Sharp 902sh Service Manual

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FRONT
SERVICING CONCERNS
GENERAL DESCRIPTION
ADJUSTMENTS, PERFORMANCE CHECK, AND FIRMWARE UPGRADE
DISASSEMBLY AND REASSEMBLY
DIAGRAMS
- [1] Block diagram
SCHEMATIC DIAGRAM AND WIRING SIDE OF P.W.BOARD
OTHERS
- [1] Function table of IC
- [2] Function table of Display
PARTS GUIDE

CONFIDENTIAL

SERVICING CONCERNS

CHAPTER 1. GENERAL DESCRIPTION

[1] Specifications ................................................. 1-1

[2] Names of parts ............................................... 1-3

[3] List of Menu Functions ................................... 1-5

[4] Optional Accessories ..................................... 1-5

CHAPTER 2. ADJUSTMENTS,

PERFORMANCE CHECK, AND

FIRMWARE UPGRADE

[1]

SHARP Programme Support Tool (SPST)

........ 2-1

[2] Test points .................................................... 2-18

[3] Troubleshooting............................................ 2-25

CHAPTER 3. DISASSEMBLY AND REASSEMBLY

[1] Servicing Concerns ........................................ 3-1

[2] Disassembly and reassembly ........................ 3-3

[3] Precautions for installing the thin coaxial........ 3-6

CHAPTER 4. DIAGRAMS

[1] Block diagram ................................................4-1

CHAPTER 5. SCHEMATIC DIAGRAM AND

WIRING SIDE OF P.W.BOARD

[1] Notes on schematic diagram .........................5-1

[2] Types of transistor and LED ..........................5-1

[3] Waveforms of circuit ......................................5-2

[4] Schematic diagram/

Wiring side of P.W.Board .............................5-7

CHAPTER 6. OTHERS

[1] Function table of IC........................................6-1

[2] Function table of Display .............................6-33

Parts Guide

INTERNAL

MODEL

NAME

SELEC-

TION

CODE

DESTINATION INTERNAL

MODEL

NAME

SELEC-

TION

CODE

DESTINATION

JNJ300BW B Hungary JNJ300KW K Austria

JNJ300CW C Switzerland JNJ300PW P Portugal

JNJ300DW D Greece JNJ301PW PP Portugal (Prepaid)

JNJ300EW E U.K. JNJ300RW R Ireland

JNJ301EW EP U.K. (Prepaid) JNJ300SW S Spain

JNJ300FW F France JNJ300TW T Italy

JNJ300GW G Germany JNJ300UW U Belgium

JNJ301GW GP Germany (Prepaid) JNJ300WW W Sweden

JNJ300HW H Netherlands JNJ300ZW Z New Zealand

SERVICE MANUAL

902SH

No. S0422JNJ300/W

3G(UMTS)/GSM/GPRS PHONE

902SH

MODEL

SHARP CORPORATION

CONTENTS

Parts marked with " " are important for maintaining the safety of the set. Be sure to replace these parts with specified ones for

maintaining the safety and performance of the set.

This document has been published to be used

for after sales service only.

The contents are subject to change without notice.

• In the interests of user-safety the set should be restored to its

original condition and only parts identical to those specified

should be used.

• Caution

Risk of explosion if battery is replaced by an incorrect type,

dispose of used batteries according to the instruction.

902SH

CONFIDENTIAL

Phone902SHService ManualService ManualMarketE

SERVICING CONCERNS

1. When requested, back up user’s handset data using SPST (SHARP Programme Support Tool). Otherwise, before servicing, warn the user that

data in the memory may be lost during repairs.

2. Upgrade the firmware to the latest version using SPST before returning the handset to the customer.

3. After repairs, inspect the handset (phone) according to the following flowchart.

4. When storing or transporting a PWB, put it into a conductive bag or wrap it in aluminum foil. (C-MOS IC may be damaged by electrostatic

charges.)

5. Do not leave fingerprints, etc. on ornamental parts including a cabinet, especially clear windows for main and sub displays. Wear fingerstalls to

avoid this.

Also, ensure not to leave fingerprints on the surface of main and sub display panels.

6. To prevent oxidation which causes connection problems, do not touch any terminals on the electric board, microphone, vibrator, earpiece and

speaker.

When handling these parts, wear fingerstalls. Should you touch these parts, clean them with a soft dry cloth.

Always wear fingerstalls when handling a shield case on the electric board. Otherwise oxidation may occur causing handset performance deterio-

ration.

7. The FPC is a precision device. Handle it carefully to prevent any damages.

8. Do not expose the moisture sensor to liquids.

If the sheet gets wet, red ink runs. In this case, replace the sheet with a new one.

Be careful about your perspiration.

9. Before you disassemble or reassemble handset, make sure to remove the Li-Ion battery.

10.Be sufficiently careful with static electricity of integrated circuits and other circuits. Wear static electricity prevention bands whilst servicing.

Repairs are completed.

(Fixed parts have been checked for proper operation.)

Check IMEI NO./Operator code (Destination)/

Firmware version by Identity function of SPST.

Inspect each device using performance check

adjustment function of SPST.

Carry out RF performance check with SPST.

All completed.

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CONFIDENTIAL

Employing lead-free solder

This model employs lead-free solder.

This is indicated by the “LF” symbol printed on the PWB and in the service manual.

The suffix letter indicates the alloy type of the solder.

Example:

Indicates lead-free solder of tin, silver and copper.

Using lead-free solder

When repairing a PWB with the “LF” symbol, only lead-free solder should be used. (Using normal tin/lead alloy solder may

result in cold soldered joints and damage to printed patterns.)

As the melting point of lead-free solder is approximately 40ºC higher than tin/lead alloy solder, it is recommended that a

dedicated bit is used, and that the iron temperature is adjusted accordingly.

Soldering

As the melting point of lead-free solder (Sn-Ag-Cu) is higher and has poorer wettability (flow), to prevent damage to the land

of the PWB, extreme care should be taken not to leave the bit in contact with the PWB for an extended period of time.

Remove the bit as soon as a good flow is achieved.

The high content of tin in lead free solder will cause premature corrosion of the bit.

To reduce wear on the bit, reduce the temperature or turn off the iron when it is not required.

Leaving different types of solder on the bit will cause contamination of the different alloys, which will alter their

characteristics, making good soldering more difficult.

It will be necessary to clean and replace bits more often when using lead-free solder. To reduce bit wear, care should be

taken to clean the bit thoroughly after each use.

PRECAUTIONS FOR USING LEAD-FREE SOLDER

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CONFIDENTIAL

Phone902SHService ManualService ManualMarketE

CHAPTER 1. GENERAL DESCRIPTION

[1] Specifications

FOR A COMPLETE DESCRIPTION OF THE OPERATION OF THIS UNIT, PLEASE

REFER TO THE OPERATION MANUAL.

General: Quad - band (W-CDMA/GSM 900 MHz/

DCS 1800 MHz/PCS 1900MHz)

GPRS-enabled

WAP, MMS, SMS

Dimensions

(folded, exclud-

ing the aerial)

(W x H x D): 50 x 102 x 26 mm

Weight: 149 g

Battery operating

temperature: 0°C - 40°C

Main display: Display dimensions: 2.4 inch

Resolution: 240 x 320 pixels

LCD display: TFT 262,144 colours with backlight

LCD back light: LED back light white colour LEDs

Sub display: Resolution: 72 x 12 pixels

LCD display: STN B/W LCD with back light

Camera: CCD 2M pixels built-in camera

Zoom: Wide and zoom mode

[Supported 40 (when image size is

160 x 320 pixels) x zoom]

Lens: (Wide) F3.3, f = 4.85 mm

(Tele) F4.9, f = 9.7 mm

Sub Camera: CMOS 110K pixels built-in camera

Lens: F2.8, f = 1.7 mm

Sound: 64-polyphonic ring melodies

Stereo Speakers

Mobile light: 3 colours (RGB)

External DC

supply voltage: 5.2 V

Battery: 3.7 V, 870 mAh, Li-Ion

Standby time: Up to 240 hours (3G mode)

Up to 250 hours (GSM mode)

Talk time: Up to 150 minutes (3G mode))

Up to 240 minutes (GSM mode)

Others: Side key

Infrared port 1.2 L/P (maximum distance 20 cm)

Connector for AC charger and data cable

Battery running time depends on the battery and SIM card as well as

the network conditions and usage.

Specifications for this model are subject to change without prior

notice.

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CONFIDENTIAL

Licensed by Inter Digital Technology Corporation under one or more of the

following United States Patents and/or their domestic or foreign

counterparts and other patents pending, including U.S. Patents:

4,675,863: 4,779,262: 4,785,450: 4,811,420: 5,228,056: 5,420,896:

5,799,010: 5,166,951: 5,179,571 & 5,345,467

Mascot Capsule is a registered trademark of HI Corporation

JBlend and all JBlend-based trademarks and logos

are trademarks or registered trademarks of Aplix

Corporation in Japan and other countries.

SD logo is a trademark.

Bluetooth is a trademark of the Bluetooth SIG, Inc.

T9 Text Input is licensed under one or more of the following: U.S. Pat. Nos.

5,818,437, 5,953,541, 5,187,480, 5,945,928, and 6,011,554;

Australian Pat. No. 727539; Canadian Pat. No. 1,331,057; United

Kingdom Pat. No. 2238414B; Hong Kong Standard Pat. No. HK0940329;

Republic of Singapore Pat. No. 51383; Euro. Pat. No. 0 842 463

(96927260.8) DE/DK, FI, FR, IT, NL,PT.ES,SE,GB; Republic of Korea Pat.

Nos. KR201211B1 and KR226206B1; and additional patents are pending

worldwide.

The Bluetooth word mark and logos are owned by the Bluetooth SIG, Inc.

and any use of such marks by Sharp is under license. Other trademarks

and trade names are those of their respective owners.

Contains Macromedia Flash technology by Macromedia, Inc.

Macromedia, Flash, Macromedia Flash, and Macromedia Flash Lite are

trademarks or registered trademarks of Macromedia, Inc. in the United

States and other countries.

Licensed by QUALCOMM Incorporated under one or more of the following

United States Patents and/or their counterparts in other nations ;

4,901,307 5,490,165 5,056,109 5,504,773 5,101,501

5,506,865 5,109,390 5,511,073 5,228,054 5,535,239

5,267,261 5,544,196 5,267,262 5,568,483 5,337,338

5,600,754 5,414,796 5,657,420 5,416,797 5,659,569

5,710,784 5,778,338

This product is licensed under the MPEG-4 Visual Patent Portfolio License for the personal

and non-commercial use of a consumer to (i) encode video in compliance with the MPEG-4

Video Standard (“MPEG-4 Video”) and/or (ii) decode MPEG-4 Video that was encoded by a

consumer engaged in a personal and non-commercial activity and/or was obtained from a

licensed video provider. No license is granted or implied for any other use.

Additional information may be obtained from MPEG LA. See http://www.mpegla.com.

This product is licensed under the MPEG-4 Systems Patent Portfolio License for encoding

in compliance with the MPEG-4 Systems Standard, except that an additional license and

payment of royalties are necessary for encoding in connection with (i) data stored or

replicated in physical media which is paid for on a title by title basis and/or (ii) data which is

paid for on a title by title basis and is transmitted to an end user for permanent storage

and/or use. Such additional license may be obtained from MPEG LA, LLC. See

http://www.mpegla.com for additional details.

CP8 PATENT

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CONFIDENTIAL

[2] Names of parts

1. Earpiece

2. Navigation Keys (Arrow Keys):

Moves cursor to highlight a menu item, etc.

Up/Down arrow keys: Displays the Contacts List when pressed during stand-by.

Left arrow key:

Right arrow key:

Displays the message inbox when pressed during

stand-by.

Displays the monthly calendar when pressed during

stand-by.

3. Centre Key: Displays Main menu when pressed during stand-by,

then executes a function highlighted.

4. Left Soft Key: Executes a function at the bottom left of the screen.

Press during stand-by to display the Messaging screen.

5. Send/Redial Key: Makes or accepts calls, displays the All Calls screen in

stand-by mode.

6. Shortcut Key: Press to open the shortcut menu to access the desired

applications.

7. Voice Mail Key: Press and hold to connect to the Voice mail centre

automatically. (Depending on the SIM card.)

8. * /Shift Key: Switches character case between four modes: Abc, ABC,

123 and abc on the text entry screen.

Press to enter P, ?, – or * in stand-by mode.

9. Microphone

10. Sub Camera (Internal Camera)

11. Main Display

12. Microphone (for the viewer style of the display)

13. Right Soft Key: Executes the function at the bottom right of the screen.

Shortcut to “Vodafone live!” by opening the browser.

Press during stand-by.

14. End/Power Key: Ends a call and turns power on/off.

15. Clear/Back Key: Clears the characters before the cursor, returns to the

previous screen, etc.

16. Multimedia Key: Opens the Media Player screen.

17. Keypad:

1 key: Shortcut to the Voice mail centre. (Depending on the SIM

card.) Press and hold during stand-by.

2-9 keys: Press and hold during stand-by to display each speed dial

phone number.

0 key: Press and hold to enter +.

18. #/Flash Light Key: Switches symbol screens on the text entry screen.

Press and hold to switch languages on the text entry

screen.

Turns the flash/auxiliary light on or off in camera mode.

Press and hold during stand-by to switch Profiles settings

between the mode most recently activated and Silent

mode.

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CONFIDENTIAL

19. Camera (External Camera)

20. Sub Display

21. Built-in Aerial: Warning: Do not cover the top of the phone with your hand

when in use as this may interfere with the performance of

the built-in aerial.

22. Mobile Light: Used as a flash or an auxiliary light in camera mode.

23. Battery Cover

24. VIDEO OUT/Handsfree Microphone Connector

25. External Connector: Used to connect either the charger or a USB data cable.

26. Stereo Speakers

20 22

27. Infrared Port: Sends and receives data via infrared.

28. Memory Card Slot Cover

29. Small Light: Used as a battery charge indicator.

30. Side Keys (Side-Up/Side-Down/Camera/Cancel):

Side-Up/Side-Down: (These two keys work in reverse with the viewer

position of the display.)

Moves the highlight up or down.

Press during stand-by or during a call to increase or

decrease the earpiece volume.

Press in camera mode to increase or decrease the

zooming ratio.

Camera Key: Displays the Main menu when pressed during stand-by,

then executes a highlighted function. Press and hold to

activate the camera.

Press and hold to display the Options menu.

Press during an incoming call to answer the call.

Press during a call to display the Call options.

Press halfway to lock the focus in camera mode.

Press (and hold) to take a picture with the camera.

Cancel Key: Press to return to the previous screen.

Press and hold to reject an incoming call.

Press during an incoming call to send a busy tone

to the caller.

Press to end the call.

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CONFIDENTIAL

[3] List of Menu Functions

[4] Optional Accessories

Menu No./

Main Menu

1 Games & More

1 Games

2 Screensavers

3 Settings

4 Java Information

2 Vodafone live!

3 Media Player

4 Messages

1 Create New

2 Inbox

3 Drafts

4 Templates

5 Sent

6 Outbox

7 live! Studio

8 Messenger

9 Voice Mail

10 Cell Broadcasts

11 Area Info

12 Settings

13 Memory Status

5 Camera

6 My Items

1 Pictures

2 Videos

3 Sounds & Ringtones

4 Games & More

5 Bookmarks

6 My Saved Page

7 Text Templates

8 Other Documents

7 Organiser

1 Calendar

2 Alarms

3 Calculator

4 Voice Recorder

5 Scanner

6 Stopwatch

7 Tasks

8 World Clock

9 Countdown Timer

10 Expenses Memo

11 Phone Help

8 Contacts

1 Contacts List

2 Manage Group

3 Speeddial List

4 My Contact Details

5 Advanced

9 SIM Application

10 Connectivity

1 Bluetooth

2 Infrared

3 Network Settings

4 Internet Settings

5 Backup/Restore

11 Call Log

1 All Calls

2 Missed Calls

3 Received Calls

4 Dialled Numbers

5 Call Timers

6 Call Costs

12 Settings

1 Profiles

2 Display Settings

3 Sound Settings

4 Time&Date

5 Language

6 Call Settings

7 Video Call Settings

8 Security Settings

9 Memory Settings

10 Master Reset

Menu No./

Sub Menu1

Menu No./

Main Menu

Menu No./

Sub Menu1

Lithium Ion Battery (XN-1BT90)

Cigarette Lighter Charger (XN-1CL30)

USB Data Cable (XN-1DC30)

AC Charger (XN-1QC30, XN-1QC31, XN-1QC32)

External Antenna Cable (XN-1AT90)

Audio Remote-Controller (XN-1AR90)

Car Holder (XN-1CH90)

Desktop Holder (XN-1DH90)

Stereo Headset (XN-1HS90)

Handsfree Microphone Unit (XN-1HU90)

Video Cable (XN-1VC90)

The above accessories may not be available in all regions.

For details, please contact your dealer.

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CONFIDENTIAL

Phone902SHService ManualService ManualMarketE

CHAPTER 2. ADJUSTMENTS, PERFORMANCE CHECK, AND FIRMWARE

UPGRADE

SPST (SHARP Programme Support Tool) allows you to adjust settings, conduct performance checks, and upgrade the firmware.

[1] SHARP Programme Support Tool (SPST)

1. Installation/uninstallation

• Do not change the installation structures (see “2. Structure”).

• SPST cannot be installed on a PC if Windows Installer is not supported.

• The SPST installer does not include MFC that is required to run SPST. If not already installed, install MFC (DLLs including MFC42.DLL).

1.1. System requirements

The following are required for installation.

• OS: Windows 2000 Professional (SP3 or SP4) or Windows XP Home/Professional (SP1) *1

• PC: IBM/PC compatible *2

• HDD: 200 MB available space (or more)

• RAM: 256 MB or more (512 MB recommended)

• COM port: Windows compatible serial port

• Display resolution

XGA or higher

Basically use the default settings in Display Properties, however, small system font size is recommended. *3

(Display Properties → Settings → Advanced → General → Display → Font size)

• Recommended devices for serial connection between a PC and handsets (phones): *4, *5

The PC’s serial port

PCI serial expansion card

USB-UART serial conversion cable *6

Note

[Important] Restrictions for stable operation of Windows/PC (IBM/PC compatible)

When using multiple USB-UART conversion cables, do not connect more than 2 cables (IO-DATA) or 3 cables (NEC) to a USB-HUB/BUS, and do not

change the connection of cables.

Do not connect other USB devices to the PC.

Whilst the PC is in use, avoid connecting/disconnecting cables and USB devices for stable serial communication for Windows/driver.

* SPST may run in other environments, however, the system may become unstable.

1.2. Procedure

1.2.1 Installing SPST

Execute the “SPST.msi”.

Figure 1

[Caution]

When an older version of SPST has already been installed, uninstall it first as follows:

Through “Add/Remove Programs” in the Control Panel, remove the “SPST for 902SH/802SH”.

*1: SPST does not run on Windows 95, 98, 98 SE, and Me. The behaviour is not guaranteed on Windows XP Media Center Edition/Tablet Edition

and in the Virtual PC environment. Also, its compatibility with upcoming operating systems and service packs is not guaranteed.

*2: A brand name product is recommended. Minimum requirements: 1 GHz Pentium III processor and 256 MB of RAM, and compatibility with USB

2.0 specification for use of USB-UART serial conversion cables.

*3: Depending on the font size, the screen layout may change or some portions and characters may not be displayed on a XGA screen.

*4: Use only the specified PCI serial expansion card and USB-UART cables. Currently, no specific PCMCIA card is recommended.

*5: Transfer rate is 115 Kbps when using a PC’s standard serial port. When using a PCI/PCMCIA card or USB-UART conversion cable, its maxi-

mum transfer rate (115 Kbps, 230 Kbps or 460 Kbps) can be selected.

*6: Use cables of either manufacturer only.

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CONFIDENTIAL

1) Setup screen

Figure 2

• Click “Next” to proceed.

• To cancel the installation, click “Cancel”.

2) Location selection screen

Figure 3

• Click “Next” to proceed.

• To cancel the installation, click “Cancel”.

[Caution]

Do not change the folder.

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CONFIDENTIAL

3) Confirmation screen

Figure 4

• Click “Next” to proceed.

• To cancel the installation, click “Cancel”.

4) Progress screen

Figure 5

• Wait until the installation is completed.

• To cancel the installation, click “Cancel”.

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CONFIDENTIAL

5) Complete screen

Figure 6

• The above screen appears when the installation has been successfully completed.

• Click “Close” to exit.

1.2.2 Starting SPST

• When the installation has been completed, the shortcut icon shown below is created on your desktop.

Figure 7

• Double-click the icon to start SPST.

2. Structure

• Tool structure

3. Start-up

Connect a dongle to the PC.

Double-click the icon “SPST for 902SH/802SH” to launch.

SPST Ver.1.0: Main application

SHDownLoader Ver.3.0: Handset (Phone) software and data update utility

SHDiag Ver.1.0: Handset (Phone) adjustment and inspection utility

SHInfoView Ver.1.0: Handset (Phone) information display utility

SHPwdReset Ver.1.0: Handset (Phone) password reset utility

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CONFIDENTIAL

4. Function (screen example)

4.1. Password entry screen (after SPST start-up)

Figure 8

• Type in the specified password and press “Enter” on the keyboard.

• Click “Exit” on the screen to quit.

The screen below appears if the password is incorrect. Click “OK” and enter the password again.

Figure 9

4.2. Function selection (after entering SPST password)

• Function selection screen.

Figure 10

• Select one of the following functions from the combo box and click “Execute”.

• Click “Exit” to quit.

Selecting “SHDownLoader” See page 2-6

Selecting “SHDiag” See page 2-10

Selecting “SHInfoView” See page 2-13

Selecting “SHPwdReset” See page 2-15

Selecting “Change Password” See page 2-17

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CONFIDENTIAL

4.3. Functions

4.3.1 SHDownLoader

1) Basic functions

• SHDownLoader is the updating tool that is supported in Windows 2000/XP and designed for 902SH.

• SHDownLoader allows simultaneous updating operation via serial communication for up to 8 handsets (phones). *1

• A PC and handsets (phones) can be connected via serial connection by using the PC’s serial port, serial ports added by using PCI/PCMCIA cards

or USB-UART serial conversion cables.

• Batteries can be used to power handsets (phones), however, we recommend that you use chargers.

Note

2) Screen description

2) - 1. Main screen

Figure 11

2) - 2. Tool bar

Figure 12

*1: The maximum number of handsets (phones) may vary depending on the PC’s performance, devices used to add serial ports, etc. For details,

refer to the restrictions in “Important” below.

1. Exit Application: Close SHDownLoader.

2. Setup Option: Adjust optional settings.

3. Start All Ports: Start the operation for all the ports at once.

4. Stop All Ports: Stop the operation for all the ports at once.

5. View Actual Result: The operation result appears.

6. Create Profile: Create a new profile.

7. Select Profile: Select a profile.

8. Edit Profile: Edit a profile.

9. View Application Information: Show the version of SHDownLoader, etc.

Tool Bar

Status Bar

Port Field

[for up to

8 handsets

(phones)]

1 2 3 4 5 6 7 8 9

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CONFIDENTIAL

2) - 3. Port field

Figure 13

2) - 4. Status bar

Figure 14

1. Port Name: The (logical) port name appears.

2. Connect: Execute a selected function for the port only.

3. Select Function: Select a function for the port only.

4. Stop: Terminate an ongoing operation for the port only.

5. Status The operation status appears (see below).

6. Information: Show details of the operation, error, etc.

7. Rate/Progress: The progress bar appears with %.

8. IMEI: IMEI of the handset (phone) appears.

9. Firmware Version: Show information for handset (phone) identification.

10. Profile The last executed profile name appears whilst a profile is in progress. When the profile is completed, the dis-

play changes to its name.

1. Move the mouse cursor to “Tool Bar” items to see Tips (descriptions).

2. Show the total number of updated handsets (phones).

3. Show the total number of successfully updated handsets (phones).

4. Show the total number of handsets (phones) with update failure.

78 9 10

5 6

32 4

Unavailable Cancelled/failedCompletedIn progressReady

1 2 3 4

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CONFIDENTIAL

3) Option Settings

Adjust settings in Option when you use SHDownLoader for the first time or when the serial port connection is changed. Click “Setup Option” on “Tool

Bar” to open the screen and follow the procedures below.

1. Select a port from the list on the left.

2. In the field next to “Port (Ex. \\.\COM1)”, enter the corresponding serial port name.

3. Set a value for “Baud Rate” according to the serial port.

After performing these procedures for all the required ports, click “Save” to save the settings.

* Do not change settings in other fields.

Figure 15 Option Screen

When the settings are correct, “Ready” appears in the corresponding Port Field on Main Screen.

* When a USB-UART serial conversion cable is in use, assigned COM ports may vary as the system environment changes.

4) Procedures

Updating handsets (phones)

Figure 16

• From the “Select Profile” (combo box) on “Tool Bar”, select a profile.

• Click “Start All Ports” on “Tool Bar”. According to the selected profile, all handsets (phones) will be updated via the corresponding ports set up in

“Option”.

• When you select a function from “Select Function” in “Port Field” and click “Connect”, handsets (phones) will be updated according to the profile

specified for the port.

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CONFIDENTIAL

Figure 17

• When you start updating, “Status/Information” in “Port Field” changes to “Execute/Under Connection” as shown above, and then handsets

(phones) become ready for connection or power-on. Connect chargers to the handsets (phones).

• To stop updating all at once, click “Stop All Ports” on “Tool Bar”.

• To stop updating individually, click “Stop” in “Port Field”.

Note

* Depending on the handset (phone) status, it may take up to 1 minute before updating stops after you click “Stop All Ports” / “Stop” button.

* To restart updating for ports disabled due to an error, etc., follow the procedure above (click “Start All Ports” on “Tool Bar” and click “Connect” in

“Profile Field”).

5) Basic rewriting procedure for handset (phone)

1. Preparation

1) Add a serial port to a PC.

2) Start SHDownLoader and adjust settings of serial ports in “Option”.

2. Rewriting procedure

1) Start a PC after connecting all the necessary cables and other devices.

* When using a USB-UART conversion cable, make sure not to change the connection port. Otherwise the corresponding COM port will also

change.

* Communication may be disrupted if you connect cables or devices after starting a PC.

2) Start SHDownLoader.

* Always select the latest profile.

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CONFIDENTIAL

1) Remove batteries from all the handsets (phones).

2) Connect communication cables to all the handsets (phones).

3) Click “Start All ME” to start rewriting for all the handsets (phones).

4) Connect a charger to all the handsets (phones).

5) After the rewriting is completed, disconnect the chargers and communication cables from the handsets (phones).

After the rewriting operation, initialise each handset (phone).

1) Install a battery to the handset (phone).

2) Press the “End/Power” key for approx. 2 seconds.

3) The display indicates initialisation is in progress, and in approx. 8 minutes, indicates the completion.

4) Press the “End/Power” key until the display turns off.

5) Press the “End/Power” key for approx. 2 seconds.

6) Wait until the stand-by screen appears.

7) Press the “End/Power” key until the display turns off.

• When this application is finished, the SPST function selection screen returns.

• Turn off the PC and disconnect the cables and other devices.

If you disconnect them before turning off the PC, Windows may not shot down.

4.3.2 SHDiag

1) Overview

SHDiag allows you to perform various adjustments for handsets (phones) and to protect/unprotect the handset (phone) to be adjusted.

2) Operation screen

1. Connection confirmation window

Figure 18

At the start-up of SHDiag, the above window prompts you to connect a handset (phone) (ME). Connect a handset (phone) to be adjusted to a PC.

[User action]

1) Turn on a handset (phone) and set it to the stand-by mode. *1

2) Connect the handset (phone) to a PC.

3) Click “OK” on the window.

* When SHDiag is started unintentionally, click “OK” on the above window, and then click “Cancel” on the next COM port settings window.

[Caution]

Once a handset (phone) is connected, never disconnect/operate the handset (phone) or let the battery run out before exiting SHDiag.

*1: In the stand-by mode, one of the following screens appears.

•The main screen that appears after the start-up animation (Vodafone logo and Openwave logo), including the clock setting screen and the

network setup screen.

•The white background screen with “TEST PROGRAM” displayed.

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CONFIDENTIAL

2. COM port settings window

Figure 19

After the connection confirmation window, the above window appears. From the list boxes, select a transfer rate (set to 115200 by default) and the

PC COM port that is connected to the handset (phone).

[User action]

1) Select the COM port connected to the handset (phone) from the “COM Port” list box.

2) Select a transfer rate for the PC to handset (phone) communication from the “Baudrate” list box (set to 115200 by default).

3) Click “Connect”.

* When SHDiag is started unintentionally, click “Cancel”.

3. Main window

Figure 20

After the COM port settings window, the main window above appears. The handset (phone) initial settings are performed, adjustment values are

obtained, and then adjustments are performed.

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CONFIDENTIAL

[User action]

1) Wait until “--- ME Initialise Complete ---” is displayed.

2) Carry out adjustments.

• [Display LCD Test pattern]: Displays a test pattern on the handset (phone) display.

“Main LCD” is for the [main display] display, and “Sub LCD” for the [sub display] display.

Click the spin button (up or down arrow) to select a test pattern number. Click “Disp.” to display the test pattern on the handset (phone) dis-

play.

• [Check LED]: Turns on/off or controls brightness of the charge LED [red light on the side of the handset (phone)], call LED [green light on

the side of the handset (phone)], three-colour LED, and the display backlight.

To turn on/off the charge LED or call LED, click “ON” / “OFF” next to “Charge LED” or “Call LED” respectively.

For the three-colour LED, use “R”, “G”, or “B” to control each colour. To turn on/off the LED, click “ON” / “OFF”. To change the brightness,

click the spin button (up or down arrow). To check the strobe light, click “Stroboscope” with the three-colour LED illuminated.

As for the display backlight, “Main LCD backlight” is for the main display, and “Sub LCD backlight” for the sub display. To turn on/off the

backlight, click “ON” / “OFF”. To change the brightness, click the spin button (up or down arrow).

• [Flicker Calibration]: Adjusts the flicker of the main display.

Click “Disp. Pattern” to display the flicker calibration screen.

Click the spin button to change the flicker calibration value.

Click “Set” to temporarily use the value for the handset (phone).

Click “Save” to apply the value.

• [Camera Calibration]: Automatically corrects bright and dark defects.

To perform the bright defect correction, click “Calibration” next to “White hazard”.

To perform the dark defect correction, click “Calibration” next to “Black hazard”.

3) To initialise the handset (phone) and exit SHDiag after completing adjustments, click “Format and Quit”.

• To change handsets (phones), click “Settings”. After the necessary operation on the handset (phone) change confirmation window, the con-

nection confirmation window appears. Change handsets (phones) here.

• To exit SHDiag without handset (phone) initialisation, click “Quit”.

4. Quit confirmation window 1

Figure 21

The above window appears when “Format and Quit” is clicked on the main window. Handset (Phone) initialisation starts and SHDiag closes.

[User action]

1) To initialise the handset (phone) and exit SHDiag, click “Yes”.

• Click “No” not to exit SHDiag.

• When “Yes” is clicked, initialisation starts and SHDiag closes. Now, disconnect the handset (phone) and the PC.

5. Quit confirmation window 2

Figure 22

The above window appears when “Quit” is clicked on the main window. The handset (phone) turns off and SHDiag closes.

[User action]

1) To turn off the handset (phone) and exit SHDiag, click “Yes”.

• Click “No” not to exit SHDiag.

• When “Yes” is clicked, the handset (phone) turns off and SHDiag closes. Now, disconnect the handset (phone) and the PC.

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CONFIDENTIAL

6. Handset (Phone) change confirmation window

Figure 23

The above window appears when “Settings” is clicked on the main window. Before changing handsets (phones), specify whether to initialise the

handset (phone) or not. After initialisation or handset (phone) change, make communication settings again.

[User action]

1) Click “Yes” to initialise the handset (phone) and make communication settings again.

• Click “No” to turn off the handset (phone) and make communication settings again.

• Click “Cancel” not to make communication settings.

• When “Yes” is clicked, initialisation starts and the connection confirmation window appears. Now, disconnect the handset (phone) and the

PC, and connect another handset (phone).

• When “No” is clicked, the handset (phone) turns off and the connection confirmation window appears. Now, disconnect the handset (phone)

and the PC, and connect another handset (phone).

• When this application is finished, the SPST function selection screen returns.

4.3.3 SHInfoView

1) Function

Handset (Phone) information appears on the screen.

• Displayed information:

IMEI

Software version

Country code

Provider name

* For a screen example, refer to “Appendix 1: Handset (Phone) information”.

• Batteries can be used to power handsets (phones), however, we recommend that you use chargers.

2) Operation

Figure 24

* The initial setting file and the option file are created during the start-up process if they do not exist.

Stop

Start

Option

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CONFIDENTIAL

1. Change the option settings if necessary.

Default settings, when the tool is started for the first time, are as follows:

Port1

View Title COM1

Port

Baud Rate 115200bps

Make sure to set the “Port” at the first start after the installation.

Example: COM3 port at 460,800 bps

Figure 25

* Set following to restore the PC settings.

Port \\.\COM1

Baud Rate 115200

After completing changes, click “Save”.

2. Connect the communication cable to the handset (phone).

* 10-pin flat cable which connects the PC’s serial port and the handset’s (phone’s) handsfree microphone connector.

3. Click “Start”.

Figure 26 Waiting for connection

4. Supply power to the handset (phone).

Figure 27 Loading information

Refer to Appendix 1 for the display after loading information.

5. When this application is finished, the SPST function selection screen returns.

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CONFIDENTIAL

Appendix 1: Handset (Phone) information

Figure 28 Screen example

4.3.4 SHPwdReset

1) Overview

SHPwdReset allows you to reset all the handset (phone) passwords to the factory defaults.

2) Operation Screen

1. Connection Confirmation Window

Figure 29

At the start-up of SHPwdReset, the above window prompts you to connect a handset (phone) (ME). Connect a handset (phone) to be adjusted to

a PC.

[User Action]

1) Turn on a handset (phone) and set it to the stand-by mode. *1

2) Connect the handset (phone) to a PC.

3) Click “OK” on the window.

* When SHPwdReset is started unintentionally, click “OK” on the above window, and then click “Cancel” on the next COM port settings window.

[Caution]

Once a handset (phone) is connected, never disconnect/operate the handset (phone) or let the battery run out before exiting

SHPwdReset.

*1: In the stand-by mode, one of the following screens appears.

•The main screen that appears after the start-up animation (Vodafone logo and Openwave logo), including the clock setting screen and the

network setup screen.

•The white background screen with “TEST PROGRAM” displayed.

Countr

code: Provider nameSoftware VersionIMEI

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CONFIDENTIAL

2. COM port settings window

Figure 30

After the connection confirmation window, the above window appears. From the list boxes, select a transfer rate (set to 115200 by default) and the

PC COM port that is connected to the handset (phone).

[User Action]

1) Select the COM port connected to the handset (phone) from the “COM Port” list box.

2) Select a transfer rate for the PC to handset (phone) communication from the “Baudrate” list box (set to 115200 by default).

3) Click “Connect”.

* When SHPwdReset is started unintentionally, click “Cancel”.

3. Main Window

Figure 31

When the COM port settings window closes, SHPwdReset starts to reset the handset (phone) passwords immediately.

If the connection fails, the error message below appears.

Figure 32

On the above window or when the operation is successfully completed, click “OK” to exit SHPwdReset and return to the SPST function selection

screen.

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CONFIDENTIAL

4.3.5 Change Password

Figure 33 Password change screen

• Enter a new password, enter it again for confirmation, and click “Setting”.

• Click “Cancel” to quit.

• After completing or cancelling the operation, the SPST function selection screen returns.

* For allowable symbols and alphanumeric characters, see “Password entry screen (after SPST start-up)”.

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CONFIDENTIAL

[2] Test points

Main PWB

No. Checker Ref. Name φOutput Input Function Remarks

1 TP1002 BANDSEL_1 0.3 IC1000 →Band switching Back-up

2 O TP1003 VRTC15 1.2 IC1204 →IC1000 RTC 1.5 V power supply

3 TP1004 PCMDATA–B 0.3 IC1001,

IC1200

→IC1000 PCM data

4 TP1005 PCMDATA–A 0.3 IC1000 →IC1001,

IC1200

PCM data

5 O TP1006 RTCCLK 1.2 IC1000 →IC1001,

IC1200,

IC1400

32.768 kHz output

6 O TP1007 SYSCLK2 1.2 IC1000 →13MHz

7 TP1008 M_LCD_I2CCLK 0.3 IC1000 →IC3000 I2C clock

8 TP1009 SYSCLK0 1.2 IC1000 →IC1001 13MHz Back-up

9 TP1010 M_LCD_I2CDAT 0.3 IC1000 ↔IC3000 I2C data

10 TP1011 PCMCLK 0.3 IC1000 →IC1001,

IC1200

PCM clock

11 TP1012 PCMSYN 0.3 IC1000 →IC1001,

IC1200

PCM sync

12 O TP1013 TP-IN 1.2 →IC1000 Mandatory test mode

13 O TP1014 SYSCLK1 1.2 IC1000 →IC1500,

IC1502,

IC1600

13MHz

14 TP1015 UARTRX3 0.3 IC1001 →IC1000 Bluetooth UART Rx

15 TP1016 UARTTX3 0.3 IC1000 →IC1001 Bluetooth UART Tx

16 TP1017 UARTCTS3 0.3 IC1001 →IC1000 Bluetooth UART CTS

17 TP1018 UARTRTS3 0.3 IC1000 →IC1001 Bluetooth UART RTS

18 TP1019 KeyCK1 1.2 CN1000 →Key FPC

unit

Check for the key unit insertion

19 TP1020 KeyCK2 1.2 CN1000 →Key FPC

unit

Check for the key unit insertion

20 O TP1021 VBT29 1.2 IC1002 →IC1001 Bluetooth IC power supply (2.9 V)

21 TP1022 RRESOUT2 0.3 IC1000 →IC1001 Bluetooth IC reset

22 TP1023 CLKREQ 0.3 IC1000 →IC1001,

IC1200,

IC1400

CLK request signal

23 TP1024 WP_N 1.2 IC1000 →IC1100 VPP Back-up

24 O TP1200 VBATT 1.2 CN1200 →Handset (Phone) power supply

(battery terminal)

25 O TP1201 VBATT 1.5 CN1200 →Handset (Phone) power supply

(battery terminal)

26 O TP1202 VBATT 1.5 CN1200 →Handset (Phone) power supply

(battery terminal)

27 O TP1203 PRGDET 1.2 JK1600 →Q1204,

Q1205

Action trigger (Insert the socket to

turn on the power.)

ONSWB_N

28 TP1204 VCHG 1.2 Q1212 →Q1206 External supply power (at normal

voltage)

29 TP1205 CHPEG 1.2 IC1200 →Q1200 FET gate signal

30 O TP1206 SERVICE_N 1.2 Q1205 →IC1000 Rewrite mode and log mode

31 TP1207 BDATA 1.2 CN1200 →IC1200 Battery sense terminal

32 O TP1209 GND 1.2 GND →Earth

33 O TP1210 GND 1.5 GND →Earth

34 O TP1211 VBATIB 1.2 CN1200,

IC1202

→Handset (Phone) power supply

(BB)

35 O TP1212 GND 1.5 GND →Earth

36 O TP1213 ONSWB_N 0.5 Q1204,

Q1215

→IC1200 Action trigger (Insert the socket to

turn on the power.)

37 O TP1215 BEARP 1.2 IC1200 →TP3055 Earpiece

38 O TP1216 BEARN 1.2 IC1200 →TP3054 Earpiece

39 O TP1217 PWRRST_N 1.2 IC1200 →IC1000 Power reset signal

40 O TP1218 SIMVCC 1.2 IC1200 →CN1201 Power supply for USIM

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CONFIDENTIAL

41 O TP1219 SIMVCC 1.2 IC1200 →CN1201 Power supply for USIM

42 O TP1220 SIM I/O 1.2 IC1200 ↔CN1201 USIM data

43 O TP1221 SIM CLK 1.2 IC1200 →CN1201 USIM clock

44 O TP1222 SIM RESET 1.2 IC1200 →CN1201 USIM reset

45 O TP1223 VSRAM18 1.2 IC1206 →IC1101 SRAM power supply (1.8 V)

46 O TP1225 GND 1.2 GND →Earth

47 O TP1226 VCCR 1.2 IC1206 →CN3003 Back-up power supply

48 O TP1227 VANA15 1.2 IC1205 →Analogue power supply (1.5 V)

49 O TP1228 ONSWA_N 1.2 Key FPC

unit

→IC1200 Action trigger (Switch the key to

turn on the power.)

