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Pioneer PDP-5000EX, Service Manual

The Pioneer PDP-5000EX service manual is a comprehensive guide for owners of this exceptional product. Available for free download at manualshive.com, this manual provides detailed instructions and helpful tips to ensure you get the most out of your Pioneer PDP-5000EX.

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PDP-5000EX

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9. LIST OF RS-232C COMMANDS

9.1  RS-232C COMMANDS OUTLINE

9.1.1  DESCRIPTION OF RS-232C COMMANDS

With the PDP-5000EX/PRO-FHD1, the serial port is commonly used by the RS-232C and SR+ connectors. Although the 
setting upon shipment is RS-232C, it can be changed to SR+, using the Home menu. If SR+ is selected, to use the RS-232C 
commands during servicing to control the unit the setting must be returned to RS-232C.

• From SR+ to RS-232C

With the unit in normal Standby mode, press a key other than the Standby key. Then within 10 seconds, hold the 
(or -) key pressed for 3 to 10 seconds.
Then hold the sprit key pressed for 3 to 10 seconds. Then within 3 seconds, press the Enter key.
The Standby LED flashes twice. 
Then the setting is switched to RS-232C, and the baud rate becomes 9600 bps.

• From RS-232C to SR+

With the unit in normal Standby mode, press a key other than the Standby key. Then within 10 seconds, hold the 
(or -) key pressed for 3 to 10 seconds.
Then hold the sprit key pressed for 3 to 10 seconds. Then within 3 seconds, press the HOME MENU key.
The Standby LED flashes twice. 
Then the setting is switched to SR+.

There are two ways to switch: (1) by using the remote control unit during Standby mode, and (2) by using the Home menu.

How to switch between SR+ and RS-232C

During Standby mode (while the power to the main microcomputer is off), RS-232C commands (excluding some, such as 
PON) are not valid. If you wish to send invalid commands, such as DRV, during Standby mode, proceed in the following way:

About RS-232C commands during Standby mode

(1) Switching by using the remote control unit during Standby mode

• From SR+ to RS-232C

Press the HOME MENU key. Move the cursor to Initial Setting, using the Up or Down key, then press the Enter key.
Move the cursor to SR+, by the Up or Down key. Move the cursor to "Off," using the Left or Right key. 
Press the HOME MENU key to exit the Home menu. 
Then the setting is switched to RS-232C, and the baud rate becomes 9600 bps.

• From RS-232C to SR+

Press the HOME MENU key. Move the cursor to Initial Setting, by using the Up or Down key, and press the Enter key.
Move the cursor to SR+, by using the Up or Down key. Move the cursor to "On," by using the Left or Right key. 
Press the HOME MENU key to exit from the Home menu. 
Then the setting is switched to SR+.

(2) Switching by using the Home menu

During Standby

(Within 10 seconds)

(Within 10 seconds)

ZACS00 (Although this is a command for aging, it is used for 

 starting up the main microcomputer, in this case.)

DRVS00 (To turn the drive off)

PON

Summary of Contents for PDP-5000EX

Page 1: ...04 01 Singapore 159936 PIONEER CORPORATION 2006 PDP 5000EX ARP3344 PLASMA DISPLAY PDP 5000EX THIS MANUAL IS APPLICABLE TO THE FOLLOWING MODEL S AND TYPE S This service manual should be used together with the following manual s Model Type Power Requirement Remarks PDP 5000EX TYV5 AC 110 to 240 V Model No Order No Remarks PDP 5000EX TYV5 ARP3345 SCHEMATIC DIAGRAM PCB CONNECTION DIAGRAM For details r...

Page 2: ...nmetallic knobs adjustment and compartment covershields isolation resistor capacitor etc 3 When service is required observe the original lead dress Extra precaution should be taken to assure correct lead dress in the high voltage circuitry area 4 Always use the manufacture s replacement components Especially critical components as indicated on the circuit diagram should not be replaced by other ma...

Page 3: ... not exceed 1mA ANY MEASUREMENTS NOT WITHIN THE LIMITS OUTLINED ABOVE ARE INDICATIVE OF A POTENTIAL SHOCK HAZARD AND MUST BE CORRECTED BEFORE RETURNING THE SET TO THE CUSTOMER PRODUCT SAFETY NOTICE Many electrical and mechanical parts in PIONEER set have special safety related characteristics These are often not evident from visual inspection nor the protection afforded by them necessarily can be ...

Page 4: ...mer and Converter Transformer In the PANEL POWER SUPPLY Unit and MR POWER SUPPLY Unit 6 Other primary side of the PANEL POWER SUPPLY Unit and MR POWER SUPPLY Unit High Voltage Generating Point The places where voltage is 100V or more except for the charged places described above If the places are touched there is a risk of electric shock If the procedures described in 10 2 POWER ON OFF FUNCTION FO...

Page 5: ... the product Please check that neither solder debris nor screws remain inside the product 8 There should be no semi broken wires scratches melting etc on the coating of the power cord Damaged power cords may lead to fire accidents so please be sure that there are no damages If you find a damaged power cord please exchange it with a suitable one 9 There should be no spark traces or similar marks on...

Page 6: ...r the maximum temperature value MAX TEMP in the same manner 4 Other Assys Clearance of the maximum temperature value 1 Select PANEL FACTORY ETC then MAX TEMP After entering Factory mode press MUTING once press ENTER press seven times press ENTER then press seven times 2 Press to select CLEAR Hold ENTER pressed for at least 5 seconds After clearance is completed ETC is automatically selected How to...

Page 7: ...fter replacement of the panel 10 VOL RST P 11 SUS FREQ For AM noise prevention Depending on the mode brightness of the screen changes 6 PANEL 2 ADJ 1 R HIGH 2 G HIGH 3 B HIGH Parameters for the WB adjustment of the panel which are 4 R LOW required during adjustment after panel replacement 5 G LOW 6 B LOW 7 ABL Setting of the power consumption A setting table is available for each vertical signal T...

Page 8: ...11 WAVEFORMS 67 5 DIAGNOSIS INFORMATION 71 5 1 THE FLOW OF DIAGNOSIS 71 5 1 1 FLOWCHART OF FAILURE ANALYSIS FOR THE WHOLE UNIT 71 5 1 2 FLOWCHART OF FAILURE ANALYSIS FOR THE POWER SUPPLY UNIT 72 5 1 3 FLOWCHART OF FAILURE ANALYSIS FOR THE DRIVE ASSY 73 5 1 4 FLOWCHART OF FAILURE ANALYSIS FOR THE DIGITAL ASSY 75 5 1 5 FLOWCHART OF FAILURE ANALYSIS FOR THE MAIN ASSY 76 5 1 6 FLOWCHART OF FAILURE ANA...

Page 9: ...118 8 1 2 HOW TO ENTER EXIT SERVICE FACTORY MODE 118 8 1 3 OPERATION OF SERVICE FACTORY MODE 119 8 1 4 REMOTE CONTROL CODE 119 8 1 5 CONFIGURATION OF FACTORY MODE 120 8 1 6 INDICATION OSD OF SERVICE FACTORY MODE 121 8 2 FACTORY MENU 123 8 2 1 INFORMATION 123 8 2 2 PANEL FACTORY 129 8 2 3 INITIALIZE 139 9 LIST OF RS 232C COMMANDS 142 9 1 RS 232C COMMANDS OUTLINE 142 9 1 1 DESCRIPTION OF RS 232C COM...

Page 10: ...the importance of the safety factor of the part Therefore when replacing be sure to use parts of identical designation Screws adjacent to mark on product are used for disassembly For the applying amount of lubricants or glue follow the instructions in this manual In the case of no amount instructions apply as you think it appropriate NOTES Bead Band x2 Speed Clamp x2 6 14 8 10 5 1 21 24 18 24 19 1...

Page 11: ...perating Instructions English ARE1424 French German Italian Duch Spanish 9 Caution Sheet ARM1232 10 Wiping Cloth Caution 11L ARM1283 11 Caution Sheet 7L ARM1309 NSP 12 Warranty ARY1114 13 Catalogue Bag AHG1340 14 Polyethylen Bag AHG1336 15 Polyethylen Bag AHG1337 16 Pad 50T L AHA2546 17 Pad 50T R AHA2547 18 Pad 50B L AHA2548 19 Pad 50B R AHA2549 20 Power Cord Case AHC1073 21 Under Carton 505 AHD33...

Page 12: ...OR SECTION POWER AMP CN8004 FHD MAIN CN4009 IR CN8701 KEY CONTROL CN8801 Power Switch POWER AMP CN8004 A A Refer to 2 3 FRONT SECTION 23 22 22 19 19 19 19 15 23 23 19 13 19 19 23 17 12 8 8 7 23 11 11 19 6 23 16 9 9 1 5 3 10 10 14 4 2 19 20 18 18 19 20 21 ...

Page 13: ...3311 6 Terminal Panel F ANG2914 7 Rear Case F ANE1654 8 Grip AMR3380 9 Gasket SP T ANK1750 10 Binder AEC 093 11 Rear Corner Label 15 AAX3081 NSP 12 Name Label 50FE AAL2761 13 Serial Seal AAX3143 14 Terminal Display Label L 50FE AAX3320 15 Terminal Display Label R 50FE AAX3321 16 Terminal Display Label C 50FE AAX3322 17 Caution Label 50F AAX3323 18 Hexagon Head Screw BBA1051 19 Screw AMZ30P060FTB 2...

Page 14: ...PDP 5000EX 14 1 2 3 4 1 2 3 4 C D F A B E 2 3 FRONT SECTION KEY CONTROL CN8802 4 1 2 5 14 7 8 9 14 14 14 11 13 3 13 14 14 14 14 14 10 8 14 14 14 13 13 13 6 13 Refer to 2 4 CHASSIS SECTION 1 2 ...

Page 15: ...y AWW1124 2 Flexible Cable J215 ADD1414 3 Front Case Assy 50F AMB2902 4 Pioneer Name Plate AAM1098 5 Operation Button 50FHD AAC1561 6 Sash T AAK2883 7 Sash B AAK2884 8 Sash S AAK2885 9 Corner Holder L AAK2889 10 Corner Holder R AAK2890 11 Corner Holder B AAK2891 12 13 Nyron Rivet AEC2086 14 Screw APZ30P100FTB ...

Page 16: ...6 10 10 29 37 33 33 33 33 33 36 34 36 31 31 36 36 28 28 34 34 34 34 16 16 24 25 37 37 5 5 6 16 16 34 34 34 34 20 13 15 12 14 33 33 33 21 15 31 35 17 23 32 31 31 34 33 33 31 33 33 19 15 15 20 22 1 8 35 34 18 4 7 34 13 34 34 34 2 9 3 33 11 14 21 33 34 Refer to 2 7 MULTI BASE SECTION Refer to 2 5 CHASSIS SECTION 2 2 Cleaning liquid GEM1004 Cleaning paper GED 008 ...

Page 17: ...Front Chassis V Assy R ANA1954 13 Front Chassis H Assy F ANA1957 14 Panel Holder V 50 ANG2663 15 Panel Holder H Assy 50 ANG2678 16 Fan Holder F ANG2908 17 Coil Spring ABH1114 18 SW Holder AMR3544 19 IR Holder AMR3549 20 Cover AMR3639 21 Gasket F ANK1858 22 Power Button Holder Assy AAK2887 23 Power Button AAD4127 24 Ferrite Core ATX1044 25 Ferrite Core Holder AEC1818 26 Wire Saddle AEC1745 27 Wire ...

Page 18: ...CN4006 FHD MAIN CN4206 FHD MAIN CN4205 POWER AMP CN8001 FHD MAIN J114 50 50 42 42 39 45 50 50 23 23 33 32 27 29 45 38 41 46 3 2 4 45 45 44 46 41 41 41 39 42 42 42 42 42 25 49 42 50 51 51 24 42 22 28 26 50 50 6 46 50 50 50 50 47 48 45 44 41 41 41 41 45 45 45 37 45 45 45 40 40 45 50 31 30 5 45 7 7 7 7 1 7 7 7 9 8 10 36 35 34 11 12 13 14 7 7 7 7 7 15 16 17 43 43 43 43 43 43 43 43 18 19 20 21 Refer to...

Page 19: ...413 22 9P 7 6P Housing Wire J101 ADX3295 23 8P 6P Housing Wire J102 ADX3296 24 14P Housing Wire J104 ADX3298 25 11P 3P Housing Wire J105 ADX3299 26 10P 5P Housing Wire J106 ADX3301 27 10P 5P Housing Wire J107 ADX3301 28 5P Housing Wire J108 ADX3302 29 5P Housing Wire J109 ADX3302 30 10P 5P Housing Wire J110 ADX3303 31 5P Housing Wire J111 ADX3304 32 10P 5P Housing Wire J112 ADX3305 33 5P Housing W...

