Philips LC4.8L LA Service Manual

Color Television Chassis

ME6

LC4.8L

LA

ME6

H_16980_000.eps

200207

Contents Page Contents Page

1. Technical Specifications, Connections, and Chassis
Overview 2

2. Safety Instructions, Warnings, and Notes 4

3. Directions for Use 5

4. Mechanical Instructions 6

5. Service Modes, Error Codes, and Fault Finding 11

6. Block Diagrams, Test Point Overviews, and

Waveforms

Wiring Diagram 32” 17
Wiring Diagram 37” & 42” 18
Block Diagram Video 19
Block Diagram Audio & Control 20
Test Point Overview SSB (Top Side) 21
I2C Overview 22
Supply Voltage Overview 23

7. Circuit Diagrams and PWB Layouts Diagram PWB
SSB: Tuner and IF (B1) 24 45-54
SSB: Hercules (B2) 25 45-54
SSB: Sync Interface (B3) 26 45-54
SSB: Audio Delay Line (PDP Only) (B4) 27 45-54
SSB: Audio Processing (B5) 28 45-54
SSB: DC-DC Converter (B6) 29 45-54
SSB: Scaler (B7) 30 45-54
SSB: Scaler (B8) 31 45-54
SSB: Scaler Interface (B9) 32 45-54
SSB: SDRAM (B10) 33 45-54
SSB: Flash / Control (B11) 34 45-54
SSB: MUX-Sync Interface (B13) 36 45-54
SSB: Digital I/O (B14) 37 45-54
SSB: Top Connectors (B16) 38 45-54
SSB: Side Connectors (B17) 39 45-54
SSB: ADC (B18) 40 45-54
SSB: Columbus (B19) 41 45-54
SSB: EPLD (B20) 42 45-54

©

Copyright 2007 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.

SSB: EPLD (B21) 43 45-54
SSB: Cinch Analog I/O (B23) 44 45-54
Class D Audio Amplifier (32”) (C) 55 56
Layout Side I/O Panel (32”) (Top Side) (D) 57 58
Side I/O Panel (37” & 42”) (D) 59 60
Keyboard Control Board (32”) (E) 61 61
Keyboard Control Board (37” & 42”) (E) 62 62
IR/LED Panel (32” & 37”) (J) 63 63
IR / LED Panel (42”) (J) 64 64
Standby/Audio Panel (37” & 42”): Conn. (SA1) 65 68- 70
Standby/Audio Panel (37” & 42”): Standby(SA2) 66 68- 70
Standby/Audio Panel (37” & 42”): Audio (SA3) 67 68- 70

8. Alignments 71

9. Circuit Descriptions, Abbreviation List, and IC Data
Sheets 75
Abbreviation List 81
IC Data Sheets 83

10. Spare Parts List 87
Diversity Table SSB 87

11. Revision List 93

Published by WS 0772 BG CD Customer Service Printed in the Netherlands Subject to modification EN 3122 785 16980

EN 2 LC4.8L LA1.

s
7

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:

• Figures can deviate due to the different set executions.

• Specifications are indicative (subject to change).

1.1 Technical Specifications

1.1.1 Vision

Display type : LCD, IPS
Screen size : 37” (94 cm), 16:9

Resolution (HxV pixels) : 1366 x 768p
Contrast ratio : 800:1
Light output (cd/m

2

) : 500
Response time (ms) : 8
Viewing angle (HxV degrees) : 176x176
Tuning system : PLL
TV Color systems : PAL N, M

Video playback : PAL B/G, D/K, I, M/N

Supported computer formats : 640x480

Supported video formats : 640x480i - 1fH

Presets/channels : 125 presets
Tuner bands : UHF, VHF, S, H

: 42” (107 cm), 16:9

:NTSC M

:NTSC M

: 800x600
: 1024x768
: 1280x768

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

1.2 Connection Overview

Note: The following connector color abbreviations are used

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

UC

Figure 1-1 Rear and side I/O connections

1.2.1 Side I/O connections

Mini Jack: Audio Head phone - Out

Bk - Head phone 32 - 600 ohm / 10 mW ot

Cinch: Video CVBS - In, Audio - In

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

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

1.2.2 Rear Connections

/ 10 kohm jq

RMS

/ 10 kohm jq

RMS

/ 75 ohm jq

PP

/ 75 ohm j

PP

/ 75 ohm j

PP

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1.1.2 Sound

Maximum power (W

) : 2 x 15

RMS

1.1.3 Miscellaneous

Power supply:

- Mains voltage (V

) : 100 - 250

AC

- Mains frequency (Hz) : 50 - 60

Ambient conditions:

- Temperature range (°C) : +5 to +40

- Maximum humidity : 90% R.H.

Power consumption

- Normal operation (W) : ≈ 180 (37 inch)

: ≈ 230 (42 inch)

- Stand-by (W) : < 1

Dimensions (WxHxD mm) : 1114x618x103 (37”)

: 1249x697x111 (42”)

Weight (kg) : 26 (37 inch)

: 32 (42 inch)

HDMI: HDMI/PC-D, Digital Video/Audio - In

19

18 2

1

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Figure 1-2 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
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

D-SUB: PC VGA/CVI-2, Video 2fH RGB/YPbPr - In

Technical Specifications, Connections, and Chassis Overview

EN 3LC4.8L LA 1.

1

5

6

11

10

15

E_06532_002.eps

050404

Figure 1-3 VGA Connector

1 - Video Red/Pr 0.7 V
2 - Video Green/Y 0.7 V
3 - Video Blue/Pb 0.7 V

/ 75 ohm j

PP

/ 75 ohm j

PP

/ 75 ohm j

PP

4-n.c.
5 - Ground Gnd H
6 - Ground Red Gnd H
7 - Ground Green Gnd H
8 - Ground Blue Gnd H
9-+5V

+5 V j

DC

10 - Ground Sync Gnd H
11 - n.c.
12 - DDC_SDA DDC data j
13 - H-sync 0 - 5 V j
14 - V-sync 0 - 5 V j
15 - DDC_SCL DDC clock j

Cinch: PC VGA/CVI-2, Audio - In

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

/ 10 kohm jq

RMS

/ 10 kohm jq

RMS

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

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

/ 10 kohm jq

RMS

/ 10 kohm jq

RMS

/ 75 ohm jq

PP

S-Video (Hosiden): AV, 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

Cinch: Monitor Out, Video CVBS - Out, Audio - Out

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

/10 kohm kq

RMS

/ 10 kohm kq

RMS

/ 75 ohm kq

PP

Cinch: CVI-1, Video YPbPr - In

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

/ 75 ohm jq

PP

/ 75 ohm jq

PP

/ 75 ohm jq

PP

Cinch: CVI-1, Audio - In

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

Service connector (ComPair)

1 - SDA-S I
2 - SCL-S I

2
2

/ 10 kohm jq

RMS

/ 10 kohm jq

RMS

C Data (0 - 5 V) jk
C Clock (0 - 5 V) j

3 - Ground Gnd H

Service connector (UART)

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

Aerial - In

- - F-type Coax, 75 ohm D

1.3 Chassis Overview

AUDIO STANDBY

SA

PANEL

SMALL

B

SIGNAL BOARD

SIDE CONTROL

E

BOARD

LCD PANEL

Figure 1-4 Chassis overview

POWER SUPPLY

PANEL

SIDE I/O PANEL

LED PANEL

F_15420_028.eps

A

D

J

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EN 4 LC4.8L 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 color 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.

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 BGA (Ball Grid Array) ICs

Introduction

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.

BGA Temperature Profiles

For BGA-ICs, you must use the correct temperature-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.

2.3.4 Lead-free Soldering

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 stabilize 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 stabilized 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.

-9

), or pico-farads (p= x10

-12

-6

),

).

Directions for Use

EN 5LC4.8L LA 3.

• 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

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, one 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. 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.

Identification: The bottom line of a type plate gives a 14-digit
serial number. Digits 1 and 2 refer to the production center (e.g.
AG is Bruges), digit 3 refers to the B.O.M. code, digit 4 refers
to the Service version change code, digits 5 and 6 refer to the
production year, and digits 7 and 8 refer to production week (in

example below it is 2006 week 17). The 6 last digits contain the
serial number.

MODEL :

PROD.NO:

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!

2.3.7 Practical Service Precautions

• It makes sense to avoid exposure to electrical shock.

• Always respect voltages. While some may not be

32PF9968/10

AG 1A0617 000001

Figure 2-1 Serial number (example)

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.

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.

MADE IN BELGIUM

220-240V 50/60Hz

~

VHF+S+H+UHF

BJ3.0E LA

S

E_06532_024.eps

128W

130606

3. Directions for Use

You can download this information from the following websites:
http://www.philips.com/support
http://www.p4c.philips.com

EN 6 LC4.8L 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

4.1 Cable Dressing

Notes:

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

• Follow the disassembling instructions in described order.

Figure 4-1 Cable dressing (37” model)

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Figure 4-2 Cable dressing (42” model)

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Mechanical Instructions

EN 7LC4.8L LA 4.

4.2 Service Positions

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

• The buffers from the packaging (see figure "Rear cover").

• Foam bars (created for Service).

• Aluminium service stands (created for Service).

4.2.1 Foam Bars

1

Required for sets

1

42”

E_06532_018.eps

171106

Figure 4-3 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. Failure to follow these
guidelines can seriously damage 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

4.3 Assy/Panel Removal

4.3.1 Rear Cover

Warning: Disconnect the mains power cord before you remove

the rear cover.

1. Remove the screws that secure the rear cover (see next
figure “Rear cover screws”):
a) T20 “Mushrooms” [1] for securing the stand/wall mount;
b) T10 torx screws [2] near the rear I/O panel;
c) T10 torx screws [3] that secure the loudspeaker
compartments (6 of these screws are in sunken holes [4])
and along the edges of the rear cover.

2. Lift the rear cover from the cabinet cautiously. Make sure
that wires and other internal components are not damaged
during cover removal.

3

3

4

3

3

4

3

Figure 4-5 Rear cover screws (photo from 37” model)

4.3.2 Side I/O Panel

1. Refer to next fig. “Side I/O panel“.

2. Disconnect the cable [1] from the panel.

3. Remove the fixation screw [2] and slide the whole assy to
the right (there are fixations brackets at the under side).

4. To remove the PWB from its bracket, you have to lift the
catch located on top of the headphone connector and slide
the PWB from its bracket.

When defective, replace the whole unit.

1

2

3

4

4

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3

3

3

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Figure 4-4 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.
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!

2

1

H_16980_056.eps

Figure 4-6 Side I/O panel (photo from 37” model)

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EN 8 LC4.8L LA4.

s
7

Mechanical Instructions

4.3.3 IR/LED Panel

1. Refer to next fig. “IR/LED panel“.

2. Release clip [1] and remove the board.

3. Unplug connector(s).
When defective, replace the whole unit.

Figure 4-7 IR/LED panel (photo from 37” model)

4.3.6 Audio Amplifier Panel

1. Remove the rear cover, as described earlier.

2. Refer to next fig. “Audio amplifier panel“.

3. Disconnect all cables from the panel.

4. Remove the fixation screws [1] from the panel.

5. Take the panel out (mind the fixation brackets at the bottom
side).

1

1

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Figure 4-9 Audio amplifier panel (photo from 37” model)

4.3.4 Keyboard Control Panel

1. Remove the three screws that hold the assy.

2. Disconnect the cable from the panel.
When defective, replace the whole unit.

4.3.5 Power Supply Panel

1. Refer to next fig. “Power supply panel“.

2. Disconnect all cables from the panel.

3. Remove the fixation screws [1] from the panel.

4. Take the panel out (mind the fixation brackets at the right
side).

1

H_16980_048.ep

Figure 4-8 Power supply panel (photo from 37” model)

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Mechanical Instructions

EN 9LC4.8L LA 4.

4.3.7 Small Signal Board (SSB)

Note: Depending on the model number, some models come

with a shielding around the SSB, others do not. Please refer to
the appropriate paragraph below.

SSB Shielding removal (when present)

1. Refer to next fig. “SSB Shielding“.

2. Cautiously disconnect the LVDS cable [1] from the SSB.

3. Remove all other cables [2] from the SSB.

4. Remove the fixation screws [3] and remove the SSB
shielding with the SSB board inside and the rear
connector plate still attached to it.

5. Refer to fig. “Rear connector plate“ below.

6. Remove the connector fixation screws [3] from the
connector plate and remove the metal connector plate from
the SSB board.

7. Remove the upper part of the shielding from the SSB
panel, by unhooking it from its brackets. Be careful not to
damage the LVDS connector on the SSB board.

1

2

3

SSB removal (if no shielding present)

1. Refer to earlier fig. “Rear connector plate“.

2. Remove the connector fixation screws [3] from the
connector plate and remove the metal connector plate from
the SSB board.

3. Refer to next fig. “Small Signal Board“.

4. Cautiously disconnect the cables [2] from the SSB.

5. Remove the fixation screws [1].

6. Remove the SSB panel.

2

2

1

2

2

3

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Figure 4-12 Small Signal Board

Figure 4-10 SSB shielding

3 3

Figure 4-11 Rear connector plate

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EN 10 LC4.8L LA4.

4.3.8 LCD Panel

Mechanical Instructions

1

3

34

34

2

Figure 4-13 LCD panel fixation (37” model)

To remove the LCD-panel, carry out the following steps:

1. Refer to fig. “LCD panel fixation“.

2. Disconnect the cables from the “L” and the “R”
loudspeakers and remove them from their cable clamps.

3. Important: Unplug the LVDS connector [3] on the LCD
panel. Be careful, as this is a very fragile connector!

4. Release the Side I/O assy, the IR/LED panel, and the
Keyboard Control assy from the front cabinet.

5. Remove the T10 torx screws [1] from the LCD panel.

6. Remove the T20 torx screws [2] from the LCD panel.

7. Unplug the two LCD Inverter cables [4]. For easy access, it
might be necessary to remove the two metal brackets that
cover these connectors.

8. Lift the metal frame (together with all PWBs) from the
cabinet. Important: Take care that the LVDS cable [4] is

unplugged at the LCD panel.

9. After removal of the metal frame, you can lift the LCD panel
[1] from the TV (see next figure “LCD panel removal”).

1

H_16980_045.eps

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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 positions. See Figure "Cable
dressing". Be careful with the fragile LVDS cable.

Figure 4-14 LCD panel removal

F_15420_047.eps

210705

Service Modes, Error Codes, and Fault Finding

5. Service Modes, Error Codes, and Fault Finding

EN 11LC4.8L LA 5.

Index of this chapter:

5.1 Test Points

5.2 Service Modes

5.3 Service Tools

5.4 Error Codes

5.5 The Blinking LED Procedure

5.6 Fault Finding and Repair Tips

5.1 Test Points

In the chassis schematics and layout overviews, the test points
(Fxxx) are mentioned. In the schematics, test points are
indicated with a rectangular box around “Fxxx” or “Ixxx”, in the
layout overviews with a “half-moon” sign.
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: Color 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.

This chassis also offers the option of using ComPair, a
hardware interface between a computer and the TV chassis. It
offers the possibilities of structured troubleshooting, error code
reading, and software version readout 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)

– Hotel / hospital mode.
– Auto shut off (when no “IDENT” video signal is

received for 15 minutes).
– Skipping of non-favorite presets / channels.
– Auto-storage of personal presets.
– Auto user menu time-out.
– Auto Volume Levelling (AVL).

How to Enter

To enter SDM, use one of the following methods:

• Press the following key sequence on the remote control
transmitter: “062596” directly followed by the MENU button
(do not allow the display to time out between entries while
keying the sequence).

• Short "Service" jumpers on the TV board during cold start
and apply mains (see Figure "Service jumpers"). Then
press the mains button (remove the short after start-up).
Caution: Entering SDM by shorting "Service" jumpers will
override the +8V-protection. Do this only for a short period.
When doing this, the service-technician must know exactly
what he is doing, as it could damage the television set.

• Or via ComPair.

1

F_15270_053.eps

180505

Figure 5-1 Service jumpers

Purpose

• To create a predefined setting for measurements to be
made.

• To override software protections.

• To start the blinking LED procedure.

• To inspect the error buffer.

• To check the life timer.

Specifications

Table 5-1 SDM default settings

Region Freq. (MHz) Default syst.

Europe (except France),
AP-PAL/-Multi

France SECAM L
NAFTA, AP-NTSC 61.25 (channel 3) NTSC M
LATAM PAL M

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

• Bass, treble, and balance at 50%; volume at 25%.

• All service-unfriendly modes (if present) are disabled. The
service unfriendly modes are:
– Timer / Sleep timer.
– Child / parental lock.
– Blue mute.

475.25 PAL B/G

After entering SDM, the following screen is visible, with SDM in
the upper right corner of the screen to indicate that the
television is in Service Default Mode. See next paragraph
“Service Alignment Mode (SAM)” for an explanation.

LLLLL AAAABCD X.YY/EEEEEE F.GG SDM
ERR 0 0 0 0 0
OP 000 057 140 032 120 128 000

F_15420_029.eps

070220

Figure 5-2 SDM menu

EN 12 LC4.8L LA5.

Service Modes, Error Codes, and Fault Finding

How to Navigate

Use one of the following methods:

• When you press the MENU button on the remote control,
the set will switch on the normal user menu in the SDM
mode.

• On the TV, press and hold the VOLUME DOWN and press
the CHANNEL DOWN for a few seconds, to switch from
SDM to SAM and reverse.

How to Exit

Switch the set to STANDBY by pressing the mains button on
the remote control transmitter or the television set.
If you turn the television set off by removing the mains (i.e.,
unplugging the television) without using the mains button, the
television set will remain in SDM when mains is re-applied, and
the error buffer is not cleared.

5.2.2 Service Alignment Mode (SAM)

Purpose

• To change option settings.

• To display / clear the error code buffer.

• To perform alignments.

Specifications

• Operation hours counter (maximum five digits displayed).

• Software version, Error codes, and Option settings display.

• Error buffer clearing.

• Option settings.

• AKB switching.

• Software alignments (Tuner, White Tone, Geometry &
Audio).

• NVM Editor.

• ComPair Mode switching.

How to Enter

To activate SAM, use one of the following methods:

• Press the following key sequence on the remote control
transmitter: “062596" directly followed by the OSD/
STATUS/INFO(I+) button (do not allow the display to time
out between entries while keying the sequence).

• Or via ComPair.

After entering SAM, the following screen is visible, with SAM in
the upper right corner of the screen to indicate that the
television is in Service Alignment Mode.

LLLLL AAAABCD X.YY/EEEEEE F.GG SAM
ERR 0 0 0 0 0

OP xxx xxx xxx xxx xxx xxx xxx

. Clear Clear ?
. Options
. Tuner
. White Tone
. Audio
. NVM Editor
. SC NVM Editor
. ComPair Mode Off

F_15420_030.eps

Figure 5-3 SAM menu

070220

Menu Explanation

1. LLLLL (e.g. 00035). This represents the run timer. The run
timer counts normal operation hours, but does not count
standby hours.

2. AAAABCD-X.YY (e.g. LC4XEF1-1.15). This is the
software identification of the main microprocessor:
– A= the project name (LC04.x).
– B= the region: E= Europe, A= Asia Pacific, U= NAFTA,

L= LATAM.

– C= the software diversity:

• Europe: T= 1 page TXT, F= Full TXT, V= Voice
control.

• LATAM and NAFTA: N= Stereo non-dBx, S=
Stereo dBx.

• Asian Pacific: T= TXT, N= non-TXT, C= NTSC.

• ALL regions: M= mono, D= DVD, Q= Mk2.

– D= the language cluster number.
– X= the main software version number (updated with a

major change that is incompatible with previous
versions).

– Y= the sub software version number (updated with a

minor change that is compatible with previous
versions).

3. EEEEEE-F.GG (e.g. S4XPVX-1.23). This is the software
identification of the Scaler:
– EEEEEE= the scaler sw cluster
– F= the main sw version no.
– GG= the sub-version no.

4. SAM. Indication of the Service Alignment Mode.

5. Error Buffer (ERR). Shows all errors detected since the
last time the buffer was erased. Five errors possible.

6. Option Bytes (OP). Used to set the option bytes. See
“Options” in the Alignments section for a detailed
description. Seven codes are possible.

7. Clear. Erases the contents of the error buffer. Select the
CLEAR menu item and press the MENU RIGHT key. The
content of the error buffer is cleared.

8. Options. Used to set the option bits. See “Options” in the
Alignments section for a detailed description.

9. Tuner. Used to align the tuner. See “Tuner” in the
Alignments section for a detailed description.

10. White Tone. Used to align the white tone. See “White
Tone” in the Alignments section for a detailed description.

11. Audio. No audio alignment is necessary for this television
set.

12. NVM Editor. Can be used to change the NVM data in the
television set. See table “NVM data” further on.

13. SC NVM Editor. Can be used to edit Scaler NVM.

14. ComPaIr. Can be used to switch on the television to In
System Programming (ISP) mode, for software uploading
via ComPair.
Caution: When this mode is selected without ComPair
connected, the TV will be blocked. Remove the AC power
to reset the TV.

How to Navigate

• In SAM, select menu items with the MENU UP/DOWN keys
on the remote control transmitter. The selected item will be
highlighted. When not all menu items fit on the screen, use
the MENU UP/DOWN keys to display the next / previous
menu items.

• With the MENU LEFT/RIGHT keys, it is possible to:
– Activate the selected menu item.
– Change the value of the selected menu item.
– Activate the selected submenu.

• In SAM, when you press the MENU button twice, the set
will switch to the normal user menus (with the SAM mode
still active in the background). To return to the SAM menu
press the MENU or STATUS/EXIT button.

• When you press the MENU key in while in a submenu, you
will return to the previous menu.

Service Modes, Error Codes, and Fault Finding

EN 13LC4.8L LA 5.

How to Store SAM Settings

To store the settings changed in SAM mode, leave the top level
SAM menu by using the POWER button on the remote control
transmitter or the television set.

How to Exit

Switch the set to STANDBY by pressing the mains button on
the remote control transmitter or the television set.
If you turn the television set “off” by removing the mains (i.e.,
unplugging the television) without using the mains button, the
television set will remain in SAM when mains is re-applied, and
the error buffer is not cleared.

5.2.3 Customer Service Mode (CSM)

Purpose

The Customer Service Mode shows error codes and
information on the TV’s operation settings. The call centre can
instruct the customer (by telephone) to enter CSM in order to
identify the status of the set. This helps the call centre to
diagnose problems and failures in the TV set before making a
service call.
The CSM is a read-only mode; therefore, modifications are not
possible in this mode.

How to Enter

To enter CSM, press the following key sequence on the remote
control transmitter: “123654” (do not allow the display to time
out between entries while keying the sequence).

Upon entering the Customer Service Mode, the following
screen will appear (example):

1 00035 LC4XET1 1.15/S4XPVX 1.23 CSM
2 CODES 0 0 0 0 0
3 OP xxx xxx xxx xxx xxx xxx xxx
4 xxPFxxxx/xx
5 xxxx
6 NOT TUNED
7 PAL
8 Stereo
9 CO 50 CL 50 BR 50
0 AVL Off

How to Exit

To exit CSM, use one of the following methods:

• Press the MENU, STATUS/EXIT, or POWER button on the
remote control transmitter.

• Press the POWER button on the television set.

5.3 Service Tools

5.3.1 ComPair

Introduction

ComPair (Computer Aided Repair) is a Service tool for Philips
Consumer Electronics products. and offers the following:

1. ComPair helps you to quickly get an understanding on how
to repair the chassis in a short and effective way.

2. ComPair allows very detailed diagnostics and is therefore
capable of accurately indicating problem areas. You do not
have to know anything about I2C or UART commands
yourself, because ComPair takes care of this.

3. ComPair speeds up the repair time since it can
automatically communicate with the chassis (when the uP
is working) and all repair information is directly available.

4. ComPair features TV software upload possibilities.

Specifications

ComPair consists of a Windows based fault finding program
and an interface box between PC and the (defective) product.
The (new) ComPair II interface box is connected to the PC via
an USB cable. For the TV chassis, the ComPair interface box
and the TV communicate via a bi-directional cable via the
service connector(s).
The ComPair fault finding program is able to determine the
problem of the defective television, by a combination of
automatic diagnostics and an interactive question/answer
procedure.

How to Connect

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

TO TV

TO

UART SERVICE

CONNECTOR

ComPair II

RC in

RC out

I2C SERVICE
CONNECTOR

Multi

function

TO

OR

E_15420_031.eps

070220

Figure 5-4 CSM menu (example)

Menu Explanation

1. Indication of the decimal value of the operation hours
counter, Software identification of the main microprocessor
(see "Service Default or Alignment Mode" for an
explanation), and the service mode (CSM = Customer
Service Mode).

