PHILIPS 32PF9431/93, 32PF9531/10, 32PF9531/79, 32PF9531/93, 32PF9531/98 Service manual & schematics

Colour Television Chassis

TOP B 2k6

STEP 2k6

ATEC

BJ3.0A

LA

ATEC

TOP B 2k6

STEP 2k6

Contents Page Contents Page

1. Technical Specifications, Connections, and Chassis
Overview 2

2. Safety Instructions, Warnings, and Notes 6

3. Directions for Use 9

4. Mechanical Instructions 10

5. Service Modes, Error Codes, and Fault Finding 22

6. Block Diagrams, Test Point Overviews, and

Waveforms

Wiring Diagram 32” 49
Wiring Diagram 37” 50
Wiring Diagram 42” 51
Wiring Diagram 47” 52
Block Diagram Display Supply 32” LCD 53
Block Diagram Platform Supply 37” LCD 54
Block Diagram Platform Supply 42” & 47” LCD 55
Block Diagram Display Supply 42” (Sanken) 56
Block Diagram Video 57
Block Diagram Audio 58
Block Diagram Control & Clock Signals 59
Test Point Overview JIP Panel 60-61
Test Point Overview SSB 62-67
I2C IC’s Overview 68
Supply Lines Overview 69

7. Circuit Diagrams and PWB Layouts Drawing PWB
LCD Supply 32”: Filter & Standby (A1)70 73-76
LCD Supply 32”: Supply (A2)71 73-76
LCD Supply 32”: Connections (A3)72 73-76
LCD Supply 37”: Part 1 (A1)77 82-87
LCD Supply 37”: Part 2 (A2)78 82-87
Platform Supply 37”: Auxiliary Supply (A3)79 82-87
Platform Supply 37”: Standby Supply (A4)80 82-87
Platform Supply 37”: 25W Supply (A5)81 82-87
JIP Panel: DC/DC (AB01) 88 100-101
JIP Panel: Video Flow (AB02) 89 100-101

©

Copyright 2006 Philips Consumer Electronics B.V. Eindhoven, The Netherlands.
All rights reserved. No part of this publication may be reproduced, stored in a
retrieval system or transmitted, in any form or by any means, electronic,
mechanical, photocopying, or otherwise without the prior permission of Philips.

JIP Panel: LVDS Rx (10 Bit) (AB03) 90 100-101
JIP Panel: FPGA 1080P: Power & Cntrl (AB04) 91 100-101
JIP Panel: FPGA 1080P: I/O Banks (AB05) 92 100-101
JIP Panel: FPGA 1080P: DRAM (AB06) 93 100-101
JIP Panel: CVI Rx (AB07) 94 100-101
JIP Panel: Pacific 3 (AB08) 95 100-101
JIP Panel: Supply (AB09) 96 100-101
JIP Panel: Supply (AB10) 96 100-101
JIP Panel: Backlight Control (AB11) 98 100-101
JIP Panel: SRP List 99 100-101
Ambi Light (AL)102-103 104
Platform Supply 42”: Aux Supply (AP1)105 113-119
Platform Supply 42”: Stby Supply (AP2)106 113-119
Platform Supply 42”: Filter (AP3)107 113-119
Platform Supply 42”: Audio Left/Right (AP4)108 113-119
Platform Supply 42”: Audio Prot / Mute (AP5)109 113-119
Platform Supply 42”: Audio Subwoofer (AP6)110 113-119
Platform Supply 42”: Audio Centre (AP7)111 113-119
Platform Supply 42”: SRP List (AP7)112
Small Signal Board (B1-B12)120-160 161-166
External I/O Panel: Externals A (BE1)167 169
External I/O Panel: Externals B (BE2)168 169
Audio Panel: Left / Right (C1)170 172
Audio Panel: Protection & Mute Control (C2)171 172
Side I/O Panel (D)173 174
Control Panel (E)175 175
LED Panel (J)176 177
Standby & Audio Panel (SA1-SA5)178-182 183-185

8. Alignments 187

9. Circuit Descriptions, Abbreviation List, and IC Data
Sheets 193

10. Spare Parts List 220

11. Revision List 242

G_15972_000.eps

181206

Published by EL 0672 BG CD Customer Service Printed in the Netherlands Subject to modification EN 3122 785 15974

EN 2 BJ3.0A LA1.

Technical Specifications, Connections, and Chassis Overview

1. Technical Specifications, Connections, and Chassis Overview

Index of this chapter:

1.1 Technical Specifications

1.2 Connection Overview

1.3 Chassis Overview

Notes:

• Data below can deviate slightly from the actual situation,
due to the different set executions

• Specifications are indicative (subject to change).

1.1 Technical Specifications

1.1.1 Vision

Display type : LCD
Screen size : 32” (82 cm), 16:9

Resolution (HxV pixels) : 1366(*3)x768p
Typ. contrast ratio : 4000:1 (32”)

2

Min. light output (cd/m
Viewing angle (HxV degrees) : 176x176
Tuning system : PLL
TV Colour systems : NTSC, PAL
Video playback : PAL

Tuner bands : VHF

Supported video formats : 640x480i - 1fH

Supported computer formats : 640x480 @ 60Hz

) : 550

: 37” (94 cm), 16:9
: 42” (107 cm), 16:9
: 47” (120 cm), 16:9

: 8000:1 (37”)
: 800:1 (42”)
: 4000:1 (47”)

: SECAM
:NTSC

: UHF
: S-band
: Hyper-band

: 640x480p - 2fH
: 720x576i - 1fH
: 720x576p - 2fH
: 1280x720p - 3fH
: 1920x1080i - 2fH

: 800x600 @ 60Hz
: 1024x768 @ 60Hz

1.1.3 Miscellaneous

Power supply:

- Mains voltage (V

- Mains frequency (Hz) : 50/60 Hz

Ambient conditions:

- Temperature range (°C) : +5 to +40

- Maximum humidity : 90% R.H.

Power consumption (values are indicative)

- Normal operation (W) : ≈ 128 (32”)

- Standby (W) : 0.9 (32”)

Dimensions (WxHxD in cm) : 86.6x64.2x11.4 (32”)

Weight (kg/lbs) : 20/44 (32”)

Weight incl. packaging (kg/lbs) : 32/70.4 (32”)

) : 220 - 240 (32 & 37”)

AC

: 110 - 240 (42 & 47”)

: ≈ 190 (37”)
: ≈ 365 (42”)
: ≈ 305 (47”)

: 0.8 (37” & 47”)
: 1.0 (42”)

: 98.7x70.5x11.4 (37”)
: 109.5x76.4x11.4 (42”)
: 121.0x82.4x14.6 (47”)

: 26/57.2 (37”)
: 31/68.2

(42PF9541/93)

: 44/96.8

(42PF9541/98)

: 49.4/108.68 (47”)

: 39/85.8 (37”)
: 53/116.6

(42PF9541/93)

: 67/147.4

(42PF9541/98)

: 65.9/144.98 (47”)

1.1.2 Sound

Sound systems : AV Stereo

Maximum power (W

) : 2 x 8 (32 & 47”)

RMS

: FM/FM (5.5-5.74)

(B/G)
: NICAM B/G (5.5-5.85)
: NICAM D/K

(6.5.-5.85) (Hung)
: NICAM I (6.0-6.52)

: 2 x 15 (37 & 42”)

Technical Specifications, Connections, and Chassis Overview

EN 3BJ3.0A LA 1.

1.2 Connection Overview

Figure 1-1 Side and rear I/O connections

Note: The following connector colour abbreviations are used

(acc. to DIN/IEC 757): Bk= Black, Bu= Blue, Gn= Green, Gy=
Grey, Rd= Red, Wh= White, and Ye= Yellow.

1.2.1 Side Connections

S-Video (Hosiden): Video Y/C - In

1 -Ground Y Gnd H
2 -Ground C Gnd H
3 -Video Y 1 V
4 -Video C 0.3 V

Cinch: Video CVBS - In, Audio - In

Ye -Video CVBS 1 V
Wh - Audio L 0.5 V
Rd -Audio R 0.5 V

Headphone - Out

Bk -Headphone 32 - 600 ohm / 10 mW ot

USB2.0

/ 75 ohm j

PP

P / 75 ohm j

PP

/ 75 ohm jq

PP

/ 10 kohm jq

RMS

/ 10 kohm jq

RMS

G_15970_031.eps

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7 -D0+ Data channel j
8-Shield Gnd H
9 -D0- Data channel j
10 - CLK+ Data channel j
11 - Shield Gnd H
12 - CLK- Data channel j
13 - n.c.
14 - n.c.
15 - DDC_SCL DDC clock j
16 - DDC_SDA DDC data jk
17 - Ground Gnd H
18 - +5V j
19 - HPD Hot Plug Detect j
20 - Ground Gnd H

Aerial - In

- -IEC-type (EU) Coax, 75 ohm D

DIGITAL AUDIO Cinch: S/PDIF - Out

Bk -Coaxial 0.4 - 0.6V

/ 75 ohm

PP

kq

Monitor Out: Cinch: Audio - Out

Wh - Audio L 0.5 V
Rd -Audio R 0.5 V

/10 kohm kq

RMS

/ 10 kohm kq

RMS

Monitor Out: Video CVBS - Out

Ye - Video CVBS 1 V

/ 75 ohm kq

PP

Cinch: Video CVBS - In, Audio - In

Ye - Video CVBS 1 V
Wh - Audio L 0.5 V
Rd -Audio R 0.5 V

/ 75 ohm jq

PP

/ 10 kohm jq

RMS

/ 10 kohm jq

RMS

AV1: Cinch: Video YPbPrHV- In

Gn -Video Green/Y 0.7 V
Bu - V ideo Blue/Pb 0.7 V
Rd -Video Red/Pr 0.7 V
Bk -H-sync 0 - 5 V jq

/ 75 ohm jq

PP

/ 75 ohm jq

PP

/ 75 ohm jq

PP

Bk -V-sync 0 - 5 V jq

1234

E_06532_022.eps

300904

Figure 1-2 USB (type A)

1-+5V k
2 -Data (-) jk
3 -Data (+) jk
4 -Ground Gnd H

1.2.2 Rear Connections

Service Connector (UART)

1-UART_TX Transmit k
2 -Ground Gnd H
3 -UART_RX Receive j

HDMI 1 & 2: Digital Video, Digital Audio - In

19

18 2

1

E_06532_017.eps

250505

Figure 1-3 HDMI (type A) connector

1 -D2+ Data channel j
2-Shield Gnd H
3 -D2- Data channel j
4 -D1+ Data channel j
5-Shield Gnd H
6 -D1- Data channel j

AV1: Cinch: Video CVBS - In, Audio - In

Ye - Video CVBS 1 V
Wh - Audio L 0.5 V
Rd -Audio R 0.5 V

/ 75 ohm jq

PP

/ 10 kohm jq

RMS

/ 10 kohm jq

RMS

AV1: S-Video (Hosiden): Video Y/C - In

1 -Ground Y Gnd H
2 -Ground C Gnd H
3 -Video Y 1 V
4 -Video C 0.3 V

/ 75 ohm j

PP

P / 75 ohm j

PP

AV2: S-Video (Hosiden): Video Y/C - In

1 -Ground Y Gnd H
2 -Ground C Gnd H
3 -Video Y 1 V
4 -Video C 0.3 V

/ 75 ohm j

PP

P / 75 ohm j

PP

AV2: Cinch: Video CVBS - In, Audio - In

Ye - Video CVBS 1 V
Wh - Audio L 0.5 V
Rd -Audio R 0.5 V

/ 75 ohm jq

PP

/ 10 kohm jq

RMS

/ 10 kohm jq

RMS

AV3: Cinch: Video YPbPr - In

Gn -Video Y 1 V
Bu - V ideo Pb 0.7 V
Rd -Video Pr 0.7 V

/ 75 ohm jq

PP

/ 75 ohm jq

PP

/ 75 ohm jq

PP

EN 4 BJ3.0A LA1.

1.3 Chassis Overview

Technical Specifications, Connections, and Chassis Overview

AMBI LIGHT PANEL

AL

STANDBY / AUDIO

SA

PANEL

SMALL SIGNAL

B

BOARD

CONTROL BOARD

E

LED PANEL

J

Figure 1-4 PWB/CBA locations (32-inch model)

G_15970_034.eps

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MAIN SUPPLY PANEL

AMBI LIGHT PANEL

SIDE I/O PANEL

EXTERNAL I/O

PANEL

SUPPLY PANEL

A

AL

D

BE

A

AMBI LIGHT PANEL

AL

AUDIO PANEL

C

SMALL SIGNAL

B

BOARD

CONTROL BOARD

E

LED PANEL

J

Figure 1-5 PWB/CBA locations (37-Inch model)

AMBI LIGHT PANEL

SIDE I/O PANEL

EXTERNAL I/O

PANEL

G_15950_041.eps

AL

D

BE

011206

Technical Specifications, Connections, and Chassis Overview

EN 5BJ3.0A LA 1.

AMBI LIGHT PANEL

AL

PLATFORM SUPPLY

AP

PANEL

SMALL SIGNAL

B

BOARD

CONTROL BOARD

E

LED PANEL

J

JAGUAR INTERFACE

AB

PANEL

Figure 1-6 PWB/CBA locations (42-inch model)

G_15972_001.eps

301006

DISPLAY SUPPLY

PANEL

AMBI LIGHT PANEL

SIDE I/O PANEL

EXTERNAL I/O

PANEL

DISPLAY SUPPLY

PANEL

A

AL

D

BE

PLATFORM SUPPLY

AP

UNIT

CONTROL BOARD

E

SMALL SIGNAL

B

BOARD

LED PANEL

J

Figure 1-7 PWB/CBA locations (47-inch models)

G_16450_038.eps

211106

SIDE I/O PANEL

EXTERNAL I/O

PANEL

D

BE

EN 6 BJ3.0A LA2.

Safety Instructions, Warnings, and Notes

2. Safety Instructions, Warnings, and Notes

Index of this chapter:

2.1 Safety Instructions

2.2 Warnings

2.3 Notes

2.1 Safety Instructions

Safety regulations require the following during a repair:

• Connect the set to the Mains/AC Power via an isolation
transformer (> 800 VA).

• Replace safety components, indicated by the symbol h,
only by components identical to the original ones. Any
other component substitution (other than original type) may
increase risk of fire or electrical shock hazard.

Safety regulations require that after a repair, the set must be
returned in its original condition. Pay in particular attention to
the following points:

• Route the wire trees correctly and fix them with the
mounted cable clamps.

• Check the insulation of the Mains/AC Power lead for
external damage.

• Check the strain relief of the Mains/AC Power cord for
proper function.

• Check the electrical DC resistance between the Mains/AC
Power plug and the secondary side (only for sets that have
a Mains/AC Power isolated power supply):

1. Unplug the Mains/AC Power cord and connect a wire

between the two pins of the Mains/AC Power plug.

2. Set the Mains/AC Power switch to the "on" position

(keep the Mains/AC Power cord unplugged!).

3. Measure the resistance value between the pins of the

Mains/AC Power plug and the metal shielding of the
tuner or the aerial connection on the set. The reading
should be between 4.5 Mohm and 12 Mohm.

4. Switch "off" the set, and remove the wire between the

two pins of the Mains/AC Power plug.

• Check the cabinet for defects, to prevent touching of any
inner parts by the customer.

2.2 Warnings

• All ICs and many other semiconductors are susceptible to
electrostatic discharges (ESD w). Careless handling
during repair can reduce life drastically. Make sure that,
during repair, you are connected with the same potential as
the mass of the set by a wristband with resistance. Keep
components and tools also at this same potential. Available
ESD protection equipment:
– Complete kit ESD3 (small tablemat, wristband,

connection box, extension cable and earth cable) 4822
310 10671.

– Wristband tester 4822 344 13999.

• Be careful during measurements in the high voltage
section.

• Never replace modules or other components while the unit
is switched "on".

• When you align the set, use plastic rather than metal tools.
This will prevent any short circuits and the danger of a
circuit becoming unstable.

2.3 Notes

2.3.1 General

• Measure the voltages and waveforms with regard to the
chassis (= tuner) ground (H), or hot ground (I), depending
on the tested area of circuitry. The voltages and waveforms
shown in the diagrams are indicative. Measure them in the

Service Default Mode (see chapter 5) with a colour bar
signal and stereo sound (L: 3 kHz, R: 1 kHz unless stated
otherwise) and picture carrier at 475.25 MHz for PAL, or

61.25 MHz for NTSC (channel 3).

• Where necessary, measure the waveforms and voltages
with (D) and without (E) aerial signal. Measure the
voltages in the power supply section both in normal
operation (G) and in stand-by (F). These values are
indicated by means of the appropriate symbols.

• The semiconductors indicated in the circuit diagram and in
the parts lists, are interchangeable per position with the
semiconductors in the unit, irrespective of the type
indication on these semiconductors.

• Manufactured under license from Dolby Laboratories.
“Dolby”, “Pro Logic” and the “double-D symbol”, are
trademarks of Dolby Laboratories.

2.3.2 Schematic Notes

• All resistor values are in ohms, and the value multiplier is
often used to indicate the decimal point location (e.g. 2K2
indicates 2.2 kohm).

• Resistor values with no multiplier may be indicated with
either an "E" or an "R" (e.g. 220E or 220R indicates 220
ohm).

• All capacitor values are given in micro-farads (μ= x10
nano-farads (n= x10

• Capacitor values may also use the value multiplier as the
decimal point indication (e.g. 2p2 indicates 2.2 pF).

• An "asterisk" (*) indicates component usage varies. Refer
to the diversity tables for the correct values.

• The correct component values are listed in the Spare Parts
List. Therefore, always check this list when there is any
doubt.

2.3.3 Rework on BGA (Ball Grid Array) ICs

General

Although (LF)BGA assembly yields are very high, there may
still be a requirement for component rework. By rework, we
mean the process of removing the component from the PWB
and replacing it with a new component. If an (LF)BGA is
removed from a PWB, the solder balls of the component are
deformed drastically so the removed (LF)BGA has to be
discarded.

Device Removal

As is the case with any component that, is being removed, it is
essential when removing an (LF)BGA, that the board, tracks,
solder lands, or surrounding components are not damaged. To
remove an (LF)BGA, the board must be uniformly heated to a
temperature close to the reflow soldering temperature. A
uniform temperature reduces the risk of warping the PWB.
To do this, we recommend that the board is heated until it is
certain that all the joints are molten. Then carefully pull the
component off the board with a vacuum nozzle. For the
appropriate temperature profiles, see the IC data sheet.

Area Preparation

When the component has been removed, the vacant IC area
must be cleaned before replacing the (LF)BGA.
Removing an IC often leaves varying amounts of solder on the
mounting lands. This excessive solder can be removed with
either a solder sucker or solder wick. The remaining flux can be
removed with a brush and cleaning agent.
After the board is properly cleaned and inspected, apply flux on
the solder lands and on the connection balls of the (LF)BGA.
Note: Do not apply solder paste, as this has been shown to
result in problems during re-soldering.

-9

), or pico-farads (p= x10

-12

-6

),

).

Safety Instructions, Warnings, and Notes

EN 7BJ3.0A LA 2.

Device Replacement

The last step in the repair process is to solder the new
component on the board. Ideally, the (LF)BGA should be
aligned under a microscope or magnifying glass. If this is not
possible, try to align the (LF)BGA with any board markers.
So as not to damage neighbouring components, it may be
necessary to reduce some temperatures and times.

More Information

For more information on how to handle BGA devices, visit this
URL: www.atyourservice.ce.philips.com (needs subscription,
not available for all regions). After login, select “Magazine”,
then go to “Repair downloads”. Here you will find Information
on how to deal with BGA-ICs.

2.3.4 Lead-free Solder

Philips CE is producing lead-free sets (PBF) from 1.1.2005
onwards.

Identification: The bottom line of a type plate gives a 14-digit
serial number. Digits 5 and 6 refer to the production year, digits
7 and 8 refer to production week (in example below it is 2006
week 17).

MODEL :

PROD.NO:

32PF9968/10

AG 1A0617 000001

220-240V 50/60Hz

VHF+S+H+UHF

S

MADE IN BELGIUM

~

128W

BJ3.0E LA

E_06532_024.eps

130606

• Use only original spare-parts listed in the Service-Manuals.
Not listed standard material (commodities) has to be
purchased at external companies.

• Special information for lead-free BGA ICs: these ICs will be
delivered in so-called "dry-packaging" to protect the IC
against moisture. This packaging may only be opened
shortly before it is used (soldered). Otherwise the body of
the IC gets "wet" inside and during the heating time the
structure of the IC will be destroyed due to high (steam-)
pressure inside the body. If the packaging was opened
before usage, the IC has to be heated up for some hours
(around 90°C) for drying (think of ESD-protection!).
Do not re-use BGAs at all!

• For sets produced before 1.1.2005, containing leaded
soldering tin and components, all needed spare parts will
be available till the end of the service period. For the repair
of such sets nothing changes.

In case of doubt whether the board is lead-free or not (or with
mixed technologies), you can use the following method:

• Always use the highest temperature to solder, when using
SAC305 (see also instructions below).

• De-solder thoroughly (clean solder joints to avoid mix of
two alloys).

Caution: For BG
profile, which is coupled to the 12NC. For an overview of these
profiles, visit the website www.atyourservice.ce.philips.com
(needs subscription, but is not available for all regions)
You will find this and more technical information within the
"Magazine", chapter "Repair downloads".
For additional questions please contact your local repair help
desk.

A-ICs, you must use the correct temperature-

Figure 2-1 Serial number example

Regardless of the special lead-free logo (which is not always
indicated), one must treat all sets from this date onwards
according to the rules as described below.

P

b

Figure 2-2 Lead-free logo

Due to lead-free technology some rules have to be respected
by the workshop during a repair:

• Use only lead-free soldering tin Philips SAC305 with order
code 0622 149 00106. If lead-free solder paste is required,
please contact the manufacturer of your soldering
equipment. In general, use of solder paste within
workshops should be avoided because paste is not easy to
store and to handle.

• Use only adequate solder tools applicable for lead-free
soldering tin. The solder tool must be able:
– To reach a solder-tip temperature of at least 400°C.
– To stabilise the adjusted temperature at the solder-tip.
– To exchange solder-tips for different applications.

• Adjust your solder tool so that a temperature of around
360°C - 380°C is reached and stabilised at the solder joint.
Heating time of the solder-joint should not exceed ~ 4 sec.
Avoid temperatures above 400°C, otherwise wear-out of
tips will increase drastically and flux-fluid will be destroyed.
To avoid wear-out of tips, switch “off” unused equipment or
reduce heat.

• Mix of lead-free soldering tin/parts with leaded soldering
tin/parts is possible but PHILIPS recommends strongly to
avoid mixed regimes. If this cannot be avoided, carefully
clear the solder-joint from old tin and re-solder with new tin.

2.3.5 Alternative BOM identification

In September 2003, Philips CE introduced a change in the way
the serial number (or production number, see Figure 2-1) is
composed. From this date on, the third digit in the serial
number (example: AG2B0335000001) indicates the number of
the alternative B.O.M. (Bill Of Materials) that has been used for
producing the specific TV set. In general, it is possible that the
same TV model on the market is produced with e.g. two
different types of displays, coming from two different suppliers.
This will then result in sets which have the same CTN
(Commercial Type Number; e.g. 28PW9515/12) but which
have a different B.O.M. number.
By looking at the third digit of the serial number, the service
technician can identify which B.O.M. is used for the TV set he
is working with.
If the third digit of the serial number contains the number 1
(example: AG1B033500001), then the TV set has been
manufactured according to B.O.M. number 1. If the third digit is
a 2 (example: AG2B0335000001), then the set has been
produced according to B.O.M. no. 2. Information about this is

important for ordering the correct spare parts!

For the third digit, the numbers 1...9 and the characters A...Z
can be used, so in total: 9 plus 26 = 35 different B.O.M.s can
be indicated by the third digit of the serial number.

2.3.6 Board Level Repair (BLR) or Component Level Repair (CLR)

If a board is defective, consult your repair procedure to decide
if the board has to be exchanged or if it should be repaired on
component level.
If your repair procedure says the board should be exchanged
completely, do not solder on the defective board. Otherwise, it
cannot be returned to the O.E.M. supplier for back charging!

EN 8 BJ3.0A LA2.

2.3.7 Practical Service Precautions

• It makes sense to avoid exposure to electrical shock.
While some sources are expected to have a possible
dangerous impact, others of quite high potential are of
limited current and are sometimes held in less regard.

• Always respect voltages. While some may not be
dangerous in themselves, they can cause unexpected
reactions that are best avoided. Before reaching into a
powered TV set, it is best to test the high voltage insulation.
It is easy to do, and is a good service precaution.

Safety Instructions, Warnings, and Notes

3. Directions for Use

You can download this information from the following websites:

http://www.philips.com/support
http://www.p4c.philips.com

Directions for Use

EN 9BJ3.0A LA 3.

EN 10 BJ3.0A LA4.

Mechanical Instructions

4. Mechanical Instructions

Index of this chapter:

4.1 Cable Dressing

4.2 Service Positions

4.3 Assy/Panel Removal

4.4 Set Re-assembly

Notes:

• Figures below can deviate slightly from the actual situation,
due to the different set executions.

• Follow the disassemble instructions in described order.

• Mechanical instructions apply to the 32” and 47” sets. For
37” sets, refer to Service Manual BJ3.0 E LA.

4.1 Cable Dressing

Figure 4-1 Cable dressing (32-inch models)

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Mechanical Instructions

EN 11BJ3.0A LA 4.

Figure 4-2 Cable dressing (37-inch models)

G_15950_042.eps

060406

Figure 4-3 Cable dressing (42-inch models)

G_15972_002.eps

301006

EN 12 BJ3.0A LA4.

Mechanical Instructions

Figure 4-4 Cable dressing (47-inch models)

G_16450_039.eps

141106

Mechanical Instructions

EN 13BJ3.0A LA 4.

4.2 Service Positions

For easy servicing of this set, there are a few possibilities
created:

• The buffers from the packaging.

• Foam bars (created for Service).

• Aluminium service stands (created for Service). Not

suitable for 47” sets with this chassis!

4.2.1 Foam Bars

Required for sets

1

42”

Important: For (older) FTV sets without these "mushrooms", it
is obligatory to use the provided screws, otherwise it is possible
to damage the monitor inside!.

Caution: the aluminium Service Stands as described above
are not suitable for the 47-inch sets with this chassis. For
servicing, use the bypacked table-top stand that comes with
the set, or the foam bars.

4.3 Assy/Panel Removal

4.3.1 32” Sets

1

Rear Cover

Disconnect the Mains/AC Power cord before you remove the
rear cover!
Note: a sticker containing the type number [1] has been added
on the right lower corner of the rear cover, allowing the
customer to read the number without lifting the set from the
wall.

1. Place the TV set upside down on a table top, using the
foam bars (see part “Foam Bars”).
Caution: do not put pressure on the display, but let the
monitor lean on the Front cover.

2. Remove the “mushrooms” from the Rear Cover.

3. Remove T10 tapping and parker screws [2] from the top,
centre, bottom, left and right side of the Rear Cover and
underneath the main I/O panel that hold the cover.

4. Lift the Rear Cover from the TV. Make sure that wires and
flat foils are not damaged while lifting the rear cover.

E_06532_018.eps

Figure 4-5 Foam bars

The foam bars (order code 3122 785 90580 for two pieces) can
be used for all types and sizes of Flat TVs. See figure “Foam
bars” for details. Sets with a display of 42” and larger, require

four foam bars [1].
Caution: Ensure that the foam bars are always supporting the

cabinet and never only the display.
By laying the TV face down on the (ESD protective) foam bars,
a stable situation is created to perform measurements and
alignments. By placing a mirror under the TV, you can monitor
the screen.

4.2.2 Aluminium Stands

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3

3

3

2

3

3

3

3

3

3

3

3

3

2

3

3

3

3

3

3

3

3

3

3

1

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3

011206

Figure 4-7 Rear Cover removal

Speaker

After removing the rear cover, you gain access to the speakers.
Each speaker is fixed with four T10 screws [1]. See Figure
“Speaker removal”. After removal of these screws, the
speakers can be removed.
Caution: never disconnect the speakers with a playing set,
because otherwise the class-D audio amplifiers could be
damaged!

Figure 4-6 Aluminium stands (drawing of MkI)

The new MkII aluminium stands (not on drawing) with order
code 3122 785 90690, can also be used to do measurements,
alignments, and duration tests. The stands can be
(dis)mounted quick and easy by means of sliding them in/out
the "mushrooms". The new stands are backwards compatible
with the earlier models.

EN 14 BJ3.0A LA4.

Mechanical Instructions

1

Figure 4-8 Speaker removal

AmbiLight Inverter Panel

There are two AmbiLight Inverter Panels used in this set.
Before they can be removed, the vertical brackets on the left
and right side that hold the “mushrooms” have to be removed.
Each one of them is fixed with four T10 tapping screws [1]. See
Figure “Right Vertical Bracket Removal” for instructions on how
to remove the brackets.

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2

1

1

1

1

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Figure 4-9 Right Vertical Bracket removal

The instructions to remove the right AmbiLight Inverter Panel
(seen from the back side of the set) are as follows:

1. Disconnect the cables [1] from the panel.

2. Push back the clamps [2] on the right side that hold the
assy.

3. Take out the panel (it hinges on the left side).

2

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011206

Figure 4-10 AmbiLight right side Inverter Panel removal

Control Panel

The Control Panel can be taken out by removing the two T10
screws [1] that hold the plastic frame. See Figure “Control
panel removal”. The cable can not be disconnected from the
assy at this moment. While still connected to the assy, the
cable must now be released from the clamp on the chassis.

11

When defective, replace the whole unit.

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Figure 4-11 Control Panel removal

The assy is packed into two plastic frames. To unpack the
inner frame, lift the two clamps [1] of the outer frame and take
the inner frame out. See Figure “Control Panel Frame
removal”.

Mechanical Instructions

EN 15BJ3.0A LA 4.

3. Disconnect all cables [3] from the SSB. This includes the
USB plug and the fragile LVDS cable [4]. For the latter, a

11

plastic cover has to be removed first.

4. Lift the SSB together with the Main I/O Panel from the set.

12

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Figure 4-12 Control Panel Frame removal

To take the assy out of the inner frame, lift the two clamps of
the frame [2] and slightly pull the assy out. Only now the cable
can be disconnected.
When defective, replace the whole unit.

Side I/O Panel

The Side I/O Panel can be removed together with its plastic
frame.

1. Disconnect the USB cable and the flat cable [1] from the
panel.

2. Push the plastic frame slightly downwards towards the
bottom of the set [2], and take the frame out together with
the assy.

3. Push back the clamps [3] on the left side that hold the assy.

4. Take out the assy from the plastic frame, it hinges on the
right side.

When defective, replace the whole unit.

3 3

4

5 55

6

5

1

6

5

2

1

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Figure 4-14 SSB top shielding

Removing the Shielding

1. Remove the T10 tapping screws [5]. See Figure “SSB top
shielding”.

2. Remove the T10 parker screws [6].

3. On the bottom shield, remove the T10 tapping screws [1].
See Figure “SSB bottom shielding”.

4. After the rear shielding is removed, the top shielding can be
removed.

11

3

41

22

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Figure 4-13 Side I/O panel removal

Small Signal Board (SSB) and Main I/O Panel

Caution: it is absolutely mandatory to remount all different
screws at their original position during re-assembly. Failure to
do so may result in damaging the SSB.

Removal from the Set

1. Remove the two T10 tapping screws [1] that hold the SSB.
See Figure “SSB top shielding”.

2. Disconnect the mains power supply cable on the Main
Supply Panel [2].

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Figure 4-15 SSB bottom shielding

Removing the SSB and Main I/O Panel

See Figure “SSB and main I/O panel”.

11

2

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Figure 4-16 SSB and Main I/O Panel

1. The SSB is mounted with two tapping T10 screws [1]. After
having unplugged the cables to the main I/O panel, they
are accessible.

2. The Main I/O Panel is mounted with four tapping T10
screws [2].

EN 16 BJ3.0A LA4.

Mechanical Instructions

Standby / Audio Panel

See Figure “Standby / Audio Panel” for details.

1

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Figure 4-17 Standby / Audio Panel

1. Remove the T10 tapping screws at the bottom of the
panel[1].

2. Unplug all cables.

3. Take the panel out (it hinges on the top side).

Main Supply Panel

See Figure “Main Supply Panel Removal” for details.

1

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Chassis Frame Removal

1

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Figure 4-19 Chassis Frame removal

1. Take out the SSB and main I/O panel as previously
described.

2. Remove the T10 tapping screws on the corners of the
frame[1]. During re-assembly, do not forget to reconnect
the earthcable.

3. Disconnect all cables on the right side of the left AmbiLight
Inverter Panel.

4. Disconnect all cables on the left side of the right AmbiLight
Inverter Panel.

5. Place the Side I/O and the Control Panel in the centre of
the set.

6. Release the cable that leads to the LED panel from all
clamps.

7. Carefully lift the frame from the set, together with the Audio/
Standby-, Main Supply-, Side I/O- and the Control Panel.
Pay special atttention not to damage the fragile LVDS
cable. See Figure “Chassis Frame lift”. Now the Speaker
Frame underneath the set can be removed by removing
the T10 parker screws that hold the frame. After removing
the screws, you can pull the frame downwards from the set.

G_15970_042.eps

Figure 4-18 Main Supply Panel removal

1. Unplug all cables.

2. Remove the T10 tapping screws [1].

3. Take the panel out, it hinges on the right side.

AmbiLight Diffusor Frame

Before the AmbiLight lamp units can be removed, the
AmbiLight Diffusor Frame must be lifted. Before this, the
Chassis Frame has to be removed, as described below.

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Figure 4-20 Chassis Frame lift

Horizontal Bracket Removal

1. Remove the T10 parker [1] and the T20 tapping screws [2]
that hold the Top- and Bottom Horizontal Bracket and take
them out one at the time. See Figure “Bottom Horizontal
Bracket removal” for details.

Mechanical Instructions

EN 17BJ3.0A LA 4.

2

1

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Figure 4-21 Bottom Horizontal Bracket removal

AmbiLight Diffusor Frame removal

Before the AmbiLight Diffusor Frame can be lifted, the cable
that leads to the LED Panel must be released from the
remaining clamp. Now the frame can be lifted. See figure
“AmbiLight Diffusor Frame lift” for details.

1. Release the cable that leads to the LED Panel from its
clamp.

2. Remove the T10 parker screws [1] on the left, upper and
right side of the Ambilight Diffusor Frame. On the left and
right side, only unscrew the screws that are indicated with
an arrow (one on each side). See Figure “Ambilight
Diffusor Frame Removal”.

1

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Figure 4-23 AmbiLight Diffusor Frame lift

Now the AmbiLight lamp units can be removed from the frame.
Each of them is fixed with four T10 parker screws: two on the
inside and two on the outside of the frame.

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Figure 4-22 Ambilight Diffusor Frame removal

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EN 18 BJ3.0A LA4.

Mechanical Instructions

LED Panel

1. After the AmbiLight Diffusor Frame has been removed, the
LED Panel is accessible.

2. Remove the T10 mounting screws that hold the panel.

3. Take out the panel.

When defective, replace the whole unit. Reconnect the earth­cable during re-assembly.

LCD Display Panel

When the AmbiLight Diffusor Frame has been removed, the
LCD display can be exchanged.

4.3.2 47” Sets

Rear Cover

Disconnect the Mains/AC Power cord before you remove the
rear cover!
See figure “Rear Cover removal” for details.

1. Place the TV set upside down on a table top, using the
foam bars (see part “Foam Bars”).
Caution: do not put pressure on the display, but let the
monitor lean on the front cover.

2. Remove the stand by removing the parker screws [1]. Use
a magnetic screwdriver.

3. Remove the mushrooms if mounted.

4. Remove the Torx- [2], parker- [3] and Torx- [4] screws.

5. Lift the Rear Cover from the TV. Make sure that wires and
flat foils are not damaged while lifting the rear cover.

3 3

4

4

4

4

4

1

1

1

1

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Figure 4-25 Speaker compartment

Caution: never disconnect the speakers with a playing set,

because otherwise the class-D audio amplifiers could be
damaged.

Control Panel

The Control Panel can be taken out by removing the screws [1]
that hold the frame. See Figure “Control panel removal”. The
cable can not be disconnected from the assy at this moment.

4

4

1

1

4

4

3

3

2

3

2

2

2

2

3

4

4

1

4

4

4 4

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Figure 4-24 Rear Cover removal

Speakers

To gain access to the speakers, remove the plastic cover of the
speaker compartment by removing the parker screws [1]. See
figure “Speaker compartment”.

1

2

1

1

1

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Figure 4-26 Control panel removal

After removal from the set, the assy can be taken out by lifting
the two clamps [2]. Now the cable can be disconnected from
the assy.
When defective, replace the whole unit.

Side I/O Panel

1. Unplug the connectors [1] from the panel.

2. Release the clamps [2] and slide the PWB out of its casing.
When defective, replace the whole unit.

3. In case the plastic frame has to be removed, remove
screws [3] and take the frame out.

Mechanical Instructions

EN 19BJ3.0A LA 4.

1. Remove screws [1].

2. Unplug connectors [2] [3]. Be careful with the LVDS
connector.

1

3

3. Lift the subframe together with SSB and Main I/O Panel
from the set.

3

2

2

3

1

Figure 4-27 Side I/O panel

Sanken Display Supply Panel

1. Unplug all connectors.

2. Remove the screws [1].

3. Take the panel out.

1

1

1

1

1

1

1

1

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Figure 4-29 SSB and Main I/O panel lift

Removal of the shielding

Caution: it is absolutely mandatory to remount all different
screws at their original position during re-assembly. Failure to
do so may result in damaging the SSB.

1

1

1

1

1

1. Remove screws [1] and [2]. See figures “Rear SSB shield”
and “Bottom SSB shield”.

2. Remove rear and bottom shield.

111

1

1

1

1

1

1

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Figure 4-30 Rear SSB shield

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Figure 4-28 Sanken display supply panel

The Sanken Display Supply Panel comes as a buy-in panel
and is a black-box for Service. When defective, replace the
whole panel, unless the main fuse is broken. Refer to chapter
“Service Modes, Error Codes, and Fault Finding” >> section
“Fault Finding and Repair Tips” >> ”Sanken Display Supply” for
details.

Small Signal Board (SSB) and Main I/O Panel

Removal from the set

The SSB and Main I/O Panel must be taken out of the set by
lifting the subframe they are mounted on. See figure “SSB and
Main I/O panel lift”.

2 2

2 2 2

2 2 2

Figure 4-31 Bottom SSB shield

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EN 20 BJ3.0A LA4.

Mechanical Instructions

For removing the SSB and Rear I/O Panel (see figure “SSB and
Rear I/O PWB”):

1. Unplug connectors [1].

2. Remove screws [2].

3. Remove the panels from the set.

1

1

1

2

2

1

2

2

2

2

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Figure 4-32 SSB and Rear I/O PWB

Platform Supply Panel

The Platform Supply Panel can only be removed after removal
of the SSB and Main I/O Panel. See figure “Platform Supply
Panel” for details.

1

1

1

2

3

2

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Figure 4-34 JIP

The shielding can be removed by removing screws [3].

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1

1

1

1

1

1

1

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Figure 4-33 Platform Supply Panel

1. Unplug all connectors.

2. Remove screws [1].

3. Take the panel out.

Jaguar Interface Panel

The Jaguar Interface Panel (JIP) can be removed from the set
as follows:

1. Remove screws [1]. See figure “JIP” for details.

2. Remove the LVDS connectors [2].

3. Take the panel out. It hinges at the bottom.

Mechanical Instructions

EN 21BJ3.0A LA 4.

LED Panel

1. Remove the screws [1] that hold the panel. See figure “LED
Panel removal” for details.

2. Take out the panel.

1

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Figure 4-35 LED Panel removal

When defective, replace the whole unit.

LCD Panel

Before the LCD panel can be taken out from the set, the
subframe that holds the Platform Supply Panel, the Jaguar
Interface Panel, the Display Supply Panel, and the SSB must
be lifted. See figure “Subframe lift -1-” for details.

4 4

4

4

4

4

1

5

4

3

4

4

5

5

2

4
5
5

4

5

4

11. The LCD display can be lifted by removing four Torx
screws [5] on each side of the panel. Carefully lift the LCD
display from the set.

5

5

5

5

Figure 4-37 Subframe lift -2-

4.4 Set Re-assembly

To re-assemble the whole set, execute all processes in reverse
order.

Notes:

• While re-assembling, make sure that all cables are placed
and connected in their original position. See figure "Cable
dressing".

• Pay special attention not to damage the EMC foams on the
SSB shields. Ensure that EMC foams are mounted
correctly.

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5

4

4

444

4

4

4

5

4

444

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Figure 4-36 Subframe lift -1-

1. Dismount the Control- and Side I/O Panel and place them
in the centre of the TV.

2. Remove the SSB and Main I/O Panel as earlier described.

3. Remove the plastic dummy plate on left side of the set.

4. Remove the stand where applicable.

5. Unplug the LVDS connector [1].

6. Unplug the two connectors [2] on top of the Display Supply
Panel, release them from the clamps and put the cables
aside.

7. Unplug the speaker cables from the Platform Supply Panel
[3], release the cables from the clamps and put the cables
aside.

8. Unplug the cable on the LED panel.

9. Remove the four parker screws on the left, the four parker
screws on the right, six Torx screws on the top and ten Torx
screws on the bottom [4] of the subframe.

10. The subframe can now be lifted from the set. See figure
“Subframe lift -2-”.

EN 22 BJ3.0A LA5.

Service Modes, Error Codes, and Fault Finding

5. Service Modes, Error Codes, and Fault Finding

Index of this chapter:

5.1 Test Points

5.2 Service Modes

5.3 Stepwise Start-up

5.4 Service Tools

5.5 Error Codes

5.6 The Blinking LED Procedure

5.7 Protections

5.8 Fault Finding and Repair Tips

5.9 Software Upgrading

5.1 Test Points

The chassis is equipped with test points (Fxxx) printed on the
circuit board assemblies. As most signals are digital, it will be
difficult to measure waveforms with a standard oscilloscope.
Several key ICs are capable of generating test patterns, which
can be controlled via ComPair. In this way it is possible to
determine which part is defective.

Perform measurements under the following conditions:

• Service Default Mode.

• Video: Colour bar signal.

• Audio: 3 kHz left, 1 kHz right.

5.2 Service Modes

Service Default mode (SDM) and Service Alignment Mode
(SAM) offers several features for the service technician, while
the Customer Service Mode (CSM) is used for communication
between the call centre and the customer. Also a service mode
for servicing the AmbiLight units is foreseen.

This chassis also offers the option of using ComPair, a
hardware interface between a computer and the TV chassis. It
offers the abilities of structured troubleshooting, error code
reading, and software version read-out for all chassis.
Minimum requirements for ComPair: a Pentium processor, a
Windows OS, and a CD-ROM drive (see also paragraph
"ComPair").

5.2.1 Service Default Mode (SDM)

Purpose

• To create a pre-defined setting, to get the same
measurement results as given in this manual.

• To override SW protections detected by stand-by
processor and make the TV start up to the step just before
protection (a sort of automatic stepwise start up). See
paragraph “Stepwise Start Up”.

• To override SW protections detected by Viper. Depending
on the SW version it is possible that this mechanism does
not work correctly. See also paragraph “Error codes”.

• To start the blinking LED procedure (not valid in protection
mode).

Default

Region Freq. (MHz)

Europe, AP DVBT 546.000

NAFTA, AP-NTSC,
LATAM

• Tuning frequency 61.25 MHz for NTSC: The TV shall tune
to physical channel 3 only if channel 3 is an analog channel
or if there is no channel 3 installed in the channel map. If
there is a digital channel installed in channel 3, then the
frequency to which the set will tune, would be as specified
in the channel map and could be different from the one
corresponding to the physical channel 3.

• All picture settings at 50% (brightness, colour, contrast).

• All sound settings at 50%, except volume at 25%.

• All service-unfriendly modes (if present) are disabled, like:
– (Sleep) timer.
– Child/parental lock.
– Picture mute (blue mute or black mute).
– Automatic volume levelling (AVL).
– Auto switch "off" (when no video signal was received

for 10 minutes).
– Skip/blank of non-favourite pre-sets.
– Smart modes.
– Auto store of personal presets.
– Auto user menu time-out.

How to Activate SDM

For this chassis there are two kinds of SDM: an analogue SDM
and a digital SDM. Tuning will happen according table “SDM
Default Settings”.

• Analogue SDM: use the standard RC-transmitter and key
in the code “062596”, directly followed by the “MENU”
button.
Note: It is possible that, together with the SDM, the main
menu will appear. To switch it "off", push the “MENU”
button again.

• Digital SDM: use the standard RC-transmitter and key in
the code “062593”, directly followed by the “MENU” button.
Depending on the software version it is possible that the
tuning will not work correctly.
Note: It is possible that, together with the SDM, the main
menu will appear. To switch it "off", push the “MENU”
button again.

• Analogue SDM can also be activated by shorting for a
moment the two solder pads [1] on the SSB, with the
indication “SDM”. They are located outside the shielding.
Activation can be performed in all modes, except when the
set has a problem with the Stand-by Processor. See figure
“Service mode pads”.

PID Video: 0B 06
PID PCR: 0B 06
PID Audio: 0B 07

61.25 (ch 3) NTSC M

system

DVBT

Specifications

Table 5-1 SDM default settings

Region Freq. (MHz)

Europe, AP(PAL/Multi) 475.25 PAL B/G

Default
system

Service Modes, Error Codes, and Fault Finding

2

SPI2SPI

SDM1SDM

1

Figure 5-1 Service mode pads

After activating this mode, “SDM” will appear in the upper right
corner of the screen (if you have picture).

How to Navigate

When you press the “MENU” button on the RC transmitter, the
set will toggle between the SDM and the normal user menu
(with the SDM mode still active in the background).

How to Exit SDM

Use one of the following methods:

• Switch the set to STAND-BY via the RC-transmitter.

• Via a standard customer RC-transmitter: key in “00”­sequence.

5.2.2 Service Alignment Mode (SAM)

Purpose

• To perform (software) alignments.

• To change option settings.

• To easily identify the used software version.

• To view operation hours.

• To display (or clear) the error code buffer.

How to Activate SAM

Via a standard RC transmitter: key in the code “062596”
directly followed by the “INFO” button. After activating SAM
with this method a service warning will appear on the screen,
you can continue by pressing the red button on the RC.

Contents of SAM:

• Hardware Info.
– A. SW Version. Displays the software version of the

VIPER software (main software) (example: BX31E-

1.2.3.4_12345 = AAAAB_X.Y.W.Z_NNNNN).

• AAAA= the software name.

• B= the region: A= AP, E= EU, L= LatAm, U = US.
For AP sets it is possible that the Europe software
version is used.

• X.Y.W.Z= the software version, where X is the
main version number (different numbers are not
compatible with one another) and Y.W.Z is the sub
version number (a higher number is always
compatible with a lower number).

• NNNNN= last five digits of 12nc code of the
software.

– B. SBY PROC Version. Displays the software version

of the stand-by processor.

– C. Production Code. Displays the production code of

the TV, this is the serial number as printed on the back
of the TV set. Note that if an NVM is replaced or is
initialized after corruption, this production code has to

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EN 23BJ3.0A LA 5.

be re-written to NVM. ComPair will foresee in a
possibility to do this.

• Operation Hours. Displays the accumulated total of
operation hours (not the stand-by hours). Every time the
TV is switched "on/off", 0.5 hours is added to this number.

• Errors. (Followed by maximal 10 errors). The most recent
error is displayed at the upper left (for an error explanation
see paragraph “Error Codes”).

• Defective Module. Here the module that generates the
error is displayed. If there are multiple errors in the buffer,
which are not all generated by a single module, there is
probably another defect. It will then display the message
“UNKNOWN” here. Not all errors will display a defective
module name.

• Reset Error Buffer. When you press “cursor right” and
then the “OK” button, the error buffer is reset.

• Alignments. This will activate the “ALIGNMENTS” sub­menu.

• Dealer Options. Extra features for the dealers.

• Options.
rega
Note that if you change the option code numbers, you have
to confirm your changes with the “OK” button before you
store the options. Otherwise you will lose your changes.

• Initialise NVM. When an NVM was corrupted (or replaced)
in the former EMG based chassis, the microprocessor
replaces the content with default data (to assure that the
set can operate). However, all preferences and alignment
values are gone now, and option numbers are not correct.
Therefore, this was a very drastic way. In this chassis, the
procedure is implemented in another way: The moment the
processor recognizes a corrupted NVM, the “initialize
NVM” line will be highlighted. Now, you can do two things
(dependent of the service instructions at that moment):
– Save the content of the NVM via ComPair for

– Initialize the NVM (same as in the past, however now it

Note: When you have a corrupted NVM, or you have replaced
the NVM, there is a high possibility that you will not have picture
any more because your display option is not correct. So, before
you can initialize your NVM via the SAM, you need to have
picture and therefore you need the correct display option. To
adapt this option, you can use ComPair (the correct HEX
values for the options can be found in the table below) or a
method via a standard RC (described below).
Changing the display option via a standard RC:
Key in the code “062598” directly followed by the “MENU”
button and “XXX” (where XXX is the 3 digit decimal display
option code as mentioned in the first column of the next table).
Make sure to key in all three digits, also the leading zero’s.
If the above action is successful, the front LED will go out as an
indication that the RC sequence was correct.
After the display option is changed in the NVM, the TV will go
to the Stand-by mode.
If the NVM was corrupted or empty before this action, it will be
initialised first (loaded with default values). This initialising can
take up to 20 seconds.

Extra features for Service. For more info

rding option codes, see chapter 8.

development analysis, before initializing. This will give
the Service department an extra possibility for
diagnosis (e.g. when Development asks for this).

happens conscious).

EN 24 BJ3.0A LA5.

Display

HEX Display type Brand SIZE Full HDClear

option

Service Modes, Error Codes, and Fault Finding

LCD

Resolution

vertical

Resolution

horizontal

Type number 12 NC

000 00 PDP SDI 42 768p 1024
001 01 PDP SDI 50 768p 1366
002 02 PDP FHP 42 1024i 1024
003 03 LCD LPL 30 768p 1280 LC300W01-A3P7 9322 198 00682
004 04 LCD LPL 37 768p 1366 LC370W01-A6 9322 220 87682
005 05 LCD LPL 42 768p 1366 LC420W02-A6 9322 226 39682
006 06 LCD Sharp 32 768p 1366 LQ315T3LZ13 (ASV1)

007 07 PDP SDI 42 480p 852
008 08 PDP FHP 37 1024i 1024
009 09 LCOS XION 720p 1280 n.a. n.a.
010 0A LCD AUO 30 768p 1280

011 0B LCD LPL 32 768p 1366 LC320W01-A6K1 9322 217 44682
012 0C LCD AUO 32 768p 1366 T315XW01V5 9322 231 69682
013 0D LCD Sharp 37 768p 1366 LQ370T3LZ21 (ASV2)

014 0E LCD LPL 42 X 1080p 1920 LC420WU1-SL01 9322 228 99682
015 0F PDP SDI 37 480p 852
016 10 PDP FHP 37 1080i 1024
017 11 PDP FHP 42 1080i 1024
018 12 PDP FHP 55 768p 1366
019 13 LCOS VENUS 720p 1280 n.a. n.a.
020 14 LCOS VENUS X 1080p 1920 n.a. n.a.
021 15 LCD LPL 26 768p 1366 LC260WX2-SL01 9322 221 01682
022 16 LCD LPL 32 X 768p 1366 LC320WX2-SL01
023 17 PDP LGE 42 480p 852
024 18 PDP SDI 42 480p 852

025 19 PDP SDI 42 768p 1024

026 1A PDP FHP 42 1024i 1024
027 1B PDP SDI 50 768p 1366

028 1C LCD Sharp 37 X 1080P 1920 LQ370D3LZ13 (ASV2.2) 9322 228 48682
029 1D LCD AUO 32 768p 1366 T315XW01-V3
030 1E LCD Sharp 37 X X 1080p 1920 LW370D3LZ1x (ASV 3 first samples) not used

S42AX-YD01(PP42AX-007A) 9322 225 38682
S50HW-XD03 9322 215 26682
FPF42C128128UC-52 (A1) 9322 212 78682

LQ315T3LZ23 (ASV2.2)(5Vtcon)
LQ315T3LZ23 (ASV2.2)(12Vtcon)

S42SD-YD05 (V3) 9322 215 27682
FPF37C128128UB-72 9322 217 56682

T296XW01
T296XW01V2
T296XW01V3

LQ370T3LZ44 (ASV2.2)

S37SD-YD02 9322 217 39682
not used not used
FPF42C128135UA-52 9322 235 43682
not used not used

not used not used
S42SD-YD07(PP42SD-015A) (V4)

S42SD-YD07(PP42SD-015B) (V4)
S42SD-YD07(PP42SD-015F) (V4)

S42AX-YD01(PP42AX-007A) (V4)
S42AX-YD01(PP42AX-008A) (V4)
S42AX-YD01(PP42AX-008B) (V4)
S42AX-YD02(PP42AX-009A) (W1)
S42AX-YD02 (PS-425-PHN) (W1)

FPF42C128128UD-51 (A2) not used
S50HW-XD04(PP50HW-005A) (V4)

S50HW-XD04(PP50HW-005B) (V4)
S50HW-XD04(PP50HW-005E) (V4)
S50HW-YD01(PP50HW-010A) (W1)

9322 209 35682
9322 226 58682
9322 226 16682

9322 206 49682
9322 219 45682
9322 213 33682

?

9322 241 46682

9322 226 37682
9322 226 96682
9322 233 81682

9322 225 38682
9322 226 95682
9322 233 80682
9322 240 08682
9322 242 85682

9322 226 54682
9322 226 97682
9322 233 79682
9322 240 25682

see partslist for 12NC

031 1F LCD Sharp 37 X X 1080P 1920 LK370D3LZ33 (ASV 3)
032 20 LCD LPL 20 768p 1366 LC200WX1-SL01 9322 222 90682
033 21 LCD QDI 23 768p 1366

034 22 ECO PTV 51 1080i 1366 ?
035 23 ECO PTV 55 1080i 1366 ?
036 24 ECO PTV 61 1080i 1366 ?
037 25 PDP FHP 42 1024I 1024
038 26 DLP 50 720p 1280 ?
039 27 DLP 60 720p 1280 ?
040 28 LCD Sharp 32 768p 1366 LK315T3LZ43 (ASV 2.3) 9322 235 32682
041 29 LCD LPL 42 X 768p 1366 LC420WX2-SLA1 9322 240 80682
042 2A PDP SDI 63 768p 1366
043 2B LCD Sharp 37 X 768p 1366 LK370T3LZ63 (ASV 3)
044 2C LCD Sharp 37 768p 1366 LK370T3LZ53 (ASV 2.3)
045 2D LCD LPL 26 768p 1366 LC260WX2-SLB2 9322 234 13682
046 2E LCD LPL 32 768p 1366 LC320W01-SL06 9322 230 03682
047 2F LCD LPL 42 768p 1366 LC420W02-SLB1 9322 234 12682
048 30 LCD QDI 26 768p 1366 QD26HL02-REV01

31 LCD AUO 26 768p 1366 T260XW02V4 9322 231 90682

049
050 32 LCD AUO 32 768p 1366 T315XW01V9 9322 231 89682
051 33 LCD AUO 37 768p 1366 T370XW01V1 9322 233 78682
052 34 LCD AUO 32 768p 1366 T315XW02V5
053 35 LCD LPL 37 768p 1366 LC370WX1-SL04 9322 233 19682
054 36 PDP LGE 42 768p 1024
055 37 LCD LPL 42 X 1080p 1920
056 38 LCD LPL 47 X 1080p 1920
057 39 LCD LPL 42 768p 1366

QD23HL02 REV01
QD23HL02 REV01(03)

FPF42C128135UA-52 (A3) 9322 235 43682

S63HW-XD05 9322 246 18682

QD26HL02-REV02

PDP42X3 see partslist for 12NC
LC420WU2-SLA1 9322 246 84682
LC470WU1-SLC2 9322 248 50682
LC420WX3-SLA2 see partslist for 12NC

9322 242 22682

9322 223 91682
9322 232 69682

see partslist for 12NC
9322 235 83682

9322 227 29682
9322 235 05682

see partslist for 12NC

E_06532_030.eps

Figure 5-2 Display option code overview

141206

Service Modes, Error Codes, and Fault Finding

EN 25BJ3.0A LA 5.

• Store. All options and alignments are stored when
pressing “cursor right” and then the “OK”-button

• SW Maintenance.
– SW Events. Not useful for Service purposes. In case

of specific software problems, the development
department can ask for this info.

– HW Events. Not useful for Service purposes. In case

of specific software problems, the development
department can ask for this info.

• Operation hours PDP. Here you are able to reset the
operations hours of the plasma display. This has to be
done in case of replacement of the display. Not applicable
to LCD sets.

• Upload to USB. Here you are able to upload several
settings from the TV to a USB stick which is connected to
the Side IO. The four items are “Channel list”, “Personal
settings”, “Option codes” and “Display-related alignments”.
First you have to create a directory “repair\” in the root of
the USB stick.To upload the settings you have to select
each item separately, press “cursor right”, confirm with
“OK” and wait until “Done” appears. Now the settings are
stored onto your USB stick and can be used to download
onto another TV or other SSB. Uploading is of course only
possible if the software is running and if you have picture.
This method is created to be able to save the customer’s
TV settings and to store them into another SSB.

• Download from USB. Here you are able to download
several settings from the USB stick to the TV. Same way of
working as with uploading. To make sure that the download
of the channel list from USB to the TV is executed properly,
it is necessary to restart the TV and tune to a valid preset if
necessary.

How to Navigate

• In SAM, you can select the menu items with the “CURSOR
UP/DOWN” key on the RC-transmitter. The selected item
will be highlighted. When not all menu items fit on the
screen, move the “CURSOR UP/DOWN” key to display the
next/previous menu items.

• With the “CURSOR LEFT/RIGHT” keys, it is possible to:
– (De) activate the selected menu item.
– (De) activate the selected sub menu.

• With the “OK” key, it is possible to activate the selected
action.