Page 20: ...on 6 1 5 12 12 33 27 7 3 19 10 10 33 27 7 4 2 19 33 27 7 4 19 33 27 7 3 19 10 10 13 14 32 32 29 30 30 30 30 30 30 29 17 30 30 16 28 20 28 29 29 30 29 29 30 17 30 30 30 30 29 15 29 30 32 30 30 30 30 32 32 26 32 30 32 30 18 32 24 24 32 14 32 32 14 32 23 22 21 21 21 21 21 21 42 21 21 21 21 21 21 42 ...

Page 21: ...ress Heatsink ANH1651 20 Plate X F ANG2906 21 Wire Saddle AEC1745 22 PCB Support AEC1938 23 PCB Spacer AEC1941 24 PCB Spacer AEC1947 25 Nylon Livet AEC2086 26 Rear Case F ANE1654 27 Gasket ADH FCH ANK1850 28 Screw ABA1364 29 Screw ABZ30P080FTC 30 Screw AMZ30P060FTB 31 Screw APZ30P100FTB 32 Screw TBZ40P080FTB 33 Screw BBB30P120FNI 34 F Case Assy S 50F AMB2960 35 Sassi T Pls AAK2883 36 Sassi B Pls A...

Page 22: ...6 12 11 11 Mark No Description Part No 1 FHD MAIN Assy AWV2292 2 FHD POWER AMP Assy AWW1117 3 FHD PRE AUDIO Assy AWW1118 4 Ferrite Core ATX1044 5 14P Housing Wire J118 ADX3310 6 15P Housing Wire J122 ADX3314 7 6P 3P Housing Wire J123 ADX3315 8 Multi Base F ANA1936 9 Binder AEC 093 10 PCB Support AEC1215 NSP 11 PCB Support AEC1232 12 Wire Saddle AEC1745 13 Clamp AEC1884 14 PCB Spacer AEC1941 15 Cir...

Page 23: ...e Panel Chassis Assys was mounted in about the first 1090 units produced As for PRO FHD1 the old type of the Panel Chassis Assys was mounted in about the first 10 units produced 2 Either the old or new type of the SCAN Assy can be attached to a Panel Chassis Assy of the old type However be careful of the following When the old type of the SCAN Assy 50FHD SCAN A Assy AWW1129 50FHD SCAN B Assy AWW11...

Page 24: ...D MAIN ASSY AWV2292 1 50FHD X DRIVE ASSY AWV2293 1 50FHD Y DRIVE ASSY AWV2294 Mark No Description Part No Unit Name 50FHD SCAN A ASSY SEMICONDUCTORS IC 2701 2709 SN755870KPZT P D 2701 1SS355 D 2702 2707 1SS302 MISCELLANEOUS CN2701 13P CONNECTER AKP1261 CN2702 2707 90PIN CONNECTOR AKM1358 RESISTORS R 2705 2710 2713 2716 RAB4C221J R 2719 2722 2725 2728 RAB4C221J R 2731 RAB4C221J R 2791 RS1 8SQ104J R...

Page 25: ...ICONDUCTORS IC 1501 PEE002A MISCELLANEOUS L 1501 QTL1013 CN1501 AKM1276 CN1502 AKM1348 RESISTORS R 1501 1505 RS1 16SS1000F R 1535 1536 RS1 16S0R0J Other Resistors RS1 16SS J Mark No Description Part No CAPACITORS C 1501 1504 1507 CKSSYF104Z16 C 1505 1506 CKSSYB102K50 C 1508 1509 CKSRYB105K6R3 C 1510 CCSSCH101J50 C 1512 1514 CCSSCH470J50 Block Name ADR CONNECT BLOCK RESISTORS All Resistors RS1 16SS...

Page 26: ...iption Part No MISCELLANEOUS L 2101 2151 ATH1201 L 2102 2152 ATH1204 RESISTORS R 2109 2118 2152 2161 RS1 10S2R2J R 2113 2156 ACN1174 R 2114 2115 2157 2158 RS3LMF100J R 2116 2117 2159 2160 RS1 10S104J R 2121 RS1 16S3300F R 2181 2184 RS1 10S1003F R 2182 2185 RS1 16S5601F R 2186 2187 RS1 16S6801F Other Resistors RS1 16S J CAPACITORS C 2101 2181 2184 CKSRYB104K16 C 2102 2113 2162 2164 CEHAT470M25 C 21...

Page 27: ...62 CN2401 2402 15P CONNECTER AKM1200 RESISTORS R 2405 2417 RAB4C220J Other Resistors RS1 16S J CAPACITORS C 2401 2407 2414 CEHAT101M10 C 2402 2403 2405 2406 CKSRYB104K16 C 2404 2411 ACH1413 C 2408 2410 2412 2413 CKSRYB104K16 C 2415 2420 2421 CKSRYB104K16 Mark No Description Part No C 2417 2418 ACE1181 C 2481 2482 CKSRYB102K50 Block Name Y VH DD CON BLOCK SEMICONDUCTORS IC 2501 2551 MIP2E3DMU IC 25...

Page 28: ...1001 BMZ30P080FTC 1001 ANH1639 1002 AEH1092 Mark No Description Part No Block Name X LOGIC BLOCK SEMICONDUCTORS IC 1001 TC74ACT541FT IC 1002 TC74ACT540FT IC 1003 TC74VHC00FTS1 D 1001 1002 1SS355 MISCELLANEOUS VR1001 1002 CCP1390 S 1001 ASH1047 CN1001 40P CONNECTER AKM1348 RESISTORS R 1001 1003 1009 RAB4C470J R 1005 1006 1011 RAB4C472J Other Resistors RS1 16S J CAPACITORS C 1001 1003 CEHAT470M16 C ...

Page 29: ...4 CEHAT101M25 C 1221 1222 ACG1126 C 1223 1224 ACH1445 C 1225 1230 ACE1180 C 1232 1245 1250 1251 CKSRYB104K16 C 1235 CEHAT2R2M2E C 1236 CKSRYB105K10 C 1239 CCSRCH331J50 C 1241 1243 CEHAT470M25 C 1252 CKSRYB104K25 Mark No Description Part No Block Name X DD CON BLOCK SEMICONDUCTORS IC 1321 MIP2E3DMU IC 1322 PS2701A 1 L IC 1327 TA76431FR Q 1301 2SD1898 Q 1302 2SC4081 Q 1331 1332 HN1C01FU D 1301 1324 ...

Page 30: ...104Z16 C 4405 4420 4427 4431 DCH1165 C 4406 4422 4432 4433 ACG7046 C 4419 4425 4430 4436 DCH1201 C 4439 4442 4445 4447 ACG7046 C 4449 ACG7046 Mark No Description Part No Block Name VIDEO SW BLOCK SEMICONDUCTORS IC 4601 R2S11002AFT Q 4601 4602 2SA1586 MISCELLANEOUS JA4601 JACK VKB1156 CN4601 DIN SOCKET AU AKP1298 RESISTORS R 4609 4610 RS1 16S5600F R 4612 4614 RS1 16S1800F R 4616 4631 4632 RS1 16S75...

Page 31: ...232 5233 5241 5242 CKSSYF104Z16 C 5240 CKSSYB104K10 Mark No Description Part No Block Name VDEC BLOCK SEMICONDUCTORS IC 5401 HY57V161610ETP 8 IC 5402 UPD64015AGM UEU IC 5403 TVP5150AM1PBS MISCELLANEOUS F 5401 5403 5405 5407 CCG1162 F 5409 5411 CCG1162 X 5401 ASS1189 X 5402 ASS1191 RESISTORS R 5401 5404 ACN1246 R 5405 5406 BCN1067 R 5407 5409 RS1 16S0R0J R 5426 RS1 16SS6200D R 5439 RS1 16S334J R 54...

Page 32: ...9 6222 ACN1246 R 6287 6289 6291 RAB4CQ103J R 6288 6290 RAB4CQ101J R 6292 RAB4CQ220J Other Resistors RS1 16SS J Mark No Description Part No CAPACITORS C 6206 ACG7046 C 6210 6241 CKSSYF104Z16 Block Name S BLOCK SEMICONDUCTORS IC 6401 TC74VHC08FTS1 IC 6402 PEG121B MISCELLANEOUS L 6401 6402 6404 BTX1042 F 6403 CCG1162 RESISTORS R 6401 6404 BCN1070 R 6405 BCN1071 R 6406 6410 BCN1067 R 6411 6414 ACN1246...

Page 33: ...SRYB105K10 C 7009 CCSRCH331J50 C 7010 7017 CCSSCH820J50 C 7018 DCH1201 C 7019 7022 ACG7046 C 7023 7040 CKSSYF104Z16 Mark No Description Part No Unit Name FHD POWER AMP ASSY SEMICONDUCTORS IC 8001 LA4625 IC 8002 NJM7812FA IC 8003 NJM7809FA IC 8006 UPC4570G2 A IC 8007 NJW1183GK1 Q 8001 8002 8005 8006 2SA1586 Q 8003 8004 2SC4116 Q 8007 8008 DTC124EUA MISCELLANEOUS 8001 AUDIO HEATSINK F ANH1650 8002 8...

Page 34: ...16 C 8274 ACG1122 C 8279 8280 CCSRCH681J50 C 8281 8282 CCSRCH181J50 C 8289 8292 8317 8318 CKSRYB105K10 C 8293 8294 CKSSYB681K50 C 8295 8297 8299 8301 CKSSYF104Z16 C 8302 8304 8305 ACG7046 C 8303 CKSSYF104Z16 C 8306 CCSSCH221J50 C 8308 DCH1165 C 8309 8310 CKSSYB152K50 C 8311 8312 CCSRCH331J50 C 8313 8315 CKSSYB104K10 Mark No Description Part No Unit Name FHD SP LR1 ASSY MISCELLANEOUS L 8402 ATF1206...

Page 35: ...on Part No Q 8853 8854 8856 DTC124EUA D 8851 8854 1SS355 MISCELLANEOUS JA8852 MINI JACK 4P AKN1073 JA8853 JACK RKN1004 CN8852 PLUG 6P KM200NA6 CN8853 9P D SUB SOCKET AKP1213 RESISTORS R 8881 8889 RS1 16S0R0J Other Resistors RS1 16SS J CAPACITORS C 8851 8855 8857 8858 CKSSYF104Z16 C 8856 8859 CEHVKW100M16 C 8860 CKSSYF104Z16 C 8861 CKSRYB103K50 Unit Name FHD DIGITAL ASSY MISCELLANEOUS Block Name LV...

Page 36: ...RAB4C101J Other Resistors RS1 16SS J Mark No Description Part No CAPACITORS C 3401 3403 3426 CKSRYB472K50 C 3405 3429 3431 CCSRCH471J50 C 3406 3407 CKSSYB102K50 C 3408 3410 3413 3425 CKSSYB104K10 C 3428 ACH1357 Block Name CN BLOCK SEMICONDUCTORS Q 3601 3602 DTC143EUA D 3601 3604 DAN202U D 3605 3608 1SS355 MISCELLANEOUS F 3601 3660 ATF1209 CN3601 3614 40P CONNECTER AKM1348 RESISTORS R 3601 3604 360...

Page 37: ...RS1 16S0R0J Other Resistors RS1 16SS J CAPACITORS C 3804 CKSSYB102K50 Unit Name PANEL SENSOR ASSY SEMICONDUCTORS IC 3901 MM1522XU IC 3902 BR24L02FJ W Q 3901 HN1B04FU MISCELLANEOUS CN3901 CONNECTOR AKM1276 All Resistors RS1 16SS J CAPACITORS C 3901 3902 CKSSYB104K10 C 3903 3904 CKSSYB103K16 C 3906 3907 CKSRYB105K6R3 Mark No Description Part No ...

Page 38: ...PDP 5000EX 38 1 2 3 4 1 2 3 4 C D F A B E 4 BLOCK DIAGRAM AND SCHEMATIC DIAGRAM 4 1 OVERALL WIRING DIAGRAM ...

Page 39: ...ing service parts be sure to refer to EXPLODED VIEWS and PARTS LIST or PCB PARTS LIST The mark found 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 ...

Page 40: ...PDP 5000EX 40 1 2 3 4 1 2 3 4 C D F A B E 4 2 OVERALL BLOCK DIAGRAM 4 2 1 MODULE SECTION BLOCK DIAGRAM MODULE SECTION ...

Page 41: ...PDP 5000EX 41 5 6 7 8 5 6 7 8 C D F A B E ...

Page 42: ...PDP 5000EX 42 1 2 3 4 1 2 3 4 C D F A B E 4 2 2 MULTI BASE SECTION BLOCK DIAGRAM MULTI BASE SECTION ...

Page 43: ...PDP 5000EX 43 5 6 7 8 5 6 7 8 C D F A B E ...

Page 44: ...PDP 5000EX 44 1 2 3 4 1 2 3 4 C D F A B E 4 3 FHD MAIN ASSY FHD MAIN ASSY ...

Page 45: ...PDP 5000EX 45 5 6 7 8 5 6 7 8 C D F A B E ...

Page 46: ...PDP 5000EX 46 1 2 3 4 1 2 3 4 C D F A B E 4 4 50FHD X DRIVE ASSY 50FHD X DRIVE ASSY ...

Page 47: ...PDP 5000EX 47 5 6 7 8 5 6 7 8 C D F A B E from Power supply X Drive power supply map ...

