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DVD NAVIGATION SYSTEM
KNA-DV2100
SERVICE MANUAL
2001-5 PRINTED IN JAPAN B51-7807-00 (N) 1519
DRESSING PANEL ASSY (A21-4147-12)
PUSH
DRESSING PANEL ASSY (A21-4116-03)
ELECTRIC CIRCUIT MODULE (W02-3261-05)
MOUNTING HARDWARE (J21-7625-04)
ELECTRIC CIRCUIT MODULE (W02-3305-05)
MAGIC TAPE (H30-0514-05) x2
CORD ASSY (E30-4747-05)
DC CORD ASSY (E30-4964-05)
SCREW SET (N99-1713-05)
BRACKET (J19-4596-04) x2
2
KNA-DV2100
IC101,103,104,106,107 T101,104-111 +B 6.7V ACC GND POWER SUPPLY 5V 3.3V 1.8V DVD OUTSIDE INTERFACE INSIDE INTERFACE SH4 DVD MECHA. IC901,902 SDRAM (16MBX2) IC906 SRAM (512KB)
IC905
IC951-955,T951
BOOTROM (2MB)
CFC INTERFACE
CFC
BLOCK DIAGRAM
IC202 SIGNAL CONTROL IC STATUS0.1 IC105 IC110 T102,103 SHCKE NMI RESET B.UP IC352,353 WDP IO -PLUS IC451,452 RS422 DEVICE RS422 IC431-433,435,437 IC802,809,810 GPS ANTENNA GPS MCM IC201 SH4 IC303 FMU3
DATA ADDRESS CONTROL SIGNAL IC301 DAC& NTSC ENCODER T507 VOICE REFLECTION OUTPUT INTERFACE NTSC RGB DISPLAY REFLECTION VOICE MONITOR
IC507 T502-504,506,508 MUTE SWITCHING INTERFACE NAVI VOICE/BEEP TV VOICE
VOICE GUIDANCE, VOICE OUTPUT CIRCUIT
ASP
IC402,403
PKB VEHICLE INTERFACE REV ILL SPD GY801 GYRO
POWER LINES AND CONTROL
6.5V
RESET LINES
to ROM-DECODER VDD5 to ROM-DECODER VDD to ACT. /MOTOR -DRIVER to SPINDLE -DRIVER VM HRESET ATA MRESET MRESET L-RES
IC7 5V AVR
POWER CONT. PROM u-COM. 5V to RF-BLOCK
IC21 5V AVR Q13,27 SW. Q23,24
to SENS.-LED to u-COM EEPROM to SPINDLE-DRIVER VCC
IC22 ATA-RST u-COM IC11
XRST XRST
IC14
HRST
IC15 3V AVR
to SERVO-IC
ATAPI-IF DVD-DSP ROM-DECORD IC20
Q14,15 SW.
PHOTO ON PROM u-COM.
SW.
IC16 D-RAM
SERVO CD-DSP.
IC1
SERIAL-CONT. ABCD-DVD EF-CD ABCD-CD APC PD CD PD DVD
PI
BLOCK DIAGRAM (MECHANISM)
IC14
RF CD DATA CD-SPO SPO
BUS
RF
RF/MATRIX-AMP.
FE TE CE
DVD-DSP ROM-DECODER ATAPI-IF
ATAPI I/F XTAL
PICKUP
LD CD LD DVD
Q2 Q1 Q3,5
LD-ON
BUS
IC4
SERIAL-CONT.
JITTER-MON.
IC3 JITTER-AMP.
JITTER OFFSET
FOK
VCC DR
HFM-SW. IC8
FOK
CE
RF
TE
FE
PI
IC5,6,Q6
CD-DATA CD-SPO
IC22
FZH FZL FE LD-ON
IC20
FOCUS-DRIVE TRACKING-DRIVE
FOCUS-COIL TRACKING-COIL
FE-DET.
SLED-MOTOR LOADING-MOTOR SPINDLEMOTOR H-SENS
ACTUATOR -DRIVER
FOCUS-JUMP SLED-DRIVE LOADING-CONT.
DISC-SERVO CD-DSP.
SERIAL-CONT. FOCUS-JUMP
u-COM
EJECT
KNA-DV2100
X1,IC17
MUTE
XTAL
IC23 EEPROM
FG SENSORS MUTE
33.86M OSC.
X2 16M XTAL
SLED-SW DOWN-SW PH-A PH-B PH-C SLED-PH HOT
LOADING-CONT. SLED-SW DOWN-SW PH-A PH-B PH-C SLED-PH HOT SENSORS
MUTE
IC9
FG
SPINDLE-DRIVER
EC
3
KNA-DV2100
COMPONENTS DESCRIPTION
MAIN UNIT
Ref.No. IC101 IC103 IC104 IC105 IC106 IC107 IC110 IC201 IC202 IC301 IC302 IC303 IC352 IC353 IC357 IC402 IC403 IC433 IC435 IC437 IC438 IC451 IC452 IC606 IC701 IC801 IC802 IC809 IC810 IC901 IC902 IC903 IC904 IC905 IC906 IC951 IC952 IC953 IC954 IC955 T101 T102 Component Name BA9743AFV SCI7810YTA BA05FP TC75W56FU PQ07VZ012ZP SCI7720YFA KKQ32F HD6417750F167I KKQ28F CXA2106R TC7SH00F KKQ22F UPC842G2 TC7W53FU TC7SET08F SN65C1168NS TC74VHC00FT TC7SU04F TC7SU04F TC7SU04F UPC29L03T TD62604F TC7WU04FU TC7SET00F PQ1R52 KKQ27F TC7SU04F TC7SU04F TC7SU04F MB81F121642102 MB81F121642102 TC7SH08F TC7SH00F KKQ31F TC55V400FT-85 TC74LCX16245AF TC74LCX32F TC74LCX16244AF TC7WH125FU TC74LCX138F 2SJ327Z RN1404 Application/Function Switching regulator IC AVR IC AVR IC Comparator AVR IC Reset IC Reset MI-COM Main CPU (SH4) Data controller Video DAC+NTSC encoder NAND Graphics controller Op. Amp. Analogue SW AND Line transceiver NAND Inverter Inverter Inverter AVR IC Variable threshold driver Inverter NAND AVR IC IO PULS Inverter Inverter Inverter SDRAM SDRAM AND NAND BOOT ROM SRAM Bus transceiver OR Bus buffer Bus buffer Data decoder PON SW PON SW 128M 128M SH-CKE buffer CSRAM buffer 2M 256K PCMCIA I/F (Data input/output buffer) PCMCIA I/F (CF card detector) PCMCIA I/F (Address and control signals buffer) PCMCIA I/F (CF card CE control) PCMCIA I/F (CF card input/output control decoder) While ACC is applied and IC110's P37 is "Hi", BU is supplied throu T101. While ACC is applied, T102 is turned on. 3V output Vehicle signals waveform shaping Vehicle speed pulse waveform shaping DVD interrupt signal buffer (3V5V level converter) 5.2V output Extended IO Audio mute control signal generator RS422 transceiver Data buffer Clock buffer Graphics data generator (FMU III) Audio and beep signal adder and buffer Data selector of data bus Operation/Condition/Compatibility DC/DC Converter voltage controller for 6.8V and 3.3V power lines 3.3V output 5V output ACC & BU voltage detector 1.8V output When momentary power down has detected, IC outputs "Lo". Reset controller for Main CPU and peripheral circuits
4
KNA-DV2100
COMPONENTS DESCRIPTION
Ref.No. T103 T104 T105 T106 T107 T108 T109 T110 T111 T401 T402 T701 T702 T951 Component Name RN1404 2SD1782K 2SD1782K 2SB1198K 2SA1162 2SB1301 2SB1198K 2SJ327Z 2SJ327Z RN2402 LMUTE driver RN1402 2SB1301 2SB1301 2SB1301 AVR driver Current limiter VCC3 SW CF card power supply switch When T402's base becomes "Hi", T401 is turned on. T701 is combined with IC701, and it outouts 5.2V. Application/Function PON SW Driver Driver Driver BVCC3D power supply selector BVCC3D power supply selector Driver DC/DC chopper DC/DC chopper Operation/Condition/Compatibility When IC110's P37 becomes "Hi", T103 is turned on. T110 driver T111 driver T111 driver T107 is turned on during BACKUP mode. T108 is turned on except BACKUP mode. T110 driver For 6.8V AVR For 3.3V AVR External LINE MUTE signal driver
SUB UNIT
Ref.No. IC507 IC508 IC510 T501 T502 T503 T504 T505 T506 T507 T508 Component Name PQ1R52 TC74VHCT08AF TC7W53FU RN1401 2SC2712 RN1401 2SC2712 RN1401 2SC2712 2SA1162 RN1402 Application/Function AVR IC AND Signal selector Audio mute SW Audio signal buffer ASP mute SW ASP signal buffer TV audio signal mute SW TV audio signal buffer SYNC signal buffer Mute SW driver Operation/Condition/Compatibility 5.2V AVR for ASP TV monitor's RX/TX signal buffer Remote control signal selector of TV and external remote sensor For RCA pinjack For RCA pinjack For ASP For ASP For TV monitor For TV monitor For TV monitor For audio signal muting
SUB-CIRCUIT UNIT (X13-9770-00)
Ref.No. IC1 Component Name NJM2406F Application/Function Comparator Operation/Condition/Compatibility Sled pulse waveform shaping
DVD UNIT (X37-1010-01)
Ref.No. IC1 IC2 IC3 IC4 IC5 IC6 Component Name SP3721A NJM2125F NJU7093A NJM2406F NJM2100M LA6393M Application/Function RF signal processor IC TE, CE, DFCT ,MIRR, APC and etc.) Op.amp. Op.amp. Comparator Op.amp. Comparator VC (2.5V) buffer Jitter signal amplifier FOK signal generator (PI comparator) Layer jump monitor (FE signal invert, LPF) Layer jump monitor (Window comparator) Operation/Condition/Compatibility RF signal processor (AGC, EQ and etc.), servo signal processor (FE,
5
KNA-DV2100
COMPONENTS DESCRIPTION
Ref.No. IC7 IC8 IC9 IC10 IC11 IC12 IC13 IC14 IC15 IC16 IC17 IC19 IC20 IC21 IC22 IC23 Q1 Q2 Q3 Q5 Q4 Q6 Q7 Q8 Q9 Q10 Q11 Q12 Q13 Q27 Q14 Q15 Q16 Q17 Q18 Q23 Q24 Q25 Q26 Component Name L88MS05T LA6563 BD6661FV NJU7096AR SN74AHC1G08D NJM2125F SN74AHC1G08D CXD1867R L88M33T IS41C16256 SN74AHC2GU04H SN74AHC1GU04D CXD3008Q L88MS05T HD6433062G24XI BR24C04FV-W MCH6101 MCH6101 2SB1295 DTC124EUA 3LN01M 3LP01M DTC124EUA 2SB1295 DTC124EUA 2SC4081 2SA1576A Layer jump control SW 2SC4081 DTC124EUA IC20 power supply SW CPH3105 2SB1295 Disc detection circuit SW DTC124EUA 3LP01M DTC124EUA DTC124EUA DTC124EUA IC9 VCC SW 2SB1295 3LN01M UMC2N MIRR level conversion IFSEL SW When a base becomes "Hi", Q26 is turned on. When Q23's base becomes "Hi", Q24 is turned on and IC9 is working. FDCHG inverter HRES- inverter IC7 power supply SW When a base becomes "Hi", Q18 is turned on and AVR is working. FDCHG logic reversal When Q15's base becomes "Hi", Q14 is turned on. When Q13's base becomes "Hi", Q27 is turned on. When Q12's base becomes "Hi", Q11 is turned on. Application/Function 5V AVR IC 4ch BTL driver 3 phase motor driver Op.amp. AND Op.amp. AND Data decoder IC error collection, Buffered Audio Play, Subcode data AVR IC DRAM Inverter Inverter Digital signal processor IC and sled) function, automatic adjustment AVR IC Mechanism control MI-COM. EEPROM DVD APC CD APC DVD laser high-frequency redundancy circuit SW DFT level converter Layer jump monitor Layer gain select SW Sled movement detection circuit on/off SW Layer jump control SW When a base becomes "Hi", Q7 is turned on and sets the gain to Lo. When Q9's base becomes "Hi", Q8 is turned on and 5V power supply is supplied. For Lo kicking For Hi kicking Data backup memory (coefficient and others) DVD laser power control CD laser power control When Q5's base becomes "Hi", Q3 is turned on and DVD laser highfrequency redundancy circuit is working. 5V output for IC14, IC20 and digital circuits 3.3V output for IC14 EDO DRAM 4M Clock oscilator for IC14 and IC20, and buffer (33.86MHz) "HRES" inverter CD PLL, CD error corection operation, digital servo (focusing, tracking, Operation/Condition/Compatibility 5V output for RF amplifier, pickup and servo circuits Focusing coil, tracking coil, sled motor and lording motor driver PWM driving Spindle servo signal amplifier (LPF, gain matching) IC14 reset controler VC2 (1.65V) buffer IC20 clock on/off gate CD-ROM/DVD data decoder, ATAPI I/F, AV decoder I/F, DVD PLL, DVD
