diagramas.diagramasde.com · Sony Corporation Home Entertainment Business Group SERVICE MANUAL 9-890-762-11 2011H6900-1 © 2011.08 Published by Design Engineering Dept. BLU-RAY DISC

Sony CorporationHome Entertainment Business Group

SERVICE MANUAL

9-890-762-11

2011H6900-1© 2011.08

Published by Design Engineering Dept.

BLU-RAY DISC / DVD PLAYER

BDP-BX18/S185/S186RMT-B118A/B118P/B109C

SPECIFICATIONS

SystemLaser: Semiconductor laser

Inputs and outputs(Jack name:

Jack type/Output level/Load impedance)

HDMI OUT:HDMI 19-pin standard connector

LINE OUT VIDEO:Phono jack/1.0 Vp-p/75 ohms

LAN (100):100BASE-TX Terminal

USB:USB jack Type A maximum current 500mA

GeneralPower requirements:

120V AC, 60Hz (BDP-S185:US, CND/BX18)220 – 240V AC, 50/60Hz (AEP,UK, AUS,RUS,CN)

Power consumption:10 W

Dimensions (approx.):290mm × 188mm × 42.5mm(width/depth/height) incl. projecting parts

Mass (approx.): 1.1kg

Operating temperature:5 ºC to 35 ºC(41 F to 95 F)

Operating humidity:25 % to 80 %

Supplied accessories

Specifications and design are subject to change without notice.

Audio/video cable (phono plug ×3) (1)(AUS,RUS,US,CND)

Remote commander (remote) (1) Size AA (R6) batteries (2)

Photo: BDP-S185Remote : RMT-B118A

HDMI cable (1) (BDP-S185:CN/BX18)

(BDP-S185:US/BX18:US)

ENERGY STAR and the ENERGY STAR mark are registered U.S. marks. ENERGY STAR is a registered mark owned by the U.S. government.

US ModelCanadian Model

Australian/NZ Model Chinese Model

Russian Model

AEP Model

UK Model

LINE OUT R-AUDIO-L:Phone jack/2 Vrms/10 kilohms

DIGITAL OUT (COAXIAL):Phono jack/0.5 Vp-p/75 ohms

BDP-S185

BDP-S185/BX18

BDP-S185/S186

º º

TM

Ver. 1.0 2011.08

(For connecting a USB device)

– 2 –

SAFETY CHECK-OUT

LEAKAGE TESTThe 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-operated 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. Nearly all battery operated digital multimeters that have a 2V AC range are suitable. (See Fig. A)

1. Check

the area of your repair for unsoldered or poorly-soldered connections. Check the entire board surface for solder splashes and bridges.

2. Check the interboard wiring to ensure that no wires are “pinched” or contact high-wattage resistors.

3. Look for unauthorized 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.

After correcting the original service problem, perform the following safety checks before releasing the set to the customer:

1.5kΩ0.15µF(0.75 V)

Parts on Set

Earth Ground

Fig. A. Using an AC voltmeter to check AC leakage.

Unleaded solderBoards requiring use of unleaded solder are printed with the lead-free 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 MARKUnleaded 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 solder 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.

CAUTION:The use of optical instrument with this product will increase eye hazard.

CAUTIONUse of controls or adjustments or performance of procedures other than those specified herein may result in hazardous radia-tion exposure.

This label is located on the 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 OBJEC-TIVE LENS ON THE OPTICAL PICK-UP BLOCK.

For customers in European countries

product. The CLASS 1 LASER PRODUCT MARKING is located on the rear exterior.

SAFETY-RELATED COMPONENT WARNING!!

COMPONENTS IDENTIFIED BY MARK OR DOTTED LINE WITHMARK ON THE SCHEMATIC DIAGRAMS AND IN THE PARTSLIST ARE CRITICAL TO SAFE OPERATION. REPLACE THESECOMPONENTS WITH SONY PARTS WHOSE PARTNUMBERS APPEAR AS SHOWN IN THIS MANUAL OR IN SUPPLE-MENTS PUBLISHED BY SONY.

ATTENTION AU COMPOSANT AYANT RAPPORTÀ LA SÉCURITÉ!

LES COMPOSANTS IDENTIFÉS PAR UNE MARQUE SUR LESDIAGRAMMES SCHÉMATIQUES ET LA LISTE DES PIÈCES SONTCRITIQUES POUR LA SÉCURITÉ DE FONCTIONNEMENT. NEREMPLACER CES COMPOSANTS QUE PAR DES PIÈSES SONYDONT LES NUMÉROS SONT DONNÉS DANS CE MANUEL OUDANS LES SUPPÉMENTS PUBLIÉS PAR SONY.

BDP-BX18/S185/S186

– 3 –

TABLE OF CONTENTS

1. SERVICE NOTE

1-1. Disc Removal Procedure If The Tray Cannot Be Ejected (Forced Ejection) ............................................. 1-11-2. Work when optical device are replaced ........................ 1-11-3. Test Disc ....................................................................... 1-2 1-3-1. Operation and Display ............................................. 1-2

1-4. Drive Repairing............................................................. 1-15 1-4-1. Preparation .............................................................. 1-15 1-4-2. Checking Flow ~ Drive (BU) section ~ .................... 1-15 1-4-3. BU Check Flow [zz] ~ .............................................. 1-16 1-4-4. BU (Optical Block) Repair Guide ............................. 1-16 1-4-5. BU Adjustment Flow [yy] ~ ...................................... 1-17 1-4-6. KEM-470AAA/C2RP Packing Spec. ....................... 1-17 1-4-7. KEM-470AAA/C2RP Packing .................................. 1-18 1-4-8. BU Data Decode Jig ................................................ 1-19 1-4-9. Loading For Service ......................................... 1-20 1-4-10. Laser Caution Label ................................................ 1-20

2. DISASSEMBLY

2-1. Disassembly Flow ........................................................ 2-12-2. ......................................................... 2-12-3.

Tray Cover Assy

.......................................................... 2-22-4. FR-316 Board, Switching Regulator.............................. 2-42-5.

MB-143 Board............................................................... 2-4

2-6. 2-52-7. ................................................................... 2-52-8. ........................................... .. 2-6E

3. BLOCK DIAGRAMS

3-1. Overall Block Diagram.................................................. 3-13-2. DSP Block Diagram ...................................................... 3-23-3. AV OUT Block Diagram ................................................ 3-33-4. USB/ETHER, Block Diagram .................................. 3-43-5. Power Block Diagram .......................................... 3-5E

4. SCHEMATIC DIAGRAMS

4-1. This Note Is Common For Schematic Diagrams .......... 4-14-2. Frame Schematic Diagram........................................... 4-24-3. FR-316 Board (FRONT LEFT) Schematic Diagram ... 4-34-4. FR-316 Board (USB FRONT) Schematic Diagram ...... 4-4

4-6.