Page 48: ...PDP 5000EX 48 1 2 3 4 1 2 3 4 C D F A B E 4 5 50FHD Y DRIVE ASSY 50FHD Y DRIVE ASSY ...

Page 49: ...PDP 5000EX 49 5 6 7 8 5 6 7 8 C D F A B E Y Drive power supply map VOFS and VPRST DC DC converter are electric Vol control ...

Page 50: ...PDP 5000EX 50 1 2 3 4 1 2 3 4 C D F A B E 4 6 FHD DIGITAL AND PANEL SENSOR ASSYS FHD DIGITAL ASSY PANEL SENSOR ASSY ...

Page 51: ...PDP 5000EX 51 5 6 7 8 5 6 7 8 C D F A B E ...

Page 52: ...PDP 5000EX 52 1 2 3 4 1 2 3 4 C D F A B E 4 7 FHD FUKUGO ASSY 1 2 FHD RS232C SR ASSY FHD POWER AMP ASSY FHD PRE AUDIO ASSY FHD SP LR1 ASSY FHD SP LR2 ASSY ...

Page 53: ...PDP 5000EX 53 5 6 7 8 5 6 7 8 C D F A B E 4 8 FHD FUKUGO ASSY 2 2 FHD FAN CONNECT ASSY FHD KEY ASSY FHD LED ASSY FHD IR ASSY FHD KEY CONTROL ASSY ...

Page 54: ...PDP 5000EX 54 1 2 3 4 1 2 3 4 C D F A B E 4 9 POWER SUPPLY UNIT POWER SUPPLY UNIT ...

Page 55: ...ermial 15 CLKP 1 1 4 CLKP 26 LVDS differential signal CLK output 16 CLKN 1 1 4 CLKN 25 LVDS differential signal CLK output 17 NC NC 24 Non connection termial 18 LVDSGND 0 LVDSGND 23 GND 19 NC NC 22 Non connection termial 20 CP 1 1 4 CP 21 LVDS differential signal C output 21 CN 1 1 4 CN 20 LVDS differential signal C output 22 NC NC 19 Non connection termial 23 LVDSGND 0 LVDSGND 18 GND 24 NC NC 17 ...

Page 56: ...1 1 4 CLKP 26 LVDS differential signal CLK output 16 CLKN 1 1 4 CLKN 25 LVDS differential signal CLK output 17 NC NC 24 Non connection termial 18 LVDSGND 0 LVDSGND 23 GND 19 NC NC 22 Non connection termial 20 CP 1 1 4 CP 21 LVDS differential signal C output 21 CN 1 1 4 CN 20 LVDS differential signal C output 22 NC NC 19 Non connection termial 23 LVDSGND 0 LVDSGND 18 GND 24 NC NC 17 Non connection ...

Page 57: ...0 SUS_MUTE 25 X DRIVE mute signal input 17 DGND 0 DGND 24 GND 18 XDRV_PD 0 XDRV_PD 23 X DRIVE PD signal input 19 DGND 0 DGND 22 GND 20 XResv2 XResv2 21 X DRIVE control signal output Reserve 21 XResv3 XResv3 20 X DRIVE control signal output Reserve 22 XResv4 XResv4 19 X DRIVE control signal output Reserve 23 DGND 0 DGND 18 GND 24 NC NC 17 Non connection termial 25 NC NC 16 Non connection termial 26...

Page 58: ...al output 18 YSUS G 0 3 3 YSUS G 23 Y DRIVE control signal output 19 DGND 0 DGND 22 GND 20 YPR U 0 3 3 YPR U 21 Y DRIVE control signal output 21 SUS_MUTE 0 5 0 SUS_MUTE 20 Y DRIVE mute signal output 22 DGND 0 DGND 19 GND 23 YSUS MSK 0 3 3 YSUS MSK 18 Y DRIVE control signal output 24 YNRST 0 3 3 YNRST 17 Y DRIVE control signal output 25 YRSV2 YRSV2 16 Y DRIVE control signal output Reserve 26 DGND 0...

Page 59: ...D1 CN3001 AKM1239 FHD MAIN ASSY FHD DIGITAL ASSY Pin No Name Voltage V Name Pin No Function 1 GND 0 GND 31 GND 2 GND 0 GND 30 GND 3 GND 0 GND 29 GND 4 GND 0 GND 28 GND 5 GND 0 GND 27 GND 6 GND 0 GND 26 GND 7 GND 0 GND 25 GND 8 MDL_EP 1 1 1 5 MDL_EP 24 L for LVDS differential signal TE output 9 MDL_EN 1 1 1 5 MDL_EN 23 L for LVDS differential signal TE output 10 GND 0 GND 22 GND 11 MDL_DP 1 1 1 5 M...

Page 60: ... LVDS differential signal TC output 18 MDR_CN 1 1 1 5 MDR_CN 14 R for LVDS differential signal TC outputt 19 GND 0 GND 13 GND 20 MDR_BP 1 1 1 5 MDR_BP 12 R for LVDS differential signal TB output 21 MDR_BN 1 1 1 5 MDR_BN 11 R for LVDS differential signal TB output 22 GND 0 GND 10 GND 23 MDR_AP 1 1 1 5 MDR_AP 9 R for LVDS differential signal TA output 24 MDR_AN 1 1 1 5 MDR_AN 8 R for LVDS differenti...

Page 61: ..._MUTE 8 Audio amplifier mute signal output 9 GND 0 GND 9 GND 10 SCL_AUDIO 0 3 3 SCL_AUDIO 10 IIC communication for audios clock output 11 SDA_AUDIO 0 3 3 SDA_AUDIO 11 IIC communication for audios data input output 12 GND 0 GND 12 GND 13 V 3_3V_D 3 3 V 3_3V_D 13 3 3V power supply for audio 14 GND 0 GND 14 GND M9 CN6801 AKP1299 PR1 CN8201 AKM1359 FHD MAIN ASSY FHD PRE AUDIO ASSY Pin No Name Voltage ...

Page 62: ... 60V 60 60V 5 60V power supply 6 60V 60 60V 1 60V power supply 7 GND_ADR 0 GND_ADR 2 GND 8 8V 8 8V 3 8V power supply 9 5V 5 5V 4 5V power supply 10 GND_D 0 GND_D 5 GND Y2 CN2402 AKM1200 SB1 CN2801 AKP1261 FHD Y DRIVE ASSY FHD SCAN B ASSY Pin No Name Voltage V Name Pin No Function 1 VH 130 VH 1 Power supply for VH 2 VH 130 VH 2 Power supply for VH 3 NC NC 3 Non connection termial 4 NC NC 4 Non conn...

Page 63: ...nction 1 NC NC 1 Non connection termial 2 16_5V 16 5 16_5V 2 16 5V power supply 3 6_5V 6 5 6_5V 3 6 5V power supply 4 GND_D 0 GND_D 4 GND 5 GND_SUS 0 GND_SUS 5 GND 6 GND_SUS 0 GND_SUS 6 GND 7 NC NC 7 Non connection termial 8 VSUS 205 VSUS 8 VSUS power supply 9 VSUS 205 VSUS 9 VSUS power supply Y5 CN2353 AKM1277 P7 B7B PH K S FHD Y DRIVE ASSY POWER SUPPLY UNIT Pin No Name Voltage V Name Pin No Func...

Page 64: ...D2 CN1701 AKM1276 Pin No Name Voltage V Name Pin No Function 1 60V 60 60V 5 60V power supply 2 GND_ADR 0 GND_ADR 4 GND 3 8V 8 8V 3 8V power supply 4 5V 5 5V 2 5V power supply 5 GND_D 0 GND_D 1 GND X3 CN1201 AKM1281 AD2 CN1501 AKM1276 FHD X DRIVE ASSY FHD ADDRESS A B ASSY X6 CN1203 AKM1281 AD2 CN1701 AKM1276 Pin No Name Voltage V Name Pin No Function 1 GND_D 0 GND_D 1 GND 2 5V 5 5V 2 5V power suppl...

Page 65: ...r supply for audio 8 GND_A 0 GND_A 8 GND 9 AUDIO_L 2 2 9 6 AUDIO_L 9 small signal L ch 10 GND_A 0 GND_A 10 GND 11 AUDIO_L 2 2 9 6 AUDIO_L 11 small signal L ch 12 GND_A 0 GND_A 12 GND 13 AUDIO_R 2 2 9 6 AUDIO_R 13 small signal R ch 14 GND_A 0 GND_A 14 GND 15 AUDIO_R 2 2 9 6 AUDIO_R 15 small signal R ch A4 CN8004 B6B EH SP2 CN8401 B3B EH FHD POWER AMP ASSY FHD SP LR2 LR1 ASSY Pin No Name Voltage V N...

Page 66: ...NECT ASSY FAN Pin No Name Voltage V Name Pin No Function 1 FAN_VCC 6 5 11 8 FAN_VCC 1 Power supply for FAN 2 FAN_NG 0 FAN_NG 2 FAN NG signal input 3 GND 0 GND 3 GND Pin No Name Voltage V Name Pin No Function 1 D7 0 3 3 D7 8 KEY SCAN signal 2 D6 0 3 3 D6 7 KEY SCAN signal 3 D5 0 3 3 D5 6 KEY SCAN signal 4 G0 0 3 3 G0 5 KEY SCAN signal 5 G1 0 3 3 G1 4 KEY SCAN signal 6 G2 0 3 3 G2 3 KEY SCAN signal ...

Page 67: ...z signal COLOR BAR MKSS17 ch1 ADR_B side A test plane B ch2 ADR_D side A test plane D V 1V div H 200ns div 5 input VIDEO 60Hz signal Checkered pattern of Black White MKSS13 ch1 L1601 V ADR5 side A through hole V 10V div H 500ns div 3 input VIDEO 60Hz signal COLOR BAR MKSS17 ch1 L1601 V ADR5 side A through hole V 10V div H 2ms div 50FHD ADDRESS ASSY ch1 ch2 ch2 ch1 ch1 ch1 ch2 Control signals of re...

Page 68: ... plane CLK1 V 1V div H 2ms div CH4 IC1501 29pin LE_E side A test plane LE_E V 1V div H 2ms div CH5 IC1501 43pin HBLK side A test plane HBLK V 1V div H 2ms div CH6 IC1501 42pin LBLK side A test plane LBLK V 1V div H 2ms div 3 input VIDEO signal Checkered pattern of Black White MKSS13 CH1 L1601 V ADR5 side A through hole V 10V div H 500ns div CH2 IC1501 25pin R_E side A test plane R_E V 1V div H 500...

Page 69: ...LVR_VD CH3 IC3002 46pin LVR_HD V 2V DIV H 4uS DIV 8 CH1 R3129 3 4pin AL_DE CH2 R3129 5 6pin AL_VD CH3 R3129 7 8pin AL_HD V 2V DIV H 4uS DIV CH1 R3148 5 6pin AR_DE CH2 R3148 1 2pin AR_VD CH3 R3148 3 4pin AR_HD V 2V DIV H 4uS DIV 3 CH1 IC3001 47pin LVL_DE CH2 IC3001 45pin LVL_VD CH3 IC3001 33pin LVL_RA0 V 2V DIV H 4uS DIV 6 CH1 IC3002 47pin LVR_DE CH2 IC3002 45pin LVR_VD CH3 IC3002 33pin LVR_RA0 V 2...

Page 70: ...R2406 SI_L K2014 DGND V 1V div H 2ms div ch4 R2409 CLR K2014 DGND V 1V div H 2ms div ch5 R2411 OC2_U K2014 DGND V 1V div H 2ms div ch6 R2415 OC1 K2014 DGND V 1V div H 2ms div ch7 R2418 CLK1 K2014 DGND H 2ms div ch8 R2420 SI_H K2014 DGND H 2ms div 50FHD Y DRIVE Ass y ch1 ch2 ch3 ch4 ch5 ch6 ch7 ch8 ch1 ch2 ch3 ch1 R1222 XPSUS K1201 SUSGND V 100V div H 100us div 50FHD X DRIVE Ass y ch2 K2818 ScanOUT...

Page 71: ...GITAL Assy and POWER SUPPLY Unit H 3 3 V No No Is the drive off Turn the drive on Is the abnormality associated with a single scan line No No No No Yes A power down occurs Does the screen display reset lighting Is there any local abnormality on the screen Is the abnormality associated with one address or one TCP See Power down diagnosis PD Yes No No No Yes No No NG No Yes Yes Yes Yes Yes Yes Yes N...

Page 72: ...Is the VSUS voltage within the specified range Is there a fluctuation in the VADR voltage Is there a fluctuation in the VSUS voltage The ripple must be within 5 V The ripple must be within 10 V The specified voltage values are between 57 and 63 V The specified voltage values are between 200 and 210 V VSU 125 35 C No No Yes No Yes No Yes The cells of the panel do not light normally Yes The POWER SU...