6
KNA-DV2100
MICROCOMPUTER'S TERMINAL DESCRIPTION
IC110 : MAIN UNIT
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 Pin Name P04 (TEL-CGON) P05 (TEL-CHAG) P06 (ACC ON) P07 (B UP) MODE0 MODE1 RST XO XI VSS P37 (POWER ON) P36 (WDP) P35 (ACC) P34 (BU) P33 (CKE) C P32 (IOPFLWR) P31 (ST1) P30 (ST0) P50 (IORES) AVSS P40 (VCC3ON) P41 (BVC3ON) P42 (RMUTE) P43 (RES3) P00 (SH4NMI) P01 (TEL-OVER) P02 (6.8VDET) P03 (3.3VDET) VCC I/O O I O O I O I O I I I I O I I O O O O O O I I I Status input 1 from SH4 Status input 0 from SH4 IO PLUS reset output GND connection terminal VCC3D selection terminal (Normal) VCC3D selection terminal (Backup) Mute output at Power ON/OFF NAVI reset output (VCC3 system reset signal) NMI output to SH4 Output voltage watch of power supply circuit Output voltage watch of 6.8V power line (CDHVCC) Output voltage watch of 3.3V power line (VCC3) Positive power supply connection terminal Lo : Reset Connected to GND lines. Lo : Normal operation Lo : Backup mode Lo : Mute ON Lo : Reset HiLo : Back up request to SH4 Lo : Output imprudence Hi : Output voltage OK Hi : Output voltage OK Connected to Backup power supply. RESET input (connected with RESET SW on the panel) Resonator connection terminal Resonator connection terminal GND connection terminal P ON output WDP input ACC detection input Momentary power down detection CKE from SH4 Capacitor connection terminal Not used (N.C.) Connected to GND lines. Hi : Power ON Detection of pulse edge Hi : ACC ON Hi : BU ON Lo : SDRAM self-refresh, Hi : SDRAM normal operation Description Power supply circuit control output Power supply circuit ON request input ACC ON output to IO PLUS Backup condition set-up output Processing Operation Hi : Power supply circuit ON Hi : Start request Lo : ACC ON Lo : Backup condition Not used (connected to GND lines) Not used (connected to GND lines) Lo : Reset
IC201 : MAIN UNIT
Pin No. 1 2 3 4 5 6 7 8 9 Pin Name RDY RESET CS0 CS1 CS4 CS5 CS6 BS VDDQ I/O I I O O O O O O RDY input Reset input Chip select 0 output Chip select 1 output Chip select 4 output Chip select 5 output Chip select 6 output Bus start Positive power supply connection terminal (+3.3V) Connected to VCC3 lines. Lo : Reset Lo : Selected (BOOT ROM) Lo : Selected (SRAM) Lo : Selected (IO PLUS) Not used (N.C.) Lo : Selected (CF Card) Description Processing Operation
7
KNA-DV2100
MICROCOMPUTER'S TERMINAL DESCRIPTION
Pin No. 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 Pin Name VSSQ D47 D32 VDD VSS D46 D33 D45 D34 D44 D35 VDDQ VSSQ D43 D36 D42 D37 D41 D38 D40 D39 VDDQ VSSQ D15 D0 D14 D1 D13 D2 VDD VSS D12 D3 VDDQ VSSQ D11 D4 D10 D5 D9 D6 BACK/BSREQ BREQ/BSACK D8 I/O I/O I/O I/O I/O I/O I/O I/O I/O I/O I/O I/O I/O I/O I/O I/O I/O I/O I/O I/O I/O I/O I/O I/O I/O I/O I/O I/O I/O I/O I/O O I I/O Description GND connection terminal Data bus Data bus Positive power supply connection terminal (+1.8V) GND connection terminal Data bus Data bus Data bus Data bus Data bus Data bus Positive power supply connection terminal (+3.3V) GND connection terminal Data bus Data bus Data bus Data bus Data bus Data bus Data bus Data bus Positive power supply connection terminal (+3.3V) GND connection terminal Data bus Data bus Data bus Data bus Data bus Data bus Positive power supply connection terminal (+1.8V) GND connection terminal Data bus Data bus Positive power supply connection terminal (+3.3V) GND connection terminal Data bus Data bus Data bus Data bus Data bus Data bus Bus use permission output Bus release request input Data bus Connected to VCC3 lines. Connected to GND lines. Connected to VCC1.8 lines. Connected to GND lines. Processing Operation Connected to GND lines. Not used (N.C.) Not used (N.C.) Connected to VCC1.8 lines. Connected to GND lines. Not used (N.C.) Not used (N.C.) Not used (N.C.) Not used (N.C.) Not used (N.C.) Not used (N.C.) Connected to VCC3 lines. Connected to GND lines. Not used (N.C.) Not used (N.C.) Not used (N.C.) Not used (N.C.) Not used (N.C.) Not used (N.C.) Not used (N.C.) Not used (N.C.) Connected to VCC3 lines. Connected to GND lines.
8
KNA-DV2100
MICROCOMPUTER'S TERMINAL DESCRIPTION
Pin No. 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 D7 CKE VDDQ VSSQ WE5/CAS5/DQM5 WE4/CAS4/DQM4 WE1/CAS1/DQM1 WE0/CAS0/ DQM0 A17 A16 A15 VDD VSS A14 A13 VDDQ VSSQ A12 A11 A10 A9 A8 A7 CKIO VDDQ VSSQ A6 A5 A4 A3 A2 DRAK1 DRAK0 VDDQ VSSQ CS3 CS2 VDD VSS RAS RD/CASS/FRAME RD/WR WE2/CAS2/DQM2/ICIORD WE3/CAS3/DQM3/ICIOWR Pin Name I/O I/O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O O Positive power supply connection terminal (+3.3V) GND connection terminal Chip select 3 output Chip select 2 output Positive power supply connection terminal (+1.8V) GND connection terminal SDRAM RAS control output SDRAM CAS control output Read/Write control output D31~D16 choice output D31~D16 choice output D15~D0 choice output D15~D0 choice output Address bus Address bus Address bus Positive power supply connection terminal (+1.8V) GND connection terminal Address bus Address bus Positive power supply connection terminal (+3.3V) GND connection terminal Address bus Address bus Address bus Address bus Address bus Address bus Clock output Positive power supply connection terminal (+3.3V) GND connection terminal Address bus Address bus Address bus Address bus Address bus Not used (N.C.) Not used (N.C.) Connected to VCC3 lines. Connected to GND lines. Lo : Selected (SDRAM) Not used (N.C.) Connected to VCC1.8 lines. Connected to GND lines. Connected to VCC3 lines. Connected to GND lines. Connected to VCC3 lines. Connected to GND lines. Connected to VCC1.8 lines. Connected to GND lines. Data bus Clock enable Positive power supply connection terminal (+3.3V) GND connection terminal Connected to VCC3 lines. Connected to GND lines. Not used (N.C.) Not used (N.C.) Description Processing Operation
9
KNA-DV2100
MICROCOMPUTER'S TERMINAL DESCRIPTION
Pin No. 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 Pin Name WE6/CAS6/DQM6 VDDQ VSSQ WE7/CAS7/DQM7/REG D23 D24 D22 RXD DREQ0 DREQ1 D25 D21 D26 D20 D27 VDDQ VSSQ D19 D28 VDD VSS D18 D29 D17 D30 D16 D31 VDDQ VSSQ D55 D56 D54 D57 D53 D58 D52 D59 VDDQ VSSQ D51 D60 D50 D61 D49 I/O O O I/O I/O I/O I I I I/O I/O I/O I/O I/O I/O I/O I/O I/O I/O I/O I/O I/O I/O I/O I/O I/O I/O I/O I/O I/O I/O I/O I/O I/O I/O Data bus Data bus Data bus Data bus Data bus Positive power supply connection terminal (+3.3V) GND connection terminal Data bus Data bus Positive power supply connection terminal (+1.8V) GND connection terminal Data bus Data bus Data bus Data bus Data bus Data bus Positive power supply connection terminal (+3.3V) GND connection terminal Data bus Data bus Data bus Data bus Data bus Data bus Data bus Data bus Positive power supply connection terminal (+3.3V) GND connection terminal Data bus Data bus Data bus Data bus Data bus Connected to VCC3 lines. Connected to GND lines. Not used (N.C.) Not used (N.C.) Not used (N.C.) Not used (N.C.) Not used (N.C.) Not used (N.C.) Not used (N.C.) Not used (N.C.) Connected to VCC3 lines. Connected to GND lines. Not used (N.C.) Not used (N.C.) Not used (N.C.) Not used (N.C.) Not used (N.C.) Connected to VCC1.8 lines. Connected to GND lines. Connected to VCC3 lines. Connected to GND lines. Data bus Data bus Data bus Not used (N.C.) Not used (pull up to VCC3 lines) Not used (pull up to VCC3 lines) Positive power supply connection terminal (+3.3V) GND connection terminal Description Processing Operation Not used (N.C.) Connected to VCC3 lines. Connected to GND lines. Not used (N.C.)
