Sony kds 50a3000, kds 55a3000, kds 60a3000 schematic

HISTORY INFORMATION FOR THE FOLLOWING MANUAL:

SERVICE MANUAL

MODEL NAME REMOTE COMMANDER DESTINATION

KDS-50A3000
KDS-55A3000
KDS-60A3000

RM-YD016 US/CND

RM-YD016 US/CND

RM-YD016 US/CND

SP-4

CHASSIS

ORIGINAL MANUAL ISSUE DATE: 8/2007

: UPDATED ITEM

☛

REVISION DATE SUBJECT

8/2007 No revisions or updates are applicable at this time.
8/2007 Added Optional Colored Speaker Grille P/N’s information. Replaced Page 115.
9/2007 Updated Self-Diagnostic information. Replaced page 8-9.
Corrected information in Disassembly section, Replace pages 10 -16.
Corrected PN for Power Supply and added PN for Plug Holder. Replaced page 67.
10/2007 Updated TOC to add Appendix C: HV Cable Removal. Replaced page 3.
Updated Disassembly section to include HV Cable Removal instructions. Replaced page 13.
Updated illustration to show HV Plug Holder. Replaced page 67.
Added Appendix C: HV Cable Removal.
11/2007 Updated TOC to add Appendix D: Performing Mechanical Geometry Adjustments. Replaced page 3.
Added Appendix D: Performing Mechanical Geometry Adjustments.
11/2007 Added PN for Screen Holders. Replaced page 66.
12/2007 Removed Optional Colored Speaker Grille P/N’s information. Replaced Page 115.
5/2008 Corrected LVDS cable location on 4-4. Connectors. Replaced page 69.

SXRD PROJECTION TELEVISION

9-883-759-08

Self Diagnosis

Supported model

SERVICE MANUAL

MODEL NAME REMOTE COMMANDER DESTINATION

KDS-50A3000
KDS-55A3000
KDS-60A3000

RM-YD016 US/CND

RM-YD016 US/CND

RM-YD016 US/CND

SP-4

CHASSIS

9-883-759-08

KDS-60A3000 RM-YD016

SXRD PROJECTION TELEVISION

KDS-50A3000/55A3000/60A3000

TABLE OF CONTENTS

SECTION TITLE PAGE SECTION TITLE PAGE

Specifi cations ................................................................................. 4

Warnings and Cautions .................................................................. 6

Safety Check-Out ........................................................................... 7

Self-Diagnostic Function ................................................................. 8

SECTION 1: DISASSEMBLY ............................................................... 10

1-1. Lamp Removal ..................................................................... 10

1-2. Screen Frame Assembly and Speaker Grille Assembly

Removal ............................................................................... 10

1-3. Rear Cover Removal and H1 Board Bracket Removal .........11

1-3-1. Side Cover Removal (KDS-50A3000 Only) .............. 11

1-4. H2 Board, Speaker, and Separator Removal ....................... 12

1-5. Front Bracket Removal ........................................................ 12

1-6. Optics Block Assembly and Lamp Duct Removal ................ 13

1-6-1. Lamp Duct Block Disassmbly .................................. 13

1-7. Chassis Removal ................................................................. 14

1-8. Diffusion Plates (Screens) Removal .................................... 15

1-9. Mirror Removal ..................................................................... 16

SECTION 2: CIRCUIT ADJUSTMENTS .............................................. 17

2-1. Using the Remote Commander for Electrical Adjustments .. 17

2-2. Accessing Service Adjustment Mode ................................... 17

2-3. Viewing the Service Menus .................................................. 17

2-4. Using the Remote Commander to View Service Data ......... 18

2-5. Adjusting H/V Center ............................................................ 18

2-6. Exiting Service Mode ........................................................... 18

SECTION 3: DIAGRAMS ..................................................................... 19

3-1. Circuit Boards Location ........................................................ 19

3-2. Printed Wiring Boards and

Schematic Diagrams Information ......................................... 19

3-3. Block Diagram ...................................................................... 21

3-4. Schematics and Supporting Information .............................. 22

A Board Schematic Diagram ................................................ 22

BC Board Schematic Diagram ............................................. 24

F Board Schematic Diagram ................................................ 26

FB1A Board Schematic Diagram (1 of 17) ........................... 28

FB1A Board Schematic Diagram (2 of 17) ........................... 29

FB1A Board Schematic Diagram (3 of 17) ........................... 30

SECTION 4: EXPLODED VIEWS ........................................................ 66

SECTION 5: ELECTRICAL PARTS LIST ............................................ 70

APPENDIX A: ENCRYPTION KEY COMPONENTS ..........................A-1

APPENDIX B: REPLACING THE LAMP ............................................B-1

FB1A Board Schematic Diagram (4 of 17) ........................... 31

FB1A Board Schematic Diagram (5 of 17) ........................... 32

FB1A Board Schematic Diagram (6 of 17) ........................... 33

FB1A Board Schematic Diagram (7 of 17) ........................... 34

FB1A Board Schematic Diagram (8 of 17) ........................... 35

FB1A Board Schematic Diagram (9 of 17) ........................... 36

FB1A Board Schematic Diagram (10 of 17) ......................... 37

FB1A Board Schematic Diagram (11 of 17) ......................... 38

FB1A Board Schematic Diagram (12 of 17) ......................... 39

FB1A Board Schematic Diagram (13 of 17) ......................... 40

FB1A Board Schematic Diagram (14 of 17) ......................... 41

FB1A Board Schematic Diagram (15 of 17) ......................... 42

FB1A Board Schematic Diagram (16 of 17) ......................... 43

FB1A Board Schematic Diagram (17 of 17) ......................... 44

G Board Schematic Diagram (1 of 2) ................................... 46

G Board Schematic Diagram (2 of 2) ................................... 47

H1 Board Schematic Diagram .............................................. 49

H2 Board Schematic Diagram .............................................. 51

S2 Board Schematic Diagram .............................................. 53

T Board Schematic Diagram ................................................ 55

TUU2 Board Schematic Diagram (1 of 2) ........................... 57

TUU2 Board Schematic Diagram (2 of 2) ........................... 58

U Board Schematic Diagram (1 of 4) ................................... 60

U Board Schematic Diagram (2 of 4) ................................... 61

U Board Schematic Diagram (3 of 4) ................................... 62

U Board Schematic Diagram (4 of 4) ................................... 63

3-5. Semiconductors ................................................................... 65

4-1. Screen Frame Assembly and Mirror ..................................... 66

4-2. Optics Block Assembly ......................................................... 67

4-3. Chassis ................................................................................ 68

4-4. Connectors ........................................................................... 69

KDS-50A3000/55A3000/60A3000

APPENDIX C: HV CABLE REMOVAL ...............................................C-1

APPENDIX D: PERFORMING MECHANICAL GEOMETRY

ADJUSTMENTS .........................................................D-1

3

SPECIFICATIONS

KDS-50A3000/55A3000/60A3000

Power Requirements

Power Consumption (W)
In Use (Max)
In Standby

Inputs/Outputs

120V, 60Hz

240W
Less than 0.4W

HDMI IN 1/2/3

Video - 480i, 480p, 720p, 1080i, 1080p, 1080/24p
Audio - Two channel linear PCM 32, 44.1 and 48 kHz,
16, 20, and 24 bit, Dolby Digital
Audio - (HDMI IN 1 only) 500 mVrms
(100% modulation) Impedance:47 kilo ohms

Video (IN) 1/2/3

Video
1 total Y: 1.0 Vp-p, 75ohms unbalanced,
sync negative
S Video (IN)
1 total (4-pin mini DIN)
Y: 1Vp-p, 75ohms unbalanced, sync negative
C: 0.286Vp-p (Burst signal), 75ohms
Audio (IN)
500 mVrms (100% modulation)
Impedance:47 kilo ohms

Component In 1/2

) (Component Video)

(Y, P

B/RR

Y: 1.0 Vp-p, 75 ohms unbalanced, sync negative

:

0.7 Vp-p, 75 ohms;

P

B

PR: 0.7 Vp-p, 75 ohms
Signal format: 480i, 480p, 720p, 1080i, 1080p
Audio (IN)
500 mVrms (100% modulation)
Impedance:47 kilo ohms

Audio Out

500 mVrms (100% modulation)
1 Vrms at the maximum volume setting
(Varies with input level)

Digital Audio Optical Output (PCM/Dolby Digital)

Optical Digital Audio Output

PC In

D-sub 15-pin, analog RGV, 0.7 Vp-p, 75 ohms,
positive

PC Audio Input

Stereo mini jack, 500mVrms, 47 kilohm

Trademark Information

As an ENERGY STAR® Partner, Sony
Corporation has determined that this product
meets the ENERGY STAR

®

guidelines for

energy efficiency.
ENERGY STAR

®

is a U.S. registered mark.

SXRD “BRAVIA” and , BRAVIA ENGINE EX, “XMB”
and “XrossMediaBar”, S-Force, BRAVIA Theatre Sync, , DM
BRAVIA Internet Video Link Ready and “PS3” are trademarks
or registered marks of Sony Corporation and/or
Sony Computer Entertainment Inc.

KDS-50A3000/55A3000/60A3000

This TV is manufactured under license from Dolby
Laboratories. “Dolby” and the double-D symbol are
trademarks of Dolby Laboratories.

This TV incorporates High-

x

,

(HDMI

™

) technology. HDMI, the HDMI logo and High-

Definition Multimedia Interface

Definition Multimedia Interface are trademarks or
registered trademarks of HDMI Licensing LLC.

Design and specifi cations are subject to change without notice.

4

KDS-50A3000/55A3000/60A3000

p

)

KDS-50A3000 KDS-55A3000 KDS-60A3000

eaker Output(W

S
Speaker Dimension

mm

in

Dimensions (W x H x D)

mm 1150 x 850 x 365 mm 1260 x 920 x 395 mm 1370 x 985 x 425 mm

45

in

Mass

kg 34 kg 37 kg 41 kg

lbs 75 lbs 81.10 lbs 90.7 lbs

Television system

American TV standard, NTSC
ATSC Compliant 8VSB, ATSC (8VSB terrestrial)
ANSI/SCTE 07 2000, QAM on cable

Channel coverage

Terrestrial 2-69/ Cable TV: 1-125 (analog)
Terrestrial 2-69/ Cable TV: 1-135 (digital)

Screen Size (measured diagonally)

KDS-50A3000 - approximately 50 inches
KDS-55A3000 - approximately 55 inches
KDS-60A3000 - approximately 60 inches

3/8

70 x 130 mm
2

1/2

x 33

All measurements are approximations

x 14

3/8

in 49

5/8

x 36

Projection Lens

Lamp

Supplied Accessories

12W + 12W

7/8

High Performance, large diameter hybrid lens F2.5

120W, XL-5200 Ultra High Pressure Lamp

Remote Commander RM-YD016
Two Size AA (R6) Batteries
Operating Instructions
Quick Setup Guide
Warranty Card
Online Registration Card

x 5

1/4

1/8

in

x 15

5/8

in 54 x 38

7/8

x 16

3/4

in

Antenna

75-ohm external antenna terminal for VHF/UHF

Projection System

3 SXRD Panels, 1 lens projection system

SXRD Panel System

High Frame Rate Compatible 0.61 inch panel Ful HD SXRD device

Optional Accessories

Lamp
XL-5200 Ultra High Pressure Lamp
TV Stand
SU-RS12X

KDS-50A3000/55A3000/60A3000

5

KDS-50A3000/55A3000/60A3000

n

e

a

WARNINGS AND CAUTIONS

CAUTION

These servicing instructions are for use by qualifi ed service personnel only. To reduce the risk of electric shock, do not perform any servicing other
than that contained in the operating instructions unless you are qualifi ed to do so.

CARRYING THE TV

Carrying the TV requires at least two people. Do not hold
by the pedestal or the front panel of the TV. Doing so may
cause these parts to break off.

If you have connected cables and cords, be sure to
unplug them before moving the TV. When moving the TV,

KDS-50A3000 KDS-55A3000/ KDS-60A3000

place one hand in the hole
on the lower portion of the
TV while grasping the top
with the other hand.

Do not grasp the
pedestal or the front
panel of the TV.

place one hand to the
lower portion of the front
cabinet while grasping the
top with the other hand.

WARNING!!

An isolation transformer should be used during any service to avoid possible shock hazard, because of live chassis. The chassis of this receiver is
directly connected to the AC power line.

! SAFETY-RELATED COMPONENT WARNING!!

Components identifi ed by shading and ! mark on the schematic diagrams, exploded views, and in the parts list are critical for safe operation. Replace
these components with Sony parts whose part numbers appear as shown in this manual or in supplements published by Sony. Circuit adjustments that
are critical for safe operation are identifi ed in this manual. Follow these procedures whenever critical components are replaced or improper operation is
suspected.

ATTENTION!!

Ces instructions de service sont à l’usage du personnel de service qualifi é seulement. Pour prévenir le risque de choc électrique, ne pas faire
l’entretien autre que celui contenu dans le Mode d’emploi à moins que vous soyez qualifi é faire ainsi.

TRANSPORTER LE TÉLÉVISEUR

Le transport du téléviseur doit être effectué par au
moins deux personnes. Ne tenez pas le téléviseur
par son socle ni par le panneau avant. Ces pièces
risqueraient de se détacher.

Si vous avez branché les câbles et les cordons d’alimentatio
veillez à les débrancher avant de déplacer le téléviseur.
Lorsque vous déplacez le téléviseur,

KDS-50A3000 KDS-55A3000/ KDS-60A3000

placez une main sur la partie

Ne saisissez pas le
téléviseur par son socle
ni par le panneau avant.

Afi n d’eviter tout risque d’electrocution provenant d’un chássis sous tension, un transformateur d’isolement doit etre utilisé lors de tout dépannage. Le
chássis de ce récepteur est directement raccordé à l’alimentation du secteur.

inférieure du boîtier avant
tout en maintenant la partie
supérieure de l’autre main.

placez une main dans l’orifice
de la partie inférieure du boîti
arrière tout en maintenant la
partie supérieure de l’autre m

! ATTENTION AUX COMPOSANTS RELATIFS A LA SECURITE!!

