Sony S280 Schematic

BDP-BX38/S280/S380/S383

RMT-B109A/B109P/B109C/B110A/B110P

SERVICE MANUAL

Canadian Model

Ver. 1.0 2010.12

BDP-S280/S380/BX38

Brazilian Model

Photo: BDP-S280
Remote : RMT-B109A

SPECIFICATIONS

AEP Model

UK Model

UK Model

BDP-S280/S380/S383

BDP-S280/S380/S383

US Model

BDP-S280

Argentina Model

E Model

Chinese Model

Indian Model

Middle East Model

Russian Model

Saudi Arabia Model

Singapore Model

Taiwan Model

Thailand Model

Australian /
New Zealand Model

PX Model

BDP-S380

System

Laser: Semiconductor laser

Inputs and outputs

(Jack name:

Jack type/Output level/Load impedance)

LINE OUT R-AUDIO-L::

Phone jack/2 Vrms/10 kilohms

DIGITAL OUT (COAXIAL):

Phono jack/0.5 Vp-p/75 ohms

HDMI OUT:

HDMI 19-pin standard connector

COMPONENT VIDEO OUT

(Y, P

B, P R

) :
Phono jack/Y: 1.0 Vp-p/
P

B , PR : 0.7 Vp-p/75 ohms

LINE OUT VIDEO:

Phono jack/1.0 Vp-p/75 ohms

LAN (100):

100BASE-TX Terminal

USB:

USB jack Type A (For connecting a USB memory,
memory card reader,digital stil camera and digital
video camera)
All model (REAR USB)
BDP-BX38/S380/S383 (FRONT USB)

General

Power requirements:

120V AC, 60

220 – 240V AC, 50/60Hz (AEP,UK, AUS,RUS,CN)
110 – 240V AC, 50/60Hz (PX,E,AR,BR,SP,TH,EA,KS,IN)
110V AC, 60Hz (TW)

Power consumption:

18 W (BDP-S380/S383/BX38)
16 W (BDP-S280)

Dimensions (approx.):

430 mm × 199 mm × 36mm

7 in. × 7

(1
(width/depth/height) incl. projecting parts

Mass (approx.):

Operating temperature:

5 ºC to 35 ºC(41 F to 95 F)

Operating humidity:

25 % to 80 %

Supplied accessories

• Audio/video cable (phono plug ×3) (1)
(Except AEP,UK,E,AR,SP,TH,CN,IN,TW)

LAN cable

• (1) (BDP-S380 : TW only)

• HDMI cable (1) (Except AEP,UK,AUS,US,CND,PX,RUS)

• Remote commander (remote) (1)

• Size AA (R6) batteries (2)

Specifications and design are subject to change
without notice.

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

(BDP-S280:US/S380:US/BX38:US)

gk6..1

Hz (US, CND)

4

/5 in. ×

º

1

7

/16 in.)

º

TM

9-890-744-11

BLU-RAY

Sony Corporation

Home Entertainment Business Group

DISC / DVD PLAYER

2010L 6900-1

© 2010.12

Published by Design Engineering Dept.

BDP-BX38/S280/S380/S383

1.5k

Ω

0.15µF
(0.75 V)

Parts on Set

Earth Ground

WARNING

To reduce the risk of re or electric
shock, do not expose this apparatus
to rain or moisture.
To avoid electrical shock, do not
open the cabinet. Refer servicing to
quali

ed personnel only.

Batteries or batteries installed
apparatus shall not be exposed to
excessive heat such as sunshine,

re or the like.

CAUTION

The use of optical instruments with
this product will increase eye
hazard. As the laser beam used in
this Blu-ray Disc/DVD player is
harmful to eyes, do not attempt to
disassemble the cabinet.
Refer servicing to quali

ed

personnel only.

Notice for customers in the
United Kingdom and
Republic of Ireland

A molded plug complying with
BS1363 is

tted to this equipment
for your safety and convenience.
Should the fuse in the plug
supplied need to be replaced, a 5
AMP fuse approved by ASTA or
BSI to BS1362, (i.e., marked with

or mark) must be used.
If the plug supplied with this
equipment has a detachable fuse
cover, be sure to attach the fuse
cover after you change the fuse.
Never use the plug without the fuse
cover. If you should lose the fuse
cover, please contact your nearest
Sony service station.

Disposal of Old Electrical
& Electronic Equipment
(Applicable in the
European Union and
other European countries
with separate collection
systems)

This symbol on the product or on
its packaging indicates that this
product shall not be treated as
household waste. Instead it shall be

Disposal of was
batteries (appli
the European Un
other Europea
with separate
systems)

This symbol on the
the packaging in
battery provided
shall not be trea
waste.
By ensuring thes
disposed of correctl
prevent potentia
consequences fo
and human heal
otherwise be cau
inappropriate wa
battery. The recyc
materials will he
natural resource

In case of product
performance or
reasons require
connection with
battery,

this batte
replaced by qua
only.

SAFETY CHECK-OUT

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

1. Check

of your repair for unsoldered or poorly-soldered

the

area
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.

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-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)

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.

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

WHEN SERVICING, DO NOT APPROACH THE LASER
EXIT WITH THE EYE TOO CLOSELY. IN CASE IT IS
NECESSARY TO CONFIRM LASER BEAM EMISSION,

THAN 25 cm FROM THE SURFACE OF THE OBJEC­TIVE LENS ON THE OPTICAL PICK-UP BLOCK.

SAFETY-RELATED COMPONENT WARNING!!

COMPONENTS IDENTIFIED BY MARK 0 ENIL DETTOD RO
WITH MARK 0 NI DNA SMARGAID CITAMEHCS EHT NO
THE PARTS LIST ARE CRITICAL TO SAFE OPERATION. RE-

IN SUPPLEMENTS PUBLISHED BY SONY.

ATTENTION AU COMPOSANT AYANT RAPPORT

OMPOSANTS IDENTIFIÉS PAR UNE MARQUE 0

LES C

DONNÉS DANS CE MANUEL OU DANS LES SUPPLÉ­MENTS PUBLIÉS PAR SONY.

WARNING!!

À LA SÉCURITÉ!

For customers in European countries

This appliance is classied as a CLASS 1 LASER

This label is located on the laser
protective housing inside the
enclosure.

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.

EROM FO ECNATSID A MORF EVRESBO OT ERUS EB

(Caution: Some printed circuit boards may not come printed with
the lead free mark due to their particular size.)

: LEAD FREE MARK

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

ESOHW STRAP YNOS HTIW STNENOPMOC ESEHT ECALP
RO LAUNAM SIHT NI NWOHS SA RAEPPA SREBMUN TRAP

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

ETSIL AL TE SEUQITAMÉHCS SEMMARGAID SEL RUS
ED ÉTIRUCÉS AL RUOP SEUQITIRC TNOS SECÈIP SED
STNASOPMOC SEC RECALPMER EN .TNEMENNOITCNOF
TNOS SORÉMUN SEL TNOD YNOS SECÈIP SED RAP EUQ

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.

– 2 –

1. SERVICE NOTE

BDP-BX38/S280/S380/S383

TABLE OF CONTENTS

egaP eltiT noitceS egaP eltiT noitceS

1-1. Disc Removal Procedure If The Tray Cannot Be

Ejected (Forced Ejection) ............................................. 1-1

1-2. Work when optical device are replaced ........................ 1-1

1-3. Test Disc ....................................................................... 1-2

1-3-1. Operation and Display ............................................. 1-2

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

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.

1-4-10. Laser Caution Label ................................................ 1-20

Loading For Service

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

.........................................

1-20

1-23E

2. DISASSEMBLY

2-1. Disassembly Flow ........................................................ 2-1

2-2. Upper Case .................................................................. 2-1

2-3. Tray Cover Assy .......................................................... 2-2

2-4. Front Panel Assy, FL-203 and IF-170 Board .... ............... 2-2

2-5. Rear Panel Block ......................................................... 2-3

2-6. MB-138 Board ............................................................. 2-3

2-7. BD Drive

2-8. Switching Regulator ..................................................... 2-5E

2-9. Circuit Boards Location ................................................ 2-5E

.....................................................................

.. 2-4

4-12. MB-138 Board (HDMI)

Schematic Diagram (7/14)............................................ 4-12

4-13. MB-138 Board (ETHERNET)

Schematic Diagram (8/14)............................................ 4-13

4-14. MB-138 Board (AUDIO)

Schematic Diagram (9/14)............................................ 4-14

4-15. MB-138 Board (VIDEO)

Schematic Diagram (10/14).......................................... 4-15

4-16. MB-138 Board (GPIO/JTAG)

Schematic Diagram (11/14) .......................................... 4-16

4-17. MB-138 Board (IF CON)

Schematic Diagram (12/14).......................................... 4-17

4-18. MB-138 Board (FE_POWER/OP/GIO)

Schematic Diagram (13/14).......................................... 4-18

4-19. MB-138 Board (FE_POWER/MOTOR DRIVE)

Schematic Diagram (14/14) ........................................ 4-19

4-20. Waveforms ................................................................... 4-20E

5. PRINTED WIRING BOARDS

5-1. This Note Is Common For Printed Wiring Boards ........ 5-1

5-2. FL-203 Board (FRONT LEFT) Printed Wiring Board..... 5-2

5-3. IF-170 Board

Printed Wiring Board ...................................................... 5-3

5-4. MB-138 Board(MAIN)

Printed Wiring Board (Side A) ..................................... 5-4

5-5. MB-138 Board (MAIN)

Printed Wiring Board (Side B) ...................................... 5-5E

3. BLOCK DIAGRAMS

3-1. Overall Block Diagram.................................................. 3-1

3-2. DSP Block Diagram ...................................................... 3-2

3-3. AV OUT Block Diagram ................................................ 3-3

3-4. USB/ETHER, Block Diagram .................................. 3-4

3-5. Power Block Diagram .......................................... 3-5E

4. SCHEMATIC DIAGRAMS

4-1. This Note Is Common For Schematic Diagrams .......... 4-1

4-2. Frame Schematic Diagram........................................... 4-2

4-3. IF-170 Board (FRONT LEFT) Schematic Diagram ... 4-3

IF-170 Board (USB FRONT) Schematic Diagram ......

4-4.
4-5. FL-203 Board (FRONT RIGHT)

4-6. MB-138 Board (DDR 3 A)

Schematic Diagram (1/14)............................................ 4-6

4-7. MB-138 Board (DDR 3 B)

Schematic Diagram (2/14)............................................ 4-7

4-8. MB-138 Board (POWER)

Schematic Diagram (3/14)............................................ 4-8

4-9. MB-138 Board (CLK/POWER)

Schematic Diagram (4/14)............................................ 4-9

4-10. MB-138 Board (FLASH/HOST)

Schematic Diagram (5/14)............................................ 4-10

4-11. MB-138 Board (USB) Schematic Diagram (6/14)......... 4-11

Schematic Diagram ... 4-5

4-4

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.
10-1-4.

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

Main Chassis Section
BD Section
Accessories

.............................................................

.......................................................... 10-4

10-3

– 3 –

BDP-BX38/S280/S380/S383

SECTION 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.

Note:

(Use clip diameter about 1.2 mm)

(12~32)mm

clip

hole

Fig.1

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 “1-4-9. 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

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)

1-1

BDP-BX38/S280/S380/S383

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 Items

1) 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)

1-2

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

BDP-BX38/S280/S380/S383

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. BLX-104 Menu Function (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 selectively displayed.
* 5. AV Sync does not operate.

Note:
Txx_ Cxx
Chapter No.
Title No.

1-3

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

BDP-BX38/S280/S380/S383

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

1-3-1-4. BLX-104 Menu Function (4)
Sub menu1

X

BDP-BX38/S280/S380/S383

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.

1-5

1-3-1-5. BLX-104 Menu Function (5)
Sub menu2

X

BDP-BX38/S280/S380/S383

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.

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

1-3-1-6. BLX-104 Menu Function (6)
Sub menu3

X

BDP-BX38/S280/S380/S383

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 se-

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. 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

1-3-1-7. BLX-104 Menu Function (7)
Sub menu4

X

BDP-BX38/S280/S380/S383

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 se-

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

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.

V Sync does not operate.

10) A

1-8

BDP-BX38/S280/S380/S383

1-3-2

Menu Function

1-3-2-1. BLX-204 Menu Function (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. BLX-204 Menu Function (2)
Main Menu

To Main Menu after playback of T83_C1

To Main Menu after playback of T62tT82
To Main Menu after playback of T61_C1

To Main Menu after playback of T54_C1-T60_C1tT83_C1-T94_C1
Sub_menu3 is displayed

To Main Menu after playback of T67_C1
To Main Menu after playback of T21tT63tT64tT65tT66

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

1-3-2-3. BLX-204 Menu Function (3)
Main Menu

BDP-BX38/S280/S380/S383

To Main Menu after playback of T70_C1

To Main Menu after playback of T52_C1t T69
To Main Menu after playback of T51_C1

To Main Menu after playback of T44_C1-T50_C1t 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

1-3-2-4. BLX-204 Menu Function (4)
Sub menu 1

X

BDP-BX38/S280/S380/S383

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. 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 M

ain Menu is selectively displayed.

1-11

1-3-2-5. BLX-204 Menu Function (5)
Sub menu 2

X

BDP-BX38/S280/S380/S3838

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 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

1-3-2-6. BLX-204 Menu Function (6)
Sub menu 3

X

BDP-BX38/S280/S380/S383

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 se-

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.

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 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.

1-13

1-3-2-7. BLX-204 Menu Function (7)
Sub menu 4

X

BDP-BX38/S280/S380/S383

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 se-

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

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

1-4.

DRIVE REPAIRING

1-4-1. Preparation

• 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.

How to open FFC Holder. Refer below picture.

•

BDP-BX38/S280/S380/S383

1-4-2.

Checking Flow ~ Drive (BU) section ~

Drive flowchart

BLX-104

BDP-S380 can play the BD-disc

YES

DVD: HLX-513
CD: HLX-A1

NO

Check / replace the FFC cable, then check

1

1

2

2

1

2

Check Drive Power Supply

CN301 Pin 3: 12V
IC309 Pin 1: 5V

YES

BDP-S380 operates normally
OP FFC cable (1-838-615-11)
SPD FFC cable (1-838-617-11)

YES

OK

NO

NO

Check PS301, PS302

Replace PS when open

Check the Optical Block Unit (BU) by

service mode. (Flowchart zz)

BU IOP is OK?

NO

Replace the Optical Block Unit (BU)

Optical Block Unit (BU) replace

(Flowchart yy)

BDP-S380 can play the DVD/CD-disc

NO

1-15

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

BDP-BX38/S280/S380/S383

Before

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

Enter Service Mode

<OPEN/CLOSE>., <PLAY>,<STOP>

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: 3mA

-

DVD, CD: 3mA

AC Power OFF

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

+

-

YES

BU Replacement ~

NO

IOP out of specification need BU

replacement

Optical Block Unit (BU) replace

(Flowchart yy)

BDP 6G (BDP-S380) 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_ver2.0

) installed in JIG PC’s
USB memory
ESD work bench

•Procedure (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!

1-16

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

Optical Block Unit (BU) OP Data Write Flow (yy) ~ [After BU/MB Replacement]

BDP-BX38/S280/S380/S383

Remove the defective BU from Loading

Assy and also remove BU insulator (4pcs)

Unpack new BU and take OP Data Barcode

Assemble BU with Insulators to Loading

Decode the OP Data Barcode phot using
BDPRdec.exe

USB memory(File Name: BuData.txt)

Enter Service Mode and insert USB memory

And confirm dIOP by select [7] OP Check

photo by camera

Assy (tighten screw with 2kgf)

and save the test data to

to USB connector

Select [8] Drive -->

Select [1] Drive OP data Write

Press ENTER

After Finishing ReWrite OP data

--> Turn AC Power OFF

Menu to verify IOP in specification

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 requirement

Digital camera (with macro mode)
Barcode decoder (BDPRdec.exe)
installed in jig
PC's (jig purpose)
USB memory
ESD free work bench

IOP in specification --> Turn AC Power OFF

Turn Power ON and check playback

performance using BD, DVD and CD

KEM-430AAA/C2RP Packing Spec.

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

BLX-104

DVD: HLX-513
CD: HLX-A1

1-17

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

BDP-BX38/S280/S380/S383

Lid foam tray

Instruction
Manual

Antistatic Bag

1) Store it in Cushion Carton

2) Store the Cushion carton in the individual carton

Cushion Carton

C surface cut facing front

Individual Carton (4-272-629-0)

Antistatic Bag

2) Store it in Individual Carton

3) Store it in Master Carton

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

4) Master carton is sealed
with the PP tape.

Shipment Label
(Care Mark 3)

Individual Carton (E430-BU-RP)

PPTape

Stic

k it

toH.

1-18

BDP-BX38/S280/S380/S383

BU Data Decode Jig

1-4-8. BU Data Decode Jig

・JIG Name: BDPRdec. exe

・

Release : 2010.11.26

・Version : 2.0.0.0

・Software Contents:

BDPRdec.exe ; Software
SavePath.ini ; decoded file destination setting file (initial destination is C:¥BuData.txt
Tasman.Bars.dll ; decode dll
Uninst.exe ; unistall BDPRd ec.exe from PC

・Installations

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.

