Sharp Vodafone 802SH Service Manual

[1] Specifications..................................................1-1 [2] Names of parts................................................1-3 [3] List of Menu Functions....................................1-5 [4] Optional Accessories......................................1-5 CHAPTER 2. ADJUSTMENTS, PERFORMANCE CHECK, AND FIRMWARE UPGRADE [1] SHARP Programme Support Tool (SPST).........2-1 [2] Test points.....................................................2-18 [3] Troubleshooting ............................................2-25 CHAPTER 3. DISASSEMBLY AND REASSEMBLY [1] Servicing Concerns.........................................3-1 [2] Disassembly and reassembly.........................3-3 [3] Precautions for installing the thin coaxial.........3-6 CHAPTER 4. DIAGRAMS [1] Block diagram ............................................... 4-1 CHAPTER 5. SCHEMATIC DIAGRAM AND WIRING SIDE OF P.W.BOARD [1] Notes on schematic diagram......................... 5-1 [2] Types of transistor and LED.......................... 5-1 [3] Waveforms of circuit...................................... 5-2 [4] Schematic diagram/ Wiring side of P.W.Board............................. 5-7 CHAPTER 6. OTHERS [1] Function table of IC ....................................... 6-1 [2] Function table of Display.............................6-34 Parts Guide INTERNAL MODEL NAME SELEC- TION CODE DESTINATION INTERNAL MODEL NAME SELEC- TION CODE DESTINATION JNJ350BS B Hungary JNJ350KS K Austria JNJ350CS C Switzerland JNJ350PS P Portugal JNJ350DS D Greece JNJ351PS PP Portugal (Prepaid) JNJ350ES E U.K. JNJ350RS R Ireland JNJ351ES EP U.K. (Prepaid) JNJ350SS S Spain JNJ350FS F France JNJ350TS T Italy JNJ350GS G Germany JNJ350US U Belgium JNJ351GS GP Germany (Prepaid) JNJ350WS W Sweden JNJ350HS H Netherlands JNJ350ZS Z New Zealand SERVICE MANUAL 802SH No. SX423JNJ350/S 3G(UMTS)/GSM/GPRS PHONE 802SH MODEL SHARP CORPORATION CONTENTS Parts marked with " " are important for maintaining the safety of the set. Be sure to replace these parts with specified ones for maintaining the safety and performance of the set. This document has been published to be used for after sales service only. The contents are subject to change without notice. • In the interests of user-safety the set should be restored to its original condition and only parts identical to those specified should be used. • Caution Risk of explosion if battery is replaced by an incorrect type, dispose of used batteries according to the instruction.

data in the memory may be lost during repairs. 2. Upgrade the firmware to the latest version using SPST before returning the handset to the customer. 3. After repairs, inspect the handset (phone) according to the following flowchart. 4. When storing or transporting a PWB, put it into a conductive bag or wrap it in aluminum foil. (C-MOS IC may be damaged by electrostatic charges.) 5. Do not leave fingerprints, etc. on ornamental parts including a cabinet, especially clear window for display. Wear fingerstalls to avoid this. Also, ensure not to leave fingerprints on the surface of display panel. 6. To prevent oxidation which causes connection problems, do not touch any terminals on the electric board, microphone, vibrator, earpiece and speaker. When handling these parts, wear fingerstalls. Should you touch these parts, clean them with a soft dry cloth. Always wear fingerstalls when handling a shield case on the electric board. Otherwise oxidation may occur causing handset performance deterio- ration. 7. The FPC is a precision device. Handle it carefully to prevent any damages. 8. Do not expose the moisture sensor to liquids. If the sheet gets wet, red ink runs. In this case, replace the sheet with a new one. Be careful about your perspiration. 9. Before you disassemble or reassemble handset, make sure to remove the Li-Ion battery. 10.Be sufficiently careful with static electricity of integrated circuits and other circuits. Wear static electricity prevention bands whilst servicing. Repairs are completed. (Fixed parts have been checked for proper operation.) Check IMEI NO./Operator code (Destination)/ Firmware version by Identity function of SPST. Inspect each device using performance check adjustment function of SPST. Carry out RF performance check with SPST. All completed.

This model employs lead-free solder. This is indicated by the “LF” symbol printed on the PWB and in the service manual. The suffix letter indicates the alloy type of the solder. Example: Indicates lead-free solder of tin, silver and copper. Using lead-free solder When repairing a PWB with the “LF” symbol, only lead-free solder should be used. (Using normal tin/lead alloy solder may result in cold soldered joints and damage to printed patterns.) As the melting point of lead-free solder is approximately 40ºC higher than tin/lead alloy solder, it is recommended that a dedicated bit is used, and that the iron temperature is adjusted accordingly. Soldering As the melting point of lead-free solder (Sn-Ag-Cu) is higher and has poorer wettability (flow), to prevent damage to the land of the PWB, extreme care should be taken not to leave the bit in contact with the PWB for an extended period of time. Remove the bit as soon as a good flow is achieved. The high content of tin in lead free solder will cause premature corrosion of the bit. To reduce wear on the bit, reduce the temperature or turn off the iron when it is not required. Leaving different types of solder on the bit will cause contamination of the different alloys, which will alter their characteristics, making good soldering more difficult. It will be necessary to clean and replace bits more often when using lead-free solder. To reduce bit wear, care should be taken to clean the bit thoroughly after each use. PRECAUTIONS FOR USING LEAD-FREE SOLDER 1 2 3

CONFIDENTIAL Phone 802SH Service Manual Service Manual Market E CHAPTER 1. GENERAL DESCRIPTION [1] Specifications FOR A COMPLETE DESCRIPTION OF THE OPERATION OF THIS UNIT, PLEASE REFER TO THE OPERATION MANUAL. General: Quad - band (W-CDMA/GSM 900 MHz/ DCS 1800 MHz/PCS 1900MHz) GPRS-enabled WAP, MMS, SMS Dimensions (folded, exclud- ing the aerial) (W x H x D): 50 x 102 x 26 mm Weight: 141 g Battery operating temperature: 0°C - 40°C Display: Display dimensions: 2.4 inch Resolution: 240 x 320 pixels LCD display: TFT 262,144 colours with backlight LCD back light: LED back light white colour LEDs Camera: CCD 1.3M pixels built-in camera Zoom: Wide and zoom mode [Supported 40 (when image size is 160 x 320 pixels) x zoom] Lens: (Wide) F3.3, f = 4.85 mm (Tele) F4.9, f = 9.7 mm Sub Camera: CMOS 110K pixels built-in camera Lens: F2.8, f = 1.7 mm Sound: 64-polyphonic ring melodies Mobile light: 3 colours (RGB) External DC supply voltage: 5.2 V Battery: 3.7 V, 870 mAh, Li-Ion Standby time: Up to 240 hours (3G mode) Up to 250 hours (GSM mode) Talk time: Up to 150 minutes (3G mode)) Up to 240 minutes (GSM mode) Others: Side key Infrared port 1.2 L/P (maximum distance 20 cm) Connector for AC charger and data cable Battery running time depends on the battery and SIM card as well as the network conditions and usage. Specifications for this model are subject to change without prior notice.

CONFIDENTIAL Licensed by Inter Digital Technology Corporation under one or more of the following United States Patents and/or their domestic or foreign counterparts and other patents pending, including U.S. Patents: 4,675,863: 4,779,262: 4,785,450: 4,811,420: 5,228,056: 5,420,896: 5,799,010: 5,166,951: 5,179,571 & 5,345,467 Powered by Mascot Capsule /Micro3D Edition Mascot Capsule is a registered trademark of HI Corporation 2002-2004 HI Corporation. All Rights Reserved. Powered by JBlend Copyright 1997-2004 Aplix Corporation. All rights reserved. JBlend and all JBlend-based trademarks and logos are trademarks or registered trademarks of Aplix Corporation in Japan and other countries. SD logo is a trademark. Bluetooth is a trademark of the Bluetooth SIG, Inc. T9 Text Input is licensed under one or more of the following: U.S. Pat. Nos. 5,818,437, 5,953,541, 5,187,480, 5,945,928, and 6,011,554; Australian Pat. No. 727539; Canadian Pat. No. 1,331,057; United Kingdom Pat. No. 2238414B; Hong Kong Standard Pat. No. HK0940329; Republic of Singapore Pat. No. 51383; Euro. Pat. No. 0 842 463 (96927260.8) DE/DK, FI, FR, IT, NL,PT.ES,SE,GB; Republic of Korea Pat. Nos. KR201211B1 and KR226206B1; and additional patents are pending worldwide. The Bluetooth word mark and logos are owned by the Bluetooth SIG, Inc. and any use of such marks by Sharp is under license. Other trademarks and trade names are those of their respective owners. Contains Macromedia Flash technology by Macromedia, Inc. Copyright 1995-2004 Macromedia, Inc. All rights reserved. Macromedia, Flash, Macromedia Flash, and Macromedia Flash Lite are trademarks or registered trademarks of Macromedia, Inc. in the United States and other countries. Licensed by QUALCOMM Incorporated under one or more of the following United States Patents and/or their counterparts in other nations ; 4,901,307 5,490,165 5,056,109 5,504,773 5,101,501 5,506,865 5,109,390 5,511,073 5,228,054 5,535,239 5,267,261 5,544,196 5,267,262 5,568,483 5,337,338 5,600,754 5,414,796 5,657,420 5,416,797 5,659,569 5,710,784 5,778,338 This product is licensed under the MPEG-4 Visual Patent Portfolio License for the personal and non-commercial use of a consumer to (i) encode video in compliance with the MPEG-4 Video Standard (“MPEG-4 Video”) and/or (ii) decode MPEG-4 Video that was encoded by a consumer engaged in a personal and non-commercial activity and/or was obtained from a licensed video provider. No license is granted or implied for any other use. Additional information may be obtained from MPEG LA. See http://www.mpegla.com. This product is licensed under the MPEG-4 Systems Patent Portfolio License for encoding in compliance with the MPEG-4 Systems Standard, except that an additional license and payment of royalties are necessary for encoding in connection with (i) data stored or replicated in physical media which is paid for on a title by title basis and/or (ii) data which is paid for on a title by title basis and is transmitted to an end user for permanent storage and/or use. Such additional license may be obtained from MPEG LA, LLC. See http://www.mpegla.com for additional details. CP8 PATENT TM R R TM C TM R C

CONFIDENTIAL [2] Names of parts 1. Earpiece 2. Navigation Keys (Arrow Keys): Moves cursor to highlight a menu item, etc. Up/Down arrow keys: Displays the Contacts List when pressed during stand-by. Left arrow key: Right arrow key: Displays the message inbox when pressed during stand-by. Displays the monthly calendar when pressed during stand-by. 3. Centre Key: Displays Main menu when pressed during stand-by, then executes a function highlighted. 4. Left Soft Key: Executes a function at the bottom left of the screen. Press during stand-by to display the Messaging screen. 5. Send/Redial Key: Makes or accepts calls, displays the All Calls screen in stand-by mode. 6. Shortcut Key: Press to open the shortcut menu to access the desired applications. 7. Voice Mail Key: Press and hold to connect to the Voice mail centre automatically. (Depending on the SIM card.) 8. * /Shift Key: Switches character case between four modes: Abc, ABC, 123 and abc on the text entry screen. Press to enter P, ?, – or * in stand-by mode. 9. Microphone 10. Sub Camera (Internal Camera) 11. Display 12. Microphone (for the viewer style of the display) 13. Right Soft Key: Executes the function at the bottom right of the screen. Shortcut to “Vodafone live!” by opening the browser. Press during stand-by. 14. End/Power Key: Ends a call and turns power on/off. 15. Clear/Back Key: Clears the characters before the cursor, returns to the previous screen, etc. 16. Multimedia Key: Opens the Media Player screen. 17. Keypad: 1 key: Shortcut to the Voice mail centre. (Depending on the SIM card.) Press and hold during stand-by. 2-9 keys: Press and hold during stand-by to display each speed dial phone number. 0 key: Press and hold to enter +. 18. #/Flash Light Key: Switches symbol screens on the text entry screen. Press and hold to switch languages on the text entry screen. Turns the flash/auxiliary light on or off in camera mode. Press and hold during stand-by to switch Profiles settings between the mode most recently activated and Silent mode. 1 2 3 4 5 6 7 8 9 11 10 12 13 14 15 16 17 18

CONFIDENTIAL 19. Camera (External Camera) 20. Built-in Aerial: Warning: Do not cover the top of the phone with your hand when in use as this may interfere with the performance of the built-in aerial. 22. Mobile Light: Used as a flash or an auxiliary light in camera mode. 23. Battery Cover 24. Handsfree Microphone Connector 25. External Connector: Used to connect either the charger or a USB data cable. 26. Monaural Speaker 27. Infrared Port: Sends and receives data via infrared. 28. Memory Card Slot Cover 29. Small Light: Used as a battery charge indicator. 30. Side Keys (Side-Up/Side-Down/Camera/Cancel): Side-Up/Side-Down: (These two keys work in reverse with the viewer position of the display.) Moves the highlight up or down. Press during stand-by or during a call to increase or decrease the earpiece volume. Press in camera mode to increase or decrease the zooming ratio. Camera Key: Displays the Main menu when pressed during stand-by, then executes a highlighted function. Press and hold to activate the camera. Press and hold to display the Options menu. Press during an incoming call to answer the call. Press during a call to display the Call options. Press halfway to lock the focus in camera mode. Press (and hold) to take a picture with the camera. Cancel Key: Press to return to the previous screen. Press and hold to reject an incoming call. Press during an incoming call to send a busy tone to the caller. Press to end the call. 21. Macro Switch: (Close-up) Switches between normal ( ) and macro ( ) position. 19 22 20 21 23 26 24 25 27 28 29 30

CONFIDENTIAL [3] List of Menu Functions [4] Optional Accessories Menu No./ Main Menu 1 Games & More 1 Games 2 Screensavers 3 Settings 4 Java Information 2 Vodafone live! 3 Media Player 4 Messages 1 Create New 2 Inbox 3 Drafts 4 Templates 5 Sent 6 Outbox 7 live! Studio 8 Messenger 9 Voice Mail 10 Cell Broadcasts 11 Area Info 12 Settings 13 Memory Status 5 Camera 6 My Items 1 Pictures 2 Videos 3 Sounds & Ringtones 4 Games & More 5 Bookmarks 6 My Saved Page 7 Text Templates 8 Other Documents 7 Organiser 1 Calendar 2 Alarms 3 Calculator 4 Voice Recorder 5 Scanner 6 Stopwatch 7 Tasks 8 World Clock 9 Countdown Timer 10 Expenses Memo 11 Phone Help 8 Contacts 1 Contacts List 2 Manage Group 3 Speeddial List 4 My Contact Details 5 Advanced 9 SIM Application 10 Connectivity 1 Bluetooth 2 Infrared 3 Network Settings 4 Internet Settings 5 Backup/Restore 11 Call Log 1 All Calls 2 Missed Calls 3 Received Calls 4 Dialled Numbers 5 Call Timers 6 Call Costs 12 Settings 1 Profiles 2 Display Settings 3 Sound Settings 4 Time & Date 5 Language 6 Call Settings 7 Video Call Settings 8 Security Settings 9 Memory Settings 10 Master Reset Menu No./ Sub Menu1 Menu No./ Main Menu Menu No./ Sub Menu1 TM Lithium Ion Battery (XN-1BT90) Cigarette Lighter Charger (XN-1CL30) USB Data Cable (XN-1DC30) AC Charger (XN-1QC30, XN-1QC31, XN-1QC32) External Antenna Cable (XN-1AT90) Audio Remote-Controller (XN-1AR90) Car Holder (XN-1CH90) Desktop Holder (XN-1DH90) Stereo Headset (XN-1HS90) Handsfree Microphone Unit (XN-1HU90) The above accessories may not be available in all regions. For details, please contact your dealer.

CONFIDENTIAL Phone 802SH Service Manual Service Manual Market E CHAPTER 2. ADJUSTMENTS, PERFORMANCE CHECK, AND FIRMWARE UPGRADE SPST (SHARP Programme Support Tool) allows you to adjust settings, conduct performance checks, and upgrade the firmware. [1] SHARP Programme Support Tool (SPST) 1. Installation/uninstallation • Do not change the installation structures (see “2. Structure”). • SPST cannot be installed on a PC if Windows Installer is not supported. • The SPST installer does not include MFC that is required to run SPST. If not already installed, install MFC (DLLs including MFC42.DLL). 1.1. System requirements The following are required for installation. • OS: Windows 2000 Professional (SP3 or SP4) or Windows XP Home/Professional (SP1) *1 • PC: IBM/PC compatible *2 • HDD: 200 MB available space (or more) • RAM: 256 MB or more (512 MB recommended) • COM port: Windows compatible serial port • Display resolution XGA or higher Basically use the default settings in Display Properties, however, small system font size is recommended. *3 (Display Properties → Settings → Advanced → General → Display → Font size) • Recommended devices for serial connection between a PC and handsets (phones): *4, *5 The PC’s serial port PCI serial expansion card USB-UART serial conversion cable *6 Note [Important] Restrictions for stable operation of Windows/PC (IBM/PC compatible) When using multiple USB-UART conversion cables, do not connect more than 2 cables (IO-DATA) or 3 cables (NEC) to a USB-HUB/BUS, and do not change the connection of cables. Do not connect other USB devices to the PC. Whilst the PC is in use, avoid connecting/disconnecting cables and USB devices for stable serial communication for Windows/driver. * SPST may run in other environments, however, the system may become unstable. 1.2. Procedure 1.2.1 Installing SPST Execute the “SPST.msi”. Figure 1 [Caution] When an older version of SPST has already been installed, uninstall it first as follows: Through “Add/Remove Programs” in the Control Panel, remove the “SPST for 902SH/802SH”. *1: SPST does not run on Windows 95, 98, 98 SE, and Me. The behaviour is not guaranteed on Windows XP Media Center Edition/Tablet Edition and in the Virtual PC environment. Also, its compatibility with upcoming operating systems and service packs is not guaranteed. *2: A brand name product is recommended. Minimum requirements: 1 GHz Pentium III processor and 256 MB of RAM, and compatibility with USB 2.0 specification for use of USB-UART serial conversion cables. *3: Depending on the font size, the screen layout may change or some portions and characters may not be displayed on a XGA screen. *4: Use only the specified PCI serial expansion card and USB-UART cables. Currently, no specific PCMCIA card is recommended. *5: Transfer rate is 115 Kbps when using a PC’s standard serial port. When using a PCI/PCMCIA card or USB-UART conversion cable, its maxi- mum transfer rate (115 Kbps, 230 Kbps or 460 Kbps) can be selected. *6: Use cables of either manufacturer only.

CONFIDENTIAL 1) Setup screen Figure 2 • Click “Next” to proceed. • To cancel the installation, click “Cancel”. 2) Location selection screen Figure 3 • Click “Next” to proceed. • To cancel the installation, click “Cancel”. [Caution] Do not change the folder.

CONFIDENTIAL 3) Confirmation screen Figure 4 • Click “Next” to proceed. • To cancel the installation, click “Cancel”. 4) Progress screen Figure 5 • Wait until the installation is completed. • To cancel the installation, click “Cancel”.

CONFIDENTIAL 5) Complete screen Figure 6 • The above screen appears when the installation has been successfully completed. • Click “Close” to exit. 1.2.2 Starting SPST • When the installation has been completed, the shortcut icon shown below is created on your desktop. Figure 7 • Double-click the icon to start SPST. 2. Structure • Tool structure 3. Start-up Connect a dongle to the PC. Double-click the icon “SPST for 902SH/802SH” to launch. SPST Ver.1.0: Main application SHDownLoader Ver.3.0: Handset (Phone) software and data update utility SHDiag Ver.1.0: Handset (Phone) adjustment and inspection utility SHInfoView Ver.1.0: Handset (Phone) information display utility SHPwdReset Ver.1.0: Handset (Phone) password reset utility

CONFIDENTIAL 4. Function (screen example) 4.1. Password entry screen (after SPST start-up) Figure 8 • Type in the specified password and press “Enter” on the keyboard. • Click “Exit” on the screen to quit. The screen below appears if the password is incorrect. Click “OK” and enter the password again. Figure 9 4.2. Function selection (after entering SPST password) • Function selection screen. Figure 10 • Select one of the following functions from the combo box and click “Execute”. • Click “Exit” to quit. Selecting “SHDownLoader” See page 2-6 Selecting “SHDiag” See page 2-10 Selecting “SHInfoView” See page 2-13 Selecting “SHPwdReset” See page 2-15 Selecting “Change Password” See page 2-17

CONFIDENTIAL 4.3. Functions 4.3.1 SHDownLoader 1) Basic functions • SHDownLoader is the updating tool that is supported in Windows 2000/XP and designed for 802SH. • SHDownLoader allows simultaneous updating operation via serial communication for up to 8 handsets (phones). *1 • A PC and handsets (phones) can be connected via serial connection by using the PC’s serial port, serial ports added by using PCI/PCMCIA cards or USB-UART serial conversion cables. • Batteries can be used to power handsets (phones), however, we recommend that you use chargers. Note 2) Screen description 2) - 1. Main screen Figure 11 2) - 2. Tool bar Figure 12 *1: The maximum number of handsets (phones) may vary depending on the PC’s performance, devices used to add serial ports, etc. For details, refer to the restrictions in “Important” below. 1. Exit Application: Close SHDownLoader. 2. Setup Option: Adjust optional settings. 3. Start All Ports: Start the operation for all the ports at once. 4. Stop All Ports: Stop the operation for all the ports at once. 5. View Actual Result: The operation result appears. 6. Create Profile: Create a new profile. 7. Select Profile: Select a profile. 8. Edit Profile: Edit a profile. 9. View Application Information: Show the version of SHDownLoader, etc. Tool Bar Status Bar Port Field [for up to 8 handsets (phones)] 1 2 3 4 5 6 7 8 9

CONFIDENTIAL 2) - 3. Port field Figure 13 2) - 4. Status bar Figure 14 1. Port Name: The (logical) port name appears. 2. Connect: Execute a selected function for the port only. 3. Select Function: Select a function for the port only. 4. Stop: Terminate an ongoing operation for the port only. 5. Status The operation status appears (see below). 6. Information: Show details of the operation, error, etc. 7. Rate/Progress: The progress bar appears with %. 8. IMEI: IMEI of the handset (phone) appears. 9. Firmware Version: Show information for handset (phone) identification. 10. Profile The last executed profile name appears whilst a profile is in progress. When the profile is completed, the dis- play changes to its name. 1. Move the mouse cursor to “Tool Bar” items to see Tips (descriptions). 2. Show the total number of updated handsets (phones). 3. Show the total number of successfully updated handsets (phones). 4. Show the total number of handsets (phones) with update failure. 1 7 8 9 10 5 6 3 2 4 Unavailable Cancelled/failed Completed In progress Ready 1 2 3 4

CONFIDENTIAL 3) Option Settings Adjust settings in Option when you use SHDownLoader for the first time or when the serial port connection is changed. Click “Setup Option” on “Tool Bar” to open the screen and follow the procedures below. 1. Select a port from the list on the left. 2. In the field next to “Port (Ex. \\.\COM1)”, enter the corresponding serial port name. 3. Set a value for “Baud Rate” according to the serial port. After performing these procedures for all the required ports, click “Save” to save the settings. * Do not change settings in other fields. Figure 15 Option Screen When the settings are correct, “Ready” appears in the corresponding Port Field on Main Screen. * When a USB-UART serial conversion cable is in use, assigned COM ports may vary as the system environment changes. 4) Procedures Updating handsets (phones) Figure 16 • From the “Select Profile” (combo box) on “Tool Bar”, select a profile. • Click “Start All Ports” on “Tool Bar”. According to the selected profile, all handsets (phones) will be updated via the corresponding ports set up in “Option”. • When you select a function from “Select Function” in “Port Field” and click “Connect”, handsets (phones) will be updated according to the profile specified for the port. 1 2 3

CONFIDENTIAL Figure 17 • When you start updating, “Status/Information” in “Port Field” changes to “Execute/Under Connection” as shown above, and then handsets (phones) become ready for connection or power-on. Connect chargers to the handsets (phones). • To stop updating all at once, click “Stop All Ports” on “Tool Bar”. • To stop updating individually, click “Stop” in “Port Field”. Note * Depending on the handset (phone) status, it may take up to 1 minute before updating stops after you click “Stop All Ports” / “Stop” button. * To restart updating for ports disabled due to an error, etc., follow the procedure above (click “Start All Ports” on “Tool Bar” and click “Connect” in “Profile Field”). 5) Basic rewriting procedure for handset (phone) 1. Preparation 1) Add a serial port to a PC. 2) Start SHDownLoader and adjust settings of serial ports in “Option”. 2. Rewriting procedure 1) Start a PC after connecting all the necessary cables and other devices. * When using a USB-UART conversion cable, make sure not to change the connection port. Otherwise the corresponding COM port will also change. * Communication may be disrupted if you connect cables or devices after starting a PC. 2) Start SHDownLoader. * Always select the latest profile.

CONFIDENTIAL 1) Remove batteries from all the handsets (phones). 2) Connect communication cables to all the handsets (phones). 3) Click “Start All ME” to start rewriting for all the handsets (phones). 4) Connect a charger to all the handsets (phones). 5) After the rewriting is completed, disconnect the chargers and communication cables from the handsets (phones). After the rewriting operation, initialise each handset (phone). 1) Install a battery to the handset (phone). 2) Press the “End/Power” key for approx. 2 seconds. 3) The display indicates initialisation is in progress, and in approx. 8 minutes, indicates the completion. 4) Press the “End/Power” key until the display turns off. 5) Press the “End/Power” key for approx. 2 seconds. 6) Wait until the stand-by screen appears. 7) Press the “End/Power” key until the display turns off. • When this application is finished, the SPST function selection screen returns. • Turn off the PC and disconnect the cables and other devices. If you disconnect them before turning off the PC, Windows may not shot down. 4.3.2 SHDiag 1) Overview SHDiag allows you to perform various adjustments for handsets (phones) and to protect/unprotect the handset (phone) to be adjusted. 2) Operation screen 1. Connection confirmation window Figure 18 At the start-up of SHDiag, the above window prompts you to connect a handset (phone) (ME). Connect a handset (phone) to be adjusted to a PC. [User action] 1) Turn on a handset (phone) and set it to the stand-by mode. *1 2) Connect the handset (phone) to a PC. 3) Click “OK” on the window. * When SHDiag is started unintentionally, click “OK” on the above window, and then click “Cancel” on the next COM port settings window. [Caution] Once a handset (phone) is connected, never disconnect/operate the handset (phone) or let the battery run out before exiting SHDiag. *1: In the stand-by mode, one of the following screens appears. • The main screen that appears after the start-up animation (Vodafone logo and Openwave logo), including the clock setting screen and the network setup screen. • The white background screen with “TEST PROGRAM” displayed.

CONFIDENTIAL 2. COM port settings window Figure 19 After the connection confirmation window, the above window appears. From the list boxes, select a transfer rate (set to 115200 by default) and the PC COM port that is connected to the handset (phone). [User action] 1) Select the COM port connected to the handset (phone) from the “COM Port” list box. 2) Select a transfer rate for the PC to handset (phone) communication from the “Baudrate” list box (set to 115200 by default). 3) Click “Connect”. * When SHDiag is started unintentionally, click “Cancel”. 3. Main window Figure 20 After the COM port settings window, the main window above appears. The handset (phone) initial settings are performed, adjustment values are obtained, and then adjustments are performed.

CONFIDENTIAL [User action] 1) Wait until “--- ME Initialise Complete ---” is displayed. 2) Carry out adjustments. • [Display LCD Test pattern]: Displays a test pattern on the handset (phone) display. “Main LCD” is for the [display] display. Click the spin button (up or down arrow) to select a test pattern number. Click “Disp.” to display the test pattern on the handset (phone) dis- play. • [Check LED]: Turns on/off or controls brightness of the charge LED [red light on the side of the handset (phone)], call LED [green light on the side of the handset (phone)], three-colour LED, and the display backlight. To turn on/off the charge LED or call LED, click “ON” / “OFF” next to “Charge LED” or “Call LED” respectively. For the three-colour LED, use “R”, “G”, or “B” to control each colour. To turn on/off the LED, click “ON” / “OFF”. To change the brightness, click the spin button (up or down arrow). To check the strobe light, click “Stroboscope” with the three-colour LED illuminated. As for the display backlight, “Main LCD backlight” is for the display. To turn on/off the backlight, click “ON” / “OFF”. To change the brightness, click the spin button (up or down arrow). • [Flicker Calibration]: Adjusts the flicker of the display. Click “Disp. Pattern” to display the flicker calibration screen. Click the spin button to change the flicker calibration value. Click “Set” to temporarily use the value for the handset (phone). Click “Save” to apply the value. • [Camera Calibration]: Automatically corrects bright and dark defects. To perform the bright defect correction, click “Calibration” next to “White hazard”. To perform the dark defect correction, click “Calibration” next to “Black hazard”. 3) To initialise the handset (phone) and exit SHDiag after completing adjustments, click “Format and Quit”. • To change handsets (phones), click “Settings”. After the necessary operation on the handset (phone) change confirmation window, the con- nection confirmation window appears. Change handsets (phones) here. • To exit SHDiag without handset (phone) initialisation, click “Quit”. 4. Quit confirmation window 1 Figure 21 The above window appears when “Format and Quit” is clicked on the main window. Handset (Phone) initialisation starts and SHDiag closes. [User action] 1) To initialise the handset (phone) and exit SHDiag, click “Yes”. • Click “No” not to exit SHDiag. • When “Yes” is clicked, initialisation starts and SHDiag closes. Now, disconnect the handset (phone) and the PC. 5. Quit confirmation window 2 Figure 22 The above window appears when “Quit” is clicked on the main window. The handset (phone) turns off and SHDiag closes. [User action] 1) To turn off the handset (phone) and exit SHDiag, click “Yes”. • Click “No” not to exit SHDiag. • When “Yes” is clicked, the handset (phone) turns off and SHDiag closes. Now, disconnect the handset (phone) and the PC.

CONFIDENTIAL 6. Handset (Phone) change confirmation window Figure 23 The above window appears when “Settings” is clicked on the main window. Before changing handsets (phones), specify whether to initialise the handset (phone) or not. After initialisation or handset (phone) change, make communication settings again. [User action] 1) Click “Yes” to initialise the handset (phone) and make communication settings again. • Click “No” to turn off the handset (phone) and make communication settings again. • Click “Cancel” not to make communication settings. • When “Yes” is clicked, initialisation starts and the connection confirmation window appears. Now, disconnect the handset (phone) and the PC, and connect another handset (phone). • When “No” is clicked, the handset (phone) turns off and the connection confirmation window appears. Now, disconnect the handset (phone) and the PC, and connect another handset (phone). • When this application is finished, the SPST function selection screen returns. 4.3.3 SHInfoView 1) Function Handset (Phone) information appears on the screen. • Displayed information: IMEI Software version Country code Provider name * For a screen example, refer to “Appendix 1: Handset (Phone) information”. • Batteries can be used to power handsets (phones), however, we recommend that you use chargers. 2) Operation Figure 24 * The initial setting file and the option file are created during the start-up process if they do not exist. Stop Start Option

CONFIDENTIAL 1. Change the option settings if necessary. Default settings, when the tool is started for the first time, are as follows: Port1 View Title COM1 Port Baud Rate 115200bps Make sure to set the “Port” at the first start after the installation. Example: COM3 port at 460,800 bps Figure 25 * Set following to restore the PC settings. Port \\.\COM1 Baud Rate 115200 After completing changes, click “Save”. 2. Connect the communication cable to the handset (phone). * 10-pin flat cable which connects the PC’s serial port and the handset’s (phone’s) handsfree microphone connector. 3. Click “Start”. Figure 26 Waiting for connection 4. Supply power to the handset (phone). Figure 27 Loading information Refer to Appendix 1 for the display after loading information. 5. When this application is finished, the SPST function selection screen returns.

CONFIDENTIAL Appendix 1: Handset (Phone) information Figure 28 Screen example 4.3.4 SHPwdReset 1) Overview SHPwdReset allows you to reset all the handset (phone) passwords to the factory defaults. 2) Operation Screen 1. Connection Confirmation Window Figure 29 At the start-up of SHPwdReset, the above window prompts you to connect a handset (phone) (ME). Connect a handset (phone) to be adjusted to a PC. [User Action] 1) Turn on a handset (phone) and set it to the stand-by mode. *1 2) Connect the handset (phone) to a PC. 3) Click “OK” on the window. * When SHPwdReset is started unintentionally, click “OK” on the above window, and then click “Cancel” on the next COM port settings window. [Caution] Once a handset (phone) is connected, never disconnect/operate the handset (phone) or let the battery run out before exiting SHPwdReset. *1: In the stand-by mode, one of the following screens appears. • The main screen that appears after the start-up animation (Vodafone logo and Openwave logo), including the clock setting screen and the network setup screen. • The white background screen with “TEST PROGRAM” displayed. Country code: Provider name Software Version IMEI

CONFIDENTIAL 2. COM port settings window Figure 30 After the connection confirmation window, the above window appears. From the list boxes, select a transfer rate (set to 115200 by default) and the PC COM port that is connected to the handset (phone). [User Action] 1) Select the COM port connected to the handset (phone) from the “COM Port” list box. 2) Select a transfer rate for the PC to handset (phone) communication from the “Baudrate” list box (set to 115200 by default). 3) Click “Connect”. * When SHPwdReset is started unintentionally, click “Cancel”. 3. Main Window Figure 31 When the COM port settings window closes, SHPwdReset starts to reset the handset (phone) passwords immediately. If the connection fails, the error message below appears. Figure 32 On the above window or when the operation is successfully completed, click “OK” to exit SHPwdReset and return to the SPST function selection screen.

CONFIDENTIAL 4.3.5 Change Password Figure 33 Password change screen • Enter a new password, enter it again for confirmation, and click “Setting”. • Click “Cancel” to quit. • After completing or cancelling the operation, the SPST function selection screen returns. * For allowable symbols and alphanumeric characters, see “Password entry screen (after SPST start-up)”.