Les composants identifi es par une trame et par une marque ! sur les schemas de principe, les vues explosees et les listes de pieces sont d’une
importance critique pour la securite du fonctionnement. Ne les remplacer que par des composants Sony dont le numero de piece est indique dans le
present manuel ou dans des supplements publies par Sony. Les reglages de circuit dont l’importance est critique pour la securite du fonctionnement
sont identifi es dans le present manuel. Suivre ces procedures lors de chaque remplacement de composants critiques, ou lorsqu’un mauvais
fonctionnement suspecte.

KDS-50A3000/55A3000/60A3000

6

SAFETY CHECK-OUT

KDS-50A3000/55A3000/60A3000

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

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

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

3. Check that all control knobs, shields, covers, ground straps, and
mounting hardware have been replaced. Be absolutely certain that
you have replaced all the insulators.

4. Look for unauthorized replacement parts, particularly transistors,
that were installed during a previous repair. Point them out to the
customer and recommend their replacement.

5. Look for parts which, though functioning, show obvious signs of
deterioration. Point them out to the customer and recommend their
replacement.

6. Check the line cords for cracks and abrasion. Recommend the
replacement of any such line cord to the customer.

7. Check the B+ and HV to see if they are specifi ed values. Make sure
your instruments are accurate; be suspicious of your HV meter if sets
always have low HV.

8. 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
instructions.

2. A battery-operated AC milliampmeter. 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 0.75
V, so analog meters must have an accurate low voltage scale.
The Simpson’s 250 and Sanwa SH-63TRD are examples of
passive VOMs that are suitable. Nearly all battery-operated digital
multimeters that have a 2 VAC range are suitable (see Figure A).

How to Find a Good Earth Ground

A cold-water pipe is a guaranteed earth ground; the cover-plate
retaining screw on most AC outlet boxes is also at earth ground. If the
retaining screw is to be used as your earth ground, verify that it is at
ground by measuring the resistance between it and a cold-water pipe
with an ohmmeter. The reading should be zero ohms.

If a cold-water pipe is not accessible, connect a 60- to 100-watt
trouble- light (not a neon lamp) between the hot side of the receptacle
and the retaining screw. Try both slots, if necessary, to locate the hot
side on the line; the lamp should light at normal brilliance if the screw
is at ground potential (see Figure B).

To Exposed Metal
Parts on Set

0.15 μF

Earth Ground

Figure A. Using an AC voltmeter to check AC leakage. Figure B. Checking for earth ground.

KDS-50A3000/55A3000/60A3000

AC
Voltmeter
(0.75V)

Trouble Light

AC Outlet Box

Ohmmeter

Cold-water Pipe

7

KDS-50A3000/55A3000/60A3000

SELF-DIAGNOSTIC FUNCTION

The units in this manual contain a self-diagnostic function. If an error occurs, the POWER LED will automatically begin to fl ash. The number of times
the LED fl ashes translates to a probable source of the problem. A defi nition of the POWER LED fl ash indicators is listed in the instruction manual for
the user’s knowledge and reference. If an error symptom is diffi cult to reproduced use the Remote Commander to display the record that is stored at
the internal NVM to specify the cause of the failure.

Diagnostic Test Indicators

When an error occurs, the POWER LED will fl ash a set number of times to indicate the possible cause of the problem. If there is more than one
error, the POWER LED will identify the fi rst of the problem areas. If the errors occur simultaneously, the one that corresponds to the fewest fl ashes is
identifi ed fi rst.

Results for all of the following diagnostic items are displayed on screen. (No error has occurred if the screen displays a “0”.)

☛

NUMBER OF TIMES

LED BLINKS

2 times POW_OVP Power OVP 7V is over voltage Check CN6903 on G Board
3 times POW_ERR1 Power Error 12V is not supplied Check CN6903 on G Board

5 times LAMP_DRV Lamp Driver

6 times COVER Lamp Cover

7 times TEMP_ERR Temperature Over Inner temperature is too high

8 times AUD_PROT Audio Protect Error Short in speaker line Check A Board or replace speaker

9 times FAN_ERR Fan Error

10 times DTT_ERR

11 times DEV_ERR Device Error I2C Communication Error

LAMP-LED flashes Lamp Error Lamp needs to be replaced. Change the lamp.

SELF

CHECK

CODE

DIAGNOSIS ITEM POSSIBLE CAUSE POSSIBLE SOLUTION

Problem with the
lamp driver

Lamp cover is not securely
attached

Fan is not getting power.
Fan connector is not securely
attached.

DTT_WDT

Microprocessor Error

(Watch Dog Timer) Check FB1A Board

Self Diagnosis

Check Power Supply (Ballast)
400V (CN6501 on G Board)
Check IC4001 on FB1A Board

Secure Lamp Door.
Verify harness is connected
to T Board.

Remove dust from fan and
ventilation is clear.

Secure harness to fan.
Check CN4001 or CN5602 on FB1A
Board.
Check CN6900 on G Board.

Check S2, H2, and C Boad and all
connection to the FB1A Board

Supported model

DISPLAY OF POWER LED OR LAMP LED FLASH COUNT

TIMER

KDS-50A3000/55A3000/60A3000

LAMP POWER

Screen

8

KDS-50A3000/55A3000/60A3000

y

-Example
Diagnosis

Number of times LED Flashes

LED OFF

3.0sec

Power Error

3 times

Lamp Cover 6 times

LED ON : 0.3sec
LED OFF : 0.3sec

NOTE: 4 Flashes is not used for self-diagnosis

LED OFF

3.0sec

RELEASING THE POWER LED LASH

Unplug the power cord from the outlet to temporarily stop the POWER LED lamp from fl ashing.

Self-Diagnostic Screen Display

For failures that are diffi cult to reproduce, or accompany occasional power off and/or picture mute, the Self-Diagnostic Self Check screen display is
useful to specify the cause.

VIEWING THE SELF-DIAGNOSTIC SELF CHECK SCREEN

1. TV must be in standby mode. (Power off).

2. Press the following buttons on the Remote Commander within a second of each other:
DISPLAY

NOTE: This differs from the method of accessing service mode which is Volume

Sample Self-Diagnostic Screen Display

☛

Channel

5

Volume -

alpsiDDEL

KCEHC FLES

PVO_WOP: 20000

REVOC: 600

RRE_NAF: 900
RRE_TTD:010

RRE_VED:110

:310

TDW_TTD: 101
TDW_MVT: 201
TDW_MEB: 301

POWER

+

nmuloC rotacidnI noitamrofnI

5281111130 4321132140 1180121050

1RRE_WOP: 300

VRD_PMAL: 500

RRE_PMET: 700

TORP_DUA: 800

21000-21000-82000-31000

------------ ------------ ------------

------------ ------------ ------------

------------ ------------ ------------

------------ ------------ ------------

------------ ------------ ------------

------------ ------------ ------------

------------ ------------ ------------

------------ ------------ ------------

------------ ------------ ------------

------------ ------------ ------------

------------ ------------ ------------

------------ ------------ ------------

Displays Time of last 3 events

00
00

00
00
00
00
00
00

kcart ot desu era 00

,srossecorp orcim00RRE_PMAL:552

detceted saw rorre na setacidni 110
detceted saw rorre on setacidni 000

sremiT goD hctaW -TDW*

sremiT goD hctaW(*00

).srorre drocer ot ton

emit noitarepo dna tnuoc tooB

Boot count (max 65535)

Total hours of operations
(max 65535)

NOTE: To refresh the Self Check menu when all the items are not displayed, press

Total Panel hours
(max 65535)

Total lamp hours

JUMP

on the Remote Commander.

CLEARING THE SELF-DIAGNOSTIC SCREEN

The self-diagnostic results displayed on the screen are not cleared automatically, therefore you should always check the self-diagnostic screen during
repairs. When you have completed the repairs, clear the self-diagnostic screen to reset the results to “0”.

Note: The self-diagnostic function will not be able to detect any subsequent faults after completion of the repairs unless the Self-Diagnostic
result display is cleared to reset the results to “0”.

1. If the Self-Diagnostic screen is already displayed, proceed to step 3. If not, Power off (Set to Standby mode).

2. Press

3. Press Channel 8

4. To exit the Self-Diagnostic screen, turn the power off.

DISPLAY

Channel

0

5

Volume -

The status resets to 0.

KDS-50A3000/55A3000/60A3000

POWER

9

1-1. LAMP REMOVAL

For detailed instructions refer to Appendix B: Replacing the Lamp, at the back of this manual.

1

Remove the Lamp Cover and the Lamp Door Assembly.

2

Gently pull out Lamp Block assembly from the TV.

KDS-50A3000/55A3000/60A3000

SECTION 1: DISASSEMBLY

2

Lamp

Lamp Door Assembly

1

Lamp Cover

1-2. SCREEN FRAME ASSEMBLY AND SPEAKER GRILLE ASSEMBLY REMOVAL

☛

1

Loosen the 2 Ornamental Screws (one from each side).

2

Pull off the Speaker Grille Assembly from the

Screen Frame Assembly.

3

Remove 2 screws from the Screen Frame Assembly,

+BVTP2 4x16

Rear Cabinet

KDS-50A3000/55A3000/60A3000

Speaker Grille Assembly

3

Ornamental Screw

1

2

Screen Frame Assembly

10

1-3. REAR COVER REMOVAL AND H1 BOARD BRACKET REMOVAL

☛

1

Remove 12 screws from the Rear Cabinet,

+BVTP2 4x16

2

Remove 2 screws from the Side Control Bracket,

+BVTP2 4x16

3

Remove 1 screws from the H1 Board,

+BVTP 3x12 TYPE2 IT-3

4

Release one connector.

H1 Board

Screen Frame Assembly

KDS-50A3000/55A3000/60A3000

1

Rear Cabinet

Side Control

Bracket

2

1-3-1. SIDE COVER REMOVAL (KDS-50A3000 ONLY)

1

Remove 4 screws from the Side Covers (2 from each side),

+BVTP2 4x16

Rear Cabinet

4

3

Side Cover (L)

KDS-50A3000/55A3000/60A3000

1

1

Side Cover (R)

11

1-4. H2 BOARD, SPEAKER, AND SEPARATOR REMOVAL

☛

1

Disconnect joint connector from the H2 board.

2

Remove 2 screws for H2 board removal,

+BVTP 3x12 TYPE2 IT-3

3

Disconnect joint connector from the Speakers.

4

Remove 4 screws from the Speakers, +BWTP2 4x16

5

Remove 6 screws from the Separator, +BVTP2 4x16

6

Lift two tabs and slide out the Separator unit.

Separater

KDS-50A3000/55A3000/60A3000

Rear Cabinet

1-5. FRONT BRACKET REMOVAL

☛

1

Release all connector wire from Clamps on the Front Bracket.

2

Remove 2 screws from the Duct and the TUU2 Shield,

+BVST 3x6

3

Remove 2 screws from the Chassis block,

+BVTP2 4x16

FB1 Shield (Bottom)

Speaker

1

2

3

H2 Board

4

5

Speaker

6

TUU2 Shield

KDS-50A3000/55A3000/60A3000

Front Bracket

2

1

3

Duct (Front)

12

1-6. OPTICS BLOCK ASSEMBLY AND LAMP DUCT REMOVAL

☛

1

Remove 1 screw from the Adjuster Cover,

+PVTP2 4x16

2

Remove 2 screws from the Adjuster Block and

the Supporter, +PWHTP2 4x25

3

Remove 2 screws from the Lamp Duct, +PVTP2

4x16

4

Gently pull out Optics Block from cabinet.

Caution: When replacing the Optics Unit Block

Assembly be sure to remove any dust particles.

Optics Block

KDS-50A3000/55A3000/60A3000

Adjuster Supporter (V)

2

Adjuster Cover

1

Lamp Duct Unit

1-6-1. LAMP DUCT BLOCK DISASSMBLY

☛

1

Remove 1 screw from the Upper Duct,

+BVTP2 4x16

2

Disconnect 2 connectors from the Power

Supply (Ballast Unit).

3

Remove 1 screw from the Power Supply,

+BVTP2 4x16

4

Remove 1 screw from the

Power Supply, +BVTP2 4x16

5

Using caution not to damage the

HV wires, push the HV Cable through
the Plug Holder.
(See Appendix C for illustrations.)

Note: To remove each duct, gently lift the tabs to

release from the hooks.

6

Carefully detach from the Optics Block.

7

Remove 1 screw from the T board,

+BVTP 3x12 TYPE2 IT-3

8

Disconnect 1 connector from the T board.

9

Disconnect 1 connector from the S2 board.

10

Remove 2 screws from the Fuse Holder,

+BVTP 3x12 TYPE2 IT-3

Turn Rivet

D.C. Fan (80x80)

3

Optics Block

Intake Duct (F)

4

Fuse Holder

6

4

Plug Holder

Adjuster
Block (V)

2P Connector
(Thermal Fuse)

10

5

HV Cable (Ballast Plug)

Exhaust Duct (U)

9

S2 Board
Fuse Sheet

Fuse Plate

Lamp Duct (R)

Lamp Duct (F)

Adjuster Plate (H)

1

2

3

Power Supply
(Ballast Unit)

Fan (DC Motor)

Fan Cushion

8

Exhaust Duct (L)

7

T Board

Optics Block

KDS-50A3000/55A3000/60A3000

Note:The D.C. Fan is secured to the Optics Block Assembly with Turn Rivet screws.

To remove these screws use a screw driver to unscrew the screw until it lifts slightly
above the rivet then pull the screw and the rivet out from the fan.
(Refer to the illustration to the left.)

