Benefon Dragon Operation Manual TDP70WN SM En

5.9.2000

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Product: TDP70WN /

SERVICE MANUAL

BENEFON DRAGON

TDP70WN

5.9.2000

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Product: TDP70WN /

CONTENTS

1.0 GENERAL . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1 - 1

1.1 TECHNICAL INFORMATION . . . . . . . . . . . . . . . . . . . . . . . . 1 - 1

1.1.1 Operational System . . . . . . . . . . . . . . . . . . . . . . . . . . 1 - 1

1.1.2 Dimensions . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1 - 1

1.1.3 Power Consumption . . . . . . . . . . . . . . . . . . . . . . . . . . 1 - 1

1.1.4 Accessories . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1 - 1

1.1.5 Alert Functions . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1 - 1

1.1.6 Memory . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1 - 2

1.1.7 Clock . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1 - 2

1.1.8 Auto Answer; Pager/Hands Free . . . . . . . . . . . . . . . . 1 - 2

1.1.9 Other Functions . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1 - 2

1.1.10 Additional Exchange-Based Features . . . . . . . . . . . . 1 - 3

1.1.11 Manufacturer . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1 - 3

1.2 PRODUCT FAMILY . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1 - 4

2.0 OWNER’S MANUAL . . . . . . . . . . . . . . . . . . . . . . . . . . 2 - 1

3.0 INSTALLATION INSTRUCTIONS . . . . . . . . . . . . . . . 3 - 1

3.1 Phone Programming . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3 - 1

3.1.1 Programming Subscriber ID in Dragon . . . . . . . . . . . . 3 - 1

3.1.2 To program Using the Phone Keys . . . . . . . . . . . . . . . 3 - 2

3.1.3 To program Using the BeneLoc Program . . . . . . . . . . 3 - 3

4.0 BeneLoc . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4 - 1

4.0.1 Installation of BeneLoc program . . . . . . . . . . . . . . . . . 4 - 1

4.0.2 To start the BeneLoc program . . . . . . . . . . . . . . . . . . 4 - 2

4.0.3 Using the BeneLoc program . . . . . . . . . . . . . . . . . . . . 4 - 3

5.0 PHONE’S CONSTRUCTION . . . . . . . . . . . . . . . . . . . . 5 - 1

5.1 PROCESSOR . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5 - 2

5.1.1 General . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5 - 2

5.1.2 Connectors: . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5 - 2

5.1.3 Functions . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5 - 4

5.2 AUDIO . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5 - 7

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5.2.1 Function Description . . . . . . . . . . . . . . . . . . . . . . . . . . 5 - 7

5.2.2 TX-audio . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5 - 7

5.2.3 RX-Audio . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5 - 8

5.2.4 FII Signal . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5 - 8

5.2.5 FFSK Modem . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5 - 9

5.2.6 The DTMF Generator/Receiver . . . . . . . . . . . . . . . . . 5 - 9

5.2.7 Signal level detectors . . . . . . . . . . . . . . . . . . . . . . . . . 5 - 9

5.2.8 Compander/Expander . . . . . . . . . . . . . . . . . . . . . . . . 5 - 10

5.2.9 Alarm buzzer . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5 - 10

5.2.10 The other in audio asic (I7) . . . . . . . . . . . . . . . . . . . 5 - 10

5.2.11 Scrambler (optional) . . . . . . . . . . . . . . . . . . . . . . . . 5 - 10

5.3 RX SYNTHESIZER . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5 - 11

5.3.1 General . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5 - 11

5.3.2 Functional Description . . . . . . . . . . . . . . . . . . . . . . . 5 - 11

5.3.3 Control- and Output-Signals . . . . . . . . . . . . . . . . . . . 5 - 11

5.4 TX-SYNTHESIZER . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5 - 12

5.4.1 General . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5 - 12

5.4.2 Function Description . . . . . . . . . . . . . . . . . . . . . . . . . 5 - 12

5.4.3 Control- and Output-Signals . . . . . . . . . . . . . . . . . . . 5 - 13

5.5 RECEIVER . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5 - 13

5.5.1 General . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5 - 13

5.5.2 Input- and Output-Signals . . . . . . . . . . . . . . . . . . . . . 5 - 14

5.6 TRANSMITTER . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5 - 15

5.6.1 General . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5 - 15

5.6.2 Function Description . . . . . . . . . . . . . . . . . . . . . . . . . 5 - 15

5.6.3 Control- and Output-Signals . . . . . . . . . . . . . . . . . . . 5 - 15

5.7 Module OC2285 (The Layout PC2200 A5) . . . . . . . . . . . . . 5 - 18

5.7.1 Parts list . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5 - 18

5.7.2 Layouts . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5 - 28

5.7.3 Circuit Diagrams . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5 - 30

5.8 Module OC2295 (The Layout PC2200 A5) . . . . . . . . . . . . . 5 - 38

5.8.1 Parts list . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5 - 38

5.8.2 Layouts . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5 - 48

5.8.3 Circuit Diagrams . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5 - 50

5.9 KEYBOARD OK2200 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5 - 58

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1.0 GENERAL

General

1.1 TECHNICAL INFORMATION

1.1.1 Operational System

NMT-450i

1.1.2 Dimensions

Size: 56 x 125 x 25 mm

Weight: 178 g

Volume: 139 cm³

1.1.3 Power Consumption

- Batteries: 3x 1.2 V NiMH

- Sleep current: 600 µA

- Standby current: 43 mA

- Conversation mode, high power: app. 1.1 A

- Conversation mode, low power: app. 0.45 A

Charger:

- automatic 1 h rapid charging for NiMH batteries

- automatic 6 h standard charging for NiMH batteries

1.1.4 Accessories

- light holder

- portable hands free

- mains charger

- cigarette lighter charger

- belt clip

1.1.5 Alert Functions

Adjustable ringing tones

- type

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- volume

- progressive or fixed

Silent alert

- short tone and ‘call is coming’ text in the display

1.1.6 Memory

Alphanumeric

- 300 memory locations, 23 characters, 16 alphanumeric / memory location

- memory scroll and recall in alphabetical or numerical order

- writing in memory during a call

Repeat: last dialled number or one of 15numbers from the quick-memory locations

1.1.7 Clock

- time and date display

- real time alarm setting

- real time power on setting

- real time power off setting

- elapsed conversation time counter (both incoming and outgoing)

- received call counter and time display

1.1.8 Auto Answer; Pager/Hands Free

- pre-set number of ring tones before answering (0...6)

Pager

- answers incoming calls and receives numeric messages

- 15memory locations (23 characters / location)

Hands Free

- answers incoming calls when connected to portable HF

1.1.9 Other Functions

DTMF - receiver / transmitter

DTMF - key tones

Display and key illumination

Volume control

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- 5 levels

- level indicator

Battery charge level indicator

- battery empty alarm tone and display

- used battery capacity display

Field strength indicator

Battery-saving function

Prefix editor

Keys lockable to prevent accidental operation

Phone code to prevent unauthorised use

SIS protection function

CLIP, calling line identity presentation

‘+’ international prefix

1.1.10 Additional Exchange-Based Features

Call management

- New call

- Pick incoming call

- Select call

MFT-function (DTMF signal transmission)

Voice privacy (also manual voice privacy)

SMS

1.1.11 Manufacturer

Benefon Oyj

P.O. Box 84

24101 Salo

Finland

Tel. +358 2 77400 Fax. +358 2 7332633

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1.2 PRODUCT FAMILY

- BENEFON DRAGON HANDPORTABLE TDP70WN

- STANDARD MAINS CHARGER CSA-70-230

- QUICK MAINS CHARGER CMA-70-230

- CIGARETTE LIGHTER CHARGER CCS-70-12

- LIGHT HOLDER KDC-70

- PORTABLE HANDS FREE EHS-60

- BELT CLIP

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2.0 OWNER’S MANUAL

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Product: TDP70WN / Installation Instructions

3.0 INSTALLATION INSTRUCTIONS

Installation Instructions

3.1 Phone Programming

You can program Benefon Dragon by using either the keys on your phone, or

the BeneLoc computer program and maintenance adapter. In either case, you

will need a localbox.

Programming Menu Commands:

- SALES DATE

- RADIO PATH ID

- OWN NUMBER

- PHONE CODE

- Y1 Y3 ID (additional operator indicator)

- SW VERSION

- SAK

- PRODUCT CODE

- UPDATE LOCALBOX

- INTERLEAVING

- AUTOMATIC ROAMING

- RESET RAM

3.1.1 Programming Subscriber ID in Dragon

3.1.1.1 How to program the ID in Dragon:

1. Turn on the Dragon normally with its own battery.

2. Hook up the rapid charger until it the phone indicates that it has started

charging.

3. Remove the battery and watch that the display shows an empty battery

frame.

4. Hook the localbox adapter up to the localbox via the Spica cable, and then

attach it to the phone where the battery would normally go.

5. Restart the Dragon.

6. You can get to the ***BENEFON*** menu with the arrow key. Select it, and

from there you will find "Radio Path ID", where you can program the ID of the

phone.

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3.1.2 To program Using the Phone Keys

1. Connect the QPS50 localbox via maintenance adapter to your phone, and

turn the phone on. , will be flashing in the display in stand-by mode.

2. Press  and the following text will appear in the display: ***BENEFON***.

3.1.2.1 Sales Date

1. Choose SELECT. The following text will appear in the display:

SALES DATE [XXXXXX].

2. Choose  CHANGE. [XXXXXX] will be replaced by the date

[daydaymonthmonthyearyear]. Remember to check that the date is correct.

If the date is correct, choose  SAVE. If the date is incorrect, delete it by

choosing  and enter the correct date (six digits in the following form:

daydaymonthmonthyearyear). To save the date, choose  SAVE.

It is possible to program the sales date ONLY ONCE, which means that you

will not be able to change it again afterwards. If the sales date has not been

programmed, your phone will not enter the normal stand-by mode.

3.1.2.2 Radio Path Identification

1. Press , and the following text will appear in the display:

RADIO PATH ID [XXXXXXXXXX].

2. Choose  CHANGE. Enter the radio path identification (ten digits), and

save the identification by choosing  SAVE. Remember to check that the

radio path identification is correct.

3.1.2.3 Own number

1. Press   : own number [+ XXXX...X]

2. Choose  CHANGE. Enter the own number (follow the instruction of the

operator), and save it by choosing  SAVE. Remember to check that the own

number is correct.

Note! SMS doesn’t work if the own number has not been programmed.

3.1.2.4 Phone Code

1. Press  , and the following text will appear in the display:

PHONE CODE [XXXX].

2. Choose  CHANGE. Enter the phone code (four digits), and save the code

by choosing  SAVE.

3.1.2.5 Y1 Y3 ID (Additional operator indicator)

It is possible to change old/add new operator indicator which operates in

automatic roaming mode. (network selection mode: Automatic)

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1. Press  : Y1:X Y3:XX ID: ABC

2. Choose  SELECT. Enter Y1 (Country code: one digit) and choose 

SAVE.

Enter Y3 (Operator code: two digits) and choose  SAVE.

Enter ID (Operator indicator, 3 characters) and choose  SAVE.

3.1.2.6 Automatic roaming and Interleaving

The Dealer activates or deactives them according to the operator’s or the

customer’s likings.

3.1.2.7 Closing Instructions

1. Having programmed the necessary information choose  QUIT, and the

following text will appear in the display: ***BENEFON***.

2. Turn off your phone, and disconnect the localbox.

3. Turn the phone on once more, and make a test call.

3.1.3 To program Using the BeneLoc Program

Start the installed program by clicking the icon. The phone must be connected

to the system as discribed above.

power

5V log

flash

5V log

gen

meter

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Product: TDP70WN / Installation Instructions

Main window

Press Dealer-key to enter the programming window.

You can read the phone data by pressing the Read phone -key. You can

change the miscellanous settings with the computer and transfer them to

phone by pressing the Program phone -key.

BeneLoc includes Help-program for further information.

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Product: TDP70WN / BeneLoc

4.0 BeneLoc

BeneLoc

BeneLoc program is designed to help service person on tuning and service purpose.

With Flasher Program you can change the software to Benefon phones.

Both, BeneLoc and Flasher program will need Service Adapter, Power Supply and

Localbox with service rights to work.

4.0.1 Installation of BeneLoc program

Start Windows. Close all other programs except Program Manager.

Insert BeneLoc Installation Disc 1 in the floppy disk drive of your computer. In the

Program Manager window, choose Run from File menu.

Type the letter A: or B: to indicate your floppy disc drive, and then type SETUP.EXE.

For example, A:\SETUP.EXE.

Click the OK button, and follow the instructions displayed on your screen.

The Setup Program will ask you to specify the drive and directory in which you want

power

5V log

flash

5V log

gen

meter

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to install the BeneLoc Program. The Program suggests the following: C:\Bene-

App\BeneLoc. Accept the drive and directory by clicking Next button. You can also

type your own directory for BeneLoc Program.

The Setup Program creates all necessary directories and subdirectories to your

computer. Setup Program also creates its own group window in Program Manager.

4.0.2 To start the BeneLoc program

Connect the Service Localbox to serial port of your computer, which is called COM1

or COM2. The serial ports are usually located in the back of your computer, and

more precise instructions can be found in the manual accompanying the computer.

Adjust the Power Supply voltage to 4.0 Vdc. Connect the Service Localbox to the

Power Supply.

Connect the Service Adapter to the phone. Plug the cable with flat connector into the

connector at the bottom of the phone. When the cable has been connected and the

phone is switched on, the phone should be in LOCAL mode. You can test this by

pressing arrow button. There should be ***BENEFON*** on the display, if not, clean

connectors and try again. When phone is in LOCAL mode you can start the Bene-

Loc Program.

To start the BeneLoc Program, double click the BeneLoc icon.

In the BeneLoc Startup window, first select the correct serial port. Then, you have to

select type of the phone. You can also use the Autodetect option. After selection

click OK to start BeneLoc Program. When operating without external power supply

the phone may be on sleep mode and registration fails. You can wake up the phone

by pressing some buttons on the phone.

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4.0.3 Using the BeneLoc program

In the main window of the BeneLoc, you will find submenus and buttons. Clicking the

buttons you can go to the submenus.

Change For changing phone to another similar you do not need to do more than enter into

main menu. It means that this button is not needed. If you are going to change the

tested phone to one having different software in, clicking Change will start the reg-

istration protocol again.

Help About BeneLoc submenu will tell you version of the BeneLoc Program and also the

state of memory.

About Cellular submenu will show you information of the phone. Type of phones

software, sales date, date of the software, serial number and present tuning values

of the phone. You can not change the tuning values from Help menu.

Dealer From Dealer submenu you can make or check programming of the phone. You will

also find the SIS information from Dealer submenu.

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Service You can control the audio lines (for example, switch Rx audio and compander on/off)

in the Service main menu. It is also possible to control the phone to desired channel.

There is also possible to change the power of transmitter.

