BDP-BX59/S590/S490 RMT-B119A/B119C/B119P/B120A
SERVICE SERVICE MA MA NUAL
Taiwan Model Australian/NZ Model PX Model
UK Model AEP Model
Mexican Model Singapore Model Chinese Model
BDP-S590
Ver. 1.1 2012.04
BDP-S490/S590
Latin America Model Korea Model Thailand Model India Model Middle East Model Saudi Arabia Model BDP-S490
US Model Canadian Model
Photo: BDP-S590
BDP-BX59/S590
Remote : RMT-B119P
SPECIFICATIONS System
General Power requirements:
Laser: Semico Semiconducto nductorr laser
Inputs and outputs
220 – 240V AC, 50/60Hz (BDP-S490:UK,AEP,CH/S59 (BDP-S490:UK,AEP,CH/S590:UK,AEP,AUS,CH) 0:UK,AEP,AUS,CH) 220V AC, 60Hz (BDP-S490:KR) 120V AC, 60Hz (BDP-BX59/S590:US,CND) 110 – 240V AC, 50/60Hz (BDP-S490:SP,TH,E,MX, (BDP-S490:SP,TH,E,MX,EA,KS,IN/S590:SP,M EA,KS,IN/S590:SP,MX,PX) X,PX) 110V AC, 60Hz (BDP-S590:TW)
( Jack name: Jack type/Output level/Load impedance)
LINE OUT R-AUDIO-L: Phone jack/2 Vrms/10 kilohms
DIGITAL OUT (COAXIAL):
Power consumption:
Phono jack/0.5 jack/0.5 Vp-p/7 Vp-p/75 5 ohms
15 W (BDP-S490) (BDP-S490) 16 W (BDP-BX59/S590)
DIGITAL OUT (OPTICAL): Optical output jack/-18dBm (wavelength 660 nm)
Dimensions (app (approx.): rox.): 430mm × 194mm × 41.3mm
HDMI OUT:
(17 in. × 7
HDMI 19-pin standard connector
LINE OUT VIDEO:
Phono jack/1.0 jack/1.0 Vp-p/7 Vp-p/75 5 ohms
(17 in. × 7
LAN (100):
in. × 1 11/16 in.)
7/8
in. × 1 11/16 in.)
(width/depth/height) incl. projecting parts
100BASE-TX Terminal
USB: USB jack Type A (For connecting a USB memory, memory card reader, digital still camera, and digital video camera)
Mass (approx.): 1.5 kg (3 lb 5oz)
Operating temperature: 5ºC to 35ºC(41ºF to 95ºC)
Wireless (BDP-BX59/S590 ONLY) Wireless LAN standard: IEEE 802.11 b/g/n Frequency range: 2.4 GHz band : Channels 1-13 Modulation: DSSS and OFDM
Operating Opera ting humidity: 25% to 80 80 %
Supplied accessories
This product meets ENERGY ST AR® guidelines f or energy are registered U.S. marks. ENERGY STAR is a registered mark owned by the U.S. government.
3/4
(width/depth/height) Not incl. projecting parts 430mm × 199mm × 42mm
• • • • •
(BDP-S590:US,CND/BX59)
Audio/video cable (phono plug ×3) (1)(BDP-BX59/S590:US,CND,AUS,PX) HDMI cable (1) (BDP-BX59/S490:Except UK,AEP/S590:Except UK,AEP,US,CND,AUS,PX) UK,AEP,US,CND,AUS,PX) Remote commander (remote) (1) Size AA (R6) batteries (2) SFTP Ethernet cable (1) (BDP-S590:TW ONLY) Specifications and design are subject to change without notice.
Blu-ray Disc™ / DVD Player
Sony Corporation 9-890-771-12
Home Entertainment Business Group
2012D6900-1 © 2012.04
Published by Document Design Dept.
BDP-BX59/S590/S490 SAFETY CHECK-OUT After correcting the original service problem, perform the following safety checks before releasing the set to the customer:
1. Check Check the of your repair for unsoldered or poorly-soldered the area area of connections. Check the entire board surface for solder splashes and bridges. 2. Check the the interboard wiring to ensure that that no wires wires are “pinched” “pinched” or contact high-wattage resistors. 3. Look for for unauthorized unauthorized replacement replacement parts, particularly transistors, that were installed during a previous repair. Point them out to the customer and recommend their replacement. 4. Look for parts which, though functioning, show obvious signs of deterioration. Point them out to the customer and recommend their replacement. 5. Check the line cord for cracks and abrasion. Recommend the replacement of any such line cord to the customer. 6. Check the B+ voltage to see it is at the values specified. 7. Check the antenna terminals, metal trim, “metallized” knobs, screws, and all other exposed metal parts for AC leakage. Check leakage as described below.
LEAKAGE TEST The AC leakage from any exposed metal part to earth ground and from all exposed metal parts to any exposed metal part having a return to chassis, must not exceed 0.5 mA (500 microamperes). Leakage current can be measured by any one of three methods. 1. A commercial leakage tester, such as the Simpson 229 or RCA WT-540A. Follow the manufacturers' instructions to use these instruments. 2. A battery-operat battery-operated ed AC milliammeter. The Data Precision 245 digital multimeter is suitable for this job. 3. Measuring the voltage drop across a resistor by means of a VOM or battery-operated AC voltmeter. The “limit” indication is 0.75V, so analog meters must have an accurate low-voltage scale. The Simpson 250 and Sanwa SH-63Trd are examples of a passive VOM that is suitable. suitable. Nearly all battery battery operated digital multimeters that have a 2V AC range are suitable. (See Fig. A)
CAUTION: The use of optical instrument with this product will increase eye hazard.
CAUTION Use of controls or adjustments or performance of procedures other than those specified herein may result in hazardous radiation exposure. µ
Ω
For customers in European countries
For customers in Taiwan
Fig. A. Using an AC voltmeter to check AC leakage.
This label is located on the laser laser protective housing inside the enclosure.
WARNING!! WHEN SERVICING, DO NOT APPROACH THE LASER EXIT WITH THE EYE TOO CLOSELY. IN CASE IT IS NECESSARY TO CONFIRM LASER BEAM EMISSION, BE SURE TO OBSERVE FROM A DISTANCE OF MORE THAN 25 cm FROM THE SURFACE OF THE OBJ ECTIVE LENS ON THE OPTICAL PICK-UP BLOCK.
product. The CLASS 1 LASER PRODUCT MARKING is located on the rear exterior.
Unleaded solder Boards requiring use of unleaded solder are printed with the leadfree mark (LF) indicating the solder contains no lead. (Caution: Some printed circuit boards may not come printed with the lead free mark due to their particular size.)
: LEAD FREE MARK
SAFETY-RELATED COMPONENT WARNING!! COMPONENT COMPON ENTS S IDENT IDENTIF IFIED IED BY MARK OR DOTT DOTTED ED LINE LINE WITH WITH MARK MAR K ON THE THE SCH SCHEM EMATI ATIC C DIAGR DIAGRAMS AMS AND AND IN IN THE THE PARTS PARTS LIST ARE CRITICAL TO SAFE OPERATION. REPLACE THESE COMPONENTS WITH SONY PARTS WHOSE PART NUMBERS APPEAR A S SHOWN IN THIS MANUAL OR IN SUPPLEMENTS PUBLISHED BY SONY. ATTENTION ATTE NTION A U COMPOSA NT AYANT AY ANT RAPP RAPPORT ORT À L A SÉCURITÉ! S ÉCURITÉ! LES COMPOSANTS IDENTIFÉS PAR UNE MARQUE SUR LES DIAGRAMMES SCHÉMATIQUES ET LA LISTE DES PIÈCES SONT CRITIQUES POUR LA SÉCURITÉ DE FONCTIONNEMENT. NE REMPLACER CES COMPOSANTS QUE PAR DES PIÈSES SONY DONT LES NUMÉROS SONT DONNÉS DANS CE MANUEL OU DANS LES SUPPÉMENTS PUBLIÉS PAR SONY.
– 2 –
Unleaded solder has the following characteristics. • Unleaded solder melts at a temperature about 40°C higher than ordinary solder. Ordinary soldering irons can be used but the iron tip has to be applied to the solder joint for a slightly longer time. Soldering irons using a temperature regulator should be set to about 350°C. Caution: The printed pattern (copper foil) may peel away if the heated tip is applied for too long, so be careful! • Strong viscosity Unleaded solder is more viscous (sticky, less prone to flow) than ordinary solder so use caution not to let s older bridges occur such as on IC pins, etc. • Usable with ordinary solder It is best to use only unleaded solder but unleaded solder may also be added to ordinary solder.
BDP-BX59/S590/S490 TABLE OF CONTENTS Section
Title
S e c ti o n
Page
1. SERVIC ICE E NOTE
Page
4-16.MB 4-16. MB-144 -144 Board (GPIO/JTA (GPIO/JTAG) G) Schematic Diagram (10/12) ........................................................... 4-16 4-17.MB-144 4-17. MB-144 Board (FE_POWER/OP) Schematic Diagram (11/12) ............................................................ 4-17 4-18.MB-144 Board (FE_POWER/MOTOR DRIVE) Schematic Diagram (12/12) ........................................................... 4-18 4-19.Waveforms ...................................................................................... 4-19E
1-1. Disc Removal Procedure Procedure If The Tray Tray Cannot Cannot Be Ejected Ejec ted (Forced (Forced Ejection) Ejection) .............................................. .............................................................. ................ 1-1 1-2.. Work when 1-2 when optical optical device are are replaced replaced ........................................... ................................ ........... 1-1 1-3.. Test Dis 1-3 Disc c ......................................... ................................................................................. ........................................ ....... 1-2 1-3-1. 1-3 -1. Op Opera eration tion an and d Dis Display play ...................................... .............. ........ 1-2 1-3-2. 1-3 -2. Men enu u fun function ctions s ......................... .............................................. 1-9 1-4.. Driv 1-4 Drive e Re Repa pairing... iring...................................... ..................................................................... .......................................... ........ 1-1 1-15 5 1-4-1. 1-4 -1. Pre Prepa paratio ration n ............................... ................................................................... ............................................... ........... 1-15 1-15 1-4-2. 1-4 -2. Ch Check ecking ing Flow Flow ~Drive(BU (BU)) section section ~ .................................... 1-1 1-15 5 1-4-3. 1-4 -3. BUCh Check eck Flow[zz] ~........................................ ............................................................. ..................... 1-16 1-4-4. 1-4 -4. BU(Op (Optical tical Block) Block) Rep Repair air Guide Guide........................... ............................................ ................. 1-1 1-16 6 1-4-5. 1-4 -5. BUAd Adjustm justmen entt Flow[yy] ~ ..................................................... 1-1 1-17 7 1-4-6. 1-4 -6. KE KEM M-48 -480A 0AAA AA/C2 /C2RP RP1 1Packing PackingSpec Spec ...................................... 1-1 1-17 7 1-4-7. 1-4 -7. KE KEM M-48 -480A 0AAA AA/C2 /C2RP RP1 Pa Packin cking g ................................................ 1-1 1-18 8 1-4-8. 1-4 -8. BUDa Data ta Deco ecode deJig ............................................................... 1-1 1-19 9 1-4-9. 1-4 -9. Lo Load ading ing Fo Forr Service ................................................................ 1-20 1-4-10 1-4 -10.. La Laser ser Caution Caution Label Label ................................................................ 1-2 1-22 2 1-5.. Ass 1-5 Assem embly Caution Caution .......................................................................... 1-2 1-23 3
5.
PRINT INTED ED WIRIN IRING G BO BOARDS
5-1. This Note Note Is Com ommo mon n For For Printed Wiri iring ng Boards ..... .......... .......... .......... .......... ....... 5-1 5-2. FR FR-320 -320 Board Board (FRO (FRONT NT RIG RIGHT HT)) Printed Wiri iring ng Board........ Board............. .......... ....... .. 5-2 5-3. FL-211 Board (FRONT LEFT) LEFT) and OP-020 Board (OPTICAL) Printed Wiring Board ............................5-3 5-4. MB-144 Boa Board(MA rd(MAIN) IN) Printed Prin ted Wiring Wiring Board (Side (Side A) ............................... ... ...................................................... .......................... 5-4 5-5. MB-144 Boa Board rd (MAIN) (MAIN) Printed Printe d Wiring Board Board (Side B) ............................................ ................ ....................................... ........... 5-5 5-5E E
2. DIS ISA ASSEMBLY 2-1. 2-1. 2-2.. 2-2 2-3. 2-4.. 2-4 2-5. 2-6.. 2-6 2-7.. 2-7 2-8. 2-9.. 2-9
Title
Disassem Disasse mbly Flow Flow .......................................... .......................................................................... ................................ 2-1 SideAn And d Top Pan Panel el ................................................................ ................................. ....................................... ........ 2 -1 Tray Tra y Cove Coverr Assy Assy ................................ ................................................................ .............................................. .............. 2-2 Front Fro nt Panel Panel And Top Bracke Brackett ............................................ ......... .................................................. ............... 2-2 FR-320 FR -320 Board, Board, FL-21 FL-211 1 Board Board And And WLANMo Module dule ............ ....... .......... .......... ......... ......2-3 ..2-3 SwitchingRe Regu gulator lator ........................................................................ 2-3 MB-1 B-144 44 Bo Board ard .......................................... ................................................................................ ...................................... 2-4 OP-020 OP -020 Boa Board rd And And BD Drive Drive ........................................................... ............................................. .............. 2-4 Circuitit Board Circu Board Locatio Location n ................................................................... 2-5 2-5E E
6.
IC PIN FUNCTIO TION N DESCRIP RIPTIO TION N ...... ............ ............ ............ ............ ............ ...... 6-1
7.
SERVIC ICE E MODE .............................................................. ................................................................ .. 7-1
8.
ERROR LOG LIS LIST T ............................................................. ............................................................. 8-1
9.
TROUBLE LESH SHOOTING.......................... ..................................................... ............................... .... 9-1
10. RE REP PAIR PARTS LIST 10-1.Explode 10-1.Exp loded d Views ........................................................ .......................... .................................................. .................... 10 10-1 -1 10-1-1 10 -1-1.. Ca Case se Sectio Section n ......................................................................... ................................................ ......................... 10 10-1 -1 10-1-2 10 -1-2.. Main Chass Chassis is Se Section ction....................................... ............................................................. ...................... 10 10-2 -2 10-1-3 10 -1-3.. BDSe Section ction...................................................................... ...................................................................... ........ 10 10-3 -3 10-1-4 10 -1-4.. Ac Acces cessorie sories s .............................................................. ............. 10-4 10-2.Elec 10 -2.Electrical trical Parts List ....................................................................... ..................................... .................................. 10 10-5 -5
3. BL BLO OCK DIAGRAMS 3-1.. 3-1 3-2. 3-2. 3-3.. 3-3 3-4. 3-5.. 3-5
Overallll Block Diagra Overa iagram m .................................................................... 3-1 DSP Block Block Diagra iagram m ........................................................................ 3-2 AV OUT Block Block Digram Digram...................................... ..................................................................... ............................... 3-3 USB/E US B/ETH THER ER/W /WIFI IFI Bloc Block k Dia Diagra gram m ................................................ .................. ................................ .. 3-4 Powe Po werr Block Diagra iagram m ................................................................. 3-5 3-5E E
4.
SCHE HEM MATIC DIA DIAG GRA RAM M
4-1. 4-2. 4-2. 4-3. 4-4. 4-5. 4-6.. 4-6 4-7.
This Note Note Is Com Comm mon For For Schem Schematic atic Diagrams Diagrams..... .......... .......... .......... .......... .......... ..... 4-1 Fram Fra me Sch Schem ematic Dia Diagra gram m...................................... ...............................................................4-2 .........................4-2 FR-320 FR -320 Board Board (FRON (FRONT T BOAR BOARD) D) Schem Schematic atic Diagram..... .......... .......... .......... ....... 4-3 FR-320 FR -320 Board Board (FRO (FRONT NTUS USB) B) Schem Schematic atic Diagram..... .......... .......... .......... .......... ....... 4-4 FL-21 FL -211 Board Sche Schem matic Diagram Diagram .................................................. ...................................... ............ 4-5 OP-02 OP -020 0 Board Board Schem Schematic Diagram Diagram ................................................. ...................... ........................... 4-6 MB-144 MB -144 Board Board (DDR 3 A) A) Sche Sc hem matic Dia Diagra gram m(1/12)................................................... ......... ..................................................... ........... 4-7 4-8. MB MB-144 -144 Board Board (DDR 3 B) Sche Sc hem matic Dia Diagra gram m(2/12)................................................... ......... ..................................................... ........... 4-8 4-9. MB MB-144 -144 Board Board (POWE (POWER) Sche Sc hem matic Dia Diagra gram m(3/12)................................................... ......... ..................................................... ........... 4-9 4-10.MB-144 Board (CLK/POWER2) Schematic Diagram (4/12) ............................................................. 4-10 4-11.MB 4-11. MB-144 -144 Board (FLASH (FLASH/HOST) Schematic Diagram (5/12) ............................................................. 4-11 4-12.MB-144 Board (USB) Schematic Diagram (6/12) ............................................................. 4-12 4-13.MB 4-13. MB-144 -144 Board (HDMI/VI I/VIDEO DEO) Schematic Diagram (7/12) ............................................................. 4-13 4-14.MB-144 4-14. MB-144 Board (ETHER (ETHERNET) NET) Schematic Diagram (8/12) ............................................................. 4-14 4-15.MB 4-15. MB-144 -144 Board (AUDIO/VIDEO) Schematic Diagram (9/12) ............................................................. 4-15
-3-
BDP-BX59/S590/S490 SECTION 1 SERVICE NOTE 1-1.
DISC REMOVAL REMOVAL PROCEDURE IF THE TRAY TRAY CANNOT BE EJECTED (FORCED EJECTION)
1. Remove the side panel left. (Refer to page 2-1) 2. Insert a clip in the hole of a drive and open a tray.
1
Insert a clip in the hole of a drive to open to open a tray.
2
1-2.. 1-2
Tray
Work when opti cal device are replaced
Note: Please do the following work when you replace the optical device.
1. Install it in PC after after downloading downloading two set of of software from from following URL. (Refer to “1-4-8. BU Data Decode Jig” on page 1-19) STEP 1 Microsoft .NET Framework Version 2.0 Redistrib Redistributable utable Package (x86) http://www.microsoft.com/downloads/details.aspx?displaylang=en&FamilyID=0856eacb-4362-4b0d-8edd-aab15c5e04f5 STEP 2 Microsoft .NET Framework 2.0 Service Pack 1 (x86) http://www.microsoft.com/downloads/details.aspx?displaylang=en&FamilyID=79bc3b77-e02c-4ad3-aacf-a7633f706ba5 2. Take a photograph of the bar code on the optical device. The valid bar code photo as shown in Fig.2
Fig.2
3. Drag-and-drop the bar code photograph to the icon of decode software (BDPRdec). * The decode decode software is a complete set of “BDPRdec” “BDPRdec”,, “Ta “Tasman.Bars.d sman.Bars.dll”, ll”, and “SavePath”. * Because decode software cannot be attached, it separately distributes it. 4. Input the password when you start decode software. * Inquire of each service headquarters because the password cannot be disclosed. 5. Write the decode data to the set. (Refer to “1-4-4. BU (Optical Block) Repair Guide” on page 1-16 and “1-4-5. BU Adjustment Flow [yy]” on page 1-17)
1-1
BDP-BX59/S590/S490
1-3. 13. TE TEST ST DI DISC SC Part No.
Description
Layer
J-6090-199-A
BLX-104
Single Layer
J-6090-200-A
BLX-204
Dual Layer
J-2501-307-A
CD (HLX-A1)
J-2501-305-A
HLX-513
Single Layer (NTSC)
J-2501-306-A
HLX-514
Dual Layer (NTSC)
J-6090-077-A
HLX-506
Single Layer (PAL)
J-6090-078-A
HLX-507
Dual Layer (PAL)
1-313-1. 1. Ope Operation ration and Display Check Items 1) BLX-104 1. Select 23.976Hz/1080p 2. Play “4.Motion pictures” 3. Check C heck whether player can play back or not 4. Check each outputs Video: Composite/component/HDMI Audio: Digital out (Coaxial/Opt (Coaxial/Optical)/Audi ical)/Audio o out/5.1Ch output * When 1080/24p monitor is nothing, 1080i (59.94Hz or 50Hz) can use instead of 1080/24p. However this is temporary correspondence. 2) BLX-204 1. Select 1080i (59.94Hz or 50Hz) 2. Play “4.Motion pictures” 3. Check C heck whether player can play back or not (Check the picture and sound output) 3) CD (HLX-A1) Check whether player can play back or not (Check the sound output) 4) HLX-513/514 (NTSC), HLX-506/507 (PAL) 1. After displayed Main Menu, select “1.Video” 2. Play “1.Color Bar 100%” (Check the picture and sound output) 3. Return to Menu 4. Play “Demonstration 4:3” or “Demonstration 16:9” (Check the picture and sound output)
1-2
BDP-BX59/S590/S490
1-3-1-1. BL X-104 Menu Funct io n (1) 1-3-1-1. (1) Main Menu
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
1) When the disc is inserted, 1. Video Signal of 59.94Hz/1080i of the Main Menu is selectively displayed.
1-3-1-2. BL X-104 Menu Funct io n (2) 1-3-1-2. (2) Main Menu
To Main Menu after playback of T62_C1 To Main Menu after playback of T61_C1 To Main Menu after playback from T54_C1 to T60_C1 Sub_menu3 is displayed To Main Menu after playback of T21_C1 To Main Menu after playback of T20_C1 To Main Menu after playback from T2_C1 to T19_C1 Sub_menu1 is displayed
*
When returning to Main Menu after playback from each button of 59.94Hz/1080i, 1. Video Signal of 59.94Hz/1080i is selectively dis played. * When returning to Main Menu after playback from each button of 50Hz/1080i, 1. Video Signal of 50Hz/1080i is selectivel selectively y displayed. * 5. AV Sync does not operate. Note: Txx_ Cxx Chapter No. Title No.
1-3
BDP-BX59/S590/S490
1-3-1-3. BL X-104 Menu Funct io n (3) Main Menu
To Main Menu after playback of T52_C1 To Main Menu after playback of T51_C1 To Main Menu after playback from T44_C1 to T50_C1 Sub_menu2 is displayed To Main Menu after playback of T42_C1 To Main Menu after playback of T41_C1 To Main Menu after playback from T23_C1 to T40_C1 Sub_menu4 is displayed
*
When returning to Main Menu after playback from each button of 59.94Hz/720P, 1. Video Signal of 59.94Hz/720P is selectively dis played. * When returning to Main Menu after playback from each button of 23.976Hz/1080P, 1. Video Signal of 23.976Hz/1080P is selectively displayed. * 5. AV Sync does not operate.
1-4
BDP-BX59/S590/S490
1-3-1-4. BL X-104 Menu Funct io n (4) Sub menu1
X X
X X
X
X
1) At the display of Sub menu1, 1. Color Bar 100% is selectively displayed. 2) Selection of 1. Color Bar 100% t Return to Sub menu1 after seamless playback from T1_C1 to T1_C13. 1. Color Bar 100% is selectively displayed on Sub menu1 screen. 3) Selection of 2. Color Bar 75% t Return to Sub menu1 after seamless playback from T1_C2 to T1_C13. 1. Color Bar 100% is selectively displayed on Sub menu1 screen. 4) At the selection of 3 - 13, item 3 mentioned above is executed as the routine. 5) At the display of Sub menu1, Main Menu is selected t Jump to Main Menu. At the display of Main Menu, 1. Video Signal of 59.94Hz/1080i is selectively displayed. 6) Selection of LPCM Audio t Playback from T2_C1 to T19_C1. SubPic that corresponds to Audio stream 1 is forcibly displayed. During the playback, when audio channel changes, the caption that corresponds to each audio stream is forcibly displayed. Return to Sub menu1 after playback. 1. Color Bar 100% is selectively displayed on Sub menu1 screen. 7) Selection of Dolby AC-3 Audio t Playback of T20_C1. SubPic that corresponds to Audio stream 1 is forcibly displayed. During the playback, when audio channel changes, the caption that corresponds to each audio stream is forcibly displayed. Return to Sub menu1 after playback. 1. Color Bar 100% is selectively displayed on Sub menu1 screen. 8) Selection of Motion Picture t Return to Sub menu1 after playback of T21_C1. 1. ColorBar 100% is selectively displayed on Sub menu1 screen. 9) At the selection of Main Menu, 1. VideoSignal of 1080/59.94i of Main Menu is selectively displayed. 10) AV Sync does not operate.
1-5
BDP-BX59/S590/S490
1-3-1-5. BL X-104 Menu Funct io n (5) Sub menu2
X X
X X
X
X
1) At the display of Sub menu2, 1. Color Bar 100% is selectively displayed. 2) Selection of 1. Color Bar 100% t Return to Sub menu2 after seamless playback from T43_C1 to T43_C13. 1. Color Bar 100% is selectively displayed on Sub menu2 screen. 3) Selection of 2. Color Bar 75% t Return to Sub menu2 after seamless playback from T43_C2 to T43_C13. 1. Color Bar 100% is selectively displayed on Sub menu2 screen. 4) At the selection of 3 - 13, item 3 mentioned above is executed as the routine. 5) At the display of Sub menu2, Main Menu is selected t Jump to Main Menu. At the display of Main Menu, 1. Video Signal of 23.976Hz/1080P is selectively displayed. 6) Selection of LPCM Audio t Playback from T44_C1 to T50_C1. SubPic that corresponds to Audio stream 1 is forcibly displayed. During the playback, when audio channel changes, the caption that corresponds to each audio stream is forcibly displayed. Return to Sub menu2 after playback. 1. Color Bar 100% is selectively displayed on Sub menu2 screen. 7) Selection of Dolby AC-3 Audio t Playback of T51_C1. SubPic that corresponds to Audio stream 1 is forcibly displayed. During the playback, when audio channel changes, the caption that corresponds to each audio stream is forcibly displayed. Return to Sub menu2 after playback. 1. Color Bar 100% is selectively displayed on Sub menu2 screen. 8) Selection of Motion Picture t Return to Sub menu2 after playback of T52_C1. 1. Color Bar 100% is selectively displayed on Sub menu2 screen. 9) At the selection of Main Menu, 1. Video Signal of 1080/23.976P of Main Menu is selectively displayed. 10) AV Sync does not operate.
1-6
BDP-BX59/S590/S490
1-3-1-6. BL X-104 Menu Funct io n (6) Sub menu3
X X
X X
X
X
1) At the display of Sub menu3, 1. Color Bar 100% is selectively displayed. 2) Selection of 1. Color Bar 100% t Return to Sub menu3 after seamless playback from T53_C1 to T53_C13. 1. Color Bar 100% is selectively displayed on Sub menu3 screen. 3) Selection of 2. Color Bar 75% t Return to Sub menu3 after seamless playback from T53_C2 to T53_C13. 1. Color Bar 100% is selectively displayed on Sub menu3 screen. 4) At the selection of 3 - 13, item 3 mentioned above is executed as the routine. 5) At the display of Sub menu3, Main Menu is selected t Jump to Main Menu. At the display of Main Menu, 1. Video Signal of 50Hz/1080i is selectively displayed. 6) Selection of LPCM Audio t Playback from T54_C1 to T60_C1. SubPic that corresponds to Audio stream 1 is forcibly displayed. During the playback, when audio channel changes, the caption that corresponds to each audio stream is forcibly displayed. Return to Sub menu3 after playback. 1. Color Bar 100% is selectively displayed on Sub menu3 screen. 7) Selection of Dolby AC-3 Audio t Playback of T61_C1. SubPic that corresponds to Audio stream 1 is forcibly displayed. During the playback, when audio channel changes, the caption that corresponds to each audio stream is forcibly displayed. Return to Sub menu3 after playback. 1. Color Bar 100% is selectively displayed on Sub menu3 screen. 8) Selection of Motion Picture t Return to Sub menu3 after playback of T62_C1. 1. Color Bar 100% is selectively displayed on Sub menu3 screen. 9) At the selection of Main Menu, 1. Video Signal of 1080/50i of Main Menu is selectively displayed. 10) AV Sync does not operate.