How to Exit SAM

Use one of the following methods:

• Press the “MENU” button on the RC-transmitter.

• Switch the set to STAND-BY via the RC-transmitter.

5.2.3 Customer Service Mode (CSM)

Purpose

When a customer is having problems with his TV-set, he can
call his dealer or the Customer Helpdesk. The service
technician can then ask the customer to activate the CSM, in
order to identify the status of the set. Now, the service
technician can judge the severity of the complaint. In many
cases, he can advise the customer how to solve the problem,
or he can decide if it is necessary to visit the customer.
The CSM is a read only mode; therefore, modifications in this
mode are not possible.

When in this chassis, CSM is activated, a colour bar test
pattern will be visible for 5 seconds. This test pattern is
generated by the Pacific3. So if you see this test pattern you
can determine that the back end video chain (Pacific3, LVDS
and display) is working.
Also new in this chassis: when you activate CSM and there is
a USB stick connected to the TV, the software will dump the
complete CSM content to the USB stick. The file (Csm.txt) will
be saved in the root of your USB stick. This info can be handy
if you don’t have picture.

How to Activate CSM

Key in the code “123654” via the standard RC transmitter.

Note: Activation of the CSM is only possible if there is no (user)
menu on the screen!

How to Navigate

By means of the “CURSOR-DOWN/UP” knob on the RC­transmitter, you can navigate through the menus.

Contents of CSM

• Set Type. T
workshop as reference for further diagnosis. In this way, it
is not necessary for the customer to look at the rear of the
TV-set. Note that if an NVM is replaced or is initialized after
corruption, this set type has to be re-written to NVM.
ComPair will foresee a possibility to do this.

• Production Code. Displays the production code (the serial
number) of the TV. Note that if an NVM is replaced or is
initialized after corruption, this production code has to be
re-written to NVM. ComPair will foresee a possibility to do
this.

• Code 1. Gives the latest five errors of the error buffer. As
soon as the built-in diagnose software has detected an
error the buffer is adapted. The last occurred error is
displayed on the leftmost position. Each error code is
displayed as a 2-digit number. When less than 10 errors
occur, the rest of the buffer is empty (00). See also
paragraph Error Codes for a description.

• Code 2. Gives the first five errors of the error buffer. See
also paragraph Error Codes for a description.

• Options 1. Gives the option codes of option group 1 as set
in SAM (Service Alignment Mode).

• Options 2. Gives the option codes of option group 2 as set
in SAM (Service Alignment Mode).

• 12NC SSB. Gives an identification of the SSB as stored in
NVM. Note that if an NVM is replaced or is initialized after
corruption, this identification number has to be re-written to
NVM. ComPair will foresee a possibility to do this. This
identification number consists of 14 characters and is built
up as follows:

- 8 last characters of the 12NC of the SSB itself

- the serial number of the SSB, which consists of 6 digits.
Both can be found on a sticker on the PWB of the SSB itself
(not on the sticker on the outside of the shielding!). The
format of the identification number is then as follows:
<last 8 characters of 12NC of SSB><serial number of
SSB> (total 14 characters).

• Digital Natural Motion. Gives the last status of the Digital
Natural Motion setting, as set by the customer. Possible
values are “Off”, “Minimum” and “Maximum”. See DFU on
how to change this item.

• Pixel Plus. Gives the last status of the Pixel Plus setting,
as set by the customer. Possible values are “On” and “Off”.
See DFU on how to change this item.

• DNR. Gives the last status of the DNR setting, as set by the
customer. Possible values are “Off”, “Minimum”, “Medium”
and “Maximum”. See DFU on how to change this item.

• Noise Figure. Gives the noise ratio for the selected
transmitter. This value can vary from 0 (good signal) to 127
(average signal) and to 255 (bad signal). For some
software versions, the noise figure will only be valid when
“Active Control” is set to “medium” or “maximum” before
activating CSM. Noise figure is not applicable for DVBT
channels.

• Headphone Volume. Gives the last status of the
headphone volume, as set by the customer. The value can
vary from 0 (volume is minimum) to 100 (volume is
maximum). See DFU on how to change this item.

• Dolby. Indicates whether the received transmitter
transmits Dolby sound (“ON”) or not (“OFF”). Attention: The
presence of Dolby can only be tested by the software on
the Dolby Signalling bit. If a Dolby transmission is received

his information is very helpful for a helpdesk/

EN 26 BJ3.0A LA5.

Service Modes, Error Codes, and Fault Finding

without a Dolby Signalling bit, this indicator will show “OFF”
even though a Dolby transmission is received.

• Surround Mode. Indicates the by the customer selected
sound mode (or automatically chosen mode). Possible
values are “STEREO” and “VIRTUAL DOLBY
SURROUND”. It can also have been selected
automatically by signalling bits (internal software). See
DFU on how to change this item.

• Audio System. Gives information about the audible audio
system. Possible values are “Stereo”, ”Mono”, “Mono
selected”, “Dual I”, “Dual II”, “Nicam Stereo”, “Nicam
mono”, Nicam dual I”, “Nicam dual II”, “Nicam available”,
“Analog In: No Dig. Audio”, “Dolby Digital 1+1”, “Dolby
Digital 1/0”, “Dolby Digital 2/0”, “Dolby Digital 2/1”, “Dolby
Digital 2/2”, “Dolby Digital 3/0”, “Dolby Digital 3/1”, “Dolby
Digital 3/2”, “Dolby Digital Dual I”, “Dolby Digital Dual II”,
“MPEG 1+1”, “MPEG 1/0”, “MPEG 2/0” and “Not supported
signal”. This is the same info as you will see when pressing
the “INFO” button in normal user mode (item “Sound”).
When the audio is muted, there will be no info displayed.

• AVL. Indicates the last status of AVL (Automatic Volume
Level) as set by the customer: See DFU on how to change
this item.

• Delta Volume. Indicates the last status of the delta volume
for the selected preset as set by the customer: from “-12”
to “+12”. See DFU on how to change this item..

• Preset Lock. Indicates if the selected preset has a child
lock: “LOCKED” or “UNLOCKED”. See DFU on how to
change this item..

• Child lock. Indicates if “Child lock” is set to “UNLOCK”,
“LOCKED” or “CUSTOM LOCK. See DFU on how to
change this item..

• Lock after. Indicates at what time the channel lock is set:
“OFF” or e.g. “18:45” (lock time). See DFU on how to
change this item.

• Parental rating lock. Gives the last status of the parental
rating lock as set by the customer. See DFU on how to
change this item.

• Parental rating status. Gives the value of the parental
rating status as sent by the current preset.

• TV ratings lock. Only applicable for US.

• Movie ratings lock. Only applicable for US.

• V-Chip TV status. Only applicable for US.

• V-Chip movie status. Only applicable for US.

• Region rating status (RRT). Only applicable for US.

• On timer. Indicates if the “On timer” is set “ON” or “OFF”
and when it is set to “ON”, also start time, start day and
program number is displayed. See DFU on how to change
this item.

• Location. Gives the last status of the location setting as
set via the installation menu. Possible values are “Shop”
and “Home”. If the location is set to “Shop”, several settings
are fixed. So for a customer location must be set to “Home”.
Can be changed via the installation menu (see also DFU).

• HDMI key validity. Indicates if the HDMI keys (or HDCP
keys) are valid or not. In case these keys are not valid and
the customer wants to make use of the HDMI functionality,
the SSB has to be replaced.

•

IEEE key validity. Not

applicable.

• POD key validity. Not applicable.

• Tuner Frequency. Indicates the frequency the selected
transmitter is tuned to.

• TV System. Gives information about the video system of
the selected transmitter. In case a DVBT signal is received
this item will also show ATSC.
– BG: PAL BG signal received
– DK: PAL DK signal received
– L/La: SECAM L/La signal received
– I: PAL I signal received
– M: NTSC M signal received
– ATSC: ATSC or DVBT signal received

• Source. Indicates which source is used and the video
quality of the selected source. (Example: Tuner, Video)
Source: “TUNER”, “EXT1”, “EXT2”, “EXT3”, “EXT4”,
“YPbPr1”, “YPbPr2”, “VGA”, “DVI-I”, ““HDMI 1”, “HDMI 2”,

“SIDE” and “DVI”. Video signal quality: “VIDEO”, “S­VIDEO”, “RGB 1FH”, “YUV”, “VGA”, “SVGA”, “XGA”,
“CVBS”, Y/C”, “YPBPR 1FH 480p”, “YPBPR 1FH 576p”,
“YPBPR 1FH 1080I”, “YPBPR 2FH 480p”, “YPBPR 2FH
576p”, “YPBPR 2FH 1080i”, “RGB 2FH 480p”, “RGB 2FH
576p”, “RGB 2FH 1080i”, “720p” or “Unsupported”.

• Tuned Bit. Due to the DVBT architectural setup this item
does not give useful information any more.

• Digital signal modulation. No useful information for
Service purposes.

• 12NC one zip SW. Displays the 12NC number of the one-
zip file as it is used for programming software in production.
In this one-zip file all below software version can be found.

• Initial main SW. Displays the main software version which
was initially loaded by the factory.

• Current main SW. Displays the built-in main software
version. In case of field problems related to software,
software can be upgraded. As this software is consumer
upgradeable, it will also be published on the Internet.
Example: BX31E_1.2.3.4.

• Flash utils SW. Displays the software version of the
software which contains all necessary components of the
download application. To program this software, EJTAG
tooling is needed. Example: FLASH_1.1.0.0.

• Standby SW. Displays the built-in stand-by processor
software version. Upgrading this software will be possible
via ComPair or via USB.(see chapter Software upgrade).
Example: STDBY_3.0.1.2.

• MOP SW. Not applicable for this chassis.

• Pacific 3 Flash SW. Displays the Pacific 3 software
version.

• NVM version. Displays the NVM version as programmed
by factory.

How to Exit CSM

Press “MENU” on the RC-transmitter.

5.2.4 Service Mode of Inverter Boards for Ambi Light

Purpose

To switch on the lamps manually in case I

2

C-bus triggering

fails.

The Service Mode can be activated by disconnecting
connectors 1M59 and 1M49 and then by shorting for a moment
the two solder pads [1] on the Ambi Light Inverter Panel
(jumper 0101). See figure “Service Mode pads AmbiLight
panel”. In case of absence of this jumper (older boards), short
pin 5 of connector 1M59 to ground. Refer to chapter “Circuit
Diagrams and PWB Layouts” for details.

1

G_15950_049.eps

Figure 5-3 Service Mode pads AmbiLight panel

311006

Service Modes, Error Codes, and Fault Finding

EN 27BJ3.0A LA 5.

In this chassis, both single and double fitted boards can be
used. The double fitted boards are used in sets with 3 or 4
sided Ambi Light units whereas the single fitted boards are
used in sets with 2 sided Ambi Light units. A double fitted board
can drive 2 lamp units (6 lamps) and a single fitted board can
drive 1 lamp unit (3 lamps).

The double fitted boards are supplied by +12Va and +12Vb.
The microprocessor is supplied by +12Va.
Therefore, if only +12Va is available, lamp unit B will not work.
See figure “Building blocks of Converter Board” for details.

+12Va

Stab.

Board select

+5V

Inverters

µ

Processor

PWM out

+12Va

Lamp unit A

I²C

Lamp unit B

Protection

+12Vb (12

-13V)

G_15950_050.eps

060406

situation: one for protections detected by standby software and
one for protections detected by main software.
When the TV is in a protection state due to an error detected by
standby software (and thus blinking an error) and SDM is
activated via shortcutting the pins on the SSB, the TV starts up
until it reaches the situation just before protection. So, this is a
kind of automatic stepwise start-up. In combination with the
start-up diagrams below, you can see which supplies are
present at a certain moment. Important to know here is, that if
e.g. the 3V3 detection fails (and thus error 11 is blinking) and
the TV is restarted via SDM, the Stand-by Processor will
enable the 3V3, but will not go to protection now. The TV will
stay in this situation until it is reset (Mains/AC Power supply
interrupted).
When the TV is in protection state due to an error detected by
main software (Viper protection) and SDM is activated via
shortcutting the pins on the SSB, the TV starts up and ignores
the error. Due to architectural reasons it is possible that the TV
will end up in an undefined state (e.g. when the fast I

2

C bus is

blocked). In this case diagnose has to be done via ComPair.

The abbreviations “SP” and “MP” in the figures stand for:

• SP: protection or error detected by the Stand-by
Processor.

• MP: protection or error detected by the VIPER Main
Processor.

In the next transition diagrams for “POD” should be read “CI”.

Figure 5-4 Building blocks of Converter Board

The microprocessor performs the following tasks:

• Dimming of Ambi Light by means of PWM.

• Translation of I

2

C-bus commands to PWM.

• Switches the Ambi Light board to protection if needed (in
case of protection only the lamps switch off, no set
protection is triggered).

There are two ways of protection: parallel arcing protection and
serial arcing protection.
Parallel arcing protection is performed by sensing the
switching frequency. In case of short circuit of the transformer
output, this frequency > 100 kHz and the board goes into
protection.
Serial arcing protection is performed by detection of arc in
ground wire of the lamp units. In this case, the protection pulse
is transmitted via an opto-coupler.
Protection can be disabled by short-circuiting diode 6112 or
capacitor 2173 or by connecting pin 8 of the microprocessor to
ground.

Repair Tips

In case only one or no lamp unit at all works, probably the
+12Vb (12 - 13 V) is not available or the fuse is broken. Check
for broken MOSFETS or check if they are switched off properly
by the transistors connected to the PWM outputs of the
microprocessor.

In case the Ambi Light switches off after two seconds, serial
arcing or parallel arcing protection is active. Serial arcing
protection can be excluded by disconnecting the opto-coupler;
check for bad solder joints on transformer or lamp units.
Parallel arcing protection can be disabled by grounding pin 8 of
the microprocessor. Usually the switching frequency (normally
63 kHz) will then be too high. Possible causes are one
MOSFET of the converter has no gate drive or is broken, or
there is a short-circuit of the output of the transformer.

5.3 Stepwise Start-up

The stepwise start-up method, as known from FTL/FTP sets
(EMG based sets) is not valid any more. There are two possible

EN 28 BJ3.0A LA5.

Service Modes, Error Codes, and Fault Finding

Off

Mains

“off”

Mains

“on”

- WakeUp requested

- Acquisition needed

Stand-by

(Off St-by)

- POD Card remove

- Tact SW pushed

- No data Acquisition required
and no POD present

- Tact SW pushed

- WakeUp requested

- Acquisition needed

d

POD*

Stand-by

On

Only applicable for sets with CableCARDTM slot (POD)

*

Figure 5-5 Transition diagram

Semi

Stand-by

No data Acquisition

required and
POD present

GoToProtec

GoToProtection

tion

WakeUp

requested

- St-by requested

- Tact SW pushed

WakeUp

requested

Protection

Active

GoToProtection

F_15400_095.eps

020206

Service Modes, Error Codes, and Fault Finding

EN 29BJ3.0A LA 5.

action holder: M IPS

action holder: St-by

autonomous action

The audio protection circuit shuts down the supply
autonomously. This triggers a set restart and during that restart
(so at this check here), it will be observed that the audio
protection line is high and the audio protection mode is entered.
This condition is not valid for an SDI PDP . I n this PDP set , the
audio protection latch is not present and hence the HIGH
condition here will never be observed. As a result, when an
audio protection occurs, the set will restart and will enter a
supply protection mode because of a missing power supply.

Switching on the power supply in an LPL scanning
backlight set, also switches on the backlight supply.
The display should not be used the first 5 seconds
the backlight supply is running due to a pre-heat time
of 4s and a 100% light output (not adjustable) the next
second. This 5 second delay does not delay the startup
of the display as this time is absorbed in the startup time
of the rest of the system.

Off

Mains is appl ied

Standby Supply starts running.

+5V2, 1V2Stb, 3V3Stb and +2V5D become present.

In case of PDP 3V3 Vpr to CPU PDP becomes present.

st-by µP resets

All I/O lines have a High default state:

- Sound-Enable and Reset-Audio should remain high.

- NVM power line is high, no NVM communication possible.

Initialise I/O pins of the st-by µP, start keyboard scanning, RC

PDPGO line is high (either HW wise in a non FHP set or

because of the stby µP reset in a FHP set) which is the good

Switch LOW the NVM power reset line. Add a 2ms delay

before trying to address the NVM to allow correct NVM

Switch ON all supplies by switching LOW the POD-MODE

+5V, +8V6, +12VS, +12VSW and Vsound are switched on

- Assert the Viper reset.

detection, P50 decoding. Wake up reasons are off.

state at cold boot to be able to start the FHP.

Audio Protecti on Line

HIGH?

No

initialization.

and the ON-M ODE I/O lines.

Wait 50ms and then start polling the detect-

5V, detect-8V6 and detect-12V every 40ms.

Stand by or

Protection

If the protection state was left by short circuiting the

SDM pins, detection of a protection condition during

startup will stall the startup. Protection conditions in a

playing set will be ignored. The protection mode will

- Switch Sound-Enable and Reset-Audio high.

not be entered.

They are low in the standby mode if the

standby mode lasted longer than 10s.

Yes

Audio Error

SP

Swi tching t he POD -M ODE
low in an FHP PDP set
makes the CP U GO go high
and starts the P DP CP U .

The availability of the supplies is checked through detect signals (delivered by

dedicated detect-IC's) going to the st-by µP. These signals are available for

+12V, +8V6, +5V, +1V2 and +2V5. A low to high transition of the signals should

occur within a certain time after toggling the standby line. If an observer s is

detected before the time-out elapses, of course, the process should continue in

order to minimize start up time.

Swi tching t he POD-MO DE and the
ON-mode low in an SDI PDP set
makes the PD P supplies go to the
ON mode.

No

- Only when the PDPGO is low, a retry should be
considered (the PDP could have reset internally). If
the PDPGO is already high, there is no use in trying
to restart.

- PDPGO li ne is pulled high i n all non FHP sets so
this extra startup delay in case of a fault condition
is not valid.

- Switching the PDPGO high will give a visual
artefact and should only be done if really
necessary.

detect-5V

received within 2900 ms after

POD-MODE I/O line

toggle?

Yes

activate +5V supply detection algorithm

No

Yes

PDPGO

=

High?

No

Switch PDPGO high:

PDP should start: 5V, 8V6 and

12V are activated

detect-5V

received within

2900 ms after PD PGO

toggle?

Yes

No

+5V erro r

SP

detect-12VSW received within

2900 ms after POD -m ode I /O

line toggle?

Yes

activate +12VSW supply

detection algorithm

No need to wait for the 8V6 detection at this point.

Enable the +1V2 supply (ENABLE-1V2)

To part BTo part B To part B To part B

No

+12V error

SP

detect-8V6 rece ived

within 6300 ms after POD-mode I/O line

toggle? Startup shall not wait for this

detection and continue startup.

No

Yes

G_15960_118a.eps

200406

Figure 5-6 “Off” to “Semi Stand-by” flowchart (part 1)

EN 30 BJ3.0A LA5.

action holder: M IPS

action holder: St-by

autonomous action

Service Modes, Error Codes, and Fault Finding

From part AFrom part A From part A From part A

Start polling the detect-1V2 every 40ms

+8V6 erro r

activate +8V6 supply

detection algorithm

SP

detect-1V2

received within

250ms?

No

+2.5V and +3.3V (ENABLE-3V3)

Start polling the detect-3V3 every 40ms

Activate supply detection algorithms for

Yes

Enable the supply for

detect-3V3

received within

250 ms?

Yes

+1V2 and +3V3

SUPPLY-FAULT I/O line

is High?

Yes

Enable the supply fault detection

interrupt

No

+1.2V error

SP

No separate enable and
detect is present for the +2V5
supply in the Baby Jaguar.

+3.3V errorNo

SP

Supply fa ult erro rNo

SP

return

Set I²C slave address

of Standby µP to (A0h)

Detect EJTAG debug probe

(pulling pin of the probe interface to

ground by inserting EJTAG probe)

EJTAG probe
connected ?

No

No

Release viper reset

Feed warm boot script(2)

No

No

Cold boot?

Yes

Release viper reset

Feed cold boot script(1)

Release PNX2015 reset 100ms after

Viper reset is released

Bootscript ready

in 1250 ms?

Yes

Set I²C slave address

of Standby µP to (64h)

Yes

Release vipe r reset

Feed initializing boot script (3)

disable alive mechanism

Release PNX2015 reset 100ms

after Viper reset is released

RPC start (comm . protocol )

To part C To part C To part C To part C

Figure 5-7 “Off” to “Semi Stand-by” flowchart (part 2)

G_15960_118b.eps

030806

Service Modes, Error Codes, and Fault Finding

F

F

F

F

EN 31BJ3.0A LA 5.

rom part A

Disable all supply related protections and

switch off the +2V5, +3V3 DC/DC converter.

3- th try?

Yes

Log Code as

error code

rom part B

Code = 5

Switch Viper in reset

Wait 10ms

Switch the NVM reset

line HI GH .

Wait 5ms

switch off the remaining DC/DC

converters

Switch POD-MODE and ON-MODE

I/O line hi gh.

No

Code = 53

No

Wait for the +8V6 to be detected if not yet present. (if

it does not come, the standby µP will enter a

protection mode, this is not a dead end here)

- Register PIIConfig of the Pacific3: LVDS function should be set to 0
(CMOS input) in the Baby Jaguar platform.

- POIConfig: lvds function should be set to 0 (CMOS out on Baby)

- PanelConfig register: PanelOff = 0, PanelOn = 1. P3 can always be
on, switching of lvds is done through PNX.

rom part B

Flash to Ram im age

transfer succeeded

wit hin 30 s?

Yes

Viper SW initialization

succeeded
wit hin 20 s?

Yes

Enable Alive check mechanism

MIPS reads the wake up reason

from standby µP.

Set is

SDI PDP or

FHP PDP?

Yes

No

Yes

rom part B

Wait until Viper starts to

communicate

Power OK-display is

High?

action holder: M IPS

action holder: St-by

autonomous action

Log display error No

MP

SP

Was Pacific responding

to I²C?

No

Log Pacific error and

Go to Standby

yes

(AVIP's need to be started before the MPIF's in order to have a good clock distribution).
AVIP default power-up mode is Standby. The Viper instructs AVIP via I²C to enable all the
PLL's and clocks and hence enter to Full Power mode. See FMS AVIP for further details
and the rest of the initialization.

initialize PNX201 5 HD subsystem according

FMS i nform atio n

MPIF's should be initializ ed according t he FMS inform ati on.
MPIF should deliver 2 observers:
POR= 0; normal operation
ROK = 1; reference frequency is present (coming from AVIP)

All observers present with correct state?

Yes

Initialize tuners and Hirate

Initialize source selection

Initialize video processing IC's

- Spider

Initialize Columbus
Initialize 3D Combfilter
Initialize AutoTV

Do not enter semi-standby state in case of an LPL
scanning backlight LCD set before 4s preheating timer has
elapsed.

Initialize Pacific related Ambilight settin gs

(if applicable)

No

Log appropriate
Observer err or

Standby

Initialize Ambilight with Lights off.

Semi-Standby

Figure 5-8 “Off” to “Semi Stand-by” flowchart (part 3)

G_15960_118c.eps

301106

EN 32 BJ3.0A LA5.

The as sumption her e is that a fas t toggle

(<1s ) can only happen during ON ->SEMI

have to delay the sem i -> stby tran sition

Service Modes, Error Codes, and Fault Finding

LCD SHARP 32"/37" 1366*768 ASV2.3

Constraints taken into account:

- Display may only be started when v alid QVCP output clock can be delivered by the Viper.

- Between 0 and 20 ms after power is supplied, display should receiv e v alid lv ds clock.

- minimum wait time to switch on the lamp after power up is 200ms.

- RGB (on QVCP output) may be unblanked before valid output is av ailable. Unblanking of the
picture happens with the use of the 'lamp on', not with the RGB. By doing so, black lev el
differences during startup are avoided.

Semi Standby

->ON. In these states, the Vip e r is still

active and can prov ide the 1s delay. If

the transition ON->SEMI->STBY->SEMI-

>ON can be made in less than 1s, we

until the requirement is met .

Wait until prev ious on- state is left mor e than 1

s ec ond ago. (to prevent LC D display pr oblems )

As ser t R GB video blanking

and audio mute

action holder: M I P S

action holder: St-by

autonomous action

Initialize audio and video proc ess ing IC 's and

functions according needed use case.

Rew r ite Pacific regis t er 0x03 (output f or mat) with TcuUpdate:

this command is sometim es not processed properly by the

Pacific at initialisat ion time, r esending it her e solves t he is sue.

W ait unt il QVCP generates a valid lvds output

Star t to apply v alid interfac e signals t o the module (LVD S) w ithin a time

frame of min. 17.5ms to max. 37.5ms after supply sw itch on.

In implementation, use 25ms , this mak es it c ompatible w ith 37HD"Shar p

(t=17.5ms is the supply switch-on delay taken i nto account)

wait 250ms (min. = 200ms)

Switch on LC D lamp after v alid, s table video, c or r es ponding

to the r equested output is deliver ed by t he Viper

clock.

Switch of f R GB blanking

Switch on LCD supply

(LCD-Power-on)

(lamp ready delay)

This unblank is moved forwards on demand

of SW to allow to obt ain valid Q VC P output

Switch A udio-R eset and sound enable low and demute

Active

Figure 5-9 “Semi Stand-by” to “Active” flowchart 32 & 37” displays

G_15972_004.eps

031106

Service Modes, Error Codes, and Fault Finding

EN 33BJ3.0A LA 5.

LCD LPL 26" WX2-SLB2 / 32 "W01-SL06 /

37"WX1-SL04/

42"WU02-SLB1 / 42" WX3-SLA1 / 42” WX2-SLA1 / 47” WU1-SLC2

Constraints taken into account:

- Display may only bestarted when valid QVCP output clock can be delivered by the Viper.

- Between 5 and 50 ms after power is supplied, displayshould receive valid lvds clock.

- minimum wait time to switch on the lamp after power up is 200ms.

- To have a reliable operation of the backlight, the backlight should be driven with a PWM
duty cycle of 100% during the first second. Only after this first second, the PWM may be set
to the required output level (Note that the PWM output should be present before the
backlight isswitched on). To minimize the artefacts, the picture should only beunblanked
after this first second.

action holder: MIPS

action holder: St-by

autonomous action

Semi Standby

The assumption here is that a fast toggle

(<2s) can only happen during ON->SEMI -

>ON. In thesestates, the Viper is still active

and can provide the 2s delay. If the

transition ON->SEMI->STBY->SEMI->ON

can be made in less than 2s, we have to

delay the semi -> stby transition until the

requirement is met.

Wait until previous on-state is left more than 2

seconds ago. (to prevent LCD display problems)

Assert RGB video blanking

and audio mute

Initialize audio and video processing IC's and

functions according needed use case.

Rewrite Pacific register 0x03 (output format) with TcuUpdate: this

command is sometimes not processed properly by the Pacific at

initialisation time, resending it here solves the issue.

Wait until QVCP generatesa valid output

Start to apply valid interface signals to the module (LVDS) within a time

frame of min. 22.5ms to max. 67.5ms after supply switch on.

In implementation, use 25ms, this makes it compatible with 37"HDSharp

(t=17.5ms is the supply switch-on delay taken into account)

Switch off the dimming backlight feature and

make sure PWM output is set to 100%

Leave backlight on with PWM

Restore dimming backlight feature and PWM outputand switch off RGB

blanking when valid, stable video, corresponding to the requested output is

delivered by the Viper AND the 1second delay has elapsed.

Switch Audio-Reset and sound enable low and demute

clock.

Switch on LCD supply

(Viper: LCD-Power-on)

wait 250ms (min. = 200ms)

Switch on LCD backlight

at 100% for 1 second

Register PanelTiming of the Pacific3:
Timing is not important since the
LCD power signal is controlled by the
Viper, default values can be used.

Active

Figure 5-10 “Semi Stand-by” to “Active” flowchart 42” displays

G_16470_002.eps

301106

EN 34 BJ3.0A LA5.

Service Modes, Error Codes, and Fault Finding

LCD LPL 26" WX2-SLB2 / 32"W01-SL06 /

37"WX1-SL04/

42"WU02-SLB1 / 42" WX3-SLA1 / 42” WX2-SLA1 / 47” WU1-SLC2

Constraints taken into account:

- Display may only bestarted when valid QVCP output clock can be delivered by the Viper.

- Between 5 and 50 ms after power is supplied, displayshould receive valid lvds clock.

- minimum wait time to switch on the lamp after power up is 200ms.

- To have a reliable operation of the backlight, the backlight should be driven with a PWM
duty cycle of 100% during the first second. Only after this first second, the PWM may be set
to the required output level (Note that the PWM output should be present before the
backlight isswitched on). To minimize the artefacts, the picture should only beunblanked
after this first second.

action holder: MIPS

action holder: St-by

autonomous action

Semi Standby

The assumption here is that a fast toggle

(<2s) can only happen during ON->SEMI -

>ON. In thesestates, the Viper is still active

and can provide the 2s delay. If the
transition ON->SEMI->STBY->SEMI->ON
can be made in less than 2s, we have to

delay the semi -> stby transition until the

requirement is met.

Wait until previous on-state is left more than 2

seconds ago. (to prevent LCD display problems)

Assert RGB video blanking

and audio mute

Initialize audio and video processing IC's and

functions according needed use case.

Rewrite Pacific register 0x03 (output format) with TcuUpdate: this

command is sometimes not processed properly by the Pacific at

initialisation time, resending it here solves the issue.

Wait until QVCP generates a valid output

Start to apply valid interface signals to the module (LVDS) within a time

frame of min. 22.5ms to max. 67.5ms after supply switch on.

In implementation, use 25ms, this makes it compatible with 37"HDSharp

(t=17.5ms is the supply switch-on delay taken into account)

Switch off the dimming backlight feature and

make sure PWM output is set to 100%

Leave backlight on with PWM

clock.

Switch on LCD supply

(Viper: LCD-Power-on)

wait 250ms (min. = 200ms)

Switch on LCD backlight

at 100% for 1 second

Register PanelTiming of the Pacific3:
Timing is not important since the
LCD power signal is controlled by the
Viper, default values can be used.

Restore dimming backlight feature and PWM outputand switch off RGB

blanking when valid, stable video, corresponding to the requested output is

delivered by the Viper AND the 1second delay has elapsed.

Switch Audio-Reset and sound enable low and demute

Active

Figure 5-11 “Semi Stand-by” to “Active” flowchart 47” display

G_16470_002.eps

301106

Service Modes, Error Codes, and Fault Finding

LCD SHARP 32”/37" 1366*768 ASV2.3

action holder: M I P S

Active

action holder: St-by

autonomous action

Mute all s ound outputs .

EN 35BJ3.0A LA 5.

Switc h r eset- audio and sound-enable

Wai t 0ms. (No need to wait here

Switch off 12V LCD suppl y within a tim e frame of max.

1000ms after LVDS switch off.

(Viper I/O: LCD_PWR_ON)

lines high

switch off LCD lamp

Mut e all video outputs

for the 37" Sharp panel)

Switch off LVDS si gnal

Semi Standby

G_15972_003.eps

Figure 5-12 “Active” to “Semi Stand-by” flowchart 32 & 37” displays

301006

EN 36 BJ3.0A LA5.

LCD LPL [26"SLB2 / 32"SL06 / 37"SL04 / 42"SLB1 / 42"SLA1]
or LCD AUO [26"/32" XW02 V4/V5] / 47” WU1-SLC2

Service Modes, Error Codes, and Fault Finding

Active

Mute all sound outputs.

Switch reset-audio and sound-enable

lines high

switch off LCD lamp

Mute all video outputs

Wait 250ms (min. = 200ms)

Switch off LVDS signal

(Viper I/O: PD-LVDS)

action holder: MIPS

action holder: St-by

autonomous action

Switch off 12V LCD supply within a time frame of min. 0.5

ms to max. 50msafter LVDS switch off.

(Viper I/O: LCD_PWR_ON)

Semi Standby

Figure 5-13 “Active” to “Semi Stand-by” flowchart 42” displays

G_16470_003.eps

011206

Service Modes, Error Codes, and Fault Finding

LCD LPL [26"SLB2 / 32"SL06 / 37"SL04 / 42"SLB1 / 42"SLA1]

or LCD AUO [26"/32" XW02 V4/V5] / 47” WU1-SLC2

EN 37BJ3.0A LA 5.

Active

Mute all sound outputs.

Switch reset-audio and sound-enable

lines high

switch off LCD lamp

Mute all video outputs

Wait 250ms (min. = 200ms)

action holder: MIPS

action holder: St-by

autonomous action

Switch off LVDS signal

(Viper I/O: PD-LVDS)

Switch off 12V LCD supply within a time frame of min. 0.5

ms to max. 50msafter LVDS switch off.

(Viper I/O: LCD_PWR_ON)

Semi Standby

Figure 5-14 “Active” to “Semi Stand-by” flowchart 47” display

G_16470_003.eps

011206

EN 38 BJ3.0A LA5.

Service Modes, Error Codes, and Fault Finding

Semi Stand by

Delay transition until ramping down of ambient light is

finished. *)

action holder: M I P S

action holder: St-by

autonomous ac tion

Switch a mbient light to passive mode with RGB

values on zero. *)

transfer Wake up reasons to the

Stand by µP.

Images are re-transferred to DDR-RAM from

Flash RAM (verification through checksum)

MI P S i m age com plet es the appli cation rel oad,

stops DDR- RAM acce ss, pu ts itself in a

sleepmode and signals the standby µP when the

standby mode can be entered.

DDR-RAM is put in self refresh mode and the images

are kept in the hibernating D DR-R AM .

Wait 5ms

Switch Viper in reset state

*) If this is not performed and the set is
switched to standby when the ramping of
the EPLD is still ongoing, the lights will
remain lit in standby.

Important remark:

release reset audio and sound-

enable 10 sec after entering

standby to save power

Wait 10m s

Switch the NVM reset line HIGH.

Disable all supply related protections and switch off

the +2V5, +3V3 DC/DC converter.

Wait 5ms

switch off the remaining DC/DC converters

Switch OFF all supplies by switching HIGH the POD-

MODE and the ON-MO DE I/O lines .

Stand by

For PDP this means CPUGO
becomes low.

G_15960_133.eps

100306

Figure 5-15 “Semi Stand-by” to “Stand-by” flowchart

Service Modes, Error Codes, and Fault Finding

EN 39BJ3.0A LA 5.

action holder: M I P S

action holder: St-by

autonomous ac tion

If needed to speed up this transition,

this block could be omitted. This is

depending on the outcome of the

safety investigations.

MP

Log the appropriate error and

set stand-by flag in NVM

Redefine wake up reasons for protection

state and transfer to stand-by µP.

Switch off LCD lamp supply

Wait 250ms (min. = 200ms)

Switch off LVDS signal

Switch off 12V LCD supply within a time frame

of min. 0.5ms to max. 50ms after LVDS switch

off.

Ask stand-by µP to enter protection state

SP

Switch Viper in reset state

Wait 10ms

Switch the NVM reset line HIGH.

Disable all supply related protections and switch off

the +2V5, +3V3 DC/DC converter.

Wait 5ms

switch off the remaining DC/DC con vert ers

Switch OFF all supplies by switching HIGH the POD-

MODE and the ON-MO DE I/O lines .

Flash LED i n order to indicat e

protection state*. (see FRS) (*): This can be the standby LED or the ON LED

depending on the availability in the set under
discussion.

Protection

Figure 5-16 “Protection” flowchart

G_15960_137.eps

100306

EN 40 BJ3.0A LA5.

5.4 Service Tools

5.4.1 ComPair

Introduction

ComPair (Computer Aided Repair) is a service tool for Philips
Consumer Electronics products. ComPair is a further
development on the European DST (service remote control),
which allows faster and more accurate diagnostics. ComPair
has three big advantages:

1. ComPair helps you to quickly get an understanding on how
to repair the chassis in a short time by guiding you
systematically through the repair procedures.

2. ComPair allows very detailed diagnostics (on I
is therefore capable of accurately indicating problem areas.
You do not have to know anything about I
yourself because ComPair takes care of this.

3. ComPair speeds up the repair time since it can
automatically communicate with the chassis (when the
microprocessor is working) and all repair information is
directly available. When ComPair is installed together with
the Force/SearchMan electronic manual of the defective
chassis, schematics and PWBs are only a mouse click
away.

Specifications

ComPair consists of a Windows based fault finding program
and an interface box between PC and the (defective) product.
The ComPair interface box is connected to the PC via a serial
(or RS-232) cable.
For this chassis, the ComPair interface box and the TV
communicate via a bi-directional service cable via the service
connector(s).

The ComPair fault finding program is able to determine the
problem of the defective television. ComPair can gather
diagnostic information in two ways:

• Automatically (by communicating with the television):
ComPair can automatically read out the contents of the
entire error buffer. Diagnosis is done on I
ComPair can access the I
ComPair can send and receive I
the microcontroller of the television. In this way, it is
possible for ComPair to communicate (read and write) to
devices on the I

2

C/UART buses of the TV-set.

• Manually (by asking questions to you): Automatic
diagnosis is only possible if the microcontroller of the
television is working correctly and only to a certain extent.
When this is not the case, ComPair will guide you through
the fault finding tree by asking you questions (e.g. Does the

screen give a picture? Click on the correct answer: YES /
NO) and showing you examples (e.g. Measure test-point I7
and click on the correct oscillogram you see on the
oscilloscope). You can answer by clicking on a link (e.g.
text or a waveform picture) that will bring you to the next

step in the fault finding process.

By a combination of automatic diagnostics and an interactive
question / answer procedure, ComPair will enable you to find
most problems in a fast and effective way.

How to Connect

This is described in the chassis fault finding database in
ComPair.

Caution: It is compulsory to connect the TV to the PC as
shown in the picture below (with the ComPair interface in
between), as the ComPair interface acts as a level shifter. If
one connects the TV directly to the PC (via UART), ICs will be
blown!

2

C/UART bus of the television.

2

C/UART commands to

Service Modes, Error Codes, and Fault Finding

2

C level) and

2

C commands

2

C/UART level.

5.4.2 LVDS Tool

Figure 5-17 ComPair interface connection

How to Order

ComPair order codes (EU/AP/LATAM):

• Starter kit ComPair32/software and ComPair interface
(excl. transformer): 3122 785 90450.

• ComPair interface (excl. transformer): 3122 785 90520.

• ComPair32 CD (update): 3122 785 60140.

• Transformer (non-UK): 4822 727 21632.

• Transformer (UK): 4822 727 21633.

• ComPair interface cable: 3122 785 90004.

• ComPair interface extension cable: 3139 131 03791.

• ComPair UART interface cable: 3122 785 90630.

Note: If you encounter any problems, contact your local
support desk.

Introduction

This service tool (also called “ComPair Assistant 1“) may help
you to identify, in case the TV does not show any picture,
whether the Small Signal Board (SSB) or the display of a Flat
TV is defective.
Furthermore it is possible to program EPLDs with this tool (Byte
blaster). Read the user manual for an explanation of this
feature.

Since 2004, the LVDS output connectors in our Flat TV models
are standardised (with some exceptions). With the two
delivered LVDS interface cables (31p and 20p) you can cover
most chassis (in special cases, an extra cable will be offered).

When operating, the tool will show a small (scaled) picture on
a VGA monitor. Due to a limited memory capacity, it is not
possible to increase the size when processing high-resolution
LVDS signals (> 1280x960). Below this resolution, or when a
DVI monitor is used, the displayed picture will be full size.

Generally this tool is intended to determine if the SSB is
working or not. Thus to determine if LVDS, RGB, and sync
signals are okay.

How to Connect

Connections are explained in the user manual, which is packed
with the tool.

Note: To use the LVDS tool, you must have ComPair release
2004-1 (or later) on your PC (engine version >= 2.2.05).
For every TV type number and screen size, one must choose
the proper settings via ComPair. The ComPair file will be
updated regularly with new introduced chassis information.

How to Order

• LVDS tool (incl. two LVDS cables: 31p and 20p):
3122 785 90671.

• LVDS tool Service Manual:
3122 785 00810.

TO

UART SERVICE

CONNECTOR

PC VCR I2CPower

I2C SERVICE

CONNECTOR

9V DC

E_06532_021.eps

180804

TO

Service Modes, Error Codes, and Fault Finding

EN 41BJ3.0A LA 5.

• LVDS cable 31p/FI -> 31p/FI (for JL2.1 chassis):
3122 785 90861.

• LVDS cable 30p/DF -> 31p/FI (for LC4.3 chassis):
3122 785 90821.

• LVDS cable 41p/FI -> 31p/FI (dual -> single LVDS):
3122 785 90831.

• LVDS cable 20p/DF -> 20p/DF (standard with tool):
3122 785 90731.

• LVDS cable 31p/FI -> 31p/FI (standard with tool):
3122 785 90662.

• LVDS cable 20p/DF -> 20p/DF (for LC4.1 chassis):
3122 785 90851.

5.5 Error Codes

5.5.1 Introduction

The error code buffer contains all detected errors since the last
time the buffer was erased. The buffer is written from left to
right, new errors are logged at the left side, and all other errors
shift one position to the right.
When an error occurs, it is added to the list of errors, provided
the list is not full. When an error occurs and the error buffer is
full, then the new error is not added, and the error buffer stays
intact (history is maintained), except when the error is a
protection error.
To prevent that an occasional error stays in the list forever, the
error is removed from the list after more than 50 hrs. of
operation.
When multiple errors occur (errors occurred within a short time
span), there is a high probability that there is some relation
between them.

Basically there are three kinds of errors:

• Errors detected by the Stand-by Processor. These
errors will always lead to protection and an automatic start
of the blinking LED for the concerned error (see paragraph
“The Blinking LED Procedure”). In these cases SDM can
be used to start up (see chapter “Stepwise Start-up”). Note
that it can take up to 90 seconds before the TV goes to
protection and starts blinking the error (e.g. error 53)

• Errors detected by VIPER that lead to protection. In this
case the TV will go to protection and the front LED should
also blink the concerned error. Depending on the software
version it is possible that this mechanism does not work.
See also paragraph “Error Codes” -> “Error Buffer” ->
“Extra Info”.

• Errors detected by VIPER that do not lead to
protection. In this case the error will be logged into the
error buffer and can be read out via ComPair, via blinking
LED method, or in case you have picture, via SAM.

• If the content of the error buffer has not changed for 50+
hours, it resets automatically.

5.5.4 Error Buffer

In case of non-intermittent faults, clear the error buffer before
you begin the repair (before clearing the buffer, write down the
content, as this history can give you significant information).
This to ensure that old error codes are no longer present.
If possible, check the entire contents of the error buffer. In
some situations, an error code is only the result of another error
code and not the actual cause (e.g., a fault in the protection
detection circuitry can also lead to a protection).
There are several mechanisms of error detection:

• Via error bits in the status registers of ICs.

• Via polling on I/O pins going to the stand-by processor.

• Via sensing of analogue values on the stand-by processor
or the Viper.

• Via a “not acknowledge” of an I

Take notice that some errors need more than 90 seconds
before they start blinking. So in case of problems wait 2
minutes from start-up onwards, and then check if the front LED
is blinking.

2

C communication

5.5.2 How to Read the Error Buffer

Use one of the following methods:

• On screen via the SAM (only if you have a picture). E.g.:
– 00 00 00 00 00: No errors detected
– 06 00 00 00 00: Error code 6 is the last and only

detected error

– 09 06 00 00 00: Error code 6 was first detected and

error code 9 is the last detected error

• Via the blinking LED procedure (when you have no
picture). See next paragraph.

•Via ComPair.

5.5.3 How to Clear the Error Buffer

Use one of the following methods:

• By activation of the “RESET ERROR BUFFER” command
in the SAM menu.

• With a normal RC, key in sequence “MUTE” followed by
“062599” and “OK”.

EN 42 BJ3.0A LA5.

Service Modes, Error Codes, and Fault Finding

Table 5-2 Error code overview

Error Description Error/Prot Detected by Device Defective module Result

1

I2C1

2

I2C2

3

I2C3

4

I2C4
5 VIPER does not boot P Stby µP PNX8550 / Protection + Error blinking
6 5V supply P Stby µP / / Protection + Error blinking
7 8V6 supply P Stby µP / / Protection + Error blinking
8 1.2V DC/DC P Stby µP / / Protection + Error blinking
11 3.3V DC/DC P Stby µP / / Protection + Error blinking
12 12V supply P Stby µP / / Protection + Error blinking
14 Audio P Stby µP / / Protection + Error blinking
18 MPIF1 ref. freq. E VIPER PNX3000 IF I/O Error logged
25 Supply fault P Stby µP n.a. / Protection + Err or blinking
27 PNX2015 HD subsystem part E VIPER / / see extra info
29 AVIP 1 E VIPER / / see extra info
31 AVIP 2 E VIPER / / see extra info
32 MPIF1 E VIPER PNX3000 Analog 1 front end 1 Error logged
34 Tuner1 E VIPER / Tuner 1 Error logged
36 OFDM (channel decoder) E VIPER TDA10046 / Error logged
39 POD/Common Interface E VIPER STV0701 / Error logged
43 Hi Rate Front End E VIPER TDA9975 HDMI Error logged
44 NVM P Stby µP / / see extra info
45 Columbus 1 E VIPER PNX2015 Comb filter Error logged
46 Pacific 3 E VIPER / / TV to standby + Error logged
53 VIPER P Stby µP PNX8550 / Protection + Error blinking
63 Power OK P VIPER / / Protection + Error blinking (see extra i nfo)
64 Display E VIPER / / Error logged

P/E VIPER /
E VIPER /
P Stby µP / / Protection + Error blinking
P VIPER /

I2C1_blocked
I2C2_blocked

I2C4_blocked

Protection + Error blinking / Error logged
Error logged

Protection + Error blinking

Extra Info

• Rebooting. When a TV is constantly rebooting due to
internal problems, most of the time no errors will be logged
or blinked. This rebooting can be recognised via a ComPair
interface and Hyperterminal (for Hyperterminal settings,
see paragraph “Stand-by software upgrade”). You will see
that the loggings which are generated by the main software
keep continuing. In this case (rebooting) diagnose has to
be done via ComPair.

• Error 1 (I

2

C bus 1 blocked). Depending on the software

version we can have two possibilities:

- The TV goes into protection and the front LED will blink
error 1. Now you can start up the TV via the SDM short-cut
pins on the SSB. The TV will start up and ignores the error.
Depending on the problem it is even possible that you have
picture.

- With this error, probably only the green LED lights up. The
TV does not go into protection but error 1 will still be logged
in the error buffer. In some cases you can have picture and
sound and then you can check the error buffer. Otherwise
use ComPair for further diagnosis (e.g. read out the NVM
content).

• Error 2 (I

2

C bus 2 blocked). Depending on the software

version, there are two possibilities:

- The TV will not start or will keep rebooting. Due to
hardware restriction (I
impossible to start up the VIPER when I

2

C-bus 2 is the fast I2C-bus), it will be

2

C-bus 2 is
blocked. When this error occurs, the TV will not start (but
probably you will see the green LED) or will keep rebooting
(see “Rebooting” description on how to recognize). Starting
up the TV via the SDM short-cut pins will not work. So it will
not be possible to read out error 2 via internal software
(although it will be logged). Use ComPair for further
diagnose (e.g. read out the NVM content).

- The TV will go to standby. Due to occasional Pacific
problems, it is possible that the Pacific will block the I
bus 2. Therefore it has been decided that the TV has to go
to stand-by in all cases of a blocked I
to error 46 description.

• Error 3 (I
on I

2

C bus 3 blocked). There are only three devices

2

C bus 3: VIPER, Stand-by Processor, and NVM. The

2

C bus 2. Refer also

Stand-by Processor is the detection device of this error, so
this error will only occur if the VIPER or the NVM is blocking

the bus. This error will also blink when the NVM gives no
acknowledge on the I

2

C bus. Note that if the 12 V supply is
missing, the DC/DC supply on the SSB will not work.
Therefore the VIPER will not get supplies and could block

2

C bus 3. So, a missing 12 V can also lead to an error 3.

I

• Error 4 (I

2

C bus 4 blocked). In this chassis, error 4 is no

longer a protection error.

• Error 5 (VIPER does not boot). This error will point to a
severe hardware problem around the VIPER (supplies not
OK, VIPER completely dead, I

2

C link between VIPER and

Stand-by Processor broken, etc...).

• Error 7 (8V6 error). In case of a TV with SDI display you
will see error 7 blink in case of an audio protection. So
except a problem with the 8V6 itself it is also possible that
there is something wrong with the audio part. See also
paragraph "Hardware Protections" for this.

• Error 14 (Audio protection). The detection is done on the
audio board itself. Several items are monitored:
overvoltage, overcurrent, DC level on the speakers and the
audio supply voltages. If one of these items fails, the
audioprotection will switch off the main supply. All supplies
will drop, the standby processor “thinks” there is a mains
dip, and will reboot. At the beginning of the boot process,
the audio-protection line is monitored: if this line is “active”,
the set will go to protection and will blink error 14.

• Error 27 (PNX2015 HD subsystem part). Diagnosing this
error will not be possibly via the normal errorcodes. In case
this device can not communicate with the Viper via I²C, it
will not be possible to initialise the tunnelbus. Hence the
software will not be able to start up, and will re-boot
constantly. Diagnosing these problems will only be
possible via ComPair. In theory it is possible that the error
is logged in the NVM (that’s why this error is still mentioned
here).

2

C-

• Error 29 (AVIP 1). Same remark as for error 27.

• Error 31 (AVIP 2). Same remark as for error 27.

• Error 44 (NVM). This error will probably never occur
because it is masked by error 3 (I
mechanism for error 3 checks on an I

2

C bus 3). The detection

2

C acknowledge of
the NVM. If NVM gives no acknowledge, the stand-by
software assumes that the bus is blocked, the TV goes to
protection and error 3 will be blinking..

Service Modes, Error Codes, and Fault Finding

EN 43BJ3.0A LA 5.

• Error 46 (Pacific 3). When this errors occurs the TV will go
to stand-by. The reason for this is, when there is an
occasional boot problem of the Pacific, it will look like the
TV has started up in stand-by mode, and the customer can
switch it on again. When there is an actual problem with or
around the Pacific the TV will go to stand-by every time you
try to start up. So this behaviour is an indication of a Pacific
problem. But remind that also a blocked I2C-bus 2 can lead
to this behaviour (refer also to error 2 description).

• Error 53. This error will indicate that the VIPER has started
to function (by reading his boot script, if this would have
failed, error 5 would blink) but initialization was never
completed because of hardware peripheral problems
(NAND flash, ...) or software initialization problems.
Possible cause could be that there is no valid software
loaded (try to upgrade to the latest main software version).
Note that it takes 90 seconds before the TV goes to
protection in this case.

• Error 63 (POWER OK). When this error occurs, it means
that the POWER-OK line did not became “high”. This error
is only applicable for TV’s with a SDI display, a FHP display
or a Sharp full HD display. Depending on the software
version it is possible that the detection mechanism of this
error does not function and that the TV keeps rebooting.

• Error 64 (Display error). When this error occurs it means
that there is a problem with the I
the display. Allthough several display types communicate

2

C, this error will only work for TV’s with a FHP display.

via I

2

C communication towards

5.6 The Blinking LED Procedure

5.6.1 Introduction

The blinking LED procedure can be split up into two situations:

• Blinking LED procedure in case of a protection detected by
the stand-by processor. In this case the error is
automatically blinked. This will be only one error, namely
the one that is causing the protection. Therefore, you do
not have to do anything special, just read out the blinks. A
long blink indicates the decimal digit, a short blink indicates
the units.

• Blinking LED procedure in the “on” state. Via this
procedure, you can make the contents of the error buffer
visible via the front LED. This is especially useful for fault
finding, when there is no picture.

When the blinking LED procedure is activated in the “on” state,
the front LED will show (blink) the contents of the error-buffer.
Error-codes > 10 are shown as follows:

1. “n” long blinks (where “n” = 1 - 9) indicating decimal digit,

2. A pause of 1.5 s,

3. “n” short blinks (where “n”= 1 - 9),

4. A pause of approx. 3 s.

5. When all the error-codes are displayed, the sequence
finishes with a LED blink of 3 s,

6. The sequence starts again.

Example: Error 12 8 6 0 0.
After activation of the SDM, the front LED will show:

1. 1 long blink of 750 ms (which is an indication of the decimal
digit) followed by a pause of 1.5 s,

2. 2 short blinks of 250 ms followed by a pause of 3 s,

3. 8 short blinks followed by a pause of 3 s,

4. 6 short blinks followed by a pause of 3 s,

5. 1 long blink of 3 s to finish the sequence,

6. The sequence starts again.

• Transmit the commands “MUTE” - “062500” - “OK”
with a normal RC. The complete error buffer is shown.
Take notice that it takes some seconds before the blinking
LED starts.

•Transmit the commands “MUTE” - “06250x” - “OK”
with a normal RC (where “x” is a number between 1 and

5). When x= 1 the last detected error is shown, x= 2 the

second last error, etc.... Take notice that it takes some

seconds before the blinking LED starts.

5.7 Protections

5.7.1 Software Protections

Most of the protections and errors use either the stand-by
microprocessor or the VIPER controller as detection device.
Since in these cases, checking of observers, polling of ADCs,
filtering of input values are all heavily software based, these
protections are referred to as software protections.
There are several types of software related protections, solving
a variety of fault conditions:

• Protections related to supplies: check of the 12V, +5V,
+8V6, +1.2V and +3.3V.

• Protections related to breakdown of the safety check
mechanism. E.g. since a lot of protection detections are
done by means of the VIPER, failing of the VIPER
communication will have to initiate a protection mode since
safety cannot be guaranteed any more.

Remark on the Supply Errors

The detection of a supply dip or supply loss during the normal
playing of the set does not lead to a protection, but to a cold
reboot of the set. If the supply is still missing after the reboot,
the TV will go to protection.

Protections during Start-up

During TV start-up, some voltages and IC observers are
actively monitored to be able to optimise the start-up speed,
and to assure good operation of all components. If these
monitors do not respond in a defined way, this indicates a
malfunction of the system and leads to a protection. As the
observers are only used during start-up, they are described in
the start-up flow in detail (see paragraph “Stepwise Start-up").

5.7.2 Hardware Protections

There are no real hardware protections in this chassis..
Allthough, in case of an audio problem, the audio protection
circuit will switch off the main supply. The stand-by
microprocessor will interpret this as a mains dip and will try to
start up again.
In case of a TV with SDI display this will probably lead to
protection error 7 (8V6 error) and an internal error 11 (so it
looks like an overvoltage protection of the SDI supply itself).
In other cases it will lead to error 14 (audio protection).

Repair Tips

• It is also possible that you have an audio DC protection
because of an interruption in one or both speakers (the DC
voltage that is still on the circuit cannot disappear through
the speakers).

5.6.2 How to Activate

Use one of the following methods:

• Activate the SDM. The blinking front LED will show the
entire contents of the error buffer (this works in “normal
operation” mode).

EN 44 BJ3.0A LA5.

5.8 Fault Finding and Repair Tips

Read also paragraph "Error Codes" - "Extra Info".

32" LCD

Power supply start-up behaviour

Service Modes, Error Codes, and Fault Finding

Power Supply Check

Mains cord is connected

N

SSB Board defective

Standby command linefrom P NX

BLR Procedure

SSB Start-up process

12V and 5V switched to DC/DC

converters on SSB start up via

Standby processor (PNX)

LED is on?

Y

Red LED is on +5V2 is ok.

Standby supply is working

Switch set on via Local keyboard or RC

Standby line goes

low pin 7 1M03

Relay on Display supply is closed

LLC supply starts

+12V, & +8V6 becomes available connector 1M46

+24V (or 295V) for Backlights connector 1319

OK

Voltages on

1M46?

No

Check if vacation switch is closed

+5V2 is OK?

Pin 7 1M46

Y

Check Fuse 1400 & 1401 , on Mains filter supply

Drive circuit 7100 & T 7102

and components in standby supply

Not OK

No start-up of Display supply check

No

Check Standby supply

Check 25V Hot, 400V Hot

Protection?

Blinking LED?

Y

If protection blinking LED.

Check if error code is related to

DC/DC converter on SSB

Error code is

from DC/DC ?

Y

Change SSB

BLR procedure

No

No

SSB Start-up process Continue

Viper & I2C commands

switching VDisplay voltage to LVDS

connector

In case of short circuit on VDisplay

PS, disconnect LVDS cable

Figure 5-18 First line fault find tree 32” LCD

LLC supply
is working?

Y

Check output voltage.

LCD Inverter start up process

from SSB.........

Check LLC Display supply

Drive 7001, Mosfet 7005, 7006

OVP Latch

If protection blinking LED

Check protection error code = xx xx xx

is 12V or DC protection(Audio)?

Disconnect PS connector to Audio part &

backlight inverters. Try again

N

Check OVP Latch

LLC supply components, control

circuit....

Check PS in standalone mode

(disconnect display supply

connectors)

G_15970_032.eps

120506

Service Modes, Error Codes, and Fault Finding

37" LCD

Power supply start-up behaviour

EN 45BJ3.0A LA 5.

Power Supply Check

Mains cord is connected

N

SSB Board defective

Standby command linefrom PNX

BLR Procedure

Y

LED is on?

Y

Red LED is on +5V2 is ok.

Standby supply is working

Switch set on via Local keyboard or RC

Standby line goes

low pin 7 1M03

Y

+5V-SW, +12V, & +8V6 becomes available

from platform supply

Check on connector 1M46

Power OK platform
pin 2 1M03 is OK?

No

Check if vacation switch is closed

+5V2 is OK?

Pin 7 1M46

No

Y

Check Standby supply on platform

Check Fuse 1400, on Diplay supply

400VF = 295V on fuse 1P03

Drive circuit, T 7S02

and components in standby supply

No

SSB Start-up process

DC/DC converters start up via

Standby processor

Protection?

Blinking LED?

Y

Check if error code is related to

DC/DC converter on SSB

Error code is

from DC/DC ?

Y

Change SSB

BLR procedure

Display supply starts-up

Relay on Display supply is closed

LLC supply starts

No

LLC supply
is working?

No

SSB Start-up process Continue

Viper & I2C commands

switching VDisplay voltage to LVDS

connector

In case of short circuit on VDisplay

PS, disconnect LVDS cable

Y

N

Y

Check output voltage.

