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SERVICE MANUAL

Sony Corporation

Audio&Video Business Group
Published by Sony Techno Create Corporation

ICD-SX700/SX700D/SX800/

SX800D/SX900

SPECIFICATIONS

IC RECORDER

9-889-398-01

2009A04-1

© 

2009.01

US Model

Canadian Model

ICD-SX700/SX700D

AEP Model

E Model

ICD-SX700/SX800/SX800D

Chinese Model

Korea Model

ICD-SX700/SX800/SX900

Taiwan Model

ICD-SX900

Ver. 1.0  2009.01

Note:

Be sure to keep your PC used for service and 
checking of this unit always updated with the 
latest version of your anti-virus software.
In case a virus affected unit was found during 
service, contact your Service Headquarters. 

IC recorder section

Capacity (User available capacity)

ICD-SX700/SX700D: 1 GB
(approx. 970 MB = 1,017,610,240 Byte)
ICD-SX800/SX800D: 2 GB
(approx. 1.9 GB = 2,047,737,856 Byte)
ICD-SX900: 4 GB
(approx. 3.82 GB = 4,108,156,928 Byte)
A part of the memory capacity is used as a
management area.

Recording time
Maximum recording time

When all messages are recorded with
the same recording mode, the maximum
recording time of all the folders is as
follows.

ICD-SX700/SX700D
LPCM 44/16 mode LPCM 22/16 mode MP3 192k mode

1 hr. 30 min.

3 hr. 10 min.

11 hr. 40 min.

MP3 128k mode

MP3 48k mode

LPEC STHQ mode

17 hr. 35 min.

46 hr. 55 min.

17 hr. 20 min.

LPEC ST mode

LPEC STLP mode LPEC SP mode

45 hr. 45 min.

88 hr. 10 min.

139 hr. 35 min.

LPEC LP mode

372 hr. 25 min.

ICD-SX800/SX800D
LPCM 44/16 mode LPCM 22/16 mode MP3 192k mode

3 hr. 10 min.

6 hr. 25 min.

23 hr. 35 min.

MP3 128k mode

MP3 48k mode

LPEC STHQ mode

35 hr. 25 min.

94 hr. 40 min.

34 hr. 55 min.

LPEC ST mode

LPEC STLP mode LPEC SP mode

92 hr. 15 min.

177 hr. 40 min.

281 hr. 20 min.

LPEC LP mode

750 hr. 15 min.

Photo: ICD-SX700

ICD-SX900
LPCM 44/16 mode LPCM 22/16 mode MP3 192k mode

6 hr. 25 min.

12 hr. 50 min.

47 hr. 30 min.

MP3 128k mode

MP3 48k mode

LPEC STHQ mode

71 hr. 15 min.

190 hr. 5 min.

70 hr. 10 min.

LPEC ST mode

LPEC STLP mode LPEC SP mode

185 hr. 20 min.

356 hr. 45 min.

564 hr. 40 min.

LPEC LP mode

1,505 hr. 55 min.

(hr. : hours/min. : minutes)

Frequency range

• LPCM 44/16: 50 - 20,000 Hz
• LPCM 22/16: 50 - 10,000 Hz
• MP3 192k: 50 - 16,000 Hz
• MP3 128 k: 50 - 16,000 Hz
• MP3 48 k: 50 - 14,000 Hz
• LPEC STHQ: 50 - 20,000 Hz
• LPEC ST: 50 - 16,500 Hz
• LPEC STLP: 50 - 7,000 Hz
• LPEC SP: 50 - 6,000 Hz
• LPEC LP: 50 - 3,500 Hz

Bit rates and sampling frequencies for
MP3 

fi

 les

*

2

Bit rate: 32 - 320 kbps, VBR
Sampling frequencies: 16/22.05/24/32/44.1/
48 kHz

*

2

  The playback of MP3 

fi

 les recorded using 

  the IC recorder is also supported.
  Not all encoders are supported.

Bit rate and sampling frequencies

*

3

 for

WMA 

fi

 les

Bit rate: 32 - 192 kbps, VBR
Sampling frequencies: 44.1 kHz

*

3

  WMA Ver. 9 is compatible, however, MBR

  (Multi Bit Rate), Lossless, Professional, and
  Voice are not supported.
 A 

fi

 le of which copyright is protected cannot

  be played back.
  Not all encoders are supported.

General

Speaker

Approx. 16 mm (

13/32

 in.) dia.

