Panasonic DVD-RV32E free download

File name iwavd_s.pdf

TO OPEN SWITCH P3004 TRAY-SW- 1 2 DGND TP3022 TP3021 A_Mute (H) ML STATUS SDA TRAY/TRV TP3020 TP3023 TP3024 VIDEO SIGNAL PATH :REFER TO OVERVIEW SECTION SCHEMATIC DIAGRAM FOR THE DESTINATION OF THESE MARKS. AUDIO SIGNAL PATH F SCL PARA_VALID MDI MC RA3006 56 R3001 10K CPUA11 CPUA10 CPUA9 CPUA21 CPUA20 CPUA19 CPUA18 CPUA17 CPUA16 CPUA15 CPUA14 CPUA13 RA3009 56CPUA12 CPUA8 CPUA7 CPUA6 CPUA5 CPUA4 CPUA3 CPUA2 CPUA1 220 220 220 220 CPUA[0-21] CPUD[0-15] RA3005 56 CPUA0 CPUA[0-21] CPUD[0-15] RA3008 56 R3028 R3029 R3042 R3041 TRAYMUTE PARA_REQ PARA_STR R3004 47K R3005 47K TRAY-SW+ R3045 47 RA3010 56 C3004 0.01 C3005 0.01 208 207 206 205 204 203 202 201 200 199 198 197 196 195 194 193 192 191 190 189 188 187 186 185 184 183 182 181 180 179 178 177 176 175 174 173 172 171 170 169 168 167 166 165 164 163 162 161 160 159 158 157 RA3003 10K C3006 0.01 C3007 0.01 CPUD15 CPUD14 PIO2/4 PIO2/3 PIO2/2 PIO2/1 PIO2/0 TRIGGER_OUT TRIGGER_IN PIO1/5 PIO1/4 VSS D+2.5V PIO1/3 PIO1/2 SSC0 CLK SSC0 DATA PIO0/7 PIO0/6 PIO0/5 PIO0/4 PIO0/3 PIO0/2 PIO0/1 PIO0/0 VSS D+3.3V CPU_ADR21 CPU_ADR20 CPU_ADR19 CPU_ADR18 CPU_ADR17 CPU_ADR16 CPU_ADR15 CPU_ADR14 CPU_ADR13 CPU_ADR12 CPU_ADR11 VSS D+2.5V CPU_ADR10 CPU_ADR9 CPU_ADR8 CPU_ADR7 CPU_ADR6 CPU_ADR5 CPU_ADR4 CPU_ADR3 CPU_ADR2 CPU_ADR1 VSS RA3001 10K R3009 75 156 155 154 153 152 151 150 149 148 147 146 145 144 143 142 141 140 139 138 137 136 135 134 133 132 131 130 129 128 127 126 125 124 123 122 121 120 119 118 117 116 115 114 113 112 111 110 109 108 107 106 105 CPUD13 CPUD12 CPUD11 CPUD10 CPUD9 CPUD8 C3008 0.01 CPUD7 CPUD6 CPUD5 CPUD4 CPUD3 CPUD2 CPUD1 CPUD0 R3010 75 E NHFMON TRAYDRV DD[0-7] DD[0-7] DD0 DD1 DD2 DD3 DD4 DD5 DD6 DD7 R3008 10K R3019 47K 1 2 3 4 C3002 5 0.01 6 7 8 9 10 11 12 13 14 15 16 C3003 17 0.01 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 C3017 0.01 40 41 42 43 TP3026 44 45 TP3014 46 47 48 49 C3016 50 0.01 51 52 R3051 220 R3052 220 R3020 30K R3003 1K TRAYREF C3001 0.1 R3002 1K D B G R TP3018 V_GND YOUT COUT VOUT C3000 1 C3015 0.01 L3002 10u R3017 20K C3010 1 C3012 0.01 L3001 10u R3018 20K WIDE(HI) BLAN(H) RGB&YC(H) TP3025 C C3011 1 C3013 0.1 K-MODE R3053 47K SMI_ADR4 SMI_ADR5 SMI_ADR6 SMI_ADR7 SMI_ADR8 SMI_ADR9 D+2.5V VSS SMI_ADR3 SMI_ADR2 SMI_ADR1 SMI_ADR0 SMI_ADR10 SMI_ADR11 SMI_ADR12 SMI_ADR13 SMI_CS0 SMI_CS1 SMI_RAS SMI_CAS SMI_WE SMI_DQML SMI_DQMU D+3.3V SMI_CLKIN VSS SMI_DATA0 SMI_DATA1 SMI_DATA2 SMI_DATA3 SMI_DATA4 SMI_DATA5 SMI_DATA6 SMI_DATA7 SMI_DATA8 SMI_DATA9 D+2.5V SMI_CLKOUT VSS SMI_DATA10 SMI_DATA11 SMI_DATA12 SMI_DATA13 SMI_DATA14 SMI_DATA15 NC NC L3003 10u PIO2/5 PIO2/6 PIO2/7 D+3.3V VSS PIO3/0 PIO3/1 PIO3/2 PIO3/3 PIO3/4 PIO3/5 PIO3/6 PIO3/7 D+2.5V VSS B_DATA B_BCLK B_FLAG B_SYNC NC NC NC VDD_RGB VSS_RGB B_OUT G_OUT R_OUT V_REF_RGB I_REF_RGB VDD_YCC VSS_YCC Y_OUT C_OUT CV_OUT V_REF_YCC I_REF_YCC D+2.5V VSS PIO4/0 PIO4/1 PIO4/2 PIO4/3 PIO4/4 PIO4/5 PIO4/6 PIO4/7 D+3.3V D+2.5V VSS_PCM VSS DAC_SCLK DAC_PCMOUT0 157 CPU_DATA14 158 CPU_DATA15

