manualshive.com logo in svg

Pioneer AVR-W6100 UC, Service Manual, Page: 4 / 76

Share
Download
Pioneer AVR-W6100 UC Service Manual Download Page 4

 

AVR-W6100/UC

A

B

C

D

1

2

3

4

1

2

3

4

 

4

 

1. SPECIFICATIONS

General

Power source  ...................................................................... 14.4 V DC (10.8 — 15.1 V allowed)
Grounding system ................................................................ Negative type
Max. current consumption  .................................................. 3 A
Backup current  .................................................................... Less than 1 mA

Display Unit

Screen size/Aspect ratio  ...................................................... 6.5 inch wide/16:9

(effective display area: 154

×

87 mm)

Pixels .................................................................................... 336,960 (1,440 

×

234)

Type  .................................................................................... TFT active matrix, transmissive type
Color system  ........................................................................ NTSC
Operating temperature range  .............................................. –10 — +50 

°

C [+14 to +122 

°

F ]

Storage temperature range  .................................................. –40 — +80 

°

C [-40 to +176 

°

F ]

Angle adjustment

Flip angle  ........................................................................ 0 — 105 

°

Swivel ............................................................................ 25 

°

(R) — 25 

°

(L)

Dimensions .......................................................................... 260 (W) 

×

50 (H) 

×

220 (D) mm

Display ................................................................................ 105 (W) 

×

25 (H) 

×

180 (D) mm

Weight  ................................................................................ 1.1 kg [2.4 lbs]

AVR-W6100/UC

General

Power source  ...................................................................... 14.4 V DC (10.8 — 15.1 V allowed)
Grounding system ................................................................ Negative type
Max. current consumption  .................................................. 3 A
Backup current  .................................................................... Less than 1 mA

Display Unit

Screen size/Aspect ratio  ...................................................... 6.5 inch wide/16:9

(effective display area: 154

×

87 mm)

Pixels .................................................................................... 336,960 (1,440 

×

234)

Type  .................................................................................... TFT active matrix, transmissive type
Color system  ........................................................................ NTSC/PAL compatible
Operating temperature range  .............................................. –10 — +50 

°

C

Storage temperature range  .................................................. –40 — +80 

°

C

Angle adjustment

Flip angle  ........................................................................ 0 — 105 

°

Swivel ............................................................................ 25 

°

(R) — 25 

°

(L)

Dimensions .......................................................................... 260 (W) 

×

50 (H) 

×

220 (D) mm

Display ................................................................................ 105 (W) 

×

25 (H) 

×

180 (D) mm

Weight ................................................................................ 1.1 kg

AVR-W6100/EW

[ 6-1/8 

× 

3-3/8 in. ] 

[ 10-1/4(W) 

× 2(Η)

 

× 

8-5/8(D) in. ] 

[ 4-1/8(W) 

× 1(Η)

 

× 

7-1/8(D) in. ] 

Summary of Contents for AVR-W6100 UC

Page 1: ... U S A PIONEER EUROPE NV Haven 1087 Keetberglaan 1 9120 Melsele Belgium PIONEER ELECTRONICS ASIACENTRE PTE LTD 253 Alexandra Road 04 01 Singapore 159936 PIONEER CORPORATION 2002 AVR W6100 UC CRT2876 OVERHEAD DISPLAY AVR W6100UC OVERHEAD DISPLAY AVR W6100EW For details refer to Important symbols for good services K ZZS MAY 2002 printed in Japan ...

Page 2: ...ng should be made securely When you find the procedures bearing any of the symbols be sure to fulfill them 2 Adjustments To keep the original performances of the product optimum adjustments or specification confirmation is indispensable In accordance with the procedures or instructions described in this manual adjustments should be performed 3 Cleaning For optical pickups tape deck heads lenses an...

Page 3: ...IDE PAGE 14 3 4 IR PCB RCA PCB 20 3 5 MONITOR UNIT 22 4 PCB CONNECTION DIAGRAM 28 4 1 MOTHER PCB 28 4 2 IR PCB 30 4 3 MONITOR UNIT 32 4 4 RCA PCB 34 5 ELECTRICAL PARTS LIST 35 6 ADJUSTMENT 45 6 1 MOTHER PCB ADJUSTMENT 46 6 2 IR PCB ADJUSTMENT 48 6 3 MONITOR SECTION ADJUSTMENT 50 6 4 EEPROM SETTING MODE 54 7 GENERAL INFORMATION 57 7 1 DIAGNOSIS 57 7 1 1 DISASSEMBLY 57 7 1 2 CONNECTOR FUNCTION DESCR...