2. Displays the last five errors detected in the error code
buffer.

3. Displays the option bytes.

4. Displays the type number version of the set.

5. Reserved item for P3C call centres (AKBS stands for
Advanced Knowledge Base System).

6. Indicates the television is receiving an "IDENT" signal on
the selected source. If no "IDENT" signal is detected, the
display will read "NOT TUNED"

7. Displays the detected Color system (e.g. PAL/NTSC).

8. Displays the detected Audio (e.g. stereo/mono).

9. Displays the picture setting information.

10. Displays the sound setting information.

Optional

Switch

Power ModeLink/

Activity

HDMI

2

I

C only

2

I

C

PC

ComPair II Developed by Philips Brugge

Optional power

5V DC

RS232 /UART

G_06532_036.eps

260107

Figure 5-5 ComPair II interface connection

Caution: It is compulsory to connect the TV to the PC as

shown in the picture above (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!

EN 14 LC4.8L LA5.

Service Modes, Error Codes, and Fault Finding

How to Order

ComPair II order codes:

• ComPair II interface: 3122 785 91020.

• ComPair32 CD (update): 3122 785 60160.

• 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

5.3.2 LVDS Tool

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. Thus to determine if LVDS, RGB, and sync
signals are okay.

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.

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.

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

5.4 Error Codes

The error code buffer contains all errors detected since the last
time the buffer was erased. The buffer is written from left to
right. When an error occurs that is not yet in the error code
buffer, it is displayed at the left side and all other errors shift one
position to the right.

5.4.1 How to Read the Error Buffer

You can read the error buffer in 3 ways:

• On screen via the SAM (if you have a picture).

Examples:

– ERROR: 0 0 0 0 0 : No errors detected
– ERROR: 6 0 0 0 0 : Error code 6 is the last and only

detected error

– ERROR: 9 6 0 0 0 : Error code 6 was detected first and

error code 9 is the last detected (newest) error

• Via the blinking LED procedure (when you have no
picture). See “The Blinking LED Procedure”.

•Via ComPair.

5.4.2 How to Clear the Error Buffer

The error code buffer is cleared in the following cases:

• By using the CLEAR command in the SAM menu:
– To activate SAM, press the following key sequence on

the remote control transmitter: “062596” directly
followed by the OSD/STATUS button (do not allow the
display to time out between entries while keying the
sequence).

– Make sure the menu item CLEAR is highlighted. Use

the MENU UP/DOWN buttons, if necessary.

– Press the MENU RIGHT button to clear the error

buffer. The text on the right side of the “CLEAR” line will
change from “CLEAR?” to “CLEARED”

• If the contents of the error buffer have not changed for 50
hours, the error buffer resets automatically.

Note: If you exit SAM by disconnecting the mains from the
television set, the error buffer is not reset.

Service Modes, Error Codes, and Fault Finding

EN 15LC4.8L LA 5.

5.4.3 Error Codes

In case of non-intermittent faults, write down the errors present
in the error buffer and clear the error buffer before you begin
the repair. This ensures 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
and not the actual cause of the problem (for example, a fault in
the protection detection circuitry can also lead to a protection).

Table 5-2 Error code overview

Error Device Error Description Check Item Diagram

0- No error - ­1 - Mismatch of Hercules

4 Genesis Scaler

Flash-ROM

5 Scaler supply +5V protection 7752 B6
6- General I

7ADC I
8 Scaler NVM I2C error while

9 Hercules NVM I

10 Tuner I2C error while

11 Columbus I2C error while

13 HDMI Receiver

(when present)

14 Scaler SDRAM Read-write error with

16 EPLD I2C error while

17 Digital Module

(only on Digital
sets)

and Scaler SW

2

I

C error while
communicating with
the Genesis Scaler
and/or Flash-ROM is
faulty/empty

2

C error 1102, 7L04, 7M00 B1 + B18

2

C error 7L04 B18

communicating with
the Scaler NVM

2

C error while
communicating with
the Hercules NVM.
Remark: when the
Hercules NVM is
defective, the Hercules
should operate with its
default values.

communicating with
the PLL tuner

communicating with
the 2D/3D combfilter
Columbus

I2C error while
communicating with
the iBoard HDMI
Panellink Receiver/
Decoder (only in
NAFTA and AP sets)

the Scaler SDRAM

communicating with
EPLD

2

I

C error while
communicating with
the Digital Module

--

7801

7C00

7C01 B11

7207 B2

1102, F102, F104,
F107

7M00 B19

7D03 B12

7B01 B10

7N02 B20 +

Digital Module

B7 + B8

B11

+ B19

B1

B21

5.5 The Blinking LED Procedure

Using this procedure, you can make the contents of the error
buffer visible via the front LED. This is especially useful when
there is no picture.

When the SDM is entered, the front LED will blink the contents
of the error-buffer:

• The LED blinks with as many pulses as the error code
number, followed by a time period of 1.5 seconds, in which
the LED is “off”.

• Then this sequence is repeated.

Any RC command terminates this sequence.

Example of error buffer: 12 9 6 0 0
After entering SDM, the following occurs:

• 1 long blink of 5 seconds to start the sequence,

• 12 short blinks followed by a pause of 1.5 seconds,

• 9 short blinks followed by a pause of 1.5 seconds,

• 6 short blinks followed by a pause of 1.5 seconds,

• 1 long blink of 1.5 seconds to finish the sequence,

• The sequence starts again with 12 short blinks.

5.6 Fault Finding and Repair Tips

Notes:

• It is assumed that the components are mounted correctly
with correct values and no bad solder joints.

• Before any fault finding actions, check if the correct options
are set.

5.6.1 NVM Editor

In some cases, it can be convenient if one directly can change
the NVM contents. This can be done with the “NVM Editor” in
SAM mode. With this option, single bytes can be changed.

Caution:

• Do not change the NVM settings without
understanding the function of each setting, because
incorrect NVM settings may seriously hamper the
correct functioning of the TV set!

• Always write down the existing NVM settings, before
changing the settings. This will enable you to return to the
original settings, if the new settings turn out to be incorrect.

Table 5-3 NVM editor overview (example)

Hex Dec

.ADR 0x0000 0
.VAL 0x0000 0
.Store Store?

EN 16 LC4.8L LA5.

Service Modes, Error Codes, and Fault Finding

5.6.2 Load Default NVM Values

It is possible to download default values automatically into the
NVM in case a blank NVM is placed or when the NVM first 20
address contents are "FF". After the default values are
downloaded, it is possible to start-up and to start aligning the
TV set. To initiate a forced default download the following
action has to be performed:

1. Switch “off” the TV set with the mains cord disconnected
from the wall outlet (it does not matter if this is from
"Standby" or "Off" situation).

2. Short-circuit the SDM jumpers on the SSB (keep short
circuited).

3. Press “P+” or “CH+” on the local keyboard (and keep it
pressed).

4. Reconnect the mains supply to the wall outlet.

5. Release the “P+” or “CH+” when the set is “on” or blue LED
is blinking.

When the downloading has completed successfully, the set
should be into Standby, i.e. red LED on.

Alternative method (1):

1. Go to SAM.

2. Select NVM Editor.

3. Set ADR (address) to 0001 (dec, 4 digit).

4. Change the VAL (value) to 170 (dec, 3 digit).

5. Store the value (via CURSOR RIGHT).

6. Do a “hard reset” to make sure new default values took
place.

Alternative method (2):

It is also possible to upload the default values to the NVM with
ComPair in case the SW is changed, the NVM is replaced with
a new (empty) one, or when the NVM content is corrupted.
After replacing an NVM (or with a defective/no NVM), default
settings should be used to enable the set to start-up and allow
the Service Default Mode and Service Alignment Mode to be
accessed.

5.6.3 Tuner and IF

No Picture Display (blank screen with correct sound output)

1. Check whether the user menu is visible.

2. If the user menu is OK, activate Teletext mode.

3. If teletext is OK, the problem is in the ADC (B18) &
Columbus 3D combfilter (B19), if present (depending on
model, see also paragraph “Teletext Path” in chapter 9).

4. If the user menu is not visible, check if the LCD panel
backlight is ON.

5. If the backlight is OFF, the problem is in the power supply
board or LCD panel. Also check pin 12 (LAMP_ON_OFF)
of 1J02. It should be HIGH during normal operation.

Note: For faultfinding purposes, it is important to know the
following: in Pixel Plus and Digital Crystal Clear models, which
have an ADC (B18) and Columbus 3D combfilter (B19), the
digital input of the Scaler is used for the digital video path
(Hercules output), whereas the analogue RGB input (analogue
input of the scaler) is only used for Teletext. This means that no
mixed mode (video plus Teletext simultaneously) is possible. If
there is sound and Teletext, but no video and user menu (blank
screen), the digital path (Hercules - ADC - Columbus - Scaler)
is faulty. If there is sound but no Teletext, the back-end part
(Scaler - LCD panel) is faulty. In Crystal Clear models, which
do not have an ADC and Columbus, the RGB path (analogue
input of scaler) is used for both video and teletext.

No TV, but PC is Present

1. Check if Hsync_SDTV and Vsync_SDTV are present at pin
1 & pin13 of 7E03.

2. If they are present, check Teletext output.

3. If there is no Teletext output, the IC TDA150xx may be
defect.

5.6.5 Power Supply

In case the power supply does not work, check (apart from the
obvious fuse-check) if the oscillators in IC7001 (in TV sets with
37 inch screens) or in IC7001 and IC7U01 (in TV sets with 42
inch screens) are working. If not, replace the ICs.

No Picture in RF Mode, but there is a Noise Raster

1. Check whether picture is present in AV. If not, go to Video
processing troubleshooting section.

2. If picture is present, check if the Option settings are correct.

3. If correct, check if all the supply voltages are present (3.3/
5/8/12/33 V).

4. Check if the I

5. Manually store a known channel and check if there is IF
output at Tuner pin 11.

6. Check the tuning DC voltage at pin 2 of the Tuner. The DC
voltage should vary according to the frequency/channel
being chosen.

7. If the tuning voltage is OK, check the tuner output, pin 11.

8. If it has no output, the Tuner may have a defect. Change
the Tuner.

Required System is not Selected Correctly

Check whether a Service jumper (#4204 and 4205, 0805 size)
is present (diagram B2, location C9). If yes, remove it.

5.6.4 Video Processing

No Power

1. Check +12 V and 3V3 at position 1J02.

2. If no supply, check the connector 1J02.

3. If it is correct, check the Power Supply board.

Power Supply is Correct, but no Green LED

1. Check if the connectors 1K00 are properly inserted.

2. If they are inserted correctly, check if the 3V3 is present.

2

C lines are working correctly (3.3 V).

Block Diagrams, Test Point Overviews, and Waveforms

6. Block Diagrams, Test Point Overviews, and Waveforms

Wiring Diagram 32”

WIRING 32” LCD

(STYLING ME6)

17LC4.8L LA 6.

LCD PANEL

RIGHT

SPEAKER

INVERTER

CN01

14P

8520

12P

X530

14P

X521

LCD SUPPLY

X200

12P

B

8J02

1P06

SSB

30P

8P06

LV DS

30P

12P

1J02

8903

C

CLASS D
AUDIO
AMPLIFIER

10P

1J00

1003

3P

3P

1J03

8J03

1002

9P

1001

9P

1J04

4P

8J04

1K00

1K01

6P

12P

8903

8520

INVERTER

12P

CN04

SPEAKER

SIDE AV

D

LEFT

X002

8002

AC INLET

8187

2P3

TUNER

1K02

3P

8K01

8684

8870

J

12P

1304

6P

1870

LED
SWITCH
PANEL

KEYBOARD CONTROL

E

1684

3P

H_16980_057.eps

210207

Block Diagrams, Test Point Overviews, and Waveforms

Wiring Diagram 37” & 42”

WIRING 37”- 42” LCD

(STYLING ME6)

18LC4.8L LA 6.

LCD PANEL

RIGHT

SPEAKER

8735

INVERTER

14P

3P

3P

7P

1736

1735

1M02

B

30P

1P07

SSB

1739

9P

8M01

SA

AUDIO

8739

8P07

11P

1J01

8406

10P

1J00

8408

8407

3P

1J03

9P

1J04

TO DISPLAY

LV DS

6P

1K00

10P

X406

7P

X410

8302

11P

X407

LCD SUPPLY

14P

X404

8736

12P

X403

LEFT

SPEAKER

8403

12P

INVERTER

KEYBOARD CONTROL

E

1M01

3P

TUNER

1K04

1K02

11P

3P

8870

8M36

8001

AC INLET

8187

X101

2P3

D

SIDE AV

11P

1M36

LED

J

SWITCH
PA NE L

H_16980_058.eps

6P

1870

210207

Block Diagrams, Test Point Overviews, and Waveforms

Block Diagram Video

VIDEO

TUNER & VIF

B1

RF

IN

B23

VIDEO

S-VHS

VIDEO

OUT

D

VIDEO

+5SW_a

1102
UV1338/A

67

TUNER

4

5

SCL

SDA

CINCH ANALOGUE IO

1R02

IN

1

3

5

4

2

1R07

Pr

1R06

Y

Pb

SIDE AV

1002

(1302)

IN

1001

(1301)

1

3

5

SVHS

4

2

+VTUN

9

IF-TER

11

1

CVI_Pr_IN

CVI_Y_IN

CVI_Pb_IN

FRONT_YCVBS_IN

FRONT_C_IN

( ) ONLY FOR 32”

B17

B17

2106

1104

2

3

45MHZ75

SC2_Y_IN

FRONT_Y_CVBS_IN

SC2_C_IN

FRONT_C_IN

SC2|AV2_SIDE_SW

B7

7R12

EF

4R68

4R70

4R69

B17

1K04

1M36

(1K01)

(1304)

2

2

4

4

7

VIF1

8

VIF2

3104

RF_AGC

7R57

2

1

12

13

SC2_CVBS_MON_OUT

SC1_CV1_DMMI_R_Pr_IN

SC1_CV1_DMMI_G_Y_IN

SC1_CV1_DMMI_B_Pb_IN

SIDE
CONNECTIONS

FRONT_YCVBS_IN

FRONT_C_IN

HERCULES

B2

7217
TDA15011H

24

25

31

DC

29

30

14

SC2_AV3_Y_IN

15

9

4R12

( ) ONLY FOR 32”

AC

4R64

B23

B23

AGC

Detect

QSS Mixer
AM Demod.

SC2_AV3_C_IN

CVBS_COMB

SC2_Y_IN_1

4206

Sound

Tra p s

B13

B13

B13

7206

CVBS1

QSS/FM

AM

19LC4.8L LA 6.

EPLD

PIXEL+

B21

1P02

1P03

1P04

1P05

1P01

7P02
THC63LVDM83R

EPLD

LVD S
TRANS­MITTER

LVDS_VCC

LVDSCLK-

LVDSCLK+

OR

LVDS_VCC

LVDSCLK-

LVDSCLK+

RGB

LVDSA­LVDSA+

LVDSB­LVDSB+

LVDSC­LVDSC+

LVDSD-

LVDSD+

LVDSA­LVDSA+

LVDSB­LVDSB+

LVDSC­LVDSC+

LVDSD­LVDSD+

LVDSAn
LVDSAp

LVDSBn
LVDSBp
LVDSCn
LVDSCp

LVDSDn

LVDSDp
LVDSCLKn

LVDSCLKp

1P07

1
11

12
13
14
15
16

17
18
19
20
24
25
26
21
22

37” SETS
42” SETS

1P06

1
11

10
12
14
13
15

19
18
20
27
26
28
22
21
23

32” SETS

LVDS CONNECTOR TO DISPLAY LVDS CONNECTOR TO DISPLAY

MUX-SYNC INTERFACE

B13

85

G_OSD

Vertical &
East-West
Geometry

Sync Sep

H-OSC
H-Shift
H-Drive

CVBS/Y

B_OSD

Fast Blanking

B22

CONNECTOR

RO

GO

BO

VDRB

HOUT

DIGITAL IO

10

15

5

1

6

11

VGA

86

87

SYNC INTERFACE

B3

7436-2

VSYNC

22

7436-1

HOUT

67

B18

7L01

EF

7L02

EF

1Q01

1

5Q06

2
3

5Q21

13
14

SDA_VGA

12

SCL_VGA

15

ADC

7L03

5Q01

5Q11

5Q23

43

31

EF

SCL

SDA

Vsync_SDTV

Hsync_SDTV

7L04

MST9883C
30
31

54

43

48

56

57

BINA|Pb

GINA|YINA

RINA|Pr

H_PC

V_PC

A/D

CONV.

SC1_R_CVI_Pr_IN

B13

SC1_G_CVI_Y_IN

B13

SC1_B_CVI_Pb_IN

B13

B22

B22

B13

B22

B3

B22

B13

B22

B3

COL_Di(1-7)

COL_YA(1-8)

SC1_CV1_DMMI_R_Pr_IN

B23

SC1_CV1_DMMI_G_Y_IN

B23

SC1_CV1_DMMI_B_Pb_IN

B23

B13

B13
B13

B13
B13

BINA|Pb

GINA|YINA

RINA|Pr

Vsync_SDTV

Hsync_SDTV

GINA|YINA

RGB Matrix

Blue & Black

Strech

Gamma Corr.

c

cvbs/y

HERCULES

Dig. 2H/4H

Combfilter

Yint

Y Delay Adj.

Chroma

Uint

PAL/NTSC/

SECAM

Decoder &

Vint

Baseband

Delay

RGB/Pr Pb Insert

YUV Interface

INSSW3

R/Pr-3

G/Y3

B/Pb-3

77 78 79 80

Skin Tone

SAT

U/V Tint

Saturation

SCAVEM

Peaking

on text

SCAVEM

U/V Delay

YOU T

VOUT

UOUT

74 75 76 70 71 72

YUV

YUV in/out

H/V

VIN

UIN

N.C.

INTF_V_OUT

INTF_U_OUT

INTF_Y_OUT

R_OSD

YIN

Video

Switch

+

Control

59

64

51

52

58

48

55

43

V_PC

H_PC

RINA|Pr

BINA|Pb

25

12

13

1

5

11

15

1

1

2

7E01

7E02

7E03

13

1

3

12

2
5

H_HDMI

V_HDMI

7E00

17

14

11

9

12

14

2

19

15

14

10,11

B10

7B01
K4D263238I

B19

7M00
T6TU5XBG-0001

DIGITAL COMB

7M01
MSM56V16

14

15
4

9

5

1

R_PR-ADC

G_Y-ADC

B_PB-ADC

7E04

5

1

SDRAM

SDRAM

1Mx32x4

COLUMBUS

(Dig. PAL/NTC Comb)

COLUMBUS

FILTER

DRAM

512Kx16x2

SC1_R_CVI_Pr_IN

SC1_G_CVI_Y_IN

SC1_B_CVI_Pb_IN

RGB|CVI_HDA_SEL

7E05

PC_HD_DET

SD_HD_SEL

+2V5_DDR

COL_A

HDMI_VHS

8

HDMI_VVS

4

AVSYNC

8

AHSYNC

4

95

COL_DQ

SOG

R_PR+

G_Y+

B_PB+

B7

B7

COL_Do(1-7)

COL_YB(1-8)

FSDATA

FSADDR

B13

B13
B13

B7

B7

C3

D2

C2

B2

L3

L4

C14

B14

SCALER

7801
GM1501

ANALOG

INPUT
PORT

FRAME
STORE

CONTROL

SCALER

GRAPHIC

ZOOM

OUT BLENDER

OSD CONTROLLER

BRIGHTNESS/CONTRAST/HUE/SAT

VIDEO
ZOOM

UART

INTERFACE

B9

EXTERNAL

ROM

INTERFACE

SCALER

DISPLAY

TIMING

GEN.

OCMDATA

OCMADDR

AE16
AF16

AE15
AF15

AE14
AF14

AF12
AF11

AF13
AE12

FLASH/CONTROL

B11

7C00
MX29LV040CQC

SCL_IO

SDA_IO

NVM_WP_SCALER

EPLD

B20

TXB0­TXB0+

TXB1­TXB1+

TXB2­TXB2+

TXB3­TXB3+

TXBC­TXBC+

OR

TXB0+
TXB0­TXB1+
TXB1­TXB2+
TXB2­TXB3+
TXB3­TXBC+

TXBC-

7N02
EP1C12F256C8N

FLASH

ROM

512Kx8

7C01
M24C32

6

5

7

4N03
4N01

4N07
4N05

4N11
4N09

4N15
4N13

4N19
4N17

32” SETS

EEPOM

4Kx8

LVDSCLKn

LVDSCLKp

7N04
THC63LVDF84B

LVDS

INTERFACE

RECEIVER

RGB

LVDSAn
LVDSAp

LVDSBn
LVDSBp

LVDSCn
LVDSCp

LVDSDn
LVDSDp

PROCESSOR

Only for sets with

PIXEL PLUS

1

19

HDMI

CONNECTOR

HDMI

B12

7D03

B7

SII9993CTG100

97

96
92

91

87

86
84

83

HDMI

PANELLINK

RECEIVER

33

34

HDMI_Y(0-7)

HDMI_CbCr(1-7)

1Q03

1

2

3
4
5
6
7

8

18 2

9
10
11

12

19

7Q01

RX2+

RX2-

RX1+

RX1-

RX0+

RX0-

RXC+

RXC-

HDM1_HOTPLUG_RESET

DVI/HDMI

INPUT
PORT

MICRO

CONTROLLER

INTERNAL

RAM

H_16980_059.eps

210207

Block Diagrams, Test Point Overviews, and Waveforms

Block Diagram Audio & Control

AUDIO

TUNER & IF

B1

1102
UV1338/A

RF IN

CINCH ANALOGUE (1FH)

B23

1R06

CVI-1
AUDI O
IN L/R

1R03

AV

AUDI O

IN L/R

PC
AUDI O
IN L/R

1Q01

1
3

1

4
6
7
9

18 2

19

10

HDMI

D

AUDI O
L/R IN

12

SIDE I/O

1002

(1302)

CONTROL

CONTROL BOARD

E

LED PANEL

J

7802

2

GND

+3V3-STBY

7804

+3V3-STBY

VS

OUT

7808

6801-2

6801-1

TUNER

4

SCL

AV3 _L

AV3 _R

Channel+

Channel-

Volume+

3

1

Green

Red

5

SDA

Menu

Volume-

Power

7803

IFOUT

SC1_COMP_AV1_L_IN

SC1_COMP_AV1_R_IN

B22

3Q30

3Q31

L_FRONT_IN

R_FRONT_IN

7801

3801

IF-TER

11

SC2_L_IN

SC2_R_IN

DIGITAL IO

AV3_LEFT

AV3_RIGHT

RX2+
RX2­RX1+

RX1­RX0+
RX0­RXC+
RXC-

( ) ONLY FOR 32”

KEYBOARD

LIGHT-SENSOR

3802

1M36
(1304)

66

88

( ) ONLY FOR 32”

RC

+3V3-STBY

LED_SEL

PC-TV-LED

2106

4R62

4R63

HDMI

B12

7D03
SII9993CT

97

HDMI

96

PANELINK

92

RECEIVER

91
87
86
84
83

EXT-RES

SIDE CONNECTORS

B17

1K04

(1K01)

B17

1M01

1K02

(1684)

(1M01)

22

1K00

1870

33

11

22

55

44

66

1104

7

2

8

3

SC1_COMP_AV1_L_IN

SC1_COMP_AV1_R_IN

7D05

12
13

2
1

30

SDO

31

WS

32

SCK

81

SIDE CONNECTORS

+3V3STBY

LED_SEL

PC-TV-LED

SC2_L_IN_1

SC2_R_IN_1

AudioIN2L

15

AudioIN2R

14

10,11

AV3_HDMI-AUDIO_SEL

7D04
UDA1334BT

14

DAC

16

3

DATA I

2

WS

1

BCK

6

SYSCLK

FRONT_L_IN

FRONT_R_IN

( ) ONLY FOR 32”

SYNC INTERFACE

B3

7430

VIF1

VIF2

3431

6430

B7

+3v3STBY

+5VSW

HERCULES

B2

7217
TDA15021H

24

25

33

Std Stereo

34

35

56

57

53

AUDI O

SELECT

54

ADC/DAC

49

50

KEYBOARD

LIGHT_SENSOR

AD Conv.

Decoder

IR

QSS Mixer
AM Demod.

