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CD RECEIVER
KDC-MP928 KDC-PSW9531/PSW9531Y XXV-01D
SERVICE MANUAL
A unique identification number (Unique ID) is given to each unit, which is imprinted on the CD mechanism assembly. If and when the mechanism assembly or Flash ROM (IC17) on the mechanism board is replaced, it is necessary to write the Unique ID. For details, refer to "How to Write the Unique ID" on Page 18.
© 2005-6 PRINTED IN JAPAN B53-0296-00 (N) 1703
TDF PANEL INFORMATION
MODEL KDC-MP929 KDC-W9531/W9531Y XXV-01D (K,M type) XXV-01D (E type) TDF PANEL No. Y33-2350-60 Y33-2350-62 Y33-2350-61 Y33-2350-63 TDF NAME TDF-MP59D TDF-W9531 TDF-XXV01DX TDF-XXV01D
CD MECHANISM EXTENSION CORD (24P) : W05-0934-00
KDC-MP928
KDC-PSW9531/PSW9531Y
XXV-01D
K type
K type E type K type E type E,M type
Compact disc * (W01-1643-15) :K,M (W01-1647-05) :E
Plastic cabinet assy (A02-2749-03)
Remote controller assy(RC-527) (A70-2067-05)
Escutcheon (B07-3125-01)
Mounting hardware assy (J21-9716-03)
SIZE AA BATTERY (Not supplied)
DC cord * DC cord * (E30-6408-05) :K,M (E30-6414-05) :KDC-MP928 (E30-6412-05) :E
Lever (D10-4589-04) X2
Cleaning cloth * (W01-1649-05)
Antenna adaptor * Screw set * Screw (T90-0523-05) (N99-1758-05) (N09-6280-05)
* Depends on the model. Refer to the parts list.
This product uses Lead Free solder.
KDC-MP928/PSW9531 /PSW9531Y, XXV-01D
BLOCK DIAGRAM
ELECTRIC UNIT (X34-356)
AUX IN A8V A8V F/E (FST) AM+B IC300
E2P ROM
BU5V A8V AGC IC301,302 LPF
SPE ANA
D3.3V A3.3V IC303 ADC DSP IC305 DAC
D5V A5V IC306-308 LPF
A3.3V
SERGE PROTECTION PRE MUTE IC750 POWER IC OP AMP 9V SP OUT(FL) SP OUT(FR) SP OUT(RL) SP OUT(RR) PRE OUT(FRONT) PRE OUT(REAR) PRE OUT(SW)
SVR REF
SW5V
AUX FM/AM CD CH
E-VOL
DCERR
WININ MUTE 0,1,2 MUTE A,C OFFSET
MPX for RDS FST
D3.3V
LEVEL SHIFT
BU5V
MUTE DRIVER
RST
WIRED REMO OPEL DISP P-CON P CON
IC102
MUTE A,C RST STBY
MUTE 0,1,2 PRE MUTE
CD
IC400 RDS DECODER BU5V A8V SERVO D5V SW5V
ANT-CON
ANT CON
EXT AMP IC104 INSTALLER MEMO ROM CORR DIMMER u-COM TEL MUTE ACC DET SERGE DET
EXT. AMP. CON DIMMER LINE ACC
LX BUS
RESET IC
BU5V
DRIVE COMP BU5V 3.3V SW5V SW 5V
B.U DET BU5V
BACK UP
PANEL
SW 14V
RESET BACK UP KEYS JOG IC4
LEVEL 5V SYSTEM LEVEL SHIFT 3.3V SYSTEM SHIFT
RESET IC 3.3V
PANEL OPEN/ CLOSE DET
A8V 9V MOTOR DRIVER
A8V
RESET KEY IN E2P P-ON I2C BUS CW. CCW
BU5V
DSI IR REMO CON SW SPE. ANA. (6BAND) SW
TRIANGLE
KEY SCAN
SW E2P ROM ROMCOR 2.5V
PANEL MECHA
DC/DC (5VPRE)
ROTARY u-COM
SERVO
SERVO
MOTOR +B
P-ON 5V A/D 7CH ILL CONT.
ROM P-ON D0-D15 A1-A23
SW
SW
OEL +B
PANEL 5V
SPE ANA
SW
SUB ILL BLUE(L)
SW
SUB ILL BLUE(R)
SW
KEY ILL RED
SW
KEY ILL GREEN
PAN3.3V
SW 16V
OEL MODULE (256x64PIX. 4096COLOR)
SRAM (16x64kBIT)
FLASHROM (16x8MBIT)
D5V
CD D5V
SW 16V
ILL+B
ILL+B
2
KDC-MP928/PSW9531 /PSW9531Y, XXV-01D
BLOCK DIAGRAM
CD PLAYER UNIT (X32-5730)
POWER ON 26.88MHz SW3.3V(712) 16.898MHz BU3.3V LOS-SW 12EJE-SW
IC1 3.3
A0 SI STB SCK RESET
IC2
5V
8EJE-SW LOE/LIM SW
3.3 u-COM 3.3
5V 5V 3.3 5V
I2C MSTOP,MRESET AUDIO MUTE L/R
LD PD RF AMP SERVO DSP E
SO INTQ
INFINITY 0 DET.L/R SW5V SW3.3V(712)
IC18 A B C
I2S EMPH DAC CONTROL RESET DATA MUTE CLK DI CS SREQ DAC RST DAC MUTE DO BREQ PCM DATA PCM LRCK PCM BCLK PCM XCK ROM 8BIT 0-2MB SW3.3V (CS7410) SW3.3V (CS7410)
IC13 DAC LPF
L/R
F IC4 TR COIL FO COIL MOTOR DRIVER
BU5V IC17 FLASH ROM 4MBIT
512kx8BIT
SW3.3V (CS7410) IC15 & SW1.8V S7.5V C16M SER/GPIO
A8V D5V S7.5V
SP MOTOR LOADING & SLED MOTOR
DATA LRCK BCLK FLAG
CD I/F
ACD DECODER MEMORY MP3/WMA/AAC CONTROLLER DECODER
IC16 SDRAM 16MBIT
2x512kx16BIT
DRAM 4,8,16BIT 256k-8MB
POWER ON D5V
IC5 3.3V REG. IC21 3.3V REG. IC20 1.8V REG.
SW3.3V (712) A8V SW3.3V (CS7410) BU5V SW1.8V (CS7410)
IC14 SW IC19 3.3V REG. 5V REG.
BU3.3V
SW5V
COMPONENTS DESCRIPTION
SWITCH UNIT (X16-3070-10)
Ref. No. IC1 IC2 IC3 IC4 IC5 IC6 IC7 IC8 IC9 IC10 IC11 Application / Function FLASH ROM IC SPECTRUM ANALYZER IC ROM CORRECTION PANEL µ-COM RESET IC REMOTE CONTROL IC BUFFER IC BUFFER IC LOGIC IC 2.5V REGULATOR 3.3V REGULATOR Operation / Condition / Compatibility Graphics data storing. Reading and writing (Customize) are possible 6ch band pass filter For program correcting emergency Micro Controler for PANEL Reset to IC4. When panel is attached & ACC OFF, IC5 active Remote control receiver It is change into 3.3V from 5V It is change into 5V from 3.3V Logical invert for XCS (OEL Module) The power supply For 2.5V The power supply For 3.3V
3
KDC-MP928/PSW9531 /PSW9531Y, XXV-01D
COMPONENTS DESCRIPTION
Ref. No. IC12 IC13 Q1 Q2 Q3 Q4 Q5 Q6,9 Q7,8 Q10 Q16,17 Application / Function STATIC RAM IC LOGIC IC of OEL Module and pin#87 of IC4 are H TRIANGLE RED LED SW SUB ILLUMINATION BLUE LED (ROTARY) SW SUB ILLUMINATION BLUE LED (JOYSTICK) SW KEY ILLUMINATION GREEN LED SW KEY ILLUMINATION RED LED SW AVDD OF OEL MODULE SW SW5V SW IC3 POWER SUPLLY SW IC1, IC12 POWER SUPPLY SW Triangle red LED is lighting when Q1's base level goes "H" Sub illumination LED [Rotary] is lighting when Q2's base level goes "H" Sub illuminaiton LED [Joystick] is lighting when Q3's base level goes "H" Green LED are lighting when Q4's base level goes "H" Red LED are lighting when Q5's base level goes "H" AVDD of OEL module is turned on when Q9's base level goes "H" SW5V the power supply of IC2, IC6 is turned on when Q8's base level goes "H" Power of IC3 is turned on when Q10's base level goes "L" SW3.3V the power supply of IC1, IC12 is turned on when Q16's base level goes "H" Operation / Condition / Compatibility Temporary graphics data storing For Control AVDD of OEL Module. When "H" out (AVDD ON) both DVDD
ELECTRIC UNIT (X34-356x-xx)
Ref. No. IC1 IC3 IC4 IC5 IC10 IC100 IC102 IC103 IC104 IC200 IC300 IC301,302 IC303 IC304 IC305 IC306~308 IC400 Application / Function DSP Analog Power Supply DAC Digital Power Supply DAC Analog Power Supply DSP Digital Power Supply Audio8V Ref Power Supply Reset IC System µ-com Muting logic IC EEPROM Power Control IC Eelectrical Volume & Source Selecter Audio buffer AMP DSP Buffer IC DAC Audio buffer AMP RDS decoder Panel mecha control IN IN1 IC450 Panel mecha motor driver L L H H IN2 L H L H Panel mechanism WAIT OPEN CLOSE STOP Output 3.3V Output 5.0V Output 5.0V Output 3.3V Output 1.27V "L" when detection voltage goes below 3.6V or less Controls FM/AM tuner, the changer, CD mechanism, Panel, volume and tone Controls logic for muting For instraller's memory Power control switch Controls the source, volume, and tone Low pass filter for DSP input Digital signal processer It changes into 3.3V from 5.0V Digital to Analog converter Low pass filter for DAC output Operation / Condition / Compatibility
4
KDC-MP928/PSW9531 /PSW9531Y, XXV-01D
COMPONENTS DESCRIPTION
Ref. No. IC451 IC500 IC600 IC601~603 IC750 IC800 SVR6.8V Ref Supply IC901 IC902 Q10,11 Q12 Q20,21 Q22,23 Q30,32 Q31,33 Q40,42,45 Q41,43,44 Q51,901~904 Q91 Q100,101 Q200,201 Q202 Q203,204 Q205 Q206 Q207 Q208,209 Q300 Q402,403 Q450 Q500 Q600~602 Switching Regulator Switching Regulator Controller CH1 : ROM (3.3V), CH2 : OEL (7.1V) Audio8V AVR SW14V B.U.5V AVR SW5V Moter+B AVR (Panel Mecha) Servo+B AVR Panel5V AVR Illumination AVR SW16V (Surge Protection) Panel5V Discharge SW Panel Detect SW Pre-out mute driver Acc Detect SW Surge Detect SW B.U Detected SW Ext Amp Control Buffer Small-lamp Detect SW Power Antenna SW DSP mute SW AM+B SW DSI Driver DSI turns on and off when panel is taken off Spectrum analyzer AGC Controller Pre-Amp +9V AVR and +9.4V is supplied to OP Amp for Pre-out Q603 and 605 works as a differential amplifier, Q604 works as a driver Q603~605 Q606,607 Q608~613 Q800,802 Pre-Amp -9V AVR and -9.1V is supplied to OP Amp for Pre-out AUDIO 10.5V AVR Pre-out mute SW REF+B AVR When Q606's base goes Hi, AVR outputs 10.5V When a base gose Hi, Pre-out is set to mute When Q800'base goes Hi, AVR outputs 13V When this circuit has an excessive input, a return is hung and an output is reduced Q600 and 602 works as a differential amplifier, Q601 works as a driver When Q11's 2pin goes Hi, A8V AVR outputs 8.0V When Q12's 2pin goes Hi, SW14V outputs 14V While BU is applied, BU5V AVR outputs +5V When Q23's base goes Hi, SW5V outputs +5V When Q9's base goes Hi, Moter+B AVR outputs 7.5V When Q33's base goes Hi, Servo+B AVR outputs 8.5V When Q42's 2pin goes Hi, Panel5V AVR outputs 5V When Q43's 2pin goes Hi, Ill AVR outputs 10.5V When Q51's 2pin goes Hi, SW16V outputs 13V When Q91's base goes Hi, Panel5V is discharged When Q100's base goes Lo, panel is detected When a base gose Lo, mute driver is turned on When Q202's base gose Hi, Acc voltage is detected When Q204's base goes Hi, IC750 is changed into a standby state When Q35's base gose Hi, B.U voltage is detected It is buffer for IC102 output When Q207's base goes Hi, Small-lamp is detected When Q206's base goes Hi, power antenna switch outputs 14V When base goes Lo, DSP is set to mute When Q403's base gose Hi, AM+B is outputs DSI lights when the base is "L", DSI turns off when the base is "H" SVR6.8V Ref supply to power IC Mecha digital (DXM-680x : 4V) Power Supply for OEL & PANEL ROM G-Analyzer Spectrum analyzer Buffer AMP & AGC ±9V AVR 5V Pre-out AMP Power IC Audio3.3V Ref Supply Application / Function Operation / Condition / Compatibility Analog gravity sensor It is buffer and auto gain control for spectrum analyzer Power supply for 5V Pre Out OP-AMP Output buffer and gain control Amplifies the front L/R and the rear L/R to 50W maximum Audio3.3V Ref supply to electrical volume and all low pass filters