13

1-7. CHASSIS REMOVAL

KDS-50A3000/55A3000/60A3000

1

Remove 2 screws from the Rear Cabinet and the

AC Bracket, +BVTP 3x12 TYPE2 IT-3

2

Remove 2 screws from the FB1A Block Assembly,

+BVTP2 4x16

Chassis Block

AC Bracket

2

FB1A Block Assembly

3

G Board – Disconnect 6 connectors then remove 6 screws, +BVTP 3x12 TYPE2 IT-3

4

Fan Bracket – Disconnect 1 Connector then remove 2 screws, +BVTP2 4x16

5

Turn Rivet – Unscrew and carefully pull out from the fan to release it from the shield.

Note: The fan is secured to the Chassis Assembly with Turn Rivet screws. To remove these screws use a screw driver to unscrew the

screw until it lifts slightly above the rivet then pull the screw and the rivet out from the fan.

6

A Board – Disconnect 2 connectors then remove 3 screws, +BVST3x6, and pull out from the FB1A Block Assembly connector

7

F Board – Disconnect 2 connectors then remove 2 screws, +BVST 3x6

8

TUU2 Block – Release the RF connector

9

FB1A Block Assembly – Disconnect 6 connectors

10

BC Board – Disconnect 2 connectors then remove 2 screws, +BVST 3x6

11

BC Shield – Remove 3 screws, +BVST 3x6

12

G Bracket – Remove 6 screws, +BVST 3x6, then remove the AU Shield by removing 1 screw, +BVST 3x6

13

U Board – Disconnect 1 connector, remove 2 screws +BVST 3x6, and pull out from FB1A Block Assembly connector

14

Terminal Bracket - Remove 3 screws, +PSW M3x8, 5 screws, + BVTP 3x12 TYPE2 IT-3, and 1 Hex Nut and 1 Washer

Caution: When replacing any part of the chassis be sure to remove any dust particles and clean the mirror.

(F Board Bracket)

1

G Bracket

Terminal Bracket

14

U Board

KDS-50A3000/55A3000/60A3000

AU Shield

BC Board

FB1 Block

13

12

11

TUU2 Block

BC Shield

9

3

10

G Board

A Board

F Board

4

Fan Bracket

5

Turn Rivet

D.C. Fan (60x60)

6

7

8

14

KDS-50A3000/55A3000/60A3000

1-8. DIFFUSION PLATES (SCREENS) REMOVAL

CAUTION:
The screens are adhered to the Screen Frame
alcohol to gently clean the area to remove any excess tape. The double sided tape must be replaced before mounting the screens to the
Screen Frame Assembly to ensure that they are securely attached. The illustration below indicates the approximate location of the double

-side tape. For complete details, refer to the Sony Electronics Service Information website.

1

Remove a total of 12 screws, +BVTP2 4x16

2 screws from the Top Holder,
8 screws from the Bottom Holder and
1 screw from each of the side holders.

2

Gently pull the screens from the Screen Frame Assembly

to dislodge from the double sided tape.

Screen Frame Assembly

Assembly with double sided tape (3-275-118-21). After removing the screens, use rubbing

Double Sided Tape

(10mm x 100mm)

2

1

Double Sided Tape

(2 pieces, 1 piece on each side)

2 x (10mm x 500mm) (KDS-50A3000 Only)

2 x (10mm x 550mm) (KDS-55A3000/60A3000 Only)

Note:
The following diagram illustrate the taping method when replacing the diffusion Plates.
For Part Numbers refer to the Explode view section of this manual.

Diffusion Plates

TAPE, PE 100
(3-275-116-01)

1 piece on each corner area

Screen Holders

Diffusion Plate

(Lenticular - Front side)

Diffusion Plate

(Frensnel - Rear side)

KDS-50A3000/55A3000/60A3000

15

1-9. MIRROR REMOVAL

☛

1

Remove 6 screws (KDS-50/55A3000 Only),

8 screws (KDS-60A3000 Only), +BVTP2 4x16

NOTE: Order the same part number to replace Top & Side Mirror Edge Guards.

Refer to the Exploded View section of this manual for part number information.

Caution:

- Holder screws should be tightened from the center to the outer screw positions.

KDS-50A3000/55A3000/60A3000

Rear Cabinet

Mirror Edge Guard

1

Mirror Holder

Mirror Edge Guard

Mirror

Mirror Edge Guard

KDS-50A3000/55A3000/60A3000

16

SECTION 2: CIRCUIT ADJUSTMENTS

KDS-50A3000/55A3000/60A3000

2-1. USING THE REMOTE COMMANDER

FOR ELECTRICAL ADJUSTMENTS

To adjust various set features, use the Remote Commander to put the
set into service mode to display the service menus and categories.

Equipment Needed:
 Pattern Generator (with component outputs)

 Oscilloscope

 Digital multimeter

2-2. ACCESSING SERVICE ADJUSTMENT

MODE

1. TV must be in standby mode. (Power off).

2. Press the following buttons on the Remote Commander within a

second of each other:

DISPLAY

Channel 5 Volume +

DISPLAY

TV POWER

5

POWER

.

2-3. VIEWING THE SERVICE MENUS

Use the Remote Commander to view the BE and Digital service menus
options.

1. To display the Service Menu that contains the Category you want to

adjust, press
(For a complete list of the service Categories refer to Service Menus)

JUMP

on the Remote Commander.

DIGITAL
001 OP

M2. 001C

Press JUMP

CHASSIS SERVICE
000 GR
000 GRMD 0

000 000 VERS

<SUB><DIGITAL>
SM1. 009W00AADM1. 103A00SA
SD1. 003W00AADD0. 000A00LU
SB1. 002W00AA

<BE>
BM1. 010W00AU
BD1. 011A00SUA
BB1. 001W00AU

SERVICE

VOLUME (+)

RM-YD016

JUMP

Displays
Service Menus

Onscreen cursor
and select button

Press JUMP

SUB SERVICE
000 VERS

000 MODEL

MODEL ID: XXXXXXXXXX

Press JUMP

BEM SERVICE

BOOT: 1. 001W00AU

MAIN: 1. 010W00AU

DATA: 1. 011A00SUA

NVM: 1. 011

Press JUMP

Sample Service Menu

The fi rst service menu (TV) displays.

KDS-50A3000/55A3000/60A3000

17

KDS-50A3000/55A3000/60A3000

2-4. USING THE REMOTE COMMANDER TO

VIEW SERVICE DATA

Use the buttons on the Remote Commander to access the service menu

2-5. ADJUSTING H/V CENTER

Check the picture horizontal/vertical center after replacing the Optics
Unit Block or Rear Cover.

items and adjust the data values.

1. Check the H/V center using a 480i monoscope signal with the TV in

Category

Service
Menu

Item
Numbers

Display
Next Item

Display
Next Category

Display
Previous Item

Saves data

BEM SERVICE

0016 TG
0003 6

VCENT

DIFF 1

Data Value

Adjustment
Item

Increase

1

2

4

3

Data Value

6

Decrease
Data Value
Display

5

Previous
Category

Read data

9

0

JUMP

2. If the center is shifted, proceed to step 3.

3. Access the Service Menu by pressing the following buttons on the

The service menu displays.

4. Press the

5. Press 2 until the 0016 TG category displays.

6. Press 1 until the 0003 VCENT item displays.
Displays
Service Menus

“FULL’ model.

Remote Commander within a second:

DISPLAY

Channel 5 Volume +

JUMP

button until the BEM micro service menu displays.

BEM SERVICE

BOOT: 1. 001W00AU

MAIN: 1. 010W00AU

DATA: 1. 011A00SUA

NVM: 1. 011

BEM SERVICE

0016 TG
0001 0
DIFF 1

BEM SERVICE

TV POWER

.

MUTING

Writes data
into memory

RM-YD016

0016 TG
0003 6

VCENT

DIFF 1

7. Press 3 to increase (shift VCENT up), or press 6 to decrease the

value (shift VCENT down) until the correct adjustment is set.

8. Press 1 until the 0004 HCENT item displays.

BEM SERVICE

0016 TG
0004 5 HCENT
DIFF 1

9. Press 3 to increase (shift HCENT right), or press 6 to decrease the

value (shift HCENT left) until the correct adjustment is set.

10. To write into memory, press

MUTING

then 0 on the Remote

Commander.

2-6. EXITING SERVICE MODE

After completing the changes, exit service mode.

1. To exit service mode, turn the power off by pressing

POWER

Wait 2 minutes before restarting the set to allow the fans to

completely shut down or the Service Menu will appear on the screen.

.

KDS-50A3000/55A3000/60A3000

18

3-1. CIRCUIT BOARDS LOCATION

G

KDS-50A3000/55A3000/60A3000

SECTION 3: DIAGRAMS

U

A

F

OPTICS BLOCK ASSEMBLY
(Includes the C Board)

BC

FB1A

TUU2

H2

3-2.

PRINTED WIRING BOARDS AND SCHEMATIC DIAGRAMS INFORMATION

All capacitors are in μF unless otherwise noted. pF : μμF 50WV or
less are not indicated except for electrolytics and tantalums.

All electrolytics are in 50V unless otherwise specifi ed.
All resistors are in ohms. kΩ=1000Ω, MΩ=1000kΩ
Indication of resistance, which does not have one for rating

electrical power, is as follows: Pitch : 5mm
Rating electrical power :

1

/

W in resistance, 1/

4

W and 1/

10

W in chip resistance.

16

1

/

W

4

: nonfl ammable resistor

: fusible resistor

: internal component

: panel designation and adjustment for repair
: earth ground
: earth-chassis

All variable and adjustable resistors have characteristic curve B,
unless otherwise noted.

Readings are taken with a color-bar signal input.
Readings are taken with a 10MΩ digital multimeter.
Voltages are DC with respect to ground unless otherwise noted.
Voltage variations may be noted due to normal production

tolerances.

S2

T

H1

All voltages are in V.
S : Measurement impossibility.

: B+line.

: B-line. (Actual measured value may be different).

: signal path. (RF)

Circled numbers are waveform references.

The components identifi ed by shading and ! symbol are critical for safety. Replace
only with part number specifi ed.

The symbol indicates a fast operating fuse and is displayed on the component
side of the board. Replace only with fuse of the same rating as marked.

!

Les composants identifi es per un trame et une marque
securite. Ne les remplacer que par une piece portant le numero specifi e.

Le symbole indique une fusible a action rapide. Doit etre remplace par une
fusible de meme yaleur, comme maque.

NOTE: The components identifi ed by a red outline and a mark contain confi dential
information. Specifi c instructions must be adhered to whenever these components
are repaired and/or replaced.
See Appendix A: Encryption Key Components in the back of this manual.

sont critiques pour la

KDS-50A3000/55A3000/60A3000

19

KDS-50A3000/55A3000/60A3000

(

)

REFERENCE INFORMATION

RESISTOR
: RN METAL FILM
: RC SOLID
: FPRD NONFLAMMABLE CARBON
: FUSE NONFLAMMABLE FUSIBLE
: RW NONFLAMMABLE WIREWOUND
: RS NONFLAMMABLE METAL OXIDE
: RB NONFLAMMABLE CEMENT
: ADJUSTMENT RESISTOR

COIL
: LF-8L MICRO INDUCTOR

CAPACITOR
: TA TANTALUM
: PS STYROL
: PP POLYPROPYLENE
: PT MYLAR
: MPS METALIZED POLYESTER
: MPP METALIZED POLYPROPYLENE
: ALB BIPOLAR
: ALT HIGH TEMPERATURE
: ALR HIGH RIPPLE

Terminal name of semiconductors in silk screen
printed circuit ( )

Device Printed symbol Terminal name

Transistor

1

Transistor

2

3

Diode

4

Diode

Diode

5

Diode

6

Diode

7

8

Diode

Diode

9

Diode

0

Diode

qa

Diode

qs

Transistor

qd

(FET)

Transistor

qf

(FET)

Transistor

qg

(FET)

Transistor

qh

Transistor

qj

Transistor

qk

Transistor

ql

Transistor

w;

Transistor

wa

Transistor

ws

Transistor

wd

Discrete semiconductot

–

Chip semiconductors that are not actually used are included.