10
KNA-DV2100
MICROCOMPUTER'S TERMINAL DESCRIPTION
Pin No. 142 143 144 145 146 147 148 149 150 D62 VDD VSS D48 D63 VDDQ VSSQ MD0/SCK MD1/TXD2 Pin Name I/O I/O I/O I/O I/O I/O Data bus Positive power supply connection terminal (+1.8V) GND connection terminal Data bus Data bus Positive power supply connection terminal (+3.3V) GND connection terminal Clock movement matter mode selection terminal Clock movement matter mode selection terminal/Communication output to TV monitor Clock movement matter mode selection 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 MD2/RXD2 IRL0 IRL1 IRL2 IRL3 NMl XTAL2 EXTAL2 VSS · RTC VDD · RTC (3.3V) RESERVED VSS VDDQ CTS2 TCLK MD8/RST2 MD7/TXD SCK2/MRESET VDD VSS A18 A19 A20 A21 A22 A23 VDDQ VSSQ A24 A25 MD3/CE2A MD4/CE2B MD5/RAS2 I I I I I I O I I I/O I/O I/O I/O I O O O O O O O O I/O I/O I/O Positive power supply connection terminal (+1.8V) GND connection terminal Address bus Address bus Address bus Address bus Address bus Address bus Positive power supply connection terminal (+3.3V) GND connection terminal Address bus Address bus Area 0 bus width settlement terminal Area 0 bus width settlement terminal Pull down to GND lines. Pull up to VCC3 lines. Pull down to GND lines. Connected to VCC3 lines. Connected to GND lines. Crystal resonator settlement terminal Master mode settlement terminal GND connection terminal Positive power supply connection terminal (+3.3V) GND connection terminal Positive power supply connection terminal (+3.3V) terminal/Communication input from TV monitor Interrupt input 0 Interrupt input 1 Interrupt input 2 Interrupt input 3 NMl interrupt input Not used (N.C.) Not used (connected to VCC3 lines) Connected to GND lines. Connected to VCC3 lines. Not used (connected to VCC3 lines) Connected to GND lines. Connected to VCC3 lines. Not used (pull up to VCC3 lines) Not used (pull up to VCC3 lines) Pull up to VCC3 lines. Pull up to VCC3 lines. Not used (pull up to VCC3 lines) Connected to VCC1.8 lines. Connected to GND lines. Description Processing Operation Not used (N.C.) Connected to VCC1.8 lines. Connected to GND lines. Not used (N.C.) Not used (N.C.) Connected to VCC3 lines. Connected to GND lines. Pull up to VCC3 Lines. Pull up to VCC3 Lines/Communication output to TV monitor Pull up to VCC3 Lines/Communication input from TV monitor
11
KNA-DV2100
MICROCOMPUTER'S TERMINAL DESCRIPTION
Pin No. 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 Pin Name DACK0 DACK1 A0 VDDQ VSSQ A1 STATUS0 STATUS1 MD6/IOIS16 ASEBRK/BRKACK TDO VDD VSS TMS TCK TDI TRST VDD-PLL2 VSS-PLL2 VDD-PLL1 VSS-PLL1 VDD-CPG VSS-CPG XTAL EXTAL I/O O O O O O O I I/O O I I I I I O Address bus Positive power supply connection terminal (+3.3V) GND connection terminal Address bus CPU status output 0 CPU status output 1 Area 0 bus normal settlement terminal Emulator special terminal (UDI) Data output terminal (UDI) Positive power supply connection terminal (+3.3V) GND connection terminal Mode selection input terminal (UDI) Serial clock input terminal (UDl) Data input terminal (UDl) Reset input terminal (UDl) PLL2 positive power supply connection terminal GND connection terminal PLL1 positive power supply connection terminal GND connection terminal PG positive power supply connection terminal GND connection terminal Crystal resonator connection terminal Crystal resonator connection terminal Pull up to VCC3 lines. Connected to the test pin (CN150). Connected to the test pin (CN150). Connected to VCC3 lines. Connected to GND lines. Connected to the test pin (CN150). Connected to the test pin (CN150). Connected to the test pin (CN150). Connected to the test pin (CN150). Connected up to VCC3 lines. Connected to GND lines. Connected up to VCC3 lines. Connected to GND lines. Connected up to VCC3 lines. Connected to GND lines. Frequency : 19.8MHz Description Processing Operation Not used (N.C.) Not used (N.C.) Not used (N.C.) Connected to VCC3 lines. Connected to GND lines.
IC22 : DVD UNIT (X37-1010-01)
Pin No. 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 Pin Name VCC DATA XLAT CE SCLK F REQ E2 CLK E2 DATA PON FWE VSS F DATA GAIN B DATA RXD1 B CLK I/O O O O O O I/O I/O O I O O I I I Local I/F clock input Description Positive power supply connection terminal Serial data output to CXD3008Q Serial data latch output to CXD3008Q Chip selection output to CXD1867R SENS data clock output to CXD3008Q Local I/F RDY output EEPROM clock output EEPROM data input/output RF5V,D5V ON/OFF control Flash memory writing input GND connection terminal Local I/F data transmission output Pickup gain selection output Local I/F data reception input Not used (pull up to 5V lines) Hi : Gain set-up Lo Hi : ON, Lo : OFF Not used (pull down to GND lines) Connected to GND lines. Lo : Selected Processing Operation Connected up to 5V lines.
12
KNA-DV2100
MICROCOMPUTER'S TERMINAL DESCRIPTION
Pin No. 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 Pin Name B REQ LDON HOLD LOAD UNLOAD VSS SDEN SCLK SDATA PH ON D8 D9 D10 D11 D12 D13 D14 D15 VCC A0 A1 A2 A3 A4 A5 A6 A7 VSS A8 SENS FOK SLIM SW DOWN SW EJECT PONREQ NC IFSEL MNT2 E2 SEL TEST (TYPE) VSS AMUTE DEEMPH PD I/O I O O O O O O I/O O I/O I/O I/O I/O I/O I/O I/O I/O O O O O O O O O I I I I I I I I I I I I O I O CXD1867R interface selection input CXD1867R monitor input (SCSY) EEPROM mode selection input Mechanism type selection input GND connection terminal Audio mute request output De-emphasis input DAC power ON/OFF selection input Not used (Lo : Writing mode) Hi : 12cm, Lo : 12/8cm Connected to GND lines. Hi : Mute request Hi : De-emphasis ON Not used (Hi : ON, Lo : OFF) Description Local I/F interrupt input High-frequency redundancy control output Focus servo forced defect output Load motor control output Eject motor control output GND connection terminal SP3721A chip enable output SP3721A serial clock output SP3721A serial data input/output Photo sensor power supply ON/OFF output Data bus Data bus Data bus Data bus Data bus Data bus Data bus Data bus Positive power supply connection terminal Address bus Address bus Address bus Address bus Address bus Address bus Address bus Address bus GND connection terminal Address bus CXD3008Q SENS data input FOK input Pickup most inner position detection input Mechanism loading completion detection input Forced eject request input Hi : Focus OK Lo : Pickup most inner position Lo : Loading completed Lo : Eject Not used (built-in pull up to VCC) Not used (built-in pull up to VCC) Hi : AV, Lo : ATAPI Connected to GND lines. Not used (built-in pull up to VCC) Connected up to 5V lines. Hi : ON, Lo : OFF Processing Operation HiLo : Interrupt request Hi : Redundancy ON, Lo : Redundancy OFF Hi : Hold Hi : ON, Lo : OFF Hi : ON, Lo : OFF Connected to GND lines. Hi : Enable
13
KNA-DV2100
MICROCOMPUTER'S TERMINAL DESCRIPTION
Pin No. 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 ø STBY RES NC VSS EXTAL XTAL VCC AS RD HWR LWR MD0 MD1 MD2 AVCC VREF PHOTO A PHOTO B HOT FE JITTER PHOTO C OFFSET ADJ PI AVSS M STBY XINT FZC H FZC L ATA RST VSS SLED FCS UP FCS DOWN FG DRV MUTE CLOCK SP STOP L RES Pin Name I/O I I I I O O O O I I I I I I I I I O I O I I I I I O O I O O O O GND connection terminal Clock input Clock output (16MHz) Positive power supply connection terminal Address strobe output Read output Write (High) Write (Low) Operation mode set-up terminal 0 (Mode 5) Operation mode set-up terminal 1 Operation mode set-up terminal 2 A/D converter positive power supply connection terminal A/D converter reference voltage connection terminal Disc insert/eject sensor input A Disc insert/eject sensor input B High temperature detection Focus error input RF jitters value input Disc insert/eject sensor input C Op. amplifier offset adjust output PI input A/D converter GND connection terminal MI-COM. standby interrupt output CXD1867R decoder interrupt input FZC detection interrupt input at layer jump H FZC detection interrupt input at layer jump L ATAPI RESET input GND connection terminal Pickup position detection pulse input Focus jump UP output Focus jump DOWN output FG pulse input Driver mute output CXD3008Q serial data clock output Spindle motor control output Micro processor peripheral LSI reset output Hi : Brake Lo : Reset Lo : Mute Hi : Jump Hi : Jump Connected to GND lines. HiLo : Interrupt request Lo : Interrupt request HiLo : Interrupt request HiLo : Interrupt request Lo : Reset Connected to GND lines. Hi : DISC detected Not used (pull down to GND lines) Connected up to 5V lines. Connected to GND lines. Pull up to 5V lines. Connected up to 5V lines. Connected up to 5V lines. Hi : DISC detected Hi : DISC detected Connected up to 5V lines. Not used (pull down to GND lines) Standby input RESET input Description Processing Operation Not used (pull down to GND lines) Not used (connected to 5V lines) Lo : Reset Not used (connected to 5V lines) Connected to GND lines.
14
KNA-DV2100
TEST MODE
Preparation: Connect the DVD Navigation to the TV monitor of the KENWOOD touch panel.
2. Ending the test mode
Reset the system by pressing the reset button on the front panel.
1. How to enter the test mode
(1) Touch upon the "Menu" on the TV monitor and switch to the Navigation Menu screen.
3. Items on the test mode
By doing the following, various information can be obtained from the Diagnosis Menu.
3-1. GPS Information
The GPS reception status can be confirmed by touching on the "GPS Information". When confirming on the GPS reception status, put up the GPS antenna at a location where nothing blocks GPS reception. If the almanac data is lost due to conducting repair work and the like, the data can be rewritten by receiving GPS information with the GPS antenna, while the vehicle is stationary for about 20 minutes.
N
Menu
(2) Touch the Area 1 through Area 3 on the Navigation Menu screen in the following order: 12123.
GPS INFORMATION NAVIGATION MENU
Destination Entry Route Options Navigation Set Up Language Selection Cancel Guidance Options Stored Locations User Setting Elv
_ _° _ _° _ _° _ _°
Cancel
3
/ _ _ _° / _ _ _° / _ _ _° / _ _ _°
Ensure noting is blocking GPS reception Azm Level Status Elv Azm Level Status
_ _ _ _ _ _° _ _° _ _° _ _° / _ _ _° / _ _ _° / _ _ _° / _ _ _° _ _ _ _ -
Measurement Status : -
Date ( GMT ) : _ _ / _ _ / _ _ _ _ _ _ : _ _ Longitude Latitude N : _ _° _ _. _ E: _ _ _° _ _. _
1
2
(1) Elv./Azm: Displays current position of GPS in elevation and azimuthally projected direction. (2) Level: The reception level from each satellite is displayed in values (C/N). (3) Status: Displays whether receiving or in use. When in use, it is used for measurements. (4) Measurement Status: Displays /NG/2D/3D. (5) Date: Displays current time and date. (6) Position: Displays longitude and latitude of the current position.
(3) Switching the screen display on the Diagnosis Menu.
DIAGNOSIS MENU
GPS Information Vehicle Signal
Cancel Parts Information NAV RGB Check
15
KNA-DV2100
TEST MODE
3-2. Vehicle Signal
By touching the " Vehicle Signal", the vehicle and gyro signals can be confirmed.
3-4. NAVI RGB Check
By touching the "NABI RGB Check", RGB condition of monitor can be confirmed.
VEHICLE SIGNAL
ACC : On REV : Off SPD _ _ _ Gyro PKB ILL Pulses MPH km/h : On : Off
Cancel
NAVI RGB CHECK
Cancel
Need to confirm if the set color matches the display color Black Red Green Blue White
Voltage Relative bearing
: _ _ _ _ mV : _ _ _ _ degrees
· Vehicle Section
(1) (2) (3) (4) (5) ACC: On/Off. PKB: Turned on when the parking brake is put on. REV: Turned on when the gear is in Reverse. ILL: Turned on when the small lamp is turned on. Number of SPD pulses: Indicated the number of vehicle speed pulses. Speed: Speed is indicated in two ways.
Whether set color matches the display color or not can be confirmed.
3-5. Cancellation
By touching "Cancel", the monitor screen goes back to the previous screen.
4. Caution
In the test mode of this equipment, there is no item for SRAM clear (initialization of SRAM).
· Gyro Section
The following values in (1) and (2) below are changed when the ECU is rotated. (1) Voltage: Displays the current gyro voltage. (2) Relative direction: Displays the current relative direction.
3-3. Parts Information
By touching the " Parts Information", current NAVI and Disc information can be confirmed.
PARTS INFORMATION
Nav Information KENWOOD : ____ NAV SOFT : ____ LOADING SOFT Disc Information FORMAT VERSION KIWI _ _ - _ _ - _ _ DATA VERSION _ _ - _ _ _ _ _
Cancel
· NAVI Information
Current navigation software and ROM used can be confirmed.
· Disc Information
Current format and data versions can be confirmed.