File name iwmth_p.pdf

MOTHER P.C.B. MOTHER P.C.B. Transistor Q1001 F-5 Q1101 F-1 Q6061 A-1 Q6071 E-3 Transistor - resistor QR6021 A-5 QR6022 C-2 QR6023 A-5 Integrated Circuit IC1001 E-6 IC1102 E-2 IC1103 F-2 IC6001 A-2 IC6002 B-2 Test Point TP1101 F-1 TP1102 E-1 TP1103 F-1 TP1104 E-1 TP1105 F-1 TP1106 E-1 TP1107 F-1 TP1108 E-1 TP1109 F-1 TP1110 D-2 TP1111 E-1 TP1112 E-1 TP1113 D-2 TP1114 D-2 TP1115 D-2 TP1116 D-2 Connector P1001 F-6 P3001 F-1 P6001 A-5 P6002 D-1 ADDRESS INFORMATION F E D C B A DVD-RV32E/EB/EG/EE MOTHER P.C.B. REPD0002AC 1 2 3 4 5 6 7

File name iwnodc_s.pdf

D15 D14 D13 D12 D11 D10 D9 D8 :REFER TO OVERVIEW SECTION SCHEMATIC DIAGRAM FOR THE DESTINATION OF THESE MARKS. 44 43 42 41 40 39 38 37 36 35 NC LCAS UCAS OE A8 A7 A6 A5 A4 VSS VSS DQ15 DQ14 DQ13 DQ12 VSS DQ11 DQ10 DQ9 DQ8 32 31 30 29 28 27 26 25 24 23 A8 A7 A6 A5 A4 MAIN SIGNAL PATH C2051 10V10 IC2003 C3ABKG000057 (4M SDRAM) VDD DQ0 DQ1 DQ2 DQ3 VDD DQ4 DQ5 DQ6 DQ7 NC NC WE RAS NC A0 A1 A2 A3 VDD R2048 33 R2049 33 F L2002 10u C2022 0.1 C2041 6V100 TP2004 TO FP5202 TERMINAL P.C.B. P2001 DGND 50 DGND 49 D+5V 48 D+5V 47 M+9V 46 M+9V 45 M+9V 44 MGND 43 MGND 42 MGND 41 MGND 40 39 MUTE12 MUTE4 38 DMV 37 FOIN 36 TRIN 35 SPDIN 34 33 TRAYIN TRAYREF 32 TRVSIN 31 MUTE3 30 TRAY/TRV 29 IN-SW 28 LDCUR 27 VREF2 26 A+5V 25 RFENV 24 TSTSG 23 NARF 22 ARF 21 AGND 20 A+3.3V 19 A+3.3V 18 VHALF 17 FS 16 FE 15 TE 14 AGND 13 BD0 12 OFTR 11 FEPDATA 10 FEPCLK 9 FEPENB 8 AGND 7 TBAL 6 FBAL 5 AGND 4 GAINH/L 3 HFMON 2 AGND 1 C2011 0.1 C2003 8200P LB2001 G1CYYYZ00003 D+5V TC2053 M+9V TC2054 LB2002 G1CYYYZ00003 R2007 0 TC2055 TC2057 TC2059 TC2061 TC2063 TC2065 TC2067 TC2068 TC2069 TC2070 TC2072 TC2073 TC2074 TC2075 LB2003 LB2004 TC2056 TRAYMUTE LB2005 TC2058 LB2006 R2005 6.8K LB2007 TC2060 LB2008 LB2009 TRAYDRV LB2010 TC2062 TRAYREF LB2011 TC2064 LB2012 LB2013 TRAY/TRV LB2014 IN-SW LB2015 TC2066 LB2017 A+5V LB2018 LB2020 LB2021 R2001 6.8K R2003 18K TC2004 TC2003 C2006 680P R2006 0 TC2002 C2005 680P C2004 0.039 1 2 3 4 5 6 7 8 9 10 C2027 0.1 TP5203 C2034 0.1 D4 D5 D6 D7 R2041 33 TP5204 A0 A1 A2 A3 D0 D1 D2 D3 13 14 15 16 17 18 19 20 21 22 D0 D15 D1 D14 D2 D13 D3 D12 D4 D11 D5 D10 D6 D9 C2031 0.1 D8 D7 TP5206 TP5207 C2033 0.1 LB2036 G1CYYYZ00003 D+3.3V C2042 4V330 108 107 TP5202 106 RA2001 105 TP5205 56 104 103 102 101 100 RA2003 99 C2035 56 0.1 98 97 96 95 94 R2047 47 93 92 91 90 TC2089 89 C2036 0.1 88 87 C2037 0.01 86 85 84 R2008 0 83 82 CPUD0 81 CPUD1 80 CPUD2 79 CPUD3 78 CPUD4 77 76 CPUD5 CPUD6 75 CPUD7 74 73 CPUD[0-7] C2040 0.1 TC2051 R2018 3.3K R2019 56K R2022 3.3K R2023 22K R2020 3.3K R2021 22K R2024 3.3K R2025 22K C2020 0.1 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 A8 A0 A7 A1 A6 A2 A5 A3 A4 FBAL DVDD1 DVSS1 TBAL FODP/FOD FODM/GIO1 TRDP/TRD TRDM/GIO2 TVDP/TVD1 TVDM/TVD2 SPOUT/SPD SPPOL/GIO3/SPDPC PWMSEL1 GBAL TOFPWM OFTR BDO SEN FG SCK STDI TILTP TILTM TILTB LSCTL JLINE DSLB AVSS2 AVDD2 FE TE FS TS ADPVCC RFENV TG DRAMD0 SRAMD15 DRAMD1 DRAMD14 DRAMD2 DRAMD13 DRAMD3 DRAMD12 DRAMD4 DRAMD11 DRAMD5 DRAMD10 DRAMD6 DRAMD9 DVSS6 DVDD6 DRAMD8 DRAMD7 CASL DRAMWE CASH RAS DRAMA11 DRAMA9 DRAMA10 DRAMA8 DRAMA0 DRAMA7 DRAMA1 DRAMA6 DRAMA2 DRAMA5 DRAMA3 DRAMA4 DVSS5 DVDD5 144 143 142 141 140 139 138 137 136 135 134 133 132 131 130 129 128 127 126 125 124 123 122 121 120 119 118 117 116 115 114 113 112 111 110 109 IF SEL AISLR AISCLK AISD DD0 DD1 DD2 DD3 DD4 DVDD3 DVSS3 DD5 DD6 DD7 DIR NDSTRB NHSTRB BRK SMCK NTTEST NRST DVDD4 X2 X1 DVSS4 WAIT NINT CPUD0 CPUD1 CPUD2 CPUD3 CPUD4 CPUD5 CPUD6 CPUD7 NWR TC2052