MB-143 Board (DDR 3 A)

Schematic Diagram (1/14)............................................ 4-5

4-7.

MB-143 Board (DDR 3 B)


4-13. MB-143 Board (AUDIO) Schematic Diagram (9/14)............................................ 4-134-14. MB-143 Board (VIDEO) Schematic Diagram (10/14).......................................... 4-144-15. MB-143 Board (GPIO/JTAG) Schematic Diagram (11/14) .......................................... 4-154-16. MB-143 Board (IF CON) Schematic Diagram (12/14).......................................... 4-164-17. MB-143 Board (FE_POWER/OP/GIO) Schematic Diagram (13/14).......................................... 4-174-18. MB-143 Board (FE_POWER/MOTOR DRIVE)

4-19. Waveforms ................................................................... 4-19E

5. PRINTED WIRING BOARDS

5-1. This Note Is Common For Printed Wiring Boards ........ 5-15-2. FR-316 Board (FRONT LEFT) Printed Wiring Board..... 5-25-3. MB-138 Board(MAIN) Printed Wiring Board (Side A) ..................................... 5-35-4. MB-138 Board (MAIN) Printed Wiring Board (Side B) ...................................... 5-4E

6. IC PIN FUNCTION DESCRIPTION ................... 6-1

7. SERVICE MODE ..................................................... 7-1

8. ERROR LOG LIST ................................................. 8-1

9. TROUBLESHOOTING ............................................. 9-1

10. REPAIR PARTS LIST

10-1. Exploded Views ............................................................ 10-1 10-1-1. Case Section ........................................................... 10-1 10-1-2. ........................................... 10-2 10-1-3.

Main Chassis Section ............................................................. 10-3

10-1-4. BD Section

.......................................................... 10-4 Accessories 10-2. Electrical Parts List ....................................................... 10-5

BDP-BX18/S185/S186

Schematic Diagram (14/14) ........................................ 4-18

MB-143 Board (USB) Schematic Diagram (6/14)......... 4-10

4-11. MB-143 Board (HDMI) Schematic Diagram (7/14)............................................ 4-114-12. MB-143 Board (ETHERNET) Schematic Diagram (8/14)............................................ 4-12

Circuit Boards Location

1-5. Rear Panel Assembly Caution................................... 1-23E

egaP eltiT noitceS egaP eltiT noitceS

1-3-2. Main functions ......................................................... 1-9

4-9.

MB-143 Board (CLK/POWER)


4-10.

MB-143 Board (FLASH/HOST) Schematic Diagram (5/14)............................................ 4-9

4-8.

MB-143 Board (POWER)


4-5.

Top Panel ...........

Switching Regulator. ....................................................

Drive..........

1-1

BDP-BX18/S185/S186SECTION 1

SERVICE NOTE

1-1. DISC REMOVAL PROCEDURE IF THE TRAY CANNOT BE EJECTED (FORCED EJECTION)

1. Remove the upper case. (Refer to page 2-1)2. Insert a clip in the hole of a drive and open a tray.

1-2. Work when optical device are replaced

Note: Please do the following work when you replace the optical device.

1. Install it in PC after downloading two set of software from following URL. (Refer to “1-4-8. BU Data Decode Jig” on page 1-19)

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

2. Take a photograph of the bar code on the optical device. The valid bar code photo as shown in Fig.2

3. Drag-and-drop the bar code photograph to the icon of decode software (BDPRdec). * The decode software is a complete set of “BDPRdec”, “Tasman.Bars.dll”, 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)

Fig.2

1 Insert paper clip inside hole

tray

3 Tray cover assy

2

1-2

1-3. TEST DISC

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)

1-3-1. Operation and Display

Check Items1) BLX-104 1. Select 23.976Hz/1080p 2. Play “4.Motion pictures” 3. Check whether player can play back or not 4. Check each outputs Video: Composite/component/HDMI Audio: Digital out (Coaxial/Optical)/Audio 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 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 “5.Demonstration 16:9” (Check the picture and sound output)

BDP-BX18/S185/S186

1-3

1-3-1-1. BLX-104 Menu Function (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.


Sub_menu1 is displayedTo Main Menu after playback from T2_C1 to T19_C1To Main Menu after playback of T20_C1To Main Menu after playback of T21_C1

Sub_menu3 is displayedTo Main Menu after playback from T54_C1 to T60_C1To Main Menu after playback of T61_C1To Main Menu after playback of T62_C1

* 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.* 5. AV Sync does not operate.Note: Txx_ Cxx Chapter No. Title No.

BDP-BX18/S185/S186

1-4


To Main Menu after playback from T23_C1 to T40_C1

To Main Menu after playback of T41_C1


Sub_menu2 is displayed

To Main Menu after playback from T44_C1 to T50_C1To Main Menu after playback of T51_C1



* 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.

BDP-BX18/S185/S186

1-5

1-3-1-4. BLX-104 Menu Function (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 selec-

tively 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.

BDP-BX18/S185/S186

1-6


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 se-

lectively 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.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.

BDP-BX18/S185/S186

1-7


X

X

X

X

X

X



lectively 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




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.

BDP-BX18/S185/S186

1-8


X

X

X

X

X

X



lectively 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




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.

BDP-BX18/S185/S186

1-9


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.


Sub_menu1 is displayedTo Main Menu after playback from T2_C1 to T19_C1


To Main Menu after playback of T21t T63t T64t T65t T66

Sub_menu3 is displayedTo Main Menu after playback of T54_C1-T60_C1t T83_C1-T94_C1To Main Menu after playback of T61_C1

To Main Menu after playback of T62t T82



* 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.

1-3-2 Menu Function

BDP-BX18/S185/S186

1-10



To Main Menu after playback from T23_C1 to T40_C1To Main Menu after playback of T41_C1



To Main Menu after playback of T44_C1-T50_C1t T71_C1-T81_C1To Main Menu after playback of T51_C1

To Main Menu after playback of T52_C1t T69



* 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.

BDP-BX18/S185/S186

1-11

1-3-2-4. BLX-204 Menu Function (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 selec-

tively 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



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.

BDP-BX18/S185/S186

1-12


X

X

X

X

X

X



lectively 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.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.

BDP-BX18/S185/S186

1-13


X

X

X

X

X

X



lectively 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.8) Selection of Motion Picture t Return to Sub menu3 after playback of T62_C1 and T82. 1. Color Bar 100% is selectively displayed 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.

BDP-BX18/S185/S186

1-14


X

X

X

X

X

X



lectively 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




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.

BDP-BX18/S185/S186

1-15

.4-1 DRIVE REPAIRING1-4-1.

Preparation

1-4-2. Checking Flow ~ Drive (BU) section ~

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 LaserTo prevent ESD destruction, please make sure the working

space and human ESD.

