TM200 - Smartphone SHARP - Free user manual and instructions

USER MANUAL TM200 SHARP

Line drawing of two mobile phones, one open and one closed, showing front and back views (no text or symbols)

DIGITAL MOBILE PHONE

MODEL TM200

(INTERNAL MODEL NAME: TM200)

- 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.

CONTENTS

SERVICING CONCERNS

CHAPTER 1.GENERAL DESCRIPTION

[1] Specifications....1-1
[2] Names of parts....1-2
[3] Operation manual....1-2

CHAPTER 2. ADJUSTMENTS, PERFORMANCE CHECK, AND FIRMWARE UPGRADE

[1] SHARP Program Support Tool (SPST) .... 2-1
[2] Test points ..... 2-25
[3] Trouble shooting....2-29

CHAPTER 3. DISASSEMBLY AND REASSEMBLY

[1] Disassembly and reassembly....3-1

CHAPTER 4. DIAGRAMS

[1] Block diagram 4-1

CHAPTER 5. CIRCUIT DIAGRAM

[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.... 5-5

CHAPTER 6. OTHERS

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

Parts Guide

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.

CONFIDENTIAL

SERVICING CONCERNS

1. When requested, back up user's handset data using SPST (SHARP Program 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 according to the following flowchart.

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.

1. 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.)
2. 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 external display panels.
3. 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 deterioration.
4. The FPC is a precision device. Handle it carefully to prevent any damages.
5. 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.
6. Before you disassemble or reassemble handset, make sure to remove the Li-Ion battery.
7. Be sufficiently careful with static electricity of integrated circuits and other circuits. Wear static electricity prevention bands while servicing.

CONFIDENTIAL

CHAPTER 1. GENERAL DESCRIPTION

FOR A COMPLETE DESCRIPTION OF THE OPERATION OF THIS UNIT, PLEASE REFER TO THE OPERATION MANUAL.

1. SPECIFICATIONS

Camera Device	2 Megapixel CCD digital	al camera with LED flashlight
	Autofocus Autofocus mode, Semi-autofocus mode, Manual focus mode
	Function Max. 8x Digital zoom, Delay timer, Continuous shot, ±2 exposure correction
	Image size Still : 2 Megapixel : 1,224 x 1,632 dots1 Megapixel : 858 x 1,144 dotsLarge : 768 x 1,024 dots (XGA)Medium : 480 x 640 dots (VGA)Small : 240 x 320 dots (QVGA)Tiny : 120 x 160 dots (QQVGA)Video : Large : 176 x 144 dotsSmall : 128 x 96 dots
Main display Type	2.2	inch Transmissive System LCDs (CG-Silicon)
	Colour depth	262k *1 colours
	Resolution	QVGA (240 x 320 dots)
External display	Type	1.06 inch Semi-Transmissive system LCDs
	Colour depth	65k colours
	Resolution	96 x 64 dots
Connections		BluetoothTM, SD memory card slot *, Earphone/MIC, USB (Ver.1.1), RF connector
Sound	Chords	40 chord polyphonic ringtones
	Format	AAC, MP3, SMAF, MIDI, i-melody, WAVE, AMR
Contacts list (Phonebook)		500 entries
Messaging		SMS (Text message), MMS (Picture/Video messaging), E-mail with POP3 and SMTP supporting attachment
WAP		Version 2.0
Browser		Openwave 6.2.3
JAVA TM	Version	MIDP2.0
	Max. application size	200KB
Language		11 languages (English, German, Dutch, Czech, Hungarian, French, Spanish, Italian, Greek, Portuguese, Turkish)
Text input method		T9, multi-tap
Band		Tri-Band (900/1800/1900MHz)
GPRS		Class B, Multislot Class10
Battery		Li-Ion (840 mAh)
Continuous standby time		Approx. max. 220 hours *3 (TBD)
Continuous talking time		Approx. max. 200 minutes *3 (TBD)
Weight		Approx. 120g (TBD)
Size (W x D x H)		Approx. 49.2 x 96.3 x 27.1mm (with shell closed and excluding protrusions)

*1) For JPEG wallpaper display only.

*2) SD memory card is not included.

*3) It varies depending on the condition.

CONFIDENTIAL

Powered by JBlend ^™ , Copyright 1997-2004 Aplx Corporation. All right rights reserved. Java and all Java-based trademarks and logos are trademarks or registered trademarks of Sun Microsystems, Inc. in the U.S. and other countries. JBlend and all JBlend-based trademarks and logos are trademarks or registered trademarks of Aplx Corporation in Japan and other countries.

In this product, JBlend ^TM is incorporated. JBlend ^TM is a Java execution environment that Aplx developed for implementing advanced performance and fast operation on small-memory systems. JBlend and JBlend logo are trademarks or registered trademarks of Aplx Corporation in Japan and other countries.

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.

Licensed under U.S. Patent 4,558,302 and foreign counterparts.

CP8 PATENT

SD logo is a trademark.

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.

Use of this product in any manner that complies with the MPEG-4 Visual Standard is prohibited, except for use directly related to (a) data or information (i) generated by and obtained without charge from a consumer not thereby engaged in a business enterprise, and (ii) for personal use only; and (b) other uses specifically and separately licensed by MPEG LA, L.L.C.

Bluetooth is a trademark of the Bluetooth SIG, Inc. 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.

Please use discretion in privacy matters when taking photographs or sending images with a camera-equipped mobile phone. Design and specifications are subject to change without prior notice. The information contained in this sales manual is current as of December 2004 (product still under development). All screen images are simulated.

2. NAMES OF PARTS

Diagram of a mobile phone with labeled parts including front panel, screen, and keypad, showing numbered annotations for each component.

No.	Name
1	2-megapixel camera
2	LED flashlight
3	External display
4	Side-up/Side-down key
5	Camera/Music key
6	Voice mail key
7	Flashlight key
8	USB/charger connector
9	Earpiece
10	Main display
11	Handsfree earphones & microphone (stereo)
12	Navigation key (Up/Down/Left/Right)You can programme the Navigation Key yourself.
13	Centre key
14	Earphones connector
15	Font Zoom key
16	The t-zones Key also gives you direct access to the t-zones Online Homepage.
17	SD memory card slot

3. OPERATION MANUAL

(Page numbers refer to the user guide)

[OPTIONAL ACCESSORIES]

- USB data cable The above accessories may not be available in all regions. For details, please contact your dealer.

CONFIDENTIAL

CHAPTER 2. 1 ADJUSTMENTS, PERFORMANCE CHECK, AND FIRMWARE UPGRADE

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

[1] SHARP PROGRAM SUPPORT TOOL (SPST)

1. SYSTEM REQUIREMENTS

• IBM PC compatible personal computer (standard COM1 115,200 bps serial port and USB required)
  Supported OS: Windows 98/98SE/2000/XP
  (except for Windows 95/ME/NT)
  (English, German, Italian, Spanish, French and Chinese versions)
• Data cable
  
  • GSM tester: CMU150
  • GPIB interface: National Instruments USB-GPIB cable
  (Model No.: NI GPIB-USB-B)

2. INTRODUCTION

2-1. FUNCTIONS

SPST offers seven key functions:

1) Firmware download
2) User data transfer (processes all data at once but not individually.)
3) RF calibration check and test
4) Default setting
5) Identification
6) Performance check and adjustment
7) User password reset

2-2. INSTALLATION

1. Use Windows Explorer to execute the "setup.exe" file on the CD-ROM.
2. The SPST TM200 setup wizard appears. Follow the installation instructions.
3. After the installation is complete, shortcuts to SPST are created on the desktop and under the "Start"-Programs"-TM200" menu. Start SPST from the shortcuts.

2-3. STARTING UP

Connect TM200 to an operable serial port of the PC with the supplied data cable. Make sure that the battery is fully charged.

Start SPST from the desktop.

1. The Input password dialog box appears. Enter the password, select a port where TM200 is connected from the list box, and click "OK". If you do not know SPC, click "Cancel" to exit.

Input password Port COM1 Current Password Show Repair Log Downloader for Emergency OK Cancel Chagne Password

1. To change the password, enter the current password in procedure 1, and then click "Change Password".

Input password Port COM4 Current Password New Password Password again Show Repair Log Downloader for Emergency OK Cancel Change Cancel

1. To check the usage status of tools, click "Show Repair Log" in procedure 1.
2. Click "Downloader for Emergency".

Input password Port COM4 Current Password Downloader for TM200 Series Show Repair Log Downloader for Emergency OK Cancel Change Password

The above screen appears. Select a model to use and execute the Downloader. (Use this to initialize the flash, etc.)

1. When the password is correct, a connection is established and the following screen appears.

Refer to the attachment 1 for the destination and operator name. SPST for Vodafone Destination 1 T-Mobile Germany Products TM200 IMEI 83440000/49510000 Software ver. A02-006-0138-TM200 Default Set User Data Backup User Data Restore Downloader RE Calibration & Check RF Test User Password Reset Performance check adjustment **** mode release Exit

CONFIDENTIAL

■ Buttons

Default Set Refer to "4-1. Default setting".
User Data Back-up Refer to "4-2. User data back-up".
User Data Restore Refer to "4-3. User data restore".
Downloader Refer to "4-4. Downloader".
RF Calibration & Check	Refer to "4-5. RF calibration & check".
RF Test Refer to "4-6. RF test tool".
User Password Reset Refer to "4-7. Password reset".
Performance check adjustment	Refer to "4-8. Performance check and adjustment".
**** mode release Refer to "4-9. ****mode release".
Exit End SPST.

3. ADJUSTMENTS FOR TM200

1. Adjustments are required after replacing the following parts. ( ○ )

Parts	Temperature adjustment (Camera)	Temperature adjustment (Battery)	Main display flicker adjustment	White defect correction
TH101	× ×	×
TH701	×	×	×
Main display unit	×	×		×
Camera unit	×	×	×

When replacing other parts in the RF section, carry out RF calibration.

1. Click the buttons on the SPST screen for adjustments. 3. The following screen appears.

SPST for TM200 Destination 7 T-Mobile USA Products TM200 IMEI 004400/08/615722/4 Software ver. F02-0016-12-24-0000N Default Set User Data Backup User Data Restore Downloader RF Calibration & Check RF Test User Password Reset Performance check adjustment **** mode release Exit RF calibration To adjust the device, click this button (Performance check adjustment).

Performance check Main back light check External back light check Key back light check Memory check S-RAM PSRAM Check Sum LCD test Check White Orientation Red Green Blue Battery voltage check 60 read/write test Vibrator test Melody test Audio test Camera check PENDING Temperature adjustment (Canor section) Temperature adjustment (Battery section) Main display flicker adjustment External display contrast adjustment White defect correction Black defect correction Back to main menu

① Temperature adjustment (Camera section)
② Temperature adjustment (Battery section)
③ Main display flicker adjustment
④ External display contrast adjustment
⑤ White defect correction
⑥ Black defect correction

CONFIDENTIAL

4. FUNCTIONS

4-1. DEFAULT SETTING

SPST can restore the factory settings.

This function

1. Deletes all user data in the file system;
2. Restores all WAP settings to default; and
3. Restores the values set by the user to default;
   (MEP_LOCK settings and the destination and operator name do not change.)

1) Set the COM port on the SPST initial screen and click "Default Set".
2) Click "Yes" to proceed. Click "No" to exit.

SPST for TM200 If you proceed default setting, you can not restore the user's data. Do you proceed? Yes No

3) Click "Yes" to back-up the MEPLOCK data. Click "No" to restore default settings.

SPST for TM200 Do you want to set MEP default? Yes No

4) Communication starts.

SPST communicating... Entering DIAG... Break

5) The following appears when you select "Yes" in step 3 and MEPLOCK data exists. Click "Yes" to restore the data.

SPST for TM200 There is inputted data of MEPLOCK. Is this data restored? Yes No

6) After the handset is turned on, the initialization is complete.

SPST for TM200 Default set has been completed. OK

4-2. USER DATA BACK-UP

SPST saves all the data stored on the handset.

1. Set the COM port on the SPST initial screen and click "User Data Back-up".
2. Specify the file name in the following dialog box and click "Save"

Open Look in: My Documents My Music My Pictures bak History Desktop My Documents My Computer My Network FL... File name: 100.00000000 Files of type: Backup File Open Cancel

1. The communicating dialog box appears while processing.

SPST for TM200 User's data have been backed up completely. OK

1. When completed, the following message appears. Click "OK".

SPST communicating... Backup Library... Break

4-3. USER DATA RESTORE

SPST completely restores the backed up data.

1. Set the COM port on the SPST initial screen and click "User Data Restore".
2. Specify the file name in the following dialog box and click "Save".

Open Look in: My Documents My Music My Pictures bak History Desktop My Documents My Computer My Network FL... File name: 1000000000 Files of type: Backup File Open Cancel

CONFIDENTIAL

1. The communicating dialog box appears while processing.

Communicating... Restore Library... Break

1. When the restore is complete, click "OK".

SPST for TM200 User's data have been restored completely. OK

4-4. DOWNLOADER

4-4-1. Introduction

Downloader allows you to upgrade the firmware.

1) System requirements

- Requirements for the upgrading tool:

OS : Windows 98, 98 SE, 2000, or XP

Download file : Only the Motorola format is supported.

Communication method : Asynchronous mode

Data length : 8 bits

Parity bit : None

Stop bit length : 1 bit

- Requirements for Loading loader

Handset : TM200

Communication method : Asynchronous mode

Data length : 8 bits

Parity bit : None

Stop bit length : 1 bit

2) Required devices

The following devices are required to rewrite MOT files using Communication Box.

Conversion connector (16-pin → 10-pin)

This conversion connector is required to connect TM200 with Communication Box since the cable connector of Communication Box has 16 pins.

Pure electrical circuit lines without any symbols

4-4-2. Getting started

This section describes how to install/uninstall the software and how to connect handset to a PC.

1) Installing/uninstalling the software

[Installing the software]

Note: Downloader is installing/uninstalling simultaneously with SPTP.

1. Double click the "setup.exe" icon in TM200 Install-E folder.

setup.exe

1. The Setup Wizard is activated.

Click the "Next" button.

The TM200 Upgrading Tool Welcome to the The TM200Upgrading Tool Setup Wizard The installer will guide you through the steps required to install TheTM200 Upgrading Tool on your computer. Click "Next" to continue. WARNING: This computer program is protected by copyright law and international treaties. Unauthorized duplication or distribution of this program, or any portion of it, may result in review civil or criminal penalties, and will be prosecuted to the authors extent possible under the law.

1. A location to install the software appears.

To install in the default location, click the "Next" button.

To change the location, click the "Browse" button, select a desired location and then click the "Next" button.

(See the description in "* Changing the install location" below.)

The 19200 Upgrading Tool Select Installation Folder The install will install the tuzoolUpgrading Tool in the following folders. To install this folder, click "Next". To install to a different new or existing folder, enter one below or click "Browse". Folder: C:\Program Files\IThe19200UpgradingTool Browse... You can install the software on the following dsges: Volume Disk Size C: 4999M D: 2361 4 Disk Cost... Cancel Previous Next

CONFIDENTIAL

\* Changing the install location

Click the "Browse" button in step 3 to browse folders.

Click the "▼" button, select a folder and click the "OK" button.

Browse for Folder Browse: The TM200 UpgradingTool Folder: C:\Program Files\The TM200 UpgradingTool\ OK Cancel

4. A confirmation message appears.

Click the "Next" button.

The TA200 Upgrading Tool Confirm Installation The installs is ready to install The TA200Upgrading Tool on your computer. Click "Next" to start the installation. Cancel Previous Next

5. Installation starts. The progress is displayed.

The TM200 Upgrading Tool Installing The TM200 Upgrading Tool The TM200 Upgrading Tool is being installed. Please wait... Cancel Cancel Next

6. The installation is completed.

Click the "Close" button to close the Setup Wizard.

The TM200 Upgrading Tool Installation Complete TheTM200 Upgrading Tool has been successfully installed Click "Close" to exit Cancel Exhibit Close

7. The shortcut icon shown left is created on your desktop when the installation is completed.

Note:

• After installing the upgrading tool in Windows 98 or 98 SE, restart the operating system.
While installing the upgrading tool in Windows 98, 98 SE, or ME, a message may appear prompting to restart the operating system. In this case, restart your operating system following the instruction. Even if the message does not appear, restart your operating system after the installation.
On Windows 98, if you start the upgrading tool without restarting the operation system, the following message may appear. Restart the operating system to ensure the proper operation of the upgrading tool.

C:\WINDOWSApplication Data\Microsoft\Installer\34313748-007-4514-A059-F16372589A84\34313748-007-4514-A059-F16372589A84\34313748-007-4514-A059-F16372589A84\34313748-007-4514-A059-F16372589B4\34313748-007-4514-A059-F16372589A84\34313748-007-4514-A059-F16372589A84\34313748-007-4514-A059-F1637258A84\34313748-007-4514-A059-F16372589A84\34313748-007-4514-A059-F16372589A84\34313748-007-4514-A059-F1637260A84\34313748-007-4514-A059-F1637260A84\34313748-007-4514-A059-F1637260A84\34313748-007-4514-A059-F1637260B4\34313748-007-4514-A059-F1637260A84\34313748-007-4514-A059-F1637260A84\34313748-007-4514-A059-F1637260A8

- Uninstall the upgrading tool before installing the latest version or reinstalling the current version.

Otherwise, the upgrading tool may not function properly.

To ensure the proper operation, uninstall and then reinstall the upgrading tool.

CONFIDENTIAL

[Uninstalling the software]

1. Double click "setup.exe" in TM200 Install-E folder.

setup.exe

1. The Setup Wizard is activated. Select "Remove The TM200 Upgrading Tool" and click the "Finish" button.

The TM200 Upgrading Tool Welcome to the The TM200 Upgrading Tool Setup Wizard Select whether you want to repair or remove The TM200Upgrading Tool Repair The TM200 Upgrading Tool Reserve The TM200Upgrading Tool WARNING: This computer program is protected by copyright law and international treaties. Unauthorized duplication or distribution of this program, or any portion of it, may result in universal civil or criminal penalties, and will be prosecuted to the maximum extent possible under the law. Cancel Finish Finish

1. Uninstallation starts. The progress is displayed.

The TM200 Upgrading Tool Removing The TM200 Upgrading T... TheTM200 Upgrading Tool is being removed. Please wait... Cancel Cancel Next

1. The uninstallation is completed. Click the "Close" button to close the Setup Wizard.

The TW200 Upgrading Tool Installation Complete The TW200 Upgrading Tool has been successfully removed. Click "Close" to exit.

2) Connecting handset to a PC

A) Using a cable for upgrading

1. Connect the cable to a PC.
2. Connect the cable to handset.
3. The photo below shows handset connected to a PC.

Black-and-white photo of a laptop connected to a flexible mobile phone and cable (no visible text or symbols)

B) Using Communication Box

1. Connect a PC to Communication Box via a serial cable.
2. Connect the AC charger to Communication Box and then plug it into the outlet.

All SET POWER SW on Communication Box must be turned off.

1. Connect the conversion connector to Communication Box Cables. Connect the conversion connector in the following order, label side up. From upper right end: Cable No. 1, 3, 5, 7, and 9. From lower right end: Cable No. 2, 4, 6, 8, and 10.

Close-up of a multi-pin electronic device with visible leads (no text or symbols)

1. The photo below shows the conversion connector connected to Communication Box Cable 1.

Close-up of black cables bundled between two network equipment units (no visible text or symbols)

CONFIDENTIAL

1. Connect the other end of the conversion connector to handset.

Close-up of a hand inserting a USB into a mobile phone (no visible text or symbols)

1. The photo below shows handset, Communication Box and a PC (all connected). Make sure handset and Communication Box Cable 1 are connected via the conversion connector.

Close-up of electronic circuit boards connected to a central module (no visible text or symbols)

Note:

• Handset must be turned off before making any connections. Press and hold the Power key to turn off handset. Do not turn off in other ways. Malfunction may occur and the MOT file rewrite operation may fail.
• Make sure the handset battery is sufficiently charged. If the battery is low, the MOT file rewrite operation may fail. Charge the battery before the operation.
• Disconnect the AC charger from a cable for upgrading. When rewriting MOT files using the upgrading tool, do not connect the AC charger to the cable. If you connect the cable connected to the AC charger to handset, charging starts and the MOT file rewrite operation is interrupted.
• All SET POWER SW on Communication Box must be turned off. If handset is connected with SET POWER SW turned on, charging starts and the MOT file rewrite operation is interrupted.
• Make sure handset and Communication Box Cable 1 are connected via the conversion connector. (When using Communication Box, the only handset connected to Cable 1 can be operated on the PC.)

4-4-3. Rewriting MOT files

This section describes how to rewrite MOT files.

1) Downloader for Emergency

1. Click "Downloader for Emergency".

Input password Port COM4 Current Password Downloader for TM150 Series Show Repair Log Downloader for Emergency OK Cancel Change Password

1. The upgrading tool is activated.

The TM200 Upgrading Tool The TM200Upgrading Tool Ver X.XX Download Option ✓ Communication Box 3 WaitTime(S) ☐ File System Initialize COM Port COM1 Load File Select File Start Loading Flash

Note: Disable the power saving mode before rewriting MOT files. If the power saving mode is active, the rewrite operation may fail depending on the PC.

CONFIDENTIAL

2) Selecting options and COM port

① Uncheck the check box when using a cable for upgrading. Leave it checked when using Communication Box.
② To initialize user area, check the File System Initialize check box. (User data will be deleted and the handset status will return to the default.)
③ Click here and in the pull-down list, select a communications port where the cable or Communication Box is connected.

The TM200 Upgrading Tool Ver X.XX Download Option Communication Box 3 WaitTime(5) COM Port COM1 COM1 COM2 COM3 COM4 COM5 COM6 COM7 COM8 COM9 Load File File Start Loading Flash

When using Communication Box, set Wait Time.

Check the Communication Box check box to adjust Wait Time (default: 3 seconds). The time to delete the program data varies between handsets. Handsets wait for the set Wait Time until the whole process is completed. If an error occurs, increase the value.

Download Option ✓ Communication Box 3 Wait Time(S) ✓ File System Initialize

[Notes for the Wait Time setting]

When the set value is smaller than the default (3), the message on the left appears alerting you a possible error.

Click the [OK] button to proceed, and click the [Cancel] button to change the value.

Information Since Wait Time is set up lower than a default, a error may occur. Is processing started ? OK Cancel

You can shorten time for the MOT rewrite operation by selecting a smaller value for Wait Time.

Example: Time to rewrite two MOT files at a time.

At the default setting (3 seconds), rewrite time is approximately 40 minutes. If the value is set to 1, the rewrite time will be reduced to approximately 30 minutes.

If an error occurs at 1, increase the value.

The error screen will appear on handsets No. 2 to No.10.

If this screen appears, increase Wait Time and retry.

Error screen Flash Loader 5.02 CORRESPONDENCE_ERROR

When the File System Initialize check box is checked, a confirmation message appears.

Information User Data will be erased during Initialization. Are you sure you want to initialize the File System ? OK Cancel Click the [OK] button.

Note: When you check File System Initialize check box and click the [OK] button, handset status returns to the default. In this case, user data is initialized after the MOT file rewrite operation. Uncheck the check box to avoid this.

3) Selecting a MOT file

1. Click the [Select File] button.

The Open dialog box appears.

The TM200 Upgrading Tool The TM200 Upgrading Tool Ver X.XX Download Option Communication Box 8 WaitTime(S) File System Initialize COM Port COM1 Load File Select File Start Loading Flash

CONFIDENTIAL

[Open dialog box]

① Click the [▼] button to open a desired folder.
② A Motorola file (.mot) in the folder appears. Click a file to write in.
③ Click the [Open] button to open the file.

Open Look in: MOT-File 1500-25 478.mot File name: >150-25-25.mot Files of type: Motorola Files (*.mot) Open Cancel

Note:

• Make sure to select a MOT file.

If the File name field is blank, you cannot rewrite a MOT file.

- Use MOT files in the hard disk.

If the selected MOT file is stored in other locations, an error message appears and you cannot complete the rewrite operation.

Error Unable to Open file OK

To use MOT files on CDs or on the network, copy or download them to the hard disk first.

4) Rewriting a MOT file

Click the [Start Loading Flash] button to start rewriting.

The TM200 Upgrading Tool The TM200 Upgrading Tool Ver X.XX Download Option Communication Box 3 WaitTime(S) File System Initialize COM Port COM1 Load File C:\Documents and Settings\Administrator\Desktop Select File Start Loading Flash

1. "Press Power Button" appears.

Hold down the Power key.

Turn on Communication Box SW from No.10 down to No.1 (turn on only the handsets you are using).

The TM200Upgrading Tool Press Power Button QUIT

1. "Keep Pressing Power Button" appears.

Hold down the Power key until the "Keep Pressing Power Button" disappears.

Leave the Communication Box SW turned on.

The TM200Upgrading Tool Sync received ; Sending File to RAM ... Keep Pressing Power Button QUIT

1. The MOT file rewrite operation starts.

When "Keep Pressing Power Button" disappears, release the Power key.

Leave the Communication Box SW turned on.

The TM200Upgrading Tool Now Downloading PROGRAM Area... Now Loading Size: 0x00540000 / 0x00e00000 Byte QUIT

CONFIDENTIAL

1. When the rewrite operation starts, handset display screen shows the software version and process of communications with the PC.

Flash Loader 5.02 XXXXXXXXCommand

Canceling the ongoing rewrite operation:

Click the [QUIT] button.

To rewrite MOT files later, remove and install the battery first.

[Notes for the use of a cable for upgrading]

1. Disconnect the AC charger from the cable. Otherwise charging starts and the MOT file rewrite operation is interrupted.
2. Make sure the handset battery is sufficiently charged. If the battery is low, the rewrite operation may fail. Charge the battery before the operation.
3. If the ongoing rewrite operation is canceled, or interrupted by an error, remove and reinstall the battery and retry.

[Notes for the use of the Communication Box]

1. When "Press Power Button!" appears, turn on Communication Box SW from No.10 down to No.1. If the communication BoxSW No.1 is first turned on, the rewrite on communication BoxSW No. 2 to No. 10 operation will fail.
2. The time to delete the program data varies between handsets. If the process fails at the default Wait Time (3 seconds), increase the value. Consequently, this will increase the time to complete the rewrite operation.

5) Checking the value of SUM

When the rewrite operation is completed, a confirmation message appears with SUM.

Information Now Process Complete!! SUM = 0xdb3d OK

SUM also appears on handset.

After 8 seconds, SUM disappears.

When SET POWER SW is turned off, SUM disappears.

Flash Loader 5.02

SUM Check End

SUM = 0xdb3d

Make sure SUM is the same between the PC and handset.

The same SUM means that the rewrite operation is completed properly. If the value is different, try again to ensure completion of the operation.

If the MOT file rewrite operation fails, an error message appears on handset.

* The screen shot on the left shows an error in erasing Flash data. [ADR] and [STR] appear only when an error occurs in the FLASH-related operation.
Start over the MOT file rewrite operation.

Find the message in 4-4-4. 2) Error messages for Loading loader, and follow the instructions.

Error screen

Flash Loader 5.02

FLASH_ERROR

ERROR_ERASE

ADR = 0x1000000

STR = 0xA0

6) After the operation

Disconnect the cable for upgrading from handset. When using the Communication Box, turn off SET POWER SW and then disconnect the cable from handset.

CONFIDENTIAL

7) Initializing only the file system

Follow the instructions below to initialize only the file system. (User data will be deleted and the handset status will return to the default.)

* Perform this procedure when the handset does not turn on.

① Check the File System Initialize check box.
② Leave the Load File text box blank.
③ Click the [Start Loading Flash] button.

The TM200Upgrading Tool Ver X.XX Download Option Communication Box WaitTime(S) ✓ File System Initialize COM Port COM1 Load File Select File Start Loading Flash

For further operations, refer to [4-4-3. 4) Rewriting a MOT file] or [4-4-3. 5) Checking the value of SUM].