Page 73: ...ll the connectors properly connected Reconnect the connectors No Set the VH voltage correctly X DRIVE Assy Y DRIVE Assy SCAN Assy ADDRESS Assy Abnormality across the whole screen such as luminescent spots C E D NG Yes No Set the VYNRST voltage correctly NG Is the VH set voltage 130 V correctly set Yes Is the VYNRST set voltage correctly set set value designated for each panel No No Another Assy ma...

Page 74: ...Yes Yes No Are the FFC cables properly connected Replace the DIGITAL Assy Properly connect the FFC cables The abnormality is associated with one address or one TCP Diagnose the ADDRESS Assy In most cases of damage on one line the panel chassis must be replaced If the FFC cable that connects the DIGITAL and ADDRESS Assys is in failure the abnormality is associated with one address in most cases Rep...

Page 75: ...utes for either the left or right part of the screen are in failure Abnormality in tone expression It is most likely that the video signal data are missing No Firmly connect the LVDS cable No Is the LVDS cable broken Replace the LVDS cable No In a case of D1 D2 In a case of M3 M4 If there is no V sync H existence it is most likely that the output from the DIGITAL Assy is in free run and that the s...

Page 76: ...e that connects the RS232C SR and MAIN Assys Yes Is resetting of the IF microcomputer canceled Failure in the line between the IF microcomputer and M7 connector Failure in the RS 232C driver and its peripheral circuits If the symptom does not improve replace the KEY Assy If the voltage at Pin 129 RST3 port on the main microcomputer is high it is judged that the AC power cord is not plugged in and ...

Page 77: ... and IC4601 Are the displayed on the SG MODE ANA MVDEC Y of the Factory menu correct Sub No No No Are the displayed on the SG MODE ANA SVDEC Y of the Factory menu correct No Main Replace the MAIN Assy Is the signal input to IC4601 pin 93 95 Is the signal input to IC4601 pin 93 95 Yes Yes Yes Yes Yes Yes Yes Yes Failure in the line between the CN4601 and IC4601 No No Replace the MAIN Assy Failure i...

Page 78: ...e the displayed on the SG MODE ANA AD RGB of the Factory menu correct Is the signal input to IC5601 pin 70 72 74 Is the signal input to IC5601 pin 2 4 6 14 15 No Replace the MAIN Assy Failure in the line between the JA5201 and IC5601 No Replace the MAIN Assy IC5601 and its peripheral circuits are in failure No Replace the MAIN Assy Failure in the line between the IC5601 and IC5202 Replace the MAIN...

Page 79: ... No Replace the MAIN Assy Does the result of SIG mode detection on the Factory menu coincide with the input signal data Yes Yes Are the data displayed on the HDMI SIGNAL INFO page of the Factory menu correct No Is the selected input signal a HDMI signal No Yes Yes Is the sync signal input to IC5802 The signal identification path is in failure No Replace the MAIN Assy IC5802 and its peripheral circ...

Page 80: ...lure Perform audio setting with ANALOG or AUTO in the menu Check the X8201 18 43 MHz Replace the MAIN Assy Replace the MAIN Assy Replace the PRE AUDIO Assy Replace the PRE AUDIO Assy I2S DAC is in failure Replace the PRE AUDIO Assy Replace the PRE AUDIO Assy Replace the POWER AMP Assy IC8201 output is abnormal No IC8201 output is abnormal No IC8207 IC8208 IC8209 and IC8210 is abnormal rip sync blo...

Page 81: ...rcuit Module Microcomputer PD MUTE Circuit YSUSTN_PD YDD_CNV_PD YDRIVE_PD SCN5V_PD SCAN_PD XDRIVE_PD XDD_CNV_PD XSUSTN_PD ADR_PD1 DRF_B PD_MUTE PS_PD EXT_PD PD PD_TRIGGER D19 D19 IC3705 IC3705 IC3703 IC3703 D3702 D3702 D3706 D3706 D3601 D3601 D3 to D14 D16 D16 D15 D15 Y1 Y1 X1 X1 AD1 AD1 AD1 AD1 D3608 D3608 Block diagram of the power down siganal Note The figures 2 to indicate the number of times ...

Page 82: ...of PCB 3 SCAN PD SCAN Assy SCAN IC is damaged short circuiting between VH and GNDH Y DRIVE Assy 4 IC5V PD SCAN Assy SCAN IC is damaged short circuiting between IC5V and GNDH Connectors disconnected between the POWER SUPPLY Unit and the Y DRIVE Assy Connectors disconnected between the DIGITAL and the Y DRIVE Assys Failure in the VH power Disconnection of the scan bridge 15 pin connector Y DRIVE Ass...

Page 83: ...ged Check other elements to see if they are short circuited How to check if there is short circuiting on the Y DRIVE Assy Check between VSUS and SUSGND in the MSK_MOD with the tester If they are short circuited the MSK_Mod SUS B G is damaged Check between the SUSOUT and MSK S connectors on the MSK_MOD with the tester If they are short circuited the MSK_Mod MSK R is damaged Check other elements to ...

Page 84: ...tection SCAN bridge lower connector disconnection detection VOFS VCPRST VC_15V VH 16 5V Y_DD_PD red 6 times SCAN_PD red 3 times YDRV_PD red 5 times SCN5V_PD red 4 times YSUS_PD red 7 times Increase or decrease voltage detection Increase or decrease voltage detection Increase or decrease voltage detection Increase or decrease voltage detection Overcurrent detection Overcurrent detection Overvoltage...

Page 85: ... E 5 3 SHUT DOWN 5 3 1 SHUT DOWN SIGNAL BLOCK DIAGRAM Shut Down Signal Block Diagram Note The figures 1 to indicate the number of times the LED flashes when shutdown occurs in the corresponding route Converter Converter IF U com Temp Sensor ...

Page 86: ...enerated if IC3301 is not normally started communication error with IC3410 flash memory Or both sides of the right part of the screen whose sync is not monitored may be abnormal Blue 2 Failure in IIC communication with the module microcomputer DIGITAL Assy EEPROM MD IIC EEPROM IIC communication line of IC3701 IC3701 IC3703 Check the pull up resistor of the IIC control line and the power to the cor...

Page 87: ... Unit DC DC converter power decrease MA PWR M DCDC DC DC converter or its periphery RST2 U4401 Check if V 3 3 V is started POWER SUPPLY RELAY The 12 V power is not output RST4 Check if V 12 V is started Periphery of the cable between P8 and M1 CN4006 Check if cables are firmly connected Blue 8 Failure in IIC communication with the main microcomputer AV switch MA IIC AV SW IIC communication line be...

Page 88: ... limit although it depends on what is displayed on the screen If the image is changed to an animated picture the maximum count of plasma discharge is gradually increased Note How to lower the luminance level is the same as that for the high temperature protection function 1 Panel Protection Function 1 for preventing burn in during Still Picture mode If a particular load is added on the SCAN IC loc...

Page 89: ...y be dislocated When the unit is turned on with the panel mask indication ON the mask indication is dislocated on approximately one unit out of three hundred As end users basically do not use panel mask indications this is not a problem in normal usage Dislocation may be generated during failure analysis or when turning the unit off then back on during voltage margin adjustment 2 On dislocation of...

Page 90: ...ESS B Assy 50FHD ADDRESS A Assy FHD MAIN Assy FHD MAIN Assy FHD LED Assy FHD IR Assy PANEL SENSOR Assy PANEL SENSOR Assy 50FHD SCAN A Assy 50FHD SCAN A Assy 50FHD SCAN B Assy 50FHD SCAN B Assy FHD DIGITAL Assy FHD DIGITAL Assy FHD SP LR2 Assy FHD SP LR2 Assy FHD POWER AMP Assy FHD PRE AUDIO Assy FHD POWER AMP Assy FHD PRE AUDIO Assy FHD KEY CONTROL Assy FHD KEY CONTROL Assy FHD Key Assy FHD Key As...

Page 91: ... IR FHD KEY CONTROL FHD SP LR1 FHD SP LR2 FHD RS232C SR 50 FHD SCAN A FHD DIHITAL 50 FHD SCAN B Fan motor 80 25L Front case Assy 50F Terminal Panel F Rear case F It is effective when removing the main parts and PC Boards by the following step Flowchart of the main parts and PC Boards removal Note Even if the unit shown in the photos and illustrations in this manual may differ from your product the...

Page 92: ...ove the corner Holder B 3 Disconnect the flexible cable 4 Remove the front case assy Front Case Assy Corner Holder B Flexible cable 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 2 3 1 1 1 1 1 1 1 Hook 5 6 5 1 1 Remove the Terminal Panel F refer to Terminal Panel Terminal Panel F 2 2 Remove the one screw 3 Remove the IR Assy KEY CONTROL Assy 6 Remove the front case assy Front Case Assy Key Assy FHD IR Assy FHD KEY...

Page 93: ... 1 one screw AMZ30P060FTB A 2 one screw AMZ30P060FTB 4 Remove the six screws TBZ40P080FTB 5 5 Remove the rear case F Rear Case F For easy reattachment be sure to install the screws for the Rear case in the order indicated in the photo After securing those screws in place the other screws 1 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 A 1 A 2 A 1 A 2 Disassembly 2 About reattachment ...

Page 94: ...2 4 4 3 3 50FHD SCAN B Assy POWER SUPPLY Unit 2 2 1 Disconnect the seven connectors Disconnect the one connectors Remove the four screws 2 3 4 Remove the POWER SUPPLY Unit 5 5 3 3 1 2 3 3 POWER SUPPLY Unit 4 4 4 4 4 Unhook the five hooks 50FHD X DRIVE Assy 2 3 1 1 2 Disconnect the four connectors Disconnect the three connectors Disconnect the 14 screws 2 3 4 Disconnect the 50FHD X DRIVE ASSY 5 5 4...

Page 95: ...n Motor 3 Fan Motor 4 Unhook the 8 hooks 50FHD Y DRIVE Assy 2 6 2 2 Disconnect the four connectors 1 Remove the Fan Motor 1 refer to Fan Motor Disconnect the two connectors Remove the 14 screws 3 Disconnect the two connectors 4 6 Disconnect the flexible cable 5 7 Remove the 50FHD Y DRIVE Assy 8 Remove the FHD FAN CONNECT 3 3 2 1 Fan Motor 1 2 3 4 6 8 2 7 7 7 7 7 7 5 7 50FHD Y DRIVE Assy 1 3 4 4 x ...

Page 96: ...ks FHD POWER AMP Assy 2 8 2 Disconnect the four connectors 4 Disconnect the 9 connectors 3 Remove the FHD POWER AMP Assy 4 Remove the FHD MAIN Assy 5 Unhook the two hooks FHD PRE AUDIO Assy 2 9 2 Disconnect the one connector 3 Remove the FHD PRE AUDIO Assy 4 1 2 5 3 3 4 4 4 1 1 FHD MAIN Assy FHD MAIN Assy 4 2 3 3 4 FHD PRE AUDIO Assy FHD PRE AUDIO Assy FHD POWER AMP Assy FHD POWER AMP Assy 3 2 2 2...

Page 97: ...e connectors Remove the FHD SP1 Assy FHD SP2 Assy 2 1 Remove the one screws 2 Remove the two hex head screws 4 Disconnect the two connectors Remove the FHD RS232C SR Assy 3 2 2 1 FHD RS232C SR Assy 2 11 FHD SP1 Assy FHD SP1 Assy FHD SP1 Assy FHD SP1 Assy FHD SP2 Assy 3 2 FHD RS232C SR Assy FHD RS232C SR Assy 1 4 4 ...

Page 98: ... Remove the Ferrite Core Remove the cable from the wire saddle 5 5 5 5 5 Ferrite Core 1 Remove the two screws TBZ40P080FTB Remove the seven screws AMZ30P060FTB 2 Remove the two screws AMZ30P060FTB 3 1 1 2 2 2 3 3 2 2 2 2 4 2 4 1 4 2 4 1 Ferrite Core Disassembly 3 ...

Page 99: ...l terminal panel F and multi base block 1 1 1 terminal panel F and multi base block is caused 2 Diagnosis of FHD DIGITAL Assy section FHD DIGITAL Assy 2 FHD DIGITAL Assy 3 1 FHD PANEL SENSOR Assy FHD PANEL SENSOR Assy 3 3 2 Remove the two nyron rivet 3 Remove the FHD PANE SENSOR Assy 4 4 2 2 3 Remove the two screws AMZ30P060FTB Disconnect the six connectors Disconnect the one connectors Disconnect...

Page 100: ...ustment required POWER SUPPLY Unit FHD DIGITAL Assy 50FHD X DRIVE Assy No adjustment required FHD MAIN Assy Refer to 8 2 3 5 FINAL SETUP Refer to 7 3 BACKUP OF ADJUSTMENT VALUES FOR THE MAIN UNIT No adjustment required 50FHD SCAN B Assy No adjustment required 50FHD SCAN A Assy No adjustment required Other assemblies No adjustment required POWER SUPPLY Unit FHD DIGITAL Assy No adjustment required 5...