Page 4: ...el 25 R 25 L Dimensions 260 W 50 H 220 D mm Display 105 W 25 H 180 D mm Weight 1 1 kg 2 4 lbs AVR W6100 UC General Power source 14 4 V DC 10 8 15 1 V allowed Grounding system Negative type Max current consumption 3 A Backup current Less than 1 mA Display Unit Screen size Aspect ratio 6 5 inch wide 16 9 effective display area 154 87 mm Pixels 336 960 1 440 234 Type TFT active matrix transmissive ty...

Page 5: ...AVR W6100 UC A B C D 5 6 7 8 5 6 7 8 5 ...

Page 6: ...ally unavailable because they are not in our Master Spare Parts List Screw adjacent to mark on the product are used for disassembly For the applying amount of lobricants or glue follow the instructions in this manual In the case of no amount instructions apply as you think it appropriate 1 2 3 4 5 6 7 8 9 10 11 12 ...

Page 7: ...6 4 Cord Assy CDE6979 5 Cord Assy CDE7013 6 Screw Assy CEA3252 7 Screw BPZ26P100FMC 8 Polyethylene Bag E36 613 9 Contain Box See Contrast table 2 10 Polyethylene Bag See Contrast table 2 11 Sub Carton CHG4722 12 Carton See Contrast table 2 Mark No Description Part No Mark NO Symbol and Description AVR W6100 UC AVR W6100 EW 1 1 Card ARY1048 Not used 1 2 Owner s Manual CRD3660 CRD3643 1 3 Owner s Ma...

Page 8: ...AVR W6100 UC A B C D 1 2 3 4 1 2 3 4 8 2 2 EXTERIOR ...

Page 9: ... Connector CN1371 CKS3232 41 Connector CN1501 CKS3235 42 Connector CN1303 CKS3586 43 Connector CN1584 CKS4124 44 Connector CN1585 CKS4124 45 Connector CN1201 CKS4598 46 Connector CN1301 CKS4599 47 Connector CN1302 CKS4599 48 Connector CN1221 CKS4600 49 Connector CN1222 CKS4600 50 Pin Jack CN1583 CKS4601 51 Connector CN1591 CKS4633 52 Connector CN1802 CKS4634 53 Bracket CNC5862 54 Holder CNC9877 55...

Page 10: ...371 TDA7496L HEAD PHONE AMP 6 15 16 VSWBUP AUX3V AUX3L AUX3R 4 5 3 7 9 CN1581 PHONE1L PHONE1R PHONE2L PHONE2R 10 6 12 8 Q1264 Q1262 AV SELECTOR BUFFER VOUT1 40 1 IC 1221 NJM2267M MONITOR 75Ω DRIVE 7 SYS5V 3 4 Q1131 Q1132 BUFFER LOUT1 39 ROUT1 41 RCA PCB C 1 3 5 CN1303 VOUT AOUTL AOUTR Q1133 Q1263 Q1261 AV SELECTOR BUFFER VOUT2 33 Q1111 Q1112 BUFFER LOUT2 30 ROUT2 32 Q1113 MUTE MUTE SYSTEM CONTROLL...

Page 11: ... MODULE MONITOR UNIT D CN3331 FL1 FL2 IC 3331 OZ960IS 20 11 10 T3331 Q3333 Q3334 Q3332 Q3331 3 1 5 14 15 7 IC 3332 TA78L05F FU3311 1 14 2 INVERTER FOR BACK LIGHT 2 SCREEN IC IC 851 LT1376CS8 2 V33VCC 14 4V 3 IC 841 R1130H251B 2 V25VCC IC 861 MAX1748EUE 4 V18VCC V33VCC V33VCC 1 7 V8VCC VM12VCC 15 8 V8VCC Q835 V5VCC POWER SUPPLY VFLVCC IC82 TC7WH34FU 5 2 7 3 6 1 CSDCS OSDDT OSDCK 9 10 11 CN2 V14VCC ...

Page 12: ...AVR W6100 UC A B C D 1 2 3 4 1 2 3 4 12 3 2 OVERALL CONNECTION DIAGRAM B C A IR PCB RCA PCB MOTHER PCB VIDEO3 HP OUTPUT VIDEO3 OPTION TV TUNER GEX 6100TV UC GEX 6100TVP EW ...

Page 13: ...AVR W6100 UC A B C D 5 6 7 8 5 6 7 8 13 D PCB MONITOR PCB LCD MODULE BACK LIGHT SUB OUT POWER SUPPLY VIDEO2 VIDEO1 ...