STEP 1
Microsoft .NET Framework Version 2.0 Redistributable Package (x86)

http://www.microsoft.com/downloads/details.aspx?displaylang=en&FamilyID=0856eacb-4362-4

8edd-aab15c5e04f5

)

b0d-

STEP 2
Microsoft .NET Framework 2.0 Service Pack 1 (x86)

http://www.microsoft.com/downloads/details.aspx?displaylang=en&FamilyID=79bc3b77-e02c-4

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”.

ad3-

1-19

BDP-BX38/S280/S380/S383

Laser Caution Label

Loading For Service

1-4-9. Loading For Service

BDP 6G Loading Ass’y service parts consists from 3 parts.

①Holder, Clamper Assy
②Loading Assy
③Holder FFC

Currently these parts are producing 2 vendors. But the THERE IS NO COMPATIBILITY
So, please DO NOT MIX

“Loading for service” A-1750-926-A

the ① and ② of Loading for service and original Loading.

FFC

1-838-615-11

.

Laser Caution Label

Holder, Clamper Assy

①

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

1-838-619-11

②Loading Assy

FFC

③ Holder, FFC

4-167-321-01

(FFC Holder can be used

both service parts and original

parts)

FFC

1-838-617-11

new Loading Ass’y.

Limit Sample

Following peel off condition are acceptable

1-20

BDP-BX38/S280/S380/S383

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 6G unit.

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

1-21

Shoot the barcode
Format is JPEG

Application Software
Data convert from
JPEG

TEXT

BDP-BX38/S280/S380/S383

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.

The application software will be a service jig .
service jig, and the recording media will be CD-R.

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-BX38/S280/S380/S383

1-5.

REAR PANEL ASSEMBLY CAUTION

Whenever you need to assemble the rear panel, please make sure that the Ethernet connector (CN801)
Top Contact Springs are in good condition with height ≥2.0mm ± 0.5mm (refer to Fig 1)

Fig.1

If the Top Contact Springs are in at condition (Fig2), please lift them up to good condition
before assembling the rear panel.

Good Contact

Fig.2

When assembling the rear panel, please ensure good contact
between the Top Contact Springs to the rear panel.

1-23E

Spec.

• This set can be disassembled in the order shown below.

2-1. DISASSEMBLY FLOW

SET

2-2. UPPER CASE
(Page 2-1)

2-3. TRAY COVER ASSY
(Page 2-2)

FRONT PANEL ASSY
FL-203 & IF-170 boards

2-4.

(Page 2-2)

BDP-BX38/S280/S380/S383

SECTION 2

DISASSEMBLY

2-5. REAR PANEL
(Page 2-3)

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

2-6. MB-138 BOARD

(Page 2-3)

2-2. UPPER CASE

Three tapping screws

2

(tightening torque =

1 Tapping

(tightening torque =5 to 6

screw

Upper case

3

kgf•cm)

2-7.

BD DRIVE

(Page 2-4)

5 to6

2-8. SWITCHING REGULATOR

(Page 2-5)

kgf•cm)

2-1

tapping screw

1

(tightening torque = 5 to 6 kgf•cm)

2-3. TRAY COVER ASSY

3 Tray cover assy

1 Insert a clip in the hole of a drive

to

open a tray.

tray

2

BDP-BX38/S280/S380/S383

2-4.

FRONT PANEL ASSY, FL-203 AND IF-170 BOARD

5

FL-203 Board

One screws

(tightening torque = 6 to 7 kgf•cm)

+BV3 (3-CR)

4

2

Front Panel

3

Harness (FLM-001)

CN331

Light guide

6

cover

Except BDP-S280

Eight hook

1

Two screws +BV3 (3-CR)

7

(tightening torque = 6 to 7 kgf•cm)

9

IF-170 Board

8

One screws

(tightening torque = 6 to 7 kgf•cm)

+BV3 (3-CR)

2-2

2-5. REAR PANEL BLOCK

4

Rear panel block

Two screws+P 3X3

3

(tightening torque = 4 to 5 kgf•cm)

BDP-BX38/S280/S380/S383

2

Three ‘black’

(tightening torque = 6 to 7 kgf•cm)

1

PS Insulator top

screws +BV3(3-CR)

2-6. MB-138 BOARD

4

5

flexible flat
(CN2460)

6

flexible flat
(CN2470)

flexible flat

(CN1301)

cable (LDG-002)

cable (OPT-001)

cable (SPD-001)

Four screw s +BV3(3-CR)

7

(tightening torque = 6 to

8

MB-138 board

1 harness (PM-163)

(CN301)

7 kgf•cm)

3 harness (FLM-001)

(CN1203)

2-3

2 Flexible flat cable

(CN1204)

(FIM-031)

2-7. BD DRIVE

5 BD drive

four screws +BV3(3-CR)

1

(tightening torque = 6 to 7 kgf•cm)

2

Optical flexible flat cable (OPT-001)

(CN1301)

BDP-BX38/S280/S380/S383

Splindle flexible flat cable (SPD-001)

3

(CN2460)

4

Loading flexible flat cable (LDG-002)
(CN2470)

2-4

2-8. SWITCHING REGULATOR

two screws +BV3(3-CR)

2

(tightening torque = 6 to 7

kgf•cm)

BDP-BX38/S280/S380/S383

2

PS Insulator top

3

switching regulator

2-9. CIRCUIT BOARDS LOCATION

FL-203 board

IF-170 board

MB-138 board

Switching Regulator

2-5E

SECTION 3
BLOCK DIAGRAMS

3-1. OVERALL BLOCK DIAGRAM

BD DRIVE

DVD
Blu-ray
DRIVE

FL-203 BOARD

S331

POWER

MB-138 BOARD

IC1401

SA

DRIVE

IC2401

MOTOR
DRIVE

1Gb DDR3

B-BUS

A-BUS

IC106

IC206

IC107

FRONT

IC501

2G NAND

FLASH

USB

VIDEO

AUDIO

(ANALOG OUTPUT)

AUDIO

(DIGITAL OUTPUT)

IC101

MAIN SYSTEM CONTROL, DSP

SATA I/F, MEMORY CONTROL,

A/V OUT, HDMI, ETHERNET I/F,

USB I/F

CXD9997G-AB

HDMI

USB

REAR

IC1003

VIDEO AMP

IC907

AUDIO LINE
DRIVER

CN604

J901

HDMI OUT

USB

Y

COMPONENT

P

B

VIDEO OUT

R

P

VIDEO

L

AUDIO

R

COAXIAL

CN701

LINE OUT

DIGITAL OUT

PCM/DTS/DOLBY

DIGITAL

BDP-BX38/S280/S380/S383

EXCEPT:

BDP-S280

IF-170 BOARD

ND701

VACCUM

FLUORESCENT

DISPLAY

Q706,Q707

T701

CN201

DC/DC

CONVERTER

EXCEPT:

BDP-S280

S701

STOP
S702

PLAY

S703

OPEN/CLOSE

D709

(WHITE)

IC702

VFD DRIVER

IC703

REMOTE
CONTROL
RECEIVER

UNSW12V

VOLTAGE
DIVIDER

POWER-1

A

UNSW6V

IC1204

P FAIL

IC1203

SUB SYSTEM

CONTROL

PS1201

X401

27MHZ

DC DC 6V

ETHERNET

N801

C

)

(

L

A

N

1

0

0

CORE_1.1V
DCDC6V

SW5V
DCDC-4V

3.3VA

1.2VA

DDR3.1-5V

FE_SW12V
DAC3.3V

UNSW3.3V

REGULATOR

I

C

3

01

I

C

3

02

I

C

3

03

I

C

3

04

I

C

3

05

I

C

3

07

I

C

3

08

I

C

3

09

I

C

3

10

I

C

3

06

I

C

601

I

C

704

I

C

703

I

C

803

I

C

804

I

C

603

PS301
PS302

SWITCHING
REGULATOR

The components identifi ed by
mark

are critical for safety.
Replace only with part number
specifi ed.

(AC IN)

or dotted line with mark

3-1

3-2. DSP BLOCK DIAGRAM

BD DRIVE

DVD
Blu -ray
DRIVE

23
22

26
25

32

30
28
20

31
33
19
17

34

39

38
37

CN1301

36

43
44
45

8
9

6
7

CN2460CN2470

4
3
2

1
2

3
5

MB-138 BOARD

BD_RF+
BD_RF-

DVD_RF +

DVD_RF-

A

B
C
D
E
F
G
H

SDIO

8

SCLK

7

LDD_SEN

6

THERMO

SA_B+
SA_B-

SA_A+

SA_A-

FD1

FR1
TR

TD

FD2
FR2

A

A­B+

B-

U
V
W

LOAD ­LOAD+

TRAY-IN

TRAY-OUT

SYSCON_RST

PAGE 3-4

2740
2841
2942
30
24
25

55
56
52
53

42

44
46

33
32

STP1+

16

17

STP1-

18

STP2+

19

STP2-

FCS_P
FCS_N
TRK_P
TRK_N
TLT_P
TLT_N

SLED2_P
SLED2_N
SLED1_P
SLED1_N

U
V
W

LOAD_N
LOAD_ P

IC2401

MOTOR DRIVE

19

IC1401

SA_DRIVE

VFCS

VTRK

VSLED2

VSLED1

MONITOR

VSPIN

VLOAD

IC501

2Gb/16Gb

NAND FLASH

STP1_IN

STP2_IN

STEP_ENA

SA_B

8

SA_A

9

STEP_ENA

7

21 FOO

20 TRO

22

17

16

12

SPDL

18

NS_XTALO

NS_XTALI

19

CPU_NFD0 - CPU_NFD7

nCE

9

16

cLE

17

ALE
WE

18

8

nRE

7

RY/BY

J4

J3

J1

J2

E1

E2

F1

F2

H3

H4

G2

G1

P2

P1

R3

D3

N1

M4

N3

K2

K1

L4VTLT

L3

U4

Q4

M1

B12

A12

M3

W1

W2

C22

B22

D21

C21

A23

B23

RFIP
RFIN
RFIP2
RFIN2

INA
INB
INC
IND

INE

INF
ING
INH

FE CFREQ

FEOSCEN

FECMOD

AUX1

FE FM O4

FE FM O3

FE GAINSW2

TLO

FE FM O

FE FMO2

FE LIMIT

FEDM0

FE TR AYPWM

FETR

FETR

CPU_NFCEN

CPU_NFCLE

CPU_NFALE

CPU_NFWEN

CPU_NFREN

CPU_NFRBN

IC101

MAIN SYSTEM CONTROL,

DSP,SATA I/F,MEMORY CONTROL

A/V OUT,HDMI,ETHERNET I/F

USB I/F,

CXD9997G-AB

X401

27MHZ

AYIN_

AYOUT_

RBA0

RBA1

RBA2
RRAS
RCAS

R

RODT

RCLK0

RCLKB

RCLKE

RCS

RRESET

RCLK1

RCLK1

RBA0_B

RBA1_B

RBA2_B

RRAS_B
RCAS_B

RWE_B

RODT_B

RCLK0_B

RCLK0_B

RCKE_B

RCS_B

RRESET_B

BDP-BX38/S280/S380/S383

DODQ0-DODQ15

DOA0-DOA12

AD12

AC15

AC12

Y11

AA11

WE

AE12

AB11

AD22

AE22

AA14

AC11

Y14

DODQ16-DODQ31

AD10

AE10

DIDQ0-DIDQ15

DIA0-DIA12

M2

N8

M3

AJ41

AH40

AC43

AG41

AL43

AL41

AC41

AD42

Y25

M2

N8

M3

J3

K3

L3

K1

J7

K7

K9

L2

K1

M2

N8

M3

J3

K3

L3

K1

J7

K7

K9

L2

K1

M2

N8

M3

J3

K3

L3

K1

J7

K7

K9

L2

K1

IC106

1Gb DDR2

SDRAM

BA0
BA1

BA2

/RAS

/CAS
/WE
ODT

CK

/CK

CKE

/CS

/RESET

IC107

1Gb DDR2

SDRAM

BA0

BA1

BA2

/RAS

/CAS
/WE
ODT

CK

/CK

CKE

/CS

/RESET

IC106

1Gb DDR2

SDRAM

BA0

BA1

BA2

/RAS

/CAS
/WE
ODT

CK

/CK

CKE

/CS

/RESET

3-2

BDP-BX38/S280/380/383

3-3. AV

MB-138 BOARD

OUT BLOCK DIAGRAM

C

01

I

1

SCL

SDA

D11

C11

C18

B19

C17

A19

D7

E8

Y
PB
PR

CVBS

XVMUTE

FORMAT1

VDACG_OUT
VDACB_OUT
VDACR_OUT

VDACX_OUT

PSD ,LORTNOC METSYS NIAM

F/I TENREHTE IMDH ,TUO V/A

LORTNOC YROMEM F/I ATAS

BA-G7999DXC

F/I BSU

AOMCLK/L

AOBCK/R

3
4

5

1

6

7

8

INL

1

10

INR

I

N

Y
P

I

B

N

N

RI

P

I

V

N

E 1

U

M

T

E 2

U

M

T

LPF SEL

C

00

1

I

3

I

E

D

O

M

A

V

P

IC907

AUDIO LINE

DRIVER

P

Y

O

P

B

O

PR

O

VO

OUTL

OUTR

J

01

9

7P JACK

12

U

T

U

T

1

0

UT

9

U

T

4

1

2

Y

B

P

R

P

VIDEO

L

COMPONENT

VIDEO OUT

LINE OUT

AUDIO

119

R

AMUTE

SPDIF

CH2_P

CH2_M

CH1_P

CH1_M
CH0_P
CH0_M

CLK_P

CLK_M

HTPLG

B13

A13

B15

A15

B16

A16

E23

C8

E9

B14

A14

T

P

2

X

TX2N

TX1P
TX1N

TX0P
TX0N

TCKP
TCKN

IFCON_XMUTE

MUTE

7

Q901

XAMUTE

T

P

2

X

TX2N

TX1P
TX1N
TX0P
TX0N
TCKP

TCKN

TMDS DATA2+

CN701

TMDS DATA2-

TMDS DATA1+
TMDS DATA1­TMDS DATA0+
TMDS DATA0­TMDS CLOCK+

TMDS CLOCK-

HPD

1
3
4
6

7
9

0

1

2

1

1

9

COAXIAL

HDMI OUT

DIGITAL OUT

PCM/DTS/DOLBY

DIGITAL

3-3

PAGE 3-4

22

IT-CON

CEC

Q702

CEC PULL-UP

ISOLATING SWITCH

CEC

3

1

3-4. USB/ETHER BLOCK DIAGRAM

BDP-BX38/280/380/383

MB-138 BOARD

CXD9997G-AB

CN1102

J22

J23

AC4

GPIO4

AA5

GPIO5

CN1202

TXVN_0

TXVP_0

TXVN_1

TXVP_1

GPIO2

VSTB

GPIO1

GPIO6

DM DP

Y1

Y2

DM0

AB1

DP0

AB2

B4

A3

B5

A4

CN604

CN801

3

4

7

8

LAN (100)

USB

EXT

EXCEPT: BDP-S280

CN201

2

3

IF-170 BOARD

3

22221

11

13
15

9
8

16

19

5

3

21
23

1
2

22

14

10

FL-203 BOARD

CN331

1 1

CN702

D+

D-

DIN

S331

S701

S702

S703

IC703

REMOTE
CONTROL
RECEIVER

7

CLK

8

STB

9

IC702

VFD DRIVER

GRD1 - GRD8

SEG1 -SEG17

Q709

LED DRIVER

EXCEPT: BDP-S280

D709

(WHITE)

ND701

VACCUM

FLOURESCENT

DISPLAY

DM

DP

CN1204

IC1203

KEY1

KEY3

KEY2

KEYO

13

14

16

31

37

35

36

27

38

L22

K22

L23

B7

L21

A7

K23

AC3

48

47

49

3

30

43

51

25

LED_WHITE

33

RXD0

34

TXD0

12

8

SIRCS_IN

KEY1

KEY3

KEY2

LED_WHITE

CN1203

3-4

D

C

D

C

4

V

S

W

5

V

3-5. PO WER BL OC K DIAG RA M

16-17

14

13

1

2

(AC IN)

1

2

7

APS-279(BDP-S280:EXCEPT US,CND/S380:EXCEPT US,CND/S383)

SRV2224UC(BX38/S280:US,CND/S380:US,CND)

4

SWITCHING REGULATOR :

5

6

3

UNSW12V

UNSW-12V

FE_GND_M

GND

FE-UNSW 12V

MB-138 BOARD

CN301

PS302

1

2

IC310

DCDC6V

PCONT1

7

4

CN301

5

6

PS301

3

IC 302

BDP-BX38/280/380/383

DDR3_1.5V

PCONT3

PCONT3

IC 501
NAND

FLASH

PCONT_CORE

PCONT3

IC305

+3.3V

REGULATOR

PCONT3

IC308

DDR3_1.5V

IC304

+1.2V

REGULATOR

IC306

+3.3V

REGULATOR

IC307

+1.1V

REGULATOR

IC704

+3.3V

REGULATOR

DAC 3.3 V

1.2V

3.3V

CORE_1.1V

AVDD33_HDMI

VOLTAGE

DIVIDER

ATA_PCONT1

VREF_0.75V

CPU1.2V

HDMI_1.2V

CPU-3.3VA

IC907

IC309

REGULATOR

1

1

1

1

1

AUDIO

LINE DRIVER

+5V

DDR3_1.5V

IC101

CXD9997G-AB

IC106
DDR3

SDRAM

IC107

DDR3

SDRAM

IC206

DDR3

SDRAM

1

USB_VBUS_PCONT1

Q303

Q302

FE_SW12V

DCDC4V

FE_SW5V

DCDC6V

DCDC6V

DCDC6V

DCDC6V

PCONT3

PCONT3

IC 301

+3.3V

REGULATOR

IC 601

REGULATOR

IC 603

+5V

REGULATOR

IC 705

+5V

REGULATOR

REGULATOR

IC 1361

+8V

REGULATOR

IC 2401
MOTOR
DRIVER

+5V

IC 303

+5V

UNSW3.3V

PCONT1

PCONT2

PCONT3

PCONT_CORE

AT

A_PCONT1

USB 5V

USB 5V

HDMI 5V

FR_6V

IC1003

VIDEO

BUFFER

PS1201

IC 1401

MOTOR
DRIVER

IC 1203

IF CON

3.3V

CN 1502

C

C

V

CN1204

IT_3.3V

8V

CN604

CN701

CN1401

CN1102

(IFCON FLASH WRITER)

USB

1

EXT

18

HDMI OUT

CN702

5

18

6

19

7-8

10

11

IF-170 BOARD

O

NISECON

1

8

T

P

D7019

LED WHITE

EXCEPT BDP-S280

R708

Q706,Q707

DCDC

CONVERTER

Q709

LED DRIVE

IC701

REMOTE CONTROL

RECEIVER

ND701

FLUORESENT

INICATOR

TUBE

D705,D706

RECT

IC702

VFD DRIVE

EXCEPT BDP-S280

USB

1

EXT

CN202

UNSW12V

PCONT3

UNSW12V

DCDC4V

FE-UNSW 12V

3 - 5E

SW3.3V

CN1101

ICE

1

8

The components identifi ed by

or dotted line with mark

mark

are critical for safety.
Replace only with part number
specifi ed.