CONFIDENTIAL [2] Test points Main PWB No. Checker Ref. Name φ Output Input Function Remarks 1 TP1002 BANDSEL_1 0.3 IC1000 → Band switching Back-up 2 O TP1003 VRTC15 1.2 IC1204 → IC1000 RTC 1.5 V power supply 3 TP1004 PCMDATA–B 0.3 IC1001, IC1200 → IC1000 PCM data 4 TP1005 PCMDATA–A 0.3 IC1000 → IC1001, IC1200 PCM data 5 O TP1006 RTCCLK 1.2 IC1000 → IC1001, IC1200, IC1400 32.768 kHz output 6 O TP1007 SYSCLK2 1.2 IC1000 → 13MHz 7 TP1008 M_LCD_I2CCLK 0.3 IC1000 → IC3000 I2C clock 8 TP1009 SYSCLK0 1.2 IC1000 → IC1001 13MHz Back-up 9 TP1010 M_LCD_I2CDAT 0.3 IC1000 ↔ IC3000 I2C data 10 TP1011 PCMCLK 0.3 IC1000 → IC1001, IC1200 PCM clock 11 TP1012 PCMSYN 0.3 IC1000 → IC1001, IC1200 PCM sync 12 O TP1013 TP-IN 1.2 → IC1000 Mandatory test mode 13 O TP1014 SYSCLK1 1.2 IC1000 → IC1500, IC1502, IC1600 13MHz 14 TP1015 UARTRX3 0.3 IC1001 → IC1000 Bluetooth UART Rx 15 TP1016 UARTTX3 0.3 IC1000 → IC1001 Bluetooth UART Tx 16 TP1017 UARTCTS3 0.3 IC1001 → IC1000 Bluetooth UART CTS 17 TP1018 UARTRTS3 0.3 IC1000 → IC1001 Bluetooth UART RTS 18 TP1019 KeyCK1 1.2 CN1000 → Key FPC unit Check for the key unit insertion 19 TP1020 KeyCK2 1.2 CN1000 → Key FPC unit Check for the key unit insertion 20 O TP1021 VBT29 1.2 IC1002 → IC1001 Bluetooth IC power supply (2.9 V) 21 TP1022 RRESOUT2 0.3 IC1000 → IC1001 Bluetooth IC reset 22 TP1023 CLKREQ 0.3 IC1000 → IC1001, IC1200, IC1400 CLK request signal 23 TP1024 WP_N 1.2 IC1000 → IC1100 VPP Back-up 24 O TP1200 VBATT 1.2 CN1200 → Handset (Phone) power supply (battery terminal) 25 O TP1201 VBATT 1.5 CN1200 → Handset (Phone) power supply (battery terminal) 26 O TP1202 VBATT 1.5 CN1200 → Handset (Phone) power supply (battery terminal) 27 O TP1203 PRGDET 1.2 JK1600 → Q1204, Q1205 Action trigger (Insert the socket to turn on the power.) ONSWB_N 28 TP1204 VCHG 1.2 Q1212 → Q1206 External supply power (at normal voltage) 29 TP1205 CHPEG 1.2 IC1200 → Q1200 FET gate signal 30 O TP1206 SERVICE_N 1.2 Q1205 → IC1000 Rewrite mode and log mode 31 TP1207 BDATA 1.2 CN1200 → IC1200 Battery sense terminal 32 O TP1209 GND 1.2 GND → Earth 33 O TP1210 GND 1.5 GND → Earth 34 O TP1211 VBATIB 1.2 CN1200, IC1202 → Handset (Phone) power supply (BB) 35 O TP1212 GND 1.5 GND → Earth 36 O TP1213 ONSWB_N 0.5 Q1204, Q1215 → IC1200 Action trigger (Insert the socket to turn on the power.) 37 O TP1215 BEARP 1.2 IC1200 → TP3055 Earpiece 38 O TP1216 BEARN 1.2 IC1200 → TP3054 Earpiece 39 O TP1217 PWRRST_N 1.2 IC1200 → IC1000 Power reset signal 40 O TP1218 SIMVCC 1.2 IC1200 → CN1201 Power supply for USIM

CONFIDENTIAL 41 O TP1219 SIMVCC 1.2 IC1200 → CN1201 Power supply for USIM 42 O TP1220 SIM I/O 1.2 IC1200 ↔ CN1201 USIM data 43 O TP1221 SIM CLK 1.2 IC1200 → CN1201 USIM clock 44 O TP1222 SIM RESET 1.2 IC1200 → CN1201 USIM reset 45 O TP1223 VSRAM18 1.2 IC1206 → IC1101 SRAM power supply (1.8 V) 46 O TP1225 GND 1.2 GND → Earth 47 O TP1226 VCCR 1.2 IC1206 → CN3003 Back-up power supply 48 O TP1227 VANA15 1.2 IC1205 → Analogue power supply (1.5 V) 49 O TP1228 ONSWA_N 1.2 Key FPC unit → IC1200 Action trigger (Switch the key to turn on the power.) 50 O TP1229 LEDR 1.2 LED1200 → IC1200 Charge LED 51 O TP1230 LEDG 1.2 LED1200 → IC1200 Incoming notifications LED 52 O TP1231 VMEM18 1.2 IC1200 → IC1100, IC1101 Power supply for memory (1.8 V) 53 O TP1232 VDIG275 1.2 IC1200 → Digital power supply (2.75 V) 54 O TP1233 VDDB 1.2 IC1200 → RF power supply (2.75 V) 55 O TP1234 VDDA 1.2 IC1200 → RF power supply (2.75 V) 56 O TP1235 VCORE15 1.2 IC1200 → Core power supply (1.5 V) 57 O TP1236 LED1 1.2 LED1200 → IC1200 Charge LED 58 O TP1237 LED2 1.2 LED1200 → IC1200 Incoming notifications LED 59 O TP1301 VDCIO 1.2 CN1300 → Q1212 External supply power 60 TP1302 CTS (Rx voice) 1.2 CN1300 → IC1300 CTS (hands free Rx voice) 61 O TP1303 Manufacture Specific 1.5 CN1300 → Q1301 UART detection signal 62 TP1304 RTS (Tx voice) 1.2 IC1300 → CN1300 RTS (hands free Tx voice) Synchronisation Clock 63 O TP1305 TXD USB D– 1.2 IC1300 → CN1300 UART1 Tx USB D– line 64 O TP1306 RXD USB D+ 1.2 CN1300 → IC1300 UART1 Rx USB D+ line 65 O TP1307 VBUS 1.2 CN1300 → IC1303 External USB VBUS 66 O TP1308 VUSB33 1.2 IC1303 → IC1300, IC1000 USB power supply (3.3 V), USB detection signal 67 TP1400 TSFRM 0.3 IC1500 → TS I/F frame sync signal GPIO Back-up 68 O TP1500 VDCDC 1.2 IC1504 → IC1504 DCDC power supply (1.5 to 2.5 V) 69 O TP1501 VTRAM25 1.2 IC1504 → IC1500 T4G RAM power supply (2.5 V) 70 O TP1502 VTRAM15 1.2 IC1504 → IC1500 T4G RAM power supply (1.5 V) 71 O TP1503 VDIG29 1.2 IC1504 → Digital power supply (2.9 V) 72 O TP1504 VTLVDS25 1.2 IC1504 → IC1500 T4G LVDS power supply (2.5 V) 73 O TP1505 VTLVDS15 1.2 IC1504 → IC1500 T4G LVDS power supply (1.5 V) 74 O TP1506 T4G NC1 1.2 IC1500 → IC1500 Check for peeling of T4G 75 O TP1507 T4G NC2 1.2 IC1500 → IC1500 Check for peeling of T4G 76 TP1600 A0 0.3 → Adress 0 Back-up 77 O TP1601 MIC2+ 1.2 MIC200 → IC1200 Mic bias2 78 O TP1602 MIC- 1.2 MIC201 → Mic earth 79 O TP1603 MIC1+ 1.2 Key FPC unit → IC1200 Mic bias1 80 O TP1604 JMIC 1.2 JK1600 → IC1200 Connector microphone 81 O TP1605 JEARR 1.2 IC1600 → JK1600 Connector EAR R-ch 82 O TP1606 JEARL 1.2 IC1600 → JK1600 Connector EAR L-ch 83 O TP1607 VAMP 1.2 IC1701 → JK1600 TV signal output 84 O TP1608 SP-L1 1.2 IC1603 → CN3003 Speaker 1 L-ch 85 TP1609 VVIB 1.2 IC1601 → VIB1600 Vibrator power supply 86 O TP1610 SP-R1 1.2 IC1603 → CN3003 Speaker 1 R-ch 87 O TP1611 SP-L2 1.2 IC1603 → CN3003 Speaker 2 L-ch 88 O TP1612 SP-R2 1.2 IC1603 → CN3003 Speaker 2 R-ch 89 O TP1613 UART0TX 1.2 IC1000 → JK1600 UART Tx software rewrite and log 90 O TP1614 UART0RX 1.2 JK1600 → IC1000 UART Rx software rewrite and log 91 O TP1800 BECLK 1.2 IC1500 → IC1800 27MHz clock output No. Checker Ref. Name φ Output Input Function Remarks

CONFIDENTIAL Figure 34 TEST POINT MIC200 MIC201 SP031 SP032 SP012 SP014 SP001 SP002 SP003 SP004 TP1013 TP1015 TP1016 TP1017 TP1018 TP1204 TP1205 TP1207 TP1603 TP1019 TP1020 TP1301 TP1200 TP1201 TP1202 TP1203 TP1506 TP1213 TP1614 TP1503 TP1601 TP1608 TP1234 TP1400 TP1215 TP1216 TP1602 TP1604 TP1605 TP1606 TP1607 TP1800 TP1611 VIB1600 VIB1601 TP1609 TP1600 TP1211 TP1507 TP1023 TP1236 TP1237 TP1504 TP1024 TP1004 TP1007 TP1012 TP1014 TP1002 TP1008 TP1010 TP1610 TP1612 TP1230 TP1232 TP1233 TP1235 SP019 SP020 SP028 TP1003 TP1229 SP027 TP1227 TP1501 TP1226 TP1502 TP1505 TP1009 TP1206 TP1225 TP1613 TP1308 TP1005 TP1011 TP1223 TP1217 TP1500 TP1006 TP1022 TP1209 SP009 SP015 SP016 SP017 SP018 TP1210 TP1228 TP1303 TP1212 TP1219 TP1220 TP1221 TP1222 TP1231 SP029 TP1302 TP1304 TP1021 TP1218 SP021 SP023 TP1305 TP1306 TP1307 SP008 SP022 MAIN PWB-A (FRONT SIDE) MAIN PWB-A (REAR SIDE)

CONFIDENTIAL Display PWB No. Checker Ref. Name φ Output Input Function Remarks 1 TP3002 VDON 1.2 IC1500 → IC3000 VD-LINK ON/OFF setting 2 TP3003 LCDCLK 1.2 IC1500 → IC3000 Display clock (6.5 MHz) 3 TP3004 VBATIB 1.2 CN1200, IC1202 → Handset (Phone) power supply (BB) 4 TP3005 GND 1.2 GND → Earth 5 TP3007 GND 0.3 GND → Earth 6 TP3008 BLED+ 1.2 IC2005 → TP3008 Display backlight +, white LED boost output 7 TP3009 BLED – 1.2 TP3009 → IC2005 Display backlight –, white LED feedback circuit 8 TP3010 DUMMY1 0.3 IC3000 → IC3000 Check for peeling of LCDC 9 TP3011 DUMMY2 0.3 IC3000 → IC3000 Check for peeling of LCDC 10 TP3012 LVSYN 1.2 IC3000 → IC1500 VSYNC output signal 11 TP3018 VDD2 0.3 Main display → DC/DC convertor output 12 TP3019 VCCR 1.2 IC1206 → CN3003 Back-up power supply 13 TP3024 FLIP_R 0.3 CN3003 → IC1000 Rotation detection 14 TP3025 BLED+ 1.2 IC2005 → TP3008 Display backlight +, white LED boost output 15 O TP3026 VUDIG29 0.3 IC3001 → Digital power supply (2.9 V) 16 O TP3027 VUDIG18 0.3 IC3002 → Digital power supply (1.8 V) 17 O TP3028 VUDIG25 0.3 IC3004 → Digital power supply (2.5 V) 18 TP3031 VDWAIT 1.2 IC3000 → IC1500 WAIT signal 19 TP3032 M_LCD_I2CDATA 1.2 IC1000 ↔ IC3000 I2C data 20 TP3033 M_LCD_I2CDCLK 1.2 IC1000 → IC3000 I2C clock 21 TP3034 PDW_ECO 1.2 IC1000 → IC3001, IC3002, IC3004 REG ECO mode signal 22 TP3035 PDW_CE 1.2 IC1200 → IC3001, IC3002, IC3004 REG enable signal 23 TP3036 LCDRST 1.2 IC1500 → IC3000 Display RST signal 24 TP3037 LCDINT 1.2 IC3000 → IC1500 Display INT signal 25 TP3048 TXDTP 1.2 IC1500 → IC3000 VD-LINK operational data input 26 TP3049 TXDTN 1.2 IC1500 → IC3000 VD-LINK operational data input 27 TP3050 TXCKP 1.2 IC1500 → IC3000 VD-LINK operating clock input 28 TP3051 TXCKN 1.2 IC1500 → IC3000 VD-LINK operating clock input 29 O TP3053 BLED – 1.2 TP3009 → IC2005 Display backlight –, white LED feedback circuit 30 TP3054 BEARN 0.3 IC1200 → TP3054 Earpiece 31 TP3055 BEARP 0.3 IC1200 → TP3055 Earpiece 32 TP3056 CDAT0 1.2 SUB CAMERA → IC1500 Sub camera DATA0 33 TP3057 CDAT1 1.2 SUB CAMERA → IC1500 Sub camera DATA1 34 TP3058 CDAT2 1.2 SUB CAMERA → IC1500 Sub camera DATA2 35 TP3059 CDAT3 1.2 SUB CAMERA → IC1500 Sub camera DATA3 36 TP3060 CDAT4 1.2 SUB CAMERA → IC1500 Sub camera DATA4 37 TP3061 CDAT5 1.2 SUB CAMERA → IC1500 Sub camera DATA5 38 TP3062 CDAT6 1.2 SUB CAMERA → IC1500 Sub camera DATA6 39 TP3063 CDAT7 1.2 SUB CAMERA → IC1500 Sub camera DATA7 40 TP3064 VSYNC 1.2 IC1500 → SUB CAMERA Horizontal sync signal 41 TP3065 HSYNC 1.2 IC1500 → SUB CAMERA Vertical sync signal

CONFIDENTIAL Figure 35 TEST POINT 42 TP3066 PCLK 1.2 IC1500 → SUB CAMERA Sub camera clock 43 TP3067 I2CCLKA 1.2 IC1500 → SUB CAMERA I2C clock 44 TP3068 I2CDATA 1.2 IC1500 ↔ SUB CAMERA I2C data No. Checker Ref. Name φ Output Input Function Remarks TP3002 TP3003 TP3004 TP3005 TP3012 TP3019 TP3025 TP3031 TP3032 TP3033 TP3034 TP3035 TP3036 TP3037 TP3048 TP3049 TP3050 TP3051 TP3053 TP3056 TP3057 TP3058 TP3059 TP3060 TP3061 TP3062 TP3063 TP3064 TP3065 TP3066 TP3067 TP3068 TP3008 TP3009 TP3010 TP3026 TP1 TP2 TP3 TP4 TP5 TP6 TP7 TP8 TP9 TP10 TP11 TP12 TP13 TP14 TP15 TP16 TP17 TP18 TP19 TP20 TP21 TP22 TP23 TP3007 TP3011 TP3027 TP3028 TP3018 TP3024 TP3054 TP3055 DISPLAY PWB-B (FRONT SIDE) DISPLAY PWB-B (REAR SIDE)

CONFIDENTIAL SD PWB No. Checker Ref. Name φ Output Input Function Remarks 1 O TP2000 VPLUS2 1.2 IC2005 → LED2005 Three-colour LED anode power supply (green & blue) 2 O TP2001 VPLUS1 1.2 IC2005 → IC2005 Display backlight LED boost out- put (+) 3 O TP2003 VDD3 1.2 IC2005 → CN2003 Camera power supply (15 V) 4 O TP2004 VDD4 1.2 IC2005 → CN2003 Camera power supply (-8 V) 5 O TP2005 VDD6 1.2 IC2003 → CN2003 Camera power supply (3.1 V) 6 O TP2006 VDD2 1.2 IC2004 → CN2003 Camera power supply (3.1 V) 7 O TP2007 VDD1 1.2 IC2004 → CN2003 Camera power supply (1.8 V) 8 TP2009 I2CCLKB 0.3 IC1500 → CN2003 Camera I2C clock 9 TP2010 I2CDATB 0.3 IC1500 → CN2003 Camera I2C data 10 TP2011 TXON 0.3 IC1000 → IC2005 Three-colour LED off control sig- nal 11 TP2012 FLOW 0.3 IC1500 → CN2003 Camera FLOW control signal 12 TP2013 GAINT 0.3 CN2003 → IC1500 Camera INT signal 13 TP2014 LEDLD 0.3 IC1500 → IC2005 Power supply IC control chip select 14 TP2015 SEDO 0.3 IC1500 → IC2005 Power supply IC control data 15 TP2016 SECLK 0.3 IC1500 → IC2005 Power supply IC control clock 16 TP2017 SL_CDCE 0.3 IC1500 → – – 17 TP2018 SL_CDDC 0.3 IC1500 → – – 18 TP2019 BDRST 0.3 IC1500 → – – 19 TP2020 BDCE 0.3 IC1500 → – – 20 TP2021 SLCDRST 0.3 IC1500 → IC2003 Control signal for camera power supply 3.1 V 21 TP2022 LEDRST 0.3 IC1500 → IC2005 LED reset 22 TP2023 RSTGA 0.3 IC1500 → CN2003 Camera reset signal 23 O TP2025 LEDR 1.2 LED2005 → IC2005 Three-coloured LED red cathode 24 O TP2027 VSD29 1.2 IC2001 → CN2001 SD power supply (2.9 V) 25 O TP2028 BLED- 1.2 CN2000 → IC2005 Display backlight LED boost out- put (-) 26 O TP2029 BLED- 1.2 CN2000 → IC2005 Display backlight LED boost out- put (-) 27 O TP2030 VPLUS1 1.2 IC2005 → IC2005 White LED boost output

CONFIDENTIAL Figure 36 TEST POINT SD PWB-C (FRONT SIDE) SD PWB-C (REAR SIDE) TP2023 TP2017 TP2018 TP2019 TP2020 TP2000 TP2001 TP2003 TP2004 TP2005 TP2006 TP2007 TP2009 TP2010 TP2011 TP2012 TP2013 TP2014 TP2015 TP2016 TP2021 TP2022 TP2025 TP2027 TP2028 TP2029 TP2030

CONFIDENTIAL [3] Troubleshooting 1. No voice is heard and playback is impossible. Earpiece Handsfree Microphone Unit 1. No voice is heard and playback is impossible. See page 2-25 2. Voice transmission/recording is impossible. See page 2-26 3. Power dose not turn on. See page 2-26 4. Battery does not charge/Charging does not complete. See page 2-27 5. System settings are reset. See page 2-28 6. Clock settings are reset. See page 2-28 7. Vibrator does not work. See page 2-29 8. Speaker does not work. See page 2-29 9. The display does not appear on Display. See page 2-30 10. Camera does not operate. See page 2-31 11. Sub Camera does not operate. See page 2-32 12. The display backlight does not turn on. See page 2-32 13. The Key backlight does not turn on. See page 2-33 14. Mobile Light does not turn on. See page 2-33 15. Out-of-range appears and no transmission/reception is available. See page 2-33 16. SD memory card is not recognised. See page 2-39 17. Music on SD memory card cannot be played. See page 2-39 18 USIM card is not recognised. See page 2-40 19. Bluetooth communication is impossible. See page 2-40 Are signals sent to TP3054 and TP3055? Earpiece is defective. Or earpiece is in a poor contact with TP3054 and TP3055. Are signals sent to R3000 and R3037? R3017A and R3016A are defective. Are signals sent to L1566 and L1567? R3000 and R3037, or the thin coaxial is defec- tive. Otherwise, the thin coaxial and the con- nector is in poor contact. Are signals sent to TP1215 and TP1216? L1566 and L1567 are defective. R1241 and R1242 are defective. Or IC1200 is defective. Are signals sent to TP1605 and TP1606? JK1600 handsfree earpiece, L1600, L1601, C1674 and C1675 are defective. Are signals sent to R1625 and R1626? C1629, C1630, C1671 and C1672 are defec- tive. Is signal sent to R1612? IC1600, R1625 and R1626 are defective. IC1200, R1612 and C1614 are defective. YES NO YES NO YES NO YES NO YES NO YES NO YES NO

CONFIDENTIAL 2. Voice transmission/recording is impossible. Built-in microphones 1 and 2 Handsfree Microphone Unit 3. Power dose not turn on. Is 2.2 V or more applied to TP1601 and TP1603? Is 2.2 V or more applied to C1673? C1673 or IC1200 is defective. C1633, C1634, R1661, IC1200 or microphone are defective. R1643, R1648, R1649, R1650, R1651, R1658, C1642, C1646, Q1604 and Q1605 are defec- tive. Is 2.2 V or more applied to R1639? Is 2.2 V or more applied to C1673? C1673 or IC1200 is defective. L1602, R1654, C1644 and JK1600 handsfree microphone are defective. Or earpiece is in a poor contact with JK1600 and socket. R1638, R1639 and C1637 are defective. Is the voltage of the battery 3.6 V or more? The battery is dead, defective, or deteriorated. Is 3.6 V or more on TP1200? The battery terminal CN1200 is mounted improperly or in poor contact. Is 3.6 V or more on TP1211? Fuse FS1200 is blown, resistance R1219 is defective, or power amplifier IC300 is defective. Does MCLK (R760) oscillate at 13 MHz? IC400 and peripheral circuits are defective. Is 1.5 V applied to TP1235 when the Power key is pressed? IC1200 and Q1210 are defective or mounted improperly. Is 1.5 V supplied from TP1003? IC1204 is defective or mounted improperly. Is 32.768kHz supplied from RTCCLK (TP1006)? IC1000 and X1000 are defective or mounted improperly. IC1000, IC1100 and IC1200 are defective or mounted improperly. NO NO YES YES NO NO YES YES NO YES NO YES NO YES NO YES NO YES NO YES NO YES

CONFIDENTIAL 4. Battery does not charge/Charging does not complete. 4.1. Battery does not charge. 4.2. Charging does not complete. When the AC charger is connected, is the volt- age of TP1301 higher than that of the battery? The AC charger is defective. CN1300 is mounted improperly or in poor contact. Is 7.0 V or lower on TP1301? The AC charger is defective. Is the voltage of TP1204 is higher than that of the battery? Q1212, IC1201, R1200, R1201, R1261, C1241 and C1200 are defective. Does the handset (phone) turn on? Go to the section “3. Power dose not turn on.” (see page 2-26) Is the voltage of TP1211 is higher than that of the battery? Is the red LED (LED1200) flashing? IC1200 is defective, and charge parame- ter data is corrupted Is the ambient temperature between 5 and 35°C? Temperature abnor- mality. IC501 and IC1200 are defective or mounted improperly. Is the resistance between TP1207 and GND (TP1209) 82 k ohms? S terminal of the Li-Ion battery is defective. CN1200 is in poor contact. LED1200 and R1248 are defective. Is 4.2 V or more on TP1211? Is the temperature of the front cabinet (key side) below 35°C? Depending on the temperature, charg- ing may take longer. Is 5.0 V or lower on TP1301? Go to the section “4.1. Battery does not charge.” The Li-Ion battery is defective, charge parame- ter data is corrupted, or IC1200 is defective. Is 4.2 V or more on TP1211 for over 30 min- utes? Charging time depends on handset (phone) use, or the degree of the battery deterioration. (Wait for more than 30 seconds.) Is the temperature of the front cabinet (key side) below 35°C? Depending on the temperature, charging may take longer. Charge parameter data is corrupted. NO YES NO YES NO YES NO YES NO NO YES YES NO YES NO YES NO NO YES YES NO YES NO YES NO YES

CONFIDENTIAL 5. System settings are reset. 6. Clock settings are reset. Is TP1217 at high level (2.75 V) when the Power key is pressed with 3.7 V applied to the battery terminals (VBATT:TP:1200, TP1201, and TP1202)? Is 1.8 V applied to TP1231? Is 2.75 V applied to TP1232,TP1233 and TP1234? Go to the section “3. Power dose not turn on.” (see page 2-26) IC1200 is defective. Is the resistance between GND (TP1210) and TP1207 82 k ohms? Is there conduction between the battery termi- nals and TP1207? Battery terminal (CN1200) is mounted improperly. IC1200 or the battery is defective. Is the USIM card recognised? Connection to the USIM card is instantaneously interrupted. Are the battery terminals clean? Connection to the battery terminal is instanta- neously interrupted. The software has a problem, or IC1100 parts are defective. Is 1.8 V applied to TP1223 with 3.7 V applied to the battery terminal (TP1200)? IC1206, C1239 and R1247 are defective or mounted improperly. Is 1.0 V or more on TP1226 with the battery ter- minal (TP1200) disconnected? Is the voltage of the back-up battery 1.0 V or more? The back-up battery is defective or deterio- rated, or earth short circuit. Is 1.0 V or more on TP3019? The back-up battery is mounted improperly. The flexible PWB is broken CN3001 and CN1501 are defective, or the thin coaxial is broken. Is 1.0 V or more on TP1223 with the battery ter- minal (TP1200) disconnected? IC1204 or peripheral circuits are defective or short-circuited. IC1206 is defective. Is 1.5 V applied to TP1003 with 3.7 V applied to the battery terminal (TP1200)? IC1204 is defective or mounted improperly IC1000 is defective NO NO YES YES NO NO YES YES NO YES NO YES NO YES NO NO YES YES NO YES NO YES NO YES

CONFIDENTIAL 7. Vibrator does not work. 8. Speaker does not work. • When both voice and ring tones are not heard from the speaker, check the items of 8.1. • When ring tones are heard from the speaker but voice is not, check the items of 8.2. • When voice is heard from the speaker but ring tones are not, check the items of 8.3. 8.1. Both voice and ring tones are not heard from the speaker. Is 3.0 V on TP1609 when the vibrator is removed and then activated? At this time, is 1.6 V or more on IC1601 pin 1? IC1600 is defective. IC1601, CA1609, and D1600 are defective, mounted improperly, or short-circuited Is 3.0 V on TP1609 when the vibrator is fixed and then activated? Vibrator is defective. The vibrator is defective, or there is clogging caused by foreign objects. Is the speaker connector in contact with the other speaker connector CN2004 on the SD PWB? Poor contact at the connector. Is the impedance between speaker terminals approx.8 ohms? Speaker parts are defective. Is there conduction between pin 1 of the speaker connecter CN2004 and R2016 and between the pin 2 and R2019? The connector CN2004 is soldered improperly or the PWB is defective. Or R2019 and R2016 are defective. Do R2012 and R2018 have an impedance of 1 ohm? R2012 and R2018 are defective. Is there conduction between R2012 and TP1611 and between R2018 and TP1608? Poor contact or soldering between the SD PWB socket CN2000 and the socket connected to the SD P.W.B Connect FPC, or between the socket connected to the SD P.W.B Connect FPC and the main PWB socket CN1500. Or the PWB is defective.. IC1603, C1632, R1613, R1614 and R1646 are defective. Is signal sent to R1646? Is the battery voltage applied to R1656? Also is the voltage 2.9 V applied to R1645? The main PWB or the power supply system is defective. Are signals sent to C1621 and C1622? Is the battery voltage applied to R1607? Also is the voltage 1.8 V applied to R1602 and 2.9 V to R1606 and R1609? IC1600 is defective. C1621, C1622, C1625, R1617, R1619, R1620 and IC1600 are defective. The main PWB or the power supply system is defective. NO NO YES YES NO YES NO YES NO YES NO YES NO YES NO YES YES YES NO NO NO YES YES NO

CONFIDENTIAL 8.2. Ring tones are heard from the speaker but voice is not. 8.3. Voice is heard from the speaker but ring tones are not. 9. The display does not appear on Display. Is signal sent to R1612? IC1600 is defective. IC1200 is defective. Is the volume set to zero? Is sound heard after turning up the volume? OK. Is clock sent to R1673? R1673 is defective. Or IC1600 is defective. IC1200 is defective. Is the flexible PWB of the display securely locked to CN3005? Unlock it, and then reinsert and lock it. Replace Display. Does the display appear? Are the following display parts in good condi- tion? IC3008, C3102, C3103, C3104, C3105, C3144, C3091, C3092, C3093, C3094, C3095, C3096, C3097, C3098, C3099, C3100, C3101, C3044, R3018, R3055, R3064, R3046, R3047, R3050, R3066, R3067, RA3014, RA3015, R3089, R3091, R3093, R3095 The display parts are not mounted properly. Display unit is defective. The battery is defec- tive or not set; the PWB is defective; the battery needs to be charged; the thin coaxial cable socket is mounted improperly or broken; the main PWB is defective; R3019 is mounted improperly; or the display PWB is defective. Is 2.9 ± 0.1 V applied to TP3026 and R3064? Is 1.85 ± 0.1 V applied to TP3027, R3046 and R3047? (To page 2-31) Is the waveform from R3018 a 6.5 MHz pulse wave? Is the waveform from RA3010, RA3011, RA3012, RA3013, R3017, and R3024 a pulse wave? RA3010, RA3011, RA3012, RA3013, R3017 and R3024 are defective or mounted improperly. Is the voltage on C3102 between -5.2 V and -4.9 V? Is the voltage on C3103 between 9.5 V and 10.4 V? IC3008, C3102 and C3103 are defective or mounted improp- erly. Is the waveform sent from RA3014, RA3015, R3089, R3091, R3093 and R3095? IC3008, RA3014, RA3015, R3089, R3091, R3093 and R3095 are defective or mounted improp- erly. CN3005 socket parts are defective, or the dis- play PWB pattern is broken YES NO YES YES NO NO YES NO NO YES NO NO YES YES NO YES A NO YES NO YES NO YES NO YES

CONFIDENTIAL 10. Camera does not operate. (From page 2-30) Is 3.2 V or more applied to TP3004? The thin coaxial cable is broken, or the thin coaxial cable socket is in poor contact. Is the waveform of TP3002 a rectangular wave? R3008A is mounted improperly, or the display PWB and the main PWB are defective. IC3000 is defective. The camera does not operate. Enter the test mode. Replace the camera module to a properly work- ing one, and activate the camera. Is the image through the camera lens properly displayed? The camera module is defective. Replace the SD PWB to a properly working one, and activate the camera. Is the image through the camera lens properly displayed? The SD PWB is defective. Replace the the flexible PWB connected to the SD PWB to a properly working one, and acti- vate the camera. Is the image through the camera lens properly displayed? The SD P.W.B. connect FPC is defective. Replace the main PWB to a properly working one, and activate the camera. Is the image through the camera lens properly displayed? The main PWB is defective. A NO YES NO YES YES NO YES NO YES NO YES

CONFIDENTIAL 11. Sub Camera does not operate. 12. The display backlight does not turn on. Replace the display PWB to a properly working one, and activate the sub camera. Is the image through the sub camera lens prop- erly displayed? The display PWB is defective. Find the cause. Replace the thin coaxial to a non-defective one, and activate the sub camera. Is the image through the sub camera lens prop- erly displayed? The thin coaxial is defective. Replace the main PWB to a properly working one, and activate the sub camera. Is the image through the sub camera lens prop- erly displayed? The main PWB is defective. The display PWB is defective. Is fuse FS2001 mounted properly, and is there conduction? FS2001 is mounted improperly, or the fuse is blown. Is the voltage applied to FS2001 when the volt- age is applied to the battery terminals? CN1501 and CN2000 are in poor contact with the flexible PWB, or the flexible PWB is broken. Is the LED FPC unit properly soldered to TP3008 and TP3009? The LED FPC unit is soldered improperly. Is 10 - 16 V sent to TP2001? IC2005, L2001, D2000, D2002, R2008, C2019, C2009 and C2012 are defective or mounted improperly. Is 10 - 16 V sent to TP3025? CN2000 and CN3001 are defective, mounted improperly, or in poor contact. The thin coaxial is broken. LED is defective. LED FPC unit is defective. IC2005 is defective. YES NO YES NO YES NO NO YES NO YES NO YES NO YES NO YES

CONFIDENTIAL 13. The Key backlight does not turn on. 14. Mobile Light does not turn on. 15. Out-of-range appears and no transmission/reception is available. In the Japan mode (W-CDMA), “out-of-range” appears, and no transmission/reception is available. Does the power turn on? Go to the section "3. Power dose not turn on." (see page 2-26) Do all the Key backlight LEDs remain off? The disabled LEDs are defective. Otherwise, the resistances corresponding to the disabled LEDs are mounted improperly. Is there 2.75 V of electric potential difference between both ends of R1046 when trying to turn on the Key backlight? IC1000 is defective or mounted improperly. Is the voltage 0 V on CN1000 pin 18? Q1002 is defective or mounted improperly. CN1000 is defective or mounted improperly. The key FPC unit is broken or in poor contact. Is fuse FS2002 mounted properly, and is there conduction? FS2002 is mounted improperly, or the fuse is blown. Is the voltage applied to FS2002 when the volt- age is applied to the battery terminals? CN1501 and CN2000 are in poor contact with the flexible PWB. Otherwise, the flexible PWB is broken. Try the white light and see whether only the red turns on or none does. Is the voltage 4.2 V or lower on TP2000? IC2005 and LED2005 are defective or mounted improperly. IC2005, Q2005, L2003, D2004, R2009 and C2007 are defective or mounted improperly. IC2005 and LED2005 are defective or mounted improperly. [Reception system] Is the system setting in the network settings is set to “Auto” or “3G”? Set the system setting to “Auto” or “3G”. Is the USIM inserted? Insert the USIM. (To page 2-34) NO YES NO YES NO YES NO YES NO YES NO YES Only the red turns on NO None does. YES B NO B YES NO YES C

CONFIDENTIAL (From page 2-33) Does Error occur when the command VERS = 1 is entered? (*1) The file system or SRAM is defective. Use the wire method for measurement. In the test mode, can synchronisation be estab- lished with a simulator, etc.? (ANT terminal input: -90 dBm) Use the PUCA command. (*2) In mandatory reception mode (*3), is MCLK output sent correctly? VCXO circuit or IC400 is defective. In mandatory reception mode (*3), is the RSSI value normal? Are the appropriate signals for SP015, SP016, SP017, and SP018 displayed on an oscillo- scope? FL001 and IC400 or PWB are defective. IC1400 or PWB is defective. IC1400 or PWB is defective. *1: The command input procedure will be described later. *2: Check both “Yes” and “No” items when the PUCA command is not available due to the lack of a simulator (such as MT8820A made by Anritsu) or other necessary devices. *3: The command input procedure will be described later. [Transmission system] Use the PUCA command. (*2) Are the appropriate signals for SP001, SP002, SP003, and SP004 displayed on an oscillo- scope? IC1400 is defective. Is the transmission frequency correct? Is the voltage approx. 1 V on both ends of C710? IC400 is defective. Is the transmission waveform normal? (At maximum output, ACLR ± 5 MHz is –34 dBc or less, occupied bandwidth is 4.3 MHz or less, and modulation accuracy is 12% or less.) IC700 is defective. Is the output level is correct? (21 to 25 dBm, at maximum output) At maximum output, is the voltage on IC630 pin 1 acceptable (approx. 2.6 V)? IC630 or IC1200 is defective. The aerial circuit and parts are defective. At maximum output, is the voltage 3 V or more on both ends of C627? IC630 or IC620 is defective. FL001 and IC700 or PWB are defective. C YES NO YES D NO NO YES NO NO YES YES D NO YES NO YES YES NO NO YES NO NO YES YES NO YES

CONFIDENTIAL Additional information 1: Out-of-range display for W-CDMA Parameter group Parameter Setting Remarks Common Call Processing Off Test Loop Mode Off UL Frequency 9887ch 1977.4MHz Measurement-dependent DL Frequency 10837ch 2167.4MHz Measurement-dependent Frequency Separation 190MHz Input Level 25dBm (at maximum output) Level is measurement-dependent Output Level -70dBm Level is measurement-dependent AWGN Off Sequential Output Off External Loss(Main DL) On Offset required External Loss(Main UL) On Offset required External Loss(Aux) Off Channel Coding reference measurement channel DTCH Data Pattern PN9 DCCH Data Pattern PN9 Prioritised RABs DL Max. Rate 12.2kbps Physical Channel Parameter Primary Scramble Code 8 Changeable Channel Level Unit Ior CPICH Power(CPICH_Ec/Ior) -3.3dB On P-CCPCH Power(P-CCPCH_Ec/Ior) -5.3dB On SCH Power(SCH_Ec/Ior) -5.3dB On PICH Power(PICH_Ec/Ior) -8.3dB On Channelization Code 100 DPCH Power(DPCH_Ec/Ior) -10.3dB On Secondary Scrambling Code Stand Alone DCCH 0 RAB 0 Timing Offset 0 Channelization Code Stand Alone DCCH 30 RAB 5 S-CCPCH Off AICH Off Uplink Physical Channel PRACH Preamble Scrambling Code 0 DPCH Scrambling Code 1 Scrambling Code Type Long Call Processing Parameter OFF Tx Measurement Setup Parameter Occupied Bandwidth Detect Mode Average OBW Ratio 99% Spectrum Emission Mask Detect Mode Average Template [Template Setup] Level of RBW : 30kHz 2.5MHz -35dBc 3.5MHz -50dBc Level of RBW : 1MHz 3.5MHz -35dBc 7.5MHz -49dBc Lower Limit -50dBm/3.84MHz Additional limit Non Modulation Analysis Storage Mode Latest Long Span Code Search OFF Measuring Object W-CDMA