Power output

150 mW

Input/Output

• Microphone jack (minijack, stereo)
  – input for plug in power, minimum input
    level 0.9 mV, 3 kilohms or lower impedance
  microphone
• Headphone jack (minijack, stereo)
  – output for 8 - 300 ohms headphones
• USB connector
  – High-Speed USB compatible

Playback speed control (DPC)

–75% to +200%

– Continued on next page –

Summary of Contents for ICD-SX700D - Digital Voice Recorder

Page 1: ...P3 48k mode LPEC STHQ mode 35 hr 25 min 94 hr 40 min 34 hr 55 min LPEC ST mode LPEC STLP mode LPEC SP mode 92 hr 15 min 177 hr 40 min 281 hr 20 min LPEC LP mode 750 hr 15 min Photo ICD SX700 ICD SX900 LPCM 44 16 mode LPCM 22 16 mode MP3 192k mode 6 hr 25 min 12 hr 50 min 47 hr 30 min MP3 128k mode MP3 48k mode LPEC STHQ mode 71 hr 15 min 190 hr 5 min 70 hr 10 min LPEC ST mode LPEC STLP mode LPEC S...

Page 2: ... of soldering iron around 270 C during repairing Do not touch the soldering iron on the same conductor of the circuit board within 3 times Be careful not to apply force on the conductor when soldering or unsoldering Power requirements Two LR03 size AAA alkaline batteries 3 0 V DC Two NH AAA rechargeable batteries 2 4 V DC Operating temperature 5 C 35 C 41 F 95 F Dimensions w h d not incl projectin...

Page 3: ...udio Section 1 2 18 4 4 Printed Wiring Board Audio Section 2 2 19 4 5 Schematic Diagram Audio Section 1 2 20 4 6 Schematic Diagram Audio Section 2 2 21 4 7 Printed Wiring Board Main Section 1 2 22 4 8 Printed Wiring Board Main Section 2 2 23 4 9 Schematic Diagram Main Section 1 5 24 4 10 Schematic Diagram Main Section 2 5 25 4 11 Schematic Diagram Main Section 3 5 26 4 12 Schematic Diagram Main Se...

Page 4: ...age number The selected message number is displayed in the numerator and the total number of messages in the folder is displayed in the denominator Priority marks Appear s when a message is set with priority mark s Repeat playback indicator Appears when one message is played back repeatedly Appears when messages in one folder are played back repeatedly Appears when all the messages are played back...

Page 5: ... function or record the date and time Clock setting display appears when you insert batteries for the time or when you insert batteries after the IC recorder has been without batteries for a certain period of time SET DATE TIME appears and then the year section in the display window Continued directly from Step 1 Preparing a Power Source 1 Press or to set the year month day hour and minute in sequ...

Page 6: ...SSY SP001 Page 7 SET 2 2 BATTERY CASE LID ASSY Page 7 2 3 CASE ASSY Page 8 2 7 AUDIO BOARD Page 10 2 8 JACK BOARD Page 10 2 9 MICROPHONE CAP MICROPHONE HOLDER Page 11 2 10 MIC101 MIC102 MIC103 Page 11 2 4 AUDIO BOARD SECTION CHASSIS SECTION SWITCH BOARD Page 8 2 5 MAIN BOARD Page 9 2 6 LIQUID CRYSTAL DISPLAY PANE LCD101 Page 9 ...

Page 7: ...ollow the disassembly procedure in the numerical order given 2 1 SPEAKER ASSY SP001 2 2 BATTERY CASE LID ASSY two screws M1 4 base speaker assy SP001 knob side claw claw two claws three knobs hold claw claw screw screw M1 4 battery case lid assy ...

Page 8: ...chassis assy When assembling the chassis assy adjust the switches in the direction of the arrow switch switch switch switch AUDIO board section two claws two claws sheet microphone jack Remove the solder RB chassis section battery terminal detection SWITCH board claw CN7002 CN1001 sheet microphone jack Sheet microphone jack attachment position is shown CN7001 ...

Page 9: ...aw cushion battery terminal cushion battery terminal MAIN board light guide plate CN7002 claw two claws holder LCD liquid crystal display panel LCD101 When installing the liquid crystal display panel to the holder LCD insert the liquid crystal display panel to the holder LCD from the side with claws liquid crystal display panel claw claw holder LCD ...

Page 10: ...O BOARD Remove the four solders microphone assy AUDIO board black gray red white black red black black black blue yellow Remove the seven solders AUDIO board microphone assy two screws two screws reinforcement plate cover headphone jack JACK board microphone assy ...