1-7
BDP-BX59/S590/S490 1-3-1-7. BL X-104 Menu Funct io n (7) Sub menu4
X X
X X
X
X
1) At the display of Sub menu4, 1. Color Bar 100% is selectively displayed. 2) Selection of 1. Color Bar 100% t Return to Sub menu4 after seamless playback from T22_C1 to T22_C13. 1. Color Bar 100% is selectively displayed on Sub menu4 screen. 3) Selection of 2. Color Bar 75% t Return to Sub menu4 after seamless playback from T22_C2 to T22_C13. 1. Color Bar 100% is selectively displayed on Sub menu4 screen. 4) At the selection of 3 - 13, item 3 mentioned above is executed as the routine. 5) At the display of Sub menu4, Main Menu is selected t Jump to Main Menu. At the display of Main Menu, 1. Video Signal of 59.94Hz/720P is selectively displayed. 6) Selection of LPCM Audio t Playback from T44_C1 to T50_C1. SubPic that corresponds to Audio stream 1 is forcibly displayed. During the playback, when audio channel changes, the caption that corresponds to each audio stream is forcibly displayed. Return to Sub menu4 after playback. 1. Color Bar 100% is selectively displayed on Sub menu4 screen. 7) Selection of Dolby AC-3 Audio t Playback of T51_C1. SubPic that corresponds to Audio stream 1 is forcibly displayed. During the playback, when audio channel changes, the caption that corresponds to each audio stream is forcibly displayed. Return to Sub menu4 after playback. 1. Color Bar 100% is selectively displayed on Sub menu4 screen. 8) Selection of Motion Picture t Return to Sub menu4 after playback of T52_C1. 1. Color Bar 100% is selectively displayed on Sub menu4 screen. 9) At the selection of Main Menu, 1. Video Signal of 720/59.94P of Main Menu is selectively displayed. 10) AV Sync does not operate.
1-8
BDP-BX59/S590/S490 1-3-2 Menu Functi on 1-3-2-1. BL X-204 Menu Funct io n (1) Main Menu
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
X
1) When the disc is inserted, 1. Video Signal of 59.94Hz/1080i of the Main Menu is selectively displayed.
1-3-2-2. BL X-204 Menu Funct io n (2) Main Menu
To Main Menu after playback of T83_C1 To Main Menu after playback of T62t T82 To Main Menu after playback of T61_C1 t T83_C1-T94_C1 To Main Menu after playback of T54_C1-T60_C1 Sub_menu3 is displayed To Main Menu after playback of T67_C1 To Main Menu after playback of T21t T63t T64t T65t T66 To Main Menu after playback of T20_C1 To Main Menu after playback from T2_C1 to T19_C1 Sub_menu1 is displayed
*
When returning to Main Menu after playback from each button of 59.94Hz/1080i, 1. Video Signal of 59.94Hz/1080i is selectively dis played. * When returning to Main Menu after playback from each button of 50Hz/1080i, 1. Video Signal of 50Hz/1080i is selectively displayed.
Note: Txx_ Cxx Chapter No. Title No.
1-9
BDP-BX59/S590/S490
1-3-2-3. BL X-204 Menu Funct io n (3) Main Menu
To Main Menu after playback of T70_C1 To Main Menu after playback of T52_C1 T69 To Main Menu after playback of T51_C1 To Main Menu after playback of T44_C1-T50_C1 T71_C1-T81_C1 Sub_menu2 is displayed To Main Menu after playback of T68_C1 To Main Menu after playback of T42_C1 To Main Menu after playback of T41_C1 To Main Menu after playback from T23_ C1 to T40_C1 Sub_menu4 is displayed
*
When returning to Main Menu after playback from each button of 59.94Hz/720P, 1. Video Signal of 59.94Hz/720P is selectively dis played. * When returning to Main Menu after playback from each button of 23.976Hz/1080P, 1. Video Signal of 23.976Hz/1080P is selectively displayed.
1-10
BDP-BX59/S590/S490
1-3-2-4. BL X-204 Menu Funct io n (4) Sub menu 1
X X
X X
X
X
1) At the display of Sub menu1, 1. Color Bar 100% is selectively displayed. 2) Selection of 1. Color Bar 100% t Return to Sub menu1 after seamless playback from T1_C1 to T1_C13. 1. Color Bar 100% is selectively displayed on Sub menu1 screen. 3) Selection of 2. Color Bar 75% t Return to Sub menu1 after seamless playback from T1_C2 to T1_C13. 1. Color Bar 100% is selectively displayed on Sub menu1 screen. 4) At the selection of 3 - 13, item 3 mentioned above is executed as the routine. 5) At the display of Sub menu1, Main Menu is selected t Jump to Main Menu. At the display of Main Menu, 1. Video Signal of 59.94Hz/1080i is selectively displayed. 6) Selection of LPCM Audio t Playback from T2_C1 to T19_C1. SubPic that corresponds to Audio stream 1 is forcibly displayed. During the playback, when audio channel changes, the caption that corresponds to each audio stream is forcibly displayed. Return to Sub menu1 after playback. 1. Color Bar 100% is selectively displayed on Sub menu1 screen. 7) Selection of Dolby AC-3 Audio t Playback of T20_C1. SubPic that corresponds to Audio stream 1 is forcibly displayed. During the playback, when audio channel changes, the caption that corresponds to each audio stream is forcibly displayed. Return to Sub menu1 after playback. 1. Color Bar 100% is selectively displayed on Sub menu1 screen. 8) Selection of Motion Picture t Return to Sub menu1 after playback of T21_C1. 1. Color Bar 100% is selectively displayed on Sub menu1 screen. 9) Selection of AV Sync t Return to Sub menu1 after playback of T67_C1. 1. Color Bar 100% is selectively displayed on Sub menu1 screen. 10) At the selection of Main Menu, 1. Video Signal of 1080/59.94i of Main Menu is selectively displayed.
1-11
BDP-BX59/S590/S490
1-3-2-5. BL X-204 Menu Funct io n (5) Sub menu 2
X X
X X
X
X
1) At the display of Sub menu2, 1. Color Bar 100% is selectively displayed. 2) Selection of 1. Color Bar 100% t Return to Sub menu2 after seamless playback from T43_C1 to T43_C13. 1. Color Bar 100% is selectively displayed on Sub menu2 screen. 3) Selection of 2. Color Bar 75% t Return to Sub menu2 after seamless playback from T43_C2 to T43_C13. 1. Color Bar 100% is selectively displayed on Sub menu2 screen. 4) At the selection of 3 - 13, item 3 mentioned above is executed as the routine. 5) At the display of Sub menu2, Main Menu is selected t Jump to Main Menu. At the display of Main Menu, 1. Video Signal of 23.976Hz/1080P is selectively displayed. 6) Selection of LPCM Audio t Playback from T44_C1 to T50_C1 and from T71_C1 to T81_C1. SubPic that corresponds to Audio stream 1 is forcibly displayed. During the playback, when audio channel changes, the caption that corresponds to each audio stream is forcibly displayed. Return to Sub menu2 after playback. 1. Color Bar 100% is selectively displayed on Sub menu2 screen. 7) Selection of Dolby AC-3 Audio t Playback of T51_C1. SubPic that corresponds to Audio stream 1 is forcibly displayed. During the playback, when audio channel changes, the caption that corresponds to each audio stream is forcibly displayed. Return to Sub menu2 after playback. 1. Color Bar 100% is selectively displayed on Sub menu2 screen. 8) Selection of Motion Picture t Return to Sub menu2 after playback of T52_C1 and T69. 1. Color Bar 100% is selectively displayed on Sub menu2 screen. 9) Selection of AV Sync t Return to Sub menu2 after playback of T70_C1. 1. Color Bar 100% is selectively displayed on Sub menu2 screen. 10) At the selection of Main Menu, 1. Video Signal of 1080/23.976P of Main Menu is selectively displayed.
1-12
BDP-BX59/S590/S490
1-3-2-6. BL X-204 Menu Funct io n (6) Sub menu 3
X X
X X
X
X
1) At the display of Sub menu3, 1. Color Bar 100% is selectively displayed. 2) Selection of 1. Color Bar 100% t Return to Sub menu3 after seamless playback from T53_C1 to T53_C13. 1. Color Bar 100% is selectively displayed on Sub menu3 screen. 3) Selection of 2. Color Bar 75% t Return to Sub menu3 after seamless playback from T53_C2 to T53_C13. 1. Color Bar 100% is selectively displayed on Sub menu3 screen. 4) At the selection of 3 - 13, item 3 mentioned above is executed as the routine. 5) At the display of Sub menu3, Main Menu is selected t Jump to Main Menu. At the display of Main Menu, 1. Video Signal of 50Hz/1080i is selectively displayed. 6) Selection of LPCM Audio t Playback from T54_C1 to T60_C1 and from T84_C1 to T94_C1. SubPic that corresponds to Audio stream 1 is forcibly displayed. During the playback, when audio channel changes, the caption that corresponds to each audio stream is forcibly displayed. Return to Sub menu3 after playback. 1. Color Bar 100% is selectively displayed on Sub menu3 screen. 7) Selection of Dolby AC-3 Audio t Playback of T61_C1. SubPic that corresponds to Audio stream 1 is forcibly displayed. During the playback, when audio channel changes, the caption that corresponds to each audio stream is forcibly displayed. Return to Sub menu3 after playback. 1. Color Bar 100% is selectively displayed on Sub menu3 screen. 8) Selection of Motion Picture t Return to Sub menu3 after playback of T62_C1 and T82. 1. Color Bar 100% is selectively displa yed on Sub menu3 screen. 9) Selection of AV Sync t Return to Sub menu3 after playback of T83_C1. 1. Color Bar 100% is selectively displayed on Sub menu3 screen. 10) At the selection of Main Menu, 1. Video Signal of 1080/50i of Main Menu is selectively displayed.
1-13
BDP-BX59/S590/S490
1-3-2-7. BL X-204 Menu Funct io n (7) Sub menu 4
X X
X X
X
X
1) At the display of Sub menu4, 1. Color Bar 100% is selectively displayed. 2) Selection of 1. Color Bar 100% t Return to Sub menu4 after seamless playback from T22_C1 to T22_C13. 1. Color Bar 100% is selectively displayed on Sub menu4 screen. 3) Selection of 2. Color Bar 75% t Return to Sub menu4 after seamless playback from T22_C2 to T22_C13. 1. Color Bar 100% is selectively displayed on Sub menu4 screen. 4) At the selection of 3 - 13, item 3 mentioned above is executed as the routine. 5) At the display of Sub menu4, Main Menu is selected t Jump to Main Menu. At the display of Main Menu, 1. Video Signal of 59.94Hz/720P is selectively displayed. 6) Selection of LPCM Audio t Playback from T44_C1 to T50_C1. SubPic that corresponds to Audio stream 1 is forcibly displayed. During the playback, when audio channel changes, the caption that corresponds to each audio stream is forcibly displayed. Return to Sub menu4 after playback. 1. Color Bar 100% is selectively displayed on Sub menu4 screen. 7) Selection of Dolby AC-3 Audio t Playback of T51_C1. SubPic that corresponds to Audio stream 1 is forcibly displayed. During the playback, when audio channel changes, the caption that corresponds to each audio stream is forcibly displayed. Return to Sub menu4 after playback. 1. Color Bar 100% is selectively displayed on Sub menu4 screen. 8) Selection of Motion Picture t Return to Sub menu4 after playback of T52_C1. 1. Color Bar 100% is selectively displayed on Sub menu4 screen. 9) Selection of AV Sync t Return to Sub menu4 after playback of T68_C1. 1. Color Bar 100% is selectively displayed on Sub menu4 screen. 10) At the selection of Main Menu, 1. Video Signal of 720/59.94P of Main Menu is selectively displayed.
1-14
BDP-BX59/S590/S490 1-4. DRIVE REPAIRING 1-4-1. Preparatio n
• ESD Measures It is necessary to check the working space ESD condition before starting the Drive Part (BU) repairs The ESD-resistance of BD Laser is weaker than DVD/CD Laser To prevent ESD destruction, please make sure the working space and human ESD.
1-4-2. Checking Flow ~ Driv e (BU) section ~ Drive flowchart
BLX-104 BDP-BX59/S590/S490 can play the BD-disc
NO
Check Drive Power Supply Q311 Pin 6: 12V Q302 Pin 6: 5V
NO
Check PS301, PS302 Replace PS when open
YES
YES
Check / replace the FFC cable, then check BDP-BX59/S590/S490 operates normally OP FFC cable (1-839-540-11) SPD FFC cable (1-839-541-11)
NO
Check the Optical Block Unit (BU) by service mode. (Flowchart zz) BU IOP is OK?
NO
Replace the Optical Block Unit (BU)
YES
DVD: HLX-513 CD: HLX-A1 BDP-BX59/S590/S490 can play the DVD/CD-disc
Optical Block Unit (BU) replace (Flowchart yy)
OK NO
1-15
BDP-BX59/S590/S490
1-4-3. BU Check Flow [zz] ~
Before BU Replacement ~ Optical Block Unit (BU) IOP check flow (zz) ~ [Before BU Replacement] Enter Service Mode Press
., , and plug in AC Power
Inside *Service Mode Menu Select [8] Drive
Inside *Drive Select [7] OP Check Menu
Inside *OP Check Menu Select [2] dIOP then press 'ENTER'
Specification dIOP BD: +- 6mA DVD, CD: +- 9mA
NO
IOP out of specification need BU replacement
YES Optical Block Unit (BU) replace (Flowchart yy)
AC Power OFF
1-4-4. BU (Opti cal Block ) Repair Guide
BDP 7G (B D P-BX59/S590/S490) series component structure is as same as conventional DVD Players.
However BD player requires precise read out functions and also secure contents Protection system. Since above requirement, it is necessary to set/adjust BU data to EEPROM. The following cases need Adjustments; (1)Replace BU (MB is original) (2)Replace MB (BU is original) (3)Replace both BU and MB •JIG Requirement Digital camera (recommend with macro mode) Barcode decoder (BDPRdec_ver3.0) installed in JIG PC’s USB memory ESD work bench •Procedure (all cases)
Refer the diagram
Remarks: The servo adjustm ent procedure will b e carried out d uring OP data Writi ng. There is no m anual adjust ment proc edure. LD ON TIME histor y doesn’t carry ov er. Do not tou ch any optical block parts , Turn Table and duri ng replacing. BD Laser diode is very sensitive!
1-16
BDP-BX59/S590/S490 1-4-5. BU Adju stment Flow [yy] ~ Optical Block Unit (BU) OP Data Writ e Flow (yy) ~ [Aft er BU/MB Replacement]
Remove the defective BU from Loading Assy and also remove BU insulator (4pcs)
Unpack new BU and take OP Data Barcode photo by camera
Assemble BU with Insulators to Loading Assy (tighten screw with 2kgf)
The following cases need OP Data Write: (1) Replace BU (MB is original) (2) Replace MB (BU is original) (3) Replace both BU and MB JIG requir ement Digital camera (with macro mode) Barcode decoder (BDPRdec.exe) installed in jig PC's (jig purpose) USB memory ESD f ree work bench
Decode the OP Data Barcode photo using BDPRdec.exe a nd save the test data to USB memory(File Name: BuData.txt)
Enter Service Mode and insert USB memor y to USB connector
Select [8] Drive --> Select [1] Dr ive OP data Write --> Select mode : 1 or 2 Press ENTER
Explanation : Mode 1 Mode 2
: BDV set : BDP-BX59/S590/S490
Af ter Finishing ReWr ite OP data --> Turn AC Power OFF And confirm dIOP by select [7] OP Check Menu to verify IOP in specification
IOP in specification --> Turn AC Power OFF
Turn Power ON and check playback perfor m ance using BD, DVD and CD
BLX-104 DVD: HLX-513 CD: HLX-A1
1-4-6. KEM-480AAA /C2RP1 Packi ng Spec.
KEM-480AAA/C2RP1 KEM-480AAA/C2RP1 Packing PackingSpec. Spec.
Open a box
Take a top covered cushion out
Take BU out
Don’t touch the area!!
Open a bag Take BU out
1-17
Don’t Reuse the bag!!
BDP-BX59/S590/S490
1-4-7. KEM-480AAA/C2RP1 Packing
Lid foam tray (480RP) Antistatic bag 1 piece of BU is put into “Bag,Charge Prevention” and excess part of bag is folded back.
Mechanical deck
2
The BU and Manual instruction are put into Tray (PSFM) and lid is put on it. Then it is stored in individual carton.
3 Cushion carton (480RP)
40pcs of individual carton are stored in master carton.
Manual Instruction
Individual carton
C surface cut facing front
Individual carton
4) Seal is attached to top and bottom of carton with PP tape. (So called “H” shape)
PP tape
Shipment label
1-18
BDP-BX59/S590/S490 1-4-8. BU Data Decode Jig ・
・
・
・
JIG Name : BDPRdec.exe Release : 2011.8.25 Version : 3.0.0.0
Software Contents BDPRdec.exe ; Software (initial destination is C:\BuData.txt) TasmanBars.dll ; decode dll Uninst.exe ; unregistration BDPRdec.exe from PC
・
Installations 2.Check the attached 2D code photo(OK_sample.JPG) drag-and-drop onto BDPRdec.exe, the 3.If there is the error message (.NET frame work requirements) please apply Microsoft .NET Framework 2.0 (or 2.0 SP1) from Microsoft download site. STEP 1 Microsoft .NET Framework Version 2.0 Redistributable Package (x86) http://www.microsoft.com/downloads/details.aspx?displaylang=en&FamilyID=0856eacb-4362-4b0d-8edd-aab15c5e04f5 STEP 2 Microsoft .NET Framework 2.0 Service Pack 1 (x86) http://www.microsoft.com/downloads/details.aspx?displaylang=en&FamilyID=79bc3b77-e02c-4ad3-aacf-a7633f706ba5
・
How to use Case1 Drag-and-drop 2Dcode photo onto BDPRdec.exe Case2
Player : ****BDP.txt Recoder: ****BRD.txt
・
Remarks
1-19
BDP-BX59/S590/S490 1-4-9. Loadin g For Service
BDP 7G Loading Assy service parts consists from 2 parts. Holder, Clamper Assy Loading Assy Currently these parts are producing by 2 vendors. Please DO NOT COMBINE because THERE IS NO COMPATIBILITY.
and
Original “Loading for service” part number is A-1850-153-A
Laser Caution Label
FFC SPD 1-839-541-31
Loading Assy
FFC OPT 1-839-540-11
FFC LDG 1-839-259-31
Holder, Clamper Assy
1-4-10. Laser Cautio n Label
The Loading Assy service parts do not have Laser Caution Label. So that please reuse the original Laser Caution label and paste it on top of new Loading Assy.
Limit Sample Following peel off condition are acceptable
1-20
BDP-BX59/S590/S490
In case of BU assy replacement: 1. OP related data for new assy is controlled by BU factory 2. All of data is recorded into a barcode label 3. The label is put on the assy 4. Service parts will be followed 5. In service, the data should be read out from problem assy 6. The read data should be saved to new assy
Fact finding: 1. The label is “DATA MATRIX” format 2. The number of data is 91 words 3. The method of reading and saving is required when BU and main board are replaced.
New service method 1. All of BU data on the barcode label is shot by digital camera in order to make a JPEG file of BU data. 2. Application software in the PC makes digital data from JPEG file. 3. The converted data is stored to USB memory. 4. The USB memory is connected to BDP 7G unit. 5. In service mode, there is a command to save the data from USB memory to board memory.
1-21
BDP-BX59/S590/S490 1-4-10. Laser caution label
A
Save the TEXT data
Shoot the barcode Format is JPEG
Application Software Data convert from JPEG TEXT
USB device is connected to symbol on the rear unit, and the TEXT data as new data is loaded to unit by service mode.
A
Description: BDPRdec.exe When instruction to PC, password is required. The password will be supplied to only service HQ, and service center name, q’ty and all of software registered information should be maintained by service HQ, and Video will ask to report the registration information.
1-22
BDP-BX59/S590/S490 1-5. ASSEMBLY CAUTION
1-5-1. Whenever you need to diassemble or assemble the PS Insulator please handle it with care, since it might be broken.
1-5-2. Whenever you need to diassemble or assemble MB-144 board, please make sure the radiation sheet is at the right place, since it might be ripped. Please refer Fig 1 and Fig 2.
Fig 2 : Bottom side
Fig 1 : Top side
1-5-3. Whenever you need to diassemble or assemble WLAN module, please make sure the harness dressing is at the right place
Ensure FR FFC (FIM-035) 1st end side has bending and smaller blue supporting tape
Ensure FR FFC (FIM-035) fully inserted and not slanting
1-23
BDP-BX59/S590/S490
Ensure FR 320 PWB alligned to chassis front hook (x2) and guide (x1)
Ensure Earth Plate (USB) fully inserted and no gap
Ensure FR FFC (FIM-035) fully inserted and not slanting.
FR FFC (FIM-035) must pinch bend downward at 2nd end.
1-5-4. Whenever you need to diassemble or assemble WLAN module, FR-320 and BD Drive, please make sure the harness and FFC dressing is at the right place.
1. Ensure WLAN Harness (USB-029) dressing not touching chasis at front-side 2. Ensure chasis guide slot is within WLAN Harness (USB-029) Conductive Cloth Tape section
1-24
BDP-BX59/S590/S490
BX 3D only (BDP-S490)
1. Ensure FL Harness (FLM-005) dressing behind OPT FFC (OPT-005) 2. Ensure FL Harness (FLM-005) dressing under LDG FFC (LDG-003) BX 3D/WLAN only (BDP-S590/BX59)
BX 3D/WLAN only (BDP-S590/BX59) 3. Ensure FL Harness (FLM-005) dressing under WLAN Harness (USB-029)
1. Ensure Hemeron tape is applied within the chasis markings. 2. Ensure FL Harness (FLM-005) to avoid the restriction area (for BX-3D/WLAN only)
Please check connector mating condition (No slanting/No pin dislocated)
1-25E
BDP-BX59/S590/S490
SECTION 2 DISASSEMBLY
• This set can be disassembled in the order shown below.
2-1.
DISASSEMBLY FLOW
SET
2-2. SIDE AND TOP PANEL (Page 2-1)
2-3. TRAY COVER ASSY (Page 2-2)
2-4. FRONT PANEL AND TOP BRACKET (Page 2-2)
2-5. FR-320 boards, FL-211 boards and WLAN Module (Page 2-3)
2-6. SWITCHING REGULATOR (Page 2-3)
2-8. OP-020 BOARD AND BD DRIVE (Page 2-4)
2-7. MB-144 BOARD (Page 2-4)
Note: Follow
the disassembly procedure in the numerical order given. WLAN Module only for BDP-S590/BX59.
2-2.
SIDE AND TOP PANEL
3
2
Top Panel
Side Panel (Left) 1
2
2-1
Two screws +BV3 (3-CR) (tightening torque = 5 to 6 kgf•cm)
Side Panel (Right)
BDP-BX59/S590/S490
2-3.
TRAY COVER ASSY
Insert a clip in the hole of a drive to open a tray.
1
3
Tray cover assy
2
2-4.
Tray
FRONT PANEL AND TOP BRACKET
3
Two screws +BV3(3-CR) (tightening torque = 5 to 6 kgf•cm)
Top bracket
Front Panel
4
2
1
* Note : To easily remove front panel. Remove/unhook all 3 bottom hook first. Then proceed for top hook
2-2
Five hook
BDP-BX59/S590/S490
2-5.
FR-320, FL-211 BOARD AND WLAN MODULE
Hameron tape
Harness (FLM-005) (CN331) FL-211 Board
One
10
11
screws+BV3(3-CR)
9
(tightening torque = 5 to 6 kgf•cm)
Harness (USB-029) 7 (CNxxx) One screws+BV3(3-CR)
6
(tightening torque = 5 to 6 kgf•cm)
WLAN Module Harness (FLM-005) (CN702) Flexible flat cable (FIM-035) (CN701)
8 4 5
FR-320 Board
2
Earth plate
1
One
3
* Note : Hameron tape, use to stick FFC/hardness with chassis. Please make sure hameron tape at original location when you want assemble FFC/Harness
2-6.
screws+BV3(3-CR)
(tightening torque = 5 to 6 kgf•cm)
SWITCHING REGULATOR
3
Harness (PM-172) (CN201)
Two screws +BV3(3-CR) (tightening torque = 5 to 6 kgf•cm)
2
4
2-3
Switching regulator
1
Release PS insulator clip
5
PS insulator
BDP-BX59/S590/S490
2-7.
MB-144 BOA RD
11
Flexible flat cable (SPD-005) (CN1260) 1
Three screw s +BV3(3-CR) (tightening torque = 5 to 6 kgf•cm)
10
Flexible flat cable (OPT-005) (CN1101) Shield case
2 9
Flexible flat cable (LDG-003) (CN1270)
3
Two screw +B 3X3 (tightening torque = 3 to 4 kgf•cm)
4
One screw (Black) +BV3(3-CR) (tightening torque = 5 to 6 kgf•cm)
8
2-8.
Harness(USB-029) (CN603)
12
MB-144 board
5
Flexible flat cable (OMB-002) (CN902)
6
Flexible flat cable (FIM-035) (CN1002)
7
Harness(PM-172) (CN302)
OP-020 BOARD AND BD DRIVE
5
Two screws +BV3(3-CR) (tightening torque = 5.0 to 6.0kgf•cm)
6
7
9
8
BD drive
10
Spindle flexible flat cable (SPD-005) (CN1260) Optical flexible flat cable (OPT-005) (CN1101) Loading flexible flat cable (LDG-003) (CN1270) FFC sheet 1
One screws +BV3(3-CR) (tightening torque = 5.0 to 6.0kgf•cm) 2
One screws +BV3(3-CR) (tightening torque = 5.0 to 6.0kgf•cm) 4
3
2-4
OP-020 Board
Flexible flat cable (OMB-002) (CN901)
BDP-BX59/S590/S490
2-9.
CIRCUIT BOARDS LOCATION
MB-144 board OP-020 board
FL-211 Board
WLAN Module
Switching regulator FR-320 Board
2-5E
BDP-BX59/S590/S490
SECTION 3 BLOCK DIAGRAMS
3-1. OVERALL BLOCK DIAGRAM
MB -144 B O A RD
OP-020 BOARD IC901 OPTIC AL IC
DIGIT AL OUT PCM/ DTS/ DOLBY DIGIT AL
BD DRIVE J901
DVD Blu-r ay DRIVE
AUDIO A ( N ALOG OUTPUT)
IC1201 MOTOR DRIVE
L
IC901 AUDIO LINE DRIVER
VIDEO AUDIO (DIGIT AL OUTPUT)
CO AX A IL
HDMI
CN701 HDMI OUT
DDR3 SDR AM B-BUS IC206
S331 POWER
2Gb DDR3
ETHERNET
2Gb DDR3
USB
CN801
RE AR
CN604
USB
IC101 M AIN SYSTEM CONTROL, DSP S AT A I/ F, MEMORY CONTROL, A/ V OUT, HDMI, ETHERNET I/ F, USB I/ F CXD90008G A - A
X401 27MHZ
IC702 VFD DRIVER
DIGIT AL OUT PCM/ DTS/ DOLBY DIGIT AL
L AN (100)
IC501 2G N AND FL ASH
FR-320 B O A RD ND701 V ACCUM FLUORESCENT DISPL AY
A-BUS IC106
LINE OUT
VIDEO
LCDRD
FL -211 B O A RD
AUDIO
R
VDATA VSTB VCLK
Q706,Q707 DC/ DC CONVERTER
T701
PS1001
REGUL ATOR
FR _ 5V CORE _ 1.2V SW3.3V DDR _ 1.5V
S701 STOP S702 OPEN/ CLOSE
UNSW3.3V UNSW5V
IC307 IC3 2 0
IC601 IC704
IC301
IC703
IC310
IC803
PS301 PS302
SWITCHING REGUL ATOR
IC804 IC603
S703 PL AY FRONT
USB
USB
CN201 BDP-BX59/S590 ONLY
IC703 REMOTE CONTROL RECEIVER
IR
USB
WLAN MODULE
The components identified by mark or dott ed line with mark are critical f or safety. Replace only with part number specified.