Processor

B2

7217
TDA15011H/N1CD0

120

HERCULES

97

115

107

AM

QSS/FM

I2S

HERCULES

10

11

114

116
119

102

111
122

127

CONTROL

AUDI O

Vol /Tre b/

Bass

Features

DACs

SEL_IF_SDM

4022

SERVICE

SDM

STATUS_1
STATUS_2

EXT_MUTE

SOUND-ENABLE

SC_STANDBY

AV2_DMMI_SW

1202

20LC4.8L LA 6.

60

61

SC1_L_RF_OUT

36

SC1_R_RF_OUT

37

62

63

4212

4211

B1

B1

B1

B5

B5

B6

B6

AUDOUTLSL

AUDOUTLSR

N.C.

AUDIO PROCESSING

B5

4618

4619

SOUND-ENABLE_1

B5

7601
TS482ID

2

6

OUT_MUTE

B16

OUT_MUTE

AUDI O-L

AUDI O-R

POR_AUDIO

TO SUPPLY

1

7

OUT_MUTE

POR_AUDIO

3632

3633

7202

7606

MUTE

B16

TOP CONN.

1J04

5J01

11

5J02

33

88
99

1J00

77

8

MUTE

7602
74HC08PW

2

3

&

1

4

&

6

5
9

8

&

10
12

11

3628

&

13

3629

+5V

SC2_L_MON_OUT

SC2_R_MON_OUT

AUDIO

SA

1739

ONLY FOR 37”- 42” SETS

C

1002

1

3

8

ONLY FOR 32” SETS

B17

HP_LOUT

HP_ROUT

SOUND_ENABLE

POWER_DOWN
EXT_MUTE

SC2_L

SC2_R

AUDI O-L

AUDI O-R

SOUND-ENABLE

POR-CLASSD

PROT_AUDIOSUPPLY

CLASS D AUDIO
AMPLIFIER

AUDI O-L

AUDI O-R

SOUND-ENABLE

SIDE
CONNECTORS

4K02

( ) ONLY FOR 32”

N.C.

B2

B16

B2

7701÷7707

1K04

(1K01)

10 10

11 11

77

+16V+19V

7700
TDA7490

10

stby-mute

6

18

-16V-19V

SOUND

ENABLE

7708÷7711

PROT, CIRCUIT

7004

PHASE

INVERTER

D

1M36

(1304)

B23

PROT1

AUDI O

SUPPLY

7

4

7

4

SIDE I/O

SOUND L-HEADPHONE-OUT

SOUND R-HEADPHONE-OUT

DETECT

CINCH ANALOGUE (1FH)

4,22

3

PWM

OSC

23

PWM

2,24

6703

3764

6702

3761

7000
TDA8931T

POWER

COMPARATOR

IN+

HVPI

7001
TDA8931T

POWER

COMPARATOR

IN+

SC2_L_MON_OUT

SC2_R_MON_OUT

VP

OUT

VP

OUT

HVPI

5701

3718

5702

3717

-16 V-19V

+16 V+19V

18

16

13

18

16

13

5731

5730

DCPROT

+16 V+19V

-16 V-19V

VP

5006

5007

1010
(1303)

2

3
5

( ) ONLY FOR 32”

1736

1

3

1735

1

3

1M02

7
6
5

2
1

1736

1

1001

2

1

3

4

HEADPHONE

1R07

H_16980_060.eps

LEFT

SPEAKER

RIGHT

SPEAKER

TO 1002

SA

SUPPLY

TO J03

B16

SSB

LEFT

SPEAKER

RIGHT

SPEAKER

AUDIO

OUT L/R

210207

Block Diagrams, Test Point Overviews, and Waveforms

Test Point Overview SSB (Top Side)

F201 A2
F202 A2
F203 A2
F204 B3
F205 B2
F206 B2

F207 B2
F208 B2
F211 A2
F212 A2
F214 A2
F215 A2

F216 B3
F218 A2
F220 A3
F221 A3
F223 A2
F224 A2

F225 A3
F226 A3
F228 A3
F229 B2
F230 A3
F231 A2

F232 B3
F233 B3
F234 B3
F235 B3
F236 C3
F238 B2

F240 B2
F241 B3
F243 B2
F244 B2
F245 A2
F246 B2

F248 B2
F250 B3
I201 A2
I202 A2
I203 B2
I204 B2

I205 B2
I206 B2
I208 B2
I209 B2
I210 A3
I211 A3

I212 A3
I213 A2
I214 B2
I215 A2
I216 B2
I217 B3

I218 B3
I219 B3
I220 B3
I221 A2
I222 A2
I223 A2

21LC4.8L LA 6.

I224 A3
I225 A2
I226 B2
I227 B2
I228 B3
I229 B2

I230 B3
I231 B2
I232 A2
I233 B2
I234 B2
I235 B2

I236 B2
I237 B2
I238 A2
I239 A3
I240 A3
I242 A2

I243 A3
I244 B3
I246 A3
I247 A3
I254 C3
I256 B3

I257 B3
I258 B2
I259 B3
I264 A2
I265 B3
I266 B3

I267 B3
I268 B3
I270 B3
I271 A3
I272 B3
I273 C3

I277 A3
I278 A3
I283 B3
I284 B3
I288 B3
I289 A2

I290 A2
I291 A2
I292 A2
I293 A2
I294 A2
I297 A1

I298 B3

3139 123 6145.4

H_16980_063.eps

220207

I2C Overview

I²C

HERCULES

B2

Block Diagrams, Test Point Overviews, and Waveforms

SCALER

B8

B1

TUNER & IF

22LC4.8L LA 6.

B19

COLUMBUS

B18

ADC

7217
TDA15011H

HERCULES

SET

PROCESSOR

109

108

NVM_WP_HERC

104

122

112

113

+3V3STBY

3232

3233

ERR

6

+3V3STBY

3249

DC-DC CONVERTER

B6

SC_STANDBY

+3V3STBY

3235

3234

3248

56

M24C16

EEPROM

7

+3V3STBY

7756

B23

SW_I2C_SDA

SW_I2C_SCL

7207

NVM

ERR

9

3759

SDA

SCL

3247

DMMI

3750

7758

+3V3SW

1R01

1

2

Reserved
for DMMI

3904

N1 N2

7801

GM1501-LF

SCALER

ERR

4

ADDRESS

ADDRESS

3903

DATA

DATA

+3V3STBY

3902

B7

M1

M2

3818

P3

P4

NVM_WP_SCALER

AF5

+3V3_IO

3838

AF7

AD6

3901

SCALER

+3V3SW

OCMADDR

OCMDATA

3837

3817

JTAG_TDI_SDA

JTAG_CLK_SCL

FSADDR

FSDATA

3102

54

1102

UV1338/A

TUNER

ERR

10

UART_TX

UART_RX

B11

3122

3123

FLASH / CONTROL

5

7C01

M24C32

7

EEPROM

7C00

MX29LV040

ERROM

1802

2

1

JTAG

I2C

3101

SDA_IO

SCL_IO

ERR

8

B10

3125

+3V3STBY

3120

6

SDRAM

3124

SDA

SCL

SERVICE

CONNECTOR

COMPAIR

1107

3121

SERVICE

CONNECTOR

UART

7B01

K4D263238I

SDRAM

ERR

14

1101

7221

7220

3L19

3M14

3M15

B15

A15

7M00

B12

T6TU5XBG

COLUMBUS

CTRL

ERR

11

HDMI

3D05

75

SII9993CTG

PANELLINK

RECEIVER

7D03

HDMI

ERR

13

3D06

74

1

2

3

1

2

3

B9

+3V3SW

+3V3SW

3D01

3D09

76

77

7D01

7D02

+3V3SW

SCALER INTERFACE

7A00
PCA9515ADP

3

2

6

7

RES

4A01

4A00

56

7D00

M24C02

EEPROM

256x8

7Q25

M24C02

EEPROM

256x8

3L20

57 56

7L04

MST9883C

ANALOG

INTERFACE

ERR

07

3D03

3D04

SDA_VGA

5

SCL_VGA

6

B22

DOC_SDAA

DOC_SCLA

DIGITAL IO

1F02

16

15

HDMI

CONNECTOR

1F02

12

15

VGA

CONNECTOR

EPLD

B20

4N21

4N22

1

18 2

19

10

15

5

1

6

11

B21

SDA_DMA_BUS1_DISP

SDA_DMA_BUS1_DISP

SDA_PF3

SCL_PF3

T2 R2

7N02

EP1C12F256C8N

EPLD

PIXEL+

PROCESSOR

ERR

16

EPLD

3N47

3N46

(Only For 37” - 42” Sets)

1P07

31

30

TO

DISPLAY

+3V3SW

1N02

1

2

SDA

4

SCL

3

FOR
DEVELOPMENT
USE ONLY (N.S.)

FOR PDP ONLY

(Depending on screen manufacturer)

H_16980_061.eps

210207

Block Diagrams, Test Point Overviews, and Waveforms

Supply Voltage Overview

SUPPLY LINE OVERVIEW

TOP CONNECTORS

B16

SUPPLY

PANEL 26”- 32”

(PSU)

SUPPLY

PANEL 37”/42”

(PSU)

X101

1J02

1
2
3
4
5
6
7

X200

8
9
10
11
12

1J01

(1M46)

1
2
3
4
5
6

X407

7
8
9
10
11

1J00

(1M03)

1
2
3
4
5
6

X406

7
8
9
10

SA3

1M02

6

5

2

X410

1

(Only For 37”/42” Sets)

POWER_DOWN
STANDBY
BACKLIGHT_CTRL
LAMP_ON_OFF

N.C

.

1J07

N.C

.

1J08

N.C

.

N.C

.

4J01

BACKLIGHT_CTRL

N.C

.

LAMP_ON_OFF

N.C

.

N.C

.

STANDBY
PROTECT_AUD

N.C

.

N.C

.

AUDIO

+16V+19V

-16V-19V

32” SETS

37”/42” SETS

+12VUFD

+5V_UFD

UFD CONTROL

5723

5707

5711

7712

3759

6710 6711

3760

7713

2797

2798

B16

5J03

B6

B9

B9
B9

5J04

B9

B8

B9

VP

+3V3STBY

+12VUNREG

+5V

+16V+19V

-16V-19V

-Vf21

-Vf11

-Vf1

Vp

Vm

1J03

23LC4.8L LA 6.

SDRAM

HDMI

VGA

B10

+2V5_DDR

FLASH / CONTROL

B11

+3V3_IO

+3V3SW

HDMI

B12

+5VHDMI

+3V3SW

MUX-SYNC INTERFACE

B13

+3V3SW

+5VSWI

DIGITAL IO

B22

1Q03

18

1870

9

10

+5VSWI

B23

+5VSW

B17

+3V3STBY

+5VSW

6Q16

3Q16

3Q18

3Q17

SCART ANALOG IO

SIDE CONNECTORS

5K00

5K01

3B01

5Q16

+3V3STBY_1

+5VSW_1

+2V5_DDR

FSVREF

+3V3_IO

+3V3SW

+5VHDMI

+3V3SW

+3V3SW

+5VSWI

+5VHDMI

DDC_5V

+5VSWI

+5VSW

+3V3STBY

1K00

+5VSW

1K01

B19

B6

B6

B6

B8

B6

B12

B6

1K01

B17

5

1304

7

1J03

B16

D

TUNER & IF

B1

B6

1003

1

C

B1,B2,B3,
B5,B8,B9,
B17

B6

B3,B5,
B6,B9

B6,B16

B16

B16

B16

B6

B6

B6

B6

B6

B6

B6

B6

+5VSW

+VTUN

+3V3STBY

HERCULES

B2

+3V3STBY

+5VSW

+8VSW_TV

SYNC INTERFACE

B3

+3V3STBY

+3V3SW

+5VSW

+5V

+12VSW

3265

3264

3263

3262

5102

5103

7215

7216-1

7217

7216-2

+5VSW

+5VSW_a

+5VSW_b

+VTUN

+3V3STBY

+3V3STBY

+1V8_A

+1V8_B

HERCULES

+5VSW

+8VSW_TV

(FOR ITV ONLY)

+3V3STBY

+3V3SW

+5VSW

+5V

+12VSW

B16

B16

N.C.

B16

B6

B6

B4

+5VSWI

+5VD

+3V3SW

+3V3STBY

+5VSW

+5V

+1V8_CORE

+2V5_DDR

+3V3SW

+3V3_IO

+3V3_PLL

B16

B16

B6

B6

B6

B16

B16

B6

B6

B6

B6

B8

B8

B6

B8

B8

+5VSWI

5501

AUDIO PROCESSING

B5

+3V3SW

+3V3STBY

+5VSW

+5V

SCALER

B7

+1V8_CORE

+2V5_DDR

+3V3SW

+3V3_IO

+3V3_PLL

DC-DC CONVERTER

B6

+12VUNREG

6708

5709

7710

IN OUT

COM

+5V

5704

+3V3STBY

SC_STANDBY

SCALER

B8

+3V3STBY

+3V3SW

SCALER INTERFACE

B9

+3V3SW

+3V3STBY

+5VSWI

+5V

5738

5752

5730

7754

5712

7708

IN OUT

COM

5900

5901

5902

5903

5904

5905

5906

5907

7900

IN OUT

COM

7901

IN OUT

COM

7738

IN OUT

COM

5753

7752

5754

DC/DC

Converter

7730

5733

PWR
REG

5757

5700

PANEL-PWR-CTL

(Only For 37”- 42” Sets)

7758

5908

5909

5910

5911

+12VUNREG

+12VSW

+8VSW_TV

+5VSWI

6735

+VTUN

+5VSW

5737

(Only LCD)

PAN _VCC

LVD S_VCC

+5V

+3V3STBY

+3V3SW

+3V3STBY

+3V3SW

3V3_PLL

3V3_ADC

3V3_DVI

3V3_IO

3V3_LBADC

3V3_LVDSA

3V3_LVDSB

3V3_LVDS

+2V5_DDR

+1V8

+1V8_ADC

+1V8_DV1

+1V8_CORE

+3V3SW

+3V3STBY

+5VSWI

+5V

B22

B6,B16

B8

B3

B2

B8

B6

B6

B6

B6

B6

B6

B6

B4,B9,B13,
B19,B22

B6

B1,B2,B3,
B5,B17,B23

B21

B1,B2,B3,B5,
B9,B8,B17

B3,B5,B7,
B8,B9,B11
B12,B13,
B19,B20,
B21

B7

B7,B11,
B20

B7,B10
B18

B7

ADC

B18

+5VSWIA

7L05

IN OUT

COM

COLUMBUS

B19

+3V3SW

5M03

+5VSWI

5M04

EPLD

B20

+3V3SW

+3V3-IO

EPLD

B21

+3V3SW

5P01

7P01

IN OUT

COM

LVD S_VCC

SIDE-AV

D

1304

7

(Only For 32” Sets)

IR / LED / LIGHT-SENSOR

J

1870

5

CLASS D AUDIO AMPLIFIER

C

1003

3

5001

5P02

5P03

3001

+5VSWIA

+3V3SWB

+3V3SW

+3V3SWA

+5VSWI

+5VSWIA

+3V3SW

+3V3-IO

+3V3SW

+3V3-IO

1V5

1V5-PLL

1V5-INT

LVD S_VCC

+5VSW

+3V3STBY

VP

VP_SGN

(Only For 32” Sets)

B18

H_16980_062.eps

210207

Circuit Diagrams and PWB Layouts

7. Circuit Diagrams and PWB Layouts

SSB: Tuner and IF

24LC4.8L LA 7.

1 23456789

TUNER & IF

B1 B1

A

B

SERVICE

COMPAIR

1101

45

F102

F104

SCL
SDA

BZX384-C6V8

RF_AGC

C

1
2
3

D

SCL

SDA

+3V3STBY

E

F

3139 123 6145.4 *

SEL_IF_SDM

FROM SCALER

EUROPE
CHINA
AP(PAL)
NA/LA/AP(NTSC)

UV1318ST/AIH-MK3

3124
100R

3125
100R

I112

6101

+VTUN

For ITV Only

3126
3127

*
*

I113

6102
BZX384-C6V8

100R
100R

UART_TX

UART_RX

STANDARD SD2
UV1318S/AI H N3
UV1318SI/AI C H3
UV1316E/A I H4
UV1338/A F SH4

1102

F101

12

13

14

5107 600R

3102
3101

F106

3105

1K0

1103
1
2
3
4
6

3122 100R

TU

AGC1AS

2

NC

1V7

RES
600R5108

RES
100R
100R

5

100R3123

3

6106

5V3

2107
47n

For LATAM diversity see table in chapter 10

TUNER

NC16NC2

SCL5SDA

4

2V6

2V6

5VSW_a

F107

3120
10K

BZX384-C6V8

IDTV SD2

-

-

ADC

33V

10

95V7

8

0V

NC

7V1

5V3

5VSW_a

2108

2u2

50V

+3V3STBY

3121
10K

6107

BZX384-C6V8

IFOUT

11
0V

F103

I101

10K

3106

15

16

17

3103

RES

FM RADIO SD2
UR1316S/A I H3UV1318SD/A CPHN 3
UR1316S/A I H3
UR1316S/A I H3
UR1336/A F I S H3-

4115

RES

RES

4116

2104

22p

SERVICE

UART

1107
F115
F116
F117

2105
22p

1
2
3

45

*

3104
6103

6103

BAS316

3104

10K

Non-

EU

0R

-

EU

10K

Yes

6K8

I103

5102

5103

3107

3109
2K2

6u8

6u8

5VSW_b

2101
100u
16V

2113
100u
16V

I102

3108
2K2

6104

1SS356

+5VSW

F108

F105

IF-TER

5101
390n

2106

10n

*

*

2109

22u

16V

F109

3111

22K

I104

3112
18K

7101
BC847BW

0V

0V

I105

2102
10n

2103
10n

3113

22K

2114

1u0

5VSW_a

5VSW_b

I106

3114
47K

3110
2K2

6105

1SS356

I110

7102
BC847BW

*

4102
4103
4104

4110
4111
4113
4107
4108

EU

Y

--

-­Y
Y
Y

--

--

--

4102

*

4103

*

4104

*

4105

*

OFWK3955L

AP

Y

-­Y

-­Y

-­Y

--

--

4106

CHINA

-­Y

-­Y
Y

-­Y
Y
Y

1105

O1
O2

NC

O1
O2

NC

1104
OFWK3953L
OFWK7265L
OFWK3956L
OFWM1967L4106

7
8

11
12
16
17

7
8

11
12
16
17

NAFTA

--

--

-­Y

--

--

--

--

2

I1

3

I2

1
4
5
6
9

GND

10
13
14
15
18

*

2

I1

3

I2

1
4
5
6
9
10

GND
13
14
15
18

*

EUROPE
AP
CHINA
NAFTA

*

For LATAM see footnote

1104

OFWK3953L

*

38M9

38M

OFWK9355L

5105
RES

*

*

4107

1105

4108

--

--

--

VIF1

VIF2

FOR I93 ONLY

3115

I111

2110

1n0

+5VSW

I107

3116
100K

3118
150K

3117
820R

I108

7103
BFS20

I109

3119
560R

2111

1n0

2112
1n0

4114

F114

4109
4110
4111
4112

EUROPE & AP
PAL-MUTLI
ONLY

2

*

3

*

1
4

*

5
6

4113

9
10
13
14
15
18

OFWK9656L

I
ISWI

GND

1106

40M4

RES

*

NC

5106

7

O1

8

O2

11
12
16
17

SIF1
SIF2

FOR FM RADIO ONLY

SSIF

1106
OFWK9656LY
OFWK9361L
OFWK9352L

--

F110

F111

F112

F113

H_16980_001.eps

230207

A

B

C

D

E

F

1101 C1
1102 A1
1103 D2
1104 B8
1105 D8
1106 E8
1107 F3
2101 A6
2102 A6
2103 B6
2104 C3
2105 C3
2106 C5
2107 D2
2108 D2
2109 D4
2110 F5
2111 F6
2112 F6
2113 B6
2114 D6
3101 C1
3102 C1
3103 D2
3104 D3
3105 D1
3106 D2
3107 C5
3108 C6
3109 D5
3110 C7
3111 D4
3112 E5
3113 D6
3114 D6
3115 F5
3116 E6
3117 E6
3118 F6
3119 F6
3120 F2
3121 F2
3122 F1
3123 F1
3124 C1
3125 C1
3126 E1
3127 E1
4102 B7
4103 B7
4104 C7
4105 C7
4106 C7
4107 C9
4108 C9
4109 E7
4110 E7
4111 E7
4112 E7
4113 F8
4114 F7
4115 A3
4116 B3
5101 B4
5102 A5
5103 B5
5105 C9
5106 E9
5107 C1
5108 C1
6101 C1
6102 C1
6103 D3
6104 C6
6105 C7
6106 F2
6107 F2
7101 D5
7102 D7
7103 F6
F101 A1
F102 C1

F103 C2
F104 C1
F105 C3
F106 D1
F107 D2
F108 B4
F109 D4
F110 B9
F111 C9
F112 E9
F113 E9
F114 F7
F115 F3
F116 F3
F117 F3
I101 C2
I102 B6
I103 C5
I104 D5
I105 D5
I106 D6
I107 F5
I108 F6
I109 F6
I110 D7
I111 F5
I112 C1
I113 C1

1 23456789

Circuit Diagrams and PWB Layouts

25LC4.8L LA 7.