File name iwovr_b.pdf

MECHANISM UNIT FEP TERMINAL P.C.B. IC5201 MODULE P.C.B. IC2001 IC3001 IC4200 AUDIO D/A CONVERTER MIXL MIXR OPTICAL PICK UP UNIT FRONT END PROCESSOR (FEP) IC2501 SPINDLE MOTOR TRAVERSE MOTOR MOTOR DRIVE OPTICAL DISC CONTROLLER (NODC) IC3801 IC3080 8Mbit FLASH ROM AV DECODER (AV DEC) VIDEO DRIVE AV IC2003 4Mbit SDRAM S VIDEO OUT VIDEO OUT IC6001 FL OPT IC3066 LED SUB CPU 64Mbit SDRAM REMOTE CTL KEY TRAY MOTHER P.C.B. DVD-RV32E/EB/EG/EE OVERALL BLOCK DIAGRAM

File name iwovr_s.pdf

NOTE:THIS SCHEMATIC DIAGRAM SHOWS THE DESTINATION OF EACH SECTION OF MODULE P.C.B. PARA_STR STVALID STENABLE DD[0-7] PARA_STR PARA_VALID PARA_REQ DD[0-7] VOUT YOUT COUT R G B RGB&YC(H) WIDE(HI) BLAN(H) S/PDIF VOUT YOUT COUT R G B RGB&YC(H) WIDE(HI) BLAN(H) AV - INTERFACE SECTION F NHFMON TRAYMUTE TRAYDRV TRAYREF TRAY/TRV IN-SW NHFMON TRAYMUTE TRAYDRV TRAYREF TRAY/TRV TRAY-SW+ S/PDIF LAUD_CINCH LAUD RAUD RAUD_CINCH CH0.1 NSW+12V A_GND V_GND SW+5V TO OPEN SWITCH P3004 1 TRAY SW2 DGND E NSW+12V A_MUTE(H) SCLK BCLK SDATA LRCLK NINT NRST CPUD[0-7] CPUA[0-17] WAIT NWR NRD NINT NRST CPUD[0-15] CPUA[0-21] WAIT NWR /EMI_OE /EMI_FLASH_CS /CS_NODC /FLASH_RESET(L) SCLK BCLK SDATA LRCLK 0.1CH_SW POFF(L) POFF(H) A_GND D+3.3V POFF(L) STATUS NSW+4.2V NSW+3.4V SCL V_GND D+3.3V DGND SDA D+5V D+3.3V C M+9V MGND A+5V NCS DGND GND K3001 GND DGND K3007 A_GND V_GND B EMI_R_/W /EMI_OE /EMI_FLASH_CS CPUD[0-15] CPUA[1-21] /FLASH_RESET(L) M_GND K3006 K3004 TO P3001 MOTHER P.C.B. PS3001 1 NSW+4.2V 2 DGND 3 NSW+3.4V 4 A_GND 5 NSW+16V 6 DGND 7 D+5V 8 M_GND 9 M+9V 10 POFF(H) 11 NSW+5.6V 12 V_GND SDA 13 SCL 14 STATUS 15 0.1MUTE-SW 16 A FLASH MEMORY SECTION D+3.3V DGND NOTE:DO NOT USE THE PART NUMBER SHOWN ON THIS DRAWING FOR ORDERING.THE CORRECT PART NUMBER IS SHOWN IN THE PARTS LIST,AND MAY BE SLIGHTLY DIFFERNT OR AMENDED SINCE THIS DRAWING WAS PREPARED. DGND D NSW+5.6V MDI MC ML MDI MC ML AUDIO DAC SECTION NSW+16V SW+5V NODC SECTION AVDEC SECTION 0.1CH RAUD_CINCH ROUT LOUT LAUD_CINCH A_MUTE(H) DGND D+5V DVD-RV32E/EB/EG/EE OVERVIEW SECTION (MODULE P.C.B.(1/6)) SCHEMATIC DIAGRAM 1 2 3 4 5 6 7 8 9 10