16
7
TP512
6
IC502
R514 R508
2 22 C528 1
5
R512
1
4
D501
3
2
1 A
IC510
C520 C527 C532
4
R521 C549 C547 R558 TP511
C530 R520 C533 1
R513 R524
C534
8
E
T502
D507
1 8 C555
R571 R517 R570 R503 C514
R565 C554 R564
1
IC504
R560 TP508 C522 R555 C542
21
CN321
14
SUB UNIT (A/2)
R569
5 4
R526
E
R531 R530 C529
8
D504
C557
R523 C518 R519 R501
D502
5
B
B
C556
T501
IC508
T504
E 5 8 E
4 C504
R563 R510 C553 C552 C510
B 7 8 R552
1 4 R539 C524 IC507 6 4
C560
T505
R518 R528
1
R502 C503 C531
1
E
T508
C548 IC505 R537
8 1
C535
8
C517
5
TP502
IC501
B
C507 C561
1
R574
D503
4 5
C562
C521
9 4 E 5 3
C544 R557 R567 C546 R553
IC503
C539
5
B
5
1
R511
5 R536
R573
TP510
T503
D506
R549
4 B 4 3 3 13 1
R572 C543 R554 C502
1 TP504 3
R533 R559 R546 R538 C536
2
R532
C538 R544
B
C559
R515 C550
1 E
TP505 C511 R506 TP507
4 C515 12
R527 C545 R525 R556 R547 C512 R545 R550
1
C541
TP501 C505
5
8
4
R551 R561 C551 C501 C506 R566
2 B C513
T507
R548 R505 C508 TP509
2 2
D505
CN210
TP506 R562 R568 R504
2
CN240
CN230
CN220
PC BOARD (COMPONENT SIDE VIEW)
E TP503
T506
R541 R633
R543
C509
R540
3
4
C519
R516
R509
C558
R634
CN200
B
C537
IC506
C
SUB UNIT (B/2)
SW602 SW601
C610
1
C609
IC
SUB UNIT
tors and capacitors.
gram for the values of resis-
Refer to the schematic dia-
CN311
510
508
507
3
T
508 6B
507 5B
506 7B
505 7B
504 5B
503 4B
502 6B
501 6B 5B 5B 3B
D
Address
E
17
7 1 F
IC SUB UNIT 510 508 507
6
5
4
3
2
18
G
T 508 507 506 505 504 503 502 501
tors and capacitors.
Address
Refer to the schematic dia-
gram for the values of resis-
SUB UNIT (B/2)
CN311
PC BOARD (FOIL SIDE VIEW)
3 1
6I
5I
7I
7I
5I
4I
6I
6I
5I
5I
3I
SW601
C609 R633
C610
SW602
2 2 2
R634
H
C537 R541 TP509
CN200
C558
TP503
CN220
B
C506 C501 C551 R506 R505 R566 TP506 R562 R568 R504
IC506
4 3
C508 R540 C519 R516 R509
2
T506
C513 B
R561
R543
C509
CN210
CN230
C515
E
4
1
5
CN240
D505
SUB UNIT (A/2)
TP507
1
TP504
T507
R551
R548
C536
C505
8 1 E
C511
12
4 1
C550
3
C559
C541
R515
TP505
R556 R525 C545 R527
R554
C502
4
3
R538
3
B
4
13 2
TP501
I
D506
5
R572 R533 R532
T503
R536
TP510 E
R573
R511
C543
R559
R550 R545 C512 R547 R549 R544 C538
R546
4
5
5
3
4
5
1
9
5
4
5
1
C562
C521
IC501
TP502
R552
C507
C561
R574
D503
R518 C529 R528 R530 R531 C532
C539
8
1
1
B
8
IC503
C548 IC505
T508
B 8 B 7
C510
C535
1
R537
8
C517
C503
1
21
E E
T505
1 R539 C524 4 6 IC507
C504 4
C560 8 5
4
T504
C533
R520
C530
IC508
T501
C557
C556
E E B
R526
R569
C552 R563 R510 C553
C546 R553 R567 R557 C544 C542 R555
C523 C531 R502
5
5
C555
B
T502
D507
14 1 4
C514 R503
D504
1
8
R564 R565 C554
C528 1
IC510
C520 R514 R508
C527
IC504
R560 C549
R558 C547
TP508
TP511
C522
CN321
2 22 TP512
R570 R517 R571
R519 R501 R523 C518 R512
R524
1
8
D502
E
IC502
R513
R521
D501
C534
J
K
L
M
N
O
P
Q
R
S
T
1
PC BOARD (COMPONENT SIDE VIEW)
(FOIL SIDE VIEW)
X37-1010-01 (J74-1004-22)
CN3
R130
X37-1010-01 (J74-1004-22)
CN3
6.5V 6.5V R130
Q15
Q15
R83
GND
GND
C158
C158
R83
C45
1 C202 C203 C202
C45
1
R82
BE
IC27
IC27
IC7
IC7
5V
14
5V
C43
5V
4 5
C206
C206
LED+B
RF5V
C44 C147
1
IC26
IC26
Q18
Q18
1
R156 C201
R156 C201
CN6
CN6
CN5
SSW
L17 6.5V
CN4
C147
1
1
16 C207 R160 CP32 CP31
16 C207 R160 CP32
1
CN4
6.5V 1 22
L17
CN5
SSW
IC21
IC21
B
PON
E
C146 5
E
C146 5
B
PON
W5 R157
R157 W5
22
PHB
1
22
1
R145
L2
R145
L2
1
22
PHB
CN2
C145
D5V R151 R149 R150 CP19 CP22 R126
D5V
C155 C33
R2
C155 HOT CP31
R2
C145
R150 R149 R151
D4
IC15
IC15
CP20
CP20
R148
R148
R138
PHA 34 WCOIL
R147
3 1
4
R1
R1
CP33 CP21 R199
C101
CP27 CP29 CP25 CP23
C107
D3.3V
D3.3V
WCOIL
C133
C133
UCOIL
D10
DSW
C109 ODC 5V L5
D9
D8
D9
Q23
U-
U-
WW+ V-
C107
C104
C106
C105
C103
C105
C103
C102
C102
CN1
CN1
Q2
Q2
V+
V+
3
C60
C57 C58
C115 L6
C112 MNT0 89
B E IOPB E
C6
C4
C106
C13 R12
C4
C6
B E IOPB E
C13 R12
C104
C101
SLED+B C160 R90
DGND
DGND C112 MNT0 89
C115 L6
SLED+B C160 R90
L5
E B
C108
C108
Q1
Q1
Q9
Q9
C62
BE
BE
C62
GFS
GFS
14
C61 R79
R167 U+ B E Q8 R166 R168 R49 R50 DRV6.5
C59
C159 R89 C114
1
MNT1 C100
R107 C95
C97 C96
C12 C14
L4
C3
C3
E
E
CP2 PHC L7 SB R152 R15 Q5 ATARST R144 R14 E B BU5V C153 C152 E2SEL D5 W1 FG R19 LDON C154 R143 R17 GND RXD1 TEST R142 EB TXD1 R140 R141 /RES SDA
15
C67 C66 C65
28
DRVGND
C87 VC1.65V L3 R94
C11 R3 C8 R6 C10 R5 C7 C9 R4 R8 R197 R7 CDRFDC R198
CDRFDC R198 R7 R197 R8 R4 C7 C9 R171 C10 R5 R6 R172 C8 R3 R169 C11
LAYER
C73 R98 R99 R100 R97 C81
Q26
Q26
C65
R9 CP34
CP34 R9
CP35
CP35
LO+
LO+
LO-
C79
C91 C200 C199 R154 LRCK R158 DATA R159 XRST BCK C90 C142 R92 C89 R127 C42 R128 C70 C75 MNT0 C71 R93 R88 C74
C74 R93 C75
Q7
5 1
4
R159 R158
R153
R169 R172 R171
R153
C76
C89 C90
R154
C91
4
R54 R58 C49 C52
R161 R162 R163 R164
CP17 CP15 CP12 CP13
CP14 CP16
FDR52 R56 R53 R57
C51
R102
IC10
R88 C71 C70 C42 R92
Q25
Q25
IC10
BCK DATA LRCK C199 C200
C22
C22
R51 R55
C50
FWE
C48 19
C47 C46 1
C148
COUT MIRR
R136 C151
C151 R136
FE Q4 C28 CE SCK SDATA SDEN
SDEN
DRVGND
DRVGND
C28
IC8
C54 C53
R61
CDMDP LOCK
1
R165
IC23
IC28
IC28
IC13
IC13
C36
C36
R60
C144
R63 R62
CP3
C111
C111
CP3
C56
R73
JITT
JITT
R47
R47
C143 L10
L10 C143
Q10 Q11
R74
THL R43 R41 R40 C39 R39
TD+
C34
R24 R23 R22 C24
RFGND
RFGND
C128 RFAC C123 C122 R113
C17
C17
C132
C132
BE
R119 C127
FJ+
C39
R200
R200
R77
R45 R44
R36 C40
APEO VC1.65V
VC1.65V
APEO
R43
Q12
FJ-
1
1
R77
4
4
1 3
3
1
THL
R78
C126
Q13
Q13
C126
R78 FJ-
4 C40 R36
1
4
1
Q12
R44 R45
X37-1010-01 IC Q Address 4O 5O 5O 5O 5N 5N 2N 5K 3K 4L IC 11 12 13 14 15 16 17 19 20 21 Q Address 4M 4L 5M 4M 3N 3L 5M 3L 5M 2N IC 22 23 1 2 3 4 5 6 7 8 Q Address 4N 5N 3N 3N 4N 5O 4N 5N 4O 3L IC Q 9 10 11 12 13 14 15 16 17 18 Address 3L 5K 5K 5K 5M 2K 2L 5O 3M 2N IC Q 23 24 25 26 27 Address 3K 3K 4O 4N 5M
X37-1010-01 IC 1 2 3 4 5 6 7 8 9 10 Q Address 4P 5P 5P 5P 5Q 5Q 2Q 5T 3T 4S IC 11 12 13 14 15 16 17 19 20 21 Q Address 4R 4S 5R 4R 3Q 3S 5R 3S 5R 2Q IC 22 23 1 2 3 4 5 6 7 8 Q Address 4Q 5Q 3Q 3Q 4Q 5P 4Q 5Q 4P 3S IC Q 9 10 11 12 13 14 15 16 17 18 Address 3S 5T 5T 5T 5R 2T 2S 5P 3R 2Q IC Q 23 24 25 26 27 Address 3T 3T 4P 4Q 5R
Refer to the schematic diagram for the values of resistors and capacitors.
