LIN_3V
VCC
R1158
U1141
LPV321M7X
DC_LIN_3V
A2
5
4
1
6
1
C2
B1
C1108
.068UF
R1110
10K
U1117
NC7WZ04
U1118
74LVC1G32YZP
DC_LIN_3V
3
V3
V1_V2
4
1
2
OUT
VINPOS
VINNEG
GND
R1144
100K
1
R1175
0
VPOS
3
4
U1129
LMV841
3
C1162
1UF
DNP
DC_LIN_5V
1
R1141
510K
5
R1183
1K
3
R1170
100K
4
3
2
C1103
.01UF
INA138
U1101
DC_LIN_3.3V
R1169
340K
U1144
TS5A3159
NO
IN
COM
V_POS NC
GND
1
6
5
R1142
100K
5
NC
R1138
100K
2
DC_LIN_5V
2
DC_LIN_3V
IN
DC_LIN_5V
DC_LIN_5V
C1102
1UF
C1101
.01UF
5
R1103
.02
DC_RAW_B+
1
2 GND1
GND2
NC
C1160
.1UF
DC_LIN_5VREF
6
3 DNC1
5 DNC2
DC_LIN_5V
IN
DC_LIN_5V
IO49
U1126
LMV7275
R1137
10K
4
A2
A2
4
A2
1
2
3
NC
5
C1112
6800PF
Q*
3
R1176
U1133
1K
TS5A3159
1 NO
6 IN
COM 4
5 V_POS NC 3
GND
DC_LIN_5V
2
8
VCC
GND
5
2
C1
U1105
AD8315
6
VPOS
NC 7
RFIN
ENBL VAPC 4
VSET FLTR
R1154
10K
VC
2
OUT
C1140
4700PF
C1127
R1135
0
U1147
GND 74LVC1G08YZP
3
R1136
10K
.1UF
VCONTROL
C1141
.1UF
R1177
0
RF_RX_DIPLEX_OUT
DC_LIN_5V
A1
L1103
4.7NH
U1128
SN74LVC1G00
C2
RX_IN
C1132
6PF
DNP
U1149
AT267
DC_LIN_5V
U1142
LPV321M7X
2
C1152
330PF
C1150
1.2PF
VCC U1128
SN74LVC1G00
GND
C1
C1
R1182
10K
DC_LIN_5V
3
C1119
.01UF
U1117
NC7WZ04
4
ANA_RX_FE_FILT_VTUNE
R1129
10K
DNP
5
3
4
IN
1
2
R1126
20K
U1113
LPV321M7X
DC_LIN_5V
U1121
M74VHC1GT86
4
2
C1120
.01UF
U1148
LPV321M7X
R1130
10K
DNP
3
4
5
R1166
200
U1121
M74VHC1GT86
VCC
GND
2
1
U1114
LPV321M7X
R1167
10K
TX_INH
Figure 8-22. NUE7365A/ NUE7369A Transmitter and Automatic Level Control Circuits
22K
22K
GND
3
R1127
20K
R1128
10K
1
2
DC_LIN_3V
VCC
DC_LIN_5V
U1103
LM50
C2
A2
5
2
1
DC_LIN_5V
4
1
A1
C1
R1165
200
5
3
GND
2
IN
Q1101
MUN5212T
U1119
74LVC1G08YZP
B1
1
3
VOUT
FILT_RAW_B+
TXH_1
DC_LIN_5V
C1106
.01UF
POS
TXH_2
R1164
10K
U1119
74LVC1G08YZP
2
3
3
R1102
100K
Q1103
NTR1P02T1
1
R1125
47K
OUT
GND
L1114
11NH
B1
4
R1186
0 DNP
C1149
100PF
L1104
0
1
C1124
4700PF
OUT
R1151
15K
R1181
100K
DNP
C1123
.01UF
R1178
U1127
10K
TS5A3159
1 NO
6 IN
COM 4
5 V_POS
NC 3
GND
DC_LIN_5V
VCC
C1
CLR
5
RFIO1 1
RFIO2 3
TXH_5V
C1128
.01UF
1
GND
VCC
GND
8
DIR D2
A1 B1
A2 C1
TXH
CP
6
R1174
10K
PA_OFFSET
Q
C1122
2.2PF
3
VCC
17
R1180
0
DC_LIN_1_875V_D
U1146
74LVC1G32YZP
C1111
.1UF
C1126
1000PF
D1
DIG_GPIO49
1
B1
GND
DC_LIN_1_875V_D
DC_LIN_5V
U1139
SN74LVC2T45
B2 B1
C2 B2
D
V1
V2
C2
B1
PR
2
U1132
NL17SZ74
4
5
A1
C2
U1131
LMV7275
7
DC_LIN_5V
COMM
B1
C2
1
R1162
150K
DC_LIN_5V
TX_INH
U1147
74LVC1G08YZP
U1136
74LVC1G08YZP
A1
A2
U1146
74LVC1G32YZP
A1
R1152
10K
4
R1124
51
D2
DIR B1
A1 C1
A2
3
5
DIG_DMCS
R1163
10K
1
3
4
8
9
10
12
2
DIG_CTRL_TX_INH
R1121
30K
NC1
NC2
NC3
NC4
NC5
NC6
NC7
2
IN
B2 B1
C2 B2
R1122
75K
DAC_C
5
IN
DIG_DATA_SPI_MOSI
C1165
.1UF
A2
VCCB A1
GND VCCA
IN
A2
D1 GND VCCB A1
VCCA
U1138
SN74LVC2T45
1
2
4
5
5 ACG1
6 ACG2
7 ACG3
C1129
.01UF
U1112
HMC468LP3E
U1136
74LVC1G08YZP
DC_LIN_5V
DC_LIN_1_875V_D
SCLK
VOUTA
SYNC
VOUTB
DIN
VOUTC
VREFIN_
VOUTD
VREFOUT
GND CTGND
V1
V2
V3
2 RF1
11 RF2
U1125
AD5624R
C1117
3300PF
7
6
8
10
DC_LIN_5VREF
VDD
16
C1116
.1UF
VDD
B1
B2
ANA_CTRL_VSET
IN
13
14
15
DC_LIN_5V
D2
B1
C1
DIR
A1
A2
9
IN
B2
C2
DC_LIN_5V
U1137
SN74LVC2T45
3
G1
DIG_SPI_CLK
A2
D1 GND VCCB A1
VCCA
DC_LIN_1_875V_D
IN
TX_7V
OUT
IN
DIG_CTRL_ATTH
OUT
Schematics, Boards Overlays, and Parts Lists: Transceiver (RF) Boards: UHF1
IN
IN
IN
IN
8-33
DC_LIN_1_5V
DC_LIN_1_875V_D
DC_LIN_2_775V
DC_LIN_5V
DC_LIN_2_775V
DC_LIN_1_5V
OUT
OUT
DC_LIN_2_775V
C715
.1UF
DC_LIN_2_775V
L720
2.2UH
DC_LIN_1_875V_D
DC_LIN_2_775V
DC_LIN_2_775V
DIG_CTRL_LOCK
DIG_DATA_SPI_MISO
4
5
6
D722
IMN10
A1
K1
K2
A2
K3
A3
L735
2.2UH
L738
2.2UH
DIG_CTRL_SPI_TRIDENT_PE
DIG_DATA_SPI_MOSI
NC
C716
.1UF
L733
2.2UH
L727
2.2UH
C726
.1UF
3
2
1
C730
.1UF
C734
.1UF
DIG_SPI_CLK
C737
.1UF
DIG_TX_SSI_FS
C717
.1UF
DIG_TX_SSI_CLK
C718
.1UF
DIG_DATA_TX_SSI
C725
.1UF
DIG_CTRL_SSI_TRIGGER
D723
IMN10
OUT
IN
IN
IN
OUT
OUT
IN
IN
3
2
1
NC
K1
K2
K3
NC
A1
A2
A3
NC
4
5
6
NC
NC
C719
.1UF
C724
10UF
OUT
RF_HP_MOD_OUT
DIG_DATA_AUX_SPI_MISO
U702
15H28
C7
SCAN_EN
DC_SUPER_FILTER_5V
SPI_DR
CEX
SPI_DW
SPI_CLK
D9
D8
D10
C11
TXFS
TXCLK
TXD
DMCS
RXD
RXCLK
RXFS
RXACQ
ESC_IN
ESC_CP
ESCD2_OUT
ESCD2_OUTX
ESC_INX
F9
F10
F11
F7
D11
E9
E8
D7
J2
L3
K1
K2
H2
REF_IN
REF_OSC_OUT
SDM_CLK_GEN_GND
SF_SPLY
SF_BYP
SF_OUT
SENS
C757
.1UF
G2
M_PRSCX
M_PRSC
H1
G1
MN_CP
G3
OUT
OUT
OUT
DC_LIN_2_775V
DIG_CTRL_TU1H
C758
.047UF
DIG_CTRL_TR
DIG_CTRL_TR
NC
NC
NC
OUT
OUT
OUT
R707
0
NC
NC
NC
NC
NC
U703
MAX7301ATL
32
C749
NC
NC
R755
39K
.1UF
R754
RF_PRESCALAR
5.6K
RF BRD ID
RF BRD ID
R753
5.6K
RF BRD ID
R752
5.6K
K5
L5
B10
K4
L4
J5
H5
34
33
CS
DIN
36
ISET
29
27
25
23
22
21
19
18
17
16
15
DIG_DATA_AUX_SPI_MISO
DIG_CTRL_TXH1
V_POS
SCLK DOUT 40
P4
P5
P6
P7
P8
P9
P10
P11
P12
P13
P14
P15
P16
P17
P18
P19
P20
P31
P30
P29
P28
P27
P26
P25
P24
P23
P22
P21
30
28
26
24
1
3
5
7
2
4
6
8
9
10
12
13
14
11
NC1 20
NC2 31
NC3
GND1
GND2
GND3
GND4
CLK_CP
CLK_EMIT
CLK_BASE
RSTB
K10
L10
K11
C10
C756
10UF
L9
MN_ADAPT_CP
OUT
R706
0
NC
DIG_CTRL_F
OUT
OUT
NC
NC
NC
DIG_CTRL_C
NC
NC
NC
DIG_CTRL_VTUR1
OUT
OUT
NC
NC
NC
NC
NC
NC
DIG_CTRL_UT1
DIG_CTRL_UT2
OUT
OUT
37
38
39
G1
NC
NC
NC
NC3
NC4
NC5
NC6
L1
L11
E3
F3
NC
NC
NC
NC
VMULTI1
VMULTI2
EF_OUTP
EF_OUTM
ASPI_CLK
ASPI_DATA
ACE1_GPO7
ACE2_GPO8
NC1
NC2
NC
NC
NC
B7
A7
C6
D6
A1
A11
H11
H10
E5
D5
E6
C5
J8
H8
NC
NC
NC
GPO1_TEST1
GPO2_TEST2
GPO3_TEST3
GPO4_TEST4
HP_MOD_OUT
SUB1
SUB2
SUB3
DEEPSLEEP
ANA_CHARGE_PUMP
35
G6
H6
A8
E10
E7
B4
C4
G8
TX_DAC_GND
TX_DAC_VCC
ASPI_VCC
SSI_GND
TM
TEST1_LCKDET
TEST2
LVCC1
F2
F1
G9
MN_CP_VCC
LGND1
MN_CP_GND
CLK_VCC
CLK_GND
TX_VCC
SDM_CLK_GEN_VCC
ASPI_GND
SF_GND
SSI_VCC
ESC_GND
TX_GND
ESC_CPBIAS
ESC_VCC
ESC_CP_GND
ESC_CP_VCC
MAIN_GND
ESC_TEST
MAIN_VCC
REF_VCC
AGC_REF
AGC_FLAG
AUX_DAC
RFSTEPA_GPO6
AGC_DAC
DC_CAL_GPO5
BP_I
RXI
RXIX
BP_IX
SDM_VAG
BP_Q
RXQ
RXQX
BP_QX
SCAN_IN
RX_EN_OUT
ICAP
QCAP
CLK_OUT
TCLK
NTXQ
TXQ
NTXI
TXI
INCR_DECR
PHCLK
FBQ
FBI
K9
F6
F4
G10
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
D3
A6
K6
A5
C3
B5
B2
C1
C2
B1
A10
E1
D1
D2
E2
F5
B6
J7
K7
J10
J11
L6
L7
K8
L8
F8
G11
A3
A4
NC
NC
NC
NC
SDM_REF_
VCC
SDM_VREFM
SDM_VREFP
RX_AVCC1
RX_AGND1
RX_AVCC2
SDM_REF_GND
RX_AGND2
A9
C9
C8
D4
E4
A2
B9
B3
H9
J9
H7
B11
B8
J4
E11
J1
G7
L2
H3
K3
J3
G5
H4
G4
J6
ANA_ADAPT_CHARGE_PUMP
DC_LIN_1_875V_D
C744
10UF
R721
10K
DC_LIN_5V
DC_LIN_2_775V_16_8_MHZ_IN
L728
390NH
DIG_CTRL_I_LIMIT
DIG_CTRL_RMTH
DIG_CTRL_G
C732
100PF
NC
NC
NC
NC
OUT
DIG_CTRL_UR2
OUT
OUT
OUT
OUT
C750
.1UF
C739
10PF
3
C736
.01UF
VCC
1
DIG_CTRL_B
R702
0
R745
22K
Y701
1XTV16800VDA
16.8MHZ
3
VCONT OUTPUT
5
NC1
6
NC2
7
NC3
8
NC4
OUT
DC_LIN_2_775V_16_8_MHZ_IN
L741
2.2UH
C731
.1UF
R729
22K
DIG_CTRL_ATTH
C742
.1UF
U746
BFQ67W
1
C752
180PF
L753
2.2UH
2
DC_LIN_2_775V
GND
RF_PRESCALAR
4
IN
DIG_CTRL_RSTB
2
IN
R743
47K
R751
270
C710
560PF
C711
56PF
CLK_16_8_MHZ
C754
56PF
OUT
C712
270PF
Figure 8-23. NUE7365A Frequency Generation Unit (Synthesizer) Circuit – 1 of 2
8-34
Schematics, Boards Overlays, and Parts Lists: Transceiver (RF) Boards: UHF1
TP853
TEST_POINT
IN
IN
IN
DC_LIN_1_5V
DC_SUPER_FILTER_5V
C831
100PF
DC_LIN_5V
R713
10
TL_RX_LO
OUT
IN
DIG_CTRL_G
NC
4
5
8
6
2
5
3
4
R764
1.2K
ANA_CHARGE_PUMP
R759
680
C762
.039UF
C769
.016UF
L821
390NH
R832
15
C703
100PF
DNP
C806
.22UF
C838
1000PF
R827
6.2K
R767
68
Q703
BC858CD
C763
.082UF
C765
.082UF
C768
.082UF
C770
.082UF
DC_LIN_1_5V
R823
56K
C830
220PF
GND1
GND2
GND3
GND4 VCC
GND5
GND6
VTUNE
SEL1
SEL2
C813
1PF
NC
NC
Y705
V0225AZ
415MHZ/485MHZ
4
IN
IN
IN
IN
IN
DIG_CTRL_UR2
DIG_CTRL_UT1
DIG_CTRL_UT2
DIG_CTRL_C
DIG_CTRL_B
Figure 8-24. NUE7365A Frequency Generation Unit (VCO) Circuit – 2 of 2
3
C709
220PF
R818
8.2
3
C704
62PF
DC_LIN_1_5V
3
6
7
1
L701
390NH
R773
5.6K
R772
33
3
C771
100PF
2
C775
Q774
1000PF
NE68519
TP780
TEST_POINT
C777
33PF
C779
100PF
R776
39
DIG_CTRL_VTUR1
4
R715
0
DNP
R701
100
Q842
NE662M04
R708
100
Q713
NE662M04
1
POUT
R833
100
1
C795
100PF
GND1
GND2
GND3
GND4
GND5
GND6
VTUNE
SEL1
SEL2
IN
R705
10
NC
R762
11K
DC_SUPER_FILTER_5V
C792
0.1UF
VCC
RF_HP_MOD_OUT
V1
RF1
V2
RF2
V3
RF3
RFC
CGND NC
G1
NC
IN
R812
82
C701
220PF
R815
24
U709
SKY13251
4
5
8
R761
220
C820
220PF
R813
680
NC
Y704
V0225AZ
309MHZ/379MHZ
C702
220PF
R819
270
L817
390NH
POUT
NC
R716
0
3
6
R808
82K
C794
100PF
C816
100PF
Q712
BC858CD
5
2
C783
1500PF
C836
47PF
R848
15
4
1
2
Q712
BC858CD
C810
220PF
C851
220PF
1
C814
1000PF
R809
5.6K
R807
22K
DC_SUPER_FILTER_5V
C791
0.1UF
R840
15
Q703
BC858CD
5
R811
39
C802
.22UF
2
L806
390NH
C759
.22UF
R849
560
3
2
6
C760
.082UF
L846
390NH
C844
47PF
R822
20K
1
ANA_ADAPT_CHARGE_PUMP
NC
DC_LIN_1_5V
ANA_VTUNE
C766
6800PF
NC
NC
NC
RF1
RF2
RF3
NC
2
V1
V2
V3
RFC
G1 CGND
3
6
7
1
IN
1
R714
560
DIG_CTRL_F
U710
SKY13251
IN
R712
560
2
IN
Q714
NTZD3154N
4
IN
DIG_CTRL_TR
R778
180
RF_PRESCALAR
OUT
TL_TX_LO
OUT
R717
0
DNP
Schematics, Boards Overlays, and Parts Lists: Transceiver (RF) Boards: UHF1
8-35
DC_LIN_1_8V
IN
L511
7.5NH
C510
1000PF
TL_RX_B1_MIX_IN
IN
L501
6.8NH
C502
4PF
T503
059248278
L510
10NH
C507
22PF
C501
22PF
1 P1
6 P2
S1
3
S2
2
S3
4
NC
5
E501
2
DC_LIN_3V
DIG_RX_MIX_NC_1
Q501
BC858CD
DIG_RX_MIX_NC_2
S3 4
NC
5
C529
100PF
R501
51
DNP
6
C518
1000PF
C525
3.3PF
R508
15
C521
1000PF
R509
10
C523
470PF
3 S1
C513
100PF
C522
15PF
R505
180K
15
14
13
12
11
T504
059248278
C509
1000PF
R511 TL_RX_IF_OUT
2.7
OUT
C515
6.8PF
P1 1
2 S2
4 S3
5 NC
L503
220NH
FL501
31B01
1
IN
OUT
4
L504
390NH
C516
2.7PF
C524
27PF
C519
18PF
L505
150NH
R507
2.7K
1
3
6 P2
MIXBIAS
GND4
RF_M
RF_P
GND3
L506
150NH
C520
1000PF
Q503
BFR380F
2
S2 2
R512
100K
DNP
GND1
INB
INA
LG2
LG1
2
GND1
3
GND2
5
GND3
6
GND4
1
2
3
4
5
GND5
AVDD
DVDD2
OUTB
OUTA
C528
100PF
LG0
DVDD1
IF_P
GND2
IF_M
CTGND
S1 3
U506
6
7
8
9
10
21
IN
TL_RX_LO
1 P1
20
19
18
17
16
T505
059248278
Q501
BC858CD
5
2
3
C512
33PF
R506
150
1
C508
1000PF
1
C506
0.1UF
NC
NC
2
IN
R504
3.3K
C517
0.1UF R503
24K
4
1
L507
33NH
R502
68
P2 6
L502
47NH
C514
43PF
Figure 8-25. NUE7365A/ NUE7369A Mixer and IF Filter Circuits
8-36
Schematics, Boards Overlays, and Parts Lists: Transceiver (RF) Boards: UHF1
FILT_RAW_B+
IN
TX_7V_1
IN
1
C1618
100PF
L1606
23.75NH
L1603
180NH
U1602
SRFIC5668
C1601
100PF
16
RFIN
RFOUT1
1
VCNTRL RFOUT2
14
VG1
VD1
11
VG2
G2
L1601
15NH
8
NC1
9
NC2
10
NC3
15
NC4
C1604
100PF
C1612
100PF
DNP
6
7
2
3
C1613
33PF
C1607
100PF
C1610
6.8PF
L1605
3.9NH
R1606
150
DNP
C1616
47PF
C1614
56PF
L1604
3.9NH
1
C1606
100PF
C1629
3300PF
C1609
100PF
R1605
1K
2
C1630
3300PF
R1603
11K
R1601
9.1K
5
C1605
.01UF
3
4
1
2
IN
VC_1
U1601
LMV841
R1602
10K
Figure 8-26. NUE7365A Power Amplifier Circuit
R1604
33K
2
C1619
15PF
DNP
C1615
100PF
C1617
.01UF
C1625
100PF
L1609
2.55NH
C1621
22PF
C1622
16PF
C1624
15PF
TL_PA2HF_1
OUT
L1610
8NH
Q1601
C1620
47PF
GND1
GND2
GND3
GND4
EP
IN
C1611
.01UF
4
5
12
13
17
RF_IN_1
C1608
100PF
2
2
L1602
110NH
1
2
C1603
.01UF
1
C1602
100PF
1
2
1
1
2
C1623
1.2PF
C1628
3.9PF
C734_7
2
4
3
Y701_7
C736_7
L741_7
R745_7
R702_7
C750_7
2
3
U746_7
C775_7
C777_7
R773_7
C779_7
C725_7
C749_7
R751_7
L1
C744_7
C710_7
3
4
D723_7
L11
U702_7
C737_7
C758_7
C830_7
U710_7
R840_7
C831_7
Q714_7
4 3
6
2
FL501_5
5
C711_7
U1137_11
A2
D2
D1
4
U101_1
6
C717_7
C718_7
C716_7
A11
R823_7
R707_7
C726_7
30
3
4
2
40
R721_7
L846_7
R848_7 C851_7
U703_7
4
3
C730_7
D722_7
6
10
20
C844_7
C806_7
R849_7
R832_7
C838_7
R713_7
R827_7 Q703_7 R822_7
R712_7
R714_7
C523_5
6
R601_6
C617_6
C621_6
C623_6
C626_6
C628_6
E606_6
C636_6
4
3
R512_5
C203_2
U1147_11 C1
C2 A2
D1
D2
A2
U1138_11
5
8
C1113_11 R1116_11
4
3
3
R1117_11
6
4
U1106_11
C1110_11
6
A2 C2
U1119_11
C1
R1104_11
R1105_11
U1116_11
R202_2
3
Q202_2
R201_2 2
C217_2
C214_2
C207_2
C213_2
C204_2
C208_2
C216_2
C215_2
B1
C209_2
L503_5
L603_6
C615_6
48
36
C633_6
C629_6 R607_6
C643_6
E607_6
3
L200_2
L1102_11
2
L1108_11
U1146_11
U200_2
8
3
C514_5
C612_6
12
U601_6
R618_6
2
R1186_11
C1517_15
C1527_15
E201_2
F200_2
R1114_11
C1516_15
5
U1125_11
R1115_11
R1145_11
R1121_11
R1122_11
R1143_11
R1174_11
6
L1101_11
4
5
A2
U202_2
T504_5
6
E605_6
C614_6
C606_6
E604_6
C635_6
L605_6
24
6
TP602_6
6
10
R1176_11
R1152_11
8
C1705_17
L1702_17
C1701_17
L1700_17
C1512_15
C1112_11
3 4
4 R1177_11
5
3
R1154_11
U1131_11
R1163_11 C1117_11
R1162_11
5
4
16
U1112_11
12
13
C1118_11
1
U1102_11
L1114_11
C1150_11
C1132_11
C1149_11
L1104_11
C202_2
U1117_11
3
4
6
R101_1
C205_2
C210_2
4
R621_6
R611_6
R614_6
L728_7
R743_7
R624_6
U603_6
3
4
6
5
8
C1111_11
C1703_17
C1702_17
C1700_17
C1520_15
R1112_11
D200_2
U203_2
C1
C3 A3
C212_2
R604_6
C641_6
R698_6
C732_7
E609_6
3 4
U604_6
6
4
3
U607_6
SH13
SH2
SH3
C739_7
C712_7
L753_7
R778_7
C754_7
R772_7
C771_7
6
4
R752_7
R103_1
C1105_11
C752_7
T505_5
L601_6
TP780_7
E601_6
C742_7
L738_7
C515_5
C616_6
Q774_7
R776_7
C601_6
Q601_6
L701_7
C605_6
TP601_6
R753_7
C602_6
3
L602_6
C731_7
C611_6
R755_7
Q842_7
E603_6
C637_6
SH10
SH14
R729_7
L502_5
R1183_11
L735_7
C702_7
R502_5
R699_6
R603_6
R615_6
C604_6
R610_6
C603_6
R616_6
C1518_15
R1501_15
D1
A2
D2
U605_6
E602_6
R617_6
6
C632_6 R608_6
C607_6
C634_6
C642_6
VR601_6
C613_6
E608_6
C620_6
4
C724_7
R701_7
D2
D1
U606_6
C610_6
R623_6
3
L727_7
C719_7
L733_7
4
R754_7
R833_7
L720_7
C624_6
A2
U1144_11
A2
C1125_11
C201_2
C1126_11
9
VR101_1
3
C101_1
SH4
3
U201_2
B1
C836_7
R1184_11
2
U1105_11
C1107_11
U1118_11
R1168_11
9
C1116_11
C1165_11
R1151_11
C1129_11
2
Q201_2
C206_2
25
17
SH5
C1707_17
R1107_11
C1152_11
C1104_11
L1103_11
U1149_11
C715_7
L821_7
C622_6
R620_6
R619_6
C1142_11
L1505_15
R1124_11
C1706_17
L1701_17
R1106_11
5
C1514_15
C1141_11
U1139_11
D1
D2 A2
C1704_17
C1122_11
U1133_11
C1521_15
L1507_15
3
4
C1513_15
C1519_15
8-37
Schematics, Boards Overlays, and Parts Lists: Transceiver (RF) Boards: UHF1
Figure 8-27. NUE7365A Transceiver (RF) Board Layout – Side 1
8-38
Schematics, Boards Overlays, and Parts Lists: Transceiver (RF) Boards: UHF1
C2060_19
R1102_11
Q1601_17
3
2
U1103_11
M104_1
TP111_1
TP112_1
TP107_1
TP116_1
C1120_11
TP106_1
TP108_1
R1128_11
5
U1113_11
C631_6
C640_6
C639_6
R613_6
R609_6
3
U602_6
R612_6
R606_6
C608_6
C618_6
VR602_6
C609_6
C625_6
R605_6
C630_6
C627_6
R509_5
SH8
C638_6
L604_6
R511_5
L506_5
R1127_11
3
4
U1114_11
3
5
4
U1148_11
3
TP110_1
R506_5
E501_5
C517_5
R505_5
6
SH12
C520_5
C525_5
C522_5
L507_5
Q501_5
R503_5
3
4
3
R508_5 C521_5
L504_5
R811_7
R818_7
C704_7
2
C524_5
6
L505_5
C519_5 R507_5
Q503_5
R807_7
R808_7
3
C816_7
4
R812_7
R815_7 C701_7
C518_5
C516_5
4
C814_7
L806_7
C795_7
12
L817_7 R819_7
R504_5
Q712_7
R809_7
C820_7
2
3
R813_7
R705_7
4
C709_7
Q713_7
2
3
Y705
9
SH9
Figure 8-28. NUE7365A Transceiver (RF) Board Layout – Side 2
R708_7
C813_7
5
6
7
8
U709_7
10
11
C768_7
C765_7
C760_7
TP113_1
C792_7
C794_7
C802
R767_7
C766_7
C762_7
C769_7
C770_7
R764_7
R759_7
TP125_1
TP124_1
C810_7
C763_7
4
R1165_11
11
2
10
R602_6 C619_6
9
5
U1121_11
R1125_11
C529_5
SH7
8
R1126_11
7
R1164_11
C703_7
C506_5 C512_5
C510_5
M103_1
C783_7
R761_7
C528_5 R501_5
6
U506_5
5
11
10
15
16
C508_5
C507_5
R1130_11
3
C759_7
R1167_11
C1119_11
L510_5
R762_7
C1617_17
C1614_17
R1602_17
R1601_17
C1609_17
R1605_17
U1602_17
16
4
6
T503_5
R717_7
12
Y704
3
6
L501_5
C791_7
2
C1615_17
2
3
8
E1101_11
L2017_19
C1630_17
C2059_19
R715_7
TP853_7
C1106_11
R104_1
U2032_19
R2035_19
C2044_19
C2057_19
R2024_19
C2024_19
L2035_19 E2021_19
C2022_19
C2023_19
L2034_19
C2001_19
C2037_19
C2058_19
L2009_19
2
9
U1126_11
6
R2006_19
U1143_11
C1128_11
C757_7
R706_7
40
TP101_1
2
4
TP115_1
3
3
R1166_11
5
TP120_1
4
C509_5
R1129_11
P101_1
Q1101_11
3
3
3
L2015_19
Q1103_11
4
5
8
C1160_11
4
6
5
4
U1128_11
3
4
C2038_19
5
4
C1103_11
3
4
5
U1101_11
3
L2016_19
R1139_11
C1139_11
R1108_11
C1101_11
R1170_11
U1130_11
3
25
17
TP103_1
C513_5
R716_7
C502_5
39
R1144_11
5
4 C1304_13
3
U1111_11
9
3
2
M101_1
TP118_1
TP126_1
R1103_11
5
2
C102_1
C1102_11
L511_5
TP109_1
C2054_19
C501_5
TP105_1
R2009_19
TP104_1
R1603_17
1
C2055_19
SH6
TP102_1
R1604_17
C2063_19
M107_1
2
SH11
C756_7
4
C2064_19
R2011_19
C2056_19
C200_2
TP114_1
U1601_17
8
3
C1162_11
VR2008_19
L2019_19 VR2020_19
R2008_19
SH1
C2061_19
L2012_19
VR2007_19
L2036_19
R2001_19
2
VR2010_19
R2025_19
C2036_19
C2032_19
C2042_19
L2013_19
L2008_19
L1604_17
C1607_17
C1612_17
L2014_19
C2039_19
Q2022_19
C2041_19
C2020_19
C2035_19
4
3
C2052_19
6
TP123_1
R2021_19 R2023_19
VR2006_19
L2010_19
L1601_17
C1601_17
C2053_19
VR2005_19
C1604_17
L1602_17
R2007_19
C2028_19
C1603_17
C1602_17
C1610_17
4 3
2
3
4
5
C2033_19
E200_2
C1140_11
R2022_19
R1141_11
C2026_19
C2029_19
3
R1110_11
VR200_2
R2010_19
3
2
U1129_11
U1141_11
4
C2025_19
4
5
R1140_11
5
C1611_17
C1605_17
TP122_1
3
R1169_11
3
R1178_11
5
L1605_17
5
J102_1
R1146_11
R1142_11
U1150_11
6
7
C1613_17
C1629_17
C1108_11
R1138_11
C1608_17
C1606_17
R1158_11
4
R1137_11
C1135_11
U1104_11
3
R1175_11
R1307_13
L1303
4
C1308_13
C1302_13
C1307_13
C1301_13
6
4
3
5
L1302_13
R1180_11 A2
C2
R1160_11
C1 U1136_11
C1123_11
C1127_11 R1182_11
R1181_11
5
U1127_11
2
C1616_17
J101_1
C1305_13
R1135_11
C1161_11
L1603_17
L1301_13
C1306_13
2
R1136_11
U1132_11
C1130_11
C1309_13
U1304_13
R1172_11
U1142_11
R1171_11
C1303_13
C1124_11
C1310
C1137_11
L1305_13
R1304_13
L1306
C1138_11
FL1301_13
4
3
TP117_1
Schematics, Boards Overlays, and Parts Lists: Transceiver (RF) Boards: UHF1
NUE7365A UHF1 Transceiver (RF) Board Parts
List
Ref.
Des.
Part Number
Description
Ref.
Des.
8-39
Part Number
Description
Ref.
Des.
Part Number
Description
Ref.
Des.
Part Number
Description
C215
2113944A46
CAP,CHIP,330PF,+5%,-5%,50VDC,0402,C0G,-55DEG CMIN,
125DEG CMAX
C519
2113944A31
CAP,CHIP,33PF,+5%,-5%,50VDC,0402,C0G,-55DEG CMIN,
125DEG CMAX,P
C608
2113944A12
CAP,CHIP,3PF,.25PF+/-,50VDC,0402,C0G,-55DEG CMIN,
125DEG CMAX
C101
2113944A46
CAP,CHIP,330PF,+5%,-5%,50VDC,0402,C0G,-55DEG CMIN,
125DEG CMAX
C216
2113944A31
CAP,CHIP,33PF,+5%,-5%,50VDC,0402,C0G,-55DEG CMIN,
125DEG CMAX,P
C520
2113945A09
CAP,CHIP,1000PF,+10%,-10%,
50V-DC,0402,X7R,-55DEG
CMIN,125DEG CM
C609
2113944A30
CAP,CHIP,27PF,+5%,-5%,50VDC,0402,C0G,-55DEG CMIN,
125DEG CMAX,P
C102
2113946B04
CAP,CHIP,.1UF,+10%,-10%,10VDC,0402,X5R,-55DEG CMIN,
85DEG CMAX
C217
2113956B91
CAP,FXD,1UF,+10%,-10%,16VDC,0603,X5R,-55DEG CMIN,
85DEG CMAX,PB
C521
2113945A09
CAP,CHIP,1000PF,+10%,-10%,
50V-DC,0402,X7R,-55DEG
CMIN,125DEG CM
C610
2113944A40
CAP,CHIP,100PF,+5%,-5%,50VDC,0402,C0G,-55DEG CMIN,
125DEG CMAX
C200
2113945B02
CAP,CHIP,.01UF,+10%,-10%,
25V-DC,0402,X7R,-55DEG
CMIN,125DEG CMA
C501
2115153H41
CAP,FXD,22PF,+1%,-1%,50VDC,0402,C0G
C522
2113944A27
C611
2113944A40
2188468Y01
CAP,CHIP,1UF,+10,-10,25VDC,0805,X7R
2115153H28
CAP,CER CHIP,4PF,.1PF+/-,
+.1%,-.1%,50V-DC,0402,C0G
CAP,CHIP,100PF,+5%,-5%,50VDC,0402,C0G,-55DEG CMIN,
125DEG CMAX
C201
C502
CAP,CHIP,15PF,+5%,-5%,50VDC,0402,C0G,-55DEG CMIN,
125DEG CMAX,P
C523
2113944A48
C612
2113945B02
C202
2188468Y01
CAP,CHIP,1UF,+10,-10,25VDC,0805,X7R
CAP,CHIP,.1UF,+10%,-10%,10VDC,0402,X5R,-55DEG CMIN,
85DEG CMAX
CAP,CHIP,470PF,+5%,-5%,50VDC,0402,C0G,-55DEG CMIN,
125DEG CMAX
CAP,CHIP,.01UF,+10%,-10%,
25V-DC,0402,X7R,-55DEG
CMIN,125DEG CMA
C524
2113944A36
2113944A40
2188468Y01
CAP,CHIP,1UF,+10,-10,25VDC,0805,X7R
C507
2115153H41
CAP,FXD,22PF,+1%,-1%,50VDC,0402,C0G
CAP,CHIP,68PF,+5%,-5%,50VDC,0402,C0G,-55DEG CMIN,
125DEG CMAX,P
C613
C203
CAP,CHIP,100PF,+5%,-5%,50VDC,0402,C0G,-55DEG CMIN,
125DEG CMAX
C204
2113955D35
CAP,FXD,4.7UF,+10%,-10%,
16V-DC,1206,X7R,-55DEG
CMIN,125DEG CMAX
C508
2113945A09
CAP,CHIP,1000PF,+10%,-10%,
50V-DC,0402,X7R,-55DEG
CMIN,125DEG CM
C525
2113944A61
CAP,FXD,.5PF,.25PF+/-,50VDC,0402,C0G,-55DEG CMIN,
125DEG CMAX
C614
2113945B02
CAP,CHIP,.01UF,+10%,-10%,
25V-DC,0402,X7R,-55DEG
CMIN,125DEG CMA
C205
2113955D35
CAP,FXD,4.7UF,+10%,-10%,
16V-DC,1206,X7R,-55DEG
CMIN,125DEG CMAX
C509
2113945A09
CAP,CHIP,1000PF,+10%,-10%,
50V-DC,0402,X7R,-55DEG
CMIN,125DEG CM
C528
2113944A40
CAP,CHIP,100PF,+5%,-5%,50VDC,0402,C0G,-55DEG CMIN,
125DEG CMAX
C615
2113944A42
CAP,CHIP,150PF,+5%,-5%,50VDC,0402,C0G,-55DEG CMIN,
125DEG CMAX
C206
2113945B02
CAP,CHIP,.01UF,+10%,-10%,
25V-DC,0402,X7R,-55DEG
CMIN,125DEG CMA
C510
2113944A52
CAP,CHIP,1000PF,+5%,-5%,
50V-DC,0402,C0G,-55DEG
CMIN,125DEG CMAX
C529
2113944A40
CAP,CHIP,100PF,+5%,-5%,50VDC,0402,C0G,-55DEG CMIN,
125DEG CMAX
C616
2113945A11
CAP,CHIP,2200PF,+10%,-10%,
50V-DC,0402,X7R,-55DEG
CMIN,125DEG CM
C207
2113956B91
CAP,FXD,1UF,+10%,-10%,16VDC,0603,X5R,-55DEG CMIN,
85DEG CMAX,PB
C512
2113944A31
CAP,CHIP,33PF,+5%,-5%,50VDC,0402,C0G,-55DEG CMIN,
125DEG CMAX,P
C601
2113945B02
CAP,CHIP,.01UF,+10%,-10%,
25V-DC,0402,X7R,-55DEG
CMIN,125DEG CMA
C617
2113946B04
CAP,CHIP,.1UF,+10%,-10%,10VDC,0402,X5R,-55DEG CMIN,
85DEG CMAX
C208
2113956B91
CAP,FXD,1UF,+10%,-10%,16VDC,0603,X5R,-55DEG CMIN,
85DEG CMAX,PB
C513
2113944A40
CAP,CHIP,100PF,+5%,-5%,50VDC,0402,C0G,-55DEG CMIN,
125DEG CMAX
C602
2113945B02
CAP,CHIP,.01UF,+10%,-10%,
25V-DC,0402,X7R,-55DEG
CMIN,125DEG CMA
C618
2113944A31
CAP,CHIP,33PF,+5%,-5%,50VDC,0402,C0G,-55DEG CMIN,
125DEG CMAX,P
C209
2113956B91
CAP,FXD,1UF,+10%,-10%,16VDC,0603,X5R,-55DEG CMIN,
85DEG CMAX,PB
C514
2113944A84
CAP,FXD,43PF,+5%,-5%,50VDC,0402,C0G,-55DEG CMIN,
125DEG CMAX,PB
C603
2113945B02
CAP,CHIP,.01UF,+10%,-10%,
25V-DC,0402,X7R,-55DEG
CMIN,125DEG CMA
C619
2113944A35
CAP,CHIP,62PF,+5%,-5%,50VDC,0402,C0G,-55DEG CMIN,
125DEG CMAX,P
C210
2113956B91
CAP,FXD,1UF,+10%,-10%,16VDC,0603,X5R,-55DEG CMIN,
85DEG CMAX,PB
C515
2113944A21
CAP,CHIP,6.8PF,.5PF+/-,50VDC,0402,C0G,-55DEG CMIN,
125DEG CMAX
C604
2113945B02
CAP,CHIP,.01UF,+10%,10%,25V-DC,0402,X7R,-55DEG
CMIN,125DEG CMA
C620
2113946B04
CAP,CHIP,.1UF,+10%,-10%,10VDC,0402,X5R,-55DEG CMIN,
85DEG CMAX
C212
2113946D07
CAP,CHIP,4.7UF,+10%,-10%,
6.3V-DC,0603,X5R,-55DEG
CMIN,85DEG CMA
C516
2113944A63
CAP,FXD,1PF,.25PF+/-,50V-DC,
0402,C0G,-55DEG CMIN,
125DEG CMAX,P
C605
2113944A15
CAP,CHIP,3.9PF,.25PF+/-,50VDC,0402,C0G,-55DEG CMIN,
125DEG CMA
C621
2113946B04
CAP,CHIP,.1UF,+10%,-10%,10VDC,0402,X5R,-55DEG CMIN,
85DEG CMAX
C213
2113944A46
CAP,CHIP,330PF,+5%,-5%,50VDC,0402,C0G,-55DEG CMIN,
125DEG CMAX
C517
2113946B04
CAP,CHIP,.1UF,+10%,-10%,10VDC,0402,X5R,-55DEG CMIN,
85DEG CMAX
C606
2113946B04
CAP,CHIP,.1UF,+10%,-10%,10VDC,0402,X5R,-55DEG CMIN,
85DEG CMAX
C622
2113946C07
CAP,FXD,.33UF,+10%,-10%,
10V-DC,0603,X5R,-55DEG
CMIN,85DEG CMAX
C214
2113944A31
CAP,CHIP,33PF,+5%,-5%,50VDC,0402,C0G,-55DEG CMIN,
125DEG CMAX,P
C518
2113945A09
CAP,CHIP,1000PF,+10%,-10%,
50V-DC,0402,X7R,-55DEG
CMIN,125DEG CM
C607
2113944A40
CAP,CHIP,100PF,+5%,-5%,50VDC,0402,C0G,-55DEG CMIN,
125DEG CMAX
C623
2113945B02
CAP,CHIP,.01UF,+10%,-10%,
25V-DC,0402,X7R,-55DEG
CMIN,125DEG CMA
C506
2113946B04
8-40
Ref.
Des.
Schematics, Boards Overlays, and Parts Lists: Transceiver (RF) Boards: UHF1
Part Number
Description
Ref.
Des.
Part Number
Description
Ref.
Des.
Part Number
Description
Ref.
Des.
Part Number
Description
C624
2113946C07
CAP,FXD,.33UF,+10%,-10%,
10V-DC,0603,X5R,-55DEG
CMIN,85DEG CMAX
C640
2113946B04
CAP,CHIP,.1UF,+10%,-10%,10VDC,0402,X5R,-55DEG CMIN,
85DEG CMAX
C730
2113945C31
CAP,FXD,.1UF,+10%,-10%,50VDC,0603,X7R,-55DEG CMIN,
125DEG CMAX
C759
2113945G95
CAP,FXD,.22UF,+10%,-10%,
50V-DC,0805,X7R,-55DEG
CMIN,125DEG CMAX
C625
2113944A28
CAP,CHIP,18PF,+5%,-5%,50VDC,0402,C0G,-55DEG CMIN,
125DEG CMAX,P
C641
2113944A31
CAP,CHIP,33PF,+5%,-5%,50VDC,0402,C0G,-55DEG CMIN,
125DEG CMAX,P
C731
2113945C31
CAP,FXD,.1UF,+10%,-10%,50VDC,0603,X7R,-55DEG CMIN,
125DEG CMAX
C760
2113944G97
CAP,FXD,.082UF,+5%,-5%,50VDC,1206,C0G,-55DEG CMIN,
125DEG CMAX
C626
2113945A09
CAP,CHIP,1000PF,+10%,-10%,
50V-DC,0402,X7R,-55DEG
CMIN,125DEG CM
C642
2113944A48
CAP,CHIP,470PF,+5%,-5%,50VDC,0402,C0G,-55DEG CMIN,
125DEG CMAX
C732
2113944A40
CAP,CHIP,100PF,+5%,-5%,50VDC,0402,C0G,-55DEG CMIN,
125DEG CMAX
C762
2113945C26
CAP,FXD,.039UF,+10%,-10%,
50V-DC,0603,X7R,-55DEG
CMIN,125DEG CMA
C627
2113945A09
CAP,CHIP,1000PF,+10%,-10%,
50V-DC,0402,X7R,-55DEG
CMIN,125DEG CM
C643
2113944A48
CAP,CHIP,470PF,+5%,-5%,50VDC,0402,C0G,-55DEG CMIN,
125DEG CMAX
C734
2113945C31
CAP,FXD,.1UF,+10%,-10%,50VDC,0603,X7R,-55DEG CMIN,
125DEG CMAX
C763
2113944G97
CAP,FXD,.082UF,+5%,-5%,50VDC,1206,C0G,-55DEG CMIN,
125DEG CMAX
C628
2113945B02
CAP,CHIP,.01UF,+10%,-10%,
25V-DC,0402,X7R,-55DEG
CMIN,125DEG CMA
C701
2113944A44
CAP,CHIP,220PF,+5%,-5%,50VDC,0402,C0G,-55DEG CMIN,
125DEG CMAX
C736
2113945B02
CAP,CHIP,.01UF,+10%,-10%,
25V-DC,0402,X7R,-55DEG
CMIN,125DEG CMA
C765
2113944G97
CAP,FXD,.082UF,+5%,-5%,50VDC,1206,C0G,-55DEG
CMIN,125DEG CMAX
C629
2113946B04
CAP,CHIP,.1UF,+10%,-10%,10VDC,0402,X5R,-55DEG CMIN,
85DEG CMAX
C702
2113944A44
CAP,CHIP,220PF,+5%,-5%,50VDC,0402,C0G,-55DEG CMIN,
125DEG CMAX
C737
2113945C31
CAP,FXD,.1UF,+10%,-10%,50VDC,0603,X7R,-55DEG CMIN,
125DEG CMAX
C766
2113945C01
CAP,CHIP,6800PF,+10%,-10%,
50V-DC,0603,X7R,-55DEG
CMIN,125DEG CM
C630
2113946B04
CAP,CHIP,.1UF,+10%,-10%,10VDC,0402,X5R,-55DEG CMIN,
85DEG CMAX
C704
2113944A35
CAP,CHIP,62PF,+5%,-5%,50VDC,0402,C0G,-55DEG CMIN,
125DEG CMAX,P
C739
2113944A25
CAP,CHIP,10PF,+5%,-5%,50VDC,0402,C0G,-55DEG CMIN,
125DEG CMAX,P
C768
2113944G97
CAP,FXD,.082UF,+5%,-5%,50VDC,1206,C0G,-55DEG CMIN,
125DEG CMAX
C631
2113944A27
CAP,CHIP,15PF,+5%,-5%,50VDC,0402,C0G,-55DEG CMIN,
125DEG CMAX,P
C709
2113944A44
CAP,CHIP,220PF,+5%,-5%,50VDC,0402,C0G,-55DEG CMIN,
125DEG CMAX
C742
2113945C31
CAP,FXD,.1UF,+10%,-10%,50VDC,0603,X7R,-55DEG CMIN,
125DEG CMAX
C769
2113945C20
CAP,FXD,.016UF,+10%,-10%,
50V-DC,0603,X7R,-55DEG
CMIN,125DEG CMA
C632
2113944A40
CAP,CHIP,100PF,+5%,-5%,50VDC,0402,C0G,-55DEG CMIN,
125DEG CMAX
C715
2113945C31
CAP,FXD,.1UF,+10%,-10%,50VDC,0603,X7R,-55DEG CMIN,
125DEG CMAX
C744
2113955D37
CAP,FXD,10UF,+10%,-10%,16VDC,1206,X7R,-55DEG CMIN,
125DEG CMAX
C770
2113944G97
CAP,FXD,.082UF,+5%,-5%,50VDC,1206,C0G,-55DEG CMIN,
125DEG CMAX
C633
2113945B02
CAP,CHIP,.01UF,+10%,-10%,
25V-DC,0402,X7R,-55DEG
CMIN,125DEG CMA
C716
2113945C31
CAP,FXD,.1UF,+10%,-10%,50VDC,0603,X7R,-55DEG CMIN,
125DEG CMAX
C749
2113945C31
CAP,FXD,.1UF,+10%,-10%,50VDC,0603,X7R,-55DEG CMIN,
125DEG CMAX
C771
2113944A40
CAP,CHIP,100PF,+5%,-5%,50VDC,0402,C0G,-55DEG CMIN,
125DEG CMAX
C634
2113946B04
CAP,CHIP,.1UF,+10%,-10%,10VDC,0402,X5R,-55DEG CMIN,
85DEG CMAX
C717
2113945C31
CAP,FXD,.1UF,+10%,-10%,50VDC,0603,X7R,-55DEG CMIN,
125DEG CMAX
C750
2113945C31
CAP,FXD,.1UF,+10%,-10%,50VDC,0603,X7R,-55DEG CMIN,
125DEG CMAX
C775
2113945A09
CAP,CHIP,1000PF,+10%,-10%,
50V-DC,0402,X7R,-55DEG
CMIN,125DEG CM
C635
2113945B02
CAP,CHIP,.01UF,+10%,-10%,
25V-DC,0402,X7R,-55DEG
CMIN,125DEG CMA
C718
2113945C31
CAP,FXD,.1UF,+10%,-10%,50VDC,0603,X7R,-55DEG CMIN,
125DEG CMAX
C752
2113945B02
CAP,CHIP,.01UF,+10%,-10%,
25V-DC,0402,X7R,-55DEG
CMIN,125DEG CMA
C777
2113944A31
CAP,CHIP,33PF,+5%,-5%,50VDC,0402,C0G,-55DEG CMIN,
125DEG CMAX,P
C636
2113946B04
CAP,CHIP,.1UF,+10%,-10%,10VDC,0402,X5R,-55DEG
CMIN,85DEG CMAX
C719
2113945C31
CAP,FXD,.1UF,+10%,-10%,50VDC,0603,X7R,-55DEG CMIN,
125DEG CMAX
C754
2113944A34
CAP,CHIP,56PF,+5%,-5%,50VDC,0402,C0G,-55DEG CMIN,
125DEG CMAX,P
C779
2113944A40
CAP,CHIP,100PF,+5%,-5%,50VDC,0402,C0G,-55DEG CMIN,
125DEG CMAX
C637
2113946B04
CAP,CHIP,.1UF,+10%,-10%,10VDC,0402,X5R,-55DEG CMIN,
85DEG CMAX
C724
2113955D37
CAP,FXD,10UF,+10%,-10%,16VDC,1206,X7R,-55DEG CMIN,
125DEG CMAX
C756
2113955D37
CAP,FXD,10UF,+10%,-10%,16VDC,1206,X7R,-55DEG CMIN,
125DEG CMAX
C783
2113944C53
CAP,CHIP,1500PF,+5%,-5%,
50V-DC,0603,C0G,-55DEG
CMIN,125DEG CMAX
C638
2113945A12
CAP,CHIP,3300PF,+10%,-10%,
50V-DC,0402,X7R,-55DEG
CMIN,125DEG CM
C725
2113945C31
CAP,FXD,.1UF,+10%,-10%,50VDC,0603,X7R,-55DEG CMIN,
125DEG CMAX
C757
2113945C31
CAP,FXD,.1UF,+10%,-10%,50VDC,0603,X7R,-55DEG CMIN,
125DEG CMAX
C791
2113946B04
CAP,CHIP,.1UF,+10%,-10%,10VDC,0402,X5R,-55DEG CMIN,
85DEG CMAX
C639
2113945B02
CAP,CHIP,.01UF,+10%,-10%,
25V-DC,0402,X7R,-55DEG
CMIN,125DEG CMA
C726
2113945C31
CAP,FXD,.1UF,+10%,-10%,50VDC,0603,X7R,-55DEG CMIN,
125DEG CMAX
C758
2113946B02
CAP,CHIP,.047UF,+10%,-10%,
10V-DC,0402,X5R,-55DEG
CMIN,85DEG CMA
C792
2113946B04
CAP,CHIP,.1UF,+10%,-10%,10VDC,0402,X5R,-55DEG CMIN,
85DEG CMAX
Schematics, Boards Overlays, and Parts Lists: Transceiver (RF) Boards: UHF1
Ref.
Des.
Part Number
Description
Ref.
Des.
C794
2113944A40
CAP,CHIP,100PF,+5%,-5%,50VDC,0402,C0G,-55DEG CMIN,
125DEG CMAX
C795
2113944A40
CAP,CHIP,100PF,+5%,-5%,50VDC,0402,C0G,-55DEG CMIN,
125DEG CMAX
C802
2113946B06
CAP,CHIP,.22UF,+10%,-10%,
10V-DC,0402,X5R,-55DEG
CMIN,85DEG CMAX
C806
2113946B06
CAP,CHIP,.22UF,+10%,-10%,
10V-DC,0402,X5R,-55DEG
CMIN,85DEG CMAX
C810
2113944A44
CAP,CHIP,220PF,+5%,-5%,50VDC,0402,C0G,-55DEG CMIN,
125DEG CMAX
C813
0613952Q69
RES,MF,680OHM,5%,.0625W,S
M,0402,200PPM/CEL,PB-FREE
C814
2113945A09
CAP,CHIP,1000PF,+10%,-10%,
50V-DC,0402,X7R,-55DEG
CMIN,125DEG CM
C1110
CAP,CHIP,100PF,+5%,-5%,50VDC,0402,C0G,-55DEG CMIN,
125DEG CMAX
C1111
CAP,CHIP,220PF,+5%,-5%,50VDC,0402,C0G,-55DEG CMIN,
125DEG CMAX
C1112
CAP,CHIP,220PF,+5%,-5%,50VDC,0402,C0G,-55DEG CMIN,
125DEG CMAX
C1113
CAP,CHIP,100PF,+5%,-5%,50VDC,0402,C0G,-55DEG CMIN,
125DEG CMAX
C1116
CAP,CHIP,47PF,+5%,-5%,50VDC,0402,C0G,-55DEG CMIN,
125DEG CMAX,P
C1117
CAP,CHIP,1000PF,+10%,-10%,
50V-DC,0402,X7R,-55DEG
CMIN,125DEG CM
C1118
CAP,CHIP,47PF,+5%,-5%,50VDC,0402,C0G,-55DEG CMIN,
125DEG CMAX,P
C1119
CAP,CHIP,220PF,+5%,-5%,50VDC,0402,C0G,-55DEG CMIN,
125DEG CMAX
C1120
CAP,CHIP,.01UF,+10%,-10%,
25V-DC,0402,X7R,-55DEG
CMIN,125DEG CMA
C1122
C816
C820
C830
C831
C836
C838
C844
C851
C1101
2113944A40
2113944A44
2113944A44
2113944A40
2113944A33
2113945A09
2113944A33
2113944A44
2113945B02
8-41
Part Number
Description
C1102
2188468Y01
CAP,CHIP,1UF,+10,-10,25V-DC,
0805,X7R
C1103
2113945B02
C1105
C1106
C1107
C1108
2113944A19
2113945B02
2113944A40
2113946B03
2113944A40
2113945Y02
2113945B02
2113945B02
2113945Y02
2113945A12
2113945B02
2113945B02
2113945B02
2175390H01
Ref.
Des.
Part Number
Description
Ref.
Des.
Part Number
Description
C1123
2113945B02
C1160
2113945C31
CAP,CHIP,.01UF,+10%,-10%,
25V-DC,0402,X7R,-55DEG
CMIN,125DEG CMA
CAP,CHIP,.01UF,+10%,-10%,
25V-DC,0402,X7R,-55DEG
CMIN,125DEG CMA
CAP,FXD,.1UF,+10%,-10%,50VDC,0603,X7R,-55DEG CMIN,
125DEG CMAX
C1124
2113945A13
C1161
2113956B91
CAP,CHIP,5.6PF,.5PF+/-,50VDC,0402,C0G,-55DEG CMIN,
125DEG CMAX
CAP,CHIP,4700PF,+10%,-10%,
50V-DC,0402,X7R,-55DEG
CMIN,125DEG CM
CAP,FXD,1UF,+10%,-10%,16VDC,0603,X5R,-55DEG CMIN,
85DEG CMAX,PB
C1126
2113945A09
C1165
2113945Y02
CAP,CHIP,.01UF,+10%,-10%,
25V-DC,0402,X7R,-55DEG
CMIN,125DEG CMA
CAP,CHIP,1000PF,+10%,-10%,
50V-DC,0402,X7R,-55DEG
CMIN,125DEG CM
CAP,FXD,.1UF,+10%,-10%,16VDC,0402,X7R,-55DEG CMIN,
125DEG CMAX
C1127
2113945Y02
C1301
2113944M20
CAP,CHIP,100PF,+5%,-5%,50VDC,0402,C0G,-55DEG CMIN,
125DEG CMAX
CAP,FXD,.1UF,+10%,-10%,16VDC,0402,X7R,-55DEG CMIN,
125DEG CMAX
CAP,FXD,12PF,+2%,-2%,50VDC,0603,C0G,-55DEG CMIN,
125DEG CMAX,PB
C1128
2113945B02
C1302
2114036F74
CAP,CHIP,.068UF,+10%,-10%,
10V-DC,0402,X5R,-55DEG
CMIN,85DEG CMA
CAP,CHIP,.01UF,+10%,-10%,
25V-DC,0402,X7R,-55DEG
CMIN,125DEG CMA
CAP,FXD,1.8PF,.05PF+/-,25VDC,0402,C0G,-55DEG CMIN,
125DEG CMAX
C1129
2113945B02
C1303
2113944A26
CAP,CHIP,100PF,+5%,-5%,50VDC,0402,C0G,-55DEG CMIN,
125DEG CMAX
CAP,CHIP,.01UF,+10%,-10%,
25V-DC,0402,X7R,-55DEG
CMIN,125DEG CMA
CAP,CHIP,12PF,+5%,-5%,50VDC,0402,C0G,-55DEG CMIN,
125DEG CMAX,P
C1130
2113945B02
C1304
2113945A09
CAP,FXD,.1UF,+10%,-10%,16VDC,0402,X7R,-55DEG CMIN,
125DEG CMAX
CAP,CHIP,.01UF,+10%,-10%,
25V-DC,0402,X7R,-55DEG
CMIN,125DEG CMA
CAP,CHIP,1000PF,+10%,-10%,
50V-DC,0402,X7R,-55DEG
CMIN,125DEG CM
C1137
2113945B04
C1305
2113944A30
CAP,CHIP,.01UF,+10%,-10%,
25V-DC,0402,X7R,-55DEG
CMIN,125DEG CMA
CAP,FXD,.022UF,+10%,-10%,
25V-DC,0402,X7R,-55DEG
CMIN,125DEG CMA
CAP,CHIP,27PF,+5%,-5%,50VDC,0402,C0G,-55DEG CMIN,
125DEG CMAX,P
C1138
2113945B04
C1306
2113945B02
CAP,CHIP,.01UF,+10%,-10%,
25V-DC,0402,X7R,-55DEG
CMIN,125DEG CMA
CAP,FXD,.022UF,+10%,-10%,
25V-DC,0402,X7R,-55DEG
CMIN,125DEG CMA
CAP,CHIP,.01UF,+10%,-10%,
25V-DC,0402,X7R,-55DEG
CMIN,125DEG CMA
C1139
2113944A25
C1307
2113944A26
CAP,FXD,.1UF,+10%,-10%,16VDC,0402,X7R,-55DEG
CMIN,125DEG CMAX
CAP,CHIP,10PF,+5%,-5%,50VDC,0402,C0G,-55DEG CMIN,
125DEG CMAX,P
CAP,CHIP,12PF,+5%,-5%,50VDC,0402,C0G,-55DEG CMIN,
125DEG CMAX,P
C1140
2113945A13
C1308
2113944A28
CAP,CHIP,3300PF,+10%,-10%,
50V-DC,0402,X7R,-55DEG
CMIN,125DEG CM
CAP,CHIP,4700PF,+10%,-10%,
50V-DC,0402,X7R,-55DEG
CMIN,125DEG CM
CAP,CHIP,18PF,+5%,-5%,50VDC,0402,C0G,-55DEG CMIN,
125DEG CMAX,P
C1141
2113945Y02
C1309
2175389H01
CAP,.5PF,CAP,.5PF, CHIP, 0402,
CERAMIC, 50 V
CAP,CHIP,.01UF,+10%,-10%,
25V-DC,0402,X7R,-55DEG
CMIN,125DEG CMA
CAP,FXD,.1UF,+10%,-10%,16VDC,0402,X7R,-55DEG CMIN,
125DEG CMAX
C1310
2113944A17
C1142
2113945A09
CAP,CHIP,4.7PF,.25PF+/-,50VDC,0402,C0G,-55DEG CMIN,
125DEG CMA
CAP,CHIP,.01UF,+10%,-10%,
25V-DC,0402,X7R,-55DEG
CMIN,125DEG CMA
CAP,CHIP,1000PF,+10%,10%,50V-DC,0402,X7R,-55DEG
CMIN,125DEG CM
C1601
2113944M42
C1149
2113944A40
CAP,FXD,100PF,+2%,-2%,50VDC,0603,C0G,-55DEG CMIN,
125DEG CMAX,P
CAP,CHIP,.01UF,+10%,-10%,
25V-DC,0402,X7R,-55DEG
CMIN,125DEG CMA
CAP,CHIP,100PF,+5%,-5%,50VDC,0402,C0G,-55DEG CMIN,
125DEG CMAX
C1602
2113944M42
C1150
2175392H01
CAP,FXD,100PF,+2%,-2%,50VDC,0603,C0G,-55DEG CMIN,
125DEG CMAX,P
CAP,CER,2.2PF,50V-DC,C0G,
CAP, 2.2 PF, 0402, CERAMIC,
50V
CAP,CER,1.2PF,50V-DC,C0G,
CAP, 1.2PF, 0402, CERAMIC,
50V
C1603
2113945L49
C1152
2113944A46
CAP,CHIP,330PF,+5%,-5%,50VDC,0402,C0G,-55DEG CMIN,
125DEG CMAX
CAP,FXD,.01UF,+5%,-5%,50VDC,0603,X7R,-55DEG CMIN,
125DEG CMAX,P
8-42
Ref.
Des.
Schematics, Boards Overlays, and Parts Lists: Transceiver (RF) Boards: UHF1
Part Number
Description
Ref.
Des.
Part Number
Description
Ref.
Des.
Part Number
Description
C1604
2113944M42
CAP,FXD,100PF,+2%,-2%,50VDC,0603,C0G,-55DEG CMIN,
125DEG CMAX,P
C1621
2171741M08
CAP,CER CHIP,22PF,+5%,5%,50V-DC,C0G,-55DEG CMIN,
125DEG CMAX,H
C2020
2113946D07
CAP,CHIP,4.7UF,+10%,-10%,
6.3V-DC,0603,X5R,-55DEG
CMIN,85DEG CMA
C1605
2113945B02
CAP,CHIP,.01UF,+10%,-10%,
25V-DC,0402,X7R,-55DEG
CMIN,125DEG CMA
C1622
2113944M23
CAP,FXD,16PF,+2%,-2%,50VDC,0603,C0G,-55DEG CMIN,
125DEG CMAX,PB
C2022
2113944A40
CAP,CHIP,100PF,+5%,-5%,50VDC,0402,C0G,-55DEG CMIN,
125DEG CMAX
C1606
2113944A40
CAP,CHIP,100PF,+5%,-5%,50VDC,0402,C0G,-55DEG CMIN,
125DEG CMAX
C1623
2113944C08
CAP,CHIP,1.2PF,.25PF+/-,50VDC,0603,C0G,-55DEG CMIN,
125DEG CMA
C2023
2113944A40
CAP,CHIP,100PF,+5%,-5%,50VDC,0402,C0G,-55DEG CMIN,
125DEG CMAX
C1607
2113944M42
CAP,FXD,100PF,+2%,-2%,50VDC,0603,C0G,-55DEG CMIN,
125DEG CMAX,P
C1624
2113944M22
CAP,FXD,15PF,+2%,-2%,50VDC,0603,C0G,-55DEG CMIN,
125DEG CMAX,PB
C2024
2113946D07
CAP,CHIP,4.7UF,+10%,-10%,
6.3V-DC,0603,X5R,-55DEG
CMIN,85DEG CMA
Ref.
Des.
Part Number
Description
C2053
2115153H24
CAP,FXD,7.5PF,.1PF+/-,50VDC,0402,C0G
C2054
2113944A40
CAP,CHIP,100PF,+5%,-5%,50VDC,0402,C0G,-55DEG CMIN,
125DEG CMAX
C2055
2113946B04
CAP,CHIP,.1UF,+10%,-10%,10VDC,0402,X5R,-55DEG CMIN,
85DEG CMAX
C2056
2115153H24
CAP,FXD,7.5PF,.1PF+/-,50VDC,0402,C0G
C2057
2115153H41
CAP,FXD,22PF,+1%,-1%,50VDC,0402,C0G
C2058
2115153H13
CAP,FXD,2.7PF,.1PF+/-,50VDC,0402,C0G
C2059
2115153H15
CAP,FXD,3.3PF,.1PF+/-,50VDC,0402,C0G
C2060
2115153H11
CAP,FXD,2.2PF,.1PF+/-,50VDC,0402,C0G
C1608
2113944M42
CAP,FXD,100PF,+2%,-2%,50VDC,0603,C0G,-55DEG CMIN,
125DEG CMAX,P
C1625
2113944M42
CAP,FXD,100PF,+2%,-2%,50VDC,0603,C0G,-55DEG CMIN,
125DEG CMAX,P
C2025
2113944A40
CAP,CHIP,100PF,+5%,-5%,50VDC,0402,C0G,-55DEG CMIN,
125DEG CMAX
C1609
2113944A40
CAP,CHIP,100PF,+5%,-5%,50VDC,0402,C0G,-55DEG CMIN,
125DEG CMAX
C1628
2113944M08
CAP,FXD,3.9PF,.1PF+/-,50VDC,0603,C0G,-55DEG CMIN,
125DEG CMAX
C2026
2113946B04
CAP,CHIP,.1UF,+10%,-10%,10VDC,0402,X5R,-55DEG CMIN,
85DEG CMAX
C2028
2115153H24
CAP,FXD,7.5PF,.1PF+/-,50VDC,0402,C0G
C2061
2115153H15
C2029
2115153H41
CAP,FXD,22PF,+1%,-1%,50VDC,0402,C0G
CAP,FXD,3.3PF,.1PF+/-,50VDC,0402,C0G
C2063
2115153H41
C2032
2115153H57
CAP,FXD,100PF,+1%,-1%,50VDC,0402,C0G
CAP,FXD,22PF,+1%,-1%,50VDC,0402,C0G
C2064
2115153H24
C2033
2115153H53
CAP,FXD,68PF,50V-DC,0402,
C0G
CAP,FXD,7.5PF,.1PF+/-,50VDC,0402,C0G
D200
4813978A19
C2035
2115153H15
CAP,FXD,3.3PF,.1PF+/-,50VDC,0402,C0G
DIODE,RECT,MBR120,SM,SOD
-123,1A,20V,SHTK,PB-FREE
D722
4815011H01
C2036
2115153H07
CAP,FXD,1.5PF,.1PF+/-,50VDC,0402,C0G
DIODE,SWG,SM,300MA,80V,TR
P
D723
4815011H01
C2037
2115153H12
CAP,FXD,2.4PF,.1PF+/-,+4.2%,
-4.2%,50V-DC,0402,C0G
DIODE,SWG,SM,300MA,80V,TR
P
E200
2405688Z01
IDCTR,BEAD,FERR BEAD
C2038
2115153H09
CAP,FXD,1.8PF,.1PF+/-,50VDC,0402,C0G
E201
2405688Z01
IDCTR,BEAD,FERR BEAD
E501
2480640Z01
C2039
2115153H15
FLTR,FERR,SM,SUR MT FERR
BEAD
CAP,FXD,9.1PF,.1PF+/-,50VDC,0603,C0G,-55DEG CMIN,
125DEG CMAX
CAP,FXD,3.3PF,.1PF+/-,50VDC,0402,C0G
E601
2480640Z01
C2041
2113946B04
FLTR,FERR,SM,SUR MT FERR
BEAD
CAP,FXD,100PF,+2%,-2%,50VDC,0603,C0G,-55DEG CMIN,
125DEG CMAX,P
CAP,CHIP,.1UF,+10%,-10%,10VDC,0402,X5R,-55DEG CMIN,
85DEG CMAX
E602
2480640Z01
FLTR,FERR,SM,SUR MT FERR
BEAD
C2042
2115153H13
CAP,FXD,2.7PF,.1PF+/-,50VDC,0402,C0G
E603
2480640Z01
FLTR,FERR,SM,SUR MT FERR
BEAD
C2044
2115153H26
CAP,CER CHIP,9.1PF,.1PF+/,+.1%,-.1%,50V-DC,0402,C0G
E604
2480640Z01
FLTR,FERR,SM,SUR MT FERR
BEAD
C2052
2115153H41
CAP,FXD,22PF,+1%,-1%,50VDC,0402,C0G
E605
2480640Z01
FLTR,FERR,SM,SUR MT FERR
BEAD
C1610
2113944M14
CAP,FXD,6.8PF,.1PF+/-,50VDC,0603,C0G,-55DEG CMIN,
125DEG CMAX
C1629
2113945A12
CAP,CHIP,3300PF,+10%,-10%,
50V-DC,0402,X7R,-55DEG
CMIN,125DEG CM
C1611
2113945L49
CAP,FXD,.01UF,+5%,-5%,50VDC,0603,X7R,-55DEG CMIN,
125DEG CMAX,P
C1630
2113945A12
CAP,CHIP,3300PF,+10%,-10%,
50V-DC,0402,X7R,-55DEG
CMIN,125DEG CM
CAP,FXD,33PF,+2%,-2%,50VDC,0603,C0G,-55DEG CMIN,
125DEG CMAX,PB
C1803
CAP,FXD,56PF,+2%,-2%,50VDC,0603,C0G,-55DEG CMIN,
125DEG CMAX,PB
C1804
CAP,CHIP,100PF,+5%,-5%,50VDC,0402,C0G,-55DEG CMIN,
125DEG CMAX
C1807
CAP,FXD,47PF,+2%,-2%,50VDC,0603,C0G,-55DEG CMIN,
125DEG CMAX,PB
C1820
CAP,CHIP,.01UF,+10%,-10%,
25V-DC,0402,X7R,-55DEG
CMIN,125DEG CMA
C1821
CAP,FXD,100PF,+2%,-2%,50VDC,0603,C0G,-55DEG CMIN,
125DEG CMAX,P
C1822
C1613
C1614
C1615
C1616
C1617
C1618
2113944M30
2113944M36
2113944A40
2113944M34
2113945B02
2113944M42
2113944M08
2113944M08
2113944M14
2113944M08
2113944M17
2113944M42
CAP,FXD,3.9PF,.1PF+/-,50VDC,0603,C0G,-55DEG CMIN,
125DEG CMAX
CAP,FXD,3.9PF,.1PF+/-,50VDC,0603,C0G,-55DEG CMIN,
125DEG CMAX
CAP,FXD,6.8PF,.1PF+/-,50VDC,0603,C0G,-55DEG CMIN,
125DEG CMAX
CAP,FXD,3.9PF,.1PF+/-,50VDC,0603,C0G,-55DEG CMIN,
125DEG CMAX
C1619
2113944M22
CAP,FXD,15PF,+2%,-2%,50VDC,0603,C0G,-55DEG CMIN,
125DEG CMAX,PB
C1826
2113944M04
CAP,FXD,2.7PF,.1PF+/-,50VDC,0603,C0G,-55DEG CMIN,
125DEG CMAX
C1620
2171741M01
CAP,FXD,47PF,+5%,-5%,50VDC,COG,HI Q CAP
C1827
2113944M10
CAP,FXD,4.7PF,.1PF+/-,50VDC,0603,C0G,-55DEG CMIN,
125DEG CMAX
Schematics, Boards Overlays, and Parts Lists: Transceiver (RF) Boards: UHF1
Ref.
Des.
Part Number
Description
E606
2480640Z01
FLTR,FERR,SM,SUR MT FERR
BEAD
E607
2480640Z01
FLTR,FERR,SM,SUR MT FERR
BEAD
E608
E609
2480640Z01
2480640Z01
FLTR,FERR,SM,SUR MT FERR
BEAD
2405688Z01
IDCTR,BEAD,FERR BEAD
E2021
2480640Z01
FLTR,FERR,SM,SUR MT FERR
BEAD
F200
6575834B01
FUSE,FST BLW,2A,32V,FUSE
SUR MT
FL501
4885631B01
FLTR,MONOLITHIC CRYSTAL,
BANDPASS,109.65MHZ NOM,
-6.5MHZ MIN,6.5MH
9102190J23
FLTR,SAW,BANDPASS,1.57542
GHZ NOM,SM,1.4X1.0MM,SMD,
PB-FREE
J101
0909901V02
CONN,RCPT,SMT MCX
J102
0975886B01
RF CONN,F,RECEPTACLE,
COAX CBL
L200
L501
2571269C01
24012011014
IDCTR,COIL,1.5UH,20%,2.9A,
.059OHM,FERR,SM,WW PWR
W18 COMP
IDCTR,WW,6.8NH,2%,1.5A,
.055OHM,CER,5.8GHZ SRF,SM,
0402 HI Q
L502
2415429H30
IDCTR,WW,47NH,5%,600MA,C
ER,SM,CHIP
L503
2414032F38
IDCTR,WW,220NH,5%,400MA,
.7OHM,CER,30 Q,630MHZ
SRF,SM,PB-FRE
L504
2414032F42
Part Number
IDCTR,WW,470NH,10%,170MA,
2.5OHM,CER,40 Q,665MHZ
SRF,SM,PB-F
Description
L511
2478057A13
IDCTR,WW,7.5NH,2%,.08OHM,
CER,41 Q,5.3GHZ SRF,PCMT,
7.5 NH S
L601
2415429H43
IDCTR,WW,220NH,5%,300MA,
2.1OHM,CER,0
AWG,SM,0603,CHIP
FLTR,FERR,SM,SUR MT FERR
BEAD
E1101
FL1301
Ref.
Des.
8-43
L602
L603
L604
2466505A01
2466505A01
2414032D16
CHIP INDUCTOR,CHIP,10UH,
5%,150MA,FERR,0 AWG,SM,
PB-FREE
CHIP INDUCTOR,CHIP,10UH,
5%, 150MA,FERR,0 AWG,SM,
PB-FREE
IDCTR,WW,120NH,5%,800MA,
.26OHM,CER,42 Q,1GHZ SRF,
SM,PB-FREE
L605
24013028001
COIL FORM,3.9UH IDCTR
L701
2415429H47
IDCTR,WW,390NH,5%,100MA,
CER,SM,CHIP
L720
2480646Z20
IDCTR,FXD,2.2UH,10%,15MA,
SM,MULTI-LAYER CHIP
IDCTR,AW,10.2NH,5%,AIR,SM,
10.2NH SQ SPR
L1103
2475393H01
IDCTR,COIL,4.7NH,2%,750MA,.
07OHM,SM,INDUCTOR, 4.7NH,
040
L1811
2471884M01
IDCTR,AW,10.2NH,5%,AIR,SM,
10.2NH SQ SPR
L2008
2478057A09
L1104
0613952R66
RES,MF,0OHM,5%,.0625W,SM,
0402,PB-FREE
IDCTR,WW,5.6NH,2%,1.7A,
.036OHM,CER,48 Q,6.6GHZ
SRF,SM,5.6 N
L1108
2409348J04
IDCTR,5%,SM,AIR CORE 2214
L2009
2478057A23
L1114
2475394H01
IDCTR,COIL,11NH,2%,.14OHM,
SM,INDUCTOR, 11NH, 0402, +/2
IDCTR,WW,18NH,2%,.066OHM,
CER,41 Q,3.3GHZ SRF,PCMT,
18 NH SU
L2010
2478057A23
IDCTR,WW,18NH,2%,.066OHM,
CER,41 Q,3.3GHZ
SRF,PCMT,18 NH SU
L2012
2478057A09
IDCTR,WW,5.6NH,2%,1.7A,
.036OHM,CER,48 Q,6.6GHZ
SRF,SM,5.6 N
L2013
2478057A23
IDCTR,WW,18NH,2%,.066OHM,
CER,41 Q,3.3GHZ
SRF,PCMT,18 NH SU
L2014
2478057A23
IDCTR,WW,18NH,2%,.066OHM,
CER,41 Q,3.3GHZ
SRF,PCMT,18 NH SU
L2015
2478057A41
IDCTR,WW,91NH,2%,440MA,
.58OHM,CER,1.65GHZ
SRF,SM,0306 HI Q
L2016
2414017P15
IDCTR,CHIP,15NH,5%,300MA,
.65OHM,CER,9 Q,1.95GHZ
SRF,SM,0402
L2017
2478057A40
IDCTR,WW,82NH,2%,510MA,
.46OHM,CER,1.8GHZ
SRF,SM,0306 HI Q
L2019
2414017P15
IDCTR,CHIP,15NH,5%,300MA,
.65OHM,CER,9 Q,1.95GHZ
SRF,SM,0402
L2034
2478057A29
IDCTR,WW,56NH,2%,610MA,
.3OHM,CER,5GHZ SRF,SM,
0306 HI Q CHI
L2035
2478057A24
IDCTR,WW,22NH,2%,.14OHM,
CER,44 Q,3.15GHZ SRF,PCMT,
22 NH SU
L2036
2415429H01
IDCTR,WW,1.6NH,5%,700MA,
.03OHM,CER,SM,0603,CHIP
M101
2871616H01
CONN,N/A,GLD,CONNECTOR,
BPLUS
M103
3987977Y04
CONT,CONN,1CONT,ANT UNIV
4.5MM,UC 1.8
L1301
2488090Y07
IDCTR,CHIP,3.3NH,5%,300MA,
CER,SM,0402,MULAY PB FREE
L1302
2488090Y25
IDCTR,CHIP,100NH,5%,90MA,C
ER,SM,0402,MULAY PB FREE
L1303
2414017P25
IDCTR,CHIP,100NH,5%,100MA,
5.5OHM,CER,8 Q,650MHZ
SRF,SM,0402
L1305
2475391H01
IDCTR,WW,18UH,2%,.27OHM,I
NDUCTOR, 18 NH, CHIP, 0402,
2
L1306
2488090Y10
IDCTR,CHIP,5.6NH,5%,300MA,
CER,SM,0402,MULAY PB FREE
L1601
2414017H14
IDCTR,CHIP,15NH,5%,3A,.32O
HM,CER,12 Q,1.5GHZ
SRF,SM,0603,PB-
2480646Z20
IDCTR,FXD,2.2UH,10%,15MA,
SM,MULTI-LAYER CHIP
L735
2480646Z20
IDCTR,FXD,2.2UH,10%,15MA,
SM,MULTI-LAYER CHIP
L1602
2415429H37
IDCTR,WW,110NH,5%,300MA,.6
1OHM,CER,SM,0603,CHIP
L738
2480646Z20
IDCTR,FXD,2.2UH,10%,15MA,
SM,MULTI-LAYER CHIP
L1603
2414015A07
L741
2480646Z20
IDCTR,FXD,2.2UH,10%,15MA,
SM,MULTI-LAYER CHIP
IDCTR,FXD,180NH,2%,750MA,.
77OHM,CER,25 Q,700MHZ
SRF,SM,1008
L1604
2414017H07
IDCTR,CHIP,3.9NH,300MA,.14O
HM,CER,10 Q,3.4GHZ
SRF,SM,0603,P
L1605
2414017H07
IDCTR,CHIP,3.9NH,300MA,.14O
HM,CER,10 Q,3.4GHZ
SRF,SM,0603,P
L1606
2460591E24
IDCTR,AW,23.75NH,COIL 23.75
L1609
2415428H02
IDCTR,AW,2.55NH,5%,1.6A,AIR
,3 TURNS,SM,AIR WOUND
IDCTR
IDCTR,FXD,2.2UH,10%,15MA,
SM,MULTI-LAYER CHIP
2415429H47
IDCTR,WW,390NH,5%,100MA,
CER,SM,CHIP
L817
2414032F41
IDCTR,WW,390NH,10%,200MA,
1.5OHM,CER,40 Q,730MHZ
SRF,SM,PB-F
2415429H39
IDCTR,WW,150NH,5%,280MA,
.92OHM,CER,SM,0603,CHIP
L821
2415429H47
IDCTR,WW,5.1NH,5%,800MA,
.083OHM,CER,SM,0402,CHIP
IDCTR,WW,390NH,5%,100MA,
CER,SM,CHIP
L846
2414032F41
IDCTR,WW,390NH,10%,200MA,
1.5OHM,CER,40 Q,730MHZ
SRF,SM,PB-F
IDCTR,WW,1NH,2%,1.3A,.085O
HM,CER,4.7GHZ SRF,SM,0402
HI Q C
2471884M01
L733
L506
24012011020
L1809
IDCTR,WW,390NH,5%,100MA,
CER,SM,CHIP
L806
L1101
2415429H26
IDCTR,WW,33NH,5%,600MA,
.22OHM,CER,SM,0603,CHIP
Description
IDCTR,WW,6.8NH,5%,700MA,.1
1OHM,CER,SM,0603,CHIP
2415429H47
2480646Z20
Part Number
2415429H10
L728
L753
Ref.
Des.
L1102
IDCTR,FXD,2.2UH,10%,15MA,
SM,MULTI-LAYER CHIP
IDCTR,WW,150NH,5%,280MA,
.92OHM,CER,SM,0603,CHIP
L510
Description
2480646Z20
2415429H39
2415427H12
Part Number
L727
L505
L507
Ref.
Des.
L1610
2415385H01
IDCTR,AW,8NH,2%,4A,.0026OH
M,AIR,3 TURNS,RH,140
Q,5GHZ SRF,SM,8
L1803
2471884M01
IDCTR,AW,10.2NH,5%,AIR,SM,
10.2NH SQ SPR
8-44
Ref.
Des.
Schematics, Boards Overlays, and Parts Lists: Transceiver (RF) Boards: UHF1
Part Number
Description
Ref.
Des.
Part Number
Description
Ref.
Des.
Part Number
Description
Ref.
Des.
Part Number
Description
M104
3987977Y04
CONT,CONN,1CONT,ANT UNIV
4.5MM,UC 1.8
Q1601
5185633C92
AMP MDL,MODULE,RING,
XSTR, FET RF POWER, UHF
R606
0613952R01
RES,MF,10KOHM,5%,.0625W,S
M,0402,200PPM/CEL,PB-FREE
R729
0613952R09
RES,MF,22KOHM,5%,.0625W,S
M,0402,200PPM/CEL,PB-FREE
M107
0985888K02
BATTERY CONNECTOR,SKT,
NI,LEAP
Q2022
4813973M75
R607
0613952R25
0613952R17
RES,MF,47KOHM,5%,.0625W,S
M,0402,200PPM/CEL,PB-FREE
2887818K05
RECTANGULAR CONNECTOR,
STKNG,2 ROW,RCPT,40CONT,
.5MM,GLD,VERT
RES,MF,100KOHM,5%,.0625W,
SM,0402,200PPM/CEL,PBFREE
R743
P101
XSTR,BIP GP SS,PNP,BC858,
SOT-563,SMT,-30V,.357W,
-100MA,100MHZ
R745
0613952R09
R101
0613952R01
RES,MF,10KOHM,5%,.0625W,S
M,0402,200PPM/CEL,PB-FREE
R608
0613952R01
RES,MF,10KOHM,5%,.0625W,S
M,0402,200PPM/CEL,PB-FREE
RES,MF,22KOHM,5%,.0625W,S
M,0402,200PPM/CEL,PB-FREE
R751
0613952Q59
RES,MF,270OHM,5%,.0625W,S
M,0402,200PPM/CEL,PB-FREE
R752
0613952Q91
RES,MF,5.6KOHM,5%,.0625W,S
M,0402,200PPM/CEL,PB-FREE
R753
0613952Q91
RES,MF,5.6KOHM,5%,.0625W,S
M,0402,200PPM/CEL,PB-FREE
PCB
84013067001
BOARD, PC, PORTABLE UHF1
R103
0613952R01
R609
0613952Q81
Q201
4813970A59
XSTR,FET GP PWR,P-CH,
ENHN,SM,SOT-23,20V,.4W,PBFREE
RES,MF,10KOHM,5%,.0625W,S
M,0402,200PPM/CEL,PB-FREE
RES,MF,2.2KOHM,5%,.0625W,S
M,0402,200PPM/CEL,PB-FREE
R104
0613952Q80
RES,MF,2KOHM,5%,.0625W,SM
,0402,200PPM/CEL,PB-FREE
R610
0613952R25
XSTR,BIP GP SS,NPN,SM,SC70,SMT,50V,.202W,100MA,PBFREE
R201
0613952R25
RES,MF,100KOHM,5%,.0625W,
SM,0402,200PPM/CEL,PBFREE
RES,MF,100KOHM,5%,.0625W,
SM,0402,200PPM/CEL,PBFREE
R202
0613952Q89
R502
Q202
4813973A32
R611
0613952R01
RES,MF,10KOHM,5%,.0625W,S
M,0402,200PPM/CEL,PB-FREE
R754
0613952Q91
RES,MF,5.6KOHM,5%,.0625W,S
M,0402,200PPM/CEL,PB-FREE
RES,MF,4.7KOHM,5%,.0625W,S
M,0402,200PPM/CEL,PB-FREE
R612
0613952Q94
RES,MF,7.5KOHM,5%,.0625W,S
M,0402,200PPM/CEL,PB-FREE
R755
0613952R15
RES,MF,39KOHM,5%,.0625W,S
M,0402,200PPM/CEL,PB-FREE
0613952Q45
RES,MF,68OHM,5%,.0625W,SM
,0402,200PPM/CEL,PB-FREE
R613
0613952Z41
RES,MF,2.4KOHM,1%,.0625W,S
M,0402,200PPM/CEL,PB-FREE
R759
0613952Q69
RES,MF,680OHM,5%,.0625W,S
M,0402,200PPM/CEL,PB-FREE
R503
0613952R10
RES,MF,24KOHM,5%,.0625W,S
M,0402,200PPM/CEL,PB-FREE
R614
0613952R66
RES,MF,0OHM,5%,.0625W,SM,
0402,PB-FREE
R761
0613952Q57
RES,MF,220OHM,5%,.0625W,S
M,0402,200PPM/CEL,PB-FREE
R504
0613952Q85
RES,MF,3.3KOHM,5%,.0625W,S
M,0402,200PPM/CEL,PB-FREE
R698
0613952R66
RES,MF,0OHM,5%,.0625W,SM,
0402,PB-FREE
R762
0613952R02
RES,MF,11KOHM,5%,.0625W,S
M,0402,200PPM/CEL,PB-FREE
R505
0613952R31
RES,MF,180KOHM,5%,.0625W,
SM,0402,200PPM/CEL,PBFREE
R699
0613952R66
RES,MF,0OHM,5%,.0625W,SM,
0402,PB-FREE
R764
0613952Q75
RES,MF,1.2KOHM,5%,.0625W,S
M,0402,200PPM/CEL,PB-FREE
R701
0613952Q49
R506
0613952Q53
RES,MF,150OHM,5%,.0625W,S
M,0402,200PPM/CEL,PB-FREE
RES,MF,100OHM,5%,.0625W,S
M,0402,200PPM/CEL,PB-FREE
R767
0613952Q45
RES,MF,68OHM,5%,.0625W,SM
,0402,200PPM/CEL,PB-FREE
R702
0613952R66
R507
0613952Q75
RES,MF,1.2KOHM,5%,.0625W,S
M,0402,200PPM/CEL,PB-FREE
RES,MF,0OHM,5%,.0625W,SM,
0402,PB-FREE
R772
0613952Q37
RES,MF,33OHM,5%,.0625W,SM
,0402,200PPM/CEL,PB-FREE
R705
0613952Q25
R508
0613952Q29
RES,MF,15OHM,5%,.0625W,SM
,0402,200PPM/CEL,PB-FREE
RES,MF,10OHM,5%,.0625W,SM
,0402,200PPM/CEL,PB-FREE
R773
0613952Q91
RES,MF,5.6KOHM,5%,.0625W,S
M,0402,200PPM/CEL,PB-FREE
R706
0613952R66
R509
0613952Q25
RES,MF,10OHM,5%,.0625W,SM
,0402,200PPM/CEL,PB-FREE
RES,MF,0OHM,5%,.0625W,SM,
0402,PB-FREE
R776
0613952Q39
RES,MF,39OHM,5%,.0625W,SM
,0402,200PPM/CEL,PB-FREE
R707
0613952R66
R511
0613952Q11
RES,MF,2.7OHM,5%,.0625W,S
M,0402,200PPM/CEL,PB-FREE
RES,MF,0OHM,5%,.0625W,SM,
0402,PB-FREE
R778
0613952Q55
RES,MF,180OHM,5%,.0625W,S
M,0402,200PPM/CEL,PB-FREE
R708
0613952Q49
R601
0613952Q41
RES,MF,47OHM,5%,.0625W,SM
,0402,200PPM/CEL,PB-FREE
RES,MF,100OHM,5%,.0625W,S
M,0402,200PPM/CEL,PB-FREE
R807
0613952R09
RES,MF,22KOHM,5%,.0625W,S
M,0402,200PPM/CEL,PB-FREE
R712
0613952Q67
R602
0613952Q63
RES,MF,390OHM,5%,.0625W,S
M,0402,200PPM/CEL,PB-FREE
RES,MF,560OHM,5%,.0625W,S
M,0402,200PPM/CEL,PB-FREE
R808
0613952R23
RES,MF,82KOHM,5%,.0625W,S
M,0402,200PPM/CEL,PB-FREE
XSTR,BIP GP SS,NPN,SM,
SC-70,SMT,50V,.202W,100MA,
PB-FREE
R713
0613952Q25
R603
0613952R25
RES,MF,100KOHM,5%,.0625W,
SM,0402,200PPM/CEL,PBFREE
RES,MF,10OHM,5%,.0625W,SM
,0402,200PPM/CEL,PB-FREE
R809
0613952Q91
RES,MF,5.6KOHM,5%,.0625W,S
M,0402,200PPM/CEL,PB-FREE
R714
0613952Q67
R811
0613952Q39
XSTR,FET GP PWR,P-CH,
ENHN,SM,SOT-23,20V,.4W,
PB-FREE
RES,MF,560OHM,5%,.0625W,S
M,0402,200PPM/CEL,PB-FREE
R604
0613952Q63
RES,MF,390OHM,5%,.0625W,S
M,0402,200PPM/CEL,PB-FREE
RES,MF,39OHM,5%,.0625W,SM
,0402,200PPM/CEL,PB-FREE
R716
0613952R66
RES,MF,0OHM,5%,.0625W,SM,
0402,PB-FREE
R812
0613952Q47
R605
0613952R01
RES,MF,10KOHM,5%,.0625W,S
M,0402,200PPM/CEL,PB-FREE
RES,MF,82OHM,5%,.0625W,SM
,0402,200PPM/CEL,PB-FREE
R721
0613952R01
RES,MF,10KOHM,5%,.0625W,S
M,0402,200PPM/CEL,PB-FREE
Q501
4813973M75
XSTR,BIP GP SS,PNP,BC858,
SOT-563,SMT,-30V,.357W,
-100MA,100MHZ
Q503
4885316E32
XSTR,BIP RF SML SGNL,SLCN,
BFR380F,SM,SMT,6V,380W,80A
,14MHZ,TR
Q601
4813973A04
XSTR,BIP GP SS,NPN,TA13,
SM,SOT-23,SMT,30V,.225W,
300MA,125MHZ,P
Q703
4813973M75
XSTR,BIP GP SS,PNP,BC858,
SOT-563,SMT,-30V,.357W,
-100MA,100MHZ
Q712
4813973M75
XSTR,BIP GP SS,PNP,BC858,
SOT-563,SMT,-30V,.357W,
-100MA,100MHZ
Q713
4805585Q32
XSTR,BIP RF SML SGNL,NPN,
NE662M04,SM,SOT-343,3.3V,
TRANSITO
Q714
4889394V04
XSTR,FET GP SS,MOSFET,
N-CH,ENHN,SM,20V,.25W,
PB-FREE TWO FETS
Q774
Q842
Q1101
Q1103
4885061Y01
4805585Q32
4813973A32
4813970A59
XSTR,BIP RF SML SGNL,NPN,
SM,12GHZ
XSTR,BIP RF SML SGNL,NPN,
NE662M04,SM,SOT-343,3.3V,
TRANSITO
Schematics, Boards Overlays, and Parts Lists: Transceiver (RF) Boards: UHF1
Ref.