Drive flowchart

BDP-S185 can play the BD-disc

BLX-104

BDP-S185 can play the DVD/CD-disc

Check Drive Power SupplyQ301 Pin 6: 12V

Q302 Pin 6: 5VCheck PS301, PS302

Replace PS when open

Check / replace the FFC cable, then check BDP-S185 operates normally

OP FFC cable (1-839-257-11)

Check the Optical Block Unit (BU) by service mode. (Flowchart zz)

BU IOP is OK?Replace the Optical Block Unit (BU)

Optical Block Unit (BU) replace (Flowchart yy)

OK

DVD: HLX-513CD: HLX-A1

NO

YES

NO

YES

YES

NO NO

NO

SPD FFC cable (1-839-258-11)

How to open FFC Holder. Refer below picture.

1

2

1

2

1

2

BDP-BX18/S185/S186

1-16

1-4-3. BU Check Flow [zz] ~

Before BU Replacement ~

1-4-4. BU (Optical Block) Repair Guide

BDP 6.9G (B D P-S1 8 5 ) 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

-,G RequirementDigital camera (recommend with macro mode)Barcode decoder (BDPRdec_ver2.0) installed in -,G PC’sUSB memory ESD work bench

3URFHGure (all cases) Refer the diagram

Remarks: The servo adjustment procedure will be carried out during OP data Writing.There is no manual adjustment procedure. LD ON TIME history doesn’t carry over. Do not touch any optical block parts, Turn Table and during replacing. BD Laser diode is very sensitive!

Optical Block Unit (BU) IOP check flow (zz) ~ [Before BU Replacement]

Enter Service ModePress ., ,

and plug in AC Power

,nside *Service Mode MenuSelect [8] Drive

,nside *DriveSelect [7] OP Check Menu

,nside *OP Check MenuSelect [2] d,OP then press 'ENTER'

Specification d,OPBD: 6mA

DVD, CD: 9mA

,OP out of specification need BU replacement

Optical Block Unit (BU) replace (Flowchart yy)AC Power OFF

NO

YES

+-+-

BDP-BX18/S185/S186

1-17

1-4-5. BU Adjustment Flow [yy] ~

1-4-6. KEM-470AAA/C2RP Packing Spec.

KEM-430AAA/C2RP Packing Spec.

Optical Block Unit (BU) OP Data Write Flow (yy) ~ [After 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)

Decode the OP Data Barcode photo u s i ng BDPRdec.exe and save the test data to

USB memory(File Name: BuData.txt)

Enter Service Mode and insert USB memory to USB connector

Select [8] Drive --> Select [1] Drive OP data Write

Press ENTER

After Finishing ReWrite 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 performance using BD, DVD and CD

BLX-104

DVD: HLX-513CD: HLX-A1

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 requirementDigital camera (with macro mode)Barcode decoder (BDPRdec.exe)installed in jigPC's (jig purpose)USB memoryESD free work bench

BDP-BX18/S185/S186

1-18

1-4-7. KEM-470AAA/C2RP Packing

1) Store it in Cushion Carton

2) Store it in Individual Carton

Individual Carton (4-272-629-0)

Antistatic Bag

InstructionManual

Cushion Carton

Antistatic Bag

Lid foam tray

2) Store the Cushion carton in the individual carton

C surface cut facing front

3) Store it in Master Carton

4) Master carton is sealedwith the PP tape.

Individual Carton (E430-BU-RP)

Stick it toH.

PPTape

Store 10 individual cartons 1 step X 2 steps= 20 individual cartons in the master carton.Master Carton (E430-BU-RP)

Shipment Label(Care Mark 3)

BDP-BX18/S185/S186

1-19

1-4-8. BU Data Decode Jig

BU Data Decode Jig

¶JIG Name: BDPRdec. exe

¶Version : 2.0.0.0

¶Software Contents:BDPRdec.exe ; SoftwareSavePath.ini ; decoded file destination setting file (initial destination is C:¥BuData.txt)Tasman.Bars.dll ; decode dllUninst.exe ; unistall BDPRd ec.exe from PC

¶Installations

STEP 1Microsoft .NET Framework Version 2.0 Redistributable Package (x86)http://www.microsoft.com/downloads/details.aspx?displaylang=en&FamilyID=0856eacb-4362-4b0d-

8edd-aab15c5e04f5

STEP 2Microsoft .NET Framework 2.0 Service Pack 1 (x86)http://www.microsoft.com/downloads/details.aspx?displaylang=en&FamilyID=79bc3b77-e02c-4ad3-

aacf-a7633f706ba5

*Hou to use Case1 Drag-and-drop 2Dcode photo onto BDPRdec.exe

Case2 Drag-and-drop BU data file onto BDPRdec.exe Data file name be changed to specify format and end of 7 character are defined Player : ****BDP.txt Recoder: ****BRD.txt #You can also enter the file path at the prompt.

*Remarks Do not change the decoded file name “BuData.txt”.

Release : 2010.11.26¶

1.Unzip files to any PC Folder 2.Check the attached 2D code photo(OK_sample.JPG) drag-and-drop onto BDPRdec.exe, the Password will be required at first time only, no need P/W from second time. 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.

BDP-BX18/S185/S186

1-20

1-4-10. Laser Caution Label

The Loading Ass’y service parts does not have Laser Caution Label.So that please reuse the original Laser Caution label and paste it on top of

new Loading Ass’y.

Limit SampleFollowing peel off condition are acceptable

1-4-9. Loading For Service

BDP 6G Loading Ass’y service parts consists from 3 parts.rHolder, Clamper AssysLoading AssytHolder FFC

Currently these parts are producing 2 vendors. But the THERE IS NO COMPATIBILITY.So, please DO NOT MIX ther ands of Loading for service and original Loading.

“Loading for service” A-1750-926-A

sLoading AssyLaser Caution Label

Holder, Clamper Assyr

t Holder, FFC 4-167-321-01

(FFC Holder can be used both service parts and original

parts)

1-839-258-11FFC

1-839-259-11FFC

1-839-257-11FFC

BDP-BX18/S185/S186

1-21

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 label3. The label is put on the assy4. Service parts will be followed5. In service, the data should be read out from problem assy6. The read data should be saved to new assy

Fact finding:

1. The label is “DATA MATRIX” format2. The number of data is 91 words3. 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 inorder 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 6G unit.

5. In service mode, there is a command to save the data from USB memory to board memory.

BDP-BX18/S185/S186

1-22E

Shoot the barcodeFormat is JPEG

Application SoftwareData convert fromJPEG TEXT

Save the TEXT data

USB device is connected to symbol on the rear unit, and the TEXT data as new data is loaded to unit by service mode.

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.

BDP-BX18/S185/S186

2-1

BDP-BX18/S185/S186SECTION 2

DISASSEMBLY

This set can be disassembled in the order shown below.

Note: Follow the disassembly procedure in the numerical order given.

2-2. TRAY COVER ASSY

1 Insert paper clip inside hole

2-1. DISASSEMBLY FLOW

2-2.