5
KDC-MP928/PSW9531 /PSW9531Y, XXV-01D
COMPONENTS DESCRIPTION
Ref. No. Q801 Q905 Q906 Application / Function SVR6.8V Ref Supply AGC Controller ROM (3.3V) AVR Switching Power Driver OEL (7V) AVR Switching Power Driver Operation / Condition / Compatibility When the voltage of B.U voltage falls, a return is hung and an output is reduced This FET is governed by IC902. Frequency is decided at Q907 This FET is governed by IC902. Frequency is decided at Q907 2 pin 1 pin Switching Regulator frequency control SW Q907 (IC902) L H L 430kHz 653kHz H 610kHz 823kHz
CD PLAYER UNIT (X32-5730-00)
Ref. No. IC1 IC2 IC4 IC5 IC13 IC14 IC15 IC16 IC17 IC18 IC19 IC20 IC21 Q1,4 Q3,5,6 Q7 Q8 Q9,10 during non-search Q11 Q12,13 Q14,15 D2 protection diode D3 D4,D5 D6 IC20 and IC21 Protection diode for pick-up laser diode Diode for securing audio L-R reference voltage Diode for control terminal's "L" confirmation for A5V power supply constant circuit FET SW8V SW transistor SDRAM 3.3V power supply SW transistor UPD63712GC built-in resetting terminal static SDRAM power supply is turned off when /CSRST is "L" Application / Function µ-com for mechanism control LSI for CD signal processing +RF AMP BTL driver SW3.3V regulator Audio active filter A5V regulator Compacted audio decoding DSP Compacted audio expanding SDRAM Decoder software, unique ID storage flash ROM Audio external 24-bit D-A converter BU3.3V regulator 1.8V regulator Decoder/SDRAM/Flash ROM 3.3V regulator Level shift (3.3V-5V) FET Level shift (3.3V-5V) transistor with 2 elements Level shift (3.3V-5V) transistor APC (Auto Power Control) transistor Transistor for preceding beam delaying SW 3.3V power supply for µ-com 1.8V power supply for core section of IC15 3.3V power supply for port section of IC15, IC16 and IC17 SP, SL (including LO/EJ) motor and PU actuator 3.3V power supply for IC2, PU, and IC18 digital section Secondary LPF 5V power supply for DAC AC drive decoder, MP3/WMA/AAC decoder Operation / Condition / Compatibility
6
KDC-MP928/PSW9531 /PSW9531Y, XXV-01D
MICROCOMPUTER'S TERMINAL DESCRIPTION
System Microcomputer : 30625MWPA46GP (X34 : IC102)
Pin No. 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 Pin Name VREF AVCC LX_DATA_S LX_DATA_M LX_CLK WIRED_REMO LX_MUTE AUD_SDA AUD_SEL AUD_SCL DAC_RST NC BYTE CNVSS XCIN XCOUT RESET XOUT VSS XIN VCC1 NMI PANEL_DET RDS_CLK LX_REQ_S PON_AM LX_REQ_M TUN_IFC_OUT RDS_AFS_L RDS_AFS_M RDS_QUAL RDS_DATA PWIC_BEEP TUN_SCL TUN_SDA SYS_DATA VCC1 PAN_DATA VSS SYS_REQ I/O I I O I/O I I O O O O O I I I I I I I I/O O I I/O I/O I I O I/O I/O O output terminal I Communication request terminal from O system µ-com Between-panel communication data input terminal Data input (MAX 500kbps) Not used Panel detection RDS decoder CLK input terminal Communication request from slave unit AM power supply control Communication request to slave unit F/E IFC OUT input terminal Constant switching at noise detection Constant switching at noise detection RDS decoder QUAL input terminal RDS decoder DATA input terminal Beep output F/E I2C clock input/output terminal F/E I2C data input/output terminal Between-panel communication data Data output (MAX 500kbps) I2C specification I2C specification H : With station, L : Without station AM in operation : H, AM not in operation : Hi-Z H : Without PANEL, L : With PANEL 12MHz 12MHz 32768kHz 32768kHz Data from slave unit Data to slave unit LX BUS clock External display remote controller input Mute request from slave unit E-VOL data output terminal E-VOL control terminal E-VOL clock output terminal DAC reset terminal H : Mute ON, L : Mute OFF SPI communication SPI communication SPI communication L : DAC RESET Output L-fixed LX specification LX specification LX specification Application Analog reference voltage Processing / Operation / Description
7
KDC-MP928/PSW9531 /PSW9531Y, XXV-01D
MICROCOMPUTER'S TERMINAL DESCRIPTION
Pin No. 41 42 43 44 45 46~49 50 51 52 53 54~56 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 88~90 91,92 Pin Name PAN_REQ SDA SCL PON_PANEL DSI NC PM_MOT1 PM_MOT2 EPM PM_OPEN NC DIS_PAN5V PM_CLOSE ROMCOR_DET PM_DET SC_CON NC TUN_TYPE1 TUN_TYPE2 NC CD_DISC12_SW CD_LOS_SW CD_MUTE_R CD_MUTE_L CD_MRST CD_MSTOP CD_DISC8_SW CD_LOE_LIM_SW CD_LOEJ CD_MOTOR PON_ILLUMI PON_CD PON PON_OEL+B NC F_SEL1, F_SEL2 DIAG VCC2 EXT_AMP_CON VSS TYPE_1~TYPE_3 NC I/O I I/O I/O I/O I/O O O O I I O I/O I I I O O I I O I I I I O O I I I/O O I/O I/O O O O O I/O I/O I O Destination switching Not used Output L-fixed PCON excess current monitoring External amplifier control specification Application Communication request terminal from panel CD mechanism I2C data input/output terminal CD mechanism I2C clock output terminal ON : H, At the time of momentary power down and panel off, Panel 5V control terminal After 11 minutes of ACC_OFF : Hi-Z (D) SI control terminal Not used Panel motor control 1 Panel motor control 2 FLASH EPM input terminal Panel full open detection Not used PAN5V discharge circuit Panel mechanism close detection E2PROM write request Panel mechanism detection Between-panel communication (CE at FLASH) Not used Destination setting 1 Destination setting 2 Not used CD disk detection terminal (12cm) CD loading detection terminal CD MUTE (Rch) request terminal CD MUTE (Lch) request terminal CD mechanism µ-com RST terminal CD mechanism µ-com STOP terminal CD disk detection terminal (8cm) (J only) CD detection terminal (Chucking SW) CD motor control terminal CD motor control terminal Key illumination power supply control CD WMA power supply control terminal Power supply control Power supply control terminal for OEL Not used SW-Reg frequency switching PCON excess current monitoring ON : H, OFF : Hi-Z CD is used as source : H, Source other than CD is used : Hi-Z POWER ON : H, POWER OFF : L POWER ON : H, POWER OFF : L Output L-fixed H : Loading complete, L : No disk L : Rch mute request L : Lch mute request H : Normal, L : Reset H : Mechanism µ-com in operation, L : Mechanism µ-com stop Output L-fixed H : Write H : In function check POWER OFF, ACC OFF : L Output L-fixed Output L-fixed H : Discharge (Panel reset compensation ), Hi-Z : Normal Soft DSI control specification Output L-fixed Processing / Operation / Description
8
KDC-MP928/PSW9531 /PSW9531Y, XXV-01D
MICROCOMPUTER'S TERMINAL DESCRIPTION
Pin No. 93 94 95 96 97 98 99 100 101 102 103 104 105 106 Pin Name I/O Application External display DATA External display CLK External display control request Not used External amplifier control terminal Not used Power antenna control Dimmer illumination detection Momentary power down detection ACC power supply detection (SVR discharge circuit) Power IC MUTE terminal Power IC standby control Startup request to slave unit Processing / Operation / Description External display External display External display Output L-fixed POWER ON : H, POWER OFF : L, ALL OFF : L Output L-fixed TUNER ON : H L : ON, H : OFF BU exists : L, BU does not exist or momentary power down : H With ACC : L, No ACC : H (POWER OFF 5 sec. at momentary power down : H, Thereafter : L) During ALL OFF or momentary power down : L, During TEL MUTE : L POWER ON : H, POWER OFF : L H : Slave unit ON, L : Slave unit OFF, LX specification When M MUTE R is L : L (When CD is used) 107 MUTE_PRE_R O PRE_OUT MUTE Rch During momentary power down : L H-fixed on my when in 2 zones and NAVI interruption When M MUTE L is L : L (When CD is used) 108 MUTE_PRE_L O PRE_OUT MUTE Lch During momentary power down : L H-fixed on my when in 2 zones and NAVI interruption 109 110 111 112 113 114 115 116 117 118 119 120 121 122 123 124 125 126 127 128 MUTE_0 MUTE_1 MUTE_2 MUTE_A DSP MUTE MUTE_C DSP_INIT_RST DSP_S_RST DSP_RQ DSP_CS NC LINE_MUTE NC PWIC_DC_DET LX_RST G_Y_OUT G_X_OUT RDS_NOISE AVSS TUN_SMETER O O O O I/O O O O O O O I O I O I I I I S-meter input Seekstop voltage is F/E specification FM noise detection terminal FST F/E control specification E-VOL FRONT MUTE terminal E-VOL REAR MUTE terminal E-VOL OTHER MUTE terminal E-VOL Main MUTE terminal DSP MUTE terminal E-VOL Aux MUTE terminal DSP initial reset terminal DSP system reset terminal DSP request terminal DSP chip select terminal Not used Line mute detection Not used DC offset detection terminal Hard reset to the slave unit H : Reset, L : Normal ON : L, OFF : H ON : L, OFF : H ON : L, OFF : H ON : L, OFF : H ON : L, OFF : Hi-Z ON : L, OFF : H L : Reset, H : Reset released L : Reset, H : Reset released L : Request L : DSP select Output L-fixed TEL MUTE : 1V or less, NAVI MUTE : 2.5V or more Output L-fixed OEM_DISP_DATA I/O OEM_DISP_CLK OEM_DISP_CE NC P_CON NC ANT_CONT ILLUMI_DET BU_DET ACC_DET (PWIC_SVR) PWIC_MUTE PWIC_STBY LX_CON I/O I/O O O O O I I I O O O O