*

Collector

Base

Collector

Base

Cathode

Cathode

Anode

Cathode

Anode

Common

Anode

Common

Anode Cathode

Common

Anode

Common

Anode Anode

Common

Cathode

Common

Cathode

Anode
Anode

Cathode

Drain

Drain

Source
Drain
Gate

Emitter
Collector
Base

B1 E1C2

B2 C1

E2

B2 E2C1

B1 C2

E1

B2 E2

C1

B1 C2E1

B2 E2

C1

B1 C2E1

E2

B1 E1

(B2)

E1

B1

(B2)

E1

E2

C2

Emitter

Emitter

Anode

(NC)

(NC)

Cathode

Anode

Cathode

Cathode

Cathode

Anode
Anode

Source

Gate

Source

Gate

C1(B2)C2

E2

C2C1

B1

C1

Circuit

D

G

D

S

B1

B1

B1

B1

B1

B1

D

G

S

S

D

G

C1

E1

C1

E1

E1

C1

E2

C1

C1

G

S

C2

B2

E2

C2

B2

E2

E2

B2

C2

C2C1(B2)

E2
E2E1(B2)

C2
C2E1(B2)

C2

Ver.1.5

KDS-50A3000/55A3000/60A3000

20

3-3. BLOCK DIAGRAM

KDS-50A3000/55A3000/60A3000

KDS-50A3000/55A3000/60A3000

21

3-4. SCHEMATICS AND SUPPORTING INFORMATION

A BOARD SCHEMATIC DIAGRAM

1 | 2 | 3 | 4 | 5 | 6 | 7 | 8 | 9 | 10 | 11 | 12 | 13 | 14 | 15 | 16 | 17 | 18 | 19 | 20 | 21 | 22 | 23 | 24 |

KDS-50A3000/55A3000/60A3000

A

—

B

—

C

—

D

—

E

—

F

—

G

—

H

—

I

—

J

—

K

—

L

—

M

—

N

—

O

—

TO FB1A

TO FB

CN5701

SHUTDOWN_MUTE

TO G

TO G

CN6902

REC_FB_3.3V

AMP_R

AMP_L

HDMI_MUTE

ATT_SW

REC_ON

JIG_BEM_RST

MODE_BEM

BEM_CODE_RX

BEM_CODE_TX

BEM_SDA2

BEM_SCL2

BEM_SDA1

BEM_SCL1

BEM_SDA3

BEM_SCL3

BEM_LOG_TX

BEM_LOG_RX

INV_PFC_DET

TV_RXD

TV_TXD

TV_FLASH_M

JIG_RST

TVM_SDA2

TVM_SCL2

SP_MUTE

SP_PROT

STBY5V

EMMA_LOG_RX

EMMA_LOG_TX

STBY3.3V

FE_SCL2

FE_SDA2

FE_SCL0

FE_SDA0

CN1001

80P
BLK

AU_18V

AU_18V

AU_GND

AU_GND

CN1003

4P

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

E_BINT

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

To JIG

CN1000

42P

GND

GND

(TV_BINT)

E_BINT

TVM_SCL2

TVM_SDA2

BEM_SCL1

BEM_SDA1

BEM_SCL2

BEM_SDA2

BEM_SCL3

BEM_SDA3

REC_3.3V

TVM_TXD_0

TVM_RXD_0

BEM_TXD_3

BEM_RXD_3

BEM_TXD_0

BEM_RXD_05V5V

BEM_RST

MODE_BEM

FE_SCL0

FE_SDA0

REC_3.3V

EMMA_LOG_TX

EMMA_LOG_RX

STBY_3.3V

GND

TVM_RST

FE_SCL2

FE_SDA2

TVM_FLASH_WRITE

GND

123456789

E_BINT

2143658

47

RB1000

7

BEM_RST

2

SHUTDOWN_MUTE

1

3

REC_FB_3.3V

10k

RB1006

C1013

C1015

C1016

C1014

4

5

6

R1020

47k
5%

1005

Q1000

2SC3052EF-T1-LEF

22

16V

22

16V

22

16V

22

16V

R1021

47k
5%

1005

D1002

MAZ8056G0LS0

C1017

0.1
25V
X7R

1608

R1047

0

MAZ8056G0LS0

TVM_I2C_2

BEM_I2C_1

BEM_I2C_2

BEM_I2C_3

BEM_TXD3

BEM_RXD3

BEM_TXD0

BEM_RXD0

MODE_BEM

FE_I2C_0

EMMA_LOG_TX

EMMA_LOG_RX

C1019

100
25V

C1018
1000p

50V

CH

1005

123456789101112

P1

P2

P3

P4

P5

P6

P7

P8

P9

P10

P11

P12

D1003

GND

LINN

LINP

AGND

RINP

RINN

GAIN0

GAIN0

GAIN1

MSTR/SLV

SYNC

GND

R1022

100k

0.5%
1005

P48

47

48

AVCC

AVCC

ROSC

GND

131415

P13

C1020

0.01

1005

IC1001

A1

C1065

B1

0.1

25V

B

A2

1608

B2

A3

0uHFB1003

B3

A4

B4

A5

B5

A6

B6

A7

B7

NC

A8

NC

B8

A9

B9

A10

B10

A11

B11

A12

B12

A13

B13

A14

B14

A15

B15

A16

B16

A17

B17

A18

B18

A19

B19

A20

B20

A21

B21

A22

B22

A23

B23

A24

B24

A25

B25

A26

B26

A27

B27

A28

B28

A29

B29

A30

NC

B30

A31

B31

A32

B32

A33

B33

A34

B34

A35

B35

A36

B36

A37

12V

B37

A38

B38

A39

B39

A40

B40

1

2

3

4

0uHFB1001

0uHFB1002

AC_OFF_MUTE

BEM_SDA2

BEM_SDA1

BEM_SDA3

TVM_SDA2

0.1BC1061

25V

1608

0.1BC1062

25V

1608

0.1BC1063

25V

1608

BEM_SCL2

BEM_SCL1

BEM_SCL3

TVM_SCL2

STBY5V

STBY3.3V

FE_SCL2

FE_SDA2

BEM_I2C_2

BEM_I2C_1

BEM_I2C_3

TVM_I2C_2

FE_I2C_2

REC_FB_3.3V

AMP_R

AMP_L

HDMI_MUTE

ATT_SW

BEM_RST

MODE_BEM

BEM_RXD0

BEM_TXD0

BEM_TXD3

BEM_RXD3

E_BINT

INV_PFC_DET

TV_RXD

TV_TXD

TV_FLASH_M

JIG_RST

SP_MUTE

SP_PROT

SHUTDOWN_MUTE

EMMA_LOG_RX

EMMA_LOG_TX

AUDIO_VCC

FE_SCL0

FE_SDA0

FE_I2C_0

Q1010

RT3N11M-TP-1

FL1000

EMI

G

R1044

1005

22k

5%

PQ200WNA1ZPH

12345

R1006

10k

C1005

5%

1

1005

25V
X7R

2012

R1007

2.7k

0.5%
1005

R1008

2.7k

0.5%

1005

R1009

2.2k

0.5%

1005

C1006

16V

3216

C1007

10

0.1
16V

C

1005

REC_A_9V

REC_A_9V

AC_OFF_MUTE

REC_A_9V

OUT

R

123

R1051

100k

1/16W

CHIP

5%

R1052

0

MC2837

D1006

GND

VCC

C1067

16V

456

IC1003

RT8H225C

IN C

INV_PFC_DET

47

R1014

0

CHIP

22k

R1049

10k

1/16W

CHIP

5%

R1016

1005

2012

C1011

0.001
50V
X7R

1005

C1012

0.001
50V
X7R

1005

R1015

0
CHIP
2012

R1019

47k
5%

1005

R1050

Q1005

10k

1k

RT3WLMM-TP-1F

1/16W

5%

CHIP

5%

AC_OFF_MUTE

INV_PFC_DET

HDMI_MUTE

SP_MUTE

M1MA152WA-T1

D1001

M1MA152WA-T1

R1004

0

CHIP

AMP_L

AMP_R

D1005

REC_FB_3.3V

RT3N11M-TP-1

R1005

10k

1/16W

CHIP

5%

Q1004

Q1011

RT1N141C-TP-1

RB1003

TVM_SCL2

JL1028

C1022

0.22
25V
X7R

1608

P44

P45

P46

P47

44

45

46

MUTE

FAULT

SHUTDOWN

TPA3100D2PHPR

VBYP

VREG

AGND

17181920212223

16

P14

P15

P16

P17

C1021

22

16V

25V
X7R

TVM_SDA2

P43

43

BSRP

IC1002

BSLP

P18

C1023

0.22
25V
X7R
1608

D1004

MAZ8056G0LS0

101112131415161718192021222324252627282930313233343536373839404142

STBY5V

2143658

BEM_SCL1

BEM_SDA1

7

BEM_SDA2

BEM_SCL2

TV_TXD

TV_RXD

BEM_SDA3

BEM_SCL3

47

RB1001

214

3

RB1002

47

47

RB1007

MODE_BEM

FE_SDA0

FE_SCL0

JIG_RST

REC_FB_3.3V

FE_I2C_2

AUDIO_VCC

STBY3.3V

C1004

0.1

16V
X7R
1005

Audio_Vcc

F1000

5A

24V

12

L1001

22uH

C1064

220
25V

22uH
L1002
TMP

C1069

0.22
50V
MPS

L1003
22uH

TMP

C1024

0.22
25V
X7R

1608

P37

P38

P39

P40

P41

P42

41

42

LOUTP

LOUTP

ROUTP

ROUTP

P19

37

38

39

40

GND

BSRN

LOUTN

LOUTN

BSLN

ROUTN

ROUTN

P20

P21

P22

P23

C1025

VCLAMPR

VCLAMPL

GND

24

0.22
25V
X7R

1608

PVCCR

PVCCR

PGNDR

PGNDR

PGNDL

PGNDL

PVCCL

PVCCL

P24

P36

GND

P35

P34

P33

C1026

P32

1000p

50V

1005

P31

P30

P29

P28

P27

P26

252627282930313233343536

C1027

P25

GND

CH

1000p

1005

50V

L1004

22uH
TMP

L1005

22uH

TMP

C1034

47

35V

C1029

0.1

25V

X7R

1608

C1030

C1038

25V1

CH

2012

X7R

C1031

25V1

2012

X7R

C1032

0.1
25V

X7R

1608

C1035

47

35V

C1070

0.22
50V
MPS

1500
35V

C1039
1500

35V

C1040

0.22
50V
MPS

C1041

0.22
50V
MPS

C1042

0.22
50V
MPS

C1043

0.22
50V
MPS

R1040

100k
1/16W
RN-CP

0.5%

FE_SCL2

R1041

1/16W
RN-CP

FE_SDA2

100k

0.5%

TV_FLASH_M001:3F

R1042

100k
1/16W
RN-CP

0.5%

GND

MAZ8082G0LS0

TO DETECT

C1044

R1023

4.7

120k

25V

0.5%
X7R

1005

3216

R1024

C1045

120k

4.7
25V

0.5%
1005

X7R

3216

R1043

100k
1/16W
RN-CP

0.5%

D1000

R1025

100k

5%

1005

Q1006

RT3AMMM

Q1007

RT3AMMM

R1026

6.8k
5%

1005

Q1008

RT1N141C-TP-1

R1027

0

2012

R1028

0

2012

R1029

0

2012

R1030

0

2012

A

AUDIO

C1046
1000p

50V
CH

1005

C1047
1000p

50V
CH

1005

REC_A_9V

R1031

10k
5%

1005

C1050

1608

C1048
1000p

1005

C1049
1000p

1005

0.1
25V
X7R

50V
CH

50V

CH

C1051

0.001
50V
X7R

1005

Q1009

RT3N77M-TP-1

RB1004

100k

C1052

1608

SP_PROT

0.1
25V
X7R

To SPEAKERS

L+

1

L-

2

R-

3

R+

4

CN1002

4P

BLK

P

KDS-50A3000/55A3000/60A3000

A-1273-122-A <SXRD>A

22

KDS-50A3000/55A3000/60A3000

A

[AUDIO] [AUDIO]

COMPONENT SIDE

1

4

A

ET1000

C1039

B

C

D

E

ET1001

C1042

A-1273-

C1043

CN1001

39

40

79

80

C1069

122-A

L1003

C1036

(172881511)

1-874-141-11

C1056

R1035

R1033

L1002

C1055

R1034

R1032

C1022 C1024

5A

C1006

CN1000

23

25V

C1019

IC1001

C1028

1

2

JL1002

JL1005

CN1003

1

F1000

C1053
C1054

D1006

C1007

JL1001

C1018

JL1003

C1034

R1052

JL1007

JL1008

L1001

C1029
C1026

JL1009

JL1010

R1027

R1028

C1048

C1064

IC1002

C1035

C1032

C1027

36

37

48

JL1011

JL1012

R1007

R1006

C1017

C1005

JL1013

1

C1067

R1008

JL1014

JL1015

R1044

R1009

JL1016

JL1017

R1022

JL1019

Q1000

JL1021

12

RB1006

25

24

13

C1021

R1045

C1013

RB1007

C1046

JL1024

R1029

R1017

C1009

JL1023

C1047

R1014

R1030

C1059

C1015

JL1025

41

JL1027

42

CN1002

C1049

L1005

C1060

C1016

C1011

C1012

L1000

JL1020

JL1018

JL1022

JL1026

A

CONDUCTOR SIDE

1

C1038

ET1002

C1057

C1058

C1025

R1036

R1037

C1023

R1039

R1038

C1066

C1033

L1004

C1070

C1037

C1040

C1041

C1014

R1046

R1018

R1015

ET1003

C1010

A

B

C

Q1003

R1011

R1013

C1008

R1010

Q1001

JL1032

JL1039

D

JL1040

C1065

FB1003

1

2

41

42

JL1033

E

23

RB1004

Q1007

C1052

C1051

C1045

R1019

R1016

R1005

JL1028

R1051

RB1000

Q1004

Q1009

R1025

JL1036

C1050

JL1000

R1031

JL1034

R1026

JL1037

Q1002

D1004

R1024

Q1006

R1042

R1043

C1044

R1023

R1040

R1041

C1031

C1030

R1021

RB1003

C1020

D1002

R1047
D1003

R1012

C1004

R1048

D1005

R1020

Q1005

R1050

C1068

R1049

4

6

13

IC1003

Q1010

RB1002

RB1001

C1062

C1061

FB1002

FB1001

JL1035

---

(172881511)

1-874-141-11

JL1030

JL1038

JL1029

JL1031

FL1000

C1063

KDS-50A3000/55A3000/60A3000

23

BC BOARD SCHEMATIC DIAGRAM

1 | 2 | 3 | 4 | 5 | 6 | 7 | 8 | 9 | 10 | 11 | 12 | 13 | 14 | 15 | 16 | 17 | 18 | 19 | 20 | 21 | 22 | 23 | 24 |

A

1A[0]

1A[1]

1A[2]

1A[3]

1A[4]

1A[5]

1A[6]

1B[0]

1B[1]

1B[2]

1B[3]

KDS-50A3000/55A3000/60A3000

1B[4]

—

B

—

C

—

D

—

E

—

F

—

G

—

H

—

I

—

J

—

K

—

L

—

M

—

N

—

O

—

To FB1A
CN5601

FROM FB1A

IRIS_CTRL2

IRIS_CTRL

NACEL_RST

PANCEL_ON

CAYENNE_RST

NACEL_MUTE

CN9900

BLK

182139111

FROM FB1A

+5V/UNREG7V

+5V/UNREG7V

+3.3V/UNREG7V

+3.3V/UNREG7V

CN9901

181947411

IRIS_FB

SCL2

SDA2

EPP_V

RA1-

RA1+

GND

RB1-

RB1+

GND

RC1-

RC1+

GND

RCLK-

RCLK+

GND

RD1-

RD1+

GND

RE1-

RE1+

GND

RA2-

RA2+

GND

RB2-

RB2+

GND

RC2-

RC2+

GND

RCLK2-

RCLK2+

GND

RD2-

RD2+

GND

RE2-

RE2+

SET_ON

MUTE2

WP2

SCL3

SDA3

IRIS_FB2

51P

GND

GND

6P

H
M

RA1

68

RA1

RA2

R9931 100k10 05

2A[1]