SECTION 4

SCHEMATIC DIAGRAMS

4-1. THIS NOTE IS COMMON FOR SCHEMATIC DIAGRAMS

All capaci tors are in F un les s 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.

=1000 , M =1000k .

k

% : 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.

BDP-BX38/S280/S380/S383

Note:

The componen ts ident ifi ed
by mark
with mark
safety.
Replace only with part num­ber specified.

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

or dotte d line

are critical for

Note:

Les composants identifiés par
une marque
pour la sécurité.
Ne les remplacer que par une
pièce portant le numéro spéci­fié.

sont critiquens

4-1

BDP-BX38/S280/S380/S383

4-2.

FRAME SCHEMATIC DIAGRAM

1

2

A

B

C

D

E

BU

F

G

H

I

43

45P

CNXXX X

FR2
FD2
TD
TR
FR1
FD1
SA_B +
SA_B ­SA_A +
SA_A ­GND
THER MO

F
A

E
B

5V_P D

C
GND
DVD_ RF+

DVD_ RF-

GND

BD_R F+

BD_R F­GND

D
G
VC_P D

H
GND
GND
GND
GND

5.0V

GND

8.0V
GND
SDIO

SCLK
SEN_ LDD

LDEN

TEST _V

MODE _A

MODE _B(2- ->3)

GND

CNxx x
9P

COMMON

CNxx x
5P

TRAY- IN

TRAY- OUT

FGND

LOAD -

LOAD +

98765

VBUSDM

DPGND

1 2 3 4

CN60 4

REAR

CN130 1

45P

OPT-0 01
1-838 -615 -11/ 21
FFC

SPD-0 01
1-838 -617 -11/ 21
FFC

LDG-0 02
1-838 -619 -11/ 21
FFC

1

2

MODE _B(2- ->3)

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

19

20

21

22

23

24

25

26

27

28

29

30

31

32

33

34

35

36

37

38

39

40

41

42

43

44

45

1

2

3

4

5

6

7

8

9

1

2

3

4

5

GND

MODE _A
TEST _V
LDEN
SEN_ LDD
SCLK
SDIO
GND

8.0V
GND

5.0V
GND
GND
GND
GND
H
VC_P D
G
D
GND
BD_R F­BD_R F+
GND
DVD_ RF­DVD_ RF+
GND
C
5V_P D
B
E
A
F
THER MO
GND
SA_A ­SA_A +
SA_B ­SA_B +
FD1
FR1
TR
TD
FD2
FR2

W
V
U

B

B/

A

A/

LOAD -

LOAD +

TRAY- IN

GND

TRAY- OUT

CN246 0

9P

NOMMOC

DNGF

CN247 0

5P

2P

CN120 3

KEY0(POWE R)

1

FLM-0 01
1-967 -315 -11/ 21
Harne ss

1

KEY0(POWE R)

CN33 1

2P

GND

2

2

GND

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

19

20

21

22

23

24

25

26

27

28

29

30

31

32

33

34

35

36

37

38

39

40

41

42

43

44

45

1

2

W

3

V

4

U

5

6

B

7

/B

8

A

9

/A

1

2

3

GND

4

5

4P

123456789

TMDS DATA 1 +

TMDS DATA 2 +

TMDS DATA 1 -

TMDS DATA 0 +

TMDS DATA 2 -

TMDS DATA 2 SH IELD

TMDS DATA 1 SH IELD

7P

CN120 2

NC

MODE

IF_RXD

IF_TXD

IFCON FLA SH W RITE R

GND

1234567

10111213141516171819202122

CEC

SCL

SDA

RESER VED

TMDS DATA 0 -

TMDS CLOC K +

TMDS CLOC K -

TMDS CLOC K SH IELD

TMDS DATA 0 SH IELD

23P

CN120 4

To I F

VCC

RESET

GND

USB_DP

123456789

123456789

KEY2(0/C)

KEY3(PLAY )

CN70 2

23P

23

HPD

+5V P OWER

PARTS BOD Y

PARTS BOD Y

PARTS BOD Y

DDC/C EC G ND

USB_DM

KEY1(STOP )

PARTS BOD Y

19P
CN70 1
HDMI

GND

USB_VBUS2

USB_VBUS1

GND

FLD_STB

FLD_SCK

GND

FLD_DIN

GND

IT_3.3V

LED_WHITE

FLD_PCONT

FIM-0 31
1-838 -618 -11/ 21
FFC

GND

IT_3.3V

FR_6V

GND

FLD_DIN

FLD_CLK

10111213141516171819202122

GND

10111213141516171819202122

GND

SIRCS

FR_6V

FR_6V

FLD_PCONT

LED_WHITE

10

CN80 1

ETHER NET

SERVO MON ITOR
CN139 1
6P

MPXOUT1

MPXOUT2

GND

MPXOUT3

GIO13

NISEC ON
CN138 1
6P

3.3V

GND

RXD

TXD

JIG_MODE0

JIG_MODE1

IFCON DEB UGGE R
CN120 1
5P

GND

MODE

VCC

RESET

NC

NISEC ON
CN110 2
6P

3.3V

GND

RXD

TXD

JIG_M ODE1

JIG_M ODE0

CN30 1
7P

UNSW1 2V

UNSW1 2V

FE_UN SW12 V

FE_GN D_M

GND

GND

UNSW- 12

FR_6V

GND

SIRCS

GND

KEY1(STOP )

KEY2(O/C)

KEY3(Play )

23

23

GND

GND

FLD_STB

GND

USB_DM

USB_DP

USB_VBUS1

USB_VBUS2

1

2

3

4

5

6

1

2

3

4

5

6

1

2

3

4

5

1

2

3

4

5

6

1

2

3

4

5

6

7

PM-16 3
1-967 -499 -11/ 21
Harne ss

11

12

13

14

AC OUT

CN10 1
2P

AC_IN (L)

SC_IN (N)

SWITCHING REGULATOR831-BMYSSA GNIDAOL DB

P/S

CNxx x

7P

UNSW1 2V

1

UNSW1 2V

2

FE_UN SW12 V

3

FE_GN D_M

4

5

GND

6

GND

7

UNSW- 12

FL-20 3

IF-17 0

J

4-2

IF-170

4-3. BOARD (FRONT LEFT ) SCHEMATIC DIAGRAM • See page 5-3 for printed wiring board.

- Ref. No.: board; 20,000 series -

IF-170

BDP-BX38/S280/S380/S383

1

2

43

98765

10

11

12

13

14

A

B

C

D

E

F

G

H

I

J

by mark or dotted line with
mark

are critical for safety.

Replace only with part number

4-3

BDP-BX38/S280/S380/S383

4-4. IF-170 BOARD (USB FRONT) SCHEMATIC DIAGRAM

- Ref. No.: IF-170 board; 20,000 series -

• See page 5-3 for printed wiring board.

2

31

IF-170 BOARD

A

B

4-4

BDP-BX38/S280/S380/S383

4-5. FL-203 BOARD (POWER) SCHEMATIC DIAGRAM

- Ref. No.: FL-203 board; 20,000 series -

• See page 5-3 for printed wiring board.

2

31

FL-203 BOARD

A

B

4-5

BDP-BX38/S280/S380/S383

4-6. MB-138 BOARD (DDR 3 A ) SCHEMATIC DIAGRAM (1/14) • Se

- Ref. No.: MB-138 board; 10,000 series

1

A

B

C

2

43

e page 5-4 for printed wiring board.

98765

10

11

12

13

14

D

E

F

G

H

I

J

4 6

BDP-BX38/S280/S380/S3838

4-7. MB-138 BOARD (DDR 3 B) SCHEMATIC DIAGRAM (2/14) • Se

- Ref. No.: MB-138 board; 10,000 series

1

A

B

C

2

43

e page 5-4 for printed wiring board.

98765

10

11

12

13

14

D

E

F

G

H

I

J

4-7

BDP-BX38/S280/S380/S3838

4-8. MB-138 BOARD (POWER)SCHEMATIC DIAGRAM (3/14) • Se

- Ref. No.: MB-138 board; 10,000 series

1

2

A

B

C

D

43

e page 5-4 for printed wiring board.

98765

10

11

12

13

14

E

F

G

H

I

J

The components identifi ed
by mark
mark
Replace only with part number
specifi ed.

4-8

or dotted line with

are critical for safety.

BDP-BX38/S280/S380/S383

4-9. MB-138 BOARD (CLK/POWER) SCHEMATIC DIAGRAM (4/14) • Se

- Ref. No.: MB-138 board; 10,000 series

1

A

B

C

2

43

e page 5-4 for printed wiring board.

98765

10

11

12

13

14

D

E

F

G

H

I

J

4-9

BDP-BX38/S280/S380/S383

4-10. .MB-138 BOARD (FLASH/HOST) SCHEMATIC DIAGRAM (5/14) • Se

- Ref. No.: MB-138 board; 10,000 series

1

A

B

C

D

2

43

e page 5-4 for printed wiring board.

98765

10

11

12

13

14

E

F

G

H

I

J

4-10

BDP-BX38/S280/S380/S383

4-11. MB-138 BOARD (USB) SCHEMATIC DIAGRAM (6/14) • Se

- Ref. No.: MB-138 board; 10,000 series

1

A

B

C

D

2

43

e page 5-4 for printed wiring board.

98765

10

11

12

E

F

G

H

I

J

4-11

BDP-BX38/S280/S380/S383

4-12. MB-138 BOARD (HDMI) SCHEMATIC DIAGRAM (7/14) • Se

- Ref. No.: MB-138 board; 10,000 series

1

A

B

C

D

2

43

e page 5-4 for printed wiring board.

98765

10

11

12

13

14

E

F

G

H

I

J

4-12

BDP-BX38/S280/S380/S383

4-13. MB-138 BOARD (ETHERNET) SCHEMATIC DIAGRAM (8/14) • Se

- Ref. No.: MB-138 board; 10,000 series

1

A

B

C

D

2

43

e page 5-4 for printed wiring board.

98765

10

11

12

13

14

E

F

G

H

I

J

4-13

4-14. MB-138 BOARD (AUDIO) SCHEMATIC DIAGRAM (9/14) • Se

- Ref. No.: MB-138 board; 10,000 series

-

e page 5-4 for printed wiring board.

BDP-BX38/S280/S380/S3838

1

A

B

C

D

E

2

43

98765

10

11

12

13

14

F

G

H

I

J

4-14

4-15. MB-138 BOARD (VIDEO) SCHEMATIC DIAGRAM (10/

- Ref. No.: MB-138 board; 10,000 series

14)

• Se

e page 5-4 for printed wiring board.

BDP-BX38/S280/S380/S383

1

2

43

98765

10

11

12

13

14

A

B

C

1

2

0.32V

D

E

2.2V

0.32V

0.69V

3

0.69V

3.3V

3.3V

4

8

7

1.3V

5.0V

1.3V

0

1.9V

1.9V

0.0V

6

5

F

G

H

I

J

4-15

4-16. MB-138 BOARD (GPIO/JTAG) SCHEMATIC DIAGRAM (11/

- Ref. No.: MB-138 board; 10,000 series

14)

• Se

e page 5-4 for printed wiring board.

BDP-BX38/S280/S380/S383

1

A

B

C

D

E

2

43

98765

10

11

12

13

14

F

G

H

I

J

4-16

4-17. MB-138 BOARD (IFCON) SCHEMATIC DIAGRAM (12/

- Ref. No.: MB-138 board; 10,000 series

14)

• Se

e page 5-4 for printed wiring board.

BDP-BX38/S280/S380/S383

1

A

B

C

D

E

2

43

98765

10

11

12

13

14

F

G

H

I

J

4-17

4-18. MB-138 BOARD (

- Ref. No.: MB-138 board; 10,000 series

FE_POWER/OP/GIO)

SCHEMATIC DIAGRAM (13/

14)

• Se

e page 5-4 for printed wiring board.

BDP-BX38/S280/S380/S383

1

A

B

C

D

E

2

43

98765

10

11

12

13

14

F

G

H

I

J

4-18

4-19. MB-138 BOARD (FE_POWER_MOTOR DRIVE) SCHEMATIC DIAGRAM (14/

- Ref. No.: MB-138 board; 10,000 series

14)

• Se

e page 5-4 for printed wiring board.

BDP-BX38/S280/S380/S383

1

A

B

C

D

E

2

43

98765

10

11

12

13

14

F

G

H

I

J

4-19

4

5

4-20. WAVEFORMS

MB-138 BOARD

BDP-BX38/S280/S380/S3838

IC1003

H

IC1003

IC1003

(VIN)IC1003

1

1.2 Vp-p

3

(PYIN)

(PBIN)

H

1.0 Vp-p

0.7Vp-p

H

IC1003

H

IC1003

H

IC101

(YOUT)

12

(VOUT)

14

A12

(NS_XTAL_I)

27 MHz

2.0Vp-p

2.4 Vp-p

Vpp

3.3 Vp-p

IC1003

IC1003

IC1003

(PRIN)

H

9

(PROUT)

10

(PBOUT)

H

0.7Vp-p

1.4Vp-p

H

1.4Vp-p

4-20E

BDP-BX38/S280/S380/S383

SECTION 5

PRINTED WIRING BOARDS

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

•

: Uses unleaded solders.

•
(The other layers’ patterns are not indicated)

• Through hole is omitted.

• There are few cases that the part printed on diagram isn’t mounted

•

• Chip parts.

: Pattern from the side which enables seeing.

Caution:

Pattern face side:
(SIDE B)
Parts face side:
(SIDE A)

in this model.

: panel designation

E BC3 1

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.

Transistor Diode

5

524 6

6 5 4

1 2 3

5 4

1 2 3

2 1

3 4 5

3

2 132 132 1

5-1

BDP-BX38/S280/S380/S383

5-2. FL-203 (REAR) BOARD PRINTED WIRING BOARD

- Ref. No.: FL-203 board; 20,000 series -

• See page 2-5 for circuit boards location.

: Uses unleaded solder.

There are a few cases that the part isn’t mounted in this model is printed on this diagram.

FL-203 BOARD (SIDE A)

A

1

FL-203 BOARD (SIDE A)

CN331 A-1

1-882-035-

2

11

5-2

BDP-BX38/S280/S380/S383

5-3. IF-170 BOARD (FRONT RIGHT) PRINTED WIRING BOARD (SIDE A)

- Ref. No.: IF-170 board; 20,000 series -

: Uses unleaded solder.

IF-170 BOARD (SIDE A)

B

A

• See page 2-5 for circuit boards location.

There are a few cases that the part isn’t mounted in this model is printed on this diagram.

1-882-034-

11

IF-170 BOARD (SIDE A)

CN371 A-7
CN372 A-7

D702 A-1
D705 A-3
D706 A-3
D707 A-3

IC701 A-3
IC702 B-5

Q703 A-1
Q704 A-1
Q706 A-3
Q707 A-3
Q709 B-1

1

IF-170 BOARD (SIDE B)

B

A

2

43

5

6

7

1

2

1-882-034-

43

5-3

5

6

7

11

DP-BX38/S280/S380/S383

B

5-4. MB-138 BOARD (MAIN) PRINTED WIRING BOARD (SIDE A) • See page 2-5 for circuit boards location.