TOP PANEL

(Page 2-1)

2-3.

TRAY COVER ASSY

(Page 2-2)

SET

(Page 2-5)

2-7.

(Page 2-5)

2-5. SWITCHING REGULATOR (Page 2-4)

2-6. MB-143 BOARD BD DRIVE

2-4.(Page 2-4)FR-316 boards

tray

3 Tray cover assy

2

2-2

BDP-BX18/S185/S186

2-3. TOP PANEL (1/2)

(2/2)

2-3

BDP-BX18/S185/S186

2-3. TOP PANEL (2/2)

(1/2)

2-4. FR-316 BOARD

FR-316 board4

One screws +BV3(3-CR)1

2-4

2-5. SWITCHING REGULATOR

Switching regulator

flexible flat3

3 harness(CN101)

6

BDP-BX18/S185/S186

cable (FIM-032)(CN701)

4 harness PM-168(CN201)

Two screws +BV3(3-CR)5

PS insulator2

USB shield case2

ESD Shield1

2-7. DRIVE

2-5

2-6. MB-143 BOARD

Three screw s +BV3(3-CR)

MB-143 board(CN2270)

3 Harness(PM-168)(CN301)

4

Flexibl e fla t(CN1101)

5

Flexibl e fla t6

(CN1002)

Flexibl e fla t

7

1

2 Flexible flat cable (FIM-032)

cable (LDG-003)

cable (OPT-003)

cable (SPD-003)(CN2260)

BDP-BX18/S185/S186

1 Two screws +BV3(3-CR)(tightening torque = 5.0 to 6.0NJIFP�

5 BD drive

4 Loading flexible flat cable (LDG-003)(CN2270)

3 Splindle flexible flat cable (OPT-003)(CN1101)

2 Optical flexible flat cable (SPD-003)

(CN2260)

BDP-BX18/S185/S186

2-8.

CIRCUIT BOARDS LOCATION

MB-143boa rd

FR-316 board

Switching Regulator

2-6E

L R CN801

L AN( 1 00

)

I C30

7

(AC

IN)

3-1

BD

P-B

X18

/S18

5/S

186

SE

CT

ION

3B

LO

CK

DIA

GR

AM

S

3-1.

OV

ER

AL

L B

LO

CK

DIA

GR

AM

PS301

PS302

The

com

pone

nts

iden

tifi e

d by

m

ark

or d

otte

d lin

e w

ith m

ark

are

crit

ical

for s

afet

y.R

epla

ce o

nly

with

par

t num

ber

spec

ifi ed

.

IC902

AUDIO

LINE

DRIVE

R

HDMI

USB

ETHE

RNET

VIDEO

AUDIO

(ANAL

OG OU

TPUT

)

(DIGIT

AL OU

TPUT

)AU

DIO

MB-14

3 BOA

RD

CN701

HDMI

OUT

COAX

IALAUD

IO

REGU

LATO

R

I C30

6I C

302

IC30

1I C

310

I C60

1I C

704

I C70

3

I C80

3

I C80

4

VIDEO

LINE O

UT

DIGITA

L OUT

PCM/D

TS/DO

LBY

DIGITA

L

SATA

I/F, M

EMOR

Y CON

TROL

,A/V

OUT, H

DMI, E

THER

NET I/

F,US

B I/F

MAIN

SYST

EM CO

NTRO

L, DSP

CXD9

0007G

-AA

IC101

J901

B-BUS

A-BUS

IC206

IC106

IC501

2G NA

NDFL

ASH X

40127M

HZ

CN201

IC710

REMO

TECO

NTRO

LRE

CEIVE

R

Blu-ra

yDV

D

DRIVE

BD DR

IVE

FR-31

6 BO

ARD D720

(WHIT

E)SW

ITCHIN

GRE

GULA

TOR

1.2V

3.3V

UNSW

5VUN

SW3.3

V

IC127

1

IC220

1

SA DRIVE

MOTO

R DR

IVE

S701

STOP

S702

OPEN

/CLOS

ES7

03

PLAY

DDR3

SDRA

M

I C60

3

S700

POWE

R

LED

IR KEY

1Gb D

DR3

2Gb D

DR3

1.5V

Q72

0LE

D D

RIV

ER

3-2

AC22

IC1

06

2G

b D

DR

3

SD

RA

M

X4

01

27

MH

Z

IC1

01

MA

IN S

YS

TE

M C

ON

TR

OL

,

DS

P,S

AT

A I

/F,M

EM

OR

Y C

ON

TR

OL

A/V

OU

T,H

DM

I,E

TH

ER

NE

T I

/F

US

B I

/F,

W24

RR

AS

DO

DQ

0-D

OD

Q15

DO

A0-D

OA1

2

RC

AS

RW

E

RO

DT

RC

LK0

RC

LKB

RC

LKE

RC

S

RBA

0

RBA

1

RBA

2W

25

AE23

H24

AE25

H25

L3J3

/CA

S/W

EO

DT

CK

/CK

CKE

/CS

/RA

S

BA0

K3 K9

J7K1 K7 L2

MB

-143

BO

ARD

IC2

06

1G

b D

DR

3S

DR

AM

RR

AS_B

DID

Q0-

DID

Q15

DIA

0-D

IA12

RC

AS_B

RW

E_B

RO

DT_

B

RC

LK0_

B

RC

LK0_

BR

CKE

_B

RC

S_B

RBA

0_B

RBA

1_B

RBA

2_B

Y12

AA6

AD22

AD10

AE22

AE10

/CA

S/W

EO

DT

CK

/CK

CKE

/CS

/RA

S

BA

0

AA12

AE11

A1

2

RFIP

G1

BD_R

F+23

MO

TOR

DR

IVE

IC22

01

RFIN

G2

BD_R

F-22

RFIP

2H

1D

VD_R

F+

26

RFIN

2H

2D

VD_R

F-

32IN

AC3

A

25

INB

B1B

28IN

CC2

C

20IN

DC1

D

17

INE

E2

E

34

INF

E1F

8

ING

D1

G

7

INH

D2H

6

FCS_

P27

40FC

S_N

2841

TRK_

P29

42TR

K_N

30

FD1

43TL

T_P

24

FR1

44TL

T_N

25

FD2

45FR

2

TDTR

LOAD

_N33

LOAD

-1

LOAD

_P

32LO

AD+

2

FE_T

RAY

INTR

AY-O

UT

3TR

AY-IN

5

U42

U4

V44

V

W46

W2

SLED

2_P

55

B+

8SL

ED2_

N56

B-

9

SLED

1_P

52

A

6SL

ED1_

N53

A-

7

FECFR

EQ

L4

SDIO

39

FECM

OD

K3

THER

MO

5

FEFM

O4

10

38FE

FMO

337

FE G

AIN

SW2

M3

36

VFC

S21

FE_F

OO

H4

VTR

K20

FE_T

RO

J2

FE_T

LO J

3VT

LT22

MO

NIT

OR

12FE

_ G

109

R5

VSLE

D2

17FE

_FM

ON

1

VSLE

D1

16FE

FM

O2

N2

VSPI

N18

FE_D

M0

VLO

AD19

FEO

SC

EN

L3

30 31 33 19

SCLK

LDD

_SEN

SA_B

+S

A_B

-

SA_A

+

SA

_A-

F5 N3 M2

9 87

2 3

FE_C

O_B

+

STEP

_EN

A

SA_B

SA_A

IC12

71

SA_D

RIV

E

FE _

TYPW

M

SPD

L

B12

T2 U4P2

IC5

01

16 18 8

CPU

_NFD

0 - C

PU_N

FD7

19

17 79

3-2.