CONFIDENTIAL Additional information 2: Out-of-range display for W-CDMA 1) VERS command VERS = 1 2) PUCA command MODE=4 WWDL=0 WWDL=1 WWDL=2 WRST=1 PUCA = 1,10837,0,2,5,8,15 (* When MT8820A is used, set up the measurement equipment according to the setting examples for MT8820A.) PUCA = 0 (Measurement is complete.) WRST = 0 POFF 3) Mandatory reception mode MODE=4 WWDL=0 WWDL=1 WWDL=2 WRXC=10832 TCMP=2,0 RXPW=0 WRST = 0 (Measurement is complete.) POFF Parameter group Parameter Setting Remarks Rx Measurement Setup Parameter Bit Error Rate Number of Sample 10000 bit BER Upper Limit 10% Measurement Input RF Loopback Ext.BER.Input Polarity Not used Ext.BER.Input Clock Not used Voice Channel Not used Block Error Rate Not used BER/BLER Timeout Length 10sec Fundamental Measurement Parameter Power measurement On Average count 1 Frequency Error On Average count 1 Occuupied Bandwidth On Average count 1 Specturm Emission Mask On Average count 1 Adjacent Channel Power On Average count 1 Modulation Analysis On Average count 1 Peak Code Domain Error On Average count 1 BER On BLER Off

CONFIDENTIAL In the overseas mode (GSM), “out-of-range” appears, and no transmission/reception is available. Is the system setting set to “Auto” or “GSM”? Change the setting in the network settings to “Auto” or “GSM”. Is the USIM inserted? Insert the USIM. [Reception system] Are 4 reception bars displayed? * Set the BCCH/TCH level of a simulator to -80 dBm in EGSM band. Is the voltage approx. 2.75 V applied to VCCA/ VCCB line? IC1000, IC1200 and Main PWB-A are defec- tive. Is the EGSM band received signal sent to IC100 pins 4 and 5? IC100, IC101 and IC1000 are defective. Is the EGSM band received signal sent from FL001 pin 1? FL110 is defective. s the EGSM band received signal sent to FL001 pin 7? FL001 is defective. Is the EGSM band received signal sent to FL003 pin 3? FL003 is defective. CN1300 is defective. [Transmission system] Does IC100 oscillate at the frequency of the EGSM band transmitted signal? IC100, IC400, X770 and IC1000 are defective. Is the IQ signal sent to IC100 pins 49, 50, 51, and 52? IC100 and Main PWB-A are defective. Is the EGSM band transmitted signal sent to IC300 pin 5? IC100 and FL330 are defective. Is the EGSM band transmitted signal sent to FL001 pin 13? IC300 and IC1200 are defective. Is the EGSM band transmitted signal sent to FL003 pin 1? FL001 is defective. Is the EGSM band transmitted signal sent to FL003 pin 3? FL003 is defective. CN1300 is defective. NO YES NO YES YES E NO NO YES YES NO YES NO YES NO YES NO E NO YES NO YES NO YES NO YES NO YES NO YES

CONFIDENTIAL In the overseas mode (DCS/PCS), “out-of-range” appears, and no transmission/reception is available. Is the system setting set to “Auto” or “GSM”? Change the setting in the network settings to “Auto” or “GSM”. Is the USIM inserted? Insert the USIM. [Reception system] Are 4 reception bars displayed? * Set the BCCH/TCH level of a simulator to -80 dBm in DCS (PCS) band. Is the voltage approx. 2.75 V applied to VCCA/ VCCB line? IC1000, IC1200 and Main PWB-A are defec- tive. Is the DCS (PCS) band received signal sent to IC100 pins 13 and 21 (1 and 2)? IC100, IC101 and IC1000 are defective. Is the DCS (PCS) band received signal sent from FL001 pin 2 (3)? FL100 (FL120) is defective. Is the DCS (PCS) band received signal sent to FL001 pin 7? FL001 is defective. Is the DCS (PCS) band received signal sent to FL003 pin 3? FL003 is defective. CN1300 is defective. [Transmission system] Does IC100 oscillate at the frequency of the DCS (PCS) band transmitted signal? IC100, IC400, X770 and IC1000 are defective. Is the IQ signal sent to IC100 pins 49, 50, 51, and 52? IC1000 and Main PWB-A are defective. Is the DCS (PCS) band transmitted signal sent to IC300 pin 1? IC100 and FL331 are defective. Is the DCS (PCS) band transmitted signal sent to FL001 pin 12? IC300 and IC1200 are defective. Is the DCS (PCS) band transmitted signal sent to FL003 pin 1? FL001 is defective. Is the DCS (PCS) band transmitted signal sent to FL003 pin 3? FL003 is defective. CN1300 is defective. NO YES NO YES YES F NO NO YES YES NO YES NO YES NO YES NO F NO YES NO YES NO YES NO YES NO YES NO YES

CONFIDENTIAL 16. SD memory card is not recognised. 17. Music on SD memory card cannot be played. [Music is not heard through the headphones] Prepare the SD memory card. [*1] [*1] Use the specified, formatted SD card for 802SH. It does not matter if data exists or not. Put the SD memory card. Is it recognised? SD memory card is defective. Check for proper fit of CN2001. Is there any problem? CN2001 has poor fit. Is 2.9 V applied to TP2027? IC2001 is defective. Are signals sent to R2000, R2001, R2002, R2003 and R2022? CN2001 is defective. Are signals sent to R1528, R1529, R1530, R1531, R1532 and R1533? The SD PWB or its flexible PWB is defective. Otherwise, CN2000 and CN1500 are defective. IC1500 is defective. Is music heard from the speaker? The headphones are defective, JK1600 is defective, or the headphone socket fails to be detected. C1674, C1675, L1600, and L1601 are defective. Is the audio waveform sent to TP1605 and TP1606? The headphones are defective, JK1600 is defective, or the headphone socket fails to be detected. C1674, C1675, L1600, and L1601 are defective. Are signals sent to R1625 and R1626? C1629, C1630, C1671, C1672, R1625, R1626, Q1601 and Q1602 are defective. Is the rectangular wave is sent to R1565, R1571, and R1572? IC1600 is defective. IC1500 is defective. YES NO NO YES NO YES YES NO YES NO YES NO YES NO YES NO YES NO

CONFIDENTIAL 18. USIM card is not recognised. 19. Bluetooth communication is impossible. Is the USIM card inserted and securely locked? The USIM card is not properly inserted. Is the USIM card recognised when inserted to a properly working handset (phone)? USIM card is defective. Is “Insert SIM Card” displayed when the power is turned on without the USIM card? The software has a problem. Is the voltage 3.0 V on TP1218 and TP1219? IC1200 is defective. Does R1232 oscillate? IC1000, IC1200, and R1232 are defective or mounted improperly. IC1000, IC1200, R1230, R1231 and R1232 are defective or mounted improperly. A connection cannot be established via Blue- tooth. Is the voltage approx. 2.9 V applied to TP1021? IC1002 is defective. TP1022 (RESET signal)always at “High”? IC1000 is defective. Are pulse signals sent to TP1016 (BT_UARTTX signal)? IC1000 is defective. IC1001 is defective. Phone can be connected to Bluetooth head- set,but sound is not heard. Is the signal waveform sent to TP1004 (PCM- DATB)? IC1000 is defective. Is the signal waveform sent to TP1005 (PCM- DATA)? IC1001 is defective. IC1000 is defective. Or IC1001 is defective. NO YES NO YES NO YES NO YES NO YES NO YES NO YES NO YES NO YES NO YES

CONFIDENTIAL Phone 802SH Service Manual Service Manual Market E CHAPTER 3. DISASSEMBLY AND REASSEMBLY [1] Servicing Concerns 1. For disassembling 1. Do not remove the board of baseband section by pulling external interface connector not to damage the board. 2. Shield case is attached on shield case holder with no space. Do not remove together with shield case holder. If you do, you can- not attach it again because they are soldered and in such a case, you should take the electric pattern on the board as well. 2. For reassembling 1. Make sure that all ornamental parts have no scratch and clean. 2. Make sure that you can open and close handset (phone) smoothly and hear hinges click. 3. Make sure that display panel is placed in a proper position without inclination. 4. Make sure that all three battery terminals protrude evenly. 5. Make sure that the pawl of aerial is upside. • FASTENING TORQUE (Referential Value) The reference value is measured when an electric screwdriver (HIOS CL4000) is used. • SOLDERING SPECIFICATION Soldering iron must be set to 380° C for 5 seconds. • STANDARD POSITION OF ATTACHMENT When replacing the following labels (marked with ), be sure to place new ones on the specified positions. [Panel, Display/Screw Cover, Display (Bottom)] [Sensor, Moisture (Small)] [Sensor, Moisture (Large)] [Label, Qualcomm] [Holder, Hinge] • Back Cabinet (Key)/ Front Cabinet (Key) 13.8 to 15.7 N • cm (1.4 to 1.6 Kgf • cm) • Back Cabinet (Display)/ Front Cabinet (Display) • Hinge Unit 9.8 to 11.8 N • cm (1.0 to 1.2 Kgf • cm) Panel, Display Standard position Screw Cover, Display (Bottom) Front Cabinet (Display) Standard position Standard position Move up to this line. Attach the cover as shown. To the left reference position on the front cabinet (Display side). Standard position: Align with the corner of the label. Holder, SD PWB Sensor, Moisture (Small) Standard position: Attach within the rib area on the back cabinet. Back Cabinet (Display) Sensor, Moisture (Large): Deleted in the middle of October production. Standard position Standard position Label, Qualcomm Front Cabinet (Key) Standard position Standard position No protrusion from the PWB Main PWB-A Holder, Hinge

CONFIDENTIAL [Spacer, Speaker Lead Wire] [Spacer, CSP] [Tape, Kapton] [Spacer, Speaker Holder] [Camera Cushion, Bottom] [Thin Coaxial (Earth FPC)/FPC Retainer Kapton] A B G H C D E F SD PWB-C Spacer, Speaker Lead Wire Standard position: Standard position: The left and right edges must be between the through-hole and the round land (small). Round land (small) Align with the lower gold-plated line Through-hole IC1000 MAIN PWB-A Spacer, CSP Standard position: Standard position: Standard position: Align with the BBK shield frame line. Do not exceed from the IC's outline. Do not cover the BBK shield frame. Frame, BBK Shield Standard position: Attach along the resist line. Standard position: Display PWB-B (Rear Side) Tape, Kapton Standard position: Attach along with the lower resist line of the factory identification mark ( ). Attach the connector along with the centre line. Standard position Jig Standard position Holder, SD PWB Spacer, Speaker Holder Standard position Standard position Holder, SD PWB Camera Cushion, Bottom Standard position FPC Retainer Kapton Thin Coaxial (Earth FPC) Main PWB-A Do not place on the BBK shield case cover. Standard position To the centre of the marking on the BBK shield case cover. No protrusion from the marking. Standard position Do not go beyond the thin coaxial (flexible earth) Standard position To the centre of the thin coaxial (Earth FPC) Do not get into the cutout area.

CONFIDENTIAL [2] Disassembly and reassembly • To reassemble, reverse the procedure. Note that the aerial cover needs to be installed after assembling the back cabinet (key side). Figure 1 Figure 2 Figure 3 Figure 4 Figure 5 STEP REMOVAL PROCEDURE FIGURE 1 Back Cabinet (Display) Assembly 1.Battery Cover........ 2.Li-Ion Battery......... 3.Screw Cover.......... 4.Screw.................... 5.Hook..................... (A1)x1 (A2)x1 (A3)x3 (A4)x6 (A5)x2 1 2 3 2 Display Holder Assembly 1.Socket................... 2.Hook..................... (B1)x1 (B2)x2 4 3 Display PWB-B 1.Solder.................... 2.Flat Cable.............. 3.Hook..................... 4.Hook..................... (C1)x3 (C2)x2 (C3)x1 (C4)x1 5 (A1) x 1 (A2) x 1 Back Cabinet (Key) (A3) x 1 (A4) x 2 M1.4 x 2.8mm (A4) x 2 M1.7 x 6.0mm (A4) x 2 M1.7 x 5.0mm (A3) x 2 Back Cabinet (Display) Open Top belt (A5) x 2 Insert a jig into the gap between the Top belt and back cabinet (Display side), and slide it to remove the hook A5. Slide Back Cabinet (Display) Jig (Use something flat and hard, for example guitar picks.) 1 2 3 4 4 (B2) x 1 (B1) x 1 Top belt Front/Back Cabinet (Key) Display Holder Unit Remove the cabinet protection and Top belt. Remove the socket B1. Lift and pull off the front/back cabinet (key side). Remove the hook B2. 1 2 3 4 (B2) x 1 Display PWB-B Tape, Kapton Display Holder Unit (C4)x1* (C2)x1 (C2)x1 (C3)x1* (C1)x2 (C1)x1 Remove the hook C3, and then the hook C4. * Set it upright. Pull and set it upright.

CONFIDENTIAL For removal of the hinge unit, refer to “Precautions for installing the thin coaxial” (3-7). Figure 6 Figure 7 Figure 8 Figure 9 STEP REMOVAL PROCEDURE FIGURE 4 Hinge Cabinet 1.Screw Cover.......... 2.Screw.................... 3.Hook..................... (D1)x2 (D2)x2 (D3)x4 6 7 5 Back Cabinet (Key) Assembly 1.Screw Cover.......... 2.Screw.................... 3.Hook..................... (E1)x2 (E2)x4 (E3)x7 8 9 (D1)x2 Back Cabinet, Hinge (D2)x2 M1.4x2.8mm Rotate 90 degrees. Set it upright. (D3)x2 (D3)x2 Insert a jig and slide it to remove the hook D3. Jig Slide Back Cabinet, Hinge Front Cabinet, Hinge * Set it upright 90 degrees. * Set it upright as shown and remove the front cabinet (hinge). (E2)x2 M1.7x5.5mm, Black (E2)x2 M1.7x7.5mm (E1)x2 Back Cabinet (Key) (E3)x2 (E3)x2 (E3)x3 Slide Jig

CONFIDENTIAL Figure 10 Figure 11 Figure 12 Figure 13 Figure 14 STEP REMOVAL PROCEDURE FIGURE 6 Aerial Cover 1.Screw Cover.......... 2.Screw.................... 3.Hook..................... (F1)x1 (F2)x2 (F3)x4 10 11 7 Main PWB-A 1.Hook..................... (G1)x3 12 8 Camera Unit/ Holder 1.Socket................... (H1)x1 13 9 Key FPC Unit PWB-E/ Main PWB Holder 1.Hook..................... 2.Flat Cable.............. (J1)x5 (J2)x1 13 10 Hinge Unit/ Speaker 1.Socket................... (K1)x2 13 11 SD PWB-C 1.Hook..................... 2.Socket................... 3.Hook..................... (L1)x3 (L2)x1 (L3)x4 14 Aerial Cover (F1)x1 (F2)x2 M1.4x1.6mm (F3)x2 (F3)x2 Jig Aerial Cover (G1)x1 (G1)x2 Cover, External Connector Front Cabinet (Key) Main PWB-A Handsfree Microphone Connector Open Minus Driver Hook(G1) Insert a small flat head screw- driver and lift off the main PWB- A to remove the hook G1. (J2)x1 (J1)x5 (K1)x1 (K1)x1 (H1)x1 Camera Unit/ Holder Key FPC Unit PWB-E/ Holder, Main PWB Main PWB-A Hinge Unit/ Speaker Remove the FPC retainer kapton. Thin Coaxial (Earth FPC) A A Pull and set it upright. (L2)x1 (L3)x4 (L1)x2 (L1)x1 Main PWB-A SD PWB-C Holder, SD PWB

CONFIDENTIAL [3] Precautions for installing the thin coax- ial Attach the connector cover before installing the thin coaxial. After the installation, leave the connector cover off. Part Code Description PCOVPA003AFZZ Cover, Connector Hinge Unit Blue Wire Holder B Fix Holder, Hinge Hole B Hinge Unit Fit the hooks of the hinge holder. Fit the hooks of the hinge holder. The thin coaxial connector should be routed through the wire holders A and B beforehand. Holder, Hinge Hole A Hole B Hinge Unit Cover, Connector Thin Coaxial (Earth FPC) Thin Coaxial (Cable) a b A Thin Coaxial Fix the "A" part and bend the thin coaxial into an N shape to insert the hole A. This prevents twisting of the thin coaxial (ca- ble/earth FPC). Hinge Unit Earth FPC When routing through the hole B, straighten the thin coaxial and continue to make arcs with it. Sagging must be out of the hole B. Position the thin coaxial (earth FPC) outside the thin coaxial (cable). Pay special attention to the sections "a" and "b". Adjusting the length, insert the thin coaxial into the hinge holder. The earth FPC must be in contact with the hinge unit. Nitoflon overlap area End face of the earth FPC The end face of the earth FPC must be within this range. (Keep it inside the hinge.) Yellow Wire Holder A Wiring location: Align the end face of the flexible PWB with the inner surface of the hinge unit fitting.

4 -- 2 Figure 1 MAIN BLOCK DIAGRAM CHAPTER 4. DIAGRAMS [1] Block diagram 802SH 802SH Rake Fingers Rake Fingers Rake Fingers Rake Fingers DSP RRMA RAM DPL L EMI F Combiner TFCI decorder IO-Bus System Cont APLL Clock square HSSL Sleep Contlor UART HSSL Memory Controller 3wire Serial bus To IC400/ IC700 RXIA/IB RXQA/QB TXI/IBAR TXQ/QBAR To IC1200 DAC BUS To RF Block 20, 23, 24, 27, 34, 41, 45, 48, 67, 70, 83, 87, 94, 104, 109, 120, 127, 135, 138, 139, 156, 179, 181 126, 145 144, 160 124, 174 142, 173 A/D D/A RF-I/F AGC Pow Control TIMING Generator Code Generator Path Searcher Cell Searcher Interleaver Rate Matching TX-Stage2 TX-Stage3 Waveform Gen Interleaver Turbo Coder Viterbi Coder CRC Ciphering TX-Stage1 De-interleaver Rate dematching Viterbi Decorder Turbo Decoder CRC De-ciphering RX-Stage2 De-interleaver Phys.CH Transport.C De-seg H De-multiplex RX-Stage1 CH Codec IC1001 BGB202 BLUETOOTH CN061 2.9 V REGULATOR IC1002 R1162D291D BATT+B : 4.0V BLUETOOTH AERIAL MCK RTCCLK IC1303 XC6219C332DR X1000 32.768KHz I2C HSSL IDATA QDATA DCLK From IC101 MOD [A-D] 3.3 V REGULATOR JK1600 VIDEO OUT/ HANDSFREE MICROPHONE CONNECTOR I2C RTC TIMER RXIF EQU NODI 4 x CHD DIRMOD SERCON CLKCON TIMGEN CRYPTO FCHDET GSM/GPRS GPIO UART0 UART1 UART2 UART3 UART4 HSSL USB I/F CAM I/F IrDA LCD I/F SYS CONTROL KEYPAD SIM I/F INTCON MMC SARAM DARAM ROM DSP LEAD3 Speech Codec Audio Algorithm etc IC1000 D751668AZZG BASEBAND MANAGEMENT CPU BOOT ROM EMIF ARM946E RAM RAM DMA Interconnect Matrix PCM KEY MATRIX PSRAM (64Mbit) PSRAM (128Mbit) IC1100 LHF65NZ1 FRASHMEMORY1 IC1101 MB82R6A5C FRASHMEMORY2 BAT1200 BACK-UP BATTERY 1.8V REGULATOR IC1206 R1163D181B 1.8V IC1200 TWL93004CZQW POWER SUPPLY /RF CONTROL 1.5V 1.5V IC1205 S-817A15APF POWER SUPPLY IC1205 S-817A15APF POWER SUPPLY IC1204 S-817A15APF POWER SUPPLY SRAM (8Mbit) FLASH (128Mbit) FLASH (256Mbit) FLASH (256Mbit) I2C PCM BATTERY TERMINAL CN1200 BATTERY BATT+B : 4.0V Audio I/F IC1200 TWL93004CZQW POWER SUPPLY /RF CONTROL SIM Level sift Charger Control OSC Sleep Con I2C LDOA/B/D PCM I/F MIC To HP Receiver MIC200 EP1000 EARPIECE To PCM CODEC From HP MIC MIC201 MIC SIM CONNECTOR CHARGER CIRCUIT CN1201 IC1202 TK73840BDB REGULATOR AC CHARGER 2.0V IC1201 XC61CC20C2NR VOLTAGE DETECTOR MA5 IC1600 YMU783C MOBILE AUDIO I/F ADPCM LOGIC DA MIX FM SY N AMP PCM I/F AMP SP2000 SPEAKER AGC STEREO AMP. IC1603 AN12974A IC1400 D751980CZPH W-CDMA MODEM 4 2, 5 3 12, 13, 28, 43 5, 7 3 130 163~166 220, 260 238, 258 246 226 75, 83, 84, 123 133 144 132 2, 13, 66~69, 76, 77, 86, 92, 94, 95, 108, 138, 143, 148, 154, 191, 193, 212, 223, 227, 233, 229, 244, 248,271, 276, 284 183, 230, 231, 250~253, 270, 272, 285, 286 218, 236 8, 16, 77, 78, 81~84 169~171 56, 82 9, 10, 74, 80 58 121 3 3 5 3 2 283 196 3 18, 28, 56, 64, 69 50 10 48, 54 28, 30 13, 15 4 2 5, 6 8, 9 71 84, 85, 98 61, 72, 73, 86 38, 39, 49 139 138 122, 135 30, 42~44, 52~58, 64~68, 75~80, 88~92, 111, 112, 115, PCM EXTERNAL CONNECTOR CN1300 MOBILE LIGHT LED DISPLAY BACKLIGHT (3.1 V) REGULATOR (1.8 V) REGULATOR CAMERA (1.3MPixel) CAM Cont CCD sensor LVDS DISPLAY LCD3000 DISPLAY CONTROLLER I2C SIO IC3000 LR38866 ASV DISPLAY POWER SUPPLY IC3008 IR3M70Y6 T4C PLL IC2003 R1160D31 IC2004 64013018 IC1500 TC3525XBG MULTIMEDIA ACCELERATOR SDI/F LVDS PCM I/F PCM IC1300 BU7880GU EXTERNAL INTERFACE UART USB Handsfree MCPC MUX SUB CAMERA CAM Cont CCD sensor 2.9V REGULATOR REGULATOR IC3001 R1162D291D IC3004 R1162D251D I2C I2C IC1504 FA3727R POWER CONTROL 2.9V REGULATOR PCM VIBRATOR VIBRATOR REGULATOR VIB001 IC1601 BH30FB1WHFV 1.8V IC1200 TWL93004CZQW POWER SUPPLY /RF CONTROL SD CARD CONNECTOR CN2001 SD POWER CONTROL IC2001 R1161D291D PCM CODEC IC1700 AK4569 From IC1200 PCM IC1602 R1163D291B JK1600 HANDSFREE MICROPHONE CONNECTOR 2.9V 2, 5 9 12, 28 10 3, 11, 25 111, 112, 117, 125, 127, 139, 172, 177, 206~208, 235, 236, 240, 242, 314, 334 32, 50, 51, 68 54~56, 59, 61, 69, 76, 85, 92, 101, 108, 116, 118, 120, 122 27, 28, 39, 41, 46, 51, 57, 63, 78~80, 82 11, 12, 23 5 5 3 4 1 2 IC2005 BD6015GU COMPOUND POWER SUPPLY 1 INFRARED PORT LED1503 157, 186

4 -- 4 Figure 2 RF BLOCK DIAGRAM 802SH 802SH TRANSMITTER fTx: 1922.6~1977.4MHz RECEIVER fRx: 2112.6~2167.4MHz CPL TEMPERATURE SENSOR RF PLL VCO TUNE RF VCO ISO- LATOR DET π /2 0 IF PLL IF VCO 1520MHz Rx SERIAL IF Tx SERIAL IF MCPC_I/F 2ndLO fL2:760MHz RXIA/RXIB RXQA/RXQB TXI/TXIBAR TXQ/TXQBAR fIF_Tx=380MHz GLNA RXON PLLCTRL MCLK XO TXRFVGA TXIFVGA VCXOCTRL PLLCTRL TXRFVGA VGA CTRL VGA CTRL LPF TUNE GAIN TOL. KILLER TXIFVGA FILTER SWITCH PWM /PFM DAC1 REF FB VBAT LX DAC4 LOGIC DIV 90 0 DIV 90 0 GSM (900MHz) LOOP FILTER HYBRID BALUN 897.5MHz HYBRID BALUN 1.810MHz ATT ATT DELAY VCO TEST DCS (1800MHz) PCS (1900MHz) PHD CHARGE PUMP XO PHDOUT PHDOUT BUSINTERFACE CURR.REQ. SIGMA DELTA SIGMA DELTA CLOCK SQUARER I2C SERIAL CONTROL LOGIC VTUNE MOD[A-D] Rx VCO High (4G) Tx High Rx Low (2G) Tx VCO Low (1G) RFHA RFHB RFHC RFHD RFLA RFLB PCTL PRESCALER IRA IRB QRA QRB IDATA QDATA DAC2 I2C DCLK SYSCLK2 IPOS INEG QPOS QNEG XOOB XOOC 13MHz DIPLEXER 1/2 1/2 DAC3 FL002 DUP- LEXER FL400 FL420 IC400 OM5954ET RECEIVER IC FOR W-CDMA X770 FL001 ANT SW MODULE IC620 MAX1820XEBC DC/DC FL650 IC630 RF9266 W-CDMA POWER AMP. IC700 OM5955ET W-CDMA TRANSMIT- TER IC CN1300 EXTERNAL CONNEC- TOR IC501 LM20SITLX IC300 CX77313 POWER AMP. MODULE (FOR GSM) FL330 FL331 IC100 OM5952AET RECEIVER/ TRANSMISSION IC FOR GSM FL100 RX-SAW FL120 RX-SAW FL110 RX-SAW IC101 AB1011 GSM CODEC IC800 LP3981ILD 2.8 V REGULATOR IC1200 TWL93004CZQW POWER SUPPLY /RF CONTROL CRYSTAL 13MHz GPA0 GPA3 FL500 8bit DAC 11bit DAC 8bit DAC 8bit DAC MCLK VDD_B LDO VDD_A LDOA LDOB LDOD 1MHz OSC GPADC I2C M U X GP ADC DAC01 DAC02 DAC03 DAC04 PA CONT GPA0 GPA2 GPA3 GPA4 XOOC XOOB BUILT-IN AERIAL To IC1000 To IC1000 From IC1000 IF BPF 13MHz D770 GLNA 2ndLO fL2: 760MHz 1stLO fL1: 2302.6~2357.4MHz Rx_IF AMP fIF_Rx=190MHz Rx LPF Rx AGC AMP CN901 Tx LPF From IC1000 [W-CDMA RF] [GSM RF] DAC BUS From IC1400 From IC1400 From IC1400 To IC1400 From IC1400 REG To IC1000 I2C VCCPA VDD_B VDD_D VDD_D VDD_A 3WIRE SERIAL BUS 3WIRE SERIAL BUS 3WIRE SERIAL BUS I/QDEM I/QMOD LNA FL003 ESD DEVICE CN902 COAXIAL CABLE VCCPA PA π /2 0 1/4 13 44 21 2 3, 11, 12, 14, 19, 23, 25, 27, 28, 31, 32, 38, 39, 41, 43 1 5 4 11 +B 13 9 37 2, 27, 29 31, 33, 40~45 48 1 5 10 8 3 1, 8 5, 6, 10 4 7, 15, 16 18, 19 21 48 49 9, 14, 16, 17, 19, 20, 22~24, 30, 31, 34, 38~42, 43, 46, 50 36 32 29 25 29, 33 45, 47 3, 6, 9, 11~14, 17 20, 22, 23 7, 8, 10, 12 14, 15, 17 1, 9, 17, 18, 20, 28, 39, 40, 46, 47, 51, 52, 54, 63, 64 7 8 9 10 46 55 54 49~52 34 141 117 130 118 17 82 94 83 2, 13, 15, 45, 48, 62 8 7 6 5 29 21 4 56 25, 27 21, 32 116 142 11 24 9, 10 7, 8 18 4, 3 1, 2 8, 10, 28 33, 36, 44 24 20 23 19 46 56 37 45 4, 7 7 3 2 2 +B

CONFIDENTIAL Phone 802SH Service Manual Service Manual Market E CHAPTER 5. SCHEMATIC DIAGRAM AND WIRING SIDE OF P.W.BOARD [1] Notes on schematic diagram • Resistor: Letters K and M are prefixed to ohm (unit of resistance). K means 1000 ohms and M means 1000 kohms. • Capacitor: P is an abbreviation for “pico” and a farad (unit of capacitance) without P means “microfarad”. Expressions “capacitance/withstand voltage” are used for electrolytic capacitors. (CH), (RH), (UJ): Temperature compensation (ML): Mylar type (S): Styrol type (PP): Polypropylene type • The voltage of each section is obtained by measuring between the section and chassis using a digital multimeter [handset (phone) out of range]. • Conditions: SIM card inserted, power on, in stand-by mode (opened) • Schematic diagram and Wiring Side of P.W. Board for this model are subject to change for improvement without prior notice. • Parts marked with “ ” are important for maintaining the safety of the set. Be sure to replace these parts with specified ones for main- taining the safety and performance of the set. [2] Types of transistor and LED TOP VIEW 1SS389F RB520S30 RB521G30 RB521S30 RB551V30 BBY58-02V B (3) (G) C (2) (D) E (1) (S) DTC114 YM DTC123 EM TOP VIEW RN47A4 JEF E1 B1 E2 C1,B2 C2 TOP VIEW 1 3 5 4 1 (D) 3 (D) 2 (G) 2 (D) 3 (D) 1 (S) TOP VIEW 1 3 6 4 MCH6413 EMT1 1 (E) 3 (B) 2 (C) 2 (C) 3 (B) 1 (E) TOP VIEW 1 3 6 4 HN1C03 FUZ 1 (D) 2 (D) 3 (G) 6 (D) 5 (D) 4 (S) TOP VIEW 1 3 6 4 SCH1302 SI1555 DL EC4404 C G S D D TOP VIEW 1 2 4 3 EC3201 C C C B E TOP VIEW 4 3 1 2 TOP VIEW NECW008A 1 2 3 6 5 4 GM56281A TOP VIEW TOP VIEW BRPY121F TOP VIEW ECH8603 2 (D) 1 (D) 1 (D) 2 (D) 1 4 8 5 2 (G) 1 (S) 1 (G) 2 (S) TOP VIEW CUS02Z SB0503EJ TOP VIEW SB0203EJ TOP VIEW GP2W3240 TOP VIEW EC4301 C EC4401 C 1 2 4 3 G S D D

CONFIDENTIAL [3] Waveforms of circuit 1 C001 EGSM (Talking) (CH1=1V, 1ms/div) 2 C002 DCS (Talking) (CH1=1V, 1ms/div) 3 C003 DCS (Talking) (CH1=1V, 1ms/div) 4 C327 EGSM/DCS/PCS (Talking) (CH1=1V, 1ms/div) 5 C331 EGSM (Talking) (CH1=1V, 1ms/div) 9 SP032 EGSM·DCS·PCS (Stand-by) (CH1=1V, 1ms/div) 6 C331 DCS/PCS (Talking) (CH1=1V, 1ms/div) 10 SP032 EGSM·DCS·PCS (Out-of-range) (CH1=1V, 200ms/div) 7 R213 (IC2100 side) EGSM/DCS/PCS (Talking) (CH1=1V, 1ms/div) 8 SP031 EGSM/DCS/PCS (Talking) (CH1=1V, 1ms/div) 11 R760 MCLK (13MHz) (CH1=500mV,100ns/div) 12 TP1023 RF_CLKREQ (Stand-by) (CH1=1V, 1s/div)

CONFIDENTIAL 13 TP1023 RF_CLKREQ (Talking) (CH1=1V, 1s/div) 14 SP023 RX_ON (Stand-by) (CH1=1V, 1s/div) 15 SP023 RX_ON (Talking) (CH1=1V, 1s/div) 16 SP029 TX_ON (Stand-by) (CH1=1V, 1s/div) 17 SP029 TX_ON (Talking) (CH1=1V, 1s/div) 21 SP003 TXQA (Transmitting W-CDMA modulated waves) SP004 TXQB (Transmitting W-CDMA modulated waves) (CH1, CH2=200mV, 10µs/div) 18 SP015 RXIA (Receiving W-CDMA modulated waves) SP016 RXIB (Receiving W-CDMA modulated waves) (CH1, CH2=200mV, 5µs/div) 22 CN1300 (RF output) (9862ch, Pout=23dBm) 19 SP017 RXQA (Receiving W-CDMA modulated waves) SP018 RXQB (Receiving W-CDMA modulated waves) (CH1, CH2=200mV, 5µs/div) 20 SP001 TXIA (Transmitting W-CDMA modulated waves) SP002 TXIB (Transmitting W-CDMA modulated waves) (CH1, CH2=200mV, 10µs/div)

CONFIDENTIAL 25 TP1014 SYSCLK1 (Display is turned on) (CH1=1V, 40ns/div) 26 R1517 LCDCLK (Display is turned on) (CH1=1V, 80ns/div) 27 R1522 CAMCLK (Camera is active) (CH1=1V, 80ns/div) TP1221 SIMCLK (Accessing SIM after power-on) TP1220 SIMDAT (Accessing SIM after power-on) (CH1, CH2=2V, 2µs/div) 28 TP1800 BECLK (Sending video call image) (CH1=2V, 20ns/div) 29 R1533 SDCLK (Playing Music) R1532 SDDATA0 (Playing Music) R1528 SDCMD (Playing Music) (CH1, CH2, CH3=2V, 80ns/div) 31 R1058 PCMCLK (Talking) R1057 PCMSYN (Talking) R1025 PCMDATA (Talking) (CH1, CH2, CH3=2V, 10µs/div) 30 R1572 BICK (Playing Music) R1571 LRCK (Playing Music) R1565 ADSDO (Playing Music) (CH1, CH2, CH3=2V, 2µs/div) 23 C1031 MCLK (Talking) (CH1=1V, 80ns/div) 24 TP1006 RTCCLK (Power ON) (CH1=1V, 20µs/div) 32

CONFIDENTIAL 35 R1542 I2CDATB (Camera is active) R1543 I2CCLKB (Camera is active) (CH1, CH2=2V, 4µs/div) 36 TP1305 USBDM (Connected to PC) TP1306 USBDP (Connected to PC) (CH1, CH2=2V, 200ns/div) 37 TP1613 UARTOTX (Display remote is active) TP1614 UARTORX (Display remote is active) (CH1, CH2=2V, 1ms/div) 38 TP1016 BT_UARTTX (Turning on the power) TP1015 BT_UARTRX (Turning on the power) (CH1, CH2=2V, 400µs/div) 39 RA1018 HSSLTXCLK (Talking) (CH1=1V, 80ns/div) 40 RA1018 HSSLTX (Talking) (CH1=1V, 400ns/div) 42 RA1018 HSSLRX (Talking) (CH1=1V, 400ns/div) 41 RA1018 HSSLRXCLK (Talking) (CH1=1V, 80ns/div) 33 R1041 M_I2CCLK (Display is turned on) R1042 M_I2CDAT (Display is turned on) (CH1, CH2=2V, 2µs/div) 34 R1544 I2CDATA (Video call: Sub camera is active) R1545 I2CCLKA (Video call: Sub camera is active) (CH1, CH2=2V, 4µs/div)

CONFIDENTIAL 47 L3011 VTX1CKP (Display is turned on) L3012 VTX1CKN (Display is turned on) (CH1, CH2=500mV, 20ns/div) 48 Pressure-welded flexible PWB of sub camera PCLK (During video call, with sub camera active) VSYNC (During video call, with sub camera active) HSYNC (During video call, with sub camera active) D0 (During video call, with sub camera active) (CH1, CH2, CH3, CH4=2V, 10ms/div) 49 Pressure-welded flexible PWB of sub camera PCLK (During video call, with sub camera active) VSYNC (During video call, with sub camera active) HSYNC (During video call, with sub camera active) D0 (During video call, with sub camera active) (CH1, CH2, CH3, CH4=2V, 400ns/div) 45 C1554 VRX2CKP (Camera is active) C1554 VRX2CKN (Camera is active) (CH1, CH2=100mV, 20ns/div) 46 L3009 VTX1DP (Display is turned on) L3010 VTX1DN (Display is turned on) (CH1, CH2=500mV, 20ns/div) R1506 LEDLD (Backlight ON: Key is pressed) R1503 SECLK (Backlight ON: Key is pressed) R1504 SEDO (Backlight ON: Key is pressed) (CH1, CH2, CH3=2V, 1µs/div) 43 C1555 VRX2DP (Camera is active) C1555 VRX2DN (Camera is active) (CH1, CH2=100mV, 20ns/div) 44