Page 11: ...MIC102 MIC103 microphone cap microphone holder microphone cap mark Take note of the orientation and the direction when assembling And take note of the mark s direction Concave part Concave part Convex part Convex part MIC101 MIC102 MIC103 two blind sheets microphone claw microphone holder ...

Page 12: ...al status of test mode F W version display TEST MODE END TEST MODE Turn off the power Remove the batteries RTC lnt BattAC2 1 Version test Version of the respective modules are verified ARM X XX XX DSP X X XX ICX XXX F W version of CPU DSP block Boot X Oct XX 200X XX XX XX F W version of CPU ARM block F W version of Boot loader Press the x button to return to the test mode screen 2 Key Chk Format t...

Page 13: ...utput is checked Press the x or MENU button to return to the test mode screen 13 Batt AB4 test The present A D value of the side of VBatAB x4 on the error amplified circuit IC1603 output is checked Press the x or MENU button to return to the test mode screen 12 13 items refer to following fig 70k 110k ADIN1 VCCVBAT ErrorAmp ADIN7 VBAT_ERR ADIN8 VBAT_CNT B C A VBatAB VBatBC VBatAC IC1001 IC1603 Q16...

Page 14: ...test This is the conversion out to be used for engineering de sign Press the x or the MENU button to exit the test mode 20 Factory Ship test Press the Nx button to enter the factory initialization Press the x button to return to the test mode screen 21 Key Check test Key check only is executed when the key is pressed Press the x button to return to the test mode screen ...

Page 15: ...POWER AMP J3201 PLUG IN POWER S6014 S6015 HOLD 23 AIN3R AIN3L 22 29 32 BCLD A0 W22 BCLD XRST U19 BCLD CS AC6 SP MUTE AA1 SP PWR AA2 HP MUTE Y3 SPIO CLK AC7 SPIO MOSI AC8 HPJ XDET AB2 PWM ADA_XCS 1 2 PCM0_DADT 3 PCM0_ADDT 7 CPU_RFFCLK0 K C R L _ 0 M C P K C B _ 0 M C P M W P S C X _ A D A T D A D _ 0 M C P T D D A _ 0 M C P 0 K L C F F R _ U P C 4 5 15 2 IN VDD2 UNREG35 DET MAIN2 SECTION VDD1 VOUT ...

Page 16: ...R_CASZ SDR_CKE0 SDR_CLK SDR_BA0 T5 F7 U8 F3 CKE T1 F2 CLK AA5 EXM_RDZ J19 AB0_WRZ H16 E3 NAND_REZ H13 NAND_DA15 E9 NAND_CLE NAND_XWE NAND_XRE NAND_XWP NAND_CLE NAND_ALE NAND_XCS0 NAND_XCS1 NAND_RXBO NAND_RBZO D3 NAND_ALE M9 NAND_CSZ0 NAND_CSZ1 C2 D2 NAND_RXB1 NAND_RBZ1 H8 19 XWP 18 XWE 17 ALE 16 CLE 10 XCE2 9 XCE1 8 XRE 7 R B1 H26 P D A G H C H17 E24 F23 AB3 A2 AB0_CSZ0 E11 T A B W S _ W S P CS G9...

Page 17: ... Impossible to measure Voltages are taken with VOM Input impedance 10 MΩ Voltage variations may be noted due to normal production tolerances Signal path F PB L REC THIS NOTE IS COMMON FOR PRINTED WIRING BOARDS AND SCHEMATIC DIAGRAMS In addition to this the necessary note is printed in each block For Printed Wiring Boards Note X Parts extracted from the component side Pattern from the side which en...

Page 18: ... C3688 D5002 D5005 C6001 R3302 C1004 C3913 R6001 R6003 C3999 R3319 R6008 3 1 4 S 2 S6001 S6001 3 1 4 2 S6004 S6004 R6034 R3318 R6035 R6036 R6037 R6038 C6032 R3738 D5004 D5002 5004 5005 LCD BACK LIGHT JL6110 AUDIO BOARD SIDE A DIVIDE MENU 1 872 141 21 21 2 3 4 5 6 7 8 1 A B C D Ref No Location Semiconductor Location D5002 B 6 D5004 B 5 D5005 B 4 Q3657 B 2 ...