DS

P B

LOC

K D

IAG

RA

M

A2T

B24

A24

E23

C24 B25

CPU

_NFC

EN

CPU

_NFC

LE

CPU

_NFA

LE

CPU

_NFW

EN

CPU

_NFR

EN

CPU

_NFR

BN

nCE

ALE

cLE

nRE

RY/

BYWE

NFW

P#

IC50

3 pi

n 1

2G

b

NA

ND

FL

AS

H

NS_

XTAL

O

NS

_XTA

LI

P3

3

CXD

9000

7G-A

A

BD

DR

IVE

CN1101

DVD

Blu

-ray

DR

IVE

CN2260 CN2270

BA1

BA2

/RES

ET

N8

M2

M3 K1

Y24

AC25

AB24

AD24

Y23

RR

ESET

N8

M2

M3 K1

W8

ABB

AC11

AE7

BA

1

BA

2

/RES

ET

L3J3 K3 K9

J7K1 K7 L2

RR

ESET

_B

AU

X1

BD

P-B

X18

/S18

5/S

186

FE_C

O_B

-

FE_C

O_A

+

FE_C

O_A

-

IN2

IN1

ENA

FE_T

RAY

OU

T

CE

C P

ULL

-UP

ISO

LATI

NG

SW

ITC

H

IC 101

IC902

C10 A7 B13

A13

B14

A14

B15

B16

A16

C20

A15

L R

T X2P

1 3 4 6 7 9 10 12 1 9 13C

EC

Q

702

UN

SW

3-3V

3-3

. A

VO

UT

B

LO

CK

D

IAG

RA

M

3-3

VIDEO

AUDIO

LINE O

UT

COAX

IALDIG

ITAL O

UTPC

M/DTS

/DOLB

YDIG

ITAL

CN701

J 901

AUDIO

LINE

DRIVE

ROU

TL OUTR

MUTE

INL INR

Q90

1

TX2N

TX1P

TX1N

TX0P

TX0N

TCKP

TCKN

TMDS

DATA

2+TM

DS DA

TA2-

TMDS

DATA

1+TM

DS DA

TA1-

TMDS

DATA

0+TM

DS DA

TA0-

TMDS

CLOC

K+

TMDS

CLOC

K-

HPD

CEC

HDMI

OUT

T X2P

TX2N TX1P

TX1N

TX0P

TX0N

TCKP

TCKN

CH2_P

CH2_M

CH1_P

CH1_M

CH0_P

CH0_M

CLK_

PCL

K_M

HTPL

G

SPDIF

AOLR

CK_R

ARO-R

ALO_

R

LORTNOC YROMEM F/I ATASF/I TENREHTE I MDH , TUO V/ A

F/I BSU90007G-AA DXC

PSD , LORTNOC METSYS NI AM

XAMU

TE

MB-14

3 BOA

RD

4P JA

CK

A10

B10

1 101192 7

BD

P-B

X18

/S18

5/S

186

VDAC

X_OU

T81B

CVBS

LINE O

UT

1

3

MB

-143

BO

AR

D

LAN

(100

)

A5 B5 A6 B6

B22

B23

A23 A22

D20

AA5

VC

LK

GP

IO 3

GP

IO 0

GP

IO4

GP

IO5

J22

J23

FR

-31

6 B

OA

RD

3 6 5 4

IC71

0R

EM

OTE

CO

NTR

OL

REC

EIV

ER

Q72

0LE

D D

RIV

ER

D72

0(W

HIT

E)

CN

70

1

CN

80

1

16

15

23

CN

20

1

DM

DP

3-4

. U

SB

/ET

HE

R

BL

OC

K

DIA

GR

AM

3-4

US

BE

XT

4 7 8

910

S701

S702

S703

DM

0

DP0

TXVN

_0

TXVP

_0

TXVN

_1

TXVP

_1

Y2

Y1

CXD

9000

7G-A

A

AC

4

AA5

BD

P-B

X18

/S18

5/S

186

3 6 5 416 15 910S7

00

IR

VS

TB

VD

ATA

CN

100

1

The

com

ponen

ts i

den

tifi e

d b

y m

ark

or d

ott

ed li

ne

with m

ark

are

crit

ical f

or s

afety

.R

epla

ce o

nly

with

part

num

ber

speci

fi ed.

1

5 3

5 3

66

C N301

1 2

1

SWITCHING REGULATOR :

IC 2

201

IC 6

01+5

V

FE_S

W12

V

FE_S

W5V

OPT

NIS

EC

ON

ICE

3.3V

UN

SW

3.3V3

.3V

MB

-14

3 B

OA

RD

3-5

E

3-5. POWER BLO

CK DIAGRAM

8 1

(AC IN

)

UNSW

12V

FE_G

ND

_M

CN

301

GN

D

FE-U

NS

W 1

2VP

S30

1FE

-UN

SW

12V

PC

ON

T1#

Q31

1M

OTO

RD

RIV

ER

CN

1003

CN

1001

HIG

H S

IDE

SW

ITC

H

USB_V

BU

S

CN

1101

IC10

6

IC20

6

DD

R3(

A)

DD

R3(

B)

1212 8 1

D72

0LE

D W

HIT

EQ

720

LED

DR

IVE

IC71

0R

EM

OTE

CO

NTR

OL

REC

EIV

ER

1EXT

CN

201

UN

SW

3.3V

SRV2253EK(EXCEPT:US,CND,CN)SRV2252UC(US,CND)

FR

-31

6 B

OA

RD

PS

302

CN

701

CN

1002

US

B

44

22

IC3

02

1.5V

PC

ON

T1#

1.5V

HD

MI O

UT

IC 7

05

+5V

REG

ULA

TOR

HD

MI 5

V

CN

701

PC

ON

T1

USB_P

CO

NT

1313

IC3

10

UN

SW

5V

IC12

71

DR

IVER

MO

TOR

BD

P-B

X18

/S18

5/S

186

UN

SW

5V

UN

SW

12V

19

CN

801

7ETH

ER

NET

IC3

06

3.3V

IC3

07

1.2V

IC 101

PC

ON

T1#

PO

WE

R/C

LOC

K/P

LL(1

.2V

)1.