- Ref. No.: MB-138 board; 10,000 series -

: Uses unleaded solder.

F

E

D

C

B

There are a few cases that the part isn’t mounted in this model is printed on this diagram.

MB-138 BOARD (SIDE A)

MB-134 BOARD (SIDE A)

CN301 B-6
CN302 A-5
CN303 A-6
CN601 C-2
CN602 C-2
CN701 G-3
CN901 F-1
CN902 F-2
CN904 G-1
CN1101 B-4
CN1102 E-6
CN1201 G-6
CN1320 F-1
CN1330 F-1
CN1382 B-2
CN1401 E-1
CN1424 D-2
CN1491 E-2
CN1501 A-5
CN1502 C-6
CN1503 G-1
CN1504 A-2
CN1505 A-3
CN1506 A-1
CN1507 A-2
CN1508 A-6
CN1509 C-6
CN1510 A-3
CN2460 C-1
CN2470 B-1

CN2490 B-1

D303 B-2
D304 C-6
D307 B-5
D603 D-2
D604 C-2
D605 C-2

D606 C-2
D701 G-3
D901 F-5
D904 G-5
D905 G-5

D906 G-2
D1001 G-4
D1002 G-5
D1003 G-4
D1004 G-5
D1201 F-6

IC101 D-4
IC104 C-3
IC105 C-5

IC204 D-5
IC205 E-5
IC306 F-5
IC307 F-2
IC501 E-6
IC502 E-5
IC701 G-2
IC901 G-5
IC1002 F-4
IC1003 F-4
IC1101 F-2
IC1102 F-2
IC1202 F-5
IC1390 E-2
IC1451 E-1

A-4

IC1502
IC1503 A-4
IC1504 B-4
IC2301 B-1

L301 B-5
L303 A-2
L304 B-6
L305 B-2
L603 C-3
L604 C-3
L605 C-3
L606 C-3
L607 C-2
L608 C-2
L701 G-3

L702 G-3
L703 G-3
L704 G-3
L1001 F-4
L1002 G-4
L1003 F-4
L2322 B-1
L232

4 B-1

Q909 G-1
Q1502 A-4

X401 E-4
X802 D-3
X1351 D-3
X1501 A-4
X1502 A-5

A

1

2

1-882-883-

43

5

6

11

5-4

BDP-BX38/S280/S380/S383

5-6. MB-138 BOARD (MAIN) PRINTED WIRING BOARD (SIDE B)

- Ref. No.: MB-138 board; 10,000 series -

: Uses unleaded solder.

MB-138 BOARD (SIDE B)

• See page 2-5 for circuit boards location.

There are a few cases that the part isn’t mounted in this model is printed on this diagram.

A

B

C

D

MB-134 BOARD (SIDE B)

D302 F-5
D305 F-2
D306 E-6
D601 E-2
D602 F-2
D1501 F-3

IC301 F-6
IC302 F-5
IC303 B-3
IC304 A-4
IC305 B-4
IC308 F-5
IC309 F-2

IC310 E-6

IC311 E-5
IC312 E-1
IC601 E-2
IC602 F-3
IC702 B-3
IC703 A-3
IC704 A-3
IC705 A-2
IC1001 B-4
IC1201 B-6
IC1441 C-1
IC1501 A-1
IC1505 F-3
IC2401 D-1
IC2480 E-2

L302 E-5
L306 E-6
L1201 B-6
L1202 B-6

Q301 F-5
Q302 E-1
Q303 E-1
Q501 C-6
Q502 C-6
Q503 C-6
Q701 A-3
Q702 A-3
Q1501 A-1
Q1503 F-3

X1201 B-6

E

05

23456

1-882-883-

1

5-5E

11

BDP-BX38/S280/S380/S383

e

A

A

A

A

A

A

A

A

A

L

A

A

A

A

A

r

A

A

A

A

y

A

A

A

L

A

A

L

A

A

L

A

A

y

A

A

L

A

t

A

A

A

A

A

A

A

A

A

A

A

A

A

A

SECTION 6

IC PIN FUNCTION DESCRIPTION

MAIN SYSTEM CONTROL PIN FUNCTION (MB-138 BOARD IC 101 : CXD9997G-AA)

J9 DVCC10_K Power 1.15 V digital power
J11 DVCC10_K Power 1.15 V digital power
J14 DVCC10_K Power 1.15 V digital power
J15 DVCC10_K Power 1.15 V digital power
J17 DVCC10_K Power 1.15 V digital power
K10 DVCC10_K Power 1.15 V digital power
K14 DVCC10_K Power 1.15 V digital power
K16 DVCC10_K Power 1.15 V digital power
L9 DVCC10_K Power 1.15 V digital power
L17 DVCC10_K Power 1.15 V digital power
M10 DVCC10_K Power 1.15 V digital power
M16 DVCC10_K Power 1.15 V digital power
N9 DVCC10_K Power 1.15 V digital power
N17 DVCC10_K Power 1.15 V digital power
P10 DVCC10_K Power 1.15 V digital power
P16 DVCC10_K Power 1.15 V digital power
R9 DVCC10_K Power 1.15 V digital power
R17 DVCC10_K Power 1.15 V digital power
T10 DVCC10_K Power 1.15 V digital power
T12 DVCC10_K Power 1.15 V digital power
T14 DVCC10_K Power 1.15 V digital power
T16 DVCC10_K Power 1.15 V digital power
U9 DVCC10_K Power 1.15 V digital power
U11 DVCC10_K Power 1.15 V digital power
U13 DVCC10_K Power 1.15 V digital power
U15 DVCC10_K Power 1.15 V digital power
U17 DVCC10_K Power 1.15 V digital power
N18 DVCC18_IO_1 Power 1.8 V / 1.5 V digital IO power
N23 DVCC18_IO_1 Power 1.8 V / 1.5 V digital IO power
T18 DVCC18_IO_1 Power 1.8 V / 1.5 V digital IO power
T23 DVCC18_IO_1 Power 1.8 V / 1.5 V digital IO power
V9 DVCC18_IO_1 Power 1.8 V / 1.5 V digital IO power
V12 DVCC18_IO_1 Power 1.8 V / 1.5 V digital IO power
V14 DVCC18_IO_1 Power 1.8 V / 1.5 V digital IO power
V16 DVCC18_IO_1 Power 1.8 V / 1.5 V digital IO power
V18 DVCC18_IO_1 Power 1.8 V / 1.5 V digital IO power
W23 DVCC18_IO_1 Power 1.8 V / 1.5 V digital IO power

B20 DVCC18_IO_1 Power 1.8 V / 1.5 V digital IO power
B21 DVCC18_IO_1 Power 1.8 V / 1.5 V digital IO power
C7 DVCC18_IO_1 Power 1.8 V / 1.5 V digital IO power
C10 DVCC18_IO_1 Power 1.8 V / 1.5 V digital IO power
C13 DVCC18_IO_1 Power 1.8 V / 1.5 V digital IO power

C17 DVCC18_IO_1 Power 1.8 V / 1.5 V digital IO power
Y21
W21

B24 TN_MEMPLL

B25 TN_MEMPLL
K19
E13
F13
F14
L20
C14
E13
F12
E12
L19
D14

12 NS_XTALI O 27MHz Crystal Ou
B12 NS_XTALO I 27MHz Crystal In
D12 TN_PLLG
C12 TP_PLLG
C8
C11
E11
D11

10
F11
B10
C10

VDD12_MEM PLL Power 1.15V Analog Power for MEMPLL
VSS12_MEM PLL Ground

VDD10_LDO Power 1.0V standby powe
VDD12_27MP LL Power 1.15V Analog Power for PLL
VDD12_APLL Power 1.15V Analog Power for APLL
VDD12_DMP LL Power 1.15V Analog Power for DMPLL
VDD33_LDO Power 3.3V power for standb
VDD33_XTAL Power 3.3V Analog Power for XTAL
VSS12_27MPLL Ground
VSS12_AP LL Ground
VSS12_DMPLL Ground
VSS33_LDO Ground
VSS33_XTAL Ground

OSDATA0 I/O
OSDATA1 I/O
OSDATA2 I/O
OSDATA3 I/O, 5V

pyTlobmySniP

nalog Test Pin
nalog Test Pin

nalog Test Pin
nalog Test Pin
O/I ETUM
O/IKCBO
O/IKCRLO
O/IKCLMO

Description

nalog Ground for MEMPL

nalog Ground for PL
nalog Ground for APL
nalog Ground for DMPL
nalog ground for standb
nalog ground for XTA

udio mute
udio out right Channel

NC

udio out left Channel
NC
NC
NC
NC

dnuorg latigiD dnuorG DNGD12E ,22D
dnuorg latigiD dnuorG DNGD22F ,12F
dnuorg latigiD dnuorG DNGD61J ,01J
dnuorg latigiD dnuorG DNGD11K ,9K
dnuorg latigiD dnuorG DNGD51K ,31K
dnuorg latigiD dnuorG DNGD01L ,71K
dnuorg latigiD dnuorG DNGD21L ,11L
dnuorg latigiD dnuorG DNGD41L ,31L
dnuorg latigiD dnuorG DNGD61L ,51L
dnuorg latigiD dnuorG DNGD11M ,9M

6-1

A

A

A

A

A

r

A

r

A

X

r

A

A

A

A

A

A

A

A

t

A

t

A

t

A

A

t

A

r

A

r

A

r

A

r

A

A

A

A

A

A

BDP-BX38/S280/S380/S383

dnuorg latigiD dnuorG DNGD31M ,21M
dnuorg latigiD dnuorG DNGD51M ,41M
dnuorg latigiD dnuorG DNGD01N ,71M
dnuorg latigiD dnuorG DNGD21N ,11N
dnuorg latigiD dnuorG DNGD41N ,31N
dnuorg latigiD dnuorG DNGD61N ,51N
dnuorg latigiD dnuorG DNGD9P ,22N
dnuorg latigiD dnuorG DNGD21P ,11P
dnuorg latigiD dnuorG DNGD41P ,31P
dnuorg latigiD dnuorG DNGD71P ,51P

1R ,21R

J12 DGND_PWM Ground Digital ground for PWM
J13 DGND_PWM Ground Digital ground for PWM
K12 DGND_PWM Ground Digital ground for PWM
M7 DVCC33_IO Power 3.3 V digital IO power
N7 DVCC33_IO Power 3.3 V digital IO power
P7 DVCC33_IO Power 3.3 V digital IO power
Y7 DCC33_IO_2 Power 3.3 V digital IO power
E20 DVCC33_IO_3 Power 3.3 V digital IO power
F19 DVCC33_IO_3 Power 3.3 V digital IO power
G12 DVCC33_IO_6 Power 3.3 V digital IO power
G10 DVCC33_IO_P WM Power 3.3 V digital IO power for PWM
G11 DVCC33_IO_P WM Power 3.3 V digital IO power for PWM
J20 DVCC33_IO_S TB Power 3.3 V digital IO power for Stand-By Module
J21 DVCC33_IO_S TB Power 3.3 V digital IO power for Stand-By Module

E10 AOSDATA4 I/O, 5V

D10 AOSDATA5 I/O, 5V

O/IFIDPS 9E

C19
D17
D19
E18
E17
E19
D18 FS
B19 VDACB_OUT
C18 VDACG_OUT
C17 VDACR_OUT

19 VDACX_OUT
J24 GPIO8 /VOUTCLK1 I/O, 5V

E24 ETTXER /VOUTD0 I/O

E25 ETRXER /VOUTD1 I/O

G22 ETTXD0 /VOUTD10 I/O

G21 ETTXD1 /VOUTD11 I/O

H20 ETTXD2 /VOUTD12 I/O

H23 ETTXD3 /VOUTD13 I/O

H22 ETTXEN /VOUTD14 I/O

K20 ETCOL /VOUTD15 I/O

F23 ETCRS /VOUTD2 I/O

F24 ETRXDV /VOUTD3 I/O

F25 ETRXD0 /VOUTD4 I/O, 5V

G20 ETRXD1 /VOUTD5 I/O, 5V

H21 ETRXD2 /VOUTD6 I/O, 5V

G24 ETRXCLK /VOUTD7 I/O, 5V

G25 ETRXD3 /VOUTD8 I/O, 5V

G23 ETTXCLK /VOUTD9 I/O

K25 ETMDIO /VOUTHSYNC I/O

J25 ETMDC /VOUTVSYNC I/O
C15
D15
C16
D16
E15
F15
E16

VDD33_VDA C_BG Power 3.3V Analog Powe
VDD33_VDA C_R Power 3.3V Analog Powe
VDD33_VDA C_
VSS33_VDAC _BG Ground
VSS33_VDAC _R Ground
VSS33_VDAC _X Ground

VDD12_HDMI Power 1.15V Analog Powe
VDD12_HDMI Power 1.15V Analog Powe
VDD33_HDMI Power 3.3V Analog Powe
VDD33_HDMI Power 3.3V Analog Powe
VSS12_HDMI Ground
VSS12_HDMI Ground
VSS33_HDMI Ground

Power 3.3V Analog Powe

nalog DAC full scale
nalog DAC outpu
nalog DAC outpu
nalog DAC outpu
nalog DAC outpu

V5 ,O/INICM9D

V5 ,O/IKCBPS 01F

V5 ,O/IATADPS9B

V5 ,O/I KCRLPS9A

V5 ,O/I KLCMPS9C

NC

NC

NC

NC

NC

SPDIF out

NC

NC

nalog Ground
nalog Ground
nalog Ground

Nand Write protect (NC)

NC

NC

NC

NC

NC

NC

NC

NC

NC

NC

NC

NC

NC

NC

NC

NC

NC

NC

nalog Ground
nalog Ground
nalog Ground

dnuorg latigiD dnuorG DNGD11R ,01R
dnuorg latigiD dnuorG DNGD3
dnuorg latigiD dnuorG DNGD51R ,41R
dnuorg latigiD dnuorG DNGD9T ,61R
dnuorg latigiD dnuorG DNGD31T ,11T
dnuorg latigiD dnuorG DNGD71T ,51T
dnuorg latigiD dnuorG DNGD01U ,22T
dnuorg latigiD dnuorG DNGD41U ,21U
dnuorg latigiD dnuorG DNGD22W ,61U
dnuorg latigiD dnuorG DNGD8Y ,6Y
dnuorg latigiD dnuorG DNGD7AA ,6A
dnuorg latigiD dnuorG DNGD7BA ,02A
dnuorg latigiD dnuorG DNGD31BA ,01B
dnuorg latigiD dnuorG DNGD12CA ,71B

6-2

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

k

A

A

t

A

t

A

BDP-BX38/S280/S380/S383

03 tib atad yromeM O/I 03QDR9C
13 tib atad yromeM O/I 13QDR 9B

0 tib ksam atad yromeM O 0MQDR 71Y
1 tib ksam atad yromeM O 1MQDR81B
2 tib ksam atad yromeM O 2MQDR 8B
3 tib ksam atad yromeM O 3MQDR 8C

noitarbilac revird pihc-nO I NDTXER 32E

W12 RVREF_1 I Memory VREF
Y19 RVREF_1 I Memory VREF

teser yromeM O TESERR 41Y

D23 RCAS__B O Memory column address strobe

M24 RCLK0_B O Memory clock 0 positive
M25 RCLK0__B O Memory clock 0 negative

P23 RDQ10_B I/O Memory data bit 10
P22 RDQ11_B I/O Memory data bit 11
P20 RDQ12_B I/O Memory data bit 12
R20 RDQ13_B I/O Memory data bit 13
R21 RDQ14_B I/O Memory data bit 14
P21 RDQ15_B
T2

1 RDQM0_B O Memory data mask bit 0
T20 RDQM1_B O Memory data mask bit 1
P24 RDQS0_B I/O Memory positive data strobe bit 0
P25 RDQS0__B I/O Memory negative data strobe bit 0
N25 RDQS1_B I/O Memory positive data strobe bit 1
N24 RDQS1__B I/O Memory negative data strobe bit 1

C23 RRAS__B O Memory row address strobe

R19 RVREF_3 I Memory VREF

Y25 RRESET_B O Memory reset

D23 HDMISCK I/O, 5V

I/O Memory data bit 15

V5 ,O/I CEC02F

V5 ,O/I 0OIPG8D

V5 ,O/I1OIPG 7A

V5 ,O/I 2OIPG 7B

V5 ,O/I 3OIPG 7C

V5 ,O/I 4OIPG4CA

V5 ,O/I 5OIPG5AA

V5 ,O/I 6OIPG 3CA

V5 ,O/I7OIPG 4BA

V5 ,O/IDSIMDH 22E

V5 ,O/IGLPTH 32E

NC

Syscon Req (IFCON)

Start Bit (IFCON)

XIF_CS(IFCON)

NC

NC

NC

UPG_STATUS

USB_Vbus_Pcont

HDMI I2C Clock

HDMI I2C Data

HDMI Hot Plug

teser ECI GATJ O/I _TSRT 1E

eborts sserdda wor yromeM O _SARR 11Y

elbane etirw yromeM O _EWR 21E

0 tib sserdda yromeM O B_0AR 32B
1 tib sserdda yromeM O B_1AR 22V
2 tib sserdda yromeM O B_2AR 52C
3 tib sserdda yromeM O B_3AR 42C
4 tib sserdda yromeM O B_4AR 32V
5 tib sserdda yromeM O B_5AR 32A
6 tib sserdda yromeM O B_6AR 42U
7 tib sserdda yromeM O B_7AR 22Y
8 tib sserdda yromeM O B_8AR 52U
9 tib sserdda yromeM O B_9AR 32Y