SSB: Hercules

1234567891011

HERCULES

B5

3203
3202
3206
3205

B5

7201-1 PUMH7

B5

0V

+5VSW

B13
B13

B13

F210

SC2_OUT_SW

B15 / B23

AUDOUTLSR

MTV

HETV
(15W)

(5W)

5K6

820R

5K6

10K

5K6

820R

5K6

10K

AUDOUTLSL

7201-2 PUMH7

INTF_V_OUT
INTF_Y_OUT

INTF_U_OUT

3250

100R

R_SDTV
B_SDTV
G_SDTV

7219

16

RES

MDX

14

15

4

VDD

3255

0R

3258
330R

8

I289

4u7

2201

I290

7204-2

BC857BS

I292

4u7
100R

2202

I293

7203-1

3V9

PUMH7

3251

100R
3252

100R

100R

ES10.3B RESET (RESERVED)

+3V3STBY

3263
3R9

7214
BCP69-25

1

3

1V9

4

+8VSW_TV

3253

3254

1K0

SC1_L

3V9

3V9

7209
BC847BW

7208
BC847BW

4207

RES

5218

2291

G4

1

2
4X1
4X2

VEEVSS

7

SC2_L

SC1_R

RES

6

13
12
11

1
2

10

3
5
9

SC2_R

3V9

7202-1
PUMH7

3228
3244
3289

I246

RES

Const_R_OUT

F201

2203

10u

16V

4208
RES

3256

0R

3259

330R

+5VSW

RES

3291

RES

3293

B15

B15

2280
3201 100R

Const_L_OUT

SC2_L_MON_OUT

SC2_R_MON_OUT

2281
3204

F202

F203

F204

3V9

7202-2
PUMH7

RES
RES

RES

7210
BC847BW

3257

0R

3260
330R

RES

150R3282

3292

2290 4u7

RES

3294

5

2V5

7216-2
BC847BS

Const_L_OUT
Const_R_OUT

F220

F221

I218

4209
RES

4206

3262
22K

2V1

For LATAM diversity see table in chapter 10

1u0

1u0

3

2

4

*

3202

I291

I294

7205-2

BC857BS

7203-2
PUMH7

+8VSW_TV

+5VSW

I242

3264

22K

2V8

7216-1
BC847BS

2

2208

50V

1u0

+8VSW_TV

7204-1

BC857BS

+8VSW_TV

3205

3V9

I243

I247

I248

+1V8_B

2V

1

6

1V9

1

*

3203

4211

+8VSW_TV

*

*

3206

7205-1

BC857BS

+3V3STBY

GND

5206

+1V8_A

2234 220n
5207
2235

+1V8_B

F227 220n2237

+3V3STBY

+3V3STBY

+3V3STBY

6201

BAS321

7211
BC847BW

3265

RES

3R9

2V7

2205

3

7215
BCP69-25

2

4

F230

F231

2209

16V10u

4212

+5VSW

GND1

I221

220n

+1V8_B

+1V8_A

+1V8_A

3280

1R0

3266 5K6

3267 5K6

2u2

2207
220n

2206

+1V8_A
+1V8_B

I201

I202

2230
5204
2231
5205
2232
2233

5208

5209

5210
2238

5211
2239 100n
5212

2240 220n
5213

2241

2243

B1

B15/B23

SEL_IF_SDM

AV2_DMMI_SW

+5VSW

100R

3296

2228 100n

100n

F224

220n

100n
10u 16V

220n2236

I223

220n

F228

I224

220n

F229

100n2242

16V10u

F233

F232

4202

4201

2258 10u

SC1_G_CVI_Y_IN

SC1_R_CVI_Pr_IN

B13

B13

B1

SSIF

+5VSW

5201

5202

2210 220n

10u

I219

RES

7217

2229

82

VP3

47

F222

VP2

15

F223

VP1

110

VDDP_3.3

69

I220

VDDCOMB

3

VDDC4

124

I222

VDDC3

100

VDDC2

117

F225

VDDC1

F226

96

VDDADC_1.8

4

VDDA3_3.3

94

VDDA2_3.3

88

VDDA1

93

VDDA_1.8

45

VCC8V

8V

2244 100n

2246
3268

F234

F235

4203

4215

4213

4214

SC1_B_CVI_Pb_IN

SC1_CVI_DMMI_G_Y_IN

SC1_CVI_DMMI_B_Pb_IN

SC1_FBL_IN_1

SC1_CVI_DMMI_R_Pr_IN

B15/B23

B15/B23

B15/B23

B15/B23

B13

CVBS_COMB

B1

RF_AGC

MAIN_OUTR

MAIN_OUTL

680R

3207

100n2245
100n

100R

I227

2285
100n

100R3210

100R

100R

1n0

10n2211

3208

3209 100R

3211

2214

I288

I203

I284

I285

I283

I204

2V4

6061363733

62

63

31

AGCOUT

AUDOUTSL

AUDOUTLSL

AUDOUTHPL

AUDOUTLSR

AUDOUTHPR

Φ

VIDEO

SIGNAL

AUDIOIN3R

AGC2SIF

AUDIOIN2L

AUDIOIN2R

AUDIOIN3L

SSIF

53545657495034

46

I254

2u2

50V

F236

F237

2247

FRONT_L_IN

SC2_L_IN_1

AudioIN2L

AudioIN2R

SC2_R_IN_1

B17

B15/B23

B15/B23

B12/B14

B12/B14

3286

+5VSW

B15

B15

3216 330R

SC1_L_RF_OUT

CVBS_COMB

SC1_R_RF_OUT

F206

F205

3215

330R

2V2

100R

100R

*EMC

3213

3212

7206

1n02216

BC857B

*EMC

I205

3214

0V

AVL

SSIF

SWO

REFO

REFIN

AUDOUTSR

PROCESSOR

AUDIOIN5L

AUDIOIN5RBBCLIN

PBIN3

AUDIOIN4L

AUDIOIN4R

80

35

I255

F239

F240

F238

2249

2248

RES

RES

FRONT_R_IN

SC1_COMP_AV1_L_IN

SC1_COMP_AV1_R_IN

B17

B15/B23

B15/B23

3285

5217

100R

RES

2288

RES

"200"~"399"

100n

2218

2219

SFSKA

1V6

680R

86

87

BO

GO

YIN3

G

79

I256

RES

RES

3270

3271

+3V3STBY

0R

I230

1n0

2250

1201

4M5
RES

8578

RO

I244

1K0

3217

I257

2287

RES

CVBSO

PRIN3

RES

2

GND

100K

3218

I207

44

PIP

DVBO

BLKIN

83

84

59

I228

10u2251 25V

100n

2252

F241

SC2_AV3_C_IN

B15/B23

B7

B15

16V

100u

I206

2221

+5VSW

F250

SC1_CVBS_RF_OUT

1

I

F209

5203

SANDCASTLE

O

3

RES

100R

47K3220

I208

RES

3287

3219

2220

F207

F208

66

43

21

AVL

EWD

IFVO

DVBO

FMRO

FMRO

FBISO

HERCULES

TDA15021H/N1A11

C2C4CVBS2

CVBS3

C3

Y2

Y3

55585164201438

52

I258

I229

I231

100n2253

100n

2255 100n

2254

2286 100n

F242

F243

CVBS_COMB

SC2_Y_IN_1

SC1_CVBS_IN

B15/B23

B15/B23

LCD-TV LC04SD2 MULTIPLE 12NC :- 3139_123_61403_01 / 61442_01
LCD-TV LC04SD2 SINGLE 12NC :- 3139_123_61413_01 / 61452_01
CELL 12NC :- 8239_125_11403

RES

3288

I298

F248

B3

HOUT

67

CSY

HOUT

CVBS4

Y4

F244

16V

10u

2256

RES

3290

RES

3283

I209

48

IFVO

DECBG

100n

2257

RES

3284

F212

SVO

CVBSI

DECDIG

DECSDEM

I232

I233

100n

2259

B4

I2SDI1

106

O

I2SDI1

DECV1V8

EHTO

32

118

10u2260

3295 100K

2262 10u

B4

B4

I2SCLK

I2SDO1

105

104

I2SDO1

INSSW3

77

27

I259

I234

39K

6n8

3281

2263

10V

50V

470n

2264

I2SDO2

IREF

B5

B15/B17

IR

EXT_MUTE

4K7

I297

3225

10R

100R3222

3223

3V2

I210

I278

3227

I277

103

102

97

INT0

I2SWS

I2SCLK

PLLIFRSECPLL

PH1LF

PH2LF

41

17

16

I235

I236

1K0

3274 390R

3272 4K7

3273

I262

10V2265 1u0

100n

2266

B7

+3V3STBY

TV_IRQ

100p

2223

+3V3STBY

4K7

3224

I211

RES

1u0

100R

2224

3V1

99

98

T0

INT1

P0<0:5>

DVBAGC

SIFAGC

422930

19

I226

I237

2267 220n

2u2 50V2268

B17

+3V3STBY

PC-TV-LED

TV_SC_COM

I274

I275

2K2

100R

3226

3230 10K

3231

I212

F211

0V

126

107

127

T1

INT2

SIFIN1

DVBIN1

1V9

1V9

SIF2

SIF1

B1

B1

B8

B8

+3V3STBY

SCL

+3V3STBY

3K33232

3233 3K3

+3V3STBY

3229 4K7

I273

3V2

128

108

109

TX

RX

SCL

SDA

SIFIN2

VGUARD

SWIO

DVBIN2

13

1V9

I264

100R

3275

F245

DMMI_RGB_SW

VIF1

B1

B15/B23

B15/

B15/

B23

B5

+3V3STBY

+3V3STBY

SDA

SOUND_ENABLE

4K7

4K7

SW_I2C_SDA

3235

3234

+3V3STBY

FOR SERVICE

0V

3V2

112

113

114

111

PWM1

PWM0

TPWM

P1<0:7>

VIFIN1

VIFIN2

VREF_NEG_HPL+HPR

VREF_NEG_LSL+HPL

86957

24

25

1V9

75R

470u 16V

2269

2270 100n

3276

1m0

5214

VIF2

+3V3STBY

B1

B23

+3V3STBY

4K73236

SW_I2C_SCL

RES

RES

4204

4205

3V2

122

123

PWM3

PWM2

VREF_POS_HPR

VREF_POS_LSL

I238

100u 16V

2271

2275 8p2

B15

B15

B8

B17

B17

+3V3STBY

STATUS_1

STATUS_2

KEYBOARD

1%

LIGHT_SENSOR

1n0

2225

3240 1K0

I241

100R

F215

F214

3238 100R

0V

0V

I213

115

116

119

ADC1

ADC0

ADC2

P2<0:5>

VREFAD_NEG

VREFAD_POS

VSC

VREFAD

26

I240

F246

150n2274

5216

2273 220n

1202

24M576

3239

I225

120

10

1V4

I214

ADC3

P3<0:3>

XTALIN

XTALOUT

11

1V4

8p2

2276

3n3

2226

39

RES

2282

RES

RES

3237

F213

PWM4

VREF_POS_LSR+HPR

918990

I239

100n

2272

+3V3STBY

RES

B6/B15/ B23

SC_STANDBY

3241 100R

I215

F216

QSSO

AMOUT

AUDEEM

YIN

UIN

VIN

70

727473

RES

RES

2283

2284

RES

B9

B18

INTF_U_OUT

I272

10K

3242

3243 4K7

657175

SVM

UOUT

YSYNC

I265

2277 100n

1K5

3277

I266

INTF_Y_OUT

B18

B3

VSYNC

+3V3STBY

I271

RES

2293

23

22

VDRB

VDRA

INSSW2

2292

100n

5215

47u

B3/B18

B3/B15/B17/B23

INTF_V_OUT

F218

1n0

2227

3V2

NVM_WP_HERC

2V9

100R

2V8

I269

I217

F247

1

68

2

125

101
121

95

12

92
81
40
18

28

F249

I267

27p

8V

7218

BC847BW

3279

100R

I268

Y_NOTCH

B7

7207
M24C16-WMN6

7
6

5

GND1

3278

68K

ITV_IR_SW_RESET

I270

3247
3248 100R

+3V3STBY

220K

4K7

3245

3246

POWER_DOWN_BOLTON_P50

I216

76

YOUT

VOUT

SWO1

VSSP2

VSSCOMB

VSSC4
VSSC3
VSSC2

VSSC1|P

VSSADC

VSSA1

GNDA

GND3
GND2
GND1

GNDIF

2278

0V

4K73249

WC

SCL

+3V3STBY

(2Kx8)

EEPROM

6204 BAT54 COL

+8VSW_TV

2279 100n

1234567891011

B2 B2

AUDIO PROCESSING

A

OUT_MUTE

B

RESERVED

C

D

E

B15/B23

SC2_CVBS_MON_OUT

F

B7

G

3139 123 6145.4 *

3V2

84

Φ

0

ADR

1
2SDA

BAT54 COL

6206

RES

6205

POWER_DOWN

POWER-DOWN_BOLT-ON

B6/B7

B15/B23

H_16980_002.eps

1
2
3

F219

230207

A

B

C

D

E

F

G

1201 A6
1202 F9
2201 A3
2202 A3
2203 C2
2205 F3
2206 F4
2207 F4
2208 G3
2209 G4
2210 B5
2211 B5
2214 B5
2216 B6
2218 A6
2219 A6
2220 B6
2221 A7
2223 A8
2224 B8
2225 A9
2226 B9
2227 A10
2228 C4
2229 C4
2230 C4
2231 C4
2232 C4
2233 C4
2234 D3
2235 D3
2236 D4
2237 D4
2238 D4
2239 D4
2240 D4
2241 D4
2242 E4
2243 E4
2244 E5
2245 E5
2246 E5
2247 F5
2248 F6
2249 F6
2250 F6
2251 F6
2252 F6
2253 F7
2254 F7
2255 F7
2256 F7
2257 F7
2258 F4
2259 F7
2260 F7
2262 F7
2263 F7
2264 F7
2265 F7
2266 F8
2267 F8
2268 F8
2269 F9
2270 F9
2271 F9
2272 F9
2273 F9
2274 F9
2275 F9
2276 F9
2277 E9
2278 E10
2279 F11
2280 A2
2281 A2
2282 F9
2283 F9
2284 F9
2285 F5
2286 F6
2287 G6
2288 G6
2290 F2
2291 E1
2292 E10
2293 B10
3201 A2
3202 A3
3203 A3
3204 A2
3205 A3
3206 A4
3207 B5

3208 B5
3209 B5
3210 B5
3211 B5
3212 A5
3213 A6
3214 B6
3215 A6
3216 A6
3217 B6
3218 B6
3219 B7
3220 B7
3222 B8
3223 B8
3224 B8
3225 A8
3226 A8
3227 B8
3228 C2
3229 B8
3230 A8
3231 A8
3232 A8
3233 A8
3234 A8
3235 A9
3236 A9
3237 B9
3238 B9
3239 B9
3240 A9
3241 A9
3242 B9
3243 B10
3244 C2
3245 B10
3246 B10
3247 B10
3248 B10
3249 A10
3250 C1
3251 C3
3252 D3
3253 D3
3254 E3
3255 D1
3256 D2
3257 D2
3258 E1
3259 E2
3260 E2
3262 F2
3263 F3
3264 F3
3265 F3
3266 E4
3267 F4
3268 E5
3270 F6
3271 F6
3272 F7
3273 F8
3274 F8
3275 F8
3276 F8
3277 F9
3278 E10
3279 F10
3280 D4
3281 F7
3282 F2
3283 B7
3284 B7
3285 G6
3286 G5
3287 B7
3288 B7
3289 C2
3290 A7
3291 F2
3292 F2
3293 F2
3294 F2
3295 F7
3296 B4
4201 F4
4202 F4
4203 F4
4204 B9
4205 B9
4206 E2
4207 D1
4208 D2

4209 D2
4211 A4
4212 A4
4213 F4
4214 F5
4215 F5
5201 B4
5202 B5
5203 A7
5204 C4
5205 C4
5206 C3
5207 D3
5208 D4
5209 D4
5210 D4
5211 D4
5212 D4
5213 D4
5214 F8
5215 E10
5216 F9
5217 G6
5218 E1
6201 E3
6204 C11
6205 C11
6206 C11
7201-1 B1
7201-2 B1
7202-1 B2
7202-2 B2
7203-1 B2
7203-2 B3
7204-1 A3
7204-2 A3
7205-1 A4
7205-2 B3
7206 B6
7207 A10
7208 D1
7209 D1
7210 C2
7211 E3
7214 F2
7215 F3
7216-1 F3
7216-2 G2
7217 C5
7218 F10
7219 E1
F201 A2
F202 A2
F203 B2
F204 B2
F205 A6
F206 A6
F207 B7
F208 C7
F209 A7
F210 F1
F211 B8
F212 B7
F213 B9
F214 B9
F215 B9
F216 B9
F218 A10
F219 B11
F220 C2
F221 D2
F222 C5
F223 C5
F224 C4
F225 D4
F226 D4
F227 D3
F228 D4
F229 E4
F230 G4
F231 G4
F232 E4
F233 E4
F234 E4
F235 E5
F236 E5
F237 F5
F238 F5
F239 F6
F240 F6
F241 F6
F242 F7
F243 F7
F244 E7

F245 F8
F246 E9
F247 C10
F248 E7
F249 E10
F250 A7
I201 A4
I202 A4
I203 B5
I204 B5
I205 B6
I206 A6
I207 B6
I208 B6
I209 B7
I210 B8
I211 B8
I212 B8
I213 C9
I214 B9
I215 B9
I216 C10
I217 C10
I218 D2
I219 C5
I220 C4
I221 D4
I222 D4
I223 D4
I224 D4
I225 C9
I226 E8
I227 E5
I228 E6
I229 E7
I230 E6
I231 E7
I232 E7
I233 E7
I234 E7
I235 E7
I236 E8
I237 E8
I238 E9
I239 E9
I240 E9
I241 B9
I242 E3
I243 C3
I244 B6
I246 C2
I247 D3
I248 D3
I254 E5
I255 E6
I256 E6
I257 E6
I258 E6
I259 E7
I262 F8
I264 E8
I265 E10
I266 F10
I267 E10
I268 F10
I269 B10
I270 A10
I271 A10
I272 A10
I273 B8
I274 A8
I275 A8
I277 B8
I278 B8
I283 B5
I284 B5
I285 B5
I288 B5
I289 A2
I290 A2
I291 A3
I292 A2
I293 B2
I294 A3
I297 A8
I298 B7

SSB: Sync Interface

Circuit Diagrams and PWB Layouts

26LC4.8L LA 7.

1

2

3

4

5

6

7

8

9

SYNC INTERFACE

B3 B3

3431
1K0

7430
PDTC114ET

+3V3SW

7436-3

+5VSW

3V1

14

7

6430
BZX384-C2V7

I453

6431

1N4148

I430

6

3432

9

RES

3463

RES

+3V3SW

14

7

7436-4
74LVC14APW

8

ITV_IR_SW_RESET

3459

H_1FH

100R

HOUT

VSYNC

3451

4K7

I443

+3V3STBY

I440

3453

100R

3455

100R

+3V3SW

7436-1

74LVC14APW

1

+3V3SW

3

4436

RES

14

7

4437

RES

7436-2
74LVC14APW

14

7

2

4

3454

100R

3456

100R

SC1_CVBS_RF_OUT

&

Hsync_SDTV

Vsync_SDTV

I449
I450

1440
1
2
3
4
5

67

BM05B-SRSS-TBT

B

C

I454

+3V3STBY

0V

A A

TO SIDE CONNECTORS

B

LED_SEL

C

74LVC14APW

3458

100R

5

4438

RES

4440

COL_HREF

D D

H_DELAY

1440 D9
1441 E9
2447 E8
2448 E9
2449 E4
3431 A3
3432 B3
3451 A5
3453 B6
3454 B7
3455 C6
3456 C7
3458 D2
3459 D4
3461 E2
3462 E4
3463 C4
4436 A6
4437 B6
4438 D2
4439 E2
4440 D2
4441 E2
5431 E8
6430 A3
6431 B3
7430 B3
7436-1 A6
7436-2 C7
7436-3 D3
7436-4 D4
7436-5 E4
7436-6 E3
I430 B3
I440 C6
I443 B5
I449 D8
I450 D8
I451 E9
I452 E9
I453 B3
I454 B2

E

3139 123 6145.4 *

COL_VA

Vsync_SDTV

4439

RES

4441

3461

100R

For LATAM diversity see table in chapter 10

1

2

+3V3SW

7436-6
74LVC14APW

14

13

12

7

+3V3SW

7436-5

74LVC14APW

11

2449

100n

14

7

3462

10

V_1FH

100R

+12VSW

2447
10p

5431

I451

2448

10p

+5V

1441

1
2
3

I452

B3B-PH-SM4-TBT(LF)

45

E

FOR ITV ONLY

H_16980_003.eps

3

4

5

6

7

8

9

230207

Circuit Diagrams and PWB Layouts

27LC4.8L LA 7.

SSB: Audio Delay Line (PDP Only)

12345678910

B4 B4

AUDIO DELAY LINE (LIPSYNC)

A

2501 100n

4

2D 3

100n2503

4

2D 3

F501

5V3

15

1

2

3

4

5

6

7

5V3

15

1

2

3

4

5

6

7

+5VD

2V5

2V5

2V5

2V5

2V5

2V5

2V3

18

19

17

14

+5VD

2505

100n

20

5V3

1

EN

11

C1

2

1D

3
4
5
6
7
8
9

19
18
17
16
15
14
13
12

10

4507
4508
4509
4510
4511
4512
4513
4514

RES
RES
RES
RES
RES
RES
RES

F504

2V6

F505

2506
330p

2507
470p

F503

I501

2V3

+5VD

3501

470R

7504

BC847BW

0V2

I502

2508

82p

3502

47K

2V3

2509
82p

LATCH

7505

74HC573PW

1
11

2V6

2
3
4
5
6
7
8
9

5V3

EN
C1

1D

+5VD

2504

100n

20

2V3

19
18
17
16
15
14
13
12

10

LATCH

7506

74HC573PW

2V5

2V5

2C1

G2

20

1112131516

A

A,1D

7502

5V3

2V6

2V6

2V6

2V6

2V6

2V6

2V6

*

4504

CY62256LL-70ZC

RAM

32kx8

0

242526

21

23

RES

RES

4505

4506

1

0

234

A

32k-1

2EN

12

14

13

1110987654321

5

789

6

222827

10

+5VD

2502

9

100n

F502

2V6

2V6

2V6

2V6

2V6

2V6

2V6

9

I503

4501

I504

4502

I505

*

4504

LCD

4503

N4503
Y

PDP

*

Y
N

B

C

D

E

F

G

+5VSWI

COUNTER

+5VD

+5VD

COUNTER

7501
M74HC590T

14

EN3

13

2V3
12

11

2V3

10

CT=0

5V3

14

EN3

13

12

5V3

11

2V3

10

CT=0

5V3

7503
M74HC590T

C2

G1

1+

C2

G1

1+

+5VD

16

VCC

CTR8

(CT=255)Z4

GND

+5VD

16

VCC

CTR8

(CT=255)Z4

GND

8

1u05501

8

I2SDI1

I2SDO1

I2SCLK

A

B

C

D

E

F

G

2501 B2
2502 C2
2503 E2
2504 C8
2505 C9
2506 D10
2507 E10
2508 G6
2509 G7
3501 F6
3502 G7
4501 F2
4502 F2
4503 F2
4504 G3
4505 G3
4506 G3
4507 D9
4508 D9
4509 D9
4510 D9
4511 D9
4512 D9
4513 D9
4514 D9
5501 B1
7501 B1
7502 B3
7503 G1
7504 G6
7505 C7
7506 C8
F501 B2
F502 C2
F503 D10
F504 E10
F505 G10
I501 G6
I502 G6
I503 F2
I504 F2
I505 F2

3139 123 6145.4 *

123

For LATAM diversity see table in chapter 10

H_16980_004.eps

230207

45678910

Circuit Diagrams and PWB Layouts

28LC4.8L LA 7.

SSB: Audio Processing

123456

789

AUDIO PROCESSING

B5 B5

FROM HERCULES

I605

4605

RES

1K0

1K0

I604

4604
RES

2612
1u0
10V

4609

3632

39R

4610

3633

39R

A

B

C

D

E

F

AUDOUTLSL

AUDOUTLSR

SOUND_ENABLE

HP_DET_R_DC

POWER_DOWN

EXT_MUTE

+5VSW

3626
10K

3627
22K

AUDIO-L

AUDIO-R

4613

ITV ONLY

4601

RES

I613

2616

2u2

4618

RES

2617

2u2

4619

RES

7602-1
74HC08PW

I606

I607

I614

6601

BZX384-C3V3

F601

F602

1

2

9

10

7605
PDTA143ET

+3V3SW

4616

14

7

14

7

I615

5V

4611

4612

RES

RES

+3V3STBY

3

7602-3
74HC08PW

8

+5VSW

+5V

RES

4621

2619

47u

4617

4620

3V3

5V2

RES

3605

I608

2603

1u0

2608

1u0

+5V

3628
RES

3629

RES

I617

0V

3623

47K

I610

7602-2
74HC08PW

4

5

12

13

3630

470R

3631

470R

HPIC_LIN

2604

470p

HPIC_RIN

2609

470p

14

7

7602-4

14

74HC08PW

7

2610
1u0

3604

22K

2605

1u0

3609

22K

6

11

3610
100K

3611

100K

0V

I618

0V

7606-1
BC847BS

7606-2
BC847BS

F603

F604

F605

2611
100u
16V

3625
3K3

I612

2V6
2

2V6
3

3612 22K

2V6
6
2V6
5

+5VSW

3V4

22K

7601-1
TS482IDT

2V6

84

5V3

7601-2
TS482IDT

2V6

84

5V3

I611

3V2

7607

BC847BW

4606

RESERVED FOR UFD

1

7

3615

10K

+3V3SW

HPIC_LOUT

HPIC_ROUT

+5VSW

2614

100n

3620

10K

4603

4614

RES

4615

RES

I602

I603

3.2 TO 4.3V

4602

2613

1u0

10V

RESERVED FOR UFD

7604

BC847BW

I619

3619

10K

7603

BC847BW

I616

3621

RES

3618

22K

470u

+3V3STBY

2615

470u 16V

**

2618

16V

**

SOUND_ENABLE_1

3617

+3V3STBY

3616

HP_LOUT

HP_ROUT

POR_AUDIO

A

B

C

D

E

F

2603 A5
2604 A6
2605 B6
2608 B5
2609 B6
2610 B6
2611 B6
2612 E9
2613 C8
2614 B8
2615 A8
2616 A4
2617 B4
2618 B8
2619 F5
3604 A6
3605 A7
3609 B6
3610 B6
3611 B6
3612 B7
3615 C7
3616 E9
3617 C9
3618 C8
3619 D8
3620 E8
3621 E8
3623 F5
3625 C6
3626 D2
3627 D2
3628 D5
3629 E5
3630 E5
3631 F5
3632 A9
3633 B9
4601 D2
4602 C8
4603 F8
4604 A9
4605 B9
4606 C7
4609 A9
4610 B9
4611 B4
4612 B4
4613 D2
4614 F8
4615 F8
4616 C4
4617 C5
4618 A4
4619 B4
4620 E5
4621 E5
6601 E4
7601-1 A7
7601-2 B7
7602-1 C4
7602-2 C5
7602-3 D5
7602-4 D6
7603 E8
7604 D8
7605 E4
7606-1 E6
7606-2 F6
7607 C7
F601 A4
F602 B4
F603 A6
F604 B6
F605 B6

I602 A8
I603 B8
I604 A9
I605 B9
I606 C4
I607 C4
I608 A5
I610 B5
I611 C7
I612 C6
I613 E3
I614 E4
I615 E4
I616 E8
I617 F5
I618 A6
I619 D8

OUT_MUTE

3139 123 6145.4 *

1

For LATAM diversity see table in chapter 10

23456

78

9

H_16980_005.eps

230207

Circuit Diagrams and PWB Layouts

29LC4.8L LA 7.