LCD Inverter start up process

from SSB.........

No start-up of platform supply check

+Vaux from standby supply

Check platform supply
Drive 7P27, Vcc = 15V

Switch on control part 7P12 & 7P26

If protection blinking LED

Check protection error code = xx xx xx

is related to platform supply

Disconnect PS connector To Audio if error code is

Disonnect PS to Ambilight 1M10 & 1M18.

Audio protection.

Try again

Check OVP Latch

+25V Hot and 400V Hot

LLC supply components, control

circuit....

Check PS in standalone mode

(disconnect display supply

connectors)

G_15970_033.eps

120506

Figure 5-19 First line fault find tree 37” LCD

EN 46 BJ3.0A LA5.

Service Modes, Error Codes, and Fault Finding

5.8.1 Exit “Factory Mode”

When an "F" is displayed in the screen's right corner, this
means that the set is in "Factory" mode, and it normally
happens after a new SSB has been mounted.
To exit this mode, push the "VOLUME minus" button on the
TV's keyboard control for 5 seconds and restart the set.

When the TV starts up in factory mode, the TV will tune to
preset 0. When there is no channel installed on preset 0, there
will be no picture and it will look like the set is in standby mode.
De-activating factory mode can also be done via the above
method.

5.8.2 MPIF

Important things to make the MPIF work:

• Supply.

• Clock signal from the AVIP.

2

C from the VIPER.

•I
When there is no sound an external sources, check the audio
supply of the MPIF.

5.8.3 AVIP

Important things to make the AVIP work:

• Supplies.

• Clock signal from the VIPER.

2

C from the VIPER (error 29 and 31).

•I

5.8.4 PACIFIC 3

In case the Pacific fails, the TV will go to stand-by. The reason
for this is, when there is an occasional boot problem of the
Pacific, it will look like the TV has started up in stand-by mode,
and the customer can switch it on again. When there is an
actual problem with or around the Pacific the TV will go to
stand-by every time you try to start up. So this behaviour is an
indication of a Pacific problem.

5.8.5 Ambilight

Note: in case of Ambilight protection, the TV itself will not go to

protection, only the Ambilight board. When you disconnect the
TV from the mains and reconnect again, the Ambilights will
work again.

In case of multiple protections, check and replace the invertor
transformers and/or the lamp unit(s).

Protections on the ambilight boards:

Parallel arcing protection.In normal operation the inverter
frequency is ±63 kHz. In case of short circuit of the transformer
output the frequency is >100 kHz. Protection is done via
sensing the switching frequency.

Serial arcing protection. The detection of the arcing is done
in the ground wire of lamp units. The µProcessor is counting the
protection pulses. When 50 pulses are counted within 2
seconds protection will be triggered.

5.8.6 Sanken display supply

For all sets with a Sanken supply there will be no error or
protection because there is no feedback foreseen from the
supply towards the SSB. The result of a failing Sanken display
supply could be that there is no picture, but that you will
probably have sound and 1 out of 3 ambilights will still work (in
case of 3-sided ambilight and ambilight is switched “on”).
Another result of a failing Sanken display supply is of course
that the set is completely dead.

When the primary circuit of the platform supply fails, there is a
high possibility that the main fuse of the Sanken display supply
will break. In this case the Sanken supply must not be replaced
completely, just replace the Sanken main fuse and repair the
platform supply. For safety reasons, make sure to use the
correct fuse type.

5.8.7 DC/DC Converter

Introduction

• The best way to find a failure in the DC-DC converters is to
check their starting-up sequence at power-on via the mains
cord, presuming that the standby μP is operational.

• If the input voltage of DC-DC converters is around 12V
(measured on decoupling capacitors 2U17/2U25/2U45)
and the enable signals are low (active) then the output
voltages should have their normal values. First, the
standby μP activates the +1V2 supply (via ENABLE-1V2)
then, after this voltage becomes present and is detected
OK (about 100ms), the other two voltages (+2V5 and
+3V3) will be activated (via ENABLE-3V3). The Vtun
generator (present only for the analogue version of Jaguar
Baby) will generate +33V for the analogue tuner as soon as
the 12V/3.3V DC-DC converter will start operating.

• The consumption of controller IC 7U00 is around 30mA
(that means around 300mV drop voltage across resistor
3U22).

• The current capability of DC-DC converters is quite high
(short-circuit current is 7 to 10A), therefore if there is a
linear integrated stabilizer that, for example delivers 1.8V
from +3V3 with its output overloaded, the +3V3 stays
usually at its normal value even though the consumption
from +3V3 increases significantly.

• The +2V5 supply voltage is obtained via a linear stabilizer
made with discrete components that can deliver a lot of
current, therefore in case +2V5 (or +2V5D) is short­circuited to GND then +3V3 will not have the normal value
but much less. There is a +2V5D low power linear stabilizer
(to supply the DDR memories in standby mode) that is not
used. In normal operation mode the value of this supply
voltage will be close to +2V5 (20..30 mV difference).

• The supply voltages +5V and +8V6 are available from
connector 1M46; they are not protecte

d by fuses. +12VSW
is protected for over-currents by the fuse 1U04 while 1U01
is protecting in case of defects in DC-DC converters. There
are on-board switches for +8V6-SW (see "DC-DC
CONNECTIONS" schematic) and +12VSW but they are
not used (by-passed).

Fault Finding

• Symptom: +1V2, +2V5 and +3V3 not present (even for a
short while ~10ms)

1. Check 12V availability (fuse 1U01, resistor 3U22,

power MOS-FETs) and enable signal ENABLE-1V2
(active low),

2. Check the voltage on pin 9 (1.5V),

3. Check for +1V2 output voltage short-circuit to GND that

can generate pulsed over-currents 7...10A through coil
5U03,

4. Check the over-current detection circuit (2U12 or 3U97

interrupted).

• Symptom: +1V2 present for about 100ms, +2V5 and +3V3
not rising

1. Check the ENABLE-3V3 signal (active LOW),

2. Check the voltage on pin 8 (1.5V),

3. Check the under-voltage detection circuit (the voltage

on collector of transistor 7U10-1 should be less than

0.8V),

4. Check for output voltages short-circuits to GND (+3V3,

+2V5 and +2V5D) that can generate pulsed over­currents 7...10A through coil 5U00,

5. Check the over-current detection circuit (2U18 or 3U83

interrupted).

Service Modes, Error Codes, and Fault Finding

EN 47BJ3.0A LA 5.

• Symptom: +1V2 OK, +2V5 and +3V3 present for about
100ms.
Cause: SUPPLY-FAULT line stays low even though the
+3V3 and +1V2 is available - the standby μP is detecting
that and switching off all supply voltages.

1. Check the value of +2V5 and the drop voltage across

resistor 3U22 (they could be too high),

2. Check if +1V2 or +3V3 are higher than their normal

values - that can be due to defective DC feedback of
the respective dc-dc converter (ex. 3U18 or 3UA7).

• Symptom: +1V2, +2V5 and +3V3 look ok, except the
ripple voltage that is increased (audible noise can come
from the filtering coils 5U00 or 5U03).
Cause: Instability of the frequency and/or duty cycle of one
or both dc-dc converters.

1. Check the resistor 3U06, decoupling capacitors, AC

feedback circuits (2U20 + 2U21 + 3U14 + 3U15 for
+1V2 or 2U19 + 2U85 + 3U12 + 3U13 for +3V3),
compensation capacitors 2U09, 2U10, 2U23 and
2U73, IC 7U00.

• Symptom: +1V2, +2V5 and +3V3 ok, no +Vtun (analogue
sets only).
Cause: the “VTUN GENERATOR” circuit (second
schematic) is defective.

1. Check transistor 7U24 (has to have gate pulses of

about 10V amplitude and drain pulses of about 35V
amplitude) and surrounding components.

Note: fuse 1U01 broken means usually a pair of power MOS­FETs (7U01 or 7U03) defective. The IC 7U00 should be
replaced as well in this case.

5.9 Software Upgrading

5.9.1 Introduction

The set software and security keys are stored in a NAND­Flash, which is connected to the VIPER via the PCI bus.

It is possible for the user to upgrade the main and the stand-
by software via the USB port. This allows replacement of a
software image in a stand alone set, without the need of an E­JTAG debugger. A description on how to upgrade the main
software can be found in chapter 3 "Directions For Use".

Important: When the NAND-Flash must be replaced, a new
SSB must be ordered, due to the presence of the security
keys!!! (copy protection keys, MAC address, for US the POD
keys, ...). See table “SSB service kits” for the order codes.
Perform the following actions after SSB replacement:

1. Set the correct option codes (see sticker inside the TV).

2. Update the TV software (see chapter 3 for instructions).

3. Perform the alignments as described in chapter 8.

4. Check in CSM if the HDMI keys are valid.

Table 5-3 SSB service kits

Model Number

42PF9541/98 3104 328 4403x (16-bit)

47PF9541/93 3104 328 5001x (8-bit) refer to Spare Parts list
47PF9541/98 3104 328 5107x (8-bit) refer to Spare Parts list

SSB factory assy code

3104 328 4964x (8-bit)

1).

New SSB order code

refer to Spare Parts list

1). Information in column “SSB factory assy code” is only for
reference purposes. Do not use this code when ordering a new
SSB.

5.9.2 Main Software Upgrade

The software image resides in the NAND-Flash, and is
formatted in the following way:

Data

Software

Channel table, EPG data, …

HDMI keys, POD keys, MAC
address, wizard pictures, EPG
pictures, …

Main software
Default software upgrade
application

Fall back software upgrade
application

Bootloader

µBTM
Partition Table

Data : read/write part

Data : read only part

Boot 2 (DVD OK)

Boot 1 (DVD cursor down)

Boot 0

Figure 5-20 NAND-Flash content

• Main software and default download application can be
upgraded via USB stick. See below.

• “Fall back software upgrade application”, bootloader and
µBTM can only be recovered via special EJTAG tooling
and the "flash utils" part of the one-zip. Only service centra
who are allowed to do component level repair have such
tooling.

• The "panel upg" which you will also find in the one-zip file
is used for factory purposes only.

Automatic Software Upgrade.

In "normal" conditions, so when there is no major problem with
the TV, the main software and the default software upgrade
application can be upgraded with the autorun.upg (FUS part of
the one-zip file: e.g. 3104 337 02871 _FUS _BX31E_

0.48.20.0_commercial.zip). This can also be done by the

customers themselves, but they will have to get their software
from the commercial Philips website. The autorun.upg file must
be put in the root of your USB stick.
How to upgrade :

1. Copy "autorun.upg" to the root of your USB stick

2. Insert USB stick in the side I/O while the set is in ON
MODE. The set will restart and the upgrading will start
automatically. As soon as the programming is finished,
you'll get the message that you can remove your USB stick
and restart the set.

One-ZIP : panel UPG

One-ZIP : FUS

One-ZIP : flash-utils

G_16460_019.eps

181006

Model Number

32PF9431/93 3104 328 49671 (8-bit) refer to Spare Parts list
32PF9531/79 3104 328 4403x (16-bit)

32PF9531/93 3104 328 4404x (16-bit)

32PF9531/98 3104 328 4403x (16-bit)

32PF9631D/79 3104 328 4400x (16-bit)

37PF9531/79 3104 328 4403x (16-bit)

37PF9531/93 3104 328 4404x (16-bit)

37PF9531/98 3104 328 4403x (16-bit)

37PF9631D/79 3104 328 4400x (16-bit)

42PF9541/93 3104 328 4404x (16-bit)

SSB factory assy code

3104 328 4964x (8-bit)

3104 328 4967x (8-bit)

3104 328 4964x (8-bit)

3104 328 4959x (8-bit)

3104 328 4964x (8-bit)

3104 328 4967x (8-bit)

3104 328 4964x (8-bit)

3104 328 4959x (8-bit)

3104 328 4967x (8-bit)

1).

New SSB order code

refer to Spare Parts list

refer to Spare Parts list

refer to Spare Parts list

refer to Spare Parts list

refer to Spare Parts list

refer to Spare Parts list

refer to Spare Parts list

refer to Spare Parts list

refer to Spare Parts list

Manual Software Upgrade.

In case that the software upgrade application does not start
automatically, you can also start it manually.
How to start the software upgrade application manually :

1. Disconnect the TV from the Mains/AC Power.

2. Press the "OK" button on a Philips DVD RC-6 remote
control (it is also possible to use the TV remote in "DVD"
mode).Keep the "OK button pressed while connecting the
TV to the Mains/AC Power.

3. The software upgrade application will start.

Attention !

In case that you have started the download application
manually, the "autorun.upg" will not be recognized.
What to do in this case :

1. Create a directory "upgrades" on your USB stick.

EN 48 BJ3.0A LA5.

Service Modes, Error Codes, and Fault Finding

2. Rename the "autorun.upg" to something else, e.g. to
"software.upg". Don't use long or complicated names, keep
it simple. Make sure that autorun.upg is no longer present
in the root of your USB stick.

3. Copy the renamed upg file into this directory.

4. Insert USB stick in the side I/O.

5. The renamed upg file will be visible and selectable in the
upgrade application.

Fall Back Software Upgrade Application.

If the default software upgrade application does not start (could
be due to a corrupted boot 2 sector) via the above described
method, you can try to activate the “fall-back software upgrade
application”.
How to start the “fall back software upgrade application”
manually :

1. Disconnect the TV from the Mains/AC Power.

2. Press the "cursor down" button on a Philips DVD RC-6
remote control (it is also possible to use the TV remote in
"DVD" mode). Keep the "cursor down" button pressed
while connecting the TV to the Mains/AC Power.

3. The software upgrade application will start.

5.9.3 Stand-by Software Upgrade

There are two methods now to upgrade stand-by software:

Upgrade via USB

In this chassis it is possible to upgrade stand-by software via a
USB stick. The method is similar to upgrading main software
via USB.
Use the following steps:

1. Create a directory “upgrades” on your USB stick.

2. Copy the stand-by software (delivered via the Service
organization) into this directory.

3. Insert the USB stick into the TV.

4. Start the download application manually (see paragraph
“Manual start of the Software Upgrade Application”.

5. Select the appropriate file and press the red button to
upgrade:

Upgrade via PC and ComPair interface

It will be possible to upgrade the Stand-by software via a PC
and the ComPair interface. Check paragraph "ComPair" on
how to connect the interface. To upgrade the Stand-by
software, use the following steps:

1. Disconnect the TV from the Mains/AC Power.

2. Short circuit the SPI pins [2] on the SSB. They are located
outside the shielding (see figure “Service mode pads”).

3. Keep the SPI pins shorted while connecting the TV to the
Mains/AC Power.

4. Release the short circuit after approx. two seconds.

5. Start up HyperTerminal (can be found in every Windows
application via Programs -> Accessories ->
Communications -> HyperTerminal). Use the following
settings:
–COM1
– Bits per second = 38400 (9600)*
– Data bits = 8
– Parity = none
– Stop bits = 1
– Flow control = None

6. Press “Shift U” on your PC keyboard. You should now see
the following info:
– PNX2015 Loader V1.0
– 19-09-2003
–DEVID=0x05
–Erasing
– MCSUM=0x0000
–=

7. If you do not see the above info, restart the above
procedure, and check your HyperTerminal settings and the
connections between PC and TV.

8. Via “Transfer” -> “Send text file ...”, you can send the
proper upgrade file to the TV (e.g. *.hex). This file will be
distributed via the Service Organization.

9. After successful programming, you must see the following
info (this can take several minutes!):
– DCSUM=0xECB3
–:Ok
– MCSUM=0xECB3
– Programming
– PCSUM=0xECB3
– Finished

10. If you do not see this info, restart the complete procedure.

11. Close HyperTerminal.

12. Disconnect and connect Mains/AC Power again.

(*) When having problems with upgrading, use the values
between brackets.

Block Diagrams, Test Point Overviews, and Waveforms

6. Block Diagrams, Test Point Overviews, and Waveforms

Wiring Diagram 32”

WIRING 32”

(STYLING STEP 2K6)

49BJ3.0A LA 6.

AL

AMBI LIGHT

(OPTIONAL)

3P

1M16

11P

1M11

3P

1M15

11P

1M13

(OPTIONAL)

AMBILIGHT UNIT RIGHT

1M39

1M59

1M49

1M10

1M09

1M08

8508

3P

5P

4P

6P

4P

6P

14P

1319

8510

6P

8559

1M10

9P

7P

1M52

1M02

1735

2P3

SA

STANDBY / AUDIO

1736

2P3

8103

8146

8152

8549

1M46

11P

8302

1306

1M64

8319

7P

1M02

14P

1319

A

MAIN SUPPLY

9P

1M64

8150

8306

8364

LVD S

31P

8305

2P

3P

1305

9P

10P

1M03

AL

AMBI LIGHT

(OPTIONAL)

6P

1M08

4P

1M09

6P

1M10

4P

1M49

4P5

1M59

3P

1M39

1M13

1M15

1M11

1M16

11P

3P

11P

3P

(OPTIONAL)

AMBILIGHT UNIT LEFT

1M01

3P

CONTROL BOARD

E

8101

J

LED PANEL

6P

1M21

8121

11P

10P

1M46

1M03

B

SMALL SIGNAL BOARD

8735

SPEAKER RIGHT SPEAKER LEFT

3P

1M63

5P

1M59

8736

4P

USB
1H01

1M64

4P

1N62

9P

1E62

20P

1E40

40P

8262

1M52

8240

31P

1G50

8264

4P

11P

1M36

40P

1E40

EXTERNALS

BE

20P

1E62

3P

1M01

6P

1M21

2P

1306

3P

1305

2P

1308

8408

8136

8201

AC INLET

8192(UK)

8191(EUR

8193(CHN)

8194(AUS/NZ)

D

SIDE I/O

11P

1H01

(USB)

4P

1M37

G_15970_024.eps

181006

Block Diagrams, Test Point Overviews, and Waveforms

Wiring Diagram 37”

WIRING 37” (STYLING STEP 2K6)

50BJ3.0A LA 6.

AL

3P

11P

3P

11P

AMBI
LIGHT

1M16

1M11

1M15

1M13

8319

8508

14P

AL

AMBI
LIGHT

6P

1M08

4P

1M09

6P

1M10

4P

1317

4P5

3P

1M49

1M59

1M39

1M13

1M15

1M11

1M16

11P

3P

11P

3P

10P

1M46

8549

1M03

14P

14P

1320

1319

8320

8510

7P

1M02

3P

1M39

5P

1M59

4P

1M49

C

AUDIO

6P

1M10

1M09

1M08

14P

1320

4P

2P

6P

9P

1M52

1M02

8302

1736

2P

1735

7P

8150

LVD S

31P

6P

1M10

4P

1M18

A

DISPLAY SUPPLY

11P

3P

1M63

PLATFORM SUPPLY

AMBILIGHT UNIT RIGHT

CONTROL BOARD

E

1M01

3P

8101

J

LED PANEL

1M21

8103

8146

8152

AMBILIGHT UNIT LEFT

4P

USB
1H01

1M64

4P

1N62

4P

8201

31P

1G50

8264

1E62

20P

8559

11P

10P

1M46

1M03

B

SMALL SIGNAL BOARD

Shielding

8735

6P

3P

1M63

4P5

1M59

1M52

1E40

40P

8262

8121

9P

8240

3P

11P

1M36

40P

1E40

1M01

1M21

BE

EXTERNALS

20P

1E62

6P

1H01

(USB)

11P

1M37

D

SIDE I/O

4P

8192(UK)

8191(EUR

8193(CHN)

8194(AUS/NZ)

INLET

8408

2P3

1308

8136

SPEAKER RIGHT SPEAKER LEFT

8736

G_15970_030.eps

181006

Block Diagrams, Test Point Overviews, and Waveforms

Wiring Diagram 42”

WIRING 42”

(STYLING TOP B and STEP 2K6)

51BJ3.0A LA 6.

AL

3P

11P

3P

11P

AMBI
LIGHT

1M16

1M11

1M15

1M13

1M39

1M59

1M49

1M10

1M09

1M08

8508

8319

8402

2P3

1P02

3P

5P

4P

6P

4P

6P

14P

1319

8559

8410

2P3

1P22

AP

PLATFORM SUPPLY

8422

LVD S

30P

10P

1P10

6P

1M10

6P

1M08

14P

1319

12P

1316

8549

8510

8316

AL

AMBI
LIGHT

6P

1M08

4P

1M09

6P

1M10

4P

1M49

4P5

1M59

3P

1M39

1M13

1M15

1M11

1M16

11P

3P

11P

3P

DISPLAY SUPPLY

8146 8146

10P

10P

11P

1M03

1P10

1M46

2P3

2P

1M63

9P

6P

1M52

1M10

1736

2P3

2P3

1735

8152

1P22

12P

1316

AMBI LIGHT UNIT RIGHT

CONTROL BOARD

E

1M01

3P

8101

J

LED PANEL

1M21

8150

3P

1M01

8136

6P

1M21

AC INLET

2P3

1P02

8201

8408

8736

1308

2P3

D

SIDE I/O

11P

8103

11P

1M46

B

8121

8735

6P

SPEAKER RIGHT SPEAKER LEFT

10P

1M03

SMALL SIGNAL BOARD

2P

1M63

5P

1M59

4P

USB

1H01

1M64

4P

1N62

Only For
USB 2.0

4P

31P

1G50

8264

1E62

20P

1M52

1E40

40P

8262

9P

8240

11P

1M36

40P

1E40

BE

EXTERNALS

20P

1E62

AMBI LIGHT UNIT LEFT

1H01

USB

1M36

G_15972_005.eps

231106

Block Diagrams, Test Point Overviews, and Waveforms

Wiring Diagram 47”

WIRING 47” (STYLING ATEC)

8402

52BJ3.0A LA 6.

8319

8422

1M01

3P

CONTROL BOARD

E

INVERTER

2P3

1P02

AP

14P

1319

8410

10P

1P10

11P

1M46

10P

8146

1M03

8103

11P

1M46

B

SMALL SIGNAL BOARD

2P3

1P22

PLATFORM SUPPLY

6P

1M10

10P

1M03

4P5

1M59

1M52

1D42

LVD S

51P

8151

10P

41P

1F50

AB

JIP 1080P

11P

1M36

40P

1E40

1M10

6P

3P

1M01

6P

1M21

2P3

1736

2P3

8610

4P

USB

1H01

1M64

1735

8150

8152

31P

1G50

4P

9P

5P

1E62

20P

41P

1F50

1E40

1M52

40P

9P

8240

1P10

2P3

1P22

DISPLAY SUPPLY

2P3

1P02

14P

1319

12P

1316

8316

1308

2P3

INVERTER

12P

1316

D

11P

1M36

SIDE I/O

1H01

USB

J

LED PANEL

6P

1M21

8121

RIGHT

LS

1N62

Only For
USB 2.0

8264

4P

8262

BE

EXTERNALS

20P

1E62

8136

8408

INLET

8201

LS

LEFT

G_16450_028.eps

301106

Block Diagrams, Test Point Overviews, and Waveforms

S

53BJ3.0A LA 6.

Block Diagram Display Supply 32” LCD

UPPLY 32" LCD

MAINS FILTER + STANDBY

A1

SA3

400V_HOT

1308

1
2

MAINS INPUT

95 - 264Vac

SUPPLY

1400

SA2

5401
5403

F4A

14

7107

7U03
7U16

MAINS

FILTER

7U10
TEA1533AT/N1

DRIVER

SPMS

CONTROL

DRAIN

ISENSE

6

CTRL

2

VCC

7

DEM

RC FOR

DEMAGNETIZATION

SUPPLY FOR

CONTROLLER

CONTROL

1450

2

3

4

1

6506
DF06M

+

­2503

5U05

7U02

STP6NK60

3U17

11

3U05

9

2U06

3108

6U25

6U03

+AUX

6807
GBJ6J

-

HOT GROUND
COLD GROUND

1401

5

5U03

3

2

1

5U08

5U06

3U17

3

6U01

3

HOT GROUND COLD GROUND

+

2816 + 2815

5U00

1 4

2

7U01

1 4

2

3810

RES

+

6

7

8

10

7U01
TCET1102

K

R

A

3U21

7U01
TCET1102

6466

6467

6155

1 4

3410

2

6465

5U10

3U11

Feedback

Circuit

3408 3409

RES

2U13

25V_HOT

400V_HOT

7807
TCET1102

3

LATCH

6U07

2U05

3U12

3U14

+5V2

CONTROL

1305

1 1
2 2
3 3

1306

1 1
2 2

3U13

3U15

A2

SA2

1305

1306

+

2U14

STANDBY

ON_OFF

SUPPLY

7017
7018

SOFT

START

+

CURRENT

PROTECTION

STANDBY

5504

5U17

7560

5508

3007

+12VA2

1M10

1
2

5
6

1M08

1
2

3
4

SA1

SA1

7001
MC34067P

11

OSCC

CONTROL

7

ERROR

11

SOST

5

VREF

7004
7009

VOLTAGE

PROTECTION

3560

TO 1M10

AL1

AMBI LIGHT

(BJ3.0)

TO 1M10

AL1

AMBI LIGHT

(FJ3.0)

VCC

OVER

400V_HOT

400V_HOT

OA

OB

FI

+5V2

+5V_SW

BIAS SUPPLY

15

14

12

10

SA3

14

6
2
7

DEMAGNETIZATION

7101

3000

5007

5001

4

2

6101

7100
TEA1533AT/N1

DRIVER

SPMS

CONTROL

DRAIN

ISENSE

CTRL

VCC

DEM

RC FOR

SUPPLY FOR

CONTROLLER

6080

6077

5017

5008

HIGH
SIDE

DRIVE

LOW
SIDE

DRIVE

5505

STP15NK50

STP15NK50

3S17
3S22

3152

7007

6

7

7008

10

9

11

9

HOT GROUND COLD GROUND

3100

6078

5010

2003

7005

5009

5040

7006

COLD GROUND
HOT GROUND

7102

STP6NK60

3160

3108

6103

3127

1 4

7002
TCET1102

2

3

5002

8

5027

9

7

10

5028

11
12

3

5

13

5025

14

15

5026

16

5500

5

5104

3

2

1

5105

5106

3146

+AUX

HOT GROUND COLD GROUND

6

7

8

10

1 4

7501
TCET1102

2

3

7511

7030

6033

6031

1007

K

A

T5A

R

3031

6044
STPS20L45CT

3

6045
3

6140

5103

3114

Feedback

Circuit

6021

6034

6032

DC_PROT

2

2

1

3

6107

2513

RES

2109

1

1

2

3124

3128

3030

2291

6291

6293

2293

3022

K

A

3113

3110

7010
TS2431AI

R

+

2141

+

2510

3057

3052

3025

3026

5293

5291

5292

SA1

CONTROL

+

2121

+

2022

3024

VS Voltage
Adj.

VSND_POS

GND_SND

VSND_NEG

CONNECTIONS

+12V_A

5507

5506

7531

+12V

+24V

7101

+24V

+295V

DC_PROT

+11V

+12V

+8V6

7131

+5V2

STANDBY

STANDBY: LOW = ON
HIGH = STBY

+5V_SW

1M08

1
2
3
4
5
6

1M02

7

6

5
4

3

2
1

1M64

11
22
33
44
55
66

A3

TO 1M10

AL

AMBI LIGHT

(BJ3.0)

TO 1M02

SA5

AUDIO
(BJ3.0)

TO 1M02

B15C

SSB

(FJ3.0)

1M64

CONNECTIONS

SA1

CONNECTIONS

DIM-CONTRO_PWM

Power-OK-Platform

ON_OFF

STANDBY

PROT_AUDIOSUPPLY

+5V2

1319

1317

1M46

1M03

1
2
3
4
5

1
2
3
4
5

4

3
9

11

7
1
2
6
5

1

2

3

4

7

8

10

TO

DISPLAY

TO

DISPLAY

TO 1M46

B1B

SSB

(BJ3.0)

TO 1M46

B16F

SSB

(FJ3.0)

TO 1M03

B5E

SSB

(BJ3.0)

TO 1M03

B16E

SSB

(FJ3.0)

G_15970_025.eps

261006

Block Diagrams, Test Point Overviews, and Waveforms

Block Diagram Platform Supply 37” LCD

SUPPLY 37" LCD

DISPLAY SUPPLY: PART1

A1

VAC-L

A3

1308

1
2

MAINS INPUT

95-264Vac

1400

F4A

5401
5403
5405

MAINS
FILTER

STANDBY

7801
7802

STANDBY

PLATFORM SUPPLY: AUXILIARY SUPPLY

A3

A1

HOT GROUND

COLD GROUND

VAC-N

1450

6807
GBJ6J

+

-

+

2816+2815

6464

7013
7014

+5V-SW

+24V_+295V

6P06 6P10

DC+

DC-

VAC-L

VAC-N

AUDIO-PROT

+5V2-NF

STANDBY

ON-OFF

DIM_CONTROL
POWER-OK-PLATFORM
ON-OFF

STANDBY

BOOST
POWER-GOOD

6P05
GBL06

3

1P17

+5V-SW

1

+

-

4

CONTROL

POWER

GOOD

2

3P56

+T

3810

6155

3410

VAC-RELAY

1M03

1
2

3

4
5
6
7

8

9

10

6466

6467

14

2

6465

POWER-GOOD

1P03

F1A

AL-OFF

TO 1M03

B5E

SSB (BJ3.0)

TO 1M03

B16F

SSB (FJ3.0)

7807
TCET1102

3

LATCH

A5

DISPLY SUPPLY: PART2

A2

DC+

A3

DC-

25V_HOT

400V_HOT

7017

HOT GROUND

COLD GROUND

14

2

A4

+400V-F

7018

SOFT

START

+

CURRENT

PROTECTION

+400V-F

+400V-F

A4

+AUX

7P12
TCET1102

3

3000

PLATFORM SUPPLY: STANDBY SUPPLY

5S05

7100
TEA1533AT/N1

SPMS

CONTROL

14

DRAIN

6

CTRL

2

VCC

7

DEM

RC FOR

DEMAGNETIZATION

7107

SUPPLY FOR

CONTROLLER

DRIVER

ISENSE

7001
MC34067P

1

3007

7

11

5

7004
7009

7P27
TEA1506AT

6

CTRL

2

VCC

7

DEM

DEMAGNETIZATION

7P26

11

9

OSCC

CONTROL

ERROR

SOST

VREF

OVER

VOLTAGE

PROTECTION

SPMS

CONTROL

DRIVER

INSENSE

RC FOR

SUPPLY FOR

CONTROLLER

3S17
3S22

3S29

VCC

DRAIN

15

OA

OB

FI

STP6NK60

54BJ3.0A LA 6.

DISPLAY SUPPLY: PART1

A1

7002

2S07

TCET1102

2143

5002

8

7

3

5

5P00

5

3

2

1

5P01

5

3

2

1

2143

2S04

6S01

2S13

6S07

3S28

3S19

9

10

11
12

13
14

15

16

6

7

8

9

10

6

7

8

9

10

7P11

3S24

3S23

7U05

3P62

+

2S41

+

2S50

7030

CONTROL

5027

5028

5025

5026

5P10

5P11

5P12

5P13

3P61 3PP2

7P09

K

R

A

3S21

5S11

6044

3

6045

3

6021

3

6025

3

2P12

3P12

6P13

6P11

6P12

7S31

STANDBY

2

2

2

2

1

1

1

1

3030

1P06

T5A

1P07

T5A

+12V_NF

+8V6

+5V_SW

+5V2

3022

7010
TS2431AI

K

A

+25VLP

+5V2-NF

+5V2

+5V-SW

R

7P20

STANDBY

7P23

STANDBY

3057

3052

3025

VS Voltage

3026

Adj.

5P20

5P19

AL-OFF

1P30

POWER OK

+

2P49

+

2P50

+

2P48

3P57 3P58

T5A

POWER-OK-PLATFORM

25W SUPPLY

A5

VAC-RELAY

2021

2022

9P65

7P18

+24V_+295V

RES

AL-OFF

5P16

VAV-N

+12Vd

5P14

7P14

STANDBY

+12V_NF

+12VAL

+12V

+8V6

(OPTIONAL)

6U09
GBJ6J

1319

+8V6
+12V

+5V-SW

+5V2

+12VAL

+12VAL

+5V-SW

11

9

5U04

3U07

3U05

(1314)

1320

(1315)

1M08

1M02

1M46

1M10

1M18

1M63

11

1
2

3

DISPLAY

4
5

1
2

3

DISPLAY

4
5

1
2

3

N.C.

4
5
6

7

6
5

TO 1M02

4

AUDIO (BJ3.0)

3

2
1

3

4

TO 1M46

5

B1B

7

SSB (BJ3.0)

9

1

TO 1M10

2

AL1

3

AMBI LIGHT

(BJ3.0)

4

1
2

N.C.

3

4

1

TO

CARD

2

READER

5U05

7U02

STP6NK60

3U06

TO

TO

TO 1M02

C

SSB (FJ3.0)

TO 1M46

B16F

SSB (FJ3.0)

TO 1M08

AMBI LIGHT

(FJ3.0)

5U03

3U08

5U06

6U03

3U17

A3

AL1

5U00

6

5

5U10

7

3

8

9

2

10

1

5U08

7U01
TCET1102

2143

7U05

K

R

A

HOT GROUND COLD GROUND

2U13

Feedback

Circuit

2U05

6U07

3U12

3U14

5U17

+12VB

+

2U14

3S24

3U15

1M07

1M09

G_15970_026.eps

221106

1
2

N.C.

3

4

1
2

3

N.C.

4
5
6

+24V_+295V

+24V_+295V

AUDIO-PROT

+AUDIO-POWER

-AUDIO-POWER

STANDBY

1U00

+

­T1.0

7U10
TEA1533AT/ N1

DRIVER

SPMS

CONTROL

14

DRAIN

ISENSE

6

CTRL

2

VCC

7

DEM

RC FOR

DEMAGNETIZATION

7U15

SUPPLY FOR

CONTROLLER

6078

2003

STP15NK50

STP15NK50

5P06

5P04

5S00

6

7

8

9

10

7S03
TCET1102

2143

7S04

K

A

3100

5010

7005

5009

5040

7006

HOT GROUND COLD GROUND

5P05

5P03

HOT GROUND COLD GROUND

5S12

5S03

3S14

R

Feedback

Circuit

BIAS SUPPLY

3000

5007

5001

14

4

2

12

10

5P26

14

3P04

11

3P33

9

+AUX

7S02

3S50

3S30

3108

6S12

6080

6077

5017

5008

7007

HIGH

6

SIDE

DRIVE

7

7008

LOW

10

SIDE

DRIVE

9

5PO7

7P02

STP6NK607

3P50

3P27

3P16

6P27

+

2P06

5

5S09

3

2

1

5S10

5S01

3S36

+AUX

HOT GROUND COLD GROUND

Block Diagrams, Test Point Overviews, and Waveforms

Block Diagram Platform Supply 42” & 47” LCD

PLATFORM SUPPLY 42”- 47”

MAINS FILTER + STANDBY

AP1

55BJ3.0A LA 6.

HOT GROUND COLD GROUND

FROM 1P22

DISPLAY

SUPPLY

FROM 1P02

DISPLAY

SUPPLY

HOT GROUND

COLD GROUND

1P22

1
2

1P02

2
1

+400V-F

AP2

2

CONTROL

3P56

+T

1P03

F1A

1P10

1
2

3

4
5
6
7
8
9

10

1M03

1
2
3
4
5
6
7

8
9

10

AL-OFF

TO 1P10

DISPLAY

SUPPLY

TO 1M03

(BJ3.0)

AP3

+DC-F

-DC-F

B5E

SSB

9P63

RES

FILTER

5F00

FILTER

1P16

2
1

1 4

2

3F04

RES

3

AP2

+400V-F

AP1

3F06

7P12

STANDBY

3F05

+AUX

3P13

5S05

+400V-F

V-CLAMP

6P02

7P27
TEA1506AT

SPMS

CONTROL

6

CTRL

2

VCC

7

DEM

RC FOR

DEMAGNETIZATION

7P26

SUPPLY FOR

CONTROLLER

5P25

14

DRAIN

11

DRIVER

9

INSENSE

7S10
TEA1533AT/N1

CONTROL

14

DRAIN

6

CTRL

2

VCC

7

DEM

RC FOR

DEMAGNETIZATION

7107

SUPPLY FOR

CONTROLLER

DRIVER

SPMS

ISENSE

5P26

3P04

3P33

STP6NK607

3P27

+AUX

11

9

3S17
3S22

3S29

7P02

5PO7

3P50

3P16

6P27

+

2P06

STP6NK60

5P06

5P04

3S30

7S02

3S50

3108

6S12

5P05

5P03

5S09

5S10

5S01

3S36

+AUX

6P06 6P10

6P05

1

GBL06

+

3

-

4

1P17

1 2

+5V2-NF

STANDBY

ON-OFF

AUDIO-PROT

DIM_CONTROL
POWER-GOOD
ON-OFF

BOOST

STANDBY

3 4

+5V-SW

AP2

DIM_CONTROL
POWER-OK-PLATFORM
ON-OFF

+5V-SW

AP2

STANDBY

BOOST
POWER-GOOD

HOT GROUND COLD GROUND

5P00

5

3

2

1

5

3

2

1

5

3

2

1

6

7

8

9

10

5P01

6

7

8

9

10

3P61 3P49

1 4

7P11

3P62

2

3

7P16

K

R

A

5S00

6

5S12

7

8

5S03

9

10

1 4

7S03
TCET1102

2

3

7S04

K

R

A

Feedback

Circuit

3S14

5P10

5P11

5P12

5P13

7P09

2S07

2S04

6S01

2S13

6S07

2P12

3P12

3S28

3S19

6P13

6P11

6P12

1P06

1P07

+12V_NF

+5V_SW

3S24

3S23

T5A

T5A

+8V6

+5V2

+

2S41

+

2S50

7P20

STANDBY

7P23

STANDBY

3S21

5S11

5P20

5P19

7P18

AL-OFF

1P30

T5A

POWER OK

7S31

STANDBY

+AUDIO-POWER

5P14

5P16

3P58

+12V_NF

+12VAL

7P14

STANDBY

+25VLP

+5V2-NF

+5V_SW

+

2P49

+

2P50

+

2P48

3P57

POWER-OK-PLATFORM

AUDIO-PROT

-AUDIO-POWER

AL-OFF

+12V

+8V6

STANDBY

+5V2

+8V6
+12V

+5V-SW

+5V2

G_15972_006.eps

1M02

1M46

1M18

1M10

131106

7

6
5
4
3
2

1

3
4
5

TO 1M46

7
9

(BJ3.0)

11

1
2
3

4

1
2
3
4

(OPTIONAL)

5
6

RES

B1B

SSB

RES

TO 1M10

AB1

JIP 1080P

Block Diagrams, Test Point Overviews, and Waveforms

Block Diagram Display Supply 42” (Sanken)

DISPLAY SUPPLY 24V OUT (Sanken)

Vin: 90 - 276 Vac
Freq: 48 - 65 Hz

AC-IN

56BJ3.0A LA 6.

DISPLAY SUPPLY

1. +24V

2. +24V

3. +24V

4. +24V

5. +24V

6. GND

7. GND

1308

1319 1316

8. GND

9. GND

10. GND

11. BOOST

12. ON/OFF

13. DIM-CONTROL

14. Select PWM-ANA

1P02

AC-IN FOR

PLATFORM-PSU

P: 15W

1P22

400V FOR

PLATFORM-PSU

P: 65W

1P10

CONTROL:

1. DIM CONTROL

2. POWER GOOD

3. LIGHT ON/OFF

4. GND

5. BOOST

6. N.C.

7. STANDBY

8. N.C.

9. +5V2

10. N.C.

1M08

1M10

DISPLAY SUPPLY

1. +24V

2. +24V

3. +24V

4. +24V

5. +24V

6. GND

7. GND

8. GND

9. GND

10. GND

11. BOOST

12. ON/OFF

AMBIENT LIGHT

1. +12V

2. +12V

3. +12V

4. +12V

5. GND

6. GND

PRIMARY SIDE

SECONDARY SIDE

G_15972_007.eps

311006

Block Diagrams, Test Point Overviews, and Waveforms

Block Diagram Video

VIDEO

DVB-T: TUNER

B2A

1T06
UV1318S/A

11

IF-OUT

MAIN TUNER
(ANALOGUE)

MPIF MAIN: CONNECTION A

B3F

B3a,B7b
B3a,B7b
B3a,B7b

B4a,B7a

B3a,B7b
B3a,B7b
B3a,B7b

AV2-AV4_R-PR
AV2-AV4_G-Y
AV2-AV4_B_PB

B4a

B3a
B3a
B3b

B4e
N.C

B3a

B3a

B3a
B3a

B3a

B7b
B7b

AV2-FBL

AV2_C
AV2_Y-CVBS
Y-C VB S-MON-OUT
C-MON-OUT

B5c

AV2-STATUS
REGIMBEAU-AV6-VSYNC
AV6_VSYNC
AV1_CVBS

N.C

AV7_Y -CVBS
AV1-STATUS-AV7-C

N.C

AV7_C

CVBS-TER-OUT
FRONT_Y-CVBS
FRONT_C

B3G

MPIF MAIN: CONNECTIONS B

AV1-AV5-AV6_R-PR
AV1-AV5-AV6_G-Y
AV1-AV5-AV6_B-PB
AV1-AV6_FBL-HSYNC
AV6_VSYNC
AV1-AV5-AV6_G-Y_SYNC

B7b

7A21

EF

7A02

57BJ3.0A LA 6.

MPIF MAIN:

B3

1C52

1B01

1

ARX2+

3

ARX2-

4

ARX1+

6

ARX1-

7

ARX0+

9

ARX0-

10

ARXC+

12

ARXC­15
16

19

ARX-HOTPLUG

1B02

1

BRX2+

3

BRX2-

4

BRX1+

6

BRX1-

7

BRX0+

9

BRX0­10

BRXC+
12

BRXC­15
16

19

BRX-HOTPLUG

FRONT_Y-CVBS

FRONT_C

1C53

2

7C56-1

EF

142

7C56-2

EF

ARX-DCC-SCL
ARX-DCC-SDA

BRX-DCC-SCL
BRX-DCC-SDA

1M36

7

8

3C71

3C73

5

7B30

7B31

D

1M36

(1M37)

2

2

4

4

S VIDEO

7T11

EF

IF-TER2

EXTERNALS B

BE2

1E40

7A20

EF

1E40

EF

1

1

1E62

2

3

4

6
7
9
10
11

12

22

23

25

33
34

1
2

3

5
6

N.C.

N.C.
N.C.

N.C.

N.C.

AV2-AV4_R-PR
AV2-AV4_G-Y
AV2-AV4_B-PB

AV2_C
AV2_Y-CVBS
Y-C VB S-MON-OUT

AV6_VSYNC

AV7_Y-CVBS

AV7_C

FRONT_Y-CVBS
FRONT_C

AV1-AV5-AV6_R-PR
AV1-AV5-AV6_G-Y
AV1-AV5-AV6_B-PB
AV1-AV6_FBL-HSYNC

2

EF

3

4

6
7

9
10
11

12

22

23

25

33
34

1E62

7A01

EF

1

2

EF

3

5

6

IF-TER2

CVBS-TER-OUT

B3f

CVBSOUTIF-MAIN
AV1_CVBS

N.C.

AV2_Y -CVBS

B3f

AV2_C

B3f

FRONT_Y-CVBS

B3f

FRONT_C

B3f

AV7_Y -CVBS

B3f

AV7_C

B3f

AV1-AV5-AV6_R-PR

B7a

AV1-AV5-AV6_G-Y

B7a

AV1-AV5-AV6_B-PB

B7a

AV2-AV4_R-PR

B3f

AV2-AV4_G-Y

B

3f

AV2-AV4_B-PB

B3f

HDMI

B7A

1

18 2

19

HDMI

CONNECTOR

1

18 2

19

HDMI

CONNECTOR

AV1-AV6_FBL-HSYNC

B3f

AV6_VSYNC

B3f

AV2-AV4_G-Y

B3f

AV1-AV5-AV6_G-Y

B3f

AV2-AV4_R-PR

B3f

AV1-AV5-AV6_R-PR

B3f

AV2-AV4_G-Y

B3f

AV1-AV5-AV6_G-Y

B3f

AV2-AV4_B-PB

B3f

AV1-AV5-AV6_B-PB

B3f

BE1
BE1
BE1

BE1
BE1
BE1

BE1

BE1

BE1

BE1
BE1
BE1
BE1

AUDIO

1B33

1B32

1B31

1B30

VSYNC-HIRATE

1B33

1B32

1B31

1B30

VSYNC-HIRATE

SIDE I/O

VIDEO

5

7C00
PNX3000HL

B3C

VIFINP

107

108

VIFINN

SIFINP

99

SIFINN

100

CVBSOUTIF

120

B3A

SOURCE SELECTION

123

CVBS-IF

126

CVBS1

1

CVBS2
CVBS_DTV12

CVBS|Y34
C35
CVBS|Y48
C49

Y_COMB15
C_COMB16

R|PR|V_125
G|Y|Y_126
B|PB|U_127
R|PR|V_230
G|Y|Y_231
B|PB|U_232

BRX-DCC-SCL
BRX-DCC-SDA

Y
C

1001

1002

1

3

4

2

IF

YUV
RGB

HDMI: I/O + CONTROL

B7B

PARX2+
PARX2­PARX1+
PARX1­PARX0+
PARX0­PARXC+
PARXC-

B5A

PBRX2+
PBRX2­PBRX1+
PBRX1­PBRX0+
PBRX0­PBRXC+
PBRXC-

M135-CLK

B5A

R16

M16

T12
R12
T14
R14

T9
R9
T7
R9

Y/CVBS

C

+

CLAMP

7B11
TDA9975

RX2+A
RX2-A
RX1+A
RX1-A
RX0+A
RX0-A
RXC+A
RXC-1

RX2+B
RX2-B
RX1+B
RX2-B
RX0+B
RX0-B
RXC+B
RXC-B
HSCL B
HSDA B

HSYNC
VSYNC

LPF

CVBS/Y RIM

C-PRIM

CVBS SEC

Termination

Termination

measuremebt

detection &

sync selec.

SOG

R/PR

G/Y

B/PB

BE1

SOUND

TRAP

BPF

LPF

LEVEL
ADAPT

INV.
PAL

resistance

control

resistance

control

Line time

Activity

Slicers

ADC

EXTERNALS A

EXT1

GROUP
DELAY

QSS

TO AM INTERNAL

LPF

PMALC

LPF

LPF

PMALC

Yyuv

U
V

MONO SEC.

HDMI

receiver

V

H

VIDEO

S VIDEO

PR/R

Y/G

PB/B

QSSOUT

LPF

AUDIO SWITCH

MPIF

A

D

Yyuv
2FH

A

D

2nd
SIF
A/D

Yyuv
2Fh

A

D

U,V

A

D

CLP PRIM

CLP SEC

CLP yuv

HDMI

Upsample

Derepeater

HDCP

Sync

seperator

Clocks

generator

1020

1070

1

3

5

4

2

1030

DATA
LINK

DATA

LINK

DATA
LINK

TIMING

CIRCUIT

1

3

2

+8V

SUPPLY

CVBS-OUTA
CVBS-OUTB

STROBE1N
STROBE1P

STROBE3N
STROBE3P

STROBE2N
STROBE2P

Video
output

formatter

VHREF

timing

generator

I2C slave

interface

7011

14
28
35

46

DIGITAL

40

BLOCK

19

22

60
61
62

DATA1N

63

DATA1P

50
51
52

DATA3N

53

DATA3P

55
56
57

DATA2N

123

DATA2P

46
40

D1

A2
A1
C2

L16
L15

AV1-AV6_FBL-HSYNC

7010

AV1-AV5-AV6_R-PR

7012

AV1-AV5-AV6_G-Y

AV1-AV5-AV6_B-PB

SCL-DMA-BUS2
SDA-DMA-BUS2

N.C.
N.C.

B3f
B3f

DV4-CLK

DV-HREF
DV-VREF
DV-FREF

SDA-MM-BUS1
SCL-MM-BUS1

7LA7
M25P05

FLASH

AV6_VSYNC

AV7_Y-CVBS

AV7_C

+5VMPIF

STROBE1N-MAIN
STROBE1P-MAIN

DATA1N-MAIN
DATA1P-MAIN

STROBE3N-MAIN
STROBE3P-MAIN

DATA3N-MAIN
DATA3P-MAIN

STROBE2N-MAIN
STROBE2P-MAIN

DATA2N-MAIN
DATA2P-MAIN
HV-PRM-MAIN

CLK-MPIF

AV2_FBL

AV6_VSYNC

DV4-DATA

DV5-DATA

512K

5
6
1

3

SPI-SDO
SPI-CLK
SPI-CSB
SPI-WP

BE2

BE2

BE2

BE2

BE2

BE2

BE2

B4

EXT2

EXT3

PNX2015:

7J00
PNX2015E

R4

AVP1_DLK1SN

R3

AVP1_DLK1SP

R2

AVP1_DLK1DN

R1

AVP1_DLK1DP

N4

AVP1_DLK3SN

N3

AVP1_DLK3SP

N2

AVP1_DLK3DN

N1

AVP1_DLK3DP

P4

AVP1_DLK2SN

P3

AVP1_DLK2SP

P2

AVP1_DLK2DN

P1

AVP1_DLK2DP

M3

AVP1_HVINFO1

M4

MPIF_CLK

L2

AVP2_HSYNCFBL2

G2

AVP2_VSYNC2

AK8

AH9

DV-HREF

AJ9

DV-VREF

AK9

DV-FREF

AK10
AH10
AG10

AJ27

VIDEO

S VIDEO

PR/R

Y/G

PB/B

B4C

TUNNELBUS

B4A

AUDIO/VIDEO

DV I/O INTERFACE

B4B

DV4_DA TA_0 T0 9

DV5_DA TA_0 T0 9

B4E

STANDBY

VIPER: MAIN MEMORY

B5B

STANDBY

PROCESSOR

See

Block digram

Control

1060

1080

1

3

5

4

2

1050

DATA LINK 1

DATA LINK 3

DATA LINK 2

AVIP-1

AVIP-2

+8V

7001

North tunnel

Memory

based scaler

Video MPEG

decoder

VIP

7000

7002

PNX2015

COLUMBUS

3D Comb

filter and

noice

reduction

B4D

DDR INTERFACE

AV2_Y -CVBS

AV2_C

AV2-AV4_R-PR

AV2-AV4_G-Y

AV2-AV4_B-PB

TUN-VIPER-RX-DATA

South tunnel

TUN-VIPER-TX-DATA

VO-2

MUX

VO-1

LVD S_TX

Memory

controller

AB03

BE2

RXOA-

BE2

BE2

BE2

BE2

RXOA+

RXOB-

RXOB+

RXOC-

RXOC+

RXOCLK-

RXOCLK+

RXOD-

RXOD+

RXOE-

RXOE+

DV1_CLK
DV2_CLK
DV3_CLK

DV1_DATA(0-9)

DV2_DATA(0-9)

DV3_DATA(0-9)

RGB_UD
RGB_HSYNC
RGB_VSYNC
RGB_CLK_IN

RGB_DE

RIN (0-9)

GIN (0-9)

BIN (0-9)

LVD S_AN
LVD S_AP

LVD S_BN
LVD S_BP

LVD S_CN
LVD S_CP

LVD S_CLKN
LVD S_CLKP

LVD S_DN
LVD S_DP

LVD S_EN
LVD S_EP

PMX-MA(0-12)

PNX-MDATA

(0-15)

MCLK_P

MCLK_N

LVD S Rx (10bit)

AD28
AF30
AK28

DV1F-DATA 0 TO 7

DV2A-DATA 0 TO 7

DV3F-DATA 0 TO 7

J27
J29
J28
J30
K26

B26
C26

A25
B25

D25
E25

C23
D23

B24
C24

E24
F24

A17
A16

7F24
BU7879KVT

LCD PANEL

INTERFACE

RECEIVER

RA­RA+

RB­RB+

RC­RC+

RCLK­RCLK+

RD­RD+

RE­RE+

DV1F-CLK
DV2A-CLK
DV3F-CLK

From

B10C

BUFFERING

B6B

PMX-MA

PNX-MDATA

PNX-MCLK-P
PNX-MCLK-N

RA(0-6)

RB(0-6)

RC(0-6)

RD(0-6)

RE(0-6)

VIPER:

B5

AH16
AH19

AG25

DV1F

PACIFIC3: PART2

MP-OUT-FFIELD
MP-OUT-HS
MP-OUT-VS
MP-CLKOUT
MP-OUT-DE

TXPNXA­TXPNXA+

TXPNXB­TXPNXB+

TXPNXC­TXPNXC+

TXPNXCLK­TXPNXCLK+

TXPNXD­TXPNXD+

TXPNXE­TXPNXE+

45
46

AB05

(Only For 47” FHD)(Only For 47” FHD)

7V00
PNX8550

TUNNELBUS

7L50
K4D261638F

B5C

VIPER

Tunnel

B5C

AUDIO/VIDEO

2-Layer

secondary

video out

Dual SD

single HD

MPE2 decoder

250Mhz
MIPS32

CPU

Scaler and

de-interlacer

1SD+1HD

YUV

Video in

Video

TS

router

Dual

con

acces

B4G

DDR
SDRAM
16Mx16

FPGA 1080P: I/O BANKS

7F18
EP2C35F484C7N

FPGA

1080P

CYCLONE II

FULL HD

1920x1080

B5B

DDR INTERFACE

Memory

controller

DVD
CSS

2D DE

AG28

AJ30

Tem por al

noise redux

AD27
AE28

5 Layer

primary
video out
HD/VGA/

656

G26

DV-OUT-FFIELD
MP-HS
MP-VS
MP-CLK
MP-DE

MP-R(0-9)MP-ROUT

MP-G(0-9)MP-GOUT

MP-B(0-9)MP-BOUT

PNX2015: DISPLAY
INTERFACE

5J50

5J52

5J54

5J56

5J58

5J60

MM_DATA

MM_A(0-12)

DAC-CVBS

VSYNC-HIRATE
HSYNC-HIRATE

DV-ROUT(0-9)

DV-GOUT(0-9)

DV-BOUT(0-9)

VDISP

AB02

TXFPGAOA-_B9

TXFPGAOA+_B8

TXFPGAOB-_B7

TXFPGAOB+_B6

TXFPGAOC-_B5

TXFPGAOC+_B4

TXFPGAOCLK-_B3

TXFPGAOCLK+_B2

TXFPGAOD-_B1

TXFPGAOD+_B0

TXFPGAOE-_G9

TXFPGAOE+_G8

TXFPGAEA-_G7

TXFPGAEA+_G6

TXFPGAEB-_G5

TXFPGAEB+_G4

TXFPGAEC-_G3

TXFPGAEC+_G2

TXFPGAECLK-_G1

TXFPGAECLK+_G0

TXFPGAED-_R9

TXFPGAED+_R8

TXFPGAEE-_R7

TXFPGAEE+_R6

B5B

B6B

116
115
109
114

1G50

12
13

15
16

18
19

21

TO DISPLAY

22

OR

JIP PANEL

24
25

27
28

1
2

3

4

VIDEO-FLOW

VIPER: MAIN MEMORY

7V01
K4D551638F

DDR

SDRAM 1

7V02
K4D551638F

DDR

SDRAM 2

B3B

7C32

EF

Y-C VB S-MON-OUT

PACIFIC 3

VIDEO-FLOW

AB02

1F50

12

5F35

13

15

5F36

16

18

5F37

19

21

5F38

22

24

5F39

25

27

5F40

28

+12V-SSB

1
2

3

4

5F55

TXPANELEA-

TXPANELEA+

5F56

TXPANELEB-

TXPANELEB+

5F49

TXPANELEC+

5F48

TXPANELECLK-

TXPANELECLK+

5F59

TXPANELED-

TXPANELED+

5F60

TXPANELEE-

TXPANELEE+

5G61

TXPANELOA-

TXPANELOA+

5F62

TXPANELOB-

TXPANELOB+

5F63

TXPANELOC-

TXPANELOC+

5F64

TXPANELOCLK­TXPANELOCLK+

5F65

TXPANELOD-

TXPANELOD+

5F66

TXPANELOE-

TXPANELOE+

C-MON-OUT

TXEC-

B7A

BE

PACIFIC3: PART2

7G04
T6TF4AFG-0003

LVD S

PICTURE ENHANCEMENT

MISC

(JIP PANEL)

(JIP PANEL)

RXOA­RXOA+

RXOB­RXOB+

RXOC­RXOC+

RXOCLK­RXOCLK+

RXOD­RXOD+

RXOE­RXOE+

(Only For 47” FHD)

7G02
M25P05

512K

5
6

FLASH

1
2

1F51

32
31
30

29
28
27
25
24

22

21
20
19

17
16

15
14

13
12

10

9
7

6
5
4

B3f

B3f

LVD S

CONNECTOR

TO FULL HD

DISPLAY

G_15970_027.eps

301106

Block Diagrams, Test Point Overviews, and Waveforms

Block Diagram Audio

AUDIO

DVB-T: TUNER

B2A

1T06
UV1318S/A

MAIN

TUNER

(ANALOGE)

EXTERNALS A

BE1

1001

DIGITAL

AUDIO IN

AUDIO

OUT

L+R+DIG

AUDIO IN

L+R

D

SIDE I/O

1040

1002

1003

1002

1002

SPI-OUT

SPI-1

AUDIO-IN1-R

AUDIO-IN1-L

AUDIO-OUT2-R

AUDIO-OUT2-L

AUDIO-IN2-R

AUDIO-IN2-L

1M37

(1M36)

L

R

6

8

IF1

11

BE2

1M36

6

8

EXTERNALS B

SPI-1

SPI-OUT

AUDIO-IN1-R

AUDIO-IN1-L

AUDIO-OUT2-R

AUDIO-OUT2-L

AUDIO-IN2-R

AUDIO-IN2-L

AUDIO-IN5-L

AUDIO-IN5-R

7T11

EF

1E62

1E40

8 8

10

28

27

17

16

31

30

36

37

CONNECTIONS B

B3G

1E62

10

CONNECTIONS A

B3F

1E40

28

27

17

16

31

30

36

37

IF-TER2

SPI-OUT

SPI-1

AUDIO-IN1-R

AUDIO-IN1-L

AUDIO-OUT2-R

AUDIO-OUT2-L

AUDIO-IN2-R

AUDIO-IN2-L

AUDIO-IN5-L

AUDIO-IN5-R

MPIF MAIN: AUDIO SOURCE SELECTION

B3

1C52
1C53

7

2

8

1C51

7

2

8

B3e
B3e

AUDIO-IN1-R

B3f

AUDIO-IN1-L

B3f

AUDIO-IN2-R

B3f
B3f

B3f
B3f

B3f
B3f

B3E

B3g

B3g

AUDIO-IN2-L
AUDIO-IN5-L

AUDIO-IN5-R

AUDIO-OUT1-R

AUDIO-OUT1-L

AUDIO AMPLIFIER

7A13

2

1

SPI-1

SPI-OUT

1

12

10

B3d

B3d

B3d

B3d

B3d

B3d

B3d

B3d

107

108

99

100

85
86
83
84

128
127

67
68

3

4

11
13

7C00
PNX3000HL

IF

B3C

VIFINP

VIFINN

SIFINP

SIFINN

B3D

LPF

AUDIO SWITCH
(DIGITAL OUT)

R1
L1
R2
L2

L5
R5

LINE / SCART L/R

SPDIF-IN1

SPI-OUT1

SEE ALSO

BLOCKDIAGRAM

VIDEO

AUDIO SOURCE
SELECTION

A

D

AM SOUND

B5

AC30

AB29

MPIF

DLINK1
DLINK2

AUDIO

AMPS

AUDIO SWITCH
(ANALOG OUT)

AUDIO VIDEO I/O

7V00
PNX8550EH

AV+TUNNELBUS

B5C

SPDIF-IN1

VIPER

SPDIF-OUT1

DATA LINK

72
73

74

DSND

75

40

I2S_IN1_WS

I2S_IN1_SCK

I2S_OUT2_SD0
I2S_OUT2_SD1
I2S_OUT2_SD2
I2S_OUT1_SD0
I2S_OUT2_SD3

DATA LINK 1

DATA LINK 2

DATA LINK 3

DSNDR2
DSNDL2

DSNDR1
DSNDL1

CLK-MPIF

T29
T30

T28

T27
R30
U27
R29

I2S-WS-MAIN
I2S-BCLK-MAIN

I2S-MCH-LR

I2S-MCH-CSW

I2S-MCH-SLR

I2S-SUB-D

I2S-MAIN-D

58BJ3.0A LA 6.