5 -- 8 Figure 1 SCHEMATIC DIAGRAM (1/9) 802SH 802SH A B C D E F G H 1 2 3 4 5 6 7 8 9 10 11 12 NOTES ON SCHEMATIC DIAGRAM can be found on page 5-1. Waveform numbers of 12 to , 13 , 42 38 to 25 23 , 31 , , 33 are shown on pages 5-2 to 5-5. ( ) : Not Mount [4] Schematic diagram/Wiring side of P.W.Board MAIN PWB-A(1/6) NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC , 13 12 41 38 31 23 24 31 40 42 39 33 25 MODB MODD MODA MODC PCTL ANTSW2 RXON ANTSW1 ANTSW0 TXON RADSTR RADDAT RADCLK BSEL0 ISSYNC ISEVENT PWRREQ_N PWRRST_N ONSWC ADCSTR DACSTR DACCLK DACDAT RTCCLK RESOUT1_N RESOUT0_N ANTSW3 TDO TRST_N TMS TCK TDI RESHERTA QDATA DCLK IDATA HSSLRXCLK HSSLRX HSSLTX HSSLTXCLK HIFIDET_N T4G_PLLLD_N T4G_PLLEN FLIP_R UARTSENSE CAMINT SERVICE_N JACKDET_N JACKPOWEN ONSWPUEN SYSCLK2 RF_CLKREQ CLKREQ NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC PWRRST_N NC NC VMEM18 NC NC NC NC NC NC NC NC D5 A5 D6 A4 D12 A6 D13 A8 D14 A7 D8 A10 D15 D0 D11 D1 A9 D9 D2 D10 D3 A1 D4 A2 D7 A3 T4G_HINT RTCK 153 176 200 222 63 78 254 108 14 274 127 154 181 202 45 223 252 107 59 272 10 133 155 14 180 203 233 4 251 109 269 44 131 158 13 182 205 62 31 232 245 111 270 80 15 132 157 178 204 52 231 89 244 112 282 68 134 159 179 28 206 74 228 90 237 110 284 64 10 2 75 19 135 156 183 208 227 91 236 113 281 49 25 16 46 12 137 160 186 50 207 71 229 16 92 256 286 19 57 136 161 187 61 32 209 26 17 10 230 12 AA A B C D E F G H J K L M N P R T U V W Y A B C D E F G H J K L M N P R T U V W Y 99 257 67 285 83 12 18 72 114 138 69 162 66 185 210 235 97 259 289 84 1 17 116 140 165 184 211 234 262 277 85 101 117 139 9 47 21 164 188 15 212 24 238 17 81 261 279 88 94 103 115 141 163 191 215 249 82 20 14 7 260 280 87 93 3 102 118 142 166 40 189 19 213 22 250 263 29 278 86 42 95 105 54 6 121 143 48 167 190 214 79 253 264 287 96 106 36 120 145 169 192 216 13 241 70 30 13 258 21 288 98 73 37 104 65 122 39 11 144 33 170 197 56 219 18 240 77 38 266 53 283 100 58 43 35 119 146 168 193 218 23 242 AA 265 20 124 149 171 196 217 51 243 276 123 147 172 194 226 255 273 76 60 125 148 34 177 198 225 239 11 268 126 20 150 174 195 224 8 246 21 275 11 130 151 173 201 221 18 248 271 5 4 4 2 1 9 9 7 7 3 2 1 3 6 6 8 8 5 5 27 128 152 175 199 15 220 247 267 55 16 129 41 D15 VSSE112 VDDE112 GPIO43 GPIO45/SIMOFF VDDE110 D0 VDDC11 VDDE104 VDDC16 VDDE106 VSSE209 VDDC14 PDID4/UARTRX6 D11 D14 D8 VDDC13 VDDE209 VDDE108 MEMADV_N PDID7/UARTRTS6 D1 PDID0/UARTRX5 VDDC06 CS2_N A6 VDDE208 A2 PDID3/UARTRTS5 VDDE102 A12 D5 A9 VDDC17 D9 D6 A5 D13 A13 D2 D4 A21 A4 A16 A10 A19 WE_N MEMBE0_N A24 VDDE101 PDIC2 PDIC3 A18 PDIC0 CS3_N MEMBE1_N MEMWAIT_N D7 VSSE104 OE_N A22 D3 D12 A1 D10 PDID2/UARTCTS5 PDID1/UARTTX5 PDIC1 PDIRES_N VSSE102 A8 VSSE210 RESOUT1_N USBPUEN CS1_N RFCLK VDDUSB CID7 A17 SERVICE_N VSSE110 CIVSYNC RFSTR VSSE100 KEYBALL RXON A20 CID4 PDID5/UARTTX6 MSBS USBDM MSSCLK VSSDM VSSMC VSSE108 VSSE208 CIHSYNC A11 TXON ANTSW1 CIRES_N MSSDI0 PDIC4 VDDC10 MMCCMD VSSUSB DIRMOD1 DIRMOD3 RFDAT VSSE106 BANDSEL0 ANTSW3 CID2 RESOUT0_N ANTSW0 ANTSW2 CS0_N DCLK CID3 VDDMC VDDE200 DIRMOD2 VSSE200 A3 A23 CID0 A14 QDATA A7 CIPCLK VDDC15 IDATA VDDDM VSSE00 MEMCLK CID1 DIRMOD0 PDID6/UARTCTS6 CID6 CID5 BANDSEL1 USBDP MMCDAT VDDC05 VSSE211 SIMCLK0 RTCDCON ISEVENT_N SIMCLK1 IRTX VSSE203 SIMRST1_N TEMU0_N DACDAT MCLK VSSE202 RESOUT4_N GPIO41/USBPUEN GPIO04 VDDC18 DACSTR ISSYNC_N SIMDAT1 MMCCLK GPIO30/UARTRX4 VDDC12 VSSRTC SYSCLK1 GPIO01/PWM8 GPIO03 VDDA2 HSSLRX VDDE201 VDDE00 RESOUT3_N SIMRST0_N HSSLRXCLK VDDC01 HSSLTX GPIO31/UARTTX4 GPIO40/USBVBUS TM S KEYOUT0_N SIMDAT0 DACCLK SYSCLK2 GPIO34/JOGXA GPIO24/UARTRX3 HSSLTXCLK CLKREQ GPIO02/PWM10 GPIO23/UARTRTS3 PWRREQ_N TSYP VSSE201 GPIO22/UARTCTS2 GPIO37 RESOUT2_N PCTL ADCSTR VDDE207 IRCTRL GPIOO0/FM GPIO33/UARTRTS4 NC0 VDDC02 GPIO36 GPIO32/UARTCTS4 SYSCLK0 VDDC07 RESPOW_N VSSE01 VDDE01 VDDC04 GPIO35 GPIO17/UARTRTS1 TSXM VDDA0 GPIO20/UARTRX2 VDDE205 VSSA1 GPIO46 GPIO13/UARTRTS0 TDO GPIO16/UARTCTS1 GPIO26/UARTCTS3 VSSE204 GPIO11/UARTTX0 GPIO10/UARTRX0 VDDE202 RTCCLK GPIO44/MMCPOW VSSE206 GPIO15/UARTTX1 GPIO21/UARTTX2 KEYIN1_N TDI GPIO05 I2CSDA KEYOUT2_N RTCK RTCBDIS_N I2CSCL GPIO12/UARTCTS0 VDDC09 VSSA0 RTCIN KEYIN3_N TEMU1_N TSYM KEYOUT5_N KEYIN4_N PCMDATA PCMCLK KEYIN2_N KEYOUT1_N VSSE205 KEYOUT3_N PCMSYN TCK VDDRTC VDDA1 VSSE02 KEYOUT4_N IRQ0_N KEYIN0_N VDDE203 TSXP GPIO42/MSINS VDDE204 VSSE207 VSSA2 RTCOUT GPIO06/PWMTESTMODE GPIO25/UARTTX3 TRST_N GPIO27/UARTRTS3 VDDE02 PCMDATB GPIO07/TGBUZ VDDE206 GPIO14/UARTRX1 VDDC03 GPIO47 VDDC08 VDDC00 A15 IRRX 10 11 12 13 2 14 15 16 17 18 19 20 5 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 6 9 3 4 7 8 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 99 100 101 102 103 104 105 106 107 108 109 110 111 112 113 114 115 116 117 118 119 120 121 122 123 124 125 126 127 128 129 130 131 132 133 134 135 136 137 138 139 140 141 142 143 144 145 146 147 148 149 150 151 152 153 154 155 156 157 158 159 160 161 162 163 164 165 166 167 168 169 170 171 172 173 174 175 176 177 178 179 180 181 182 183 184 185 186 187 188 189 190 191 192 193 194 195 196 197 198 199 200 201 202 203 204 205 206 207 208 209 210 211 212 213 214 215 216 217 218 219 220 221 222 223 224 225 226 227 228 229 230 231 232 233 234 235 236 237 238 239 240 241 242 243 244 245 246 247 248 249 250 251 252 253 254 255 256 257 258 259 260 261 262 263 264 265 266 267 268 269 270 271 272 273 274 275 276 277 278 279 280 281 282 283 284 285 286 287 288 289 UART1CTS UART0TX IRQ0_N UART0RX UART1RTS SIMDAT0 UART1TX SIMCLK0 UART1RX SIMRST0_N USBDP USBPUEN USBDM USBSENSE SYSCLK1 IRCTRL IRTX IRRX ONSWA_N USBCHGEN VDIG275 M_I2CCLK M_I2CDAT SDDET_N CHGBYPASS_N VCORE15 IRRIRQ_N M_LCD_I2CCLK M_LCD_I2CDAT 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 NC NC PCMSYN PCMDATB NC NC NC PCMDATA PCMCLK NC NC NC NC NC NC NC VDIG275 PS PD PG PD 1 2 3 4 LPMODE_N HCS1_N NC OE_N MCLK 1 2 3 4 A19 A20 1 2 3 4 5 6 TP1021 T4G_MEMADV_N 5-11 (3-D) 5-13 (2-B) 5-13 (2-B) 5-11 (3-D~F) 5-8 (12-E) 5-13 (4-H) 5-8 (12-B) 5-11 (3-B) NC MIC1_BIAS BT_ANT VDDs A1 A2 A3 A4 A5 A6 A7 A8 A9 A10 A11 A12 A13 A14 A15 A16 A17 A18 A19 A20 A21 DQ10 DQ1 DQ4 DQ8 DQ3 DQ6 DQ11 DQ13 DQ9 DQ12 DQ7 DQ2 DQ5 DQ14 DQ15 CE1s WE A0 OE DQ16 NC NC NC NC NC NC NC NC NC NC ADV NC NC NC NC NC NC NC WAIT NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC VSS VSS VDDf_2 VDDQf_1 VDDf_1 CE2s CE1f_1 CE1f_2 CE2f_2 CE2f_1 CLK UB LB A22 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 99 100 101 102 103 104 105 106 107 78 79 98 1 2 3 4 5 6 LPMODE_N C-PINB0.3 TP1015 C-PINB0.3 TP1016 C-PINB0.3 TP1017 C-PINB0.3 TP1018 TP1002 TP1003 TP1004 TP1005 TP1011 TP1012 TP1008 TP1010 TP1006 TP1014 TP1007 TP1009 TP1013 NC TP1019 TP1020 NS ND NG ND 1 2 3 4 10 9 8 7 6 5 4 3 2 1 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 NC T4G_HDREQ YMUINT_N 1 2 3 4 5 6 7 8 1 2 3 4 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 1 2 3 4 Y_RESOUT0_N TP1022 TP1023 1 2 3 4 5 6 7 8 1 2 3 4 1 2 3 4 5 6 7 8 MIC_GND TP1024 1 2 3 4 5 6 7 8 VMEM18 1 2 3 4 5 6 NC VANLI GPIO[0] XTAL1_LPO GPIO[1] VANLO GPIO[10] GPIO[13] GPIO[11] 1.8V DECOUP GPIO[8]/DCLK_IP GND GND GPIO[6]/DA_IP GND GPIO[9]/DB_IP ANT GPIO[7]/FSC_IP GPIO[14] GND GPIO[12] REF_CLK XTAL1_SYS GND XTAL2_SYS POR_DISABLE GND GND GND TCK_JTAG TDI_JTAG GND TDO_JTAG TMS_JTAG RESET_N GND 1.8V DECOUP GPIO[4]/TXD_UART VDD18 GPIO[2]/CTS_UART GND GPIO[3]/RTS_UART GPIO[5]/RXD UART GND VDDIORF VREG18 GND GND GND VBAT GP_CLK VDD_IOV XTAL2_LPO GND 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 F1-VCC F2-VCC A1 A2 A3 A4 A5 A6 A7 A8 A9 A10 A11 A12 A13 A14 A15 A16 A17 A18 A19 A20 A21 A22 DQ10 DQ1 DQ4 DQ8 DQ3 DQ6 DQ11 DQ13 DQ9 DQ12 DQ7 DQ0 DQ2 DQ5 DQ14 DQ15 DU VCCQ VSS P1-CS S-CS1 F2-CE S-CS2 F1-CE R-OE F2-OE R-WE F-WE R-UB R-LB F-VPP F-WP F-RST A0 VSS VSS A23 A24 A25 F1-OE VCCQ VSS S-VCC VCCQ P-VCC VSS CLK ADV P-Mode/PCRE WAIT VSS VSS VSS F1-VCC F2-VCC F3-CE P2-CS 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NS ND NG ND 1 2 3 4 PWRRST_N WE_N VMEM18 NC NC 1 2 3 4 5 6 7 8 SYSCLK0 M_HSSLTX M_HSSLRX M_HSSLTXCLK M_HSSLRXCLK DCLK QDATA IDATA TM S TRST_N TCK TDI TDO KEYIN4 KEYIN2 KEYIN3 KEYIN0 KEYIN1 KEYOUT5 KEYOUT0 KEYOUT1 KEYOUT2 KEYOUT4 KEYOUT3 RTCK D0 D12 D10 D6 D14 D5 D15 D9 D8 D4 D2 D7 D1 D3 D11 D13 UARTSENSE CAMINT YMUINT_N T4G_HINT JACKPOWEN ONSWPUEN JACKDET_N FLIP_R T4G_PLLEN T4G_PLLLD_N HIFIDET_N SDDET_N CHGBYPASS_N M_HSSLTXCLK ISEVENT M_HSSLRX M_HSSLRXCLK ISSYNC M_HSSLTX ANTSW0 RADDAT PCTL MODD MODB MODC MODA BSEL0 RADCLK TXON RXON ANTSW2 RADSTR ANTSW1 ANTSW3 RTCGND D0 M_A21 M_A22 A21_A22 BT_UARTCTS BT_UARTRTS BT_UARTTX BT_UARTRX M_A23 WP_N P-MODE_N M_A24 CSROM3_N CSROM3_N M_A24 A1 A2 A3 A4 A5 A6 A7 A8 A9 A10 A11 A12 A13 A14 A15 A16 A17 A18 A19 A20 A21 A22 A23 A1 A2 A3 LPMODE CSPS2_N CSPS1_N M_OE_N M_WE_N M_D14 M_D8 M_D6 M_D7 M_D4 M_D11 M_D3 M_D13 M_D3 M_D4 M_D6 M_D7 M_D8 M_D11 M_D13 M_D14 M_D0 M_D1 M_D2 M_D5 M_D9 M_D10 M_D12 M_D15 M_A24 M_A18 M_A16 M_A23 M_A21 M_A21 M_A23 M_A18 M_A16 M_A1 M_A2 M_A4 M_A3 M_A6 M_A7 M_A8 M_A5 M_A11 M_A10 M_A12 M_A9 M_A13 M_A15 M_A14 M_A17 M_A20 M_A19 M_A22 M_A20 M_A14 M_A13 M_A10 M_A5 M_A4 M_A11 M_A1 M_D15 M_D12 M_D5 M_D9 M_D10 M_D2 M_D0 M_D1 M_A24 M_A22 M_A12 M_A19 M_A17 M_A9 M_A7 M_A8 CS1_N CS1_N CS0_N CS0_N CS3_N M_A6 M_A2 M_A15 M_A3 MEMBE1_N D8 D11 D13 D14 D3 D4 D7 D6 A18 A16 A23 A21 A10 A13 A14 A20 A1 A11 A4 A5 D9 D5 D12 D15 D1 D0 D2 D10 A19 A12 A24 A22 A7 A17 A9 A8 A15 A6 A2 A3 MEMBE0_N BT_UARTRX BT_UARTTX BT_UARTCTS BT_UARTRTS K_CANCEL K_ZOOM2 K_SHUTTER1 K_SHUTTER2 TEMU0_N TEMU1_N KEYIN0 K_ZOOM1 K_ZOOM2 K_CANCEL K_SHUTTER1 K_SHUTTER2 KEYBL CSSRAM_N M_A23 M_CS3_N M_MEMBE1_N M_MEMBE0_N M_MEMWAIT M_CS0_N M_CS1_N K_ZOOM1 M_T4G_HDREQ M_T4G_HDREQ K_ZOOM1 K_ZOOM2 K_SHUTTER1 K_SHUTTER2 KEYBL M_CS2_N MEMWAIT MEMWAIT MS_WP_N M_MEMADV_N M_MEMCLK ONSWA_N KEYOUT5 KEYOUT4 FLIPDET_N KEYIN0 KEYIN1 KEYIN1 KEYIN2 KEYIN3 KEYIN4 KEYOUT0 KEYOUT1 KEYOUT2 KEYOUT3 A4 A5 A6 A7 A8 A9 A10 A11 A12 A13 A14 A15 A16 A17 A18 A19 A20 A21 A22 A23 A24 D1 D2 D3 D4 D5 D6 D7 D8 D9 D10 D11 D12 D13 D14 D15 MEMCLK M_MEMADV_N_2 M_MEMADV_N_2 WE_N WE_N WE_N WE_N OE_N OE_N OE_N OE_N F-VPP VBT29 RESOUT0_N S_WP_N WP_N P-MODE_N S_WP_N BT_RTCCLK K_CANCEL KEYBL_N VCC GND Y0 G A1 GND Y1 VCC A0 Y2 VCC GND Address Decoder 15 22 80 30 56 47 E 33 49 69 88 103 40 55 31 78 A 100 10 13 67 83 28 32 5 38 39 87 54 7 95 94 37 51 K 44 71 81 35 14 6 62 66 M Top 29 58 84 101 104 42 59 3 79 96 G 9 52 4 48 1 68 91 98 106 C 45 36 92 24 61 65 77 D 2 27 19 12 70 86 50 41 57 72 34 J 43 64 74 F 53 25 8 10 75 99 11 89 97 105 17 L 21 82 76 B 46 H 93 23 18 20 60 85 102 107 16 26 63 73 90 CE GND VDD ECO Vout GND IC1101 Vout CE GND GND VDD ECO GND VCC GND VDD VccA A1 A2 GND DIR B2 B1 VccB VCC GND F-KEY KI3 GND S-KEY FLIPDET KO5 KI1 MIC_GND ZOOMOUT KI0 MIC KI2 VDIG275 KO4 KO2 ONSW_A S-KEY2 CK ZOOMIN (KI5) KO1 CK KO3 KO0 KI4 BATIB KEYBL GND VCC 43 5 5 1 50 38 23 13 44 F 17 46 47 3 J 18 77 39 62 48 28 82 16 61 B Top 7 42 K 1 L 7 58 22 88 72 29 40 79 6 20 81 74 11 25 A 15 56 68 9 C 70 3 IC1100 80 66 28 26 D 63 76 45 52 4 33 19 M 67 86 8 69 E 64 12 G 59 34 14 53 87 41 27 24 75 10 21 60 83 H 49 35 84 6 54 71 51 37 30 31 2 85 55 65 32 4 78 36 73 57 GND VDD VBATIB VMEM18 VDIG275 VDIG275 VMEM18 VSRAM18 VMEM18 VDIG29 VMEM18 VMEM18 VMEM18 VMEM18 VMEM18 VMEM18 VMEM18 VMEM18 VDIG275 VBATIB VDIG29 VDIG275 VDIG275 VCORE15 VDIG275 VBT29 VBATIB VDIG275 VRTC15 VDIG275 VDIG275 VDIG275 VMEM18 VDIG275 VDIG275 VDIG275 VMEM18 VANA15 VDIG275 VCORE15 VDIG275_M VCORE15_M VCORE15_M VDIG275_M VUSB33 VMEM18 VMEM18 MIC201 MICROPHONE KEY FPC UNIT PWB-E 5-11 (3-D) 5-13 (2-B) 5-11 (3-D) 5-11 (1-F) 5-9 (2-D) 5-14 (8-E) 5-14 (8-F) 5-11 (3-F) 5-12 (11-E) 5-9 (6-F) 5-13 (2-D) 5-11 (3-D) 5-11 (3-D) 5-11 (1-E) 5-14 (8-F) 5-11 (3-F) 5-11 (3-F) 5-13 (2-D) 5-12 (11-E) 5-7 (3-A) 5-11 (3-B) 5-13 (4-H) 5-14 (8-G), 5-9 (2-B) 5-10 (8-B) 5-12 (9-B) 5-9 (3-B) 5-9 (6-A) 5-17 (6-C) 5-10 (8-E) 5-9 (6-H) 5-10 (10-G), 5-10 (8-D) 5-17 (1-C) 5-9 (2-F) 5-10 (8-D) 5-9 (3-A) 5-10 (8-E) 5-7 (1-B) 5-10 (8-E) 5-15 (3-A) 5-15 (4-H) 5-9 (6-A) 5-14 (8-F) 5-9 (6-G) 5-9 (6-F) 5-9 (6-G) 5-9 (3-A) 5-9 (5-F) 5-9 (5-H) 5-9 (5-G) 5-9 (5-F) 5-9 (2-E) 5-17 (6-G) 5-16 (11-A) 5-16 (11-H) 5-16 (11-A) 5-16 (12-A) 5-16 (9-A) 5-10 (8-C) 5-9 (3-A) 5-14 (11-D) 5-17 (6-C) 5-17 (6-D) 5-17 (3-F) 5-14 (8-E) 5-14 (8-E) 5-14 (8-F) 5-14 (11-D) 5-9 (3-F) 5-9 (3-A) 5-17 (6-C) 5-10 (8-D~E) 5-13 (2-D), 5-11 (2-A) RECEPTION SIGNAL TRANSMISSION SIGNAL 5-12 (9-B) R1103 240K R1104 470K IC1005 AUC2G32Z LOGIC R1017 1M R1101 1M R1102 1M R1127 0 IC1101 MB82R6A5C FLASH MEMORY 2 R1112 0 C1106 1 R1111 0 C1104 0.1 R1109 0 R1110 0 C1108 1 C1107 1 R1106 0 C1110 0.1 R1108 100 IC1103 LVC1G29Z LOGIC LOGIC R1107 100 R1128 100 IC1105 AUC2G08Z C1111 0.1 R1100 22 IC1003 AUC2G00Z LOGIC C1017 0.1 R1049 100 C1113 0.1 IC1106 AUC2G08Z LOGIC R1119 0 IC1104 AUC2G32Z LOGIC R1045 100 R1114 22 C1112 0.1 CN1000 R1077 0 V1045 15P V1047 15P R1132 1M R1068 1M R1069 1M R1070 1M R1071 1M Q1002 EC4401 C V1117 650P R1046 1M D1000 SB0203EJ R1060 3.3M RA1018 22 RA1017 100K C1029 330P IC1001 BGB202 BLUETOOTH R1040 20K C1038 10 R1130 1 C1037 0.1 C1036 0.1 R1052 0 C1035 0.1 C1034 0.1 R1053 0 C1041 2.2 R1051 0 C1040 1 IC1002 R1162D291D 2.9 V REGULATOR C1116 100P(CH) R1038 100 R1029 220 R1043 1M R1075 1M C1050 0.1 C1051 0.1 IC1004 LVC2T45Z LOGIC R1035 100K R1050 3.3M Q1000 EC4301 C R1033 3.3K R1032 3.3K R1034 100K RA1027 100K R1026 0 R1025 470 R1057 0 R1058 0 R1016 100 C1003 1 C1002 0.1 C1028 22P(CH) R1023 390K C1032 10P (CH) R1021 47 C1030 10P (CH) X1000 32.768kHz C1031 330P R1020 22 R1024 22 C1000 0.1 C1001 0.1 C1004 0.1 R1056 0 R1055 0 R1013 0 R1047 0 C1009 0.1 C1010 0.1 C1011 0.1 C1012 0.1 C1008 0.1 C1006 0.1 C1005 0.1 C1007 0.1 C1014 0.1 C1013 0.1 C1015 0.1 C1016 0.1 R1120 1M R1064 0 R1062 100 R1065 100 R1054 220 R1012 100 R1066 100 R1048 0 RA1000 47 RA1002 47 RA1001 47 RA1003 47 RA1006 47 RA1009 47 RA1004 47 RA1007 47 RA1005 47 RA1008 47 R1074 0 RA1010 47 R1063 22 R1073 27 R1061 22 IC1100 LHF65NZ1 FLASH MEMORY 1 R1121 0 C1052 0.1 C1053 2.2 C1109 0.1 R1115 0 R1011 22 R1036 100K R1030 100K R1031 130K R1041 3.3K R1042 3.3K R1039 4.7K R1037 4.7K Q1001 EC3201 C RA1028 100K R1059 100K IC1000 D751668AZZG BASEBAND MANAGEMENT

5 -- 10 Figure 2 SCHEMATIC DIAGRAM (2/9) 802SH 802SH A B C D E F G H 1 2 3 4 5 6 7 8 9 10 11 12 NOTES ON SCHEMATIC DIAGRAM can be found on page 5-1. ( ) : Not Mount Waveform numbers of 22 , 32 , 36 are shown on pages 5-3 to 5-5. MAIN PWB-A(2/6) SERVICE_N NS ND NG ND 1 2 3 4 PRGDET NS ND NG ND 1 2 3 4 NS ND NG ND 1 2 3 4 JACKPOWEN 68 25 A 65 B 12 26 C 9 D 19 62 61 E 48 2 F 42 111 J 104 31 106 85 H 140 20 K 141 112 L 69 98 59 78 7 35 70 117 54 142 122 15 14 63 143 89 134 27 66 132 139 96 83 G 12 76 16 13 94 107 M 74 60 90 47 87 38 53 17 18 73 43 2 3 1 4 127 8 5 88 6 81 7 100 44 79 8 113 50 9 130 30 126 124 33 109 40 99 128 136 23 45 131 49 37 102 28 138 91 24 133 92 97 135 1 125 29 114 36 64 67 84 6 82 39 105 86 58 115 119 120 22 93 41 4 121 101 77 51 11 10 118 116 52 57 21 56 103 123 129 32 110 80 11 108 75 34 10 71 55 3 72 46 5 137 95 SWBUCK VDDBUCK VBAT_C P_BUCK N_BUCK LED1 ONSWC TXON RESETB DACCLK VDD_B VBAT_A VSSBUCK VBUCK MOD1 DACO1 LED2 INTLCKB RWRRST SCL DACSTR BDATA VDD_A IRQ SIMOFF VDD_IO ONSWA ONSWB VSS_C ADSTR SDA DACDAT EXTLDO VDDBUF FGSENSE- CHSENSE- VSSTH18 IOUT VBAT_D VSSTH 5 PASENSE- VSSTH15 FGSENSE+ CHREG VSSTH17 PAREG VSSTH 4 VSSPA VSSTH30 VSSTH16 SUB VSSTH31 VSSTH20 VSSTH21 TEST GPA13 VSS_D VSSTH 7 SIMVCC VSSTH 8 CHSENSE+ VSSTH19 DCIO VSSTH 6 PASENSE+ VSSTH 1 SIMRST GPA6 VSSTH26 IREF DACO3 VSSTH12 SDAT VSSTH 9 VSS_B VREF VSSTH25 PCMI VSSTH11 SRST VSSTH22 VSSTH29 VSSTH24 SCLK VSSTH10 SIMDAT VSSTH14 GPA12 AUXO2 VSSTH23 VSSTH28 DACO2 VSSTH 3 SIMCLK GPA7 VSSTH27 VSS_A VSSTH13 VDDPA VSSTH 2 PCMCLK VSSCODEC BEARN GPA1 VDDBEAR MCLK AUXO1 XTAL2 GPA2 VDD_D VDD_E DEC0 AUXI2 VDDLP CCO MIC2P GPA4 AUXI1 MIC1P GPA3 MIC2N GPA5 XTAL1 BEARP VBAT_B PCMO PCMSYN DEC2 MIC1N VSSBEAR DEC1 32KHZ GPA0 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 CDCDCA CDCDCB 62 63 64 65 41 40 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 FF_IN EXPOUT 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 99 100 101 102 103 104 105 106 107 108 109 110 111 112 113 114 115 116 117 118 119 120 121 122 123 124 125 126 127 128 129 130 131 132 133 134 135 136 137 138 139 140 VSSADC VDDADC 141 142 143 29 36 45 37 30 33 26 34 SLEEP CLK_REQ 110 34 39 43 41 28 35 38 44 32 25 27 31 42 40 18 3 8 9 6 7 15 VIBR VDDCODEC 136 15 10 14 21 23 24 22 19 13 5 1 2 20 11 17 16 12 4 VBATIB VCORE15 1 2 3 4 MIC2P VANA15 VDIG275 GND NC VOUT VIN 1 2 3 4 VDIG275 NC VDDB EXTLDO VDIG275 VBATI VDIG275 ONSWC CCO VDIG275 WPAREF VSRAM18 NC PASENSE VDIG275 WDCDCREF 1 2 3 4 5 6 7 8 VMEM18 AUXI1 CHGBYPASS_N AUXO1 VAPC PCMCLK PCMDATB MIC1P NC 1 2 3 AUXO2 BEARP VBATIB SIMRST0_N BEARN PCMDATA M_I2CCLK SIMDAT0 PWRRST_N NS ND NG ND 1 2 3 4 NS ND NG ND 1 2 3 4 NS ND NG ND 1 2 3 4 NS ND NG ND 1 2 3 4 1 2 3 4 IRQ0_N PCMSYN NC VSRAM18 VDIG275 SIMCLK0 NC NS ND NG ND NC ONSWA_N VCORE15 VBATIB ND PG NG PS PD NS 1 2 3 4 5 6 M_I2CDAT VDDA VBATIB VCXOCONT DACSTR CLKREQ DACDAT RTCCLK ADCSTR DACCLK MCLK VLOOP PWRREQ_N RTEMP TXON WPOWERSENSE WRFLOOP VRTC15 1 2 3 4 NC NC HSSLRXCLK NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC A B C D E F G H J K L M N P R T U 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 1 2 3 6 5 4 7 8 9 10 11 13 12 14 17 16 15 18 19 20 21 22 23 24 25 28 27 26 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 48 49 47 50 51 52 53 54 55 56 57 58 62 59 60 61 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 79 80 78 82 83 81 84 85 86 88 87 89 90 91 92 93 94 95 97 96 98 99 100 101 102 103 104 105 106 107 108 109 110 111 112 113 114 115 116 117 118 119 120 121 122 123 124 125 126 127 128 129 130 131 132 133 134 135 136 137 138 139 140 141 142 143 144 145 146 147 148 149 150 151 152 153 154 155 156 157 158 159 160 161 162 163 164 165 166 179 180 178 167 168 169 170 171 172 173 174 175 176 177 (EMIF_A[21]) (EMIF_A[20]) VDD (EMIF_A[14]) VDD (EMIF_A[10]) (EMIF_A[9]) (EMIF_A[2]) (CS_BYPASS) VDD IS_SYNC_N HSSLTX_D HSSLTX_CLK VDD VDD (EMIF_A[23]) (EMIF_A[19]) (EMIF_A[17]) (EMIF_A[12]) VSS VDD (EMIF_A[4]) VSS VSS IS_EVENT_N VDD VSS HSSLRX_D (BOOTMODE[1]) (EMIF_D[1]) (EMIF_D[0]) VSS (EMIF_A[18]) VSS (EMIF_A[15]) (EMIF_A[11]) (EMIF_A[7]) (EMIF_A[5]) (EMIF_A[3]) (APLL_BYPASS) VSS UART_RX (BOOTMODE[0]) VDD VSS IDBALL (TESTMODE) VDD (EMIF_A[22]) (EMIF_D[5]) (EMIF_D[3]) (EMIF_A[16]) (EMIF_A[13]) (EMIF_A[8]) (EMIF_A[6]) (EMIF_A[1]) (ANALOG_ENABLE) UART_TX (EMU1) (EXT_FRAME_STROBE) VDD VSS (EMIF_D[7]) (EMIF_D[6]) (EMIF_D[2]) EMU0 VSS (JTAG_TDI) VDD (EMIF_D[9]) (EMIF_D[8]) (EMIF_D[4]) (JTAG_TDO) (JTAG_TMS) (JTAG_TRSTN) (JTAG_TCK) (EMIF_D[11]) (EMIF_D[12]) VSS (GPO[7]) (GPO[6]) VSS VDD (EMIF_D[10]) (BOOTMODE[2]) (EMIF_D[15]) (GPO[4]) VSS (EMIF_D[18]) VDD (EMIF_D[16]) (EMIF_D[17]) (GPO[5]) (GPO[1]) (GPO[2]) (GPO[3]) VDD (EMIF_D[19]) VSS (EMIF_D[20]) (EMIF_D[22]) DAC_DAT VSS VDD_DPLL (GPO[0]) VDD (EMIF_D[21]) (EMIF_D[24]) (EMIF_D[25]) RADIO_STR AD_STR DAC_STR (CPU_CLKOU) (EMIF_D[23]) VSS (EMIF_D[30]) (CPU_IACK) (CPU_IRQ[1]) DAC_I_OUT ADC_I_IN_INV ADC_RXEXTREF_N VSSA_CS_APLL (EXT_MEM_UBUS[10]) RESET_N DAC_CLK VDD (EMIF_D[26]) (EMIF_D[27]) VSS (EMIN_AREADY) VSS DAC_Q_OUT VDDA_BG VDD VSS VDDA_RX VDD_CLK32 VSS-COMPLEXIO ADC_Q_IN_INV DAC_I_OUT_INV (EMIF_D[29]) CLKRQ (EXT_MEM_UBUS[12]) (EMIF_AWE_N) ADC_RXEXTREF_P VDD VSSA_BG VSS-COMPLEXIO (CPU_XF) DAC_TXEXTRES BG_REF DAC_Q_OUT_INV CLK32 MCLK VDD (EMIF_ARE_N) VSSA_RX RADIO_CLK HCLK (EMIF_D[28]) ADC_Q_IN VDD (EMIF_D[31]) VDDA_CS_APLL VDD (CPU_IRQ[0]) VSSA_TX VDDA_TX VSS (EXT_MEM_UBUS[11]) APLL_ATEST1 VSS ADC_I_IN VDD VSS 181 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 (EMIF_D[13]) (EMIF_D[14]) 89 90 91 92 93 94 95 96 97 98 99 100 101 102 103 104 105 106 107 108 109 110 111 112 113 114 115 116 117 118 119 120 121 122 123 124 125 126 127 128 129 130 131 132 133 134 RADIO_DAT 134 135 136 137 138 139 140 141 142 143 144 145 146 147 148 149 150 151 152 153 154 155 156 157 158 159 160 161 162 163 164 165 166 167 168 169 170 171 172 173 174 175 176 177 178 179 180 5 29 36 22 45 24 23 37 17 30 7 12 33 9 1 26 34 39 6 19 43 18 15 13 41 16 21 4 28 35 38 44 HSSLRX_CLK (BOOTMODE[3]) VSS 45 43 44 3 20 32 25 27 2 8 31 42 40 14 11 10 181 NC NC NC ADCSTR DACDAT NC RESOUT1_N VANA15 NC NC RXIB WCLK ISEVENT RXQB NC NC TXIA TXQA NC HSSLTXCLK NC NC NC NC NC NC NC HSSLTX NC NC NC TXQB NC VCORE15_W NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC DACCLK DACSTR NC WSTR RXQA HSSLRX WDAT RXIA NC NC NC VCORE15_W NC NC VRTC15 TXIB NC VCORE15 ISSYNC CHG_C_CNT USBCHGEN NC VDIG275 USBDM RESOUT0_N UART1RTS UART1TX 1 2 3 4 5 6 NC VBATIB UART_RXD1 SCLK BSYNC BCNT UART_TXD1 UART_RXD2 6 5 4 A B D C F E 6 5 4 1 2 3 1 2 3 9 11 10 7 12 8 15 14 13 18 17 16 22 24 20 21 23 19 25 29 26 27 28 30 31 35 32 33 34 36 UART_CTS BDATA UART_RTS UART_TXD2 BSSEL GND VBAT PUEA NC NC UARTSEL UARTMD CPU_USB_D+ REG33 NC NC HEMD CPUVDD USBD+/RXD PU15 BSYNC\SCLK/RTS GND RXANAIN USBMD CPU_USB_D- USBD-/TXD BDATA/CTS TXANAIN RXANAOUT TXANAOUT 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 USBSENSE NS ND NG ND 1 2 3 4 UART1CTS PS PD PG PD 1 2 3 4 VDIG275 NC VUSB33 NC NC CE VOUT VIN VSS VSS NC NC 1 2 3 4 5 6 7 VBUS USBPUEN NC USBDP NC VDIG275 UART1RX UARTSENSE 1 2 3 4 5 6 1 2 3 4 5 6 NC AUXO1_YMU FMICLED VBATI NC VDIG275 N.C. GND Vo V+ 1 2 3 4 VBUS NC 1 2 3 4 5 6 7 8 9 A B C 1 2 3 VCC PE CONT GND CM ACL VFB VOUT VOUT 1 2 3 4 5 6 7 8 9 BU2_ANT GREEN RED 2 3 1 VBATIB 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 RF_IO ANT_IO VCCR TP1200 TP1201 TP1202 TP1203 TP1204 TP1205 TP1206 TP1207 TP1211 TP1217 TP1218 TP1219 TP1220 TP1221 TP1222 TP1223 TP1227 TP1301 TP1302 TP1304 TP1303 TP1305 TP1306 TP1307 1 2 3 4 TP1229 TP1230 TP1228 TP1231 TP1232 TP1233 TP1234 TP1235 TP1209 TP1210 TP1212 GND GND 1 2 3 4 TP1213 NC TP1216 TP1215 PWRREQ_N 1 2 3 4 5 6 VDIG275 TP1236 TP1237 TP1225 TP1226 VDIG275 M_I2CCLK M_I2CDAT SYSCLK0 Power RESET CLK I/O GND OP 1 2 3 4 5 6 7 8 NS ND NG ND 1 2 3 4 NS ND NG ND 1 2 3 4 NC SIMRST_N MIC2N MIC1N DACCLK WRFLOOP DACSTR TXON DACDAT VLOOP WPOWERSENSE SIM_OP WCLK DACSTR ADCSTR TXIA TXIB RXQB TXQA RXIA RXQA DACCLK TXQB RXIB WDAT WSTR HSSLRXCLK HSSLRX HSSLTX SIMDAT SIMCLK USBDP RTCCLK AUXI2 2MCAMTEMP SIMVC C SIMVCC SIM_IO SIM_CLK SIM_RESET VDCIO VCHG LEDG ONSWB_N VSS G1 VIN S2 NC D2 D2 D1 S1 D1 G2 VOUT VOUT VIN VSS NC DYIN DXIN DXOUT VBUS DYOUT GND VOUT ECO VDD GND CE NC D G D S D D 1 2 3 RFOUT CHARGER (-) CHARGER (+) A A/B BY GND VCC Y TP1308 VBATIB NC NC NC 1 2 3 4 5 6 A A/B BY GND VCC Y 32 22 36 1 2 3 1 2 3 BLUETOOTH AERIAL PWB-K 5-8 (12-E) 5-9 (3-F) 5-17 (6-C) 5-8 (12-E) 5-8 (8-G) 5-8 (9-E) 5-15 (3-H) 5-14 (8-G) 5-8 (12-C) 5-8 (10-A) 5-8 (9-F) 5-12 (8-E) 5-17 (2-G) 5-8 (12-D) 5-8 (10-B) 5-9 (9-F) 5-8 (9-E~F) 5-8 (12-C) 5-8 (12-C) 5-12 (11-D) 5-14 (9-C~D) 5-13 (5-E) 5-14 (7-F) 5-8 (9-E) 5-8 (9-F) 5-8 (12-D) 5-8 (9-F) 5-8 (12-E) 5-9 (3-A) 5-17 (6-C) 5-8 (10-A) 5-14 (8-G) 5-15 (4-A) 5-16 (8-A) 5-15 (2-A) 5-15 (2-A) 5-15 (6-H) 5-15 (2-A) 5-15 (5-H) 5-16 (9-H) 5-16 (9-H) 5-16 (10-H) 5-11 (1-D) 5-15 (5-A) 5-15 (5-H) 5-16 (10-A) 5-8 (12-D) 5-8 (12-E) 5-8 (12-E), 5-15 (3-A) 5-16 (9-A) 5-8 (12-D), 5-10 (8-E) 5-8 (12-D), 5-10 (8-E) 5-8 (9-F~G) 5-8 (12-D), 5-10 (8-D) 5-8 (12-D) 5-8 (12-D), 5-10 (8-D) 5-13 (2-D) 5-13 (3-E) Synchronisation TXD (ANALOG) GND RXD 14 Charger (+) 1 Manufacturer 16 3 RF Signal Reserved NC 10 CTS 6 18 RF CableDetect 13 Manufacturer Reserved GND USB D- USB D+ Hands Free Charger (-) TX VOICE Specific 12 (ANALOG) 4 GND Clock 17 UART 8 NC 7 GND RTS USB VBUS Specific Power Supply RX VOICE 11 5 2 GND 9 USB GND(ANALOG) Not Defined 15 19 Bluetooth ANT RECEPTION SIGNAL TRANSMISSION SIGNAL 5-15 (3-H) 5-16 (9-G) 5-8 (12-D), 5-10 (10-G) Q1205 EC4401 C Q1204 EC4401 C R1205 100K Q1202 EC4401 C R1207 1M IC1200 TWL93004CZQW POWER SUPPLY/ RF CONTROL C1203 1 IC1205 S-817A15APF POWER SUPPLY C1215 4.7 C1201 0.001 IC1201 XC61CC2002NR VOLTAGE DETECTOR R1237 0 R1215 1 L1201 22µH R1224 0 R1255 0 R1213 15K R1219 24m (1/3W) R1216 0 Q1200 ECH8603 C1204 10 C1214 4.7 C1205 10 C1208 1 C1249 0.1 C1235 0.0012 CN1200 BATTERY TERMINAL R1227 100K R1239 0 Q1207 EC4401 C R1225 0 R1226 10K R1214 0.22 C1216 4.7 C1238 100P(CH) R1234 0 Q1201 EC4401 C C1229 180P(CH) C1212 2.2 Q1210 SI1555 DL C1206 4.7 C1217 1 C1251 1 C1232 0.068 D1201 RB521S30 R1218 0.1 C1236 330P C1227 1 C1228 0.001 C1230 18P(CH) C1231 18P(CH) R1230 15K C1250 1 IC1204 S-817A15APF POWER SUPPLY C1245 0.1 R1403 0 R1402 100K C1409 330P C1406 0.1 C1408 0.1 R1401 43K C1410 0.1 C1404 0.1 C1412 0.1 C1400 0.1 C1405 0.1 C1411 0.1 C1407 0.1 C1403 0.1 C1402 0.1 C1401 0.1 R1220 0 R1221 0 C1209 1 C1210 1 R1241 0 R1242 0 R1245 0 R1246 0 R1235 1K R1238 1K C1223 0.1 C1222 0.1 C1221 0.1 C1220 0.1 R1222 0 R1223 0 Q1208 EC4401 C R1304A 0 R1309 270K C1307 0.1 IC1300 BU7880GU EXTERNAL INTERFACE Q1300 EC4401 C R1308 120K R1307 22K Q1301 EC4301 C R1303A 0 R1302A 0 R1310 1.5K IC1303 XC6219C332DR 3.3 V REGULATOR R1301 100 R1306A 0 R1300A 0 C1301 0.0056 R1301A 0 C1300 0.0056 R1303 22 R1304 22 R1300 100 R1302 100 R1315 1M R1316 1M IC1206 R1163D181B 1.8 V REGULATOR R1229 0 Q1212 SCH1302 R1217 0 FS1200 2A C1255 0.1 R1256 56K R1258 5.6K C1253 0.1 Q1209 EC4401 C Q1213 EC4401 C R1210 100K R1206 10K R1203 100K R1305 0 Q1203 DTC114 YM C1207 0.1 C1202 0.1 R1208 0 C1211 47P(CH) C1213 47P(CH) C1240 0.1 IC1202 TK73840BDB REGULATOR LED1200 BRPY121F SMALL LIGHT CN1300 EXTERNAL CONNECTOR C1241 0.01 R1200 10K R1201 22K R1261 100K C1200 0.01 270 R1244 R1312 1M R1317 1M D1202 SB0503EJ R1211 0 R1266 0 D1200 CUS02Z C1413 0.1 C1304 1 C1305 1 R1247 0 C1239 2.2 C1246 1 IC1203 LVC1G97Z LOGIC C1244 0.1 R1212 2.2K C1247 1 R1209 22K R1248 100 R1240 1K C1414 0.1 IC1401 LVC1G97Z LOGIC C1218 4.7 CN1201 USIM CARD CONNECTOR C1252 330P C1226 560P C1225 560P C1224 1 R1232 330 Q1214 EC4403 C Q1215 EC4404 C R1262 330K C1260 1 R1264 0 R1263 3.3M R1265 2.2M V1311 100P C1415 0.1 V1416 650P R1306 0 D1203 1SS389F C1303 0.1 C1302 0.1 C1306 1 IC1400 D751980CZPH W-CDMA MODEM Q1206 DTC123 EM IC1209 LM20SITLX TEMPERATURE SENSOR C1258 0.1 C1259 0.1 R1260 470 Q1211 DTC114 YM