4-4-4. Error message list

Below is the list of error messages for the upgrading tool (on the PC side) and Loading loader (on the handset side).

1) Error messages for the upgrading tool (on the PC side)

No.	Message Descriptions/Instructions
1	Select a file for Downloading or check the box of Initializing.	Load File is not set. Select a MOT file.
2	Unable to open file. Failed to open the MOT file.Start over the rewrite operation.
3	You need to set the Wait Time! WaitTime (S) is not set.Set WaitTime (S) value.
4	The file you selected is unsuitable for Upgrading.	The selected file cannot be rewritten for upgrading.Select an appropriate MOT file.
5	Cannot Setup COM port. The selected COM port does not exist or is used for other operations.Select a COM port connected to the PC cable.
6	RAM Loader not responding to Commands.	No response from Loading loader.Start over the rewrite operation.
7	RAM Loader responding Parameter Error.	Information sent from the PC is illegal.Reinstall the upgrading tool. Start over the rewrite operation.
8	RAM Loader responding Flash Error (XXXX).	Failed to initialize FLASH ROM in (XXXX).Start over the rewrite operation.
9	Correspondence Error. Undefined response from Loading loader.Start over the rewrite operation.

2) Error messages for Loading loader (on the handset side)

No.	Message Descriptions/Instructions
1	FLASH_ERROR An error in Flash Rom.Start over the rewrite operation.
2	ERROR_PARAM The upgrading tool is damaged.Uninstall and reinstall the upgrading tool,and start over the rewrite operation.
3	ERROR_WPROTECT Flash Rom is protected.Battery may be too low.Use a sufficiently charged battery andstart over the rewrite operation.
4	ERROR_READ Failed to read Flash Rom data and theoperation was aborted.Start over the rewrite operation.
5	ERROR_WRITE Failed to write to Flash Rom and theoperation was aborted.Start over the rewrite operation.
6	ERROR_ERASE Failed to erase Flash Rom data and theoperation was aborted.Start over the rewrite operation.
7	ERROR_VERIFY The rewrite operation was aborted sincethere was a mismatch between data writ-ten to Flash Rom and that written tohandset.Start over the rewrite operation.
8	ERROR_RWE_TMOUT Communication was terminated sincethere was no response from Flash Romfor a certain period of time.Start over the rewrite operation.
9	CORRESPONDENCE_ERROR Communication was terminated sinceserial data communication failed.Start over the rewrite operation.
10	ADR = XXXXXXXX Indicates the address of Flash(the error source).
11	STR = XX Indicates the status of Flash(the error source).

* When No.1 occurs, handset screen shows error messages for No.2 to No.8 as well as the address (No.10) and status (No.11) of the error source at the same time.

4-5. RF CALIBRATION & CHECK

graph TD
    A["Stabilized power supply"] --> B["Handset"]
    B --> C["RF cable"]
    B --> D["GSM tester"]
    D --> E["GPIB cable"]
    E --> F["PC"]
    G["Test battery"] --> B
    H["Data cable"] --> F

4-5-1. Preparation

• Connect PC and GSM tester with a GPIB cable.
• Connect PC and handset with a Data cable. (Use a test battery or one close.)
• Connect a RF cable of GSM tester to handset.

CONFIDENTIAL

4-5-2. Default setting for the program.

- Activate the program and set defaults.

RFCaTool Menu Help TM200 RFCalibration Tool Ver. 1.2.0.0 Serial Setting Serial Port COM1 GPIB Setting Interface Number 0 Tester Setting Tester CMU200 GPIB Address 20 Cable Offset GSM 900 0.48 DCS 1800 0.67 PCS 1900 0.68 Dial Setting (Used for only Check) AutoDial Call No. 123 Calibration Check the COMport.1) Select 2) Set the GPIB No. 3) Select the test instrument. 4) Set the GPIBaddress. 5) Set the"Cable Offset" values. For cables with connector UKOG-1031YCZZ (1.0m) UKOG-1032YCZZ (0.5m) the values as follows: (1.0m) (0.5m) GSM9 00 0.48 0.27 DCS1800 0.67 0.38 PCS1900 0.68 0.38 * In case of an attenuator addition state, 6 db addition to the value.

1. Make sure the handset is on and click "OK". (Adjustment starts.)

Rfcaltool Please Dial "123" OK

1. Click "OK".

Rfcaltool RF Calibration completed. OK

1. The initial screen returns.

4-5-4. RF performance check (Insert SIM card)

1. Apply 4 V using a stabilized power supply and turn on the handset.
2. Start "RF calibration & check" on SPST and click "Calibration".
3. When initialization is complete, click "OK".

4-5-3. RF calibration (Remove SIM card)

1. Apply 4 V using a stabilized power supply and turn on the handset.
2. Start "RF calibration & check" on SPST and click "Calibration".
3. When initialization is complete, click "OK".

1. Apply 4 V using a stabilized power supply and turn on the handset. After the handset enters Standby mode, lower the voltage to 3.7 V.

Rfcaltool The MS is Powered ON? OK

1. Apply 4 V using a stabilized power supply and turn on the handset. After the handset enters Standby mode, lower the voltage to 3.7 V.

Rfcaltool Please Power ON the MS and Enter PIN. OK

1. Make sure the handset is in the idle mode and click "OK".

Rfcaltool The MS is Powered ON? OK

CONFIDENTIAL

1. Press the keys 1, 2, 3 and Send and click "OK".

Rfcaltool Please Dial "123" OK

1. Make sure the terminal display is "In Call" and click "OK". (RF performance check starts.)

Rfcaltool The Call was Established? OK

1. The following message appears during the check. Press the keys 1, 2, 3 and Send again and click "OK".

Rfcaltool Please Dial "123" OK

1. Make sure the terminal display is "In Call" and click "OK".

Rifcaltool The Call was Established? OK

1. RF performance check is complete. Click "Save As..." and name the file to save the result. Click "OK" to exit.

Results Lots of Results ALL NG No Value Item CH PO 1 31.375 OK 2 31.674 OK 3 31.444 OK 4 20.897 OK 5 4.910E OK 6 -3.549 E OK 7 1.200 E OK 8 3.359E OK 9 1.266E OK 10 1.2717 OK 11 1.3264 OK 12 4.270E OK 13 4.537E OK 14 5.2201 OK 15 -72.33 E OK 16 -70.94 E OK 17 65.821 OK Total: 342 NG: 0 OK Save As... OK

The following will be displayed in case of failure. See the attachment 2 for troubleshooting.

Result -Us of Results ALL NG No Value Item CH PCL 1 31.572 OK 116 27.674-Bust Power 512 0 2 31.856 OK 229 28.037-Bust Power 661 0 3 31.276 OK 230 27.692-Bust Power 512 0 4 31.114 OK 342 33 RV Level Reports 661 0 5 5.7331 OK 6 -0.059 OK 7 -1.029 OK 8 3.580 OK 9 1.3042 OK 10 1.2781 OK 11 1.3376 OK 12 4.4895 OK 13 4.5882 OK 14 5.0552 OK 15 -72.01 OK 16 -71.04 OK 17 -66.13 OK Total: 342 NG: 4 NG Save As... OK

1. Click "OK".

Rfcaltool RF Check Completed. OK

1. The initial screen returns.

CONFIDENTIAL

Attachment 2
Whole inspection list by RF performance check.

Band	Sending/Receive	No.	Item to be inspected	Channel	PCL
GSM900	Tx 1 Burst	Power	37CH PCL5
		2 Burst Power	975CH PCL5
		3 Burst Power	124CH PCL5
		4 Burst Power	37CH PCL11
		5 Burst Power	37CH PCL19
		6 Frequency Error	37CH PCL5
		7 Frequency Error	975CH PCL5
		8 Frequency Error	124CH PCL5
		9 Phase Error (RMS)	37CH PCL5
		10 Phase Error (RMS)	975CH PCL5
		11 Phase Error (RMS)	124CH PCL5
		12 Phase Error (Peak)	37CH PCL5
		13 Phase Error (Peak)		975CH PCL5
		14 Phase Error (Peak)		124CH PCL5
		15 Mod_spectrum	-800	37CH PCL5
		16 Mod_spectrum	-600	37CH PCL5
		17 Mod_spectrum	-400	37CH PCL5
		18 Mod_spectrum	-250	37CH PCL5
		19 Mod_spectrum	-200	37CH PCL5
		20 Mod_spectrum	+200	37CH PCL5
		21 Mod_spectrum	+250	37CH PCL5
		22 Mod_spectrum	+400	37CH PCL5
		23 Mod_spectrum	+600	37CH PCL5
		24 Mod_spectrum	+800	37CH PCL5
		25 Mod_spectrum	-800	975CH PCL5
		26 Mod_spectrum	-600	975CH PCL5
		27 Mod_spectrum	-400	975CH PCL5
		28 Mod_spectrum	-250	975CH PCL5
		29 Mod_spectrum	-200	975CH PCL5
		30 Mod_spectrum	+200	975CH PCL5
		31 Mod_spectrum	+250	975CH PCL5
		32 Mod_spectrum	+400	975CH PCL5
		33 Mod_spectrum	+600	975CH PCL5
		34 Mod_spectrum	+800	975CH PCL5
		35 Mod_spectrum	-800	124CH PCL5
		36 Mod_spectrum	-600	124CH PCL5
		37 Mod_spectrum	-400	124CH PCL5
		38 Mod_spectrum	-250	124CH PCL5
		39 Mod_spectrum	-200	124CH PCL5
		40 Mod_spectrum	+200	124CH PCL5
		41 Mod_spectrum	+250	124CH PCL5
		42 Mod_spectrum	+400	124CH PCL5
		43 Mod_spectrum	+600	124CH PCL5
		44 Mod_spectrum	+800	124CH PCL5
		45 Mod_spectrum	-800	37CH PCL11
		46 Mod_spectrum	-600	37CH PCL11
		47 Mod_spectrum	-400	37CH PCL11

Band	Sending/Receive	No.	Item to be inspected	Channel	PCL
GSM900	Tx	48 Mod_spectrum -250		37CH PCL1	1
		49 Mod_spectrum -200		37CH PCL1	1
		50 Mod_spectrum +200		37CH PCL1	1
		51 Mod_spectrum +250		37CH PCL1	1
		52 Mod_spectrum +400		37CH PCL1	1
		53 Mod_spectrum +600		37CH PCL1	1
		54 Mod_spectrum +800		37CH PCL1	1
		55 Mod_spectrum -800		37CH PCL1	9
		56 Mod_spectrum -600		37CH PCL1	9
		57 Mod_spectrum -400		37CH PCL1	9
		58 Mod_spectrum -250		37CH PCL1	9
		59 Mod_spectrum -200		37CH PCL1	9
		60 Mod_spectrum +200		37CH PCL1	9
		61 Mod_spectrum +250		37CH PCL1	9
		62 Mod_spectrum +400		37CH PCL1	9
		63 Mod_spectrum +600		37CH PCL1	9
		64 Mod_spectrum +800		37CH PCL1	9
		65 Switch_Spectrum -1800		37CH PCL5	5
		66 Switch_Spectrum -1200		37CH PCL5	5
		67 Switch_Spectrum -600		37CH PCL5	5
		68 Switch_Spectrum -400		37CH PCL5	5
		69 Switch_Spectrum +400		37CH PCL5	5
		70 Switch_Spectrum +600		37CH PCL5	5
		71 Switch_Spectrum +1200		37CH PCL5	5
		72 Switch_Spectrum +1800		37CH PCL5	5
		73 Switch_Spectrum -1800		975CH PCL5	5
		74 Switch_Spectrum -1200		975CH PCL5	5
		75 Switch_Spectrum -600		975CH PCL5	5
		76 Switch_Spectrum -400		975CH PCL5	5
		77 Switch_Spectrum +400		975CH PCL5	5
		78 Switch_Spectrum +600		975CH PCL5	5
		79 Switch_Spectrum +1200		975CH PCL5	5
		80 Switch_Spectrum +1800		975CH PCL5	5
		81 Switch_Spectrum -1800		124CH PCL5	5
		82 Switch_Spectrum -1200		124CH PCL5	5
		83 Switch_Spectrum -600		124CH PCL5	5
		84 Switch_Spectrum -400		124CH PCL5	5
		85 Switch_Spectrum +400		124CH PCL5	5
		86 Switch_Spectrum +600		124CH PCL5	5
		87 Switch_Spectrum +1200		124CH PCL5	5
		88 Switch_Spectrum +1800		124CH PCL5	5
		89 Switch_Spectrum -1800		37CH PCL11	1
		90 Switch_Spectrum -1200		37CH PCL11	1
		91 Switch_Spectrum -600		37CH PCL11	1
		92 Switch_Spectrum -400		37CH PCL11	1

CONFIDENTIAL

Band	Sending/Receive	No.	Item to be inspected	Channel	PCL
GSM900	Tx 93 Switch	Spectrum +400 37CH PCL11
		94 Switch_Spectrum +600 37CH PCL11
		95 Switch_Spectrum +1200 37CH PCL11
		96 Switch_Spectrum +1800 37CH PCL11
		97 Switch_Spectrum -1800 37CH PCL19
		98 Switch_Spectrum -1200 37CH PCL19
		99 Switch_Spectrum -600 37CH PCL19
		100 Switch_Spectrum -400 37CH PCL19
		101 Switch_Spectrum +400 37CH PCL19
		102 Switch_Spectrum +600 37CH PCL19
		103 Switch_Spectrum +1200 37CH PCL19
		104 Switch_Spectrum +1800 37CH PCL19
		105 Burst Timing 37CH PCL5
		106 Burst Timing 975CH PCL5
		107 Burst Timing 124CH PCL5
		108 Burst Timing 37CH PCL11
		109 Burst Timing 37CH PCL19
	Rx 110 Rx	Sensitivity 37CH PCL5
		111 Rx Sensitivity		975CH PCL5
		112 Rx Sensitivity		124CH PCL5
		113 Usable Receiver Level 37CH PCL5
		114 Rx Level Reports		37CH PCL5
DCS	Tx	115 Burst Power		699CH PCL0
		116 Burst Power		512CH PCL0
		117 Burst Power		855CH PCL0
		118 Burst Power		699CH PCL5
		119 Burst Power		699CH	PCL15
		120 Frequency Error		699CH PCL0
		121 Frequency Error		512CH PCL0
		122 Frequency Error		885CH PCL0
		123 Phase Error (RMS)		699CH PCL0
		124 Phase Error (RMS)		512CH PCL0
		125 Phase Error (RMS)		885CH PCL0
		126 Phase Error (Peak)		699CH PCL0
		127 Phase Error (Peak)		512CH PCL0
		128 Phase Error (Peak)		855CH PCL0
		129 Mod_spectrum -800		699CH PCL0
		130 Mod_spectrum -600		699CH PCL0
		131 Mod_spectrum -400		699CH PCL0
		132 Mod_spectrum -250		699CH PCL0
		133 Mod_spectrum -200		699CH PCL0
		134 Mod_spectrum +200		699CH PCL0
		135 Mod_spectrum +250		699CH PCL0
		136 Mod_spectrum +400		699CH PCL0
		137 Mod_spectrum +600		699CH PCL0
		138 Mod_spectrum +800		699CH PCL0
		139 Mod_spectrum -800		512CH PCL0

Band	Sending/Receive	No.	Item to be inspected	Channel	PCL
DCS Tx	140	Mod_spectrum -600	512CH PCL0
		141 Mod_spectrum -400		512CH PCL0
		142 Mod_spectrum -250		512CH PCL0
		143 Mod_spectrum -200		512CH PCL0
		144 Mod_spectrum +200		512CH PCL0
		145 Mod_spectrum +250		512CH PCL0
		146 Mod_spectrum +400		512CH PCL0
		147 Mod_spectrum +600		512CH PCL0
		148 Mod_spectrum +800		512CH PCL0
		149 Mod_spectrum -800		885CH PCL0
		150 Mod_spectrum -600		885CH PCL0
		151 Mod_spectrum -400		885CH PCL0
		152 Mod_spectrum -250		885CH PCL0
		153 Mod_spectrum -200		885CH PCL0
		154 Mod_spectrum +200		885CH PCL0
		155 Mod_spectrum +250		885CH PCL0
		156 Mod_spectrum +400		885CH PCL0
		157 Mod_spectrum +600		885CH PCL0
		158 Mod_spectrum +800		885CH PCL0
		159 Mod_spectrum -800		699CH PCL5
		160 Mod_spectrum -600		699CH PCL5
		161 Mod_spectrum -400		699CH PCL5
		162 Mod_spectrum -250		699CH PCL5
		163 Mod_spectrum -200		699CH PCL5
		164 Mod_spectrum +200		699CH PCL5
		165 Mod_spectrum +250		699CH PCL5
		166 Mod_spectrum +400		699CH PCL5
		167 Mod_spectrum +600		699CH PCL5
		168 Mod_spectrum +800		699CH PCL5
		169 Mod_spectrum -800		699CH	PCL15
		170 Mod_spectrum -600		699CH	PCL15
		171 Mod_spectrum -400		699CH	PCL15
		172 Mod_spectrum -250		699CH	PCL15
		173 Mod_spectrum -200		699CH	PCL15
		174 Mod_spectrum +200		699CH	PCL15
		175 Mod_spectrum +250		699CH	PCL15
		176 Mod_spectrum +400		699CH	PCL15
		177 Mod_spectrum +600		699CH	PCL15
		178 Mod_spectrum +800		699CH	PCL15
		179 Switch_Spectrum -1800		699CH PCL0
		180 Switch_Spectrum -1200		699CH PCL0
		181 Switch_Spectrum -600		699CH PCL0
		182 Switch_Spectrum -400		699CH PCL0
		183 Switch_Spectrum +400 699CH PCL0
		184 Switch_Spectrum +600 699CH PCL0
		185 Switch_Spectrum +1200		699CH PCL0
		186 Switch_Spectrum +1800		699CH PCL0
		187 Switch_Spectrum -1800		512CH PCL0

CONFIDENTIAL

Band	Sending/Receive	No.	Item to be inspected	Channel	PCL
DCS Tx 1	88 Switch	Spectrum -1200 512CH PCL0
		189	Switch_Spectrum -600 512	CH PCL0
		190	Switch_Spectrum -400 512	CH PCL0
		191	Switch_Spectrum +400 512	CH PCL0
		192	Switch_Spectrum +600 512	CH PCL0
		193	Switch_Spectrum +1200 512	CH PCL0
		194	Switch_Spectrum +1800 512	CH PCL0
		195	Switch_Spectrum -1800 885	CH PCL0
		196	Switch_Spectrum -1200 885	CH PCL0
		197	Switch_Spectrum -600 885	CH PCL0
		198	Switch_Spectrum -400 885	CH PCL0
		199	Switch_Spectrum +400 885	CH PCL0
		200	Switch_Spectrum +600 885	CH PCL0
		201	Switch_Spectrum +1200 885	CH PCL0
		202	Switch_Spectrum +1800 885	CH PCL0
		203	Switch_Spectrum -1800 699	CH PCL5
		204	Switch_Spectrum -1200 699	CH PCL5
		205	Switch_Spectrum -600 699	CH PCL5
		206	Switch_Spectrum -400 699	CH PCL5
		207	Switch_Spectrum +400 699	CH PCL5
		208	Switch_Spectrum +600 699	CH PCL5
		209	Switch_Spectrum +1200 699	CH PCL5
		210	Switch_Spectrum +1800 699	CH PCL5
		211	Switch_Spectrum -1800 699	CH PCL15
		212	Switch_Spectrum -1200 699	CH PCL15
		213	Switch_Spectrum -600 699	CH PCL15
		214	Switch_Spectrum -400 699	CH PCL15
		215	Switch_Spectrum +400 699	CH PCL15
		216	Switch_Spectrum +600 699	CH PCL15
		217	Switch_Spectrum +1200 699	CH PCL15
		218	Switch_Spectrum +1800 699	CH PCL15
		219	Burst Timing 699CH PCL0
		220	Burst Timing 512CH PCL0
		221	Burst Timing 885CH PCL0
		222	Burst Timing 699CH PCL5
		223	Burst Timing 699CH PCL15
	Rx 224 Rx	Sensitivity 699CH PCL0
		225	Rx Sensitivity 512CH PCL0
		226	Rx Sensitivity 885CH PCL0
		227	Usable Receiver Level 699	CH PCL0
		228	Rx Level Reports 699CH PCL0
PCS Tx 2	29 Burst Power		661CH PCL0
			230	Burst Power	512CH PCL0
			231	Burst Power	810CH PCL0

Band	Sending/Receive	No.	Item to be inspected	Channel	PCL
PCS Tx 23	32 Burst P	Power	661CH PCL5
		233	Burst Power	661CH PCL15
		234	Frequency Error	661CH PCL0
		235	Frequency Error	512CH PCL0
		236	Frequency Error	810CH PCL0
		237	Phase Error (RMS)	661CH PCL0
		238	Phase Error (RMS)	512CH PCL0
		239	Phase Error (RMS)	810CH PCL0
		240	Phase Error (Peak)	661CH PCL0
		241	Phase Error (Peak)	512CH PCL0
		242	Phase Error (Peak)	810CH PCL0
		243	Mod_spectrum -800	661CH PCL0
		244	Mod_spectrum -600	661CH PCL0
		245	Mod_spectrum -400	661CH PCL0
		246	Mod_spectrum -250	661CH PCL0
		247	Mod_spectrum -200	661CH PCL0
		248	Mod_spectrum +200	661CH PCL0
		249	Mod_spectrum +250	661CH PCL0
		250	Mod_spectrum +400	661CH PCL0
		251	Mod_spectrum +600	661CH PCL0
		252	Mod_spectrum +800	661CH PCL0
		253	Mod_spectrum -800	512CH PCL0
		254	Mod_spectrum -600	512CH PCL0
		255	Mod_spectrum -400	512CH PCL0
		256	Mod_spectrum -250	512CH PCL0
		257	Mod_spectrum -200	512CH PCL0
		258	Mod_spectrum +200	512CH PCL0
		259	Mod_spectrum +250	512CH PCL0
		260	Mod_spectrum +400	512CH PCL0
		261	Mod_spectrum +600	512CH PCL0
		262	Mod_spectrum +800	512CH PCL0
		263	Mod_spectrum -800	810CH PCL0
		264	Mod_spectrum -600	810CH PCL0
		265	Mod_spectrum -400	810CH PCL0
		266	Mod_spectrum -250	810CH PCL0
		267	Mod_spectrum -200	810CH PCL0
		268	Mod_spectrum +200	810CH PCL0
		269	Mod_spectrum +250	810CH PCL0
		270	Mod_spectrum +400	810CH PCL0
		271	Mod_spectrum +600	810CH PCL0
		272	Mod_spectrum +800	810CH PCL0
		273	Mod_spectrum -800	661CH PCL5
		274	Mod_spectrum -600	661CH PCL5
		275	Mod_spectrum -400	661CH PCL5
		276	Mod_spectrum -250	661CH PCL5
		277	Mod_spectrum -200	661CH PCL5
		278	Mod_spectrum +200	661CH PCL5
		279	Mod_spectrum +250	661CH PCL5
		280	Mod_spectrum +400	661CH PCL5

CONFIDENTIAL

Band	Sending/Receive	No.	Item to be inspected	Channel	PCL
PCS Tx 281 Mod_spectrum +600 661CH PCL5
				282 Mod_spectrum +800 661CH PCL5
				283 Mod_spectrum -800 661CH PCL15
				284 Mod_spectrum -600 661CH PCL15
				285 Mod_spectrum -400 661CH PCL15
				286 Mod_spectrum -250 661CH PCL15
				287 Mod_spectrum -200 661CH PCL15
				288 Mod_spectrum +200 661CH PCL15
				289 Mod_spectrum +250 661CH PCL15
				290 Mod_spectrum +400 661CH PCL15
				291 Mod_spectrum +600 661CH PCL15
				292 Mod_spectrum +800 661CH PCL15
				293 Switch_Spectrum -1800 661CH PCL0
				294 Switch_Spectrum -1200 661CH PCL0
				295 Switch_Spectrum -600 661CH PCL0
				296 Switch_Spectrum -400 661CH PCL0
				297 Switch_Spectrum +400 661CH PCL0
				298 Switch_Spectrum +600 661CH PCL0
				299 Switch_Spectrum +1200 661CH PCL0
				300 Switch_Spectrum +1800 661CH PCL0
				301 Switch_Spectrum -1800 512CH PCL0
				302 Switch_Spectrum -1200 512CH PCL0
				303 Switch_Spectrum -600 512CH PCL0
				304 Switch_Spectrum -400 512CH PCL0
				305 Switch_Spectrum +400 512CH PCL0
				306 Switch_Spectrum +600 512CH PCL0
				307 Switch_Spectrum +1200 512CH PCL0
				308 Switch_Spectrum +1800 512CH PCL0
				309 Switch_Spectrum -1800 810CH PCL0
				310 Switch_Spectrum -1200 810CH PCL0
				311 Switch_Spectrum -600 810CH PCL0
				312 Switch_Spectrum -400 810CH PCL0
				313 Switch_Spectrum +400 810CH PCL0
				314 Switch_Spectrum +600 810CH PCL0
				315 Switch_Spectrum +1200 810CH PCL0
				316 Switch_Spectrum +1800 810CH PCL0
				317 Switch_Spectrum -1800 661CH PCL5
				318 Switch_Spectrum -1200 661CH PCL5
				319 Switch_Spectrum -600 661CH PCL5
				320 Switch_Spectrum -400 661CH PCL5
				321 Switch_Spectrum +400 661CH PCL5
				322 Switch_Spectrum +600 661CH PCL5
				323 Switch_Spectrum +1200 661CH PCL5
				324 Switch_Spectrum +1800 661CH PCL5

Band	Sending/Receive	No.	Item to be inspected	Channel	PCL
PCS Tx 325 Switch_		Spectrum -1800 661CH PCL15
		326	Switch_Spectrum -1200	661CH PCL15
		327	Switch_Spectrum -600	661CH PCL15
		328	Switch_Spectrum -400	661CH PCL15
		329	Switch_Spectrum +400	661CH PCL15
		330	Switch_Spectrum +600	661CH PCL15
		331	Switch_Spectrum +1200	661CH PCL15
		332	Switch_Spectrum +1800	661CH PCL15
		333	Burst Timing	661CH PCL0
		334	Burst Timing	512CH PCL0
		335	Burst Timing	810CH PCL0
		336	Burst Timing	661CH PCL5
		337	Burst Timing	661CH PCL15
		Rx	338	Rx Sensitivity	661CH PCL0
			339	Rx Sensitivity	512CH PCL0
			340	Rx Sensitivity	810CH PCL0
			341	Usable Receiver Level 661CH PCL0
			342	Rx Level Reports	661CH PCL0

■ Troubleshooting list

Test items	Check parts for GSM900	Check parts for DCS	Check parts for PCS
Tx
Burst Power	IC802, IC803, FL905	IC802, IC803, FL905	IC802, IC803, FL905
Frequency Error	TCX801	TCX801	TCX801
Phase Error	IC801	IC801	IC801
Mod_spectrum	IC801, TCX801	IC801, TCX801	IC801, TCX801
Switch_Spectrum	IC801, IC802 IC803	IC801, IC802 IC803	IC801, IC802, IC803
Burst Timing	IC802	IC802	IC802
Rx
Rx Sensitivity	IC801, IC803, FL902, FL905	IC801, IC803, FL902, FL905	IC801, IC803, FL903, FL905
Usable Receiver Level	IC801	IC801	IC801
Rx Level Reports	IC801, IC803, FL902, FL905	IC801, IC803, FL902, FL905	IC801, IC803, FL903, FL905

4-6. RF TEST TOOL

4-6-1. Requirements

For repairs, this test checks the condition of an electric board (especially the RF section).