2V

1.2V

1.2V

HD

MI

ETH

ER

PC

ON

T1#

3.3V

DD

R3(

AV

DD

33-M

EM

PLL

)

(CLO

CK

)D

VC

C3.

3_IO

(US

B)

AVD

D33

_USB

(HD

MI)

AVD

D33

_HD

MI

(ETH

ER

)AVD

D33

_LD

(ETH

ER

)AVD

D33

_CO

M

(VID

EO

)AVD

D33

_VD

AC

_R

24 6

IC9

02

AU

DIO

/VID

EO

IC5

03

IC5

01

NAN

D F

LASH

Q31

0

IC 1

161

+8V

REG

ULA

TOR

FE_8

VFE

_SW

12V

AVD

33_D

AC

AVD

33_L

DO

AV

D33

_IO

_STB

AVD

33_P

LLG

P

RESET_

IC3

01

UN

SW

3.3V

IC1

00

1

SYSC

ON

_RST

SYSC

ON

_RST

45FE

_SW

5VQ

302

Q31

2

SRV2254WW(CN)

99

GP

IO3

LED

_PO

WER

NF

WP

#

USB_O

CO

4-1

BDP-BX18/S185/S186

SECTION 4SCHEMATIC 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: The components identified by mark or dotted line with mark are critical for safety.Replace only with part num-ber specified.

Note: Les composants identifiés par une marque sont critiquens pour la sécurité.Ne les remplacer que par une pièce portant le numéro spéci-fié.

When indicating parts by reference number, please include the board name.

4-1. THIS NOTE IS COMMON FOR SCHEMATIC DIAGRAMS

1

A B C D E F G H I J

212

1311

109

87

65

43

14

BD

P-B

X18

/S18

5/S

186

4-2

4-2

. F

RA

ME

SC

HE

MA

TIC

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GR

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4-3

1

A B C D E F G H I J

212

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109

87

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14

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0,0

00

seri

es -

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by m

ark

or

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re c

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r saf

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lace

onl

y w

ith p

art n

umbe

r

FR

-31

6

FR-3

16

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212

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.-

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. N

o.:

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oard

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4-6

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1

A B C D E F G H I J

212

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No.

: M

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43

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rd;

10,

00

0 se

ries

4-7

BD

P-B

X18

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1

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. N

o.:

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4-8

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1

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. N

o.:

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5-1. THIS NOTE IS COMMON FOR PRINTED WIRING BOARDS

2 1

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6-A

Pin Symbol Type DescriptionK9 DVCC12_K Power 1.2V digital power

K11 DVCC12_K Power 1.2V digital powerK12 DVCC12_K Power 1.2V digital powerK15 DVCC12_K Power 1.2V digital powerK17 DVCC12_K Power 1.2V digital powerK18 DVCC12_K Power 1.2V digital powerL9 DVCC12_K Power 1.2V digital power

L17 DVCC12_K Power 1.2V digital powerL18 DVCC12_K Power 1.2V digital powerN17 DVCC12_K Power 1.2V digital powerN18 DVCC12_K Power 1.2V digital powerP9 DVCC12_K Power 1.2V digital power

P18 DVCC12_K Power 1.2V digital powerR17 DVCC12_K Power 1.2V digital powerT9 DVCC12_K Power 1.2V digital power

T11 DVCC12_K Power 1.2V digital powerT12 DVCC12_K Power 1.2V digital powerT14 DVCC12_K Power 1.2V digital powerT16 DVCC12_K Power 1.2V digital powerT17 DVCC12_K Power 1.2V digital powerU9 DVCC12_K Power 1.2V digital power

U11 DVCC12_K Power 1.2V digital powerU12 DVCC12_K Power 1.2V digital powerU14 DVCC12_K Power 1.2V digital powerU15 DVCC12_K Power 1.2V digital powerU16 DVCC12_K Power 1.2V digital powerH14 DGND12_K Ground Digital groundH21 DGND12_K Ground Digital groundJ22 DGND12_K Ground Digital groundK21 DGND12_K Ground Digital groundL5 DGND12_K Ground Digital groundL6 DGND12_K Ground Digital groundL7 DGND12_K Ground Digital ground

L10 DGND12_K Ground Digital groundL11 DGND12_K Ground Digital groundL12 DGND12_K Ground Digital groundL13 DGND12_K Ground Digital groundL14 DGND12_K Ground Digital groundL15 DGND12_K Ground Digital groundL16 DGND12_K Ground Digital groundL21 DGND12_K Ground Digital groundM10 DGND12_K Ground Digital groundM12 DGND12_K Ground Digital groundM14 DGND12_K Ground Digital groundM16 DGND12_K Ground Digital groundN4 DGND12_K Ground Digital ground

N10 DGND12_K Ground Digital groundN11 DGND12_K Ground Digital groundN13 DGND12_K Ground Digital groundN15 DGND12_K Ground Digital groundN16 DGND12_K Ground Digital groundN22 DGND12_K Ground Digital groundN23 DGND12_K Ground Digital groundP10 DGND12_K Ground Digital groundP12 DGND12_K Ground Digital groundP14 DGND12_K Ground Digital groundP16 DGND12_K Ground Digital groundR4 DGND12_K Ground Digital ground

R10 DGND12_K Ground Digital groundR11 DGND12_K Ground Digital groundR12 DGND12_K Ground Digital groundR13 DGND12_K Ground Digital groundR14 DGND12_K Ground Digital groundR15 DGND12_K Ground Digital groundT21 DGND12_K Ground Digital groundU6 DGND12_K Ground Digital ground

U22 DGND12_K Ground Digital groundV5 DGND12_K Ground Digital groundY13 DGND12_K Ground Digital groundY15 DGND12_K Ground Digital groundY17 DGND12_K Ground Digital groundY19 DGND12_K Ground Digital ground

AA19 DGND12_K Ground Digital ground

MAIN SYSTEM CONTROL PIN FUNCTION (MB-143 BOARD IC 101 : CXD90007G-AB)

BDP-BX18/S285/S286

IC PIN FUNCTION DESCRIPTIONSECTION 6

6-1

AB13 DGND12_K Ground Digital groundAC18 DGND12_K Ground Digital groundF21 DVCC33_IO Power 3.3V Digital IO powerG20 DVCC33_IO Power 3.3V Digital IO powerJ9 DVCC33_IO Power 3.3V Digital IO power

J11 DVCC33_IO Power 3.3V Digital IO powerK8 DVCC33_IO Power 3.3V Digital IO powerL8 DVCC33_IO Power 3.3V Digital IO power