3-1
(AC IN)
BDP-BX59/S590/S490
3-2. DSP BLOCK DIAGRAM
MB-144 B O A RD
18 19
BD_RF+ BD_RF-
G1
RFIP
G2
RFIN
DODQ0-DODQ15
IC106
DOA0-DOA12
2Gb DDR3 SDRAM
14 A B 9 C 13 10 D 8 E F 11 G 15 H 12
INB
C2
INC
C1
IND
E2
INE
D1
D2 L4 K3 L3 F5
MODEA
21 22
4 3 2 1
INA
E1
SDIO 26 SCLK 27 LDD_SEN 28 THERMO 6 1 0 1 1 N C
C3 B1
MODEB
SA_B+ SA_BSA_A+ SA_A-
52 53 54 55
L2 N5
M2
RBA0
Y24
RBA1
AB24
N8
RBA2 RRAS RCAS
AD24
RWE
BA0 BA1
M3
BA2
W25
J3
/RAS
AC22
K3
/CAS /WE ODT
AE25
L3
INF
RODT
W24
K1
ING
RCLK0
H24
J7
INH
RCLK0_
H25
K7
/CK
RCLKE RCS
AE23
K9
CKE
Y23
L2
/CS
AC25
K1
/RESET
M2
BA0
FE CF REQ FEOSCEN
RRESET
FECMOD
CK
AUX1
FE GAINSW1 FEGI 05
IC101 M AIN SYSTEM CONTROL, DSP S AT A I/ F, MEMORY CONTROL, A/ V OUT, HDMI, ETHERNET I/ F, USB I/ F CXD90008G A - A
STP1_P STPI_N STP2_P STP2_N
IC1201 MOTORDRIVE BD DRIVE
40 41 42 43 44 45
DVD Blu-ray DRIVE
FD1
39 40 37 38 36 35
FR1 TR TD FD2 FR2
FCS_P FCS_N TRK_P TRK_N TLT_P TLT_N
DIDQ0-DIDQ15
RBA0_B
A-
0 6 2 1
5 4 2 1
1 A+ 2 B3 B+ 4
SLED2_N SLED2_P SLED1_N SLED1_P
0 7 2 1
N C
1 2
U V W
FE_FMO
RBA1_B
W8
N8
N1
BA1
RBA2_B
AC11
M3
BA2
N2
FE FMO2
AE11
J3
/RAS
FE_ FG
Y12
R1
RRAS_B RCAS_B
K3
RWE_B
AA12
L3
RODT_B
AD10
K1
/CAS /WE ODT
RCLK0_B
AD22
J7
RCLK0__B RCKE_B RCS_B
AE22
K7
/CK
AA6
K9
CKE
AE10
L2
/CS
AE7
K1
/RESET
XFG 12
X401 27MHZ
B11 A11
NS_XTALO NS_XTALI
2
30 LOAD_N 29 LOAD_P
SCLK 15
3 TRAY-IN 5 TRAY-OUT
P2
FE_ TYPWM
T2
FE_TRAYIN
U4
FE_TRAYOUT
CPU_NFD0 - CPU_NFD7
A25
CPU _ NFCEN
CLE 16
B24
CPU _ NFCLE
17
A24
CPU _ NF ALE
18
E23
CPU _ NFWEN
RE
8
C24
CPU _ NFREN
RY/BY
7
B25
CPU _ NFRBN
CE IC501 19
NFWP# IC503 pin 1
2Gb NANDFLASH
2Gb DDR3 SDRAM
SIM0 16
43 U 45 V 47 W
LOADLOAD+
AB8
SOMI 17
N C
6 7 8
IC206
DIA0-DIA12
ALE WE
9
3-2
RRESET_B
CK
BDP-BX59/S590/S490
3-3. AV OUT BLOCK DIAGRAM
OP-020 BOARD IC901 OPTIC AL IC
DIGIT AL OUT PCM/ DTS/ DOLBY DIGIT AL
CN901 2
4 CN902
MB -144 B O A RD
IC901
J901 4P J ACK
AUDIO LINE DRIVER ALO A10
ARO B10
IC101 M AINSYSTEMCONTROL, DSP S AT AI/ F, MEMORY CONTROL, A/ V OUT, HDMI, ETHERNET I/ F, USB I/ F CXD90008G A - A
ALO_R
ARO_R
1
INL
10
OUTL
OUTR
INR
MUTE
2
L
9
R
AUDIO
7
LINE OUT
AOLRCK C10
V DACX _OUT B18
AOLRCK _R
Q902
X AMUTE
1
CVBS
VIDEO
SPDIF A7
CO AX A IL
CN701 CH2 _P B13 CH2 _M A13 CH1 _P B14 CH1 _M A14 CH0 _P B15 CH0 _M A15
TX2P
TX2P
TMDS D AT A2+
TX2N
TX2N
TMDS D AT A2-
TX1P
TMDS D AT A1+
TX1N
TMDS D AT A1-
TX0P
TMDS D AT A0+
TX0N
TMDS D AT A0-
TCKP
TMDS CLOCK+
TCKN
TMDS CLOCK-
TX1P TX1N TX0P TX0N
CLK _P B16
TCKP
CLK _M A16
TCKN
HPD
HTPLG C20
UNSW3-3V
3-3
CEC
Q702 CECPULL-UP ISOLATINGSWITCH
CEC
1 3 4 6 7 9 10 12
19 13
HDMI OUT
DIGIT AL OUT PCM/ DTS/ DOLBY DIGIT AL
BDP-BX59/S590/S490
3-4 . USB / ETHER / WIFI BLOCK DIAGRAM
MB-144 BOARD CN801
3
TXVP_0 B5
4
TXVN_0 A5
LAN (100)
5
TXVP_1 B6
6
TXVN_1 A6
IC101 M AIN SYSTEM CONTROL, DSP S AT A I/ F, MEMORY CONTROL, A/ V OUT, HDMI, ETHERNET I/ F, USB I/ F CXD90008G A - A
USB EXT CN201 2
3
FR-320 BO A RD
CN1002 DM
USB_DM_P1 Y2
DP
USB_DP_P1 Y1 USB_DM_P0 W2
CN701 D-
16
16
15
15
3
3
6 5
6 5 4
9 STB
10 10
7 DIN
D+
IC703 REMOTE CONTROL RECEIVER
USB_DP_P0 W1
ND701
4
CN604
USB EXT
2
V2 USB_DM_P2
3
V1 USB_DP_P2
IR B22
GRD1 - GRD8
6 DOUT 8 CLK
SEG1 -SEG17
VACCUM FLOURESCENT DISPLAY
IC702
VSTB B23
S701
VFD DRIVER
S702
VDATA A23
S703
VCLK A22 LCDRD D22
CN1001
FL -211 B O A RD
J22 J23 AC4
GPIO4
AA5
GPIO5 CN702
CN331
1
BDP-BX59/S590 ONLY CN603 1 2 3 SW5V
4 5
3-4
WLAN MODULE
1
S331
BDP-BX59/S590/S490
3-5 . POWER BLOCK DIAGRAM
MB-144 BOARD
UNSW12V
IC302
DDR_1.5V
IC106
DDR3(A)
DDR_1.5V PCONT1#
IC206
DDR3(B) CN301 UNSW12V
1
(AC IN)
CN701
PS302
1
UNSW12V
2
2
1
IC 707
+5V REGULATOR
HDMI 5V
18
HDMI5V
HDMIOUT
PCONT1#
2
UNSW12V
IC307
POWER/CLOCK/PLL(1.2V)
CORE_1.2V
CORE_1.2V
HDMI
PCONT1#
) ) D N C , S U ( T P E C ) X D E : N 0 C 9 , 5 S / S U : 5 0 9 9 4 5 / S S / 0 9 9 5 4 X S B - P P D D ( B B ( C W W U 8 7 5 5 2 2 2 2 V V R R S S : R O T A L U G E R G N I H C T I W S
UNSW12V
ETHER
IC302
SW3.3V
USB_PCONT
1.2V
IC101
DDR3(AVDD33-MEMPLL)
SW3.3V
(CLOCK) DVCC3.3_IO (USB) AVDD33_USB
PCONT1#
IC601 +5V HIGHSIDE SWITCH
USB_OCO#
1.2V
CN604 USB_VBUS
UNSW5V
M AIN SYSTEM CONTROL, DSP S AT A I/ F, MEMORY CONTROL, A/ V OUT, HDMI, ETHERNET I/ F, USB I/ F CXD90008G A - A
AVDD33_DAC
1
CN1001 UNSW3.3V
1
AVD33_LDO
FR-320 B O A RD
AVD33_PLLGP
USB
CEC
(VIDEO) AVDD33_VDAC_R
RESET_
CN1002
SYSCON_RST
SW5V
IC901
FE_GND_M
4
CN701
12
12
13
13
8
8
1
1
1
IC1001
SYSCON_RST
UNSW5V
AUDIOLINE DRIVER
4
NISECON
DVCC33_IO_STB
(HDMI) AVDD33_HDMI (ETHER) AVDD33_LD (ETHER) AVDD33_COM
IC503
USB
ND701 VACUUM FLUORESENT DISPLAY
Q706,Q707 DCDC CONVERTER
D705,D706 RECT
IC704 FR3.3V
FR3.3V R708
NFWP#
VOLT DETECTOR
IC703
REMOTECONTROL RECEIVER
IC702
VFDDRIVER
IC501
UNSW5V
NANDFLASH
IC301
UNSW3.3V
UNSW3.3V SW3.3V UNSW12V
IC310
CN1003 1
SW3.3V
UNSW5V
ICE
2
OP-020 B O A RD
UNSW5V
GND
5 6
FE_UNSW12V
UNSW-12V
SW5V
CN902 SW3.3V
5
PCONT1#
6
3 7
Q302
PCONT1#
PS301
2
Q311
IC1201 MOTOR DRIVER
FE_SW12V
CN1101 SW5V
Q310
FE_SW12V
IC 1151 +8V REGULATOR
IC902 OPTICAL IC
3.3V
7
SW5V
4
Q312
FE_UNSW12V
3
CN901 SW3.3V
FE_8V
OPT
45
FE_8V
BDP-BX59/S590 ONLY
CN603 4
WLANMODULE
The components identified by mark or dott ed line with mark are critical for safety. Replace only with p art number specified.
3-5E
EXT CN201
BDP-BX59/S590/S490
SECTION 4 SCHEMATIC DIAGRA MS 4-1.
THIS NOTE IS COMMON FOR SCHEMATIC DIAGRAMS
All capacitors are in F unless otherwise noted. pF : F. 50V or less are not indicated except for electrolytics and tantalums. All resistors are in ohms, 1/4 W (Chip resistors : 1 /10 W) un-less otherwise specified. k =1000 , M =1000k . % : indicates tolerance. Caution when replacing chip parts. New parts must be attached after removal of chip. Be careful not to heat the minus side of tantalum capacitor, because it is damaged by the heat. Constants of resistors, capacitors, ICs and etc with XX indicate that they are not used. In such cases, the unused circuits may be indicated. All variable and adjustable resistors have characteristic curve B, unless otherwise noted. : nonflammable resistor : fusible resistor : panel designation f : internal component. : adjustment for repair. : B+ Line : B– Line Circled numbers refer to waveforms. Voltages are dc between measurement point. Readings are taken with a color-bar signals on Blu-ray disc. Readings are taken with a digital multimeter (DC 10M ). Voltage variations may be noted due to normal production tolerances. Note:
Note:
The components identified by mark or dotted line with mark are critical for safety. Replace only with part number specified.
Les composants identifiés par une marque sont critiquens pour la sécurité. Ne les remplacer que par une pièce portant le numéro spécifié.
When indicating parts by reference number, please include the board name.
4-1
BDP-BX59/S590/S490
4-2.
FRAME SCHEMATIC DIAGRAM
1
2
3
4
5
6
7
A
B
C
D
E
F
G
H
I BDP-BX59/S590
J
4-2
8
9
10
11
12
13
14
4-3. FR-320 BOARD (FRONT BOARD) • See page 5-2 for printed wi ring bo ard. - Ref. No.:
FR-320
board; 20,000 ser ies -
1
A
BDP-BX59/S590/S490
SCHEMATIC DIAGRAM
3
2
4
5
6
7
8
10
9
12
13
14
FR-320 BOARD (FRONT BOARD) UNSW5V
CN701 17P UNSW5V
1
GND
2
SIRCS
3
FLD_CLK
4
FLD_DOUT
5
FLD_STB
6
GND
7
FR_3.3V BU33TD3WG-TR IC704
R749 1k
FLD_CLK
B
1 VIN
VOUT
5
NC
4
FLD_DOUT 2
VSS
3
ON/OFF
D704 XX
FLD_STB
FR_5V F_POWER FLD_DIN
C
IC704
8 9
R748 XX
10
GND
11
USB_VBUS1
12
USB_VBUS2
13
R735 XX
R734 XX
GND
14
USB_DP
15
USB_DP
USB_DM
16
USB_DM
GND
17
GND
FLD_DIN
USB_VBUS
C740 XX
C741 1 16V B 1608
C742 XX
C743 1 10V B 1608
ND701
POWER_SW GND
1 F
6 1 P
5 1 P
4 1 P
G 1
3 1 P
2 1 P
1 1 P
G 2
0 1 P
9 P
G 3
8 P
7 P
6 P
G 4
5 P
4 P
3 P
G 5
2 P
1 P
2 F
1
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
25
R733 XX
CN702 2P
D
11
1
3 4 0 0 7 7 L L J J
5 6 0 0 7 7 L L J J
7 8 9 0 1 2 3 4 5 6 1 2 3 4 5 6 2 0 0 0 1 1 1 1 1 1 1 2 2 2 2 2 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 L L L L 7 L L L L L L L L L L L J J J J L J J J J J J J J J J J J
7 2 7 L J
6 1 G E S
4 1 G E S
3 1 G E S
1 G E S
2
FB701 XX
5 1 G E S
1 D R G
2 1 G E S
1 1 G E S
2 D R G
0 1 G E S
9 G E S
3 D R G
8 G E S
7 G E S
6 G E S
4 D R G
5 G E S
4 G E S
3 G E S
5 2 D G R E G S
1 D R G
2 D R G
3 D R G
4 D R G
5 D R G
C715 0.01
E
4 4
S S V
1
2
3
4
R715
2 k 4 0 7 1 R
F
R747 XX R744 XX
FLD_DOUT
GP1UE27XK0VF IC703
FLD_DIN
IC703
T U O
D N G
6
7
R745 XX
FLD_CLK C C V
5
100k
8
R746 XX
FLD_STB
9 1 0 1 1
R708 100
4 0 X 7 X C
C705 10 6.3V
3 4 X 7 X R
C707 0.01 25V
2 p 2 0 7 0 1 C 6 k 3 0 7 1 R
G
7 k 3 0 7 1 R
D D V
4 2
3 4 5 6 7 8 9 0 3 3 3 3 3 3 3 4 7 7 7 7 7 7 7 7 L L L L L L L L J J J J J J J J 4 1
1 R G
2 R G
4 0
3 R G
3 9
4 R G
3 8
3 7
5 R G
3 6
6 R G
7 R G
3 5
8 R G
3 4
9 R G
LED1
GR10
LED2
GR11
LED3
SG17
LED4
VEE
3 3 3 2 3 1
JL741
3 0
JL742
2 9
JL743
2 8
JL744
SG14
2 7
JL745
SG13
2 6
JL746
SG12
2 5
JL747
SEG12
K1
SG11
2 4
JL748
SEG11
K2
SG10
2 3
JL749
SEG10
OSC DOUT
SG16
IC702
SG15
IC702 PT6315
DIN CLK STB
S S V
1 p 2 0 7 0 1 C
4 3
1 2
D D V 1 3
1 G S 1 4
2 G S 1 5
3 G S 1 6
4 G S 1 7
5 G S 1 8
6 G S 1 9
7 G S 2 0
8 G S 2 1
SEG16 SEG15 SEG14 SEG13
9 G S 2 2
8 7 6 5 4 3 2 1 0 5 5 5 5 5 5 5 5 5 7 7 7 7 7 7 7 7 7 L L L L L L L L L J J 3 J J J 6 J 7 J 8 J 9 J
C714 0.01
1 G E S
2 G 3 G E G E S E S S
4 G E S
9 5 G 8 G 6 G 7 G G G E G E G E G E E E S E S E S E S S S S S S
L703 100uH C703 100 16V
6 k 2 7 . 7 4 R
Q706 2SC6046-T112-1W
T701
H 9 p 1 0 7 0 3 C 3
0 p 2 0 7 0 3 C 3
D705 DA2J10100L
1
11
2
10
JL701
8 0 X 7 X D
C710 XX 2012
D706 DA2J10100L
Q707 2SC6046-T112-1W
3
9
4
8
5
7
C712 22 50V
1 1 7 D L 0 M 7 3 0 4 7 0 J D 2 Z D
JL702
0 1 7 D
8 3 X 7 X R
C713 XX
9 3 X 7 X R
Q710
I
4 k 1 7 7 4 R
1 0 7 S
6
R741 10k
O/C
2 0 7 S
PLAY
3 0 7 S
STOP
R740 10k
J
by mark or dotted line with mark are critical for safety. Replace only with part number
4-3
BDP-BX59/S590/S490 4-4.
FR-320 BOARD (FRONT USB) SCHEMATIC DIAGRAM • See page 5-2 for pri nted wi ring board. - Ref. No.: FR-320 board; 20,000 series -
1
2
3
4
FR-320 BOARD (FRONT USB) R203 0
A
1
1 X 0 X 2 L 4
2
R202 0
B
1 1 0 P 2 4 N C
2
3
3 V 0 p 0 2 5 5 C
USB_VBUS
R201 0
2 V 0 p 0 2 5 5 C
USB_DP USB_DM
C201 1
4
16V 100 C204
GND
4-4
BDP-BX59/S590/S490
4-5. FL-211 BOARD SCHEMATIC DIAGRAM • See page 5-3 for pri nted wi ring board. - Ref. No.: FL-211 board; 20,000 series -
1
2
3
FL-211 BOARD A
POWER
S331
B D N G
CN331 2P 1
KEY0(POWER)
2
GND
4-5
BDP-BX59/S590/S490 4-6.
OP-020 BOARD SCHEMATIC DIAGRAM • See page 5-3 for pri nted wi ring board. - Ref. No.: OP-020 board; 20,000 series -
1
2
3
4
OP-020 BOARD A
1
BLK 5P CN901 D_GND Vcc
4
D_GND
3
OP_SPDIF_IN D_GND
EURO ONLY
5 C901
IC901
XX
2 G N D
1
B
4-6
V IN
V C C
) R E T T I M S N A 1 R 0 T ( 9 K C I C A J L A C I T P O
BDP-BX59/S590/S490 4-10. MB-144 BOARD (CLK/POWER2) SCHEMATIC DIAGRAM (4/12)
• See page 5-4 for prin ted wiring b oard.
- Ref. No.: MB-144 board; 10,000 series 1
A
2
3
4
5
6
7
8
10
9
11
12
13
14
MB-144 BOARD (CLK/POWER2) Ple a s e p u t a t B -s id e
B
C O R E _ 1 . 2 V 1 0 4 X R X D V
P OW ER/ CL OCK /PL L
0.1 C469 C471 10
C
K9 0.1 C465
0.1 C464
K1 1 K1 2 K1 5
Ple a s e p u t a t B -s id e
D
0.1 C463
K1 7 K1 8 L9
XX C475
L17 L18
E
XX C476
N1 7 N1 8
0.1 C4 6 2
P9 P 18
F
0.1 C45 8
0.1 C459
R17 T9 T 11 T 12 T 14
G 0 .1 C461
T16 T 17 U9 U11
H
U12 0 .1 C460
10 C47 0
U1 4 U1 5 U1 6
DVCC12 _K
DV CC33 _IO
DVCC12 _K
DV CC33 _IO
DVCC12 _K
DV CC33 _IO
DVCC12 _K
DV CC33 _IO
DV CC12 _K
DV CC33 _I O
DV CC12 _K
DV CC3 3 _IO
DV CC12 _K
DVCC3 3 _IO
DV CC12 _K
DVCC33 _IO
F21 G20 J9 K8 AC 5 J1 1 L8
7 7 X 4 X C
8 7 X 4 X C
C468 0.1
C467 0.1
C466 0.1 C457 0.1 U N SW3 . 3 V C473 XX
DV CC3 3 _IO _STB
DVCC1 2 _K
DVCC3 3 _IO _ STB
R409 XX
A B4
DV CC1 2 _K DVCC1 2 _K
SW3 . 3 V
2 0 4 X R X D V
C474 XX
D21 E 22 R404 3 30
C4 42 0.1
DVCC12 _K DVCC12 _K
NS _ XTALO
DVCC12 _ K
NS _ XTALI
A VDD33 _P LLGP
DVCC12 _K
A VSS 33 _PL LGP
5 0 M 4 1 R
A1 1
DVCC12 _ K DVCC12 _K
C12
X401 27MHz
C451 XX C452 0.1
C1 3
G ND
DVCC12 _K DVCC12 _K
AV DD12 _LDO
DV CC12 _K
AV DD33 _LDO
DV CC12 _K
AVS S33 _LDO
C446 10 p
B1 1
H16 F17 G16
XX C453
C447 1 0p
2 2 7 X 4 X C
0.1 C456 GND
DV CC12 _K DV CC12 _K DV CC12 _K
E
E
E
E
DV CC1 2 _K
P T4 0 1 XX
P T4 0 2
PT 403
PT 40 4
DVCC1 2 _K
I
IC101 *I C1 0 1 C X D 9 0 0 07 G - A A
Notes:
J
MB-144 mounted PWB must be replaced if IC101 (MAIN) and IC501 (NAND FLASH) is damaged or not functioning. The old MB-144 mounted PWB must be completely disposed.
4-10
The components identi� ed by mark or dotted line with mark are critical for safety. Replace only with part number specifi ed.
BDP-BX59/S590/S490 4-11. MB-144 B OARD (FLA SH/HOST) SCHEMATIC DIAGRAM (5/12) • Se e page 5-4 for printed wir ing board. - Ref. No.: MB-144 board; 10,000 series
1
A
3
2
4
5
6
7
8
10
9
11
12
13
MB-144 BOARD (FLASH/HOST) SW3.3V
FLASH HOST B
NFCEN NFREN NFWEN NFRBN NFALE NFCLE
C
SW3.3V
AD4 AE4
S-80830CNNB-B8PT2G IC503
CPU_NFCEN
AD6
CPU_NFWEN
AC6
To GPIO/JTAG
NFWP#
VOUT
NC
4
VDD
VSS
3
H27U2G8F2CTR-BCR IC501 1
CPU_NFALE
AD5
1
IC501
4 k 2 0 5 1 R
CPU_NFREN
AD3
2
2
CPU_NFCLE
NFCEN2 NFRBN2
NFD0
D
NFD1 NFD2 NFD3 NFD4 NFD5 NFD6
E
NFD7
3
AE5 AE3
C501 XX
Q501 DRC5115E0L
8 X 0 5 X C
4
5
AC3 AE2
Q502 DRC5115E0L
GND
AD2
R518
R523 3.3k 0.5%
6
7
AE1
0
AC2
8
NC
NC
NC
4 7
NC
NC
4 6
NC
4 5
AB3 1 X 0 X 5 R
AC1
*IC101 CXD90007G-AA
C507 0.1
JL523 JL521
F
JL520
VIDEO IN/OUT
VOUTD2 VOUTD3 VOUTD4 VOUTD5
H
VOUTD6 VOUTD7 VOUTD8 VOUTD9 VOUTD10 VOUTD11
I
VOUTD12 VOUTD13 VOUTD14 VOUTD15
VOUTCLK
J
VOUTVSYNC VOUTHSYNC
IO8
4 4
NC
IO7
4 3
RY/BY
IO6
4 2
IO5
4 1
NC
RE
R511 XX
JL525
R510 XX
JL524
R509 XX
JL522
G25 G24 F25 G23
CE
NC
4 0
1 0
NC
NC
3 9
1 1
NC
NC
3 8
1 2
Vcc
9
SW3.3V
VOUTD1
NC
CPU_NFD[7] CPU_NFD[6] CPU_NFD[5]
CPU_NFD[4]
AD1
IC101
VOUTD0
4 8
NC
SYSCON_RST
G
14
CPU_TDO
E25
CPU_TCK
F24
CPU_TMS
D25
CPU_TDI
E24
VOUTD7
C25
CPU_TDO NFWP#
R515 0
CPU_TCK CPU_TMS CPU_TDI JL505
JL507 JL511 JL508 JL512
D24
RB501 XX
SYSCON_RST
R516 SYSCON_RSTXX
9 1 k 5 0 R 1
2
R520 XX
CPU_NFRBN[2]
C24
CPU_NFREN[2]
A25
CPU_NFCEN[2]
B24
CPU_NFCLE[2]
A24
CPU_NFALE[2]
E23
CPU_NFWEN[2]
JL509 JL513 JL510 JL514
3 7
Vss
3 6
1 4
NC
NC
3 5
1 5
NC
NC
3 4
1 6
CLE
NC
3 3
1 7
ALE
IO4
3 2
1 8
WE
IO3
3 1
IO2
3 0
IO1
2 9
WP
2 0
NC
2 1
NC
NC
C504 0.1 16V X7R
CPU_NFD[3] CPU_NFD[2]
CPU_NFD[1] CPU_NFD[0]
2 8
CPU_NFD[1]
3
4
5
6
7
8
CPU_NFD[2] CPU_NFD[3]
B25
Vss
1 9
CPU_NFD[0]
1
1 3
Vcc
RB502 XX
2 2
NC
NC
2 3
NC
NC
2 4
NC
NC
2 7
2 6
CPU_NFD[4]
1
2
3
4
5
6
7
8
CPU_NFD[5]
2 5
CPU_NFD[6] CPU_NFD[7] GND CPU_NFD[0-7]
F22 G21
Notes:
H22
MB-144 mounted PWB must be replaced if IC101 (MAIN) and IC501 (NAND FLASH) is damaged or not functioning.
IC101
The old MB-144 mounted PWB must be completely disposed.
*IC101 CXD90007G-AA
4-11
BDP-BX59/S590/S490 4-12.MB-144 BOARD (USB) SCHEMATIC DIAGRAM (6/12) • Se e page 5-4 for printed wir ing board. - Ref. No.: MB-144 board; 10,000 series
1
A
3
2
4
5
6
7
8
10
9
11
12
13
14
MB-144 BOARD (USB)
B WLAN Module Supporting Circuit with TPS2051 HS Switch
HS SWITCH TPS2553 Adjustable
SW3.3V WLAN_PCONT UNSW5V
C
SW5V
*R601 390ohm XX *R611
IC601 C605 22 10V X5R 2012
C606 C610 22 10 10V 16V X5R X6S 2012 2012
TPS2553DBVR *IC601
C607 0.1 16V X7R 1005
XX C609
UNSW5V
1
IN
2
GND
OUT
6
XX *C602
1005 R605 10k 1/16W 5% CHIP
D USB_PCONT
R607 XX
C604 XX 16V X7R 1005
3
EN
ILIM
#FAULT
2 0 X 6 X C I *
5
4
*R608 15k 1005 0.5% 1/16W
*R610 0 1005
Overlap resistor pattern over LF
USB_OC0#
4
*R633 0
N E
2 0 6 C I
2
3
2
C608 10 6.3V X6S 2012
AA3
1608
AVDD33_USB
C614 XX
C603 XX
USB_DM_P0 USB_DP_P0
DP0
90 Ohm Diff Impedance
3
*CN603
1
*R622 0
USB R603 0
SW3.3V SW3.3V
0 *R634
DM0
W2 *C627 XX
W1
*C630 XX
3 0 6 X R X D V *
*C633 56p
1
GND
2
DP
3
DM
4
VBUS
5
GND 1-573-768-21
*R602 XX W4
F
AVSS33_USB
USB_DM_P1 USB_DP_P1
U3
USB_VRT
USB_DM_P2 USB_DP_P2
5.1k R609
Y2
4
2
3
1
Y1
2 H 0 6 u 0 L *
R631 0
DP1
R632 0
DM1
90 Ohm Diff Impedance
DP
V2
*R604 XX
V1
USB_DP
DM
USB_DM
VBUS
IC101
C626 XX
*IC101 CXD90007G-AA
C629 XX
2 0 6 X R X D V
GND C632 10
USB_VBUS R635 0 CHIP
USB FFC CONNECTOR
R612 0 CHIP
*R617 0
4
SMD Type USB CN w/ Flange 182183412
2 1 X 0 6 X L *
H
*R629 0
0 *R630
DP2
90 Ohm Diff Impedance
3
REAR
1
VBUS *R618 0
DM
DM2 *C625 XX
I
N I
T D # T U N L O G F
3 X 0 6 X L *
E
G
4
1
*R621 0
10k R606 1/16W 5% 1005 CHIP
5
*C628 XX
1 0 6 X R X D V *
*C601 100
1
*R636 0
2
DP
3
GND
4
4 0 6 N C *
*C631 10
GND
Notes:
MB-144 mounted PWB must be replaced if IC101 (MAIN) and IC501 (NAND FLASH) is damaged or not funct ioni ng.
J
The old MB-144 mounted PWB must be completely disposed.
4-12
BDP-BX59/S590/S490 4-13. MB-144 BOARD (HDMI/VIDEO) SCHEMATIC DIAGRAM (7/12)
• See page 5-4 for printed wiri ng board.