9
KDC-MP928/PSW9531 /PSW9531Y, XXV-01D
MICROCOMPUTER'S TERMINAL DESCRIPTION
Panel Microcomputer : 703134GJ012-A (X16 : IC4)
Pin No. 1~7 8 9 10~17 18 19 20 21 22 23 24 25 26,27 28 29 30,31 32 33 34 35 36 37 38 39 40~42 43 44 45 46 47 48 49~55 56 57 58 59 60 61 62 63 Pin Name D14~D8 3.3VDD VSS D7~D0 OEL_RST NC SYS_REQ SC_CON FROM_RST 2.5VDD VSS OEL_INT KS1, KS2 TDO TDI KS3, KS4 TRST ROTARY_CCW ROTARY_CW TMS TCM 3.3VDD EVSS KS5 KR1~KR3 FROM_BUSY PAN_REQ SYS_DATA PAN_DATA NC KR4_INT NC 3.3VDD X2 X1 CVSS CKSEL PSEL 2.5VDD VSS I/O I/O I/O I/O O I I I/O I I/O O O I/O I I I O O I/O I I O I O O I O I I I I in PLL mode 2.5V GND connection in all other cases Clock generator operation mode input Input frequency selection signal input GND direct connection VDD connection when main clock is 5.5MHz or higher Key scan output Key return input FLASH ROM BUSY input Panel communication request output Receiving data from system µ-com Data transmission from panel Not used Key return input Not used 3.3V Clock input Clock input 8MHz, Internally 80MHz 8MHz, Internally 80MHz L : BUSY H : Data communication in progress UART communication UART communication Output L-fixed Interruption possible Output L-fixed Output : L, Hi-Z : Switching OEL controller interruption input Key scan output Used when debugging Used when debugging Key scan output Used when debugging Rotary A input Rotary B input Used when debugging Used when debugging 3.3V L : Interruption (Level/Edge set by register) Output : L, Hi-Z : Switching NC during normal operation NC during normal operation Output : L, Hi-Z : Switching H or L during debugging 1 pulse/2 clicks, 15 purses/360° 1 pulse/2 clicks, 15 purses/360° NC during normal operation NC during normal operation Data input/output OEL controller RESET output Not used. System µ-com communication request input System µ-com communication Panel operation control FLASH ROM RESET 2.5V H : RESET release, Hi-Z : RESET H : RESET release, Hi-Z : RESET Output L-fixed H : Data communication in progress H : Panel operation Application Data input/output 3.3V Processing / Operation / Description
10
KDC-MP928/PSW9531 /PSW9531Y, XXV-01D
MICROCOMPUTER'S TERMINAL DESCRIPTION
Pin No. 64 65 Pin Name MODE0 MODE1 I/O I I Application µ-com operation mode input µ-com operation mode input Used when debugging From PON_PANON, release in ***msec. 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 PAN_RST AVDD1 NC AVSS1 AVSS0 AVDD0 WAVE_IN F01 F02 F03 F04 F05 F06 PAN3.3DET 2.5VDD VSS NC NC (TYPE) PON_E2P REMO PON_OEL PON_3.3V PON_5V BUS_CLK OEL_WAIT SRAMCHK NC WE OE UBE LBE 3.3VDD VSS FROMCHK CE_FROM I I I I I I I I I I I I O I H only when used for ROM correction as measure for BU I/O I I/O I/O I/O O I O application check O O O O O For F-ROM production technology O application check O FLASH-ROM operation permission L : FLASH-ROM access, Hi-Z : Wait OK : H, NG : L Not used Data input request to memory (write) Data output request to memory (read) Upper byte request Lower byte request 3.3V Output L-fixed L : Write to memory, Hi-Z : Wait L : Read from memory, Hi-Z : Wait ROM correction current, L : ON, Hi-Z : OFF Remote controller signal input OEL AVDD power supply switch FROM, RAM, OEL3.3V switch 5V power supply switch H : ON, Hi-Z : OFF OEL controller clock OEL controller wait For SRAM production technology OK : H, NG : L Detection with pulse width H : ON, Hi-Z : OFF H : ON, Hi-Z : OFF Remote controller IC, spectrum analyzer IC power supply Not used Output L-fixed Input from reset IC From PON_PANOFF, reset after 60µsec. D/A conversion reference voltage Dedicated input terminal D/A conversion reference GND D/A conversion reference GND A/D conversion reference voltage Voice input BPF (63Hz) BPF (150Hz) BPF (330Hz) BPF (1kHz) BPF (3.3kHz) BPF (10kHz) Dedicated input terminal 2.5V Connected with SW3.3V. 0V when POWER OFF Pull down GND direction connection GND direction connection Connected with SW3.3V. 0V when POWER OFF AD read AD read AD read AD read AD read AD read AD read Pull down Processing / Operation / Description GND direct connection H : When writing
11
KDC-MP928/PSW9531 /PSW9531Y, XXV-01D
MICROCOMPUTER'S TERMINAL DESCRIPTION
Pin No. 102 103 104 105 106 107 108 109 110 111 112 113 114~123 124 125 126~133 134 135 136~142 143 144 NC CE_SRAM PON_TRI_RED ROMCOR_SCL ROMCOR_SDA PON_BLUE_L PON_BLUE_R PON_GREEN PON_RED SA_RST 3.3VDD EVSS A25~A16 2.5VDD VSS A15~A8 3.3VDD EVSS A7~A1 NC D15 Pin Name I/O O O I/O I/O I/O I/O I/O I/O I/O O O O O O I/O Address output Not used Data input/output Output L-fixed Address output 3.3V Address output 2.5V Not used SRAM operation permission Triangle red lighting switch For ROM correction For ROM correction Blue sub-illumination lighting switch, left Blue sub-illumination lighting switch, right Green key illumination lighting switch Red key illumination lighting switch Resetting spectrum analyzer IC 3.3V Application Processing / Operation / Description Output is L at all time L : SRAM access, Hi-Z : Wait H : Light ON, Hi-Z : Light OFF Input except when reading (including STB) Input except when reading (including STB) H : Light ON, Hi-Z : Light OFF H : Light ON, Hi-Z : Light OFF H : Light ON, Hi-Z : Light OFF H : Light ON, Hi-Z : Light OFF H : Reset, L : Normal
Mechanism Microcomputer : 91CU27UG5UR8 (X32 : IC1)
Pin No. 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 Pin Name VREFL DMUTE CSRST NC LZM RZM BREQ DSPINT SREQ NC S_DATA B_DATA CLK DSPTXD1 DSPRXD1 DSPSCLK1 AM0 DVCC X2 I/O I O O O I I I I O O O I O O I O O Application ADC reference power supply input terminal (L) Driver MUTE (Decoder) Resetting control Not used 0bit MUTE detection (Lch) 0bit MUTE detection (Rch) (Decoder) BREQ signal input (DSP) interruption signal input (Decoder) SREQ signal output Not used (Decoder) Data output for serial data (Decoder) Data input for serial data (Decoder) Clock output for serial data (DSP) Data output for serial data (DSP) Data input for serial data (DSP) Clock output for serial data ROM mode selection terminal BU3.3V Oscillator connection 26.88MHz H : NORMAL, L : External ROM mode Open, Output L-fixed H : Interruption GND L : STOP, H : MUTE OFF L : RESET, H : NORMAL Open, Output L-fixed L : MUTE OFF, H : MUTE ON L : MUTE OFF, H : MUTE ON Processing / Operation / Description
12
KDC-MP928/PSW9531 /PSW9531Y, XXV-01D
MICROCOMPUTER'S TERMINAL DESCRIPTION
Pin No. 20 21 22 23 24,25 26 27 28 29 30 31, 32 33 34 35~39 40 41 42 43~47 48 49 50 51~53 54 55 56 57 58 59 60~62 63 64 Pin Name DVSS X1 AM1 RESET NC NMI ALE DSPSTB DSPA0 DSPRST NC SEARCH LOE/LIM_SW NC POND3.3 NC PONCS NC DATA_MUTE NC NC (BOOT) NC MUTE L MUTE R NC SDA SCL MSTOP AN0~AN2 UNQID AVCC I/O I I O I O O O identification signal output O O O I O O O O O O O O Flash (write terminal) O O O O I/O I/O I I I Not used Lch audio MUTE control Rch audio MUTE control Not used (System µ-com) I2C data (System µ-com) I2C clock Standby restart interruption TEST0~TEST2 Unique ID write permission ADC power supply terminal L : STOP, H : STOP release PULL DOWN L : Normal, H : During service write BU3.3V Open, Output L-fixed L : MUTE ON L : MUTE ON Open, Output L-fixed (DSP) Reset control Not used Search condition output PU LIM detection SW Not used D3.3V POWER ON control terminal Not used CS7410-series power supply control terminal Not used Data output status Not used Mask : Not used (output H) / (Flash) L : WRITE, H : NORMAL Open, Output L-fixed H : In search, L : Normal (x2 : L-fixed) H : LIM Open, Output L-fixed H : POWER ON Open, Output L-fixed H : POWER ON Open, Output L-fixed L : DATA output MUTE Open, Output L-fixed GND Oscillator connection 26.88MHz H-fixed Reset detection Not used Non-maskable interruption, Not used Not used (DSP) Data strobe signal output (DSP) Command parameter H : Transmitting parameter, L : Transmitting command Open, Output prohibited (Hi-Z) L : RESET, H : NORMAL Open, Output L-fixed Application Processing / Operation / Description
13
KDC-MP928/PSW9531 /PSW9531Y, XXV-01D
TEST MODE
How to enter the test mode
Reset while pressing the [NEXT] key and [AUD] key simultaneously.