In the Ports submenu is you can see the status of different digital ports. There is

also possible to control some of the output ports.

You can read the status of the A/D converters from the A/D submenu. Select 8 differ-

ent topics to view. By clicking SCAN AD button The Beneloc will scan A/D the state

of converters continuously. Scanning can stopped by clicking STOP AD.

Memory submenu allows you to make Ram reset.

By clicking Initialize You can clear all LOCAL settings in service menu.

Home button will return you back to main menu.

Tunings From Tunings main menu you can select different tunings to do. Every tuning have

they own instruction window. Follow given instructions to do tunings. Clicking

START will start tuning. The value will be stored only by clicking SAVE. Some of the

tunings are chained and you can enter to next phase by clicking NEXT.

4

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System You select used mobile phone system from this submenu.

File From settings submenu you can manually change settings of the communication

port.

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5.0 PHONE’S CONSTRUCTION

AE

0023

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Product: TDP70WN / OC2285 Processor/Audio/RF

LOGIC / AUDIO

OC2285 Processor/Audio/RF

5.1 PROCESSOR

5.1.1 General

The entire radio: The audio, processor and RF functions are found within a

single OC2200 board, along with the display and keyboard.

The processor controls the audio and radio (RF) parts, internal devices and

external accessories.

The µCBIC (processor-asic) includes:

5.1.2 Connectors:

5.1.2.1 Connector for service purposes only

5.1.2.2 Headset connector, V2

µCBIC IG3010 H8/300H-cpu, 10k*8 CMOS RAM, 8 A/D, 4 D/A, 48

pcs I/O lines,3 series-interfaces, 2 modem-interfaces,

i2c-interface, frequency counter, realtime clock

PROM 29DL800BT Flash program memory

SIS IG2048 Asic for SIS-function, 256k*8 EEPROM + Universal

EEPROM for tuning values

1 V-PROG flash programming voltage 0.5/12 -14 Vdc

2 GEN_OUTPUT rx audio signal output 100 mVrms

3 CHGDET charger detector 0/VCC digital

4 SCL i2c clock 0/VCC digital

5 SDA i2c clock 0/VCC digital

6 TXDO RS232 output 0/VCC digital

7 GEN_INPUT tx audio signal output 200 mVrms

8 RXDO RS232 input 0/VCC digital

1 HFMIC microphone signal input 10 mVrms

2 HEADSET headset detector 0/VCC digital

3 HFERP earphone signal output 100 mVrms

4 GND ground

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5.1.2.3 Charger connector, V6

5.1.2.4 Battery connector, V5

5.1.2.5 Battery identification connector, V4

5.1.2.6 Display and keyboard connector, V3

1 Charger voltage 6 ...10 V DC

2 Ground

1 Ground

2 VB_unfiltered 3.6 V

1 Bat_type_1 0/VB digital

2 Bat_type_2 0/VB digital

1GND

2 KEYIN0 key matrix input 0/VCC

3 KEYIN1 key matrix input 0/VCC

4 KEYIN2 key matrix input 0/VCC

5 KEYIN3 key matrix input 0/VCC

6 KEYIN4 key matrix input 0/VCC

7 KEYOUT0 key matrix output 0/VCC

8 KEYOUT1 key matrix output 0/VCC

9 KEYOUT2 key matrix output 0/VCC

10 KEYOUT3 key matrix output 0/VCC

11 PWRSW key matrix input 0/VCC

12 PWRKEYIN powerkey 0/VCC

13 GND ground

14 VCC LCD power supply VCC

15 RESET reset signal 0/VCC

16 DCS1 display chip select 0/VCC

17 DAO L:control data H:display data 0/VCC

18 DSCL serial clock line for data 0/VCC

19 DSI serial data input 0/VCC

20..31 connected to the voltage components

32 GND ground

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5.1.2.7 Circuit Diagram

The processor, audio and RF circuits diagram is split into seven parts. Signals

in the circuit diagrams have been given names, and signals with the same

name are connected between diagrams (<x> = page).

5.1.3 Functions

5.1.3.1 µCBIC

I3 is itself a processor-asic circuit. It is comprised H8/300H-cpu, 10k*8 CMOS

RAM, 8 A/D, 4 D/A, 48 pcs I/O lines, 3 series-interfaces, 2 modem-interfaces,

i2c-interface, frequency counter, realtime clock, timers and 4,8 MHz clock

oscillator. The µCBIC divides this by 4 to get timing signal E.

When the processor is operating, RESET = VCC, VCC = 2.8 V, E = 1.2 MHz.

5.1.3.2 Memories

Memory and external I/O-circuit address coding is done with the µCBIC circuit

I3. The circuit options CE, OE and WE are 0-active.

The program memory is in 8 Mbit Flash memory 29DL800.

RAM-memory is 10k*8 CMOS RAM and included in the µCBIC. µCBIC uses its

own power supply voltage which is VRAM and is always operating, even when

the radio is in the OFF state.

5.1.3.3 The Modem

The FFSK modem is located in the audio circuit. The modem is connected to

the µCBIC by a series line, input to synchronised port, and transmission is

controlled by an µCBIC series output. The modem gives a 1200 Hz signal

RXCLK and TXCLK to the µCBIC. There is a data detector within the modem,

the speed of which is controlled by C57. The µCBIC A/D converter measures

the level of acceptance from ERPDET line. The same detector also serves to

control HF function.

5.1.3.4 AFC

The AFC function is performed by an internal µCBIC frequency counter. A 450

kHz intermediate frequency is amplified to a square-wave form by Q5. The

Page 1 of 7 module connector pins

2 of 7 power supply + display

3 of 7 µCBIC, EPROM, SIS-function

4 of 7 audio parts

5 of 7 synthesizer

6 of 7 receiver

7 of 7 transmitter

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Product: TDP70WN / OC2285 Processor/Audio/RF

frequency is adjusted by µCBIC D/A 1 signal. This approx. 1.5 Vdc voltage is

fed to the synthesiser AFC pin.

5.1.3.5 Sleep Timer

The phone puts the central functions to sleep for a time. Although everything

seems normal to the user, but most of the functions are closed down. The radio

and audio units are closed down completely. The processor still has a power

supply, but the processor is halted and has minimal power consumption. Only

the µCBIC circuit sleep timer and its 32 kHz crystal oscillator remain in active

mode. The phone is "woken up" by interrupting the sleep timer or by changing

the keyboard state. The sleep timer 32 kHz clock frequency is produced by the

oscillator made by crystal X1.

5.1.3.6 Warm start

C32 and R38 measure the length of a voltage break. The voltage drops during

a break, after which it is measured by the A/D (AN2) converter. The time

constant is approx. 10 s. Thus a "warm start" is detected.

5.1.3.7 Reset

The output (VCC) of the main voltage regulator I11 is connected to the power

supply reset monitor I1. The output of I1 resets (stops) the processor and

zeroes the controls when the battery voltage drops below 2.6 V. When the

voltage rises again, the processor restarts.

5.1.3.8 Power Switch

When the power switch is pressed, the PWRSW line goes to high state and

drives the regulator to operate. The program commences and checks the

PWRSW line to ensure that the switch is being pressed, and sets hold on the

regulator for the PWRON line. When the switch is depressed for a longer time,

the program directs power to the PWROFF line. During a short voltage break,

C1 remembers the previous control, i.e. C1 keeps the control voltage high

when the battery voltage is restored within 10 seconds. C1 also serves as a

watch-dog should the voltage drop or processor error-state continue; after 10

seconds, the radio will shut down completely.

Note1! When the phone is operative, the same power power switch acts also

the # key.

Note2! The µCBIC circuits have their own power supply voltage connected to

the battery to ensure an uninterrupted power supply. The µCBIC power supply

is ensured during a battery-back change by the battery B1.

5.1.3.9 Battery Voltage Measurement

The battery voltage is measured by an A/D converter (AN7). The reference

voltage for the measurement is provided by the main regulator 2.8 V supply.

Calibration is done by the program against a precisely known battery voltage.

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5.1.3.10 I/O ports

The µCBIC I/O ports PA PF are 8-bit hold circuits. Data is fed to the addresed

output. When the RESET line is down (0V) all the µCBIC ports are zeroed (0V).

As RESET rises again, all of the two-way I/O ports are inputs until the program

sets them to the desired state. With the radio in OFF state, RESET is down so

all of the controls are also down although µCBIC is still provided with

operational voltage VRAM.

5.1.3.11 SIS

SIM is performed by a BENEFON ASIC IG2048 manufactured by Atmel.

Integrated circuit IG2048 is E2 logic array. This type of array incorporates both

an electrically erasable and programmable read only memory (EEPROM) and

a gate array for SIM function.

SIM has 256 bytes internal EEPROM divided to two parts: 224 bytes EEPROM

for universal use and 32 bytes EEPROM for SIS calculations are secured by

programmable fuse function.

User specific information is stored in EEPROM which CANNOT be read from

outside the chip. All external attemps to read the information clear both.

EEPROM and RAM (fill with FF).

5.1.3.12 Power Adjustment

The transmitter control logic switches TX power and also adjusts it to the

correct level. The TXS_REG signal sets the transmitter to ready mode. Power

is controlled by the µCBIC analog output A/D 0 through the TXPWR line. 0 V

corresponds to "no power" and 2.8 V to maximum transmitter power. The

power levels are calibrated by the program at the source of measurement.

5.1.3.13 Charging Control

The charger is controlled by the program. The charger is detected by a voltage

at the CHGDET pin. The charging current is controlled with Q10 which acts as

a switch. The switch Q10 is controlled by Q4 through the charge_on -line.

5.1.3.14 Temperature Measurement

The radio has one temperature sensor R72, situated just under the battery

pack. Inside the radio the NTC resistor R72 voltage is measured by the µCBIC

A/D converter (AN6). This value is converted by a programmed table to a

temperature reading.

5.1.3.15 Real-time Clock

A real-time clock is provided within µCBIC to give the time and date. The alarm

function can also be programmed to the ALARM pin. This will initiate the main

regulator and thus also the radio although it is in OFF state.

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The µCBIC circuit has a continuous power supply and the 32 kHz clock crystal

runs constantly. Not even the RESET line stops the clock. If the power supply

has dropped too low, the clock will need to be reset with the radio buttons (from

the menu).

5.2 AUDIO

5.2.1 Function Description

The audio module is comprised of the following functions:

1. TX-audio signal handling

2. RX-audio signal handling

3. Fii signal handling

4. FFSK modem

5. DTMF generator/receiver

6. Signal level detectors

7. Compander

8. Expander

9. Buzzer

The audio functions are mainly located in a single circuit AK2339. This chip

from AKM is controlled by a serialbus. It is possible to shut down parts of the

circuit, one block at a time to minimise power consumption.

5.2.2 TX-audio

The input from the microphone is fed to the audio circuit I7 pin 61, which is an

operational amplifier (AMP1) inverting input. The operational amplifier gain is

set by resistors R87 and R89. The amplifier is connected as a low pass filter.

After the amplifier is the microphone switch and then summing junction of MIC

input signal, EXTMIC input signal and transmit DTMF signal. VR1 is a

programmable amplifier, which sets the microphone signal (sensitivity) to the

correct level. After VR1 comes band-pass filter for transmitting the voice signal.

A special scrambler circuit I9 can be mounted between the pins 57/58 and 59

of I7. This device is optional and it is controlled also by the serial interface

circuit. TXDET is the transmit voice signal detection circuit which works as a

full wave rectifier. Next comes ATT1 which is an attenuate circuit to set the

transmit signal level in the HF-mode. COMP is the compressor circuit.

Compress the transmitting signal amplitude with square root law. It can be

bypassed. The linearity is adjustable by the control register CVR. Next is VR2,

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normal deviation gain control circuit to set the signal level. The P/E & LIMIT

pre-emphasis circuit and limiting circuit, emphasize the higher frequency

component of the signal in order to improve the signal-to-noise ratio of

modulated signal. This block includes a limiting circuit for signal amplitude in

order to confine the maximum deviation of the transmit modulated signal.

Before TXLPF is the FFSKTX switch. TXLPF is the low pass filter to reject the

higher frequency component on the transmit signal. VR3 is a maximum

deviation gain control circuit to set the transmit signal level. After the VR3

comes switch TXAUDON, which mutes the tx-audio signal using the TXMUTE

control. From the switch, the signal is fed to the summing junction (ADD3) of

the tx-audio signal and Fii-signal. Next comes VR4 gain control circuit to set.

SMF1 is smoothing filter for tx-audio signal. The tx-audio signal is then fed to

the RF-stages.

5.2.3 RX-Audio

The rx-audio signal coming from the receiver through the V103 pin 8 is fed to

the audio circuit I7 pin 23. Inside the circuit, the signal is fed to the operational

amplifier (AMP2) inverting input. The amplifier gain is set by resistors R85 and

R95. The signal is next passed through an anti-aliasign filter. VR5 is a gain

control circuit to set the rx-audio signal to the correct level. Next comes de-

emphasis (D/E) circuit. Equalize the pre-empassized rx-audio signal. The

signal passes from the D/E through the switch RXAUDON. RXBPF is the band-

pass filter for the rx-audio signal. RXDET is the rx-audio signal detection circuit.

This circuit works as a full wave rectifier. After the RXBPF comes I8 which is

the split-switch of audiosignal and then expander circuit (EXP). Expand the rx-

audio signal amplitude. It can be bypassed. The linearity is adjustable by the

control register EVR. VR6 is a gain control circuit to set the rx-audio signal to

the correct level. After VR6 comes the RXMUTE switch, which is operated by

the RXMUTE control. ADD4 is the summing junction of the rx-audio signal,

external signal (not used), DTMF signal and transmit signal. VR10 is the

volume control circuit to set the level of earphone and external earphones. The

scrambler circuit I9 is optional and it is controlled by the serial interface circuit.

The signal is then fed via R91 to the audio amplifier I10. The amplifier drives

the earphone A4 and by controlling the I10 SE/BTL pin, the signal can be

routed to the HF-connector.

5.2.4 FII Signal

The NMT system uses the FII signal to check the radio path quality. This

approx. 4 kHz signal is split from the rx-audio signal after the VR5 and is

filtered through the band-pass filter (FBPF). VR7 sets the FII signal to the

correct level. Switch FILOOPON can be operated by the FIION control, to be

summed with the tx-audio signal before the VR4.

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5.2.5 FFSK Modem

The FFSK data signal from FFSK modulator to be transmitted is passed

through the FFSK low-pass filter and pre-emphasis (FFSKP-EM) to the VR9,

which adjusts its level. The data signal is switched using switch FFSKTXON.

The received data signal is split from the rx-audio signal after the de-emphasis

circuit. The data signal is fed through the FFSK band-pass filter to the FFSK

demodulator and FFSK data detector.