- Ref. No.: MB-1 44 board; 10,000 series
1
A
3
2
4
5
6
7
8
10
9
11
3. 3 V
MB-144 BOARD (HDMI/VIDEO)
C 71 3 XX
12
5. 0V
C 7 15 XX C7 1 7 0 .2 2 1 0V
B R7 2 0 XX
6 0 7 C I
R7 3 3 XX
6 X 0 X 7 C I
CORE _ 1. 2 V
HDMI
C
R 73 7 XX
1
2
UN SW 1 2V R7 7 4 XX
C I
4
3
C 71 6 XX R 7 55 XX
C7 1 4 XX
R7 3 4 XX
C7 2 2 XX
5
U N SW 5 V
R7 7 5 XX
7 0 7
5
4
G L
C S 7 C 0 0 7 5 C 1 I 1 1 K T
R7 3 8 10 k
R7 5 4 XX 1
2
C 718 XX
C7 2 0 0.22 10V
3
C 7 19 0.01 25V X 7R 1005
R 756 XX R7 4 6 XX PC O N T 1 #
C7 0 2 XX
SW 3 . 3 V R7 7 3 27k 0.5%
R7 4 7 XX
1
UNS W3 . 3 V
C7 2 5 XX
H DM I AVDD1 2 _ HDM _ I D
D AVDD3 3 _ HDM I
C7 2 6 XX
C15
Q 70 2
C7 2 3 0. 1 16 V X 7R
D14
S
C 703 XX AVSS33 _HDMI
CH2 _P CH2 _M
E
CH1 _P CH1 _M
E14
B13
TX 2 P
A13
TX 2 N
B 14
TX 1 P
A14
TX 1 N
B1 5
TX 0 P
A1 5
TX 0 N
UNS W5 V
T X2 P
R 76 5 XX 4
CH0 _P CH0 _M
3 1 H 0 u 7 0 L 9
1
2
T X2 N CLK _P CLK _M
TCK P
B1 6
HDM ISD HT PLG
CEC
T X1 P
R7 6 6 XX
4
3
1
2
T CK N
A1 6
F HDM ISCK
R 767 XX
B20
J L7 0 1
B1 9
J L7 0 2
C20
J L7 0 3
CN7 0 1 19P 2 H 0 u 7 0 L 9
V DR7 0 1 XX V DR7 0 2 XX
T X1 N T X0 P
C 72 4 10p R 74 9 XX
R 76 9 XX 4
R7 6 8 XX 3
V DR7 0 3 XX V DR7 0 4 XX
3 H 0 u 7 0 L 9
A1 9
1
G
T C KP
C16
R7 7 1 R7 7 0 XX XX 4
V DR7 0 5 XX V DR7 0 6 XX
3 4 H 0 u 7 0 L 9
IC101 1
V DR7 0 7 XX V DR7 0 8 XX
2
TC KN *IC 10 1 C XD 90 0 0 7G - A A
R7 7 2 XX R 73 5 1.8 k
VI D EO
H
R7 3 6 1.8 k
VDACG _ OUT VDACB _OUT VDACR _ OUT
I
AVDD3 3 _ VDAC _ R AVSS33 _VDAC _R
AVDD3 3 _ VDAC AVSS33 _VDAC
AVDD3 3 _ DAC AVSS33 _DAC
J
IC101
R7 4 0 XX
FB 7 0 4 1 2 0 o h m R 74 1 XX
R7 4 2 XX
VI D EO VDACX _OUT
F B7 0 2 120oh m
B18 C18
JL 7 0 4
R 7 30 47 k
V DA CX _ OU T R7 0 5 0
SW 3 . 3V
A18 C17
F B7 0 1 XX C7 0 4 10
D16
C7 0 5 0. 1
T MD S DA T A2 SH I EL D
3
T MD S DA T A2 -
4
T MD S DA T A1 +
5
T MD S DA TA 1 SH IE L D
6
TM D S DA TA 1 -
7
TM D S DA TA 0 +
8
TM D S DA TA 0 SHI E L D
9
TM D S DA TA 0 -
10
TM D S CL OCK +
11
TM D S CL OCK SH I EL D
12
TM DS CL OCK -
13
F B 70 6 1 2 0 oh m
F B7 0 3 R7 4 3 1 2 0 o h m XX
R7 4 4 XX
FB7 0 5 120oh m
C7 3 1 10p C 730 10p
C EC
14
R ES ER VE D
15
C7 2 9 10p
SC L
16
SD A
17
D D C / C EC G N D
18 C7 2 8 10p
+5 V P OWE R
19
H PD P AR T S B O D Y 1 - 8 21 - 3 9 8 -4 1
G ND
F14
1
E16
*C 70 9 XX
G14
GN D
D12 E 11
T MD S DA T A2 +
2
T X0 N AVDD12 _HDM _ I C
1 2
VDA CX _O UT
* R7 0 9 0
U N SW 3 . 3 V C 7 27 10
CV BS _ OUT
L70 5 1u H
R7 0 7 0
C7 0 7 47p
R7 0 8 75
A _ GND
Notes: C7 0 8 47p
GN D R7 5 7 0
MB-144 mounted PWB must be replaced if IC101 (MAIN) and IC501 (NAND FLASH) is damaged or not functioning.
G ND
MB -1 4 4 (9 / 1 3 )
*I C1 0 1 C XD 90 0 0 7 G- A A
4-13
The old MB-144 mounted PWB must be completely disposed.
BDP-BX59/S590/S490 4-14. MB-144 BOARD (ETHERNET) SCHEMATIC DIAGRAM (8/12)
• See page 5-4 for printed wirin g board.
- Ref. No.: MB-144 board; 10,000 series
1
A
3
2
4
5
6
7
8
10
9
11
12
13
14
MB-144 BOARD (ETHERNET) R807 XX
B
ETHERNET
1 1
3
1
1 0 X 8 X L
C
4
SMD-type Connector P/N: 1-843-100-11
8P CN801
2
2 R808 XX
1
R809 XX
1
3
D Standby pattern at B-side near to IC101 pin
E
AVDD12_REC
TXVP_0 TXVN_0
F11 C801 XX
AVSS12_REC
TXVP_1 TXVN_1
3
B5
F9
E9 2
B6
4
G9
H
GND
C804 XX 1
I
F13 C805 XX
7 8
2
A6
1 1
AVDD33_COM
AVSS33_PLL
REXT
B7 C811 0.1
R805 24k 1/16W 0.5%
R803 0 1608
6
2 0 X 8 X L
R810 XX
1
SW3.3V
1
A5
F
G
5
ETHER G11
CORE_1.2V
4
C812 0.1
GND
AVDD33_LD
AVSS33_LD
IC101
*IC101 CXD90007G-AA
Notes:
MB-144 mounted PWB must be replaced if IC101 (MAIN) and IC501 (NAND FLASH) is damaged or not funct ioni ng.
J
The old MB-144 mounted PWB must be completely disposed.
4-14
BDP-BX59/S590/S490 4-15. MB-144 BOARD (AUDIO VIDEO) SCHEMATIC DIAGRAM (9/12) - Ref. No.: MB-144 board; 10,000 series
1
A
3
2
4
5
• See page 5-4 for prin ted wiring board.
6
7
8
10
9
11
12
13
14
MB-144 BOARD (AUDIO VIDEO) D904 MC2838-T112-1
R971 0
MUTE_V
R970 XX
R972 XX
JL914 AU_-12V
1 JL915
AU_12V
2
MIC_DET
3
AOBCK
4
AOMCLK
5
AOLRCK
6
MICIN
7
JL917
AOBCK
JL918
AOMCLK
JL919
AOLRCK
JL920
R964 10k
UNSW12V R957 10k
D905
Q9 1 4 C936 XX
Q915
8 JL922
SW5V
R9 5 8 5. 6k
JL923 10
MAIN_MIC
11
R965 1k
SW5V
9
SW3.3V
R968 4.7k
MC2836-T112-1
MCIN
JL921 MIC_MUTE
R966 33k C938 10
C939 0.001
JL924
A_GND
12
A_GND
13
R967 1k
A_GND JL925
C
Q916
R969 47k
JL916
B
A_GND
Q911
JL926
Q913
R962 220k
CN901 R9 6 0 5. 6k
C937 XX R963 100k
MIC_DET R992 10k
R961 10k
C935 47
R994 XX UNSW- 1 2 V
PS901 0
D
D906 DA2J10100L
Q912
R955 470
MIC_MUTE
R952 100k
4.7k R953
4 k 5 7 9 4 R
SW5V
Q910 A_GND
E
C907 10
SW3.3V C908 XX
ALO_R C901 1
R903 10k
AUDIO
ARO AOLRCK AOSDATA0 AOSDATA1 AOSDATA2 AOSDATA3 AOSDATA4
A10 B10
R905 0
JL901 ARO_R JL903
D10
JL904
C9
JL905
C8
JL906
D7
JL907
C7
JL908
C912 10
R907 10k
C903 220p
R901 XX
AOLRCK_R MIC_MUTE R988 AOMCLK 0 R989 AOBCK 0 R990 AOLRCK 0 R991 MCIN 0
C904 220p
R902 XX
5
4
C M
C P
V +
O U T L
I N L
V -
M U T E
G N D
O U T R
I N R
7
8
6
3
2
9
L
R913 10k C918 10
R917 100
R921 470
C914 100p
ALO_R
JL902
C10
R915 10k
C905 1 ALO
F
1 k 5 0 9 0 1 R
R911 0
C910 100p
9 k 0 0 9 1 R
1
6 1 1 0 9 . C 0
2 E T 2 B 1 R 0 0 9 1 C 0 I 2 7 U J N
0 k 1 0 9 1 R
10
C906 10
4
3
2
1
V d d
+ V i n
V i n
V o u t 1
+ V i n
-V i n
5
6
V o u t 2
7
CVBS_OUT
R919 47k
V c c
R920 47k
7 1 1 0 9 . C 0
8
JL910
YEL
JL911
RED
JL912
ORG
JL913
WHT
C922 220p
IC902
C923 220p
Q901 C915 100p
G
SPDIF
A7
JL909
R906 0
C911 100p
SPDIF R995 0
ARO_R C902 1
R904 10k
C913 10
R914 10k
R908 10k
R916 10k
C919 10
R918 100
R
R922 470
J901
R912 0 C909 XX
IC101 CXD90007G-AA
BX-MODEL
MUTE_V R923 10k
Q904 R9 3 2 0
H
Q902 DRC5114E0L
R979 10k
R993 0
AOLRCK_R
C933 1
R978 10k R925 XX
R982 10k
R980 4.7k
R924 XX
R981 10k
9 2 X 9 X C
0 3 X 9 X C
1
A _G ND
2
V C C3 . 3V
3
A _G ND
4
O P _ SP D I F_ I N
5
A _G ND CN902 5P
R934 47k
AMUTE
D901 XX
Q905 MIC_MUTE
Q903
R939 47k
R937 0
Q906
I
SW3.3V
Q907
R983 4.7k
C934 1
C925 XX
A_GND 7 2 0 9 R
8 2 0 9 R
9 2 0 9 R
0 3 0 9 R
1 3 0 9 R
Q908 SPDIF
R943 330
C931 0.1
C924 100 A_GND
R945 330
A_GND GND
R973 0
R974 0
R975 0
R976 0
R977 0
C928 33p
C932 100p
GND
GND
J
Notes:
MB-144 mounted PWB must be replaced if IC101 (MAIN) and IC501 (NAND FLASH) is damaged or not functioning. The old MB-144 mounted PWB must be completely disposed.
4-15
4-16. MB-144 BOARD (GPIO/JTAG) SCHEMATIC DIAGRAM (10/12)
BDP-BX59/S590/S490
• See page 5-4 for printed wiri ng board.
- Ref. No.: MB-144 board; 10,000 series
1 A
3
2
4
5
6
7
8
10
9
11
12
13
14
MB-144 BOARD (GPIO/JTAG) Connect to Sht3
UNSW3.3V
7 1 X 0 X 1 R
B
R1037 XX CN1001 1.5mm NISECON
1 0 k 0 0 1 1 B R
JL1001 3.3V
1 JL1002
GND
2
RXD
3
TXD
4
JIG_MODE1
5
JIG_MODE0
6
JL1003
XX
JL1004
C
JL1005
From Power Block Sht3
SW3.3V
C1001 XX 4 6 2 2 0 X 0 X 1 X 1 X R R
UART/GPIO
R1018
*CN1003
SCL
R1019
SDA
XX
5 3 0 X 1 X R
AA1
JL1019
AA2
JL1020
USB_OC0#
*R1056 0
FAN_CONT2
R1031 XX
JL1006
UATXD
*Please allocate JL1001~1006 at B-side
UARXD
E20
JL1016
F19
JL1017 2 3 k 0 1 1 R *
2 0 k 0 0 1 1 B R
JL1013
D
JL1021
ICE
1
SW3.3V
2
SW3.3V
3
GND
4
GND
5
CPU_UARXD
6
CPU_UATXD
7
GND
8
ICE1_TRST
9
ICE1_TDI
10
ICE1_TMS
11
GND
12
ICE1_TCK
13
ICE1_RTCK
14
GND
15
ICE1_TDO
16
EXT_XRST
17
ICE_MODE
18
GND
19
GND
20
RESERVE
21
RESERVE
22
JIG_MODE1
23
JIG_MODE0
24
GND
JL1022
U5
AMUTE
C1003 XX
R1030 XX
AMUTE
CPU_TDI JL1023
0.1 *C1007
0.1 *C1006
Connect to Sht 5(FLASH)
E
JL1025
LCDRD JL1012
VDATA VCLK
D22
EFPWRQ
*R1052 E18 0
JL1007
FAN_CONT1 JL1008
*R1050 0
AA4
CHIP 1005R1053 XX R1022 XX
WLAN_PCONT JL1011 USB_PCONT
SYSCON_RST
2 1 0 0 0 0 1 . C 0
R1025
W7
8 9 2 2 k 0 k 0 0 1 0 1 1 1 R R *
XX
GPIO0 GPIO1
CHIP C22 1005 AA5
0 R1054 R1020 JL1009 0 R1021 JL1010 XX
LCDRD
R1023 100 JL1018
A21
MAIN RISC ICE
D20
MIC_DET
RESET_
1 5 0 0 1 R *
0.1 *C1005 *R1057 0
CPU_TDO JL1026
A22
FAST_EJECT
F
VSTB
A23
0.1 *C1004
JL1024 CPU_TCK
B23 *R1038 100 *R1039 100 *R1040 100 *R1041 100
CPU_TMS
AB1 AB2 Y6
GPIO2
IR
4 3 0 1 R
X X
100k R1033 *R1033 KEEP 100k OHM DUE TO AUDIO CIRCUIT WITH 10K OHM PULL UP
B22 JL1014 JL1027
C1015 1000p 1005
GPIO3 GPIO4 GPIO5
OPWRSB
B21 JL1015
PCONT1
to ICE
GPIO6 GPIO7
IC101 *IC101 CXD90007G-AA SW3.3V
SW3.3V
G
UNSW3.3V
UNSW3.3V
7 0 X 0 X 1 R
9 0 k 0 0 1 1 R
1 1 k 0 0 1 1 R
3 1 X 0 X 1 R
IC1001
8 5 0 0 1 R *
5 1 X 0 X 1 R
SYSCON_RST
R1046 0
1 0 X 0 X 1 R
1 RST#
2
Chip self test mode OLT test mode ROM boot/Flash boot
H
RTC Strapping ABIST mode Chip self test mode
CPU_NFCEN CPU_NFWEN
RB1004 10k
CPU_NFALE
4 0 1 0 R *
3
*R1043 0
*R1042 XX
VCC RSTIN
6
SW5V
CPU_NFREN
Connect to Sht 3
LCDRD
*PS1001 0.5A
9 0 X 0 X 1 C
FB1042 XX 6 1 1 0 0 0 1 . C 0
R1044 33k
0 X 1 0 X 1 R
2 X 1 0 X 1 R
4 k 1 0 0 1 1 R
6 k 1 0 0 1 1 R
UNSW5V
MRC
UNSW12V
4
5 4 k 0 2 . 1 2 R
GND C1010 C1011 C1012 C1013 4.7 3.3 XX XX 2012 2012
*R1064 0 8 k 0 0 0 1 1 R
MR#
UNSW3.3V
R1055 0 5
4 1 X 0 X 1 C
CPU_NFCLE
UNSW3.3V
Boot Strap
VSS
8
2 k 0 0 0 1 1 R
I
7 4 k 0 3 . 1 3 R
STM6779SWB6F IC1001
USB_VBUS USB_DP
*R1065 XX
Connect from Sht 6(USB)
GND USB_DM
2 0 2 3 4 0 P 1 1 7 1 N C S V ) D C ) C 3 \ . N R 3 G I O _ ( S ( K R C L F \ C O _ D L F
J
5 ) Y A L P ( T U O D _ D L F
6
7
8
0 9 1
) ) D V R P N 5 E _ W O G T R O F P S ( _ B F ( T R S _ E D W L O F P _ D E L
1 1
2 1
3 1
4 1
5 1
6 1
7 1
2 D P M D ) D 1 S D D N R N S U U N _ _ E G B B G B B G W V V S S _ _ O U U B B P ( S S U U N I D _ D L F
T H W
The components identified by mark or dotted line with mark are critical for safety. Replace only with p art number specified.
4-16
Notes:
MB-144 mounted PWB must be replaced if IC101 (MAIN) and IC501 (NAND FLASH) is damaged or not functioning. The old MB-144 mounted PWB must be completely disposed.
4-18. MB-144 BOARD (FE_POWER/MOTOR DRIVE) SCHEMATIC DIAGRAM (12/12)
BDP-BX59/S590/S490
• See page 5-4 for printed wiri ng board.
- Ref. No.: MB-144 board; 10,000 series
1
A
3
2
4
5
6
7
8
10
9
11
12
13
14
MB-144 BOARD (FE_POWER/MOTOR DRIVE) (1-820-112-51) SP/SL Connector 1mm Pitch FE_SLED_A-
B
CL1266 VDR1261 XX
FE_SLED_A+ FE_SLED_B+
CL1267
VDR1262 XX
FE_SLED_B-
CL1268
VDR1263 XX
CL1269
VDR1264 XX CL1261
FE_SPDL_W
FE_SPDL_V FE_SPDL_U C1201 10 16V 2012
FE_12V_M
C1203 1 16V B 1608
0 0 2 2 1 . 2 B F
D GND
SLED1_P P5V_2
5 6
SLED1_N STP2_N P12V_3 STP2_P
5 5
4
SLED2_P STP1_N
5 3
5
SLED2_N STP1_P PGND_2 AGND
1
0 2 X 2 X 1 C
FE_SLED_B-
2
3
1 2 X 2 X 1 C
FE_SLED_A-
6
0.1 C1205
E
7
8
0.1 C1222
FE_GAINSW3 FE_GIO4 FE_TYPWM FE_FMO FE_FMO2
FE_MUTE1
A
3
/B
4
B
5
FGND
6
U
7
V
8
W
9
COMMON 9P WHT CN1260
FG R1201 XX
RDY SSZ
(200k)
R1233 XX
(200k)
SCLK (200k)
SIMO SOMI
CP2 CP3
C1206 1 16V
R1267 XX
CL1276
1 2
XFG RDY
1 4
SSZ
1 5
SCLK
1 6
SIMO
1 8
1 9
R1204 XX
2 0
CL1211 R1205 XX
0.1 C1207
FE_3.3V_D
GND
C1226 0.1 16V
I C1224 0.1
P12V-2 V
R1211 XX 2012
ICOM1 U
SIOV
FCS_P
XRSTIN
TRK_N
FE_SPDL_V GND
AGND/DGND P5V_1 A9P5V CHG
3 4
ILDD_BD
3 2
WHT 5P CN1270
1
1
2 FE_LOAD_P
2
3
CL1273
3
4 CL1275
FE_TR-
4
5
5
FE_LOAD_N
LOADLOAD+ TRAY-IN GND TRAY-OUT
CL1271 FE_LOAD_P CL1272
(1-794-362-51) Tray Mecha 1mm Pitch
FE_TR+
FE_TRAYOUT
FE_TILT+
FE_TRAYIN
3 3
ILDD_DVD P5V12L
2 7
ILDD_CD LOAD_N
3 1
FE_TILT-
FE_CO_B+ R1206 XX
FE_CO_B-
FB1211 XX
C1212 XX C1213 1
FB1212 0
3 0
C1230 0.01
2 9
C6205 47 16V
FE_CO_B+ FE_CO_B-
FE_CO_A+ FE_CO_A-
FE_CO_A+ FE_CO_A-
FE_LOAD_N
FE_TR+
FE_LOAD_P
FE_TR-
LOAD_P
FE_TR+ FE_TR-
C1229 0.01
FE_FR+ FE_FRFE_TILT+ FE_TILT-
J
4-18
0 0 X 2 X 6 C
FE_FR+ FE_FRFE_TILT+ FE_TILT-
P O
(LD_Power)
FE_12V_M
(Motor Driver)
FE_GND_M
(Motor Driver)
FE_5V_MVCC
(Motor Driver)
C6216 XX 1608
GND2 XX GND1 XX FB6202 XX
C6202 XX 1608
FB6206 XX
C6206 XX 1608
FE_5V_D
(Digital)
FE_5V_AVCC
(Analog)
FB6205 XX
FB6208 XX
FE_SPDL_U
FE_FR+
3 5
2 6
(T-000-191-39)
FE_GND_M C1280 0.1
FE_FR-
3 8
2 3
CA5V
SW5V
FE_LOAD_N
3 9
CV3P3
ICTL
R1217 2.2k 1/10W RN-CP 5% 1608
CL1200 C6201 XX 2012
FE_SPDL_W
FE_LOAD_P
4 0
VLDDIN
TLT_N
R1215 2.2k 1/10W RN-CP 5% 1608
FE_LOAD_N
2 2
0 0 2 X 6 X B F
GND
FB1210 XX
C1211 1 1608
4 1
3 6
TLT_P
R1218 2.2k 1/10W RN-CP 5% 1608
R1213 2.2k 1/10W RN-CP 5% 1608
C1210 XX
4 2
PGND_1 FCS_N
C1209 1 16V B 1608
4 3
P12V_1
SOMI
R1216 2.2k 1/10W RN-CP 5% 1608
C1208 XX
4 4
FB6216 XX
FE_GND_M FE_SPDL_COM R1214 2.2k 1/10W RN-CP 5% 1608
4 6
16V 47 C6212
C6211 XX 2012
R1210 0.16 0.33W 1% 2012
C1225 XX
4 7
4 5
FE_SW12V
FE_12V_OPU C6214 XX 1608
FB6212 XX
GND
4 8
3 7
2 8
FE_CO_B+
4 9
W
FB6214 XX
FE_CO_B-
MCOM ICOM2
POWER(12V,5V)
FE_CO_A+
5 0
PULL_CTL TRK_P
2 5
FE_5V_MVCC FE_CO_A-
5 4
2 1
2 4
FE_5V_D
GPOUT
1 3
1 7
ISENSE
CP1
1 0
1 1
C1202 16V 10 2012
5 1
C10V
FE_GND_M C1290 0.1
5 2
9
C1223 0.1
CL1210
FE_FG
CL1264
GND
IC1201 TPIC2050DFDRG4
FE_SLED_B+
0 0 2 X 1 X R D V
0 1 7 0 2 . 1 0 C
C1204 XX 2012
FE_SLED_A+
H
CL1263
/ A
2
VDR1269 XX
FE_GND_M
G
CL1262
FE_SPDL_COM VDR1268 XX
C
F
VDR1266 XX VDR1267 XX
1
C6208 XX 1608
BDP-BX59/S590/S490
4-19 . WAVEFORMS
MB-144 BOARD 1
IC101
B18
(VDACX_OUT)
2.4Vp-p H
1.0
2
IC101 A11 (NS_XTALI)
Vpp 3.3 Vp-p 27 MHz
4-19E
BDP-BX59/S590/S490 SECTION 5 PRINTED WIRING BOARDS
5-1. THIS NOTE IS COMMON FOR PRINTED WIRING BOARDS • •
: Uses unl eaded sol ders. : Pattern from the side which enables seeing. (The other layers’ patterns are not indicated) Caution:
Pattern face side: (SIDE B) Parts face side: (SIDE A)
Parts on the pattern face side seen from the pattern face are indicated. Parts on the parts face side seen from the parts face are indicated.
• Through hole is omitted. • There are few cases that the part printed on diagram isn’t mounted in this model. • : panel designation • Chip parts. Transistor C
B
6 5 4 4 5 6
E
4 5
Diode 1
2
1 2 3 3 2 1 3 2 1 5 4 3
3
2
3
1 2
3
1
2
1
5-1
BDP-BX59/S590/S490
5-2.
FR-320 BOARD (FRONT RIGHT) PRINTED WIRING BOARD
• See page 2-5 for circuit boards location .
There are a few cases that t he part isn’t mounted in this model is printed on this diagram.
- Ref. No.: FR-320 board; 20,000 series : Uses unleaded solder.
FR-320 BOARD
(SIDE A)
B
FR-320 BOARD (SIDE A)
CN702 ND701
R748 1 0 7 B F
C743
C715 R745
4
C741
C722
7 4 7 RR743
R744
D704 0
0 4 7 9 7 4 7 C C I R
C721
R736 R741
CN701
C714 R742
R708
0 9 2 1 7 7 C C
T701
C704
C703
7 7 C C
3 1 7 C
S701
8 0 C710 7 D705 D
S702
R738
D711 5 0 7 0
5 3 7 R
Q707
0IC703 1 Q706 7 Q
R746
C742
A
R715
IC701 IC702
7 0 3 4 7 7 R R
R714
6 2 3 7 0 R 7 L
C712 R734
D710 R739
D706 7 0 7 D
S703
CN201
1 0 R201 2 C
3 3 7 R
C204
R202 2 3 0L201 0 2 R203 2 C C
cam12
1-885-250- 11
1
2
FR-320 BOARD
3
4
5
6
7
(SIDE B)
B
A
1-885-250- 11
1
2
3
4
5
5-2
6
7
CN702 CN701 CN201
B-1 A-1 A-6
D705 D706 D707 D708 D710 D711 D701
A-6 A-6 A-6 B-5 A-7 A-4 A-1
IC704 IC701 IC702 IC703
A-1 A-3 A-3 A-4
Q710 Q707 Q706
B-4 B-4 A-4
BDP-BX59/S590/S490
5-3.
FL-211 BOARD (FRONT LEFT) AND OP-020 BOARD (OPTICAL) PRINTED WIRING BOARD
• See page 2-5 for circu it boards l ocation.
There are a few cases that t he part isn’t mounted in this model is printed on this diagram.
- Ref. No.: FR-211/212 board and OP-020 board; 20,000 series : Uses unleaded solder.
FL-211 BOARD B
1 3 3 S
1 3 3 N C
OP-020 BOARD
(SIDE A) B
IC901 OP-020 BOARD (SIDE A)
FL-211 BOARD (SIDE A)
CN901
A-1
CN331
IC901
B-2
B-2
1 0 9 N C
A
A
1-885-130- 11
1-885-251- 11
1
2
FL-211 BOARD
(SIDE A)
3
1
(SIDE B)
2
OP-020 BOARD
B
3
(SIDE B)
B
C901
A
A 1-885-251- 11
1
2
1-885-130- 11
3
1 5-3
2
3
BDP-BX59/S590/S490
5-5 . MB-144 BOARD (MAIN) PRINTED WIRING BOARD (SIDE B ) • See page 2-5 for ci rcui t boards lo catio n.
There are a few cases that the part isn’t mounted in this model is printed on this diagram.
- Ref. No.: MB-144 board; 10,000 series : Uses unleaded solder.