Page 19: ...RYSTAL DISPLAY PANEL DIRECTNL S6013 ON MONO OFF CSP Chip Size Package CSP Chip Size Package C3665 C3690 1 4 5 8 9 12 13 16 17 5 6 10 1 11 C3692 C3696 C3697 C3308 3 R3315 5 0 7 3 R R3706 R3719 R3720 1 3 7 3 R 2 1 2 3 C C3215 C3216 5 8 4 1 6 1 3 3 R R3320 R3321 Chip Size Package C3307 4 0 3 3 Q 0 3 3 R 4 0 3 3 R C3914 C3915 C3916 C3917 4 1 3 3 R 8 1 4 2 7 1 5 2 6 1 2 3 9 3 3 C1002 C5001 C5002 C5003 ...

Page 20: ... 1 2 1 2 D3603 1SS400TE 61 D3604 1SS400TE 61 1 2 AGC_XCS_W10 0 22 C3215 0 22 C3216 0 47 C3686 0 47 C3687 6 3V 10 C3689 0 1 C3690 SPI1_MOSI_W8 SPI1_CLK_VI0 6 3V 4 7 C3691 4 7 C3692 6 3V 470 R3731 10 R3738 100p C3696 100p C3697 3LP01S K TL E Q3659 6 3V 100 C3688 1SS400TE 61 D3605 k 1 7 0 7 3 R k 1 3 0 7 3 R R3908 47k 4 7k R3909 1 C3907 3LP01S K TL E Q3660 220 R3910 1SS400TE 61 D3606 1SS400TE 61 D360...

Page 21: ..._XDET_AA3 MIC_XPWR CPU_REFCLKO VDD_LOG VDD_ANA BATT_CNT_B8 PCM0_DADT_AC22 SPI1_MOSI_W8 PWM_0_AC23 PCM0_LRCK_AB22 ADA_XCS_AD7 PCM0_BCK_AC21 PCM0_ADDT_AD22 SPI1_CLK_V10 MONO_OUT VDD_PUP_Y2 HP_MUTE_Y3 HP_XDET_AB2 TU_XCS_F23 FM_PWR SPI1_MISO_AB8 CPU_CKI32 SPI0_MOSI_AC8 VDD_DDCOUT33 SPI0_CLK_AC7 BLCD_A0_W22 BLCD_CS_AC6 VDD_GP2 BLCD_LIGHT_V17 BLCD_XRST_U19 KEY_AD0_C6 OPLED_XGRN_W3 KEY_AD1_B6 OPLED_XRED_...

Page 22: ... R 9 3 6 1 C C1445 C1446 7 4 4 1 C 1 4 6 1 C 2 0 6 1 H T C1643 R1815 R1816 2 5 6 1 C P 2 0 6 2 C 3 0 6 2 C 3 6 6 1 C 4 0 6 2 C C2605 C2606 Q1663 C2608 Q1664 Q1665 R1641 R1642 1 2 3 7 6 6 1 Q R1645 5 1 CN8002 1 0 7 2 B F 5 0 6 2 R R1666 R1667 Q8004 8 6 6 1 R 9 6 6 1 R 0 7 6 1 R 5 7 6 1 R 6 7 6 1 R 7 7 6 1 R 8 7 6 1 R R1679 1 0 5 8 X C3403 0 9 6 1 R 3 4 1 2 3 4 1 2 Q3402 3 9 6 1 R 3 4 1 2 R1694 R169...

Page 23: ...JL1623 JL1624 JL1625 JL1626 JL1628 R6005 R6006 JL1629 C1401 C6031 JL1630 JL7201 JL7202 JL7203 JL7204 JL7205 Q1601 JL7206 R6017 Q1603 Q1608 B C1801 Q1609 B C1802 B C1610 R6020 SP001 R6021 C1806 R6022 R6023 R6025 C1427 R1402 S6014 S6014 C1629 5 1 1 1 1 4 4 4 5 5 5 8 8 8 2 3 6 4 S6015 S6015 5 1 2 3 6 4 S6016 S6016 R1604 R1412 R1606 R1413 R1608 R1609 R1801 C1638 6 3 4 1 C1642 C1644 C1646 A C1647 R1817...

Page 24: ... VDD_ANA VCC_VBUS_PCH PSW_SWVBUS2_D15 PSW_SWVBUS_E15 PSW_SWBAT_E11 PSW_CAPVBSW_D16 PSW_CAPVBDL_C16 PSW_CAPBTDL_E12 EXTMIC_XDET_AA3 HP_XDET_AB2 USB_INT_AB3 KEY_XDICT_AC5 KEY_XDPC_AD2 KEY_XVUP_AD3 OPLED_XGRN_W3 OPLED_XRED_W2 VDD_PUP_Y2 HP_MUTE_Y3 SP_XMUTE_AA1 SP_PWR_AA2 KEY_HOLD_AD5 KEY_WAKE_AD4 VDD_SDR PUSB_ID_P24 VDD_GP1_AF20 VDD_GP2 VDD_GP2 VCC_BAT VDD_PLL VDD_PLL VDD_DDCOUT33 VDD_ANA VDD_HP_Y26 ...