Forced switching of K3I
In TUNER FM mode, each time [6] key is pressed, the functions move in the following cycle: AUTOforced WIDEforced MIDDLEforce NARROW AUTO The initial condition is AUTO and the displays below will appear. · AUTO : FMA · Forced MIDDLE : FMM · Forced WIDE : FMW · Forced NARROW : FMN
How to clear the test mode
The test mode is cleared in case of any of the following events: resetting, momentary power down, Acc OFF, Power OFF and removal of the panel.
Initial conditions of the test mode
· Source is STANDBY. · Displays lights are all turned on. · The volume is at -10dB (The display is 30). · CRSC is OFF, regardless of whether there are switching functions or not. · SYSTEM Q is NATURAL (=FLAT). · BEEP will sound anytime with a short push. · Auxiliary (AUX) is ON. · GUIDE (NAVI) of the MENU is ATT. · The DISPLAY TYPE is TYPE D-1. (All destinations) · The multi-functions will be source-dependent. (TUNER Preset, CD/MD/CD-CHScan, · · ·, etc.) · The display of TUNER source will be as follows: Line 1=Source name, Line2=Frequency, Line3=SNPS/PS, Line4= Spectrum analyzer · The display of CD/MD sources will be as follows: Line 1=Source name, Line2=P-Time, Line3=DNPS, Line4= Spectrum analyzer (XXV-01D)
CD receiver test mode specifications
· Jumps are made to the following tracks by pressing the [ ] key. No. 9No. 15No. 10No. 11No. 12No. 13No. 22 No. 14No. 9 (Returns to the beginning) It must be noted, however, that when paying MP3/WMA/ AAC disk, which contain 8 files or less, the first track and the following tracks are played in order. ] key is pressed, it goes down by one track. · When [ · When a CD is used as a source, by short-pressing [1] key, a jump to the Track No. 28 is made. · When a CD is used as a source, by short-pressing [2] key, a jump to the Track No. 14 is made. · When a CD is used as a source, by short-pressing [3] key, a display of CD mechanism model name and its version is made. When the short-pressing of [3] key is made for the second time, the normal display is resumed. (Time code display) · When a CD is used as a source, by short-pressing [6] key, a jump to the Track No. 15 is made. The volume value will then set to 27 (5V PRE).
RDS automatic measurement
Conventionally, the PS display has been visually checked on the production line. This will be replaced by a new processing. The PS data will be received and the PS contents is to be verified as "RDS_TEST". When this is verified, the P-CON terminal is forced to go OFF. (In this case, "_" means blank.) This will be a dedicated test mode processing. On the P-CON, when power is turned off once and, then, turned on again (Power OFFON ), the unit will be restarted.
Audio adjust mode
· By short-pressing [AUD] key, the Audio Adjust mode is entered. · As with the [AUD] key or [] key on the remote controller can be used to enter the Audio Adjust mode. · As for the adjustment items, items for both the AUDIO FUNCTION MODE and SETUP MODE are included. · The initial item will be Fader and the next is Balance. (After Balance, it will be arbitrary.) · With the remote controller, continuous forwarding is prohibited. · Using the VOL knob, the Fader is to be adjusted to the following three levels: R150F15. (The default value: 0) · Using the VOL knob, the Balance is to be adjusted to the following three levels: L150R15. (The default value: 0)
Special display when set to TUNER
When in TUNER mode, if any of the following displays appear, there is an abnormality with the front end. · "TNE2P_NG" : The E2PROM is still with the default (unspecified) value, due to the fact that the front-end being shipped without going through the adjustment process. · "TNCON_NG" : In this condition, the communication with the front end is not possible.
14
KDC-MP928/PSW9531 /PSW9531Y, XXV-01D
TEST MODE
· Using the VOL knob, the Sub Woofer Level is to be adjusted to the following three levels: -150+15 . (The default value: 0) · Using the VOL knob, the Volume Offset is to be adjusted to the following two levels: -80. (The default value: 0)
[2] key [3] key [1] key Version Display (Display) C-407WK_S Y S_1.23 (Display) _______ __PA N_1.11 (Display) _________MEM_3.21 Serial number display (8 digits) (Display) SNo_XXXXXXXX Short-press: Power ON time display During Power ON time display, by long-pressing [AUD] key for 2 seconds, the Power ON time will be cleared. (Display) PonTim_XXXXX [4] key MAX 65535 (hours)
MENU items
· Long-push the [NEXT] key to enter the MENU. · The [DNPP/SBF] key or [DIRECT] key on the remote controller can also be used to enter the MENU. · With the remote controller, continuous forwarding is prohibited. · When a CD is used as a source, the default item will be the F/W Version. (DXM-6800 mechanism installed models.)
Short-press: CD operation time display. During CD operation times display, by long-pressing [AUD] key for 2 seconds, all CD operation time will be cleared. (Display) CDTim_0XXXXX MAX 65535 (hours)
2-ZONE items
· When using sources other than the STANDBY source, using a short-press on [AUTO] / [TI] key, 2-ZONE ON/OFF is achieved.
[5] key
Short-press: CD EJECT number of times display During CD EJECT number of times display, by longpressing [AUD] key for 2 seconds, CD EJECT number of times is cleared.
Backup current measurement
When reset in Acc OFF (Back Up ON) condition, MUTE terminal goes off after 2 seconds, instead of 15 seconds. (During this time, the CD mechanism does not function.)
[6] key
(Display) EjeCnt_XXXXX
MAX 65535 (times)
Short-press: PANEL open/close number of times display (*1) During PANEL open/close number of times display, by long-pressing [AUD] key for 2 seconds, PANEL open/ close number of times is cleared.
OPEL communication items
During the test mode, OPEL communication line outputs the following (At every 500msec, the output condition of the communication line will be switched.)
CE DATA CLK
[7] key
(Display) PnCnt_XXXXXX All-light display switching
MAX 65535 (times)
White all-light display (or version display, etc.)Red alllightGreen all-lightBlue all-lightWhite all-light
[FM] key
ROM correction version display (Display) SYS_ROM_R123 (Display) PAN_ROM_R123 When E2PROM is not installed: ROM_ERR_ When un-written: ROM_R
500msec
500msec
500msec
[ key ]
When data is incompatible: ROM_R AUDIO data default value setting (Display) AUDIO_INIT ] key Short-press: CD mechanism error log display During CD mechanism error log display; by long-pressing for 2 seconds, all error log information is cleared. (Display) I2C_
G sensor display items
When source is STANDBY, by short-pressing [ATT] key, the display is switched to analogy meter display, in which vertical G and horizontal G are displayed.
[
Special display when all lights are on
When all lights are on with the STANDBY source, the following displays are made when the keys shown below are pressed.
(Display) ERR_1-, 2-, 3- In "", "OK" or "NG" is displayed. In "", " " or an error code is displayed. (*1) One count is made when the panel opens to full or when a disc is loaded.
15
KDC-MP928/PSW9531 /PSW9531Y, XXV-01D
TEST MODE
Initializing AUDIO-related value setting
During STANDBY sourcing, by short-pressing [ ] key, AUDIO setting values are returned to the default values. · While in the test mode, and at the same time, PM_DET terminal is H, the following will apply to the [EJECT] key, regardless of whether a disc is in the unit or not. Panel full OPEN/CLOSE is conducted with a short-push. (Protection time: 3 seconds) As far as this item is concerned, eject will be achieved by 1 second long-push on the [EJECT] key.