SSB: DC-DC Converter

12345678910

B6 B6

A

FROM TOP CONNECTORS

B

+12VUNREG

C

D

FOR UFD ONLY

SUPPLY TO TUNER & HERCULES

E

F

+12VSW

G

+12VUNREG

FOR UFD ONLY

3139 123 6145.4 *

DC-DC CONVERTER

+12VUNREG

2704

10u 16V

+5V

10K

3708

6709

3709
6K8

7710
L5973D

INH

SYNC

GND GND_HS

2734
22n

3736

4K7

2708
RES

8

Φ

7

I705

SUP_GND1

+3V3STBY

+12VSW

5738

120R

6740

BZX384-C8V2

I740

SUP_GND2

5730

10u

SUP_GND1

1

2738
47u 16V

3740

1K5

6708
SS24

I710

5709

10u

2710

10u

SUP_GND2

COM

OUTIN

2

3741
1K5

2711

10u

SUP_GND2

I731

2730

10u
25V

7738
L78M08CDT

3

SS14

I711

2733
220p

3

2

NC

SUP_GND2

SUP_GND1

2739
47u 16V

I741

2741
220n

For LATAM diversity see table in chapter 10

NC

6

VREFVCC

OUT

COMP

9

SUP_GND2

SUP_GND1

7741
BC847BW

F701

I706

2706

16V10u

I709

I708

2709

47u 16V

FB

SUP_GND1

3742
15K

120R

1

5

4

7730
L5970D

8

VCC

4

COMP5FB

3

INH

7

GND

3743

22K

I742

+12VSW

5704

7708
LF33CPT

1

2

CTRL NC

I712

I714

I715

SS36

SUP_GND2

OUT

SYNC

VREF

1K0

OUTIN

COM

3

5712

33u

6712

1

2

6

3732

1%

7742
BC847BW

5

4

NC

2714
220p

SUP_GND2

3733

I732

2715

22n

I716

3716
4K7

SUP_GND2

5733
220u

3K3
1%

I713

SUP_GND2

I733

6733

SS14

SUP_GND1

3712
5K6
1%

3713
3K3
1%

7735

BC817-25

I734

3735

1K0

SUP_GND1

I736

SUP_GND1

5713

10u

2713

16V

470u

SUP_GND2

SUP_GND1

5735SUP_GND1
1m0

5737

10u

2731

470u 16V

I735

F710

4710

BZX384-C6V2

6735

BAV99

2735
470p

SUP_GND1

+3V3STBY

2716

470u

RES

6710

16V

F736

2736

22u

35V

SUP_GND1

SUP_GND1

5V2

8V

F743

470u 16V

32V9

+VTUN

TO TUNER CELL

6736
BZX384-C33

TO HERCULES CELL

+5VSW

F737

+8VSW_TV

F738

POWER_DOWN

B5

2737

B7
B16

FOR LCD ONLY

FROM SCALER

PANEL-PWR-CTL

7755
PDTC114ET

(0V)

F755

0V6

SUPPLY TO SCALER

+12VSW

3751

5752

1R0

10u

2753

16V470u

1K0

GND

SUP_GND3

SUP_GND3

FROM HERCULES

SC_STANDBY

3V1

6701

BAS316

+5VSWI

3752
1R0

3753

2754

RES

0V

120R

1%

+3V3STBY

5758

120R

RES

2749
10u

3758
15K

I760

I751

I752

I753

1V2

3759

1K0

7756

PDTC114ET

+12VSW

5755
RES

120R

I756

3755

10K

7752
MC34063AD

8

DCOL

IS7

11V7

6

VCC

11V7

CIN_NEG

5

3750

22K

I748

FOR UFD ONLY

5756

7754

SI2301BDS-T1-E3

2

11V5

2751
100n

1

6V8

I747

100R

1u0
25V

FOR UFD ONLY

IPK

OSC

3754

1%3K3

2755

4n7

2750

2u2

3761

100R

2761
1u0
25V

I757

SS = 4V9

5757

3

120R

7753

5759

L4940D2T12

RES

120R

I759

13

2759
RES

COM

OUTIN

RES

2

3760

2760

QRS

REFERENCE
REGULATOR

I754

+3V3STBY

3V2

2762
22u16V

123

567

7758

SI9433BDY-T1-E3
SI4433DY

8

3V2

4

I750

TIMC

I749

PAN_VCC

SWC 1

SWE 2

GND 4

1751
RES

2752

16V

47u

11V7

3

SUP_GND3

SUP_GND3

67

5
4
3
2
1

I758

2756

470p

SUP_GND3

I755

5700

120R

2700

RES

5753
220u

SUP_GND3

5754

10u

2757

16V470u

F700

2701

100p

3734

820R

6751

SS14

TO SCALER CELL

F754

5V4

2758

+3V3SW

LVDS_VCC

+5VSWI

16V470u

TO EPLD

11V5

H_16980_006.eps

TO LIPSYNC

230207

A

B

C

D

E

F

G

1751 B9
2700 B10
2701 B10
2704 B2
2706 B2
2708 C2
2709 C2
2710 D1
2711 D1
2713 D4
2714 D3
2715 D3
2716 D5
2730 F1
2731 G4
2733 F2
2734 F2
2735 F5
2736 E5
2737 G5
2738 G1
2739 G2
2741 G2
2749 B7
2750 F8
2751 B8
2752 B9
2753 E7
2754 E7
2755 F8
2756 E9
2757 F10
2758 F10
2759 B8
2760 C8
2761 G8
2762 F8
3708 C1
3709 C2
3712 D4
3713 D4
3716 D4
3732 F3
3733 G3
3734 D10
3735 F4
3736 F2
3740 G1
3741 G1
3742 G2
3743 G3
3750 F8
3751 E7
3752 E7
3753 E7
3754 E8
3755 B8
3758 B7
3759 F7
3760 B8
3761 G8
4710 E5
5700 B10
5704 B3
5709 C1
5712 D3
5713 D4
5730 E1
5733 F4
5735 F4
5737 F4
5738 G1
5752 E7
5753 E10
5754 E10
5755 A8
5756 A8
5757 B9
5758 A7
5759 B8
6701 G7
6708 C1
6709 C2
6710 E5
6712 D3
6733 F4
6735 E5
6736 E6

6740 G1
6751 E10
7708 B3
7710 C2
7730 E3
7735 F4
7738 G1
7741 G2
7742 G3
7752 D8
7753 B9
7754 B8
7755 B7
7756 G7
7758 F9
F700 B10
F701 A3
F710 B5
F736 E5
F737 G5
F738 G5
F743 G5
F754 E10
F755 C7
I705 E2
I706 B3
I708 C3
I709 B3
I710 C1
I711 C2
I712 D3
I713 D4
I714 D3
I715 D3
I716 D4
I731 E1
I732 G3
I733 E4
I734 F4
I735 F5
I736 F4
I740 G1
I741 G2
I742 G3
I747 B8
I748 F8
I749 A9
I750 B9
I751 D7
I752 E7
I753 E7
I754 E8
I755 E9
I756 B8
I757 A8
I758 E9
I759 B8
I760 B7

12345678910

Circuit Diagrams and PWB Layouts

30LC4.8L LA 7.

SSB: Scaler

1

2

34

5

6

7

8

9

10

11

12

13

14

SCALER

B7 B7

+2V5_DDR

F800

2800

2801

16V100u

A

B

C

D

E

FROM SDRAM

FROM SDRAM

TO COLUMBUS

I813

#RESET

FSVREF

FSDATA(0)
FSDATA(1)
FSDATA(2)
FSDATA(29)

FSDATA(26)
FSDATA(7)
FSDATA(25)
FSDATA(24)

FSDATA(21)
FSDATA(11)
FSDATA(10)
FSDATA(19)

FSDATA(14)
FSDATA(18)
FSDATA(16)
FSDATA(15)

FSDATA(17)
FSDATA(20)
FSDATA(12)
FSDATA(13)

FSDATA(23)
FSDATA(22)
FSDATA(9)
FSDATA(8)

FSDATA(5)
FSDATA(6)
FSDATA(4)
FSDATA(3)

FSDATA(30)
FSDATA(31)
FSDATA(27)
FSDATA(28)

100n

F

COL_DE

V_1FH

H_1FH

G

H

I

FROM SYNC INTERFACE

COL_YB(1:8)

COL_Do(1:7)

FROM HDMI

HDMI_CbCr(0)
HDMI_CbCr(1)
HDMI_CbCr(2)
HDMI_CbCr(3)
HDMI_CbCr(4)
HDMI_CbCr(5)
HDMI_CbCr(6)
HDMI_CbCr(7)

FROM MUX-SYNC INTF

3139 123 6145.4 *

2804

2802

2803

100n

100n

100n

4 5 22R3801-4

18

3802-4 22R4
3802-3 22R36
3802-2

3803-4 4 5

3803-2 2 7522R

3804-1 22R18
3804-2

36

3804-3 22R
3804-4 22R4

45
363805-3 22R

3805-2 22R

27
18

18

3806-1 22R

27

3806-2 22R

363806-3 22R

3806-4 4 5

3807-4

36
27

3808-2 22R27
3808-3 22R36
3808-4 22R45
3808-1

COL_YB(1)
COL_YB(2)
COL_YB(3)
COL_YB(4)
COL_YB(5)
COL_YB(6)
COL_YB(7)
COL_YB(8)

COL_Do(1)
COL_Do(2)
COL_Do(3)
COL_Do(4)
COL_Do(5)
COL_Do(6)
COL_Do(7)

For LATAM diversity see table in chapter 10

2806

2805 2808

2807

100n

100n

100n

FSDATAU0

22R3801-3 3 6

FSDATAU1

22R3801-2 2 7

FSDATAU2

22R3801-1

FSDATAU29

FSDATAU26

FSDATAU7

22R27

FSDATAU25

8

22R3802-1 1

FSDATAU24

22R

FSDATAU21

22R3803-3 3 6

FSDATAU11
FSDATAU10

22R3803-1 1 8

FSDATAU19

FSDATAU14

22R27

FSDATAU18
FSDATAU16

5

FSDATAU15

22R3805-4

FSDATAU17
FSDATAU20
FSDATAU12

22R3805-1

FSDATAU13

FSDATAU23
FSDATAU22

FSDATAU9

22R

FSDATAU8

22R45

FSDATAU5

22R3807-3

FSDATAU6

22R3807-2

FSDATAU4

22R3807-1 1 8

FSDATAU3

FSDATAU30
FSDATAU31
FSDATAU27

22R18

FSDATAU28

+3V3SW

3819
RES

10K3820

I800

I816

COL_Do(8)_INV

100n

3800

10K

2813
100n

FSDATAU0
FSDATAU1
FSDATAU2
FSDATAU3
FSDATAU4
FSDATAU5
FSDATAU6
FSDATAU7
FSDATAU8
FSDATAU9
FSDATAU10
FSDATAU11
FSDATAU12
FSDATAU13
FSDATAU14
FSDATAU15
FSDATAU16
FSDATAU17
FSDATAU18
FSDATAU19
FSDATAU20
FSDATAU21
FSDATAU22
FSDATAU23
FSDATAU24
FSDATAU25
FSDATAU26
FSDATAU27
FSDATAU28
FSDATAU29
FSDATAU30
FSDATAU31

2809
100n

2814
100n

3840

22R

F801

3839

100R

2810
100n

2811
100n

+2V5_DDR

K1

M3
M4

R4

J24
K26

W25
W24

E24
E25
E26
G26
G24
H26
H24
J25
T26
R25
P24
P26
N24
N26
M25
L24
L25
M26
M24
N25
N23
P25
R26
R24
K24
J26
H25
G23
G25
F24
F25
F26

I812

I818

I815

3

2812
100n

AA23

AB23

AC23

RESET_

IR0|GPIO_29
IR1|GPIO_28

EXTCLK|GPI_02

FSVREF1
FSVREFVSS1

FSVREF2
FSVREFVSS2

FSDATA0
FSDATA1
FSDATA2
FSDATA3
FSDATA4
FSDATA5
FSDATA6
FSDATA7
FSDATA8
FSDATA9
FSDATA10
FSDATA11
FSDATA12
FSDATA13
FSDATA14
FSDATA15
FSDATA16
FSDATA17
FSDATA18
FSDATA19
FSDATA20
FSDATA21
FSDATA22
FSDATA23
FSDATA24
FSDATA25
FSDATA26
FSDATA27
FSDATA28
FSDATA29
FSDATA30
FSDATA31

B17

VCLAMP|GPIO_31

D20

VDV|VSOG|GPIO07

B20

VODD|HSOUT|GPIO_06

C20

VVS|GPIO_05

D19

VHS_CSYNC|GPIO_04

A23

VGRN0|GPIO_G02_B0

C22

VGRN1|GPIO_G02_B1

B22

VGRN2|GPIO_G02_B2

A22

VGRN3|GPIO_G02_B3

D21

VGRN4|GPIO_G02_B4

C21

VGRN5|GPIO_G02_B5

B21

VGRN6|GPIO_G02_B6

A21

VGRN7|GPIO_G02_B7

C19

VRED0|GPIO_G01_B0

B19

VRED1|GPIO_G01_B1

A19

VRED2|GPIO_G01_B2

D18

VRED3|GPIO_G01_B3

C18

VRED4|GPIO_G01_B4

B18

VRED5|GPIO_G01_B5

A18

VRED6|GPIO_G01_B6

C17

VRED7|GPIO_G01_B7

B25

VBLU0|GPIO_G03_B0

A25

VBLU1|GPIO_G03_B1

D24

VBLU2|GPIO_G03_B2

C24

VBLU3|GPIO_G03_B3

B24

VBLU4|GPIO_G03_B4

A24

VBLU5|GPIO_G03_B5

C23

VBLU6|GPIO_G03_B6

B23

VBLU7|GPIO_G03_B7

Y23

W23

T23

V23

R23

GM1501-LF-BD

+2V5_DDR

7801-12

SYSTEM

VSSA18_DLL

K25

7801-6

GM1501-LF-BD

VIDEO

SVDV|VCOAST|GPIO_03
SVDATA7|GPIO_G00_B7
SVDATA6|GPIO_G00_B6
SVDATA5|GPIO_G00_B5
SVDATA4|GPIO_G00_B4
SVDATA3|GPIO_G00_B3
SVDATA2|GPIO_G00_B2
SVDATA1|GPIO_G00_B1
SVDATA0|GPIO_G00_B0

4

J23

L23

P23

H23

M23

FS_2.5FS_2.5

MSTR_SCL|GPI_03

MSTR_SDA|GPI_04

SVCLK|GPI_0

SVHSYNC|GPIO_02

SVVSYNC|GPIO_01

SVODD|GPIO_00

VCLK|GPI_01

+1V8_CORE

F23

K23

E23

VDDA18_DLL

FSADDR0
FSADDR1
FSADDR2
FSADDR3
FSADDR4
FSADDR5
FSADDR6
FSADDR7
FSADDR8

FSADDR9
FSADDR10
FSADDR11

FSBKSEL0
FSBKSEL1

FSDQM0
FSDQM1
FSDQM2
FSDQM3

FSCKE

FSWE

FSCAS

FSRAS

FSCLKn

FSCLKp

FSDQS

D16

C14

B14

A14

A17

D14

A15

B15
C15
D15

A16

B16
C16

A20

AD25
AD26
AC24
AC25
AB26
AA24
AA25
AA26
Y24
AB25
AC26
AB24

Y25
Y26

T25
U25
U26
T24

W26

V26

V25

V24

U23

U24

L26

P4
P3

3822 100R

I817

5

FSADDRU0
FSADDRU1
FSADDRU2
FSADDRU3
FSADDRU4
FSADDRU5
FSADDRU6
FSADDRU7
FSADDRU8

FSADDRU9
FSADDRU10
FSADDRU11

FSBKSELU0
FSBKSELU1

FSDQMU0
FSDQMU1
FSDQMU2
FSDQMU3

FSCKEU

FSWEU

FSCASU

FSRASU

3817 10K

FROM MUX-SYNC INTF

3823

RES

HDMI_VHS

HDMI_VVS

COL_CLKASB

COL_CLKASA

4801

FSADDRU3
FSADDRU2
FSADDRU1
FSADDRU0

FSADDRU8
FSADDRU7
FSADDRU6
FSADDRU5

FSADDRU4
FSADDRU9
FSADDRU11
FSADDRU10

FSDQMU0
FSDQMU1
FSDQMU2
FSDQMU3

FSWEU
FSCASU
FSRASU
FSCKEU

FSBKSELU0
FSBKSELU1

10K3818

HDMI_VCLK

HDMI_VDV

HDMI_Y(7)
HDMI_Y(6)
HDMI_Y(5)
HDMI_Y(4)
HDMI_Y(3)
HDMI_Y(2)
HDMI_Y(1)
HDMI_Y(0)

FROM COLUMBUS

6

3809-4 22R

45

3809-2 22R27

18

3809-1 22R

3810-1 22R18

3810-3 22R36

45

3810-4 22R

45

3811-2 22R27
3811-1 22R18

3812-1 1 8 22R

36

3812-3 22R

27

3812-2 22R

3813-1

27

3813-2 22R

36
45

3813-4 22R

3816 22R

SCL_IO

SDA_IO

+3V3SW

FROM HDMI

22R3809-3 3 6

7

22R3810-2 2

22R3811-4
22R363811-3

5

22R3812-4 4

22R18

22R3813-3

22R3814
22R3815

TO SCALER INTRF

TO FLASH CONTROL

TO HDMI

TO EPLD

TO HDMI

7

TO SDRAM

FSADDR(3)
FSADDR(2)
FSADDR(1)
FSADDR(0)

FSADDR(8)
FSADDR(7)
FSADDR(6)
FSADDR(5)

FSADDR(4)

FSADDR(9)
FSADDR(11)
FSADDR(10)

FSDQM(0)
FSDQM(1)
FSDQM(2)
FSDQM(3)

FSWE
FSCAS
FSRAS
FSCKE

FSBKSEL(0)
FSBKSEL(1)

FSCLK-

FSCLK+

FSDQS

FROM DIGITAL-IO

AV3_HDMI-AUDIO_SEL

FROM ANALOG-IO

TO FLASH / CONTROL

TO FLASH / CONTROL

(CINCH)

RESERVED

TO EPLD

(CINCH)

TO DIGITAL-IO

(SCART)

89

+3V3_PLL

F802

2815

16V

22u

OCMADDR(0)
OCMADDR(1)
OCMADDR(2)
OCMADDR(3)
OCMADDR(4)
OCMADDR(5)
OCMADDR(6)
OCMADDR(7)
OCMADDR(8)
OCMADDR(9)

OCMDATA(0)
OCMDATA(1)
OCMDATA(2)
OCMDATA(3)
OCMDATA(4)
OCMDATA(5)
OCMDATA(6)
OCMDATA(7)

HDMI_HOTPLUG_RESET

PIXEL+_RESET

(RESERVED FOR CINCH ONLY)

CVI_VGA_SEL

100R3831

10R3833

PDP_GO_UP

VS_ON

3832 100R

POWER_UP_OK

HOT_PLUG

2816

2817

100n

100n

+3V3_PLL

2823

22p

36

3825-3
3825-2

2
3825-1 1 8
3826-3 3

18

3826-1

3826-2 2 7
3826-4 4 5

+3V3_IO

3830
RES

I819

I820
I821

SD_HD_SEL

2818
100n

7

6

53825-4 4

10K

10

2819
100n

H3

VDDA33_SDDS

G3

TCLK

H2

AA1
AA2
AA3
Y1
Y2
Y3
W1
W2
W3
V1

AD4
AF3
AE3
AD3
AF2
AE2
AD2
AF1
AE1
AD1

I802

AC1
AC2

I803

AC3
AB1
AB2
AB3

AD23

GPIO_G04_B0|DOBLU2

AD24

GPIO_G04_B1|DOBLU3

AE24

GPIO_G04_B2|DOBLU4

AF24

GPIO_G04_B3|DOBLU5

AF25

GPIO_G04_B4|DOBLU6

AF26

GPIO_G04_B5|DOBLU7

AE25

GPIO_G04_B6|DOBLU8

AE26

GPIO_G04_B7|DOBLU9

NC

AD21

GPIO_G05_B0|DOGRN2

AD22

GPIO_G05_B3|DOGRN5

AC18

GPIO_G06_B0|DORED2

AD18

GPIO_G06_B1|DORED3

AE18

GPIO_G06_B2|DORED4

AF18

GPIO_G06_B3|DORED5

AE8

GPIO_G07_B0|DERED2

AF8

GPIO_G07_B1|DERED3

AC9

GPIO_G07_B2|DERED4

AD9

GPIO_G07_B3|DERED5

AE9

GPIO_G07_B4|DERED6

AF9

GPIO_G07_B5|DERED7

AD10

GPIO_G07_B6|DERED8

AE10

GPIO_G07_B7|DERED9

7801-11

J3

F4

G1

GM1501-LF-BD

CLK-SYN

VDDA33_FPLL

VDDA33_RPLL

VDDA33_DDDS

VSSA33_DDDS

VSSA33_FPLL

VSSA33_RPLL

VSSA33_SDDS

J2

H4

F3

GM1501-LF-BD

OCMADDR0
OCMADDR1
OCMADDR2
OCMADDR3
OCMADDR4
OCMADDR5
OCMADDR6
OCMADDR7|GPIO_18
OCMADDR8|GPIO_G11_B0
OCMADDR9|GPIO_G11_B1

GM1501-LF-BD

OCMDATA0
OCMDATA1
OCMDATA2
OCMDATA3
OCMDATA4
OCMDATA5
OCMDATA6
OCMDATA7
OCMDATA8|GPIO_G10_B0
OCMDATA9|GPIO_G10_B1
OCMDATA10|GPIO_G10_B2
OCMDATA11|GPIO_G10_B3
OCMDATA12|GPIO_G10_B4
OCMDATA13|GPIO_G10_B5
OCMDATA14|GPIO_G10_B6
OCMDATA15|GPIO_G10_B7

OCM_DATA

GM1501-LF-BD

2820
100n

H1

J1

F2

VDDD33_PLL

VDDD33_DDDS

XTAL

OCM_WE_

OCM_RE_

D25

M2

M1

L2

L1

R3

R2

T4
P1
P2

R1

G4

K2

V2
V3

V4
U1
U2
U3
U4
T1
T2
T3

VDDD33_SDDS

ACS_RSET_HD

VSSD33_DDDSK4VSSD33_PLL

VSSD33_SDDS

G2

J4

7801-4

OCM-ADR

OCMADDR10|GPIO_G11_B2
OCMADDR11|GPIO_G11_B3
OCMADDR12|GPIO_G11_B4
OCMADDR13|GPIO_G11_B5
OCMADDR14|GPIO_G11_B6
OCMADDR15|GPIO_G11_B7

OCMADDR16|GPIO_19
OCMADDR17|GPIO_20
OCMADDR18|GPIO_21
OCMADDR19|GPIO_22

7801-5

OCM_TIMER1|PWM3|GPIO_13

OCM_UDI|GPIO_27

OCM_UDO|GPIO_26

OCM_INT1|GPIO_30

OCM_INT2|GPI_10

OCM_CS0_|GPIO_23
OCM_CS1_|GPIO_24
OCM_CS2_|GPIO_25

ROM_CS_|GPI_9

7801-9

GPIO

GPIO_G08_B0|JTAG_CLK|DORED0

GPIO_G08_B1|JTAG_MODE|DORED1

GPIO_G08_B2|JTAG_TDI|DOGRN0

GPIO_G08_B3|DVS|DOGRN1

GPIO_G08_B4|JTAG_TDO|DOBLU0

GPIO_G08_B5|JTAG_RESET|DOBLU1

GPIO_G09_B0|DERED0

GPIO_G09_B1|DERED1
GPIO_G09_B2|DEGRN0
GPIO_G09_B3|DEGRN1

GPIO_G09_B4|DEBLU0

GPIO_G09_B5|DEBLU1

GPIO_14|DHS

GPIO_15|DVS

GPIO_16|DEN

11 12

2821
100n

+3V3_PLL

I801

3824
3K3

I804

I805

V-CHIP_INT

I806
I807
I808

AD6

I809

AE6

AF6

NC

I810

AE7

AF7

I822

AD8

AE4

SC2|AV2_SIDE_SW

AF4
AC5
AD5
AE5

AF5

AF17

AD16

AD7

2822
100n

2824
22p

1801
14M31818
SMD-49

(RESERVED)