01 tib sserdda yromeM O B_01AR 42W
11 tib sserdda yromeM O B_11AR 32U
21 tib sserdda yromeM O B_21AR 52W
31 tib sserdda yromeM O B_31AR 42Y

0 tib sserdda knab yromeM O B_0ABR 52D
1 tib sserdda knab yromeM O B_1ABR 22U
2 tib sserdda knab yromeM O B_2ABR 22C

elbane kcolc yromeM O B_EKCR 12V

tceles pihc yromeM O B__SCR 42D
0 tib atad yromeM O/I B_0QDR 12U
1 tib atad yromeM O/I B_1QDR 02U
2 tib atad yromeM O/I B_2QDR 42T
3 tib atad yromeM O/I B_3QDR 52T
4 tib atad yromeM O/I B_4QDR 02M
5 tib atad yromeM O/I B_5QDR 32M
6 tib atad yromeM O/I B_6QDR 22M
7 tib atad yromeM O/I B_7QDR 12M
8 tib atad yromeM O/I B_8QDR 22R
9 tib atad yromeM O/I B_9QDR 32R

elbane etirw yromeM O B__EWR 52E

0 tib eborts atad evitisop yromeM O/I 0SQDR 91D

0 tib eborts atad evitagen yromeM O/I _0SQDR 91E

1 tib eborts atad evitisop yromeM O/I 1SQDR 02E

1 tib eborts atad evitagen yromeM O/I _1SQDR 02D

2 tib eborts atad evitisop yromeM O/I 2SQDR 6D

2 tib eborts atad evitagen yromeM O/I _2SQDR 6E

3 tib eborts atad evitisop yromeM O/I 3SQDR 7E

3 tib eborts atad evitagen yromeM O/I _3SQDR 7D

elbane noitanimret eid no yromeM O TDOR 11B

elbane noitanimret eid no yromeM O B_TDOR 42E

colc nacs yradnuob GATJ / kcolc ECI GATJ O/I KCT 2C

ni atad nacs yradnuob GATJ / ni atad ECI GATJ O/I IDT2D

uo atad nacs yradnuob GATJ / tuo atad ECI GATJ O/I ODT 1C

celes edom yradnuob GATJ / tceles edom ECI GATJ O/I SMT1D

6-4

F16

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

15 CH0_M

14 CH1_M

B14 CH1_P

13 CH2_M

B13 CH2_P

16 CLK_M

B16 CLK_P

17 EXT_CAP

B17 EXT_RES

VSS33_HDMI Ground

BDP-BX38/S280/S380/S383

nalog HDMI TX data 0 differential pair (M)

nalog HDMI TX data 1 differential pair (M)
nalog HDMI TX data 1 differential pair (P)
nalog HDMI TX data 2 differential pair (M)
nalog HDMI TX data 2 differential pair (P)
nalog HDMI TX clock differential pair (M)
nalog HDMI TX clock differential pair (P)
nalog HDMI AIO
nalog HDMI reference voltage

O/I KCFS 02C

O/I SCFS 02A

O/I IDFS02B

O/IODFS 02D

O/I ELAFN 12D

O/I NECFN 22C

O/I2NECFN 22A

O/I ELCFN 22B

O/I 0DFN 32C

O/I 1DFN52A

O/I 2DFN 42B

O/I3DFN 52B

O/I4DFN 42C
O/I 5DFN 52C

O/I 6DFN 42D

O/I 7DFN 52D

O/INBRFN 32B
O/I2NBRFN 42
O/I NERFN32A

O/I NEWFN12C

nalog Ground

NC

NC

NC

NC

NAND Flash address latch enable

NAND Flash chip enable

NC

NAND Flash command latch enable

NAND Flash Data input/output bit0

NAND Flash Data input/output bit1

NAND Flash Data input/output bit2

NAND Flash Data input/output bit3

NAND Flash Data input/output bit4
NAND Flash Data input/output bit5

NAND Flash Data input/output bit6

NAND Flash Data input/output bit7

NAND Flash ready/busy
NC

NAND Flash read enable

NAND Flash write enable

0 tib sserdda yromeM O 0AR 21A
1 tib sserdda yromeMO1AR 51B
2 tib sserdda yromeM O2AR 31E
3 tib sserdda yromeM O3AR21B
4 tib sserdda yromeM O 4AR 51A
5 tib sserdda yromeM O 5AR 21Y
6 tib sserdda yromeM O 6AR 61Y
7 tib sserdda yromeM O 7AR 31D
8 tib sserdda yromeM O 8AR61A
9 tib sserdda yromeM O 9AR41C

01 tib sserdda yromeM O 01AR 41D
11 tib sserdda yromeM O 11AR 51Y
21 tib sserdda yromeM O 21AR 41E
31 tib sserdda yromeM O 31AR 41B

0 tib sserdda knab yromeM O 0ABR 21D
1 tib sserdda knab yromeM O 1ABR 51C
2 tib sserdda knab yromeM O 2ABR 21C

elbane kcolc yromeM O EKCR 41A

tceles pihc yromeM O _SCR 11C
0 tib atad yromeM O/I 0QDR61E
1 tib atad yromeM O/I 1QDR 61D
2 tib atad yromeM O/I 2QDR 61C
3 tib atad yromeM O/I 3QDR 61B
4 tib atad yromeM O/I 4QDR 12D
5 tib atad yromeM O/I 5QDR12E
6 tib atad yromeM O/I 6QDR02C
7 tib atad yromeM O/I 7QDR 81Y
8 tib atad yromeM O/I 8QDR 71E
9 tib atad yromeM O/I 9QDR 71D

01 tib atad yromeM O/I 01QDR 81C
11 tib atad yromeM O/I 11QDR71A
21 tib atad yromeM O/I 21QDR 91A
31 tib atad yromeM O/I 31QDR 91C
41 tib atad yromeM O/I 41QDR 81A
51 tib atad yromeM O/I 51QDR91B
61 tib atad yromeM O/I 61QDR 3D
71 tib atad yromeM O/I 71QDR4D
81 tib atad yromeM O/I 81QDR 3E
91 tib atad yromeM O/I 91QDR 4E
02 tib atad yromeM O/I 02QDR 01A
12 tib atad yromeM O/I 12QDR 01Y
22 tib atad yromeM O/I 22QDR 9Y
32 tib atad yromeM O/I 32QDR 9A
42 tib atad yromeM O/I 42QDR 6B
52 tib atad yromeM O/I 52QDR5B
62 tib atad yromeM O/I 62QDR 5C
72 tib atad yromeM O/I 72QDR 6C
82 tib atad yromeM O/I 82QDR9E
92 tib atad yromeM O/I 92QDR 9D

eborts sserdda nmuloc yromeM O _SACR 11A

evitisop 0 kcolc yromeM O 0KLCR22D

evitagen 0 kcolc yromeM O _0KLCR22E

evitisop 1 kcolc yromeM O 1KLCR01D

evitagen 1 kcolc yromeM O _1KLCR 01E

)P( riap laitnereffid 0 atad XT IMDHgolanA P_0HC 51B

6-3

t

t

A

A

A

A

A

A

A

g

A

g

A

g

A

AA3A

A

A

AA4A

A

A

A

A

A

A

A

A

A

A

A

A

r

A

r

A

r

A

A

A

A

r

A

A

A

A

A

A

A

A

A

5

A

A

r

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

A

r

A

A

t

_

A

t

A

t

A

t

A

A

t

A

A

t

BDP-BX38/S280/S380/S383

V5 ,O/I RI 12K

V5 ,O/I DRDCL22K

V5 ,O/I DXRAU 22J

V5 ,O/IDXTAU 32J

V5 ,O/I KLCV32L

V5 ,O/I ATADV 22L

V5 ,O/I BTSV 12L

V5 ,O/I LCS 7D

V5
Y3
W5
Y4
Y1 USB_DM
Y2 USB_DP
W3 USB_VRT_1P
W4

W6

B1 USB_DM0
A1 USB_DM1
B2 USB_DP0

B3 USB_VRT

D4
C5
C6
E6
D5
D6
E7
F7
F9
F8

3 TXVP_0

B4 TXVN_0

5 REXT

B5 TXVN_1

6 TANA_1
B6 TANA_0
J6
J5
L5
F5
L6
D3
E5
K3
H5
K4
P2 FECFREQ 3.3V LVTTL Frequency selection signal output, or LDD serial interface data

M1 FEDMO
T4 FEEJECT

K5 EQBIAS

L3 FEFMO1
M2 FEFMO2
M4 FEFMO3

N1 FEFMO4

VDD12_USB_1P Power 1.15V Analog power for USB
VDD33_USB_1P Power 3.3V Analog power for USB
VSS12_USB_1P Ground
VSS33_USB_1P Ground

VDD12_USB_2P Power 1.15V Analog power for USB
VDD33_USB_2P Power 3.3V Analog power for USB
VSS12_USB_2P Ground
VSS33_USB_2P Ground

VDD33_REC Power HVGA analog powe
VDD33_LD Power TX0 analog powe
VDD33_COM Power PLL/BG 3.3V analog powe
VSS33_REC Ground HVGA analog ground
VSS33_LD Ground TX0 analog ground
VSS33_COM Ground PLL/BG 3.3V analog ground
VDD12_COM Power PLL 1.15V analog powe
VDD12_REC Power
VSS12_COM Ground PLL 1.15V analog ground
VSS12_REC Ground

GND33_1
GND33_2
GND33_3
GND12_1
GND12_2
UX1
VDD12_1
VDD12_2
VDD33_1
VDD33_3

V5 ,O/IADS 8E

nalo
nalo
nalo

nalog USB port1 differential serial data bus (minus)
nalog USB port2 differential serial data bus (minus)
nalog USB port1 differential serial data bus (plus)

nalog USB reference resistor

nalog Ethernet TD+

nalog Ethernet TDA
nalog External reference resisto
nalog Ethernet RDA6
nalog Ethernet analog test pin #1
nalog Ethernet analog test pin #0
nalog Ground
nalog Ground
nalog Ground
nalog Ground
nalog Ground
nalogI/O
nalog Power(1.15V) Power Pin
nalog Power(1.15V) Power Pin
nalog Power(3.3V) Power Pin
nalog Power(3.3V) Power Pin

I/O, or I2C SDA. The pin is spike-free at power-on stage.
5V-tolerance,
Slow slew,
2, 4, 6, 8m
PDR,
75K pull-up

I/O, LDD serial interface command enable. The pin is spike-free at
5V-tolerance, power-on stage.
Slow slew,
2, 4, 6, 8m
PDR,
75K pulldown

nalog Outpu

3.3V LVTTL Eject/stop key input, active low. The pin is spike-free at poweron
I/O, stage.
5V-tolerance,
6 mA PDR,
75K pull-up

nalog Outpu

I/O, stage.
5V-tolerance,
6 mA PDR,
75K pull-up

nalog Outpu
nalog Outpu
nalogI/O Feed motor 3 control. DAC output.

nalogI/O Feed motor 4 control. DAC output.

NC

IFSDI

RS232 RX

RS232 TX

IF_SCK

IF_SDO

FE_RST_I

XVMUTE, Video Mute

Format1, HD/SD selection

nalog ground for USB

nalog ground for USB
USB port3 differential serial data bus (minus)
USB port3 differential serial data bus (plus)
USB reference resistor

nalog ground for USB

nalog ground for USB

DC analog power

DC analog ground

nalog Ground

nalog Ground

nalog Ground

nalog Ground

nalog Ground

uxiliary Input Alternative Function : Signal Monitoring

Disk motor control output. DAC output.

External Bias Connection for Circuits

Feed motor 1 control. DAC output.
Feed motor 2 control. DAC output.

lternative Function : Auxiliary servo inpu

lternative Function : Auxiliary servo inpu

eser no rewoP V5 ,I _TESER 32K

+DR tenrehtEgolanA 1_PVXT 4

eser no rewoP dnE-tnorF I ITSR 2B

lortnoC rewoPV5 ,O/IBSRWPO 42K

)sulp( sub atad laires laitnereffid 2trop BSUgolanA 1PD_BSU 2A

gnimmargorp esuf-E rof rewop V5.2 rewoP QRWPFE2E

o ,tuptuo langis noitceles edom noitaludom ycneuqerf hgiHLTTVL V3.3DOMCEF 3R

no-rewop ta eerf-ekips si nip ehT .tupni rosnes llaH rotoMLTTVL V3.3GFEF 3V

6-5

t

A

t

A

2 FOIP

A

t

A

t

A

t

.

A

t

t

A

t

A

t

A

t

A

t

A

A

A

A

A

A

A

t

A

A

t

A

t

A

t

A

A

K2 FOO
C1 FPDOCD
D2 FPDODVD
N2 FEGAINSW1
N3 FEGAINSW2
P3 FEGAINSW3

BDP-BX38/S280/S380/S383

upnI golanA NIOF 3B

nalog Inpu

nalog Outpu
nalog Inpu
nalog Inpu
nalog Outpu
nalog Outpu
nalog Outpu

I/O, stage. The pin is not allowed to pull-up in circuit layout.
5V-tolerance, FE_MUTE1
2,4,6,8 m
PDR, 75K pulldown

I/O, stage. The pin is not allowed to pull-up in circuit layout.
5V-tolerance, FE_MUTE2
2,4,6,8 m
PDR,75K pulldown

I/O, stage
5V-tolerance, URXD
2,4,6,8 m
PDR,
75K pull-up

I/O, stage.
5V-tolerance, UTXD
2,4,6,8 m
PDR,
75K pull-up

I/O, at power-on stage.
5V-tolerance,
2,4,6,8 m
PDR,
75K pull-up

I/O, power-on stage.
5V-tolerance, Servo Mon
2,4,6,8 m
PDR,
75K pull-up

I/O, NC
5V-tolerance,
2,4,6,8 m
PDR,
75K pull-up

Input of Focusing Signal (Negative)

lternative Function : Auxiliary servo inpu

Input of Focusing Signal (Positive)

lternative Function : Auxiliary servo inpu

Focus servo output. PDM output of focus servo compensator
Laser Power Monitor Input for CD APC / Differential negative inpu
Laser Power Monitor Input for DVD APC / Differential positive input
Read gain switch. 1
Read gain switch 2.
Read gain switch 3.

.egats no-rewop ta eerf-ekips si nip ehT .OI lareneGLTTVL V3.32OIGEF 2T

no-rewop ta eerf-ekips si nip ehT .atad ecafretni laires DDLLTTVL V3.30OIGEF 1T

no-rewop ta eerf-ekips si nip ehT .KLC ecafretni laires DDLLTTVL V3.31OIGEF 4P

norewop ta eerf-ekips si nip ehT .atad eviecer laires 232SR CPLTTVL V3.301OIGEF6T

norewop ta eerf-ekips si nip ehT .atad timsnart laires 232SR CPLTTVL V3.311OIGEF 5T

eerf-ekips si nip ehT )KCOLC( .trop tuptuo laires deeps hgiHLTTVL V3.321OIGEF 5R

ta eerf-ekips si nip ehT )ataD( trop tuptuo laires deeps hgiHLTTVL V3.331OIGEF 4V

U1 FEGIO4

R4 FEGIO5

P5 FEGIO6

I/O, power-on stage.
5V-tolerance, FE_EJECT
2,4,6,8 m
PDR, 75K pulldown

nalog Outpu

nalog Outpu

nalog Outpu

I/O, not allowed to pull-up in circuit layout.
5V-tolerance, LDEN
2,4,6,8 m
PDR,
75K pulldown

I/O, NC
5V-tolerance,
2,4,6,8 m
PDR,
75K pull-up

Read/Write gain switch 6

Read/Write gain switch 7
MODE B

Read/Write gain switch 8. The pin is not allowed to pull-up in
circuit layout.
MODE C

a eerf-ekips si nip ehT .tuptuO 0 laitinI .tuptuO lortnoC DELLTTVL V3.33OIGEF6P

si nip ehT .egats no-rewop ta eerf-ekips si nip ehT .OI lareneGLTTVL V3.37OIGEF 2U

.egats no-rewop ta eerf-ekips si nip ehT OI lareneGLTTVL V3.38OIGEF 3T

6-6

A

H6 HAVC

A

t

s

A

t

A

A

A

A

t

)

A

t

)

A

t

)

A

t

)

_

A

t

t

A

t

t

A

t

t

A

_

A

A

t

A

t

A

t

A

t

_

_

A

t

A

A

A

t

A

A

t

.