6
1 2 3 4 5 6 7 8 9
7
10
FJ+
L9
L9
C35 IC3
IC3 C35
C127 R119
BE
IC6
IC5
1
3
3
1
IC5
IC6
R113 C122 C123 RFAC C128
C41
C41
5 4
4 5
C24 R23 R22 R24
R64 R65
R76 R71
IC2
C34
IC2
EB
TD+
5 4
4 5
5
R39 R41 R40
BE
BE
40 R125 SE C137 41 R124 TE C136 R123 R146 CE R122 C120 R120 C135 R67 C131 VC2.5V C121 PI C130 R48
R121
D GS
C129 R118 C124 R116 R117
C38 R33 R35 R34 8
R116 R117 C124 R118 C129
C125 R115
R115 C125
VC2.5V OFFSET
TD-
B E R129 R131
OFFSET
R37
R129 R131 E B
THH R38 8 5 FELPF
R114
R121
R74
TD-
R21
R21
FZL
Q27
60
R125 C137 R124 TE C136 R123 R146 CE R122 C120 R120 C135 R67 C131 VC2.5V C121 C130 PI R48 41 SE
R73
GS D
5
R70
C55 R68
R42
R42
RFGND FE C139
1 3
3
1
4 FE
C37 R31 R29
VC2.5V
C37 R31 R29
1 XLAT
RFGND FE 40 C139
Q6
FZH
C117
C55 R68
C56 R70
Q11 Q10
EB EB R64 R65
R76 R71
R62 R63
IC20
CLOK DATA
1
8
IC20
C144
R60
4
5
R165
20 R59
CE
38
CP4 R109 SCLK R110 C162 R201 R111 5 4 5 4 C141 IC17 5 1 4 CLOK 1 1 8 R108 8 4 XLAT 1 3 DATA L8 C118 C117 FE FZH Q6 C119 61 C140 C38 Q27 FZL R33 60 R114 R37 R34 R35 R38 THH 8 5 BE 8 5 FELPF
W10
D6
C53
DFCT
IC23
R201
LOCK CDMDP
SDATA SCK
R30
R30
R110
DFCT
C54
4 5 1 IC17 C141 4 8 3 R108 1 C118 L8 C119 C140 61
38
20 R59
D6
LRES 80
C68 R32 DFT Q16 C29 TE C31
FE Q4 C31 TE C29 C68 R32 DFT Q16
CP5 C161 20 R25 21
C163 R109
FOK R28 IC4 5 4
FOK R28 4 5 IC4
SCLK
CP4 C162 R111 5
LRES 80
1
CP5 C161 R25 20 21
C30 C32
C32 C30
MIRR COUT
4 5
R134
R134
3 1 X1 C163
26
26
25 HOLD SCL CP11 CP18 CP9 D7 5 8
1
25 SCL HOLD CP11 CP9 CP18 D7 5 8
3 4 1 5 X1
1
19
R61
IC8
R163 R164
R161 R162
MNT0 R128 R127 C142 XRST
R27
R27
R174 5 R175 R103 4 R132 1 R133 8 D3 C88 LOAD C69 R26 UNLOAD
R11 R13
R13 R11
IC12 C83 3
IC22
IC22
R87 MDIN2
R91
MNT2 MNT1
IC11
IC11
MNT2 MNT1
C50
MNT3
C16 64 C19 C18 C20 IC1 C21 R16 C27 GS 49 C26 D R18 C23 32 100 C25 48 33 R69 SG GS 1 R137 R66 RF D D
RFGND
R170 1
CP14 CP16
50
CP17 CP15 CP12 CP13
SD- SD+
FD+
C78 R95 132 C77 133 R96
C92 1 176
R10
R10
Q7
R86 R84 R112 R135 R20
RFGND
R173 CP8 CP6 51 C164 C150 C165 75 R72 76 C149 50 16 R139 B E 17
MD2
R170 1 C16 C19 64 C18 C20 IC1 C21 R16 C27 SG 49 C26 D R18 C23 32 100 C25 48 33 R69 R137 S G GS R66 RF D D
CP8 CP6 C165 C150 C164 75 R72 C149 76 16 E B R139 17
MD2
SPIN
51
176
C78 132 R95 C77 133 R96
4 5
SPIN
R173
R84 R86 R135 R112 C92 1 R20
LO-
R91
MDIN2 R87
MNT3
3 1 IC12 C83 R175 5 R174 R103 4 R132 1 R133 8 D3 C88 LOAD C69 R26 UNLOAD
FD+ FDR51 R55
SD+ SD-
R53 R56 R52 R57
C51
C72 R155 C116
SENS
SENS
C116 R155 C72
C46 C47
C48
R54 R58 C49 C52
C66 C67
C93
EBE
LAYER
W2
R85
CP7
CP7
W2
R85
E BE
C93
C82 C80
C81 R97 R100 R98 R99 C73 C76 R94 L3 VC1.65V R102 C79 C87
R105 R104 C86 RFIN C84 R101 C85 C82 C80
IC14
B AO
Q3
BO
BO
SLED+ SLED-
SLEDSLED+
ODC3.3
B AO
ODC3.3
FO+ TRFOTR+
TR+ FOTRFO+
C
C
A
A
D
D
IC14
IC9
C63 C64
Q24
21
C99 20 C98
CD DVD PD
DVD CD PD
C148 FWE Q3 SDA R141 /RES R140 TXD1 EB R142 TEST RXD1 GND R17 R143 C154 LDON R19 FG W1 E2SEL D5 C152 C153 BU5V B R14 E R144 ATARST R15 Q5 R152 L7 SB PHC CP2 W10
F
F
C15 L1
C15 L1
L4
B
C95 C94 R106
C94 R106
C64
C63
C99 C98 20 C86 C85
C114
B
D1
1 1
D1
C12 C14
E
C97 C96
R107
MNT1 C100
C159 R89
E
MNT2
IOP+
C5
C5
IOP+
MNT2
E B U+ R50
1
R79
C59
44
C1
C1
44
Q8
R167 R166 R49 R168
C61 14
21 R105 R104 C84 RFIN R101
DRV6.5
Q24
28
IC9
15
DRVGND
X2
X2
C58 C57
IC16
IC16
H-
H-
VCOIL
VCOIL
R80 R81
88
45
D2
D2
45
B E
VW+ W-
CP26
Q23
CP26
D8
C60
C113
5V C109 ODC
C113
88
DSW
D10
40
1
R46
C110
C2
C2
C110
R46
1
40
UCOIL
5 C138
30
30
CP30
CP30
CP23 CP25
CP21 R199
34
EB
O
O
BE
1 5 C138
PHA
CP24 CP28
G
HOT
D4
IC19
I
C33 G
I
IC19
4 3
R126 CP22 CP19
Q17
Q17
CP28 CP24
CP29 CP27
CP33
R147
R138
CN2
1
1
PHSLED
PHSLED
1
C157
8 C208
9
9
8 C208
C44
RF5V
3
3
1
59
C204 R202
C204 R202
59
1 C157
LED+B
5
/PHON
5
GND
4 5
GND
5V
1
L22
1
L22
C43
2
Q14
14
EB
CN2
2 60
R203 C205
CN2
60 2
BE
R203 C205
C203
PHON
1
4
4
1
R82 BE
PHON
L20
L20
Q14
/PHON
R81 R80
20
U
V
W
X
Y
Z
AA
AB
AC
AD
1
PC BOARD (COMPONENT SIDE VIEW)
MAIN UNIT
CN110 CN120 CN100
MAIN UNIT IC 101
CN130
X13-9770-00 (J74-1023-12)
T Address 4V
WCOIL H+ R4 W+ V+ HWUVLED+B SL+B U+
6 C462 12
1 7
R413
10 5
6 1 R406 C409
10 5 R412 R408 R415
6 1 C411 C713 19 20 1 2
103 104 105
3V 4U 3V 6V 4V 4V 4W 4X 3Y
TH1 HOT PHB PHC PHA UCOIL
3
2
VCOIL
R472
CN140
IC403
R454 1 7 6 10 R451
8
C460
IC452
C710
C706
C703
C709
C702
C712
C717
C701
C711
4 5
1
C413
7
C458
SW451
C408
GND 1
R419
R418
C101
8 R423 1 R422 8
R701
R716
R702
C135
1
R710
R711
8
R703
R430
4
3
T702
E B
T701
E B
C720
107 110
1
CN1
2
D101
C3
14
1
3 CN400
106
SLSW 16 DWSW R2 R1
IC451
9 16 9 R367 R368 R363 R361 R362
IC402
16
R425 R424
L101
IC701
R729
C118
R727
R725
C722
R728
C721
IC702
5 4 5 8 4 1
6
1
Z651
1
201 202 301
IC437
4 1 3 5
SLDO
LEDAC
C119
48
33
R359
C369
R364
IC401
LEDB LEDS PHS
R3
34
CN2
5
4
S1
8
1
32 R363 R358
IC353
R737 R738
1
49
4 1
IC706
5 4 5 4 3 1 31
IC703
C724
302 303 352 353 402
6
3Y 4Y 3Y 3Y 2X
SLDI
8
1
1 CN3 13 BLACK LOADR8 PHSCMP R5 C1 1 3 5 4 R7 R10 R9 R6
IC103
R354
X351
O I G
D105
CN320
25
13
L103
24
IC355
5 8
R434 C434
IC705
12
14
IC704
C106
16
R302
R304 R303
R301
1
1
6
36
IC105
37
IC651
48
5
4
15
C302
CN330
12
1
13
48
7 D
S
T111
S S D G G C227
IC431
L102
R733
8
1
60
2
403 433 435 437
2X 4Z 4Z 3AA 4AA 2X 2X 4X 2Y 5X 5Y 5Y 5Y 6W 5W 5W 5W 6Y 6W 6V 6V 5V 6V 7V 101 3V 5V 5V 3W 3W 2Y 2Y 6V
RED LOAD+
C107
20
C318 5 105
R604
25
36
1
G R122 R124 R125 R121
D
T110
IC101
9 8 R223 R230 R227
R114 R109 C104
R605 C603 C229
C372
4
3
5
8
IC302
21
2
1
IC352
37 4
24
59
3
T101
1 R386
4
1
IC301
C305
X13-9770-00 IC 1 Q Address 3AD
C658
28 1
438 451 452 606 701 801 802 809
156
105
157
104
157
104
O G IC652
C124
R234 R235
R373 R370 R374 R369
16
156
5
1
IC606
IC432
4 C432 C431
1
3 C433 R433 C436 C435
IC107
IC435
1 3
X101
1 3
5 4
5 4
C145 15 C144 C151
IC433
4
16
I 1
R129 G I R130 O R221 R222 R226 R212 R211
1
C401
R246
IC104
G
R160 16 R159
25
12
30
C209 C208
13
O
CN350
IC110
C123
IC201
IC303
C439 R436
C441 R438 C442
24
810
I G O
208
208
22
12
I
R210
IC438
IC202
53 36 53 1 52 37 48 1
901 902 903
23
11
R208
R155 R154 5
52
1
IC653
R243
X201
1
X202
R821 R822 R823
D802
45
C438
R909
33
GY801
44 R654
IC810
34
1 3 R867 C868
C838
IC601
R653
R654
128
5
3
E B
1
4
3
IC902
193
5
4
2
T107
IC903
5 1
192
129
4
1
1
27
1
R864
904 905 906
1
C608
R863
1 3 R865 R866
SW801
8 E 2 C 1
5
24
1
IC904
28
27
B
1
5
E
C837
X651
4
3
T108
28
54
IC809
4
R908
951 952 953
R860
IC953
1 3 R861 R862 C812
24
1
IC802
IC801
954
X802
BA101
4
C152
5
4
IC807
IC808
R859 R806 R805 C801
X801
25
48
IC906
IC901
4
1 4
1
955
R813 R854
24
1
IC951
64
54
R856 R858
C148 25 48
C804
25
48
C841
CN150
256
65
5 8 5 R857
8
R869
L801 C840
1
107 108 110
10
1
1
R852 R845 R836 R829 R828 R827 R826 R825
R853
6
IC106
C807
5
R819
CN340
1
1
1
IC905 IC907
24 C825
25
T951 IC952
8 7
E B
1 26
25 50
7
1
111 701
IC804
8 14
CN310
9 14
8 1
D602
5 8
1
R902
IC805
48
1 3 5 4
1 3
5 4
R637
IC954
4 1
R901
D803 IC806
R820
702 951
3
1
1
16
Refer to the schematic diagram for the values of
1
IC955
GND
RXD
RES
TXD
EN
resistors and capacitors.