FFSK DET block. The block works to judge the FFSK signal existence by

comparing the amplitude of the noise reduced FFSK signal and the provided

detection level standard. Once the detector judges a valid FFSK signal, ’H’

signal is put out on the FFSKDET pin (pin43). The data detector speed is

determined by the external condensator C57.

FFSK DEMOD. To recover 1200 bps receive data and clock from the FFSK

signal.

The modem is connected to the CPU by series lines, the receiver to a

synchronised gate, and transmission is directed to an ASIC series output. The

modem provides a 1200 Hz clock signal RXCLK to the processor and TXCLK

to ASIC.

5.2.6 The DTMF Generator/Receiver

The DTMF generator provides all sixteen standard DTMF tones, and each

individual frequency separately. The generator is used to produce both key and

alarm tones and enable numeric message transmission during a call.

Key and alarm tones are taken from the generator to switch DTMFRXON and

is summed with the rx-audio signal. Key tones are connected to earphone and

external earphones.

When transmitting a numeric message, the DTMF tones produced by the

generator are fed through the VR8, which set the DTMF signal level to the

switch DTMFTXON, and then the signal is summed with the tx-audio signal.

The DTMF receiver takes in numeric messages sent to the phone. The route to

the DTMF receiver splits from the rx-audio signal after the summing junction

ADD4.

5.2.7 Signal level detectors

Audio signal level detectors are required for the HF-function to measure the

transmitted and received audio signal level, and to study the data signal level.

Measurement is done by rectifying the signal, and the resultant DC voltage is

read by a phone’s prosessor A/D converter. TXDET is at the transmission side

detector and RXDET is at the receiver side detector.

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5.2.8 Compander/Expander

Compander and expander units are included in audio asic I7 and can be

controlled by registers.

5.2.9 Alarm buzzer

Tones for the internal alarm tones are provided by the DTMF generator. The

internal alarm tones path way is DTMF generator, VR8, switch DTMFRXON,

summing junction ADD4, VR11, AMP5 and buzzer. The buzzer volume is

controlled by the DA3.

5.2.10 The other in audio asic (I7)

OSC is the main oscillator and clock divider for the prosessor.

CLKBUF is clock buffer generate clock out from main clock.

INTERFACE & DATA REGISTER is a 16 bit address/data serial interface

circuit.

BIAS is bias current generator for amplifiers.

TIMER is an 8 bit timer (not used).

DA1, DA2, DA3 are 8 bit linear DA converters.

5.2.11 Scrambler (optional)

The CD264 I9 is a frequency domain scrambler compatible with NMT cellular

phone system. It contains separate TX and RX paths for full duplex operation

and operates under µProcessor control via a serial interface. The circuit is

optional.

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RF

5.3 RX SYNTHESIZER

5.3.1 General

The RX synthesizer generates an upper side injection frequency for the receiver.

The injection frequency is fed to the receiver’s first mixer.

5.3.2 Functional Description

The RX injection frequency is generated with a phase locked loop. The VCO pro-

duces the injection frequency determined by the control voltage. After the VCO

stage comes the amplifier stage Q430. After the amplifier stage, part of the signal is

fed to the synthesizer circuits I400 divider. The synthesizer circuit contains a pre-

scaler, programmable divider, reference frequency divider, and a phase detector.

The synthesizer circuit produces current pulses at output DO1 as controlled by the

phase detector. The current pulses either charge or discharge the loop filter. The

VCO control voltage is derived from the loop filter output.

The synthesizer 12.5kHz reference frequency is made by dividing the 13.00 MHz

signal from the temperature compensated oscillator (TCXO). The series-form signal

which controls the channel frequency comes from the processor. SDATA, SCLK and

SLE signals are common to both TX- and RX-synthesizers. A positive pulse in the

SLE line loads the division ratio (corresponding to the frequency of the channel) fed

to the SDATA line, to the synthesizer circuit I400.

5.3.3 Control- and Output-Signals

Operating voltage 3.0 VDC

Current consumption 14 mA

Output level to the receiver +1 dBm

Frequency range 541.450...545.925 MHz

VRX RX synthesizer operating voltage 3.0 V

SCLK Clock signal for the synthesizer control data

SDATA Synthesizer control data

SLE ENABLE pulse to the synthesizer

RXINJ RX synthesizer output to the receiver +1 dBm

RX_REG Control line for VRX-regulator

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5.4 TX-SYNTHESIZER

5.4.1 General

The TX synthesizer generates the final modulated transmission frequency, which is

fed to the transmitter.

5.4.2 Function Description

The TX frequency is generated with a phase locked loop (PLL). The VCO produces

the injection frequency determined by the control voltage, and the VCO also has a

modulation input. After the VCO stage come two amplifier stages Q470 and Q480.

These ensure separation between the VCO and transmitter, and also boost the

injection level sufficiently. Part of the signal is fed from between the amplifier stages

to the synthesizer circuit I400 pre-scaler input Fin2. The synthesizer circuit contains

a pre-scaler, programmable divider, reference frequency divider, and a phase detec-

tor.

The synthesizer circuit produces current pulses at output DO2 as a result of the

phase detection. The current pulses either charge or discharge the loop filter con-

densators. The VCO control voltage is derived from the loop filter output.

The synthesizer 12.5kHz reference frequency is made by dividing the 13.00 MHz

signal from the temperature compensated oscillator (TCXO). The series-form signal

which controls the channel frequency comes from the processor. SDATA and SCLK

signals are common to both TX- and RX-synthesizers. A positive pulse in the SLE-

line loads the division ratio (corresponding to the TX frequency of the channel) fed to

the SDATA line, to the synthesizer circuit I400.

Modulation is fed to the TX synthesizer TX-AUDIO line. The frequency response is

corrected by the components R455 - R458, C454 and C455. Modulation sensitivity

is set by the resistor R459.

Operating voltage 3.0 VDC

Current consumption <30 mA

Output level to the transmitter +6 dBm

Frequency range 453.000...457.475 MHz

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5.4.3 Control- and Output-Signals

5.5 RECEIVER

5.5.1 General

The module contains all FM-receiver functional blocks.

When the RF signal is received it is brought through the duplex filter to the amplifier

stage Q500. The amplified signal is passed through the attenuator to the balanced

mixer.The balanced mixer is made by using discrete components, diode D510 and

RF-transformer M510.

The upper side injection frequency is brought from the synthesizer through a small

resistive attenuator to the mixer. The 78.45 MHz intermediate frequency from the

mixer output is fed through the IF- filter X520 to the FM IF-circuit I550.

RX injection frequency 541.450...545.925MHz

Injection-level/impedance +1 dBm / 50 ohm

The second intermediate-freqency local-oscillator-frequency required by the FM IF-

circuit is generated by multiplying the 13.00 MHz reference-oscillator frequency by

six. The multiplier circuit is made with transistor Q530.

The second intermediate frequency is 450 kHz. The phase-shift required by the

quadrature detector is made with the L550. The detected AF-signal temperature cor-

rection is done in the buffer amplifier stage.

VTXS TX synthesizer operating voltage (3.0 V)

TXAUDIO Transmitter audio signal

13MHz 13.00 MHz signal to the receiver circuit.

SCLK Clock signal for synthesizer control data

SDATA Synthesizer control data

SLE ENABLE pulse to the synthesizer

TXINJ TX synthesizer output to the transmitter (+6 dBm)

AFC AFC control voltage from AF/LOGIC-board

TXS_REG Control line for VTXS-regulator

RF-amplifier 3SK284

1. mixer balanced mixer

1. IF-amplifier 3SK284

FM IF system SA 607 includes the following blocks:

2. mixer

IF limiter

quadrature detector

RSSI (received signal strength indicator)

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5.5.2 Input- and Output-Signals

SENSITIVITY CHECK

RF input from the duplex filter 463.000...467.475 MHz

RXINJ RX injection signal to the balanced mixer

13MHz 13.00 MHz signal to the multiplier for the

2.mixer

VRX RX operating voltage 3.0V from the regulator

450 kHz Output from 2. IF to the AFC detector

RXAUDIO Receiver audio output 175mVrms

RSSI Received signal strength indicator output

0,5...2V

channel RF input SINAD psof.

001 -113 dBm >20 dB

180 -113 dBm >20 dB

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5.6 TRANSMITTER

5.6.1 General

5.6.2 Function Description

The transmitter unit is comprised of three amplifier stages and two attenuator

stages. The pre-amplifier Q620/Q621 and power module I650 form the transmitter

amplifier chain. The attenuators surrounding the pre-amplifier are included to

enhance the electric separation between the TX synthesizer and the transmitter.

The operational amplifier I640 and transistors Q641 and Q642 serve as a power reg-

ulator circuit, which adjusts the power level so that the voltage from the transmitter

power detector (D660) and the control voltage TXPWR from the audio/processor

unit are equal.

The negative bias voltage for the power amplifier is generated from the 13 MHz

TCXO signal.

I610 amplifies the signal for the switched power supply Q610/D610 and is then regu-

lated by the zenerdiode D611.

I600 serves as voltage regulator for pre-amplifier and for the negative voltage

generetor.

Q631 serves as the ON/OFF switch for the output power.

5.6.3 Control- and Output-Signals

Operating voltage 3.5 ... 4.5 v

Current consumption mid power max. 1.1 A

low power max. 0.45 A

Input level from the synthesizer +6 dBm

Output level to the duplex filter mid power 33 dBm (2.0W)

low power 24.7 dBm (0.3W)

Frequency range 453.000...457.475 MHz

VBAT Transmitter operating voltage from the

battery-pack (fused)

TXBIAS Power ON/OFF control

TXPWR Power level control signal from the D/A

converter 0...3V

TXINJ RF signal from the TX synthesizer +6dBm

TXDUPLEX Transmitter output to the duplex filter

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I

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5.7 Module OC2285 (The Layout PC2200 A5)

OC2285_A5

5.7.1 Parts list

CODE PART DESCRIPT. VALUE MANUF. TYPE

AE0024 A2 Buzzer 10x10x3mm 1,5V/70mA Citizen CHB-03E

AM1840 A3 Electret Condenser micr. with rubber holder ????????? OBG-18S40-C33CEC

AE0023 A4 Dynamic transducer 13,3x2,6 low Z Philips WD00518/32U

AB0039 B1 Lithium battery 3V/50mAh Rayovac BR 1225SM2

CU3106 C1 SMD tantal 10uF / 6V +-20% AVX TAJA106M006R

CF0105 C10 SMD capasitor 1uF 10% 6,3V X5R AVX CM105X5R105K06AT

CG0104 C100 SMD capasitor 100nF/10% 6,3V X5R AVX CM05X5R104K06AH

CG0104 C101 SMD capasitor 100nF/10% 6,3V X5R AVX CM05X5R104K06AH

CU3106 C102 SMD tantal 10uF / 6V +-20% AVX TAJA106M006R

CH0105 C104 SMD capasitor 1uF/-20/+80%/16V TaiyoYuden EMK212 F105Z00T

CG0101 C105 SMD capasitor X7R 100pF Ò5% Murata

CG0104 C11 SMD capasitor 100nF/10% 6,3V X5R AVX CM05X5R104K06AH

CG0104 C12 SMD capasitor 100nF/10% 6,3V X5R AVX CM05X5R104K06AH

CG0104 C13 SMD capasitor 100nF/10% 6,3V X5R AVX CM05X5R104K06AH

CG0104 C14 SMD capasitor 100nF/10% 6,3V X5R AVX CM05X5R104K06AH

CG0104 C15 SMD capasitor 100nF/10% 6,3V X5R AVX CM05X5R104K06AH

CF0105 C16 SMD capasitor 1uF 10% 6,3V X5R AVX CM105X5R105K06AT

CG0101 C17 SMD capasitor X7R 100pF Ò5% Murata

CG0220 C18 SMD capasitor NPO 22pF Ò5% Murata

CG0220 C19 SMD capasitor NPO 22pF Ò5% Murata

CG0101 C2 SMD capasitor X7R 100pF Ò5% Murata

CG0223 C20 SMD capasitor X7R 22nF 20% Murata

CG0471 C21 SMD capasitor X7R 470pF Ò10% Murata

CG0223 C22 SMD capasitor X7R 22nF 20% Murata

CD0105 C23 SMD capasitor 1uF/16V%10% X5R TaiyoYuden EMK212BJ105KG-T

CG0102 C24 SMD capasitor X7R 1nF Ò10% Murata

CF0105 C25 SMD capasitor 1uF 10% 6,3V X5R AVX CM105X5R105K06AT

CH0105 C26 SMD capasitor 1uF/-20/+80%/16V TaiyoYuden EMK212 F105Z00T

CU3106 C27 SMD tantal 10uF / 6V +-20% AVX TAJA106M006R

CG0103 C28 SMD capasitor X7R 10nF Ò10% Murata

CG0472 C29 SMD capasitor X7R 4,7nF/Ò10%/25V AVX

CG0101 C3 SMD capasitor X7R 100pF Ò5% Murata

CG0101 C30 SMD capasitor X7R 100pF Ò5% Murata

CG0223 C31 SMD capasitor X7R 22nF 20% Murata

CU3106 C32 SMD tantal 10uF / 6V +-20% AVX TAJA106M006R

CG0104 C34 SMD capasitor 100nF/10% 6,3V X5R AVX CM05X5R104K06AH

CG0104 C35 SMD capasitor 100nF/10% 6,3V X5R AVX CM05X5R104K06AH

CG0104 C36 SMD capasitor 100nF/10% 6,3V X5R AVX CM05X5R104K06AH

CG0472 C37 SMD capasitor X7R 4,7nF/Ò10%/25V AVX

CG0103 C39 SMD capasitor X7R 10nF Ò10% Murata

CU3106 C4 SMD tantal 10uF / 6V +-20% AVX TAJA106M006R

CG0103 C40 SMD capasitor X7R 10nF Ò10% Murata

CF0223 C400 SMD capasitor 22 nF 10% 50 V X7R Philips

CH0105 C401 SMD capasitor 1uF/-20/+80%/16V TaiyoYuden EMK212 F105Z00T

CH0105 C402 SMD capasitor 1uF/-20/+80%/16V TaiyoYuden EMK212 F105Z00T

CF0223 C403 SMD capasitor 22 nF 10% 50 V X7R Philips

CG0220 C41 SMD capasitor NPO 22pF Ò5% Murata

CD0223 C410 SMD capasitor 22 nF 10% 50 V X7R Philips

CU0334 C411 SMD tantalium capasitor 0.33uF/20V/20% AVX/KYO-

CER

TAJR334M020R

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CD0103 C412 SMD capasitor 10 nF 10% 50 V X7R Philips