• PC with COM port
  • TM200 Data Cable
• PWB repair jig
  • GSM Tester (CMU200)

CONFIDENTIAL

4-6-2. Setup

1. Set PWB and make connections as shown below. Make sure connections are correct at the points shown below.

Hook PWB Hook Hook

PC Black Red GSM Tester (CMU 200) PWB repair jig Data Cable

Points

1. Apply 4 V using a stabilized power supply and turn on the handset.

Push

1. Start RF test tool.
2. Select a COM port to which Data Cable is connected.
3. Press the "Initialize & Read Data" button.

COM Port COM1 Initialize & Read Data

1. The figure shown below appears (wait a few seconds).

Rftesttool Initialization OK. OK

1. Click "OK" to proceed.

4-6-3. Tests

1) BAND Select & Channel

Select a band and a channel to test. Settings are applied to all tests.

BAND Select GSM(900) Channel 975 124 975 Band selection Channel bar Input box

[Procedure]

1. Select a band. (GSM900, DCS or PCS)
2. Select or enter a channel using Channel bar or Input box.

CONFIDENTIAL

2) TX test

Test burst transmission.

TX frequency of selected channels Current PCL (Read only) TX Test 880.2 [MHz] PCL Setting 5 19 PCL 5 TX ON Data Pattern All 0 All 1 1010 0101 TSC 5 This indicator appears during burst transmission. Data patterns PCL bar TX ON/OFF button ( | )

[Procedure]

1. Select a band and channel. [See 4-6-13. 1)]
2. Select PCL (Power Control Level) using PCL bar.
3. Select Data pattern.
4. Click TX ON to start burst transmission. (You can check each part in this state.)
5. Click TX OFF to end burst transmission.
   * Data pattern (TSC 5) includes Training Sequence GSM 5, and other part is pseudo random data.

TM200 TX power Table (25°C, voltage: 3.7[V])

■ GSM900 Band ■ DCS/PCS Band

PCL	GSM900	Tolerance
	[dBm]
5	3	3 - 2 dB
6	3	1 - 3 dB
7	2	9 - 3 dB
8	2	7 - 3 dB
9	2	5 - 3 dB
10 23	+/	- 3 dB
11 21	+/	- 3 dB
12 19	+/	- 3 dB
13 17	+/	- 3 dB
14 15	+/	- 3 dB
15 13	+/	- 3 dB
16 11	+/	- 5 dB
17 9	+/	- 5 dB
18 7	+/	- 5 dB
19 5	+/	- 5 dB

PCL	DCS/PCS	Tolerance
	[dBm]
0	3	0
1	2	8
2	2	6
3	2	4
4	2	2
5	2	0
6	1	8
7	1	6
8	1	4
9	1	2
10 10	+/- 4 dB
11 8	+/- 4 dB
12 6	+/- 4 dB
13 4	+/- 4 dB
14 2	+/- 5 dB
15 0	+/- 5 dB

3) RX test

The handset receives burst signals in this test.

RX Test 925.2 [MHz] RX Gain Setting[dB] -6 94 Gain -6 [dB] RX ON Burst Receive with Sniff SniffOFF This indicator appears while receiving burst signals. Sniff ON/OFF ) | ( ) RX ON/OFF button RX frequency of selected channels Current RX Gain (Read only)

TM200 1ADJUSTMENTS, PERFORMANCE CHECK, AND FIRMWARE UPGRADE

CONFIDENTIAL

[Procedure]

1. Select a channel and band. [see 4-6-3.1)]
2. Select RX Gain using RX Gain Setting bar.
3. Choose Sniff ON or OFF.
4. Click "RX ON" to start receiving burst signals.
5. From GSM tester, send burst signals in the specified channel. (You can check each part in this state.)
6. Click "RX OFF" to end receiving burst signals.

*In this test, the reception timing cannot be synchronized with burst signals from Signal Generator or GSM tester.

*The standard RX Gain Setting is: (Input power at the aerial connector of the handset) + (RX Gain) = -16 dBm Excessive Input power or RX Gain may cause damage to the handset.

4) RSSI Measure

The handset notifies you of input power value at the aerial connector.

RSSI Measure Estimated Power(Integer) [dBm] Measure Measured Power [dBm] Estimated Power Input box (Integeronly) Measure button Measured power box

[Procedure]

1. Connect the handset and GSM tester (or Signal Generator) with RF cable.
2. Select a band and channel. [see 4-6-3.1)]
3. Send signals ( *) from GSM tester.
4. Enter the value of input power from GSM tester in integers (from -10 to -110) considering RF cable loss.
5. Press the [Measure] button.
6. The result appears in Measured Power box.

*The signal type from GSM tester must be either of two:

1. Continuous sine wave (without modulation) with the frequency as follows:

(Frequency of the measured channel) + 67.708kHz.

(Ex. channel: GSM 37ch → the result: 942.467708 MHz)

Power: -110 to -10 dBm

1. BCCH signal of the measured channel Power: -110 to -10 dBm

Result

When the handset is properly calibrated, the error between "Estimated Power" and "Measured Power" is less than 3dB.

4-6-4. Termination

Turn off the handset to ensure proper operations.

4-6-5. Trouble information

When switching DCS and PCS, change the channel number as well. Or the band does not change properly.

Example: If you change DCS 512 CH to PCS 512 CH, the band remains DCS.

4-7. Password reset

SPST resets the password (handset code is set to "0000").

1) Set the COM port on the SPST initial screen and click "User Password Reset". Click "Yes" to reset. Click "No" to exit.

SPST for TM200 Do you reset Handset code? Yes No

2) When completed, the following appears.

SPST for TM200 User password reset has been completed. OK

4-8. Performance check and adjustment

With this function, SPST checks the performance of the handset and makes adjustments.

1) Set the COM port on the SPST initial screen and click "Performance check and adjustment". The following dialog box appears while processing.

SPST communicating... Entering DIAG... Break

2) When completed, the following is displayed. Click "Back to main menu" to exit.

Performance check Memory check S-RAM PSRAM Check Sum Main back light check Key back light check LCD test Black White Gradation Red Green Blue Battery voltage check Vibrator test Temperature adjustment (Camera section) Temperature adjustment (Battery section) Melody test Main display flicker adjustment Audio test White defect correction Camera check Back to main menu PENDING

The functions of each button are described below.

CONFIDENTIAL

4-8-1. Main back light check

The main display backlight turns on and the message appears on the PC.

SPST for TM200 LED turns it off automatically, when click of the [OK] button. OK

Check the backlight and press "OK".

- If a failure occurs, see "10. Back Light does not turn on." in [3] Troubleshooting.

4-8-2. External back light check

The external display back light turns on and the message appears on the PC. Check the back light and press "OK".

- If a failure occurs, see "10. Back Light does not turn on." in [3] Troubleshooting.

4-8-3. Key back light check

The keypad back light turns on and the message appears on the PC. Check the back light and press "OK".

4-8-4. LED check

The LED lights up in a specified color and the message appears on the PC. Check the LED and press "OK".

- If a failure occurs, see "15. Flash light does not work." in [3] Troubleshooting.

4-8-5. Battery voltage check

Click to display the current battery voltage.

- If a failure occurs, see "1. Power is not turned on." in [3] Troubleshooting.

4-8-6. SD read/write test

Insert an SD card (otherwise a message prompts you to do so and click the button to perform the SD card read/write test.

- If a failure occurs, see "17. SD (Memory) card is not recognized." in [3] Troubleshooting.

4-8-7. Vibrator test

Click to vibrate the handset. Click "OK" to exit.

- If a failure occurs, see "5. Vibrator does not work." in [3] Troubleshooting.

4-8-8. Melody test

A message describes test items. Click "Yes" to proceed and "No" to exit.

The order of the test items:

speaker → hands free → hands free (stereo) → speaker (analog melody)

graph LR
    A["Trouble found by SPST"] --> B["(1) Speaker"]
    A --> C["(2) Hands free Sound is heard in audio test."]
    A --> D["(3) Hands free (stereo)"]
    A --> E["(4) Speaker (analog melody)"]
    B --> F["→"]
    C --> G["→"]
    D --> H["→"]
    E --> I["→"]
    F --> J["See "Speaker does not work.""]
    G --> K["Parts between IC105 pin 10 and IC103 pin 93 are defective, or IC103 is defective."]
    H --> L["See "Hands free kit (monaural headset)" in the section *3. No voice is heard from the earpiece."]
    I --> M["Parts between IC105 pin 10 and IC103 pin 93; IC105 pin 11 and IC103 pin 94 are defective. Otherwise IC103 is defective."]
    J --> N["See "Hands free kit (stereo headset) - Option *in the section "No voice is heard from the earpiece.""]
    K --> O["See "Video/Voice Recorder playback is impossible.""]
    L --> P["Otherwise parts between IC105 pin 10 and IC103 pin 93 are defective, or IC103 is defective."]

4-8-9. Audio test

The following appears.

Audio check Audio device Handset microphone Handset Receiver Handset microphone Hands free receiver Hands free microphone Handset receiver Hands free microphone Hands free receiver Volume Back to test menu

Select a test item from Audio device. Check the output sound from the receiver by speaking to the microphone, etc. Click "Back to test menu" to return to the previous screen.

CONFIDENTIAL

graph TD
    A["Trouble found by SPST"] --> B["(1) Handset microphone\nHandset receiver"]
    A --> C["(2) Handset microphone\nHands free receiver"]
    A --> D["(3) Hands free microphone\nHands free receiver"]
    A --> E["(4) Hands free microphone\nHandset receiver"]
    B --> F["(1) & (2): No voice is heard."]
    C --> G["(1) & (2): No voice is heard."]
    D --> H["(3)&(4): No voice is heard."]
    E --> I["(3) & (4): No voice is heard."]
    F --> J["(1) & (2): No voice is heard."]
    G --> K["(1) & (2): No voice is heard."]
    H --> L["(3) & (4): No voice is heard."]
    I --> M["(3) & (4): No voice is heard."]
    J --> N["(1) & (2): No voice is heard."]
    K --> O["(1) & (2): No voice is heard."]
    L --> P["(1) & (2): No voice is heard."]
    M --> Q["(1) & (2): No voice is heard."]
    N --> R["(1) & (2): No voice is heard."]
    O --> S["(1) & (2): No voice is heard."]
    P --> T["(1) & (2): No voice is heard."]
    Q --> U["(1) & (2): No voice is heard."]
    R --> V["(1) & (2): No voice is heard."]
    S --> W["(1) & (2): No voice is heard."]
    T --> X["(1) & (2): No voice is heard."]
    U --> Y["(1) & (2): No voice is heard."]
    V --> Z["(1) & (2): No voice is heard."]
    W --> AA["(1) & (2): No voice is heard."]
    X --> AB["(1) & (2): No voice is heard."]
    Y --> AC["(1) & (2): No voice is heard."]
    Z --> AD["(1) & (2): No voice is heard."]
    AA --> AE["(1) & (2): No voice is heard."]
    AB --> AF["(1) & (2): No voice is heard."]
    AC --> AG["(1) & (2): No voice is heard."]
    AD --> AH["(1) & (2): No voice is heard."]
    AE --> AI["(1) & (2): No voice is heard."]
    AF --> AJ["(1) & (2): No voice is heard."]
    AG --> AK["(1) & (2): No voice is heard."]
    AH --> AL["(1) & (2): No voice is heard."]
    AI --> AM["(1) & (2): No voice is heard."]
    AJ --> AN["(1) & (2): No voice is heard."]
    AK --> AO["(1) & (2): No voice is heard."]
    AL --> AP["(1) & (2): No voice is heard."]
    AM --> AQ["(1) & (2): No voice is heard."]
    AN --> AR["(1) & (2): No voice is heard."]
    AO --> AS["(1) & (2): No voice is heard."]
    AP --> AT["(1) & (2): No voice is heard."]
    AQ --> AU["(1) & (2): No voice is heard."]
    AR --> AV["(1) & (2): No voice is heard."]

4-8-10. Camera check

The following appears.

Dialog Camera mode OOVA Zoom X 1 X 2 X 4 PENDING Shutter Shutter (with flash) Back to performance check menu

Select a Camera mode from the pull-down menu. Click "Shutter" to check that the camera operates properly. Click "Back to performance check menu" to return to the previous screen.

- If a failure occurs, see "10. Pictures cannot be taken." in [3] Troubleshooting.

4-8-11. Memory check

Click "S-RAM" and "PSRAM" to see each test result.

For "Check Sum", the calculation appears after the SPST communicating dialog box.

4-8-12. LCD test

Check that the specified color appears on the main display.

- If a failure occurs, see "12. The display does not appear on Main Display." and "13. The display does not appear on External Display (in 65K color mode)." in [3] Troubleshooting.

4-8-13. Temperature adjustment

The following appears.

Setting temp. indicates the current temperature. The relative temperature is displayed in the text box below.

(Only the relative temperature is adjustable.)

If displayed Setting temp. value differs from the current temperature, click [▲] or [▼] to set a correction value in the range of -99 to +99 and click "Save"

Tempelature Adjustment Camera tempelature adjustment Setting temp. 29 Deg. 0 Deg. Save Back

Correction value = (Setting temp.) - (current temp.) + (displayed correction value)

4-8-14. Main display flicker adjustment

The following is displayed.

Display Adjustment Main display flicker adjustment Saved value 88 New value 88 Save Back

Check a main display visually within a distance of 20 cm from a fluorescent light, and adjust the value to minimize flicker on the display with the ▲ and [▼] buttons. Click "Save" and confirm that the main display does not flicker. (Fine adjustment for DC voltage between display electrodes)

Enlarged view (A black line appears after each gradation line.)

8-level graduation pattern with alternate black and gradation lines (black and white)

4-8-15. External display contrast adjustment

Click the "External display contrast adjustment" button. The following screen appears.

Display Adjustment External display contrast adjustment Saved value 74 New value 73 Save Back

CONFIDENTIAL

8-level gradation pattern (black & white pattern)

Comparing with an adjusted handset, click "▲" or "▼" to adjust the value so that the same gradation pattern is displayed. Click "Save" and confirm the pattern on the external display.

4-8-16. White defect correction

* White defect correction:

Defective pixels in a camera light sensor appear as bright points in the display even when light is blocked completely (display is all black). Perform white defect correction to eliminate errors in these pixels.

1. Protect the handset camera from light completely with a black cover.
2. Click the "White defect correction" button. The following screen appears.

SPST for ITM200 Please cover the lens of a camera.(hands, black thing, etc...) Is it ready? Yes No

Click the "Yes" button and leave it for about 20 seconds. When completed, the following message appears.

SPST for TM200 White defect correction is completed. OK

When an error occurs, the corresponding message appears. Solve the problem according to "Solution".

• Error 1
  Error message: "There are too many white cracks."
  Cause : The light is not sufficiently blocked.
  Solution :Block the light completely and perform white defect correction again.

- Error 2

Error message : "There are many white cracks."

Cause : The light is not sufficiently blocked.

Solution :Block the light completely and perform white defect correction again.

- Error 3

Error message : "There are too many white cracks cannot be rectified."

Cause :There is a hardware error.

Solution :Replace the camera unit.

4-8-17. Black defect correction

* Black defect correction:

Defective pixels in a camera light sensor appear as black points in the display even when a captured image is completely white (display is all white). Perform black defect correction to eliminate errors in these pixels.

1) Requirements

• Desk top type of fluorescent lamp
- Black defect correction sheet

Blank rectangular frame with no visible text, symbols, or markings

- Illuminance meter

2) Procedure

1. Cover the camera section with the black defect correction sheet as shown in Figure 96.

Attach the Black defect correction sheet to the handset firmly with clear scotch tape.

1. Check the distance from the fluorescent lamp by using an illuminance meter. In the proper position for black defect correction, illuminance is between 8,000 and 10,000 lux.

Person using a handheld electronic device on a workbench with electronic components and a portable radio nearby (no visible text or symbols)

CONFIDENTIAL

1. Hold the handset in the proper position.

Person in lab coat holding a small electronic device, with a handheld device and plastic bag in background (no visible text or symbols)

1. Click the "Black defect correction" button.

The following message is displayed.

SPST Please take a some white things with camera. Is it ready? Yes No

1. Click the "Yes" button. Communication starts.

SPST communicating... Correcting black defect... Break

1. The result is displayed within a minute as follows.

SPST Black defect correction is completed. OK

When an error occurs, the corresponding message appears. Solve the problem according to "Solution".

- Error 1

Error message : "There are too many black cracks."

Cause : The light is too weak or strong.

Solution : At the proper distance from the light source (8,000-

10,000 lux), perform black defect correction again.

- Error 2

Error message : "There are many black cracks."

Cause : The light is too weak or strong.

Solution : At the proper distance from the light source (8,000 - 10,000 lux), perform black defect correction again.

- Error 3

Error message: "There are too many black cracks cannot be rectified."

Cause : There is a hardware error.

Solution : Replace the camera unit.

4-9. \*\*\*\*MODE RELEASE

When the handset does not turn on and enter the normal mode, use this function to change ****mode to the normal mode.

1) Select the COM port on the SPST initial screen and click "****mode release". The following dialog box appears.

SPST communicating... Entering DIAG... Break

2) If SPST cannot communicate with the handset, the following message is displayed. Make sure the handset is turned on and click "Retry". To exit, click "Cancel".

SPST for TM200 It is not connectable with a Handset. Please push a [Retry] button after inputting a power supply. Please push a [Cancel] button, when you stop. Retry Cancel

3) When complete, the following message appears.

SPST for TM200 mode release has been completed. OK

5. OTHER TESTS

SPST does not provide tests of Bluetooth/USB communication.

Check them according to the following instructions.

5-1. USB

Connect TM200 and a PC with a USB cable. Check that TM200 is recognized as a device.

If the USB driver for TM200 (SHARP GSM GPRS USB Driver) is not installed on the PC, "Found New Hardware" window appears and "Found New Hardware Wizard" starts (the handset is recognized).

5-2. BLUETOOTH

Connect TM200 to the network and check that a conversation (talking and listening) is possible using a Bluetooth headset.

Recommended Bluetooth headset:

JABRA BT200

PLANTRONICS M1000

PLANTRONICS M3000

CONFIDENTIAL

[2] TEST POINTS

MAIN PWB(FRONT SIDE) IC105 IC106 X101 CN502 TP136 TP116 TP122 TP134 TP139 TP140 TP141 TP138 TP137 TP145 TP130 TP148 TP132 TP137 TP143 TP146 JK101 TP508 TP504 TP522 TP520 TP501 TP534 TP532 TP531 TP530 TP529 TP533 TP518 TP530 TP508 TP504 TP522 TP520 TP508 TP504 TP522 TP520 TP508 TP504 TP522 TP520 TP508 TP504 TP522 TP520 TP508 TP504 TP522 TP520 TP508 TP504 TP522 TP508 TP504 TP522 TP520 TP508 TP504 TP522 TP520 TP508 TP504 TP522 TP520 TP508 TP504 TP522 TP520 TP508 TP504 TP522 TP521 TP508 TP504 TP522 TP521 TP508 TP504 TP522 TP521 TP508 TP504 TP522 TP521 TP508 TP504 TP522 TP521 TP508 TP504 TP522 TP520 TP508 TP504 TP522 TP521 TP508 TP504 TP522

TP No. Signal name TP No. Signal name
TP111 VVIB TP505 DGND
TP112 DGND TP520 BATT
TP501 BATT TP522 POWONKEY
TP504 DGND TP534 BATT_SENSE

CONFIDENTIAL

MAIN PWB-B (REAR SIDE)

TP No. Signal name TP No. Signal name
TP103 USC [0] TP171 VCORE (1.8V)
TP104 USC [1] TP172 VAPP
TP105 USC [2] TP173 VINT (3V)
TP107 USC [4] TP174 LIGHT3 (KEYLED)
TP108 USC [5] TP176 VMIC
TP109 USC [6] TP177 AUXADC1
TP113 VVIB TP178 TEMP
TP118 USC [3] TP179 AUXADC1
TP119 MIC TP180 CHGIN_A (5.2V)
TP120 AUDIO_IN TP181 Flexible PWB insert check terminal 1
TP121 JACK_L TP182 Flexible PWB insert check terminal 2
TP123 RESET TP183 Flexible PWB insert check terminal 3
TP124 PWRON TP184 Flexible PWB insert check terminal 4
TP126 SP1 TP502 VBAT
TP127 SP2 TP503 VBAT
TP144 Terminal for STACK MEMORY adhesion check 1	TP506 BATT_SENSE
TP147 Terminal for STACK MEMORY adhesion check 2	TP514 BT_VCC (3.0V)
TP153 VPP Flash TP515 VBUS_IN
TP157 Analog Power Supply IC INT	TP521 POWONKEY
TP158 VINT (3V)	TP523 USB D+
TP160 HEDSET_DET	TP524 USB D-
TP161 STEREO_SW	TP525 RTS
TP162 REMOTE_SW	TP526 CTS
TP163 JACK_R TP527 DGND
TP164 VABB	TP528 DGND
TP165 VT (2.75V)	TP535 Reserved
TP166 VUSB	TP536 ManufactUre Specific
TP167 VRTC (1.8V)	TP537 CHGIN
TP168 VBACK (3V)	TP801 VTCXO (2.9V)
TP169 VSIM (2.85V)	TP802 VRF (2.9V)
TP170 VMEM (2.8V)

CONFIDENTIAL

LCD PWB (FRONT SIDE) CN704 CN705 IC708 TP719 IC704 TP718 TP703 CN703 SH701 IC705 IC707 TP704

TP No. Signal name TP No. Signal name
TP703 SP1 TP704 SP2

CONFIDENTIAL

LCD PWB (REAR SIDE)

TP720 TP709 TP705 TP706 TP711 TP710 TP707 TP708 TP721 TP734 TP723 TP724 TP735 TP722 TP715 TP716 TP712 TP714 TP739 TP729 TP738 TP701 TP713 TP702 TP726 TP725 TP733 TP727 TP732 TP717 TP728 TC16 TC28 TC41 CN701

TP No. Signal name TP No. Signal name
TP701 SP1 TP720 VDD2
TP702 SP2 TP721 RECIVER_OUT+
TP705 Backlight 4 TP722 RECIVER_OUT		-
TP706 Backlight 3 TP723 Terminal for LCDC adhesion check 3
TP707 Backlight 2 TP724 Terminal for LCDC adhesion check 4
TP708 Flash (LED-) TP725 Terminal for APPLICATION POWER adhesion check
TP709 VLCD_INT (3.0V) TP726 Power supply for camera (		-8 V)
TP710 Backlight & Flash (LED+) TP727 Power supply for camera (+15V)
TP711 Backlight 1 TP728 VDD2 (3V)
TP712 CAMCLK TP729 VBAT
TP713 13MHzCLK TP733 VDD1 (1.8V)
TP714 VLCD (1.8V) TP734 RECIVER_OUT+
TP715 Terminal for LCDC adhesion check 1 TP735 RECIVER_OUT		-
TP716 Terminal for LCDC adhesion check 2	TP738 VBAT
TP717 VOUT (External Display)

CONFIDENTIAL

[3] TROUBLESHOOTING

1. Power is not turned on.
2. Voice transmission/recording is impossible.
3. No voice is heard from the earpiece.
4. Battery does not charge.
5. Vibrator does not work.
6. Clock Settings are reset.
7. Speaker does not work.
8. MP3 cannot be played.
9. Video/Voice Recorder playback is impossible.

10. Back Light does not turn on.

11. Out of range and incoming/outgoing calls are impossible.

12. The display does not appear on Main Display.
13. The display does not appear on External Display (in 65K color mode).
14. Pictures cannot be taken.
15. AF does not move.
16. SIM card is not recognized.
17. SD (Memory) card is not recognized.
18. USB connection is impossible.
19. Bluetooth communication is impossible.

1. POWER IS NOT TURNED ON.

graph TD
    A["Connect a battery of 4.0 V or more."] --> B["Execute File System Initialization of Downloader in SPST without loading a file."]
    B --> C{Does File System Initialize start properly is the user area (file system) initialized by Flash Loader?}
    C -->|YES| D{Does normal mode start?}
    C -->|NO| E["Is 3.6 V or more applied to BATT terminal (TP520)?"]
    D -->|YES| F{Battery terminals are defective, connector terminal is dirty, or soldering is improper.}
    D -->|NO| G{Battery terminals are defective, connector terminal is dirty, or soldering is improper.}
    E -->|YES| H{Is the voltage 1.2 V or lower on SENSE terminal (TP506)? The battery is defective or set improperly.}
    E -->|NO| I{Is there conduction through fuse (FS501)? Fuse (FS501) is blown.}
    I -->|YES| J{Is 5-level stack memory (IC101) installed properly 5-level stack memory (IC106) is installed improperly.}
    I -->|NO| K{Is 2.8 V and 1.8 V applied to VMEM (TP170) and VCORE (TP171) respectively?}
    J -->|YES| L{Is 3.0 V applied to VINT (TP173)?}
    J -->|NO| M{Is the waveform of signals from R169 connected to X101 (32 kHz) correct? Are R167, R169, C174, C176, X101, and IC106 good in appearance and mounted properly?}
    M -->|YES| N{Is the rectangular wave of 13 MHz properly sent to TP713?}
    M -->|NO| O{Is the triangular wave of 13 MHz sent from C833?}
    N -->|YES| P{Is 2.9 V supplied from VTCXO (TP801)? Power Supply (IC804) is defective.}
    N -->|NO| Q{Is the voltage 1.2 V or lower on SENSE terminal (TP506)? The battery is defective or set improperly.}
    O -->|YES| R{Is the voltage 3.6 V or more applied to BATT terminal (TP520)?}
    O -->|NO| S{Is there conduction through fuse (FS501)? Fuse (FS501) is blown.}
    S -->|YES| T{Is 2.8 V and 1.8 V applied to VMEM (TP170) and VCORE (TP171) respectively?}
    S -->|NO| U{Is the rectangular wave of 13 MHz properly sent to TP713?}
    U -->|YES| V{Is the triangular wave of 13 MHz sent from C833?}
    U -->|NO| W{Is the triangular wave of 13 MHz sent from C833?}
    W -->|YES| X{Is 2.9 V supplied from VTCXO (TP801)? Power Supply (IC804) is defective.}
    W -->|NO| Y{Is the triangular wave of 13 MHz sent from C833?}
    X -->|YES| Z{Is the triangular wave of 13 MHz sent from C833?}
    X -->|NO| AA{Is the triangular wave of 13 MHz sent from C833?}
    X -->|YES| AB{Is the triangular wave of 13 MHz sent from C833?}

TM200 1ADJUSTMENTS, PERFORMANCE CHECK, AND FIRMWARE UPGRADE

CONFIDENTIAL

2. VOICE TRANSMISSION/RECORDING IS IMPOSSIBLE.

Phone

graph TD
    A["Replace the microphone. Is the problem solved?"] -->|NO| B["Is 1.2 - 2.1 V applied to both ends of C101?"]
    A -->|YES| C["The built-in microphone is defective or in a poor contact with the PWB."]
    B -->|NO| D["Is 1.2 - 2.1 V applied to TP119?"]
    B -->|YES| E["Is 2.4 - 2.5 V applied to TP176?"]
    E -->|NO| F["R125 is defective."]
    E -->|YES| G["Is 2.4 - 2.5 V applied to IC103 pin 76?"]
    G -->|NO| H["IC103 is defective."]
    G -->|YES| I["R115 and C108 are defective."]
    D -->|YES| J["Is approx. 1.7 V applied to IC103 pin 80? Is approx. 1.7 V applied to IC103 pin 96?"]
    D -->|YES| K["Is 2.7 or more voltage applied to R192 (IC106 pin 89 side)? R192 is defective. (Headset mode is set.)"]
    K -->|NO| L["Replace C126 or C133. Is the problem solved?"]
    K -->|YES| M["C126 or C133 is defective."]
    L -->|NO| N["IC103 and IC106 are defective."]
    L -->|YES| O["IC103 is defective."]