Flash ROM/Static RAM check
1. When entering the test mode, the manufacture code of the Flash ROM (16M) is read and when it is normal, FROMCHK terminal of the 100pin repeats HiLowHi · · ·. If the reading is abnormal, "Low" is output. If the manufacture code is normal, by short-pressing [ ]
Clearing backup memory and installer memory data (Clearing E2PROM data)
1. By pressing [NEXT] key and [ATT] key simultaneously, reset and start the unit. This will start the initialization processes for backup and installer memory data and the error log information of the CD mechanism. 2. When initialization is complete, the following display will be made. Normal completion
CD_E2P___ : AUDIO_E2P :
key, the connection checks on all terminal is started. If the connections are normal, the FROMCHK terminal stops the HiLowHi · · · repeating and outputs "Hi." If the reading is abnormal, "Low" is output. 2. With all lights turned on and by long-pressing [AM] key, the data on the Flash ROM (16M) is initialized. While erasing the data, "Data_Erase. . . ." is displayed. Note : Do not touch any key white this is in progress. When erasing is complete, "Erase_OK!!" is displayed. If "Erase_NG!!!!!!" is displayed, it was not possible to erase the data on the Flash ROM (16M). In this case, long-pressing [AM] key again. If it is the same, then there is an abnormality with the Flash ROM. 3. Regardless of the state of the test mode, when the power is turned on, the manufacture code on the Static RAM is read and, when, normal, Hi is output by the SRAMCHK terminal. When abnormal, Low is output.
Abnormal ending 1 backup/installer memory initialization: NG
CD_E2P___ : AUDIO_E2P :
Abnormal ending 2
Other
· At Power ON "CODE_OFF", "CODE_ON" displays will not be made. · When sourcing STANDBY, by short-pressing [AUTO] / [TI] key, GREEN/RED of the key illumination is switched. · When staring up in the test mode, LINE MUTE prohibition time is set to 1 second instead of 10 seconds. · While in the test mode, security jig should not be used to write the security code. · While in the test mode, serial writing jig should not be used to write the serial number. · While in the test mode, even when a DC error is detected, the detection information will not be written to the E2PROM. · While in the test mode, even after an elapse of pre-set time, the backup memory items will not be written to the E2PROM. · Information Clear mode for Test Mode, backup/installer memory, and CD mechanism error log. In the DC error detection information clear mode, DEMO mode operation will not be conducted. Also, in the above mode, the menu of the STANDBY source will not display DEMO ON/OFF switching items.
CD mechanism error log initialization: NG
CD_E2P___ : AUDIO_E2P :
Abnormal ending 3 All initialization: NG
CD_E2P___ : AUDIO_E2P :
3. While in this mode, even after an elapse of a pre-set time, no backup memory items will be written to the E2PROM. 4. This mode is released by resetting. (What was on the last screen will not be retained.)
16
KDC-MP928/PSW9531 /PSW9531Y, XXV-01D
TEST MODE
Clearing DC error detection information (E2PROM data clear)
1. By resetting, while pressing both [ATT] key and [AUD] key simultaneously, enter the DC error display mode. 2. During STANDBY sourcing, the current DC error conditions will be displayed. When error detected : "DC_ERR" When error not detected : "DC_OK" 3. While the error conditions are being displayed, short-press [AUTO] or [TI] key to clear the detection information. (E2PROM clear) 4. DC Error Display mode is released by resetting. (What was on the last screen will not be retained.)
Method of clearing simple security code
1. When you are requested to enter the security code, while pressing down on [AUTO] key, use a long-press on [ ] key for 3 seconds. ( disappears.) 2. Using the remote controller, input "KCAR". Press remote controller [5] key 2 times and then press [ key. (Input for "K".) Press remote controller [2] key 3 times and then press [ key. (Input for "C".) Press remote controller [2] key once and then press [ key. (Input for "A".) Press remote controller [7] key 2 times and then press [ key. (Input for "R".) ] ] ] ]
Frequency span switching (K / M type)
During Power OFF, while pressing both [ATT] key and [TI/ AUTO] key simultaneously, turn the power on while pressing [SRC] key.
3. The security is released and the unit enters the STANDBY mode. 4. If a wrong code is input, the unit goes into the Code Request mode.
Security Forced Power ON mode (All models)
Even in the cases where security is authorized, by resetting while pressing [NEXT] key and [TI/AUTO] key simultaneously, it is possible to turn the power ON for 30 minutes only. After the elapse of 30 minutes, it is possible to start with resetting only.
Special operation on the multi-function (multifunction operation that does not use the rotary encoder) Obtaining Tuner preset by the unit operation
1. Enter the test mode. (Refer to the section on "How to enter the test mode".) 2. Set to the "Tuner source". 3. Press the [NEXT] key, to display the source-related multifunction key. 4. Use the [FM] key or [AM] key to move the cursor to the preset number desired. 5. By short-pressing the [AUD] key, and using the cursor, obtain the preset frequency.
How to register the security code after replacement of the E2PROM (F/E) (Code security models)
1. Enter the test mode. (Refer to the section on "How to Enter the Test Mode.") 2. Enter the MENU by long pressing [NEXT] key for one second. While "Security" is being displayed, long-press [ ] key for one second and enter the security registration mode. 3. Using [FM] / [AM] / [ ] / [ ] keys, enter the code. [FM] key : Number up [AM] key : Number down [ ] key : Cursor Right [ ] key : Cursor Left 4. Press [ ] key for 3 seconds to display "RE-ENTER". Then, re-enter the code using the method in above 4. 5. Press [ ] key for 3 seconds to display "APPROVED". 6. Release the test mode. (Refer to the section on "How to Release the Test Mode".) Note : The security code for this model cannot be deleted by "all clear" command.
DSP Bypass/Through switching
1. Enter the test mode. (Refer to the section on "How to enter the test mode".) 2. Set to the "Tuner source". 3. Press the [NEXT] key, to display the source-related multifunction key. 4. Use the [FM] key or [AM] key to move the cursor to the DSP items. 5. By short-pressing the [AUD] key, switch DSP Bypass/ Through.
17
KDC-MP928/PSW9531 /PSW9531Y, XXV-01D
HOW TO WRITE THE UNIQUE ID
The Unique ID is an identification code allocated to each DXM6800 mechanism unit. When written to the mechanism unit, the ID is stored in the Flash memory area, managed by the DSP. During servicing of the unit, if and when the mechanism assembly is replaced, the Unique ID of the old unit should be written to the new mechanism assembly. At the same time, after moving the Unique ID, the ID seal must also be moved. The descriptions herein concern writing Unique ID, using the functions of the DXM-6800 mechanism. It is possible to easily re-write the Unique ID of the mechanism, using this function. * DXM-6800 : X92-5100-00
DXM-6800W
1
D5V
1. Introduction
1
GND
1
63pin
RX
TX
1 A3 A2 A1 A0
BU3.3
IC1
RE BO
1
J76-0060-12 X32-5730-00 0-01
2. Unique ID
The Unique ID is an identification code allocated to each DXM6800 mechanism unit. This ID is consisted of 8-digit hexadecimal numbers. Example : 9F346D22, 352899AC, etc. The ID number seal is placed on top of the mechanism cabinet. The 8-digit numbers and characters are the Unique ID assigned to the mechanism. The Unique ID can be confirmed in the MENU mode.
Procedure 2. Reset the mechanism microcomputer and boot it up again. (Resetting the mechanism microcomputer and booting it up again can be achieved by cutting off ACC and Back Up power supply once and then re-starting the unit.) Procedure 3. Insert a CD and use it as a source (i.e. let the unit start reading the Disc.) Procedure 4. This completes the start up on Unique ID Write mode. After shifting into the Unique ID Write mode, the display will be as shown in the figure below. (In the Unique ID Write mode, actually, w is displayed first and, after pressing FF key once in the Write mode, q is displayed.) T-12 w 0:00 q
3. How to write the Unique ID, using the unit
In this section, the procedure for writing the Unique ID with the unit is explained. Since this procedure is realized by putting the mechanism into a special mode, the unit must first be reset, immediately before conducting the procedure. At the same time, the display mode of the unit must be set to PTime, prior to shifting into the write mode. Unless set to Ptime, 5 seconds after shifting into the write mode, ID digits and ID numbers will be stopped from displaying. (Please refer to the instruction manual as for the setting method for P-Time.)
Figure1 Initial display of the Unique ID Write mode Where, q Unique ID The contents of what are indicated by x : xx in the time code is the actual contents of the Unique ID. In sections of minutes : seconds, the Unique ID is indicated in decimal numbers. The table below is the correspondence between the decimal and hexadecimal numbers.
Decimal numbers Hexadecimal numbers Decimal numbers Hexadecimal numbers 00 0 08 8 01 1 09 9 02 2 10 A 03 3 11 B 04 4 12 C 05 5 13 D 06 6 14 E 07 7 15 F
3-1. How to shift into the Unique ID writing mode using the unit
Procedure 1. Set the 63pin of the mechanism microcomputer (91CU27UG5UR8) to High. (Connect X32 : IC1 63pin and Back Up 3.3V with a lead.)
18
KDC-MP928/PSW9531 /PSW9531Y, XXV-01D
HOW TO WRITE THE UNIQUE ID
The Unique ID indicated in the [minutes] section is the target Unique ID of the current procedure for writing the ID. The Unique ID in the [seconds] section indicates the next Unique ID that is to replace the current Unique ID. The digit numbers of the Unique ID will be displayed in the Track Number section of w. w Unique ID digit number : The digit numbers of the Unique ID are numbered 1, 2, 3,.... from the left side of the Unique ID. The contents indicated by T-xx in the track number section are the digit number of the Unique ID displayed currently in q. The first digit is the digit number of the Unique ID, which is currently worked upon and displayed in the [minute] section of the time code. The second digit is the next digit number of the Unique ID, which is indicated in the [seconds] section of the time code. The values of the T-xx will be changed as the target of the changed Unique ID is moved in the following manner : T-12 T-23 T-34 T-45 ..... T-78 T-81 ... The value in the higher digit (i.e. "1" of T-12, for example) is the current target for change in the Unique ID. After the Unique ID has been changed in all of its digits and as the writing takes place, the progress condition of writing is indicated in the w section. The display contents are; T-99 : Unique ID writing in progress. T-11 : Unique ID Writing complete (success) T-22 : Unique ID Writing complete (failure) Procedure 5. Changing Unique ID write contents Using Track Up/Down Key, Unique ID contents is changed (In this unit, CONTROL Key is pushed to the left or right.) Using FF/FR Key, Unique ID digit to be worked upon is changed. (In this unit, the CONTROL Key is pushed 1 second or more to the left or right) Procedure 6. Final write contents is determined and written to the mechanism. Using Pause key, the ID is written. (In this unit, the center section of the CONTROL Key is to be pressed.) Procedure 7. 63pin of the mechanism microcomputer (91CU27UG5UR8) is set back to Low. (Connection lead is removed.)