Page 101: ...m for the microcomputer is written on it IC5001 64K EEPROM BR24L64F W TBB IC5005 FLASH MEMORY IC AGC1012 PI K The program for the microcomputer is written on it IC5202 A D CONVERTER AD9985KSTZ 110 K IC5402 3D Y C SEPA VDEC IC UPD64015AGM UEU K IC5403 VIDEO DECODER TVP5150AM1PBS K IC5601 RGB SW IC R2S11001FT K IC6203 FLASH MEMORY IC AGC1013 PI K The program for the microcomputer is written on it IC...

Page 102: ... Electricity upper limit adjustment value Panel white balance adjustment value Drive waveform adjustment value PD SD histories Hour meter count Pulse meter count Serial No P ON counter value Outline Backed up data Note If copying of the backup data fails in the above procedure the red LED lights and the blue LED flashes as a warning that no backup data were copied Command BCP command Be effective ...

Page 103: ...s shown below Note If the secondhand FHD DIGITAL Assy is mounted in the product then the unit is turned on then back off again the data in the EEPROM on the FHD DIGITAL Assy are copied over the EEPROM in the PANEL SENSOR Assy Command UAJ command Be effective between FAY command Factory Menu PANEL INFORMATION ETC BACKUP DATA NO OPRT DIGITAL EEPROM NO OPRT DIGITAL EEPROM DELETE down down down set ri...

Page 104: ... OSD during Panel Factory mode Flow for panel replacement Preparations When the Raster Mask for margin adjustment is displayed during Panel Factory mode the Panel White Balance setting value is default and the Panel Gamma setting is Straight in the PANEL 1 ADJ layer The third line of the OSD during Panel Factory mode is where is the type of drive sequence set If you wish to adjust using RS 232C co...

Page 105: ...steresis stricter value as shown below Erroneous discharge Erroneous discharge Upper limit of the voltage Lower limit of the voltage Read the voltage within this range No erroneous discharge Down Down Up Up OVERVIEW Definition of tones for the measuring signals FAY MKS S55 Set VOL SUS and VOL RST P and set temporary VOL OFFSET as indicated below VOL SUS 125 VOL RST P Set voltage as shown at panel ...

Page 106: ...on table for the electronic VR Perform aging for 3 minutes with RST MASK 01 white displayed Note Be sure not to perform aging for more than 20 minutes 1 Preparations Initial setting Voltage setting Aging To 2 MKS S55 MKS S51 VSU 125 VRP VOL OFFSET The Vofs voltage value currently displayed on the service panel is changed and set as a Temporary setting value See the conversion table for the electro...

Page 107: ... V or less Return the Vofs value to the tentative voltage setting Note To correctly check the lower limit of Vofs the tentative Vofs voltage must be set to the set voltage as shown on the panel label Note To correctly check the lower limit of Vofs the tentative Vofs voltage must be set to the set voltage as shown on the panel label Set VOL OFFSET_min2 to 021 15 V Set VOL OFFSET_min2 to 021 15 V No...

Page 108: ...one volt by one volt until abnormal lit cells disappears VOL OFFSET must be 181 46 V or less VOL OFFSET_min2 136 37 V Return the Vofs value to the tentative voltage setting Note To correctly check the lower limit of Vofs the tentative Vofs voltage must be set to the set voltage as shown on the panel label Set VOL OFFSET_min3 to 021 15 V Note This setting value becomes the value for VOL OFFSET_min3...

Page 109: ...e Vofs value to the tentative voltage setting Note To correctly check the lower limit of Vofs the tentative Vofs voltage must be set to the set voltage as shown on the panel label Note To correctly check the lower limit of Vofs the tentative Vofs voltage must be set to the set voltage as shown on the panel label Set VOL OFFSET_max1 to 252 60 V Set VOL OFFSET_max1 to 252 60 V Note This setting valu...

Page 110: ...eset to the initial values Use input signals from a DVD or PC for CA checking Check that no bright cells or dark cells VOL OFFSET_max3 Re replacement of the panel required or abnormality in circuits Yes Yes Check VOL OFFSET_max3 No No From 4 Set the lowest voltage among VOL OFFSET_max1 to _max3 as VOL OFFSET_max Vofs_max Referring to the separate sheet determine the VOL OFFSET setting value Vofs s...

Page 111: ... 56 232 57 237 58 242 59 248 60 255 Setting Value Step 213 3 214 6 215 9 216 12 217 16 218 18 219 21 220 25 221 28 222 31 223 35 224 38 225 41 226 45 227 48 228 51 229 55 230 58 231 62 232 64 233 68 234 71 235 74 236 78 237 81 238 84 239 88 240 91 241 95 242 98 243 101 244 105 245 108 246 112 247 115 248 119 249 121 250 124 251 128 252 131 253 135 254 138 255 141 256 145 257 148 258 152 259 155 Vp...

Page 112: ...0 120 125 125 130 125 130 125 130 130 120 120 125 125 130 130 125 130 130 130 136 125 125 130 130 130 130 130 136 136 136 125 130 130 130 136 136 136 141 141 130 136 136 136 14 141 141 146 136 141 141 141 146 146 146 141 146 146 146 151 151 146 151 151 151 155 151 155 155 155 155 160 160 160 165 165 125 125 130 125 130 125 130 125 125 130 125 130 125 130 130 125 130 125 130 125 130 130 125 130 125...

Page 113: ...age V White Pale purple Ofs15V Ofs15V Ofs15V Completed Full white Full white Violet Light blue A luminescent spot disappears A luminescent spot disappears 36 34 32 30 28 26 24 22 20 18 16 14 12 A luminescent spot appears Measure the lower limit of the Ofs voltage A luminescent spot appears Measure the lower limit of the Ofs voltage A luminescent spot does not appear The lower limit of the Ofs volt...

Page 114: ...ec 2 Adjust the SUS G input delay time so that it becomes Tsus d β 5 nsec 1 Measure the SUS D input delay time Tsus d XSUS U XSUS B XSUS D XSUS G 50 FHD X DRIVE Assy SUS B ADJUSTMENT SUS G ADJUSTMENT from DIGITAL Assy from DIGITAL Assy from DIGITAL Assy from DIGITAL Assy Object parts Ref No Part Category Part No IC1206 Photo Coupler PS9117 TLB IC1207 FET Driver TND307TD TBB IC1210 FET Driver TND30...

Page 115: ...om DIGITAL Assy 1 Measure the SUS U input delay time Tsus u 2 Adjust the SUS B input delay time so that it becomes Tsus u α 5 nsec 1 Measure the SUS D input delay time Tsus d 2 Adjust the SUS G input delay time so that it becomes Tsus d β 5 nsec Object parts Ref No Part Category Part No IC2242 Photo Coupler PS9117 TLB IC2241 FET Driver TND307TD TBB IC2252 FET Driver TND307TD TBB ...

Page 116: ...delay time Tsus b Assy VR Time X DRIVE VR1002 70 nsec Y DRIVE VR2010 85 nsec DELAY ADJUSTMENT OF THE CONTROL SIGNAL SUS B 1 Measure the delay time for the SUS D signal 2 Check the delay time for the SUS G signal Adjust the variable control so that the SUS G delay time becomes SUS D delay time β 5 nsec Note For details on measuring points of waveform see the figure below 1 5 V 1 5 V 5 V SUS G delay...

Page 117: ...istory Cause of an SD and hour meter count Must be cleared No need to be cleared No need to be cleared CSD Power down history Cause of an PD and hour meter count Must be cleared No need to be cleared No need to be cleared CPD Pulse meter Accumulated number of pulses emitted five blocks Must be cleared mandatory No need to be cleared No need to be cleared CPM Power on counter Relay on count No need...

Page 118: ...AA49 MUTING INFORNATION MB INFORMATION PANEL FACTORY INITIALIZE IR that is effective in factory mode RS 232C command that is effective in factory mode By using a remote control unit for servicing Press the FACTORY1 key on the remote control unit for servicing By issuing RS 232C commands During normal Standby mode Issue PON then FAY During normal operation mode Issue FAY How to enter Service Factor...

Page 119: ...n Mask control Panel mask Table 1 Functions whose settings are set to OFF SR Function Main Function Remarks Muting Switching the main items Shifting to the next main item top 5 UP Switching the sub items Shifting upward to the next upper layer DOWN Switching the sub items Shifting downward to the next subtitled item 2 LEFT Decreasing the adjustment value Decreasing the adjustment value Modify sett...

Page 120: ...ABL 8 2 2 7 PANEL REVISE R LEVEL LV 0 to LV 7 Equivalent to RRL G LEVEL LV 0 to LV 7 Equivalent to RGL B LEVEL LV 0 to LV 7 Equivalent to RBL 8 2 2 8 ETC BACKUP DATA NO OPRT TRANSFER or ERR Equivalent to BCP DIGITAL EEPROM NO OPRT DELETE REPAIR Equivalent to FAJ UAJ PD INFO NO OPRT CLEAR Equivalent to CPD SD INFO NO OPRT CLEAR Equivalent to CSD HR MTR INFO NO OPRT CLEAR Equivalent to CHM PM B1 B5 ...

Page 121: ...de and screen size 3 Color system and signal type Input Functions On Screen Display INPUT 1 6 IP1 6 4 Destination Destination On Screen Display FullHD monitor for Japan JWM7 FullHD monitor for North America AWM7 FullHD monitor for Europe EWM7 7th generation model 7 Input Signal Type Color System On Screen Display S terminal input Composite input NTV PLV PMV PNV Y Cb Cr Input SCV Y Pb Pr Input 4NV ...

Page 122: ...34 20 60 SDTV 525p 60 000 31 469 30 60 HDTV 1125i 60 000 33 750 40 60 HDTV 750p 60 000 45 000 50 24 HDTV 1125p 24 000 27 000 50 50 HDTV 1125p 50 000 56 25 50 60 HDTV 1125p 60 000 67 5 5th Description on GUI VIDEO PC Remarks 0 DOT BY DOT 1 4 3 2 FULL FULL1 3 ZOOM 4 CINEMA 5 WIDE 6 FULL 14 9 7 CINEMA 14 9 8 FULL2 For Japan only 1st and 2nd 3rd and 4th Signal Type Fv Hz Fh kHz C1 70 720 x 400 70 08 3...

Page 123: ...Signal Information on VDEC Note MULTI PRS stands for MULTI PROCESSOR and SEQ PRS stands for SEQUENCE PROCESSOR 29 to 32 rows Boot version of each device is displayed 19 to 24 rows The version of the execution program is displayed Screen VERSION 1 The software versions for each microcomputer is displayed N N I F O R E V R S I N 1 O I F 1 A M I N 0 2 A 2 M 0 2 M 0 3 A M _ 0 2 Y 0 A 1 0 A 1 0 A A P 1...

Page 124: ...ain microcomputer IF Communication failure of IF microcomputer MULTI1 Multiprocessor communication failure MULIT1 IP Multiprocessor I P processor communication failure D SEL Digital selector communication failure SLAVE Communication failure between master Multiprocessor and SLAVE Multiprocessor FPGA1 Communication failure between MAIN and FPGA FPGA2 Communication failure between Multiprocessor and...

Page 125: ...omputer is converted to the temperature value and indicated in Celsius models for Japan and Europe or in Fahrenheit models for North America The 10 bit A D value is also indicated Note A shutdown process starts when the sensor temperature exceeds the specified maximum C Fan output indication One of the following indications is displayed STOP The fan stops LOW The fan rotates at a low speed MIDDLE ...

Page 126: ...nd P COUNT informations are displayed N N I F O R O H U R E M ER T N A P E L S E R I A L P A N E L P C O U N S R E I A L T C O U N T A M T I O V D 1 3 1 0 6 0 N T V W J 5 0 0 1 1 H 2 1 M 5 0 0 0 0 0 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ 0 1 5 10 15 16 1 5 10 15 20 25 30 35 40 9 T I M E S M 7 Meaning On screen Display Display Example RS 232C Command HOUR METER PANEL side PANEL 00151H 21M QIP POWER ON COU...

Page 127: ...on etc 30h Audio information Sampling frequency 31h Audio information The number of quantization bit 44h Video information Color space 45h Video information Aspect ratio 46h Video information Scaling 47h Video information Video format 48h Video information Pixel count 84h Audio information Channel count 87h Audio information Speaker allocation 88h Audio information Downmix inhibit flag 0 60 3Ah Vi...

Page 128: ...nput to VDEC is displayed Device SA Content MVDEC 00h Signal distinction result 1 01h Signal distinction result 2 02h Flag detection output 15h Noise level detection 1 16h Noise level detection 2 17h Non standard decision output 18h Subcarrier signal detection 19h ACC data output SVDEC 1Ah ACC processing information output 1Dh Input mode setting 88h Status register 1 TV VCR status 89h Status regis...

Page 129: ... Display Item Content RS 232C Command 1 PANEL INFORMATION The software version and backup status of the DIGITAL Assy are displayed QST 2 PANEL WORKS The counts of the Pulse Meter and Hour Meter are indicated QIP 3 POWER DOWN The power down history is indicated QPD 4 SHUT DOWN The shutdown history as detected by the Module Microcomputer is displayed QSD 5 PANEL 1 ADJ The SUS waveform and drive powe...