Des.
Part Number
Description
R813
2113944A63
CAP,FXD,1PF,.25PF+/-,50V-DC,
0402,C0G,-55DEG CMIN,
125DEG CMAX,P
R815
0613952Q34
RES,MF,24OHM,5%,.0625W,SM
,0402,200PPM/CEL,PB-FREE
R818
0613952Q23
RES,MF,8.2OHM,5%,.0625W,S
M,0402,200PPM/CEL,PB-FREE
R819
0613952Q59
RES,MF,270OHM,5%,.0625W,S
M,0402,200PPM/CEL,PB-FREE
R822
0613952R08
RES,MF,20KOHM,5%,.0625W,S
M,0402,200PPM/CEL,PB-FREE
R823
0613952R19
RES,MF,56KOHM,5%,.0625W,S
M,0402,200PPM/CEL,PB-FREE
R827
0613952Q92
RES,MF,6.2KOHM,5%,.0625W,S
M,0402,200PPM/CEL,PB-FREE
R832
0613952Q29
RES,MF,15OHM,5%,.0625W,SM
,0402,200PPM/CEL,PB-FREE
R833
0613952Q49
RES,MF,100OHM,5%,.0625W,S
M,0402,200PPM/CEL,PB-FREE
R840
0613952Q29
RES,MF,15OHM,5%,.0625W,SM
,0402,200PPM/CEL,PB-FREE
R848
R849
R1102
R1103
R1104
R1105
0613952Q29
0613952Q67
0613952R25
06009259001
0613952Q49
0613952Q49
RES,MF,15OHM,5%,.0625W,SM
,0402,200PPM/CEL,PB-FREE
RES,MF,560OHM,5%,.0625W,S
M,0402,200PPM/CEL,PB-FREE
RES,MF,100KOHM,5%,.0625W,
SM,0402,200PPM/CEL,PBFREE
RES,SHUNT,.02OHM,.25W,SMD
,LOW RESISTANCE THK FLM
RES
RES,MF,100OHM,5%,.0625W,S
M,0402,200PPM/CEL,PB-FREE
0613952Q21
RES,MF,6.8OHM,5%,.0625W,S
M,0402,200PPM/CEL,PB-FREE
R1107
0613952Q45
RES,MF,68OHM,5%,.0625W,SM
,0402,200PPM/CEL,PB-FREE
0613952R23
Part Number
0613952Q49
RES,MF,100OHM,5%,.0625W,S
M,0402,200PPM/CEL,PB-FREE
R1116
0613952R01
RES,MF,10KOHM,5%,.0625W,S
M,0402,200PPM/CEL,PB-FREE
R1117
0613952R22
RES,MF,75KOHM,5%,.0625W,S
M,0402,200PPM/CEL,PB-FREE
R1121
0613952R12
RES,MF,30KOHM,5%,.0625W,S
M,0402,200PPM/CEL,PB-FREE
R1122
0613952R22
R1124
0613952R01
RES,MF,10KOHM,5%,.0625W,S
M,0402,200PPM/CEL,PB-FREE
R1114
0613952Q49
RES,MF,100OHM,5%,.0625W,S
M,0402,200PPM/CEL,PB-FREE
Ref.
Des.
Part Number
Description
R1144
0613952R25
RES,MF,100KOHM,5%,.0625W,
SM,0402,200PPM/CEL,PBFREE
R1145
0613952R25
RES,MF,100KOHM,5%,.0625W,
SM,0402,200PPM/CEL,PBFREE
R1146
0613952R25
RES,MF,75KOHM,5%,.0625W,S
M,0402,200PPM/CEL,PB-FREE
RES,MF,100KOHM,5%,.0625W,
SM,0402,200PPM/CEL,PBFREE
R1151
0613952R05
0613952Q42
RES,MF,51OHM,5%,.0625W,SM
,0402,200PPM/CEL,PB-FREE
RES,MF,15KOHM,5%,.0625W,S
M,0402,200PPM/CEL,PB-FREE
R1152
0613952R01
R1125
0613952R17
RES,MF,47KOHM,5%,.0625W,S
M,0402,200PPM/CEL,PB-FREE
RES,MF,10KOHM,5%,.0625W,S
M,0402,200PPM/CEL,PB-FREE
R1154
0613952R01
R1126
0613952R08
RES,MF,20KOHM,5%,.0625W,S
M,0402,200PPM/CEL,PB-FREE
RES,MF,10KOHM,5%,.0625W,S
M,0402,200PPM/CEL,PB-FREE
R1160
0613952R03
R1127
0613952R08
RES,MF,20KOHM,5%,.0625W,S
M,0402,200PPM/CEL,PB-FREE
RES,MF,12KOHM,5%,.0625W,S
M,0402,200PPM/CEL,PB-FREE
R1162
0613952R29
R1128
0613952R01
RES,MF,10KOHM,5%,.0625W,S
M,0402,200PPM/CEL,PB-FREE
RES,MF,150KOHM,5%,.0625W,
SM,0402,200PPM/CEL,PBFREE
R1135
0613952R66
RES,MF,0OHM,5%,.0625W,SM,
0402,PB-FREE
R1136
0613952R01
RES,MF,10KOHM,5%,.0625W,S
M,0402,200PPM/CEL,PB-FREE
R1137
0613952R01
RES,MF,10KOHM,5%,.0625W,S
M,0402,200PPM/CEL,PB-FREE
R1138
0613952R25
RES,MF,100KOHM,5%,.0625W,
SM,0402,200PPM/CEL,PBFREE
R1139
0613952R25
RES,MF,100KOHM,5%,.0625W,
SM,0402,200PPM/CEL,PBFREE
R1140
0613952R25
RES,MF,100KOHM,5%,.0625W,
SM,0402,200PPM/CEL,PBFREE
R1141
0613952R42
RES,MF,510KOHM,5%,.0625W,
SM,0402,200PPM/CEL,PBFREE
R1142
0613952R25
RES,MF,100KOHM,5%,.0625W,
SM,0402,200PPM/CEL,PBFREE
RES,MF,82KOHM,5%,.0625W,S
M,0402,200PPM/CEL,PB-FREE
R1110
Description
R1115
RES,MF,100OHM,5%,.0625W,S
M,0402,200PPM/CEL,PB-FREE
R1106
R1108
Ref.
Des.
8-45
R1143
0613952R25
RES,MF,100KOHM,5%,.0625W,
SM,0402,200PPM/CEL,PBFREE
Ref.
Des.
Part Number
Description
R1176
0613952Q73
RES,MF,1KOHM,5%,.0625W,SM
,0402,200PPM/CEL,PB-FREE
R1177
0613952R66
RES,MF,0OHM,5%,.0625W,SM,
0402,PB-FREE
R1178
0613952R01
RES,MF,10KOHM,5%,.0625W,S
M,0402,200PPM/CEL,PB-FREE
R1180
0613952R66
RES,MF,0OHM,5%,.0625W,SM,
0402,PB-FREE
R1182
0613952R01
RES,MF,10KOHM,5%,.0625W,S
M,0402,200PPM/CEL,PB-FREE
R1183
0613952Q73
RES,MF,1KOHM,5%,.0625W,SM
,0402,200PPM/CEL,PB-FREE
R1184
0613952Q81
RES,MF,2.2KOHM,5%,.0625W,S
M,0402,200PPM/CEL,PB-FREE
R1307
0613952Q73
RES,MF,1KOHM,5%,.0625W,SM
,0402,200PPM/CEL,PB-FREE
R1601
0613952Q96
RES,MF,9.1KOHM,5%,.0625W,S
M,0402,200PPM/CEL,PB-FREE
R1602
0613952R01
RES,MF,10KOHM,5%,.0625W,S
M,0402,200PPM/CEL,PB-FREE
R1163
0613952R01
RES,MF,10KOHM,5%,.0625W,S
M,0402,200PPM/CEL,PB-FREE
R1603
0613952R02
R1164
0613952R01
RES,MF,10KOHM,5%,.0625W,S
M,0402,200PPM/CEL,PB-FREE
RES,MF,11KOHM,5%,.0625W,S
M,0402,200PPM/CEL,PB-FREE
R1604
0613952R13
R1165
0613952Q56
RES,MF,200OHM,5%,.0625W,S
M,0402,200PPM/CEL,PB-FREE
RES,MF,33KOHM,5%,.0625W,S
M,0402,200PPM/CEL,PB-FREE
R1605
0613952Q73
R1166
0613952Q56
RES,MF,200OHM,5%,.0625W,S
M,0402,200PPM/CEL,PB-FREE
RES,MF,1KOHM,5%,.0625W,SM
,0402,200PPM/CEL,PB-FREE
R1606
0613952H61
R1167
0613952R01
RES,MF,10KOHM,5%,.0625W,S
M,0402,200PPM/CEL,PB-FREE
RES,MF,330OHM,5%,.1W,SM,
0603,200PPM/CEL,PB-FREE
R1801
0685524Y01
RES,0OHM
R1168
0613952Q49
RES,MF,100OHM,5%,.0625W,S
M,0402,200PPM/CEL,PB-FREE
R2006
0613952R01
RES,MF,10KOHM,5%,.0625W,S
M,0402,200PPM/CEL,PB-FREE
R1169
0613952P52
RES,MF,340KOHM,1%,.0625W,
SM,0402,200PPM/CEL,PBFREE
R2007
0613952R01
RES,MF,10KOHM,5%,.0625W,S
M,0402,200PPM/CEL,PB-FREE
R2008
0613952R01
R1170
0613952P01
RES,MF,100KOHM,1%,.0625W,
SM,0402,200PPM/CEL,PBFREE
RES,MF,10KOHM,5%,.0625W,S
M,0402,200PPM/CEL,PB-FREE
R2009
0613952R01
RES,MF,10KOHM,5%,.0625W,S
M,0402,200PPM/CEL,PB-FREE
R1171
0613952R66
RES,MF,0OHM,5%,.0625W,SM,
0402,PB-FREE
R2010
0613952Q73
RES,MF,1KOHM,5%,.0625W,SM
,0402,200PPM/CEL,PB-FREE
R1172
0613952Q89
RES,MF,4.7KOHM,5%,.0625W,S
M,0402,200PPM/CEL,PB-FREE
R2011
0613952Q73
RES,MF,1KOHM,5%,.0625W,SM
,0402,200PPM/CEL,PB-FREE
R1174
0613952R01
RES,MF,10KOHM,5%,.0625W,S
M,0402,200PPM/CEL,PB-FREE
R2021
0613952R22
RES,MF,75KOHM,5%,.0625W,S
M,0402,200PPM/CEL,PB-FREE
R1175
0613952R66
RES,MF,0OHM,5%,.0625W,SM,
0402,PB-FREE
8-46
Ref.
Des.
Schematics, Boards Overlays, and Parts Lists: Transceiver (RF) Boards: UHF1
Part Number
Description
Ref.
Des.
Part Number
Description
Ref.
Des.
Part Number
Description
Ref.
Des.
Part Number
Description
R2022
0613952R27
RES,MF,120KOHM,5%,.0625W,
SM,0402,200PPM/CEL,PBFREE
U201
5175771A99
IC,LNR V REGLTR,FXD,100MA,
VFBGA,LOW NOISE, 100MA
LINEAR REGL
U1104
5185941F56
IC,OP AMP,1PER PKG,RAILRAIL,SOIC,IC SNGL LV LP OP
AMP
U1137
5164852H16
IC,TRANSLATING,2PER PKG,
LVC2T45,TRANSCEIVER W/
VOLTAGE TRANSLATI
R2023
0613952R01
RES,MF,10KOHM,5%,.0625W,S
M,0402,200PPM/CEL,PB-FREE
U202
5175772B02
U1105
5180390L83
IC,CNTLR,SM,1PER PKG
U1138
5164852H16
U1106
5175772B05
R2024
0613952Q37
RES,MF,33OHM,5%,.0625W,SM
,0402,200PPM/CEL,PB-FREE
IC,LNR V REGLTR,FXD,1.8V,
100MA,VFBGA,LINEAR
REGLTR 100MA 1.8
IC,LTC5532ES6,SOT-23,1PER
PKG,PRCN RF DET
IC,TRANSLATING,2PER PKG,
LVC2T45,TRANSCEIVER W/
VOLTAGE TRANSLATI
U1111
5175771A26
IC,SW,50OHM,CMOS FET SW
SPDT, 10WATTS
U1139
5164852H16
U1112
5175772B04
IC,HMC468LP3E,QFN,1 DB LSB
GAAS MMIC ATTEN
IC,TRANSLATING,2PER PKG,
LVC2T45,TRANSCEIVER W/
VOLTAGE TRANSLATI
U1141
5185941F56
U1113
5185941F56
IC,OP AMP,1PER PKG,RAILRAIL,SOIC,IC SNGL LV LP OP
AMP
IC,OP AMP,1PER PKG,RAILRAIL,SOIC,IC SNGL LV LP OP
AMP
U1142
5185941F56
IC,OP AMP,1PER PKG,RAILRAIL,SOIC,IC SNGL LV LP OP
AMP
U1143
5185941F56
IC,OP AMP,1PER PKG,RAILRAIL,SOIC,IC SNGL LV LP OP
AMP
U1144
5171779H01
IC,ANLG SW,SC70,SC70-6,
1PER PKG,SPDT ANLG SW
U1146
5109522E93
GATE,OR,SN74LVC1G32YZPR,
1PER PKG,SM,2 INPUT IN
NANO PKG
U1147
5109522E94
GATE,AND,1PER PKG,SM,
2 INPUT IN NANO PKG
U1148
5185941F56
IC,OP AMP,1PER PKG,RAILRAIL,SOIC,IC SNGL LV LP OP
AMP
U1149
5185941F45
ATTEN,VAR,14.4DBMIN,15.6DB
MAX,0-2000 MHZFREQ,50OHM,
PCMT,SOT-25
R2025
0613952Q11
RES,MF,2.7OHM,5%,.0625W,S
M,0402,200PPM/CEL,PB-FREE
R2035
0613952Q75
RES,MF,1.2KOHM,5%,.0625W,S
M,0402,200PPM/CEL,PB-FREE
SH1
26009322001
SHLD,CAN,STL,PLTD,SHIELD,
RF PA
SH2
2675872B01
SHLD,STL,SN PLT,SHIELD,
XTAL
SH3
2675873B01
SHLD,STL,SN PLT,SHIELD,
ABACUS
SH4
26009323001
SHLD,CAN,STL,PLTD,SHIELD,
DC FLTR
SH5
26009327001
SHLD,CAN,STL,PLTD,SHIELD,
OUT MATCH
SH6
26009320001
SHLD,CAN,STL,PLTD,SHIELD,
ALC
SH7
2675874B01
SHLD,STL,SN PLT,SHIELD,
MXR
SH8
2675932B01
SHLD,SHIELD, 2ND LO VCO
SH9
26009319001
SHLD,CAN,STL,PLTD,SHIELD,
VCO
SH10
26009324001
SHLD,CAN,STL,PLTD,SHIELD,
HAR FLTR
U203
5175772B01
IC,LNR V REGLTR,FXD,1.5V,
350MA,VFBGA,LINEAR V
REGLTR 350MA
U506
5164852H82
IC,MXR,IC, MIXER/ BFR
U601
5102495J14
IC,IF,IF DIGITILIZING
SUBSYSTEM IC,AD9864,QFN
U602
4885316E32
XSTR,BIP RF SML SGNL,SLCN,
BFR380F,SM,SMT,6V,380W,80A
,14MHZ,TR
U603
5109522E84
IC,DUAL SCHMITT TRIG
MICRO PAK
U604
5109522E84
IC,DUAL SCHMITT TRIG
MICRO PAK
U605
5164852H16
IC,TRANSLATING,2PER PKG,
LVC2T45,TRANSCEIVER W/
VOLTAGE TRANSLATI
U606
5164852H16
IC,TRANSLATING,2PER PKG,
LVC2T45,TRANSCEIVER W/
VOLTAGE TRANSLATI
U607
5186311J24
IC,BFR,1PER PKG, NC7SZ125,
ACTIVE HIGH,BFR,3ST,SM,5.5
U702
5164015H28
IC,CUST,MULTI PROTOCOL/
BAND TRANSCVR IC,SM,BGA,
TRIDENT, INTEG
U703
5175772B06
IC,SERIAL INTERFACE I/O
EXPANDER,QFN,24BITS,28PORT I/O EXPA
SH11
26009321001
SHLD,CAN,STL,PLTD,SHIELD,
RX FRNT END
SH12
2675933B01
SHLD,SHIELD, IF AMP
U709
5171972L01
IC,SW,SP3T RF SW
SH13
26009325001
SHLD,CAN,STL,PLTD
U710
5171972L01
IC,SW,SP3T RF SW
SH14
26009326001
SHLD,CAN,STL,PLTD,SHIELD,
DC REGLTR
U746
4805218N63
XSTR,GEN PURPOSE SMALL
SIG,SOT-323,BROADBAND &
XSTR BF
T503
2575851B01
XFMR,BALUN,RF XFMR BALUN
T504
2575851B01
XFMR,BALUN,RF XFMR BALUN
T505
2575851B01
XFMR,BALUN,RF XFMR BALUN
U101
5105443X07
IC,SERIAL EEPROM,32/64
KBIT,DFN,EEPROM 32KBIT
SER SPI BUS
U1102
IC,VREG/SWG,LP2989,SM,MINI
SO-8 HI PRCN REG 5V
U1103
U200
5188493T01
U1101
5188032U43
5175772B03
5185070Y01
U1114
U1116
5185941F56
5109522E93
IC,OP AMP,1PER PKG,RAILRAIL,SOIC,IC SNGL LV LP OP
AMP
GATE,OR,SN74LVC1G32YZPR,
1PER PKG,SM,2 INPUT IN
NANO PKG
U1117
5103535B53
IC,INVTR,DL,NC7WZ04L6X,2PE
R PKG,SC70
U1118
5109522E93
GATE,OR,SN74LVC1G32YZPR,
1PER PKG,SM,2 INPUT IN
NANO PKG
U1119
5109522E94
GATE,AND,1PER PKG,SM,2
INPUT IN NANO PKG
U1121
5114000B52
IC,XOR,LOGIC LEVEL
SHIFTER,1PER PKG,SM,SOT353,PB-FREE
U1125
5175206H01
IC,DAC,W/ 5 PPM/C INT REF
U1126
5109817F77
IC,COMPTR,LMV7275,SC70-5
U1150
51009381001
U1127
5171779H01
IC,ANLG SW,SC70,SC70-6,
1PER PKG,SPDT ANLG SW
IC,MICROPOWER SOT-23 V
REF
U1304
5105739X13
IC,AMP,SIGE,QFN,QFN,18DB,
1.57GHZMIN,1.57GHZMAX,
.9DB,SIGE GPS LO
U1128
5188085K11
IC,NAND,SINGLE 2 INPUT,
SN74LVC1G00YZPR,SM,GATE,
POS,5 DSBGA,PB-
U1601
5175143H01
IC,WIDE SPLY RANGE OP AMP
U1129
5175143H01
IC,WIDE SPLY RANGE OP AMP
U1602
5115678H01
U1130
5175143H01
IC,WIDE SPLY RANGE OP AMP
U1131
5109817F77
IC,COMPTR,LMV7275,SC70-5
IC,RF AMPLIFIER,BGA,
TSSOP16EP,30MHZMIN,941MH
ZMAX,VHF/UHF/800
U1132
5114007M28
U2032
4885316E32
RF SWITCH,RF SWITCH,10W,
RECONFIGURABLE 10W SP5T/
3T RF SWITC
IC,F-F/D,1PER PKG,17SZ74,
N-I,SM,SOIC8,PB-FREE
XSTR,BIP RF SML SGNL,SLCN,
BFR380F,SM,SMT,6V,380W,80A
,14MHZ,TR
U1133
5171779H01
IC,ANLG SW,SC70,SC70-6,
1PER PKG,SPDT ANLG SW
VR101
4813977M29
IC,TEMP SENS
DIODE,VREF,MBZ5250,SM,SOT
-23,20V,.225W,ZEN
U1136
5109522E94
GATE,AND,1PER PKG,SM,2
INPUT IN NANO PKG
VR200
4813977M29
DIODE,VREF,MBZ5250,SM,SOT
-23,20V,.225W,ZEN
IC,SENSING CIRCUIT,INA138,
SM,SOT-23/5,1PER PKG,PB
FREE
Schematics, Boards Overlays, and Parts Lists: Transceiver (RF) Boards: UHF1
Ref.
Des.
Part Number
VR601
4805656W87
DIODE,VCTR, @ 15V,1SV279,
SOD-523/SC-79,SOD-523/SC79
VR602
4805656W87
DIODE,VCTR, @ 15V,1SV279,
SOD-523/SC-79,SOD-523/SC79
VR2005
4815096H01
DIODE,VCTR, @ 10V,1SV305G,
SM,VCTR DIODE 1SV305
VR2006
4815096H01
DIODE,VCTR, @ 10V,1SV305G,
SM,VCTR DIODE 1SV305
VR2007
4815096H01
DIODE,VCTR, @ 10V,1SV305G,
SM,VCTR DIODE 1SV305
VR2008
4815096H01
DIODE,VCTR, @ 10V,1SV305G,
SM,VCTR DIODE 1SV305
VR2010
4815096H01
DIODE,VCTR, @ 10V,1SV305G,
SM,VCTR DIODE 1SV305
VR2020
4815096H01
DIODE,VCTR, @ 10V,1SV305G,
SM,VCTR DIODE 1SV305
Y701
4871886H01
OSC,TCXO,16.8MHZ,SM,16.8
MHZ VCTXO .8PPM
Y704
5164852H68
OSC,VOLTAGE CONTROLLED,
411MHZ MAX,270MHZ MIN,SM,
M9LX7WX2.5H,I
Y705
5164852H66
OSC,VOLTAGE CONTROLLED,
520MHZ MAX,380MHZ MIN,SM,
M9LX7WX2.5H,I
Description
8-47
8-48
Schematics, Boards Overlays, and Parts Lists: Transceiver (RF) Boards: UHF1
E2021
1
2
R2023
10K
1
R2021
75K
R2024
33
BC858CD
Q2022
347
C2023
100PF
5
3
6
2
4
DC_LIN_1_8V_A
INPORT IN
C2024
4.7UF
BC858CD
Q2022
R2025
2.7
R2022
120K
2
L2008
5.6NH
C2029
22PF
C2052
22PF
C2035
3.3PF
TL_RX_UHF1_FE_IN
VR2007
1SV305
VR2006
1SV305
2
1
L2009
18NH
C2020
4.7UF
C2056
7.5PF
C2022
100PF
L2034
56NH
C2044
9.1PF
C2032
100PF
C2038
1.8PF
1
Figure 8-29. NUE7369A Receiver Front End Circuit
VR2010
1SV305
2
C2041
0.1UF
C2059
3.3PF
C2064
7.5PF
C2061
3.3PF
RF_RX_UHF1_FE_OUT
U2032
BFR380F
L2017
82NH
C2042
2.7PF
2
C2036
1.5PF
C2037
2.4PF
C2001
0.1UF
DNP
R2001
1K
DNP
L2036
1.6NH
C2060
2.2PF
L2019
15NH
VR2020
1SV305
2
L2016
15NH
C2063
22PF
OUT
R2035
1.2K
1
C2033
68PF
C2058
2.7PF
L2012
5.6NH
C2057
22PF
VR2008
1SV305
2
1
L2035
22NH
C2053
7.5PF
C2039
3.3PF
L2015
91NH
L2013
18NH
L2014
18NH
2
3
L2010
18NH
VR2005
1SV305
C2028
7.5PF
R2009
10K
R2007
10K
1
1
INPORT IN
R2008
10K
1
R2006
10K
0.1UF
ANA_RX_FE_TUNE
C2026 0.1UF
ANA_RX_FE_TUNE
C2021
0.1UF
DNP
C2025 100PF
IN
C2055
R2010
9.1K
100PF
INPORT
C2054
R2011
9.1K
INPORT IN
OUTPORT
Schematics, Boards Overlays, and Parts Lists: Transceiver (RF) Boards: UHF1
IN
IN
IN
IN
8-49
DC_LIN_1_5V
DC_LIN_1_875V_D
DC_LIN_2_775V
DC_LIN_5V
DC_LIN_2_775V
DC_LIN_1_5V
OUT
OUT
DC_LIN_2_775V
C715
.1UF
DC_LIN_2_775V
L720
2.2UH
DC_LIN_1_875V_D
DC_LIN_2_775V
DC_LIN_2_775V
DIG_CTRL_LOCK
DIG_DATA_SPI_MISO
4
5
6
A1
A2
A3
K1
K2
K3
L735
2.2UH
L738
2.2UH
DIG_CTRL_SPI_TRIDENT_PE
C737
.1UF
C730
.1UF
DIG_DATA_SPI_MOSI
NC
C716
.1UF
L733
2.2UH
L727
2.2UH
C726
.1UF
D722
IMN10
3
2
1
DIG_SPI_CLK
C734
.1UF
DIG_TX_SSI_FS
C717
.1UF
DIG_TX_SSI_CLK
C718
.1UF
DIG_DATA_TX_SSI
C725
.1UF
DIG_CTRL_SSI_TRIGGER
D723
IMN10
OUT
IN
IN
IN
OUT
OUT
IN
IN
3
2
1
NC
K1
K2
K3
NC
A1
A2
A3
NC
4
5
6
NC
NC
C719
.1UF
C724
10UF
OUT
RF_HP_MOD_OUT
DIG_DATA_AUX_SPI_MISO
SCAN_EN C7
ANA_CHARGE_PUMP
DC_SUPER_FILTER_5V
D9
SPI_DR D8
CEX D10
SPI_DW C11
SPI_CLK
C756
10UF
F9
F10
F11
F7
D11
E9
E8
D7
J2
L3
K1
K2
H2
C757
.1UF
U703
MAX7301ATL
32
SCLK
35
NC
NC
NC
NC
NC
L9
OUT
OUT
OUT
OUT
DIG_DATA_AUX_SPI_MISO
29
27
25
23
22
21
R754 RF BRD ID
5.6K
19
18
R753
RF BRD ID
17
5.6K
R752 16
RF BRD ID
5.6K 15
G2
C749
.1UF
NC
NC
R755
39K
RF_PRESCALAR
DIG_CTRL_TXH1
40
P4
P5
P6
P7
P8
P9
P10
P11
P12
P13
P14
P15
P16
P17
P18
P19
P20
30
28
26
24
1
3
5
7
2
4
6
8
9
10
12
13
14
NC
C1 11
NC2 20
NC3 31
NC
NC
NC
36 ISET
P31
P30
P29
P28
P27
P26
P25
P24
P23
P22
P21
37 GND1
38 GND2
39 GND3
G1 GND4N
G3
OUT
R707
0
H1
M_PRSCX G1
M_PRSC
MN_CP
DIG_CTRL_TR
DIG_CTRL_TR
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
J8
H8 EF_OUTP
EF_OUTM
E5
D5 GPO1_TEST1
E6 GPO2_TEST2
C5 GPO3_TEST3
GPO4_TEST4
H11
H10 VMULTI1
VMULTI2
B7
A7 ASPI_CLK
C6 ASPI_DATA
D6 ACE1_GPO7
A1 ACE2_GPO8
A11 NC1
NC2
L1
L11 NC3
E3 NC4
F3 NC5
NC6
K10
L10 CLK_CP
K11 CLK_EMIT
C10 CLK_BASE
RSTB
K5
L5 REF_IN
B10 REF_OSC_OUT
K4 SDM_CLK_GEN_GND
L4 SF_SPLY
J5 SF_BYP
H5 SF_OUT
SENS
NC
NC
NC
MN_ADAPT_CP
DIG_CTRL_TU1H
C758
.047UF
NC
NC
NC
34 CS
33 DIN
HP_MOD_OUT
OUT
DC_LIN_2_775V
DOUT
TXFS
TXCLK
TXD
DMCS
RXD
RXCLK
RXFS
RXACQ
ESC_IN
ESC_CP
ESCD2_OUT
ESCD2_OUTX
ESC_INX
OUT
R706
0
V_POS
G6
H6
A8
E10
E7
B4
C4
G8
TX_DAC_GND
TX_DAC_VCC
ASPI_VCC
SSI_GND
TM
TEST1_LCKDET
TEST2
LVCC1
F2
F1
MN_CP_VCC G9
LGND1
MN_CP_GND
H9
J9
H7
B11
B8
J4
E11
J1
G7
L2
H3
K3
J3
G5
H4
G4
J6
CLK_VCC
CLK_GND
TX_VCC
SDM_CLK_GEN_VCC
ASPI_GND
SF_GND
SSI_VCC
ESC_GND
TX_GND
ESC_CPBIAS
ESC_VCC
ESC_CP_GND
ESC_CP_VCC
MAIN_GND
ESC_TEST
MAIN_VCC
REF_VCC
AGC_REF
AGC_FLAG
AUX_DAC
RFSTEPA_GPO6
AGC_DAC
DC_CAL_GPO5
BP_I
RXI
RXIX
BP_IX
SDM_VAG
BP_Q
RXQ
RXQX
BP_QX
SCAN_IN
RX_EN_OUT
ICAP
QCAP
CLK_OUT
TCLK
NTXQ
TXQ
NTXI
TXI
INCR_DECR
PHCLK
FBQ
FBI
K9
F6 SUB1
F4 SUB2
G10 SUB3
DEEPSLEEP
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
D3
A6
K6
A5
C3
B5
B2
C1
C2
B1
A10
E1
D1
D2
E2
F5
B6
J7
K7
J10
J11
L6
L7
K8
L8
F8
G11
A3
A4
NC
NC
NC
NC
SDM_REF_VCC
SDM_VREFM
SDM_VREFP
RX_AVCC1
RX_AGND1
RX_AVCC2
SDM_REF_GND
RX_AGND2
A9
C9
C8
D4
E4
A2
B9
B3
ANA_ADAPT_CHARGE_PUMP
U702
15H28
DIG_CTRL_F
OUT
OUT
NC
NC
NC
DIG_CTRL_C
NC
NC
NC
DIG_CTRL_VTUR1
OUT
OUT
NC
NC
NC
DIG_CTRL_UT1
DIG_CTRL_UT2
OUT
OUT
DC_LIN_1_875V_D
R721
10K
DC_LIN_5V
DC_LIN_2_775V
DC_LIN_2_775V_16_8_MHZ_IN
DIG_CTRL_ATTH
C742
.1UF
DIG_CTRL_I_LIMIT
DIG_CTRL_RMTH
DIG_CTRL_G
1 VCONT
C732
100PF
OUTPUT
NC1
NC2
NC3
NC4
3
5
6
7
8
NC
NC
NC
NC
OUT
DIG_CTRL_UR2
OUT
OUT
OUT
OUT
3
C739
10PF
C750
.1UF
U746
BFQ67W
1
C736
.01UF
2
R729
22K
Y701
1XTV16800VDA
16.8MHZ
DIG_CTRL_B
R702
0
R745
22K
C731
.1UF
OUT
DC_LIN_2_775V_16_8_MHZ_IN
L741
2.2UH
L728
390NH
4
RF_PRESCALAR
VCC
IN
DIG_CTRL_RSTB
2 GND
IN
C744
10UF
R743
47K
C752
.01UF
R751
270
L753
2.2UH
C710
560PF
DNP
C711
56PF
DNP
CLK_16_8_MHZ
C754
56PF
OUT
C712
270PF
DNP
Figure 8-30. NUE7369A Frequency Generation Unit (Synthesizer) Circuit – 1 of 2
8-50
Schematics, Boards Overlays, and Parts Lists: Transceiver (RF) Boards: UHF1
1
TP853
TEST_POINT
IN
IN
IN
IN
DC_LIN_1_5V
C831
100PF
DC_SUPER_FILTER_5V
DC_LIN_5V
DIG_CTRL_TR
Q714
NTZD3154N
DIG_CTRL_G
2
U710
SKY13251
V1
RF1 4
V2
RF2 5
V3
RF3 8
RFC
NC CGND
1
6
2
5
3
4
OUT
R714
560
NC
ANA_CHARGE_PUMP
NC
NC
NC
DC_LIN_1_5V
NC
R764
1.2K
ANA_VTUNE
L821
390NH
R759
680
C762
.039UF
C766
6800PF
C769
.016UF
C703
100PF
DNP
R832
15
C806
.22UF
C838
1000PF
R827
6.2K
R767
68
ANA_ADAPT_CHARGE_PUMP
L846
390NH
C844
47PF
R849
560
R822
20K
1
IN
R712
560
TL_RX_LO
DIG_CTRL_F
3
6
7
1
IN
R713
10
2
Q703
BC858CD
5
C851
220PF
C836
47PF
R848
15
R716
10
6
3
Q703
BC858CD
4
IN
G1
IN
C763
.082UF
C765
.082UF
C768
.082UF
C770
.082UF
DC_LIN_1_5V
R823
56K
L806
390NH
C830
220PF
R811
39
C814
1000PF
R809
5.6K
4
R715
560
R701
100
Q842
NE662M04
3
C816
100PF
L817
390NH
R819
270
4
1
R807
22K
2
Q712
BC858CD
5
C820
220PF
R813
680
R705
10
C709
220PF
3
6
Q712
BC858CD
R833
100
1
C802
.22UF
R840
15
C702
220PF
2
C760
.082UF
R808
82K
C794
100PF
R762
11K
C792
0.1UF
SEL2
GND1
GND2
GND3
GND4 VCC
GND5
GND6
7 VTUNE
DIG_CTRL_UT1 3
SEL1
5
DIG_CTRL_UT2
2
6
8
9
10
12
POUT
1
DC_LIN_1_5V
C704
62PF
3
6
7
1
L701
390NH
R773
5.6K
NC
RF_HP_MOD_OUT
DC_SUPER_FILTER_5V
11
IN
R761
220
U709
SKY13251
4 RF1
V1
5 RF2
V2
8 RF3
V3
CGND RFC
G1
NC
C759
.22UF
R818
8.2
3
1
4
NC
Y704
V0225AZ
309MHZ/379MHZ
4
R708
100
Q713
NE662M04
C795
100PF
NC 4
NC
Y705
V0225AZ
415MHZ/485MHZ
C771
100PF
R772
33
Q774
NE68519
2
C775
1000PF
TP780
TEST_POINT
C777
33PF
1
1
C813
1PF
3
NC
2
6
8
9
10
12
DIG_CTRL_UR2
POUT
R812
82
C701
220PF
R815
24
1
DIG_CTRL_VTUR1
7 VTUNE
3 SEL1
5
C810
220PF
2 NC
C783
1500PF
SEL2
GND1
GND2
GND3
GND4 VCC
GND5
GND6
11
C791
0.1UF
2
DC_SUPER_FILTER_5V
C779
100PF
R776
39
OUT
R778
180
IN
IN
IN
IN
IN
IN
DIG_CTRL_VTUR1
DIG_CTRL_UR2
DIG_CTRL_UT1
DIG_CTRL_UT2
DIG_CTRL_C
DIG_CTRL_B
Figure 8-31. NUE7369A Frequency Generation Unit (VCO) Circuit – 2 of 2
RF_PRESCALAR
TL_TX_LO
OUT
R717
560
Schematics, Boards Overlays, and Parts Lists: Transceiver (RF) Boards: UHF1
IN
IN
8-51
FILT_RAW_B+
TX_7V_1
2
1
L1602
110NH
L1603
180NH
2
C1608
100PF
8
NC1
9
NC2
10
NC3
15
NC4
C1604
100PF
C1612
100PF
DNP
L1619
22NH
C1616
43PF
3
4
C1620
47PF
8
C1621
22PF
C1622
16PF
C1624
15PF
C1628
3.9PF
L1620
2.2NH
1
C1629
3300PF
C1609
100PF
R1605
1K
2
C1630
3300PF
R1603
22K
R1604
33K
5
R1601
9.1K
L1604
3.9NH
DNP
C1607
20PF
TL_PA2HF_1
OUT
L1610
8NH
1
2
3
5
6
7
C1610
2.2PF
C1606
100PF
C1605
.01UF
C1613
100PF
L1605
3.9NH
Q1601
GND1
GND2
GND3
GND4
EP
L1601
15NH
6
7
2
3
C1625
100PF
L1609
2.55NH
4
5
12
13
17
IN
U1602
SRFIC5668
16
RFOUT1
RFIN
1
VCNTRL RFOUT2
14
VD1
VG1
11
G2
VG2
C1601
100PF
C1623
1.2PF
C1611
.01UF
R1606
330
RF_IN_1
L1606
23.75NH
2
C1619
15PF
1
2
1
C1603
.01UF
1
C1602
100PF
2
2
1
1
C1618
100PF
C1615
100PF
C1617
.01UF
U1601
LMV841
4
1
2
IN
VC_1
R1602
10K
Figure 8-32. NUE7369A Power Amplifier Circuit
Schematics, Boards Overlays, and Parts Lists: Transceiver (RF) Boards: UHF1
4
U703_7
Figure 8-33. NUE7369A Transceiver (RF) Board Layout – Side 1
R1121_11
R1143_11
F200_2
R1114_11
6
R1176_11
R1152_11
U1131_11
4 3
R1177_11
R1145_11 R1174_11
C717_7
C718_7
C734_7
R721_7
L735_7
C726_7
C736_7
2
Y701_7
L741_7
4
3
C771_7
R772_7
SH13
R778_7
3
2
C752_7
C712_7
L753_7
C754_7
R702_7
R745_7
L728_7
C750_7
R751_7
C710_7
R743_7
U746_7
C744_7
C739_7
C711_7
Q774_7 R776_7
C749_7
C779_7
C725_7
R773_7
R512_5
6
TP780_7
A2 D1
C1
U1147_11
VR101_1
3
2
U1138_11
A2
D2
C2
U1137_11
D1
A2
D2
C1113_11
C1110_11
D723_7
3
U702_7
U1146_11
C101_1
C724_7
C742_7
L738_7
C203_2
L1102_11
4
R729_7 C732_7
L1
3
SH2
L11
C737_7
R707_7
R752_7
R755_7
C758_7
R840_7
L727_7
R753_7
6
4
3
4
5
U101_1
C731_7
T505_5
SH3
3
A11
L701_7
4
4
8
C719_7
R754_7
3
Q842_7
3
Q714_7
6
R101_1
L733_7
40
30
R833_7 4
C605_6
C601_6
3
C716_7
10
20
L720_7
C851_7 R848_7
C844_7
L846_7
C715_7
E601_6
L601_6
4
3
C202_2
R103_1
R1112_11
C1107_11
2
4
L200_2
SH4
D722_7
C806_7
R849_7
R823_7
6
R701_7
C777_7
2
C1105_11
U1144_11
Q202_2
C836_7
C702_7
6
6
E201_2
R1107_11
2
R1183_11
C201_2
R1116_11
R202_2
2
3
C775_7
FL501_5
5
L602_6
C838_7
R832_7
R714_7
C610_6
C603_6
R607_6 C629_6
3
2
E607_6
C643_6
Q601_6
C611_6
R601_6
48
C617_6
C621_6
C623_6
C626_6
E606_6
C628_6
C636_6
R624_6
TP602_6
R633_6
TP601_6
C615_6
36
4
3
U603_6
R616_6
R822_7
6
E602_6
R1106_11
U1116_11
A2
SH10
C830_7
C515_5
4
3
U710_7
C604_6
R713_7
L603_6
C616_6
L503_5
C514_5
C607_6
6
R712_7
C831_7
C523_5
6
R502_5
C602_6
U601_6
R618_6
3
4
6
U604_6
R617_6
R610_6
R827_7
3
4
T504_5
E605_6
12
L502_5
E603_6
6
U607_6
3
4
6
R699_6
C612_6
C634_6
Q703_7
C613_6
C637_6
R623_6
R698_6
C641_6
R604_6
C606_6
E604_6
L605_6
C635_6
C642_6
R603_6
24
E609_6
R608_6
C614_6
R621_6
R611_6
R614_6
R620_6
R615_6
U605_6
A2
D2
D1
E608_6
C624_6
C620_6
VR601_6
C632_6
L821_7
C1125_11
R1184_11
SH14
C622_6
C1141_11
5
R1122_11
R1117_11
C217_2
3
2
C214_2
C213_2
C207_2
A2
R1154_11
D1
D2
6
U1125_11
R1115_11
L1101_11
25
17
R201_2
C204_2
C216_2
C208_2
U201_2
B1
5
10
R1168_11
1
Q201_2
C206_2
4
U1133_11
U1139_11
C1116_11
U1106_11
4
U200_2
8
C215_2
C209_2
U202_2
U1102_11
U1118_11
A2
B1
C210_2
U203_2
C205_2
D200_2
5
6
3
U1119_11
C1
C2 A2
4 3
U1117_11
C1152_11
SH5
4
R1104_11
5
5
U1112_11
R1105_11
C1618_17
C1165_11
C1129_11
C1104_11
9
C1122_11
L1108_11
3
4
8
16
C1142_11
L1114_11
C1628_17
9
13
L1103_11
C1150_11
U1149_11
C1149_11
L1104_11
C1132_11
R1186_11
L1811_18
C1623_17
C212_2
A3 C3
C1
C1118_11
C1807_18
C1622_17
C1621_17
C1620_17
R1801_18
12
L1803_18
U606_6
A2
D2
D1
4
C1126_11
R1124_11
C1625_17
R619_6
U1105_11
C1822_18
L1610_17
L1606_17
5
C730_7
C1804_18
C1827_18
C1826_18
8
R1162_11
C1112_11
C1117_11 R1163_11
L1809_18
C1820_18
C1619_17
R1606_17
L1609_17
C1803_18
R1151_11
C1111_11
C1624_17
C1821_18
8-52
R1102_11
C2061_19
C1616_17
R1605_17
L1619_17
C516_5
C1615_17
C1617_17
R1127_11
R1128_11
3
TP116_1
TP111_1
TP106_1
TP112_1
M104_1
4
U1121_11
5
TP107_1
R1126_11
C640_6
R613_6
C639_6
VR602_6
TP117_1
C638_6
U602_6 C625_6
R605_6
C631_6
C608_6
C618_6
2
R602_6 C619_6
C609_6
R612_6
TP110_1
R506_5
Q501_5
L506_5
R511_5
R508_5 C521_5
L507_5
C520_5
C525_5
Q503_5
L504_5
2
E501_5
C517_5
R505_5
4
TP108_1
3
U1113_11
M103_1
R1129_11
R1130_11
4
5
C1120_11
C528_5 C529_5 R501_5
6
5
10
U506_5
16
R503_5
R808_7
R812_7
R815_7 C701_7
3
C519_5 R507_5
C522_5
L817_7
C814_7
C795_7
L505_5
R811_7
C704_7
6
6
R809_7
3
2
C820_7
R705_7
C709_7
3
2
12
C792_7
R818_7
C518_5
3
4
Q713_7
R819_7
R504_5
Q712_7
4
4
R813_7
C813_7
C816_7
5
6
7
10
Y705_7
R708_7
C11
C15
11
TP113_1
C765_7
C760_7
TP114_1
C768_7
9
R767_7
C766_7
R759_7
TP124_1
U709_7 C810_7
8
C769_7
C762_7
TP125_1
C770_7
R764_7
C791_7
R1167_11
R1165_11
R1164_11
11
C524_5
10
R807_7
9
C802_7
8
C794_7
TP102_1
11
SH7
7
C763_7
2
C506_5 C512_5
C510_5
L806_7
TP120_1
C703_7
R761_7 R762_7
C507_5
3
5
C1119_11
C508_5
C783_7
TP104_1
5
4
R1125_11
C759_7
TP115_1
3
R1166_11
3
U1114_11
L510_5
TP105_1
P101_1
12
Y704_7
T503_5
15
6
C502_5 C501_5
TP853_7
TP109_1
4
6
L501_5
2
L511_5
3
4
R606_6
C509_5
R717_7
4
R715_7
40
5
R706_7
C757_7
TP101_1
39
R1601_17 R1602_17
U1148_11
C756_7
C1106_11
C102_1
R1103_11
TP103_1
3
2
R104_1
C2055_19
C513_5
TP118_1
R1603_17
1
C2054_19
R716_7
TP126_1
3
2
3
R1604_17
E1101_11
M107_1
2
SH11
C1102_11
4
5
U1103_11
4
SH1
C2064_19 C2063_19
L2013_19
R2011_19
R2008_19
R2009_19
L2036_19
C2056_19
U2032_19
2
L2019_19
U1601_17
8
3
C1162_11
VR2008_19
L2014_19
VR2020_19
C2036_19
L1605_17
C1605_17
C2042_19
C1612_17
L2012_19
C2060_19
R2025_19
C2044_19
C2057_19 C2059_19
VR2007_19
L2017_19
4
C2022_19
R2001_19
L2035_19
3
L2034_19
L2008_19
VR2010_19
Q2022_19
R2022_19
C2039_19
6
C2001_19
C2041_19
C2020_19
C2052_19
C2058_19
C2033_19
C2037_19
C2035_19
C2023_19
R2035_19
C2024_19
C2032_19
R2024_19
E2021_19
C2053_19
VR2006_19
C2029_19 L2010_19
R2023_19
L1604_17
C1630_17
C1606_17
C1601_17
R2021_19
5
6
Q1601_17
L1603_17
8
9
U1602_17
6
Q1101_11
3
L1602_17
C1613_17
C1610_17
16
5
C1602_17
U1126_11
R1137_11
3
VR2005_19
4
C1160_11
4
6
R1178_11
3
4
C2028_19
C2038_19
3
4
C1611_17
C1609_17 C1629_17
C1130_11
4
5
8
U1132_11
C1137_11
U1128_11
R1171_11
3
5
C1138_11
C2026_19
C1103_11
R1141_11
5
3
2
L1601_17
L2009_19
3
E200_2
C200_2
4
5
3
C1604_17
C2021_19 R2007_19
C2025_19
U1141_11
U1101_11
R1139_11
C1139_11
3
2
C1101_11
R1108_11
2
M101_1
VR200_2
U1150_11
7
C1607_17
SH6
L2016_19
2
3
R1140_11
TP123_1
3 4
U1143_11
U1129_11
5
4
25
17
4
R1142_11
5
C1128_11
C1108_11
R1138_11
2
L1620_17
C1608_17
Q1103_11
C1603_17
C1140_11
R1169_11
R1110_11
TP122_1
R1158_11
4
3
R1146_11
R2006_19
U1111_11
U1104_11
L2015_19
3
3
J102_1
R1135_11
3
9
U1136_11
R1180_11 A2 C2
R1160_11
C1
R1170_11
5
L1302_13
2
C1161_11
C1123_11
C1127_11 R1182_11
R1181_11
5
U1127_11
4
R1175_11
C1306_13 L1301_13
C1305_13
R1144_11 U1130_11
3
R1136_11
R1172_11
R2010_19
R1307_13
4
C1124_11
U1142_11
C1310_13
C1304_13
C1303_13
6
L1306_13
C1135_11
5
2
C1301_13
C1309_13
R1304_13
8-53
C1307_13 L1303_13
L1305_13
C1302_13
J101_1
3
4
FL1301_13
U1304_13 C1308_13
Schematics, Boards Overlays, and Parts Lists: Transceiver (RF) Boards: UHF1
R609_6
L604_6
C630_6
C627_6
R509_5
SH9
SH12
SH8
Figure 8-34. NUE7369A Transceiver (RF) Board Layout – Side 2
8-54
Schematics, Boards Overlays, and Parts Lists: Transceiver (RF) Boards: UHF1
NUE7369A UHF1 Transceiver (RF) Board Parts
List
Ref.
Des.
Part Number
Description
Ref.
Des.
Part Number
Description
Ref.
Des.
Part Number
Description
Ref.
Des.
Part Number
Description
C508
2113945A09
CAP CER CHP 1000PF 50V
10%
C608
2113944A12
CAP CER CHP 3.0PF 50V +/0.25
C639
2113945B02
CAP CER CHP 10,000PF 25V
10%
C509
2113945A09
CAP CER CHP 1000PF 50V
10%
C609
2113944A30
CAP CER CHP 27.0PF 50V 5%
C640
2113946B04
CAP CER CHP 0.10UF 10V 10%
C610
2113944A40
CAP CER CHP 100.0PF 50V 5%
C641
2113944A31
CAP CER CHP 33.0PF 50V 5%
C611
2113944A40
CAP CER CHP 100.0PF 50V 5%
C642
2113944A48
C612
2113945B02
CAP CER CHP 10,000PF 25V
10%
CAP CER CHP 470.0 PF 50V
5%
C643
2113944A48
CAP CER CHP 470.0 PF 50V
5%
C701
2113944A44
CAP CER CHP 220.0 PF 50V
5%
C702
2113944A44
CAP CER CHP 220.0 PF 50V
5%
C704
2113944A35
CAP CER CHP 62.0PF 50V 5%
C709
2113944A44
CAP CER CHP 220.0 PF 50V
5%
C715
2113945C31
CAP,FXD,.1UF,+10%,-10%,50VDC,
C716
2113945C31
CAP,FXD,.1UF,+10%,-10%,50VDC,
C11
2113944A28
CAP CER CHP 18.0PF 50V 5%
C15
2113944A28
CAP CER CHP 18.0PF 50V 5%
C510
2113944A52
C101
2113944A46
CAP CER CHP 330.0 PF 50V
5%
CAP CER CHP 1000.0 PF 50V
5%
C512
2113944A31
CAP CER CHP 33.0PF 50V 5%
C102
2113946B04
CAP CER CHP 0.10UF 10V 10%
C513
2113944A40
CAP CER CHP 100.0PF 50V 5%
C200
2113945B02
CAP CER CHP 10,000PF 25V
10%
C613
2113944A40
CAP CER CHP 100.0PF 50V 5%
C514
2113944A84
CAP,FXD,43PF,+5%,-5%,50VDC,04
C614
2113945B02
C201
2188468Y01
CAP CER 25V X7R 0805 1UF
CAP CER CHP 10,000PF 25V
10%
C515
2113944A21
C202
2188468Y01
CAP CER 25V X7R 0805 1UF
CAP CER CHP 6.8PF 50V +/0.5P
C615
2113944A42
CAP CER CHP 150.0PF 50V 5%
C203
2188468Y01
CAP CER 25V X7R 0805 1UF
C516
2113944A11
C616
2113945A11
CAP CER CHP 2200PF 50V
10%
C204
2113955D35
CAP,FXD,4.7UF,+10%,-10%,
16V-DC
CAP CER CHP 2.7PF 50V +/0.25
C517
2113946B04
CAP CER CHP 0.10UF 10V 10%
C617
2113946B04
CAP CER CHP 0.10UF 10V 10%
C205
2113955D35
CAP,FXD,4.7UF,+10%,-10%,
16V-DC
C518
2113945A09
CAP CER CHP 1000PF 50V
10%
C618
2113944A31
CAP CER CHP 33.0PF 50V 5%
C619
2113944A35
CAP CER CHP 62.0PF 50V 5%
C206
2113945B02
CAP CER CHP 10,000PF 25V
10%
C519
2113944A28
CAP CER CHP 18.0PF 50V 5%
C620
2113946B04
CAP CER CHP 0.10UF 10V 10%
CAP CER CHP 1000PF 50V
10%
C621
2113946B04
CAP CER CHP 0.10UF 10V 10%
C622
2113946C07
CAP,FXD,.33UF,+10%,-10%,
10V-DC
C717
2113945C31
CAP,FXD,.1UF,+10%,-10%,50VDC,
C623
2113945B02
CAP CER CHP 10,000PF 25V
10%
C718
2113945C31
CAP,FXD,.1UF,+10%,-10%,50VDC,
C207
C208
2113956B91
2113956B91
CAP,FXD,1UF,+10%,-10%,16VDC,0
CAP,FXD,1UF,+10%,-10%,16VDC,0
C520
C521
2113945A09
2113945A09
CAP CER CHP 1000PF 50V
10%
C522
2113944A27
CAP CER CHP 15.0PF 50V 5%
C209
2113956B91
CAP,FXD,1UF,+10%,-10%,16VDC,0
C523
2113944A48
CAP CER CHP 470.0 PF 50V
5%
C624
2113946C07
CAP,FXD,.33UF,+10%,-10%,
10V-DC
C719
2113945C31
CAP,FXD,.1UF,+10%,-10%,50VDC,
C210
2113956B91
CAP,FXD,1UF,+10%,-10%,16VDC,0
C524
2113944A30
CAP CER CHP 27.0PF 50V 5%
C625
2113944A28
CAP CER CHP 18.0PF 50V 5%
C724
2113955D37
C212
2113946D07
CAP,CHIP,4.7UF,+10%,-10%,
6.3V-
C525
2113944A13
CAP CER CHP 3.3PF 50V +/0.25
C626
2113945A09
CAP CER CHP 1000PF 50V
10%
CAP,FXD,10UF,+10%,-10%,16VDC,
C725
2113945C31
C213
2113944A46
CAP CER CHP 330.0 PF 50V
5%
C528
2113944A40
CAP CER CHP 100.0PF 50V 5%
C627
2113945A09
C529
2113944A40
CAP CER CHP 100.0PF 50V 5%
CAP CER CHP 1000PF 50V
10%
CAP,FXD,.1UF,+10%,-10%,50VDC,
C726
2113945C31
C214
2113944A31
CAP CER CHP 33.0PF 50V 5%
C601
2113945B02
2113945B02
CAP CER CHP 10,000PF 25V
10%
C730
2113945C31
C215
2113944A46
CAP CER CHP 330.0 PF 50V
5%
CAP CER CHP 10,000PF 25V
10%
C628
CAP,FXD,.1UF,+10%,-10%,50VDC,
C602
2113945B02
CAP CER CHP 10,000PF 25V
10%
C629
2113946B04
CAP CER CHP 0.10UF 10V 10%
CAP,FXD,.1UF,+10%,-10%,50VDC,
C630
2113946B04
CAP CER CHP 0.10UF 10V 10%
C731
2113945C31
CAP,FXD,.1UF,+10%,-10%,50VDC,
C603
2113945B02
CAP CER CHP 10,000PF 25V
10%
C631
2113944A27
CAP CER CHP 15.0PF 50V 5%
C732
2113944A40
CAP CER CHP 100.0PF 50V 5%
C632
2113944A40
CAP CER CHP 100.0PF 50V 5%
C604
2113945B02
CAP CER CHP 10,000PF 25V
10%
C734
2113945C31
C634
2113946B04
CAP CER CHP 0.10UF 10V 10%
CAP,FXD,.1UF,+10%,-10%,50VDC,
C605
2113944A15
CAP CER CHP 3.9PF 50V +/0.25
C635
2113945B02
CAP CER CHP 10,000PF 25V
10%
C736
2113945B02
CAP CER CHP 10,000PF 25V
10%
C636
2113946B04
CAP CER CHP 0.10UF 10V 10%
C737
2113945C31
C637
2113946B04
CAP CER CHP 0.10UF 10V 10%
CAP,FXD,.1UF,+10%,-10%,50VDC,
C638
2113945A12
CAP CER CHP 3300PF 50V
10%
C739
2113944A25
CAP CER CHP 10.0PF 50V +/0.5
C216
2113944A31
CAP CER CHP 33.0PF 50V 5%
C217
2113956B91
CAP,FXD,1UF,+10%,-10%,16VDC,0
C501
2115153H41
CAP,CERAMIC CHIP,22PF,+1%,
-1%,
C502
2115153H28
CAP, CERAMIC, COG
C506
2113946B04
CAP CER CHP 0.10UF 10V 10%
C606
2113946B04
CAP CER CHP 0.10UF 10V 10%
C507
2115153H41
CAP,CERAMIC CHIP,22PF,+1%,
-1%,
C607
2113944A40
CAP CER CHP 100.0PF 50V 5%
Schematics, Boards Overlays, and Parts Lists: Transceiver (RF) Boards: UHF1
Ref.
Des.
Part Number
Description
C742
2113945C31
CAP,FXD,.1UF,+10%,-10%,50VDC,
C744
2113955D37
CAP,FXD,10UF,+10%,-10%,16VDC,
C749
2113945C31
CAP,FXD,.1UF,+10%,-10%,50VDC,
C750
2113945C31
CAP,FXD,.1UF,+10%,-10%,50VDC,
C752
2113945B02
CAP CER CHP 10,000PF 25V
10%
C754
2113944A34
CAP CER CHP 56.0PF 50V 5%
C756
2113955D37
CAP,FXD,10UF,+10%,-10%,16VDC,
C757
2113945C31
CAP,FXD,.1UF,+10%,-10%,50VDC,
C758
2113946B02
CAP CER CHP 0.047UF 10V 10,
C759
2113945G95
CAP,FXD,.22UF,+10%,-10%,
50V-DC
Ref.
Des.
8-55
Part Number
Description
Ref.
Des.
Part Number
Description
Ref.
Des.
Part Number
Description
C795
2113944A40
CAP CER CHP 100.0PF 50V 5%
C1117
2113945A12
C1165
2113945Y02
C802
2113946B06
CAP,CHIP,.22UF,+10%,-10%,
10V-D
CAP CER CHP 3300PF 50V
10%
CAP,FXD,.1UF,+10%,-10%,16VDC,
C1118
2113945B02
C1301
2113944M20
CAP,CHIP,.22UF,+10%,-10%,
10V-D
CAP CER CHP 10,000PF 25V
10%
CAP,FXD,12PF,+2%,-2%,50VDC,06
C1119
2113945B02
CAP CER CHP 10,000PF 25V
10%
C1302
2114036F74
CAP,FXD,1.8PF,.05PF+/-,25VDC,
C1120
2113945B02
CAP CER CHP 10,000PF 25V
10%
C1303
2113944A26
CAP CER CHP 12.0PF 50V 5%
C1304
2113945A09
CAP CER CHP 1000PF 50V
10%
C806
2113946B06
C810
2113944A44
CAP CER CHP 220.0 PF 50V
5%
C813
2113944A63
CAP,FXD,1PF,.25PF+/-,50V-DC,
04
C1122
2175390H01
CAP CER CHP 1000PF 50V
10%
CAP, 2.2 PF, 0402, CERAMIC,
50
C1305
2113944A30
CAP CER CHP 27.0PF 50V 5%
C1123
2113945B02
CAP CER CHP 10,000PF 25V
10%
C1306
2113945B02
CAP CER CHP 10,000PF 25V
10%
C1124
2113945A13
CAP CER CHP 4700PF 50V
10%
C1307
2113944A26
CAP CER CHP 12.0PF 50V 5%
C1126
2113945A09
CAP CER CHP 1000PF 50V
10%
C1308
2113944A28
CAP CER CHP 18.0PF 50V 5%
C1309
2175389H01
C1127
2113945Y02
CAP,FXD,.1UF,+10%,-10%,16VDC,
CAP,.5PF, CHIP, 0402,
CERAMIC,
C1310
2113944A17
C1128
2113945B02
CAP CER CHP 10,000PF 25V
10%
CAP CER CHP 4.7PF 50V +/0.25
C1601
2113944M42
C1129
2113945B02
CAP CER CHP 10,000PF 25V
10%
CAP,FXD,100PF,+2%,-2%,50VDC,0
C1602
2113944M42
CAP,FXD,100PF,+2%,-2%,50VDC,0
C814
2113945A09
C816
2113944A40
CAP CER CHP 100.0PF 50V 5%
C820
2113944A44
CAP CER CHP 220.0 PF 50V
5%
C830
2113944A44
CAP CER CHP 220.0 PF 50V
5%
C831
2113944A40
CAP CER CHP 100.0PF 50V 5%
C836
2113944A33
CAP CER CHP 47.0PF 50V 5%
C760
2113944G97
CAP,FXD,.082UF,+5%,-5%,50VDC,
C838
2113945A09
CAP CER CHP 1000PF 50V
10%
C762
2113945C26
CAP,FXD,.039UF,+10%,-10%,
50V-D
C844
2113944A33
CAP CER CHP 47.0PF 50V 5%
C763
2113944G97
CAP,FXD,.082UF,+5%,-5%,50VDC,
C851
2113944A44
CAP CER CHP 220.0 PF 50V
5%
C1130
2113945B02
CAP CER CHP 10,000PF 25V
10%
C1603
2113945L49
C765
2113944G97
CAP,FXD,.082UF,+5%,-5%,50VDC,
CAP CER CHP 10,000PF 25V
10%
C1137
2113945B04
CAP,FXD,.022UF,+10%,10%,25V-D
CAP,FXD,.01UF,+5%,-5%,50VDC,0
C1604
2113944M42
C766
2113945C01
CAP CER CHP 6800PF 50V
10%
C1138
2113945B04
CAP,FXD,.022UF,+10%,10%,25V-D
CAP,FXD,100PF,+2%,-2%,50VDC,0
C1605
2113945B02
C768
2113944G97
CAP,FXD,.082UF,+5%,-5%,50VDC,
C1139
2113944A25
C1606
2113944A40
CAP CER CHP 100.0PF 50V 5%
C769
2113945C20
CAP,FXD,.016UF,+10%,10%,50V-D
CAP CER CHP 5.6PF 50V +/0.5P
CAP CER CHP 10.0PF 50V +/0.5
CAP CER CHP 10,000PF 25V
10%
C1140
2113945A13
C1607
2113944M25
CAP,FXD,20PF,+2%,-2%,50VDC,06
C770
2113944G97
CAP,FXD,.082UF,+5%,-5%,50VDC,
CAP CER CHP 10,000PF 25V
10%
CAP CER CHP 4700PF 50V
10%
C1141
2113945Y02
C1608
2113944M42
C1107
2113944A40
CAP CER CHP 100.0PF 50V 5%
CAP,FXD,.1UF,+10%,-10%,16VDC,
CAP,FXD,100PF,+2%,-2%,50VDC,0
C771
2113944A40
CAP CER CHP 100.0PF 50V 5%
C1108
2113946B03
CAP CER CHP 0.068UF 10V 10
C1142
2113945A09
C1609
2113944A40
CAP CER CHP 100.0PF 50V 5%
C775
2113945A09
CAP CER CHP 1000PF 50V
10%
C1110
2113944A40
CAP CER CHP 100.0PF 50V 5%
CAP CER CHP 1000PF 50V
10%
C1610
2113944M02
C1111
2113945Y02
2113944A40
CAP CER CHP 100.0PF 50V 5%
CAP,FXD,2.2PF,.1PF+/-,50VDC,0
C777
2113944A31
CAP CER CHP 33.0PF 50V 5%
CAP,FXD,.1UF,+10%,-10%,16VDC,
C1149
C1150
2175392H01
C1611
2113945L49
2113944A40
CAP CER CHP 100.0PF 50V 5%
C1112
2113945B01
CAP CER CHP 1500.OPF 50V 5
2113944A46
2113946B04
CAP CER CHP 0.10UF 10V 10%
2113945B02
CAP CER CHP 10,000PF 25V
10%
CAP,FXD,100PF,+2%,-2%,50VDC,0
C791
C1113
CAP CER CHP 330.0 PF 50V
5%
2113944M42
2113944C53
C1152
C1613
C783
CAP CER CHP 6800PF 25V
10%
CAP,FXD,.01UF,+5%,-5%,50VDC,0
C779
CAP, 1.2PF, 0402, CERAMIC,
50V
C1160
2113945C31
C1615
2113944A40
CAP CER CHP 100.0PF 50V 5%
C792
2113946B04
CAP CER CHP 0.10UF 10V 10%
C1116
2113945Y02
CAP,FXD,.1UF,+10%,-10%,16VDC,
CAP,FXD,.1UF,+10%,-10%,50VDC,
C1616
2113944M33
C1161
2113956B91
CAP,FXD,1UF,+10%,-10%,16VDC,0
CAP,FXD,43PF,+2%,-2%,50VDC,06
C794
2113944A40
CAP CER CHP 100.0PF 50V 5%
C1101
2113945B02
C1102
2188468Y01
CAP CER 25V X7R 0805 1UF
C1103
2113945B02
CAP CER CHP 10,000PF 25V
10%
C1105
C1106
2113944A19
2113945B02
8-56
Ref.
Des.
Schematics, Boards Overlays, and Parts Lists: Transceiver (RF) Boards: UHF1
Part Number
Description
C1617
2113945B02
CAP CER CHP 10,000PF 25V
10%
C1618
2113944M42
CAP,FXD,100PF,+2%,-2%,50VDC,0
C1619
2113944M22
CAP,FXD,15PF,+2%,-2%,50VDC,06
C1620
2171741M01
HIGH Q CAP
C1621
2171741M08
HIGH Q CAP, 22 PF
C1622
2113944M23
CAP,FXD,16PF,+2%,-2%,50VDC,06
Ref.
Des.
Part Number
Description
C2025
2113944A40
CAP CER CHP 100.0PF 50V 5%
C2026
2113946B04
CAP CER CHP 0.10UF 10V 10%
C2028
2115153H24
CAP, CERAMIC, COG
C2029
2115153H41
CAP,CERAMIC CHIP,22PF,+1%,
-1%,
C2032
2115153H57
CAP, CERAMIC, COG
C2033
2115153H53
CAP, CERAMIC, COG
C2035
2115153H15
CAP, CERAMIC, COG
C2036
2115153H07
CAP, CERAMIC, COG
Ref.
Des.
Part Number
Description
SURFACE MOUNT FERRITE
BEAD
L604
2414032D16
IDCTR,WW,120NH,5%,800MA,
.26OHM
E603
2480640Z01
SURFACE MOUNT FERRITE
BEAD
L605
2414017Q54
IDCTR,FXD,3.9UH,10%,30MA,
.9OHM
E604
2480640Z01
SURFACE MOUNT FERRITE
BEAD
L701
2415429H47
CHIP INDUCTOR
L720
2480646Z20
E605
2480640Z01
SURFACE MOUNT FERRITE
BEAD
COIL MULTI-LAYER
CHIP(2.20UH)
L727
2480646Z20
E606
2480640Z01
SURFACE MOUNT FERRITE
BEAD
COIL MULTI-LAYER
CHIP(2.20UH)
L728
2415429H47
CHIP INDUCTOR
E607
2480640Z01
SURFACE MOUNT FERRITE
BEAD
L733
2480646Z20
COIL MULTI-LAYER
CHIP(2.20UH)
E608
2480640Z01
SURFACE MOUNT FERRITE
BEAD
L735
2480646Z20
COIL MULTI-LAYER
CHIP(2.20UH)
E609
2480640Z01
SURFACE MOUNT FERRITE
BEAD
L738
2480646Z20
COIL MULTI-LAYER
CHIP(2.20UH)
L741
2480646Z20
COIL MULTI-LAYER
CHIP(2.20UH)
L753
2480646Z20
COIL MULTI-LAYER
CHIP(2.20UH)
L806
2415429H47
CHIP INDUCTOR
L817
2414032F41
IDCTR,WW,390NH,10%,200MA,
1.5OH
L821
2415429H47
CHIP INDUCTOR
L846
2414032F41
IDCTR,WW,390NH,10%,200MA,
1.5OH
CAP CER CHP 1.2PF 50V +/0.25
C2037
2115153H12
CAP, CERAMIC, COG
C2038
2115153H09
CAP, CERAMIC, COG
C1624
2113944M22
CAP,FXD,15PF,+2%,-2%,50VDC,06
C2039
2115153H15
CAP, CERAMIC, COG
C1625
2113944M42
CAP,FXD,100PF,+2%,-2%,50VDC,0
C2041
2113946B04
CAP CER CHP 0.10UF 10V 10%
C2042
2115153H13
CAP, CERAMIC, COG
C1628
2113944M08
CAP,FXD,3.9PF,.1PF+/-,50VDC,0
C2044
2115153H26
CAP, CERAMIC, COG
E1101
2405688Z01
INDUCTOR FERRITE BEAD
C2052
2115153H41
CAP,CERAMIC CHIP,22PF,+1%,
-1%,
E2021
2480640Z01
SURFACE MOUNT FERRITE
BEAD
6575834B01
FUSE SURFACE MOUNT
CAP CER CHP 3300PF 50V
10%
C2053
2115153H24
CAP, CERAMIC, COG
F200
C2054
2113944A40
CAP CER CHP 100.0PF 50V 5%
FL501
91009300001
C2055
2113946B04
CAP CER CHP 0.10UF 10V 10%
FILTER,MONOLITHIC
CRYSTAL,BAND
C2056
2115153H24
CAP, CERAMIC, COG
FL1301
9102190J23
FLTR,SAW,BANDPASS,1.57542
GHZ N
CAP,FXD,3.9PF,.1PF+/-,50VDC,0
C2057
2115153H41
CAP,CERAMIC CHIP,22PF,+1%,
-1%,
J101
0909901V02
RECP SMT MCX
2115153H13
CAP, CERAMIC, COG
0975886B01
RECEPTACLE, COAX CABLE
CAP,FXD,6.8PF,.1PF+/-,50VDC,0
C2058
J102
C2059
2115153H15
CAP, CERAMIC, COG
L200
2571269C01
INDUCTOR WW POWER 20%
L1101
2415429H26
CHIP INDUCTOR
CAP,FXD,3.9PF,.1PF+/-,50VDC,0
C2060
2115153H11
CAP, CERAMIC, COG
L501
24012011014
0402 HIGH Q CHIP INDUCTOR
L1102
2415429H10
CHIP INDUCTOR
C2061
2115153H15
CAP, CERAMIC, COG
L502
2415429H30
CHIP INDUCTOR
L1103
2475393H01
C2063
2115153H41
CAP,CERAMIC CHIP,22PF,+1%,
-1%,
L503
2414032F38
IDCTR,WW,220NH,5%,400MA,
.7OHM,
INDUCTOR, 4.7NH, 0402, +/0.1NH
L1104
0613952R66
C2064
2115153H24
CAP, CERAMIC, COG
IDCTR,WW,390NH,10%,200MA,
1.5OH
CER CHIP RES 0.0 +/-0.050
OHM
L1108
2409348J04
IND AIR CORE 5.45NH 5% 2214
4813978A19
DIODE,RECT,MBR120,SM,SOD
-123,1
C1630
2113945A12
CAP CER CHP 3300PF 50V
10%
C1803
2113944M08
CAP,FXD,3.9PF,.1PF+/-,50VDC,0
C1804
2113944M08
C1807
C1820
2113944M14
2113944M08
C1821
2113944M17
CAP,FXD,9.1PF,.1PF+/-,50VDC,0
C1822
2113944M42
CAP,FXD,100PF,+2%,-2%,50VDC,0
C1826
2113944M04
CAP,FXD,2.7PF,.1PF+/-,50VDC,0
D200
C1827
2113944M10
CAP,FXD,4.7PF,.1PF+/-,50VDC,0
D722
4815011H01
DIODE TRIPLE
D723
4815011H01
DIODE TRIPLE
CAP,CHIP,4.7UF,+10%,-10%,
6.3V-
E200
2405688Z01
INDUCTOR FERRITE BEAD
E201
2405688Z01
INDUCTOR FERRITE BEAD
E501
2480640Z01
C2020
2113946D07
Description
2480640Z01
2113944C08
2113945A12
Part Number
E602
C1623
C1629
Ref.
Des.
C2022
2113944A40
CAP CER CHP 100.0PF 50V 5%
C2023
2113944A40
CAP CER CHP 100.0PF 50V 5%
C2024
2113946D07
CAP,CHIP,4.7UF,+10%,-10%,
6.3V-
E601
2480640Z01
L504
2414032F41
L505
2415429H39
CHIP INDUCTOR
L1114
2475394H01
INDUCTOR, 11NH, 0402, +/-2%
L506
2415429H39
CHIP INDUCTOR
L1301
2488090Y07
L507
2415427H36
CHIP INDUCTOR
INDUCTOR,MULTILAYER,3.3N
H,1005
L510
24012011020
0402 HIGH Q CHIP INDUCTOR
L1302
2488090Y25
L511
2478057A13
7.5 NH SURFACE MOUNT
INDUCTOR
INDUCTOR,MULTILAYER,100N
H,1005
L1303
2414017P25
SURFACE MOUNT FERRITE
BEAD
L601
2415429H43
CHIP INDUCTOR
IDCTR,CHIP,100NH,5%,100MA,
5.5O
2466505A01
COIL INDUCTOR
L1305
2475391H01
SURFACE MOUNT FERRITE
BEAD
L602
INDUCTOR, 18 NH, CHIP, 0402,
2
L603
2466505A01
COIL INDUCTOR
L1306
2488090Y10
INDUCTOR,MULTILAYER,5.6N
H,1005
Schematics, Boards Overlays, and Parts Lists: Transceiver (RF) Boards: UHF1
Ref.
Des.
Part Number
Description
L1601
2414017H14
IDCTR,CHIP,15NH,5%,3A,
.32OHM,C
L1602
2415429H37
CHIP INDUCTOR
L1603
2414015A07
IDCTR,FXD,180NH,2%,750MA,
.77OH
Ref.
Des.
8-57
Part Number
Description
Ref.
Des.
Part Number
Description
Ref.
Des.
Part Number
Description
M3
1104959T01
COATING-CONTACT
R104
0613952Q80
R612
0613952Q94
M4
6071520M01
BATT COIN 3V LI
RECHARGEABLE
CER CHIP RES 2000 OHM 5
0402
CER CHIP RES 7500 OHM 5
0402
R201
0613952R25
CER CHIP RES 100K OHM 5%
0402
R613
0613952Q82
CER CHIP RES 2400 OHM 5
0402
R202
0613952Q89
CER CHIP RES 4700 OHM 5
0402
R614
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
R502
0613952Q45
CER CHIP RES 68.0 OHM 5
0402
R633
0613952Q73
CER CHIP RES 1000 OHM 5
0402
R503
0613952R10
CER CHIP RES 24K OHM 5
0402
R698
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
R504
0613952Q85
CER CHIP RES 3300 OHM 5
0402
R699
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
R505
0613952R31
CER CHIP RES 180K OHM 5%
0402
R701
0613952Q49
CER CHIP RES 100 OHM 5
0402
R506
0613952Q53
CER CHIP RES 150 OHM 5
0402
R702
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
R507
0613952Q83
CER CHIP RES 2700 OHM 5
0402
R705
0613952Q25
CER CHIP RES 10.0 OHM 5
0402
R508
0613952Q29
CER CHIP RES 15.0 OHM 5
0402
R706
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
M101
2871616H02
CONNECTOR, BPLUS
M103
3987977Y04
CONT,CONN,1CONT,ANT UNIV
4.
M104
3987977Y04
CONT,CONN,1CONT,ANT UNIV
4.
L1605
2414017H07
IDCTR,CHIP,3.9NH,300MA,
.14OHM,
L1606
2460591E24
COIL AIR WOUND INDUC 23.75
L1609
2415428H02
AIR WOUND INDUCTOR
M107
0985888K02
SKT RTC BTTY LEAP
L1610
2415385H01
8 NH MINISPRING AIR CORE
INDUC
P101
2887818K05
PLUG 40PIN MATING CNTCR
1.5MM
L1619
2414017H16
IDCTR,CHIP,22NH,5%,300MA,
.4OHM
PWB
84009550002
PCB, RF TRANSCEIVER
Q201
4813970A59
P-CH FET 1.0A 20V SOT-23
T&R
Q202
4813973A32
XSTR,BIP GP SS,NPN,SM,SC70,SM
Q501
4813973M75
XSTR,BIP GP
SS,PNP,BC858,SOT-5
Q503
4885316E32
TRANSISTOR, RF
Q601
4813973A04
R509
0613952Q25
CER CHIP RES 10.0 OHM 5
0402
R707
0613952R66
18 NH SURFACE MOUNT
INDUCTOR
XSTR,BIP GP
SS,NPN,TA13,SM,SOT
CER CHIP RES 0.0 +/-0.050
OHM
Q703
4813973M75
R511
0613952Q11
CER CHIP RES 2.7 OHM 5 0402
R708
0613952Q49
18 NH SURFACE MOUNT
INDUCTOR
XSTR,BIP GP SS,PNP,BC858,
SOT-5
Q712
4813973M75
0613952Q41
CER CHIP RES 47.0 OHM 5
0402
R712
0613952Q67
5.6 NH SURFACE MOUNT
INDUCTOR
XSTR,BIP GP SS,PNP,BC858,
SOT-5
R601
CER CHIP RES 100 OHM 5
0402
Q713
4805585Q32
TRANSITOR, NPN RF
CER CHIP RES 390 OHM 5
0402
CER CHIP RES 560 OHM 5
0402
R713
0613952Q25
18 NH SURFACE MOUNT
INDUCTOR
Q714
4889394V04
XSTR,FET GEN PURPOSE
SMALL SIG
R603
CER CHIP RES 100K OHM 5%
0402
CER CHIP RES 10.0 OHM 5
0402
R714
0613952Q67
CER CHIP RES 390 OHM 5
0402
CER CHIP RES 560 OHM 5
0402
R715
0613952Q67
CER CHIP RES 10K OHM 5%
0402
CER CHIP RES 560 OHM 5
0402
R716
0613952Q25
CER CHIP RES 10K OHM 5%
0402
CER CHIP RES 10.0 OHM 5
0402
R717
0613952Q67
CER CHIP RES 100K OHM 5%
0402
CER CHIP RES 560 OHM 5
0402
R721
0613952R01
CER CHIP RES 10K OHM 5%
0402
CER CHIP RES 10K OHM 5%
0402
R729
0613952R09
CER CHIP RES 2200 OHM 5
0402
CER CHIP RES 22K OHM 5%
0402
R743
0613952R17
CER CHIP RES 100K OHM 5%
0402
CER CHIP RES 47K OHM 5%
0402
R745
0613952R09
CER CHIP RES 22K OHM 5%
0402
L1620
2414017H04
IDCTR,CHIP,2.2NH,300MA,
.1OHM,C
L1803
2471884M01
10.2NH SQUARE SPRING
L1809
2471884M01
10.2NH SQUARE SPRING
L1811
2471884M01
10.2NH SQUARE SPRING
L2008
L2009
L2010
L2012
L2013
2478057A09
2478057A23
2478057A23
2478057A09
2478057A23
5.6 NH SURFACE MOUNT
INDUCTOR
R602
L2014
2478057A23
18 NH SURFACE MOUNT
INDUCTOR
Q774
4885061Y01
XSTR NPN 6V 30UA 12GHZ PBFREE
R604
L2015
2478057A41
0306 HIGH Q CHIP INDUCTOR
Q842
4805585Q32
TRANSITOR, NPN RF
R605
L2016
2414017P15
IDCTR,CHIP,15NH,5%,300MA,
.65OH
Q1101
4813973A32
XSTR,BIP GP SS,NPN,SM,SC70,SM
Q1103
L2017
2478057A40
0306 HIGH Q CHIP INDUCTOR
L2019
2414017P15
IDCTR,CHIP,15NH,5%,300MA,
.65OH
L2034
2478057A29
0306 HIGH Q CHIP INDUCTOR
L2035
2478057A24
22 NH SURFACE MOUNT
INDUCTOR
L2036
2415429H01
CHIP INDUCTOR
M1
3275623B03
PAD, THERMAL ELECTRIC,
MID-TIE
M2
75009299002
PAD, THERMAL
Q1601
4813970A59
5185633C92
P-CH FET 1.0A 20V SOT-23
T&R
MODULE,RING,XSTR, FET RF
POWER
Q2022
4813973M75
XSTR,BIP GP SS,PNP,BC858,
SOT-5
R101
0613952R01
CER CHIP RES 10K OHM 5%
0402
R103
0613952R01
CER CHIP RES 10K OHM 5%
0402
R606
R607
R608
R609
R610
R611
0613952Q63
0613952R25
0613952Q63
0613952R01
0613952R01
0613952R25
0613952R01
0613952Q81
0613952R25
0613952R01
CER CHIP RES 10K OHM 5%
0402
8-58
Ref.
Des.
Schematics, Boards Overlays, and Parts Lists: Transceiver (RF) Boards: UHF1
Part Number
Description
Ref.
Des.
Part Number
Description
Ref.
Des.
Part Number
Description
Ref.
Des.