3827 10K

3829 10K

3835 10K

TO ANALOG-IO

(SCART)

OCMADDR(10)
OCMADDR(11)
OCMADDR(12)
OCMADDR(13)
OCMADDR(14)
OCMADDR(15)
OCMADDR(16)
OCMADDR(17)
OCMADDR(18)
OCMADDR(19)

TO SCALER INTRF

BU_LHT_ADJ1

UART_RX

UART_TX

POWER_DOWN

#OCM_WE

#OCM_RE

10K3828

+3V3SW

#ROM_CS

JTAG_CLK_SCL

10K3834

JTAG_TDI_SDA

10K3836

RGB|CVI_HDA_SEL

TV_SC_COM

TV_IRQ

NVM_WP_SCALER

SC2_OUT_SW

Y_NOTCH

/

(CINCH)

13

+3V3_IO

3837

3838

10K

10K

PC_HD_SEL

TO HERCULES

TO TUNER

TO DC-DC CONVERTER

B3B-PH-SM4-TBT(LF)

FOR SW TESTING

F803
F804

+3V3_IO

14

(RES)

1802

I811

45

3
2
1

TO MUX-SYNC INTF

TO FLASH / CONTROL

3841
10K

COL_RST

TO COLUMBUS

H_16980_007.eps

230207

1801 B12
1802 G14
2800 A1
2801 A1
2802 A1
2803 A1
2804 A2
2805 A2
2806 A2
2807 A2
2808 A2
2809 A3
2810 A3

A

2811 A3
2812 A3
2813 B2 I805 E12
2814 B3
2815 A9
2816 A9
2817 A10
2818 A10
2819 A10
2820 A12
2821 A12

B

2822 A12
2823 A10
2824 A12
3800 B3
3801-1 C1
3801-2 C1
3801-3 C1
3801-4 C1
3802-1 C1
3802-2 C1
3802-3 C1
3802-4 C1

C

3803-1 D1
3803-2 D1
3803-3 C1
3803-4 C1
3804-1 D1
3804-2 D1
3804-3 D1
3804-4 D1
3805-1 D1
3805-2 D1
3805-3 D1
3805-4 D1

D

3806-1 D1
3806-2 E1
3806-3 E1
3806-4 E1
3807-1 E1
3807-2 E1
3807-3 E1
3807-4 E1
3808-1 E1
3808-2 E1
3808-3 E1

E

3808-4 E1
3809-1 B6
3809-2 B6
3809-3 B6
3809-4 B6
3810-1 B6
3810-2 B6
3810-3 B6
3810-4 B6
3811-1 C6
3811-2 C6
3811-3 C6

F

3811-4 C6
3812-1 C6
3812-2 C6
3812-3 C6
3812-4 C6
3813-1 C6
3813-2 D6
3813-3 D6
3813-4 D6
3814 D6
3815 D6
3816 D6

G

3817 D6
3818 E6
3819 F2
3820 F1
3822 G5
3823 F5
3824 B12
3825-1 F9
3825-2 F9
3825-3 F9
3825-4 F9

H

3826-1 F9
3826-2 F9
3826-3 F9
3826-4 F9
3827 F13
3828 F13
3829 F13
3830 H10
3831 I9
3832 I9
3833 I9
3834 G13

I

3835 G13
3836 G13
3837 G14
3838 G14
3839 G3
3840 I3
3841 H14
4801 H5
7801-11 A11

7801-12 A4
7801-4 C11
7801-5 E11
7801-6 F4
7801-9 G11
F800 A1
F801 B3
F802 A9
F803 G14
F804 G14
I800 G2
I801 B12
I802 F10
I803 F10
I804 E12

I806 F12
I807 F12
I808 F12
I809 G12
I810 G12
I811 G14
I812 F3
I813 A1
I815 G3
I816 G2
I817 H5
I818 F3
I819 I10
I820 I10
I821 I10
I822 G12

Circuit Diagrams and PWB Layouts

31LC4.8L LA 7.

SSB: Scaler

1 23456789 10

SCALER

B8 B8

7801-14

GM1501-LF-BD

A1

NC

C5

NC

D5

NC

+3V3_LBADC

7801-3

ADC

LBADC_IN1

LBADC_IN2

LBADC_IN3

LBADC_RETURN

LBADC_GND

+3V3_LVDS

+3V3_LVDSA

+3V3_LVDSB

22u 16V

2956
100n

NC

2945

2950

NCNC

C13D13

LBADC_33

16V22u

2957
100n

AC17

2946
100n

2951
100n

K3

F1

2958
100n

A

SUPPLY FOR SCALER

+3V3SW

5900

5901

B

C

+3V3SW

5902

5903

5904

F900

5905

5906

5907

7900

LF25CDT

13

OUTIN

COM
2900
100n

2

D

+3V3SW

7901

LD1086D2T18

I901

32

OUTIN

COM

E

2903
100n

1

F

G

3139 123 6145.4 *

1 23456789 10

+3V3_IO

+3V3_PLL

+3V3_ADC

+3V3_DVI

+3V3_IO

+3V3_LBADC

+3V3_LVDSA

+3V3_LVDSB

+3V3_LVDS

I900

I902

2901
1n0

+1V8

2904

47u 16V

2902

470u 16V

5908

5909

5910

5911

+2V5_DDR

+1V8_ADC

+1V8_DVI

+1V8_CORE

For LATAM diversity see table in chapter 10

F901

2907

2906

2905
100u
16V

I905

TO DIGITAL-IO (SCART ONLY)

100n

100n

+3V3_IO +1V8_CORE

AC8

AC10

K15

L10

L12

K14

K13

K12

B13

A13

SCL_DVI
SDA_DVI

RXC+IN
RXC-IN

RX0+IN
RX0-IN

RX1+IN
RX1-IN

RX2+IN
RX2-IN

FAN_SPEED

HD_FILTER

2908
100n

AC4

AC6

D_GND

L13

L14

3K33900

100n

AA4

AB4

IO_3.3

L15

L17

I904

Y4

M10

AC16

C26

C25

W4

M11

29102909
100n

D23

M12

2930
100n

2911
100n

D17

D22

M13

M14

M15

M16

M17

F903

2931
100n

GM1501-LF-BD

OEXTR

PWM0|GPIO_10

PWM1|GPIO_11

2912
100n

N10

N11

2932
100n

7801-7

CTRL

+1V8_CORE

2916

2915

2914

2913

100n

100n

7801-13

GM1501-LF-BD

SUPPLY

D_GND D_GND

N14

N15

N16

N13

2933
100n

N4

DVI_SCL|GPI_07

N3

DVI_SDA|GPI_08

A6

RXCp

B6

RXCn

A8

RX0p

B8

RX0n

A9

RX1p

B9

RX1n

A10

RX2p

B10

RX2n

B11

REXT

DCLK|GPIO_17

N17

D6D8D9

N12

PPWR|GPIO_08

PBIAS|GPIO_09

PWM2|GPIO_12

100n

100n

U11

U16

U17

P16

P17

R10

P10

P11

P12

P13

P14

+1V8_DVI

7801-2

D10

GM1501-LF-BD

DVI_1.8 DVI_3.3

DVI_GND

B5B7C7D7D11

A7

A11

I906

FROM DC-DC CONVERTER

PANEL-PWR-CTL

A26

B26

AC7

NC

I903

D26

R11

P15

+3V3_DVI

C10

C11

DVI

ADC

TO COLUMBUS HERCULES

LAMP_ON_OFF

BU_LHT_ADJ2

(RES)

T17

U10

CORE_1.8

R12

R13

C6C8C9

&

TO TOP CONN.

F902

2917

2918

100u

100n

16V

L16

L11

T11

T16

R14

R15

K11

K16

K17

R17

T10

T12

T13

R16

F904

2934

47u 16V

TO MUX-SYNC INTERFACE

AVSYNC

AHSYNC

SOG

R_PR+
R_PR-

G_Y+
G_Y-

B_PB+
B_PB-

2919
100n

K10

T14

T15

2935
100n

SCL
SDA

U12

2920
100n

U13

U14

2936
100n

U15

2921
100n

AD15

2937
100n

2922
100n

2938
100n

+3V3STBY

3901
RES

2924

2923

100n

100n

2939
100n

3902
RES

3903
3904 100R

2925
100n

KEYBOARD

2953
100n

100R

2954
100n

AD19

AC19

AC20

AC13

AC14

AC15

AD17

L3

L4

N2
N1

C3

D2
D1

C2
C1

B2
B1

2926

2927

100n

100n

4900

RES

DISPLAY PWR

LVDSA_GND_1

LVDSA_GND_2

LVDSA_GND_3

LVDSB_GND_1

LVDSB_GND_2

LVDSB_GND_3

VSSD33_LVDS

+1V8_ADC

F908

A4

ADC_1.8

AVSYNC

AHSYNC

VGA_SCL|GPI_05
VGA_SDA|GPI_06

SOG

REDp
REDn

GREENp
GREENn

BLUEp
BLUEn

ADC_AGND ADC_DGND

C4D4E1E2E4

2929

2928

100n

100n

2942
100n

7801-10

GM1501-LF-BD

A3

7801-1

GM1501-LF-BD

ANA-IN

2940

VDDD33_LVDS

LVDSA_3.3_3

LVDSA_3.3_2

LVDSA_3.3_1

LVDSB_3.3_3

LVDSB_3.3_2

LVDSB_3.3_1

+3V3_ADC

B3

ADC_3.3

A5

B4

F910

2941
100n

16V47u

AE17

AC22

AC21

AD20

AC12

AD13

AD12

A2D3E3

(RES)

(RES)

F909

2955

16V22u

GM1501-LF-BD

C12

B12

A12

D12

F905

F906

F907

NC

NC

NC

2948

2947

100n

100n

2952
100n

2959
100n

H_16980_008.eps

2949
100n

230207

A

B

C

D

E

F

G

2900 D1
2901 D1
2902 D2
2903 E1
2904 E1
2905 A3
2906 A3
2907 A4
2908 A4
2909 A4
2910 A4
2911 A4
2912 A5
2913 A5
2914 A5
2915 A5
2916 A5
2917 A6
2918 A6
2919 A7
2920 A7
2921 A7
2922 A7
2923 A7
2924 A8
2925 A8
2926 A8
2927 A8
2928 A8
2929 A9
2930 C4
2931 C4
2932 C5
2933 C5
2934 C6
2935 C7
2936 C7
2937 C7
2938 C7
2939 C7
2940 B9
2941 B9
2942 C9
2945 D10
2946 D10
2947 D10
2948 D10
2949 D10
2950 E10
2951 E10
2952 E10
2953 F8
2954 F8
2955 F9
2956 F10
2957 F10
2958 F10
2959 F10
3900 F4
3901 F7
3902 F7
3903 F7
3904 F7
4900 B8
5900 B1
5901 B1
5902 B1
5903 B1
5904 B1
5905 C1
5906 C1
5907 C1
5908 C2
5909 E2
5910 E2
5911 E2
7801-1 F9
7801-10 D9
7801-13 B5
7801-14 A10
7801-2 C5
7801-3 B10
7801-7 F5
7900 C1
7901 E1

F900 B1
F901 A3
F902 A6
F903 C4
F904 C6
F905 D9
F906 D9
F907 D9
F908 E8
F909 E9
F910 G9
I900 C1
I901 E1
I902 E1
I903 G5
I904 F4
I905 C3
I906 E5

Circuit Diagrams and PWB Layouts

32LC4.8L LA 7.

SSB: Scaler Interface

123456789

SCALER INTERFACE

B9 B9

A

B

C

D

7801-8

GM1501-LF-BD

ACp|GPIO_G06_B6|DORED8
ACn|GPIO_G06_B7|DORED9

A3p|GPIO_G06_B4|DORED6
A3n|GPIO_G06_B5|DORED7

A2p|GPIO_G05_B1|DOGRN3
A2n|GPIO_G05_B2|DOGRN4

A1p|GPIO_G05_B4|DOGRN6
A1n|GPIO_G05_B5|DOGRN7

A0p|GPIO_G05_B6|DOGRN8
A0n|GPIO_G05_B7|DOGRN9

SHIELD5|DEBLU5

SHIELD4|DEBLU2
SHIELD3|DEGRN5
SHIELD2|DEGRN4
SHIELD1|DEGRN3
SHIELD0|DEGRN2

BCp|DEGRN8
BCn|DEGRN9

B3p|DEGRN6
B3n|DEGRN7

B2p|DEBLU3
B2n|DEBLU4

B1p|DEBLU6
B1n|DEBLU7

B0p|DEBLU8
B0n|DEBLU9

LVDS

AE20
AF20

AE19
AF19

AE21
AF21

AE22
AF22

AE23
AF23

AD14

AE13

AE11
AD11
AC11

AF10

AE12

AF13

AF11

AF12

AF14

AE14

AF15

AE15

AF16

AE16

NC

TXBC+

TXBC-

TXB3+

TXB3-

TXB2+

TXB2-

TXB1+

TXB1-

TXB0+

TXB0-

TO EPLD

TO SCALER

BU_LHT_ADJ1

3A02

1K0

IA07

3A03

SI2301DS-T1

RESERVED

4A02

RES

RES

1

7A01

4A03

RES
+5VSWI

3

2

3A04

1K0

3A05

RES

IA06

BACKLIGHT CONTROL

5V DC 3V3 PWM

390R

10K
1u

IA00

1K
Y

-

-4A03

2A03

1u0

5V PWM

390R

­1K
Y

-

0R

-

3A03
3A05
3A04
7A01

3A06
2A03

3A06

10K

3V3 DC

-

-

-

-

Y
10K
1u

IA05

-

-

-

-

Y

0R

-

BACKLIGHT_DIM

BACKLIGHT_CTRL

FROM EPLD

TO TOP CONNECTORS

A

B

C

D

2A00 E3
2A01 F2
2A02 F2
2A03 C7
2A12 F6
2A13 E8
3A00 E2
3A01 F2
3A02 C5
3A03 C6
3A04 C6
3A05 C6
3A06 C7
3A07 E2
3A08 E2
3A10 F6
3A11 E7
3A13 E8
3A14 E9
4A00 F3
4A01 F3
4A02 B6
4A03 D6
4A04 F4
4A05 F6
4A06 F8
5A00 E3
6A01 F8
7801-8 A2
7A00 E4
7A01 C6
7A02 F6
7A03 E8
IA00 C7
IA03 F6
IA05 B8
IA06 C7
IA07 B6
IA08 E3
IA09 F3

E

TO EPLD

SDA_DMA_BUS1_DISP

SCL_DMA_BUS1_DISP

F

3139 123 6145.4 *

2A13
100n

+3V3STBY

7A03

BC847BW

4A06

3A13
10K

+5V

6A01

3A14
4K7

BZX384-C3V9

E

STANDBY

F

H_16980_009.eps

230207

FOR PDP ONLY

+3V3SW

3A08

3A07

10K

10K

2A02

2A01

100p

100p

3A00

68R

3A01

68R

IA08

IA09

1

NC

2A00
100n

NC

+3V3SW

VCC

GND

4A00
4A01

For LATAM diversity see table in chapter 10

5A00

8

7A00

PCA9515ADP

SDA0 3SDA16

EN 5

4

RES
RES

FOR UFD ONLY

+3V3STBY

3A11

SDA_IO

4A04

SCL_IO

BUF_ENABLE

FROM HERCULES

SC_STANDBY

3A10

10K

IA03

BC847BW

2A12
10n

7A02

4A05

2SCL0SCL17

(PDP)

4K7

123456789

Circuit Diagrams and PWB Layouts

33LC4.8L LA 7.

SSB: SDRAM

12345678

B10 B10

SDRAM

+2V5_DDR

A

2B02

B

C

D

E

2B01

47u
16V

47u

6.3V

2B03

100n

TO/FROM SCALER

100n

2B052B04
100n

FSRAS
FSCAS
FSWE

FSCLK+
FSCLK­FSCKE

FSDQM(0)
FSDQM(1)
FSDQM(2)
FSDQM(3)

FSBKSEL(0)
FSBKSEL(1)

FSADDR(0)
FSADDR(1)
FSADDR(2)
FSADDR(3)
FSADDR(4)
FSADDR(5)
FSADDR(6)
FSADDR(7)
FSADDR(8)
FSADDR(9)
FSADDR(10)
FSADDR(11)

2B06
100n

FSVREF

2B07

IB03
IB02

+2V5_DDR

2B09 2B14

100n

2B10

100n100n

7B01

28

26
25

55
54
53

23
56
24
57

29
30

31
32
33
34
47
48
49
50
51
45
36
37

38
39
40
41
42
43

93
52

2B11
100n

2B18

22u16V

2B17

100n

5816

153565962958

VREF

CS
RAS
CAS
WE

CK
CK

CKE

0
1

DM

2
3

0

BA

1

0
1
2
3
4
5

A

6
7
8
9
10
11

NC

RFU
MCL

VSS VSSQ

66

85

46

2B08
100n 100n

3B01
10K

1%

FB01

3B02
10K

1%

K4D263238F-UC50

150R3B03 1%

2B13

2B12

100n

100n

14225967737986

Φ

SDRAM

1M X 32 X 4

5

11196270768292

2B15

100n

+2V5_DDR

VDDQVDD

NC

0
1
2
3
4
5
6

D

7

8
9

10
11
12
13
14
15
16
17
18
19
20
21
22

D

23
24
25
26
27
28
29
30
31

DQS

99

100

2B16

100n

44
87
8827
89
90
91

97
98

1
3
4
6

7
60
61
63
64
68
69
71
72

9
10
12
13
17
18
20
21
74
75
77
78
80
81
83
84

94

F

FSDQS

3139 123 6145.4 *

For LATAM diversity see table in chapter 10

TO/FROM SCALER

FSDATA(0)

FSDATA(1)

FSDATA(2)

FSDATA(3)

FSDATA(4)

FSDATA(5)

FSDATA(6)

FSDATA(7)

FSDATA(8)

FSDATA(9)

FSDATA(10)

FSDATA(11)

FSDATA(12)

FSDATA(13)

FSDATA(14)

FSDATA(15)

FSDATA(16)

FSDATA(17)

FSDATA(18)

FSDATA(19)

FSDATA(20)

FSDATA(21)

FSDATA(22)

FSDATA(23)

FSDATA(24)

FSDATA(25)

FSDATA(26)

FSDATA(27)

FSDATA(28)

FSDATA(29)

FSDATA(30)

FSDATA(31)

H_16980_010.eps

230207

A

B

C

D

E

F

2B01 A1
2B02 A1
2B03 A1
2B04 A2
2B05 A2
2B06 A2
2B07 A3
2B08 A3
2B09 A3
2B10 A3
2B11 A4
2B12 A4
2B13 A4
2B14 A5
2B15 A5
2B16 A5
2B17 B4
2B18 B4
3B01 B3
3B02 B3
3B03 C3
7B01 B3
FB01 B3
IB02 C2
IB03 C2

12345678

SSB: Flash / Control

Circuit Diagrams and PWB Layouts

34LC4.8L LA 7.

1234567

FLASH / CONTROL

B11 B11

+3V3_IO

A

+3V3_IO

10K

10K

10K3C05

45

36

3C04-4

3C04-3

3C02
1K0

#RESET

3C03

RES

5

3C16-4

4

FC06

3C11
3C12

3C13
3C14
3C15

+3V3_IO

TO SCALER

RES
RES
RES
RES
RES

10K

3C17

10K

3C16-3

36

FC08

FC07

3C19 3C21

3C20
RES

RES

&

TO HDMI

&

TO COLUMBUS

3C16-1

B

C

D

E

F

TO SCALER

OCMADDR(0)
OCMADDR(1)
OCMADDR(2)
OCMADDR(3)
OCMADDR(4)
OCMADDR(5)
OCMADDR(6)
OCMADDR(7)
OCMADDR(8)
OCMADDR(9)
OCMADDR(10)
OCMADDR(11)
OCMADDR(12)
OCMADDR(13)
OCMADDR(14)
OCMADDR(15)
OCMADDR(16)
OCMADDR(17)
OCMADDR(18)

#OCM_RE
#OCM_WE
#ROM_CS

NVM_WP_SCALER

SCL_IO

SDA_IO

M29W040B-55K1

+3V3SW

3C00

10K

FC01

0V

FC02

3V2

FC03

3V2

7

6

5

7C00

12
11
10
9
8
7
6
5
27
26
23
25
4
28
29
3
2
30
1

24
31
22

WC

SCL

0
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18

OE
WE
CE

2C02

100n

5C00

FC00

3216

ROM

512Kx8

[FLASH]

0

A

512K-1

DQ

+3V3SW

3V2

8

M24C32-WMN6

Φ

(4Kx8)

EEPROM

4

ADR

0

7

10u 16V

13
14
15
17
18
19
20
21

7C01

0
1
2SDA

2C00

100n

2C01

1
2
3

OCMDATA(0:7)

OCMDATA(0)
OCMDATA(1)
OCMDATA(2)
OCMDATA(3)
OCMDATA(4)
OCMDATA(5)
OCMDATA(6)
OCMDATA(7)

TO SCALER

1C00

SKQR
2
4

For Software
Development
only - (RES)

OCMADDR(0:19)

OCMADDR(0)
OCMADDR(1)
OCMADDR(2)
OCMADDR(3)

OCMADDR(4)
OCMADDR(5)
OCMADDR(6)
OCMADDR(7)

OCMADDR(8)
OCMADDR(9)
OCMADDR(10)
OCMADDR(11)

OCMADDR(12)
OCMADDR(15)
OCMADDR(16)
OCMADDR(18)

OCMADDR(17)
OCMADDR(14)
OCMADDR(13)
OCMADDR(19)

1
3

FC04

2C03

100n

3C01

10K

3C07-2 10K2
3C07-3 10K3
3C07-4 10K

3C08-2 2 7 10K
3C08-1 1 8

3C09-1 10K
3C09-2 10K
3C09-3 10K3
3C09-4

+3V3SW

1

MR

0V

SUB

2

18
2 7 10K3C06-2

45

183C07-1 10K

7
6

45

18
27

6

1 8 10K3C10-1

3 6 10K3C10-3
45

3V2

5

7C02

PST596J

VCC

VOUT

GND

3

4

3V2

10K3C06-1

10K3C06-3 3 6
10K3C06-4

10K
10K3C08-3 3 6
10K3C08-4 4 5

10K45

10K3C10-2 2 7

10K3C10-4

FC05

10K

10K

18

273C04-2

3C04-1

3C18

10K

3C16-2

18

27

FC09

RES

FC10

A

B

C

D

E

F

1C00 F4
2C00 B3
2C01 B3
2C02 E2
2C03 E5
3C00 E2
3C01 F5
3C02 E6
3C03 F6
3C04-1 B6
3C04-2 B6
3C04-3 B6
3C04-4 B6
3C05 B6
3C06-1 B5
3C06-2 B5
3C06-3 B5
3C06-4 B5
3C07-1 C5
3C07-2 C5
3C07-3 C5
3C07-4 C5
3C08-1 C5
3C08-2 C5
3C08-3 C5
3C08-4 C5
3C09-1 C5
3C09-2 C5
3C09-3 D5
3C09-4 D5
3C10-1 D5
3C10-2 D5
3C10-3 D5
3C10-4 D5
3C11 B6
3C12 B6
3C13 B6
3C14 B6
3C15 B6
3C16-1 C7
3C16-2 C7
3C16-3 C7
3C16-4 C6
3C17 C6
3C18 C7
3C19 D7
3C20 D7
3C21 D7
5C00 A3
7C00 B2
7C01 E3
7C02 F5
FC00 B3
FC01 F2
FC02 F2
FC03 F2
FC04 F5
FC05 F6
FC06 D6
FC07 D7
FC08 C7
FC09 C7
FC10 C7

3139 123 6145.4 *

1234567

For LATAM diversity see table in chapter 10

H_16980_011.eps

230207

SSB: HDMI

2D00 B3
2D01 D2
2D02 D3
2D03 G4
2D04 G4
2D05 G4

2D06 G4
2D07 B5
2D08 B5
2D09 B5
2D10 C5
2D11 C5

123456789101112131415

2D12 B5
2D13 B5
2D14 B5
2D15 C5
2D16 C5
2D17 B6

2D18 B6
2D19 B6
2D20 B6
2D21 B6
2D22 B6
2D23 B7

Circuit Diagrams and PWB Layouts

2D24 B7
2D25 B7
2D26 C7
2D27 B8
2D28 B8
2D29 C8

2D30 C8
2D31 C8
2D32 F11
2D33 F11
2D34 F12
2D35 F12

2D36 H11
2D37 I11
2D38 H12
2D39 H12
2D40 H12
2D41 H13

2D44 G14
2D45 H14
3D00 B2
3D01 B2
3D02 B3
3D03 D2

3D04 D2
3D05 D3
3D06 D4
3D07 D4
3D08 D4
3D09 D5

3D10 C5
3D11 G4
3D12 G4
3D15-1 C11
3D15-2 C11
3D15-3 C11

3D15-4 C11
3D16-1 D11
3D16-2 D11
3D16-3 D11
3D16-4 D11
3D17-1 D11

3D17-2 D11

3D17-3 D11

3D17-4 E11

3D18-1 E11

3D18-2 E11

3D18-3 E11

3D18-4 E11
3D19 E11
3D20 E12
3D21-1 G9
3D21-2 G9
3D21-3 G9

35LC4.8L LA 7.