File name iwpow_b.pdf

PRIMARY CIRCUIT L1001 AC SOCKET P1001 D1007 SURGE KILLER F1001 LINE FILTER RECTIFIER D1001 C1001,C1013 T1001 SECONDARY CIRCUIT IC6001 (SUB CPU) FL(DL6001) DGT13 51 NSW+16V DGT1 63 G1G13 P1P16 Q1101 13 S2 REG. D+5V SEG8 65 NSW+4.2V 15 S3 NSW+3.4V 2 QR6021 EFECT LED DRIVE D6102 EFECT SEG23 80 10 POWER TRANSFORMER S1 POWER OFF L 40 P.OFF L 1 QR6022 STBY LED DRIVE D6101 STANDBY IC1001 CONSTANT VOLTAGE CONTROL IC1103 S5 (SW) 2 ON/OFF 1 IN OUT 3 3 QR6023 SLEEP LED DRIVE D6103 SLEEP 12 M+9V STOP NSW+5.6V S7 + IC6101 33 DL6001 DRIVE 1 IR RECEIVER PLAY S6163 11 Q6061 FL DRIVE 4.2FLH+ S6162 PAUSE KEY0 16 PA01 FWD-SKIP 9 OSC2 KEY1 17 PA11 RVS-SKIP 10 OSC1 KEY2 18 POWER S6101 ONE TOUCH D-ENH S6106 OPEN/CLOSE S6103 BASS S6104 S6181 RANDOM S6176 REPEAT S6175 PA21 CINEMA S6105 S6172 QUICK-REPLAY S6173 A-B/REPEAT S6174 S6171 S6161 18 S8 4.2FLH- Q1001 PHOTO COUPLER SHUNT IC1102 REG. X6001 S6191 COUNT 2 3 1 1 42 43 SHUTTLE 44 45 A-V.S.S. S6102 S6192 DIRECTION 3 2 DVD-RV32E/EB/EG/EE POWER BLOCK DIAGRAM