Part Number
Description
R751
0613952Q59
CER CHIP RES 270 OHM 5
0402
R822
0613952R08
CER CHIP RES 20K OHM 5
0402
R1125
0613952R09
CER CHIP RES 22K OHM 5%
0402
R1164
0613952R01
CER CHIP RES 10K OHM 5%
0402
R752
0613952Q91
CER CHIP RES 5600 OHM 5
0402
R823
0613952R19
CER CHIP RES 56K OHM 5%
0402
R1126
0613952Q96
CER CHIP RES 9100 OHM 5
0402
R1165
0613952Q56
CER CHIP RES 200 OHM 5
0402
R753
0613952Q91
CER CHIP RES 5600 OHM 5
0402
R827
0613952Q92
CER CHIP RES 6200 OHM 5
0402
R1127
0613952R17
CER CHIP RES 47K OHM 5%
0402
R1166
0613952Q56
CER CHIP RES 200 OHM 5
0402
R754
0613952Q91
CER CHIP RES 5600 OHM 5
0402
R832
0613952Q29
CER CHIP RES 15.0 OHM 5
0402
R1128
0613952R09
CER CHIP RES 22K OHM 5%
0402
R1167
0613952R01
CER CHIP RES 10K OHM 5%
0402
R755
0613952R15
CER CHIP RES 39K OHM 5%
0402
R833
0613952Q49
CER CHIP RES 100 OHM 5
0402
R1135
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
R1168
0613952Q49
CER CHIP RES 100 OHM 5
0402
R759
0613952Q69
CER CHIP RES 680 OHM 5
0402
R840
0613952Q29
CER CHIP RES 15.0 OHM 5
0402
R1136
0613952R01
CER CHIP RES 10K OHM 5%
0402
R1169
0613952P52
CER CHIP RES 340K OHM 1
0402
R761
0613952Q57
CER CHIP RES 220 OHM 5
0402
R848
0613952Q29
CER CHIP RES 15.0 OHM 5
0402
R1137
0613952R01
CER CHIP RES 10K OHM 5%
0402
R1170
0613952P01
CER CHIP RES 100K OHM 1
0402
R762
0613952R02
CER CHIP RES 11K OHM 5
0402
R849
0613952Q67
CER CHIP RES 560 OHM 5
0402
R1138
0613952R25
CER CHIP RES 100K OHM 5%
0402
R1171
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
R764
0613952Q75
CER CHIP RES 1200 OHM 5
0402
R1102
0613952R25
CER CHIP RES 100K OHM 5%
0402
R1139
0613952R25
CER CHIP RES 100K OHM 5%
0402
R1172
0613952Q89
CER CHIP RES 4700 OHM 5
0402
R767
0613952Q45
CER CHIP RES 68.0 OHM 5
0402
R1103
6009259001
LOW RESISTANCE THICK FILM
RESI
R1140
0613952R25
CER CHIP RES 100K OHM 5%
0402
R1174
0613952R01
CER CHIP RES 10K OHM 5%
0402
R772
0613952Q37
CER CHIP RES 33.0 OHM 5
0402
R1104
0613952Q49
CER CHIP RES 100 OHM 5
0402
R1141
0613952R42
CER CHIP RES 510K OHM 5
0402
R1175
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
R773
0613952Q91
CER CHIP RES 5600 OHM 5
0402
R1105
0613952Q49
CER CHIP RES 100 OHM 5
0402
R1142
0613952R25
CER CHIP RES 100K OHM 5%
0402
R1176
0613952Q73
CER CHIP RES 1000 OHM 5
0402
R776
0613952Q39
CER CHIP RES 39.0 OHM 5
0402
R1106
0613952Q21
CER CHIP RES 6.8 OHM 5 0402
R1143
0613952R25
R1177
0613952R66
R1107
0613952Q45
CER CHIP RES 0.0 +/-0.050
OHM
R778
0613952Q55
CER CHIP RES 180 OHM 5
0402
CER CHIP RES 68.0 OHM 5
0402
CER CHIP RES 100K OHM 5%
0402
R1144
0613952R25
R1178
0613952R01
CER CHIP RES 10K OHM 5%
0402
R807
0613952R09
CER CHIP RES 22K OHM 5%
0402
CER CHIP RES 82K OHM 5%
0402
CER CHIP RES 100K OHM 5%
0402
R1145
0613952R25
R1180
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
R808
0613952R23
CER CHIP RES 82K OHM 5%
0402
CER CHIP RES 10K OHM 5%
0402
CER CHIP RES 100K OHM 5%
0402
R1146
0613952R25
R1182
0613952R01
CER CHIP RES 10K OHM 5%
0402
R809
0613952Q91
CER CHIP RES 5600 OHM 5
0402
CER CHIP RES 100 OHM 5
0402
CER CHIP RES 100K OHM 5%
0402
R1151
0613952R05
R1183
0613952Q73
CER CHIP RES 1000 OHM 5
0402
R811
0613952Q39
CER CHIP RES 39.0 OHM 5
0402
CER CHIP RES 100 OHM 5
0402
CER CHIP RES 15K OHM 5%
0402
R1152
0613952R01
R1184
0613952Q81
CER CHIP RES 2200 OHM 5
0402
R812
0613952Q47
CER CHIP RES 82.0 OHM 5%
0402
CER CHIP RES 10K OHM 5%
0402
CER CHIP RES 10K OHM 5%
0402
R1154
0613952R01
R1307
0613952Q73
CER CHIP RES 1000 OHM 5
0402
R813
0613952Q69
CER CHIP RES 680 OHM 5
0402
CER CHIP RES 75K OHM 5
0402
CER CHIP RES 10K OHM 5%
0402
R1160
0613952R03
R1601
0613952Q96
CER CHIP RES 9100 OHM 5
0402
R815
0613952Q34
CER CHIP RES 24.0 OHM 5
0402
CER CHIP RES 30K OHM 5
0402
CER CHIP RES 12K OHM 5%
0402
R1162
0613952R29
R1602
0613952R01
CER CHIP RES 10K OHM 5%
0402
R818
0613952Q23
CER CHIP RES 8.2 OHM 5 0402
CER CHIP RES 75K OHM 5
0402
CER CHIP RES 150K OHM 5%
0402
R1163
0613952R01
R1603
0613952R09
R819
0613952Q59
CER CHIP RES 270 OHM 5
0402
CER CHIP RES 10K OHM 5%
0402
CER CHIP RES 22K OHM 5%
0402
R1108
R1110
R1114
R1115
R1116
R1117
R1121
R1122
R1124
0613952R23
0613952R01
0613952Q49
0613952Q49
0613952R01
0613952R22
0613952R12
0613952R22
0613952Q42
CER CHIP RES 51.0 OHM 5
0402
Schematics, Boards Overlays, and Parts Lists: Transceiver (RF) Boards: UHF1
Ref.
Des.
Part Number
Description
Ref.
Des.
R1604
0613952R13
CER CHIP RES 33K OHM 5%
0402
R1605
0613952Q73
CER CHIP RES 1000 OHM 5
0402
R1606
0613952H61
CER CHIP RES 330 OHM 5
0603
R1801
0685524Y01
RES,ZERO OHM,0805
R2006
0613952R01
CER CHIP RES 10K OHM 5%
0402
U101
R2007
0613952R01
CER CHIP RES 10K OHM 5%
0402
R2008
0613952R01
R2009
8-59
Part Number
Description
IC SINGLE LV LP OP
AMPLIFIER
U1105
5180390L83
IC,CNTLR,SM,1PER PKG
U1142
5185941F56
U1106
5175772B05
PRECISION RF DETECTOR
IC SINGLE LV LP OP
AMPLIFIER
U1111
5175771A26
U1143
5185941F56
IC SINGLE LV LP OP
AMPLIFIER
EEPROM 32KBIT SERIAL SPI
BUS
CMOS FET SWITCH SPDT,
10WATTS
U1112
5175772B04
U1144
5171779H01
SPDT ANALOG SWITCH
5105443X07
EEPROM 32KBIT SERIAL SPI
BUS
1 DB LSB GAAS MMIC
ATTENUATOR
U1146
5109522E93
U1113
U200
5188493T01
U1147
5109522E94
U1114
U201
5175771A99
U1148
5185941F56
U1116
CER CHIP RES 10K OHM 5%
0402
U202
5175772B02
U1149
5185941F45
U1117
0613952Q96
CER CHIP RES 9100 OHM 5
0402
U203
5175772B01
U1150
51009381001
U1118
0613952Q96
CER CHIP RES 9100 OHM 5
0402
U506
5164852H82
IC, MIXER/ BUFFER
2 INPUT OR GATE IN NANO
PACKAG
LOW DROPOUT VOLTAGE
REFERENCE
R2011
LINEAR VOLTAGE
REGULATOR 350MA
IC,INVTR,DL,NC7WZ04L6X,
2PER PK
ATTEN,VAR,14.4DBMIN,15.6DB
MAX,
R2010
LINEAR REGULATOR 100MA
1.8V
2 INPUT OR GATE IN NANO
PACKAG
IC SINGLE LV LP OP
AMPLIFIER
0613952R01
LOW NOISE, 100MA LINEAR
REGULA
IC SINGLE LV LP OP
AMPLIFIER
2 INPUT AND GATE IN NANO
PACKA
CER CHIP RES 10K OHM 5%
0402
IC,VREG/SWG,LP2989,SM,MINI
SO-
IC SINGLE LV LP OP
AMPLIFIER
2 INPUT OR GATE IN NANO
PACKAG
U1304
5105739X13
R2021
0613952R22
CER CHIP RES 75K OHM 5
0402
U601
5102495J14
IC,IF,IF DIGITILIZING SUBSYST
2 INPUT AND GATE IN NANO
PACKA
IC, SIGE GPS LOW NOISE AMP
157
U1601
5175143H01
WIDE SUPPLY RANGE OP AMP
U602
4885316E32
TRANSISTOR, RF
U1121
5114000B52
5115678H01
0613952R27
CER CHIP RES 120K OHM 5%
0402
U603
5109522E84
IC DUAL SCHMITT TRIG
MICRO PAK
IC,XOR,LOGIC LEVEL
SHIFTER,1PE
U1602
R2022
VHF/UHF/800/900 MHZ LDMOS
DRIV
U1125
51009382001
IC, QUAD DAC
U2032
4885316E32
TRANSISTOR, RF
R2023
0613952R01
CER CHIP RES 10K OHM 5%
0402
U604
5109522E84
IC DUAL SCHMITT TRIG
MICRO PAK
U1126
5109817F77
IC COMPTR LM7275 5SC70
(D54)
VR101
4813977M29
DIODE,VREF,MBZ5250,SM,SOT
-23,2
R2024
0613952Q37
CER CHIP RES 33.0 OHM 5
0402
U605
5164852H16
IC TRANSCEIVER W/LEVEL
TRANSLA
U1127
5171779H01
SPDT ANALOG SWITCH
VR200
4813977M29
R2025
0613952Q11
CER CHIP RES 2.7 OHM 5 0402
U606
5164852H16
5188085K11
IC, SINGLE NAND GATE, 2INPUT,
VR601
4805656W87
R2035
0613952Q75
CER CHIP RES 1200 OHM 5
0402
IC TRANSCEIVER W/LEVEL
TRANSLA
U1128
DIODE,VREF,MBZ5250,SM,SOT
-23,2
DIODE,VCTR, @
15V,1SV279,SOD-
U607
5186311J24
IC,BFR,1BITS,NC7SZ125,ACTI
VE H
VR602
4805656W87
DIODE,VCTR, @
15V,1SV279,SOD-
U702
5164015H28
IC,TRIDENT,INTEG SYNTH,RX/
TX B
VR2005
4815096H01
VARACTOR DIODE 1SV305
U703
5175772B06
28-PORT I/O EXPANDER
VR2006
4815096H01
VARACTOR DIODE 1SV305
U709
5171972L01
SP3T RF SWITCH
VR2007
4815096H01
VARACTOR DIODE 1SV305
U710
5171972L01
SP3T RF SWITCH
U746
4805218N63
RF TRANS SOT 323 BFQ67W
U1101
5188032U43
U1102
5175772B03
SHIELD, XTAL
SH3
2675873B01
SHIELD, ABACUS
SH4
26009323001
SHIELD, DC FILTER
SH5
26009327001
SHIELD, OUTPUT MATCH
SH6
26009320001
SHIELD, ALC
SH7
2675874B01
SHIELD, MIXER
SH8
2675932B01
SHIELD, 2ND LO VCO
SH9
26009319001
SHIELD, VCO
SH10
26009324001
SHIELD, HARMONIC FILTER
SH11
26009321001
SHIELD, RX FRONT END
SH12
2675933B01
SHIELD, IF AMP
SHIELD, DC REGULATOR
T503
2575851B01
RF TRANSFORMER BALUN
T504
2575851B01
RF TRANSFORMER BALUN
T505
2575851B01
RF TRANSFORMER BALUN
U101
51009861001
Description
5185941F56
2675872B01
26009326001
Part Number
U1141
SH2
SH14
Ref.
Des.
IC SINGLE LV LP OP
AMPLIFIER
SHIELD, RF PA
SHIELD, FGU
Description
5185941F56
26009322001
26009325001
Part Number
U1104
SH1
SH13
Ref.
Des.
U1103
5185070Y01
U1119
5185941F56
5185941F56
5109522E93
5103535B53
5109522E93
5109522E94
U1129
5175143H01
WIDE SUPPLY RANGE OP AMP
U1130
5175143H01
WIDE SUPPLY RANGE OP AMP
U1131
5109817F77
IC COMPTR LM7275 5SC70
(D54)
U1132
5114007M28
IC,F-F/D,1PER PKG,17SZ74,N-I,
S
U1133
5171779H01
SPDT ANALOG SWITCH
VR2008
4815096H01
VARACTOR DIODE 1SV305
U1136
5109522E94
2 INPUT AND GATE IN NANO
PACKA
VR2010
4815096H01
VARACTOR DIODE 1SV305
IC,SENSING
CIRCUIT,INA138,SM,S
VR2020
4815096H01
VARACTOR DIODE 1SV305
U1137
5164852H16
IC TRANSCEIVER W/LEVEL
TRANSLA
Y701
4871886H01
16.8 MHZ VCTXO .8PPM
RECONFIGURABLE 10W SP5T/
3T RF
U1138
5164852H16
IC TRANSCEIVER W/LEVEL
TRANSLA
Y704
5164852H68
IC, VCO MODULE
Y705
5164852H66
IC, VCO MODULE
IC TEMPERATURE SENSOR
PB-FREE
U1139
5164852H16
IC TRANSCEIVER W/LEVEL
TRANSLA
8-60
Schematics, Boards Overlays, and Parts Lists: Transceiver (RF) Boards: UHF1
Notes
Schematics, Boards Overlays, and Parts Lists: Transceiver (RF) Boards: UHF2
Transceiver (RF) Boards: UHF2
2
DC_LIN_5V
DC_LIN_5V
DC_BATT
DC_LIN_3V
DC_SWI_3_6V
DC_LIN_3V
MACKINAW_DC
DC_LIN_1_8V_A
DC_LIN_1_8V
DC_FUSED_B+
DC_LIN_1_5V
DC_LIN_1_5V
DC_RAW_B+
SW_B+
SW_B+
FILT_RAW_B+
IF 1
TL_LO2TX
15
IF5
IF 1
IF 1
FILT_RAW_B+
IF6
RF_IN_1
IF7
IF 1
TX_7V_1
IF8
VC_1
TL_PA2HF_1
1
mackinaw_uhf2_pa
IF10
IF
RF_OUT_1
mackinaw_tx_hf_uhf2
17
HF_OUT_2
DC_SW1_3_6V
DC_FUSED_B+
5
DC_LIN_1_875V_D
DC_LIN_1_875V_D
DC_LIN_5V
11
DC_LIN_5V
ANA_CTRL_ISET
DIG_CTRL_SPI_DAC_PE
DIG_CTRL_I_LIMIT
RF_ANT
DC_RAW_B+
VCONTROL
TL_ANT
TL_AUX
RF_AUX
DC_LIN_1_8V
IF1
1 IF
1
IF12
IF
IF16 1 IF
IF14
1 IF
ANA_RX_FE_TUNE
RF_RX_UHF1_FE_OUT
DC_LIN_1_8V_A
mackinaw_rx_fe_uhf2
IF21
1 IF
DC_LIN_3V
DC_LIN_3V
TL_RX_B1_MIX_IN
DC_LIN_1_875V_D
MACKINAW_RX_MIXER_IF
HF_OUT_1
SW_B+
TX_7V
DIG_CTRL_SPI_ABACUS_PE
DIG_DATA_SPI_MOSI
DC_LIN_1_875V_D
DIG_SPI_CLK
DC_LIN_1_875V_D
DIG_CTRL_SSI_TRIGGER
DIG_CTRL_RMTH
DIG_SYNCB
MACKINAW_TX_ALC
DC_LIN_2_775V
DIG_CTRL_IO49
ANA_CTRL_VSET
DIG_DATA_SPI_PD
DIG_CTRL_SPI_PC
CLK_SSI_RX
DIG_DATA_SSI_RX_DOUTA
DIG_DATA_SSI_RX_FS
CLK_SSI_RX
DIG_DATA_RX_DOUTA
DIG_DATA_SSI_RX_FS
DIG_RX_SYNCB
1
IF23
IF
RX_IN
DIG_DATA_SPI_MOSI
DIG_SPI_CLK
TXH_1
DIG_CTRL_SPI_TRIDENT_PE
TXH
TXH_2
DIG_DATA_TX_SSI
DIG_DATA_SPI_MOSI
DC_LIN_1_5V
DIG_TX_SSI_FS
DIG_TX_SSI_CLK
DIG_SPI_CLK
DC_LIN_1_875V_D
DC_LIN_5V
DIG_DATA_SPI_MISO
DIG_CTRL_SPI_ABACUS_PE
7
DC_LIN_5V
DIG_CTRL_SPI_ABACUS_PE
DC_LIN_1_875V_D
DIG_DATA_SSI_RX_FS
DC_LIN_1_5V
DIG_CTRL_I_LIMIT
SHIELD
SH2
SHIELD
SH3
SHIELD
SH7
SHIELD
SH8
SHIELD
SH12
C11
18PF
C15
18PF
DIG_SYNCB
1
1
1
1
DIG_CTRL_TU1H
DIG_CTRL_TXH1
RF_GPS
1
DC_LIN_2_775V
DIG_DATA_RX_DOUTA
CLK_SSI_RX
DIG_CTRL_I_LIMIT
DIG_CTRL_TR
DIG_SYNCB
TL_TX_LO
CLK_16_8_MHZ
DIG_CTRL_RMTH
CLK_16_8_MHZ
SHIELD
SH1
MACKINAW_FGU
SHIELD
SH6
SHIELD
SH11
1
2
DIG_CTRL_RSTB
RF_AUX
1
2
1
2
3
DIG_CTRL_RMTH
TL_AUX
DIG_CTRL_LOCK
TL_ANT
DIG_CTRL_SSI_TRIGGER
DIG_CTRL_ATTH
SHIELD
SH9
SHIELD
SH13
1
2
DIG_CTRL_SPI_TRIDENT_PE
DIG_DATA_TX_SSI
SHIELD
SH5
TL_RX_LO
1
2
DIG_DATA_SPI_MOSI
DIG_SPI_CLK
1
2
SHIELD
SH4
SHIELD
SH10
CLK_16_8_MHZ
DIG_DATA_SPI_MISO
DIG_TX_SSI_CLK
SHIELD
SH14
1
2
DIG_TX_SSI_FS
1
2
RF_ANT
DIG_CTRL_SPI_PE
DIG_CTRL_ATTH
ANA_RX_FE_FILT_VTUNE
CLK_SSI_RX
DIG_RX_BE_DOUTB
DC_LIN_3V
DIG_DMCS
DIG_GPIO49
DIG_CTRL_TX_INH
DIG_CTRL_LOCK
DIG_DATA_SSI_RX_FS
MACKINAW_RX_BE
DIG_CTRL_RMTH
ANA_CTRL_ISET
DIG_CTRL_RSTB
DIG_DATA_SSI_RX_DOUTA
TL_RX_IF_
CLK_16_8_MHZ
SW_B+
MACKINAW_CONN_MISC
TL_RX_IF_OUT
TL_RX_LO
DIG_CTRL_I_LIMIT
6
DC_LIN_5V
TL_RX_UHF1_FE_IN
FILT_RAW_B+
DIG_CTRL_TX_INHIBIT_TYPE_1
DC_LIN_1_875V_D
1
DC_BATT
1
2
8.6
8-61
TL_ANT
13
TL_RF_GPS_OUT
RF_ANT
MACKINAW_GPS
DC_LIN_3V
DC_LIN_3V
Figure 8-35. NUE7366A Transceiver (RF) Board Overall Circuit Schematic
8-62
Schematics, Boards Overlays, and Parts Lists: Transceiver (RF) Boards: UHF2
RF_OUT_1
C1704
2.2PF
C1705
1.5PF
L1700
12.1NH
L1701
12.1NH
C1706
1PF
DNP
C1707
100PF
L1702
12.1NH
IN
OUT
C1700
3.3PF
Figure 8-36. NUE7366A UHF2 Harmonic Filter Circuit
HF_OUT_2
C1701
6.8PF
C1702
7.5PF
C1703
3.3PF
Schematics, Boards Overlays, and Parts Lists: Transceiver (RF) Boards: UHF2
8-63
DC_LIN_3V
L1306
5.6NH
L1303
100NH
C1310
4.7PF
DC_LIN_3V
R1304
0
DNP
IN
L1305
18NH
C1304
1000PF
IN
C1305
27PF
C1302
1.8PF
OUT
GND1
GND2
GND3
IN
2
3
5
1
5
FL1301
FARF6KA1G5754
4
C1303
12PF
1
2
4
L1302
100NH
L1301
3.3NH
U1304
BGA615L7
VCC
C1309
.5PF
AI
BIAS
PON
C1308
18PF
AO
6
TL_RF_GPS_OUT
OUT
GND
DEG
C1301
12PF
7
3
RF_ANT
C1306
.01UF
R1307
1K
C1307
12PF
Figure 8-37. NUE7366A GPS Circuit
2
DIG_CTRL_SPI_EEPROM_PE
P101
3
CLK_16_8_MHZ
P101
6
DC_LIN_1_875V_D
P101
7
DIG_CTRL_RSTB
P101
8
IN
DIG_DATA_SSI_RX_FS
P101
12
DIG_CTRL_TX_INHIBIT_TYPE_1
P101
13
DIG_DATA_SSI_RX_DOUTA
P101
14
DIG_CTRL_SPI_DAC_PE
P101
15
CLK_SSI_RX
P101
16
ANA_CTRL_ISET
P101
17
DIG_TX_SSI_FS
P101
18
DIG_DATA_TX_SSI
P101
19
DIG_TX_SSI_CLK
P101
21
RF_GPS
P101
22
DIG_CTRL_SPI_ABACUS_PE
P101
23
DIG_SYNCB
P101
25
DIG_CTRL_LOCK
P101
26
DIG_BATTERY_DATA
P101
27
DIG_CTRL_SPI_TRIDENT_PE
DC_SW1_3_6V
1
1
TP115
TEST_POINT
OUT
1
TP106
TEST_POINT
1
1
1
TP103
TEST_POINT
1
IN
TP104
TEST_POINT
OUT
OUT
OUT
OUT
TP116
TEST_POINT
TP117
TEST_POINT
IN
OUT
OUT
TP109
TEST_POINT
IN
1
1
1
TP105
TEST_POINT
TP118
TEST_POINT
OUT
1
TP110
TEST_POINT
IO
TP107
TEST_POINT
TP108
TEST_POINT
IO
OUT
1
P101
37
IN
1
DIG_SPI_CLK
OUT
TP112
TEST_POINT
1
33
R103
10K
IN
TP102
TEST_POINT
DIG_DATA_SPI_MISO
P101
TP126
TEST_POINT
OUT
DC_FUSED_B+
TP122
TEST_POINT
P101
28
P101
30
P101
32
1
P101
34
2
3
P101
36
1
P101
4
P101
5
P101
24
P101
35
P101
38
P101
39
P101
40
R104
2K
Figure 8-38. NUE7366A Miscellaneous Connector Circuit
M107
SOCKET
2
C102
0.1UF
M104
M103
1
1
6
1
3
7
5
C
S
W
HOLD
D
U101
M95320R
2
Q
RF_AUX
IO
TP123
TEST_POINT
1
8
R101
10K
VCC
P101
J102
4
G1 VSS
GND
20
IN
1
P101
VR101
MMBZ5250B
20V
OUT
TP111
TEST_POINT
TP101
TEST_POINT
DIG_DATA_SPI_MOSI
1
1
11
1
P101
31
OUT
TP120
TEST_POINT
1
DIG_CTRL_IO49
TP114
TEST_POINT
1
10
1
9
C101
330PF
2
OUT
P101
P101
DC_BATT
1
2
DC_LIN_2_775V
P101
29
M101
CONTACT
3 PIN3 PIN1
PIN2
OUT
OUT
DIG_CTRL_SSI_TRIGGER
P101
TP124
TEST_POINT
3
TP125
TEST_POINT
TP113
TEST_POINT
1
1
P101
1
Schematics, Boards Overlays, and Parts Lists: Transceiver (RF) Boards: UHF2
1
8-64
J101
C
G1
G2
G3
G4
1
2
3
4
5
RF_ANT
IO
OUT
Schematics, Boards Overlays, and Parts Lists: Transceiver (RF) Boards: UHF2
8-65
INPORT
E2021
1
2
R2024
33
R2023
10K
1
R2021
75K
BC858CD
Q2022
2
4
DC_LIN_1_8V_A
IN
347
C2023
100PF
3
6
5
C2024
4.7UF
BC858CD
Q2022
R2022
120K
R2025
2.7
440
ANA_RX_FE_TUNE
2
VR2005
1SV305
L2008
4.7NH
C2029
5.1PF
C2022
100PF
C2058
16PF
C2038
1.5PF
C2063
5.6PF
C2064
3.6PF
L2034
72NH
C2044
7PF
C2032
100PF
C2059
2.4PF
C2061
2.4PF
OUT
R2035
1.2K
1
RF_RX_UHF1_FE_OUT
U2032
BFR380F
L2017
51NH
C2036
1.5PF
DNP
C2042
16PF
C2037
2.4PF
DNP
C2001
1PF
R2001
10
L2036
1.6NH
R2002
10
DNP
C2060
1.5PF
L2019
12NH
VR2020
1SV305
2
337
L2012
3.9NH
C2057
5.6PF
VR2008
1SV305
2
1
L2035
24NH
C2033
180PF
L2015
47NH
C2056
3.6PF
C2053
3.6PF
C2039
2.4PF
C2035
2.4PF
TL_RX_UHF1_FE_IN
C2052
5.1PF
C2020
4.7UF
L2013
18NH
L2014
18NH
C2041
0.1UF
1
L2016
12NH
VR2010
1SV305
2
IN
VR2006
1SV305
2
1
L2009
18NH
L2010
18NH
VR2007
1SV305
1
2
3
1
C2028
3.6PF
0.1UF
R2007
10K
R2009
10K
1
R2006
10K
R2008
10K
2
C2021
0.1UF
DNP
63
0.1UF
ANA_RX_FE_TUNE IN
C2055
337
C2026
R2010
9.1K
C2025 100PF
440
C2054 100PF
R2011
9.1K
IN
Figure 8-39. NUE7366A Receiver Front End Circuit
8-66
Schematics, Boards Overlays, and Parts Lists: Transceiver (RF) Boards: UHF2
1
1
2
VR602
1SV279
2
L604
120NH
1
RF_RX_BE_VCO_OUT2
5
GND
C638
3300PF
R613
2.4K
C639
.01UF
2
C619
62PF
C640
0.1UF
IN
1
1
1
R602
390
C642
470PF
2
2
C609
27PF
1
GND
2
2
IN
VCC
2
2
R606
10K
1
C618
33PF
1
U603
NC7WZ17
VCC
1
2
C608
3PF
2
1
2
1
R699
0
1
1
TP601
TEST_POINT
2
IN
R612
7.5K
R609
2.2K
1
1
1
U602
BFR380F
C631
15PF
C625
18PF
3
DC_LIN_3_0V
DC_LIN_1_875V_D
DC_LIN_1_875V_D
U604
NC7WZ17
2
2
R605
10K
2
Q601
MMBTA13
DC_LIN_1_875V_D
5
1
3
1
DC_LIN_3V
C630
0.1UF
2
C627
1000PF
C641
33PF
TP602
TEST_POINT
2
2
1
2
1
C643
470PF
C629
0.1UF
R607
100K
1
2
R698
0
IN
2
DC_LIN_5V
R616
0 DNP
DIG_DATA_SSI_RX_FS
DC_LIN_3_0V
1
2
1
DC_LIN_1_875V_D
6
2
1
1
2
DC_LIN_3_0V
1
OE
2
A
Y
4
E607
1
1
L603
10UH
2
NC
5
3
1
C628
.01UF
GND
2
C623
.01UF
L602
10UH
VCC
E606
2
C605
3.9PF
U607
NC7SZ125
C626
1000PF
2
IN
C621
0.1UF
1
C617
0.1UF
1
TL_RX_IF_
L601
220NH
1
2
R601
47
C601
.01UF
OUT
6
2
2
U603
NC7WZ17
1
DC_LIN_5_0V
C615
150PF
OUT
2
C636
0.1UF
IN
CLK_16_8_MHZ
CLKOUT
VREFP
VDDD
PE
32
1
31
R619
0 DNP
27
26
25
C634
0.1UF
C637
0.1UF
1
2
2
L605
3.9UH
1
C624
.33UF
2
2
1
2
1
C622
.33UF
4
C635
.01UF
1
R611
10K
2
DC_LIN_3_0V
NC
A1
D1
B2
DIG_CTRL_SPI_PE
IN
U605
SN74LVC2T45
DC_LIN_1_875V_D
GND
IN
B2
B1
A2 VCCA
VCCB
C2
DIG_DATA_SPI_PD
C2
B2
DC_LIN_1_875V_D
IN
2
1
2
1
B1
R621
0 DNP
E605
C614
.01UF
B2
D2 DIR
DC_LIN_3_0V
C606
0.1UF
2
C1 A2
B1 A1
NC
A1
C632
100PF
2
VR601
1SV279
R604
390
C620
0.1UF
2
1
DC_LIN_1_875V_D
1
2
Figure 8-40. NUE7366A Receiver Back End Circuit
3
D2 DIR
R608
10K
U604
NC7WZ17
DC_LIN_3_0V
U606
SN74LVC2T45
1
1
R615
0
DNP
C1 A2
B1 A1
1
2
C616
2200PF
E604
DC_LIN_3_0V
E608
1
2
DC_LIN_3_0V
1
1
R614
0
R620
0 DNP
1
C613
100PF
DC_LIN_3_0V
E609
1
2
2
1
C612
.01UF
2
C607
100PF
CLK_SSI_RX
28
R603
100K
2
2
.01UF
1
1
C602
OUT
U604
NC7WZ17
29
2
2
1
6
30
E603
DC_LIN_3_0V
R618
0 DNP
33
1
G1
VREFN
VDDH
DIG_DATA_SSI_RX_DOUTA
OUT
D1
GNDA
4
GND
VDDA
34
2
38
37
GNDP
IOUTL
40
41
39
VDDP
LON
VDDL
CXVM
42
45
44
43
LOP
CXVL
46
CXIF
GNDI
IFIN
DOUTA
U603 3
NC7WZ17
DC_LIN_3_0V
R610
100K
1
12
GCN
35
2
.01UF
1
11
DOUTB
PC
9
10
C604
FS
GCP
PD
8
VDDF
R624
0
DNP
C633
1K
36
24
2
GNDH
IF2P
22 GNDS1
23 GNDD
1
SYNCB
21
2
7
FREF
GNDS2
CLKN
1
6
2
DC_LIN_3_0V
C610
100PF
GNDL
IF2N
19 GNDC
CLKP
C611
100PF
E602
U601
AD9864
GNDF
20
5
17 GNDQ
18 VDDC
4
2
VDDI
48
3
1
MXON
GND3
2
C603
.01UF
MXOP
RREF
14
VDDQ
15
16 IOUTC
1
2
1
47
2
13
1
DC_LIN_3_0V
R623
0
DNP
R617
0 DNP
1
E601
A2 VCCA
VCCB
1
DIG_CTRL_SPI_PC
DIG_RX_BE_DOUTB
Schematics, Boards Overlays, and Parts Lists: Transceiver (RF) Boards: UHF2
8-67
E200
1
E201
DC_BATT
1
1
2
VR200
MMBZ5250B
20V
L200
1.5UH
F200
32V
2A
C201
1UF
C200
.01UF
OUT
2
3
IN
DC_RAW_B+
2
DC_FUSED_B+
C202
1UF
OUT
C203
1UF
Q201
NTR1P02T1
R201
100K
MUN5212T
Q202
OUT
R202
4.7K
3
22K
1
D200
2
MBR120LSFT1
2
4
8
6
1
U200
LP2989
5
INPUT
OUTPUT
7
SHUTDOWN ERROR
SENSE
2
NC
BYPASS
GND
22K
1
C217
1UF
SW_B+
3
1
2
C206
.01UF
OUT
NC
C205
4.7UF
3
C204
4.7UF
DC_LIN_5V
NC
U201
LP5900
DC_LIN_3V
DC_SWI_3_6V
C214
33PF
C207
1UF
VOUT
B2
OUT
C208
1UF
B1
C213
330PF
VEN
VIN
GND
A1
A2
IN
DC_LIN_1_8V
OUT
U203
LP5952
C209
1UF
C3
A1
C1
B2
C210
1UF
EN
VIN
VBATT
VOUT
GND
C216
33PF
GND
C215
330PF
VOUT
VEN
VIN
B1
A1
A2
DC_LIN_1_5V
A3
OUT
C212
4.7UF
B2
U202
LP5900
Figure 8-41. NUE7366A DC Power Circuit
8-68
Schematics, Boards Overlays, and Parts Lists: Transceiver (RF) Boards: UHF2
U1150
LT1790
4 VIN
6
VOUT
3 DNC1
5 DNC2
SW_B+ IN
E1101
FILT_RAW_B+
2
DC_LIN_5V
R1144
100K
4
R1146
100K
1
3
R1143
100K
TXH_1
DC_LIN_5V
U1116
74LVC1G32YZP
TXH_2
2
R1108
82K
A1
C2
R1145
100K
DAC_C
A2
5
R1110
10K
C1
2
4
C1110
100PF
C1107
100PF
L1102
6.8NH
R1107
68
1
4
3
R1112
51
DNP
DC_LIN_3.3V
5
R1117
75K
12
IN
C1125
15PF
DNP
R1114
100
R1115
100
C1118
.01UF
DC_LIN_5V
DC_LIN_5V
DIG_CTRL_TX_INH
3
G1
8
5
C1111
.1UF
1
C1126
1000PF
NC 6
VAPC 7
FLTR 4
RFIN
ENBL
VSET
R1180
0
VCC
GND
U1105
AD8315
8
1
2
3
TX_INH
4
1
OUT
2
A2
A2
TXH
U1147
74LVC1G08YZP
VCC
GND
U1146
74LVC1G32YZP
GND
C1140
4700PF
C1127
.1UF
R1135
0
4
3
R1154
10K
VC
VCONTROL
C1141
.1UF
C1132
6PF
DNP
RX_IN
C2
L1114
11NH
B1
4
U1149
AT267
1
C1124
4700PF
DC_LIN_5V
U1142
LPV321M7X
VCC
R1182
10K
2
GND
C1152
330PF
U1128
SN74LVC1G00
U1117
NC7WZ04
3
4
ANA_RX_FE_FILT_VTUNE
4
U1113
1
IN
2
U1148
U1119
74LVC1G08YZP
C2
Q1101
MUN5212T
3
1 22K
4
2
C1120
.01UF
TX_INH
22K
VCC
2
LPV321M7X
DC_LIN_3V
GND
5
R1130
10K
DNP
3
2
1 U1114
R1128
10K
4
U1121
M74VHC1GT86
VCC
GND
LPV321M7X
R1167
10K
3
R1166
200
5
3
DC_LIN_5V
R1127
22K
Figure 8-42. NUE7366A Transmitter and Automatic Level Control Circuits
C1
GND
2
1
DC_LIN_5V
4
U1121
M74VHC1GT86
A2
R1165
200
5
1
VOUT
1
A1
B1
3
2
IN
DC_LIN_5V
C1106
.01UF
FILT_RAW_B+
TXH_1
R1164
10K
DC_LIN_5V
POS
U1103
LM50
TXH_2
LPV321M7X
U1119
74LVC1G08YZP
2
R1102
100K
3
1
5
3
R1126
9.1K
OUT
GND
C1119
.01UF
R1129
10K
DNP
OUT
C1150
1.2PF
DC_LIN_5V
R1125
22K
OUT
R1186
0
DNP
C1149
100PF
L1104
0
C1
C1
U1133
TS5A3159
NO
IN
COM 4
V_POS NC 3
GND
A1
3
R1136
10K
RF_AUX
R1176
1K
1
6
5
DC_LIN_5V
L1103
4.7NH
U1128
SN74LVC1G00
DC_LIN_5V
C1
VCC
C1123
.01UF
A2
R1137
10K
3
DC_LIN_1_875V_D
R1178
10K U1127
TS5A3159
1 NO
6 IN
COM
5 V_POS NC
GND
DC_LIN_5V
NC
3
1
3
C1128
.01UF
U1126
LMV7275
5
DC_LIN_5V
2
DIG_GPIO49
DIR D2
A1 B1
A2 C1
2
B2 B1
C2 B2
C2
NC
5
C1122
2.2PF
5
U1146
74LVC1G32YZP A1
A1
B1 C2
B1
U1147
74LVC1G08YZP
17
18
19
20
21
24
26
29
31
R1151
15K
A2
A1
IN
DIG_DMCS
NC11
NC12
NC13
NC14
NC15
NC16
NC17
NC18
NC19
R1177
0
NC
C1112
6800PF
ANT2 23
ANT1 2
R1 11
R2 16
R1174
10K
U1132
2 D
Q
NL17SZ74
1 CP
Q*
R1181
100K
DNP
DC_LIN_1_875V_D
DC_LIN_5V
U1139
SN74LVC2T45
D1 GND VCCB
VCCA
IN
7 PR
6 CLR
A2
VDD
R1121
30K
R1124
51
DIR D2
A1 B1
A2 C1
C2
GND
GND
B2
C2 B1
B2
B1
U1136
74LVC1G08YZP
DC_LIN_5V
5 COMM VPOS
9
DIG_DATA_SPI_MOSI
DAC_C
LMV7275
U1131
DC_LIN_5V
D1
IN
A2
VCCB
GND VCCA A1
U1138
SN74LVC2T45
IN
C1165
.1UF
A1
RFIO1
RFIO2
GND CTGND
DC_LIN_1_875V_D
R1122
75K
1
R1162
150K
4
4 V1
5 V2
DC_LIN_5V
1
2
4
5
R1152
10K
3
C1
VOUTA
SCLK
SYNC
VOUTB
VOUTC
DIN
VREFIN_VREFOUT
VOUTD
5 ACG1
6 ACG2
7 ACG3
R1163
10K
1
3
4
8
9
10
12
2
16
7
6
8
10
DC_LIN_5VREF
2 RF1
11 RF2
U1125
AD5624R
NC1
NC2
NC3
NC4
NC5
NC6
NC7
17
D1
C1116
.1UF
C1117
3300PF
B2 B1
C2 B2
ANA_CTRL_VSET
13 V1
14 V2
15 V3
DC_LIN_5V
VDD 9
A2
VCCB A1
GND VCCA
DIG_SPI_CLK
U1137
SN74LVC2T45
NC1
NC2
NC3
NC4
NC5
NC6
NC7
NC8
NC9
C1130
.01UF
DC_LIN_5V
C1129
.01UF
U1112
HMC468LP3E
2
C1104
5.6PF
DNP
R1168
100
R1106
6.8
IN
IN
OUT
U1111
PE42510
3
22
25
27
30
32
G1
C1142
1000PF
L1101
33NH
DC_LIN_5V
IN
13 VCTRL
VDD
28 INPUT_OUTPUT
1
4
5
6
7
8
9
10
14
15
DC_LIN_1_875V_D
DIR D2
A1 B1
A2 C1
DIG_CTRL_RMTH
NC
GND1
GND2
GND3
GND4
GND5
GND6
CTGND
L1108
5.45NH
NC
16
17
19
20
22
24
26
27
29
30
31
VCC
NC7
NC8
NC9
NC10
NC11
NC12
NC13
NC14
NC15
NC16
NC17
NC10
RX 8
RES 11
ANT 28
GND
NC1
NC2
NC3
NC4
NC5
RF_ANT
4
1
3
5
7
9
10
R1116
10K
R1105
100
U1136
74LVC1G08YZP
TX1
TX2
TX3
TX4
V1
V2
V3
VCC U1117
NC7WZ04
GND
DC_LIN_3.3V
6
18
25
32
G1
V3
2
4
21
23
15
14
13
VDD
12
V1_V2
VCC U1118
74LVC1G32YZP
GND
U1102
PE42650
NC6
GND1
GND2
GND3
GND4
CTGND
HF_OUT_1
IN
R1104
100
6
DC_LIN_3V
U1106
LTC5532
RFIN
VM VOUT
VOS
2
C1105
5.6PF
C1113
.01UF
VCC
C1135
.01UF
DNP
C1138
.022UF
6
1
C1137
.022UF
1
DC_LIN_3V
DC_LIN_3V
GND
R1160
12K
U1116
74LVC1G32YZP
GND
U1104
LPV321M7X
2
IN
R1172
4.7K
R1171
0
ANA_CTRL_ISET
R1158
100K
DNP
3
5
IN
C2
B1
VCC
1
U1141
LPV321M7X
DIG_CTRL_I_LIMIT
U1117
NC7WZ04
A1
C1108
.022UF
4
U1118
74LVC1G32YZP
B1
DC_LIN_3V
3
V3
V1_V2
1
5
R1140
100K
U1130
LMV841
4
2
R1175
0
1
C1139
10PF
3
R1139
100K
U1129
LMV841
A2
2
R1184
2.2K
C1162
1UF
DNP
C1
5
3 VINPOS
4 VINNEG
GND
OUT
R1183
1K
4
R1142
100K
LPV321M7X
R1141
510K
U1101
INA138
VPOS
U1143
1
2
C1103
.01UF
DC_LIN_3.3V
3
R1170
100K
5
DC_LIN_5V
U1144
TS5A3159
1 NO
6 IN
COM 4
3
5 V_POS
GND NC
NC
DC_LIN_5V
R1138
100K
2
DC_LIN_5V
R1169
340K
2
DC_LIN_3V
IN
DC_LIN_5V
C1102
1UF
5
DC_LIN_5V
C1101
.01UF
5
1
DC_LIN_5V
IN
C1161
1UF
DC_LIN_5V
R1103
.02
DC_RAW_B+
IN
1
2 GND1
GND2
NC
NC
C1160
.1UF
DC_LIN_5VREF
Q1103
NTR1P02T1
TX_7V
OUT
DIG_CTRL_ATTH
IN
OUT
OUT
Schematics, Boards Overlays, and Parts Lists: Transceiver (RF) Boards: UHF2
IN
IN
IN
IN
8-69
DC_LIN_1_5V
DC_LIN_1_875V_D
DC_LIN_2_775V
DC_LIN_5V
DC_LIN_2_775V
DC_LIN_1_5V
OUT
OUT
DC_LIN_2_775V
DC_LIN_2_775V
L720
2.2UH
DC_LIN_2_775V
DC_LIN_1_875V_D
DC_LIN_2_775V
DIG_CTRL_LOCK
OUT
C715
.1UF
DIG_DATA_SPI_MISO
D722
IMN10
4
5
6
A1
A2
A3
K1
K2
K3
L735
2.2UH
L738
2.2UH
C734
.1UF
C730
.1UF
DIG_CTRL_SPI_TRIDENT_PE
C737
.1UF
DIG_DATA_SPI_MOSI
NC
C716
.1UF
L733
2.2UH
L727
2.2UH
C726
.1UF
3
2
1
DIG_SPI_CLK
DIG_TX_SSI_FS
C717
.1UF
DIG_TX_SSI_CLK
C724
10UF
DIG_CTRL_SSI_TRIGGER
C718
.1UF
IN
IN
IN
OUT
OUT
IN
IN
D723
IMN10
3
2
1
NC
K1
K2
K3
NC
A1
A2
A3
NC
4
5
6
NC
NC
C719
.1UF
DIG_DATA_TX_SSI
C725
.1UF
OUT
RF_HP_MOD_OUT
OUT
DIG_DATA_AUX_SPI_MISO
ANA_CHARGE_PUMP
SCAN_EN
R706
0
DC_SUPER_FILTER_5V
D9
D8
D10
C11
SPI_DR
CEX
SPI_DW
SPI_CLK
C756
10UF
DIG_CTRL_TR
U703
MAX7301ATL
32
REF_IN
REF_OSC_OUT
SDM_CLK_GEN_GND
SF_SPLY
SF_BYP
SF_OUT
SENS
R754
5.6K
RF BRD ID
C749
.1UF
G3
MN_CP
NC
NC
R755
39K
RF BRD ID
RF BRD ID
R753
5.6K
R752
5.6K
29
27
25
23
22
21
19
18
17
16
15
DIG_CTRL_TXH1
DOUT
CS
DIN
P4
P5
P6
P7
P8
P9
P10
P11
P12
P13
P14
P15
P16
P17
P18
P19
P20
ISET
P31
P30
P29
P28
P27
P26
P25
P24
P23
P22
P21
37
GND1
38
GND2
39 GND3
G1 GND4
K5
L5
B10
K4
L4
J5
H5
CLK_CP
CLK_EMIT
CLK_BASE
RSTB
K10
L10
K11
C10
36
SCLK
DIG_DATA_AUX_SPI_MISO
35
NC
NC
NC
NC
NC
H1
G1
M_PRSCX
M_PRSC
OUT
R707
0
G2
MN_ADAPT_CP
OUT
DIG_CTRL_TR
OUT
NC
NC
NC
NC
NC
NC
NC3
NC4
NC5
NC6
NC
NC
NC
NC
NC
NC
NC
L1
L11
E3
F3
B7
A7
C6
D6
A1
A11
H11
H10
VMULTI1
VMULTI2
ASPI_CLK
ASPI_DATA
ACE1_GPO7
ACE2_GPO8
NC1
NC2
GPO1_TEST1
GPO2_TEST2
GPO3_TEST3
GPO4_TEST4
EF_OUTP
EF_OUTM
E5
D5
E6
C5
NC
NC
NC
NC
J8
H8
NC
NC
OUT
DIG_CTRL_TU1H
C758
.047UF
L9
HP_MOD_OUT
NC
OUT
C757
.1UF
34
33
SUB1
SUB2
SUB3
DEEPSLEEP
OUT
DC_LIN_2_775V
F9
F10
F11
F7
D11
E9
E8
D7
J2
L3
K1
K2
H2
TXFS
TXCLK
TXD
DMCS
RXD
RXCLK
RXFS
RXACQ
ESC_IN
ESC_CP
ESCD2_OUT
ESCD2_OUTX
ESC_INX
V_POS
C7
G6
H6
A8
E10
E7
B4
C4
G8
TX_DAC_GND
TX_DAC_VCC
ASPI_VCC
SSI_GND
TM
TEST1_LCKDET
TEST2
LVCC1
F2
F1
G9
MN_CP_VCC
LGND1
MN_CP_GND
CLK_VCC
CLK_GND
TX_VCC
SDM_CLK_GEN_VCC
ASPI_GND
SF_GND
SSI_VCC
ESC_GND
TX_GND
ESC_CPBIAS
ESC_VCC
ESC_CP_GND
ESC_CP_VCC
MAIN_GND
ESC_TEST
MAIN_VCC
REF_VCC
AGC_REF
AGC_FLAG
AUX_DAC
RFSTEPA_GPO6
AGC_DAC
DC_CAL_GPO5
BP_I
RXI
RXIX
BP_IX
SDM_VAG
BP_Q
RXQ
RXQX
BP_QX
SCAN_IN
RX_EN_OUT
ICAP
QCAP
CLK_OUT
TCLK
NTXQ
TXQ
NTXI
TXI
INCR_DECR
PHCLK
FBQ
FBI
K9
F6
F4
G10
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
D3
A6
K6
A5
C3
B5
B2
C1
C2
B1
A10
E1
D1
D2
E2
F5
B6
J7
K7
J10
J11
L6
L7
K8
L8
F8
G11
A3
A4
SDM_REF_VCC
SDM_VREFM
SDM_VREFP
RX_AVCC1
RX_AGND1
RX_AVCC2
SDM_REF_GND
RX_AGND2
A9
C9
C8
D4
E4
A2
B9
B3
H9
J9
H7
B11
B8
J4
E11
J1
G7
L2
H3
K3
J3
G5
H4
G4
J6
ANA_ADAPT_CHARGE_PUMP
U702
15H28
NC1
NC2
NC3
OUT
40
30
28
26
24
1
3
5
7
2
4
6
8
9
10
12
13
14
11
20
31
NC
DIG_CTRL_F
OUT
NC
NC
NC
NC
NC
NC
DIG_CTRL_C
DIG_CTRL_VTUR1
OUT
OUT
NC
NC
NC
NC
NC
NC
DIG_CTRL_UT1
DIG_CTRL_UT2
OUT
OUT
DC_LIN_1_875V_D
R721
10K
DC_LIN_5V
DC_LIN_2_775V
DC_LIN_2_775V_16_8_MHZ_IN
DIG_CTRL_I_LIMIT
DIG_CTRL_RMTH
DIG_CTRL_G
DIG_CTRL_B
R702
0
C731
.1UF
C732
100PF
OUTPUT
NC1
NC2
NC3
NC4
C736
.01UF
3
5
6
7
8
NC
NC
NC
NC
OUT
OUT
OUT
OUT
OUT
3
C739
10PF
DIG_CTRL_UR2
U746
BFQ67W
1
C752
.01UF
L753
2.2UH
CLK_16_8_MHZ
2
VCONT
VCC
1
GND
R729
22K
C750
.1UF
R745
22K
Y701
1XTV16800VDA
16.8MHZ
OUT
DC_LIN_2_775V_16_8_MHZ_IN
L741
2.2UH
L728
390NH
4
RF_PRESCALAR
IN
DIG_CTRL_ATTH
C742
.1UF
DIG_CTRL_RSTB
2
IN
C744
10UF
R743
47K
R751
270
C710
560PF
DNP
C711
56PF
DNP
C754
56PF
OUT
C712
270PF
DNP
Figure 8-43. NUE7366A Frequency Generation Unit (Synthesizer) Circuit – 1 of 2
Schematics, Boards Overlays, and Parts Lists: Transceiver (RF) Boards: UHF2
1
TP853
TEST_POINT
8-70
IN
IN
IN
IN
DC_LIN_1_5V
C831
100PF
DC_SUPER_FILTER_5V
DC_LIN_5V
DIG_CTRL_TR
Q714
NTZD3154N
DIG_CTRL_G
1
6
2
5
3
4
OUT
R714
560
NC
NC
NC
NC
NC
2
U710
SKY13251
V1
RF1 4
V2
RF2 5
V3
RF3 8
RFC
NC
DC_LIN_1_5V
L821
390NH
R764
1.2K
ANA_CHARGE_PUMP
R759
680
IN
R712
560
TL_RX_LO
DIG_CTRL_F
3
6
7
1
IN
R713
10
C762
.039UF
C766
6800PF
C769
.016UF
R832
15
C703
100PF
DNP
C806
.22UF
C838
1000PF
R827
6.2K
R849
560
L846
390NH
C844
47PF
R767
68
ANA_ADAPT_CHARGE_PUMP
1
R822
20K
Q703
BC858CD
4
IN
G1 CGND
IN
Q703
BC858CD
5
C851
220PF
C836
47PF
R848
15
R716
10
3
6
2
C763
.082UF
C765
.082UF
C768
.082UF
C770
.082UF
DC_LIN_1_5V
R823
56K
L806
390NH
C830
220PF
R811
39
R833
100
4
R715
560
R701
100
Q842
NE662M04
3
1
C802
.22UF
R840
15
C702
220PF
2
C760
.082UF
C814
1000PF
C816
100PF
L817
390NH
R819
270
1
4
R809
5.6K
R807
22K
2
5
Q712
BC858CD
C820
220PF
R813
680
R705
10
C709
220PF
3
6
Q712
BC858CD
DC_SUPER_FILTER_5V
R808
82K
2
C794
100PF
4
C810
220PF
NC
Y704
V0225AZ
309MHZ/379MHZ
4
5
8
R762
11K
POUT
NC
2
6
8
9
10
12
7 VTUNE
3 SEL1
5
C792
0.1UF
1
4
3
R818
8.2
C704
DC_LIN_1_5V 62PF
3
6
7
1
L701
390NH
R773
5.6K
NC
RF_HP_MOD_OUT
DC_SUPER_FILTER_5V
SEL2
GND1
GND2
GND3
11
GND4 VCC
GND5
GND6
IN
R761
220
G1
NC
C759
.22UF
U709
SKY13251
V1
V2
V3
RFC
NC
RF1
RF2
RF3
R815
24
R708
100
Q713
NE662M04
C795
100PF
NC
Y705
V0225AZ
415MHZ/485MHZ
C771
100PF
R772
33
C775
1000PF
TP780
TEST_POINT
C777
33PF
Q774
NE68519
2
1
4
C813
1PF
1
NC
1
R812
82
3
POUT
2
6
8
9
10
12
7 VTUNE
3 SEL1
5
C701
220PF
1
C783
1500PF
2 CGND
SEL2
GND1
GND2
GND3
11
GND4 VCC
GND5
GND6
C791
0.1UF
C779
100PF
R776
39
R778
180
IN
IN
IN
IN
IN
IN
DIG_CTRL_VTUR1
DIG_CTRL_UR2
DIG_CTRL_UT1
DIG_CTRL_UT2
DIG_CTRL_C
DIG_CTRL_B
Figure 8-44. NUE7366A Frequency Generation Unit (VCO) Circuit – 2 of 2
RF_PRESCALAR
OUT
TL_TX_LO
OUT
R717
560
Schematics, Boards Overlays, and Parts Lists: Transceiver (RF) Boards: UHF2
8-71
DC_LIN_1_8V
IN
L511
7.5NH
TL_RX_B1_MIX_IN
C510
1000PF
IN
T503
059248278
C502
L501 4PF
L510
6.8NH
10NH
C501
22PF
C507
22PF
1 P1
S1 3
S2 2
6 P2
S3 4
NC 5
E501
2
C517
0.1UF
R503
24K
DC_LIN_3V
DIG_RX_MIX_NC_1
P2
2
S3
4
NC
5
C529
100PF
GND5
AVDD
DVDD2
OUTB
OUTA
3
GND1
INB
INA
LG2
LG1
MIXBIAS
GND4
RF_M
RF_P
GND3
R501
51
DNP
3
C522
15PF
R505
180K
3 S1
C523
470PF
P1 1
2 S2
4 S3
5
NC
R511
2.7
TL_RX_IF_OUT
C525
.5PF
C518
1000PF
T504
059248278
C513
100PF
L506
150NH
C520
1000PF
OUT
15
14
13
12
11
L503
220NH 1
C509
1000PF
Q501
BC858CD
C515
6.8PF
FL501
31B01
IN
OUT
4
L504
470NH
C516
1PF
C524
68PF
C519
33PF
R508
15
C521
1000PF
L505
R507
1.2K
1
R509
10
3
6
S1
S2
1
2
3
4
5
5
Q503
BFR380F
2
R512
100K
DNP
P1
U506
5164852H82
LG0
DVDD1
IF_P
GND2
IF_M
CTGND
1
IN
C528
100PF
2
Q501
BC858CD
6
7
8
9
10
21
TL_RX_LO
DIG_RX_MIX_NC_2
20
19
18
17
16
T505
059248278
1
C512
33PF
6
C508
1000PF
NC
NC
C506
0.1UF
2
GND1
3
GND2
5
GND3
6
GND4
1
2
IN
R506
150
R504
3.3K
4
1
L507
5.1NH
R502
68
P2 6
L502
47NH
C514
43PF
Figure 8-45. NUE7366A Mixer and IF Filter Circuits
8-72
Schematics, Boards Overlays, and Parts Lists: Transceiver (RF) Boards: UHF2
FILT_RAW_B+
IN
TX_7V_1
IN
C1514
.01UF
L1505
23.75NH
C1513
100PF
C1519
2PF
DNP
C1501
.01UF
C1502
100PF
L1500
180NH
L1510
C1503
100PF
C1504
.01UF
R1501
390
DNP
110NH
C1521
100PF
L1507
8NH
TL_PA2HF_1
OUT
U1500
SRFIC7126
C1525
.1UF
C1509
100PF
C1510
22PF
C1511
33PF
Q1500
4
C1512
100PF
DNP
8
6
3
C1508
1.8PF
L1503
12NH
7
3
5
6
2
2
7
L1504
1.8NH
NC1
NC4
EP
NC3
GND4
NC2
4
15
TPVG2
17
9
10
TPVG1
G2
GND2
8
VD1
GND3
11
NC5
VCNTRL
13
14
C1505
12PF
RFOUT
RFIN
GND1
1
12
16
L1501
9.5NH
5
RF_IN_1
IN
L1502
3.3NH
1
C1500
100PF
C1506
100PF
C1598
3300PF
C1507
100PF
C1599
3300PF
R1502
1K
C1526
.1UF
R1503
20K
R1500
0
5
R1504
33K
R1505
10K
3
U1501
LMV841
4
VC_1
1
2
IN
R1506
12K
Figure 8-46. NUE7366A Power Amplifier Circuit
C1522
100PF
C1523
.01UF
DNP
C1516
33PF
C1527
10PF
C1517
18PF
C1518
7.5PF
C1520
8.2PF
Schematics, Boards Overlays, and Parts Lists: Transceiver (RF) Boards: UHF2
8-73
C203_2
4
A2
D2
D1
U1137_11
U101_1
C1
C2 A2
U1147_11
D1
D2
A2
U1138_11
C1113_11 R1116_11
R1117_11
4
2
VR101_1
3
C101_1
SH4
6
C724_7
3
4
D723_7
C717_7
C718_7
C716_7
C730_7
9
40
R754_7
L727_7
L735_7
R729_7 C732_7
2
U702_7
L738_7
C742_7
Y701_7
4
3
C736_7
L741_7
C737_7
R707_7
R752_7
C758_7
C830_7
R753_7
C734_7
30
R755_7
R745_7
L728_7
C750_7
R702_7
2
C752_7
L753_7
3
U746_7
R751_7
C771_7 R772_7
R778_7
C711_7
6
R743_7
C710_7
Q774_7
C749_7
R776_7
C725_7
C779_7
TP780_7
R773_7
C777_7
4
R512_5
T505_5
C775_7
L701_7
C739_7
C744_7
L1
3
2
F200_2
L1102_11
C1110_11
5
C731_7
C601_6
4
3
R1121_11
R1114_11
R1115_11
8
U1146_11
L11
A11
3
SH2
3
L733_7
C605_6
L601_6
R101_1
C719_7
4
U710_7
U1106_11
3
4
U703_7
D722_7
L720_7
C726_7
Q842_7
4
3
6
C715_7
R721_7
R833_7
3
Q714_7
3
U1119_11
A2 C2
C1
4
6
10
R848_7 C851_7
2
R840_7
L602_6
20
R701_7
2
FL501_5
5
C603_6
E601_6
R714_7
C610_6
C844_7
6
SH3
C611_6
R601_6
C643_6
E607_6
Q601_6
C615_6
TP601_6
TP602_6
C617_6 C629_6 R607_6
C623_6
C621_6
C628_6
C626_6
E606_6
C636_6
R616_6
48
36
C633_6
6
R624_6
U603_6
3
C836_7
L846_7
C604_6
E602_6
4
C838_7
C515_5
L603_6
6
R201_2 2
U1144_11
Q202_2
C202_2
R103_1
R1112_11
C1107_11
R1184_11
R1183_11
L200_2
SH10
C702_7
6
C831_7
C616_6
R823_7
R713_7
R618_6
C602_6
U601_6
3
Q703_7
R712_7
L503_5
C514_5
12
24
E609_6
C607_6
E603_6
R822_7
C523_5
L502_5 R502_5
4
R849_7
6
C613_6
C637_6
R832_7
R827_7
6
R699_6
C612_6
C606_6
E604_6
C635_6
C614_6
L605_6
R614_6
R611_6
R615_6
C642_6
R603_6
C806_7
3
4
R698_6
T504_5
C620_6
C632_6 R608_6
3
4
6
U604_6
R617_6
R610_6
3 4
R623_6
C634_6
L821_7
C624_6
E605_6
VR601_6
E608_6
U607_6
6
C641_6
D2
D1
U606_6
A2
R604_6
R621_6
D1
D2
A2
U605_6
R620_6
C622_6
R1143_11
R1104_11
C1105_11
U1118_11
U1116_11
E201_2
R1107_11
R1106_11
SH14
R619_6
R1145_11
C1125_11
3
3
R202_2
A2
C214_2
C207_2
C208_2
C213_2
C216_2
C215_2
B1
A2
U202_2
C210_2
U203_2
C1
C3 A3
C212_2
C209_2
C217_2
8
2
R1168_11
R1105_11
C204_2
Q201_2
C206_2
U201_2
B1
C1141_11
2
25
4
5
C205_2
D200_2
U200_2
R1174_11
L1108_11
17
C201_2
R1122_11
U1102_11
1
C1150_11
U1117_11
3
4
6
SH5
L1114_11
C1152_11
C1122_11
U1125_11
5
3
U1133_11
6
4
5
C1104_11
D1
A2
D2
U1139_11
6
10
4
C1142_11
L1103_11
C1132_11
L1104_11
C1149_11
5
C1514_15
U1112_11
16
L1101_11
3
C1126_11
9
12
8
13
R1176_11
R1124_11
4 R1177_11
C1707_17
R1152_11
4
C1165_11 C1116_11
C1129_11
5
U1105_11
C1118_11
4
5
3
R1154_11
U1131_11
C1117_11
R1163_11
C1112_11
R1162_11
8
L1702_17
R1186_11
U1149_11
C1517_15
C1527_15
C1516_15
C1513_15
C1706_17
L1701_17
C1701_17
L1700_17
L1505_15
C1703_17
C1704_17
C1521_15
L1507_15
C1705_17
C1700_17
C1520_15
R1501_15
C1512_15
C1518_15
C1519_15
R1151_11
C1111_11
C1702_17
C712_7
C754_7
SH13
Figure 8-47. NUE7366A Transceiver (RF) Board Layout – Side 1
Q1101_11
R2009_20
C1511_15
3
C1522_15
R1127_11
TP116_1
TP111_1
TP106_1
TP112_1
M104_1
C1120_11
5
3
4
U1121_11
3
TP107_1
R613_6
R609_6 C638_6
2
3
U602_6 C625_6
R605_6
C630_6
C627_6
R509_5
SH8
L604_6
C640_6
C639_6
R612_6
C618_6
R606_6
C608_6
VR602_6
C609_6
C631_6
R511_5
L506_5
R1126_11
C517_5
R506_5 E501_5
R505_5
6
4
Q501_5
R503_5
3
SH12
R508_5 C521_5
L507_5
C525_5
3
2
Q503_5
C520_5
TP110_1
R602_6 C619_6
C524_5
L504_5
R1128_11
3
4
5
4
5
R1125_11
5
6
11
10
15
16
3
C802_7
2
R705_7
R811_7
C704_7
L505_5
C519_5 R507_5
C522_5
C11
L817_7
R818_7
C518_5
C516_5
C795_7
SH9
Q713_7
R819_7
2
12
C792_7
C820_7
TP108_1
U1113_11
R504_5
Q712_7
L806_7
C813_7
R807_7
C810_7
3
4
3
8
9
Y705_7
1110
C768_7
C765_7
C15
R813_7
R708_7
TP113_1
C760_7
C794_7
R812_7
C701_7
R809_7
4 3
R808_7
5
6
C791_7
U709_7
R767_7
C766_7
C762_7
R759_7
2
C769_7
7
C770_7
R764_7
R1130_11
R1165_11
R1164_11
11
C814_7
10
R815_7
9
4
8
C816_7
7
C763_7
TP102_1
C512_5
SH7
C709_7
C703_7
R761_7 R762_7
C508_5
C1119_11
M103_1
C783_7
C506_5
R1167_11
3
TP120_1
U506_5
U1114_11
4
C510_5
C507_5
P101_1
TP124_1
T503_5
R1166_11
5
R1129_11
C759_7
TP114_1
4
6
L511_5
R715_7
12
Y704_7
C502_5 C501_5
L501_5
L510_5
TP125_1
C528_5 C529_5 R501_5
C509_5
TP853_7
6
2
R1502_15
R1506_15
C1523_15
R1505_15
C1598_15
C1506_15
C2055_20
2
40
TP115_1
TP105_1
U1103_11
8
9
C2064_20
C2054_20
R717_7
R706_7
C757_7
3
C1106_11
1
M107_1
U1148_11
4
3
C1162_11
C513_5
5
2
R104_1
L2017_20
C2057_20
C2044_20
C2059_20
E2021_20
R2024_20
C2024_20
L2035_20
C2053_20
R2006_20
R2010_20
U1501_15
C2063_20
R716_7
TP109_1
Figure 8-48. NUE7366A Transceiver (RF) Board Layout – Side 2
R1504_15
R1503_15
C102_1
R1103_11
C756_7
4
SH1
2
R2011_20
R2008_20
L1504_15
2
3
R1102_11
3
Q1103_11
C1160_11
3
2
16
R1137_11
U1143_11
C1128_11
U1126_11
6
4
4
4
5
R1178_11
U1130_11
3
L2009_20
4
6
5
8
3
4
5
4 C1304_13
C1305_13
3
C1599_15
Q1500_15
8
VR2008_20
L2019_20
C2056_20
2
5
E1101_11
VR2020_20
R2002_20
3
L2036_20
R2001_20
C2036_20
L2012_20
6
7
C2061_20
L2014_20
R2025_20
U2032_20
VR2010_20
C2058_20
C2035_20
C2041_20
C2039_20
L2008_20
C2032_20 R2035_20
L2010_20
C2020_20
VR2005_20
C2042_20
C2060_20
C2052_20
C2038_20
4
VR2006_20
L2015_20
5
C2026_20
R2021_20 R2023_20
VR2007_20
5
C2021_20 R2007_20
C2028_20
L2016_20
3
U1101_11
C1525_15
C1507_15
R1500_15
L2013_20
C2025_20
25
17
L1502_15
SH11
TP103_1
39
C1500_15
4 C2023_20
L2034_20
6
3
C2022_20
Q2022_20
C2001_20
2
L1510_15
C1102_11
TP101_1
TP104_1
U1500_15
C1501_15
3
2
4
5
3
C2037_20
C2033_20
C1103_11
L1501_15
R2022_20
R1141_11
C1508_15
SH6
C2029_20
C200_2
TP118_1
R1110_11
E200_2
TP126_1
C1139_11
R1108_11
C1101_11
U1141_11
C1509_15
C1526_15
3
2
R1139_11
M101_1
4
3
C1502_15
C1510_15
L1500_15
C1505_15
C1140_11
5
4
5
U1129_11
R1140_11
3
R1146_11
L1503_15
C1504_15
4
C1108_11
R1138_11
U1127_11
R1169_11
R1142_11
TP123_1
VR200_2
R1144_11
C1135_11
L1301_13
C1306_13
C1301_13
5
3
L1305_13
C1302_13
3
2
9
R1158_11
U1150_11
2 3
C1503_15
5
3
U1104_11
3
4
R1170_11
U1111_11
J102_1
C1161_11
U1136_11
R1180_11 A2 C2
R1135_11
C1
C1127_11 R1160_11
C1123_11
R1182_11
R1181_11
5
R1175_11
3
TP122_1
U1132_11
U1128_11
C1130_11
L1302_13
R1136_11
C1137_11
C1303_13
C1309_13
C1310_13
R1172_11
U1142_11
R1171_11
R1304_13
L1306_13 C1124_11
C1138_11
J101_1
FL1301_13
4
3
U1304_13
C1308_13
6
R1307_13
4
3
L1303_13
C1307_13
Schematics, Boards Overlays, and Parts Lists: Transceiver (RF) Boards: UHF2
4
8-74
TP117_1
Schematics, Boards Overlays, and Parts Lists: Transceiver (RF) Boards: UHF2
NUE7366A UHF2 Transceiver (RF) Board Parts
List
Ref.
Des.
Part Number
Description
Ref.
Des.
8-75
Part Number
Description
Ref.
Des.
Part Number
Description
C510
2113944A52
CAP CER CHP 1000.0 PF 50V
5%
C614
2113945B02
CAP CER CHP 10,000PF 25V
10%
C512
2113944A31
CAP CER CHP 33.0PF 50V 5%
C615
2113944A42
CAP CER CHP 150.0PF 50V 5%
C513
2113944A40
CAP CER CHP 100.0PF 50V 5%
C616
2113945A11
CAP CER CHP 2200PF 50V 10%
C514
2113944A84
CAP,FXD,43PF,+5%,-5%,50VDC,04
C617
2113946B04
CAP CER CHP 0.10UF 10V 10%
C618
2113944A31
CAP CER CHP 33.0PF 50V 5%
C619
2113944A35
CAP CER CHP 62.0PF 50V 5%
C620
2113946B04
CAP CER CHP 0.10UF 10V 10%
C621
2113946B04
CAP CER CHP 0.10UF 10V 10%
C622
2113946C07
C623
C11
2113944A28
CAP CER CHP 18.0PF 50V 5%
C15
2113944A28
CAP CER CHP 18.0PF 50V 5%
C101
2113944A46
CAP CER CHP 330.0 PF 50V 5%
C102
2113946B04
CAP CER CHP 0.10UF 10V 10%
C515
2113944A21
C200
2113945B02
CAP CER CHP 10,000PF 25V
10%
CAP CER CHP 6.8PF
50V +/- 0.5P
C516
2113944A63
CAP,FXD,1PF,.25PF+/-,50V-DC,
05
C201
2188468Y01
CAP CER 25V X7R 0805 1UF
C202
2188468Y01
CAP CER 25V X7R 0805 1UF
C517
2113946B04
CAP CER CHP 0.10UF 10V 10%
2113945A09
CAP CER CHP 1000PF 50V 10%
C203
2188468Y01
CAP CER 25V X7R 0805 1UF
C518
C204
2113955D35
CAP,FXD,4.7UF,+10%,-10%,
16V-DC
C519
2113944A31
CAP CER CHP 33.0PF 50V 5%
C520
2113945A09
CAP CER CHP 1000PF 50V 10%
Ref.
Des.
Part Number
Description
C709
2113944A44
CAP CER CHP 220.0 PF 50V 5%
C710
NOT PLACED
–
C711
NOT PLACED
–
C712
NOT PLACED
–
C715
2113945C31
CAP,FXD,.1UF,+10%,-10%,50VDC,
C716
2113945C31
CAP,FXD,.1UF,+10%,-10%,50VDC,
C717
2113945C31
CAP,FXD,.33UF,+10%,-10%,
10V-DC
CAP,FXD,.1UF,+10%,-10%,50VDC,
C718
2113945C31
2113945B02
CAP CER CHP 10,000PF 25V
10%
CAP,FXD,.1UF,+10%,-10%,50VDC,
C719
2113945C31
C624
2113946C07
CAP,FXD,.33UF,+10%,-10%,
10V-DC
CAP,FXD,.1UF,+10%,-10%,50VDC,
C724
2113955D37
CAP,FXD,10UF,+10%,-10%,16VDC,
C725
2113945C31
CAP,FXD,.1UF,+10%,-10%,50VDC,
C205
2113955D35
CAP,FXD,4.7UF,+10%,-10%,
16V-DC
C521
2113945A09
CAP CER CHP 1000PF 50V 10%
C206
2113945B02
CAP CER CHP 10,000PF 25V
10%
C522
2113944A27
CAP CER CHP 15.0PF 50V 5%
C625
2113944A28
CAP CER CHP 18.0PF 50V 5%
C523
2113944A48
CAP CER CHP 470.0 PF 50V 5%
C626
2113945A09
CAP CER CHP 1000PF 50V 10%
C207
2113956B91
CAP,FXD,1UF,+10%,-10%,16VDC,1
C524
2113944A36
CAP CER CHP 68.0PF 50V 5%
C627
2113945A09
CAP CER CHP 1000PF 50V 10%
C726
2113945C31
C525
2113944A61
CAP,FXD,.5PF,.25PF+/-,50V-DC,
0
C628
2113945B02
CAP CER CHP 10,000PF 25V
10%
CAP,FXD,.1UF,+10%,-10%,50VDC,
C730
2113945C31
CAP,FXD,.1UF,+10%,-10%,50VDC,
C731
2113945C31
CAP,FXD,.1UF,+10%,-10%,50VDC,
C732
2113944A40
CAP CER CHP 100.0PF 50V 5%
C734
2113945C31
CAP,FXD,.1UF,+10%,-10%,50VDC,
C208
2113956B91
CAP,FXD,1UF,+10%,-10%,16VDC,2
C209
2113956B91
CAP,FXD,1UF,+10%,-10%,16VDC,3
C210
2113956B91
CAP,FXD,1UF,+10%,-10%,16VDC,4
C212
2113946D07
CAP,CHIP,4.7UF,+10%,-10%,
6.3V-
C528
2113944A40
CAP CER CHP 100.0PF 50V 5%
C629
2113946B04
CAP CER CHP 0.10UF 10V 10%
C529
2113944A40
CAP CER CHP 100.0PF 50V 5%
C630
2113946B04
CAP CER CHP 0.10UF 10V 10%
C601
2113945B02
CAP CER CHP 10,000PF 25V
10%
C631
2113944A27
CAP CER CHP 15.0PF 50V 5%
C632
2113944A40
CAP CER CHP 100.0PF 50V 5%
C634
2113946B04
CAP CER CHP 0.10UF 10V 10%
C635
2113945B02
CAP CER CHP 10,000PF 25V
10%
C736
2113945B02
CAP CER CHP 10,000PF 25V
10%
C636
2113946B04
CAP CER CHP 0.10UF 10V 10%
C737
2113945C31
C637
2113946B04
CAP CER CHP 0.10UF 10V 10%
CAP,FXD,.1UF,+10%,-10%,50VDC,
C638
2113945A12
CAP CER CHP 3300PF 50V 10%
C739
2113944A25
C639
2113945B02
CAP CER CHP 10,000PF 25V
10%
CAP CER CHP 10.0PF 50V +/0.6
C742
2113945C31
CAP,FXD,.1UF,+10%,-10%,50VDC,
C744
2113955D37
CAP,FXD,10UF,+10%,-10%,16VDC,
C749
2113945C31
CAP,FXD,.1UF,+10%,-10%,50VDC,
C750
2113945C31
CAP,FXD,.1UF,+10%,-10%,50VDC,
C752
2113945B02
CAP CER CHP 10,000PF 25V
10%
C754
2113944A34
CAP CER CHP 56.0PF 50V 5%
C602
2113945B02
CAP CER CHP 10,000PF 25V
10%
C603
2113945B02
CAP CER CHP 10,000PF 25V
10%
C604
2113945B02
CAP CER CHP 10,000PF 25V
10%
C213
2113944A46
CAP CER CHP 330.0 PF 50V 5%
C214
2113944A31
CAP CER CHP 33.0PF 50V 5%
C215
2113944A46
CAP CER CHP 330.0 PF 50V 5%
C216
2113944A31
CAP CER CHP 33.0PF 50V 5%
C605
2113944A15
C217
2113956B91
CAP,FXD,1UF,+10%,-10%,16VDC,5
CAP CER CHP 3.9PF 50V +/0.25
C606
2113946B04
CAP CER CHP 0.10UF 10V 10%
C501
2115153H41
CAP,CERAMIC CHIP,22PF,+1%,
-1%,
C607
2113944A40
CAP CER CHP 100.0PF 50V 5%
C640
2113946B04
CAP CER CHP 0.10UF 10V 10%
C608
2113944A12
CAP CER CHP 3.0PF 50V +/0.25
C641
2113944A31
CAP CER CHP 33.0PF 50V 5%
C642
2113944A48
CAP CER CHP 470.0 PF 50V 5%
CAP CER CHP 0.10UF 10V 10%
C609
2113944A30
CAP CER CHP 27.0PF 50V 5%
C643
2113944A48
CAP CER CHP 470.0 PF 50V 5%
2113944A40
CAP CER CHP 100.0PF 50V 5%
C701
2113944A44
CAP CER CHP 220.0 PF 50V 5%
C502
C506
2115153H28
2113946B04
CAP, CERAMIC, COG
C507
2115153H41
CAP,CERAMIC CHIP,22PF,+1%,
-1%,
C610
C611
2113944A40
CAP CER CHP 100.0PF 50V 5%
C702
2113944A44
CAP CER CHP 220.0 PF 50V 5%
C508
2113945A09
CAP CER CHP 1000PF 50V 10%
C612
2113945B02
C703
NOT PLACED
–
C509
2113945A09
CAP CER CHP 1000PF 50V 10%
CAP CER CHP 10,000PF 25V
10%
C613
2113944A40
CAP CER CHP 100.0PF 50V 5%
C704
2113944A35
CAP CER CHP 62.0PF 50V 5%
8-76
Ref.
Des.
Schematics, Boards Overlays, and Parts Lists: Transceiver (RF) Boards: UHF2
Part Number
Description
C756
2113955D37
CAP,FXD,10UF,+10%,-10%,16VDC,
C757
2113945C31
CAP,FXD,.1UF,+10%,-10%,50VDC,
C758
2113946B02
CAP CER CHP 0.047UF 10V 10,
C759
2113945G95
CAP,FXD,.22UF,+10%,-10%,50VDC
C760
C762
C763
C765
2113944G97
2113945C26
2113944G97
2113944G97
CAP,FXD,.082UF,+5%,-5%,50VDC,
2113944A40
CAP CER CHP 100.0PF 50V 5%
C836
2113944A33
CAP CER CHP 47.0PF 50V 5%
C838
2113945A09
CAP CER CHP 1000PF 50V 10%
C844
2113944A33
CAP CER CHP 47.0PF 50V 5%
C851
2113944A44
CAP CER CHP 220.0 PF 50V 5%
C1101
2113945B02
CAP CER CHP 10,000PF 25V
10%
2113945B02
CAP CER CHP 10,000PF 25V
10%
C1310
2113944A17
CAP CER CHP 4.7PF 50V +/0.25
C1129
2113945B02
CAP CER CHP 10,000PF 25V
10%
C1500
2113944C45
CAP CER CHP 100.0PF 50V 5%
C1501
2113945C02
C1130
2113945B02
CAP CER CHP 10,000PF 25V
10%
CAP CER CHP 10,000PF 50V
10%
C1502
2113944C45
CAP CER CHP 100.0PF 50V 5%
C1132
NOT PLACED
–
C1503
2113944C45
CAP CER CHP 100.0PF 50V 5%
C1135
NOT PLACED
–
C1504
2113945C02
C1137
2113945B04
CAP,FXD,.022UF,+10%,-10%,
25V-D
CAP CER CHP 10,000PF 50V
10%
C1505
2113944M20
C1138
2113945B04
CAP,FXD,.022UF,+10%,-10%,
25V-D
CAP,FXD,12PF,+2%,-2%,50VDC,06
C1506
2113944A40
CAP CER CHP 100.0PF 50V 5%
C1507
2113944A40
CAP CER CHP 100.0PF 50V 5%
C1508
2113944C12
CAP CER CHP 1.8PF 50V +/0.25
C1509
2113944C45
CAP CER CHP 100.0PF 50V 5%
C1510
2113944M26
CAP,FXD,22PF,+2%,-2%,50VDC,06
C1511
2113944M30
CAP,FXD,33PF,+2%,-2%,50VDC,06
C1512
NOT PLACED
–
NOT PLACED
–
C1105
2113944A19
CAP CER CHP 5.6PF 50V
+/- 0.5P
C1139
2113944A25
CAP CER CHP 10.0PF 50V
+/- 0.5
C1106
2113945B02
CAP CER CHP 10,000PF 25V
10%
C1140
2113945A13
CAP CER CHP 4700PF 50V 10%
C1107
2113944A40
CAP CER CHP 100.0PF 50V 5%
C1141
2113945Y02
CAP,FXD,.1UF,+10%,-10%,16VDC,
C1108
2113945B04
CAP,FXD,.022UF,+10%,10%,25V-D
C1142
2113945A09
CAP CER CHP 1000PF 50V 10%
C1110
2113944A40
CAP CER CHP 100.0PF 50V 5%
C1149
2113944A40
CAP CER CHP 100.0PF 50V 5%
CAP,FXD,.082UF,+5%,-5%,50VDC,
C1111
2113945Y02
CAP,FXD,.1UF,+10%,-10%,16VDC,
C1150
2175392H01
CAP, 1.2PF, 0402, CERAMIC,
50V
C1152
2113944A46
CAP CER CHP 330.0 PF 50V 5%
C1513
2113944C45
CAP CER CHP 100.0PF 50V 5%
C1160
2113945C31
CAP,FXD,.1UF,+10%,-10%,50VDC,
C1514
2113945C02
CAP CER CHP 10,000PF 50V
10%
C1161
2113956B91
CAP,FXD,1UF,+10%,-10%,16VDC,0
C1516
21007088001
0805 CAPACITOR
C1162
NOT PLACED
–
C1517
21007088008
18PF, 100V, COG, 5%, 0805 CAP
C1165
2113945Y02
CAP,FXD,.1UF,+10%,-10%,16VDC,
C1518
21007088007
0805 CAPACITOR
C1519
NOT PLACED
–
C1301
2113944M20
CAP,FXD,12PF,+2%,-2%,50VDC,07
C1520
21007088005
0805 CAPACITOR
C1521
2113944C45
CAP CER CHP 100.0PF 50V 5%
C1302
2114036F74
CAP,FXD,1.8PF,.05PF+/-,25VDC,
C1522
2113944A40
CAP CER CHP 100.0PF 50V 5%
C1303
2113944A26
CAP CER CHP 12.0PF 50V 5%
C1523
NOT PLACED
–
C1304
2113945A09
CAP CER CHP 1000PF 50V 10%
C1525
2113945Y02
CAP,FXD,.1UF,+10%,-10%,16VDC,
C1305
2113944A30
CAP CER CHP 27.0PF 50V 5%
C1526
2113945Y02
C1306
2113945B02
CAP CER CHP 10,000PF 25V
10%
CAP,FXD,.1UF,+10%,-10%,16VDC,
C1527
21007088006
0805 CAPACITOR
C1307
2113944A26
CAP CER CHP 12.0PF 50V 5%
C1598
2113945A12
CAP CER CHP 3300PF 50V 10%
C1308
2113944A28
CAP CER CHP 18.0PF 50V 5%
C1599
2113945A12
CAP CER CHP 3300PF 50V 10%
C1309
2175389H01
CAP,.5PF, CHIP, 0402,
CERAMIC,
C1700
2113944M06
CAP,FXD,3.3PF,.1PF+/-,50V-DC,
0
CAP,FXD,.082UF,+5%,-5%,50VDC,
CAP,FXD,.016UF,+10%,-10%,
50V-D
C1112
2113945B01
CAP CER CHP 6800PF 25V 10%
C775
2113945A09
CAP CER CHP 1000PF 50V 10%
C1113
2113945B02
C777
2113944A31
CAP CER CHP 33.0PF 50V 5%
CAP CER CHP 10,000PF 25V
10%
C779
2113944A40
CAP CER CHP 100.0PF 50V 5%
C1116
2113945Y02
C783
2113944C53
CAP CER CHP 1500.OPF 50V 5
CAP,FXD,.1UF,+10%,-10%,16VDC,
C791
2113946B04
CAP CER CHP 0.10UF 10V 10%
C792
2113946B04
CAP CER CHP 0.10UF 10V 10%
C794
2113944A40
CAP CER CHP 100.0PF 50V 5%
C795
2113944A40
CAP CER CHP 100.0PF 50V 5%
C802
2113946B06
CAP,CHIP,.22UF,+10%,-10%,
10V-D
C1120
C1122
2175390H01
CAP, 2.2 PF, 0402, CERAMIC, 50
C1123
2113945B02
CAP CER CHP 10,000PF 25V
10%
C806
2113946B06
CAP,CHIP,.22UF,+10%,-10%,
10V-D
C810
2113944A44
CAP CER CHP 220.0 PF 50V 5%
2113944A40
C1128
C1104
CAP CER CHP 100.0PF 50V 5%
C816
Description
CAP,FXD,.082UF,+5%,-5%,50VDC,
2113944A40
2113945A09
Part Number
CAP CER CHP 10,000PF 25V
10%
C771
C814
Ref.
Des.
2113945B02
CAP,FXD,.082UF,+5%,-5%,50VDC,
2113944A63
Description
C1103
2113944G97
C813
Part Number
CAP,FXD,.039UF,+10%,10%,50V-D
C768
2113944G97
C831
Ref.
Des.
CAP CER 25V X7R 0805 1UF
CAP CER CHP 6800PF 50V 10%
C770
Description
2188468Y01
2113945C01
2113945C20
Part Number
C1102
C766
C769
Ref.
Des.
CAP,FXD,1PF,.25PF+/-,50VDC,06
CAP CER CHP 1000PF 50V 10%
CAP CER CHP 100.0PF 50V 5%
C820
2113944A44
CAP CER CHP 220.0 PF 50V 5%
C830
2113944A44
CAP CER CHP 220.0 PF 50V 5%
C1117
2113945A12
CAP CER CHP 3300PF 50V 10%
C1118
2113945B02
CAP CER CHP 10,000PF 25V
10%
C1119
2113945B02
CAP CER CHP 10,000PF 25V
10%
2113945B02
CAP CER CHP 10,000PF 25V
10%
C1124
2113945A13
CAP CER CHP 4700PF 50V 10%
C1125
NOT PLACED
–
C1126
2113945A09
CAP CER CHP 1000PF 50V 10%
C1127
2113945Y02
CAP,FXD,.1UF,+10%,-10%,16VDC,
Schematics, Boards Overlays, and Parts Lists: Transceiver (RF) Boards: UHF2
Ref.
Des.
Part Number
Description
C1701
2113944M14
CAP,FXD,6.8PF,.1PF+/-,50V-DC,
0
C1702
2113944M15
CAP,FXD,7.5PF,.1PF+/-,50V-DC,
C1703
2113944M06
CAP,FXD,3.3PF,.1PF+/-,50V-DC,
1
C1704
2113944M02
CAP,FXD,2.2PF,.1PF+/-,50V-DC,
0
C1705
2113944C67
C1706
Ref.
Des.
8-77
Part Number
Description
Ref.
Des.
Part Number
Description
Ref.
Des.