Page 14: ... When ordering service parts be sure to refer to EXPLODED VIEWS AND PARTS LIST or ELECTRICAL PARTS LIST A a A B CN1591 C CN1581 CEK1001 4A 1K IL1801 CEL1735 IL1802 CEL1735 12V 5W BU 17 18 19 20 13 14 15 16 7 8 9 10 11 12 1 2 3 4 5 6 2 1 4 5 8 9 10 6 7 3 2 1 4 5 8 9 10 6 7 3 VIDEO2 ISOLATOR VIDEO1 ISOLATOR VIDEO3 ISOLATOR SENSE TV AUDIO ISOLATOR TV AUDIO AMP ...

Page 15: ...indicates the importance of the safety factor of the part Therefore when replacing be sure to use parts of identical designation Symbol indicates a resistor No differentiation is made between chip resistors and discrete resistors NOTE Symbol indicates a capacitor No differentiation is made between chip capacitors and discrete capacitors B CN1411 D CN2 D CN1 A MOTHER PCB SYSTEM CONTROLLER PWRVI PWR...

Page 16: ...A B C D 1 2 3 4 1 2 3 4 16 A a A b A a A a A b 1 2 3 4 VAU9 17 18 19 20 13 14 15 16 7 8 9 10 11 12 1 2 3 4 5 6 2 1 4 5 8 9 10 6 7 3 2 1 4 5 8 9 10 6 7 3 VIDEO2 ISOLATOR VIDEO1 ISOLATOR TV AUDIO ISOLATOR TV AUDIO AMP ...

Page 17: ...AVR W6100 UC A B C D 5 6 7 8 5 6 7 8 17 A a A b A a A a A b 5 6 7 B CN1591 C CN1581 CEK1001 4A 1K IL1801 CEL1735 IL1802 CEL1735 12V 5W BU PWRVI PWRFL VAU9 VIDEO3 ISOLATOR SENSE ...

Page 18: ...6100 UC A B C D 1 2 3 4 1 2 3 4 18 A a A b A b 1 2 3 4 MOTHER UNIT Consists of MOTHER PCB IR PCB RCA PCB B CN1411 D CN2 D CN A MOTHER PCB VAU9 IICDA IICCK 2L 1L 2R 1R HEADPHONE AMP Video Signal Audio Signal ...

Page 19: ...nd on some component parts indicates the importance of the safety factor of the part Therefore when replacing be sure to use parts of identical designation Symbol indicates a resistor No differentiation is made between chip resistors and discrete resistors NOTE Symbol indicates a capacitor No differentiation is made between chip capacitors and discrete capacitors D CN1 SYSTEM CONTROLLER PWRVI PWRF...

Page 20: ...AVR W6100 UC A B C D 1 2 3 4 1 2 3 4 20 3 4 IR PCB RCA PCB B A CN1501 CN1802 10 5V 9 3V 5V LAMP SWITCH ...

Page 21: ...AVR W6100 UC A B C D 5 6 7 8 5 6 7 8 21 B C RESET B IR PCB C RCA PCB A CN1371 2 2 2 1 REMOTE CONTROL SENSOR MOTHER UNIT Consists of MOTHER PCB IR PCB RCA PCB ...

Page 22: ...C D 1 2 3 4 1 2 3 4 22 3 5 MONITOR UNIT D DIMMER INVERTER EEP ROM 5 3V CONVERT LIGHT SENSE OSD OSD Interface Y C SEP NT FILTER and SYNC AMP LCD MODULE A CN1222 A CN1221 10 1 10 2 2 3 2 1 2 2 7 2 7 4 7 3 9 2 9 4 9 3 3 1 ...

Page 23: ... Y C SEP NTSC Dec P in P Video Processor TFT Controller VCOM AMP RGB AMP 2 SCREEN IC SYNC AMP POWER SUPPLY The power supply is shown with the marked box D MONITOR UNIT LCD MODULE 8V 18 5V 12V 5V 2 5V 3 3V 3 2 3 3 9 1 1 1 1 2 1 3 1 4 3 4 5 3 5 2 6 2 8 3 5 4 ...

Page 24: ...AVR W6100 UC A B C D 1 2 3 4 1 2 3 4 24 CH1 1 1 CVBS CH2 1 2 REOUT Note The encircled numbers denote measuring points in the circuit diagram CH1 2 1 IRL CH2 2 2 IRR Mother PCB IR PCB ...

Page 25: ...61 Pin10 CH1 Input 10 step VTRIN CH3 3 3 GOUT CH2 3 1 CVBS CH4 3 4 VG CH1 9 1 V33 CH3 9 3 PIPCK CH2 9 2 PIPRST CH4 9 4 PIPDA CH1 2 1 DIMAC CH3 2 3 DIMDTY CH2 2 2 IC901 Pin 6 CH1 Input 10 step VTRIN CH3 3 2 CVBS2 CH2 3 1 CVBS Note The encircled numbers denote measuring points in the circuit diagram Monitor Unit ...