Page 25: ..._R8 SDR_D04_P2 SDR_D00_R1 SDR_D09_N4 SDR_D03_P3 SDR_D06_P8 SDR_D08_N5 SDR_D07_N8 SDR_D15_M4 SDR_D12_N1 SDR_D05_P1 SDR_D11_N2 SDR_D14_M5 SDR_DQM0_P5 SDR_DQM1_R4 SDR_XWR_R5 SDR_XRAS_T5 SDR_XCAS_U8 SDR_BA1_T4 SDR_BA0_AB5 SDR_A11_U2 SDR_A10_U3 SDR_A09_U4 SDR_A08_U5 SDR_A07_V8 SDR_A06_V4 SDR_A05_V5 SDR_A04_W4 SDR_A03_W5 SDR_A02_Y4 SDR_A01_Y5 SDR_A00_AA4 SDR_CLK_AA5 SDR_CKE0_T1 SDR_XCS0_T3 DQ10 DQ9 VCCQ...

Page 26: ...70k R1667 100k R1676 220k R1679 R1670 220k R1675 1k R1669 1k R1668 0 1 C1663 CHG_EAMP_SEL1 VDD_UNREG CHG_EAMP_SEL2 VDD_MIC 10V 47 C1801 0 R1697 0 R1698 0 R1693 0 R1694 0 R1695 0 R1696 1 C1620 R1801 1M Q1665 LSK3541FS8T2L S JL1615 JL1616 JL1619 JL1618 JL1617 JL1620 JL1621 JL1626 JL1622 JL1623 JL1624 JL1628 JL1629 JL1625 TH1602 4 7k 0 5 0 5 0 5 0 5 0 5 0 5 0 5 0 5 0 5 4 7k R1677 100k R1665 100k R167...

Page 27: ...1 1 D _ 0 B A 0 1 D _ 0 B A 9 0 D _ 0 B A AB0_D08 AB0_D07 AB0_XDACK AB0_D06 AB0_XDREQ AB0_D05 AB0_D04 AB0_D03 AB0_D02 AB0_D01 AB0_D00 AB0_A6 AB0_A5 AB0_A4 AB0_A3 AB0_A2 AB0_XWR USBCN_DM USBCN_DP PUSB_ID_P24 USB_DM USB_DP PUSB_IDPULLUP_D1 PUSB_CHGVBUS_F2 PUSB_DISCHGVBUS_E1 USB_XRST_H5 VCC_VBUS VCC_VBUS_PCH 1 VCC_VBUS_PCH VDD_USB15 VDD_USB31 5 D S 4 D S 3 D S 2 D S 1 D S 0 D S F I V D N G D D D V 5 ...

Page 28: ... 1 13 14 15 16 17 10k R3419 XC6219C292MR IC3404 1 2 3 4 5 SP_OUT SP_OUT P Q E _ P M A P S N Q E _ P M A P S N E X _ 2 1 D D V _ P S N T S E T 1 S S V N Q E P Q E OUTP VSS2 OUTN VDD3 4 D D V N W D P 2 D D V N E T U M DRCN VDD1 VREF1 IN NC VOUT VIN VSS CE VDD_IOA VDD_GP1 VDD_L0 0 1 C1411 0 1 C1415 0 1 C1421 0 1 C1430 0 1 C1416 0 1 C1422 0 1 C1432 0 1 C1418 0 1 C1424 0 1 C1425 0 1 C1434 0 1 C1426 0 1...

Page 29: ... SIDE B 12 12 12 12 12 12 12 12 2 3 4 5 6 7 8 9 10 11 1 A B C D E F G R6007 R6009 C6006 R6011 R6012 S6005 S6006 S6507 S6008 S6509 R6013 R6014 J3301 J3301 FB3401 R3404 JL3411 JL3412 JL3413 JL3414 R3403 R3402 BLACK RED YELLOW GRAY S6010 ERASE VOL A B REC LEVEL MANUAL L J L J L J L J L J L J L J L J 1 1 6 1 1 6 1 1 6 1 6 1 6 1 6 1 6 6 5 4 1 1 0 1 9 0 3 1 1 6 2 1 S6511 S6512 D5004 OPERATION C6004 0 R6...