Hands free kit (headset)

(The following procedure applies to both monaural and stereo headsets.)

graph TD
    A["Replace the hands free kit. Is the signal sent? Hands free kit is defective."] -->|YES| B["C104, R112, and V101 are defective."]
    A -->|NO| C["Is 0.7 - 1.8 V applied to JK101 pin 2? Is 0.7 - 1.8 V applied to TP120?"]
    C -->|YES| D["Is approx. 1.7 V applied to IC103 pin 79? Is approx. 1.7 V applied to IC103 pin 95?"]
    C -->|NO| E["Is 2.4 - 2.5 V applied to TP176?"]
    E -->|YES| F["R122 is defective."]
    E -->|NO| G["Is 2.4 - 2.5 V applied to IC103 pin 76?"]
    G -->|YES| H["R115 and C108 are defective."]
    G -->|NO| I["IC103 is defective."]
    I -->|YES| J["R262 and R129 are defective."]
    I -->|NO| K["Is the voltage 0 V on R192 (IC106 pin 89 side)?"]
    K -->|YES| L["Replace C127 or C134. Is the problem solved? C127 or C134 is defective."]
    K -->|NO| M["Replace JK101. Is the problem solved?"]
    M -->|YES| N["JK101 is defective, or the jack plug pin 2 is in a poor contact with hands free kit."]
    M -->|NO| O["IC103 and IC106 are defective."]

CONFIDENTIAL

3. NO VOICE IS HEARD FROM THE EARPIECE.

Phone

graph TD
    A["Is the signal sent to the contact terminal of the earpiece?"] -->|YES| B["The built-in earpiece is defective, or in a poor contact with TP734 or TP735."]
    A -->|NO| C["Is the signal sent to CN103 pins 17 and 18? The camera relay"]
    C -->|YES| D["FPC, CN103, or CN701 is defective. Or the camera is in a poor contact with CN103 and CN701."]
    C -->|NO| E["Is the signal sent to vsGNDs at both ends of C132? L107, L108, C115, and C120 are defective."]
    E -->|YES| F["Is 2.7 or more voltage applied to R192 (IC106 pin 89 side)? R192 is defective (Headset mode is set.)"]
    E -->|NO| G["Is approx. 1.2 V applied to IC103 pins 59 and 63? IC103 is defective."]
    G -->|YES| H["IC103 or IC106 is defective."]
    G -->|NO| I["Is approx. 1.2 V applied to IC103 pin 60? IC103 is defective."]
    I -->|YES| J["IC103 or IC106 is defective."]
    I -->|NO| K["Is approx. 1.2 V applied to IC103 pin 60? IC103 is defective."]
    K -->|YES| L["Is the signal sent to JK101 pin 3? Jack JK101 is defective, or the jack plug is in a poor contact with hands free kit."]
    K -->|NO| M["Is the signal sent to TP121? L103 is defective."]
    M -->|YES| N["Is the signal sent to the positive pole of C107?"]
    M -->|NO| O["Is the signal sent to IC103 pin 60? R124 is defective."]
    O -->|YES| P["Is the voltage 0 V on R192 (IC106 pin 89 side)? Jack JK 101 is defective, or the jack plug is in a poor contact with hands free kit. (Handset mode is set.)"]
    O -->|NO| Q["Is approx. 1.2 V applied to IC103 pin 60? IC103 is defective."]
    Q -->|YES| R["IC103 or IC106 is defective."]
    Q -->|NO| S["Is approx. 1.2 V applied to IC103 pin 60? IC103 is defective."]

Hands free kit (stereo headset) - Option

graph TD
    A["Is the stereo headset the one specified by Sharp? Is the plug a 6 pole type with a ring?"] -->|NO| B["Is R-ch only the channel that does not send signals?"]
    A -->|YES| C["Is R-ch only the channel that does not send signals?"]
    B -->|YES| D["Replace the hands free kit. Is the signal sent?"]
    B -->|NO| E["Is the signal sent to JK101 pin 3?"]
    D -->|YES| F["Hands free kit is defective."]
    E -->|YES| G["Jack JK101 is defective, or the jack plug is in a poor contact with hands free kit."]
    E -->|NO| H["Is the signal sent to TP121?"]
    H -->|YES| I["L103 is defective."]
    H -->|NO| J["Is the signal sent to the positive pole of C107?"]
    J -->|YES| K["C107, C103, and C106 are defective."]
    J -->|NO| L["Is the signal sent to IC103 pin 60?"]
    L -->|YES| M["R124 is defective."]
    L -->|NO| N["Is the voltage 0 V on R192 (IC106 pin 89 side)?"]
    N -->|NO| O["Jack JK101 is defective, or the jack plug is in a poor contact with hands free kit. (Handset mode is set.)"]
    N -->|YES| P["Is approx. 1.2 V applied to IC103 pin 60?"]
    N -->|NO| Q["IC103 is defective."]
    P -->|YES| R["IC103 or IC106 is defective."]
    P -->|NO| S["Is approximate 1.2 V applied to IC103 pin 60?"]
    S -->|YES| T["IC103 or IC106 is defective."]

CONFIDENTIAL

graph TD
    A["(BACK PAGE)"] --> B["Is the signal sent to JK101 pin 1? Jack JK101 is defective, or the jack plug is in a poor contact with hands free kit."]
    B -->|NO| C["Is the signal sent to TP163? L105 is defective."]
    C -->|NO| D["Is the signal sent to the positive pole of C110? C110, C105, and G109 are defective."]
    D -->|NO| E["Is the signal sent to IC103 pin 64? R126 is defective."]
    E -->|NO| F["Is the voltage 0.1 V or lower on R191 (IC106 pin 100 side)?"]
    F -->|YES| G["Is approx. 1.2 V applied to IC103 pin 64? IC103 is defective."]
    G -->|YES| H["IC103 or IC106 is defective."]
    G -->|NO| I["Jack JK101 is defective, or the jack plug is in a poor contact with hands free kit. (Monaural mode is set.)"]
    I -->|NO| J[" "]

4. BATTERY DOES NOT CHARGE.

graph TD
    A["Set a battery of 3.7-3.8V and connect charger."] -->|NO| B["Is 1.2V applied to C224?"]
    B -->|YES| C["Is 1.2V or 0V applied to TP178?"]
    C -->|NO| D["Is 0V applied between Q108 (FET) 1pin and 2pin ?"]
    D -->|NO| E["Is 0V applied between Q108 (FET) 3pin and 4pin ?"]
    E -->|NO| F["IC116 or IC103 is defective"]
    B -->|NO| G["IC103 is defective"]
    C -->|YES| H["TH101 or R148 is defective"]
    D -->|YES| I["IC115 or R281 or R282 or R283 or C229 is defective."]
    E -->|YES| J["Q101 or R286 is defective."]

5. VIBRATOR DOES NOT WORK.

graph TD
    A["Are vibrator terminals in contact with the land? Are terminals and the land clean?"] -->|YES| B["Is rectangular wave of 3 V sent to between Vibrator terminals in sync with the vibration pattern?"]
    B -->|NO| C["Is VBAT voltage applied to IC109 pin 5? IC109 is soldered improperly."]
    C -->|YES| D["Is signal synchronized with the vibration pattern sent to IC109 pin 1?"]
    D -->|NO| E["Is signal synchronized with the vibration pattern sent from IC105 pin 19?"]
    E -->|NO| F["Is approx. 3 V applied to IC105 pin 7? C167 and C168 good in appearance and mounted properly?"]
    F -->|YES YES| G["IC105 is defective, or the control signal line to IC106 is defective."]
    G -->|NO| H["C167 and C168 are defective."]
    H -->|NO| I["IC105 is defective, or the control signal line to IC106 is defective."]
    I --> J["Is proportional 3 V applied to IC105 pin 7? C167 and C168 good in appearance and mounted properly?"]
    J --> K["Is signal synchronized with the vibration pattern sent from IC105 pin 19?"]
    K -->|YES| L["IC109 is defective."]
    L --> M["Vibrator is defective."]
    M --> N["Vibrator is deformed and defective. (When vibrator terminals and the land are dirty, clean or replace them.)"]

CONFIDENTIAL

6. CLOCK SETTING ARE RESET.

graph TD
    A["Is 2.5 V or more applied to TP168 with a battery in the handset?"] -->|NO| B["Is back-up battery holder properly installed to SD/SIM FPC?"]
    B -->|YES| C["Is 1.5 V or more applied to TP167 without a battery in the handset?"]
    C -->|NO| D["IC103 is defective."]
    A -->|YES| E["X101, R169, C174, and C176 are defective."]
    B -->|NO| F["The holder is installed improperly."]
    C -->|YES| G["• The remaining power of back-up battery is insufficient.<br>• Back-up battery is defective.<br>• Back-up battery holder is defective.<br>• SD/SIM FPC is broken, or CN104 is defective.<br>• R254 is defective."]

7. SPEAKER DOES NOT WORK.

* When ring tones sound, but keypad tones do not, "Keypad Tones" is set to Off.
* When Ringer Volume is set to "Silent":
- Voice Recorder playback sound is not produced.
· Playback sound of Video and MP3 can be heard by increasing the volume during playback.

graph TD
    A["Are speaker terminals in contact with the land? Speaker is defective."] -->|NO| B["Is the impedance between speaker terminals approx. 8 ohms?"]
    B -->|YES| C["Is the signal sent to TP701, TP702, or speaker contact pad?"]
    C -->|NO| D["Is the signal sent to CN103 pins 3 and 4?"]
    D -->|YES| E["Is VBAT voltage applied to IC105 pin 15? R139 is defective."]
    E -->|NO| F["Is approx. 3 V applied to IC105 pins 7 and 32? R158 is defective."]
    F -->|NO| G["Is the signal sent to IC105 pin 12? R145 and R146 are defective, or IC105 is defective."]
    G -->|YES| H["IC105 or the control line to IC106 is defective."]
    G -->|YES| I["The camera relay FPC, CN103, or CN701 is defective. Or the camera is in a poor contact with CN103 and CN701."]

CONFIDENTIAL

8. MP3 CANNOT BE PLAYED.

Speaker

graph TD
    A["Is Ringer Volume set to "Silent"?ancel "SC ilent". Is sound produced?"] -->|YES| B["No"]
    A -->|NO| C["Is output of the video and voice recorder normal? Are keypad tones and ring tones normal?"]
    C -->|YES| D["Insert an SD card with MP3 files recorded on a normal unit. Do they play?"]
    C -->|NO| E["Is the SD card recognized?"]
    D -->|YES| F["Is the signal sent to IC103 pin 60? Parts between IC103 pin 60"]
    D -->|NO| G["IC103 is defective."]
    E -->|YES| H["Go to the section "Video/Voice Recorder playback is impossible.""]
    E -->|NO| I["Go to the section "Speaker does not work.""]
    F -->|YES| J["Go to the section "SD (Memory) card is not recognized.""]
    F -->|NO| K["IC103 is defective."]
    G -->|YES| L["4 & 13 are defective or soldered improperly."]
    H --> M["Not defective."]
    I --> N["Not defective."]

Hands free kit (headset)

(The following procedure applies to both monaural and stereo headsets.)

graph TD
    A["Is sound normally produced from Speaker? Go to the section regarding Speaker."] --> B{No}
    B --> C["Replace the hands free kit. Is sound produced? Hands free kit is defective."]
    C --> D{YES}
    D --> E["Go to "Hands free kit (monaural headset)" in the section "No voice is heard from the earpiece.""]
    E --> F["NO"]

graph TD
    A["Are keypad tones and ring tones normal? Go to the section "Speaker does not work.""] -->|YES| B["In Playback window, does playback start normally and the capacity bar change?"]
    B -->|NO| C["IC101 or IC106 is defective."]
    C -->|YES| D["Is Ringer Volume set to "Silent"? Cancel "Silent". Is sound produced?"]
    D -->|NO| E["Is the signal sent to IC103 pin 60?"]
    E -->|YES| F["Parts between IC103 pin 60 and IC105 pins 14 & 13 are defective or soldered improperly."]
    F -->|NO| G["IC103 is defective."]
    F -->|YES| H["Not defective."]

Hands free kit (headset)

* If R-ch is the only channel of stereo headset that does not send signals, see "Hands free kit (stereo headset)" in the section "No voice is heard from the earpiece."

graph TD
    A["Replace the hands free kit.<br>Is the signal sent?"] -->|NO| B["In Playback window, does playback start normally and the capacity bar change?"]
    B -->|YES| C["Is Ringer Volume set to &quot;Silent&quot;? Cancel &quot;Silent&quot;. Is sound produced?"]
    B -->|NO| D["Hands free kit is defective."]
    C -->|YES| E["Go to &quot;Hands free kit (monaural headset)&quot; in the section &quot;No voice is heard from the earpiece.&quot;"]
    C -->|NO| F["IC101 or IC106 is defective."]
    F -->|YES| G["Not defective."]
    F -->|NO| H["End"]

CONFIDENTIAL

1. BACK LIGHT DOES NOT TURN ON.
   

graph TD
    A["Is VBAT voltage applied to C738? Is fuse (F702) in good appearance, mounted properly, and is there conduction?"] -->|YES| B["Which back light does not turn on, Main or External?"]
    A -->|NO| C["F702 is mounted improperly, or the fuse is brown."]
    C -->|YES| D["C733, C738, and L703 are defective."]
    D -->|C| E["External display only."]
    E -->|No| F["Is back light setting for External Display set to On? Go to the setting as follows and set it to On: Settings Phone Settings Main Display Back light"]
    F -->|YES| G["Does it turn on?"]
    F -->|NO| H["Is CN705 in good appearance and mounted properly? CN705 is defective."]
    H -->|YES| I["Is the contact point of back light FPC clean? Is back light FPC properly inserted to CN705?"]
    H -->|NO| J["Back light FPC or CN705 is defective."]
    I -->|YES| K["Is 3 - 6 V applied between TP710 and TP705? Is 3 - 6 V applied between TP710 and TP706? Is 3 - 6 V applied between TP710 and TP707? Is 3 - 6 V applied between TP710 and TP711?"]
    J -->|YES| L["Clean back light FPC and insert it again. Does it turn on?"]
    J -->|NO| M["Not defective."]
    K -->|YES| N["Back light FPC is defective."]
    L -->|YES| O["Are C735, C791, C733, C738, C730, C731, R708 and R707 in good appearance and mounted properly?"]
    M -->|YES| P["C735, C791, C733, C738, C730, C731, R708 and R707 are defective."]
    N -->|NO| Q["IC708 are defective."]
    O -->|YES| R["Is back light setting for Sub Display set to On? Go to the setting as follows and set it to On: Settings Phone Settings Main Display Back light"]
    P -->|NO| S["IC708 is defective or mounted improperly."]
    Q -->|YES| T["Is 3-6V applied between LED703 anode (A) terminal and LED704 cathode (K) terminal?"]
    Q -->|NO| U["IC708 is defective or mounted improperly."]
    R -->|YES| V["LED703 and LED704 are defective."]
    R -->|NO| W["Is 3-6V applied between LED703 anode (A) terminal and LED704 cathode (K) terminal?"]

CONFIDENTIAL

11. OUT OF RANGE AND INCOMING/OUTGOING CALLS ARE IMPOSSIBLE.

[Checkpoint s in RF Test Tool]

graph TD
    A["Is transmission possible using RF Test Tool?"] -->|YES| B["[Sender"]]
    A -->|NO| C["Is voltage (approx. 2.9 V) supplied to pin 6 of IC804? IC804 is defective."]
    C --> D["Is IQ signal supplied to pins 23, 24, 25, and 26 of IC801? IC103, IC106, or WB is defective."]
    D --> E["Is frequency signal sent? GSM900 bands ...... IC801 pin 17 DCS1800/PCS1900 bands ...... IC801 pin 19"]
    E --> F["Is frequency signal supplied? GSM900 bands ...... IC803 pin 16 DCS1800/PCS1900 bands ...... IC803 pin 14"]
    F --> G["Is frequency signal supplied to pin 1 of FL905? IC803 is defective."]
    G --> H["Is frequency signal supplied to pin 1 of J801? FL905 is defective."]
    H --> I["J801 is defective."]
    I --> J["[Receiver"]]
    J --> K["-70 dBm input."]
    K --> L["Is frequency signal supplied? GSM900 bands ...... IC801 pins 9, 10 DCS1800 band ...... IC801 pins 6, 7 PCS1900 band ...... IC801 pins 3, 4"]
    L -->|NO| M["Is frequency signal supplied? GSM900 band ...... FL902 pin 4 DCS1800 band ...... FL902 pin 1 PCS1900 band ...... FL903 pin 1"]
    M --> N["Is frequency signal supplied to pin 10 of IC803"]
    N -->|NO| O["FL905 or J801 is defective."]
    N -->|YES| P["IC803 is defective."]
    P --> Q["IFN902, or FL903 is defective."]
    Q --> R["IC801 is defective."]
    R --> S["IC801 is defective."]
    S --> T["IC802 is defective."]
    T --> U["IC801 is defective."]

CONFIDENTIAL

12. THE DISPAY DOES NOT APPEAR ON MAIN DISPLAY.

Display unit status flowchart for CN704, showing transitions from main display unit to fault points and fault outcomes based on voltage, power, and signal conditions.

CONFIDENTIAL

13. THE DISPLAY DOES NOT APPEAR ON EXTERNAL DISPLAY (IN 65K COLOR MODE).

graph TD
    A["Does the display appear on Main Display? Go to the section "Power is not turned on.""] --> B{Is External Display On/Off setting set to On? Go to the setting as follows and set it to On}
    B -->|YES| C["Is External Display unit fully inserted to CN703? Improperly inserted to the connector."]
    B -->|NO| D["Is 3 ± 0.1 V applied to CN703 pin 9?"]
    D --> E{Are CN701 and CN103 good in appearance and mounted properly?}
    E -->|YES| F["Is 3.0 ± 0.1 V supplied from LCD_RST (CN703 pin 27 and C751)?"]
    E -->|NO| G["Is R222 good in appearance and mounted properly? R222 is defective or mounted improperly."]
    F --> H{Are C755, C756, and C757 good in appearance and mounted properly?}
    H -->|YES| I["Is approx. 11.8 V applied to CN703 pin 7 (TP717)?"]
    H -->|NO| J["Is electric potential normal at both ends of C755, C756, and C757? Are rectangular waves sent?"]
    I --> K["V0 (C744): approx. 8.56 V"]
    I --> L["V1 (C745): approx. 7.33 V"]
    I --> M["V2 (C747): approx. 6.11 V"]
    I --> N["V3 (C748): approx. 2.42 V"]
    I --> O["V4 (C750): approx. 1.20 V"]
    J --> P["C755, C756, C757, and CN703 are defective, or External Display unit is defective."]
    K --> Q["* After a period of time the back light turns off, the voltage on TP717 decreases to approx. 9 V."]
    L --> Q
    M --> Q
    N --> Q
    O --> Q

CONFIDENTIAL

14. PICTURES CANNOT BE TAKEN.

graph TD
    A["Replace camera relay FPC. Does camera work? Camera relay FPC is defective."] --> B{Is 1.8 V applied to TP733? F701, R701, IC705, C714 is defective.}
    B -->|NO| C["Is 1.8 V applied to pin 61 of camera unit?"]
    B -->|NO| D["CN702 is defective. Camera relay FPC is broken."]
    C --> E{Is 3.0 V applied to TP173? Regulator IC111, R239, R238 and C214 is defective.}
    E -->|NO| F["R101 and CN102 are defective. Camera relay FPC is broken."]
    E -->|NO| G["Is 3.0 V applied to pins 59 & 60 of camera module?"]
    G --> H{Is 3.0 V applied to TP728? F701, R701, IC705, C713 is defective.}
    H -->|NO| I["Is 3.0 V applied to pin 74, 75 of camera module?"]
    H -->|NO| J["CN702 is defective. Camera relay FPC is broken."]
    H -->|NO| K["Is 15 V applied to TP727?"]
    K --> L{Is 15 V applied to pin 48 of camera module?}
    L -->|NO| M["CN701 is defective. Camera relay FPC is broken."]
    L -->|NO| N["Is -8 V applied to TP726?"]
    N --> O{Is -8 V applied to pin 1 of camera module?}
    O -->|NO| P["R704, IC707, IC705, R701, Q701, L702, D703, C720, C721 and C723 is defective."]
    O -->|NO| Q["Is signal properly sent from CAMCK (TP712)? IC704 and FL701 is defective."]
    Q --> R["IC106, parts of the control signal line, CN102, CN701 and CN702 are defective."]

15. AF DOES NOT MOVE

graph TD
    A["Is 3.6 V or more applied to TP729?"] -->|YES| B["Is 36V or more applied to pin7 of camera module?"]
    A -->|NO| C["Go to the dection "Power is not turned on""]
    B -->|YES| D["IC705 or Q702 is defective.<br>Camera relay FPC is broken."]
    B -->|NO| E["L716 and CN702 is defective."]

CONFIDENTIAL

16. SIM CARD IS NOT RECOGNIZED.

graph TD
    A["Replace the SIM card. Is it recognized? SIM card is defective or not the one specified."] --> B{Is 2.85 V supplied from pins 1, 2, and 6 of the SIM card? And is periodic pulse wave (3.25 MHz) sent from pin 3 of the SIM card?}
    B -->|NO| C["Is 2.85 V supplied from CN104 pin 28?"]
    B -->|YES| D{The contact point of the SIM card connector is deformed or dirty.}
    C -->|NO| E["Is 2.85 V supplied from CN104 pin 30?"]
    C -->|YES| F{Replace C210 or C159.}
    E -->|NO| G{Are C210 and C159 good in appearance and mounted properly?}
    E -->|YES| H{IC103 is defective.}
    F -->|NO| I{Are R195 and C216 good in appearance and mounted properly?}
    F -->|YES| J{IC106 is defective.}
    G -->|NO| K{Are R195 and C216 good in appearance and mounted properly?}
    G -->|YES| L{Replace R195 or C216.}
    H -->|NO| M{Are R195 and C216 good in appearance and mounted properly?}
    H -->|YES| N{IC106 is defective.}
    I -->|NO| O{Are R195 and C216 good in appearance and mounted properly?}
    I -->|YES| P{Replace R195 or C216.}
    J -->|NO| Q{Are R195 and C216 good in appearance and mounted properly?}
    J -->|YES| R{IC106 is defective.}
    K -->|NO| S{Are R195 and C216 good in appearance and mounted properly?}
    K -->|YES| T{Replace R195 or C216.}
    L -->|NO| U{Are R164 and C217.}
    L -->|YES| V{Is periodic pulse wave sent from CN104 pin 31? Are R164 and C217 good in appearance and mounted properly?}
    M -->|NO| W{Is periodic pulse wave sent from CN104 pin 31? Are R164 and C217 good in appearance and mounted properly?}
    N -->|NO| X{Is periodic pulse wave sent from CN104 pin 31? Are R164 and C217 good in appearance and mounted properly?}
    O -->|YES| Y{Is 2.85 V supplied from CN104 pin 27? Are R163, R249, and C218 good in appearance and mounted properly?}
    P -->|YES| Z{CN104 or SD/SIM FPC is defective. IC106 is defective.}
    Q -->|NO| AA{Is periodic pulse wave sent from CN104 pin 27? Are R163, R249, and C218 good in appearance and mounted properly?}
    R -->|YES| AA
    R -->|NO| AB{Is periodic pulse wave sent from CN104 pin 27? Are R163, R249, and C218 good in appearance and mounted properly?}

17. SD (MEMORY) CARD IS NOT RECOGNIZED.

graph TD
    A["Is the SD card checked for operation? Use an SD card that has been checked."] --> B{YES}
    B -->|No| C["Is the SD card recognized on PC, etc.?"]
    B -->|Yes| D{YES}
    D -->|No| E["Is the card insertion detected? Is SD/SIM FPC properly inserted to CN104?"]
    D -->|YES| F{YES}
    F -->|YES| G["Is 2.75 V or more applied to VAPP? IC103 or Q103 is defective"]
    F -->|NO| H["Does the signal of SD_DET become "L" when the card is inserted?"]
    H --> I{YES}
    I -->|YES| J["IC106 is defective. SD card socket"]
    I -->|NO| K["Reinsert SD/SIM FPC, and try again."]
    J --> L["IC106 is defective. SD card socket and CN104 are in poor contact. Hardwiring on PWB is broken."]
    K --> M["SD card socket and CN104 are in poor contact. SD_CLK, SD_CMD, and SD_DAT [3:0"] on PWB are broken or short-circuited. IC106 is defective or has come off.]
    G --> N{YES}
    N -->|NO| O["Can the SD card be formatted?"]
    N -->|NO| P{YES}
    O --> Q["After formatting, can the SD card be used? IC106 is defective or has come off."]
    P --> R["File system on the SD card is damaged."]
    Q --> S["File system on the SD card is damaged."]

CONFIDENTIAL

1. USB CONNECTION IS IMPOSSIBLE.
   

graph TD
    A["Connect a properly working handset to the Data/USB cable that is not recognized. Is it recognized?"] -->|YES| B["Is a communication with the handset established via SPST for TM200?"]
    B -->|YES| C["Connect to a Data with the USB cable."]
    C --> D["Is TP536 at "H"? The signal line from CN502 pin 8 to IC106 pin 90 is 90 is NO"]
    D -->|YES| E["Is 5 V or more applied to TP515? CN502 is connected improperly."]
    D -->|NO| F["short-circuited with GND. Or R751 is has come off."]
    E -->|YES| G["Is Q503 pin 3 at "L"?"]
    E -->|NO| H["Q503 is defective."]
    G -->|YES| I["Is 3 V or more applied to TP166? IC103 or IC106 is defective."]
    G -->|NO| J["IC106 and IC701 are defective."]
    H -->|NO| K["No"]
    I -->|YES| L["IC106 and IC701 are defective."]
    J -->|NO| M["No"]
    K --> N["Reinstall the driver and replace the USB cable to connect the handset."]
    L --> O["No"]

1. BLUETOOTH COMMUNICATION IS IMPOSSIBLE.
   

graph TD
    A["A connection cannot be established via Bluetooth."] --> B{Is 3 V supplied from IC505 pin 5? IC505 is defective.}
    B -->|YES| C["Is R514 (RESET signal side) always at "H"? IC106 is defective."]
    B -->|NO| D["IC506 is defective."]
    C --> E{Is waveform periodically sent from R516 (UARTTX signal side) ?}
    E -->|YES| F["Is waveform periodically sent from R547 (UARTRX signal side) ?"]
    E -->|NO| G["IC106 is defective."]
    C -->|YES| H{IC506 is defective.}
    H --> I["Handset can be connected to Bluetooth headset, but sound is not heard."]
    I --> J{Is waveform of PCMCLK signal (approx. 256 kHz clock) sent from R188?}
    J -->|YES| K{Is waveform of 8 kHz periodically sent from R550 (PCMSYNC signal side)?}
    K -->|NO| L["IC106 is defective."]
    K -->|YES| M{Is waveform of PCMIN signal periodically sent from TP508?}
    M -->|YES| N{Is waveform periodically sent from R515 (PCMOUT signalside)?}
    N -->|NO| O["IC106 is defective."]
    N -->|YES| P{IC506 is defective.}

CONFIDENTIAL

CHAPTER 3. DISASSEMBLY AND REASSEMBLY

A. BATTERY REMOVAL

1) Remove the battery cover.

Illustration of a hand inserting a card into a device (no text or symbols visible)

2) Remove the battery.

Line drawing of a mobile phone casing with an open lid and internal components (no text or symbols)

B. SPEAKER REMOVAL

1) Open the display section. Remove the screw cover, and remove the special screw.
* When removing the special screw, use the exclusive tool.
* When tightening the screws, follow the tightening sequence of (a), (b), (c), and (d).

Diagram showing exploded view of a mobile phone's internal components with labeled parts and an arrow indicating assembly direction.

3) Remove the speaker from the cabinet B unit.
* When installing the speaker, fit the speaker projection (a) with the concaved rib section.

(a)

C. VIBRATING MOTOR REMOVAL

1) Open the display section. Remove the screw cover, and remove the special screw.
* When removing or installing the special screw, use the exclusive tool.
* When tightening the screws, follow the tightening sequence of (a), (b), (c), and (d).