B4

AC3
AD3

AE3
AF3

M4

V3

V2

U2
U3
U4
V5
V4

PNX2015

7J00
PNX2015E

B4A

I2D

ADCAC12
ADCAC11
ADCAC10
ADCAC19

I2S

OUT

I2S

IN

PNX2015

AUDIO/VIDEO

DEM DEC

AVIP

ADAC1

AUDIO

PROCESSING

ADAC2

B3E

AH1

AG1

MPIF MAIN:
AUDIO AMPLIFIER

7A05-4

ADAC1

7A05-3

ADAC2

B5A
B4E

MPIF MAIN:

B3G

CONNECTIONS B

AUDIO-L

AUDIO-R

SOUND-ENABLE

PROT-AUDIO-SUPPLY

1M52

11

33

88

77

C2
AP5
SA5

AUDIO LEFT / RIGHT

C1
AP4 AP5
SA4

+12-15V

7D05÷7D09

7D10-1

AUDIO-L

AUDIO-R

SOUND-ENABLE

AUDIO-PROT

7D00-01

7D00-2

CONTROL

7D30÷7D34

CONTROL

7D10-2

7D35-1

7D35-2

-12-15V

+12-15V

-12-15V

MUTE
INV-MUTE

1M52

1736

SA5

3

1

RIGHT-SPEAKER

1735

3

1

PROTECTION /

C2

MUTE CONTROL

SPEAKER

LEFT-SPEAKER

3DF2

7DF7-1

7DF7-2

3DF3

SPEAKER

CONTROL

LEFT

RIGHT

7DF3÷7DF4

CONTROL

-12-15V

AP1

-12-15V

+12-15V

+12-15V

AP1

DC-PROT

CPROT
CPROT-SW

1M02*

*Only 32”-37”

1
2

3

5
6

7

TO 1M02
SUPPLY

VIPER: MAIN MEMORY

B5B

7V02

7V01

MT46V32M16P

HDMI

B7A

1B01

1

2

18

19

HDMI

CONNECTOR

CONNECTOR

2X DDR

SDRAM

8Mx16

1B02

1

19

HDMI

2

18

MM_DATA(0-15)

MM_A(0-12)

ARX2+

BRX2+

AUDIO

MULTIPLEXED

WITH VIDEO

SEE ALSO

BLOCKDIAGRAM

VIDEO

B5B

DDR

INTERFACE

HDMI: I/O + CONTROL

B7B

7B11
TDA9975

RX2+
RX2-

RX1+

Termination

RX1-

Resistance

Control

RX0+
RX0-

RXC+
RXC-

HDMI

receiver

HDMI PANELLINK

RECEIVER

Audio

Formatter

Audio FIFO

Audio PLL

Packet

HDCP

extraction

AA27

A7

SPDIF-HDMI

SPDIF-HDMI

DV4-DATA

DV5-DATA

DV I/O INTERFACE

B4A

INPUT

SIDE I/O

D

1M37

(1M36)

10

11

7

SOUND L-HEADPHONE-OUT

10

SOUND R-HEADPHONE-OUT

11

DETECT

7

1010

2

3

5

Headphone
Out 3.5mm

G_15970_028.eps

171106

1E40

19

20

BE2

1E40

19

20

EXTERNALS B

AUDIO-HDPH-L

AUDIO-HDPH-R

1M36

N.C.

CONNECTIONS A

B3F

3A55

7A04-1

7A04-2

A-PLOP

7A09

3A66

7A11

AUDIO-HDPH-L-AP

AUDIO-HDPH-R-AP

CONTROL

ADAC7

AB1

ADAC7

ADAC8

AA1

ADAC8

DV

CO

Block Diagrams, Test Point Overviews, and Waveforms

Block Diagram Control & Clock Signals

NTROL & CLOCK SIGNALS

B5A

VIPER: CONTROL

4 3 2 1

USB 2.0

CONNECTOR

To Side I/O

AB05

FPGA 1080P: I/O BANKS

1H01

1
2
3
4

7Q01

USB20-OC1

FLGA

OUTA

USB20-PWE1

ENB

IN

+5V

7F18
EP2C35F484C7N

FPGA
1080P

CYCLONE II

FULL HD

1920x1080

1M46

1

2
3
4

B8

B8

B8

USB 2.0: HOST

1N62

1
2
3
4

C3

L6

C4

N18

E3

A12

M1

USB20-DM1

USB20-DP1

nSCO
DCLK
ASDO

CONF-DONE

LED1

CLK-OSC1

CLK-OSC2

3FH1

3FH0

7N00
ISP1561BM

HOST

CONTROLLER

7F30
EPCS16SI16N

7

16

SDC

15

+3V3-FPGA

7F32

6051-1

7F85
DSO751SV

PCI

6F30

19

PCI-AD(25-31)

(Only 47” Full HD)

PCI-CLK-USB20

D

SIDE I/O

1005

1
2
3

4 3 2 1

4

USB CONNECTOR

USB 1.1

B10D

POD: TS BUFFERING

7P81

BUFFERING

STBY-WP-NAND-FLASH

B4A

XIO-A(16-23)

B11B

FIREWIRE 1394: BUFFERING

7Z11

1050

PCI-AD(0-31)

7Z12

BUFFERING

5001

7P80
TC58DVM92F1T

EEPROM

32Mx16

NAND
FLASH

1H01

B5

VIPER: A/V + TUNNELBUS

3H14

1
2

TO 1H01

3

B5A

4

SSB

PCI-AD(0-31)

59BJ3.0A LA 6.

3H06

PCI-CLK-VPR

DV1F-DATA(0-7)

PLL-OUT

D28

AD2

7V00
PNX8550EH

B5A

B5C

B5C

VIPER

B5B

E30

TUN-VIPER-TX-CLKN

T2

TUN-VIPER-TX-CLKP

T2
K3

AH19
AG25
AH16

C4

A2

T30
AA28
V27
W30

B25

RESET-ETHERNET
E26
F1

SOUND-ENABLE-VPR

C27
AE29

D29

A18

B18

AH19

DV-CLKIN

1H00
27M

I2S-BCLK-SUB

RESET-USB20

RESET-FE-MAIN

RESET-POD-CI

B7B

HDMI: I/O + CONTROL

7B11
TDA9975

M15

B5B

VIPER: MAIN MEMORY

MM_CLK_N

MM_CLK_P

B4A

M27-CLK

7V02

46

45

PNX2015: AUDIO / VIDEO

7J08

EN

TUN-VIPER-RX-CLKP
DV2A-CLK

DV3F-CLK
DV1F-CLK

I2S-BCLK-MAIN
I2S-BCLK-AVIP

B9A

B8

B2A

B3G

B10A

HDMI

CONTROL

DDR

SDRAM

8Mx16

1

M27-PNX

B4

PNX2015: DV I/O INTERFACE

7J00
PNX2015E

U30

AUDIO/VIDEO

B4C

U28
M29

AF30

DV I/O INTERFACE

B4B

AK28
AD28

PNX2015

TUNNELBUS

B4A

V2
Y2
U1

DV4-CLK M135-CLK

D1

AK8

Y28

B4D

B4E

DDR INTERFACE

STANDBY & CONTROL

TO

Supply

J30

C23
D23

A16

A17

B6B

7

TXPNXCLK-

TXPNXCLK+

PNX_MCLK_N

PNX_MCLK_P

PACIFIC3: PART 2

7G04
T6TF4HFG-OOO2

109

68

TO 1G50

B4G

DISPLAY

PWM-OR

PACIFIC3

LVD S

BACKLIGHT-CONTROL-OUT

MP-CLKOUT

7G03
P87LPC760BDH

PWM-3

MICRO

CONTROLER

7G02
M25P05-AVMN6P

512K

FLASH

B6A

PACIFIC3: PART 1

MP-CLK

BACKLIGHT-CONTROL

CONTROL

B4D

PNX2015: DDR INTERFACE

7L50
K4D261638F

46

45

CTRL1-VIPER

DDR

SDRAM

16Mx16

5

1G02
10M

4

3G08

AL1

AMBI LIGHT

TO 1M59

B5E

VIPER

See also

block diagram

I2C

TO 2nd

AMBI LIGHT

PWB

1M59

1M39

DV1F-DATA(0-7)

AJ12

1LA0
16M

AH12

DETECT-1V2
DETECT-3V3
DETECT-5V

B4E

DETECT-8V6
DETECT-12V

E

CONTROL BOARD

ON / OFF
CHANNEL +
CHANNEL ­VOLUME +
VOLUME ­MENU

J

7001

1
2
3
4

1
2
3

P87LPC760

7

SCL

MICRO

CONTROLLER

6

SDA

8

RXD

(Optional)

7018
7009

20

7019
7010

18

7020
7011

19

AL2

7118
7109

16

7119
7110

13

7120
7111

14

7015

7016

7017

AMBI LIGHT

7115

7116

7117

5014

5015

5016

5114

5115

5116

1M11

1M13

11

6

1

11

6

1

RED

BLUE

GREEN

RED

BLUE

GREEN

(Optional)

LED SWITCH PANEL

6051-1

GREEN

+5V2-STBY

+5V2-STBY

3040

6051-2

LED2

LIGHT

SENSOR

LED1

RED

+5V2-STBY

7062

1040

+5V2-STBY

7052

7070

7071

SENSOR

KEYBOARD

3061

3068

7061

LED1

7051

RC

LED2

LIGHT-SENSOR

IR

3051

3058

1M01

1M21

2

6

3

4

1

BE2

EXTERNALS B

1M01

2

1M21

3

4

9

5

B3F

1E40

1E40

39

38

40

B3G

1E62 1E62

18

19 19

AV1-STATUS
AV2-STATUS

B3G

RXD-UP

B10D

P50

B3G

P50-HDMI

B7A

PROT-AUDIOSUPPLY

B5E B3G

B3E

39

38

40

18

B1A

LED1

LED2

B10A

7LA2

EF

7LA3

EF

SUPPLY-FAULT
KEYBOARD

LED1-3V3

LED2-3V3

LIGHT-SENSOR

AF16
AH17
AG17

AK18

AJ18

AK24

AJ24

AK19

AJ13
AG13

AG18
AG13

AK23

AK21

RC

AK13

AG20

AH23

AK10

SPI-SDO

SPI-CLK

AH10

SPI-CSB

AG10

SPI-WP

AJ27

STBY-WP-NAND-

AG22

FLASH

ENABLE-3V3

AK16

ENABLE-1V2

AH15

RESET-SYSTEM

AJ21

RESET-AUDIO

AH21

COM-SND

AH16

LAMP-ON

AJ16

TXD-UP

AJ19

CLK-MPIF

M4

AK27 SPI-PROG

AH20 SDM

SCL-UP-VIP

AH26

SDA-UP-VIP

AJ26

B10D

B1A

B5A
B4A
B3G

B6A

B10D

B4E

PNX2015: STANDBY &
CONTROL

7LA7

M25P05-AVMN6
5
6

1
3

B3B

MPIF MAIN: SUPPLY

40

512K

FLASH

7C00-3
PNX3000HL

MPIF

SUPPLY E/W

CONTROL

9C47

9C48
9C45

G_15974_001.eps

SPI

SDM

131206

Block Diagrams, Test Point Overviews, and Waveforms

Test Point Overview JIP Panel (Z-Side)

60BJ3.0A LA 6.

I207 A3

I208 A3
I209 A3
I210 A3
I211 A3
IF23 A2
IF23 A2
IF24 B2
IF24 B2
IFCJ A3
IFCJ A3
IFCK A3
IFCK A3
IFCL A3
IFCM A3
IFCN A3
IFCP A3
IFCP A3
IFCQ A3
IFCR A3

3104 313 6034.7

G_16450_034.eps

081106

Block Diagrams, Test Point Overviews, and Waveforms

Test Point Overview JIP Panel (A-Side)

61BJ3.0A LA 6.

3104 313 6034.7

G_16450_035.eps

081106

F1 A1
F2 A1
F3 A1
F4 A1
F5 A1
F6 A1
F7 A1
F8 A1
F9 C1
I1 A1
I2 A1
I3 A1
I4 A1
I5 A1
I6 A1
I7 A1
I8 A1
I9 A1
F10 C1
F11 C1
F12 C1
F13 C1
F14 C1
F15 C1
F16 C1
F17 A2
F18 A2
F19 A2
F20 A2
F21 A2
F22 A2
F23 A2
F24 A2
F25 A2
F26 A2
F27 A1
F28 A1
F29 B2
F30 A1
F31 A2
F32 A1
F33 A2
F34 A2
F35 A2
F36 B2
F37 A3
F38 A3
F39 B2
F40 A3
F41 A3
F42 A3
F43 B2
F44 B2
F45 C2
F46 C2
F47 B1
F48 C1
F49 B1
F50 B1
F51 B1
F52 B1
F53 C1
F54 C1
F55 B1
F56 B1
F57 C1
F58 C1
F59 C3
F60 B2
F61 A3
F62 B2
F63 B2
F64 B1
F65 B2
F66 B2
F67 B1
F68 B1
F69 B1
F70 B1
F71 A1
F72 A1
F73 A1
F74 A1
F75 C1
F76 C3
F77 C3
F78 C3
F79 C3
F80 C3
F81 C3
F82 C1
F83 B1
F84 B1
F85 B3
F86 C2
F87 B3
F88 B3
F89 A3
F90 A3
F91 A3
F92 A3
F93 C1

F94 C1
F95 C1
F96 C1
F97 C1
F98 B1
F99 B1
I10 A1
I11 A1
I12 A1
I13 A1
I14 A1
I15 A1
I16 A1
I17 A1
I18 A1
I19 A1
I20 A1
I21 A1
I22 A1
I23 A1
I24 A1
I25 A1
I26 A1
I27 A1
I28 A1
I29 A1
I30 A1
I31 A1
I32 A1
I33 A1
I34 A1
I35 A1
I36 A1
I37 A1
I38 A1
I39 A1
I40 A1
I41 A1
I42 A1
I43 A1
I44 A1
I45 A1
I46 A1
I47 A1
I48 A1
I49 A1
I50 A1
I51 A1
I52 A1
I53 A1
I54 A1
I55 A1
I56 A1
I57 A1
I58 A1
I59 A1
I60 A1
I61 A1
I62 A1
I63 A1
I64 A1
I65 A3
I66 A2
I67 C3
I68 C3
I69 B2
I70 A2
I71 A3
I72 A3
I73 A3
I74 C2
I75 A2
I76 A2
I77 A1
I78 B1
I79 B1
I80 A2
I81 A2
I82 A2
I83 A2
I84 A2
I85 A2
I86 A2
I87 A2
I88 A2
I89 A2
I90 A2
I91 A2
I92 A2
I93 A2
I94 A2
I95 A2
I96 C2
I97 C2
I98 C2
I99 C2
F100 B1
F101 B1
F102 B1
F103 B1
F104 B1
F105 B1

F106 B1
F107 B1
F108 B1
F109 C1
F110 B1
F111 C1
F112 C1
F113 C1
F114 C1
F115 C1
F116 C1
F117 C1
F118 C1
F119 B3
F120 B3
F121 B3
F122 B3
F123 B3
F124 B3
F125 B3
F126 C3
F127 C3
F128 C3
F129 C3
F130 C3
F131 B3
F132 B3
F133 B3
F134 B3
F135 B3
F136 B3
F137 B3
F138 B3
F139 B3
F140 B3
F141 B3
F142 B3
FF00 B3
FF01 B3
FF02 B3
FF03 B3
FF04 B3
FF05 B3
FF06 A3
FF07 A3
FF08 A3
FF09 A3
FF0A B3
FF0B B3
FF0C B3
FF0D B3
FF0E B3
FF0F B3
FF0G C3
FF0H C3
FF0I C3
FF0J C3
FF0K C3
FF0L B3
FF0M B3
FF0N B3
FF0P B3
FF0Q B3
FF0R B3
FF0S B3
FF0T B3
FF0U B3
FF10 C1
FF11 C1
FF12 C2
FF13 A3
FF14 B1
FF15 B1
FF16 C1
FF17 C3
FF18 C3
FF19 C3
FF1A C3
FF1B C3
FF1H C3
FF20 C1
FF21 C1
FF22 C1
FF23 C1
FF24 C1
FF25 C1
FF26 C1
FF27 C1
FF28 C1
FF29 B1
FF2A A1
FF2B A1
FF2C A1
FF2D A1
FF2E A1
FF2F A1
FF2G B1
FF2H B1
FF2J B2
FF2K B2
FF2L A1
FF2M B2

FF2N B2
FF2P A3
FF2Q B2
FF2R C3
FF30 C1
FF31 B1
FF32 B1
FF33 B1
FF34 B1
FF35 B1
FF36 B1
FF37 B1
FF38 B1
FF39 B1
FF40 B1
FF41 B1
FF42 C1
FF43 C1
FF44 C1
FF45 C1
FF46 C1
FF47 B1
FF48 B1
FF49 C1
FF50 C1
FF51 B1
FF52 B1
FF53 B1
FF54 B1
FF55 C1
FF57 B1
FF60 B2
FF61 C2
FF62 B2
FF63 B2
FF64 A3
FF65 A3
FF66 A3
FF67 B2
FF68 A3
FF69 A3
FF71 B2
FF72 A2
FF73 A2
FF74 A2
FF75 A2
FF76 A2
FF77 A1
FF78 B2
FF79 A1
FF80 A1
FF81 A2
FF82 A2
FF83 A2
FF84 A2
FF85 A2
FF86 A2
FF87 A2
FF88 A2
FF89 A2
FF90 A2
FF91 C1
FF92 C1
FF93 C1
FF94 C1
FF95 C1
FF96 C1
FF97 B1
FF98 B1
FU00 A1
FU01 A1
FU03 A1
FU05 A1
FU06 A1
FU07 A1
FU08 A1
FU09 A1
I100 B2
I101 B2
I102 B2
I103 B2
I104 B2
I105 B2
I106 B2
I107 B2
I108 B2
I109 C2
I110 B1
I111 A1
I112 A1
I113 B1
I114 C2
I115 C1
I116 C2
I117 C2
I118 C2
I119 A1
I120 A1
I121 A1
I122 B1
I123 B1
I124 B1

I125 B1
I126 B1
I127 B1
I128 C3
I129 B1
I130 A1
I131 A1
I132 C2
I133 C1
I134 C1
I135 C1
I136 C1
I137 C1
I138 C1
I139 C1
I140 C1
I141 C1
I142 C1
I143 C1
I144 B1
I145 B1
I146 C2
I147 B2
I148 C2
I149 B3
I150 B1
I151 B1
I152 B2
I153 B1
I154 A1
I155 A1
I156 A1
I157 A1
I158 B1
I159 B1
I160 B1
I161 B1
I162 A1
I163 C3
I164 C1
I165 C2
I166 C2
I167 A2
I168 C3
I169 C3
I170 C2
I171 C2
I172 A2
I173 A2
I174 A3
I175 B3
I176 A3
I177 A3
I178 A3
I179 A3
I180 C2
I181 C2
I182 C2
I183 C2
I184 B2
I185 C2
I186 B1
I187 B1
I188 C1
I189 C1
I190 C1
I191 B3
I192 B3
I193 B3
I194 B3
I195 C1
I196 C1
I197 C2
I198 C3
I199 C3
I200 C3
I201 B2
I202 B1
I203 B1
I204 C1
I205 C1
I206 C1
IF01 B1
IF02 B2
IF03 C3
IF04 C3
IF05 C3
IF06 C2
IF07 C1
IF08 C1
IF09 C1
IF0A C1
IF0B B3
IF0C B3
IF0D B3
IF0E B3
IF0F C1
IF0G C1
IF0H C1
IF0S B1
IF0T B1
IF10 C2

IF11 B2
IF13 C2
IF14 C2
IF15 C2
IF16 C2
IF18 A3
IF19 A3
IF1A A3
IF1B A3
IF1C B3
IF1D A3
IF1L A2
IF1U A2
IF1Y C2
IF1Z C2
IF20 C3
IF21 C3
IF25 A2
IF26 C2
IF27 C2
IF28 B1
IF29 C3
IF2A A1
IF2B B1
IF2C B1
IF2E B1
IF2F B1
IF2G B1
IF2H A1
IF2I A1
IF2J A1
IF2K A1
IF30 B1
IF31 B2
IF32 B1
IF33 B1
IF34 B3
IF35 C2
IF36 B2
IF37 B2
IF38 B1
IF39 B1
IF3A C1
IF3B C1
IF3C C1
IF3D C1
IF3F C1
IF3G C1
IF3H C1
IF3I C1
IF3K C1
IF3L C1
IF3M C1
IF40 C2
IF41 A1
IF42 A1
IF43 B1
IF44 C3
IF45 B1
IF46 A1
IF47 B1
IF48 A1
IF49 B1
IF50 B1
IF51 A1
IF53 A1
IF54 A1
IF55 C2
IF56 C2
IF57 C2
IF58 C1
IF59 C2
IF5A B1
IF5B A1
IF5C A1
IF5D B1
IF60 C2
IF61 B2
IF62 B2
IF63 B2
IF64 B2
IF65 B2
IF66 B2
IF67 B2
IF68 B2
IF69 B2
IF70 C2
IF71 C2
IF72 C2
IF73 C2
IF74 A2
IF75 A2
IF76 A2
IF77 A2
IF78 A2
IF79 A2
IF80 A2
IF81 A2
IF82 A2
IF83 A2
IF84 A2
IF85 A2

IF86 A2
IF87 A2
IF88 A2
IF89 A2
IF90 B1
IF91 B1
IF92 A1
IF93 C1
IF94 A2
IF95 A2

A1 C2

IF
IFA2 A3
IFA3 A3
IFA4 A3
IFA5 A2
IFA6 B2
IFA7 C3
IFA9 C3
IFB1 A2
IFB2 A3
IFCA A1
IFCB A1
IFCC A1
IFCD A1
IFCE A1
IFCF A1
IFCG A1
IFCH A1
IFCS A1
IFCT A1
IFCU A1
IFCV A1
IFCW A1
IFCX A1
IFCY A1
IFCZ A1
IU00 A1
IU01 A1
IU02 A1
IU03 A1
IU04 A1
IU05 A1
IU06 A1
IU07 A1
IU08 A1
IU09 A1
IU11 A1
IU12 A1
IU13 A1
IU16 A1
IU17 A1
IU18 A1
IU20 A1
IU21 A1
IU26 A1
IU27 A1
IU28 A1
IU30 A1
IU31 A1
IU33 A1
IU34 A1
IU35 A1
IU36 A1
IU37 A1
IU38 A1
IU39 A1
IU40 A1
IU43 A1
IU46 A1
IU47 A1
IU48 A1
IU50 A1
IU51 A1
IU52 A1
IU53 A1
IU54 A1
IU57 A1
IU59 A1
IU60 A1
IU63 A1
IU64 A1
IU68 A1
IU69 A1
IU70 A1

Block Diagrams, Test Point Overviews, and Waveforms

Test Point Overview SSB (Top Side)

62BJ3.0A LA 6.

3104 313 6073.5

Part 1

G_15960_055ta.eps

Part 2

G_15960_055tb.eps

G_15960_055t.eps

030406

I137 A2
I156 A2
I548 E4
I549 E4
I550 E4
I551 G2
I552 D2
I553 C4
I554 D4
I555 C3
I556 C3
I557 B3
I558 C3
I559 B3
I560 C3
I561 B2
I562 B3
I563 B3
I564 E3
I565 E3
I566 E3
I567 F1
I568 F2
I569 F2
I571 E3
I572 E2
I573 E2
I574 E3
I575 E3
I576 E3
I577 C3
I578 C2
I579 C3
I580 E3
I581 F2
I582 A2
IA04 A2
IC47 A2
IC47 A2
IC51 A2
IC51 A2
IC81 A2
IC82 A2
IC86 A2
IC86 A2
IG01 F2
IG02 F2
IG04 F1
IG04 F1
IG06 F1
IG06 F1
IG07 F1
IG08 F1
IG08 F1
IG15 F2
IG15 F2
IG26 F1
IG26 F1
IG28 F2
IG28 F2
IG35 F1
IG35 F1
IG38 F2
IG38 F2
IG39 F2
IG39 F2
IG41 F2
IH00 E3
IH01 E3
IH06 E3
IH07 E3
IH07 E3
IH08 E3
IH20 E2
IH20 E2
IH21 E2
IH21 E2
IJ00 B3
IJ01 B3
IJ01 B3
IJ02 B3
IJ02 B3
IJ03 B3
IJ04 B3
IJ04 B3
IJ05 B2
IJ06 C3
IJ07 B3
IJ10 B1
IJ10 B1
IJ11 C3
IJ11 C3
IJ12 B1
IJ12 B1
IJ13 B1
IJ13 B1
IJ20 C1

IJ20 C1
IJ29 C3
IJ36 C3
IJ36 C3
IJ37 C3
IK95 B3
IK95 B3
IL03 C3
IL04 B2
IL04 C2
IL05 C3
IL05 C3
IL15 C3
IL15 C3
IL16 C3
IL16 C3
IL18 B3
IL18 B3
IL19 B3
IL34 C2
IL34 C2
ILB5 C3
ILB6 C3
ILB6 C3
ILB7 B3
ILB7 B3
ILB9 C3
ILB9 C3
ILC2 C3
ILC2 C3
ILN1 B2
ILN1 B2
ILN3 C3
ILN4 B3
ILN4 B3
ILN5 C3
IO01 D4
IO01 D4
IO03 D4
IO03 D4
IO06 D4
IO06 D4
IO07 D4
IO08 C4
IQ00 E3
IQ00 E3
IQ01 E3
IQ02 E3
IQ08 E3
IQ09 D2
IQ10 E2
IQ27 E3
IQ27 E3
IQ35 D2
IQ35 D2
IQ50 E2
IQ51 E3
IU19 G2
IU19 G2
IU46 G2
IU47 G2
IU47 G2
IU54 G3
IU54 G3
IZ03 E4
IZ04 E4
IZ04 E4
IZ05 E4
IZ05 E4
IZ06 E4
IZ08 E4
IZ08 E4
IZ12 E4
IZ12 E4
IZ13 E4

Block Diagrams, Test Point Overviews, and Waveforms

Test Point Overview SSB Part 1 (Top Side)

63BJ3.0A LA 6.

Part 1

G_15960_055ta.eps

Block Diagrams, Test Point Overviews, and Waveforms

Test Point Overview SSB Part 2 (Top Side)

64BJ3.0A LA 6.

Part 2

G_15960_055tb.eps

310306

Block Diagrams, Test Point Overviews, and Waveforms

Test Point Overview SSB (Bottom Side)

65BJ3.0A LA 6.

3104 313 6073.5

Part 1

G_15960_056ta.eps

Part 2

G_15960_056tb.eps

G_15960_056t.eps

020406

A1 A3
A2 A2
A3 A3
A4 A3
A5 A3
A6 C2
A7 A1
A8 A2
A9 A2
F1 B3
F2 A2
F3 A2
F4 A2
F5 A2
F6 A3
F7 A3
F8 A2
F9 A2
I1 B3
I2 A3
I3 A3
I4 A3
I5 A3
I6 A3
I7 A3
I8 A3
I9 A3
A10 D1
A11 C1
A12 C3
A13 D3
A14 E2
A15 C1
F10 A3
F11 A3
F12 C1
F13 B3
F14 A3
F15 A3
F16 A3
F17 A3
F18 B3
F19 B3
F20 B3
F21 C1
F22 B4
F23 B4
F24 B4
F25 B4
F26 A4
F27 A2
F28 B3
F29 A4
F30 A4
F31 A4
F32 B3
F33 C3
F34 A4
F35 B4
F36 B4
F37 B4
F38 B4
F39 B4
F40 B3
F41 A4
F42 A4
F43 A4
F44 A4
F45 A4
F46 A4
F47 A4
F48 A4
F49 A4
F50 A4
F51 A4
F52 A4
F53 A4
F54 A4
F55 A4
F56 A4
F57 A4
F58 A4
F59 A4
F60 A4
F61 A4
F62 A4
F63 A4
F64 A4
F65 A4
F66 A4
F67 A4
F68 A4
F69 A4
F70 B4
F71 B4
F72 B4
F73 A4
F74 B4
F75 B4
F76 B4
F77 B4
F78 B4
F79 B4

F80 B4
F81 A2
F82 E1
F83 E1
F84 E1
F85 E1
F86 A2
F87 B3
F88 A3
F89 E1
F90 E1
F91 E1
F92 E1
F93 G4
F94 G4
F95 G4
F96 G4
F97 G4
F98 G4
F99 G4
I10 B2
I11 B2
I12 B2
I13 B2
I14 A2
I15 A2
I16 A2
I17 A2
I18 A2
I19 A2
I20 A2
I21 A2
I22 A2
I23 A2
I24 A2
I25 A2
I26 A2
I27 B2
I28 A2
I29 A1
I30 B2
I31 A1
I32 B2
I33 A2
I34 A2
I35 A2
I36 A2
I37 A2
I38 A2
I39 A2
I40 A4
I41 B3
I42 B3
I43 A2
I44 A3
I45 A2
I46 A2
I47 B3
I48 B2
I49 B3
I50 B2
I51 A2
I52 A2
I53 A2
I54 A2
I55 A3
I56 B2
I57 A3
I58 A3
I59 A3
I60 A3
I61 A3
I62 A3
I63 B3
I64 B3
I65 B3
I66 B3
I67 B3
I68 B3
I69 B3
I70 A3
I71 A3
I72 A3
I73 A3
I74 A2
I75 A3
I76 G2
I77 A3
I78 A3
I79 A3
I80 A3
I81 G3
I82 A3
I83 A2
I84 A3
I85 B3
I86 A3
I87 A3
I88 A3
I89 A3
I90 B2
I91 A3
I92 A3

I93 A3
I94 A3
I95 A3
I96 B3
I97 B3
I98 A3
I99 A3
AB45 B1
AC01 A 3
AC02 A 3
AC03 A 3
AC04 A 2
AC05 A 3
AH10 E2
AH11 D3
AJ10 C3
ALB0 C2
AN01 C1
AO01 D 1
AT02 A2
AT15 A2
AT40 A1
F100 G2
F101 G3
F102 F3
F103 F3
F104 F3
F105 F2
F106 F3
F107 F3
F108 F3
F109 F3
F110 F3
F111 F3
F112 F3
F113 F3
F114 G2
F115 F2
F116 G2
F117 G2
F118 G4
F119 G2
F120 G3
F121 G4
F122 F2
F123 G4
F124 G3
F125 G2
F126 G3
F127 F2
F128 G3
F129 F2
F130 G3
F131 G3
F132 G4
F133 A1
F134 A1
F135 A1
F136 A1
F137 B1
F138 A1
F139 A1
F140 A1
F141 A1
F142 A1
F143 A1
F144 A2
F145 E4
F146 F4
F147 E4
F148 E4
F149 E4
F150 D3
F151 E2
F152 E2
F153 D3
F154 E4
F155 E4
F156 F4
F157 F4
F158 E2
F159 F2
F160 D3
F161 D2
F162 D4
F163 E4
F164 E4
F165 E4
F166 E4
F167 D4
F168 F3
F169 F2
F170 F3
F171 F3
F172 E2
F173 D4
F174 D4
F175 D3
F176 D4
F177 D4
F178 F4
F179 D4
F180 E2

F181 E4
F182 E4
F183 D3
F184 D3
F185 C3
F186 D3
F187 D3
F188 D3
F189 D3
F190 D3
F191 G1
F192 F1
F193 F1
F194 F1
F195 G1
F196 F2
F197 G1
F198 G1
F199 G1
F200 G1
F201 G1
F202 F1
F203 F1
F204 F1
F205 F1
F206 F1
F207 G1
F208 G1
F209 F1
F210 F1
F211 G1
F212 G1
F213 D1
F214 D1
F215 D1
F216 D1
F217 C1
F218 C1
F219 D1
F220 D1
F221 D1
F222 D1
F223 D1
F224 C1
F225 C1
F226 B2
F227 A2
F228 A2
F229 B1
F230 B1
F231 B2
F232 B1
F233 A2
F234 A2
F235 C2
F236 C3
F237 C4
F238 C3
F239 B4
F240 C2
F241 B3
F242 B3
F243 B2
F244 B2
F245 B2
F246 B1
F247 B1
F248 B2
F249 B3
F250 C2
F251 C4
F252 C4
F253 C4
F254 C4
F255 C4
F256 C4
F257 C4
F258 C4
F259 C4
F260 C4
F261 C4
F262 C4
F263 B3
F264 C4
F265 B4
F266 B4
F267 C3
F268 C4
F269 C4
F270 C4
F271 C4
F272 C4
F273 D2
F274 F3
F275 G3
F276 G3
F277 F3
F278 F3
F279 F4
F280 F4
F281 F4
F282 F3
F283 F4

F284 G4
F285 F4
F286 F3
F287 F3
F288 F3
F289 F3
F290 F3
F291 G3
F292 G3
F293 F3
F294 F3
F295 F3
F296 B1
F297 B1
F298 B1
F299 B1
F300 B1
F301 B1
F302 B1
F303 C1
F304 B1
F305 C1
F306 B1
F307 B1
F308 B1
F309 B1
F310 C1
F311 C1
F312 C1
F313 C1
F314 C1
F315 C1
F316 C1
F317 C1
F318 C1
F319 C1
F320 C1

00 B4

FA
FA0 1 B4
FA0 2 B4
FA0 3 B4
FA0 4 B4
FA0 5 B4
FA0 6 A4
FA0 7 A4
FA0 8 A4
FA0 9 A4
FA1 0 A4
FA1 1 A4
FA1 2 A4
FA1 3 A4
FA1 4 A4
FA1 5 A4
FA1 6 A4
FA1 7 A4
FA1 8 A4
FA1 9 A4
FA2 0 A4
FA2 1 A4
FA2 2 A4
FA2 3 A4
FA2 4 A4
FA2 5 A4
FA2 6 A4
FA2 7 A4
FA2 8 A4
FA2 9 A4
FA3 0 A4
FA3 1 A4
FA3 2 A4
FA3 3 A4
FA3 4 A4
FA3 5 A4
FA3 6 A4
FA3 7 A4
FA3 8 A4
FA3 9 B3
FA4 0 B4
FA4 1 B4
FA4 2 B4
FA4 3 B4
FA4 6 A2
FA

47 B3
FA4 8 A4
FA4 9 A4
FA5 0 A4
FA5 4 B4
FA5 5 B4
FA5 6 B4
FA5 7 B4
FA5 8 B3
FA6 0 B4
FA6 1 B4
FA6 2 B4
FB09 C1
FB10 C1
FB11 C1
FB12 C1
FB13 C1
FB14 C1
FB15 C1
FB20 C1
FB21 C1

FB22 C1
FB23 C1
FB28 C1
FB29 B1
FB30 B1
FB31 B1
FB32 B1
FB34 C1
FB35 C1
FB36 B1
FB40 C1
FB48 B1
FB50 B1
FB51 B1
FB52 B1
FB55 B1
FB56 B1
FB57 B1
FC02 A3
FC03 B3
FC04 B3
FC06 B3
FC10 A4
FC31 A3
FC32 A3
FC36 A3
FC37 A3
FC38 B3
FC40 B3
FC41 A3
FC52 A3
FC73 A2
FG00 F3
FG01 F3
FG02 F3
FG03 F3
FG10 G3
FG14 F3
FG15 F3
FG16 F3
FG17 F3
FG18 F3
FG19 F4
FG20 G4
FG21 F4
FG22 F3
FG23 F4
FG24 F4
FG25 F4
FG26 F3
FG27 F3
FG36 F3
FG37 G3
FG40 F3
FH12 D2
FJ09 C4
FJ10 C4
FJ11 C4
FJ12 C4
FJ13 C4
FJ14 C3
FJ15 B4
FJ16 B4
FJ18 C4
FJ20 B3
FJ23 C4
FJ24 C4
FJ25 C4
FJ26 C4
FJ27 C4
FJ28 C4
FJ29 C4
FJ30 C4
FJ31 C4
FJ32 C4
FJ36 C4
FJ37 C4
FJ40 C2
FJ42 B3
FK00 A2
FK01 A2
FK02 A3
FK03 A3
FK07 A2
FK09 A2
FK11 A2
FK17 A2
FK18 B3
FK65 A2
FLA0 B2
FLA1 B1
FLA2 B1
FLA3 B2
FLA4 B2
FLA5 B2
FLA6 B3
FLA7 B3
FLA8 C2
FLB1 B4
FLB2 C3
FLB3 C3
FLB4 C4
FLB5 C3

FLB7 C2
FM07 A2
FM10 A2
FM20 A1
FM21 A2
FM22 B1
FM23 B1
FM70 A2
FM71 A2
FM72 B2
FN10 C1
FN11 C1
FO01 D1
FO02 D1
FO03 D1
FO04 D1
FO05 D1
FO06 C1
FO07 C1
FO08 D1
FO10 D1
FO11 D1
FO12 D1
FP01 G1
FP02 G1
FP22 F1
FP23 F1
FP24 G1
FP25 G1
FP31 F1
FP32 F1
FP33 F1
FP34 F1
FP35 F1
FP36 G1
FP37 G1
FP38 G1
FP39 G1
FP40 G1
FP41 F2
FP42 G1
FP43 F1
FP44 F1
FP45 F1
FP46 G1
FQ00 D3
FQ01 D3
FQ02 D3
FQ03 D3
FQ04 D3
FQ05 C3
FQ06 D3
FQ07 D3
FQ08 E4
FQ09 E4
FQ10 E2
FQ11 D4
FQ12 F4
FQ13 D4
FQ14 D4
FQ15 D2
FQ16 D4
FQ17 D4
FQ19 E2
FQ20 F3
FQ21 F3
FQ22 F2
FQ23 F3
FQ24 D4
FQ25 E4
FQ26 E4
FQ35 E4
FQ36 E4
FQ40 D4
FQ41 D2
FQ42 D3
FQ43 E2
FQ44 E2
FQ46 F4
FQ47 F4
FQ48 E4
FQ49 E4
FQ50 D3
FQ52 E2
FQ53 E2
FQ54 D3
FQ55 E4
FQ56 E4
FQ57 E4
FQ58 F4
FQ59 E4
FT01 A2
FT03 A1
FT04 A1
FT05 A1
FT06 A1
FT07 A1
FT11 A1
FT15 B1
FT16 A1
FT20 A1
FT21 A1
FT22 A1

FU01 G4
FU02 G3
FU03 G3
FU05 F2
FU06 G3
FU07 F2
FU08 G3
FU09 G2
FU13 G3
FU14 G4
FU15 F2
FU16 G4
FU18 G3
FU19 G2
FU20 G4
FU21 G2
FU23 G2
FU30 F2
FU31 G2
FU32 F3
FU40 F3
FU41 F3
FU42 F3
FU43 F3
FU44 F3
FU45 F3
FU46 F3
FU47 F3
FU48 F3
FU49 F3
FU50 F3
FU51 G3
FU52 G2
FU60 G4
FU61 G4
FU62 G4
FU63 G4
FU64 G4
FU65 G4
FU66 G4
FZ01 E1
FZ02 E1
FZ03 E1
FZ04 E1
FZ05 E1
FZ07 E1
FZ09 E1
FZ11 E1
I100 B3
I101 A3
I102 A3
I103 A3
I104 A3
I105 A3
I106 A3
I107 B3
I108 B3
I109 A4
I110 B2
I111 B2
I112 A3
I113 A2
I114 B2
I115 B3
I116 A3
I117 A3
I118 A2
I119 A3
I120 A3
I121 A3
I122 A2
I123 A3
I124 A3
I125 A3
I126 B3
I127 A3
I128 A3
I129 A4
I130 A4
I131 A4
I132 A4
I133 A3
I134 A3
I135 B4
I136 A3
I138 A3
I139 A3
I140 B3
I141 B3
I142 B3
I143 B3
I144 B3
I145 B3
I146 B4
I147 A3
I148 A3
I149 B3
I150 B3
I151 B3
I152 B3
I153 B4
I154 B3
I155 A4

I157 A2
I158 A3
I159 B1
I160 D1
I161 E1
I162 E1
I163 E1
I164 E1
I165 E1
I166 E1
I167 E1
I168 E1
I169 G2
I170 G3
I171 F2
I172 G3
I173 F3
I174 F3
I175 F2
I176 F3
I177 F2
I178 F2
I179 F2
I180 F2
I181 F2
I182 F2
I183 G3
I184 G2
I185 F2
I186 G3
I187 F2
I188 F3
I189 G4
I190 G3
I191 G2
I192 G2
I193 G2
I194 G2
I195 G3
I196 G3
I197 G3
I198 G3
I199 G3
I200 G3
I201 G3
I202 G3
I203 F2
I204 G2
I205 G2
I206 G3
I207 G4
I208 G2
I209 G2
I210 G2
I211 G2
I212 G3
I213 G3
I214 G3
I215 G3
I216 G3
I217 G3
I218 G3
I219 G3
I220 G3
I221 G4
I222 G3
I223 G3
I224 G3
I225 G4
I226 G2
I227 G4
I228 G3
I229 G4
I230 G4
I231 G4
I232 G3
I233 G3
I234 G3
I235 G3
I236 G3
I237 G3
I238 G3
I239 G3
I240 G3
I241 G3
I242 G3
I243 G3
I244 G3
I245 G3
I246 G3
I247 G3
I248 G2
I249 G3
I250 G3
I251 G3
I252 G3
I253 G3
I254 G3
I255 G3
I256 G3
I257 G3
I258 G2
I259 G4

I260 G4
I261 F2
I262 B1
I263 A1
I264 B1
I265 A1
I266 A1
I267 A1
I268 A1
I269 B1
I270 A1
I271 A1
I272 A1
I273 A1
I274 B1
I275 A1
I276 A1
I277 A1
I278 A1
I279 B1
I280 B1
I281 B1
I282 B1
I283 B1
I284 B1
I285 A1
I286 A1
I287 A1
I288 A1
I289 A1
I290 A1
I291 A1
I292 A1
I293 A1
I294 A2
I295 A2
I296 A2
I297 A2
I298 A1
I299 A1
I300 A1
I301 A1
I302 A2
I303 A1
I304 A1
I305 A1
I306 A1
I307 A2
I308 A1
I309 A1
I310 A1
I311 A1
I312 F3
I313 D3
I314 D3
I315 F3
I316 F3
I317 F3
I318 F3
I319 F3
I320 F4
I321 F4
I322 F4
I323 D4
I324 F2
I325 F4
I326 F4
I327 E4
I328 F4
I329 F4
I330 F4
I331 F3
I332 E4
I333 E2
I334 D3
I335 D2
I336 E2
I337 E4
I338 D2
I339 D2
I340 E3
I341 E2
I342 D2
I343 D2
I344 D3
I345 D3
I346 D3
I347 D3
I348 D3
I349 D3
I350 D3
I351 G1
I352 G1
I353 G1
I354 G1
I355 G1
I356 G1
I357 G1
I358 F1
I359 F1
I360 F1
I361 G1
I362 F1

I363 F1
I364 F1
I365 F2
I366 F2
I367 F1
I368 F1
I369 G1
I370 D1
I371 C1
I372 C1
I373 C1
I374 D1
I375 D1
I376 D1
I377 D1
I378 C1
I379 C1
I380 C1
I381 C1
I382 C1
I383 C1
I384 C1
I385 C1
I386 C1
I387 C1
I388 C1
I389 C1
I390 C1
I391 C1
I392 C1
I393 C1
I394 C1
I395 B2
I396 A2
I397 B2
I398 A2
I399 A2
I400 A2
I401 A2
I402 A2
I403 A2
I404 A2
I405 A2
I406 A2
I407 A2
I408 A2
I409 A2
I410 C3
I411 B2
I412 C2
I413 B2
I414 C1
I415 B2
I416 C1
I417 C2
I418 B2
I419 C3
I420 C3
I421 C3
I422 B4
I423 B4
I424 B4
I425 C3
I426 C4
I427 C4
I428 C4
I429 C4
I430 C4
I431 C3
I432 C3
I433 C3
I434 B2
I435 B1
I436 B1
I437 B1
I438 B1
I439 B1
I440 C3
I441 C4
I442 C4
I443 C3
I444 C4
I445 C4
I446 C4
I447 C4
I448 B4
I449 C2
I450 D2
I451 C2
I452 C4
I453 C2
I454 B4
I455 C2
I456 B3
I457 B3
I458 B3
I459 B3
I460 B3
I461 B3
I462 C3
I463 C3
I464 C3
I465 C4

I466 C4
I467 C4
I468 C4
I469 C4
I470 C4
I471 C2
I472 C2
I473 E4
I474 D2
I475 D2
I476 D2
I477 E2
I478 E2
I479 E2
I480 E2
I481 E2
I482 E2
I483 E2
I484 E2
I485 E2
I486 E2
I487 F3
I488 G3
I489 F3
I490 F3
I491 F4
I492 F4
I493 F4
I494 A4
I495 A2
I496 B1
I497 B1
I498 B1
I499 B1
I500 B1
I501 B1
I502 B1
I503 C1
I504 B1
I505 B1
I506 C1
I507 B1
I508 B1
I509 B1
I510 B1
I511 B1
I512 B1
I513 C1
I514 C1
I515 C1
I516 C1
I517 C1
I518 C1
I519 C1
I520 C1
I521 C1
I522 B1
I523 B3
I524 D2
I525 E1
I526 E1
I527 E1
I528 E1
I529 E1
I530 E1
I531 E1
I532 E1
I533 G2
I534 G3
I535 G4
I536 G3
I537 G3
I538 D3
I539 D3
I540 D4
I541 D3
I542 G1
I543 G1
I544 G1
I545 G1
I546 G1
I547 C1
I570 B1
IA00 A3
IA01 B4
IA02 A3
IA03 A3
IA05 B3
IA10 A4
IA11 A4
IA12 A4
IA15 A4
IA16 B3
IA17 B4
IA18 B3
IA19 B3
IA20 B3
IA21 B3
IA22 A3
IA23 A3
IA25 B4
IA26 B3
IA27 B3

IA28 B3
IA44 B3
IA45 B3
IA46 B3
IB05 B1
IB06 C1
IB14 C1
IB17 C1
IB18 C1
IB20 C1
IB24 C1
IB41 C1
IB42 C1
IB43 C1
IB44 B1
IB45 B1
IB46 C1
IB47 B1
IB48 B1
IB49 B1
IB50 B1
IB51 B1
IB60 B1
IB61 B1
IB62 B1
IB63 C1
IB64 B1
IB67 B1
IB68 B1
IB69 B1
IB70 B1
IB71 B1
IB72 B1
IC01 A3
IC02 A3
IC04 B3
IC05 B3
IC06 A3
IC07 A3
IC08 A3
IC09 A3
IC10 A3
IC11 A3
IC12 A3
IC13 A3
IC14 A3
IC15 A3
IC16 A3
IC32 A3
IC33 A3
IC34 A3
IC35 B3
IC36 A3
IC37 A3
IC38 A3
IC39 A3
IC40 A3
IC41 A3
IC44 B3
IC45 B3
IC46 A3
IC48 A2
IC49 A4
IC52 A3
IC54 A3
IC55 A3
IC56 A3
IC57 A3
IC58 A3
IC59 A3
IC60 A3
IC61 A3
IC63 A3
IC64 A3
IC65 A2
IC72 A3
IC74 A3
IC75 A3
IC76 A3
IC77 A3
IC78 A3
IC79 A3
IC80 A3
IC83 A3
IC84 A3
IC85 A2
IC87 A3
IC88 A3
IC89 A3
IG03 F4
IG05 F4
IG25 F4
IG29 F3
IG30 F3
IG31 F3
IG32 F3
IH03 E2
IH04 E2
IH05 E2
IH09 E2
IH10 E2
IH11 E2
IH12 E2

IH13 E2
IH14 E1
IH15 E2
IH16 D2
IH17 D2
IH18 D2
IH22 E4
IJ08 C2
IJ09 C2
IJ14 C4
IJ15 C4
IJ16 C4
IJ18 C4
IJ19 C4
IJ21 C4
IJ22 C3
IJ23 C3
IJ24 C3
IJ26 B3
IJ31 B3
IJ33 B3
IJ39 B3
IJ44 B3
IJ46 B3
IJ48 C2
IJ49 B4
IJ50 C2
IJ51 C4
IJ53 C2
IJ54 D2
IJ55 C2
IJ61 B4
IJ67 C4
IJ68 C4
IJ69 C4
IJ70 C4
IJ71 C3
IJ72 C4
IJ73 C4
IJ81 C3
IK01 A3
IK02 B2
IK03 A3
IK04 A3
IK05 A2
IK06 A2
IK10 A3
IK11 B3
IK12 B3
IK13 B3
IK14 B3
IK15 B3
IK16 B3
IK17 B3
IK18 A3
IK21 A3
IK22 A3
IK23 A3
IK24 A3
IK25 A2
IK30 B2
IK31 B2
IK32 B3
IK33 B2
IK46 A3
IK47 A2
IK48 A2
IK49 A2
IK50 A2
IK51 B2
IK52 B3
IK53 B2
IK54 B3
IK55 A2
IK56 A2
IK57 A3
IK58 B3
IK59 B3
IK60 B3
IK62 A2
IK63 A2
IK64 A2
IK66 A2
IK67 A2
IK68 A2
IK69 A2
IK70 B2
IK71 A4
IK72 B2
IK73 A4
IK74 A2
IK75 A2
IK76 A2
IK77 A2
IK78 A2
IK79 A2
IK80 A2
IK81 A2
IK82 A2
IK83 A2
IK84 A2
IK85 A2
IK86 A2

IK87 A2
IK88 A2
IK89 B2
IK90 B2
IK91 B2
IK92 B2
IK93 A3
IK94 A3
IK96 A2
IK97 A4
IK98 A2
IK99 A2
IL10 B1
IL11 B1
IL12 B1
IL13 B1
IL14 B1
IL17 B2
IL20 C3
IL21 C3
IL22 C3
IL23 C4
IL24 C4
IL25 C4
IL26 C4
IL27 C4
IL28 C3
IL29 B4
IL30 B4
IL31 B4
IL32 C3
IL33 C3
IL35 C3
IL40 B2
IL41 B2
IL42 B1
IL43 B2
ILB3 C1
ILB8 B2
ILC3 C2
ILN2 B2
ILN6 C3
IM00 A2
IM01 A2
IM02 A2
IM03 A2
IM04 A2
IM05 A2
IM06 A2
IM08 A2
IM11 A2
IM12 A2
IM13 A2
IM14 A2
IM15 A2
IM16 A2
IM17 A2
IN01 C1
IN02 C1
IN03 C1
IN04 C1
IN05 C1
IN06 C1
IN07 C1
IN08 C1
IN09 C1
IN10 C1
IN11 C1
IN12 C1
IN13 C1
IN14 C1
IN17 C1
IN20 C1
IN21 C1
IO02 D1
IO04 D1
IO05 D1
IO10 D1
IO11 C1
IO12 C1
IO13 C1
IO14 C1
IP05 G1
IP06 F1
IP07 F1
IP11 G1
IP12 G1
IP13 G1
IP14 F2
IP15 F2
IP16 F1
IP17 F1
IP18 F1
IP19 G1
IP20 G1
IP21 F1
IP22 F1
IP23 F1
IP24 G1
IP25 G1
IP26 G1
IP27 G1
IP28 G1

IP29 G1
IP30 G1
IP31 G1
IQ03 D3
IQ04 D3
IQ05 D3
IQ06 D3
IQ07 D3
IQ11 D2
IQ13 D3
IQ14 D3
IQ15 D3
IQ16 D3
IQ17 D3
IQ21 D3
IQ22 D2
IQ23 D2
IQ24 E2
IQ25 E3
IQ26 D2
IQ28 D2
IQ29 E4
IQ30 E2
IQ31 D3
IQ32 D3
IQ33 E2
IQ34 E4
IQ40 F3
IQ41 F4
IQ42 E4
IQ43 E4
IQ44 E4
IQ45 F4
IQ46 F4
IQ47 F2
IQ49 D4
IQ52 F4
IQ53 F4
IQ54 F4
IQ55 F3
IQ56 F3
IQ57 F3
IQ58 F3
IQ59 F3
IQ60 D3
IQ61 D3
IQ62 F3
IT01 A1
IT02 A1
IT03 A1
IT04 A1
IT05 A1
IT09 A2
IT10 A1
IT11 A1
IT13 A1
IT14 A1
IT15 A2
IT17 A1
IT18 A1
IT19 A1
IT20 A1
IT22 A2
IT23 A2
IT24 A2
IT25 A2
IT26 A1
IT31 A1
IT32 A1
IT33 A1
IT35 A1
IT37 A1
IT38 A1
IT39 A1
IT40 A1
IT44 B1
IT46 B1
IT47 B1
IT48 B1
IT49 A1
IT50 A1
IT51 A1
IT52 A1
IT53 A1
IT55 A1
IT56 A1
IT57 B1
IT58 A1
IT59 A1
IT60 A1
IT61 A1
IT64 A1
IT65 B1
IT66 A1
IT70 A1
IT71 A1
IT72 A1
IT73 B1
IT74 A1
IT75 B1
IU00 F2
IU01 G4
IU02 G4

IU03 G2
IU04 G3
IU05 G3
IU06 G3
IU07 G3
IU08 G3
IU09 G3
IU10 G3
IU11 G3
IU12 G3
IU13 G2
IU14 G3
IU15 G3
IU16 G3
IU17 G3
IU18 G3
IU20 G2
IU21 G3
IU22 G3
IU23 G3
IU24 G3
IU25 G3
IU26 G3
IU27 G3
IU28 G3
IU29 G3
IU30 G3
IU31 G3
IU32 G3
IU33 G4
IU34 G4
IU35 G4
IU36 G3
IU37 G4
IU38 G2
IU39 G4
IU40 G3
IU41 G3
IU42 G3
IU43 G4
IU44 G3
IU45 G3
IU48 G3
IU49 G3
IU50 G3
IU51 G3
IU52 G3
IU53 G3
IU55 G3
IU56 G2
IU57 G2
IU58 G2
IU59 G2
IU60 G4
IU61 G3
IU62 G2
IU63 G2
IU64 F2
IU65 G3
IU66 G3
IU67 G3
IU68 G3
IU69 G3
IU70 G3
IU71 G3
IU72 G3
IU73 G2
IU74 G2
IU75 G2
IU76 G2
IU77 G3
IU78 G3
IU79 G3
IU80 G4
IU81 G3
IU82 G2
IU83 G4
IU84 F3
IU85 F2
IU86 G3
IU87 F2
IU88 G2
IU89 G3
IU90 F2
IU91 F2
IU92 F2
IU93 F2
IU94 F2
IU95 F2
IU96 F3
IU97 F2
IU98 F3
IU99 F3

A0 G3

IU
IUA1 F2
IUA2 G3
IUA3 G2
IZ00 E1
IZ01 E1
IZ02 E1
IZ07 E1
IZ14 E1
IZ15 E1

IZ16 E1
IZ18 E1
IZ19 E1
IZ20 E1
IZ21 E1
IZ22 E1
IZ25 E1
IZ26 D1
IZ27 E1
IZ28 E1
IZ50 D1

Block Diagrams, Test Point Overviews, and Waveforms

Test Point Overview SSB Part 1 (Bottom Side)

66BJ3.0A LA 6.

Part 1

G_15960_056ta.eps

310306

Block Diagrams, Test Point Overviews, and Waveforms

Test Point Overview SSB Part 2 (Bottom Side)

67BJ3.0A LA 6.