Page 130: ... No other layers are nested below this layer There is no adjustment item PM B1 to B5 Pulse meter counts for the 5 blocks on the screen TEMP1 The current panel temperature and the historical maximum temperature recorded in memory are indicated The range of temperature indication is from 50 0 to 99 9 Data on operations such as the accumulated pulse meter counts hour meter count power on count and te...

Page 131: ...ed 1ST and the most likely next power down point is indicated in the column labeled 2ND A log for the same power down point or with the same accumulated power on time upon generation is not recorded A P N E L H S U T O D W A M I N U S B N 1 4 2 0 0 0 1 T E M 1 P 2 S Q C I S Q C I T E M P N G S Q N O L L M R O 3 M D I I C E E P R 4 5 7 S Q C I V E R I C S E P B A C K U P 8 6 M D I I C H 2 3 M 1 4 2...

Page 132: ...yer below a subitem is indicated on the 3rd line and detailed data are indicated on the 15th line When the screen is shifted to this layer while the RASTER MASK is selected the Panel W B setting is temporarily set to default DOWN Shifting to PANEL 2 ADJ UP Shifting to SHUT DOWN SET Shifting to the next nested layer 7 Key operation DOWN Shifting to the next item UP Shifting to the previous item RIG...

Page 133: ...ng to PANEL REVISE UP Shifting to PANEL 1 ADJ SET Shifting to the next nested layer 7 Key operation 7 Key operation L 1 B T 6 0 V S R H I G H A J P N E L 2 A D 5 2 6 A P N E L L 1 B T 6 0 V S F A C T A J P N E L 2 A D B S D 3 2 0 6 0 D I G H J B 7 1 5 10 15 16 1 5 10 15 20 25 30 32 A P N E L F A C T B S D 3 2 0 6 0 D I G H J B 7 1 5 10 15 16 1 5 10 15 20 25 30 32 RGB gain adjustment can be perform...

Page 134: ...o the next item UP Shifting to the previous item RIGHT Adding by one to the adjustment value LEFT Subtracting by one from the adjustment value SET Determining the setting value and shifting to the upper layer 7 Key operation L 1 B T 6 0 V S A S P N E L E E R V I L 1 B T 6 0 V S R L L E V E A S E P N E L E R V I V L 0 A P N E L F A C T B S D 3 2 0 6 0 D I G H J B 7 1 5 10 15 16 1 5 10 15 20 25 30 3...

Page 135: ...ment Setting Value L 1 B T 6 0 V S T E C L 1 B T 6 0 V S A T A B C K U P D A T E C O N P R T O A P N E L F A C T B S D 3 2 0 6 0 D I G H J B 7 1 5 10 15 16 1 5 10 15 20 25 30 32 A P N E L F A C T B S D 3 2 0 6 0 D I G H J B 7 1 5 10 15 16 1 5 10 15 20 25 30 32 No Items RS 232C Command 1 2 3 4 5 6 7 8 BACKUP DATA NO OPRT TRANSFER or ERR BCP DIGITAL EEPROM NO OPRT DELETE REPAIR FAJ UAJ PD INFO NO OP...

Page 136: ...an be changed among 48V 50V 60V 72V 75V 60P and 70P using the Right or Left key The selected sequence and the ABL WB table are retained until the mask is turned off 48V and 60P are represented by 50V and 60V respectively The ABL WB table is changed to the PC table No Items Adjustment Setting Value RS 232C Command 1 MASK OFF MKS S00 2 PTN MASK 01 48V 50V 60V 60P 70P 72V 75V Each sequence can be sel...

Page 137: ...ce can be changed among 48V 50V 60V 72V 75V 60P and 70P using the Right or Left key The selected sequence and the ABL WB table are retained until the mask is turned off 48V and 60P are represented by 50V and 60V respectively The ABL WB table is changed to the PC table No Items Adjustment Setting Value RS 232C Command 1 MASK OFF MKS S00 2 RST MASK 01 48V 50V 60V 60P 70P 72V 75V Each sequence can be...

Page 138: ...ence can be changed among 48V 50V 60V 72V 75V 60P and 70P using the Right or Left key The selected sequence and the ABL WB table are retained until the mask is turned off 48V and 60P are represented by 50V and 60V respectively The ABL WB table is changed to the PC table No Items Adjustment Setting Value RS 232C Command 1 MASK OFF MKC S00 2 CMB MASK 01 48V 50V 60V 60P 70P 72V 75V Each sequence can ...

Page 139: ...tes No Function Display Content 1 SG OFF SG is set to OFF 5 ANA MVDEC Y MAIN VDEC Y Analog output mode SG VDEC feedback setting 2 ANA AD RGB AD RGB 3 ANA AD YCBCR AD Ycbcr 4 ANA SVDEC Y SUB VDEC Y Analog output mode SG VDEC feedback setting 6 DIG MVDEC YCBCR MAIN VDEC YCbCr color difference digital output mode N I I T I L A I Z E G S M O E D V D 1 3 1 0 6 0 N M A A V D Y E C N T V W J M 7 Screen S...

Page 140: ...ter 100 White 18 10STEP3 10STEP 75 Green 9 RASTER2 Raster 75 Yellow 19 10STEP4 10STEP 75 Red 10 RASTER3 Raster 75 Cyanide 20 10STEP5 10STEP 75 Blue When the unit is in SG MODE do NOT input signals to INPUTs 4 6 The setting of the Y C separation function should be set to the NTSC during the VDEC SG mode Only the component and RGB signals can be output during SG mode so only the Y signal is input at...

Page 141: ...destination select an appropriate setting Kind of YES YES JP For Japan YES US For North America YES EU For Europe and others To reset various memory data to factory preset values hold the SET key pressed for about 5 seconds while an appropriate destination YES is selected IMPORTANT After the FINAL SETUP is finished be sure to proceed to the following steps in order to turn the Orbiter function and...

Page 142: ...o ways to switch 1 by using the remote control unit during Standby mode and 2 by using the Home menu How to switch between SR and RS 232C During Standby mode while the power to the main microcomputer is off RS 232C commands excluding some such as PON are not valid If you wish to send invalid commands such as DRV during Standby mode proceed in the following way About RS 232C commands during Standby...

Page 143: ...is a data in the upper case after deleting the ID code from the received command When responding ERR is sent back if the command is unknown and XXX is sent back if the command itself is valid but it cannot be processed because of its status Processing in the case of an error If a communication error occurs between STX and ETX processing of that command is stopped and the reception buffer is cleare...

Page 144: ...ters are decimal numbers within the range of S00 S99 XXX will be transmitted if the received command does not exist as a setting value When the same setting value is transmitted consecutively for two times or more the setting is overwritten without responding with XXX even though the command is invalid and an ACK after deleting the ID is sent back Status acquisition QUEST command This is a command...

Page 145: ... S00 FNC WB correction interlocked with APL OFF S01 FNC WB correction interlocked with APL ON B BCP SGL Copying the backup data in the EEPROM BHI ADJ User white balance BLUE highlight Main BLW ADJ User white balance BLUE lowlight Main BRT ADJ User brightness Main BSM S00 FNC After image Burning safe mode OFF S01 FNC After image Burning safe mode ON C CBU SGL Clearing backup data CHM SGL Clearing d...

Page 146: ...C Input switch INPUT 5 Main S06 FNC Input switch INPUT 6 Main M MKC S00 FNC MASK off Mod S01 FNC H ramp slant 1 M Mod S02 FNC H ramp slant 4 M Mod S03 FNC Slanting ramp M Mod S04 FNC 30 for aging Mod S05 FNC 05 for aging Mod S06 FNC Erasing afterimage 1 Mod S07 FNC Erasing afterimage 2 RGB zigzag V reverse Mod S08 FNC White change in luminance level Mod S09 FNC PEAK SEEK RASTER Mod S10 FNC For tec...

Page 147: ...n Mod S34 FNC Noise ON Blue Mod S35 FNC Noise ON Black Mod S36 FNC For technique evaluation 1 Mod S37 FNC For technique evaluation 2 Mod S38 FNC For technique evaluation 3 Mod S39 FNC For technique evaluation 4 Mod S51 FNC Raster White Mod S52 FNC Raster Red Mod S53 FNC Raster Green Mod S54 FNC Raster Blue Mod S55 FNC Raster Black Mod S56 FNC Raster Cyan Mod S57 FNC Raster Magenta Mod S58 FNC Rast...

Page 148: ...effective PGL ADJ Panel white balance adjustment Green low light Mod UP DW key not effective PGM 001 FNC Setting of the gamma table PMT S00 FNC Canceling panel muting S01 FNC Panel muting POF SGL Power off Main PON SGL Power on Main PPT S00 FNC Panel protection off S01 FNC Panel protection on PRH ADJ Panel white balance adjustment Red highlight Mod UP DW key not effective PRL ADJ Panel white balan...

Page 149: ...FNC Setting of the effective area during streaking correction SN0 ADJ Setting of the serial No 0 panel Mod UP DW key not effective Alphabetics can be input SN1 ADJ Setting of the serial No 1 panel Mod UP DW key not effective Alphabetics can be input SN2 ADJ Setting of the serial No 2 panel Mod UP DW key not effective Alphabetics can be input SN3 ADJ Setting of the serial No 3 panel Mod UP DW key n...

Page 150: ...ency in Mask mode to VD 60 Hz nonstandard Mod S25 FNC Setting the frequency in Mask mode to VD 72 Hz nonstandard Mod S26 FNC Setting the frequency in Mask mode to VD 75 Hz nonstandard Mod VOF ADJ Adjustment of the reference value of Vofs voltage Mod UP DW key not effective VOL UP DW ADJ To adjust the volume to be used in combination with UP DW 000 to 060 Main VRP ADJ Adjustment of the reference va...

Page 151: ...gth Output Example ECO 3 Byte QS1 1 Resolution size 1 Byte F 2 Generation 1 Byte 7 3 Destination 1 Byte 4 Grade 1 Byte 5 Product type 1 Byte M 6 MDUcom Boot 3 Byte 01A 7 MDUcom PRG 8 Byte 001A_M space 2 8 ASTRA Boot 3 Byte 01A 9 ASTRA PRG 8 Byte 001Y space 4 10 SQ VIDEO 4 Byte 001Y 11 SQ PC 4 Byte 001Y 12 Panel type 1 1 Byte P 13 Reserved 7 Byte 14 comma 1 Byte 15 MTB generation 1 Byte 7 16 MTB de...

Page 152: ... Not used F UNKNOWN 9 SD main data 0 No SD 1 SQ IC 2 MDU IIC 3 RST2 4 TEMP 11 Operation status induced by SD 0 Normal 1 Relay off completed 2 During warning indication 13 MASK indication 0 MASK OFF 1 MASK ON Command Format Effective Operation Modes Function Remarks QS2 All operations To acquire data on operations of the panel Return data 3 ECO 23 DATA 2 CS 28 Byte 7 Acquisition of panel operation ...

Page 153: ...P All operations To acquire data on operations of the panel Return data 3 ECO 58 DATA 2 CS 63 Byte 7 Acquisition of other data on the panel QIP The command QIP is for acquiring data other than those available with QS1 data necessary before turning the power on and QS2 data to inform of operational status change Data for the Hour Meter and Backup Hour Meter are transmitted according to the same rul...

Page 154: ...SE setting value 1 Byte 0 8 YTW adjustment value 3 Byte 128 9 RSW adjustment value 3 Byte 128 10 YTB adjustment value 3 Byte 128 14 B REVISE setting value 1 Byte 0 CS 2 Byte B7 For each REVISE setting value the level set for RRL RGL or RBL is transmitted as one character Command Format Effective Operation Modes Function Remarks QAJ All operations To acquire data on operations of the panel Return d...

Page 155: ...ction 1 Byte 1 CS 2 Byte 37 12 15 Setting for Items 12 and 15 0 OFF 1 ON 13 Peripheral luminance correction 0 OFF 2 ON interlocked with APL 3 Type of ABL WB tables Tn n 1 to 4 11 Gamma setting n 0 to F 16 Transition of brightness by protective operations 0 Upper limit state for brightness 1 Brightness being reduced 2 Lower limit state for brightness 3 Brightness being increased 1 Drive sequence 48...

Page 156: ... in memory as pulse meter counts for the 5 blocks are multiplied by 256 to be converted to decimal then the high order 8 digits the low order 2 digits rounded off are transmitted the unit for response value is million pulses Command Format Effective Operation Modes Function Remarks QPM All operations To acquire data on operations of the panel Return data 3 ECO 40 DATA 2 CS 45 Byte 7 Acquisition of...

Page 157: ...ata from the hour meter for the fifth latest PD 8 Byte 00000715 16 Sixth latest 1st PD data 1 Byte A 17 Sixth latest 2nd PD data 1 Byte 2 18 Data from the hour meter for the sixth latest PD 8 Byte 00000552 19 Seventh latest 1st PD data 1 Byte A 20 Seventh latest 2nd PD data 1 Byte 0 21 Data from the hour meter for the seventh latest PD 8 Byte 00000213 22 Eighth latest 1st PD data 1 Byte D 23 Eight...