2) Disengage the pawls, and cabinet D unit. Remove the side key, the jack cover, and the external connector cover.

Diagram illustrating the internal components of a device, showing battery, circuit board, and cable connections with directional arrows.

3) Remove the vibrating motor from the cabinet D unit.

Technical diagram of a mechanical assembly with an upward arrow indicating a component (no text or symbols present)

CONFIDENTIAL

D. BACKUP BATTERY REMOVAL

1) Remove the backup battery from the main/LCD PWB unit.

* When installing the battery, be careful of the installing direction and install it diagonally from the lower side of the battery holder spring.

Diagram showing a device with a plus button and an arrow indicating direction, alongside a magnified view of a mechanical component.

E. MAIN/LCD PWB UNIT REMOVAL

1) Remove the ANT dust-proof sheet (a) and the submersion sheet (b), and remove the main/LCD PWB unit (c).

(a) (b) (c)

* When attaching the ANT dust-proof sheet (a), fit it with the RF external antenna connector with the main/LCD PWB silk section as the reference.
* When attaching the submersion sheet (b), attach it inside the bump area.

Technical diagram showing two views of a mechanical assembly with labeled components (a) and (b), no readable text or symbols present.

* When attaching the PWB unit, rotate the main PWB and the LCD PWB 180 degrees in the arrow direction to wind the flat cable.

3D diagram of a mechanical assembly with two components connected by a pipe, showing internal components and motion arrows (no text or symbols)

2) Remove the camera shield case unit from the main/LCD PWB unit, and remove the camera flexible unit. Disengage the pawl, and remove the sub LCD unit. Disconnect the connector.

Diagram illustrating a mechanical assembly with labeled components and directional arrows indicating motion or flow.

3) Remove the connector (a). Disengage the pawl, and remove the main/LCD unit. Disconnect the connector (b).

Technical diagram showing mechanical assembly steps with labeled components (a), (b), and directional arrows indicating motion or movement.

F. SUB LCD REMOVAL

1) Remove the sub LCD from the sub LCD holder unit.
* Hold the both ends of the sub LCD as shown in the figure, and never press TAB (a).

(a)

CONFIDENTIAL

G. MAIN LCD, BL FLEXIBLE UNIT REMOVAL

1) Remove the main LCD from the main LCD holder unit. Remove the BL flexible unit.

Diagram of a device's internal structure showing a tray, casing, and housing with an arrow indicating motion (no text or symbols present)

* Hold the both ends of the main LCD as shown in the figure, and never press TAB (a).

Illustration of a hand holding a rectangular electronic component labeled (a), with no visible text or symbols on the diagram itself.

H. RECEIVER AND MIC REMOVAL

1) Remove the receiver and the mic from the cabinet A/C unit.

* When attaching the receiver, be sure to face the terminal (a) tip toward the inside without covering over the rib.
* When handling the mic, use a pair of tweezers to hold the peripheral of the mic, and be careful not to touch the front and the rear of the mic.

Technical diagram showing two views of a device's internal structure, one with an attached component and the other with a handle (no text or symbols present)

* When attaching the mic, be sure to set the spring direction vertically to the cabinet.

Technical line drawing of a mechanical component with no visible text or symbols

TM200 DISASSEMBLY AND REASSEMBLY

CHAPTER 4. DIAGRAMS

[1] Block diagram

[Main]

CONFIDENTIAL

CONFIDENTIAL

graph TD
    subgraph Top-Left
        A["RF I/F (BRIGHTSE)"] --> B["ADC8535 (Typhoon)"]
        B --> C["ADC8539 (Hearner)"]
        C --> D["ADC8539 (Hearner)"]
        D --> E["ADC8539 (Hearner)"]
    end

    subgraph Top-Right
        F["Bluetooth module (UQN2+D01A)"] --> G["Auto Focus"]
        G --> H["CDD Sensor"]
        H --> I["V-Driver"]
        I --> J["BD6020 + BD6033"]
        J --> K["LCD Controller (UR38462)"]
        K --> L["GDS module"]
        L --> M["LTC205"]
        M --> N["LCD Bandpass"]
        N --> O["Speaker"]
    end

    subgraph Bottom-Left
        P["ADC8539 (Hearner)"] --> Q["ADC8539 (Hearner)"]
        Q --> R["ADC8539 (Hearner)"]
        R --> S["ADC8539 (Hearner)"]
    end

    subgraph Bottom-Right
        T["ADC8539 (Hearner)"] --> U["ADC8539 (Hearner)"]
        U --> V["ADC8539 (Hearner)"]
    end

    A --> W["RF I/F (BRIGHTSE)"]
    C --> X["ADC8539 (Hearner)"]
    D --> Y["ADC8539 (Hearner)"]
    E --> Z["ADC8539 (Hearner)"]
    F --> AA["ADC8539 (Hearner)"]
    G --> AB["ADC8539 (Hearner)"]
    H --> AC["ADC8539 (Hearner)"]
    I --> AD["ADC8539 (Hearner)"]
    J --> AE["ADC8539 (Hearner)"]
    K --> AF["ADC8539 (Hearner)"]
    L --> AG["ADC8539 (Hearner)"]
    M --> AH["ADC8539 (Hearner)"]
    N --> AI["ADC8539 (Hearner)"]
    O --> AJ["ADC8539 (Hearner)"]
    P --> AK["ADC8539 (Hearner)"]
    Q --> AL["ADC8539 (Hearner)"]
    R --> AM["ADC8539 (Hearner)"]
    S --> AN["ADC8539 (Hearner)"]
    T --> AO["ADC8539 (Hearner)"]
    U --> AP["ADC8539 (Hearner)"]
    V --> AQ["ADC8539 (Hearner)"]
    W --> AR["ADC8539 (Hearner)"]
    X --> AS["ADC8539 (Hearner)"]
    Y --> AT["ADC8539 (Hearner)"]
    Z --> AU["ADC8539 (Hearner)"]
    AA --> AV["ADC8539 (Hearner)"]
    AB --> AW["ADC8539 (Hearner)"]
    AC --> AX["ADC8539 (Hearner)"]
    AD --> AY["ADC8539 (Hearner)"]
    AE --> AZ["ADC8539 (Hearner)"]
    AF --> BA["ADC8539 (Hearner)"]
    AG --> BB["ADC8539 (Hearner)"]
    AH --> BC["ADC8539 (Hearner)"]
    AI --> BD["ADC8539 (Hearner)"]
    AJ --> BE["ADC8539 (Hearner)"]
    AK --> BF["ADC8539 (Hearner)"]
    AL --> BG["ADC8539 (Hearner)"]
    AM --> BH["ADC8539 (Hearner)"]
    AN --> BI["ADC8539 (Hearner)"]
    AO --> BJ["ADC8539 (Hearner)"]
    AP --> BK["ADC8539 (Hearner)"]
    AQ --> BL["ADC8539 (Hearner)"]
    AR --> BM["ADC8539 (Hearner)"]
    AS --> BN["ADC8539 (Hearner)"]
    AT --> BO["ADC8539 (Hearner)"]
    AU --> BP["ADC8539 (Hearner)"]
    AV --> BQ["ADC8539 (Hearner)"]
    AW --> BR["ADC8539 (Hearner)"]
    AX --> BS["ADC8539 (Hearner)"]
    AZ --> BT["ADC8539 (Hearner)"]
    BA --> BU["ADC8539 (Hearner)"]
    BW --> BV["ADC8539 (Hearner)"]

    subgraph Bottom-Left
        C
        D
        E
        F
        G
        H
        I
        J
        K
        L
        M
        N
        O
        P
        Q
        R
        S
        T
        U
        V
        W
        X
        Y
        Z
        AA
        AB
        AC
        AD
        AE
        AF
        AG
        AH
        AI
        AJ
        AK
        AL
        AM
        AN
        AO
        AP
        AQ
        AR
        AS
        AT
        AU
        AV
        AW
        AX
        AX
        BY
        BY
        CA
        CA
        DB
        DB
        DB
        DB
        DB
        DB
        DB
        DB
        DB
        DB
        DB
        DB
        DB
        DB
        DB
        DB
        DB
        DB
        DB
        DB
        DB
        DB
        DB
        DB
        DB
        DB
        DB
        DB
        DB
        DB
        DB
        DB
        DB
        DB

    subgraph Bottom-Right
        C
        D
        E
        F
        G
        H
        I
        J
        K
        L
        M
        N
        O
        P
        Q
        R
        S
        T
        U
        V
        W
        X
        Y
        Z
        AA
        AB
        AC
        AD
        AE
        AF
        AG
        AH
        AI, AJ, AK, AL, AM, AN, AO, AP, OB, OR, OP, AP, OP, OP, OP, OP, OP, OP, OP, OP, OP, OP, OP, OP, OP, OP, OP, OP, OP, OP, OP, OP, OP, OP, OP, OP, OP, OP, OP, OP, OP, OP, OP, OP, OP, OP, OP, OP, OP, OP, OP, OP, OP, OP, OP, OP, OP, OP, OP, OP, OP, OP, UP

    subgraph Bottom-Left |
| AC & AC Components: 4.1 - 4.2

    A1["Accresive Connector 400V7C100-600V600"] --> B1["BASELIC Components"]
    A2["BASELIC Components"] --> B2["BASELIC Components"]
    A3["BASELIC Components"] --> B3["BASELIC Components"]
    A4["BASELIC Components"] --> B4["BASELIC Components"]
    A5["BASELIC Components"] --> B5["BASELIC Components"]
    A6["BASELIC Components"] --> B6["BASELIC Components"]
    A7["BASELIC Components"] --> B7["BASELIC Components"]
    A8["BASELIC Components"] --> B8["BASELIC Components"]
    A9["BASELIC Components"] --> B9["BASELIC Components"]
    A10["BASELIC Components"] --> B10["BASELIC Components"]
    A11["BASELIC Components"] --> B11["BASELIC Components"]
    A12["BASELIC Components"] --> B12["BASELIC Components"]
    A13["BASELIC Components"] --> B13["BASELIC Components"]
    A14["BASELIC Components"] --> B14["BASELIC Components"]
    A15["BASELIC Components"] --> B15["BASELIC Components"]
    A16["BASELIC Components"] --> B16["BASELIC Components"]
    A17["BASELIC Components"] --> B17["BASELIC Components"]
    A18["BASELIC Components"] --> B18["BASELIC Components"]
    A19["BASELIC Components"] --> B19["BASELIC Components"]
    A20["BASELIC Components"] --> B20["BASELIC Components"]
    A21["BASELIC Components"] --> B21["BASELIC Components"]
    A22["BASELIC Components"] --> B22["BASELIC Components"]
    A23["BASELIC Components"] --> B23["BASELIC Components"]
    A24["BASELIC Components"] --> B24["BASELIC Components"]
    A25["BASELIC Components"] --> B25["BASELIC Components"]
    A26["BASELIC Components"] --> B26["BASELIC Components"]
    A27["BASELIC Components"] --> B27["BASELIC Components"]
    A28["BASELIC Components"] --> B28["BASELIC Components"]
    A29["BASELIC Components"] --> B29["BASELIC Components"]
    A30["BASELIC Components"] --> B30["BASELIC Components"]
    A31["BASELIC Components"] --> B31["BASELIC Components"]
    A32["BASELIC Components"] --> B32["BASELIC Components"]
    A33["BASELIC Components"] --> B33["BASELIC Components"]
    A34["BASELIC Components"] --> B34["BASELIC Components"]
    A35["BASELIC Components"] --> B35["BASELIC Components"]
    A36["BASELIC Components"] --> B36["BASELIC Components"]
    A37["BASELIC Components"] --> B37["BASELIC Components"]
    A38["BASELIC Components"] --> B38["BASELIC Components"]
    A39["BASELIC Components"] --> B39["BASELIC Components"]
    A40["BASELIC Components"] --> B40["BASELIC Components"]
    A41["BASELIC Components"] --> B41["BASELIC Components"]
    A42["BASELIC Components"] --> B42["BASELIC Components"]
    A43["BASELIC Components"] --> B43["BASELIC Components"]
    A44["BASELIC Components"] --> B44["BASELIC Components"]
    A45["BASELIC Components"] --> B45["BASELIC Components"]
    A46["BASELIC Components"] --> B46["BASELIC Components"]
    A47["BASELIC Components"] --> B47["BASELIC Components"]
    A48["BASELIC Components"] --> B48["BASELIC Components"]
    A49["BASELIC Components"] --> B49["BASELIC Components"]
    A50["BASELIC Components"] --> B50["BASELIC Components"]
    A51["BASELIC Components"] --> B51["BASELIC Components"]
    A52["BASELIC Components"] --> B52["BASELIC Components"]
    A53["BASELIC Components"] --> B53["BASELIC Components"]
    A54["BASELIC Components"] --> B54["BASELIC Components"]
    A55["BASELIC Components"] --> B55["BASELIC Components"]
    A56["BASELIC Components"] --> B56["BASELIC Components"]
    A57["BASELIC Components"] --> B57["BASELIC Components"]
    A58["BASELIC Components"] --> B58["BASELIC Components"]
    A59["BASELIC Components"] --> B59["BASELIC Components"]
    A60["BASELIC Components"] --> B60["BASELIC Components"]
    A61["BASELIC Components"] --> B61["BASELIC Components"]
    A62["BASELIC Components"] --> B62["BASELIC Components"]
    A63["BASELIC Components"] --> B63["BASELIC Components"]
    A64["BASELIC Components"] --> B64["BASELIC Components"]
    A65["BASELIC Components"] --> B65["BASELIC Components"]

    subgraph Bottom-Left Side Bus / GPIO INT

    C1[COMON Power 1kW 1kW 1kW 1kW 1kW 1kW 1kW 1kW 1kW 1kW 1kW 1kW 1kW 1kW 1kW 1kW 1kW 1kW 1kW 1kW 1kW 1kW 1kW 1kW 1kW 1kM 1kM 1kM 1kM 1kM 1kM 1kM 1kM 1kM 1kM 1kM 1kM 1kM 1kM 1kM 1kM 1kM 1kM 1kM 1kM 1kM 1kM 1kM 1kM 1kM 1k M 1kM 1kM 1kM 1kM 1kM 1kM 1kM 1kM 1kM 1kM 1kM 1kM 1kM 1kM 1kM 1kM 1kM 1kM 1kM 1kM 1kM 1kM 1kM 1kM 1kCm 1kCm 1kCm 1kCm 1kCm 1kCm 1kCm 1kCm 1kCm 1kCm 1kCm 1kCm 1kCm 1kCm 1kCm 1kCm 1kCm 1kCm 1kCm 1kCm 1kC m 1kCm 1kCm 1kCm 1kCm 1kCm 1kCm 1kCm 1kCm 1kCm 1kCm 1kCm 1kCm 1kCm 1kCm 1kCm 1kCm 1kCm 1kCm 1Kc m 1Kc m 1Kc m 1Kc m 1Kc m 1Kc m 1Kc m 1Kc m 1Kc m 1Kc m 1Kc m 1Kc m 1Kc m 1Kc m 1Kc m 1Kc m 1Kc m 1Kc m

[RF]
CONFIDENTIAL
CONFIDENTIAL

graph TD
    subgraph Sensor_4-3
        A["SYNTHEN"] --> B["SYNTHOLK"]
        C["SYNTHDATA"] --> D["SIst data interface"]
        E["SYNTH0X"] --> F["IC801 RFIC (HD155155)"]
        G["IC802 PA (FFD081410)"] --> H["IC803"]
    end

    subgraph Sensor_4-4
        I["SYNTHEN"] --> J["FL902"]
        K["SYNTHDATA"] --> L["FL903"]
        M["SYNTH0X"] --> N["PQA Part"]
        O["SYNTH0Y"] --> P["IF Synthasizer"]
        Q["SYNTH0Z"] --> R["90deg shr(%)"]
        S["SYNTH0A"] --> T["90deg Shrl(%)"]
        U["SYNTH0C"] --> V["90deg Shrl(%)"]
        W["SYNTH0D"] --> X["90deg Shrl(%)"]
        Y["SYNTH0E"] --> Z["90deg Shrl(%)"]
        AA["SYNTH0F"] --> AB["90deg Shrl(%)"]
        AC["SYNTH0G"] --> AD["90deg Shrl(%)"]
        AE["SYNTH0H"] --> AF["90deg Shrl(%)"]
        AG["SYNTH0I"] --> AH["90deg Shrl(%)"]
        AI["SYNTH0J"] --> AJ["90deg Shrl(%)"]
        AK["SYNTH0K"] --> AL["90deg Shrl(%)"]
        AM["SYNTH0L"] --> AN["90deg Shrl(%)"]
        AO["SYNTH0M"] --> AP["90deg Shrl(%)"]
        AQ["SYNTH0N"] --> AR["90deg Shrl(%)"]
        AS["SYNTH0O"] --> AT["90deg shr(%)"]
        AU["SYNTH0P"] --> AV["90deg shrl(%)"]
        AW["SYNTH0Q"] --> AX["90deg shrl(%)"]
        AY["SYNTH0T"] --> AZ["90deg shrl(%)"]
        BA["SYNTH0U"] --> BB["90deg shrl(%)"]
        BC["SYNTH0V"] --> BD["90deg shrl(%)"]
        BE["SYNTH0W"] --> BF["90deg shrl(%)"]
        BG["SYNTH0X"] --> BH["90deg shrl(%)"]
        BI["SYNTH0Y"] --> BJ["90deg shrl(%)"]
        BK["SYNTH0Z"] --> BL["90deg shrl(%)"]
        BM["SYNTH0A"] --> BN["90deg shrl(%)"]
        BO["SYNTH0C"] --> BP["90deg shrl(%)"]
        BQ["SYNTH0Y"] --> BR["90deg shrl(%)"]
        BS1["D3"] --> BT["VBAT"]
        BS2["D3"] --> BU["VBAT"]
        BS3["D3"] --> BV["B21 B22 B23"]
    end

    subgraph Control_Link
        BI --> BA
        BJ --> BB
        BC --> BF
        BF --> BG
    end

    subgraph Wave_Liter
        BI --> BA
        BB --> BF
    end

    subgraph Loop_Liter
        BI --> BF
    end

    subgraph Filter_Liter
        BI --> BF
    end

    subgraph Test_Conector
        BI --> BJ
    end

    subgraph Antenna
        BI --> BJ
    end

    subgraph Power_Liter
        BI --> BF
    end

    subgraph Control_Link
        BI --> BF
    end

    subgraph Wave_Liter
        BI --> BF
    end

    subgraph Power_Liter
        BI --> BF
    end

    subgraph Filter_Liter
        BI --> BF
    end

    subgraph Power_Liter
        BI --> BF
    end

    subgraph Control_Link
        BI --> BF
    end

    subgraph Power_Liter
        BI --> BF
    end

    subgraph Power_Liter
        BI --> BF
    end

    subgraph Control_Link
        BI --> BF
    end

    subgraph Power_Liter
        BI --> BF
    end

    subgraph Power_Liter
        BI --> BF
    end

    subgraph Control_Link
        BI --> BF
    end

    subgraph Power_Liter
        BI --> BF
    side by side

    subgraph Power_Liter
        BI --> BF
    end

    subgraph Control_Link
        BI --> BF
    end

    subgraph Power_Liter
        BI --> BF
    end

    subgraph Control_Link
        BI --> BF
    end

    subgraph Power_Liter
        BI --> BF
    end

    subgraph Control_Link
        BI --> BF
    end

    subgraph Power_Liter
        BI --> BF
    end

    subgraph Control_Link
        BI --> BF
    end

    subgraph Power_Liter
        BQ1_BQ2_BQ3

CONFIDENTIAL

(1) Sound signal system

graph TD
    A["Speaker"] --> B["AMplifier unit"]
    B --> C["Sound source unit"]
    C --> D["Monophonic"]
    D --> E["AD6535"]
    F["Internal microphone"] --> G["Receiver"]
    G --> H["AIN1 OUT1"]
    H --> I["AIN2 OUT1"]
    I --> J["OUT3L IN2"]
    J --> K["External headphone"]
    J --> L["External Microphone"]
    J --> M["External headphone"]
    J --> N["External Microphone"]
    style A fill:#f9f,stroke:#333
    style F fill:#f9f,stroke:#333
    style G fill:#f9f,stroke:#333
    style H fill:#ccf,stroke:#333
    style I fill:#ccf,stroke:#333
    style J fill:#ccf,stroke:#333
    style K fill:#dfd,stroke:#333
    style L fill:#dfd,stroke:#333
    style M fill:#dfd,stroke:#333
    style N fill:#dfd,stroke:#333

(4) Interface

graph LR
    A["Interface SW"] --> B["BU7880"]
    C["UART"] --> B
    D["Analog"] --> B
    E["Serial"] --> B
    F["UART"] --> B
    G["USB"] --> B
    B --> H["I/F CN"]

(2) LCD & camera system

graph TD
    A["Flash LED"] --> B["Backlight LED"]
    B --> C["LTC3205"]
    C --> D["Power sourceIC BD6020 +BD6030"]
    D --> E["-8V"]
    D --> F["+1.8V"]
    D --> G["+1.5V"]
    D --> H["+3.0V"]
    D --> I["+3.0V"]
    J["LCD"] --> K["LCD controller"]
    K --> L["I/F"]
    K --> M["+1.8V"]
    K --> N["+3.0V"]
    O["Series regulator"] --> P["+3.0V"]
    O --> Q["+1.8V"]
    R["CCD camera I/F"] --> S["+3.0V"]

(5) Vibration Motor & LED Driver

graph TD
    M["Motor M"] --> LDO["LDO"]
    LDO --> ON/OFF["ON/OFF"]
    ON/OFF --> YM762["YM762"]
    YM762 --> AD6535["Typhoon"]
    AD6535 --> Key["Key LED-Light"]
    Key --> LDO

(3) Battery charge system

graph TD
    A["AC charger"] --> B["Constant voltage"]
    B --> C["Constant current"]
    D["VDT"] --> E["OVP"]
    F["reg"] --> G["AD6535"]
    G --> H["Lithium ion Battery pack"]
    I["Power Supply"] --> J["Resistor"]
    K["Current Source"] --> L["Current Source"]
    M["Current Source"] --> N["Current Source"]

(6) Sense Flip

graph TD
    A["Upper CAB"] --> B["TAPE SIDE Polar"S""]
    B --> C["Magnet"]
    C --> D["S"]
    E["Lower CAB"] --> F["Hall IC EW6671"]
    F --> G["AD6529 Hermes"]

CONFIDENTIAL

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

[1] NOTES ON SCHEMATIC DIAGRAM

- Resistor:

To differentiate the units of resistors, the symbols K and M are used. The symbol K means 1000 ohm and the symbol M means 1000 kohm. The resistor without any symbol is an ohm resistor.

- Capacitor:

To indicate the unit of capacitor, the symbol is used.

The symbol P means pico-farad and the unit of the capacitor without such a symbol is microfarad. As to electrolytic capacitor, the expression “capacitance/withstand voltage” is used.

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

(ML) : Mylar type

(S) : Styrol type

(PP) : Polypropylene type

- The indicated voltage in each section is the one measured by Digital Multimeter between such a section and the chassis with no signal given.

- 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 maintaining the safety and performance of the set.

[2] TYPES OF TRANSISTOR AND LED

B (3) (G) E (1) (S) TOP VIEW C (2) (D)

2SK3019 RT1N144 U

CPH6311

① S1 G1 S2 G2 ④ TOP VIEW ⑧ D1 D1 D2 D2 ⑤

ECH8603

1 (D) 2 (D) 3 (G) TOP VIEW 6 (D) 5 (D) 4 (S)

MCH6413

EC4301 C EC4401 C

TOP VIEW

1SS388
1SS405
RB160M30
RB521S30
RB551V30
RB520S30

TOP VIEW

HN2S01FU

TOP VIEW

TOP VIEW

RSB6.8S

TOP VIEW

YPY1105C FR1105C GM1BC35370AC

TOP VIEW TOP VIEW

NECW008A

CONFIDENTIAL

[3] WAVEFORMS OF CIRCUIT

TM200 CIRCUIT DIAGRAM AND PWB LAYOUT

CONFIDENTIAL

12 13MHz IN (Point R261) To Digital Base Band LSI Pin142

13 13MHz OUT (Point R166) from Digital Base Band LSI Pin84

14 32.768KHz IN (Point-R152) To Digital Base Band LSI Pin49

CONFIDENTIAL

⑮ DCLK (Point-R759 on LCDC_PCB) To LCD Unit pin26

16 VSYNC (Point-C760 on LCDC_PCB) To LCD Unit pin28

⑰ TCXOEN (Point-IC804 pin 1) From Analog Base Band LSI Pin 2

CONFIDENTIAL CONFIDENTIAL BASE BAND (MAIN) A B C D 8 7 6 5 4 3 2 1 8 7 6 5 4 3 2 1 8 7 6 5 4 3 2 1 8 7 6 5 4 3 2 1 8 7 6 5 4 3 2 1 8 7 6 5 4 3 2 1 8 7 6 5 4 3 2 1 8 8 7 6 5 4 3 2 1 8 8 7 6 5 4 3 2 1 8 8 7 6 5 4 3 2 1 8 8 7 6 5 4 3 2 1 8 8 7 6 5 4 3 2 1 8 8 7 6 5 4.5 8.5 9.0 9.5 10.0 10.5 11.0 11.5 12.0 12.5 13.0 13.5 14.0 14.5 15.0 15.5 16.0 16.5 17.0 17.5 18.0 18.5 19.0 19.5 20.0 20.5 21.0 21.5 22.0 22.5 23.0 23.5 24.0 24.5 25.0 25.5 26.0 26.5 27.0 27.5 28.0 28.5 29.0 29.5 30.0 30.5 31.0 31.5 32.0 32.5 33.0 33.5 34.0 34.5 35.0 35.5 36.0 36.5 37.0 37.5 38.0 38.5 39.0 39.5 40.0 40.5 41.0 41.5 42.0 42.5 43.0 43.5 44.0 44.5 45.0 45.5 46.0 46.5 47.0 47.5 48.0 48.5 49.0 49.5 50.0

THE 2001 CIRCUIT EUROPAH AND TWO LAYOUT

THE 2005 CIRCUIT DIAGRAM AND THE LAYOUT

CONFIDENTIAL

CONFIDENTIAL

12345678

RF PART (MAIN)

Electrical schematic diagram with labeled components, wires, and measurement instruments

CONFIDENTIAL

CONFIDENTIAL

12345678

KEY (MAIN) D C B A

THE CIRCUIT DIAGNAT AND THE LAYOUT

5-9

THE 2005 CIRCUIT DIAGRAM AND THE LAYOUT

5 - 10

CONFIDENTIAL 12345678 LCD Sub LCD LF30863 IC 750 DC 12 A 1 2 3 4 5 6 7 8 9 10 11 12 B 13 14 15 16 17 18 19 20 21 22 23 24 C 25 26 27 28 29 30 31 32 33 34 35 36 D 37 38 39 40 41 42 43 44 45 46 47 48 F 53 54 55 56 57 58 59 60 G 61 62 63 64 65 66 67 68 69 70 71 72 H 73 74 75 76 77 78 79 80 81 82 83 I 85 86 87 88 89 90 91 92 93 94 95 96 J 98 99 100 101 102 103 104 105 106 K 107 108 109 110 111 112 L 123 124 125 126 127 M ISSN144 DC DC SHIELD