Part 2

G_15960_056tb.eps

310306

I2C IC’s Overview

I²C

VIPER: CONTROL

B5A

I2C1-SDA

I2C1-SCL

7V00-5

PNX8550

VIPER

ERR

ERR

05

53

Block Diagrams, Test Point Overviews, and Waveforms

HDMI

B7A

+3V3

A25
C25

F26
E27

B27
D25
A29
A28

C2
AD4

3Q11

SDA-MM

3Q10

SCL-MM

TXD-VIPER

RXD-VIPER

EJTAG-TDI
EJTAG-TDO
EJTAG-TMS
EJTAG-TCK

JTAG-TRST

RESET-SYSTEM

3H22

B1C

+3V3

3H23

ERR

01

CONNECTOR

B3B

1B01

16

1

15

1B02

16

18 2

19

15

2x HDMI

MPIF MAIN: SUPPLY

3B08

5 6

7B02

M24C02

EEPROM

ARX-DDC-SDA
ARX-DDC-SCL

BRX-DDC-SDA
BRX-DDC-SCL

3B07

SDA-MM-BUS1

SCL-MM-BUS1

3B19

3B20

5 6

7B03

M24C02

EEPROM

7B00-7B01

7B04-7B05

HDMI: I/O + CONTROL

B7B

PARX-DDC-SDA
PARX-DDC-SCL

PBRX-DDC-SDA
PBRX-DDC-SCL

JTAG-TRST

PNX2015: STANDBY & CONTROL

B4E

K16
K15

J16
J15

L14

68BJ3.0A LA 6.

3B61

3B60

L16 L15

7B11

TDA9975EL

HDMI

IN/OUT +

CONTROL

ERR

43

COMMON INTERFACE: PART1

B10A

3P13

16

7P03

STV0701

COM. INTERFACE

HW CONTROLLER

ERR

3P12

39

10

(Only Digital Sets)

DVB-T: TUNER

B2A

3T09

6

TD1318S

(ANALOGUE

DVB-T: CHANNEL DECODER

B2B

1T06

MAIN

TUNER

ERR

34

3T07

MPIF MAIN:

B3G

CONNECTIONS B

1E62

17
16

5

(Only Analogue Sets)

EXTERNALS B

BE2

1E62

17
16

RS232 INTERFACE

B1C

DVB-T: TUNER

B2A

SDA-MM-BUS1

SCL-MM-BUS1

B5A

9U07

RES

JTAG-TRST

EJTAG-DETECT

EJTAG-TDI

EJTAG-TDO

EJTAG-TMS
EJTAG-TCK

RESET-SYSTEM

1H07

11

1
2

3

5

7
9

EJTAG

CONNECTOR

(FACTORY USE

ONLY)

I2C2-SDA

I2C2-SCL

I2C4-SDA
I2C4-SCL

I2C3-SDA

I2C3-SCL

AF29
AD26

A3
B4

AE27
AG29

3Q13

SDA-DMA

3Q12

SCL-DMA

VIPER: MAIN MEMORY

B5B

3H99
3H98

3Q15
3Q14

7V01
K4D551638F

SDA-I2C4
SCL-I2C4

SDA-UP-VIP
SCL-UP-VIP

PCI

DDR

SDRAM 1

7V02
K4D551638F

DDR

SDRAM 2

3H05

3H04

+3V3

3Q03

3Q04

7Z11

OCTAL BUS

TRANCEIVER

ERR

ERR

ERR

02

04

03

PNX2015: DISPLAY INTERFACE

B4G

9J16

SDA-I2C4-DISP

9J17

SCL-I2C4-DISP

POD: TS BUFFERING

B10D

XIO

7P81

OCTAL BUS

TRANCEIVER

NAND

3C40

43 44

7C00-3

PNX3000HL

MPIF

ERR

32

ERR

64

7P80
TC58DVM92F

EEPROM

32Mx16

SDA-DMA-BUS2

SCL-DMA-BUS2

3C39

ERR

18

SDA-DMA-BUS1
SCL-DMA-BUS1

VIDEO-FLOW

AB01

7U13

+12V

CONTROL

7U05

(Only 47” FHD)

AB02

1G50 1F50

31
30

Or To

Display

5 6

7P14

M24C64

EEPROM

(8Kx8)

ERR

44

+5V

3T90

3T92

3LF8

3LG9

AG9 AF9

ERR

45

PACIFIC3: PART 2

B6B

3G78

3G77

198 200

7G04

T6TF4AFG

3U07

3U04

VIDEO-FLOW

41
40

B4E

7LA7
M25P05-AVMN6P

PACIFIC 3

SDA-I2C4-SSB

SCL-I2C4-SSB

(Only 47” FHD) (Only 47” FHD)

PNX2015: STANDBY & CONTROL

+3V3-STANDBY

3LE3

3LE4

3LJ1

TXD-UP

3LJ0

RXD-UP

B10D

512K

FLASH

3LH3

3LH4

G5 G4

7J00-6

PNX2015E
CONTROL

AVIP COLUMBUS HD

ERR

ERR

ERR

31

29

29

B12

61

PWM-3

PWM-OR

69

7G02
M25P05

512K

FLASH

DISPLAY INTERFACE

AB10

3F19

SDA-I2C4

3F20

SCL-I2C4

3LF0

3LE2

AG26 AH26

AJ19

7J00-5

PNX2015E

AK19

PNX2015

STANDBY

3LH0

3LH1

B27 C27

ERR

27

MISCELLANEOUS

9M05
9M04

8

7G03

P87LPC760BDH

6

MICRO

CONTROLLER

3LM7

AG16

+3V3-STANDBY

3LH8

AF14
AG14

3LH9

SDA-UP-SW

SCL-UP-SW

AF11
AF21
AJ21

7L50
K4D261638F

SDA-DMA-BUS1-DVBT
SCL-DMA-BUS1-DVBT

3G89

14

3G90

13

AB05

UART-SWITCH

JTAG-TRST

EJTAG-DETECT

RESET-SYSTEM

DDR

SDRAM

16Mx16

SDA-AMBI

SCL-AMBI

FPGA 1080P:
I/O BANKS

3FHF

3FHG

7F18-7

EP2C35F48

FPGA
1080P

CYCLONE II

ERR

28

(47” FHD)

3LC6

3LC7

B5E

B10D

8 6

7T17

TDA10046AHT

DTV

RECEIVER

VIPER: DISPLAY DIVERSITY + AMBILIGHT

7Q05-2

7Q05-1

+3V3

POD: TS BUFFERING

B5A

B4E

B4E

B5A

7P16

SDA-CD-TUN-BUS

4

SCL-CD-TUN-BUS

3

+5V

3Q73

3Q30

3Q29

3Q72

TXD-VIPER

TXD-UP

RXD-UP

RXD-VIPER

UART-SWITCHn

7P17

(Only Digital Sets)

1M59

7P15
74HC4066PW

10

9

2

3

5

12

6

13

AMBI LIGHT

AL1

1M59

3

3

1

1

8

11

1

4

3T68

3T69

3038

910

7003

P87LPC764BDH

MICRO

CONTROLLER

VTUN GENERATOR

B1C

UART

B9B

3037

3T09

6

1T05

TD1316AF

MAIN

TUNER

(HYBRIDE)

ERR

34

3T07

SDA

SCL

5

1M39

1

AMBI LIGHT PWB

3

TO SECOND

TXD

RXD

TXD

RXD

3U79

3U81

3O15

3O16

(Only Digital Sets)

1U03

1

CONNECTOR

3

1M15

1

COMPAIR

2

SERVICE

CONNECTOR

(UART)

3

G_15960_087.eps

(Optional)

UART

RES

301106

Block Diagrams, Test Point Overviews, and Waveforms

Supply Lines Overview

SUPPLY LINE OVERVIEW

Or 1M46

SA1

SUPPLY 32”

To 1M46

A3

SUPPLY 37”

To 1M46

AP1

PLATFORM

SUPPLY 42-47”

SUPPLY

(See also Block diagram Supply)

Or 1M02

A2

SUPPLY 32”

Or 1M02

A3

SUPPLY 37”

Or 1M03

SA1

SUPPLY 32”

Or 1M03

A3

SUPPLY 37”

To 1M03

AP1

PLATFORM

SUPPLY 42-47”

To 1M08

DISPLAY

SUPPLY 42”

To 1M10

SA3

SUPPLY 32”

To 1M10

A3

SUPPLY 37”

To 1M10

DISPLAY

SUPPLY 42”

To 1M10

AP1

PLATFORM

SUPPLY 42-47”

1M46

11
22
33
44
55
66
77
88
99

11 11

1M02

1
2

5
6

1M03

5

9

1M08

1

1M10

1

1M10

1

B1B

DC/DC CONNECTIONS

1M46

B1a

TO 1M02

C2 SA5

AUDIO

AMPLIFIER

B1b

TO 1M03

B5E

VIPER

TO 1M08

AL1

AMBI

LIGHT L

TO 1M08

AL1

AMBI

LIGHT L

B1a

B1b

TO 1M10

AB01

B1b
B1b

B1a

B1a

B3b

B1b

B1b

JIP

+8V6-SW

3T05

2

20

3UA0

7U03

7U01

7C31-1

7C31-2

3U57

5U00

5U03

5T05

5T08

+8V6

+12VS

+5V

+5V2-STBY

+5V2-STBY_

9V-STBY

+VTUN+12VSW

7U28

+2V5

Stabilizer

+5VTUN_MPIF

5T04

+5VMPIF-MAIN

VREF-AUD-POS

VREF-AUD

VREF-DEFL

+8VMPIF-MAIN

+12VS

+12VSW

+3V3

+1V2

+2V5

+2V5D

+8V6-SW

+5VTUN

+3V3

+1V8DVB

+3V3DVB

+5V

5U04
5U05

5U06

5U07

5U08
5U12

6U01

7U26

DC/DC

B1A

+12VS

1U04

1U01

5U03

7U00

1

CONTROL

16

RS232 INTERFACE

B1C

+3V3 +3V3

DVB-T: TUNER

B2A

+8V6-SW

+5V +5V

+VTUN +33VTUN

B2B

+3V3

+5V

(Only for Digital sets)

B3A

+5VMPIF-MAIN +5VMPIF-MAIN

B3B

+5V +5V

+8V6-SW +8V6-SW

7T14

IN OUT

COM

3T06

DVB-T: CHANNEL DECODER

7T14

IN OUT

COM

7T19

3T85

MPIF MAIN: VIDEO SOURCE SELECTION

MPIF MAIN: SUPPLY

1C33

5C35

7C00

MPIF

3C31

B2a,B6a,b,
B3b,e,f,g

B1a,B4a
B2b,B3b,e,g,B4e,

B5a,e,B6a,b,B7c,
B10a

B1a,c,B3e,f,
B4a,e,g,B7c,
B10d,B12

B5e

B2a

69BJ3.0A LA 6.

PNX 2015: SUPPLY

MPIF MAIN: IF + SAW FILTER

B3C

B3b

B3b

B3e

B3e

B1a

B1b

B1b

B1a

B3b

B1b

B1b

B1b

B1b
B1b
B1b

B1a

B1a

B1b

B1b

B3b

B1a

B4c

B1a

B1a

B1a

B12

B1a
B12

B1b

B1b

B1b
B1a

+8VMPIF-MAIN +8VMPIF-MAIN

5C52

+5VMPIF-MAIN +5VMPIF-MAIN

3C51

5C54

MPIF MAIN: AUDIO SOURCE SELECTION

B3D

+5V-AUD +5V-AUD

+8V-AUD +8V-AUD

MPIF MAIN: AUDIO

B3E

+3V3 +3V3

+5V +5V

+5V2-STBY +5V2-STBY

+12VSW +12VSW

7A05

VREF-AUD VREF-AUD

+8V6-SW +8V6-SW

B1b,B4e,g

B4a,d,e,f
B5d

B4c,d,f
B5d

B5b

B3a,c

B4a

B3eB3e

B3c

B1c,B2b,B3e,
B4a,e,f,g,B5a,c,d,e,B6a,b,
B7b,c,B8,B9a,B10a,b,c,d,

B11a,b,B12

MPIF MAIN: CONNECTIONS A

B3F

5A07

+5V2-STBY +5V2-STBY

+8V6-SW +8V6-SW

5A06

MPIF MAIN: CONNECTIONS B

B3G

+5V +5V
+8V6-SW +8V6-SW
+3V3-STANDBY +3V3-STANDBY

PNX2015: AUDIO / VIDEO

B4A

+1V2 +1V2

+3V3 +3V3

+5V2-STBY +5V2-STBY

+12VS +12VS

VREF-AUD-POS VREF-AUD-POS

PNX 2015: TUNNELBUS

B4C

+2V5 +2V5

B4D

VREF-PNX VREF-PNX

+1V2 +1V2

+2V5 +2V5

B4E

+1V2 +1V2

+1V2-STANDBY +1V2-STANDBY

+3V3 +3V3

+3V3-STANDBY +3V3-STANDBY

+5V2-STBY +5V2-STBY

+5V +5V

+8V6-SW +8V6-SW

+12VSW +12VSW

3L38

5L01

PNX 2015: DDR INTERFACE

5L52

5L51

PNX 2015: STANDBY & CONTROL

7A07

7A06

+8VaM

+5VbM

+5VaM

+8V-AUD

+5V-AUD

+5V2-CONN

+8V6-CONN

VREF-PNX

+2V5-DDRPNX

1E40

1M52

24

8

9

To 1M52

AP5

PLATF.

SUPPLY

To 1M03

Supply

B1a

B1a

B12

B12

B1a

B4d

B1a

N.C.

B1a

B12

B1b

B1a

B1b

B5c
B1a

B5c

B1a

B5d

B1a

B1a

B1a

B1b

B1a

B1a

B1a

B1b

B1b

B4F

+1V2 +1V2

+3V3 +3V3

+1V2-STANDBY +1V2-STANDBY

+3V3-STANDBY +3V3-STANDBY

+2V5 +2V5

+2V5-DDRPNX +2V5-DDRPNX

B4G

+3V3 +3V3

+5VDISP +5VDISP

B3d

+12VSW +12VSW

+3V3-STANDBY +3V3-STANDBY

B3d

+5V2-STBY +5V2-STBY

B5A

+3V3 +3V3

+5V +5V

To 1E40

B5B

BE2

Externals

VREF-VPR VREF-VPR

+2V5D +2V5D

+2V5-VPR +2V5-VPR

B5C

+3V3 +3V3

+2V5-VPR +2V5-VPR

B5D

1V2 1V2

+2V5 +2V5

B4d

+3V3 +3V3

B5E

+5V +5V

+3V3 +3V3

+12VSW +12VSW

B4f

1M03

5

9

B6A

+3V3 +3V3

+5V +5V

+8V6-SW +8V6-SW

B7A

2x HDMI

CONNECTOR

5LN1

5LN3
5LN0

5LN2

PNX 2015: DISPLAY INTERFACE

5J10

7J06

VIPER: CONTROL

VIPER: MAIN MEMORY

5V01

3V47

3V46

VIPER: A/V + TUNNELBUS

3H50

5H05

VIPER: SUPPLY

5Q07

VIPER: DISPLAY DIVERSITY + AMBILIGHT

+5V2-STBY_9V-STBY

PACIFIC3: PART 1

HDMI

1B01

18

1B02

18

PLL-1V2

LVDS-3V3

PLL-3V3

UP-3V3

VDISP

+2V5D-DDR

VREFD-DDR

VREF-VPRDDR

VREF-VPR

+2V5-VPR

1M63

+5V-CON

+5V2-STBY_9V-STBY

AIN-5V

BIN-5V

1G50

B1a

B1b

B1b

B1a
B7c

1
2

To Display

3

Or 1F50

4

1

AB2

B1a

B1b

B1a

B1b

B1a

B5b

B12

B5b,c

B1a

B1b

N.C.

B1b

B1a

B1a

B1a
B12

B1b

PACIFIC3: PART 2

B6B

+3V3 +3V3

5G01

7G01

IN OUT

COM

5G03

5G02

7G07

5G04

IN OUT

COM

5G05

+5V +5V

+8V6-SW +8V6-SW

HDMI: I/O + CONTROL

B7B

+3V3 +3V3

3V3-DIG

JIP

HDMI: SUPPLY

B7C

+3V3 +3V3

5B17

5B11

5B12

7B12

3B52

IN OUT

COM

5B18

+5V +5V

B8

+3V3 +3V3

+5V2-STBY +5V2-STBY

+3V3-STANDBY-B-TRANS

B9A

+3V3 +3V3

B9B

+3V3-STANDBY +3V3-STANDBY

B10A

+3V3 +3V3

+5V +5V

B10B

+3V3 +3V3

B10C

+3V3 +3V3

B10D

+3V3 +3V3

+3V3-STANDBY +3V3-STANDBY

+5V2-STANDBY +5V2-STBY

7B38

IN OUT

COM

5B10

USB 2.0: HOST

7N10

3N33

3N31

ETHERNET

5O00

5O01

UART

COMMON INTERFACE: PART 1

5P02

7P00

31110

Control

9

COMMON INTERFACE: PART 2

COMMON INTERFACE: PART 3

NVM / NAND UART SWITCH

+3V3-P3

+2V5-PF

+2V5-PLL

+2V5-P3

+1V5-P3

+1V5-PLL

3V3-DIG

+3V3-APLL

3V3-PLL

3V3-DIG

+1V8

+1V8-PLL

+3V3-AV

+3V3-AVI

3V3-STANDBY

+3V3-ET-DIG

+3V3-ET-ANA

VCC_EXTO

POD-VPP

POD-VCC

To 1E40

B3F

SSB

C2/SA5/

AC5/AP5

C2/SA5/

AC5/AP5

C2/SA5/

AC5/AP5

To 1M02

Supply

To 1M52

B3G

SSB

To 1M10

Supply

To 1M08

Display
Supply or
2nd Ambi

Light

B1a

B1a

B1a

B1b

BE2

BE2
BE2

BE2

BE2

FIREWIRE 1394: MAIN

B11A

+3V3 +3V3

5Z02

5Z00

FIREWIRE 1394: BUFFERING

B11B

+3V3 +3V3

5Z50

MISCELLANEOUS

B12

+3V3 +3V3

+5V2-STBY +5V-STBY

BE1

+8V +8V

VREF VREF
+5V +5V

BE2

1E40

8

24

BE3

+5V +5V

+8V6 +8V6

J

1M21

5

AC4

+12-15V +12-15V

-12-15V -12-15V

VP1 VP1

AC5

1M02

1
2

5
6

1M52

1

AL1

1M10

1

1M08

1

(OPTIONAL)

7M05

3M73

IN OUT

COM

7M06

3M79

IN OUT

COM

EXTERNALS A

EXTERNALS B

+8V6_AIO

5100

7110

IN OUT

COM

+5V2-STBY +5V2-STBY

EXTERNALS C

LED SWITCH PANEL

+5V2-STBY +5V2-STBY

SA4

C1C2AP4

5D06

5D05

SA5

AP5

-12-15V

AP1

AC2

+12-15V

AP1

AC2

AMBI LIGHT L/R

1010

+12Va +5V

+3V3-VCCA

+3V3-VCCD

+3V3BUFF

+3V3-STANDBY

+1V2-STANDBY

3153

3154

+8V6

+8V

VREF

+5V

AUDIO LEFT / RIGHT

PROTECTION MUTE
CONTROL

-12-15V

3DD0

+12-15V

+3V3-STANDBY

7002

IN OUT

COM

DC/DC

AB01

AB01

AB01

AB01

AB09

AB04

AB04

AB04

AB01

1M10

+12VS

1

5U00

7U00

1

CONTROL

16

B3g,
B4e,f,g
B8,B9b,
B10d

B4e,f

BE1,BE3

BE1

BE1,BE3

AB2

C1/SA4/
AC5/AP4

C1/SA4/
AC5/AP4

AB1

C1/SA4/
AC5/AP4

VIDEO-FLOW

AB02

1F50

1
2
3
4

LVDS Rx (10bit)

AB03

+3V3 +3V3

5F42

FPGA 1080P: POWER + CONTROL

AB04

+1V2 +1V2

5F54

+3V3 +3V3

+2V5-PF+2V5-PF

FPGA 1080P: I/O BANKS

AB05

+1V2-PLL +1V2-PLL

1V2-FPGA 1V2-FPGA

+2V5-FPGA +2V5-FPGA

3V3-FPGA 3V3-FPGA

SUPPLY

AB09

+3V3 +3V3

DISPLAY-INTERFACING

AB10

+12VSSB +12VSSB

5F10
5F11

5F12

+3V3 +3V3

5U04

5U05

5F53

5F57

5F58

7F36

IN OUT

COM

7F05

CONTROL

7U01

7U03

1U01

5U01

5U02

5F0K
5F0L

5F0M

+12VS

+12V-SSB

+VDISP

+3V3LVOIN

1V2-FPGA

+1V2-PLL

3V3-FPGA

+2V5-PF
+2V5-FPGA

+2V5-PF

+VDISP

+12V

+3V3

+1V2

1F51

38
39

DISPLAY

40
41

G_15974_002.eps

AB03
AB04
AB09
AB10

AB04

TO

AB05
AB05

AB05

AB05

AB04

AB02

301106

To 1M10
Platform

Supply

To 1G50

B4G

SSB

AB09

1M21

5

AB04

VN

VP

VP1

Circuit Diagrams and PWB Layouts

70BJ3.0A LA 7.

7. Circuit Diagrams and PWB Layouts

LCD Supply 32”: Filter & Standby

1234567891011121314

A1 A1

A

B

C

D

E

F

G

H

3104 313 6092.4

MAINS FILTER + STANDBY

400V_HOT

MAINS FILTER

5403

1

F410

F412

3401

F418

F413

F416

F411

F414

1400

PTF/65

T4AH 250V

4M7

F419

4M7

3402

I419

4M7

3403

I429

1000

1

GND screw

I410

3400

470n

2400

V

F417

COLD GROUND

5401

23

14
DMF3547HB60

2404

47p

1403

I431

3405
220R

500V

1402

500V

470n

2401

I416

*

2407

220p

for AP : 220p

for CH, EUR, US : 470p

I430

1001

1

GND screw

2409

I411

220p

I455

MAINS INPUT

95-264Vac

2
1

1308

F415

HOT GROUND

TO

AUDIO-STANDBY

T1AE 250V

1401

1306

1
2

F426

GNDHOT

F424
F425

PTF/65

F427

F428

282V (309V)

1234567891011

4

2

3

5402

23

14

DMF3547HB60

2406

9003

3404
220R

I412

47p

I818

I432

1011

HEATSINK

9001

3451
1R0

F422

3810

12K

I442

3450
1R0

9005

2408

I444

I445

100n

I415

1450

I413

I813

2804

25V_HOT

F423

I811

I810

I812

56n

2803

6807

GBJ6J

56n

I817

HOT GROUND

2

BAS316

BAS316

3

COLD

GROUND

F421

B3B-EH-A

9810

6809

1N5062

I814

6808

1N5062

I816
I815

I828

22K

3807

3800

3806

3804

I820

1M0

470R

20K

9806

2805

2811

AVS1ACP08

I426

I427

47n

47n

4

7805

VDD

76

MODE

NC

I423

8

VM

I428

100p

OSIN

VSS

VG

OSOUT

1

23

2802

3803

5

390R

I425

91K

3802

2806

50V

47u

I421

GNDHOT

6506

DF06M

2503

G5PA-1-5VDC

6461

I424

6460

I456

10u

F420

4V9 (0V)

1305

1

TO

AUDIO-STANDBY

6466

BZG03-C200

400V_HOT

47n

2808

I422

9812

25V_HOT

7806

5804

300V (0)

2815

33u

330u

I819

9813

9811

I420

AVS10CB

100n

100n

6467

I827

3410

6464

BAS316

I414

6155

9814

BYG10

9808

330u

2816

2810

I825

2809

I824

I826

4R7

3805

BZX384-C33

47K

I833

6468

I834

3408

6154

1

BZX384-C33

22K

BYG10

7807

TCET1102(G)

9818

F429

6465

4

32

BZG03-C200

I441

12 13 14

3406

10K

I829

3409

1K0

A2

LATCH

G_15970_001.eps

160306

1000 E2

F425 G3

1001 E4

F426 G2

1011 E5

F427 F4

1305 F8

F428 F4

1306 G2

F429 C13

1308 D1

I410 C3

1400 C2

I411 C5
1401 F3
1402 D3
1403 D3
1450 D8
2400 C2
2401 C4
2404 D3
2406 D5
2407 D4
2408 C7
2409 D5
2503 F7
2802 F10
2803 C11
2804 D10
2805 E10
2806 F11
2808 E11
2809 E12
2810 E12
2811 F10
2815 C12
2816 D12
3400 C3
3401 C2
3402 D2
3403 D2
3404 D5
3405 D3
3406 A13
3408 C13
3409 B14
3410 B12
3450 C6
3451 D6
3800 E9
3802 F11
3803 E11
3804 F9
3805 F12
3806 E9
3807 F9
3810 C10
5401 C3
5402 C5
5403 B5
5804 F12
6154 C13
6155 C12
6460 E8
6461 E8
6464 B12
6465 C13
6466 A12
6467 A12
6468 B13
6506 F6
6807 C11
6808 E9
6809 E9
7805 E10
7806 E12
7807 A13
9001 D6
9003 D5
9005 C6
9806 F9
9808 D12
9810 E10
9811 D12
9812 F11
9813 D12
9814 C12
9818 B13
F410 B2
F411 C2
F412 C2
F413 C2
F414 C2
F415 D2
F416 D2
F417 D3
F418 D2
F419 D2
F420 F8
F421 F8
F422 C11
F423 C11
F424 G3

I412 C6

I413 C9

I414 C12

I415 D7

I416 D4

I419 D2

I420 E12

I421 E11

I422 F12

I423 E11

I424 E8

I425 E11

I426 E10

I427 E10

I428 F10

I429 E2

I430 E4

I431 D3

I432 D5

I441 B13

I442 C6

I444 C7

I445 C7

I455 D5

I456 F7

I810 C11

I811 C11

I812 C11

I813 C10

I814 E9

I815 F9

I816 F9

I817 D11

I818 D5

I819 D12

I820 F9

I824 F12

I825 E12

I826 F12

I827 A12

I828 F9

I829 B13

I833 B13

I834 C12

A

B

C

D

E

F

G

H

Circuit Diagrams and PWB Layouts

71BJ3.0A LA 7.

LCD Supply 32”: Supply

1234567891011121314

A2 A2

SUPPLY

HOT GROUND

BIAS SUPPLY

A

25V_HOT

20V4 (0V)

6081

BZX384-C22

2002

3000

4R7

5017

I032

*

50R

6082

BAS316

9009

I096

I035

470u

I006

I031

I097

BYG22D

9008

6080

6079

BYG22D

*

B

CONTROL

16V (0V)

15

7001

VS-CONTROLLER

I009

BAS316

470R

RES
6001

200p

3007

2006

10K

630V

1n0

I007

I008

25V

3006

I029

BZX384-C4V7

3005

33K

10K

I010

3058

5M6

400V_HOT

I025

6022

2019

I103

560p

3003

3002

39K

100p

100p

2K7

3004

2035

2004

2034

100p

27K

100p

630V

2009

2005

C

2040

D

2K7

3048

3043

I104

10R

3008

3009

I021

330R

3K3
2007

E

470n

16V

F

I028

G

3067

100R

I143

BAS316

6020

H

6009

I142

PDZ18-B

470R

I141

3010

100u

3011

2010

I

MC34067P

I027

I105

3050

820K

SOFTSTART

CONTROL

I018

*

50V

15n

2027

I022

10K

I023

3066

I013

3027

100K

I135

10n

47R

3047

I134

BC857BW
7017

3064

2026

9

1

2

3

16

6

8

7

11

3053

680K

10K

BAS316

6051

I020

50V

2n2

EN|UA

OSCC

OSCR

OSCCC

OS

EAO

Ip

In

SOST

A1

3056

220R

3012

VCC

GND

4

2050

15K

7018
BC847BW

3068

I136

LATCH

VREF

PGND

2K2

5

14

OA

12

OB

13

10

FI

68K

1n0

3061

CURRENT

PROTECTION

I024

2008

3070

1K0

3051

6006

I133

BAS316

47n

2046

I012

3065

3013

16V
470n

BC857BW

I137

10K

3071

100K

BAS316

10K

I139

7009

10K

2048

I095

6011

I138

0V (0V)

1n0

6077

BYG22D

I132

BAS316

I033

6010

2077

6017

2n2

2047

10n

18V (0V)

I040

2003

BAS316

3075

1K0

2015

I044

I099

470p

80R

5016

80R

6005

BAT54 COL

100n16V

2016

2064

470p

5010

I100

1m0

6027

3014

100R

2072

2071

1n0

2065

2n2

6002

BAS316

1n0

400V_HOT

HIGH SIDE

DRIVE

I038

F002

STP15NK50ZFP

47R

3015

I046

6013

SML4744

I037

BC857BW
7007

I004

LOW SIDE

DRIVE

100R

3017

STP15NK50ZFP

I057

47R

3018

6012

I059

I051

BC857BW
7008

I055

c002

F018

I101

I064

2061

2n2

I042

I003

6007

BAS316

2n2

2060

6003

3035

BAS316

I107

5001

4

3

I108

2

S13932-04

BAT54 COL

6004

F009

3K3

I045

3016

BAS316

3K3

6

7

9

10

I109

3029

3K3

I039

2062

2n2

6008

I052

BAS316

3028

3K3

6028

3020

3K3

BAS316

3019

I145

3K3

F299

I001

I002

7005

I294

9024

7006

I112

SML4744

9025

5007

5008

5004

5041

3100

10R

80R

80R

50R

F005

50R

I030

80R

I111

2013

I110

FLM 1/6W

5013

I113

2012

5005

2017

80R

F029

2000V

1n5

5040

2000V

1n5

3

1600V
10n

80R

I114

10n

2011

3033

I098

1R0

1m0

6078

I043

BYG22D

80R

9004

5009

2063

5015

F003

F004

F008

I106

GND3

I036

50V

10n

*

3045

I140

7004
BC847BW

I011

3055
220R

2018

22R

100n

3001

100R

6015

6014

3089

I131

22R

3046

BAS316

I296

BZX384-C22

I295

10K

I034

22R

3021

2014

I081

2n2

2000V

I084

c001

HOT GROUND

3104 313 6092.4

1

234567891011121314

COLD GROUND

11V5 (0V8)

7002

14

2K2

3069

I063

2

BS51

for CH, AP : 470p

2000

470p

I116

10V5 (0V)

BC847BW

10

11

12

13

14

15

16

7030

5027

50R

5028
50R

I117

I073

I076

5026

I123

2290

50V10n

3292

560R

TCET1102(G)

5002

89

7

6

5

3

2

1

1600V

for EUR, US : 1n5

F023

F300

+295V

COLD GROUND

0V (0V)

I070

3

I072

5025

50R

50R

GND_SND

3059
470K

+24V

I062

I005

2039

470n

2028

1n0

50V

6044

STPS20L45CT

2044

50V

1n0

6045

STPS20L45CT

2001

2029

2049

2045

I074

6033

BYV27-600

6031

BYV27-600

2067

100p

I080

1007

I124

I292

*

3032

2

9029

2

50V
1n0

I048

50V

1n0

50V
1n0

I041

50V

1n0

21

5AT 250V

STPS8H100FP

STPS8H100FP

3031

10K

47K

2

6021

I077

372(5.000)

2291

470p

6291

6293

2293

470p

6019

I146

1

6018

13

F027

13

2066

100p
6034

BYV27-600

6032

BYV27-600

50V

50V

3062

22K

F021

DC_PROT

BYV27-200-TAP

9030

2020

BYV27-200-TAP

F028

F025

F024

STPS20H100CT

I290

2292

I291

2294

I293

I047

2054

3063

220K

3999
1K0

F017

2022

F016

2021

F012

I085

10u 25V

25V2m2

5293

3m3

5291

3m3

5292

F022

A2

2m2 25V

3022

16V4m7

7010

TS2431

3030

3u3

3u3

3u3

7020
BSP030

1

6016

BZX384-C15

2038

18K

680R

2068

470n

3057

220R

*

2031

33K

3052

*

3037

16V4m7

1

K

A

3

A2

F297

VSND_POS

GND_SND

F298

VSND_NEG

+12V

2

3

2023

+12V

3023

15K

R

4

I119

10n

15K

2

9077

470n

I089

8V7 (0V)

2030

I094

DC_PROT

F293

F294

BAS316

2055

2056

16V

Vs

Voltage

100n

Adj.

F292

F290
F295

9076

I148

3

6101

BAS316

22n

22n

2051

220n
2052

220n
2053

220n
2033

220n

2024

220n

16V

F014

BSP030

2057

2058

6104

3025

7021

1

HEATSINK

+12V

1009

9070

4
2

*

1%
1K8

470R

3026

F296

9075

22n

22n

F019

I088

6023

BAS316

I093

*

3034

24V-version

PSMN035

2

9071

2041

220n
2042

220n
2043

220n
2025

220n
9074

1%
1K0

0V (0V)

1M02

B7B-EH-A

*

F047

F046

1010

HEATSINK

3101

I092

15K

3040

3041

7101

6103

*

2078

7
6
5
4
3
2
1

+12Vb
F048

1

1

K

A

3

3

6102

BZX384-C12

2059

3103

BZX384-C15

*

15K

220n

7102

TS2431

R

2

3104

56n

9072

I149

3060

*

2n2

2032

8K2

I121

15K

3024

*

15K

3038

I122

33K

9002

TO

AUDIO - SUPPLY

1002

1

GND screw

1M08

1
2
3
4
5
6

B6B-PH-K

1012

HEATSINK

G_15970_002.eps

3032 B11

7009 G5

1002 H14

3033 A5

1007 G11

3034 G13

1009 I13

3035 C7

1010 I14

3037 C12

1012 I14

3038 F14

1M02 G13

3040 F13

1M08 H14

3041 G13

2000 E10

3043 D2

2001 D11

3045 G5

2002 A2

3046 F6

2003 A5

A

+24V

2036

100n

3102

*

I152

2K7

3105

B

22K

33K

C

+295V

+12V

9073

D

*

100R

E

F

G

H

I

160306

2004 C2
2005 D2
2006 C2
2007 E2
2008 G4
2009 D2
2010 H1
2011 E9
2012 E9
2013 C9
2014 F7
2015 F5
2016 E6
2017 C9
2018 F5
2019 H3
2020 C11
2021 B12
2022 E12
2023 A12
2024 F13
2025 E13
2026 G3
2027 F3
2028 B11
2029 D11
2030 F12
2031 B12
2032 E14
2033 E13
2034 C2
2035 C2
2036 B14
2038 E12
2039 B11
2040 C1
2041 D13
2042 E13
2043 E13
2044 C11
2045 E11
2046 I4
2047 I5
2048 I5
2049 E11
2050 E4
2051 D13
2052 E13
2053 E13
2054 I11
2055 C12
2056 C12
2057 B13
2058 B13
2059 B14
2060 C7
2061 B7
2062 D7
2063 C6
2064 D6
2065 D8
2066 E11
2067 F11
2068 I12
2071 E8
2072 C8
2077 H5
2078 D13
2290 G10
2291 G11
2292 G11
2293 H11
2294 H11
3000 A3
3001 F6
3002 C2
3003 C1
3004 D2
3005 C3
3006 D3
3007 E2
3008 E2
3009 E2
3010 H2
3011 H2
3012 F4
3013 F4
3014 C8
3015 C8
3016 C7
3017 D8
3018 E8
3019 E7
3020 E7
3021 G7
3022 C12
3023 F12
3024 F14
3025 F13
3026 G13
3027 G3
3028 E7
3029 C7
3030 G12
3031 A11

3047 H3
3048 D2
3050 E3
3051 H4
3052 C12
3053 E4
3055 I5
3056 I4
3057 A12
3058 E3
3059 H11
3060 E14
3061 E4
3062 I11
3063 I11
3064 F3
3065 E4
3066 F3
3067 G1
3068 G4
3069 A10
3070 H4
3071 H4
3075 G5
3089 H6
3100 A9
3101 A13
3102 B14
3103 B14
3104 C14
3105 C14
3292 G10
3999 A12
5001 C7
5002 C9
5004 D9
5005 C9
5007 B9
5008 B9
5009 B6
5010 A6
5013 E9
5015 C6
5016 D6
5017 A3
5025 D10
5026 E10
5027 B10
5028 C10
5040 D9
5041 E9
5291 G12
5292 H12
5293 G12
6001 D2
6002 D8
6003 C7
6004 D6
6005 D6
6006 I4
6007 C7
6008 D7
6009 H2
6010 G5
6011 F5
6012 E8
6013 C8
6014 H6
6015 G6
6016 I12
6017 I5
6018 C11
6019 B11
6020 H1
6021 D11
6022 H3
6023 F13
6027 C8
6028 E8
6031 F11
6032 F11
6033 E11
6034 E11
6044 B11
6045 C11
6051 H4
6077 A5
6078 A6
6079 A4
6080 A4
6081 A2
6082 A4
6101 A13
6102 B14
6103 B13
6104 C13
6291 G11
6293 H11
7001 C4
7002 A10
7004 H5
7005 C8
7006 D8
7007 C8
7008 E8

7010 F12
7017 F3
7018 F4
7020 H12
7021 H13
7030 A10
7101 B13
7102 C14
9002 G14
9004 B6
9008 A4
9009 A4
9024 D8
9025 E8
9029 C11
9030 C11
9070 D13
9071 D13
9072 D14
9073 D14
9074 E13
9075 H13
9076 H12
9077 H12
F002 C8
F003 C6
F004 D6
F005 D9
F008 D6
F009 D7
F012 D12
F014 F13
F016 B12
F017 C12
F018 A8
F019 D13
F021 A11
F022 A12
F023 F9
F024 D12
F025 D12
F027 D11
F028 C11
F029 B9
F046 I13
F047 I13
F048 I13
F290 H13
F292 G13
F293 G12
F294 H12
F295 H13
F296 G13
F297 G12
F298 H12
F299 A9
F300 F9
I001 B9
I002 B9
I003 C7
I004 D8
I005 A11
I006 B3
I007 C3
I008 C3
I009 C2
I010 D3
I011 I5
I012 D4
I013 F3
I018 E3
I020 F4
I021 E2
I022 F3
I023 F3
I024 F4
I025 F3
I027 C3
I028 G2
I029 G3
I030 A9
I031 A4
I032 A3
I033 F5
I034 F7
I035 A3
I036 F6
I037 C8
I038 C8
I039 D7
I040 A5
I041 E11
I042 C8
I043 A6
I044 A6
I045 C7
I046 C8
I047 I12
I048 D11
I051 E8
I052 D8
I055 E8
I057 D8
I059 E8
I062 A11
I063 A10
I064 B7
I070 B10
I072 C10
I073 D10
I074 E11
I076 E10
I077 E11
I080 F11
I081 F7

I084 F9
I085 F12
I088 E13
I089 F12
I092 F13
I093 F13
I094 G12
I095 A5
I096 A3
I097 A4
I098 A5
I099 A6
I100 A7
I101 A7
I103 C1
I104 D2
I105 E3
I106 E6
I107 C7
I108 D6
I109 C8
I110 D9
I111 C9
I112 E9
I113 E9
I114 D9
I116 C10
I117 C10
I119 C12
I121 F14
I122 F14
I123 F10
I124 G11
I131 I6
I132 I5
I133 I4
I134 I3
I135 G3
I136 H4
I137 G4
I138 H5
I139 G5
I140 G5
I141 H2
I142 H1
I143 G1
I145 E8
I146 B11
I148 B13
I149 D14
I152 B14
I290 G11
I291 G11
I292 H11
I293 H11
I294 C8
I295 H6
I296 G6
c001 I9
c002 E8

Circuit Diagrams and PWB Layouts

72BJ3.0A LA 7.

LCD Supply 32”: Connections

1

234567

CONNECTIONS

A3 A3

A

TO

DISPLAY

B

+24V

+12V

+295V

B2P-VA-BF-RD

F043

F044

*

9052

*

1314

*

1
2
3
4
5
6

C

7
8
9

10

B10P-PH-K-S

1315

F030

F031

F032

F033

F034

B10P-PH-K-S

*

1
2
3
4
5
6
7
8
9
10

1321

*

1
2
3
4
5
6
7
8

9
10
11
12
13
14

B14B-PH-K

F035

F036
F037

F038

F039

B14B-PH-K

1319

*

1
2
3
4
5
6
7
8
9
10
11
12
13
14

9053

1316
1
2
3
4
5
6
7
8
9

10
11
12

B12P-PH-K

*

B12P-PH-K

9051

1317

*
*

1
2
3
4
5
6
7
8
9
10
11
12

I702

3902

10K

3903

10K

9057

*
*

+12Vb

I701

LAMP-ON-OFF

1310

1M64

B9B-PH-K

*

TO

1
2

DISPLAY

1
2
3
4
5

AUDIO-STANDBY

6
7
8
9

TO

A

B

C

1310 B6
1314 B1
1315 B2
1316 B3
1317 B4
1319 B3
1321 B2
1M64 C6
3902 C5
3903 C5
3904 E5
3905 E5
9051 B4
9052 B1
9053 B3
9054 D5
9055 D5
9056 D5
9057 D5
F030 C2
F031 C2
F032 C2
F033 C2
F034 C2
F035 C3
F036 C3
F037 C3
F038 C3
F039 C3
F043 C6
F044 C6
I701 C5
I702 C4

D

E

3104 313 6092.4

BOOST

DIM-CONTROL_PWM

SELECT-PWM-ANA

9055

9054

3904

3905

9056

*

10K

10K

*

*

+12Vb

*

G_15970_003.eps

160306

1234567

D

E

Circuit Diagrams and PWB Layouts

Layout LCD Supply 32” (Top Side)

1000 A1
1001 A3
1002 A11
1007 A10
1009 B9
1010 C9
1011 C3
1012 A9

1305 A3
1306 A4
1308 C1
1310 A10
1314 C11
1315 A11
1316 A11
1317 C11

1319 A11
1321 C11
1400 C1
1401 A4
1402 A2
1403 B1
1450 A3
1M02 B11

1M08 C11
1M64 A9
2000 A7
2002 A7
2003 A6
2004 A6
2005 A6
2010 A7

2011 B7
2012 C7
2013 C6
2014 A7
2017 B6
2020 C8
2021 C8
2022 A8

2032 A8
2038 A9
2054 C10
2066 B9
2067 B10
2078 A10
2292 A11
2294 A11

2400 C2
2401 B1
2404 B1
2406 A3
2407 A3
2408 B3
2409 A3
2503 A4

2803 B3
2804 B4
2806 B4
2809 C4
2810 C4
2815 A3
2816 A5
3000 A5

3014 B6
3015 C5
3017 C7
3018 C6
3024 A9
3026 A10
3033 A6
3038 A9

3050 A5
3053 A5
3058 A5
3059 A11
3060 A11
3400 C2
3401 C2
3402 A1

3403 A1
3404 A2
3405 B1
3408 A5
3450 A2
3451 A2
3800 A4
3805 C4

3807 B4
3810 A4
5001 B6
5002 A8
5004 C6
5005 C6
5007 B6
5008 C5

73BJ3.0A LA 7.

5009 B7
5010 B6
5013 C7
5015 A6
5016 A6
5017 A5
5025 B9
5026 A9

5027 C9
5028 C10
5040 B6
5041 C7
5291 B11
5292 C11
5293 A11
5401 B2

5402 A1
5403 A3
5804 B4
6018 C10
6019 C10
6021 B9
6031 B10
6032 B10

6033 B9
6034 B9
6044 C9
6045 C10
6291 A9
6293 A10
6506 A3
6807 C3

6808 A4
6809 A4
7001 A6
7002 A7
7005 C6
7006 C7
7101 B10
7805 B4

7806 C4
7807 A5
9001 A3
9003 A3
9004 A7
9005 B3
9006 B10
9007 A8

9011 A8
9012 C8
9013 B8
9014 B1
9015 A5
9016 A7
9017 A5
9018 A6

9019 A6
9020 B7
9021 A6
9022 C3
9023 C3
9024 C6
9025 B7
9027 B9

9029 C9
9030 C10
9031 A9
9032 A9
9033 A9
9034 A10
9035 B8
9037 B9

9038 A9
9040 A9
9051 C11
9052 C11
9053 A11
9070 A10
9075 C10
9080 A7

9081 C2
9086 B11
9087 B9
9088 A10
9090 A9
9092 A7
9093 A7
9098 B3

9100 A11
9101 B9
9102 B10
9104 B10
9105 B10
9808 B4
9811 B5
9812 C4

9813 B5
9814 A5
9901 A10
9902 A11
9903 C9

3104 313 6092.4

G_15970_004.eps

160306

Circuit Diagrams and PWB Layouts

Layout LCD Supply 32” (Overview Bottom Side)

2001 B3
2006 A6
2007 A7
2008 A6
2009 A6
2015 A6
2016 A6

2018 A6
2019 A6
2023 A2
2024 B2
2025 A2
2026 A7
2027 A7

2028 C3
2029 B3
2030 B2
2031 A2
2033 A2
2034 A6
2035 A6

2036 B2
2039 B2
2040 A6
2041 A2
2042 A2
2043 A2
2044 C2

2045 B2
2046 A5
2047 A6
2048 A6
2049 B2
2050 A6
2051 A2

2052 A2
2053 A2
2055 B3
2056 B3
2057 B3
2058 B2
2059 B2

2060 C7
2061 B6
2062 C6
2063 A6
2064 A6
2065 C5
2068 C2

2071 C5
2072 C6
2077 A5
2290 B4
2291 A3
2293 A2
2802 B8

2805 B8
2808 C8
2811 B8
3001 A5
3002 A6
3003 A6
3004 A6

3005 A6
3006 A6
3007 A7
3008 A7
3009 A7
3010 A5
3011 A6

3012 A6
3013 A6
3016 C7
3019 C5
3020 C5
3021 A5
3022 B2

3023 B2
3025 B2
3027 A7
3028 C5
3029 C7
3030 B2
3031 B2

3032 B1
3034 B2
3035 C7
3037 A2
3040 B2
3041 B2
3043 A6

3045 A6
3046 A5
3047 A5
3048 A6
3051 A5
3052 A2
3055 A5

74BJ3.0A LA 7.

3056 A5
3057 A2
3061 A6
3062 C2
3063 C2
3064 A6
3065 A7

3066 A6
3067 A5
3068 A5
3069 A4
3070 A5
3071 A5
3075 A5

3089 A5
3100 A5
3101 B2
3102 B2
3103 B2
3104 B2
3105 B2

3292 B4
3406 A7
3409 A7
3410 A7
3802 B8
3803 B7
3804 B8

3806 B8
3902 A1
3903 C1
3904 C1
3905 A1
3999 B9
6001 A6

6002 C5
6003 C7
6004 A6
6005 A6
6006 A6
6007 B7
6008 C6

6009 A5
6010 A6
6011 A6
6012 B5
6013 B6
6014 A5
6015 A5

6016 C2
6017 A6
6020 A5
6022 A6
6023 A2
6027 C7
6028 C5

6051 A5
6077 A5
6078 B6
6079 A6
6080 A7
6081 A5
6082 A7

6101 B3
6102 B2
6103 B2
6104 B3
6154 A7
6155 A7
6460 A9

6461 A9
6464 A7
6465 A7
6466 A7
6467 A7
6468 A7
7004 A5

7007 C6
7008 C5
7009 A5
7010 A2
7017 A6
7018 A6
7020 C2

7021 C2
7030 B2
7102 B2
9002 A2
9008 A7
9009 A7
9026 A2

9054 A1
9055 A1
9056 A1
9057 A1
9060 A5
9071 A2
9072 A1

9073 A2
9074 A2
9076 C2
9077 C2
9085 B2
9110 C2
9806 B8

9810 B8
9818 A7

3104 313 6092.4

Part 1

G_15970_005a.eps

Part 2

G_15970_005b.eps

G_15970_005.eps

160306

Circuit Diagrams and PWB Layouts

Layout LCD Supply 32” (Part 1 Bottom Side)

75BJ3.0A LA 7.

Part 1

G_15970_005a.eps

160306

Circuit Diagrams and PWB Layouts

Layout LCD Supply 32” (Part 2 Bottom Side)

76BJ3.0A LA 7.

Part 2

G_15970_005b.eps

160306

Circuit Diagrams and PWB Layouts

77BJ3.0A LA 7.

LCD Supply 37”: Part 1

12

A1 A1

DISPLAY SUPPLY: PART1

34567

A

1011

HEATSINK

470n

I446

I455

220p

I430

+24V_+295V

9073

I411

I416

F020

F031

F032

MAINS FILTER

5403

1

2

5402

23

14

DMF3547HB60

2406

47p

9003

3404

220R

1317

I459

B12P-PH-K

3432

10K

10K

6056

3433

BZX384-C3V3

4

3

I442

I412

I414

I432

1
2
3
4
5
6

To Display

7
8
9
10
11
12

+12Vd

3450

1R0

9005

9001

3451

1R0

ON-OFF

DIM-CONTROL

BOOST

I444

I445

100n

2408

I415

HOT GROUND
COLD GROUND

+5V-SW

10K

3422

I436

10K

3423

3424

220R

I437

7802

BC847BW

RELAY-

7801
BC817-25W

I438

15K

3413

2402

+12Vd

B

MAINS INPUT

95-264Vac

I410

1400

F413

F412

F414

F411

C

F410

2
1

1308

3401

F415

F418

F416

PTF/65

T5AH 250V

4M7

F419

3402

2400

F417

4M7

I419

470n

3400

2

V

1

V_NOM

D

V_NOM

4M7

3403

9015

5405

9046

1403

500V
1404

1402

500V
1405

3

2403

4

DMF2405H60

I429

I443

5401

23

14

22n

DMF3547HB60

2404

47p

9042

3405

I431

220R

2401

9062

2407

E

GND-SCR

GND-SCR

GND-SCR

GND-SCR

F

6055

9043

1320
1
2
3
4
5
6
7
8
9

10
11
12
13
14

B14B-PH-K

10K

3431

BZX384-C3V3

1319

1
2
3
4
5
6
7
8
9
10
11
12
13

I458

I457

B14B-PH-K

9070

9071

14

9072

1314

1

F040

2
3
4

F015

5
6
7

G

8
9

10

B10P-PH-K-S

H

F001

F006

F010

F011

F013

+12Vd

1315

B10P-PH-K-S

1
2
3
4
5
6
7
8
9
10

3430
10K

9045
1316

1
2
3
4
5
6
7
8

9
10
11
12

B12P-PH-K

3104 313 6121.3

12

34567891011121314

8 9 10 11 12 13 14

I830

DC+DC-

4V8 (0V)

F420

2n2

F026

F019

3425
10K

VAC-L

VAC-N

1450

G5PA-1-5VDC

6461

RELAY +

I424

6460

9816
6469

I439

BZX384-C2V7

9820

PLT09H

9821

BAS316

BAS316

F421

I440

5406

RELAY -

1M08

B6B-PH-K

I435

6463

I413

STANDBY

1
2
3
4
5
6

1N5062

9817

+5V-SW

I814

I816

I815

400V_HOT

5404

6462

6809

1N5062

6808

1N5062

I828

22K

3807

I820

+24V_+295V

33u

1N5062

1M0

3800

3806

470R

20K

3804

POWER-GOOD

9819

I433

9815

I434

3810

12K

I813

56n

2804

9810

4

7805

AVS1ACP08

2805

9806

2807

3077
47K

3078
1K0

VDD

I426

76

MODE

2802

NC

VM

VG

OSIN

OSOUT

VSS

1

I428

100p

6083

BAS316

I026

BC847BW

I427

23

47n

I456

47n

F034

7013

2806

F423

6807

GBJ6J

50V47u

58

F422

I423

I425

3802

6024

3076

2409

25V_HOT

I810

3803
390R

91K

BZX384-C22

8K2

I031

3074

1K0

BC847BW

10n

6466

400V_HOT

400V_HOT

I812

I811

56n

2803

I817

I421

I032

7014

2808

2815

330u

9814

I417

9813

330u

2816

I420

7806

AVS10CB

47n

I824

I422

33u

5804

9812

6026

BZX384-C18

I019

6K8

3073

I035

2K2

3072

BZG03-C200

6464

6155

BYG10

9811

2810

100n

I825

100n

2809

I826

4R7

3805

6467

I827

3410

BAS316

I418

9808

ON-OFF

DIM-CONTROL

+24V_+295V

BZX384-C33

47K

RES

BZX384-C33

3408

6154

7807

TCET1102(G)

I833

6468

9818

I834

22K

F424

BYG10

1310

B2P-VA-BF

6465

1
2

25V_HOT

3406

0v(0v)

BZG03-C200

9052

I461

9041

9054

9053

10K

I829

I441

+5V-SW

1318

F033

I460

B6B-PH-K

LATCH

1
2
3
4
5
6

c003

GND-SSP

G_15970_006.eps

160306

1011 A7

7014 H11
7801 F7
7802 G7
7805 E10
7806 E12
7807 A13
9001 C6
9003 D5
9005 C6
9015 C3
9041 H13
9042 D4
9043 F3
9045 F4
9046 C3
9052 G13
9053 H13
9054 G13
9062 C4
9070 H3
9071 H3
9072 H4
9073 H5
9806 E10
9808 C12
9810 D10
9811 D12
9812 F12
9813 D12
9814 C12
9815 B10
9816 F8
9817 B9
9818 B13
9819 A10
9820 H8
9821 H8
F001 F1
F006 G1
F010 G1
F011 G1
F013 G1
F015 G1
F019 H8
F020 F5
F026 H8
F031 G5
F032 G5
F033 G14
F034 H10
F040 G1
F410 C1
F411 C1
F412 C1
F413 C2
F414 C2
F415 C1
F416 C2
F417 C2
F418 C2
F419 C2
F420 E8
F421 F8
F422 B11
F423 B11
F424 C13
I019 G12
I026 G11
I031 G11
I032 H11
I035 H12
I410 C2
I411 C5
I412 C6
I413 C9
I414 D6
I415 C7
I416 C5
I417 D12
I418 C12
I419 D2
I420 D12
I421 E11
I422 E12
I423 E11
I424 E8
I425 E11
I426 E10
I427 E10
I428 E10
I429 C3
I430 E5
I431 D4
I432 D6
I433 B10
I434 B10
I435 B9
I436 F7
I437 F7

I438 F7
I439 F8
I440 F8
I441 B13
I442 C6
I443 C3
I444 C7
I445 C7
I446 D5
I455 D5
I456 E10
I457 H3
I458 G3
I459 G5
I460 G14
I461 G13
I810 C11
I811 C11
I812 C11
I813 C10
I814 E9
I815 E9
I816 E9
I817 D11
I820 F9
I824 E12
I825 E12
I826 E12
I827 A12
I828 E9
I829 A14
I830 A12
I833 B13
I834 B13
c003 H14

1308 C1
1310 H13
1314 F1
1315 F2
1316 F4
1317 F5
1318 G14
1319 F3
1320 F3
1400 C2
1402 D3
1403 D3

A

1404 D3
1405 D3
1450 D8
1M08 H9
2400 C2
2401 C4
2402 G7
2403 C3
2404 C4
2406 C5
2407 E4

B

2408 C7
2409 H11
2802 F10
2803 C11
2804 C10
2805 E10
2806 F11
2807 F10
2808 E12
2809 E12
2810 E12

C

2815 C12
2816 D12
3072 H12
3073 G12
3074 H11
3076 G11
3077 G10
3078 G10
3400 C3
3401 C1
3402 D2

D

3403 E2
3404 D5
3405 D4
3406 A13
3408 C13
3410 B13
3413 G7
3422 F7
3423 F7
3424 F7

E

3425 F8
3430 H2
3431 H3
3432 H5
3433 H5
3450 C6
3451 D6
3800 E10
3802 E11
3803 E11
3804 F10

F

3805 F12
3806 E10
3807 F9
3810 B10
5401 C4
5402 C5
5403 B5
5404 A9
5405 C3
5406 H8
5804 F12

G

6024 G11
6026 G12
6055 H2
6056 H5
6083 G10
6154 C13
6155 C12
6460 E8
6461 E8
6462 B9
6463 B9
6464 B12

H

6465 C13
6466 A12
6467 A13
6468 B13
6469 F8
6807 C11
6808 E9
6809 E9
7013 H11

Circuit Diagrams and PWB Layouts

78BJ3.0A LA 7.