5 -- 12 Figure 3 SCHEMATIC DIAGRAM (3/9) 802SH 802SH A B C D E F G H 1 2 3 4 5 6 7 8 9 10 11 12 NOTES ON SCHEMATIC DIAGRAM can be found on page 5-1. ( ) : Not Mount Waveform numbers of 26 to , 27 , 45 43 29 , 30 , 34 , , 35 are shown on pages 5-2 to 5-5. MAIN PWB-A(3/6) 26 45 44 43 30 27 29 34 29 35 TO SD PWB-C 5-23 (3-H) CN2000 RECEPTION SIGNAL SPEAKER SIGNAL VDIG29_T VDIG29_T VDIG29_T VTLVDS25 1 2 3 4 VTRAM25 VDIG29 VMEM18 VANA15 VTLVDS15 VTRAM15 VDIG29_T VBATIB VDIG29 BLED+ BLED- BLED- BLED+ SP-L1 SP-L2 SP-R1 SP-R2 BEARP BEARN FLIP_R VBATIB D9 D13 D10 D11 D12 D15 D14 D2 D1 D7 D5 D4 D0 D8 D6 D3 VTLVDS15 VDIG29_T M_LCD_I2CCLK M_LCD_I2CDAT A1 A2 A3 A4 A7 A8 A5 A6 A19 A20 A9 A10 T4G_MEMADV_N T_I2CDATA T_I2CCLKA T4G_PLLLD_N T4G_STB T4G_HINT HCS1_N LPMODE_N NC 1 2 3 4 VDIG275 IRRX NC NC SCL SDA VDD GND NIRQ DOUT NRST CLKI NC NC NC NC 1 2 3 4 5 6 7 8 9 10 11 12 IRTX IRRIRQ_N GND TXD-RC VCC VIO SD RXD SGND TXD LEDA 1 2 3 4 5 6 7 8 9 SYSCLK1 IRCTRL VDIG29 NC VBATIB DISPPXL4 DISPPXL6 DISPPXL3 DISPPXL7 DISPPXL2 DISPPXL1 DISPPXL5 DISPPXL0 NTSC_RST VAMP_PD NTSC_PD BECLK SEDO SECLK AKCS AMCLK ADSDI ADSDO LRCK BICK Y_RESOUT0_N OE_N WE_N NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC VDIG29 HPMUTE_N AKPD_N CAMINT 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 VTRAM25 VTRAM15 VDIG29 VTLVDS25 VTLVDS15 LPMODE_N T4G_POW VMEM18 VTLVDS15 SDDET_N LPMODE_N VMEM18 VBATIB VDIG29_T VDIG29 VDIG29 TXON 1 2 3 4 1 2 3 4 SP-L1 SP-L2 VCCR VDIG29 T4G_POW T4G_STB CHG_C_CNT T4G_PLLEN TP1400 NC T4G_HDREQ VBATIB VDIG29 1 2 3 4 FB IN- CS ISNS GND1 LPM EN1 EN2 EN3 EN4 EN5 GND2 SNSG VOUT1 VOUT2 VOUT3 VOUT4 VOUT5 VIN1 VIN2 VIN3 GND3 PGND VOUT PVCC VCC MODE CREF GND GND GND GND GND 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 TP1500 TP1501 TP1502 TP1503 TP1504 TP1505 BEHSYNC BEVSYNC TP1506 CSYMU_N 1 2 3 4 5 6 VDIG29_T GND GND 1 2 3 4 VBATIB 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 VBT29 TP1507 NC VS S LDAT2 VDDV2R BEDAT2 TSCLK DTMB CDAT1 VSS VDDIOB VDD1E TOP VIEW LDAT10(ERRCAM2) VS S BEDAT1 VDDV1R CDAT5 TSDAT CDAT0 VDDIOA VDDIOA VDD1E BEDAT0 PLLSEL1 VDDIOB VS S LDAT9 VDDV1T /LWAIT2 CDAT4 CDAT3 /HDREQ /DACRST VDDIOB VDDIOA PCRXIEN VDD1E /PLLLD GPIO0 LDAT11(ERRCAM1) VVMID CDAT6 PLLBPIN CDAT2 PCRXIN /LWAIT1 NWDO PCRXOUT VDDIOA VDDIOC PLLEN LDAT13(CAM1START) CDAT7 /MJTRST VDD1E VTX1DP GPIO1 VRX2CKN SECLK /LCS2 ADLRCK NWINT VTX2DN HDAT0 VDDIOC BDCLK VSS /HWAIT VDD1E GPIO2 VRX2CKP SEDO LCLK1 /LCS1 PCRCLK NWCLK VTX2DP LDAT14(ERRLCD2) BDDAT0 HADR12 VSS HADR2 VRX1CKN VDDIOC VDD1E VRX2DN SELD4 GPIO3 VTX1DN DACCE /NWOEN /LRST2 LDAT15(ERRLCD1) LCLK2 BDDAT1 VRX1CKP SDDAT2 VDD2E HADR1 VRX2DP SELD3 VDDIOC GPIO4 DACLD /NWIEN /HRD LDAT16(LCDSTART2) VSS BDDAT2 VRX1DN /LRST1 VDD2E SELD2 SDDAT3 HADR4 VDDIOC VSSE DACSD /HWR LDAT5 LDAT17(LCDSTART1) VSS BDDAT3 VRX1DP SELD1 LPRCLK VDD1D SDCMD VSS HADR3 DACCLK NWDI /HCS1 VDDIOC HDAT12 VSSE VTX2CKN BDDAT4 LDAT7 HADR11 GPIO5 VTX1CKP SEDI LVSIN VSS VDD1D DIRRX HDAT1 CCLK1 HDAT11 HADR5 VDD1P VTX2CKP VSSE BDDAT5 SYSCLKEN I2CDATA HADR10 GPIO6 VTX1CKN LDAT12(CAM2START) HDAT3 VDD1D ADSDOI HADR6 BDDAT6 VDD1P VSSE VDD2E I2CCLKA HADR9 GPIO7 HDAT2 LRS VDD1D BDDAT7 ADSCKO HADR7 /RESET VDD1P VSSE VDD2E /CRST2 HADR8 MJTDO ADSDO CVREF BECLK /LRD VDD1D ADLRCKO VSS VDD1P VSSE CINT2 HDAT9 HADR0 HDAT14 CHREF MJTDI ADSDI BEHSYNC /LWR HDAT15 VDD1D HDAT4 VSS HDAT8 VDDIOD /HVCS2 VSSE VDD1C CDCLK /CRST1 BEVSYNC ADSCK MJTCK SDCLK HDAT6 VDD1D HDAT10 /HVCS1 VDDIOB VSSE VSSC CINT1 BEDAT7 LDAT1 MJTMS SDPWR HDAT5 VDD1D /HINT VDDIOB /CCS2 /HCS2 BEDAT6 PLLBP VSSE /SDDET VSSVT LDAT3 HDAT7 VSS VDD1D /CCS1 BEDAT5 VDDIOB POMCLK VSSE VDD1D SDDAT0 LDAT0 LDAT8 VSSVR SYSCLK TSFRM VS S CCLK2 BEDAT4 VDDIOB PIMCLK SDDAT1 VDD1E VDD1D LDAT6 VS S LDAT4 VSSVT BEDAT3 /TSEN HDAT13 DTCLK VDDIOB VSS VDD1E /PDEN PLLSEL2 HBWSEL HWTSEL /LDISPEN /STBYA /STBYB CONFIG0 CONFIG1 CONFIG2 I2CCLKB I2CDATB DTVM PORCTR BUSSEL TESTH0 TESTH1 TESTH2 TESTL0 TESTL1 TESTL2 TESTL3 TESTL4 TESTL5 TESTL6 TESTL7 VDD1C VDD1D VDD1P VSS VSS VSS VSSC B C D E F G H J K L M N P R T U V W Y AA A 1 5 6 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 99 100 101 102 103 104 105 106 107 108 109 110 111 112 113 114 115 116 117 118 119 120 121 122 123 124 125 126 127 128 129 130 131 132 133 134 135 136 137 138 139 140 141 142 143 144 145 146 147 148 149 150 151 152 153 154 155 156 157 158 159 160 161 162 163 164 165 166 167 168 169 170 171 172 173 174 175 176 177 178 179 180 181 182 183 184 185 186 187 188 189 190 191 192 193 194 195 196 197 198 199 200 201 202 203 204 205 206 207 208 209 210 211 212 213 214 215 216 217 218 219 220 221 222 223 224 225 226 227 228 229 230 231 232 233 234 235 236 237 238 239 240 241 242 243 244 245 246 247 248 249 250 251 252 253 254 255 256 257 258 259 260 261 262 263 264 265 266 267 268 269 270 271 272 273 274 275 276 277 278 279 280 281 282 283 284 285 286 287 288 289 290 291 292 293 294 295 296 297 298 299 300 301 302 303 304 305 306 307 308 309 310 311 312 313 314 315 316 317 318 319 320 321 322 323 324 325 326 327 328 329 330 331 332 333 334 335 336 337 338 339 340 341 342 343 344 345 NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC C LVDS C B B B B B B B C B B B B B A C 1.5V D 1.5V 1.5V 2.5V 1.5V LVDS2.5V LVDS1.5V B D D B B B B(VDDIOB) A(VDDIOA) B B A (VDDIOA) 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 99 100 101 102 103 104 105 106 107 108 109 110 111 112 113 114 115 116 117 118 119 120 121 122 123 124 125 126 127 128 129 130 131 132 133 134 135 136 137 138 139 140 141 142 143 144 145 146 147 148 149 150 151 152 153 154 155 156 157 158 159 160 161 162 163 164 165 166 167 168 169 170 171 172 173 174 175 176 177 178 179 180 181 182 183 184 185 186 187 188 189 190 191 192 193 194 195 196 197 198 199 200 201 202 203 204 205 206 207 208 209 210 211 212 213 214 215 216 217 218 219 220 221 222 223 224 225 226 227 228 229 230 231 232 233 234 235 236 237 238 239 240 241 242 243 244 245 246 247 248 249 250 251 252 253 254 255 256 257 258 259 260 261 262 263 264 265 266 267 268 269 270 271 272 273 274 275 276 277 278 279 280 281 282 283 284 285 286 287 288 289 290 291 292 293 294 295 296 297 298 299 300 301 302 303 304 305 306 307 308 309 310 311 312 313 314 315 316 317 318 319 320 321 322 323 324 325 326 327 328 329 330 331 332 333 334 335 336 337 338 339 340 341 342 343 344 345 VDIG29_T VDIG29_T VDIG29 1 2 3 4 5 6 7 8 SDDET_N SDPWR SDEN VRX2DP VRX2DN VRX2CKP VRX2CKN VTX1DP VTX1DN VTX1CKP VTX1CKN SLCDCE SECLK SEDO BDRST BDCE LEDLD LEDRST FLOW RSTGA BLED+ LCDRST VDON CDAT0 CDAT1 CDAT2 CDAT3 CDAT4 CDAT5 CDAT6 CDAT7 HSYNC VSYNC PCCLK ZMPEN SDCMD SDDATA3 SDDATA2 SDDATA1 SDDATA0 SDCLK CAMCLK NTSC_RST VAMP_PD NTSC_PD AKCS LCDINT AKPD_N DISPPXL7 DISPPXL6 DISPPXL5 DISPPXL4 DISPPXL3 DISPPXL2 DISPPXL1 DISPPXL0 CDAT7 CDAT2 VSYNC PCCLK VTX1DP VTX1DN VTX1CKP VTX1CKN TXON_N FLOW LEDLD SEDO SECLK SLCDCE SLCDDC BDCE SLCDRST SDEN SDCLK SDDATA2 SDDATA3 SDDATA0 SDDATA1 SDCMD SDPWR ZMPEN RSTGA HSYNC CDAT1 CDAT0 CDAT3 CDAT4 CDAT6 CDAT5 LCDRST LCDINT VDO N VDWAIT LVSIN SLCDRST SLCDDC BEHSYNC BEVSYNC VRX2DP VRX2DN VRX2CKP VRX2CKN SDDET_N AMCLK ADSDO ADSDI BICK LRCK BECLK BDRST LEDRST VDWAIT LVSIN CAMINT CAMINT CAMINT SYSCLK POW_ECO VSYNC POW_CE BLED- VTX1DP SDA(CAM LCDINT D1(CAMPXL0) VTX1CKN SP-R1 VCCR SP-R2 LVSIN SP-L1 VTX1DN SCL(CAM SDA(LCD VTX1CKP PCCLK BATTCAM HSYNC BLED+ SUBCAMTEMP SCL(LCD EAR LCDRST XEAR VDWAIT BATTLCD SP-L2 FLIP_R VDON BATTBB SDCLK GND GND LVDSCKN BATTBB VCC LEDRST DC_B BDRST LVDSDN FLOW GND SDDET ZMPEN LEDLD SEDO GND BATTBB LVDSCKP RSGA LVDSDP SDPWR GND BATTBB SLCDRST I2CCLKB(2MCAM) SDDATA0 BATTBB BDCE GND SDEN SDDATA3 SCEB I2CDATB(2MCAM) EXCKI SDDATA1 VCC VCC SDDATA2 SECLK VCC TXON_N GAINT SDCMD BLED+ BLED- GND D0(CAMPXL0) D3(CAMPXL0) D4(CAMPXL0) D6(CAMPXL0) D5(CAMPXL0) D7(CAMPXL0) D2(CAMPXL0) IRDA+IRLED 5-13 (2-D) 5-8 (12-D) SP- SP+ GND 1A VCC 2Y 2A 1Y 2 3 4 7 8 9 1 5 6 10 11 12 13 14 15 16 17 18 19 20 21 2 3 4 7 8 9 COAXIAL CABLE TO DISPLAY PWB-B 5-21 (2-E) CN3001 SD P.W.B. CONNECT FPC PWB-H 5-12 (8-E) 5-7 (3-A) 5-8 (12-B) 5-13 (4-H) 5-13 (2-C) 5-7 (1-A) 5-7 (1-H) 5-13 (2-B), 5-7 (1-F) 5-14 (8-C) 5-10 (8-B) 5-8 (12-C) 5-11 (3-F) 5-13 (5-F~H) 5-11 (1-F) 5-11 (2-F) 5-11 (3-F) 5-9 (2-E) 5-13 (6-F) 5-11 (3-A) 5-8 (10-A) 5-8 (12-C) 5-8 (12-C) 5-7 (1-A~B) 5-13 (2-B) 5-13 (2-D), 5-8 (12-D) 5-12 (8-E) 5-8 (12-B) 5-10 (8-D) 5-8 (10-B) 5-12 (11-D) 5-8 (10-A) 5-12 (11-D) 5-13 (2-C) 5-13 (4-G) 5-8 (10-A) 5-12 (11-F) 5-8 (10-A) 5-8 (10-B) 5-17 (1-A) 5-14 (8-C) R1554 0 R1525 1M R1534 0 R1546 0 R1509 0 R1526 560 C1521 0.1 R1578 0 C1524 0.1 C1523 100P (CH) R1557 0 C1554 15P (CH) C1555 15P (CH) RA1547 22 C1503 0.1 C1502 0.1 RA1561 100K R1561 1M C1587 0.1 CN1500 L1501 600nH L1500A 600nH R1507 1M V1500 33P V1501 33P R1503 0 R1504 0 R1506 0 R1559 1M R1560 1M R1564 0 R1563 100 R1565 100 R1572 100 R1571 100 R1508 1M R1547 100K C1505 0.0033 R1517 0 R1574 1M R1575 1M FL1500 NOISE FILTER C1513 0.001 R1522 0 FL1501 NOISE FILTER R1529 47 R1530 47 R1531 47 R1532 47 R1528 47 R1533 100 R1576 0 R1524 100K R1527 1M R1533A 1M R1518A 0 R1535 1M R1537A 1M R1539A 1M R1534A 1M R1536 1M R1538A 1M R1540A 1M C1516 1 C1515 1 C1514 1 R1520 0 R1519 0 R1511 0 C1512 1 C1511 1 R1518 0 C1509 1 R1516 0 C1510 1 R1515 10 C1508 1 R1514 0 C1507 1 C1506 1 R1512 0 C1504 1 IC1500 TC3525XBG MULTIMEDIA ACCELERATOR R1543 1K R1542 1K R1551 1M R1545 3.3K R1544 3.3K V1552 100P V1553 100P V1551 100P RA1500 100 at 100MHz C1519 1 CN1501 L1566 600nH L1567 600nH R1573 1M R1549 0 CA1521 1 LED1503 GP2W3240 INFRARED PORT R1548 0 R1550 10 R1552 1M C1530 10 R1539 82K C1528 10 C1526 4.7 C1529 4.7 C1531 1 C1532 1 R1541 0 R1556 0 C1527 100P (CH) R1537 10K R1538 0 R1540 120K L1500 2.2µH C1525 10 C1542 2.2 R1555 1 IC1504 FA3727R POWER CONTROL C1582 0.1 IC1505 LVC2G04Z LOGIC R1510 0

5 -- 14 Figure 4 SCHEMATIC DIAGRAM (4/9) 802SH 802SH A B C D E F G H 1 2 3 4 5 6 7 8 9 10 11 12 NOTES ON SCHEMATIC DIAGRAM can be found on page 5-1. ( ) : Not Mount Waveform numbers of 28 , 37 are shown on pages 5-4, 5-5. MAIN PWB-A(4/6) CCO VDIG275 PS PD PG PD 1 2 3 4 NS ND NG ND 1 2 3 4 MIC1P 1 2 3 4 5 VDIG275 VDIG275 AGND JMIC JACK JEARL MONO+ST JEARR VCC(2.9V) UART-RX UART-TX DGND GND (for Connecter Body) (for Connecter Body) GND 1 2 3 4 5 6 7 8 9 10 11 12 NC VIB1601 VIB1600 VBATIB NC VMEM18 NC NC NC NC GPIO3 GPIO1 BCLK D7 D4 D1 D0 NC MTR LED1/GPIO4 GPIO2 SDI /IRQ D5 D2 IOVDD1 CLKI GPIO0 DVSS LED2/GPIO5 D3 LRCK A0 /WR D6 RXIN LED0 DVDD IOVDD2 DVDD TXOUT /CS EQ2R SPVDDL /RST HPOUTL/MONO EQ3R EXTIN NC EQ1R NC NC PLLC EQ2L NC EQ1L EQ3L NC HPC /RD SPOUT2L BBL SPVSSR HPOUTR NC EXC (SPOUT1R) SPOUT2R SPVDDR VREF SPOUT1R SPOUT1L SPVSSL BBR (SPOUT1L) AVDD AVSS NC EXTOUT A B D C G H F E J 9 6 7 8 5 2 3 4 1 9 8 10 11 12 14 15 13 17 18 16 20 21 19 22 23 24 26 27 25 30 28 32 33 31 34 35 29 36 38 39 37 40 41 42 43 45 46 44 47 48 49 51 54 55 53 50 52 59 60 61 57 56 58 64 62 63 66 65 67 70 68 69 72 73 71 7 6 5 4 3 2 1 DVSS IOVDD2 IOVDD2 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 NC VBATIB VDIG29 NC NC NC NC VANA29 VDIG29 NC NC NC NC NC 1 2 3 4 SP-L1 SP-L2 SP-R1 SP-R2 MIC2P AUXI1 MIC200 MIC201 AUXO2 AUXO1 D7 D6 D5 D4 D3 D2 D1 D0 OE_N WE_N A1 LRCK BICK ADSDO AMCLK ADSDI HIFIDET_N UART0RX UART0TX ONSWPUEN VAMP_PD JACKDET_N PRGDET JACKPOWEN SYSCLK1 FMICLED CSYMU_N 1 2 3 4 5 6 1 2 3 4 5 6 VDIG29_T HPMUTE_N 1 2 3 4 5 NC 12 25 35 34 14 20 B 52 4 H 2 48 A 15 41 39 29 43 38 47 6 6 1 8 8 36 D 30 24 54 28 9 51 1 40 17 13 33 2 11 42 7 18 32 19 23 53 7 J 57 3 37 4 45 16 G 56 26 E 46 55 5 49 C 5 31 22 10 9 50 21 27 F 44 3 AVSS DVDD DVDD DVSS AVDD DVSS DVDD AVDD AVSS INDEX DVSS DVSS DVDD AVSS VREFOUT NC SELA NC NC TEST NC NC NC IREF SYSINV TEST VREFIN NC NC HSYNC D7 D1 FID/VSYNC C D4 D2 D5 D3 Y CVBS D6 D0 SYSCLK /RESET UD7 UD9 PD UD4 UD6 UD1 UD8 UD5 SDA UD3 UD0 SCL UD2 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 CCLK MIN LIN RIN AVSS AVDD VREF VCOM MUTET HVDD HVSS HPR HPL AINL2 MOUT AINL1 AINR1 AINR2 CSN PD N CDTI LRCK MCLK BICK DVDD SDTI DVSS SDTO 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 NC DISPPXL7 DISPPXL0 DISPPXL4 DISPPXL2 DISPPXL6 DISPPXL1 DISPPXL3 DISPPXL5 NTSC_PD NTSC_RST BECLK VDIG29 NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC T_I2CCLKA T_I2CDATA AKCS SECLK SEDO AKPD_N VDIG29 VDIG29 VBATIB PS VOUT VSAG VIN GND V+ 1 2 3 4 5 6 AUXO1_YMU TDO TCK TRST_N TDI RTCK TMS MIC1_BIAS VDIG29 VDIG29 1 2 3 4 5 6 VBATIB VMEM18 LPMODE_N VANA29 VBATIB VDIG29 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 VBATIB NC NC NC NC VANA29 VANA29 YMUINT_N TP1600 Y_RESOUT0_N TP1601 TP1602 TP1603 TP1604 TP1605 TP1606 BEHSYNC BEVSYNC 1 2 3 4 1 2 3 4 MIC_GND TP1609 NC NC NC NC 1 2 3 4 5 6 TP1607 TP1608 TP1611 TP1610 TP1612 TP1614 TP1613 VDIG29 TP1800 VDIG275 D0 D1 D2 D3 D4 D5 D6 D7 A1 OE_N WE_N VIBREG_CONT VAMP_PD AMCLK ADSDI ADSDO LRCK BICK LRCK AMCLK BICK LRCK BICK ADSDO HPOUT_L ADSDO ADSDI AGCONOFF SPSAVE STBONOFF STBONOFF SPSAVE AGCONOFF SUROUNDSW SUROUNDSW HPOUT_R AUX1_BIAS MIC2_BIAS VCC NC GND CPU-I/F STBY GND Vin NC Vout GND CE ECO Vout VDD GND SURROUND AGC ON/OFF SP_SAVE STB ON/OFF GND IN-R IN-L VCC Vref C1 R1 C2 R2 AGCDET VREFSP VCC R-ch L-ch VCC C3 R3 VREFSP SPATIALIZER AGC AGC AGC_det ON/OFF HANDSFREE MICROPHONE CONNECTOR CE ECO NC VDD GND VOUT VDIG29 28 37 37 MIC200 MICROPHONE M 5-7 (1-A~B) 5-13 (2-B) 5-7 (1-B) 5-11 (3-D) 5-10 (7-E) 5-11 (3-G) 5-12 (10-G~H) 5-8 (7-F) 5-8 (9-E) 5-8 (7-F) 5-8 (10-A) 5-8 (7-F) 5-8 (10-A) 5-8 (7-F) 5-8 (10-A) 5-9 (2-B) 5-9 (2-A) 5-8 (10-A) 5-10 (8-B) 5-12 (11-D) 5-11 (2-F) 5-8 (8-G) 5-8 (7-G) 5-11 (3-H) 5-10 (8-B) 5-12 (3-E) 5-7 (3-A) 5-8 (12-B) 5-11 (3-B) 5-8 (10-B) 5-10 (7-F) 5-8 (12-D), 5-11 (3-F) 5-11 (2-A), 5-8 (12-D) 5-7 (1-F) 5-11 (3-D) 5-10 (8-B) RECEPTION SIGNAL TRANSMISSION SIGNAL SPEAKER SIGNAL R1649 2.2K R1643 3.3M Q1605 EC4301 C Q1604 EC4401 C R1652 0 R1606A 0 IC1604 LVC1G07Z LOGIC L1600 FERRITE BEADS JK1600 C1645 0.1 R1603 0 R1644 1M L1602 FERRITE BEADS L1601 FERRITE BEADS R1626 15 R1625 15 R1638 1K C1631 0.1 R1619 33K C1622 0.027 R1610 0 C1612 0.001 R1609 0 R1607 0 R1613 0 IC1600 YMU783C MOBILE AUDIO R1611 3.3K R1602 0 R1617 120K C1604 4.7 C1621 0.027 R1618 0 R1620 33K C1668 0.1 R1614 0 C1613 0.1 R1606 0 C1625 120P(CH) R1663 0 CA1609 1 C1634 0.1 C1637 4.7 R1639 4.7K R1648 1K R1651 2.2K R1650 1K C1642 4.7 C1646 4.7 C1644 0.1 C1633 0.1 R1661 0 R1662 0 R1667 100 R1641 3.3M C1723 0.1 R1716 0 C1614 0.1 R1612 0 Q1601 HN1C03 FUZ Q1602 EMT1 R1627 1M IC1601 BH30FB1WHFV VIBLATOR REGULATOR IC1700 AK4569 PCM CODEC C1704 0.1 C1705 0.1 C1703 0.1 C1709 4.7 C1706 1 C1702 4.7 C1700 0.1 C1640 1 C1647 1 R1634 100 R1668 0 R1719 0 C1666 1 C1667 1 R1724 0 R1723 0 R1704 1M C1671 0.047 C1672 0.047 C1627 1 C1628 1 C1673 4.7 C1675 680P C1674 680P R1673 0 IC1603 AN12974A AGC STEREO AMP. R1624 0 R1646 0 R1645 0 R1656 0 C1602 0.1 C1678 0.1 C1632 0.1 C1683 0.1 C1680 1 C1676 1 C1610 1 C1600 1 C1648 1 C1624 1 R1621 1M R1636 1M R1655 1M R1635 1M R1659 10K R1622 0 R1657 10K R1623 10K R1660 100K C1677 0.0047 C1601 0.0047 C1679 0.001 C1650 0.022 R1653 2.2K C1629 100/4 C1630 100/4 R1630 3.3K R1678 3.3K R1628 100K R1679 100K V1602 15P RA1800 100K RA1647 560K C1652 0.1 C1664 0.1 C1665 0.1 C1681 0.47 R1658 0 0.1 C1684 R1666 0 C1682 2.2 D1600 RB521G30 D1601 RB521G30 IC1602 R1163D291B 2.9 V REGULATOR C1716 0.1 C1717 0.1 C1608 1 C1619 0.1 C1611 0.1 C1623 0.1 C1635 0.1 C1607 0.1 C1603 0.1 C1606 1 C1701 2.2 C1707 1 R1629 0 R1807 3.9K D1603 RB521G30 L1654 600nH R1664 10 R1665 10 C1654 0.1 V1653 15P C1655 0.1 C1651 0.1 VIB001 VIBLATOR