File name iwpow_s.pdf

7 R1002 68K F1001 1.6A 250V ! D1007 ERZVA5Z471 C1001 400V33 C1002 0.047 P2 S1 10 D1101 ERA22-04V5 L1101 220u C1101 25V120 TP1105 C1102 35V47 NSW5.6V F ! P1001 K2AA2B000004 AC220-240V, 50Hz L N C1010 0.1 ! R1001 2.2M ! C1011 0.068 ! D1102 SFR304EF D1005 AP01CV2 13 S2 6 L1002 EXCELDR35V 5 4 P1 C1103 2200P R1102 10 C1104 50V220 C1105 35V47 R1104 560 R1105 470 L1102 10u D1103 ERA22-04V5 Q1101 2SD1994A0A (REG.D+5V) TP1111 TP1113 SDA TP1114 SCL TP1115 STATUS TP1116 0.1MUTE TO PS3001 MODULE P.C.B. P3001 0.1MUTE 16 15 STATUS 14 SCL 13 SDA 12 GND 11 NSW5.6V 10 P_OFF(H) M+9V 9 8 GND D+5V 7 6 GND 5 N_SW+16V 4 GND 3 N_SW+3.4V 2 GND 1 N_SW+4.2V TO OPERATION & FL SECTION (MOTHER P.C.B.(2/2)) ! ! GAP1001 L1001 ELF15N004A D1001 S1WBA80-4062 GAP1005 GAP1004 C1012 1000P ! C1013 1000P ! R1003 470K D1104 1N5822-C2 L1103 10u C1119 35V47 TP1112 E S3 R1004 470K 15 D1105 1N5406EF TP1107 TP1108 TP1106 R1108 3.3K R1107 120 R1106 10 C1106 0.01 1 Q1001A PC123FY2 (PHOTO COUPLER) 2 ! TP1104 TP1101 TP1102 TP1103 TP1110 C1107 25V820 16 S4A 6 5 4 C1108 35V47 R1109 1K R1111 3.9K POFF(H) D R1007 1 3 8 N.C. Isense GND D2 D1 VCC 7 LC1001 EXCELDR35V D1006 ERA22-04V5 C1109 0.047 1 B1 K R R1112 2K R1122 1.8K TP1109 IC1001 SoftS FB ICE2A165 (CONSTANT VOLTAGE CTL.) 1 2 4 A IC1102 R1113 AN1431T-TA 1.2K (SHUNT REG.) D1109 RVD1SS133TA C1007 35V27 C1008 50V0.47 C1009 0.01 3 12 2 B2 S5 Q1001B PC123FY2 (PHOTO COUPLER) D1106 21DQ10-FC4 1 9.0V / 1A Vin ON/OFF GND N.C. V0 3 IC1103 C0CBCHG00003 (POWER SW.) R1121 1K C1118 0.1 C1111 35V47 POFF(L) C ! TO OPERATION & FL SECTION (MOTHER P.C.B.(2/2)) C1113 50V220 4 5 14 S4B C1114 50V220 B S6 17 D1107 ERA22-04V5 11 S7 D1108 ERA22-02V5 C1117 25V120 R1120 10 -30.8V 2 4.2FLH+ IMPORTANT SAFETY NOTICE: COMPONENTS IDENTIFIED WITH THE MARK HAVE THE SPECIAL CHARACTERISTICS FOR SAFETY. WHEN REPLACING ANY OF THESE COMPONENTS.USE ONLY THE SAME TYPE. D1111 MTZJ3R3BTA S8 18 4.2FLH- A NOTE:DO NOT USE THE PART NUMBER SHOWN ON THIS DRAWING FOR ORDERING.THE CORRECT PART NUMBER IS SHOWN IN THE PARTS LIST,AND MAY BE SLIGHTLY DIFFERNT OR AMENDED SINCE THIS DRAWING WAS PREPARED. ! T1001 ETS33KH166AG HOT COLD DVD-RV32E/EB/EG/EE POWER SECTION (MOTHER P.C.B.(1/2)) SCHEMATIC DIAGRAM 1 2 3 4 5 6 7 8 9 10

File name iwser_b1.pdf

IC5201 (FEP) IC2001 OPTICAL PICK UP UNIT VIN7 PEAK (NODC) A PHOTO DETECTOR 40 AMP AMP HOLD 36 RFENV 35 VIN8 B1 A1 A4 B4 A2 A3 B3 B2 HEAD AMP VIN1 41 AMP AMP FBAL HPF COMP. HPF COMP. HPF COMP. HPF COMP. 43 EQ VIN2 DEFFERENTIAL PHASE DET. 44 EQ + + 13 TE 31 VIN3 45 EQ VIN4 DEFFERENTIAL PHASE DET. + 7 TBAL 4 46 EQ VIN5 20 FE 30 38 AMP VIN6 39 AMP 6 FBAL 1 VIN9 47 TBAL VIN10 48 VREF + RSCL S LINE LASER DIODE Q5211 LD DRIVE 3 2 16 LPC AMP VREF 5 4 + 21 + 15 BDO OFTR 17 16 LASER DIODE Q5215 LD DRIVE FS 32 + RFINP 32 + TESTSG VREF DCRF + + POFLT DPDOFT DET. LEVEL CONT. ENV DET. DCAGC CSAG + - 26 ARF 47 RFINN 27 NARF 49 33 BDOSL MIRROR DET. BDO DET. + FC CONT. BOOST CONT. AGC CONT. AGCG SCK SEN 10 9 S-IF REG LEVEL CONT. LEVEL CONT. EQ GD CONT. VGA STDI0 11 STDI SEN SCK 21 18 20 B DVD-RV32E/EB/EG/EE SERVO BLOCK DIAGRAM

File name iwser_b2.pdf

IC2001 (NODC) A RF SIGNAL IC2501 (MOTOR DRIVE) MOTOR DRIVE SIGNAL TRACKING ERROR SIGNAL FOCUS ERROR SIGNAL VO4+ + TRVS IN TRIN + LEVEL SHIFT + OPIN+ VO4- 15 M2502 TRAVERS MOTOR 16 9 26 BIAS1 TRIN VIN1 4 7 2 VO3+ + 5 FOIN 3 VIN2 LEVEL SHIFT + OPIN11 SPDIN 23 VIN3 VO3- 17 M2501 SPINDLE MOTOR 18 5 33 DMV 6 OPOUT + - IC2511-11,12,13,14 7.2Vp-p(20usec./div.) FROM IC6001-27,28PIN 24 LDIN + OPTICAL PICK UP UNIT ACTUATOR + TRACKING COIL BIAS2 VO1+ 14 ACT T+ TRDM GI02 8 MUTE2 27 CH3 MUTE LEVEL SHIFT + + VO1- 13 ACT TFOCUS COIL VO2+ 12 ACT F+ FODM GI01 6 MUTE3 9 CH1,2 MUTE LEVEL SHIFT + + VO2- 11 ACT F- IC2003 (4M SDRAM) + 2 DQ0 5 7 144 DRAMD 131 128 127 IC3001 10 35 38 40 43 DQ15 18 A0 119 DRAMA 111 21 24 28 A8 SW2501 FROM P3004-1PIN TRAY OPEN 208 DRAMA TRAY CLOSE 207 DRAMD CNT CH4 MUTE LD CNT 28 TRAY/TRV (AVDEC) 201 MUTE4 20 TRAY/MUT 204 B DVD-RV32E/EB/EG/EE SERVO BLOCK DIAGRAM DVD-RV32E/EB/EG/EE SERVO BLOCK DIAGRAM