LCD Supply 37”: Part 2

1 23456789

A2 A2

DISPLAY SUPPLY: PART2

HOT GROUND

BIAS SUPPLY

25V_HOT

A

20V4 (0V)

6081

2002

BZX384-C22

470u

3000

I096

5017

50R

I048

4R7

I006

RES

I047

6082

BAS316

9009

I044

I097

BYG22D

9008

6080

6079

BYG22D

RES

B

CONTROL

15

7001

VS-CONTROLLER

I103

560p

3003

3002

39K

100p

3009

2007

470n

3004

3K3

16V

3043

10R

100p

2034

2035

2004

100p

27K

100p

630V

2009

2005

2K7

3048

I104

3008

I021

330R

2K7

C

2040

D

E

F

I028

I009

BAS316

6001

I007

630V

200p

I008

2006

3005

33K

25V

1n0

RES

10K

3006

I010

3007

3058

10K

5M6

400V_HOT

I025

I029

I027

288V(0V)

I105

3050

820K

SOFTSTART

CONTROL

I018

50V

15n

2027

RES

I022

10K

3066

F007

3027

100K

MC34067P

9

1

2

3

16

6

8

7

11

3053

680K

BC857BW
7017

I023

3064

2026

5

VCC

EN|UA

VREF

OSCC

OSCR

OSCCC

OS

EAO

Ip

In

SOST

I020

10K

50V
2n2

3012

PGND

GND

4

2050

15K

7018
BC847BW

14

OA

12

OB

13

10

FI

68K

1n0

3061

CURRENT

PROTECTION

I024

2008

16V
470n

I012

3065

3013

100K

BAS316

10K

G

LATCH

3067

100R

I143

BAS316

H

6020

6009

I142

PDZ18-B

470R

I141

3010

100u

3011

470R

2010

6022

2019

BZX384-C4V7

I135

10n

47R

3047

I134

I

BAS316

6051

220R

3056

3068

2K2

3070

I136

1K0

I133

2046

47n

3060

6006

BAS316

BC857BW

10K

I137

3071

I139

7009

10K

2048

I095

6011

I138

1n0

6077

BYG22D

I033

6010

2077

I132

6017

BAS316

2n2

2047

10n

BAS316

22V(0V)

I098

2003

2015

3075

1K0

I100

3033

I050

I049

1R0

1m0

9004

50V

10n

RES2018

100n

22R

3045

I140

7004
BC847BW

I011

3055
220R

I099

6078

100R

6015

6014

3089

80R

2063

5015

F003

F004

F008

BAS316

I296

BZX384-C22

I295

10K

470p

80R

5016

80R

6005

BAT54 COL

100n16V

2016

3046

5010

1m0

I101

I064

2061

I042

2n2

6007

BAS316

I039

3035

BAS316

3016

3K3

3029

3K3

6008

BAS316

3028

3K3

3020

3K3

3019

3K3

3K3

2062

3014

100R
2072

1n0

6027

BAS316

I109

2065

2n2

2n2

6002

I052

BAS316

2071

1n0

6028

BAS316

I145

I003

2n2

6003

2060

5001

S13932-04

2014

2n2

2000V

I045

6

7

9

10

I081

I107

4

3

I108

2

470p

BAT54 COL

2064

6004

F009

I034

22R

22R

3021

I043

3100

10R

400V_HOT

HIGH SIDE

DRIVE

I038

F002

STP15NK50ZFP

47R

3015

I046

6013

I037

BC857BW
7007

I004

LOW SIDE

DRIVE

100R

3017

STP15NK50ZFP

I057

47R

3018

6012

I059

I051

BC857BW
7008

I055

c002

GND3

F018

7005

BZG05C15

I294

9024

7006

BZG05C15

9025

F299

I001

I002

32

80R

5007

80R

5008

F029

80R

5005

2013

5013

2012

1600V
15n

2000V

2017

1n5

5040
80R

7

6

5

3

I114

2

1

15n

2011

F023

F300

I084

c001

I110

80R

2000V

1n5

I111

50R

5004

F005

FLM 1/6W

I113

I112

50R

5041

I053

BYG22D

5009

I106

I036

3001

I131

HOT GROUND

7002

TCET1102(G)

5002

8

BS51

1600V

2000

470p

COLD GROUND

11V3 (0V)

14

10V2 (0V)

I116

9

10

11

12

13

14

15

16

COLD GROUND

3104 313 6121.3

1 23456789101112 13

10 11 12 13

3999

1K0

F016

BYV27-200-TAP

2021

25V
2m2

2020

BYV27-200-TAP

F028

F017

F012

F024

2

2

GND screw

F022

+12Vd

3057

220R

2023

470n

3049

6030

I016

BAS316

3051

4K7

+12Vd

4K7

3054

10n

RES

2031

2m2 25V

33K

3052

I119

RES

15K

3037

3022

680R

I120

24V4 (0V)

F025

16V4m7

2038

1

I151

2022

16V4m7

9058

13

I089

2024

3023

15K

I085

1002

3030

7010

TS2431

18K

13V4

1

K

A

3

220n

16V

F014

R

2

16V

100n

2030

Vs

Voltage

I094

Adj.

3069

7030

BC847BW

5027

5028

I117

1009

HEATSINK

F021

I062

2K2

I063

0V (0V)

I005

47K

3032

2039

470n

2028

I070

50R

1n0

50V

2

6044

3

STPS20L45CT

9055

2044

I072

50R

I076

50V

1n0

6045

STPS20L45CT

2029

5025

50R

I073

5026

50R

BYV27-600

BYV27-600

1010

HEATSINK

I074

6033

6031

2067

100p

1n0

2045

1n0

I077

6019

1

I150

9006

2

50V

9056

50V

I056

3

I054

BYV27-600

BYV27-600

6018

13

F027
2001

1n0

50V

6021

STPS20H100CT

2049

1n0

50V

6025

STPS20H100CT

2066

100p
6034

6032

3059

2K2

33K

3044
470R

BC847BW

I017

2037

3025

470n

BAS316

1%

1K8

470R

3026

7031

3042

6023

I013

I015

12K

2051

220n
2052

220n
2053

220n

2033

220n

I088

I093

2K2

3034

1%

2036

3036

100K

I014

3039

ONLY FOR
32" SHARP

+12Vd

F030

9060

I152

2041

220n
2042

220n
2043

220n

2025
220n

8K2

3040

I092

33K

3041

9002

470n

6054

BZX384-C10

1K0

I041

+24V_+295V

9061

2n2

2032

I121

3038

220K

I122

+24V_+295V

+12Vd

9057

9050

3079

680R

G_15970_007.eps

RES

15K

3024

MRS25 1%

RES

160306

1002 H11

3051 B12

1009 G10

3052 C11

1010 G10

3053 E3

2000 E9

3054 B12
3055 I5

2001 D11

3056 I3

2002 A2

3057 A11

2003 A5

3058 E2

2004 C2

3059 A13

2005 D1

3060 G4

2006 C2

3061 E4

2007 E1

3064 F3

2008 G4

3065 E4

2009 D1

A

B

C

D

E

F

G

H

I

2010 H1
2011 E9
2012 E8
2013 C8
2014 F6
2015 F5
2016 E6
2017 C9
2018 F5
2019 H2
2020 C11
2021 C11
2022 E12
2023 A12
2024 E12
2025 E13
2026 G3
2027 F2
2028 B10
2029 D10
2030 F12
2031 B12
2032 E13
2033 E13
2034 C1
2035 C1
2036 A13
2037 B12
2038 D12
2039 B10
2040 C1
2041 D13
2042 D13
2043 D13
2044 C10
2045 E10
2046 I3
2047 I5
2048 I4
2049 E11
2050 E3
2051 D13
2052 D13
2053 D13
2060 C6
2061 B7
2062 D7
2063 C6
2064 D6
2065 D7
2066 E11
2067 F10
2071 E7
2072 C7
2077 H4
3000 A2
3001 F5
3002 C1
3003 C1
3004 D1
3005 C2
3006 D2
3007 E2
3008 E2
3009 E1
3010 H1
3011 H2
3012 F3
3013 G4
3014 C7
3015 C7
3016 C7
3017 D7
3018 E7
3019 E7
3020 E7
3021 G6
3022 C11
3023 E12
3024 E13
3025 F12
3026 G13
3027 G3
3028 E7
3029 C7
3030 F11
3032 B10
3033 A5
3034 F13
3035 C7
3036 A13
3037 C12
3038 F13
3039 A13
3040 E13
3041 F13
3042 B13
3043 D1
3044 A13
3045 G5
3046 F6
3047 H3
3048 D1
3049 A12
3050 E3

3066 F2
3067 H1
3068 H3
3069 A10
3070 H4
3071 H4
3075 G5
3079 G13
3089 H5
3100 A8
3999 A11
5001 C6
5002 D9
5004 D8
5005 C8
5007 B8
5008 B8
5009 B5
5010 A6
5013 E8
5015 C6
5016 D6
5017 A3
5025 D10
5026 D10
5027 B10
5028 C10
5040 D9
5041 E8
6001 D2
6002 D7
6003 C7
6004 D6
6005 D6
6006 I4
6007 C7
6008 D7
6009 H1
6010 G4
6011 F4
6012 E8
6013 C8
6014 H5
6015 G5
6017 I4
6018 C11
6019 B11
6020 H1
6021 D11
6022 H2
6023 E13
6025 E11
6027 C7
6028 E7
6030 A12
6031 F10
6032 F11
6033 E10
6034 E11
6044 B10
6045 C10
6051 H3
6054 A13
6077 A4
6078 A5
6079 A4
6080 A4
6081 A1
6082 A3
7001 C3
7002 A9
7004 H5
7005 C8
7006 D8
7007 C7
7008 E8
7009 H4
7010 E12
7017 F3
7018 F3
7030 A10
7031 B13
9002 G13
9004 B5
9006 C11
9008 A3
9009 A3
9024 D8
9025 E8
9050 G13
9055 C10
9056 D10
9057 G13
9058 E11
9060 D13
9061 D13
F002 C8
F003 C6
F004 D6
F005 D8
F007 F3
F008 D6
F009 D6
F012 D11
F014 F12

F016 B11
F017 D11
F018 B8
F021 A11
F022 A11
F023 F9
F024 D11
F025 D11
F027 D11
F028 C11
F029 C9
F030 C13
F299 A8
F300 F9
I001 B8
I002 B8
I003 C7
I004 D7
I005 A10
I006 B2
I007 C2
I008 C2
I009 C2
I010 D2
I011 I5
I012 D4
I013 A13
I014 A13
I015 A13
I016 A12
I017 B12
I018 E3
I020 F3
I021 E1
I022 F2
I023 F3
I024 F4
I025 F2
I027 C2
I028 G2
I029 G2
I033 F4
I034 F6
I036 F5
I037 C8
I038 C7
I039 D7
I041 B13
I042 C7
I043 A8
I044 A4
I045 C7
I046 C7
I047 A3
I048 A2
I049 A5
I050 A5
I051 E7
I052 D7
I053 A5
I054 D11
I055 E8
I056 D11
I057 D8
I059 E8
I062 A10
I063 A10
I064 B7
I070 B10
I072 C10
I073 D10
I074 D10
I076 E10
I077 E10
I081 F7
I084 F9
I085 E11
I088 E13
I089 E12
I092 F13
I093 F13
I094 G12
I095 A4
I096 A2
I097 A3
I098 A5
I099 A6
I100 A6
I101 A6
I103 C1
I104 D2
I105 E3
I106 E5
I107 C6
I108 D6
I109 C7
I110 D8
I111 C8
I112 E8
I113 E8
I114 D9
I116 C9
I117 C10
I119 C12
I120 C11
I121 E13
I122 F13
I131 I5
I132 I4
I133 I4
I134 I3
I135 H2
I136 H3
I137 H4
I138 H4
I139 G4
I140 H5
I141 H1

I142 H1
I143 H1
I145 E7
I150 C11
I151 D11
I152 D13
I294 C8
I295 H6
I296 H6
c001 G9
c002 E8

Circuit Diagrams and PWB Layouts

Platform Supply 37”: Auxiliary Supply

2P10 B2

0P01 G10
1M02 G3
1M03 G3
1M10 H13
1M18 H13
1M46 G15
1M63 G10
1P00 G4
1P01 G4
1P03 A3
1P05 H7
1P06 A11

1P07 B11
1P17 C1
1P30 E13
2P01 F15
2P02 H10
2P03 D7
2P04 F5
2P05 G7
2P06 D9
2P07 B4
2P08 B4
2P09 B2

123456

2P11 G6
2P12 F12
2P13 E15
2P14 B5
2P15 B7
2P16 B4
2P17 B3
2P18 B6
2P19 B6
2P20 B7
2P21 A15

2P22 A14
2P23 F14
2P24 F15
2P25 B11
2P26 A13
2P27 B11
2P28 B12
2P29 B11
2P30 B12
2P31 D13
2P32 E2
2P33 H6

2P34 C15
2P35 A11
2P36 D1
2P37 B14
2P40 E11
2P41 F12
2P42 C11
2P43 C11
2P45 F3
2P47 C12
2P48 D15
2P49 C12

2P50 D15
2P51 A12
2P52 B5
2P53 A12
2P54 E2
2P55 D14
2P56 F12
2P57 F11
2P64 B11
2P80 E10
3P00 B12
3P01 B12

3P02 B12
3P03 B12
3P04 C6
3P05 D13
3P06 H10
3P07 D5
3P08 C7
3P09 E15
3P10 E15
3P11 A13
3P12 G12
3P13 C5

3P14 F2
3P15 C2
3P16 C7
3P17 A15
3P18 A14
3P19 A14
3P20 A14
3P21 A13
3P22 B14
3P23 C14
3P24 C14
3P25 F6

3P26 C14
3P27 D7
3P28 B5
3P29 B7
3P30 D2
3P31 D1
3P32 D3
3P33 E7
3P34 D3
3P35 E1
3P36 A12
3P37 E1

3P38 D3
3P39 F3
3P40 F5
3P41 D2
3P42 C4
3P43 C4
3P44 D3
3P45 D2
3P46 D3
3P47 F15
3P48 C7
3P49 A10

3P50 C7
3P51 F13
3P52 F14
3P53 F14
3P54 A10
3P55 F14
3P56 H2
3P57 E13
3P58 E14
3P59 F13
3P60 A12
3P61 E10

3P62 F10
3P63 F11
3P64 G11
3P65 F11
3P66 G11
3P67 F12
3P68 A10
3P69 F6
3P70 C13
3P71 C14
3P72 C14
3P73 F6

3P74 F6
3P75 F8
3P76 B12
3P77 G7
3P78 G5
3P79 D10
3P80 D10
3P81 D10
3P82 E10
3P83 C10
3P84 C11
3P85 D11

3P86 E11
3P87 E11
3P88 C11
3P89 D11
3P90 E11
3P91 E11
3P92 H6
3P93 B13
3P94 B14
3P95 D2
3P96 A12
3P97 A13

3P98 A12
3P99 A12
3PP1 A10
3PP2 E12
3PP3 B5
3PP4 F7
5P00 A9
5P01 B9
5P03 F8
5P04 B8
5P05 C8
5P06 A5

79BJ3.0A LA 7.

5P07 B7
5P08 C8
5P10 A10
5P11 B10
5P12 B10
5P13 C10
5P14 C15
5P16 D15
5P18 B15
5P19 B15
5P20 A15
5P21 B11

5P22 B11
5P23 C11
5P24 C11
5P25 B6
5P26 B7
5P27 B6
5P28 B7
6P01 B7
6P02 B6
6P03 C15
6P04 A11
6P05 B2

6P06 A2
6P07 B3
6P09 C7
6P10 A11
6P11 B11
6P12 C11
6P13 B11
6P22 C15
6P23 A13
6P27 F7
6P28 F6
6P31 G6

6P34 C2
6P47 C8
6P50 F14
6P51 F14
6P52 C14
6P53 F15
6P80 E10
6P81 E10
6P82 C10
6P83 D10
6P84 D10
6P85 E10

6P86 A10
7P02 C7
7P03 A12
7P04 A14
7P06 C4
7P07 D3
7P09 F12
7P10 F4
7P11 F9
7P12 C5
7P14 F13
7P15 F13

7P16 F10
7P17 D13
7P18 C14
7P19 E15
7P20 A13
7P21 A12
7P22 B13
7P23 C15
7P24 B14
7P26 F6
7P27 D5
7P30 E2

FP00 A1
FP01 B2
FP02 B1
FP03 C1
FP04 B3
FP05 B4
FP06 H3
FP08 D15
FP09 C15
FP10 H2
FP11 H3
FP12 C2

FP13 G3
FP14 G3
FP15 G3
FP16 H12
FP17 H12
FP18 H15
FP19 H15
FP20 H15
FP21 H15
FP22 H15
FP23 C3
FP24 B3

7P31 E3
7P38 D2
7P80 D11
7P81 D11
7P82 C12
9P56 B2
9P57 C11
9P60 A11
9P61 B15 IP0B D2
9P65 C15
9P80 H12
9P81 H12

FP25 H2
FP26 A4
FP27 H14
FP29 B1
FP30 G2
FP31 G2
FP32 G2
FP39 H12
FP40 H12
FP79 E12
IP01 A3
IP02 A10

IP03 A10
IP04 B12
IP05 A14
IP06 A14
IP07 D1
IP08 C3
IP09 C3
IP0A C7

IP0C C11
IP0D C13
IP0E C13

IP0F C14
IP10 A5
IP11 C7
IP12 D7
IP13 C5
IP14 E7
IP15 C7
IP16 B5
IP17 B7
IP18 B7
IP19 C7
IP1A D2

IP1B F13

IP29 F8

IP1C A13

IP2A D3

IP1D E2

IP30 A14

IP1E D3

IP31 B11

IP1F D3

IP32 C14

IP20 D7

IP33 B14

IP23 E13

IP35 F7

IP24 E13

IP36 F6

IP25 E14

IP37 F6

IP26 F14

IP38 F5

IP27 E8

IP39 F7

IP28 C9

IP40 F5 IP5F H3

IP41 G5
IP42 A2
IP44 E2
IP45 F3
IP46 F9
IP47 C9
IP48 B8
IP49 A10
IP50 B10
IP51 B10
IP52 B11
IP53 A11

IP54 D11
IP55 D11
IP56 C11
IP57 D10
IP58 B7
IP59 E10
IP5A B14
IP5B A12
IP5C A13
IP5D E7
IP5E G3

IP60 E11
IP61 C10
IP62 C10
IP63 C10
IP64 C11
IP65 B6
IP66 E10
IP67 F10
IP68 F10
IP69 F11
IP6A G5
IP6B E15

IP6C B13
IP70 F12
IP71 F10
IP72 F12
IP73 F15
IP74 E14
IP75 D10
IP76 E10
IP77 D11
IP78 C11
IP79 B6
IP80 D10

7 8 9 10 11 12 13 14 15

IP82 C15
IP83 A10
IP84 B10
IP85 B11
IP86 B11
IP87 C11
IP88 C11
IP89 A11
IP90 B13
IP91 B13
IP92 C8
IP93 F13

IP94 C4
IP95 A14
IP96 E14
IP97 E13
IP98 E13
IP99 F14

PLATFORM SUPPLY: AUXILIARY SUPPLY

HOT GROUND

A3 A3

DC-

A

B

C

D

E

F

G

H

VAC-L

VAC-N

*

VAC-RELAY

HOT GROUND

COLD GROUND

STANDBY

ON-OFF

AUDIO-PROT

0V(0V)

AUDIO-PROT

0V1(0V4)

DIM-CONTROL
POWER-OK-PLATFORM
ON-OFF

2V9(0V5)

0V(4V)

STANDBY
BOOST

POWER-GOOD

FP29

FP02

3P31

1K0

3P35

47K

GND-SSP

+AUDIO-POWER

DC+

FP00

FP01

2

1P17

3

FP03

IP07

100n

2P36

GND-SSP

3P37

100K

GND-SSP

-AUDIO-POWER

GND-L

5V(0V)

IP42

6P06

BYG10

32

41

2P10

56n

14

BAS316

G5PA-1-5VDC

+5V2-NF

BC847BW

7P38

+5V2

3P41

IP1A

220K

3P30

100K

GND-SSP

IP44

7P30
BC847BW

100n

2P32

GND-SSP

3P14

47K

FP31

+5V-SW

GND-SSP

2P09

9P56
RES

FP12

IP0B

56n

6P05

GBL06

10K

6P34

3P95

2P54

GND-SSP

FP30

FP32

FP10
FP25

T1.6A-250V

3P15

3P45

1M0

IP1D

1u0

3P56

GND-SSP

1P03

3P38

IP5E

IP5F

+T

BYG10

1M0

47K

2K04

FP24

3P46

3P32

GND-SSP

FP15

FP14

FP13

FP06

FP11

2P17

6P07

+5V2

47K

BC857BW

IP1E

4K7

IP2A

BC857BW
7P31

IP45

GND-SSP

1M02

1
2
3
4
5
6
7

B7B-EH-A

1M03

1
2
3
4
5
6
7
8
9
10

B10P-PH-K-S

IP01

10u 450V

FP04

IP08

7P07

2P45

FP26

AL-OFF

FP23

7P06

BC817-25W

IP09

2K2

2K2

3P44

3P34

IP1F

GND-SSP

47K

100n

3P39

GND-SSP

COLD GROUND

+400V-F

2P16

GNDHA

*

GND-SSP

6P10
6P11

1P01

HEATSINK

GND-SSP

5P06

80R

450V10u

450V

450V10u

2P08

2P07

10u

FP05

GNDHA

GNDHA

+5V-SW

2K2

3P42

IP94

14

2

2K2

3P43

7P10
BC847BW

6P12
6P13

1P00

HEATSINK

GND-SSP

IP10

10n

47K

2P52

3PP3

GNDHA

+AUX

7P12

IP13

TCET1102(G)

3

3K3

TEA1506AT

3P07

GNDHA

IP38

IP40

1u0

2P04

GNDHA

IP6A

HOT GROUND

3P40
100K

3P78

3P28

4K7

3000

RES

47K

7P27

6

7

9

14

2P14

100K

IP16

GNDHA

SPMS

CTRL

DEM

ISENSE DRIVER

DRAIN

GNDHA

IP37

3P25

10K

7P26

BC817-25W

IP41

BZX384-C15

GNDHA

2P18

10n

220p
6P02

BYV27-600

Φ

CTRL

GND
3

6P28

BAS316

3P69
470K

6P31

GNDHA

GNDHA

2P11

2
VCC

2P33

5P00
BS25405-00

56

5P27

220R
5P25

IP79

220R

2P19

IP65

3P04

1
4
5

NC

8

10

11

12
13

HVS

3P73

IP36

33K

3P74

+AUX

GNDHA

1u0

22n

1K0

3P92

GNDHA

220p

IP15

33R

IP20

IP39

6P01

BYV27-600

6P09

BZX384-C15

33R

3P48

IP11

IP12

IP14

3PP4

33K33K

5P28
220R

5P26
220R

3P50

3P27

3P33

GNDHA

7S02
7P02

1P05

HEATSINK

IP17

IP18

5P07

IP58

80R

7P02
STP6NK60Z

IP19

10R

3P16

12K

2P03

470R

IP5D

6P27

IP35

50V22u

2P05

2P15

3P29

IP0A

10R

GNDHA

1u0

BYG22D

GNDHA

3P77

3P08

220p

470R

GNDHA

3K3

2P20

0R47

220p

5P08

6P47

5P04

80R

50R

IP92

BZG05C6V8

IP27

IP48

5P05

50R

GNDHA

5P03

22u

3P75

4K7

IP29

3

2

110

5P01
BS25405-00

56

3

IP28

2

110

IP47

IP46

4

7P11

TCET1102(G)

3

HOT GROUND

GNDHA

COLD GROUND

+25VLP

7

8

9

GND-SSP

7

8

9

GND-SSP

2P06

IP75

220p

GND-SSP

IP76

10V9(0V8)

1

2

+5V-SW

GND screw

0P01

GND-SSP

COLD GROUND

BAS316

IP49

IP50

3P79

3P80

6P80

2P80

GND-SSP

IP67

IP71

1

6P86

IP61

+8V6

+5V-SW

2K7

+5V2

2K7

IP80

BAS316

6P81

PDZ18-B

220n

3P61
470R

3P62
220R

9V8(0V8)

GND-SSP

5P10

80R

+12V_NF

1M63

B2B-PH-K

GND-SSP

3P06

10K

2P02

100p

3P49

3PP1

IP02

4K7

IP03

4K7

IP84

GND-S

5P11

80R

5P12

80R

5P13

45R

3P81

IP57

3P82

IP59

GND-SSP
IP66

IP68

1
2

RES

RES

6P85

1

IP51

IP62

3P83

6P82

BAS316

6P83

BAS316

6P84

BAS316

22K

2K2

TS2431

3P68 3P54

IP83

BYW29FP-200

IP63

3K3

BC847BW

2P40

100n

BAS316

7P16

R
2

GND-S

4K7

4K7

6P10

2P64

220p

2P25

220p

6P13

BYW29FP-200

6P11

BYW29FP-200

2P42

220p

IP56

3P84

IP55

3P85

7P80

GND-SSP

3P63

10K

A3K

GND-SSP

6P04

GND-S

IP53

220R

5P21

IP86

IP85

5P22

220R

IP52

5P23

IP87

6P12

BYW29FP-200

2P43

220p

3K3

7P81

TS2431

2K7

IP54

3P86

330R

IP60

2K2

3P87

IP69

2P57

3P64

GND-SSP

2P35

BZG05C27

GND-S

1P06

5A 250VT

1P07

5A 250VT

IP0C

220R

IP64

5P24

IP88

R

2

3P90

150K

33K

3P91

220n

47K

GND-SSP

220n

2P27

2P29

9P57

GND-SSP

220R

3P88

IP78

3P89

1

K

A

3

GND-SSP

3P65

3P66

+12VAL

IP89

1m0 35V

1m0 35V

IP31

1K0

BC857BW

3K3

IP77

1%

GND-SSP

6K8

1%

1K8

9P60

7P03

2P47

+5V2

7P82

FP79

2P41

FP17

TS2431

2P28

2P30

25V1m0

1u0

IP72

GND-SSP

1

K

A

3

35V1m0

3P00

35V1m0

3P01

GND-SSP

3PP2

2P56

3P67

FP16

9P80
9P81

7P21
BC847BW

3P36

2P53

R

2

3P98

IP04

10K

3P02

10K

3P03

25V

2P49

1m0

POWER-OK-PLATFORM

100R

+12V

220n

IP70

10K

7P09

BC847BW

2V3(0V8)

RES
RES

470R

100p

IP5B

6K8

10K

10K

FP39
FP40

3P96
2K2

2P51

10n

3P76

+12V_NF

AL-OFF

GND-SSP

3P60

3P99

220K

IP91

GND-SSP

T1A-250V

2P12

IP1B

3P12

1M10
1
2
3
4
5
6

B6B-PH-K

10K

6K8
3P97

1K8

GND-S

1P30

+25VLP

100n

470K

3P70

22K

2P31

12

IP90

GND-S

IP23

IP6C

BC857BW

100n

IP97

6P23

7P22

IP0D

3P05

GND-SSP

3P51
100K

7P20

BSP030

IP5C

BZX384-C15

2P26

+25VLP

22K

3P57

2R2

3P59

BC847BW

GND-SSP

1M18

B4B-PH-K

3P11
100K

10K

3P21

IP1C

220n

GND-S

3P93

IP0E

7P17
BC847BW

GND-SSP

IP24

IP98

PHX9NQ20T

IP93

1K0

7P15

1
2
3
4

IP05

2P22

GND-S

100K

BC857BW
7P24

IP5A

IP32

3P72
330K

3P71

1K0

3P58

7P14

6P50

BZX384-C15

GND-SSP

2R2

3P19
100K

3P20

10K

220n

BC847BW

IP30

GND-SSP

6K8

3P94

390K
3P22

3P23

BSP030

IP0F

2P55

GND-SSP

IP25

IP74

+5V-SW

IP06

7P04

GND-SSP

2P37

100n

6K8

6P52

BZX384-C15

220n

11V8(0V)

1n0

2P23

IP99

10K

3P52

+8V6
+12V

+5V2

+12V

+25VLP

GND-S

3P26

7P18

IP96

GND-SSP

3P53

22K

GND-SSP

IP33

FP27

IP95

3P18

10K

3P24

*

BC847BW

PDZ6.8-B

3P55

GND-SSP

22K

2P21

5P20

33u

5P18

33u

5P19

33u

220K

BZX384-C15

9P65

IP82

2P50

7P19

0V5(0V)

2P13

GND-SSP

6P51

IP26

330R

GND-SSP

FP18

FP19
FP20
FP21

FP22

2P48

2P01

100n

7P23
BSP030

6P22

25V

1m0

GND-SSP

100n

GND-SSP

3P17

22K

14V5(0V)

5P14

80R

5P16

80R

25V

1m0

GND-SSP

IP6B

3P10

1u0

IP73

GND-L

FP09

3P09

22K

BAS316

GND-S

22K

3104 313 6121.3

12345678

9 101112131415

STANDBY

*

+AUDIO-POWER

-AUDIO-POWER

-14V5(0V)

9P61

220n

2P34

6P03

BZG05C27

GND-S

+12VAL

FP08

+12V

STANDBY

*

+8V6

1u0

2P24

4K7

6P53

3P47

GND-SSP

1M46

1
2
3
4
5
6
7
8
9
10
11

B11B-PH-K

G_15970_008.eps

160306

A

B

C

D

E

F

G

H

Circuit Diagrams and PWB Layouts

Platform Supply 37”: Standby Supply

80BJ3.0A LA 7.

12

34567891011

12 13

PLATFORM SUPPLY: STANDBY SUPPLY

A4 A4

A

B

C

D

E

F

50V22u

G

2S17

GNDHA

H

3104 313 6121.3

5S01

5S05

80R

IS30

6S05

BZX384-C15

3S29
470R

IS45

22u

+AUX

TEA1533AT/N1

IS29

IS28

2S18

GNDHA

7S10

6

CTRL

7

DEM

9

ISENSE DRIVER

14

DRAIN

3S31
100K

6S13

BAS316

22n

3S37

GNDHA

Φ

SPMS

CTRL

GND

GNDHA

IS39

IS26

1K0

VCC

3

BAS316

7S11

BC817-25W

IS25

2

NC

HVS

6S11

3S32
470K

BZX384-C15

GNDHA

6S09

+400V-F

1
4
5
8

10

11

12
13

IS01

3S33

IS17

33K

3S34

GNDHA

IS21IS27

3S35

4K7

3S17

IS47

47R

3S22

47R

IS20

33K

6S12

2S16

22u 50V BYG22D

GNDHA

123

IS09

HOT GROUND

IS15

2S52

3S30

2S15

IS50

3S51

10n

GNDHA

7S02
STP6NK60Z

3S39

3S50

IS49
IS02

IS32

10R

3S08

10R

5S15

220R

12K

1u0

3S36

4K7

2R7

GNDHA

IS33

5S08

6S47

50R

IS99

BZG05C6V8

FS00

IS13

IS19

GNDHA

100K

5S09

80R

5S10

30R

2S40

10n

6S30

BYV27-600

IS18

IS24

IS71

IS51

5S16

220R

56

3

2

1

7S03

TCET1102(G)

4

32

IS53

HOT GROUND

4

5678910111213

5S00

2S06

220p

COLD GROUND

IS05

IS23

6S07

1S01

HEATSINK

IS03

3S14

IS11

1

3

GND-SSP

5S12

50R

5S03

50R

2K2

2S07

47n

K

R

2

A

7

8

9

10

GND-SSP

GND-SSP

5V(5V)

1

4V(4V)

7S04

TS2431

COLD GROUND

IS07

IS37

STPS8H100FP

3S28

22R

IS16

15K

3S19

2S04

100p
6S01

BYV27-600

GND-SSP

2S13

2n2

6S07

6S02

SB360

IS38

5S14

3S24

3S23

GND-SSP

2S41

IS58

IS14

220R

6K8

6K8

IS12

220n

3S20

2V5(2V5)

82K

GND-SSP

3S21

1K0

+5V2-NF

2S50

GND-SSP

10V2m2

IS59

GND-SSP

3S59

2S39

3S16

FS06

220K

GND-SSP

1u0

100R

6S04

2S56

BZX384-C27

GND-SSP

7S40

BC847BW

GND-SSP

3S18

220n

1K0

IS10

20V(0V)

+25VLP

IS04

0V(0V6)

5S11

80R
5S13

15u

RES

6S49

IS61

2S54

GND-SSP

3S41

IS68

2S14

GND-SSP

BZX384-C5V6

470R

15n

10K

3S76

GND-SSP

25V

220u

RES

10K

3S15

IS48

6S31

IS08

0V(2V3)

7S31
BSP030

BZX384-C15

GND-SSP

6S10

BZX384-C2V7

2S33

25V100u

0V1(4V)

+5V2

+5V-SW

STANDBY

G_15970_009.eps

160306

A

B

C

D

E

F

G

H

1S01 E8
2S04 B8
2S06 C7
2S07 F8
2S13 D8
2S14 D11
2S15 D4
2S16 F3
2S17 G1
2S18 G1
2S33 F12
2S39 E9
2S40 B6
2S41 C8
2S50 E9
2S52 B4
2S54 G11
2S56 C10
3S08 C5
3S14 F8
3S15 F11
3S16 F9
3S17 C3
3S18 F10
3S19 F8
3S20 G9
3S21 B9
3S22 C3
3S23 G8
3S24 F8
3S28 F8
3S29 D4
3S30 D4
3S31 E1
3S32 E2
3S33 E2
3S34 E2
3S35 F2
3S36 F4
3S37 G1
3S39 D5
3S41 F11
3S50 C5
3S51 B6
3S59 C9
3S76 G11
5S00 B7
5S01 E3
5S03 D8
5S05 B4
5S08 C5
5S09 B6
5S10 C6
5S11 D10
5S12 B8
5S13 D10
5S14 D8
5S15 C4
5S16 B6
6S01 B8
6S02 D8
6S04 C9
6S05 C4
6S07 D8
6S09 F2
6S10 F12
6S11 E2
6S12 E3
6S13 F1
6S30 B6
6S31 E11
6S47 D5
6S49 F11
7S02 C5
7S03 F7
7S04 F7
7S10 C1
7S11 E2
7S31 E12
7S40 F10
FS00 D5
FS06 B9
IS01 D2
IS02 D5
IS03 F8
IS04 D10
IS05 B8
IS07 B8
IS08 F12

IS09 D4
IS10 F10
IS11 F7
IS12 B9
IS13 B5
IS14 E9
IS15 C4
IS16 F8
IS17 E2
IS18 B6
IS19 B5
IS20 E3
IS21 F2
IS23 C8
IS24 C6
IS25 F2
IS26 F1
IS27 F1
IS28 G1
IS29 E1
IS30 C4
IS32 C5
IS33 C5
IS37 D8
IS38 D8
IS39 E1
IS45 E4
IS47 C3
IS48 E12
IS49 D5
IS50 B6
IS51 B6
IS53 G6
IS58 F8
IS59 E9
IS61 F11
IS68 F11
IS71 F6
IS99 D5

Circuit Diagrams and PWB Layouts

Platform Supply 37”: 25W Supply

81BJ3.0A LA 7.

12

A5 A5

25W SUPPLY

A

VAC-N

6U09

B

DF06M

FU03

GNDHOT

IU29

T 250V1.0A

1U00

IU26

5U04

33u

VAC-RELAY

GNDHOT

7U10

TEA1533AT/N1

C

6

CTRL

7

DEM

9

14

56K

ISENSE DRIVER

DRAIN

GNDHOT

IU10

IU11

D

E

GNDHOT

IU03

3U10

1K0

2U10

GNDHOT

22n

IU18

6U04

BAS316

3U23

RES

BAT54 COL

GNDHOT

6U02

F

3456789

1U01

HEATSINK

FU05

10u450V

2U07

Φ

SPMS

CTRL

GND

3

3U01
100K

7U15

BC817-25W

280V(0V)

2U08

2

VCC

IU30

5U05

10u450V

GNDHOT

NC

HVS

IU06

6U15

80R

GNDHOT

1
4
5
8

GNDHOT

10

11

12
13

BZX384-C15

GNDHOT

2U02

2U09

IU34

6U11

BAS316

3U02
470K

GNDHOT

3U18

4K7

10n

50V22u

3U03

IU33

IU19

IU24

3U07

22R

3U05
470R

33K

3U04

33K

3U19

2R2

1

IU22

BZX384-C15

IU23

2

5U07

GNDHOT

6U05

3U06

12K

2U11

470n

IU13

6U03

2U15

GNDHOT

(7U02)

120R

GNDHOT

5U06

BYG22D

50V22u

GNDHOT

IU20

7U02
STP6NK60Z

IU32

3U08

0R47

FU06

GNDHOT

22u

2K2

3U32

IU14

5U03

80R

IU21

3U09

IU31

HOT GROUND

IU05

47n

2U22

6U22

BYV27-600

IU15

0R47

IU07

IU08

3U17

4K7

IU09

3U22

IU16

GNDHOT

330K

3U25

30R

5U08

3

TCET1102(G)

330K

5

3

2

1

RES

2U06

5U00

COLD GROUND

6

5U10

IU17

7

9

GND-25W

GND-25W

14

2

IU02

7U05

TS2431

GND-25W

9U18

IU01

3U11

1

K

A

3

80R

RES

GND-SCR

2K2

RES

2U13

47n

R

8

10

470p

7U01

BYW29EX-200

IU12

IU28

2

3U12

1K0

6U07

2U05

2n2

IU04

3U14

15K

FU07

3U13

3U15

GND-25W

2U14

GND-25W

6K8

1K8

GND-25W

16V2m2

3U16

1U11

HEATSINK

1

2

GND-25W

47K

5U17

15u

9U17

RES

(6E13)

IU25

1000

1

GND screw

FU00

FU01

GND-25W

GND-25W

GND-SCR

GND-SCR

HOT GROUND COLD GROUND

3104 313 6121.3

12345

6789

+12VB

1M07

1
2

3
4

1M09

1
2
3
4
5
6

G_15970_010.eps

160306

A

B

C

D

E

F

1000 D9
1M07 B9
1M09 C9
1U00 B2
1U01 A4
1U11 A8
2U02 B3
2U05 B7
2U06 C6
2U07 B3
2U08 B3
2U09 C3
2U10 C2
2U11 C4
2U13 D7
2U14 B8
2U15 F4
2U22 B5
3U01 D3
3U02 D3
3U03 E4
3U04 D4
3U05 C4
3U06 C4
3U07 C4
3U08 C5
3U09 C5
3U10 C2
3U11 D7
3U12 D7
3U13 D7
3U14 D7
3U15 E7
3U16 E8
3U17 D5
3U18 F4
3U19 E4
3U22 B5
3U23 D2
3U25 B6
3U32 F5
5U00 B6
5U03 B5
5U04 B3
5U05 B3
5U06 D5
5U07 A4
5U08 C6
5U10 B7
5U17 B8
6U02 E2
6U03 E4
6U04 E2
6U05 C4
6U07 B7
6U09 B1
6U11 D3
6U15 F3
6U22 B5
7U01 D6
7U02 C5
7U05 E7
7U10 C3
7U15 E3
9U17 B8

9U18 B7
FU00 B9
FU01 C9
FU03 B1
FU05 B3
FU06 C5
FU07 B7
IU01 D7
IU02 E7
IU03 E1
IU04 E7
IU05 A5
IU06 E3
IU07 D5
IU08 D5
IU09 D5
IU10 D3
IU11 E3
IU12 B7
IU13 D4
IU14 B5
IU15 B5
IU16 B6
IU17 B6
IU18 D2
IU19 D4
IU20 B5
IU21 C5
IU22 C4
IU23 C4
IU24 E4
IU25 D9
IU26 B2
IU28 D7
IU29 B2
IU30 F3
IU31 D5
IU32 C5
IU33 D4
IU34 C3

Circuit Diagrams and PWB Layouts

Layout LCD Supply 37” (Top Side)

0P01 A9
1000 C3
1002 F9
1009 E10
1010 E9
1011 F3
1308 F1
1310 C9
1314 C10
1315 D10
1316 D10
1317 C10

1318 C8
1319 D10
1320 C10
1400 F1
1402 E1
1403 D2
1404 E1
1405 E1
1450 D4
1M02 A11
1M03 C11
1M07 D1

1M08 F10
1M09 D1
1M10 A11
1M18 A11
1M46 C10
1M63 B10
1P00 A8
1P01 A8
1P05 A5
1P06 A9
1P07 A10
1P17 B4

1P30 C11
1S01 B5
1U01 A1
1U11 B1
2000 D9
2002 D7
2003 D7
2004 C7
2005 C7
2010 D8
2011 E7
2012 F8

2013 F7
2014 C8
2017 D7
2020 F9
2021 F9
2022 D9
2032 D10
2038 C10
2066 E11
2067 E11
2400 F2
2401 E2

2403 E1
2404 E2
2406 D3
2407 C1
2408 E3
2803 E3
2804 E5
2806 E5
2809 F4
2810 F5
2815 D4
2816 D6

2P05 A5
2P06 A8
2P07 A4
2P08 A4
2P09 B3
2P10 B3
2P14 A7
2P15 A7
2P16 A3
2P17 A3
2P18 A7
2P19 A7

2P20 A6
2P27 A11
2P28 A11
2P29 A11
2P30 A11
2P47 B11
2P48 B11
2P49 A9
2P50 A10
2P52 A6
2S04 B5
2S06 A5

2S14 C8
2S16 A4
2S17 A5
2S33 B9
2S40 A3
2S50 B6
2S52 A4
2U02 A1
2U06 B2
2U07 A3
2U08 A3
2U09 A2

2U14 C1
2U15 A2
2U22 A1
3000 D5
3014 E6
3015 F6
3017 F7
3018 F7
3024 D10
3026 D11
3033 D7
3038 D10

3050 D6
3053 C6
3058 D6
3079 E11
3400 F2
3401 F1
3402 E1
3403 C1
3404 C3
3405 D2
3408 D5
3450 D3

3451 D3
3800 D5
3805 F5
3807 E5
3810 D4
3P08 A6
3P28 A7
3P29 A7
3P56 B11
3P57 B11
3P58 B11
3P77 A6

3PP3 A7
3S08 A5
3S51 A3
3U07 A2
3U08 A3
3U09 A3
3U22 A1
3U25 A1
3U32 A2
5001 E7
5002 D9
5004 F7

5005 F7
5007 E6
5008 F6
5009 E8
5010 E7
5013 F8
5015 D7
5016 D6
5017 C6
5025 E10
5026 D10
5027 F10

5028 F10
5040 E7
5041 F8
5401 E3
5402 C2
5403 C3
5404 D5
5405 E2
5406 F10
5804 E5
5P00 B8
5P01 A7

82BJ3.0A LA 7.

5P03 B6
5P04 A7
5P05 B6
5P06 A6
5P07 A7
5P08 A6
5P10 A9
5P11 A9
5P12 A10
5P13 A8
5P14 A10
5P16 B10

5P18 A11
5P19 A11
5P20 A11
5S00 A4
5S03 B4
5S05 A4
5S08 A5
5S09 A4
5S11 C7
5S12 B4
5S13 B7
5U00 B2

5U03 A1
5U04 B2
5U05 A2
5U06 A2
5U10 B2
5U17 D1
6018 F11
6019 F11
6021 E10
6025 E11
6031 D11
6032 E11

6033 D11
6034 E10
6044 F10
6045 F11
6462 D5
6463 D5
6807 F4
6808 E5
6809 E5
6P01 A7
6P02 A7
6P05 B4

6P10 B9
6P11 B10
6P12 A9
6P13 A10
6S01 B4
6S02 C5
6S07 B5
6S30 A3
6U07 C2
6U09 B3
6U22 A1
7001 D7

7002 D9
7005 F6
7006 F8
7805 E5
7806 F5
7807 C5
7P02 A6
7P11 B5
7P12 B6
7P14 B11
7S02 A5
7S03 B5

7U01 B1
7U02 A2
9001 D3
9003 C2
9004 E8
9005 E3
9006 F11
9007 D9
9011 D9
9012 F9
9013 E9
9014 E1

9015 E2
9016 D7
9017 D6
9018 D7
9019 D7
9020 E8
9021 D7
9022 F3
9023 F4
9024 F7
9025 F8
9028 E10

9029 D5
9030 F10
9031 D9
9032 D9
9033 D9
9034 D6
9035 E9
9036 E10
9037 E9
9038 D5
9039 C10
9040 C10

9042 E1
9043 D11
9045 D10
9046 E1
9047 E5
9055 F10
9056 E10
9058 E11
9059 C9
9062 D2
9080 D8
9081 F3

9083 D11
9092 D8
9093 D7
9098 E4
9808 E5
9811 E5
9812 F5
9813 E5
9814 D5
9815 C5
9817 C5
9819 D5

9820 F10

9821 F10

9825 D11

9P01 C9

9P02 C11

9P03 C11

9P05 B11

9P06 B11

9P07 B5

9P08 C9

9P09 C11

9P10 B10

9P11 A6
9P12 A9
9P13 A10
9P14 B11
9P15 A10
9P16 C3
9P17 A9
9P18 B9
9P19 B5
9P20 B8
9P21 B10
9P22 B10

9P23 C8
9P24 B9
9P25 C8
9P26 B9
9P27 B7
9P28 B9
9P29 B10
9P30 B10
9P32 A10
9P33 B7
9P34 B10
9P35 B8

9P36 A10
9P37 A8
9P38 C10
9P39 B9
9P40 A11
9P42 A11
9P43 A6
9P44 B10
9P45 A5
9P46 B11
9P47 A5
9P48 A10

9P49 A9
9P50 B10
9P51 A10
9P52 B10
9P53 A10
9P54 B11
9P55 A8
9P56 B3
9P57 A9
9P60 A11
9P61 A10
9P62 B11

9P65 A9
9P75 A6
9P76 A7
9P78 B8
9P79 A9
9S03 B6
9S16 B6
9S17 B6
9S18 A6
9S20 A11
9S25 A4
9U01 A2

9U02 A2
9U03 A2
9U04 B2
9U05 D1
9U10 C1
9U17 C1
9U18 C2

3104 313 6121.3

G_15970_011.eps

160306

Circuit Diagrams and PWB Layouts

Layout LCD Supply 37” (Overview Bottom Side)

1P03 A9
1U00 B9
2001 E1
2006 D5
2007 D6
2008 C5
2009 D5
2015 C5
2016 D6
2018 C5
2019 D6
2023 D1
2024 E1
2025 D1

2026 C6
2027 D6
2028 F2
2029 E1
2030 E1
2031 D1
2033 D1
2034 D5
2035 D5
2036 F1
2037 F1
2039 E1
2040 D5
2041 D1

2042 D1
2043 D1
2044 F1
2045 E1
2046 D5
2047 C5
2048 D5
2049 E1
2050 C6
2051 D1
2052 D1
2053 D1
2060 F6
2061 E6

2062 F5
2063 D5
2064 D5
2065 F5
2071 F5
2072 F6
2077 C4
2402 D3
2409 C1
2802 E7
2805 E7
2807 E7
2808 F7
2P01 B2

2P02 A2
2P03 A6
2P04 A6
2P11 A6
2P12 B5
2P13 B1
2P21 A1
2P22 A1
2P23 B1
2P24 B2
2P25 A2
2P26 A1
2P31 A3
2P32 B4

2P33 A6
2P34 A1
2P35 A1
2P36 B4
2P37 A1
2P40 A3
2P41 B5
2P42 B2
2P43 A3
2P45 B3
2P51 A1
2P53 A1
2P54 B4
2P55 A2

2P56 B5
2P57 B5
2P64 B3
2P80 A3
2S07 B7
2S13 C7
2S15 A7
2S18 A7
2S39 B2
2S41 B8
2S54 B6
2S56 B1
2U05 C10
2U10 A10

2U11 A10
2U13 B11
3001 D4
3002 D5
3003 D5
3004 D5
3005 D5
3006 D5
3007 D6
3008 D6
3009 D6
3010 D5
3011 D6
3012 C5

3013 C5
3016 F6
3019 F5
3020 F5
3021 C5
3022 E1
3023 E1
3025 E1
3027 C6
3028 F5
3029 F6
3030 E1
3031 B6
3032 E1

3034 E1
3035 F6
3036 F1
3037 D1
3039 F1
3040 D1
3041 E1
3042 F1
3043 D5
3044 F1
3045 C5
3046 C5
3047 C4
3048 C5

3049 F1
3051 F1
3052 D1
3054 F1
3055 D4
3056 C5
3057 D1
3059 F1
3060 C6
3061 C6
3064 C6
3065 D6
3066 D5
3067 D4

3068 C4
3069 D3
3070 C4
3071 C4
3072 D1
3073 D1
3074 C1
3075 D4
3076 C1
3077 C1
3078 C1
3089 C4
3100 C5
3406 D7

Part 1

G_15970_012a.eps

3410 D7
3413 D3
3422 D3
3423 D3
3424 D3
3425 D3
3430 C1
3431 C1
3432 C1
3433 C1
3802 E7
3803 E7
3804 E7
3806 E7

3999 E8
3P00 A1
3P01 A1
3P02 A1
3P03 A1
3P04 A6
3P05 A3
3P06 A2
3P07 A6
3P09 B1
3P10 B1
3P11 A1
3P12 B5
3P14 B3

83BJ3.0A LA 7.

3P15 B8
3P16 A6
3P17 A1
3P18 A1
3P19 A1
3P20 A1
3P21 A1
3P22 A1
3P23 A1
3P24 A2
3P25 A7
3P26 A2
3P27 A6
3P30 B4

3P31 B4
3P32 B4
3P33 A6
3P34 B4
3P35 B4
3P36 A1
3P37 B4
3P38 B4
3P39 B3
3P40 A6
3P41 B4
3P42 B4
3P43 B4
3P44 B4

3P45 B4
3P46 B4
3P47 B2
3P48 A6
3P49 A2
3P50 A6
3P51 B1
3P52 B2
3P53 B1
3P54 A2
3P55 B1
3P59 B1
3P60 A1
3P61 B6

3P62 B6
3P63 B5
3P64 B5
3P65 B5
3P66 B5
3P67 B5
3P68 A2
3P69 A6
3P70 A3
3P71 A3
3P72 A2
3P73 A6
3P74 A6
3P75 B7

3P76 A1
3P78 A7
3P79 A3
3P80 A3
3P81 A2
3P82 A3
3P83 B3
3P84 B2
3P85 B2
3P86 B2
3P87 B2
3P88 B2
3P89 B3
3P90 B3

3P91 B2
3P92 A6
3P93 A1
3P94 A1
3P95 B4
3P96 A1
3P97 A1
3P98 B1
3P99 B1
3PP1 A2
3PP2 B4
3PP4 A6
3S14 B7
3S15 B6

3S16 B2
3S17 A7
3S18 B6
3S19 B7
3S20 B7
3S21 B7
3S22 A7
3S23 B7
3S24 B7
3S28 B7
3S29 A7
3S30 A7
3S31 A7
3S32 A7

3S33 A8
3S34 A7
3S35 A7
3S36 B7
3S37 A7
3S39 A7
3S41 B6
3S50 A7
3S59 B7
3S76 B6
3U01 A10
3U02 A10
3U03 A10
3U04 A10

3U05 A10
3U06 A10
3U10 A10
3U11 B11
3U12 B11
3U13 B11
3U14 B11
3U15 B11
3U16 B11
3U17 A11
3U18 A11
3U19 A11
3U23 A10
5P21 B3

5P22 A2
5P23 B2
5P24 A3
5P25 A5
5P26 A5
5P27 A5
5P28 A5
5S01 A8
5S10 A8
5S14 C7
5S15 A7
5S16 A8
5U07 A10
5U08 A10

Part 2

G_15970_012b.eps

6001 D6
6002 F5
6003 F6
6004 D5
6005 D5
6006 C5
6007 E6
6008 F5
6009 D5
6010 C5
6011 C5
6012 E4
6013 E6
6014 C4

6015 C4
6017 D5
6020 D5
6022 D6
6023 D1
6024 C1
6026 D1
6027 F6
6028 F5
6030 F1
6051 C5
6054 F1
6055 C1
6056 C1

6077 D5
6078 E5
6079 D6
6080 C6
6081 D5
6082 D6
6083 D1
6154 D7
6155 D7
6460 C8
6461 C8
6464 D7
6465 D6
6466 D7

6467 D7
6468 C7
6469 C3
6P03 A1
6P04 A1
6P06 B9
6P07 B9
6P09 A6
6P22 A2
6P23 A1
6P27 A6
6P28 A6
6P31 A6
6P34 B8

6P47 A6
6P50 B2
6P51 B1
6P52 A3
6P53 B2
6P80 A3
6P81 A3
6P82 B3
6P83 B2
6P84 B2
6P85 A2
6P86 A2
6S04 B7
6S05 A7

6S09 A7
6S10 B5
6S11 A7
6S12 A8
6S13 A7
6S31 B2
6S47 A7
6S49 B6
6U02 A11
6U03 A10
6U04 A11
6U05 A10
6U11 A10
6U15 A11

7004 C4
7007 F6
7008 F5
7009 D4
7010 D1
7013 C1
7014 C1
7017 D6
7018 C6
7030 E1
7031 F1
7801 C3
7802 D3
7P03 A1

7P04 A1
7P06 B4
7P07 B4
7P09 B5
7P10 B4
7P15 B1
7P16 B5
7P17 A3
7P18 A3
7P19 B1
7P20 A1
7P21 A1
7P22 A1
7P23 A2
7P24 A1
7P26 A7
7P27 A6
7P30 B4
7P31 B4
7P38 B4
7P80 A3
7P81 B3
7P82 A2
7S04 B7
7S10 A7
7S11 A7
7S31 B2
7S40 B6
7U05 B11
7U10 A11
7U15 A11
9002 E1
9008 D7
9009 D6
9041 C3
9050 E1
9051 D1
9052 C4
9053 C4
9054 C4
9057 E1
9060 D1
9061 D1
9070 C2
9071 C1
9072 C1
9073 C1
9082 C1
9085 D1
9806 E7
9810 E7
9816 D3
9818 C7
9P04 C1
9P31 B4
9P41 C3
9P58 A6
9P80 A1
9P81 A1
9S01 B6

3104 313 6121.3

Part 3

G_15970_012c.eps

Part 4

G_15970_012d.eps

G_15970_012.eps

160306

Circuit Diagrams and PWB Layouts

Layout LCD Supply 37” (Part 1 Bottom Side)

84BJ3.0A LA 7.

Part 1

G_15970_012a.eps

160306

Circuit Diagrams and PWB Layouts

60306

Layout LCD Supply 37” (Part 2 Bottom Side)

85BJ3.0A LA 7.

Part 2

G_15970_012b.eps

1

Circuit Diagrams and PWB Layouts

Layout LCD Supply 37” (Part 3 Bottom Side)

86BJ3.0A LA 7.

Part 3

G_15970_012c.eps

160306

Circuit Diagrams and PWB Layouts

Layout LCD Supply 37” (Part 4 Bottom Side)

87BJ3.0A LA 7.

Part 4

G_15970_012d.eps

160306

Circuit Diagrams and PWB Layouts

88BJ3.0A LA 7.

JIP Panel: DC/DC

1M10 D12
1M11 C12
1U01 B11
1U10 E13
1U11 E13
1U12 E13

1U13 E13
2U00 A2
2U01 A5
2U02 A9
2U04 A6
2U05 A4

2U07 B8
2U08 B8
2U09 B9
2U11 A11
2U13 B7
2U15 B6

2U16 C7
2U17 C3
2U18 C6
2U19 C4
2U20 D5
2U21 D9

2U22 D11
2U23 D8
2U24 D8
2U26 D7
2U27 D8
2U28 E8

2U29 E6
2U31 C3
2U33 E11
2U34 F2
2U36 G2
2U37 G2

2U40 D9

3U00 A3
3U01 A4
3U03 A5
3U04 D2
3U05 B2

3U06 B5
3U07 B3

3U12 B2
3U13 B3
3U14 B3

3U15 B5
3U17 B8
3U19 B6
3U20 B5
3U23 C6
3U24 C8

3U26 C6
3U27 C7
3U30 A3
3U31 C6
3U32 C4
3U33 C5

3U34 C2
3U35 D2
3U36 C6
3U37 C6
3U40 D6
3U41 D10

3U43 D5
3U44 D10
3U45 D7
3U46 D8
3U47 E9
3U48 D7

3U55 D8
3U58 E9
3U59 E10
3U62 E7
3U63 E8

3U64 E10
3U68 E8
3U69 E9
3U70 F10
3U72 D9
3U73 F10

3U74 G1
3U75 G1

5U00 A10
5U01 B8
5U02 D8

5U05 B12
6U00 A3
6U04 D7
6U06 E7
6U08 E7
7U00 B4

7U01-1 A5
7U01-2 B6
7U03-1 B6
7U03-2 B6
7U05 D2
7U07 E7

7U13-1 B33U50 D10
7U13-2 A2
7U15-1 D10
7U15-2 E10
9U03 G12
FU00 A12

FU01 A7
FU03 B4
FU05 D63U08 B7
FU06 D9
FU07 E11
FU08 C13

FU09 D13
IU00 A10
IU01 A7
IU02 A5 IU53 D8
IU03 A4
IU04 D95U04 B12

123 45678 91011

IU05 A3
IU06 A2
IU07 A3
IU08 A6
IU09 C4
IU11 B3 IU69 D1

IU12 B2
IU13 B5
IU16 B6
IU17 B7
IU18 B7
IU20 B6

IU21 B5
IU26 B5
IU27 B7
IU28 B4
IU30 C5
IU31 C4

IU33 C5
IU34 C6
IU35 B12
IU36 C6
IU37 C6
IU38 C4

IU39 C4
IU40 C5
IU43 C6
IU46 C5
IU47 D10
IU48 D5

IU50 D7
IU51 D10
IU52 D8

IU54 D7
IU57 D10

12 13 14 15

DC / DC

AB01 AB01

IU01

A

B

IU06

3U05

3U12

BC847BPN

7U13-2

10K

10K

C

10K

3U34

IU69

D

10K

3U35

4

3

IU12

IU70

7U05
BC847BW

2U00

IU05

IU11
6

7U13-1
BC847BPN

1

SDA-I2C4-SSB

BAS316

3U07
100R

3U30

10K

6U00

2U17

GND-SIG

100n

GND-SIG

IU07

SCL-I2C4-SSB

10K

22K

3U13

3U14

1u0

2U31

IU38

2U19

GND-SIG

GND-SIG

NCP5422ADR2G

FU03

IU28
IU31

IU09

IU39

100n

3U32

GND-SIG

5

0V

2

3U04
100R

10K

100n

3U00

2U05

7U00

4

7

10

8

9

39K

10R

3U01

IU03

1u0

14

VCC

BST

1

VFB

2

1

COMP

2

ROSC

GND-SIG

22u

2U01

Φ

1

H1

GATE

2

L1

16

H2

GATE

15

L2

5

+1

6

-1

IS

1213

+2

11

-2

GND

3

IU48

E

IU02

IU21

IU26

7U01-1

7 8

2

SI4936ADY

1

2U04

3U03

IU08

4R7

3n3

IU40

2R2

IU30

IU33

IU46

7U01-2

6

5

SI4936ADY

4

IU16

3U19

10R

3U20

4R7

SI4936ADY

3U23

2R2

IU36

2U18

3U33

6K8

3U36

1K0

100n

2U20

IU34

100n

7U03-2

3

IU20

2

3U26

3K3

IU43

3U40

7U03-1

56

SI4936ADY

4

3

2U15

3n3

7 8

1

3U27

IU37

6K8

6K8

3U31

3U37

FU05

6K8

3K3

1u0

2U29

BC817-25W

10R

3U06

IU13

3U15

3U43

3K3

BOOSTER

12V/3V3 CONVERSION

FU01

10R

3U08

IU17

1n0

2U13

1n0

2U16

BAS316

6U04
3U45

IU50

68R

3U48

68R

2U26

IU54

100n

6U06

BAS316

3U62

IU63

220R

7U07

IU64

6U08

BZX384-C18

5U01

10u

3U17

IU18

2U07

IU27

3U24

6K8

100n

1K0

3n3

2U08

12V/1V2 CONVERSION

5U02

10u

6K8

10R

3U46

IU52

1n0

2U27

IU60

1n0

2U28

GND-SIG GND-SIG

2U24

3U55

IU53

100n

2U23

1K0

3U63

4K7

3U68

22u

2U09

3n3

1u0

2U40

IU04

3U47

220R
1%

1K0

3U69

1%

2U21

FU06

2U02

22u

10R

3U72

3U58

10K

BC847BS

22u

IU57

7U15-2

3U44

5U00

10u

IU47

10K

7U15-1

BC847BS

3

5

4

F

IU00

FU00

1u0

2U11

5U04

RES 220R

IU35

2U22

2U33

1U01

T3A

+1V2

6.3V330u

+3V3

330u 6.3V

5U05

RES 220R

B6B-PH-SM4-TBT(LF)

B6B-PH-SM4-TBT(LF)

SENSE+1V2-FPGA

1M11

1
2

3

4
5
6

7 8

1M10

1
2

3

4
5
6

7 8

+12V

IU59

10R

3U41

2

IU51

1K0

3U50

FU07

3U59

3K3

2K2

3U64

3U70

1%

1K0

3U73

10R

6

1

FU09

+12V

+12VS

FU08

1U10

1U11

1U12

+12VS

+12VS

1U13

IU59 E10
IU60 E8
IU63 E7
IU64 E7
IU68 G3

IU70 D2

A

B

C

D

E

F

G

3U74

4K7

3U75

470R
1%

-DNG

3104 313 6034.7

123 456

2U36

100p

100p

2U34

IU68

100n

2U37

GIS-DNGGIS-DNGGIS

9U03

GND-SIG

G

G_16450_015.eps

081106

7 8 910111213 14 15

Circuit Diagrams and PWB Layouts

89BJ3.0A LA 7.