RA2

RB9901

2143658

GND

100510k

R9933

2143658

1E[6]

2A[2]

2A[3]

2143658

GND

100510k

R9934

68

2143658

2E[6]

7

RA4

RA3

THC63LVD104S

RE6

RE5

100510k

R9937

1E[5]

2A[4]

7

RA4

RA3

THC63LVD104S

RE6

RE5

100510k

R9938

2E[5]

IC9903

7

1E[4]

2A[5]

IC9904

7

2E[4]

+2.5V

FB9921

0uH
1005

140033121

100mA

C9909

10

6.3V
X6S

2012

FB9912

0uH
1005

140033121

C9917

0.01
25V
X7R
1005

GND

C9918

R9918

1.5k
1005

RN-CP

R9919

1005

RN-CP

X7R
1005

0.01
25V

1k

49

50

51

52

53

54

55

56

57

58

59

60

61

62

63

64

49

50

51

52

53

54

55

56

57

58

59

60

61

62

63

64

RN-CPR9904 10 0 5100

RN-CPR9905 10 0 5100

C9916

0.01
25V
X7R

RN-CPR9906 10 0 5100

RN-CPR9907 10 0 5100

1

10050R9951

2

10050R9952

3

10050R9953

4

10050R9954

5

10050R9955

6

1005R9902 0

7

1005R9903 0

8

10050R9958

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

1005R9959 0

45

1005R9960 0

46

1005R9961 0

47

10050R9900

48

10050R9901

49

1005R9964 0

50

1005R9965 0

51

10050R9966

IRIS_CTRL2

IRIS_FB

IRIS_CTRL

NACEL_RST

PANEL_ON

BEM_SCL2

BEM_SDA2

EPP_V

SET_ON

AC_DET

WP2

BEM_SCL3

BEM_SDA3

CAYENNE_RST

NACEL_MUTE

IRIS_FB2

RN-CPR9908 10 0 5100

RN-CPR9909 10 0 5100

R3112N221A-TR-FA

54

C9902

0.01
25V
X7R

1005

D9902

*C9905

10V
X7R
1608

MMDL914T1

C9907

0.01
25V
X7R
1005

*R9916

0

1005

1

1

2

3

4

5

6

*R9967

1005

*R9968

1005

0

0

+3.3V

1005

C9911

0.01
25V
X7R

1005

+2.5V

FB9920

0uH
1005

140033121

C9910

10

6.3V
X6S
2012

R9910

RN-CP

1005100

R9911

RN-CP

1005100

C9912

0.01
25V
X7R
1005

RN-CPR9912 1005100

RN-CPR9913 1005100

R9914

RN-CP

1005100

R9915

RN-CP

1005100

C9913

0.01
25V
X7R

1005

+2.5V

IC9900

OUT

CD

VDD

321

GNDNC

IC9901

PQ070XNA1ZPH

2.5V REG

Pd=0.16W

Vref=1.23Vr2%

VINVCVO

12345

C9914

0.01
25V
X7R
1005

VADJ

7

68

RB9902

C9920

0.01
25V

X7R

1005

RA0

VCC

RA-

RA+

RB-

RB+

LVCC

RC-

RC+

RCLK-

RCLK+

LGND

RD-

RD+

RE-

RE+

PGND

PVCC

GNDDKPDOER/F

12345678910111213141516

100510k

R9926

C9921

0.1

16V
X7R
1005

RB9900

2A[0]

7

68

RB9903

C9922

0.01

25V

X7R

1005

RA0

VCC

RA-

RA+

RB-

RB+

LVCC

RC-

RC+

RCLK-

RCLK+

LGND

RD-

RD+

RE-

RE+

PGND

PVCC

GNDDKPDOER/F

12345678910111213141516

100510k

R9927

C9923

0.1
16V
X7R
1005

R9930

0

1005

R9969

0

1005

C9924

10

6.3V
X6S
2012

R9922

3.3k

1005

RN-CP

RA5

RE4

RA5

RE4

2143658

RA6

VCC

2A[6]

2143658

RA6

VCC

0.01

C9929

68

RB9904

RB1

RB0

RE3

RE2

1005X7R

C9928 0 .01 25V

2143658

1E[3]

1E[2]

2B[0]

68

RB9906

RB1

RB0

RE3

RE2

X7R

25V 100 5

2143658

2E[3]

2E[2]

+2.5V

7

1E[1]

2B[1]

7

2E[1]

68

RB9908

2143658

1005X7R

C9930

0.01 25V

33343536373839404142434445464748

2CLK

2B[5]

2B[6]

2C[0]

2C[1]

2C[2]

2C[3]

2C[4]

2C[5]

2C[6]

2D[0]

2D[1]

2D[2]

2D[3]

2D[4]

2D[5]

2D[6]

1CLK

1B[5]

1B[6]

1C[0]

1C[1]

1C[2]

1C[3]

1C[4]

1C[5]

1C[6]

1D[0]

1D[1]

1D[2]

1D[3]

1D[4]

1D[5]

1D[6]

2CLK

1C[0]

1C[1]

1C[2]

1C[3]

1C[4]

1C[5]

1C[6]

1D[0]

1D[1]

1D[2]

1D[3]

1D[4]

1CLK

2B[5]

2B[6]

2C[0]

2C[1]

2C[2]

2C[3]

2C[4]

2C[5]

2C[6]

2D[0]

2D[1]

2D[2]

2D[3]

2D[4]

2D[5]

2D[6]

VCC

32

RB6

31

CLKOUT

30

GND

29

RC0

28

RC1

27

RC2

26

RC3

25

RC4

24

RC5

23

VCC

22

RC6

21

RD0

20

RD1

19

RD2

18

RD3

17

RD4

RE1

RE0

RD6

RD5

GND

RB9905

68

7

1E[0]

2B[2]

2B[3]

2B[4]

68

RB9909

2143658

25V

1005

C9931

0.01
X7R

33343536373839404142434445464748

RB5

RB4

RB3

RB2

VCC

32

RB6

31

CLKOUT

30

GND

29

RC0

28

RC1

27

RC2

26

RC3

25

RC4

24

RC5

23

VCC

22

RC6

21

RD0

20

RD1

19

RD2

18

RD3

17

RD4

RE1

RE0

RD6

RD5

GND

RB9907

68

7

2E[0]

C9934

0.01
25V
X7R
1005

C9935

0.01
25V
X7R
1005

R9940

1005

R9939

1005

68

68

RB9911

RB9912

RB9913

68

68

68

RB9915

RB9916

RB9917

RB9914

68

8

7

5

6

4

3

2

1

8

6

68

4

2

8

6

68

4

2

8

6

68

4

2

RB9910

8

6

4

2

8

6

4

2

8

6

4

2

8

6

4

2

7

5

3

1

7

5

3

1

7

5

3

1

68

7

5

3

1

7

5

3

1

7

5

3

1

7

5

3

1

RB5

RB4

RB3

RB2

1B[6]

C9942

6.3V
X6S
2012

10

C9943

6.3V
X6S
2012

+3.3V

FB9913

0uH

140033121

C9936

C9938

C9940

16V
X7R
1005

10

0.1

C9964

C9941

C9966

X7R
1005

0.01
25V
X7R
1005

16V

1005

0.01
25V

0.001

0.01
50V

25V

X7R

X7R

1005

1005

R9941

0

1005

+3.3V

FB9914

0uH

C9937

0.001
50V
X7R
1005

R9943

1005

140033121

0

C9944

0.001
50V
X7R

1005

C9939

0.01

0.1
25V

X7R

X7R

1005

1B[5]

TB6

49

TC0

50

VCC

51

TC1

52

TC2

53

TC3

54

TC4

55

GND

56

TC5

57

TC6

58

TD0

59

R/F

60

TD1

61

TD2

62

TD3

63

TD4

64

12345678910111213141516

1D[5]

49

TB6

50

TC0

51

VCC

52

TC1

53

TC2

54

TC3

55

TC4

56

GND

57

TC5

58

TC6

59

TD0

60

R/F

61

TD1

62

TD2

63

TD3

64

TD4

12345678910111213141516

R3112N291A-TR-FA

54

CD

1B[2]

1B[0]

1B[1]

1B[3]

1B[4]

TB3

TB4

TB5

GND

1A[6]

R9972

10k

1005

RS

TB0

TB1

TB2

TA6

LVDS swing mode = Normal

IC9905

THC63LVD103D

TD5

GND

TD6

TE0

TE1

TE2

VCC

TE3

TE4

C9965

0.01

25V
X7R
1005

1E[2]

1D[6]

1E[0]

2B[4]

2B[3]

TB4

TB5

GND

1E[3]

1E[1]

2B[2]

TB3

1E[4]

2B[0]

2B[1]

2A[6]

R9973

10k

1005

RS

TB0

TB1

TB2

TA6

LVDS swing mode = Normal

IC9906

THC63LVD103D

TD5

GND

TD6

TE0

TE1

TE2

VCC

TE3

TE4

C9967

0.01

25V
X7R
1005

2E[0]

2E[1]

2E[2]

2E[3]

2E[4]

+3.3V

FB9915

IC9907

OUT

VDD

GNDNC

0uH
1005

140033121

C9945

321

0.01
25V
X7R
1005

1A[5]

1A[3]

1A[4]

1A[2]

1A[0]

+3.3V

FB9918

33343536373839404142434445464748

TA0

TA1

TA2

TA3

TA4

TA5

GND

LVDSGND

TA-

TA+

TB-

TB+

LVDSVCC

LVDSGND

TC-

TC+

TCLK-

TCLK+

TD-

TD+

TE-

TE+

LVDSGND

GND

TE5

CLKIN

PDWN

PLLGND

PLLVCC

TE6

C9948

C9946

R9947

10k

1005

1E[5]

2A[3]

2A[5]

2A[4]

TA3

TA4

TA5

GND

GND

TE5

CLKIN

PDWN

2E[5]

R9950

1005

0.01
25V
X7R
1005

2A[2]

C9947

0.01
25V
X7R
1005

0

2A[1] 1A[1]

TA2

PLLGND

TA1

PLLVCC

1E[6]

2A[0]

33343536373839404142434445464748

TA0

LVDSGND

LVDSVCC

LVDSGND

LVDSGND

TE6

2E[6]

TCLK-

TCLK+

TA+

TB+

TC+

TD+

TE+

TA-

TB-

TC-

TD-

TE-

0.001
50V
X7R
1005

C9949

0.001

50V
X7R

1005

R9970

1005

C9962

C9960

C9955

6.3V
X6S
2012

C9963

0.001
50V
X7R
1005

C9957

6.3V
X6S
2012

1005

10

10

0.01
25V
X7R

+3.3V

+3.3V

C9961

0.01
25V
X7R
1005

C9958

16V
X7R

1005

0.1

0.001
50V
X7R
1005

32

31

30

29

28

27

26

25

24

23

22

21

20

19

18

17

C9952

C9950

0.1

0.01
16V

25V

X7R

X7R

1005

1005

32

31

30

29

28

27

26

25

24

23

22

21

20

19

18

17

C9953

C9951

0.1

0.01

16V

25V

X7R

X7R

1005

1005

0

C9954

10

6.3V
X6S
2012

FB9916

0uH

140033121

C9959

0.1

16V

X7R

1005

FB9917

0uH

140033121

0uH

140033121

+3.3V

FB9919

0uH

140033121

C9956

10

6.3V
X6S
2012

145722311

L9904

0uH

4

3

12

145722311

L9905

0uH

4

3

12

145722311

L9906

0uH

4

3

12

145722311

L9907

0uH

4

3

12

145722311

L9908

0uH

4

3

12

145722311

L9909

0uH

4

3

12

145722311

L9910

0uH

4

3

12

145722311

L9911

0uH

4

3

12

145722311

L9912

0uH

4

3

12

145722311

L9913

0uH

4

3

12

145722311

L9914

0uH

4

3

12

145722311

L9915

0uH

4

3

12

CN9900 FROM FB

CN9900
FROM FB

R9981

0

1005

GND_2

0

1005

R9979

GND_1

0

1005

R9980

R9982

0

1005

GND_3

R9989

0

1005

GND_2

0

1005

R9987

GND_1

0

1005

R9988

R9990

0

1005

GND_3 GND_5

㧔A㧕

㧔B㧕

GND_1

GND_1

GND_1

GND_1

R9983

1005

R9984

1005

R9991

1005

R9992

1005

0

GND_4

GND_1

0

GND_5

0

GND_4

GND_1

0

IRIS_CTRL2

IRIS_FB

IRIS_CTRL

NACEL_RST

PANEL_ON

BEM_SCL2

BEM_SDA2

SET_ON

AC_DET

BEM_SCL3

BEM_SDA3

CAYENNE_RST

NACEL_MUTE

IRIS_FB2

R9985

R9986

R9993

R9994

140049921

140049921

140049921

140049921 FB9909

140049921

140049921

EPP_V

140049921

140049921

140049921

WP2

140049921

140049921

140049921

0

1005

0

1005

0

1005

0

1005

0uH

0uH

0uH

0uH

0uH

0uH

CN9902
TO C

CN9902
TO C

FB9906

FB9907

FB9908

FB9910

R9956

R9957

FB9911

FB9900

0uH

FB9901

0uH

FB9902

0uH

1005R9962 0

R9963
0

FB9903

FB9904

0uH

FB9905

0uH

1005

0uH

To C2
CN8400

CN9902

51P

182139111

BLK

51

IRIS_CTRL2

50

IRIS_FB

49

IRIS_CTRL

48

NACEL_RST

47

PANEL_ON

46

SCL2

10050

45

SDA2

10050

44

EPP_V

43

TO[0]N

42

TO[0]P

41

GND

40

TO[1]N

39

TO[1]P

38

GND

37

TO[2]N

36

TO[2]P

35

GND

34

TOCLK-

33

TOCLK+

32

GND

31

TO[3]N

30

TO[3]P

29

GND

28

TO[4]N

27

TO[4]P

26

GND

25

TE[0]N

24

TE[0]P

23

GND

22

TE[1]N

21

TE[1]P

20

GND

19

TE[2]N

18

TE[2]P

17

GND

16

TECLK-

15

TECLK+

14

GND

13

TE[3]N

12

TE[3]P

11

GND

10

TE[4]N

9

TE[4]P

8

SET_ON

7

MUTE2

6

WP2

5

SCL3

4

SDA3

3

CAYENNE_RST

2

NACEL_MUTE

1

IRIS_FB2

BC

LVDS RX/TX

P

KDS-50A3000/55A3000/60A3000

A-1337-113-A <SXRD>BC

24

KDS-50A3000/55A3000/60A3000

BC

A

B

C

D

[LVDS RX/TX]