A

t

)

A

t

C

A

t

e

A

t

A

t

A

A

t

A

t

E1 INA
E2 INB
F1 INC
F2 IND
H3 INE
H4 INF
G2 ING
G1 INH
U4 FELIMIT

M6 FEMPXOUT1

BDP-BX38/S280/S380/S383

I/O, NC
5V-tolerance,
2,4,6,8 m
PDR,
75K pulldown

nalog Outpu
nalog Inpu
nalog Input Input of Main Beam Signal (B)
nalog Input Input of Main Beam Signal (C)
nalog Input Input of Main Beam Signal (D)
nalog Inpu
nalog Inpu
nalog Inpu
nalog Inpu

3.3V LVTTL Sledge Inner Limit Input, Active Low. The pin is spike-free at
I/O, power-on stage.
5V-tolerance,
6 mA, 75K pull-up

nalog Outpu

Decoupling Pin for Reference Voltage of Main and Sub Beam
Input of Main Beam Signal (A)

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 no
allowed to pull-up in circuit layout.

.egats no-rewop ta eerf-ekips si nip ehT .OI lareneGLTTVL V3.39OIGEF 3U

M5 FEMPXOUT2

N4 FEMPXOUT3

P1 FEOSCEN 3.3V LVTTL High frequency modulation enable signal output, or LDD serial

U6 FEPLAY

J3 RFIN
J2 RFIN2
J4 RFIP
J1 RFIP2
L4 TLO
W1 FETRAYIN

W2 FETRAYOUT

M3 FETRAYPWM
F4 TRIN
G3 TRINB
G4 TRINC
G5 TRIND
K1 TRO
K6 V14
D1 VDAC0
G6 FVREF
C2 VRDCO
E3 VWDC1O

1 VWDC2O

B1 VWDC3O

nalog Outpu

nalog Outpu

I/O, interface CLK or I2C SCL. The pin is spike-free at power-on
5V-tolerance, stage
Slow slew,
2, 4, 6, 8m
PDR,
75K pull-up

3.3V LVTTL Play/pause key input, active low. The pin is spike-free at
I/O, power-on stage.
5V-tolerance,
6 mA,
75K pull-up

nalog Input Differential Input of AC Coupling RF SUM Signal (Negative)
nalog Inpu
nalog Inpu
nalog Inpu
nalog Outpu

3.3V LVTTL Tray_is_in Input, A Logical Low Indicates the Tray is IN.
I/O, Feedback Flag is from Tray Connector. The pin is spike-free
5V-tolerance, at power-on stage.
6 mA,
75K pull-up

3.3V LVTTL Tray_is_out Input. A Logical Low Indicates the Tray is OUT.
I/O, Feedback Flag is from Tray Connector. The pin is spike-free
5V-tolerance, at power-on stage.
6 mA,
75K pull-up

nalog Outpu

Analog Input Input of Tracking Signal (A)

nalog Input Input of Tracking Signal (B)
nalog Inpu
nalog Input Input of Tracking Signal (D)
nalog Outpu
nalog Outpu
nalog Outpu
nalog Outpu
nalog Outpu
nalog Outpu
nalog Outpu
nalog Outpu

Multiplexer Output 2 for Signal Monitoring. The pin is no
allowed to pull-up in circuit layout.

Multiplexer Output 3 for Signal Monitoring. The pin is no
allowed to pull-up in circuit layout.

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 DAC / PWM control output. Controlled by μP.

Input of Tracking Signal (C)

Tracking servo output. PDM output of tracking servo compensator
Output of Voltage Reference (1.4V
Output of General DA
Output of Voltage Referenc
Output Voltage of Laser Diode Control in APC
Output Voltage 1 of Laser Diode Control in APC
Output Voltage 2 of Laser Diode Control in APC
Output Voltage 3 of Laser Diode Control in APC

6-7E

Main function

■ Enter Service Mode

[OPTION 1]
The set disconnect AC, and Push front panel key ([OPEN/CLOSE] + [PLAY] + [STOP]) and AC IN
The keys will be released if the character of "SERVICE" displays on a front panel display.
After that, the screen in service mode is displayed on a monitor.
Control via Remote Controller

[OPTION 2]
Connect the set to AC, and wait initialization cycle complete (FLD will show “wait.. Wait..” for about 10s)

Use Sony BDP remote controller, key in the following SIRCS code.
[DISPLAY] -> [ 0 ] -> [ 2 ] -> [ 1 ] -> [SUBTITLE]
While sending of SIRCS code, wait time betwe
If 3 second waiting is exceeded user have to re-key in the SIRCS code.
If SIRCS enter is successful, set will auto boot up and FLD will display SERVICE. The screen of service mode is
displayed on a monitor.
Control via Remote Controller

7-1

en

each key code could not send later then 3 second.

SERVICE MODEVICE MODE

SECTION 7

BX38/S280/S380/S383

Main function

■ Diag

■ Display Error Log

■ Factory Initialize

■ Network

■ Version Up

■ System Information

7-2

■ EMC Test Mode

The unit test of the device mounted on the MainBoard.
The unit test of the device mounted on the wireless board. (only wireless model)

Error log is displayed.
The displayed logs can be saved in a USB memory.

Return all of the player setting to their factory defaults.

Confirm Wired Network connection.

The set updates by Update DISC.

System information of the set is displayed.
The Information on a soft version and drive information, etc. is displayed.

Not used.

■ Drive

Write Drive OP Data and che

ck d

rive.

BX38/S280/S380/S383

Menu

*Diag

*Diag

・Diag Test

・Diag Test

*Log

*Log

view Error Log

view Error Log

*Factory Initialize

*Factory Initialize

・ Initialize default setting

・ Initialize default setting

*Network

*Network

・Network diagnosis for wired

・Network diagnosis for wired

Version Up

Version Up

・DISC update

・DISC update

7-3

Error Log

Error Log

・view Error log

・view Error log

Start Initialize

Start Initialize

・Initialize default setting for BD-Player

・Initialize default setting for BD-Player

Ifconfig

Ifconfig

・view Network Status

・view Network Status

Ping

Ping

・confirm Network connection

・confirm Network connection

Start Update for BDP

Start Update for BDP

・Start disc upgrade for BDP

・Start disc upgrade for BDP

Start Update for BDV

Start Update for BDV

・Not used

・Not used

Device Test

Device Test

・USB/DAC/IFCon/ test

・USB/DAC/IFCon/ test

Video Test

Video Test

・Video Output Test

・Video Output Test

Audio Test

Audio Test

・Audio Output Test

・Audio Output Test

Audio input Test

Audio input Test

・Not used

・Not used

Wireless LAN Test

Wireless LAN Test

・ only wireless model used

・ only wireless model used

Mic Test

Mic Test

・ Only Karaoke model used

・ Only Karaoke model used

HDMI Input test

HDMI Input test

・Not used

・Not used

System Information

System Information

・display System Information

・display System Information

EMC Test Mode

EMC Test Mode

・Not used

・Not used

Drive

Drive

・Write Drive OP Data and check drive

・Write Drive OP Data and check drive

*Service Mode Menu

*Service Mode Menu

[1]Diag

[1]Diag

[2]Log

[2]Log

[3]Factory Initialize

[3]Factory Initialize

[4]Network

[4]Network

[5]Version Up

[5]Version Up

[6]System Information

[6]System Information

[7]EMC Test Mode

[7]EMC Test Mode

[8]Drive

[8]Drive

BX38/S280/S380/S383

Ｓｅｒｖｉｃｅ Ｍｏｄｅ Ｍｅｎｕ

Outline：

Service Mode Top Menu
It selects to each function from here.
output HDMI/Component 480p forcibly.

Operation：

[1] Select and Activate Diag Menu.
[2] Select and Activate Log Menu,
[3] Select and Activate Factory Initialize Menu.,
[4] Select and Activate Network Menu
[5] Select and Activate Version Up （DISC version Up） Menu,
[6] Select and Activate System Information Menu.
[7] Select and Activate EMC Test Mode Menu. (not Used)
[8] Select and Activate Drive Menu.
[UP] Move Up cursor
[DOWN] Move Down cursor
[ENT] Activate the selected cursor.

initial.

*The cursor is not displaye

Front Panel Display：

If cursor or arbitrary menu keys are operated,

7-4

the character will output to a front panel display, respectively.

*the character string.
initial display SERVICE
Diag： S-DIAG
Log： S-LOG

System Information: S-INFO

d when

TINIF-S:ezilaitinIyrotcaF
TEN-S:krowteN
PUV-SpU noisreV

CME-S:edoM tseT CME
VRD-S:evirD

Service Mode Menu

*

[1] Diag

1] Diag

[

[2] Log
[3] Factory
[4] Netwo
[5] Versi
[6] Sy
[7] EM

Drive

[8]

HELP : [DOW

Initi
rk
on Up

stem Information
C Test Mode

N][ENT][(NUM)]

Display Hint
(The key in which the present use is possible)

aliz

e

BX38/S280/S380/S383

ＤｉａｇＭｅｎｕ (Device Test)

Outline：

The device carried in the substrate is tested.

(Window 1) Select test category
Operation：

[LEFT] [RIGHT] Select Category
[DOWN][ENT] Activate the selected Category.
[RET] Return to Service Top Menu.

(Window 2) Device Test

After “Device Test” selects in window 1, the device to test is chosen.

Operation:

[LEFT][RIGHT] Select Device
[ENT] Activate and Start Test
[UP] Return to test category selection.

[DOWN] IF select IFCON, Move Up cursor. (see windows 3)
[RET] Return to test category selection.

>Test category list

Device Test
Video Test
Audio Test
Audio Input Test (n

7-5

Wireless LAN Test (only Wireless Model)
Mic Test (only Karaoke Model)
HDMI Input Test (not Used)

>Device Test :Device List

USB Host ：USB Media Check (Front and Rear)

D/A Converter ：DAC write check (non-verification)
IFCON ：IFCON Test (see windows 3)

FDP all ON
Show Strings
LED Sequential
FAN Control ON
Fan State (Display)

IF select IFCON, Move Up cursor. (see windows 3)

ot Used)

Only one time.

kcehc DI eciveD :CPI (only S780)
kcehc noisiveR :IMDH lanretxE (only S780)

(window 1)
* Dia

g

Category:

(Window 3)
* Diag

Cate

gory: Device Test

Devi

ce: IFCON

FD

P all O

Sh

ow str

LE

D Sequ

Fan Control ON

Device Test

USB Host

N
ings
ential O

N

(Window 2)
* Diag

Category: Device Test

R

ea

r USB M

edia c

heck .

Device:

Front USB Media check ... O

Check

ing.

[RIGHT][UP][ENT][RET]

HELP:

Window 4)

(

Diag

*

C

ategory: Device Test

D

MIC

evice:

Mic connec

t che

Checking

..

ck ..

...

.. O

. OK

K
K

FanState:OFF

IFCON

LP:

HE

[LEFT][RIGHT][UP][DOWN][ENT][RET]

)4 wodniw ees( kcehc tcennoc CIM :CIM

HELP: [RIGHT][UP][ENT][RET]

BX38/S280/S380/S383

Diag Menu (Device Test) (additional)

Front Panel Display：

Device Select： USB : D-MIC

MIC connect check： ：MIC CHK

7-6

IPC Device ID check： ：IPC CHK

External HDMI Revision check： ：EXH CHK

D/A Converter : D-DAC
IFCON : D-IFCON
MIC ： D-MIC
IPC ： D-IPC
External HDMI ： D-EXH

OEDIV-D :: tseT oediV

OIDUA-D :: tseT oiduA

NALLW-D :tseT NAL sseleriW
HwInfo : D-WLIF
AP Connect : D-CNAP
RSSI Value : D-RSSI
Ping Test : D-PING

all the items O.K. ：MIC OK
Except the above ：MIC NG

all the items O.K. ：IPC OK
Except the above ：IPC NG

all the items O.K. ：EXH OK
Except the above ：EXH NG

BX38/S280/S380/S383

ＤｉａｇＭｅｎｕ (Video Test/ Audio Test)

Outline:

Activate Video Test and Audio Test

(Window 1)Select Video Test Category
Operation:

[ENT] Activate and display Color Bar
[UP][RET] Return to test category selection.

(Window 2)Display Color Bar
Operation：

[ENT] Return to Select Video Test Category.

(Window3 ) Select Audio Test Category
Operation：

[ENT] Play TONE Sound/Stop
[UP][RET] Return to Select Audio Test Category

>Video Test:

Color Bar output S terminal & composite & Component & HDMI.

ow 1)

(Wind

Diag

*

Category: Video Test

Show Color Bar

[ENT]

HELP: [UP][

ENT][RET]

[ENT]

(Window 2)

[ENT]

7-7

>Audio Test;

TONE sound output ineOut(2ch)&/ SPDIF & HDMI.

(Window 3)
* Diag

gory:

Cate

Audio Test

[ENT] Generate TONE Sound

HELP: [UP][ENT][RET]

BX38/S280/S380/S383

Diag Menu (Wireless LAN Test) <only Wireless Model>

Outline:

Activate Wireless LAN Tests

(Window 1)Select Wireless LAN Test Category
Operation:

[LEFT] [RIGHT] Select Category
[DOWN][ENT] Activate the selected Category.
[RET] Return to Service Top Menu.

(Window 2) Select Wireless LAN Test
Operation:

[1] Show Wireless LAN module Information
[2] Connect Access Point
[3] Start display RSSI value.
[4] Start Ping Test
[UP][DOWN] Select Test
[ENT] Activate and Start Test
[RET] Return to test category selection.

> Show WLAN HwInfo （

Serial : Serial Number
Hard : Hardware Version
Mac ： Mac Address

> Connect to Access Point (See Window 3)

7-8

Connect Access Point only with the following AP settings.

Authentication method: NO-ENCRYPT

WEP key： abcdef1234
SSID： SONY-Test-R
PMK： ABCDE12345
IP: 192.168.1.10
Net mask: 255.255.255.0

Broadcast： 192.168.1.255

・When connect to AP, Status is “Connected!”

When cannot connect to AP, Status is “can’t Connect!”

> Start Display RSSI Value (See Window 4)

Display RSSI value.

> Start Ping Test (See Window 5)

Ping Test.
IP address use the value of “192.168.

See Window 2)

1.1

0”.

indow 1)

(W

iag

* D

Category: Wireless LAN Tes

(Window 2
* Dia

Cate

)

g

g

o

ry: Wireless LA

[1] Show WLAN HwIn

o

[2] C
[
[

nnec

t to Acc

3

t

]

art Display RSSI Val

S

4] St

art Pin

Serial:
Hard

: 0

g T

E

LP: [(NUM

H

0

0912313165535

2

x

04

Mac : 00:01:36:23

HELP

(Windo
* Dia

:

g

[

w 4

(NUM)][

)

RET

Category: Wireless LA
[1] Show WLAN HwInf
[2] Connect to Access

t

[3] S
[

HELP

o

p Display

4

t

]

art Pin

S

RSSI Val

(

:

N

[

u

M)][

U

e :

g Tes

60

RET]

N T
fo
essPoi

est

:FD:C

]

N T

o

Poi

RSSI Va

t

est

nt

)][RE

est

nt
lue

ue

t

w 3)

(Windo

iag

* D

ategory: WirelessLAN Tes

C

1] Show WLAN HwInfo

[

t

[2] Connect to AccessPoint
[3] Start Display RSSI Value

T]

CERT : NO-ENCRYPT
WEPKEY : abcdef1234

: ABCDE12345

F

PMK

D : SONY-Test-R

SSI
IPADDR : 192.168.1.10
NETMASK: 255.255.255.0
BCADDR : 192.168.1.25

5

Status : Connected!

[(NU

HELP:

M)][RET]

(Window 5)

ag

* Di

1.10
K!

st

alue

BX38/S280/S380/S383

Category: Wireless LAN Te
[1] S

how WLA

[2] C

onnect t
[3] Sto
[4] Start Ping Tes

Pin

g T

N

PI

G 1

N HwIn

o AccessPoint

pla

p Dis

y RSSI V

o : 192.16

92.168.1.1

8
0

fo

t

.
O

HELP: [(NUM)][RET]

9

Diag Menu (MIC Input Test) <only Karaoke Model>

Outline:

Activate MIC Input Test

(Window1 ) Select MIC Input Test Category
Operation：

[LEFT] [RIGHT] Select Category
[DOWN][ENT] Activate the selected Category.
[RET] Return to Service Top Menu.

(Window 2) Select Input Device

After “MIC Input Test” selects in window 1, the device to test is chosen.

Operation:

[ENT] Activate and Start Test/Stop
[RET] Return to test category selection.

>Audio Input Test:

Path test from MIC to LineOut(2ch)/ SPDIF/HDMI and Line Out (8ch) through 8555.
Check tone sound by speaker.

Front Panel Display:

MIC Input Test Select: D-MIC

7-9

(Window 1)
* Diag

(Wind

IC In

ow 2

put Test

)

Category: M

* Diag

Category: MIC Input Tes

t

Start

HELP: [LEFT][RIGHT][UP][DOWN][ENT][RET]

[ENT] Star

nput Sound

t I

HELP: [ENT][RET]

(Window 2

)

* Diag

Category: Audio Input Test

[ENT]

St

op

[ENT]

HELP: [E

[ENT] Stop Input Soun

RET]

NT][

BX38/S280/S380/S383

d

Log: Error Log

Outline：

Display each contents of the Error log,

(

Window 1)

* S

elect Log

7-10

(Window 1) select log.
Operation：

[1] Activate and Display Error log
[UP] Move Up cursor
[DOWN] Move Down cursor
[ENT] Activate the selected cursor.
[RET] Return to Service Top Menu.