Part Number
Description
C2058
2115153H38
CAP, CERAMIC, COG
L200
2571269C01
INDUCTOR WW POWER 20%
L1101
2415429H26
CHIP INDUCTOR
C2059
2115153H12
CAP, CERAMIC, COG
L501
24012011014
0402 HIGH Q CHIP INDUCTOR
L1102
2415429H10
CHIP INDUCTOR
C2060
2115153H07
CAP, CERAMIC, COG
L502
2415429H30
CHIP INDUCTOR
L1103
2475393H01
C2061
2115153H12
CAP, CERAMIC, COG
L503
2414032F38
C2063
2115153H21
CAP, CERAMIC, COG
IDCTR,WW,220NH,5%,400MA,
.7OHM,
INDUCTOR, 4.7NH, 0402,
+/-0.1NH
L1104
0613952R66
C2064
2115153H16
CAP, CERAMIC, COG
4813978A19
DIODE,RECT,MBR120,SM,
SOD-123,1
L1108
2409348J04
IND AIR CORE 5.45NH 5% 2214
CAP,FXD,1.5PF,.1PF+/-,50V-DC,
0
D200
IDCTR,WW,470NH,10%,170MA,
2.5OH
CER CHIP RES 0.0 +/-0.050
OHM
NOT PLACED
–
D722
4815011H01
DIODE TRIPLE
C1707
2113944C45
CAP CER CHP 100.0PF 50V 5%
D723
4815011H01
DIODE TRIPLE
C2001
2113944A63
CAP,FXD,1PF,.25PF+/-,50V-DC,
04
E200
2405688Z01
INDUCTOR FERRITE BEAD
E201
2405688Z01
INDUCTOR FERRITE BEAD
E501
2480640Z01
SURFACE MOUNT FERRITE
BEAD
L504
2414032F42
L505
2415429H39
CHIP INDUCTOR
L1114
2475394H01
INDUCTOR, 11NH, 0402, +/-2%
L506
2415429H39
CHIP INDUCTOR
L1301
2488090Y07
L507
2415427H12
CHIP INDUCTOR
INDUCTOR,MULTILAYER,3.3NH
,1005
L510
24012011020
0402 HIGH Q CHIP INDUCTOR
L1302
2488090Y25
L511
2478057A13
7.5 NH SURFACE MOUNT
INDUCTOR
INDUCTOR,MULTILAYER,100N
H,1005
L1303
2414017P25
L601
2415429H43
CHIP INDUCTOR
IDCTR,CHIP,100NH,5%,100MA,
5.5O
L602
2466505A01
COIL INDUCTOR
L1305
2475391H01
INDUCTOR, 18 NH, CHIP, 0402,
2
L603
2466505A01
COIL INDUCTOR
L1306
2488090Y10
INDUCTOR,MULTILAYER,5.6NH
,1005
C2020
2113946D07
CAP,CHIP,4.7UF,+10%,-10%,
6.3V-
C2021
NOT PLACED
–
C2022
2113944A40
CAP CER CHP 100.0PF 50V 5%
C2023
2113944A40
CAP CER CHP 100.0PF 50V 5%
E602
2480640Z01
L604
2414032D16
C2024
2113946D07
CAP,CHIP,4.7UF,+10%,-10%,
6.3V-
SURFACE MOUNT FERRITE
BEAD
IDCTR,WW,120NH,5%,800MA,
.26OHM
L1500
2414015A07
E603
2480640Z01
L605
2414017Q54
2113944A40
CAP CER CHP 100.0PF 50V 5%
IDCTR,FXD,3.9UH,10%,30MA,
.9OHM
IDCTR,FXD,180NH,2%,750MA,
.77OH
C2025
SURFACE MOUNT FERRITE
BEAD
L1501
2415429H14
CHIP INDUCTOR
C2026
2113946B04
CAP CER CHP 0.10UF 10V 10%
L701
2415429H47
CHIP INDUCTOR
L1502
2415429H03
CHIP INDUCTOR
C2028
2115153H16
CAP, CERAMIC, COG
L720
2480646Z20
COIL MULTI-LAYER
CHIP(2.20UH)
L1503
2415429H17
CHIP INDUCTOR
C2029
2115153H20
CAP, CERAMIC, COG
L727
2480646Z20
L1504
2415429H02
CHIP INDUCTOR
C2032
2115153H57
CAP, CERAMIC, COG
COIL MULTI-LAYER
CHIP(2.20UH)
L1505
2460591E24
COIL AIR WOUND INDUC 23.75
C2033
2171051Y05
CAP,CER CHIP,180PF,+1%,-1%,
50V
L728
2415429H47
CHIP INDUCTOR
L1507
2415385H01
SURFACE MOUNT FERRITE
BEAD
L733
2480646Z20
COIL MULTI-LAYER
CHIP(2.20UH)
8 NH MINISPRING AIR CORE
INDUC
L1510
2415429H37
CHIP INDUCTOR
L1700
2471902Y05
IDCTR,AW,12.1NH,5%,4.4A,
.007OH
L1701
2471902Y05
IDCTR,AW,12.1NH,5%,4.4A
,.007OH
L1702
2471902Y05
IDCTR,AW,12.1NH,5%,4.4A,
.007OH
L2008
2478057A07
4.7 NH SURFACE MOUNT
INDUCTOR
L2009
2478057A23
18 NH SURFACE MOUNT
INDUCTOR
L2010
2478057A23
19 NH SURFACE MOUNT
INDUCTOR
L2012
2478057A05
3.9 NH SURFACE MOUNT
INDUCTOR
C2035
2115153H12
CAP, CERAMIC, COG
C2036
NOT PLACED
–
C2037
NOT PLACED
–
C2038
2115153H07
CAP, CERAMIC, COG
C2039
2115153H12
C2041
E601
2480640Z01
SURFACE MOUNT FERRITE
BEAD
E604
2480640Z01
SURFACE MOUNT FERRITE
BEAD
E605
2480640Z01
SURFACE MOUNT FERRITE
BEAD
E606
E607
2480640Z01
2480640Z01
SURFACE MOUNT FERRITE
BEAD
E608
2480640Z01
SURFACE MOUNT FERRITE
BEAD
L735
2480646Z20
COIL MULTI-LAYER
CHIP(2.20UH)
E609
2480640Z01
SURFACE MOUNT FERRITE
BEAD
L738
2480646Z20
CAP, CERAMIC, COG
COIL MULTI-LAYER
CHIP(2.20UH)
E1101
2405688Z01
INDUCTOR FERRITE BEAD
2113946B04
CAP CER CHP 0.10UF 10V 10%
L741
2480646Z20
E2021
2480640Z01
C2042
2115153H38
CAP, CERAMIC, COG
SURFACE MOUNT FERRITE
BEAD
COIL MULTI-LAYER
CHIP(2.20UH)
L753
2480646Z20
C2044
2115153H31
CAP, CERAMIC, COG
F200
6575834B01
FUSE SURFACE MOUNT
COIL MULTI-LAYER
CHIP(2.20UH)
C2052
2115153H20
CAP, CERAMIC, COG
FL501
91009300001
L806
2415429H47
CHIP INDUCTOR
C2053
2115153H16
CAP, CERAMIC, COG
FILTER,MONOLITHIC
CRYSTAL,BAND
L817
2414032F41
C2054
2113944A40
CAP CER CHP 100.0PF 50V 5%
FL1301
9102190J23
FLTR,SAW,BANDPASS,1.57542
GHZ N
IDCTR,WW,390NH,10%,200MA,
1.5OH
C2055
2113946B04
CAP CER CHP 0.10UF 10V 10%
L821
2415429H47
CHIP INDUCTOR
J101
0909901V02
RECP SMT MCX
C2056
2115153H16
CAP, CERAMIC, COG
L846
2414032F41
J102
0975886B01
RECEPTACLE, COAX CABLE
IDCTR,WW,390NH,10%,200MA,
1.5OH
C2057
2115153H21
CAP, CERAMIC, COG
8-78
Ref.
Des.
Schematics, Boards Overlays, and Parts Lists: Transceiver (RF) Boards: UHF2
Part Number
Description
Ref.
Des.
L2013
2478057A23
20 NH SURFACE MOUNT
INDUCTOR
L2014
2478057A23
21 NH SURFACE MOUNT
INDUCTOR
L2015
2478057A35
0306 HIGH Q CHIP INDUCTOR
L2016
2414017P14
IDCTR,CHIP,12NH,5%,300MA,
.6OHM
R101
L2017
2478057A36
0306 HIGH Q CHIP INDUCTOR
R103
L2019
2414017P14
IDCTR,CHIP,12NH,5%,300MA,.
6OHM
L2034
L2035
2478057A38
2478057A26
24 NH SURFACE MOUNT
INDUCTOR
2415429H01
CHIP INDUCTOR
M1
3275623B03
PAD, THERMAL ELECTRIC,
MID-TIE
M2
75009299002
PAD, THERMAL
M3
1104959T01
COATING-CONTACT
M4
6071520M01
BATT COIN 3V LI
RECHARGEABLE
M101
2871616H02
CONNECTOR, BPLUS
M103
3987977Y04
CONT,CONN,1CONT,ANT UNIV
4.
3987977Y04
CONT,CONN,1CONT,ANT UNIV
4.
Description
Ref.
Des.
Part Number
Description
Q1103
4813970A59
P-CH FET 1.0A 20V SOT-23 T&R
R608
0613952R01
Q1500
5185633C92
MODULE,RING,XSTR, FET RF
POWER
CER CHIP RES 10K OHM 5%
0424
R609
0613952Q81
XSTR,BIP GP SS,PNP,BC858,
SOT-5
CER CHIP RES 2200 OHM 5
0402
R610
0613952R25
0613952R01
CER CHIP RES 10K OHM 5%
0402
CER CHIP RES 100K OHM 5%
0414
R611
0613952R01
0613952R01
CER CHIP RES 10K OHM 5%
0403
R612
CER CHIP RES 2000 OHM 5
0402
Q2022
R104
4813973M75
0613952Q80
0306 HIGH Q CHIP INDUCTOR
L2036
M104
Part Number
R201
R202
0613952R25
0613952Q89
CER CHIP RES 560 OHM 5 0402
R716
0613952Q25
CER CHIP RES 10.0 OHM 5
0402
R717
0613952Q67
CER CHIP RES 560 OHM 5 0402
R721
0613952R01
CER CHIP RES 10K OHM 5%
0426
CER CHIP RES 10K OHM 5%
0425
R729
0613952R09
CER CHIP RES 22K OHM 5%
0402
0613952Q94
CER CHIP RES 7500 OHM 5
0402
R743
0613952R17
CER CHIP RES 47K OHM 5%
0402
R613
0613952Z41
R745
0613952R09
CER CHIP RES 100K OHM 5%
0411
RES,MF,2.4KOHM,1%,.0625W,S
M,04
CER CHIP RES 22K OHM 5%
0402
R614
0613952R66
R751
0613952Q59
CER CHIP RES 270 OHM 5 0402
CER CHIP RES 4700 OHM 5
0403
CER CHIP RES 0.0 +/-0.050
OHM
R615
NOT PLACED
–
R752
0613952Q91
CER CHIP RES 5600 OHM 5
0402
R753
0613952Q91
CER CHIP RES 5600 OHM 5
0403
R754
0613952Q91
CER CHIP RES 5600 OHM 5
0404
R755
0613952R15
CER CHIP RES 39K OHM 5%
0402
R759
0613952Q69
CER CHIP RES 680 OHM 5 0402
R761
0613952Q57
CER CHIP RES 220 OHM 5 0402
R762
0613952R02
CER CHIP RES 11K OHM 5 0402
R764
0613952Q75
CER CHIP RES 1200 OHM 5
0402
R501
NOT PLACED
–
R616
NOT PLACED
–
R502
0613952Q45
CER CHIP RES 68.0 OHM 5
0402
R617
NOT PLACED
–
R618
NOT PLACED
–
R503
0613952R10
CER CHIP RES 24K OHM 5 0402
R619
NOT PLACED
–
R504
0613952Q85
CER CHIP RES 3300 OHM 5
0402
R620
NOT PLACED
–
R505
0613952R31
CER CHIP RES 180K OHM 5%
0402
R621
NOT PLACED
–
R623
NOT PLACED
–
R506
0613952Q53
CER CHIP RES 150 OHM 5 0402
R624
NOT PLACED
–
R507
0613952Q75
CER CHIP RES 1200 OHM 5
0402
R633
0613952Q73
CER CHIP RES 1000 OHM 5
0402
R508
0613952Q29
CER CHIP RES 15.0 OHM 5
0402
R698
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
R767
0613952Q45
R509
0613952Q25
CER CHIP RES 10.0 OHM 5
0402
R699
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
CER CHIP RES 68.0 OHM 5
0402
R772
0613952Q37
CER CHIP RES 33.0 OHM 5
0402
R773
0613952Q91
CER CHIP RES 5600 OHM 5
0405
R776
0613952Q39
CER CHIP RES 39.0 OHM 5
0402
R778
0613952Q55
CER CHIP RES 180 OHM 5 0402
R807
0613952R09
CER CHIP RES 22K OHM 5%
0402
R808
0613952R23
CER CHIP RES 82K OHM 5%
0402
R809
0613952Q91
CER CHIP RES 5600 OHM 5
0406
R811
0613952Q39
CER CHIP RES 39.0 OHM 5
0402
SKT RTC BTTY LEAP
P101
2887818K05
PLUG 40PIN MATING CNTCR
1.5MM
PWB
84009519002
PCB, RF TRANSCEIVER
Q201
4813970A59
P-CH FET 1.0A 20V SOT-23 T&R
R511
0613952Q11
CER CHIP RES 2.7 OHM 5 0402
R701
0613952Q49
CER CHIP RES 100 OHM 5 0407
Q202
4813973A32
XSTR,BIP GP SS,NPN,SM,
SC-70,SM
R512
NOT PLACED
–
R702
0613952R66
Q503
4885316E38
TRANSISTOR, RF
R601
0613952Q41
CER CHIP RES 47.0 OHM 5
0402
CER CHIP RES 0.0 +/-0.050
OHM
R705
0613952Q25
Q601
4813973A04
XSTR,BIP GP
SS,NPN,TA13,SM,SOT
R602
0613952Q63
CER CHIP RES 390 OHM 5 0402
CER CHIP RES 10.0 OHM 5
0402
R603
0613952R25
CER CHIP RES 100K OHM 5%
0412
R706
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
R604
0613952Q63
CER CHIP RES 390 OHM 5 0402
R707
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
R605
0613952R01
CER CHIP RES 10K OHM 5%
0422
R708
0613952Q49
CER CHIP RES 100 OHM 5 0408
CER CHIP RES 10K OHM 5%
0423
R712
0613952Q67
CER CHIP RES 560 OHM 5 0402
R713
0613952Q25
CER CHIP RES 10.0 OHM 5
0402
R714
0613952Q67
CER CHIP RES 560 OHM 5 0402
TRANSITOR, NPN RF
Q714
4889394V04
XSTR,FET GEN PURPOSE
SMALL SIG
Q774
4885061Y01
XSTR NPN 6V 30UA 12GHZ PBFREE
Q842
4805585Q32
TRANSITOR, NPN RF
Q1101
4813973A32
XSTR,BIP GP SS,NPN,SM,
SC-70,SM
Description
0613952Q67
0985888K02
4805585Q32
Part Number
R715
M107
Q713
Ref.
Des.
R606
R607
0613952R01
0613952R25
CER CHIP RES 100K OHM 5%
0413
Schematics, Boards Overlays, and Parts Lists: Transceiver (RF) Boards: UHF2
Ref.
Des.
Part Number
Description
Ref.
Des.
8-79
Part Number
Description
Ref.
Des.
Part Number
Description
Ref.
Des.
Part Number
R1501
NOT PLACED
–
R1502
0613952Q73
CER CHIP RES 1000 OHM 5
0402
R1503
0613952R08
CER CHIP RES 20K OHM 5 0402
R1504
0613952R13
CER CHIP RES 33K OHM 5%
0402
R1505
0613952R01
CER CHIP RES 10K OHM 5%
0416
Description
R812
0613952Q47
CER CHIP RES 82.0 OHM 5%
0402
R1124
0613952Q42
CER CHIP RES 51.0 OHM 5
0402
R1162
0613952R29
CER CHIP RES 150K OHM 5%
0402
R813
0613952Q69
CER CHIP RES 680 OHM 5 0403
R1125
0613952Z58
R1163
0613952R01
R815
0613952Q34
CER CHIP RES 24.0 OHM 5
0402
RES,MF,22KOHM,1%,.0625W,
SM,040
CER CHIP RES 10K OHM 5%
0411
R1126
0613952Z54
RES,MF,9.1KOHM,1%,.0625W,
SM,04
R1164
0613952R01
CER CHIP RES 10K OHM 5%
0411
R1127
0613952R09
CER CHIP RES 22K OHM 5%
0402
R1165
0613952Q56
CER CHIP RES 200 OHM 5 0402
R1166
0613952Q56
CER CHIP RES 200 OHM 5 0402
R1167
0613952R01
CER CHIP RES 10K OHM 5%
0412
R1506
0613952R03
CER CHIP RES 12K OHM 5%
0402
R1168
0613952Q49
CER CHIP RES 100 OHM 5 0406
R2001
0613952Q25
R1169
0613952P52
CER CHIP RES 340K OHM 1
0402
CER CHIP RES 10.0 OHM 5
0402
R2002
NOT PLACED
–
R818
0613952Q23
CER CHIP RES 8.2 OHM 5 0402
R819
0613952Q59
CER CHIP RES 270 OHM 5 0402
R822
0613952R08
CER CHIP RES 20K OHM 5 0402
R823
0613952R19
CER CHIP RES 56K OHM 5%
0402
R827
0613952Q92
CER CHIP RES 6200 OHM 5
0402
R832
0613952Q29
CER CHIP RES 15.0 OHM 5
0402
R1128
0613952R01
CER CHIP RES 10K OHM 5%
0406
R1129
NOT PLACED
–
R1130
NOT PLACED
–
R1135
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
R1136
0613952R01
CER CHIP RES 10K OHM 5%
0407
R833
0613952Q49
CER CHIP RES 100 OHM 5 0409
R840
0613952Q29
CER CHIP RES 15.0 OHM 5
0402
R1137
0613952R01
R848
0613952Q29
CER CHIP RES 15.0 OHM 5
0402
CER CHIP RES 10K OHM 5%
0408
R1138
0613952R25
R849
0613952Q67
CER CHIP RES 560 OHM 5 0402
CER CHIP RES 100K OHM 5%
0403
R1102
0613952R25
CER CHIP RES 100K OHM 5%
0402
R1139
0613952R25
CER CHIP RES 100K OHM 5%
0404
R1140
0613952R25
CER CHIP RES 100K OHM 5%
0405
R1141
0613952R42
CER CHIP RES 510K OHM 5
0402
R1142
0613952R25
CER CHIP RES 100K OHM 5%
0406
R1103
6009259001
LOW RESISTANCE THICK FILM
RESI
R1104
0613952Q49
CER CHIP RES 100 OHM 5 0402
R1105
0613952Q49
CER CHIP RES 100 OHM 5 0403
R1106
0613952Q21
CER CHIP RES 6.8 OHM 5 0402
R1107
0613952Q45
CER CHIP RES 68.0 OHM 5
0402
R1143
CER CHIP RES 82K OHM 5%
0402
R1144
R1108
0613952R23
0613952R25
0613952R25
CER CHIP RES 100K OHM 5%
0407
CER CHIP RES 100K OHM 5%
0408
R1170
0613952P01
CER CHIP RES 100K OHM 1
0402
R2006
0613952R01
CER CHIP RES 10K OHM 5%
0417
R1171
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
R2007
0613952R01
CER CHIP RES 10K OHM 5%
0418
R1172
0613952Q89
CER CHIP RES 4700 OHM 5
0402
R2008
0613952R01
CER CHIP RES 10K OHM 5%
0419
R1174
0613952R01
CER CHIP RES 10K OHM 5%
0413
R2009
0613952R01
CER CHIP RES 10K OHM 5%
0420
R1175
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
R2010
0613952Q96
CER CHIP RES 9100 OHM 5
0402
R1176
0613952Q73
CER CHIP RES 1000 OHM 5
0402
R2011
0613952Q96
CER CHIP RES 9100 OHM 5
0403
R1177
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
R2021
0613952R22
CER CHIP RES 75K OHM 5 0402
R2022
0613952R27
R1178
0613952R01
CER CHIP RES 10K OHM 5%
0414
CER CHIP RES 120K OHM 5%
0402
R2023
0613952R01
R1180
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
CER CHIP RES 10K OHM 5%
0421
R2024
0613952Q37
R1181
NOT PLACED
–
CER CHIP RES 33.0 OHM 5
0402
R2025
0613952Q11
CER CHIP RES 2.7 OHM 5 0402
R2035
0613952Q75
CER CHIP RES 1200 OHM 5
0402
SH1
26009322001
SHIELD, RF PA
SH2
2675872B01
SHIELD, XTAL
SH3
2675873B01
SHIELD, ABACUS
SH4
26009323001
SHIELD, DC FILTER
SH5
26009327001
SHIELD, OUTPUT MATCH
SH6
26009320001
SHIELD, ALC
SH7
2675874B01
SHIELD, MIXER
SH8
2675932B01
SHIELD, 2ND LO VCO
R1110
0613952R01
CER CHIP RES 10K OHM 5%
0404
R1145
0613952R25
CER CHIP RES 100K OHM 5%
0409
R1182
0613952R01
CER CHIP RES 10K OHM 5%
0415
R1112
NOT PLACED
–
R1146
0613952R25
R1183
0613952Q73
R1114
0613952Q49
CER CHIP RES 100 OHM 5 0404
CER CHIP RES 100K OHM 5%
0410
CER CHIP RES 1000 OHM 5
0402
R1115
0613952Q49
CER CHIP RES 100 OHM 5 0405
R1151
0613952R05
CER CHIP RES 15K OHM 5%
0402
R1184
0613952Q81
R1116
0613952R01
CER CHIP RES 10K OHM 5%
0405
CER CHIP RES 2200 OHM 5
0402
R1152
0613952R01
CER CHIP RES 10K OHM 5%
0409
R1186
NOT PLACED
–
R1117
0613952R22
CER CHIP RES 75K OHM 5 0402
R1154
0613952R01
R1304
NOT PLACED
–
R1121
0613952R12
CER CHIP RES 30K OHM 5 0402
CER CHIP RES 10K OHM 5%
0410
R1307
0613952Q73
R1122
0613952R22
CER CHIP RES 75K OHM 5 0402
R1158
NOT PLACED
–
CER CHIP RES 1000 OHM 5
0402
R1160
0613952R03
CER CHIP RES 12K OHM 5%
0402
R1500
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
8-80
Ref.
Des.
Schematics, Boards Overlays, and Parts Lists: Transceiver (RF) Boards: UHF2
Part Number
Description
Ref.
Des.
SH9
26009319001
SHIELD, VCO
SH10
26009324001
SHIELD, HARMONIC FILTER
SH11
26009321001
SHIELD, RX FRONT END
SH12
2675933B01
SHIELD, IF AMP
SH13
26009325001
SHIELD, FGU
SH14
26009326001
SHIELD, DC REGULATOR
T503
2575851B01
RF TRANSFORMER BALUN
T504
2575851B01
RF TRANSFORMER BALUN
T505
2575851B01
RF TRANSFORMER BALUN
U101
5105443X07
EEPROM 32KBIT SERIAL SPI
BUS
U1113
U200
5188493T01
IC,VREG/SWG,LP2989,SM,MINI
SO-
U1114
U201
5175771A99
LOW NOISE, 100MA LINEAR
REGULA
U1116
U202
5175772B02
LINEAR REGULATOR 100MA
1.8V
U1117
U203
5175772B01
LINEAR VOLTAGE REGULATOR
350MA
U1118
U506
5164852H82
IC, MIXER/ BUFFER
U1119
U601
5102495J14
IC,IF,IF DIGITILIZING SUBSYST
U602
4885316E38
TRANSISTOR, RF
U603
5109522E84
IC DUAL SCHMITT TRIG MICRO
PAK
U604
5109522E84
IC DUAL SCHMITT TRIG MICRO
PAK
U605
5164852H16
IC TRANSCEIVER W/LEVEL
TRANSLA
U606
5164852H16
IC TRANSCEIVER W/LEVEL
TRANSLA
U607
5186311J24
IC,BFR,1BITS,NC7SZ125,ACTIV
EH
U702
5164015H28
IC,TRIDENT,INTEG SYNTH,
RX/TX B
Part Number
Description
Ref.
Des.
Part Number
Description
U1103
5185070Y01
IC TEMPERATURE SENSOR
PB-FREE
U1139
5164852H16
IC TRANSCEIVER W/LEVEL
TRANSLA
U1104
5185941F56
IC SINGLE LV LP OP
AMPLIFIER
U1141
5185941F56
IC SINGLE LV LP OP
AMPLIFIER
U1105
5180390L83
IC,CNTLR,SM,1PER PKG
U1142
5185941F56
U1106
5175772B05
PRECISION RF DETECTOR
IC SINGLE LV LP OP
AMPLIFIER
U1111
5175771A26
CMOS FET SWITCH SPDT,
10WATTS
U1143
5185941F56
IC SINGLE LV LP OP
AMPLIFIER
U1112
5175772B04
1 DB LSB GAAS MMIC
ATTENUATOR
U1144
5171779H01
SPDT ANALOG SWITCH
U1146
5109522E93
IC SINGLE LV LP OP
AMPLIFIER
2 INPUT OR GATE IN NANO
PACKAG
U1147
5109522E94
IC SINGLE LV LP OP
AMPLIFIER
2 INPUT AND GATE IN NANO
PACKA
U1148
5185941F56
2 INPUT OR GATE IN NANO
PACKAG
IC SINGLE LV LP OP
AMPLIFIER
U1149
5185941F45
IC,INVTR,DL,NC7WZ04L6X,
2PER PK
ATTEN,VAR,14.4DBMIN,15.6DB
MAX,
U1150
51009381001
2 INPUT OR GATE IN NANO
PACKAG
LOW DROPOUT VOLTAGE
REFERENCE
U1304
5105739X13
2 INPUT AND GATE IN NANO
PACKA
IC, SIGE GPS LOW NOISE AMP
157
U1500
51012101001
IC,XOR,LOGIC LEVEL
SHIFTER,1PE
VHF/UHF/800/900 MHZ LDMOS
DRIV
U1501
5175143H01
WIDE SUPPLY RANGE OP AMP
U1121
5185941F56
5185941F56
5109522E93
5103535B53
5109522E93
5109522E94
5114000B52
U1125
51009382001
IC, QUAD DAC
U2032
4885316E38
TRANSISTOR, RF
U1126
5109817F77
IC COMPTR LM7275 5SC70
(D54)
VR101
4813977M29
DIODE,VREF,MBZ5250,SM,
SOT-23,2
U1127
5171779H01
SPDT ANALOG SWITCH
VR200
4813977M29
U1128
5188085K11
IC, SINGLE NAND GATE, 2INPUT,
DIODE,VREF,MBZ5250,SM,
SOT-23,2
VR601
4805656W87
DIODE,VCTR, @ 15V,1SV279,
SOD-
VR602
4805656W87
DIODE,VCTR, @ 15V,1SV279,
SOD-
VR2005
4815096H01
VARACTOR DIODE 1SV305
VR2006
4815096H01
VARACTOR DIODE 1SV305
VR2007
4815096H01
VARACTOR DIODE 1SV305
U1129
5175143H01
WIDE SUPPLY RANGE OP AMP
U1130
5175143H01
WIDE SUPPLY RANGE OP AMP
U1131
5109817F77
IC COMPTR LM7275 5SC70
(D54)
U1132
5114007M28
IC,F-F/D,1PER PKG,17SZ74,N-I,
S
U703
5175772B06
28-PORT I/O EXPANDER
U709
5171972L01
SP3T RF SWITCH
U1133
5171779H01
SPDT ANALOG SWITCH
VR2008
4815096H01
VARACTOR DIODE 1SV305
U710
5171972L01
SP3T RF SWITCH
U1136
5109522E94
VR2010
4815096H01
VARACTOR DIODE 1SV305
U746
4805218N63
RF TRANS SOT 323 BFQ67W
2 INPUT AND GATE IN NANO
PACKA
VR2020
4815096H01
VARACTOR DIODE 1SV305
U1101
5188032U43
IC,SENSING
CIRCUIT,INA138,SM,S
U1137
5164852H16
IC TRANSCEIVER W/LEVEL
TRANSLA
Y701
4871886H01
16.8 MHZ VCTXO .8PPM
IC TRANSCEIVER W/LEVEL
TRANSLA
IC, VCO MODULE
RECONFIGURABLE 10W SP5T/
3T RF
5164852H16
5164852H68
5175772B03
U1138
Y704
U1102
Y705
5164852H66
IC, VCO MODULE
Schematics, Boards Overlays, and Parts Lists: Transceiver (RF) Boards: 700–800 MHz
Transceiver (RF) Boards: 700–800 MHz
2
DC_LIN_5V
DC_LIN_5V
DC_BATT
DC_LIN_3V
DC_SWI_3_6V
DC_LIN_3V
MACKINAW_DC
DC_LIN_1_8V_A
DC_LIN_1_8V
DC_FUSED_B+
DC_LIN_1_5V
DC_LIN_1_5V
DC_RAW_B+
DC_SWITCH_B+
DC_REF_B+
IF5 1
IF
FILT_RAW_B+
IF6 1
IF
RF_IN_2
IF7 1
IF
TX_7V_2
IF8 1
IF
VC_2
TL_PA2HF_2
MACKINAW_7_800_PA
1
IF10
IF
MACKINAW_TX_HF_7800
RF_OUT_2
HF_OUT_2
DC_FUSED_B+
IF 1 IF16
DC_LIN_1_875V_D
DC_LIN_1_875V_D
IF 1 IF14
DC_LIN_5V
11
DC_LIN_5V
ANA_CTRL_ISET
RF_ANT
DC_RAW_B+
VCONTROL
DIG_CTRL_SPI_DAC_PE
IF 1 IF18
TL_ANT
1
TL_AUX
IF12
IF
IF21
1 IF
TL_RX_78
DC_SWITCH_B+
DIG_CTRL_I_LIMIT
IF 1 IF20
DC_LIN_1_875V_D
TX_7V
TL_RX_IF_
MACKINAW_RX_BE
CLK_16_8_MHZ
DIG_RX_BE_DOUTB
DIG_CTRL_RMTH
DIG_CTRL_SPI_ABACUS_PE
DIG_CTRL_SPI_PE
DIG_DATA_SPI_MOSI
DIG_DATA_SPI_PD
DIG_SPI_CLK
DIG_CTRL_SPI_PC
DIG_SYNCB
CLK_SSI_RX
CLK_SSI_RX
DIG_DATA_SSI_RX_DOUTA
DIG_DATA_RX_DOUTA
DIG_DATA_SSI_RX_FS
DIG_DATA_SSI_RX_FS
DIG_RX_SYNCB
DC_LIN_3V
DC_LIN_3V
DIG_CTRL_ATTH
ANA_CTRL_VSET
DIG_CTRL_RSTB
TL_RX_IF_OUT
CTRL_RX_78_SW1
DC_LIN_1_875V_D
DIG_CTRL_RMTH
ANA_CTRL_ISET
DIG_DMCS
DIG_GPIO49
DIG_CTRL_TX_INH
DIG_CTRL_LOCK
DC_LIN_1_875V_D
MACKINAW_RX_MIXER_IF
DC_REF_B+
DC_LIN_2_775V
DIG_CTRL_IO49
6
DC_LIN_5V
DC_LIN_3V
TL_RX_B2_MIX_IN
MACKINAW_RX_FE_7800
TL_RX_LO
HF_OUT_1
MACKINAW_TX_ALC
ANA_RX_FE_FILT_VTUNE
1
IF23
IF
RX_IN
DIG_DATA_SPI_MOSI
DIG_SPI_CLK
TXH_1
DIG_CTRL_SPI_TRIDENT_PE
TXH
TXH_2
DIG_DATA_TX_SSI
DIG_DATA_SPI_MOSI
DC_LIN_1_5V
DIG_TX_SSI_FS
DIG_TX_SSI_CLK
DIG_SPI_CLK
DC_LIN_1_875V_D
DC_LIN_5V
DIG_DATA_SPI_MISO
DIG_CTRL_SPI_ABACUS_PE
7
DC_LIN_5V
DIG_CTRL_SPI_ABACUS_PE
SH5A
SH6B
SH5C
1
SH6A
1
SH2
DIG_CTRL_T78H
DIG_CTRL_I_LIMIT
DIG_CTRL_TXH1
DIG_SYNCB
DIG_CTRL_TR
SH9A
SHIELD
SH11
SH3
SH7
SH2A
DIG_CTRL_RMTH
TL_AUX
DIG_CTRL_RSTB
RF_AUX
DIG_CTRL_LOCK
SH2B
SH9B
1
2
SH12
1
2
1
2
DIG_CTRL_RMTH
CLK_16_8_MHZ
DIG_CTRL_FEBS
1
2
MACKINAW_FGU
1
2
TL_TX_LO
CLK_16_8_MHZ
1
2
DIG_SYNCB
DIG_CTRL_I_LIMIT
1
DC_LIN_2_775V
1
DC_LIN_1_5V
DIG_DATA_SSI_RX_DOUTA DIG_DATA_RX_DOUTA
CLK_SSI_RX
CLK_SSI_RX
RF_GPS TL_GPS
1
DC_LIN_1_875V_D
DIG_DATA_SSI_RX_FS
DIG_DATA_SSI_RX_FS
1
2
3
DIG_CTRL_R78H
DIG_CTRL_RX7H
NC
DIG_CTRL_RX8H
RF_ANT
TL_ANT
DIG_CTRL_SSI_TRIGGER
SH8
DIG_DATA_SPI_MOSI
DIG_CTRL_ATTH
1
2
MACKINAW_CONN_MISC
DC_LIN_3V
RF_AUX
DIG_CTRL_TX_INHIBIT_TYPE_1
DIG_CTRL_SSI_TRIGGER
DC_LIN_1_8V
DC_LIN_3V
FILT_RAW_B+
DIG_CTRL_I_LIMIT
5
RF_RX_FE_B2_OUT_
DC_LIN_1_8V_A
DC_LIN_1_875V_D
1
DC_BATT
DC_SW1_3_6V
1
2
8.7
8-81
DIG_SPI_CLK
DIG_CTRL_SPI_TRIDENT_PE
TL_RX_LO
DIG_DATA_TX_SSI
CLK_16_8_MHZ
DIG_DATA_SPI_MISO
DIG_TX_SSI_CLK
DIG_TX_SSI_FS
DIG_CTRL_RMTH
RF_GPS_DPLEX
TL_ANT
13
RF_ANT
TL_RF_GPS_OUT
MACKINAW_GPS
DC_LIN_3V
DC_LIN_3V
Figure 8-49. NUF6750A Transceiver (RF) Board Overall Circuit Schematic
8-82
Schematics, Boards Overlays, and Parts Lists: Transceiver (RF) Boards: 700–800 MHz
C1414
1.1PF
C1424
.5PF
C1411
33PF
L1410
7.66NH
RF_OUT_2
IN
HF_OUT_2
OUT
L1408
7.66NH
C1413
.75PF
Figure 8-50. NUF6750A Harmonic Filter Circuit
L1401
2.55NH
C1418
2PF
C1419
1PF
DNP
C1425
.5PF
Schematics, Boards Overlays, and Parts Lists: Transceiver (RF) Boards: 700–800 MHz
8-83
DC_LIN_3V
2
DC_LIN_3V
1
L1303
18NH
IN
R1304
0
L1305
18NH
IN
C1304 C1305
1000PF 12PF
C1302
1.8PF
FL1301
FARF6KA1G5754
DNP
IN
OUT
4
C1303
12PF
2
3 GND1
5 GND2
GND3
1
U1304
BGA615L7
5
C1309
.5PF
L1302
100NH
1
AI
2
BIAS
4
PON
L1301
5.6NH
C1306
4.7PF
VCC
C1301
12PF
AO
7
3 GND
DEG
RF_ANT
TL_RF_GPS_OUT
6
OUT
C1308
18PF
R1307
1K
DC BIAS FOR GPS LNA ADDED TO RF BOARD
(FROM EXPANSION BOARD/GPS IC: GPS_LNA_PON)
C1307
12PF
Figure 8-51. NUF6750A GPS Circuit
8-84
Schematics, Boards Overlays, and Parts Lists: Transceiver (RF) Boards: 700–800 MHz
P101
17
P101
18
P101
19
P101
21
P101
22
P101
23
P101
25
P101
26
P101
27
P101
P101
P101
37
1
3
CLK_SSI_RX
ANA_CTRL_ISET
DIG_TX_SSI_FS
DIG_DATA_TX_SSI
DIG_TX_SSI_CLK
RF_GPS
1
IN
TP115
TEST_POINT
OUT
TP106
TEST_POINT
TP101
TEST_POINT
TP102
TEST_POINT
TP103
TEST_POINT
TP104
TEST_POINT
TP105
TEST_POINT
IN
OUT
OUT
OUT
OUT
IN
DIG_CTRL_SPI_ABACUS_PE
DIG_SYNCB
DIG_CTRL_LOCK
TP116
TEST_POINT
TP117
TEST_POINT
OUT
OUT
TP109
TEST_POINT
IN
DIG_BATTERY_DATA
DIG_CTRL_SPI_TRIDENT_PE
DIG_DATA_SPI_MISO
DIG_DATA_SPI_MOSI
31
33
1
DIG_CTRL_SPI_DAC_PE
29
P101
R103
10K
DIG_SPI_CLK
TP118
TEST_POINT
OUT
TP110
TEST_POINT
TP107
TEST_POINT
TP108
TEST_POINT
IO
IO
OUT
DC_SW1_3_6V
TP126
TEST_POINT
OUT
DC_FUSED_B+
P101
28
P101
30
P101
32
1
P101
34
2
3
1
P101
4
P101
5
P101
24
P101
35
P101
38
P101
39
P101
40
Figure 8-52. NUF6750A Miscellaneous Connector Circuit
M107
SOCKET
M104
M103
2
C102
0.1UF
DNP
1
1
6
1
3
7
5
C
S
W
HOLD
D
U101
M95320R
2
Q
RF_AUX
IO
1
P101
R104
0
V_COIN_CELL
8
20
VCC
P101
R101
10K
4
G1 VSS
GND
36
TP122
TEST_POINT
THE NEW REMOTE RF CONNECTOR
J102
1
P101
IN
1
16
1
P101
TP112
TEST_POINT
1
15
C101
330PF
OUT
DIG_DATA_SSI_RX_DOUTA
1
P101
OUT
IN
1
P101
14
VR101
MMBZ5250B
20V
2
DIG_CTRL_TX_INHIBIT_TYPE_1
1
P101
13
DC_BATT
1
2
OUT
TP111
TEST_POINT
1
12
DIG_DATA_SSI_RX_FS
1
P101
TP114
TEST_POINT
TP120
TEST_POINT
1
11
DIG_CTRL_IO49
1
P101
DIG_CTRL_SSI_TRIGGER
1
P101
PIN1
PIN2
OUT
1
9
10
PIN3
DC_LIN_2_775V
1
P101
TP125
TEST_POINT
1
8
3
OUT
OUT
1
P101
M101
CONTACT
TP124
TEST_POINT
DIG_CTRL_RSTB
1
P101
7
IN
DC_LIN_1_875V_D
1
P101
6
TP113
TEST_POINT
CLK_16_8_MHZ
1
3
1
P101
DIG_CTRL_SPI_EEPROM_PE
1
2
1
P101
TP123
TEST_POINT
J101
C
G1
G2
G3
G4
1
2
3
4
5
RF_ANT
IO
OUT
Schematics, Boards Overlays, and Parts Lists: Transceiver (RF) Boards: 700–800 MHz
8-85
E401
DC_LIN_1_8V_A
1
IN
2
R404
68
R403
3.3K
4
R401
22K
5
C424
33PF
2
6
3
R402
82K
1
Q402
BC858CD
C427
4.7UF
BC858CD
Q402
R413
2.7
5
IN
6
J1
GND
V2
J3
1
3
2
1
OUT1
OUT2
2
7
5
C413
47PF
3
J3
V2
GND
J1
J2
V1
5
U406
BFR380F
1
C423
6.8PF
4
CTRL_RX_78_SW1
C409
0
E402
1
2
6
C426
1PF
R409
3.3K
R407
22K
2
4
6
8
CTRL_RX_78_SW1
IN1
IN2
R406
2.7
L403
2.4NH
R405
10
R410
68
Q403
BC858CD
4
TL_RX_78
J2
V1
1
FL401
B4232
C425
3PF
L401
12NH
CTRL_RX_78_SW2
U404
AS211334
L402
12NH
1
C402
33PF
3
C422
33PF
3
4
C421
4.7UF
C412
15PF
C408
0
U402
AS211334
GND1
GND2
GND3
GND4
CTRL_RX_78_SW2
L407
7.5NH
2
CTRL_RX_78_SW2 = 0V, 800 PATH SELECTED
CTRL_RX_78_SW1 = 0V, 700 PATH SELECTED
SW1 AND SW2 HAVE TO BE OPPOSITE
C406
33PF
C416
33PF
L408
10NH
C418
33PF
R408
82K
C434
4.7UF
3
C404
33PF
C431
33PF
BC858CD
Q403
5
6
2
C428
4.7UF
C429
33PF
L405
12NH
5
6
GND
J1
V2
J3
1
IN1
3
IN2
2
1
CTRL_RX_78_SW1
C407
33PF
C405
33PF
FL402
B4232
3
C411
0
1
OUT1
OUT2
2
7
5
3
J3
GND
J2
V2
J1
V1
C432
3PF
L404
12NH
CTRL_RX_78_SW2
U405
AS211334
6
C430
6.8PF
5
U407
BFR380F
1
4
C435
1PF
C415
0
CTRL_RX_78_SW1
L406
2.4NH
C417
33PF
R412
5.1
RF_RX_FE_B2_OUT
OUT
3
J2
V1
C414
0
C433
1PF
2
4
C410
0
U403
AS211334
2
4 GND1
6 GND2
8 GND3
GND4
CTRL_RX_78_SW2
C419
33PF
R411
10
R414
10
DC_LIN_3V
5
IN
U408
NC7WZ04
VCC
GND
U408
NC7WZ04
4
NC
2
3
CTRL_RX_78_SW2
CTRL_RX_78_SW1
U408
NC7WZ04
IN
1
6
Figure 8-53. NUF6750A Receiver Front End Circuit
Schematics, Boards Overlays, and Parts Lists: Transceiver (RF) Boards: 700–800 MHz
VCC
2
1
R612
7.5K
2
U604
NC7WZ17
U603
NC7WZ17
VCC
GND
GND
2
2
R613
2.4K
C639
.01UF
1
2
1
C638
3300PF
2
2
1
VR602
1SV279
1
1
R699
0
1
2
1
L604
120NH
R606
10K
1
C618
33PF
2
2
2
C608
3PF
1
2
1
TP601
TEST_POINT
2
2
1
R609
2.2K
2
C631
15PF
5
5
3
C625
18PF
1
U602
BFR380F
IN
DC_LIN_1_875V_D
2
1
2
DC_LIN_3_0V
DC_LIN_1_875V_D
1
R605
10K
DC_LIN_1_875V_D
IN
C630
0.1UF
2
1
Q601
MMBTA13
DC_LIN_3V
C627
1000PF
TP602
TEST_POINT
1
C641
33PF
3
C643
470PF
C629
0.1UF
1
2
2
1
R607
100K
1
2
R698
0
DC_LIN_5V IN
2
8-86
C619
62PF
1
1
2
R602
390
C609
27PF
470PF
1
C642
C640
0.1UF
DIG_RX_SYNCB
IN
R616
0
DNP
DIG_DATA_SSI_RX_FS
OUT
2
DC_LIN_3_0V
2
6
1
1
2
DC_LIN_3_0V
2
GND
3
33
DIG_RX_FS
31
R619
0 DNP
27
26
C634
0.1UF
C637
0.1UF
1
2
E608
1
R615
0
DNP
2
2
3
DC_LIN_1_875V_D
C1
B2
1
2
2
L605
3.9UH
1
1
C624
.33UF
2
2
C622
.33UF
1
2
1
Figure 8-54. NUF6750A Receiver Back End Circuit
A2 VCCA
VCCB
B1
A1
1
2
1
C614
.01UF
B2
A1
B1
C635
.01UF
R611
10K
2
DC_LIN_3_0V
NC
DIR
C2
B2
DIG_CTRL_SPI_PE
IN
U605
SN74LVC2T45
DC_LIN_1_875V_D
IN
DIG_DATA_SPI_PD
C2
B2
DC_LIN_1_875V_D
IN
1
2
A2
R621
0 DNP
VR601
1SV279
R604
390
C606
0.1UF
E605
4
DC_LIN_3_0V
GND
DC_LIN_3_0V
2
1
D2
A1
1
2
2
2
C620
0.1UF
1
B1
U606
SN74LVC2T45
C632
100PF
U604
NC7WZ17
DC_LIN_3_0V
D1
2
1
1
2
1
1
CLK_SSI_RX
D1
R614
0
E609
25
D2 DIR
R608
10K
OUT
28
C1 A2
B1 A1
C616
2200PF
DIG_DATA_SSI_RX_DOUTA
OUT
6
U604
NC7WZ17
29
R620
0
DNP
E604
DC_LIN_3_0V
1
30
DC_LIN_3_0V
1
DC_LIN_3_0V
1
34
GND
PE
4
U603
NC7WZ17
R618
0 DNP
R610
100K
2
PC
PD
VDDD
3
DC_LIN_3_0V
R603
100K
C612
.01UF
2
1
2
1
C613
100PF
5
32
24
GNDS1
GNDD
23
22
CLKP
GNDC
CLKN
21
20
VREFN
19
VREFP
VDDH
VDDC
GNDA
R624
0
DNP
C633
.01UF
2
1
NC
C602
.01UF
C607
100PF
4
R623
0 DNP
R617
0 DNP
VCCB
CLKOUT
VDDA
CLK_16_8_MHZ
VCCA
DOUTA
IN
2
2
1
Y
NC
DC_LIN_5_0V
2
GCN
35
E603
DC_LIN_3_0V
2
1
DOUTB
36
1
VDDP 38
IOUTL 37
GNDP
LON 41
CXVM 40
VDDL 39
CXIF 45
GNDI 44
CXVL 43
LOP 42
48
VDDI 47
IFIN 46
GCP
18
.01UF
12
FS
VDDF
IOUTC
9
11
GNDH
GNDQ
10
IF2P
VDDQ
C610
100PF
C604
SYNCB
17
8
FREF
GNDS2
G1
1
2
DC_LIN_3_0V
7
2
1
GNDL
IF2N
16
6
U601
AD9864
GNDF
RREF
5
14
4
15
3
2
C611
100PF
MXON
GND3
2
C603
.01UF
MXOP
13
1
2
1
2
A
OUT
C636
0.1UF
E602
1
OE
2
E607
1
2
2
1
1
2
L603
10UH
C615
150PF
E601
1
C628
.01UF
1
L602
10UH
1
DC_LIN_3_0V
C623
.01UF
1
C605
3.9PF
U607
NC7SZ125
VCC
E606
A2
1
DC_LIN_1_875V_D
U603
NC7WZ17
C626
1000PF
1
L601
220NH
1
C621
0.1UF
6
2
IN
1
C601
.01UF
2
TL_RX_IF_
C617
0.1UF
1
R601
47
2
2
1
DIG_CTRL_SPI_PC
DIG_RX_BE_DOUTB
Schematics, Boards Overlays, and Parts Lists: Transceiver (RF) Boards: 700–800 MHz
8-87
E200
1
E201
DC_BATT
DC_FUSED_B+
OUT
32V
2A
3
1
2
OUT
L200
1.5UH
F200
2
1
IN
DC_RAW_B+
2
VR200
MMBZ5250B
20V
C200
.01UF
C202
1UF
C201
1UF
C203
1UF
Q201
NTR1P02T1
MUN5212T
Q202
R202
4.7K
3
22K
1
2
D200
MBR120LSFT1
22K
2
4
8
6
1
OUTPUT
INPUT
SHUTDOWN
SENSE
GND
1
C217
1UF
OUT
1
R201
100K
DC_REF_B+
3
2
BYPASS
3
C204
4.7UF
C206
.01UF
ERROR
NC
DC_LIN_5V
5
7
2
U200
LP2989
OUT
NC
NC
C205
4.7UF
U201
LP5900
DC_LIN_3V
A2
DC_SWI_3_6V
C214
33PF
C207
1UF
VOUT
VIN
B2
OUT
C208
1UF
B1
C213
330PF
VEN
GND
A1
IN
DC_LIN_1_8V
U203
LP5952
U202
LP5900
C209
1UF
VOUT
DC_LIN_1_5V
A3
OUT
C1 VBATT
C210
1UF
GND
C216
33PF
C3 EN
A1 VIN
B2
C212
4.7UF
B2
C215
330PF
VIN
GND
A2
VOUT
VEN
B1
A1
OUT
Figure 8-55. NUF6750A DC Power Circuit
8-88
Schematics, Boards Overlays, and Parts Lists: Transceiver (RF) Boards: 700–800 MHz
U1150
LT1790
NC
NC
C1160
.1UF
VIN
3
5
DNC1
DNC2
DC_LIN_5VREF
6
VOUT
C1161
1UF
E1101
DC_LIN_5V
DC_LIN_5V
DC_LIN_5V
DC_LIN_5V
DC_LIN_5V
U1144
TS5A3159
1 NO
6 IN
COM 4
3
5 V_POS
GND NC
NC
DC_LIN_5V
2
R1184
2.2K
C1139
10PF
U1129
LMV841
R1139
100K
R1146
100K
R1144
100K
3
4
1
R1175
0
2
U1101
INA138
1
DC_LIN_5V
U1143
LPV321M7X
R1140
100K
3
R1143
100K
TXH_1
U1130
LMV841
4
R1108
82K
DC_LIN_5V
TXH_2
A1
C2
R1145
100K
DAC_C
U1118
74LVC1G32YZP
B1
C2
U1116
74LVC1G32YZP
A2
5
3
C1
C1107
100PF
RF_ANT
OUT
DC_LIN_3.3V
RX
RES
ANT
8
11
28
NC7
NC8
NC9
NC10
NC11
NC12
NC13
NC14
NC15
NC16
NC17
16
17
19
20
22
24
26
27
29
30
31
COUPLER_REV
L1108
5.45NH
NC
IN
COUPLER_THROUGH
DIG_CTRL_RMTH
13 VCTRL
28 INPUT_OUTPUT
COUPLER_FWD
NC
C1125
15PF
DNP
L1101
47NH
R1106
27
R1114
100
C1142
1000PF
R1168
0
C1104
5.1PF
DNP
U1111
PE42510
12
NC1
NC2
NC3
NC4
NC5
R1116
10K
R1105
100
1
4
5
6
7
8
9
10
14
15
R1115
100
C1118
.01UF
DC_LIN_5V
DC_LIN_5V
NC1
NC2
NC3
NC4
NC5
NC6
NC7
NC8
NC9
NC10
VDD
1
3
5
7
9
10
R1117
75K
GND1
GND2
GND3
GND4
GND5
GND6
CTGND
TX1
TX2
TX3
TX4
V1
V2
V3
U1106
LTC5532
ANT2
ANT1
R1
R2
NC11
NC12
NC13
NC14
NC15
NC16
NC17
NC18
NC19
23
2
11
16
17
18
19
20
21
24
26
29
31
NC
NC
RF_AUX
OUT
3
22
25
27
30
32
G1
V3
2
4
21
23
15
14
13
VDD
12
V1_V2
U1117
NC7WZ04
VCC
1 RFIN
4 VM VOUT 5
3 VOS
R1112
51
DNP
C1105
5.6PF
VCC
GND
U1102
PE42650
NC6
6
18 GND1
25 GND2
32 GND3
G1 GND4
CTGND
HF_OUT_1
IN
R1104
100
6
L1102
6.8NH
R1107
68
DC_LIN_3.3V
C1113
.01UF
C1110
100PF
U1104
LPV321M7X
C1135
.01UF
DNP
C1138
.022UF
GND
2
R1172
1K
C1137
.015UF
DC_LIN_3V
2
R1171
0
R1160
10K
C1
4
1
IN
U1118
74LVC1G32YZP
GND
3
ANA_CTRL_ISET
5
VCC
5
2
GND
100K DNP
IN
DC_LIN_3V
VCC
R1158
R1110
10K
6
DC_LIN_3V
A2
4
1
1
B1
C1108
.068UF
U1141
LPV321M7X
U1117
NC7WZ04
A1
DC_LIN_3V
DIG_CTRL_I_LIMIT
V3
V1_V2
U1116
74LVC1G32YZP
1
2
VINPOS
VINNEG
GND
OUT
VPOS
3
4
4
C1162
1UF
DNP
1
R1170
100K
R1141
510K
5
R1183
1K
R1142
100K
R1138
100K
3
2
C1103
.01UF
DC_LIN_3.3V
R1169
340K
5
C1102
1UF
5
C1101
.01UF
DC_LIN_3V
IN
FILT_RAW_B+
2
2
IN
2
1
DC_LIN_5V
5
R1103
.02
DC_RAW_B+
IN
4
1
2 GND1
GND2
DC_REF_B+
IN
C1130
.01UF
DC_LIN_5V
VCC
C1
GND
8
U1105
AD8315
6
VPOS
RFIN
NC 7
ENBL VAPC 4
VSET FLTR
C1112
.01UF
D2
B1
C1
DIR
A1
A2
DIG_GPIO49
C1128
.01UF
DC_LIN_5V
TXH_5V
U1126
LMV7275
3
DC_LIN_1_875V_D
R1137
10K
4
A2
A2
VCC
OUT
C1140
4700PF
R1178
10K U1127
TS5A3159
1
NO
6
IN
COM
5
V_POS NC
GND
DC_LIN_5V
VCC
C1127
R1135
0
4
3
3
R1136
10K
.1UF
DC_LIN_5V
C2
RX_IN
C1132
16NH
VCC
DC_LIN_5V
C1124
4700PF
VCC
GND
U1149
AT267
C1152
330PF
C1150
1.2PF
C1
U1128
SN74LVC1G00
U1117
NC7WZ04
DC_LIN_5V
3
C1119
.01UF
4
ANA_RX_FE_FILT_VTUNE
3
4
IN
1
2
1
IN
Q1101
MUN5212T
U1119
74LVC1G08YZP
A1
C2
1
DC_LIN_3V
4
TX_INH
2
C1120
.01UF
GND
C1
R1130
10K
DNP
3
4
VCC
2
U1114
LPV321M7X
R1167
10K
U1121
M74VHC1GT86
3
GND
1
R1128
22K
R1102
100K
3
Q1103
NTR1P02T1
TX_7V
OUT
IN
DIG_CTRL_ATTH
DC BIAS FOR GPS LNA ADDED TO RF BOARD
VCC
5
R1166
200
5
R1127
51K
2
3
1
DC_LIN_5V
4
U1148
LPV321M7X
22K
2
R1165
200
OUT
FILT_RAW_B+
TXH_2
22K
U1121
M74VHC1GT86
DC_LIN_5V
U1103
LM50
TXH_1
B1
5
1
POS
3 GND
2
R1164
10K
DC_LIN_5V
3
VOUT
U1113
LPV321M7X
A2
DC_LIN_5V
C1106
.01UF
2
R1126
39K
1
5
R1129
10K
DNP
OUT
2
GND
L1114
11NH
B1
U1142
LPV321M7X
U1147
74LVC1G08YZP
R1125
100K
OUT
R1186
0 DNP
C1149
10PF
L1104
0
A1
4
1
VCONTROL
C1141
.1UF
L1103
4.7NH
U1128
SN74LVC1G00
R1182
10K
GND
U1146
74LVC1G32YZP
C1
GND
C1
2
1
TXH
R1154
10K
VC
RF_RX_DIPLEX_OUT
C1123
.01UF
IO49
D1
B1
B2
R1176
U1133
1K
TS5A3159
1 NO
6 IN
4
5 V_POSCOM 3
GND NC
DC_LIN_5V
4
5
IN
B2
C2
3
R1151
5.1K
R1181
100K
DNP
A2
B1
Q*
R1177
0
NC
5
C2
C2
B1
CLR
R1174
10K
PA_OFFSET
C1122
2.2PF
2
A1
U1147
74LVC1G08YZP
CP
6
5
1
RFIO1 3
RFIO2
1
2
3
COMM
R1180
0
2
U1146
74LVC1G32YZP
A1
1
Q
2
8
C1111
.1UF
C1126
1000PF
DC_LIN_1_875V_D
DC_LIN_5V
U1139
SN74LVC2T45
5
DIG_DMCS
D
4
A2
DC_LIN_5V
TX_INH
VCCB
GND VCCA
IN
PR
2
DC_LIN_5V
GND
C1117
3300PF
R1121
30K
C2
B1
U1131
LMV7275
7
GND
5
U1136
74LVC1G08YZP
A1
U1132
NL17SZ74
V1
V2
DIG_CTRL_TX_INH
1
R1162
150K
R1124
51
DIR D2
A1 B1
A2 C1
R1152
10K
3
4
5
B2 B1
C2 B2
R1163
10K
1
3
4
8
9
10
12
A2
A1
IN
DIG_DATA_SPI_MOSI
RF1
RF2
ACG1
ACG2
ACG3
NC1
NC2
NC3
NC4
NC5
NC6
NC7
D1
IN
A2
VCCB
GND VCCA A1
U1138
SN74LVC2T45
C1165
.1UF
R1122
75K
DAC_C
3
G1
DC_LIN_5V
DC_LIN_1_875V_D
1
2
4
5
SCLK
VOUTA
SYNC
VOUTB
DIN
VOUTC
VREFIN_
VOUTD
VREFOUT
GND CTGND
5
6
7
V1
V2
V3
U1136
74LVC1G08YZP
VDD
D1
7
6
8
10
DC_LIN_5VREF
2
11
U1125
AD5624R
VDD
16
C1116
.1UF
2
B1
B2
13
14
15
DC_LIN_5V
D2
B1
C1
DIR
A1
A2
C1129
.01UF
U1112
HMC468LP3E
17
B2
C2
ANA_CTRL_VSET
IN
DC_LIN_5V
U1137
SN74LVC2T45
9
DIG_SPI_CLK
IN
A2
VCCB
GND VCCA A1
DC_LIN_1_875V_D
IN
Figure 8-56. NUF6750A Transmitter and Automatic Level Control Circuits
(FROM EXPANSION BOARD/GPS IC: GPS_LNA_PON)
U1119
74LVC1G08YZP
OUT
Schematics, Boards Overlays, and Parts Lists: Transceiver (RF) Boards: 700–800 MHz
IN
IN
IN
IN
8-89
DC_LIN_1_5V
DC_LIN_1_875V_D
DC_LIN_2_775V
DC_LIN_5V
DC_LIN_2_775V
DC_LIN_1_5V
OUT
OUT
DC_LIN_2_775V
DC_LIN_2_775V
L720
2.2UH
DC_LIN_2_775V
DC_LIN_1_875V_D
DC_LIN_2_775V
DIG_CTRL_LOCK
C715
.1UF
DIG_DATA_SPI_MISO
4
5
6
C717
.1UF
A1
A2
A3
K1
K2
K3
DIG_DATA_SPI_MOSI
3
2
1
C730
.1UF
C734
.1UF
DIG_SPI_CLK
C737
.1UF
DIG_TX_SSI_FS
DIG_TX_SSI_CLK
C724
10UF
C718
.1UF
DIG_DATA_TX_SSI
C725
.1UF
DIG_CTRL_SSI_TRIGGER
D723
IMN10
OUT
IN
IN
IN
OUT
OUT
IN
IN
3
2
1
NC
K1
K2
K3
NC
A1
A2
A3
NC
NC
4
5
6
C719
.1UF
DIG_CTRL_SPI_TRIDENT_PE
NC
D722
IMN10
L738
2.2UH
L735
2.2UH
NC
C716
.1UF
L733
2.2UH
L727
2.2UH
C726
.1UF
OUT
RF_HP_MOD_OUT
DIG_DATA_AUX_SPI_MISO
ANA_CHARGE_PUMP
U702
15H28
C7
DC_SUPER_FILTER_5V
SCAN_EN
SPI_DR
CEX
SPI_DW
SPI_CLK
D9
D8
D10
C11
TXFS
TXCLK
TXD
DMCS
RXD
RXCLK
RXFS
RXACQ
ESC_IN
ESC_CP
ESCD2_OUT
ESCD2_OUTX
ESC_INX
F9
F10
F11
F7
D11
E9
E8
D7
J2
L3
K1
K2
H2
C756
10UF
DIG_CTRL_R78H
C757
.1UF
H1
G1
MN_CP
OUT
OUT
OUT
OUT
OUT
OUT
OUT
OUT
R707
0
NC
NC
NC
NC
NC
U703
MAX7301ATL
32
DIG_DATA_AUX_SPI_MISO
29
27
25
23
NC
22
21
R754
5.6K
RF BRD ID
19
R753 5.6K 18
RF BRD ID
17
R752 16
RF BRD ID 5.6K
15
NC
R755
39K
.1UF
C749
G3RF_PRESCALAR
DIG_CTRL_TXH1
V_POS
SCLK DOUT 40
P4
P5
P6
P7
P8
P9
P10
P11
P12
P13
P14
P15
P16
P17
P18
P19
P20
36 ISET
P31
P30
P29
P28
P27
P26
P25
P24
P23
P22
P21
30
28
26
24
1
3
5
7
2
4
6
8
9
10
12
13
14
GND1
GND2
GND3
GND4
11
NC1
20
NC2
31
NC3
DIG_CTRL_D
DIG_CTRL_F
NC
DIG_CTRL_A
OUT
OUT
OUT
OUT
NC
DIG_CTRL_VR
DIG_CTRL_78T
NC
NC
NC
DIG_CTRL_7T8R
DIG_CTRL_8T7R
OUT
OUT
OUT
OUT
NC
NC
NC
37
38
39
G1
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
J8
H8 EF_OUTP
EF_OUTM
E5
D5 GPO1_TEST1
GPO2_TEST2
E6
C5 GPO3_TEST3
GPO4_TEST4
H11
H10 VMULTI1
VMULTI2
B7
A7 ASPI_CLK
C6 ASPI_DATA
D6 ACE1_GPO7
A1 ACE2_GPO8
A11 NC1
NC2
L1
L11 NC3
E3 NC4
F3 NC5
NC6
K10
L10 CLK_CP
K11 CLK_EMIT
C10 CLK_BASE
RSTB
K5
L5 REF_IN
B10 REF_OSC_OUT
K4 SDM_CLK_GEN_GND
L4 SF_SPLY
J5 SF_BYP
H5 SF_OUT
SENS
NC
NC
NC
G2
DIG_CTRL_TR
DIG_CTRL_TR
NC
NC
NC
NC
M_PRSCX
M_PRSC
DIG_CTRL_T78H
C758
.047UF
L9
MN_ADAPT_CP
DIG_CTRL_FEBS
DC_LIN_2_775V
34 CS
33 DIN
HP_MOD_OUT
OUT
R706
0
35
G6
H6
A8
E10
E7
B4
C4
G8
TX_DAC_GND
TX_DAC_VCC
ASPI_VCC
SSI_GND
TM
TEST1_LCKDET
TEST2
LVCC1
F2
F1
G9
MN_CP_VCC
LGND1
MN_CP_GND
H9
J9
H7
B11
B8
J4
E11
J1
G7
L2
H3
K3
J3
G5
H4
G4
J6
CLK_VCC
CLK_GND
TX_VCC
SDM_CLK_GEN_VCC
ASPI_GND
SF_GND
SSI_VCC
ESC_GND
TX_GND
ESC_CPBIAS
ESC_VCC
ESC_CP_GND
ESC_CP_VCC
MAIN_GND
ESC_TEST
MAIN_VCC
REF_VCC
AGC_REF
AGC_FLAG
AUX_DAC
RFSTEPA_GPO6
AGC_DAC
DC_CAL_GPO5
BP_I
RXI
RXIX
BP_IX
SDM_VAG
BP_Q
RXQ
RXQX
BP_QX
SCAN_IN
RX_EN_OUT
ICAP
QCAP
CLK_OUT
TCLK
NTXQ
TXQ
NTXI
TXI
INCR_DECR
PHCLK
FBQ
FBI
K9
F6 SUB1
F4 SUB2
G10 SUB3
DEEPSLEEP
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
D3
A6
K6
A5
C3
B5
B2
C1
C2
B1
A10
E1
D1
D2
E2
F5
B6
J7
K7
J10
J11
L6
L7
K8
L8
F8
G11
A3
A4
NC
NC
NC
NC
SDM_REF_
VCC
SDM_VREFM
SDM_VREFP
RX_AVCC1
RX_AGND1
RX_AVCC2
SDM_REF_GND
RX_AGND2
A9
C9
C8
D4
E4
A2
B9
B3
ANA_ADAPT_CHARGE_PUMP
DC_LIN_1_875V_D
DIG_CTRL_RX7H
DIG_CTRL_RX8H
R721
10K
DC_LIN_2_775V
DC_LIN_2_775V_16_8_MHZ_IN
IN
DIG_CTRL_ATTH
C742
.1UF
DIG_CTRL_RSTB
OUT
DIG_CTRL_I_LIMIT
OUT
L741
2.2UH
DC_LIN_2_775V_16_8_MHZ_IN
DIG_CTRL_RMTH
DIG_CTRL_G
L728
390NH
OUT
OUT
R702
0
C731
.1UF
Y701
1XTV16800VDA
16.8MHZ
3
OUTPUT
5
NC1
6
NC2
7
NC3
8
NC4
C736
.01UF
NC
NC
NC
NC
C739
10PF
3
4
2
C732
39PF
GND
1 VCONT
VCC
R729
22K
C750
.1UF
R745
22K
U746
BFQ67W
1
2
RF_PRESCALAR
OUT
C744
10UF
DC_LIN_5V
IN
OUT
R743
47K
C752
.01UF
R751
270
L753
2.2UH
CLK_16_8_MHZ
OUT
C754
56PF
Figure 8-57. NUF6750A Frequency Generation Unit (Synthesizer) Circuit – 1 of 2
8-90
Schematics, Boards Overlays, and Parts Lists: Transceiver (RF) Boards: 700–800 MHz
1
TP853
TEST_POINT
IN
IN
IN
IN
IN
IN
DC_LIN_1_5V
DC_SUPER_FILTER_5V
C831
100PF
DC_LIN_5V
DIG_CTRL_TR
R713
10
Q714
NTZD3154N
DIG_CTRL_G
TL_RX_LO
R712
560
1
6
2
5
3
4
OUT
R714
560
DIG_CTRL_F
NC
4
5
8
RF1
RF2
RF3
NC
NC
NC
2
V1
V2
V3
RFC
NC
G1
3
6
7
1
NC
CGND
U710
SKY13251
IN
R764
1.2K
ANA_CHARGE_PUMP
R759
680
C762
.039UF
DC_LIN_1_5V
C766
6800PF
R832
15
L821
390NH
C703
100PF
DNP
C769
.016UF
C838
1000PF
R827
6.2K
R849
560
C768
.082UF
C770
.082UF
C851
220PF
C836
47PF
R848
15
R716
0
C702
220PF
R833
100
R715
0
DNP
R701
100
2
R823
56K
Q703
BC858CD
5
3
C765
.082UF
2
6
C763
.082UF
L846
390NH
R822
20K
Q703
BC858CD
C760
.082UF
C844
47PF
4
ANA_ADAPT_CHARGE_PUMP
1
IN
R767
68
C830
220PF
DC_LIN_1_5V
R840
15
Q842
NE662M04
4
3
R811
39
1
L806
390NH
C814
1000PF
R809
5.6K
C816
33PF
L817
390NH
R819
270
1
4
R807
22K
2
5
POUT
SEL1
SEL2
GND1
GND2
GND3
GND4
GND5
GND6
NC
1
4
C794
39PF
V1
V2
V3
RFC
CGND NC
RF1
RF2
RF3
G1
4
5
8
R818
8.2
C704
62PF
DC_LIN_1_5V
3
6
7
1
L701
390NH
R773
5.6K
NC
R762
11K
Q713
NE662M04
U709
SKY13251
2
6
8
9
10
12
VCC
7 VTUNE
POUT
NC
2
6
8
9
10
12
GND1
GND2
GND3
GND4
GND5
GND6
3 SEL1
5 SEL2
C795
100PF
1
4
NC
Y707
V0225AZ
266MHZ/809MHZ
C771
100PF
R772
33
2
C775
1000PF
TP780
TEST_POINT
C777
33PF
Q774
NE68519
1
C792
0.1UF
3
RF_HP_MOD_OUT
2
NC
Y706
V0225AZ
758MHZ/868MHZ
C779
100PF
R776
39
IN
IN
IN
IN
IN
DIG_CTRL_7T8R
DIG_CTRL_8T7R
DIG_CTRL_VR
DIG_CTRL_78T
DIG_CTRL_D
DIG_CTRL_A
Figure 8-58. NUF6750A Frequency Generation Unit (VCO) Circuit – 2 of 2
RF_PRESCALAR
OUT
R778
180
IN
C709
220PF
R708
100
C813
1PF
4
DC_SUPER_FILTER_5V
11
IN
R761
270
R812
82
3
NC
C759
.22UF
C701
220PF
R815
24
1
VTUNE
R705
10
1
7
3
5
R808
82K
C810
220PF
2
C783
2200PF
VCC
11
DC_SUPER_FILTER_5V
C791
0.1UF
C820
220PF
R813
680
Q712
BC858CD
3
6
Q712
BC858CD
TL_TX_LO
OUT
R717
0
DNP
Schematics, Boards Overlays, and Parts Lists: Transceiver (RF) Boards: 700–800 MHz
8-91
DC_LIN_1_8V
IN
T503
059248278
C511
100PF
C526
2.7PF
C527
1.5PF
1 P1
S1 3
C503
2.7PF
S2 2
IN
6 P2
S3 4
TL_RX_B2_MIX_IN
L508
8.2NH
L509
8.2NH
NC
5
15
14
13
12
11
1
4
R511
TL_RX_IF_OUT
2.7
OUT
C525
3.3PF
C518
1000PF
R508
15
C521
1000PF
R509
10
C523
470PF
T504
059248278
3 S1
C513
100PF
C522
15PF
R505
180K
R501
51
C509
1000PF
L506
150NH
C520
1000PF
C515
6.8PF
P1
1
P2
6
2 S2
4 S3
5
NC
L503
220NH
FL501
31B01
1
IN
OUT
4
L504
390NH
C516
2.7PF
C524
27PF
C519
18PF
L505
150NH
R507
2.7K
3
MIXBIAS
GND4
RF_M
RF_P
GND3
6
7
8
9
10
21
C507
220PF
GND1
INB
INA
LG2
LG1
BC858CD
Q501
5
2
Q503
BFR380F
1
2
1
2
3
4
5
GND5
AVDD
DVDD2
OUTB
OUTA
C599
100PF
IN
U506
LG0
DVDD1
IF_P
GND2
IF_M
CTGND
TL_RX_LO
R503
24K
Q501
BC858CD
3
C512
33PF
R506
150
R504
3.3K
6
C508
1000PF
2
C517
0.1UF
2
GND1
3
GND2
5
GND3
6
GND4
C506
0.1UF
20
19
18
17
16
1
2
DC_LIN_3V
IN
DIG_RX_MIX_NC_1
NC
NC
DIG_RX_MIX_NC_2
E501
1
L507
33NH
R502
68
L502
47NH
C514
43PF
Figure 8-59. NUF6750A Mixer and IF Filter Circuits
8-92
Schematics, Boards Overlays, and Parts Lists: Transceiver (RF) Boards: 700–800 MHz
FILT_RAW_B+
IN
TX_7V_2
IN
C1018
33PF
L1001
110NH
C1005
33PF
L1003
110NH
C1006
.01UF
L1007
59.71NH
C1008 C1010
33PF .01UF
C1004
33PF
C1002
4.7PF
8
NC1
9
NC2
10
NC3
15
NC4
6
7
2
3
R1006
0
Q1001
8
1
2
3
5
6
7
16
RFOUT1
RFIN
1
VCNTRL RFOUT2
14
VG1
VD1
11
VG2
G2
GND1
GND2
GND3
GND4
EP
L1002
6.8NH
4
5
12
13
17
RF_IN_2
IN
C1013
13PF
C1007
33PF
C1024
3300PF
C1009
33PF
C1025
3300PF
R1005
1K
R1001
33K
5
C1003
.01UF
U1001
LMV841
3
4
1
2
IN
VC_2
R1002
47K
Figure 8-60. NUF6750A Power Amplifier Circuit
R1003
10K
R1004
30K
TL_PA2HF_2
OUT
4
U1002
SRFIC5668
C1001
33PF
C1022
33PF
L1009
2.55NH
C1023
18PF
C1015
33PF
C1014
3300PF
DNP
C1019
18PF
C1020
1.6PF
C1021
5.1PF
8-93
C1227_12
U1105_11
4
C1204_12
R1124_11
U1106_11 R1117_11
U1144_11
Q202_2
5
U101_1
4
6
R745_7
C731_7
L728_7
R702_7
3
2
U746_7
C750_7
R703_7 C752_7
R751_7
C744_7
C747_7
C725_7
C749_7
SH2
C705_7
L753_7
R778_7
R704_7
R772_7
4
R743_7
C748_7
Q774_7 R776_7
C771_7
SH6A
TP780_7
C779_7
L701_7
3
4
C736_7
L741_7
L1
C777_7
C601_6
3
C734_7
C800_7
R773_7
L601_6
Y701_7
3
C739_7
C801_7
L802_7
D723_7
U702_7
C775_7
E601_6
C732_7
R729_7
2
C798_7
C803_7
L735_7
C742_7
L602_6
C605_6
4
C717_7
C718_7
C716_7
C730_7
L11
C737_7
R710_7
C799_7
R707_7
R709_7
3
C719_7
A11
L738_7
R711_7
VR101_1
C724_7
C726_7
L727_7
C758_7
C830_7
2
FL501_5
40
R755_7
R752_7
D722_7
L733_7
R754_7
R753_7
3
4
30
Q842_7
R840_7
R714_7
5
L720_7
R721_7
3
6
C715_7
U703_7
R833_7 4
3
Q714_7
10
R848_7 C851_7
R849_7
R713_7
C643_6
E607_6
Q601_6
3
2
U710_7
R601_6
2
C629_6 R607_6
TP602_6
C615_6
C617_6
C621_6
C623_6
C626_6
C628_6
E606_6
C636_6
C633_6
TP601_6
C611_6
C610_6
L846_7
4
20
R701_7
C702_7
6
6
E602_6
C603_6
3
Q703_7
L503_5
C515_5
C604_6
C838_7
C514_5
C607_6
4
R823_7
C831_7
R712_7
L502_5
C613_6
R822_7
C612_6
C523_5
R502_5
C616_6 L603_6
48
R832_7
R827_7
6
C602_6
U601_6
C844_7
R698_6
C641_6
E605_6
C614_6
C606_6
E604_6
C635_6
L605_6
6
R699_6
R603_6
E603_6
12
R618_6
R616_6
3
T504_5
C642_6
C637_6
24
36
R624_6
6
U603_6
4 3
R623_6
R611_6
R615_6 E609_6
3 4
R608_6
C632_6
3
4
6
U604_6
R610_6
R617_6
U607_6
6
4
C624_6
C634_6
E608_6
C836_7
L821_7
C620_6
VR601_6
R614_6
A2
U605_6
C622_6
R604_6
U606_6
A2 D2
D1
R621_6
R620_6
D2 D1
2
C101_1
SH2A
SH2B
R619_6
U1147_11
C2
C1
A2
U1146_11
3
R1183_11
4
3
4
6
8
D1
D2 A2
U1138_11
U1116_11
2
C1
C2
U1119_11
R101_1
C1113_11 R1116_11
A2
R1184_11
C202_2
R103_1
C203_2
R1186_11
C1149_11
L1102_11
6
C205_2
F200_2
L200_2
R1112_11
C1107_11
C1110_11
D200_2
E201_2
R1114_11
R1115_11
C1105_11
3
U203_2
C201_2
R1121_11
R1143_11
R1145_11
R1104_11
R1105_11
R202_2
C214_2
3
R1174_11
2
Q201_2
5
R1122_11
R1106_11
25
R201_2
2
C213_2
A2
C207_2
C208_2
C215_2
C216_2
C209_2
C206_2
U201_2
B1
U1125_11
R1107_11
17
C217_2
8
D1
A2
D2
U1139_11
6
L1108_11
U1118_11
C204_2
U200_2
U202_2
B1
A2
C210_2
C212_2
C1
C3
A3
6
U1117_11
SH12
4
5
C1150_11
4 3
C1132_11
SH9B
C1125_11
U1102_11
10
C1141_11
R1168_11
1
5
C1152_11
R1154_11
C921_9
U1133_11
C1104_11
L1101_11
L1114_11
U1149_11
6
C1117_11
C1122_11
L1104_11
C918_9
R1177_11
L1103_11
9
3
4
3
4
4
C1142_11
C928_9
3 4
U1131_11
5
L908_9
C1118_11
C1222_12
16
C923_9
L1209_12
C1207_12
C920_9
L1203_12
C1203_12
C922_9
L906_9
C925_9
L1211_12
U1112_11
L910_9
L907_9
13
C1220_12
L909_9
C1126_11
9
12
C1116_11
C1165_11
5
D1
D2
A2
U1137_11
C924_9
R1151_11 C1129_11
R1176_11
C1226_12
5
R1152_11
C1221_12
R906_9
8
R1162_11 R1163_11
8
C1111_11
C919_9
C1112_11
Schematics, Boards Overlays, and Parts Lists: Transceiver (RF) Boards: 700–800 MHz
C754_7
SH7
Figure 8-61. NUF6750A Transceiver (RF) Board Layout – Side 1
R1102_11
C1014_16
3
C1003_16
TP116_1
TP111_1
TP106_1
TP112_1
SH8
SH5C
M104_1
R1128_11
TP107_1
U1113_11
R1126_11
R602_6
C608_6
C618_6
C639_6
VR602_6
TP117_1
C640_6
C619_6
C609_6
R612_6
TP110_1
R613_6
R609_6
C638_6
2
3
U602_6 C625_6
C631_6
R1164_11
C517_5
E501_5
TP108_1
3
R506_5
C520_5
R511_5
C516_5
R1127_11
R1130_11
4
5
C1120_11
U1114_11
U1148_11
U1121_11
C1119_11
L506_5
2
3
L507_5
L806_7
Q501_5
R505_5
R503_5
C519_5 R507_5
L504_5
C814_7
C795_7
12
L817_7
4
R508_5 C521_5
R818_7
C704_7
3
C525_5
Q712_7
R811_7
6
L505_5
C522_5
R808_7
C701_7
R807_7
C518_5
6
R819_7
2
10
3
4
Q713_7
2
R504_5
Q503_5
C709_7
3
3
4
C524_5
4
C810_7
C813_7
R809_7
R813_7
R708_7
U709_7
R815_7
C794_7
R812_7
7
C791_7
5
R1167_11
R1165_11
11
5
4
5
3
4
R606_6
C512_5
3
M103_1
C508_5
C506_5
R1166_11
3
4
5
R605_6
C627_6 C630_6
R509_5
Figure 8-62. NUF6750A Transceiver (RF) Board Layout – Side 2
C1106_11
R104_1
15
16
C599_5
3
R1125_11
5
U506_5
C816_7
8
10
C820_7
7
9
R705_7
C703_7
C770_7
6
C507_5
10
11
SH5A
11
C792_7
R1002_16 C1015_16
C1025_16
4
T503_5
12
Y707_7
C768_7
C765_7
C760_7
6
L508_5
L509_5
9
TP113_1
C509_5
C513_5
R501_5
C526_5
2
Y706_7
8
R767_7
C766_7
C762_7
2
R759_7
TP124_1
3
C430_15
C527_5
3
6
C769_7
2
R1001_16
1
R1129_11
R764_7
2
R1004_16
E1101_11
C511_5
C763_7
TP125_1
TP114_1
3
C1009_16 U1001_16
M107_1
2
C503_5
C783_7
4
U1103_11
U407_15
L404_15
R717_7
4
6
R761_7
TP102_1
Q1101_11
R412_15
2
C759_7
P101_1
4
C1162_11
C417_15 R414_15
R715_7
C757_7
5
TP853_7
R762_7
Q1001_16
C102_1
C756_7
TP120_1
5
C1024_16
16
R1005_16
L406_15
U405_15
C419_15
C432_15
C407_15
R405_15
C411_15
C414_15
FL402_15
C415_15
U403_15
C405_15
U406_15
C423_15
L402_15
R413_15
R406_15
C1013_16
C1007_16
U1002_16
SH9A
R716_7
TP115_1
8
C1023_16
L1002_16
40
TP105_1
TP104_1
Q1103_11
C1004_16
C1005_16
C1006_16
U1126_11
C418_15
C412_15
L407_15
C1160_11
C1130_11
4
R1178_11
C1002_16
R1103_11
TP101_1
39
8
SH3
C1102_11
SH11
TP109_1
C1128_11
C406_15
2
C426_15
L403_15
4
FL401_15
L1001_16
R411_15
Q403_15 C434_15
E401_15
4
C433_15
6
6
C427_15
3 C431_15
Q402_15
L405_15
C424_15
E402_15
R410_15
R408_15
C421_15
R409_15
C429_15
L401_15
R407_15
C428_15
C422_15
C410_15
C416_15
3
U402_15
5
R1006_16
R404_15
3
6
L1003_16
C1010_16
C1001_16
L408_15
5
C413_15 U404_15
R1141_11
R706_7
TP103_1
C1103_11
C408_15
3
2
7
C1008_16
C435_15
TP118_1
C200_2
TP126_1
4
3
2
9
R402_15 4
C409_15
E200_2
5
3
U1150_11
C425_15
U1101_11
3
C1139_11
C1101_11
R1108_11
VR200_2
R1139_11
2
U1141_11
R1110_11
2
U408_15
3
4
6
C404_15
3
R403_15
R1140_11
TP123_1
3
4
5
R401_15
U1129_11 5
4
3
U1143_11
C402_15
25
17
M101_1
R1142_11
5
4
R1137_11
R1138_11
U1111_11
J102_1
2
R1175_11
3
R1169_11
4
3
C1140_11
R1170_11
3
6
2
3
R1003_16
R1144_11
U1130_11
C1304_13
C1307_13
L1301_13
L1303_13
C1305_13
R1307_13
L1305_13
R1180_11 A2 C2
U1136_11
C1
C1127_11 R1160_11
R1181_11
C1123_11
R1182_11
5
4
U1127_11
5
3
3
4
U1104_11
3
6
4
C1135_11
R1146_11
9
TP122_1
8
C1108_11
C1306_13
L1302_13
5
C1161_11
U1128_11 U1132_11
5
R1158_11
C1301_13
5
3
U1304_13
R1136_11 3
R1135_11 4
R1171_11
C1303_13
C1309_13
2
4
R1172_11
U1142_11
C1137_11
J101_1
R1304_13 6
C1124_11
C1138_11
4
3
FL1301_13
4
3
C1308_13
Schematics, Boards Overlays, and Parts Lists: Transceiver (RF) Boards: 700–800 MHz
C1302_13
8-94
SH6B
L604_6
Schematics, Boards Overlays, and Parts Lists: Transceiver (RF) Boards: 700–800 MHz
NUF6750A 700–800 MHz Transceiver (RF)
Board Parts List
Ref.
Des.
C101
Part Number
2113944A46
Description
CAP CER CHP 330.0 PF 50V
5%
Ref.
Des.
Part Number
8-95
Description
C405
2113944A31
CAP CER CHP 33.0PF 50V 5%
C406
2113944A31
CAP CER CHP 33.0PF 50V 5%
C407
2113944A31
CAP CER CHP 33.0PF 50V 5%
C408
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
C102
NOT PLACED
–
C200
2113945B02
CAP CER CHP 10,000PF 25V
10%
C409
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
C201
2188468Y01
CAP CER 25V X7R 0805 1UF
C410
0613952R66
C202
2188468Y01
CAP CER 25V X7R 0805 1UF
CER CHIP RES 0.0 +/-0.050
OHM
C203
2188468Y01
CAP CER 25V X7R 0805 1UF
C204
2113955D35
CAP,FXD,4.7UF,+10%,-10%,
16V-DC,1206,X7R,-55DEG
CMIN,125DEG CMAX
C412
2113944A27
CAP CER CHP 15.0PF 50V 5%
C413
2113944A33
CAP CER CHP 47.0PF 50V 5%
CAP,FXD,4.7UF,+10%,-10%,
16V-DC,1206,X7R,-55DEG
CMIN,125DEG CMAX
C414
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
C415
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
C416
2113944A31
CAP CER CHP 33.0PF 50V 5%
C417
2113944A31
CAP CER CHP 33.0PF 50V 5%
C418
2113944A31
C419
C421
C205
C206
C207
C208
C209
C210
C212
C213
2113955D35
2113945B02
2113956B91
2113956B91
2113956B91
2113956B91
2113946D07
2113944A46
CAP CER CHP 10,000PF 25V
10%
CAP,FXD,1UF,+10%,-10%,16VDC,0603,X5R,-55DEG CMIN,
85DEG CMAX,PB
CAP,FXD,1UF,+10%,-10%,16VDC,0603,X5R,-55DEG CMIN,
85DEG CMAX,PB
CAP,FXD,1UF,+10%,-10%,16VDC,0603,X5R,-55DEG CMIN,
85DEG CMAX,PB
CAP,FXD,1UF,+10%,-10%,16VDC,0603,X5R,-55DEG CMIN,
85DEG CMAX,PB
CAP,CHIP,4.7UF,+10%,-10%,
6.3V-DC,0603,X5R,-55DEG
CMIN,85DEG CMA
CAP CER CHP 330.0 PF 50V
5%
C214
2113944A31
CAP CER CHP 33.0PF 50V 5%
C215
2113944A46
CAP CER CHP 330.0 PF 50V
5%
C216
C217
2113944A31
2113956B91
C411
0613952R66
C402
2113944A31
CAP CER CHP 33.0PF 50V 5%
C404
2113944A31
CAP CER CHP 33.0PF 50V 5%
Part Number
Description
C432
2113944A12
CAP CER CHP 3.0PF 50V +/0.25PF
C433
2113944A63
C434
C435
C503
2113946D07
2113944A63
2113944V13
Ref.
Des.
Part Number
Description
C525
2113944A61
CAP,FXD,1PF,.25PF+/-,50V-DC,
0402,C0G,-55DEG CMIN,
125DEG CMAX,P
CAP,FXD,.5PF,.25PF+/-,50V-DC,
0402,C0G,-55DEG CMIN,
125DEG CMAX
C526
2113944V13
CAP,CHIP,4.7UF,+10%,-10%,
6.3V-DC,0603,X5R,-55DEG
CMIN,85DEG CMA
CAP,FXD,2.7PF,.1PF+/-,50V-DC,
0402,C0G,-55DEG CMIN,
125DEG CMAX
C527
2113944V07
CAP,FXD,1PF,.25PF+/-,50V-DC,
0402,C0G,-55DEG CMIN,
125DEG CMAX,P
CAP,FXD,1.5PF,.1PF+/-,50V-DC,
0402,C0G,-55DEG CMIN,
125DEG CMAX
C599
2113944A40
CAP CER CHP 100.0PF 50V 5%
C601
2113945B02
CAP CER CHP 10,000PF 25V
10%
C602
2113945B02
CAP CER CHP 10,000PF 25V
10%
C603
2113945B02
CAP CER CHP 10,000PF 25V
10%
C604
2113945B02
CAP CER CHP 10,000PF 25V
10%
C605
2113944A15
CAP CER CHP 3.9PF 50V +/0.25PF
C606
2113946B04
CAP CER CHP 0.10UF 10V 10%
C607
2113944A40
CAP CER CHP 100.0PF 50V 5%
C608
2113944A12
CAP CER CHP 3.0PF 50V +/0.25PF
C609
2113944A30
CAP CER CHP 27.0PF 50V 5%
C610
2113944A40
CAP CER CHP 100.0PF 50V 5%
C611
2113944A40
CAP CER CHP 100.0PF 50V 5%
C612
2113945B02
CAP CER CHP 10,000PF 25V
10%
CAP,FXD,2.7PF,.1PF+/-,50V-DC,
0402,C0G,-55DEG CMIN,
125DEG CMAX
C506
2113946B04
CAP CER CHP 0.10UF 10V 10%
C507
2113944A44
CAP CER CHP 220.0 PF 50V
5%
C508
2113945A09
CAP CER CHP 1000PF 50V
10%
C509
2113945A09
CAP CER CHP 1000PF 50V
10%
CAP CER CHP 33.0PF 50V 5%
C511
2113944A40
CAP CER CHP 100.0PF 50V 5%
2113944A31
CAP CER CHP 33.0PF 50V 5%
C512
2113944A31
CAP CER CHP 33.0PF 50V 5%
2113946D07
CAP,CHIP,4.7UF,+10%,-10%,
6.3V-DC,0603,X5R,-55DEG
CMIN,85DEG CMA
C513
2113944A40
CAP CER CHP 100.0PF 50V 5%
C514
2113944A84
CAP,FXD,43PF,+5%,-5%,50VDC,0402,C0G,-55DEG CMIN,
125DEG CMAX,PB
C422
2113944A31
CAP CER CHP 33.0PF 50V 5%
C423
2113944A21
CAP CER CHP 6.8PF 50V
+/- 0.5PF
C515
2113944A21
CAP CER CHP 6.8PF 50V
+/- 0.5PF
C516
2113944A11
CAP CER CHP 2.7PF 50V
+/- 0.25PF
C613
2113944A40
CAP CER CHP 100.0PF 50V 5%
C517
2113946B04
CAP CER CHP 0.10UF 10V 10%
C614
2113945B02
C518
2113945A09
CAP CER CHP 1000PF 50V
10%
CAP CER CHP 10,000PF 25V
10%
C615
2113944A42
CAP CER CHP 150.0PF 50V 5%
C519
2113944A31
CAP CER CHP 33.0PF 50V 5%
C616
2113945A11
C520
2113945A09
CAP CER CHP 1000PF 50V
10%
CAP CER CHP 2200PF 50V
10%
C617
2113946B04
CAP CER CHP 0.10UF 10V 10%
CAP,CHIP,4.7UF,+10%,-10%,
6.3V-DC,0603,X5R,-55DEG
CMIN,85DEG CMA
C521
2113945A09
CAP CER CHP 1000PF 50V
10%
C618
2113944A31
CAP CER CHP 33.0PF 50V 5%
C619
2113944A35
CAP CER CHP 62.0PF 50V 5%
C522
2113944A27
CAP CER CHP 15.0PF 50V 5%
C620
2113946B04
CAP CER CHP 0.10UF 10V 10%
C621
2113946B04
CAP CER CHP 0.10UF 10V 10%
C622
2113946C07
CAP,FXD,.33UF,+10%,-10%,
10V-DC,0603,X5R,-55DEG
CMIN,85DEG CMAX
C424
2113944A31
CAP CER CHP 33.0PF 50V 5%
C425
2113944A12
CAP CER CHP 3.0PF 50V
+/- 0.25PF
C426
C427
C428
2113944A63
2113946D07
2113946D07
CAP CER CHP 33.0PF 50V 5%
CAP,FXD,1UF,+10%,-10%,16VDC,0603,X5R,-55DEG CMIN,
85DEG CMAX,PB
CER CHIP RES 0.0 +/-0.050
OHM
Ref.