COMPONENT SIDE

1

cam8

cam8

R9963

R9963

R9962

R9962

L9915

L9915

L9914

L9914

L9913

L9913

CN9902

CN9902

L9912

L9912

L9911

L9911

L9910

L9910

L9909

L9909

L9908

L9908

L9907

L9907

L9906

L9906

L9905

L9905

L9904

L9904

R9957

R9957

R9956

R9956

CN9902

R9986

R9986

R9984

R9984

C9927

C9927

C9919

C9919

R9975

R9976

R9975

R9976

R9983

R9983

R9985

R9985

2345

IC9902

IC9902

cam17

cam17

IC9906

IC9906

IC9906

IC9905

IC9905

IC9905

1-875-104-11

BC

[LVDS RX/TX]

CONDUCTOR SIDE

1

CN9901

CN9901

R9967

R9968

R9967

C9926

C9926

C9918

C9918

C9904

C9904

C9906

C9906

IC9901

C9908

C9908

cam23

cam23

IC9901

cam11

cam11

RB9910RB9911RB9912RB9913

RB9910RB9911RB9912RB9913

IC9904

IC9904

RB9909

RB9909

cam20

cam20

RB9914RB9915RB9916RB9917

RB9914RB9915RB9916RB9917

IC9903

IC9903

RB9908

RB9908

RB9905

RB9905

(172911511)

R9968

C9907

C9907

C9905

C9905

cam22

cam22

cam7

cam7

RB9901RB9907

RB9901RB9907

cam10

cam10

C9913

C9913

R9915

R9915

R9914

R9914

R9913

R9913

R9912

R9912

R9911

R9911

R9910

R9910

C9922

C9922

RB9903

RB9906

RB9903

RB9906

R9982

R9982

R9980

R9980

CN9901

cam24

cam24

R9966

R9966

R9965

R9965

C9973

C9975

C9976

C9973

C9975

C9976

R9964

R9964

CN9900

CN9900

A

JL9909

JL9909

B

C9984

C9984

C9983

C9983

R9990

R9990

R9988

R9988

C9901

C9901

C9969

C9969

C9971

C9971

R9901

R9901

R9900

R9900

IC9904

RB9900

RB9900

cam21

cam21

C9911

C9911

R9909

R9909

R9908

R9908

R9907

R9907

R9906

R9906

R9905

R9905

R9904

R9904

IC9903

C9920

C9920

RB9902RB9904

RB9902RB9904

cam12

cam12

R9955

R9955

R9954

R9954

R9953

R9953

R9952

R9952

R9951

R9951

R9979

R9979

R9981

R9981

CN9900

C

D

A-1337-113-A

cam4

cam4

JL9906

JL9906

R9958

R9958

R9903

R9903

R9902

R9902

C9974

C9974

C9972

C9972

C9970

C9970

C9968

C9968

C9900

C9900

R9987

R9987

R9989

R9989

2345

R9994

R9977

JL9901

JL9901

R9977

R9978

R9978

C9924

C9924

D9904

D9904

C9966

C9966

C9964

C9964

R9943

R9943

R9944

R9944

R9941

R9941

R9942

R9942

JL9903

JL9903

JL9915

JL9915

JL9914

JL9914

C9982

R9921

R9925

C9982

R9921

R9925

R9920

R9920

R9924

R9924

R9949

R9949
C9915

C9915

D9901

D9903

D9901

D9903

R9917

R9917

C9957

C9967

C9967

C9937

C9937

C9943

C9943

R9973

R9974

R9973

R9974

C9965

C9965

C9936

C9936

C9942

C9942

R9971

R9972

R9971

R9972

C9957

C9949

C9951

C9953

C9949

C9951

C9953

C9939

C9941

C9939

C9941

FB9914

FB9914

R9948

R9948

JL9902

JL9902

C9947

C9947

C9959

C9961

C9963

C9959

C9961

C9963

C9978

C9978

IC9907

IC9907

C9944

C9944

R9950 R9970

R9950 R9970

C9945

C9945

FB9915

FB9915

C9955

C9955

C9948

C9950

C9952

C9948

C9950

C9952

C9938

C9940

C9938

C9940

FB9913

FB9913

R9947

R9947

C9946

C9946

C9958

C9960

C9962

C9958

C9960

C9962

C9981

R9919

R9923

C9981

R9919

R9923

R9922

R9922

R9918

C9903

C9903

R9927

R9929

R9927

R9929

C9923

C9923

C9912

C9912

IC9900

IC9900

C9917

C9917

R9926

R9928

R9926

R9928

C9921

C9921

C9916

C9916

R9946

R9946

C9914

C9914

R9932R9934

R9932R9934

FB9912

FB9912

R9931R9933

R9931R9933

R9918

D9900

D9902

D9900

D9902

R9916

R9916

JL9913

JL9913

R9936

R9938

R9936

R9938

C9929

C9929

C9910

C9910

C9933

C9933

C9935

C9935

C9931

C9931

C9902

C9902

C9977

C9977

(172911511)

1-875-104-11

JL9912

JL9912

R9935

R9937

R9935

R9937

C9928

C9928

C9909

C9909

C9932

C9932

C9934

C9934

C9930

C9930

FB9920

FB9920

R9939

R9939

JL9905

JL9905

FB9921

FB9921

R9940

R9940

JL9904

JL9904

JL9907JL9908

JL9907JL9908

JL9900

JL9900

R9959

R9960

R9961

R9959

R9960

R9961

R9930

R9930

R9969

R9969

R9994

R9992

R9992

C9925

C9925

JL9911

JL9911

C9979

C9979

FB9905

FB9905

FB9904

FB9904

FB9917 FB9919

FB9917 FB9919

FB9903

FB9903

FB9902

FB9902

FB9901

FB9901

FB9900

FB9900

C9956

C9956

C9980

C9980

FB9911

FB9911

FB9910

FB9910

FB9916 FB9918

FB9916 FB9918

FB9909

FB9909

FB9908

FB9908

FB9907

FB9907

FB9906

FB9906

C9954

C9954

JL9910

JL9910

R9991

R9991

R9993

R9993

---

KDS-50A3000/55A3000/60A3000

25

F BOARD SCHEMATIC DIAGRAM

         





2P

CN6001

AC IN<L>

2

AC IN<N>

1

TO G
CN6006

KDS-50A3000/55A3000/60A3000























Mount Mecha

1

1

TP6001

TK6000

E

TK6001

E

CN6003

1P

CN6004

1P

410314301

F

R6001

1M

1/2W

RN

C6001

470p

250V

B

C6002

470p
250V

C6005

470p

250V

B

GND_1

VD6002

1

4

23

L6002

9mH

C6006

470p

GND_1

PT

VD6000

250V

B

1

23

C6017

0.47

250V

PT

C6016

0.47
250V

PT

FH6000

F6000

5A

250V

FH6001

B

C6009

0.22
250V

4

L6001

9mH











KDS-50A3000/55A3000/60A3000

LINE FILTER

1

AC IN<N>

3.4mm

3.4mm

3.4mm
CA6000

CA6002

2

AC IN<L>

2P

CN6000

3.4mm

A-1269-159-A <SXRD>F

CA6003

CA6001

26

F

KDS-50A3000/55A3000/60A3000

[LINE FILTER]

COMPONENT SIDE

1

EY6013

23

EY6012

VD6002

A

AC IN(N)

AC IN(L)

EY6058

JW6901

JW6900

L6002

B

EY6009

C6009

EY6007

EY6011

C

A-1315-

FH6000

D

E

T5AH/250V

TK6000

FH6001

EY6005

EY6057

F6000

EY6003

VD6000

JW6902

AC IN(L)

AC CORD

JW6903

EY6008

EY6006

JW6000

EY6010

EY6004

R6001

EY6002

EY6001

2

21

21

CN6000

1

EY6059

L6001

EY6000

1

C6016

C6017

EY6056

2

21

CN6001

F

A

[LINE FILTER]

CONDUCTOR SIDE

1

VD6002

M
D

1-874-150-11

(172881612)

AC IN(L)

AC IN(N)

CN6001

2

1

23

L6002

C6001

C6006

C6002

EY6060

C6005

TP6001

EY6061

CN6007

1-874-150-11

(172881612)

B

C6005

C6001

CN6007

1

AC IN(N)

CN6005

TK6001

PF LP

C

C6006

C6002

C6009

F6000

L6001

CN6002

CN6003

F

KDS-50A3000/55A3000/60A3000

CN6004

TP6001

FH6000

T5AH/250V

D

R6001

C6016

AC IN(N)

E

CA6000

CN6005

TK6001

F

JL6002

1

CA6002

CN6004

CN6000

2

CN6003

C6017

AC IN(L)

CA6003

VD6000

CA6001

CN6002

FH6001

JL6001

TK6000

27

FB1A BOARD SCHEMATIC DIAGRAM (1 OF 17)

1 | 2 | 3 | 4 | 5 | 6 | 7 | 8 | 9 | 10 | 11 | 12 | 13 | 14 | 15 | 16 | 17 | 18 | 19 | 20 | 21 | 22 | 23 | 24 |