(Window 2)：
Operation：

[LEFT] Next Page
[RIGHT] Previous Page
[RET] Return to select log (window 1)
[RED] Write the contents of an error log on a USB memory.

Front Panel Display：

select log Error Log： S-ELOG
Display Page display page ex) 001/050

>Log contents

Error Log：

**Write the contents of a log on a USB memory**

[RED] is pushed where a USB memory is inserted in a set in log display screen.

Please do not push the RED button immediately after USB memory is inserted.
Please do not pull out USB memory immediately after the RED button was pushed.

Error Log:

“getErrLogFile.trm” file is outputted in a USB memory.

Display Error Log

08/01/01 00:53:19: [ErrCode:080400000000]
[Date] [Time] [ErrCode]

[1] Er

(Wi

ror Lo

g

ndow 2)

* Error Log

08/01/01 00:53:19: [ErrCode:090200023A00]
08/01/01 00:53:45: [ErrCode:090200023A00]
08/01/01 00:54:00: [ErrCode:090200023A00]

:
:

HE

LP : [D

OWN][E

NT][(NUM)]

BX38/S280/S380/S383

Factory Initialize

7-11

Outline:

Return all of the player setting to their factory defaults.

(Window 1) select initialize.
Operation：

When you return a set to the factory defaults, push [1] on this screen.
[ENT] Start Factory Initialize
[RET] Return to Service Top Menu.

(Window 2)

It is a screen of the end of initialization.
[RET] Return to Service Top Menu.

Please disconnect AC power supply, and connect AC again.

- The operation of other service mode menu can be continued.

Front Panel Display:

Initialize ： SETTING
Initialize OK： INIT-OK (window 2)
Initialize NG： INIT-NG

（Window 1）
* Factory Initialize

ET] R

tart In

itiali

eturn to To

）

I

itialize

n

[ENT] S
[R

（Window 2
* Factory

[RET]

Re

Re

p M

boot t

ze

enu

turn to

o compl

Top M

ete.

enu

HELP :

[RET

]

BX38/S280/S380/S383

Network （Network Test: Ifconfig）

Outline：

Network Menu for the wired Ethernet.

(Window1)Ifconfig Test
Operation：

[ENT] Activate Ifconfig（Display network setting）
[RIGHT] Select Ping Test.
[RET] Return to Service Top Menu.

(Window 2)Ping Test
Operation:

[LEFT] Select Ifconfig Test.
[RET] Return to Service Top Menu.
(The details of a Ping test are nest page)

(Window 3)Ifconfig Test Active

Display Ifconfig command results.
Operation:
[ENT] Ifconfig retry
[RIGHT] Select Ping Test.
[RET] Return to Service Top Menu.

7-12

Front Panel Display：

S-NET

(

Window 1)

*

Network

Ifconfi

Test: Pin

(W

indow 2

g

)

* Network

Test: Ifconfig

Ping To :

Ping To :

(Window 3
* Network

Ifcon

: Ping

Test

IP 192.168.11.2 MAC 00-16-01-85-21-A

g

Ping

ART

[ST

]

)

f

ig

3

HELP:

[ENT]:Re

e [RIGHT]

/Ex

BX38/S280/S380/S383

Network （Network Test: Ping）

7-13

Outline：

Ping Test for the wired Ethernet.

(Window 1)Ping Test
Operation:

[LEFT] Select Ifconfig Test.
[DOWN] Ping execution preparation.
[RET] Return to Service Top Menu.

(Window 2) The IP address of the Ping point is set up.

When “Ping to :>” is reversed, [ENT] is pushed and IP is inputted.

Operation:

[ENT] Finish to input.
[RET] Finish to input.
[LEFT] Finish to input and Select Ifconfig Test.
[(NUM)] Input Character sting ‘0-9’
[TIME] Input Character sting ’.’
[CLEAR] Backspace

(Windows3): Ping Test Active

When [START] is reversed, [ENT] is pushed and execute ping .

Operation:

[ENT] Activate Ping Test
[UP] The IP address of the Ping point is set up.
[RET] Return to Service Top Menu.

Front Panel Display：

IP address input mode）

（

S-NET

(Window 1
* Network

: Ifc

Test

ng To :

Pi

Ping To :

(Windo
* Net

est: Ifc

T

Ping To :> 192.168.200.13

(Window 3
* Network

PING 192.168.200.13 OK!

)

)

Ping

[STAR

T]

onfig

w 2

work

Ping

ig

onf

Ping To :

:

[ENT]
[RET]
[LEFT] : Ifconf
[(NU
[TI
[CLEAR]:

Test: Ifconfig

:

M)]

: ‘.’

ME]

Release
Releas

)

: ‘0-

Bac

e
ig T

9’

kspace

Pi

ng

PingTo : 192.168.200.13

[START]

est

[HELP]: [ENT]:Star

t

UP][LEFT]

[

BX38/S280/S380/S383

Version Up （using Update DISC）

7-14

Outline:

update software using DISC

(Window 1)Version Up Menu
Operation:

[1] Start Update for BDP →(Tray Open and go to window 2)
[2] Start Update for BDV (not used)
[UP] Move Up cursor
[DOWN] Move Down cursor
[ENT] Activate the selected cursor.
[RET] Return to Service Top Menu.

(Window 2)Place the Update Disc
Operation：

[ENT] Tray Close and check DISC.
[RET] Cancel Update (Tray Close and return to window 1)

(Window 3) Disc Check and OK (Right DISC)
Operation: start update sequence automatically and reboot.

After reboot, please open tray and eject Update Disc manually.

(Window 4) Disc Check and NG (not update DISC)
Operation: [Error] ･･･（error message） and wait.

open tray automatically.

Front Panel Display：

DISC Insert V-INSCD
Can’t Mount V-NODSC
DISC Check NG V-CHKNG
DISC Check OK V-CHKOK

(Window 1)
* Version Update

[

1] Star

[

2] Star

[RET] R

t Upd
t Upd

eturn t

(Window 2

ate fo
ate fo

o Top M

)

* Version Update

Insert update DISC ...

[ENT] Tray Close
[RET] Cance

l

(Window 3)
* Version Update

HELP :

[ENT][RET][(NUM)]

mo

Now,

unting a

(Window 4)
* Version Update

P: [E

HEL

NT][RET

Insert update DISC ...

r BD
r BD

enu

an

]

P
V

d Check s

nd c

hecking... O

tar

t

K

[ENT] Tray Clo

RET]

[

[Erro

Cance

r] C

l

annot moun

HELP: [ENT][RET]

se an

d Chec

his DIS

t t

k st

art

C!

BX38/S280/S380/S383

System Information

Outline:

Display System Information

(Window 1)Basic Information Menu
Operation:

[RIGHT] Drive Information (delta IOP of a drive is measured ) and

Wireless device Information (only wireless model)

displayed. (go to window 2)

[RET] Return to Service Top Menu.

(Window 2)Drive and Wireless Information Menu
Operation:

[LEFT] Basic Information displayed. (go to window 1)
[RET] Return to Service Top Menu.

(Window 1)

* System Information

Model : BDP6G-A1
Destination : US
Sequence Number : *********
Mac : 00-1a-80-d0-47-65
IP : 192.168.102.32
IF–con Block0 version;0x86, Block1 version:0x0*

Bootloader version:**
Host Main version:M03.R.***
Host Sub version:2009******
Middleware version:****

7-15

When delta IOP is measured, it becomes impossible to use the Version Up function.

Contents List:

Model
Destination
Sequence Number
MAC
IP
IFCON IFCON Version
Bootloader Bootlo
Host Main Host Main Version
Host Sub Host Sub Version
Middleware Middleware Version

WLAN module Serial (only wireless model)
WLAN module hw version (only wireless model)
WLAN module MAC Address (only wireless model)
Drive Firm Revision
CD DIOP Delta IOP
DVD DIOP Delta IOP
BD DIOP Delta IOP
CD LD TIME LD Time
DVD LD TIME LD Time
BD LD TIME LD Time

Front Panel Display：

Display Host Main Version

ader V

ersion

HELP: [RET][RIGHT]

(

Window 2)

* System Information

WLAN module Serial:201011300000335
WLAN module hw version:04
WLAN module MAC Address:00:1a:80:d0:47:65
Drive Firm Version: FG1910
CD DIOP:0x****
DVD DIOP:0x****
BD DIOP:0x****
CD LD TIME 0x****************
DVD LD TIME 0x****************
BD LD TIME 0x****************

HELP: [RET][LEFT]

BX38/S280/S380/S383

Drive Test

Outline：

Activate Drive test

(

window 1)

*

Diag

7-16E

(Window 1) Select Drive test category
Operation：

[LEFT] [RIGHT] Select Category
[DOWN][ENT] Activate the selected Category.
[RET] Return to Service Top Menu.
[1] Drive OP data Write
[2] Servo Parameter Check Menu (Not Used)
[3] Servo Signal Check Menu (Not Used)
[4] S-Curve Check Menu (Not Used)
[5] Readability Check Menu (Not Used)
[6] OP Position Check Menu (Not Used)
[7] OP Check Menu (Not Used)
[8] Load Eject Aging (Not Used)
[9] Spindle Control Check Menu (Not Used)
[10] FA Test Mode (Not Used)

(Window 2) To start OP data Write
Operation :

[ENT]

(Win

dow 3) Show OP data Write result

Operation :

NG - USB is not find
NG – File(Budata.txt) is not find
OK – OP data write

>Drive Test:

For drive operating check. Service is only use Drive OP data write to re write
OP data after change of new OPU.

Start

Chec
eck Menu

enu
heck Me
heck Me

u

e

k Menu

e

nu
nu

[1] Drive OP data Writ
[2] Servo

(Wind

[3] Servo

* Dri

[4] S-
[5] Re

Insert USB StorageDevice . . .

OP Positio

[6]

R

OP Check

[7]

Pa

Si
Curve C
adabil

rameter
gnal Ch

ata Writ

heck M

ity C

ow 2)
ve OP d

n C

move DISC and Close tray.

e

Men

[8] Load Eject Aging

[

ENT] Start

[9] Spindle Control Check Menu
[10] FA Test Mode

)
P data Write

][ENT][R

][RET]

emove DISC and Close tray

ET][(NUM

t

B is n
le(Bu

OP data

ot fin
data.txt)
write

He

lp: [UP

HELP:

(Window 3
* Drive O

][DOWN

Insert USB StorageDevice . . .

ENT

R

[ENT] Star

NG – US
NG – Fi
OK –

HELP: ENT][RET]

)]

.

d

is not find

BX38/S280/S380/S383

SECTION 8

ERROR LOG LIST

BDP-BX38/S280/S380/S383

evird lacitpo tceted tonnaC10x060x0rorrE EVIRD

detcennocsid elbac ATAS20x060x0rorrE EVIRD

note

0x**

0x**

0x**

0x**

RORRE FI ATAS30x060x0rorrE EVIRD

Error Code

Error Code

r Error

0x**

etats naf egnahc ton naC00x000x000x020x010x070x0rorre naF

hgih oot si erutarepmeT00x000x000x010x010x070x0rorre naF

rre noitazilaitini eludom00x000x000x000x010x080x0rorrE tenrehtE or

rorre daer sdnammoc rehtOdmC20x090x0CSID LACITPO - AIDEM

N number

rorre daer csiD10x090x0CSID LACITPO - AIDEM

rorrE kniL00x000x000x000x020x080x0rorrE tenrehtE

0: LU

ErrorInfo_

ErrorInfo_1: LBA address

Error Sense Key

Read Error LBA

ErrorInfo_0: Device Class

ErrorInfo_0: LUN number

ErrorInfo_1: LBA address

ErrorInfo_3: bNumConfi gurations

ErrorInfo_2: bDeviceProtocol

ErrorInfo_1: bDeviceSubClass

SCR Diag Field(Simultaneous error)

Error LogCode

30x0rorrE nocfI Other Error

20x0rorrE 3RDD

Category ErrorCode ErrorInfo_0 ErrorInfo_1 ErrorInfo_2 ErrorInfo_3

iss ue

60x0rorrE EVIRD Othe

A0x0rorre BSU Other Error0x**

Error Log Information

CXD9997/CXD9988 Error 0x01

Ifcon transmition time out 0x 03 0x01 0x00 0x00 0x00 0x00 No response from Ifcon

NAND Fl ash read Error 0x04 Other Error

NAND Init Fail 0x04 0x00 0x00 0x00 0x00 0x00 NAND initialization failed

8-1

USB media read error 0x0A 0x01 0x1 0x1 0x00 0x 00

USB media write error 0x0A 0x02 0x1 0x1 0x00 0x00

Unsupported USB devi ce 0x 0A 0xFF 0x1 0x1 0x1 0x1

BDP-BX38/S280/S380/S383

Update for 6G itemManaka/Kong2010.09.30ver 0.20

First releaseManaka/Kong2010.09.08ver 0.10

Update error log table Manaka/Kong2010.12.01Ver 0.30

History

8-2E

SECTION 9

TROUBLESHOOTING

Main Flow ............................................................................... 9-2

Power (System) Flow ............................................................. 9-3

IFcon Section Flow Chart (1/2) ............................................... 9-4

IFcon Section Flow Chart (2/2) ............................................... 9-5

Audio section flowchart........................................................... 9-6

Video section flowchart ........................................................... 9-7

FL-203 Board flowchart ......................................................... 9-8

IF-170 Board flowchart ......................................................... 9-9

Remote does not operate....................................................... 9-10

White LED
Drive flowchart

Ethernet flowchart................................................................... 9-13

USB (Front) Device Flow........................................................ 9-14

USB (Rear) Device Flow......................................................... 9-15E

..............................................................................

........................................................................

9-11
9-12

BDP-BX38/S280/S380/S383

9-1

BDP-BX38/S280/S380/S383

To Power Supply (System) flowchart.

Check the parts and mounting around X401.

No

To IFcon section flowchart

No

Yes

Yes

To Video section flowchart

Is XMB or the SETUP screen displayed on the

video output screen?

To FL/FR board flowchart

No

Do the up, down, left, and right arrow keys of

the remote control permit operations on the

XMB?

To Drive flowchart

No

Yes

Are BD, DVD, or other discs that are loaded on

the drive recognized correctly?

Yes Yes

To Audio section flowchart

Is the sound reproduced properly when a BD,

DVD, or other disc is played?

To Video section flowchart

No

Yes

END

Is the picture reproduced properly when a BD,

DVD, or other disc is played?

Are the power supply voltages on the MB

board normal?

No No

Start (and return from each flowchart)

Approximately 10 seconds after the AC is

applied, the WAIT display flashes several

times and the power is turned OFF

Main Flowchart

automatically.

Measurement point JL1122

Has system reset (CPU_XRST) been

Is the main clock (X401) oscillating properly at

27 MHz?

Yes Yes

cancelled?

Replace the MB board.

To Drive flowchart

BU Adjustment Flow [yy] ~ After BU/MB

Replacement ~

To FR board flowchart

No

Power ON by power switch on front or remote

Is OPEN or CLOSE displayed on the

fluorescent tube?

No No No

Yes

control.

Yes Yes Yes

SYS ERR display appears on fluorescent tube.

9-2

Replace the MB board.

To Drive flowchart

BU Adjustment Flow [yy] ~ After BU/MB

Is there any problem in the FFC connection to

CN2470 which connects the drives?

Replacement ~

To Drive flowchart

No No

Yes Yes

Check the flexible cable of the drive.

Are CN2470,CN2462 or CN1401

disconnected?

Check the connections of the connectors.

If there is no improvement, replace the MB

board.

To Drive flowchart

BU Adjustment Flow [yy] ~ After BU/MB

Replacement ~

BDP-BX38/S280/S380/S383

Replace the MB board if there is no improvement

Failure of power supply IC -> Replace the IC

No

the harness has been inserted

power supply block.

properly. If there is no problem, replace the

Check that

No

Yes

AC IN

Replace blown fuses

Replace the MB board if there is no

improvement

No

Yes

No

To IFcon section Flow

R1236

Yes

Voltage lines that are not output are shorted

to GND

No

Power (System) Flow

Check the output voltages from the power

supply block.

CN201 pin 1: +12V (UNSW12V)

CN201 pin 2: +12V (UNSW12V)

CN201 pin 3: +12V (FE_UNSW12V)

-

-

MB board: PS301, PS302

PS1201

Have any of the below fuses blown?

-

Check the fuses

Check the following power control signals

while the power is ON

PCONT_CORE: MB board R327

PCONT2: MB board

PCONT3: MB board

R305,R307,R309,R343

ATA_PCONT: MB board R376

Check the voltages based on the schematic

diagram

9-3

k

h

k

tl ?

Power Supply (System)

To

No

Yes

BDP-BX38/S280/S380/S383/

Is the fuse (PS301) blown?

No

Input voltage

DCDC4V voltage (+3.8V)

Replace PS301

if the symptoms do not improve,check for

a short on the circuit

Replace R302

No

Is +11.8V input to IC302 pin2?

Is 3.8V output from IC302 pin 3?

Replace IC301

If symptoms do not improve, check for a

short on the circuit board

EN control voltage

o

N

Replace R304

If the symtoms do not improve, replace IC302

Yes

Replace IC302

Is +11.8V input to IC302 pin2?

If the symtoms, replace IC301

No

Yes

improvement?

of the IF board result in

Does replacement

No

If the FFC from CN1204

disconnected?