Page 26: ...CH1 Input 10 step VTRIN CH3 7 3 OSDV CH2 7 4 POL CH4 7 2 P0 CH1 Input 10 step VTRIN CH3 7 3 OSDV CH2 7 4 POL CH4 7 2 P0 CH1 Input 10 step VTRIN CH3 8 3 VCOM CH2 7 4 POL CH4 3 4 VG CH1 Input 10 step VTRIN CH3 5 3 STH1 CH2 5 2 CX CH4 3 4 VG CH1 Input 10 step VTRIN CH3 5 4 STV1 CH2 5 2 CX CH4 3 4 VG ...

Page 27: ...AVR W6100 UC A B C D 5 6 7 8 5 6 7 8 27 CH1 Input 10 step VTRIN CH3 3 4 VG CH2 6 2 CPH CH1 10 1 D3333 Cathode CH1 10 2 FL2 ...

Page 28: ...ip Part SIDE B SIDE A NOTE FOR PCB DIAGRAMS 1 The parts mounted on this PCB include all necessary parts for several destination For further information for respective destinations be sure to check with the schematic dia gram 2 Viewpoint of PCB diagrams VIDEO2 VIDEO1 SUB OUT POWER SUPPLY C CN1581 D CN2 D CN1 B CN1591 B CN1411 CORD CORD ...

Page 29: ...AVR W6100 UC A B C D 5 6 7 8 5 6 7 8 29 A A MOTHER PCB SIDE B CVBS EPRTST REM40 AUX3VO TP1827 TP1823 ...

Page 30: ...AVR W6100 UC A B C D 1 2 3 4 1 2 3 4 30 4 2 IR PCB B B IR PCB SIDE A ADJ TC1431 TC1441 LAMP RESET SOURCE ...

Page 31: ...AVR W6100 UC A B C D 5 6 7 8 5 6 7 8 31 B B IR PCB SIDE B A CN1501 A CN1802 IRL IRR VIR ...

Page 32: ...AVR W6100 UC A B C D 1 2 3 4 1 2 3 4 32 4 3 MONITOR UNIT D D MONITOR UNIT SIDE A LCD MODULE A CN1222 A CN1221 LCD MODULE ...

Page 33: ...AVR W6100 UC A B C D 5 6 7 8 5 6 7 8 33 D D MONITOR UNIT SIDE B VB VG VR VCOM VM12 V18 V8 V25 V33 V5 ...

Page 34: ...AVR W6100 UC A B C D 1 2 3 4 1 2 3 4 34 4 4 RCA PCB C C RCA PCB C RCA PCB SIDE A SIDE B 1 3 5 7 9 11 4 6 8 10 12 A CN1371 PHONE1 R L V PHONE2 ...

Page 35: ...0M 30 D 862 Diode RB500V 40 D 863 Diode RB500V 40 D 864 Diode RB500V 40 D 865 Diode RB500V 40 D 866 Diode RB500V 40 D 867 Diode RB500V 40 D 868 Diode RB500V 40 D 869 Diode RB500V 40 D 3331 Diode HZU6R2 B3 D 3332 Diode HZU6R2 B3 D 3333 Diode MA143 D 3334 Diode MA143 D 3335 Diode HZU6R2 B3 D 3336 Diode UDZS6R2 B L 1 Inductor CTF1306 L 2 Inductor CTF1306 L 3 Inductor CTF1306 L 4 Inductor CTF1306 L 5 ...

Page 36: ... 16S102J R 170 RS1 16S272J R 171 RS1 16S331J R 172 RS1 16S103J Circuit Symbol and No Part Name Part No R 174 RS1 16S331J R 175 RS1 16S103J R 177 RS1 16S331J R 178 RS1 16S103J R 180 RS1 16S243J R 181 RS1 16S3002F R 182 RS1 16S223J R 183 RS1 16S1203F R 184 RS1 16S1602F R 185 RS1 16S1502F R 186 RS1 16S1002F R 187 RS1 16S1002F R 188 RS1 16S101J R 189 RS1 16S153J R 190 RS1 16S100J R 191 RS1 16S153J R 1...

Page 37: ...S100M10 C 82 CKSRYF104Z25 C 83 CKSRYB105K10 Circuit Symbol and No Part Name Part No C 85 CKSRYF104Z25 C 94 CKSRYF104Z25 C 96 CCSRCH271J50 C 97 CCSRCH271J50 C 98 CCSRCH271J50 C 101 CKSYF106Z10 C 102 CCSRCH470J50 C 103 CCSRCH470J50 C 104 CKSRYF104Z25 C 105 CSZS100M10 C 151 CSZSR330M10 C 152 CKSRYB103K25 C 153 CCSRCH4R0C50 C 154 CCSRCH4R0C50 C 155 CCSRCH4R0C50 C 156 CKSRYF104Z25 C 160 CKSRYF104Z25 C ...