7
21
C2
3
C725
64
17
IC1
22
1
7
AE
AF
AG
AH
AI
AJ
AK
AL
AM
AN
1
PC BOARD (FOIL SIDE VIEW)
MAIN UNIT
MAIN UNIT IC
C714 C707 C715 C708 C716 C705 C719 R401 R708 R705 R718 R709 R722 R724 R706 R735 C723 R712 R720 R713 R726 R715 R721 R723 R732 R405 C718 R404 R731 TP701 R421 R420 R417 R416 TP108 TP109 C415 TP354 C357 TP351 C356 R623 R622 C351 R134 R135 R131 R132 C362 C353 C704 R439 C404 R714 C402 C405 C406 R403 R402 C403 C401 C407 R407 R414 TP703 R704 TP704 R717 R429 C414 R466 R471 R470 R410 C412 R409 R428 C464 R468 R475 R455 R456 R474 TP102 TP103 TP104 B E B C153 R105 R149 R150 R146 R147 R102 C120 C121 R101 TP105 PHSCMP 3 1 R5
C1
X13-9770-00 (J74-1023-12)
T Address 3AG
H+ WCOIL VCOIL UCOIL HWUV-
R458 C410 R461 R457
C463 R460
357
TP101
102 103 104
T402
3AJ 3AJ 3AI 3AI 3AI 3AJ 2AK
R3
SL+B U+
R4 V+ W+
D406
R426
R462 C459
D451
R411 TP127
106
T401
E
CN1
2
1
109 401
SLSW DWSW
R1 R2
D405 D403
TP130
D108
C127 C125
C154
16
D404
402
2AK
S1
B C440 C445 R437 TP433
LEDAC
SLDO
T703
E B
TP702
R707
LEDB LEDS
CN2
C3
R719
R464 R463 R467 R465 R473
R469 C461
R459
D453
1 GND
PHA PHC PHB
105
LED+B
34
HOT
D702
R736 B E
D701
SLDI 1 R8 BLACK LOAD-
E
D402
C358 R356
T705
3
4
3
R306 R310 TP303
R305 R380 C303
R357
T105
C602 TP304 C352 TP353 B E
T106
B E R142
T104
B E R139
T109
B E R137 C150
B E
R104 R107 B E C112 C111 R116 R117 C126
TP106
D109
B E R148
T102
TP128 C660 C651 TP651
C306 C307 TP436 R309 C435 R431 C317 C322 C324
C304 R307 C373
R351 R360 R352 R353 R308 C319 C604 R365 R366 C364 C365 C316 C220 C228 C224
R144 C103
C114 R115 C122 C226 C225 R219 R216 R214 R228 R231 R241 R220
T103
X13-9770-00 IC 1 Q Address 3AM
C223
R118
C110 R127 C661
TP202 D201 R229 R238
C321 C320
R138 C219 C218 TP110 C117 R166 R165 R170 R168 TP131 TP113 TP117 TP116 TP123 TP124 TP111 C663 C664 TP118
4
C443 C444
R432
D202
R217
C314 1 C315 TP302 TP301 5 TP437 TP201 R242 3 4
C217
TP203
TP114
TP431
TP432 C313
IC203
C312 C214 R236 R240 C205 C204 C203 C202 C201 C213
R169 TP112 TP655 R809 C803 R810
C211 TP122 TP115
L403 C605 L402 C606 C437 C446 C607 TP435 TP601 R602
C311 C310 C309 C308 R250 R249 C230
C210 C234 R244 TP204 TP205 TP807 C237 R247 C833 TP806 C829 C835 TP805 C827 C826 C834 C823 C821 R830 R831 R832 R849 R833 R834 R814 R815 C817 R812 C816 C822 C814 TP804 C813 C811 C810 C809 R870 R980 R967 R911 R910 C925 C933 R951 R966 R970 R957 R969 R958 R959 R968 C808 R811 C824 R835 R837 R840 R847 R839 R838 TP803 R816 R841 R842 R843 R844 C806 C902 R978 C818 C815 C904 C906 C905 C828 C831 C805 C830 C832 C909 C907 C231 C232
C652 TP654
R656 R655 C657
C662 TP656 C659
R207 TP653
R206 C911 C910 R906 R907 C922 C653
C656 TP652
5
C836
C665 C655 R161 R162 R156 R855 R808 C802 R807
C654
R164 R803 R802 R801 R804
C955 TP120
R203
C819
D106 D117
TP121
C934 C924 C953 R972 C951
TP119
D107
R158
6
R206
C820
C147 R152 R151 C612 R973 R971 R636
D801
R817 R818 R982
R981 R965 R964 R963 R956 R955 R952 R961 R962 R960 R954 R953 C977 C976 C954 C952
R824 R846
R848 R850
D601
Refer to the schematic diagram for the values of resistors and capacitors.
7
R6 R9 R10
R110 R113 R120 R119
R103 R111 D104 R112 R123 D103 R108 R128 C102 R106
IC1
T704
D112
D113
TP107
IC357
1 5
D401
PHS 13 CN3
C105
4 5
R7
T651
C2
RED LOAD+
TH1
24
A
B
C
D
E
F
G
H
I
J
1
DVD UNIT (X37-1010-01) IC1 IC2,12 IC3 IC4 IC5 IC6 IC7,21 IC8 IC9 IC10 IC11,13 IC14 IC15 IC16 IC17 IC19 IC20 IC22 IC23 : : : : : : : : : : : : : : : : : : : SP3721A NJM2125F NJU7093A NJM2406F NJM2100M LA6393M L88MS05T LA6553 BD6661FV NJU7096AR SN74AHC1G08D CXD1867R L88M33T IS41C16256 SN74AHC2GU04H SN74AHC1GU04D CXD3008Q HD6433062G24XI BR24C04FV-W Q1,2 : MCH6101 Q3,8,14,24 : 2SB1295 Q4,25 : 3LN01M Q5,7,9,13,15,17,18,23 : DTC124EUA Q6,16 : 3LP01M Q10,12 : 2SC4081 Q11 : 2SA1576A Q26 : UMC2N Q27 : CPH3105 D1,2,7 D3,6 D4,5 D8-10 : : : : DAN217 DAN202U DA114 SB02-03Q CN1
FO+
DVD UNIT (X37-1010-01)
1
37 34 36 35
22K 22K 22K 22K
TR- 2 FO- 3 TR+ 4
18 13 Q3,5 Q7
DVD LD POWER SW
R198 20K
LAYER GAIN SW
C16 1.0V 1000P
C19
0.6V R16 12K 2.5V C21 0.1
0.1
3.4V C18
C25 0.1
C23 0.6V 3.5V 0.1 0V 50 0V 49
C20 0.1
R19 1K
3.7V
3.7V
LAYER
5
R173 100K
64
63
62
61
60
59
58
57
56
55
54
53
52
51
VCC DR 6
R172 3.3K R171 3.3K C3 0.1 R170 3.3K R7 3.3K R8 3.3K C9 2200P C7 2200P C10 2200P C8 2200P C11 270P 1 2 C1 3 4 3 4 5 6 7 8 9 10
21
0V
R169 3.3K
3.4V
5.0V
Q5
Q7
R197 20K
0.1
CDRFDC
HOLD1
AIN
DI
CDRF
SIG0
FNN
BYP
DIN
AIP
FNP
RX
ATON
ATOP
VNA
VPA
Q3
GND 7 LD DVD 8 VREF 9 VCC 10 D DVD 11
R17 10K
5V 0V SDEN SDATA SCLK LCP LCN 48 47 46 45 4.0V
ACTUATER,MOTOR DRIVER
23 25 24 6.5V
50
DVDREF DVDRPN PD1 2.5V PD2 A2 3.5V B2 C2 D2 CP 3.45V CN
2.4V 0.5Vp-p
2.4V
2
5V 0V 3.5V
IC8
1 2 VS VO3+ 2.8V 3.0V 3 4 3 2.8V 4 VO3VO4+ VO2+ VO12.8V 36 35 NC VO238 37
2.6V
R5 1.5K R4 1.5K R3 1.5K R6 1.5K R1 91 R2 91
13 14 11 12
0.1
IC1
RF SIGNAL PROCESSOR
1.6Vp-p 0.23Vp-p 1.4Vp-p
44 4.0V C28 43 42 41 40 0.047 42 39 40 2
SIGNAL LINE GND LINE B LINE to VPU1
A DVD 12 B DVD 13 C DVD 14 PD DVD 15 VR DVD 16 GND 17 VR CD 18 PD CD 19 GND 20 E CD 21 VREF 22 SLED 1 SLED 1 SLED 0 SLED 0 LED GND LED AC LED SLED LED B PHSLED PHB PHC PHA PHGND VCC 29 F CD 30 LD CD 25 GND 26 BM CD 27 AM CD 23 AO CD 24 3
0.3p-p CE 0.07Vp-p FE TE MEI MEV TPH 2.4V 0.5Vp-p 3.05V 2.45V
37
39 3.0V C31 1000P 38 3.5V 37 0.06V 36 3.3V 35 2.5V C32 43 C29 0.1
36 35
CP35 12Kx2 C4 0.1 11 12 13 14 R10 12K C2 0.1 11 12 13 14 CP34 12Kx2 3.1V 15 2.5V 16
R13 22K R11 22K R9 12K
D 2.6V C B A
DVDPD DVDLD CDPD
DFT PI MIN MEVO
FD CHG
23
5 C46 1000P R51 7.5K R53 7.5K R56 4.7K C47 1000P R55 4.7K
2.8V
5
VO4-
VO1+ NC MUTE1 MUTE2
34 33 32 31 4.4V
34
SLED MOTOR
M
1 2 3 4 5 6 7 8 9 10 11 12 13
3.5V 0V
34 2.16V 0.22 C30 33 3.16V 680P 34
6 2.5V 1.6V 1.6V 7 8 9
NC VO VINVIN+
LDON
CDTE
CDLD
VCI2
VNB
VPB
VCI
MP
3
ME
NC
VC
VFPC1(X92-355)
F E
MIRR
MLFP
0.17V 21
0.35V 22
31
5.0V 32
2.5V 18
19
0V 20
0V 23
0V 25
2.5V 26
5.0V 28
29
17
5.0V 24
2.5V 27
30
C6 0.1
MIRR LEVEL SIFT Q25
20
R69 4.7K
4
C50 1 C51 1
33
D6
MUTE3 30 0V 29 0V 28 0V 27 2.55V 26 2.2V 25 2.2V 24 2.55V R70 4.7K C56 1000P 2.55Vp-p VIN223 2.55V 22 R59 10K R76 STBY
R71 1K
4.25V
0V 6.5V R161 120K R162 120K R164 20K C48 0.022 R52 11K R54 11K R58 4.7K C49 0.022 R57 4.7K R163 20K 2.55V 2.2V 2.2V
10 11 12 13 14
FR VCC VIN4 VIN4VIN4+
FR SGND VIN1 VIN1VIN1+ VIN2+
C55 1000P R68 4.7K R73 27K R74 27K
20 21
C27 0.033
BO CD 28
0.033
C26
C5
0.1
21
23
13 14 R14 10 R15 10 Q4
C22 0.1
31 32
DFT LEVEL SIFT
30
1.8V 15 1.8V 16 2.55V 17
VIN3+ VIN3-
VIN2
R63 150K
Q11
Q1
Q2
C17 10u6.3 + C12 10u10 + C13 10u10 + C14 0.1 C15 10u10 + L1 10uH
2 0V
R200 22K
C24 0.1
4.7K
R18
R65
R64 10K
1K
I0P-
M
SLEDI SLEDI Q1 Q2
R12 6.8
I0P+
5.0V 2.5V
DVD APC CN3
SLEDI 1 SLEDI 2 SLEDO 3 SLEDO 4 LEDGND 5 LEDAC 6 LEDSLED 7 LEDB 8 R2 330