5 -- 16 Figure 5 SCHEMATIC DIAGRAM (5/9) 802SH 802SH A B C D E F G H 1 2 3 4 5 6 7 8 9 10 11 12 NOTES ON SCHEMATIC DIAGRAM can be found on page 5-1. ( ) : Not Mount Waveform numbers of to 21 14 to 11 1 , are shown on pages 5-2, 5-3. A B C D E F G H J K 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 43 44 39 40 41 42 45 46 47 48 49 50 51 52 53 54 55 56 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 GNDRF RFHC RFHD NC RFLB RFLA VCCRF QRB QRA IR B IR A GNDRF REON GNDPLANE RFHA GNDVCO CLK DATA STROBE GNDVCO NC RFHB TXON GNDVCO NC GNDRF RXON GNDVCO GNDSILENT TXOLB BSEL GNDVCO GNDVCO TXOLA PCTL GNDVAR VCCVCO VCCBUF GNDBUF NC PS GNDPLL XOOLA NC TXOHB PHDOUT TXOHA NC MODA MODB MODC MODD VCCPLL XOOB XOOC VTUNE A B C D E F G H J K 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 43 44 39 40 41 42 45 46 47 48 49 50 51 52 53 54 55 56 1 2 3 4 5 6 7 8 9 10 1 2 3 4 5 6 7 8 9 0 IFINA IFINB VCCLF QRA QRB IRA IRB IFOUTB VCCREF VCCMIX GNDIF CDQ CDI GNDLF MCLK XOOA XOIA MIXINA DATA XOOB XOIB MIXINB CLK GNDREF GNDBUS STROBE GNDBIAS VCCBUS IFLOA GNDEME GLNA REFON IFLOB RFI N XOOON GNDPLL GNDPHD GNDTUNE GNDVCO RXON GNDRFLO GNDBYP RFLOOA VCCRF INDBYP RFOUT VCCPLL VCCPHD PHDOUT VTUNE VCCVCO VCCRFLO RFLOOB IFOUTA GNDMIX VCCIF G RF_CLKREQ G WSTR G VCXOCONT G WCLK G WDAT G MCLK G RXIB G RXIA G RXQB G RXQA G WRFLOOP G WPOWERSENSE G WDCDCREF G WPAREF G VBATI G V_WIVI G V_WIVI G RTEMP G TXIA G TXIB G TXQA G TXQB G MODD G MODC G MODB G MODA G VCCA G BSEL0 G RADCLK G RADDAT G RADSTR G VLOOP G PCTL G IRA G IRB G QRA G QRB G RXON G TXON G BSEL0 G VAPC G VBATI G WCDMA G ANTSW2 G ANTSW1 G ANTSW0 SP001 SP002 SP003 SP004 G GPRFCTRL G GPRFCTRL G VCCB G EXTLDO 5-9 (3-A) 5-16 (8-A) 5-9 (5-A) 5-9 (5-A) 5-16 (9-A) 5-16 (11-G) 5-15 (3-A) 5-15 (2-A) 5-16 (8-A) 5-8 (12-D) 5-16 (10-H) 5-16 (11-D) 5-10 (8-C) 5-16 (9-H) 5-10 (8-D) 5-10 (8-C) 5-10 (8-C) 5-15 (5-H) 5-10 (8-C) 5-10 (8-C) 5-8 (9-E) 5-15 (5-H) 5-8 (9-F) MAIN PWB-A(5/6) G VDDA G VCCA G VDDB G VCCB G V_WIVI G V_WIVI G PASENSE SP008 897.50MHz 1,810.00MHz G WCDMA 5 6 7 8 9 4 3 2 1 4 3 2 1 10 A B C VREG VREG GND VCCBIAS VCCBIAS GND VCCDET GND VDETECT GND GND GND GND GND GND GND GND VCC2 VCC2 VCC1 VCC1 RFIN RFOUT SP009 SP015 SP016 SP017 SP018 SP022 SP023 SP019 SP020 SP021 G VCCB G VCCB SP027 G VCORE15 NC GND Vo V+ DCS_PCS out GSM_Pout GSM_Pin Vcc Vcc Vsupply VAPC DCS_PCSin Vcc BS GND GND GND GND GND GND GND DCS1800Rx GND GSM1900RX VC1 GSM900Rx VC2 ANT Vdd GND VCG WCDMA GND GND DCS1800Tx GND GSM900Tx A B C D E F G H 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 43 44 39 40 41 42 45 46 47 48 49 50 51 52 53 54 55 56 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9 0 I J QINBAR QIN IINBAR IIN VCCBB VCCIFPHD PHDIFOUT VCCIFPLL GNDIFVCO VCCIFVCO XOOB VTUNEIF XOOC GNDBB CLK GNDIFPHD GNDIFPLL GNDRFVCO GNDTUIF VCCBUS GNDBUS GNDRFPHD GNDIFVCO IFLO DATA TXON VCCRFPHD GNDIFLO GNDRFPLL PHDRFOUT VCCIFLO GNDRFLO STROBE VCCRFPLL RFLO GNDRFLO GNDRF GNDRF GNDRF GNDIF GNDRFVCO GNDTUNERF VCCRF OUT OUTBAR GNDRF MIXOUT MIXOUTBAR VTUNERF G RF_I O G ANT_IO 2110-2170MHz SP028 SP029 DUPLEXER ANT GND RX TX SP031 SP032 NC WRFLOOP MODA MODB MODC MODD IR B QRA QRB QRB QRA IRB IRA TXQB TXQA TXIB TXIA XOOB XOOB G ANTSW3 WDAT WDAT XOOA XOOA XOOA RF_CLKREQ WSTR_WOPY_WIV I WSTR_WOPY_WIVI WCLK WCLK VCXOCONT IR A EGSMTx H CONTROL LOGIC GSM1900Rx L EGSMRx L GSM1800/1900Tx UMTS L L VCG (ANTSW3) VC1 (ANTSW1) VC2 (ANTSW2) GSM1800Rx L L H L H L L L L L H L H 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 41 40 39 38 37 36 35 34 33 32 31 30 29 28 27 26 25 24 23 22 21 20 19 18 17 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 16 NC NC NC WON IFLOBAR IFBPBAR IFBP VCCIF VCCRFVCO RFLOBAR 1 1 3 4 2 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 NC NC NC NC NC NC NC NC NC 1 1 2 3 1 4 1 2 4 3 5 6 7 8 2 3 6 5 4 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 1 1 2 3 4 2 3 6 7 5 4 1 2 3 4 1 2 3 6 5 4 1 1 1 1 1 1 2 3 5 4 1 1 2 3 1 2 3 1 2 3 1 2 3 6 5 4 6 5 4 6 5 4 6 5 4 2 3 5 4 1 2 3 4 5 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 2 1 2 3 6 5 4 1 2 3 2 3 4 1 2 3 4 5 6 7 8 9 10 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 BUILT-IN AERIAL 11 18 , 15 14 19 , 17 16 , 6 5 20 21 4 1 7 2 3 , 10 9 8 13MHz 5-15 (3-A) 5-15 (4-H) 5-16 (11-G) 5-10 (11-B) 5-10 (11-B) 5-10 (8-C) 5-10 (11-B) 5-8 (12-E) 5-10 (8-E) 5-15 (2-A) 5-15 (4-H) 5-16 (11-G) 5-10 (11-B) 5-10 (8-D) 5-15 (3-H) 5-15 (4-H) 5-10 (11-B) 5-10 (8-D) 5-15 (3-H) 5-8 (9-F) 5-8 (9-F) 5-10 (8-D) 5-17 (3-F) 5-15 (5-H) 5-15 (4-H) 5-15 (3-A) 5-15 (4-A) RECEPTION SIGNAL TRANSMISSION SIGNAL 2.71V 2.71V 1.50V 1.50V 5-9 (2-E) HINGE_B HINGE_A COAXIAL CABLE R770 1K D770 BBY58-02V R771 10K C773 5P(CH) C772 330P C777 47P(CH) C770 0.01 C778 56P(CH) R772 10K C776 5P(CH) X770 C414 22P(CH) C447 0.01 C448 0.01 R430 10 C760 0.01 C761 120P(CH) L760 1µH R760 0 C431 22P(CH) C453 0.01 C454 0.01 C451 0.01 C452 0.01 C442 0.0022 C443 1P (CH) L441 100nH C441 0.0022 R411 1.5K C423 0.0022 C422 0.0022 C425 0.0022 C424 22P(CH) L421 47nH L422 47nH FL420 Rx-IFSAW (W-CDMA) FL400 Rx-RFSAW (W-CDMA) C412 1P(CH) C413 1P(CH) L411 6.8nH C407 22P(CH) R740 10 R730 10 R401 0 C730 0.01 C731 22P(CH) C751 22P(CH) L424 4.7nH C720 0.0056 R721 0 R720 5.6K C721 390P C750 22P(CH) L423 4.7nH C404 0.01 C741 22P(CH) C403 22P(CH) C740 0.01 C714 100P (CH) C715 100P (CH) C716 5P(CH) R431 0 C800 0.1 C801 0.033 C802 10 R809 0 IC800 LP3981ILD 2.8 V REGULATOR R810 0 C803 4.7 R811 0 C401 22P(CH) L401 2.2nH C402 0.001 C012 22P(CH) C601A 0.5P(CH) C631 10P(CH) C632 0.01 L506 6.8nH R604 390 R606 390 R605 12 IC630 RF9266 W-CDMA POWER AMP. R631 0 R617 0 C635 0.001 C905 2P R904 0 L904 5.6nH R902 0 C902 1.8P L905 3.3nH R901 0 R900 0 R008 0 FL003 ESD DEVICE C341 22P (CH) C313 22P (CH) C328 22 C023 47P(CH) R326 51m (1/5W) L342 3.3nH L001 22nH C007 47P (CH) C352 47P(CH) C350 1P(CH) C327 33P(CH) L352 3.3nH IC300 CX77313 POWER AMP. MODULE (FOR GSM) C362 22P (CH) C325 22P (CH) C363 1P (CH) C354 0.5P (CH) C331 22P (CH) C001 47P(CH) L351 68nH C324 47P(CH) C002 47P(CH) C003 47P(CH) C004 47P(CH) C005 0.001 FL001 ANT SW MODULE Q003 RN47A4 JEF C022 0.001 R002 10K C110 47P(CH) C100 47P(CH) L111 18nH L101 22nH FL100 Rx-SAW (DCS) FL110 Rx-SAW (GSM) C121 5P(CH) C122 5P(CH) C111 47P(CH) C112 47P(CH) L110 18nH C120 47P(CH) L121 12nH L122 3.9nH FL120 Rx-SAW (PCS) C101 5P(CH) C102 5P(CH) L100 4.7nH L331 10nH L330 47nH C333 22P(CH) FL330 HYBRID BALUN FL331 HYBRID BALUN R305 10 R306 390 R304 390 C332 33P(CH) L332 68nH R303 470 R301 470 CN901 COAXIAL CONNECTOR CN902 COAXIAL CONNECTOR ANT901 AERIAL TERMINAL FL500 Tx-RFSAW (W-CDMA) C508 4P(CH) C507 3P(CH) L505 6.8nH L503 5.6nH L504 8.2nH C511 10P(CH) C512 10P(CH) C513 0.01 C514 0.01 L507 68nH R510 0 R502 680 R504 680 C501 47P(CH) L502 18nH L501 18nH C710 150P(CH) C702 22P(CH) C503 22P(CH) C704 22P(CH) R503 0 R711 0 C701 0.01 C703 0.01 R501 0 R710 4.7K C711 0.0033 R701 10 R702 10 IC501 LM20SITLX TEMPERATURE SENSOR C515 0.1 R511 470 R603 0 C602 22P(CH) C601 0.01 IC700 OM5955ET W-CDMA TRANSMITTER IC C502 2P(CH) C509 10P(CH) C510 0.01 C505 22P(CH) C504 10P(CH) R626 33K C626 330P IC620 MAX1820XEBC DCDC R632 0 C622 22P(CH) C624 4.7 C623 10 C627 4.7 R627 39K R628 100K C628 0.001 L621 4.7µH R302 10 C104 22P(CH) C201 0.01 C205 47P(CH) C103 0.01 R210 100 R211 100 R212 100 R213 100 L120 68nH L200 68nH L201 5.6µH R335 0 C226 0.001 C227 0.001 IC100 OM5952AET RECEIVER/TRANSMISSION IC FOR GSM C202 0.01 C330 22P(CH) C113 22P(CH) C335 22P(CH) C356 22P(CH) L203 68nH C334 22P(CH) C361 22P(CH) L301 68nH R223 390 C221 0.01 R220 560 C224 0.0012 C225 0.0018 L202 100µH C223 330P R222 120 C222 560P C444 0.01 R774 1.2K R773 15K C779 150P(CH) Q701 EC3201 C R703 0 FL650 ISOLATOR FL002 IC400 OM5954ET RECEIVER IC FOR W-CDMA

CONFIDENTIAL Figure 6 SCHEMATIC DIAGRAM (6/9) A B C D E F G H 1 2 3 4 5 6 NOTES ON SCHEMATIC DIAGRAM can be found on page 5-1. MAIN PWB-A(6/6) G IRA G IRB G QRB G QRA G RXON G QDATA G IDATA G DCLK G VDIG275 G M_I2CDAT G M_I2CCLK G RESHERTA G SYSCLK2 SP014 SP012 NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC 9 10 11 12 13 15 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 A 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 B C D E F G H VSS VDD IDAT QRB QRA IRB IRA DAC03 VSS DEC4 RXSTR VDD DAC02 GPA0 GPA1 VDD VSS DCLK DACDAT DACCLK DAC01 GPA2 GPA3 GPA4 I2CCLK RESETB I2CDAT QDAT GPA6 GPA5 GPA7 DACSTR DEC5 DEC1 REXT VSS AUXI1 GPCLK GPDAT ADSTR AVDD VSS VDD CCO MICI P PCMCLK VSS VDD MICI N PCMDL VSS VSS BEARP PCMUL PCMSYN MCLK DEC2 DEC3 VDD VSS AUXO2 BEARN NC NC 1 2 3 4 5 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 IN GND GND OUT GND GND 1 2 3 4 5 6 BT_ANT BU2_ANT 6 5-8 (7-F) 5-8 (12-C) 5-8 (7-F) 5-8 (12-E) 5-9 (3-A) 5-9 (3-F) 5-8 (12-E) 5-9 (3-A) 5-9 (3-F) 5-8 (9-F) 5-8 (7-F) 5-8 (12-D) 5-12 (11-A) 5-16 (11-D) 5-9 (2-E) 5-8 (10-G) RECEPTION SIGNAL R150 0 R151 0 C156 0.01 R140 100K C144 0.068 C143 0.068 IC101 AB1011 GSM CODEC C142 0.068 C141 0.068 C140 0.068 C150 0.01 CN061 BLUETOOTH AERIAL TERMINAL L061 2.2nH L061A 2.2nH C064 1.8P C062A 4P(CH) C062 1.5P(CH)

CONFIDENTIAL Figure 7 SCHEMATIC DIAGRAM (7/9) A B C D E F G H 1 2 3 4 5 6 NOTES ON SCHEMATIC DIAGRAM can be found on page 5-1. MAIN PWB-A DISPLAY PWB-B IC1002 PIN NO. VOLTAGE 1 2 3 4 5 6 2.75V 0.00V 4.20V 2.89V 0.00V 38.71mV IC3001 PIN NO. VOLTAGE 1 2 3 4 5 6 1.85V 0.00V 4.20V 2.89V 0.00V 2.77V IC3002 PIN NO. VOLTAGE 1 2 3 4 5 6 1.81V 0.00V 4.15V 1.85V 0.00V 2.77V IC3004 PIN NO. VOLTAGE 1 2 3 4 5 6 1.81V 0.00V 4.16V 2.50V 0.00V 2.77V IC1303 PIN NO. VOLTAGE 1 2 3 4 5 6 16.41mV 761.12mV 88.53mV 469.23mV 0.00V 0.00V IC1201 PIN NO. VOLTAGE 1 2 3 4 99.11mV 18.23mV 0.00V 18.31mV IC1204 PIN NO. VOLTAGE 1 2 3 4 1.50V 1.80V 0.00V 326.32mV IC1205 PIN NO. VOLTAGE 1 2 3 4 1.50V 2.75V 0.00V 184.11mV SD PWB-C IC620 PIN NO. VOLTAGE 1 2 3 4 5 6 7 8 9 10 3.84V 2.15V 1.23V 0.78V 0.00V 0.00V 3.80V 3.84V 2.79V 0.00V IC800 PIN NO. VOLTAGE 1 2 3 4 5 6 7 2.80V 1.66V 2.80V 0.00V 1.14V Approx.2.78V 0.00V IC501 PIN NO. VOLTAGE 1 2 3 4 Not Connected 0.00V Approx.1.35V 2.79V IC630 PIN NO. VOLTAGE 1 2 3 4 5 6 7* 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 2.55V 2.55V 0.00V 3.84V 3.84V 0.00V 3.70V 1.16V 0.00V 0.00V 0.00V 0.00V 0.00V 0.00V 3.70V 3.70V 0.00V 3.70V 3.70V 0.00V 0.00V 0.00V 0.00V * Measure condition Tx Power Power Voltage 21.8dbm 3.84V IC1700 PIN NO. VOLTAGE 1 2 3 4 5 6 7 8 9 10 11 12 13 14 0.00V 2.93V 0.00V 0.00V 0.00V 0.00V 0.00V 105.21mV 0.00V 2.93V 0.00V 0.00V 2.93V 0.00V PIN NO. VOLTAGE 15 16 17 18 19 20 21 22 23 24 25 26 27 28 0.00V 0.00V 1.02V 0.00V 0.00V 0.00V 0.00V 0.00V 0.00V 2.93V 320.61mV 161.23mV 243.21mV 325.31mV IC1603 PIN NO. VOLTAGE 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 424.12mV 457.21mV 423.21mV 467.22mV 340.23mV 0.00V 265.12mV 4.20V 0.00V 229.12mV 0.00V 223.32mV 321.15mV 0.00V 176.31mV 0.00V PIN NO. VOLTAGE 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 4.20V 407.21mV 621.31mV 753.11mV 0.00V 403.21mV 230.32mV 495.33mV 131.29mV 0.00V 0.00V 0.00V 2.93V 440.23mV 0.00V 0.00V IC1504 PIN NO. VOLTAGE 1 2 3 4 5 6 7 8 9 10 11 12 13 14 0.00V 4.20V 0.00V 2.50V 4.20V 2.93V 2.89V 2.52V 4.20V 2.93V 0.00V 1.50V 1.73V 1.58V PIN NO. VOLTAGE 15 16 17 18 19 20 21 22 23 24 25 26 27 28 1.81V 2.93V 2.89V 2.53V 2.77V 2.77V 0.00V 1.78V 4.20V 4.16V 0.00V 670mV 1.04V 1.04V IC1602 PIN NO. VOLTAGE 1 2 3 4 5 6 4.20V 0.00V 113.25mV 0.00V 0.00V 0.00V IC1601 PIN NO. VOLTAGE 1 2 3 4 5 0.00V 0.00V 4.20V 33.20mV 0.00V IC1206 PIN NO. VOLTAGE 1 2 3 4 5 6 4.20V 0.00V 1.80V 132 178mV 0.00V 4.20V IC1001 PIN NO. VOLTAGE 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 0.00V 0.00V 0.00V 0.00V 0.00V 0.00V 0.00V 0.00V 0.00V 0.00V 0.00V 0.00V 0.00V 0.00V 0.00V 0.00V 0.30V 0.00V 0.00V 0 1.50V 1.80V PIN NO. VOLTAGE 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 1.80V 0 1.80V 0.00V 0.00V 0.00V 0.00V 1.80V 2.77V 2.90V 1.80V 2.77V 0.00V 2.77V 0.00V 2.77V 1.80V 0.00V 0.00V 0.00V IC2001 PIN NO. VOLTAGE 1 2 3 4 5 6 4.20V 982.12mV 0.00V 0.00V 0.00V 0.00V IC2003 PIN NO. VOLTAGE 1 2 3 4 5 6 4.20V 1.365mV 3.102V 2.95V 0.00V 2.95V IC2004 PIN NO. VOLTAGE 1 2 3 4 5 6 0.00V 4.20V 0.00V 0.00V 0.00V 0.00V

CONFIDENTIAL Figure 8 WIRING SIDE P.W.BOARD (1/5) A B C D E F G H 1 2 3 4 5 6 MAIN PWB-A (FRONT SIDE) MIC200 MIC201 SP031 SP032 SP012 SP014 SP001 SP002 SP003 SP004 1 2 10 20 26 5 15 27 1 5 10 20 25 30 35 40 15 , 10 5 , 11 20 21 9 33 1 3 2 6 4 7 8 FROM KEY FPC UNIT PWB-E 5-27 (2-H) COAXIAL CONNECTOR COAXIAL CONNECTOR HINGE_B (107-8) HINGE_A (107-8) COAXIAL CABLE (107-9) CN3001 MIC200 MICROPHONE INFRARED DORT To DISPLAY PWB-B (REAR SIDE) 5-25 (3-H) THIN COAXIAL CABLE (151) This PWB employs lead-free solder. R401 R210 R211 R212 C1506 R213 C1507 C1508 C1509 R603 R604 C1510 R605 R411 C1511 R606 C1512 R1103 R220 R1104 C1514 C1515 R222 R223 IC1101 IC1100 R1109 R1110 R1111 R1112 R617 D770 R1115 C001 C002 C003 C004 R810 C005 R008 R430 IC1500 R1120 C201 R431 R1509 R1121 R626 C202 R627 LED1503 R628 C205 C012 C1684 R1127 R1128 R1512 R1514 R631 C401 R1515 R632 C402 R1516 C403 C404 R1518 R1519 C407 C022 R1520 C601 C602 R1524 R1525 C412 C413 R1527 C414 C221 C222 C223 C224 C225 C226 C227 C422 C423 C424 C425 C622 C623 C624 C431 C626 C627 C628 C631 C632 C635 C441 C442 C443 R1557 C444 C447 C448 C451 C452 C453 C454 L100 L101 R1576 FL001 Q003 L301 L110 L111 FL100 L501 L502 L503 L504 L505 L506 L507 L120 IC400 L121 L122 FL110 FL500 FL120 CN1000 L330 L331 L332 C1000 C1001 Q1001 C1006 C1007 IC620 L342 C1202 FL330 C1010 FL331 C1012 C1207 C1013 C1014 C1209 C1015 C1016 C1400 R301 R302 R303 R304 IC630 C1210 R305 L351 C1211 L352 R306 C1406 C1407 C1213 Q1210 R501 R502 R503 R504 C1410 C1651 C1220 C1221 C1222 C1223 IC1000 R701 C1225 R702 C1226 R703 R510 R511 C1229 R1012 R1013 IC1200 R326 R1016 R710 R711 L760 IC1209 C100 IC1400 R1214 C101 C102 C103 C104 R140 R335 R720 R721 C1052 C1053 R1220 R1221 R1222 R1223 C110 C111 CN901 R1225 C112 CN902 C113 R1227 R150 R1034 R151 R1037 R730 C501 C502 C503 C504 C1258 C505 C1259 C507 C313 C508 C120 R1234 C509 C121 R1041 C122 C701 C702 C703 C510 C704 R740 C511 C512 C513 C514 R1240 C515 C324 C325 C327 C328 C710 C711 R1055 C714 C715 C716 C330 C331 C332 C333 C140 C334 C141 C335 R1061 C142 R1062 C143 R1063 C144 C720 R1064 C721 R1065 R1066 R760 R1260 C341 C150 R1073 C730 R1074 C731 C156 RA1000 R770 RA1001 R771 RA1002 R772 RA1003 RA1004 C350 R1658 RA1005 RA1006 C352 C354 RA1007 RA1008 RA1009 C356 C740 C741 R1661 R1662 RA1010 R1666 C361 C362 C363 C750 C751 L200 L201 L202 L203 IC100 IC101 FL002 FL650 C760 C761 L401 IC300 C601A C770 L411 C772 C773 FL400 IC501 C776 C777 C778 IC700 X770 L421 L422 L423 L424 L621 FL420 R002 C1104 C1106 C1107 C1108 C1109 L441 CN1501 C803 R1508 R1536 R1537A R1539A R1533A R1535 R1538A R1540A R1534A

CONFIDENTIAL Figure 9 WIRING SIDE P.W.BOARD (2/5) 7 8 9 10 11 12 Waveform numbers of 1 to 45 are shown on pages 5-2 to 5-6. MAIN PWB-A (REAR SIDE) TP1601 TP1608 TP1234 TP1400 TP1215 TP1216 TP1602 TP1604 TP1605 TP1606 TP1607 TP1800 TP1611 VIB1600 VIB1601 TP1609 TP1600 TP1008 TP1010 TP1209 TP1211 TP1212 TP1219 TP1220 TP1221TP1222 TP1610 TP1612 TP1230 TP1231 TP1232 TP1233 TP1235 SP009 SP015 SP016 SP017 SP018 SP019 SP020 SP028 SP029 TP1302 TP1304 TP1507 TP1210 TP1021 TP1218 TP1228 SP021 SP023 TP1303 TP1305 TP1306 TP1307 SP008 SP022 TP1003 TP1229 SP027 TP1023 TP1236 TP1237 TP1019 TP1020 TP1226 TP1227 TP1500 TP1501 TP1502 TP1504 TP1505 TP1006 TP1009 TP1206 TP1013 TP1015 TP1016 TP1017 TP1018 TP1024 TP1225 TP1613 TP1308 TP1022 TP1004 TP1005 TP1007 TP1011 TP1012 TP1014 TP1223 TP1614 TP1503 TP1200 TP1201 TP1202 TP1203 TP1204 TP1205 TP1207 TP1603 TP1301 TP1506 TP1213 TP1002 TP1217 1 5 10 15 20 25 35 40 45 50 30 26 1 1 8 9 10 15 16 17 20 24 25 30 32 5 3 4 6 1 5 10 13 14 16 15 18 1 52 5 10 13 14 15 20 1 1 1 3 3 4 4 6 6 2 3 4 25 27 28 30 35 40 41 45 50 1 1 1 5 10 1 3 4 5 3 3 6 7 5 8 10 14 15 21 20 22 25 28 1 2 3 1 5 7 8 14 15 20 21 22 25 28 10 4 1 3 1 2 3 4 4 6 BUILT-IN AERIAL TERMINAL BUILT-IN AERIAL 17 19 1 2 3 BLUETOOTH AERIAL TERMINAL BLUETOOTH AERIAL PWB-K USIM CARD CONNECTOR EXTERNAL CONNECTOR CHARGE TERMINAL CHARGE TERMINAL BATTERY TERMINAL HANDS FREE MICRO PHONE CONNECTOR SMALL LIGHT 5-27 (3-C) FROM SD P.W.B. CONNECT FPC PWB-H 12 13 , 16 17 , 14 15 , 44 34 45 26 27 35 43 29 28 31 M 25 33 38 41 19 18 36 32 30 39 23 40 42 24 37 This PWB employs lead-free solder. 22 VIBRATOR V1500 V1501 C1502 C1503 C1504 C1505 V1311 C1700 C1701 C1702 C1703 R1100 C1704 R1101 C1705 R1102 C1706 C1707 C1513 R1106 C1516 R1107 R1108 R1518A C1519 IC1103 R1300 IC1104 R1301 IC1105 R1302 IC1106 R1303 R1304 C1521 R809 R1305 C1716 R1306 R1307 C1717 C1523 IC1300 R1308 R1114 C1524 R1309 C1525 C1526 IC1303 C1527 L1500A C1528 R811 L1501 R1119 C1529 R1503 C007 R1504 R1310 R1312 R1506 R1507 C1723 C1530 R1315 C1531 R1316 C1532 R1317 IC1504 CA1521 IC1505 R1704 R1510 L1201 R1511 IC1700 R1517 R1130 C1542 C023 L061A C062A R1716 R1522 R1719 R1526 L1600 R1528 L1601 R1529 V1551 L1602 V1552 R1603 V1553 C800 C1554 C801 C1555 C802 R1606A R1723 R1724 R1530 R1531 R1532 R1533 R1534 R1537 R1538 R1539 CN061 R1540 R1541 R1542 R1543 R1544 R1545 R1546 R1547 R1548 R1549 R1550 R1551 R1554 R1555 R1556 FS1200 R1552 R1559 C1582 L061 C062 C1587 C064 R1560 R1561 R1563 R1564 R1565 L1566 L1567 FL1500 FL1501 R1571 R1572 R1573 R1574 R1575 RA1500 R1578 JK1600 Q701 LED1200 L904 L905 IC800 CN1200 ANT901 CN1201 C1002 C1003 Q1000 C1004 C1005 C1008 C1009 RA1547 C1200 C1201 C1203 Q1200 C1204 Q1201 C1205 C1011 C1206 Q1203 C1208 Q1206 C1017 Q1208 C1401 C1402 C1403 C1404 C1405 C1212 C1408 C1214 C1409 Q1211 C1215 C1216 Q1212 C1217 C1600 D1000 C1218 Q1214 RA1561 C1601 Q1215 C1602 C1603 C1604 C1028 Q1601 C1411 C1029 Q1602 C1606 C1412 C1413 C1607 C1414 C1608 C1415 Q1605 V1416 D1200 C1224 C1030 IC1001 D1201 C1031 D1202 IC1002 C1032 D1203 IC1003 C1227 IC1004 C1610 R1200 C1034 C1611 R1201 C1035 IC1005 C1612 C1036 R1203 C1613 C1037 C1614 C1038 R1011 R1205 R1206 R1207 R1208 R901 IC1201 C1619 R1209 IC1202 C1232 R902 IC1203 R1017 IC1204 C1040 CA1609 R1401 IC1205 C1235 C1041 R1402 IC1206 C1236 R1403 R1210 C1238 R1211 V1045 C1621 C1239 R1212 C1622 V1047 R1213 C1623 D1600 R1020 C1624 C1683 IC1401 D1601 R1215 R1021 C1625 V1602 R1216 C1668 D1603 R1217 R1023 C1627 R1218 R1024 C1628 C1241 R1219 R1025 C1629 R1602 R1026 C1244 C1050 R1029 C1051 C1245 R1606 C1246 C1247 R1607 IC1600 C1630 IC1601 R1609 C1631 C1249 C1632 IC1602 IC1603 C1633 R1224 R1030 C1634 C1635 R1613 R1031 R1226 R1032 R1033 C1637 R1300A R1610 C1250 R1301A R1611 R1229 R1035 C1251 R1302A R1612 R1036 C1252 R1807 R1303A C1253 V1117 R1304A R1614 R1038 R1039 C1255 R1306A R1617 R1618 R1230 C1228 C1231 C1230 C1640 R1619 R1232 C1642 L1500 R1040 C1644 R1235 C1645 R1042 C1646 R1237 C1647 C1648 R1620 R1238 C1260 R1045 R1621 R1239 R1622 R1046 R1623 R1047 R1048 R1624 R1049 R1625 R1626 R1627 R1628 C1650 R1241 C1652 R1242 V1653 R900 R1244 R1050 C1654 R1245 R1051 C1655 C902 R1246 R1052 R1247 R1053 R904 R1248 R1054 R1630 R1629 C905 R1056 R1057 R1634 R1058 R1059 R1266 R1635 R1636 R1638 R1639 C1664 R1060 C1665 R1255 C1666 R1256 C1667 R1258 R1641 R1132 R1643 R1644 R1069 R1645 R1646 R1648 C1671 R1261 R1649 C1672 R1262 C1673 R1263 R1070 C1674 R1264 R1071 C1675 R1265 C1676 C1677 C1678 R1650 R1075 C1679 R1651 R1043 R1652 R1653 L1654 R1077 R1655 R1656 R773 R1657 R774 C1680 C1681 R1659 C1682 R1660 R1663 R1664 R1665 R1667 R1668 L001 RA1017 RA1018 R1673 R1678 R1679 RA1027 RA1028 FL003 RA1800 C779 CN1300 X1000 RA1647 CN1500 C1300 C1301 C1302 C1303 C1304 C1110 C1305 Q1301 C1111 C1306 C1112 C1307 C1113 C1116 Q1002 R1068 Q1604 IC1604 C1709 Q1202 Q1204 Q1205 Q1213 Q1207 Q1209 C1240 Q1300 VIB001