50 O TP1229 LEDR 1.2 LED1200 →IC1200 Charge LED

51 O TP1230 LEDG 1.2 LED1200 →IC1200 Incoming notifications LED

52 O TP1231 VMEM18 1.2 IC1200 →IC1100,

IC1101

Power supply for memory (1.8 V)

53 O TP1232 VDIG275 1.2 IC1200 →Digital power supply (2.75 V)

54 O TP1233 VDDB 1.2 IC1200 →RF power supply (2.75 V)

55 O TP1234 VDDA 1.2 IC1200 →RF power supply (2.75 V)

56 O TP1235 VCORE15 1.2 IC1200 →Core power supply (1.5 V)

57 O TP1236 LED1 1.2 LED1200 →IC1200 Charge LED

58 O TP1237 LED2 1.2 LED1200 →IC1200 Incoming notifications LED

59 O TP1301 VDCIO 1.2 CN1300 →Q1212 External supply power

60 TP1302 CTS (Rx voice) 1.2 CN1300 →IC1300 CTS (hands free Rx voice)

61 O TP1303 Manufacture

Specific

1.5 CN1300 →Q1301 UART detection signal

62 TP1304 RTS (Tx voice) 1.2 IC1300 →CN1300 RTS (hands free Tx voice)

Synchronisation Clock

63 O TP1305 TXD

USB D–

1.2 IC1300 →CN1300 UART1 Tx

USB D– line

64 O TP1306 RXD

USB D+

1.2 CN1300 →IC1300 UART1 Rx

USB D+ line

65 O TP1307 VBUS 1.2 CN1300 →IC1303 External USB VBUS

66 O TP1308 VUSB33 1.2 IC1303 →IC1300,

IC1000

USB power supply (3.3 V), USB

detection signal

67 TP1400 TSFRM 0.3 IC1500 →TS I/F frame sync signal GPIO Back-up

68 O TP1500 VDCDC 1.2 IC1504 →IC1504 DCDC power supply (1.5 to 2.5 V)

69 O TP1501 VTRAM25 1.2 IC1504 →IC1500 T4G RAM power supply (2.5 V)

70 O TP1502 VTRAM15 1.2 IC1504 →IC1500 T4G RAM power supply (1.5 V)

71 O TP1503 VDIG29 1.2 IC1504 →Digital power supply (2.9 V)

72 O TP1504 VTLVDS25 1.2 IC1504 →IC1500 T4G LVDS power supply (2.5 V)

73 O TP1505 VTLVDS15 1.2 IC1504 →IC1500 T4G LVDS power supply (1.5 V)

74 O TP1506 T4G NC1 1.2 IC1500 →IC1500 Check for peeling of T4G

75 O TP1507 T4G NC2 1.2 IC1500 →IC1500 Check for peeling of T4G

76 TP1600 A0 0.3 →Adress 0 Back-up

77 O TP1601 MIC2+ 1.2 MIC200 →IC1200 Mic bias2

78 O TP1602 MIC- 1.2 MIC201 →Mic earth

79 O TP1603 MIC1+ 1.2 Key FPC

unit

→IC1200 Mic bias1

80 O TP1604 JMIC 1.2 JK1600 →IC1200 Connector microphone

81 O TP1605 JEARR 1.2 IC1600 →JK1600 Connector EAR R-ch

82 O TP1606 JEARL 1.2 IC1600 →JK1600 Connector EAR L-ch

83 O TP1607 VAMP 1.2 IC1701 →JK1600 TV signal output

84 O TP1608 SP-L1 1.2 IC1603 →CN3003 Speaker 1 L-ch

85 TP1609 VVIB 1.2 IC1601 →VIB1600 Vibrator power supply

86 O TP1610 SP-R1 1.2 IC1603 →CN3003 Speaker 1 R-ch

87 O TP1611 SP-L2 1.2 IC1603 →CN3003 Speaker 2 L-ch

88 O TP1612 SP-R2 1.2 IC1603 →CN3003 Speaker 2 R-ch

89 O TP1613 UART0TX 1.2 IC1000 →JK1600 UART Tx software rewrite and log

90 O TP1614 UART0RX 1.2 JK1600 →IC1000 UART Rx software rewrite and log

91 O TP1800 BECLK 1.2 IC1500 →IC1800 27MHz clock output

No. Checker Ref. Name φOutput Input Function Remarks

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CONFIDENTIAL

Figure 34 TEST POINT

MIC200

MIC201

SP031 SP032

SP012

SP014 SP001

SP002SP003

SP004

TP1013

TP1015

TP1016

TP1017

TP1018

TP1204

TP1205

TP1207

TP1603

TP1019 TP1020

TP1301

TP1200

TP1201

TP1202

TP1203

TP1506

TP1213

TP1614

TP1503

TP1601TP1608TP1234

TP1400

TP1215

TP1216

TP1602

TP1604 TP1605

TP1606

TP1607

TP1800 TP1611

VIB1600

VIB1601

TP1609

TP1600

TP1211

TP1507

TP1023

TP1236

TP1237 TP1504

TP1024

TP1004

TP1007

TP1012

TP1014

TP1002

TP1008

TP1010

TP1610

TP1612

TP1230

TP1232

TP1233

TP1235

SP019

SP020

SP028

TP1003

TP1229

SP027

TP1227

TP1501

TP1226

TP1502

TP1505

TP1009

TP1206

TP1225

TP1613

TP1308

TP1005 TP1011

TP1223

TP1217

TP1500

TP1006

TP1022

TP1209

SP009

SP015

SP016

SP017

SP018

TP1210

TP1228

TP1303

TP1212

TP1219

TP1220

TP1221

TP1222

TP1231

SP029

TP1302

TP1304

TP1021

TP1218

SP021

SP023

TP1305

TP1306

TP1307

SP008

SP022

MAIN PWB-A

(FRONT SIDE)

MAIN PWB-A

(REAR SIDE)

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CONFIDENTIAL

Display PWB

No. Checker Ref. Name φOutput Input Function Remarks

1 TP3002 VDON 1.2 IC1500 →IC3000 VD-LINK ON/OFF setting

2 TP3003 LCDCLK 1.2 IC1500 →IC3000 Display clock (6.5 MHz)

3 TP3004 VBATIB 1.2 CN1200,

IC1202

→Handset (Phone) power supply

(BB)

4 TP3005 GND 1.2 GND →Earth

5 TP3007 GND 0.3 GND →Earth

6 TP3008 BLED+ 1.2 IC2005 →TP3008 Main display/Sub display backlight

+, white LED boost output

7 TP3009 BLED – 1.2 TP3009 →IC2005 Main display backlight –, white

LED feedback circuit

8 TP3010 DUMMY1 0.3 IC3000 →IC3000 Check for peeling of LCDC

9 TP3011 DUMMY2 0.3 IC3000 →IC3000 Check for peeling of LCDC

10 TP3012 LVSYN 1.2 IC3000 →IC1500 VSYNC output signal

11 TP3018 VDD2 0.3 Main

display

→DC/DC convertor output

12 TP3019 VCCR 1.2 IC1206 →CN3003 Back-up power supply

13 TP3024 FLIP_R 0.3 CN3003 →IC1000 Rotation detection

14 TP3025 BLED+ 1.2 IC2005 →TP3008 Main display/Sub display backlight

+, white LED boost output

15 O TP3026 VUDIG29 0.3 IC3001 →Digital power supply (2.9 V)

16 O TP3027 VUDIG18 0.3 IC3002 →Digital power supply (1.8 V)

17 O TP3028 VUDIG25 0.3 IC3004 →Digital power supply (2.5 V)

18 TP3031 VDWAIT 1.2 IC3000 →IC1500 WAIT signal

19 TP3032 M_LCD_I2CDATA 1.2 IC1000 ↔IC3000 I2C data

20 TP3033 M_LCD_I2CDCLK 1.2 IC1000 →IC3000 I2C clock

21 TP3034 PDW_ECO 1.2 IC1000 →IC3001,

IC3002,

IC3004

REG ECO mode signal

22 TP3035 PDW_CE 1.2 IC1200 →IC3001,

IC3002,

IC3004

REG enable signal

23 TP3036 LCDRST 1.2 IC1500 →IC3000 Display RST signal

24 TP3037 LCDINT 1.2 IC3000 →IC1500 Display INT signal

25 TP3048 TXDTP 1.2 IC1500 →IC3000 VD-LINK operational data input

26 TP3049 TXDTN 1.2 IC1500 →IC3000 VD-LINK operational data input

27 TP3050 TXCKP 1.2 IC1500 →IC3000 VD-LINK operating clock input

28 TP3051 TXCKN 1.2 IC1500 →IC3000 VD-LINK operating clock input

29 O TP3053 BLED – 1.2 TP3009 →IC2005 Display backlight –, white LED

feedback circuit

30 TP3054 BEARN 0.3 IC1200 →TP3054 Earpiece

31 TP3055 BEARP 0.3 IC1200 →TP3055 Earpiece

32 TP3056 CDAT0 1.2 SUB

CAMERA

→IC1500 Sub camera DATA0

33 TP3057 CDAT1 1.2 SUB

CAMERA

→IC1500 Sub camera DATA1

34 TP3058 CDAT2 1.2 SUB

CAMERA

→IC1500 Sub camera DATA2

35 TP3059 CDAT3 1.2 SUB

CAMERA

→IC1500 Sub camera DATA3

36 TP3060 CDAT4 1.2 SUB

CAMERA

→IC1500 Sub camera DATA4

37 TP3061 CDAT5 1.2 SUB

CAMERA

→IC1500 Sub camera DATA5

38 TP3062 CDAT6 1.2 SUB

CAMERA

→IC1500 Sub camera DATA6

39 TP3063 CDAT7 1.2 SUB

CAMERA

→IC1500 Sub camera DATA7

40 TP3064 VSYNC 1.2 IC1500 →SUB

CAMERA

Horizontal sync signal

41 TP3065 HSYNC 1.2 IC1500 →SUB

CAMERA

Vertical sync signal

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CONFIDENTIAL

Figure 35 TEST POINT

42 TP3066 PCLK 1.2 IC1500 →SUB

CAMERA

Sub camera clock

43 TP3067 I2CCLKA 1.2 IC1500 →SUB

CAMERA

I2C clock

44 TP3068 I2CDATA 1.2 IC1500 ↔SUB

CAMERA

I2C data

No. Checker Ref. Name φOutput Input Function Remarks

TP3002

TP3003

TP3004

TP3005

TP3012

TP3019

TP3025

TP3031

TP3032

TP3033

TP3034

TP3035

TP3036

TP3037

TP3048

TP3049

TP3050

TP3051

TP3053

TP3056

TP3057

TP3058

TP3059

TP3060

TP3061

TP3062

TP3063

TP3064

TP3065

TP3066

TP3067

TP3068

TP3008

TP3009

TP3010 TP3026

TP1

TP2

TP3

TP4

TP5

TP6

TP7

TP8

TP9

TP10

TP11

TP12

TP13

TP14

TP15

TP16

TP17

TP18

TP19

TP20

TP21

TP22

TP23

TP3007

TP3011

TP3027

TP3028

TP3018

TP3024

TP3054

TP3055

DISPLAY PWB-B

(FRONT SIDE)

DISPLAY PWB-B

(REAR SIDE)

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CONFIDENTIAL

SD PWB

No. Checker Ref. Name φOutput Input Function Remarks

1 O TP2000 VPLUS2 1.2 IC2005 →LED2005 Three-colour LED power supply

anode

2 O TP2001 VPLUS1 1.2 IC2005 →IC2005 White LED boost output

3 TP2002 BLED – 0.3 TP3009 →IC2005 Sub display backlight –, white LED

feedback circuit

4 O TP2003 VDD3 1.2 IC2002 →CN2002 Camera power supply (15 V)

5 O TP2004 VOUT2 1.2 IC2002 →CN2002 Digital power supply (1.8 V)

6 O TP2005 VDD4 1.2 IC2002 →CN2002 Camera power supply (–8 V)

7 O TP2006 VGIG29 1.2 IC2002 →CN2002 Digital power supply (2.9 V)

8 TP2007 BLED+ 0.3 IC2005 →TP3008 Main display/Sub display backlight

+, white LED boost output

9 TP2008 BLED – 0.3 TP3009 →IC2005 Sub display backlight –, white LED

feedback circuit

10 TP2009 I2CCLKB 0.3 IC1500 →CN2002 I2C clock

11 TP2010 I2CDATB 0.3 IC1500 →CN2002 I2C data

12 TP2011 TXON 0.3 IC1000 →IC2005 LED control signal

13 TP2012 FLOW 0.3 IC1500 →CN2002 FLOW control signal

14 TP2013 GAINT 0.3 CN2002 →IC1500 Camera INT signal

15 TP2014 LEDLD 0.3 IC1500 →IC2005 LED control select signal

16 TP2015 SEOO 0.3 IC1500 →IC2002,

IC2005

Data

17 TP2016 SECLK 0.3 IC1500 →IC2002,

IC2005

Clock

18 TP2017 SL_CDCE 0.3 IC1500 →Sub Display Sub display chip enable signal

19 TP2018 SL_CDDC 0.3 IC1500 →Sub Display Sub display data/command select

signal

20 TP2019 BDRST 0.3 IC1500 →IC2002 Camera power supply, reset signal

21 TP2020 BDCE 0.3 IC1500 →IC2002 Camera power supply, control

select signal

22 TP2021 SLCDRST 0.3 IC1500 →Sub Display Sub display reset signal

23 TP2022 LEDRST 0.3 IC1500 →IC2005 LED reset

24 TP2023 RSTGA 0.3 IC1500 →CN2002 Camera reset signal

25 O TP2024 VOUT1 1.2 IC2002 →CN2002 Digital power supply (3.0 V)

26 O TP2025 LEDR 1.2 LED2005 →IC2005 Three-colour LED red cathode

27 O TP2026 VDDD 1.2 IC2004 →CN2002 Camera driver power supply

(3.1 V)

28 O TP2027 VSD29 1.2 IC2001 →CN2001 SD power supply (2.9 V)

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CONFIDENTIAL

Figure 36 TEST POINT

TP2009

TP2010

TP2012

TP2013

TP2011

TP2014

TP2015

TP2017

TP2019

TP2020

TP2023

TP2022

TP2002

TP2008

TP2007

TP2006

TP2016

TP2018

TP2021

TP2000

TP2003

TP2004 TP2005

TP2024 TP2025

TP2027

TP2001

TP2026

SD PWB-C

(FRONT SIDE)

SD PWB-C

(REAR SIDE)

902SH

2 – 25

CONFIDENTIAL

[3] Troubleshooting

1. No voice is heard and playback is impossible.

Earpiece

Handsfree Microphone Unit

1. No voice is heard and playback is impossible. See page 2-25

2. Voice transmission/recording is impossible. See page 2-26

3. Power dose not turn on. See page 2-26

4. Battery does not charge/Charging does not complete. See page 2-27

5. System settings are reset. See page 2-28

6. Clock settings are reset. See page 2-28

7. Vibrator does not work. See page 2-29

8. Speaker does not work. See page 2-29

9. The display does not appear on Main Display. See page 2-30

10. The display does not appear on Sub Display. See page 2-31

11. Camera does not operate. See page 2-31

12. Sub Camera does not operate. See page 2-32

13. The display backlight does not turn on. See page 2-32

14. The Key backlight does not turn on. See page 2-33

15. Mobile Light does not turn on. See page 2-33

16. Out-of-range appears and no transmission/reception is available. See page 2-33

17. SD memory card is not recognised. See page 2-39

18. Music on SD memory card cannot be played. See page 2-39

19. USIM card is not recognised. See page 2-40

20. Bluetooth communication is impossible. See page 2-40

Are signals sent to TP3054 and TP3055? Earpiece is defective. Or earpiece is in a poor

contact with TP3054 and TP3055.

Are signals sent to R3000 and R3037? R3017A and R3016A are defective.

Are signals sent to L1566 and L1567? R3000 and R3037, or the thin coaxial is defec-

tive. Otherwise, the thin coaxial and the con-

nector is in poor contact.

Are signals sent to TP1215 and TP1216? L1566 and L1567 are defective.

R1241 and R1242 are defective.

Or IC1200 is defective.

Are signals sent to TP1605 and TP1606? JK1600 handsfree earpiece, L1600, L1601,

C1674 and C1675 are defective.

Are signals sent to R1625 and R1626? C1629, C1630, C1671 and C1672 are defec-

tive.

Is signal sent to R1612? IC1600, R1625 and R1626 are defective.

IC1200, R1612 and C1614 are defective.

YES

902SH

2 – 26

CONFIDENTIAL

2. Voice transmission/recording is impossible.

Built-in microphones 1 and 2

Handsfree Microphone Unit

3. Power dose not turn on.

Is 2.2 V or more applied to TP1601 and

TP1603?

Is 2.2 V or more applied to C1673? C1673 or IC1200 is

defective.

C1633, C1634, R1661, IC1200 or microphone

are defective.

R1643, R1648, R1649, R1650, R1651, R1658,

C1642, C1646, Q1604 and Q1605 are defec-

tive.

Is 2.2 V or more applied to R1639? Is 2.2 V or more applied to C1673? C1673 or IC1200 is

defective.

L1602, R1654, C1644 and JK1600 handsfree

microphone are defective. Or earpiece is in a

poor contact with JK1600 and socket.

R1638, R1639 and C1637 are defective.

Is the voltage of the battery 3.6 V or more? The battery is dead, defective, or deteriorated.

Is 3.6 V or more on TP1200? The battery terminal CN1200 is mounted

improperly or in poor contact.

Is 3.6 V or more on TP1211? Fuse FS1200 is blown, resistance R1219 is

defective, or power amplifier IC300 is defective.

Does MCLK (R760) oscillate at 13 MHz? IC400 and peripheral circuits are defective.

Is 1.5 V applied to TP1235 when the Power key

is pressed?

IC1200 and Q1210 are defective or mounted

improperly.

Is 1.5 V supplied from TP1003? IC1204 is defective or mounted improperly.

Is 32.768kHz supplied from RTCCLK

(TP1006)?

IC1000 and X1000 are defective or mounted

improperly.

IC1000, IC1100 and IC1200 are defective or

mounted improperly.

NO NO

YES YES

NO NO

YES YES

YES

902SH

2 – 27

CONFIDENTIAL

4. Battery does not charge/Charging does not complete.

4.1. Battery does not charge.

4.2. Charging does not complete.

When the AC charger is connected, is the volt-

age of TP1301 higher than that of the battery?

The AC charger is defective. CN1300 is

mounted improperly or in poor contact.

Is 7.0 V or lower on TP1301? The AC charger is defective.

Is the voltage of TP1204 is higher than that of

the battery?

Q1212, IC1201, R1200, R1201, R1261, C1241

and C1200 are defective.

Does the handset (phone) turn on? Go to the section “3. Power dose not turn on.”

(see page 2-26)

Is the voltage of TP1211 is higher than that of

the battery?

Is the red LED (LED1200) flashing? IC1200 is defective,

and charge parame-

ter data is corrupted

Is the ambient temperature between 5 and

35°C?

Temperature abnor-

mality.

IC501 and IC1200 are defective or mounted

improperly.

Is the resistance between TP1207 and GND

(TP1209) 82 k ohms?

S terminal of the Li-Ion battery is defective.

CN1200 is in poor contact.

LED1200 and R1248 are defective.

Is 4.2 V or more on TP1211? Is the temperature of the front cabinet (key

side) below 35°C?

Depending on the

temperature, charg-

ing may take longer.

Is 5.0 V or lower on TP1301? Go to the section

“4.1. Battery does not

charge.”

The Li-Ion battery is defective, charge parame-

ter data is corrupted, or IC1200 is defective.

Is 4.2 V or more on TP1211 for over 30 min-

utes?

Charging time depends on handset (phone)

use, or the degree of the battery deterioration.

(Wait for more than 30 seconds.)

Is the temperature of the front cabinet (key

side) below 35°C?

Depending on the temperature, charging may

take longer.

Charge parameter data is corrupted.

YES

NO NO

YES YES

YES

NO NO

YES YES

YES

902SH

2 – 28

CONFIDENTIAL

5. System settings are reset.

6. Clock settings are reset.

Is TP1217 at high level (2.75 V) when the

Power key is pressed with 3.7 V applied to the

battery terminals (VBATT:TP:1200, TP1201,

and TP1202)?

Is 1.8 V applied to TP1231?

Is 2.75 V applied to TP1232,TP1233 and

TP1234?

Go to the section

“3. Power dose not

turn on.”

(see page 2-26)

IC1200 is defective.

Is the resistance between GND (TP1210) and

TP1207 82 k ohms?

Is there conduction between the battery termi-

nals and TP1207?

Battery terminal

(CN1200) is mounted

improperly.

IC1200 or the battery is defective.

Is the USIM card recognised? Connection to the USIM card is instantaneously

interrupted.

Are the battery terminals clean? Connection to the battery terminal is instanta-

neously interrupted.

The software has a problem, or IC1100 parts

are defective.

Is 1.8 V applied to TP1223 with 3.7 V applied to

the battery terminal (TP1200)?

IC1206, C1239 and R1247 are defective or

mounted improperly.

Is 1.0 V or more on TP1226 with the battery ter-

minal (TP1200) disconnected?

Is the voltage of the back-up battery 1.0 V or

more?

The back-up battery is

defective or deterio-

rated, or earth short

circuit.

Is 1.0 V or more on TP3019? The back-up battery is

mounted improperly.

The flexible PWB is

broken

CN3001 and CN1501 are defective, or the thin

coaxial is broken.

Is 1.0 V or more on TP1223 with the battery ter-

minal (TP1200) disconnected?

IC1204 or peripheral circuits are defective or

short-circuited. IC1206 is defective.

Is 1.5 V applied to TP1003 with 3.7 V applied to

the battery terminal (TP1200)?

IC1204 is defective or mounted improperly

IC1000 is defective

NO NO

YES YES

NO NO

YES YES

YES

NO NO

YES YES

YES

902SH

2 – 29

CONFIDENTIAL

7. Vibrator does not work.

8. Speaker does not work.

• When both voice and ring tones are not heard from the speaker, check the items of 8.1.

• When ring tones are heard from the speaker but voice is not, check the items of 8.2.

• When voice is heard from the speaker but ring tones are not, check the items of 8.3.

8.1. Both voice and ring tones are not heard from the speaker.

Is 3.0 V on TP1609 when the vibrator is

removed and then activated?

At this time, is 1.6 V or more on IC1601 pin 1? IC1600 is defective.

IC1601, CA1609, and D1600 are defective,

mounted improperly, or short-circuited

Is 3.0 V on TP1609 when the vibrator is fixed

and then activated?

Vibrator is defective.

The vibrator is defective, or there is clogging

caused by foreign objects.

Is there contact between the FPC land and the

speaker spring?

Poor contact.

Is the impedance between speaker terminals

approx.8 ohms?

Speaker parts are defective.

Is there conduction between each speaker

FPC land and the corresponding pair (C3004,

C3005, C3010, or C3011)?

The speaker FPC is defective or in poor contact

with CN3003.

Does each of R3051, R3052, R3053, and

R3054 have 1 ohm of resistance?

R3051, R3052, R3053, R3054, R3000A,

R3001A, R3002A and R3003A are defective.

Is there conduction between R3051/R3052/

R3053/R3054 and the corresponding pair

(TP1608/TP1610/TP1611/TP1612)?

The thin coaxial is defective. Otherwise, the

thin coaxial and CN1501 or CN3001 have poor

contact

IC1603, C1632, C1620, R1613, R1614, R1615,

R1616, R1642 and R1646 are defective.

Are signals sent to R1642 and R1646? Is the battery voltage applied to R1656 and

R1624? Also is the voltage 2.9 V applied to

R1645?

The main PWB or the

power supply system

is defective.

Are signals sent to C1621 and C1622? Is the battery voltage applied to R1607? Also is

the voltage 1.8 V applied to R1602 and 2.9 V to

R1606 and R1609?

IC1600 is defective.

C1621, C1622, C1625, C1626, R1617, R1618,

R1619, R1620, R1631 and IC1600 are defec-

tive.

The main PWB or the power supply system is

defective.

NO NO

YES YES

YES

YES NO

NO YES

YES NO

902SH

2 – 30

CONFIDENTIAL

8.2. Ring tones are heard from the speaker but voice is not.

8.3. Voice is heard from the speaker but ring tones are not.

9. The display does not appear on Main Display.

Is signal sent to R1612? IC1600 is defective.

IC1200 is defective.

Is the volume set to zero? Is sound heard after turning up the volume? OK.

Is clock sent to R1673? R1673 is defective.

Or IC1600 is defective.

IC1200 is defective.

Is the flexible PWB of the display securely

locked to CN3000?

Unlock it, and then reinsert and lock it.

Replace Main Display.

Does the display appear?

Are the following display parts in good condi-

tion?

C3050, C3053, C3055, C3056, C3057, C3058,

C3059, C3060, C3062, C3063, C3064, C3066,

C3067, C3068, C3069, C3070, D3000, D3003,

IC3006, R3019, R3021, R3062, R3063, R3018,

C3044

The display parts are

not mounted properly.

Main Display unit is defective. The battery is defec-

tive or not set; the

PWB is defective; the

battery needs to be

charged; the thin

coaxial cable socket is

mounted improperly or

broken; the main PWB

is defective; R3019

and R3063 are

mounted improperly;

or the display PWB is

defective.

Is 2.9 ± 0.1 V applied to TP3026 and R3019?

Is 1.85 ± 0.1 V applied to TP3027 and R3063?

Is the waveform from R3018 a 6.5 MHz pulse

wave?

Is the waveform from RA3010, RA3011,

RA3012, RA3013, R3017, and R3024 a pulse

wave?

RA3010, RA3011,

RA3012, RA3013,

R3017 and R3024 are

defective or mounted

improperly.

CN3000 socket parts are defective, or the dis-

play PWB pattern is broken.

The thin coaxial cable

is broken, or the thin

coaxial cable socket is

in poor contact.

Is 3.2 V or more applied to TP3004?

Is the waveform of TP3002 a rectangular

wave?

R3008A is mounted

improperly, or the dis-

play PWB and the

main PWB are defec-

tive.

IC3000 is defective.

YES

YES YES

NO NO

YES

NO NO

YES

902SH

2 – 31

CONFIDENTIAL

10. The display does not appear on Sub Display.

11. Camera does not operate.

Is 2.9 ± 0.1 V applied to R2005? FPC or connector for the SD P.W.B. connect

FPC is connected improperly.

Does the display appear after replacing the

Sub Display?

Sub Display unit is defective.

Does the display appear after replacing the SD

PWB and the SD P.W.B. connect FPC?

The SD PWB is defective.

IC1500 or peripheral parts are defective.

The camera does not operate. Enter the test

mode.

Replace the camera module to a properly work-

ing one, and activate the camera.

Is the image through the camera lens properly

displayed?

The camera module is defective.

Replace the SD PWB to a properly working

one, and activate the camera.

Is the image through the camera lens properly

displayed?

The SD PWB is defective.

Replace the the flexible PWB connected to the

SD PWB to a properly working one, and acti-

vate the camera.

Is the image through the camera lens properly

displayed?

The SD P.W.B. connect FPC is defective.

Replace the main PWB to a properly working

one, and activate the camera.

Is the image through the camera lens properly

displayed?

The main PWB is defective.

YES

902SH

2 – 32

CONFIDENTIAL

12. Sub Camera does not operate.

13. The display backlight does not turn on.

Replace the display PWB to a properly working

one, and activate the sub camera.

Is the image through the sub camera lens prop-

erly displayed?

The display PWB is defective. Find the cause.

Replace the thin coaxial to a non-defective one,

and activate the sub camera.

Is the image through the sub camera lens prop-

erly displayed?

The thin coaxial is defective.

Replace the main PWB to a properly working

one, and activate the sub camera.

Is the image through the sub camera lens prop-

erly displayed?

The main PWB is defective.

The display PWB is defective.

Is fuse FS2001 mounted properly, and is there

conduction?

FS2001 is mounted improperly, or the fuse is

blown.

Is the voltage applied to FS2001 when the volt-

age is applied to the battery terminals?

CN1501 and CN2000 are in poor contact with

the flexible PWB, or the flexible PWB is broken.

Is the LED FPC unit properly soldered to

TP3008 and TP3009?

The LED FPC unit is soldered improperly.

Is 10 - 16 V sent to TP2001? IC2005, L2001, D2000, D2002, R2008, C2019,

C2009 and C2012 are defective or mounted

improperly.

Is 10 - 16 V sent to TP3025? CN2000 and CN3001 are defective, mounted

improperly, or in poor contact. The thin coaxial

is broken.

LED is defective. LED FPC unit is defective.

IC2005 is defective.

YES

902SH

2 – 33

CONFIDENTIAL

14. The Key backlight does not turn on.

15. Mobile Light does not turn on.

16. Out-of-range appears and no transmission/reception is available.

In the Japan mode (W-CDMA), “out-of-range” appears, and no transmission/reception is available.

Does the power turn on? Go to the section "3. Power dose not turn on."

(see page 2-26)

Do all the Key backlight LEDs remain off? The disabled LEDs are defective. Otherwise,

the resistances corresponding to the disabled

LEDs are mounted improperly.

Is there 2.75 V of electric potential difference

between both ends of R1046 when trying to

turn on the Key backlight?

IC1000 is defective or mounted improperly.

Is the voltage 0 V on CN1000 pin 18? Q1002 is defective or mounted improperly.

CN1000 is defective or mounted improperly.

The key FPC unit is broken or in poor contact.

Is fuse FS2002 mounted properly, and is there

conduction?

FS2002 is mounted improperly, or the fuse is

blown.

Is the voltage applied to FS2002 when the volt-

age is applied to the battery terminals?

CN1501 and CN2000 are in poor contact with

the flexible PWB. Otherwise, the flexible PWB

is broken.

Try the white light and see whether only the red

turns on or none does.

Is the voltage 4.2 V or lower on TP2000? IC2005 and LED2005

are defective or

mounted improperly.

IC2005, Q2005, L2003, D2004, R2009 and

C2007 are defective or mounted improperly.

IC2005 and LED2005 are defective or mounted

improperly.

[Reception system]

Is the system setting in the network settings is

set to “Auto” or “3G”?

Set the system setting to “Auto” or “3G”.

Is the USIM inserted? Insert the USIM.

(To page 2-34)

YES

Only the red

turns on

None does. YES

YES

902SH

2 – 34

CONFIDENTIAL

(From page 2-33)

Does Error occur when the command VERS =

1 is entered? (*1)

The file system or SRAM is defective.

Use the wire method for measurement.

In the test mode, can synchronisation be estab-

lished with a simulator, etc.? (ANT terminal

input: -90 dBm)

Use the PUCA command. (*2)

In mandatory reception mode (*3), is MCLK

output sent correctly?

VCXO circuit or IC400 is defective.

In mandatory reception mode (*3), is the RSSI

value normal?

Are the appropriate signals for SP015, SP016,

SP017, and SP018 displayed on an oscillo-

scope?

FL001 and IC400 or

PWB are defective.

IC1400 or PWB is defective. IC1400 or PWB is defective.

*1: The command input procedure will be described later.

*2: Check both “Yes” and “No” items when the PUCA command is not available due to the lack of a simulator (such as MT8820A made by Anritsu)

or other necessary devices.

*3: The command input procedure will be described later.

[Transmission system]

Use the PUCA command. (*2)

Are the appropriate signals for SP001, SP002,

SP003, and SP004 displayed on an oscillo-

scope?

IC1400 is defective.

Is the transmission frequency correct? Is the voltage approx. 1 V on both ends of

C710?

IC400 is defective.

Is the transmission waveform normal?

(At maximum output, ACLR ± 5 MHz is –34 dBc

or less, occupied bandwidth is 4.3 MHz or less,

and modulation accuracy is 12% or less.)

IC700 is defective.

Is the output level is correct?

(21 to 25 dBm, at maximum output)

At maximum output, is the voltage on IC630 pin

1 acceptable (approx. 2.6 V)?

IC630 or IC1200 is

defective.

The aerial circuit and parts are defective. At maximum output, is the voltage 3 V or more

on both ends of C627?

IC630 or IC620 is

defective.

FL001 and IC700 or PWB are defective.

YES

NO NO

YES YES

YES

NO YES

YES NO

YES

NO NO

YES YES

YES

902SH

2 – 35

CONFIDENTIAL

Additional information 1: Out-of-range display for W-CDMA

Parameter group Parameter Setting Remarks

Common Call Processing Off

Test Loop Mode Off

UL Frequency 9887ch 1977.4MHz Measurement-dependent

DL Frequency 10837ch 2167.4MHz Measurement-dependent

Frequency Separation 190MHz

Input Level 25dBm (at maximum output) Level is measurement-dependent

Output Level -70dBm Level is measurement-dependent

AWGN Off

Sequential Output Off

External Loss(Main DL) On Offset required

External Loss(Main UL) On Offset required

External Loss(Aux) Off

Channel Coding reference measurement channel

DTCH Data Pattern PN9

DCCH Data Pattern PN9

Prioritised RABs DL Max. Rate 12.2kbps

Physical Channel Parameter Primary Scramble Code 8 Changeable

Channel Level Unit Ior

CPICH Power(CPICH_Ec/Ior) -3.3dB On

P-CCPCH Power(P-CCPCH_Ec/Ior) -5.3dB On

SCH Power(SCH_Ec/Ior) -5.3dB On

PICH Power(PICH_Ec/Ior) -8.3dB On

Channelization Code 100

DPCH Power(DPCH_Ec/Ior) -10.3dB On

Secondary Scrambling Code

Stand Alone DCCH 0

RAB 0

Timing Offset 0

Channelization Code

Stand Alone DCCH 30

RAB 5

S-CCPCH Off

AICH Off

Uplink Physical Channel

PRACH Preamble Scrambling Code 0

DPCH Scrambling Code 1

Scrambling Code Type Long

Call Processing Parameter OFF

Tx Measurement Setup Parameter Occupied Bandwidth

Detect Mode Average

OBW Ratio 99%

Spectrum Emission Mask

Detect Mode Average

Template [Template Setup]

Level of RBW : 30kHz

2.5MHz -35dBc

3.5MHz -50dBc

Level of RBW : 1MHz

3.5MHz -35dBc

7.5MHz -49dBc

Lower Limit -50dBm/3.84MHz

Additional limit Non

Modulation Analysis

Storage Mode Latest

Long Span Code Search OFF

Measuring Object W-CDMA

902SH

2 – 36

CONFIDENTIAL

Additional information 2: Out-of-range display for W-CDMA

1) VERS command

VERS = 1

2) PUCA command

MODE=4

WWDL=0

WWDL=1

WWDL=2

WRST=1

PUCA = 1,10837,0,2,5,8,15

(* When MT8820A is used, set up the measurement equipment according to the setting examples for MT8820A.)

<Measurement.>

PUCA = 0 (Measurement is complete.)

WRST = 0

POFF

3) Mandatory reception mode

MODE=4

WWDL=0

WWDL=1

WWDL=2

WRXC=10832

TCMP=2,0

RXPW=0

WRST = 0 (Measurement is complete.)

POFF

Parameter group Parameter Setting Remarks

Rx Measurement Setup Parameter Bit Error Rate

Number of Sample 10000 bit

BER Upper Limit 10%

Measurement Input RF Loopback

Ext.BER.Input Polarity Not used

Ext.BER.Input Clock Not used

Voice Channel Not used

Block Error Rate Not used

BER/BLER Timeout Length 10sec

Fundamental Measurement

Parameter

Power measurement On Average count 1

Frequency Error On Average count 1

Occuupied Bandwidth On Average count 1

Specturm Emission Mask On Average count 1

Adjacent Channel Power On Average count 1

Modulation Analysis On Average count 1

Peak Code Domain Error On Average count 1

BER On

BLER Off

902SH

2 – 37

CONFIDENTIAL

In the overseas mode (GSM), “out-of-range” appears, and no transmission/reception is available.

Is the system setting set to “Auto” or “GSM”? Change the setting in the network settings to

“Auto” or “GSM”.

Is the USIM inserted? Insert the USIM.

[Reception system]

Are 4 reception bars displayed?

* Set the BCCH/TCH level of a simulator to -80

dBm in EGSM band.

Is the voltage approx. 2.75 V applied to VCCA/

VCCB line?

IC1000, IC1200 and Main PWB-A are defec-

tive.

Is the EGSM band received signal sent to

IC100 pins 4 and 5?

IC100, IC101 and IC1000 are defective.

Is the EGSM band received signal sent from

FL001 pin 1?

FL110 is defective.

s the EGSM band received signal sent to

FL001 pin 7?

FL001 is defective.

Is the EGSM band received signal sent to

FL003 pin 3?

FL003 is defective.

CN1300 is defective.

[Transmission system]

Does IC100 oscillate at the frequency of the

EGSM band transmitted signal?

IC100, IC400, X770 and IC1000 are defective.

Is the IQ signal sent to IC100 pins 49, 50, 51,

and 52?

IC100 and Main PWB-A are defective.

Is the EGSM band transmitted signal sent to

IC300 pin 5?

IC100 and FL330 are defective.

Is the EGSM band transmitted signal sent to

FL001 pin 13?

IC300 and IC1200 are defective.

Is the EGSM band transmitted signal sent to

FL003 pin 1?

FL001 is defective.

Is the EGSM band transmitted signal sent to

FL003 pin 3?

FL003 is defective.

CN1300 is defective.

YES

902SH

2 – 38

CONFIDENTIAL

In the overseas mode (DCS/PCS), “out-of-range” appears, and no transmission/reception is available.

Is the system setting set to “Auto” or “GSM”? Change the setting in the network settings to

“Auto” or “GSM”.

Is the USIM inserted? Insert the USIM.

[Reception system]

Are 4 reception bars displayed?

* Set the BCCH/TCH level of a simulator to -80

dBm in DCS (PCS) band.

Is the voltage approx. 2.75 V applied to VCCA/

VCCB line?

IC1000, IC1200 and Main PWB-A are defec-

tive.

Is the DCS (PCS) band received signal sent to

IC100 pins 13 and 21 (1 and 2)?

IC100, IC101 and IC1000 are defective.

Is the DCS (PCS) band received signal sent

from FL001 pin 2 (3)?

FL100 (FL120) is defective.

Is the DCS (PCS) band received signal sent to

FL001 pin 7?

FL001 is defective.

Is the DCS (PCS) band received signal sent to

FL003 pin 3?

FL003 is defective.

CN1300 is defective.

[Transmission system]

Does IC100 oscillate at the frequency of the

DCS (PCS) band transmitted signal?

IC100, IC400, X770 and IC1000 are defective.

Is the IQ signal sent to IC100 pins 49, 50, 51,

and 52?

IC1000 and Main PWB-A are defective.

Is the DCS (PCS) band transmitted signal sent

to IC300 pin 1?

IC100 and FL331 are defective.

Is the DCS (PCS) band transmitted signal sent

to FL001 pin 12?

IC300 and IC1200 are defective.

Is the DCS (PCS) band transmitted signal sent

to FL003 pin 1?

FL001 is defective.

Is the DCS (PCS) band transmitted signal sent

to FL003 pin 3?

FL003 is defective.

CN1300 is defective.

YES

902SH

2 – 39

CONFIDENTIAL

17. SD memory card is not recognised.

18. Music on SD memory card cannot be played.

[Music is not heard through the headphones]

Prepare the SD memory card. [*1] [*1] Use the specified, formatted SD card for 902SH.

It does not matter if data exists or not.

Put the SD memory card. Is it recognised? SD memory card is defective.

Check for proper fit of CN2001. Is there any

problem?

CN2001 has poor fit.

Is 2.9 V applied to TP2027? IC2001 is defective.

Are signals sent to R2000, R2001, R2002,

R2003 and R2022?

CN2001 is defective.

Are signals sent to R1528, R1529, R1530,

R1531, R1532 and R1533?

The SD PWB or its flexible PWB is defective.

Otherwise, CN2000 and CN1500 are defective.

IC1500 is defective.

Is music heard from the speaker? The headphones are defective, JK1600 is

defective, or the headphone socket fails to be

detected. C1674, C1675, L1600, and L1601

are defective.

Is the audio waveform sent to TP1605 and

TP1606?

The headphones are defective, JK1600 is

defective, or the headphone socket fails to be

detected. C1674, C1675, L1600, and L1601

are defective.

Are signals sent to R1625 and R1626? C1629, C1630, C1671, C1672, R1625, R1626,

Q1601 and Q1602 are defective.

Is the rectangular wave is sent to R1565,

R1571, and R1572?

IC1600 is defective.

IC1500 is defective.

YES

902SH

2 – 40

CONFIDENTIAL

19. USIM card is not recognised.

20. Bluetooth communication is impossible.

Is the USIM card inserted and securely locked? The USIM card is not properly inserted.

Is the USIM card recognised when inserted to a

properly working handset (phone)?

USIM card is defective.

Is “Insert SIM Card” displayed when the power

is turned on without the USIM card?

The software has a problem.

Is the voltage 3.0 V on TP1218 and TP1219? IC1200 is defective.

Does R1232 oscillate? IC1000, IC1200, and R1232 are defective or

mounted improperly.

IC1000, IC1200, R1230, R1231 and R1232 are

defective or mounted improperly.

A connection cannot be established via Blue-

tooth.

Is the voltage approx. 2.9 V applied to TP1021? IC1002 is defective.

TP1022 (RESET signal)always at “High”? IC1000 is defective.

Are pulse signals sent to TP1016

(BT_UARTTX signal)?

IC1000 is defective.

IC1001 is defective.

Phone can be connected to Bluetooth head-

set,but sound is not heard.

Is the signal waveform sent to TP1004 (PCM-

DATB)?

IC1000 is defective.

Is the signal waveform sent to TP1005 (PCM-

DATA)?

IC1001 is defective.

IC1000 is defective. Or IC1001 is defective.

YES

902SH

3 – 1

CONFIDENTIAL

Phone902SHService ManualService ManualMarketE

CHAPTER 3. DISASSEMBLY AND REASSEMBLY

[1] Servicing Concerns

1. For disassembling

1. Do not remove the board of baseband section by pulling external

interface connector not to damage the board.

2. Shield case is attached on shield case holder with no space.

Do not remove together with shield case holder. If you do, you can-

not attach it again because they are soldered and in such a case,

you should take the electric pattern on the board as well.

2. For reassembling

1. Make sure that all ornamental parts have no scratch and clean.

2. Make sure that you can open and close handset (phone) smoothly

and hear hinges click.

3. Make sure that display panel is placed in a proper position without

inclination.

4. Make sure that all three battery terminals protrude evenly.

5. Make sure that the pawl of aerial is upside.

•FASTENING TORQUE (Referential Value)

The reference value is measured when an electric screwdriver

(HIOS CL4000) is used.

•SOLDERING SPECIFICATION

Soldering iron must be set to 380° C for 5 seconds.

•STANDARD POSITION OF ATTACHMENT

When replacing the following labels (marked with ), be sure to

place new ones on the specified positions.