15K R5
CD APC
VC (2.5V) BUFFER
L2
FD CHG INVERTER
C54 4.7
LAYER JUMP LOW KICK
LAYER JUMP HIGH KICK
26 IC1 28
SLED PULSE WAVEFORM SHAPE
CN1
34 SLED+B 33 BU5V
CN2
LED+B 1 NC 2 UCOIL 3 UCOIL 4 VCOIL 5 VCOIL 6 WCOIL 7 WCOIL 8 H- 9 W- 10 W+ 11 V- 12 V+ 13 U- 14 U+ 15 CP2 2.2Kx2 1 2 3 R82 10K
93
Q14
94
95
Q16
C33 10u10 +
C53 4.7
Q10
Q11,12
1K
SUB-CIRCUIT UNIT (X13-9770-00)
IC1 : NJM2406F
R77 10K
R78
4
5
LOADING MOTOR
Q16
R165 47K
C52
4
D1
D2
21 R66 4.7K
VIN3 2.55V 18 VREF OUT 2.55V 19 VREF IN
1
21 6.5V
VREF 20 5.3V SW
R62 150K
SLED PHOTO
PHOTO C
PHOTO B
PHOTO A
1 2.5V
2.5V
3
Q4
R60 10K
IC2
29
14
13
13
10K
Q10
Q12
18
Q15
R83 1K
22K 22K
26 Q14,15
26
C1 0.1
R8 3.3K
32 LOAD31 LOAD30 LOAD+ 29 LOAD+
TH1
DISC DETECT CIRCUITE SW
R3 330 R1 300
IC1
1 20 19 18 R7 2 3 4 5
IC7 5V AVR
Q8
VOUT R49 10K 5
C43
5.0V
R168 100K
C61 1
PHC 11 PHA 12 PHGND 13 C3 0.1 MECHA CHASSIS
26
26 SLEDI 25 SLEDI 24 DGND 23 PHSLED 22 DGND 21 HOT
16 14 13
16
C64 4.7
C63 4.7
5
PHSLED 9 PHB 10
28
28 SLEDO 27 SLEDO
100P
C44 10u10 +
C62 1
D8
D9
D10
Q24
R167 1K
R166 10K
CN GND STB VIN
4 3 2 1
1.1V
0V 0V C45 2.2 R130 10K
13
12
11
1/2W
C60 0.01
100K
C2 0.1 R10 10K
R6
11 10 9
R84 10K R85 10K R86 30K
R80 0.22
1M
12
14
10
9
3
2
1
6.5V
7 5.0V
8 0V
5 0V
14
13
12
CN2
UCOIL 1 3 5 7 9 10 11 12 13 14 15 16 3 5 7 R4 4.7 UCOIL 2 VCOIL 3 VCOIL 4 WCOIL 5 WCOIL 6 H+ 7 H- 8 W- 9 W+ 10 V- 11 V+ 12 U- 13 U+ 14 SW#2 15 SW#1 16
10
18 16 15 14 13 12 11 10 9
18 PHA 17 DOWNSW 16 SLEDSW 15 U+ 14 U13 V+ 12 V11 W+ 10 W9 H8 WCOIL 7 WCOIL 6 VCOIL 5 VCOIL 4 UCOIL 3 UCOIL 2 NC 1 LED+B SLEDSW 16 DOWNSW 17 PHA 18 PHC 19 PHB 20 HOT 21 GND 22 PHSLED 23 NC 24 SLED- 25 SLED- 26 SLED+ 27 SLED+ 28 LOAD+ 29 LOAD+ 30 LOAD- 31 LOAD- 32 HOT5V 33 SLED+B 34
4 0V
S1
6 6.5V
R9 10K
19
19 PHC
10K
3 2 1
6.5V 0V
22K
11
RNF1
VM
A1
H3-
H2-
H1-
GND
VCC
RNF2
H3+
H2+
H1+
A2
78 83 79
OSC
0.5Vp-p 0.35Vp-p
MODE2 MODE DGND ECR CNF
NC
NC
NC
VH
EC
FG
PS
FR
to VMI (X92-355)
80
6.5V 0V
IC9 CONTROL SW
Q18
IC7 CONTROL SW
Q8,9
2.15V 16
0V 22
0V 26
0V 17
2 3 4 5
R79 4.7 0V
1Vp-p
C66 470P
1.65V
23 24 C65 0.1 96
C67 100P
99
7
97
0V 27
6
15
18
19
20
21
SLED PULSE DETECT CIRCUITE
23
25
24
28
22K
Q23,24
22K
DOWN SW
48 49
A3
IC9
9
3-PHASE MOTOR DRIVER
R50 1K
Q9
22K
20
20 PHB
R81
22K
C57 1000P
C58 1000P
C59 1000P
22K
Q23
Q18
K
L
M
N
O
P
Q
R
S
T
U
V
W
X
Y
Z
AA
AB
AC
AD
1
CN20
53 CP33 12Kx4 CP21 82x4 R147 100 1 6.5V EJECT 2 D10W3 6.5V 4 D10R5 6.5V
54
R32 10K 0.1Vp-p
L4 L5
C109 10u10 + C108 10u6.3 +
C103
C105 0.1
C107
0.1
0.1
C101 0.1
C102 0.1
C104 0.1
C106 0.1
C110 10u10 +
R33 10K
R28 3.3K
49
56
82
89
84
59
48
6 HA0
3.3K
R42
5.1K
R21 100
82
79
78
76
75
86
85
83
80
74
73
71
69
68
87
84
R22
67
66
51
49
62
59
56
55
65
63
60
57
54
53
48
Q6
90
R38 1M
R37 10K
0.1Vp-p
C38 150P R34 10K R35 4.7K R31 1.5K R29 24K R199 12K C113 0.1 60 CP20 82x4
7 GND 8 HA1 9 GND 10 HA2 11 GND 5V 3.3V 0V 62 VSS IO15 IO14 IO13 5V 3.3V 0V IO12 VSS IO11 IO10 IO9 3.3V 0V 3.3V 0V 3.3V 0V IO8 NC LCAS UCAS OE A8 A7 A6 A5 A4 VSS 40 39 38 37 36 35 0V 34 33 32 31 30 29 28 27 26 25 24 23 22 21 0V 106 105 104 102 101 99 97 96 [3.3V] 95 94 89 87 86 85 84 CP19 100Kx2 57 CP25 22x4 45 43 40 37 65 CP27 12Kx4 CP29 12Kx4 24 DASP25 HDB13 26 HREST27 HDB12 28 AMUTE 29 HDB11 30 AUDIO R 31 HDB1O 32 AGND 33 HDB9 34 AUDIO L 35 HDB8 36 GND 37 GND 38 5V 21 HDB15 22 PDIAG23 HDB14 46 53 R149 470 R151 10K 63 51 55 54 R150 22 CP22 22x2 13 IORDY 14 CS1FX15 IOCS1616 CS3FX17 INTRQ 18 DMARQ 19 GND 20 DMACK12 GND
R23
6 2.56V
5 2.56V
R107 22
5 5.0V
8 5.0V
3.3V
3.3V
5.0V
3.3V
5.0V
5.0V
5.0V
3.3V
7 0V
5.0V
0V
0V
0V
0V
5.0V R138 10K C149 0.1
IC4
R30 1M C34 0.1
3V 2.5V
0.95V
200K
R46 100
7 5.0V
6 2.4V
5.0V
5.0V
R39 15K
46 45 5.0V 66 67 5V 0V 44 43 42 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 16 15 0V 14 13 12 11 10 9 8 7 6 5 4 3 2 1 0V 3.3V 5.0V 14 13 12 11 10 9 7 C93 0.1 5.0V 5 R20 22 5.0V 3.3V R106 4.7K 20 0V 5.0V 0V 3.3V 5.0V 0V 68 69 71 44 43 41 40 39 37 C97 0.1 76 78 73 74 75 5.0V
IC16
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 VDD IO0 IO1 IO2 IO3 VDD IO4 IO5 IO6 IO7 NC NC WE RAS NC A0 A1 A2 A3 VDD C114 0.1 C112 0.1 C94 0.1 C115 10u10 + 34 31 29 26 3.3V 0V
8
5
88
87
86
85
84
83
82
81
80
79
78
77
76
75
74
73
72
71
70
69
68
67
66
65
64
63
62
61
60
59
58
57
56
55
54
53
52
51
50
49
48
47
46
-IN
+IN
-IN
OUT
OUT
+IN
V+
V+
C36 0.1
IC3
89 89 0V 0V MNT0 3 1 90 91 92 93 94 95 96 97 0V 98 99 3.3V 100 101 102 5.0V 103 104 105 106 107 3.3V 108 109 3.3V 110 C84 0.01 R105 10K 111 0V 112 113 114 1.62V 115 116 R110 10K 3.3Vp-p R101 7.5K 2Vp-p 117 C85 0.1 3.3V 3.3V 118 119 MA8 VSS MA9/MNT0 MA10/MNT1 MA11/MNT2 XMOE XCAS MDB8 MDB9 VSS MDBA VDD MDBB MDBC VDD5V MDBD MDBE MDBF GFS VSS APEO VDD DASY0 GNDA5 ASF1 ASF2 DASY1 RFDCC RFIN VCCA5 VCCA4 VCOR1 VCOIN GNDA4 GNDA3 LPF5
MA1
MDB1
HCS1
XPDI
VSS
VSS
HAI
VSS
XRAS
DASP
VDD
VSS
VDD
VDD
VDD
XHRD
MA2
MDB2
VDDS
XHAC
MDB6
MDB5
MDB3
MDB0
XMWR
XHWR
VDDS
HA2
VDD5
HCS0
XS16
MA6
MA5
MA3
MA0
HA0
HDRQ
MA7
MA4
MDB7
MDB4
R47 3.3K
C41 0.1
GND
GND
OUT
OUT
+IN
+IN
-IN
-IN
2.7V 1
1.5V 1
62.5mVp-p
0V 2
0V 2
2.7V 1
2.85V 3
2.7V 2
2.6V 3
0V 4
100
5.0V
20
C148 0.01
22
19
R136 1K
R43 10K
C37 0.1
C35 0.1
R36 330K
C68 0.01
C154 0.1
R41 1.2K R44 10K
0V
R135 22K
R24 1K
3.3V 0V
4.5V 0V 5V 1.65V 5V 0V 4V 0.21V 5V 0V 4V 0.21V 5V 4.9V
3
1
2
4
3
MNT1 MNT2 94
0V
REDY
R40 1K
C39 0.1
5V 4.7V
HDBF
HINT
45
IC6
IC5
2
5
4
4
R45 1M
C40 0.1
HDB0 HDBE VSS HDB1 HDBD HDB2 VDDS HDBC VDD HDB3 HDBB VSS HDB4 HDBA HDB5
82
79
99
96
95
93
90
89
83
97
IC23
4 0V 3 0V 2 0V 1 0V R137 22K
94
84
80
78
B.U MEMORY
8 7 5.0V 5 0V 0V 6 7 SDA SCL WP VDD GND A2 A1 A0
R134 1K
IC6 Q6 LAYER JUMP MONITOR R139 470K
IC5
FE INVERT AMP
IC4
FOK SIGNAL GENERATOR
IC3
JITTER SIGNAL AMP
95 96 97 99
5.0V
0V
4.8V
4.7V
5V 0V
81 2.4V
95 0V
94 0V
92 0V
89 0V
87 0V
86 0V
42
40
100
99
98
96
88
82
79
78
77
76
C96
C100
0.1
CP7 22Kx4 75 3.4V 74 73 72 71 70 69 68 67 5.0V R72 470 0V 5.0V 5.0V CP8 22x2 18 17
39
5.0V 8
80 1.2V
97 5.0V
93 5.0V
91 5.0V
90 5.0V
85 3.3V
84 1.0V
83 4.7V
5.0V IC13
0.1
50
43
PI
FSC DOWN
FZC H
SLED
VSS
DRV MUTE
FCS UP
JITTER
PHOTO C
OFFSET ADJ
PHOTO B
SP STOP
M STBY
L RES
FZC L
CLOK
VREF
XINT
AVSS
HOT
PHOTO A
ATA RST
AVCC
C151 0.1
CP18 4.7Kx2
FG
FE
CLOCK ON/OFF
35 34 32 31 30 29 27 26 24
1.65Vp-p
101 102 104 105 106 GFS
79 80 82 83 5.0V
16 17 18 19 20
L9
R122 47K
R124 33K
C135 0.1
R123 1K
5.0V
1 2 3 4 5 6
VCC DATA XLAT CE SCLK F REQ E2 CLK E2 DATA PON FWE VSS F DATA GAIN B DATA RXD1 F CLK B REQ LDON HOLD LOAD UNLOAD VSS SDEN SCLK 5V 0V 5V 0V 5V 0V 5V 0V 5V 0V
2 3 98 5
CP9 22x4
3.2V 2.6V
MD1 MD0 LWR 5V 0V HWR RD AS VCC 2Vp-p XTAL EXTAL VSS NC
R108 33
IC13
4 GND 3 0V 2 5.0V
R125 1K
C132 10u10