3D21-4 G9
3D22 H9
3D23 H9
3D24 H11
3D25 H11
3D26 H12

3D27 H12
3D30 G14
3D31 G14
3D32 H14
3D33 H14
3D34 H11

3D35 H12
4D00 F13
4D01 F13
5D00 B5
5D01 B6
5D02 B6

5D03 B6
5D04 B7
7D00 B1
7D01 E3
7D02 E4
7D03 D5

7D04 F11
7D05 G13
FD00 B2
FD01 D2
FD02 D2
FD03 D2

FD04 D2
FD05 H2
FD06 H2
FD07 B5
FD08 B6
FD09 B6

FD10 B6
FD11 B7
FD12 G9
FD13 F11
FD14 F12
FD15 G10

FD16 F13
FD17 I7
ID00 D2
ID01 D3
ID02 E4
ID03 E4

ID04 G5
ID05 G5
ID06 G5
ID07 G5
ID08 G10
ID09 H11

ID10 H12
ID11 H12
ID12 I12
ID13 I12
ID14 I12
ID15 G13

ID16 F13
ID17 F13
ID18 G14
ID19 H14
ID20 G14
ID21 G14

ID22 G4

B12 B12

HDMI

A

FROM SCALER

SCL_IO

SDA_IO

B

M24C02-WMN6

1
2
3

C

FROM DIGITAL-IO (CINCH ONLY)

DOC_SDA

DOC_SCL

D

+5VHDMI

E

F

G

TO MUX-SYNC INTF

H_HDMI

V_HDMI

H

I

3139 123 6145.4 *

7D00

84

3D00

Φ

(256x8)

EEPROM

0

ADR

1
2SDA

FD01

FD02

FD03

RXC-

RXC+

RX0-

RX0+

RX1-

RX1+

RX2-

RX2+

COMP

PLLIN

FD05

FD06

4K7

WC

SCL

3D03

3D04

For LATAM diversity see table in chapter 10

7

6

5

0R

0R

2D01

10n

FD04

3D01

4K7

FD00

ID00

2D02
1n0

3D02
4K7

ID01

7D01

BSN20

2D00
100n

+3V3SW

3D05
100R

7D02

BSN20

2D03

2D05 47n

FROM

FLASH/CONTROL

#RESET

+3V3SW

+3V3SW
3D06
100R

3D07

4K7

+3V3SW

ID02

ID03

3D11

10u

100R

10n2D04

ID22

3D12

10u2D06

3K9

3D08
4K7

2D07

2D08

100n

2D09

2D10

3D10

390R

7D03

SII9993CTG100

72

3D09

27

33R

26

74

75

77

76

83

84

86

87

91

92

96

97

ID04

9

ID05

8

ID06

24

25

ID07

81

33

34

+3V3SW

5D00

22u

6.3V

1n0

1n0

1n02D11

RESET

MCLKIN

MCLKOUT

CSCL

CSDA

DSCL

DSDA

RXC-

RXC+

RX0-

RX0+

RX1-

RX1+

RX2-

RX2+

RSET

COMP

PLLIN

PLLOUT

EXT-RES

HSYNC

VSYNC

828993

FD07

85

2D12

2D13

2D14

2D15

2D16

88

+3V3SW

5D01

22u

6.3V

100n

1n0

1n0

1n0

95

AGND

909498

+3V3SW

5D02

5D03

FD09

FD08

17

2D17

2D18

4064100

VCCAVCC

164165

FD10

80

PVCC1

99

10u2D20

100n

2D21

1n0

2D22

23

Φ

PVCC2

HDMI

PANELLINK

RECEIVER

79

22

FD17

DACGND

2

10u

100n

1n02D19

PLLIN

GND PGND OGND

DACGNDR

5

+3V3SW

FD11

COMP

11411

DACVCC

DACGNDG

DACGNDB

13

10

2D23

2D24

2D25

2D26

6

DACVCCR

+3V3SW

5D04

22u

6.3V

100n

1n0

1n0

214756

OVCC1

DACVCCB

DACVCCG

2845576678

22u

2D27

6.3V

2D28 100n

1n02D29

2D30 1n0

1n02D31

67

RSVDL

RSVDO

Q

ANRPR

ANGY

ANBPB

SPDIF

ODCK

GND_HS

101

NC

SDO

SCK

TO SCALER

2D41
10n

HDMI_Y(0:7)

HDMI_CbCr(0:7)

ID17

FD16

ID16

FOR SET WO AV3

7D05

HEF4053B

6

13

1V6

12

0V

11

0V

1

1V7

2

0V

10

3

NC

5

NC

9

4D00
4D01

+3V3SW

16

VDD

MDX

G4

1
2
4X1
4X2

VEE VSS

7

3V3

TO DIGITAL-IO (CINCH ONLY)

AV3_LEFT

AV3_HDMI-AUDIO_SEL

AV3_RIGHT

+3V3SW

3D31

3D30

RES

RES

ID20

2D44

14

1V7

1V7

8

15

3D32
RES

1u0

ID21

2D45

1u0

3D33
RES

4

NC

TO HERCULES

AudioIN2R

ID18

AudioIN2L

ID19

HDMI_VCLK

FROM SCALER

HDMI_VDV

HDMI_CbCr(0)

HDMI_CbCr(1)

HDMI_CbCr(2)

HDMI_CbCr(3)

HDMI_CbCr(4)

HDMI_CbCr(5)

HDMI_CbCr(6)

HDMI_CbCr(7)

11

7

16

2D40

1u0

ID11

3D26
220R

3D35

HDMI_Y(0)

HDMI_Y(1)

HDMI_Y(2)

HDMI_Y(3)

HDMI_Y(4)

HDMI_Y(5)

HDMI_Y(6)

HDMI_Y(7)

ID15

10V

3D27

100R

1 8 33R3D15-1

33R3D15-2 2 7

33R3D15-3 3 6

533R3D15-4 4

273D16-2 33R

7D04
UDA1334BT/N2

1

BCK

2

WS

3

DATAI

6

SYSCLK

8

MUTE

9

DEEM

10

PCS

14

VOL

3D25

100R

8

33R3D16-3 3 6

33R

8

33R3D17-3 3 6

33R3D17-4 4 5

33R18

33R27

33R36

2D32

47u 6.3V

2D33

100n

VDDA

INTERFACE

DE-EMPHASIS

INTERPOLATION

NOISE SHAPER

VSSA15VSSD

2D37
10n

+3V3SW

3D19
1R0

FD13

13

DIGITAL

FILTER

5

FD14

VDDD

DAC

2D38

47u

3D20
1R0

2D34

2D35

100n

4

DAC

VREF-DAC

ID10

6.3V

6.3V47u

SFOR0

SFOR1

VOR

12

2D39
100n

ID12
ID13

ID14

AUDIO DAC

3D16-1 33R1

3
4

NC

18
73

19
20

70

0

69

1

68

2

63

3

62

4

61

5

60

6

59

7

58

8

55

9

54

10

53

11

52

12

51

13

50

14

49

15

48

16

44

17

43

18

42

19

39

20

38

21

37

22

36

23

7

12

NC

15

29

30

31

WS

32

35

DE

46

71

INT

SPDIF

(NC)

NC

FD12

453D21-4 33R

3D21-3

36

3D21-22 7

18

3D22

FD15

33R

33R

33R3D21-1

33R

33R3D23

3D16-44 5

3D17-1 33R1

3D17-2 33R27

3D18-1

3D18-2

3D18-3

3D18-4 33R45

ID08

2D36
1u0

ID09

3D24
220R

3D34 100K
100K

1234567891011121314

H_16980_012.eps

230207

15

A

B

C

D

E

F

G

H

I

Circuit Diagrams and PWB Layouts

36LC4.8L LA 7.

SSB: MUX-Sync Interface

1234567891011

B13 B13

FROM HERCULES

A

B

FROM ANALOG-IO

C

FROM DIGITAL-IO

D

SYNC INTERFACE

E

F

3139 123 6145.4 *

MUX-SYNC INTERFACE

3E00 56R
3E01

56R
56R3E02

(SCART)

SC1_CVI_DMMI_R_Pr_IN
SC1_CVI_DMMI_G_Y_IN
SC1_CVI_DMMI_B_Pb_IN

RINA|Pr

GINA|YINA

BINA|Pb

(SCART)

FROM DIGITAL-IO

(SCART)

R_SDTV
G_SDTV
B_SDTV

/

/

Hsync_SDTV

H_PC

Vsync_SDTV
V_PC

/

FE00
FE01
FE02

(CINCH)

(CINCH)

(CINCH)

3E31 100R

100R3E32

3E33 100R

100R3E34

2E00
2E01
2E02

2E33

2E34

2E35 4u7

IE09

6E00

BZX384-C2V7

IE11

6E02

BZX384-C2V7

4u7

IE13

4u7

IE14

4u7

IE15

4u7

4u7

IE18

RES

4E10

IE10

6E01

BZX384-C2V7

IE12

6E03

BZX384-C2V7

47K

3E50

47K3E53

CD74HC4053M96

For LATAM diversity see table in chapter 10

47K3E51

IE16

3E54 47K

SD_HD_SEL

3V2

6

13
12
11

1
2
10

3
5
9

3E52 47K

47K3E55

7E03

+5VSWI

47K

3E06

47K

3E07

+3V3SW

16

VDD

MDX

G4

1
2
4X1
4X2

VEE VSS

7

4E11

RES

5E03

8

3E08 47K

3E11

2E31

14

15

4

+5VSWI

47K3E09
47K3E10
47K

100n

FROM ADC

COL_Di(8)

5E00

7E00

ADG733BRU

12

13

2

1

5

3

3E37

22R

RESERVED

IE00

16

VDD

Φ

EN

A0
A1
A2

S1A

D1

S1B

S2A

D2

S2B

S3A

D3

S3B

VSS

GND

7

8

7E04-5

74LVC14APW

11

2E03

100n

11
10

14

15

3E35

100R

3E36

100R

14

7

6

9

4

RES

4E12

RES

4E13

COL_Di(8)_INV

10K3E12

RGB|CVI_HDA_SEL

FE03

SC1_R_CVI_Pr_IN

SC1_G_CVI_Y_IN

SC1_B_CVI_Pb_IN

RES

4E14

74LVC14APW

1

7E04-3

74LVC14APW

5

10

TO HERCULES

+3V3SW

7E04-1

14

7

14

7

3E49

22R

COL_Do(8)

3E13 330R
3E14 330R

FROM SCALER

SD_HD_SEL

3V2

IE19

IE21

TO SCALER

HD_FILTER

0V

2

3

9

6

13

330R3E15

7E04-2
74LVC14APW

14

7

7E04-4
74LVC14APW

14

7

7E04-6
74LVC14APW

14

7

IE03

2E32

100n

3E16
330R

4E03

12

4

8

3E19

56R

3E20

56R

3E21

56R

3E22

100K

RES

3E17
330R

0V

3V2

3E39

100R

3E38

100R

IE28

2E04
2E05
2E06

3E18
330R

I_PC_HD_SEL

2E08

IE25

4u7
2E07
33p

2E10

IE26

100n
2E09
33p

2E12

4u7
2E11
33p

2E13
1u0

IE27

IE24

1u0

IE35

1u0

IE36

1u0

IE37

2E14

3E23

33p

820R

AHSYNC

AVSYNC

COL_Do(8)_INV

IE01

IE02

FE04

IE20

IE22

IE23

IE04

FE05

TO SCALER

9

23

22

26

25

27

2

1

3

6

5

7

20

21

PC_HD_SEL

+5VSWI

5E01

181512

VCC

DISABLE

THROUGH

MUXSEL

GSR1

RINA|YINA

RINB|YINB

GSG1

GINA|UINA

GINB|UINB

GSB1

BINA|VINA

BINB|VINB

RFC

VFC

GND

161310

FE06

Φ

24

VCC

NC1

NC2

NC3

ROUT|YOUT

GOUT|UOUT

BOUT|VOUT

GND_HS

19

29

30

FROM HDMI

I_PC_HD_SEL

2E16
2E17
2E18
2E19

FE07

V_HDMI

H_HDMI

100n
100n
100n
100n

47u2E20

6.3V

7E01

SM5301BS-G

4

8

28

17

R-PR-ADC

14

G-Y-ADC

11

B-PB-ADC

3E41

100R

3E42

100R

3E43

100R

+5VSWI

4u7

2E21

4u7

2E22

4u7

2E23

15p2E37

2E38 15p

15p2E39

7E05-1

74LVC14APW

1

7E05-3

74LVC14APW

5

7E05-5

74LVC14APW

11

IE05

IE06

IE07

FE09

FE10
FE11

FE12

FE13

+3V3SW

14

14

7

7

IE17
IE29
IE30

14

7

5E02

16
18
20

2
0V6

1
2V7
14
0V8
15

12

0V4
11
2V7
4

5

3E24

3E25
3E26

3E27
3E28

3E29
3E30

74LVC14APW

3

2

74LVC14APW

6

9

74LVC14APW

10

13

IE08

5V4

VDD

SPST

SWITCH

NC

S1

D1

S2

D2

S3

D3

S4

D4

GND_HS

1K5

39R
22R

39R
22R

39R
22R

7E05-2

7E05-4

7E05-6

13

Φ

21

IE32

IE34

14

7

14

7

14

7

2E15

100n

NC

GND

2E40 22p

2E25 100n

2E28 100n

2E29 100n
2E30

2E36

100n

4

8

12

IN1

IN2

IN3

IN4

3

47n2E24

100n2E26

100n2E27

100n

7E02
ADG781BCP

6
8

10

19

FE08

17

3V3

9

7

IE33

3E44

100R

3E45

100R

3E46

100R

R_PR+

R_PR-

B_PB+

PC_HD_SEL

3V2

TO SCALER

SOG

G_Y+

G_Y-

B_PB-

IE31

HDMI_VVS

HDMI_VHS

(NC)

H_16980_013.eps

TO SCALER

230207

A

B

C

D

E

F

2E00 B2
2E01 B2
2E02 C2
2E03 B5
2E04 A7
2E05 A7
2E06 A7
2E07 C7
2E08 C7
2E09 C7
2E10 C7
2E11 D7
2E12 C7
2E13 D7
2E14 D7
2E15 A10
2E16 A8
2E17 A8
2E18 B8
2E19 B8
2E20 B8
2E21 A9
2E22 A9
2E23 B9
2E24 C10
2E25 C10
2E26 C10
2E27 C10
2E28 C10
2E29 C10
2E30 C10
2E31 E3
2E32 E6
2E33 C2
2E34 C2
2E35 C2
2E36 E10
2E37 B9
2E38 B9
2E39 B9
2E40 C10
3E00 A2
3E01 A2
3E02 A2
3E06 B3
3E07 B3
3E08 B3
3E09 B4
3E10 B4
3E11 C4
3E12 B5
3E13 A6
3E14 A6
3E15 A6
3E16 B6
3E17 B6
3E18 B7
3E19 C6
3E20 C6
3E21 C6
3E22 D6
3E23 D7
3E24 C10
3E25 C10
3E26 C10
3E27 C10
3E28 C10
3E29 C10
3E30 C10
3E31 E2
3E32 E2
3E33 F2
3E34 F2
3E35 E5
3E36 F5
3E37 F4
3E38 F7
3E39 E7
3E41 E9
3E42 F9
3E43 F9
3E44 E11

3E45 F11
3E46 F11
3E49 F6
3E50 B3
3E51 B3
3E52 B3
3E53 D3
3E54 D3
3E55 D3
4E03 B6
4E10 E2
4E11 F3
4E12 D5
4E13 D5
4E14 D5
5E00 B4
5E01 B8
5E02 A10
5E03 E3
6E00 F2
6E01 F3
6E02 F2
6E03 F3
7E00 B4
7E01 B8
7E02 A10
7E03 E3
7E04-1 E5
7E04-2 E6
7E04-3 F5
7E04-4 F6
7E04-5 F5
7E04-6 F6
7E05-1 E9
7E05-2 E10
7E05-3 F9
7E05-4 F10
7E05-5 F9
7E05-6 F10
FE00 A2
FE01 A2
FE02 A2
FE03 C5
FE04 B7
FE05 D7
FE06 B8
FE07 D8
FE08 B11
FE09 C10
FE10 C10
FE11 C10
FE12 C10
FE13 C10
IE00 B4
IE01 B7
IE02 B7
IE03 D6
IE04 D7
IE05 A9
IE06 A9
IE07 B9
IE08 A10
IE09 E2
IE10 E2
IE11 F2
IE12 F2
IE13 B3
IE14 C3
IE15 C3
IE16 C3
IE17 A10
IE18 C3
IE19 C6
IE20 C7
IE21 C6
IE22 C7
IE23 C7
IE24 F7
IE25 C7
IE26 C7
IE27 E7
IE28 F7

IE29 A10
IE30 A10
IE31 E11
IE32 C10
IE33 C11
IE34 C10
IE35 A7
IE36 A7
IE37 B7

1234567891011

Circuit Diagrams and PWB Layouts

37LC4.8L LA 7.

SSB: Digital I/O

123456789

DIGITAL IO

B14 B14

AV3: VGA + 2fHYPbPr

A

B

1
2
3
4
5
6
7
8

9
10
11

VGA Connector

12
13
14
15

1285-15S-064-98F

C

D

FROM CINCH ANALOG

E

PC AUDIO IN

F

3139 123 6145.4 *

1Q01

FQ05

SDA_VGA

1617

7Q25

M24C02-WMN6

SCL_VGA

330p

DDC_5V

IQ25

84

2Q25

100n

2Q182Q17
330p

Φ

(256x8)

1
2
3

EEPROM

0

ADR

1
2SDA

FQ30

AV3_L

FQ31

AV3_R

S081

For LATAM diversity see table in chapter 10

WC

SCL

S080

FQ01
FQ02
FQ03
FQ04

FQ06

FQ07
FQ08
FQ09
FQ10

3Q16
150R

3Q17

1K0

7

6

5

FQ25

IQ01

2Q16
100n

IQ03

3Q25

10K

3Q31 10K

6Q16

BAS316

3Q18

10K

DDC_5V

3Q26
10K

10K3Q30

IQ02

5Q16
120R

2Q30

180p

2Q31

180p

3Q27
10K

DDC_5V

+5VSWI

2Q32 2u2

3Q32

15K

2Q33

3Q33

15K

2u2

5Q21

120R

5Q23

120R

IQ30

IQ31

2Q01

RES

2Q06

RES

2Q11

RES

3Q21

2K2

3Q23

2K2

AV3_LEFT

AV3_RIGHT

3Q01
75R

3Q06
75R

3Q11
75R

3Q22

220R

3Q24

220R

5Q01

120R

3Q41

100R

5Q06

120R

5Q11

120R

TO HDMI

2Q21

100p

2Q23

100p

HDMI - (NAFTA & AP ONLY)

1Q03

DC1R019JDA

1
2
3
4
5
6
7
8

9
10
11
12
13
14
15

HDMI CONNECTOR

16
17
18
19

2021
2223

FQ40

FQ41

FQ42
FQ43

FQ44
FQ45

FQ46
FQ47

FQ48

NC (CEC)

FQ49
FQ50

FQ51
FQ52

BC847BW

7Q01

3Q40 1K0

2K23Q34

IQ23

IQ21

RX2+

RX2-

RX1+

RX1-

RX0+

RX0-

RXC+

RXC-

DOC_SCL

DOC_SDA

+5VHDMI

HDMI_HOTPLUG_RESET

RINA|Pr

GINA|YINA

BINA|Pb

H_PC

V_PC

TO HDMI

TO PCHD-MUX

B13

B13

B13

B13

B13

TO SCALER

H_16980_014.eps

230207

A

B

C

D

E

F

1Q01 A1
1Q03 E6
2Q01 A4
2Q06 B4
2Q11 B4
2Q16 A2
2Q17 B1
2Q18 B2
2Q21 C5
2Q23 D5
2Q25 D2
2Q30 E3
2Q31 E3
2Q32 E3
2Q33 E3
3Q01 A5
3Q06 B5
3Q11 B5
3Q16 A2
3Q17 B2
3Q18 B3
3Q21 C4
3Q22 C5
3Q23 D4
3Q24 D5
3Q25 D2
3Q26 D3
3Q27 D3
3Q30 E2
3Q31 E2
3Q32 E3
3Q33 E3
3Q34 F7
3Q40 F7
3Q41 A5
5Q01 A5
5Q06 B5
5Q11 B5
5Q16 A3
5Q21 C4
5Q23 D4
6Q16 A3
7Q01 F7
7Q25 D1
FQ01 A2
FQ02 A2
FQ03 A2
FQ04 A2
FQ05 A1
FQ06 B2
FQ07 B2
FQ08 B2
FQ09 B2
FQ10 B2
FQ25 D2
FQ30 E1
FQ31 E1
FQ40 E6
FQ41 E6
FQ42 E6
FQ43 E6
FQ44 E6
FQ45 E6
FQ46 F6
FQ47 F6
FQ48 F6
FQ49 F6
FQ50 F6
FQ51 F6
FQ52 F6
IQ01 A2
IQ02 A3
IQ03 B2
IQ21 D8
IQ23 C8
IQ25 D1
IQ30 E4
IQ31 E4
S080 E2
S081 F2

123456789

SSB: Top Connectors

Circuit Diagrams and PWB Layouts

38LC4.8L LA 7.