Des.
CAP,FXD,1PF,.25PF+/-,50V-DC,
0402,C0G,-55DEG CMIN,
125DEG CMAX,P
CAP,CHIP,4.7UF,+10%,-10%,
6.3V-DC,0603,X5R,-55DEG
CMIN,85DEG CMA
C429
2113944A31
CAP CER CHP 33.0PF 50V 5%
C523
2113944A48
C430
2113944A21
CAP CER CHP 6.8PF 50V
+/- 0.5PF
CAP CER CHP 470.0 PF 50V
5%
C524
2113944A30
CAP CER CHP 27.0PF 50V 5%
C431
2113944A31
CAP CER CHP 33.0PF 50V 5%
8-96
Ref.
Des.
Schematics, Boards Overlays, and Parts Lists: Transceiver (RF) Boards: 700–800 MHz
Part Number
Description
C623
2113945B02
CAP CER CHP 10,000PF 25V
10%
C624
2113946C07
CAP,FXD,.33UF,+10%,-10%,
10V-DC,0603,X5R,-55DEG
CMIN,85DEG CMAX
C625
2113944A28
CAP CER CHP 18.0PF 50V 5%
C626
2113945A09
CAP CER CHP 1000PF 50V
10%
C627
2113945A09
CAP CER CHP 1000PF 50V
10%
Ref.
Des.
C715
C716
C717
C718
Part Number
2113945C31
2113945C31
2113945C31
2113945C31
Description
C749
CAP,FXD,.1UF,+10%,-10%,50VDC,0603,X7R,-55DEG CMIN,
125DEG CMAX
C750
CAP,FXD,.1UF,+10%,-10%,50VDC,0603,X7R,-55DEG CMIN,
125DEG CMAX
C752
2113945B02
C754
C756
CAP,FXD,.1UF,+10%,-10%,50VDC,0603,X7R,-55DEG CMIN,
125DEG CMAX
2113945B02
CAP CER CHP 10,000PF 25V
10%
C629
2113946B04
CAP CER CHP 0.10UF 10V 10%
C630
2113946B04
CAP CER CHP 0.10UF 10V 10%
C631
2113944A27
CAP CER CHP 15.0PF 50V 5%
C632
2113944A40
CAP CER CHP 100.0PF 50V 5%
C633
2113945B02
CAP CER CHP 10,000PF 25V
10%
C634
2113946B04
CAP CER CHP 0.10UF 10V 10%
C635
2113945B02
CAP CER CHP 10,000PF 25V
10%
C636
2113946B04
CAP CER CHP 0.10UF 10V 10%
C637
2113946B04
CAP CER CHP 0.10UF 10V 10%
C638
2113945A12
CAP CER CHP 3300PF 50V
10%
C639
2113945B02
CAP CER CHP 10,000PF 25V
10%
C640
2113946B04
CAP CER CHP 0.10UF 10V 10%
C732
2113944A32
CAP CER CHP 39.0PF 50V 5%
C641
2113944A31
CAP CER CHP 33.0PF 50V 5%
C734
2113945C31
C642
2113944A48
CAP CER CHP 470.0 PF 50V
5%
CAP,FXD,.1UF,+10%,-10%,50VDC,0603,X7R,-55DEG CMIN,
125DEG CMAX
C724
C725
C726
C730
C731
2113945C31
2113955D37
2113945C31
2113945C31
2113945C31
2113945C31
CAP,FXD,.1UF,+10%,-10%,50VDC,0603,X7R,-55DEG CMIN,
125DEG CMAX
CAP,FXD,10UF,+10%,-10%,16VDC,1206,X7R,-55DEG CMIN,
125DEG CMAX
CAP,FXD,.1UF,+10%,-10%,50VDC,0603,X7R,-55DEG CMIN,
125DEG CMAX
CAP,FXD,.1UF,+10%,-10%,50VDC,0603,X7R,-55DEG CMIN,
125DEG CMAX
CAP,FXD,.1UF,+10%,-10%,50VDC,0603,X7R,-55DEG CMIN,
125DEG CMAX
CAP,FXD,.1UF,+10%,-10%,50VDC,0603,X7R,-55DEG CMIN,
125DEG CMAX
C736
2113945B02
CAP CER CHP 10,000PF 25V
10%
C737
2113945C31
CAP,FXD,.1UF,+10%,-10%,50VDC,0603,X7R,-55DEG CMIN,
125DEG CMAX
C643
2113944A48
CAP CER CHP 470.0 PF 50V
5%
C701
2113944A44
CAP CER CHP 220.0 PF 50V
5%
C702
2113944A44
CAP CER CHP 220.0 PF 50V
5%
C739
2113944A25
CAP CER CHP 10.0PF 50V
+/- 0.5PF
C703
NOT PLACED
–
C742
2113945C31
C704
2113944A35
CAP CER CHP 62.0PF 50V 5%
C709
2113944A44
CAP CER CHP 220.0 PF 50V
5%
CAP,FXD,.1UF,+10%,-10%,50VDC,0603,X7R,-55DEG CMIN,
125DEG CMAX
C744
2113955D37
Part Number
CAP,FXD,.1UF,+10%,-10%,50VDC,0603,X7R,-55DEG CMIN,
125DEG CMAX
C628
C719
Ref.
Des.
CAP,FXD,10UF,+10%,-10%,16VDC,1206,X7R,-55DEG CMIN,
125DEG CMAX
C757
2113945C31
Description
Part Number
Description
C779
2113944A40
CAP CER CHP 100.0PF 50V 5%
C783
2113944C55
CAP CER CHP 1200.OPF 50V
5%
C791
2113946B04
CAP CER CHP 0.10UF 10V 10%
C792
2113946B04
CAP CER CHP 0.10UF 10V 10%
CAP CER CHP 10,000PF 25V
10%
C794
2113944A32
CAP CER CHP 39.0PF 50V 5%
C795
2113944A40
CAP CER CHP 100.0PF 50V 5%
2113944A34
CAP CER CHP 56.0PF 50V 5%
C810
2113944A44
2113955D37
CAP,FXD,10UF,+10%,-10%,16VDC,1206,X7R,-55DEG CMIN,
125DEG CMAX
CAP CER CHP 220.0 PF 50V
5%
C813
2113944A63
CAP,FXD,.1UF,+10%,-10%,50VDC,0603,X7R,-55DEG CMIN,
125DEG CMAX
CAP,FXD,1PF,.25PF+/-,50V-DC,
0402,C0G,-55DEG CMIN,
125DEG CMAX,P
C814
2113945A09
CAP CER CHP 1000PF 50V
10%
2113945C31
2113945C31
CAP,FXD,.1UF,+10%,-10%,50VDC,0603,X7R,-55DEG CMIN,
125DEG CMAX
Ref.
Des.
CAP,FXD,.1UF,+10%,-10%,50VDC,0603,X7R,-55DEG CMIN,
125DEG CMAX
C758
2113946B02
CAP CER CHP 0.047UF 10V 10,
C816
2113944A31
CAP CER CHP 33.0PF 50V 5%
C759
2113945G95
CAP,FXD,.22UF,+10%,-10%,
50V-DC,0805,X7R,-55DEG
CMIN, 125DEG CMAX
C820
2113944A44
CAP CER CHP 220.0 PF 50V
5%
C760
2113944G97
CAP,FXD,.082UF,+5%,-5%,50VDC,1206,C0G,-55DEG CMIN,
125DEG CMAX
C830
2113944A44
CAP CER CHP 220.0 PF 50V
5%
C831
2113944A40
CAP CER CHP 100.0PF 50V 5%
CAP,FXD,.039UF,+10%,-10%,
50V-DC,0603,X7R,-55DEG
CMIN, 125DEG CMA
C836
2113944A33
CAP CER CHP 47.0PF 50V 5%
C838
2113945A09
CAP CER CHP 1000PF 50V
10%
CAP,FXD,.082UF,+5%,-5%,50VDC,1206,C0G,-55DEG CMIN,
125DEG CMAX
C844
2113944A33
CAP CER CHP 47.0PF 50V 5%
C851
2113944A44
CAP CER CHP 220.0 PF 50V
5%
C762
C763
2113945C26
2113944G97
C765
2113944G97
CAP,FXD,.082UF,+5%,-5%,50VDC,1206,C0G,-55DEG CMIN,
125DEG CMAX
C1001
2113944M30
C766
2113945C01
CAP CER CHP 6800PF 50V
10%
CAP,FXD,33PF,+2%,-2%,50VDC,0603,C0G,-55DEG CMIN,
125DEG CMAX,PB
C1002
2113944C22
C768
2113944G97
CAP,FXD,.082UF,+5%,-5%,50VDC,1206,C0G,-55DEG CMIN,
125DEG CMAX
CAP CER CHP 4.7PF 50V
+/- 0.25PF
C1003
2113945C02
CAP CER CHP 10,000PF 50V
10%
C769
2113945C20
CAP,FXD,.016UF,+10%,-10%,
50V-DC,0603,X7R,-55DEG
CMIN,125DEG CMA
C1004
2113944M30
CAP,FXD,33PF,+2%,-2%,50VDC,0603,C0G,-55DEG CMIN,
125DEG CMAX,PB
C770
2113944G97
CAP,FXD,.082UF,+5%,-5%,50VDC,1206,C0G,-55DEG CMIN,
125DEG CMAX
C1005
2113944M30
CAP,FXD,33PF,+2%,-2%,50VDC,0603,C0G,-55DEG CMIN,1
25DEG CMAX,PB
C771
2113944A40
CAP CER CHP 100.0PF 50V 5%
C1006
2113945C02
C775
2113945A09
CAP CER CHP 1000PF 50V
10%
CAP CER CHP 10,000PF 50V
10%
C1007
2113944M30
C777
2113944A31
CAP CER CHP 33.0PF 50V 5%
CAP,FXD,33PF,+2%,-2%,50VDC,0603,C0G,-55DEG CMIN,
125DEG CMAX,PB
Schematics, Boards Overlays, and Parts Lists: Transceiver (RF) Boards: 700–800 MHz
Ref.
Des.
C1008
C1009
C1010
C1013
Part Number
2113944M30
2113944M30
2113945C02
2113944M21
Description
CAP,FXD,33PF,+2%,-2%,50VDC,0603,C0G,-55DEG CMIN,
125DEG CMAX,PB
CAP,FXD,33PF,+2%,-2%,50VDC,0603,C0G,-55DEG CMIN,
125DEG CMAX,PB
CAP CER CHP 10,000PF 50V
10%
CAP,FXD,13PF,+2%,-2%,50VDC,0603,C0G,-55DEG CMIN,
125DEG CMAX,PB
C1014
NOT PLACED
–
C1015
2113944M30
CAP,FXD,33PF,+2%,-2%,50VDC,0603,C0G,-55DEG CMIN,
125DEG CMAX,PB
C1018
2113944M30
CAP,FXD,33PF,+2%,-2%,50VDC,0603,C0G,-55DEG CMIN,
125DEG CMAX,PB
C1019
21009257001
0805 18 PF ACCU-P
CAPACITOR
C1020
2113944C11
CAP CER CHP 1.6PF 50V +/0.25PF
C1021
2113944C23
CAP CER CHP 5.1PF 50V +/0.5PF
C1022
2113944M30
CAP,FXD,33PF,+2%,-2%,50VDC,0603,C0G,-55DEG CMIN,
125DEG CMAX,PB
C1023
2113944M24
CAP,FXD,18PF,+2%,-2%,50VDC,0603,C0G,-55DEG CMIN,
125DEG CMAX,PB
Ref.
Des.
8-97
Part Number
Description
CAP CER CHP 100.0PF 50V 5%
C1139
2113944A25
C1111
2113945Y02
CAP,FXD,.1UF,+10%,-10%,16VDC,0402,X7R,-55DEG CMIN,
125DEG CMAX
CAP CER CHP 10.0PF 50V
+/- 0.5PF
C1140
2113945A13
CAP CER CHP 4700PF 50V
10%
C1112
C1113
C1116
C1117
C1118
2113945B02
2113945B02
2113945Y02
2113945A12
2113945B02
CAP CER CHP 10,000PF 25V
10%
CAP CER CHP 10,000PF 25V
10%
C1414
2113944C64
CAP,FXD,1.1PF,.1PF+/-,50V-DC,
0603,C0G,-55DEG CMIN,
125DEG CMAX
C1418
2113944C13
CAP CER CHP 2.0PF 50V
+/- 0.25PF
C1419
NOT PLACED
–
C1424
2113944C61
CAP,FXD,.5PF,.1PF+/-,50V-DC,
0603,C0G,-55DEG CMIN,
125DEG CMAX,P
C1425
2113944C61
CAP,FXD,.5PF,.1PF+/-,50V-DC,
0603,C0G,-55DEG CMIN,
125DEG CMAX,P
C1149
2113944A25
CAP CER CHP 10.0PF 50V
+/- 0.5PF
CAP CER CHP 3300PF 50V
10%
C1150
2175392H01
CAP, 1.2PF, 0402, CERAMIC,
50V
D200
4813978A19
CAP CER CHP 10,000PF 25V
10%
C1152
CAP CER CHP 330.0 PF 50V
5%
DIODE,RECT,MBR120,SM,SOD
-123,1A,20V,SHTK,PB-FREE
D722
4815011H01
DIODE TRIPLE
C1160
D723
4815011H01
DIODE TRIPLE
E200
2405688Z01
INDUCTOR FERRITE BEAD
E201
2405688Z01
INDUCTOR FERRITE BEAD
E401
2480640Z01
SURFACE MOUNT FERRITE
BEAD
CAP,FXD,.1UF,+10%,-10%,16VDC,0402,X7R,-55DEG CMIN,
125DEG CMAX
C1119
2113945B02
CAP CER CHP 10,000PF 25V
10%
C1120
2113945B02
CAP CER CHP 10,000PF 25V
10%
C1122
2175390H01
CAP, 2.2 PF, 0402, CERAMIC,
50V
C1123
2113945B02
CAP CER CHP 10,000PF 25V
10%
C1124
2113945A13
CAP CER CHP 4700PF 50V
10%
C1125
NOT PLACED
–
C1126
2113945A09
CAP CER CHP 1000PF 50V
10%
2113945B02
CAP CER CHP 10,000PF 25V
10%
2113945B02
CAP CER CHP 10,000PF 25V
10%
C1129
2113945B02
CAP CER CHP 10,000PF 25V
10%
C1102
2188468Y01
CAP CER 25V X7R 0805 1UF
C1130
2113945B02
C1103
2113945B02
CAP CER CHP 10,000PF 25V
10%
CAP CER CHP 10,000PF 25V
10%
C1132
2415427H27
CHIP INDUCTOR
C1104
NOT PLACED
–
C1135
NOT PLACED
–
C1105
2113944A19
CAP CER CHP 5.6PF 50V +/0.5PF
C1137
2113946A01
CAP CER CHP 0.015UF 16V
10%
C1106
2113945B02
CAP CER CHP 10,000PF 25V
10%
C1138
2113945B04
C1107
2113944A40
CAP CER CHP 100.0PF 50V 5%
CAP,FXD,.022UF,+10%,-10%,
25V-DC,0402,X7R,-55DEG
CMIN,125DEG CMA
C1108
2113946B03
CAP CER CHP 0.068UF 10V 10
C1101
CAP,FXD,.1UF,+10%,-10%,16VDC,0402,X7R,-55DEG CMIN,
125DEG CMAX
Description
CAP CER CHP 1000PF 50V
10%
C1128
2113945A12
2113945Y02
Part Number
2113945A09
CAP CER CHP 3300PF 50V
10%
C1025
C1141
Ref.
Des.
C1142
CAP,FXD,.1UF,+10%,-10%,16VDC,0402,X7R,-55DEG CMIN,
125DEG CMAX
CAP CER CHP 3300PF 50V
10%
Description
2113944A40
2113945Y02
2113945A12
Part Number
C1110
C1127
C1024
Ref.
Des.
2113944A46
2113945C31
CAP,FXD,.1UF,+10%,-10%,50VDC,0603,X7R,-55DEG CMIN,
125DEG CMAX
C1161
2113956B91
CAP,FXD,1UF,+10%,-10%,16VDC,0603,X5R,-55DEG CMIN,
85DEG CMAX,PB
C1162
NOT PLACED
–
E402
2480640Z01
C1165
2113945Y02
CAP,FXD,.1UF,+10%,-10%,16VDC,0402,X7R,-55DEG CMIN,
125DEG CMAX
SURFACE MOUNT FERRITE
BEAD
E501
2480640Z01
SURFACE MOUNT FERRITE
BEAD
C1301
2113944M20
CAP,FXD,12PF,+2%,-2%,50VDC,0603,C0G,-55DEG CMIN,
125DEG CMAX,PB
E601
2480640Z01
SURFACE MOUNT FERRITE
BEAD
E602
2480640Z01
C1302
2114036F74
CAP,FXD,1.8PF,.05PF+/-,25VDC,0402,C0G,-55DEG CMIN,
125DEG CMAX
SURFACE MOUNT FERRITE
BEAD
E603
2480640Z01
SURFACE MOUNT FERRITE
BEAD
C1303
2113944A26
CAP CER CHP 12.0PF 50V 5%
E604
2480640Z01
C1304
2113945A09
CAP CER CHP 1000PF 50V
10%
SURFACE MOUNT FERRITE
BEAD
E605
2480640Z01
C1305
2113944A26
CAP CER CHP 12.0PF 50V 5%
SURFACE MOUNT FERRITE
BEAD
C1306
2113944A17
CAP CER CHP 4.7PF 50V
+/- 0.25PF
E606
2480640Z01
SURFACE MOUNT FERRITE
BEAD
C1307
2113944A26
CAP CER CHP 12.0PF 50V 5%
E607
2480640Z01
C1308
2113944A28
CAP CER CHP 18.0PF 50V 5%
SURFACE MOUNT FERRITE
BEAD
C1309
2175389H01
CAP,.5PF, CHIP, 0402,
CERAMIC, 50 V
E608
2480640Z01
SURFACE MOUNT FERRITE
BEAD
C1411
2113944C36
CAP CER CHP 33.0PF 50V 5%
E609
2480640Z01
SURFACE MOUNT FERRITE
BEAD
C1413
2113944C62
CAP,FXD,.75PF,.1PF+/-,50VDC,0603,C0G,-55DEG CMIN,
125DEG CMAX
E1101
2405688Z01
INDUCTOR FERRITE BEAD
F200
6575834B01
FUSE SURFACE MOUNT
8-98
Ref.
Des.
Schematics, Boards Overlays, and Parts Lists: Transceiver (RF) Boards: 700–800 MHz
Part Number
Description
Ref.
Des.
Part Number
Description
FL401
9175390A01
SAW FILTER, DUAL BAND 769/
860.5
L727
2480646Z20
COIL MULTI-LAYER
CHIP(2.20UH)
FL402
9175390A01
SAW FILTER, DUAL BAND 769/
860.5
L728
2415429H47
CHIP INDUCTOR
L733
2480646Z20
COIL MULTI-LAYER
CHIP(2.20UH)
L735
2480646Z20
L738
2480646Z20
FL501
4885631B01
XTAL FILT 3 POLE 109.65
MOTORO
FL1301
NOT PLACED
–
J101
0909901V02
RECP SMT MCX
J102
0975886B01
RECEPTACLE, COAX CABLE
L200
2571269C01
INDUCTOR WW POWER 20%
L401
2415427H23
CHIP INDUCTOR
L402
2415427H23
CHIP INDUCTOR
L403
2415427H05
L404
Ref.
Des.
Part Number
Description
L1401
2415428H02
AIR WOUND INDUCTOR
L1408
2460591A11
COIL AIR WOUND INDUC 7.66
L1410
2460591A11
COIL AIR WOUND INDUC 7.66
M1
3275623B03
PAD, THERMAL ELECTRIC,
MID-TIER
COIL MULTI-LAYER
CHIP(2.20UH)
M2
75009299002
PAD, THERMAL
COIL MULTI-LAYER
CHIP(2.20UH)
M3
1104959T01
COATING-CONTACT
M4
6071520M01
BATT COIN 3V LI
RECHARGEABLE
M101
2871616H01
CONNECTOR, BPLUS
Ref.
Des.
Part Number
Description
Q714
4889394V04
XSTR,FET GEN PURPOSE
SMALL SIG,MOSFET,N-CH,
ENHN,SM,20V,.25W,P
Q774
4885061Y01
XSTR NPN 6V 30UA 12GHZ PBFREE
Q842
4805585Q32
TRANSITOR, NPN RF
Q1001
5185633C91
MODULE,RING,XSTR,FET RF
PWR,7/800
Q1101
4813973A32
XSTR,BIP GP SS,NPN,SM,
SC-70,SMT,50V,.202W,100MA,
PB-FREE
L741
2480646Z20
COIL MULTI-LAYER
CHIP(2.20UH)
L753
2480646Z20
COIL MULTI-LAYER
CHIP(2.20UH)
M103
3987977Y04
CONT,CONN,1CONT,ANT UNIV
4.5MM,UC 1.8
Q1103
4813970A59
P-CH FET 1.0A 20V SOT-23
T&R
CHIP INDUCTOR
L806
2415429H47
CHIP INDUCTOR
M104
3987977Y04
R101
0613952R01
2415427H23
CHIP INDUCTOR
L817
2414032F41
CER CHIP RES 10K OHM 5%
0402
L405
2415427H23
CHIP INDUCTOR
M107
0985888K02
SKT RTC BTTY LEAP
R103
0613952R01
2415427H05
CHIP INDUCTOR
P101
2887818K05
CHIP INDUCTOR
CHIP INDUCTOR
0613952R66
2415427H16
2415429H47
R104
L407
L821
PLUG 40PIN MATING CNTCR
1.5MM
CER CHIP RES 10K OHM 5%
0402
L406
IDCTR,WW,390NH,10%,200MA,
1.5OHM,CER,40 Q,730MHZ
SRF,SM,PB-F
CONT,CONN,1CONT,ANT UNIV
4.5MM,UC 1.8
L408
2415427H21
CHIP INDUCTOR
L846
2414032F41
PWB
84009362001
PCB, RF TRANSCEIVER
CHIP INDUCTOR
4813970A59
P-CH FET 1.0A 20V SOT-23
T&R
0613952R25
2415429H30
Q201
R201
L502
IDCTR,WW,390NH,10%,200MA,
1.5OHM,CER,40 Q,730MHZ
SRF,SM,PB-F
CER CHIP RES 0.0 +/-0.050
OHM
CER CHIP RES 100K OHM 5%
0402
L503
2414032F38
IDCTR,WW,220NH,5%,400MA,
.7OHM,CER,30 Q,630MHZ SRF,
SM,PB-FRE
Q202
4813973A32
XSTR,BIP GP SS,NPN,SM,SC70,SMT,50V,.202W,100MA,PBFREE
R202
0613952Q89
CER CHIP RES 4700 OHM 5
0402
R401
0613952R09
CER CHIP RES 22K OHM 5%
0402
R402
0613952R23
CER CHIP RES 82K OHM 5%
0402
R403
0613952Q85
CER CHIP RES 3300 OHM 5
0402
L504
2414032F41
IDCTR,WW,390NH,10%,200MA,
1.5OHM,CER,40 Q,730MHZ
SRF,SM,PB-F
L1001
2415429H37
CHIP INDUCTOR
L1002
2415429H10
CHIP INDUCTOR
L1003
2415429H37
CHIP INDUCTOR
L1007
2460591K40
COIL AIR WOUND INDUC 59.71
L1009
2415428H02
AIR WOUND INDUCTOR
L505
2415429H39
CHIP INDUCTOR
L1101
2415429H30
CHIP INDUCTOR
L506
2415429H39
CHIP INDUCTOR
L1102
2415429H10
CHIP INDUCTOR
L507
2415427H12
CHIP INDUCTOR
L1103
2475393H01
L508
2415427H17
CHIP INDUCTOR
INDUCTOR, 4.7NH, 0402, +/0.1NH
L1104
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
L1108
2409348J04
IND AIR CORE 5.45NH 5% 2214
L1114
2475394H01
INDUCTOR, 11NH, 0402, +/-2%
L1301
2488090Y10
INDUCTOR,MULTILAYER,5.6N
H,1005,SMD,PB FREE
L509
2415427H17
CHIP INDUCTOR
L601
2415429H43
CHIP INDUCTOR
L602
2466505A01
COIL INDUCTOR
L603
2466505A01
COIL INDUCTOR
L604
2414032D16
IDCTR,WW,120NH,5%,800MA,
.26OHM,CER,42 Q,1GHZ SRF,
SM,PB-FREE
L605
2462587Q54
IND CHIP 3,900 NH 10%
L701
2415429H47
CHIP INDUCTOR
L720
2480646Z20
COIL MULTI-LAYER
CHIP(2.20UH)
Q402
4813973M75
XSTR,BIP GP SS,PNP,BC858,
SOT-563,SMT,-30V,.357W,
-100MA,100MHZ
Q403
4813973M75
XSTR,BIP GP SS,PNP,BC858,
SOT-563,SMT,-30V,.357W,
-100MA,100MHZ
R404
0613952Q45
Q501
4813973M75
XSTR,BIP GP SS,PNP,BC858,
SOT-563,SMT,-30V,.357W,
-100MA,100MHZ
CER CHIP RES 68.0 OHM 5
0402
R405
0613952Q25
CER CHIP RES 10.0 OHM 5
0402
Q503
4885316E32
TRANSISTOR, RF
R406
0613952Q11
CER CHIP RES 2.7 OHM 5 0402
Q601
4813973A04
XSTR,BIP GP SS,NPN,TA13,
SM,SOT-23,SMT,30V,.225W,
300MA,125MHZ,P
R407
0613952R09
CER CHIP RES 22K OHM 5%
0402
Q703
4813973M75
XSTR,BIP GP SS,PNP,BC858,
SOT-563,SMT,-30V,.357W,
-100MA,100MHZ
R408
0613952R23
CER CHIP RES 82K OHM 5%
0402
R409
0613952Q85
CER CHIP RES 3300 OHM 5
0402
R410
0613952Q45
CER CHIP RES 68.0 OHM 5
0402
R411
0613952Q25
CER CHIP RES 10.0 OHM 5
0402
R412
0613952Q18
CER CHIP RES 5.1 OHM 5 0402
L1302
2488090Y25
INDUCTOR,MULTILAYER,100N
H,1005,SMD,PB FREE
L1303
2414017P16
IDCTR,CHIP,18NH,5%,300MA,
.76OHM,CER,9 Q,1.9GHZ SRF,
SM,0402,P
Q712
4813973M75
XSTR,BIP GP SS,PNP,BC858,
SOT-563,SMT,-30V,.357W,
-100MA,100MHZ
L1305
2475391H01
INDUCTOR, 18 NH, CHIP, 0402,
2% TOL
Q713
4805585Q32
TRANSITOR, NPN RF
Schematics, Boards Overlays, and Parts Lists: Transceiver (RF) Boards: 700–800 MHz
Ref.
Des.
Part Number
Description
Ref.
Des.
8-99
Part Number
Description
Ref.
Des.
Part Number
Description
Ref.
Des.
Part Number
Description
R413
0613952Q11
CER CHIP RES 2.7 OHM 5 0402
R612
0613952Q94
R729
0613952R09
0613952Q69
0613952Q25
CER CHIP RES 10.0 OHM 5
0402
CER CHIP RES 22K OHM 5%
0402
R813
R414
CER CHIP RES 7500 OHM 5
0402
CER CHIP RES 680 OHM 5
0402
R613
0613952Q82
R743
0613952R17
CER CHIP RES 47K OHM 5%
0402
R815
0613952Q34
CER CHIP RES 51.0 OHM 5
0402
CER CHIP RES 2400 OHM 5
0402
CER CHIP RES 24.0 OHM 5
0402
R614
0613952R66
R745
0613952R09
CER CHIP RES 22K OHM 5%
0402
R818
0613952Q23
CER CHIP RES 8.2 OHM 5 0402
CER CHIP RES 68.0 OHM 5
0402
CER CHIP RES 0.0 +/-0.050
OHM
R819
0613952Q59
R615
NOT PLACED
–
R751
0613952Q59
CER CHIP RES 270 OHM 5
0402
R616
NOT PLACED
–
CER CHIP RES 270 OHM 5
0402
R822
0613952R08
R752
0613952Q91
CER CHIP RES 5600 OHM 5
0402
CER CHIP RES 20K OHM 5
0402
R823
0613952R19
R753
0613952Q91
CER CHIP RES 5600 OHM 5
0402
CER CHIP RES 56K OHM 5%
0402
R827
0613952Q92
R754
0613952Q91
CER CHIP RES 5600 OHM 5
0402
CER CHIP RES 6200 OHM 5
0402
R832
0613952Q29
R755
0613952R15
CER CHIP RES 39K OHM 5%
0402
CER CHIP RES 15.0 OHM 5
0402
R833
0613952Q49
R759
0613952Q69
CER CHIP RES 680 OHM 5
0402
CER CHIP RES 100 OHM 5
0402
R840
0613952Q29
R761
0613952Q59
CER CHIP RES 270 OHM 5
0402
CER CHIP RES 15.0 OHM 5
0402
R848
0613952Q29
R762
0613952R02
CER CHIP RES 11K OHM 5
0402
CER CHIP RES 15.0 OHM 5
0402
R849
0613952Q67
R764
0613952Q75
CER CHIP RES 1200 OHM 5
0402
CER CHIP RES 560 OHM 5
0402
R1001
0613952R13
R767
0613952Q45
CER CHIP RES 68.0 OHM 5
0402
CER CHIP RES 33K OHM 5%
0402
R1002
0613952R17
R772
0613952Q37
CER CHIP RES 33.0 OHM 5
0402
CER CHIP RES 47K OHM 5%
0402
R1003
0613952R01
R773
0613952Q91
CER CHIP RES 5600 OHM 5
0402
CER CHIP RES 10K OHM 5%
0402
R1004
0613952R12
R776
0613952Q39
CER CHIP RES 39.0 OHM 5
0402
CER CHIP RES 30K OHM 5
0402
R1005
0613952Q73
R778
0613952Q55
CER CHIP RES 180 OHM 5
0402
CER CHIP RES 1000 OHM 5
0402
R1006
0613952R66
R807
0613952R09
CER CHIP RES 22K OHM 5%
0402
CER CHIP RES 0.0 +/-0.050
OHM
R1102
0613952R25
R808
0613952R23
CER CHIP RES 82K OHM 5%
0402
CER CHIP RES 100K OHM 5%
0402
R1103
06009259001
R809
0613952Q91
CER CHIP RES 5600 OHM 5
0402
LOW RESISTANCE THICK FILM
RESISTOR
R1104
0613952Q49
CER CHIP RES 100 OHM 5
0402
R1105
0613952Q49
CER CHIP RES 100 OHM 5
0402
R1106
0613952Q35
CER CHIP RES 27.0 OHM 5
0402
R501
R502
R503
R504
R505
R506
R507
R508
R509
R511
R601
R602
R603
R604
R605
R606
R607
R608
R609
R610
R611
0613952Q42
0613952Q45
0613952R10
0613952Q85
0613952R31
0613952Q53
0613952Q75
0613952Q29
0613952Q25
0613952Q11
0613952Q41
0613952Q63
0613952R25
0613952Q63
0613952R01
0613952R01
0613952R25
0613952R01
0613952Q81
0613952R25
0613952R01
CER CHIP RES 24K OHM 5
0402
R617
NOT PLACED
–
CER CHIP RES 3300 OHM 5
0402
R618
NOT PLACED
–
CER CHIP RES 180K OHM 5%
0402
R619
NOT PLACED
–
R620
NOT PLACED
–
CER CHIP RES 150 OHM 5
0402
R621
NOT PLACED
–
R623
NOT PLACED
–
CER CHIP RES 1200 OHM 5
0402
R624
NOT PLACED
–
R698
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
CER CHIP RES 15.0 OHM 5
0402
CER CHIP RES 10.0 OHM 5
0402
CER CHIP RES 2.7 OHM 5 0402
CER CHIP RES 47.0 OHM 5
0402
CER CHIP RES 390 OHM 5
0402
CER CHIP RES 100K OHM 5%
0402
CER CHIP RES 390 OHM 5
0402
CER CHIP RES 10K OHM 5%
0402
CER CHIP RES 10K OHM 5%
0402
CER CHIP RES 100K OHM 5%
0402
CER CHIP RES 10K OHM 5%
0402
CER CHIP RES 2200 OHM 5
0402
CER CHIP RES 100K OHM 5%
0402
CER CHIP RES 10K OHM 5%
0402
R699
R701
R702
R705
R706
R707
R708
R712
R713
R714
0613952R66
0613952Q49
0613952R66
0613952Q25
0613952R66
0613952R66
0613952Q49
0613952Q67
0613952Q25
0613952Q67
CER CHIP RES 0.0 +/-0.050
OHM
CER CHIP RES 100 OHM 5
0402
CER CHIP RES 0.0 +/-0.050
OHM
CER CHIP RES 10.0 OHM 5
0402
CER CHIP RES 0.0 +/-0.050
OHM
CER CHIP RES 0.0 +/-0.050
OHM
CER CHIP RES 100 OHM 5
0402
CER CHIP RES 560 OHM 5
0402
CER CHIP RES 10.0 OHM 5
0402
CER CHIP RES 560 OHM 5
0402
R715
NOT PLACED
–
R716
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
R811
0613952Q39
CER CHIP RES 39.0 OHM 5
0402
R717
NOT PLACED
–
R812
0613952Q47
R721
0613952R01
CER CHIP RES 10K OHM 5%
0402
CER CHIP RES 82.0 OHM 5%
0402
8-100
Ref.
Des.
Schematics, Boards Overlays, and Parts Lists: Transceiver (RF) Boards: 700–800 MHz
Part Number
Description
Ref.
Des.
Part Number
Description
Ref.
Des.
Part Number
Description
Ref.
Des.
Part Number
Description
R1107
0613952Q45
CER CHIP RES 68.0 OHM 5
0402
R1142
0613952R25
CER CHIP RES 100K OHM 5%
0402
R1176
0613952Q73
CER CHIP RES 1000 OHM 5
0402
U202
5175772B02
LINEAR REGULATOR 100MA
1.8V
R1108
0613952R23
CER CHIP RES 82K OHM 5%
0402
R1143
0613952R25
CER CHIP RES 100K OHM 5%
0402
R1177
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
U203
5175772B01
LINEAR VOLTAGE
REGULATOR 350MA
R1110
0613952R01
CER CHIP RES 10K OHM 5%
0402
R1144
0613952R25
CER CHIP RES 100K OHM 5%
0402
R1178
0613952R01
CER CHIP RES 10K OHM 5%
0402
U402
5180428L15
SW,RF SWITCH,SPDT,SMT,
6W,3V
R1112
NOT PLACED
–
R1145
0613952R25
0613952R66
5180428L15
CER CHIP RES 100 OHM 5
0402
CER CHIP RES 0.0 +/-0.050
OHM
U403
0613952Q49
CER CHIP RES 100K OHM 5%
0402
R1180
R1114
SW,RF SWITCH,SPDT,SMT,
6W,3V
R1146
0613952R25
R1181
NOT PLACED
–
U404
5180428L15
CER CHIP RES 100 OHM 5
0402
CER CHIP RES 100K OHM 5%
0402
R1182
0613952R01
R1151
0613952Q90
U405
5180428L15
CER CHIP RES 10K OHM 5%
0402
CER CHIP RES 5100 OHM 5
0402
CER CHIP RES 10K OHM 5%
0402
SW,RF SWITCH,SPDT,SMT,
6W,3V
R1152
0613952R01
U406
4885316E32
TRANSISTOR, RF
CER CHIP RES 75K OHM 5
0402
CER CHIP RES 10K OHM 5%
0402
CER CHIP RES 1000 OHM 5
0402
SW,RF SWITCH,SPDT,SMT,
6W,3V
U407
4885316E32
TRANSISTOR, RF
R1154
0613952R01
CER CHIP RES 10K OHM 5%
0402
U408
5103535B53
IC,INVTR,DL,NC7WZ04L6X,
2PER PKG,SC70
U506
5164852H82
IC, MIXER/ BUFFER
U601
5102495J14
IC,IF,IF DIGITILIZING
SUBSYSTEM IC,AD9864,QFN
U602
4885316E32
TRANSISTOR, RF
U603
5109522E84
IC DUAL SCHMITT TRIG
MICRO PAK
U604
5109522E84
IC DUAL SCHMITT TRIG
MICRO PAK
U605
5164852H16
IC TRANSCEIVER W/LEVEL
TRANSLATION
U606
5164852H16
IC TRANSCEIVER W/LEVEL
TRANSLATION
U607
5186311J24
IC,BFR,1BITS,NC7SZ125,ACTI
VE HIGH,B
U702
5164015H28
IC,TRIDENT,INTEG SYNTH,
RX/TX BSBND
U703
5175772B06
28-PORT I/O EXPANDER
U709
5171972L01
SP3T RF SWITCH
U710
5171972L01
SP3T RF SWITCH
U746
4805218N63
RF TRANS SOT 323 BFQ67W
U1001
5175143H01
WIDE SUPPLY RANGE OP AMP
U1002
5115678H01
VHF/UHF/800/900 MHZ LDMOS
DRIVER IC
U1101
5188032U43
IC,SENSING CIRCUIT,INA138,
SM,SOT-23/5,1PER PKG
U1102
5175772B03
RECONFIGURABLE 10W
SP5T/3T RF SWITC
R1115
R1116
R1117
R1121
R1122
R1124
0613952Q49
0613952R01
0613952R22
0613952R12
0613952R22
0613952Q42
CER CHIP RES 30K OHM 5
0402
R1158
NOT PLACED
–
CER CHIP RES 75K OHM 5
0402
R1160
0613952R01
CER CHIP RES 10K OHM 5%
0402
CER CHIP RES 51.0 OHM 5
0402
R1162
0613952R29
CER CHIP RES 150K OHM 5%
0402
R1183
0613952Q73
R1184
0613952Q81
CER CHIP RES 2200 OHM 5
0402
R1186
NOT PLACED
–
R1304
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
R1307
0613952Q73
CER CHIP RES 1000 OHM 5
0402
SH2
2675872B01
SHIELD, XTAL
R1125
0613952R33
CER CHIP RES 220K OHM 5%
0402
R1163
0613952R01
CER CHIP RES 10K OHM 5%
0402
SH2A
26009323001
SHIELD, DC FILTER
R1126
0613952R24
CER CHIP RES 91K OHM 5
0402
R1164
0613952R01
CER CHIP RES 10K OHM 5%
0402
SH2B
26009326001
SHIELD, DC REGULATOR
SH3
26009321001
SHIELD, RX FRONT END
R1127
0613952R18
CER CHIP RES 51K OHM 5
0402
R1165
0613952Q56
CER CHIP RES 200 OHM 5
0402
SH5A
2675874B01
SHIELD, MIXER
SH5C
2675933B01
SHIELD, IF AMP
R1128
0613952R09
CER CHIP RES 22K OHM 5%
0402
R1166
0613952Q56
CER CHIP RES 200 OHM 5
0402
SH6A
2675873B01
SHIELD, ABACUS
R1129
NOT PLACED
–
R1167
0613952R01
SH6B
2675932B01
SHIELD, 2ND LO VCO
R1130
NOT PLACED
–
CER CHIP RES 10K OHM 5%
0402
SH7
26009325001
SHIELD, FGU
R1135
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
R1168
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
SH8
26009319001
SHIELD, VCO
SH9A
26009322001
SHIELD, RF PA
R1169
0613952P52
CER CHIP RES 340K OHM 1
0402
SH9B
26009327001
SHIELD, OUTPUT MATCH
SH11
26009320001
SHIELD, ALC
SH12
26009324001
SHIELD, HARMONIC FILTER
R1136
R1137
0613952R01
0613952R01
CER CHIP RES 10K OHM 5%
0402
CER CHIP RES 10K OHM 5%
0402
R1138
0613952R25
CER CHIP RES 100K OHM 5%
0402
R1139
0613952R25
CER CHIP RES 100K OHM 5%
0402
R1140
0613952R25
CER CHIP RES 100K OHM 5%
0402
R1141
0613952R42
CER CHIP RES 510K OHM 5
0402
R1170
0613952P01
CER CHIP RES 100K OHM 1
0402
R1171
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
T503
2575851B01
RF TRANSFORMER BALUN
T504
2575851B01
RF TRANSFORMER BALUN
R1172
0613952Q73
CER CHIP RES 1000 OHM 5
0402
U101
5105443X07
EEPROM 32KBIT SERIAL SPI
BUS
R1174
0613952R01
CER CHIP RES 10K OHM 5%
0402
U200
5188493T01
IC,VREG/SWG,LP2989,SM,MINI
SO-8 HI PRCN REG 5V
R1175
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
U201
5175771A99
LOW NOISE, 100MA LINEAR
REGULATOR
Schematics, Boards Overlays, and Parts Lists: Transceiver (RF) Boards: 700–800 MHz
Ref.
Des.
Part Number
Description
Ref.
Des.
Part Number
8-101
Description
U1103
5185070Y01
IC TEMPERATURE SENSOR
PB-FREE
U1138
5164852H16
IC TRANSCEIVER W/LEVEL
TRANSLATION
U1104
5185941F56
IC SINGLE LV LP OP
AMPLIFIER
U1139
5164852H16
IC TRANSCEIVER W/LEVEL
TRANSLATION
U1105
5180390L83
IC,CNTLR,SM,1PER PKG
U1141
5185941F56
U1106
5175772B05
PRECISION RF DETECTOR
IC SINGLE LV LP OP
AMPLIFIER
U1111
5175771A26
CMOS FET SWITCH SPDT,
10WATTS
U1142
5185941F56
IC SINGLE LV LP OP
AMPLIFIER
U1112
5175772B04
1 DB LSB GAAS MMIC
ATTENUATOR
U1143
5185941F56
IC SINGLE LV LP OP
AMPLIFIER
U1113
5185941F56
IC SINGLE LV LP OP
AMPLIFIER
U1144
5171779H01
SPDT ANALOG SWITCH
U1146
5109522E93
IC SINGLE LV LP OP
AMPLIFIER
2 INPUT OR GATE IN NANO
PACKAGE (C87)
U1147
5109522E94
2 INPUT OR GATE IN NANO
PACKAGE (C87)
2 INPUT AND GATE IN NANO
PACKAGE (C87)
U1148
5185941F56
IC,INVTR,DL,NC7WZ04L6X,2PE
R PKG,SC70
IC SINGLE LV LP OP
AMPLIFIER
U1149
5185941F45
ATTEN,VAR,14.4DBMIN,15.6DB
MAX,0-2000 MHZFREQ,50OHM,
PCMT,SOT
U1150
51009381001
LOW DROPOUT VOLTAGE
REFERENCE
U1304
5105739X13
IC, SIGE GPS LOW NOISE AMP
1575 MHZ
VR101
4813977M29
DIODE,VREF,MBZ5250,SM,SOT
-23,20V,.225W,ZEN
VR200
4813977M29
DIODE,VREF,MBZ5250,SM,SOT
-23,20V,.225W,ZEN
VR601
4805656W87
DIODE,VCTR, @ 15V,1SV279,
SOD-523/SC-79
VR602
4805656W87
DIODE,VCTR, @ 15V,1SV279,
SOD-523/SC-79
Y701
4871886H01
16.8 MHZ VCTXO .8PPM
Y706
5164852H65
IC, VCO MODULE
Y707
5164852H67
IC, VCO MODULE
U1114
U1116
U1117
5185941F56
5109522E93
5103535B53
U1118
5109522E93
2 INPUT OR GATE IN NANO
PACKAGE (C87)
U1119
5109522E94
2 INPUT AND GATE IN NANO
PACKAGE (C87)
U1121
5114000B52
IC,XOR,LOGIC LEVEL
SHIFTER,1PER PKG,SM,
SOT-353,PB-FREE
U1125
51009382001
IC, QUAD DAC
U1126
5109817F77
IC COMPTR LM7275 5SC70
(D54)
U1127
5171779H01
SPDT ANALOG SWITCH
U1128
5188085K11
IC, SINGLE NAND GATE,
2-INPUT,POSITIVE, 5 DSBGA,
PB-FREE
U1129
5175143H01
WIDE SUPPLY RANGE OP AMP
U1130
5175143H01
WIDE SUPPLY RANGE OP AMP
U1131
5109817F77
IC COMPTR LM7275 5SC70
(D54)
U1132
5114007M28
IC,F-F/D,1PER PKG,17SZ74,N-I,
SM,SOIC8,PB-FREE
U1133
5171779H01
SPDT ANALOG SWITCH
U1136
5109522E94
2 INPUT AND GATE IN NANO
PACKAGE (C87)
U1137
5164852H16
IC TRANSCEIVER W/LEVEL
TRANSLATION
8-102
Schematics, Boards Overlays, and Parts Lists: Transceiver (RF) Boards: 700–800 MHz
Notes
Schematics, Boards Overlays, and Parts Lists: Controller Board
Controller Board
SUBDESIGN_SUFFIX=6
JTAG
DISPLAY DATA
DISPLAY/LED
CONTROL LINES
KP_COL<4..0>
KP_ROW<4..0>
JTAG<11..0>
F_DISP_DATA_0
F_DISP_DATA_1
F_DISP_DATA_2
F_DISP_DATA_3
F_DISP_DATA_4
F_DISP_DATA_5
F_DISP_DATA_6
F_DISP_DATA_7
I2C_CLK
I2C_DATA
F_DISP_RW
F_DISP_DATA_CMD
OMAP_RESET
F_DISP_RW_EN
F_DISP_BD_ID
FREQ_SEL<3..0>
VOLUME
ON_OFF_SWITCH
SEC_CLEAR
TOGGLE_0
TOGGLE_1
EMERG_BTN
KP_COL<4..0>
KP_ROW<4..0>
KP_COL<4..0>
KP_ROW<4..0>
JTAG<11..0>
JTAG<11..0>
F_DISP_DATA_0
F_DISP_DATA_1
F_DISP_DATA_2
F_DISP_DATA_3
F_DISP_DATA_4
F_DISP_DATA_5
F_DISP_DATA_6
F_DISP_DATA_7
I2C_CLK
I2C_DATA
F_DISP_RW
F_DISP_DATA_CMD
OMAP_RESET
F_DISP_RW_EN
F_DISP_BD_ID
ACC_SPKR_UNMUTE
BT_SPARE_1.8
I2C_CLK
I2C_DATA
F_DISP_RW
F_DISP_DATA_CMD
OMAP_RESET
F_DISP_RW_EN
F_DISP_BD_ID
ACC_SPKR_UNMUTE
BT_SPARE_1.8
MACE_WAKEUP
MACE_RESET
AVR_BOOT
USB1_NEG_DP
USB1_POS_DP
AVR_STATUS_1.8
EXP_BRD_ID
V_COIN_CELL
MAKO_USB1_NEG_DP
MAKO_USB1_POS_DP
AVR_STATUS_1.8
EXP_BOARD_TYPE
V_COIN_CELL
F2_DMCS
TRIDENT_SPI_CS
TRIDENT_SSI<2..0>
ABACUS_SPI_CS
ABACUS_SSI<2..0>
PRE_CLASS_D_NEG_DP
PRE_CLASS_D_POS_DP
AUDIO_MIC_NEG_DP
AUDIO_MIC_POS_DP
PA_SHTDN
32KHZ_GPS_CLK
GPS_SHUTDOWN
UART2_GPS_TX
UART2_GPS_RX
SSI_RED_TX_CODEC
SSI_RED_RX_CODEC
INTERFACE
MACE_WAKEUP
MACE_RESET
AVR_BOOT
TX_INHIBIT
GPS_ANT
F2_PARAMP
16.8_MHZ_SINEWAVE
RF_BRD_RSTB
LOCK_DET
TX_INH
SUBDESIGN_SUFFIX=1
BAT_STATUS
BATT_STATUS
ISET
RF_DAC_SPI_CS
EEPROM_SPI_CS
SPI_DSP<2..0>
EXPANSION
F_DISP_DATA_0
F_DISP_DATA_1
F_DISP_DATA_2
F_DISP_DATA_3
F_DISP_DATA_4
F_DISP_DATA_5
F_DISP_DATA_6
F_DISP_DATA_7
GPS_ANT
F2_PARAMP
16.8_MHZ_SINEWAVE
RF_BRD_RSTB
LOCK_DET
BT_PTT
BT_AVR_RESET
EMMC_RESET
MMC<5..0>
KVL_DETACH
KEYFAIL_CTRL
ONE_WIRE_GCAI
MAKO_OPTB_SEL0_GCAI
MAKO_USB2_POS_DP
MAKO_USB2_NEG_DP
GPIO_3_RTS_FILLSENSE
MAKO_OPTB_SEL3_GCAI
RXDIN_5V
RTS_FILLSEN_5V
MAKO_OPTB_SEL2_GCAI
EXT_MIC_POS_DP
EXT_MIC_NEG_DP
EXT_SPKR_NEG_DP
EXT_SPKR_POS_DP
PTT
SIDE_1
SIDE_2
MONITOR
SSI_MACE_TX_DIN
SSI_RED_RX_MACE
HIGH_SECURE_DATA_GATE
SECURE_HIGH_NORM
SSI_BLACK_TX_MACE
SSI_BLACK_RX
SSI_OPT_CLK
SSI_OPT_FSYNC
4MHZ_MACE_CLK
ISET
RF_DAC_SPI_CS
F2_DMCS
TRIDENT_SPI_CS
TX_SSI<2..0>
V_COIN_CELL
BSTAT
ISET
RF_DAC_SPI_CS
V_COIN_CELL
DMCS
TRIDENT_SPI_CS
TX_SSI<2..0>
ABACUS_SPI_CS
RX_SSI<2..0>
ABACUS_SPICS
RX_SSI<2..0>
EEPROM_SPI_CS
SPI_DSP<2..0>
EEPROM_SPI_CS
SPI_DSP<2..0>
PRE_CLASS_D_NEG_DP
PRE_CLASS_D_POS_DP
AUDIO_MIC_NEG_DP
AUDIO_MIC_POS_DP
PA_SHTDN
PRE_CLASS_D_NEG_DP
PRE_CLASS_D_POS_DP
AUDIO_MIC_NEG_DP
AUDIO_MIC_POS_DP
PA_SHTDN
CPLD_32KHZ_GPS_CLK
GPS_SHUTDOWN
UART_GPS_TX
UART_GPS_RX
GPS_BT_32KHZ
GPS_SHUTDOWN
GPS_TX
GPS_RX
GPS_ANT
SSI_RED_TX_CODEC
SSI_RED_RX_CODEC
ACC_SPKR_UNMUTE
BT_SPARE_1.8
BT_PTT
BT_AVR_RESET
EMMC_RESET
MMC<5..0>
GPS_ANT
SSI_RED_TX_CODEC
SSI_RED_RX_CODEC
ACC_SPKR_UNMUTE
BT_SPARE_1.8
BT_PTT
BT_AVR_RESET
EMMC_RESET
MMC<5..0>
KVL_DETACH
KEYFAIL_CTRL
GCAI_1_WIRE
GPIO_0
GPIO_1_DP_TXDC_FILLREQ
GPIO_2_DM_RXDC_FILLDATA
GPIO_3_RTS_FILLSENSE
OPTB_SEL3_SWITCH_EN
GCAI_GPIO_1_INPUT
GCAI_GPIO_2_INPUT
MAKO_OPTB_SEL2_GCAI12
EXT_MIC_POS_DP
EXT_MIC_NEG_DP
EXT_SPKR_NEG_DP
EXT_SPKR_POS_DP
PTT
SIDE_1
SIDE_2
MONITOR
PTT
SIDE_1
SIDE_2
MONITOR
SSI_MACE_TX_DIN
SSI_RED_RX_MACE
HIGH_SECURE_DATA_GATE
SECURE_HIGH_NORM
SSI_BLACK_TX_MACE
SSI_BLACK_RX
SSI_OPT_CLK
SSI_MACE_TX_DIN
SSI_RED_RX_MACE
HIGH_SECURE_DATA_GATE
SECURE_HIGH_NORM
SSI_BLACK_TX_MACE
SSI_BLACK_RX
SSI_OPT_CLK
OMAP_SSI_FSYNC
4MHZ_MACE_CLK
OPT_SSI_SYNC
4MHZ__MACE_CLK
OMAP_RESET
TX_INHIBIT
EMERG_BTN
DAC
TX
RX
KVL_DETACH
KEYFAIL_CTRL
ONE_WIRE_GCAI
MAKO_OPTB_SEL0_GCAI
MAKO_USB2_POS_DM
MAKO_USB2_NEG_DP
GPIO_3_RTS_FILLSENSE
MAKO_OPTB_SEL3_GCAI
RXDIN_5V
RTS_FILLSEN_5V
MAKO_OPTB_SEL2_GCAI
EXT_MIC_POS_DP
EXT_MIC_NEG_DP
EXT_SPRK_NEG_DP
EXT_SPKR_POS_DP
OMAP_RESET
TX_INHIBIT
EMERG_BTN
ATOD
SERIAL
AUDIO
GPS
MEMORY
CARD
EXPANSION_INTERFACE
USER_INTERFACE
KEYPAD
FREQ_SEL<3..0>
VOLUME
ON_OFF_SWITCH
SEC_CLEAR
TOGGLE_0
TOGGLE_1
EMERG_BTN
F2_PARAMP
16.8_MHZ_SINEWAVE
RF_BRD_RSTB
LOCK_DET
RF INTERFACE
TOP CONTROLS
FREQ_SEL<3..0>
VOLUME
ON_OFF_SWITCH
SEC_CLEAR
TOGGLE_0
TOGGLE_1
EMERG_BTN
SPI_ARM_CLK
SPI_ARM_MOSI
T_DISP_RESET
T_DISP_SPI_CS
T_DISP_DATA_CMD
RF_CONNECTOR
TOP DISPLAY
T_DISP_SPI_CLK
T_DISP_SPI_MOSI
T_DISP_RESET
T_DISP_SPI_CS
T_DISP_DATA_CMD
ARM_SPI_CLK
ARM_SPI_MOSI
T_DISP_RESET
T_DISP_SPI_CS
T_DISP_DATA_CMD
MACKINAW_CORE_CONTROLLER
SUBDESIGN_SUFFIX=2
USER INTERFACE
8.8
8-129
GCAI
SIDE CONTROLS
SUBDESIGN_SUFFIX=4
MACE_WAKEUP
MACE_RESET
USB1_NEG_DP
USB1_POS_DP
AVR_STATUS_1.8
EXP_BRD_ID
AVR_BOOT
MACE_WAKEUP
MACE_RESET
USB1_NEG_DP
USB1_POS_DP
AVR_STATUS_1.8
EXP_BRD_ID
AVR_BOOT
Figure 8-63. HLN5979B/ HLN5960AController Board Overall Schematic
8-130
Schematics, Boards Overlays, and Parts Lists: Controller Board
V_LED_TOP
V_EXT_1.85
V_EXT_1.85
1
J2101
TX_RX_RED_LED
15
J2101
TX_RX_GREEN_LED
17
J2101
IN
TX_RX_AMBER_LED
8
J2101
IN
FREQ_SW_LED_GREEN
6
J2101
FREQ_SW_LED_WHITE
4
J2101
R2108
10K
45
J2101
41
J2101
39
J2101
35
T_DISP_SPI_MOSI
IN
T_DISP_SPI_CLK
T_DISP_SPI_CLK2
V_EXT_1.85
IN
R2136
33
FREQ KNOB
J2101
28
J2101
27
J2101
25
J2101
26
TOP_DISP_RED_LED
J2101
23
TOP_DISP_WHITE_LED
J2101
24
TOP_DISP_GREEN_LED
J2101
22
J2101
21
V_LED_TOP
1K
FREQ_SEL_0
0
FREQ_SEL_1_CONN
R2128
1K
FREQ_SEL_1
1
14
FREQ_SEL_2_CONN
R2129
1K
FREQ_SEL_2
2
12
FREQ_SEL_3_CONN
R2130
1K
FREQ_SEL_3
3
J2101
FREQ_SEL_0_CONN
J2101
16
J2101
J2101
DNP
JTAG
DNP
C2107
330PF
DNP
C2109
330PF
DNP
OUT
C2111
330PF
V_EXT_1.85
R2120
10K
J2101
6
RTCK
34
J2101
44
J2101
38
J2101
3
R2109
R2110
R2111
OMAP_TMS_BUFFERED
R2113
R2114
2 TDI_BUFFERED
11 CPLD_TDI_BUFFERED
10
22
4
TCK_CON
3
U2101
NC7WZ17
10
4
6
10
22
3
U2102
NC7WZ17
1 TDI_CON
TMS_CON
U2101
NC7WZ17
46
NC
NC
9
CPLD_TMS
1
NEMU0
0
NEMU1
R2115
R2107
1K
10
6
U2102
NC7WZ17
1
V_EXT_1.85
36
CPLD_TMS_CON
R2118
10K
V_EXT_1.85
48
J2101
J2101
J2101
50
J2101
42
J2101
V_2.775D
R2126
10K
C2114
0.1UF
Figure 8-64. HLN5979B/ HLN5960A Controller Board Display, Controls and JTAG Schematics
R2132
10K
J2101
11
TOGGLE_0_A
R2133
1K
TOGGLE_0
J2101
13
TOGGLE_1_A
R2134
1K
TOGGLE_1
J2101
20
SEC_CLEAR_CONN
R2135
J2101
7
1K SEC_CLEAR
VOLUME
J2101
19
J2101
2
J2101
5
J2101
9
J2101
3
OUT
OUT
OUT
OUT
EMERG_BTN
ON_OFF_SWITCH
2
5
C2104
0.1UF
2
5
GND
U2102
NC7WZ17
2
VCC
GND
U2101
NC7WZ17
R2131
10K
10
DNP
VCC
V_EXT_1.85
J2101
DNP
C2108
330PF
C2110
330PF
DNP
E2107
SPARK_GAP
J2101
40
1
32
CPLD_TDO
2
OMAP_TDO
7
E2105
SPARK_GAP
8
5 TCK_CONN_BUFFERED_B
10 CPLD_TCK
4 NTRST
V_EXT_1.85
USER BUTTON AND SWITCHES
1
R2117
10K
R2116
10K
R2106
10K
DNP
2
R2104
4.7K
E2102
SPARK_GAP
JTAG<11..0>
1
IO
R2105 4.7K
1
V_EXT_1.85
C2105
330PF
2
F_VREF_1.875V
TEST_POINT
DNP
FREQ_SEL<3..0>
R2127
18
1
J2101
30
R2122
10K
2
29
IN
E2103
SPARK_GAP
J2101
T_DISP_DATA_CMD
1
31
2
J2101
E2101
SPARK_GAP
33
1
37
J2101
TOP DISPLAY
J2101
E2106
SPARK_GAP
J2101
10K
T_DISP_RESET
1
47
2
J2101
10K
T_DISP_SPI_CS
R2125
43
10K
J2101
R2124
49
R2123
J2101
E2104
SPARK_GAP
V_2.775D
C2113
330PF
OUT
OUT
Schematics, Boards Overlays, and Parts Lists: Controller Board
8-131
V_LED_TOP
V_EXT_1.85
R2201
200K
C2202
0.1UF
C2201
0.1UF
LIGHTING CONTROLERS
RADIO TOP LIGHTING
V_LED_TOP
FRONT DISPLAY AND KEYPAD LIGHTING
R2207
0
C2203
0.1UF
270NH
270NH
270NH
NC
NO PLACE
IF USING
CHARGE PUMP
C2217
1UF
RSB6
D2204
RSB6
D2202
RSB6
D2203
C2214 0.1UF
430
C2215 0.1UF
0.1UF
C2213
0.1UF
R2242
0
TX_RX_RED_LED
TX_RX_GREEN_LED
TX_RX_AMBER_LED
FREQ_SW_LED_WHITE
C2212
R2235
0
ALIAS
NC
NC
NC
NC
NC
NC
NC
NC
NC
0.1UF
R2215
TOP_DISP_RED_LED
TOP_DISP_GREEN_LED
TOP_DISP_WHITE_LED
C2216 0.1UF
L2202
L2203
L2204
FREQ_SW_LED_GREEN
1
2
3
4
5
6
7
8
10
11
12
13
14
15
16
17
ALIAS
LED0
LED1
LED2
LED3
LED4
LED5
LED6
LED7
LED8
LED9
LED10
LED11
LED12
LED13
LED14
LED15
C2211
VDD
SCL_5V
OMAP_RESET
SDA_5V
V_LED_FRONT
V_SW_3.60
V_LED_TOP
V_SW_5
V_EXT_1.85
IN
I2C_CLK
U2204
LM27965
1
24
10
17
2
7
OMAP_RESET
IO
I2C_DATA
C2218
1UF DNP
R2238
12.4K
C2219
R2241
0
R2240
0
1UF
DNP
19
22
20
21
POUT
SCL
D1A
D2A
D3A
D4A
D5A
D1B
D2B
D3B
D1C
VIN
RESET
ISET
SDIO
VIO
C1_P
C1_N
C2_P
C2_N
GND1
GND2
CTGND
U2201
LP3943
19
SCL
18
RST
20
SDA
22
A0
23
A1
24
A2
C2220
1UF
23
16
15
14
13
12
4
5
6
3
8
NC1
11
NC2
KP_LED1
KP_LED2
KP_LED3
KP_LED4
F_DISP_LED1_RETURN
F_DISP_LED2_RETURN
F_DISP_LED3_RETURN
NC
NC
NC
9
18
G1
R2206
3.3K
21
R2204
3.3K
9 GND1
25 GND2
SCL1
SDA1
V_LED_TOP
8
EN
6
SCL2
5
SDA2
GND
I2C_DATA
3
4
1
I2C_CLK
2
VREF1 7
VREF2
IC2_TRANS_VREF2
U2202
PCA9306
Figure 8-65. HLN5979B Controller Board Display/Keypad Lighting Control Circuits
8-132
Schematics, Boards Overlays, and Parts Lists: Controller Board
FRONT DISPLAY
V_LED_FRONT
V_EXT_1.85
V_EXT_1.85
V_2.775D
R2351
1K
DNP
R2339
R2340
47
R2341
47
R2338
47
R2342
47
R2343
R2335
47
R2345
47
R2348
47
R2349
47
R2346
47
R2347
47
R2336
0 DNP
F_DISP_RW
IN
F_DISP_DATA_0
IO
F_DISP_DATA_1
IO
F_DISP_DATA_2
IO
F_DISP_DATA_3
IO
F_DISP_DATA_4
IO
F_DISP_DATA_5
IO
F_DISP_DATA_6
IO
F_DISP_DATA_7
IO
F_DISP_RW_EN
OUT
F_DISP_DATA_CMD
OUT
OMAP_RESET
IN
47
47
1
R2344
OMAP_RESET_TP
0
1
12
2
13
3
14
4
15
5
16
6
17
7
18
8
19
9
20
10
21
11
22
R2337
F_DISP_LED1_RETURN
F_DISP_LED2_RETURN
F_DISP_LED3_RETURN
F_DISP_BD_ID
0
J2304
J2304
J2304
J2304
J2304
J2304
J2304
J2304
J2304
J2304
J2304
J2304
J2304
J2304
J2304
J2304
J2304
J2304
J2304
J2304
J2304
J2304
OUT
V_LED_FRONT
V_EXT_1.85
10K
10K
10K
10K
10K
R2330
R2331
R2332
R2333
KP_COL_0
KP_ROW_0
R2329
KEYPAD
1
2
3
4
5
6
KP_COL_1
KP_ROW_1
KP_COL_2
KP_ROW_2
KP_COL_3
KP_ROW_3
KP_COL_4
330PF
C2330
330PF
C2329
330PF
C2328
330PF
C2327
330PF
C2326
OUT
Figure 8-66. HLN5979B/ HLN5960A Controller Board LCD and Keypad Connector Circuits
KP_ROW<4..0>
0
1
2
3
4
KP_COL_0
KP_COL_1
KP_COL_2
KP_COL_3
KP_COL_4
KP_ROW_0
KP_ROW_1
KP_ROW_2
KP_ROW_3
KP_ROW_4
0
0
1
2
3
4
R2352
0
KP_COL<4..0>
R2355
R2354
R2353
0
IN
KP_LED1
KP_LED2
KP_LED3
KP_LED4
0
KP_ROW_4
7
8
9
10
11
12
13
14
15
16
17
18
19
20
J2303
J2303
J2303
J2303
J2303
J2303
J2303
J2303
J2303
J2303
J2303
J2303
J2303
J2303
J2303
J2303
J2303
J2303
J2303
J2303
Schematics, Boards Overlays, and Parts Lists: Controller Board
8-133
V_EXT_1.85
6
PA_SHTDN
OUT
OUT
10K
10K
R4006
R4007
SIDE_2
J4001
63
MONITOR
J4001
IN
J4001
IN
J4001
IN
J4001
J4001
MMC2_DAT1
3
22
MMC2_DAT2
4
24
MMC2_DAT3
5
26
12
GPS/BT
GPS_ANT
J4001
9
GPS_RX
J4001
11
GPS_TX
GPS_BT_32KHZ
IO
VBUS1
BT_AVR_RESET
J4001
17
J4001
7
J4001
21
ACC_SPKR_UNMUTE
J4001
23
BT_SPARE_1.8
J4001
27
SSI_RED_RX_CODEC
J4001
25
SSI_RED_TX_CODEC
J4001
13
GPS_SHUTDOWN
J4001
35
USB1_POS_DP
J4001
33
USB1_NEG_DP
J4001
29
AVR_STATUS_1.8
J4001
J4001
J4001
37
3
15
EXP_BRD_ID
BT_PTT
OUT
OUT
IN
IN
IO
J4001
J4001
OUT
IN
J4001
OUT
J4001
IO
J4001
IO
J4001
OUT
IN
J4001
J4001
J4001
AVR_BOOT
43
IN
J4001
J4001
MACE
SSI_MACE_TX_DIN
J4001
SSI_RED_RX_MACE
J4001
52
HIGH_SECURE_DATA_GATE
J4001
40
SECURE_HIGH_NORM
J4001
50
SSI_BLACK_TX_MACE
J4001
48
SSI_BLACK_RX
J4001
44
SSI_OPT_CLK
J4001
J4001
42
38
KEYFAIL
J4001
46
OPT_SSI_SYNC
J4001
60
4MHZ_MACE_CLK
J4001
62
J4001
34
MACE_WAKEUP
J4001
32
MACE_RESET
J4001
30
OMAP_RESET
J4001
36
TX_INHIBIT
J4001
55
EMERG_BTN
J4001
58
J4001
OUT
J4001
IN
IN
J4001
69
G1
J4001
G2
V_SW_5
GPIO_3_RTS_FILLSENSE
73
GPIO_2_DM_RXDC_FILLDATA DNP
71
GPIO_1_DP_TXDC_FILLREQ
80
65
76
SPKR+
TEST_POINT
DNP
77
SPKRTEST_POINT
DNP
79
KVL_DETACH
IN
68
EXT_MIC_NEG_DP
70
EXT_MIC_POS_DP
IO
EXT_SPKR_NEG_DP
72
IN
IN
OUT
74
EXT_SPKR_POS_DP
75
KEYFAIL_CTRL
V_5.0A
KEYFAIL
V_5.0A
Q4001
DTC114YKAF
3
10K
2
47K
IN
6
GCAI_GPIO_1_INPUT
V_5.0A
R4008
10K
V_2.775D
SEL
A
B0
B1
4
3
1
U4003
NC7SB3157
V_5.0A
R4010
200K
R4009
3.3K
C4005
0.1UF
OUT
OUT
D4001
BAT54HT1G
1
2
IO
GPIO_0
OUT
IN
IO
67
OUT
OUT
1
MAKO_OPTB_SEL2_GCAI12
IN
OUT
DNP
IO
TEST_POINT
F_GCAI_USBIO
F_GCAI_USB+
TEST_POINT IO
1
GCAI_1_WIRE
GCAI_1WIRE_5V
GPIO_4_CTS_KEYFAIL_FILLCLK
OUT
IN
TEST_POINT
F_VBUS2
U4001
PCA9306
8 EN
3
6
SCL2
4
5 SDA2
SDA1
GND
1
J4001
39
47
V_SAVE
78
1
56
54
J4001
J4001
VRTC
GCAI
1
SCL1
J4001
41
45
28
66
64
51
49
DNP
VBUS2
TEST_POINT
F_GCAI_1WIRE
DNP
IN
J4001
J4001
J4001
J4001
J4001
J4001
J4001
J4001
J4001
OUT
1
31
5
IN
5
J4001
J4001
EMMC_RESET
VCC
10NH
DNP
19
2
L4001
1
R4001
0
V_EXT_1.85
V_2.775_EXP
J4001
1
V_SW_3.60
OUT
OUT
J4001
MMC
GCAI_GPIO_2_INPUT
OUT
IN
IO
IO
V_3.3
V_5.0A
V_2.775D
R4011
47K
C4007
0.1UF
A2
J4001
J4001
59
OUT
IN
2
20
A1 A1
B1 B1
D2 A2
C2 B2
VCC
AUDIO_MIC_NEG_DP
SIDE_1
1
MMC2_DAT0
D1 GND
J4001
8
J4001
61
MMC2_CMD
18
R4013
22K
AUDIO_MIC_POS_DP
J4001
PTT
16
IO
MMC<5..0>
R4012
22K
PRE_CLASS_D_NEG_DP
10
J4001
57
0
C4006 0.1UF
4
J4001
J4001
MMC2_CLK
1
J4001
SIDE CONTROLS
14
7
VREF2 2
VREF1
2
J4001
GND
PRE_CLASS_D_POS_DP
J4001
10K
53
J4001
R4005
AUDIO
C1
C2
OPTB_SEL3_SWITCH_EN
B2
IN
C1
R4014
3.3K
U4004
SN74LVC2G66
Figure 8-67. HLN5979B/ HLN5960A Controller Board Expansion Board Interface Circuits
8-134
Schematics, Boards Overlays, and Parts Lists: Controller Board
V_EXT_1.85
V_EXT_1.85 V_EXT_1.85
V_EXT_1.85
R6102
22K
V_5.0A
C6104
0.1UF
6
SSI_MAKO_CLK
R6122
EMIFS_ADDR_2
180
IN
IN
10K
R6120
R6121
10K
10K
R6101
10K
OUT
IN
OUT
IO66
IO67
IO68
IO69
IO70
IO71
IO72
IO27
IO28
IO29
IO30
IO31
IO32
IO33
IO80
IO81
IO82
IO83
IO84
IO85
IO86
P14
P12
M11
N11
P11
P10
P9
IO34
IO35
IO36
IO37
IO38
IO39
IO40
L14
K13
K14
J12
FREQ_SEL_1
J13
H13
R6106 VOCON_ID
H12
B_ID 8
1K
DNP
M8
TOGGLE_0
N8
AVR_BOOT
P8
OPT_GPIO_0
M7
EMERG_BTN_X
N7
SSI_MAKO_FSYNC
P6
IO41
IO42
IO43
IO44
IO45
IO46
IO47
IO87
IO88
IO89
IO90
IO91
IO92
IO93
IO94
IO95
5V_PWM_EN
T_DISP_DATA_CMD
SH3
SHIELD
26009330001
CODEC SHIELD
IO48
IO49
IO50
IO51
IO52
IO53
IO96
IO97
IO98
IO99
IO100
IO101
IO102
IO103
IO104
IO105
IO106
A13
B13
C13
C14
D12
D13
D14
E12
E13
IO
VCC
Q6101
DTC114YKAF
R6123
1K
100
R6115
100
V_EXT_1.85
6
U6104
NC7SP08 R6118 SSI_RED_TX_CODEC
22K
VCC Y 4
5
NC
SSI_MACE_TX_DIN
GND
OUT
V_EXT_1.85
1
2
OUT
A
B
OUT
OUT
OUT
RX_FSYNC
32KHZ_GPS_CLK
32K_CPLD_CLK
F2_TIMER_DMCS
U6105
NC7SP08
SSI_BLACK_RX
VCC Y 4
5
R6103
NC
OUT
22K
GND
OUT
FLASH_DATA<15..0>
0
1
2
3
4
OUT
SSI_BLACK_RX
SSI_BLACK_TX
R6108
A
B
OUT
OUT
EMIFS_CPLD_CS
4MHZ_MACE_CLK
USB_CRNT_LMT
MACE_RESET
MACE_WAKEUP
EMMC_RESET
330
F2_TIMER_OUT
KEYFAIL_CTRL
OPT_GPIO1
SSI_BLACK_TX_MACE
SSI_CODEC_CLK
F2_TIMER_PARAMP
330
OUT
IN
EMIFS_DATA_0
EMIFS_DATA_1
EMIFS_DATA_2
EMIFS_DATA_3
EMIFS_DATA_4
FLASH_ADDR<25..1>
1
2
3
4
5
EMIFS_ADDR_1
EMIFS_ADDR_2
EMIFS_ADDR_3
EMIFS_ADDR_4
EMIFS_ADDR_5
0
2
8
EMIFS_ADV
EMIFS_OE
EMIFS_CPLD_CS
F_DISP_RW_EN_NON_INV
FLASH_CTRL<8..0>
OPT_GPIO2
BRD_ID_2
GPS_SHUTDOWN
BRD_ID_4
BRD_ID_1
OUT
SPI_DSP_CLK
BRD_ID_3
SSI_RED_RX_MACE
IN
SSI_CODEC_FSYNC
RF_BRD_RSTB
SECURE_HIGH_NORM
SPI_ARM<2..0>
OUT
IN
IN
FREQ_SEL<3..0>
B_ID 5
BRD_ID_0
B_ID 6
0
1
2
SPI_ARM_CLK
SPI_ARM_MOSI
SPI_ARM_MISO
0
1
2
3
FREQ_SEL_0
FREQ_SEL_1
FREQ_SEL_2
FREQ_SEL_3
SSI_SAP<3..0>
0
1
2
3
R6109
1K
BOARD ID 4 3
Figure 8-68. HLN5979B Controller Board CPLD Circuit
GPIO_3_RTS_FILLSENSE
F2_PARAMP
MAKO_OPTB_SEL1_GCAI
1
2
B10
A10
C9
A8
B8
C8
F12
F13
F14
G12
G13
4
3
1
A
B0
B1
2
EMIFS_DATA_4
EMIFS_DATA_2
EMIFS_DATA_3
EMIFS_DATA_0
EMIFS_DATA_1
F2_DMCS
F2_PARAMP
C12
B12
A12
C11
B11
A11
C10
47K
1
A1
B2
B1
C3
C2
C1
D2
D1
E3
E2 R6114
E1
F3
F2
F1
G1
6 SEL
GND
C6107 0.1UF
MAKO_RESETX
EMIFS_OE
OMAP_RESET
F2_PARAMP_MON
B5
A5 R6113
C6
B6
A6
C7
B7
3
10K
F2_PARAMP_MON
C6113
0.1UF
A3
B4
A4
C5
1
2
SH2
SHIELD
26009329001
OMAP SHIELD
1
2
1
2
SH1
SHIELD
26009328001
MAKO SHIELD
IO14
IO15
IO16
IO17
IO18
IO19
IO20
N13
N14
M12
M13
M14
L12
L13
FREQ_SEL_0
FREQ_SEL_2
R6104
10K
DNP
J2
J1
H3
H2
H1
G3
G2
IO58_GTS2
IO59_GTS3
IO60
IO61_GTS0
IO62_GTS1
IO63
IO64
IO65
IO21
IO22
IO23
IO24
IO25
IO26
F_DISP_RW_EN_INV
KVL_DETACH
V_EXT_1.85
IO6
IO7_CDRST
IO8_GCK2
IO9_DGE
IO10
IO11
IO12
IO13
N4
M5
N5
P5
M6
N6
FREQ_SEL_3
1
2
D6101
BAT54HT1G IN
M1
M2
N2
P2
M3
N3
P3
M4
IO54_GSR
IO55
IO56
IO57
IO73
IO74
IO75
IO76
IO77
IO78
IO79
T_DISP_RESET
OUT BT_AVR_RESET
OUT
V_EXT_1.85
MONITOR
IN
R6119
SSI_RED_TX_CPLD
SIDE_1
SIDE_2
SSI_MAKO_CLK
SEC_CLEAR
TOGGLE_1
IN
IN
IO1
IO2_GCK1
IO3
IO4_GCK0
IO5
10K
SSI_OMAP_CLK
SSI_OMAP_FSYNC
L3
L2
L1
K3
K1
GND1
GND2
GND3
GND4
GND5
GND6
GND7
GND8
GND9
GND10
GND11
OUT
24_MHZ_CLK
SSI_OPT_CLK
EMIFS_ADDR_5
R6107
EMIFS_ADDR_1
SSI_OPT_FSYNC
SSI_RED_RX_CODEC
VAUX
TCK
TDI
TDO
TMS
2
K2
N1
P4
N9
N12
J14
H14
E14
B14
A9
B3
OUT
D3
M10
M9
B9
N10
C6105 0.1UF
CPLD_TCK
CPLD_TDI
CPLD_TDO
CPLD_TMS
C6114
0.1UF
U6102
NC7SB3157
3
EMIFS_ADDR_4
EMIFS_ADDR_3
EMIFS_ADV
10
11
7
9
C6112
0.1UF
U6101
XC2C256
C6106 0.1UF
JTAG<11..0>
J3
VCCIO1_A P7
VCCIO1_B G14
VCCIO1_C P13
VCCIO1_D
P1
VCC1 K12
VCC2 A2
VCC3
A14
VCCIO2_A C4
VCCIO2_B A7
VCCIO2_C
R6117
10K
R6105
0
C6115
0.1UF
5
V_EXT_1.85
6
C6111 0.1UF
C6110 0.1UF
3
C6108 0.1UF
V_5.0A
3
U6103
HIGH_SECURE_DATA_GATE NC7SP08
SSI_RED_TX_CPLD
1
VCC
A
Y 4
IN
2
5
B
NC
GND
C6109
SSI_RED_TX_CODEC
0.1UF
2
1 0
R6110
1K
R6111
1K
R6112
1K
DNP
R6116
1K
SSI_BLACK_TX
SSI_BLACK_RX
SSI_RED_RX_CODEC
SSI_RED_TX_CODEC
Schematics, Boards Overlays, and Parts Lists: Controller Board
8-135
KEYPAD
KP_ROW<4..0>
KP_COL<4..0>
16MHZ SQUARER
IN
OUT
V_EXT_1.85
V_2.775D
V_2.775D
R6202
10K
R6203
0
C6203
0.1UF
0
1
2
3
4
F18
D20
D19
E18
C21
G19
G18
F19
H14
E20
E19
KBC_0
KBC_1
KBC_2
KBC_3
KBC_4
KBC_5
KBR_0
KBR_1
KBR_2
KBR_3
KBR_4
F_DISP_RW_EN_NON_INV
F_DISP_DATA_CMD
F_DISP_RW
IO
R6214
0
DNP
IN
R6211
10K
C6201
100PF
16.8_MHZ_SINEWAVE
4
IO
F_DISP_DATA_0
F_DISP_DATA_1
F_DISP_DATA_2
F_DISP_DATA_3
F_DISP_DATA_4
F_DISP_DATA_5
F_DISP_DATA_6
F_DISP_DATA_7
IO
IO
IO
IO
IO
IO
IO
IO
R6217
1K
16.8_MHZ_CLK
3
IO
C6202
1000PF
R6207
100K
NC
U6201
LMV7219
1
R6218
2K
LCD
UART2_GPS_RX
EEPROM_SPI_CS
IO
OUT
OUT
I2C_DATA
F2_TIMER_DMCS
I2C_CLK
TX RX SSI
TRIDENT_SSI<2..0>
R6208
4.7K
IN
R6209
4.7K
TEST_POINT
F_MPU_BOOT
DNP
BT_PTT
OMAP_MPU_BOOT
IO
OMAP_RESET
MAKO_RESETX
MORTABLE
JTAG<11..0>
6
5
4
3
8
2
1
0
IO
RX_FSYNC
SPI_DSP_MISO
OUT
IN
16.8_MHZ_CLK
V_EXT_1.85
1
0
1
2
3
4
LCD_PCLK
LCD_AC
LCD_VSYNC
LCD CONTROL LCD_HSYNC
LCD_RED0
LCD_BLUE0
SOSSI_TE
LCD_PIXEL_0
LCD_PIXEL_1
KEYPAD
LCD_PIXEL_2
LCD_PIXEL_3
LCD_PIXEL_4
LCD_PIXEL_5
LCD_PIXEL_6
LCD DATA
LCD_PIXEL_7
LCD_PIXEL_8
LCD_PIXEL_9
LCD_PIXEL_10
LCD_PIXEL_11
LCD_PIXEL_12
LCD_PIXEL_13
LCD_PIXEL_14
LCD_PIXEL_15
C15
B15
B18
C20
N21
N19
G20
D18
B21
C19
G14
H13
A20
B19
C18
D17
D16
C17
B17
G13
A17
C16
D15
R6206
100K
2
U6302
OMAP1710
F_DISP_RW_EN
5
F_DISP_RW_EN_INV
R6201
10K
DNP
USB_INT_X
RTCK
TCK
NTRST
OMAP_TMS
OMAP_TDO
TDI
NEMU0
NEMU1
JTAG
ABACUS_SSI<2..0>
U6302
Y5
V19
AA17
Y4
J20
V18
R19
AA20
R12
U20
P12
T18
V20
W13
AA9
Y17
W18
Y18
V17
AA19
Y19
V16
W17
OMAP1710
GPIO_7
GPIO_18
GPIO_12
MPUIO_1
MCSI1_SYNC
GPIO_15
SYS_CLK_IN
MISC GPIO
MPU_BOOT
RF BASEBAND &
GPIO
CONF
GPIO_1
MCBSP2_RSYNC
MCBSP2_DOUT
PWRON_RESET
MPU_RST
MCBSP2_DIN
RESET
CAM_RSTZ
CAM_EXCLK
RESET_MODE
CAM_LCLK
SCL
GPIO_55
MCBSP2_CLKX
MCBSP2_XSYNC
RST_OUT
SDA
MCBSP2_CLKR
CAM_VS
I2C
CAM_HS
CAM_OUTCLK
GPIO_26
CAM_D_0
RTCK_NSBCAN
CAMERA
TCK
CAM_D_1
NTRST
CAM_D_2
TMS
CAM_D_3
TDO
JTAG
CAM_D_4
TDI
CAM_D_5
NEMU0
CAM_D_6
NEMU1
CAM_D_7
R9
N18
M20
V7
Y6
W6
W7
AA5
P10
M19
H19
J15
L18
L15
Y15
L19
K14
K15
K19
K18
J14
J19
J18
IO
0
0
1
1
2
2
BT_SPARE_1.8
ACC_SPKR_UNMUTE
IO
OUT
V_EXT_1.85
R6204
10K
R6213
10K
R6205
10K
R6210
4.7K
R6212
10K
DNP
R6215
10K
Figure 8-69. HLN5979B/ HLN5960A Controller Board OMAP User Interface Circuit
8-136
Schematics, Boards Overlays, and Parts Lists: Controller Board
G7
G8
G9
H7
WE
CAS
RAS
EN_CS
1
2
DDR_BANK0
H8
H9
J8
J9
K7
K8
K2
K3
J1
J2
J3
H1
J7
H2
H3
F2
F8
BA0
BA1
A0
A1
A2
A3
A4
A5
A6
A7
A8
A9
A10_AP
A11
A12
UDM
LDM
DDR_ADDR<2>
DDR_ADDR<3>
DDR_ADDR<4>
DDR_ADDR<5>
DDR_ADDR<6>
DDR_ADDR<7>
DDR_ADDR<8>
DDR_ADDR<9>
DDR_ADDR<10>
DDR_ADDR<11>