JIP Panel: Video Flow

2F0J D11

2F49 H3

1F50 E1

2F05 G11
2F06 G11

1F51 D14

2F07 G11

2F00 E11

2F08 G11

2F01 F11

2F09 H11

2F02 F11

2F0A H11

2F03 F11

2F0B H11

2F04 F11

AB02 AB02

2F0C B11

2F0K E11

2F0D B11
2F0E C11

2F0L E11

2F0F C11

2F0M C11

2F0G D11

2F0N C11

2F0H D11

2F47 G3

2F0I D11

2F48 G3

VIDEO-FLOW

2F4A H3
2F4B H3
2F83 E3
2F84 F3
2F85 F3
2F86 F3

2F87 F3
2F88 G3
2F89 G3
2F9A B3
2F9B B3
2F9C C3
2F9D C3

2F9E C3
2F9F C3
2F9G D3
2F9H D3
2F9I D3
2F9J D3
2FGK E3

2FGL E3

3F50 B6
3F51 B6
3F52 B6
3F53 C6
3F54 C6
3F55 C6

A

B

RES

2F9A

10p
10p 2F9B

RES

RES

2F9C

10p

2F9D10p

C

D

1F50

1
2

3

4

E

5
6
7

8

9
10
11
12
13
14
15
16
17
18

F

19
20
21
22
23
24
25
26
27
28
29

30
31
32

G

33
34
35
36
37
38
39

40
41

425143
4445
4647
4849
50

H

FROM SSB

FF32

FF16

FF24

FF14

FF20

FF22

FF42

+12V-SSB

FF11

FF49

FF10

FF47

FF48

BACKLIGHT-CTRL-OUT

CTRL2

SCL-AMBI-SSB

SDA-AMBI-SSB

FF21

FF23

FF25

FF26

FF28

FF30

FF31

FF33

FF35

SCL-I2C4-SSB

SDA-I2C4-SSB

FF27

FF37

FF29

FF39

FF44

FF36

FF43

FF34

FF40

FF38

FF41

RES

RES

10p

RES

RES

10p

RES

RES

10p
10p 2F9J

RES

RES

10p
10p 2FGL

RES

RES

10p

RES

RES

10p
10p

RES

RES

10p
10p 2F88

RES

RES

10p

RES

RES

10p
10p 2F49

RES

RES

10p
10p

RES

2F9E
2F9F10p

2F9G
2F9H10p

2F9I

2FGK

2F83
2F8410p

2F85
2F86

2F87

2F89
2F4710p

2F48

2F4A
2F4B

3104 313 6034.7

21 65

3F56 C6
3F57 C6
3F58 C6
3F59 D6
3F5U E6
3F5V F6
3F5W E6

DLW21S

DLW21S

DLW21S

DLW21S

DLW21S

DLW21S

DLW21S

DLW21S

DLW21S

DLW21S

DLW21S

DLW21S

3F5Y F6

3F65 G6
3F66 G6

3F5Z F6
3F60 F6

3F67 G6

3F61 F6

3F68 H6

3F62 G6

3F69 G6
3F6A H6

3F63 D6

3F6B H6

3F64 D6

5F29 1
4

5F301
4

5F311
4

1

5F32
4

1

5F33
4

5F341
4

1

5F35
4

1

5F36
4

1

5F37
4

1

5F38
4

1

5F39
4

1

5F40
4

100R

100R

100R

100R

100R

100R

100R

100R

100R

100R

100R

100R

FF45

RES

3FH7

FF46

FF50

RES

3FH8

FF55

FF91

RES

3FH9

FF92

FF93

RES

3F87

FF94

FF95

RES

3F91

FF96

FF97

3F96

FF98

3F88

3F89

3F97

3F98

3F90

3FHI

2

RES

3

2

RES

3

2

RES

3

2

RES

3

2

RES

3

2

RES

3

2

3

2

3

2

3

2

3

2

3

2

3

3F6C H6
3F70 F6 3F92 D6
3F71 G6
3F87 D4
3F88 E4
3F89 F4
3F90 G4

RXEA-

RXEA+

RXEB-

RXEB+

RXEC-

RXEC+

RXECLK-

RXECLK+

RXED-

RXED+

RXEE-

RXEE+

RXOA-

RXOA+

RXOB-

RXOB+

RXOC-

RXOC+

RXOCLK-

RXOCLK+

RXOD-

RXOD+

RXOE-

RXOE+

3F91 D4
3F93 D6

3F94 D6
3F95 E6
3F96 E4
3F97 F4

TXFPGAOA-_B9

TXFPGAOA+_B8

TXFPGAOB-_B7

TXFPGAOB+_B6

TXFPGAOC-_B5

TXFPGAOC+_B4

TXFPGAOCLK+_B3

TXFPGAOCLK-_B2

TXFPGAOD-_B1

TXFPGAOD+_B0

TXFPGAOE-_G9

TXFPGAOE+_G8

TXFPGAEA-_G7

TXFPGAEA+_G6

TXFPGAEB-_G5

TXFPGAEB+_G4

TXFPGAEC-_G3

TXFPGAEC+_G2

TXFPGAECLK+_G1

TXFPGAECLK-_G0

TXFPGAED-_R9

TXFPGAED+_R8

TXFPGAEE-_R7

TXFPGAEE+_R6

3F98 G4
3FH7 B4
3FH8 C4
3FH9 C4
3FHI H4
3FHJ E6
3FHK E6

3F50

120R

3F52
120R

3F53
120R

3F55
120R

3F56
120R

3F58
120R

3F59
120R

3F92
120R

3F93
120R

3F63
120R

3F95
120R

3FHJ
120R

3F5U
120R

3F5V
120R

3F5Y
120R

3F5Z
120R

3F61
120R

3F62
120R

3F71
120R

3F65
120R

3F67
120R

3F68
120R

3F6A
120R

3F6B
120R

5F00 E10
5F01 F10
5F02 F10
5F03 G10
5F04 G10
5F05 H10

3F51

3F54

3F57

3F94

3F64

3FHK

3F5W

3F60

3F70

3F663F69

3F6C

180R

180R

180R

180R

180R

180R

180R

180R

180R

180R

180R

180R

RXP3OA-_B9

RXP3OA+_B8

RXP3OB-_B7

RXP3OB+_B6

RXP3OC-_B5

RXP3OC+_B4

RXP3OCLK+_B3

RXP3OCLK-_B2

RXP3OD-_B1

RXP3OD+_B0

RXP3OE-_G9

RXP3OE+_G8

RXP3EA-_G7

RXP3EA+_G6

RXP3EB-_G5

RXP3EB+_G4

RXP3EC-_G3

RXP3EC+_G2

RXP3ECLK+_G1

RXP3ECLK-_G0

RXP3ED-_R9

RXP3ED+_R8

RXP3EE-_R7

RXP3EE+_R6

43 019

5F07 C10
5F08 D10
5F09 D10
5F0A E10
5F0B C10

5F30 C4

5F31 C4
5F32 D4
5F33 D4
5F34 E4

5F36 F4
5F37 F4

RXP3OA-_B9

RXP3OA+_B8

RXP3OB-_B7

RXP3OB+_B6

RXP3OC-_B5

RXP3OC+_B4

RXP3OCLK+_B3

RXP3OCLK-_B2

RXP3OD-_B1

RXP3OD+_B0

RXP3OE-_G9

RXP3OE+_G8

RXP3EA-_G7

RXP3EA+_G6

RXP3EB-_G5

RXP3EB+_G4

RXP3EC-_G3

RXP3EC+_G2

RXP3ECLK+_G1

RXP3ECLK-_G0

RXP3ED-_R9

RXP3ED+_R8

RXP3EE-_R7

RXP3EE+_R6

5F38 G4
5F40 H4

8 D9

5F4
5F49 C9
5F55 B9
5F56 C9

5F59 D9

5F66 H9

5F60 E9

9FMA B8

5F61 E9

9FMB B8

5F62 F9

9FMC C8
9FMD C8

5F63 F9

9FME C8

5F64 G9

9FMF D8

5F65 G9

9FMA

9FMB

9FMC

9FMD

9FME

9FMF

9FMG

9FMH

9FMJ

9FMK

9FML

9FMM

9FMN

9FMP

9FMQ

9FMR

9FMS

9FMT

9FMU

9FMV

9FMW

9FMX

9FMY

9FMZ

87 41312111

9FMG D8

9FMP F8
9FMQ F8
9FMR F8
9FMS F8
9FMT G8
9FMU G85F29 B4
9FMV G8

TXPANELEA-

TXPANELEA+

TXPANELEB-

TXPANELEB+

TXPANELEC-

TXPANELEC+

TXPANELED-

TXPANELED+

TXPANELEE-

TXPANELEE+

TXPANELOA-

TXPANELOA+

TXPANELOB-

TXPANELOB+

TXPANELOC-

TXPANELOC+

TXPANELOD-

TXPANELOD+

TXPANELOE-

TXPANELOE+

9FMW G8
9FMX H8
9FMY H8
9FMZ H8
FF00 C145F35 E4
FF01 C14
FF02 C14

9FMH D8
9FMJ D8
9FMK E8
9FML E8
9FMM E8
9FMN E85F06 B10

1

2

5F55

DLW21S

4

3

2

5F56 1
4

3

1

2

5F49

DLW21S DLW21S

4

3

5F48 1
4

1

5F59
4

5F60 1
4

1

4

1

5F62 5F61
4

1

5F63
4

1

5F64
4

1

5F65
4

5F66 1
4

TXPANELECLK+

TXPANELECLK-

TXPANELOCLK+

TXPANELOCLK-

2

DLW21S

3

2

DLW21S

3

2

DLW21S

3

2

DLW21S

3

2

DLW21S

3

2

DLW21S

3

2

DLW21S

3

2

DLW21S

3

2

DLW21S

3

TXP3EA-

TXP3EA+

TXP3EB-

TXP3EB+

TXP3EC-

TXP3EC+

TXP3ECLK-

TXP3ECLK+

TXP3ED-

TXP3ED+

TXP3EE-

TXP3EE+

TXP3OA-

TXP3OA+

TXP3OB-

TXP3OB+

TXP3OC-

TXP3OC+

TXP3OCLK-

TXP3OCLK+

TXP3OD-

TXP3OD+

TXP3OE-

TXP3OE+

FF03 C14
FF04 D145F39 G4
FF05 D14
FF0A D14
FF0B D14
FF0C D14
FF0D D14

01987654321

FF0E D14
FF0F D13
FF0G B14
FF0H B13
FF0I B13
FF0J B14
FF0K B13

RES

5F06

RES

5F0B

RES

5F07

RES

5F08

RES

5F09

RES

5F0A

RES

5F00

RES

5F01

RES

5F02

RES

5F03

RES

5F04

RES

5F05

FF0L C14
FF0M C13
FF0N C14
FF0P C13
FF0Q C14
FF0R C13
FF0S C14

2F0C
2F0D

DLW21S

2F0M

DLW21S

2F0E
2F0F

DLW21S

2F0G

DLW21S

2F0I

2F0J

DLW21S

2F0K

DLW21S

2F00
2F01

DLW21S

2F02

DLW21S

2F04
2F05

DLW21S

2F06
2F07 10p

DLW21S

2F08
2F09

DLW21S

2F0A

DLW21S

RES

RES

RES

RES

RES

RES

RES

RES

RES

RES

RES

10p
10p

RES
10p

10p2F0N

RES
10p

10p
RES

RES
10p

10p2F0H
RES

10p
10p

10p
10p2F0L

10p
10p

10p
10p2F03

RES
10p

10p

RES
10p

RES
10p

10p
RES

RES
10p

10p2F0B
RES

RES

RES

FF0T D14
FF10 E1

FF11 E1
FF14 G1
FF15 D14
FF16 E1

FF20 E1
FF21 E2
FF22 E1
FF23 F2
FF24 F1
FF25 F2
FF26 F2

TXPANELEA-

TXPANELEA+

TXPANELEB-

TXPANELEB+

TXPANELEC-

TXPANELEC+

TXPANELECLK-

TXPANELECLK+

TXPANELED-

TXPANELED+

TXPANELEE-

TXPANELEE+

TXPANELOA-

TXPANELOA+

TXPANELOB-

TXPANELOB+

TXPANELOC-

TXPANELOC+

TXPANELOCLK-

TXPANELOCLK+

TXPANELOD-

TXPANELOD+

TXPANELOE-

TXPANELOE+

FF28 F2
FF29 G2
FF30 F2
FF31 F2
FF32 G1
FF33 G2

FF34 G2
FF35 G2
FF36 G2
FF37 G2
FF38 G3
FF39 G2
FF40 G2

TXPANELEA­TXPANELEA+
TXPANELEB­TXPANELEB+
TXPANELEC­TXPANELEC+

TXPANELECLK­TXPANELECLK+

TXPANELED­TXPANELED+
TXPANELEE­TXPANELEE+

TXPANELOA­TXPANELOA+
TXPANELOB­TXPANELOB+
TXPANELOC­TXPANELOC+

TXPANELOCLK­TXPANELOCLK+

TXPANELOD­TXPANELOD+
TXPANELOE­TXPANELOE+

FF41 G3
FF43 F2

FF44 F2
FF45 B4
FF46 B4
FF47 G1

CTRL-DISP1
CTRL-DISP2
CTRL-DISP3
CTRL-DISP4

SCL-I2C4-DISP
SDA-I2C4-DISP

FF0H

FF0I
FF0K

FF0R

FF0F

FF48 H1
FF49 E1FF42 F1
FF50 C4
FF55 C4
FF91 C4
FF92 C4
FF93 D4

+VDISP

FF0M

FF0P

FF0C

FF94 D4FF27 F2
FF96 D4

FF97 E4
FF98 E4

FF0G

FF0J

FF0L

FF0N

FF0Q

FF0S

FF00

FF01

FF02

FF03

FF04

FF05

FF0A

FF0B

FF0D

FF0E

FF15

FF0T

FF0U

TO DISPLAY

4D 59FF41D U0FF

41312111

50

49

48
46 47
44 45
425143

1F51

G_16450_016.eps

A

41
40

39
38
37
36
35
34
33
32
31
30

29
28
27
26
25
24
23
22
21
20
19
18
17
16
15
14
13
12
11
10
9

8

7
6
5
4

3

2
1

B

C

D

E

F

G

H

081106

Circuit Diagrams and PWB Layouts

JIP Panel: LVDS Rx (10 Bit)

90BJ3.0A LA 7.

123

AB03 AB03

LVDS Rx (10bit)

45678 910

A

+3V3

+3V3

+3V3

B

C

D

E

G

30R

7F24

50

49

52

51

55

54

60

59

62

61

2

3

4
5

57

56

31

1K0

1K0RES

10n

2F4M

RA+

RA-

RB+

RB-

RC+

RC-

RD+

RD-

RE+

RE-

RESERVE
PD

R|F

RCLK+

RCLK-

CLKOUT

5F42

10n

92337

1

VDD

GND

163044

2F4J

1K0

IF33

IF38

10n

2F4K

IF28

10n

2F4L

BU7879KVT

+3V3LVOIN

3F9F

IF39

3F9G

+3V3LVOIN

100n

2F4D

RXOA+

RXOA-

RXOB+

RXOB-

RXOC+

RXOC-

RXOD+

RXOD-

RXOE+

RXOE-

+3V3LVOIN

1K0

3F9C

RXOCLK+

RXOCLK-

+3V3LVOIN

F

3F9E

3F9D

470R

SML-310

6F17

30R

5F43

IF30

2F4N

48

LVDSVDD

Φ

LCD PANEL
INTERFACE

RECEIVER

LVDSGND PLLGND

58 53

RES

3F9H
100R

5F44

100n

PLLVDD

63 64

3F9J
100R

30R

IF32

1n0

100n

2F5B

2F5A

47

0

46

1

45

2

43

3

RA

42

4

41

5

40

6

39

0

38

1

36

2

35

3

RB

34

4

33

5

32

6

29

0

28

1

27

2

26

3

RC

25

4

24

5

22

6

21

0

20

1

19

2

18

3EO

RD

17

4

15

5

14

6

13

0

12

1

11

2

10

3

RE

8

4

7

5

6

6

IF5B

IF5A

IF5C

IF5D

LO-RIN-4
LO-RIN-5
LO-RIN-6
LO-RIN-7
LO-RIN-8
LO-RIN-9
LO-GIN-4

LO-GIN-5
LO-GIN-6
LO-GIN-7
LO-GIN-8
LO-GIN-9

LO-BIN-4
LO-BIN-5

LO-BIN-6
LO-BIN-7
LO-BIN-8

LO-BIN-9
LO-IN-HS
LO-IN-VS
LO-IN-DE

LO-RIN-2
LO-RIN-3
LO-GIN-2
LO-GIN-3

LO-BIN-2

LO-BIN-3

LO-IN-FF

LO-RIN-0
LO-RIN-1
LO-GIN-0
LO-GIN-1

LO-BIN-0

LO-BIN-1
LO-IN-XX

LO-IN-CLK

INO-LVDS-OE

1F01

310430126661

12345

8

11

A

B

C

D

E

F

G

1F01 E9
2F4D C4
2F4J C5
2F4K C5
2F4L C5
2F4M C5
2F4N C6
2F5A C6
2F5B C7

3F9C E5
3F9D G4
3F9E F5
3F9F F5
3F9G G5
3F9H G6
3F9J G6

5F42 B5
5F43 B6
5F44 B6
6F17 G4
7F24 C5
IF28 B5
IF30 B6
IF32 B6
IF33 E5
IF38 F5
IF39 F5
IF5A E7
IF5B E7
IF5C E7
IF5D F7

3104 313 6034.7

123 45

678 9

10 11

G_16450_017.eps

081106

Circuit Diagrams and PWB Layouts

91BJ3.0A LA 7.

JIP Panel: FPGA 1080P: Power & Cntrl

123 4

AB04 AB04

FPGA 1080P : POWER + CONTROL

5678 910

+3V3

11

A

5F51

B

C

D

+3V3

+2V5-PF

IFA5

LED5

LED4

LED3

+1V2

5F57

30R

5F58

30R

IFA1

+1V2

1u0

2FHN

2FHP

4u7

10n

2FJ9

2FJ8

2FJA

30R

5F53 RES

RES
5F54

30R

10n

10n

2FHR

2FHQ

10n

2FJB

10n

10n

2FHS

FF63

10n

10n

2FJD

2FJC

2FHT

10n

30R

2FHB

2FJE

2FH1

10n

1u0

2FHU

10n

FF60

1u0

2FHC

FF62

2FJF

30R

CS

DCLK

ASDI

IFA6

5F52

1

2

9

VCC

Φ

NC

SCD

DATA

NC

GND

10

10K

3F73

3F74

100K

3F75

10n

3F72

6F30

2FJL

3K3

SML-310

7F32
BC847BW

10n

3

2FJK
4
5
6

816

11

+3V3-FPGA

12
13
14

100K

+1V2-PLL

10n

10n

2FHF

10n

2FH5

2FH4

10n

10n

2FHH

2FHG

10n

2FHY

10n

2FJ1

2FHZ

+2V5-FPGA

10n

2FH2

2FH3

FF61

10n

10n

10n

2FHE

2FHD

2FHV

10n

2FJG

10n

2FHW

10n

2FJH

10n

2FHX

10n

10n

RESERVED

10n

10n

10n

2FH6

2FH7

10n

10n

10n

2FHJ

2FJP

2FHK

10n

10n

2FJ4

2FJ3

10n

2FH9

2FH8

4V47u

4u7

2FHL

cF01

10n

2FJ5

10n

10n

2FJ2

2FJ6

RES

2FHM

4u7

10n

2FHA

RES

+1V2-FPGA

22u

SENSE+1V2-FPGA

+3V3-FPGA

10n

10n

2FJ7

+3V3

IF29

7F85

DSO751SV

1

100n

2FD1

27M0

2FJJ

30R

5F80

4

3

2

3

10n

2

DATA

3FH0
100R

3FH1
100R

7

VCC

Φ

SCD

GND

IF20

IF21

RES
7F31
EPCS4SI8

8

1

CS_

6

DCLK

5

ASDI

4

nCSO

DCLK

ASDO

DATA0

CLK-OSC1

CLK-OSC2

IFA2

IFA3

nCSO

IFB1

DCLK

IFB2

ASDO

DATA0

CONF-DONE

7F30

EPCS16SI16N

7

15

IFA4

+3V3-FPGA

E

LED2

LED1

3F02

330R

3F04

330R

3F06

330R

3F08

330R

F

SML-310

6F31

SML-310

6F32

SML-310

6F33

SML-310

6F34

+3V3

6

7F34-1
BC847BS

1

+3V3-FPGA

3F81

FF67

10K

nCONFIG

TCK

TDO

TMS

TDI

1u0

FF2R

3F76

3

7F34-2
BC847BS

4

10K

2FJN

2

1u0

3F11

100K

2FJM

IFA7

3F10

330R

SML-310

6F35

33K

3F83

IFA9

5

+3V3-FPGA

3F79

1K0

+3V3-FPGA

3F77

RES

1K0

1K0

+3V3-FPGA

3F78

3F86

1K0

3F80 100R

100R3F82

3F84 100R

3F85

100R

FF64

FF65

FF66

FF68

+3V3

FF69

1F00

5-147279-2

1
2

3

4
5
6
7

8

9
10

G

3104 313 6034.7

123 45 7

6

8 91011

G_16450_018.eps

081106

A

B

C

D

E

F

G

1F00 F10
2FD1 D6
2FH1 B4
2FH2 B4
2FH3 B4
2FH4 B5
2FH5 B5
2FH6 B5
2FH7 B6
2FH8 B6
2FH9 B6
2FHA B6
2FHB B4
2FHC B4
2FHD B4
2FHE B4
2FHF B4
2FHG B5
2FHH B5
2FHJ B5
2FHK B5
2FHL B6
2FHM B6
2FHN C2
2FHP C3
2FHQ C3
2FHR C3
2FHS C3
2FHT C3
2FHU C4
2FHV C4
2FHW C4
2FHX C4
2FHY C5
2FHZ C5
2FJ1 C5
2FJ2 C6
2FJ3 C5
2FJ4 C5
2FJ5 C6
2FJ6 C6
2FJ7 C6
2FJ8 D2
2FJ9 D3
2FJA D3
2FJB D3
2FJC D3
2FJD D3
2FJE D4
2FJF D4
2FJG D4
2FJH D4
2FJJ B7
2FJK B10
2FJL B11
2FJM E6
2FJN F7
2FJP B6

3F02 F2
3F04 F3
3F06 F3
3F08 F4
3F10 F5
3F11 E5
3F72 C10
3F73 C10
3F74 C10
3F75 D10
3F76 E6
3F77 E9
3F78 E9
3F79 F8
3F80 F9
3F81 F7
3F82 F9
3F83 F5
3F84 F9
3F85 F9
3F86 G9
3FH0 D8
3FH1 D8

5F51 A3
5F52 A10
5F53 B3
5F54 B3
5F57 C2
5F58 D2
5F80 D7
6F30 C10
6F31 F2
6F32 F3
6F33 F3
6F34 F4

6F35 F5
7F30 B9
7F31 B8
7F32 C11
7F34-1 F7
7F34-2 F6
7F85 D7
FF2R F6
FF60 A4
FF61 B4
FF62 C4
FF63 D3
FF64 F10
FF65 F10
FF66 F10
FF67 F7
FF68 F10
FF69 G10
IF20 D8
IF21 D8
IF29 D7
IFA1 A3
IFA2 A9
IFA3 B9
IFA4 C9
IFA5 D2
IFA6 D10
IFA7 F6
IFA9 F6
IFB1 B9
IFB2 B9
cF01 C6

Circuit Diagrams and PWB Layouts

92BJ3.0A LA 7.

JIP Panel: FPGA 1080P: I/O Banks

123 45

AB05 AB05

A

+1V2-FPGA

+1V2-FPGA
+1V2-FPGA
+1V2-FPGA
+1V2-FPGA
+1V2-FPGA
+1V2-FPGA

B

C

+1V2-FPGA
+1V2-FPGA
+1V2-FPGA
+1V2-FPGA
+1V2-FPGA
+1V2-FPGA
+1V2-FPGA
+1V2-FPGA
+1V2-FPGA
+1V2-FPGA
+1V2-FPGA
+1V2-FPGA
+1V2-FPGA
+1V2-FPGA
+1V2-FPGA

FPGA 1080P: I/O BANKS

+2V5-FPGA

E5

7F18-1

EP2C35F484C7N

G7
G8
G12
G16
H7
H8
H12
H13
H16
J10
J11
J12
J13
K8
K9
K14
L7
L8
L9
L14
L16

VCCINT1
VCCINT2
VCCINT3
VCCINT4
VCCINT5
VCCINT6
VCCINT7
VCCINT8
VCCINT9
VCCINT10
VCCINT11
VCCINT12
VCCINT13
VCCINT14
VCCINT15
VCCINT16
VCCINT17
VCCINT18
VCCINT19
VCCINT20
VCCINT21

F17

U17

VCCD_PLL3

VCCD_PLL4

VCCINT22

VCCINT23

M9

M14

M15

E6

U6

U16

VCCA_PLL3

VCCA_PLL4

VCCD_PLL1

VCCD_PLL2

VCCINT24N9VCCINT25

VCCINT26

VCCINT27

N14

N15

U7

F16

Y11

VCCA_PLL1

VCCA_PLL2

VCCINT28

VCCINT29

P12

P10

P11

VCCIO8_5

VCC

VCCINT30

W6

V10

VCCIO8_3

VCCIO8_4

VCCINT31

VCCINT32

VCCINT33

P13

P14

R7

AB2

VCCIO8_1T9VCCIO8_2

VCCINT34

R8

Y12

W17

VCCIO7_4

VCCIO7_5

VCCINT35

VCCINT36

R10

R12

V13

VCCIO7_3

VCCINT37

R15

T14

AB21

VCCIO7_2

VCCINT38T7VCCINT39

R16

T19

P16

VCCIO6_3

VCCIO6_4

VCCIO7_1

VCCINT40

VCCINT41

T8

T12

M20

VCCIO6_2

VCCIO6_1
VCCIO5_4
VCCIO5_3
VCCIO5_2
VCCIO5_1
VCCIO4_5
VCCIO4_4
VCCIO4_3
VCCIO4_2
VCCIO4_1
VCCIO3_5
VCCIO3_4
VCCIO3_3
VCCIO3_2
VCCIO3_1
VCCIO2_3
VCCIO2_2
VCCIO2_1
VCCIO1_4
VCCIO1_3
VCCIO1_2
VCCIO1_1

VCCINT42

T15

AGPF-3V3+LLP-2V1+

AA22

L20
J16

G19

B22

G14

E13
D17
C12
A21

G9
E10
C11

C6

A2

B1

P7

M3

AA1

+1V2-FPGA

+3V3-FPGA

+3V3-FPGA
+3V3-FPGA
+3V3-FPGA
+3V3-FPGA
+3V3-FPGA
+3V3-FPGA
+3V3-FPGA
+3V3-FPGA
+3V3-FPGA
+3V3-FPGA
+3V3-FPGA
+3V3-FPGA
+3V3-FPGA
+

3V3-FPGA
+3V3-FPGA
+3V3-FPGA

L3

+3V3-FPGA

J7

+3V3-FPGA
+3V3-FPGA

T4

+3V3-FPGA
+3V3-FPGA
+3V3-FPGA

D

7F18-4

7F18-3

RES

EP2C35F484C7N

3F49

47R

M1
M2
M5
M6
N1
N2
P1
P2
N6
N5
N3
N4
P3
P5
P6
R1
R2
T1
T2
P4
R4

E

CLK-OSC2

F

BANK1

CLK2|LVDSCLK1p
CLK3|LVDSCLK1n
IO1|LVDS25p
IO2|LVDS25n
IO3|LVDS24p
IO4|LVDS24n
IO5|LVDS23p
IO6|LVDS23n
IO7|LVDS22p
IO8|LVDS22n
IO9|LVDS20p
IO10|LVDS20n
IO11|VREFB1N0
IO12|LVDS18p
IO13|LVDS18n
IO14|LVDS17p
IO15|LVDS17n
IO16|LVDS14p
IO17|LVDS14n
IO18|LVDS13p
IO19|LVDS13n

IO20|LVDS12p
IO21|LVDS12n
IO22|LVDS10p
IO23|LVDS10n

IO24|LVDS8p
IO25|LVDS8n
IO26|LVDS7p
IO27|LVDS7n

IO28

IO29|VREFB1N1

IO30|LVDS6p
IO31|LVDS6n
IO32|LVDS5p
IO33|LVDS5n
IO34|LVDS2p
IO35|LVDS2n
IO36|LVDS0p
IO37|LVDS0n

IO38
IO39|PLL1_OUTp
IO40|PLL1_OUTn

U1
U2
R5
R6
V1
V2
T5
T6
T3

U3
W1
W2

IF34

Y1

3FHB

*

Y2

3FHC

*

IF36

W3
W4

Y3

Y4
W5

U4

V4

RES 9F10

IF31

9F01

100R
100R

RES

CTRL1-FPGA
CTRL2-FPGA

CTRL3-FPGA
CTRL4-FPGA

SCL-DVI-FPGA
SDA-DVI-FPGA

INO-LVDS-OE
LCD-PWR-ON

SCL-AMBI-3V3

SDA-AMBI-3V3

DVI-HPD-RESET

IN-TMDS-PX
IN-TMDS-DT

INO-LVDS-OE

ASDO
nCSO

SD1-CLK

LED1
IN-TMDS-PD
SELECT-PWM-ANA

LED5
LED4

LED3
LED2

EP2C35F484C7N

IF37

IF40

C4
C3
D3
D4
D5
D6
E3
E4
C1
C2
F4
G6
G5
F3
D1
D2
G3
H4
H5
H6
E1
E2

G

7F18-8

7F18-7

EP2C35F484C7N

IF61

3F26

L21
L22
L19

10R

L18
K21
K22
J21
J22
L17
K17
H21
H22
K18
J20
H19

IF67

K20
J19
J18
J17
G21
G22

LO-IN-CLK

H

LO-BIN-0
LO-BIN-1
LO-BIN-4
LO-BIN-5

LO-BIN-3

LO-BIN-2

I

LO-BIN-6
LO-BIN-7

BANK5

CLK5|LVDSCLK2n
CLK4|LVDSCLK2p
IO1|LVDS120n
IO2|LVDS120p
IO3|LVDS119n
IO4|LVDS119p
IO5|LVDS118n
IO6|LVDS118p
IO7|LVDS117n
IO8|LVDS117p
IO9|LVDS116n
IO10|LVDS116p
IO11
IO12|LVDS114n
IO13|LVDS114p
IO14|VREFB5N1
IO15|LVDS111n
IO16|LVDS111p
IO17
IO18|LVDS109n
IO19|LVDS109p

IO20|LVDS107n
IO21|LVDS107p
IO22|LVDS106n
IO23|LVDS106p
IO24|LVDS104n
IO25|LVDS104p
IO26|LVDS103n
IO27|LVDS103p
IO28|LVDS102n
IO29|LVDS102p

IO30|VREFB5N0

IO31|LVDS100n
IO32|LVDS100p

IO33|LVDS99n
IO34|LVDS99p
IO35|LVDS96n
IO36|LVDS96p
IO37|LVDS95n

IO38|LVDS95p
IO39|PLL2_OUTp
IO40|PLL2_OUTn

F21
F22
H18
H17
E21
E22
D21
D22
G17
G18
G20
E20
F20
C21
C22

C19
C20
D19
D20
E19
E18

IF57
IF56

3FHG 100R

IF55

100R3FHF

LO-BIN-8
LO-BIN-9

LO-IN-FF

LO-IN-DE

LO-IN-HS
LO-IN-VS

SD2-DQ11
SD2-DQ13
SD2-DQ15
SD2-DQ16

DV-CLK-PLL

SDA-I2C4
SCL-I2C4

LO-RIN-7
LO-RIN-4

LO-RIN-2
LO-RIN-3

LO-RIN-0
LO-RIN-1
LO-RIN-5
LO-RIN-6
LO-RIN-8
LO-RIN-9
LO-GIN-2

EP2C35F484C7N

IF62

IF66

IF69

Y18

IO1

V19

IO2|LVDS142n

W20

IO3|LVDS142p

Y19

IO4|LVDS141n

Y20

IO5|LVDS141p

W18

IO6

U18

IO7|PLL4_OUTn

T18

IO8|PLL4_OUTp

U19

IO9|LVDS140n

V20

IO10|LVDS140p

U20

IO11|VREFB6N1

W21

IO12|LVDS137n

W22

IO13|LVDS137p

R17

IO14|LVDS135p

Y21

IO15|LVDS133n

Y22

IO16|LVDS133p

V21

IO17|LVDS132n

V22

IO18|LVDS132p

U21

IO19|LVDS131n

U22

IO20|LVDS131p

R18

IO21|LVDS130n

M22

CLK6|LVDSCLK3p

678 910111213

T17

E17

V18

GNDA_PLL4

GNDD_PLL4

GNDG_PLL2F5GNDG_PLL3

GNDG_PLL4

GND25

GND26

GND27

GND28N8GND29

M12

M13

M16

TCK
TMS
TDO

DCLK

DATA0

9F02

F18

E16

GNDA_PLL2F7GNDA_PLL3

GNDD_PLL2

GND30

N10

TDI

DV-CLK-PLL

nCONFIG

LO-GIN-6
LO-GIN-7
LO-GIN-9
LO-GIN-8

F6

GNDD_PLL3

GND31

GND32

N11

N12

N13

+3V3-FPGA

V5

U5

Y15

GNDD_PLL1

GNDG_PLL1

GND

GND33P8GND34P9GND35

P15

LO-GIN-3

LO-GIN-0
LO-GIN-1
LO-GIN-4
LO-GIN-5

CONF-DONE

V6

Y8

V3

T10

T13

T20

V17

W10

W13

W19

GND75

GND76

GND77

GND78

GND79

GND80

GND81

GND39

GND36R9GND37

GND38

R13

R11

R14

GND40

GND41

T11

9F03
9F04

RES

GND74

GND42A1GND43

T16

DV-CLK-PLL

SD1-A10

SD1-A11
SD1-CKE
SD1-DQ9

SD1-CS

SD1-RAS
SD1-CAS

SD1-DQ10
SD1-DQ11

SD1-WE
SD1-DQM

A22

GND73

GND44

AA2

GND71

GND72

GND70
GND69
GND68
GND67
GND66
GND65
GND64
GND63
GND62
GND61
GND60
GND59
GND58
GND57
GND56
GND55
GND54
GND53
GND52
GND51
GND50
GND49
GND48
GND47

GND46

GND45

AA21

+3V3-FPGA

R3
N19
N16

N7

M4
K19
K16

K7

K3
H20
G13
G10

G4
F19
D18
D13
D10
C15

C8

C5
B21

B2

AB22

AB1

EP2C35F484C7N

9F05 RES

7F18-5

IF06

D12

CLK10|LVDSCLK5n

E12

CLK11|LVDSCLK5p

B11

IO1|LVDS70n

A11

IO2|LVDS70p

E11

IO3|LVDS69n

D11

IO4|LVDS69p

B10

IO5|LVDS68n

A10

IO6|LVDS68p

F11

IO7|LVDS67nF8IO24|LVDS54p

F10

IO8|LVDS67p

C10

IO9|VREFB3N0

B9

IO10|LVDS65n

A9

IO11|LVDS65p

E9

IO12|LVDS62n

D9

IO13|LVDS62p

B8

IO14|LVDS60n

A8

IO15|LVDS60p

IF64

TxFPGAeB+_G4

TxFPGAeB-_G5

TxFPGAeA+_G6

TxFPGAeA-_G7

TxFPGAoE+_G8

TxFPGAoE-_G9

TxFPGAoD+_B0

TxFPGAoD-_B1

BANK3

IO16|LVDS59n
IO17|LVDS59p
IO18|LVDS58n
IO19|LVDS58p
IO20|LVDS57n
IO21|LVDS57p
IO22|LVDS56p

IO25|VREFB3N1

IO26|LVDS52n
IO27|LVDS52p
IO28|LVDS51n
IO29|LVDS51p
IO30|LVDS50n
IO31|LVDS50p
IO32|LVDS49p
IO33|LVDS49n

7F18-9

EP2C35F484C7N

W12
V12
AB12
AA12
AB13
AA13
U13
Y13
AB14
AA14
AB15
AA15
AB16
AA16
W14
V14

B7
A7
F9
E8
D8
C9
D7

IO23

E7
C7
B6
A6
B5
A5
B4
A4
A3
B3

BANK7

CLK13|LVDSCLK6p
CLK12|LVDSCLK6n
IO1|LVDS166p
IO2|LVDS166n
IO3|LVDS164p
IO4|LVDS164n
IO5|LVDS162n
IO6|VREFB7N1
IO7|LVDS160p
IO8|LVDS160n
IO9|LVDS159p
IO10|LVDS159n
IO11|LVDS158p
IO12|LVDS158n
IO13|LVDS157p
IO14|LVDS157n

IF60

IO15|LVDS155p
IO16|LVDS155n
IO17|LVDS153p
IO18|LVDS152p
IO19|LVDS152n
IO20|LVDS148p
IO21|LVDS148n

IO22|VREFB7N0

IO23|LVDS146p
IO24|LVDS146n
IO25|LVDS145p
IO26|LVDS145n
IO27|LVDS144p
IO28|LVDS144n
IO29|LVDS143p
IO30|LVDS143n

SD1-DQ8
SD1-DQ7

SD1-DQ13
SD1-DQ14
SD1-DQ12
SD1-DQ16

SD1-DQ15

SD1-DQ6
SD1-DQ5
SD1-DQ4
SD1-DQ3
SD1-DQ2
SD1-DQ1

DEV-CLRn

AB17
AA17

U14
Y14

W15
AB18
AA18

Y16
U15
V15
Y17

W16
AB19
AA19
AB20
AA20

3U02
3U09
3U10
3U11
3U16
3U18
3U21

3U22
3U28

3U29

SD2-DQ10
SD2-DQ9
SD2-DQ14
SD2-DQ12
SD2-DQ1
SD2-DQ2
SD2-DQ3
SD2-DQ4

SD1-A4
SD1-A5
SD1-A9

SD2-DQ5
SD2-DQ6

100R

RES

100R

RES

100R

RES

100R

RES

100R

RES

RXP3HS_DE

100R

RES

100R

RES

100R

RES

100R

RES

100R

RES

TxFPGAoCLK-_B2
TxFPGAoCLK+_B3

TxFPGAoC+_B4
TxFPGAoC-_B5

TxFPGAoB+_B6
TxFPGAoB-_B7
TxFPGAoA+_B8
TxFPGAoA-_B9

RXP3CLK

RXP3FF

RXP3VS

RXP3R1
RXP3R4

RXP3R0

RXP3R2
RXP3R3

RXP3R5

EP2C35F484C7N

IO1|ASDO
IO2|nCSO
IO3|LVDS48p
IO4|LVDS48n
IO5|PLL3_OUTp
IO6|PLL3_OUTn
IO7|LVDS47p
IO8|LVDS47n
IO9|LVDS46p
IO10|LVDS46n
IO11|VREFB2N0
IO12|LVDS43p
IO13|LVDS43n
IO14
IO15|LVDS39p
IO16|LVDS39n
IO17|LVDS38p
IO18|LVDS38n
IO19|LVDS37p
IO20|LVDS37n
IO21|LVDS36p
IO22|LVDS36n

BANK6

IO22|LVDS130p
IO23|LVDS129n
IO24|LVDS129p
IO25|LVDS127n
IO26|LVDS127p
IO27|LVDS126n
IO28|LVDS126p

IO29|VREFB6N0

IO30|LVDS124n
IO31|LVDS124p
IO32|LVDS123n
IO33|LVDS123p

IO34|LVDS122n
IO35|LVDS122p
IO36|LVDS121n
IO37|LVDS121p

CLK7|LVDSCLK3n

EP2C35F484C7N

BANK2

IO25|VREFB2N1

CLK0|LVDSCLK0p
CLK1|LVDSCLK0n

nSTATU

CONF_DONE

MSEL1
MSEL0

7F18-2

G11
G15
H9
H10
H11
H14
H15
J8
J9
J14
J15
K10
K11
K12
K13
K15
L10
L11
L12
L13
L15
M7
M8

IO23|LVDS35p
IO24|LVDS35n

IO26|LVDS30p
IO27|LVDS30n
IO28|LVDS29p
IO29|LVDS29n
IO30|LVDS28p
IO31|LVDS28n
IO32|LVDS27p
IO33|LVDS27n
IO34|LVDS26p
IO35|LVDS26n

DCLK|DCLK

DATA0|DATA0

nCONFIG

R19
P17
P18
T21
T22
R21
R22
R20
P20
P19
P21
P22
N20

S

N18
N17

M17

N21

N22
M19
M18
M21

V7

V16

GND1

GNDA_PLL1

GND2
GND3
GND4
GND5
GND6
GND7
GND8
GND9
GND10
GND11
GND12
GND13
GND14
GND15
GND16
GND17
GND18
GND19
GND20
GND21
GND22
GND23

GND24

M10

M11

F1

F2
H3
G1
G2

J6

J5
H1
H2

J3

J4

J1

J2
K5

TDI

K2

TCK

K6

TMS

L5

TDO

L6
K4
K1

nCE

L1

L2

L4

3F40

10K

IF58
IF59

DEV-OE
RXP3CLK
RXP3FF
RXP3VS
RXP3R1
RXP3R4
RXP3HS_DE
RXP3R0

RXP3R2
RXP3R3

RXP3R5

7F18-6

C18
C17
B20
A20
B19
A19
B18
A18
C16
D16
E15
D15
C14
F15
B17
A17

IO1|LVDS94n
IO2|LVDS94p
IO3|LVDS93n
IO4|LVDS93p
IO5|LVDS92n
IO6|LVDS92p
IO7|LVDS91n
IO8|LVDS91p
IO9|VREFB4N0
IO10|LVDS89n
IO11|LVDS89p
IO12|LVDS85n
IO13|LVDS85p
IO14|LVDS84p
IO15|LVDS82n
IO16|LVDS82p

7F18-10

EP2C35F484C7N

IF63

IF65

BANK4

IO25|VREFB4N1

CLK8|LVDSCLK4n
CLK9|LVDSCLK4p

AA3

IO1|LVDS188n

AB3

IO2|LVDS188p

AB4

IO3|LVDS187p

AA4

IO4|LVDS187n

Y5

IO5|LVDS186p

Y6

IO6|LVDS186n

AB5

IO7|LVDS185p

AA5

IO8|LVDS185n

Y7

IO9|VREFB8N1

U8

IO10|LVDS183p

AB6

IO11|LVDS181p

AA6

IO12|LVDS181n

V8

IO13|LVDS180p

W7

IO14|LVDS180n

W8

IO15|LVDS179p

V9

IO16|LVDS179n

AB7

IO17|LVDS178p

AA7

IO18|LVDS178n

IO17|LVDS80n
IO18|LVDS80p
IO19|LVDS79n
IO20|LVDS79p
IO21|LVDS78n
IO22|LVDS78p
IO23|LVDS77n
IO24|LVDS77p

IO26|LVDS75n
IO27|LVDS73n
IO28|LVDS73p
IO29|LVDS71n
IO30|LVDS71p

BANK8

14 15

E14
D14

F14

F13
B16
A16
B15
A15
C13

F12
B14
A14
B13
A13
B12
A12

CLK15|LVDSCLK7p
CLK14|LVDSCLK7n

IO19|LVDS177p
IO20|LVDS177n
IO21|LVDS175p
IO22|LVDS175n
IO23|LVDS172p
IO24|LVDS172n

IO25|VREFB8N0

IO26|LVDS170p
IO27|LVDS170n
IO28|LVDS169p
IO29|LVDS169n
IO30|LVDS168p
IO31|LVDS168n
IO32|LVDS167p
IO33|LVDS167n

3F00

AB10
AA10
AB11
AA11

47R

Y9

W9

U9

U10
AB8
AA8

Y10
AB9
AA9

W11

V11

U11

U12

SD2-DQ7
SD2-DQ8

CLK-OSC1

SD1-A7
SD1-A8

SD1-A6

SD1-A3
SD1-A2
SD1-A1
SD1-A0

IF68

TxFPGAeE+_R6
TxFPGAeE-_R7

TxFPGAeD+_R8
TxFPGAeD-_R9

TxFPGAeCLK-_G0

TxFPGAeCLK+_G1

TxFPGAeC+_G2
TxFPGAeC-_G3

A

B

C

D

E

F

G

H

I

3F00 F14
3F26 H1
3F40 I7
3F49 E1
3FHB F3
3FHC F3
3FHF I3
3FHG I3
3U02 G11
3U09 G11
3U10 G11
3U11 G11
3U16 G11
3U18 G11
3U21 G11
3U22 H11
3U28 H11
3U29 H11

7F18-1 A2
7F18-10 G13
7F18-2 A7
7F18-3 E2
7F18-4 E6
7F18-5 E9
7F18-6 E13
7F18-7 H2
7F18-8 H5
7F18-9 H10
9F01 F4
9F02 F7
9F03 I8
9F04 I8
9F05 E9
9F10 F4
IF06 E9
IF31 F3
IF34 F3
IF36 F3
IF37 E5
IF40 E5
IF55 I3
IF56 I3
IF57 I3
IF58 E12
IF59 F12
IF60 F11
IF61 H1
IF62 H5
IF63 G13
IF64 H9
IF65 G13
IF66 H5
IF67 I1
IF68 H15
IF69 I5

3104 313 6034.7

123

45678 9 10111213

G_16450_019.eps

14 15

081106

Circuit Diagrams and PWB Layouts

93BJ3.0A LA 7.

JIP Panel: FPGA 1080P: DRAM

123 4

AB06 AB06

FPGA 1080P: DRAM

56

7 8 91011

+3V3-SD1

A

3F3R

4K7

RES

3F47

1K0

7F19

1

25

7

13

38

VDD

21

0

22

1

23

2

24

3

27

4

28

A

5

29

6

30

7

31

8

32

9

20

10

19

A11

IF1Y

35

CLK

34

CKE

18

CS

17

RAS

16

CAS

15

WE

VSS

RES

26

DRAM

512K X 16 X 2

0

512K-1

50

Φ

4

VDDQ

D

DQM

VSSQ

104147

44

33

NC

37

3F3T-1

1 8

2

1

3

2

5

3

6

4

8

5

9

6

11

7

12

8

39

9

40

10

42

11

43

12

45

13

46

14

48

15

49

16

36

U

14

L

3F3T-333R

3F3Y-1

3F3Y-3
3F42-4

3F42-2
3F46-4

3F46-2

33R

3F3T-2 33R27

3 6

33R1 8

3F3Y-2 2 7

3 6

33R

3F3Y-4 4 5 33R

33R

45

3F42-333R

7

33R2

3F42-1

33R45

2733R

IF70

45

33R3F3T-4

33R

3 6

33R1 8

33R3F46-33 6

33R3F46-1 1 8

SD1-DQ1
SD1-DQ2
SD1-DQ3
SD1-DQ4
SD1-DQ5
SD1-DQ6
SD1-DQ7
SD1-DQ8

SD1-DQ9
SD1-DQ10
SD1-DQ11
SD1-DQ12
SD1-DQ13
SD1-DQ14
SD1-DQ15
SD1-DQ16

SD1-DQM

B

C

+3V3

5F0T

30R

2F4V

100n

2F51

MSM56V16160J-7T3KFG

SD1-A0
SD1-A1
SD1-A2
SD1-A3
SD1-A4
SD1-A5
SD1-A6
SD1-A7
SD1-A8

FF1H

2F50

10n

10n

2FAZ

2F4Y

10n

2F4W

10n

+3V3-SD1

10n

10n

2F52

SD1-A9
SD1-A10

SD1-A11

SD1-CLK

SD1-CKE
SD1-CS

SD1-RAS
SD1-CAS
SD1-WE

+3V3-SD1

3F3S

IF72

33R

IF73

IF71

IF1Z

IF35

D

E

+3V3-SD2

RESERVED

F

G

+3V3

5F13

30R

2F10

100n

2F11

3FJA

4K7

3FJC

7F25

1

25

VDD

21

0

22

1

23

2

24

3

27

4

28

A

5

512K-1

29

6

30

7

31

8

32

9

20

10

19

A11

IF10

SER2DS-3V3+

35

CLK

34

CKE

18

CS

17

RAS

16

CAS

15

WE

1K0

VSS

RES

26

7

Φ

DRAM

512K X 16 X 2

0

4

50

MSM56V16160J-7T3KFG

SD1-A0
SD1-A1
SD1-A2
SD1-A3
SD1-A4

FF12

10n

10n

10n

2F12

10n

2F13

2F14

2F15

+3V3-SD2

10n

10n

2F16

SD1-A5
SD1-A6
SD1-A7
SD1-A8
SD1-A9
SD1-A10

SD1-A11

SD1-CLK

SD1-CKE
SD1-CS

SD1-RAS
SD1-CAS
SD1-WE

3F05

4K7

IF14

3FJB

9F20

+3V3-SD2

33R

IF16

IF13

IF26

IF27

13

38

VDDQ

D

DQM

VSSQ

104147

44

33

NC

37

3FJD-1

2

1

3

2

5

3

6

4

3FJE-1

8

5

9

6

11

3FJE-3

7

12

8

3FJF-4

39

9

40

10

42

3FJF-2

11

43

12

3FJG-4

45

13

46

14

48

3FJG-2

15

49

16

36

U

14

L

33R

1 8

33R3FJD-33 6

3FJD-4

1 8

33R

3FJE-2 33R

33R3 6

3FJE-4 33R

33R45

27

33R

3FJF-1 1 8

45

33R

3FJG-333R

7

33R2

3FJG-1 33R1 8

IF15

33R3FJD-2 2 7

33R45

27

45

33R3FJF-33 6

33R

3 6

SD2-DQ1

SD2-DQ2

SD2-DQ3

SD2-DQ4

SD2-DQ5

SD2-DQ6

SD2-DQ7

SD2-DQ8

SD2-DQ9
SD2-DQ10
SD2-DQ11
SD2-DQ12
SD2-DQ13
SD2-DQ14
SD2-DQ15
SD2-DQ16

SD1-DQM

A

B

C

D

E

G

2F10 F3
2F11 F3
2F12 F3
2F13 F3
2F14 F3
2F15 F4
2F16 F4
2F4V B3
2F4W B4
2F4Y B3
2F50 B3
2F51 B3
2F52 B4
2FAZ B3

3F05 G6
3F3R B7
3F3S C6
3F3T-1 B8
3F3T-2 B9
3F3T-3 B8
3F3T-4 B9
3F3Y-1 B8
3F3Y-2 B9
3F3Y-3 B8
3F3Y-4 B9
3F42-1 C9
3F42-2 C8
3F42-3 B9
3F42-4 B8
3F46-1 C9
3F46-2 C8
3F46-3 C9
3F46-4 C8
3F47 C7
3FJA G7
3FJB G6
3FJC H7
3FJD-1 F8
3FJD-2 F9
3FJD-3 F8
3FJD-4 F9
3FJE-1 F8
3FJE-2 G9
3FJE-3 G8
3FJE-4 G9
3FJF-1 G9
3FJF-2 G8
3FJF-3 G9
3FJF-4 G8
3FJG-1 G9
3FJG-2 G8
3FJG-3 G9
3FJG-4 G8

5F0T B2
5F13 F2
7F19 A7
7F25 F7
9F20 G6
FF12 F3
FF1H B3
IF10 G7
IF13 G6
IF14 G6
IF15 G9
IF16 G6
IF1Y C7
IF1Z C6
IF26 G6

F

IF27 G6
IF35 C6
IF70 C9
IF71 C6
IF72 C6
IF73 C6

H

3104 313 6034.7

123 4

56

7 8

910

11

G_16450_020.eps

081106

H

Circuit Diagrams and PWB Layouts

94BJ3.0A LA 7.

JIP Panel: CVI Rx

3 4

876521

9 10111213

DVI Rx

AB07 AB07

A

IF54

10n

10n

2F67

2F68

RESERVED

10n

2F69

LO-BIN-2
LO-BIN-3
LO-BIN-4
LO-BIN-5
LO-BIN-6
LO-BIN-7
LO-BIN-8

LO-BIN-9
LO-GIN-2
LO-GIN-3
LO-GIN-4
LO-GIN-5
LO-GIN-6
LO-GIN-7
LO-GIN-8
LO-GIN-9

LO-RIN-2

LO-RIN-3

LO-RIN-4

LO-RIN-5

LO-RIN-6

LO-RIN-7

LO-RIN-8

LO-RIN-9

LO-IN-CLK

LO-IN-DE

LO-IN-HS

LO-IN-VS

LO-IN-FF

LO-IN-XX

B

SCL-DVI

SDA-DVI

C

D

E

DVI-HPD

F

G

H

I

3104 313 6034.7

IF2G

DVI+5V

M24C02-WDW6

7F16

1

0

2

1

3

2 SDA

IF2F

84

Φ

(256x8)

EEPROM

ADR

2F7E

IF43

100n

10K

3F33

3F32

FF57

7

WC

3F35

6

SCL

100R

5

3F36
100R

100K

3F30
100R

3F31

100R

3F34

100K

SCL-DVI-FPGA

SDA-DVI-FPGA

IN-TMDS-PX

IN-TMDS-DT

INO-LVDS-OE

3F43
100R

3FH2
100R

3FH3
100R

PDTC114EU

RES

RES

7F11

DDC NVM DVI

IF2B

IF2C

DVI+5V

3F7A

10R

PDTC114EU

1K0

6F18

3F7C

1F31

1F33

RES

6F19

RES

BAS316

1F30

1F32

3F7D

BAS316

1F60

1
2

3

4
5
6
7

8

9
10
11
12
13
14
15
16
17
18
19

2021

DC1R019JDH

IF53

100K

FF51

FF54

2F94

FF52

7F17

100n

FF53

2F93

100n
3F16

100R

2F91

100p

2F92

100p

3

IF2E

1

2

3F14
100R

3F15
100R

5F50

DVI+5V

30R

100n

2F7C

DVI-HPD-RESET

IN-TMDS-PD

FF2A

FF2B

FF2C

FF2D

FF2E

FF2F

FF2G

FF2H

RX2+

RX2-

RX1+

RX1-

RX0+

RX0-

RXCLK+

RXCLK-

SCL-DVI
SDA-DVI

DVI-HPD

3FEU
100R

123 45

+3V3

1K0

3FEK

1K0

3FEJ

3FEL

IF90

3

1

2

IF50

100R

3FET

RES

IF51

IF91

470R

470R

3FES

3FER

3FEQ

SML-310

SML-310

6F06

6F25

4

3

2F7010p

10p

2F71

10p 2F72
10p

2F73

2F7410p

10p

2F75

10p 2F76
10p

2F77

5F22

DLW21S

1

2

4

3

5F23

DLW21S

1

2

4

3

5F24

DLW21S

1

2

4

3

5F261

DLW21S

2

67

10n

2F56

3FHT

+3V3TMAIN

10n

IF92

2F57

+3V3TMOIN

330R

IF42

10n

7F12

SII1161

99

4

1

100

7

3

8

2

9

80

81

85

86

90

91

93

94

2F58

MODE

PIXS

HS_DJTR

OCK_INV

SCL

STAG_OUT

I2C_MODE

SDA

ST

SCDT

PD

PDO

+

-

+

-

+

-

+

-

EXT_RES

10n

RX2

RX1

RX0

RXC

7983878992

+3V3TMAIN

IF41

2F59

97

828488

AVCC

PWR

AGND PGND OGND

1829435778

95

PVCC OVCC VCC

Φ

PanelLink

Receiver

98

192845

100n

2F60

CONTROLS

1n0

58

5F25

30R

BLUE EVEN 0

QE

QE

QE

BLUE ODD

QO

QO

RED ODD

QO

GPO

76

63867

ODCK

DE

HSYNCH

VSYNCH

CTRL

GND

5

39

+3V3

10n

10n

100n

2F61

2F62

2F63

10
11
12
13
14
15
16
17

7

20

8GREEN EVENCONFIG

21
22
23
24
25
26
27

15

30

16RED EVEN

31
32
33
34
35
36
37

23

49

0

50
51
52
53
54
55
56

7

59

8GREEN ODD

60
61
62
63
64
65
66

15

69

16

70
71
72
73
74
75
77

23

1

2

3

68

IF2H

44

4696

IF2J

48

47

40

41

42

IF2K

IF2A

10n

10n

IF2I

2F64

2F65

IFCA
IFCB
IFCC
IFCD
IFCE
IFCF

IFCG

IFCH
IFCJ
IFCK
IFCL

IFCM

IFCN
IFCP

IFCQ

IFCR
IFCS
IFCT
IFCU
IFCV

IFCW

IFCX
IFCY
IFCZ

3F12

9F97

9F40

9F41

9F42

9F43

2F66

47R

9 10111213

5F20

30R

100n

2F55

2F54

+3V3TMOIN

1K0

3FEI

1K0

1K0

RES

3FEH

IF48

IF49

RES

1K0

3FEV

1K0

1K0

3FEP

RES

3FEG

3FEN

1K0

1K0

3FEE

RES

1K0

3FEF

IF46

RES

IF45

IF47

1K0

1K0

3FEM

8

5F21

30R

10n

G_16450_021.eps

+3V3

081106

1F30 H2

IF2G C3

1F31 H1

IF2H G12
IF2I G12

1F32 H2

IF2J G12

1F33 H1
1F60 G2

IF2K G12

2F54 B8

IF41 B10

2F55 B8

IF42 B9
2F56 B8
2F57 B9
2F58 B9
2F59 C10
2F60 C10
2F61 C11
2F62 C11
2F63 C12
2F64 C12
2F65 C12
2F66 C12
2F67 C12
2F68 C13
2F69 C13
2F70 G6
2F71 G6
2F72 G6
2F73 H6
2F74 H6
2F75 H6
2F76 H6
2F77 H6
2F7C I3
2F7E C2
2F91 H3
2F92 H3
2F93 I3
2F94 I2

3F12 G12
3F14 H3
3F15 H3
3F16 I3
3F30 C3
3F31 C3

2 D2

3F3
3F33 D3
3F34 D3
3F35 D2
3F36 D3
3F43 D5
3F7A E2
3F7C F1
3F7D F2
3FEE C8
3FEF C7
3FEG C7
3FEH C7
3FEI C7
3FEJ C7
3FEK C7
3FEL C7
3FEM F7
3FEN E7
3FEP F7
3FEQ F7
3FER E6
3FES E6
3FET E6
3FEU E5
3FEV E7
3FH2 D5
3FH3 D5
3FHT G9

5F20 B8
5F21 C13
5F22 G6
5F23 H6
5F24 H6
5F25 B11
5F26 H6
5F50 H3
6F06 F6
6F18 F1
6F19 F2
6F25 F6
7F11 D6
7F12 C9
7F16 D1
7F17 E3
9F40 G12
9F41 G12
9F42 H12
9F43 H12
9F97 G12
FF2A G5
FF2B G5
FF2C G5
FF2D H4
FF2E H4
FF2F H4
FF2G H4
FF2H I4
FF51 H2
FF52 H2
FF53 H3
FF54 I2
FF57 D2
IF2A H12
IF2B E2
IF2C E2
IF2E E3
IF2F C2

IF43 C2

IF45 D7

IF46 C8

IF47 D7

IF48 D7

IF49 D7

IF50 E7

IF51 E7

IF53 I2

IF54 C13

IF90 D6

IF91 E7

IF92 G9

IFCA E12

IFCB E12

IFCC E12

IFCD E12

IFCE F12

IFCF F12

IFCG F12

IFCH F12

IFCJ F12

IFCK F12

IFCL F12

IFCM F12

IFCN F12

IFCP F12

IFCQ F12

IFCR F12

IFCS F12

IFCT F12

IFCU G12

IFCV G12

IFCW G12

IFCX G12

IFCY G12

IFCZ G12

A

B

C

D

E

F

G

H

I

Circuit Diagrams and PWB Layouts

95BJ3.0A LA 7.