CF0223 C413 SMD capasitor 22 nF 10% 50 V X7R Philips

CG0220 C42 SMD capasitor NPO 22pF Ò5% Murata

CG0101 C420 SMD capasitor X7R 100pF Ò5% Murata

CG0150 C421 SMD capasitor NPO 15pF Ò5% Murata

CG0479 C423 SMD capasitor NPO 4.7pF Ò0,25pF Murata

CG0150 C424 SMD capasitor NPO 15pF Ò5% Murata

CG0120 C425 SMD capasitor NPO 12pF Ò5% Murata

CG0180 C426 SMD capasitor NPO 18pF Ò5% Murata

CG0472 C43 SMD capasitor X7R 4,7nF/Ò10%/25V AVX

CG0101 C430 SMD capasitor X7R 100pF Ò5% Murata

CG0223 C431 SMD capasitor X7R 22nF 20% Murata

CG0109 C432 SMD capasitor NPO 1.0pF Ò0,25pF Murata

CG0479 C433 SMD capasitor NPO 4.7pF Ò0,25pF Murata

CG0101 C434 SMD capasitor X7R 100pF Ò5% Murata

CG0101 C435 SMD capasitor X7R 100pF Ò5% Murata

CU3106 C436 SMD tantal 10uF / 6V +-20% AVX TAJA106M006R

CG0472 C44 SMD capasitor X7R 4,7nF/Ò10%/25V AVX

CG0103 C440 SMD capasitor X7R 10nF Ò10% Murata

CH0105 C441 SMD capasitor 1uF/-20/+80%/16V TaiyoYuden EMK212 F105Z00T

CG0330 C442 SMD capasitor NPO 33pF Ò5% Murata

CG0101 C443 SMD capasitor X7R 100pF Ò5% Murata

CG0103 C444 SMD capasitor X7R 10nF Ò10% Murata

CG0223 C45 SMD capasitor X7R 22nF 20% Murata

CD0473 C450 SMD capasitor 47 nF 10% 50 V X7R Philips

CU2105 C451 SMD tantal 1uF/10V AVX TAJR105M010R

CD0103 C452 SMD capasitor 10 nF 10% 50 V X7R Philips

CD0223 C453 SMD capasitor 22 nF 10% 50 V X7R Philips

CU0334 C454 SMD tantalium capasitor 0.33uF/20V/20% AVX/KYO-

CER

TAJR334M020R

CU0334 C455 SMD tantalium capasitor 0.33uF/20V/20% AVX/KYO-

CER

TAJR334M020R

CG0101 C456 SMD capasitor X7R 100pF Ò5% Murata

CG0101 C46 SMD capasitor X7R 100pF Ò5% Murata

CG0101 C460 SMD capasitor X7R 100pF Ò5% Murata

CG0220 C461 SMD capasitor NPO 22pF Ò5% Murata

CG0109 C462 SMD capasitor NPO 1.0pF Ò0,25pF Murata

CG0479 C463 SMD capasitor NPO 4.7pF Ò0,25pF Murata

CG0150 C464 SMD capasitor NPO 15pF Ò5% Murata

CG0120 C465 SMD capasitor NPO 12pF Ò5% Murata

CG0390 C466 SMD capasitor NPO 39pF Ò5% Murata

CH0105 C47 SMD capasitor 1uF/-20/+80%/16V TaiyoYuden EMK212 F105Z00T

CG0101 C470 SMD capasitor X7R 100pF Ò5% Murata

CG0223 C471 SMD capasitor X7R 22nF 20% Murata

CG0109 C472 SMD capasitor NPO 1.0pF Ò0,25pF Murata

CG0390 C473 SMD capasitor NPO 39pF Ò5% Murata

CG0101 C474 SMD capasitor X7R 100pF Ò5% Murata

CG0101 C475 SMD capasitor X7R 100pF Ò5% Murata

CU3106 C476 SMD tantal 10uF / 6V +-20% AVX TAJA106M006R

CG0104 C48 SMD capasitor 100nF/10% 6,3V X5R AVX CM05X5R104K06AH

CG0101 C480 SMD capasitor X7R 100pF Ò5% Murata

CG0101 C481 SMD capasitor X7R 100pF Ò5% Murata

CG0101 C482 SMD capasitor X7R 100pF Ò5% Murata

CG0109 C483 SMD capasitor NPO 1.0pF Ò0,25pF Murata

CG0229 C484 SMD capasitor NPO 2.2pF Ò0,25pF Murata

CF0105 C49 SMD capasitor 1uF 10% 6,3V X5R AVX CM105X5R105K06AT

CH0105 C490 SMD capasitor 1uF/-20/+80%/16V TaiyoYuden EMK212 F105Z00T

CD0104 C491 SMD capasitor 100 nF 10% 50 V X7R Philips

CU3106 C492 SMD tantal 10uF / 6V +-20% AVX TAJA106M006R

CG0102 C493 SMD capasitor X7R 1nF Ò10% Murata

CODE PART DESCRIPT. VALUE MANUF. TYPE

5.9.2000

4C2285_A5GB.fm 20

Product: TDP70WN / OC2285_A5

CU2105 C494 SMD tantal 1uF/10V AVX TAJR105M010R

CD0104 C495 SMD capasitor 100 nF 10% 50 V X7R Philips

CU3106 C496 SMD tantal 10uF / 6V +-20% AVX TAJA106M006R

CG0102 C497 SMD capasitor X7R 1nF Ò10% Murata

CU0224 C498 SMD tanlat 0.22uF/20V/10% AVX/KYO-

CER

TAJR224K020R

CG0104 C5 SMD capasitor 100nF/10% 6,3V X5R AVX CM05X5R104K06AH

CG0223 C50 SMD capasitor X7R 22nF 20% Murata

CG0150 C500 SMD capasitor NPO 15pF Ò5% Murata

CG0180 C501 SMD capasitor NPO 18pF Ò5% Murata

CG0109 C502 SMD capasitor NPO 1.0pF Ò0,25pF Murata

CG0399 C503 SMD capasitor NPO 3.9pF Ò0,25pF Murata

CG0101 C504 SMD capasitor X7R 100pF Ò5% Murata

CG0180 C505 SMD capasitor NPO 18pF Ò5% Murata

CG0399 C506 SMD capasitor NPO 3.9pF Ò0,25pF Murata

CG0101 C507 SMD capasitor X7R 100pF Ò5% Murata

CG0101 C508 SMD capasitor X7R 100pF Ò5% Murata

CG0101 C509 SMD capasitor X7R 100pF Ò5% Murata

CG0104 C51 SMD capasitor 100nF/10% 6,3V X5R AVX CM05X5R104K06AH

CG0569 C510 SMD capasitor NPO 5.6pF Ò0,25pF Murata

CG0339 C512 SMD capasitor NPO 3.3pF Ò0,25pF Murata

CG0473 C52 SMD capasitor Y5V 47nF/Ò10%/25V AVX

CG0390 C520 SMD capasitor NPO 39pF Ò5% Murata

CG0150 C521 SMD capasitor NPO 15pF Ò5% Murata

CG0102 C522 SMD capasitor X7R 1nF Ò10% Murata

CG0102 C523 SMD capasitor X7R 1nF Ò10% Murata

CG0689 C524 SMD capasitor NPO 6.8pF Ò0,25pF Murata

CG0399 C525 SMD capasitor NPO 3.9pF Ò0,25pF Murata

CG0101 C526 SMD capasitor X7R 100pF Ò5% Murata

CG0103 C527 SMD capasitor X7R 10nF Ò10% Murata

CG0104 C53 SMD capasitor 100nF/10% 6,3V X5R AVX CM05X5R104K06AH

CG0101 C530 SMD capasitor X7R 100pF Ò5% Murata

CG0150 C531 SMD capasitor NPO 15pF Ò5% Murata

CG0103 C532 SMD capasitor X7R 10nF Ò10% Murata

CG0103 C533 SMD capasitor X7R 10nF Ò10% Murata

CG0102 C534 SMD capasitor X7R 1nF Ò10% Murata

CG0103 C535 SMD capasitor X7R 10nF Ò10% Murata

CG0150 C536 SMD capasitor NPO 15pF Ò5% Murata

CG0399 C537 SMD capasitor NPO 3.9pF Ò0,25pF Murata

CG0330 C538 SMD capasitor NPO 33pF Ò5% Murata

CG0399 C539 SMD capasitor NPO 3.9pF Ò0,25pF Murata

CF0105 C54 SMD capasitor 1uF 10% 6,3V X5R AVX CM105X5R105K06AT

CG0339 C540 SMD capasitor NPO 3.3pF Ò0,25pF Murata

CG0479 C541 SMD capasitor NPO 4.7pF Ò0,25pF Murata

CF0223 C542 SMD capasitor 22 nF 10% 50 V X7R Philips

CH0105 C55 SMD capasitor 1uF/-20/+80%/16V TaiyoYuden EMK212 F105Z00T

CF0223 C550 SMD capasitor 22 nF 10% 50 V X7R Philips

CF0223 C551 SMD capasitor 22 nF 10% 50 V X7R Philips

CF0223 C552 SMD capasitor 22 nF 10% 50 V X7R Philips

CF0223 C553 SMD capasitor 22 nF 10% 50 V X7R Philips

CF0223 C554 SMD capasitor 22 nF 10% 50 V X7R Philips

CG0100 C555 SMD capasitor NPO 10pF-+0.25pF Murata

CF0223 C556 SMD capasitor 22 nF 10% 50 V X7R Philips

CG0104 C56 SMD capasitor 100nF/10% 6,3V X5R AVX CM05X5R104K06AH

CG0103 C560 SMD capasitor X7R 10nF Ò10% Murata

CG0103 C561 SMD capasitor X7R 10nF Ò10% Murata

CU2105 C562 SMD tantal 1uF/10V AVX TAJR105M010R

CG0331 C563 SMD capasitor X7R 330pF Ò10% Murata

CG0473 C57 SMD capasitor Y5V 47nF/Ò10%/25V AVX

CU3106 C570 SMD tantal 10uF / 6V +-20% AVX TAJA106M006R

CODE PART DESCRIPT. VALUE MANUF. TYPE

5.9.2000

4C2285_A5GB.fm 21

Product: TDP70WN / OC2285_A5

CG0102 C571 SMD capasitor X7R 1nF Ò10% Murata

CF0223 C572 SMD capasitor 22 nF 10% 50 V X7R Philips

CG0104 C58 SMD capasitor 100nF/10% 6,3V X5R AVX CM05X5R104K06AH

CG0223 C59 SMD capasitor X7R 22nF 20% Murata

CD0105 C6 SMD capasitor 1uF/16V%10% X5R TaiyoYuden EMK212BJ105KG-T

CG0223 C60 SMD capasitor X7R 22nF 20% Murata

CF0180 C600 SMD capasitor 18 pF 5% 50 V NPO Philips

CG0102 C601 SMD capasitor X7R 1nF Ò10% Murata

CG0103 C602 SMD capasitor X7R 10nF Ò10% Murata

CD0104 C603 SMD capasitor 100 nF 10% 50 V X7R Philips

CU1105 C604 SMD tantal 1uF/16V AVX TAJR105M016R

CU3106 C605 SMD tantal 10uF / 6V +-20% AVX TAJA106M006R

CG0222 C61 SMD capasitor X7R 2.2nF Ò10% Murata

CG0101 C610 SMD capasitor X7R 100pF Ò5% Murata

CG0103 C611 SMD capasitor X7R 10nF Ò10% Murata

CG0390 C612 SMD capasitor NPO 39pF Ò5% Murata

CU2105 C613 SMD tantal 1uF/10V AVX TAJR105M010R

CG0103 C614 SMD capasitor X7R 10nF Ò10% Murata

CG0331 C615 SMD capasitor X7R 330pF Ò10% Murata

CG0103 C616 SMD capasitor X7R 10nF Ò10% Murata

CU2105 C617 SMD tantal 1uF/10V AVX TAJR105M010R

CG0103 C618 SMD capasitor X7R 10nF Ò10% Murata

CU2105 C619 SMD tantal 1uF/10V AVX TAJR105M010R

CG0101 C62 SMD capasitor X7R 100pF Ò5% Murata

CG0101 C620 SMD capasitor X7R 100pF Ò5% Murata

CG0103 C621 SMD capasitor X7R 10nF Ò10% Murata

CG0220 C622 SMD capasitor NPO 22pF Ò5% Murata

CG0101 C623 SMD capasitor X7R 100pF Ò5% Murata

CG0471 C63 SMD capasitor X7R 470pF Ò10% Murata

CG0471 C64 SMD capasitor X7R 470pF Ò10% Murata

CG0222 C640 SMD capasitor X7R 2.2nF Ò10% Murata

CG0332 C641 SMD capasitor X7R 3.3nF Ò10% Murata

CU2105 C642 SMD tantal 1uF/10V AVX TAJR105M010R

CF0105 C65 SMD capasitor 1uF 10% 6,3V X5R AVX CM105X5R105K06AT

CG0569 C650 SMD capasitor NPO 5.6pF Ò0,25pF Murata

CU1225 C651 SMD tantal 2.2uF/10V AVX TAJS225M010R

CG0102 C652 SMD capasitor X7R 1nF Ò10% Murata

CG0102 C653 SMD capasitor X7R 1nF Ò10% Murata

CU1225 C654 SMD tantal 2.2uF/10V AVX TAJS225M010R

CG0104 C66 SMD capasitor 100nF/10% 6,3V X5R AVX CM05X5R104K06AH

CG0101 C660 SMD capasitor X7R 100pF Ò5% Murata

CG0101 C661 SMD capasitor X7R 100pF Ò5% Murata

CG0101 C663 SMD capasitor X7R 100pF Ò5% Murata

CG0104 C67 SMD capasitor 100nF/10% 6,3V X5R AVX CM05X5R104K06AH

CG0223 C68 SMD capasitor X7R 22nF 20% Murata

CG0101 C69 SMD capasitor X7R 100pF Ò5% Murata

CG0101 C7 SMD capasitor X7R 100pF Ò5% Murata

CG0104 C70 SMD capasitor 100nF/10% 6,3V X5R AVX CM05X5R104K06AH

CG0104 C71 SMD capasitor 100nF/10% 6,3V X5R AVX CM05X5R104K06AH

CG0104 C72 SMD capasitor 100nF/10% 6,3V X5R AVX CM05X5R104K06AH

CG0104 C73 SMD capasitor 100nF/10% 6,3V X5R AVX CM05X5R104K06AH

CG0104 C74 SMD capasitor 100nF/10% 6,3V X5R AVX CM05X5R104K06AH

CG0104 C75 SMD capasitor 100nF/10% 6,3V X5R AVX CM05X5R104K06AH

CG0104 C76 SMD capasitor 100nF/10% 6,3V X5R AVX CM05X5R104K06AH

CG0101 C77 SMD capasitor X7R 100pF Ò5% Murata

CG0103 C78 SMD capasitor X7R 10nF Ò10% Murata

CU3106 C79 SMD tantal 10uF / 6V +-20% AVX TAJA106M006R

CF0105 C8 SMD capasitor 1uF 10% 6,3V X5R AVX CM105X5R105K06AT

CG0104 C80 SMD capasitor 100nF/10% 6,3V X5R AVX CM05X5R104K06AH

CG0102 C81 SMD capasitor X7R 1nF Ò10% Murata

CODE PART DESCRIPT. VALUE MANUF. TYPE

5.9.2000

4C2285_A5GB.fm 22

Product: TDP70WN / OC2285_A5

CG0221 C82 SMD capasitor X7R 220pF Ò10% Murata

CG0103 C83 SMD capasitor X7R 10nF Ò10% Murata

CG0103 C84 SMD capasitor X7R 10nF Ò10% Murata

CG0101 C85 SMD capasitor X7R 100pF Ò5% Murata

CG0104 C86 SMD capasitor 100nF/10% 6,3V X5R AVX CM05X5R104K06AH