5 -- 22 Figure 10 SCHEMATIC DIAGRAM (8/9) 802SH 802SH A B C D E F G H 1 2 3 4 5 6 7 8 9 10 11 12 NOTES ON SCHEMATIC DIAGRAM can be found on page 5-1. ( ) : Not Mount Waveform numbers of 46 to 49 are shown on pages 5-2, 5-3. DISPLAY PWB-B TP3009 TP3012 TP3002 TP3025 TP3008 TP3018 TP3024 TP3053 TP3 TP4 TP5 TP6 TP7 TP8 TP9 TP10 TP11 TP12 TP13 TP14 TP15 TP16 TP17 TP18 TP19 TP20 TP21 TP22 TP23 TP2 TP1 TP3054 TP3055 TP3033 TP3031 TP3032 TP3049 TP3051 TP3048 TP3050 TP3003 TP3004 TP3005 TP3056 TP3057 TP3059 TP3058 TP3061 TP3063 TP3062 TP3060 TP3064 TP3066 TP3065 TP3067 TP3068 T-COM T-COM TFT-COM COMC COMC COMDC VCOMH B0 B1 B2 B3 B4 B5 G0 G1 G2 G3 G4 G5 R0 R1 R2 R3 R4 R5 DCLK HSY VSY SO SI SCLK CS RESET VCC GND GND VDC VDC COM2 VCL AM VSS2 VSS1 NC VDD2 C5- C5+ C4- C4+ C3- C3+ C2- C2+ C1- C1+ VDC2 VDC2 VR VS VS 60 61 3 5 49 39 29 19 9 52 42 33 41 31 21 11 54 44 34 6 7 1 23 13 2 56 46 36 26 59 50 15 58 48 38 28 18 8 51 4 40 30 20 10 53 43 32 22 12 55 45 35 25 16 24 14 57 47 37 27 17 NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC 1 2 3 4 5 RXCKN 60 14 VDDPLL 149 VDDIOA VDDIOD 1 105 25 52 176 170 2 K 86 28 32 O 168 165 118 7 SUBCK/SUBGPO1 GNDPLL SUBDB0 DB11 GND 76 BSPIXEL2/NDATA2 DB0 GPO9 BSVS_B/VSYNC_NT SCL 158 12 F GDATA2 8 55 GSR PLLDIV2 VDDOSC 167 VDDIOD 161 62 59 9 103 16 126 111 92 73 109 65 3 38 43 87 85 SUBRS/SUBGPO2 SCANEN SUBDB1 DB10 GND 82 BSPIXEL3/NDATA3 DB1 GPO10 110 1 BSHS_B/HSYNC_NT GPO0 GDATA3 VDWAIT_B PLLDIV1 97 VDDCORE VDDIOB 175 37 145 M 160 34 117 102 15 58 142 113 TESTI 144 SUBDB2 DB12 GND 80 DB3 GPI0 GPO1 GDATA0 143 RESET_B PLLDIV0 VDDCORE VDDIOB 95 40 DCLK 77 172 127 57 71 41 C 151 91 26 54 D 9 SUBCS_B/SUBGPO3 GPCLK SUBDB3 DB8 GND DB2 GPI1 169 G GPO2 GDATA1 BDATA5 BDATA4 XIN/SCANCK 152 124 23 VDDCORE 22 VDDIOA HSYNC 53 119 146 49 171 115 88 48 SE_LD2/PORT3 78 45 6 101 SUBDB4 DB13 GND 13 BSPIXEL6/NDATA6 DB5 GPI2 GPO3 RDATA5 130 50 134 10 OSCIN VDDCORE 174 VDDIOB VSYNC 100 39 81 11 14 5 93 20 122 11 147 162 98 A 2 SUBWR_B/SUBGPO4 SE_LD3/PORT4 I SUBDB5 MAGBUSY GND 96 BSPIXEL4/NDATA4 DB7 WAIT_B GPI3 BSPIXEL0/NDATA0 GPO4 H B RDATA4 BDATA2 OSCOUT VDDCORE 13 108 VDDIOA SE_DI/PORT6 84 68 163 157 66 120 56 5 19 164 129 114 SE_LD4/PORT5 SUBDB6 NTCLK GND 153 DB6 BUFOFF_B GPI4 GPO5 RDATA2 BDATA3 131 VD0N VDDCORE VDDIOC SE_DO/PORT0 E 15 31 4 94 136 44 132 4 79 135 47 133 SUBRD_B/SUBGPO5 PWM0/PORT7 SUBDB7 BSCLK/DCLK_NT GND BSPIXEL5/NDATA5 DB4 CS_B GPI5 GPO6 3 8 33 RDATA3 116 GDATA5 RXDTP VDDCORE 148 46 VDDIOC 150 69 SE_CK/PORT1 154 18 70 166 104 137 72 10 PWM1/PORT8 SUBCKS/SUBGPO0 GND 128 42 BSPIXEL7/NDATA7 DB15 RD_B GND 138 P 16 BSPIXEL1/NDATA1 GPO7 N RDATA0 GDATA4 RXDTN 61 63 VDDCORE VDDIOA 173 SE_LD1/PORT2 24 112 6 35 139 64 21 125 74 29 83 SUBFLMIN PWMLCD/PORT9 159 140 J GNDOSC L DB14 WR_B GND 90 GPO8 RDATA1 7 30 BDATA0 RXCKP VDDVD 75 VDDIOB 89 51 VDDIOB 17 27 106 107 156 12 141 99 67 121 155 36 SUBLPIN LCDINT GNDVD BSBLK_B DB9 RSP GND 123 GPO11 SDA BDATA1 LR38866 NC NC NC NC NC NC NC NC NC NC NC NC DUMMY DUMMY DUMMY DUMMY 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 101 102 103 104 105 106 107 108 109 110 111 112 113 114 115 116 117 118 119 120 121 122 123 124 125 126 127 128 129 130 131 132 133 134 135 136 138 139 140 141 142 143 144 145 146 147 148 149 150 151 152 153 154 155 156 157 158 159 160 161 162 163 164 165 166 167 168 169 170 171 172 173 174 175 176 96 91 95 94 99 98 93 100 92 97 137 VBATIB VUDIG29 VUDIG18 VUDIG29 VUDIG25 VUDIG29 VUDIG25 VUDIG18 VUDIG29 VBATIB VUDIG29 VUDIG29 VUDIG18 VUDIG29 VUDIG18 VCCR VUDIG29 VUDIG18 VUDIG18 1 2 3 4 5 3 40 E 64 35 95 94 88 105 J 15 47 79 A 91 22 108 27 73 30 9 1 77 69 3 G 25 1 99 48 67 52 70 107 6 49 86 104 14 87 8 65 24 93 20 75 66 43 D 51 98 72 12 4 2 84 57 M 81 37 58 31 32 63 38 B 41 K 34 19 29 11 59 46 76 6 F 21 54 74 7 102 106 53 50 12 92 68 4 10 33 62 10 78 5 16 8 23 82 42 56 60 100 28 85 80 89 17 9 26 97 71 96 2 61 36 7 13 5 45 39 103 90 44 H 11 18 C 101 L 55 83 DCLK HSYNC VSYNC R0 R1 R2 R3 R4 R5 G0 G1 G2 G3 G4 G5 B0 B1 B2 B3 B4 B5 SCLEG0 SCLEG1 SCLK SCS SDI SDO NRESET EDO EDI ECLK ECS C1P C1N C2P C2N C3P C3N C4P C4N VDC2 VIN2 V49_OUT VDD_AIO V51_OUT PVOPL PVOPH PVONL PVONH NC VIN VDD_DIO VDD_DIO VDD_DCORE VDD_DCORE VDD_PLL V18_SEL V18_OUT GND_D GND_D GND_D GND_PLL GND_DC1 GND_DC2 GND_DC3 GND_VREF GND_5 GND_DAC1 GND_DAC2 GND_DAC3 COM VEE_OUT GSPB GCK UD GOE INIT VDD_OUT SSPB SCK SCKB PCTL PVOUT LR AVOUT1_R AVOUT2_R AVOUT3_R AVOUT4_R AVOUT1_G AVOUT2_G AVOUT3_G AVOUT4_G AVOUT1_B AVOUT2_B AVOUT3_B AVOUT4_B EXT1 TEST0 TEST1 TEST2 TEST3 STATUS0 STATUS1 NC1 NC2 NC3 NC4 EXT2 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 4950 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 7879 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 99 100 101 102 103 104 105 106 107 108 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 1 2 3 4 5 7 6 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 IN1 OUT1 IN2 OUT2 IN3 OUT3 IN4 OUT4 GND GND 1 2 3 4 5 6 7 8 9 10 IN4 OUT4 IN3 OUT3 IN2 OUT2 IN1 OUT1 GND GND 1 2 3 4 5 6 7 8 9 10 1 2 3 4 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 TP3036 TP3035 TP3034 NC NC VUDIG29 VCCR TP3019 TP3037 TP3010 TP3026 TP3027 TP3028 TP3011 TP3007 1 2 3 4 5 6 7 8 9 10 VBATIB VUDIG25 VBATIB VUDIG29 VUDIG18 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 EAR XEAR LCDRST LCDINT R3 R1 R2 R0 R4 R5 B0 B1 B2 B3 B4 B5 G0 G1 G2 G3 G4 G5 R0 R1 R2 R3 R4 R5 R0 R1 R2 R3 R4 R5 G0 G1 G2 G3 G4 G5 B0 B1 B2 B3 B4 B5 DCLK DCLK SP-R2 SP-R1 SP-L2 SP-L1 SE_DI_ LVSIN VDON VDWAIT M_LCD_I2CCLK M_LCD_I2CDAT LVSIN LCDCLK TXDTP TXDTN TXCKP TXCKN VDWAIT M_LCD_I2CDAT M_LCD_I2CCLK SE_LD1 SE_LD1 SE_CK SE_CK SE_DO SE_DO HSYNC_M HSYNC_M VSYNC_M VSYNC_M LCDIN T LCDRST XRESET BD4 BD5 BD2 BD1 GD0 GD2 BD0 BD3 GD4 GD1 GD5 GD3 RD3 RD1 RD2 RD0 RD4 RD5 BD5 BD3 BD2 BD1 BD4 GD2 GD3 GD0 GD4 GD5 GD1 BD0 RD3 RD1 RD2 RD0 RD4 RD5 B0 G1 G5 G4 G0 G3 G2 B4 B1 B2 B3 B5 SE_DI XRESET_ D7 D6 D4 VSYNC PCLK VDON D5 HSYNC I2CCLKA I2CCLKA I2CDATA I2CDATA PCLK HSYNC VSYNC D3 D1 D0 D2 D1 D0 D3 D4 D6 D5 D7 D2 POW_ECO LCDRST_M LCDRST_M POW_CE TXDTN TXDTP TXCKN TXCKP VDD OUT GND EP1000 EARPIECE BATT1200 BACK-UP BATTERY 2.2K LCD-C BUS &etc SUB CAMERA BUS MR SENSOR D5(CAMPXL0) SDA(CAM) D7(CAMPXL0) PCLK D3(CAMPXL0) SCL(CAM) XI D4(CAMPXL0) D1(CAMPXL0) RSTB D6(CAMPXL0) D0(CAMPXL0) HSYNC D2(CAMPXL0) GND ECO VDD GND CE Vout GND VDD ECO GND Vout CE TCOM2 GVSS GSPB GCK UD GOE INIT VDD SSPB VSS SCK SCKB PCTL PVID2 PVID1 LR VR1 VR2 VR3 VR4 VG1 VG2 VG3 VG4 VB1 VB2 VB3 VB4 TCOM1 A B C D CORE VCC GND ESD VSYNC AVDD AGND CREFP CREFN STDBY DVDD HVDD DGND VCCR SP-R2 VCC SP-R1 GND FLIP_R SP-L2 SP-L1 BATTERY FPC PWB-G LED FPC UNIT PWB-F GND Vout VDD CE ECO GND 6 1 2 3 4 5 6 1 2 3 4 5 6 IN4 OUT4 IN3 OUT3 IN2 OUT2 IN1 OUT1 GND GND 4 3 2 1 8 7 6 5 10 9 FROM COAXIAL CABLE 5-12 (12-E) 46 47 , , , 49 48 49 48 49 48 SUB CAMERA UNIT PWB-D RECEPTION SIGNAL BATTCAM BLED- D5(CAMPXL0) SCL(CAM BATTLCD SP-R2 VTX1DP D0(CAMPXL0) HSYNC D7(CAMPXL0) SDA(LCD SP-L2 LVSIN D1(CAMPXL0) LCDRST SDA(CAM POW_CE D2(CAMPXL0) D3(CAMPXL0) BLED+ VTX1CKP FLIP_R SP-L1 VSYNC SYSCLK XEAR D4(CAMPXL0) VTX1CKN LCDINT SUBCAMTEMP SP-R1 PCCLK POW_ECO VDON VTX1DN D6(CAMPXL0) VDWAIT VCCR SCL(LCD EAR C3089 15P (CH) C3090 15P (CH) R3000 8.2 R3037 8.2 R3016A 0 R3017A 0 C3002 15P (CH) C3003 15P (CH) R3008A 0 C3017 100P R3008 0 R3015 1K C3034 100P C3029 100P C3071 0.001 C3035 0.1 R3010 0 C3036 0.1 R3044 0 R3002 0 R3004 10 R3003 10 C3032 0.1 R3056 100 C3038 0.1 L3011 82nH L3012 82nH L3009 82nH L3010 82nH R3014 220K R3012 100 R3013 100 V3143 100P R3026 0 R3100 0 C3019 1 C3020 1 R3001 0 C3025 1 R3103 0 C3026 1 R3104 0 C3043 1 C3042 1 R3106 0 R3107 0 C3065 0.1 R3023 0 R3025 0 R3040 10 FL3001 EMI FILTER R3016 0 FL3002 EMI FILTER FL3003 EMI FILTER R3038 0 C3072 10 R3009 0 C3044 15P (CH) R3018 100 C3052 0.01 R3055 1M R3024 100 R3017 100 R3006 0 C3013 10 C3112 10 C3111 10 C3012 10 CN3001 RA3010 100 RA3011 100 RA3012 100 RA3013 100 D3002 RB521S30 IC3000 LR38866 DISPLAY CONTROLLER IC3004 R1162D251D REGULATOR V3018 100P CN3003 IC3001 R1162D291D 2.9 V REGULATOR IC3002 R1162D181D5 REGULATOR C3083 0.1 R3060 0 R3046 0 R3047 0 R3064 0 R3050 0 C3104 4.7 C3144 470P C3105 0.1 IC3008 IR3M70Y6 ASV DISPLAY POWER SUPPLY C3102 1 CN3005 C3103 1 R3066 0 R3067 0 RA3014 0 R3089 0 R3091 0 R3093 0 R3095 0 RA3015 0 C3091 2.2 C3092 2.2 C3093 1 C3094 1 C3095 4.7 C3096 4.7 C3097 4.7 C3098 0.22 C3100 0.22 C3099 0.22 C3101 0.22 LCD3000 DISPLAY

5 -- 24 Figure 11 SCHEMATIC DIAGRAM (9/9) 802SH 802SH A B C D E F G H 1 2 3 4 5 6 7 8 9 10 11 12 NOTES ON SCHEMATIC DIAGRAM can be found on page 5-1. ( ) : Not Mount SD PWB-C CAMERA UNIT PWB-J NC NC NC NC NC NC NC SPEAKER SIGNAL 1 2 3 4 5 VBATIB TP2027 SDEN NC CE GND ECO VIN VOUT 6 VSS(GND) VDD COM SDDAT3 SDDAT0 SDCLK SDCMD VSS(GND) SDDAT1 SDDET_N SDDAT2 SDPWR VDD VSS(GND) GND GND GND GND GND GND 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 1 2 3 4 5 6 7 8 SDDET_N SDPWR SDDATA0 SDDATA1 SDDATA2 SDDATA3 1 2 3 4 5 6 7 8 SDCLK SDCMD VBATIB VDIG29 VBATIB VDIG29 TP2022 TP2023 SDEN SDDET_N SDCLK SDDATA2 SDDATA3 SDDATA0 SDDATA1 SDCMD SDPWR ZMPEN VRX2DP VRX2DN VRX2CKP VRX2CKN LEDRST RSTGA BDCE SDDATA1 FLOW SDPWR SCEB GAINT DC_B RSTGA SDDATA0 BATTBB SDDET_N SLCDRST BLED+ LEDLD BATTBB SDDATA3 TXON_N LEDRST SDCMD BDRST BLED- SDEN SDDATA2 EXCKI SDCLK ZMPEN SEDO I2CCLKB (2MCAM) I2CDATB (2MCAM) SECLK LVDSCKN LVDSCKP LVDSDN LVDSDP VCC VCC GND GND BATTBB BATTBB BATTBB GND GND GND GND GND VCC VCC SP+ SP- 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 44 45 46 47 48 49 50 43 53 54 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 51 52 TP2014 TP2015 TP2016 TP2017 TP2020 TP2019 TP2021 TP2018 1 2 1 2 LEDLD SEDO SECLK SLCDRST TP2009 TP2010 TP2011 TP2012 TP2013 I2CCLKB I2CDATB TXON_N FLOW GAINT TP2000 TP2001 TP2025 GREEN RED BLUE TP2030 TP2029 TP2028 MIAN/SUB LED+ MAIN LED- 1 2 3 4 5 6 TRSW SENSP SENSN VPLUS2 LEDR LEDG LEDB SW VPLUS11 VPLUS12 BLED FLED SBD VNEG T1 T2 T3 T4 IREF TEST GND1 GND2 GND3 GNDP LEDCTL VREF WVOUT LSO12 LSO11 ERROUT FRP CLK STRB DATA RSTB VBAT1 VBAT2 VIO CPIN CAPP1 CAPN1 CAP3 CAMP CAMN CAPP2 CAPN2 4 44 VDIG29 1 2 A B C D E F G H 12 10 9 15 11 17 16 19 18 21 20 23 22 25 24 27 26 29 28 31 30 33 32 38 36 37 35 42 40 39 46 44 45 41 43 13 14 34 3 4 5 6 7 8 1 2 3 4 5 6 7 8 D G D D S D 1 2 3 4 5 6 2 10 11 12 15 16 21 26 34 36 37 41 42 45 1 3 9 8 23 30 35 39 43 46 5 6 7 13 14 17 18 19 20 22 24 25 27 28 29 31 32 33 38 40 SECLK LEDLD SEDO LEDRST VBATIB TP2003 TP2004 VDIG29 VDD4 (-8V) VDD3 (+15V) RSTN I2CDAT VDD3 (CCD+15V) GND CKP FLOW DP DM VDD1 (DSP-CORE1.8V) GND VDD5 (DSPHIO2.9V) GND GND GINT CKM GND VDD5 (DSPHIO2.9V) VDD5 (DSPHIO2.9V) VDD6 (Vdriver3.1V) VDD6 (Vdriver3.1V) VDD2 (DSPCIO3.1V) VDD2 (DSPCIO3.1V) AVDD (DSP-ANALOG3.1V) AVDD (DSP-ANALOG3.1V) I2CCLK I2CCLK VDD4 (CCD-8V) VDD4 (CCD-8V) VDD4 (CCD-8V) EXCKI 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 VBATIB VBATIB EN1 VIN EN2 VOUT1 GND VOUT2 1 2 3 4 5 6 R2028 1M 1 2 3 4 5 6 SLCDRST 1.8V 3.0V ECO CE GND NC VIN VOUT TP2006 TP2005 VRX2DP VRX2DN VRX2CKN VRX2CKP RSTGA I2CCLKB FLOW I2CDATB GAINT TP2007 ZMPEN FROM SD P.W.B CONNECT FPC PWB-H 5-11 (2-H) C2001 4.7 C2000 4.7 IC2001 R1161D291D SD POWER CONTROL R2003 0 R2002 47 R2004 10K R2000 100 R2022 100 R2006 100K R2001 100 R2023 0 CN2001 MEMORY CARD CONNECTOR CN2000 C2016 470P (CH) R2012 1 R2016 0 C2020 470P (CH) R2018 1 R2019 0 CN2004 CNS2004 SP2000 SPEAKER R2026 10K CN2003 R2017 1K R2024 0 R2005 0 R2007 0 C2003 1 R2030 0 L2007 82nH L2006 82nH L2008 82nH L2005 82nH C2055 0.1 R2011 120K IC2005 BD6015GU COMPOUND POWER SUPPLY 1 C2007 1 C2019 4.7 FS2002 1.25A C2008 4.7 FS2001 0.63A R2008 3.3 D2002 RB520S30 R2009 0.1 D2004 RB551V30 D2000 RB520S30 C2024 0.1 L2001 4.7µH C2012 2.2 R2013 0 L2003 4.7µH C2018 4.7 C2009 0.47 C2004 2.2 C2006 1 C2044 2.2 C2043 2.2 D2006 RB520S30 D2005 RB520S30 C2042 1 R2025 10K Q2005 MCH6413 LED2005 GM55383A C2050 0.1 V2051 650P V2052 650P V2053 650P C2054 0.1 C2025 0.1 R2010 0 C2011 1 C2010 1 C2013 1 C2015 1 C2014 1 R2014 0 R2015 0 IC2004 64013018 REGULATOR IC2003 R1160D31 REGULATOR MOBILE LIGHT

CONFIDENTIAL Figure 12 WIRING SIDE P.W.BOARD (3/5) A B C D E F G H 1 2 3 4 5 6 TP3002 TP3003 TP3004 TP3005 TP3012 TP3019 TP3025 TP3031 TP3032 TP3033 TP3034 TP3035 TP3036 TP3037 TP3048 TP3049 TP3050 TP3051 TP3053 TP3056 TP3057 TP3058 TP3059 TP3060 TP3061 TP3062 TP3063 TP3064 TP3065 TP3066 TP3067 TP3068 TP3008 TP3009 TP3010 TP3026 TP1 TP2 TP3 TP4 TP5 TP6 TP7 TP8 TP9 TP10 TP11 TP12 TP13 TP14 TP15 TP16 TP17 TP18 TP19 TP20 TP21 TP22 TP23 TP3007 TP3011 TP3027 TP3028 TP3018 TP3024 TP3053 TP3054 TP3055 1 1 1 3 3 3 4 4 4 6 6 6 1 8 1 5 10 15 20 25 30 35 40 EP1000 EARPIECE DISPLAY PWB-B (FRONT SIDE) DISPLAY PWB-B (REAR SIDE) 5-27 (3-D) FROM LED FPC UNIT PWB-F 5-27 (2-B) FROM SUB CAMERA UNIT PWB-D 49 48 47 46 , 49 48, 5-27 (4-G) FROM LCD 3000 DISPLAY 5-27 (6-B) FROM BATTERY FPC PWB-G FROM THIN COAXIAL CABLE (151) 5-19 (3-A) SOLDER SOLDER This PWB employs lead-free solder. This PWB employs lead-free solder. 29 28 20 10 2 25 15 5 1 R3037 R3038 C3065 R3040 R3044 C3071 C3072 R3055 R3056 C3083 C3089 C3090 FL3001 FL3002 FL3003 RA3010 RA3011 RA3012 RA3013 C3111 C3112 R3100 R3103 R3104 R3106 R3107 V3143 R3008A L3009 L3010 L3011 L3012 R3016A R3017A CN3001 CN3003 C3002 C3003 C3017 C3012 C3013 V3018 C3019 C3020 C3025 C3026 D3002 R3000 R3001 R3002 R3003 R3004 R3006 IC3000 R3008 R3009 IC3001 C3032 C3029 IC3002 C3034 IC3004 C3035 C3036 C3038 R3010 R3012 R3013 R3014 R3015 R3016 R3017 R3018 C3042 C3043 C3044 R3023 R3024 R3025 R3026 C3052 CN3005 R3066 R3067 R3089 R3091 R3093 R3095 R3060 RA3015 RA3014 IC3008 R3046 R3064 R3050 R3047 C3144 C3098 C3099 C3101 C3103 C3100 C3093 C3102 C3096 C3097 C3095 C3094 C3092 C3091 C3104 C3105

CONFIDENTIAL Figure 13 WIRING SIDE P.W.BOARD (4/5) 7 8 9 10 11 12 Waveform numbers of 47 , 46 , 49 , 50 are shown on page 5-6. TP2023 TP2017 TP2018 TP2019 TP2020 TP2000 TP2001 TP2003 TP2004 TP2005 TP2006 TP2007 TP2009 TP2010 TP2011 TP2012 TP2013 TP2014 TP2015 TP2016 TP2021 TP2022 TP2025 TP2027 TP2028 TP2029 TP2030 5-27 (2-C) FROM SD P.W.B. CONNECT FPC PWB-H SD PWB-C (FRONT SIDE) SD PWB-C (REAR SIDE) This PWB employs lead-free solder. This PWB employs lead-free solder. F F 1 5 10 15 20 25 26 30 35 40 45 50 5-27 (6-C) FROM CAMERA UNIT PWB-J 1 5 10 15 16 20 25 30 3 1 1 3 6 4 1 1 2 3 6 4 4 6 RD BK SP2000 SPEAKER CNS2004 RD RED BK BLACK COLOR TABLE FS2001 FS2002 CN2000 R2024 R2026 R2017 R2000 R2003 R2022 R2001 R2002 R2004 R2006 CN2001 MEMORY CARD CONNTCTOR L2007 L2008 CN2003 C2004 R2005 C2055 V2051 V2052 V2053 LED2005 MOBILE LIGHT C2050 C2010 C2011 C2024 R2010 R2013 IC2003 L2005 L2006 C2003 R2007 R2030 CN2004 R2012 R2018 C2016 C2020 R2016 R2019 C2009 D2002 D2005 D2006 R2009 IC2005 C2042 C2043 C2044 L2001 L2003 C2007 C2008 Q2005 C2018 D2000 C2025 D2004 R2011 C2054 C2012 C2019 R2008 R2025 C2000 C2001 C2006 C2013 C2014 C2015 IC2001 IC2004 R2014 R2015 R2023 R2028

CONFIDENTIAL Figure 14 WIRING SIDE P.W.BOARD (5/5) A B C D E F G H 1 2 3 4 5 6 MIC201 BAT1200 BACK-UP BATTERY LCD3000 DISPLAY LED FPC UNIT PWB-F SD P.W.B. CONNECT FPC PWB-H SUB CAMERA UNIT PWB-D A To DISPLAY PWB-B (REAR SIDE) 5-25 (3-E) 5-26 (8-F) To SD PWB-C (REAR SIDE) KEY FPC UNIT PWB-E CN1500 SOLDER To MAIN PWB-A (REAR SIDE) 5-20 (11-B) CN1000 5-19 (4-H) To MAIN PWB-A (FRONT SIDE) MICROPHONE CN2000 To SD PWB-C (FRONT SIDE) 5-26 (8-B) 5-25 (5-E) To DISPLAY PWB-B (REAR SIDE) SIDE KEYS 5-25 (2-F) To DISPLAY PWB-B (REAR SIDE) 5-25 (5-G) To DISPLAY PWB-B (REAR SIDE) These PWBs employs lead-free solder. LEFT SOFT SEND/ REDIAL SHORTCUT CLEAR/BACK MULTIMEDIA ** ** ** ** RIGHT SOFT CENTRE 1 2 3 4 5 6 7 8 9 0 # END/ POWER BATTERY FPC PWB-G CAMERA UNIT PWB-J CN3005 CN2003 CN3003

CONFIDENTIAL Phone 802SH Service Manual Service Manual Market E CHAPTER 6. OTHERS [1] Function table of IC IC100 (OM5952AET): RECEIVER/TRANSMISSION IC FOR GSM Pin No. Terminal name Input/Output Description of terminal 1 RFHD Input GSM 1,900 MHz RF input 2 RFHC Input GSM 1,900 MHz RF input 3 GNDRF – Earth for RF part 4 RFLB Input GSM 900 MHz or GSM 800 MHz RF input 5 RFLA Input GSM 900 MHz or GSM 800 MHz RF input 6 VCCRF – Supply for RF part 7 QRB Output Q-channel output 8 QRA Output Q-channel output 9 IRB Output I-channel output 10 IRA Output I-channel output 11 GNDRF – Earth for RF part 12 GNDVCO – Earth for VCO part 13 RFHA Input GSM 1,800 MHz RF input 14 GND PLANE – Flex-film earth plane 15 REON Input Hardware power on for reference and bus part 16 CLK Input Serial bus clock input 17 DATA Input/Output Serial bus data input/output 18 STROBE Input Serial bus strobe input 19 GNDCVO – Earth for VCO part 20* NC – Must not be connected. Bond wire exists. (Not used) 21 RFHB Input GSM 1,800 MHz band RF input 22 TXON Input Hardware power on for transmit part 23 GNDVCO – Earth for VCO part 24* NC – Not used 25 GNDRF – Earth for RF part 26 RXON Input Hardware power on for receive part 27 GNDVCO – Earth for VCO part 28 GNDVCO – Earth for VCO part 29 TXOLB Output GSM 800/900 MHz Tx output 30 BSEL Input Hardware band select control input 31 GNDVCO – Earth for VCO part 32 GNDVCO – Earth for VCO part 33 TXOLA Output GSM 800/900 MHz Tx output 34 PCTL Output Tx power control output 35 GNDVAR – Earth for varactors 36 VCCVCO Input Supply for VCO part 37 VCCBUF Input Supply for Tx input part 38 GNDBUF Input Earth for Tx input part 39 GND PLANE – Connected to flex film earth plane 40* PS – Test output (Not used) 41 GNDPLL – Earth for prescaler, phase detector and XO 42* XOOLA Output XO output (Not used) 43 GNDPLL – Earth for prescaler, phase detector and XO 44 VTUNE Input Tuning input for VCOs 45 TXOHB Output GSM 1,800/1,900 MHz Tx output 46 PHDOUT Output Phase detector output 47 TXOHA Output GSM 1,800/1,900 MHz Tx output 48* NC – Not used 49 MODA Output Prescaler modulus control output 50 MODB Output Prescaler modulus control output 51 MODC Output Prescaler modulus control output 52 MODD Output Prescaler modulus control output 53 VCCPLL Input Supply for prescaler, phase detector and XO 54 XOOB Input XO input A

CONFIDENTIAL In this unit, the terminal with asterisk mark (*) is (open) terminal which is not connected to the outside. IC101 (AB1011): GSM CODEC 55 XOOC Input XO input B 56* NC – Not used Pin No. Terminal name Input/Output Description of terminal 1 VSS – Earth (substrate) 2 VDD – VCC 3* DAC03 – Internally connected, high impedance (floating) (Not used) 4 IDAT Output Output from ADC I-channel 5 QRB Input Differential input to the ADC Q-channel 6 QRA Input Differential input to the ADC Q-channel 7 IRB Input Differential input to the ADC I-channel 8 IRA Input Differential input to the ADC I-channel 9 VSS – Earth 10 DEC4 – Reference de-coupling 11* DAC02 – Internally connected, high impedance (floating) (Not used) 12 RXSTR Input Power up for the ADCs 13 VDD – VCC Pin No. Terminal name Input/Output Description of terminal IRA IRB QRA QRB REON TXOLA TXOLB PCTL TXOHA TXOHB MODA MODB MODC MODD PS XOOLA GNDPLL VCCPLL XOOC XOOB PHDOUT VTUNE GNDVAR GNDVCO GNDBUF VCCVCO VCCBUF RFLB RFLA RFHD RFHC RFHB RFHA RXON TXON CLK DATA STROBE BSEL DELAY PHASE DETECTOR PHASE DETECTOR CHARGE PUMP XO VCO DIV 0 90 0 90 LNA LNA LNA 1,800 MHz 1,900 MHz 800/ 900 MHz DIV VCO VCO VCO TEST BUSINTERFACE LOGIC CURRENT REGULATOR

CONFIDENTIAL In this unit, the terminal with asterisk mark (*) is (open) terminal which is not connected to the outside. 14* GPA1 – Internally connected, high impedance (floating) (Not used) 15 VDD – VCC 16* GPA0 – Internally connected, high impedance (floating) (Not used) 17 DACDAT – Internally connected to earth (pull-down) 18 DACCLK – Internally connected to earth (pull-down) 19* DAC01 – Internally connected, high impedance (floating) (Not used) 20 VSS – Earth 21 DCLK Output Output clock from ADCs 22* GPA2 – Internally connected, high impedance (floating) (Not used) 23* GPA3 – Internally connected, high impedance (floating) (Not used) 24* GPA4 – Internally connected, high impedance (floating) (Not used) 25 I2CCLK Input Input clock of I2C bus 26 RESETB Input Power reset to the AB1011 27 I2CDAT Input Bi-directional I2C data 28 DACSTR – Internally connected to earth (pull-down) 29 QDAT Output Output from ADC Q-channel 30* GPA5 – Internally connected, high impedance (floating) (Not used) 31* GPA7 – Internally connected, high impedance (floating) (Not used) 32* GPA6 – Internally connected, high impedance (floating) (Not used) 33 DEC5 – Reference de-coupling 34 DEC1 – Reference de-coupling 35 REXT – Reference resistance 36* AUXI1 – Internally connected, high impedance (floating) (Not used) 37* GPCLK – Internally connected, high impedance (floating) (Not used) 38* GPDAT – Internally connected, high impedance (floating) (Not used) 39 ADSTR – Internally connected to earth (pull-down) 40 VSS – Earth 41 AVDD – VCC 42* CCO – Internally connected, high impedance (floating) (Not used) 43* MICIP – Internally connected, high impedance (floating) (Not used) 44 VSS – Earth 45 VDD – VCC 46 PCMCLK – Internally connected to earth (pull-down) 47 VSS – Earth 48 VDD – VCC 49* MICIN – Internally connected, high impedance (floating) (Not used) 50* NC – Not used 51 VSS – Earth 52 VSS – Earth 53* BEARP – Internally connected, high impedance (floating) (Not used) 54 PCMSYN – Internally connected to earth (pull-down) 55* PCMUL – Internally connected, high impedance (floating) (Not used) 56 MCLK (SYSCLK2) Input System clock input 57* NC – Not used 58 DEC2 – Reference de-coupling 59 DEC3 – Reference de-coupling 60* AUXO2 – Internally connected, high impedance (floating) (Not used) 61* BEARN – Internally connected, high impedance (floating) (Not used) 62 VDD – VCC 63 PCMDL – Internally connected to earth (pull-down) 64 VSS – Earth Pin No. Terminal name Input/Output Description of terminal

CONFIDENTIAL IC300 RH-IXA038AFZZL (CX77313): POWER AMP. MODULE (FOR GSM) Pin No. Terminal name Input/Output Description of terminal 1 DCS/PCS IN Input RF input 1,710 to 1,910 MHz 2 VAPC Input Power control bias voltage 3 VSUPPLY – DC supply to CMOS bias controller 4 BS Input Band select 5 GSM IN Input RF input 824 to 915 MHz 6 VCC – VCC (to GSM 1st stage and DCS 1st stage) 7 GND – RF and DC earth 8 GND – RF and DC earth 9 GSM OUT Output RF output 824 to 915 MHz 10 GND – RF and DC earth 11 VCC – VCC (to GSM and DCS final stages) 12 GND – RF and DC earth 13 DCS/PCS OUT Output RF output 1,710 to 1,910 MHz 14 GND – RF and DC earth 15 GND – RF and DC earth 16 VCC – VCC (to DCS 2nd stage) A8 IRA A7 IRB A6 QRA A5 QRB A4 IDAT A3 DAC03 A2 VDD A1 VSS B8 GPA0 B7 VDD B6 GPA1 B5 VDD B4 RXSTR B3 DAC02 B2 DEC4 B1 VSS C8 GPA4 C7 GPA3 C6 GPA2 C5 DCLK C4 VSS C3 DAC01 C2 DACCLK C1 DACDAT D8 GPA6 D7 GPA7 D6 GPA5 D5 QDAT D4 DACSTR D3 I2CDAT D2 RESETB D1 I2CCLK E8 VSS E7 ADSTR E6 GPDAT E5 GPCLK E4 AUXI1 E3 REXT E2 DEC1 E1 DEC5 F8 VDD F7 VSS F6 PCMCLK F5 VDD F4 VSS F3 MICIP F2 CCO F1 AVDD G8 MCLK G7 PCMUL G6 PCMSYN G5 BEARP G4 VSS G3 VSS G2 NC G1 MICIN H8 VSS H7 PCMDL H6 VDD H5 BEARN H4 AUXO2 H3 DEC3 H2 DEC2 H1 NC 2 1 16 15 14 13 12 11 10 9 8 7 6 5 VAPC DCS/ PCS IN VCC GND GND GND VCC GND GSM OUT GND GND VCC GSM IN DCS/ PCS OUT 3 VSUPPLY 4 BS HBT Match Match Match CMOS Bias Controller Match

CONFIDENTIAL IC400 (OM5954ET): RECEIVER IC FOR W-CDMA Pin No. Terminal name Input/Output Description of terminal 1 IFOUTA Output IF output A (balanced) 2 GNDMIX – Earth for RF mixer 3 VCCIF – Supply for IF 4 IFINA Input IF input A (balanced) 5 IFINB Input IF input B (balanced) 6 VCCLF – Supply for baseband part 7 QRA Output Q-channel output 8 QRB Output Q-channel output 9 IRA Output I-channel output 10 IRB Output I-channel output 11 IFOUTB Output IF output B (balanced) 12 VCCREF – Supply for reference 13 VCCMIX – Supply for RF mixer 14 GNDIF – Earth for IF mixer 15 CDQ – External capacitor connection for baseband DC compensation loop (Q-channel) 16 CDI – External capacitor connection for baseband DC compensation loop (I-channel) 17 GNDLF – Earth for baseband part 18 MCLK Output XO master clock output 19 XOOA Output XO output A (balanced) 20 XOIA Input XO input A (balanced) 21 MIXINA Input RF mixer input A (balanced) 22 DATA Input Serial bus data input 23 XOOB Output XO output B (balanced) 24 XOIB Input XO input B (balanced) 25 MIXINB Input RF mixer input B (balanced) 26 CLK Input Serial bus clock input 27 GNDREF – Earth for reference 28 VCCBUS – Supply for data bus 29 GNDBIAS – Earth for bias 30 STROBE Input Serial bus strobe input 31 GNDBUS – Earth for data bus 32 IFLOA Input IFLO input A (balanced) 33 GNDEME – Earth for RF LNA 34 GLNA Output Gain control output for external RF LNA parts 35 REFON Input Hardware power on for ref. 36 IFLOB Input IFLO input B (balanced) 37 RFIN Input RF LNA input 38 XOOON Input Hardware power on for XO output 39 RXON Output Hardware power control output for external receiver parts 40 GNDPLL – Earth for PLL 41 GNDPHD – Earth for phase detector 42 GNDTUNE – Earth for varactor 43 GNDVCO – Earth for VCO 44 GNDRFLO – Earth for RFLO 45 GNDBYP – Earth for bypass RF LNA 46 RFLOOA Output RFLO output A (balanced) 47 VCCRF – Supply for RF LNA 48 INDBYP – Earth for RF LNA inductor bypass 49 RFOUT Output RF LNA output 50 VCCPLL – Supply for PLL 51 VCCPHD – Supply for phase detector 52 PHDOUT Output Phase detector output 53 VTUNE Input Tuning input for VCOs 54 VCCVCO – Supply for VCO 55 VCCRFLO – Supply for RFLO 56 RFLOOB Output RFLO output B (balanced)