DDR_ADDR<12>
DDR_UDM
DDR_LDM
DDR_ADDR<13..0>
13
0.1UF
1UF
C6304
C6305
1UF
0.1UF
0.1UF
C6302
C6303
0.1UF
DQ0
DQ1
DQ2
DQ3
DQ4
DQ5
DQ6
DQ7
DQ8
DQ9
DQ10
DQ11
DQ12
DQ13
DQ14
DQ15
NC1
NC2
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
C6306
DDR_DATA<0>
DDR_DATA<1>
DDR_DATA<2>
DDR_DATA<3>
DDR_DATA<4>
DDR_DATA<5>
DDR_DATA<6>
DDR_DATA<7>
DDR_DATA<8>
DDR_DATA<9>
DDR_DATA<10>
DDR_DATA<11>
DDR_DATA<12>
DDR_DATA<13>
DDR_DATA<14>
DDR_DATA<15>
V_EXT_1.85
V_EXT_1.85
R6316
10K
FLASH_CTRL<8..0>
F3
F7
NC
FLASH INTERFACE
OUT
1
TP6305 DNP
TEST_POINT
8
1
TP6306 DNP
TEST_POINT
PA_SHTDN
CONTROL
F2_TIMER_OUT
U6302
OMAP1710
OPTION CARD INTF
MEMORY CARD INTF
MMC1_CLK
MMC1_CLKIN
MMC1_CMD
MMC1_CMDDIR
MMC1_DATDIR0
MMC1_DATDIR1
MMC1_DATDIR2
MMC1_DATDIR3
MMC1_DAT0
MMC1_DAT1
MMC1_DAT2
MMC1_DAT3
MMC2_CLK
MMC2_CMD
MMC2_CMDDIR
MMC2_DATDIR0
MMC2_DATDIR1
MMC2_DAT0
MMC2_DAT1
MMC2_DAT2
MMC2_DAT3
V11
M15
P11
P19
P20
P18
M14
R18
R11
V10
W10
W11
Y10
Y8
V9
V5
W19
W8
V8
W15
R10
1
TP6301
TEST_POINT
DNP
AVR_STATUS_1.8
IN
R6307
0
R6305
10
0
1
2
3
4
5
R6306
10K
0
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
N4
N2
N7
P2
P4
P7
R2
R3
R4
T2
T3
P8
U1
U3
T4
V3
R6314
33
U6302
OMAP1710
DDR_DATA<17..0>
MMC INTERFACE
DNP
100K
MMC<5..0>
FDATA_0
FDATA_1
FDATA_2
FDATA_3
FDATA_4
FDATA_5
FDATA_6
FDATA_7
FDATA_8
FDATA_9
FDATA_10
FDATA_11
FDATA_12
FDATA_13
FDATA_14
FDATA_15
DATA
ADDRESS
NF_ADV
NFCS_0
NFCS_1
NFCS_2
NFCS_3
NFOE
NFRP
NFWE
NFWP
FCLK
FRDY
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
L4
M7
M3
M4
N8
U4
W1
W2
V4
N3
V2
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
8
TP6302 1
DNP
R6312
TEST_POINT
1
33 2
3
4
6
R6310
33
1
R6311
33
2
4
3
R6313
FLASH_DATA<15..0>
33
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
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
R6303 DNP 100K
E6
B4
F8
G8
D4
C6
F6
FLASH_OE_A
6
7
IO
Figure 8-70. HLN5979B/ HLN5960A Controller Board Memory Interface Circuit
C6308
0.1UF
0
NC
FLASH_ADDR<25..1>
R6302
V_FLASH
V_EXT_1.85
R6308
1.8K
0
R6304
0
FLASH_RDY
7
D5
D6
G4
DDR_WE
DDR_CAS
DDR_RAS
DDR_CS
DDR_DQSH
DDR_DQSL
A1
B1
C1
D1
D2
A2
C2
A3
B3
C3
D3
C4
A5
B5
C5
D7
D8
A7
B7
C7
C8
A8
G1
H8
B6
B8
VCCQ1
VCCQ2
VCCQ3
0
1
2
3
4
5
6
7
8
9
10
11
12
0
4
3
5
UDQS
LDQS
TP6303 DNP
TEST_POINT
1
E2
E8
U6304
CLK
CE
WAIT
OE
WE PC28F512P30BF DQ0
DQ1
RST
DQ2
WP
DQ3
ADV
DQ4
DQ5
A1
DQ6
A2
DQ7
A3
DQ8
A4
A5
DQ9
A6
DQ10
A7
DQ11
A8
DQ12
A9
DQ13
A10
DQ14
A11
DQ15
A12
A13
RFU1
A14
A15
RFU2
A16
RFU3
A17
RFU4
A18
A19
A20
A21
A22
A23
A24
A25_512M
A26_1G
VSS1
VSS2
VSS3
VSS4
DDR_CRTL<6..0>
CLK
CLK*
EN_CLKE
DNP
TP6304
TEST_POINT
B2
H2
H4
H6
0
1
2
3
4
5
VDD1
VDD2
VDD3
VDDQ1
VDDQ2
VDDQ3
VDDQ4
VDDQ5
1
G2
G3
G1
1
A4
A6
H3
SDATA_0
SDATA_1
SDATA_2
SDATA_3
SDATA_4
SDATA_5
SDATA_6
SDATA_7
SDATA_8
SDATA_9
SDATA_10
SDATA_11
SDATA_12
SDATA_13
SDATA_14
SDATA_15
U6301
MT46H16M16LF
VSS1
VSS2
VSS3
VSSQ1
VSSQ2
VSSQ3
VSSQ4
VSSQ5
D6
C6
C5
D7
D5
C7
C4
D8
C10
D14
D11
C13
C11
D13
D12
C12
DDR_CLKX_1
DDR_CLK_1
DDR_CLKE
DDR_WE
DDR_BANK0
DDR_BANK1
DDR_RAS
DDR_CAS
DDR_CS
DDR_UDM
DDR_LDM
DDR_DQSH
DDR_DQSL
0
1
2
3
4
5
6
7
8
9
10
11
12
13
A1
F1
K1
A3
B9
C1
D9
E1
0
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
SDCLKX
SDCLK
SDCLK_EN
NSWE
SBANK_0
SBANK_1
CONTROL
NSRAS
NSCAS
CS_SDRAM
NSDQMU
NSDQML
DSQ_H
DSQ_L
SADD_0
DATA
SADD_1
SADD_2
SADD_3
SADD_4
SADD_5
SADD_6
ADDRESS
SADD_7
SADD_8
SADD_9
SADD_10
SADD_11
SADD_12
SADD_13
D9
C9
H12
H8
B3
C3
H7
B4
G8
D10
C8
C14
D4
A2
B2
B6
A1
G10
B9
G12
G11
G9
B12
B8
H10
H9
H11
VPP
VCC1
VCC2
1
U6302
OMAP1710
V_EXT_1.85
A9
F9
K9
A7
B1
C9
D1
E9
TP6307
TEST_POINT
DNP
TP6308
TEST_POINT
DNP
R6301
10K
C6301
DDR INTERFACE
F7
F2
E2
G3
E4
E5
G5
G6
H7
0
1
2
3
4
5
6
7
E1
E3
F3
F4
F5
H5
G7
E7
8
9
10
11
12
13
14
15
E8
F1
G2
H1
NC
NC
NC
NC
C6309
0.1UF
C6310
0.1UF
C6311
0.1UF
Schematics, Boards Overlays, and Parts Lists: Controller Board
8-137
AUDIO CODEC
V_5.0A
TEST_POINT
MIC_BIAS
MIC_BIAS
V_3.0A
V_EXT_1.85
R6411
0
MIC_BIAS_FILT
1
V_CODEC_1.875
C6404
0.1UF
EXT_MIC_POS_DP
IN
C6428
100PF
EXT_MIC_NEG_DP
IN
IF
IF6404
1
IF
IF6408
C6406
0.1UF
AUDIO_MIC_POS_DP
IN
DNP
F_AUDIO_MICP
R6407
1
TEST_POINT
C6408
MIC_BIAS_FILT 0.1UF
2.2K
NC
NC
NC
NC
A
R6403
M6401
M6401
1
2
2.2K
DATA_MIC_POS_DP
C6407
0.1UF
DATA_MIC_NEG_DP
APPLY NET_SHORT=GND
1
DATA_MIC_POS_DP_B
IF
IF6407
1
NC
NC
CODEC_GPIO1
TEST_POINT
CODEC_GPIO1
DNP
E8
C8
D8
A6
A5
B7
B6
EXT_MIC_POS_DP_A
A
1
APPLY NET_SHORT=GND
AUDIO_MIC_NEG_DP
IN
I2C_CLK
I2C_DATA
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
A4
B5
B4
A3
A1
B3
A2
B2
J9
J8
A7
C4
C5
C6
C7
D3
D4
D5
D6
D7
E3
MCLK
BCLK
WCLK
MONO_LOP J2
MONO_LOM J3
SELECT
SCL
SDA
LEFT_LOP
LEFT_LOM
RIGHT_LOP
RIGHT_LOM
LINE1LP
LINE1LM
LINE1RP
LINE1RM
V_2.775D
PRE_CLASS_D_NEG_DP
OUT
R6416
330
NC
NC
C6418
0.1UF
MFP0
MFP1
MFP2
MFP3
NC11
NC12
NC13
NC14
NC15
NC16
NC17
NC18
NC19
NC20
NC21
NC22
NC23
NC24
NC25
NC26
NC27
NC28
NC29
MIC3R
MIC3L
MICBIAS
MICDET
GPIO1
GPIO2
C6416
.022UF
J4
J5
J6
J7
2 NC
NC
C6419
0.1UF
R6417
330
SERIAL
PREAMP_NEG_DP
B8
B9
A8
A9
U6404
STLM20
TEMP_OMAP
VOUT 1
1
OMAP_TEMP_TP
E4
E5
E6
E7
F3
F4
F5
F6
F7
G3
G4
G5
G6
G7
H3
H4
H5
H6
H7
CODEC_SPI_CS
R6419
33
SPI_DSP_MISO
SPI_DSP_MOSI
A
A
I2C_CLK
I2C_DATA
0
1
SPI_DSP_CLK
V_2.775D
SSI_CODEC_CLK
SSI_CODEC_FSYNC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
C6401
0.1UF
SSI_SAP<3..0>
SSI_RED_TX_CODEC
SSI_RED_RX_CODEC
3
2
2 NC
NC
SPI_DSP<2..0>
SPI_DSP_CLK
SPI_DSP_MOSI
SPI_DSP_MISO
0
1
2
SERIAL INTERFACE
F2_PARAMP
U6401
STLM20
TEMP_DISP
VOUT 1
1
DISP_TEMP_TP
MAKO AUDIO
V_2.775D
MIC_BIAS
SW_B+
MAKO_AD_TRIG
TEST_POINT DNP
MAKO_AD_TRIG
V_SAVE
R6423
0
A
1
TEST_POINT DNP1
MAKO_INT_MICP
1
TEST_POINT
MAKO_INT_MICM DNP
UNSW_B+
D6401
BAT54HT1G
2
1
R6420
47K
A
C6409
0.1UF
PREAMP_POS_DP
I2C<1..0>
LINE2LP
LINE2LM
LINE2RP
LINE2RM
NC0
NC1
NC2
NC3
NC4
NC5
NC6
NC7
NC8
NC9
NC10
NC
NC
NC
NC
TEMP SENSORS
C6417
.022UF
R6415
330
4
3 GND
VCC
SSI_CODEC_FSYNC
SSI_RED_TX_CODEC
4
A R6404
2.2K
HPLOUT
HPLCOM
HPRUOT
HPRCOM
RESET
D1
E1
G1
F1
3 GND VCC
G8
G9
F9
DOUT F8
PRE_CLASS_D_POS_DP
V_5.0A
V_5.0A
R6429
39K
4
3
U6409
TLV3011
R6430
27K
C6421
0.1UF
R6431
2.2K
PA_BPLUS
PREAMP_NEG_DP
PREAMP_POS_DP
1
A
BGAP_COMP
.022UF
SSI_CODEC_CLK
DIN
R6414
330
TLV320AIC33IZQER
B11
A11
L2
K2
K1
J2
J1
J3
H3
H2
E3
E1
G3
G2
F1
F2
H1
G1
H4
A4
AD_TRIG
TX_RX
MIC_BIAS
INT_MIC_P
INT_MIC_M
EXT_MIC_P
EXT_MIC_M
VCM1
VC_OUT_P
VC_OUT_M
BPLUS
PA_BPLUS
PA_IN_M
PA_IN_P
INT_SPKR_P
INT_SPKR_M
EXT_SPKR_P
EXT_SPKR_M
VCM2
VREF
U6501
AT56H09
C6424
100PF
VMES
ADC_VREF
ATOD_0
ATOD_1
ATOD_2
ATOD_3
ATOD_4
ATOD_5
ATOD_6
ATOD_7
ATOD_8
FE_TUNE1
FE_TUNE2
PWR_CTRL
SCAN_EN
TEST
VFUSE
C6425
100PF
L10
M12
N14
M13
L11
M14
L12
L13
K11
K12
K13
L3
M2
N1
C4
A3
E8
R6424
10K
R6409
10K
EXP_BOARD_TYPE
TEMP_DISP
BATT_STATUS
F_DISP_BD_ID
VOLUME
TEMP_OMAP
1
DNP
IN
IN
IN
TP_ATOD_8
TEST_POINT
TUNE
NC
ISET
OUT
R6427
27K
R6425
2K
R6426
100
R6428
100K
C6427
680PF
V_2.775_EXP
C6420
A
E9
H8
MIC_BIAS_FILT
A
U6405
A
OMAP_RESET
A
U6408
LM4121
3 EN
4 VIN
VOUT
ADJ
5
1
C6405
0.1UF
R6421
10K
Q6401
SI1024X_T1_E3
120
SSI_RED_RX_CODEC
R6410
10K
A
R6422
A
C6414
0.1UF
6
C6402
1UF
IN
C1
OUTA
A1
OUTB
C6413
0.1UF
5
R6402
200K
A
INNEGA
INPOSA
INNEGB
INPOSB
VPOS
VNEG
C6411
0.1UF
H9
C9
C1
H1
J1
B1
C2
C3
A2
A3
B1
B3
A
C6410
0.1UF
V_EXT_1.85
2
LMC6035ITLX
2 GND
U6402
DVDD
IOVDD
CRVDD1
DRVDD2
AVDD_DAC
AVDD_ADC
10K
DVSS
DRVSS1
DRVSS2
AVSS_ADC1
AVSS_ADC2
AVSS_DAC3
AVSS_DAC4
1.2K
R6406
D9
E2
F2
C2
D2
G2
H2
C6403
0.1UF
R6401
51K
R6405
5
4
C6422
.22UF
D2
3
D1
6
C6423
0.1UF
A
G2
S2
NC
2
1
C6426
.01UF
EXT_SPKR_POS_DP
EXT_SPKR_NEG_DP
G1
S1
PRE_CLASS_D_POS_DP
PRE_CLASS_D_NEG_DP
OUT
OUT
OUT
OUT
Figure 8-71. HLN5979B/ HLN5960A Controller Board Audio Circuit
8-138
Schematics, Boards Overlays, and Parts Lists: Controller Board
EXTERNAL 2.23 LDO
V_SW_3.60
CHASIS GROUND CONTACT
R6514
4.7K
R6532
0
DNP
C6548
1UF DNP
VIN
C6560
10UF
10
VCC_SW1.4_VIN
C6561
10UF
R6544
C6564
330PF
C6569
10UF
R6552
100K
SW_B+
C6562
10PF
R6534
0 DNP
PA_SHTDN
C6552
10UF
1
4
2
U6510 R6537
NL17SZ32 121K
5V_PWM_EN
C6554
0.1UF
V_POS
V_NEG
IN_POS
IN_NEG
ENABLE
6
2
3
4
5
VBUS1_SUPPLY
4
1
1
Q6502
SI8401DB
2 3
VBUS1
C6544
.1UF
C6567
10UF
C6566
10UF
BGAP_COMP
R6536
91K
5
R6535
10K
R6570
R6522
4.75K
C6568
2.2UF
R6512
10K
VSW5_ISO_FET_EN
3
3
Q6504
2SK3541
2 3
V_SAVE
Q6506
2SK3541
Q6507
SI1024X_T1_E3
D2
VBUS_SUPPLY_ON
1
1
USB_CRNT_LMT
2
C6555
4.7UF
V3_1.55
R6561
0
V4_2.775D
R6562
0
V6_2.775
R6563
0
V7_2.8
R6564
0
V8_5.0A
R6565
0
V10_3.3
R6566
0
V9_3.0A
R6567
0
V_EXT_1.85
R6580
47K
5
4
G2
S2
D1
MAKO_RESETX 2
1
3
G1
S1
R6581
100
6
C6574
1UF
PLACE CLOSE TO MAKO
Figure 8-72. HLN5979B/ HLN5960A Controller Board MAKO/DC Circuits
5
4
V2_1.875
1.875 DISCHARGE CKT
4 Q6505
NTHS5441
R6541
100K
2
R6583
12K
R6509
100K
Q6503
SI8401DB
C6557
.1UF
VBUS2
R6584
200
U6508
LP38693SD
1 VIN1 VOUT
6 VIN2
ADJ
3 VEN
R6510
C6551
330PF
8
7
6
3
2
1
CRNTLMT_FB
4
V_EXT_1.85
V_SW_5
R6531
10K
R6521
.2
LDO 1.85V
L6504
10UH
C6563
.1UF
R6530 200
R6529
.2
U6503
OPA363IDBV
R6545
100K
11 1
9
12 16 17
C6559
1UF
R6538
8.2K
SW5_VOUT_UNFILT
R6582 4.7K
SW_B+
V_SW_3.60
V_SW_5
U6505
EN TPS62110 LBO 6
FB
SW1 14
SW2 15
LBI
PG 13
SYNC
VIN1
VIN2
VINA
C6580 1UF
C6550
.1UF
4
10
7
5
2
3
8
C6565
2.2UF
C6579 1UF
R6528
100K
C6549
330PF
C6577 1UF
R6517
390
1
C6586
4.7UF
C6584
10UF
475K
C6578 1UF
R6519
V_SW_5
4.7K
R6540
2 GND
G1 CTGND
R6543
0
VBUS2_ISENSE
C6570
330PF
SWITCHER 5
BGAP_COMP
V8_5.0A
GND PGND
10
3
R6558
165K
R6548
0
DNP
R6568
301K
C6582
6.8PF
L6505
10UH
U6507
TPS62050
4
EN
PG 9
FB
SW 2
LBI
LBO
SYNC
V_2.23
R6513
NC 0
R6518
0
SW5_SUMPCOMP
SW5_PHASE
SW5_VOUT
V2_1.875
V3_1.55
V4_2.775D
V6_2.775
V7_2.8
V9_3.0A
SW1_VOUT
V10_3.3
8
5
6
7
C6576 2.2UF
C6542
0.1UF
R6542
0
VIN 1
SYNC
3
SW1V4_FB
R6547
0
C6575 1UF
GND
U6510
NL17SZ32
R6539
475K
C6558
6.8PF
L6502
10UH
GND1
GND2
PGND1
PGND2
AGND
CTGND
R6515
0
2
VCC
EXTERNAL SWITCHER 1.4V
SW1_VOUT
U6502
2SC5663
1
V_1.55
V_SW_3.60
U6504
1 TPS62050
4
PG 9
SW 2
LBO
GND
PGND
EN
FB
LBI
78.7K
R6523
22K
8
5
6
7
R6511
10K
5
C6572
0.1UF
C6589
100PF
R6527
R6516
NC
3
R6508
47K
C6592
2.2PF
0
NC
GND1
GND2
GND3
GND4
GND5
GND6
GND7
GND8
GND9
P5
M7
J4
G5
K9
L4
D14
H5
D9
C6535
100PF
C6591
18PF
R6520
SW1_VDD_1 1K
V_SW_5
V_EXT_1.85
100K
R6574
3
GND
U6509
NC7SP08
4.7K
NC
4 Y VCC A 1
5 NC
B 2
R6578
24_MHZ_CLK
C6546
0.1UF
C6545
.1UF
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
C6573
1UF
V_SW_1.4
VBUS2_CMD
3
R6577
4.7K
R6579
10K
VOUT
NC
NC
NC
NC
NC
NC
C6536
18PF
V_2.775D
OMAP_VDDA
C6527
0.1UF
GND1
NC
4
R6502
10
OMAP_VDD4
24.576MHZ
XTAL
3 OUT
IN 1
GND
NC
C6594
.33UF
VIN 2
NC1 4
6
C6525
1UF
A1
A14
P1
P14
M5
B14
PGLDO2
PGLDO3
Y6502
C6593
SW1_VDD
32.768KHZ MAKO_XTAL_32K_OUT
10UF
SW1_VDDHV
2
1
SW1_VSEN_BUK
SW1_VSEN_BST
SW1_SUMCOMP_DL
SW1_DH
SW1_PHASE
C6537 C6541
SW1_VOUT
5.6PF 5.6PF
SW1_GND
R6504
4
SW2_VCC
22K
SW2_VCCS
C6534
MAKO_XTAL_32K_IN
SW2_LX
2.2UF
FET_ENX
SW2_VOUT
V_SAVE
SW2_GND
R6506
C6538
SW5_VDD
0
2.2UF
SW5_VDDHV
SW5_VSENSE
B1 XTAL32_OUT
V_EXT_1.85
SW5_SUMCOMP
C1 XTAL32_IN
SW5_PHASE
F3 BAT_RTC
SW5_VOUT
C2 VSAVE
V02_O
V_BAT_7V5
D1 BAT_7V5
V03_O
D2 BAT_3V6
R6507
V04_O
D3 REG_3V6
C6539 2.2UF
D6501
10K
V06_O
B2 BAT_TYPE
BAT54HT1G
V07_O
C6540 .01UF
EMERG_BTN
1
2
G4 HV_BG
R6525
V09_O
E2 FET_ENX
0 DNP
V10_I
EMERG_BTN_X
F4 EMERG_PB
V10_O
1
E4
V10_GND
MECH_SW
ON_OFF_SWITCH F_MECH_SW DNP
B3 SW_TYPE
V08_I
1
B4
V08_O
NC C5 IGN_X
MAKO_RESETX MAKO_RESET_X DNP
VBUS_SUPPLY
RESETX
1
F5 GATED_32K_CLK
NC
VBUS1_SENS
MAKO_INT_X
MAKO_INT
D5 INT_X
DNP
VBUS1_CMD
MAKO_TCXO_24MHZ_OUT
A12 XOUT
VBUS1
V9_3.0A
MAKO_TCXO_24MHZ_IN
A13 XIN
VBUS2_SENS
U6511
D4 TCXO_SEL_16_24
VBUS2_CMD
MC78LC
NC M1 TCXO_IN
VBUS2
Y6501
R6551
33K
EXTERNAL SWITCHER 3.50V SWR1
CRNTLMT_DIV_OPT
C6531
0.1UF
U6501
AT56H09
NC1
NC2
NC3
NC4
NC5
NC6
C6590
0.1UF
DNP
TEST_POINT
Q6501
F_UNSW_B+
NTHS5441
8
7
6
3
5
2
1
3 VOUT
5 NC2
C6588
330PF
SW_B+
1
C6533 0.1UF
C6529 0.1UF
C6532 1UF
C6528 0.1UF
C6526 0.1UF
C6523 0.1UF
C6522 1UF
C6520 0.1UF
C6518 0.1UF
C6530
1UF
C6556
2.2UF
C6553
10UF
R6526
0
C6543 0.1UF
C6504 0.1UF
C6506 0.1UF
C6508 0.1UF
C6510 0.1UF
C6512 0.1UF
C6509 0.1UF
C6505 0.1UF
C6502 0.1UF
C6501 0.1UF
1UF
C6516 0.1UF C6515 1UF
C6517 1UF
C6519 1UF
IN
R6524
0
V_SAVE
SW_B+
V_1.4_CORE
C6547
330PF
VBUS2_SUPPLY
OMAP_VDD_DLL
M6506
VRTC
UNSW_B+
R6576
10K
R6501
10
M6505
R6505
2K
V_1.4_CORE
R6503
10
SW_B+
M6504
2
C6521
330PF
M6503
MAKO POWER
C6595
1UF
EMIFF DECOUPLING
V_1.4_CORE
IN
C6514
1UF
C6503
330PF
1
V_COIN_CELL IN
E6502
E6501
C6524
0.1UF
GND
V_SW_1.4
V_1.85_IO
C6513
C6507 0.1UF
C6511 1UF
GROUND
VDD SUPPLY
A19
E21
AA2
Y7
A5
A7
B10
B14
R1
H2
C2
AA11
Y16
L21
U21
V12
W12
1
L1
OMAP_VDD_DLL
A11
A15 OMAP_VPP TEST_POINT
Y20
Y9
M2
AA3
A9
A3
E2
B13
B20
J21
R20
OMAP_VDDA
Y21
OMAP_VDD4
J1
1
F_GND
TEST_POINT
1
V_EXT_1.85
VDDSHV1_1
VDDSHV1_2
VDDSHV2
VDDSHV3
VDDSHV4_1
VDDSHV4_2
VDDSHV4_3
VDDSHV4_4
VDDSHV5_1
VDDSHV5_2
VDDSHV5_3
VDDSHV6
VDDSHV7
VDDSHV8
VDDSHV9
VDDSHV_RTC
VDD_RTC
VPP
VDD_DLL
VDD_1
VDD_2
VDD_3
VDD_4
VDD1_1
VDD2
VDD2_1
VDD2_2
VDD3_1
VDD3_2
VDD3_3
VDD3_4
VDDA
VDD4
1
0
NC
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
NC1
1
V_1.85_IO
C6587
0.1UF
V_2.23
U6506
TPS73601
1 IN
5
OUT 4
3 EN
NR_FB
GND
2
R6550
39K
R6546
0
SWITCHER 1
0
C6571 C6583 C6585
0.1UF 0.1UF 0.1UF
U6302
OMAP1710
B5
B7
A13
B16
A21
F20
K20
R21
W20
AA21
Y13
AA7
Y3
AA1
U2
N1
K2
G1
B1
E5
1
0
OMAP POWER
C6581
2.2UF
MAKO LDOS
V_1.55
V_2.775_EXP
V_2.775D
V_2.8_RF
V_5.0A
V_3.3
V_3.0A
Schematics, Boards Overlays, and Parts Lists: Controller Board
8-139
LOCK_DET
RF_DAC_SPI_CS
MAKO_INT
OUT
OUT
SPI_DSP<2..0>
SPI_ARM<2..0>
SSI_SAP<3..0>
SSI_OMAP_CLK
SSI_OMAP_FSYNC
IO
SSI_MAKO_FSYNC
SSI_MAKO_CLK
SPI_DSP_CLK
SPI_DSP_MOSI
SPI_DSP_MISO
0
1
2
0
1
2
V_EXT_1.85
U6501
SPI_ARM_CLK
12MHZ CLOCK
12MHZ_OMAP_IN
Y6601
12MHZ
OUT
C6601
18PF
2
3
GND1
IN
GND
4
P14
C6602
18PF
12MHZ_OMAP_OUT
32K_CPLD_CLK
Y2
W3
P13
V_1.4_CORE
R6601
10K
OUT
IN
OUT
OMAP_OSK32K_IN_PU
V13
AA13
SPI_CLK
GPIO_56
SPI_CS0
SPI_CS1
SP1
SPI_CS2
SPI_CS3
SPI_DO
SPI_DI
MCBSP1_BCLK
MCBSP1_SYNC
MCBSP1
MCBSP1_DIN
MCBSP1_DOUT
USB0_TXEN
GPIO
GPIO_43
USB0_DAT
USB0_SE0
USB1_TXEN
USB1_DAT
OSC1_IN
USB
USB1_SE0
OSC1_OUT
USB2_TXEN
USB2_DAT
USB2_SE0
CRYSTAL
MPUIO_5
CLK32K_IN
OSCILLATOR
UART1_TX
UART1_RX
UART1_RTS
UART
UART1_CTS
OSC32K_IN
UART3_TX
OSC32K_OUT
UART3_RX
ONE WIRE
GPIO_11
GPIO_60
GPIO_16
GCA/GPIO
GPIO_59
GPIO_5
GPIO_36
U19
V15
N14
N15
T19
P15
W21
U18
G21
H15
H20
H18
W4
P9
R8
W16
W14
R13
W9
V6
W5
T20
Y14
V14
AA15
R14
M18
L14
N20
M8
Y1
L3
P3
Y12
1
TP6601
MAKO_SPI_CS
R6605
SPI_ARM_MOSI
SPI_ARM_MISO
R6604
1K
22
R6606
33
0
1
2
0
1
2
SSI_OMAP_CLK
SSI_OMAP_FSYNC
SSI_BLACK_TX
SSI_BLACK_RX
2 SSI_RED_RX_CODEC
0
1
0
4
2
3
NC
NC
0
1
2
USB0<2..0>
0
1
2
USB1<2..0>
1
NC
NC
OUT
0
1
NC
DNP MPU_IO_12
TEST_POINT
NC
NC
V_EXT_1.85
R6618
10K
RS232<4..0>
NC
NC
NC
NC
NC
R6616
NC
2K
T_DISP_SPI_CS
PTT
OPTION_INTX
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
BBP_CLK
BBP_SYNC
SPI_CLK
SPI_CS
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
UART2_TXD
UART2_RXD_OD
CTS_X
USB_INTX
RXDIN_3V
TXDO_BDI_UP_3V
BOOT_NORM_X
RS232_USB_X
APCO
SB96D_BDO_KF_3V
ONE_WIRE_UP
TXDO_BDI_ENC_3V
RXDIN_ENC_3V
RTS_FILLSEN_3V
BUSY_IN
BUSY_OUT
CABLE_DET_3V
OPT_GPIO0
OPT_GPIO1
OPT_GPIO2
OPT_GPIO3
OPTION_INTX
AT56H09
V_5.0A
R6621
4.7K
MAKO_USB1_POS_DP
MAKO_USB1_NEG_DP
USB1_DP
USB1_DM
USB2_DP
USB2_DM
USB_CONNECT
SB96_BUS_BUSY
SB96_BDO_KF_5V
ONE_WIRE_1
ONE_WIRE_2
ONE_WIRE_BATT
TXDO_BDI_5V
RXDIN_5V
RTS_FILLSEN_5V
CTS_CABLE_DET_5V
OPTA_SEL0
OPTA_SEL1
OPTA_SEL2
OPTA_SEL3
OPTB_SEL0
OPTB_SEL1
OPTB_SEL2
OPTB_SEL3
N6
P7
N7
P8
L6
N13
N9
P9
M8
L8
M10
N12
M11
P13
P10
K7
M9
N10
P11
K8
P12
N11
R6622
R6625
R6624
27
MAKO_USB2_POS_DP
MAKO_USB2_NEG_DP
VBUS_SUPPLY_ON
27
ONE_WIRE_GCAI
NC
IO
IO
MAKO_OPTB_SEL0_GCAI
MAKO_OPTB_SEL1_GCAI
MAKO_OPTB_SEL2_GCAI
MAKO_OPTB_SEL3_GCAI
R6608
10K
R6609
100K
R6617
10K
IO
IO
IO
F_BOOT_RX
TEST_POINT
DNP
R6619
10K
1
V_EXT_1.85
V_EXT_1.85
DNP
V_EXT_1.85
4
5
R6626
10K
6
U6601
NC7SP08
ABACUS_SPI_CS
Y
NC
OPT_GPIO1
OPT_GPIO2
IO
RXDIN_5V
RTS_FILLSEN_5V
1
OPT_GPIO_0
IO
BATT_STATUS
CODEC_SPI_CS
OUT
IO
IO
NC
TEST_POINT
F_BOOT_TX
UART2_GPS_TX
IO
UART BOOT
TRIDENT_SPI_CS
F2_TIMER_PARAMP
OUT
IO
27
27
R6623
GND VCC
1
OUT
OMAP1710
0
4
1
3
2
U6302
A
B
1
2
OMAP_BOOT_RX
3
USB_INT_X
Figure 8-73. HLN5979B/ HLN5960A Controller Board Serial Interface Circuit
8-140
Schematics, Boards Overlays, and Parts Lists: Controller Board
V_EXT_1.85
V_SW_3.60
R1010
10K
J1001
1
J1001
3
J1001
5
J1001
7
RF_BRD_RSTB
J1001
9
DMCS
J1001
11
R1004
100
RX_FSYNC
1
J1001
13
R1005
100
RX_DA
2
J1001
15
R1006
270
RX_CLK
0
J1001
17
R1007
200
TX_FSYNC
1
J1001
19
R1008
100
TX_CLK
0
16.8_MHZ_SINEWAVE
GPS_ANT
OUT
IN
OUT RX_SSI<2..0>
IN
J1001
21
J1001
23
J1001
25
J1001
27
TRIDENT_SPI_CS
J1001
29
SPI_DSP_MISO
2
J1001
31
SPI_DSP_MOSI
1
SPI_DSP_CLK
0
J1001
33
J1001
35
J1001
37
J1001
39
F2_SYNCB
LOCK_DET_A
R1011
4.7K
IN TX_SSI<2..0>
TX_DA
2
IO
LOCK_DET
OUT
R1003
33
IN
SPI_DSP<2..0>
IO
V_EXT_1.85
UNSW_B+
V_2.8_RF
R1012
10K
R1013
100K
DNP
EEPROM_SPI_CS
J1001
2
J1001
4
J1001
6
J1001
8
J1001
10
F2_PARAMP
J1001
12
TX_INH
J1001
14
RF_DAC_SPI_CS
J1001
16
ISET
J1001
18
J1001
20
V_COIN_CELL
J1001
22
ABACUS_SPI_CS
IN
J1001
24
J1001
26
BSTAT
IO
J1001
28
J1001
30
J1001
32
J1001
34
J1001
36
J1001
38
J1001
40
TX_DA_CONN
R1017
47
Figure 8-74. HLN5979B/ HLN5960A Controller Board RF Interface Circuit
IN
IN
IN
IN
TX_DA
R1018
10K
C1006
.1PF
DNP
IN
OUT
8-141
R2349_2
C6563_6
R6510_6
C6414_6
R6415_6
R6416_6
R6417_6
R6414_6
C6419_6
R6427_6
R6425_6
R6426_6
C6426_6
39
40
A3
U6402_6
SH3_6
C6413_6 R6567_6
C6403_6
U6103_6
R6403_6 C6407_6
U6104_6
R6207_6
C6406_6
R6211_6
2
4
F_GCAI_USB+_4
Q6501_6
4
5
F_GCAI_USB-_4
R6621_6
8
R1017_1
C6526_6
C6556_6
C6512_6
R6313_6
C6505_6
R6311_6
R6316_6 R6312_6
R6310_6
R6102_6
R6419_6
R6406_6
C1 MIC_BIAS_6
C6534_6
R6504_6
H8
R6119_6
18
24
R6105_6
C6111_6
C6115_6
6
R6604_6
4
C6310_6
R6122_6
U6105_6
3
R6606_6
H1
U2204_2
C6107_6
P1
C6105_6
C2217_2
C2220_2
C2328_2
C2218_2
MAKO_RESET_X_6
OMAP_RESET_TP_2
C6113_6
R6121_6
R6113_6
R6120_6
U6101_6
C6114_6
C6110_6
R6214_6
R2238_2
R6104_6
C6572_6 C6590_6
# BRD
PANEL
3
C3
R2240_2
6
C2326_2
C2327_2
R2332_2
R2333_2
C2329_2
10
4
R6401_6
R1003_1
R6304_6
12
C2219_2
R2331_2
11
C2330_2
4
R6405_6
R6107_6
J2303_2
R2355_2
3
R1012_1
R6407_6
C6309_6
R2241_2
G1
R2354_2
6
R1011_1
C6408_6
R2242_2
R6103_6
R2330_2
R2329_2
R2335_2
R2353_2
C6589_6
C6588_6
U6304_6
R2340_2
R2352_2
C6528_6
3
R2345_2
20
C6428_6
R1010_1
6
C6601_6
C6593_6
R2348_2
R2351_2
R6314_6
A8
R2341_2
12
J1001_1
C6311_6
R2338_2
R2339_2
C6308_6
C6533_6
R6512_6
4
U6508_6
R2346_2
J2304_2
R6306_6
R6210_6
R6522_6
6
R2343_2
R2342_2
TP6302_6
MPU_IO_12_6
R2337_2
R2347_2
C6525_6
R6115_6
11
C6514_6
OMAP_VPP_6
R6114_6
22
R2336_2
C6518_6
C6502_6 R6501_6
A1
A9
R6206_6
R1006_1
R1013_1
E6501_6
R6570_6
C6568_6
SPKR-_4
C6411_6
R1005_1
R1007_1
AA1
C6571_6
A1
TP6303_6
C6595_6
TP6307_6
C6522_6
C2201_2
C6506_6
4
C6203_6
R6118_6
C6508_6
C6503_6
F_VREF_1.875V_2
U6405_6
R6410_6
R1008_1
C6302_6
MAKO_INT_X_6
SPKR+_4
C6602_6
C6504_6
C6523_6
TP6308_6
R2344_2
R6305_6
C6501_6
Y6601_6
U2202_2
R6411_6
U6201_6
5
R1004_1
C6202_6
U6301_6
R6301_6
5
F_BOOT_TX_6
F_UNSW_B+_6
C6520_6
U6302_6
C6531_6
3
R2201_2
8
4
J1
C6410_6
3
R6204_6
R6601_6
R6503_6
TP6306_6
F_BOOT_RX_6
F_MECH_SW_6
R2104_2
R6215_6
F_GCAI_1WIRE_4
F_GND_6
2
C1006_1
TP6304_6
R2204_2
R2206_2
C2202_2
R6616_6
C6510_6
J9
R2105_2
R6505_6
C6306_6
C6417_6
R6404_6
C6583_6
CODEC_GPIO1_6
C6402_6
R6308_6
R6402_6
TP6305_6
C6509_6
F_VBUS2_4
F_AUDIO_MICP_6
C6418_6
C6416_6
C6404_6
C6532_6
A21
R6218_6
C6409_6
C6516_6
C6529_6
F_MPU_BOOT_6
R6307_6
R6502_6
AA21
4
C6201_6
R1018_1
U6404_6
2
3
R6217_6
C6305_6
C6301_6
C6303_6
C6517_6
C6304_6
C6587_6
R6201_6
R6208_6
C6507_6
C6513_6
C6585_6
TP6301_6
C6515_6
C6519_6
E6502_6
C6524_6
C6511_6
C6521_6
C6530_6
C6527_6
R6202_6
R6213_6
R6209_6
R6212_6
TP6601_6
R6605_6
R6205_6
Schematics, Boards Overlays, and Parts Lists: Controller Board
R6108_6
R6203_6
R6111_6
C6109_6
4
3
A14
P14
R6106_6
C6108_6
5
U6510_6
C6106_6
R6116_6
R6110_6
R6112_6
C6112_6
R6109_6
SH2_6
M6401_6
2
1
Figure 8-75. HLN5979B Controller Board Layout – Side 1
8-142
Schematics, Boards Overlays, and Parts Lists: Controller Board
G1
R4001_4
J4001_4
2
C6586_6
C6570_6
L4001_4
R6547_6
M6505_6
L6505_6
M6503_6
U6408_6
C6405_6
C6541_6
C6537_6
C6578_6
MAKO_INT_MICP_6
R6609_6
R6506_6 MAKO_INT_MICM_6
M6506_6
C2215_2
C2213_2
C6401_6
C2214_2
R2132_2
E2107_2
C2109_2
E2106_2
E2104_2
R2122_2
C2107_2
E2103_2
E2101_2
R2127_2
C2105_2
R2135_2
R2106_2
R2126_2
R2111_2
4
R2117_2
3
R2118_2
6
49
4
3
R2110_2
R2115_2
C2104_2
R2109_2
C2110_2
R2131_2
R6564_6
R6562_6
R2123_2
R2128_2
R2116_2
R2120_2
6
50
R2107_2
R6428_6
C6574_6
C6421_6
Y6502_6
5
3
C6422_6
U6511_6
R6525_6
R6579_6
C6540_6
3
SH1_6
Figure 8-76. HLN5979B Controller Board Layout – Side 2
R6582_6
C6591_6
R6565_6
4
4
E2102_2
C2114_2
P1
R2124_2
C2111_2
R2114_2
C6576_6
C6538_6
R6429_6
5
R2133_2
C6581_6
C6539_6
C6420_6
R6422_6
R6421_6
C6580_6
C6423_6
C6594_6
R6576_6
R6431_6
C6579_6
R6561_6
R6430_6
C6577_6
R6618_6
U6509_6
3
4
6 R6617_6
U6409_6
6
U6501_6
C6592_6
R6563_6
3
3
4
C6575_6
C6427_6
4
Q6401_6
Y6501_6
C6535_6
R6420_6
R6581_6
6
R6566_6
R6624_6
R2129_2
R2130_2
U2102_2
D6401_6
R6578_6
4
R6625_6
4
R6577_6 R6574_6
3
R6623_6
C6424_6
R2125_2
2
J2101_2
E2105_2
C2108_2
C6425_6
C2113_2
2
TP_ATOD_8_6
R2134_2
R6513_6
R6619_6
R6622_6
R6580_6
6
R6546_6
P14
R6626_6
Q6507_6
3
R2136_2
3
C2212_2 C2211_2
D2202_2
D2203_2
4
2
3
U6401_6
R2108_2
3
6
C6536_6
4
R6423_6
U6601_6
G2
C6561_6
R6409_6
A14
Q6504_6
80
79
C2216_2
R6524_6
5
R2215_2
DISP_TEMP_TP_6
U6506_6
R6551_6 R6550_6
R6424_6
C6573_6
C6548_6
C6545_6
R6515_6
R6530_6
R6516_6
R6583_6
R6514_6
R6536_6
R6535_6
R6519_6
R6520_6
R6584_6
C6546_6
MAKO_AD_TRIG_6
R6511_6
4
C6554_6
2
R6518_6
U6503_6
R6517_6
R6531_6
C6557_6
3
6
4
R6523_6
C6552_6
U6502_6
R6608_6
2
6
C6560_6
C6565_6
2
4
3
C6555_6
R4006_4
R6532_6
U2201_2
U2101_2
C6550_6
C6549_6
R6542_6
R6526_6
L2203_2
12
R2113_2
R6528_6
D2204_2
C6559_6
R6534_6
4
10
R2235_2
5
6
R4007_4
M6504_6
R6548_6
U6504_6
18
L2204_2
5
C6564_6
R6537_6
R6538_6
16
C6542_6
R6527_6
R6543_6
C6551_6
U6505_6
R6508_6
R6529_6
D6501_6
8
13
D4001_4
L2202_2
L6502_6
R6539_6
9
R2207_2 C2203_2
C6547_6
C6558_6
12
R4005_4
C6553_6
R6568_6
C6562_6
2
L6504_6
6
5
R6558_6
Q6506_6
C6567_6
2
R6545_6
Q6502_6
3
R6552_6
U6507_6
C6544_6
Q6503_6
C4006_4
R4013_4
R4011_4
R4012_4 C4007_4
4
5
4
A2
R6509_6
R6302_6
R6101_6
U4001_4
R4014_4
U4004_4 D1
D2
R6303_6
C6543_6
R6117_6
R4009_4
R4010_4
8
3
5
R6541_6
R6507_6
6
C4005_4
Q4001_4
3
R4008_4
U4003_4
3
D6101_6
6
2
C6104_6
U6102_6
10
R6540_6
R6123_6
4
C6566_6
C6569_6
R6521_6
3
OMAP_TEMP_TP_6
Q6505_6
VENDOR
CODE
AREA
2
Q6101_6
R6544_6
C6584_6
C6582_6
8
Schematics, Boards Overlays, and Parts Lists: Controller Board
HLN5979B Controller Board Parts List
Ref.
Des.
Part Number
Description
C2104
2113946B04
CAP CER CHP 0.10UF 10V 10%
C2105
2113944A46
CAP CER CHP 330.0 PF 50V 5%
C2107
2113944A46
CAP CER CHP 330.0 PF 50V 5%
C2108
2113944A46
CAP CER CHP 330.0 PF 50V 5%
C2109
2113944A46
CAP CER CHP 330.0 PF 50V 5%
C2110
2113944A46
CAP CER CHP 330.0 PF 50V 5%
C2111
2113944A46
CAP CER CHP 330.0 PF 50V 5%
C2113
2113944A46
CAP CER CHP 330.0 PF 50V 5%
C2114
C2201
2113946B04
2113946B04
CAP CER CHP 0.10UF 10V 10%
CAP CER CHP 0.10UF 10V 10%
C2202
2113946B04
CAP CER CHP 0.10UF 10V 10%
C2203
2113946B04
CAP CER CHP 0.10UF 10V 10%
C2211
2113946B04
CAP CER CHP 0.10UF 10V 10%
C2212
2113946B04
CAP CER CHP 0.10UF 10V 10%
C2213
2113946B04
CAP CER CHP 0.10UF 10V 10%
C2214
2113946B04
CAP CER CHP 0.10UF 10V 10%
C2215
2113946B04
CAP CER CHP 0.10UF 10V 10%
C2216
2113946B04
CAP CER CHP 0.10UF 10V 10%
8-143
Ref.
Des.
Part Number
Description
Ref.
Des.
Part Number
C6113
2113946B04
CAP CER CHP 0.10UF 10V 10%
C6420
2113945B04
C6114
2113946B04
CAP CER CHP 0.10UF 10V 10%
C6115
2113946B04
CAP CER CHP 0.10UF 10V 10%
C6201
2113944A40
CAP CER CHP 100.0PF 50V 5%
C6202
2113945A09
CAP CER CHP 1000PF 50V 10%
C6203
2113946B04
CAP CER CHP 0.10UF 10V 10%
C6301
2113946B04
CAP CER CHP 0.10UF 10V 10%
C6302
2113946B04
CAP CER CHP 0.10UF 10V 10%
C6303
2113946B04
CAP CER CHP 0.10UF 10V 10%
C6304
2113946B04
C6305
Description
CAP,FXD,.022UF,+10%,10%,25V-DC,0402,X7R,-55DEG
CMIN,125DEG CMA
Ref.
Des.
Part Number
Description
C6528
2113946B04
CAP CER CHP 0.10UF 10V 10%
C6529
2113946B04
CAP CER CHP 0.10UF 10V 10%
C6530
2113946S35
CAP CER CHP 1.0UF 16V 10%
C6531
2113946B04
CAP CER CHP 0.10UF 10V 10%
C6532
2113946S35
CAP CER CHP 1.0UF 16V 10%
C6533
2113946B04
CAP CER CHP 0.10UF 10V 10%
C6534
2113956B33
CAP,FXD,2.2UF,+10%,-10%, 16VDC,0603,X5R,-55DEG CMIN,
85DEG CMAX
C6535
2113743N50
CAP CHIP 100 PF 5 COG
C6536
2113944A28
CAP CER CHP 18.0PF 50V 5%
C6537
2113944A19
CAP CER CHP 5.6PF 50V +/0.5PF
C6538
2113956B33
CAP,FXD,2.2UF,+10%,-10%, 16VDC,0603,X5R,-55DEG
CMIN,85DEG CMAX
C6539
2113956B33
CAP,FXD,2.2UF,+10%,-10%, 16VDC,0603,X5R,-55DEG
CMIN,85DEG CMAX
C6540
2113945B02
CAP CER CHP 10,000PF 25V
10%
C6541
2113944A19
CAP CER CHP 5.6PF 50V +/0.5PF
C6421
2113946B04
CAP CER CHP 0.10UF 10V 10%
C6422
2113946C02
CAP CER CHP 0.22UF 10V 10%
C6423
2113946B04
CAP CER CHP 0.10UF 10V 10%
C6424
2113944A40
CAP CER CHP 100.0PF 50V 5%
C6425
2113944A40
CAP CER CHP 100.0PF 50V 5%
C6426
2113945B02
CAP CER CHP 10,000PF 25V
10%
CAP CER CHP 0.10UF 10V 10%
C6427
2113944A50
CAP CER CHP 680.0 PF 50V 5%
2113946S35
CAP CER CHP 1.0UF 16V 10%
C6428
2113944A40
CAP CER CHP 100.0PF 50V 5%
C6306
2113946S35
CAP CER CHP 1.0UF 16V 10%
C6501
2113946B04
CAP CER CHP 0.10UF 10V 10%
C6308
2113946B04
CAP CER CHP 0.10UF 10V 10%
C6502
2113946B04
CAP CER CHP 0.10UF 10V 10%
C6309
2113946B04
CAP CER CHP 0.10UF 10V 10%
C6503
2113944A46
CAP CER CHP 330.0 PF 50V 5%
C6310
2113946B04
CAP CER CHP 0.10UF 10V 10%
C6504
2113946B04
CAP CER CHP 0.10UF 10V 10%
C6311
2113946B04
CAP CER CHP 0.10UF 10V 10%
C6505
2113946B04
CAP CER CHP 0.10UF 10V 10%
C6401
2113946B04
CAP CER CHP 0.10UF 10V 10%
C6506
2113946B04
CAP CER CHP 0.10UF 10V 10%
C6402
2113956A51
CAP,FXD,1UF,+10%,-10%,6.3VDC,0402,X5R,-55DEG
CMIN,85DEG CMAX,P
C6507
2113946B04
CAP CER CHP 0.10UF 10V 10%
C6508
2113946B04
CAP CER CHP 0.10UF 10V 10%
C6509
2113946B04
CAP CER CHP 0.10UF 10V 10%
C6510
2113946B04
CAP CER CHP 0.10UF 10V 10%
C6542
2113946B04
CAP CER CHP 0.10UF 10V 10%
C6511
2113946S35
CAP CER CHP 1.0UF 16V 10%
C6543
2113946B04
CAP CER CHP 0.10UF 10V 10%
C6512
2113946B04
CAP CER CHP 0.10UF 10V 10%
C6544
2113945D04
C6513
2113946S35
CAP CER CHP 1.0UF 16V 10%
CAP CER CHP 100,000PF 25V
10%
C6514
2113946S35
CAP CER CHP 1.0UF 16V 10%
C6545
2113945D04
C6515
2113946S35
CAP CER CHP 1.0UF 16V 10%
CAP CER CHP 100,000PF 25V
10%
C6516
2113946B04
CAP CER CHP 0.10UF 10V 10%
C6546
2113946B04
CAP CER CHP 0.10UF 10V 10%
C6517
2113946S35
CAP CER CHP 1.0UF 16V 10%
C6547
2113944A46
CAP CER CHP 330.0 PF 50V 5%
C6518
2113946B04
CAP CER CHP 0.10UF 10V 10%
C6549
2113944A46
CAP CER CHP 330.0 PF 50V 5%
C6519
2113946S35
CAP CER CHP 1.0UF 16V 10%
C6550
2113945D04
CAP CER CHP 100,000PF 25V
10%
C6520
2113946B04
CAP CER CHP 0.10UF 10V 10%
C6551
2113944A46
CAP CER CHP 330.0 PF 50V 5%
C6521
2113944A46
CAP CER CHP 330.0 PF 50V 5%
C6552
2113956E91
C6522
2113946S35
CAP CER CHP 1.0UF 16V 10%
C6523
2113946B04
CAP CER CHP 0.10UF 10V 10%
CAP,FXD,10UF,+10%,-10%,16VDC,1210,X5R,-55DEG
CMIN,85DEG CMAX,P
C6524
2113946B04
CAP CER CHP 0.10UF 10V 10%
C6553
2113956E91
CAP,FXD,10UF,+10%,-10%,16VDC,1210,X5R,-55DEG CMIN,
85DEG CMAX,P
C6554
2113946B04
CAP CER CHP 0.10UF 10V 10%
C2217
2113946S35
CAP CER CHP 1.0UF 16V 10%
C6403
2113946B04
CAP CER CHP 0.10UF 10V 10%
C2220
2113946S35
CAP CER CHP 1.0UF 16V 10%
C6404
2113946B04
CAP CER CHP 0.10UF 10V 10%
C2326
2113944A46
CAP CER CHP 330.0 PF 50V 5%
C6405
2113946B04
CAP CER CHP 0.10UF 10V 10%
C2327
2113944A46
CAP CER CHP 330.0 PF 50V 5%
C6406
2113946B04
CAP CER CHP 0.10UF 10V 10%
C2328
2113944A46
CAP CER CHP 330.0 PF 50V 5%
C6407
2113946B04
CAP CER CHP 0.10UF 10V 10%
C2329
2113944A46
CAP CER CHP 330.0 PF 50V 5%
C6408
2113946B04
CAP CER CHP 0.10UF 10V 10%
C2330
2113944A46
CAP CER CHP 330.0 PF 50V 5%
C6409
2113946B04
CAP CER CHP 0.10UF 10V 10%
C4005
2113946B04
CAP CER CHP 0.10UF 10V 10%
C6410
2113946B04
CAP CER CHP 0.10UF 10V 10%
C4006
2113946B04
CAP CER CHP 0.10UF 10V 10%
C6411
2113946B04
CAP CER CHP 0.10UF 10V 10%
C4007
2113946B04
CAP CER CHP 0.10UF 10V 10%
C6413
2113946B04
CAP CER CHP 0.10UF 10V 10%
C6104
2113946B04
CAP CER CHP 0.10UF 10V 10%
C6414
2113946B04
CAP CER CHP 0.10UF 10V 10%
C6105
2113946B04
CAP CER CHP 0.10UF 10V 10%
C6416
2113945B04
C6106
2113946B04
CAP CER CHP 0.10UF 10V 10%
C6107
2113946B04
CAP CER CHP 0.10UF 10V 10%
CAP,FXD,.022UF,+10%,10%,25V-DC,0402,X7R,-55DEG
CMIN,125DEG CMA
C6108
2113946B04
CAP CER CHP 0.10UF 10V 10%
C6109
2113946B04
CAP CER CHP 0.10UF 10V 10%
C6110
2113946B04
CAP CER CHP 0.10UF 10V 10%
C6418
2113946B04
CAP CER CHP 0.10UF 10V 10%
C6525
2113946S35
CAP CER CHP 1.0UF 16V 10%
C6111
2113946B04
CAP CER CHP 0.10UF 10V 10%
C6419
2113946B04
CAP CER CHP 0.10UF 10V 10%
C6526
2113946B04
CAP CER CHP 0.10UF 10V 10%
C6112
2113946B04
CAP CER CHP 0.10UF 10V 10%
C6527
2113946B04
CAP CER CHP 0.10UF 10V 10%
C6417
2113945B04
CAP,FXD,.022UF,+10%,10%,25V-DC,0402,X7R,-55DEG
CMIN,125DEG CMA
8-144
Schematics, Boards Overlays, and Parts Lists: Controller Board
Ref.
Des.
Part Number
Description
C6555
2113955D45
CAP,FXD,4.7UF,+10%,-10%,10VDC,1206,X7R,-55DEG
CMIN,125DEG CMAX
C6556
2113956B33
CAP,FXD,2.2UF,+10%,-10%,16VDC,0603,X5R,-55DEG
CMIN,85DEG CMAX
Ref.
Des.
Part Number
C6577
2113946S35
CAP CER CHP 1.0UF 16V 10%
C6578
2113946S35
CAP CER CHP 1.0UF 16V 10%
C6579
2113946S35
CAP CER CHP 1.0UF 16V 10%
C6580
2113946S35
CAP CER CHP 1.0UF 16V 10%
C6581
2113956B33
CAP,FXD,2.2UF,+10%,-10%,16VDC,0603,X5R,-55DEG
CMIN,85DEG CMAX
Description
Ref.
Des.
Part Number
D6401
4813978A25
SCHOTTKY 30V SOD-323 T&R
PB FREE
D6501
4813978A25
SCHOTTKY 30V SOD-323 T&R
PB FREE
Description
E6501
2480067M02
CHK RF CHIP BEAD INDUCTOR
E6502
2480067M02
CHK RF CHIP BEAD INDUCTOR
J1001
0987817K05
CAP CER CHP 6.8PF 50V +/0.5PF
40PIN RECPT MATING CNTCR
1.5MM
J2101
0975595B02
RECEPTACLE, 50 PIN
Ref.
Des.
Part Number
Q6504
4809579E77
FET, NCH MOS FET, 1.2MM X
1.2MM PACKAGE, SMD, W18
COMPLIANT
Q6505
4813970A62
XSTR,FET GP PWR,MOSFET,PCH,ENHN,CF,-20V,1.3W,PBFREE
Q6506
4809579E77
FET, NCH MOS FET, 1.2MM X
1.2MM PACKAGE, SMD, W18
COMPLIANT
Q6507
4888795V06
XSTR,FET GP
PWR,MOSFET,SM,SMT,20V,.25
W,LEAD-FREE
R1003
0613952Q37
CER CHIP RES 33.0 OHM 5 0402
R1004
0613952Q49
CER CHIP RES 100 OHM 5 0402
Description
C6557
2113945D04
CAP CER CHP 100,000PF 25V
10%
C6558
2113944A21
CAP CER CHP 6.8PF 50V +/0.5PF
C6582
CAP CER CHP 1.0UF 16V 10%
C6583
2113946B04
CAP CER CHP 0.10UF 10V 10%
J2303
0987817K03
RECP 0.5 PITCH 20 CKT
CAP,FXD,10UF,+10%,-10%,16VDC,0805,X5R,-55DEG CMIN,
85DEG CMAX,P
C6584
2113956C37
CAP,FXD,10UF,+10%,-10%,16VDC,0805,X5R,-55DEG
CMIN,85DEG CMAX,P
J2304
0987817K01
RECP BTB 0.5P 1.5 STACK SMD
J4001
0909474T14
RECP INTBD 80CKT 4MM .5MM
SMD
CAP,FXD,10UF,+10%,-10%,16VDC,0805,X5R,-55DEG CMIN,
85DEG CMAX,P
C6585
2113946B04
CAP CER CHP 0.10UF 10V 10%
L2202
2415429H45
CHIP INDUCTOR
R1005
0613952Q49
CER CHIP RES 100 OHM 5 0402
C6586
2113956C35
CAP,FXD,4.7UF,+10%,-10%,16VDC,0805,X5R,-55DEG
CMIN,85DEG CMAX
L2203
2415429H45
CHIP INDUCTOR
R1006
0613952Q59
CER CHIP RES 270 OHM 5 0402
L2204
2415429H45
CHIP INDUCTOR
R1007
0613952Q56
CER CHIP RES 200 OHM 5 0402
C6559
C6560
C6561
C6562
2113946S35
2113956C37
2113956C37
2113944A25
CAP CER CHP 10.0PF 50V +/0.5PF
C6563
2113945D04
CAP CER CHP 100,000PF 25V
10%
C6564
2113944A46
CAP CER CHP 330.0 PF 50V 5%
C6565
2113956B33
CAP,FXD,2.2UF,+10%,-10%, 16VDC,0603,X5R,-55DEG
CMIN,85DEG CMAX
C6566
C6567
C6568
C6569
2113956E91
2113956E91
2113956B33
2113956E91
CAP,FXD,10UF,+10%,-10%,16VDC,1210,X5R,-55DEG
CMIN,85DEG CMAX,P
2113944A21
C6587
2113946B04
CAP CER CHP 0.10UF 10V 10%
L6502
2471678H01
10UH INDCUTOR
R1008
0613952Q49
CER CHIP RES 100 OHM 5 0402
C6588
2113944A46
CAP CER CHP 330.0 PF 50V 5%
L6504
24009268001
R1010
0613952R01
C6589
2113944A40
CAP CER CHP 100.0PF 50V 5%
10UH 2.1A SHIELDED
INDUCTOR
CER CHIP RES 10K OHM 5%
0402
C6590
2113946B04
CAP CER CHP 0.10UF 10V 10%
L6505
2471678H01
10UH INDUCTOR
R1011
0613952Q89
C6591
2113944A28
CAP CER CHP 18.0PF 50V 5%
M6401
3971831H02
CONTACT, 2 POGO HEADER
CER CHIP RES 4700 OHM 5
0402
CAP CER CHP 2.2PF 50V +/0.25PF
CONT,CONN,1CONT,ANT UNIV
4.5MM,UC 1.8
0613952R01
2113944A09
3987977Y04
R1012
C6592
M6503
CER CHIP RES 10K OHM 5%
0402
CONT,CONN,1CONT,ANT UNIV
4.5MM,UC 1.8
CER CHIP RES 47.0 OHM 5 0402
CAP,FXD,10UF,+10%,-10%,16VDC,0805,X5R,-55DEG
CMIN,85DEG CMAX,P
3987977Y04
0613952Q41
2113956C37
M6504
R1017
C6593
R1018
0613952R01
M6505
3987977Y04
CAP,FXD,.33UF,+10%,-10%, 10VDC,0603,X5R,-55DEG
CMIN,85DEG CMAX
CONT,CONN,1CONT,ANT UNIV
4.5MM,UC 1.8
CER CHIP RES 10K OHM 5%
0402
R2104
0613952Q89
M6506
3987977Y04
CONT,CONN,1CONT,ANT UNIV
4.5MM,UC 1.8
CER CHIP RES 4700 OHM 5
0402
R2105
0613952Q89
CER CHIP RES 4700 OHM 5
0402
R2107
0613952Q73
CER CHIP RES 1000 OHM 5
0402
R2108
0613952R01
CER CHIP RES 10K OHM 5%
0402
R2109
0613952Q25
CER CHIP RES 10.0 OHM 5 0402
R2110
0613952Q33
CER CHIP RES 22.0 OHM 5 0402
R2111
0613952Q25
CER CHIP RES 10.0 OHM 5 0402
R2113
0613952Q25
CER CHIP RES 10.0 OHM 5 0402
R2114
0613952Q33
CER CHIP RES 22.0 OHM 5 0402
R2115
0613952Q25
CER CHIP RES 10.0 OHM 5 0402
R2116
0613952R01
CER CHIP RES 10K OHM 5%
0402
CAP,FXD,10UF,+10%,-10%,16VDC,1210,X5R,-55DEG
CMIN,85DEG CMAX,P
C6594
CAP,FXD,2.2UF,+10%,-10%,16VDC,0603,X5R,-55DEG
CMIN,85DEG CMAX
C6595
2113946S35
CAP CER CHP 1.0UF 16V 10%
PWB
84009361001
PCB, VOCON
CAP,FXD,10UF,+10%,-10%,16VDC,1210,X5R,-55DEG
CMIN,85DEG CMAX,P
C6601
2113944A28
CAP CER CHP 18.0PF 50V 5%
Q4001
4815261H01
C6602
2113944A28
CAP CER CHP 18.0PF 50V 5%
TRANSISTOR,BIP GENERAL
PURPOSE SMALL NPN
D2202
4870359B01
DIODE,SUPR,SM,7.82V,.1W,ESD
PROT,V360
Q6101
4815261H01
TRANSISTOR,BIP GENERAL
PURPOSE SMALL NPN
Q6401
4888795V06
XSTR,FET GP PWR,MOSFET,
SM,SMT,20V,.25W,LEAD-FREE
Q6501
4813970A62
XSTR,FET GP PWR,MOSFET, PCH,ENHN,CF,-20V,1.3W,PBFREE
C6570
2113944A46
CAP CER CHP 330.0 PF 50V 5%
C6571
2113946B04
CAP CER CHP 0.10UF 10V 10%
C6572
2113946B04
CAP CER CHP 0.10UF 10V 10%
C6573
2113946S35
CAP CER CHP 1.0UF 16V 10%
C6574
2113946S35
CAP CER CHP 1.0UF 16V 10%
C6575
2113946S35
CAP CER CHP 1.0UF 16V 10%
C6576
2113956B33
CAP,FXD,2.2UF,+10%,-10%,1 6VDC,0603,X5R,-55DEG CMIN,
85DEG CMAX
2113946C07
D2203
4870359B01
DIODE,SUPR,SM,7.82V,.1W,ESD
PROT,V360
D2204
4870359B01
DIODE,SUPR,SM,7.82V,.1W,ESD
PROT,V360
D4001
4813978A25
SCHOTTKY 30V SOD-323 T&R
PB FREE
D6101
4813978A25
SCHOTTKY 30V SOD-323 T&R
PB FREE
Q6502
4805585Q23
XSTR,FET GEN PURP,PB-FREE
Q6503
4805585Q23
XSTR,FET GEN PURP,PB-FREE
Schematics, Boards Overlays, and Parts Lists: Controller Board
Ref.
Des.
Part Number
R2117
0613952R01
R2118
8-145
Ref.
Des.
Part Number
Ref.
Des.
Part Number
CER CHIP RES 10K OHM 5%
0402
R2235
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
R2354
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
0613952R01
CER CHIP RES 10K OHM 5%
0402
R2238
0613952N10
CER CHIP RES 12.4K OHM 1
0402
R2355
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
R2120
0613952R01
CER CHIP RES 10K OHM 5%
0402
R2240
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
R4001
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
R2122
0613952R01
CER CHIP RES 10K OHM 5%
0402
R2241
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
R4005
0613952R01
CER CHIP RES 10K OHM 5%
0402
R2123
0613952R01
CER CHIP RES 10K OHM 5%
0402
R2242
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
R4006
0613952R01
CER CHIP RES 10K OHM 5%
0402
R2124
0613952R01
CER CHIP RES 10K OHM 5%
0402
R2329
0613952R01
CER CHIP RES 10K OHM 5%
0402
R4007
0613952R01
CER CHIP RES 10K OHM 5%
0402
R2125
0613952R01
CER CHIP RES 10K OHM 5%
0402
R2330
0613952R01
CER CHIP RES 10K OHM 5%
0402
R4008
0613952R01
CER CHIP RES 10K OHM 5%
0402
R2126
0613952R01
CER CHIP RES 10K OHM 5%
0402
R2331
0613952R01
CER CHIP RES 10K OHM 5%
0402
R4009
0613952Q85
CER CHIP RES 3300 OHM 5
0402
R2127
0613952Q73
CER CHIP RES 1000 OHM 5
0402
R2332
0613952R01
CER CHIP RES 10K OHM 5%
0402
R4010
0613952R32
CER CHIP RES 200K OHM 5
0402
R2128
0613952Q73
CER CHIP RES 1000 OHM 5
0402
R2333
0613952R01
CER CHIP RES 10K OHM 5%
0402
R4011
0613952R17
CER CHIP RES 47K OHM 5%
0402
R2129
0613952Q73
CER CHIP RES 1000 OHM 5
0402
R2335
0613952Q41
CER CHIP RES 47.0 OHM 5 0402
R4012
0613952R09
R2336
0613952R66
R2130
0613952Q73
CER CHIP RES 1000 OHM 5
0402
CER CHIP RES 0.0 +/-0.050
OHM
CER CHIP RES 22K OHM 5%
0402
R4013
0613952R09
R2131
0613952R01
CER CHIP RES 10K OHM 5%
0402
CER CHIP RES 0.0 +/-0.050
OHM
CER CHIP RES 22K OHM 5%
0402
R4014
0613952Q85
CER CHIP RES 3300 OHM 5
0402
R2132
0613952R01
CER CHIP RES 10K OHM 5%
0402
R6101
0613952R01
CER CHIP RES 10K OHM 5%
0402
R2133
0613952Q73
CER CHIP RES 1000 OHM 5
0402
R6102
0613952R09
CER CHIP RES 22K OHM 5%
0402
R2134
0613952Q73
R6103
0613952R09
CER CHIP RES 22K OHM 5%
0402
R2135
Description
R2337
R2338
0613952R66
0613952Q41
Description
CER CHIP RES 47.0 OHM 5 0402
Description
Ref.
Des.
Part Number
Description
R6115
0613952Q49
CER CHIP RES 100 OHM 5 0402
R6116
0613952Q73
CER CHIP RES 1000 OHM 5
0402
R6117
0613952R01
CER CHIP RES 10K OHM 5%
0402
R6118
0613952R09
CER CHIP RES 22K OHM 5%
0402
R6119
0613952R01
CER CHIP RES 10K OHM 5%
0402
R6120
0613952R01
CER CHIP RES 10K OHM 5%
0402
R6121
0613952R01
CER CHIP RES 10K OHM 5%
0402
R6122
0613952R01
CER CHIP RES 10K OHM 5%
0402
R6123
0613952Q73
CER CHIP RES 1000 OHM 5
0402
R6202
0613952R01
CER CHIP RES 10K OHM 5%
0402
R6203
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
R6204
0613952R01
CER CHIP RES 10K OHM 5%
0402
R6205
0613952R01
CER CHIP RES 10K OHM 5%
0402
R6206
0613952R25
CER CHIP RES 100K OHM 5%
0402
R6207
0613952R25
CER CHIP RES 100K OHM 5%
0402
R6208
0613952Q89
CER CHIP RES 4700 OHM 5
0402
R6209
0613952Q89
CER CHIP RES 4700 OHM 5
0402
R6210
0613952Q89
CER CHIP RES 4700 OHM 5
0402
R2339
0613952Q41
CER CHIP RES 47.0 OHM 5 0402
R2340
0613952Q41
CER CHIP RES 47.0 OHM 5 0402
R2341
0613952Q41
CER CHIP RES 47.0 OHM 5 0402
CER CHIP RES 1000 OHM 5
0402
R2342
0613952Q41
CER CHIP RES 47.0 OHM 5 0402
R2343
0613952Q41
CER CHIP RES 47.0 OHM 5 0402
0613952Q73
CER CHIP RES 1000 OHM 5
0402
R2344
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
R6105
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
R2136
0613952Q37
CER CHIP RES 33.0 OHM 5 0402
R2345
0613952Q41
CER CHIP RES 47.0 OHM 5 0402
R6107
0613952Q55
CER CHIP RES 180 OHM 5 0402
R2201
0613952R32
CER CHIP RES 200K OHM 5
0402
R2346
0613952Q41
CER CHIP RES 47.0 OHM 5 0402
R6108
0613952Q61
CER CHIP RES 330 OHM 5 0402
R6211
0613952R01
CER CHIP RES 3300 OHM 5
0402
CER CHIP RES 47.0 OHM 5 0402
0613952Q73
0613952Q85
0613952Q41
R6109
R2204
R2347
R2348
0613952Q41
CER CHIP RES 47.0 OHM 5 0402
CER CHIP RES 1000 OHM 5
0402
CER CHIP RES 10K OHM 5%
0402
R6213
0613952R01
R2206
0613952Q85
CER CHIP RES 3300 OHM 5
0402
R2349
0613952Q41
CER CHIP RES 47.0 OHM 5 0402
CER CHIP RES 1000 OHM 5
0402
CER CHIP RES 10K OHM 5%
0402
R6215
0613952R01
R2352
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
R6111
CER CHIP RES 1000 OHM 5
0402
CER CHIP RES 10K OHM 5%
0402
R6217
0613952Q73
CER CHIP RES 0.0 +/-0.050
OHM
R6113
0613952Q61
CER CHIP RES 330 OHM 5 0402
CER CHIP RES 1000 OHM 5
0402
R6114
0613952Q49
CER CHIP RES 100 OHM 5 0402
R6218
0613952Q80
CER CHIP RES 2000 OHM 5
0402
R2207
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
R2215
0613952Q64
CER CHIP RES 430 OHM 5 0402
R2353
0613952R66
R6110
0613952Q73
0613952Q73
8-146
Schematics, Boards Overlays, and Parts Lists: Controller Board
Ref.
Des.
Part Number
Ref.
Des.
Part Number
R6301
0613952R01
R6304
CER CHIP RES 10K OHM 5%
0402
R6420
0613952R17
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
R6421
R6305
0613952Q25
CER CHIP RES 10.0 OHM 5 0402
R6306
0613952R01
R6307
0613952R66
R6308
0613952Q79
Ref.
Des.
Part Number
CER CHIP RES 47K OHM 5%
0402
R6513
0613952R66
0613952R01
CER CHIP RES 10K OHM 5%
0402
R6514
R6422
0613952Q51
CER CHIP RES 120 OHM 5 0402
CER CHIP RES 10K OHM 5%
0402
R6423
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
R6424
0613952N01
CER CHIP RES 1800 OHM 5
0402
R6425
Description
0613952Q80
Ref.
Des.
Part Number
CER CHIP RES 0.0 +/-0.050
OHM
R6540
0613952P66
CER CHIP RES 475K OHM 1
0402
0613952Q89
CER CHIP RES 4700 OHM 5
0402
R6541
0613952R25
CER CHIP RES 100K OHM 5%
0402
R6515
0613952R66
R6542
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
CER CHIP RES 0.0 +/-0.050
OHM
CER CHIP RES 0.0 +/-0.050
OHM
R6516
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
R6543
0613952R66
CER CHIP RES 10.0K OHM 1
0402
CER CHIP RES 0.0 +/-0.050
OHM
R6517
0613952Q63
CER CHIP RES 390 OHM 5 0402
R6544
0613952R66
CER CHIP RES 2000 OHM 5
0402
R6518
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
CER CHIP RES 0.0 +/-0.050
OHM
R6545
0613952R25
R6519
CER CHIP RES 4700 OHM 5
0402
CER CHIP RES 100K OHM 5%
0402
R6546
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
Description
Description
R6310
0613952Q37
CER CHIP RES 33.0 OHM 5 0402
R6426
0613952Q49
CER CHIP RES 100 OHM 5 0402
R6311
0613952Q37
CER CHIP RES 33.0 OHM 5 0402
R6427
0613952R11
R6312
0613952Q37
CER CHIP RES 33.0 OHM 5 0402
CER CHIP RES 27K OHM 5%
0402
R6520
0613952Q73
R6313
0613952Q37
CER CHIP RES 33.0 OHM 5 0402
R6547
0613952R66
0613952Q37
CER CHIP RES 33.0 OHM 5 0402
R6521
0615049H01
KAMAYA 0.2 OHM CHIP
RESISTOR
CER CHIP RES 0.0 +/-0.050
OHM
R6314
CER CHIP RES 100K OHM 5%
0402
CER CHIP RES 1000 OHM 5
0402
R6550
0613952Z64
R6316
0613952R01
CER CHIP RES 10K OHM 5%
0402
CER CHIP RES 4750 OHM 1%
0402
RES,MF,39KOHM,1%,.0625W,S
M,0402,200PPM/CEL,PB-FREE
R6551
0613952Z62
CER CHIP RES 22K OHM 5%
0402
RES,MF,33KOHM,1%,.0625W,S
M,0402,200PPM/CEL,PB-FREE
R6552
0613952R25
CER CHIP RES 0.0 +/-0.050
OHM
CER CHIP RES 100K OHM 5%
0402
R6558
0613952P22
CER CHIP RES 0.0 +/-0.050
OHM
CER CHIP RES 165K OHM 1
0402
R6561
0613952R66
CER CHIP RES 78.7K OHM 1
0402
CER CHIP RES 0.0 +/-0.050
OHM
R6562
0613952R66
CER CHIP RES 100K OHM 5%
0402
CER CHIP RES 0.0 +/-0.050
OHM
R6563
0613952R66
KAMAYA 0.2 OHM CHIP
RESISTOR
CER CHIP RES 0.0 +/-0.050
OHM
R6564
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
R6565
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
R6566
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
R6567
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
R6568
0613952P47
CER CHIP RES 301K OHM 1
0402
R6570
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
R6574
0613952R25
CER CHIP RES 100K OHM 5%
0402
R6428
R6429
R6430
0613952R25
0613952Z64
0613952R11
RES,MF,39KOHM,1%,.0625W,S
M,0402,200PPM/CEL,PB-FREE
CER CHIP RES 27K OHM 5%
0402
R6401
0613952R18
CER CHIP RES 51K OHM 5 0402
R6402
0613952R32
CER CHIP RES 200K OHM 5
0402
R6431
R6501
0613952Q25
CER CHIP RES 10.0 OHM 5 0402
R6502
0613952Q25
CER CHIP RES 10.0 OHM 5 0402
R6503
0613952Q25
CER CHIP RES 10.0 OHM 5 0402
R6504
0613952R09
CER CHIP RES 22K OHM 5%
0402
R6505
0613952Q80
CER CHIP RES 2000 OHM 5
0402
R6506
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
R6507
0613952R01
CER CHIP RES 10K OHM 5%
0402
R6508
0613952R17
R6509
R6403
0613952Q81
CER CHIP RES 2200 OHM 5
0402
R6404
0613952Q81
CER CHIP RES 2200 OHM 5
0402
R6405
R6406
0613952Q75
0613952R01
CER CHIP RES 1200 OHM 5
0402
CER CHIP RES 10K OHM 5%
0402
R6407
0613952Q81
CER CHIP RES 2200 OHM 5
0402
R6409
0613952N01
CER CHIP RES 10.0K OHM 1
0402
R6410
0613952R01
CER CHIP RES 10K OHM 5%
0402
R6411
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
R6414
0613952Q61
CER CHIP RES 330 OHM 5 0402
R6415
0613952Q61
CER CHIP RES 330 OHM 5 0402
R6416
0613952Q61
CER CHIP RES 330 OHM 5 0402
R6417
0613952Q61
CER CHIP RES 330 OHM 5 0402
R6419
0613952Q37
CER CHIP RES 33.0 OHM 5 0402
0613952Q81
CER CHIP RES 2200 OHM 5
0402
R6522
R6523
R6524
R6526
R6527
R6528
R6529
0613952Q89
Description
0613952M66
0613952R09
0613952R66
0613952R66
0613952N87
0613952R25
0615049H01
R6530
0613952L30
CER CHIP RES 200 OHM 1 0402
R6531
0613952R01
CER CHIP RES 47K OHM 5%
0402
CER CHIP RES 10K OHM 5%
0402
R6535
0613952N01
0613952R25
CER CHIP RES 100K OHM 5%
0402
CER CHIP RES 10.0K OHM 1
0402
R6536
0613952Z72
R6510
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
RES,MF,91KOHM,1%,.0625W,S
M,0402,200PPM/CEL,PB-FREE
R6537
0613952P09
R6511
0613952R01
CER CHIP RES 10K OHM 5%
0402
CER CHIP RES 121K OHM 1
0402
R6538
0613952Q95
R6512
0613952N01
CER CHIP RES 10.0K OHM 1
0402
CER CHIP RES 8200 OHM 5
0402
R6539
0613952P66
CER CHIP RES 475K OHM 1
0402
Schematics, Boards Overlays, and Parts Lists: Controller Board
8-147
Ref.
Des.
Part Number
Ref.
Des.
Part Number
R6576
0613952R01
CER CHIP RES 10K OHM 5%
0402
U6502
4871987H01
LOW FREQUENCY
TRANSISTOR
R6577
0613952Q89
CER CHIP RES 4700 OHM 5
0402
U6503
5171674H01
OP AMP
R6578
0613952Q89
CER CHIP RES 4700 OHM 5
0402
U6504
5171682H01
800MA BUCK REGULATOR
U2102
5109522E84
IC DUAL SCHMITT TRIG MICRO
PAK
U6505
5189631P01
IC,0PER PKG,SYNC STEPDOWN CONV
R6579
0613952R01
CER CHIP RES 10K OHM 5%
0402
U2201
5171679H01
LED LIGHT DRIVER
U6506
5184790Y04
U2202
5164852H47
IC, I2C LEVEL TRANSLATOR
IC,400MA ADJ VREG
LDO,SOT23
R6580
0613952R17
CER CHIP RES 47K OHM 5%
0402
U2204
5187970L78
1.4MHZ WHITE LED DRIVER
U6507
5171682H01
800MA BUCK REGULATOR
R6581
0613952Q49
CER CHIP RES 100 OHM 5 0402
U4001
5164852H47
IC, I2C LEVEL TRANSLATOR
U6508
51009366001
0613952Q89
CER CHIP RES 4700 OHM 5
0402
U4003
5188691V01
U6509
5175114H01
SINGLE AND GATE MICROPAK
R6583
0613952R03
CER CHIP RES 12K OHM 5%
0402
IC,MUX/
DEMUX,NC7SB3157P6X,SM,SC
70-6,1PER PKG,BUS,PB FREE
500MA LOW DROPOUT CMOS
LINEAR REG.
R6582
U6510
5114007A47
IC,OR,17SZ32,1PER PKG,SOT353,PB FREE
R6584
0613952Q56
CER CHIP RES 200 OHM 5 0402
U6511
5171339H01
MICROPOWER VOLTAGE
REGULATOR
R6601
0613952R01
CER CHIP RES 10K OHM 5%
0402
U6601
5175114H01
SINGLE AND GATE MICROPAK
R6604
0613952Q73
CER CHIP RES 1000 OHM 5
0402
Y6501
4864005H01
RESONATOR, CRYSTAL 24.576
MHZ
R6605
0613952Q33
CER CHIP RES 22.0 OHM 5 0402
Y6502
4809995L05
XTAL QUARTZ 32.768KHZ
CC4V-T1
R6606
0613952Q37
CER CHIP RES 33.0 OHM 5 0402
Y6601
4802582S85
R6608
0613952R01
CER CHIP RES 10K OHM 5%
0402
RESON,QRTZ,12MHZ,TOLERAN
CE10PPM,STABILITY15PPM,SM
,FUND,LO
R6609
0613952R25
R6616
Description
Ref.
Des.