Page 158: ...y data 1byte 5 18 Data from the hour meter for the sixth latest SD 8byte 000000451 19 Seventh latest SD data 1byte 0 20 Seventh latest SD subcategory data 1byte 0 21 Data from the hour meter for the seventh latest SD 8byte 00000000 22 Eighth latest SD data 1byte 0 23 Eighth latest SD subcategory data 1byte 0 24 Data from the hour meter for the eighth latest SD 8byte 00000000 CS 2Byte 7D Command Fo...

Page 159: ... the main side temperature and FAN operation Command Effective Operation Modes Function Remarks QMT Continually Status output Return data 9 byte Data Content Size Example ECO 3 byte QMT only 1 TEMP2 3 byte 000 2 FAN rotary speed 1 byte 0 FAN rotary speed 0 STOP 1 LOW 2 HIGH 3 MIDDLE ...

Page 160: ...ature TEMP2 for the 2nd latest NG 3 byte 000 9 3rd latest NG data 1 byte 0 10 Data of subcategory for the 3rd latest NG 1 byte 0 11 Data of Hour meter for the 3rd latest NG 7 byte 0000000 12 Data of temperature TEMP2 for the 3rd latest NG 3 byte 000 13 4th latest NG data 1 byte 0 14 Data of subcategory for the 4th latest NG 1 byte 0 15 Data of Hour meter for the 4th latest NG 7 byte 0000000 16 Dat...

Page 161: ...use of Shutdown Remarks 2 Multi processor main communication failure MULIT1 4 Multi processor communication failure I P 6 Multi processor sub communication failure SLAVE 7 Main communication failure FPGA1 8 Multi processor communication failure FPGA2 Data Cause of Shutdown Remarks 0 Non subcategory 4 AV Switch 5 RGB Switch 8 Main VDEC 9 Sub VDEC A AD PLL B HDMI G 64K EEPROM H AUDIO IC K DVI Receiv...

Page 162: ...on of cracking in the panel 1 Byte 1 20 Result of detection for scanning protection 1 Byte 1 21 Result of detection for external protection 1 Byte 1 22 Transition of protection operation 1 Byte 0 23 Reserved 4 Byte CS 2 Byte 27 If data for an item cannot be obtained during Standby mode the return data for that item will be The types of data for Items 1 3 in the table drive sequence standard nonsta...

Page 163: ... the high power system DRV Command Effective Operation Modes Operation Remarks DRV S00 For details on how to issue a command during normal operation modes including Standby mode see 9 2 Drive OFF Issue the next command within 10 seconds after the DRV S00 commands are issued DRV S01 Drive ON ...

Page 164: ... 3 to notify the Main microcomputer Then shifting to status 4 if required Passive Standby mode 2 LED MAIN Assy Drive System Assy Audio System Assy DIGITAL Assy POWER SUPPLY Unit BLUE RED SQ ASIC Victria LVDS_Rx SW Small Signal Power Large Signal Power AC Power DVI Video SW RGB SW Reg LVDS Tx FPGA MVDEC SVDEC AD HDMI DSEL IP MULTI Address Address Small Signal Drive Reg Address Small Signal Drive Au...

Page 165: ...ter After receiving the PON command from the Main microcomputer it activates the RELAY port to H ON in order to turn on the relay circuit in the POWER SUPPLY Unit and supply power to all the circuits in the DIGITAL Assy Transition to another mode Unplugging of the AC power cord Shifting to status 1 Setting of the MAIN POWER switch to OFF Shifting to status 1 Setting of the POWER switch to OFF Shif...

Page 166: ...ot activated Although the DRV S00 S01 RS 232C commands are valid during Standby mode once the main power is turned off the unit will return to DRV S01 for canceling the function Some special procedures are required See 9 1 1 DESCRIPTION OF RS 232C COMMAND To turn the drive off using the remote control unit for servicing press the DRIVE ON OFF key twice within 10 seconds then within 10 seconds pres...

Page 167: ...PDP 5000EX 167 5 6 7 8 5 6 7 8 C D F A B E 10 3 LED INFORMATION LED Pattern State LED Pattern ...

Page 168: ... D value 10 bit_data 52 TEMP2 Fahrenheit F 1 8 x TEMP2 Celsius C 32 FAN_CONT operation OFF to ON If the A D value of the detected temperature is more than 275 the fan is turned on ON to OFF If the A D value of the detected temperature is less than 261 the fan is turned off FAN_STATUS operation STOP The fan is not activated if the A D value of the detected temperature is less than 276 The fan stops...

Page 169: ... interface that handles both video and audio using a single cable HDCP High bandwidth Digital Content Protection is a technology used to protect copyrighted digital contents that use the Digital Visual Interface DVI Design and specifications are subject to change without notice Trademarks FOCUS WOW SRS and R symbol are trademarks of SRS Labs Inc FOCUS and SRS technologies are incorporated under li...

Page 170: ...D1285 Remote control unit AXD1535 Bead band 2 Speed clamp 2 AA size battery 2 Alkaline battery VEM1031 Power cord ADG1214 Accessories Binder Assy AEC1758 For Europe eccept UK and Eire For UK and Eire BNC Conversion Connector AKX1052 Ferrite Core ATX1039 Ferrite Core Cable Tie ...

Page 171: ... on and off 2 ON indicator 3 STANDBY indicator 4 Remote control sensor 5 Handles 6 STANDBY ON button 7 INPUT button 8 HOME MENU button 9 ADJUST buttons 10 VOLUME buttons 11 ENTER DISP button 12 RETURN button 13 SCREEN SIZE button Note The unit s operating panel will become inoperable if connected speakers are installed too near the main unit Main unit ...

Page 172: ...minals 4 INPUT1 terminal DVI D 5 INPUT2 terminal HDMI 6 INPUT3 terminal HDMI 7 INPUT4 terminals COMPONENT VIDEO Y Pb Cb Pr Cr ANALOG RGB G B R HD VD 8 INPUT5 terminal S VIDEO For connection of components that have an S video output jack such as a decoder VCR game console or camcorder 9 INPUT6 terminal VIDEO 10 AUDIO INPUT terminals Audio input connectors corresponding to INPUT1 to INPUT6 video inp...

Page 173: ...URN button Restores the previous menu screen 8 AV SELECTION button Use to select the AV function 9 DISPLAY button Press to view the unit s current input and setup mode 10 SPLIT button Press to switch to multi screen display 11 SUB INPUT button During multi screen display use this button to change inputs to subscreens 12 SWAP button During multi screen display use this button to switch between main...

Page 174: ... 40 P53 BCLK 41 P52 RD 42 P51 WRH BHE 43 P50 WRL WR 44 P47 CS3 45 P46 CS2 46 P45 CS1 47 P44 CS0 48 P43 A19 49 P42 A18 50 P41 A17 51 P40 A16 52 P37 A15 53 P36 A14 54 P35 A13 55 P34 A12 56 P33 A11 57 P32 A10 58 P31 A9 59 VCC2 60 P30 A8 D7 61 VSS 62 P27 AN27 A7 D7 D6 63 P26 AN26 A6 D6 D5 64 P25 AN25 A5 D5 D4 65 P24 AN24 A4 D4 D3 66 P23 AN23 A3 D3 D2 67 P22 AN22 A2 D2 D1 68 P21 AN21 A1 D1 D0 69 P20 AN...

Page 175: ...ROM power SW 27 P71 RXD2 SCL2 TA0IN TB5IN E_SCL O IIC clock output for EEPROM 28 P70 TXD2 SDA2 TA0OUT E_SDA I O IIC data input output for EEPROM 29 P67 TXD1 SDA1 TXD O Communication with flash ROM writer Data transmission 30 P66 RXD1 SCL1 RXD I Communication with flash ROM writer Data reception 31 P65 CLK1 SCLK I Communication with flash ROM writer Clock input 32 P64 CTS1 RTS1 CLKS1 BUSY O Communi...

Page 176: ...NT4 I 73 P15 D13 INT3 AC_DET I L AC power monitor 74 P14 D12 PBF I Panel distinction of High efficiency Conventional FHD L 75 P13 D11 I 76 P12 D10 I 77 P11 D9 I 78 P10 D8 I 79 P07 AN17 D7 ADRS_PD I H Address PD 80 P06 AN16 D6 I 81 P05 AN15 D5 I 82 P04 AN14 D4 SS_MODE O L SSCG operation L SSCG ON H SSCG OFF 83 P03 AN13 D3 R_SQ_NON I H Drive stop detection of SQ IC IC3301 84 P02 AN12 D2 DDC_PD I H D...

Page 177: ...ion Control Loop Filter VCO VDD 20k 200k 20k 20k 20k VSS VSS VDD XIN CLK 1 VDD 2 VSS 3 SSCLK XOUT S0 S1 SSCC 4 8 7 6 5 1 8 2 3 4 6 5 7 PD CP No Pin Name I O Pin Function 1 XIN CLK I Oscillator input clock input 2 VDD Power supply 3 VSS Ground 4 SSCLK O SSCG clock output 5 SSCC I SSCG function ON OFF input L Disable H Enable 6 S1 I Modulation frequency and band width select 7 S0 I Modulation freque...

Page 178: ...PDP 5000EX 178 1 2 3 4 1 2 3 4 C D F A B E PEE004A FHD DIGITAL ASSY IC3101 LSI for PDP Video Processing Sequence Processor Pin Arrangement Top view ...

Page 179: ...3 26 RC4 25 RC5 24 VCC 23 RC6 22 RD0 21 RD1 20 RD2 19 RD3 18 RD4 17 VCC 48 RA0 47 RA1 46 RA2 45 GND 44 RA3 43 RA4 42 RA5 41 RA6 40 RB0 39 RB1 38 VCC 37 RB2 36 RB3 35 RB4 34 RB5 33 1 GND 2 DK 3 PD 4 OE 5 R F 6 RE6 7 RE5 8 RE4 9 VCC 10 RE3 11 RE2 12 RE1 13 RE0 14 RD6 15 RD5 16 GND 50 49 40 43 45 47 RB RB RB6 RB0 52 51 32 36 38 39 RC RC RC6 RC0 55 54 22 24 29 RD RD RD6 RD0 60 59 14 15 17 21 RE RE RE6...

Page 180: ...I Chip enable for Ucom communication at the master side L 20 P53 WKP3 RST_MTR O Reset signal output of the Ucom at the master side L 21 P54 WKP4 PON_TRG I N C L 22 P55 WKP5 ADTRG REQ_IF Communication request to the Ucom at the master side H 23 P10 TMOW BUSY_IF O Communication inhibit to the Ucom at the master side H 24 P11 PWM EXP_B0 N C 25 P12 WE_MTR O For rewriting of the other flash by the exte...

Page 181: ...a for the master side Ucom L 51 P14 IRQ0 KEY_SCAN I KEY code input L 52 P15 IRQ1 TMIB1 SR_IN I Remote control code input Integrated unit directly Separate unit use MDR cable L 53 P16 IRQ2 AV_LINK_IN I N C L 54 P17 IRQ3 TRGV SR_EN_B SR_EN_B 55 P33 EXP_A3 N C 56 P32 EXP_A2 N C 57 P31 EXP_A1 Hold N C 58 P30 EXP_A0 N C 59 PB3 AN3 232C_DET I 232C_DET H 60 PB2 AN2 TEST1 I Operation mode switch for Assy ...

Page 182: ...in Name Pin Function 1 Vin Input terminal 2 Vin Input terminal 3 GND Input GND terminal 4 GND Input GND terminal 5 ON OFF ON OFF 6 GND Output GND terminal 7 Vo3 Output terminal 1 8 V 8 Vo1 Output terminal 3 3 V 9 Vo1 Output terminal 3 3 V 10 GND Output GND terminal 11 GND Output GND terminal 12 GND Output GND terminal 13 Vo2 Output terminal 1 2 V 14 Vo2 Output terminal 1 2 V ...

Page 183: ...1 BCB1_I 4 I from Triton side B output BCBB_O4 20 Y1 V1_I I from Triton side B output VB_O 21 AA1 VCCIO1 V 3_3V_D_FPGA1 22 AB1 GND Connect to GND 23 AB2 VCCIO8 V 3_3V_D_FPGA1 24 AB3 RCR1_O 7 O to Triton IN2 RCR2_I7 25 AB4 RCR1_O 5 O to Triton IN2 RCR2_I5 26 AB5 RCR1_O 2 O to Triton IN2 RCR2_I2 27 AB6 GY1_O 7 O to Triton IN2 GY2_I7 28 AB7 GY1_O 3 O to Triton IN2 GY2_I3 29 AB8 GY1_O 0 O to Triton IN...

Page 184: ...2_I I from HDMI VSYNC 67 A19 BCB2_I 0 I from HDMI Q0 B0 68 A18 BCB2_I 3 I from HDMI Q3 B3 69 A17 BCB2_I 6 I from HDMI Q6 B6 70 A16 GY2_I 1 I from HDMI Q9 G1 71 A15 GY2_I 5 I from HDMI Q13 G5 72 A14 RCR2_I 1 I from HDMI Q17 R1 73 A13 RCR2_I 7 I from HDMI Q23 R7 74 A12 CLK2_I I ODCK HDMI_Rx 75 A11 BCB3_I 1 I from AD BLUE 1 76 A10 BCB3_I 5 I from AD BLUE 5 77 A9 GY3_I 1 I from AD GREEN 1 78 A8 GY3_I ...