Pause key to right FF key Push the CONTROL Key to left for more than 1 second FR key Push the CONTROL Key to right for more than 1 second Push the CONTROL Key at center Writing Unique ID Digit subject to change -1 subject to change Digit subject to change +1
Procedure 8. Reset the mechanism microcomputer, and start it up. (Resetting the mechanism microcomputer and booting it up again can be achieved by cutting off ACC and Back Up power supply once and then re-starting the unit.) Procedure 9. Insert a Compact Disc (CD) and select CD as the source. This determines the type of media to be played. Then, select from the MENU of the unit "ACD Unique ID." This is done to confirm on the write content of the Unique ID. When re-doing the procedure, start from Procedure 1 again.
3-2. How to change the Unique ID write content: Explanation on the Procedures 5-6
When shifting to the Unique ID Write mode, the display will be as shown in Figure 1. This is the beginning of writing. At this point, as has been indicated above, the digit for 10's in the Txx is the Unique ID digit which is subject for change and its contents is shown in the [minutes] section of the time code. Then, actual change procedure is as follows : The table below shows the keys to be used.
Track Up key Push the CONTROL Key to left Track Down key Push the CONTROL Key Unique ID contents+1 of digit which is currently subject to change Unique ID contents -1 of digit which is currently
Table1 Key to be used in Unique ID Writing mode
19
KDC-MP928/PSW9531 /PSW9531Y, XXV-01D
HOW TO WRITE THE UNIQUE ID
3-3. Example of the case of ID to be written is "94850ED2"
(Example1). Subject digit of the Unique ID to be changed +1 The subject digit is 3, 3 digit Unique ID is 08 (hexadecimal : 8), the value +1 is 09 (hexadecimal : 9).
4. Note
· When in the Unique ID Write mode, the written Unique ID is not displayed. The terminal of the mechanism microcomputer must be put back to what it was before (63pin to Low). Then, reset the microcomputer and re-boot it for confirming the newly written Unique ID is correct. How to view the Unique ID q Boot in normal mode (Not the Write mode) w Insert a CD and set the CD as the source e When reading CD is complete and the media is determined, select "ACD ID" from the unit MENU. · After writing the Unique ID on the current mechanism, transfer the ID number seal from the old mechanism.
T-34
8:05 Track Up key
T-34
9:05
(Example2). Subject digit of the Unique ID to be changed -1 The subject digit is 7, 7 digit Unique ID is 13 (hexadecimal : D), the value -1 is 12 (hexadecimal : C).
T-78
13:02 Track Down key
T-78
12:02
· In order to start the special mode (Unique ID Write mode), the 63pin must be changed to High for mode change. When doing this, BU3.3V should be connected as the power supply. In the special mode, when reset, the setting must be changed to High. Unless this is done, the mode does not work. Therefore, the setting must be completed as indicated.
(Example3). Digit subject to change +1 The current digit subject to change is 7, digit subject to change +1 is 8.
T-78
13:02 FF key
T-81
2:09
(Example4). Digit subject to change -1 The current digit subject to change is 3, digit subject to change -1 is 2.
T-34 8:05 FR key T-23 4:08
(Example5). Determination of Unique ID (Writing)
Display of writing in progress... T-12 9:04 T-99 9:04
Writing complete T-11 9:04
Pause key
20
A
B
C
D
E
KDC-MP928/PSW9531 /PSW9531Y, XXV-01D
PC BOARD (COMPONENT SIDE VIEW)
SWITCH UNIT X16-3070-10 (J76-0095-12)
D13 S17
1
(FOIL SIDE VIEW)
SWITCH UNIT X16-3070-10 (J76-0095-12)
R80 C19
EJECT
W1
C3
KS1
R24 R21
KR4
R22 R23
KS4
4
1
B
Q4
SRC
D3 S19 S18
KS2 KS5
R18 R3
R6
E
IC3 B E Q5
5 SCL 8 C49
R15 R16
C8
Q10
SDA R61
BE
FM
AM
D8
C7
PON3.3V C13 9 C15 KR3
1
R10 SW5V CP26
2
B E
Q3
R63 R62
C12 R14
D7
D26
CP7 C43 R64 R66 R19 R74 C11 CP6 29
R26
IC2
10
R29
R93 18
R20
MODE1
C50 CP1
R96
CP2 CP4
R30
R84
D21
PANRST
56
Q7
BE
FROMCHK 108 SRAMCHK C16 CP8 CP33 C17 C18 CP12 CP13 144 1 CP14 109
C21 R100 C28
C29 73 72
R28 R27
CP36 CP35 R11 R17
IC5
5 4
Q8
BE
1 3
C31
C26 C30
IC1
CP20
CP10
IC4
3
X1
CP11
1
28
C20 R13 C9 R81 C14 CP3
R33 37
SO2
36 CP21 TDO TDI C27 CP30 CP18 R94 CP23 CP16 CP25 CP38 CP17 CP24 CP31 CP22 CP19 CP15 C37 22 1 TRST
SCK2 C22 C25 C24
SI2
D28
CP29
CP34
R95
R87 C35
TMS TCM
IC12 D25
R47
4
44 3 1 40
8
R73
IC7
14 B 5 4 1
7
23
C38 C44 CP5 R45 C47 C48
R50
IC8
Q2 E Q1 E
IC9
CP39 46
R72
C33 CP37
8
1
B
D27
R48 R46
C46
CN1
IC13
R88 4 5 R40 DDS R89 3 R83 1 DDG
SCCON PANDATA SA
R39
Q6
C36 R42
D29
BE
Q9
R79 Q16 R78 C51
14 15
1
5
D24
F1
DDG
DDS
BE
R49
J1
Q17
G G
D12
X16-3070-10 Ref. No. Address IC1 3A 6A 4B 4B 5A 4A 4A 5A 3A 3A 5B 5B 5A
PAN3.3V
PANREQ C39 2 1
SYSDATA
C41
X16-3070-10 Ref. No. Address IC2 IC4 IC5 IC9 IC10 IC11 IC12 Q3 Q4 Q5 Q10
D2.5V
D11
OG I
S20
RST
IC6 S3
NEXT VCC OUT C5
IC11
2D 3D 3D 4D 6D 6D 4D 2C 2D 2D 2D
R36
TI.AUTO
S16
IC6 IC7 IC8 IC13
R86 R37
C32 R67
C6
D5
D6
OELG ILL+B PAN7V ESD ROT CCW SW7V RST
R2
VOL DOWN
Q1 Q2
W2
VOL UP
KS3 PAN5V SYSREQ DGND KR2 ROTCW PAN3.3V SW3.3V
C10 1
R38
5
6
AUD
S1
IC10
D3.3V
Q6 Q7
C45
KR1
D1
D2
C2
Q8 Q9 Q16 Q17
R1 R5
R8
D9 D10
C1 ATT
S2
7
Refer to the schematic diagram for the values of resistors and capacitors.