JL5700

UART2_DCD

R5751

R5749

R5752

R5750

R5775

R5806

R5807

R5834

R5808

R5809

R5816

R5810

R5838

R5840

R5811

R5771

R5790

R5791

R5793

R5794

R5789

R5792

R5841

R5788

R5767

R5770

R5769

R5772

R5854

R5813

R5814

R5812

JL5701

UART2_CTS

JL5702

UART2_RXD

JL5703

UART2_TXD

JL5704

UART2_RTS

JL5705

X_MDM_RST

HP_DET

R5833

0

PC_H_OUT

0

PC_H_IN

0

PC_V_OUT

0

PC_V_IN

0

M_CR/R

M_Y/G

M_CB/B

M_CV/Y

M_C

DSP_MUTE2

0

DSP_RST

0

LINE_MUTE

0

DSP_MUTE

0

I2C_TAS_SCL_2

0

I2C_TAS_SDA_2

0

DTT_PON

0

VSW_PW_CTRL

0

DATA_SLICER_MAIN

0

DAC_RST

0

PC_SYNC_INT

0

DSP_INT

0

EMMA2_AOD0

0

EMMA2_AOD1

0

EMMA2_AOD2

0

EMMA2_AOLRCK

0

EMMA2_AOMCK

0

EMMA2_AOBCK

0

HDMI_MUTE

0

FE_SPDIF

0

FE_SCL1

0

FE_SCL2

0

FE_SDA1

0

FE_SDA2

0

0

TU_V

TV_M_R

TV_M_L

ATT_SW

C5729

100p

1005

C5725

100p
50V

CH

1005

C5726

100p

50V
CH

1005

C5728

0.01

50V

25V

CH

X7R

1005

FB5707

0

0

0

AMP_R

AMP_L

STBY5V

C5745

R5846

0.01
0

25V
X7R

CHIP

1005

C5723

0.01
25V
X7R
1005

FB5704

0uH

C5724

0.01
25V
X7R
1005

FB5705

0uH

FE_12V

0uH

A

—

B

—

C

—

D

—

E

—

F

—

G

—

H

—

I

—

J

—

To U
CN001

To U To A

GND

A1

GND

B1

GND

A2

GND

B2

PC_H_IN

A3

PC_H_OUT

B3

PC_V_IN

A4

PC_V_OUT

B4

GND

A5

GND

B5

GND

A6

GND

B6

GND

A7

M_CR/R

B7

M_Y/G

A8

GND

B8

GND

A9

M_CB/B

B9

M_CV/Y

A10

GND

B10

GND

A11

M_C

B11

DSP_MUTE2

A12

GND

B12

GND

A13

DSP_RST

B13

LINE_MUTE

A14

GND

B14

GND

A15

DSP_MUTE

REC_ON

DAC_RST

PC_SYNC_INT

DSP_INT

EMMA2_AOD0

EMMA2_AOD1

EMMA2_AOD2

HDMI_MUTE

FE_SPDIF

FE_SCL1

FE_SCL2

FE_SDA1

FE_SDA2

STBY5V

INV_PFC_DET

V_DET

REC_6V

TV_M_R

TV_M_L

REC_4.2V

ATT_SW

AMP_R

AMP_L

CN5700

80P

BLK

B15

A16

GND

B16

GND

A17

B17

A18

GND

B18

GND

A19

B19

A20

GND

B20

A21

B21

A22

GND

B22

A23

B23

A24

GND

B24

A25

B25

A26

GND

B26

A27

B27

A28

B28

A29

B29

A30

GND

GND

B30

A31

B31

A32

B32

GND

A33

B33

A34

B34

GND

A35

B35

12V

A36

B36

GND

12V

A37

B37

A38

B38

GND

GND

A39

B39

GND

GND

A40

B40

GND

I2C_TAS_SCL_2

I2C_TAS_SDA_2

VSW_PW_CTRL

DATA_SLICER_MAIN

EMMA2_AOLRCK

EMMA2_AOMCK

EMMA2_AOBCK

K

—

L

—

M

—

N

—

O

—

To TUU2

CN1002

UNREG_6V

UNREG_6V

CN5702

20P

1.25mm_20P_Top

TV_M_L

REC_3.3V

TV_M_R

TV_GR_V

MAIN_H

GND

GND

GND

GND

GND

GND

12V

GND

GND

TV_M_LR_IN

TV_M_L

1

2

3

4

TV_M_R

5

6

7

8

9

10

11

12

13

14

15

16

17

18

19

20

C5737

100p
50V

1005

CH

C5734

0.01
25V
X7R

1005

TUHSYNC_MAIN

0R5701

FB5708

0uH

C5738

100p

TU_V

50V

CH

1005

C5736

100p

1005

REC_TU_3.3V

C5735

0.01
25V

50V

X7R

CH

1005

FB5709

C5733

0.01

25V
X7R
1005

FB5710

0uH

0uH

FE_12V

1608

CHIP

R5853

FE_7V

0

C5713

10V
X7R
3216

KDS-50A3000/55A3000/60A3000

L5605

0uH

LVDS_DLL1.2V

C5739

GND

GND

GND

GND

REC_FB_3.3V

AMP_R

AMP_L

GND

HDMI_MUTE

ATT_SW

REC_ON

GND

GND

NC

NC

GND

GND

JIG_BEM_RST

MODE_BEM

GND

GND

BEM_CODE_RX

BEM_CODE_TX

GND

GND

BEM_SDA2

BEM_SCL2

GND

GND

BEM_SDA1

BEM_SCL1

GND

GND

BEM_SDA3

BEM_SCL3

GND

GND

BEM_LOG_TX

BEM_LOG_RX

GND

GND

E_BINT

INV_PFC_DET

GND

GND

TV_RXD

TV_TXD

GND

GND

TV_FLASH_M

JIG_RST

GND

GND

TVM_SDA2

TVM_SCL2

GND

GND

SP_MUTE

NC

GND

GND

SP_PROT

SHUTDOWN_MUTE

GND

STBY5V

R5705

1608

R5706

1608

0

0

EMMA_LOG_RX

EMMA_LOG_TX

To A
CN1001

STBY3.3V

FE_SCL2

FE_SDA2

FE_SCL0

FE_SDA0

CN5701

80P

BLK

R5707

1005

GND

GND

12V

GND

GND

GND

GND

GND

X7R

1k

5%

C5716

4.7

25V
X7R
3216

10

REC_4.2V

0.01

A1

25V
X7R
1005

B1

A2

B2

A3

B3

A4

B4

A5

B5

A6

B6

A7

B7

A8

B8

A9

B9

A10

B10

A11

B11

A12

B12

A13

B13

A14

B14

A15

B15

A16

B16

A17

B17

A18

B18

A19

B19

A20

B20

A21

B21

A22

B22

A23

B23

A24

B24

A25

B25

A26

B26

A27

B27

A28

B28

A29

B29

A30

B30

A31

B31

A32

B32

A33

B33

A34

B34

A35

B35

A36

B36

A37

B37

A38

B38

A39

B39

A40

B40

VinVcVo

12345

C5706

25V
2012

R5765

R5763

R5831

R5832

R5766

R5768

PQ070XNA1ZPH

IC5701

1

R5710

0.5%
1005

R5844

0

R5795

0

R5796

0

R5839

0

R5835

0

R5776

0

R5724

0

R5722

0

R5723

0

R5721

0

R5730

0

R5732

0

R5729

0

R5731

0

R5733

0

R5735

0

R5726

0

R5728

0

R5738

0

R5830

0

R5799

0

R5800

0

R5801

0

R5802

0

R5842

0

R5843

0

R5836

0

R5805

0

R5837

0

0

0

0

0

0

0

Vadj

R5708

C5708

680

0.01

0.5%
25V

1005

X7R
1005

R5709

1k

0.5%
1005

1k

REC_FB_3.3V

A

MP_R 001:2H

AMP_L 001:2H

HDMI_MUTE 00 1: 2F

ATT_SW 0 01 :2G

DTT_PON 001:2D;024:10J;017:6H;017:15B

JIG_BEM_RST

MODE_BEM

BEM_CODE_RX

BEM_CODE_TX

BEM_SDA2

BEM_SCL2

BEM_SDA1

BEM_SCL1

BEM_SDA3

BEM_SCL3

BEM_LOG_TX

BEM_LOG_RX

E_BINT

INV_PFC_DET

TV_RXD

TV_TXD

TV_FLASH_M

JIG_RST

TVM_SDA2

TVM_SCL2

SP_MUTE

SP_PROT

SHUTDOWN_MUTE

EMMA_LOG_RX

EMMA_LOG_TX

FE_SCL2

FE_SDA2

FE_SCL0

FE_SDA0

GND

C5709

6.3V
X6S
2012

10

C5744

100p
50V

CH

1005

R5818

0

1608

R5819

0

1608

REC_TU_3.3V

C5743

0.01
25V
X7R
1005

R5845

C5740

0.01
25V
X7R
1005

0

REC_TU_3.3V

STBY5V

STBY3.3V

R5803

0

C5741

0.01
25V

X7R
1005

FE_12V

FB5711

0uH

VinVcVo

12345

C5703

25V

X7R

2012

R5817

1k
5%

1005

PQ070XNA1ZPH

IC5700

1

R5704

PORTION6

T4

LVDS1_TAM

T3

LVDS1_TAP

T2

LVDS1_TBM

T1

LVDS1_TBP

R4

LVDS1_TCM

R3

LVDS1_TCP

R2

LVDS1_CKM

R1

LVDS1_CKP

P4

LVDS1_TDM

P3

LVDS1_TDP

P2

LVDS1_TEM

P1

LVDS1_TEP

LVDS2_TAM

LVDS2_TAP

LVDS2_TBM

LVDS2_TBP

LVDS2_TCM

LVDS2_TCP

LVDS2_CKM

LVDS2_CKP

LVDS2_TDM

LVDS2_TDP

LVDS2_TEM

LVDS2_TEP

IC4900

TMP

N6

P6

N4

N3

N2

N1

M4

M3

M2

M1

L4

L3

L2

L1

LVDS_DLLVDD

LVDS_DLLVSS

CXD4716GB

Vadj

GND

COM_REC_5V

R5702

2.7k

0.5%
1005

R5703

390

0.5%
1005

1k

0.5%
1005

C5700

0.01
25V

1005

C5701

10V
X7R
3216

10

REC_FB_5V

FE_REC_5V

300mA

FB5703

0uH

C5712

C5711

10

0.01
10V

25V

X7R

X7R

3216

1005

C5600

0.001
50V
X7R
1005

C5601

0.01
25V
X7R
1005

C5606

16V

1005

C5609

0.1

10

6.3V
X6S
2012

L5600

L5601

0uH

L5602

0uH

L5603

0uH

L5604

0uH

0uH

4

3

12

4

3

12

4

3

12

4

3

12

4

3

12

L5606

0uH

L5607

0uH

L5608

0uH

L5609

0uH

L5610

0uH

L5611

0uH

4

3

12

4

3

12

4

3

12

4

3

12

4

3

12

4

3

12

4

3

12

BEM_SCL3

BEM_SDA3

BEM_SCL2

BEM_SDA2

RB5601

CN5601

IPX ST 51p

51P

182138811

BLK

NC

IRIS_FB

FB5617

EPP_V

FB5606

0uH

FB5607

0uH

R5828

R5630

0

0uH

FB5618

0uH

0uH
FB5624
FB5608

0uH

FB5612

0uH

C5608

100p
50V

1005

C5607

PANEL_FAN_ON

FAN_ERR_G

0

C5721

0.01
25V
X7R
1005

R5631

CH

100p
50V

CH

1005

PFC_DET

FAN2_CNT

FAN_DRV

FAN1_CNT

FAN3_CNT

FAN5_CNT

0

AC_RLY

C5605

0.01
25V
X7R
1005

C5604

0.01
25V
X7R
1005

C5720

C5602

220
16V

R5823

*R5847

R5820

R5822

R5821

R5824

R5825

R5826

R5827

100p
50V

CH

1005

WP2

FB5706

0uH

C5718

0.01
25V
X7R
1005

NACEL_RST

FB5613

0uH

FB5615

0uH

FB5621

0uH

0u

FB5622

0uH

FB5623

IRIS_CTRL

PANEL_ON

H

FB5602

0uH

FB5603

0uH

FB5604

0uH

FB5605

0uH

C5719

100p
50V

CH

1005

22

RB5600

2

1

4

3

6

5

8

7

SET_ON

0

SET_ON2

STBY5V

R5856

0

CAYENNE_RST

NACEL_MUTE

FE_12V

BE_7V

FE_7V

COM_REC_5V

AC_DET

51

IRIS_FB

50

IRIS_CTRL

49

NACEL_RST

48

PANEL_ON

47

SCL2

46

SDA2

45

EPP_V

44

TO[0]N

43

TO[0]P

42

GND

41

TO[1]N

40

TO[1]P

39

GND

38

TO[2]N

37

TO[2]P

36

GND

35

TOCLK-

34

TOCLK+

33

GND

32

TO[3]N

31

TO[3]P

30

GND

29

TO[4]N

28

TO[4]P

27

GND

26

TE[0]N

25

TE[0]P

24

GND

23

TE[1]N

22

TE[1]P

21

GND

20

TE[2]N

19

TE[2]P

18

GND

17

TECLK-

16

TECLK+

15

GND

14

TE[3]N

13

TE[3]P

12

GND

11

TE[4]N

10

TE[4]P

9

SET_ON

8

MUTE2

7

WP2

6

SCL3

5

SDA3

4

CAYENNE_RST

3

NACEL_MUTE

2

NC

1

1

GND

2

12V

3

GND

4

12V

5

GND

6

12V

7

GND

8

GND

9

GND

10

6V

11

GND

12

6V

13

GND

14

6V

15

GND

16

6V

17

GND

18

GND

19

GND

20

GND

21

NC

22

NC

23

PFC_DET

0

24

0

EX_C_BOARD_FAN

25

STBY5V

26

FAN_DRV

0

27

NC(OV)

28

LAMP_EX_FAN(FAN1)

0

29

AC_RLY

0

30

PANEL_FAN(FAN3)

0

31

PANEL_FAN_ON

0

32

C_BOARD_FAN(FAN5)

0

33

FAN_ERR

0

34

5V

CN5602

34P

WHT

To BC
CN9900

To G
CN6903

FB1A 1/17

CONNECTORS/LVDS

P

KDS-50A3000/55A3000/60A3000

A-1273-124-A <SXRD>P1

28

FB1A BOARD SCHEMATIC DIAGRAM (2 OF 17)