Page 185: ...A_O O to Carrera SDEI 115 AA13 VA_O O to Carrera SVDI 116 AA14 BCBA_O 4 O to Carrera SBAI 4 117 AA15 BCBA_O 0 O to Carrera SBAI 0 118 AA16 GYA_O 4 O to Carrera SGAI 4 119 AA17 GYA_O 0 O to Carrera SGAI 0 120 AA18 RCRA_O 4 O to Carrera SRAI 4 121 AA19 RCRA_O 2 O to Carrera SRAI 2 122 AA20 RCRA_O 0 O to Carrera SRAI 0 123 AA21 GND Connect to GND 124 Y21 DEB_O O to Carrera SDEI 125 W21 BCBB_O 7 O to ...

Page 186: ...3 GND Connect to GND 167 J3 NC N C 168 K3 GND Connect to GND 169 L3 VCCIO2 V 3_3V_D_FPGA1 170 M3 VCCIO1 V 3_3V_D_FPGA1 171 N3 MONITOR 2 O TEST_2 probe land 172 P3 GND Connect to GND 173 R3 GND Connect to GND 174 T3 GY1_I 3 I from Triton side B output GYB_O3 175 U3 GND Connect to GND 176 V3 GND Connect to GND 177 W3 BCB1_I 6 I from Triton side B output BCBB_O6 178 Y3 DE1_I I from Triton side B outp...

Page 187: ...ect to GND 217 C15 GND Connect to GND 218 C14 GY2_I 7 I from HDMI Q15 G7 219 C13 GND Connect to GND 220 C12 VCCIO4 V 3_3V_D_FPGA1 221 C11 VCCIO3 V 3_3 1_8V_D_FPGA1 222 C10 GND Connect to GND 223 C9 GY3_I 2 I from AD GREEN 2 224 C8 GND Connect to GND 225 C7 GND Connect to GND 226 C6 VCCIO3 V 3_3 1_8V_D_FPGA1 227 C5 GND Connect to GND 228 C4 ASDO GND O Configuration 229 D4 GND Standby probe land 230...

Page 188: ...I 0 267 L19 H4_I I from DVI_Rx HSYNC 268 K19 GND Connect to GND 269 J19 RCR4_I 7 I from DVI_Rx QE23 R7 270 H19 RCR4_I 2 I from DVI_Rx QE18 R2 271 G19 VCCIO5 V 3_3V_D_FPGA1 272 F19 GND Connect to GND 273 E19 GY4_I 0 I from DVI_Rx QE8 G0 274 D19 BCB4_I 4 I from DVI_Rx QE4 B4 275 D18 GND Connect to GND 276 D17 VCCIO4 V 3_3V_D_FPGA1 277 D16 GY2_I 0 I from HDMI Q8 G0 278 D15 GY2_I 2 I from HDMI Q10 G2 ...

Page 189: ...5 V18 GNDG_PLL4 Connect to GND 316 U18 BCBB_O 2 O to Carrera SBAI 2 317 T18 GYB_O 6 O to Carrera SGAI 6 318 R18 GYB_O 5 O to Carrera SGAI 5 319 P18 RCRB_O 4 O to Carrera SRAI 4 320 N18 CONF_DONE Configuration 321 M18 RCRB_O 1 O to Carrera SRAI 1 322 L18 GND N C 323 K18 NC N C 324 J18 RCR4_I 6 I from DVI_Rx QE22 R6 325 H18 GND N C 326 G18 GND N C 327 F18 GNDD_PLL2 Connect to GND 328 E18 GY4_I 4 I f...

Page 190: ...U17 VCCD_PLL4 V 1_2_D_FPGA1_PLL 364 T17 GNDD_PLL4 Connect to GND 365 R17 GYB_O 2 O to Carrera SGAI 2 366 P17 RCRB_O 5 O to Carrera SRAI 5 367 N17 MSEL1 Configuration 368 M17 MSEL0 Configuration 369 L17 NC N C 370 K17 NC N C 371 J17 GND N C 372 H17 GND N C 373 G17 GND N C 374 F17 VCCD_PLL2 V 1_2_D_FPGA1_PLL 375 F16 VCCA_PLL2 V 1_2_D_FPGA1_PLL 376 F15 GND N C 377 F14 RCR2_I 2 I from HDMI Q18 R2 378 ...

Page 191: ...D_FPGA1 411 H16 GND N C 412 G16 BCB2_I 7 I from HDMI Q7 B7 413 G15 GND N C 414 G14 VCCIO4 V 3_3V_D_FPGA1 415 G13 GND Connect to GND 416 G12 GND N C 417 G11 GND N C 418 G10 GND Connect to GND 419 G9 VCCIO3 V 3_3 1_8V_D_FPGA1 420 G8 GND N C 421 H8 GND N C 422 J8 NC N C 423 K8 NC N C 424 L8 GND N C 425 M8 NC N C 426 N8 NC N C 427 P8 GND N C 428 R8 GND N C 429 R9 GND N C 430 R10 GND N C 431 R11 GND N ...

Page 192: ...461 M14 VCCINT V 1_2V_D_FPGA1_INT 462 L14 VCCINT V 1_2V_D_FPGA1_INT 463 K14 VCCINT V 1_2V_D_FPGA1_INT 464 J14 GND N C 465 J13 VCCINT V 1_2V_D_FPGA1_INT 466 J12 VCCINT V 1_2V_D_FPGA1_INT 467 J11 VCCINT V 1_2V_D_FPGA1_INT 468 J10 VCCINT V 1_2V_D_FPGA1_INT 469 K10 GND Connect to GND 470 L10 GND Connect to GND 471 M10 GND Connect to GND 472 N10 GND Connect to GND 473 N11 GND Connect to GND 474 N12 GND...

Page 193: ...R AMP ON no DELAY OFF Delay of about 400 msec H 22 CS6X P35 PSW_DVI O Power SW for DVI H 23 CS7X P36 NC O 24 RDY P37 BUSY_IC3 I 3 wires serial communication with the Carrera busy old IC3_BUSY H 25 BGRNTX P40 BUSY_IF I 3 wires serial communication with the UIF microcomputer busy old IF_BUSY H 26 BRQ P41 WE_IC3 O UART path SW for Carrera L 27 SYSCLK P42 WATCH_DOG O Pin for examination with TP 28 MCL...

Page 194: ...not USB 71 MD2 MD2 I Operation mode setting L Normal H at writing 72 MD3 MD3 I Operation mode setting L fixing 73 AVCC Power supply for A D 74 AVRH Reference power supply for A D 75 AVSS AVRL GND for A D 76 AN0 TEMP2 I A D Temperature sensor Outside temperature AD 77 AN1 NC I AD 78 AN2 PF0 MODE I A D Operation mode distinction AD 79 AN3 PF1 NC O L 80 AN4 PF2 RST_FPGA O Initialization of F F in the...

Page 195: ...is STB IIC communication for defective device clock output 117 SDA1 P91 SDA_MA I O When a function is STB IIC communication for defective device data I O L 118 SCL2 P92 SCL_AUDIO O Audio preamplifier control L 119 SDA2 P93 SDA_AUDIO I O Audio preamplifier control L 120 SCL3 P94 SCL_DVI O IIC communication for DVI_PM mode clock output L 121 SDA3 P95 SDA_DVI I O IIC communication for DVI_PM mode dat...

Page 196: ... 155 TOUT2 PC6 FAN_NG1 I NG signal detection from the FAN H 156 RIN PC7 NC O L 157 DREQ0 PD0 I GND L 158 DACK0 PD1 LVDS_ON O LVDS output control not used H 159 DEOP0 PD2 FAN_CONT_POW1 O Standby circuit for four stages FAN control not used H 160 DREQ1 TIN0 PD3 NC I GND 161 DACK1 TIN1 PD4 NC I GND 162 DEOP1 TIN2 PD5 PD5 I Detect in rewriting from a flash ROM writer sync asynchronous L 163 DREQ2 TRG1...

Page 197: ...1 128 CVCC18 127 CGND 126 Q12 125 Q13 124 Q14 123 Q15 PVCC0 37 AVCC 38 R0XC 39 R0XC 40 AGND 41 AVCC 42 R0X0 43 R0X0 44 AGND 45 AVCC 46 R0X1 47 144 Q0 143 Q1 142 Q2 141 Q3 140 Q4 139 CVCC18 138 CGND 137 Q5 136 Q6 135 IOGND 134 IOVCC 122 IOVCC 121 ODCK 120 IOGND 119 Q16 118 Q17 117 Q18 116 Q19 115 CGND 114 CVCC18 113 Q20 112 Q21 111 Q22 110 Q23 109 IOVCC 108 IOGND DSDA0 107 CLK48B 106 CGND 105 CVCC1...

Page 198: ...Digital logic VCC 1 8 V 24 CGND Digital logic GND 25 IOGND I O GND 26 IOVCC I O VCC 27 CSDA I O Configuration I2C data 28 CSCL I Configuration I2C clock 29 DSDA1 I O DDC I2C data for port 1 30 DSCL1 I DDC I2C clock for port 1 31 DSDA0 I O DDC I2C data for port 0 32 DSCL0 I DDC I2C clock for port 0 33 R1PWR5V I Port 1 transfer detection 34 R0PWR5V I Port 0 transfer detection 35 CVCC18 Digital logic...

Page 199: ...ut data 71 R1X2 I TMDS input data 72 AGND TMDS analog GND 73 CGND Digital logic GND 74 CVCC18 Digital logic VCC 1 8 V 75 IOGND I O GND 76 IOVCC I O VCC 77 MUTEOUT O Audio output mute 78 SPDIF O S PDIF audio output 79 CVCC18 Digital logic VCC 1 8 V 80 CGND Digital logic GND 81 RSVD O 82 RSVD O 83 RSVD O 84 SD0 O I2C serial data output 85 WS O I2C word select output 86 SCK O I2C serial clock output ...

Page 200: ...ixel data bus 119 Q16 O 24 bit output pixel data bus 120 IOGND I O GND 121 ODCK O Output data clock 122 IOVCC I O VCC 123 Q15 O 24 bit output pixel data bus 124 Q14 O 24 bit output pixel data bus 125 Q13 O 24 bit output pixel data bus 126 Q12 O 24 bit output pixel data bus 127 CGND Digital logic GND 128 CVCC18 Digital logic VCC 1 8 V 129 Q11 O 24 bit output pixel data bus 130 Q10 O 24 bit output p...

Page 201: ...TERFACE L R in L R out L R out BCKI LRI LRI SDI COUNT 0 1 with pull up SDO 2 1 BCKI 3 7 5 6 No Pin Name I O Pin Function 1 SDI I Serial audio data input 2 LRI I LR clock input 3 BCKI I Serial clock input 4 Vss power supply Normally GND 5 COUNT 0 I Delay time setting 0 6 COUNT 1 I Delay time setting 1 7 SDO O Serial audio data output 8 Vdd power supply Normally 2 5 V Sampling Frequency 4 4 3 4 1 2 ...

Page 202: ...tput terminal 16 SUSOUT O SUSOUT output terminal 17 SUSOUT O SUSOUT output terminal 19 SUSOUT O SUSOUT output terminal 20 SUS U I SUS U signal terminal 22 PD U O PD U terminal 23 SUBGND I GND fixed terminal 26 PL U O PL U terminal 27 PL U O PL U terminal 28 PL U O PL U terminal 29 PL U O PL U terminal 34 PL D1 O PL D1 terminal 35 PL D1 O PL D1 terminal 36 PL D1 O PL D1 terminal 37 PL D1 O PL D1 te...

Page 203: ...S B signal terminal 21 SUSOUT O SUSOUT terminal 23 SUBGND GND fixed terminal 26 PSUS O PSUS terminal 27 PSUS O PSUS terminal 28 PSUS O PSUS terminal 29 PSUS O PSUS terminal 30 PSUS O PSUS terminal 31 PSUS O PSUS terminal 36 PSUS O PSUS terminal 37 PSUS O PSUS terminal 38 PSUS O PSUS terminal 39 PSUS O PSUS terminal 40 PSUS O PSUS terminal 41 PSUS O PSUS terminal 42 PSUS O PSUS terminal 43 SUS MSK ...

Page 204: ...SUS I VSUS power terminal 18 VSUS I VSUS power terminal 20 SUS B I SUS B signal terminal 21 SUSOUT SUSOUT output terminal 23 SUBGND GND fixed terminal 25 MSK S I MSK S signal terminal 27 MSK F I MSK F signal terminal 28 PSUS PSUS output terminal 29 PSUS PSUS output terminal 30 PSUS PSUS output terminal 31 PSUS PSUS output terminal 32 PSUS PSUS output terminal 33 PSUS PSUS output terminal 36 PSUS P...

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