Part Number
Description
SH2
26009329001
SHIELD, OMAP MEMORY
SH3
26009330001
SHIELD, CODEC
U2101
5109522E84
IC DUAL SCHMITT TRIG MICRO
PAK
U4004
5116783H01
SN74LVC2G66 ANALOG
SWITCH
U6101
0180706J18
PROGRAMMED CPLD
U6102
5188691V01
IC,MUX/DEMUX,
NC7SB3157P6X, SM, SC706,1PER PKG,BUS,PB FREE
U6103
5175114H01
SINGLE AND GATE MICROPAK
U6104
5175114H01
SINGLE AND GATE MICROPAK
U6105
5175114H01
SINGLE AND GATE MICROPAK
U6201
5185941F26
IC,COMPTR,LMV7219,NOPB
CER CHIP RES 100K OHM 5%
0402
U6301
51012031001
32MB DIE SHRINK DDR SDRAM
IC
0613952Q80
CER CHIP RES 2000 OHM 5
0402
U6302
5102495J13
IC,MICROP,P1710ZZGE,BGA,12
MHZ,32BITS
R6617
0613952R01
CER CHIP RES 10K OHM 5%
0402
U6304
0105955U25
ASSY,IC,BGA SPEC PROG,
FLASH MEMORY
R6618
0613952R01
CER CHIP RES 10K OHM 5%
0402
U6401
5175772B38
IC ANALOG TEMPERATURE
SENSOR
R6619
0613952R01
CER CHIP RES 10K OHM 5%
0402
U6402
5115453H01
RAIL TO RAIL OUTPUT, 8 PIN
BGA
R6621
0613952Q89
CER CHIP RES 4700 OHM 5
0402
U6404
5175772B38
IC ANALOG TEMPERATURE
SENSOR
R6622
0613952Q35
CER CHIP RES 27.0 OHM 5 0402
U6405
5188348V06
R6623
0613952Q35
CER CHIP RES 27.0 OHM 5 0402
IC,AUDIO CODEC,SM,AUDIO
CODEC
R6624
0613952Q35
CER CHIP RES 27.0 OHM 5 0402
U6408
5188521T01
R6625
0613952Q35
CER CHIP RES 27.0 OHM 5 0402
IC,VREF,SM,SOT23,1PER PKG,
.5%,1.25 TO 13.75,PRCN
BANDGAP ADJUS
R6626
0613952R01
CER CHIP RES 10K OHM 5%
0402
U6409
51009000001
NANOPOWER, 1.8V, SOT23
COMPARATOR
SH1
26009328001
SHIELD, MAKO SWITCHERS
U6501
5185143E77
IC, MAKO ASIC, CMOS PWR
MGMT
Description
8-148
Schematics, Boards Overlays, and Parts Lists: Controller Board
LED DRIVERS
RADIO TOP LIGHTING
V_EXT_1.85
V_LED_TOP
V_SW_5
V_LED_TOP
R2235_2
0
V_LED_TOP
R2201_2
200K
V_LED_TOP
C2202_2
0.1UF
C2201_2
0.1UF
V_LED_TOP
V_EXT_1.85
Q2202_2
DTC114YKAF
3
10K
2
47K
1
OMAP_RESET
R2243_2
10K
OMAP_RESET_5V
21
U2201_2
LP3943
19
SCL
18
RST
20
SDA
22
A0
23
A1
24
A2
VDD
SCL1
SDA1
SCL_5V
SDA_5V
R2206_2
3.3K
C2203_2
0.1UF
LED0
LED1
LED2
LED3
LED4
LED5
LED6
LED7
LED8
LED9
LED10
LED11
LED12
LED13
LED14
LED15
9
GND1
25
GND2
3
4
8
EN
6
SCL2
5
SDA2
1
I2C_CLK
I2C_DATA
R2204_2
3.3K
IC2_TRANS_VREF2
GND
U2202_2
PCA9306
2
VREF1 7
VREF2
R2207_2
0
1
2
3
4
5
6
7
8
10
11
12
13
14
15
16
17
TOP_DISP_RED_LED
TOP_DISP_GREEN_LED
TOP_DISP_WHITE_LED
TOP_DISP_NVG_W
TX_RX_RED_LED
TX_RX_GREEN_LED
TX_RX_AMBER_LED
NVG PROFILE ALTERNATE
CURRENT DRAIN PATHS
R2247_2
82K
R2215_2
430
R2255_2
R2256_2
R2257_2
R2258_2
R2259_2
R2260_2
R2261_2
R2262_2
TOP_DISP_NVG_R
F_DISP_LED1_NVG
F_DISP_LED2_NVG
F_DISP_LED3_NVG
KP_LED1_NVG
KP_LED2_NVG
KP_LED3_NVG
KP_LED4_NVG
4 KEYPAD
3 FRONT DISPLAY
2 TOP DISPLAY (RED & WHITE)
11K
7.5K
7.5K
7.5K
11K
11K
11K
11K
V_SW_3.60
C2221_2
0.1UF
DNP
R2242_2
0
V_LED_FRONT
I2C_CLK
1
24
10
17
2
7
OMAP_RESET
F_DISP_AND_KP_ISET
V_EXT_1.85
R2245_2
12.4K
3
R2244_2
10K
U2205_2
2SC5663
1
2
F_DISP_KP_NVG_MODE
ISET SWITCH
LED 7 ON = NVG MODE
LED 7 OFF = DEFAULT MODE
Figure 8-77. HLN5960A Controller Board Display/Keypad Lighting Control Circuits
IO
I2C_DATA
NC
NC
NC
NC
19
22
20
21
POUT
SCL
D1A
D2A
D3A
D4A
D5A
D1B
D2B
D3B
D1C
VIN
RESET
ISET
SDIO
VIO
C1_P
C1_N
C2_P
C2_N
9
18 GND1
G1 GND2
CTGND
IN
V_LED_TOP
R2241_2
0
U2204_2
LM27965
C2217_2
1UF
23
16
15
14
13
12
4
5
6
3
8
NC1
11
NC2
KP_LED1
KP_LED2
KP_LED3
KP_LED4
F_DISP_LED1_RETURN
F_DISP_LED2_RETURN
F_DISP_LED3_RETURN
NC
NC
NC
FRONT DISPLAY AND KEYPAD LIGHTING
C2220_2
1UF
Schematics, Boards Overlays, and Parts Lists: Controller Board
8-149
V_EXT_1.85
V_EXT_1.85
V_EXT_1.85
V_EXT_1.85
R6102_6
22K
V_EXT_1.85
OUT
OUT
24_MHZ_CLK
R6107_6
SSI_OPT_CLK
EMIFS_ADDR_5
EMIFS_ADDR_1
SSI_OPT_FSYNC
SSI_RED_RX_CODEC
M1
M2
N2
P2
M3
N3
P3
M4
180
SSI_OMAP_CLK
R6119_6
10K
SSI_OMAP_FSYNC
R6120_6
R6121_6
SSI_RED_TX_CPLD
SIDE_1
SIDE_2
SSI_MAKO_CLK
SEC_CLEAR
TOGGLE_1
IN
IN
IN
IN
OUT
OUT
V_EXT_1.85
R6101_6
10K
10K
10K
OUT
N4
M5
N5
P5
M6
N6
N13
N14
M12
M13
M14
L12
L13
T_DISP_RESET
BT_AVR_RESET
5V_PWM_EN
T_DISP_DATA_CMD
P14
P12
M11
N11
P11
P10
P9
FREQ_SEL_3
2
D6101_6
BAT54HT1G
F_DISP_RW_EN_INV
KVL_DETACH
IN
L14
K13
K14
J12
J13
H13
H12
FREQ_SEL_0
FREQ_SEL_2
V_EXT_1.85
FREQ_SEL_1
R6104_6
10K
DNP
R6106_6
1K
VOCON_ID
DNP
IO54_GSR
IO55
IO56
IO57
IO58_GTS2
IO59_GTS3
IO60
IO61_GTS0
IO62_GTS1
IO63
IO64
IO65
IO66
IO67
IO68
IO69
IO70
IO71
IO72
IO14
IO15
IO16
IO17
IO18
IO19
IO20
IO21
IO22
IO23
IO24
IO25
IO26
IO73
IO74
IO75
IO76
IO77
IO78
IO79
IO27
IO28
IO29
IO30
IO31
IO32
IO33
IO80
IO81
IO82
IO83
IO84
IO85
IO86
IO34
IO35
IO36
IO37
IO38
IO39
IO40
IO87
IO88
IO89
IO90
IO91
IO92
IO93
IO94
IO95
IO41
IO42
IO43
IO44
IO45
IO46
IO47
IO96
IO97
IO98
IO99
IO100
IO101
B_ID 8
M8
N8
P8
M7
N7
P6
TOGGLE_0
AVR_BOOT
OPT_GPIO_0
EMERG_BTN_X
SSI_MAKO_FSYNC
IO48
IO49
IO50
IO51
IO52
IO53
IO102
IO103
IO104
IO105
IO106
SH2_6
SHIELD
SH3_6
SHIELD
26009330001
OMAP SHIELD
CODEC SHIELD
1
2
26009329001
MAKO SHIELD
1
2
26009328001
5
VCC
IO
V_EXT_1.85
A3
B4
A4
C5
MAKO_RESETX
EMIFS_OE
OMAP_RESET
F2_PARAMP_MON
A1
B2
B1
C3
C2
C1
D2
D1
EMIFS_DATA_4
EMIFS_DATA_2
EMIFS_DATA_3
EMIFS_DATA_0
EMIFS_DATA_1
F2_DMCS
F2_PARAMP
B5
A5
C6
B6
A6
C7
B7
EMIFS_CPLD_CS
4MHZ_MACE_CLK
USB_CRNT_LMT
MACE_RESET
MACE_WAKEUP
EMMC_RESET
E3
E2
E1
F3
F2
F1
G1
R6113_6
330
R6123_6
R6114_6
100
R6115_6
100
R6108_6
U6104_6
NC7SP08
Y
NC
R6118_6
22K
4
5
SSI_RED_TX_CODEC
SSI_MACE_TX_DIN
OUT
V_EXT_1.85
1 A
2 B
OUT
OUT
OUT
OUT
RX_FSYNC
32KHZ_GPS_CLK
32K_CPLD_CLK
F2_TIMER_DMCS
U6105_6
NC7SP08
Y
NC
4
5
R6103_6
22K
SSI_BLACK_RX
OUT
OUT
FLASH_DATA<15..0>
0
1
2
3
4
OUT
F2_TIMER_OUT
KEYFAIL_CTRL
OPT_GPIO1
SSI_BLACK_TX_MACE
SSI_CODEC_CLK
F2_TIMER_PARAMP
330
OUT
IN
EMIFS_DATA_0
EMIFS_DATA_1
EMIFS_DATA_2
EMIFS_DATA_3
EMIFS_DATA_4
FLASH_ADDR<25..1>
1
2
3
4
5
EMIFS_ADDR_1
EMIFS_ADDR_2
EMIFS_ADDR_3
EMIFS_ADDR_4
EMIFS_ADDR_5
0
2
8
EMIFS_ADV
EMIFS_OE
EMIFS_CPLD_CS
F_DISP_RW_EN_NON_INV
OPT_GPIO2
FLASH_CTRL<8..0>
BRD_ID_2
GPS_SHUTDOWN
BRD_ID_4
BRD_ID_1
OUT
BRD_ID_3
SPI_DSP_CLK
SSI_RED_RX_MACE
B10
A10
C9
A8
B8
C8
F12
F13
F14
G12
G13
A
B
OUT
OUT
SSI_BLACK_RX
SSI_BLACK_TX
C12
B12
A12
C11
B11
A11
C10
A13
B13
C13
C14
D12
D13
D14
E12
E13
1K
1
2
IN
SSI_CODEC_FSYNC
RF_BRD_RSTB
SECURE_HIGH_NORM
SPI_ARM<2..0>
OUT
IN
IN
B_ID 6
2
SPI_ARM_CLK
SPI_ARM_MOSI
SPI_ARM_MISO
0
1
2
3
FREQ_SEL_0
FREQ_SEL_1
FREQ_SEL_2
FREQ_SEL_3
0
1
2
3
SSI_BLACK_TX
SSI_BLACK_RX
SSI_RED_RX_CODEC
SSI_RED_TX_CODEC
SSI_SAP<3..0>
R6109_6
1K
BOARD ID 4 3
0
1
2
FREQ_SEL<3..0>
B_ID 5
BRD_ID_0
K2
N1
P4
N9
N12
J14
H14
E14
B14
A9
B3
SH1_6
SHIELD
GND
C6114_6
0.1UF
C6113_6
0.1UF
GND1
GND2
GND3
GND4
GND5
GND6
GND7
GND8
GND9
GND10
GND11
IN
OUT
1
2
IN
J2
J1
H3
H2
H1
G3
G2
IO6
IO7_CDRST
IO8_GCK2
IO9_DGE
IO10
IO11
IO12
IO13
GPIO_3_RTS_FILLSENSE
F2_PARAMP
MAKO_OPTB_SEL1_GCAI
6
R6122_6
10K
EMIFS_ADDR_2
47K
F2_PARAMP_MON
4
3
1
A
B0
B1
3 GND VCC
SSI_MAKO_CLK
IO1
IO2_GCK1
IO3
IO4_GCK0
IO5
SEL
GND VCC 6
L3
L2
L1
K3
K1
6
10K
3
EMIFS_ADDR_4
EMIFS_ADDR_3
EMIFS_ADV
VAUX
TCK
TDI
TDO
TMS
3
2
U6102_6
NC7SB3157
2
D3
M10
M9
B9
N10
CPLD_TCK
CPLD_TDI
CPLD_TDO
CPLD_TMS
Q6101_6
DTC114YKAF
1
10
11
7
9
C6107_6
0.1UF
C6115_6
0.1UF
C6112_6
0.1UF
C6106_6
0.1UF
JTAG<11..0>
U6101_6
XC2C256
C6105_6
0.1UF
R6105_6
0
A14
VCCIO2_A
C4
VCCIO2_B
A7
VCCIO2_C
R6117_6
10K
C6109_6 C6108_6 C6110_6 C6111_6
0.1UF
0.1UF
0.1UF
0.1UF
SSI_RED_TX_CODEC
MONITOR1
C6104_6
0.1UF
V_5.0A
Y 4 SSI_RED_TX_CPLD
NC 5
P1
VCC1 K12
VCC2 A2
VCC3
A
B
J3
VCCIO1_A
P7
VCCIO1_B
G14
VCCIO1_C
P13
VCCIO1_D
HIGH_SECURE_DATA_GATE
1
IN
2
3 GND VCC 6
V_5.0A
U6103_6
NC7SP08
R6110_6
1K
R6111_6
1K
R6112_6
1K
DNP
R6116_6
1K
DNP
1 0
Figure 8-78. HLN5960A Controller Board CPLD Circuit
8-150
Schematics, Boards Overlays, and Parts Lists: Controller Board
R1018_1
U6404_6
2
R6106_6
C6108_6
5
U6510_6
C6106_6
SH2_6
M6401_6
2
Figure 8-79. HLN5960A Controller Board Layout – Side 1
1
R6116_6
R6110_6
R6112_6
C6112_6
R6109_6
R6567_6 C6413_6
A14
C6414_6
C6572_6
PANEL
R2331_2
R2332_2
BRD
P14
C3
C1
A3
U6402_6
SH3_6
C6408_6
R6407_6
R6405_6
R6406_6
C6403_6
R6111_6
C6109_6
3
C6407_6 R6403_6
R6108_6
R6414_6
R6214_6
R6203_6
C6406_6
C6114_6
U6101_6
R6415_6
R6113_6
R6120_6
C6402_6
C6113_6
R6121_6
C6404_6
MAKO_RESET_X_6
R6416_6
OMAP_RESET_TP_2
C6105_6
R6504_6
R6402_6
C6107_6
C6110_6
R6104_6
4
#
R6105_6
C6115_6
R6115_6
C6111_6
R6114_6
R2333_2
C2217_2
C2329_2
10
11
C6590_6
C2328_2
R2355_2
C2330_2
P1
R6107_6
C2220_2
J2303_2
24
6
R6119_6
R6604_6
C2327_2
R2353_2
R2354_2
18
4
R6122_6
R2352_2
U2204_2
C6310_6
R6606_6
C2326_2
20
U6105_6
3
R6103_6
6
G1
H8
12
R6404_6
R2242_2
H1
R2330_2
R2329_2
R6510_6
C6534_6
R6621_6
R2351_2
F_GCAI_USB+_4
C1006_1
R6304_6
R2241_2
R2335_2
R6419_6
R1017_1
C6563_6
12
R2339_2
R6401_6
R1013_1
R6505_6
R2340_2
R1003_1
40
C6309_6
J1001_1
U6304_6
R2345_2
R1012_1
39
R2348_2
R2341_2
R1011_1
3
3
R2338_2
6
4
6
U6103_6
C6588_6
C6311_6
C6428_6
4
R2349_2
R1010_1
F_GCAI_USB-_4
5
4
J2304_2
C6593_6
U6508_6
R2346_2
R2342_2
A1
A9
R1006_1
8
Q6501_6
C6589_6
C6411_6
R1005_1
R1007_1
R6118_6
U6405_6
R6410_6
R1004_1
R1008_1
R6102_6
SPKR+_4
R2343_2
R6206_6
3
U6104_6
C6601_6
C6556_6
4
4
C6526_6
6
MPU_IO_12_6
R2347_2
C6512_6 R6210_6
A8
R6512_6
R6313_6
R6306_6
C6308_6
TP6302_6
R6522_6
R6312_6 R6316_6
R6311_6
OMAP_VPP_6
C6525_6
C6505_6 R6310_6
C6528_6
C6502_6 R6501_6
R6314_6
11
R2336_2
C6514_6
C6533_6
R2337_2
C6568_6
SPKR-_4
R6570_6
C6503_6
MAKO_INT_X_6
C6518_6
C6522_6
E6501_6
AA1
C6571_6
A1
TP6303_6
C6595_6
C2201_2
TP6308_6
22
Y6601_6
C6506_6
TP6307_6
R2344_2
2
3
C6508_6
F_MECH_SW_6
F_UNSW_B+_6
C6504_6
C6302_6
4
F_BOOT_TX_6
C6602_6
C6523_6
R6301_6
R2201_2
U2202_2
F_BOOT_RX_6
C6501_6
R6211_6 R6207_6
C6202_6
C6531_6
TP6306_6
5
C6203_6
R6305_6
U6301_6
8
C6520_6
U6302_6
R6417_6
R6215_6
F_GCAI_1WIRE_4
F_GND_6
R6411_6
5
4
R6601_6
R6503_6
CODEC_GPIO1_6
2
C6510_6
J1
U6201_6
R6204_6
TP6304_6
R2206_2
R2204_2
C2202_2
R6616_6
C6417_6
C6416_6
J9
3
R2104_2
C6529_6
C6306_6
C6418_6
C6410_6
C6583_6
F_MPU_BOOT_6
C6419_6
R6427_6
R6425_6
R6217_6
F_AUDIO_MICP_6
R2105_2
C6509_6
F_VREF_1.875V_2
R6218_6
C6532_6
R6308_6
C6516_6
R6426_6
C6409_6
C6201_6
R6307_6
R6502_6
C6527_6
R6209_6
C6587_6
C6507_6
C6585_6
C6513_6
F_VBUS2_4
AA21
A21
4
3
C6426_6
R6205_6
R6201_6
R6202_6 R6208_6
C6515_6
TP6301_6
C6301_6
C6305_6
C6303_6
C6304_6
C6517_6
TP6305_6
C6524_6
C6519_6
E6502_6
R6213_6
R6212_6
C6511_6
C6521_6
R6605_6
TP6601_6
C6530_6
MIC_BIAS_6
Schematics, Boards Overlays, and Parts Lists: Controller Board
8-151
M6505_6
C6586_6
2
C6570_6
R6547_6
G1
L4001_4 R4001_4
L6505_6
M6503_6
C6584_6
8
R2255_2
Q2202_2
R2243_2
3
C6401_6
4
2
C2109_2
C2107_2
C2105_2
R2106_2
R2111_2
U2102_2
4
3
R2128_2
R2122_2
R2127_2
R2135_2
R2126_2
R2117_2
R2118_2
6
R2115_2
R2110_2
C2114_2
4 3
R2109_2
C2104_2
U2101_2
R2116_2
6
R2120_2
R2107_2
R2114_2
R2113_2
C6578_6
E2106_2
E2104_2
E2103_2
E2101_2
50
R6565_6
R6563_6
SH1_6
R6428_6
C6537_6
C6574_6
C6541_6
C6422_6
C6405_6
R6525_6
3
R6421_6
5
C6421_6
Y6502_6
C6539_6
4
5
R6422_6
U6511_6
U6408_6
C6540_6
R6579_6
E2107_2
49
P1
3
2
C6538_6
R6431_6 R6429_6
4
C2221_2
C6576_6
C6427_6
C6420_6
R6576_6
R2262_2
C6423_6
C6594_6
C2203_2
C6581_6
R6430_6
R2108_2
R6582_6 R6561_6
3
C6580_6
R2123_2
C2111_2
E2102_2
R2136_2
C6579_6
R2130_2
J2101_2
C6577_6
R2131_2
U6501_6
C6592_6
R6562_6
C6535_6
R6574_6
R6577_6
4
6
C6591_6
R6578_6
R6564_6
C6575_6
R6617_6
R2261_2
R6624_6 R6566_6
R6618_6
R2260_2
R6625_6 R6622_6
R2124_2
R2134_2
D6401_6
Y6501_6
C2113_2
C6424_6 R6623_6
3
R2259_2
C6425_6
R2125_2 R2129_2
E2105_2
C2108_2
R6619_6
C2110_2
R6409_6
P14
2
4
6
U6509_6
R2258_2
R6546_6
R6424_6
TP_ATOD_8_6
R2235_2
3
R2132_2
R6513_6
C6536_6
R6580_6
Q6507_6
U6409_6
R2257_2
4
U6506_6
5
A14
3
R2256_2
U6401_6
R2133_2
C6573_6
C6548_6
R6515_6
R6516_6
R6520_6 C6546_6
R6511_6
R6517_6
R6550_6 R6551_6
OMAP_TEMP_TP_6
4
3
6
R6583_6
R6608_6
Q6504_6
R6423_6
U6601_6
G2
6
R6530_6 C6554_6
U2205_2
DISP_TEMP_TP_6
C6561_6
R6532_6
R6518_6 R6514_6
6
4
R6536_6
80
79
3
R6420_6
Q6401_6
R2247_2
C6560_6
C6550_6
C6545_6
3
C6557_6
R6531_6
C6555_6
2
R6581_6
4
MAKO_AD_TRIG_6
R6519_6
R6535_6
4
L6502_6
R6508_6
R6529_6
D4001_4
R4011_4
U6503_6
R6626_6
3
R6542_6
R2207_2
R6526_6
R6523_6
C6552_6
R6584_6
3
18
2
C6565_6
U6502_6
6
10
R6528_6
4
4
C6564_6
R6543_6
C6551_6
R6534_6
U6504_6
6
12
R2245_2
5
2
2
Q6503_6
R6524_6
5
U6505_6
R4006_4
6
U2201_2
R6539_6
R6527_6
8
16
4
3
R6548_6
C6559_6
R6537_6
R6538_6
C6562_6
R6540_6
9
C6549_6
R4007_4
C6547_6
C6558_6
C6542_6
M6504_6
R6544_6
C6553_6
2
R2244_2
12
L6504_6
R2215_2
R6568_6
13
C6544_6
R4005_4
6
5
R6558_6 R6545_6
2
C6543_6
2
3
C6567_6
Q6506_6
Q6502_6
4
J4001_4
D6501_6
U4001_4
C4006_4
R4013_4
R4012_4 C4007_4
R6302_6
5
4
R6541_6
R6509_6
R6507_6
D6101_6
R4009_4
C4005_4
R4008_4
3
A2
C6104_6
R6117_6
3
6
D1
D2
8
R6303_6
R6101_6
3
R4010_4
Q4001_4
U4003_4
R4014_4
U4004_4
6 U6102_6
2
U6507_6
R6123_6
C6566_6
C6569_6
VENDOR
CODE
AREA
R6521_6
3
10
Q6101_6
R6552_6
C6582_6
5
Q6505_6
4
2
MAKO_INT_MICP_6
R6609_6
R6506_6 MAKO_INT_MICM_6
M6506_6
Figure 8-80. HLN5960A Controller Board Layout – Side 2
8-152
Schematics, Boards Overlays, and Parts Lists: Controller Board
HLN5960A Controller Board Parts List
Ref.
Des.
Part Number
Description
Ref.
Des.
Part Number
Ref.
Des.
Part Number
Description
C6301
2113946B04
CAP CER CHP 0.10UF 10V 10%
C6426
2113945B02
C6302
2113946B04
CAP CER CHP 0.10UF 10V 10%
CAP CER CHP 10,000PF 25V
10%
C6534
2113956B33
CAP,FXD,2.2UF,+10%,-10%, 16VDC,0603,X5R,-55DEG
CMIN,85DEG CMAX
C6303
2113946B04
CAP CER CHP 0.10UF 10V 10%
C6427
2113944A50
CAP CER CHP 680.0 PF 50V 5%
C6304
2113946B04
CAP CER CHP 0.10UF 10V 10%
C6428
2113944A40
CAP CER CHP 100.0PF 50V 5%
C6535
2113944A40
CAP CER CHP 100.0PF 50V 5%
C6305
2113946S35
CAP CER CHP 1.0UF 16V 10%
C6501
2113946B04
CAP CER CHP 0.10UF 10V 10%
C6536
2113944A28
CAP CER CHP 18.0PF 50V 5%
C6306
2113946S35
CAP CER CHP 1.0UF 16V 10%
C6502
2113946B04
CAP CER CHP 0.10UF 10V 10%
C6537
2113944A19
CAP CER CHP 5.6PF 50V +/0.5PF
C6308
2113946B04
CAP CER CHP 0.10UF 10V 10%
C6503
2113944A46
CAP CER CHP 330.0 PF 50V 5%
C6504
2113946B04
CAP CER CHP 0.10UF 10V 10%
C6538
2113956B33
CAP,FXD,2.2UF,+10%,-10%, 16VDC,0603,X5R,-55DEG
CMIN,85DEG CMAX
C6505
2113946B04
CAP CER CHP 0.10UF 10V 10%
C6506
2113946B04
CAP CER CHP 0.10UF 10V 10%
C6539
2113956B33
CAP,FXD,2.2UF,+10%,-10%, 16VDC,0603,X5R,-55DEG
CMIN,85DEG CMAX
C6507
2113946B04
CAP CER CHP 0.10UF 10V 10%
C6508
2113946B04
CAP CER CHP 0.10UF 10V 10%
C6509
2113946B04
CAP CER CHP 0.10UF 10V 10%
C6540
2113945B02
CAP CER CHP 10,000PF 25V
10%
C6510
2113946B04
CAP CER CHP 0.10UF 10V 10%
C6541
2113944A19
CAP CER CHP 5.6PF 50V +/0.5PF
C6511
2113946S35
CAP CER CHP 1.0UF 16V 10%
C6512
2113946B04
CAP CER CHP 0.10UF 10V 10%
C6542
2113946B04
CAP CER CHP 0.10UF 10V 10%
C6513
2113946S35
CAP CER CHP 1.0UF 16V 10%
C6543
2113946B04
CAP CER CHP 0.10UF 10V 10%
C6514
2113946S35
CAP CER CHP 1.0UF 16V 10%
C6544
2113945D04
CAP CER CHP 100,000PF 25V
10%
C6515
2113946S35
CAP CER CHP 1.0UF 16V 10%
C6516
2113946B04
CAP CER CHP 0.10UF 10V 10%
C6545
2113945D04
CAP CER CHP 100,000PF 25V
10%
C6517
2113946S35
CAP CER CHP 1.0UF 16V 10%
C6546
2113946B04
CAP CER CHP 0.10UF 10V 10%
C6518
2113946B04
CAP CER CHP 0.10UF 10V 10%
C6547
2113944A46
CAP CER CHP 330.0 PF 50V 5%
C6519
2113946S35
CAP CER CHP 1.0UF 16V 10%
C6549
2113944A46
CAP CER CHP 330.0 PF 50V 5%
C6520
2113946B04
CAP CER CHP 0.10UF 10V 10%
C6550
2113945D04
C6521
2113944A46
CAP CER CHP 330.0 PF 50V 5%
CAP CER CHP 100,000PF 25V
10%
C6522
2113946S35
CAP CER CHP 1.0UF 16V 10%
C6551
2113944A46
CAP CER CHP 330.0 PF 50V 5%
C6523
2113946B04
CAP CER CHP 0.10UF 10V 10%
C6552
2113956E91
C6524
2113946B04
CAP CER CHP 0.10UF 10V 10%
CAP,FXD,10UF,+10%,-10%,16VDC,1210,X5R,-55DEG CMIN,
85DEG CMAX,P
C6525
2113946S35
CAP CER CHP 1.0UF 16V 10%
C6553
2113956E91
C6526
2113946B04
CAP CER CHP 0.10UF 10V 10%
CAP,FXD,10UF,+10%,-10%,16VDC,1210,X5R,-55DEG CMIN,
85DEG CMAX,P
C6527
2113946B04
CAP CER CHP 0.10UF 10V 10%
C6554
2113946B04
CAP CER CHP 0.10UF 10V 10%
C6528
2113946B04
CAP CER CHP 0.10UF 10V 10%
C6555
2113955D45
C6529
2113946B04
CAP CER CHP 0.10UF 10V 10%
CAP,FXD,4.7UF,+10%,-10%, 10VDC,1206,X7R,-55DEG
CMIN,125DEG CMAX
C6556
2113956B33
CAP,FXD,2.2UF,+10%,-10%,16VDC,0603,X5R,-55DEG
CMIN,85DEG CMAX
C6557
2113945D04
CAP CER CHP 100,000PF 25V
10%
Description
Ref.
Des.
Part Number
Description
C2104
2113946B04
CAP CER CHP 0.10UF 10V 10%
C2105
2113944A46
CAP CER CHP 330.0 PF 50V 5%
C2107
2113944A46
CAP CER CHP 330.0 PF 50V 5%
C2108
2113944A46
CAP CER CHP 330.0 PF 50V 5%
C2109
2113944A46
CAP CER CHP 330.0 PF 50V 5%
C2110
2113944A46
CAP CER CHP 330.0 PF 50V 5%
C2111
2113944A46
CAP CER CHP 330.0 PF 50V 5%
C2113
2113944A46
CAP CER CHP 330.0 PF 50V 5%
C2114
2113946B04
CAP CER CHP 0.10UF 10V 10%
C2201
2113946B04
CAP CER CHP 0.10UF 10V 10%
C2202
2113946B04
CAP CER CHP 0.10UF 10V 10%
C2203
2113946B04
CAP CER CHP 0.10UF 10V 10%
C2217
2113946S35
CAP CER CHP 1.0UF 16V 10%
C6403
2113946B04
CAP CER CHP 0.10UF 10V 10%
C2220
2113946S35
CAP CER CHP 1.0UF 16V 10%
C6404
2113946B04
CAP CER CHP 0.10UF 10V 10%
C2326
2113944A46
CAP CER CHP 330.0 PF 50V 5%
C6405
2113946B04
CAP CER CHP 0.10UF 10V 10%
C2327
2113944A46
CAP CER CHP 330.0 PF 50V 5%
C6406
2113946B04
CAP CER CHP 0.10UF 10V 10%
C2328
2113944A46
CAP CER CHP 330.0 PF 50V 5%
C6407
2113946B04
CAP CER CHP 0.10UF 10V 10%
C2329
2113944A46
CAP CER CHP 330.0 PF 50V 5%
C6408
2113946B04
CAP CER CHP 0.10UF 10V 10%
C2330
2113944A46
CAP CER CHP 330.0 PF 50V 5%
C6409
2113946B04
CAP CER CHP 0.10UF 10V 10%
C4005
2113946B04
CAP CER CHP 0.10UF 10V 10%
C6410
2113946B04
CAP CER CHP 0.10UF 10V 10%
C4006
2113946B04
CAP CER CHP 0.10UF 10V 10%
C6411
2113946B04
CAP CER CHP 0.10UF 10V 10%
C4007
2113946B04
CAP CER CHP 0.10UF 10V 10%
C6413
2113946B04
CAP CER CHP 0.10UF 10V 10%
C6104
2113946B04
CAP CER CHP 0.10UF 10V 10%
C6414
2113946B04
CAP CER CHP 0.10UF 10V 10%
C6105
2113946B04
CAP CER CHP 0.10UF 10V 10%
C6416
2113945B04
C6106
2113946B04
CAP CER CHP 0.10UF 10V 10%
C6107
2113946B04
CAP CER CHP 0.10UF 10V 10%
CAP,FXD,.022UF,+10%,-10%,
25V-DC,0402,X7R,-55DEG
CMIN,125DEG CMA
C6108
2113946B04
CAP CER CHP 0.10UF 10V 10%
C6109
2113946B04
CAP CER CHP 0.10UF 10V 10%
C6110
2113946B04
CAP CER CHP 0.10UF 10V 10%
C6418
2113946B04
CAP CER CHP 0.10UF 10V 10%
C6111
2113946B04
CAP CER CHP 0.10UF 10V 10%
C6419
2113946B04
CAP CER CHP 0.10UF 10V 10%
C6112
2113946B04
CAP CER CHP 0.10UF 10V 10%
C6420
2113945B04
C6113
2113946B04
CAP CER CHP 0.10UF 10V 10%
CAP,FXD,.022UF,+10%,-10%,
25V-DC,0402,X7R,-55DEG
CMIN,125DEG CMA
C6530
2113946S35
CAP CER CHP 1.0UF 16V 10%
C6114
2113946B04
CAP CER CHP 0.10UF 10V 10%
C6421
2113946B04
CAP CER CHP 0.10UF 10V 10%
C6531
2113946B04
CAP CER CHP 0.10UF 10V 10%
C6115
2113946B04
CAP CER CHP 0.10UF 10V 10%
C6422
2113946C02
CAP CER CHP 0.22UF 10V 10%
C6532
2113946S35
CAP CER CHP 1.0UF 16V 10%
C6201
2113944A40
CAP CER CHP 100.0PF 50V 5%
C6423
2113946B04
CAP CER CHP 0.10UF 10V 10%
C6533
2113946B04
CAP CER CHP 0.10UF 10V 10%
C6202
2113945A09
CAP CER CHP 1000PF 50V 10%
C6424
2113944A40
CAP CER CHP 100.0PF 50V 5%
C6203
2113946B04
CAP CER CHP 0.10UF 10V 10%
C6425
2113944A40
CAP CER CHP 100.0PF 50V 5%
C6309
2113946B04
CAP CER CHP 0.10UF 10V 10%
C6310
2113946B04
CAP CER CHP 0.10UF 10V 10%
C6311
2113946B04
CAP CER CHP 0.10UF 10V 10%
C6401
2113946B04
CAP CER CHP 0.10UF 10V 10%
C6402
2113956A51
CAP,FXD,1UF,+10%,-10%,6.3VDC,0402,X5R,-55DEG CMIN,
85DEG CMAX,P
C6417
2113945B04
CAP,FXD,.022UF,+10%,-10%,
25V-DC,0402,X7R,-55DEG
CMIN,125DEG CMA
Schematics, Boards Overlays, and Parts Lists: Controller Board
Ref.
Des.
Part Number
C6558
2113944A21
C6559
C6560
C6561
C6562
Ref.
Des.
Part Number
CAP CER CHP 6.8PF 50V +/0.5PF
C6582
2113944A21
CAP CER CHP 6.8PF 50V +/0.5PF
2113946S35
CAP CER CHP 1.0UF 16V 10%
C6583
2113946B04
CAP CER CHP 0.10UF 10V 10%
2113956C37
CAP,FXD,10UF,+10%,-10%,16VDC,0805,X5R,-55DEG CMIN,
85DEG CMAX,P
C6584
2113956C37
CAP,FXD,10UF,+10%,-10%,16VDC,0805,X5R,-55DEG CMIN,
85DEG CMAX,P
CAP,FXD,10UF,+10%,-10%,16VDC,0805,X5R,-55DEG CMIN,
85DEG CMAX,P
C6585
2113946B04
CAP CER CHP 0.10UF 10V 10%
C6586
2113956C35
CAP,FXD,4.7UF,+10%,-10%, 16VDC,0805,X5R,-55DEG
CMIN,85DEG CMAX
C6587
2113946B04
CAP CER CHP 0.10UF 10V 10%
C6588
2113944A46
CAP CER CHP 330.0 PF 50V 5%
C6589
2113944A40
CAP CER CHP 100.0PF 50V 5%
C6590
2113946B04
C6591
C6592
2113956C37
2113944A25
Description
CAP CER CHP 10.0PF 50V +/0.5PF
C6563
2113945D04
CAP CER CHP 100,000PF 25V
10%
C6564
2113944A46
CAP CER CHP 330.0 PF 50V 5%
C6565
2113956B33
CAP,FXD,2.2UF,+10%,-10%, 16VDC,0603,X5R,-55DEG
CMIN,85DEG CMAX
C6566
C6567
C6568
C6569
8-153
2113956E91
2113956E91
2113956B33
2113956E91
CAP,FXD,10UF,+10%,-10%,16VDC,1210,X5R,-55DEG CMIN,
85DEG CMAX,P
CAP,FXD,10UF,+10%,-10%,16VDC,1210,X5R,-55DEG CMIN,
85DEG CMAX,P
C6593
C6594
Description
CAP CER CHP 1.0UF 16V 10%
C6575
2113946S35
CAP CER CHP 1.0UF 16V 10%
C6576
2113956B33
CAP,FXD,2.2UF,+10%,-10%, 16VDC,0603,X5R,-55DEG
CMIN,85DEG CMAX
R1017
0613952Q41
CER CHIP RES 47.0 OHM 5 0402
R1018
0613952R01
CER CHIP RES 10K OHM 5%
0402
R2104
0613952Q89
CER CHIP RES 4700 OHM 5
0402
R2105
0613952Q89
CER CHIP RES 4700 OHM 5
0402
R2107
0613952Q73
CER CHIP RES 1000 OHM 5
0402
M6401
3971831H02
CONTACT, 2 POGO HEADER
M6503
3987977Y04
CONT,CONN,1CONT,ANT UNIV
4.5MM,UC 1.8
2113944A28
CAP CER CHP 18.0PF 50V 5%
Q2202
4815261H01
2113944A09
CAP CER CHP 2.2PF 50V +/0.25PF
TRANSISTOR,BIP GENERAL
PURPOSE SMALL NPN
R2108
0613952R01
Q4001
4815261H01
TRANSISTOR,BIP GENERAL
PURPOSE SMALL NPN
CER CHIP RES 10K OHM 5%
0402
R2109
0613952Q25
CER CHIP RES 10.0 OHM 5 0402
Q6101
4815261H01
TRANSISTOR,BIP GENERAL
PURPOSE SMALL NPN
R2110
0613952Q33
CER CHIP RES 22.0 OHM 5 0402
R2111
0613952Q25
CER CHIP RES 10.0 OHM 5 0402
R2113
0613952Q25
CER CHIP RES 10.0 OHM 5 0402
R2114
0613952Q33
CER CHIP RES 22.0 OHM 5 0402
R2115
0613952Q25
CER CHIP RES 10.0 OHM 5 0402
R2116
0613952R01
CER CHIP RES 10K OHM 5%
0402
R2117
0613952R01
CER CHIP RES 10K OHM 5%
0402
R2118
0613952R01
CER CHIP RES 10K OHM 5%
0402
R2120
0613952R01
CER CHIP RES 10K OHM 5%
0402
R2122
0613952R01
CER CHIP RES 10K OHM 5%
0402
R2123
0613952R01
CER CHIP RES 10K OHM 5%
0402
2113956C37
2113946C07
CAP,FXD,10UF,+10%,-10%,16VDC,0805,X5R,-55DEG
CMIN,85DEG CMAX,P
CAP,FXD,.33UF,+10%,-10%,10VDC,0603,X5R,-55DEG
CMIN,85DEG CMAX
SCHOTTKY 30V SOD-323 T&R
PB FREE
2113946S35
CER CHIP RES 10K OHM 5%
0402
10UH INDCUTOR
PCB, VOCON
4813978A25
C6574
0613952R01
2471678H01
84009518001
D4001
CAP CER CHP 1.0UF 16V 10%
R1012
L6505
PWB
CAP CER CHP 18.0PF 50V 5%
2113946S35
CER CHIP RES 4700 OHM 5
0402
CAP CER CHP 0.10UF 10V 10%
2113944A28
C6573
0613952Q89
CONT,CONN,1CONT,ANT UNIV
4.5MM,UC 1.8
C6602
CAP CER CHP 0.10UF 10V 10%
R1011
3987977Y04
CAP,FXD,10UF,+10%,-10%,16VDC,1210,X5R,-55DEG CMIN,
85DEG CMAX,P
2113946B04
10UH 2.1A SHIELDED
INDUCTOR
CER CHIP RES 10K OHM 5%
0402
M6506
CAP CER CHP 18.0PF 50V 5%
C6572
0613952R01
CONT,CONN,1CONT,ANT UNIV
4.5MM,UC 1.8
2113944A28
CAP CER CHP 0.10UF 10V 10%
24009268001
R1010
3987977Y04
C6601
2113946B04
L6504
10UH INDCUTOR
Description
M6505
CAP CER CHP 1.0UF 16V 10%
C6571
2471678H01
Part Number
CONT,CONN,1CONT,ANT UNIV
4.5MM,UC 1.8
2113946S35
CAP CER CHP 330.0 PF 50V 5%
L6502
Ref.
Des.
Description
3987977Y04
C6595
2113944A46
Part Number
M6504
CAP,FXD,2.2UF,+10%,-10%, 16VDC,0603,X5R,-55DEG
CMIN,85DEG CMAX
C6570
Ref.
Des.
D6101
4813978A25
SCHOTTKY 30V SOD-323 T&R
PB FREE
D6401
4813978A25
SCHOTTKY 30V SOD-323 T&R
PB FREE
D6501
4813978A25
SCHOTTKY 30V SOD-323 T&R
PB FREE
E6501
2480067M02
CHK RF CHIP BEAD INDUCTOR
E6502
2480067M02
J1001
0987817K05
Q6401
48013068001
DUAL N-CHANNEL 20 V (D-S)
MOSFET
Q6501
4813970A62
XSTR,FET GP PWR,MOSFET, PCH,ENHN,CF,-20V,1.3W,
PB-FREE
Q6502
4805585Q23
XSTR,FET GEN PURP,PB-FREE
Q6503
4805585Q23
XSTR,FET GEN PURP,PB-FREE
Q6504
4809579E77
FET, NCH MOS FET, 1.2MM X
1.2MM PACKAGE, SMD, W18
COMPLIANT
Q6505
4813970A62
XSTR,FET GP PWR,MOSFET, PCH,ENHN,CF,-20V,1.3W,
PB-FREE
Q6506
4809579E77
FET, NCH MOS FET, 1.2MM X
1.2MM PACKAGE, SMD, W18
COMPLIANT
CHK RF CHIP BEAD INDUCTOR
Q6507
48013068001
R2124
0613952R01
40PIN RECPT MATING CNTCR
1.5MM
DUAL N-CHANNEL 20 V (D-S)
MOSFET
CER CHIP RES 10K OHM 5%
0402
R1003
0613952Q37
CER CHIP RES 33.0 OHM 5 0402
R2125
0613952R01
CER CHIP RES 10K OHM 5%
0402
R2126
0613952R01
CER CHIP RES 10K OHM 5%
0402
R2127
0613952Q73
CER CHIP RES 1000 OHM 5
0402
C6577
2113946S35
CAP CER CHP 1.0UF 16V 10%
C6578
2113946S35
CAP CER CHP 1.0UF 16V 10%
J2101
0975595B02
RECEPTACLE, 50 PIN
R1004
0613952Q49
CER CHIP RES 100 OHM 5 0402
C6579
2113946S35
CAP CER CHP 1.0UF 16V 10%
J2303
0987817K03
RECP 0.5 PITCH 20 CKT
R1005
0613952Q49
CER CHIP RES 100 OHM 5 0402
C6580
2113946S35
CAP CER CHP 1.0UF 16V 10%
J2304
0987817K01
RECP BTB 0.5P 1.5 STACK SMD
R1006
0613952Q59
CER CHIP RES 270 OHM 5 0402
C6581
2113956B33
CAP,FXD,2.2UF,+10%,-10%, 16VDC,0603,X5R,-55DEG
CMIN,85DEG CMAX
J4001
0909474T14
RECP INTBD 80CKT 4MM .5MM
SMD
R1007
0613952Q56
CER CHIP RES 200 OHM 5 0402
R1008
0613952Q49
CER CHIP RES 100 OHM 5 0402
8-154
Schematics, Boards Overlays, and Parts Lists: Controller Board
Ref.
Des.
Part Number
Ref.
Des.
Part Number
Ref.
Des.
Part Number
R2128
0613952Q73
R2129
CER CHIP RES 1000 OHM 5
0402
R2258
0613952Q94
CER CHIP RES 7500 OHM 5
0402
R4001
0613952R66
0613952Q73
CER CHIP RES 1000 OHM 5
0402
R2259
0613952R02
CER CHIP RES 11K OHM 5 0402
R4005
R2130
0613952Q73
CER CHIP RES 1000 OHM 5
0402
R2260
0613952R02
CER CHIP RES 11K OHM 5 0402
R2261
0613952R02
CER CHIP RES 11K OHM 5 0402
R2131
0613952R01
CER CHIP RES 10K OHM 5%
0402
R2262
0613952R02
CER CHIP RES 11K OHM 5 0402
R2329
0613952R01
CER CHIP RES 10K OHM 5%
0402
CER CHIP RES 10K OHM 5%
0402
R2132
0613952R01
R2330
0613952R01
0613952Q73
CER CHIP RES 1000 OHM 5
0402
CER CHIP RES 10K OHM 5%
0402
R2133
R2331
0613952R01
R2134
0613952Q73
CER CHIP RES 1000 OHM 5
0402
CER CHIP RES 10K OHM 5%
0402
R2332
0613952R01
R2135
0613952Q73
CER CHIP RES 1000 OHM 5
0402
CER CHIP RES 10K OHM 5%
0402
R2333
0613952R01
R2136
0613952Q37
CER CHIP RES 33.0 OHM 5 0402
CER CHIP RES 10K OHM 5%
0402
R2201
0613952R32
CER CHIP RES 200K OHM 5
0402
R2335
0613952Q41
CER CHIP RES 47.0 OHM 5 0402
R2336
0613952R66
CER CHIP RES 3300 OHM 5
0402
R2337
CER CHIP RES 3300 OHM 5
0402
R2204
R2206
R2207
0613952Q85
0613952Q85
0613952R66
Ref.
Des.
Part Number
CER CHIP RES 0.0 +/-0.050
OHM
R6118
0613952R09
CER CHIP RES 22K OHM 5%
0402
0613952R01
CER CHIP RES 10K OHM 5%
0402
R6119
0613952R01
CER CHIP RES 10K OHM 5%
0402
R4006
0613952R01
CER CHIP RES 10K OHM 5%
0402
R6120
0613952R01
CER CHIP RES 10K OHM 5%
0402
R4007
0613952R01
CER CHIP RES 10K OHM 5%
0402
R6121
0613952R01
CER CHIP RES 10K OHM 5%
0402
R4008
0613952R01
CER CHIP RES 10K OHM 5%
0402
R6122
0613952R01
CER CHIP RES 10K OHM 5%
0402
R4009
0613952Q85
CER CHIP RES 3300 OHM 5
0402
R6123
0613952Q73
CER CHIP RES 1000 OHM 5
0402
R4010
0613952R32
CER CHIP RES 200K OHM 5
0402
R6202
0613952R01
CER CHIP RES 10K OHM 5%
0402
R4011
0613952R17
CER CHIP RES 47K OHM 5%
0402
R6203
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
R4012
0613952R09
CER CHIP RES 22K OHM 5%
0402
R6204
0613952R01
CER CHIP RES 10K OHM 5%
0402
CER CHIP RES 0.0 +/-0.050
OHM
R4013
0613952R09
CER CHIP RES 22K OHM 5%
0402
R6205
0613952R01
CER CHIP RES 10K OHM 5%
0402
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
R4014
0613952Q85
CER CHIP RES 3300 OHM 5
0402
R6206
0613952R25
CER CHIP RES 100K OHM 5%
0402
R2338
0613952Q41
CER CHIP RES 47.0 OHM 5 0402
R6101
0613952R01
0613952R25
CER CHIP RES 0.0 +/-0.050
OHM
0613952Q41
CER CHIP RES 47.0 OHM 5 0402
CER CHIP RES 10K OHM 5%
0402
R6207
R2339
CER CHIP RES 100K OHM 5%
0402
R2340
0613952Q41
CER CHIP RES 47.0 OHM 5 0402
R6102
0613952R09
CER CHIP RES 22K OHM 5%
0402
R6208
0613952Q89
CER CHIP RES 4700 OHM 5
0402
R6103
0613952R09
CER CHIP RES 22K OHM 5%
0402
R6209
0613952Q89
CER CHIP RES 4700 OHM 5
0402
Description
Description
Description
Description
R2215
0613952Q64
CER CHIP RES 430 OHM 5 0402
R2341
0613952Q41
CER CHIP RES 47.0 OHM 5 0402
R2235
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
R2342
0613952Q41
CER CHIP RES 47.0 OHM 5 0402
R2241
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
R2343
0613952Q41
CER CHIP RES 47.0 OHM 5 0402
R6105
0613952R66
0613952Q89
0613952R66
CER CHIP RES 4700 OHM 5
0402
R2242
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
CER CHIP RES 0.0 +/-0.050
OHM
CER CHIP RES 0.0 +/-0.050
OHM
R6210
R2344
R6107
0613952Q55
CER CHIP RES 180 OHM 5 0402
R6211
0613952R01
R2345
0613952Q41
CER CHIP RES 47.0 OHM 5 0402
R6108
0613952Q61
CER CHIP RES 330 OHM 5 0402
CER CHIP RES 10K OHM 5%
0402
0613952Q41
CER CHIP RES 47.0 OHM 5 0402
R6109
0613952Q73
CER CHIP RES 1000 OHM 5
0402
R6213
0613952R01
CER CHIP RES 10K OHM 5%
0402
R6110
0613952Q73
CER CHIP RES 1000 OHM 5
0402
R6215
0613952R01
CER CHIP RES 10K OHM 5%
0402
R6111
0613952Q73
CER CHIP RES 1000 OHM 5
0402
R6217
0613952Q73
CER CHIP RES 1000 OHM 5
0402
R6113
0613952Q61
CER CHIP RES 330 OHM 5 0402
R6218
0613952Q80
R6114
0613952Q49
CER CHIP RES 100 OHM 5 0402
CER CHIP RES 2000 OHM 5
0402
R6115
0613952Q49
CER CHIP RES 100 OHM 5 0402
R6301
0613952R01
CER CHIP RES 10K OHM 5%
0402
R6117
0613952R01
CER CHIP RES 10K OHM 5%
0402
R6304
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
R6305
0613952Q25
CER CHIP RES 10.0 OHM 5 0402
R2243
0613952R01
CER CHIP RES 10K OHM 5%
0402
R2346
R2347
0613952Q41
CER CHIP RES 47.0 OHM 5 0402
R2244
0613952R01
CER CHIP RES 10K OHM 5%
0402
R2348
0613952Q41
CER CHIP RES 47.0 OHM 5 0402
R2245
0613952N10
CER CHIP RES 12.4K OHM 1
0402
R2349
0613952Q41
CER CHIP RES 47.0 OHM 5 0402
R2352
0613952R66
R2247
0613952R23
CER CHIP RES 82K OHM 5%
0402
CER CHIP RES 0.0 +/-0.050
OHM
R2353
0613952R66
R2255
0613952R02
CER CHIP RES 11K OHM 5 0402
CER CHIP RES 0.0 +/-0.050
OHM
R2256
0613952Q94
CER CHIP RES 7500 OHM 5
0402
R2257
0613952Q94
CER CHIP RES 7500 OHM 5
0402
R2354
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
R2355
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
Schematics, Boards Overlays, and Parts Lists: Controller Board
Ref.
Des.
Part Number
R6306
0613952R01
R6307
8-155
Ref.
Des.
Part Number
Ref.
Des.
Part Number
CER CHIP RES 10K OHM 5%
0402
R6423
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
R6516
0613952R66
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
R6424
0613952N01
CER CHIP RES 10.0K OHM 1
0402
R6517
R6308
0613952Q79
CER CHIP RES 1800 OHM 5
0402
R6518
R6425
0613952Q80
CER CHIP RES 2000 OHM 5
0402
R6310
0613952Q37
CER CHIP RES 33.0 OHM 5 0402
R6426
0613952Q49
CER CHIP RES 100 OHM 5 0402
R6311
0613952Q37
CER CHIP RES 33.0 OHM 5 0402
R6427
0613952R11
R6312
0613952Q37
CER CHIP RES 33.0 OHM 5 0402
R6313
0613952Q37
CER CHIP RES 33.0 OHM 5 0402
R6314
0613952Q37
CER CHIP RES 33.0 OHM 5 0402
R6316
0613952R01
CER CHIP RES 10K OHM 5%
0402
R6401
0613952R18
CER CHIP RES 51K OHM 5 0402
R6402
0613952R32
R6403
R6404
0613952Q81
0613952Q81
Description
CER CHIP RES 390 OHM 5 0402
R6544
0613952R66
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
CER CHIP RES 0.0 +/-0.050
OHM
R6545
0613952R25
CER CHIP RES 100K OHM 5%
0402
R6519
0613952Q89
CER CHIP RES 4700 OHM 5
0402
R6546
0613952R66
CER CHIP RES 27K OHM 5%
0402
R6520
0613952Q73
CER CHIP RES 1000 OHM 5
0402
CER CHIP RES 0.0 +/-0.050
OHM
R6547
0613952R66
CER CHIP RES 100K OHM 5%
0402
R6521
KAMAYA 0.2 OHM CHIP
RESISTOR
CER CHIP RES 0.0 +/-0.050
OHM
R6550
0613952Z64
RES,MF,39KOHM,1%,.0625W,S
M,0402,200PPM/CEL,PB-FREE
R6522
CER CHIP RES 4750 OHM 1%
0402
RES,MF,39KOHM,1%,.0625W,S
M,0402,200PPM/CEL,PB-FREE
R6551
0613952Z62
RES,MF,33KOHM,1%,.0625W,S
M,0402,200PPM/CEL,PB-FREE
0615049H01
0613952M66
R6552
0613952R25
R6431
0613952Q81
CER CHIP RES 2200 OHM 5
0402
R6524
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
CER CHIP RES 100K OHM 5%
0402
R6558
0613952P22
CER CHIP RES 2200 OHM 5
0402
R6501
0613952Q25
CER CHIP RES 10.0 OHM 5 0402
R6526
0613952Q25
CER CHIP RES 10.0 OHM 5 0402
R6561
0613952R66
CER CHIP RES 2200 OHM 5
0402
R6502
CER CHIP RES 0.0 +/-0.050
OHM
CER CHIP RES 165K OHM 1
0402
R6503
0613952Q25
CER CHIP RES 10.0 OHM 5 0402
R6504
0613952R09
CER CHIP RES 22K OHM 5%
0402
CER CHIP RES 78.7K OHM 1
0402
CER CHIP RES 0.0 +/-0.050
OHM
R6562
0613952R66
R6528
R6505
0613952Q80
CER CHIP RES 2000 OHM 5
0402
CER CHIP RES 100K OHM 5%
0402
CER CHIP RES 0.0 +/-0.050
OHM
R6563
0613952R66
R6529
R6506
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
KAMAYA 0.2 OHM CHIP
RESISTOR
CER CHIP RES 0.0 +/-0.050
OHM
R6564
0613952R66
R6530
0613952L30
CER CHIP RES 200 OHM 1 0402
CER CHIP RES 0.0 +/-0.050
OHM
R6507
0613952R01
CER CHIP RES 10K OHM 5%
0402
R6531
0613952R01
CER CHIP RES 10K OHM 5%
0402
R6565
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
R6508
0613952R17
CER CHIP RES 47K OHM 5%
0402
R6535
0613952N01
CER CHIP RES 10.0K OHM 1
0402
R6566
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
R6509
0613952R25
CER CHIP RES 100K OHM 5%
0402
R6536
0613952Z72
RES,MF,91KOHM,1%,.0625W,S
M,0402,200PPM/CEL,PB-FREE
R6567
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
R6510
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
R6537
0613952P09
CER CHIP RES 121K OHM 1
0402
R6568
0613952P47
CER CHIP RES 301K OHM 1
0402
R6511
0613952R01
CER CHIP RES 10K OHM 5%
0402
R6538
0613952Q95
CER CHIP RES 8200 OHM 5
0402
R6570
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
R6512
0613952N01
CER CHIP RES 10.0K OHM 1
0402
R6539
0613952P66
CER CHIP RES 475K OHM 1
0402
R6574
0613952R25
CER CHIP RES 100K OHM 5%
0402
R6540
0613952P66
CER CHIP RES 475K OHM 1
0402
R6576
0613952R01
CER CHIP RES 10K OHM 5%
0402
R6541
0613952R25
CER CHIP RES 100K OHM 5%
0402
R6577
0613952Q89
CER CHIP RES 4700 OHM 5
0402
R6542
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
R6578
0613952Q89
CER CHIP RES 4700 OHM 5
0402
CER CHIP RES 2200 OHM 5
0402
CER CHIP RES 10.0K OHM 1
0402
0613952R01
CER CHIP RES 10K OHM 5%
0402
R6411
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
R6414
0613952Q61
CER CHIP RES 330 OHM 5 0402
R6415
0613952Q61
CER CHIP RES 330 OHM 5 0402
R6416
0613952Q61
CER CHIP RES 330 OHM 5 0402
R6417
0613952Q61
CER CHIP RES 330 OHM 5 0402
R6419
0613952Q37
CER CHIP RES 33.0 OHM 5 0402
R6420
0613952R17
CER CHIP RES 47K OHM 5%
0402
R6513
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
CER CHIP RES 10K OHM 5%
0402
R6514
0613952Q89
CER CHIP RES 4700 OHM 5
0402
CER CHIP RES 120 OHM 5 0402
R6515
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
0613952Q51
0613952Q63
CER CHIP RES 200K OHM 5
0402
R6410
R6422
CER CHIP RES 0.0 +/-0.050
OHM
CER CHIP RES 22K OHM 5%
0402
CER CHIP RES 10K OHM 5%
0402
0613952R01
0613952R66
0613952R09
0613952R01
R6421
R6543
R6523
R6406
0613952N01
CER CHIP RES 0.0 +/-0.050
OHM
Description
CER CHIP RES 27K OHM 5%
0402
CER CHIP RES 1200 OHM 5
0402
R6409
0613952Z64
Part Number
0613952R11
0613952Q75
0613952Q81
R6429
0613952R25
Ref.
Des.
Description
R6430
R6405
R6407
R6428
Description
R6527
0613952R66
0613952N87
0613952R25
0615049H01
8-156
Schematics, Boards Overlays, and Parts Lists: Controller Board
Ref.
Des.
Part Number
R6579
0613952R01
CER CHIP RES 10K OHM 5%
0402
R6580
0613952R17
CER CHIP RES 47K OHM 5%
0402
R6581
0613952Q49
CER CHIP RES 100 OHM 5 0402
R6582
0613952Q89
CER CHIP RES 4700 OHM 5
0402
R6583
0613952R03
CER CHIP RES 12K OHM 5%
0402
R6584
0613952Q56
CER CHIP RES 200 OHM 5 0402
R6601
0613952R01
CER CHIP RES 10K OHM 5%
0402
R6604
0613952Q73
CER CHIP RES 1000 OHM 5
0402
R6605
0613952Q33
CER CHIP RES 22.0 OHM 5 0402
R6606
0613952Q37
R6608
Description
Ref.
Des.
Part Number
Ref.
Des.
Part Number
U2201
5171679H01
LED LIGHT DRIVER
U6505
5189631P01
IC,SYNC STEP-DOWN CONV
U2202
5164852H47
IC, I2C LEVEL TRANSLATOR
U6506
5184790Y04
U2204
5187970L78
1.4MHZ WHITE LED DRIVER
IC,400MA ADJ VREG
LDO,SOT23
U2205
4871987H01
LOW FREQUENCY
TRANSISTOR
U6507
5171682H01
800MA BUCK REGULATOR
U6508
51009366001
500MA LOW DROPOUT CMOS
LINEAR REG.
U6509
5175114H01
SINGLE AND GATE MICROPAK
U6510
5114007A47
IC,OR,17SZ32,1PER PKG,
SOT-353,PB FREE
Description
U4001
5164852H47
IC, I2C LEVEL TRANSLATOR
U4003
5188691V01
IC,MUX/DEMUX,
NC7SB3157P6X,SM,SC70-6,
1PER PKG,BUS,PB FREE
Description
U4004
5116783H01
SN74LVC2G66 ANALOG
SWITCH
U6511
5171339H01
MICROPOWER VOLTAGE
REGULATOR
U6101
0180706J18
PROGRAMMED CPLD
U6601
5175114H01
SINGLE AND GATE MICROPAK
U6102
5188691V01
IC,MUX/DEMUX,
NC7SB3157P6X,SM,SC706,1PER PKG,BUS,PB FREE
Y6501
4864005H01
RESONATOR, CRYSTAL
24.576 MHZ
Y6502
4809995L05
CER CHIP RES 33.0 OHM 5 0402
U6103
5175114H01
SINGLE AND GATE MICROPAK
XTAL QUARTZ 32.768KHZ
CC4V-T1
0613952R01
CER CHIP RES 10K OHM 5%
0402
U6104
5175114H01
SINGLE AND GATE MICROPAK
Y6601
4802582S85
U6105
5175114H01
SINGLE AND GATE MICROPAK
R6609
0613952R25
CER CHIP RES 100K OHM 5%
0402
U6201
5185941F26
IC,COMPTR,LMV7219,NOPB
RESON,QRTZ,12MHZ,TOLERAN
CE10PPM,STABILITY15PPM,SM
,FUND,LO
R6616
0613952Q80
CER CHIP RES 2000 OHM 5
0402
U6301
51012031001
32MB DIE SHRINK DDR SDRAM
IC
R6617
0613952R01
CER CHIP RES 10K OHM 5%
0402
U6302
5102495J13
IC,MICROP,P1710ZZGE,BGA,
12MHZ,32BITS
R6618
0613952R01
CER CHIP RES 10K OHM 5%
0402
U6304
0105955U25
ASSY,IC,BGA SPEC PROG,
FLASH MEMORY
R6619
0613952R01
CER CHIP RES 10K OHM 5%
0402
U6401
5175772B38
IC ANALOG TEMPERATURE
SENSOR
R6621
0613952Q89
CER CHIP RES 4700 OHM 5
0402
U6402
5115453H01
RAIL TO RAIL OUTPUT, 8 PIN
BGA
R6622
0613952Q35
CER CHIP RES 27.0 OHM 5 0402
U6404
5175772B38
IC ANALOG TEMPERATURE
SENSOR
R6623
0613952Q35
CER CHIP RES 27.0 OHM 5 0402
U6405
5188348V06
R6624
0613952Q35
CER CHIP RES 27.0 OHM 5 0402
IC,AUDIO CODEC,SM,AUDIO
CODEC
R6625
0613952Q35
CER CHIP RES 27.0 OHM 5 0402
U6408
5188521T01
R6626
0613952R01
CER CHIP RES 10K OHM 5%
0402
IC,VREF,SM,SOT23,1PER PKG,
.5%,1.25 TO 13.75,PRCN
BANDGAP ADJUS
SH1
26009328001
SHIELD, MAKO SWITCHERS
U6409
51009000001
SH2
26009329001
SHIELD, OMAP MEMORY
NANOPOWER, 1.8V, SOT23
COMPARATOR
SH3
26009330001
SHIELD, CODEC
U6501
5185143E77
IC, MAKO ASIC, CMOS PWR
MGMT
U2101
5109522E84
IC DUAL SCHMITT TRIG MICRO
PAK
U6502
4871987H01
LOW FREQUENCY
TRANSISTOR
U2102
5109522E84
IC DUAL SCHMITT TRIG MICRO
PAK
U6503
5171674H01
OP AMP
U6504
5171682H01
800MA BUCK REGULATOR
Schematics, Boards Overlays, and Parts Lists: Expansion Board
8.9
8-157
Expansion Board
P2001
P2001
P2001
2
AUD_PA_IN_P
4
AUD_PA_IN_N
6
AUD_PA_SHUTDOWN
M2003
P2001
P2001
8
10
AUD_MIC_P
M2002
AUD_MIC_N
1
AUD_MIC_P_1 1
L2001
20NH
C2001
470PF
1
TP2009
DNP
1
TP2008
DNP
AUD_PA_IN_P
AUD_PA_IN_N
AUD_PA_SHUTDOWN
1
AUD_INT_SPKR_FILT_P
1
AUD_INT_SPKR_FILT_N
AUDIOPA
AUD_INT_SPKR_FILT_P
AUD_INT_SPKR_FILT_N
BLUETOOTH_GPS
M2004
AUDIO_CONTROLLER
M2005
JTAG + BT DEBUG CONNECTOR
GPS_BLUETOOTH
AVR_TCK
P2001
P2001
P2001
P2001
P2001
P2001
P2001
P2001
P2001
P2001
P2001
P2001
P2001
P2001
P2001
P2001
P2001
P2001
MACE_SEC_CLR_MODE
EMERG_BTN
MONITOR
KEYFAIL
OMAP_RESET_OUT
TX_INHIBIT
MACE_RESET
MACE_WAKEUP
VRTC
VSAVE
40
55
38
30
36
32
34
66
64
MACE_SEC_CLR_MODE
EMERG_PB
MON
KEYFAIL
RST_OUT
TX_INH
MACE_RST
MACE_WAKEUP
VRTC
VSAVE
P2001
MACE_CLOCK
44
46
P2001
CLK
P2001
SERIAL
P2001
OPT_SSI_CLK
OPT_SSI_FSYNC
P2001
P2001
SSI_BLACK_RX
SSI_BLACK_TX_MACE
SSI_MACE_TX_DIN
BLOCK_SSI_RED
SSI_RED_RX_MACE
48
50
56
52
54
25
SSI_RED_TX_CODEC
VCC_1.85
AVR_TCK
BT_AUD_IN
AVR_TDO
AVR_TDO
BT_AUD_OUT
AVR_TDI
GPS_BT_3.3V
AVR_TDI
BT_AUD_CLK
1
AVR_TMS
AVR_TMS
BT_AVR_RESET
5
BT_PTT
7
29
AVR_STATUS_1.8V
31
VBUS1
35
USB1_DP
USB1_DM
33
SSI_BLACK_RX
SSI_BLACK_TX_MACE
SSI_MACE_DIN
MACE_BLOCK_SSI_RED
SSI_RED_RX_MACE
17
32KHZ
BT_SPARE_1.8
23
BT_SPARE_1.8
ACC_SPKR_UNMUTE_1.8
AVR_STATUS_1.8V
ACC_SPKR_UNMUTE_1.8
BT_HCI_RX
MACE_TCK
MACE_RTCK
MACE_TMS
MACE_TDO
MACE_TDI
MACE_NTRST
42
58
62
BT_HCI_TX
MACE_TCK
MACE_RTCK
MACE_TMS
MACE_TDO
MACE_TDI
MACE_NTRST
BT_TX_DBG
21
GPS_ANT
1
GPS_ANT
BT_AVR_VBUS
GPS_RX
BT_AVR_USB_DP
GPS_RX
BT_AVR_USB_DM
GPS_TX
11
GPS_TX
9
GPS_SHUTDOWN
BT_AVR_RESET_3.3V
2
3
AVR_TCK
4
AVRJTAG.MACEJTAGREQUIRES
AVR_MACE_TDO
5
J2001
J2001
SWAPPINGTDO,TDI,ANDTMSJUMPERS
R2026
0
AVR_TDO
AVR_MACE_TDI
AVR_MACE_TMS
6
7
J2001
BT_AVR_RESET_3.3V
8
USB_BOOT_1.8V
9
P2001
MULTIPLEXEDLINESDEFAULTEDTO
BT_AVR_RESET
BT_PTT
13
GPS_SHUTDOWN
P2001
P2001
P2001
MACE_TDO
R2027
0 DNP
AVR_TDI
R2028
0
MACE_TDI
R2029
0 DNP
AVR_TMS
R2030
0
MACE_TMS
R2031
0 DNP
P2001
P2001
P2001
BT_AVR_RESET_3.3V
AVR_MACE_TDO
10
11
AVR_MACE_TDI
AVR_USART2_TX
BT_HCI_RX
AVR_USART2_TX
AVR_USART2_RX
BT_HCI_TX
AVR_USART2_RX
BT_TX_DBG
USB_BOOT_1.8V
USB_BOOT_1.8V
43
AVR_MACE_TMS
P2001
3
15
J2001
USB1_DM
USB1_DP
BT_AUD_FSYNC
GPS_BT_32KHZ
P2001
MACE_CLK_4MHZ
OPT_SSI_CLK
OPT_SSI_FSYNC
SSI_RED_RX_CODEC
OPT_SSI_FSYNC
GPIO
60
27
OPT_SSI_CLK
SECURE
P2001
P2001
P2001
AVR_USART2_RX
12
AVR_USART2_TX
13
VBUS1
14
15
MACE_TCK
16
MACE_RTCK
17
MACE_NTRST
BT_HCI_RX
18
19
BT_HCI_TX
20
BT_TX_DBG
21
22
P2001
J2001
J2001
J2001
J2001
J2001
J2001
J2001
J2001
J2001
J2001
J2001
J2001
J2001
J2001
J2001
J2001
J2001
J2001
P2001
EXPANDABLE_MEM
67
GCAI_GPIO0
79
GCAI_VBUS_5V
0
12
GCAI_EXT_SPKR_N_1
11
GCAI_EXT_MIC_P_2
150
9
10
R2004
GCAI_GPIO0_1
100
7
1
2
77
65
GCAI_GPIO4_CTS
R2005
510
GCAI_GPIO4_CTS_1
8
80
GCAI_ONE_WIRE
R2006
0
GCAI_ONE_WIRE_1
16
71
GCAI_USB_P_GPIO1
5
73
GCAI_USB_N_GPIO2
4
78
GCAI_RTS_GPIO3
GCAI_RTS_GPIO3_1
4
J2005
CONN_SB1_1
7
J2005
1
D2004
RSB6
D2006
RSB6
J2005
1
2
5
6
9
10
J2005
J2005
J2005
J2005
J2005
J2005
1
E2011 DNP
SPARK_GAP
GCAI_CONNECTOR1
J2004
J2004
J2004
J2004
J2004
J2004
J2004
J2004
J2004
J2004
J2004
J2004
2
1
E2009 DNP
SPARK_GAP
GCAI_CONNECTOR1
2
1
1
1
E2007 DNP
SPARK_GAP
GCAI_CONNECTOR1
2
1
1
J2004
AUDIOPASHIELD
SH2
26009333001
GPS/BTSHIELD
SH1
26009331001
MACE&MMCSHIELD
SH3
26009334001
AVR&NFCSHIELD
SH4
26009332001
1
1
E2012
SPARK_GAP
DNP
2
D2005
RSB6
2
D2007
RSB6
8
3
15
J2004
E2015
SPARK_GAP
DNP
2
2
E2013
SPARK_GAP
DNP
1
2
C2014
470PF
DNP
2
C2013
470PF
DNP
E2014
SPARK_GAP
DNP
1
C2016
470PF
DNP
0
1
C2015
470PF
DNP
R2009
2
CONN_INT_PTT
57
CON_INT_PTT_1
6
13
J2004
DNP
E2010
SPARK_GAP
GCAI_CONNECTOR1
CONN_SB2_1
0
2
J2005
0
R2010
2
3
R2011
CONN_SB1
61
DNP
E2008
SPARK_GAP
GCAI_CONNECTOR1
CON_MONITOR_1
DNP
E2006
SPARK_GAP
GCAI_CONNECTOR1
0
1
P2001
R2012
2
P2001
59
MONITOR
CONN_SB2
1
P2001
63
2
P2001
1
G1
G2
2
SIDEBUTTONSCONN
P2001
P2001
E2005 DNP
SPARK_GAP
GCAI_CONNECTOR1
C2011
.1UF
2
C2010
.1UF
1
PGB1010603
VR2003
DNP
2
PGB1010603
VR2002
DNP
1
D2002
RSB6
2
PGB1010603
VR2006
R2025
2.2
DNP
E2004
SPARK_GAP
GCAI_CONNECTOR1
1
PGB1010603
VR2005
C2008
470PF
DNP
C2006
0.1UF
DNP
VR2004
PGB1010603
VR2001
PGB1010603
C2024
12PF
R2024
2.2
2
C2009
470PF
D2003
RSB6
1
C2005
470PF
DNP
RSB6
D2009
D2001
RSB6
DNP
E2002
SPARK_GAP
GCAI_CONNECTOR1
R2007
100
69
75
76
E2003 DNP
SPARK_GAP
GCAI_CONNECTOR1
14
J2004
1
2
GCAI_EXT_MIC_N
R2003
1
2
68
R2014
GCAI_EXT_MIC_P_1
270NH
L2002
1
2
GCAI_EXT_MIC_P
GCAI_EXT_SPKR_P_1
1
P2001
P2001
P2001
GCAI_EXT_SPKR_N
70
0
2
P2001
72
R2013
E2001
DNP
SPARK_GAP
GCAI_CONNECTOR1
P2001
GCAI_EXT_SPKR_P
2
P2001
GCAI CONNECTOR
74
2
P2001
EMMC_RESET
1
P2001
MMC_DAT3
12
26
1
P2001
MMC_DAT2
1
P2001
EMMC_RESET
2
P2001
19
MMC_DAT1
1
P2001
MMC_DAT3
2
P2001
24
MMC_CMD
1
P2001
MMC_DAT2
2
P2001
MMC_DAT1
22
2
P2001
P2001
MMC_CMD
1
P2001
16
20
MMC_DAT0
2
P2001
MMC_CLK
1
P2001
MMC_DAT0
2
P2001
MMC_CLK
1
P2001
14
18
RSB6
D2008
P2001
2
P2001
FORBASICVERSIONUSE0613952L83
FORFULLVERSIONUSE0613952R66
EXPANSION
BOARDID
P2001
37
EXP_BRD_TYPE
R2021
0
VSW_5.4
VSW_3.6
1
C2050
0.1UF
C2051
100PF
TP2006
DNP
C2052
12PF
P2001
41
VCC_1.85
1
C2018
0.1UF
C2012
100PF
C2020
12PF
Figure 8-81. HLN5978B Expansion Board Overall Circuit Schematic
TP2007
DNP
P2001
28
1
C2022
12PF
VCC_2.775
TP2005
DNP
C2004
100PF
P2001
45
C2003
100PF
1
C2023
12PF
TP2011
DNP
M2008 M2009
M2010
M2011
M2012
M2013
1
1
1
1
1
51
M2014 M2015 M2016
1
49
P2001
TP2010
DNP
1
P2001
1
1
39
47
53
1
CLIPS FOR CHASSIS GROUNDING
P2001
P2001
P2001
8-158
Schematics, Boards Overlays, and Parts Lists: Expansion Board
VSW_5.4
VCC_2.775
VCC_1.85
R2101
100K
AUD_INT_SPKR_FILT_P_1
L2103
20NH
AUD_INT_SPKR_FILT_P
AUD_PA_IN_P
C2102
0.1UF
C2
SHUTDOWN
C1
IN_NEG
A1
IN_POS
U2101
TPA2034D1
B2
B1
IN
OUT
C2121
.47UF
L2101
10UH
C2103
0.1UF
PVDD
AUD_PA_IN_N
IN
C2101
100PF
AUD_PA_SHUTDOWN
VDD
IN
C2104
10UF
VO_NEG
VO_POS
A3
C3
C2118
1UF
L2102
10UH
R2123
20
C2120
.33UF
PGND
TP2102
TEST_POINT
GND
GND
1
A2
VOUT
NC
1
B3
VCC
U2104
STLM20
3
NC
2
4
C2123
0.1UF
A
A
AUD_INT_SPKR_FILT_N_1
L2104
20NH
AUD_INT_SPKR_FILT_N
OUT
C2119
1UF
C2122
.47UF
A
R2124
20
A
A
Figure 8-82. HLN5977A/ HLN5978B Audio Circuit
Schematics, Boards Overlays, and Parts Lists: Expansion Board
8-159
VCC_1.85
VCC_1.85
VCC_1.85
MACE
R2511 VDD_IOM
0
R2512
0
V_COMP
VDDC
2
VIN
4
NC1
NC
B8
C12
E11
G12
K12
M12
M8
A1
C6
H4
F3
K3
N4
E4
A5
F14
A10
L9
N6
C2520
0.1UF
N2
XIN32
P2
XOUT32
R2505
1.2K
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
C2506
.01UF
CONT_1.875
VCC_1.85
R2507
1MEG
R2503
10K
DNP
NC
OPT_SSI_CLK
SSI_MACE_DIN
OPT_SSI_FSYNC
A9
FIQ
A8
IRQ0
P7
IRQ1
B9
NRST
MACE_WAKEUP
MACE_RST
MACE_TCK
MACE_TMS
MACE_TDI
MACE_NTRST
IN
IN
OUT
IN
ENC_JTAGSEL0
ENC_JTAGSEL1
VCC_1.85
R2508 10K
DNP NC
NC
NC
SSI_BLACK_RX
B11
P14
D9
H11
D11
C11
JTGSEL0
JTGSEL1
LCK0
LCK1
TST0
TST1
D14
SCK0
B14
RXD0
A12
CTS0
L6
RD0
P8
RK0
M7
RF0
KEYFAIL
VCC_1.85
R2501
100K
D12
RD2
B13
TK2_RK2
A13
TF2_RF2
L10
PA25_TK3_RK3
B10
KYLD
GNDIO1
GNDIO2
GNDIO3
GNDIO4
GNDIO5
GNDIO6
GNDIO7
GNDIO8
GNDIO9
GNDIO10
GNDIO11
GNDIO12
GNDC1
GNDC2
GNDC3
GNDC4
GNDC5
GNDC6
GNDOSC
GNDBU
SSI_BLACK_TX_MACE
IN
DNP
1
1
NC
ENC_UART_TX
IN
D8
TCK
C8
TMS
D10
TDI
E12
NTRST
ENC_UART_RX
TEST_POINT
DNP
1
1
ENC_UART_TX
TEST_POINT
DNP
PB1_DRXD
P13
PA19_TK1_RK1_SPCK
N14
PA18_RD1_MOSI
P12
PA20_TF1_RF1_NPCS
1
IN
N8
CONT LDO
NC
NC
NC
NC
NC
R2515
0 DNP
1
NC
VRTC
IN
TP_MACE_NRD
DNP
IN
PA23_TD3_A0_NBS0
A1
A2
A3
A4
A5
A6
A7
A8
A9
A10
A11
A12
A13
A14
A15
A16
A17
A18
A19
PA24_RD3_A20
PA26_TF3_RF3_A21
D0
D1
D2
D3
D4
D5
D6
D7
D8
D9
D10
D11
D12
D13
D14
D15
ALARM
PA17_TD1_MISO
TDO
RTCK
TCLK
TPS0
TPS1
TPS2
PB0_DTXD
TXD0
RTS0
TD0
TK0
TF0
TD2
PA27_TWD
PA28_TWCK
P11
L1
L2
K4
K2
K1
J3
J4
J2
H3
H2
H1
G3
G4
G2
G1
F2
F1
E3
E2
N11
N10
E1
D1
D2
C2
C1
D4
C3
B1
B2
A2
C4
A3
C5
A4
B4
D5
M4
L11
A14
C9
F11
F12
E14
D13
L8
C13
C14
L5
M6
N7
A11
P10
M9
C2527
0.1UF
VSAVE
D2521
BAS116LT1
2
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
R2516
0
KEY RETENTION DELAY
R2523
10MEG
MACE_BLOCK_SSI_RED
R2519
10
R2522
C2518
2.2UF 10MEG
U2526
LMC7215
V_COMP
1
3
C2536
0.1UF
R2524
1MEG
C2540
0.1UF
C2543
0.1UF
C2546
0.1UF
C2550
0.1UF
VDD_IOP
OPT_SSI_FSYNC
R2513
2K
C2534
0.1UF
C2538
0.1UF
C2541
0.1UF
C2544
0.1UF
C2548
0.1UF
C2551
0.1UF
C2553
0.1UF
C2535
0.1UF
C2539
0.1UF
C2542
0.1UF
C2545
0.1UF
C2549
0.1UF
C2552
0.1UF
C2554
0.1UF
VDDC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
VCC_1.85
R2517
10K
TX_INH
SSI_RED_RX_MACE
MACE_TDO
MACE_RTCK
KEYZEROIZE CKT
IN
Q2547
SI1024X_T1_E3
D2
OUT
OUT
IN
NC
NC
NC
NC
NC
TAMPER POGO PIN
CONT_1.875
NC
1
M2533
OUT
IN
SSI_BLACK_TX_MACE
R2529
200K
NC
NC
NC
MACE_BLOCK_SSI_RED
R2514
0 DNP
OUT
R2530
200K
MON
IN
5
4
2
1
C2531
0.1UF
C2532
0.1UF
G1
S1
5
4
3
6
3
G2
S2
D1
2
1
G2
S2
D1
OUT
NC
NC
RST_OUT
Q2537
SI1024X_T1_E3
D2
EMERG_PB
IN
MACE_SEC_CLR_MODE
Figure 8-83. HLN5977A/ HLN5978B Secure Circuit
BYPASS CAPS
VDD_IOM
4
B3
F4
B12
C7
E13
J1
J11
L7
M11
N5
N13
P1
B5
G11
D3
C10
M5
N9
P4
N3
TP2502
DNP
IN
PA0_TSYNC_PCK1
PA1_TPK0
PA2_TPK1
PA3_TPK2
PA4_TPK3_DTR1
PA5_TPK4_DSR1
PA6_TPK5_DCD1
PA7_TPK6_RI1
PA8_TPK7_SCK1
PA9_TPK8_RTS1
PA10_TPK9_CTS1
PA11_TPK10_TXD1
PA12_TPK11_RXD1
PA13_TPK12
PA14_TPK13
PA15_TPK14_PCK0
PA16_TPK15_PCK1
PA21_PCK0_NWAIT
L4
VDDBU
M2
TPR0
M3
TPR1
KEY_ZEROIZE
IN
IN
IN
F13
G13
G14
H12
H13
H14
J12
J13
J14
K13
K14
K11
L12
L14
L13
M13
M14
N12
N1
L3
M1
A7
B7
D7
A6
P9
M10
D6
B6
NC
5
C2504
1000PF
NCS0
NCS1
NCS2
NCS3
NCS4
NCS5
NCS6
PA29_NCS7
PA22_IRQ2_NWR0_NWE
NRD
NWR1_NBS1
1
NC
MACE_PLLRC
P5
XIN
P6
XOUT
P3
PLLRC
3
5
C2528
0.1UF
3
IN
VDDIOP1
VDDIOP2
VDD1OP3
VDDIOP4
VDDIOP5
VDDIOP6
VDDIOP7
VDDIOM1
VDDIOM2
VDDIOM3
VDDIOM4
VDDIOM5
VDDOSC
VDDC1
VDDC2
VDDC3
VDDC4
VDDC5
VDDC6
MACE_CLK_4MHZ
U2510
AT58890
VOUT
NC2
2
R2509
0
CONT_1.875
1
VDD_IOP
GND
U2525
MC78LC
6
NC
KEY_ZEROIZE
G1
S1
C2555
0.1UF
8-160
Schematics, Boards Overlays, and Parts Lists: Expansion Board
VCC_1.85
R2313
0
C2303
0.1UF
C2302
0.1UF
C2301
0.1UF
VCC_2.775
R2312
0
VCC_1.85
P10
RFU17
K10
K7
K6
P7
RFU16
RFU15
RFU14
J5
RFU12
RFU13
G10
H5
RFU11
RFU10
F10
E10
E9
E8
E5
C5
A7
P14
G3
RFU9
RFU8
RFU7
RFU6
RFU5
RFU4
RFU3
RFU2
RFU1
P13
P12
P11
P9
A6
NC106
NC105
NC104
NC103
NC102
P1
P8
NC101
NC100
N14
N13
N12
P2
NC99
NC98
NC97
NC96
N10
N11
NC95
NC94
P5
P3
N4
M4
C2
VDDI
VCCQ5
VCCQ4
VCCQ3
VCCQ2
J10
C6
K9
NC78
NC79
NC13
NC80
NC14
NC81
NC15
NC82
NC16
NC83
NC17
NC84
NC18
NC85
NC19
NC86
NC20
NC87
NC21
NC88
NC22
NC89
NC23
NC90
NC54
NC92
NC93
H3
H12
H13
H14
J1
J2
J3
J12
J13
J14
K1
K2
K3
K12
K13
K14
L1
L2
L3
L12
L13
L14
M1
M2
M3
M7
M8
M9
M10
M11
M12
M13
M14
N1
N3
N6
N7
N8
N9
H2
NC53
H1
NC52
G14
NC51
NC50
NC49
G2
G13
G12
NC48
NC47
G1
F14
NC46
F13
NC45
NC44
F12
NC43
F3
F2
NC42
F1
E14
NC41
NC91
NC40
C9
NC11
NC12
NC39
C8
NC77
E13
C7
NC10
E12
C3
NC76
NC38
C1
NC75
NC9
NC37
B14
NC74
E3
B13
NC7
NC8
NC36
B12
NC73
E2
B11
NC72
E1
B10
NC5
NC6
NC35
B9
NC71
D14
B8
NC4
NC34
B7
NC70
NC33
B1
NC69
NC3
NC32
A14
NC2
D13
A13
NC68
D12
A12
NC1
NC31
A11
NC67
D4
A10
NC66
NC30
A9
DAT7
D3
A8
NC65
D2
A2
DAT6
NC29
A1
NC64
D1
B6
NC63
DAT5
NC28
B5
DAT4
NC27
B4
C14
1
NC62
C13
B3
TP2301
TEST_POINT
DAT3
NC26
B2
NC25
MMC_DAT3_1
C12
0
NC61
NC24
R2306
NC60
C11
MMC_DAT3
DAT1
DAT2
C10
A5
VSSQ5
MMC_DAT2_1
P6
0
NC59
VSSQ4
0
R2305
DAT0
P4
R2304
MMC_DAT2
NC57
VSSQ3
A4
VCCQ1
A3
MMC_DAT1_1
NC56
NC58
VSSQ2
MMC_DAT0_1
R2303
MMC_DAT1
NC55
RST_N
VSSQ1
0
MMC_DAT0
U2301
MTFC4GGQDM
CMD
N5
K5
N2
M5
EMMC_RESET
VCC4
MMC_CMD_1
VSS4
0
VCC3
R2302
VCC1
MMC_CMD
CLK
K8
IN
M6
C4
IN
IN
MMC_CLK_1
VSS3
IN
0
H10
IN
R2301
VSS1
IN
MMC_CLK
E7
IN
F5
R2311
51K
E6
R2310
51K
VCC2
R2309
51K
VSS2
R2308
51K
G5
R2307
10K
C2306
1UF
C2305
0.1UF
C2304
0.1UF
Figure 8-84. HLN5978B Expandable Memory Circuit
Schematics, Boards Overlays, and Parts Lists: Expansion Board
8-161
VCC_1.85
VSW_3.6
R2415
0
C2476
10PF
KT2016A
26MHZ
L2
NC
NC
NC
NC
GPS_BT_2.8V
1
NC
C10
C2424
1PF
NC
NC
NC
NC
L10
A10
B8
A1
1
C2435 .1UF
B3
VDDS1
VDDS2 G10
VDDS3 K5
E2
VDDS4
C2434 .1UF
D9
C2433 .1UF
D10
VDD_PPAIF_BT
.1UF
C2432 .1UF
B9
VDD_RF_BT
A8
VDD_DCO_BT
VDD_CLASS1P5_BT
LNA_ENABLE
TP2405
R2462
0
IN
R2417
0
NC
NC
1
GPS UART
R2420
0
TP2403
NC
NC
NC
NC
NC
NC
GPS_SHUTDOWN
R2402
100K
TP2406
R2421
0
TP2407
OUT
GPS_TX
(TO OMAP UART RX)
IN
GPS_RX
(FROM OMAP UART TX)
TP2408
NC
NC
R2422
0
BT_HOST_WAKEUP_1.8V
NC
BT_RF
TEST_EN
BT_TESTM
BT_TESTP
PMTEST_1P8V
G9
F3
E10
J5
C2
B6
H5
C7
D6
C5
D7
A5
BT_IRQ_BT_HOST_WAKEUP H10
BT_WAKEUP A6
BTFM_NSHUTDOWN
A4
BT_HCI_UART_TX B5
BT_HCI_UART_RX B7
BT_HCI_UART_RTS B4
BT_HCI_UART_CTS
D1
BT_AUD_CLK D2
BT_AUD_FSYNC C3
BT_AUD_OUT D3
BT_AUD_IN
1
NC
NC
NC
NC
BT_TX_DBG
BT_WAKEUP_1.8V
TP2404
R2424
0
OUT
BT_SHUTDOWN_1.8V
BT_HCI_TX
OUT
BT HCI UART
BT_HCI_RX
R2425
0
BT_UART_TX_1.8V
IN
R2426
0
BT_UART_RX_1.8V
R2427
0
BT_UART_RTS_1.8V
R2428
0
BT_UART_CTS_1.8V
R2429
0
BLUETOOTH ANTENNA
CONTACTS
BT AUDIO
IN
BT_AUD_CLK
IN
BT_AUD_FSYNC
R2430
0
M2402
1
R2439
0
DNP
IN
OUT
GND2
C2481
1.2PF
4
R2438
0
GND1
FL2402
LFB2H2G45CC1D005TEMP
2
M2401
A3
J8
J3
C8
BT_TX_DBG_BT_GPIO6
BT_GPIO2
BT_GPIO3
BT_GPIO4
BT_GPIO5
VSS_DIG1
VSS_DIG2
VSS_DIG3
VSS_DIG4
VSS_DIG5
VSS_DIG6
C2409
12PF
L7
FM_AUD_OUT_L
K7
FM_AUD_OUT_R
VSS_MIX_GPS
VSS_LNA_GPS1
VSS_LNA_GPS2
VSS_LNA_GPS3
VSS_ADCPLL_FM
VSS_PASYNTH_FM
VSS_RF_FM
4
NC
NC
IN
NC
K3
L1
L3
K2
J7
J10
K8
R2411
110
OUT
L2406
12NH
VSS_PLL_GPS
R2409
110
1 IN
C2425
22PF
VSS_TCXO_CLK
U2404
BGA615L7
FL2403
FARF6KA1G5754
VSS_REF_CLK
LNA_ENABLE
6
R2410
56
J1
AO
C2422
22PF
32KHZ
R2423
0
E9
AI
BIAS
PON
L2404
100NH
C2405
.01UF
Figure 8-85. HLN5978B GPS Bluetooth Circuit – 1 of 2
C2431
.1UF
C2430
J2
B1
C2429
K4
FM_ABGAP_CAP
FM_RFP_OUT
G2
1
2
4
C2418
6.8PF
LNA_ENABLE
(ENABLESLNAONRFBOARD)
L8
K9
VSS_DPLL_BT
VSS_DCO_BT
VSS_RF_BT
L2402
3.3NH
U2401
NL5500
A7
A9
B10
C2404
12PF
4
VCC
OUT
2
3 GND1
5 GND2
GND3
L2405
4.7NH
IN
7
3 GND
DEG
R2401
1K
1
2
3 GND1
5 GND2
GND3
C2402
5.6PF
GPS_ANT
VSENSE
IFORCE
GPS_TP
GPS_TM
H7
FM_AUD_IN_L
H8
FM_AUD_IN_R
5
FL2401
FARF6KA1G5754
NC
C2408
1000PF
C2407
12PF
1
1
IN
L2403
18NH
GPS_LNA_IN
J9
FM_RFN_IN
L9
FM_RFP_IN
EXTERNAL LNA
2
(GPSRFFACTORYTP)
TP2401 TP2402
J4
L4
H3
H2
H9
J6
REF_CLK_REQ E8
REF_CLK_HV E7
REF_CLK_LV G4
CLK_REQPOL
H4
GPS_I2C_UART_SEL
G5
GPS_IRQ C6
GPS_TIMESTAMP G3
GPS_PA_EN H6
GPS_EXT_LNA_EN D5
GPS_NSHUTDOWN C4
GPS_PPS_OUT
F5
GPS_UART_TX E3
GPS_UART_RX
F4
GPS_SENS_I2C_SCL E4
GPS_SENS_I2C_SDA
F8
FM_I2S_CLK F7
FM_I2S_FSYNCH G8
FM_I2S_IN G7
FM_I2S_OUT_BT_GPIO1
F6
FM_I2C_SCL E6
FM_I2C_SDA
G6
FM_IRQ
TCXO_CLK_LV
D4
TCXO_CLK_REQ
E1 TCXO_LDO_VPROG
C2437
18PF
1
C2403
1UF
NC
RTC_CLK
C2436
.1UF
1
GND
F1
C2413
1UF
1
VCC
C2421
22PF
3
C1
VDD_SRAM_LDO
F9
VDD_SRAM1
L5
VDD_SRAM2
4
C2420 18PF
1UF
B2
VOUT
R2440
0
Y2204
1 ENABLE_DISABLE
OUTPUT
2
C2401
2.2UF
.1UF
VEN
VIN
GPS_BT_2.8V
GND
A1
A2
C2419
U2405
LP5900
B1
R2403
0
2
C2406
1
VSW_3.6
26MHZ TCXO
L2401
18NH
C2412
1UF
VDD1P8V_2
VDD1P8_FM
VDD1P8_GPS
VDD1P8_BT
VCC_1.85
VDD_TCXO
2.8V LDO
C2411
1UF
VDD1P8V_1
VDD_TCXO
G1
VDD_TCXO
VDD_IF_GPS
C2427
18PF
D8
VDD_LDOIN_CLASS1P5_BT
A2
VBAT1
TCXO_LDO_IN H1
VPP
L6
NC
B2
VDD_DIG_LDO
E5
VDD_DIG1
F2
VDD_DIG2
K6
VDD_DIG3
F10
VDD_DIG4
C2426
.1UF
VDD_PLL_GPS
C2428
.1UF
C2410
1UF
.1UF
R2413
0
R2431
0
OUT BT_AUD_OUT
R2432
0
3
IN
C2423
22PF
BT_AUD_IN
8-162
Schematics, Boards Overlays, and Parts Lists: Expansion Board
3.3VLDO
VSW_3.6
GPS_BT_3.3V
GPS_BT_3.3V
2
TC1_OCA
4
U2412
NL17SZ02
PD
R2441
47
DATA10
DATA09
DATA08
DATA07
DATA06
DATA05
DATA04
DATA03
DATA02
DATA01
DATA00
UDQM
SDRAM_CS
A1
GND VCCA A2
VCCB
PC00
PC01
PC02
PC03
PC04
PC05
PX00
PX01
PX02
PX03
PX04
PX05
PX06
PX07
PX08
PX09
PX10
PX11
PX12
PX13
PX14
PX15
G12
1
1
R2484
39
BT_AVR_USB_DP
BT_AVR_USB_DM
IO
IO
R2485
39
PX16
PX17
PX18
PX19
PX20
PX21
PX22
PX23
PX24
PX25
PX26
PX27
PX28
PX29
PX30
PX31
PX32
PX33
PX34
PX35
PX36
PX37
PX38
PX39
NC
F8
E10
E9
C11
D8
C8
C7
E7
D7
D6
C6
E6
C5
D5
D4
E4
E3
C2
F3
G4
G3
G5
H3
H4
BA1
BA0
SDA11
SDA09
SDA08
SDA07
SDA06
SDA05
SDA04
SDA03
SDA02
SDA01
SDA00
LDQM
DATA15
DATA14
DATA13
DATA12
DATA11
R2489
10K
C2467 .1UF
C2466 .1UF
C2464 .1UF
C2463 .1UF
OUT
C2462 .1UF
3
IN
AVR_USART2_TX
ATMEL_BOOT
1
C2461 .1UF
R2416
100K
TP2466
C2460 .1UF
AVR_USART2_RX
C2459 .1UF
GPS_BT_3.3V
R2444
100K
U2412
NL17SZ02
C2446
.1UF
D1
NC
R2487
10K
A7
B7
C4
G2
K2
K1
J4
J5
K5
M5
L6
M9
L9
M10
K9
M11
L10
H9
K12
J11
J9
F10
TP2414 TP2415
TDO H1
DP D11
DM D12
GPS_BT_3.3V
GND
GPS_BT_3.3V
R2460
100K
R2455
100K
B1 B2
B2 C2
NC
NC
TCK
RESET
TMS
TDI
ADVREF
VBUS
C2458 .1UF
C2451
.1UF
VCC
D2 DIR
B1 A1
C1 A2
12M_CLK_IN
OSC0_OUT
C2456 .1UF
BT_UART_RTS_3.3V
BT_UART_TX_3.3V
U2407
SN74LVC2T45
C2440
.1UF
BT_UART_RX_1.8V
BT_UART_CTS_1.8V
R2490
10K
BT_SPARE_3.3
BT_SPARE_DIR
1
C2455 .1UF
D1
1
USART1_TX
TP2419
F5
M8
G1
J1
C9
E12
GPS_BT_3.3V
B2
C2
B1
B2
GPS_BT_3.3V
VCC_1.85
USB_BOOT_3.3V
ATMEL_BOOT
AVR_STATUS_3.3V
NFC_WAKE
MS_INT1
MS_INT2
SDA10
BT_PTT_3.3V
BT_SHUTDOWN_3.3V
BT_WAKEUP_3.3V
BOARD_REV0
BOARD_REV1
BOARD_REV2
BOARD_REV3
BOARD_REV4
TC1_OCA
PD
1
C2480
1UF
C2453 .1UF
D2 DIR
B1 A1
C1 A2
BT_UART_RTS_1.8V
BT_UART_TX_1.8V
R2481
100K
R2477
100K
R2476
100K
GPS_BT_3.3V
5
R2454
100K
A1
GND VCCA A2
VCCB
C2445
.1UF
TP2435
C2457
12PF
R2475
150
R2486
10K
GPS_BT_3.3V
TP2416
BT_HOST_WAKEUP_3.3V
SDCK
SDCKE
RAS
CAS
SDWE
DNP
C2454
220PF
1%
1
BT_AVR_VBUS
IN
1K
L2407
6.8MH
NFC_DAT
R2404
100K
ACC_SPKR_UNMUTE_3.3
C2452 .1UF
VCC_1.85
C2439
.1UF
R2459
100K
GPS_BT_3.3V
10
9
14
6
8
1
2
BT_AVR_RESET_3.3V
C2450 .1UF
VCC_1.85
15
R2474
270K
CL_DAT
DAT
SDO
XOUT
WAKE
NC1
NC2
U2415
AT32UC3A
TP2436
TP2437
R2471
U2406
SN74LVC2T45
NFC
ANTENNA
2
TP2413
OUT
SCL
CS
SDI
XIN
LFN
LFP
1
B1 B2 BT_HOST_WAKEUP_3.3V
B2 C2 BT_AVR_RESET_3.3V
D1
1
R2458
4.7K
VCC
12
11
13
5
4
3
NFC_CS_INV
A1
GND VCCA A2
VCCB
D2 DIR
B1 A1
C1 A2
BT_HOST_WAKEUP_1.8V
BT_AVR_RESET
IN
C2475
1000PF
GPS_BT_3.3V
C2444
.1UF
USART1_CLK
SPI0_CS2
NFC_CS
SPI0_MISO
SPI0_MOSI
SPI0_CLK
U2403
AS3930
7 VSS
16 GND
G1 CTGND
VCC_1.85
C2438
.1UF
R2453
100K
R2419
100
C2465
1UF
U2415
AT32UC3A
1
1
DNP
R2457
15K
VCC_1.85
BT_UART_CTS_3.3V
BT_UART_RTS_3.3V
USART1_RX
PA00
PA01
PA02
PA03
PA04
PA05
PA06
PA07
PA08
PA09
PA10
PA11
PA12
PA13
PA14
PA15
PA16
PA17
PA18
PA19
PA20
PA21
PA22
PA23
PA24
PA25
PA26
PA27
PA28
PA29
PA30
PB00
PB01
PB02
PB03
PB04
PB05
PB06
PB07
PB08
PB09
PB10
PB11
PB12
PB13
PB14
PB15
PB16
PB17
PB18
PB19
PB20
PB21
PB22
PB23
PB24
PB25
PB26
PB27
PB28
PB29
PB30
PB31
R2496
100K
R2495
100K
TEST_GPIO1
TEST_GPIO2
1K
R2480
100K
J6
H6
K8
J7
J8
K11
L12
J10
H10
J12
H7
G11
G10
G9
F12
F11
G8
F9
D9
C12
D10
B10
B12
A12
A11
A10
A9
B9
A8
C3
F1
R2492
10K
B6
A6
A4
A5
B4
A3
B3
A2
B1
C1
E1
D1
D3
D2
F2
J3
F4
J2
L3
K3
K4
L1
M1
M2
L4
M3
M4
M6
M7
K6
K7
L7
1K
2
BT_UART_TX_3.3V
BT_UART_RX_3.3V
GPS_BT_3.3V
32KHZ_3.3V
R2491
10K
GPS_BT_3.3V
AVR_TDO
AVR_TCK
AVR_TMS
AVR_TDI
R2470
NFC_CS_INV
C2472 C2417
1000PF 4.7UF
1K
4
C2416
4.7UF
C2471
470PF
R2469
Y2
JTAG
OUT
IN
IN
IN
GPS_BT_3.3V
C2470
2.2UF
1K
A2
USART1_RX
R2443
3
6
R2442
NFC_CS
Y1
A1
B5
E2
E5
H5
E11
M12
H2
H8
H11
H12
B8
E8
L5
L8
A1
VDDIO1
VDDIO2
VDDIO3
VDDIO4
VDDIO5
VDDIO6
VDDIO7
VDDCORE1
VDDCORE2
VDDCORE3
VDDCORE4
VDDPLL
VDDANA
VDDOUT
VDDIN
1
VDDCORE
B2
GND1
F6
F7 GND2
G6 GND3
G7 GND4
GND5
L2 GND6
B11
K10 GND7
L11 GND8
C10 GND9
GNDANA
NFC_DAT
GPS_BT_3.3V
AVR + LF
U2411
NLU2G04
GND
C2414
4.7UF
C2443
.1UF
R2414
100K
R2478
100K
5
R2451
GPS_BT_3.3V
INPUT OUTPUT 5
7
SHUTDOWN
SENSE ERROR
BYPASS
NC 2
GND1 GND2
U2402
C2415
LP2989
.01UF
4
8
6
1
VCC
0 DNP
0
R2406
GPS_BT_3.3V
3
9
0
R2405
VCC_1.85
BT_UART_RX_3.3V
BT_UART_CTS_3.3V
128MB SDRAM
U2408
SN74LVC2T45
ACCELEROMETER
12MHZ OSC
GPS_BT_3.3V
GPS_BT_3.3V
GPS_BT_3.3V
GPS_BT_3.3V
VCC_1.85
C2442
.1UF
D2 DIR
B1 A1
C1 A2
D1
BT_PTT
AVR_STATUS_1.8V
VCC_1.85
VCC_1.85
D2 DIR
B1 A1
C1 A2
USB_BOOT_1.8V
IN
32KHZ
G7
G8
BA0
BA1
R2433
100K
MS_INT1
R2493
0 C2478
10UF
R2434
100K
C2449
.1UF
INT_1
INT_2
MS_INT2
GPS_BT_3.3V
U2416
LIS331DL
SCL_SPC
SDO_SA0
SDA_SDI_SDO
CS
RSVD1
RSVD2
NC1
NC2
SPI0_CLK
SPI0_MISO
SPI0_MOSI
SPI0_CS2
R2435
0
1 OE
Y2475
DS0211AR
40.2MHZ
OUT
12M_CLK_IN
3
R2412
150
C2473
10PF
NC
NC
U2413
MT48LC8M16LFB4
GPS_BT_3.3V
C2479
.1UF
B1
B2
B2
C2
USB_BOOT_3.3V
32KHZ_3.3V
R2418
0
U2478
SN74LVC2T45
TP2417
D1
R2407
0
1
R2465
100K
BT_PTT_3.3V
AVR_STATUS_3.3V
SDA00
SDA01
SDA02
SDA03
SDA04
SDA05
SDA06
SDA07
SDA08
SDA09
SDA10
SDA11
R2408
0
C2474
.1UF
GPS_BT_3.3V
VDD 4
BA0
BA1
H7
H8
J8
J7
J3
J2
H3
H2
H1
G3
H9
G2
GPS_BT_3.3V
GPS_BT_3.3V
GND
G1 NC1
E2 NC2
NC
NC
SDWE
SDRAM_CS
CAS
RAS
SDCKE
U2410
SN74LVC2T45
C2477
.1UF
R2450
100K
IN
R2473
10K
B1 B2
B2 C2
A1
GND VCCA A2
VCCB
OUT
OUT
A1
GND VCCA A2
VCCB
C2448
.1UF
SDCK
F2
F9
G9
F7
F8
F3
2
E8 LDQM
F1 UDQM
GPS_BT_3.3V
CLK
WE
CS
CAS
RAS
CKE
R2497 100K
LDQM
UDQM
A0
A1
A2
A3
A4
A5
A6
A7
A8
A9
A10
A11
DQ0
DQ1
DQ2
DQ3
DQ4
DQ5
DQ6
DQ7
DQ8
DQ9
DQ10
DQ11
DQ12
DQ13
DQ14
DQ15
R2466 100K
A8
B9
B8
C9
C8
D9
D8
E9
E1
D2
D1
C2
C1
B2
B1
A2
R2452 100K
R2461
100K
U2409
SN74LVC2T45
DATA00
DATA01
DATA02
DATA03
DATA04
DATA05
DATA06
DATA07
DATA08
DATA09
DATA10
DATA11
DATA12
DATA13
DATA14
DATA15
R2449 100K
R2456
100K
BT_WAKEUP_3.3V
BT_SHUTDOWN_3.3V
B1 B2
B2 C2
VDD_IO
VDD
D1
A1
GND VCCA A2
VCCB
D2 DIR
B1 A1
C1 A2
BT_WAKEUP_1.8V
BT_SHUTDOWN_1.8V
R2467
20
GND1
GND2
GND3
GND4
C2447
.1UF
C2441
.1UF
C7
VDDQ4
A7
VDDQ3
D3
VDDQ2
B3
VDDQ1
J9
VDD3
A9
VDD2
E7
VDD1
GPS_BT_3.3V
D7
B7 VSSQ4
C3 VSSQ3
A3 VSSQ2
VSSQ1
E3
J1 VSS3
A1 VSS2
VSS1
VCC_1.85
GPS_BT_3.3V
C2483
.1UF
VCC_1.85
C2468
.1UF
R2436
100K
D2
B1
C1
IN
U2414
SN74LVC2T45
B1 B2
B2 C2
ACC_SPKR_UNMUTE_3.3
D1
ACC_SPKR_UNMUTE_1.8
DIR
A1
A2
GND VCCA
VCCB
A1
A2
VCC_1.85
VCC_1.85
GPS_BT_3.3V
VCC_1.85
C2482
.1UF
R2437
100K
D2 DIR
B1 A1
C1 A2
R2472
100K
D1
BT_SPARE_DIR
BT_SPARE_3.3
GND VCCA
VCCB
A1
A2
C2469
.1UF
U2473
SN74LVC2T45
B1 B2
B2 C2
BT_SPARE_1.8
R2488
100K
IO
R2479
100K
Figure 8-86. HLN5978B GPS Bluetooth Circuit – 2 of 2
Schematics, Boards Overlays, and Parts Lists: Expansion Board
8-163
C2101_1
TP2102_1
2
C2123_1
R2101_1
C2104_1
3 4
C2102_1 U2104_1
C1
C2103_1
C3 A3
U2101_1
C2120_1
R2123_1
R2433_5
R2434_5
R2466_5
R2449_5
R2452_5
R2497_5
R2124_1
L2101_1
L2102_1
C2122_1
C2121_1
C2119_1
C2118_1
R2509_4
5
Q2547_4
M2010
M2011
M2013
3
4
3
3
M2533_4
6
R2529_4 C2531_4 C2555_4
A14
C2548_4
C2543_4
C2544_4
TP2502_4
4
6
4
R2501_4
M2012
C2532_4
Q2537_4
4
3
R2508_4
C2542_4
C2541_4
C2536_4
C2549_4
2
R2524_4
TP_MACE_NRD_4
R2530_4
5
U2525_4
3
R2523_4
D2521_4
ENC_JTAGSEL0_4
U2526_4
C2520_4 C2528_4
C2518_4
C2527_4
R2522_4
R2519_4
SH2
ENC_UART_RX_4
R2511_4
ENC_UART_TX_4
R2512_4
C2551_4
P14
A14
C2545_4
C2539_4
C2550_4
U2510_4
C2554_4
C2540_4
C2305
C2303
C2553_4
C2302
R2310
C2301
R2313
R2517_4
U2301
R2305
C2534_4
R2507_4
C2546_4
R2309
R2304
R2302
R2312
R2301
C2304
C2306
R2303
R2306
C2538_4
C2552_4
C2535_4
C2504_4
R2311
R2308
R2516_4
R2514_4
R2515_4
C2506_4
R2505_4
TP2301
ENC_JTAGSEL1_4
P14
P1
R2513_4 R2503_4
P1
R2307
SH3
C2022
C2004
80
2
M2008
G1
G2
C2020
C2018
C2012
C2023
C2050
C2003
M2015
C2051
C2024
C2052
79
P2001
R2021
Figure 8-87. HLN5977A/ HLN5978B Expansion Board Layout – Side 1
R2479_5
M2016
R2488_5 R2437_5
D2
R2472_5
D1
U2473_5
D2
D1
U2414_5
A2
C2482_5 A2
C2483_5
C2469_5
C2468_5
R2436_5
M2009
M2014
8-164
Schematics, Boards Overlays, and Parts Lists: Expansion Board
TP2008
TP2009
TP2416_5
TP2006
TP2413_5
13
TP2408_5
TP2407_5
TP2406_5
TP2005
9
U2416_5
TP2417_5
5
TP2010
TP2011
C2008
D2001
16
9
E2006
E2002
E2003
E2007
E2005
8
R2408_5
C2009
VR2002
C2006
R2004
R2409_5
C2422_5
L2002
VR2004
R2443_5
2
43
Y2475_5
C2443_5
7
6
5
U2402_5
C2415_5
R2457_5
D2
R2418_5
D1
U2478_5
A2
5
3
4
C2457_5
R2475_5
R2406_5
R2414_5
R2451_5
C2409_5
C2454_5
TP2007
2
3
4
C2414_5
C2480_5
D2002
FL2401_5
D2003
C2416_5
C2403_5
U2404_5
C2404_5
R2005
VR2003
L2103_1
L2104_1
C2001
C2481_5
R2415_5
R2402_5
R2462_5
C2401_5
R2403_5
D2007
D2005
E2004
E2001
R2469_5
C2450_5
E2015
22
R2007
E2011
E2010
E2008
E2009
J2004
R2471_5
R2470_5
C2452_5
E2013
J2001
R2013
C2010
D2008
R2442_5
C2479_5
R2024
R2003
R2491_5
R2441_5
R2450_5
R2477_5
C2451_5
R2405_5
8
R2407_5
R2014
C2417_5
U2412_5
R2476_5
R2474_5
U2411_5
TP2401_5
R2025
C2005
R2006
C2472_5
4
VR2005
C2011
VR2001
C2459_5
D2004
D2006
C2465_5
C2475_5
R2478_5
R2435_5
TP2435_5
5
C2473_5
U2403_5
L2407_5
C2461_5
8
13
R2010
TP2405_5
D2009
TP2419_5 R2412_5
C2474_5
9
R2404_5
R2492_5
R2423_5
12
R2419_5
C2016
11
C2463_5
C2455_5 C2458_5
R2422_5
M1
R2489_5
16
C2014
R2496_5
R2480_5
C2470_5
M12
C2456_5
A2
D2
D1
U2406_5
SH1
C2466_5
D2
D1
U2409_5
R2453_5
R2458_5
TP2402_5
R2012
C2462_5
A2
C2405_5
E2014
E2012
9
R2485_5
R2484_5
A12
U2415_5
C2444_5
R2495_5
TP2415_5
TP2437_5
VR2006
R2456_5
C2438_5 R2461_5
L2405_5
C2464_5
C2447_5
C2418_5
A9
J9
R2490_5
C2441_5
C2402_5
R2401_5
R2473_5
R2424_5
C2408_5
L2402_5
TP2436_5
TP2414_5
C2471_5
R2486_5 C2453_5
C2407_5
4
R2487_5
R2432_5
L2403_5
3
R2009
R2431_5
D2
D1
U2410_5
C2015
6
R2430_5
C2448_5
A2
C2425_5
C2424_5
FL2403_5
J2005
R2030
R2459_5
C2442_5
C2435_5
R2410_5
10
R2454_5
R2481_5
R2420_5
L2404_5
2
R2429_5
R2417_5
C2437_5
C2431_5
C2429_5
L2406_5
R2413_5
R2011
C2445_5
U2407_5
A2
D2
D1
3
L1
L10
C2436_5
U2413_5
C2467_5
FL2402_5
4
2
A10
U2401_5
C2434_5
R2421_5
R2411_5
C2013
C2460_5
C2432_5
C2433_5
C2413_5
R2427_5
R2425_5
C2430_5
TP2403_5 TP2404_5
R2460_5
R2031
C2439_5
C2428_5
C2427_5
R2455_5
C2423_5
C2421_5
C2426_5
R2029
J1
C2446_5
R2465_5
C2411_5
C2476_5
R2027
R2467_5
R2428_5
L2401_5 C2419_5
R2440_5
U2408_5
A2
D2
D1
B1
U2405_5
C2412_5
C2410_5
Y2204_5
43
C2420_5 C2406_5
A2
R2026
M2002
R2028
C2440_5
R2426_5
2
M2003
R2444_5
12
R2438_5 R2439_5
M2402_5
M2004
M2005
R2493_5
L2001
M2401_5
C2449_5
C2478_5
TP2466_5
R2416_5
C2477_5
SH4
Figure 8-88. HLN5977A/ HLN5978B Expansion Board Layout – Side 2
Schematics, Boards Overlays, and Parts Lists: Expansion Board
HLN5977A Maze Expansion Board Parts List
Ref.