Page 30: ...3 2 4 CL 375HR YG D TS D5004 OPERATION 2 K D E R 1 C A A 3 K N R G 2 2k R6012 0 1 C6004 S6006 1 3 2 4 S6008 1 3 2 4 S6005 1 3 2 4 JL6113 JL6114 JL6109 JL6110 JL6111 JL6112 JL6115 JL6116 JL6117 S6010 1 3 2 4 S6002 1 3 2 4 S6012 1 3 2 4 D N G DGND S S6511 1 3 2 4 S6509 1 3 2 4 2 P G _ D D V D E R X _ D E L P O N R G X _ D E L P O 3 1 D A _ Y E K 0 D A _ Y E K 0 001 C6006 E K A W _ Y E K JL3412 JL341...

Page 31: ... Audio Interface Serial Interface SOI I2C Clock Manager Power on Reset Power Up Down Manager 1 LOUT MXL DAL ADL SW6 SW5 SW4 SPL PG3 PG1 PG5 PG2 PG6 0 or 20dB 0 to 21dB 0 to 21dB 6 to 70dB 0 or 20dB COM Analog Input L ch Analog Input R ch SPOLP 15 LRCK 32 DIN 2 MODE 28 BCK 1 DOUT 3 SCKI 7 SPOLN 14 SPL 6 to 70dB SPOLP 11 SPOLN 10 HPL 6 to 70dB HPOL LO 17 HPR HPOR HPOL COM MONO HPC 6 to 70dB HPOR LOR...

Page 32: ... SM6801AB G EL MAIN Board 5 5 8 4 TESTN 5 EQP 6 EQN IN 3 VREF1 7 VSS1 2 VDD1 15 VDD2 9 VDD3 1 DRCN 14 PDWN 16 MUTEN 17 13 VDD4 12 OUTP 11 VSS2 10 OUTN LEVEL SHIFTER PWM Modulator MUTE POWER DOWN PROTECTION BUFFER LEVEL SHIFTER OSC BIAS VREF BUFFER ...

Page 33: ...sed to fix solder ball to mount IC on board Open A26 NC Used to fix solder ball to mount IC on board Open B1 NC Used to fix solder ball to mount IC on board Open B2 NC Used to fix solder ball to mount IC on board Open B3 NAND_CEZ2 O Chip enable output Not used Open B4 NAND_DA0 I O Address data input output B5 I O_B Power supply to I OB B6 ADIN4 I ADC input signal 4 B7 ADIN6 I ADC input signal 6 No...

Page 34: ...lder ball to mount IC on board Open D1 IDPULLUP Not used Open D2 NAND_RBZ0 I O Ready BUSY output D3 NAND_ALE O Address latch enable D4 NAND_DA2 I O Address data input output D5 I O_B Power supply to I OB D6 VDD_L1 Power supply to the logic block 1 D7 VDD_L1 Power supply to the logic block 1 D8 GND GND D9 NC Not used Open D10 USB_NXT I USB NXT input Fixed to L D11 USB_STP O USB STP output Not used ...

Page 35: ...ower supply to I OB F22 AB0_CSZ2 I O Chip select output Low active F23 AB0_A24 I O Address output F24 AB0_D3 I O Data input output F25 AB0_D5 I O Data input output F26 VMONI I Battery voltage monitor terminal G1 DVDD I Power input terminal for internal logic G2 NC Not used Open G3 NC Not used Open G4 EXTRST I Reset input G5 POWERSW I Power switch input G22 AB0_CSZ3 O Chip select output Low active ...

Page 36: ...t J23 AB0_D11 I O Data input output J24 AB0_D12 I O Data input output J25 CHGGND1 GND J26 CVPHC I Battery charge control K1 VDD_L1 Power supply to the logic block 1 K2 VDD_L1 Power supply to the logic block 1 K3 VDD_L1 Power supply to the logic block 1 K4 SDR_DATA28 I O Read write data Not used Open K5 SDR_DATA26 I O Read write data Not used Open K8 NAND_RBZ3 I O Ready BUSY output K9 NAND_DA6 I O ...