(other than POWER KEY)?

Is the harness from CN1203

disconnected?

(POWER KEY)

B

LAY

To IF board Flow

No

Yes

To IF board Flow

Does replacement of the IF board result in

improvement?

e
abl
y T

e
K

*

P

(KEY2) (KEY3)

Key_OFF Key_OFF

PEN/CLOSE
O

TOP
S

Key_OFF

(KEY0) (KEY1)

POWER

Key_OFF

Input

2.90 -

0.00 -

No No

Yes Yes

Input voltage

Is +3.8V input to IC301 pin5?

No

check
l

Yes

ower su

IFcon block

UNSW3.3V voltage (+3.3V)

IFcon Section Flow Chart(1/2)

Is 3.3V output from IC301 pin4?

No

Yes

Yes

REG control voltage

Replace IC301

Is +3.8V input to IC301 pin1?

Replace R1264 and check for +3.3V at

IC1204 pin1

If symptoms do not improve, replace IC1204

(P_FAIL detection)

No No

rom IC1204 pin2?

Check the P_FAIL voltage

Is +3.3V output f

P_FAIL detection operation check

Is there voltage of about 3.3V at pin 21,22

and 23 of CN1204 and pin 1 of CN1206

without pressing the keys?

No

Yes

key check
t

n uni
ai

Check of key voltage from main unit Key

Table (*) when key is pressed or not pressed

M

Yes

Replace RB1201,RB1202,C1213,C1214,

Is there a problem with the mounting

condition of RB1201,RB1202,C1213,C1214,

KEY1

POWER: CN1203 pin1(JL1269) KEY0

STOP: CN1204 pin21(JL1233)

C1215 and C1216. If the symptoms do not

C1215 and C1216?

KEY2

KEY3

Yes

PLAY: CN1204 pin23(JL1231)

OPEN/CLOSE: CN1204 pin22(JL1232)

9-4

No

improve, replace IC203 or MB board

Check whether the FFC is disconnected

from CN1204. (Other than the POWER key)

No

Check the waveform when the remote

Remote control operation check

control button is not pressed

Check of the 3.3V voltage

CN1204 pin19 and IC1203 pin31

No

Is the remote control that is used in the

inspection broken?

Check whether the FFC is disconnected

from CN1204.

No

Yes

Check of the waveform when the key is

pressed

In comparison with a normal waveform, is

A

Yes

the waveform of the voltage output

p

p

P

h

k

(

g

)

BDP-BX38/S280/S380/S383/

B

No

Yes

n go "L"

All the ports go "H" within 2 to 10 ms, but

soo

Yes

Yes

Replace IC1203 or replace MB board

SW3.3V and SATA_1.2VA output

CORE_1.1V output

DCSW5V

Is there a problem with the mounting

condition of R1212, C1221 or R1208?

No

DDR2_1.8V system output

* Corresponding output

No

No

Yes

FE_SW5V

Check for shorts at each port

Do the symptoms improve after checking the

soldering and pattern of IC1203?

No

Yes Replace IC1203 or replace the MB board

SW3.3V Short circuit operation check

When IC1203 pin15 PCONT1 has gone "H",

is the SW3.3V voltage output?

No To Power Supply (System) flowchart No

No

Do the symptoms improve after replacing

IC101?

No

?

Is there a problem with the mounting

conditon of R1262

No

No Replace IC1203 or replace the MB board

Is there a problem with the mounting

conditon of RB1240, R1243 and R1246

No

ort
ut

"H"(3.3V)?

ec

A

IFcon Section Flow Chart(2/2)

Yes

Check of IFcon reset in

cont output port c

Is the voltage of IC1203

Check of each power supply control port

IC1203 pin24 ATA_PCONT1

when the power is ON

IC1203 pin23 PCONT_CORE

IC1203 pin15 PCONT1

IC1203 pin 17PCONT2

IC1203 pin2 ATA_PCONT2

IC1203 pin21 PCONT3

Yes

Check the output of the corresponding

Power supply output check

Is the voltage at the "H" level(3.3V)?

voltage

1.2VA and CORE_1.1V

SW3.3V and SW5V

FE_SW12V nad FE_SW5V

DCDC6V, DCDC4V

DAC3.3V, 3.3VA

3V)?

Yes

Check SYS_RST signal output

Is IC1203 pin51 "H"(3.

Yes

Do cyclical "H" and "L" communication

CPU (SYSCON_REQ signal check)

Check the communication with the host

The mounting condition of R1156 are OK? No Replace IC1203 and the MB board

9-5

nal check

Yes

Serial communication si

Do cyclical "H" and "L" communication

waveforms come to IC1203 pin30?

waveforms come to IC1203 pin47, pin 48

and pin49?

CPU

Check the communication with the host

BDP-BX38/S280/S380/S383

Check output resistor/capasitors

(R922,R923,C920,C918)

To Video section flowchart

No

Video is output properly

No

To Main flowchart

No

Yes

To Drive flowchart

No

Yes

To Power Supply (System) flowchart

No

Yes

Replace the MB board

No

Coax)

affected?

No Only Digital Audio (HDMI,

Yes

Replace the MB board

No

Yes

HDMI output?

Is there

Yes

No

Is there Coaxial output?

Replace the MB board

No

Yes

Replace the MB board

No

Replace IC907 or replace MB board

No

Yes

Is there audio system digital signal input to

IC907?

IC907 pin1: AOMCLK

Audio section flowchart

Audio does not sound right

Is the FL display/LED display correct?

Is the drive operating properly?

Is each power supply supplied to the AUDIO

Block?

I C305 pin4: DAC 3.3V

Only Analog 2ch L/R Audio affected?

IC907 pin10:AOBCK

Are control signals input to IC907?

IC907pin7: MUTE

Is there a problem with mount condition of

C923

9-6

BDP-BX38/S280/S380/S383

and

,R1032,R1033,R1034,R1035

output resistors

R1031,R1030,R1029

R1028,R1043,R1044,R1045,R1046)

Check the pin jack block

Check

To Main flowchart

To Drive flowchart

To Power (System) f lowchart

No

No

No

Yes

Yes

Yes

Video section flowchart

Reproduced video does not appear right

Is the FL display/LED display correct?

Is the drive operating properly?

Check the input power

IC1003 pin 13 :+5V

Yes

Check the writting from IC101

No

Are video signals input to IC1003

Pin1 CVBS signal

Pin3 Y signal

Check the writting from IC101

No

Yes

IC1003 pin6 and pin7(MUTE1 & MUTE2)

Are control signals input to IC1003?

Replace IC1003

No

Yes

( +3.3V)

Pin 14 CVBS signal

Pin12 Y signal

Is a video signal output from IC1003?

(

No

Yes

Is a signal output from each Video output

connector?

9-7

p

g

y

BDP-BX38/S280/S380/S383

p

g

y

p

g

y

To IFcon section

flowchart

flowchart

To IFcon section

No

flowchart

To IFcon section

Yes

CN702 or broken

Does FFC disconnected

from

Reconnect FFC, if symtoms

No

s?

the ke

ressin

Yes

Is there voltage of about 3.3V at pin 3

of CN702 without

Key1 does not operate

flowchart

To IFcon section

No

IF-170 board

do not improve, replace

FFC

Disconnected FFC or

replace

might be broken

Yes

Check the potential voltage CN702

pin3 change from +3.3V to near 0V

Check pattern and S703

when pressing the stop button.

Yes

CN702 or broken

Does FFC disconnected

from

Reconnect FFC, if symtoms

do not improve, replace

No

s?

the ke

ressin

Yes

Is there voltage of about 3.3V at pin 2

of CN702 without

Key2 does not operate

IF170 board

FFC

Disconnected FFC or

replace

No

might be broken

Yes

Check the potential voltage CN702

pin2 change from +3.3V to near 0V

To IFcon section

Check pattern and S702

when pressing the stop button.

flowchart

No

Yes

CN702 or broken

Does harness disconnected

from

do not improve, replace

FFC

Reconnect FFC, if symtoms

No

s?

the ke

ressin

Yes

Is there voltage of about 3.3V at pin 2

of CN702 without

Key3 does not operate

IF -170 board

Disconnected FFC or

replace

No

might be broken

Yes

Check the potential voltage CN702

pin2 change from +3.3V to near 0V

Check pattern and S701

when pressing the stop button.

Yes

Disconnected harness or

No

FL-203 board

replace

CN331 or broken

Does harness disconnected

from

do not improve, replace

harness

Reconnect harness, if symtoms

No

board?

FL-203

Yes

change from 3.3V

Yes

Yes

CN702 or broken

Does FFC disconnected

from

donot improve, replace

FFC

Reconnect FFC, if symtoms

No

Yes

Key2 does not operate

KEY3

KEY2

KEY1

KEY0

PLAY

Key_OFF

Key_OFF

OPEN/CLOSE

STOP

Key_OFF

POWER

Key_OFF

pin 1

Check pattern and S331

FL-203 Board flowchart

Power button on the main unit does not work

Does symptom improve

when replacing

CN331

to near 0V when pressing

the power button

might be broken

If-170 IF board flow chart

Does symptom improve when replace

IF-170 board?

Which row of keys do not operate?

PLAY button -> Key3 does not operate

STOP buttons -> Key1 does not operate

OPEN/CLOSE button ->

Reference: Relationship of Buttons and Voltages

Input

0.00-0.40

2.90-3.30

9-8

IF Board

BDP-BX38/S280/S380/S383

To IF con flowchart

No

To IF con flowchart

No

change IF board

No

Yes

Check FFC bB connected from

If the symptoms do not improve, replace

MB Board

Check the pattern around CN1204(MB board)

No

Yes

CN702 or broken

Reconnect the FFC

If the symptoms do not improve, changed

the IF board

No

Yes

Is there input pulse to CN1204

pins 8, 9 and 11?

No

To IF con flowchart

No

Is the FFC disconnected

from CN702?

Yes

Replace FFC. If the symptoms do not

improves, replace IF board

Yes

Reconnect the FFC

If the symptoms do not improve,

replace FFC

Reconnect the FFC

If the symptoms do not improve, replace

FFC

Check the circuits surrounging the FLD DD

Replace PS1201(MB Board)

If the symptoms do not improve, replace

IF Board

Is there the FFC disconnected from CN702?

No

PS1201?(MB board)

IF-170 Board flowchart (

Is there voltage about 5.8V at

FLD does not light

No

Yes

Yes

Check the +5.8V at CN702 pin7

CONVERTER.

No

Is there voltage about -25V at JL701?

Is there voltage at CN702 pin11?

No

Yes

Is the voltage of 3.3V at IC702 pin 43

and pin13?

Yes

Check the pattern 3.3V line of IF board

Replace IC702. If no effect, replace the

No

Is pin5 of IC702 oscillating?

Is there input pulse to CN702

pins 13, 15 and 16?

No

Yes

Is there input of pulse to pins 7, 8 and 9 of

Yes

IF board

Replace IC702

If the symptoms do not improve,

IC702?

replace the

9-9

Change IF Board

No

Yes

Check FFC disconnected from

To Power supply flow chart

CN702 or broken?

Replace FFC

If symptoms do not improve,

Change IF board

BDP-BX38/S280/S380/S383

Change IF Board

No

Yes

FFC

No

Check of +3.3V voltage at CN1201 pin13?

(MB board)

No

No

Yes

Check of +3.3V voltage at CN701 pin11?

Yes

Check pattern around IC703

If symptom do not improve,

Change IF board

Replace IC701

No

Check FFC disconnected from

No

Check of appearance waveform

If symptoms do not improve,

Change IF board

during pressing remote control

No

CN702 or broken?

at CN702 pin5

Yes

Reconnect

If symptoms do not improve,

Change FFC

If symptom do not improve,

Change IF board

Check pattern along SIRCS line

Yes

Check of +3.3V voltage at IC703 pin1?

Remote control does not operate

9-10

Check of appearance waveform during

Yes

pressing remote control at IC703 pin2

Check of appearance waveform during

pressing remote control at CN1204

Yes

To IFcon section flowchart

pin19(MB board)

BDP-BX38/S280/S380/S383

If symptoms do not improve, replace MB board.

Check pattern around CN1204 of MB Board.

No

Yes

Replace IF Board.

No

To IFCon flowchart

No

Yes

Check pattern around D709(LED),

Replace R718. If symptoms do not improve,

Check if FFC broken or disconnected from CN702

No

Yes

Reconnect FFC. If symptoms do not improve,

replace FR board

replace FFC

No

Yes

If symptoms do not improve, change IF board.

No

Yes

Yes

Replace PS1201(MB board)

If symptoms to not improve replace IF board

If symptoms still do not improve,

replace MB board

No

Is there voltage of about 5.8V at PS1201?

White LED does not light

(BDP-BX38/380/S383 ONLY)

(MB board)

Check +5.8V voltage at CN1204 pin16?

No

Yes

Check +5.8V voltage at CN702 pin7?

Reconnect FFC. If symptoms do not improve,

Check if FFC broken or disconnected from CN702

replace FFC

Yes

Check of +3.3V voltage at CN702 pin10?

No

Is there voltage of about 3.3V voltage at

Base Q709?

Check of +3.3V voltage at R718?

9-11

Check polarity of D709(LED)

Is reverse polarity occurs?

Yes

Replace D709. If symptoms do not improve,

replace IF board

Check pattern around D709(LED),If symptoms

No

Is there voltage of about 3.3V voltage at

do not improves, change IF board

Replace Q709. If symptoms do not improve,

replace IF board

No

Yes

Collector Q709?

Yes

Check polarity of D709(LED)

Is reverse polarity occurs?

Replace D709

If symptoms do not improve, change IF board

BDP-BX38/S280/S380/S383

DVD: HLX-513

CD: HLX-A1

(Flowchart yy)

BLX-104

Replace the Optical Block Unit (BU)

NO

Optical Block Unit (BU) replace

USB memory

(1) Replace BU (MB is original)

(2) Replace MB (BU is original)

(3) Replace both BU and MB

The following cases need OP Data Write:

Digital camera (with macro mode)

JIG requirement

ESD free work bench

Barcode decoder (BDPRdec.exe)

installed in jig

PC's (jig purpose)

Check PS301, PS302

NO

Check Drive Power Supply

NO

Replace PS when open

in 1: 5V

IC309 P

CN301 Pin 3: 12V /

YES

and save the test data to

BU IOP is OK?

Barcode photo by camera

service mode. (Flowchart zz)

Check the Optical Block Unit (BU) by

NO

YES

YES

OK

FC cable (1-838-615-11)
F

BDP-S380 operates normally

SPD-001 FFC cable (1-838-617-11)

OPT-001

Check / replace the FFC cable, then check

Optical Block or BU no problem

NO

Remove the defective BU from Loading

Unpack new BU and take OP Data

Assy and also remove BU insulator (4pcs)

Assy (tighten screw with 2kgf)

Assemble BU with Insulators to Loading

USB memory(File Name: BuData.txt)

BDPRdec.exe

Decode the OP Data Barcode photo using

memory to USB connector

Enter Service Mode and insert USB

replacement

IOP out of specification need BU

NO

Press ENTER

Select [8] Drive -->

Select [1] Drive OP data Write

(Flowchart yy)

Optical Block Unit (BU) replace

--> Turn AC Power OFF

After Finishing ReWrite OP data

Menu to verify IOP in specification

And confirm dIOP by select [7] OP Check

OFF

Turn Power ON and check playback

IOP in specification --> Turn AC Power

performance using BD, DVD and CD

BLX-104

-

YES

YES

Enter Service Mode

and plug in AC Power

BDP-S380 can play the BD-disc

DVD: HLX-513

Drive flowchart

BDP-S380 can play the DVD/CD-disc

CD: HLX-A1

<OPEN/CLOSE>., <PLAY>,<STOP>

Press

Optical Block Unit (BU) IOP check flow (zz) ~ [Before BU Replacement] Optical Block Unit (BU) OP Data Write Flow (yy) ~ [After BU/MB Replacement]

Inside *Service Mode Menu

Inside *Drive

Select [8] Drive

Inside *OP Check Menu

Select [7] OP Check Menu

Select [2] dIOP then press 'ENTER'

+

YES

-

+

BD: 3mA

DVD, CD: 3mA

Specification dIOP

AC Power OFF

l

9-12

BDP-BX38/S280/S380/S383

To Power Supply (System) flowchart

No

Plug in the LAN cable firmly

Is power supplied to the MB board?

No

No

Yes

Yes Yes

Replace the MB board.

Make the correct network settings.

No

Yes

Ethernet flowchart

Cannot connect with the network, cannot

update through the network

Is the LAN cable plugged in properly?

Is the LED of the hub router lit?

(LINK LED)

Are the network settings of the menu

correct?

Replace the MB board

9-13

g

BDP-BX38/S280/S380/S383

No Power supply board defective

No Is 6V present at IC603 pin8

No Replace the MB board

Yes

(MB board)

Does replacing IC601(MB board)

improve the symptoms?

IC603(MB board) defective

Yes

138 board)?

Is 5V present at CN604 pin1(MB-

No

nized

USB (Rear) Device Flow

Is it recognized when the power is

Insert the USB device again.

USB device is not reco

Replace the MB board

Yes Yes

turned OFF and then ON again?

Poor contact of the USB device

9-14