Des.
Part Number
Description
8-165
Ref.
Des.
Part Number
Description
C2520
2113946B04
CAP CER CHP 0.10UF 10V 10%
Ref.
Des.
Part Number
Description
DIODE,SUPR,SM,7.82V,.1W,
ESD PROT,V360
M2401
39009330001
CONTACT, SPRING, 2.40MM,
BLUETOOTH
D2521
4871785H01
SWITCHING DIODE
BAS116LT1G
M2402
39009330001
CONTACT, SPRING, 2.40MM,
BLUETOOTH
J2001
0987817K01
RECP BTB 0.5P 1.5 STACK
SMD
M2533
3987977Y01
CONTACT ANTENNA
UNIVERSAL (D35)
P2001
2809472T13
HDR 1NTBD 80CKT 2MM .5MM
SMD
PWB
84009364002
MACKINAW MID-TIER
EXPANSION PCB
C2518
2113956B33
CAP,FXD,2.2UF,+10%,-10%,
16V-DC,0603,X5R,-55DEG
CMIN,85DEG CMAX
Q2537
4888795V06
XSTR,FET GP PWR,MOSFET,
SM,SMT,20V,.25W,LEAD-FREE
Q2547
4888795V06
XSTR,FET GP PWR,MOSFET,
SM,SMT,20V,.25W,LEAD-FREE
R2003
0613952Q53
CER CHIP RES 150 OHM 5
0402
R2004
0613952Q49
CER CHIP RES 100 OHM 5
0402
R2005
0613952Q66
CER CHIP RES 510 OHM 5
0402
R2006
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
R2007
0613952Q49
CER CHIP RES 100 OHM 5
0402
R2009
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
R2010
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
R2011
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
R2012
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
R2013
24010062004
INDUCTOR, 10NH, 0402, 2%
R2014
24010062004
INDUCTOR, 10NH, 0402, 2%
R2021
0613952L83
CER CHIP RES 715 OHM 1
0402
R2024
0613952Q09
CER CHIP RES 2.2 OHM 5 0402
R2025
0613952Q09
CER CHIP RES 2.2 OHM 5 0402
CAP CER CHP 470PF 50V 10%
C2527
2113946B04
CAP CER CHP 0.10UF 10V 10%
C2003
2113944A40
CAP CER CHP 100.0PF 50V 5%
C2528
2113946B04
CAP CER CHP 0.10UF 10V 10%
C2004
2113944A40
CAP CER CHP 100.0PF 50V 5%
C2531
2113946B04
CAP CER CHP 0.10UF 10V 10%
C2009
2113945A05
CAP CER CHP 470PF 50V 10%
C2532
2113946B04
CAP CER CHP 0.10UF 10V 10%
C2010
2113945Y02
CAP,FXD,.1UF,+10%,-10%,16VDC,0402,X7R,-55DEG CMIN,
125DEG CMAX
C2534
2113946B04
CAP CER CHP 0.10UF 10V 10%
J2004
0987817K02
RECP 0.5 PITCH 16 CKT
C2535
2113946B04
CAP CER CHP 0.10UF 10V 10%
J2005
0975595B01
RECEPTACLE, 10 PIN
C2536
2113946B04
CAP CER CHP 0.10UF 10V 10%
L2001
24009271001
C2538
2113946B04
CAP CER CHP 0.10UF 10V 10%
20NH HIGH CURRENT CHIP
INDUCTOR
C2539
2113946B04
CAP CER CHP 0.10UF 10V 10%
L2002
2415429H45
CHIP INDUCTOR
L2101
2471189M03
SHIELDED SMT POWER
INDUCTOR 10UH
L2102
2471189M03
SHIELDED SMT POWER
INDUCTOR 10UH
L2103
24009271001
20NH HIGH CURRENT CHIP
INDUCTOR
L2104
24009271001
20NH HIGH CURRENT CHIP
INDUCTOR
M2002
3987977Y01
CONTACT ANTENNA
UNIVERSAL (D35)
M2003
3987977Y01
CONTACT ANTENNA
UNIVERSAL (D35)
M2004
3987977Y01
CONTACT ANTENNA
UNIVERSAL (D35)
M2005
3987977Y01
CONTACT ANTENNA
UNIVERSAL (D35)
M2008
3987977Y01
CONTACT ANTENNA
UNIVERSAL (D35)
CAP,FXD,.1UF,+10%,-10%,16VDC,0402,X7R,-55DEG CMIN,
125DEG CMAX
C2012
2113944A40
CAP CER CHP 100.0PF 50V 5%
C2540
2113946B04
CAP CER CHP 0.10UF 10V 10%
C2018
2113946B04
CAP CER CHP 0.10UF 10V 10%
C2541
2113946B04
CAP CER CHP 0.10UF 10V 10%
C2020
2113944A26
CAP CER CHP 12.0PF 50V 5%
C2542
2113946B04
CAP CER CHP 0.10UF 10V 10%
C2022
2113944A26
CAP CER CHP 12.0PF 50V 5%
C2543
2113946B04
CAP CER CHP 0.10UF 10V 10%
C2023
2113944A26
CAP CER CHP 12.0PF 50V 5%
C2544
2113946B04
CAP CER CHP 0.10UF 10V 10%
C2024
2113944A26
CAP CER CHP 12.0PF 50V 5%
C2545
2113946B04
CAP CER CHP 0.10UF 10V 10%
C2050
2113946B04
CAP CER CHP 0.10UF 10V 10%
C2546
2113946B04
CAP CER CHP 0.10UF 10V 10%
C2051
2113944A40
CAP CER CHP 100.0PF 50V 5%
C2548
2113946B04
CAP CER CHP 0.10UF 10V 10%
C2052
2113944A26
CAP CER CHP 12.0PF 50V 5%
C2549
2113946B04
CAP CER CHP 0.10UF 10V 10%
C2101
2113944A40
CAP CER CHP 100.0PF 50V 5%
C2550
2113946B04
CAP CER CHP 0.10UF 10V 10%
C2102
2113946B04
CAP CER CHP 0.10UF 10V 10%
C2551
2113946B04
CAP CER CHP 0.10UF 10V 10%
C2103
2113946B04
CAP CER CHP 0.10UF 10V 10%
C2552
2113946B04
CAP CER CHP 0.10UF 10V 10%
C2104
2113956B54
CAP,FXD,10UF,+20%,-20%,
6.3V-DC,X5R,-55DEG CMIN,
85DEG CMAX,PB-F
C2553
2113946B04
CAP CER CHP 0.10UF 10V 10%
C2554
2113946B04
CAP CER CHP 0.10UF 10V 10%
C2555
2113946B04
CAP CER CHP 0.10UF 10V 10%
D2001
4870359B01
DIODE,SUPR,SM,7.82V,.1W,
ESD PROT,V360
M2009
3987977Y01
CONTACT ANTENNA
UNIVERSAL (D35)
D2002
4870359B01
DIODE,SUPR,SM,7.82V,.1W,
ESD PROT,V360
M2010
3987977Y01
CONTACT ANTENNA
UNIVERSAL (D35)
D2003
4870359B01
DIODE,SUPR,SM,7.82V,.1W,
ESD PROT,V360
M2011
3987977Y01
CONTACT ANTENNA
UNIVERSAL (D35)
D2004
4870359B01
DIODE,SUPR,SM,7.82V,.1W,
ESD PROT,V360
M2012
3987977Y01
CONTACT ANTENNA
UNIVERSAL (D35)
C2118
2113946S35
CAP CER CHP 1.0UF 16V 10%
C2119
2113946S35
CAP CER CHP 1.0UF 16V 10%
C2120
2113946L05
CAP,FXD,.33UF,+80%,-20%,
16V-DC,0603,Y5V,-30DEG
CMIN,85DEG CMAX
C2121
2113946C08
CAP,FXD,.47UF,+10%,10%,10V-DC,0603,X5R,-55DEG
CMIN,85DEG CMAX
Description
4870359B01
2113945A05
2113945Y02
Part Number
D2009
C2001
C2011
Ref.
Des.
C2122
2113946C08
CAP,FXD,.47UF,+10%,10%,10V-DC,0603,X5R,-55DEG
CMIN,85DEG CMAX
D2005
4870359B01
DIODE,SUPR,SM,7.82V,.1W,
ESD PROT,V360
M2013
3987977Y01
CONTACT ANTENNA
UNIVERSAL (D35)
C2123
2113946B04
CAP CER CHP 0.10UF 10V 10%
D2006
4870359B01
M2014
3987977Y01
C2504
2113945A09
CAP CER CHP 1000PF 50V
10%
DIODE,SUPR,SM,7.82V,.1W,
ESD PROT,V360
CONTACT ANTENNA
UNIVERSAL (D35)
D2007
4870359B01
M2015
3987977Y01
0613952R66
2113945B02
CAP CER CHP 10,000PF 25V
10%
CONTACT ANTENNA
UNIVERSAL (D35)
R2026
C2506
DIODE,SUPR,SM,7.82V,.1W,
ESD PROT,V360
CER CHIP RES 0.0 +/-0.050
OHM
D2008
4870359B01
DIODE,SUPR,SM,7.82V,.1W,
ESD PROT,V360
M2016
3987977Y01
CONTACT ANTENNA
UNIVERSAL (D35)
R2028
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
8-166
Ref.
Des.
Schematics, Boards Overlays, and Parts Lists: Expansion Board
Part Number
Description
Ref.
Des.
Part Number
Description
R2030
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
U2104
5175772B38
IC ANALOG TEMPERATURE
SENSOR
R2101
0613952R25
CER CHIP RES 100K OHM 5%
0402
U2510
5185912Y03
IC,CRYPTOGRAPHIC
PROCESSOR
R2123
0613952Q32
CER CHIP RES 20.0 OHM 5
0402
U2525
5171339H01
MICROPOWER VOLTAGE
REGULATOR
U2526
5171988H01
VR2001
4805656W94
R2124
0613952Q32
CER CHIP RES 20.0 OHM 5
0402
R2501
0613952R25
CER CHIP RES 100K OHM 5%
0402
R2505
0613952Q75
CER CHIP RES 1200 OHM 5
0402
R2507
0613952R49
CER CHIP RES 1.0M OHM 5%
0402
R2508
0613952R01
CER CHIP RES 10K OHM 5%
0402
VR2004
4805656W94
HLN5978B Maze with Apps Expansion Board Parts
List
Ref.
Des.
Part Number
Description
C2001
2113945A05
CAP CER CHP 470PF 50V 10%
C2003
2113944A40
CAP CER CHP 100.0PF 50V 5%
C2004
2113944A40
CAP CER CHP 100.0PF 50V 5%
CMOS COMPARATOR
C2009
2113945A05
CAP CER CHP 470PF 50V 10%
ZENER DIODE ESD
SUPPRESSOR
C2010
2113945Y02
CAP,FXD,.1UF,+10%,-10%,16VDC,0402,X7R,-55DEG CMIN,
125DEG CMAX
ZENER DIODE ESD
SUPPRESSOR
VR2005
4805656W94
ZENER DIODE ESD
SUPPRESSOR
VR2006
4805656W94
ZENER DIODE ESD
SUPPRESSOR
Ref.
Des.
Part Number
Description
C2304
2113946B04
CAP CER CHP 0.10UF 10V 10%
C2305
2113946B04
CAP CER CHP 0.10UF 10V 10%
C2306
2113956A51
CAP,FXD,1UF,+10%,-10%,6.3VDC,0402,X5R,-55DEG
CMIN,85DEG CMAX,P
C2401
2172180Y01
CAP,CHIP,2.2UF,+20%,-20%,
6.3V-DC,0402,X5R,-55DEG
CMIN,85DEG
C2402
2113944A19
CAP CER CHP 5.6PF 50V +/0.5PF
C2011
2113945Y02
CAP,FXD,.1UF,+10%,-10%,16VDC,0402,X7R,-55DEG CMIN,
125DEG CMAX
C2403
2113956A51
CAP,FXD,1UF,+10%,-10%,6.3VDC,0402,X5R,-55DEG CMIN,
85DEG CMAX,P
C2012
2113944A40
CAP CER CHP 100.0PF 50V 5%
C2404
2113944A26
CAP CER CHP 12.0PF 50V 5%
C2018
2113946B04
CAP CER CHP 0.10UF 10V 10%
C2405
2113945B02
C2020
2113944A26
CAP CER CHP 12.0PF 50V 5%
CAP CER CHP 10,000PF 25V
10%
C2022
2113944A26
CAP CER CHP 12.0PF 50V 5%
C2406
2187893N01
C2023
2113944A26
CAP CER CHP 12.0PF 50V 5%
CAP 1UF, 6.3V, X5R, 0402
PACKAGE
C2024
2113944A26
CAP CER CHP 12.0PF 50V 5%
C2407
2113944A26
CAP CER CHP 12.0PF 50V 5%
C2408
2113945A09
CAP CER CHP 1000PF 50V
10%
R2509
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
R2511
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
R2512
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
C2050
2113946B04
CAP CER CHP 0.10UF 10V 10%
C2051
2113944A40
CAP CER CHP 100.0PF 50V 5%
C2409
2113944A26
CAP CER CHP 12.0PF 50V 5%
R2513
0613952Q80
CER CHIP RES 2000 OHM 5
0402
C2052
2113944A26
CAP CER CHP 12.0PF 50V 5%
C2410
2187893N01
R2516
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
C2101
2113944A40
CAP CER CHP 100.0PF 50V 5%
CAP 1UF, 6.3V, X5R, 0402
PACKAGE
C2102
2113946B04
CAP CER CHP 0.10UF 10V 10%
C2411
2113956A51
R2517
0613952R01
CER CHIP RES 10K OHM 5%
0402
C2103
2113946B04
CAP CER CHP 0.10UF 10V 10%
CAP,FXD,1UF,+10%,-10%,6.3VDC,0402,X5R,-55DEG CMIN,
85DEG CMAX,P
C2104
2113956B54
2113956A51
0613952H25
CER CHIP RES 10.0 OHM 5%
0603
CAP,FXD,10UF,+20%,-20%,
6.3V-DC,X5R,-55DEG CMIN,
85DEG CMAX,PB-F
C2412
R2519
CAP,FXD,1UF,+10%,-10%,6.3VDC,0402,X5R,-55DEG CMIN,
85DEG CMAX,P
R2522
0613952R74
RES,MF,10MOHM,5%,.0625W,S
M,0402,400PPM/CEL,PB-FREE
C2118
2113946S35
CAP CER CHP 1.0UF 16V 10%
C2413
2187893N01
C2119
2113946S35
CAP CER CHP 1.0UF 16V 10%
CAP 1UF, 6.3V, X5R, 0402
PACKAGE
C2120
2113946L05
CAP,FXD,.33UF,+80%,-20%,
16V-DC,0603,Y5V,-30DEG
CMIN,85DEG CMAX
C2414
2113946D07
CAP,CHIP,4.7UF,+10%,-10%,
6.3V-DC,0603,X5R,-55DEG
CMIN,85DEG CMA
C2121
2113946C08
CAP,FXD,.47UF,+10%,-10%,
10V-DC,0603,X5R,-55DEG
CMIN,85DEG CMAX
C2415
2113945B02
CAP CER CHP 10,000PF 25V
10%
C2416
2113946D07
C2122
2113946C08
CAP,FXD,.47UF,+10%,-10%,
10V-DC,0603,X5R,-55DEG
CMIN,85DEG CMAX
CAP,CHIP,4.7UF,+10%,-10%,
6.3V-DC,0603,X5R,-55DEG
CMIN,85DEG CMA
C2417
21009322001
CAPACITOR,CERAMIC, SM, 4.7
UF
C2418
2113944A21
CAP CER CHP 6.8PF 50V +/0.5PF
R2523
0613952R74
RES,MF,10MOHM,5%,.0625W,S
M,0402,400PPM/CEL,PB-FREE
R2524
0613952R49
CER CHIP RES 1.0M OHM 5%
0402
R2529
0613952P30
CER CHIP RES 200K OHM 1
0402
R2530
0613952P30
CER CHIP RES 200K OHM 1
0402
SH2
26009333001
SHIELD, AUDIO AMPLIFIER
SH3
26009334001
SHIELD, MACE MMC
U2101
5187605U22
IC,AU AMP,1PER PKG,SM,
PB-FREE
C2123
2113946B04
CAP CER CHP 0.10UF 10V 10%
C2301
2113946B04
CAP CER CHP 0.10UF 10V 10%
C2302
2113946B04
CAP CER CHP 0.10UF 10V 10%
C2303
2113946B04
CAP CER CHP 0.10UF 10V 10%
Schematics, Boards Overlays, and Parts Lists: Expansion Board
Ref.
Des.
Part Number
Description
C2419
2113945Y02
CAP,FXD,.1UF,+10%,-10%,16VDC,0402,X7R,-55DEG CMIN,
125DEG CMAX
C2420
2113944A28
CAP CER CHP 18.0PF 50V 5%
C2421
2113944A29
CAP CER CHP 22.0PF 50V 5%
C2422
2113944A29
CAP CER CHP 22.0PF 50V 5%
C2423
2113944A29
CAP CER CHP 22.0PF 50V 5%
C2424
2115153H03
CAP, CERAMIC, COG
C2425
2113944A29
CAP CER CHP 22.0PF 50V 5%
C2426
2113945Y02
CAP,FXD,.1UF,+10%,-10%,16VDC,0402,X7R,-55DEG CMIN,
125DEG CMAX
8-167
Ref.
Des.
Part Number
Description
C2439
2113945Y02
CAP,FXD,.1UF,+10%,-10%,16VDC,0402,X7R,-55DEG CMIN,
125DEG CMAX
C2440
2113945Y02
C2441
C2442
C2443
C2427
2113944A28
CAP CER CHP 18.0PF 50V 5%
C2428
2113945Y02
CAP,FXD,.1UF,+10%,-10%,16VDC,0402,X7R,-55DEG CMIN,
125DEG CMAX
C2444
CAP,FXD,.1UF,+10%,-10%,16VDC,0402,X7R,-55DEG CMIN,
125DEG CMAX
C2445
CAP,FXD,.1UF,+10%,-10%,16VDC,0402,X7R,-55DEG CMIN,
125DEG CMAX
C2446
CAP,FXD,.1UF,+10%,-10%,16VDC,0402,X7R,-55DEG CMIN,
125DEG CMAX
C2447
CAP,FXD,.1UF,+10%,-10%,16VDC,0402,X7R,-55DEG CMIN,
125DEG CMAX
C2448
CAP,FXD,.1UF,+10%,-10%,16VDC,0402,X7R,-55DEG CMIN,
125DEG CMAX
C2449
CAP,FXD,.1UF,+10%,-10%,16VDC,0402,X7R,-55DEG CMIN,
125DEG CMAX
C2450
CAP,FXD,.1UF,+10%,-10%,16VDC,0402,X7R,-55DEG CMIN,
125DEG CMAX
C2451
CAP,FXD,.1UF,+10%,-10%,16VDC,0402,X7R,-55DEG CMIN,
125DEG CMAX
C2452
C2453
C2429
C2430
C2431
C2432
C2433
C2434
C2435
C2436
2113945Y02
2113945Y02
2113945Y02
2113945Y02
2113945Y02
2113945Y02
2113945Y02
2113945Y02
C2437
2113944A28
CAP CER CHP 18.0PF 50V 5%
C2438
2113945Y02
CAP,FXD,.1UF,+10%,-10%,16VDC,0402,X7R,-55DEG CMIN,
125DEG CMAX
C2454
2113945Y02
2113945Y02
2113945Y02
2113945Y02
2113945Y02
2113945Y02
2113945Y02
2113945Y02
2113945Y02
2113945Y02
2113945Y02
2113945Y02
2113945Y02
2171051Y01
Ref.
Des.
Part Number
Description
C2455
2113945Y02
CAP,FXD,.1UF,+10%,-10%,16VDC,0402,X7R,-55DEG CMIN,
125DEG CMAX
CAP,FXD,.1UF,+10%,-10%,16VDC,0402,X7R,-55DEG CMIN,
125DEG CMAX
C2456
2113945Y02
CAP,FXD,.1UF,+10%,-10%,16VDC,0402,X7R,-55DEG CMIN,
125DEG CMAX
CAP,FXD,.1UF,+10%,-10%,16VDC,0402,X7R,-55DEG CMIN,
125DEG CMAX
C2457
2113944A26
CAP CER CHP 12.0PF 50V 5%
C2458
2113945Y02
CAP,FXD,.1UF,+10%,-10%,16VDC,0402,X7R,-55DEG CMIN,
125DEG CMAX
C2459
2113945Y02
CAP,FXD,.1UF,+10%,-10%,16VDC,0402,X7R,-55DEG CMIN,
125DEG CMAX
CAP,FXD,.1UF,+10%,-10%,16VDC,0402,X7R,-55DEG CMIN,
125DEG CMAX
CAP,FXD,.1UF,+10%,-10%,16VDC,0402,X7R,-55DEG CMIN,
125DEG CMAX
CAP,FXD,.1UF,+10%,-10%,16VDC,0402,X7R,-55DEG CMIN,
125DEG CMAX
CAP,FXD,.1UF,+10%,-10%,16VDC,0402,X7R,-55DEG CMIN,
125DEG CMAX
CAP,FXD,.1UF,+10%,-10%,16VDC,0402,X7R,-55DEG CMIN,
125DEG CMAX
CAP,FXD,.1UF,+10%,-10%,16VDC,0402,X7R,-55DEG CMIN,
125DEG CMAX
CAP,FXD,.1UF,+10%,-10%,16VDC,0402,X7R,-55DEG CMIN,
125DEG CMAX
CAP,FXD,.1UF,+10%,-10%,16VDC,0402,X7R,-55DEG CMIN,
125DEG CMAX
CAP,FXD,.1UF,+10%,-10%,16VDC,0402,X7R,-55DEG CMIN,
125DEG CMAX
CAP,FXD,.1UF,+10%,-10%,16VDC,0402,X7R,-55DEG CMIN,
125DEG CMAX
CAP,FXD,.1UF,+10%,-10%,16VDC,0402,X7R,-55DEG CMIN,
125DEG CMAX
CAP,FXD,.1UF,+10%,-10%,16VDC,0402,X7R,-55DEG CMIN,
125DEG CMAX
CAP,FXD,220PF,+1%,-1%,50VDC,C0G,-55DEG CMIN,125DEG
CMAX,PB-
C2460
C2461
C2462
C2463
C2464
C2465
C2466
2113945Y02
2113945Y02
2113945Y02
2113945Y02
2113945Y02
2113956A51
2113945Y02
CAP,FXD,.1UF,+10%,-10%,16VDC,0402,X7R,-55DEG CMIN,
125DEG CMAX
CAP,FXD,.1UF,+10%,-10%,16VDC,0402,X7R,-55DEG CMIN,
125DEG CMAX
CAP,FXD,.1UF,+10%,-10%,16VDC,0402,X7R,-55DEG CMIN,
125DEG CMAX
CAP,FXD,.1UF,+10%,-10%,16VDC,0402,X7R,-55DEG CMIN,
125DEG CMAX
CAP,FXD,.1UF,+10%,-10%,16VDC,0402,X7R,-55DEG CMIN,
125DEG CMAX
CAP,FXD,1UF,+10%,-10%,6.3VDC,0402,X5R,-55DEG CMIN,
85DEG CMAX,P
CAP,FXD,.1UF,+10%,-10%,16VDC,0402,X7R,-55DEG CMIN,
125DEG CMAX
Ref.
Des.
Part Number
Description
C2472
2113945A09
CAP CER CHP 1000PF 50V
10%
C2473
2113944A25
CAP CER CHP 10.0PF 50V +/0.5PF
C2474
2113945Y02
CAP,FXD,.1UF,+10%,-10%,16VDC,0402,X7R,-55DEG CMIN,
125DEG CMAX
C2475
2113945A09
CAP CER CHP 1000PF 50V
10%
C2476
2113944A25
CAP CER CHP 10.0PF 50V +/0.5PF
C2477
2113945Y02
CAP,FXD,.1UF,+10%,-10%,16VDC,0402,X7R,-55DEG CMIN,
125DEG CMAX
C2478
2113956B54
CAP,FXD,10UF,+20%,-20%,
6.3V-DC,X5R,-55DEG CMIN,
85DEG CMAX,PB-F
C2479
2113945Y02
CAP,FXD,.1UF,+10%,-10%,16VDC,0402,X7R,-55DEG CMIN,
125DEG CMAX
C2480
2113956A51
CAP,FXD,1UF,+10%,-10%,6.3VDC,0402,X5R,-55DEG CMIN,
85DEG CMAX,P
C2481
2113944C65
CAP,FXD,1.2PF,.1PF+/-,50VDC,0603,C0G,-55DEG CMIN,
125DEG CMAX
C2482
2113945Y02
CAP,FXD,.1UF,+10%,-10%,16VDC,0402,X7R,-55DEG CMIN,
125DEG CMAX
C2483
2113945Y02
CAP,FXD,.1UF,+10%,-10%,16VDC,0402,X7R,-55DEG CMIN,
125DEG CMAX
C2504
2113945A09
CAP CER CHP 1000PF 50V
10%
C2506
2113945B02
CAP CER CHP 10,000PF 25V
10%
C2518
2113956B33
CAP,FXD,2.2UF,+10%,-10%,
16V-DC,0603,X5R,-55DEG
CMIN,85DEG CMAX
C2520
2113946B04
CAP CER CHP 0.10UF 10V 10%
C2527
2113946B04
CAP CER CHP 0.10UF 10V 10%
C2467
2113945Y02
CAP,FXD,.1UF,+10%,-10%,16VDC,0402,X7R,-55DEG CMIN,
125DEG CMAX
C2468
2113945Y02
CAP,FXD,.1UF,+10%,-10%,16VDC,0402,X7R,-55DEG CMIN,
125DEG CMAX
C2469
2113945Y02
CAP,FXD,.1UF,+10%,-10%,16VDC,0402,X7R,-55DEG CMIN,
125DEG CMAX
C2528
2113946B04
CAP CER CHP 0.10UF 10V 10%
C2470
2172180Y01
CAP,CHIP,2.2UF,+20%,-20%,
6.3V-DC,0402,X5R,-55DEG
CMIN,85DEG
C2531
2113946B04
CAP CER CHP 0.10UF 10V 10%
C2532
2113946B04
CAP CER CHP 0.10UF 10V 10%
CAP CER CHP 470PF 50V 10%
C2534
2113946B04
CAP CER CHP 0.10UF 10V 10%
C2535
2113946B04
CAP CER CHP 0.10UF 10V 10%
C2471
2113945A05
8-168
Ref.
Des.
Schematics, Boards Overlays, and Parts Lists: Expansion Board
Ref.
Des.
Part Number
FL2402
91009294001
FILTER, CERAMIC, 2.45 GHZ
BANDPASS
M2008
3987977Y01
CONTACT ANTENNA
UNIVERSAL (D35)
R2010
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
FL2403
9102190J23
FLTR,SAW,BANDPASS,1.57542
GHZ NOM,SM,1.4X1.0MM,
SMD,PB-FREE
M2009
3987977Y01
CONTACT ANTENNA
UNIVERSAL (D35)
R2011
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
M2010
3987977Y01
0613952R66
0987817K01
RECP BTB 0.5P 1.5 STACK
SMD
CONTACT ANTENNA
UNIVERSAL (D35)
R2012
J2001
CER CHIP RES 0.0 +/-0.050
OHM
M2011
3987977Y01
24010062004
INDUCTOR, 10NH, 0402, 2%
J2004
0987817K02
RECP 0.5 PITCH 16 CKT
CONTACT ANTENNA
UNIVERSAL (D35)
R2013
CAP CER CHP 0.10UF 10V 10%
R2014
24010062004
INDUCTOR, 10NH, 0402, 2%
0975595B01
RECEPTACLE, 10 PIN
M2012
3987977Y01
R2021
0613952R66
24009271001
20NH HIGH CURRENT CHIP
INDUCTOR
CONTACT ANTENNA
UNIVERSAL (D35)
CER CHIP RES 0.0 +/-0.050
OHM
M2013
3987977Y01
CONTACT ANTENNA
UNIVERSAL (D35)
R2024
0613952Q09
CER CHIP RES 2.2 OHM 5 0402
M2014
3987977Y01
CONTACT ANTENNA
UNIVERSAL (D35)
R2025
0613952Q09
CER CHIP RES 2.2 OHM 5 0402
R2026
0613952R66
M2015
3987977Y01
CONTACT ANTENNA
UNIVERSAL (D35)
CER CHIP RES 0.0 +/-0.050
OHM
R2028
0613952R66
M2016
3987977Y01
CONTACT ANTENNA
UNIVERSAL (D35)
CER CHIP RES 0.0 +/-0.050
OHM
R2030
0613952R66
M2401
39009330001
CONTACT, SPRING, 2.40MM,
BLUETOOTH
CER CHIP RES 0.0 +/-0.050
OHM
R2101
0613952R25
M2402
39009330001
CONTACT, SPRING, 2.40MM,
BLUETOOTH
CER CHIP RES 100K OHM 5%
0402
R2123
0613952Q32
M2533
3987977Y01
CONTACT ANTENNA
UNIVERSAL (D35)
CER CHIP RES 20.0 OHM 5
0402
R2124
0613952Q32
P2001
2809472T13
HDR 1NTBD 80CKT 2MM .5MM
SMD
CER CHIP RES 20.0 OHM 5
0402
R2301
0613952R66
PWB
84009364002
MACKINAW MID-TIER
EXPANSION PCB
CER CHIP RES 0.0 +/-0.050
OHM
R2302
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
Part Number
Description
C2536
2113946B04
CAP CER CHP 0.10UF 10V 10%
C2538
2113946B04
CAP CER CHP 0.10UF 10V 10%
C2539
2113946B04
CAP CER CHP 0.10UF 10V 10%
C2540
2113946B04
CAP CER CHP 0.10UF 10V 10%
C2541
2113946B04
CAP CER CHP 0.10UF 10V 10%
C2542
2113946B04
CAP CER CHP 0.10UF 10V 10%
C2543
2113946B04
Description
Ref.
Des.
Part Number
Description
Ref.
Des.
Part Number
Description
C2544
2113946B04
CAP CER CHP 0.10UF 10V 10%
J2005
C2545
2113946B04
CAP CER CHP 0.10UF 10V 10%
L2001
C2546
2113946B04
CAP CER CHP 0.10UF 10V 10%
C2548
2113946B04
CAP CER CHP 0.10UF 10V 10%
C2549
2113946B04
CAP CER CHP 0.10UF 10V 10%
C2550
2113946B04
CAP CER CHP 0.10UF 10V 10%
C2551
2113946B04
CAP CER CHP 0.10UF 10V 10%
C2552
2113946B04
CAP CER CHP 0.10UF 10V 10%
C2553
2113946B04
CAP CER CHP 0.10UF 10V 10%
C2554
2113946B04
CAP CER CHP 0.10UF 10V 10%
C2555
2113946B04
CAP CER CHP 0.10UF 10V 10%
D2001
4870359B01
DIODE,SUPR,SM,7.82V,.1W,ES
D PROT,V360
D2002
4870359B01
DIODE,SUPR,SM,7.82V,.1W,ES
D PROT,V360
L2402
D2003
4870359B01
DIODE,SUPR,SM,7.82V,.1W,ES
D PROT,V360
L2403
D2004
4870359B01
DIODE,SUPR,SM,7.82V,.1W,ES
D PROT,V360
L2404
2488090Y25
Q2537
4888795V06
D2005
4870359B01
DIODE,SUPR,SM,7.82V,.1W,ES
D PROT,V360
INDUCTOR,MULTILAYER,100N
H,1005,SMD,PB FREE
XSTR,FET GP PWR,MOSFET,
SM,SMT,20V,.25W,LEAD-FREE
R2303
0613952R66
L2405
2475393H01
Q2547
4888795V06
D2006
4870359B01
DIODE,SUPR,SM,7.82V,.1W,ES
D PROT,V360
INDUCTOR, 4.7NH, 0402,
+/-0.1NH
XSTR,FET GP PWR,MOSFET,
SM,SMT,20V,.25W,LEAD-FREE
CER CHIP RES 0.0 +/-0.050
OHM
R2304
0613952R66
L2406
2414017P14
R2003
0613952Q53
D2007
4870359B01
DIODE,SUPR,SM,7.82V,.1W,ES
D PROT,V360
IDCTR,CHIP,12NH,5%,300MA,
.6OHM,CER,9 Q,2GHZ SRF,SM,
0402,PB-F
CER CHIP RES 150 OHM 5
0402
CER CHIP RES 0.0 +/-0.050
OHM
R2305
0613952R66
R2004
0613952Q49
L2407
24009312001
6.8MH +-5% INDUCTOR
CER CHIP RES 100 OHM 5
0402
CER CHIP RES 0.0 +/-0.050
OHM
R2306
0613952R66
M2002
3987977Y01
CONTACT ANTENNA
UNIVERSAL (D35)
R2005
0613952Q66
CER CHIP RES 510 OHM 5
0402
CER CHIP RES 0.0 +/-0.050
OHM
R2307
0613952R01
CER CHIP RES 10K OHM 5%
0402
L2002
2415429H45
CHIP INDUCTOR
L2101
2471189M03
SHIELDED SMT POWER
INDUCTOR 10UH
L2102
2471189M03
SHIELDED SMT POWER
INDUCTOR 10UH
L2103
24009271001
20NH HIGH CURRENT CHIP
INDUCTOR
L2104
24009271001
20NH HIGH CURRENT CHIP
INDUCTOR
L2401
2414017P16
IDCTR,CHIP,18NH,5%,300MA,
.76OHM,CER,9 Q,1.9GHZ
SRF,SM,0402,P
2488090Y07
2414017P16
INDUCTOR,MULTILAYER,3.3N
H,1005,SMD,PB FREE
IDCTR,CHIP,18NH,5%,300MA,
.76OHM,CER,9 Q,1.9GHZ
SRF,SM,0402,P
D2008
4870359B01
DIODE,SUPR,SM,7.82V,.1W,ES
D PROT,V360
D2009
4870359B01
DIODE,SUPR,SM,7.82V,.1W,ES
D PROT,V360
M2003
3987977Y01
R2006
0613952R66
D2521
4871785H01
SWITCHING DIODE
BAS116LT1G
CONTACT ANTENNA
UNIVERSAL (D35)
CER CHIP RES 0.0 +/-0.050
OHM
R2308
0613952R18
M2004
3987977Y01
R2007
0613952Q49
FL2401
9102190J23
FLTR,SAW,BANDPASS,1.57542
GHZ NOM,SM,1.4X1.0MM,
SMD,PB-FREE
CONTACT ANTENNA
UNIVERSAL (D35)
CER CHIP RES 100 OHM 5
0402
CER CHIP RES 51K OHM 5
0402
R2309
0613952R18
M2005
3987977Y01
CONTACT ANTENNA
UNIVERSAL (D35)
R2009
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
CER CHIP RES 51K OHM 5
0402
R2310
0613952R18
CER CHIP RES 51K OHM 5
0402
Schematics, Boards Overlays, and Parts Lists: Expansion Board
Ref.
Des.
Part Number
Description
8-169
Ref.
Des.
Part Number
Description
Ref.
Des.
Part Number
Description
Ref.
Des.
Part Number
Description
R2311
0613952R18
CER CHIP RES 51K OHM 5
0402
R2422
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
R2449
0613952R25
CER CHIP RES 100K OHM 5%
0402
R2476
0613952R25
CER CHIP RES 100K OHM 5%
0402
R2312
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
R2423
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
R2450
0613952R25
CER CHIP RES 100K OHM 5%
0402
R2477
0613952R25
CER CHIP RES 100K OHM 5%
0402
R2313
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
R2424
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
R2451
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
R2478
0613952R25
CER CHIP RES 100K OHM 5%
0402
R2401
0613952Q73
CER CHIP RES 1000 OHM 5
0402
R2425
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
R2452
0613952R25
CER CHIP RES 100K OHM 5%
0402
R2479
0613952R25
CER CHIP RES 100K OHM 5%
0402
R2402
0613952R25
CER CHIP RES 100K OHM 5%
0402
R2426
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
R2453
0613952R25
CER CHIP RES 100K OHM 5%
0402
R2480
0613952R25
CER CHIP RES 100K OHM 5%
0402
R2403
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
R2427
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
R2454
0613952R25
CER CHIP RES 100K OHM 5%
0402
R2481
0613952R25
CER CHIP RES 100K OHM 5%
0402
R2404
0613952R25
CER CHIP RES 100K OHM 5%
0402
R2428
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
R2455
0613952R25
CER CHIP RES 100K OHM 5%
0402
R2484
0613952Q39
CER CHIP RES 39.0 OHM 5
0402
R2405
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
R2429
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
R2456
0613952R25
CER CHIP RES 100K OHM 5%
0402
R2485
0613952Q39
CER CHIP RES 39.0 OHM 5
0402
R2407
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
R2430
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
R2457
0613952R05
CER CHIP RES 15K OHM 5%
0402
R2486
0613952R01
CER CHIP RES 10K OHM 5%
0402
R2408
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
R2431
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
R2458
0613952Q89
CER CHIP RES 4700 OHM 5
0402
R2487
0613952R01
CER CHIP RES 10K OHM 5%
0402
R2409
0613952Q50
CER CHIP RES 110 OHM 5 0402
R2432
0613952R66
R2459
0613952R25
0613952R25
0613952Q43
CER CHIP RES 56.0 OHM 5
0402
CER CHIP RES 100K OHM 5%
0402
R2488
R2410
CER CHIP RES 0.0 +/-0.050
OHM
CER CHIP RES 100K OHM 5%
0402
R2433
0613952R25
CER CHIP RES 100K OHM 5%
0402
R2460
0613952R25
CER CHIP RES 100K OHM 5%
0402
R2489
0613952R01
CER CHIP RES 10K OHM 5%
0402
R2434
0613952R25
CER CHIP RES 100K OHM 5%
0402
R2461
0613952R25
CER CHIP RES 100K OHM 5%
0402
R2490
0613952R01
CER CHIP RES 10K OHM 5%
0402
R2435
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
R2462
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
R2491
0613952R01
CER CHIP RES 10K OHM 5%
0402
R2436
0613952R25
CER CHIP RES 100K OHM 5%
0402
R2465
0613952R25
CER CHIP RES 100K OHM 5%
0402
R2492
0613952R01
CER CHIP RES 10K OHM 5%
0402
R2437
0613952R25
CER CHIP RES 100K OHM 5%
0402
R2466
0613952R25
CER CHIP RES 100K OHM 5%
0402
R2493
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
R2438
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
R2467
0613952Q32
CER CHIP RES 20.0 OHM 5
0402
R2495
0613952R25
CER CHIP RES 100K OHM 5%
0402
R2440
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
R2469
0613952Q73
CER CHIP RES 1000 OHM 5
0402
R2496
0613952R25
CER CHIP RES 100K OHM 5%
0402
R2441
0613952Q41
CER CHIP RES 47.0 OHM 5
0402
R2472
0613952R25
CER CHIP RES 100K OHM 5%
0402
R2497
0613952R25
CER CHIP RES 100K OHM 5%
0402
R2442
0613952Q73
CER CHIP RES 1000 OHM 5
0402
R2473
0613952R01
CER CHIP RES 10K OHM 5%
0402
R2501
0613952R25
CER CHIP RES 100K OHM 5%
0402
R2443
0613952Q73
CER CHIP RES 1000 OHM 5
0402
R2474
0613952R35
CER CHIP RES 270K OHM 5%
0402
R2505
0613952Q75
CER CHIP RES 1200 OHM 5
0402
R2444
0613952R25
CER CHIP RES 100K OHM 5%
0402
R2475
0613952Q53
CER CHIP RES 150 OHM 5
0402
R2507
0613952R49
CER CHIP RES 1.0M OHM 5%
0402
R2411
0613952Q50
CER CHIP RES 110 OHM 5 0402
R2412
0613952Q53
CER CHIP RES 150 OHM 5
0402
R2413
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
R2414
0613952R25
CER CHIP RES 100K OHM 5%
0402
R2415
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
R2416
0613952R25
CER CHIP RES 100K OHM 5%
0402
R2417
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
R2418
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
R2419
0613952Q49
CER CHIP RES 100 OHM 5
0402
R2420
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
R2421
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
8-170
Ref.
Des.
Schematics, Boards Overlays, and Parts Lists: Expansion Board
Part Number
Description
Ref.
Des.
Part Number
Description
R2508
0613952R01
CER CHIP RES 10K OHM 5%
0402
U2405
5187344N09
LOW NOISE, 100MA LINEAR
REGULATOR 2.8V
R2509
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
U2406
5164852H16
IC TRANSCEIVER W/LEVEL
TRANSLATION
R2511
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
U2407
5164852H16
IC TRANSCEIVER W/LEVEL
TRANSLATION
R2512
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
U2408
5164852H16
IC TRANSCEIVER W/LEVEL
TRANSLATION
R2513
0613952Q80
CER CHIP RES 2000 OHM 5
0402
U2409
5164852H16
IC TRANSCEIVER W/LEVEL
TRANSLATION
R2516
0613952R66
CER CHIP RES 0.0 +/-0.050
OHM
U2410
5164852H16
IC TRANSCEIVER W/LEVEL
TRANSLATION
R2517
0613952R01
CER CHIP RES 10K OHM 5%
0402
U2411
5175856M01
DUAL INVERTER
U2412
5114007M45
R2519
0613952H25
CER CHIP RES 10.0 OHM 5%
0603
IC,NOR,1PER PKG,SOT-353,
PB-FREE
U2413
51009373001
R2522
0613952R74
RES,MF,10MOHM,5%,.0625W,
SM,0402,400PPM/CEL,PBFREE
IC SDRAM MEMORY
MT48LC8M16LFB4
U2414
5164852H16
IC TRANSCEIVER W/LEVEL
TRANSLATION
U2415
51009372001
IC MICROCONTROLLER
AT32UC3A0512
U2416
51009669001
IC, ACCELEROMETER,
MOTION SENSOR
U2473
5164852H16
IC TRANSCEIVER W/LEVEL
TRANSLATION
U2478
5164852H16
IC TRANSCEIVER W/LEVEL
TRANSLATION
U2510
5185912Y03
IC,CRYPTOGRAPHIC
PROCESSOR
U2525
5171339H01
MICROPOWER VOLTAGE
REGULATOR
R2523
0613952R74
RES,MF,10MOHM,5%,.0625W,
SM,0402,400PPM/CEL,PBFREE
R2524
0613952R49
CER CHIP RES 1.0M OHM 5%
0402
R2529
0613952P30
CER CHIP RES 200K OHM 1
0402
R2530
0613952P30
CER CHIP RES 200K OHM 1
0402
SH1
26009331001
SHIELD, GPS BLUETOOTH
SH2
26009333001
SHIELD, AUDIO AMPLIFIER
SH3
26009334001
SHIELD, MACE MMC
SH4
26009332001
SHIELD, AVR MEMORY
U2526
5171988H01
CMOS COMPARATOR
U2101
5187605U22
IC,AU AMP,1PER PKG,SM,PBFREE
VR2001
4805656W94
ZENER DIODE ESD
SUPPRESSOR
U2104
5175772B38
IC ANALOG TEMPERATURE
SENSOR
VR2004
4805656W94
ZENER DIODE ESD
SUPPRESSOR
U2301
51009573001
IC,FLASH,MMC,NAND,4
GB,FBGA
VR2005
4805656W94
ZENER DIODE ESD
SUPPRESSOR
U2401
51007377001
IC, XCVR, BLUETOOTH, GPS,
FM RX, FM TX
VR2006
4805656W94
ZENER DIODE ESD
SUPPRESSOR
U2402
51002923001
IC,LNR V REGLTR,3.3V LP2989,
NOPB
Y2204
93009290001
26 MHZ TCXO
Y2475
48009319001
U2403
51009371001
RFID WAKEUP RECEIVER
SMD CRYSTAL OSCILLATOR
DS0211AR
U2404
5105739X13
IC, SIGE GPS LOW NOISE AMP
1575 MHZ
Appendix A
A.1
Replacement Parts Ordering
Basic Ordering Information
When ordering replacement parts or equipment information, the complete identification number
should be included. This applies to all components, kits, and chassis. If the component part number
is not known, the order should include the number of the chassis or kit of which it is a part, and
sufficient description of the desired component to identify it.
A.2
Transceiver Board, VOCON Board and Expander Board Ordering
Information
When ordering a replacement Transceiver Board, VOCON Board or Expander Board, refer to the
applicable Model Chart in the front of this manual. Read the Transceiver Board, VOCON Board, or
Expander Board note, and include the proper information with your order.
A.3
Motorola Online
Motorola Online users can access our online catalog at
http://www.motorola.com/businessonline
To register for online access, please call 1-800-422-4210 (for U.S. and Canada Service Centers
only). International customers can obtain assistance at http://www.motorola.com/businessonline
A.4
Mail Orders
Mail orders are only accepted by the US Federal Government Markets Division (USFGMD).
Motorola
7031 Columbia Gateway Drive
3rd Floor – Order Processing
Columbia, MD 21046
U.S.A.
A.5
Telephone Orders
Radio Products and Solutions Organization*
(United States and Canada)
7:00 AM to 7:00 PM (Central Standard Time)
Monday through Friday (Chicago, U.S.A.)
1-800-422-4210
1-847-538-8023 (United States and Canada)
U.S. Federal Government Markets Division (USFGMD)
1-877-873-4668
8:30 AM to 5:00 PM (Eastern Standard Time)
A-2
A.6
Replacement Parts Ordering: Fax Orders
Fax Orders
Radio Products and Solutions Organization*
(United States and Canada)
1-800-622-6210
1-847-576-3023 (United States and Canada)
USFGMD
(Federal Government Orders)
1-800-526-8641 (For Parts and Equipment Purchase Orders)
A.7
Parts Identification
Radio Products and Solutions Organization*
(United States and Canada)
1-800-422-4210
A.8
Product Customer Service
Radio Products and Solutions Organization (United States and Canada)
1-800-927-2744
* 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).
Glossary
Glossary
This glossary contains an alphabetical listing of terms and their definitions that are applicable to
ASTRO 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
A/D
See analog-to-digital conversion.
Abacus IC
A custom integrated circuit providing a digital receiver intermediate
frequency (IF) backend.
ADC
See analog-to-digital converter.
ALC
See automatic level control.
analog
Refers to a continuously variable signal or a circuit or device designed
to handle such signals. See also digital.
analog-to-digital
conversion
Conversion of an instantaneous dc voltage level to a corresponding
digital value. See also D/A.
analog-to-digital
converter
A device that converts analog signals into digital data. See also DAC.
automatic level
control
A circuit in the transmit RF path that controls RF power amplifier output,
provides leveling over frequency and voltage, and protects against high
VSWR.
band
Frequencies allowed for a specific purpose.
BBP
See baseband interface port.
baseband interface
port
Synchronous serial interface to the transceiver board used to transfer
transmit and receive audio data.
BGA
See ball grid array.
ball grid array
A type of IC package characterized by solder balls arranged in a grid
that are located on the underside of the package.
CODEC
See coder/decoder.
codeplug
Firmware that contains the unique personality for a system or device. A
codeplug is programmable and allows changes to system and unit
parameters. See also firmware.
coder/decoder
A device that encodes or decodes a signal.
CPS
See Customer Programming Software.
Glossary-2
Glossary
Term
Definition
Customer
Programming
Software
Software with a graphical user interface containing the feature set of an
ASTRO radio.
D/A
See digital-to-analog conversion.
DAC
See digital-to-analog converter.
Data terminal
equipment
Data terminal equipment; for example, a computer.
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. See also
analog.
digital-to-analog
conversion
Conversion of a digital signal to a voltage that is proportional to the input
value. See also A/D.
digital-to-analog
converter
A device that converts digital data into analog signals. See also ADC.
Digital Private-Line
A type of digital communication that utilizes privacy call, as well as
memory channel and busy channel lock-out to enhance communication
efficiency.
digital signal
processor
A microcontroller specifically designed for performing the mathematics
involved in manipulating analog information, such as sound, that has
been converted into a digital form. DSP also implies the use of a data
compression technique.
digital signal
processor code
Object code executed by the Digital Signal Processor in an ASTRO
subscriber radio. The DSP is responsible for computation-intensive
tasks, such as decoding ASTRO signaling.
DPL
See Digital Private-Line. See also PL.
DSP
See digital signal processor.
DSP code
See digital signal processor code.
DTE
See Data terminal equipment.
EEPOT
Electrically Programmable Digital Potentiometer.
EEPROM
See Electrically Erasable Programmable Read-Only Memory.
Electrically Erasable
Programmable
Read-Only Memory
A special type of PROM that can be erased by exposing it to an
electrical charge. An EEPROM retains its contents even when the
power is turned off.
Glossary
Glossary-3
Term
Definition
Embedded Multi
Media Card
Type of memory used.
eMMC
See Embedded Multi Media Card.
FCC
Federal Communications Commission.
firmware
Code executed by an embedded processor such as the Host or DSP in
a subscriber radio. This type of code is typically resident in non-volatile
memory and as such is more difficult to change than code executed
from RAM.
FGU
See frequency generation unit.
flash
A non-volatile memory device similar to an EEPROM. Flash memory
can be erased and reprogrammed in blocks instead of one byte at a
time.
FLASHcode
A 13-digit code which uniquely identifies the System Software Package
and Software Revenue Options that are enabled in a particular
subscriber radio. FLASHcodes are only applicable for radios which are
upgradeable through the FLASHport process.
FLASHport
A Motorola term that describes the ability of a radio to change memory.
Every FLASHport radio contains a FLASHport EEPROM memory chip
that can be software written and rewritten to, again and again.
FMR
See Florida Manual Revision.
Florida Manual
Revision
A document that provides interim updates to a publication until the
entire publication can be updated and reissued.
FracN
A Motorola-proprietary, CMOS fractional-N frequency synthesizer with
built-in, dual-port modulation.
frequency
Number of times a complete electromagnetic-wave cycle occurs in a
fixed unit of time (usually one second).
frequency
generation unit
This unit generates ultra-stable, low-phase noise master clock and other
derived synchronization clocks that are distributed throughout the
communication network.
GCAI
Global Connector Accessory Interface.
General-Purpose
Input/Output
Pins whose function is programmable.
Global Control
Audio and Power IC
A mixed-signal (analog and digital) integrated circuit that provides
control, audio, and voltage regulation functionality for the VOCON
board.
GPIO
See General-Purpose Input/Output.
Glossary-4
Glossary
Term
Definition
host code
Object code executed by the host processor in an ASTRO subscriber
radio. The host is responsible for control-oriented tasks such as
decoding and responding to user inputs.
IC
See integrated circuit.
IF
Intermediate Frequency.
IMBE
A sub-band, voice-encoding algorithm used in ASTRO digital voice.
inbound signaling
word
Data transmitted on the control channel from a subscriber unit to the
central control unit.
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.
ISW
See inbound signaling word.
key-variable loader
A device used to load encryption keys into a radio.
kHz
See kilohertz.
kilohertz
One thousand cycles per second. Used especially as a radio-frequency
unit.
KVL
See key-variable loader.
LCD
See liquid-crystal display.
LED
See light emitting diode.
light emitting diode
An electronic device that lights up when electricity is passed through it.
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.
LO
Local oscillator.
low-speed
handshake
150-baud digital data sent to the radio during trunked operation while
receiving audio.
LSH
See low-speed handshake.
Master In Slave Out
SPI data line from a peripheral to the MCU.
Master Out Slave In
SPI data line from the MCU to a peripheral.
MCU
See microcontroller unit.
MDC
Motorola Digital Communications.
MDI
MCU/DSP Interface internal to the microprocessor.
MHz
See Megahertz.
Glossary
Glossary-5
Term
Definition
Megahertz
One million cycles per second. Used especially as a radio-frequency
unit.
microcontroller unit
Also written as µC. A microprocessor that contains RAM and ROM
components, as well as communications and programming components
and peripherals.
MISO
See Master In Slave Out.
MOSI
See Master Out Slave In.
multiplexer
An electronic device that combines several signals for transmission on
some shared medium (e.g., a telephone wire).
MUX
See multiplexer.
night operation
A display mode intended for un-aided eye-sight in dark environments.
This is accomplished by a reduced brightness level of the keypad, front
and top displays. Also, an inverted color scheme utilizing red text, red
numbers, and red icons on a black background at two low levels of
backlighting.
night vision
A display mode intended for equipment aided eye-sight in dark
environments, typically using some form of Night Vision Gear. This is
accomplished by a significantly reduced brightness level of the keypad,
front and top displays. Also, an inverted color scheme utilizing red text,
red numbers, and red icons on a black background at three ultra-low
levels of backlighting.
NiMH
Nickel-metal-hydride.
nv
See night vision.
OMPAC
See over-molded pad-array carrier.
open architecture
A controller configuration that utilizes a microprocessor with extended
ROM, RAM, and EEPROM.
oscillator
An electronic device that produces alternating electric current and
commonly employs tuned circuits and amplifying components.
OSW
See outbound signaling word.
OTAR
See over-the-air rekeying.
outbound signaling
word
Data transmitted on the control channel from the central controller to the
subscriber unit.
over-molded padarray carrier
A Motorola custom IC package, distinguished by the presence of solder
balls on the bottom pads.
over-the-air rekeying
Allows the dispatcher to remotely reprogram the encryption keys in the
radio.
Glossary-6
Glossary
Term
Definition
PA
Power amplifier.
paging
One-way communication that alerts the receiver to retrieve a message.
PC Board
Printed Circuit Board. Also referred to as a PCB.
PCIC
See Power Control IC.
phase-locked loop
A circuit in which an oscillator is kept in phase with a reference, usually
after passing through a frequency divider.
PL
See private-line tone squelch.
PLL
See phase-locked loop.
Power Control IC
The power control IC is intended for closed-loop bias control of power
amplifiers. The device facilitates accurate control of the current
delivered to the power amplifier (PA) via a control voltage.
private-line tone
squelch
A continuous sub-audible tone that is transmitted along with the carrier.
See also DPL.
Programmable
Read-Only Memory
A memory chip on which data can be written only once. Once data has
been written onto a PROM, it remains there forever.
PROM
See Programmable Read-Only Memory.
PTT
See Push-to-Talk.
Push-to-Talk
The switch or button usually located on the left side of the radio which,
when pressed, causes the radio to transmit. When the PTT is released,
the unit returns to receive operation.
radio frequency
The portion of the electromagnetic spectrum between audio sound and
infrared light (approximately 10 kHz to 10 GHz).
radio frequency
power amplifier
Amplifier having one or more active devices to amplify radio signals.
RAM
See random access memory.
random access
memory
A type of computer memory that can be accessed randomly; that is, any
byte of memory can be accessed without touching the preceding bytes.
read-only memory
A type of computer memory on which data has been prerecorded. Once
data has been written onto a ROM chip, it cannot be removed and can
only be read.
real-time clock
A module that keeps track of elapsed time even when a computer is
turned off.
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.
Glossary
Glossary-7
Term
Definition
registers
Short-term data-storage circuits within the microcontroller unit or
programmable logic IC.
repeater
Remote transmit/receive facility that re-transmits received signals in
order to improve communications range and coverage (conventional
operation).
repeater/talkaround
A conventional radio feature that permits communication through a
receive/transmit facility, which re-transmits received signals in order to
improve communication range and coverage.
RESET
Reset line: an input to the microcontroller that restarts execution.
RF
See radio frequency.
RF PA
See radio frequency power amplifier.
ROM
See read-only memory.
RPCIC
Regulator/power control IC.
RTC
See real-time clock.
RX
Receive.
RX DATA
Recovered digital data line.
SAP
See Serial Audio CODEC Port.
SCI IN
See Serial Communication Interface Input Line.
Serial Audio CODEC
Port
SSI to and from the GCAP II IC CODEC used to transfer transmit and
receive audio data.
Serial
Communication
Interface Input Line
A full-duplex (receiver/transmitter) asynchronous serial interface.
Serial Peripheral
Interface
How the microcontroller communicates to modules and ICs through the
CLOCK and DATA lines.
signal
An electrically transmitted electromagnetic wave.
Signal Qualifier
mode
An operating mode in which the radio is muted, but still continues to
analyze receive data to determine RX signal type.
softpot
See software potentiometer.
software
Computer programs, procedures, rules, documentation, and data
pertaining to the operation of a system.
software
potentiometer
A computer-adjustable electronic attenuator.
spectrum
Frequency range within which radiation has specific characteristics.
Glossary-8
Glossary
Term
Definition
SPI
See Serial Peripheral Interface.
squelch
Muting of audio circuits when received signal levels fall below a predetermined value. With carrier squelch, all channel activity that exceeds
the radio’s preset squelch level can be heard.
SRAM
See static RAM.
SSI
See Synchronous Serial Interface.
Standby mode
An operating mode in which the radio is muted but still continues to
monitor data.
static RAM
A type of memory used for volatile, program/data memory that does not
need to be refreshed.
Synchronous Serial
Interface
DSP interface to peripherals that consists of a clock signal line, a frame
synchronization signal line, and a data line.
system central
controllers
Main control unit of the trunked dispatch system; handles ISW and
OSW messages to and from subscriber units (See ISW and OSW).
system select
The act of selecting the desired operating system with the system-select
switch (also, the name given to this switch).
thin small-outline
package
A type of dynamic random-access memory (DRAM) package that is
commonly used in memory applications.
time-out timer
A timer that limits the length of a transmission.
TOT
See time-out timer.
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.
TSOP
See thin small-outline package.
TX
Transmit.
UART
See also Universal Asynchronous Receiver Transmitter.
UHF
Ultra-High Frequency.
Universal
Asynchronous
Receiver Transmitter
A microchip with programming that controls a computer's interface to its
attached serial devices.
Universal Connector
Interface point for all accessories to the radio.
Universal Serial Bus
An external bus standard that supports data transfer rates of 12 Mbps.
USB
See Universal Serial Bus.
Glossary
Glossary-9
Term
Definition
VCO
See voltage-controlled oscillator.
VCOB IC
Voltage-Controlled Oscillator Buffer IC.
vector sum excited
linear predictive
coding
A voice-encoding technique used in ASTRO digital voice.
VHF
Very-High Frequency.
VIP
Vehicle Interface Port.
VOCON
See vocoder/controller.
vocoder
An electronic device for synthesizing speech by implementing a
compression algorithm particular to voice. See also voice encoder.
vocoder/controller
A PC board that contains an ASTRO radio’s microcontroller, DSP,
memory, audio and power functions, and interface support circuitry.
voice encoder
The DSP-based system for digitally processing analog signals, and
includes the capabilities of performing voice compression algorithms or
voice encoding. See also vocoder.
voltage-controlled
oscillator
An oscillator in which the frequency of oscillation can be varied by
changing a control voltage.
VSELP
See vector sum excited linear predictive coding.
Glossary-10
Glossary
Notes
Index
Numerics
700–800
transceiver
schematics 8-81
A
amplifier
driver U102 3-13
power transistor 3-13
antenna port J101 3-7
antenna switch, transmitter 3-14
B
battery
connector M101 3-5
types and capacities 2-1
block diagram
overall 3-2
power distribution 2-2
receiver 3-7, 3-8
synthesizer 3-17, 3-18
transceiver 3-3, 3-4
board overlays
controller board
HLN5997B 8-141, 8-150
transceiver (RF) board
700–800 MHz 8-93
UHF1 8-37, 8-52
UHF2 8-73
VHF 8-15
transceiver list 8-1
VOCON list 8-2
buffer and VCO, FGU 3-22
Index
clocks, FGU 3-18
components
block diagram 3-2
controller board
board overlays
HLN5997B 8-141, 8-150
parts list
HLN5960B 8-152
HLN5979B 8-143
schematics 8-129
current control mode, transmitter power control 3-16
D
danger symbol meaning 1-2
detailed theory
Controller 3-24
gps 3-60
transceiver (RF) board 3-3
directional coupler U101, transmitter 3-13
driver amplifier U102 3-13
E
errors, power-up self-check 4-4
expansion board
parts list 8-165, 8-166
F
frequency generator unit (FGU)
buffer and VCO 3-22
clocks 3-18
loop filter 3-19
modulation 3-19
port expander 3-20
reference oscillator Y701 3-18
synthesizer 3-18
trident IC U702 3-18
voltage multiplier and superfilter 3-19
C
G
caution symbol meaning 1-2
charts, troubleshooting
bluetooth 5-49
channel/zone select error 5-25
DC supply failure 5-15
fgu
failure 5-46
fgu,power
failure 5-47
gps failure 5-48
keyload failure 5-32
list 5-1
main 5-3
power-up failure 5-4
secure hardware failure 5-33
VOCON
PA 5-55
Rx audio 5-28
Rx RF 5-35
glossary Glossary-1
H
handling precautions, troubleshooting 4-1
harmonic filter, transmitter 3-14
I
IC
directional coupler U101 3-13
driver amplifier U102 3-13
interconnections
transceiver 3-5
Index-2
K
keep-alive mode 2-2
L
loop filter, FGU 3-19
M
manual
notations 1-2
mode, keep-alive 2-2
modulation, FGU 3-19
N
notations in manual 1-2
O
ordering replacement parts A-1
oscillator
reference Y701, FGU 3-18
P
PA offset, control voltage gain scaling, transmitter power
control 3-16
parts list
controller board
HLN5960B 8-152
HLN5979B 8-143
expansion board 8-165, 8-166
transceiver (RF) board
700–800 MHz 8-95
UHF1 8-39, 8-54
UHF2 8-75
VHF 8-17
parts, ordering replacement A-1
port expander, FGU 3-20
power
amplifier transistor 3-13
conditioning components, transceiver 3-7
power control
detailed theory 3-14
power distribution
block diagram 2-2
keep-alive mode 2-2
radio 2-1
transceiver board 2-2
VOCON board 2-3
power-up self-check
diagnostics and repair 4-5
errors 4-4
R
radio
keep-alive mode 2-2
Index
power distribution 2-1
receiver
analog to digital converter
detailed theory 3-10
block diagram 3-7, 3-8
detailed theory
700/800 front-end 3-10
UHF1 front-end 3-9
UHF2 front-end 3-9
VHF front-end 3-9
reference oscillator Y701, FGU 3-18
replacement parts, ordering A-1
reverse power protection, transmitter 3-14
S
schematics
controller board 8-129
expansion board 8-2
transceiver (RF) board 8-157
700–800 8-81
UHF1 8-25
UHF2 8-61
VHF 8-3
transceiver board list 8-1
VOCON board list 8-2
serial EEPROM 3-7
service tools, recommended 4-2
standard supply voltages 4-3
symbols
caution 1-2
danger 1-2
warning 1-2
synthesizer
block diagram 3-17, 3-18
FGU 3-18
system clocks
troubleshooting 4-3
T
terms and definitions Glossary-1
thermal cutback, transmitter power control 3-15
tools, recommended service 4-2
transceiver
antenna port J101 3-7
battery connector M101 3-5
block diagram 3-3, 3-4
board overlays
700–800 MHz 8-93
UHF1 8-37, 8-52
UHF2 8-73
VHF 8-15
detailed theory 3-3
interconnections 3-5
parts list
700–800 MHz 8-95
UHF1 8-39, 8-54
UHF2 8-75
VHF 8-17
power conditioning 3-7
power distribution diagram 2-2
schematics 8-157
Index
serial EEPROM 3-7
VOCON connector J1001 3-5
voltage regulators 2-3
transmitter
antenna switch 3-14
directional coupler U101 3-13
driver amplifier U102 3-13
harmonic filter 3-14
introduction 3-10
power amplifier transistor 3-13
power control 3-14
reverse power protection 3-14
transmitter power control
current control mode 3-16
PA offset, control voltage gain scaling 3-16
thermal cutback 3-15
voltage control mode 3-15
trident IC U702, FGU 3-18
troubleshooting
bluetooth 5-49
bluetooth,CW on spectrum analyzer 6-71
channel/zone select error 5-25
charts listing 5-1
DC supply failure 5-15
fgu 5-46
fgu,power 5-47
gps 5-48
handling precautions 4-1
keyload failure 5-32
main chart 5-3
power-up failure 5-4
power-up self-check
diagnostics and repair 4-5
errors 4-4
secure hardware failure 5-33
service tools 4-2
standard supply voltages 4-3
system clocks 4-3
VOCON
PA 5-55
Rx audio 5-28
Rx RF 5-35
troubleshooting waveforms
12 MHz clock 6-5
16.8 MHz clock 6-6
24 MHz clock 6-7
32 kHz clock 6-3
4 MHz clock 6-4
audio ssi, bclk 6-11
audio ssi, red rx 6-9
audio ssi, red tx 6-8
audio ssi, sync 6-10
bluetooth,CW on spectrum analyzer 6-71
bluetooth,startup timing difference 6-55, 6-56, 6-57,
6-58, 6-59, 6-60, 6-68, 6-69, 6-70
bluetooth,startup timing sequence 6-61, 6-62, 6-63,
6-64, 6-65, 6-66, 6-67
eMMC, data transfer, troubleshooting
eMMC, data transfer 6-46
eMMC,clock, troubleshooting
eMMC,clock 6-47
eMMC,cmd
correctly measured 6-44
incorrectly measured 6-45
eMMC,failure to Initialize 6-41
Index-3
eMMC,mmc_clk, 6-42, 6-43
eMMC,power-on 6-39
eMMC,successful initialization 6-40
expansion board, usb D- Vmax and packet timing with
statistics 6-73
expansion board, usb D+ Vmax and packet timing with
statistics 6-72
expansion board,32 kHz clock Vmax with
statistics 6-75
expansion board,LF coil with Tx and Rx 6-76
expansion board,VSW_3.6 voltage statistics 6-74
flash,adv 6-34
flash,cs3 6-35
flash,oe 6-36
flash,rdy 6-37
flash,we 6-38
gcai,gpio0 6-26
gcai,gpio4 6-27
gcai,uart rx 6-30
gcai,uart tx 6-31
gcai,usb,d- 6-28
gcai,usb,d+ 6-29
i2c,sca 6-22
i2c,sca 5v 6-23
i2c,sda 6-24
LF CW on spectrum analyzer 6-77
list 6-1
one wire 6-25
received baseband signals 6-48
rx clk 6-12
rx da 6-13
rx fsync 6-14
sdram,clk 6-32
sdram,clkx 6-33
spi clk 6-18
spi clk, inverse 6-19
spi cs 6-20
spi mosi 6-21
transmit baseband interface port (BBP) 6-49, 6-50,
6-51
tx ssi,clk 6-15
tx ssi,da 6-16
tx ssi,fsync 6-15
U
UHF1
transceiver
schematics 8-25
UHF2
transceiver
schematics 8-61
V
VHF
transceiver
schematics 8-3
VOCON board
power distribution 2-3
VOCON connector J1001 3-5
voltage
control mode, transmitter power control 3-15
Index-4
regulators, transceiver 2-3
voltage multiplier and superfilter, FGU 3-19
voltages, standard supply 4-3
W
warning symbol meaning 1-2
waveforms, receive baseband signals 6-48
waveforms, troubleshooting
12 MHz clock 6-5
16.8 MHz clock 6-6
24 MHz clock 6-7
32 kHz clock 6-3
4 MHz clock 6-4
audio ssi,bclk 6-11
audio ssi,red rx 6-9
audio ssi,red tx 6-8
audio ssi,sync 6-10
bluetooth 6-55, 6-56, 6-57, 6-58, 6-59, 6-60, 6-61,
6-62, 6-63, 6-64, 6-65, 6-66, 6-67, 6-68, 6-69,
6-70
eMMC,cmd
correctly measured 6-44
incorrectly measured 6-45
eMMC,failure to initialize 6-41
eMMC,mmc_clk, 6-42, 6-43
eMMC,power-on 6-39
eMMC,successful initialization 6-40
expansion board, usb D- Vmax and packet timing with
statistics 6-73
expansion board, usb D+ Vmax and packet timing with
statistics 6-72
expansion board, VSW_3.6 voltage statistics 6-74
Index
expansion board,32 kHz clock Vmax with
statistics 6-75
expansion board,LF coil with Tx and Rx 6-76
flash,adv 6-34
flash,cs3 6-35
flash,oe 6-36
flash,rdy 6-37
flash,we 6-38
gcai,gpio0 6-26
gcai,gpio4 6-27
gcai,uart rx 6-30
gcai,uart tx 6-31
gcai,usb,d- 6-28
gcai,usb,d+ 6-29
i2c,sca 6-22
i2c,sca 5v 6-23
i2c,sda 6-24
LF CW on spectrum analyzer 6-77
list 6-1
one wire 6-25
rx clk 6-12
rx da 6-13
rx fsync 6-14
sdram,clk 6-32
sdram,clkx 6-33
spi clk 6-18
spi clock inverse 6-19
spi cs 6-20
spi mosi 6-21
transmit baseband interface port (BBP) 6-49, 6-50,
6-51
tx ssi,clk 6-15
tx ssi,da 6-16
tx ssi,fsync 6-15
Motorola Solutions, Inc.
1303 East Algonquin Road
Schaumburg, Illinois 60196 U.S.A.
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.
© 2010 – 2012 Motorola Solutions, Inc. All rights reserved.
June 2012.
*68012002026*
68012002026-C
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