[Sensor, Moisture (Small)]

[Panel, Main Display/Screw Cover, Display (Bottom)]

[Spacer Cushion, Back Cabinet (Display)/

Sensor, Moisture (Large)]

• Back Cabinet (Key)/

Front Cabinet (Key)

13.8 to 15.7 N • cm

(1.4 to 1.6 Kgf • cm)

• Back Cabinet (Display)/

Front Cabinet (Display)

• Hinge Unit 9.8 to 11.8 N • cm

(1.0 to 1.2 Kgf • cm)

No protrusion

Standard

position

Holder, SD PWB

Sensor, Moisture

(Small)

Sensor Moisture (Small):

Deleted in the middle of October production.

Standard position

Front Cabinet

(Key)

Panel,

Main Display

Standard position

Screw Cover, Display (Bottom)

Front Cabinet

(Display)

Standard position

Move up to this line.

Attach the cover as

shown (leave no

gap between the

cover and Main

Display panel).

To the left reference position on the

front cabinet (Main Display side).

Spacer Cushion,

Back Cabinet (Display)

Put on

the rib.

Sensor, Moisture (Large):

Deleted in the middle of

October production.

Standard position

Attach within the rib area on the

rear cabinet (Main Display side).

Back Cabinet

(Display)

Standard

position

To the

left

edge

902SH

3 – 2

CONFIDENTIAL

[Holder, Hinge/Cushion, Hinge]

[Cushion, Coaxial Cable]

[Cushion, Display PWB/Kapton, Handling]

[Screw Cover, Side]

[Thin Coaxial (Earth FPC)/FPC Retainer Kapton]

[Label, Qualcomm]

[Kapton, Display PWB/Cushion, LED FPC Unit]

Standard

position

Standard

position

No protrusion

from the PWB

Attach along

the resist line.

Main PWB-A

Holder, Hinge

Cushion, Hinge

Standard position

No contact with the circle

Standard position

Cushion, Coaxial Cable

Holder,

Main PWB

Do not go beyond

the rib. Attach within

the shaded area.

Kapton, Handling

Cushion,

Display PWB

Standard

position

Standard

position

(Left side view)

Connector

Standard position

Rib Rib

Display PWB-B

Regist

(Attach within the shaded

area.)

Put on the left corner,

without protrusion from

the register.

Standard position

Screw Cover, Side

Front Cabinet,

Hinge

Standard position: Centre

Standard

position

FPC Retainer Kapton

Thin Coaxial (Earth FPC)

Main PWB-A

Do not place on

the BBK shield

case cover. Standard position

To the centre of the marking on

the BBK shield case cover.

No protrusion from the marking.

Standard position

Do not go beyond

the thin coaxial

(flexible earth)

Standard position

To the centre of

the thin coaxial

(Earth FPC)

Do not get into

the cutout area.

Standard

position

Standard position

Label, Qualcomm

Front Cabinet

(Key)

Kapton, Display PWB

Cushion,

LED FPC Unit

Display PWB-B

Standard position

LED FPC Unit PWB-F Deleted in the

December production.

902SH

3 – 3

CONFIDENTIAL

[2] Disassembly and reassembly

• To reassemble, reverse the procedure.

Note that the aerial cover needs to be installed after assembling the

back cabinet (key side).

Figure 1

Figure 2

Figure 3

Figure 4

Figure 5

STEP REMOVAL PROCEDURE FIGURE

1 Back Cabinet

(Display)

Assembly

1.Battery Cover........

2.Li-Ion Battery.........

3.Screw Cover..........

4.Screw....................

5.Hook.....................

(A1)x1

(A2)x1

(A3)x3

(A4)x6

(A5)x2

2 Main Display

Holder Unit

1.Socket...................

2.Hook.....................

(B1)x1

(B2)x2

3 Display

PWB-B

1.Solder....................

2.Flat Cable..............

3.Hook.....................

4.Hook.....................

(C1)x2

(C2)x2

(C3)x1

(C4)x1

(A1) x 1

(A2) x 1

Back Cabinet (Key)

(A3) x 1

(A4) x 2

M1.4 x 2.8mm

(A4) x 2

M1.7 x 6.0mm

(A4) x 2

M1.7 x 4.5mm,

Black

(A3) x 2

Open

Back Cabinet (Display)

Top belt

(A5) x 2

Insert a jig into the gap between the Top belt and front cabinet

(Main Display side), and slide it to remove the hook A5.

Slide

Front Cabinet

(Display)

Jig

(Use something flat and hard,

for example guitar picks.)

(B2) x 1

(B1) x 1

Top belt

Protect Cover,

Cabinet

Front/Back Cabinet

(Key)

Main Display Holder Unit

Kapton, Handling

Remove the cabinet protection and Top belt.

Remove the handling kapton, and then the socket B1.

Lift and pull off the front/back cabinet (key side).

Remove the hook B2.

(B2) x 1

Display PWB-B

Main Display

Holder Unit

Set it

upright.

(C4)x1*

(C2)x1

(C3)x1*

(C1)x2

Remove the hook C3,

and then the hook C4.

Pull and

set it upright.

902SH

3 – 4

CONFIDENTIAL

For removal of the hinge unit, refer to “Precautions for installing the

thin coaxial” (3-8).

Figure 6

Figure 7

Figure 8

Figure 9

Figure 10

STEP REMOVAL PROCEDURE FIGURE

4 Hinge Cabinet 1.Screw Cover..........

2.Screw....................

3.Hook.....................

4.Hinge Belt Left......

5.Hinge Belt Right....

(D1)x2

(D2)x2

(D3)x4

(D4)x1

(D5)x1

5 Back Cabinet

(Key)

Assembly

1.Screw Cover..........

2.Screw....................

3.Hook.....................

(E1)x2

(E2)x4

(E3)x7

(D1)x2

Back Cabinet,

Hinge

(D2)x2

M1.4x2.8mm

Rotate 90

degrees.

Set it

upright.

(D3)x2

Insert a jig and slide it to remove the hook D3.

Jig

Slide

(D4)x1

(D5)x1

Back Cabinet, Hinge

Front Cabinet, Hinge

Set it upright

90 degrees.

* Set it upright as shown and remove the front cabinet (hinge).

(E2)x2

M1.7x5.5mm,

Black

(E2)x2

M1.7x7.5mm

(E1)x2

Back Cabinet (Key)

(E3)x2

(E3)x3

Slide

Jig

902SH

3 – 5

CONFIDENTIAL

For assembly of the camera, refer to “Assembly procedure for the

camera” (3-7).

Figure 11

Figure 12

Figure 13

Figure 14

Figure 15

STEP REMOVAL PROCEDURE FIGURE

6 Aerial Cover 1.Screw Cover..........

2.Screw....................

3.Hook.....................

(F1)x1

(F2)x2

(F3)x4

7 Main PWB-A 1.Hook..................... (G1)x3 13

8 Sub Display

Holder Unit

1.Hook.....................

2.Flat Cable..............

(H1)x2

(H2)x1

9 Camera

Assembly

1.Socket................... (J1)x1 14

10 Key FPC Unit

PWB-E/

Holder, Main

PWB

1.Hook.....................

2.Flat Cable..............

(K1)x5

(K2)x1

11 Hinge Unit 1.Socket................... (L1)x1 14

12 SD PWB-C 1.Hook.....................

2.Socket...................

3.Hook.....................

(M1)x3

(M2)x1

(M3)x4

Aerial Cover

(F1)x1

(F2)x2

M1.4x1.6mm

(F3)x2

Jig

Aerial Cover

(G1)x1

(G1)x2

Cover, External

Connector

Front Cabinet (Key)

Main PWB-A

VIDEO OUT/

Handsfree

Microphone

Connector

Open

Minus

Driver

Hook(G1)

Insert a small flat head screw-

driver and lift off the main PWB-

A to remove the hook G1.

(K2)x1 (K1)x5

(L1)x1

(J1)x1

(H1)x2

(H2)x1

Sub Display

Holder Unit

Camera

Assembly

Key FPC Unit PWB-E/

Holder, Main PWB

Main

PWB-A

Hinge Unit

Set it

upright.

Set it

upright.

Thin Coaxial

(Earth FPC)

Remove the FPC

retainer kapton.

(M2)x1

(M3)x4 (M1)x2

(M1)x1

Main PWB-A

SD PWB-C

Holder, SD PWB

902SH

3 – 6

CONFIDENTIAL

[3] Precautions for installing the thin coax-

ial

Attach the connector cover before installing the thin coaxial.

After the installation, leave the connector cover off.

Part Code Description

PCOVPA003AFZZ Cover, Connector

Hinge Unit

Blue

Wire Holder B

Fix Holder, Hinge

Hole B

Hinge Unit

Fit the hooks of the

hinge holder.

Fit the hooks of the

hinge holder.

The thin coaxial connector

should be routed through the

wire holders A and B

beforehand.

Holder, Hinge

Hole A

Hole B

Hinge Unit

Cover,

Connector

Thin Coaxial

(Earth FPC)

Thin Coaxial

(Cable)

Thin Coaxial

Fix the "A" part and bend the

thin coaxial into an N shape to

insert the hole A. This prevents

twisting of the thin coaxial (ca-

ble/earth FPC).

Hinge Unit

Earth FPC

When routing through the hole

B, straighten the thin coaxial and

continue to make arcs with it.

Sagging must be

out of the hole B.

Position the thin coaxial

(earth FPC) outside the

thin coaxial (cable). Pay

special attention to the

sections "a" and "b".

Adjusting the length, insert the

thin coaxial into the hinge holder.

The earth FPC must

be in contact with the

hinge unit.

Nitoflon

overlap

area

End face

of the

earth

FPC

The end face of the

earth FPC

must be within this range.

(Keep it inside the hinge.)

Yellow

Wire Holder A

902SH

3 – 7

CONFIDENTIAL

– MEMO –

CONFIDENTIAL

1 4

Figure 1 MAIN BLOCK DIAGRAM

CHAPTER 4. DIAGRAMS

[1] Block diagram

902SH 902SH

Rake

Fingers

Rake

Fingers

Rake

Fingers

Rake

Fingers

DSP

RRMA

RAM

DPL L

EMI F

Combiner

TFCI

decorder

IO-Bus

System

Cont APLL

Clock

square

HSSL

Sleep

Contlor

UART

HSSL

Memory

Controller

3wire

Serial bus

To IC400/

IC700

RXIA/IB

RXQA/QB

TXI/IBAR

TXQ/QBAR

IC1200

DAC BUS

To RF Block

20, 23, 24,

27, 34, 41,

45, 48, 67,

70, 83, 87,

94, 104, 109,

120, 127, 135,

138, 139, 156,

179, 181

126, 145

144, 160

124, 174

142, 173

A/D

D/A

RF-I/F

AGC

Pow

Control

TIMING

Generator

Code

Generator

Path

Searcher

Cell

Searcher

Interleaver

Rate

Matching

TX-Stage2

TX-Stage3

Waveform

Gen

Interleaver

Turbo Coder

Viterbi Coder

CRC

Ciphering

TX-Stage1

De-interleaver

Rate dematching

Viterbi Decorder

Turbo Decoder

CRC

De-ciphering

RX-Stage2

De-interleaver

Phys.CH

Transport.C

De-seg H

De-multiplex

RX-Stage1

CH Codec

IC1001

BGB202

BLUETOOTH

CN061

2.9 V

REGULATOR

IC1002

R1162D291D

BATT+B : 4.0V

BLUETOOTH

AERIAL

MCK RTCCLK

PCM

EXTERNAL

CONNECTOR CN1300

SUB BACKLIGHT

MOBILE LIGHT LED

MAIN BACKLIGHT

REGULATOR

CAMERA

(2MPixel)

CAM Cont

CCD sensor

LVD S

MAIN

DISPLAY

LCD3000

DISPLAY

CONTROLLER

I2C

SIO

IC3000

LR38866

T4C

PLL

IC2003

BD6030

COMPOUND

POWER

SUPPLY 3

IC2004

XC640231

IC1500

TC3525XBG

MULTIMEDIA

ACCELERATOR

SDI/F

LVD S

PCM

I/F PCM

IC1300

BU7880GU

EXTERNAL

INTERFACE

UART USB

Handsfree

MCPC MUX

IC1303

XC6219C332DR

X1000

32.768KHz

I2C

HSSL

IDATA

QDATA

DCLK

From

IC101

MOD

[A-D]

3.3 V

REGULATOR

JK1600

VIDEO OUT/

HANDSFREE

MICROPHONE

CONNECTOR

I2C

RTC TIMER

RXIF

EQU

NODI

4 x CHD

DIRMOD

SERCON

CLKCON

TIMGEN

CRYPTO

FCHDET

GSM/GPRS

GPIO

UART0

UART1

UART2

UART3

UART4

HSSL

USB I/F CAM I/F IrDALCD I/F

SYS

CONTROL

KEYPAD

SIM I/F

INTCON

MMC

SARAM

DARAM

ROM

DSP

LEAD3

Speech Codec

Audio

Algorithm

etc

IC1000

D751668AZZG

BASEBAND

MANAGEMENT

CPU

BOOT

ROM EMIF

ARM946E

RAM

DMA

Interconnect Matrix

SUB CAMERA

CAM

Cont

CCD

sensor

2.9V

REGULATOR

IC3001

R1162D291D

IC3004

R1162D251D

I2C I2C

I2C

IC1504

FA3727R

PCM

KEY

MATRIX

PSRAM

(64Mbit)

PSRAM

(128Mbit)

IC1100

LHF65NZ1

FRASHMEMORY1

IC1101

MB82R6A5C

FRASHMEMORY2

BAT1200

BACK-UP

BATTERY

1.8V

REGULATOR

IC1206

R1163D181B

1.8V

IC1200

TWL93004CZQW

POWER SUPPLY

/RF CONTROL

1.5V

2.9V

REGULATOR

IC1205

S-817A15APF

POWER SUPPLY

IC1205

S-817A15APF

POWER SUPPLY

IC1204

S-817A15APF

POWER SUPPLY

SRAM

(8Mbit)

FLASH

(128Mbit)

FLASH

(256Mbit)

FLASH

(256Mbit)

I2C

PCM

BATTERY TERMINALCN1200 BATTERY BATT+B : 4.0V

Audio

I/F

IC1200

TWL93004CZQW

POWER SUPPLY

/RF CONTROL

SIM

Level

sift

Charger

Control

OSC

Sleep

Con

I2C

LDOA/B/D

PCM

I/F MIC

To HP Receiver

MIC200

EP1000

EARPIECE

To PCM CODEC

From HP MIC

MIC201

MIC

SIM

CONNECTOR

CHARGER

CIRCUIT

CN1201

IC1202

TK73840BDB

REGULATOR AC CHARGER

2.0V

IC1201

XC61CC20C2NR

VOLTAGE DETECTOR

MA5

IC1600

YMU783C

MOBILE

AUDIO

I/F

ADPCM

LOGIC

DA MIX

AMP

PCM

I/F AMP

PCM

SP2000

SPEAKER

SP2001

SPEAKER

AGC

STEREO

AMP.

IC1603

AN12974A

VIBRATOR

REGULATOR

VIB001

IC1601

BH30FB1WHFV

1.8V

IC1200

TWL93004CZQW

POWER SUPPLY

/RF CONTROL

SD CARD

CONNECTOR

CN2001

SD POWER

CONTROL

IC2001

R1161D291D

PCM

CODEC

IC1700

AK4569

From

IC1200

PCM

IC1602

R1163D291B

JK1600

VIDEO OUT/

HANDSFREE

MICROPHONE

CONNECTOR

2.9V

IC1400

D751980CZPH

W-CDMA MODEM

2, 5

12, 13,

28, 43

2, 5

12, 28

5, 7

3130

163~166

220,

260

238,

258

246

226

75, 83,

84, 123

133

144

132

2, 13, 66~69, 76, 77,

86, 92, 94, 95, 108,

138, 143, 148, 154,

191, 193, 212, 223,

227, 233, 229, 244,

248,271, 276, 284

183, 230, 231,

250~253, 270,

272, 285, 286

218, 236

8, 16,

77, 78,

81~84

169~171

56, 82

9, 10,

74, 80 58

121

283

196

3, 11, 25

111, 112, 117,

125, 127, 139,

172, 177,

206~208, 235,

236, 240, 242,

314, 334

32, 50,

51, 68

54~56, 59, 61, 69, 76, 85, 92,

101, 108, 116, 118, 120, 122

11, 12, 23 5

18, 28, 56,

64, 69

48,

28,

10, 12,

13, 15

5, 6

8, 9

84,

85,

98 61, 72,

73, 86

38,

39,

139

138

122,

135

30, 42~44, 52~58, 64~68, 75~80,

88~92, 111, 112, 115,

8, 9

SUB

DISPLAY

LCD2000

IC2005

BD6015GU

COMPOUND

POWER

SUPPLY 1

POWER CONTROL

INFRARED

REMOTE

Tx CONTROLLER

LSI

IC1502

BU7876GL

LED1503

INFRARED PORT

Encode

29~31

I2C

IC1800

AK8813P

NTSC ENCODER

10, 12, 15,

28, 35, 48, 51

17, 18

X1500

27MHz

200

279,

296

213

VIDEO

AMP

IC1701

MM1671XN

CONFIDENTIAL

3 4

Figure 2 RF BLOCK DIAGRAM

902SH 902SH

TRANSMITTER

fTx: 1922.6~1977.4MHz

RECEIVER

fRx: 2112.6~2167.4MHz

CPL

TEMPERATURE

SENSOR

PLL

VCO TUNE

RF VCO

ISO-

LATOR

DET π/2 0

PLL

IF VCO

1520MHz

Rx SERIAL IF

SERIAL

MCPC_I/F

2ndLO

fL2:760MHz

RXIA/RXIB

RXQA/RXQB

TXI/TXIBAR

TXQ/TXQBAR

fIF_Tx=380MHz

GLNA

RXON

PLLCTRL

MCLK

TXRFVGA

TXIFVGA

VCXOCTRL

PLLCTRL

TXRFVGA

VGA

CTRL

VGA

CTRL

LPF

TUNE

GAIN

TOL.

KILLER

TXIFVGA

FILTER

SWITCH

PWM

/PFM

DAC1 REF

VBAT

DAC4

LOGIC

DIV

90 0

DIV

90 0

GSM (900MHz)

LOOP

FILTER

HYBRID

BALUN

897.5MHz

HYBRID

BALUN

1.810MHz

ATT

DELAY

VCO

TEST

DCS (1800MHz)

PCS (1900MHz)

PHD

CHARGE

PUMP

PHDOUT

BUSINTERFACE

CURR.REQ.

SIGMA

DELTA

SIGMA

DELTA

CLOCK

SQUARER

I2C SERIAL

CONTROL

LOGIC

VTUNE

MOD[A-D]

Rx VCO High

(4G)

Tx High Rx Low (2G)

Tx VCO Low (1G)

RFHA

RFHB

RFHC

RFHD

RFLA

RFLB

PCTL

PRESCALER

IRA

IRB

QRA

QRB

IDATA

QDATA

DAC2

I2C

DCLK

SYSCLK2

IPOS

INEG

QPOS

QNEG

XOOB

XOOC

13MHz

DIPLEXER

1/2

DAC3

FL002

DUP-

LEXER

FL400 FL420

IC400

OM5954ET

RECEIVER IC FOR W-CDMA

X770

FL001

ANT SW

MODULE

IC620

MAX1820XEBC

DC/DC

FL650

IC630

RF9266

W-CDMA POWER AMP.

IC700

OM5955ET

W-CDMA

TRANSMIT-

TER IC

CN1300

EXTERNAL

CONNEC-

TOR

IC501

LM20SITLX

IC300

CX77313

POWER AMP.

MODULE (FOR GSM)

FL330

FL331

IC100

OM5952AET

RECEIVER/

TRANSMISSION IC

FOR GSM

FL100

RX-SAW

FL120

RX-SAW

FL110

RX-SAW

IC101

AB1011

GSM CODEC

IC800

LP3981ILD

2.8 V

REGULATOR

IC1200

TWL93004CZQW

POWER

SUPPLY

/RF CONTROL

CRYSTAL

13MHz

GPA0

GPA3

FL500

8bit DAC

11bit DAC

8bit DAC

MCLK

VDD_B

LDO

VDD_A

LDOA

LDOB

LDOD

1MHz

OSC

GPADC

I2C

ADC

DAC01

DAC02

DAC03

DAC04

CONT

GPA0

GPA2

GPA3

GPA4

XOOC

XOOB

BUILT-IN

AERIAL

To IC1000

From IC1000

IF BPF

13MHz

D770

GLNA

2ndLO

fL2: 760MHz

1stLO

fL1: 2302.6~2357.4MHz

Rx_IF AMP

fIF_Rx=190MHz Rx LPF Rx AGC AMP

CN901

Tx LPF

From IC1000

[W-CDMA RF]

[GSM RF]

DAC BUS

From IC1400

To IC1400

From IC1400

REG

To IC1000

I2C

VCCPA

VDD_B

VDD_D

VDD_A

3WIRE SERIAL BUS

I/QDEM

I/QMOD

LNA

FL003

ESD DEVICE

CN902

COAXIAL CABLE

VCCPA

π/2 0

1/4

3, 11, 12, 14, 19, 23, 25, 27,

28, 31, 32, 38, 39, 41, 43

2, 27, 29

31, 33, 40~45

31, 8

5, 6, 10

7, 15, 16

18, 19

21 48

9, 14, 16, 17, 19, 20,

22~24, 30, 31, 34,

38~42, 43, 46, 50

36 32

29 25

29, 33

45, 47

3, 6, 9,

11~14, 17

20, 22, 23

7, 8, 10, 12

14, 15, 17

1, 9, 17, 18, 20, 28, 39, 40,

46, 47, 51, 52, 54, 63, 64

49~52

141

117

130

118

2, 13, 15,

45, 48, 62

529

25, 27

21, 32

116

142

9, 10

7, 8

4, 3

1, 2

8, 10, 28

33, 36, 44

2319

4, 7

902SH

5 – 1

CONFIDENTIAL

Phone902SHService ManualService ManualMarketE

CHAPTER 5. SCHEMATIC DIAGRAM AND WIRING SIDE OF P.W.BOARD

[1] Notes on schematic diagram

•Resistor:

Letters K and M are prefixed to ohm (unit of resistance).

K means 1000 ohms and M means 1000 kohms.

• Capacitor:

P is an abbreviation for “pico” and a farad (unit of capacitance)

without P means “microfarad”. Expressions “capacitance/withstand

voltage” are used for electrolytic capacitors.

(CH), (RH), (UJ): Temperature compensation

(ML): Mylar type

(S): Styrol type

(PP): Polypropylene type

• The voltage of each section is obtained by measuring between the

section and chassis using a digital multimeter [handset (phone) out

of range].

• Conditions: SIM card inserted, power on, in stand-by mode

(opened)

• Schematic diagram and Wiring Side of P.W. Board for this model

are subject to change for improvement without prior notice.

• Parts marked with “ ” are important for maintaining the safety of

the set. Be sure to replace these parts with specified ones for main-

taining the safety and performance of the set.

[2] Types of transistor and LED

TOP VIEW

1SS389F

RB520S30

RB521G30

RB521S30

RB551V30

BBY58-02V

(3)

(G) C

(2)

(D)

(1)

(S)

DTC114 YM

DTC123 EM

TOP

VIEW

RN47A4 JEF

C1,B2

TOP

VIEW

(D)

(G)

(D)

(S)

TOP

VIEW

MCH6413

EMT1

(E)

(B)

(C)

(B)

(E)

TOP

VIEW

HN1C03 FUZ

(D)

(G)

(D)

(S)

TOP

VIEW

SCH1302

SI1555 DL

EC4404 C

TOP

VIEW

EC3201 C

TOP

VIEW

(E)

(B)

(C)

(B)

(E)

TOP

VIEW

FDG312 P

TOP VIEW

NECW008A

123

654

GM56281A

TOP VIEW TOP VIEW

BRPY121F

TOP

VIEW

ECH8603

(D)

(G)

(S)

(G)

(S)

TOP VIEW

CUS02Z

SB0503EJ

TOP VIEW

SB0203EJ

TOP VIEW

GP2W3240

TOP

VIEW

EC4301 C

EC4401 C

902SH

5 – 2

CONFIDENTIAL

[3] Waveforms of circuit

1C001 EGSM (Talking)

(CH1=1V, 1ms/div)

2C002 DCS (Talking)

(CH1=1V, 1ms/div)

3C003 DCS (Talking)

(CH1=1V, 1ms/div)

4C327 EGSM/DCS/PCS (Talking)

(CH1=1V, 1ms/div)

5C331 EGSM (Talking)

(CH1=1V, 1ms/div)

SP032 EGSM·DCS·PCS (Stand-by)

(CH1=1V, 1ms/div)

6C331 DCS/PCS (Talking)

(CH1=1V, 1ms/div)

SP032 EGSM·DCS·PCS (Out-of-range)

(CH1=1V, 200ms/div)

R213 (IC2100 side) EGSM/DCS/PCS (Talking)

(CH1=1V, 1ms/div)

8SP031 EGSM/DCS/PCS (Talking)

(CH1=1V, 1ms/div)

R760 MCLK (13MHz)

(CH1=500mV,100ns/div)

TP1023 RF_CLKREQ (

Stand-by

)

(CH1=1V, 1s/div)

902SH

5 – 3

CONFIDENTIAL

TP1023 RF_CLKREQ (Talking)

(CH1=1V, 1s/div)

SP023 RX_ON (Stand-by)

(CH1=1V, 1s/div)

SP023 RX_ON (Talking)

(CH1=1V, 1s/div)

SP029 TX_ON (Stand-by)

(CH1=1V, 1s/div)

SP029 TX_ON (Talking)

(CH1=1V, 1s/div)

SP003

TXQA

(Transmitting W-CDMA modulated waves)

SP004

TXQB

(Transmitting W-CDMA modulated waves)

(CH1, CH2=200mV, 10µs/div)

SP015

RXIA

(Receiving W-CDMA modulated waves)

SP016

RXIB

(Receiving W-CDMA modulated waves)

(CH1, CH2=200mV, 5µs/div)

CN1300 (RF output)

(9862ch, Pout=23dBm)

SP017

RXQA

(Receiving W-CDMA modulated waves)

SP018

RXQB

(Receiving W-CDMA modulated waves)

(CH1, CH2=200mV, 5µs/div)

SP001

TXIA

(Transmitting W-CDMA modulated waves)

SP002

TXIB

(Transmitting W-CDMA modulated waves)

(CH1, CH2=200mV, 10µs/div)

902SH

5 – 4

CONFIDENTIAL

TP1014 SYSCLK1 (Display is turned on)

(CH1=1V, 40ns/div)

R1517 LCDCLK (Display is turned on)

(CH1=1V, 80ns/div)

R1522 CAMCLK (Camera is active)

(CH1=1V, 80ns/div)

TP1221 SIMCLK

(Accessing SIM after power-on)

TP1220 SIMDAT

(Accessing SIM after power-on)

(CH1, CH2=2V, 2µs/div)

TP1800 BECLK (Sending video call image)

(CH1=2V, 20ns/div)

R1533 SDCLK (Playing Music)

R1532 SDDATA0 (Playing Music)

R1528 SDCMD (Playing Music)

(CH1, CH2, CH3=2V, 80ns/div)

R1058 PCMCLK (Talking)

R1057 PCMSYN (Talking)

R1025 PCMDATA (Talking)

(CH1, CH2, CH3=2V, 10µs/div)

R1572 BICK (Playing Music)

R1571 LRCK (Playing Music)

R1565 ADSDO (Playing Music)

(CH1, CH2, CH3=2V, 2µs/div)

C1031 MCLK (Talking)

(CH1=1V, 80ns/div)

TP1006 RTCCLK (Power ON)

(CH1=1V, 20µs/div)

902SH

5 – 5

CONFIDENTIAL

R1542 I2CDATB (Camera is active)

R1543 I2CCLKB (Camera is active)

(CH1, CH2=2V, 4µs/div)

TP1305 USBDM (Connected to PC)

TP1306 USBDP (Connected to PC)

(CH1, CH2=2V, 200ns/div)

TP1613 UARTOTX

(Display remote is active)

TP1614 UARTORX

(Display remote is active)

(CH1, CH2=2V, 1ms/div)

TP1016 BT_UARTTX

(Turning on the power)

TP1015 BT_UARTRX

(Turning on the power)

(CH1, CH2=2V, 400µs/div)

RA1018 HSSLTXCLK (Talking)

(CH1=1V, 80ns/div)

RA1018 HSSLTX (Talking)

(CH1=1V, 400ns/div)

RA1018 HSSLRX (Talking)

(CH1=1V, 400ns/div)

RA1018 HSSLRXCLK (Talking)

(CH1=1V, 80ns/div)

R1041 M_I2CCLK (Display is turned on)

R1042 M_I2CDAT (Display is turned on)

(CH1, CH2=2V, 2µs/div)

R1544 I2CDATA

(Video call: Sub camera is active)

R1545 I2CCLKA

(Video call: Sub camera is active)

(CH1, CH2=2V, 4µs/div)

902SH

5 – 6

CONFIDENTIAL

L3011

VTX1CKP (Display is turned on)

L3012

VTX1CKN (Display is turned on)

(CH1, CH2=500mV, 20ns/div)

RA1800 BEVSYNC

(Sending video call image)

RA1800 BEHSYNC

(Sending video call image)

(CH1, CH2, CH3=2V, 2ms/div)

Pressure-welded flexible PWB of sub camera

PCLK

(During video call, with sub camera active)

VSYNC

(During video call, with sub camera active)

HSYNC

(During video call, with sub camera active)

(CH1, CH2, CH3, CH4=2V, 10ms/div)

Pressure-welded flexible PWB of sub camera

PCLK

(During video call, with sub camera active)

VSYNC

(During video call, with sub camera active)

HSYNC

(During video call, with sub camera active)

(CH1, CH2, CH3, CH4=2V, 400ns/div)

C1554 VRX2CKP (Camera is active)

C1554 VRX2CKN (Camera is active)

(CH1, CH2=100mV, 20ns/div)

L3009

VTX1DP (Display is turned on)

L3010

VTX1DN (Display is turned on)

(CH1, CH2=500mV, 20ns/div)

R1506

LEDLD (Backlight ON: Key is pressed)

R1503

SECLK (Backlight ON: Key is pressed)

R1504

SEDO (Backlight ON: Key is pressed)

(CH1, CH2, CH3=2V, 1µs/div)

C1555 VRX2DP (Camera is active)

C1555 VRX2DN (Camera is active)

(CH1, CH2=100mV, 20ns/div)

CONFIDENTIAL

7 5

Figure 1 SCHEMATIC DIAGRAM (1/9)

902SH 902SH

12345 6789

10 11 12

NOTES ON SCHEMATIC DIAGRAM can be found on page 5-1. Waveform numbers of

to,

4238

2523

are shown on pages 5-2 to 5-5.( ) : Not Mount

[4] Schematic diagram/Wiring side of P.W.Board

MAIN PWB-A(1/6)

4042

MODB

MODD

MODA

MODC

PCTL

ANTSW2

RXON

ANTSW1

ANTSW0

TXON

RADSTR

RADDAT

RADCLK

BSEL0

ISSYNC

ISEVENT

PWRREQ_N

PWRRST_N

ONSWC

ADCSTR

DACSTR

DACCLK

DACDAT

RTCCLK

RESOUT1_N

RESOUT0_N

ANTSW3

TDO

TRST_N

TMS

TCK

TDI

RESHERTA

QDATA

DCLK

IDATA

HSSLRXCLK

HSSLRX

HSSLTX

HSSLTXCLK

HIFIDET_N

T4G_PLLLD_N

T4G_PLLEN

FLIP_R

UARTSENSE

CAMINT

SERVICE_N

JACKDET_N

JACKPOWEN

ONSWPUEN

SYSCLK2

RF_CLKREQ

CLKREQ

PWRRST_N

VMEM18

D12

D13

D14

A10

D15

D11

D10

T4G_HINT

RTCK

153

176

200

222

254

108

274

127

154

181

202

223

252

107

272

133

155

180

203

233

251

109

269

131

158

182

205

232

245

111

270

132

157

178

204

231

244

112

282

134

159

179

206

228

90 237

110

284

275

135

156 183

208

227

236

113

281

137

160

186

207

229

256

286

136

161

187

209

17 10

230

AAABC D E F G H J K L MN P RT U VWY

ABC D E F G H J K L MN P RT U VWY

257

285

114

138

162

185

210

235

259

289

116

140

165

184

211

234

262

277

101 117 139

164

188

212

238

261

279

103

115

141

163

191

215

249

260

280

102 118

142

166

189

213

250

263

278

105

121

143

167

190

214

79 253

264

287

106

120

145

169

192

216

241

258

288

104

122

144

170

197

219

18 240

266

283

100

119

146

168

193

218

242

265

124

149

171

196

217

243

276

123

147

172

194

226

255

273

125

148

177

198

225

239

268

126

150

174

195

224

246

275

130

151 173

201

221

248

271

128

152

175

199

220

247 267

129

D15

VSSE112

VDDE112

GPIO43

GPIO45/SIMOFF

VDDE110

VDDC11

VDDE104

VDDC16

VDDE106

VSSE209

VDDC14

PDID4/UARTRX6

D11

D14

VDDC13

VDDE209

VDDE108

MEMADV_N

PDID7/UARTRTS6

PDID0/UARTRX5

VDDC06

CS2_N

VDDE208

PDID3/UARTRTS5

VDDE102

A12

VDDC17

D13

A13

A21

A16

A10

A19

WE_N

MEMBE0_N

A24

VDDE101

PDIC2

PDIC3

A18

PDIC0

CS3_N

MEMBE1_N

MEMWAIT_N

VSSE104

OE_N

A22

D12

D10

PDID2/UARTCTS5

PDID1/UARTTX5

PDIC1

PDIRES_N

VSSE102

VSSE210

RESOUT1_N

USBPUEN

CS1_N

RFCLK

VDDUSB

CID7

A17

SERVICE_N

VSSE110

CIVSYNC

RFSTR

VSSE100

KEYBALL

RXON

A20

CID4

PDID5/UARTTX6

MSBS

USBDM

MSSCLK

VSSDM

VSSMC

VSSE108

VSSE208

CIHSYNC

A11

TXON

ANTSW1

CIRES_N

MSSDI0

PDIC4

VDDC10

MMCCMD

VSSUSB

DIRMOD1

DIRMOD3

RFDAT

VSSE106

BANDSEL0

ANTSW3

CID2

RESOUT0_N

ANTSW0

ANTSW2

CS0_N

DCLK

CID3

VDDMC

VDDE200

DIRMOD2

VSSE200

A23

CID0

A14

QDATA

CIPCLK

VDDC15

IDATA

VDDDM

VSSE00

MEMCLK

CID1

DIRMOD0

PDID6/UARTCTS6

CID6

CID5

BANDSEL1

USBDP

MMCDAT

VDDC05

VSSE211

SIMCLK0

RTCDCON

ISEVENT_N

SIMCLK1

IRTX

VSSE203

SIMRST1_N

TEMU0_N

DACDAT

MCLK

VSSE202

RESOUT4_N

GPIO41/USBPUEN

GPIO04

VDDC18

DACSTR

ISSYNC_N

SIMDAT1

MMCCLK

GPIO30/UARTRX4

VDDC12

VSSRTC

SYSCLK1

GPIO01/PWM8

GPIO03

VDDA2

HSSLRX

VDDE201

VDDE00

RESOUT3_N

SIMRST0_N

HSSLRXCLK

VDDC01

HSSLTX

GPIO31/UARTTX4

GPIO40/USBVBUS

TM S

KEYOUT0_N

SIMDAT0

DACCLK

SYSCLK2

GPIO34/JOGXA

GPIO24/UARTRX3

HSSLTXCLK

CLKREQ

GPIO02/PWM10

GPIO23/UARTRTS3

PWRREQ_N

TSYP

VSSE201

GPIO22/UARTCTS2

GPIO37

RESOUT2_N

PCTL

ADCSTR

VDDE207

IRCTRL

GPIOO0/FM

GPIO33/UARTRTS4

NC0

VDDC02

GPIO36

GPIO32/UARTCTS4

SYSCLK0

VDDC07

RESPOW_N

VSSE01

VDDE01

VDDC04

GPIO35

GPIO17/UARTRTS1

TSXM

VDDA0

GPIO20/UARTRX2

VDDE205

VSSA1

GPIO46

GPIO13/UARTRTS0

TDO

GPIO16/UARTCTS1

GPIO26/UARTCTS3

VSSE204

GPIO11/UARTTX0

GPIO10/UARTRX0

VDDE202

RTCCLK

GPIO44/MMCPOW

VSSE206

GPIO15/UARTTX1

GPIO21/UARTTX2

KEYIN1_N

TDI

GPIO05

I2CSDA

KEYOUT2_N

RTCK

RTCBDIS_N

I2CSCL

GPIO12/UARTCTS0

VDDC09

VSSA0

RTCIN

KEYIN3_N

TEMU1_N

TSYM

KEYOUT5_N

KEYIN4_N

PCMDATA

PCMCLK

KEYIN2_N

KEYOUT1_N

VSSE205

KEYOUT3_N

PCMSYN

TCK

VDDRTC

VDDA1

VSSE02

KEYOUT4_N

IRQ0_N

KEYIN0_N

VDDE203

TSXP

GPIO42/MSINS

VDDE204

VSSE207

VSSA2

RTCOUT

GPIO06/PWMTESTMODE

GPIO25/UARTTX3

TRST_N

GPIO27/UARTRTS3

VDDE02

PCMDATB

GPIO07/TGBUZ

VDDE206

GPIO14/UARTRX1

VDDC03

GPIO47

VDDC08

VDDC00

A15

IRRX

100

101

102

103

104

105

106

107

108

109

110

111

112

113

114

115

116

117

118

119

120

121

122

123

124

125

126

127

128

129

130

131

132

133

134

135

136

137

138

139

140

141

142

143

144

145

146

147

148

149

150

151

152

153

154

155

156

157

158

159

160

161

162

163

164

165

166

167

168

169

170

171

172

173

174

175

176

177

178

179

180

181

182

183

184

185

186

187

188

189

190

191

192

193

194

195

196

197

198

199

200

201

202

203

204

205

206

207

208

209

210

211

212

213

214

215

216

217

218

219

220

221

222

223

224

225

226

227

228

229

230

231

232

233

234

235

236

237

238

239

240

241

242

243

244

245

246

247

248

249

250

251

252

253

254

255

256

257

258

259

260

261

262

263

264

265

266

267

268

269

270

271

272

273

274

275

276

277

278

279

280

281

282

283

284

285

286

287

288

289

UART1CTS

UART0TX

IRQ0_N

UART0RX

UART1RTS

SIMDAT0

UART1TX

SIMCLK0

UART1RX

SIMRST0_N

USBDP

USBPUEN

USBDM

USBSENSE

SYSCLK1

IRCTRL

IRTX

IRRX

ONSWA_N

USBCHGEN

VDIG275

M_I2CCLK

M_I2CDAT

SDDET_N

CHGBYPASS_N

VCORE15

IRRIRQ_N

M_LCD_I2CCLK

M_LCD_I2CDAT

5678

56 78

5678

PCMSYN

PCMDATB

PCMDATA

PCMCLK

VDIG275

LPMODE_N

HCS1_N

OE_N

MCLK

A19

A20

456

TP1021

T4G_MEMADV_N

5-11 (3-D)

5-13 (2-B)

5-11 (3-D~F)

5-8 (12-E)

5-13 (4-H)

5-8 (12-B)

5-11 (3-B)

MIC1_BIAS

BT_ANT

VDDs

A10

A11

A12

A13

A14

A15

A16

A17

A18

A19

A20

A21

DQ10

DQ1

DQ4

DQ8

DQ3

DQ6

DQ11

DQ13

DQ9

DQ12

DQ7

DQ2

DQ5

DQ14

DQ15

CE1s

DQ16

ADV

WAIT

VSS

VDDf_2

VDDQf_1

VDDf_1

CE2s

CE1f_1

CE1f_2

CE2f_2

CE2f_1

CLK

A22

1213

18 19

2223

27 2829

30 31

34 35

39 40

44 45

49 50

54 5556 57

5859

67 68697071727374

7677

80 81

82838485 86 8788

89 9091

92939495

969799

100

101

102

103

104

105106

107

78 79

456

LPMODE_N

C-PINB0.3

TP1015

C-PINB0.3

TP1016

C-PINB0.3

TP1017

C-PINB0.3

TP1018

TP1002

TP1003

TP1004

TP1005 TP1011 TP1012

TP1008 TP1010

TP1006

TP1014 TP1007

TP1009

TP1013

TP1019

TP1020

ND NG

5678

T4G_HDREQ

YMUINT_N

5678

Y_RESOUT0_N

TP1022

TP1023

MIC_GND

TP1024

5678

VMEM18

456

VANLI

GPIO[0]

XTAL1_LPO

GPIO[1]

VANLO

GPIO[10]

GPIO[13]

GPIO[11]

1.8V DECOUP

GPIO[8]/DCLK_IP

GND

GPIO[6]/DA_IP

GND

GPIO[9]/DB_IP

ANT

GPIO[7]/FSC_IP

GPIO[14]

GND

GPIO[12]