Page 37: ...19 LCD_B0 O B data Not used Open M22 LCD_G0 O G data Not used Open M23 LCD_G1 O G data Not used Open M24 LCD_G2 O G data Not used Open M25 LCD_G3 O G data Not used Open M26 VMIC O REGMIC power output terminal N1 SDR_DATA12 I O Read write data N2 SDR_DATA11 I O Read write data N3 SDR_DATA10 I O Read write data N4 SDR_DATA9 I O Read write data N5 SDR_DATA8 I O Read write data N8 SDR_DATA7 I O Read w...

Page 38: ...nable signal Not used Open T9 GND GND T10 MWI_SO O Data output Not used Open T17 U70_SOUT O Serial data output T18 U70_SRIN I Serial data input T19 GND GND T22 LCD_R5 O R data Not used Open T23 NC Not used Open T24 C_TMS I CPU debugger connection On terminal T25 VLOG O REGLOG power output terminal 1 86V T26 CKO O Crystal connection On terminal U1 SDR_A12 O SDR address output U2 SDR_A11 O SDR addre...

Page 39: ... I OGND GND W2 GPI O14 O Input output and interrupt input to general purpose I O W3 GPI O15 O Input output and interrupt input to general purpose I O W4 SDR_A4 O SDR address output W5 SDR_A3 O SDR address output W8 SPI1_SO O SPI1 data output W9 GND GND W10 SPI1_CS0 O SPI1 Chip select 0 W11 GND GND W12 GND GND W13 GND GND W14 GND GND W15 GND GND W16 GND GND W17 GND GND W18 GND GND W19 EXTPCMCLK I O...

Page 40: ...O Data input output Not used Open To be used for both of Memory Stick and SD card AB16 MS_DATA2 I O Data input output Not used Open To be used for both of Memory Stick and SD card AB17 MS_DATA0 I Data input output Not used Open To be used for both of Memory Stick and SD card AB18 MS_INSZ I SD insert detect clock input when SD is used Fixed to L To be used for both of Memory Stick and SD card AB19 ...

Page 41: ...AD11 CAM_YUV1 I O YUV data input Not used Open AD12 CAM_HS I O Horizontal sync input signal Not used Open AD13 TEST I Test terminal Not used Open AD14 AVDD_LPLL I O A D converter PLL AD15 AVDD_HPLL I O A D converter PLL AD16 OSENSE Not used Open AD17 BKBAT I O Connected to RTC backup battery terminal AD18 I O_A Power supply to I OA AD19 IIC_SDA I O Serial data input output Not used Open AD20 PM1_S...

Page 42: ...I VDD UNREG power input terminal AF6 DD2INB2 I VDD UNREG power input terminal AF7 DD2LX3 O VDD SDR power output terminal AF8 DD2LX1 O VDD SDR power output terminal AF9 DD2LX2 O VDD SDR power output terminal AF10 DD2GNDB1 GND AF11 DD2GNDB2 GND AF12 DD1GNDB1 GND AF13 DD1GNDB2 GND AF14 DD1LX1 O VDD L1 power output terminal AF15 DD1LX2 O VDD L1 power output terminal AF16 DD1INB1 I VDD UNREG power inpu...

Page 43: ...ATTERY CASE LID 10 2 890 090 01 BASE BATTERY 11 X 2149 828 1 TERMINAL ASSY BATTERY 12 3 098 864 02 SHEET BATTERY TERMINAL 13 3 254 014 01 SCREW 14 4 120 012 01 CHASSIS BATTERY CASE LID BLACK BLACK SX700 US CND LA SX700D SX800 AEP E SX800D SX900 14 4 120 012 21 CHASSIS BATTERY CASE LID SILVER SILVER SX700 AEP E CH KR SX800 CH KR 15 2 891 406 01 BRACKET CHASSIS 16 2 890 064 01 WINDOW LCD for SILVER ...

Page 44: ... COMPLETE SX800 AEP SX800D AEP 59 9 885 132 10 MAIN BOARD COMPLETE SX800 E SX800D E 59 9 885 132 12 MAIN BOARD COMPLETE SX700 US CND LA SX700D US CND 59 9 885 132 17 MAIN BOARD COMPLETE SX700 CH 59 9 885 132 18 MAIN BOARD COMPLETE SX700 KR 59 9 885 132 19 MAIN BOARD COMPLETE SX700 AEP 59 9 885 132 20 MAIN BOARD COMPLETE SX700 E 60 3 113 916 01 SHEET MAIN PC BOARD A 61 3 113 047 01 SHEET CONNECTOR ...