CG0104 C87 SMD capasitor 100nF/10% 6,3V X5R AVX CM05X5R104K06AH

CG0470 C88 SMD capasitor NPO 47pF Ò5% Murata

CC2103 C89 SMD capasitor 10nF 10% 100V X7R AVX 12061C103KAT2A

CF0105 C9 SMD capasitor 1uF 10% 6,3V X5R AVX CM105X5R105K06AT

CG0101 C90 SMD capasitor X7R 100pF Ò5% Murata

CG0101 C91 SMD capasitor X7R 100pF Ò5% Murata

CG0101 C915 SMD capasitor X7R 100pF Ò5% Murata

CG0101 C916 SMD capasitor X7R 100pF Ò5% Murata

CG0102 C92 SMD capasitor X7R 1nF Ò10% Murata

CG0101 C93 SMD capasitor X7R 100pF Ò5% Murata

CG0472 C94 SMD capasitor X7R 4,7nF/Ò10%/25V AVX

CG0101 C95 SMD capasitor X7R 100pF Ò5% Murata

CG0101 C96 SMD capasitor X7R 100pF Ò5% Murata

CU3106 C97 SMD tantal 10uF / 6V +-20% AVX TAJA106M006R

CG0101 C98 SMD capasitor X7R 100pF Ò5% Murata

CG0101 C99 SMD capasitor X7R 100pF Ò5% Murata

DS1070 D1 SMD diode pair 70V/100mA common cathode Philips BAV 70W

DS1070 D2 SMD diode pair 70V/100mA common cathode Philips BAV 70W

DY0016 D3 SMD shottky diode 40V/1,33A VF=0.55V Shindengen M1FS4

DS1070 D32 SMD diode pair 70V/100mA common cathode Philips BAV 70W

DS1070 D4 SMD diode pair 70V/100mA common cathode Philips BAV 70W

DC0229 D420 SMD silicon tuning diode 1V/19pF...4V/11pF Toshiba 1SV229

DC0229 D460 SMD silicon tuning diode 1V/19pF...4V/11pF Toshiba 1SV229

DS0019 D5 SMD diode 100v / 200mA Philips BAS19

DY0071 D510 SMD shottky diode 70V 15mA SGS-

Thomso

BAS 70-04

DY0384 D610 SMD shottky barrier diod 15V/200mA/VF=0.35V Toshiba 1SS384-TE85L

DZ3327 D611 SMD zenerdiode 2V7 5% 500mW Temic BZM55C2V7-TR

DY0062 D660 SMD shcottky diode 40V 20mA Siemens BAT 62

AF4300 F1 SMD fuse 3A Littlefuse 0430003.WR

IX5061 I1 Power supply reset monit or/ 2,6V Impala ILC5061M-26

IA0311 I10 Audio amplifier 2-5,5V / 250mW Texas Inst TPA311DGN

IR7080 I11 Regulator 2,85V 100mA/SOT23-5 Impala ILC7081AIM5-28

IR7062 I12 Regulator LDO 3,0 V /150mA Impala ILC7062CM-30

IX0826 I13 EL-lamp driver 4,5V / 120V Supertex HV826MG

IG3010 I3 Digital-Asic Hitachi HG71C

IS2335 I400 Dual freg.synthesizer PLL+prescaler 1.2GHz NationalSe LMX23352TMX

IR1230 I490 Regulator 3,0V Toko TK11230BM

IR1230 I495 Regulator 3,0V Toko TK11230BM

IG2048 I5 SIS ASIC Atmel

IV6070 I550 FM IF-system Philips SA607DK

IM8011 I6 Flash memory 8 Mb (512x16/1Mx8) 3V Atmel AT49BV8011-90TI

IR1230 I600 Regulator 3,0V Toko TK11230BM

IC7S00 I610 2-input NAND SOT-23-5 NationalSe NC7S00M5X

IA2211 I640 Single op. amp. 2,7 - 10V 150mW Texas Inst TLV2211CDBV

IW2391 I650 RF-power amplifier 450MHz-485MHz Iwatsu HAB239B

IX2339 I7 Audio processor CMOS base band pros AsahiKasei AK2339

IC0454 I8 SMD 2x multip./demultip. Toshiba TC4W53FU-TE 12L

IX0264 I9 Scrambler Compatible with NMT450/900 CML CD264

LC0567 L1 SMD inductors 560uH 10% 3,2x2,5mm Murata LQH3C561K34

LC1224 L420 SMD inductor 220 nH/+-10% Coilcraft 0805CS-221XKBC

LC1224 L460 SMD inductor 220 nH/+-10% Coilcraft 0805CS-221XKBC

LC3183 L480 SMD inductor 18n -+2% PANA-

SONIC

ELJRE18NGF2

LC3472 L500 SMD inductor 4n7 -+2% Panasonic ELJRE4N7ZF2

CODE PART DESCRIPT. VALUE MANUF. TYPE

5.9.2000

4C2285_A5GB.fm 23

Product: TDP70WN / OC2285_A5

LC3682 L501 SMD inductor 6n8 -+2% Panasonic ELJRE6N8ZF2

LC3183 L502 SMD inductor 18n -+2% PANA-

SONIC

ELJRE18NGF2

LC3183 L503 SMD inductor 18n -+2% PANA-

SONIC

ELJRE18NGF2

LC3822 L504 SMD inductor 8n2 -+2% Panasonic ELJRE8N2ZF2

LC3273 L510 SMD inductor 27nH -+2% Panasonic ELJRE27NGF2

LC3153 L513 SMD inductor 15n -+2% PANA-

SONIC

ELJRE15NGF2

LC3334 L520 SMD inductor 330nH +-10% TDK MLF1608DR33K

LC3334 L521 SMD inductor 330nH +-10% TDK MLF1608DR33K

LC3224 L530 SMD inductor 220nH+-10% magnet.shielded TDK MLF1608DR22KT

LC3104 L531 SMD inductor 100nH+-10% magnet.shielded TDK MLF1608DR10KT

LC3334 L540 SMD inductor 330nH +-10% TDK MLF1608DR33K

LI1687 L550 SMD Quad. coil 680uH/180pF 455kHz Toko 303LC-1150

LC3472 L600 SMD inductor 4n7 -+2% Panasonic ELJRE4N7ZF2

LC4106 L610 SMD inductor 10uH -+10% TDK MLF3216E100KT

LC3273 L620 SMD inductor 27nH -+2% Panasonic ELJRE27NGF2

AV2200 M1 Vibra motor SanyoSeimi BF-2175

LT1019 M510 RF-transformer SM-T4 1:1:1, 4,5->600MHz Neosid 00 5532 05

QS1847 Q1 piensignaali yleistransi NPN 100mA/45V hfe=200...450 Philips BC847BW

QF6702 Q10 P-channel MOSFET Vdss 20V rds 0,2 ohm I&R IRLMS6702

QS0060 Q11 SMD transistor arrey NPN/PNP 100mA/50V Siemens BCR 10PN

QS1847 Q2 piensignaali yleistransi NPN 100mA/45V hfe=200...450 Philips BC847BW

QS1857 Q3 piensignaali yleistransi PNP 100mA/45V hfe=220...470 Philips BC857BW

QS1847 Q4 piensignaali yleistransi NPN 100mA/45V hfe=200...450 Philips BC847BW

QA4867 Q420 SMD RF-transistor NPN G=13dB NF=1.2dB/1GHz Sanyo 2SC4867-4

QA4867 Q430 SMD RF-transistor NPN G=13dB NF=1.2dB/1GHz Sanyo 2SC4867-4

QS1847 Q440 piensignaali yleistransi NPN 100mA/45V hfe=200...450 Philips BC847BW

QA4867 Q460 SMD RF-transistor NPN G=13dB NF=1.2dB/1GHz Sanyo 2SC4867-4

QA4867 Q470 SMD RF-transistor NPN G=13dB NF=1.2dB/1GHz Sanyo 2SC4867-4

QA4867 Q480 SMD RF-transistor NPN G=13dB NF=1.2dB/1GHz Sanyo 2SC4867-4

QS1847 Q5 piensignaali yleistransi NPN 100mA/45V hfe=200...450 Philips BC847BW

QF0320 Q500 SMD Dual FET N-channel Toshiba 3SK320

QF0320 Q520 SMD Dual FET N-channel Toshiba 3SK320

QA4867 Q530 SMD RF-transistor NPN G=13dB NF=1.2dB/1GHz Sanyo 2SC4867-4

QAA193 Q610 SMD RF-transistor 6GHz/300mW F=1.9dB Philips BFR93AW

QA4867 Q620 SMD RF-transistor NPN G=13dB NF=1.2dB/1GHz Sanyo 2SC4867-4

QA4867 Q621 SMD RF-transistor NPN G=13dB NF=1.2dB/1GHz Sanyo 2SC4867-4

QF0138 Q630 N-channel fet 50V/0,2A Motorola BSS138LT1

QF9430 Q631 SMD p-channel MOSFET 20V/4,8A/Rds=0.06 Siliconix Si9430DY

QS1847 Q640 piensignaali yleistransi NPN 100mA/45V hfe=200...450 Philips BC847BW

QS1847 Q641 piensignaali yleistransi NPN 100mA/45V hfe=200...450 Philips BC847BW

QS0031 Q642 SMD transistor PNP 1A/25V Sanyo 2SB1119S-TD

QS1857 Q7 piensignaali yleistransi PNP 100mA/45V hfe=220...470 Philips BC857BW

QS1847 Q8 piensignaali yleistransi NPN 100mA/45V hfe=200...450 Philips BC847BW

QF0200 Q9 N-channel MOSFET 20V/0,73A TEMIC TN0200T

RG0104 R1 SMD resistor 100k 5% 0.063W Kamaya RMC1/16S

RG0104 R10 SMD resistor 100k 5% 0.063W Kamaya RMC1/16S

RG0472 R101 SMD resistor 4k7 5% 0.063W Kamaya RMC1/16S

RG0472 R102 SMD resistor 4k7 5% 0.063W Kamaya RMC1/16S

RG0101 R103 SMD resistor 100R 5% 0.063W Kamaya RMC1/16S

RG0105 R104 SMD resistor 1M0 5% 0.063W Kamaya RMC1/16S

RG0102 R105 SMD resistor 1k0 5% 0.063W Kamaya RMC1/16S

RG0222 R107 SMD resistor 2k2 5% 0.063W Kamaya RMC1/16S

RG0472 R108 SMD resistor 4k7 5% 0.063W Kamaya RMC1/16S

RG0224 R109 SMD resistor 220k 5% 0.063W Kamaya RMC1/16S

RG0102 R11 SMD resistor 1k0 5% 0.063W Kamaya RMC1/16S

RG0105 R110 SMD resistor 1M0 5% 0.063W Kamaya RMC1/16S

RG0105 R111 SMD resistor 1M0 5% 0.063W Kamaya RMC1/16S

CODE PART DESCRIPT. VALUE MANUF. TYPE

5.9.2000

4C2285_A5GB.fm 24

Product: TDP70WN / OC2285_A5

RG0102 R12 SMD resistor 1k0 5% 0.063W Kamaya RMC1/16S

RG0103 R13 SMD resistor 10k 5% 0.063W Kamaya RMC1/16S

RG0105 R14 SMD resistor 1M0 5% 0.063W Kamaya RMC1/16S

RG0105 R15 SMD resistor 1M0 5% 0.063W Kamaya RMC1/16S

RG0103 R16 SMD resistor 10k 5% 0.063W Kamaya RMC1/16S

RG0104 R17 SMD resistor 100k 5% 0.063W Kamaya RMC1/16S

RG0224 R18 SMD resistor 220k 5% 0.063W Kamaya RMC1/16S

RG0101 R19 SMD resistor 100R 5% 0.063W Kamaya RMC1/16S

RG0103 R2 SMD resistor 10k 5% 0.063W Kamaya RMC1/16S

RG0102 R20 SMD resistor 1k0 5% 0.063W Kamaya RMC1/16S

RG0102 R21 SMD resistor 1k0 5% 0.063W Kamaya RMC1/16S

RG0102 R22 SMD resistor 1k0 5% 0.063W Kamaya RMC1/16S

RG0100 R23 SMD resistor 10 R 5% 0.063W Kamaya RMC1/16S

RG0564 R24 SMD resistor 560k 5% 0.063W Kamaya RMC1/16S

RG0102 R25 SMD resistor 1k0 5% 0.063W Kamaya RMC1/16S

RG0100 R26 SMD resistor 10 R 5% 0.063W Kamaya RMC1/16S

RG0100 R27 SMD resistor 10 R 5% 0.063W Kamaya RMC1/16S

RG0102 R28 SMD resistor 1k0 5% 0.063W Kamaya RMC1/16S

RG0104 R29 SMD resistor 100k 5% 0.063W Kamaya RMC1/16S

RG0105 R3 SMD resistor 1M0 5% 0.063W Kamaya RMC1/16S

RG0823 R30 SMD resistor 82k 5% 0.063W Kamaya RMC1/16S

RG0471 R31 SMD resistor 470R 5% 0.063W Kamaya RMC1/16S

RG0104 R32 SMD resistor 100k 5% 0.063W Kamaya RMC1/16S

RG0104 R33 SMD resistor 100k 5% 0.063W Kamaya RMC1/16S

RG0101 R34 SMD resistor 100R 5% 0.063W Kamaya RMC1/16S

RG0101 R35 SMD resistor 100R 5% 0.063W Kamaya RMC1/16S

RG0223 R36 SMD resistor 22k 5% 0.063W Kamaya RMC1/16S

RF0106 R37 SMD resistor 10 M 5% 0.125 W Kamaya

RG0105 R38 SMD resistor 1M0 5% 0.063W Kamaya RMC1/16S

RG0104 R39 SMD resistor 100k 5% 0.063W Kamaya RMC1/16S

RG0104 R4 SMD resistor 100k 5% 0.063W Kamaya RMC1/16S

RG0104 R40 SMD resistor 100k 5% 0.063W Kamaya RMC1/16S

RG0470 R400 SMD resistor 47R 5% 0.063W Kamaya RMC1/16S

RG0220 R401 SMD resistor 22R 5% 0.063W Kamaya RMC1/16S

RG0220 R402 SMD resistor 22R 5% 0.063W Kamaya RMC1/16S

RG0470 R403 SMD resistor 47R 5% 0.063W Kamaya RMC1/16S

RG0472 R404 SMD resistor 4k7 5% 0.063W Kamaya RMC1/16S

RG0472 R405 SMD resistor 4k7 5% 0.063W Kamaya RMC1/16S

RG0472 R406 SMD resistor 4k7 5% 0.063W Kamaya RMC1/16S

RG0105 R41 SMD resistor 1M0 5% 0.063W Kamaya RMC1/16S

RG0272 R411 SMD resistor 2k7 5% 0.063W Kamaya RMC1/16S

RG0152 R412 SMD resistor 1k5 5% 0.063W Kamaya RMC1/16S

RG0152 R413 SMD resistor 1k5 5% 0.063W Kamaya RMC1/16S

RG0100 R414 SMD resistor 10 R 5% 0.063W Kamaya RMC1/16S

RG0102 R42 SMD resistor 1k0 5% 0.063W Kamaya RMC1/16S

RG0682 R420 SMD resistor 6k8 5% 0.063W Kamaya RMC1/16S

RG0152 R421 SMD resistor 1k5 5% 0.063W Kamaya RMC1/16S

RG0680 R422 SMD resistor 68R 5% 0.063W Kamaya RMC1/16S

RG0224 R43 SMD resistor 220k 5% 0.063W Kamaya RMC1/16S

RG0220 R430 SMD resistor 22R 5% 0.063W Kamaya RMC1/16S

RG0392 R431 SMD resistor 3k9 5% 0.063W Kamaya RMC1/16S

RG0102 R432 SMD resistor 1k0 5% 0.063W Kamaya RMC1/16S