REF_CLK

XTAL1_SYS

GND

XTAL2_SYS

POR_DISABLE

GND

TCK_JTAG

TDI_JTAG

GND

TDO_JTAG

TMS_JTAG

RESET_N

GND

1.8V DECOUP

GPIO[4]/TXD_UART

VDD18

GPIO[2]/CTS_UART

GND

GPIO[3]/RTS_UART

GPIO[5]/RXD UART

GND

VDDIORF

VREG18

GND

VBAT

GP_CLK

VDD_IOV

XTAL2_LPO

GND

3456789

10 11 12 13 14

18 19

20 21

23 24 25

27 28 29

32 33

34 35

3839 40

42 43 44

47 48 49 50

51 52 53

F1-VCC

F2-VCC

A10

A11

A12

A13

A14

A15

A16

A17

A18

A19

A20

A21

A22

DQ10

DQ1

DQ4

DQ8

DQ3

DQ6

DQ11

DQ13

DQ9

DQ12

DQ7

DQ0

DQ2

DQ5

DQ14

DQ15

VCCQ

VSS

P1-CS

S-CS1

F2-CE

S-CS2

F1-CE

R-OE

F2-OE

R-WE

F-WE

R-UB

R-LB

F-VPP

F-WP

F-RST

VSS

A23

A24

A25

F1-OE

VCCQ

VSS

S-VCC

VCCQ

P-VCC

VSS

CLK

ADV

P-Mode/PCRE

WAIT

VSS

F1-VCC

F2-VCC

F3-CE

P2-CS

ND NG

PWRRST_N

WE_N

VMEM18

56 78

SYSCLK0

M_HSSLTX

M_HSSLRX

M_HSSLTXCLK

M_HSSLRXCLK

DCLK

QDATA

IDATA

TM S

TRST_N

TCK

TDI

TDO

KEYIN4

KEYIN2

KEYIN3

KEYIN0

KEYIN1

KEYOUT5

KEYOUT0

KEYOUT1

KEYOUT2

KEYOUT4

KEYOUT3

RTCK

D12

D10

D14

D15

D11

D13

UARTSENSE

CAMINT

YMUINT_N

T4G_HINT

JACKPOWEN

ONSWPUEN

JACKDET_N

FLIP_R

T4G_PLLEN

T4G_PLLLD_N

HIFIDET_N

SDDET_N

CHGBYPASS_N

M_HSSLTXCLK

ISEVENT

M_HSSLRX

M_HSSLRXCLK

ISSYNC

M_HSSLTX

ANTSW0

RADDAT

PCTL

MODD

MODB

MODC

MODA

BSEL0

RADCLK

TXON

RXON

ANTSW2

RADSTR

ANTSW1

ANTSW3

RTCGND

M_A21

M_A22

A21_A22

BT_UARTCTS

BT_UARTRTS

BT_UARTTX

BT_UARTRX

M_A23

WP_N

P-MODE_N

M_A24

CSROM3_N

M_A24

A10

A11

A12

A13

A14

A15

A16

A17

A18

A19

A20

A21

A22

A23

LPMODE

CSPS2_N

CSPS1_N

M_OE_N

M_WE_N

M_D14

M_D8

M_D6

M_D7

M_D4

M_D11

M_D3

M_D13

M_D3

M_D4

M_D6

M_D7

M_D8

M_D11

M_D13

M_D14

M_D0

M_D1

M_D2

M_D5

M_D9

M_D10

M_D12

M_D15

M_A24

M_A18

M_A16

M_A23

M_A21

M_A23

M_A18

M_A16

M_A1

M_A2

M_A4

M_A3

M_A6

M_A7

M_A8

M_A5

M_A11

M_A10

M_A12

M_A9

M_A13

M_A15

M_A14

M_A17

M_A20

M_A19

M_A22

M_A20

M_A14

M_A13

M_A10

M_A5

M_A4

M_A11

M_A1

M_D15

M_D12

M_D5

M_D9

M_D10

M_D2

M_D0

M_D1

M_A24

M_A22

M_A12

M_A19

M_A17

M_A9

M_A7

M_A8

CS1_N

CS0_N

CS3_N

M_A6

M_A2

M_A15

M_A3

MEMBE1_N

D11

D13

D14

A18

A16

A23

A21

A10

A13

A14

A20

A11

D12

D15

D10

A19

A12

A24

A22

A17

A15

MEMBE0_N

BT_UARTRX

BT_UARTTX

BT_UARTCTS

BT_UARTRTS

K_CANCEL

K_ZOOM2

K_SHUTTER1

K_SHUTTER2

TEMU0_N

TEMU1_N

KEYIN0

K_ZOOM1

K_ZOOM2

K_CANCEL

K_SHUTTER1

K_SHUTTER2

KEYBL

CSSRAM_N

M_A23

M_CS3_N

M_MEMBE1_N

M_MEMBE0_N

M_MEMWAIT

M_CS0_N

M_CS1_N

K_ZOOM1

M_T4G_HDREQ

K_ZOOM1

K_ZOOM2

K_SHUTTER1

K_SHUTTER2

KEYBL

M_CS2_N

MEMWAIT

MS_WP_N

M_MEMADV_N

M_MEMCLK

ONSWA_N

KEYOUT5

KEYOUT4

FLIPDET_N

KEYIN0

KEYIN1KEYIN1

KEYIN2

KEYIN3

KEYIN4

KEYOUT0

KEYOUT1

KEYOUT2

KEYOUT3

A10

A11

A12

A13

A14

A15

A16

A17

A18

A19

A20

A21

A22

A23

A24

D10

D11

D12

D13

D14

D15

MEMCLK

M_MEMADV_N_2

WE_N

OE_N

F-VPP

VBT29

RESOUT0_N

S_WP_N

WP_N

P-MODE_N

S_WP_N

BT_RTCCLK

K_CANCEL

KEYBL_N

VCC

GND

VCC

GND

Address Decoder

8030

49 69

103

100

10 13

71 81

Top

101

104

106

64 74

105

9323

20 60

102

107

16 26

63 73

GND

VDD

ECO

Vout

GND

IC1101

Vout

GND GND

VDD

ECO

GND

VCC

GND

VDD

VccA

GND DIR

VccB

VCC

GND

F-KEY

KI3

GND

S-KEY

FLIPDET

KO5

KI1

MIC_GND

ZOOMOUT

KI0

MIC

KI2

VDIG275

KO4

KO2

ONSW_A

S-KEY2

ZOOMIN

(KI5)

KO1

KO3

KO0

KI4

BATIB

KEYBL

GND VCC

44F

46 47

Top

IC1100

26D

45 52

2724

30 31

GND

VDD

VBATIB VMEM18

VDIG275

VMEM18

VSRAM18

VMEM18

VDIG29

VMEM18

VMEM18 VMEM18

VMEM18

VDIG275

VBATIB VDIG29

VDIG275

VCORE15

VDIG275

VBT29

VBATIB

VDIG275

VRTC15

VDIG275

VDIG275 VMEM18

VDIG275

VMEM18 VANA15

VDIG275 VCORE15

VDIG275_M VCORE15_M

VCORE15_M

VDIG275_M

VUSB33

VMEM18

MIC201

MICROPHONE

KEY FPC UNIT

PWB-E

5-11 (3-D)

5-13 (2-B)

5-11 (3-D)

5-11 (1-F)

5-9 (2-D)

5-14 (8-E)

5-14 (8-F)

5-11 (3-F)

5-12 (11-E)

5-9 (6-F)

5-13 (2-D)

5-11 (3-D)

5-11 (1-E)

5-14 (8-F)

5-11 (3-F)

5-13 (2-D)

5-12 (11-E)

5-7 (3-A)

5-11 (3-B)

5-13 (4-H)

5-14 (8-G), 5-9 (2-B)

5-10 (8-B)

5-12 (9-B)

5-9 (3-B)

5-9 (6-A)

5-17 (6-C)

5-10 (8-E)

5-9 (6-H)

5-10 (10-G), 5-10 (8-D)

5-17 (1-C)

5-9 (2-F)

5-10 (8-D)

5-9 (3-A)

5-10 (8-E)

5-7 (1-B)

5-10 (8-E)

5-15 (3-A)

5-15 (4-H)

5-9 (6-A)

5-14 (8-F)

5-9 (6-G)

5-9 (6-F)

5-9 (6-G)

5-9 (3-A)

5-9 (5-F)

5-9 (5-H)

5-9 (5-G)

5-9 (5-F)

5-9 (2-E)

5-17 (6-G)

5-16 (11-A)

5-16 (11-H)

5-16 (11-A)

5-16 (12-A)

5-16 (9-A)

5-10 (8-C)

5-9 (3-A)

5-14 (11-D)

5-17 (6-C)

5-17 (6-D)

5-17 (3-F)

5-14 (8-E)

5-14 (8-F)

5-14 (11-D)

5-9 (3-F)

5-9 (3-A)

5-17 (6-C)

5-10 (8-D~E)

5-13 (2-D), 5-11 (2-A)

RECEPTION SIGNAL

TRANSMISSION SIGNAL

5-12 (9-B)

R1103

240K

R1104

470K

IC1005

AUC2G32Z

LOGIC

R1017

R1101

R1102

R1127

IC1101

MB82R6A5C

FLASH MEMORY 2

R1112

C1106

R1111

C1104

0.1

R1109

R1110

C1108

C1107

R1106

C1110

0.1

R1108

100

IC1103

LVC1G29Z

LOGIC

R1107

100

R1128

100

IC1105

AUC2G08Z

C1111

0.1

R1100

IC1003

AUC2G00Z

LOGIC

C1017

0.1

R1049

100

C1113

0.1

IC1106

AUC2G08Z

LOGIC

R1119

IC1104

AUC2G32Z

LOGIC

R1045

100

R1114

C1112

0.1

CN1000

R1077

V1045

15P

V1047

15P

R1067

1M R1068

R1069

1M R1070

R1071

Q1002

EC4401 C

V1117

650P

R1046

D1000

SB0203EJ

R1060

3.3M

RA1018

RA1017

100K

C1029

330P

IC1001

BGB202

BLUETOOTH

R1040

20K

C1038

R1130

C1037

0.1

C1036

0.1

R1052

C1035

0.1

C1034

0.1

R1053

C1041

2.2

R1051

C1040

IC1002

R1162D291D

2.9 V REGULATOR

C1116

100P(CH)

R1038

100

R1029

220

R1076

10K

R1075

C1050

0.1

C1051

0.1

IC1004

LVC2T45Z

LOGIC

R1035

100K

R1050

3.3M

Q1000

EC4301 C

R1033

3.3K

R1032

3.3K

R1034

100K

RA1027

100K

R1026

R1025

470

R1057

R1058

R1016

100

C1003

C1002

0.1

C1028

22P(CH)

R1023

390K

C1032

10P (CH)

R1021

C1030

10P

(CH)

X1000

32.768kHz

C1031

330P

R1020

22 R1024

C1000

0.1

C1001

0.1

C1004

0.1

R1056

R1055

R1013

R1047

C1009

0.1

C1010

0.1

C1011

0.1

C1012

0.1

C1008

0.1

C1006

0.1

C1005

0.1

C1007

0.1

C1014

0.1

C1013

0.1

C1015

0.1

C1016

0.1

R1120

R1064

R1062

100

R1065

100

R1054

220

R1012

100

R1066

100 R1048

RA1000

RA1002

RA1001

RA1003

RA1006

RA1009

RA1004

RA1007

RA1005

RA1008

R1074

RA1010

R1063

R1073

R1061

IC1100

LHF65NZ1

FLASH MEMORY 1

R1121

C1052

0.1

C1053

2.2

C1109

0.1

R1115

R1011

R1036

100K

R1030

100K

R1031

130K

R1041

3.3K

R1042

3.3K

R1039

4.7K

R1037

4.7K

Q1001

EC3201 C

RA1028

100K R1059

100K

IC1000

D751668AZZG

BASEBAND MANAGEMENT

CONFIDENTIAL

9 5

Figure 2 SCHEMATIC DIAGRAM (2/9)

902SH 902SH

12345 6789

10 11 12

NOTES ON SCHEMATIC DIAGRAM can be found on page 5-1. ( ) : Not Mount Waveform numbers of

are shown on pages 5-3 to 5-5.

MAIN PWB-A(2/6)

SERVICE_N

NDNG

PRGDET

NDNG

JACKPOWEN

111

J104

106

140

141

112

117

142

122

1514

143

134

132 139

107

17 18

127

100

113

130

126124

109

128

136

131

102

138

133

135

125

114

64 67

105

115 119

120

121

101

1110

118

116

52 57

103

123 129

110

108

137

SWBUCK

VDDBUCK

VBAT_C

P_BUCK

N_BUCK

LED1

ONSWC

TXON

RESETB

DACCLK

VDD_B

VBAT_A

VSSBUCK

VBUCK

MOD1

DACO1

LED2

INTLCKB

RWRRST

SCL

DACSTR

BDATA

VDD_A

IRQ

SIMOFF

VDD_IO

ONSWA

ONSWB

VSS_C

ADSTR

SDA

DACDAT

EXTLDO

VDDBUF

FGSENSE-

CHSENSE-

VSSTH18

IOUT

VBAT_D

VSSTH 5

PASENSE-

VSSTH15

FGSENSE+

CHREG

VSSTH17

PAREG

VSSTH 4

VSSPA

VSSTH30

VSSTH16

SUB

VSSTH31

VSSTH20

VSSTH21

TEST

GPA13

VSS_D

VSSTH 7

SIMVCC

VSSTH 8

CHSENSE+

VSSTH19

DCIO

VSSTH 6

PASENSE+

VSSTH 1

SIMRST

GPA6

VSSTH26

IREF

DACO3

VSSTH12

SDAT

VSSTH 9

VSS_B

VREF

VSSTH25

PCMI

VSSTH11

SRST

VSSTH22

VSSTH29

VSSTH24

SCLK

VSSTH10

SIMDAT

VSSTH14

GPA12

AUXO2

VSSTH23

VSSTH28

DACO2

VSSTH 3

SIMCLK

GPA7

VSSTH27

VSS_A

VSSTH13

VDDPA

VSSTH 2

PCMCLK

VSSCODEC

BEARN

GPA1

VDDBEAR

MCLK

AUXO1

XTAL2

GPA2

VDD_D

VDD_E

DEC0

AUXI2

VDDLP

CCO

MIC2P

GPA4

AUXI1

MIC1P

GPA3

MIC2N

GPA5

XTAL1

BEARP

VBAT_B

PCMO

PCMSYN

DEC2

MIC1N

VSSBEAR

DEC1

32KHZ

GPA0

CDCDCA

CDCDCB 62

6465

7576

FF_IN

EXPOUT

8788

100

101

102

103

104

105

106

107

108

109

110

111

112

113

114

115

116

117

118

119

120

121

122

123

124

125

126

127

128

129

130

131

132

133

134

135

136

137

138

139

140

VSSADC

VDDADC

141

142

143

SLEEP

CLK_REQ

110

VIBR

VDDCODEC 136

VBATIB

VCORE15

MIC2P

VANA15

VDIG275

GND

VOUTVIN

VDIG275

VDDB

EXTLDO

VDIG275

VBATI

VDIG275

ONSWC

CCO

VDIG275

WPAREF

VSRAM18

PASENSE

VDIG275

WDCDCREF

VMEM18

AUXI1

CHGBYPASS_N

AUXO1

VAPC

PCMCLK

PCMDATB

MIC1P

AUXO2

BEARP

VBATIB

SIMRST0_N

BEARN

PCMDATA

M_I2CCLK

SIMDAT0

PWRRST_N

NDNG

IRQ0_N

PCMSYN

VSRAM18

VDIG275

SIMCLK0

NDNG

ONSWA_N

VCORE15

VBATIB

PG NG

PS PD

NS 1

M_I2CDAT

VDDA

VBATIB

VCXOCONT

DACSTR

CLKREQ

DACDAT

RTCCLK

ADCSTR

DACCLK

MCLK

VLOOP

PWRREQ_N

RTEMP

TXON

WPOWERSENSE

WRFLOOP

VRTC15

4NC

HSSLRXCLK

ABCDEFGHJ KLMNPRTU

100

101

102

103

104

105

106

107

108

109

110

111

112

113

114

115

116

117

118

119

120

121

122

123

124

125

126

127

128

129

130

131

132

133

134

135

136

137

138

139

140

141

142

143

144

145

146

147

148

149

150

151

152

153

154

155

156

157

158

159

160

161

162

163

164

165

166

179

180

178

167

168

169

170

171

172

173

174

175

176

177

(EMIF_A[21])

(EMIF_A[20])

VDD

(EMIF_A[14])

VDD

(EMIF_A[10])

(EMIF_A[9])

(EMIF_A[2])

(CS_BYPASS)

VDD

IS_SYNC_N

HSSLTX_D

HSSLTX_CLK

VDD

(EMIF_A[23])

(EMIF_A[19])

(EMIF_A[17])

(EMIF_A[12])

VSS

VDD

(EMIF_A[4])

VSS

IS_EVENT_N

VDD

VSS

HSSLRX_D

(BOOTMODE[1])

(EMIF_D[1])

(EMIF_D[0])

VSS

(EMIF_A[18])

VSS

(EMIF_A[15])

(EMIF_A[11])

(EMIF_A[7])

(EMIF_A[5])

(EMIF_A[3])

(APLL_BYPASS)

VSS

UART_RX

(BOOTMODE[0])

VDD

VSS

IDBALL

(TESTMODE)

VDD

(EMIF_A[22])

(EMIF_D[5])

(EMIF_D[3])

(EMIF_A[16])

(EMIF_A[13])

(EMIF_A[8])

(EMIF_A[6])

(EMIF_A[1])

(ANALOG_ENABLE)

UART_TX

(EMU1)

(EXT_FRAME_STROBE)

VDD

VSS

(EMIF_D[7])

(EMIF_D[6])

(EMIF_D[2])

EMU0

VSS

(JTAG_TDI)

VDD

(EMIF_D[9])

(EMIF_D[8])

(EMIF_D[4])

(JTAG_TDO)

(JTAG_TMS)

(JTAG_TRSTN)

(JTAG_TCK)

(EMIF_D[11])

(EMIF_D[12])

VSS

(GPO[7])

(GPO[6])

VSS

VDD

(EMIF_D[10])

(BOOTMODE[2])

(EMIF_D[15])

(GPO[4])

VSS

(EMIF_D[18])

VDD

(EMIF_D[16])

(EMIF_D[17])

(GPO[5])

(GPO[1])

(GPO[2])

(GPO[3])

VDD

(EMIF_D[19])

VSS

(EMIF_D[20])

(EMIF_D[22])

DAC_DAT

VSS

VDD_DPLL

(GPO[0])

VDD

(EMIF_D[21])

(EMIF_D[24])

(EMIF_D[25])

RADIO_STR

AD_STR

DAC_STR

(CPU_CLKOU)

(EMIF_D[23])

VSS

(EMIF_D[30])

(CPU_IACK)

(CPU_IRQ[1])

DAC_I_OUT

ADC_I_IN_INV

ADC_RXEXTREF_N

VSSA_CS_APLL

(EXT_MEM_UBUS[10])

RESET_N

DAC_CLK

VDD

(EMIF_D[26])

(EMIF_D[27])

VSS

(EMIN_AREADY)

VSS

DAC_Q_OUT

VDDA_BG

VDD

VSS

VDDA_RX

VDD_CLK32

VSS-COMPLEXIO

ADC_Q_IN_INV

DAC_I_OUT_INV

(EMIF_D[29])

CLKRQ

(EXT_MEM_UBUS[12])

(EMIF_AWE_N)

ADC_RXEXTREF_P

VDD

VSSA_BG

VSS-COMPLEXIO

(CPU_XF)

DAC_TXEXTRES

BG_REF

DAC_Q_OUT_INV

CLK32

MCLK

VDD

(EMIF_ARE_N)

VSSA_RX

RADIO_CLK

HCLK

(EMIF_D[28])

ADC_Q_IN

VDD

(EMIF_D[31])

VDDA_CS_APLL

VDD

(CPU_IRQ[0])

VSSA_TX

VDDA_TX

VSS

(EXT_MEM_UBUS[11])

APLL_ATEST1

VSS

ADC_I_IN

VDD

VSS

181

(EMIF_D[13])

(EMIF_D[14])

100

101

102

103

104

105

106

107

108

109

110

111

112

113

114

115

116

117

118

119

120

121

122

123

124

125

126

127

128

129

130

131

132

133

134

RADIO_DAT 134

135

136

137

138

139

140

141

142

143

144

145

146

147

148

149

150

151

152

153

154

155

156

157

158

159

160

161

162

163

164

165

166

167

168

169

170

171

172

173

174

175

176

177

178

179

180

HSSLRX_CLK

(BOOTMODE[3])

VSS

181

ADCSTR

DACDAT

RESOUT1_N

VANA15

RXIB

WCLK

ISEVENT

RXQB

TXIA

TXQA

HSSLTXCLK

HSSLTX

TXQB

VCORE15_W

DACCLK

DACSTR

WSTR

RXQA

HSSLRX

WDAT

RXIA

VCORE15_W

VRTC15

TXIB

VCORE15

ISSYNC

CHG_C_CNT

USBCHGEN

VDIG275

USBDM

RESOUT0_N

UART1RTS

UART1TX

VBATIB

UART_RXD1

SCLK

BSYNC

BCNT

UART_TXD1

UART_RXD2

654

654123

123

911107128

151413 181716

22 2420 21 2319

25 2926 27 28 30

31 3532 33 34 36

UART_CTS

BDATA

UART_RTS

UART_TXD2

BSSEL

GND

VBAT

PUEA

UARTSEL

UARTMD

CPU_USB_D+

REG33

HEMD

CPUVDD

USBD+/RXD

PU15 BSYNC\SCLK/RTS

GND

RXANAIN

USBMD

CPU_USB_D-

USBD-/TXD

BDATA/CTS

TXANAIN

RXANAOUT

TXANAOUT

USBSENSE

NDNG

UART1CTS

VDIG275

VUSB33

VOUT

VIN

VSS

VBUS

USBPUEN

USBDP

VDIG275

UART1RX

UARTSENSE

AUXO1_YMU

FMICLED

VBATI

VDIG275

N.C.GND

VoV+

VBUS

ABC

VCC

CONT

GND CMACL

VFB

VOUT

456

BU2_ANT

GREEN

RED

VBATIB

RF_IO

ANT_IO

VCCR

TP1200

TP1201

TP1202

TP1203

TP1204

TP1205

TP1206

TP1207

TP1211

TP1217

TP1218

TP1219

TP1220

TP1221

TP1222

TP1223

TP1227

TP1301

TP1302

TP1304

TP1303

TP1305

TP1306

TP1307

TP1229

TP1230

TP1228

TP1231 TP1232 TP1233 TP1234

TP1235

TP1209

TP1210

TP1212

GNDGND

TP1213

TP1216 TP1215

PWRREQ_N

VDIG275

TP1236

TP1237

TP1225

TP1226

VDIG275

M_I2CCLK

M_I2CDAT

SYSCLK0

Power

RESET

CLK I/O

GND

NDNG

SIMRST_N

MIC2N

MIC1N

DACCLK

WRFLOOP

DACSTR

TXON

DACDAT

VLOOP

WPOWERSENSE

SIM_OP

WCLK

DACSTR

ADCSTR

TXIA

TXIB

RXQB

TXQA

RXIA

RXQA

DACCLK

TXQB

RXIB

WDAT

WSTR

HSSLRXCLK

HSSLRX

HSSLTX

SIMDAT

SIMCLK

USBDP

RTCCLK

AUXI2

2MCAMTEMP

SIMVC C

SIMVCC

SIM_IOSIM_CLK

SIM_RESET

VDCIO

VCHG

LEDG

ONSWB_N

VSS

VIN

S1 D1

VOUT

VIN VSS

DYIN

DXIN

DXOUT

VBUS

DYOUT

GND

VOUT ECO

VDD

GND

RFOUT

CHARGER

(-)

CHARGER

(+)

AA/B

GND VCC

TP1308

VBATIB

AA/B

GND VCC

BLUETOOTH AERIAL PWB-K

5-8 (12-E)

5-9 (3-F)

5-17 (6-C)

5-8 (12-E)

5-8 (8-G)

5-8 (9-E)

5-15 (3-H)

5-14 (8-G)

5-8 (12-C)

5-8 (10-A)

5-8 (9-F)

5-12 (8-E)

5-17 (2-G)

5-8 (12-D)

5-8 (10-B)

5-9 (9-F)

5-8 (9-E~F)

5-8 (12-C)

5-12 (11-D)

5-14 (9-C~D)

5-13 (5-E)

5-14 (7-F)

5-8 (9-E)

5-8 (9-F)

5-8 (12-D)

5-8 (9-F)

5-8 (12-E)

5-9 (3-A)

5-17 (6-C)

5-8 (10-A)

5-14 (8-G)

5-15 (4-A)

5-16 (8-A)

5-15 (2-A)

5-15 (6-H)

5-15 (2-A)

5-15 (5-H)

5-16 (9-H)

5-16 (10-H)

5-11 (1-D)

5-15 (5-A)

5-15 (5-H)

5-16 (10-A)

5-8 (12-D)

5-8 (12-E)

5-8 (12-E), 5-15 (3-A)

5-16 (9-A)

5-8 (12-D),

5-10 (8-E)

5-8 (12-D),

5-10 (8-E)

5-8 (9-F~G)

5-8 (12-D),

5-10 (8-D)

5-8 (12-D)

5-8 (12-D),

5-10 (8-D)

5-13 (2-D)

5-13 (3-E)

Synchronisation

TXD

(ANALOG)

GND

RXD

Charger (+)

Manufacturer

RF Signal

Reserved

CTS

RF CableDetect

Manufacturer

Reserved

GND

USB D-

USB D+

Hands Free

Charger (-)

TX VOICE

Specific

(ANALOG)

GND

Clock

UART

GND

RTS

USB VBUS

Specific

Power Supply

RX VOICE

GND

USB

GND(ANALOG)

Not Defined

19 Bluetooth ANT

RECEPTION SIGNAL

TRANSMISSION SIGNAL

5-15 (3-H)

5-16 (9-G)

5-8 (12-D),

5-10 (10-G)

Q1205

EC4401 C

Q1204

EC4401 C

R1205

100K

Q1202

EC4401 C

R1207

IC1200

TWL93004CZQW

POWER SUPPLY/

RF CONTROL

C1203

IC1205

S-817A15APF

POWER SUPPLY

C1215

4.7

C1201

0.001

IC1201

XC61CC2002NR

VOLTAGE

DETECTOR

R1237

R1215

L1201

22µH R1224

R1255

R1213

15K

R1219

24m

(1/3W)

R1216

Q1200

ECH8603

C1204

C1214

4.7

C1205

C1208

C1249

0.1

C1235

0.0012

CN1200

BATTERY

TERMINAL

R1227

100K

R1239

Q1207

EC4401 C

R1225

R1226

10K

R1214

0.22

C1216

4.7

C1238

100P(CH)

R1234

Q1201

EC4401 C

C1229

180P(CH)

C1212

2.2

Q1210

SI1555 DL

C1206

4.7

C1217

C1251

C1232

0.068

D1201

RB521S30

R1218

0.1

C1236

330P

C1227

1C1228

0.001

C1230

18P(CH)

C1231

18P(CH)

R1230

15K

C1250

1IC1204

S-817A15APF

POWER SUPPLY

C1245

0.1

R1403

R1402

100K

C1409

330P

C1406

0.1

C1408

0.1

R1401

43K

C1410

0.1

C1404

0.1

C1412

0.1

C1400

0.1

C1405

0.1

C1411

0.1

C1407

0.1

C1403

0.1

C1402

0.1

C1401

0.1

R1220

R1221

C1209

C1210

R1241

R1242

R1245

R1246

R1235

1K R1238

C1223

0.1

C1222

0.1

C1221

0.1

C1220

0.1

R1222

R1223

Q1208

EC4401 C

R1304A

R1309

270K

C1307

0.1

IC1300

BU7880GU

EXTERNAL

INTERFACE

Q1300

EC4401 C

R1308

120K

R1307

22K

Q1301

EC4301 C

R1303A

R1302A

R1310

1.5K

IC1303

XC6219C332DR

3.3 V REGULATOR

R1301

100

R1306A

R1300A

C1301

0.0056

R1301A

C1300

0.0056

R1303

R1304

R1300

100

R1302

100

R1315

R1316

IC1206

R1163D181B

1.8 V REGULATOR

R1229

Q1212

SCH1302

R1217

FS1200

C1255

0.1

R1256

56K

R1258

5.6K

C1253

0.1

Q1209

EC4401 C

Q1213

EC4401 C

R1210

100K

R1206

10K

R1203

100K

R1305

Q1203

DTC114 YM

C1207

0.1

C1202

0.1

R1208

C1211

47P(CH)

C1213

47P(CH)

C1240

0.1

IC1202

TK73840BDB

REGULATOR

LED1200

BRPY121F

SMALL LIGHT

CN1300

EXTERNAL

CONNECTOR

C1241

0.01

R1200

10K

R1201

22K

R1261

100K

C1200

0.01

270

R1244

R1312

R1317

D1202

SB0503EJ

R1211

R1266

D1200

CUS02Z

C1413

0.1

C1304

C1305

R1247

C1239

2.2

C1246

IC1203

LVC1G97Z

LOGIC

C1244

0.1

R1212

2.2K

C1247

R1209

22K

R1248

100

R1240

C1414

0.1

IC1401

LVC1G97Z

LOGIC

C1218

4.7

CN1201

USIM CARD

CONNECTOR

C1252

330P

C1226

560P

C1225

560P

C1224

R1232

330

Q1214

EC4404 C

Q1215

EC4404 C

R1262

220K

C1260

R1264

3.3M

R1263

2.2M

R1265

V1311

100P

C1415

0.1

V1416

650P

R1306

D1203

1SS389F

C1303

0.1

C1302

0.1 C1306

IC1400

D751980CZPH

W-CDMA MODEM

Q1206

DTC123 EM

IC1209

LM20SITLX

TEMPERATURE SENSOR

C1258

0.1

C1259

0.1

R1260

470

Q1211

DTC114 YM

CONFIDENTIAL

11 5

Figure 3 SCHEMATIC DIAGRAM (3/9)

902SH 902SH

12345 6789

10 11 12

NOTES ON SCHEMATIC DIAGRAM can be found on page 5-1. ( ) : Not Mount Waveform numbers of

to,

454329

are shown on pages 5-2 to 5-5.

MAIN PWB-A(3/6)

SD PWB-C

5-23 (3-H)

CN2000

RECEPTION SIGNAL

SPEAKER SIGNAL

VDIG29_T

VTLVDS25

VTRAM25

VDIG29

VMEM18

VANA15

VTLVDS15

VTRAM15

VDIG29_T

VBATIB VDIG29

BLED+

BLED-

BLED+

SP-L1

SP-L2

SP-R1

SP-R2

BEARP

BEARN

FLIP_R

VBATIB

D13

D10

D11

D12

D15

D14

VTLVDS15

VDIG29_T

M_LCD_I2CCLK

M_LCD_I2CDAT

A19

A20

A10

T4G_MEMADV_N

T_I2CDATA

T_I2CCLKA

T4G_PLLLD_N

T4G_STB

T4G_HINT

HCS1_N

LPMODE_N

VDIG275

IRRX

SCL

SDA

VDD

GND

NIRQ

DOUT

NRST

CLKI

NC NC

1234

IRTX

IRRIRQ_N

GND

TXD-RC

VCC

VIO

RXD

SGND

TXD

LEDA

SYSCLK1

IRCTRL

VDIG29

VBATIB

DISPPXL4

DISPPXL6

DISPPXL3

DISPPXL7

DISPPXL2

DISPPXL1

DISPPXL5

DISPPXL0

NTSC_RST

VAMP_PD

NTSC_PD

BECLK

SEDO

SECLK

AKCS

AMCLK

ADSDI

ADSDO

LRCK

BICK

Y_RESOUT0_N

OE_N

WE_N

VDIG29

HPMUTE_N

AKPD_N

CAMINT

VTRAM25

VTRAM15

VDIG29

VTLVDS25

VTLVDS15

LPMODE_N

T4G_POW VMEM18

VTLVDS15

SDDET_N

LPMODE_N

VMEM18

VBATIB

VDIG29_TVDIG29

VDIG29

TXON

SP-L1

SP-L2

VCCR

VDIG29

T4G_POW

T4G_STB

CHG_C_CNT

T4G_PLLEN

TP1400

T4G_HDREQ

VBATIB

VDIG29

IN-

ISNS

GND1

LPM

EN1

EN2

EN3

EN4

EN5

GND2

SNSG

VOUT1

VOUT2

VOUT3

VOUT4

VOUT5

VIN1

VIN2

VIN3

GND3

PGND

VOUT

PVCC

VCC

MODE

CREF

GND

1234567

161718

2021

29 30

33 1

TP1500

TP1501

TP1502

TP1503

TP1504

TP1505

BEHSYNC

BEVSYNC

TP1506

CSYMU_N

456

VDIG29_T

GND

VBATIB

1213

2223

26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50

51 52

VBT29

TP1507

VS S

LDAT2

VDDV2R

BEDAT2

TSCLK

DTMB

CDAT1

VSS

VDDIOB

VDD1E

TOP VIEW

LDAT10(ERRCAM2)

VS S

BEDAT1

VDDV1R

CDAT5

TSDAT

CDAT0

VDDIOA

VDD1E

BEDAT0

PLLSEL1

VDDIOB

VS S

LDAT9

VDDV1T

/LWAIT2

CDAT4

CDAT3

/HDREQ

/DACRST

VDDIOB

VDDIOA

PCRXIEN

VDD1E

/PLLLD

GPIO0

LDAT11(ERRCAM1)

VVMID

CDAT6

PLLBPIN

CDAT2

PCRXIN

/LWAIT1

NWDO

PCRXOUT

VDDIOA

VDDIOC

PLLEN

LDAT13(CAM1START)

CDAT7

/MJTRST

VDD1E

VTX1DP

GPIO1

VRX2CKN

SECLK

/LCS2

ADLRCK

NWINT

VTX2DN

HDAT0

VDDIOC

BDCLK

VSS

/HWAIT

VDD1E

GPIO2

VRX2CKP

SEDO

LCLK1

/LCS1

PCRCLK

NWCLK

VTX2DP

LDAT14(ERRLCD2)

BDDAT0

HADR12

VSS

HADR2

VRX1CKN

VDDIOC

VDD1E

VRX2DN

SELD4

GPIO3

VTX1DN

DACCE

/NWOEN

/LRST2

LDAT15(ERRLCD1)

LCLK2

BDDAT1

VRX1CKP

SDDAT2

VDD2E

HADR1

VRX2DP

SELD3

VDDIOC

GPIO4

DACLD

/NWIEN

/HRD

LDAT16(LCDSTART2)

VSS

BDDAT2

VRX1DN

/LRST1

VDD2E

SELD2

SDDAT3

HADR4

VDDIOC

VSSE

DACSD

/HWR

LDAT5

LDAT17(LCDSTART1)

VSS

BDDAT3

VRX1DP

SELD1

LPRCLK

VDD1D

SDCMD

VSS

HADR3

DACCLK

NWDI

/HCS1

VDDIOC

HDAT12

VSSE

VTX2CKN

BDDAT4

LDAT7

HADR11

GPIO5

VTX1CKP

SEDI

LVSIN

VSS

VDD1D

DIRRX

HDAT1

CCLK1

HDAT11

HADR5

VDD1P

VTX2CKP

VSSE

BDDAT5

SYSCLKEN

I2CDATA

HADR10

GPIO6

VTX1CKN

LDAT12(CAM2START)

HDAT3

VDD1D

ADSDOI

HADR6

BDDAT6

VDD1P

VSSE

VDD2E

I2CCLKA

HADR9

GPIO7

HDAT2

LRS

VDD1D

BDDAT7

ADSCKO

HADR7

/RESET

VDD1P

VSSE

VDD2E

/CRST2

HADR8

MJTDO

ADSDO

CVREF

BECLK

/LRD

VDD1D

ADLRCKO

VSS

VDD1P

VSSE

CINT2

HDAT9

HADR0

HDAT14

CHREF

MJTDI

ADSDI

BEHSYNC

/LWR

HDAT15

VDD1D

HDAT4

VSS

HDAT8

VDDIOD

/HVCS2

VSSE

VDD1C

CDCLK

/CRST1

BEVSYNC

ADSCK

MJTCK

SDCLK

HDAT6

VDD1D

HDAT10

/HVCS1

VDDIOB

VSSE

VSSC

CINT1

BEDAT7

LDAT1

MJTMS

SDPWR

HDAT5

VDD1D

/HINT

VDDIOB

/CCS2

/HCS2

BEDAT6

PLLBP

VSSE

/SDDET

VSSVT

LDAT3

HDAT7

VSS

VDD1D

/CCS1

BEDAT5

VDDIOB

POMCLK

VSSE

VDD1D

SDDAT0

LDAT0

LDAT8

VSSVR

SYSCLK

TSFRM

VS S

CCLK2

BEDAT4

VDDIOB

PIMCLK

SDDAT1

VDD1E

VDD1D

LDAT6

VS S

LDAT4

VSSVT

BEDAT3

/TSEN

HDAT13

DTCLK

VDDIOB

VSS

VDD1E

/PDEN

PLLSEL2

HBWSEL

HWTSEL

/LDISPEN

/STBYA

/STBYB

CONFIG0

CONFIG1

CONFIG2

I2CCLKB

I2CDATB

DTVM

PORCTR

BUSSEL

TESTH0

TESTH1

TESTH2

TESTL0

TESTL1

TESTL2

TESTL3

TESTL4

TESTL5

TESTL6

TESTL7

VDD1C

VDD1D

VDD1P

VSS

VSSC

156101112131415161718192021

22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42

43 44 45 46 47 48 49 50 51 52 53 54 55 56 57

58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76

77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97

98 99 100 101 102 103 104 105 106 107 108 109 110 111 112 113 114 115 116 117 118

119 120 121 122 123 124 125 126 127 128 129 130 131 132

133 134 135 136 137 138 139 140 141 142 143 144

145 146 147 148 149 150 151 152 153 154

155 156 157 158 159 160 161 162 163 164 165 166

167 168 169 170 171 172 173 174 175 176 177 178

179 180 181 182 183 184 185 186 187 188 189 190

191 192 193 194 195 196 197 198 199 200

201 202 203 204 205 206 207 208 209 210 211 212 213

214 215 216 217 218 219 220 221 222 223 224 225 226 227

228 229 230 231 232 233 234 235 236 237 238 239 240 241 242 243 244 245 246 247 248

249 250 251 252 253 254 255 256 257 258 259 260 261 262 263 264 265 266 267 268 269

270 271 272 273 274 275 276 277 278 279 280 281 282 283 284 285 286 287 288

289 290 291 292 293 294 295 296 297 298 299 300 301 302 303

304 305 306 307 308 309 310 311 312 313 314 315 316 317 318 319 320 321 322 323 324

325 326 327 328 329 330 331 332 333 334 335 336 337 338 339 340 341 342 343 344 345

LVDS C

1.5V

1.5V 1.5V 2.5V

1.5V

LVDS2.5V

LVDS1.5V

B(VDDIOB)

A(VDDIOA)

(VDDIOA)

100

101

102

103

104

105

106

107

108

109

110

111

112

113

114

115

116

117

118

119

120

121

122

123

124

125

126

127

128

129

130

131

132

133

134

135

136

137

138

139

140

141

142

143

144

145

146

147

148

149

150

151

152

153

154

155

156

157

158

159

160

161

162

163

164

165

166

167

168

169

170

171

172

173

174

175

176

177

178

179

180

181

182

183

184

185

186

187

188

189

190

191

192

193

194

195

196

197

198

199

200

201

202

203

204

205

206

207

208

209

210

211

212

213

214

215

216

217

218

219

220

221

222

223

224

225

226

227

228

229

230

231

232

233

234

235

236

237

238

239

240

241

242

243

244

245

246

247

248

249

250

251

252

253

254

255

256

257

258

259

260

261

262

263

264

265

266

267

268

269

270

271

272

273

274

275

276

277

278

279

280

281

282

283

284

285

286

287

288

289

290

291

292

293

294

295

296

297

298

299

300

301

302

303

304

305

306

307

308

309

310

311

312

313

314

315

316

317

318

319

320

321

322

323

324

325

326

327

328

329

330

331

332

333

334

335

336

337

338

339

340

341

342

343

344

345

VDIG29_T VDIG29_T

VDIG29

SDDET_N

SDPWR

SDEN

VRX2DP

VRX2DN

VRX2CKP

VRX2CKN

VTX1DP

VTX1DN

VTX1CKP

VTX1CKN

SLCDCE

SECLK

SEDO

BDRST

BDCE

LEDLD

LEDRST

FLOW

RSTGA

BLED+

LCDRST

VDON

CDAT0

CDAT1

CDAT2

CDAT3

CDAT4

CDAT5

CDAT6

CDAT7

HSYNC

VSYNC

PCCLK

ZMPEN

SDCMD

SDDATA3

SDDATA2

SDDATA1

SDDATA0

SDCLK

CAMCLK

NTSC_RST

VAMP_PD

NTSC_PD

AKCS

LCDINT

AKPD_N

DISPPXL7

DISPPXL6

DISPPXL5

DISPPXL4

DISPPXL3

DISPPXL2

DISPPXL1

DISPPXL0

CDAT7

CDAT2

VSYNC

PCCLK

VTX1DP

VTX1DN

VTX1CKP

VTX1CKN

TXON_N

FLOW

LEDLD

SEDO

SECLK

SLCDCE

SLCDDC

BDCE

SLCDRST

SDEN

SDCLK

SDDATA2

SDDATA3

SDDATA0

SDDATA1

SDCMD

SDPWR

ZMPEN

RSTGA

HSYNC

CDAT1

CDAT0

CDAT3

CDAT4

CDAT6

CDAT5

LCDRST

LCDINT

VDO N

VDWAIT

LVSIN

SLCDRST

SLCDDC

BEHSYNC

BEVSYNC

VRX2DP

VRX2DN

VRX2CKP

VRX2CKN

SDDET_N

AMCLK

ADSDO

ADSDI

BICK

LRCK

BECLK

BDRST

LEDRST

VDWAIT

LVSIN

CAMINT

SYSCLK

POW_ECO

VSYNC

POW_CE

BLED-

VTX1DP

SDA(CAM

LCDINT

D1(CAMPXL0)

VTX1CKN

SP-R1

VCCR

SP-R2

LVSIN

SP-L1

VTX1DN

SCL(CAM

SDA(LCD

VTX1CKP

PCCLK

BATTCAM

HSYNC

BLED+

SUBCAMTEMP

SCL(LCD

EAR

LCDRST

XEAR

VDWAIT

BATTLCD

SP-L2

FLIP_R

VDON

BATTBB

SDCLK

GND

LVDSCKN

BATTBB

VCC

LEDRST

DC_B

BDRST

LVDSDN

FLOW

GND

SDDET

ZMPEN

LEDLD

SEDO

GND

BATTBB

LVDSCKP

RSGA

LVDSDP

SDPWR GND

BATTBB

SLCDRST

I2CCLKB(2MCAM)

SDDATA0

BATTBB

BDCE

GND

SDEN

SDDATA3

SCEB

I2CDATB(2MCAM)

EXCKI

SDDATA1

VCC

SDDATA2

SECLK

VCC

TXON_N

GAINT

SDCMD

BLED+

BLED-

GND

D0(CAMPXL0)

D3(CAMPXL0)

D4(CAMPXL0)

D6(CAMPXL0)

D5(CAMPXL0)

D7(CAMPXL0)

D2(CAMPXL0)

IC1502

IRDA+IRLED

5-13 (2-D)

5-8 (12-D)

B12

SP-

SP+

GND

VCC

2Y2A

23 4 7 8 9

15610111213141516171819202123 4 7 8 9

COAXIAL

CABLE

DISPLAY

PWB-B

5-21 (2-E)

CN3001

SD P.W.B. CONNECT

FPC PWB-H

5-12 (8-E)

5-7 (3-A)

5-8 (12-B)

5-13 (4-H)

5-13 (2-C)

5-7 (1-A)

5-7 (1-H)

5-13 (2-B),

5-7 (1-F)

5-14 (8-C)

5-10 (8-B)

5-8 (12-C)

5-11 (3-F)

5-13 (5-F~H)

5-11 (1-F)

5-11 (2-F)

5-11 (3-F)

5-9 (2-E)

5-13 (6-F)

5-11 (3-A)

5-8 (10-A)

5-8 (12-C)

5-7 (1-A~B)

5-13 (2-B)

5-13 (2-D),

5-8 (12-D)

5-12 (8-E)

5-8 (12-B)

5-10 (8-D)

5-8 (10-B)

5-12 (11-D)

5-8 (10-A)

5-12 (11-D)

5-13 (2-C)

5-13 (4-G)

5-8 (10-A)

5-12 (11-F)

5-8 (10-A)

5-8 (10-B)

5-17 (1-A)

R1554

R1525

R1534

R1546

R1509

R1526

560

C1521

0.1

R1578

C1524

0.1

C1523

100P

(CH)

R1557

C1554

15P

(CH)

C1555

15P

(CH)

RA1547

C1503

0.1

C1502

0.1

RA1561

100K

R1561

C1587

0.1 CN1500

L1501

600nH

L1500A

600nH

R1507

V1500

33P

V1501

33P

R1502

R1503

R1504

R1505

R1506

R1562

R1559

R1560

R1564

R1563

100

R1565

100

R1572

100

R1571

100

R1508

R1547

100K

C1505

0.0033

R1517

R1574

R1575

FL1500

NOISE FILTER

C1513

0.001

R1522

FL1501

NOISE FILTER

R1529

R1530

47 R1531

R1532

R1528

R1533

100

R1576

R1524

100K

R1523

680 C1517

15P

(CH)

C1518

15P

(CH)

X1500

27MHz

R1527

C1516

C1515

C1514

R1520

R1519

R1511

C1512

C1511

R1518

C1509

R1516

C1510

R1515

C1508

R1514

C1507

C1506

R1512

C1504

IC1500

TC3525XBG

MULTIMEDIA ACCELERATOR

R1543

R1542

R1551

R1545

3.3K

R1544

3.3K V1552

100P

V1553

100P

V1551

100P

RA1500

100 at 100MHz

C1519

CN1501

L1566

600nH

L1567

600nH

R1573

R1549

CA1521

LED1503

GP2W3240

INFRARED

PORT

R1548

R1550

C1520

0.1

R1558

R1570

IC1502

BU7876GL

INFRARED

REMOTE

Tx CONTROLLER

LSI

C1530

R1539

82K

C1528

C1526

4.7

C1529

4.7

C1531

C1532

R1541

R1556

C1527

100P

(CH)

R1537

10K

R1538

R1540

120K

L1500

2.2µH

C1525

C1542

2.2

R1555

IC1504

FA3727R

POWER CONTROL

C1582

0.1

IC1505

LVC2G04Z

LOGIC

R1510

CONFIDENTIAL

13 5

Figure 4 SCHEMATIC DIAGRAM (4/9)

902SH 902SH

12345 6789

10 11 12

NOTES ON SCHEMATIC DIAGRAM can be found on page 5-1. ( ) : Not Mount Waveform numbers of

are shown on pages 5-4, 5-5.