File name iwter_s.pdf

DVD-RV32E/EB/EG/EE TERMINAL SCHEMATIC DIAGRAM

File name iwvid_b.pdf

FEP TERMINAL P.C.B. MODULE P.C.B. IC30010.68Vp-p(20usec./div.) IC30010.64Vp-p(20usec./div.) IC30016.0Vp-p(20usec./div.) MAIN SIGNAL OPTICAL PICK UP UNIT IC30011.2Vp-p(20usec/div) IC30010.8Vp-p(20usec/div) IC5201 (FEP) IC2001 (NODC) IC3001 (AV DECORDER) IC3801 (VIDEO DRIVE) VIN1 43 VIN2 44 VIN3 45 VIN4 46 VIN5 38 VIN6 39 40 VIN7 VREF 41 VIN8 47 VIN9 + 48 VIN10 RF ENV 36 35 RF ENV HOLD VREF + - DD0 104 103 102 101 100 97 96 DD7 95 6 7 8 9 10 11 12 13 DD0 DD1 DD2 DD3 DD4 DD5 DD6 DD7 BOUT 25 B 2 INA OUTA1 15 OUTA2 14 7 GOUT 26 G 4 INB OUTB1 13 OUTB2 12 11 JK3801 AV 15 ROUT 27 R 7 INC QR3803 OUTC1 10 OUTC2 9 81 CPUD0 DATA NWR 73 NRD 72 RFIN P/N 74 CPUD7 - MUTE 42 INV. 1 MUTE 19 Q3807,3809 + ADDRESS DCRF CPU CPU ADR0 ADR17 70 - 53 Q3806,3808 COUT 33 AMP C JK3802 S VIDEO OUT YOUT 32 AMP Y IC3080 (8M FLASH ROM) 29 DQ0 A1 1 DATA ADDRESS 9 16 24 A18 48 129 161 170 173 183 CPUA21 CPUA0 CVOUT 34 36 38 45 DQ15 - Q3800,3803 AMP V JK3803 VIDEO OUT ADDRESS IC3066 (64M SDRAM) 28 11 12 26 FLASH RST(L) 124 RESET 132 MEMORY ADDRESS 14bit SMI ADR0 SMI ADR1 SMI ADR2 SMI ADR3 SMI ADR4 SMI ADR5 SMI ADR6 SMI ADR7 SMI ADR8 SMI ADR9 SMI ADR10 SMI ADR11 SMI ADR12 SMI ADR13 69 68 67 66 58 59 60 61 62 63 70 71 72 73 23 24 25 26 29 30 31 32 33 34 22 35 20 21 A0 A1 A2 A3 A4 A5 A6 A7 A8 A9 A10 A11 BA0 BA1 MEMORY ADDRESS 14bit 117 NRE 128 NWEL MEMORY DATA 16bit 141 148 151 158 CPU DATA15 CPU DATA0 DATA SML DATA0 SML DATA1 SML DATA2 SML DATA3 SML DATA4 SML DATA5 SML DATA6 SML DATA7 SML DATA8 SML DATA9 SML DATA10 SML DATA11 SML DATA12 SML DATA13 SML DATA14 SML DATA15 84 85 86 87 88 89 90 91 92 93 97 98 99 100 101 102 2 4 5 7 8 10 11 13 42 44 45 47 48 50 51 53 DQ0 DQ1 DQ2 DQ3 DQ4 DQ5 DQ6 DQ7 DQ8 DQ9 DQ10 DQ11 DQ12 DQ13 DQ14 DQ15 MEMORY DATA 16bit XCS XRAS XCAS XWE SMI CLKOUT 74 76 77 78 95 19 18 17 16 38 XCS XRAS XCAS XWE CLK SMI CLKIN 82 DVD-RV32E/EB/EG/EE VIDEO BLOCK DIAGRAM