MB-144 BOARD
(SIDE B) A
SCR001
IC1301
1 0 3 1 C
R1302
R1301
C1304
R1303 R1304
7 9 1 1
R
5 0 3 1 R
1 9 1 1
B R
1 0 3 1 Q
R918
C917 7 0 1 1 C
FB1199
0 9 1 1 B F
7 6 2 1 R D V
R1196
R907
C
5 0 9 R
Q901
R917 R977
1 9 9 R
R916
C916 R951
0 9 1 0 9 9 R R
R914
C718 R737
C938
C451 R967 5 2 2 2 2 0 7 7 7 C C C
R966 4 6 9 R
1 6 1 C
C801
5 6 9 R
D905
C805 C1199 C1198
C476 FB1180
C478 C105
VDR101
R952 R953 9 3 9 C
R1194 6 5 0 1 R
5 7 4 C
R975
C477
R1189 R1057
Q915 Q910
C389
R328 7 0 1 C
R329
IC312
R326 R992
6 0 1 C
C388 R319
7 1 2 C
R972 7 7 2 3 9 9 R C
C103 C924
C
0 7 9
R 5 6 1 C
C925
6 1 9 Q
9 6 9 R
R954
R968 1 7 9 R
4 0 9 D
6 4 1 1 7 7 C C
R955
VDR401
6 3 9 C 0 6 1 C
Q914
3 1 9 Q 8 5 9 R
R1007 R1015
R957
Q912
R1010
3 0 0 1 N C
R962 R963
D
D906 Q907 Q908 Q906
R1012 R974
R1013
R983
R961 R960
C934
R939 1 8 9
R982 R C935
Q911 3 3 0 0 3 3 C R
1 0 9 S P
4 1 3 C I
3 7 9 R
IC303
2 1 3
C
C311
C398
GND1
E 1-883-982- 11 (BDP-S490) 1-883-982- 21 (BDP-BX59/S490)
6
5
4
B-5
Q1301
B-5
CN1003
D-1
Q901
B-1
3
2
5-5E
1
Q915
C-1
D905
C-1
Q910
C-1
D906
D-2
Q916
C-1
D904
D-1
Q914 Q913
D-2
IC1301
A-5
Q912
D-2
IC902
B-2
Q911
D-2
IC312
C-1
Q908
D-1
IC303
E-1
Q906
D-1
I C3 14
E- 3
R1001 C453
V
GND2
CN1191
B
C915
C726
R1140
8 6 2 1 R VDR1264 D V 3 6 2 1 2 6 R 2 D 1 V R D
2 1 9
C919
9 0 8 8 9 8 9 9 9 R R R
VDR1266
IC902
MB-144 BOARD (SIDE B)
8 1 9 C
4 5 1 1 9 9 C R R913
R928
1 9 1 1 N C
D-2
BDP-BX59/S590/S490/S495 SECTION 6 IC PIN FUNTION DESCRIPTION MAIN SYSTEM CONTROL PIN FUNTION (MB-144 Board IC 101 CXD90008G-AA) Pin K9 K11 K12 K15 K17 K18 L9 L17 L18 N17 N18 P9 P18 R17 T9 T11 T12 T14 T16 T17 U9 U11 U12 U14 U15 U16 H14 H21 J22 K21 L5 L6 L7 L10 L11 L12 L13 L14 L15 L16 L21 M10 M12 M14 M16 N4 N10 N11 N13 N15 N16 N22 N23 P10 P12 P14 P16 R4 R10 R11 R12 R13
Symbol DVCC12_K DVCC12_K DVCC12_K DVCC12_K DVCC12_K DVCC12_K DVCC12_K DVCC12_K DVCC12_K DVCC12_K DVCC12_K DVCC12_K DVCC12_K DVCC12_K DVCC12_K DVCC12_K DVCC12_K DVCC12_K DVCC12_K DVCC12_K DVCC12_K DVCC12_K DVCC12_K DVCC12_K DVCC12_K DVCC12_K DGND12_K DGND12_K DGND12_K DGND12_K DGND12_K DGND12_K DGND12_K DGND12_K DGND12_K DGND12_K DGND12_K DGND12_K DGND12_K DGND12_K DGND12_K DGND12_K DGND12_K DGND12_K DGND12_K DGND12_K DGND12_K DGND12_K DGND12_K DGND12_K DGND12_K DGND12_K DGND12_K DGND12_K DGND12_K DGND12_K DGND12_K DGND12_K DGND12_K DGND12_K DGND12_K DGND12_K
Type Power Power Power Power Power Power Power Power Power Power Power Power Power Power Power Power Power Power Power Power Power Power Power Power Power Power Ground Ground Ground Ground Ground Ground Ground Ground Ground Ground Ground Ground Ground Ground Ground Ground Ground Ground Ground Ground Ground Ground Ground Ground Ground Ground Ground Ground Ground Ground Ground Ground Ground Ground Ground Ground
Description 1.2V digital power 1.2V digital power 1.2V digital power 1.2V digital power 1.2V digital power 1.2V digital power 1.2V digital power 1.2V digital power 1.2V digital power 1.2V digital power 1.2V digital power 1.2V digital power 1.2V digital power 1.2V digital power 1.2V digital power 1.2V digital power 1.2V digital power 1.2V digital power 1.2V digital power 1.2V digital power 1.2V digital power 1.2V digital power 1.2V digital power 1.2V digital power 1.2V digital power 1.2V digital power Digital ground Digital ground Digital ground Digital ground Digital ground Digital ground Digital ground Digital ground Digital ground Digital ground Digital ground Digital ground Digital ground Digital ground Digital ground Digital ground Digital ground Digital ground Digital ground Digital ground Digital ground Digital ground Digital ground Digital ground Digital ground Digital ground Digital ground Digital ground Digital ground Digital ground Digital ground Digital ground Digital ground Digital ground Digital ground Digital ground
6-1
BDP-BX59/S590/S490/S495
R14 R15 T21 U6 U22 V5 Y13 Y15 Y17 Y19 AA19 AB13 AC18 F21 G20 J9 J11 K8 L8 AB4 AC5 D21 E22 J20 K19 L19 L20 N19 N20 P19
DGND12_K DGND12_K DGND12_K DGND12_K DGND12_K DGND12_K DGND12_K DGND12_K DGND12_K DGND12_K DGND12_K DGND12_K DGND12_K DVCC33_IO DVCC33_IO DVCC33_IO DVCC33_IO DVCC33_IO DVCC33_IO DVCC33_IO DVCC33_IO DVCC33_IO_STB DVCC33_IO_STB DDRVCCIO DDRVCCIO DDRVCCIO DDRVCCIO DDRVCCIO DDRVCCIO DDRVCCIO DDRVCCIO DDRVCCIO DDRVCCIO DDRVCCIO DDRVCCIO DDRVCCIO DDRVCCIO DDRVCCIO DDRVCCIO
Ground Ground Ground Ground Ground Ground Ground Ground Ground Ground Ground Ground Ground Power Power Power Power Power Power Power Power Power Power Power Power Power Power Power Power Power ower Power Power Power Power Power Power Power Power Power
Digital ground Digital ground Digital ground Digital ground Digital ground Digital ground Digital ground Digital ground Digital ground Digital ground Digital ground Digital ground Digital ground 3.3V Digital IO power 3.3V Digital IO power 3.3V Digital IO power 3.3V Digital IO power 3.3V Digital IO power 3.3V Digital IO power 3.3V Digital IO power 3.3V Digital IO power 3.3V Digital IO power for Stand-By Module 3.3V Digital IO power for Stand-By Module 1.5V Digital IO power 1.5V Digital IO power 1.5V Digital IO power 1.5V Digital IO power 1.5V Digital IO power 1.5V Digital IO power 1.5V Digital IO power . g a power 1.5V Digital IO power 1.5V Digital IO power 1.5V Digital IO power 1.5V Digital IO power 1.5V Digital IO power 1.5V Digital IO power 1.5V Digital IO power 1.5V Digital IO power 1.5V Digital IO power
T18 V14 V16 V17 V18 W15 W16 W18 Y14
AVDD33_MEMPLL AVSS33_MEMPLL TN_MEMPLL TP_MEMPLL AVDD12_LDO AVDD33_LDO AVSS33_LDO AVDD33_PLLGP AVSS33_PLLGP NS_XTALI NS_XTALO
Power Ground Analog Analog Power Power Ground Power Power I O
3.3V Analog Power for MEMPLL Analog Ground for MEMPLL Not used Not used 1.2V standby power 3.3V power for standby Analog ground for standby 3.3V Analog Power for PLL Group Analog ground for PLL Group 27MHz Crystal In 27MHz Crystal Out
XTAL/PLL AA21 AB19 AA22 AB23 H16 F17 G16 C12 C13 A11 B11
Audio PWM DAC interface D12 E11
AVDD33_DAC AVSS33_DAC
Power Ground
A10
AL0
I/O
B10
AR0
I/O
U5
AMUTE
I/O
C10
AOLRCK
I/O
D10
AOSDATA0
I/O
3.3V Analog Power Analog Ground Multiple function: Audio output bit clock Multiple function: Audio output master clock
Audio Interface Multiple function: 1st Audio DAC mute Multiple function: GPIO - AOLRCK_R Multiple function: GPIO - MIC_MUTE
6-2
BDP-BX59/S590/S490/S495
C9
AOSDATA1
I/O
Multiple function: GPIO - AOMCLK
C8
AOSDATA2
I/O
Multiple function: GPIO - AOECK
D7
AOSDATA3
I/O, 5V
Multiple function: GPIO - AOLRCK
C7
AOSDATA4
I/O, 5V
Multiple function: GPIO - MCIN
A7
SPDIF
I/O
Multiple function: (1) SPDIF digital audio output
Analog Video Out Interface E16 D16 G14 F14 A18 C18 C17
AVDD33_VDAC AVDD33_VDAC_R AVSS33_VDAC AVSS33_VDAC_R VDACB_OUT VDACG_OUT VDACR_OUT
B18
VDACX_OUT
Power Power Ground Ground Analog Analog Analog Analog
3.3 V Analog Power 3.3 V Analog Power Analog Ground Analog Ground DAC output Not used Not used Not used
Digital Video Output Interface F22
VOUTCLK
I/O, 5V
Multiple function: NAND Flash Data input/output bit 5
H22
VOUTHSYNC
I/O
Multiple function: NAND Flash Data input/output bit 7
G21
VOUTVSYNC
I/O
Multiple function: NAND Flash Data input/output bit 6
G25
VOUTDO
I/O
Multiple function: NAND Flash Data input/output bit 4
G24
VOUTD1
I/O
Multiple function: NAND Flash Data input/output bit 3
F25
VOUTD2
I/O
Multiple function: NAND Flash Data input/output bit 2
G23
VOUTD3
I/O
Multiple function: JTAG ICE data out
E25
VOUTD4
I/O
Multiple function: JTAG ICE clock
F24
VOUTD5
I/O
Multiple function: JTAG ICE mode select
D25
VOUTD6
I/O
Multiple function: JTAG ICE data in
E24
VOUTD7
I/O
Not used
C25
VOUTD8
I/O
Multiple function: NAND Flash Data input/output bit 1
D24
VOUTD9
I/O
Multiple function: NAND Flash Data input/output bit 0
B25
VOUTD10
I/O, 5V
Multiple function: NAND Flash ready/busy
C24
VOUTD11
I/O, 5V
Multiple function: NAND Flash read enable
A25
VOUTD12
I/O, 5V
Multiple function: NAND Flash chip enable
B24
VOUTD13
I/O, 5V
Multiple function: NAND Flash command latch enable
A24
VOUTD14
I/O, 5V
Multiple function: NAND Flash address latch enable
E23
VOUTD15
I/O
Multiple function: NAND Flash write enable
HDMI TX C16 C15 D14
AVDD12_HDMI_C AVDD12_HDMI_D AVDD33_HDMI
Power Power Power
1.2V Analog Power 1.2V Analog Power 3.3V Analog Power
6-3
BDP-BX59/S590/S490/S495
E14 A15 B15 A14 B14
AVSS33_HDMI CH0_M CH0_P CH1_M CH1_P
Ground Analog Analog Analog Analog
Analog Ground HDMI TX data 0 differential pair (M) HDMI TX data 0 differential pair (P) HDMI TX data 1 differential pair (M) HDMI TX data 1 differential pair (P)
A13
CH2_M
Analog
B13 A16 B16
CH2_P CLK_M CLK_P
Analog Analog Analog
HDMI TX data 2 differential pair (M) HDMI TX data 2 differential pair (P) HDMI TX clock differential pair (M) HDMI TX clock differential pair (P)
AC6
NFALE
I/O
AD4
NFCEN
I/O
AE5
NFCEN2
I/O
AD5
NFCLE
I/O
AC3 AE2 AD2 AE1 AC2
NFD0 NFD1 NFD2 NFD3 NFD4
I/O I/O I/O I/O I/O
AD1
NFD5
I/O
AB3
NFD6
I/O
NAND Flash Interface Multiple function NAND Flash address latch enable Multiple function NAND Flash chip enable Not used Multiple function NAND Flash command latch enable Not used Not used Not used Not used Not used Not used Not used
AC1
NFD7
I/O
AD3
NFRBN
I/O
Not used Not used
AE3
NFRBN2
I/O
Not used
AE4
NFREN
I/O
AD6
NFWEN
I/O
Multiple function as rea ena e Multiple function NAND Flash write enable
Dram Channel A AA25
RA0
O
Memory address bit 0
U21
RA1
O
AB25 AA23 W21 AA24 W22 AB24 W20 AC24 AD23 V22 AA20 AD25 Y24 AE24 AD24 AC22 AE23 H24 H25 Y23 V24 V23 U25 U23 K22 J23 K23 J24 T23
RA2 RA3 RA4 RA5 RA6 RA7 RA8 RA9 RA10 RA11 RA12 RA13 RBA0 RBA1 RBA2 RCAS_ RCKE RCLK0 RCLK0_ RCS_ RDQ0 RDQ1 RDQ2 RDQ3 RDQ4 RDQ5 RDQ6 RDQ7 RDQ8
O O O O O O O O O O O O O O O O O O O O I/O I/O I/O I/O I/O I/O I/O I/O I/O
Memory address bit 1 Memory address bit 2 Memory address bit 3 Memory address bit 4 Memory address bit 5 Memory address bit 6 Memory address bit 7 Memory address bit 8 Memory address bit 9 Memory address bit 10 Memory address bit 11 Memory address bit 12 Memory address bit 13 Memory bank address bit 0 Memory bank address bit 1 Memory bank address bit 2 Memory column address strobe Memory clock enable Memory clock 0 positive Memory clock 0 negative Memory chip select Memory data bit 0 Memory data bit 1 Memory data bit 2 Memory data bit 3 Memory data bit 4 Memory data bit 5 Memory data bit 6 Memory data bit 7 Memory data bit 8
6-4
BDP-BX59/S590/S490/S495
T22 R24 T24 M24 L23 L22 M23 R23 R22 P24 P25 N25 N24 W24 W25 T19 AE25 AC25
RDQ9 RDQ10 RDQ11 RDQ12 RDQ13 RDQ14 RDQ15 RDQM0 RDQM1 RDQS0 RDQS0_ RDQS1 RDQS1_ RODT RRAS_ RVREF0 RWE_ RRESET
I/O I/O I/O I/O I/O I/O I/O O O I/O I/O I/O I/O O O I O O
Memory data bit 9 Memory data bit 10 Memory data bit 11 Memory data bit 12 Memory data bit 13 Memory data bit 14 Memory data bit 15 Memory data mask bit 0 Memory data mask bit 1 Memory positive data strobe bit 0 Memory negative data strobe bit 0 Memory positive data strobe bit 1 Memory negative data strobe bit 1 Memory on die termination enable Memory row address strobe Memory VREF Memory write enable Memory reset
RA0_B RA1_B RA2_B RA3_B RA4_B RA5_B RA6_B RA7_B RA8_B RA9_B RA10_B RA11_B RA12_B RA13_B RBA0_B RBA1_B RBA2_B RCAS_B RCKE_B RCLK0_B RCLK0__B RCS__B RDQ0_B RDQ1_B RDQ2_B RDQ3_B RDQ4_B RDQ5_B RDQ6_B RDQ7_B RDQ8_B RDQ9_B RDQ10_B RDQ11_B RDQ12_B RDQ13_B RDQ14_B RDQ15_B RDQM0_B RDQM1_B RDQS0_B RDQS0__B RDQS1_B RDQS1__B RODT_B RRAS__B
O O O O O O O O O O O O O O O O O O O O O O I/O I/O I/O I/O I/O I/O I/O I/O I/O I/O I/O I/O I/O I/O I/O I/O O O I/O I/O I/O I/O O O
Memory address bit 0 Memory address bit 1 Memory address bit 2 Memory address bit 3 Memory address bit 4 Memory address bit 5 Memory address bit 6 Memory address bit 7 Memory address bit 8 Memory address bit 9 Memory address bit 10 Memory address bit 11 Memory address bit 12 Memory address bit 13 Memory bank address bit 0 Memory bank address bit 1 Memory bank address bit 2 Memory column address strobe Memory clock enable Memory clock 0 positive Memory clock 0 negative Memory chip select Memory data bit 0 Memory data bit 1 Memory data bit 2 Memory data bit 3 Memory data bit 4 Memory data bit 5 Memory data bit 6 Memory data bit 7 Memory data bit 8 Memory data bit 9 Memory data bit 10 Memory data bit 11 Memory data bit 12 Memory data bit 13 Memory data bit 14 Memory data bit 15 Memory data mask bit 0 Memory data mask bit 1 Memory positive data strobe bit 0 Memory negative data strobe bit 0 Memory positive data strobe bit 1 Memory negative data strobe bit 1 Memory on die termination enable Memory row address strobe
DRAM Channel B AC10 Y10 AE8 AB10 AA10 AC8 AA8 AD8 W10 AD7 AB6 W12 Y8 AB11 AB8 W8 AC11 Y12 AA6 AD22 AE22 AE10 AC12 AC13 AD13 AE13 AD21 AC21 AD20 AC20 AC15 AC16 AB15 AB14 AC19 AE18 AE19 AD18 AB16 AA15 AD16 AE16 AD17 AC17 AD10 AE11
6-5
BDP-BX59/S590/S490/S495
Y18 AA12 AE7
RVREF0_B RWE__B RRESET_B
I O O
Memory VREF Memory write enable Memory reset
A19
CEC
I/O, 5V
Multiple function HDMI CEC
D20
GPIO0
I/O, 5V
Multiple function Serial interface control line
E18
GPIO1
I/O, 5V
Multiple function GPIO - Fast Eject
C22
GPIO2
I/O, 5V
Multiple function GPIO - MIC Det
AA5
GPIO3
I/O, 5V
Multiple function GPIO - LED Power
AA4
GPIO4
I/O, 5V
Multiple function 2nd RS232 TX
AB1
GPIO5
I/O, 5V
Multiple function 2nd RS232 RX
AB2
GPIO6
I/O, 5V
Multiple function GPIO - WLAN_PCONT
Y6
GPIO7
I/O, 5V
Multiple function GPIO - USB_PCONT
B20
HDMISCK
I/O, 5V
Multiple function HDMI I2C Clock
B19
HDMISD
I/O, 5V
Multiple function HDMI I2C Data
C20
HTPLG
I/O, 5V
Multiple function HDMI Hot Plu
B22
IR
I/O, 5V
Multiple function Infrared input
D22
LCDRD
I/O, 5V
MISC
E6 B21 A21
RSTI OPWRSB RESET_
I I/O, 5V I, 5V
Multiple function LCD read strobe Front-End Power on reset Power Control Power on reset
A22
VCLK
I/O, 5V
Multiple function VFD clock
A23
VDATA
I/O, 5V
Multiple function VFD data
B23
VSTB
I/O, 5V
Multiple function VFD strobe
AA1
SCL
I/O, 5V
Multiple function GPIO - USB_OCO#
AA2
SDA
I/O, 5V
Multiple function GPIO - FAN_CONT2
USB AA3 W4 W2 W1 Y2 Y1 V2 V1 U3
AVDD33_USB AVSS33_USB USB_DM_P0 USB_DP_P0 USB_DM_P1 USB_DP_P1 USB_DM_P2 USB_DP_P2 USB_VRT
Power Ground Analog Analog Analog Analog Analog Analog Analog
3.3V Analog power for USB Analog ground for USB USB port0 differential serial data bus (minus) USB port0 differential serial data bus (plus) USB port1 differential serial data bus (minus) USB port1 differential serial data bus (plus) USB port2 differential serial data bus (minus) USB port2 differential serial data bus (plus) USB reference resistor
E-fuse W7
EFPWRQ
Power
AVDD33_LD AVDD33_COM AVSS33_LD
Power Power Ground
2.5V power for E-fuse programming
Ethernet PHY G9 F9 F13
Line driver 3.3V analog power PLL/BG 3.3V analog power Line driver analog ground
6-6
BDP-BX59/S590/S490/S495
E9 G11 F11 B5 B6 A5 B7 A6
AVSS33_PLL AVDD12_REC AVSS12_REC TXVP_0 TXVP_1 TXVN_0 REXT TXVN_1
Ground Power Ground Analog Analog Analog Analog Analog
F6 K7 F7 H5 H7
AGND33_1 AGND33_2 AGND33_3 AGND12_1 AGND12_2
Analog Ground Analog Ground Analog Ground Analog Ground Analog Ground
F5
AUX1
Analog I/O
K5 J4 E3 J6
AVDD12_1 AVDD12_2 AGND33_1 AGND33_3
L4
FECFREQ
PLL/BG analog ground ADC analog power ADC analog ground Ethernet TD+ Ethernet RD+ Ethernet TDExternal reference resistor Ethernet RD-
SERVO
L3
FECMOD
P3 T1
FEDMO FEEJECT_
R1
FEFG
N1 N2
FEFMO FEFMO2
Analog Power(1.2V) Analog Power(1.2V) Analog Power(3.3V) Analog Power(3.3V) 3.3V LVTTL I /O, 5V-tolerance, Slow slew, 2, 4, 6, 8mA PDR, 75K pull-up (3.3V) 3.3V LVTTL I/O, 5 V- to le ra nce , Slow slew, 2, 4, 6, 8mA PDR, 75K pulldown (0V) Analog Output 3.3V LVTTL I/O, 5 V- to le ra nce , 6 mA PDR, 75K pull-up (3.3V) 3.3V LVTTL I/O, 5V-tolerance, 6 mA PDR, 75K pull-up (3.3V) Analog Output Analog Output
N3
FEFMO3
Analog I/O
M3
FEFMO4
Analog I/O
H4 A3 C4 L2 M2 L1
FOO FPDOCD FPDODVD FEGAINSW1 FEGAINSW2 FEGAINSW3
R2
FEGIO0
Analog Output Analog Input Analog Input Analog Output Analog Output Analog Output 3.3V LVTTL I /O, 5 V- to le ra nce , 2,4,6,8 mA PDR, 75K pulldown
Analog Ground Analog Ground Analog Ground Analog Ground Analog Ground Auxiliary Input Alternative Function : Signal Monitoring Power Pin Power Pin Power Pin Power Pin Frequency selection signal output, or LDD serial interface data o r I 2C S DA . T he pi n i s s pi ke -f re e a t p owe r- on st ag e.
High frequency modulation mode selection signal output, or LDD serial interface command enable. The pin is spike-free at p owe r- on st ag e.
Disk motor control output. DAC output. Eject/stop key input, active low. The pin is spike-free at poweron stage. A lt er na te f un ct io n : General IO. Motor Hall sensor input. The pin is spike-free at power-on stage.
Feed motor 1 control. DAC output. Feed motor 2 control. DAC output. Feed motor 3 control. DAC output. Alternative Function : Auxiliary servo input Feed motor 4 control. DAC output. Alternative Function : Auxiliary servo input Focus servo output. PDM output of focus servo compensator. Laser Power Monitor Input for CD APC / Differential negative input Laser Power Monitor Input for DVD APC / Differential positive input Read gain switch. 1 Read gain switch 2. Read gain switch 3. LDD serial interface data. The pin is spike-free at power-on st ag e. Th e p in is no t a ll ow ed to pu ll -u p i n ci rcu it la yo ut . A lt er na te f un ct io n: 1. Internal monitored signal output (0V) 2. General IO
6-7
BDP-BX59/S590/S490/S495
R3
T3
U1
FEGIO1
FEGIO10
FEGIO11
U2
FEGIO3
R6
FEGIO4
N5
FEGIO5
3.3V LVTTL I /O, 5 V- to le ra nce , 2,4 ,6,8 mA PDR,75K pulldown (0V) 3.3V LVTTL I/O, 5 V- to le ra nce , 2,4,6,8 mA PDR, 75K pull-up (3.3V) 3.3V LVTTL I/O, 5 V- to le ra nce , 2,4,6,8 mA PDR, 75K pull-up (3.3V) 3.3V LVTTL I/O, 5V-tolerance, 2 ,4 ,6 ,8 mA PDR, 75K pull-down (0V) Analog Output
Analog Output
na og
u pu
N7
FEGIO6
N6
FEGIO7
R5
FEGIO9
E4 C3 B1 C2 C1 E2 E1 D1 D2
HAVC INA INB INC IND INE INF ING INH
3.3V LVTTL I/O, 5 V- to le ra nce , 3.3V LVTTL I/O, 5V-tolerance, 2,4,6,8 mA PDR, 75K pull-down (0V) Analog Output Analog Input Analog Input Analog Input Analog Input Analog Input Analog Input Analog Input Analog Input
F4
MPXOUT1
Analog Output
F2
MPXOUT2
Analog Output
F1
MPXOUT3
Analog Output
LDD serial interface CLK. The pin is spike-free at power-on st ag e. Th e p in is no t a ll ow ed to pu ll -u p i n c irc ui t l ayo ut . A lt er na te f un ct io n: 1. General IO - FE_GIO1 PC RS232 serial receive data. The pin is spike-free at poweron stage A lt er na te f un ct io n: 1. General IO - RXD
PC RS232 serial transmit data. The pin is spike-free at poweron stage. A lt er na te f un ct io n: 1. General IO -TXD
LED Control Output. Initial 0 Output. The pin is spike-free at power-on stage. Alternate function : . 1 . Ge ne ra l I O - F AST E JE CT
Read gain switch 4 Alternate function : 1. General IO - FE_GIO4 Read gain switch 5 Alternate function : 1. General IO - FE_GIO5 ea g a n sw c . e p n s no a owe o pu -up n c rcu layout. Alternate function : 1. General IO. General IO. The pin is spike-free at power-on stage. The pin is not allowed to pull-up in circuit layo ut. 1 . Ge ne ra l I O - LD EN General IO. The pin is spike-free at power-on stage. Alternate function : 1. General IO - FE_LOAD_SW
Decoupling Pin for Reference Voltage of Main and Sub Beams Input of Main Beam Signal (A) Input of Main Beam Signal (B) Input of Main Beam Signal (C) Input of Main Beam Signal (D) Input of Sub-Beam Signal (E) Input of Sub-Beam Signal (F) Input of Sub-Beam Signal (G) Input of Sub-Beam Signal (H) Multiplexer Output 1 for Signal Monitoring. The pin is not allowed to pull-up in circuit layout. Alternate function: Internal monitored signal output / General output. Multiplexer Output 2 for Signal Monitoring. The pin is not allowed to pull-up in circuit layout. Alternate function: Internal monitored signal output / General output. Multiplexer Output 2 for Signal Monitoring. The pin is not allowed to pull-up in circuit layout. Alternate function: Internal monitored signal output / General output.
6-8
BDP-BX59/S590/S490/S495
K3
FEOSCEN
G2 H2 G1 H1 J3
RFIN RFIN2 RFIP RFIP2 TLO
T2
U4
FETRAYIN_
FETRAYOUT__
P2 A2 B3 A1 B2 J2 H3
FETRAYPWM TRINA TRINB TRINC TRIND TRO V14
B4 C6 A4
FVREF VWDC2O VWDC3O
3.3V LVTTL I /O, 5V-tolerance, Slow slew, 2, 4, 6, 8mA PDR, 75K pull-up (3.3V) Analog Input Analog Input Analog Input Analog Input Analog Output 3.3V LVTTL I/O, 5 V-t ol er an ce , 6 mA, 75K pull-up (3.3V) 3.3V LVTTL I/O, 5 V-t ol er an ce , 6 mA, 75K pull-up (3.3V) Analog Output Analog Input Analog Input Analog Input Analog Input Analog Output Analog Output na o g u p u Analog Output Analog Output Analog Output
High frequency modulation enable signal output, or LDD serial i nt er fa ce CL K o r I 2C SC L. Th e p in is sp ike -f re e a t p owe r- on stage.