MAIN PWB-A(4/6)

CCO

VDIG275

NDNG

MIC1P

VDIG275

AGND

JMIC

JACK

JEARL

MONO+ST

JEARR

VCC(2.9V)

UART-RX

UART-TX

DGND

GND

(for Connecter Body)

GND

VIB1601

VIB1600

VBATIB

VMEM18

GPIO3

GPIO1

BCLK

MTR

LED1/GPIO4

GPIO2

SDI

/IRQ

IOVDD1

CLKI

GPIO0

DVSS

LED2/GPIO5

LRCK

/WR

RXIN

LED0

DVDD

IOVDD2

DVDD

TXOUT

/CS

EQ2R

SPVDDL

/RST

HPOUTL/MONO

EQ3R

EXTIN

EQ1R

PLLC

EQ2L

EQ1L

EQ3L

HPC

/RD

SPOUT2L

BBL

SPVSSR

HPOUTR

EXC

(SPOUT1R)

SPOUT2R

SPVDDR

VREF

SPOUT1R

SPOUT1L

SPVSSL

BBR

(SPOUT1L)

AVDD

AVSS

EXTOUT

AB DCGHFEJ

29 36

DVSS

IOVDD2

10 11

29 30 31

33 34

44 45 46

57 58

59 60

65 66

69 70

72 73

VBATIB

VDIG29

VANA29

VDIG29

SP-L1

SP-L2

SP-R1

SP-R2

MIC2P

AUXI1 MIC200

MIC201

AUXO2

AUXO1

OE_N

WE_N

LRCK

BICK

ADSDO

AMCLK

ADSDI

HIFIDET_N

UART0RX

UART0TX

ONSWPUEN

VAMP_PD

JACKDET_N

PRGDET

JACKPOWEN

SYSCLK1

FMICLED

CSYMU_N

VDIG29_T

HPMUTE_N

3534

1713

19 23

J57

AVSS

DVDD

DVSS

AVDD

DVSS

DVDD

AVDD

AVSS

INDEX

DVSS

DVDD

AVSS

VREFOUT

SELA

TEST

IREF

SYSINV

TEST

VREFIN

HSYNC

FID/VSYNC

CVBS

SYSCLK

/RESET

UD7

UD9

UD4

UD6

UD1

UD8

UD5

SDA

UD3

UD0

SCL

UD2

1213

2829

34 35

40 41 42

5152 53

CCLK

MIN

LIN

RIN

AVSS

AVDD

VREF

VCOM

MUTET

HVDD

HVSS

HPR

HPL

AINL2

MOUT

AINL1

AINR1

AINR2

CSN

PD N

CDTI

LRCK

MCLK

BICK

DVDD

SDTI

DVSS

SDTO

8910 11 12 13 14

2223

DISPPXL7

DISPPXL0

DISPPXL4

DISPPXL2

DISPPXL6

DISPPXL1

DISPPXL3

DISPPXL5

NTSC_PD

NTSC_RST

BECLK

VDIG29

T_I2CCLKA

T_I2CDATA

AKCS

SECLK

SEDO

AKPD_N

VDIG29 VDIG29

VBATIB

VOUT

VSAG

VIN

GND

V+ 1

AUXO1_YMU

TDO

TCK

TRST_N

TDI

RTCK

TMS

MIC1_BIAS

VDIG29

VBATIB

VMEM18

LPMODE_N

VANA29

VBATIB

VDIG29

910 11 12 13 14 15 16

17 18 19 20 21 22 23 24

2526272829303132

33 34 35 36 37

VBATIB

VANA29

YMUINT_N

TP1600

Y_RESOUT0_N

TP1601

TP1602

TP1603

TP1604

TP1605

TP1606

BEHSYNC

BEVSYNC

MIC_GND

TP1609

TP1607

TP1608 TP1611

TP1610 TP1612

TP1614

TP1613

VDIG29

TP1800

VDIG275

OE_N

WE_N

VIBREG_CONT

VAMP_PD

AMCLK

ADSDI

ADSDO

LRCK

BICK

LRCK

AMCLK

BICK

LRCK

BICK

ADSDO

HPOUT_L

ADSDO

ADSDI

AGCONOFF

SPSAVE

STBONOFF

SPSAVE

AGCONOFF

SUROUNDSW

HPOUT_R

AUX1_BIAS

MIC2_BIAS

VCC

GND

CPU-I/F

STBY

GND

Vin

Vout

GND

CE ECO

Vout

VDD

GND

SURROUND

AGC ON/OFF

SP_SAVE

STB ON/OFF

GND

IN-R

IN-L

VCC

Vref

AGCDET

VREFSP

VCC

R-ch L-ch

VCC

VREFSP

SPATIALIZER

AGCAGC

AGC_det

ON/OFF

VIDEO OUT/

HANDSFREE

MICROPHONE

CONNECTOR

ECO

VDD

GND

VOUT

VDIG29

MIC200

MICROPHONE

5-7 (1-A~B)

5-13 (2-B)

5-7 (1-B)

5-11 (3-D)

5-10 (7-E)

5-11 (3-G)

5-12 (10-G~H)

5-8 (7-F)

5-8 (9-E)

5-8 (7-F)

5-8 (10-A)

5-8 (7-F)

5-8 (10-A)

5-8 (7-F)

5-8 (10-A)

5-9 (2-B)

5-9 (2-A)

5-8 (10-A)

5-10 (8-B)

5-12 (11-D)

5-8 (8-G)

5-8 (7-G)

5-11 (3-H)

5-10 (8-B)

5-12 (3-E)

5-7 (3-A)

5-8 (12-B)

5-11 (3-B)

5-8 (10-B)

5-10 (7-F)

5-8 (12-D),

5-11 (3-F)

5-11 (2-A),

5-8 (12-D)

5-7 (1-F)

5-11 (3-D)

5-10 (8-B)

RECEPTION SIGNAL

TRANSMISSION SIGNAL

SPEAKER SIGNAL

R1649

2.2K

R1643

3.3M

Q1605

EC4301 C

Q1604

EC4401 C

R1652

R1606A

IC1604

LVC1G07Z

LOGIC

L1600

FERRITE BEADS

JK1600

C1645

0.1

R1603

R1644

L1602

FERRITE BEADS

L1601

FERRITE BEADS

C1718

100/4

C1721

C1714

R1718

150

C1722

100/4

R1717

150

C1720

R1626

R1625

C1713

4.7

R1638

C1631

0.1

R1619

33K

C1622

0.027

R1610

C1612

0.001

R1609

R1615

R1607

R1613

IC1600

YMU783C

MOBILE AUDIO

R1611

3.3K

R1602

R1617

120K

C1604

4.7

C1621

0.027

R1618

120K

R1620

33K

C1626

120P(CH)

R1614

R1616

C1613

0.1

R1606

C1625

120P(CH)

R1663

CA1609

C1634

0.1

C1637

4.7

R1639

4.7K

R1648

R1651

2.2K

R1650

C1642

4.7 C1646

4.7

C1644

0.1

C1633

0.1 R1661

R1662

R1667

100

R1641

3.3M

C1723

0.1

R1716

C1614

0.1

R1612

Q1601

HN1C03 FUZ

Q1602

EMT1

R1627

IC1601

BH30FB1WHFV

VIBLATOR

REGULATOR

IC1800

AK8813P

NTSC ENCODER

IC1700

AK4569

PCM

CODEC

C1800

4.7

R1802

C1802

0.1

R1803

6.8K

C1803

4.7

C1704

0.1

C1705

0.1

C1703

0.1

C1709

4.7

C1706

C1702

4.7

C1700

0.1

C1640

C1647

IC1701

MM1671XN

VIDEO AMP.

R1634

100

R1668

R1719

R1806

R1720

C1666

C1667

R1724

R1723

R1704

C1671

0.047

C1672

0.047

C1627

C1628

C1673

4.7

C1675

680P

C1674

680P

R1673

IC1603

AN12974A

AGC STEREO AMP.

R1624

R1646

R1642

R1645

R1656

C1602

0.1

C1678

0.1

C1632

0.1

C1620

0.1

C1680

C1676

C1610

C1600

C1648

C1624

R1621

R1636

R1655

R1635

R1659

10K

R1622

10K

R1657

10K

R1623

10K

R1660

100K

C1677

0.0047

C1601

0.0047

C1605

0.001

C1679

0.001

C1650

0.022

R1653

2.2K

C1629

100/4

C1630

100/4

R1630

3.3K

R1678

3.3K

R1628

100K

R1679

100K

V1602

15P

RA1800

100K

RA1647

560K

C1652

0.1

C1664

0.1

C1665

0.1

C1681

0.47

R1658

0.1

C1684

R1666

R1804

C1682

2.2

D1600

RB521G30

D1601

RB521G30

IC1602

R1163D291B

2.9 V REGULATOR

C1716

0.1

C1717

0.1

C1608

C1619

0.1

C1611

0.1

C1623

0.1

C1635

0.1

C1607

0.1

C1603

0.1

C1606

C1701

2.2

C1707

C1801

R1631

R1807

3.9K

D1603

RB521G30

R1711

180

L1654

600nH

R1664

R1665

C1654

0.1

V1653

15P

C1655

0.1

C1651

0.1

VIB001

VIBLATOR

CONFIDENTIAL

15 5

Figure 5 SCHEMATIC DIAGRAM (5/9)

902SH 902SH

12345 6789

10 11 12

NOTES ON SCHEMATIC DIAGRAM can be found on page 5-1. ( ) : Not Mount Waveform numbers of to

2114

111

, are shown on pages 5-2, 5-3.

11 12

13 14 15 16 17 18 19 20

21 22 23 24

25 26 27 28

29 30 31 32

33 34 35 36

37 38 43 4439 40 41 42

45 46

47 48 49 50 51 52 53 54 55 56

1234567890

GNDRF

RFHC

RFHD

RFLB

RFLA

VCCRF

QRB

QRA

IR B

IR A

GNDRF

REON

GNDPLANE

RFHA

GNDVCO

CLK

DATA

STROBE

GNDVCO

RFHB

TXON

GNDVCO

GNDRF

RXON

GNDVCO

GNDSILENT

TXOLB

BSEL

GNDVCO

TXOLA

PCTL

GNDVAR

VCCVCO

VCCBUF

GNDBUF

GNDPLL

XOOLA

TXOHB

PHDOUT

TXOHA

MODA

MODB

MODC

MODD

VCCPLL

XOOB

XOOC

VTUNE

11 12

13 14 15 16 17 18 19 20

21 22 23 24

25 26 27 28

29 30 31 32

33 34 35 36

37 38 43 44

39 40 41 42

45 46

47 48 49 50 51 52 53 54 55 56

12345678910

1234567890

IFINA

IFINB

VCCLF

QRA

QRB

IRA

IRB

IFOUTB

VCCREF

VCCMIX

GNDIF

CDQ

CDI

GNDLF

MCLK

XOOA

XOIA

MIXINA

DATA

XOOB

XOIB

MIXINB

CLK

GNDREF

GNDBUS

STROBE

GNDBIAS

VCCBUS

IFLOA

GNDEME

GLNA

REFON

IFLOB

RFI N

XOOON

GNDPLL

GNDPHD

GNDTUNE

GNDVCO

RXON

GNDRFLO

GNDBYP

RFLOOA

VCCRF

INDBYP

RFOUT

VCCPLL

VCCPHD

PHDOUT

VTUNE

VCCVCO

VCCRFLO

RFLOOB

IFOUTA

GNDMIX

VCCIF

RF_CLKREQ

WSTR

GVCXOCONT

GWCLK

GWDAT

GMCLK

GRXIB

GRXIA

GRXQB

GRXQA

GWRFLOOP

WPOWERSENSE

WDCDCREF

WPAREF

VBATI

V_WIVI

RTEMP

TXIA

TXIB

TXQA

TXQB

MODD

MODC

MODB

MODA

VCCA

BSEL0

RADCLK

RADDAT

RADSTR

GVLOOP

PCTL

IRA

IRB

QRA

QRB

RXON

TXON

BSEL0

VAPC

VBATI

WCDMA

ANTSW2

ANTSW1

ANTSW0

SP001

SP002

SP003

SP004

GPRFCTRL

GVCCB

EXTLDO

5-9 (3-A)

5-16 (8-A)

5-9 (5-A)

5-16 (9-A)

5-16 (11-G)

5-15 (3-A)

5-15 (2-A)

5-16 (8-A)

5-8 (12-D)

5-16 (10-H)

5-16 (11-D)

5-10 (8-C)

5-16 (9-H)

5-10 (8-D)

5-10

(8-C)

5-10 (8-C)

5-15 (5-H)

5-10 (8-C)

5-8 (9-E)

5-15 (5-H)

5-8

(9-F)

MAIN PWB-A(5/6)

VDDA

VCCA

VDDB

VCCB

V_WIVI

PASENSE

SP008

897.50MHz

1,810.00MHz

WCDMA

6789

4321

VREG

GND

VCCBIAS

GND

VCCDET

GND

VDETECT

GND

VCC2

VCC1

RFIN

RFOUT

SP009

SP015 SP016 SP017 SP018

SP022

SP023

SP019

SP020

SP021

VCCB

GVCCB

SP027

VCORE15

NCGND

VoV+

DCS_PCS out

GSM_Pout

GSM_Pin

Vcc

Vsupply

VAPC

DCS_PCSin

Vcc

GND

DCS1800Rx

GND

GSM1900RX

VC1

GSM900Rx

VC2

ANT

Vdd

GND

VCG

WCDMA

GND

DCS1800Tx

GND

GSM900Tx

11 12

13 14 15 16 17 18 19 20

21 22 23 24

25 26 27 28

29 30 31 32

33 34 35 36

37 38 43 4439 40 41 42

45 46

47 48 49 50 51 52 53 54 55 56

1234567890

QINBAR

QIN

IINBAR

IIN

VCCBB

VCCIFPHD

PHDIFOUT

VCCIFPLL

GNDIFVCO

VCCIFVCO

XOOB

VTUNEIF

XOOC

GNDBB

CLK

GNDIFPHD

GNDIFPLL

GNDRFVCO

GNDTUIF

VCCBUS

GNDBUS

GNDRFPHD

GNDIFVCO

IFLO

DATA

TXON

VCCRFPHD

GNDIFLO

GNDRFPLL

PHDRFOUT

VCCIFLO

GNDRFLO

STROBE

VCCRFPLL

RFLO

GNDRFLO

GNDRF

GNDIF

GNDRFVCO

GNDTUNERF

VCCRF

OUT

OUTBAR

GNDRF

MIXOUT

MIXOUTBAR

VTUNERF

RF_I O

ANT_IO

2110-2170MHz

SP028

SP029

DUPLEXER

ANT GNDRX TX

SP031

SP032

WRFLOOP

MODA

MODB

MODC

MODD

IR B

QRA

QRB

QRA

IRB

IRA

TXQB

TXQA

TXIB

TXIA

XOOB

ANTSW3

WDAT

XOOA

RF_CLKREQ

WSTR_WOPY_WIV I

WSTR_WOPY_WIVI

WCLK

VCXOCONT

IR A

EGSMTx H

CONTROL LOGIC

GSM1900Rx L

EGSMRx L

GSM1800/1900Tx

UMTS

VCG

(ANTSW3)

VC1

(ANTSW1)

VC2

(ANTSW2)

GSM1800Rx L

41 40 39 38 37 36 35 34 33 32 31 30 29

1413121110987654321

WON

IFLOBAR

IFBPBAR

IFBP

VCCIF

VCCRFVCO

RFLOBAR

15 16 17 18 19 20 21 22 23 24 25 26 27 28

4344454647484950515253545556

1516171819202122232425262728

43 44 45 46 47 48 49 50 51 52 53 54 55 56

1 2

2 3

5 4

1 2 3 4

123

654

2 3

5 4

2 3

5 4

3 4

13 14 15 16

56789

13 14 15 16 17

1 2

654

1234

6 7 8 9

91011

20 21 22 23

BUILT-IN

AERIAL

,65

13MHz

5-15 (3-A)

5-15 (4-H)

5-16 (11-G)

5-10 (11-B)

5-10 (8-C)

5-10

(11-B)

5-8 (12-E)

5-10 (8-E)

5-15 (2-A)

5-15 (4-H)

5-16 (11-G)

5-10

(11-B)

5-10 (8-D)

5-15 (3-H)

5-15 (4-H)

5-10

(11-B)

5-10 (8-D)

5-15 (3-H)

5-8

(9-F)

5-8

(9-F)

5-10 (8-D)

5-17 (3-F) 5-15 (5-H)

5-15 (4-H)

5-15 (3-A)

5-15 (4-A)

RECEPTION SIGNAL

TRANSMISSION SIGNAL

2.71V

2.71V 1.50V

1.50V

5-9 (2-E)

HINGE_BHINGE_A

COAXIAL

CABLE

R770

D770

BBY58-02V R771

10K

C773

5P(CH)

C772

330P

C777

47P(CH)

C770

0.01

C778

56P(CH)

R772

10K

C776

5P(CH)

X770

C414

22P(CH)

C447

0.01

C448

0.01

R430

C760

0.01

C761

120P(CH)

L760

1µH

R760

C431

22P(CH)

C453

0.01

C454

0.01

C451

0.01

C452

0.01

C442

0.0022

C443

(CH)

L441

100nH

C441

0.0022

R411

1.5K

C423

0.0022

C422

0.0022

C425

0.0022

C424

22P(CH)

L421

47nH

L422

47nH

FL420

Rx-IFSAW

(W-CDMA)

FL400

Rx-RFSAW

(W-CDMA)

C412

1P(CH)

C413

1P(CH)

L411

6.8nH

C407

22P(CH)

R740

R730

R401

C730

0.01

C731

22P(CH)

C751

22P(CH)

L424

4.7nH

C720

0.0056

R721

R720

5.6K

C721

390P

C750

22P(CH)

L423

4.7nH

C404

0.01

C741

22P(CH)

C403

22P(CH)

C740

0.01

C714

100P

(CH)

C715

100P

(CH)

C716

5P(CH)

R431

C800

0.1

C801

0.033

C802

R809

IC800

LP3981ILD

2.8 V REGULATOR

R810

C803

4.7

R811

C401

22P(CH)

L401

2.2nH

C402

0.001

C012

22P(CH)

C601A

0.5P(CH)

C631

10P(CH)

C632

0.01

L506

6.8nH

R604

390

R606

390

R605

IC630

RF9266

W-CDMA

POWER AMP.

R631

R617

C635

0.001

C905

2.2P

R904

L904

3.9nH

L907

22nH L908

18nH

R902

C902

1.8P

L906

2.7nH

R901

C900

4P(CH)

L008

1nH

FL003

ESD DEVICE

C341

22P

(CH)

C313

22P

(CH)

C328

C023

47P(CH)

R326

51m

(1/5W)

L342

3.3nH

L001

22nH

C007

47P

(CH)

C352

47P(CH)

C350

1P(CH)

C327

33P(CH)

L352

3.3nH

IC300

CX77313

POWER AMP.

MODULE

(FOR GSM)

C362

22P

(CH)

C325

22P

(CH)

C363

(CH)

C354

0.5P

(CH)

C331

22P

(CH)

C001

47P(CH)

L351

68nH

C324

47P(CH)

C002

47P(CH)

C003

47P(CH)

C004

47P(CH)

C005

0.001

FL001

ANT SW

MODULE

Q003

RN47A4 JEF

C022

0.001 R002

10K

C110

47P(CH)

C100

47P(CH)

L111

18nH

L101

22nH

FL100

Rx-SAW

(DCS)

FL110

Rx-SAW

(GSM)

C121

5P(CH)

C122

5P(CH)

C111

47P(CH)

C112

47P(CH)

L110

18nH

C120

47P(CH)

L121

12nH

L122

3.9nH

FL120

Rx-SAW

(PCS)

C101

5P(CH)

C102

5P(CH)

L100

4.7nH

L331

10nH

L330

47nH

C333

22P(CH)

FL330

HYBRID BALUN

FL331

HYBRID BALUN

R305

R306

390

R304

390

C332

33P(CH)

L332

68nH

R303

470 R301

470

CN901

COAXIAL

CONNECTOR

CN902

COAXIAL

CONNECTOR

ANT901

AERIAL TERMINAL

FL500

Tx-RFSAW

(W-CDMA) C508

4P(CH)

C507

3P(CH)

L505

6.8nH

L503

5.6nH

L504

8.2nH

C511

10P(CH)

C512

10P(CH)

C513

0.01

C514

0.01

L507

68nH

R510

R502

680

R504

680

C501

47P(CH)

L502

18nH

L501

18nH

C710

150P(CH)

C702

22P(CH)

C503

22P(CH)

C704

22P(CH)

R503

R711

C701

0.01

C703

0.01

R501

R710

4.7K

C711

0.0033

R701

R702

IC501

LM20SITLX

TEMPERATURE

SENSOR

C515

0.1

R511

470

R603

C602

22P(CH)

C601

0.01

IC700

OM5955ET

W-CDMA

TRANSMITTER IC

C502

2P(CH)

C509

10P(CH)

C510

0.01

C505

22P(CH)

C504

10P(CH)

R626

33K

C626

330P

IC620

MAX1820XEBC

DCDC

R632

C622

22P(CH)

C624

4.7

C623

C627

4.7

R627

39K

R628

100K

C628

0.001

L621

4.7µH

R302

C104

22P(CH)

C201

0.01

C205

47P(CH)

C103

0.01

R210

100

R211

100

R212

100

R213

100

L120

68nH

L200

68nH

L201

5.6µH

R335

C226

0.001

C227

0.001

IC100

OM5952AET

RECEIVER/TRANSMISSION IC

FOR GSM

C202

0.01

C330

22P(CH)

C113

22P(CH)

C335

22P(CH)

C356

22P(CH)

L203

68nH

C334

22P(CH)

C361

22P(CH)

L301

68nH

R223

390

C221

0.01

R220

560

C224

0.0012

C225

0.0018

L202

100µH

C223

330P

R222

120

C222

560P

C444

0.01

R774

1.2K

R773

15K

C779

150P(CH)

Q701

EC3201 C

R703

FL650

ISOLATOR

FL002

IC400

OM5954ET

RECEIVER IC

FOR W-CDMA

902SH

5 – 17

CONFIDENTIAL

Figure 6 SCHEMATIC DIAGRAM (6/9)

12345 6

NOTES ON SCHEMATIC DIAGRAM can be found on page 5-1.

MAIN PWB-A(6/6)

IRA

IRB

QRB

QRA

RXON

GQDATA

IDATA

GDCLK

VDIG275

GM_I2CDAT

GM_I2CCLK

GRESHERTA

SYSCLK2

SP014

SP012

9 10111213151516

17 18 19 20 21 22 23 24

25 26 27 28 29 30 31 32

33 34 35 36 37 38 39 40

41 42 43 44 45 46 47 48

49 50 51 52 53 54 55 56

57 58 59 60 61 62 63 64

A12345678

12345678

VSS

VDD

IDAT

QRB

QRA

IRB

IRA

DAC03

VSS

DEC4

RXSTR

VDD

DAC02

GPA0

GPA1

VDD

VSS

DCLK

DACDAT

DACCLK

DAC01

GPA2

GPA3

GPA4

I2CCLK

RESETB

I2CDAT

QDAT

GPA6

GPA5

GPA7

DACSTR

DEC5

DEC1

REXT

VSS

AUXI1

GPCLK

GPDAT

ADSTR

AVDD

VSS

VDD

CCO

MICI P

PCMCLK

VSS

VDD

MICI N

PCMDL

VSS

BEARP

PCMUL

PCMSYN

MCLK

DEC2

DEC3

VDD

VSS

AUXO2

BEARN

12345789

10 11 12 13 14 15 16

383940

GND

OUT

GND

BT_ANT

BU2_ANT

5-8 (7-F)

5-8 (12-C)

5-8 (7-F)

5-8 (12-E)

5-9 (3-A)

5-9 (3-F)

5-8 (12-E)

5-9 (3-A)

5-9 (3-F)

5-8 (9-F)

5-8 (7-F)

5-8 (12-D)

5-12 (11-A)

5-16 (11-D)

5-9 (2-E) 5-8 (10-G)

RECEPTION SIGNAL

R150

R151

C156

0.01 R140

100K

C144

0.068

C143

0.068

IC101

AB1011

GSM CODEC

C142

0.068

C141

0.068

C140

0.068

C150

0.01

CN061

BLUETOOTH

AERIAL

TERMINAL

L061

2.2nH

L061A

2.2nH

C064

1.8P

C062A

4P(CH)

C062

1.5P(CH)

902SH

5 – 18

CONFIDENTIAL

Figure 7 SCHEMATIC DIAGRAM (7/9)

12345 6

NOTES ON SCHEMATIC DIAGRAM can be found on page 5-1.

MAIN PWB-A

DISPLAY PWB-B

IC1002

PIN NO. VOLTAGE

2.75V

0.00V

4.20V

2.89V

0.00V

38.71mV

IC2001

PIN NO. VOLTAGE

4.20V

0.00V

IC3001

PIN NO. VOLTAGE

1.85V

0.00V

4.20V

2.89V

0.00V

2.77V

IC3002

PIN NO. VOLTAGE

1.81V

0.00V

4.15V

1.85V

0.00V

2.77V

IC3004

PIN NO. VOLTAGE

1.81V

0.00V

4.16V

2.50V

0.00V

2.77V

IC1303

PIN NO. VOLTAGE

16.41mV

761.12mV

88.53mV

469.23mV

0.00V

IC1201

PIN NO. VOLTAGE

99.11mV

18.23mV

0.00V

18.31mV

IC1204

PIN NO. VOLTAGE

1.50V

1.80V

0.00V

326.32mV

IC1205

PIN NO. VOLTAGE

1.50V

2.75V

0.00V

184.11mV

IC2004

PIN NO. VOLTAGE

4.20V

0.00V

IC3006

PIN NO. VOLTAGE

3.92V

1.97V

0.00V

1.96V

3.92V

SD PWB-C

IC620

PIN NO. VOLTAGE

3.84V

2.15V

1.23V

0.78V

0.00V

3.80V

3.84V

2.79V

0.00V

IC800

PIN NO. VOLTAGE

2.80V

1.66V

2.80V

0.00V

1.14V

Approx.2.78V

0.00V

IC501

PIN NO. VOLTAGE

Not Connected

0.00V

Approx.1.35V

2.79V

IC630

PIN NO. VOLTAGE

2.55V

0.00V

3.84V

0.00V

3.70V

1.16V

0.00V

3.70V

0.00V

3.70V

0.00V

Measure condition

Tx Power

Power Voltage

21.8dbm 3.84V

IC1700

PIN NO. VOLTAGE

0.00V

2.93V

0.00V

105.21mV

0.00V

2.93V

0.00V

2.93V

0.00V

PIN NO. VOLTAGE

0.00V

1.02V

0.00V

2.93V

320.61mV

161.23mV

243.21mV

325.31mV

IC1603

PIN NO. VOLTAGE

424.12mV

457.21mV

423.21mV

467.22mV

340.23mV

0.00V

265.12mV

4.20V

0.00V

229.12mV

0.00V

223.32mV

321.15mV

0.00V

176.31mV

0.00V

PIN NO. VOLTAGE

4.20V

407.21mV

621.31mV

753.11mV

0.00V

403.21mV

230.32mV

495.33mV

131.29mV

0.00V

2.93V

440.23mV

0.00V

IC1504

PIN NO. VOLTAGE

0.00V

4.20V

0.00V

2.50V

4.20V

2.93V

2.89V

2.52V

4.20V

2.93V

0.00V

1.50V

1.73V

1.58V

PIN NO. VOLTAGE

1.81V

2.93V

2.89V

2.53V

2.77V

0.00V

1.78V

4.20V

4.16V

0.00V

670mV

1.04V

IC1602

PIN NO. VOLTAGE

4.20V

0.00V

113.25mV

0.00V

IC1701

PIN NO. VOLTAGE

0.00V

398.22mV

0.00V

209.31mV

IC1601

PIN NO. VOLTAGE

0.00V

4.20V

33.20mV

0.00V

IC1206

PIN NO. VOLTAGE

4.20V

0.00V

1.80V

132 178mV

0.00V

4.20V

IC1001

PIN NO. VOLTAGE

0.00V

0.30V

0.00V

01.50V

1.80V

PIN NO. VOLTAGE

1.80V

01.80V

0.00V

1.80V

2.77V

2.90V

1.80V

2.77V

0.00V

2.77V

0.00V

2.77V

1.80V

0.00V

902SH

5 – 19

CONFIDENTIAL

Figure 8 WIRING SIDE P.W.BOARD (1/5)

12345 6

MAIN PWB-A (FRONT SIDE)

MIC200

MIC201

SP031

SP032

SP012

SP014 SP001

SP002

SP003

SP004

210 20 26

515 27

51020253035

FROM

KEY FPC UNIT

PWB-E 5-27 (2-H)

COAXIAL

CONNECTOR

COAXIAL

CONNECTOR

HINGE_B

(106-7)

HINGE_A

(106-7)

COAXIAL CABLE (106-8)

CN3001

MIC200

MICROPHONE

INFRARED DORT

To DISPLAY PWB-B

(REAR SIDE)

5-25 (3-H)

COAXIAL CABLE (161)

This PWB employs lead-free solder.

R401

R210

R211

R212

C1506

R213

C1507

C1508

C1509

R603

R604

C1510

R605

R411

C1511

R606

C1512

R1103

R220

R1104

C1514

C1515

R222

R223

IC1101 IC1100

R1109

R1110

R1111

R1112

R617

D770

R1115

C001

C002

C003

C004

R810

C005

L008

R430

IC1500

R1508

R1120

C201

R431

R1509

R1121

R626

C202

R627

LED1503

R628

C205

C012

C1684

R1127

R1128

R1512

R1514

R631

C401

R1515

R632

C402

R1516

C403

C404

R1518

R1519

C407

C022

R1520

C601

C602

R1524

R1525

C412

C413

R1527

C414

C221

C222

C223

C224

C225

C226

C227

C422

C423

C424

C425

C622

C623

C624

C431

C626

C627

C628

C631

C632

C635

C441

C442

C443

R1557

C444

C447

C448

C451

C452

C453

C454

L100

L101

R1576

FL001

Q003

L301

L110

L111

FL100

L501

L502

L503

L504

L505

L506

L507

L120

IC400

L121

L122

FL110

FL500

FL120

CN1000

L330

L331

L332

C1000

C1001

Q1001

C1006

C1007

IC620

L342

C1202

FL330

C1010

FL331

C1012

C1207

C1013

C1014

C1209

C1015

C1016

C1400

R301

R302

R303

R304

IC630

C1210

R305

L351

C1211

L352

R306

C1406

C1407

C1213

Q1210

R501

R502

R503

R504

C1410

C1651

C1220

C1221

C1222

C1223

IC1000

R701

C1225

R702

C1226

R703

R510

R511

C1229

R1012

R1013

IC1200

R326

R1016

R710

R711

L760

IC1209

C100

IC1400

R1214

C101

C102

C103

C104

R140

R335

R720

R721

C1052

C1053

R1220

R1221

R1222

R1223

C110

C111

CN901

R1225

C112

CN902

C113

R1227

R150

R1034

R151

R1037

R730

C501

C502

C503

C504

C1258

C505

C1259

C507

C313

C508

C120

R1234

C509

C121

R1041

C122

C701

C702

C703

C510

C704

R740

C511

C512

C513

C514

R1240

C515

C324

C325

C327

C328

C710

C711

R1055

C714

C715

C716

C330

C331

C332

C333

C140

C334

C141

C335

R1061

C142 R1062

C143

R1063

C144

C720

R1064

C721

R1065

R1066

R760

R1260

C341

C150

R1073

C730

R1074

C731

C156

RA1000

R770

RA1001

R771

RA1002

R772

RA1003

RA1004

C350

R1658

RA1005

RA1006

C352 C354

RA1007

RA1008

RA1009

C356

C740

C741

R1661

R1662

RA1010

R1666

C361

C362 C363

C750

C751

L200

L201

L202

L203

IC100

IC101

FL002

FL650

C760 C761

L401

IC300

C601A

C770

L411

C772

C773

FL400

IC501

C776

C777

C778

IC700

X770

L421

L422

L423

L424

L621

FL420

R002

C1104

C1106

C1107 C1108

C1109

L441

CN1501

C803

902SH

5 – 20

CONFIDENTIAL

Figure 9 WIRING SIDE P.W.BOARD (2/5)

789

10 11 12

Waveform numbers of

45 48

, are shown on pages 5-2 to 5-6.

MAIN PWB-A (REAR SIDE)

TP1601

TP1608

TP1234

TP1400

TP1215

TP1216

TP1602

TP1604 TP1605

TP1606

TP1607

TP1800 TP1611

VIB1600

VIB1601

TP1609

TP1600

TP1008

TP1010

TP1209

TP1211

TP1212 TP1219

TP1220 TP1221 TP1222

TP1610

TP1612

TP1230

TP1231

TP1232

TP1233

TP1235

SP009

SP015

SP016

SP017

SP018

SP019

SP020

SP028

SP029

TP1302

TP1304

TP1507

TP1210

TP1021

TP1218

TP1228

SP021

SP023

TP1303

TP1305 TP1306

TP1307

SP008

SP022

TP1003

TP1229

SP027

TP1023 TP1236

TP1237

TP1019 TP1020

TP1226

TP1227

TP1500

TP1501

TP1502

TP1504

TP1505

TP1006

TP1009

TP1206

TP1013

TP1015

TP1016 TP1017

TP1018

TP1024

TP1225

TP1613

TP1308

TP1022

TP1004

TP1005

TP1007

TP1011

TP1012

TP1014

TP1223

TP1614

TP1503

TP1200 TP1201

TP1202

TP1203

TP1204

TP1205

TP1207

TP1603

TP1301

TP1506

TP1213

TP1002

TP1217

9101516

24 25 30

51013

16 15

1520

45 50

20 22

22 25

BUILT-IN

AERIAL

TERMINAL

BUILT-IN AERIAL

BLUETOOTH

AERIAL TERMINAL

BLUETOOTH AERIAL

PWB-K

USIM CARD CONNECTOR

EXTERNAL

CONNECTOR

CHARGE

TERMINAL

CHARGE

TERMINAL

BATTERY

TERMINAL

VIDEO OUT/

HANDS FREE

MICRO PHONE

CONNECTOR

SMALL LIGHT

5-27 (3-C)

FROM

SD P.W.B.

CONNECT

FPC PWB-H

12 13

16 17

14 15

This PWB employs lead-free solder.