Page 38: ...ircuit Symbol and No Part Name Part No A B C Mother Unit Consists of Mother PCB IR PCB RCA PCB Unit Number CWM8247 AVR W6100 UC CWM8250 AVR W6100 EW Unit Name Mother Unit MISCELLANEOUS IC 1201 IC NJM4558E IC 1221 IC NJM2267M IC 1251 IC TA2050F IC 1271 IC CXA2089Q IC 1301 IC TA2050F IC 1311 IC TA2050F IC 1321 IC TA2050F IC 1371 IC TDA7496L IC 1411 IC BA3308FV IC 1471 IC TC7W04FU IC 1501 IC TSOP4840...

Page 39: ...rcuit Symbol and No Part Name Part No D 1496 LED DNP318U 2 D 1497 LED DNP318U 2 D 1498 LED DNP318U 2 D 1499 LED DNP318U 2 D 1500 LED DNP318U 2 D 1551 Diode HZU5R6 B2 D 1553 Diode HZU5R6 B2 D 1561 LED CL191G1C D 1562 LED CL191G1C D 1563 Chip LED CL190SDCD D 1564 LED CL191G1C D 1565 Chip LED CL190SDCD D 1569 LED CL191G1C D 1801 Diode SC016 2 D 1811 Diode UDZ10 B D 1823 Diode UDZ10 B D 1827 Diode HZU...

Page 40: ...16S101J R 1253 RS1 16S223J R 1254 RS1 16S223J R 1255 RS1 16S102J R 1256 RS1 16S102J Circuit Symbol and No Part Name Part No R 1261 RS1 16S123J R 1262 RS1 16S471J R 1263 RS1 16S103J R 1264 RS1 16S471J R 1265 RS1 16S103J R 1266 RS1 16S562J R 1267 RS1 16S102J R 1268 RS1 16S102J R 1269 RS1 16S104J R 1271 RS1 16S562J R 1272 RS1 16S562J R 1273 RS1 16S470J R 1274 RS1 16S562J R 1275 RS1 16S562J R 1276 RS1...

Page 41: ...R 1552 RS1 10S102J R 1553 RS1 10S102J R 1554 RS1 10S102J R 1555 RS1 4S181J Circuit Symbol and No Part Name Part No R 1556 RS1 10S0R0J R 1557 RS1 10S0R0J R 1558 RS1 10S0R0J R 1562 RS1 16S152J R 1563 RS1 16S332J R 1564 RS1 16S103J R 1566 RS1 16S152J R 1567 RS1 16S332J R 1568 RS1 16S103J R 1601 RS1 16S472J R 1602 RS1 16S472J R 1604 RS1 16S681J R 1605 RS1 16S471J R 1609 RAB4CQ681J R 1610 AVR W6100 UC ...

Page 42: ...C 1221 CKSRYB103K50 C 1225 100µF 16V CCH1228 C 1226 CKSRYB103K50 Circuit Symbol and No Part Name Part No C 1231 CEV4R7M35 C 1235 CEV220M16 C 1236 100µF 16V CCH1228 C 1251 CKSRYB105K10 C 1252 CKSRYB105K10 C 1253 CKSRYB105K10 C 1254 CKSRYB105K10 C 1255 100µF 16V CCH1228 C 1256 10µF 16V CCG1138 C 1257 CCSRCH471J50 C 1261 CCSRCH8R0D50 C 1262 CCSRCH120J50 C 1271 CKSRYB105K10 C 1272 CKSRYB105K10 C 1273 ...

Page 43: ...31 CKSRYB103K50 C 1533 CCSRCH331J50 C 1534 CCSRCH331J50 C 1601 CKSRYB103K50 C 1661 CKSRYB104K25 C 1662 100µF 16V CCH1228 C 1663 CKSRYB103K50 Circuit Symbol and No Part Name Part No C 1664 CKSRYB104K25 C 1665 CKSRYB103K50 C 1666 CKSRYB103K50 C 1667 CKSRYB103K50 C 1668 CKSRYB103K50 C 1669 CKSRYB103K50 C 1670 CCSRCH102J50 C 1671 CCSRCH102J50 C 1801 3300µF 16V CCH1125 C 1802 CKSRYF104Z25 C 1803 CKSRYF...

Page 44: ...AVR W6100 UC A B C D 1 2 3 4 1 2 3 4 44 ...

Page 45: ...obtained at the test point AUX3V0 as shown on the adjustment item 2 1 After completing the preparation follow each adjustment method 2 In the TEST mode Shift the probe land EPRTST to L on the Mother PCB Supply 14 4V to the BU and ACC lines via the unit connectors Press the Power button on the unit or on the remote control to start the EPROM TEST mode Input the video signal to the VIDEO3 RCA termin...