Differential Input of AC Coupling RF SUM Signal (Negative) Differential Input of AC Coupling RF SUM Signal (Negative) Differential Input of AC Coupling RF SUM Signal (Positive) Differential Input of AC Coupling RF SUM Signal (Positive) Tilt servo output Tray_is_in Input, A Logical Low Indicates the Tray is IN. Feedback Flag is from Tray Connector. The pin is spike-free a t p owe r- on st ag e. Alternate function : General IO. Tray_is_out Input. A Logical Low Indicates the Tray is OUT. Feedback Flag is from Tray Connector. The pin is spike-free a t p owe r- on st ag e. Alternate function : General IO. Tray DAC / PWM control output. Controlled byμP. Input of Tracking Signal (A) Input of Tracking Signal (B) Input of Tracking Signal (C) Input of Tracking Signal (D) Tracking servo output. PDM output of tracking servo compensator Output of Voltage Reference (1.4V) u pu o enera Output of Voltage Reference Output Voltage 2 of Laser Diode Control in APC Not used
6-9 6-9E
BDP-BX59/S590/S490 SECTION 7 SERVICE VICE MODE
n o i t c n u f n i a M
e d o M e c i v r e S r e t n E
N . I y a C l A p s d i n d a l ) e ] n P a O p T S t [ n o + r f ] Y a A L n P o [ . s r + y o a t ] l i E p n S s o O i m L d C a / " N E n E C o P I O V d [ R e ( E y S a y " l e p k f s o i l d e r n e s a t i p c a e t r d n a o o h m r c e f e c h h i s t v u r r P f e e i s l d l n d n o a e i r s t , a n n C e e o A l e C e r t r c e c s t e e o n b e m n h e o l t R c l s i , a ] i w t i 1 d a v s h N t y t l O e e o I s k r r T e t P e e t n O h h f o [ T T A C
R A B A I D E M S S O R . C ] L N E E D H . O W d M n . o e E c l D e b O s a M l 3 i L a A n v M e a R h O t D N L O r F T e [ N t a C I l V R T d E E n S S e s y N O a t . l R o e p E n d s W o i d c d O P l . u S l . e o C l d c R i e o I w t c e S e d D l S o e L p C c h F m R t o I y d c S e n n k i a . g e r l n h y p o c i ] c e u t y w E a k i c o L e - t n l T e o o n l I n r o m o o T e b a i f B e o t U w t o e S t t n a z h [ e e u o i t b v a l > a d a n - e h l e i i m l y t ] i r i a y t e w l i e 1 s p n i k t u t s e i [ i t , a d s d i r > w e e - d , s r a w l , e l i e l ] e e u l d o d c f e l n r 2 o x s d o a t c e s o r e m t n [ , o S s c n C c > C i c e o u c C A - R e I g s i v e o t ] S n t o i s r t m 0 f t i e o t e o i s m a r e r [ e s g w e f R P > n t o e D - i d n a ] h B d n e n i 2 t ] n o e v y Y e c S e N t . n A s e C r l O c R o L s R c o I e A S P e I s r T n E S l 3 S t P n P e I i e n O o P s D h f f h o [ C A U [ W I I T C
■
7-1
BDP-BX59/S590/S490
n o i t c n u f n i a M
) l e d o m s s e l e r i w y l n o ( . d r a o . b d r s a s o e B l n e i r a i M w e e h h t t n n o o d d e e t t n n u u o o m m e e c c i i v v e e d d e e h h t t f f o o t t s s e e t t t t i i n n u u g e e a h h i T T D ■
. y r o m e m B S U a n i d e v a s e b . d n e a y c a l s p g g s o o i l L d d r s e o i y r a r g l E o p l s y i a r d l o p r e s r h i E T D
. s t l u a f e d y r o t c a f r i e h t o t g n i t t e s r e y a l p e e z h i t l a i f t o i l n I l a y n r r o u t t c e a R F
. n o i t c e n n o c k r o w t e N d e r i W m k r r i o f w n t o e C N
. C S I D e t a d p U y b s e t a d p p U u t n e o s i s e r h e T V
. d e y a l p s i d s i . c t e , n o i t a m r o f n i . e d v e i y r a d l p d s n i a d n s o i i s t r e e s v e t h f t o s f o a n n n o o o i i t n t a o a m i m r t r o a o f m f n r n o I i f m n m e I e t t s e s y h y S T S
■
■
■
■
■
e d o M . d t e s s e u T t C o M N E
. e v i r d k c e h c d n a a t a D P O e v i r D e e t v i i r r W D
■
■
7-2
BDP-BX59/S590/S490 R A E R d ) Y L - n a N √ T O N O R F (
√ √ √
R A E R d ) n Y L a N √ T O - N O R F (
√ √ X
R A E R d ) Y L - n a N √ T O N O R F (
√ √ X
√ X X X X √ √ X X √ X
X √ X
√ √ √
√
R A E R d ) Y L - n a N √ T O N O R F (
√ √ X
X X X X X √ √ X X X X X √ X
√ √ √
√
) Y L N O T √ N O R F (
X X √
X X X X X √ √ X √ X X X √ X
√ √ √
√
) Y L N O T √ N O R F (
X X √
X X X X X √ √ X X X X X √ X
√ √ √
√
P D B
-
X X X X X √ √ X √ X X X √ X
√ √ √
√
X X X X X √ √ X √ X X X √ X
√ √ √
√
l o r t t r n o o p C t p l r u a o S i p c p t e u o p S N S
√
S
N O l a I i r t s e n M g t a r N o n D r r u e t r O i e q v H t e n l d n l l S o a o o N a S c n C P w r o D n I t e s n B A O C E D h a C I F C S / F F S L x a r P U D I * * * M M I E T
1 2 3
t s i L t r o p p u S n o i t c n u F
u n e M e d o M e c i v r e S
4 5 6 7 8
t s e T e c i v e D
e n k d e o e c o i z e t t m a d o h t p s k k a c s k e t g k c c U m e t M s t r r c r s t n l T e e e s e h e h i T e o n f o t t n s g o e h e t T o k T N t T e c c c c A e w r d e i n u t t t t l I T i y A u r m n e s e o p n r r t r e t y u t a v h i o k c o s L t p e g g t o N e m C w r i m c t c t e u p l t n d e e c a s n e o V i i o j s I c t O I a s e E l T e s M t P L e s b e I o L a s L e T c h v e o a / a o o l E o y o r d r i e d P C d e i M s D n S d o v n T v u o d d r c a a i d r r i a r i c i u u D r r D P e e - e P P o p A V A A W M H T E H O S S S R O O L S F
1
2 3 4 5 6 7 8 1 2
g a i D
1
1 2 3 4 5 6 7 8 9 0 1
e v i r D
g o L
2
7- 3
4 5 6 7
8
Х
BDP-BX59/S590/S490
t t s s e e t t / / n n o o C C F F I I / / t t C s C s A e e A T D T D / / e B e c B i c S i S v U v U e e ・ D D ・
t t s s e e T T t t u u p p t t u t u t s O O s e e o o T T e e o d o i d e i e V d V i d i V ・ ・ V
t t s s e e T T t t u u p p t t u t u t s O O s e e i o T o T i d o d i o u i u d A d A u u A ・ ・ A
g g o l o l r r o o r r r r g E g E o o L w L w r i e r e o i o v r v r r r ・ E E ・
u n e M
t t s s e e T T g g g i a g a a i i a D i D D D * ・ ・ *
g g o o L L r r o o r r r r E E g g w o w o e L i e L i * v * v
t t s s e e T T t d t u d u e p e s p n u i n s u i t t o i o o i o d N d N u u ・ A A ・
r r e e y y a l a l P P D D B B r r o o f f g g n i n i t t t t e e s s t l t l u u a a f f e e e e z d i z d l i l e a e i a z i t i z i i t l i l n a n i a I i I t i t t i t r I n r n a I a t t S ・ S ・
g g n i n i t t t t e e s s t t l l e u e u z f a i z a l i f l e a e i a i d t i d t i n e n i e I z I z l i l y y a r i a r i t o i t o t i t n c n c I a I a F F * ・ ・ *
d d e e s s u u l l e e d d o t o t m s m s e s s e s T T s e l e N l N e e A i r A r L i L w s w s s l y s y e l l e n n l e o e r o i r i W ・ ・ W
s s u u t t a a t t S S k k r r o o w w t t e e N N g i g w i f f w e n i e n i o v o c v c f f I ・ ・ I
d d e e r i r i w w r r o o f f s i s i s s o o n n g g a i a i d d k k r k k r r o r o o o t w w w t w e t e t e N e N N N * ・ ・ *
d d e e s s u u l l e e d d o o m m e e k k o o a a r r a a K K t t s y s l y e l e n T n T O c O i c i M ・ ・ M
n n o i o i t t c c e e n n n n o o c c k k r r o o w w t t e e N N m m r i r i f f n o g n o g c n c i n i P ・ P ・
t t s s e e t t t t d u d u e p e p s n n u I s u I t I I t o o M M N N D D H ・ ・ H
t t s s e e t t r d r e d e e e d s d o s u o u c c t s t s o n o n N a N a r r ・ T T ・
n n o i o u i t u t e n a e e n z a e e i z e l i d m l m M r d a o M r i a o i o t e o M i t f M e i p f d p n n t d n U n t U I I o s I I o k s k e r n y M n m e r y M r o T o m r o T i o e o e e i e o e w t t e s g c g g C i w s t v t i c r t s C c t v i a g c i v i e r r a e s y M a e o v i r e y r M a o r L N S D F V E D e L N S D F V E D ] ] ] ] ] ] ] ] e ] ] ] ] ] ] ] ] S 1 2 3 4 5 6 7 8 S 1 * [ 2 [ 3 [ 4 [ 5 [ 6 [ 7 [ 8 [ * [ [ [ [ [ [ [ [
e e d d a a r r g g p p u u e e t c c t s a i s a i d d d d p t p t U r U r a t a t t r t r S a S a t t S ・ ・ S
n n o i o i t t a a m m r r o o f f n n I n n o I i o i t t m a m a e e t m t m s r s r y o y o S f S f n n y I y I a l a l m p m p e s e i s t t s i d s d y y ・ S S ・
e e t t a a d d p p p U p u U u n C n C o S i o i I s S I s r r D e D e V ・ ・ V
7-4
e e d d o o M d M d e t t s s e s u e s u e T t T t o o C N C N M M E ・ ・ E
e e v i v i r r d d k k c c e e h h c c d d n n a a a a t t a a D D P P O O e e v i v i r r D D e e t i t i r e r e v W i v i W r r ・ D D ・
BDP-BX59/S590/S490 e l b i s s o p s i e s u t n e s e r p e h t h c i h w n i y e k e h T
e d o m D D H ] 9 [
u n e M e d o M e c i v r e S
. y . l b e r i r e c o h f m p o r 0 8 f 4 n t o n u i e n t e c n n u o M p f p h m o o T c a C e e / I d o M o t D s H t e M c t n e e u c i i l l e p t v r s t u e t u S I o O
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t s e T e v i r D
. y r . o u g n e e ) t d ) a C M e d y s r ) e d p ) o s U o d ) e T d t g e U d t c e o s ) e e e t e c s t U d s U o y l a r e i N e U t N c o s v r ( t s ) o ( t e u U o o ) d t g e S N s t ) e h d e u t o n e ( t N N e n d s t a e t M ( ( e e o u s U e t n n N u u e C M s U a r k t n e ( v n e t t v u c c i k U i o e e M r l t e t t e h u M o N c c e o e t n M N D e A R k ( i C h e c k r r e k c ( C N t S g l ( c e h M c W e e u i t e t e o n n C k h h s l e a r d g t c t l e C C e A e e ] o t m a a n S M o M y n ] d r a n h t e ) T o k t c C i T i H g l C t v 1 G N P a i i i t c e s i r b s e j n I E O P S e e e v a D w o h E l o [ r R T o o d i e ] d [ P C d u v a e t e o t ] N i n A v v i r r a C n d a P P ] r e e - e o p F i a n r T W l v i e F T D S S S R O O L S ] t i O E ] ] ] ] ] ] ] ] ] 0 E u t p c O A W ( O L [ D [ R [ 1 [ 2 [ 3 [ 4 [ 5 [ 6 [ 7 [ 8 [ 9 [ 1 [
e t i r W a t a d P t O r a t r t S a t s o T ) : 2 n o w o i t d a ] n r i e T N p W ( O E [
t l u s e r e t i r W a t a d P O w o h S ) : 3 n o w o i t d a n r i e p W ( O
7-16E
d n i f t o n s i ) d t x e n t i . t i f a r t t a w o d n u t a s B a i ( d B l e P S i U F O - – – G G K N N O
e t i r w e r o t e t i r w a t a d P O e v i r D e s u y l n o s i . e U c P i v r O e S w . e n k c f e o h c e g g n n a i t h a : r c r t e s e t e p f T o e a v a e i v r t a i r d d D r o P > F O
BDP-BX59/S590/S490
SECTION 8 ERROR LOG LIST
m o r f e s n o p s e r o N
. r r e 1 k c o l B N O C F I , r o r r e 0 0 0 4 E
3 _ o f n I r o r r E
0 0 x 0
0 0 x 0
2 _ o f n I r o r r E
X X x 0
e t o n
e d o C g o L r o r r E
n o i t a m r o f n I g o L r o r r E
N O C F I
X X x 0
1 _ o f n I r o r r E
X X x 0
X X x 0
0 _ o f n I r o r r E
0 0 x 0
0 0 x 0
r o r r e r a c e n n w o n n
x
x
g n i k r a m k c o l b d a b e k a m e r a w t f o S n e h W
e v i r d l a c i t p o t c e t e d t o n n a C
d e t c e n n o c s i d e l b a c A T A S
R O R R E F I A T A S
) e v i r d ( e l b a c C F F g n i v o m e R
0 0 x 0
X X x 0
x
X X x 0
x
0 0 x 0
e d o C r o r r E
e d o C r o r r E
) r o r r e s u o e n a e t d l u o m C i r S ( o r r d l E e i F g a i D R C S
s s e c c A t e n r e t n I o N
0 0 x 0
0 0 x 0
0 0 x 0
X X x 0
x
X X x 0
y e K e s X n X e x S 0 r o r r E
x
X X x 0
X X x 0
x
X X x 0
d X m X x C 0
x
X X x 0
0 0 x 0
0 0 x 0
0 0 x 0
0 0 x 0
0 0 x 0
0 0 x 0
1 0 x 0
1 0 x 0
2 0 x 0
1 0 x 0
2 0 x 0
x
1 0 x 0
1 2 3 0 0 0 x x x 0 0 0
4 0 x 0
1 0 x 0
y r o g e t a C
3 0 x 0
3 0 x 0
x
4 0 x 0
6 6 6 0 0 0 x x x 0 0 0
6 0 x 0
7 0 x 0
8 0 x 0
e r l u o d r r o E M n o – i t k r a z i o l a w i t t e i n N I
e u s s i
r o r r E 0 0 0 4 E – N O C F I
r o r r n w o n n -
r o r r E E V I R D
r o r r E E V I R D
r o r r E E V I R D
e c v e
e z i l a i t i n i t o n e l u d o M
] ] e n l i t g l i n u o b d [ [ 2 3 0 0 x x 0 0
g n i k r a M k c o l B d a B D r N o A r r N E
r o r r E d e r a l c e d n U / n w o n k n U
h g i h o o t s i e r u t a r e p m e T
e d o C r o r r E
n o i t a c i n u m m o C - t u N o O e C m F I i t
r o r r e d a e r s d n a m m o c r e h t O
r o r r r E o r E r e V I n R a D F
8-1
r o r r e d a e r
c s i D
A B L r o r r E d a e R
e z n g o c e r o n n a
. n e p p a H t n e r r u c r e v O
] ] ] e n l d i t g e l r i i u n 1 2 o 0 w b d 0 [ x x [ 0 1 [ 0 3 0 2 0 x 0 x x 0 0 0
0 0 x 0
x
2 0 x 0
8 0 x 0
9 9 0 0 x x 0 0
A 0 x 0
x
A 0 x 0
s s e c c A t e n r e t n I – k r o w t e N
C S I D L A C I T P O A I D E M
C S I D L A C I T P O A I D E M
r o r r E n w o n k n U B S U
e z i n g o c e R t ' n a C - e c i B v S e U D
r o r r E t n e r r u C r e v O B S U
BDP-BX59/S590/S490
e s a e l e r t s r i F
1 2 . 9 0 . 1 1 0 2
y r o t s i H
0 1 . 0 r e V
9 1 e g a p , 4 e g a P e t a d p U
9 1 e g a p d n a 2 1 e g a p , 4 e g a P e t a d p U
g n o K / a k a n a M
n e e R
5 2 . 0 1 . 1 1 0 2
9 0 . 2 1 . 1 1 0 2
0 2 . 0 r e V
> A N <
0 3 . 0 r e V
8-2E
BDP-BX59/S590/S490 SECTION 9 TROUBLESHOOTING
Main Flow ............................................................................... 9-2 Power (System) Flow ............................................................. 9-3 Audio section flowchart........................................................... 9-4 Video section flowchart ........................................................... 9-5 FR-320 Board flowchart ......................................................... 9-6 Remote does not operate....................................................... 9-7 Drive flowchart ........................................................................ 9-8 Ethernet flowchart................................................................... 9-9 USB (Front) Device Flow \ USB (Rear) Device Flow.............. 9-10E
9-1
BDP-BX59/S590/S490
t r a h c w o l f n o i t c e s o e d i V o T
o N
. t r a h c w o l f ) m e t s y S ( y l p p u S r e w o P o T
o N
B M e h t n o s e g a t l o v y l p p u s r ? e l a w m o r p o e n h t d r e r a o A b
o N
s e Y
o N
t r a h c w o l F n i a M
) t r a h c w o l f h c a e m o r f n r u t e r d n a ( t r a t S
e h t n o d e y a l p s i d n s e e e r Y c s P ? U n T e E e S r c s e t h t u r t p o u B o M o e X d s i I v
. 1 0 4 X d n u o r a g n i t n u o m d n a s t r a p e h t k c e h C
s l i a r C e A v e e s F h t s F r e O h e t s d f a e a f l s n e s r d y Y u a t n l o p i s c i s e d r e s w 0 T 1 I A o y W p . l e y e e t h l l t a a h c d t m t , n i i x d a a o e i s r l e m o p p t p p m u A a i t a
t a y l r e p o r p g n i t a l l i c s s e o Y ) 1 0 4 X ( k c o l c n i a ? m z e H h M t s 7 I 2
t r a h c w o l f d r a o b R F / L F o T
o N
f o s e y t h e k n w o o s r r n o a i t t a h r g e i r p s o e d t Y n i a m , r t f e e p l , l o n t r w n o o d c , e p t u o e m e ? h t r B e M o h D t X
t r a h c w o l f n o i t c e s o i d u A o T
t r a h c w o l f e v i r D o T
o N
o N
n o d e d a o l e r a t a h t ? y l s t c c s i e r d r r o e c h d t e o i r z o n , g D o c V e D r , e v D i r B d e e r A h t
s e Y
, D B a n e h w y l r e p ? o s r d e p e y Y d l a e p c u s d i c o r i s p d e r r e d h n t u o o r s o e , h t D s V I D
t r a h c w o l f n o i t c e s o e d i V o T
o N
, D B a n e h w y l r e p ? o d r p e d y a e l c p u i d s o r c s p i e d r r e e r t u h t c o i r p o e , D h t V s D I
s e Y
o N
n e e b ) T S 8 s R 1 e X 0 Y _ 1 L U J P t n C ( i o t p e t s n e r e m ? m e e d t e r s l u s y l a s e e s c n a a M H c
B M / U B r e t f A ~ ] y y [
. d r w a t l o o r F b a t ~ B h c n t M w e n o t m e e l h t f s m u e e e j v c c i a a r d l A l D p p e o U e R T B R
e h t n o d e s y e a l Y p s i d E S ? O e L b u C t r t o n N e c E s e P r O o u s f l I
t r a h c w o l f d r a o b R F o T
o N
o N
e t o m e r r o t n o r f n o s h e c t Y i w s r e w o p y b N O l . r o e t r w n o o P c
9-2
. e b u t t n e c s e r o u l f n o s e s r Y a e p p a y a l p s i d R R E S Y S
o t n o i t c e n n ? o s c e v C i r F d F e s e e h t Y h t t s n c i e m n e n l b o c o r h p i c y h n w a 0 e r 7 e 4 h 2 t s N I C
B M / U B r e t f A ~ ] y y [
. d r w a t l o o r F b a t ~ B h c n t M w e n o t m e e l h t f s m u e e e j v c c i a a r d l A l D p p e o U e R T B R
t r a h c w o l f e v i r D o T
o N
. e v 1 i r 0 d 4 e 1 h t N s f C e o Y r e l o b 2 a 6 c 4 e 2 l b N i ? x C e , d l f 0 e t e 7 4 c h t 2 e n k N n c C o e e c s h r i C A d
B . B s M r M / o e t U c h B e t r n e e n c t a f o l c p A e e r ~ h , ] t t f n y o e y [ s m n e w o t o i r l t v c o a F r e p h t ~ n m c n n i e t o o w n o t m e c n l e s f s m e h i u t v j e c . i k e r d a c r e d r D A l p e t h a U e h f o o C I b T B R
D N E
BDP-BX59/S590/S490
t n e m C e I v e o r h t p m e i c a o l p n s e i R e r > - e h t C I f y i l r p d p a u o s b r B e w M o e p t f h o e e c r a u l l p i a e F R
o N e h d t e t r e e c a s l n p i e n r e , e m b e s l a b h o r s p s o e n . n r i s k c a o h r e l e e b y h t h l t t I f p a . p h t l y u s r k r c e e p e o w h r o C p p
o n s i e r e h t f i d s r e a s o u b f n B t M n w o e e l b h t m e e e c c v a a o r l l p p p e e m R R i
o N
w o l F ) m e t s y S ( r e w o P
N I C A
d e t r o h s e r a t u p t u o t o n e r a t a h t s e n i l e D g N a t l G o o V t
o N
r e w o p ) V e 2 h t ) ) 1 V W m V 2 2 o r . 1 1 S f N W W s d e r S S U a _ g o N N E a U U F t l b n ( ( ( o i v V V V t a 2 2 m 2 u t 1 1 1 p a + + + t : : : u k 1 o c 2 3 n i n i n e l o i h t b p p p 1 1 1 y k l 0 0 0 c p 3 3 3 e h p u N N N C s C C C
-
s e Y
-
o N
? n w o l b s e s 2 u 0 f 3 w S o P l e , b 1 s e 0 e h 3 s t S u f P f o : e y d h t n r a k a o c e b e v h a B C H M
s e Y
9-3
s l a n 7 g i 9 s 3 l R o , r t 6 n 9 o 3 c R r e d r w a o o p N b g O B n s i i w r M o e : l l o w f o e p # h e 1 T t h t N k c l e e i O h h C C w P
s e Y
c i t a m e h c s e h t n o d e s a b s e g a t l o v e h t m k a c r e g a h i C d
BDP-BX59/S590/S490
d r a o b l a c i t p O e h t e c a l p e R s s e n r a h / C F F r o d r a o b l a c i t p O e h t e c a l p e R
o N
t r a h c w o l f n o i t c e s o e d i V o T
y l r e p o r p t u p t u o s i o e d i V
t r a h c w o l f n o i t c e s o i d u A
o N
o N
t r a h c
t r a h c w o l f n i a M o T
w o l f e v i r D o T
o N
t h g i r d n u o s t o n s e o d o i d u A
d r a o b B M e h t e c a l p e R
d r a o b B M e h t e c a l p e R
o N
o N
s e Y
? y l r e p o r p g n i t a r e p o e v i r d e h t s I
) l a c i t p O , x a o C , I M D H ( o i d u A l a t i g ? i d e D t y l c f n e f O a
t r a h c w o l f ) m e t s y S ( y l p p u S r e w o P o T
o N
s e Y
o N
s e Y ? t u p t u o I M D H e r e h t s I
s e Y
V 3 . 3 : 3 n i p 2 0 3 C I
? t u p t u o l a i x a o C e r e h t s I
o N
s e Y
? t u p t u o l a c i t p O e r e h t s I
d r a o b B M e h t e c a l p e R
d r a o b B M e h t e c a l p e R
o N
o N
O I D U A e h t o t d s i e e l Y p p u s y l p p u s r e w o p h ? c k a c e o l s I B
s r ) o t 2 i s 3 a 9 p C , a 1 c 3 / r 9 o t C , s 8 i s 2 e 9 r t C , u 5 p t 4 u 9 o R , k 3 c 4 e 9 h R C (
? d e t c e f f a o i d u A R / L h c 2 g o l a n A y l n O
s e Y
9-4
o t t u p n i l a n g i s l a t s i e g i Y d m R e R t _ _ s y O O s L R o A A : i : 0 d 1 1 u n i n a i e ? p p r 1 1 e 1 0 0 0 h t 9 9 9 s I C I C I C I
o N
? 1 0 9 C I o t t u p n i s l a n g i s l o r t n o c e r A
E T U M : 7 n i p 1 0 9 C I
d r a o b B M e c a l p e r r o 1 0 9 C I e c a l p e R
o N f o n o i t i d n o c t n s u e o Y m h t i w m e l b o r p a e r e 1 0 h t 9 s I C I
BDP-BX59/S590/S490
t r a h c w o l f e v i r D o T
t r a h c w o l f n i a M o T
o N
t r a h c w o l f n o i t c e s o e d i V
t h g i r r a e p p a t o n s e o d o e d i v d e c u d o r p e R
s e Y
? t c e r r o c y a l p s i d D E L / y a l p s i d L F e h t s I
t r a h c w o l f ) m e t s y S ( r e w o P o T
o N
s e Y
? y l r e p o r p g n i t a r e p o e v i r d e h t s I
1 0 1 C I m o r f g n i t i r w e h t k c e h C
o N
s e Y
) 9 0 7 ) C / 5 9 0 0 7 7 L ( R ( s r s r o o t t c s u i d s n r i e t t u u p t t p u u o o k k c c e e h h C C
o N
o N
V 3 . 3 + : r 6 V e 1 3 . w E 3 o + p & : t 2 u 6 p 1 1 n D D i i n i e n p p h t k 1 1 c 0 0 e 1 1 h C C C I I
9-5
s e Y
? 1 0 1 C I m o r f t u p t u o l a n g i s o e d i v a s I
T U O _ X C A D V : 8 1 B n i P
s e Y
t u p t u o o e d i V h c a e m o r f t u p t u o ? l r a o n t g i c s e n a n o s I c
BDP-BX59/S590/S490 FR-320 IF board flow chart (1/2)
Power key can’t Function Any pulse appear if bu on press
No
at pin 10 IC702
Change FR board
Yes No
Any CLK signal at CN701
To main flowchart
Yes Any high (3.3V) to low (0V) signal
No
at pin 6 CN701
To main flowchart
Yes Any signal at CN701 when power
No
buon being pressed?
Change IC702
Yes To main flowchart
Play key can’t functon Any pulse appear if bu on press
No
at pin 10 IC702
Yes
No
Any CLK signal at CN701
Change FR board
To main flowchart
Yes Any high (3.3V) to low (0V) signal
No
at pin 6 CN701
To main flowchart
Yes Any signal at CN701 when play
No
buon being pressed?
Yes To main flowchart
9-6
Change IC702
BDP-BX59/S590/S490 FR-320 IF board flow chart (2/2)
Stop Key Can’t Function Any pulse appear if button press at pin 11 IC702
No
Change FR Board
Yes
Any CLK signal at CN701
No
To Main Flowchart
Yes
Any High (3.3V) to Low (0V) Signal at pin 6 CN701
No
To Main Flowchart
Yes
Any Signal at CN701 when Stop Button being pressed?
No
Change IC702
Yes
To Main Flowchart
Open/Close Key Can’t Function
Any pulse appear if button press at pin 11 IC702
No
Change FR Board
Yes
Any CLK signal at CN701
No
To Main Flowchart
Yes
Any High (3.3V) to Low (0V) Signal at pin 6 CN701
No
To Main Flowchart
Yes
Any Signal at CN701 when Open/Close Button being pressed?