VIBRATOR

V1500

V1501

C1502

C1503

C1504

C1505

V1311

C1700

C1701

C1702

C1703

R1100

C1704

R1101

C1705

R1102

C1706

C1707

C1513

R1106

C1516

R1107

C1517

R1108

C1518

C1519

IC1103

R1300

IC1104

R1301

IC1105

R1302

IC1106

R1303

C1713

R1304

C1714

C1520

C1521

R809

R1305

C1716

R1306

R1307

C1717

C1523

IC1300

R1308

R1114

C1718

C1524

R1309

C1525

C1526

IC1303

C1527

L1500A

C1528

R811

L1501

R1119

C1529

R1502

R1503

C007

R1504

R1310

C1720

R1505

C1721

R1312

R1506

C1722

R1507

C1723

C1530

R1315

C1531

IC1502

R1316

C1532

R1317

IC1504

CA1521

IC1505

R1704

R1510

L1201

R1511

IC1700

IC1701

R1517

R1130

C1542

R1711

C023

L061A

C062A

R1716

R1522

R1717

R1523

R1718

R1719

R1526

L1600

R1528

L1601

R1529

V1551

L1602

V1552

R1603

V1553

C800

C1554

R1720

C801

C1555

C802

R1606A

R1723

R1724

R1530

R1531

R1532

R1533

R1534

R1537

R1538

R1539

CN061

R1540

R1541

R1542

R1543

R1544

R1545

R1546

R1547

R1548

R1549

R1550

R1551

R1554

R1555

R1556

FS1200

R1558

R1559

C1582

L061

C062

C1587

C064

R1560

R1561

R1562

R1563

R1564

R1565

L1566

L1567

FL1500

FL1501

R1570

R1571

R1572

R1573

R1574

R1575

RA1500

R1578

JK1600

Q701

LED1200

L904

L906

IC800

CN1200

ANT901

CN1201

C1002

C1003

Q1000

C1004

C1005

C1008

C1009

RA1547

C1200

C1201

C1203

Q1200

C1204

Q1201

C1205

C1011

C1206

Q1203

C1208

Q1206

C1017

Q1208

C1401

C1402

C1403

C1404

C1405

C1212

C1408

C1214

C1409

Q1211

C1215

C1216

Q1212

C1217

C1600

X1500

D1000

C1218

Q1214

RA1561

C1601

Q1215

C1602

C1603

C1604

C1028

C1605

Q1601

C1411

C1029

Q1602

C1606

C1412

C1413

C1607

C1414

C1608

C1415

Q1605

V1416

D1200

C1800

C1224

C1030

IC1001

D1201

C1801

C1031

D1202

IC1002

C1802

C1032

D1203

IC1003

C1803

C1227

IC1004

C1610

R1200

C1034

C1611

R1201

C1035

IC1005

C1612

C1036

R1203

C1613

C1037

C1614

C1038

R1011

R1205

R1206

R1207

R1208

R901

IC1201

C1619

R1209

IC1202

C1232

R902

IC1203

R1017

IC1204

C1040

CA1609

R1401

IC1205

C1235

C1041

R1402

IC1206

C1236

R1403

R1210

C1620

C1238

R1211

V1045

C1621

C1239

R1212

C1622

V1047

R1213

C1623

D1600

R1020

C1624

IC1401

D1601

R1215

R1021

C1625

V1602

R1216

C1626

D1603

R1217

R1023

C1627

R1218

R1024

C1628

C1241

R1219

R1025

C1629

R1602

R1026

C1244

C1050

R1029

C1051

C1245

R1606

C1246

C1247

R1607

IC1600

C1630

IC1601

R1609

C1631

C1249

C1632

IC1602

IC1603

C1633

R1224

R1030

C1634

C1635

R1613

R1616

R1615

R1031

R1802

R1226

R1032

R1803

R1033

C1637

R1300A

R1804

R1610

C1250

R1301A

R1611

R1229

R1035

C1251

R1806

R1302A

R1612

R1036

C1252

R1807

R1303A

C1253

V1117

IC1800

R1304A

R1614

R1038

R1039

C1255

R1306A

R1617

R1618

R1230

C1228

C1231

C1230

C1640

R1619

R1232

C1642

L1500

R1040

C1644

R1235

C1645

R1042

C1646

R1237

C1647

C1648

R1620

R1238

C1260

R1045

R1621

R1239

R1622

R1046

R1623

R1047

R1048

R1624

R1049

R1625

R1626

R1627

R1628

C1650

R1241

C1652

R1242

V1653

C900

L907

L908

R1244

R1050

C1654

R1245

R1051

C1655

C902

R1246

R1052

R1247

R1053

R904

R1248

R1054

R1630

R1631

C905

R1056

R1057

R1634

R1058

R1059

R1266

R1635

R1636

R1638

R1639

C1664

R1060

C1665

R1255

C1666

R1256

C1667

R1258

R1641

R1642

R1067

R1643

R1644

R1069

R1645

R1646

R1648

C1671

R1261

R1649

C1672

R1262

C1673

R1263

R1070

C1674

R1264

R1071

C1675

R1265

C1676

C1677

C1678

R1650

R1075

C1679

R1651

R1076

R1652

R1653

L1654

R1077

R1655

R1656

R773

R1657

R774

C1680

C1681

R1659

C1682

R1660

R1663

R1664

R1665

R1667

R1668

L001

RA1017

RA1018

R1673

R1678

R1679

RA1027

RA1028

FL003

RA1800

C779

CN1300

X1000

RA1647

CN1500

C1300

C1301

C1302

C1303

C1304

C1110

C1305

Q1301

C1111

C1306

C1112

C1307

C1113

C1116

Q1002

R1068

Q1604

IC1604

C1709

Q1202

Q1204

Q1205

Q1213

Q1207

Q1209

C1240

Q1300

VIB001

CONFIDENTIAL

21 5

Figure 10 SCHEMATIC DIAGRAM (8/9)

902SH 902SH

12345 6789

10 11 12

NOTES ON SCHEMATIC DIAGRAM can be found on page 5-1. ( ) : Not Mount Waveform numbers of

4746

, are shown on pages 5-2, 5-3.

DISPLAY PWB-B

TP3009

TP3012

TP3002

TP3025 TP3008

TP3018

TP3024

TP3053

TP3

TP4

TP5

TP6

TP7

TP8

TP9

TP10

TP11

TP12

TP13

TP14

TP15

TP16

TP17

TP18

TP19

TP20

TP21

TP22

TP23

TP2

TP1

TP3054

TP3055

TP3033

TP3031

TP3032

TP3049

TP3051

TP3048

TP3050

TP3003

TP3004

TP3005

TP3056

TP3057

TP3059

TP3058

TP3061

TP3063

TP3062

TP3060

TP3064

TP3066

TP3065

TP3067

TP3068

T-COM

TFT-COM

COMC

COMDC

VCOMH

DCLK

HSY

VSY

SCLK

RESET

VCC

GND

VDC

COM2

VCL AM

VSS2

VSS1

VDD2

C5-

C5+

C4-

C4+

C3-

C3+

C2-

C2+

C1-

C1+

VDC2

NCNC

RXCKN

VDDPLL

149

VDDIOA

VDDIOD

105

176170

28 32

168165

118

SUBCK/SUBGPO1

GNDPLL

SUBDB0

DB11

GND

BSPIXEL2/NDATA2

DB0

GPO9

BSVS_B/VSYNC_NT

SCL

158

GDATA2

GSR

PLLDIV2

VDDOSC

167

VDDIOD

161

6259

103

126

111

109

38 43

8785

SUBRS/SUBGPO2

SCANEN

SUBDB1

DB10

GND

BSPIXEL3/NDATA3

DB1

GPO10

110

BSHS_B/HSYNC_NT

GPO0

GDATA3

VDWAIT_B

PLLDIV1

VDDCORE

VDDIOB

175

145

160

117

102

142

113

TESTI

144

SUBDB2

DB12

GND

DB3

GPI0

GPO1

GDATA0

143

RESET_B

PLLDIV0

VDDCORE

VDDIOB

DCLK

172

127

151

SUBCS_B/SUBGPO3

GPCLK

SUBDB3

DB8

GND

DB2

GPI1

169

GPO2

GDATA1

BDATA5

BDATA4

XIN/SCANCK

152

124

VDDCORE

VDDIOA

HSYNC

119

146

171

115

SE_LD2/PORT3

101

SUBDB4

DB13

GND

BSPIXEL6/NDATA6

DB5

GPI2

GPO3

RDATA5

130

134

OSCIN

VDDCORE

174

VDDIOB

VSYNC

100

122

147

162

SUBWR_B/SUBGPO4

SE_LD3/PORT4

SUBDB5

MAGBUSY

GND

BSPIXEL4/NDATA4

DB7

WAIT_B

GPI3

BSPIXEL0/NDATA0

GPO4

RDATA4

BDATA2

OSCOUT

VDDCORE

108

VDDIOA

SE_DI/PORT6

163

157

120

164

129

114

SE_LD4/PORT5

SUBDB6

NTCLK

GND

153

DB6

BUFOFF_B

GPI4

GPO5

RDATA2

BDATA3

131

VD0N

VDDCORE

VDDIOC

SE_DO/PORT0

136

132

135

133

SUBRD_B/SUBGPO5

PWM0/PORT7

SUBDB7

BSCLK/DCLK_NT

GND

BSPIXEL5/NDATA5

DB4

CS_B

GPI5

GPO6

RDATA3

116

GDATA5

RXDTP

VDDCORE

148

VDDIOC

150

SE_CK/PORT1

154

166

104

137

PWM1/PORT8

SUBCKS/SUBGPO0

GND

128

BSPIXEL7/NDATA7

DB15

RD_B

GND

138

BSPIXEL1/NDATA1

GPO7

RDATA0

GDATA4

RXDTN

61 63

VDDCORE

VDDIOA

173

SE_LD1/PORT2

112

139

125

SUBFLMIN

PWMLCD/PORT9

159

140

GNDOSC

DB14

WR_B

GND

GPO8

RDATA1

BDATA0

RXCKP

VDDVD

VDDIOB

17 27

106 107

156

141

121

155

SUBLPIN

LCDINT

GNDVD

BSBLK_B

DB9

RSP

GND

123

GPO11

SDA

BDATA1

LR38866

DUMMY

910

12 13

19 20 2122

25 26 27 28 29

3738

4041 42

4344 45 46 47

5354 55 56

57 58

7172

86 87

101

102

103

104

105

106

107

108109

110 111

112

113

114

115

116 117118

119

120

121

122

123

124125 126

127

128

129

130

131

132

133

134

135

136

138 139140

141 142

143

144

145

146

147

148

149

150

151

152

153

154

155

156

157 158

159

160

161

162

163

164

165

166

167

168

169

170

171

172

173174

175

176

95 94

100

137

VBATIB

VUDIG29

VUDIG18

VUDIG29

VUDIG25

VUDIG29

VUDIG25

VUDIG18

VUDIG29

VBATIB VUDIG29

VUDIG29 VUDIG18

VUDIG29

VUDIG18

VCCR

VUDIG29

VUDIG18

959488

105

108

107

104

31 32

102 106

5350

56 60

100

103

101

DCLK

HSYNC

VSYNC

SCLEG0

SCLEG1

SCLK

SCS

SDI

SDO

NRESET

EDO

EDI

ECLK

ECS

C1P

C1N

C2P

C2N

C3P

C3N

C4P

C4N

VDC2

VIN2

V49_OUT

VDD_AIO

V51_OUT

PVOPL

PVOPH

PVONL

PVONH

VIN

VDD_DIO

VDD_DCORE

VDD_PLL

V18_SEL

V18_OUT

GND_D

GND_PLL

GND_DC1

GND_DC2

GND_DC3

GND_VREF

GND_5

GND_DAC1

GND_DAC2

GND_DAC3

COM

VEE_OUT

GSPB

GCK

GOE

INIT

VDD_OUT

SSPB

SCK

SCKB

PCTL

PVOUT

AVOUT1_R

AVOUT2_R

AVOUT3_R

AVOUT4_R

AVOUT1_G

AVOUT2_G

AVOUT3_G

AVOUT4_G

AVOUT1_B

AVOUT2_B

AVOUT3_B

AVOUT4_B

EXT1

TEST0

TEST1

TEST2

TEST3

STATUS0

STATUS1

NC1

NC2

NC3

NC4

EXT2

RH-IXA040AF01L

1213 14

2526

2728

2930

3132

3435

3738

3940 41

4344 45

49 50

6465

78 79 80

8889

100101

102

103

104

105

106

107

108

IN1

OUT1

IN2

OUT2

IN3

OUT3

IN4

OUT4

GND

GND 1

IN4

OUT4

IN3

OUT3

IN2

OUT2

IN1

OUT1

GND

1234

5678

1234

5678

TP3036

TP3035

TP3034

NC NC

VUDIG29

VCCR

TP3019

TP3037

TP3010

TP3026

TP3027

TP3028

TP3011

TP3007 1

VBATIB

VUDIG25

VBATIB

VUDIG29

VUDIG18

1234

5678

1234

5678

EAR

XEAR

LCDRST

LCDINT

DCLK

SP-R2

SP-R1

SP-L2

SP-L1

SE_DI_

LVSIN

VDON

VDWAIT

M_LCD_I2CCLK

M_LCD_I2CDAT

LVSIN

LCDCLK

TXDTP

TXDTN

TXCKP

TXCKN

VDWAIT

M_LCD_I2CDAT

M_LCD_I2CCLK

SE_LD1

SE_CK

SE_DO

HSYNC_M

VSYNC_M

LCDIN T

LCDRST

XRESET

BD4

BD5

BD2

BD1

GD0

GD2

BD0

BD3

GD4

GD1

GD5

GD3

RD3

RD1

RD2

RD0

RD4

RD5

BD5

BD3

BD2

BD1

BD4

GD2

GD3

GD0

GD4

GD5

GD1

BD0

RD3

RD1

RD2

RD0

RD4

RD5

SE_DI

XRESET_

VSYNC

PCLK

VDON

HSYNC

I2CCLKA

I2CDATA

PCLK

HSYNC

VSYNC

POW_ECO

LCDRST_M

POW_CE

TXDTN

TXDTP

TXCKN

TXCKP

VDD

OUT

GND

SP2001

STEREO

SPEAKER (R)

SP2000

STEREO

SPEAKER (L)

EP1000

EARPIECE

BATT1200

BACK-UP

BATTERY

2.2K

LCD-C BUS &etc

SUB CAMERA BUS

MR SENSOR

D5(CAMPXL0)

SDA(CAM)

D7(CAMPXL0)

PCLK

D3(CAMPXL0)

SCL(CAM)

D4(CAMPXL0)

D1(CAMPXL0)

RSTB

D6(CAMPXL0)

D0(CAMPXL0)

HSYNC

D2(CAMPXL0)

GND

ECO

VDD

GND

Vout

GND

VDD

ECO

GND

Vout

TCOM2

GVSS

GSPB

GCK

GOE

INIT

VDD

SSPB

VSS

SCK

SCKB

PCTL

PVID2

PVID1

VR1

VR2

VR3

VR4

VG1

VG2

VG3

VG4

VB1

VB2

VB3

VB4

TCOM1

CORE

VCC

GND

ESD

VSYNC

AVDD

AGND

CREFP

CREFN

STDBY

DVDD

HVDD

DGND

VCCR

SP-R2

VCC

SP-R1

GND

FLIP_R

SP-L2

SP-L1

SPEAKER FPC

PWB-G

LED FPC UNIT

PWB-F

GND

VoutVDD

CE ECO

GND

IN4

OUT4

IN3

OUT3

IN2

OUT2

IN1

OUT1

GND

GND 4

FROM

COAXIAL

CABLE

5-12 (12-E)

5049

SUB CAMERA UNIT PWB-D

LCD3000

MAIN DISPLAY

RECEPTION SIGNAL

SPEAKER SIGNAL

BATTCAM

BLED-

D5(CAMPXL0)

SCL(CAM

BATTLCD

SP-R2

VTX1DP

D0(CAMPXL0)

HSYNC

D7(CAMPXL0)

SDA(LCD

SP-L2

LVSIN

D1(CAMPXL0)

LCDRST

SDA(CAM

POW_CE

D2(CAMPXL0)

D3(CAMPXL0)

BLED+

VTX1CKP

FLIP_R

SP-L1

VSYNC

SYSCLK

XEAR

D4(CAMPXL0)

VTX1CKN

LCDINT

SUBCAMTEMP

SP-R1

PCCLK

POW_ECO

VDON

VTX1DN

D6(CAMPXL0)

VDWAIT

VCCR

SCL(LCD

EAR

IXA040

R3051

R3002A

R3052

R3003A

R3053

R3000A

R3054

R3001A

C3011

470P (CH)

C3010

470P (CH)

C3005

470P (CH)

C3004

470P (CH)

C3089

15P (CH)

C3090

15P (CH)

R3000

8.2

R3037

8.2

R3016A

R3017A

C3002

15P (CH)

C3003

15P (CH)

R3008A

R3008

R3015

C3034

0.1

C3071

0.001

C3035

0.1

R3010

C3036

0.1

R3044

R3002

R3004

R3003

C3032

0.1

R3056

100

C3038

0.1

L3011

82nH L3012

82nH

L3009

82nH

L3010

82nH

R3014

220K

R3012

100

R3013

100

V3143

100P

R3026

R3100

C3019

1C3020

R3001

C3025

R3103

C3026

R3104

0C3043

C3042

R3106

R3107

C3065

0.1

R3023

R3025

R3040

FL3001

EMI FILTER

R3016

FL3002

EMI FILTER

FL3003

EMI FILTER

C3064

4.7

C3063

2.2

R3038

C3062

4.7

C3070

4.7/10

C3069

4.7

C3068

C3067

C3056

C3060

100P

(CH)

R3063

C3055

4.7

C3066

4.7

R3021

56K

R3062

C3072

C3053

R3019

R3009

C3044

15P (CH)

R3018

100

C3052

0.01

R3055

R3024

100

R3017

100

R3006

C3013

C3112

C3111

C3012

D3000

RB521S30

C3058

C3057

C3059

100P (CH)

C3050

1/16

IC3006

TC7SZ08F

LOGIC

CN3001 D3003

RB520S30

RA3010

100

RA3011

100

RA3012

100

RA3013

100

D3002

RB521S30

IC3000

LR38866

DISPLAY

CONTROLLER

IC3004

R1162D251D

REGULATOR

V3018

100P

CN3003

IC3001

R1162D291D

2.9 V REGULATOR IC3002

R1162D181D5

REGULATOR

C3083

0.1

R3059

CN3000

CONFIDENTIAL

23 5

Figure 11 SCHEMATIC DIAGRAM (9/9)

902SH 902SH

12345 6789

10 11 12

NOTES ON SCHEMATIC DIAGRAM can be found on page 5-1. ( ) : Not Mount

SD PWB-C

5-24 (8-H)

5-24 (9-H)

5-23 (2-E)

FROM

SD P.W.B CONNECT

FPC PWB-H

5-11 (2-H)

5-23 (2-F) 5-23 (4-G)

TP2003 TP2005

STRB

SENSN1

SENSN2

TEST2

TRSW

VBAT1

DATA

CURSENS

VBATP

CNTOUT

GNDT3

VIO

SENSP1

VIN

TEST

VOUT1

VBAT2

GNDP

VPLUS12

SENSP2

VOUT2

108149

15 17

38 3937

1211

28 29 30

VNEG

GND1

CAMP

REG1CNT

REG2CNT

GNDT1

RSTB

CLK

GND2

VPLUS11

CUR

VREF

VSEL2

GND3

VBAT3

15 16

23 8

35 6

24 28

TP2006

TP2004

GND

VSEL

VBAT

VSUB

VNEG

VOUT

SEDO

SECLK

DC_B

RESETB

SCEB

VDD

GND

VLCDIN

BLED-

TRSW

SENSP

SENSN

VPLUS2

LEDR

LEDG

LEDB

VPLUS11

VPLUS12

BLED

FLED

SBD

VNEG

IREF

TEST

GND1

GND2

GND3

GNDP

LEDCTL

VREF

WVOUT

LSO12

LSO11

ERROUT

FRP

CLK

STRB

DATA

RSTB

VBAT1

VBAT2

VIO

CPIN

CAPP1

CAPN1

CAP3

CAMP

CAMN

12109

1716 1918

2120 2322

2524 2726

2928 3130

3332 3836 3735

424039 4644 4541 43

13 14

CAPP2

CAPN2

13 14

18 19

TP2000

TP2001

SLED-

BLED+

BLED-

BLED+

SLED-

BLED+

5678

VSS(GND)

VDD

COM

SDDAT3

SDDAT0

SDCLK

SDCMD

VSS(GND)

SDDAT1

SDDET_N

SDDAT2

SDPWR

VDD

VSS(GND)

GND

1213

TP2002

TP2007

TP2008

GREEN

RED

BLUE

TP2014

TP2009

TP2010

TP2011

TP2012

TP2013

TP2015

TP2016

TP2017

TP2020

TP2019

TP2021

TP2018

TP2022

TP2023

TP2024

TP2025

TP2026

1213

26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50

53 54

TP2027

SLCDDC

SECLK

SEDO

SDDET_N

SDPWR

SDCLK

SDCMD

SDEN

SECLK

LEDLD

SEDO

SECLK

SEDO

BDCE

RSTGA

I2CCLKB

FLOW

I2CDATB

GAINT

SLCDCE

VRX2DP

VRX2DN

SLCDRST

SDEN

SDDET_N

SDCLK

SDDATA2

SDDATA3

SDDATA0

SDDATA1

SDCMD

SDPWR

ZMPEN

VRX2DP

VRX2DN

VRX2CKN

VRX2CKP

VRX2CKN

SDDATA0

SDDATA1

SDDATA2

SDDATA3

LEDLD

I2CCLKB

I2CDATB

TXON_N

GAINT

SEDO

SECLK

BDCE

BDRST

SLCDRST

SLCDDC

SLCDCE

LEDRST

RSTGA FLOW

ZMPEN

LEDRST

BDRST

CKN

CKP

PW-CLK

STBY-P2

SCL

RSTN

AVDD

VDD(1.8V)

HIOVDD

GND(DSP)

EXCKI

GND(DSP)

RCLKGND(DSP)

CIOVDD

AGND

DSP_INT2

STSEL1

DAS

HREF2

IOCTRL

SDA

STBY-P1

STBYP3

VDD(DRIVER)

VL(-8V)

VH(+15V)

GND(DRIVER)

GND

ECO

VIN

VOUT

MOBILE LIGHT

BDCE

SDDATA1

FLOW

SDPWR

SCEB

GAINT

DC_B

RSTGA

SDDATA0

BATTBB

SDDET_N

SLCDRST

BLED+

LEDLD

BATTBB

SDDATA3

TXON_N

LEDRST

SDCMD

BDRST

BLED-

SDEN

SDDATA2

EXCKI

SDCLK

ZMPEN

SEDO

I2CCLKB

(2MCAM)

I2CDATB

(2MCAM)

SECLK

LVDSCKN

LVDSCKP

LVDSDN

LVDSDP

VCC

GND

VOUT1(3.0V)

VOUT2(1.8V)

VDIG29(2.9V)

VDD4(-8V)

VDD3(+15V)

BATTBB

GND

MIAN/SUB LED+

SUB LED-

MAIN LED-

GND

VDOUTEN

VIN

VSS

VROUT

VCC

SP+

SP-

34 5 67 8

1234 567 8

234567

12345 67

VBATIB

VDIG29

VBATIB

VDIG29

VBATIB

VDIG29

VBATIB

VDIG29

LCD2000

SUB

DISPLAY

CAMERA UNIT PWB-J

R2023

C2000

4.7

IC2001

R1161D291D

SD POWER

CONTROL

C2001

4.7

CN2001

MEMORY CARD

CONNECTOR

R2004

10K

R2002

R2003

R2006

100K

R2001

100

R2000

100

R2022

100

R2005

CN2003

C2031

0.1

C2004

0.1

C2003

0.1

LED2006

NECW008A

WHITE

CN2000

R2012

10K

LED2005

GM56281A

D2002

RB520S30

D2000

RB520S30

C2007

D2004

RB551V30

C2019

4.7

C2008

4.7

L2001

4.7µH

L2003

4.7µH

Q2005

MCH6413

R2009

0.1

R2008

3.3

C2012

2.2

C2009

0.47

R2011

120K

IC2005

BD6015GU

COMPOUND POWER SUPPLY 1

C2025

0.1

C2045

0.1

R2013

C2024

0.1

C2018

4.7

R2024

C2046

0.1

C2027

C2028

4.7

C2029

4.7

C2023

0.1

C2022

0.1

IC2002

BD6020

COMPOUND

POWER SUPPLY 2

C2021

2.2

C2017

4.7

L2004

4.7µH

D2005

RB551V30

FS2002

1.25A

FS2001

0.63A

Q2002

FDG312 P

C2015

C2013

0.1

IC2003

BD6030

COMPOUND

POWER SUPPLY 3

C2011

4.7

FS2000

1.25A

C2010

4.7

L2002

4.7µH

C2006

4.7

D2003

RB520S30

C2014

0.47

D2001

RB520S30

R2016

C2026

R2018

R2019

R2020

R2017

C2047

0.1

L2006

82nH

L2008

82nH

L2005

82nH

L2007

82nH

CN2002

R2015

R2014

R2021

C2020

IC2004

XC640231

REGULATOR

C2016

R2010

902SH

5 – 25

CONFIDENTIAL

Figure 12 WIRING SIDE P.W.BOARD (3/5)

12345 6

TP3002

TP3003

TP3004

TP3005 TP3012

TP3019

TP3025

TP3031

TP3032

TP3033

TP3034

TP3035

TP3036

TP3037

TP3048

TP3049

TP3050

TP3051

TP3053

TP3056

TP3057

TP3058

TP3059

TP3060

TP3061

TP3062 TP3063

TP3064

TP3065

TP3066

TP3067

TP3068

TP3008

TP3009

TP3010

TP3026

TP1

TP2

TP3

TP4

TP5

TP6

TP7

TP8

TP9

TP10

TP11

TP12

TP13

TP14

TP15

TP16

TP17

TP18

TP19

TP20

TP21

TP22

TP23

TP3007

TP3011

TP3027

TP3028

TP3018

TP3024

TP3053

TP3054

TP3055

15 10152025

30 35

EP1000

EARPIECE

DISPLAY PWB-B

(FRONT SIDE)

DISPLAY PWB-B

(REAR SIDE)

5-27 (3-D)

FROM

LED FPC

UNIT PWB-F

5-27 (2-B)

FROM SUB CAMERA

UNIT PWB-D

5049

5-27 (4-G)

FROM

LCD 3000

MAIN DISPLAY

5-27 (5-B)

FROM

SPEAKER FPC

PWB-G

FROM

COAXIAL CABLE

(161)

5-19 (3-A)

SOLDER

This PWB employs lead-free solder.

C3058

C3059

R3037

C3060

R3038

C3062

C3063

C3064

C3065

C3066

C3067

C3068

R3040

C3069

R3044

C3070

C3071

C3072

R3051

R3052

R3053

R3054

R3055

R3056

R3059

C3083

C3089

R3062

R3063

C3090

FL3001

FL3002

FL3003

RA3010

RA3011

RA3012

RA3013

C3111 C3112

R3100

R3103

R3104

R3106

R3107

V3143

R3000A

R3001A

R3002A

R3003A

R3008A

L3009

L3010

L3011

L3012

R3016A

R3017A

CN3000

CN3001

CN3003

C3002

C3003

C3004

C3005

C3010

C3011

C3012

C3013

V3018

C3019

C3020

D3000

C3025

C3026

D3002

D3003

R3000

R3001

R3002

R3003

R3004

R3006

IC3000

R3008

R3009

IC3001

C3032

IC3002

C3034

IC3004

C3035

C3036

IC3006

C3038

R3010

R3012 R3013

R3014

R3015

R3016

R3017

R3018

R3019

C3042

C3043

C3044

R3021

R3023

R3024

R3025

R3026

C3050

C3052

C3053

C3055

C3056

C3057

902SH

5 – 26

CONFIDENTIAL

Figure 13 WIRING SIDE P.W.BOARD (4/5)

789

10 11 12

Waveform numbers of

are shown on page 5-6.

TP2009TP2010

TP2012TP2013

TP2011

TP2014

TP2015

TP2017

TP2019

TP2020

TP2023

TP2022

TP2002 TP2008

TP2007

TP2006

TP2016

TP2018

TP2021

TP2000

TP2003

TP2004 TP2005

TP2024

TP2025

TP2027

TP2001

TP2026

25 26

151015

253035

5-27 (2-C)

FROM

SD P.W.B.

CONNECT FPC

PWB-H

5-27 (6-C)

FROM

CAMERA UNIT

PWB-J

5-27 (5-G)

FROM

LCD 2000

SUB DISPLAY

SD PWB-C

(FRONT SIDE)

SD PWB-C

(REAR SIDE)

This PWB employs lead-free solder.

MEMORY CARD CONNTCTOR

MOBILE LIGHT

FS2000

FS2001

FS2002

CN2000

CN2001

R2000

R2001

R2002

R2003

R2004

R2006

R2012

R2017

R2022

R2023

R2024

C2045

L2001

L2002

L2003

L2004

L2005

L2006

L2007

L2008

LED2005

LED2006

CN2002

CN2003

C2000

C2001

C2003

C2004

Q2002

C2006

C2007

C2008

Q2005

C2009

C2010

C2011

C2012

C2013

C2014

C2015

C2016

C2017

C2018

C2019

C2020

C2021

C2022

C2023

D2000

C2024

D2001

C2025

D2002

C2026

D2003

C2027

D2004

C2028

D2005

C2029

R2005

R2008

IC2001

R2009

C2031

IC2002

IC2003

IC2004

IC2005

R2010

R2011

R2013

R2014

R2015

R2016

R2018

R2019

R2020

R2021

C2046

C2047

902SH

5 – 27

CONFIDENTIAL

Figure 14 WIRING SIDE P.W.BOARD (5/5)

12345 6

LCD2000

LCD3000

MIC201

SP2000

BAT1200

LED FPC UNIT

PWB-F

SD P.W.B. CONNECT FPC

PWB-H

SUB CAMERA UNIT

PWB-D

SPEAKER FPC

PWB-G

CAMERA UNIT

PWB-J

SUB DISPLAY

MAIN DISPLAY

CN2003

CN3000

To DISPLAY PWB-B

(REAR SIDE)

5-25 (3-E)

5-26 (10-E)

To SD PWB-C

(REAR SIDE)

SP2001

STEREO SPEAKER

KEY FPC UNIT

PWB-E

CN1500

SOLDER

CN2002

To MAIN PWB-A

(REAR SIDE)

5-20 (11-B)

CN1000

5-19 (4-H)

To MAIN PWB-A

(FRONT SIDE)

MICROPHONE

CN2000

To SD PWB-C

(FRONT SIDE)

5-26 (8-B)

5-25 (5-E)

To DISPLAY PWB-B

(REAR SIDE)

5-26 (9-F)

To SD PWB-C

(REAR SIDE)

SIDE KEYS

5-25 (2-F)

To DISPLAY PWB-B

(REAR SIDE)

CN3003

5-25 (5-G)

To DISPLAY PWB-B

(REAR SIDE)

BACK-UP

BATTERY

These PWBs emplo

s lead-free solder.

LEFT

SOFT

SEND/

REDIAL

SHORTCUT CLEAR/BACK MULTIMEDIA

RIGHT

SOFT

CENTRE

123

456

789

END/

POWER

902SH

6 – 1

CONFIDENTIAL

Phone902SHService ManualService ManualMarketE

CHAPTER 6. OTHERS

[1] Function table of IC

IC100 (OM5952AET): RECEIVER/TRANSMISSION IC FOR GSM

Pin No. Terminal name Input/Output Description of terminal

1 RFHD Input GSM 1,900 MHz RF input

2 RFHC Input GSM 1,900 MHz RF input

3 GNDRF – Earth for RF part

4 RFLB Input GSM 900 MHz or GSM 800 MHz RF input

5 RFLA Input GSM 900 MHz or GSM 800 MHz RF input

6 VCCRF – Supply for RF part

7 QRB Output Q-channel output

8 QRA Output Q-channel output

9 IRB Output I-channel output

10 IRA Output I-channel output

11 GNDRF – Earth for RF part

12 GNDVCO – Earth for VCO part

13 RFHA Input GSM 1,800 MHz RF input

14 GND PLANE – Flex-film earth plane

15 REON Input Hardware power on for reference and bus part

16 CLK Input Serial bus clock input

17 DATA Input/Output Serial bus data input/output

18 STROBE Input Serial bus strobe input

19 GNDCVO – Earth for VCO part

20* NC – Must not be connected. Bond wire exists. (Not used)

21 RFHB Input GSM 1,800 MHz band RF input

22 TXON Input Hardware power on for transmit part

23 GNDVCO – Earth for VCO part

24* NC – Not used

25 GNDRF – Earth for RF part

26 RXON Input Hardware power on for receive part

27 GNDVCO – Earth for VCO part

28 GNDVCO – Earth for VCO part

29 TXOLB Output GSM 800/900 MHz Tx output

30 BSEL Input Hardware band select control input

31 GNDVCO – Earth for VCO part

32 GNDVCO – Earth for VCO part

33 TXOLA Output GSM 800/900 MHz Tx output

34 PCTL Output Tx power control output

35 GNDVAR – Earth for varactors

36 VCCVCO Input Supply for VCO part

37 VCCBUF Input Supply for Tx input part

38 GNDBUF Input Earth for Tx input part

39 GND PLANE – Connected to flex film earth plane

40* PS – Test output (Not used)

41 GNDPLL – Earth for prescaler, phase detector and XO

42* XOOLA Output XO output (Not used)

43 GNDPLL – Earth for prescaler, phase detector and XO

44 VTUNE Input Tuning input for VCOs

45 TXOHB Output GSM 1,800/1,900 MHz Tx output

46 PHDOUT Output Phase detector output

47 TXOHA Output GSM 1,800/1,900 MHz Tx output

48* NC – Not used

49 MODA Output Prescaler modulus control output

50 MODB Output Prescaler modulus control output

51 MODC Output Prescaler modulus control output

52 MODD Output Prescaler modulus control output

53 VCCPLL Input Supply for prescaler, phase detector and XO

54 XOOB Input XO input A

902SH

6 – 2

CONFIDENTIAL

In this unit, the terminal with asterisk mark (*) is (open) terminal which is not connected to the outside.

IC101 (AB1011): GSM CODEC

55 XOOC Input XO input B

56* NC – Not used

Pin No. Terminal name Input/Output Description of terminal

1 VSS – Earth (substrate)

2VDD – VCC

3* DAC03 – Internally connected, high impedance (floating) (Not used)

4 IDAT Output Output from ADC I-channel

5 QRB Input Differential input to the ADC Q-channel

6 QRA Input Differential input to the ADC Q-channel

7 IRB Input Differential input to the ADC I-channel

8 IRA Input Differential input to the ADC I-channel

9VSS – Earth

10 DEC4 – Reference de-coupling

11* DAC02 – Internally connected, high impedance (floating) (Not used)

12 RXSTR Input Power up for the ADCs

13 VDD – VCC

Pin No. Terminal name Input/Output Description of terminal

IRA

IRB

QRA

QRB

REON

TXOLA

TXOLB

PCTL

TXOHA

TXOHB

MODA

MODB

MODC

MODD

XOOLA

GNDPLL

VCCPLL

XOOC

XOOB

PHDOUT

VTUNE

GNDVAR

GNDVCO

GNDBUF

VCCVCO

VCCBUF

RFLB

RFLA

RFHD

RFHC

RFHB

RFHA

RXON

TXON

CLK

DATA

STROBE

BSEL

DELAY

PHASE

DETECTOR

PHASE

DETECTOR

CHARGE

PUMP

VCO

DIV

090 090

LNA

1,800 MHz

1,900 MHz

800/

900 MHz

DIV

VCO

TEST BUSINTERFACE

LOGIC

CURRENT

REGULATOR

902SH

6 – 3

CONFIDENTIAL

In this unit, the terminal with asterisk mark (*) is (open) terminal which is not connected to the outside.

14* GPA1 – Internally connected, high impedance (floating) (Not used)

15 VDD – VCC

16* GPA0 – Internally connected, high impedance (floating) (Not used)

17 DACDAT – Internally connected to earth (pull-down)

18 DACCLK – Internally connected to earth (pull-down)

19* DAC01 – Internally connected, high impedance (floating) (Not used)

20 VSS – Earth

21 DCLK Output Output clock from ADCs

22* GPA2 – Internally connected, high impedance (floating) (Not used)

23* GPA3 – Internally connected, high impedance (floating) (Not used)

24* GPA4 – Internally connected, high impedance (floating) (Not used)

25 I2CCLK Input Input clock of I2C bus

26 RESETB Input Power reset to the AB1011

27 I2CDAT Input Bi-directional I2C data

28 DACSTR – Internally connected to earth (pull-down)

29 QDAT Output Output from ADC Q-channel

30* GPA5 – Internally connected, high impedance (floating) (Not used)

31* GPA7 – Internally connected, high impedance (floating) (Not used)

32* GPA6 – Internally connected, high impedance (floating) (Not used)

33 DEC5 – Reference de-coupling

34 DEC1 – Reference de-coupling

35 REXT – Reference resistance

36* AUXI1 – Internally connected, high impedance (floating) (Not used)

37* GPCLK – Internally connected, high impedance (floating) (Not used)

38* GPDAT – Internally connected, high impedance (floating) (Not used)

39 ADSTR – Internally connected to earth (pull-down)

40VSS – Earth

41AVDD – VCC

42* CCO – Internally connected, high impedance (floating) (Not used)

43* MICIP – Internally connected, high impedance (floating) (Not used)

44 VSS – Earth

45VDD – VCC

46 PCMCLK – Internally connected to earth (pull-down)

47VSS – Earth

48VDD – VCC

49* MICIN – Internally connected, high impedance (floating) (Not used)

50* NC – Not used

51 VSS – Earth

52 VSS – Earth

53* BEARP – Internally connected, high impedance (floating) (Not used)

54 PCMSYN – Internally connected to earth (pull-down)

55* PCMUL – Internally connected, high impedance (floating) (Not used)

56 MCLK (SYSCLK2) Input System clock input

57* NC – Not used

58 DEC2 – Reference de-coupling

59 DEC3 – Reference de-coupling

60* AUXO2 – Internally connected, high impedance (floating) (Not used)

61* BEARN – Internally connected, high impedance (floating) (Not used)

62 VDD – VCC

63 PCMDL – Internally connected to earth (pull-down)

64 VSS – Earth

Pin No. Terminal name Input/Output Description of terminal

902SH

6 – 4

CONFIDENTIAL

IC300 RH-IXA038AFZZL (CX77313): POWER AMP. MODULE (FOR GSM)

Pin No. Terminal name Input/Output Description of terminal

1 DCS/PCS IN Input RF input 1,710 to 1,910 MHz

2 VAPC Input Power control bias voltage

3 VSUPPLY – DC supply to CMOS bias controller

4 BS Input Band select

5 GSM IN Input RF input 824 to 915 MHz

6 VCC – VCC (to GSM 1st stage and DCS 1st stage)

7 GND – RF and DC earth

8 GND – RF and DC earth

9 GSM OUT Output RF output 824 to 915 MHz

10 GND – RF and DC earth

11 VCC – VCC (to GSM and DCS final stages)

12 GND – RF and DC earth

13 DCS/PCS OUT Output RF output 1,710 to 1,910 MHz

14 GND – RF and DC earth

15 GND – RF and DC earth

16 VCC – VCC (to DCS 2nd stage)

IRA

IRB

QRA

QRB

IDAT

DAC03

VDD

VSS

GPA0

VDD

GPA1

VDD

RXSTR

DAC02

DEC4

VSS

GPA4

GPA3

GPA2

DCLK

VSS

DAC01

DACCLK

DACDAT

GPA6

GPA7

GPA5

QDAT

DACSTR

I2CDAT

RESETB

I2CCLK

VSS

ADSTR

GPDAT

GPCLK

AUXI1

REXT

DEC1

DEC5

VDD

VSS

PCMCLK

VDD

VSS

MICIP

CCO

AVDD

MCLK

PCMUL

PCMSYN

BEARP

VSS

MICIN

VSS

PCMDL

VDD

BEARN

AUXO2

DEC3

DEC2

1 16 15 14 13

98765

VAPC

DCS/

PCS IN VCC GND GND

GND

VCC

GND

GSM OUTGNDGNDVCCGSM IN

DCS/

PCS OUT

VSUPPLY

HBT

Match Match

Match

CMOS

Bias

Controller

Match

902SH

6 – 5

CONFIDENTIAL

IC400 (OM5954ET): RECEIVER IC FOR W-CDMA

Pin No. Terminal name Input/Output Description of terminal

1 IFOUTA Output IF output A (balanced)

2 GNDMIX – Earth for RF mixer

3 VCCIF – Supply for IF

4 IFINA Input IF input A (balanced)

5 IFINB Input IF input B (balanced)

6 VCCLF – Supply for baseband part

7 QRA Output Q-channel output

8 QRB Output Q-channel output

9 IRA Output I-channel output

10 IRB Output I-channel output

11 IFOUTB Output IF output B (balanced)

12 VCCREF – Supply for reference

13 VCCMIX – Supply for RF mixer

14 GNDIF – Earth for IF mixer

15 CDQ – External capacitor connection for baseband DC compensation loop (Q-channel)

16 CDI – External capacitor connection for baseband DC compensation loop (I-channel)

17 GNDLF – Earth for baseband part

18 MCLK Output XO master clock output

19 XOOA Output XO output A (balanced)

20 XOIA Input XO input A (balanced)

21 MIXINA Input RF mixer input A (balanced)

22 DATA Input Serial bus data input

23 XOOB Output XO output B (balanced)

24 XOIB Input XO input B (balanced)

25 MIXINB Input RF mixer input B (balanced)

26 CLK Input Serial bus clock input

27 GNDREF – Earth for reference

28 VCCBUS – Supply for data bus

29 GNDBIAS – Earth for bias

30 STROBE Input Serial bus strobe input

31 GNDBUS – Earth for data bus

32 IFLOA Input IFLO input A (balanced)

33 GNDEME – Earth for RF LNA

34 GLNA Output Gain control output for external RF LNA parts

35 REFON Input Hardware power on for ref.

36 IFLOB Input IFLO input B (balanced)

37 RFIN Input RF LNA input

38 XOOON Input Hardware power on for XO output

39 RXON Output Hardware power control output for external receiver parts

40 GNDPLL – Earth for PLL

41 GNDPHD – Earth for phase detector

42 GNDTUNE – Earth for varactor

43 GNDVCO – Earth for VCO

44 GNDRFLO – Earth for RFLO

45 GNDBYP – Earth for bypass RF LNA

46 RFLOOA Output RFLO output A (balanced)

47 VCCRF – Supply for RF LNA

48 INDBYP – Earth for RF LNA inductor bypass

49 RFOUT Output RF LNA output

50 VCCPLL – Supply for PLL

51 VCCPHD – Supply for phase detector

52 PHDOUT Output Phase detector output

53 VTUNE Input Tuning input for VCOs

54 VCCVCO – Supply for VCO

55 VCCRFLO – Supply for RFLO

56 RFLOOB Output RFLO output B (balanced)

902SH

6 – 6

CONFIDENTIAL

IC501/IC1209 VHILM20SITN-1R (LM20SITLX): TEMPERATURE SENSOR

In this unit, the terminal with asterisk mark (*) is (open) terminal which is not connected to the outside.

Pin No. Terminal name Input/Output Description of terminal

1* NC – Not used

2GND – Earth

3 VO Output Output

4 V+ – Power supply

From Bus

INDBYP

GNDBYP

RFOUT

VCCMIX

GNDMIX

IFOUTA

IFOUTB

VCCLF

GNDLF

IRA

IRB

QRA

REFON

RXON

VCCBUS

GNDBUS

CLK

DATA

STROBE

RFLOOA

RFLOOB

VCCRFLO

GNDRFLO

VCCPHD

GNDPHD

VCCPLL

GNDPLL

XOOB

XOOA

GNDREF

VCCREF

XOIB

XOIA

MCLK

PHDOUT

GNDTUNE

GNDVCO

VCCVCO

IFLOB

IFLOA

GNDIF

VCCIF

IFINB

IFINA

CDQ

CDI

MIXINB

MIXINA

GLNA

GNDEME

RFIN

GNDBIAS

VCCRF

VTUNE

XOOON

QRB

LNA

VGA

VCO

CHARGE

PUMP

PHDR

LOGIC

CURR. REG.