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 |

A

—

KDS-50A3000/55A3000/60A3000

B

—

C

—

D

—

E

—

F

—

G

—

BE_7V

EPP1.2V

RSS050P03FTB

Q4100

R4103

0

CHIP

0.5%
RN-CP
1/16W

220k

R4104

R4106

S1 S2 S3 G

4321

0

R4112

6.8k
1/16W
RN-CP

0.5%

C4100

C4105

4.7

R4100

15k

1/16W

RN-CP

0.5%

1005

CH
50V
56p

C4103

25V
X7R
3216

4.7
25V
X7R

3216

R4102

0

0.5%

RN-CP
1/16W

220k

R4105

3.15A 3.15A

F4100

3.15A
24V

C4112

0.015
25V

1608

C4110
2200p

1005

B

50V
X7R

8765

D1D2D3D4

R4117

C4114

25V

2012

X7R

0

C4116

1

1

25V

X7R

2012

R4121

0.5%
RN-CP
1/16W

8.2k
R4122

4321

0

RSS100N03TB

Q4104

S1 S2 S3 G

CXA3738N-T4

IC4100

Vcc

OUT1_1

OUT1_2

VB

RT

FB1

-INE1

87654321

CSCP1 CSCP2

D1D2D3D4

VH

OUT2_1

OUT1_2

CTL

GND

FB2

-INE2

8765

D4100
M1FM3

16 15 14 13 12 11 10 9

2012

X7R

25V

1

C4118

R4138

R4129

10k

R4135

0

L4101

4.7uH

C4129

10
10V
X7R

0

R4148

0

JL4116

D4105

1SMA5920BT

C4138

470p

50V
X7R

C4142

470p

50V
X7R

SET_ON

BE_7V

F4102

3.15A
24V

C4152

4.7

C4149

R4160

15k

1/16W

RN-CP

0.5%

1005

CH
50V
56p

C4153

4.7

25V
X7R
3216

C4156

4.7

C4154

4.7
25V
X7R

3216

R4161

0

0.5%

RN-CP
1/16W

R4164

39k

R4165

RN-CP

120k

1/16W

R4162

0.5%

0.5%
RN-CP
1/16W

56k

R4163

RSS050P03FTB

Q4108

S1 S2 S3 G

4321

0

R4166

22k

1/16W

RN-CP

0.5%

C4159

RSS050P03FTB

Q4109

8765

D1D2D3D4

0.015
25V

1608

C4158
2200p

X7R

1005

B

50V

8765

D1D2D3D4

R4169

C4160

25V

2012

S1 S2 S3 G

4321

X7R

BE_3.3V

RSS100N03TB

Q4110

S1 S2 S3 G

4321

R4171

0

0

CXA3738N-T4

Vcc

OUT1_1

OUT1_2

VB

RT

FB1

-INE1

87654321

0.5%
RN-CP
1/16W

10k

R4172

CSCP1 CSCP2

RSS100N03TB

S1 S2 S3 G

4321

C4162

1

1

25V
X7R

2012

R4170

0

R4168

0

IC4105

OUT2_1

OUT1_2

Q4111

8765

D1D2D3D4

VH

CTL

GND

FB2

-INE2

D1D2D3D4

D4108

M1FM3

16 15 14 13 12 11

10 9

8765

D4109

M1FM3

2012

X7R
25V

1

C4165

R4178

10k

L4104

10uH

L4105
10uH

C4172
2200p

50V
X7R

C4171

X7R

C4170

0.015
25V

B

1608

C4173

10

10V

R4184

22k

10
10V
X7R

JL4132

R4185

R4186

120k

RN-CP

0.5%

R4187

120k

RN-CP

0.5%

0

D4111

1SMA5920BT

R4188

120k

RN-CP

0.5%

FB4120

FB4121

D4110

1SMA5920BT

FB4122

FB4123

R4189

RN-CP

0.5%

0uH

0uH

15k

C4174

56p

0uH

0uH

R4127

CHIP

C4176

470p

50V
X7R

C4175

0

470p
50V
X7R

C4177

470p

50V
X7R

BE_1.8V/2.5V

C4178

470p

50V

X7R

SET_ON2

2012

X6S

6.3V
10

C4147

EPP_3.3V

321

MM3292FNRE

IC4103

54

EPP_DA2.5V

C4151

0.1

16V

1005

2012
X6S

6.3V
10

C4155

H

—

I

—

J

—

K

—

COM_REC_5V

1005

X7R
25V

0.01

C4195

3216

X7R
10V

10

C4196

C4197

10
10V
X7R

3216

10k

R4201

RTR020P02TR

Q4115

S

1/16W

R4202

RT1N141C-TP-1

5%

CHIP

1k

Q4117

BE_5V

SET_ON

2012

X6S

6.3V
10

C4146

321

MM3141JNRE

IC4102

54

C4150

0.1

16V

1005

EPP_ADC1.8V

C4157

2012
X6S

6.3V
10

L

—

M

—

N

—

O

—

R4206

0

R4207

0

CHIP

BEM_1.8V

COMPANION1.8V

E

ET4100

E

ET4109

E

ET4101

E

ET4110

E

ET4102

E

ET4111

E

ET4103

E

ET4112

E

ET4113

E

ET4105

E

ET4106

E

ET4115

E

ET4108

E

ET4117

E

ET4118

E

ET4119

FB1A 2/17

BC POWER

P

KDS-50A3000/55A3000/60A3000

A-1273-124-

<SXRD>P2

A

29

FB1A BOARD SCHEMATIC DIAGRAM (3 OF 17)

1 | 2 | 3 | 4 | 5 | 6 | 7 | 8 | 9 | 10 | 11 | 12 | 13 | 14 | 15 | 16 | 17 | 18 | 19 | 20 |

KDS-50A3000/55A3000/60A3000

A

—

B

—

C

—

D

—

E

—

F

—

G

—

H

—

I

—

J

—

K

181840011

CN4300

181840011

CN4301

19P
BLK

19P
BLK

DDC +5V

DDC DAT

DDC CLK

DDC +5V

DDC DAT

DDC CLK

MAZ8056G0LS0

D4300

D4336

R4301

0

MAZ8056G0LS0

ESD SUPPRESSOR

ESD SUPPRESSOR

19

HPD

18

17

E

16

15

VD4300

14

NC

13

CEC

12

CLK-

11

E

10

CLK+

9

DO-

8

E

7

D0+

6

D1-

5

E

4

D1+

3

D2-

2

E

1

D2+

D4322

RB4300

100

2143658

MAZ8056G0LS0

D4301

D4337

R4302

0

MAZ8056G0LS0

ESD SUPPRESSOR

ESD SUPPRESSOR

19

HPD

18

17

E

16

15

VD4301

14

NC

13

CEC

12

CLK-

11

E

10

CLK+

9

DO-

8

E

7

D0+

6

D1-

5

E

4

D1+

3

D2-

2

E

1

D2+

D4304

100

RB4301

2143658

D4323

D4317

R4316

10

1/16W

CHIP

R4317

1/16W

CHIP

R4318

1k
1/16W
RN-CP

180224511

ESD SUPPRESSOR

7

R4319

1k
1/16W
RN-CP

10

180224511

ESD SUPPRESSOR

D4303

7

180224511

D4302

D4305

ESD SUPPRESSOR

MC2838-T112-1

M24C02-WMN6T(B)

IC4300

A1

A0

A2

4321

ESDA

180224511

ESD SUPPRESSOR

D4306

MC2838-T112-1

M24C02-WMN6T(B)

IC4301

A1

A0

A2

4321

ESDA

DDC_5V_1

180224511

ESD SUPPRESSOR

D4309

VCC

WP

SCL

DDC_5V_3

180224511

ESD SUPPRESSOR

D4308

D4310

VCC

WP

SCL

D4307

180224511

180224511

D4311

ESD SUPPRESSOR

ESD SUPPRESSOR

8765

ESD SUPPRESSOR

8765

C4303

0.1
16V

180224511

D4312

C4304

16V

ESD SUPPRESSOR

0.1

D4313

R4369

4.7k
5%

180224511

D4314

R4366

4.7k
5%

180224511

D4315

ESD SUPPRESSOR

R4345

47k

5%

180224511

ESD SUPPRESSOR

D4316

R4370

47k
5%

180224511

ESD SUPPRESSOR

D4318

R4367

47k
5%

180224511

ESD SUPPRESSOR

D4319

R4368

47k
5%

180224511

ESD SUPPRESSOR

D4320

180224511

ESD SUPPRESSOR

D4321

R4363

R4364

CHIP

R4462

1/16W

CHIP

R4463

100

1/16W

CHIP

RXC_1R-

RXC_1R+

RX0_1R-

RX0_1R+

RX1_1R-

RX1_1R+

RX2_1R-

RX2_1R+

PQ5V

0

100

5%

PQ5V

0

CHIP

5%

0

RB4302

2

1

4

3

6

5

8

7

RXC_3R-

RXC_3R+

RX0_3R-

RX0_3R+

RX1_3R-

RX1_3R+

RX2_3R-

RX2_3R+ RX2_3R+

0

RB4303

2

1

4

3

6

5

8

7

Q4307

RT1N141C-TP-1

HDMI_WP

HDMI_STBY3.3V

R4499

1M

1/16W

CHIP

5%

C4317

1

C4314

C4315

0.01
25V
X7R

1005

0.01

1005

6.3V
X6S

1005

C4313

0.01
25V

X7R
1005

SIGN6930

SIGN6931

SIGN6932

25V
X7R

SIGN6933

SIGN6934

SIGN6935

SIGN6936

FB4301

0uH

RXC_3R- SIGN6929

RXC_3R+

RX0_3R-

RX0_3R+

RX1_3R-

RX1_3R+

RX2_3R-

R4354

R4355

R4356

R4357

R4358

R4359

R4360

R4361

0

0

0

0

0

0

0

0

C4316

0.01

1005

R4336

1.2k
1/16W
RN-CP

0.5%

R4410

R4411

R4412

R4413

R4414

R4415

R4416

R4417

0

0

0

0

0

0

0

0

C4360

0.01
25V
X7R

1005

87654321

R4331

0

CHIP

1005

R4497

1k

Vcc

1OE

2OE

S1

S0

1B4

1B3

2B4

1B2

2B3

1B1

2B2

1A

2B1

GND 2A

TC7MB3253FK(EL)

IC4305

16 15 14 13 12 11 10 9

C4353

0.01
25V
X7R

1005

PQ5V

R4329

0

R4374

0

RB4314

DSDA0P

DSCL0P

R0XC-P

R0XC+P

R0X0-P

R0X0+P

R0X1-P

R0X1+P

R0X2-P

R0X2+P

HDMI_INSEL1

HDMI_INSEL3

HDMI_INSELS

7

0

2143658

HDMI_STBY3.3V

R4303

R0PWR5V_1

DDC_5V_S

DDC_5V_3

DDC_5V_1

5

C4306

1005

1

4

6

3

HDMI_STBY3.3V

0.01
25V
X7R

R4498

2.2k
1/16W
RN-CP

0.5%

R4334

1k
1/16W
RN-CP

0.5%

2

RT3N11M-TP-1

Q4300

2.2k
1/16W
RN-CP

0.5%

R4333

1/16W
RN-CP

0.5%

R4304

2.2k
1/16W
RN-CP

0.5%

180

DDC_5V_3

DDC_DET1

TC7SG17FU(TE87R,F)

IC4315

R4332

1.2k

1/16W

RN-CP

0.5%

VCC

PQ3.3V

2

4

6

8

54

R4432

0

CHIP

FB4300

0uH

R4343

0

C4356

0.01
25V
X7R

NC

A

321

GND Y

RX0_1R-

RX1_1R-

RX2_1R-

RX2_1R+

CEC

003:10J

R4424

0

CHIP

C4311

0.01

1005

25V
X7R

1005

R4456

0

CHIP

SIGN6949

SIGN6950

0

R43520R4353

25V
X7R

61

62

63

64

65

66

67

68

69

70

71

72

73

74

75

76

77

78

79

80

GND

ADT2P

ADT2N

CEC_LINE

CVCC

HPD_B

SDA_B

SCL_B

GND

GND

BCLKN

BCLKP

VCC

BDT0N

BDT0P

GND

BDT1N

BDT1P

VCC

BDT2N

BDT2P

GND

VCC

HPD_C

TEST

SDA_C

SCL_C

GND

1234567891011121314151617181920

R4339

0

CHIP

CEC 003:8C

C4359

0.01

1005

SIGN8595

25V
X7R

RXC_2R-

RX0_1R+

RX1_1R+

C4354

0.01
25V
X7R

1005

SIGN6951

SIGN6952

SIGN6953

0

R43500R4351

VCC

GND

ADT1P

ADT1N

CCLKN

CCLKP

VCC

CDT0N

SIGN8596

SIGN8597

SIGN8598

0

R43070R43060R43080R43090R43110R43100R43120R4313

RXC_2R+

RX0_2R-

RX0_2R+

SIGN6954

0

R43480R4349

VCC

ADT0P

ADT0N

IC4313

CXB1444R-T6

CDT0P

GND

CDT1N

SIGN8599

C4358

0.01
25V
X7R

1005

RX1_2R-

RXC_1R+

SIGN6955

ACLKP

CDT1P

SIGN8600

RX1_2R+

RXC_1R-

C4310

0.01

1005

SIGN6956

0

ACLKN

VCC

25V
X7R

R43460R4347

GND

CDT2N

SIGN8601

RX2_2R-

RX2_2R+

SCL_A

CDT2P

SIGN8602

C4357

0.01
25V
X7R

1005

SDA_A

GND

HPD_A

VCC

VCC

REXT

R4372

1/16W
RN-CP

0.5%

4.7k

4142434445464748495051525354555657585960

OUTDIS

OPACTRL

CEC_IN

CEC_RX

HPD_SINK

SDA_SINK

SCL_SINK

GND

GND

YCLKN

YCLKP

VCC

YDT0N

YDT0P

GND

YDT1N

YDT1P

VCC

YDT2N

YDT2P

GND

SELA

SELB

SELC

CEC_TX

R4458

0

CHIP

CEC_OUT

HDMI_STBY3.3V

HPG_CTL 024:10E

C4309

10

6.3V
X6S
2012

0

RB4304

1

40

3

39

5

38

7

C4355

0.01

37

25V
X7R

36

35

34

33

32

31

30

29

28

27

26

25

24

23

22

21

—

L

—

M

—

N

—

O

—

CN5900

181840011

19P
BLK

DDC +5V

DDC DAT

DDC CLK

R4371

0

MAZ8056G0LS0

D5902

D5900

R5900

0

MAZ8056G0LS0

ESD SUPPRESSOR

ESD SUPPRESSOR

19

HPD

18

17

E

16

15

VD5900

14

NC

13

CEC

12

CLK-

11

E

10

CLK+

9

DO-

8

E

7

D0+

6

D1-

5

E

4

D1+

3

D2-

2

E

1

D2+

VD5901

2143658

VD5902

R5901

10

1/16W

CHIP

7

RB5900

100

R5902

1k
1/16W
RN-CP

180224511

ESD SUPPRESSOR

180224511

ESD SUPPRESSOR

VD5903

VD5904

MC2838-T112-1

M24C02-WMN6T(B)

IC5900

A1

A0

A2

4321

ESDA

DDC_5V_S

180224511

ESD SUPPRESSOR

VD5905

D5901

8765

VCC

WP

SCL

180224511

ESD SUPPRESSOR

C5900

VD5906

0.1

16V

180224511

ESD SUPPRESSOR

R5908

4.7k
5%

VD5907

180224511

ESD SUPPRESSOR

R5909

47k
5%

VD5908

180224511

ESD SUPPRESSOR

R5910

47k
5%

VD5909

180224511

ESD SUPPRESSOR

VD5910

R5903

CHIP

R5904

1/16W

CHIP

R4433

R4428

150k

33k

1/16W

1/16W

RN-CP

RN-CP

0.5%

0.5%

C4341

6.3V

2012

PQ3.3V

C4343

16V

C4342

0.1

10

X6S

RXC_2R-

RXC_2R+

RX0_2R-

RX0_2R+

RX1_2R-

RX1_2R+

RX2_2R-

RX2_2R+

PQ5V

0

100

5%

0

RB5903

2

1

4

3

6

5

8

7

MA2SD32008S0

D4330

CHIP

1005

FB4302

0uH

200mA

FB4303

C4344

10
10V
X7R

3216

BE_3.3V

R4418

R4419

BE_5V

0

0

0uH

1500mA

0.1
16V

PQ5V

Q4302

RT1N141C-TP-1

FB1A 3/17

HDMI

C4302

0.01
25V
X7R

1005

R4341

2.2k
1/16W
RN-CP

0.5%

R4362

2.2k
1/16W
RN-CP

0.5%

R4365

2.2k
1/16W
RN-CP

0.5%

DDC_DET2

P

KDS-50A3000/55A3000/60A3000

A-1273-124-A<SXRD>P3

30