No
Yes
To Main Flowchart
9-7
Change IC702
BDP-BX59/S590/S490 d r a o B R F e g n a h C
d r a o B F I e g n a h C
o N m o r f d e t c e n ? n n o e c k s s o e i d r Y b C r F o F 3 k 0 c 7 e h N C C
t r a h c w o l f y l p p u s r e w o P o T
, e v o r p m i t o d n r a o o d b C s F R F F m o e e t c p g a m n l a p y h e s f R I C
o N m o r f d e t c e n ? n n o e c k s o i d r b C r F o F 1 k 0 c 7 e h N C C
o N
o N ? 3 n i p 2 0 0 1 N C t s a e e Y g a t l o v V 3 . 3 + ) f d o r a k o c b e h B C M (
? 2 n i p 3 0 7 N C t a e g a t l o v V 3 . 3 + f o k c e h C
s e Y
3 , 0 e 7 v C I o r d p n i m u t o r o d a n r o a n o r d e b t t m F a o I p t e k p g c m n e y a h s h f C I C
e t a r e p o t o n s e o d l o r t n o c e t o m e R
? 1 n i p 3 0 7 C I t a e g a t l o v V 3 . 3 + f o k c e h C
o N , e v o r p m i t o d n r 2 0 o a o 0 d b 1 s F C I I m o e t e c p g a m n l a p y h e s f C R I
o N
o N
g n 2 i n r i u p d 3 0 m r 7 o f C e I s v t a e a l Y w o r t e c n n o c a r e a t e o p p m a e r f o g n k i c s e s h e r C p
s e Y
9-8
s e Y
, e v o r p m i t C o n F o F d C t s F F c m o e e t n p g n o m n a c y h e s f R I C
l m r o r o f t e n v o a c w e t e o s c e n m Y e a r r a g e i n 3 p s i n p s p a e f r 3 o p 0 k g 7 c i n N e r C h u t C d a
e n i l S , C e v R I o r S p m g i n t o o d l a n r o a n o r d e b t t m F a o I p t e k p g c m n e y a h s h f C I C
o N
g n i r u 2 d 0 0 m r 1 o N f e C v t a a l w o r e t c n n o c a r e ) a t d e o r a p p m o e a r b f o g B n M k i c s ( e s 3 n h e r i C p p
s e Y 1 0 1 C I K C E H C
BDP-BX59/S590/S490
) U B ( t i n U k c o l B l a c i t p O e h t e c a l p e R
e c a l p e r ) ) U y y B t ( t r i a n h U c k w o c l o F l ( B l a c i t p O
O N
y b ) ) U z B z ( t t r i a n h U c ? k w K S c l E o o O l s Y ( i B F l . P a e O c d I i t o p U O m e B e i c h t v r k e c s e h C
n e p o 2 n 0 e 3 h S w P , 1 S 0 P 3 e S c a P l k p e c R e h C
O N
y l p p u S V V r 2 5 e 1 : w : 6 o P 6 n n i e i P P v i r 1 2 D 1 0 3 k 3 c Q Q e h C
m e l b o r p o n U B r o k c o l B l a c i t p O
t r a h c w o l f e v i r D
) g s n c p i d 4 a ( o r o L t a l m u o r s f i n U U B B e e v v i t c o e m f e e d r e o s h t l a e d v n o a m y e s R s A
a t a D a P r O e e m k a a c t y d b n t a o o h U B p e w e d n o c k r a c B a p n U
g n i d a ) o f g L k o 2 t s t r h i o w t a w l u e s r n c I s h t n i e t w h g U i B t ( e y l b s s m A e s s A
5 X BP D B
t
e s V D B : n oi t a n al p x E
g o n t i s a ) u t t x a t . o d t t o a h t s a p t e D u e e B d h : o t e c r e m a v a B a s N a d t e a n l i D a F ( P e y r O x o e e . m e h t c e e d m d R B o P S c U e D B D
B S U r t o r t e c s e n n i d n n o a c e B d S o U M o t e y c r i v o r e m S e r m e t n E
4 0 1 X L B
:
1 e d o M :
3 1 5 - 1 X A L X L H : H D : V D D C
0 9 4 S/ 0 9 5 S/ 9
o M
2 e d
>-
et ev ir D ] [8 t c le e S
ir
>-
el e S
W ta a d P O ev ir D ] 1[ t c
1 : e d o m t c el e S
2 r o
R E T N E s s er P
k c e h n a C o t i t a d F P a c i P F O i ] f 7 O O [ c e t p e r t c s i r e e n w l o e i W e P s P R C y O g A b I y n P i f i r O r h n I u s i T d e n i > v o m F r t r - i f e n u t f o n e A c M d n A
r e w o P C A n r u T > - F n F o O i t a c i f i c e p s n i P O I
k D c C a b y d a n a l p D k V c D e h , c D d B n g a i n N s O u r e e c w n o a P m r o n r f u r T e p
O N
k y c l e l h a ) c m ) 1 n r 1 1 e o n h s 1 - 1 4 t 0 , e 4 5 e t l a 5 - 9 b r 3 e 9 S a - S c p 3 8 E o 8 - 1 ( E Y C 0 1 F 9 ( l e Y K F 4 e b O S l e / b a c h a t 0 c C e 9 c 5 C F S a F F l / F 5 p 9 5 e 0 r 5 0 0 / X B 0 k - - D c P T P e P S h D C B O O N
O N
4 0 1 X L B
] t n e m e c a l p e R B M / U B r e t f A [ ~ ) y y ( w o l F e t i r W a t a D P O ) U B ( t i n U k c o l B l a c i t p O
: e t i r W ) ) e a t d e x ) l ) a l o e a . D a n i n B m c i e P i g i g M r o d O r r c R o d d o a P s i s n e i a m h D e c n B U U h t B ( ) n B i B s M e r ( e b w e ( h e ( s U B t d s o t o k a B M a b n r o j g p c i r r r y e e e e c e n u o o g e w c c c m m d p i n i l a a l a e a e g m e r e c d i w p l i e p l d l r e j o e p ( m f e e u l o l a c a s t i o R R R q B ' e D t r f ) ) ) r g a s C S S e 1 2 3 i n h ( ( ( G I D B i P U E T J
0 c 9 s 4 i S / d 0 D S 9 B E 5 e Y S / h 9 t 5 y a X l B - p P n D a B c
3 1 5 - 1 X A L X L H : H D : V D D C
c s 0 i d 9 4 D S / / 0 C 9 D 5 V S D / 9 e S 5 t X h E Y B - y a P l p D n B a c
] t n e m e c a l p e R U B e r o f e B [ ~ ) z z ( w o l f k c e h c P O I ) U B ( t i n U k c o l B l a c i t p O
U B d e e n n t o n i t e a m c e i f i c c l e a p p s e f r o t u o P O I
e c a l p e r ) ) U y y B ( t t i r a n h U c k w o c l o F l B ( l a c i t p O
O N > P O T S < , > r Y e A e d L w o o M P < P e . , C c > A i E v r S i n e O S L g u l r C e / p t N n d E E P n a O <
s s e r P
u n e M e e v d i o r D M ] e [ c 8 i v t c r e e l e S * S e d i s n I
u n e M e k v c e i r h D C * e P d O i s ] 7 n [ I t c e l e S
9-9
' R E T u N n E e ' M s s k e c r e p h n e C h P t P O * O e I d d i ] s [ 2 n t I c e l e S
P A O I m d A 9 S - E n m + o 6 : Y i t + a : D c C i f D , i c B D e V p S D
F F O r e w o P C A l
BDP-BX59/S590/S490
t r a h c w o l f ) m e t s y S ( y l p p u S r e w o P o T
o N
y l m r i f e l b a c N A L e h t n i g u l P
o N
t r a h c w o l f t e n r e h t E
t o n n a c , k r o w t e k n r o e t w h t e n h t e i w t h t c h e g n u n o r o h c t t e o t n a n d a p C u
? d r a o b B M s e . e h t Y d r a o t o b d e B i l p M p e u h s t r e e c w a l o p p e s I R
o N
? y l r e p o ? r t i l p r n i e t d s u s e e o e r g Y g Y b u u l h p e e l h t b f a c o ) N D D A E E L L L e e K h h N t t I s s L I I (
. s g n i t t e s k r o w t e n t c e r r o c e h t e k a M
o N
u n e m e h t f o s s e g Y d n r i t a t o e b s k B r M o w e t h e t n e ? e t c c h a t e l r p r e e r o A c R
9-10
BDP-BX59/S590/S490
d r a o b B M ( 0 1 3 C I y l p p u e s i v r t e c e w f o e P d
d r a o b B M e h t e c a l p e R
o N
o N
1 n i p 1 0 6 C I t a t ? n ) e d s r a e r o p b V B 5 M s ( I
) d r a o b B ? M s s s ( e 1 e 0 m o Y Y 6 t p C I g m y n s i c e a h l t p e e r v s o e r o p m D i
d r a o b B M ( 0 1 3 C I y l p p u e s i v r t e c e w f o e P d
o N
e v i t c e f e d ) d r a o b B M ( 1 0 6 C I
1 n i p s 1 e 0 Y 6 C I t a t n ) e r s d e a r o p b V B 5 M s ( I
d r a o b B M e h t e c a l p e R
o N ) d r a o b B ? M ( s s 1 m e 0 o 6 t Y C p I m g y n s i c e a h l p t e e r v s o e r o p m D i
o N
F ? I 3 e 1 h 2 n t . 0 i n d r 0 p 1 r s e a e o o e N b w 2 Y t C 1 e B b M t i n a C e t P F t h n ) F e d s r e d a e v n r o i t a p b c d V B e r f 5 M e a o s ( D b I
. d r a o b B M e h t e c a l p e R
o N
o N
0 2 3 R F ( 1 0 2 N C t a t n ? e 1 s i n e r p p ) d V r 5 a o s b I
o N B M ( 1 n i p s 4 e 0 Y 6 N C t a t n ? e ) s d r e r a p o V b 5 4 s 4 I 1
e F I h t . ? e d n r e h t e a v e o o n d r r w b p s e a t e o e F m e I b w b i Y t e s e B C h b M t m F o C e F d t F h e n p F t h a m t d y e d r e a s v n i c o e t a c d a l b t h e r p f a e B o e o R M D D b
s e Y
o N
d e z i w n g o l o F c e r e c t i o v n e s D i ) t e c n i o v r e F ( d B B S S U U
s i r ? n e i . w a o n i p g a a g e N a h t O e n n s e c e i e Y v h h e w t d d B d e n S i z a U n F e g F o h t c O d t r e r e e t r s i n u n I s t I
d r a o b B M e h t e c a l p e R
o N
e c i v e d B S U e h t f o t c a t n o c r o o P
w o l F e c i v e D ) r a e R ( B S U
9-11E
d e z i n g o c e r t o n s i e c i v e d B S U
s i r ? n e i . w a o n i p g a a g e N a h t O s e n n e Y c e i e v h h e w t d d B d e n S i z a U n F F e g o h t c O d t e r r e e i t n r s u n I s t I
e c i v e d B S U e h t f o t c a t n o c r o o P
e v i t c e f e d ) d r a o b B M ( 1 0 6 C I
BDP-BX59/S590/S490 SECTION 10 REPAIR PARTS LIST 10-1. EXPL ODED VIEWS NOTE:
The components identified by mark or dotted line with mark are critical for safety. Replace only with part number specified.
Items marked “*” are not stocked since they are seldom required for routine service. Some delay should be anticipated when ordering these items. The mechanical parts with no reference number in the exploded views are not supplied. Accessories and packing materials are given in the last of the electrical parts list.
-XX and -X mean standardized parts, so they may have some difference from the original one. Color Indication of Appearance Parts Example: KNOB, BALANCE (WHITE) . . . (RED) Parts Color Cabinet’s Color
Les composants identifiés par une marque sont critiquens pour la sécurité. Ne les remplacer que par une pièce portant le numéro spécifié. The components identified by mark contain confidential information. Strictly follow the instructions whenever the components are repaired and/or replaced.
Abbreviation
UK AEP MX SP E TH PX US
KR AUS TW C ND IN EA KS CH TW
: UK Mod el : AEP Mod el : Mexican Model : Singapore Model : Latin America Model : Thailand Model : PX Model : US Model
: : : : : : : : :
Korea Model Aust ra lian/ NZ Mode l Taiwan Model Canad ian Mod el India Model Middle East Model Saudi Arabia Model Chinese Model Taiwan Model
Les composants identifiés par la marque contiennent des informations confidentielles. Suivre scrupuleusement les instructions chaque fois qu’un composant est remplacé et / ou réparé.
10-1-1. C A SE SECTION
5
ns : n ot s upplied
1
4
ns ns 10
2 5
7
1
3 9 8 5
6 Ref. No. 1 2 2 2 2 2
Part No.
Description
3
ns
Remark
3 4
3-077-331-41 X-2583-883-1 X-2583-882-1 X-2583-236-1 X-2583-234-1 X-2583-165-1 4-410-750-01 4-410-723-41
+BV3 (3-CR) PANEL ASSY, TOP PANEL ASSY, TOP PANEL ASSY, TOP PANEL A SSY, T OP PANEL ASSY, TOP PANEL, SIDE (L) PANEL, SIDE (R)
5
3-077-331-21
+BV3 (3-CR)
6
X-2583-166-1
COVER ASSY, TRAY
7 7 7
X-2583-237-2 X-2583-235-2 X-2583-164-2
PANEL ASSY, FRONT PANEL ASSY, FRONT PANEL ASSY, FRONT
(BDP-S490) (BDP-BX59) (BDP-S590)
8 9 10
A-1856-201-A 1-458-494-11 A-1856-202-A
SERVICE ASSY, FR CARD, WIRELESS LAN SERVICE ASSY, FL
(BDP-S590/BX59)
(BDP-S590:PX) (BDP-S590:UK,AEP,SP,MX,AUS,CH,TW) (BDP-S490) (BDP-S590:CND/BX59:CND) (BDP-S590:US/BX59:US)
10-1
BDP-BX59/S590/S490
10-1-2. MAIN CHASSIS SECTION
101
101 ns
102
ns
103 104
110 108 101 109 103
ns
105
106
101
ns 107 ns The components identified by mark Les composants identifiés par une or dotted line with mark are marque sont critiquens pour la critical for safety. sécurité. Replace only with part number Ne les remplacer que par une pièce specified. portant le numéro spécifié. Ref. No.
! ! ! ! ! ! ! ! !
! !
Part No.
Description
Remark
101 102 103
3-077-331-21 7-682-544-04 3-077-331-41
+BV3 (3-CR) SCREW +B 3X3 +BV3 (3-CR)
104 104 104 104 104 104 104 104 104 104 104 104 104 104 104
A-1867-913-A A-1856-392-A A-1856-349-A A-1856-345-A A-1856-335-A A-1856-330-A A-1856-324-A A-1856-320-A A-1856-301-A A-1856-264-A A-1856-248-A A-1856-227-A A-1856-217-A A-1856-211-A A-1856-200-A
SERVICE ASSY, MB SERVICE ASSY, MB SERVICE ASSY, MB SERVICE ASSY, MB SERVICE ASSY, MB SERVICE ASSY, MB SERVICE ASSY, MB SERVICE ASSY, MB SERVICE ASSY, MB SERVICE ASSY, MB SERVICE ASSY, MB SERVICE ASSY, MB SERVICE ASSY, MB SERVICE ASSY, MB SERVICE ASSY, MB
105
A-1856-203-A
SERVICE ASSY, OP
106 106 106 106 106 106 106 106 106
1-839-663-11 1-839-662-11 1-839-661-11 1-83 9-660 -11 1-83 9-659 -11 1-839-657-11 1-83 9-656 -11 1-839-655-11 1-839-648-11
POWER-SUPPLY CORD POWER-SUPPLY CORD POWER-SUPPLY CORD POWE R-SU PPLY CORD POWE R-SU PPLY CORD POWER-SUPPLY CORD POWER-SUPPLY CORD POWER-SUPPLY CORD POWER-SUPPLY CORD
107 107
1-474-374-12 1-474-373-12
SWITCHING REGULATOR(SRV2257UC) (BDP-S590:US,CND/BX59) SWITCHING REGULATOR(SRV2258WW) (BDP-S490/S590:Except US,CND)
108
A-1850-153-B
LOADING FOR SERVICE (BPX-7)
109 110
1-839-543-31 1-839-544-32
CABLE (FIM-035), FLEXIBLE FLAT CABLE (OMB-002), FLEXIBLE FLAT
(BDP-S590:TW) (BDP-S490:KR) (BDP-S490:EA,KS) (BDP-S490:IN) (BDP-S490:CH) (BDP-S590:CH) (BDP-S590:AUS) (BDP-S490:SP,TH) (BDP-S590:SP) (BDP-S490:MX,E) (BDP-S590:MX) (BDP-S490:UK,AEP) (BDP-S590:UK,AEP) (BDP-S590:CND/BX59:CND) (BDP-S590:US,PX/BX59:US) (BDP-S590:TW) (BDP-S490:IN) (BDP-S490:TH) (BDP-S5 90:US,CND/ BX5 9) (BDP-S4 90:UK,K S/S59 0:UK) (BDP-S590:AUS) (BDP-S4 90:CH/S59 0:CH) (BDP-S490:KR) (BDP-S490:AEP,SP,MX,E,EA/S590:AEP,PX,SP,MX)
10-2
BDP-BX59/S590/S490
10-1-3. BD SECTION
154 ns
ns ns
ns
155
ns
153
152 151 The components identified by mark or dotted line with mark are critical for safety. Replace only with part number specified.
Ref. No.
Part No.
Description
151
A-185 A-1850-1 0-153 53-B -B
LOAD LOADIN ING G FOR FOR SERV SERVIC ICE E (BPX (BPX-7 -7))
152
1-83 1-839-2 9-25959-31 31
FLEX FLEXIB IBLE LE FLAT FLAT CABL CABLE E (LDG (LDG-0 -003 03))
153
1-83 1-839-5 9-54141-31 31
CABL CABLE E (SPD (SPD-0 -005) 05),, FLEX FLEXIB IBLE LE FLAT FLAT
154
1-83 1-839-5 9-54040-11 11
CABL CABLE E (OPT (OPT-0 -005) 05),, FLEX FLEXIB IBLE LE FLAT FLAT
155
8-82 8-820-4 0-45252-03 03
DEVI DEVICE CE,O ,OPT PTICA ICALL KEM4 KEM480 80AA AAA/ A/C2 C2RP RP1 1
10-3
Les composants identifiés par une marq ma rque ue sont so nt cri criti tiqu quen enss pour pour la la sécurité. Ne les remplacer remplacer que par une pièce portant le numéro spécifié. spécifié.
BDP-BX59/S590/S490
10-1-4.
ACCESSORIES
150 Audio/Video Cable Cable (Phono Plug x3) x3)
151 HDMI HDMI Cable Cable
152
Remote Commander
B D
S O N Y
I
I S E N
I
153 Conversion Adaptor
The components identified by mark Les composants identifiés par une or dotted line with mark are marque sont critiquens pour la critical for safety. sécurité. Replace only with part number Ne les remplacer que par une pièce specified. portant le numéro spécifié.
Ref. No.
Part No.
Description
Remark
150 1-75 1-7511-27 2711-71 71 CORD CORD,, CONN CONNEC ECTI TION ON (AV) (AV)
(BDP (BDP-S -S59 590: 0:US US,C ,CND ND,P ,PX, X,AU AUS/ S/BD BDPP-BX BX59 59))
151 1-834-169-22 1-834-169-22 CORD, CONNECTION CONNECTION (HDMI CABLE)
(BDP-BX59/B (BDP-BX59/BDP-S49 DP-S490:Exce 0:Except pt UK,AEP/S590 UK,AEP/S590:SP,M :SP,MX,CH, X,CH,TW) TW)
1-490-031-12 REMOTE COMMANDER COMMANDER (RMT-B120A) (RMT-B120A) 152 1-490-031-12 1-490-029-12 REMOTE REMOTE COMMANDER COMMANDER (RMT-B119C) (RMT-B119C) 152 1-490-029-12 152 1-490-028-12 REMOTE COMMANDER (RMT-B119P) 1-490-027-12 1-490-027-12 REMOTE REMOTE COMMANDER COMMANDER (RMT-B119A) (RMT-B119A)
(BDP-S490:M (BDP-S490:MX,E,KR X,E,KR/BDP/BDP-S590:M S590:MX,TW) X,TW) (BDP-S490:C (BDP-S490:CH/BDP H/BDP-S590 -S590:CH) :CH)
153 1-56 1-5699-00 0088-41 41 ADAP ADAPTO TOR, R, CONV CONVER ERSI SION ON
(BDP (BDP-S -S59 590: 0:PX PX,M ,MX/ X/S4 S490 90:M :MX, X,E) E)
(BDP-S490:UK,AEP,SP,TH,IN,EA,KS/S590:UK,AEP,SP,AUS) (BDP-S490:UK,AEP,SP,TH,IN,EA,KS/S590:UK,AEP,SP,AUS) (BDP-S590:U (BDP-S590:US,CND S,CND,PX/B ,PX/BX59) X59)
* * *
4-416-239-41 4-416-239-41 MANUAL, MANUAL, INSTRU INSTRUCTION CTION
(BDP-S490:EA)(PERSIAN)
4-416-239-31 4-416-239-31 MANUAL, MANUAL, INSTRU INSTRUCTION CTION 4-416-239-21 4-416-239-21 MANUAL, MANUAL, INSTRU INSTRUCTION CTION
(BDP-S490:TH)(THAI) (BDP-S490:TH)(ENGLISH)
*
4-416-239-11 4-416-239-11 MANUAL, MANUAL, INSTRU INSTRUCTION CTION
(BDP-S490:IN)(ENGLISH)
* *
4-410-140-61 4-410-140-61 MANUAL, MANUAL, INSTRU INSTRUCTION CTION 4-41 4-4100-14 1400-52 52 MANU ANUAL, AL, INS INSTRU TRUCTIO CTION N
(BDP-S590:PX)(ENGLISH)
*
4-41 4-4100-14 1400-42 42 MANU ANUAL, AL, INS INSTRU TRUCTIO CTION N
* * * * * * *
4-41 4-4100-14 1400-32 32 MANU MANUAL AL,, INST INSTRU RUCT CTIO ION N 4-41 4-4100-14 1400-22 22 MANU ANUAL, AL, INS INSTRU TRUCTIO CTION N 4-41 4-4100-14 1400-12 12 MANU ANUAL, AL, INS INSTRU TRUCTIO CTION N
* * * *
4-41 4-4100-13 1399-81 81 4-410-139-72 4-410-139-72 4-410-139-61 4-410-139-61 4-410-139-51 4-410-139-51 4-410-139-41 4-410-139-41 4-41 4-410 0-139-31
MANU ANUAL, AL, INS INSTRU TRUCTIO CTION N MANUAL, MANUAL, INSTRU INSTRUCTION CTION MANUAL, MANUAL, INSTRU INSTRUCTION CTION MANUAL, MANUAL, INSTRU INSTRUCTION CTION MANUAL, MANUAL, INSTRU INSTRUCTION CTION MANU ANUAL, AL, INSTRUCTION
4-41 4-4100-13 1399-21 21 MANU ANUAL, AL, INS INSTRU TRUCTIO CTION N 4-41 4-4100-13 1399-11 11 MANU ANUAL, AL, INS INSTRU TRUCTIO CTION N
(BDPBDP-S S490: 490:AE AE2/ 2/S5 S590 90:A :AE2 E2)) (EURO SPANISH,PORTUGUESE,SWEDIS SPANISH,PORTUGUESE,SWEDISH,DANNISH,FINNISH) H,DANNISH,FINNISH) (BDPBDP-S S490: 490:AE AE1/ 1/S5 S590 90:A :AE1 E1)) (EURO FRENCH,DEUTCH,ITALIAN,NEDER FRENCH,DEUTCH,ITALIAN,NEDERLAND) LAND) (BDP (BDP-S -S49 490: 0:UK UK/S /S59 590: 0:UK UK,A ,AUS US))(ENGLISH) (BDPBDP-S S590: 590:CN CND/ D/BX BX59 59:C :CND ND))(CANADIAN FRENCH) (BDPBDP-S S590: 590:U US,CN S,CND/ D/BX BX59 59))(ENGLISH) (BDPBDP-S S490: 490:MX MX,,E/S E/S590: 590:MX MX))(LATIN SPANISH) (BDP-S490:CH/S590:CH)(CHINESE SIMPLIFIED) (BDP-S590:TW)(CHINESE TRADITIONAL) (BDP-S490:EA,KS)(ARABIC) (BDP-S490:EA,KS)(ENGLISH) (BDP-S490: 90:KR)(KOREAN) (BDPBDP-S S490: 490:S SP/S P/S590: 590:SP SP)) (CHINESE TRADITIONAL) (BDPBDP-S S490: 490:S SP/S P/S590: 590:SP SP))(ENGLISH)
10-4
BDP-BX59/S590/S490 FL-211 8-2. 82.
FR-320
ELEC EL ECTR TRIC ICAL AL PAR PARTS TS LIST LIST
NOTE:
Due to standardization, replacements in the
used on the set. -XX and -X mean standardized parts, so original one. RESISTORS All resistors are in ohms.
Not all of the parts for SWITCHING REGULATOR are listed. Items marked * are not stocked since they are seldom required for routine service. Some delay should be anticipated when ordering these items. SEMICONDUCTORS In each case, u: µ, for example:
uA. . : µA. . u P B. . : µ P B. . u PD PD. . : µP µPD . . CAPACITORS uF: µF COILS uH: µH Abbreviation UK AEP MX SP E TH PX US KR AUS TW C ND
uPA. . uPC. .
: µPA. . : µ PC . .
When indicating parts by reference number, please include the board.
: UK Mod el : AEP Mod el : Mexican Model : Singapore Model : Latin America Model : Thailand Model : PX Model : US Model : Korea Model : Au Australian/NZ Mo Model : Taiwan Model : Canad ian Model
Ref-No.
A-1856-202-A ASERVIC ICE E AS ASSY, FL ***************************************** ******************** ***************************************** ********************************* *************
Ref-No.
Part No.
CN33 CN 331 1 1-506-481-11
S331
1-786-726-11
Part Description
Remarks
KS CH TW IN EA
: Saudi Arabia Model : Chinese Model : Taiwan Model : India Mode Modell : Middle East Model
Part No.
SWIT ITC CH, TA TACTIL ILE E
CERAMIC CHIP 1UF CERAMIC CHIP 5PF CERAMIC CHIP 5PF ELECT 100UF ELECT 100UF
*
10% 16V 0.2 .25 5PF 50V 0.2 .25 5PF 50V 20.0 .00 0% 16V 20.0 .00 0% 16V
Remarks
DI D DA A2J10100L DI DA DA2J10100L
IC702 IC7 IC7 IC 703 IC7 IC 703 IC7 IC 704
6-701-729-01 6-600-665-01 6-600-665-01 6-717-694-01
IC PT PT6315 IC GP1UE27XK0VF IC GP1UE27XK0VF IC BU33TD3WG-T -TR R
1-481-814-21
IND IN DUCTOR
100UH 10
ND70 ND 701 1 1-8 -81 11-5 -51 18-11
VAC ACUU UUM M FL FLUO UOR RES ESCE CEN NT DISP DISPLA LAY Y
Q706 Q70 707 7 Q710
8-7 -72 29-9 -90 01-9 -91 1 8-7 -72 29-9 -90 01-9 -91 1 8-7 -72 29-0 -02 27-2 -26 6
TRANSIS ISTO TOR R 2S 2SC241 411K 1K-T -T-1 -146 46-C -CQ Q TRA TR ANSIS ISTO TOR R 2S 2SC C24 241 11K 1K-T -T-1 -14 466-C CQ TRANSIS ISTO TOR R DT DTA114Y 4YK KA-T -T14 146 6
R201 R202 R203 R708 R714
1-216-295-91 1-218-990-81 1-218-990-81 1-2 -21 18-9 -94 41-8 -81 1 1-2 -21 18-9 -97 73-1 -11 1
SHORT CHIP SHORT CHIP SHORT CHIP METAL CHIP METAL CHIP
0 0 0 100 5% 47K 5%
1/1 /16 6W 1/1 /16 6W
C70 705 5 C70 707 7 C71 712 2 C71 714 4 C71 715 5
1-1 -10 00-9 -90 09-11 1-112-7 -77 77-11 1-1 -12 28-131-1 -11 1 1-112-7 -77 77-11 1-112-7 -77 77-11
CERAMIC CHIP 10UF 10% CERAMIC CHIP 0.0 .01 1UF 10% ELECT 22UF 20.0 .00 0% 50V CERAMIC CHIP 0.0 .01 1UF 10% CERAMIC CHIP 0.0 .01 1UF 10%
C71 719 9 C72 720 0 C72 721 1 C72 722 2 C74 741 1
1-1 -16 64-1 -18 82-1 -11 1 1-1 -16 64-1 -18 82-1 -11 1 1-1 -16 64-8 -87 74-1 -11 1 1-1 -16 64-8 -87 74-1 -11 1 1-1 -11 12-2 -29 98-9 -91 1
CERAMIC CHIP 0.0 .003 033 3UF 10 10.0 .00 0% 50V CERAMIC CHIP 0.0 .003 033 3UF 10. 0.00 00% % 50 50V V CERAMIC CHIP 100PF 5.0 .00 0% 50V CERAMIC CHIP 100PF 5.0 .00 0% 50V CERAMIC CHIP 1UF 10% 16V
R715 R726 R736 R737 R740
1-2 -21 18-9 -97 77-1 -11 1 1-2 -21 18-9 -96 61-11 1-2 -21 18-965-1 -11 1 1-2 -21 18-965-1 -11 1 1-2 -21 18-965-1 -11 1
METAL CHIP METAL CHIP METAL CHIP METAL CHIP METAL CHIP
100K 4.7 .7K K 10K 10K 10K
5% 5% 5% 5% 5%
1/1 /16 6W 1/1 /16 6W 1/1 /16 6W 1/1 /16 6W 1/1 /16 6W
C74 743 3
1-1 -16 65-9 -90 08-1 -11 1
CERAMIC CHIP 1UF
R741 R742 R749
1-2 -21 18-9 -96 65-1 -11 1 1-2 -21 18-9 -96 65-1 -11 1 1-218-953-11
METAL CHIP METAL CHIP METAL CHIP
10K 5% 10K 5% 1K 5%
1/1 /16 6W 1/1 /16 6W 1/1 /16 6W
S701 S702 S703
1-786-726-11 1-786-726-11 1-786-726-11
SWIT ITC CH, TA TACTIL ILE E SWIT ITC CH, TA TACTIL ILE E SWIT ITC CH, TA TACTIL ILE E
CN2 N201 01 1-819-866-11 CN7 N702 02 1-506-481-11
CONNECTOR, USB USB (A) (A) PIN IN,, CO CONNECTOR 2P
D705 D706 D707
DI DA DA2J10100L DI DA DA2J10100L DI DZ DZ2J043M0L
6-502-961-01 6-502-961-01 6-503-013-01
10%
6.3 6 .3V V 25V
Part Description
6-502-961-01 6-502-961-01
PIN IN,, CO CONNECTOR 2P
A-1856-201-A ASERVIC ICE E ASSY, FR ***************************************** ******************** ***************************************** ********************************* *************
1-112-2 -29 98-9 -91 1 1-1 -16 62-9 -91 10-1 -11 1 1-1 -16 62-9 -91 10-11 1-1 -12 25-9 -97 72-9 -91 1 1-1 -12 25-9 -97 72-9 -91 1
Strictly follow the instructions whenever the components are repaired and/or replaced.