2,140 MHz

190 MHz

090

BUS

INTERFACE

4 3

2 1

V+

GND

902SH

6 – 7

CONFIDENTIAL

IC620 VHIM1820XCP-1L (MAX1820XEBC): DCDC

IC630 RH-IX3045AFZZL (RF9266): W-CDMA POWER AMP.

Pin No. Terminal name Input/Output Description of terminal

1 /SKIP Input PWM/Skip-mode input

2 COMP – Compensation

3 OUT Input Output voltage sense input

4 REF Input External reference input

5GND – Earth

6 PGND – Power earth

7 LX Output Inductor connection

8 BATT Input Supply voltage input

9 /SHDN Input Active-low, shutdown control input

10 SYNC Input Clock synchronisation input

Pin No. Terminal name

1 V CTRL (VREG)

2 V CTRL (VREG)

3GND

4 VCC_BIAS

5 VCC_BIAS

6GND

7 VCC DET

8 V DETECT

9GND

10 RF OUT

11 GND

12 GND

13 GND

14 GND

15 VCC2

16 VCC2

17 GND

18 VCC1

19 VCC1

20 GND

21 RF IN

22 GND

Pkg

Base

GND

BATT

PGND

GND

OUT

REF

COMP SYNC /SKIP /SHDN

IC BIAS

VOLTAGE

REFERENCE

CLAMP

TRANSIMPEDANCE

ERROR AMP

ERROR

SIGNAL

SLOPE COMP

CURRENT

SENSE

PWM

COMPARATOR

SKIP

COMPARATOR

PWM

CONTROL

AND

SKIP LOGIC

SKIP

THRESHOLD

1 MHz

OSCILLATOR

+13 OR

+18

1.25 V

0.45 V TO 2.15 V

2 1 9

19 18 1617 15 14 13 12

1 2 43 5 6 7 8

Interstage MN

IMN OMN

Bias Control Power

Detector

Network

VCC1

VCC2

GND

RF IN

GND

RF OUT

GND

VCTRL

VCC BIAS

VCC DET

VDET

902SH

6 – 8

CONFIDENTIAL

IC700 (OM5955ET): W-CDMA TRANSMITTER IC

In this unit, the terminal with asterisk mark (*) is (open) terminal which is not connected to the outside.

Pin No. Terminal name Input/Output Description of terminal

1 QINBAR Input Negative quadrature phase input signal

2 QIN Input Positive quadrature phase input signal

3 IINBAR Input Negative in phase input signal

4 IIN Input Positive in phase input signal

5 VCCBB – VCC for baseband blocks

6 VCCIFPHD – VCC for IF PLL charge pump

7 PHDIFOUT Output IF PLL charge pump output

8 VCCIFPLL – VCC for IF PLL

9 GNDIFVCO – Earth for IF VCO

10 VCCIFVCO – VCC for IF VCO

11 XOOB Input Reference frequency input (13 MHz)

12 VTUNEIF Input IF VCO voltage tuning input

13 XOOC (XOOA) Input Reference frequency input (13 MHz)

14 GNDBB – Earth for baseband blocks

15 CLK Input Serial bus clock input

16 GNDIFPHD – Earth for IF PLL charge pump

17 GNDIFPLL – Earth for IF PLL

18 WON Output Logic output to control aerial switch

19 GNDIFVCO – Earth for IF VCO

20 GNDTUIF – Earth for IF VCO varactor

21 VCCBUS – VCC for bus and logic blocks

22 GNDBUS – Earth for bus and logic blocks

23 GNDRFPHD – Earth for RF PHD

24 GNDIFVCO – Earth for IF VCO

25 IFLO Output Positive IF LO frequency output

26 DATA Input Serial bus data input

27 TXON Output Hard wired TX ON logic output

28 VCCRFPHD – VCC for RF PHD

29 IFLOBAR Input Negative IF LO frequency input

30 GNDIFLO – Earth for IF LO

31 GNDRFPLL – Earth for RF VCO

32* PHDRFOUT Output RF PLL charge pump output (Not used)

33 VCCIFLO – VCC for IF LO

34 GNDRFLO – Earth for RF LO

35 STROBE Input Serial bus strobe input

36 VCCRFPLL – VCC for RF VCO

37 RFLO Input Positive RF mixer LO input

38 GNDRFLO – Earth for RF LO

39 GNDRF – Earth for RF parts

40 GNDRF – Earth for RF parts

41 GNDRF – Earth for RF parts

42 GNDIF – Earth for intermediate frequency parts

43 GNDRFVCO – Earth for RF VCO

44 VCCRFVCO – VCC for RF VCO

45 RFLOBAR Input Negative RF mixer LO input

46 GNDTURF – Earth for RF VCO varactor

47 VCCRF – VCC for RF parts

48 OUT Output Positive RF frequency output

49 OUTBAR Output Negative RF frequency output

50 GNDRF – Earth for RF parts

51 VCCRF – VCC for RF parts

52 VCCRF – VCC for RF parts

53 VCCIF – VCC for intermediate frequency parts

54 IFBP – IF filter tank port

55 IFBPBAR – IF filter negative tank port

56* VTUNERF Input RF VCO voltage tuning input (Not used)

902SH

6 – 9

CONFIDENTIAL

IC800 VHI3981D28N-1R (LP3981ILD): 2.8 V REGULATOR

Pin No. Terminal name Input/Output Description of terminal

1 VOUT Output Output Voltage of the LDO

2 VIN Input Input Voltage of the LDO

3 VOUT-SENSE Output Output. Voltage Sense Pin

4 GND – Common Earth

5 BYPASS – Optional bypass capacitor for noise reduction

6 VEN Input Enable Input Logic, Enable High

IIN

TXON

VGAGAIN

QVGAGAIN

TXON

IQGAIN

VGA

TXON

LPO

RECDCI

Reconstruction

filters

IQ-modulator

LPBW

RECDCQ

TBIFS1

IF PLL

RFRDIV

RFLOON

SERIAL BUS

LOINTEXT

RFIPHO

TBRFS1

TBRFS0

TBRFVCO

RFVCOC

RF PLL

BUFFGAIN

BUFFGAIN2

GAINMETH

IF BP

Filter

RF-mixer and RF buffer

RFBIAS

RFNDIV

TBIFS0

TBIFVCO

IFLOON

IINBER

QIN

QINBAR

VCCIFLO

GNDIFLO

VCCIFVCO

GNDIFVCO

IFLO

IFLOBAR

VTUNEIF

GNDTUIF

GNDRFPLL

GNDBUS

VCCBUS

GNDRFPHD

VCCIFPHD

GNDIFPHD

GNDIFPLL

GNDBB

VCCBB

VCCIF

IFBPBAR

IFBP

GNDRF

VCCRF

GNDIF

VCCIFPLL

VCCRFPHD

PHDRFOUT

GNDTURF

XOOC (XOOA)

XOOB

TXON

WON

VCCRFPLL

GNDRFVCO

VCCRFVCO

GNDRFLO

OUTBAR

RFLOON

LOINTEXT

OUT

RFLOBAR

RFLO

VTUNERF

PHDIFOUT

CLK

DATA

STROBE

PHD

DIV

PHD

Logic

Serial

Bus

VIN

VEN

BYPASS

GND

VOUT-SENSE

VOUT

Vreference

1.23 V

Fast Turn

On Circuit

Over Current &

Thermal Protection

902SH

6 – 10

CONFIDENTIAL

IC1001 VHIBGB202++-1L (BGB202): BLUETOOTH

Pin No. Terminal name Input/Output Description of terminal

1GND – Earth

2 ANT Input/Output Aerial input/output

3GND – Earth

4 GND – Earth

5GND – Earth

6GND – Earth

7GND – Earth

8GND – Earth

9GND – Earth

10 GND – Earth

11 GND – Earth

12 GND – Earth

13 GND – Earth

14 GND – Earth

15 GP_CLK Output General purpose clock

16 VBAT Input Battery measurement voltage input

17 VANLI Input 8-bit A/D input

18 XTAL2_LPO Output Low power crystal oscillator

19 XTAL1_LPO Input Low power crystal oscillator

20 GPIO[1] Input/Output I2C_SDA

21 GPIO[0] Input/Output I2C_SCL

22 VANLO Output Analogue voltage source output

23 GPIO[13] Input/Output General purpose I/O 13

24 GPIO[11] Input/Output General purpose I/O 11

25 GPIO[10] Input/Output General purpose I/O 10

26 1.8 V DECOUP – VDD18 decoupling

27 POR_

DISABLE

Input Power-On Reset disable input

28 XTAL2_SYS Output System clock crystal oscillator

29 XTAL1_SYS Input System clock crystal oscillator

30 REF_CLK Output Synthesiser reference frequency

31 GPIO[12] Input/Output General purpose I/O 12

32 GPIO[14] Input/Output General purpose I/O 14

33 GPIO[7]

FSC_IP

Input General purpose I/O 7

PCM/IOM frame sync

34 GPIO[9]

DB_IP

Input/Output General purpose I/O 9

Bidirectional PCM/IOM data line B (default: input)

35 GPIO[6]

DA_IP

Input/Output General purpose I/O 6

Bidirectional PCM/IOM data line A (default: output)

36 GPIO[8]

DCLK_IP

Input General purpose I/O 8

PCM/IOM data clock

37 VDD18 Input 1.8 V I/O supply voltage

38 VDD_IOV Input Variable I/O supply voltage

39 VDDIORF Input RF supply voltage

40 VREG18 Output 1.8 V regulated output voltage

41 GPIO[3]

RTS_UART

Input General purpose I/O 3

UART request-to-send input

42 GPIO[5]

RXD_UART

Input General purpose I/O 5

UART receive input

43GPIO[4]

TXD_UART

Output General purpose I/O 4

UART transmit output

44 GPIO[2]

CTS_UART

Output General purpose I/O 2

UART clear-to-send output

45 RESET_N Input Reset input (active LOW)

46 1.8 V DECOUP – VDD18 decoupling

47 TMS_JTAG Input JTAG test mode select

48 TDO_JTAG Output JTAG test data output

49 TDI_JTAG Input JTAG test data input

50 TCK_JTAG Input JTAG test clock

902SH

6 – 11

CONFIDENTIAL

IC1100 (LHF65NZ1): FLASH MEMORY 1

51 GND – Earth

52 GND – Earth

Pin No. Terminal name Input/Output Description of terminal

1* NC – Not used

2* NC – Not used

3* NC – Not used

4* NC – Not used

5 A4 Input Address input

6 A18 Input Address input

7 A19 Input Address input

8VSS – Earth

9 F1-VCC – Power supply (flash)

10 F2-VCC – Power supply (flash)

11 A21 Input Address input

12 A11 Input Address input

13 A5 Input Address input

14* /R-LB Input (Not used)

15 A23 Input Address input (flash 1, 3)

16 VSS – Earth

17* S-CS2 Input (Not used)

18 CLK Input Clock input

19 A22 Input Address input

20 A12 Input Address input

21 A3 Input Address input

22 A17 Input Address input

23 GND – Earth

24 F-VPP Input Supply voltage detection terminal

25* /R-/WE Input Write enable input (Not used)

26* /P1-CS Input (Not used)

27 A9 Input Address input

28 A13 Input Address input

29 A2 Input Address input

30 A7 Input Address input

31 GND – Earth

32 F-/WP Input Write protect input

33 /ADV Input Address valid input

34 A20 Input Address input

35 A10 Input Address input

36 A15 Input Address input

37 A1 Input Address input

38 A6 Input Address input

39* /R-UB Input (Not used)

40 F-/RST Input Reset input (flash)

41 F-/WE Input Write enable input

42 A8 Input Address input

43 A14 Input Address input

44 A16 Input Address input

45 A0 Input Address input

46 DQ8 Input/Output Data input/output

47 DQ2 Input/Output Data input/output

48 DQ10 Input/Output Data input/output

49 DQ5 Input/Output Data input/output

50 DQ13 Input/Output Data input/output

51 WAIT Output Wait output

52 F2-/CE Input Chip enable input (flash)

53* /R-OE Input Output enable input (flash) (Not used)

Pin No. Terminal name Input/Output Description of terminal

902SH

6 – 12

CONFIDENTIAL

In this unit, the terminal with asterisk mark (*) is (open) terminal which is not connected to the outside.

54 DQ0 Input/Output Data input/output

55 DQ1 Input/Output Data input/output

56 DQ3 Input/Output Data input/output

57 DQ12 Input/Output Data input/output

58 DQ14 Input/Output Data input/output

59 DQ7 Input/Output Data input/output

60 F2-/OE Input Output enable input (flash)

61* /S-CS1 Input (Not used)

62 F1-/OE Input Output enable input (flash)

63 DQ9 Input/Output Data input/output

64 DQ11 Input/Output Data input/output

65 DQ4 Input/Output Data input/output

66 DQ6 Input/Output Data input/output

67 DQ15 Input/Output Data input/output

68 VCCQ – Input/output supply

69 F1-/CE Input Chip enable input (flash)

70* /P2-CS Input (Not used)

71 F3-/CE Input Chip enable input (flash)

72* S-VCC – Power supply (Not used)

73* P-VCC – Power supply (Not used)

74 F2-VCC – Power supply (flash)

75 VCCQ – Input/output supply

76* P-MODE/PCRE Input (Not used)

77 VSS – Earth

78 VSS – Earth

79 VCCQ – Input/output supply

80 F1-VCC – Power supply (flash)

81 VSS – Earth

82 VSS – Earth

83 VSS – Earth

84 VSS – Earth

85* NC – Not used

86* NC – Not used

87* NC – Not used

88* NC – Not used

Pin No. Terminal name Input/Output Description of terminal

A23

WAIT

F1:256M (x16) bit

Flash memory

F2:128M (x16) bit

Flash memory

F3:256M (x16) bit

Flash memory

F-VPP, F1-VCC, F2-VCC

A0~A22

F1-/CE

F1-/OE

F-/WE, F-/WP, F-/RST

/ADV, CLK

F2-/CE

F2-/OE, F3-/OE

F3-/CE

DQ0~DQ15

GND

902SH

6 – 13

CONFIDENTIAL

IC1101 (MB82R6A5C): FLASH MEMORY 2

Pin No. Terminal name Input/Output Description of terminal

1* NC – Not used

2* NC – Not used

3* NC – Not used

4* NC – Not used

5* NC – Not used

6* NC – Not used

7* NC – Not used

8* NC – Not used

9* NC – Not used

10* NC – Not used

11* NC – Not used

12* NC – Not used

13* NC – Not used

14* NC – Not used

15* NC – Not used

16 A7 Input Address input

17 /LB Input Least significant byte control (low active)

18* /ADV Input FCRAM matched address input (low active) (Not used)

19 WE Input Write enable (low active)

20 A8 Input Address input

21 A11 Input Address input

22* NC – Not used

23* NC – Not used

24* NC – Not used

25 A3 Input Address input

26 A6 Input Address input

27 /UB Input Most significant byte control (low active)

28 CE2f_1 Input FCRAM chip enable (high active)

29 CE2f_2 Input FCRAM chip enable (high active)

30 A19 Input Address input (FCRAM only)

31 A12 Input Address input

32 A15 Input Address input

33* NC – Not used

34* NC – Not used

35 A2 Input Address input

36 A5 Input Address input

37 A18 Input Address input

38* /WAIT Output FCRAM wait output (high active) (Not used)

39 A20 Input Address input (FCRAM only)

40 A9 Input Address input

41 A13 Input Address input

42 A21 Input Address input (FCRAM only)

43* NC – Not used

44* NC – Not used

45 A1 Input Address input

46 A4 Input Address input

47 A17 Input Address input

48 /CE1s Input SRAM chip enable (low active)

49* NC – Not used

50 A10 Input Address input

51 A14 Input Address input

52 A22 Input Address input (FCRAM only)

53* NC – Not used

54* NC – Not used

55 A0 Input Address input

56 VSS – Earth

57 DQ2 Input/Output Least significant byte data input/output

58 VDDS – SRAM supply voltage

902SH

6 – 14

CONFIDENTIAL

In this unit, the terminal with asterisk mark (*) is (open) terminal which is not connected to the outside.

59 CE2s Input SRAM chip enable (high active)

60 DQ7 Input/Output Least significant byte data input/output

61 CLK Input FCRAM clock input

62 A16 Input Address input

63* NC – Not used

64* NC – Not used

65 /CE1f_1 Input FCRAM chip enable (low active)

66 OE Input Output enable (low active)

67 DQ10 Input/Output Most significant byte data input/output

68 DQ4 Input/Output Least significant byte data input/output

69 DQ5 Input/Output Least significant byte data input/output

70 DQ14 Input/Output Most significant byte data input/output

71 DQ16 Input/Output Most significant byte data input/output

72* NC – Not used

73* NC – Not used

74* NC – Not used

75 /CE1f_2 Input FCRAM chip enable (low active)

76 DQ1 Input/Output Least significant byte data input/output

77 DQ11 Input/Output Most significant byte data input/output

78 VDDf_1 – FCRAM supply voltage

79 VDDQf_1 – FCRAM_1 input/output supply voltage

80 DQ13 Input/Output Most significant byte data input/output

81 DQ8 Input/Output Least significant byte data input/output

82 VSS – Earth (SRAM only)

83* NC – Not used

84* NC – Not used

85* NC – Not used

86 DQ9 Input/Output Most significant byte data input/output

87 DQ3 Input/Output Least significant byte data input/output

88 DQ12 Input/Output Most significant byte data input/output

89* NC – Not used

90 DQ6 Input/Output Least significant byte data input/output

91 DQ15 Input/Output Most significant byte data input/output

92* NC – Not used

93* NC – Not used

94* NC – Not used

95* NC – Not used

96* NC – Not used

97* NC – Not used

98 VDDf_2 – FCRAM supply voltage

99* NC – Not used

100* NC – Not used

101* NC – Not used

102* NC – Not used

103* NC – Not used

104* NC – Not used

105* NC – Not used

106* NC – Not used

107* NC – Not used

Pin No. Terminal name Input/Output Description of terminal

902SH

6 – 15

CONFIDENTIAL

IC1202 VHITK73840G-1L (TK73840BDB): REGULATOR

In this unit, the terminal with asterisk mark (*) is (open) terminal which is not connected to the outside.

Pin No. Terminal name Input/Output Description of terminal

1 VCONT

(ON/OFF)

Input Power control

2 BIN (PE) Input Power enable

3 VIN (Vin) Input Power supply

4 PCL (ACL) Input Current setting

5 NC (GND) – Earth

6 GND (GND) – Earth

7* VFB (Vfb) Input Not used

8 VSENSE (PC) Output Power output

9 VOUT (Vout) Output Power output

CE2s

CE1s

/UB

/LB

/ADV

CE2f_2

/CE1f_2

CE2f_1

/CE1f_1

CLK

/WAIT

DQ16 to DQ1

A22 to A0

A21 to A0

A18 to A0

VDDf_2

VDDS VSS

VSS

VDDf_1

128 M bit

FCRAM_1

64 M bit

FCRAM_2

8 M bit

SRAM

VDDQf_1 VSS

VCONT

VIN

Bandgap

Reference

Control

Circuit Over Heat

Protect

BIN 2

VOUT

VFB

GND

5,6

VSENSE

PCL

VIN 6

GND 9

VOUT

BIN 5

NC 8

VSENSE

VCONT

PCL 7

VFB

TOP VIEW

902SH

6 – 16

CONFIDENTIAL

IC1300 VHIBU7880GU-1L (BU7880GU): EXTERNAL INTERFACE

In this unit, the terminal with asterisk mark (*) is (open) terminal which is not connected to the outside.

Pin No. Terminal name Input/Output Description of terminal

1 UART_RXD1 Output UART_RXD1 output

2 BDATA Input BDATA input

3 UART_RTS Input UART_RTS input

4 UART_TXD1 Input UART_TXD1 input

5 SCLK Input SCLK input

6 BSYNC Input BSYNC input

7* UART_RXD2 Output UART_RXD2 output (Not used)

8 BCNT Input BDATA input control

9 UART_CTS Output UART_CTS output

10 UART_TXD2 Input UART_TXD2 input

11 BSSEL Input BSYNC/SCLK switching control

12 GND – Earth

13 VBAT – Power supply for switch

14 PUEA Input PU15 control input

15* NC – Not used

16* GND – Earth (Not used)

17 UARTSEL Input UART 1 and 2 switching terminal input

18 UARTMD Input UART mode switching

19 CPU_USB_D+ Input/Output CPU_USB_D+ input/output

20 REG33 – USB power supply

21* GND – Earth (Not used)

22* GND – Earth (Not used)

23 HFMD Input Hands free mode switching

24 CPUVDD – Digital power supply

25 USBD+/RXD Input/Output USBD+/RXD switching external input/output

26 PU15 Output PMOS open drain output

27 BSYNC/SCLK/RTS Output BSYNC/SCLK/RTS switching external output

28 GND – Earth

29* RXANAIN Input Hands free receiving external input (Not used)

30 USBMD Input USB mode switching

31 CPU_USB_D– Input/Output CPU_USB_D– inupt/output

32 USBD-/TXD Input/Output USBD–/TXD switching external input/output

33 BDATA/CTS Input/Output BDATA/CTS switching external input/output

34* TXANAIN Input Hands free sending input (Not used)

35* RXANAOUT Output Hands free receiving output (Not used)

36* TXANAOUT Output Hands free sending external output (Not used)

902SH

6 – 17

CONFIDENTIAL

BSSEL

GND

UARTSEL

UARTMD

HFMD

CPUVDD

GND

USBMD

TXANAOUT

RXANAIN

31 32 21 33 27 34 28 35 29

RXANAOUT

GND

TXANAIN

BSYNC/SCLK/RTS

BDATA/CTS

GND

USBD-/TXD

CPU_USB_D-

BCNT

65164103928

BDATA

UART_CTS

UART_RTS

UART_TXD2

UART_TXD1

GND

SCLK

BSYNC

PU15 26

USBD+/RXD

REG33

CPU_USB_D+

PUEA

VBAT

UART_RXD2

UART_RXD1

MODE 0, 1, 4 : L

MODE 2, 3: H

CPUVDD

MODE 0, 1, 3, 4 : L

MODE 2: H

VBAT

CPUVDD

H:ON

L: OFF

VBAT

CPUVDD

MODE0,1,3,4:OFF

MODE 2: ON

10k

VBAT

MODE 0, 2, 3 : OFF

MODE 1, 4: ON

VBAT

MODE 0, 1, 2 : OFF

MODE 3, 4: ON

MODE 0, 1, 2 : ON

MODE 3, 4: OFF

VBAT

DECODER

CPUVDD

MODE 0, 2, 3, 4 : OFF

MODE 1: ON

CPUVDD

MODE 0, 2, 3, 4: L

MODE 1: H

MODE 0, 1, 4: L

MODE 2, 3: H

MODE 0, 1, 3, 4: H

MODE 2: L CPUVDD

CPUVDD

MODE0,2,3,4:L

MODE 1: H

CPUVDD

MODE0,2,3,4:L

MODE 1: H

CPUVDD

MODE 0, 1, 4 : OFF

MODE 2, 3: ON

10k

CPUVDD

MODE 0

MODE 1

MODE 2

MODE 3

MODE 4

BU7880GU

H:ON

L: OFF

902SH

6 – 18

CONFIDENTIAL

IC1303 VHIXC621933-1L (XC6219C332DR): 3.3 V REGULATOR

In this unit, the terminal with asterisk mark (*) is (open) terminal which is not connected to the outside.

IC1502 VHIBU7876GL-1L (BU7876GL): INFRARED REMOTE Tx CONTROLLER LSI

In this unit, the terminal with asterisk mark (*) is (open) terminal which is not connected to the outside.

IC1504 VHIFA3727R+-1R (FA3727R): POWER CONTROL

Pin No. Terminal name Description of terminal

1 VIN Power supply input

2* NC Not used

3 VOUT Output

4* NC Not used

5 VSS Earth

6 CE ON/OFF control

Pin No. Terminal name Input/Output Description of terminal

1* NC – Mount reinforcement pin (Not used)

2GND – Earth

3 VDD – Power supply

4* NC – Mount reinforcement pin (Not used)

5 DOUT Output Data output

6 NIRQ Output Interrupt output (LOW: interrupt generation)

7* NC – Mount reinforcement pin (Not used)

8 SCL Input IIC bus serial clock (SQL)

9 SDA Input/Output IIC bus serial data input/output

10* NC – Mount reinforcement pin (Not used)

11 NRST Input Reset pin (LOW: reset)

12 CLK1 Input Reference clock input

Pin No. Terminal name Input/Output Description of terminal

1 SNSG – DC/DC converter detection resistance earth

2 VCC – Circuit system power supply input

3 GND2 – Earth

4 VOUT1 Output LDO_1 output

5 VIN1 Input LDO_1 power supply input

6 EN1 Input LDO_1 enable terminal

7 EN4 Input LDO_4 enable terminal

8 VOUT4 Output LDO_4 output

9 VIN2 Input LDO_3, LDO_4 power supply input

10 VOUT3 Output LDO_3 output

11 GND3 – Earth

12 VOUT5 Output LDO_5 output

13 VIN3 Input LDO_2, LDO_5 power supply input

14 VOUT2 Output LDO_2 output

CE ON/OFF

Control each circuit

Current

Limit

Voltage

Reference

VIN

VOUT

VSS

902SH

6 – 19

CONFIDENTIAL

15 EN3 Input LDO_3 enable terminal

16 EN2 Input LDO_2 enable terminal

17 EN5 Input LDO_5 enable terminal

18 CREF – Reference voltage capacitor connection terminal

19 LPM Input Low Power Mode signal input

20 MODE Input Output PchMOS slew mode signal input

21 PGND – Power earth

22 VOUT Output DC/DC converter driver output

23 PVCC – Power system power supply input

24 CS – Soft start terminal

25 GND1 – Earth

26 FB Output Error amplifier output

27 IN- Input Error amplifier inverting input

28 ISNS Input LDO load detection terminal

Pin No. Terminal name Input/Output Description of terminal

Error Amp 1

IN-

VOUT

CS CREF MODE VCC PVCC

PGND

VIN3

VIN2VIN1 VOUT4VOUT1

VOUT2

VOUT5

VOUT3

ISNS

SNSG

EN2

EN5

EN1

EN4

EN3

GND

LPM

Soft Start

Output short-circuit detection

Dead time Pre_driver

enable

OSC UVLO

LDO_2

1.5 V

400 mA

LDO_5

1.5 V

150 mA

LDO_3

2.9 V

300 mA

Load detection

DC/DC Converter

Reference

voltage

Regulator

Comp

LDO_4

2.5 V

200 mA

LDO_1

2.5 V

300 mA

45 89

201824

3, 11, 25

902SH

6 – 20

CONFIDENTIAL

IC1600 VHIYMU783C+-1L (YMU783C): MOBILE AUDIO

Pin No. Terminal name Input/Output Description of terminal

1* NC – Not used

2 GPIO3 Input/Output GPIO port

3 GPIO1 Input/Output GPIO port

4 BCLK Input/Output BIT clock for external audio input

5 D7 Input/Output CPU interface data bus 7

6 D4 Input/Output CPU interface data bus 4

7 D1 Input/Output CPU interface data bus 1

8 D0 Input/Output CPU interface data bus 0

9* NC – Not used

10 MTR Output External vibrator control terminal

11* LED1/GPIO4 Input/Output GPIO port (Not used)

12 GPIO2 Input/Output GPIO port

13 SDI Input External audio input

14 /IRQ Output Interrupt output

15 D5 Input/Output CPU interface data bus 5

16 D2 Input/Output CPU interface data bus 2

17 IOVDD1 – Power supply for terminal

18 DVSS – Digital earth

19 DVDD – Digital core power supply (2.65 to 3.30 V)

20 LED0 Output External LED control terminal 0

21* LED2/GPIO5 Input/Output External LED control terminal 1/GPIO port (Not used)

22 GPIO0 Input/Output GPIO port

23 LRCK Input/Output LR clock for external audio input

24 D6 Input/Output CPU interface data bus 6

25 D3 Input/Output CPU interface data bus 3

26 CLKI Input Clock input terminal (1.5 to 27 MHz): TCXO compatible

27 DVDD – Digital core power supply (2.65 to 3.30 V)

28 DVSS – Digital earth

29 IOVDD2 – Power supply for terminal

30 IOVDD2 – Power supply for terminal

31 IOVDD2 – Power supply for terminal

32 A0 Input CPU interface address signal

33 /CS Input CPU interface chip select

34 /WR Input CPU interface write enable

35 TXOUT Output Transmitted voice analogue output terminal

36 RXIN Input Received voice analogue input terminal

37 /RST Input Hardware reset input

38* NC – Not used

39 /RD Input CPU interface read enable

40 PLLC – PLL capacitance connection terminal for sound source

41 EQ1L – L-ch equaliser terminal 1

42 EQ2L – L-ch equaliser terminal 2

43 EXTIN Input External analogue input terminal

44* NC – Not used

45 EQ2R – R-ch equaliser terminal 2

46 EQ1R – R-ch equaliser terminal 1

47 SPVDDL – Analogue power supply for L-ch speaker amplifier (AVDD to 4.50 V)

48 EQ3L – L-ch equaliser terminal 3

49* NC – Not used

50 HPOUTL/MONO Output L-ch headphone output terminal

51* NC – Not used

52 HPC – Capacitance connection terminal for preventing headphone pop noise

53* NC – Not used

54 EQ3R – R-ch equaliser terminal 3

55 SPVDDR – Analogue power supply for R-ch speaker amplifier (AVDD to 4.50 V)

56 SPVSSL – Analogue earth for L-ch speaker amplifier

57* SPOUT1L – L-ch speaker connection terminal 1 (Not used)

902SH

6 – 21

CONFIDENTIAL

In this unit, the terminal with asterisk mark (*) is (open) terminal which is not connected to the outside.

58* NC – Not used

59 BBR – Capacitance connection terminal for R-ch bus boost (0.1 µF)

60 VREF – Analogue reference voltage terminal

61* EXTOUT Output External analogue output terminal (Not used)

62* NC – Not used

63* SPOUT1R Output R-ch speaker connection terminal 1 (Not used)

64 SPVSSR – Analogue earth for R-ch speaker amplifier

65* (SPOUT1L) Output Internally connected to H2 terminal. H2 terminal is used as SPOUT1L terminal. (Not used)

66* SPOUT2L Output L-ch speaker connection terminal 2 (Not used)

67 BBL Output Capacitance connection terminal for L-ch bus boost (0.1 µF)

68 AVDD – Analogue power supply (2.65 to 3.30 V)

69 AVSS – Analogue earth

70 EXC – Capacitance connection terminal for preventing external output pop noise

71 HPOUTR Output R-ch headphone output terminal

72* SPOUT2R Output R-ch speaker connection terminal 2 (Not used)

73* (SPOUT1R) Output Internally connected to H8 terminal. H8 terminal is used as SPOUT1R terminal. (Not used)

Pin No. Terminal name Input/Output Description of terminal

/CS

/WR

/RD

D0-D7

IOVDD

DVDD

DVSS

GPIO[3:0]

SDI

LRCK

BCLK

CPU I/F

Sampling Rate

Converter

LED

MTR

IRQ

Reset

VREF

VREFVREF

DAC

DVX operation

part

Adder Fader EG

Equalizer

CLKI

PLLC

MTR

LED0

/IRQ

/RST

EXTIN

RXIN

AVDD

AVSS

VREF

SPVDDR

SPVSSR

SPVDDL

SPVSSL

SPOUT2R

SPOUT1R

EQ3R

EQ3L

EQ2L

EQ1R

EQ1L

HPC

HPOUTR

BBR

BBL

EXC

EXTOUT

TXOUT

HPOUTL

/MONO

EQ2R

SPOUT2L

SPOUT1L

LED[2:1]

(GPIO[5:4])

Vol

VOL

VOL BASS

BOOST

BASS

BOOST

VOL

SRAM

8 k-byte

VOL

FMR

FML

VOL

FMM

MONO

++ +

+-+-+--

+++

Wiring switching

Hybrid sound source

(equivalent to MA-5)

Tone

ROM

Sequencer part

(equivalent to MA-5)

MA-5 core

Digital audio

interface

902SH

6 – 22

CONFIDENTIAL

IC1603 (AN12974A): AGC STEREO AMP.

Pin No. Terminal name Input/Output Description of terminal

1 C3 – Surround filter terminal R-ch 1

2 R3 – Surround filter terminal R-ch 2

3 – (Analogue signal) Output Surround output R-ch

4 – (Analogue signal) Output Inverting amplifier output R-ch for gain adjustment

5 – (Analogue signal) Output Inverting amplifier output R-ch for gain adjustment

6 AGC ON/OFF Input AGC ON/OFF switching

7 VREFSP – Precharge timing pin

8 VCC – VCC-SP (R-ch)

9 SP-SAVE Input Speaker power save ON/OFF switching

10 SPOUTR– Output Speaker output R-ch (–)

11 GNDSPR – Earth (SP R-ch)

12 SPOUTR+ Output Speaker output R-ch (+)

13 SPOUTL– Output Speaker output L-ch (–)

14 GNDSPL – Earth (SP L-ch)

15 SPOUTL+ Output Speaker output L-ch (+)

16 STB ON/OFF Input All standby ON/OFF switching

17 VCC – VCC-SP (L-ch)

18 VREFSP – 1/2 VCC-SP (VREF-SP)

19 AGCDET – AGC signal detector

20 – (Analogue signal) Output Inverting amplifier output L-ch for gain adjustment

21 – (Analogue signal) Output Inverting amplifier output L-ch for gain adjustment

22 – (Analogue signal) Output Surround output L-ch

23 R1 – Surround filter terminal L-ch 2

24 C1 – Surround filter terminal L-ch 1

25 C2 – Surround effect adjustment 1

26 R2 – Surround effect adjustment 2

27 VREF – 1/2 VCC (VREF)

28 IN-L Input Sound input terminal L-ch

29 VCC – VCC

30 IN-R Input Sound input terminal R-ch

31 GND – Earth

32 SURROUND ON/

OFF

Input Surround ON/OFF switching

12345 678

-6 dB

+6 dB

AGC

+6 dB

+13 dB

0dB

-40 dBV

-27 dBV

-40 dBV

SPATIALIZER®

-34 dBV

-34 dBV-34 dBV

+7 dB+7 dB

-34 dBV

-6 dB

23 22 21 20 19 18 17

AGC

Det.

Timing

Cont.

902SH

6 – 23

CONFIDENTIAL

IC1700 VHIAK4569++-1L (AK4569): PCM CODEC

Note: Keep the digital input pin connected.

In this unit, the terminal with asterisk mark (*) is (open) terminal which is not connected to the outside.

Pin No. Terminal name Input/Output Description of terminal

1 PDN Input Power down pin

When this pin is set at “L”, the device is powered down internally and reset. When the

power is turned on, input “L” once.

2 CSN Input Control data chip select pin

3 CCLK Input Control clock input pin

4 CDTI Input Control data input pin

5 LRCK Input L/R clock pin

Determines an audio data channel

6 MCLK Input Master clock input pin

7 BICK Input Serial bit clock pin

Clock for shifting audio data

8 SDTI Input Audio data input pin

9 SDTO Output Audio data output pin

When PMADC bit = “0”, pin SDTO is DVSS

10 DVDD –Digital power supply pin

11 DVSS –Digital earth pin

12 HVSS –Earth pin for headphone amplifier

13 HVDD –Power supply pin for headphone amplifier

14* HPR Output R-ch HP-Amp output pin (Not used)

When PMHPR bit = “0”, pin HPR is HVSS

15* HPL Output L-ch HP-Amp output pin (Not used)

When PMHPL bit = “0”, pin HPL is HVSS

16 MUTET Output Mute time constant control pin

When PMHPL bit = PMHPR bit = “0”, pin MUTET is HVSS

17* MOUT Output Monaural analogue output pin (Not used)

When PMMO bit = “0”, pin MOUT is Hi-Z

18 MIN Input Monaural analogue input pin

19 RIN Input R-ch analogue input pin

20 LIN Input L-ch analogue input pin

21 VREF Output Reference voltage output pin, 2.1 V (referenced to typ. AVSS)

When PMVCM bit = “0”, pin VREF is AVSS

22 VCOM Output Common voltage pin, 1.25 V (referenced to typ. AVSS)

When PMVCM bit = “0”, pin VCOM is AVSS

23 AVSS –Analogue earth pin

24 AVDD –Analogue power supply pin

25 AINR2 Input ADC R-ch analogue input 2 (MIC input)

26 AINL2 Input ADC L-ch analogue input 2 (MIC input)

27 AINR1 Input ADC R-ch analogue input 1 (LINE input)

28 AINL1 Input ADC L-ch analogue input 1 (LINE input)

902SH

6 – 24

CONFIDENTIAL

IC1701 VHIMM1671XN-1R (MM1671XN): VIDEO AMP.

Pin No. Terminal name Description of terminal

1 PS Power save

2 OUT Signal output

3 SAG Sag correction

4 IN Signal input

5GND Earth

6 VCC (V+) Power supply

Top View

902SH

6 – 25

CONFIDENTIAL

IC2001 VHIR116129D-1L (R1161D291D): SD POWER CONTROL

In this unit, the terminal with asterisk mark (*) is (open) terminal which is not connected to the outside.

IC2002 RH-IX3067AFZZL (BD6020): COMPOUND POWER SUPPLY 2

Pin No. Terminal name Description of terminal

1 VDD (VIN) Input pin

2* NC Not used

3 VOUT Output pin

4 ECO High speed, low power switch

5GND Earth

6 /CE or CE Chip enable pin

Pin No. Terminal name Input/Output Description of terminal

1 GNDT1 – Test pin (GND internal connection)

2 VBAT1 – Negative boost DC/DC power supply pin

3 GND1 – Earth power supply pin

4 VIO – CPU I/F constant current driver power supply pin

5 CLK Input Three-wire serial clock input

6 RSTB Input Reset input

7 T2 – Test pin (connected to T4)

8 VNEG Input Negative boost DC/DC output voltage detection pin

9* NC – Not used

10 TRSW Output Switching Tr drive pin of negative boost DC/DC

11 DATA Input Three-wire serial data input

12 STRB Input Three-wire serial strobe input

13* TEST1 Input Test pin (Not used)

14 VOUT1 Output REG1 output

15 SENSEN1 Input Switching Tr current sense pin of negative boost DC/DC

16 SENSEN2 Input Test pin

17 VBAT2B – REG1/REG2/VREF power supply pin

18 VBAT2A – REG1/REG2/VREF power supply pin (VIN)

19 SENSP2 Input Test pin

20 SENSP1 Input Switching Tr current sense pin of negative boost DC/DC

21* TEST2 Input Test pin (Not used)

22 VOUT2 Output REG2 output

23 CNTOUT Output External regulator control output

24 VSEL2 Input REG2 output voltage switching pin

25 VREF Output Voltage reference & smoothing capacitor connection pin

26 CURSENS Input Current detection pin for constant current drive

27 GNDP – Earth

28 GND3 – Earth

29 VBAT3 – Boost DC/DC power supply pin

30 REG2CNT Input REG2 control pin

31 VPLUS11 Input REGCP power supply pin

32 GND2 – Earth

33* CUR Output Transistor drive pin for constant current drive control (Not used)

VDD

/CE GND

VOUT

ECO

902SH

6 – 26

CONFIDENTIAL

In this unit, the terminal with asterisk mark (*) is (open) terminal which is not connected to the outside.

IC2003 RH-IX3068AFZZL (BD6030): COMPOUND POWER SUPPLY 3

In this unit, the terminal with asterisk mark (*) is (open) terminal which is not connected to the outside.

34 T4 – Test pin (connected to T2)

35 SW Output Boost DC/DC switching pin

36 VBATP – Boost DC/DC driver power supply pin

37 REG1CNT Input REG1 control pin

38 VPLUS12 Input Boost DC/DC voltage detection pin

39 CAMP Output REGCP output

40 GNDT3 – Test pin

Pin No. Terminal name Input/Output Description of terminal

1* NC – Not used

2GND – Earth

3 PD Input Power control pin

4* NC – Not used

5 VSEL Input Output voltage switching pin

6 VBAT Input VBAT power supply pin

7* NC – Not used

8* VREF (NC) Output Reference voltage output pin (Not used)

9 VOUT Output Negative voltage output

10* NC – Not used

11 VNEG – Negative power supply pin

12 VSUB – Test pin

Pin No. Terminal name Input/Output Description of terminal

1234567

8 9 10 11

TOP VIEW

12 13 14

15 16 17 18

19 20 21 22

23 24 25 26

27 28 29 30 31 32 33

34 35 36 37 38 39 40

123

TOP VIEW

12 5

11 6

10 9 8 7

902SH

6 – 27

CONFIDENTIAL

IC2005 RH-IXA021AFZZL (BD6015GU): COMPOUND POWER SUPPLY 1

In this unit, the terminal with asterisk mark (*) is (open) terminal which is not connected to the outside.