C125 0.1
C129 0.1
+
MD2
3
to CN330 MAIN UNIT
C99 0.1
C130
C131
C123 220P
C126 0.047
R115 470K
C122 0.1
C124 1500P
C127 150P
VCC
C128 1000P
R118 10K
5
1
R113 1M
5V 0V 5V 0V
0.01
1
5V 0V
5V 0V
42 41 40 APEO
3.3V 0V 1.65V 3.3V 0V
HDB9 VDDS XDB6 XDB8
C95 0.1
4M DRAM
CP23 22x4
42
41
R116 3.3K
C137 0.022
C136 100P
46 1.4V R121
R120 48 5.0V 10K
470K
60 3.4V R114
55 2.5V R117
54 2.5V 3.3K
L3
3.4V
2.5V
5.0V
9
C73 0.1
100 R141 470K
8
57 0.9V
56 5.0V
53 3.7V
52 3.7V
49 2.5V
47 5.0V
0V
0V
X2 66 2.2V 16.03MHz 65 64 63 62 5.0V 61 0V 0V 5.0V 5.0V C150 0.1 R140 22K CP6 82x4 59 58 C155 0.1 R145 22K
3.3V
58 0V
R104 100K
C86 0.47
0V 10 0V 11 12 0V 13
L6
1.5Vp-p X1 33.86MHz
C87 10u10 +
C98 0.1
5.0V
8
33K
7
0V
7
1.65Vp-p
R146 4.7K
C111 0.1
C139 220P
R119 100K
40 39
39
IC14
DVD/CD-ROM DATA DECODE ATAPI INTERFACE
5V 0V
VSS HDB7 XHRS VDD XINT1 XINT0 XCS
D4 HRESET SW
C133 0.1
6
R148 1K
51
50
45
44
43
42
59
41
AVSS1
AVDD1
V16M
ASYI
FILI
IGEN
CE
BIAS
VPCO
ASYO
PCO
12
IC22
MECHA CONTROL u-COM
RES STBY
AVDD0
AVSS0
RFDC
VCTL
RFAC
CLTV
ADIO
FILO
TE
5V 0V
R109 150
19 18 17 0V 4
Q17
22K 22K
CP24 22x4 24 27 30 32 CP30 12Kx4
39 HDB7 40 B REQ 41 HDB6 42 F CLK 43 HDB5 44 B DATA 45 HDB4 46 F DATA 47 HDB3 48 F REQ 49 HDB2 50 IFSEL 51 HDB1 52 MRST 53 HDB0 54 DEEMPH 55 GND 56 BCLK 57 CD INFO 157 162 159 W5 58 GND 59 LRCK 60 SDATA
14 R143 470K 16 17 19 20 21
14 0V 15 16 17 5.0V 18 0V 19 0V 20 0V 21 0V 22 CP11 22x2 23 24 R144 22 5V 0V 25
5.0V 61
1.4Vp-p DVDD2 ASYE MD2 DOUT LRCK PCMD BCK EMPH XTSL DVSS2 XTAI XTAO SOUT SOCK XOLT SQSO SQCK SCSY SBSO EXCK 5V 0V 5V 0V 5Vp-p 5V 0V SE FE VC TES1 TEST DVSS1 FRDR FFDR TRDR 5V 0V TFDR SRDR SFDR DVDD1 FSTO SSTP MDP LOCK 40 39 38 37 36 35 34 33 32 31 30 29 28 27 26 25 24 23 22 0V 5.0V 21 1.65V C144 0.1 0V 5.0V 2.5V 2.5V 2.5V 0V 0V 0V
1.4Vp-p
63
PD DEEMPH A MUTE VSS
C140 0.1
60 5.0V 59 0V
5.0V 62 0V 63 CP3 22x4 64 65 0V 66 67 68 5.0V 69
5V 0V
XWR XRD XWAIT VSS A7 A6 A5 A4 A3
IC19
GND 3 2 VDD 1 0V 5.0V
58 4.6V 57 0V
1 2 34 33 32 31 30 29 3 0V 4
8 3.3V 7 6 5
R94 10K
IC17
0.53V 120 1.2V 121 122 123 124
4
R102 10K
R103 10K C83 0.1
C82 100P
R100
160 TEST 3.3V 0V 3.3V 0V E2 SEL MNT2 IFSEL NC PONREQ 56 55 54 53 52 51 5.0V 53 53 54 C141 1000P 5.0V W1 158
10K
163
0V 0V
C138 0.1
R126 100K
C80 0.1
1.4Vp-p
0.01
C81
A2 VDD5V A1 5V 0V VDD A0 D7 VSS 0.55Vp-p 3.3V 0V 5V 0V 5.0V 0.55Vp-p 5V 0V 5.0V 3.3V 0V 5V 3.3V 0V D6 D5
35 39 41 44 59
CP26 22x4
CP28 12Kx4
23 24 25
DOWN SW
SLIM SW
EJECT
PH ON
R98
10K
C92
SENS
VCC
FOK
VSS
D10
D12
D13
D14
D15
D11
D8
D9
A0
A1
A2
A3
A4
A5
A6
A7
A8
73 74 75 76 50 148 77 78 79 5.0V 80 CP4 22x2
C118 0.01 C119 1 3.5V 5
2
0V C78 0.1
1 1.65V
1.65V 127 3.3V 128 3.3V 129
4 2 1
LPF1 VCCA3 VCCA2
31
32
41
0V 26
28
29
30
33
35
36
38
39
40
42
43
45
46
5.0V 48
0V 49
W10 5.0V 47
4.5V 50
27
34
37
0V 44
0.1
SDATA
5V 0V
71 72
3.3Vp-p
126
1.65V 4
3
LPF2 1.65V
5
Q26
CP12 100Kx4
5.0V
CLOCK OSCILLATOR BUFFER
22
Q26
C199 0.047
XUGF/RFCK/MNT0
C2P0/GTOP/MNT3
GFS/XROA/MNT2
PWMI FOK 5V 0V DFCT
VC2(1.65V) BUFFER
C79 0.1 C76 10u10 + IC10
R95 100 R97 68K 130 C77 1000P 131 R96 1M 132 PDO PDHVCC 1.65V FDO 4.7Vp-p 1.4Vp-p
IFSEL SW
XPCK/MNT2
DFCT/LINK
MDSOUT
MDPOUT
46
48
47
49
GSCOR
5V 3.3V 0V CP15 22x4 CP17 22x4 CP14 22x4
21 0V
50
5V 0V
5V 3.3V 0V
0V 70
IC20
DIGITAL SERVO
INVERTER
5V 0V
IC12
1.65V
1.65V 125
R99 2.2K
VC1
GNDA2
VCCA1
VDD5V
MDIN2
MDIN1
XTAL2
XTAL1
WFCK
SCOR
VDDS
DBCK
MDAT
C2PO
EXCK
DLRC
XRST
LRCK
DDAT
BCLK
CLVS
147
GNDA1
XTAL
XRCI
DVDD0
DVSS0
SBIN
IFS0
IFS1
SPO
VDD
VDD
WDCK
WFCK
SCOR
MUTE
COUT
SENS
CLOK
XRST
SCLK
MIRR
ATSK
DATA
XLAT
VDD
3V 0V
CN6
14 AUDIO L 13 AGND 12 AUDIO R
VSS
VSS
VSS
VSS
VC2
R112 100K C200
3.3V AVR
5
D0
D1
D2
D3
C4M
D4
R152 100K
141
151
161
142
152
R154 0V 162
133
135
1.65V 136
138
139
140
143
145
146
148
149
150
153
155
3.3V 156
158
R158 0V 159
160
163
0V 165
3.3V 166
0V 168
169
170
172
173
175
134
1.65V 137
144
147
154
157
5.0V 164
167
174
176
D5
20
3.3V 171
5.0V 1
11
5.0V 2
10
12
13
15
16
0V 18
19
0V 3
5.0V 14
0V 17
20
3.3V 0V 0V
IC15
VOUT GND VIN 3 3.3V 2 0V 1 5.0V 58 63 53 R157 100 R156 100 R160 22
5
6
8
4
7
9
5.0V
5.0V
0.1
11 AMUTE 10 NC 9 MRST 8 NC 7 IFSEL 6 GND 5 F REQ 4 F DATA 3 B DATA 2 F CLK 1 B REQ CP31 100Kx4 CP32 22x4
3.3V
3.3V
0V
0V
0V
0V
0V
R127 22
R159
0V
0V
5.0V
5.0V
100
0V
0V
SPINDLE SERVO AMP
C88 0.1
5.0V
100
172
151
153
155
150
173
175
174
176
146
R132
100K
47
R153
19
100K
IC10
1.65V 5 1.65V 6 +IN -IN GND +IN -IN 7 3.3V 8 OUT V+ OUT 4 0V 3 1.65V 2 1.65V
D3
C72 0.1
GND
11
10
12
13
14
1
2
4
5
7
9
CP16 22x4
CP5 22x4 C143 10u10 + R26 1K
150
151
98
46
153
146
147
148
155
2
3
5
C91 0.1
162
158
159
160
163
172
173
175
157
174
176
VCC
C74 0.1
CP13 100Kx4
IC11
D7
0V
6 L7 33uH 12 14 16 17
5.0V 1
5.0V 2
R93 2.4K
R88
R133
100K
C153 10
C152 0.1
C142 0.1
R25 47K
C161 0.1
1000P
R155 200K
C116
R174 100K
R92 15K
C75 0.1
1M
C89 0.1
R87 2.2K
C90 0.1
3
RESET CONTROL
IC21
VOUT 1.1V CN GND STB 5
5V AVR
5.0V
R175 47K
24
23
L8
R129 1K
Q13
22K 22K
R111 33
L10
C70 0.1 C42 0.1 R91 3.3K
1
3
4 3 2 1
0.3Vp-p
0.3Vp-p
R61 10K
0V 0V C147 6.5V 2.2 L17
C145 10u10 +
2.2K
R27
C69 0.1
0.47
100
C146 100P
1
C71
TEST PIN
R128 22
100
100
5
MNT0
MNT1
COUT
4
6
CN3
4 6.5V
IC13,27
C157 100u 10
IC20 Power SW
R131 10K
Q27
63
VIN
3 GND 2 GND
C158 10
L20 1 5V 33uH
TEST PIN
33uH
+
CAUTION : For continued safety, replace safety critical components only with manufacturer's recommended parts (refer to parts list). ! Indicates safety critical components. To reduce the risk of electric shock, leakage-current or resistance measurements shall be carried out (exposed parts are acceptably insulated from the supply circuit) before the appliance is returned to the customer. · DC voltages are as measured with a high impedance voltmeter. Values may vary slightly due to variations between individual instruments or/and units.
7
AE
AF
AG
AH
AI
AJ
AK
AL
AM
AN
AO
AP
AQ
AR
AS
AT
AU
AV
AW
AX
SUB UNIT (A/2)
R563 C558 + 100u6.3
MAIN UNIT
CN321
1 RED VCC3 VCC CDHVCC GND RMUTE IO CTRL VCC3 VCC CDHVCC GND RMUTE IO CTRL VCC3 VCC CDHVCC GND RMUTE IO CTRL RMUTE VCC1.8 VCC3 VCC CDHVCC GND IO MONI IO CTRL
1
RN1401 RN1402 RN1404 RN2402
2SA1162 2SA1576A 2SB1295 2SC2712
2SC4081
C552 100P
62
CN200
4
3
2
1 R564 62 C559 + 100u6.3
TV I/F (MONITOR)
CN200 1 RED 2 DGND (NC) 3 4 TV-REMO 5 GREEN VGND 6 7 AGND TV-R 8 9 BLUE 10 TV-TX 11 TV-RX 12 TV-L 13 SYNC
8
7
6
5
D505
R569 10K
2 GREEN
VCC3
VCC
D506
C553 100P
R570 10K
ADRESS DATA
ADRESS DATA
12
11 13
10
9 R565 62 C560 100u6.3 + SHCTRL TV/EC SH CTRL
D507
3 BLUE TP512 4 GND 5 SYNC 6 GND 7 NTSC 8 GND 9 DISPTX 6 10 DISPRX C302 1 C305 1 C306 0.01
TV/EC DCK SYNC
TV/EC DCK SYNC
C554 100P
R571 10K
VCC1.8 VCC3 VCC3 VCC3 C312 0.01 VCC3