Page 46: ... W6100 UC A B C D 1 2 3 4 1 2 3 4 46 6 1 MOTHER PCB ADJUSTMENT MOTHER PCB SIDE B CVBS EPRTST REM40 AUX3VO TP1827 TP1823 Oscilloscope Frequency Counter Oscilloscope Connection Diagram DC V Meter DC V Meter ...

Page 47: ... the Vlevel is less than 0 75Vp p the images become blackish 2 The CARRIER frequency is out of spec Between 2kHz and 2kHz Normal operation 2kHz to 3kHz or 2kHz to 3 kHz Normal operation but poor sensitivity Lower than 3kHz or higher than 3kHz No remote control Input test pin 100 IRE white 100 1 0Vp p input via 75ohms Shift the 11 pin of IC1601 to H or select TYPE1 as CARRER TYPE on the MENU screen...

Page 48: ...AVR W6100 UC A B C D 1 2 3 4 1 2 3 4 48 6 2 IR PCB ADJUSTMENT IR PCB SIDE B VIR IRL IRR Connection Diagram Frequency Counter Frequency Counter DC V Meter ...

Page 49: ...eset position Input input test pin specs other conditions Probe VVI 14 4V Input signal OFF Input signal OFF Output measuring point waveform Measuring point TP VIR DC V Meter 10 5V 1 0V 1 2 LCH frequency Measuring point TP IRL Frequency counter 2 3MHz 0 05MHz TC1431 TC1441 1 3 RCH frequency Measuring point TP IRR Frequency counter 2 8MHz 0 05MHz BU ACC 14 4V ...

Page 50: ...DEO3 RCA terminal on the unit When the video signal of 2Vp p via 75 ohms is applied the prescribed level will be obtained at the test point CVBS in the adjustment items 8 and after The video source VIDEO3 should be switched depending on the items to be adjusted After completing the preparation follow each adjustment method VB VG VR VCOM MONITOR UNIT SIDE B Connection Diagram Oscilloscope Oscillosc...

Page 51: ... 3 4 5 6 3 3V power supply verification 2 5V power supply verification C852 hot side TP V33 V33 3 3V 0 3V V25 2 5V 0 2V IC841 TP V25 TP V5 TP V8 TP V18 TP VM12 Input Apply 14 4V to TP VVI Apply 14 4V to TP VVI 5V power supply verification V5 5 0V 0 3V Apply 14 4V to TP VVI 8V power supply verification V8 8 0V 0 6V Apply 14 4V to TP VVI 18 5V power supply verification V18 18 5V 0 8V Apply 14 4V to ...

Page 52: ... step signal to TP CVBS TP VG The input 10 step signal has no setup 0 75V 0 02V 3 9 0 2V The first step A 0 50V 0 1V A1 A A1 A2 2 A2 11 Gamma 2 verification Apply a 10 step signal to TP CVBS TP VG The input 10 step signal has no setup If the measured value is out of specs change the setting of SA24h D11 8 γ 2 inflection point GAMMA2 in the line adjustment 1 mode Register setting specs 4 1 The 10th...

Page 53: ...n the Line adjustment 2 mode SUB BRI R can be used as the adjusting point Register setting specs 64 3 specs in designing 64 2 In the Line adjustment 2 mode SUB CON R can be used as the adjusting point The luminance level of the input signal 50 In the flicker adjustment mode COM DC can be used as the adjusting point Adjust the first step levels of the G wave form and the R waveform Adjust the 10th ...

Page 54: ...B9056 supplied with the AVR W6100 which uses remote control codes for the rear monitor Any key inputs from the main unit are not acceptable Operations To enter the setting mode while keeping the EPRTEST terminal probe land EPRTSTA at Low turn on the power To switch between the adjustment modes use the MENU button Flicker adjustment mode Line adjustment 1 mode Line adjustment 2 mode Dimmer paramete...

Page 55: ...RIGHT CONTRAST COM DC COM AMP RGB BIAS GAMMA0 GAMMA3 GAMMA2 GAMMA1 LINE1 FF CS Displays in each mode In the following figures the letters and numbers surrounded by a large square are for OSD examples On the screen the adjustment names and the settings or written data are listed The settings or written data will change when some adjustments are made in each mode The following examples show the maxi...

Page 56: ...e range Adjustment item Settings or written data DEC 0 255 0 255 0 255 0 255 0 255 0 255 0 255 0 255 0 255 0 255 FF FF FF FF FF FF FF FF FF FF BL MAX BL MIN REF H REF L LUM H LUM M LUM L BL H BL M BL L DIMMER LINE2 FF CS FF CS Notes 1 CONTRAST data The CONTRAST data is adjustable and used as reference data for other adjustment items which is not memorized in the EEPROM 2 SUB BRI R and SUB BRI B da...