AB4 DVCC33_IO Power 3.3V Digital IO powerAC5 DVCC33_IO Power 3.3V Digital IO powerD21 DVCC33_IO_S TB Power 3.3V Digital IO power for Stand-By ModuleE22 DVCC33_IO_S TB Power 3.3V Digital IO power for Stand-By ModuleJ20 DDRVCCIO Power 1.5V Digital IO powerK19 DDRVCCIO Power 1.5V Digital IO powerL19 DDRVCCIO Power 1.5V Digital IO powerL20 DDRVCCIO Power 1.5V Digital IO powerN19 DDRVCCIO Power 1.5V Digital IO powerN20 DDRVCCIO Power 1.5V Digital IO powerP19 DDRVCCIO Power 1.5V Digital IO powerR20 DDRVCCIO Power 1.5V Digital IO powerT18 DDRVCCIO Power 1.5V Digital IO powerV14 DDRVCCIO Power 1.5V Digital IO powerV16 DDRVCCIO Power 1.5V Digital IO powerV17 DDRVCCIO Power 1.5V Digital IO powerV18 DDRVCCIO Power 1.5V Digital IO powerW15 DDRVCCIO Power 1.5V Digital IO powerW16 DDRVCCIO Power 1.5V Digital IO powerW18 DDRVCCIO Power 1.5V Digital IO powerY14 DDRVCCIO Power 1.5V Digital IO power

XTAL/PLLAA21 AVDD33_MEM PLL Power 3.3V Analog Power for MEMPLLAB19 AVSS33_MEM PLL Ground Analog Ground for MEMPLLAA22 TN_MEMPLL Analog Test PinAB23 TP_MEMPLL Analog Test PinH16 AVDD12_LDO Power 1.2V standby powerF17 AVDD33_LDO Power 3.3V power for standbyG16 AVSS33_LDO Ground Analog ground for standbyC12 AVDD33_PLLG P Power 3.3V Analog Power for PLL GroupC13 AVSS33_PLLG P Power Analog ground for PLL GroupA11 NS_XTALI I 27MHz Crystal InB11 NS_XTALO O 27MHz Crystal Out

AUDIO PWM DAC interfaceD12 AVDD33_DAC Power 3.3V Analog PowerE11 AVSS33_DAC Ground Analog Ground

Multiple function:(1) Audio output bit clock(2) Audio PWM output(3) GPIOMultiple function:(1) Audio output master clock(2) Audio PWM output(3) GPIO

Audio InterfaceMultiple function:(1) 1st Audio DAC mute(2) GPIOMultiple function:(1) Audio output left-right clock(2) 2nd Audio DAC mute(3) Video out DE signal(4) 2nd RS232 TX(5) External Interrupt 4(6) Slave I2C clock(7) PWM control signal output(8) Ethernet Activity LED(9) GPIOMultiple function:(1) Audio output serial data 0(2) 2nd Audio DAC mute(3) Video out DE signal(4) 2nd RS232 RX(5) External Interrupt 2(6) Slave I2C clock(7) PWM control signal output(8) Ethernet Duplex LED(9) GPIO

I/OAL0A10

B10

C10 AOLRCK I/O

AR0 I/O

U5 AMUTE I/O

D10 AOSDATA0 I/O

BDP-BX18/S285/S286

6-2

(1) Audio output serial data 1(2) Audio output master clock(3) Microphone input master clock(4) Video out DE signal(5) External Interrupt 1(6) 3th RS232 TX(7) Slave I2C clock(8) PWM control signal output(9) Ethernet Activity LED(10) GPIO

Multiple function:(1) Audio output serial data 2(2) Audio output bit clock(3) Microphone input bit clock(4) Video out DE signal(5) External Interrupt 4(6) 3th RS232 RX(7) Slave I2C clock(8) PWM control signal output(9) External Duplex LED(10) 1st Audio DAC mute(11) GPIO

Multiple function:(1) Audio output serial data 3(2) Audio output left-right clock(3) Microphone input left-right clock(4) Video out DE signal(5) External Interrupt 2(6) 2nd RS232 TX(7) Slave I2C clock(8) PWM control signal output(9) External Speed LED(10) GPIO

Multiple function:(1) Audio output serial data 4

(3) Microphone input data(4) Video out DE signal(5) External Interrupt 1(6) 2nd RS232 RX(7) Slave I2C clock(8) PWM control signal output(9) Ethernet Link LED(10) GPIO

Multiple function:(1) SPDIF digital audio output(2) GPIO

Analog Video Out InterfaceE16 AVDD33_VDA C Power 3.3 V Analog PowerD16 AVDD33_VDA C_R Power 3.3 V Analog PowerG14 AVSS33_VDAC Ground Analog GroundF14 AVSS33_VDAC_R Ground Analog GroundA18 VDACB_OUT Analog DAC outputC18 VDACG_OUT Analog DAC outputC17 VDACR_OUT Analog DAC outputB18 VDACX_OUT Analog DAC output

Digital Video Output Interface

Multiple function:(1) Video out mode: CLOCK(2) 2nd RS232 TX(3) Slave I2C clock(4) PWM control signal output(5) Ethernet Activity LED(6) NAND Flash Data input/output bit 5(7) Secure Disk interface clock(8) GPIO

Multiple function:(1) Video out mode: HSYNC(2) 2nd RS232 RX(3) Slave I2C data(4) External Interrupt 1(5) Ethernet Duplex LED(6) NAND Flash Data input/output bit 7(7) Secure Disk interface command(8) GPIO

VOUTCLKF22

I/OVOUTHSYNCH22

I/OAOSDATA2C8

I/OSPDIFA7

AOSDATA3D7

I/O, 5VAOSDATA4

C9 AOSDATA1 I/O

C7

I/O, 5V

I/O, 5V

Multiple function:

Multiple function:

6-3

BDP-BX18/S285/S286

Multiple function:(1) Video out mode: VSYNC(2) 3th RS232 TX(3) External interrupt 2(4) Ethernet Speed LED(5) NAND Flash Data input/output bit 6(6) Secure Disk interface data bit 0(7) GPIO

Multiple function:(1) Video out 16-bit 422 mode:C0(2) External Interrupt 4(3) 3th RS232 RX(4) Ethernet Link LED(5) NAND Flash Data input/output bit 4(6) Secure Disk interface data bit 1(7) GPIO

Multiple function:(1) Video out 16-bit 422 mode:C1(2) Slave I2C clock(3) NAND Flash Data input/output bit 3(4) Secure Disk interface data bit 2(5) GPIO

Multiple function:(1) Video out 16-bit 422 mode:C2(2) Slave I2C clock(3) NAND Flash Data input/output bit 2(4) Secure Disk interface data bit 3(5) GPIO

Multiple function:(1) Video out 16-bit 422 mode:C3(2) JTAG ICE data out(3) GPIO

Multiple function:(1) Video out 16-bit 422 mode:C4(2) JTAG ICE clock(3) GPIO

Multiple function:(1) Video out 16-bit 422 mode:C5(2) JTAG ICE data in(3) GPIO

Multiple function:(1) Video out 16-bit 422 mode:C6(2) JTAG ICE data in(3) GPIO

Multiple function:(1) Video out 16-bit 422 mode:C7(2) Audio line input data(3) GPIO