RG0151 R433 SMD resistor 150R 5% 0.063W Kamaya RMC1/16S

RG0151 R434 SMD resistor 150R 5% 0.063W Kamaya RMC1/16S

RG0100 R435 SMD resistor 10 R 5% 0.063W Kamaya RMC1/16S

RG0100 R44 SMD resistor 10 R 5% 0.063W Kamaya RMC1/16S

RG0103 R440 SMD resistor 10k 5% 0.063W Kamaya RMC1/16S

RG0100 R441 SMD resistor 10 R 5% 0.063W Kamaya RMC1/16S

RG0473 R442 SMD resistor 47k 5% 0.063W Kamaya RMC1/16S

RG0104 R443 SMD resistor 100k 5% 0.063W Kamaya RMC1/16S

CODE PART DESCRIPT. VALUE MANUF. TYPE

5.9.2000

4C2285_A5GB.fm 25

Product: TDP70WN / OC2285_A5

RG0103 R444 SMD resistor 10k 5% 0.063W Kamaya RMC1/16S

RG0104 R45 SMD resistor 100k 5% 0.063W Kamaya RMC1/16S

RG0182 R451 SMD resistor 1k8 5% 0.063W Kamaya RMC1/16S

RG0472 R452 SMD resistor 4k7 5% 0.063W Kamaya RMC1/16S

RG0472 R453 SMD resistor 4k7 5% 0.063W Kamaya RMC1/16S

RG0100 R454 SMD resistor 10 R 5% 0.063W Kamaya RMC1/16S

RG0183 R455 SMD resistor 18k 5% 0.063W Kamaya RMC1/16S

RG0823 R456 SMD resistor 82k 5% 0.063W Kamaya RMC1/16S

RG0103 R457 SMD resistor 10k 5% 0.063W Kamaya RMC1/16S

RG0472 R458 SMD resistor 4k7 5% 0.063W Kamaya RMC1/16S

RG0151 R459 SMD resistor 150R 5% 0.063W Kamaya RMC1/16S

RG0104 R46 SMD resistor 100k 5% 0.063W Kamaya RMC1/16S

RG0822 R460 SMD resistor 8k2 5% 0.063W Kamaya RMC1/16S

RG0182 R461 SMD resistor 1k8 5% 0.063W Kamaya RMC1/16S

RG0101 R462 SMD resistor 100R 5% 0.063W Kamaya RMC1/16S

RG0104 R47 SMD resistor 100k 5% 0.063W Kamaya RMC1/16S

RG0220 R470 SMD resistor 22R 5% 0.063W Kamaya RMC1/16S

RG0392 R471 SMD resistor 3k9 5% 0.063W Kamaya RMC1/16S

RG0102 R472 SMD resistor 1k0 5% 0.063W Kamaya RMC1/16S

RG0101 R473 SMD resistor 100R 5% 0.063W Kamaya RMC1/16S

RG0101 R474 SMD resistor 100R 5% 0.063W Kamaya RMC1/16S

RG0100 R475 SMD resistor 10 R 5% 0.063W Kamaya RMC1/16S

RG0104 R48 SMD resistor 100k 5% 0.063W Kamaya RMC1/16S

RG0182 R480 SMD resistor 1k8 5% 0.063W Kamaya RMC1/16S

RG0392 R481 SMD resistor 3k9 5% 0.063W Kamaya RMC1/16S

RG0220 R482 SMD resistor 22R 5% 0.063W Kamaya RMC1/16S

RG0100 R483 SMD resistor 10 R 5% 0.063W Kamaya RMC1/16S

RG0221 R484 SMD resistor 220R 5% 0.063W Kamaya RMC1/16S

RG0104 R49 SMD resistor 100k 5% 0.063W Kamaya RMC1/16S

RG0473 R493 SMD resistor 47k 5% 0.063W Kamaya RMC1/16S

RG0473 R497 SMD resistor 47k 5% 0.063W Kamaya RMC1/16S

RG0103 R5 SMD resistor 10k 5% 0.063W Kamaya RMC1/16S

RG0102 R50 SMD resistor 1k0 5% 0.063W Kamaya RMC1/16S

RG0680 R501 SMD resistor 68R 5% 0.063W Kamaya RMC1/16S

RG0561 R502 SMD resistor 560R 5% 0.063W Kamaya RMC1/16S

RG0100 R503 SMD resistor 10 R 5% 0.063W Kamaya RMC1/16S

RG0103 R506 SMD resistor 10k 5% 0.063W Kamaya RMC1/16S

RG0333 R507 SMD resistor 33k 5% 0.063W Kamaya RMC1/16S

RG0103 R51 SMD resistor 10k 5% 0.063W Kamaya RMC1/16S

RG0271 R510 SMD resistor 270R 5% 0.063W Kamaya RMC1/16S

RG0180 R511 SMD resistor 18R 5% 0.063W Kamaya RMC1/16S

RG0271 R512 SMD resistor 270R 5% 0.063W Kamaya RMC1/16S

RG0103 R513 SMD resistor 10k 5% 0.063W Kamaya RMC1/16S

RG0101 R52 SMD resistor 100R 5% 0.063W Kamaya RMC1/16S

RG0220 R520 SMD resistor 22R 5% 0.063W Kamaya RMC1/16S

RG0472 R521 SMD resistor 4k7 5% 0.063W Kamaya RMC1/16S

RG0102 R522 SMD resistor 1k0 5% 0.063W Kamaya RMC1/16S

RG0471 R523 SMD resistor 470R 5% 0.063W Kamaya RMC1/16S

RG0103 R53 SMD resistor 10k 5% 0.063W Kamaya RMC1/16S

RG0100 R530 SMD resistor 10 R 5% 0.063W Kamaya RMC1/16S

RG0333 R531 SMD resistor 33k 5% 0.063W Kamaya RMC1/16S

RG0473 R532 SMD resistor 47k 5% 0.063W Kamaya RMC1/16S

RG0471 R533 SMD resistor 470R 5% 0.063W Kamaya RMC1/16S

RG0104 R54 SMD resistor 100k 5% 0.063W Kamaya RMC1/16S

RG0472 R540 SMD resistor 4k7 5% 0.063W Kamaya RMC1/16S

RG0104 R55 SMD resistor 100k 5% 0.063W Kamaya RMC1/16S

RG0272 R550 SMD resistor 2k7 5% 0.063W Kamaya RMC1/16S

RG0102 R551 SMD resistor 1k0 5% 0.063W Kamaya RMC1/16S

RG0222 R552 SMD resistor 2k2 5% 0.063W Kamaya RMC1/16S

RG0332 R553 SMD resistor 3k3 5% 0.063W Kamaya RMC1/16S

CODE PART DESCRIPT. VALUE MANUF. TYPE

5.9.2000

4C2285_A5GB.fm 26

Product: TDP70WN / OC2285_A5

RG0333 R554 SMD resistor 33k 5% 0.063W Kamaya RMC1/16S

RG0101 R56 SMD resistor 100R 5% 0.063W Kamaya RMC1/16S

RG0393 R560 SMD resistor 39k 5% 0.063W Kamaya RMC1/16S

RG0683 R561 SMD resistor 68k 5% 0.063W Kamaya RMC1/16S

RTN157 R562 (RNT157)NTC resistor 22k 5% B=3750 Ohizumi 157-223-65001

RG0102 R563 SMD resistor 1k0 5% 0.063W Kamaya RMC1/16S

RG0682 R564 SMD resistor 6k8 5% 0.063W Kamaya RMC1/16S

RG0473 R565 SMD resistor 47k 5% 0.063W Kamaya RMC1/16S

RG0683 R567 SMD resistor 68k 5% 0.063W Kamaya RMC1/16S

RG0333 R568 SMD resistor 33k 5% 0.063W Kamaya RMC1/16S

RG0222 R569 SMD resistor 2k2 5% 0.063W Kamaya RMC1/16S

RG0105 R57 SMD resistor 1M0 5% 0.063W Kamaya RMC1/16S

RG0220 R570 SMD resistor 22R 5% 0.063W Kamaya RMC1/16S

RG0105 R58 SMD resistor 1M0 5% 0.063W Kamaya RMC1/16S

RG0102 R59 SMD resistor 1k0 5% 0.063W Kamaya RMC1/16S

RG0103 R6 SMD resistor 10k 5% 0.063W Kamaya RMC1/16S

RG0102 R60 SMD resistor 1k0 5% 0.063W Kamaya RMC1/16S

RG0473 R600 SMD resistor 47k 5% 0.063W Kamaya RMC1/16S

RG0102 R605 SMD resistor 1k0 5% 0.063W Kamaya RMC1/16S

RG0102 R61 SMD resistor 1k0 5% 0.063W Kamaya RMC1/16S

RG0100 R610 SMD resistor 10 R 5% 0.063W Kamaya RMC1/16S

RG0105 R611 SMD resistor 1M0 5% 0.063W Kamaya RMC1/16S

RG0102 R612 SMD resistor 1k0 5% 0.063W Kamaya RMC1/16S

RG0151 R613 SMD resistor 150R 5% 0.063W Kamaya RMC1/16S

RG0220 R614 SMD resistor 22R 5% 0.063W Kamaya RMC1/16S

RG0102 R62 SMD resistor 1k0 5% 0.063W Kamaya RMC1/16S

RG0220 R620 SMD resistor 22R 5% 0.063W Kamaya RMC1/16S

RG0101 R621 SMD resistor 100R 5% 0.063W Kamaya RMC1/16S

RG0821 R622 SMD resistor 820R 5% 0.063W Kamaya RMC1/16S

RG0222 R623 SMD resistor 2k2 5% 0.063W Kamaya RMC1/16S

RG0222 R624 SMD resistor 2k2 5% 0.063W Kamaya RMC1/16S

RG0222 R625 SMD resistor 2k2 5% 0.063W Kamaya RMC1/16S

RG0100 R626 SMD resistor 10 R 5% 0.063W Kamaya RMC1/16S

RG0105 R63 SMD resistor 1M0 5% 0.063W Kamaya RMC1/16S

RG0103 R630 SMD resistor 10k 5% 0.063W Kamaya RMC1/16S

RG0224 R631 SMD resistor 220k 5% 0.063W Kamaya RMC1/16S

RG0224 R632 SMD resistor 220k 5% 0.063W Kamaya RMC1/16S

RG0103 R64 SMD resistor 10k 5% 0.063W Kamaya RMC1/16S

RG0224 R640 SMD resistor 220k 5% 0.063W Kamaya RMC1/16S

RG0332 R641 SMD resistor 3k3 5% 0.063W Kamaya RMC1/16S

RG0102 R642 SMD resistor 1k0 5% 0.063W Kamaya RMC1/16S

RG0271 R643 SMD resistor 270R 5% 0.063W Kamaya RMC1/16S

RG0271 R644 SMD resistor 270R 5% 0.063W Kamaya RMC1/16S

RG0104 R65 SMD resistor 100k 5% 0.063W Kamaya RMC1/16S

RG0391 R650 SMD resistor 390R 5% 0.063W Kamaya RMC1/16S

RG0100 R651 SMD resistor 10 R 5% 0.063W Kamaya RMC1/16S

RG0391 R652 SMD resistor 390R 5% 0.063W Kamaya RMC1/16S

RG0103 R660 SMD resistor 10k 5% 0.063W Kamaya RMC1/16S

RG0184 R661 SMD resistor 180k 5% 0.063W Kamaya RMC1/16S

RG0103 R662 SMD resistor 10k 5% 0.063W Kamaya RMC1/16S

RG0104 R663 SMD resistor 100k 5% 0.063W Kamaya RMC1/16S

RG0102 R67 SMD resistor 1k0 5% 0.063W Kamaya RMC1/16S

RG0101 R68 SMD resistor 100R 5% 0.063W Kamaya RMC1/16S

RG0102 R69 SMD resistor 1k0 5% 0.063W Kamaya RMC1/16S

RG0334 R7 SMD resistor 330k 5% 0.063W Kamaya RMC1/16S

RG0103 R70 SMD resistor 10k 5% 0.063W Kamaya RMC1/16S

RG0473 R71 SMD resistor 47k 5% 0.063W Kamaya RMC1/16S

RTN154 R72 SMD NTC-resistor 150k 5% B=4100 Hokuriku 157-154-45001TP

RG0104 R73 SMD resistor 100k 5% 0.063W Kamaya RMC1/16S

RG0104 R74 SMD resistor 100k 5% 0.063W Kamaya RMC1/16S

CODE PART DESCRIPT. VALUE MANUF. TYPE

5.9.2000

4C2285_A5GB.fm 27

Product: TDP70WN / OC2285_A5

RG0101 R75 SMD resistor 100R 5% 0.063W Kamaya RMC1/16S

RG0105 R76 SMD resistor 1M0 5% 0.063W Kamaya RMC1/16S

RG0104 R77 SMD resistor 100k 5% 0.063W Kamaya RMC1/16S

RG0100 R79 SMD resistor 10 R 5% 0.063W Kamaya RMC1/16S

RG0102 R8 SMD resistor 1k0 5% 0.063W Kamaya RMC1/16S

RG0101 R80 SMD resistor 100R 5% 0.063W Kamaya RMC1/16S

RG0563 R81 SMD resistor 56k 5% 0.063W Kamaya RMC1/16S

RG0222 R82 SMD resistor 2k2 5% 0.063W Kamaya RMC1/16S

RG0102 R83 SMD resistor 1k0 5% 0.063W Kamaya RMC1/16S

RG0563 R84 SMD resistor 56k 5% 0.063W Kamaya RMC1/16S

RG0563 R85 SMD resistor 56k 5% 0.063W Kamaya RMC1/16S

RG0563 R86 SMD resistor 56k 5% 0.063W Kamaya RMC1/16S

RG0153 R87 SMD resistor 15k 5% 0.063W Kamaya RMC1/16S

RG0153 R88 SMD resistor 15k 5% 0.063W Kamaya RMC1/16S

RG0274 R89 SMD resistor 270k 5% 0.063W Kamaya RMC1/16S

RG0103 R9 SMD resistor 10k 5% 0.063W Kamaya RMC1/16S

RG0223 R90 SMD resistor 22k 5% 0.063W Kamaya RMC1/16S

RG0393 R91 SMD resistor 39k 5% 0.063W Kamaya RMC1/16S

RG0104 R92 SMD resistor 100k 5% 0.063W Kamaya RMC1/16S

RG0103 R93 SMD resistor 10k 5% 0.063W Kamaya RMC1/16S

RG0563 R94 SMD resistor 56k 5% 0.063W Kamaya RMC1/16S

RG0563 R95 SMD resistor 56k 5% 0.063W Kamaya RMC1/16S

RG0104 R96 SMD resistor 100k 5% 0.063W Kamaya RMC1/16S

RG0104 R97 SMD resistor 100k 5% 0.063W Kamaya RMC1/16S

RG0104 R98 SMD resistor 100k 5% 0.063W Kamaya RMC1/16S

RG0224 R99 SMD resistor 220k 5% 0.063W Kamaya RMC1/16S

VN0009 V2 Stereo jack 2,5mm miniature Hosiden HSJ1603-010020

VW0109 V3 Connector 32-pin 1mm pitch Elco 589158032000011

VM0002 V4 Modulat cntact 2pin 2A/pin Bours 70AAJ002M0

VM0002 V5 Modulat cntact 2pin 2A/pin Bours 70AAJ002M0

VW0111 V6 DC-jack 3,5 x1,0mm Elka Ltd AJ232-SMT

VR0248 V902 SMA connector ????????? 982589

X32766 X1 SMD crystal 32.768kHz +-30ppm MicroCryst MS1V-TK

X48007 X2 SMD crystal 4,8MHz CL=16pF 30ppm Citezen CS 20

LF0062 X3 SMD EMI filter 10nF/2A Panasonic ELKE103FA

LF0062 X4 SMD EMI filter 10nF/2A Panasonic ELKE103FA

XR1650 X420 Ceramic coaxial resonato 650MHz 4x4x13mm Q>250 Siemens B69614-G0655-B42

XO5130 X440 VCTCXO 13.0 MHz TEW TTS10V

XR1550 X460 Ceramic coaxial resonato 550MHz 4x4x14,5mm Q>250 Siemens B69614-G0550-BA4