Page 57: ... screws and then remove the Cover 1 Cover 1 1 1 1 Remove the three screws Disconnect the connector and then remove the Mother PCB 1 1 1 2 2 2 2 3 3 Removing the IR PCB Fig 2 2 Remove the four screws Disconnect the connector and then remove the IR PCB Removing the RCA PCB Fig 2 3 Remove the two screws Disconnect the connector and then remove the RCA PCB Mother PCB IR PCB RCA PCB ...

Page 58: ... 58 Removing the Monitor Unit Fig 4 1 Fig 3 Removing the Case Fig 3 Fig 4 Remove the four screws and then remove the Case 1 Case Monitor Unit Remove the four screws Disconnect the connector and then remove the Monitor Unit 1 1 1 1 1 1 1 1 ...

Page 59: ... BRSDK 4 BRSGI 5 GNDTV 6 TVV 7 SCL 8 NC 9 TVARI 10 TV9V 11 GVDTV 12 GNDV 13 NC 14 SL 15 TV9V 16 TVR 17 NC 18 SD 19 TVL 20 GNDA 2 1 4 5 8 9 10 6 7 3 1 REM2 2 REM 3 GNDV 4 SYS5V 5 AUXAR 6 AUXLG 7 AUXVG 8 AUXRG 9 AUXAL 10 AUXV 1 2 3 4 5 6 7 8 1 GNDL 2 DORR 3 VLAMP 4 NC 5 NC 6 ACC 7 BUP 8 GND VIDEO OUTPUT YELLOW AUDIO OUTPUT WHITE AUDIO OUTPUT RED ...

Page 60: ...5 EPRCK O C EEPROM serial clock output 26 EPRPROT O C EEPROM memory protect output 27 EPRDI I EEPROM serial data input 28 EPRRST I EEPROM data initialize mode input 29 EPRTEST I EEPROM data set up mode input 30 SCL O ZL I2C BUS clock output 31 SDA I O ZL I2C BUS data input output 32 IICRST O C I2C BUS reset output 33 Vss GND 34 ILMPW O O Illumination power supply control output 35 MUTEAA O C Stere...

Page 61: ... oscillator connection pin 70 X1 Crystal oscillator connection pin 71 IC GND IC test terminal 72 XT2 NC Open 73 XT1 GND Sub clock input GND 74 VDD0 Power supply Port 75 AVDD A D converter power supply 76 SL I Signal level input 77 TVCHK I TV tuner discrimination input 78 79 KDT0 1 I Key sense input 80 LSENS I Light sense input 1 20 21 40 41 60 61 80 PE5304B IC s marked by are MOS type Be careful i...

Page 62: ...9 O Port output 11 VSS GND 12 P0 O Port output 13 P1 R O Port output or R output 14 P2 O Port output 15 P3 G O Port output or G output 16 P4 O Port output 17 P5 B O Port output or B output 18 HOR I Horizontal synchronous signal input 19 VERT I Vertical synchronous signal input 20 VDD Positive power supply terminal 1 10 11 20 PD5582A GND GND GND INL VAROUT_L VAROUT_R VOLUME N C INR 1 3 2 4 5 6 7 8 ...

Page 63: ..._A CT RT PGND LCT DIM LPWM PDR_C NDR_D Protection NDR_B PDR_A ZVS Phase Shift Controller HF OSC PDR_C NDR_D Burst Mode Control OVP ENA hys COMP hys COMP 1 5V 2V Reference OPLAMP EA Ignition 1 25V 2V 2 50V sub POFF POFF I 3uA I 6uA Soft Start ACTIVE HIGH OZ960IS OUT GND VCC PIN 1 2 3 Control Circuit Band Pass AGC Input Demodu lator TSOP4840SB1 ...

Page 64: ... INPUT B INPUT B OUTPUT V 4 5 6 7 8 NJM4558E GND TRIGGER OUTPUT RESET V DISCHARGE THRESHOLD CONTROL 1 2 3 4 5 6 7 8 TIMER NJM555V 6 4 1 3 2 7 5 9 11 14 12 13 8 10 D OUTPUT D INPUT D INPUT V C INPUT C INPUT C OUTPUT A OUTPUT A INPUT A INPUT V B INPUT B INPUT B OUTPUT NJM2138V ...

Page 65: ...UIT SLOPE COMP INTERNAL VCC CURRENT SENSE AMPLIFIER SHUTDOWN COMPARATOR CURRENT COMPARATOR ERROR AMPLIFIER FOLDBACK CURRENT LIMIT CLAMP RS FLIP FLOP DRIVER CIRCUITRY S R 0 9V LOCKOUT COMPARATOR 0 4V 3 5mA Q2 Q1 POWER SWITCH 2 38V 2 42V 1 2 3 4 6 7 8 5 BOOST VIN Vsw BIAS Vc FB SENSE GND shdn LT1376CS8 ...