Multiple function:(1) Video out 16-bit 422 mode: Y0(2) Microphone input master clock(3) 2nd RS232 TX(4) Slave I2C clock(5) PWM control signal output(6) Ethernet Activity LED(7) NAND Flash Data input/output bit 1(8) GPIO

Multiple function:(1) Video out 16-bit 422 mode: Y1(2) Microphone input bit clock(3) 2nd RS232 RX(4) Slave I2C clock(5) External Interrupt 1(6) Ethernet Duplex LED(7) NAND Flash Data input/output bit 0(8) GPIO

Multiple function:(1) Video out 16-bit 422 mode: Y2(2) Microphone input left-right clock(3) 3th RS232 TX(4) Slave I2C clock(5) External Interrupt 2(6) Ethernet Speed LED(7) NAND Flash ready/busy

B25

I/OVOUTD5F24

I/OVOUTD7E24

I/OVOUTD8C25

I/OVOUTD9D24

I/O, 5VVOUTD10

I/OVOUTD6D25

I/OVOUTD3G23

I/OVOUTD4E25

I/OVOUTD1G24

I/OVOUTD2F25

I/OVOUTVSYNCG21

I/OVOUTDOG25

6-4

BDP-BX18/S285/S286

(8) GPIO

Multiple function:(1) Video out 16-bit 422 mode: Y3(2) Microphone input data(3) 3th RS232 RX(4) Slave I2C data(5) External Interrupt 4(6) Ethernet Link LED(7) NAND Flash ready enable(8) GPIO

Multiple function:(1) Video out 16-bit 422 mode: Y4(2) SPDIF input master clock (3) 2nd RS232 TX(4) Slave I2C clock(5) PWM control signal output(6) Ethernet Activity LED(7) NAND Flash chip enable(8) GPIO

Multiple function:(1) Video out 16-bit 422 mode: Y5(2) SPDIF input bit clock (3) 2nd RS232 RX(4) Slave I2C data(5) External Interrupt 1(6) Ethernet Duplex LED(7) NAND Flash command latch enable(8) GPIO

Multiple function:(1) Video out 16-bit 422 mode: Y6(2) SPDIF input left-right clock (3) 3th RS232 RX(4) Slave I2C clock(5) External Interrupt 2(6) Ethernet Speed LED(7) NAND Flash address latch enable(8) GPIO

Multiple function:(1) Video out 16-bit 422 mode: Y7(2) SPDIF input data(3) 3th RS232 RX(4) Slave I2C data(5) External Interrupt 4(6) Ethernet Link LED(7) NAND Flash write enable(8) GPIO

HDMI TXC16 AVDD12_HDMI_C Power 1.2V Analog PowerC15 AVDD12_HDMI_D Power 1.2V Analog PowerD14 AVDD33_HDMI Power 3.3V Analog PowerE14 AVSS33_HDMI Ground Analog GroundA15 CH0_M Analog HDMI TX data 0 differential pair (M)B15 CH0_P Analog HDMI TX data 0 differential pair (P)A14 CH1_M Analog HDMI TX data 1 differential pair (M)B14 CH1_P Analog HDMI TX data 1 differential pair (P)A13 CH2_M Analog HDMI TX data 2 differential pair (M)B13 CH2_P Analog HDMI TX data 2 differential pair (P)A16 CLK_M Analog HDMI TX clock differential pair (M)B16 CLK_P Analog HDMI TX clock differential pair (P)

NAND Flash InterfaceMultiple function:(1) NAND Flash address latch enable(2) GPOMultiple function:(1) NAND Flash chip enable(2) GPO

Multiple function:(1) NAND Flash 2nd chip enable(2) 2nd RS232 TX(3) External interrupt 2(4) 3th RS232 TX(5) Slave I2C clock(6) PWM control signal output(7) GPO

Multiple function:

AC6 NFALE I/O

AD4 NFCEN I/O

I/ONFCEN2AE5

I/O, 5VVOUTD14A24

I/OVOUTD15E23

I/O, 5VVOUTD12A25

I/O, 5VVOUTD13B24

I/O, 5VVOUTD11C24

6-5

BDP-BX18/S285/S286

(1) NAND Flash command latch enable(2) GPO

I/OAD5 NFCLE

Multiple function:(1) NAND Flash Data input/output bit 0(2) GPIOMultiple function:(1) NAND Flash Data input/output bit 1(2) GPIOMultiple function:(1) NAND Flash Data input/output bit 2(2) GPIOMultiple function:(1) NAND Flash Data input/output bit3(2) GPIOMultiple function:(1) NAND Flash Data input/output bit4(2) GPIO

Multiple function:(1) NAND Flash Data input/output bit5(2) GPIOMultiple function:(1) NAND Flash Data input/output bit6(2) GPIO

Multiple function:(1) NAND Flash Data input/output bit7(2) GPIOMultiple function:(1) NAND Flash ready/busy(2) GPIO

Multiple function:(1) NAND Flash 2nd ready/busy(2) 2nd RS232 RX(3) External interrupt 1(4) 3th RS232 RX(5) Slave I2C data(6) PWM control signal output(7) GPO

Multiple function:(1) NAND Flash read enable(2) GPOMultiple function:(1) NAND Flash write enable(2) GPO

Dram ChannelAA25 RA0 O Memory address bit 0U21 RA1 O Memory address bit 1

AB25 RA2 O Memory address bit 2AA23 RA3 O Memory address bit 3W21 RA4 O Memory address bit 4AA24 RA5 O Memory address bit 5W22 RA6 O Memory address bit 6AB24 RA7 O Memory address bit 7W20 RA8 O Memory address bit 8

AC24 RA9 O Memory address bit 9AD23 RA10 O Memory address bit 10V22 RA11 O Memory address bit 11AA20 RA12 O Memory address bit 12AD25 RA13 O Memory address bit 13Y24 RBA0 O Memory bank address bit 0

AE24 RBA1 O Memory bank address bit 1AD24 RBA2 O Memory bank address bit 2AC22 RCAS_ O Memory column address strobeAE23 RCKE O Memory clock enableH24 RCLK0 O Memory clock 0 positiveH25 RCLK0_ O Memory clock 0 negativeY23 RCS_ O Memory chip selectV24 RDQ0 I/O Memory data bit 0V23 RDQ1 I/O Memory data bit 1U25 RDQ2 I/O Memory data bit 2U23 RDQ3 I/O Memory da

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diagramas.diagramasde.com · Sony Corporation Home Entertainment Business Group SERVICE MANUAL 9-890-762-11 2011H6900-1 © 2011.08 Published by Design Engineering Dept. BLU-RAY DISC