TV800 D RCUIT DIAGRAM AND FWD LAYOUT
TS200 3 FOUNT DIAGRAM AND TWO LAYOUT

CONFIDENTIAL

CN502 CN104 IC103 IC106 IC101 IC801 IC902 CN501 IC506 AN501 CN102 CN502 TJX801 TCX801 IC801 IC506 CN502 TJX801 IC801 IC506 CN502 TJX801 IC801 IC506 CN502 TJX801 IC801 IC506 CN502 TJX801 IC801 IC506 CN502 TJX801 IC801 IC302 IC506 CN502 TJX801 IC801 IC506 CN502 TJX801 IC801 IC506 CN502 TJX801 IC801 IC506 CN502 TJX801 IC801 IC506 CN502 TNX801 TPX801 TPX801 TPX801 TPX801 TPX801 TPX801 TPX801 TPX801 TPX801 TPX801 TPX801 TPX801 TPX801 TPX801 TPX801 TPX801 TPX802 TPX802 TPX802 TPX802 TPX802 TPX802 TPX802 TPX802 TPX802 TPX802 TPX802 TPX802 TPX802 TPX802 TPX802 TPX802 TPX802 TPX79999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999 7A7555555555555555555555555555555555555555555555555555555555555555555555555 7A76333333333333333333333333333333333333333333333333333333333333333333333333333333333333333

TM200 CIRCUIT DIAGRAM AND PWB LAYOUT

CONFIDENTIAL

IC107 IC107 SNAMS 0.05/0.05/0.05/0.05/0.05/0.05/0.05/0.05/0.05/0.05/0.05/0.05/0.05/0.05/0.05/0.05/0.05/0.05/0.05/0.05/0.05/ CN103 SNAMS 0.05/0.05/0.05/0.05/0.05/0.05/0.05/0.05/0.05/0.05/0.05/0.05/0.05/0.05/0.05/0.05/0.05/0.05/0.05/6 SNAMS 1.1/1.1/1.1/1.1/1.1/1.1/1.1/1.1/1.1/1.1/1.1/1.1/1.1/1.1/1.1/1.1/1.1/1.1/1.1/1.1/1.1/1.1/1.1/1.1/1.1/1.1 SNAMS 2.2/2.2/2.2/2.2/2.2/2.2/2.2/2.2/2.2/2.2/2.2/2.2/2.2/2. SNAMS 3.4/4.4/4.4/4.4/4.4/4.4/4.4/4.4/4.4/4.4/4. SNAMS 4.6/6.6/6.6/6.6/6.6/6.6/6. SNAMS 5.8/8 SNAMS 7 SNAMS 9 SNAMS 11 SNAMS 13 SNAMS 15 SNAMS 17 SNAMS 19 SNAMS 21 SNAMS 23 SNAMS 25 SNAMS 27 SNAMS 29 SNAMS 31 SNAMS 33 SNAMS 35 SNAMS 37 SNAMS 39 SNAMS 41 SNAMS 43 SNAMS 45 SNAMS 47 SNAMS 49 SNAMS 51 SNAMS 53 SNAMS 55 SNAMS 57 SNAMS 59 SNAMS 61 SNAMS 63 SNAMS 65 SNAMS 67 SNAMS 69 SNAMS 71 SNAMS 73 SNAMS 75 SNAMS 77 SNAMS 79 SNAMS 81 SNAMS 83 SNAMS 85 SNAMS 87 SNAMS 89 SNAMS 91 SNAMS 93 SNAMS 95 SNAMS 97 SNAMS 99 SNAMS 101 SNAMS 103 SNAMS 105 SNAMS 107 SNAMS 109 SNAMS 111 SNAMS 113 SNAMS 115 SNAMS 117 SNAMS 119 SNAMS 121 SNAMS 123 SNAMS 125 SNAMS 127 SNAMS 129 SNAMS 131 SNAMS 133 SNAMS 135 SNAMS 137 SNAMS 139 SNAMS 141 SNAMS 143 SNAMS 145 SNAMS 147 SNAMS 149 SNAMS 151 SNAMS 153 SNAMS 155 SNAMS 157 SNAMS 159 SNAMS 161 SNAMS 163 SNAMS 165 SNAMS 167 SNAMS 169 SNAMS 171 SNAMS 173 SNAMS 175 SNAMS 177 SNAMS 179 SNAMS 181 SNAMS 183 SNAMS 185 SNAMS 187 SNAMS 189 SNAMS 191 SNAMS 193 SNAMS 195 SNAMS 197 SNAMS 199 SNAMS 201 SNAMS 203 SNAMS 205 SNAMS 207 SNAMS 209 SNAMS 211 SNAMS 213 SNAMS 215 SNAMS 217 SNAMS 219 SNAMS 221 SNAMS 223 SNAMS 225 SNAMS 227 SNAMS 229 SNAMS 231 SNAMS 233 SNAMS 235 SNAMS 237 SNAMS 239 SNAMS 241 SNAMS 243 SNAMS 245 SNAMS 247 SNAMS 249 SNAMS 251 SNAMS 253 SNAMS 255 SNAMS 257 SNAMS 259 SNAMS 261 SNAMS 263 SNAMS 265 SNAMS 267 SNAMS 269 SNAMS 271

TM200 CIRCUIT DIAGRAM AND PWB LAYOUT

■ LCD PWB_FRONT

CN704 CN705 CN702 IC708 IC704 SH701 CN703 IC705 IC702 TCLV1 C718 C729 C730 C731 C732 C733 C734 C735 C736 C737 C738 C739 C740 C741 C742 C743 C744 C745 C746 C747 C748 C749 C750 C751 C752 C753 C754 L116 L117 L118 L119 L120 L121 L122 L123 L124 L125 L126 L127 L128 L129 L130 L131 L132 L133 L134 L135 L136 L137 L138 L139 L140 L141 L142 L143 L144 L145 L146 L147 L148 L149 L150 L151 L152 L153 L154 L155 L156 L157 L158 L159 L160 L161 L162 L163 L164 L165 L166 L167 L168 L169 L170 L171 L172 L173 L174 L175 L176 L177 L178 L179 L180 L181 L182 L183 L184 L185 L186 L187 L188 L189 L190 L191 L192 L193 L194 L195 L196 L197 L198 L199 L200

TM200 CIRCUIT DIAGRAM AND PWB LAYOUT

■ LCD PWB_REAR

CN701 C720 C741 C743 L7X CT88 C765 TP701 TP702 TP703 TP704 TP705 TP706 TP707 TP708 TP709 TP710 TP711 TP712 TP713 TP714 TP715 TP716 TP717 TP718 TP719 TP720 TP721 TP722 TP723 TP724 TP725 TP726 TP727 TP728 TP729 TP730 TP731 TP732 TP733 TP734 TP735 TP736 TP737 TP738 TP739 TP740 TP741 TP742 TP743 TP744 TP745 TP746 TP747 TP748 TP749 TP750 TP751 TP752 TP753 TP754 TP755 TP756 TP757 TP758 TP759 TP760 TP761 TP762 TP763 TP764 TP765 TP766 TP767 TP768 TP769 TP770 TP771 TP772 TP773 TP774 TP775 TP776 TP777 TP778 TP779 TP780 TP781 TP782 TP783 TP784 TP785 TP786 TP787 TP788 TP789 TP790 TP791 TP792

TM200 CIRCUIT DIAGRAM AND PWB LAYOUT

CONFIDENTIAL

graph TD
    A["BACK LIGHT FPC PWB-C"] --> B["CN705 5-14 (8-B) TO MAIN PWB-A (REAR SIDE)"]
    B --> C["SOLDER"]
    C --> D["5-14 (9-G) TO MAIN PWB-A (REAR SIDE)"]
    D --> E["SOLDER"]
    E --> F["5-14 (12-G) TO MAIN PWB-A (REAR SIDE)"]
    F --> G["SOLDER"]
    G --> H["5-28 (11-A) TO KEY PWB-B (REAR SIDE)"]
    H --> I["SOLDER"]
    I --> J["5-27 (4-A) TO KEY PWB-B (FRONT SIDE)"]

    K["CAMERA RELAY FPC PWB-F"] --> L["CA1001 CAMERA"]
    L --> M["SOLDER"]
    M --> N["5-13 (3-G) MAIN PWB-A (FRONT SIDE)"]
    N --> O["5-14 (12-G) TO MAIN PWB-A (REAR SIDE)"]
    O --> P["SOLDER"]
    P --> Q["5-14 (12-G) TO MAIN PWB-A (REAR SIDE)"]

    R["SD/SIM FPC PWB-G"] --> S["CN103 TO KEY PWB-B (FRONTSIDE) 5-27 (4-A)"]
    R --> T["CN102 TO KEY PWB-B (REAR SIDE) 5-28 (9-A)"]
    R --> U["SMICARD CONNECTOR"]
    U --> V["BACK-UP BATTERY HOLDER"]
    V --> W["BAT100 BACK-UP BATTERY"]
    W --> X["CN104 TO KEY PWB-B (REAR SIDE) 5-28 (11-G)"]

    Y["GROUND FPC PWB-E"] --> Z["SOLDER"]
    Z --> AA["5-27 (4-A) TO KEY PWB-B (FRONT SIDE)"]

    AB["LCD1000 MAIN DISPLAY"] --> AC["CN704 TO MAIN PWB-A (REAR SIDE)"]

    AD["LCD001 EXTERNAL DISPLAY"] --> AE["5-14 (11-E) CN703 TO MAIN PWB-A (REAR SIDE)"]

1 | 2 | 3 | 4 | 5 | 6

CONFIDENTIAL

Conditions: SIM card inserted, power on (battery=3.7V), in stand-by mode (opened)

Measuring instrument: Digital multimeter

——: Unmeasurable

IC105
PIN NO.	VOLTAGE
1	1.41V
2	0V
3	2.98V
4	2.98V
5	—
6	0V
7	2.98V
8	0V
9	0V
10	1.13V
11	0.27V
12	—
13	0V
14	0V
15	3.69V
16	0V
17	0V
18	0V
19	0V
20	0.49V
21	0.7V
22	0.91V
23	0.95V
24	1.01V
25	1.08V
26	0.73V
27	1.36V
28	2.39V
29	2.97V
30	1.79V
31	2.07V
32	2.98V

IC111
PIN NO.	VOLTAGE
1	—
2	—
3	—
4	—
5	—

IC114
PIN NO.	VOLTAGE
1	—
2	—
3	—
4	—
5	—

IC115
PIN NO.	VOLTAGE
1	0V
2	0V
3	Not used
4	0V

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

1 | 2 | 3 | 4 | 5 | 6

CONFIDENTIAL

CHAPTER 6. OTHERS

[1] FUNCTION TABLE OF IC

■ IC101 (LRS1B27): 5-LEVEL STACK MEMORY

Pin No.	Terminal name	Input/Output	Description of terminal
1	NC	—	Not used
2*	20 Input Address input		(NOR Flash, Smartcombo RAM)
3 A	11 Input Address input		(NOR Flash, Smartcombo RAM, SRAM)
4 A	15 Input Address input		(NOR Flash, Smartcombo RAM, SRAM)
5 A	14 Input Address input		(NOR Flash, Smartcombo RAM, SRAM)
6 A	13 Input Address input		(NOR Flash, Smartcombo RAM, SRAM)
7 A	12 Input Address input		(NOR Flash, Smartcombo RAM, SRAM)
8	GND	—	Ground
9	NC	—	Not used (VCC IO/NC)
10*	NC	—	Not used
11*	NC	—	Not used
12*	NC	—	Not used
13*	SF-RY/BY Output Ready busy output(Smartcombo Flash)
14 A	16 Input Address input		(NOR Flash, Smartcombo RAM, SRAM)
15 A	8 Input Address input		(NOR Flash, Smartcombo RAM, SRAM)
16 A	10 Input Address input		(NOR Flash, Smartcombo RAM, SRAM)
17 A	9 Input Address input		(NOR Flash, Smartcombo RAM, SRAM)
18 D	Q15 Input/Output Data input/output(NOR Flash, Smartcombo RAM, SRAM)Command, Address, and Datainput/output (Smartcombo Flash)
19	S/SC-/WE	Input	Write enable input(SRAM, Smartcombo RAM)
20	DQ14 Input/Output Data input/output(NOR Flash, Smartcombo RAM, SRAM)Command, Address, and Datainput/output (Smartcombo Flash)
21 DQ7	Input/Output Data input/output(NOR Flash, Smartcombo RAM, SRAM)Command, Address, and Datainput/output (Smartcombo Flash)
22 NC		—	Not used
23*	NC	—	Not used
24*	SF-/RE	Input Read	enable input(Smartcombo Flash)
25 F	-/WE	Input Write	enable input (NOR Flash)
26*	-RY/-BY	Output Ready busy output (NOR Flash)When deleting/writing: VOLWhen interrupting block delete/write: High-Z (High impedance)
27 A	21 Input Address input		(NOR Flash, Smartcombo RAM 2)

Pin No.	Terminal name	Input/Output	Description of terminal
28	SC2-CE2	Input Sleep	state input(Smartcombo RAM 2)
29	DQ13	Input/Output	Data input/output(NOR Flash, Smartcombo RAM, SRAM)Command, Address, and Data input/output (Smartcombo Flash)
30	DQ6	Input/Output	Data input/output(NOR Flash, Smartcombo RAM, SRAM)Command, Address, and Data input/output (Smartcombo Flash)
31	DQ4	Input/Output	Data input/output(NOR Flash, Smartcombo RAM, SRAM)Command, Address, and Data input/output (Smartcombo Flash)
32	DQ5	Input/Output	Data input/output(NOR Flash, Smartcombo RAM, SRAM)Command, Address, and Data input/output (Smartcombo Flash)
33	NC	—	Not used
34	SF/F/SC-VCC	—	Power (NOR Flash ,Smartcombo Flash, Smartcombo RAM)
35	GND	—	Ground
36 /RST		Input Reset	input (NOR Flash) (F-/RST)When deleting block/writing: VIHWhen reading : VIHReset : VIL
37	A22 Input Address	input (NOR	Flash)
38	SC2-/CE1/NC(F2-/CE)	Input Chip	enable input(Smartcombo RAM 2)
39	DQ12	Input/Output	Data input/output(NOR Flash, Smartcombo RAM, SRAM)Command, Address, and Data input/output (Smartcombo Flash)
40	S/SC1-CE2	Input Chip	enable input (SRAM), sleep state input (Smartcombo RAM 1)
41	S-VCC	—	Power (SRAM)
42	SF/F/SC-VCC	—	Power (NOR Flash ,Smartcombo Flash, Smartcombo RAM)
43	NC	—	Not used
44	CLE	Input Command	latch enable input(Smartcombo Flash)
45	WP (F-/WP)	Input Write	protect input (NOR Flash)
46	VPP (F-VPP)	Input/- Power	voltage detect terminal(NOR Flash)When deleting/writing: VPP = VPPHWhen deleting/writing is prohibited: VPP < VPPLK
47	A19 Input Address	input
48	DQ11	Input/Output	Data input/output(NOR Flash, Smartcombo RAM, SRAM)Command, Address, and Data input/output (Smartcombo Flash)
49	SF/F/SC-VCC	—	Power (Flash, Smartcombo RAM)

CONFIDENTIAL

Pin No.	Terminal name	Input/Output	Description of terminal
50	DQ10 Input/Output	Data input/output	(NOR Flash, Smartcombo RAM, SRAM)Command, Address, and Data input/output (Smartcombo Flash)
51	DQ2 Input/Output	Data input/output	(NOR Flash, Smartcombo RAM, SRAM)Command, Address, and Data input/output (Smartcombo Flash)
52	DQ3 Input/Output	Data input/output	(NOR Flash, Smartcombo RAM, SRAM)Command, Address, and Data input/output (Smartcombo Flash)
53*NC		—	Not used
54	ALE Input Address	latch enable input(Smartcombo Flash)
55	LB Input Byte enable input (DQ0-DQ7)(Smartcombo RAM, SRAM)
56*UB Input Byte enable input (DQ8-DQ15)(Smartcombo RAM, SRAM)
57 NC		—	Not used
58*NC		—	Not used
59	DQ9 Input/Output	Data input/output	(NOR Flash, Smartcombo RAM, SRAM)Command, Address, and Data input/output (Smartcombo Flash)
60	DQ8 Input/Output	Data input/output	(NOR Flash, Smartcombo RAM, SRAM)Command, Address, and Data input/output (Smartcombo Flash)
61	DQ0 Input/Output	Data input/output	(NOR Flash, Smartcombo RAM, SRAM)Command, Address, and Data input/output (Smartcombo Flash)
62	DQ1 Input/Output	Data input/output	(NOR Flash, Smartcombo RAM, SRAM)Command, Address, and Data input/output (Smartcombo Flash)
63*NC		—	Not used
64*NC		—	Not used
65	SF-/WE Input Write enable input		(Smartcombo Flash)
66	A18 Input Address input		(NOR Flash, Smartcombo RAM)
67	A17 Input Address input		(NOR Flash, Smartcombo RAM, SRAM)
68	A7 Input Address input		(NOR Flash, Smartcombo RAM, SRAM)
69	A6 Input Address input		(NOR Flash, Smartcombo RAM, SRAM)
70	A3 Input Address input		(NOR Flash, Smartcombo RAM, SRAM)
71	A2 Input Address input		(NOR Flash, Smartcombo RAM, SRAM)
72	A1 Input Address input		(NOR Flash, Smartcombo RAM, SRAM)
73	SC1-/CE1 Input Chip enable input		(Smartcombo RAM 1)
74*NC		—	Not used
75*NC		—	Not used
76*NC		—	Not used

Pin No.	Terminal name	Input/Output	Description of terminal
77	SF-/WP Input Write protect input		(Smartcombo Flash)
78	SF-/CE	Input Chip enable input(Smartcombo Flash)
79	A5 Input Address input		(NOR Flash, Smartcombo RAM, SRAM)
80	A4 Input Address input		(NOR Flash, Smartcombo RAM, SRAM)
81	A0 Input Address input		(NOR Flash, Smartcombo RAM, SRAM)
82	F-/CE (F1-/CE)	Input Chip enable input (NOR Flash)
83	GND	—	Ground
84	/OE	Input Output enable input(NOR Flash, Smartcombo RAM, SRAM)
85	S-/CE1	Input Chip enable input (SRAM)
86	NC	—	Not used
87	NC	—	Not used

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

(TOPVIEW)

1

2

3

4

5

6

7

8

9

10

11

12

A

1NC

2A20

3A11

4A15

5A14

6A13

7A12

8GND

9NC

10NC

11NC

B

12NC

13BF-WB

14A16

15A8

16A10

17A9

18DQ15

19SCW7

20DO14

21DO7

22NC

23NC

C

24SF-RE

25F-WE

26F-ZS

27A21

28DQ1E

29DQ13

30DO8

31DO4

32DO5

33NC

D

34KXZT

35GND

36RST

37A22

38CZENW

39DQ12

40SJKZE

41S-VCC

42RCKW

43NC

E

44CLE

45WP

46VPP

47A19

48DQ11

49PRXJ7

50DQ10

51DO2

53DO3

53NC

F

54ALE

55JLB

56UJB

57NC

58NC

59DQ9

60DO8

61DO5

62DO1

63NC

G

64NC

65SF-WE

66A16

67A17

68A7

69A6

70A3

71A2

72A1

73(SI39)

74NC

75NC

H

76NC

77SF-WB

78SF-CE

79A6

80A4

81A0

82F-CE

83GND

84VOE

85S-CE

86NC

87NC

graph TD
    A["A22"] --> B["128M (x16) bit NOR Flash memory"]
    C["A21"] --> B
    D["A0~A17"] --> B
    E["A18~A20"] --> B
    F["F-/WE,/WP,/RST"] --> B
    G["/OE"] --> B
    H["F-/CE"] --> B
    I["SF-/WE,SF-/WP"] --> B
    J["ALE,CLE,SF-/RE"] --> B
    K["SF-/CE"] --> B
    L["S/SC-/WE/LB/UB"] --> M["SC1: 32M (x16) bit Smartcombo RAM"]
    N["SC1-/CE1"] --> M
    O["S/SC1-CE2"] --> M
    P["SC2-/CE1"] --> Q["SC2: 64M (x16) bit Smartcombo RAM"]
    R["SC2-CE2"] --> Q
    S["S-/CE1"] --> T["4M (x16) bit SRAM"]
    U["GND"] --> V["S-VCC"]
    W["VPP"] --> X["F-RY/-BY"]
    Y["SF/F/SC-VCC"] --> Z["SF-RY/BY"]
    AA["DQ0~DQ15"] --> AB["DQ0~DQ15"]
    AC["GND"] --> AD["S-VCC"]

CONFIDENTIAL

■ IC103 (AD6535): ANALOG BASEBAND

Pin No.	Terminal name	Input/ Output	Description of terminal
1 †DI Input Not used
2 VCXOEN Input VCXO supply
3 VBAT3 Input External interface regulator input
4 VEXT Output Not used
5 VCHG Input Charge supply
6 GATEDRIVE Output Charge DAC (FET) output control
7 ISENSE Input Charge current sense input
8 TEMP2 Input Temp sensor input for battery
9 AUXADC2 Input Not used
10 REFBB Output Baseband transmit & receive voltage reference
11 AGND2		—	Analog baseband ground
12 IP Input/Output I-channel positive input/output
13 IN Input/Output I-channel negative input/output
14 QN Input/Output Q-channel positive input/output
15 QP Input/Output Q-channel negative input/output
16 RSVD_A16		—	Not used
17 †MS		Input Not used
18 †CK		Input Not used
19 VBAT3 Input External interface regulator input
20 VEXT Output Not used
21 CHGOSC		Input Charge oscillator capacitor
22 BATTYPE		Input Battery type identification input
23 CHGDACREF		Output Charge DAC reference
24 VBATSENSE		Input Battery voltage sense input
25 TEMP1		Inpsut Temp sensor input for camera
26 AUXADC1 Input Auxiliary ADC input for temp. sensor adjustment
27 REFOUT		Output Voltage reference output
28 PA		Output Power amplifier control output
29 AGND0		—	Analog ground
30 AFCDAC		Output	Automatic frequency control DAC output
31 REF		Output Voltage reference
32 AGND1		—	Analog ground
33 †DO		Output Not used
34 GPI		Input Not used
35 VBAT1 Input Voltage controlled crystal oscillator regulator input
36 RSVD_C16		—	Not used
37 INT		Output Digital BB interrupt
38 ASDO		Output Audio serial port data output
39 REFCHG		Output Voltage reference output
40 VVCXO		Output	Voltage controlled crystal oscillator supply 2.71 - 2.79 V (VT)
41 ASDI		Input Audio serial port data input
42 BSDO		Output Baseband serial port data output
43 VUSB		Output USB interface supply 3.0 - 3.6 V
44 VAPPGATE		Output Application regulator pass device gate control
45 BSIFS Input			Baseband serial port input framing signal
46 ASFS Output Audio serial port framing signal
47 VUSBIN Input USB interface regulator input
48 VAPP		Output Application supply 2.75 - 3.3 V
49 BSOFS		Output Baseband serial port output framing signal

Pin No.	Terminal name	Input/ Output	Description of terminal
50 B	SDI	Input Baseband serial port data input
51 V	BAT2 Input Analog baseband	regulator input
52*NC_G16		—	Not used
53 C	SDO	Output Control serial port data output
54 C	SDI	Input Control serial port data input
55 V	BAT2 Input Analog baseband	regulator input
56 V	ABB	Output Analog baseband supply
57 ASM		Input Advanced state machine
58 M	CLKEN	Output Master clock enable
59 A	OUT1P	Output Receiver audio positive output
60	AOUT3L	Output	Headset receiver audio L-channel output
61 R	XON Input Baseband receive section control
62	TXON	Input	Baseband transmit section control
63	AOUT1N	Output	Receiver audio negative output
64	AOUT3R	Output	Headset receiver audio R-channel output
65 M	CLK	Input Master clock
66	CSFS	Input	Control serial port framing signal
67	AGND3	—	Analog audio ground
68	LIGHT1	Output	Charge LED control
69	ABBRESET	Input	Reset input
70	DGND	—	Digital ground
71	LIGHT2	Output	USB charge enable
72 L	LIGHT3	Output Key-pad LED control
73	VCORE	Output	Digital core supply 1.72 - 1.9 V
74	VCOREIN	Input	Digital core regulator input
75	LGND	—	Light driver ground
76	VMIC	Output	Microphone supply 2.4 - 2.6 V
77	VCORE	Output	Digital core supply 1.72 - 1.9 V
78	VMEMIN	Input	Memory interface regulator input
79	AIN2P	Input	Headset mic audio positive input
80	AIN1P	Input	Mic audio positive input
81	CRST	Output	Power-on reset capacitor
82	VMEMIN	Input	Memory interface regulator input
83	VMEMSEL	Input	Memory supply voltage selection
84	VBAT5	Input	Back-up battery regulator input
85	VBAT4	Input	SIM interface regulator input
86	VRTCIN	Input	Real-time clock regulator input
87	DBBON	Input	Digital BB supply regulator on signal
88 S	GND	—	AOUT2P/N ground
89*	AOUT2N	Output	Not used
90*S	PWR Input Not used
91*	AOUT2P	Output Not used
92*	NC_R12	—	Not used
93	AIN3L	Input	Sound IC audio L-channel input
94	AIN3R	Input	Sound IC audio R-channel input
95	AIN2N	Input	Headset mic audio negative input
96	AIN1N	Input	Mic audio negative input
97	RESET Output	Reset output
98 V	MEM	Output	Memory interface supply 2.75 - 3.05 V
99 V	MEM	Output	Memory interface supply 2.75 - 3.05 V
100	VBACK	Output	Backup battery supply 2.72 - 3.05 V
101	VBACKSEL	Input	Backup battery supply voltage selection

CONFIDENTIAL

Pin No.	Terminal name	Input/ Output	Description of terminal
102 VSIM Output SIM interface supply 2.75 - 2.95 V
103 VRTC Output Real-time clock supply 1.6 - 2.0 V
104 SGND	—	AOUT2P/N ground
105* AOUT2N Output Not used
106* SPWR Input Not used
107* AOUT2P Output Not used
108 LDOEN Output Regulator enable output
109 KEYOUT Output Power-on key output
110 KEYON Input Power-on key input
111 IBIAS Output Regulator bias current reference
112 AGND4	—	Power management analog ground
113 AGND0	—	Thermal ground for power supply
114 AGND0	—	Thermal ground for power supply
115 AGND0	—	Thermal ground for power supply
116 AGND0	—	Thermal ground for power supply
117 AGND0	—	Thermal ground for power supply
118 AGND0	—	Thermal ground for power supply
119 AGND0	—	Thermal ground for power supply
120 AGND0	—	Thermal ground for power supply
121 AGND0	—	Thermal ground for power supply
122 AGND0	—	Thermal ground for power supply
123 AGND0	—	Thermal ground for power supply
124 AGND0	—	Thermal ground for power supply
125 AGND0	—	Thermal ground for power supply
126 AGND0	—	Thermal ground for power supply
127 AGND0	—	Thermal ground for power supply
128 AGND0	—	Thermal ground for power supply
129 AGND0	—	Thermal ground for power supply
130 AGND0	—	Thermal ground for power supply
131 AGND0	—	Thermal ground for power supply
132 AGND0	—	Thermal ground for power supply
133 AGND0	—	Thermal ground for power supply
134 AGND0	—	Thermal ground for power supply
135 AGND0	—	Thermal ground for power supply
136 AGND0	—	Thermal ground for power supply
137 AGND0	—	Thermal ground for power supply
138 AGND0	—	Thermal ground for power supply
139 AGND0	—	Thermal ground for power supply
140 AGND0	—	Thermal ground for power supply
141 AGND0	—	Thermal ground for power supply
142 AGND0	—	Thermal ground for power supply
143 AGND0	—	Thermal ground for power supply
144 AGND0	—	Thermal ground for power supply
145 AGND0	—	Thermal ground for power supply
146 AGND0	—	Thermal ground for power supply
147 AGND0	—	Thermal ground for power supply
148 AGND0	—	Thermal ground for power supply