Page 66: ... 1 2 3 4 1 2 3 4 66 VOUT GND CE 1 3 5 Current Limit VREF VDD 2 NC 4 R1130H251B LX shdn PGND 1 25V rdy Q R S I LIM INTG Gm 15 14 1 3 OSC DRVP GND 2 4 5 6 7 8 9 10 11 12 13 16 TGND SUPP SUPN DRVN FB IN REF FBP FBN MAX1748EUE ...

Page 67: ...D VDD VDD R G B Analog Vss Analog VDD 2 5V Analog VDD 2 5V Analog Vss Digital Vss DRAM Vss DRAM VDD DR 2 5V D RAM Test Dispaly Mute Test mode2 Test mode3 Digital VSS Digital VDD 2 5V Digtal Vss Buffer VDD 3 3V Buffer Vss D A Bias 1 Common Polality Out Analog VDD 2 5V Ext Clamp Bias Out D A Bias 4 B Signal Out Vref IN PLL Digital VDD 2 5V PLL Analog VDD 2 5V H PLL Filter Out H PLL Filter IN A G S 1...

Page 68: ...5V Pin 68 74 Power ON bsens L asens L BSENS Pin 62 ASENS Pin 63 SWACPW H Pin 65 SYSPW H Pin 66 POWER keys operative Completes power on operation After that proceed to each source operation MFLPW H Pin 21 POWER ON MVIPW H Pin 20 DEG0SW H The flap is open Close DEG0SW L Open ...

Page 69: ...y u o 0 w i q 1 w VOLUME buttons u 2 3 buttons i MENU button 1 SUB SOURCE button 2 SOURCE button 3 BACK button 55 CH CALL button 6 Remote control operation mode switch 7 5 buttons 8 POWER button 9 BAND button 0 WIDE button q Remote control code selection switch w VOLUME buttons e MENU button r AUDIO button t SUBTITLE button y ANGLE button u FORWARD REVERSE buttons i PLAY PAUSE button o PREVIOUS NE...

Page 70: ...tween the wireless headphones and output section may prevent reception 1 w 8 6 7 0 2 8 4 5 3 9 3 RESET button 4 WIDE MENU button 5 CH button 6 Dome Light switch 7 OPEN button 8 Dome Light 9 Remote control signal sensor 0 Wireless headphone output section 1 Optical sensor ...

Page 71: ...life 1 Start the car engine 2 Pull down the display 3 Open the display to a position where it is easy to see and adjust the direction it is pointing in 4 Turn on the system Each press of the POWER button the power of the system ON OFF Note Press the remote control s POWER button to switch ON OFF ACC ON L O C K ST A R T Basic Operation ...

Page 72: ...u want to view or listen to Select the desired source Each press changes the source Icons indicate the selected sources Each press of the SOURCE button selects the desired source in the following order TV VIDEO1 VIDEO2 VIDEO3 Exit to TV Notes In the following cases the source will not change When a product corresponding to each source is not connected to this product When the VIDEO2 and VIDEO3 is ...

Page 73: ... Each press of the WIDE MENU button selects the wide mode in the following order FULL JUST CINEMA ZOOM NORMAL Exit to FULL Notes Settings are stored for each source The setup menu screen always appears in FULL mode When video is viewed in a wide mode that does not match its original aspect ratio it may appear differently Remember that using the wide mode feature of this system for commercial or pu...

Page 74: ...ntally long video such as movies in which titles overlap the video CINEMA Video enlarges vertically with an aspect ratio falling between FULL and ZOOM This wide mode is suited for horizontally long video such as movies in which titles are displayed in black areas outside the video JUST Video appears more extended hor izontally as it gets closer to both edges of the screen Because video appears in ...

Page 75: ...Dome Light Switch s lead wire Yellow To the terminal always supplied with power regardless of ignition switch position Red To the electric terminal controlled by the igni tion switch 12 V DC ON OFF Do not connect this lead to power source termi nals to which power is continuously supplied If the lead is connected to such terminals the battery may be drained Black ground To vehicle metal body Fuse ...

Page 76: ...cial RCA cable sold separately This product Connection Diagram VIDEO input Usually VIDEO1 is ON so connect the cord supplied with this product to the VIDEO1 input Supplied or separately sold CD AR600 Remote control signal transmitter For transmission of an auxiliary components remote con trol signals perform Remote Control Setting Also be sure to locate the remote control signal transmitter so tha...

Reviews:

No comments