D710 D711
L703
C20 201 1 C20 202 2 C20 203 3 C20 204 4 C70 703 3
or dotted line with mark are critical for safety. Replace only with part number
25V 25V
10V
10-5
BDP-BX59/S590/S490 MB-144 Ref-No. 104 104 104 104 104 104 104 104 104 104 104 104 104 104 104
Part No. A-1867-913-A A-1856-392-A A-1856-349-A A-1856-345-A A-1856-335-A A-1856-330-A A-1856-324-A A-1856-320-A A-1856-301-A A-1856-264-A A-1856-248-A A-1856-227-A A-1856-217-A A-1856-211-A A-1856-200-A
Part Description
Remarks
Ref-No.
SERVICE ASSY, MB (BDP-S590:TW) SERVICE ASSY, MB (BDP-S490:KR) SERVICE ASSY, MB (BDP-S490:EA,KS) SERVICE ASSY, MB (BDP-S490:IN) SERVICE ASSY, MB (BDP-S490:CH) SERVICE ASSY, MB (BDP-S590:CH) SERVICE ASSY, MB (BDP-S590:AUS) SERVICE ASSY, MB (BDP-S490:SP,TH) SERVICE ASSY, MB (BDP-S590:SP) SERVICE ASSY, MB (BDP-S490:MX,E) SERVICE ASSY, MB (BDP-S590:MX) SERVICE ASSY, MB (BDP-S490:UK,AEP) SERVICE ASSY, MB (BDP-S590:UK,AEP) SERVICE ASSY, MB (BDP-S590:CND/BX59:CND) SERVICE ASSY, MB (BDP-S590:US,PX/BX59:US)
*******************************************************************************
Part No.
Part Description
C351 C352 C353 C365
1-100-159-91 1-100-159-91 1-100-159-91 1-114-553-11
CERAMIC CHIP 22UF CERAMIC CHIP 22UF CERAMIC CHIP 22UF CERAMIC CHIP 10UF
10% 10% 10% 10%
C366 C367 C369 C373 C385
1-100-916-11 1-100-916-11 1-112-777-11 1-112-777-11 1-112-777-11
CERAMIC CHIP 0.1UF CERAMIC CHIP 0.1UF CERAMIC CHIP 0.01UF CERAMIC CHIP 0.01UF CERAMIC CHIP 0.01UF
10% 16V 10% 16V 10% 25V 10% 25V 10% 25V
C393 C399 C442 C446 C447
1-112-777-11 1-112-777-11 1-100-916-11 1-164-850-81 1-164-849-81
CERAMIC CHIP 0.01UF CERAMIC CHIP 0.01UF CERAMIC CHIP 0.1UF CERAMIC CHIP 10PF CERAMIC CHIP 9PF
C447
1-164-850-81
CERAMIC CHIP 10PF
C452 C456 C457 C458
1-100-916-11 1-100-916-11 1-100-916-11 1-100-916-11
CERAMIC CHIP 0.1UF CERAMIC CHIP 0.1UF CERAMIC CHIP 0.1UF CERAMIC CHIP 0.1UF
10% 25V 10% 25V 10% 16V 0.50PF 50V 0.50PF 50V (BDP-S590/BX59) 0.50PF 50V (BDP-S490) 10% 16V 10% 16V 10% 16V 10% 16V
C459 C460 C461 C462 C463
1-100-916-11 1-100-916-11 1-100-916-11 1-100-916-11 1-100-916-11
CERAMIC CHIP 0.1UF CERAMIC CHIP 0.1UF CERAMIC CHIP 0.1UF CERAMIC CHIP 0.1UF CERAMIC CHIP 0.1UF
10% 10% 10% 10% 10%
16V 16V 16V 16V 16V
C464 C465 C466 C467 C468
1-100-916-11 1-100-916-11 1-100-916-11 1-100-916-11 1-100-916-11
CERAMIC CHIP 0.1UF CERAMIC CHIP 0.1UF CERAMIC CHIP 0.1UF CERAMIC CHIP 0.1UF CERAMIC CHIP 0.1UF
10% 10% 10% 10% 10%
16V 16V 16V 16V 16V
C469 C470 C471 C504 C507
1-100-916-11 1-100-909-11 1-100-909-11 1-100-916-11 1-100-916-11
CERAMIC CHIP 0.1UF CERAMIC CHIP 10UF CERAMIC CHIP 10UF CERAMIC CHIP 0.1UF CERAMIC CHIP 0.1UF
10% 10% 10% 10% 10%
16V 6.3V 6.3V 16V 16V
C601 C607 C608 C610 C631
1-117-681-21 1-100-916-11 1-100-909-11 1-116-716-11 1-100-966-91
ELECT CHIP 100UF CERAMIC CHIP 0.1UF CERAMIC CHIP 10UF CERAMIC CHIP 10UF CERAMIC CHIP 10UF
C632 C633
1-116-716-11 1-163-245-91
CERAMIC CHIP 10UF CERAMIC CHIP 56PF
C704 C705 C707
1-116-716-11 1-100-916-11 1-164-866-81
CERAMIC CHIP 10UF CERAMIC CHIP 0.1UF CERAMIC CHIP 47PF
10% 16V 5.00% 50V (BDP-S590) 10% 16V 10% 16V 5.00% 50V
C708 C717 C719 C720 C723
1-164-866-81 1-115-467-91 1-112-777-11 1-115-467-91 1-100-916-11
CERAMIC CHIP 47PF CERAMIC CHIP 0.22UF CERAMIC CHIP 0.01UF CERAMIC CHIP 0.22UF CERAMIC CHIP 0.1UF
5.00% 50V 10.00% 10V 10% 25V 10.00% 10V 10% 16V
C724 C727 C728 C729 C730
1-164-850-81 1-116-720-11 1-164-850-81 1-164-850-81 1-164-850-81
CERAMIC CHIP 10PF CERAMIC CHIP 10UF CERAMIC CHIP 10PF CERAMIC CHIP 10PF CERAMIC CHIP 10PF
0.50PF 50V 20% 6.3V 0.50PF 50V 0.50PF 50V 0.50PF 50V
Notes:
MB-144 mounted PWB must be replaced if IC101 (MAIN) and IC501 (NAND FLASH) is damaged or not functioning.
* *
C101 C102 C114 C115 C118
1-116-390-91 1-100-909-11 1-100-916-11 1-100-916-11 1-100-916-11
CERAMIC CHIP 2.2UF CERAMIC CHIP 10UF CERAMIC CHIP 0.1UF CERAMIC CHIP 0.1UF CERAMIC CHIP 0.1UF
C119 C120 C121 C122 C123
1-100-916-11 1-100-916-11 1-100-916-11 1-100-916-11 1-100-916-11
CERAMIC CHIP 0.1UF CERAMIC CHIP 0.1UF CERAMIC CHIP 0.1UF CERAMIC CHIP 0.1UF CERAMIC CHIP 0.1UF
10% 10% 10% 10% 10%
16V 16V 16V 16V 16V
C124 C125 C128 C129 C159
1-100-916-11 1-100-916-11 1-100-909-11 1-100-916-11 1-100-916-11
CERAMIC CHIP 0.1UF CERAMIC CHIP 0.1UF CERAMIC CHIP 10UF CERAMIC CHIP 0.1UF CERAMIC CHIP 0.1UF
10% 10% 10% 10% 10%
16V 16V 6.3V 16V 16V
C202 C203 C204 C206 C207
1-100-916-11 1-100-916-11 1-100-916-11 1-100-916-11 1-100-916-11
CERAMIC CHIP 0.1UF CERAMIC CHIP 0.1UF CERAMIC CHIP 0.1UF CERAMIC CHIP 0.1UF CERAMIC CHIP 0.1UF
10% 10% 10% 10% 10%
16V 16V 16V 16V 16V
C211 C214 C215 C304 C307
1-100-916-11 1-100-909-11 1-100-916-11 1-112-298-91 1-112-777-11
CERAMIC CHIP 0.1UF CERAMIC CHIP 10UF CERAMIC CHIP 0.1UF CERAMIC CHIP 1UF CERAMIC CHIP 0.01UF
10% 16V 10% 6.3V 10% 16V 10% 16V 10% 25V
C309 C336 C337 C338 C340
1-165-908-91 1-100-916-11 1-116-714-11 1-116-714-11 1-114-553-11
CERAMIC CHIP 1UF CERAMIC CHIP 0.1UF CERAMIC CHIP 22UF CERAMIC CHIP 22UF CERAMIC CHIP 10UF
10% 10% 20% 20% 10%
C341 C343 C346 C347 C349
1-114-553-11 1-114-553-11 1-112-776-11 1-165-908-91 1-100-916-11
CERAMIC CHIP 10UF 10% 16V CERAMIC CHIP 10UF 10% 16V CERAMIC CHIP 0.0047UF 10% 50V CERAMIC CHIP 1UF 10% 10V CERAMIC CHIP 0.1UF 10% 16V
C350
1-100-916-11
CERAMIC CHIP 0.1UF
20% 10% 10% 10% 10%
6.3V 6.3V 16V 16V 16V
10%
10V 16V 6.3V 6.3V 16V
*
16V 10-6
Remarks 6.3V 6.3V 6.3V 16V
20.00% 16V 10% 16V 10% 6.3V 10% 16V 20% 10V
BDP-BX59/S590/S490 MB-144 Ref-No. C731 C811 C812 C901 C902 C903 C904 C905 C906 C907
Part No. 1-164-850-81 1-100-916-11 1-100-916-11 1-165-908-91 1-165-908-91 1-164-882-81 1-164-882-81 1-165-908-91 1-100-909-11 1-100-909-11
Part Description CERAMIC CHIP 10PF CERAMIC CHIP 0.1UF CERAMIC CHIP 0.1UF CERAMIC CHIP 1UF CERAMIC CHIP 1UF CERAMIC CHIP 220PF CERAMIC CHIP 220PF CERAMIC CHIP 1UF CERAMIC CHIP 10UF CERAMIC CHIP 10UF
Remarks 0.50PF 50V 10% 16V 10% 16V 10% 10V 10% 10V 5.00% 16V 5.00% 16V 10% 10V 10% 6.3V 10% 6.3V
C910 C911 C922 C923 C931
1-164-874-81 1-164-874-81 1-164-882-81 1-164-882-81 1-100-916-11
CERAMIC CHIP 100PF CERAMIC CHIP 100PF CERAMIC CHIP 220PF CERAMIC CHIP 220PF CERAMIC CHIP 0.1UF
5.00% 50V 5.00% 50V 5.00% 16V 5.00% 16V 10% 16V
C932 C1002 C1004 C1005 C1006
1-164-874-81 1-100-905-11 1-164-874-81 1-164-874-81 1-164-874-81
CERAMIC CHIP 100PF CERAMIC CHIP 0.001UF CERAMIC CHIP 100PF CERAMIC CHIP 100PF CERAMIC CHIP 100PF
5.00% 10% 5.00% 5.00% 5.00%
CERAMIC CHIP 100PF CERAMIC CHIP 4.7UF CERAMIC CHIP 0.001UF CERAMIC CHIP 0.001UF CERAMIC CHIP 0.1UF
5.00% 50V 10% 10V 10.00% 50V 10% 50V 10% 16V
C1102 C1105 C1106 C1110 C1118
CERAMIC CHIP 0.001UF CERAMIC CHIP 0.1UF CERAMIC CHIP 0.001UF CERAMIC CHIP 0.1UF CERAMIC CHIP 0.1UF
10% 50V 10% 16V 10% 50V 10% 16V 10% 16V
C1122 C1123 C1129 C1134 C1152
1-100-916-11 1-100-916-11 1-100-916-11 1-100-916-11 1-112-298-91
CERAMIC CHIP 0.1UF CERAMIC CHIP 0.1UF CERAMIC CHIP 0.1UF CERAMIC CHIP 0.1UF CERAMIC CHIP 1UF
10% 10% 10% 10% 10%
16V 16V 16V 16V 16V
C1153 C1155 C1173 C1174 C1175
1-100-916-11 1-112-298-91 1-112-298-91 1-112-298-91 1-112-777-11
CERAMIC CHIP 0.1UF CERAMIC CHIP 1UF CERAMIC CHIP 1UF CERAMIC CHIP 1UF CERAMIC CHIP 0.01UF
10% 16V 10% 16V 10% 16V 10% 16V 10% 25V
C1176 C1177 C1178 C1190 C1197
1-112-298-91 1-112-777-11 1-112-777-11 1-100-916-11 1-100-916-11
CERAMIC CHIP 1UF CERAMIC CHIP 0.01UF CERAMIC CHIP 0.01UF CERAMIC CHIP 0.1UF CERAMIC CHIP 0.1UF
10% 16V 10% 25V 10% 25V 10% 16V 10% 16V
C1201 1-116-716-11 C1202 1-116-716-11 C1203 1-112-298-91 C1205 1-100-916-11 C1206 1-112-298-91
CERAMIC CHIP 10UF CERAMIC CHIP 10UF CERAMIC CHIP 1UF CERAMIC CHIP 0.1UF CERAMIC CHIP 1UF
10% 10% 10% 10% 10%
16V 16V 16V 16V 16V
C1207 C1209 C1211 C1213 C1222
CERAMIC CHIP 0.1UF CERAMIC CHIP 1UF CERAMIC CHIP 1UF CERAMIC CHIP 1UF CERAMIC CHIP 0.1UF
10% 10% 10% 10% 10%
16V 16V 16V 16V 16V
C1223
1-100-916-11 1-112-298-91 1-112-298-91 1-112-298-91 1-100-916-11 1-100-916-11
CERAMIC CHIP 0.1UF
10%
Part No. 1-100-916-11 1-100-916-11 1-112-777-11 1-112-777-11
Part Description CERAMIC CHIP 0.1UF CERAMIC CHIP 0.1UF CERAMIC CHIP 0.01UF CERAMIC CHIP 0.01UF
C1270 1-112-777-11 C1280 1-100-916-11 C1290 1-100-916-11 C6205 1-137-765-21 C6212 1-137-765-21
CERAMIC CHIP 0.01UF CERAMIC CHIP 0.1UF CERAMIC CHIP 0.1UF ELECT CHIP 47UF ELECT CHIP 47UF
* *
10-7
10% 25V 10% 16V 10% 16V 20% 16V 20% 16V
CN604 1-821-834-12 CN701 1-821-398-21 CN801 1-843-160-11 CN1001 1-573-806-21 CN1002 1-820-116-51 CN1101 1-843-036-11
PIN, CONNECTOR (1.5MM) (SMD)6P CONNECTOR, FFC/FPC 17P FFC/FPC CONNECTOR 45P
D304 D312 D316
6-502-248-01 6-502-966-01 6-502-248-01
DI KDZTR3.9B DI DZ2J056M0L DI KDZTR3.9B
FB101 FB301 FB302 FB702 FB703
1-400-794-21 1-469-324-21 1-469-324-21 1-460-507-11 1-460-507-11
FERRITE 0UH FERRITE 0UH FERRITE 0UH FERRITE 0UH FERRITE 0UH
FB704 FB705 FB706 FB1151 FB1155
1-460-507-11 1-460-507-11 1-460-507-11 1-216-864-91 1-216-864-91
FERRITE 0UH FERRITE 0UH FERRITE 0UH SHORT CHIP 0 SHORT CHIP 0
FB1200 1-244-161-81 FB1212 1-216-864-91
METAL CHIP 2.2 5% SHORT CHIP 0
IC106 IC206 IC301 IC302 IC307
6-716-964-01 6-716-964-01 6-717-694-01 6-718-192-01 6-717-880-01
IC K4B2G1646C-HCH9 IC K4B2G1646C-HCH9 IC BU33TD3WG-TR IC SN1011047PWPR IC BD9328EFJ-E2
IC310 IC313 IC503 IC601 IC707
6-717-879-01 6-715-678-01 6-711-181-01 6-715-164-01 6-705-337-01
IC RT8293ALZSP IC PST8450UL IC S-80830CNNB-B8PT2G IC TPS2553DBVR IC TK11150CSCL-G
IC901 IC1001 IC1151 IC1201
6-716-753-01 6-717-878-01 6-718-188-01 6-718-022-01
IC NJU72010RB2-TE2 IC STM6779SWB6F IC BD80GA3WEFJ-E2 IC TPIC2050DFDRG4
J901
1-843-249-11
RCA JACK 4P
1-457-871-11
INDUCTOR 2.2UH
L301
16V
10% 10% 10% 10%
Remarks 16V 16V 25V 25V
PIN (PC BOARD), CONNECTOR 7P PIN, CONNECTOR (1.5MM) (SMD)5P (BDP-S590) USB CONNECTOR HDMI CONNECTOR ETHERNET CONNECTOR (8P)
CN302 1-785-728-21 CN603 1-573-768-21
50V 50V 50V 50V 50V
C1007 1-164-874-81 C1010 1-112-300-91 C1015 1-164-937-81 C1016 1-100-905-11 C1101 1-100-916-11 1-100-905-11 1-100-916-11 1-100-905-11 1-100-916-11 1-100-916-11
Ref-No. C1224 C1226 C1229 C1230
1/16W
BDP-BX59/S590/S490 MB-144 Ref-No.
Part No.
Part Description
Remarks
L303 L304 L307 L601
1-457-874-11 1-457-871-11 1-457-874-11 1-457-223-11
INDUCTOR INDUCTOR INDUCTOR INDUCTOR
10UH 2.2UH 10UH 0UH
L701 L702 L703 L704 L705
1-457-374-21 1-457-374-21 1-457-374-21 1-457-374-21 1-412-979-41
INDUCTOR INDUCTOR INDUCTOR INDUCTOR INDUCTOR
0UH 0UH 0UH 0UH 1UH
PS301 1-523-134-31 PS302 1-523-135-31 PS1001 1-523-130-31
FUSE FUSE FUSE
Q302 Q304 Q305 Q310 Q311
6-551-184-01 6-552-430-01 6-552-430-01 6-552-430-01 6-551-184-01
TRANSISTOR MCH6305-TL-E-S TR DRC5114E0L TR DRC5114E0L TR DRC5114E0L TRANSISTOR MCH6305-TL-E-S
Q312 Q313 Q314 Q501 Q502
6-552-433-01 6-552-407-01 6-552-430-01 6-552-433-01 6-552-433-01
TR DRC5115E0L TR DSA500100L TR DRC5114E0L TR DRC5115E0L TR DRC5115E0L
Q702 Q902
6-551-714-01 6-552-430-01
TR INK0001AC1-T112-1 TR DRC5114E0L
R102 R103 R106 R108
1-208-683-11 1-208-683-11 1-218-941-81 1-208-668-11
RES,METAL FILM CHIP 1.0K(1005) RES,METAL FILM CHIP 1.0K(1005) METAL CHIP 100 5% 1/16W RES, METAL FILM CHIP 240(1005)
R206 R207 R301 R304 R305
1-218-941-81 1-208-668-11 1-218-977-81 1-218-953-81 1-218-953-81
METAL CHIP 100 5% 1/16W RES, METAL FILM CHIP 240(1005) METAL CHIP 100K 5% 1/16W METAL CHIP 1K 5% 1/16W METAL CHIP 1K 5% 1/16W
R311 R312 R313 R314 R315
1-208-911-81 1-208-709-11 1-208-683-11 1-208-911-81 1-218-965-81
METAL CHIP 10K 0.5% 1/16W RES, METAL FILM CHIP 12K(1005) RES,METAL FILM CHIP 1.0K(1005) METAL CHIP 10K 0.5% 1/16W METAL CHIP 10K 5% 1/16W
R318 R322 R327 R330 R331
1-208-905-81 1-208-687-11 1-218-953-81 1-208-695-11 1-208-911-81
METAL CHIP 5.6K 0.5% 1/16W RES,METAL FILM CHIP 1.5K(1005) METAL CHIP 1K 5% 1/16W RES,METAL FILM CHIP 3.3K(1005) METAL CHIP 10K 0.5% 1/16W
R333 R336 R341 R343 R347
1-218-990-81 1-218-965-81 1-216-864-91 1-218-953-81 1-218-961-81
SHORT CHIP 0 METAL CHIP 10K 5% SHORT CHIP 0 METAL CHIP 1K 5% METAL CHIP 4.7K 5%
R350 R351 R364 R370
1-208-709-11 1-208-691-11 1-218-990-81 1-208-687-11
RES, METAL FILM CHIP 12K(1005) RES,METAL FILM CHIP 2.2K(1005) SHORT CHIP 0 RES,METAL FILM CHIP 1.5K(1005)
2A 50V 3.15A 32V 0.5A 50V
1/16W 1/16W 1/16W
10-8
Ref-No. Part No. R371 1-208-691-11
Part Description Remarks RES,METAL FILM CHIP 2.2K(1005)
R374 R375 R384 R390 R391
1-218-971-81 1-218-971-81 1-218-990-81 1-218-971-81 1-218-971-81
METAL CHIP METAL CHIP SHORT CHIP METAL CHIP METAL CHIP
R392 R393 R404 R405 R515
1-216-825-91 1-216-825-91 1-208-671-11 1-218-989-81 1-218-990-81
METAL CHIP 2.2K 5% 1/10W METAL CHIP 2.2K 5% 1/10W RES, METAL FILM CHIP 330(1005) METAL CHIP 1M 5% 1/16W SHORT CHIP 0
R518 R519 R523 R524 R601
1-218-990-81 1-218-965-81 1-208-695-11 1-218-965-81 1-457-421-21
SHORT CHIP 0 METAL CHIP 10K 5% 1/16W RES,METAL FILM CHIP 3.3K(1005) METAL CHIP 10K 5% 1/16W FERRITE 0UH (BDP-S590)
R603 R605 R606 R608 R609
1-216-864-91 1-218-965-81 1-218-965-81 1-208-711-11 1-218-864-11
SHORT CHIP 0 METAL CHIP 10K 5% 1/16W METAL CHIP 10K 5% 1/16W RES, METAL FILM CHIP 15K(1005) RES, CHIP 5.1K (1608)
R610 R612 R621 R622 R629
1-218-990-81 1-216-295-91 1-218-990-81 1-218-990-81 1-218-990-81
SHORT CHIP SHORT CHIP SHORT CHIP SHORT CHIP SHORT CHIP
0 0 0 0 0
R630 R631 R632 R633
1-218-990-81 1-218-990-81 1-218-990-81 1-218-990-81
SHORT CHIP SHORT CHIP SHORT CHIP SHORT CHIP
0 0 0 0
R634 R635 R636 R705 R707
1-218-990-81 1-216-295-91 1-216-295-91 1-218-990-81 1-218-990-81
SHORT CHIP SHORT CHIP SHORT CHIP SHORT CHIP SHORT CHIP
0 0 0 0 0
R708 R709 R730 R735 R736
1-220-169-81 1-218-990-81 1-218-973-81 1-218-956-81 1-218-956-81
METAL CHIP SHORT CHIP METAL CHIP METAL CHIP METAL CHIP
75 0 47K 1.8K 1.8K
R738 R757 R773 R803 R805
1-218-965-81 1-218-990-81 1-218-970-11 1-216-864-91 1-208-920-81
METAL CHIP 10K 5% 1/16W SHORT CHIP 0 RES, CHIP 27K SHORT CHIP 0 METAL CHIP 24K 0.5% 1/16W
R903 R904 R911 R912 R919
1-208-911-81 1-208-911-81 1-218-990-81 1-218-990-81 1-218-973-81
METAL CHIP 10K 0.5% 1/16W METAL CHIP 10K 0.5% 1/16W SHORT CHIP 0 SHORT CHIP 0 METAL CHIP 47K 5% 1/16W
R920 R921 R922 R923 R929
1-218-973-81 1-218-949-81 1-218-949-81 1-218-965-81 1-218-990-81
METAL CHIP METAL CHIP METAL CHIP METAL CHIP SHORT CHIP
47K 470 470 10K 0
R930
1-218-990-81
SHORT CHIP
0
33K 33K 0 33K 33K
5% 5%
1/16W 1/16W
5% 5%
1/16W 1/16W
(BDP-S590) (BDP-S590)
(BDP-S590) (BDP-S590)
5% 5% 5% 5%
5% 5% 5% 5%
1/16W 1/16W 1/16W 1/16W
1/16W 1/16W 1/16W 1/16W
BDP-BX59/S590/S490 MB-144 Ref-No.
Part No.
Part Description
Remarks
R943 R945 R976 R993
1-218-947-81 1-218-947-81 1-218-990-81 1-218-990-81
METAL CHIP 330 5% METAL CHIP 330 5% SHORT CHIP 0 SHORT CHIP 0
R995 R1002 R1008 R1009 R1011
1-218-990-81 1-218-965-81 1-218-965-81 1-218-965-81 1-218-965-81
SHORT CHIP METAL CHIP METAL CHIP METAL CHIP METAL CHIP
0 10K 10K 10K 10K
R1014 R1016 R1020 R1023 R1028
1-218-965-81 1-218-965-81 1-218-990-81 1-218-941-81 1-218-965-81
METAL CHIP METAL CHIP SHORT CHIP METAL CHIP METAL CHIP
10K 10K 0 100 10K
R1033 R1038 R1039 R1040 R1041
1-218-977-81 1-469-081-21 1-469-081-21 1-218-941-81 1-218-941-81
METAL CHIP FERRITE FERRITE METAL CHIP METAL CHIP
100K 5% 1/16W 0UH 0UH 100 5% 1/16W 100 5% 1/16W
R1044 R1045 R1046 R1047 R1048
1-208-923-81 1-208-691-11 1-218-990-81 1-208-695-11 1-218-941-81
METAL CHIP 33K 0.5% 1/16W RES,METAL FILM CHIP 2.2K(1005) SHORT CHIP 0 RES,METAL FILM CHIP 3.3K(1005) METAL CHIP 100 5% 1/16W
R1051 R1054 R1055 R1065 R1110
1-218-990-81 1-218-990-81 1-218-990-81 1-218-990-81 1-218-957-81
SHORT CHIP 0 SHORT CHIP 0 SHORT CHIP 0 SHORT CHIP 0 METAL CHIP 2.2K 5%
1/16W
R1112 R1120 R1121 R1134 R1153
1-218-961-81 1-250-535-11 1-250-531-11 1-208-911-81 1-218-965-81
METAL CHIP METAL CHIP METAL CHIP METAL CHIP METAL CHIP
1/16W 1/16W 1/16W 1/16W 1/16W
R1154 R1181 R1191 R1192 R1213
1-218-990-81 1-218-941-81 1-218-864-11 1-208-699-11 1-216-825-91
SHORT CHIP 0 METAL CHIP 100 5% 1/16W RES, CHIP 5.1K (1608) RES,METAL FILM CHIP 4.7K(1005) METAL CHIP 2.2K 5% 1/10W
R1214 R1215 R1216 R1217 R1218
1-216-825-91 1-216-825-91 1-216-825-91 1-216-825-91 1-216-825-91
METAL CHIP METAL CHIP METAL CHIP METAL CHIP METAL CHIP
4.7K 47K 33K 10K 10K
2.2K 2.2K 2.2K 2.2K 2.2K
Ref-No.
Part No.
Part Description
OP-020 Remarks
1/16W 1/16W
A-1856-203-A SERVICE ASSY, OP *************************************************************************
5% 5% 5% 5%
1/16W 1/16W 1/16W 1/16W
5% 5%
1/16W 1/16W
5% 5%
1/16W 1/16W
5% 1% 1% 0.5% 5%
5% 5% 5% 5% 5%
IC901
1/10W 1/10W 1/10W 1/10W 1/10W
RB1001 1-234-378-21 RB1002 1-234-378-21 RB1004 1-234-378-21
RES, NETWORK 10K (1005X4) RES, NETWORK 10K (1005X4) RES, NETWORK 10K (1005X4)
TH301
1-804-949-11
THERMISTOR, NTC (SMD)
X401
1-814-417-11
QUARTZ CRYSTAL UNIT(27MHZ)
10-9E
6-600-817-01
IC TRT101N-D001-00A2T1B