File name scd_a4_1.pdf

14 SCHEMATIC DIAGRAM 14.1. INTERCONNECTION SCHEMATIC DIAGRAM FP5202 A GND HFMON GAIN H/L A GND F BAL T BAL A GND FEP ENB FEP CLK FEP DATA OFTR BDO A GND TE FE FS VHALF A +3.3V A +3.3V A GND ARF NARF TST SG RF ENV A +5V V REF2 LD CUR IN SW TRAY/TRV MUTE3 TRVS IN TRAY REF TRAY IN SPD IN TR IN FO IN DMV MUTE4 MUTE12 M GND M GND M GND M GND M +9V M +9V M +9V D +5V D +5V D GND D GND 50 49 48 47 46 45 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 14 13 12 11 10 9 8 7 6 5 4 3 2 1 TERMINAL P.C.B. F OPTICAL PICK UP UNIT FP5201 GND 1 P IN(CD) 2 T2(CD) 3 FE2(CD) 4 V REF2.2(CD) 5 T1(CD) 6 LD(+)(CD) 7 8 GND 9 FE1 VCC 5V 10 TB(DVD) 11 TC(DVD) 12 TD(DVD) 13 TA(DVD) 14 V REF2.2(DVD) 15 P IN(DVD) 16 GAIN H/L 17 F2(DVD) 18 F1(DVD) 19 RF N 20 RF P 21 GND 22 GND 23 LD(+)(DVD) 24 GND 25 3.3V HFM 26 27 T(-) 28 F(-) 29 F(+) 30 T(+) E D C P1001 MECHANISM UNIT TRAY OPEN SWITCH B PP6001 A /I FRONT 2 P.C.B. 1 2 3 4 5 SLEEP(H) PA21 EFCT-LED NSW +3.3V REMOCON D GND 1 2 3 4 5 6 P6001 1 2 3 4 5 6 SLEEP(H) PA21 EFCT-LED NSW +3.3V REMOCON D GND 41 COX P2001 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 A GND HFMON GAIN H/L A GND F BAL T BAL A GND FEP ENB FEP CLK FEP DATA OFTR BDO A GND TE FE FS VHALF A +3.3V A +3.3V A GND ARF NARF TST SG RF ENV A +5V V REF2 LD CUR IN SW TRAY/TRV MUTE3 TRVS IN TRAY REF TRAY IN SPD IN TR IN FO IN DMV MUTE4 MUTE12 M GND M GND M GND M GND M +9V M +9V M +9V D +5V D +5V D GND D GND JK3801 JK3802,JK3803,IC3804 MODULE P.C.B. P3001 MOTHER P.C.B. FIP P6002 PS6004 B2 B1 B3 PA11 B4 PA01 STB-LED PA21 D GND 1 2 3 4 5 6 7 8 9 1 2 3 4 5 6 7 8 9 B2 B1 B3 PA11 B4 PA01 STB-LED PA21 D GND FRONT 1 P.C.B. 6 7 8 9 N SW+4.2V D GND N SW+3.4V A GND N SW+16V D GND D +5V M GND M +9V P OFF(H) N SW+5.6V V GND SDA SCL STATUS 0.1 MUTE SW 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 PS3001 1 N SW+4.2V D GND 2 N SW+3.4V 3 A GND 4 N SW+16V 5 D GND 6 7 D +5V M GND 8 M +9V 9 P OFF(H) 10 N SW+5.6V 11 V GND 12 SDA 13 14 SCL 15 STATUS 16 0.1 MUTE SW P3004 1 2 TRAY-SW(-) D GND DVD-RV32E/EB/EG/EE INTERCONNECTION SCHEMATIC DIAGRAM 10 41 14.2. POWER SECTION (MOTHER P.C.B. (1/2)) SCHEMATIC DIAGRAM 7 R1002 68K 10 P2 S1 D1101 ERA22 F1001 1.6A 250V ! D1007 ERZVA5Z471 C1001 400V33 C1002 0.047 F ! P1001 K2AA2B000004 AC220-240V, 50Hz L N C1010 0.1 ! R1001 2.2M ! C1011 0.068 ! D1102 SFR3 D1005 AP01CV2 13 S2 6 L1002 EXCELDR35V 5 4 P1 C1103 2200P ! ! GAP1001 L1001 ELF15N004A D1001 S1WBA80-4062 R1 10 GAP1005 GAP1004 C1012 1000P ! C1013 1000P ! R1003 470K E S3 R1004 470K 15 D1 1N R1106 10 16 S4A 6 5 4 D R1007 1 3 8 N.C. Isense D2 D1 VCC 7 LC1001 EXCELDR35V D1006 ERA22-04V5 1 B1 GND IC1001 SoftS FB ICE2A165 (CONSTANT VOLTAGE CTL.) 1 2 4 C1008 50V0.47 C1009 0.01 3 C1007 35V27 12 2 ! Q1001B PC123FY2 (PHOTO COUPLER) B2 S5 D1106 21DQ10-FC4 C C1113 50V220 14 S4B C1114 50V220 B S6 17 D1107 ERA22-04V