Page 45: ...LVER SX700 AEP E CH KR SX800 CH KR 103 4 119 995 21 CASE MICROPHONE BLACK BLACK SX700 US CND LA SX700D SX800 AEP E SX800D SX900 104 A 1643 918 A JACK BOARD COMPLETE MIC101 1 542 797 11 MICROPHONE ELECTRET CAP MIC L MIC102 1 542 797 11 MICROPHONE ELECTRET CAP MIC R MIC103 1 542 781 21 MICROPHONE ELECTRET CAP CENTER MIC 101 101 102 102 103 104 not supplied not supplied not supplied not supplied not ...

Page 46: ...6 11 TANTAL CHIP 4 7uF 20 6 3V C5005 1 125 926 11 TANTAL CHIP 4 7uF 20 6 3V C5011 1 125 777 11 CERAMIC CHIP 0 1uF 10 10V C6001 1 125 777 11 CERAMIC CHIP 0 1uF 10 10V C6025 1 164 937 11 CERAMIC CHIP 0 001uF 10 50V C6032 1 125 777 11 CERAMIC CHIP 0 1uF 10 10V C6033 1 125 777 11 CERAMIC CHIP 0 1uF 10 10V CONNECTOR CN5002 1 820 917 61 CONNECTOR FPC ZIF 13P CN7001 1 785 909 21 CONNECTOR BOARD TO BOARD ...

Page 47: ... 11 SHORT CHIP 0 R5008 1 245 604 11 METAL CHIP 10M 5 1 16W R5012 1 218 945 11 METAL CHIP 220 5 1 16W R5013 1 218 945 11 METAL CHIP 220 5 1 16W R5014 1 218 945 11 METAL CHIP 220 5 1 16W R5023 1 218 989 11 METAL CHIP 1M 5 1 16W R6001 1 218 965 11 METAL CHIP 10K 5 1 16W R6003 1 218 953 11 METAL CHIP 1K 5 1 16W R6008 1 218 953 11 METAL CHIP 1K 5 1 16W R6019 1 218 985 11 METAL CHIP 470K 5 1 16W R6032 1...

Page 48: ...ERAMIC CHIP 0 0022uF 10 50V C2605 1 164 939 11 CERAMIC CHIP 0 0022uF 10 50V C2606 1 127 715 11 CERAMIC CHIP 0 22uF 10 16V C2608 1 127 715 11 CERAMIC CHIP 0 22uF 10 16V C2701 1 125 777 11 CERAMIC CHIP 0 1uF 10 10V C2702 1 125 777 11 CERAMIC CHIP 0 1uF 10 10V C3402 1 107 819 11 CERAMIC CHIP 0 022uF 10 16V C3403 1 125 777 11 CERAMIC CHIP 0 1uF 10 10V C3407 1 125 837 11 CERAMIC CHIP 1uF 10 6 3V C3410 ...

Page 49: ...P 1M 5 1 16W R2904 1 218 989 11 METAL CHIP 1M 5 1 16W R3419 1 218 965 11 METAL CHIP 10K 5 1 16W R6005 1 218 990 81 SHORT CHIP 0 R6006 1 218 985 11 METAL CHIP 470K 5 1 16W R6017 1 218 965 11 METAL CHIP 10K 5 1 16W R6020 1 218 990 81 SHORT CHIP 0 R6021 1 218 985 11 METAL CHIP 470K 5 1 16W R6022 1 218 990 81 SHORT CHIP 0 R6023 1 218 985 11 METAL CHIP 470K 5 1 16W R6025 1 218 990 81 SHORT CHIP 0 R6026...

Page 50: ... ENGLISH AEP E 4 127 576 51 MANUAL INSTRUCTION KOREAN KR 4 127 576 61 MANUAL INSTRUCTION ENGLISH KR 4 127 576 71 MANUAL INSTRUCTION SIMPLIFIED CHINESE CH 4 127 576 81 MANUAL INSTRUCTION ENGLISH CH 4 127 577 11 MANUAL INSTRUCTION TRADITIONAL CHINESE TW 4 127 577 21 MANUAL INSTRUCTION ENGLISH TW 4 127 578 11 MANUAL QSG INSTRUCTION ENGLISH FRENCH SPANISH DUTCH AEP E 4 127 578 21 MANUAL QSG INSTRUCTIO...

Page 51: ...MEMO ICD SX700 SX700D SX800 SX800D SX900 51 ...

Page 52: ...SX900 REVISION HISTORY Checking the version allows you to jump to the revised page Also clicking the version at the top of the revised page allows you to jump to the next revised page Ver Date Description of Revision 1 0 2009 01 New ...

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