CONFIDENTIAL IC501/IC1209 VHILM20SITN-1R (LM20SITLX): TEMPERATURE SENSOR In this unit, the terminal with asterisk mark (*) is (open) terminal which is not connected to the outside. Pin No. Terminal name Input/Output Description of terminal 1* NC – Not used 2 GND – Earth 3 VO Output Output 4 V+ – Power supply From Bus INDBYP GNDBYP RFOUT VCCMIX GNDMIX IFOUTA IFOUTB VCCLF GNDLF IRA IRB QRA REFON RXON VCCBUS GNDBUS CLK DATA STROBE RFLOOA RFLOOB VCCRFLO GNDRFLO VCCPHD GNDPHD VCCPLL GNDPLL XOOB XOOA GNDREF VCCREF XOIB XOIA MCLK PHDOUT GNDTUNE GNDVCO VCCVCO IFLOB IFLOA GNDIF VCCIF IFINB IFINA CDQ CDI MIXINB MIXINA GLNA GNDEME RFIN GNDBIAS VCCRF VTUNE XOOON QRB LNA LNA VGA VGA VCO CHARGE PUMP PHD R N XO LOGIC CURR. REG. 2,140 MHz 190 MHz 4 0 90 BUS INTERFACE 4 3 2 1 V+ GND VO NC

CONFIDENTIAL IC620 VHIM1820XCP-1L (MAX1820XEBC): DCDC IC630 RH-IX3045AFZZL (RF9266): W-CDMA POWER AMP. Pin No. Terminal name Input/Output Description of terminal 1 /SKIP Input PWM/Skip-mode input 2 COMP – Compensation 3 OUT Input Output voltage sense input 4 REF Input External reference input 5 GND – Earth 6 PGND – Power earth 7 LX Output Inductor connection 8 BATT Input Supply voltage input 9 /SHDN Input Active-low, shutdown control input 10 SYNC Input Clock synchronisation input Pin No. Terminal name 1 V CTRL (VREG) 2 V CTRL (VREG) 3 GND 4 VCC_BIAS 5 VCC_BIAS 6 GND 7 VCC DET 8 V DETECT 9 GND 10 RF OUT 11 GND 12 GND 13 GND 14 GND 15 VCC2 16 VCC2 17 GND 18 VCC1 19 VCC1 20 GND 21 RF IN 22 GND 23 GND BATT LX PGND GND OUT REF COMP SYNC /SKIP /SHDN TO IC BIAS VOLTAGE REFERENCE CLAMP TRANSIMPEDANCE ERROR AMP ERROR SIGNAL SLOPE COMP CURRENT SENSE PWM COMPARATOR SKIP COMPARATOR PWM CONTROL AND SKIP LOGIC SKIP THRESHOLD 1 MHz OSCILLATOR +13 OR +18 1.25 V 0.45 V TO 2.15 V 8 5 3 4 2 1 9 6 7 10 19 18 16 17 15 14 13 12 1 2 4 3 5 6 7 8 20 21 22 11 10 9 Interstage MN IMN OMN Bias Control Power Detector Network VCC1 VCC1 VCC2 VCC2 GND GND GND GND GND GND GND RF IN GND GND RF OUT GND VCTRL VCTRL VCC BIAS VCC BIAS VCC DET VDET

CONFIDENTIAL IC700 (OM5955ET): W-CDMA TRANSMITTER IC In this unit, the terminal with asterisk mark (*) is (open) terminal which is not connected to the outside. Pin No. Terminal name Input/Output Description of terminal 1 QINBAR Input Negative quadrature phase input signal 2 QIN Input Positive quadrature phase input signal 3 IINBAR Input Negative in phase input signal 4 IIN Input Positive in phase input signal 5 VCCBB – VCC for baseband blocks 6 VCCIFPHD – VCC for IF PLL charge pump 7 PHDIFOUT Output IF PLL charge pump output 8 VCCIFPLL – VCC for IF PLL 9 GNDIFVCO – Earth for IF VCO 10 VCCIFVCO – VCC for IF VCO 11 XOOB Input Reference frequency input (13 MHz) 12 VTUNEIF Input IF VCO voltage tuning input 13 XOOC (XOOA) Input Reference frequency input (13 MHz) 14 GNDBB – Earth for baseband blocks 15 CLK Input Serial bus clock input 16 GNDIFPHD – Earth for IF PLL charge pump 17 GNDIFPLL – Earth for IF PLL 18 WON Output Logic output to control aerial switch 19 GNDIFVCO – Earth for IF VCO 20 GNDTUIF – Earth for IF VCO varactor 21 VCCBUS – VCC for bus and logic blocks 22 GNDBUS – Earth for bus and logic blocks 23 GNDRFPHD – Earth for RF PHD 24 GNDIFVCO – Earth for IF VCO 25 IFLO Output Positive IF LO frequency output 26 DATA Input Serial bus data input 27 TXON Output Hard wired TX ON logic output 28 VCCRFPHD – VCC for RF PHD 29 IFLOBAR Input Negative IF LO frequency input 30 GNDIFLO – Earth for IF LO 31 GNDRFPLL – Earth for RF VCO 32* PHDRFOUT Output RF PLL charge pump output (Not used) 33 VCCIFLO – VCC for IF LO 34 GNDRFLO – Earth for RF LO 35 STROBE Input Serial bus strobe input 36 VCCRFPLL – VCC for RF VCO 37 RFLO Input Positive RF mixer LO input 38 GNDRFLO – Earth for RF LO 39 GNDRF – Earth for RF parts 40 GNDRF – Earth for RF parts 41 GNDRF – Earth for RF parts 42 GNDIF – Earth for intermediate frequency parts 43 GNDRFVCO – Earth for RF VCO 44 VCCRFVCO – VCC for RF VCO 45 RFLOBAR Input Negative RF mixer LO input 46 GNDTURF – Earth for RF VCO varactor 47 VCCRF – VCC for RF parts 48 OUT Output Positive RF frequency output 49 OUTBAR Output Negative RF frequency output 50 GNDRF – Earth for RF parts 51 VCCRF – VCC for RF parts 52 VCCRF – VCC for RF parts 53 VCCIF – VCC for intermediate frequency parts 54 IFBP – IF filter tank port 55 IFBPBAR – IF filter negative tank port 56* VTUNERF Input RF VCO voltage tuning input (Not used)

CONFIDENTIAL IC800 VHI3981D28N-1R (LP3981ILD): 2.8 V REGULATOR Pin No. Terminal name Input/Output Description of terminal 1 VOUT Output Output Voltage of the LDO 2 VIN Input Input Voltage of the LDO 3 VOUT-SENSE Output Output. Voltage Sense Pin 4 GND – Common Earth 5 BYPASS – Optional bypass capacitor for noise reduction 6 VEN Input Enable Input Logic, Enable High IIN TXON TXON TXON TXON VGAGAIN QVGAGAIN TXON IQGAIN VGA TXON LPO RECDCI Reconstruction filters IQ-modulator LPBW RECDCQ TBIFS1 IF PLL RFRDIV RFLOON SERIAL BUS LOINTEXT RFIPHO TBRFS1 TBRFS0 TBRFVCO RFVCOC RF PLL BUFFGAIN BUFFGAIN2 GAINMETH IF BP Filter RF-mixer and RF buffer RFBIAS RFNDIV TBIFS0 TBIFVCO IFLOON IINBER QIN QINBAR VCCIFLO GNDIFLO VCCIFVCO GNDIFVCO IFLO IFLOBAR VTUNEIF GNDTUIF GNDRFPLL GNDBUS VCCBUS GNDRFPHD VCCIFPHD GNDIFPHD GNDIFPLL GNDBB VCCBB VCCIF IFBPBAR IFBP GNDRF VCCRF GNDIF VCCIFPLL VCCRFPHD PHDRFOUT GNDTURF XOOC (XOOA) XOOB TXON WON VCCRFPLL GNDRFVCO VCCRFVCO GNDRFLO OUTBAR RFLOON LOINTEXT OUT RFLOBAR RFLO VTUNERF PHDIFOUT CLK DATA STROBE PHD DIV DIV PHD Logic Serial Bus VIN VEN BYPASS GND VOUT-SENSE VOUT R2 Vreference 1.23 V Fast Turn On Circuit Over Current & Thermal Protection 2 6 5 4 3 1

CONFIDENTIAL IC1001 VHIBGB202++-1L (BGB202): BLUETOOTH Pin No. Terminal name Input/Output Description of terminal 1 GND – Earth 2 ANT Input/Output Aerial input/output 3 GND – Earth 4 GND – Earth 5 GND – Earth 6 GND – Earth 7 GND – Earth 8 GND – Earth 9 GND – Earth 10 GND – Earth 11 GND – Earth 12 GND – Earth 13 GND – Earth 14 GND – Earth 15 GP_CLK Output General purpose clock 16 VBAT Input Battery measurement voltage input 17 VANLI Input 8-bit A/D input 18 XTAL2_LPO Output Low power crystal oscillator 19 XTAL1_LPO Input Low power crystal oscillator 20 GPIO[1] Input/Output I2C_SDA 21 GPIO[0] Input/Output I2C_SCL 22 VANLO Output Analogue voltage source output 23 GPIO[13] Input/Output General purpose I/O 13 24 GPIO[11] Input/Output General purpose I/O 11 25 GPIO[10] Input/Output General purpose I/O 10 26 1.8 V DECOUP – VDD18 decoupling 27 POR_ DISABLE Input Power-On Reset disable input 28 XTAL2_SYS Output System clock crystal oscillator 29 XTAL1_SYS Input System clock crystal oscillator 30 REF_CLK Output Synthesiser reference frequency 31 GPIO[12] Input/Output General purpose I/O 12 32 GPIO[14] Input/Output General purpose I/O 14 33 GPIO[7] FSC_IP Input General purpose I/O 7 PCM/IOM frame sync 34 GPIO[9] DB_IP Input/Output General purpose I/O 9 Bidirectional PCM/IOM data line B (default: input) 35 GPIO[6] DA_IP Input/Output General purpose I/O 6 Bidirectional PCM/IOM data line A (default: output) 36 GPIO[8] DCLK_IP Input General purpose I/O 8 PCM/IOM data clock 37 VDD18 Input 1.8 V I/O supply voltage 38 VDD_IOV Input Variable I/O supply voltage 39 VDDIORF Input RF supply voltage 40 VREG18 Output 1.8 V regulated output voltage 41 GPIO[3] RTS_UART Input General purpose I/O 3 UART request-to-send input 42 GPIO[5] RXD_UART Input General purpose I/O 5 UART receive input 43 GPIO[4] TXD_UART Output General purpose I/O 4 UART transmit output 44 GPIO[2] CTS_UART Output General purpose I/O 2 UART clear-to-send output 45 RESET_N Input Reset input (active LOW) 46 1.8 V DECOUP – VDD18 decoupling 47 TMS_JTAG Input JTAG test mode select 48 TDO_JTAG Output JTAG test data output 49 TDI_JTAG Input JTAG test data input 50 TCK_JTAG Input JTAG test clock

CONFIDENTIAL IC1100 (LHF65NZ1): FLASH MEMORY 1 51 GND – Earth 52 GND – Earth Pin No. Terminal name Input/Output Description of terminal 1* NC – Not used 2* NC – Not used 3* NC – Not used 4* NC – Not used 5 A4 Input Address input 6 A18 Input Address input 7 A19 Input Address input 8 VSS – Earth 9 F1-VCC – Power supply (flash) 10 F2-VCC – Power supply (flash) 11 A21 Input Address input 12 A11 Input Address input 13 A5 Input Address input 14* /R-LB Input (Not used) 15 A23 Input Address input (flash 1, 3) 16 VSS – Earth 17* S-CS2 Input (Not used) 18 CLK Input Clock input 19 A22 Input Address input 20 A12 Input Address input 21 A3 Input Address input 22 A17 Input Address input 23 GND – Earth 24 F-VPP Input Supply voltage detection terminal 25* /R-/WE Input Write enable input (Not used) 26* /P1-CS Input (Not used) 27 A9 Input Address input 28 A13 Input Address input 29 A2 Input Address input 30 A7 Input Address input 31 GND – Earth 32 F-/WP Input Write protect input 33 /ADV Input Address valid input 34 A20 Input Address input 35 A10 Input Address input 36 A15 Input Address input 37 A1 Input Address input 38 A6 Input Address input 39* /R-UB Input (Not used) 40 F-/RST Input Reset input (flash) 41 F-/WE Input Write enable input 42 A8 Input Address input 43 A14 Input Address input 44 A16 Input Address input 45 A0 Input Address input 46 DQ8 Input/Output Data input/output 47 DQ2 Input/Output Data input/output 48 DQ10 Input/Output Data input/output 49 DQ5 Input/Output Data input/output 50 DQ13 Input/Output Data input/output 51 WAIT Output Wait output 52 F2-/CE Input Chip enable input (flash) 53* /R-OE Input Output enable input (flash) (Not used) Pin No. Terminal name Input/Output Description of terminal

CONFIDENTIAL In this unit, the terminal with asterisk mark (*) is (open) terminal which is not connected to the outside. 54 DQ0 Input/Output Data input/output 55 DQ1 Input/Output Data input/output 56 DQ3 Input/Output Data input/output 57 DQ12 Input/Output Data input/output 58 DQ14 Input/Output Data input/output 59 DQ7 Input/Output Data input/output 60 F2-/OE Input Output enable input (flash) 61* /S-CS1 Input (Not used) 62 F1-/OE Input Output enable input (flash) 63 DQ9 Input/Output Data input/output 64 DQ11 Input/Output Data input/output 65 DQ4 Input/Output Data input/output 66 DQ6 Input/Output Data input/output 67 DQ15 Input/Output Data input/output 68 VCCQ – Input/output supply 69 F1-/CE Input Chip enable input (flash) 70* /P2-CS Input (Not used) 71 F3-/CE Input Chip enable input (flash) 72* S-VCC – Power supply (Not used) 73* P-VCC – Power supply (Not used) 74 F2-VCC – Power supply (flash) 75 VCCQ – Input/output supply 76* P-MODE/PCRE Input (Not used) 77 VSS – Earth 78 VSS – Earth 79 VCCQ – Input/output supply 80 F1-VCC – Power supply (flash) 81 VSS – Earth 82 VSS – Earth 83 VSS – Earth 84 VSS – Earth 85* NC – Not used 86* NC – Not used 87* NC – Not used 88* NC – Not used Pin No. Terminal name Input/Output Description of terminal A23 WAIT F1:256M (x16) bit Flash memory F2:128M (x16) bit Flash memory F3:256M (x16) bit Flash memory F-VPP, F1-VCC, F2-VCC A0~A22 F1-/CE F1-/OE F-/WE, F-/WP, F-/RST /ADV, CLK F2-/CE F2-/OE, F3-/OE F3-/CE DQ0~DQ15 GND

CONFIDENTIAL IC1101 (MB82R6A5C): FLASH MEMORY 2 Pin No. Terminal name Input/Output Description of terminal 1* NC – Not used 2* NC – Not used 3* NC – Not used 4* NC – Not used 5* NC – Not used 6* NC – Not used 7* NC – Not used 8* NC – Not used 9* NC – Not used 10* NC – Not used 11* NC – Not used 12* NC – Not used 13* NC – Not used 14* NC – Not used 15* NC – Not used 16 A7 Input Address input 17 /LB Input Least significant byte control (low active) 18* /ADV Input FCRAM matched address input (low active) (Not used) 19 WE Input Write enable (low active) 20 A8 Input Address input 21 A11 Input Address input 22* NC – Not used 23* NC – Not used 24* NC – Not used 25 A3 Input Address input 26 A6 Input Address input 27 /UB Input Most significant byte control (low active) 28 CE2f_1 Input FCRAM chip enable (high active) 29 CE2f_2 Input FCRAM chip enable (high active) 30 A19 Input Address input (FCRAM only) 31 A12 Input Address input 32 A15 Input Address input 33* NC – Not used 34* NC – Not used 35 A2 Input Address input 36 A5 Input Address input 37 A18 Input Address input 38* /WAIT Output FCRAM wait output (high active) (Not used) 39 A20 Input Address input (FCRAM only) 40 A9 Input Address input 41 A13 Input Address input 42 A21 Input Address input (FCRAM only) 43* NC – Not used 44* NC – Not used 45 A1 Input Address input 46 A4 Input Address input 47 A17 Input Address input 48 /CE1s Input SRAM chip enable (low active) 49* NC – Not used 50 A10 Input Address input 51 A14 Input Address input 52 A22 Input Address input (FCRAM only) 53* NC – Not used 54* NC – Not used 55 A0 Input Address input 56 VSS – Earth 57 DQ2 Input/Output Least significant byte data input/output 58 VDDS – SRAM supply voltage

CONFIDENTIAL In this unit, the terminal with asterisk mark (*) is (open) terminal which is not connected to the outside. 59 CE2s Input SRAM chip enable (high active) 60 DQ7 Input/Output Least significant byte data input/output 61 CLK Input FCRAM clock input 62 A16 Input Address input 63* NC – Not used 64* NC – Not used 65 /CE1f_1 Input FCRAM chip enable (low active) 66 OE Input Output enable (low active) 67 DQ10 Input/Output Most significant byte data input/output 68 DQ4 Input/Output Least significant byte data input/output 69 DQ5 Input/Output Least significant byte data input/output 70 DQ14 Input/Output Most significant byte data input/output 71 DQ16 Input/Output Most significant byte data input/output 72* NC – Not used 73* NC – Not used 74* NC – Not used 75 /CE1f_2 Input FCRAM chip enable (low active) 76 DQ1 Input/Output Least significant byte data input/output 77 DQ11 Input/Output Most significant byte data input/output 78 VDDf_1 – FCRAM supply voltage 79 VDDQf_1 – FCRAM_1 input/output supply voltage 80 DQ13 Input/Output Most significant byte data input/output 81 DQ8 Input/Output Least significant byte data input/output 82 VSS – Earth (SRAM only) 83* NC – Not used 84* NC – Not used 85* NC – Not used 86 DQ9 Input/Output Most significant byte data input/output 87 DQ3 Input/Output Least significant byte data input/output 88 DQ12 Input/Output Most significant byte data input/output 89* NC – Not used 90 DQ6 Input/Output Least significant byte data input/output 91 DQ15 Input/Output Most significant byte data input/output 92* NC – Not used 93* NC – Not used 94* NC – Not used 95* NC – Not used 96* NC – Not used 97* NC – Not used 98 VDDf_2 – FCRAM supply voltage 99* NC – Not used 100* NC – Not used 101* NC – Not used 102* NC – Not used 103* NC – Not used 104* NC – Not used 105* NC – Not used 106* NC – Not used 107* NC – Not used Pin No. Terminal name Input/Output Description of terminal

CONFIDENTIAL IC1202 VHITK73840G-1L (TK73840BDB): REGULATOR In this unit, the terminal with asterisk mark (*) is (open) terminal which is not connected to the outside. Pin No. Terminal name Input/Output Description of terminal 1 VCONT (ON/OFF) Input Power control 2 BIN (PE) Input Power enable 3 VIN (Vin) Input Power supply 4 PCL (ACL) Input Current setting 5 NC (GND) – Earth 6 GND (GND) – Earth 7* VFB (Vfb) Input Not used 8 VSENSE (PC) Output Power output 9 VOUT (Vout) Output Power output CE2s CE1s OE WE /UB /LB /ADV CE2f_2 /CE1f_2 CE2f_1 /CE1f_1 CLK /WAIT DQ16 to DQ1 A22 to A0 A21 to A0 A18 to A0 VDDf_2 VDDS VSS VSS VDDf_1 128 M bit FCRAM_1 64 M bit FCRAM_2 8 M bit SRAM VDDQf_1 VSS VCONT VIN Bandgap Reference Control Circuit Over Heat Protect 3 BIN 2 1 VOUT 9 VFB 7 GND 5,6 VSENSE 8 PCL 4 3 VIN 6 GND 9 VOUT 2 BIN 5 NC 8 VSENSE 1 VCONT 4 PCL 7 VFB 1 A B TOP VIEW C 2 3

CONFIDENTIAL IC1300 VHIBU7880GU-1L (BU7880GU): EXTERNAL INTERFACE In this unit, the terminal with asterisk mark (*) is (open) terminal which is not connected to the outside. Pin No. Terminal name Input/Output Description of terminal 1 UART_RXD1 Output UART_RXD1 output 2 BDATA Input BDATA input 3 UART_RTS Input UART_RTS input 4 UART_TXD1 Input UART_TXD1 input 5 SCLK Input SCLK input 6 BSYNC Input BSYNC input 7* UART_RXD2 Output UART_RXD2 output (Not used) 8 BCNT Input BDATA input control 9 UART_CTS Output UART_CTS output 10 UART_TXD2 Input UART_TXD2 input 11 BSSEL Input BSYNC/SCLK switching control 12 GND – Earth 13 VBAT – Power supply for switch 14 PUEA Input PU15 control input 15* NC – Not used 16* GND – Earth (Not used) 17 UARTSEL Input UART 1 and 2 switching terminal input 18 UARTMD Input UART mode switching 19 CPU_USB_D+ Input/Output CPU_USB_D+ input/output 20 REG33 – USB power supply 21* GND – Earth (Not used) 22* GND – Earth (Not used) 23 HFMD Input Hands free mode switching 24 CPUVDD – Digital power supply 25 USBD+/RXD Input/Output USBD+/RXD switching external input/output 26 PU15 Output PMOS open drain output 27 BSYNC/SCLK/RTS Output BSYNC/SCLK/RTS switching external output 28 GND – Earth 29* RXANAIN Input Hands free receiving external input (Not used) 30 USBMD Input USB mode switching 31 CPU_USB_D– Input/Output CPU_USB_D– inupt/output 32 USBD-/TXD Input/Output USBD–/TXD switching external input/output 33 BDATA/CTS Input/Output BDATA/CTS switching external input/output 34* TXANAIN Input Hands free sending input (Not used) 35* RXANAOUT Output Hands free receiving output (Not used) 36* TXANAOUT Output Hands free sending external output (Not used)

CONFIDENTIAL BSSEL 11 12 17 18 23 24 22 30 36 GND UARTSEL UARTMD HFMD CPUVDD GND USBMD TXANAOUT RXANAIN 31 32 21 33 27 34 28 35 29 RXANAOUT GND TXANAIN BSYNC/SCLK/RTS BDATA/CTS GND USBD-/TXD CPU_USB_D- BCNT 6 5 16 4 10 3 9 2 8 BDATA UART_CTS UART_RTS UART_TXD2 UART_TXD1 GND SCLK BSYNC PU15 26 25 20 19 14 13 7 1 15 USBD+/RXD REG33 CPU_USB_D+ PUEA VBAT UART_RXD2 UART_RXD1 NC MODE 0, 1, 4 : L MODE 2, 3: H CPUVDD CPUVDD CPUVDD MODE 0, 1, 3, 4 : L MODE 2: H VBAT CPUVDD H : ON L: OFF VBAT CPUVDD MODE 0, 1, 3, 4 : OFF MODE 2: ON 10k VBAT MODE 0, 2, 3 : OFF MODE 1, 4: ON VBAT MODE 0, 1, 2 : OFF MODE 3, 4: ON MODE 0, 1, 2 : ON MODE 3, 4: OFF VBAT DECODER CPUVDD CPUVDD MODE 0, 2, 3, 4 : OFF MODE 1: ON CPUVDD CPUVDD MODE 0, 2, 3, 4: L MODE 1: H MODE 0, 1, 4: L MODE 2, 3: H MODE 0, 1, 3, 4: H MODE 2: L CPUVDD CPUVDD CPUVDD MODE 0, 2, 3, 4 : L MODE 1: H CPUVDD MODE 0, 2, 3, 4 : L MODE 1: H CPUVDD MODE 0, 1, 4 : OFF MODE 2, 3: ON 10k CPUVDD CPUVDD MODE 0 MODE 1 MODE 2 MODE 3 MODE 4 BU7880GU H : ON L: OFF

CONFIDENTIAL IC1303 VHIXC621933-1L (XC6219C332DR): 3.3 V REGULATOR In this unit, the terminal with asterisk mark (*) is (open) terminal which is not connected to the outside. IC1504 VHIFA3727R+-1R (FA3727R): POWER CONTROL Pin No. Terminal name Description of terminal 1 VIN Power supply input 2* NC Not used 3 VOUT Output 4* NC Not used 5 VSS Earth 6 CE ON/OFF control Pin No. Terminal name Input/Output Description of terminal 1 SNSG – DC/DC converter detection resistance earth 2 VCC – Circuit system power supply input 3 GND2 – Earth 4 VOUT1 Output LDO_1 output 5 VIN1 Input LDO_1 power supply input 6 EN1 Input LDO_1 enable terminal 7 EN4 Input LDO_4 enable terminal 8 VOUT4 Output LDO_4 output 9 VIN2 Input LDO_3, LDO_4 power supply input 10 VOUT3 Output LDO_3 output 11 GND3 – Earth 12 VOUT5 Output LDO_5 output 13 VIN3 Input LDO_2, LDO_5 power supply input 14 VOUT2 Output LDO_2 output 15 EN3 Input LDO_3 enable terminal 16 EN2 Input LDO_2 enable terminal 17 EN5 Input LDO_5 enable terminal 18 CREF – Reference voltage capacitor connection terminal 19 LPM Input Low Power Mode signal input 20 MODE Input Output PchMOS slew mode signal input 21 PGND – Power earth 22 VOUT Output DC/DC converter driver output 23 PVCC – Power system power supply input 24 CS – Soft start terminal 25 GND1 – Earth 26 FB Output Error amplifier output 27 IN- Input Error amplifier inverting input 28 ISNS Input LDO load detection terminal -+ CE ON/OFF Control each circuit Current Limit Voltage Reference VIN VOUT VSS

CONFIDENTIAL Error Amp 1 FB IN- VOUT CS CREF MODE VCC PVCC PGND VIN3 VIN2 VIN1 VOUT4 VOUT1 VOUT2 VOUT5 VOUT3 ISNS SNSG EN2 EN5 EN1 EN4 EN3 GND LPM Soft Start Output short-circuit detection Dead time Pre_driver enable OSC UVLO LDO_2 1.5 V 400 mA LDO_5 1.5 V 150 mA LDO_3 2.9 V 300 mA Load detection DC/DC Converter Reference voltage Regulator Comp LDO_4 2.5 V 200 mA LDO_1 2.5 V 300 mA 26 27 28 1 16 17 6 7 15 19 4 5 8 9 10 12 14 13 21 22 23 2 20 18 24 3, 11, 25

CONFIDENTIAL IC1600 VHIYMU783C+-1L (YMU783C): MOBILE AUDIO Pin No. Terminal name Input/Output Description of terminal 1* NC – Not used 2 GPIO3 Input/Output GPIO port 3 GPIO1 Input/Output GPIO port 4 BCLK Input/Output BIT clock for external audio input 5 D7 Input/Output CPU interface data bus 7 6 D4 Input/Output CPU interface data bus 4 7 D1 Input/Output CPU interface data bus 1 8 D0 Input/Output CPU interface data bus 0 9* NC – Not used 10 MTR Output External vibrator control terminal 11* LED1/GPIO4 Input/Output GPIO port (Not used) 12 GPIO2 Input/Output GPIO port 13 SDI Input External audio input 14 /IRQ Output Interrupt output 15 D5 Input/Output CPU interface data bus 5 16 D2 Input/Output CPU interface data bus 2 17 IOVDD1 – Power supply for terminal 18 DVSS – Digital earth 19 DVDD – Digital core power supply (2.65 to 3.30 V) 20 LED0 Output External LED control terminal 0 21* LED2/GPIO5 Input/Output External LED control terminal 1/GPIO port (Not used) 22 GPIO0 Input/Output GPIO port 23 LRCK Input/Output LR clock for external audio input 24 D6 Input/Output CPU interface data bus 6 25 D3 Input/Output CPU interface data bus 3 26 CLKI Input Clock input terminal (1.5 to 27 MHz): TCXO compatible 27 DVDD – Digital core power supply (2.65 to 3.30 V) 28 DVSS – Digital earth 29 IOVDD2 – Power supply for terminal 30 IOVDD2 – Power supply for terminal 31 IOVDD2 – Power supply for terminal 32 A0 Input CPU interface address signal 33 /CS Input CPU interface chip select 34 /WR Input CPU interface write enable 35 TXOUT Output Transmitted voice analogue output terminal 36 RXIN Input Received voice analogue input terminal 37 /RST Input Hardware reset input 38* NC – Not used 39 /RD Input CPU interface read enable 40 PLLC – PLL capacitance connection terminal for sound source 41 EQ1L – L-ch equaliser terminal 1 42 EQ2L – L-ch equaliser terminal 2 43 EXTIN Input External analogue input terminal 44* NC – Not used 45 EQ2R – R-ch equaliser terminal 2 46 EQ1R – R-ch equaliser terminal 1 47 SPVDDL – Analogue power supply for L-ch speaker amplifier (AVDD to 4.50 V) 48 EQ3L – L-ch equaliser terminal 3 49* NC – Not used 50 HPOUTL/MONO Output L-ch headphone output terminal 51* NC – Not used 52 HPC – Capacitance connection terminal for preventing headphone pop noise 53* NC – Not used 54 EQ3R – R-ch equaliser terminal 3 55 SPVDDR – Analogue power supply for R-ch speaker amplifier (AVDD to 4.50 V) 56 SPVSSL – Analogue earth for L-ch speaker amplifier 57* SPOUT1L – L-ch speaker connection terminal 1 (Not used)

CONFIDENTIAL In this unit, the terminal with asterisk mark (*) is (open) terminal which is not connected to the outside. 58* NC – Not used 59 BBR – Capacitance connection terminal for R-ch bus boost (0.1 µF) 60 VREF – Analogue reference voltage terminal 61* EXTOUT Output External analogue output terminal (Not used) 62* NC – Not used 63* SPOUT1R Output R-ch speaker connection terminal 1 (Not used) 64 SPVSSR – Analogue earth for R-ch speaker amplifier 65* (SPOUT1L) Output Internally connected to H2 terminal. H2 terminal is used as SPOUT1L terminal. (Not used) 66* SPOUT2L Output L-ch speaker connection terminal 2 (Not used) 67 BBL Output Capacitance connection terminal for L-ch bus boost (0.1 µF) 68 AVDD – Analogue power supply (2.65 to 3.30 V) 69 AVSS – Analogue earth 70 EXC – Capacitance connection terminal for preventing external output pop noise 71 HPOUTR Output R-ch headphone output terminal 72* SPOUT2R Output R-ch speaker connection terminal 2 (Not used) 73* (SPOUT1R) Output Internally connected to H8 terminal. H8 terminal is used as SPOUT1R terminal. (Not used) Pin No. Terminal name Input/Output Description of terminal /CS /WR /RD D0 - D7 A0 IOVDD DVDD DVSS GPIO[3:0] SDI LRCK BCLK CPU I/F Sampling Rate Converter TG LED MTR IRQ Reset VREF VREF VREF DAC DVX operation part Adder Fader EG Equalizer CLKI PLLC MTR LED0 /IRQ /RST EXTIN RXIN AVDD AVSS VREF SPVDDR SPVSSR SPVDDL SPVSSL SPOUT2R SPOUT1R EQ3R EQ3L EQ2L EQ1R EQ1L HPC HPOUTR BBR BBL EXC EXTOUT TXOUT HPOUTL /MONO EQ2R SPOUT2L SPOUT1L LED[2:1] (GPIO[5:4]) SP Vol SP Vol VOL VOL VOL VOL BASS BOOST BASS BOOST VOL VOL SRAM 8 k-byte VOL VOL VOL VOL VOL FMR FML VOL X FMM MONO + + + + - + - + - - + - + + + + + Wiring switching Hybrid sound source (equivalent to MA-5) Tone ROM Sequencer part (equivalent to MA-5) MA-5 core Digital audio interface

CONFIDENTIAL IC1603 (AN12974A): AGC STEREO AMP. Pin No. Terminal name Input/Output Description of terminal 1 C3 – Surround filter terminal R-ch 1 2 R3 – Surround filter terminal R-ch 2 3 – (Analogue signal) Output Surround output R-ch 4 – (Analogue signal) Output Inverting amplifier output R-ch for gain adjustment 5 – (Analogue signal) Output Inverting amplifier output R-ch for gain adjustment 6 AGC ON/OFF Input AGC ON/OFF switching 7 VREFSP – Precharge timing pin 8 VCC – VCC-SP (R-ch) 9 SP-SAVE Input Speaker power save ON/OFF switching 10 SPOUTR– Output Speaker output R-ch (–) 11 GNDSPR – Earth (SP R-ch) 12 SPOUTR+ Output Speaker output R-ch (+) 13 SPOUTL– Output Speaker output L-ch (–) 14 GNDSPL – Earth (SP L-ch) 15 SPOUTL+ Output Speaker output L-ch (+) 16 STB ON/OFF Input All standby ON/OFF switching 17 VCC – VCC-SP (L-ch) 18 VREFSP – 1/2 VCC-SP (VREF-SP) 19 AGCDET – AGC signal detector 20 – (Analogue signal) Output Inverting amplifier output L-ch for gain adjustment 21 – (Analogue signal) Output Inverting amplifier output L-ch for gain adjustment 22 – (Analogue signal) Output Surround output L-ch 23 R1 – Surround filter terminal L-ch 2 24 C1 – Surround filter terminal L-ch 1 25 C2 – Surround effect adjustment 1 26 R2 – Surround effect adjustment 2 27 VREF – 1/2 VCC (VREF) 28 IN-L Input Sound input terminal L-ch 29 VCC – VCC 30 IN-R Input Sound input terminal R-ch 31 GND – Earth 32 SURROUND ON/ OFF Input Surround ON/OFF switching 25 26 27 28 29 30 31 32 16 15 14 13 12 11 10 1 2 3 4 5 6 7 8 24 -6 dB +6 dB AGC AGC +6 dB +13 dB +13 dB +13 dB +13 dB 0 dB 0 dB -40 dBV -27 dBV -27 dBV -40 dBV SPATIALIZER® -34 dBV -34 dBV -34 dBV +7 dB +7 dB -34 dBV -6 dB 23 22 21 20 19 18 17 9 -+ -+ AGC Det. Timing Cont.

CONFIDENTIAL IC1700 VHIAK4569++-1L (AK4569): PCM CODEC Note: Keep the digital input pin connected. In this unit, the terminal with asterisk mark (*) is (open) terminal which is not connected to the outside. Pin No. Terminal name Input/Output Description of terminal 1 PDN Input Power down pin When this pin is set at “L”, the device is powered down internally and reset. When the power is turned on, input “L” once. 2 CSN Input Control data chip select pin 3 CCLK Input Control clock input pin 4 CDTI Input Control data input pin 5 LRCK Input L/R clock pin Determines an audio data channel 6 MCLK Input Master clock input pin 7 BICK Input Serial bit clock pin Clock for shifting audio data 8 SDTI Input Audio data input pin 9 SDTO Output Audio data output pin When PMADC bit = “0”, pin SDTO is DVSS 10 DVDD – Digital power supply pin 11 DVSS – Digital earth pin 12 HVSS – Earth pin for headphone amplifier 13 HVDD – Power supply pin for headphone amplifier 14* HPR Output R-ch HP-Amp output pin (Not used) When PMHPR bit = “0”, pin HPR is HVSS 15* HPL Output L-ch HP-Amp output pin (Not used) When PMHPL bit = “0”, pin HPL is HVSS 16 MUTET Output Mute time constant control pin When PMHPL bit = PMHPR bit = “0”, pin MUTET is HVSS 17* MOUT Output Monaural analogue output pin (Not used) When PMMO bit = “0”, pin MOUT is Hi-Z 18 MIN Input Monaural analogue input pin 19 RIN Input R-ch analogue input pin 20 LIN Input L-ch analogue input pin 21 VREF Output Reference voltage output pin, 2.1 V (referenced to typ. AVSS) When PMVCM bit = “0”, pin VREF is AVSS 22 VCOM Output Common voltage pin, 1.25 V (referenced to typ. AVSS) When PMVCM bit = “0”, pin VCOM is AVSS 23 AVSS – Analogue earth pin 24 AVDD – Analogue power supply pin 25 AINR2 Input ADC R-ch analogue input 2 (MIC input) 26 AINL2 Input ADC L-ch analogue input 2 (MIC input) 27 AINR1 Input ADC R-ch analogue input 1 (LINE input) 28 AINL1 Input ADC L-ch analogue input 1 (LINE input)