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

■ IC105 VHIYMU762C+-1L (YMU762C): SOUND

Pin No.	Terminal name	Input/Output	Description of terminal
1	CLKI	Input	Clock input terminal
2	LED	Output	External LED control terminal
3	/IRQ	Output	Interrupt output terminal
4	/RST	Input	Hardware reset input terminal
5*	NC	—	Not used
6	PLLC	—	Built-in PLL capacitor terminal
7	VDD	—	Power supply (Typ + 3.0 V)
8	VSS	—	Ground
9	VREF	—	Analog reference voltage terminal
10	HPOUT-L/MONO	Output	Headphone output L-ch
11	HPOUT-R Output	Headphone output R-ch
12	EQ1	—	Equalizer terminal 1
13	EQ2	—	Equalizer terminal 2
14	EQ3	—	Equalizer terminal 3
15	SPVDD	—	Analog power supply for speaker amplifier (Typ + 3.6 V)
16	SPVSS	—	Analog ground for speaker amplifier
17	SPOUT1	Output	Speaker terminal 1
18	SPOUT2	Output	Speaker terminal 2
19	MTR	Output	External motor control terminal
20	D7	Input/Output	CPU I/F data bus 7
21	D6	Input/Output	CPU I/F data bus 6
22	D5	Input/Output	CPU I/F data bus 5
23	D4	Input/Output	CPU I/F data bus 4
24	D3	Input/Output	CPU I/F data bus 3
25	D2	Input/Output	CPU I/F data bus 2
26	D1	Input/Output	CPU I/F data bus 1
27	D0	Input/Output	CPU I/F data bus 0
28	/WR	Input	CPU I/F write enable
29	/CS	Input	CPU I/F chip select input
30	A0	Input	CPU I/F address signal
31	/RD	Input	CPU I/F read enable
32	IOVDD	—	Power supply for terminal

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

graph TD
    A["CPU Interface"] --> B["Interface register"]
    B --> C["Intermediate register"]
    C --> D["RFO 1/2 Data"]
    D --> E["Sequence"]
    E --> F["Control register SHAM/HOM"]
    F --> G["PWM/ROM Request"]
    G --> H["16-bit DAC L-ch"]
    H --> I["VREF"]
    I --> J["Analog power supply for speaker amplifier"]
    J --> K["SPVSS SPVD"]
    K --> L["SPOUT1"]
    K --> M["SPOUT2"]
    N["ACS ②"] --> O["CPU interface"]
    P["AD ③"] --> O
    Q["NR ④"] --> O
    R["WD ⑤"] --> S["LLED control"]
    T["MTR ⑥"] --> U["Vibrator control"]
    V["RF0 ⑦"] --> W["Suffar"]
    X["Soft IRQ"] -.-> Y["TIMER"]
    Z["HPOUT-R"] --> AA["Power Supply"]
    AB["HPOUT-L"] --> AC["Power Supply"]
    AD["HDWR"] --> AE["Power Supply"]
    AF["ADC"] --> AG["Power Supply"]
    AH["ADC"] --> AI["Power Supply"]
    AJ["ADC"] --> AK["Power Supply"]
    AL["ADC"] --> AM["Power Supply"]
    AN["ADC"] --> AO["Power Supply"]
    AP["ADC"] --> AQ["Power Supply"]
    AR["ADC"] --> AS["Power Supply"]
    AT["ADC"] --> AU["Power Supply"]
    AV["ADC"] --> AW["Power Supply"]
    AX["ADC"] --> AY["Power Supply"]
    AZ["ADC"] --> BA["Power Supply"]
    BB["ADC"] --> BC["Power Supply"]
    BD["ADC"] --> BE["Power Supply"]
    BF["ADC"] --> BG["Power Supply"]
    BH["ADC"] --> BI["Power Supply"]
    BJ["ADC"] --> BK["Power Supply"]
    BL["ADC"] --> BM["Power Supply"]
    BN["ADC"] --> BO["Power Supply"]
    BP["ADC"] --> BQ["Power Supply"]
    BR["ADC"] --> BS["Power Supply"]
    BT["ADC"] --> BU["Power Supply"]
    BV["ADC"] --> BW["Power Supply"]
    BX["ADC"] --> BY["Power Supply"]
    BZ["ADC"] --> BQ
    CA["ADC"] --> BQ
    CB["ADC"] --> BQ
    CC["ADC"] --> BQ
    CD["ADC"] --> BQ
    CE["ADC"] --> BQ
    CF["ADC"] --> BQ
    CG["ADC"] --> BQ
    CH["ADC"] --> BQ
    CI["ADC"] --> BQ
    CJ["ADC"] --> BQ
    CK["ADC"] --> BQ

CONFIDENTIAL

■ IC106 (AD6529B): DIGITAL BASEBAND

Pin No.	Terminal name	Input/ Output	Description of terminal
1	ASDO Output Audio	serial port	data output to analog BB
2	BSDI Input		Baseband serial port data input from analog BB
3	BSOFS Output Base	band serial	port output framing signal output to analog BB
4	GPIO_48 Input Hook	switch of h	hands free kit (earphone) detection
5	VNT Input Analog BB	interface	power supply 1.7 - 3.3 V (VCORE)
6	GPO_29 Output		Analog BB reset output (ABBRESET)
7	GPO_5 Output		Advanced state machine of analog BB
8	VDDRTC Input RTC	power supply	1.0 - 1.9 V (VRTC)
9	VSSRTC	—	RTC ground
10	MC_DAT[0]	Input/ Output	SD interface data bus 0
11	GPIO_22 Output RSP for main		LCD controller
12	GPIO_56 Input Boot control 2		(Hardware version select)
13	KEYPADCOL[4] Output KEYIN		signal output 4
14	KEYPADCOL[1] Output KEYIN		signal output 1
15	KEYPADROW[4]	Input KE	YIN signal input 4
16	KEYPADROW[2]	Input KE	YIN signal input 2
17	GPIO_38 Input Interrupt input from sound generator IC
18	GPIO_36 Output Mode select 2		for interface IC/ AOUT3 bias control
19	ASDI Input Audio serial port data		input from analog BB
20	GPIO_35 Input SD card interface write protect
21	ADD[0] Output Write protect control for flash memory 2
22	ASFS	Input	Audio serial port framing signal input from analog BB
23	BSIFS	Input	Baseband serial port input framing signal input from analog BB
24	BSDO	Output	Baseband serial port data output to analog BB
25	CSDI	Input	Control serial port data input from analog BB
26	GPO_6 Output Not used
27	GPO_0	Output	Analog baseband receive section control (RXON)
28	OSCOUT Output 32.768 kHz crystal oscillator output
29	MC_DAT[2]	Input/ Output	SD interface data bus 2
30	VMC	Input	SD card interface power supply 1.7 - 3.3 V (VAPP)
31	VCC	Input	Core power supply 1.7 - 1.9 V (VCORE)
32	KEYPADCOL[3] Output KEYIN		signal output 3
33	KEYPADCOL[2] Output KEYIN		signal output 2
34	GPIO_39 Output USB PU control for interface IC
35	GPIO_37 Input Interrupt input from analog BB

Pin No.	Terminal name	Input/ Output	Description of terminal
36	GPIO_34 Output UART_TXD for Bluetooth module
37	ADD[4] Output Processor address bus 4
38	ADD[2] Output Processor address bus 2
39	GND	—	Ground
40	KEYPADROW[0]	Input	KEYIN signal input 0
41	VEXT	Input	System interface power supply 2.4 - 3.3 V (VINT)
42	GPO_23 Output SLEEP control for SRAM 2
43	ADD[7] Output Processor address bus 7
44	VMEM	Input	Memory power supply 2.7 - 3.3 V (VMEM)
45	ADD[1] Output Processor address bus 1
46	CSDO	Output	Control serial port data output to analog BB
47	CLKOUT_GATE	Input	Master clock enable from analog BB (MCLKEN)
48	GPO_1	Output	Analog baseband transmit section control (TXON)
49	OSCIN Input 32.768 kHz crystal oscillator input
50	MC_CMD Input/	Output	SD interface CMD (SD_CMD)
51	GPIO_55	Input	Boot control 1 (Hardware version select)
52	GND	—	Ground
53	KEYPADROW[3]	Input KEYIN signal input 3
54	KEYPADROW[1]	Input KEYIN signal input 1
55	GPIO_33 Input UART_RXD for Bluetooth module
56	GPIO_17	Output	PCM data output for Bluetooth module
57	ADD[11] Output Processor address bus 11
58	ADD[9] Output Processor address bus 9
59	ADD[5] Output Processor address bus 5
60	ADD[3] Output Processor address bus 3
61	GND	—	Ground
62	VCC	Input	Core power supply 1.7 - 1.9 V (VCORE)
63	PWRON	Output	System power control for analog BB
64	MC_DAT[1]	Input/ Output	SD interface data bus 1
65	GND	—	Ground
66	VEXT	Input	SIM power supply 2.4 - 3.3 V (VINT)
67	KEYPADCOL[0]	Output	KEYIN signal output 0
68	VEXT	Input	SIM power supply 2.4 - 3.3 V (VINT)
69	GPIO_15	Input	PCM data input for Bluetooth module
70	GPIO_16	Output	PCM SYNC output for Bluetooth module
71	ADD[13] Output Processor address bus 13
72	ADD[12] Output Processor address bus 12
73	ADD[8] Output Processor address bus 8
74	ADD[6] Output Processor address bus 6

CONFIDENTIAL

Pin No.	Terminal name	Input/ Output	Description of terminal
75	GPO_22 Output VPP control for flash memory 1
76	GPIO_14	Output	PCM clock output for Bluetooth module
77	GPIO_10 Input USB detection
78	GPIO_12	Output	Reset output for main LCD controller/Sub LCD driver/Power management IC
79	VMEM	Input	Memory power supply 2.7 - 3.3 V (VMEM)
80	ADD[14] Output Processor address bus 14
81	GND	—	Ground
82	VCC	Input	Core power supply 1.7 - 1.9 V (VCORE)
83	ADD[10] Output Processor address bus 10
84	CLKOUT	Output	13 MHz clock output for analog BB (CLKOUT)
85	MC_DAT[3] Input/	Output	SD interface data bus 3
86	GND	—	Ground
87	GND	—	Ground
88	GPIO_13 Input Interrupt input from camera module
89	GPIO_7 Input Hands free kit (earphone) detection
90	GPIO_9	Input	Manufacturer specific input from I/O connector
91	ADD[19] Output Processor address bus 19
92	ADD[17] Output Processor address bus 17
93	ADD[18] Output Processor address bus 18
94	ADD[15] Output Processor address bus 15
95	ADD[16] Output Processor address bus 16
96	GSFS	Output	Control serial port framing signal output to analog BB
97	MC_CLK Input SD interface clock (SD_CLK)
98	VCC	Input	Core power supply 1.7 - 1.9 V (VCORE)
99	GPIO_11 Input Flip switch detection
100	GPIO_8	Input	Stereo/monaural detection for hands free kit (earphone)
101	GPIO_5 Input SD card detection
102	GPIO_6	Input	Interrupt input from main LCD controller
103	ADD[22] Output Processor address bus 22
104	ADD[21] Output Processor address bus 21
105	GPIO_40	Output	13 MHz clock output for main LCD controller & Sound generator IC
106	ADD[20] Output Processor address bus 20
107	GND	—	Ground
108	ADD[23] Output Processor address bus 23
109	GND	—	Ground
110	VEXT	Input	SIM power supply 2.4 - 3.3 V (VINT)
111	GND	—	Ground
112	GPIO_4 Output UART_CTS for Bluetooth module
113	GPIO_2 Output USB charge current control
114	GPIO_3 Input UART_RTS for Bluetooth module

Pin No.	Terminal name	Input/ Output	Description of terminal
115	DATA[2] Input/	Output	Processor data bus 2
116	DATA[0] Input/	Output	Processor data bus 0
117	DATA[5] Input/	Output	Processor data bus 5
118	DATA[1] Input/	Output	Processor data bus 1
119	DATA[3] Input/	Output	Processor data bus 3
120	VCC	Input	Core power supply 1.7 - 1.9 V (VCORE)
121	DMINUS Input USB D-
122	GPIO_18 Output JTAG TCK
123	GND	—	Ground
124	GPIO_1 Input IrDA receive data
125	USC[5]	Input USC pin (CTS/Ginie_TX)
126	GPIO_0 Output IrDA transmit data
127	DATA[4] Input/	Output	Processor data bus 4
128	VMEM	Input	SIM power supply 2.7 - 3.3 V (VMEM)
129	GND	—	Ground
130	VCC	Input	Core power supply 1.7 - 1.9 V (VCORE)
131	USC[6]	Input USC pin (GPIO_31/Ginie_RX)
132	VCC	Input	Core power supply 1.7 - 1.9 V (VCORE)
133	USC[2]	Input USC pin (TXD)
134	USC[4]	Input USC pin (RTS/Ginie_RX)
135	DATA[7] Input/	Output	Processor data bus 7
136	DATA[6] Input/	Output	Processor data bus 6
137	GND	—	Ground
138	DATA[9] Input/	Output	Processor data bus 9
139	DATA[13]	Input/ Output	Processor data bus 13
140	NROMCS1	Output Chip select for flash memory 1
141	GPIO_42 Output Chip select for main LCD controller
142	CLKIN	Input 13 MHz clock input
143	VSIM	Input	SIM power supply 1.7 - 3.3 V (VSIM)
144	GND	—	Ground
145	USC[3]	Input Pull up to VINT
146	USC[1]	Input USC pin (RXD)
147	GND	—	Ground
148	USC[0]	Input USC pin (Ginie_TX)
149	DATA[10]	Input/ Output	Processor data bus 10
150	DATA[8] Input/	Output	Processor data bus 8
151	NRD	Output Processor read strobe
152	DATA[14]	Input/ Output	Processor data bus 14

CONFIDENTIAL

Pin No.	Terminal name	Input/ Output	Description of terminal
153	GND	—	Ground
154	NRAMCS2 Output	Chip select	for SRAM 2
155	GPIO_44 Input Wakeup mode		select
156	VSSUSB	—	USB ground
157	GPIO_47 Output Camera module reset
158	GPIO_20 Output JTAG TDI
159	CLKON	Output	13 MHz oscillator power control signal (VCXOEN)
160	VCC	Input	Core power supply 1.7-1.9V (VCORE)
161	GPO_18 Output SYNTH enable for RF (SYNTHEN)
162	GPO_21	Output	SYNTH clock output for RF (SYNTHCLK)
163	DATA[12] Input/	Output	Processor data bus 12
164	DATA[11] Input/	Output	Processor data bus 11
165	NWE Output Processor write strobe
166	VEXT	Input	SIM power supply 2.4 - 3.3 V (VINT)
167	GPO_11 Output Band select 4 for RF (BS4)
168	GPO_20	Output	SYNTH data output for RF (SYNTHDATA)
169	DATA[15] Input/	Output	Processor data bus 15
170	VMEM	Input	Memory power supply 2.7 - 3.3 V (VMEM)
171	NADV	Output	Address latch enable for flash memory 2
172	NGPCS1 Output Chip select for flash memory 2
173	VMEM	Input	Memory power supply 2.7 - 3.3 V (VMEM)
174	GPIO_45 Output Chip select for 4M SRAM
175	GPIO_46 Output Chip select for sound generator IC
176	DPLUS Input USB D+
177	SIMCLK Output System interface clock output
178	JTAGEN Input JTAG enable
179	VEXT	Input	SIM power supply 2.4 - 3.3 V (VINT)
180	GPO_3 Output Incoming LED OFF control
181	GPO_4 Output Mode select 1 for interface IC
182	GPO_7 Output		Bluetooth module power ON/OFF control
183	GPO_16 Output Band select 1 for RF (BS1)
184	GPO_17 Output Band select 2 for RF (BS2)
185	NHWR/NUSB	Output Processor high write strobe
186	GPO_19 Output Mode select 3 for interface IC
187	NLWR/NLSB	Output Processor low write strobe
188	NWAIT	Input Processor wait input
189	NRESET	Input System reset input
190*	BURSTCLK	Output Not used
191	NRAMCS1 Output Chip select for SRAM 1
192	NAUXCS1	Output	Command latch enable for flash memory 2
193	GPIO_43 Output Chip select for Camera module

Pin No.	Terminal name	Input/ Output	Description of terminal
194	VDDUSB Input		USB power supply 2.8 - 3.3 V (VUSB)
195	GPIO_23 Output SIM interface reset
196	SIMDATAIO	Input/ Output	SIM interface data input/output
197	GPIO_24 Output Sound generator IC reset
198	GPIO_19 Output JTAG TMS
199	GPIO_21 Output JTAG TDO
200	GPO_2 Output		Write protect control for flash memory 1
201	GND	—	Ground
202	GPO_8 Output IrDA power ON/OFF control
203	GPO_9 Output Band select 3 for RF (BS3)
204	GPO_10 Output BUF OFF for main LCD controller

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

■ IC107 VHIEW6671++-1R (EW6671): HALL

Pin No.	Terminal name	Input/Output	Description of terminal
1	VDD	Input	Input
2	GND	—	Ground
3	OUT	Output	Output

graph TD
    A["VDD"] --> B["Reg."]
    B --> C["Pulse Regulator"]
    C --> D["Amplifier"]
    D --> E["Output stage"]
    E --> F["Schmitt & Latch trigger"]
    F --> G["GND"]
    H["Hall cell"] --> D
    I["3 OUTPUT"] --> J["1"]
    I --> K["2"]

■ IC108 VHIR3112Q26-1L (R3112Q261A): VOLTAGE DETECTOR

Pin No.	Terminal name	Input/ Output	Description of terminal
1	VDD	—	Power supply
2	GND	—	Ground
3	CD	Input	External condenser connection terminal for delay
4	OUT	Output	Output terminal (L: when output is detected, H: when output is canceled)

VDD① RD VREF + - CD ② GND ③ ④ OUT

CONFIDENTIAL

■ IC109 VHINJ287130-1L (NJM2871F03): 3.0 V REGULATOR

Pin No.	Terminal name	Input/ Output	Description of terminal
1	ONT Input Control
2	GND	—	Ground
3	NB	—	Noise bypass
4	OUT Output Output
5	IN Input Input

VIN ⑤ CONT ① GND ② Thermal Protection Bandgap Reference VOUT ④ 3 NB

■ IC111 VHIR116030B-1L (R1160N301B): REGULATOR

■ IC703 VHIR116018B-1L (R116018B): 1.8 V REGULATOR

Pin No.	Terminal name	Input/ Output	Description of terminal
1 VDD Input Input
2	GND	—	Ground
3 CE Input Chip enable
4 ECO Input			High speed/low consumption selector switch
5 VOUT Output Output

VDD ① CE ③ VREF CURRENT LIMIT ECO ④ ⑤ VOUT ② GND

■ IC113, 706 VHITC7SZ08A-1L (TC7SZ08A): AND GATE/LOGIC

Pin No.	Terminal name	Input/ Output	Description of terminal
1 A		Input Signal input
2 B		Input Signal input
3	GND	—	Ground
4 Y	Output Logic value output
5 V	CC	Input Power supply

⑤ VCC Y (TOP VIEW) A B GND ① ② ③

■ IC114 RH-IXA007AFZZL (HA1631S03CME): COMPARATOR

Pin No.	Terminal name	Input/ Output	Description of terminal
1 IN+		Input Input
2	V SS	—	Ground
3 IN-		Input Input
4 VOUT		Output Output
5	VD D	—	Power supply

VDD 5 VOUT 4 + - 1 IN+ 2 VSS 3 IN-

■ IC115 VHIXC61CN27-1L (XC61CN27): REGULATOR

Pin No.	Terminal name	Input/ Output	Description of terminal
1 VOUT		Output Output
2 VIN		Input Supply voltage input
3*	NC	—	Not used
4	GN D	—	Ground

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

VIN② + - VREF NC③ ① VOUT ④ VSS

■ IC116 VHIRQ5RW45B-1L (RQ5RW45B): 4.5 V REGULATOR

Pin No.	Terminal name	Input/ Output	Description of terminal
1	GND	—	Ground
2	VDD	—	Power supply
3 VOUT Output Output
4 CE Input Chip enable

VDD② CE④ VREF CURRENT LIMIT ① GND ③ VOUT

CONFIDENTIAL

■ IC502 VHIBU7870KN-1L (BU7870KN): USB CONTROLLER

Pin No.	Terminal name	Input/ Output	Description of terminal
1 MODESEL1 Input		Operation mode switching 1
2 MODESEL2 Input		Operation mode switching 2
3 UART_RXD Output		UART_RXD output
4 UART_TXD Input		UART_TXD input
5 C P U		V —D	Digital power supply
6 UART_RTS Input		UART_RTS input
7 BSYNC Input BSYNC input
8 UART_CTS Output		UART_CTS output
9 BDATA Input BDATA input
10 BCNT Input BDATA input control
11 MODESEL3 Input		Operation mode switching 3
12 TXANOUT Output Hands		free sending external output
13 RXANAIN		Input Hands free receiving external input
14 GND1		—	Ground
15 RXANOUT Output Hands		free receiving output
16 TXANAIN		Input Hands free sending input
17 NC		—	Not used
18	BDATA/CTS	Input/ Output	BDATA/CTS switching external input/output
19	BSYNC/RTS	Output BSYNC/RTS switching external output
20 USBD-/TXD		Input/ Output	USBD-/TXD switching external input/output
21 GND2		—	Ground
22	USBD+/RXD	Input/ Output	USBD+/RXD switching external input/output
23	CPU_USB_D+	Input/ Output	CPU_USB_D+ input/output
24	CPU_USB_D-	Input/ Output	CPU_USB_D- input/output
25 REG33		—	Power supply voltage for USB
26 PU15 Output PMOS open drain output
27 PUEA Input PU15 control input
28 GND3		—	Ground

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

graph TD
    A["MODESEL1"] --> B["1"]
    C["MODESEL2"] --> D["2"]
    E["UART_RXD"] --> F["3"]
    G["UART_TXD"] --> H["4"]
    I["CPU USB D-23"] --> J["5"]
    K["CPU USB D-24"] --> L["6"]
    M["PU16 26"] --> N["7"]
    O["PUEA 27"] --> P["8"]
    Q["GND3 28"] --> R["9"]
    S["GND2"] --> T["10"]
    U["USB0-TXD"] --> V["11"]
    W["BSYNCIRTS"] --> X["12"]
    Y["DATACTS"] --> Z["13"]
    AA["NC"] --> AB["14"]
    AC["TXANAIN"] --> AD["15"]
    AE["RXANAOUT"] --> AF["16"]
    AG["GND1"] --> AH["17"]
    AI["GND2"] --> AJ["18"]
    AK["MODE 0.1.2 OFF MODE 1.5 ON"] --> AL["22"]
    AM["MODE 0.1.2 OFF MODE 2.0 OFF"] --> AN["23"]
    AO["MODE 0.1.2 OFF MODE 3.0 ON"] --> AP["24"]
    AQ["MODE 0.1.2 OFF MODE 4.0 OFF"] --> AR["25"]
    AS["MODE 0.1.2 OFF MODE 5.0 OFF"] --> AT["26"]
    AU["MODE 0.1.2 OFF MODE 6.0 OFF"] --> AV["27"]
    AW["MODE 0.1.2 OFF MODE 7.0 OFF"] --> AX["28"]
    AY["MODE SEL1"] --> AZ["3"]
    BA["MODE SEL2"] --> BB["4"]
    BC["MOSCELLS"] --> BD["MOSCELLS"]
    BE["BNT"] --> BF["MOSCELLS"]
    BG["BDATA"] --> BH["MOSCELLS"]
    BI["UART_CTS"] --> BJ["MOSCELLS"]
    BK["GND3"] --> BL["GND2"]
    BM["GND1"] --> BN["GND2"]

■ IC505 VHIXC620930-1L (XC620930): REGULATOR

Pin No.	Terminal name	Input/ Output	Description of terminal
1	VIN	Input	Input
2	VSS	—	Ground
3	CE Input	ON/OFF	Control
4	NC	—	Not used
5	VOUT	Output	Output

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

graph TD
    CE["CE③"] -->|ON/OFF Control| A["Current Limit"]
    A --> B["Voltage Reference"]
    A --> C["VOUT"]
    A --> D["VSS"]
    E["① VIN"] --> F["Current Limit"]
    G["⑤ VOUT"] --> H["Current Limit"]
    I["② VSS"] --> J["Current Limit"]
    K["Ground"] --> A
    style CE fill:#f9f,stroke:#333
    style E fill:#ccf,stroke:#333
    style G fill:#ccf,stroke:#333
    style I fill:#ccf,stroke:#333
    style K fill:#cfc,stroke:#333

■ IC506 RUNTZA005AFZZL (UGNZ2): BLUETOOTH MODULE

Pin No.	Terminal name	Input/ Output	Description of terminal
1*	USBP	Input/ Output	USB DATA+ (Not used)
2*	USBN	Input/ Output	USB DATA- (Not used)
3	UART_RTS Output	UART/Ready to send to DTE
4	GND	—	Ground
5	GND	—	Ground
6	UART_TxD	Output	UART/TxD to DTE
7	UART_RxD	Input UART/RxD from DTE
8	UART_CTS Input UART/Clear to send from DTE
9	PIO8	Input/ Output	General purpose I/O
10	VCC_IO	Input Positive supply voltage for IO voltage Connect the VCC, if IO voltage is same as VCC
11	VCC	Input Main supply voltage input 1 Regulated DC source recommended
12	PCM_OUT Output PCM data stream output
13	PCM_SYNC Input/ Output	Connection to PCM frame sync Input/ output of 8 kHz
14*	XTAL_IN	Input Ext clock in (Not used)
15*	XTAL_OUT	Input Ext clock out (Not used)
16	RESETB	Input System reset
17	VDD18V	Output	VDD_CORE decupling capacitor
18	PCMCLK	Input/ Output	Connection to PCM reference Clock input/output of 256 kHz
19	PCM_IN	Input PCM data stream input
20	PIO5	Input/ Output	General purpose I/O

CONFIDENTIAL

Pin No.	Terminal name	Input/ Output	Description of terminal
21 P	IO6 Input/	Output	General purpose I/O
22 P	IO3 Input/	Output	General purpose I/O
23 G	ND	—	Ground
24 S	SPIMOSI Input/	Output	For factory use only
25 S	PICLK Input/	Output	For factory use only
26 P	IO4 Input/	Output	General purpose I/O
27 P	IO7 Input/	Output	General purpose I/O
28 P	IO1 Input/	Output	General purpose I/O
29 R	F_IO Input/	Output	RF input/output
30 G	ND	—	Ground
31 S	SPIMISO Input/	Output	For factory use only
32* S	PICSB Input/	Output	For factory use only (Not used)
33 P	IO2 Input/	Output	General purpose I/O
34 P	IO0 Input/	Output	General purpose I/O

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

■ IC507 VHITC7SET00FU- (TC7SET00FU): LOGIC

Pin No.	Terminal name	Input/ Output	Description of terminal
1 INB	Input Input B
2 INA	Input Input A
3	GND	—	Ground
4 OUT	Y Output	Output	Y
5	VCC	—	Power supply

VCC 5 OUTY 4 (TOP VIEW) 1 2 3 IN B IN A GND

■ IC508 VHI817A30NB-1R (817A30NB): 3.0V REGULATOR

Pin No.	Terminal name	Input/ Output	Description of terminal
1	VSS	—	Ground (GND)
2 VIN		Input Input voltage (VDD)
3 VOUT		Output Output voltage
4	NC	—	Not used (CE)

VIN ② VSS ① VOUT ③ Reference voltage Short-circuit protection circuit NC ④

■ IC509 VHILVC2G34P-1R (LVC2G34P): BUFFER

Pin No.	Terminal name	Input/ Output	Description of terminal
1 1A		Input Input
2	GND	—	Ground
3 2A		Input Input
4 2Y		Output Output
5	VCC	—	Power supply
6 1Y		Output Output

1A 1 → ▶ 6 1Y 2A 3 → ▶ 4 2Y GND 2 5 VCC

■ IC701 VHIR116025B-1L (R116025B): 2.5V REGULATOR

Pin No.	Terminal name	Input/ Output	Description of terminal
1	VDD	Input	Input
2	GND	—	Ground
3	CE	Input	Chip enable
4	ECO	Input	High speed/low consumption selector switch
5	VOUT	Output	Output