XF7845 X520 Crystal filter 78.45MHz 7x5x1.35mm TEW MF78R

XC3450 X550 Ceramic IF-filter 450Khz Murata CFUCG450E

XC4450 X551 Ceramic IF-filter 450kHz Murata CFUCG450F

XI0005 X650 Directional coupler NMT450 MKT Taisei DCS3120-09

LF0062 X901 SMD EMI filter 10nF/2A Panasonic ELKE103FA

OD1085 X902 Duplexer PL Rx463/Tx453MHz LK-Product S2-A9/NP1.0

PC2200 Y254 PCB for OC2200 Elprintta

Last

update

14.08.00

CODE PART DESCRIPT. VALUE MANUF. TYPE

5.9.2000

4C2285_A5GB.fm 28

Product: TDP70WN / OC2285_A5

5.7.2 Layouts

5.9.2000

4C2285_A5GB.fm 29

Product: TDP70WN / OC2285_A5

5.9.2000

4C2285_A5GB.fm 30

Product: TDP70WN / OC2285_A5

5.7.3 Circuit Diagrams

5.9.2000

4C2285_A5GB.fm 31

Product: TDP70WN / OC2285_A5

5.9.2000

4C2285_A5GB.fm 32

Product: TDP70WN / OC2285_A5

5.9.2000

4C2285_A5GB.fm 33

Product: TDP70WN / OC2285_A5

5.9.2000

4C2285_A5GB.fm 34

Product: TDP70WN / OC2285_A5

5.9.2000

4C2285_A5GB.fm 35

Product: TDP70WN / OC2285_A5

5.9.2000

4C2285_A5GB.fm 36

Product: TDP70WN / OC2285_A5

5.9.2000

4C2285_A5GB.fm 37

Product: TDP70WN / OC2285_A5

5.9.2000

4C2295_A5GB.fm 38

Product: TDP70WN / OC2295_A5

5.8 Module OC2295 (The Layout PC2200 A5)

OC2295_A5

5.8.1 Parts list

CODE PART DESCRIPT. VALUE MANUF. TYPE

AE0024 A2 Buzzer 10x10x3mm 1,5V/70mA Citizen CHB-03E

AM1840 A3 Electret Condenser micr. with rubber holder ????????? OBG-18S40-C33CEC

AE0023 A4 Dynamic transducer 13,3x2,6 low Z Philips WD00518/32U

AB0039 B1 Lithium battery 3V/50mAh Rayovac BR 1225SM2

CU3106 C1 SMD tantal 10uF / 6V +-20% AVX TAJA106M006R

CF0105 C10 SMD capasitor 1uF 10% 6,3V X5R AVX CM105X5R105K06AT

CG0104 C100 SMD capasitor 100nF/10% 6,3V X5R AVX CM05X5R104K06AH

CG0104 C101 SMD capasitor 100nF/10% 6,3V X5R AVX CM05X5R104K06AH

CU3106 C102 SMD tantal 10uF / 6V +-20% AVX TAJA106M006R

CG0104 C103 SMD capasitor 100nF/10% 6,3V X5R AVX CM05X5R104K06AH

CH0105 C104 SMD capasitor 1uF/-20/+80%/16V TaiyoYuden EMK212 F105Z00T

CG0101 C105 SMD capasitor X7R 100pF 5% Murata

CG0104 C11 SMD capasitor 100nF/10% 6,3V X5R AVX CM05X5R104K06AH

CG0104 C12 SMD capasitor 100nF/10% 6,3V X5R AVX CM05X5R104K06AH

CG0104 C13 SMD capasitor 100nF/10% 6,3V X5R AVX CM05X5R104K06AH

CG0104 C14 SMD capasitor 100nF/10% 6,3V X5R AVX CM05X5R104K06AH

CG0104 C15 SMD capasitor 100nF/10% 6,3V X5R AVX CM05X5R104K06AH

CF0105 C16 SMD capasitor 1uF 10% 6,3V X5R AVX CM105X5R105K06AT

CG0101 C17 SMD capasitor X7R 100pF 5% Murata

CG0220 C18 SMD capasitor NPO 22pF 5% Murata

CG0220 C19 SMD capasitor NPO 22pF 5% Murata

CG0101 C2 SMD capasitor X7R 100pF 5% Murata

CG0223 C20 SMD capasitor X7R 22nF 20% Murata

CG0471 C21 SMD capasitor X7R 470pF 10% Murata

CG0223 C22 SMD capasitor X7R 22nF 20% Murata

CD0105 C23 SMD capasitor 1uF/16V%10% X5R TaiyoYuden EMK212BJ105KG-T

CG0102 C24 SMD capasitor X7R 1nF 10% Murata

CF0105 C25 SMD capasitor 1uF 10% 6,3V X5R AVX CM105X5R105K06AT

CH0105 C26 SMD capasitor 1uF/-20/+80%/16V TaiyoYuden EMK212 F105Z00T

CU3106 C27 SMD tantal 10uF / 6V +-20% AVX TAJA106M006R

CG0103 C28 SMD capasitor X7R 10nF 10% Murata

CG0472 C29 SMD capasitor X7R 4,7nF/10%/25V AVX

CG0101 C3 SMD capasitor X7R 100pF 5% Murata

CG0101 C30 SMD capasitor X7R 100pF 5% Murata

CG0223 C31 SMD capasitor X7R 22nF 20% Murata

CU3106 C32 SMD tantal 10uF / 6V +-20% AVX TAJA106M006R

CG0104 C34 SMD capasitor 100nF/10% 6,3V X5R AVX CM05X5R104K06AH

CG0104 C35 SMD capasitor 100nF/10% 6,3V X5R AVX CM05X5R104K06AH

CG0104 C36 SMD capasitor 100nF/10% 6,3V X5R AVX CM05X5R104K06AH

CG0472 C37 SMD capasitor X7R 4,7nF/10%/25V AVX

CG0103 C39 SMD capasitor X7R 10nF 10% Murata

CU3106 C4 SMD tantal 10uF / 6V +-20% AVX TAJA106M006R

CG0103 C40 SMD capasitor X7R 10nF 10% Murata

CF0223 C400 SMD capasitor 22 nF 10% 50 V X7R Philips

CH0105 C401 SMD capasitor 1uF/-20/+80%/16V TaiyoYuden EMK212 F105Z00T

CH0105 C402 SMD capasitor 1uF/-20/+80%/16V TaiyoYuden EMK212 F105Z00T

CF0223 C403 SMD capasitor 22 nF 10% 50 V X7R Philips

CG0220 C41 SMD capasitor NPO 22pF 5% Murata

CD0223 C410 SMD capasitor 22 nF 10% 50 V X7R Philips

5.9.2000

4C2295_A5GB.fm 39

Product: TDP70WN / OC2295_A5

CU0334 C411 SMD tantalium capasitor 0.33uF/20V/20% AVX/KYO-

CER

TAJR334M020R

CD0103 C412 SMD capasitor 10 nF 10% 50 V X7R Philips

CF0223 C413 SMD capasitor 22 nF 10% 50 V X7R Philips

CG0220 C42 SMD capasitor NPO 22pF 5% Murata

CG0101 C420 SMD capasitor X7R 100pF 5% Murata

CG0150 C421 SMD capasitor NPO 15pF 5% Murata

CG0479 C423 SMD capasitor NPO 4.7pF 0,25pF Murata

CG0150 C424 SMD capasitor NPO 15pF 5% Murata

CG0120 C425 SMD capasitor NPO 12pF 5% Murata

CG0180 C426 SMD capasitor NPO 18pF 5% Murata

CG0472 C43 SMD capasitor X7R 4,7nF/10%/25V AVX

CG0101 C430 SMD capasitor X7R 100pF 5% Murata

CG0223 C431 SMD capasitor X7R 22nF 20% Murata

CG0109 C432 SMD capasitor NPO 1.0pF 0,25pF Murata

CG0479 C433 SMD capasitor NPO 4.7pF 0,25pF Murata

CG0101 C434 SMD capasitor X7R 100pF 5% Murata

CG0101 C435 SMD capasitor X7R 100pF 5% Murata

CU3106 C436 SMD tantal 10uF / 6V +-20% AVX TAJA106M006R

CG0472 C44 SMD capasitor X7R 4,7nF/10%/25V AVX

CG0103 C440 SMD capasitor X7R 10nF 10% Murata

CH0105 C441 SMD capasitor 1uF/-20/+80%/16V TaiyoYuden EMK212 F105Z00T

CG0330 C442 SMD capasitor NPO 33pF 5% Murata

CG0101 C443 SMD capasitor X7R 100pF 5% Murata

CG0103 C444 SMD capasitor X7R 10nF 10% Murata

CG0223 C45 SMD capasitor X7R 22nF 20% Murata

CD0473 C450 SMD capasitor 47 nF 10% 50 V X7R Philips

CU2105 C451 SMD tantal 1uF/10V AVX TAJR105M010R

CD0103 C452 SMD capasitor 10 nF 10% 50 V X7R Philips

CD0223 C453 SMD capasitor 22 nF 10% 50 V X7R Philips

CU0334 C454 SMD tantalium capasitor 0.33uF/20V/20% AVX/KYO-

CER

TAJR334M020R

CU0334 C455 SMD tantalium capasitor 0.33uF/20V/20% AVX/KYO-

CER

TAJR334M020R

CG0101 C456 SMD capasitor X7R 100pF 5% Murata

CG0101 C46 SMD capasitor X7R 100pF 5% Murata

CG0101 C460 SMD capasitor X7R 100pF 5% Murata

CG0220 C461 SMD capasitor NPO 22pF 5% Murata

CG0109 C462 SMD capasitor NPO 1.0pF 0,25pF Murata

CG0479 C463 SMD capasitor NPO 4.7pF 0,25pF Murata

CG0150 C464 SMD capasitor NPO 15pF 5% Murata

CG0120 C465 SMD capasitor NPO 12pF 5% Murata

CG0390 C466 SMD capasitor NPO 39pF 5% Murata

CH0105 C47 SMD capasitor 1uF/-20/+80%/16V TaiyoYuden EMK212 F105Z00T

CG0101 C470 SMD capasitor X7R 100pF 5% Murata

CG0223 C471 SMD capasitor X7R 22nF 20% Murata

CG0109 C472 SMD capasitor NPO 1.0pF 0,25pF Murata

CG0390 C473 SMD capasitor NPO 39pF 5% Murata

CG0101 C474 SMD capasitor X7R 100pF 5% Murata

CG0101 C475 SMD capasitor X7R 100pF 5% Murata

CU3106 C476 SMD tantal 10uF / 6V +-20% AVX TAJA106M006R

CG0104 C48 SMD capasitor 100nF/10% 6,3V X5R AVX CM05X5R104K06AH

CG0101 C480 SMD capasitor X7R 100pF 5% Murata

CG0101 C481 SMD capasitor X7R 100pF 5% Murata

CG0101 C482 SMD capasitor X7R 100pF 5% Murata

CG0109 C483 SMD capasitor NPO 1.0pF 0,25pF Murata

CG0229 C484 SMD capasitor NPO 2.2pF 0,25pF Murata

CF0105 C49 SMD capasitor 1uF 10% 6,3V X5R AVX CM105X5R105K06AT

CH0105 C490 SMD capasitor 1uF/-20/+80%/16V TaiyoYuden EMK212 F105Z00T

CD0104 C491 SMD capasitor 100 nF 10% 50 V X7R Philips

CODE PART DESCRIPT. VALUE MANUF. TYPE

5.9.2000

4C2295_A5GB.fm 40

Product: TDP70WN / OC2295_A5

CU3106 C492 SMD tantal 10uF / 6V +-20% AVX TAJA106M006R

CG0102 C493 SMD capasitor X7R 1nF 10% Murata

CU2105 C494 SMD tantal 1uF/10V AVX TAJR105M010R

CD0104 C495 SMD capasitor 100 nF 10% 50 V X7R Philips

CU3106 C496 SMD tantal 10uF / 6V +-20% AVX TAJA106M006R

CG0102 C497 SMD capasitor X7R 1nF 10% Murata

CU0224 C498 SMD tanlat 0.22uF/20V/10% AVX/KYO-

CER

TAJR224K020R

CG0104 C5 SMD capasitor 100nF/10% 6,3V X5R AVX CM05X5R104K06AH

CG0223 C50 SMD capasitor X7R 22nF 20% Murata

CG0150 C500 SMD capasitor NPO 15pF 5% Murata

CG0180 C501 SMD capasitor NPO 18pF 5% Murata

CG0109 C502 SMD capasitor NPO 1.0pF 0,25pF Murata

CG0399 C503 SMD capasitor NPO 3.9pF 0,25pF Murata

CG0101 C504 SMD capasitor X7R 100pF 5% Murata

CG0180 C505 SMD capasitor NPO 18pF 5% Murata

CG0399 C506 SMD capasitor NPO 3.9pF 0,25pF Murata

CG0101 C507 SMD capasitor X7R 100pF 5% Murata

CG0101 C508 SMD capasitor X7R 100pF 5% Murata

CG0101 C509 SMD capasitor X7R 100pF 5% Murata

CG0104 C51 SMD capasitor 100nF/10% 6,3V X5R AVX CM05X5R104K06AH

CG0569 C510 SMD capasitor NPO 5.6pF 0,25pF Murata

CG0339 C512 SMD capasitor NPO 3.3pF 0,25pF Murata

CG0473 C52 SMD capasitor Y5V 47nF/10%/25V AVX

CG0390 C520 SMD capasitor NPO 39pF 5% Murata