21
F
G
H
I
J
KDC-MP928/PSW9531 /PSW9531Y, XXV-01D
1
PC BOARD (COMPONENT SIDE VIEW)
ELECTRIC UNIT X34-356x-xx (J76-0094-22)
J2
R990/W990
2
C616
C617
C613 1 27 13 11 12 8 4 3 2 9 10 6 7 5 1
R761 R764 R765
R760
IC750
R752
2 R759 26
C629
C612
R706
R702
R700
R707
12
2 1
R704
R703
R750
R768 C758 R336 R335
CN600
W400
C631
R705
R701
R766
C630
TH750
11
R755 R756 R757 R758
C757
D701 D702
C965
D700 IC600
R603 C607 C608
C634 C614 1 8 5
C702
L400
3
8
5
Q602
IC601
L600
C969
Q201
C633 B E R629 EB 8 5 R626
C611
Q600
E B E B E
C606 C605 C609
Q607
B E C504
R639 R636 8 5
C304
1 R623
4
R633 R634
IC603
R624
C615
C317
C383
C314
C619
C622
SDA SCL
C365 5 4 1 3 C382
C302 16 17 C360
C752
Q200
C618
C303 R512
IC602
C600
C604
C364 R301
1
4
Q601
C610 R513
B R600
C754
1
C371
C301
C370
C321 R379
C961
C374
C982
EB
W995 C989 SMETER
1
36
R323 C318 R324 C988 R325 R326 R328 R327
CP300 C324
C323
Q300
48
37
D300
D102
R395
D103
C319
C356
C368
R396
4
C320
C620
IC1
1 3 5 4
IC5
C393
R398 R397 C357
A1
1
4
64
C981
IC300
C359
32 33 C306 48
49
R393
C358
C355
D104
C307
C960
IC304
X300 C325 C107
25 24 R330 9 8 R128 16 1
12
W993
C990
AFS
15
1
C381 3 1
C377
C380
R818
R821 R822
5
IC3
C378
IC4
16 30 C366 C330 C327 C367 C395
C506
C809 R819 R820 C812 C813
R520 C505 R518
C334
C332
C103 R127 R519 CNVSS
IC102
R129
Q100
C331
C329
R505 R506 R507 R502
D504 C501
EB
1 C502 4 B E Q500 R504 IC500 R503 C500 5 8 R508 C503 C328 R500
R115 R117 R119
R118
C106
R122 R123
C333
38 39 64
65
P1
R112 SDA
CP111
CP104 R139 CP106 R145
SCL
6
S1
X401
C405 1 16
COR DET
W989
24
CP102
CN450
CN500
C452 C451
1 2
CN550
C971 C975 C974
1
IC450
6 10 5 1 C450
R452
EB
D451
7
22
Q450
R149
R150
C112
R381
X100 C102 C104 CP100
C379 C399
IC305
X101
1 3
5 C298 4
R394
4 5
CP101 128 R105 1 R126 R125
C105
1
S2
IFC
C398 R390 C376
C394
R329
103 102
R148 R147
13
R130 CP103 R134
CP105
D201
IC303
D101 D200 R144
C805
C3
24
R602 C602 R601
4
C756
R771
C759 R770
K
L
M
N
O
KDC-MP928/PSW9531 /PSW9531Y, XXV-01D
1
C1
D754
C759 R770
2 1
16 15
X34-356x-xx
B
2
Ref. No. Address Ref. No. Address
Q10
R772 D755
750
D207
R200
R1
R2
R3
J1
IC1 IC3 IC4
4H 5H 5I 4I 3M 5J 3K 3L 4J 4H 4I 5H 6I 3L 6I 3I 3H 3H 4H 2J 5L 5L 2M 2M 3L 3M 4M 3M
Q40 Q41 Q42 Q43 Q44 Q51 Q100 Q200 Q201 Q202 Q206 Q208 Q300 Q450 Q500 Q600 Q601 Q602 Q607 Q801 Q901 Q902 Q903 Q904 Q905 Q906 Q907
3M 4L 3M 4L 4L 4L 6I 3H 3H 3K 3K 3L 4H 7J 6I 3I 3I 3I 3J 3K 4L 4L 4M 4L 5L 5L 4L
R768 C758
L1
Q206
D202
R771
E BE
C C
R215
R806
D800
Q12
C807
C11
Q20
C808
R201
IC10
B
C757
BE
BE
C201
R202
Q11
Q202
I GO
E
IC5 IC10 IC102 IC103
D1
C20
R801 R800
D801
R815
C805
R803
R219 R218
C C EBE W201
C753 C755 R807 R813 IC103 R814 R808 R809 BE
C800
4
1
C802 12 13 16 1
9 8
5
1 C21 B E
E
B
E
EB C
CB E
Q40
Q801
R216 Q208
B
C806 R805
C23
D20
C801
E
IC200 IC300 IC303 IC304
3
Q42
5
8
Q30
5 4
R335
C308
C109
Q44
R41
C30 E
6
10 Q41
Q32
EB
B
IC451
IC200
R40 C41 R30
IC305 IC450 IC451 IC500 IC600
C458
Q43
R336
C309
R43
64
CC
BE
C43 EBE
EBE
D41
CC
C44
R999
C31
D30
1
E
R906
Q901
49 48 C307 5 C300 1
Q51
C906 B
Q904
E
B
IC601 IC602
Q903
4
Q902
EB
BE
D903
IC603 IC750 IC901 IC902
D901
D201
C114
C901
BEB
Q907
CC
R996
C996
IC902
102
R917 C919
R918
R909
IC901
C905
C907 1 7
R911 R910
R165 R166 CP109
R920
03
C902
R923 R913 C916 R919 C917
R148 R147
C908
CN5
R901
R924
1
20
C909
Q10
R908
Q11 Q12 Q20 Q30 Q32
C911 11
10
C912 D C913 S
Q905
G
5
C112
S D
G
R106 R110 CP110 R168 R169 CP107 CP108
D902
R905
Q906 D905
D904
L901
64
C920 C903 C999 C914 C997 C921 C998/W986
R149
R150
L903
65
L902
1
C33
C973
6
L999
W992
Refer to the schematic diagram for the values of resistors and capacitors.
7
23
7
R46
R11
6
5
4
3
2
1
KDC-MP928/PSW9531 /PSW9531Y, XXV-01D
24
C42 Q45 R20
BE
P
Q21
C10
A8V
R12
BE
R42
P-ME+B
D998 D40 D21
R10
PAN5V
PAN3.3V
R907 C910
C956 SW14V
C923 C40 R998
BU5V
Q
R13 C22 R22
CHECK
W987
OEL-SW16V R914 R993 C976
ILL+B
C955
C918 R916
D208 D212
R915
R926
PC BOARD (FOIL SIDE VIEW)
CD-SW16V
ELECTRIC UNIT X34-356x-xx (J76-0094-22)
OEL+B R217
D999
BE
GGND
C202 R211 R209
R210 D205 D204
Q209 D209 D213
R804
D203
CD-D5V
D31
EB R207
G+B
Q204
C455 R205 R457
R208 EB EB
R
C32
EB
Q33
R458 R712
R31
R902 R903 R904 C904 R204 R206 R203
C203
BE
DSI
Q207
Q205
Q203
B
GND REMO R713 CLK R714 R715 C453 C454 R454 R453
GTEST
5
4
C985
Q31
L101 C113 DATA CE
C388
D206
IC800
R146
8 1
P-MECHA-GND
E
C205 R214 R213
C204 R212
D303
Q800
BE
R810
R817
D802
C803 R811 R812 C804
B
R550 R555 R556
YOUT
SRV+B
C983 R163 C200 R922 R164 R121 C387
R107
R823
Q802
D302
E
R763
C986 R300
R185
BE EB R21
R142 R141 R23 R173 R171 R383 C386 C384 C369 R172 R170 R109
COR DET
R154 R158 R155 R159 R156 R160
R767
S
Q606
EB R382 C385
D756
C311
Q22 Q23
R113 C100
43 12
R133 R132 R131 R114 C111 R176 R100 R103 R104 R102 R183 C326 R187
R140 R138 R137 R136
D757
R609
C552
D758
C390 R181 C392 C391 C389
XOUT R101
C551
C310
Q101
IC100
BE
D601
C305 R610 R608
D759 D753 D600
R321 R311
C110
R177
SDA SCL
5 8
4 1
R554 R553 R552 R551 R91 R92 R111
C550 8 1 R385 C353
IC104
D752
C397 C396 R606
EB
Q604 Q605
C313
5 4
D751 Q603
C601 R604 C603 R607 R605
8
C750
T
BE BE
P-ESD
R178
D501
IC308
D750
W751
BE R509 4 5 R384 C354 R387 C35
D500
D506
Q91
D505
1
R517
R515
R516
IC
IC
R386 C
M-ESD
R3
R3
R331
R621
U
V
W
X
Y
KDC-MP928/PSW9531 /PSW9531Y, XXV-01D
1
C962
C624 C623 C626 C625
X34-356x-xx Ref. No. Address Ref. No. Address
C958 C959
2
R708
R709
R711
R710
W751
C704
R643
R642
R641
IC100 IC104 IC301
D401
5T 6T 4U 4U 5U 5U 6T 6V 3R 3Q 5S 5S 6R 7R 3Q 7T 6T 3R
Q204 Q205 Q207 Q209 Q402 Q403 Q603 Q604 Q605 Q606 Q608 Q609 Q610 Q611 Q612 Q613 Q800 Q802
4R 4R 3R 3R 4V 4V 3T 3T 3T 3S 3U 3U 4U 3U 4U 3U 3S 2S
R644 C632
D704
C701 C703
D609 D608
IC302 IC306
D703
R620
R617 R655
W401
C957 C628 C627
IC307 IC308 IC400 IC800 Q21
Q609
EB
R604 C603 R607 R605
R658 R656 R628
R616 R618
R619
3
Q608
R630 R611 R627 R615
BE EB
C636
R613
R614 R612
C601
R657 R622
R637
C409
Q22 Q23
R407 R405 R406
R621
Q611
R625
Q613
EB
BE
C635
R631
R660 R638
C638
Q31 Q33 Q45 Q91 Q101 Q203
Q610
R635
R659 R632
BE
C637
R308 C312 R306 R304
C316
4
C313
1
R303 R302
R409
R320 4 1
R316 R314 R312
R310
Q612
Q402
BE R404 BE
Q403
R408 L403 C410
R640
4
IC301
5 R309 R331 8
IC302
5 8 R319
R318 C315
W988
C412
R378
R364 R373 R374 R366 R356 C345 C346 R357 R348 C339 C340 R349 R362 R371 R372 R363 R354 C343 C344 R355 R346 C337 C338 R347
R361 R353
R386 C352 8
5
IC307
1
4
R387 C351 384 C354 8 5
R388 C350 R370 C342 8 5 R369 C349 IC306 C348 R368 4 1 C341 R389 C347 R367 R358 R350
R342 C335 R343
R352 R360
R450
R392 R391
R317 R345 R315 C336 R313 R344
R377 R376 R375
R307 R305 C322
R359 R351
5
IC308
1 C353 R509 R517 4
C402 C403
R410 R411 C404
R451
D505
R510 R514 R511 R501
R516 R515
8
1
IC400
D503
9
L405
D500
06
M-ESD
16 R412
D502
R93
E
91
C414 C415
6
Refer to the schematic diagram for the values of resistors and capacitors.
7
25
Z
AA
AB
AC
AD
KDC-MP928/PSW9531 /PSW9531Y, XXV-01D
1
PC BOARD (COMPONENT SIDE VIEW)
CD PLAYER UNIT X32-5730-00 (J76-0060-12)
C61 C60
D4
28
C68
2
S1 IC18
1 C72 C90 R128
C84 R121 R116 R115 C83 R113 R120 15 R114
C79 C80
4
1
CP16 C50
IC13
C78 C75 5 R119 8 C91
R68 C65 C85 R67
C76
C73 C77
3
24
1
CP14
R153 C33
IC17
25 C98 CP17 C94 C97
48 C93 R145 C96
4
C95
Q14
R17 R18 R48 C13 CP18 R42 C37 BE R146 CP3 CBE CBE
R132
14
R111 R117 C81 R108 R112 R109 C82 R110
D5
S3
R3
C14
C40
CP11
R118
C62
C59
S2
Q5 D6
EBC EBC
Q3
R11
5
S4
R50 R25 R4 C12
Q6
R10 CBE EBC R8 R6 S CP2 C63 R61 R56 R62 R57 C56 R63 C57 R58 R52 R59 R60 C58 R53
Q4
D
R13 G
6
X32-5730-00 Ref. No. Address Ref. No. Address IC13 IC17 IC18 Q3 2AB 3AA 2AA 5AC Q4 Q5 Q6 Q14 6AB 5AC 5AB 4AA
7
Refer to the schematic diagram for the values of resistors and capacitors.