File name scd_a4_2.pdf

14.6. NODC SECTION (MODULE P.C.B. (3/6)) SCHEMATIC DIAGRAM D15 D14 D13 D12 C2051 10V10 L2002 10u C2022 0.1 :REFER TO OVERVIEW SECTION SCHEMATIC DIAGRAM FOR THE DESTINATION OF THESE MARKS. F D0 D1 D2 D3 R2018 3.3K R2019 56K R2022 3.3K R2023 22K R2020 3.3K R2021 22K C2020 0.1 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 R2024 3.3K R2025 22K R2026 3.3K R2027 12K R2028 3.3K R2029 12K R2003 18K TC2004 C2017 0.1 R2031 47K 4.7K 4.7K FBAL DVDD1 DVSS1 TBAL FODP/FOD FODM/GIO1 TRDP/TRD TRDM/GIO2 TVDP/TVD1 TVDM/TVD2 SPOUT/SPD SPPOL/GIO3/SPDPC PWMSEL1 GBAL TOFPWM OFTR BDO SEN FG SCK STDI TILTP TILTM TILTB LSCTL JLINE DSLB AVSS2 AVDD2 FE TE FS TS ADPVCC RFENV TG TP2004 TO FP5202 TERMINAL P.C.B. P2001 DGND 50 DGND 49 D+5V 48 D+5V 47 M+9V 46 M+9V 45 M+9V 44 MGND 43 MGND 42 MGND 41 MGND 40 39 MUTE12 MUTE4 38 DMV 37 FOIN 36 TRIN 35 SPDIN 34 33 TRAYIN TRAYREF 32 TRVSIN 31 MUTE3 30 TRAY/TRV 29 IN-SW 28 LDCUR 27 VREF2 26 A+5V 25 RFENV 24 TSTSG 23 NARF 22 ARF 21 AGND 20 A+3.3V 19 A+3.3V 18 VHALF 17 FS 16 FE 15 TE 14 AGND 13 BD0 12 OFTR 11 FEPDATA 10 FEPCLK 9 FEPENB 8 AGND 7 TBAL 6 5 FBAL 4 AGND 3 GAINH/L 2 HFMON 1 AGND C2011 0.1 C2003 8200P TC2051 LB2001 G1CYYYZ00003 D+5V TC2053 M+9V TC2054 LB2002 G1CYYYZ00003 R2007 0 TC2055 TC2057 TC2059 TC2061 TC2063 TC2065 TC2067 TC2068 TC2069 TC2070 TC2072 TC2073 TC2074 TC2075 LB2003 LB2004 TC2056 TRAYMUTE LB2005 TC2058 LB2006 R2005 6.8K LB2007 TC2060 LB2008 LB2009 TRAYDRV LB2010 TC2062 TRAYREF LB2011 TC2064 LB2012 LB2013 TRAY/TRV LB2014 IN-SW LB2015 TC2066 LB2017 A+5V LB2018 LB2020 LB2021 R2001 6.8K R2006 0 C2005 680P C2004 0.039 E TC2003 C2006 680P C2007 0.047 C2008 0.047 TP5208 D TC2078 LB2022 LB2023 LB2024 LB2025 LB2026 LB2027 LB2028 LB2029 LB2030 LB2031 LB2032 LB2033 LB2034 LB2035 TC2076 TC2077 TC2079 R2015 R2013 R2012 6.8K TC2080 TC2082 TC2084 C TC2081 TC2083 R2014 10K C2001 0.1 TC2087 NHFMON C2014 0.047 C2015 3300P C2016 1500P C2018 1500P TC2086 R2002 8.2K TC2085 TC2088 C2013 3300P D2002 MA111-TX LB2003-LB2015,LB2017,LB2018, LB2020-LB2035:J0JCC0000062 B C2012 0.033 R2030 6.8K R2032 1K R2034 47 R2017 33K R2033 0 1000P 0.1 C2029 100P R2038 100K C2038 0.033 C2024 0.1 C2009 470P C2019 3300P C2043 C2023 C2025 0.01 C2026 C2002 0.1 C2021 0.047 A ( Shield connected to GND ) 1 2 3 4 5 R2036 100K C2028 46 C2030 0.47 2.2 37 38 39 40 41 42 43 44 45 46 47 48 49 50 LDIN CRSIN VCOF PLLFI2 PLLFI PLLFO IREF2 IREF VREF DSLF ARF RFSW NARF DRAMD0 SRAMD15 DRAMD1 DRAMD14 DRAMD2 DRAMD13 DRAMD3 DRAMD12 DRAMD4 DRAMD11 DRAMD5 DRAMD10 DRAMD6 144 143 142 141 140 139 138 137 136 135 134 133 132 131 TC2052 TC2002 D0 D15 D1 D14 D2 D13 D3 D12 D4 D11 D5 D10 D6 D9 D4 C2041 6V100 C2027 0.1 1 2 3 4 5 6 7 VDD DQ0 DQ1 DQ2 DQ3 VDD VSS DQ15 DQ14 DQ13 DQ12 VSS 44 43 42 41 40 39 38 D11 6 D15 D14 D13 D12 D11 D10 D9 D8 44 43 42 41 40 39 38 37 36 35 NC LCAS UCAS OE A8 A7 A6 A5 A4 VSS VSS DQ15 DQ14 DQ13 DQ12 VSS DQ11 DQ10 DQ9 DQ8 32 31