JIP Panel: Pacific 3

12

3 45678 9

10 11

12 13 14

PACIFIC 3

AB08 AB08

A

B

C

D

E

+2V5-PLL

F

+1V5-PLL

158

G

+3V3-P3

+2V5-P3

H

I

+1V5-P3

3104 313 6034.7

7F15-3
T6TF4HFG-0003

PLL2_VCCA_2V5

54

PLL1_VCCA_2V5

212

SSCG_VCC_1V5

58

PLL2_VCCD_1V5

56

PLL1_VCCD_1V5

214

210
201
196
184
180
174
167

150
144
138
130
124
118
113
110

VDD_2V5

166

6

209
197
190
182
176
156
147
136
119
111
105

94
85
72
65
43

39
33

24
21
12

VDD_3V3

VDD_1V5

SUPPLY

SSCG_GND

PLL2_GNDA
PLL1_GNDA

PLL2_GNDD
PLL1_GNDD

VIA

GND

5F0P

+3V3

120R

242

GND_HS

241
240
239
238
237
236
235
234
233
232
231
230
229
228
227
226
225
224
223
222
221
220
219
218
217

199
216
211
208
203
195
189
186
181
175
171
163
157
152
142
131
125
112
108
5

59

55
213

57
215

1u0

2FK1

RXP3CLK
RXP3HS_DE

RXP3OA-_B9
RXP3OA+_B8

RXP3OB-_B7
RXP3OB+_B6

RXP3OC-_B5
RXP3OC+_B4

RXP3OCLK-_B2
RXP3OCLK+_B3

RXP3OD-_B1
RXP3OD+_B0

RXP3OE-_G9
RXP3OE+_G8

RXP3EA-_G7
RXP3EA+_G6

RXP3EB-_G5
RXP3EB+_G4

RXP3EC-_G3
RXP3EC+_G2

RXP3ECLK-_G0
RXP3ECLK+_G1

RXP3ED-_R9
RXP3ED+_R8

RXP3EE-_R7
RXP3EE+_R6

RXP3R5
RXP3R4
RXP3R3
RXP3R2
RXP3R1
RXP3R0

FF72

2FK2

10n

2FK3

+1V5-P3-FPGA

T6TF4HFG-0003

10n

10n

2FK4

7F15-1

7

8

9
10

13
14

15
16

20
19

22
23

25
26

28
29

31
32

34
35

38
37

40
41

44
45

46
47
48
49
52
53

123 4

2FK5

IF75

+1V5-RX

CLKI
HSI

N
P

N
P

N
P

N
P

N
P

B<9:0>

N
P

N
P

N
P

N
P

N
P

G<9:0>

N
P

N
P

R<9:0>

10n

ORX0

ORX1

ORX2

OCLK

ORX3

ORX4

ERX0

ERX1

ERX2

ECLK

ERX3

ERX4

2FK6

11

GND-RX

30

10n

10n

2FK7

5F0N

220R

5F0Q

220R

5F0R

220R

GND-TX GND-TX

5F0S

220R

+1V5-TX

42

637079

VDD_RX_1V5

1727365160

+2V5-PF

5F0C

600R

1u0

2FL3

6F03

11F621F6

10n

2FK8

2FKF

2FKN

GND-RX

91

VDD_TX_1V5

LVDS

GND

GND-TX

2FK9

4u7

1u0

2FKP

2FKR

2FKW

+3V3-P3

18

717682

+3V3-P3

10n

10n

2FKB

2FKH

10n

2FKS

2FKX

PWM

OTX0

OTX1

PA<0:9>

OTX2

OTX3

OTX4

OTX5

ETX0

PB<0:9>

ETX1

ETX2

ETX3

ETX4

ETX5

PC<0:9>

10n

2FKK

2FKT

2FKY

2FKD

10n

10n

10n

GND-RX

2FKE

2FKL

IF23

2FKU

GND-TX

2FKZ

10n

+1V5-P3

10n

10n

2FKM

+1V5-TX

10n

10n

2FKV

GND-TX

IF24

10n

TXP3EA+

TXP3EA-

TXP3EB+

TXP3EB-

TXP3EC+

TXP3EC-

TXP3ECLK+

TXP3ECLK-

TXP3ED+

TXP3ED-

TXP3EE+

TXP3EE-

TXP3OA+

TXP3OA-

TXP3OB+

TXP3OB-

TXP3OC+

TXP3OC-

TXP3OCLK+

TXP3OCLK-

TXP3OD+

TXP3OD-

TXP3OE+

TXP3OE-

+1V5-RX

10n

2FKC

10n

10n

2FKJ

+1V5-PLL

10n

GND-TX

10n

GND-RX

104

61

3

62

4

66

5

67

6

68

7

69

8

74

P

75

N

77

P

78

N

80

P

81

N

83

P

84

N

86

P

87

N

89

P

90

N

92

P

93

N

95

P

96

N

98

P

99

N

100

P

101

N

102

P

103

N

106

P

107

N

10n

2FKA

FF74

10n

2FKG

FF78

10n

2FKQ

1u0

1u0

GND-RX

50

647388

VDD_TX_3V3

VDD_RX_3V3

97

5678 9 101112

2FL4

FF2Q

10n

BAV70W

BAV70WBAV70W

2FL5

+2V5-P3

10n

2

7F13

M25P05-AVMN6

IF94

4K7

3FGF

+2V5-PF

+3V3-P3

Q

512K

FLASH

8

VCC

Φ

HOLD

VSS

4

PWM-OR

2FL1

D

C

S

W

PWM-3

5F0U

600R

10n

5

6

1

3

7

FF82

1u0

2FL6

+3V3-P3

4K7

3FFD

FF80

100R

3FGH

100R

RES

PWM-3

PWM-OR

+3V3

+3V3

+2V5-PLL

FF71

+3V3-P3

+3V3-P3

100K

3FFA

2FL2

FF77

FF79

RXP3VS

3V3

3FFU

4K7

FF76

3FFJ

10K

3F03
100R

1u0

FF75

3V3

CTRL4-P3

FF2L

FF2N

IF81

FF73

10K

CTRL4-P3

RXP3FF

SDA-I2C4
SCL-I2C4

IF11

FF2M

FF2K

3F01

100R

FF2J

3F99
100R

RES

IF74

13

2

1000

3FFB

60M

47R

3FFK

1K0

3FFP

FF83

3FFQ

100R

100R

3FFS

100R

FF84

3FFV

3FFT

100R

IF80

100R3FFW

IF87

7F15-2

1M0

3FFC

T6TF4HFG-0003

PWM

A<19:0>

PE<7:9>

PF<0:9>

CLKO

VSO

HSO

PD

PE

RXD

RDN

TXD

D

PSEN
WRN

109
115
116

168

0

169

1

170

2

117

0

120

1

121

2

122

3

123

4

126

5

127

6

128

7

129

8

132

9

133

0

134

1

135

2

137

3

139

4

140

5

141

6

143
145
146

148

7

149

6

151

5

153

4

154

3

155

2

159

1

160

0

161
162

165

OSC_Z

IF77

164

172

193
191
192
194

4

FF81

173
207

3

3FFR

100R

2
206

177

178
179
183
185
187
188

IF85

198
200

IF86

202
204

114

MISC

OSC_CLK_I

RSTN

SI
SCK
SO

CS

VSI

T1
TCK
TDI

205

TDO

1

TMS
TRST
TRIGOUT

MINTN

00
01
02

GPIO

03
04
05

SCL
SDA

MSDA
MSCL

SSDA
SSCL

DEO

10n

10n

2FL8

2FL7

4K7

4K7

3FFF

3FFE

3FGG

RES

+3V3

100n

2FL9

BAS316

6F08

IF88

3FFX

2K2

3FFY

1K0

3FFZ

RES

4K7

3FGA

RES

4K7

3FGB

RES

4K7

3FGC

RES

4K7

FF85

FF86

10n

2FLC

IF89

FF90

IF95

9

8

7

6

2

1

MICROCONTROLLER

TXD
RXD
SCL
T0
INT0
SDA

P1<0:3>

RST
P1.5
P1.7

VDD

VSS

7F20

113

P87LPC760BDH

Φ

14

CIN1B

13

CIN1A

12

CMPREF

10

CMP1

P0<3:6>

5

CLKOUT

X2

4

X1

P2<0:1>

FF89

FF87

9F11

FF88

100R

2FLA

3FGD

3FGE

100R

1F03

10M

RES

10p

2FLB

10p

RES

RESERVED

BACKLIGHT-CONTROL_RESET-P3

RES

9F29

IF76
IF78
IF79

3FFH

RES

4K7

3FFG

4K7

3FFL

IF82
IF83

IF84

SDA-AMBI-3V3

SCL-AMBI-3V3

3FFN

4K7

4K7

BACKLIGHT-CONTROL

RES

3FFM

4K7

*

13 14

G_16450_022.eps

081106

A

B

C

D

E

F

G

H

I

1F01 B11
1F03 H13
2FK1 A3
2FK2 A3
2FK3 A4
2FK4 A4
2FK5 A4
2FK6 A4
2FK7 A4
2FK8 A5
2FK9 A5
2FKA A5
2FKB A5
2FKC A5
2FKD A6
2FKE A6
2FKF C5
2FKG C5
2FKH C5
2FKJ C5
2FKK C6
2FKL C6
2FKM C6
2FKN C5
2FKP C5
2FKQ C5
2FKR D5
2FKS D5
2FKT D6
2FKU D6
2FKV D6
2FKW E5
2FKX E5
2FKY E6
2FKZ E6
2FL1 B9
2FL2 B10
2FL3 A7
2FL4 A8
2FL5 A8
2FL6 A9
2FL7 A9
2FL8 A9
2FL9 G11
2FLA H12
2FLB H13
2FLC H10

3F01 D11
3F03 D10
3F99 B13
3FFA A10
3FFB B12
3FFC B12
3FFD B9
3FFE B9
3FFF B9
3FFG C13
3FFH C14
3FFJ D10
3FFK C11
3FFL D13
3FFM D14
3FFN D13
3FFP D11
3FFQ D11
3FFR D12
3FFS D11
3FFT D12
3FFU D10
3FFV E11
3FFW E11
3FFX H10
3FFY H10
3FFZ H10
3FGA I10
3FGB I10
3FGC I10
3FGD H12
3FGE H13
3FGF I8
3FGG C9
3FGH D9

5F0C A7
5F0N B5
5F0P A3
5F0Q C5
5F0R D5
5F0S D5
5F0U A9
6F03 G8
6F08 G10
6F11 G8
6F12 H8
7F13 D8
7F15-1 E4
7F15-2 B12
7F15-3 E1
7F20 G11
9F11 H12
9F29 B13
FF2J C11
FF2K D11
FF2L D11
FF2M D11
FF2N D11
FF2Q A8
FF71 A9
FF72 A3
FF73 B11
FF74 B5
FF75 C10
FF76 C10
FF77 C10
FF78 C5
FF79 C10
FF80 C9
FF81 C12

FF82 D9
FF83 E11
FF84 E11
FF85 G10
FF86 H10
FF87 H12
FF88 H12
FF89 H12
FF90 H10
IF11 C11
IF23 D6
IF24 D6
IF74 B11
IF75 B4
IF76 C13
IF77 C12
IF78 C13
IF79 C13
IF80 D12
IF81 D11
IF82 E13
IF83 E13
IF84 E13
IF85 E12
IF86 E12
IF87 E12
IF88 G9
IF89 H10
IF94 H8
IF95 I10

JIP Panel: Supply

2F17 A3
2F18 A4

2F19 B3
2F20 B2

2F21 B3
2F22 C2

1

2F23 C3
2F24 C4

Circuit Diagrams and PWB Layouts

2F25 D3

3FJK C3

3FJL D3
3FJM D3

7F35 A3
7F36 B3

7F37 C3
IF1L C3

IF1U A3

2 3 45

96BJ3.0A LA 7.

Personal Notes:

AB09 AB09

A

B B

C

SUPPLY

+3V3

RES

2F20

+3V3

RES

7F35

LD3985M25

+3V3

47u 4V

1

3

RES

100n

2F17

3 2

100n

2F21

3

IN

100n

2F22

INH BP

LD1117DT25

LD1117DT

GND

COM

7F36

COM

7F37

COM

3FJL

5

OUTIN

IF1U

4

RES2F19

2

OUTIN

1

OUTIN

1

120R

IF1L

OUT

100n

2

1K0

3FJK

1u0

2F25

+2V5-PF

1u0

2F18

+1V5-P3-FPGA

4V

100n

2F24

2F23

47u

A

C

D

3104 313 6034.7

3FJM

12

120R

3 4

5

G_16450_023.eps

081106

D

E_06532_012.eps

131004

JIP Panel: Display Interfacing

1F04 C11
1F59 F14
2F2A D5
2F2B C3
2F2C B10

2F2D A11
2F2E F5
2F2F F5

2F2H F5

2F2I B5
2F2K B13
2F2L B13
2F2P E11 5F0L B5
2F2Q F11

2F30 G13
2F32 E9
2F33 F9
2F34 B7
2F35 C7

Circuit Diagrams and PWB Layouts

2F45 F12
2F46 D1
2F53 G3
2F95 B1

3F13 E10

3F17 E10
3F18 B2
3F19 B8
3F1W C3
3F1Y C3

3F1Z C5
3F20 B8
3F21 C5
3F22 C2
3F23 B11

3F24 B11
3F25 E5
3F27 E3
3F28 F3
3F29 F3

3F2A E5
3F2B E5
3F2C E5
3F2D B5
3F2F E3

3F2S B13
3F2T B12
3F2V D4
3F37 G11
3F38 F11

3F39 E11
3F3A F11
3F3B F11
3F3C G11
3F44 F12

3F45 G12
3F48 C1
3FH4 C10
3FH5 D10
3FLA F3

3FLB F3
3FLC G3
3FLD G3
3FLE D3
3FLF D3

97BJ3.0A LA 7.

5F0I A9
5F0J A9
5F0K B5

5F0M B5

5F10 A1
5F11 B1
5F12 B1
6F02 C3
6F04 B13

6F05 B12
6F07 B6
6F09 D1
6F10 B2
7F05 B3

7F07 B3
7F08 C4
7F09-1 F11
7F09-2 G11
7F10 B10

9F15 G12
9F16 H12
9F25 H12
9F26 H12
9F2F C10

9F2G C10
9F2H A11
9F2I B3
9F2N F11
9F2P G11

9F2Q A2
FF06 F13
FF07 F13
FF08 F13
FF09 F13

FF13 G13
FF17 E6
FF18 E6
FF19 F6
FF1A F6

FF1B B6
FF2P C1
IF01 D2
IF02 D22F2G F5
IF03 E2

IF04 F2
IF05 F2
IF07 C3
IF08 B4
IF09 C5

IF0A C4
IF0B A10
IF0C B11
IF0D B11
IF0E A12

IF0F C4
IF0G D4
IF0H C3
IF0S B9
IF0T B9

IF18 F11
IF19 F11
IF1A F11
IF1B F11
IF1C G11

IF1D G11
IF44 E2
IF93 B2

123 45

678 9 10111213 14

DISPLAY-INTERFACING

AB10 AB10

A

+12V

+12V-SSB

2F95

100n

5F10

220R
5F11

220R
5F12

220R

B

C

6F09

FF2P

RES

RES

1u0

2F46

BZX384-C4V7

+5V

D

CTRL4-P3

LCD-PWR-ON

3F48 RES

1K0

9F2Q

6F10

RES

3F18

3F21

5F0K

220R
5F0L

220R
5F0M

220R

3F2D

2K2

IF09

10K

100n

2F2A

3F1Z

FF1B

2F2I

100n

SML-310

10K

+VDISP

6F07

+3V3

SDA-I2C4-SSB

SCL-I2C4-SSB

3F19

SDA-I2C4

47R

100p

2F34

3F20
47R

100p

2F35

SDA-I2C4

SCL-I2C4

SCL-I2C4

+3V3

RES

9F2I

7F07

SI4835BDY

3F1W

47K

6F02

3FLE

47R

3FLF

47R

2F2B

1u0

RES

7F05

SI3441BDV

IF07

RES

3F1Y

47K

IF0G

IF0F

IF08

7F08
BC847BW

IF0A

3

1

2

3F2V

10K

4K7

SML-310

IF93

BZX384-C5V6

3F22

47R

IF0H

VDISP-SWITCH

IF01

IF02

+5V

+3V3

RES

RES

IF0S

IF0T

I2C-BUFFER

5F0J

120R

5F0I

120R

7F10

PCA9515ADP

RES

3SDA0 6SDA1

2 SCL0 7

5EN

RES

IF0B

VCC

GND

9F2F

9F2G

8

4

3FH4

SCL1

47R

NC

RES

3FH5

+3V3

RESERVED

E

CTRL1-FPGA

CTRL2-FPGA

CTRL3-FPGA

CTRL4-FPGA

F

CTRL1-FLT

CTRL2

G

SCL-AMBI-3V3

SDA-AMBI-3V3

IF44

IF03

IF04

IF05

3F2F

47R

3F27

47R

3F28

47R

3F29

47R

3FLA

47R

3FLB

47R

100p

2F53

3FLC

47R

3FLD

47R

3F2A

2F2E

47R

100p

3F2B

2F2H

47R

100p

3F2C

2F2G

47R

100p

3F25

2F2F

47R

100p

FF17

FF18

FF19

FF1A

CTRL-DISP1

CTRL-DISP2

CTRL-DISP3

CTRL-DISP4

SDA-AMBI-SSB

SCL-AMBI-SSB

SCL-AMBI-3V3

SDA-AMBI-3V3

3F13

47R

RES

100p

2F32

RES

3F17

47R

RES

100p

2F33

RES

+3V3

+3V3

*

2F2D

100n

RES

9F2H

RES

4K7

1F04

3F24

RES

4K7

3F23

RES

RES

IF0D

1
2

3

45

100n

2F2C

RES

1

47R

IF0C

B3B-PH-SM4-TBT(LF)

AMBI-LIGHT BUFFER *

2F2P

470p
3F39

10K

7F09-1

BC847BS

4K7

3F3B

IF19

2F2Q

470p

3F3A

10K

7F09-2

BC847BS

4K7

3F3C

IF1C

+5V

IF18

2

2K2

3F38

6

1

9F2N

12

RES

IF1A

+5V

IF1B

5

2K2

3F37

3

4

9F2P

RES

IF1D

6F05

BAV99 COL

3F45
100R

+3V3

RES

3F44
100R

IF0E

9F15

9F16

3F2T

47R

2F45

RES

BAV99 COL

100p

2F2K

6F04

FF07

100p

RES

3F2S

47R

FF06

FF08
FF09

100p

2F30

RESERVED

SDA-I2C4-DISP

SCL-I2C4-DISP

100p

2F2L

RESERVED

1F59

1
2

3

4
5

7

6

B5B-PH-SM4-TBT(LF)

FF13

A

B

C

D

E

F

G

H

3104 313 6034.7

123

45678 9

+3V3

9F25

9F26

10 11 12 13 14

G_16450_024.eps

081106

H

Circuit Diagrams and PWB Layouts

JIP Panel: Backlight Control

2FA1 B4 3FD1 D5
2FA2 C6

2FA3 D3
2FA4 D5

2FA5 D6

3FC1 A4

3FC2 B4
3FC3 B5

3FC4 C5
3FC5 C6

3FC6 C6
3FC7 C3

3FC8 C6
3FC9 D4 IF3L B3

3FD2 D5

3FD3 D7
3FD4 D7

98BJ3.0A LA 7.

3FD5 D7
6F50 B4

7F60-2 B5

7F61 C5
7F62-1 D6

7F62-2 D7
7F64 D5

9F50 C4
IF25 C7

IF3A C4
IF3B C6

IF3C C5
IF3D C6

IF3F C4
IF3G D6

IF3H D6
IF3I D7

IF3K D57F60-1 B4

IF3M D8

123 456

7 8

910

BACKLIGHT CONTROL

AB11 AB11

+12V

A

B

C

D

3FC7
100R

100p

2FA3

BACKLIGHT-CTRL-OUT

3FC1

IF3L

6

1

3FC9

CTRL1-FLT

470R

7F60-1
BC847BPN

*

1K0

6F50

BZX384-C8V2

*

3FC2

IF3A

2

4

3

IF3F

2FA1

47K

7F60-2

BC847BPN

5

9F50

1u0

*

IF3C

3FD1

PDTC114EU

12K

3FC3

22K

7F61

IF3B

IF3G

2FA5

BC847BS

3FC6

1u0

7F62-1

3FC4

10K

BC847BW

1u0

33K

2FA4

3FD2

IF3K

7F64

IF3D

2K2

6

1

2FA2

470p
3FC5

4K7

3FC8

1K0

IF3H

2

7F62-2

BC847BS

IF25

+3V3+3V3

10K

3FD3
3

4

IF3I

5

10K

3FD5

3FD4

10K

IF3M

RESERVED

BACKLIGHT-CONTROL

SELECT-PWM-ANA

A

B

C

D

3104 313 6034.7

123 45

G_16450_025.eps

6

7 8 910

081106

JIP Panel: SRP List

Netname Schematic

+12V AB01
+12V AB10
+12V AB11
+12VS AB01
+12V-SSB AB02
+12V-SSB AB10
+1V2 AB01
+1V2-FPGA AB04
+1V2-FPGA AB05
+1V2-PLL AB04
+1V2-PLL AB05
+1V5-P3 AB08
+1V5-P3-FPGA AB08
+1V5-P3-FPGA AB09
+1V5-PLL AB08
+1V5-RX AB08
+1V5-TX AB08
+2V5-FPGA AB04
+2V5-FPGA AB05
+2V5-P3 AB08
+2V5-PF AB08
+2V5-PF AB09
+2V5-PLL AB08
+3V3 AB01
+3V3 AB03
+3V3 AB04
+3V3 AB06
+3V3 AB07
+3V3 AB08
+3V3 AB09
+3V3 AB10
+3V3 AB11
+3V3-FPGA AB04
+3V3LVOIN AB03
+3V3-P3 AB08
+3V3-SD1 AB06
+3V3-SD2 AB06
+3V3TMAIN AB07
+3V3TMOIN AB07
+5V AB10
+VDISP AB02
+VDISP AB10
3V3 AB08
ASDO AB04
ASDO AB05 (1x)
BACKLIGHT-CONTROL AB08 (1x)
BACKLIGHT-CONTROL AB11 (1x)
BACKLIGHT-CONTROL_RESET-P3 AB08 (1x)
BACKLIGHT-CTRL-OUT AB02 (1x)
BACKLIGHT-CTRL-OUT AB11 (1x)
CLK-OSC1 AB04 (1x)
CLK-OSC1 AB05 (1x)
CLK-OSC2 AB04 (1x)
CLK-OSC2 AB05 (1x)
CONF-DONE AB04 (1x)
CONF-DONE AB05 (1x)
CTRL1-FLT AB10 (1x)
CTRL1-FLT AB11 (1x)
CTRL1-FPGA AB05 (1x)
CTRL1-FPGA AB10 (1x)
CTRL2 AB02 (1x)
CTRL2 AB10 (1x)
CTRL2-FPGA AB05 (1x)
CTRL2-FPGA AB10 (1x)
CTRL3-FPGA AB05 (1x)
CTRL3-FPGA AB10 (1x)
CTRL4-FPGA AB05 (1x)
CTRL4-FPGA AB10 (1x)
CTRL4-P3 AB08 (2x)
CTRL4-P3 AB10 (1x)
CTRL-DISP1 AB02 (1x)
CTRL-DISP1 AB10 (1x)
CTRL-DISP2 AB02 (1x)
CTRL-DISP2 AB10 (1x)
CTRL-DISP3 AB02 (1x)
CTRL-DISP3 AB10 (1x)
CTRL-DISP4 AB02
CTRL-DISP4 AB10 (1x)
DATA0 AB04 (2x)
DATA0 AB05 (1x)
DCLK AB04 (2x)
DCLK AB05 (1x)
DEV-CLRn AB05 (1x)
DEV-OE AB05 (1x)
DV-CLK-PLL AB05 (3x)
DVI+5V AB07 (3x)
DVI-HPD AB07 (2x)
DVI-HPD-RESET AB05 (1x)
DVI-HPD-RESET AB07 (1x)
GND-RX AB08 (5x)
GND-SIG AB01 (12x)
GND-TX AB08 (6x)
INO-LVDS-OE AB03 (1x)
INO-LVDS-OE AB05 (2x)
INO-LVDS-OE AB07 (1x)
IN-TMDS-DT AB05 (1x)
IN-TMDS-DT AB07 (1x)
IN-TMDS-PD AB05 (1x)
IN-TMDS-PD AB07 (1x)
IN-TMDS-PX AB05 (1x)
IN-TMDS-PX AB07 (1x)
LCD-PWR-ON AB05 (1x)
LCD-PWR-ON AB10 (1x)
LED1 AB04 (1x)
LED1 AB05 (1x)
LED2 AB04 (1x)
LED2 AB05 (1x)
LED3 AB04 (1x)
LED3 AB05 (1x)
LED4 AB04 (1x)
LED4 AB05 (1x)
LED5 AB04 (1x)
LED5 AB05 (1x)
LO-BIN-0 AB03 (1x)
LO-BIN-0 AB05 (1x)
LO-BIN-1 AB03 (1x)
LO-BIN-1 AB05 (1x)
LO-BIN-2 AB03 (1x)
LO-BIN-2 AB05 (1x)
LO-BIN-2 AB07 (1x)
LO-BIN-3 AB03 (1x)
LO-BIN-3 AB05 (1x)
LO-BIN-3 AB07 (1x)
LO-BIN-4 AB03 (1x)
LO-BIN-4 AB05 (1x)
LO-BIN-4 AB07 (1x)
LO-BIN-5 AB03 (1x)
LO-BIN-5 AB05 (1x)
LO-BIN-5 AB07 (1x)
LO-BIN-6 AB03 (1x)
LO-BIN-6 AB05 (1x)
LO-BIN-6 AB07 (1x)

LO-BIN-7 AB03 (1x)
LO-BIN-7 AB05 (1x)
LO-BIN-7 AB07 (1x)
LO-BIN-8 AB03 (1x)

AB05 (1x)

LO-BIN-8
LO-BIN-8 AB07
LO-BIN-9 AB03 (1x)
LO-BIN-9 AB05 (1x)
LO-BIN-9 AB07 (1x)
LO-GIN-0 AB03 (1x)
LO-GIN-0 AB05 (1x)
LO-GIN-1 AB03 (1x)
LO-GIN-1 AB05 (1x)
LO-GIN-2 AB03 (1x)
LO-GIN-2 AB05 (1x)
LO-GIN-2 AB07 (1x)
LO-GIN-3 AB03 (1x)
LO-GIN-3 AB05 (1x)
LO-GIN-3 AB07 (1x)
LO-GIN-4 AB03 (1x)
LO-GIN-4 AB05 (1x)
LO-GIN-4 AB07 (1x)
LO-GIN-5 AB03 (1x)
LO-GIN-5 AB05 (1x)
LO-GIN-5 AB07 (1x)
LO-GIN-6 AB03 (1x)
LO-GIN-6 AB05 (1x)
LO-GIN-6 AB07 (1x)
LO-GIN-7 AB03 (1x)
LO-GIN-7 AB05 (1x)
LO-GIN-7 AB07 (1x)
LO-GIN-8 AB03 (1x)
LO-GIN-8 AB05 (1x)
LO-GIN-8 AB07 (1x)
LO-GIN-9 AB03 (1x)
LO-GIN-9 AB05 (1x)
LO-GIN-9 AB07 (1x)
LO-IN-CLK AB03 (1x)
LO-IN-CLK AB05 (1x)
LO-IN-CLK AB07 (1x)
LO-IN-DE AB03 (1x)
LO-IN-DE AB05 (1x)
LO-IN-DE AB07 (1x)
LO-IN-FF AB03 (1x)
LO-IN-FF AB05 (1x)
LO-IN-FF AB07 (1x)

(2x)

LO-IN-HS AB03 (1x)
LO-IN-HS AB05 (1x)
LO-IN-HS AB07 (1x)
LO-IN-VS AB03 (1x)
LO-IN-VS AB05 (1x)
LO-IN-VS AB07 (1x)
LO-IN-XX AB03 (1x)
LO-IN-XX AB07 (1x)
LO-RIN-0 AB03 (1x)
LO-RIN-0 AB05 (1x)
LO-RIN-1 AB03 (1x)
LO-RIN-1 AB05 (1x)
LO-RIN-2 AB03 (1x)
LO-RIN-2 AB05 (1x)
LO-RIN-2 AB07 (1x)
LO-RIN-3 AB03 (1x)
LO-RIN-3 AB05
LO-RIN-3 AB07 (1x)
LO-RIN-4 AB03 (1x)
LO-RIN-4 AB05 (1x)
LO-RIN-4 AB07 (1x)
LO-RIN-5 AB03 (1x)
LO-RIN-5 AB05 (1x)
LO-RIN-5 AB07 (1x)
LO-RIN-6 AB03 (1x)
LO-RIN-6 AB05 (1x)
LO-RIN-6 AB07 (1x)
LO-RIN-7 AB03 (1x)
LO-RIN-7 AB05 (1x)
LO-RIN-7 AB07 (1x)
LO-RIN-8 AB03 (1x)
LO-RIN-8 AB05 (1x)
LO-RIN-8 AB07 (1x)

(1x)

LO-RIN-9 AB03 (1x)
LO-RIN-9 AB05 (1x)
LO-RIN-9 AB07 (1x)
nCONFIG AB04 (1x)
nCONFIG AB05 (1x)
nCSO AB04 (2x)
nCSO AB05 (1x)
PWM-3 AB08 (2x)
PWM-OR AB08 (2x)
RXCLK- AB07 (1x)
RXEA- AB02 (1x)
RXEA+ AB02 (1x)
RXEB- AB02 (1x)
RXEB+ AB02 (1x)
RXEC- AB02 (1x)
RXEC+ AB02 (1x)
RXECLK- AB02 (1x)
RXECLK+ AB02 (1x)
RXED- AB02 (1x)
RXED+ AB02 (1x)
RXEE- AB02 (1x)
RXEE+ AB02 (1x)
RXOA- AB02 (1x)
RXOA- AB03 (1x)
RXOA+ AB02 (1x)
RXOA+ AB03 (1x)
RXOB- AB02 (1x)
RXOB- AB03 (1x)
RXOB+ AB02 (1x)
RXOB+ AB03 (1x)
RXOC- AB02 (1x)
RXOC- AB03 (1x)
RXOC+ AB02 (1x)
RXOC+ AB03 (1x)
RXOCLK- AB02 (1x)
RXOCLK- AB03 (1x)
RXOCLK+ AB02 (1x)
RXOCLK+ AB03 (1x)
RXOD- AB02 (1x)
RXOD- AB03 (1x)
RXOD+ AB02 (1x)
RXOD+ AB03 (1x)
RXOE- AB02 (1x)
RXOE- AB03 (1x)
RXOE+ AB02 (1x)
RXOE+ AB03 (1x)
RXP3CLK AB05 (1x)
RXP3CLK AB08 (1x)
RXP3EA-_G7 AB02 (2x)
RXP3EA-_G7 AB08 (1x)
RXP3EA+_G6 AB02 (2x)
RXP3EA+_G6 AB08 (1x)
RXP3EB-_G5 AB02
RXP3EB-_G5 AB08 (1x)
RXP3EB+_G4 AB02 (2x)

Circuit Diagrams and PWB Layouts

RXP3EB+_G4 AB08 (1x)
RXP3EC-_G3 AB02 (2x)
RXP3EC-_G3 AB08 (1x)
RXP3EC+_G2 AB02 (2x)
RXP3EC+_G2 AB08 (1x)

(1x)

RXP3ECLK-_G0 AB02 (2x)
RXP3ECLK-_G0 AB08 (1x)
RXP3ECLK+_G1 AB02 (2x)
RXP3ECLK+_G1 AB08 (1x)
RXP3ED-_R9 AB02 (2x)
RXP3ED-_R9 AB08 (1x)
RXP3ED+_R8 AB02 (2x)
RXP3ED+_R8 AB08 (1x)
RXP3EE-_R7 AB02 (2x)
RXP3EE-_R7 AB08 (1x)
RXP3EE+_R6 AB02 (2x)
RXP3EE+_R6 AB08 (1x)
RXP3FF AB05 (1x)
RXP3FF AB0
RXP3HS_DE AB05
RXP3HS_DE AB08 (1x)
RXP3OA-_B9 AB02 (2x)
RXP3OA-_B9 AB08 (1x)
RXP3OA+_B8 AB02 (2x)
RXP3OA+_B8 AB08 (1x)
RXP3OB-_B7 AB02 (2x)
RXP3OB-_B7 AB08 (1x)
RXP3OB+_B6 AB02 (2x)
RXP3OB+_B6 AB08 (1x)
RXP3OC-_B5 AB02 (2x)
RXP3OC-_B5 AB08 (1x)
RXP3OC+_B4 AB02 (2x)
RXP3OC+_B4 AB08 (1x)
RXP3OCLK-_B2 AB02 (2x)
RXP3OCLK-_B2 AB08 (1x)
RXP3OCLK+_B3 AB02 (2x)
RXP3OCLK+_B3 AB08 (1x)
RXP3OD-_B1 AB02 (2x)
RXP3OD-_B1 AB08 (1x)
RXP3OD+_B0 AB02 (2x)
RXP3OD+_B0 AB08 (1x)
RXP3OE-_G9 AB02
RXP3OE-_G9 AB08 (1x)
RXP3OE+_G8 AB02 (2x)
RXP3OE+_G8 AB08 (1x)
RXP3R0 AB05 (1x)
RXP3R0 AB08 (1x)
RXP3R1 AB05 (1x)
RXP3R1 AB08 (1x)
RXP3R2 AB05 (1x)
RXP3R2 AB08 (1x)
RXP3R3 AB05 (1x)
RXP3R3 AB08 (1x)
RXP3R4 AB05 (1x)
RXP3R4 AB08 (1x)
RXP3R5 AB05 (1x)
RXP3R5 AB08 (1x)
RXP3VS AB05 (1x)
RXP3VS AB08 (1x)

SCL-AMBI-3V3 AB05 (1x)
SCL-AMBI-3V3 AB08 (1x)
SCL-AMBI-3V3 AB10

(1x)

SCL-AMBI-SSB AB02 (1x)
SCL-AMBI-SSB AB10 (1x)
SCL-DVI AB07 (2x)
SCL-DVI-FPGA AB05 (1x)
SCL-DVI-FPGA AB07 (1x)
SCL-I2C4 AB05 (1x)
SCL-I2C4 AB08 (1x)
SCL-I2C4 AB10 (2x)
SCL-I2C4-DISP AB02 (1x)
SCL-I2C4-DISP AB10 (1x)
SCL-I2C4-SSB AB01 (1x)
SCL-I2C4-SSB AB02 (1x)
SCL-I2C4-SSB AB10 (1x)
SD1-A0 AB05 (1x)
SD1-A0 AB06 (2x)
SD1-A1 AB05 (1x)
SD1-A1 AB06 (2x)
SD1-A10 AB05 (1x)
SD1-A10 AB06 (2x)
SD1-A11 AB05 (1x)
SD1-A11 AB06 (2x)
SD1-A2 AB05 (1x)
SD1-A2 AB06 (2x)
SD1-A3 AB05 (1x)
SD1-A3 AB06 (2x)
SD1-A4 AB05 (1x)
SD1-A4 AB06 (2x)
SD1-A5 AB05 (1x)
SD1-A5 AB06 (2x)
SD1-A6 AB05 (1x)
SD1-A6 AB06 (2x)
SD1-A7 AB05 (1x)
SD1-A7 AB06 (2x)
SD1-A8 AB05 (1x)
SD1-A8 AB06 (2x)
SD1-A9 AB05 (1x)
SD1-A9 AB06 (2x)
SD1-CAS AB05
SD1-CAS AB06 (2x)
SD1-CKE AB05 (1x)
SD1-CKE AB06 (2x)
SD1-CLK AB05 (1x)
SD1-CLK AB06 (2x)
SD1-CS AB05 (1x)
SD1-CS AB06 (2x)
SD1-DQ1 AB05 (1x)
SD1-DQ1 AB06 (1x)
SD1-DQ10 AB05 (1x)
SD1-DQ10 AB06 (1x)
SD1-DQ11 AB05 (1x)
SD1-DQ11 AB06 (1x)
SD1-DQ12 AB05 (1x)
SD1-DQ12 AB06 (1x)
SD1-DQ13 AB05 (1x)
SD1-DQ13 AB06 (1x)
SD1-DQ14 AB05 (1x)
SD1-DQ14 AB06 (1x)
SD1-DQ15 AB05 (1x)
SD1-DQ15 AB06 (1x)
SD1-DQ16 AB05 (1x)
SD1-DQ16 AB06 (1x)
SD1-DQ2 AB05 (1x)
SD1-DQ2 AB06 (1x)
SD1-DQ3 AB05 (1x)
SD1-DQ3 AB06 (1x)
SD1-DQ4 AB05 (1x)
SD1-DQ4 AB06 (1x)
SD1-DQ5 AB05 (1x)
SD1-DQ5 AB06 (1x)
SD1-DQ6 AB05 (1x)

(3x)

SD1-DQ6 AB06 (1x)
SD1-DQ7 AB05 (1x)

SD1-DQ7 AB06 (1x)
SD1-DQ8 AB05 (1x)
SD1-DQ8 AB06 (1x)
SD1-DQ9 AB05 (1x)
SD1-DQ9 AB06 (1x)
SD1-DQM AB05
SD1-DQM AB06 (2x)
SD1-RAS AB05 (1x)
SD1-RAS AB06 (2x)
SD1-WE AB05 (1x)
SD1-WE AB06 (2x)
SD2-DQ1 AB05 (1x)
SD2-DQ1 AB06 (1x)
SD2-DQ10 AB05 (1x)
SD2-DQ10 AB06 (1x)
SD2-DQ11 AB05 (1x)
SD2-DQ11 AB06 (1x)
SD2-DQ12 AB05 (1x)
SD2-DQ12 AB06 (1x)

8 (1x)

SD2-DQ13 AB05 (1x)

(1x)

SD2-DQ13 AB06 (1x)
SD2-DQ14 AB05 (1x)
SD2-DQ14 AB06 (1x)
SD2-DQ15 AB05 (1x)
SD2-DQ15 AB06 (1x)
SD2-DQ16 AB05 (1x)
SD2-DQ16 AB06 (1x)
SD2-DQ2 AB05 (1x)
SD2-DQ2 AB06 (1x)
SD2-DQ3 AB05 (1x)
SD2-DQ3 AB06 (1x)
SD2-DQ4 AB05 (1x)
SD2-DQ4 AB06 (1x)
SD2-DQ5 AB05 (1x)
SD2-DQ5 AB06 (1x)
SD2-DQ6 AB05 (1x)
SD2-DQ6 AB06 (1x)
SD2-DQ7 AB05 (1x)
SD2-DQ7 AB06 (1x)
SD2-DQ8 AB05 (1x)
SD2-DQ8 AB06 (1x)
SD2-DQ9 AB05 (1x)

(2x)

SD2-DQ9 AB06 (1x)
SDA-AMBI-3V3 AB05 (1x)
SDA-AMBI-3V3 AB08 (1x)
SD

A-AMBI-3V3 AB10 (2x)
SDA-AMBI-SSB AB02 (1x)
SDA-AMBI-SSB AB10 (1x)
SDA-DVI AB07 (2x)
SDA-DVI-FPGA AB05 (1x)
SDA-DVI-FPGA AB07 (1x)
SDA-I2C4 AB05 (1x)
SDA-I2C4 AB08 (1x)
SDA-I2C4 AB10 (2x)
SDA-I2C4-DISP AB02 (1x)
SDA-I2C4-DISP AB10 (1x)
SDA-I2C4-SSB AB01 (1x)
SDA-I2C4-SSB AB02 (1x)
SDA-I2C4-SSB AB10 (1x)
SELECT-PWM-ANA AB05 (1x)
SELECT-PWM-ANA AB11 (1x)
SENSE+1V2-FPGA AB01 (1x)

(2x)

SENSE+1V2-FPGA AB04 (1x)
TCK AB04 (1x)
TCK AB05 (1x)
TDI AB04 (1x)
TDI AB05 (1x)
TDO AB04 (1x)
TDO AB05 (1x)
TMS AB04 (1x)
TMS AB05 (1x)
TXFPGAEA-_G7 AB02 (1x)
TXFPGAEA-_G7 AB05 (1x)
TXFPGAEA+_G6 AB02 (1x)
TXFPGAEA+_G6 AB05 (1x)
TXFPGAEB-_G5 AB02 (1x)
TXFPGAEB-_G5 AB05 (1x)
TXFPGAEB+_G4 AB02 (1x)
TXFPGAEB+_G4 AB05 (1x)
TXFPGAEC-_G3 AB02 (1x)
TXFPGAEC-_G3 AB05 (1x)
TXFPGAEC+_G2 AB02 (1x)
TXFPGAEC+_G2 AB05 (1x)
TXFPGAECLK-_G0 AB02 (1x)
TXFPGAECLK-_G0 AB05 (1x)
TXFPGAECLK+_G1 AB02 (1x)
TXFPGAECLK+_G1 AB05 (1x)
TXFPGAED-_R9 AB02 (1x)
TXFPGAED-_R9 AB05 (1x)
TXFPGAED+_R8 AB02 (1x)
TXFPGAED+_R8 AB05 (1x)
TXFPGAEE-_R7 AB02 (1x)
TXFPGAEE-_R7 AB05 (1x)
TXFPGAEE+_R6 AB02 (1x)
TXFPGAEE+_R6 AB05 (1x)
TXFPGAOA-_B9 AB02 (1x)
TXFPGAOA-_B9 AB05 (1x)
TXFPGAOA+_B8 AB02 (1x)
TXFPGAOA+_B8 AB05 (1x)
TXFPGAOB-_B7 AB02 (1x)

(1x)

TXFPGAOB-_B7 AB05 (1x)
TXFPGAOB+_B6 AB02 (1x)
TXFPGAOB+_B6 AB05 (1x)
TXFPGAOC-_B5 AB02 (1x)
TXFPGAOC-_B5 AB05 (1x)
TXFPGAOC+_B4 AB02 (1x)
TXFPGAOC+_B4 AB05 (1x)
TXFPGAOCLK-_B2 AB02 (1x)
TXFPGAOCLK-_B2 AB05 (1x)
TXFPGAOCLK+_B3 AB02 (1x)
TXFPGAOCLK+_B3 AB05 (1x)
TXFPGAOD-_B1 AB02 (1x)
TXFPGAOD-_B1 AB05 (1x)
TXFPGAOD+_B0 AB02 (1x)
TXFPGAOD+_B0 AB05 (1x)
TXFPGAOE-_G9 AB02 (1x)
TXFPGAOE-_G9 AB05 (1x)
TXFPGAOE+_G8 AB02 (1x)
TXFPGAOE+_G8 AB05 (1x)
TXP3EA- AB02
TXP3EA- AB08 (1x)
TXP3EA+ AB02 (1x)
TXP3EA+ AB08 (1x)
TXP3EB- AB02 (1x)
TXP3EB- AB08 (1x)
TXP3EB+ AB02 (1x)
TXP3EB+ AB08 (1x)
TXP3EC- AB02 (1x)
TXP3EC- AB08 (1x)
TXP3EC+ AB02 (1x)
TXP3EC+ AB08 (1x)
TXP3ECLK- AB02 (1x)
TXP3ECLK- AB08 (1x)
TXP3ECLK+ AB02 (1x)

99BJ3.0A LA 7.

TXP3ECLK+ AB08 (1x)
TXP3ED- AB02 (1x)
TXP3ED- AB08 (1x)
TXP3ED+ AB02 (1x)
TXP3ED+ AB08 (1x)

(1x)

TXP3EE- AB02 (1x)
TXP3EE- AB08 (1x)
TXP3EE+ AB02 (1x)
TXP3EE+ AB08 (1x)
TXP3OA- AB02 (1x)

OA- AB08 (1x)

TXP3

A+ AB02 (1x)

TXP3O
TXP3OA+ AB08 (1x)
TXP3OB- AB02 (1x)
TXP3OB- AB08 (1x)
TXP3OB+ AB02 (1x)
TXP3OB+ AB08 (1x)
TXP3OC- AB02 (1x)
TXP3OC- AB08 (1x)
TXP3OC+ AB02 (1x)
TXP3OC+ AB08 (1x)
TXP3OCLK- AB02 (1x)
TXP3OCLK- AB08 (1x)
TXP3OCLK+ AB02 (1x)
TXP3OCLK+ AB08 (1x)
TXP3OD- AB02 (1x)
TXP3OD- AB08 (1x)
TXP3OD+ AB02 (1x)
TXP3OD+ AB08 (1x)
TXP3OE- AB02 (1x)
TXP3OE- AB08 (1x)
TXP3OE+ AB02 (1x)
TXP3OE+ AB08 (1x)
TXPANELEA- AB02 (1x)
TXPANELEA+ AB02 (1x)
TXPANELEB- AB02 (1x)
TXPANELEB+ AB02 (1x)
TXPANELEC- AB02 (1x)
TXPANELEC+ AB02 (1x)
TXPANELECLK- AB02 (1x)
TXPANELECLK+ AB02 (1x)
TXPANELED- AB02 (1x)
TXPANELED+ AB02 (1x)
TXPANELEE- AB02 (1x)
TXPANELEE+ AB02 (1x)
TXPANELOA- AB02 (1x)
TXPANELOA+ AB02 (1x)
TXPANELOB- AB02 (1x)
TXPANELOB+ AB02 (1x)
TXPANELOC- AB02 (1x)
TXPANELOC+ AB02 (1x)
TXPANELOCLK- AB02 (1x)
TXPANELOCLK+ AB02 (1x)
TXPANELOD- AB02 (1x)
TXPANELOD+ AB02 (1x)
TXPANELOE- AB02 (1x)
TXPANELOE+ AB02 (1x)

(1x)

1.1. Introduction

SRP (Service Reference Protocol) is a software tool that creates a list with all references to signal lines. The list contains
references to the signals within all schematics of a PWB. It replaces the text references currently printed next to the signal
names in the schematics. These printed references are created manually and are therefore not guaranteed to be 100%
correct. In addition, in the current crowded schematics there is often none or very little place for these references.
Some of the PW

B schematics w

reference list for a schematic, or there will be printed references in the schematic.

1.2. Non-SRP Schematics

There are several different signals available in a schematic:

1.2.1. Power Supply Lines

All power supply lines are available in the supply line overview (see chapter 6). In the schematics (see chapter 7) is not
indicated where supplies are coming from or going to.
It is however indicated if a supply is incoming (created elsewhere), or outgoing (created or adapted in the current schematic).

Outgoing Incoming

+5V +5V

1.2.2. Normal Signals

For normal signals, a schematic reference (e.g. B14b) is placed next to the signals.

B14b

signal_name

1.2.3. Grounds

For normal and special grounds (e.g. GNDHOT or GND3V3 etc.), nothing is indicated.

1.3. SRP Schematics

SRP is a tool, which automatically creates a list with signal references, indicating on which schematic the signals are used.
A reference is created for all signals indicated with an SRP symbol, these symbols are:

+5V +5V

name name

name name

name name

name

Bi-directional line (e.g. SDA) into a wire tree.

name

Signal line into a wire tree, its direction depends on the circuit (e.g. ingoing for PDP, outgoing for LCD sets).

Remarks:

• When there is a black dot on the "signal direction arrow" it is an SRP symbol, so there will be a reference to the signal
name in the SRP list.

• All references to normal grounds (Ground symbols without additional text) are not listed in the reference list, this to keep
it concise.

• Signals that are not used in multiple schematics, but onl
in the SRP reference list, but only with one reference.

Additional Tip:

When using the PDF service manual file, you can very easily search for signal names and follow the signal over all the
schematics. In Adobe PDF reader:

• Select the signal name you want to search for,

• Copy and paste the signal name in the "Search PDF" tool.

• Search for all occurrences of the signal name.

• Now you can quickly jump between the different occurrences and follow the signal over all schematics. It is advised to
"zoom in" to e.g. 150% to see clearly, which text is selected. Then you can zoom out, to get an overview of the complete
schematic.

PS. It is recommended to use at l

ill use SRP while others will still use the manual references. Either there will be an SRP

Power supply line.

Stand alone signal or switching line (used as less as possible).

Signal line into a wire tree.

Switching line into a wire tree.

y once or several times in the same schematic, are included

with the "Select text" tool.

east Adobe PDF (reader) version 6.x, due to better search possibilities in this version.

G_16450_0603

301106

Layout JIP Panel (Z-Side)

Circuit Diagrams and PWB Layouts

100BJ3.0A LA 7.

3104 313 6034.7

G_16450_026.eps

081106

1000 A2
1F00 A1
1F01 B3
1F04 B1
1F50 C3
1F51 B1
1F59 A1
1F60 B3
1M10 A3
2F17 A2
2F18 A2
2F19 A2
2F20 A2
2F21 A2
2F22 A2
2F23 A2
2F24 A2
2F25 A2
2F2C B1
2F2D B1
2F2P A1
2F2Q A1
2F30 A1
2F32 B1
2F33 B1
2F34 B3
2F35 B3
2F45 A1
2F46 A1
2F4V C1
2F4W C2
2F4Y C1
2F50 C2
2F51 C2
2F52 C2
2F55 A3
2F56 A3
2F57 A3
2F58 A3
2F60 A3
2F62 A3
2F63 A3
2F64 B3
2F65 A3
2F66 A3
2F67 B3
2F68 B3
2F69 A3
2F7C B3
2F7E B3
2F91 B3
2F92 B3
2FAZ C2
2FD1 C1
2FH1 C2
2FH2 B2
2FH3 B2
2FH4 C2
2FH5 C2
2FH6 C2
2FH7 C2
2FH8 B2
2FH9 B2
2FHA C2
2FHB C2
2FHC C2
2FHD B2
2FHE B2
2FHF C2
2FHG C2
2FHH B2
2FHJ B2
2FHK B2
2FHL C2
2FHM C2
2FHN B2
2FHP B2
2FHQ B2
2FHR B2
2FHS B2
2FHT B2
2FHU C2
2FHV C2
2FHW C2
2FHX B2
2FHY C2
2FHZ B2
2FJ1 B2
2FJ2 C2
2FJ3 B2
2FJ4 B2
2FJ5 C2
2FJ6 C2
2FJ7 C2
2FJ8 B2
2FJ9 B2
2FJ

A B2
2FJB B2
2FJC B2
2FJD B2
2FJE B2
2FJF B2

2FJG B2
2FJH B2
2FJP C2
2FK1 A2
2FK2 B2
2FK3 B2
2FK4 B2
2FK5 A2
2FK6 A2
2FK7 A2
2FK8 A2
2FK9 A2
2FKA A2
2FKB A2
2FKC A2
2FKD A2
2FKE A2
2FKF A2
2FKG A2
2FKH B2
2FKJ B2
2FKK A2
2FKL A2
2FKM A2
2FKN B2
2FKP B2
2FKQ B2
2FKR A2
2FKS A2
2FKT A2
2FKU A2
2FKV A2
2FKW B2
2FKX B2
2FKY B2
2FKZ B2
2FL2 A2
2FL3 B2
2FL4 B2
2FL5 A2
2FL6 B2
2FL7 B2
2FL8 B2
2U01 A3
2U02 A3
2U09 A3
2U13 A3
2U16 A3
2U26 A3
2U27 A3
2U28 A3
2U33 A3

3F00 C1
3F02 C1
3F04 C1
3F06 C1
3F08 C1
3F10 C2
3F12 B3
3F13 B1
3F16 B3
3F17 A1
3F19 B3
3F20 B3
3F23 B1
3F24 B1
3F26 B2
3F30 B3
3F31 B3
3F35 B3
3F36 B3
3F37 A1
3F38 A1
3F39 A1
3F3A A1
3F3B A1
3F3C A1
3F3R C2
3F3S C2
3F3T C2
3F3Y C2
3F40 B2
3F42 C2
3F44 A1
3F45 A1
3F46 C2
3F47 C2
3F48 A1
3F49 C1
3F72 B2
3F73 B2
3F74 B2
3F75 B2
3F87 C3
3F88 B3
3F89 B3
3F90 B3
3F91 C3
3F96 C3
3F97 B3
3F98 B3
3F99 A2

3FF

A A2

3FFB A2
3FFC A2
3FFD A2
3FFE A2
3FFF A2
3FFG A2
3FFH A2
3FFL A2
3FFM A2
3FFN A2
3FFU A2
3FFV A2
3FFW A2
3FH0 C1
3FH1 C1
3FH4 B1
3FH5 B1
3FH7 C3
3FH8 C3
3FH9 C3
3FHF C2
3FHG C2
3FHI B3
3FJB C2
3FJK A2
3FJL A2
3FJM A2
3U02 B2
3U08 A3
3U09 A2
3U10 B2
3U11 B2
3U16 B2
3U17 A3
3U18 B2
3U21 B2
3U22 B2
3U27 A3
3U28 B2
3U29 B2
3U37 A3
3U46 A3
3U55 A3

5F0C B2
5F0I B1
5F0J B1
5F0N A2
5F0P A2
5F0Q B2
5F0R A2
5F0S B2
5F0T C1
5F0U B2
5F22 A3
5F23 A3
5F24 A3
5F26 B3
5F29 C3
5F30 C3
5F31 C3
5F32 C3
5F33 C3
5F34 B3
5F35 B3
5F36 B3
5F37 B3
5F38 B3
5F39 B3
5F40 B3
5F48 B1
5F49 B1
5F50 B3
5F51 C2
5F53 C2
5F54 C2
5F55 C1
5F56 C1
5F57 B2
5F58 B2
5F59 B1
5F60 B1
5F61 B1
5F62 B1
5F63 B1
5F64 B1
5F65 B1
5F66 B1
5F80 C1
5U00 A3
5U01 A3
5U02 A3
6F04 B1
6F05 B1
6F06 B3
6F09 A1
6F25 B3
6F30 B3
6F31 C1
6F32 C1
6F33 C1
6F34 C1

6F35 C2
7F07 C3
7F09 A1
7F10 B1
7F11 B3
7F13 A2
7F16 B3
7F24 B3
7F25 C2
7F30 A2
7F31 A1
7F32 B2
7F35 A2
7F36 A2
7F37 A2
7F85 C1
7U01 A3
7U03 A3
9F02 C2
9F03 B2
9F04 B2
9F05 C2
9F20 C2
9F25 A1
9F26 A1
9F29 A2
9F2H B1
9F42 A3
9F43 A3
9F97 A3
9FMA B2
9FMB B2
9FMC B2
9FMD B2
9FME B2
9FMF B2
9FMG B2
9FMH B2
9FMJ B2
9FMK B2
9FML B2
9FMM B2
9FMN B2
9FMP B2
9FMQ B2
9FMR B2
9FMS B2
9FMT B2
9FMU B2
9FMV B2
9FMW B2
9FMX B2
9FMY B2
9FMZ B2