CG0150 C521 SMD capasitor NPO 15pF 5% Murata

CG0102 C522 SMD capasitor X7R 1nF 10% Murata

CG0102 C523 SMD capasitor X7R 1nF 10% Murata

CG0689 C524 SMD capasitor NPO 6.8pF 0,25pF Murata

CG0399 C525 SMD capasitor NPO 3.9pF 0,25pF Murata

CG0101 C526 SMD capasitor X7R 100pF 5% Murata

CG0103 C527 SMD capasitor X7R 10nF 10% Murata

CG0104 C53 SMD capasitor 100nF/10% 6,3V X5R AVX CM05X5R104K06AH

CG0101 C530 SMD capasitor X7R 100pF 5% Murata

CG0150 C531 SMD capasitor NPO 15pF 5% Murata

CG0103 C532 SMD capasitor X7R 10nF 10% Murata

CG0103 C533 SMD capasitor X7R 10nF 10% Murata

CG0102 C534 SMD capasitor X7R 1nF 10% Murata

CG0103 C535 SMD capasitor X7R 10nF 10% Murata

CG0150 C536 SMD capasitor NPO 15pF 5% Murata

CG0399 C537 SMD capasitor NPO 3.9pF 0,25pF Murata

CG0330 C538 SMD capasitor NPO 33pF 5% Murata

CG0399 C539 SMD capasitor NPO 3.9pF 0,25pF Murata

CF0105 C54 SMD capasitor 1uF 10% 6,3V X5R AVX CM105X5R105K06AT

CG0339 C540 SMD capasitor NPO 3.3pF 0,25pF Murata

CG0479 C541 SMD capasitor NPO 4.7pF 0,25pF Murata

CF0223 C542 SMD capasitor 22 nF 10% 50 V X7R Philips

CH0105 C55 SMD capasitor 1uF/-20/+80%/16V TaiyoYuden EMK212 F105Z00T

CF0223 C550 SMD capasitor 22 nF 10% 50 V X7R Philips

CF0223 C551 SMD capasitor 22 nF 10% 50 V X7R Philips

CF0223 C552 SMD capasitor 22 nF 10% 50 V X7R Philips

CF0223 C553 SMD capasitor 22 nF 10% 50 V X7R Philips

CF0223 C554 SMD capasitor 22 nF 10% 50 V X7R Philips

CG0100 C555 SMD capasitor NPO 10pF-+0.25pF Murata

CF0223 C556 SMD capasitor 22 nF 10% 50 V X7R Philips

CG0104 C56 SMD capasitor 100nF/10% 6,3V X5R AVX CM05X5R104K06AH

CG0103 C560 SMD capasitor X7R 10nF 10% Murata

CG0103 C561 SMD capasitor X7R 10nF 10% Murata

CU2105 C562 SMD tantal 1uF/10V AVX TAJR105M010R

CG0331 C563 SMD capasitor X7R 330pF 10% Murata

CODE PART DESCRIPT. VALUE MANUF. TYPE

5.9.2000

4C2295_A5GB.fm 41

Product: TDP70WN / OC2295_A5

CG0473 C57 SMD capasitor Y5V 47nF/10%/25V AVX

CU3106 C570 SMD tantal 10uF / 6V +-20% AVX TAJA106M006R

CG0102 C571 SMD capasitor X7R 1nF 10% Murata

CF0223 C572 SMD capasitor 22 nF 10% 50 V X7R Philips

CG0104 C58 SMD capasitor 100nF/10% 6,3V X5R AVX CM05X5R104K06AH

CG0223 C59 SMD capasitor X7R 22nF 20% Murata

CD0105 C6 SMD capasitor 1uF/16V%10% X5R TaiyoYuden EMK212BJ105KG-T

CG0223 C60 SMD capasitor X7R 22nF 20% Murata

CF0180 C600 SMD capasitor 18 pF 5% 50 V NPO Philips

CG0102 C601 SMD capasitor X7R 1nF 10% Murata

CG0103 C602 SMD capasitor X7R 10nF 10% Murata

CD0104 C603 SMD capasitor 100 nF 10% 50 V X7R Philips

CU1105 C604 SMD tantal 1uF/16V AVX TAJR105M016R

CU3106 C605 SMD tantal 10uF / 6V +-20% AVX TAJA106M006R

CG0222 C61 SMD capasitor X7R 2.2nF 10% Murata

CG0101 C610 SMD capasitor X7R 100pF 5% Murata

CG0103 C611 SMD capasitor X7R 10nF 10% Murata

CG0390 C612 SMD capasitor NPO 39pF 5% Murata

CU2105 C613 SMD tantal 1uF/10V AVX TAJR105M010R

CG0103 C614 SMD capasitor X7R 10nF 10% Murata

CG0331 C615 SMD capasitor X7R 330pF 10% Murata

CG0103 C616 SMD capasitor X7R 10nF 10% Murata

CU2105 C617 SMD tantal 1uF/10V AVX TAJR105M010R

CG0103 C618 SMD capasitor X7R 10nF 10% Murata

CU2105 C619 SMD tantal 1uF/10V AVX TAJR105M010R

CG0101 C62 SMD capasitor X7R 100pF 5% Murata

CG0101 C620 SMD capasitor X7R 100pF 5% Murata

CG0103 C621 SMD capasitor X7R 10nF 10% Murata

CG0220 C622 SMD capasitor NPO 22pF 5% Murata

CG0101 C623 SMD capasitor X7R 100pF 5% Murata

CG0471 C63 SMD capasitor X7R 470pF 10% Murata

CG0471 C64 SMD capasitor X7R 470pF 10% Murata

CG0222 C640 SMD capasitor X7R 2.2nF 10% Murata

CG0332 C641 SMD capasitor X7R 3.3nF 10% Murata

CU2105 C642 SMD tantal 1uF/10V AVX TAJR105M010R

CF0105 C65 SMD capasitor 1uF 10% 6,3V X5R AVX CM105X5R105K06AT

CG0569 C650 SMD capasitor NPO 5.6pF 0,25pF Murata

CU1225 C651 SMD tantal 2.2uF/10V AVX TAJS225M010R

CG0102 C652 SMD capasitor X7R 1nF 10% Murata

CG0102 C653 SMD capasitor X7R 1nF 10% Murata

CU1225 C654 SMD tantal 2.2uF/10V AVX TAJS225M010R

CG0104 C66 SMD capasitor 100nF/10% 6,3V X5R AVX CM05X5R104K06AH

CG0101 C660 SMD capasitor X7R 100pF 5% Murata

CG0101 C661 SMD capasitor X7R 100pF 5% Murata

CG0101 C663 SMD capasitor X7R 100pF 5% Murata

CG0104 C67 SMD capasitor 100nF/10% 6,3V X5R AVX CM05X5R104K06AH

CG0223 C68 SMD capasitor X7R 22nF 20% Murata

CG0101 C69 SMD capasitor X7R 100pF 5% Murata

CG0101 C7 SMD capasitor X7R 100pF 5% Murata

CG0104 C70 SMD capasitor 100nF/10% 6,3V X5R AVX CM05X5R104K06AH

CG0104 C71 SMD capasitor 100nF/10% 6,3V X5R AVX CM05X5R104K06AH

CG0104 C72 SMD capasitor 100nF/10% 6,3V X5R AVX CM05X5R104K06AH

CG0104 C73 SMD capasitor 100nF/10% 6,3V X5R AVX CM05X5R104K06AH

CG0104 C74 SMD capasitor 100nF/10% 6,3V X5R AVX CM05X5R104K06AH

CG0104 C75 SMD capasitor 100nF/10% 6,3V X5R AVX CM05X5R104K06AH

CG0104 C76 SMD capasitor 100nF/10% 6,3V X5R AVX CM05X5R104K06AH

CG0101 C77 SMD capasitor X7R 100pF 5% Murata

CG0103 C78 SMD capasitor X7R 10nF 10% Murata

CU3106 C79 SMD tantal 10uF / 6V +-20% AVX TAJA106M006R

CF0105 C8 SMD capasitor 1uF 10% 6,3V X5R AVX CM105X5R105K06AT

CODE PART DESCRIPT. VALUE MANUF. TYPE

5.9.2000

4C2295_A5GB.fm 42

Product: TDP70WN / OC2295_A5

CG0104 C80 SMD capasitor 100nF/10% 6,3V X5R AVX CM05X5R104K06AH

CG0102 C81 SMD capasitor X7R 1nF 10% Murata

CG0221 C82 SMD capasitor X7R 220pF 10% Murata

CG0103 C83 SMD capasitor X7R 10nF 10% Murata

CG0103 C84 SMD capasitor X7R 10nF 10% Murata

CG0101 C85 SMD capasitor X7R 100pF 5% Murata

CG0104 C86 SMD capasitor 100nF/10% 6,3V X5R AVX CM05X5R104K06AH

CG0104 C87 SMD capasitor 100nF/10% 6,3V X5R AVX CM05X5R104K06AH

CG0470 C88 SMD capasitor NPO 47pF 5% Murata

CC2103 C89 SMD capasitor 10nF 10% 100V X7R AVX 12061C103KAT2A

CF0105 C9 SMD capasitor 1uF 10% 6,3V X5R AVX CM105X5R105K06AT

CG0101 C90 SMD capasitor X7R 100pF 5% Murata

CG0101 C91 SMD capasitor X7R 100pF 5% Murata

CG0101 C915 SMD capasitor X7R 100pF 5% Murata

CG0101 C916 SMD capasitor X7R 100pF 5% Murata

CG0102 C92 SMD capasitor X7R 1nF 10% Murata

CG0101 C93 SMD capasitor X7R 100pF 5% Murata

CG0472 C94 SMD capasitor X7R 4,7nF/10%/25V AVX

CG0101 C95 SMD capasitor X7R 100pF 5% Murata

CG0101 C96 SMD capasitor X7R 100pF 5% Murata

CU3106 C97 SMD tantal 10uF / 6V +-20% AVX TAJA106M006R

CG0101 C98 SMD capasitor X7R 100pF 5% Murata

CG0101 C99 SMD capasitor X7R 100pF 5% Murata

DS1070 D1 SMD diode pair 70V/100mA common cathode Philips BAV 70W

DS1070 D2 SMD diode pair 70V/100mA common cathode Philips BAV 70W

DY0016 D3 SMD shottky diode 40V/1,33A VF=0.55V Shindengen M1FS4

DS1070 D32 SMD diode pair 70V/100mA common cathode Philips BAV 70W

DS1070 D4 SMD diode pair 70V/100mA common cathode Philips BAV 70W

DC0229 D420 SMD silicon tuning diode 1V/19pF...4V/11pF Toshiba 1SV229

DC0229 D460 SMD silicon tuning diode 1V/19pF...4V/11pF Toshiba 1SV229

DS0019 D5 SMD diode 100v / 200mA Philips BAS19

DY0071 D510 SMD shottky diode 70V 15mA SGS-

Thomso

BAS 70-04

DY0384 D610 SMD shottky barrier diod 15V/200mA/VF=0.35V Toshiba 1SS384-TE85L

DZ3327 D611 SMD zenerdiode 2V7 5% 500mW Temic BZM55C2V7-TR

DY0062 D660 SMD shcottky diode 40V 20mA Siemens BAT 62

AF4300 F1 SMD fuse 3A Littlefuse 0430003.WR

IX5061 I1 Power supply reset monit or/ 2,6V Impala ILC5061M-26

IA0311 I10 Audio amplifier 2-5,5V / 250mW Texas Inst TPA311DGN

IR7080 I11 Regulator 2,85V 100mA/SOT23-5 Impala ILC7081AIM5-28

IR7062 I12 Regulator LDO 3,0 V /150mA Impala ILC7062CM-30

IX0826 I13 EL-lamp driver 4,5V / 120V Supertex HV826MG

IG3010 I3 Digital-Asic Hitachi HG71C

IS2335 I400 Dual freg.synthesizer PLL+prescaler 1.2GHz NationalSe LMX23352TMX

IR1230 I490 Regulator 3,0V Toko TK11230BM

IR1230 I495 Regulator 3,0V Toko TK11230BM

IG2048 I5 SIS ASIC Atmel

IV6070 I550 FM IF-system Philips SA607DK

IM8011 I6 Flash memory 8 Mb (512x16/1Mx8) 3V Atmel AT49BV8011-90TI

IR1230 I600 Regulator 3,0V Toko TK11230BM

IC7S00 I610 2-input NAND SOT-23-5 NationalSe NC7S00M5X

IA2211 I640 Single op. amp. 2,7 - 10V 150mW Texas Inst TLV2211CDBV

IW2391 I650 RF-power amplifier 450MHz-485MHz Iwatsu HAB239B

IX2339 I7 Audio processor CMOS base band pros AsahiKasei AK2339

IC0454 I8 SMD 2x multip./demultip. Toshiba TC4W53FU-TE 12L

LC0567 L1 SMD inductors 560uH 10% 3,2x2,5mm Murata LQH3C561K34

LC1224 L420 SMD inductor 220 nH/+-10% Coilcraft 0805CS-221XKBC

LC1224 L460 SMD inductor 220 nH/+-10% Coilcraft 0805CS-221XKBC

LC3183 L480 SMD inductor 18n -+2% PANA-

SONIC

ELJRE18NGF2

CODE PART DESCRIPT. VALUE MANUF. TYPE

5.9.2000

4C2295_A5GB.fm 43