26
AE
AF
AG
AH
AI
KDC-MP928/PSW9531 /PSW9531Y, XXV-01D
PC BOARD (FOIL SIDE VIEW)
CD PLAYER UNIT X32-5730-00 (J76-0060-12)
VREF C54 E R54 ARF R55 F C55 RF IOP+ IOPGND
1
C99
TE
R124
C+D A B
C46 ATESTC47 C48 C100 R51 C49
C18 51
76
R137
R134
75
CN2
TRK+ R44 TRKFCSFCS+ 16 R34 C38 R43 R45 FE
C39
1
R135 GD S
Q11
C92
R73 LRCK 50 R72 BCLK R71 DATA SHOCK FLAG R138
R123
C74
VR R64 PD R1
R69 C51
R122
R150
CP10
2
C87 5 4
C36
IC2
IC14
R142 R133 1 3 C86 C88
C34 C31 R40
D3
LD R35 R9 C7 5
C53 C35
100 1 R37 C26 C30 R29 CP7 Q9 R21 R130 C17 C25 R22 25
TZD
Q8
C28
C29
HOLD 26 FZD LOCK R141 X1 R140 CP19 MIRR
75 76
51 50
BE R70 R36
Q10
EB C21
BE
R144
C102 EB
IC15
R155
C66 EB
R139
C67
3
12EJE
D2
D-OUT 24
Q13
Lch
IC5
Q12
A.GND Rch SPDLCP5
R41 R129 100 1 25 C32 C64 R148 R65 26
1 LOSSW DATA /CLK SLDC5 A8V SLD+ D.GND
3.3
CN1
8EJE LOE/LIM SPDL+ BU5V D5V 1.8
C89 50 26
C44 C27 5 4 3 1 R5 EB 3
LO/EJ MOTOR 1
IC16
4
1 S.7.5V /MUTER /MUTEL /MSTOP CP1 S.GND /MRST
R147
IC20
GND 5 4
1 R20 Q15 R152 EB R151 R19 R154
25
C41 RX
TX
IC21
BU3.3 X2
16 17
1 64
Q7
C52 R12 16 15 C3
IC1
RE C8 5 4 32 49 33 48
A3 R24 A2 R23 A1 R14 A0 R15 BO
5
IC19
1 3
IC4
SD SLED TRK TD 30 1 FD MD SPDL FCS CP4 EB
Q1
X32-5730-00 Ref. No. Address Ref. No. Address Ref. No. Address Ref. No. Address IC1 IC2 IC4 IC5 IC14 5AH 2AG 5AF 3AE 2AH IC15 IC16 IC19 IC20 IC21 3AH 4AH 5AG 4AG 5AG Q1 Q7 Q8 Q9 Q10 6AG 5AG 3AF 3AF 3AF Q11 Q12 Q13 Q15 2AG 3AG 3AG 4AH
6
7
Refer to the schematic diagram for the values of resistors and capacitors.
27
A
B
C
D
E
KDC-MP928/PSW9531 /PSW9531Y, XXV-01D
(X34-356x-xx)
1
5V PRE AMP
C632 0.01
R644 1K
D608
D609
0V
7 6 5
R660 100K
R636 10K
C621 R638 10u35 82 + 9.4V
R639 12K
0V
C638 1
R640 C622 360 10u16 +
TP614 44
Q601
9V AVR
10.5V
R637 22K
R600 91K
C602 0.01
8
8 C604 22u16 +
VCC
V+ 1
R643 C631 10 0.47
C600 2.2
R604
VSS
2
AUX R
TP609 2 TP607 3 4 TP602 5 6 7 8 9 TP611
6
to CORD with PIN PLUG
0.022
C603
TP605
TP612 TP601
1
R627 22K
8
7
6
5
FRONT R GND REAR L GND
0V
R658 100K
GND
C627
R626 10K
C957
C617 R628 10u16 82 + 9.4V
R629 12K
0V
C636 1
46
TP613
Q611
4.7K
Q604
1000P 1000P
C626
VCC
IC602
VSS
R657 100K
R624 10K
Q610
R625 22K
4.7K
TP603 TP604
1
R623 12K
C635
0V
45
48
46
1000P 1000P
47
45
-9.1V
C624
C613 R618 10u16 82 + 9.4V R619 12K
0V
R656 100K R616 10K
48
47
46
45
44
43
42
41
40
C623
VREFH
VREFL
VCOM
AINL+
AINL-
AINR+
AINR-
AVSS
AVDD
10K
VCC
1
IC601
10K
TP606
4.7K
1 2 3 4 5 6 7 8
EESEL JX0/SDIN4A SDIN3/JX1 SDIN2/JX2 SDIN1 CKS BVSS DVSS
to SLIDE MECHA MOTOR
3
AVDD 22
VSS
R655 100K
R615 22K
CN450
OUT1 2
R614 10K
PANEL MECHA MOTOR Dr.
1
TP451 TP450
Q300 Q608
4.7K
2
OUT2
1
C451 0.1
IC450
10 9 8 7 6 OUT1 NC10 OUT2 NC8
0V
PGND
C612 10u16 R612 + 82
0V
R613 12K
0V 3 4
C452 0.1
3.3V 0V
C988 0.01 49
IC303
0V 3.3V 0V
BITCLK O/BITCLK
C318
BITCLK I/EEADR
R504 47K
0.1
-9.1V
C504
C633 10u16 +
R611 C611 360 10u16 +
DSP
11.28
LRCLK O/EECS
0V
LRCLK I/LRCLK
R512 330K R513 330K
3.3V
9 10 11 12 DVDD SDOUT3 SDOUT2 SDOUT4
RDY/EESI
5V 0V
SGND VCC NC2 IN1 IN2
R323 220
R324 220
R392 47K 15
R327 220 16
R391 47K 14
W984
0.01
4.7
R507
100K
50
51
R505 47K
R506 820
7.6V
0V
D504
R326 220
2 7
C322 0.1
11
10
12
13
16
C450 0.1 MOTOR+B OEL+B
47K
8
C501 4.7
VCC
1
PANEL MECHA SW
C505
R502 1K R520 1 SW5V
8.0V
R518 10K
R519 10K
1K
0.01 W993
C989
A8V
S2 TP455 S1 TP454
TP500
R450 1K
R451
0.01
17
4
R500
58 53 BU5V TP501 OEL GND 2 OEL GND 3
113
3.3V 0V
11
10
12
13 SDTI1 AVDD
15
14
13
12
11
DIF1
SMUTE
SDTI3
SDTI2
DEM0
SDTI4
ACKS
RSTB
DIF0
LRCK
DVSS
D503
1 C403 2.2 C404 330P 2
QUAL RDDA VREF
5V 0V
RDCL T57
16 15 14
R412 2.2K
24 C414 10P C415 10P L405 4.7uH
DVDD
5
SYS REQ 4 PAN 5V PAN3.3V 5 TP504 6 TP505 ILL+B 7 TP506 D GND 8 SA 9 PAN REQ 10 PAN DATA 11 TP507 R509 10K TP508 R510 100 TP509 R511 100 TP510 R514 100 TP511 R515 1K TP512 R516 4.7K TP502 R501 TP503 100
D500
D502
40
2.4V 3
3.3V 0V
OSCOUT
4.332MHz 2.4V 4 5.0V 5
MPX OSEL 0V GND ARI FILOUT OSCIN VCC EXTRES 13
ROUT4
ROUT3
ROUT2
ROUT1
X401 4.332MHz 12 5.0V 11 10 9
11.2896M 2.5V
LOUT1 VCOM AVSS DZF2 R554 C551 TP550
24 23
LOUT4
LOUT3
PANEL5V PAN3.3V ILL+B
LOUT2
DEM1
C402 0.01
C405 10u16 +
X16J1 2/2
22
16
18
19
20
23
25
26
28 D OUT
17
24
7 8
0V
TM FSEL
0V
SW5V
C366 0.1 C367 10u16 +
27
0V
29 12EJE SW
21
20
22
18
A
100
4.7 41 38 36
SYS DATA 12 SCCON 13
6
SW5V
128
PAN DET 14
22K
23 TP513 R517 1K 17
Q403
R409 1K R404 22K
22K
TP411
TP412
TP413
R405 TP420 470
R406 TP421 470
R551 C550
C409
4.7uH
P1
R818 C809 8.2 100P R821 C812 9.1 470P
L403
D401
TP401
10 TP422
21 TP402
16 TP407
13 TP409
11 TP410
18 TP405
17 TP406
15 TP408
TP415
TP416
TP417
19 TP403
TP418
ANT. W400
R822 C813 9.1 100P
R819 9.1
R820 9.1
W983
TP419
0.01
C982 0.01
C410 0.01
C412
0.01
C969
0.01
3
MECHA I/F CN550
24
23
22
20
14
12
9
8
7
6
5
4
3
2
DGND1
2 W401 1 26
RDSMUTE
PLLGND
OSCGND
STDGND
RFGND
AM+B
SMETER
DGND2
COM+B
VDD5V
AMANT
FMANT
AMIFOUT
QUALITY
IFGND
MPX
IF+B
IFC
SCL
VT
R
SDA
L
1
L400
25
F/E
A1
7
28
X34-356x-xx (1/5)
470 0.01 R552 100K
4.7K
A8V
D506
D501
W988
Q402
TP400
ESD 16
0.01
R407
TP414
RST 15
C965
R408 4.7K
126
W990
W995
60
59
BU5V C981 0.01
D505
61
R990
100
26
28
35
34
29
17
19
24
25
R508
C503
30
6
21
P/S
BICK
OEL+B 1
RDS
IC400
2.2K
10
CN500
R411
0V
5.0V
0V
7 6
31
9
8
5
4
3
17
2
1
16
B
R410 2.2K
C298 0.1 32 R381 47K
R329
W989
1
2
3
4
5
3
R378100
6
C506 10u16 +
3.3V 0V
R328 220 17
C962
13
18
19
20
21
0V
23
C500
5
R325 220
GND
4 0V
DVSS
R503
C502 4.7
33K
IC500
DVDD
0V or 7.0V
SPE-ANA
SDOUT1
8
CS/EESO
Q500
4.7
DRDY/EECK
7
3.3V 0V 3.3V
AVSS
R617 22K
8
7
6
5
C959
0V
0V
Q609
39
50
38 0V
1 C634 10u16 +
1.5V
3.3V
3.3V 0V
37