Pin No. Terminal name Input/Output Description of terminal

1T1 – Dummy pin

2 LEDG Output Green LED drive output pin

3 GND1 – Earth

4 VBAT1 – VBAT power supply pin

5* LSO11 Output Level shift output 1 (Not used)

6* LSO12 Output Level shift output 1 (Not used)

7 WVOUT Output 2 or 4 times boost charge pump output

8T2 – Dummy pin

9 TEST Input Test pin

10 LEDR Output Red LED drive output pin

11 LEDB Output Blue LED drive output pin

12 TRSW Output DC-DC switching transistor drive pin for R/G/B LED

13 CAPP1 Output 2 or 4 times boost charge pump C1 connection pin

14* CAPN1 Output 2 or 4 times boost charge pump C1 connection pin (Not used)

15 SENSP Input DC-DC switching transistor current sense pin for R/G/B LED

16 SENSN Input DC-DC switching transistor current sense pin for R/G/B LED

17 CAP3 Output 2 or 4 times boost charge pump output pin

18 CPIN Input 2 or 4 times boost charge pump input pin

19 CAPP2 Output 2 or 4 times boost charge pump C2 connection pin

20 VIO – Logic system power supply pin

21 VPLUS2 Input DC-DC boost voltage feedback input for R/G/B LED

22* CAPN2 Output 2 or 4 times boost charge pump (Not used)

23 GND3 – Earth

24 STRB Input Three-wire serial strobe input

25 CLK Input Three-wire serial clock input

26 VPLUS12 Input DC-DC boost voltage feedback input for Main Display/Sub Display backlight

27* CAMP Output 15 V voltage output pin for camera (Not used)

28 DATA Input Three-wire serial data input

29 FRP Input Level shift circuit, rectangular wave input pin

30 IREF Output Resistance connection pin for current reference

31 VREF Output Current reference pin

32 LEDCTL Input R/G/B LED On/Off control pin

33* ERROUT Output SWREG1 error detection amplifier output (Not used)

34 FLED Output Main Display backlight white LED drive pin

35 GND2 – Earth

36* SBD Input SBD input pin (Not used)

37 VNEG Input Negative power supply pin for camera

38* CAMN Output –8 V voltage output pin for camera (Not used)

39 T4 – Dummy pin

40 RSTB Input Reset input

41 BLED Output Sub Display backlight white LED drive pin

42 SW Output DC-DC coil switching pin for Main Display/Sub Display backlight

43 GNDP Output Earth

44 VBAT2 – VBAT power supply pin

45 VPLUS11 Input DC-DC boost voltage feedback input for Main Display/Sub Display backlight

46 T3 – Dummy pin

902SH

6 – 28

CONFIDENTIAL

TEST

SENSP

VIO

STRB

DATA

LEDCTL

LEDG

LEDR

SENSN

VPLUS2

CLK

FRP

ERROUT

RSTB

GND1

LEDB

BLED

VBAT1

TRSW

FLED

LSO11

GND2

GNDP

LSO12

CAP3

SBD

VBAT2

WVOUT

CAPP1

CPIN

CAPN2

VPLUS12

IREF

VNEG

VPLUS11

CAPN1

CAPP2

GND3

CAMP

VREF

CAMN

Level

Shift

Current

Reference

LDO

..8.0V

LDO

15.0V

Shut Down Control

(with Thermal Shut Down)

Voltage

Reference

Oscillator

LDO

Vref

Control

Logic

Osc

Driver

Osc

100 kohm

LSO11

GNDP

GND1

GND2

ERROUT

VREF

VIO

TEST

DATA

CLK

STRB

RSTB

CPIN

CAPP1

CAPN1

CAPP2

CAPN2

CAP3

WVOUT

FRP

LSO12

VBAT2 VBAT1 SBD SW VPLUS11

BLED

FLED

IREF

VPLUS12

CAMP

CAMN

TRSW

SENSP

SENSN

GND3

VPLUS2

LEDR

LEDG

LEDB

LEDCTL

VNEG

Constant Current

Regulator Circuit

Constant Current

Drive Circuit

Constant Current

Drive Circuit

Constant Current

Drive Circuit

4 times

Boost

Charge

Pump

902SH

6 – 29

CONFIDENTIAL

IC3000 (LR38866): DISPLAY CONTROLLER

Pin No. Terminal name Input/Output Description of terminal

1 DUMMY4 – Dummy 4

2 VDDCORE – Power supply

3 BSPIXEL3/NDATA3 TYBUF03P (A) BS: external BitStream data bus

NTSC: NTSC encoder output

4 BSPIXEL5/NDATA5 TYBUF03P (A) BS: external BitStream data bus

NTSC: NTSC encoder output

5 VDDIOB – Power supply

6 BSHS_B/HSYNC_NT TYBUF03S (O) BS: external BitStream horizontal sync signal

NTSC: horizontal sync signal

7 OSCIN PDX0E1DG Oscillating circuit input

8 VDDOSC – Power supply

9* SUBCS_B/

SUBGPO3

TYBUF04P Sub Display chip select (STN/TFT control)/general purpose output (Not used)

10* SUBDB4 TYBUF04P Sub Display data bus (STN/TFT control) (Not used)

11 VDDIOD – Power supply

12* SUBDB7 TYBUF04P Sub Display data bus (STN/TFT control) (Not used)

13* SUBRS/SUBGPO2 TYBUF04P Sub Display data recognition signal (STN/TFT control)/general purpose output (Not used)

14 VDDIOD – Power supply

15 SUBFLMIN TYBUF02P Sub Display FLM signal (STN control)

16 DUMMY3 – Dummy 3

17 BSPIXEL2/NDATA2 TYBUF03P (A) BS: external BitStream data bus

NTSC: NTSC encoder output

18 VDDCORE – Power supply

19 BSPIXEL4/NDATA4 TYBUF03P (A) BS: external BitStream data bus

NTSC: NTSC encoder output

20 BSPIXEL6/NDATA6 TYBUF03P (A) BS: external BitStream data bus

NTSC: NTSC encoder output

21 BSBLK_B TYBUF03S (A) External BitStream data valid signal

22 BSVS_B/VSYNC_NT TYBUF03S (O) BS: external BitStream vertical sync signal

NTSC: vertical sync signal

23* OSCOUT PDX0E1DG Oscillating circuit output (Not used)

24* GPO8 TYBUF04P General purpose output (Not used)

25* SUBDB0 TYBUF04P Sub Display data bus (STN/TFT control) (Not used)

26* SUBDB3 TYBUF04P Sub Display data bus (STN/TFT control) (Not used)

27* SUBDB5 TYBUF04P Sub Display data bus (STN/TFT control) (Not used)

28* SUBCK/SUBGPO1 TYBUF04P Sub Display clock (STN/TFT control)/general purpose output (Not used)

29* SUBRD_B/

SUBGPO5

TYBUF04P Sub Display read signal (STN/TFT control)/general purpose output (Not used)

30 VDDCORE – Power supply

31* SUBCKS/SUBGPO0 TYBUF04P Clock switching signal for Sub Display (STN/TFT control)/general purpose output (Not

used)

32 VDDPLL – Power supply

33 VDDIOB – Power supply

34 BSPIXEL1/NDATA1 TYBUF03P (A) BS: external BitStream data bus

NTSC: NTSC encoder output

35 PLLDIV2 TYBUF04P PLL multiplication ratio switching signal

36 PLLDIV0 TYBUF04P PLL multiplication ratio switching signal

37 BSPIXEL0/NDATA0 TYBUF03P (A) BS: external BitStream data bus

NTSC: NTSC encoder output

38 NTCLK TYBUF02S External supply clock

39* NC – Not used

40 BSPIXEL7/NDATA7 TYBUF03P (A) BS: external BitStream data bus

NTSC: NTSC encoder output

41 BSCLK/DCLK_NT TYBUF03S (A) BS: external BitStream data clock

NTSC: data sampling clock

42* GPO9 TYBUF04P General purpose output (Not used)

43* SUBWR_B/

SUBGPO4

TYBUF04P Sub Display write signal (STN/TFT control)/general purpose output (Not used)

44* SUBDB1 TYBUF04P Sub Display data bus (STN/TFT control) (Not used)

45* SUBDB2 TYBUF04P Sub Display data bus (STN/TFT control) (Not used)

902SH

6 – 30

CONFIDENTIAL

46* SUBDB6 TYBUF04P Sub Display data bus (STN/TFT control) (Not used)

47 SUBLPIN TYBUF02P Sub Display LP signal (STN control)

48* NC – Not used

49 PLLDIV1 TYBUF04P PLL multiplication ratio switching signal

50 XIN/SCANCK TYBUF02S External clock input signal

51 BDATA4 TYBUF04P Main Display panel B output signal

52 BDATA5 TYBUF04P Main Display panel B output signal

53* GPO5 TYBUF04P General purpose output (Not used)

54 GND – Earth

55 GND – Earth

56 GNDOSC – Earth

57* NC – Not used

58* NC – Not used

59 GND – Earth

60* NC – Not used

61 GND – Earth

62 SCL TYBUF04S I2C serial clock pin

63 GPI4 TYBUF02S_PD General purpose input

64 VDDCORE – Power supply

65 VDDIOB – Power supply

66 BDATA3 TYBUF04P Main Display panel B output signal

67 BDATA2 TYBUF04P Main Display panel B output signal

68 BDATA1 TYBUF04P Main Display panel B output signal

69 GNDPLL – Earth

70 SDA TYBUF04S I2C serial data pin

71* WAIT_B TYBUF02P External wait signal (Not used)

72 LCDINT TYBUF02P External interruption signal

73 BDATA0 TYBUF04P Main Display panel B output signal

74* GPO4 TYBUF04P General purpose output (Not used)

75 GDATA0 TYBUF04P Main Display panel G output signal

76 GND – Earth

77* NC – Not used

78 DB15 TYBUF03P (A) Parallel data bus

79 GPI5 TYBUF02S_PD General purpose input

80 GPO7 TYBUF04P General purpose output

81 GDATA1 TYBUF04P Main Display panel G output signal

82 GDATA2 TYBUF04P Main Display panel G output signal

83 GDATA3 TYBUF04P Main Display panel G output signal

84* NC – Not used

85 GND – Earth

86 DB12 TYBUF03P (A) Parallel data bus

87 DB14 TYBUF03P (A) Parallel data bus

88 VDDIOA – Power supply

89 VDDIOB – Power supply

90 GDATA4 TYBUF04P Main Display panel G output signal

91 GDATA5 TYBUF04P Main Display panel G output signal

92 GND – Earth

93 TESTI TYBUF02P_PD Test signal

94 DB11 TYBUF03P (A) Parallel data bus

95 DB10 TYBUF03P (A) Parallel data bus

96 DB13 TYBUF03P (A) Parallel data bus

97 RDATA0 TYBUF04P Main Display panel R output signal

98 RDATA1 TYBUF04P Main Display panel R output signal

99 GPO1 TYBUF04P General purpose output

100* NC – Not used

101 GND – Earth

102* GPCLK TYBUF04P General purpose clock output (Not used)

103 DB9 TYBUF03P (A) Parallel data bus

104* GPO6 TYBUF04P General purpose output (Not used)

Pin No. Terminal name Input/Output Description of terminal

902SH

6 – 31

CONFIDENTIAL

105 RDATA2 TYBUF04P Main Display panel R output signal

106 RDATA3 TYBUF04P Main Display panel R output signal

107 RDATA4 TYBUF04P Main Display panel R output signal

108 GND – Earth

109 SCANEN TYBUF02P_PD Full scan valid signal

110 DB7 TYBUF03P (A) Parallel data bus

111 DB8 TYBUF03P (A) Parallel data bus

112 VDDIOA – Power supply

113 VDDIOB – Power supply

114 RDATA5 TYBUF04P Main Display panel R output signal

115 VSYNC TYBUF02P Main Display vertical sync signal

116 GND – Earth

117* GPO10 TYBUF04P General purpose output (Not used)

118 GND – Earth

119* NC – Not used

120 GNDVD – Earth

121* NC – Not used

122 GND – Earth

123* NC – Not used

124 DB5 TYBUF03P (A) Parallel data bus

125 DB4 TYBUF03P (A) Parallel data bus

126 DB6 TYBUF03P (A) Parallel data bus

127 DCLK TYBUF02P Main Display data sampling clock

128 HSYNC TYBUF02P Main Display horizontal sync signal

129* NC – Not used

130* SE_LD4/PORT5 TYBUF04P Four-wire serial IF load signal 4/general purpose output (Not used)

131* GPO11 TYBUF04P General purpose output (Not used)

132 GPI3 TYBUF02S_PU General purpose input

133 GPI1 TYBUF02S_PU General purpose input

134 RXDTP RECIVER_V3.4 Differential data input (Positive)

135 RXDTN RECIVER_V3.4 Differential data input (Negative)

136 VDWAIT_B TYBUF02P External wait signal

137 RSP TYBUF03S (A) Register select signal

138* MAGBUSY TYBUF04P Magnification circuit LINE direction BUSY output (Not used)

139 DB3 TYBUF03P (A) Parallel data bus

140 DB2 TYBUF03P (A) Parallel data bus

141* GPO3 TYBUF04P General purpose output (Not used)

142* GPO2 TYBUF04P General purpose output (Not used)

143 DB1 TYBUF03P (A) Parallel data bus

144 VDDIOA – Power supply

145 VDDCORE – Power supply

146 VDDCORE – Power supply

147 SE_DO/PORT0 TYBUF04P Four-wire serial IF data output/general purpose output

148 SE_LD1/PORT2 TYBUF04P Four-wire serial IF load signal 1/general purpose output

149* SE_LD3/PORT4 TYBUF04P Four-wire serial IF load signal 3/general purpose output (Not used)

150* PWMLCD/PORT9 TYBUF04P PWMLCD output/general purpose output (Not used)

151* PWM0/PORT7 TYBUF04P PWM output 0/general purpose output (Not used)

152 GPI0 TYBUF02S_PU General purpose input

153 RXCKP RECIVER_V3.4 Differential clock input (Positive)

154 RXCKN RECIVER_V3.4 Differential clock input (Negative)

155 GPO0 TYBUF04P General purpose output

156 VD0N TYBUF02P VD-Link ON/OFF setting

157 CS_B TYBUS03S (O) Device select signal

158 WR_B TYBUF03S (O) Host write strobe signal

159 VDDCORE – Power supply

160 DB0 TYBUF03P (A) Parallel data bus

161 DUMMY2 – Dummy 2

162 SE_DI/PORT6 TYBUF04P Four-wire serial input/general purpose output

163 VDDIOC – Power supply

Pin No. Terminal name Input/Output Description of terminal

902SH

6 – 32

CONFIDENTIAL

In this unit, the terminal with asterisk mark (*) is (open) terminal which is not connected to the outside.

164 SE_CK/PORT1 TYBUF04P Four-wire serial IF clock output/general purpose output

165* SE_LD2/PORT3 TYBUF04P Four-wire serial IF load signal 2/general purpose output (Not used)

166 VDDIOC – Power supply

167* PWM1/PORT8 TYBUF04P PWM output 1/general purpose output (Not used)

168 GPI2 TYBUF02S_PU General purpose input

169 GSR RECIVER_V3.4 External resistance pin for gain adjustment

170 VDDVD – Power supply

171 RESET_B TYBUF02S Master reset

172 VDDIOA – Power supply

173 BUFOFF_B TYBUF02P GATED buffer switching signal for through current protection

174 RD_B TYBUF03S (O) Host read strobe signal

175 VDDCORE – Power supply

176 DUMMY1 – Dummy 1

PDX0E1DG : OSC (Oscillator buffer with oscillation stop function)

TYBUF04P : IOC2M (I/O buffer. Input: CMOS buffer, Output: Iol = 2 mA)

TYBUF04S : IOCS2M (I/O buffer. Input: CMOS Schmidt buffer, Output: Iol = 2 mA)

TYBUF02P : IOC (I/O buffer. Input: CMOS buffer, Output: Iol = 4 mA)

TYBUF02P_PD : IOCD (I/O buffer. Input: CMOS buffer with 65 k ohm pull-down resistance, Output: Iol = 4 mA)

TYBUF02S : IOCS (I/O buffer. Input: CMOS Schmidt buffer, Output: Iol = 4 mA)

TYBUF02S_PU : IOCSU (I/O buffer. Input: CMOS Schmidt buffer with 75 k ohm pull-up resistance, Output: Iol = 4 mA)

TYBUF02S_PD : IOCSD (I/O buffer. Input: CMOS Schmidt buffer with 65 k ohm pull-down resistance, Output: Iol = 4 mA)

TYBUF03P (A) : IOCAN6M (I/O buffer. Input: 2 inputs AND type CMOS buffer with through current protection, Output: Iol = 6 mA)

TYBUF03S (A) : IOCSAN6M (I/O buffer. Input: 2 inputs AND type CMOS Schmidt buffer with through current protection, Output: Iol = 6 mA)

TYBUF03S (O) : IOCSOR6M (I/O buffer. Input: 2 inputs OR type CMOS Schmidt buffer with through current protection, Output: Iol = 6 mA)

RECIVER_V3.4 : VD-Link receiver

Pin No. Terminal name Input/Output Description of terminal

DUMMY

SUBFL

MIN

DUMMY

VDD

CORE

VDD

IOA

VDD

IOA

VDD

IOA

LCD

INT

WAIT

GND

PLL

RDATA

B DATA

VDD

IOB

VDD

IOB

SCANE

RDATA

GDATA

VDD

IOB

BDATA

RDATA

MAG

BUSY

VDWAIT

SE_LD4

/PORT5

SUBDB

MP4_PL

LCK

VDD

CORE

VDD

CORE

VDD

CORE

VDD

IOD

VDD

IOB

VDD

IOD

VDD

OSC

BSHS

VDD

CORE

VDD

CORE

XIN/

SCANCK

PLL

DIV1

PLL

DIV0

VDD

PLL

SUB

CKS

SUB

DB5

SUB

DB3

SUB

DB0

OSC

OUT

BSVS

BSBLK

SUB

RD_B

SUB

DB7

SUB

DB4

SUB

CS_B

PLL

DIV2

SUB

LPIN

SUB

DB6

SUB

DB2

SUB

DB1

SUB

WR_B

BSPIXE

GND

OSC

VDD

CORE

VDD

CORE

PWM0/

PORT7

SE_LD3

/PORT4

SE_LD1

/PORT2

SE_DO

/PORT0

PWMLCD

/PORT9

BUFOF

F_B

VDD

IOA

VDD

IOC

VDD

IOC

PWM1/

PORT8

SE_LD2

/PORT3

SE_CK/

PORT1

SE_DI/

PORT6

RESET

RD_8

DB00

DB01

DB02 DB03

DB06

GPO6

DB13 DB10

DB14

GPO7

GPI5

GPI4 SCL GND GND GND GND GPO5NC

GPO9

GPO8

NTCLKBSCLK

NC NC

DB15

SDA

NC GND

GPO4

DB12 GND NC

DB11 GND

TESTI

GPO1

DB04

DB08

DB09 GND NC

GPCLK

DB07 GND

DB05 GND GND GND

GNDVD

NC NC

GPO10

VSYNC

RSP

RXDTN

GPI1 GPI3 NC DCLK

GPO11

HSYNCRXDTP

GPO2 GPO3

WR_B VDON GPO0 GPI0

RXCKN RXCKP

CS_B

GSR GPI2

16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1

TOP VIEW

902SH

6 – 33

CONFIDENTIAL

[2] Function table of Display

Main Display (LCD3000: RLCUBA017AF02)

In this unit, the terminal with asterisk mark (*) is (open) terminal which

is not connected to the outside.

No.

Terminal

name

Input/Output Description of terminal

1 T-COM Input COM electric potential input for

2 T-COM Input COM electric potential input for

3 TFT-COM Input COM voltage input terminal

4 COMC Output COM signal output

5 COMC Output COM signal output

6 COMDC Output COM centre voltage output

7 VCOMH Output COM amplitude voltage output

8 B0 Input Blue data signal (LSB)

9 B1 Input Blue data signal

10 B2 Input Blue data signal

11 B3 Input Blue data signal

12 B4 Input Blue data signal

13 B5 Input Blue data signal (MSB)

14 G0 Input Green data signal (LSB)

15 G1 Input Green data signal

16 G2 Input Green data signal

17 G3 Input Green data signal

18 G4 Input Green data signal

19 G5 Input Green data signal (MSB)

20 R0 Input Red data signal (LSB)

21 R1 Input Red data signal

22 R2 Input Red data signal

23 R3 Input Red data signal

24 R4 Input Red data signal

25 R5 Input Red data signal (MSB)

26 DCLK Input Data sampling clock

27 HSY Input Horizontal sync signal

28 VSY Input Vertical sync signal

29* SO Output Serial data output (Not used)

30 SI Input Serial data input

31 SCLK Input Serial clock input

32 CS Input Serial interface chip select

33 RESET Input Hard reset

34 VCC – Logic power supply

35 GND – Earth

36 GND – Earth

37 VDC – Analogue power supply

38 VDC – Analogue power supply

39* COM2 – Not used

40* VCLAMP Output Not used

41 VSS2 Output DC/DC converter output

42 VSS1 Output DC/DC converter output

43* NC – Not used

44 VDD2 Output DC/DC converter output

45 C5- – Booster capacitor connection

terminal

46 C5+ – Booster capacitor connection

terminal

47 C4- – Booster capacitor connection

terminal

48 C4+ – Booster capacitor connection

terminal

49* C3- – Booster capacitor connection

terminal (Not used)

50 C3+ – Booster capacitor connection

terminal

51 C2- – Booster capacitor connection

terminal

52 C2+ – Booster capacitor connection

terminal

53 C1- – Booster capacitor connection

terminal

54 C1+ – Booster capacitor connection

terminal

55 VDC2 Output DC/DC converter output

56 VDC2 Output DC/DC converter output

57 VR Output Reference power supply output

58 VS Output Source power supply output

59 VS Output Source power supply output

No.

Terminal

name

Input/Output Description of terminal

To input terminal

MAIN DISPLAY

902SH

6 – 34

CONFIDENTIAL

Sub Display (LCD2000: RLCUBA016AFZZ)

No.

Terminal

name

Input/Output Description of terminal

1 SDIN Input Serial data input

2 SCLK Input Serial clock input

3 DC_B Input Data/command selection input

4 SCEB Input Chip enable

5 RESET_B Input Reset input

6 VDD – MPU power supply terminal

7 VLCD – LCD drive circuit power supply

8VSS – Earth

To input terminal

SUB DISPLAY

PARTS GUIDE

No. S0422JNJ300/W

SHARP CORPORATION

SHARP CORPORATIONSHARP CORPORATION

SHARP CORPORATION

CONTENTS

Parts marked with " " are important for maintaining the safety of the set. Be sure to replace these

parts with specified ones for maintaining the safety and performance of the set.

902SH

This document has been published to be used

for after sales service only.

The contents are subject to change without notice.

3G(UMTS)/GSM/GPRS PHONE

MODEL 902SH

[1] DIODES

[2] OTHER CIRCUITRY

PARTS

[3] CABINET PARTS

[4] ACCESSORIES/PACKING

PARTS

[5] P.W.B. ASSEMBLY

[6] OTHER SERVICE PARTS

CONFIDENTIAL

902SH

NO. PARTS CODE PRICE

RANK

NEW

MARK

PART

RANK DESCRIPTION

CONFIDENTIAL

[1] DIODES

LED120

0VHPBRPY121F-1L AD LED,Green/Red,BRPY121F

LED200

5VHPGM56281A-1L AP LED,Red/Green/Blue,GM56281A

LED200

6VHPNECW008A-1L AH LED,White,NECW008A

[2] OTHER CIRCUITRY PARTS

ANT901 QCNTAA019AFZZN AF Terminal,Aerial

BAT120

0RDNTL0017AFZZ AG Battery,Back-up

CN061 QCNCW947FAFZZL AF Terminal,Bluetooth Aerial

CN901 QCNCW878AAFPZL AE Connector,Coaxial

CN902 QCNCMA47AAFZZL AG Connector,Coaxial

CN1000 QCNCWA023AF27L AH Socket,27Pin

CN1200 QCNTAA016AFZZL AL Terminal,Battery

CN1201 QSOCZA006AFZZL AG Connector,USIM Card

CN1300 -------- - This Parts is Supplied with Cabinet Parts 106

CN1500 QCNCWA010AF50N AH Socket,50Pin

CN1501 QCNCWA020AF40R AM Socket,40Pin

CN2000 QCNCWA010AF50N AH Socket,50Pin

CN2001 QCNCW953JAFZZL AK Connector,Memory Card

CN2002 QCNCWTP40AFZZN AF Socket,40Pin

CN2003 QCNCWA022AF08R AF Socket,8Pin

CN3000 QCNCWA023AF59L AM Socket,59Pin

CN3001 QCNCWA034AF40L BA Socket,40Pin

CN3003 QCNCWA056AF08R AU Socket,8Pin

EP1000 RPHODA007AFZZ AK Earpiece

FS1200 QFS-LA010WJZZY AC Fuse,2A

FS2000 QFS-L132HAFZZN AC Fuse,1.25A

FS2001 QFS-L631HAFZZN AC Fuse,0.63A

FS2002 QFS-L132HAFZZN AC Fuse,1.25A

JK1600 QCNCWA017AFZZL AF Connector,VIDEO OUT/Handsfree Microphone

LCD200

0RLCUBA016AFZZ AW Sub Display

LCD300

0RLCUBA017AF02 BT Main Display

MIC200 RMICCA007AFZZ AK Microphone

MIC201 RMICCA007AFZZ AK Microphone

SP2000 RSP-ZA009AFZZ AL Speaker

SP2001 RSP-ZA009AFZZ AL Speaker

VIB001 RMOTVA004AFZZ AK Vibrator

902SH

CONFIDENTIAL

[3] CABINET PARTS

12345 6

106-1

606x2

164

106-11

(PWB-H)

107

(PWB-E)

125

106-10

(LCD2000)

106-3

106-2

106-12

603x2

106-9

152

131

144

106-6

106-5

106-4

106-8

111

133

134

126

116

120

141

103-1

103

155

(MIC200)

103-1(*)

167

166

165

605x2

113x2

109

127

135

130

124

140

123

604

118

110

145

132

161

128

163

115

106-7x2

162

114

SD PWB-C

PWB-B

MAIN PWB-A

101-1

601x2

604x2

147

101

119

157

(EP1000)

154

(LCD3000)

129

122

151

139

108

(PWB-F)

153

(BAT1200)

117

602

112 112

602

159

(PWB-G)

142

143

137

102

102-1

102-1, 103-1(*): Deleted in the middle of October production.

139: Deleted in the December production.

138

136

158

(SP2000) 158

(SP2001)

137

149

150

160

(PWB-D)

104

106

156 (VIB001)

106-13x2

155

(MIC201)

902SH

CONFIDENTIAL

NO. PARTS CODE PRICE

RANK

NEW

MARK

PART

RANK DESCRIPTION

[3] CABINET PARTS

101 DCABAW169AFSE BB Front Cabinet (Display) Assembly

101- 1 GMADIA049AFSA AK Panel,Main Display

102 DCABBW169AFSC AY Back Cabinet (Display) Assembly [C]

102 DCABBW169AFSE AY Back Cabinet (Display) Assembly(Except for C,F,K,U

102 DCABBW169AFSF AY Back Cabinet (Display) Assembly [F]

102 DCABBW169AFSK AY Back Cabinet (Display) Assembly [K]

102 DCABBW169AFSU AY Back Cabinet (Display) Assembly [U]

102- 1 TLABZ2595AFZZ AA Sensor Moisture (Large)

103 DCABCW169AFSC AY Front Cabinet (Key) Assembly [C]

103 DCABCW169AFSE AY Front Cabinet (Key) Assembly (Except for C,F,K,U)

103 DCABCW169AFSF AY Front Cabinet (Key) Assembly [F]

103 DCABCW169AFSK AY Front Cabinet (Key) Assembly [K]

103 DCABCW169AFSU AY Front Cabinet (Key) Assembly [U]

103- 1 TLABZ2783AFZZ AA Sensor,Moisture (Small)

104 DCABDW169AFSE BD Back Cabinet (Key) Assembly

106 DKENDW169AFSB Board Unit [B]

106 DKENDW169AFSC Board Unit [C]

106 DKENDW169AFSD Board Unit [D]

106 DKENDW169AFSE Board Unit [E]

106 DKENDW169AFSF Board Unit [F]

106 DKENDW169AFSG Board Unit [G]

106 DKENDW169AFSH Board Unit [H]

106 DKENDW169AFSK CZ Board Unit [K]

106 DKENDW169AFSP Board Unit [P]

106 DKENDW169AFSR CZ Board Unit [R]

106 DKENDW169AFSS Board Unit [S]

106 DKENDW169AFST Board Unit [T]

106 DKENDW169AFSU Board Unit [U]

106 DKENDW169AFSW Board Unit [W]

106 DKENDW169AFSZ CZ Board Unit [Z]

106 DKENDW169AFS7 Board Unit [EP]

106 DKENDW169AFS8 Board Unit [GP]

106 DKENDW169AFS9 Board Unit [PP]

106- 1 DUNTKW169AFS1 BZ Camera Assembly

106- 2 LHLDFA006AF01 AG Holder,SD PWB

106- 3 LHLDZA091AF01 AH Holder Unit,Sub Display

106- 4 PSLDMA059AFZZ AF Cover,BBK Shield Case

106- 5 PSLDMA061AFZZ AK Cover,BBS Shield Case

106- 6 PSLDMA068AFZZ AH Cover,RF Shield Case

106- 7 QCNTAA017AFZZN AD Spacer,Hinge

106- 8 QCNWNA009AFZZ AN Coaxial,Cable

106- 9 QTANZA001AFZZL AB Contact,Spring

106-10 RLCUBA016AFZZ AW Sub Display (LCD2000)

106-11 RUITKA006AFZZ AS SD P.W.B. Connect FPC (PWB-H)

106-12 TLABZ2783AFZZ AA Sensor,Moisture (Small)

106-13 PSPAZA035AFZZ AA Spacer,CSP

107 CUITKA007AFZZ BB Key FPC Unit (PWB-E)

108 CUITKA009AFZZ AT LED FPC Unit (PWB-F)

109 GCABEA045AFSB AL Front Cabinet,Hinge

110 GCABFA045AFSB AL Back Cabinet,Hinge

111 GCOVAA058AFSD AD Screw Cover,Side

112 GCOVAA086AFSB AC Screw Cover,Display (Top)

113 GCOVAA089AFSB AC Screw Cover,Key (Top)

114 GCOVAA092AFSB AD Cover,External Connector

115 GCOVAA093AFSB AD Connector Cover,VIDEO OUT/Handsfree Microphone

116 GCOVAA094AFSB AH Slot Cover,Memory Card

117 GCOVAA134AFSA AE Screw Cover,Display (Bottom)

118 GCOVAA114AFSG AC Screw Cover,Hinge Cabinet

119 GCOVHA021AFSB AD Protect Cover,Cabinet

120 GCOVZA003AFSB AD Hinge,Memory Card Slot Cover

122 HDECQA023AFSB AN Belt,Top

123 HDECQA024AFSB AH Hinge Belt (Left)

124 HDECQA025AFSB AH Hinge Belt (Right)

125 JKNBZA046AFSA AV Button,10Key

126 LHLDFA005AFZZ AD Holder,Main PWB

127 LHLDWA006AFZZ AC Wire Holder,A

128 LHLDWA007AFZZ AC Wire Holder,B

129 LHLDZA090AF01 AR Holder Unit,Main Display

130 LHLDZA124AFZZ AC Fix Holder,Hinge

131 LHLDZA137AF01 AE Holder,Hinge

132 MHNG-A006AFZZ AY Hinge Unit

133 PCUSSA185AFZZ AB Cushion,Hinge

134 PCUSSA199AFZZ AA Cushion,Coaxial Cable

135 PCUSSA218AFZZ AC Cushion,Grease

136 PCUSSA230AFZZ AB Cushion,Connector

137 PCUSSA231AFZZ AB Cushion,Display PWB

138 PCUSSA232AFZZ AC Spacer Cushion,Back Cabinet (Display)

139 PCUSSA235AFZZ AB Cushion,LED FPC Unit

140 PMAGZA004AFZZ AE Magnet

141 PSHEGA003AFZZ AC Sheet,Side Keys

142 PSHEMA002AFZZ AC Leaf,Copper (With Glue)

143 PSHEMA004AFZZ AE Leaf,Copper (With Kapton)

144 PSHEZ1416AFZZ AB FPC Retainer Kapton

145 PSHEZA381AFZZ AB Kapton,Handling

902SH

NO. PARTS CODE PRICE

RANK

NEW

MARK

PART

RANK DESCRIPTION

CONFIDENTIAL

147 PSHEZA388AFZZ AC Sheet,Top Belt

149 PSHEZA395AFZZ AB Sheet,Display PWB

150 PSHEZA396AFZZ AB Kapton,Display PWB

151 PSLDMA111AFZZ AG Sheet,Shield

152 PSPAZA037AFZZ AC Spacer,PWB

153 RDNTL0017AFZZ AG Battery,Back-up (BAT1200)

154 RLCUBA017AF02 BT Main Display (LCD3000)

155 RMICCA007AFZZ AK Microphone (MIC200,201)

156 RMOTVA004AFZZ AK Vibrator (VIB001)

157 RPHODA007AFZZ AK Earpiece (EP1000)

158 RSP-ZA009AFZZ AL Speaker (SP2000,2001)

159 RUITKA005AFZZ AP Speaker FPC (PWB-G)

160 RUITKA014AFZZ BB Sub Camera Unit (PWB-D)

161 RUITZA023AFZZ BC Thin Coaxial Cable

162 TLABZ2595AFZZ AA Sensor,Moisture (Large)

163 TLABZA075AF0T AC Label,Qualcomm

164 TSPC-A180AFZZ DH Label,Specifications

165 GCOVAA088AFSB AK Aerial Cover

166 GCOVAA090AFSA AC Cover,Infrared Port

167 GCOVZA004AFSB AD Cover,Strap

601 LX-EZ0184AFZZ AB Screw,M1.7x6mm

602 LX-EZ0193AFZZ AB Screw,M1.7x4.5mm,Black

603 LX-EZ0196AFZZ AB Screw,M1.7x5.5mm,Black

604 LX-EZA004AFZZ AB Screw,M1.4x2.8mm

605 LX-EZA010AFFN AB Screw,M1.7x7.5mm

606 LX-EZA011AFF7 AB Screw,M1.4x1.6mm

[3] CABINET PARTS

902SH

CONFIDENTIAL

[4] ACCESSORIES/PACKING PARTS

RADPTA010AF01

AC Charger

RADPTA009AF01 RADPTA011AF01

Phone

20 ([B,E,EP,D] Only)

21 ([G,GP,H] Only)

23 ([U] Only)

15 ([F] Only)

22 ([Z] Only)

29 ([B] Only)

7, 11,26

27 ([C,EP,F,K,U] Only)

12,14,16 ([T] Only),

17,18,19,30 ([B] Only)

902SH

CONFIDENTIAL

NO. PARTS CODE PRICE

RANK

NEW

MARK

PART

RANK DESCRIPTION

[4] ACCESSORIES/PACKING PARTS

1 GFTABA018AFSB AH Battery Cover (Except for [C,F,U])

1 GFTABA028AFSA AH Battery Cover [C,F,U]

2 QPLGJA005AFZZ AT Video Cable (Except for [C,F,U])

2 QPLGJA006AFZZ AT Video Cable [C,F,U]

3 RADPTA009AF01 ** AC Charger B,C,D,F,G,GP,H,K,P,PP,S,T,U,W(XN-1QC91)

3 RADPTA010AF01 ** AC Charger [E,EP,R] (XN-1QC90)

3 RADPTA011AF01 ** AC Charger [Z] (XN-1QC92)

4 RPHOHA004AF01 AY Handsfree Microphone Unit/Stereo Headset

5 SPAKAA026AFZZ AH Packing Add. [F,K]

5 SPAKAA046AFZZ AL Packing Add. [C,U]

5 SPAKAA051AFZZ AK Packing Add. [B,D,E,EP,G,GP,H,P,PP,R,S,T,W,Z]

6 SPAKCA172AFZZ AS Packing Case [B,D,E,P,PP,R,S,W,Z]

6 SPAKCA196AFZZ AS Packing Case [G,GP,H,T]

6 SPAKCA198AFZZ AN Packing Case [C,EP,F,K,U]

7 SPAKP1236AFZZ AA Polyethylene Bag,SD Memory Card

8 SPAKPA014AFZZ AC Polyethylene Bag,Phone

9 SPAKPA018AFZZ AN Accessories Box [B,D,E,EP,K,P,PP,R,S,W,Z]

9 SPAKPA019AFZZ AN Accessories Box [G,GP,H,T]

9 SPAKPA020AFZZ AN Accessories Box [F]

9 SPAKPA025AFZZ AR Accessories Box [C,U]

10 SPAKXA103AFZZ AG Pad,Division (Except for [C,U])

10 SPAKXA147AFZZ AL Pad,Division [C,U]

11 SSAKA0232AFZZ AC Case,SD Memory Card

12 SSAKAA004AFZZ AA Polyethylene Bag,User Guide (Except for [C,U])

12 SSAKA0022AFZZ AA Polyethylene Bag,User Guide [C,U]

13 SSAKH0329AFZZ AA Polyethylene Bag,Battery Cover

14 TCADHA039AFZZ AG Quick Start Guide [E,EP,R,Z]

14 TCADHA050AFZZ AK Quick Start Guide [G,GP]

14 TCADHA052AFZZ AM Quick Start Guide [T]

14 TCADHA054AFZZ AN Quick Start Guide [S]

14 TCADHA057AFZZ AN Quick Start Guide [D]

14 TCADHA059AFZZ AN Quick Start Guide [P,PP]

14 TCADHA061AFZZ AM Quick Start Guide [W]

14 TCADHA071AFZZ AS Quick Start Guide [H]

14 TCADHA103AFZZ Quick Start Guide [B]

15 TCAUHA013AFZZ AC Caution Label,Handsfree Microphone Unit ( [F]Only)

16 TCADZ0263AFZZ AC Card,Free Service ( [T] Only)

17 TCAUZA013AFZZ AB Caution Sheet,Video Cable

18 TGANEA016AFZZ AB Guarantee [E,EP]

18 TGANEA019AFZZ AE Guarantee [R]

18 TGANEA021AFZZ AE Guarantee [Z]

18 TGANGA005AFZZ AE Guarantee [K]

18 TGANIA004AFZZ AC Guarantee [T]

18 TGANSA001AFZZ AD Guarantee [S]

18 TGANZA033AFZZ AE Guarantee [D]

18 TGANZA035AFZZ AD Guarantee [P,PP]

18 TGANZA037AFZZ AC Guarantee [W]

18 TGANZA039AFZZ AE Guarantee [H]

18 TGANZA041AFZZ AD Guarantee [C]

18 TGANZA042AFZZ AF Guarantee [U]

19 TINSEA037AFZZ AM User Guide [E,EP,R]

19 TINSEA045AFZZ AY User Guide [Z]

19 TINSEA049AFZZ AP User Guide [C (English)]

19 TINSEA050AFZZ AY User Guide [U (English)]

19 TINSFA017AFZZ AM User Guide [F]

19 TINSFA019AFZZ AY User Guide [U (French)]

19 TINSFA027AFZZ AP User Guide [C (French)]

19 TINSGA013AFZZ AP User Guide [G,GP]

19 TINSGA016AFZZ AY User Guide [K]

19 TINSGA024AFZZ AP User Guide [C (German)]

19 TINSHA014AFZZ AY User Guide [H]

19 TINSHA028AFZZ AY User Guide [U (Dutch)]

19 TINSIA011AFZZ AS User Guide [T]

19 TINSIA015AFZZ AP User Guide [C (Italian)]

19 TINSPA023AFZZ AT User Guide [P,PP]

19 TINSSA012AFZZ AT User Guide [S]

19 TINSWA026AFZZ AS User Guide [W]

19 TINSZA018AFZZ AT User Guide [D]

19 TINSZA040AFZZ User Guide [B]

20 TLABZ2793AFZZ AA Sheet,Security ( [B,E,EP,D] Only)

21 TLABZA044AFZZ AC Sheet,Transparent ( [G,GP,H]Only)

22 TLABZA053AFZZ AB Label,ATIC ( [Z] Only)

23 TLABZA061AFZZ AC Label,Battery ( [U] Only)

24 UBATIA013AF01 ** Lithium Ion Battery (XN-1BT90)

25 UDSKAA017AF01 AL CD-ROM [B,D,E,EP,P,PP,R,S,W,Z]

25 UDSKAA023AF01 AL CD-ROM [G,GP,H,T]

25 UDSKAA024AF01 AL CD-ROM [C,F,K,U]

26 UIMC-A005AFZZ BF SD Memory Card (Except for [C,F,U])

26 UIMC-A006AFZZ BF SD Memory Card [C,F,U]

27 -------- - Label,Bar Code

29 TLABZA079AFZZ Label,Hungary ( [B] Only)

30 TCADZA066AFZZ DOC Copy ( [B] Only)

902SH

NO. PARTS CODE PRICE

RANK

NEW

MARK

PART

RANK DESCRIPTION

CONFIDENTIAL

[5] P.W.B. ASSEMBLY

PWB-B/

DDHAIZW169AFSE CA Display/Sub Camera Unit

PWB-E CUITKA007AFZZ BB Key FPC Unit

PWB-F CUITKA009AFZZ AT LED FPC Unit

PWB-G RUITKA005AFZZ AP Speaker FPC

PWB-H RUITKA006AFZZ AS SD P.W.B. Connect FPC

[6] OTHER SERVICE PARTS

PCOVPA003AFZZ AD Cap,Connector

902SH

CONFIDENTIAL

INDEX

– MEMO –

SHARP CORPORATION

Communication Systems Group

Quality & Reliability Control Centre

Higashihiroshima, Hiroshima 739-0192, Japan

No part of this publication may be reproduced,

stored in a retrieval system, or transmitted in

any form or by any means, electronic, mechanical,

photocopying, recording, or otherwise, without

prior written permission of the publisher.

A0412-PDF KS KJ J

902SH CONFIDENTIAL

Sharp 902sh Service Manual

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