VDD ① CE ③ VREF CURRENT LIMIT ECO ④ ⑤ VOUT ② GND

CONFIDENTIAL

■ IC702 VHITK11131C-1R (TK11131C): REGULATOR

Pin No.	Terminal name	Input/ Output	Description of terminal
1	CONT Input	Control
2	GND	—	Ground
3	NP Input Capacitor (Vref)
4	VOUT Output	Output
5	VIN Input Input

VIN ⑤ Control Circuit Over Heat & Over Current Protection 320K 500K Bandgap Reference VOUT ④ - + - CONT GND NP

■ IC704 (LR38863): DISPLAY CONTROLLER

Pin No.	Terminal name	Input/ Output	Description of terminal
1 DUMMY4		—	Dummy 4
2 VDDPLL		—	PLL Power supply 1.8 V (1.6 V~ 2.0 V)
3 PLLGND		—	PLL Ground
4 PLLDIV0 Input PLL multiply switching signal
5 PLLDIV1 Input PLL multiply switching signal
6 HSD0 Input/		Output	Data bus for high-speed serial transfer
7 HSD1 Input/		Output	Data bus for high-speed serial transfer
8 HSD2 Input/		Output	Data bus for high-speed serial transfer
9 HSWRD Input/		Output	Read/Write determination signal for high-speed serial transfer
10	HSEN	Input/ Output	High-speed serial data effective signal High is active
11	HSCK	Input/ Output	Standard clock for high-speed serial transfer (5 to 33 MHz)
12	DUMMY3	—	Dummy 3
13	PWM1/PORT8	Output	PWM output 1 General-purpose PORT output (default) (Not used)
14	PLLDIV2 Input PLL multiply switching signal
15	VDDCORE	—	CORE Power supply 1.8 V (1.6 V~ 2.0 V)
16	GND	—	Logic ground
17	SUBWR_B	Input/ Output	Light signal for External display

Pin No.	Terminal name	Input/ Output	Description of terminal
18 GND		—	Logic ground
19 VDDCORE		—	CORE Power supply 1.8 V (1.6 V~2.0 V)
20 PWM0/PORT3 Output PWM output 0 General-purpose PORT output (default)
21 SUBCS_B	Input/ Output	Chip select signal for External display
22 CS_B	Input/ Output	Device select signal (Display is active when CS_B is "Low")
23 VDDIO		—	IO Power supply 3.0 V (2.7 V~3.3 V)
24 LCDINT Output External interrupt signal (Starting varies when interruption occurs.)
25 GTDIO_B	Output	MPEG4ASIC internal core power-cut signal ("Low" is active.)
26 VDDIO		—	IO Power supply 3.0 V (2.7 V~3.3 V)
27 SUBDB1	Input/ Output	Data bus for External display
28 BDATA[5] (B5)	Output D	splay panel B output signa
29 BDATA[5] (B4)	Output D	splay panel B output signa
30 BDATA[5] (B3)	Output D	splay panel B output signa
31 GND		—	Logic ground
32 TESTI	Input Test	terminal (Connected to GND normally)
33 BSHS_B	Input/ Output	External Bit Stream horizontal synchronization signal ("Low" is active)
34 WR_B	Input/ Output	Host write strobe signal
35 SUBRS	Input/ Output	Data determination signal for External display
36 MP4 RESET_B	Output M	MPEG4ASIC reset control signal ("Low" is active)
37 HSD6 Input/	Output	Data bus for high-speed serial transfer
38 BDATA[2] (B2)	Output D	splay panel B output signal
39 BDATA[2] (B1)	Output D	splay panel B output signal
40 BDATA[2] (B0)	Output D	splay panel B output signal
41*EXCS_B1	Input/ Output	Chip select output 1 (internal decode output) (Not used)
42*XOUT	Output O	scillation circuit output (Not used)
43 VDDIO		—	IO Power supply 3.0 V (2.7 V~3.3 V)
44 GND		—	Logic ground
45 SCANEN		Input	Full scan effective signal "High" is active (Connected to GND normally)
46 RD_B	Input/ Output	Host read strobe signal
47 RSP	Input/ Output	Register selection signalHOST_IF section :RSP =Low...Display accessRSP = High...Control accessHyper_Serial section :RSP = Low...Control accesRSP = High...Display access
48 GND		—	Logic ground
49 HSD3 Input/	Output	Data bus for high-speed serial transfer
50 DCLK	Input/ Output	Data sampling clock (display clock)

CONFIDENTIAL

Pin No.	Terminal name	Input/Output	Description of terminal
51 V	SYNC Input/	Output	Vertical synchronization signal
52 H	SYNC Input/	Output	Horizontal synchronization signal
53*	XCS_B3 Input/	Output	Chip select output 3 (internal decode output) (Not used)
54 X	N Input Oscillation	circuit input	input/External clock input signal Clock input for full scan
55 S	UBDB6 Input/	Output	Data bus for External display
56 R	RESET_B Input Master reset		(All registers are initialized when Low is activated)
57 S	UBDB0 Input/	Output	Data bus for External display
58 S	UBDB2 Input/	Output	Data bus for External display
59 H	SD5 Input/	Output	Data bus for high-speed serial transfer
60 D	B0 Input/	Output	Data bus
61 H	SD4 Input/	Output	Data bus for high-speed serial transfer
62*	XCS_B2 Input/	Output	Chip select output 2 (internal decode output) (Not used)
63 G	DATA[5] (G5)	Output Display panel G output signal
64 G	DATA[4] (G4)	Output Display panel G output signal
65 G	DATA[3] (G3)	Output Display panel G output signal
66 S	UBDB3 Input/	Output	Data bus for External display
67 S	UBDB4 Input/	Output	Data bus for External display
68 H	SD7 Input/	Output	Data bus for high-speed serial transfer
69 D	B1 Input/	Output	Data bus
70 D	B2 Input/	Output	Data bus
71 D	B3 Input/	Output	Data bus
72 D	B4 Input/	Output	Data bus
73 S	TKCHK Input Setting BS-related output terminal to Hi-z when a stack is installed (Connected to GND normally)
74 V	DDCORE	—	CORE Power supply 1.8 V (1.6 V~ 2.0 V)
75 GND		—	Logic ground
76 V	DDIO	—	IO Power supply 3.0 V (2.7 V~ 3.3 V)
77 G	DATA[2] (G2)	Output Display panel G output signal
78 S	UBDB5 Input/	Output	Data bus for External display
79 B	SCLK Input/	Output	External Bit Stream data clock
80 S	UBCK Output Clock for External display
81 D	B5 Input/	Output	Data bus
82 V	DDIO	—	IO Power supply 3.0 V (2.7 V~ 3.3 V)
83 GND		—	Logic ground

Pin No.	Terminal name	Input/Output	Description of terminal
84 V	DDCORE	—	CORE Power supply 1.8 V (1.6 V~2.0 V)
85 C	AMCK	Output Clock for camera operation
86 G	DATA[1] (G1)	Output Display panel G output signal
87 G	DATA[0] (G0)	Output Display panel G output signal
88 R	DATA[5] (R5)	Output Display panel R output signal
89 R	DATA[4] (R4)	Output Display panel R output signal
90 V	DDCORE	—	CORE Power supply 1.8 V (1.6 V~2.0 V)
91*	PWMLCD/PORT4	Output	PWM LCD output General-purpose PORT output (default) (Not used)
92 B	SBLK_B Input/	Output	External Bit Stream data effective signal ("High" is active when transferring the data)
93 D	B6 Input/	Output	Data bus
94 D	B7 Input/	Output	Data bus
95 D	B8 Input/	Output	Data bus
96 D	B9 Input/	Output	Data bus
97 V	DDIO	—	IO Power supply 3.0 V (2.7 V~3.3 V)
98 R	DATA[3] (R3)	Output Display panel R output signal
99 R	DATA[2] (R2)	Output Display panel R output signal
100	RDATA[1] (R1)	Output Display panel R output signal
101	RDATA[0] (R0)	Output Display panel R output signal
102*	MP4_P0	Output MPEG4 control
103*	EXCS_B0 Input/	Output	Chip select output 0 (internal decode output) (Not used)
104	BSPIXEL7	Input/Output	External Bit Stream data bus
105	BSVS_B	Input/Output	External Bit Stream vertical synchronization signal ("Low" is active)
106	DB10	Input/Output	Data bus
107	DB11	Input/Output	Data bus
108	DB12	Input/Output	Data bus
109*	MP4_PLLCK	Output	MPEG4ASIC clock 15.36 MHz/CPU supply XIN clock (Not used)
110	SUBDB7 Input/	Output	Data bus for External display
111	GND	—	Logic ground
112	DA0 Input/	Output	Address input for chip select decode
113	BSPIXEL0	Input/Output	External Bit Stream data bus
114	DCS_B	Input	Chip select input dedicated for chip select decode
115	VDDIO	—	IO Power supply 3.0 V (2.7 V~3.3 V)
116	BSPIXEL6	Input/Output	External Bit Stream data bus
117	SE_DO/PORT0	Output	Data output for 4-wire serial IF (default)General-purpose PORT output
118	DB13	Input/Output	Data bus

CONFIDENTIAL

Pin No.	Terminal name	Input/ Output	Description of terminal
119 DB14 Input/		Output	Data bus
120 DB15 Input/		Output	Data bus
121 WAIT_B Output External wait signal ("Low" is active)
122 SUBFLMIN Input Driver FLM signal input for External display
123 SUBCKS Output Clock switching signal for External display
124 DA1 Input/		Output	Address input for chip select decode
125 BSPIXEL1 Input/		Output	External Bit Stream data bus
126 BSPIXEL4 Input/		Output	External Bit Stream data bus
127 GND		—	Logic ground
128 BSPIXEL5 Input/		Output	External Bit Stream data bus
129 SE_CK/PORT1 Output Control clock for 4-wire serial IF (default) General-purpose PORT output
130 SE_LD2/PORT5 Output Load signal 2 for 4-wire serial IF General-purpose PORT output (default)
131 BUFOFF_B Input Buffer Gated switching signal for I/O through current prevention (High when Host_IF signal is activated)
132 VDDIO		—	IO Power supply 3.0 V (2.7 V~ 3.3 V)
133 DUMMY2		—	Dummy 2
134* SE_LD3/PORT6 Output Load signal 3 for 4-wire serial IF General-purpose PORT output (default) (Not used)
135 VDDIO		—	IO Power supply 3.0 V (2.7 V~ 3.3 V)
136 SUBLPIN		Input Driver LP input External display
137 BSPIXEL2 Input/		Output	External Bit Stream data bus
138 BSPIXEL3 Input/		Output	External Bit Stream data bus
139 VDDCORE		—	CORE Power supply 1.8 V (1.6 V~ 2.0 V)
140 SE_DI/PORT7 Input/		Output	4-wire serial input (default) General-purpose PORT output
141 SE_LD1/PORT2 Output Load signal 1 for 4-wire serial IF (default) General-purpose PORT output
142 GND		—	Logic ground
143 VDDCORE		—	CORE Power supply 1.8 V (1.6 V~ 2.0 V)
144 DUMMY1		—	Dummy 1Dummy 4

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

CONFIDENTIAL

graph TD
    A["Reset"] --> B["Halt Ctrl"]
    B --> C["PLL"]
    C --> D["Clock Generator"]
    D --> E["MasterClock (MCLK)"]
    D --> F["SubLCDTimingClock (TCLK)"]
    D --> G["SubLCDTimingClock (STCK) XIN clock"]
    D --> H["LowSpeedClock (LCLK)"]
    D --> I["PWMClock (PCLK)"]
    D --> J["MPEGClock (MPCLK)"]
    D --> K["CameraClock (CAMCK)"]
    E --> L["MasterClock (MCLK)"]
    F --> M["SubLCDTimingClock (TCLK)"]
    G --> N["SubLCDTimingClock (STCK) XIN clock"]
    H --> O["LowSpeedClock (LCLK)"]
    I --> P["PWMClock (PCLK)"]
    J --> Q["MPEGClock (MPCLK)"]
    K --> R["CameraClock (CAMCK)"]
    L --> S["MasterClock (MCLK)"]
    M --> T["SubLCDTimingClock (TCLK)"]
    N --> U["PWMClock (PCLK)"]
    O --> V["SubLCDTimingClock (STCK) XIN clock"]
    P --> W["PWMClock (PCLK)"]
    Q --> X["MPEGClock (MPCLK)"]
    R --> Y["CameraClock (CAMCK)"]
    S --> Z["MasterClock (MCLK)"]
    T --> AA["SubLCDTimingClock (TCLK)"]
    U --> AB["PWMClock (PCLK)"]
    V --> AC["MPEGClock (MPCLK)"]
    W --> AD["CameraClock (CAMCK)"]
    X --> AE["MPEGClock (MPCLK)"]
    Y --> AF["CameraClock (CAMCK)"]
    Z --> AG["MPEGClock (MPCLK)"]
    AA --> AH["CameraClock (CAMCK)"]
    AB --> AI["MPEGClock (MPCLK)"]
    AC --> AJ["CameraClock (CAMCK)"]
    AD --> AK["MPEGClock (MPCLK)"]
    AE --> AL["MPEGClock (MPCLK)"]
    AF --> AM["MPEGClock (MPCLK)"]
    AG --> AN["MPEGClock (MPCLK)"]
    AH --> AO["MPEGClock (MPCLK)"]
    AI --> AP["MPEGClock (MPCLK)"]
    AJ --> AQ["MPEGClock (MPCLK)"]
    AK --> AR["MPEGClock (MPCLK)"]
    AL --> AS["MPEGClock (MPCLK)"]
    AM --> AT["MPEGClock (MPCLK)"]
    AN --> AU["MPEGClock (MPCLK)"]
    AO --> AV["MPEGClock (MPCLK)"]
    AP --> AW["MPEGClock (MPCLK)"]
    AS --> AX["MPEGClock (MPCLK)"]
    AT --> AY["MPEGClock (MPCLK)"]
    AU --> AZ["MPEGClock (MPCLK)"]
    AV --> BA["MPEGClock (MPCLK)"]
    AW --> BB["MPEGClock (MPCLK)"]
    AX --> BC["MPEGClock (MPCLK)"]
    AY --> BD["MPEGlock"]
    AZ --> BE["MPEGlock"]
    BA --> BF["MPEGlock"]
    BB --> BG["MPEGlock"]
    BC --> BH["MPEGlock"]
    BD --> BI["4-wire SO/PO"]
    BE --> BJ["4-wire SO/PO"]
    BF --> BK["4-wire SO/PO"]
    BG --> BL["4-wire SO/PO"]
    BH --> BM["4-wire SO/PO"]
    BI --> BN["4-wire SO/PO"]
    BJ --> BO["4-wire SO/PO"]
    BK --> BP["4-wire SO/PO"]
    BL --> BQ["4-wire SO/PO"]
    BM --> BR["4-wire SO/PO"]
    BN --> BS["4-wire SO/PO"]
    BO --> BT["4-wire SO/PO"]
    BP --> BU["4-wire SO/PO"]
    BR --> BV["4-wire SO/PO"]
    BS --> BW["4-wire SO/PO"]
    BT --> BX["4-wire SO/PO"]
    BU --> BY["4-wire SO/PO"]
    BW --> BZ["4-wire SO/PO"]
    BX --> CA["4-wire SO/PO"]
    BY --> CB["4-wire SO/PO"]
    CA --> CC["4-wire SO/PO"]
    BW --> CD["4-wire SO/PO"]
    BX --> CE["4-wire SO/PO"]
    BY --> CF["4-wire SO/PO"]

CONFIDENTIAL

■ IC708 VHITK11130C-1R (TK11130C): REGULATOR

Pin No.	Terminal name	Input/ Output	Description of terminal
1 V	CONT Input	Control
2	GND	—	Groun
3	NP	—	Capacitor (Vref)
4 V	OUT Output	Output
5 VIN	Input Input

VIN ⑤ Control Circuit 320K 500K VCONT Over Heat & Over Current Protection Bandgap Reference VOUT ④ - + ② GND ③ NP

■ IC801 VHIHD155155-1L(HD155155NP): RF

Pin No.	Terminal name	Input/ Output	Description of terminal
1 V	CCLNA Input VCC	for LNA transistor and LNA Bias
2	P C S G	N—D	GND for Emitter of LNA transistor (PCS)
3 P	CSLNAI Input		Positive input for LNA transistor (PCS)
4 P	CSLNAIB Input		Negative input for LNA transistor (PCS)
5 P	CSDCSGND	—	GND for Emitter of LNA transistor (PCS,DCS)
6 D	CSLNAI	Input	Positive input for LNA transistor (DCS)
7 D	CSLNAIB	Input	Negative input for LNA transistor (DCS)
8 D	CSGSMGND	—	GND for Emitter of LNA transistor (DCS,GSM)
9 G	SMLNAI	Input	Positive input for LNA transistor (GSM)
10	GSMLNAIB	Input	Negative input for LNA transistor (GSM)
11	GSMGND	—	GND for Emitter of LNA transistor (GSM)
12	PLLOUT	Output	Current output to control and modulate TXVCO
13	VCCOPLL	Input VCC for OPLL and Phase comparator
14	VCCTXVCO		VCC for TXVCO
15	GNDTXVCOD	—	GND for DCS/PCS TxVCO
16	GNDTXVCODB	—	GND for DCS/PCS TxVCO
17	TXOUTG	Output	Tx output for GSM
18	COMMONGND		GND for common
19	TXOUTD	Output	Tx output for DCS/PCS
20	TXVCOGB	Input Negative TxVCO output for GSM
21	TXVCOG	Input Positive TxVCO output for GSM
22	VCCIQ	Input VCC for IQ modulator
23	IOUT/IIN Input/	Output	Positive output/input of I channel/modulator

Pin No.	Terminal name	Input/ Output	Description of terminal
24	IOUTB/IINB	Input/ Output	Negative output/input of I channel/modulator
25	QOUT/QIN	Input/ Output	Positive output/input of Q channel/modulator
26	QOUTB/QIN	Input/ Output	Negative output/input of Q channel/modulator
27	VCCIFSYN	Input	VCC for IFVCO Buffer and Divider, and IF Synthesiser
28	CPIFSYN	Output	Charge Pump output of IF Synthesiser
29	LE	Input Load enable for serial data
30	CLK	Input Clock for serial data
31	VCXOOUT	Output	Output for VCXO
32	SDATA	Input Serial Data
33*	GNDVCXO	—	GND for VCXO (Not used)
34*	VCXOE	—	Emitter of VCXO transistor (Not used)
35	VCXOB	Input Base of VCXO transistor
36	VCCVCXO Input	VCC for VCXO
37	VCCRFSYN	Input VCC for RF Synthesiser
38	CPRFSYN	Output	Charge Pump output of RF Synthesise
39	FLOCK	Output	FLOCK,Output,Fast Lock control for RF Synthesiser
40	VCCBB	Input VCC for Base band and State Logic
41	VCCRFVCO Input	VCC for RF VCO
42	DIVON	Output	VCXOOUT divider control input
43	VCCRFLO	Input VCC for RF Local Buffer and Divider
44	CAPQB	Output	Capacitor for Q channel LPF (Negative output)
45	CAPQ	Output	Capacitor for Q channel LPF (Positive output)
46	CAPIB	Output	Capacitor for I channel LPF (Negative output)
47	CAPI	Output	Capacitor for I channel LPF (Positive output)
48	VCCMIX	Input VCC for Direct conversion Mixer
49	GNDLNA	—	GND for LNA Bias

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

CONFIDENTIAL

IC802 RF3146

Pin No.	Terminal name D	Description of terminal
1 NC	Internal circuit node	Do not externally connect.
2 VCC2 GSM		Controlled voltage input to the GSM driver stage. This voltage is part of the power control function for the module. This node must be connected to VCC OUT. This pin should be externally decoupled.
3 NC	Internal circuit node	Do not externally connect.
4 GND	Internally connected to the package base.
5 GND	Internally connected to the package base.
6 GSM900 OUT RF output for the GSM bands. This is a 50Ω output. The output matching circuit and DC-block are internal to the package.
7 GND	Internally connected to the package base.
8 NC	Internal circuit node. Do not externally connect.
9 NC	Internal circuit node. Do not externally connect.
10 NC	Internal circuit node. Do not externally connect.
11 NC	Internal circuit node. Do not externally connect.
12 NC	Internal circuit node. Do not externally connect.
13 NC	No internal or external connection.
14 NC	Internal circuit node. Do not externally connect.
15 NC	Internal circuit node. Do not externally connect.
16 NC	Internal circuit node. Do not externally connect.
17 NC	Internal circuit node. Do not externally connect.
18 VCC3 GSM Controlled voltage input to the GSM output stage. This voltage is part of the power control function for the module. This node must be connected to VCC OUT. This pin should be externally decoupled.
19 VCC OUT Controlled voltage output to feed VCC2 and VCC3. This voltage is part of the power control function for the module. It cannot be connected to any pins other than VCC2 and VCC3.
20 VCC OUT Controlled voltage output to feed VCC2 and VCC3. This voltage is part of the power control function for the module. It cannot be connected to any pins other than VCC2 and VCC3.
21 VCC3 DCS/PCS Controlled voltage input to the DCS/PCS output stage. This voltage is part of the power control function for the module. This node must be connected to VCC OUT. This pin should be externally decoupled.
22 NC	Internal circuit node. Do not externally connect.
23 NC	Internal circuit node. Do not externally connect.
24 NC	No internal or external connection.
25 NC	Internal circuit node. Do not externally connect.
26 NC	Internal circuit node. Do not externally connect.
27 NC	Internal circuit node. Do not externally connect.
28 NC	Internal circuit node. Do not externally connect.
29 NC	Internal circuit node. Do not externally connect.
30 GND	Internally connected to the package base.
31 DCS/PCS OUT RF output for the DCS/PCS bands. This is a 50Ω output. The output matching circuit and DC-block are internal to the package.
32 GND	Internally connected to the package base.
33 NC	Internal circuit node. Do not externally connect.
34 GND	Internally connected to the package base.
35 VCC2 DCS/PCS Controlled voltage input to the DCS/PCS driver stage. This voltage is part of the power control function for the module. This node must be connected to VCC OUT. This pin should be externally decoupled.

Pin No.	Terminal name D	Description of terminal
36 NC	No internal connection.	Connect to ground plane close to the package pin.
37 DCS/PCS IN RF input		for the DCS/PCS band.This is a 50Ω output.
38 NC	No internal connection.	Connect to ground plane close to the package pin.
39 VCC1	DCS/PCS Controlled voltage input to the DCS/PCS driver stage. This voltage is applied internal to the package. This pin should be externally decoupled.
40 BAND SEL	A	lows external control to select the GSM or DSC/PCS bands with a logic high or low. A logic low enables the GSM bands, whereas a logic high enables the DCS/PCS bands.
41 TX	ENABLE	This signal enables the PA module for operation with a logic high. Both bands are disabled with a logic low.
42 VBATT		Power supply for the module. This pin should be externally decoupled and connected to the battery.
43 VBATT		Power supply for the module. This pin should be externally decoupled and connected to the battery.
44 NC	Internal circuit node. Do not externally connect.
45 VRAMP	Ramping signal from DAC. A simple RC filter may be required depending on the selected baseband.
46 VCC1 GSM	Internally connected to VCC1 (pin39).No external connection required.
47 GND1 GSM		Ground connection for the GSM preamplifier stage. Connect to ground plane close to the package pin.
48	GSM900 IN	RF input to the GSM band. This is a 50Ω input.
Pkg base	GND Connect to ground plane with multiple via holes. See recommended footprint.

DCS/PCS IN 37 BAND SELECT 40 TX ENABLE 41 VBATT 42 VBATT 43 VRAMP 45 GSM IN 48 Fully Integrated Power Control Circuit DCS/PCS OUT 6 GSM OUT

■ IC804 VHIR5322N29-1L(R5322N002B): POWER SUPPLY

Pin No.	Terminal name	Input/ Output	Description of terminal
1 CE1		Input Chip Enable1
2 VDD		Input Power supply
3 CE2		Input Chip Enable2
4 VOUT2		Output VCC for VRF
5 GND		—	Ground
6 VOUT1		Output VCC for VTCXO

CE1 ① VDD ② CE2 ③ ⑥ VOUT ⑤ GND ④ VOUT2

CONFIDENTIAL

[2] FUNCTION TABLE OF DISPLAY

■ LCD1000 RLCUB0048AF03: MAIN DISPLAY

Pin No.	Terminal name	Input/Output	Description of terminal
1 T	-COM Input	COM electric potential input for CS
2 T	-COM Input	COM electric potential input for CS
3 T	FT-COM Input	COM voltage input
4	COMC Output	COM signal output
5	COMC Output	COM signal output
6	COMDC Output	COM center 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
30	SI	Input serial data input
31	SCLK	Input serial clock input
32	CS	Input serial interface chip select
33	RESET	Input Hardware reset
34	VCC	—	Logic power
35	GND	—	Ground
36	GND	—	Ground
37	VDC	—	Analog power
38	VDC	—	Analog power
39	COM2	—	COM control for CS
40	VCLAMP Output Voltage for CS output
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

Pin No.	Terminal name	Input/ Output	Description of terminal
47	C4-	—	Booster capacitor connection terminal
48	C4+	—	Booster capacitor connection terminal
49	C3-	—	Booster capacitor connection terminal
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

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

MAIN DISPLAY To InputTerminal ① ⑤

■ LCD001 RLCUB0049AFZZ : EXTERNAL DISPLAY

Pin No.	Terminal name	Input/ Output	Description of terminal	Notes
1	V0	—	Display drive power supply terminal	—
2	V1	—	Display drive power supply terminal	—
3	V2	—	Display drive power supply terminal	—
4	V3	—	Display drive power supply terminal	—
5	V4	—	Display drive power supply terminal	—
6	GND	—	Ground	—
7	RESB Input Reset signal			—
8	CSB Input Chip select signal			—
9	RS Input Register select signal "0": Display RAM data "1": Command data
10	WRB Input Write signal "L": Activated
11	RDB Input Read signal "L": Activated

CONFIDENTIAL

Pin No.	Terminal name	Input/ Output	Description of terminal	Notes
12 D0 Input/		Output	Data signal	—
13 D1 Input/		Output	Data signal	—
14 D2 Input/		Output	Data signal	—
15 D3 Input/		Output	Data signal	—
16 D4 Input/		Output	Data signal	—
17 D5 Input/		Output	Data signal	—
18 D6 Input/		Output	Data signal	—
19 D7 Input/		Output	Data signal	—
20 LP Input/		Output	Latch signal	—
21 FLM Output		Display sync signal		—
22 GND (VSS)		—	Ground	—
23 CK Input Master clock			external input terminal	—
24 CKS Input Master clock			selection terminal	"L": Built-in oscillation
25 VDD/VEE		—	Logic system power supply terminal	—
26 VREG Output Output			terminal for generating constant voltage	—
27 VOUT Output Built-in			step-up circuit output terminal	—
28 CAP1 -		Output Booster capacitor connection terminal (-)		—
29 CAP1+ Output Booster capacitor connection terminal (+)				—
30 CAP2 -		Output Booster capacitor connection terminal (-)		—
31 CAP2+ Output Booster capacitor connection terminal (+)				—
32 CAP3 -		Output Booster capacitor connection terminal (-)		—
33 CAP3+ Output Booster capacitor connection terminal (+)				—

EXTERNAL DISPLAY ① ③ To Input Terminal

SHARP

COPYRIGHT 2004 BY SHARP CORPORATION

All rights reserved.

Printed in Japan.

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stored in a retrieval system, or transmitted.

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without prior written permission of the publisher.

SHARP CORPORATION

Information and Communication Systems Group

Products Quality Assurance Department

Yamatokoriyama, Nara 639-1186, Japan

2004 December Printed in Japan ⓣ