12345678

TOP CONNECTORS

B16 B16

A

B

C

D

E

F

3139 123 6145.4 *

FOR UFD ONLY

(1M03)

1J00

1

IJ01

2
3
4
5
6
7
8
9

10

UFD CONTROL

(1M46)

1J01

1
2
3
4
5
6
7
8

9
10
11

UFD SUPPLY

1J02

TO/FROM PSU

(SUPPLY FOR LCD)

B12P-PH-K-S(LF)

1J03

B3B-PH-K-S(LF)

3
2
1

(+18V / +24V)

TO/FROM 1003 OF

CLASS-D AUDIO AMP

POR

IJ02
IJ03
IJ04

TEMP_SENSOR (NC)
IJ05

IJ06

NC

IJ07

FJ00

FJ01

(NC)

FJ02

5V(NC)

FJ03
FJ04

+33V_TUN(NC)

FJ05

NC

1

GND_AUDIO

2
3
4
5
6
7
8

9
10
11
12

FJ08

FJ09

GND_AUDIO

(NC)

LAMP_ON_OFF_1

STANDBY_1

POWER_UP_OK_1

1J07

+12V_UFD

3A T

1J08

+5V_UFD

4J01

1n0

2J31

VP

FJ06

FJ07

IJ08
IJ09
IJ10
IJ11

VP

GND_AUDIO

2J03
1n0

RES

4J02

1n02J30

RES

2J16

5J04

3V2

5J03

POWER_DOWN

1n02J02

100p

2J18

2J35 1n0

5J05

RES

3J06

RES

2J33

120R

+3V3STBY

120R

3J05 68R
3J03 68R

100p

2J17 1n0

2J19

PROTECT_AUD

RES

RES

+12VUNREG

POWER_UP_OK

RES

2J34

2J20

TO DC-DC CONVERTER

+5V

11V6

BACKLIGHT_CTRL

100p

2J22

100p

2J23

100p2J21

LAMP_ON_OFF

3J07 1K2

68R3J04

FROM SCALER INTERFACE

FAN_SPEED

IJ12

FROM SCALER INTERFACE

STANDBY

IJ13

3V1

3V2

FROM SCALER

FROM SCALER

FROM SCALER

PROTECT_AUD

FROM AUDIO

FROM EPLD

AUDIO-L

AUDIO-R

SOUND_ENABLE_1

3V3

POR_AUDIO

3V3

B_LT_PWM
G_LT_PWM
R_LT_PWM

B_RT_PWM
G_RT_PWM
R_RT_PWM

B_LB_PWM
G_LB_PWM
R_LB_PWM

B_RB_PWM
G_RB_PWM
R_RB_PWM

120R

5J01

2J26

100p 100p

2J27

100p2J04

100p

2J10

5J02

120R

2J28
100p

100p2J06

2J05 100p

100p2J11

2J12 100p

RESERVED

2J07 100p

100p2J13

2J29
100p

FJ10

FJ12

AUDIO-SW (NC)

FJ13
FJ14

2J36
1n0

FJ15
FJ16
FJ17

FJ18
FJ19
FJ20

100p2J08

2J09 100p

FJ21
FJ22
FJ23

FJ24
FJ25
FJ26

100p

2J15

2J14 100p

(1M52)

1J04

FJ11

B9B-PH-K-S(LF)

1J05

B7B-PH-K-S(LF)

1J06

B7B-PH-K-S(LF)

1
2
3
4
5
6
7
8
9

1
2
3
4
5
6
7

1
2
3
4
5
6
7

For LATAM diversity see table in chapter 10

12345678

1J00 B1
1J01 C1
1J02 D1
1J03 F1
1J04 B8
1J05 C8
1J06 E8
1J07 C2
1J08 C2
2J02 F2

A

2J03 F2
2J04 D7
2J05 D7
2J06 D7
2J07 D7
2J08 D7
2J09 D7
2J10 E7
2J11 E7
2J12 E7
2J13 E7
2J14 E7

B

2J15 E7
2J16 C2
2J17 F3
2J18 F3
2J19 F3
2J20 C3

TO/FROM 1002 OF

CLASS-D AUDIO AMPLIFIER

2J21 F3
2J22 F3
2J23 F3
2J26 C6
2J27 C7

C

2J28 C7
2J29 C7
2J30 F2
2J31 D2
2J33 C3
2J34 C3
2J35 F2
2J36 C7

D

3J03 E3
3J04 E3
3J05 E3
3J06 B3
3J07 F3

(TOP)

AMBIENT LIGHT

4J01 D2
4J02 C2
5J01 B7
5J02 B7
5J03 E2
5J04 C2
5J05 B3
FJ00 C1
FJ01 C1
FJ02 C1

(BOTTOM)

AMBIENT LIGHT

E

FJ03 C1
FJ04 C1
FJ05 D1
FJ06 E2
FJ07 E2
FJ08 F2
FJ09 F2
FJ10 B7
FJ11 B8
FJ12 B7
FJ13 B7
FJ14 C7

F

FJ15 C7
FJ16 C7
FJ17 D7
FJ18 D7
FJ19 D7
FJ20 D7
FJ21 E7

H_16980_016.eps

230207

FJ22 E7
FJ23 E7
FJ24 E7

FJ25 E7
FJ26 E7
IJ01 B1
IJ02 B1
IJ03 B1
IJ04 B1
IJ05 B1
IJ06 B1
IJ07 B1
IJ08 E2
IJ09 E2
IJ10 E2
IJ11 E2
IJ12 B4
IJ13 E4

Circuit Diagrams and PWB Layouts

39LC4.8L LA 7.

SSB: Side Connectors

123456789

SIDE CONNECTORS

B17 B17

100p

2K26

4K01

4K03

4K04

4K05

100p

2K27

RES

RES

100p

2K28

IK00

IK01
IK02

IK03

PC-TV-LED_1
+3V3STBY_1

LED_SEL_1
IR_1

LIGHT_SENSOR_1

6K01

BZX384-C3V9

TO/FROM 1540 OF

TOP/SIDE KEYBOARD

FK08

1
2
3

B3B-PH-K-S(LF)

2K18

100p

FK09

A

B

C

D

E

F

FOR DISC/ ARCH CABINET

1K03

20
19
18
17
16
15
14
13
12
11
10

9
8
7
6
5
4
3
2
1

TO/FROM 1304

RES

OF SIDE I/O

(1M06)

1K01

1K04

1
2
3
4
5
6
7
8

9
10
11

1

FK00

2
3

FK01

4
5

FK02

6

FK03

7

FK04

8

FK10

9

FK05

10

FK06

11

FK07

12

RESERVED

+3V3STBY_1

RES

+5VSW_1

+3V3STBY_1

4K06
4K07

FRONT_Y_CVBS_IN_1

FRONT_C_IN_1

FRONT_L_IN_1
+5VSW_1
FRONT_R_IN_1

HP_LOUT_1
HP_DET_R_DC_1

HP_ROUT_1

3V3

3V3

4K02

RES

LIGHT_SENSOR_1

IR_1

PC-TV-LED_1
LED_SEL_1

ITV_IR_SW_RESET

KEYBOARD

+3V3STBY

LED_SEL

PC-TV-LED

IR

LIGHT_SENSOR

2K01

1n0

100p

2K21

100p

2K22

3K11

5K00 1u0

5K02 1u0

3K12

3K13

100p

100p

2K23

2K24

2K00

1n0

68R

68R

68R

IK16

100p

2K25

/

3K00

100R

2K02

10p

3K01

100R
2K04
10p

3K02

10K
2K06
100p

5K01

1u0

2K19

1n0

3K05

10K

2K10
100p

3K07

*

39R

2K13

*

100p

3K08

68R
2K15
100p

3K09

*

39R

2K16

*

100p

2K20

1n0

IK17

*

*

2K03
10p

2K05

10p

2K07

100p

IK18

2K11

100p

2K14
100p

2K17
100p

3K03
15K

3K06
15K

+5VSW

2K12

2u2

2K08

2u2

FRONT_Y_CVBS_IN

FRONT_C_IN

UFD

*

2K13

10p
10p

2K14

10p

2K16

10p

2K17

10R

3K07

10R3K09

HP_LOUT

HP_DET_R_DC

HP_ROUT

FRONT_L_IN

/

/

KEYBOARD

FRONT_R_IN

IR/ LED

B6B-PH-K

FK11

1K02

1K00

(1M01)

(1M21)

6
5
4
3
2
1

A

B

C

D

E

F

1K00 A9
1K01 E1
1K02 E9
1K03 A1
1K04 E1
2K00 B7
2K01 B6
2K02 C3
2K03 C4
2K04 D3
2K05 D4
2K06 D3
2K07 D4
2K08 D4
2K10 E3
2K11 E4
2K12 E4
2K13 F3
2K14 F4
2K15 F3
2K16 F3
2K17 F4
2K18 E9
2K19 E3
2K20 E3
2K21 B6
2K22 B7
2K23 B7
2K24 B7
2K25 B7
2K26 B8
2K27 B8
2K28 B8
3K00 C3
3K01 D3
3K02 D3
3K03 D4
3K05 E3
3K06 E4
3K07 E3
3K08 F3
3K09 F3
3K11 A7
3K12 B7
3K13 B7
4K01 A8
4K02 F2
4K03 A8
4K04 A8
4K05 A8
4K06 B2
4K07 B2
5K00 A7
5K01 E3
5K02 A7
6K01 B8
FK00 E1
FK01 E1
FK02 E1
FK03 E1
FK04 E1
FK05 E1
FK06 E1
FK07 E1
FK08 E9
FK09 E9
FK10 E1
FK11 B9
IK00 A8
IK01 A8
IK02 B8
IK03 B8
IK16 A7
IK17 D4
IK18 E4

3139 123 6145.4 *

123456789

For LATAM diversity see table in chapter 10

H_16980_017.eps

230207

SSB: ADC

Circuit Diagrams and PWB Layouts

40LC4.8L LA 7.

123456789

ADC

B18 B18

A

TO HERCULES

INTF_V_OUT

B

CVBS_COMB

INTF_Y_OUT

C

FROM SYNC INTERFACE

D

INTF_U_OUT

E

FROM HERCULES

F

3139 123 6145.4 *

Hsync_SDTV
Vsync_SDTV

IL06

SDA

SCL

7L05

LD1117DT33

+5VSWIA

3L10

330R

3L36

3K3

7L06
BSN20

+3V3SWB

3L16

0R

IL16

2L30
10u 16V

5V4

7L01
BC847BW

0V9

2L38

2L37

68p

3

4L03

RES

4L02

+5VSWIA

3L12

1K0

2L36

RES

IL05

3L06

IL04

+5VSWIA

0R

32

OUTIN

COM

1

3L01
RES

3L00

1K0

2L35
RES

3L07

RES

7L02

BC847BW

3L09
RES

+5VSWIA

3L13

RES

1V5

3L15

RES

3L11

150R

3

1V5

3L03
RES

5V4

7L03
BC847BW

0V9

+3V3SWB

2

1

For LATAM diversity see table in chapter 10

3V3

4L04

RES

10u5L03

5L04

0H

3L17
150R

+3V3SWB

3L04

RES

3L35

220R

2

1

+3V3SWB

0R

3L37

3K3

7L07
BSN20

3L38

IL09

3L05
150R

2L39

82p

3L33

220R

2L17

47n

4L05

+5VSWIA

3L39

RES

7L08
RES

3L08

RES

RES

RES

4L00

4L01

3L19
3L20 150R

+3V3SWB

5L00

IL17

2L18

150R

82n

3L22 2K2

2L15

3L23

3L24

2L20

8n22L19

16V 10u

3L34

0R0R

IL07

2K23L21

RES

2K73L18

2L31
100u
16V

2L29

IL08

RES

2K2

100n

100n2L21

2L13

2L26

2L22
10u

9883(MSTAR)

47n

220n

2L32
100u
16V

CLAMP_ADC

AD9985KSTZ

IL01

IL02

IL03

2L23
100n

7L04

54

48

43

30

31

49

38

29

58

37

33

57
56

55

2L24
100n

+3V3SWB

5L01

IL18

39424546515259

RAIN

GAIN

BAIN

HSYNC

VSYNC

SOGIN

CLAMP

COAST

REF_BYPASS

MIDSCV

FILT

SDA
SCL

A0

1

20

+3V3SWB

5L02

IL19

62112223697879

VD VDD PVD

ANALOG INTERFACE FOR

Φ

262734

FLAT PANEL DISPLAY

GND

2124252832

36

404144

47

5053606163

35

RED

GREEN

BLUE

DATACK

HSOUT

VSOUT

SOGOUT

681080

2L27

10u

16V

2L33

2L34

100n 100n

COL_Di(8)

2L28

10u 16V

COL_CLKASA

COL_HREF

COL_Di(1:7)

COL_Di(1)
COL_Di(2)
COL_Di(3)
COL_Di(4)
COL_Di(5)
COL_Di(6)
COL_Di(7)

COL_YA(1:8)
COL_YA(1)
COL_YA(2)
COL_YA(3)
COL_YA(4)
COL_YA(5)
COL_YA(6)
COL_YA(7)
COL_YA(8)

TO SCALER

COL_CLKASA

SYNC INTF

COL_HREF

COL_VACOL_VA

22R3L30

2L05
100n

2L10
100n

22R
22R3L25-2
22R3L25-3
22R3L25-4
22R3L26-1
22R3L26-2
22R3L26-3

22R
22R3L27-3
22R3L27-2

22R
22R3L28-4
22R3L28-3
22R3L28-2
22R3L28-1

2L06
100n

2L11
100n

2L03

2L02
10u

2L07
10u

IL10

77

0

IL11

76

1

IL12

75

2

74

3

73

4

72

5

71

6

70

7

IL13

9

0

IL14

8

1

IL15

7

2

6

3

5

4

4

5

3

6

2

7

19

0

18

1

17

2

16

3

15

4

14

5

13

6

12

7

67

66

64

65

2L04

100n

100n

2L09

2L08

100n

100n

3L25-1

3L27-4

3L27-1

3L31 22R

3L32 2K2

TO COLUMBUS

H_16980_018.eps

230207

A

B

C

D

E

F

2L02 A7
2L03 A7
2L04 A7
2L05 A8
2L06 A8
2L07 B7
2L08 B7
2L09 B7
2L10 B8
2L11 B8
2L13 C4
2L15 D4
2L17 E3
2L18 E4
2L19 E4
2L20 D4
2L21 D4
2L22 B5
2L23 B5
2L24 B5
2L26 C4
2L27 A8
2L28 B9
2L29 B4
2L30 A3
2L31 E4
2L32 E5
2L33 B8
2L34 B8
2L35 B2
2L36 E1
2L37 C3
2L38 C3
2L39 C3
3L00 B2
3L01 B2
3L03 B2
3L04 B3
3L05 B3
3L06 C1
3L07 C2
3L08 C3
3L09 C2
3L10 C2
3L11 C2
3L12 E1
3L13 D2
3L15 E2
3L16 E2
3L17 E3
3L18 E4
3L19 F3
3L20 F3
3L21 C4
3L22 D4
3L23 D4
3L24 D4
3L25-1 C7
3L25-2 C7
3L25-3 C7
3L25-4 C7
3L26-1 C7
3L26-2 C7
3L26-3 C7
3L27-1 D7
3L27-2 D7
3L27-3 D7
3L27-4 D7
3L28-1 D7
3L28-2 D7
3L28-3 D7
3L28-4 D7
3L30 E7
3L31 E7
3L32 E7
3L33 B3
3L34 C4
3L35 E3

3L36 E2
3L37 E3
3L38 C3
3L39 C4
4L00 D3
4L01 D3
4L02 C1
4L03 C1
4L04 B3
4L05 B3
5L00 B4
5L01 A5
5L02 A6
5L03 C3
5L04 C3
7L01 B3
7L02 C2
7L03 E2
7L04 C5
7L05 A2
7L06 F2
7L07 F3
7L08 C3
IL01 C5
IL02 C5
IL03 C5
IL04 B1
IL05 C1
IL06 E1
IL07 C4
IL08 C4
IL09 E3
IL10 C7
IL11 C7
IL12 C7
IL13 D7
IL14 D7
IL15 D7
IL16 A2
IL17 B4
IL18 A5
IL19 B6

123456789

Circuit Diagrams and PWB Layouts

41LC4.8L LA 7.

SSB: Columbus

1234567891011

B19 B19

A

+3V3SW

+5VSWI

B

C

D

E

+3V3SWA

FROM FLASH/
CONTROL

F

G

COLUMBUS

5M03

2M65
100n

5M04

18

3M05-1 470R

27

3M05-2 470R

36

3M05-3 470R
3M05-4 470R4

5M02

FROM SCALER

#RESET

FM01

3M53

FM02

3M54

FM03

3M55

FM04

3M57

FM05

3M59

+3V3SWA

3V2

2M66

100u

5V3

2M67

100n

5

100n

2M01

2M00 100n

COL_RST

+3V3SWA

10K

3M56

47R

47R
47R
47R
47R

3M58
10K

16V

10K

+3V3SWA

2M02 100n

10K

3M50

3M52

+5VSWIA

2M68

100u
16V

2M03 100n

2M33
3M10

3M51
10K

3M12

FROM ADC

100n2M04

2M05 100n

4M17

4M04

4M05

3M11

4M06

4M16

RES

RES

RES

100p

RES

100n

2M06

COL_DQM
COL_RAS
COL_CAS
COL_CLK
COL_WE

COL_A0
COL_A1
COL_A2
COL_A3
COL_A4
COL_A5
COL_A6
COL_A7
COL_A8
COL_A9
COL_A10
COL_A11

COL_CLKASA

COL_YA(1:8)

COL_VA

COL_HREF

COL_Di(1:7)

100n2M07

G15

H15

H14

4K7

G14

A7

D15
F15
E15
E14
F14

A8
F1
H3

B8

3M13

4K7

100n

2M08

COL_YA(1)
COL_YA(2)
COL_YA(3)
COL_YA(4)
COL_YA(5)
COL_YA(6)
COL_YA(7)
COL_YA(8)

COL_Di(8)_INV

100n2M09

100n

2M10

7M00-2

COLUMBUS

RESET

CLKSEL

CLKEXT

A0IIC

656SEL

TCK
TDI

TDO
TMS
TRST

TST1
TST2
TST3

BISTEN

2M31 100u

16V

COL_Di(1)
COL_Di(2)
COL_Di(3)
COL_Di(4)
COL_Di(5)
COL_Di(6)
COL_Di(7)

C4

C12

B2

C3

7M17
RES

3M00
RES

3M26

3M27

3M90 22R

G3

M3

L13

G13

VDDS

C6

C13

D13C9M13

C5

N3

4M00
4M01
4M02
4M03

3M89

22R

N8

C10N4N12

+3V3SWA

3M79

3K3

IM03

0R

IM04
IM06
IM07

IM08

0R

2M11 100n

P13

N11

N14

COLUMBUS_CTRL

VSS

N13P2P14

+3V3SWA

3M86
RES

0R

3M87

Decod

N6

656

N9

MUX

MUX

100n

2M13

K3

COLUMBUS_IO

Memory

Interface

3D Comb

SWAN 3D

100n

2M15 100n

2M14

AVD

AVS

SNDA

SNCL

SNRST

SDA

SCL

NC_2
NC_3

Noise Reduct

656

Encod

100n

2M16

L14

DQM

K15

RAS_

K14

CAS_

J14

CLK

J15

WE_

P6

A0

R6

A1

P5

A2

R5

A3

R1

A4

R2

A5

R3

A6

P3

A7

R4

A8

P4

A9

R7

A10

P7

A11

H1 G1

CLKASA

B13 A1

WEA / DAVA

B7

YA0 / Di9

B9

YA1

A9

YA2

B10

YA3

A10

YA4

B11

YA5

A11

YA6

B12

YA7

A12

YA8

A13

VA

A14

HREF

A2

UVA0 / Di0

B3

UVA1 / Di1

A3

UVA2 / Di2

B4

UVA3 / Di3

A4

UVA4 / Di4

B5

UVA5 / Di5

A5

UVA6 / Di6

B6

UVA7 / Di7

A6

UVA8 / Di8

100n

2M12

C8C7D3

E13

C11

H13

VDDC

J3

J13

B14E3F3

K13L3N5N7N10R9R11

F13

MUX

2M17 100n

N1

C14

D14

C15

A15

B15

D4
N2

P1

7M00-1

COLUMBUS

DQ10
DQ11
DQ12
DQ13
DQ14
DQ15
DQ16

CLKASB

WEB / DAVB

YB0 / Do9

UVB0 / Do0
UVB1 / Do1
UVB2 / Do2
UVB3 / Do3
UVB4 / Do4
UVB5 / Do5
UVB6 / Do6
UVB7 / Do7
UVB8 / Do8

100n2M18

2M19 100n

5M01

IM11

3M78 1K0

3M15 100R

DQ1
DQ2
DQ3
DQ4
DQ5
DQ6
DQ7
DQ8
DQ9

YB1
YB2
YB3
YB4
YB5
YB6
YB7
YB8

4M08

4M09

100u

2M56

100R3M14

M2
M1

H2

16V

P12

3M01-1

R12

3M01-2

P11

3M01-3 68R

P10

3M01-4
3M02-1 68R

R10

P9

3M02-2 68R

P8

3M02-3 68R

R8

3M02-4

R13

3M03-4 68R

R14

3M03-3

R15

3M03-2 68R

P15

3M03-1

N15

3M04-4

M14

3M04-3 68R

M15

3M04-2 68R
3M04-1 1 8 68R

L15

G2

3M28

F2
E2
E1

3M06-3 3 6
3M06-4 22R

D2

3M07-1 22R

D1
C2
C1
B1

3M29
3M08-1 22R
3M08-2 22R

L2
L1

3M08-4 22R45

K2
K1

3M09-2 22R27

J2

3M09-3

J1

COL_Do(8)

IM01

3V2

2u22M21

100n

2M20

2M24

+3V3SWA

FROM HERCULES

SDA

SCL

18

68R

27

68R
36
45

68R
18
27
36
45

68R
45
36

68R
27

68R18
45

68R
36

7

2

22R3M88

IM00

IM10

RES

22R183M06-1
22R3M06-2 2 7

22R
45
18
27

22R3M07-2
36

22R3M07-3

53M07-4 22R4

RES
18
27
3 6 22R3M08-3

8

22R3M09-1 1

22R36

7M03
LF15ABDT

13

OUT IN

1V5

COM

2

2M22

100n

100n

TO SCALER

COL_DE

COL_CLKASB

COL_YB(1)
COL_YB(2)
COL_YB(3)
COL_YB(4)
COL_YB(5)
COL_YB(6)
COL_YB(7)
COL_YB(8)

COL_Do(1)
COL_Do(2)
COL_Do(3)
COL_Do(4)
COL_Do(5)
COL_Do(6)
COL_Do(7)

IM09

COL_DQ1
COL_DQ2
COL_DQ3
COL_DQ4
COL_DQ5
COL_DQ6
COL_DQ7
COL_DQ8
COL_DQ9

COL_DQ10

COL_DQ11

COL_DQ12
COL_DQ13
COL_DQ14
COL_DQ15
COL_DQ16

TO/FROM SYNC INTERFACE

5M00

+3V3SWA

2M23
100u
16V

COL_A0
COL_A1
COL_A2
COL_A3
COL_A4
COL_A5
COL_A6
COL_A7
COL_A8
COL_A9
COL_A10

COL_A11

COL_CLK

COL_RAS
COL_CAS
COL_WE

+5VSWIA

Hsync_SDTV

+5VSWIA

2M32

100u
16V

2M25
100n

+3V3SWA

3M68
15K

2M60
1n0

3M71
2K7

2M62

1n0

2M26
100n

3M16 4K7

4M10

1
2

3
14
15

1
2

14
15

2M27
100n

21
22
23
24
27
28
29
30
31
32
20

19

35
34
18
17
16
15

+5VSWIA

R
CX
CX|RX

+5VSWIA

R
CX
CX|RX

+3V3SWA

5M05

2M28
100n

0
1
2
3
4
5
6
7
8
9
10

A11

CLK
CKE
CS
RAS
CAS
WE

7M14-1

74HCT221D

16

VCC

GND

8

7M15-1

74HCT221D

16

VCC

GND

8

1

A

26

VDD

512K-1

VSS

25

0

50

13

4

13

43

7

13

VDDQ

Φ

DRAM

512K X 16 X 2

MSM56V16160F-7T3

VSSQ

4

104147

+5VSWIA

3M69
10K

2M61
1n0

CLAMP_ADC

TO ADC

2M29

2M30

100n

100n

38

44

7M01

33

NC

37

2

1

3

2

5

3

6

4

8

5

9

6

11

7

12

D

8

39

9

40

10

42

11

43

12

45

13

46

14

48

15

49

16

36

U

14

DQM

L

+5VSWIA

7M14-2

16

74HCT221D

VCC

9
10

11

R

6

CX

7

CX|RX

GND

5

12

8

H

3139 123 6145.4 *

1234567

For LATAM diversity see table in chapter 10

8 9 10 11

COL_DQ1
COL_DQ2

COL_DQ3

COL_DQ4
COL_DQ5
COL_DQ6
COL_DQ7
COL_DQ8
COL_DQ9

COL_DQ10
COL_DQ11

COL_DQ12

COL_DQ13

COL_DQ14

COL_DQ15

COL_DQ16

COL_DQM

H_DELAY

H_16980_019.eps

230207

A

B

C

D

E

F

G

H

2M00 F2
2M01 F2
2M02 F2
2M03 F2
2M04 F2
2M05 F2
2M06 F2
2M07 F3
2M08 F3
2M09 F3
2M10 F3
2M11 F4
2M12 F4
2M13 F5
2M14 F5
2M15 F5
2M16 F6
2M17 F6
2M18 F6
2M19 F6
2M20 F6
2M21 F7
2M22 E7
2M23 F8
2M24 F7
2M25 A9
2M26 A9
2M27 A9
2M28 A9
2M29 A11
2M30 A11
2M31 F3
2M32 A8
2M33 F2
2M56 F6
2M60 F9
2M61 F10
2M62 G9
2M65 A1
2M66 A2
2M67 B2
2M68 B2
3M00 B4
3M01-1 B7
3M01-2 B7
3M01-3 B7
3M01-4 B7
3M02-1 B7
3M02-2 B7
3M02-3 B7
3M02-4 B7
3M03-1 C7
3M03-2 C7
3M03-3 C7
3M03-4 B7
3M04-1 C7
3M04-2 C7
3M04-3 C7
3M04-4 C7
3M05-1 B1
3M05-2 B1
3M05-3 B1
3M05-4 B1
3M06-1 C7
3M06-2 C7
3M06-3 D7
3M06-4 D7
3M07-1 D7
3M07-2 D7
3M07-3 D7
3M07-4 D7
3M08-1 D7
3M08-2 D7
3M08-3 D7
3M08-4 E7
3M09-1 E7
3M09-2 E7
3M09-3 E7
3M10 F2
3M11 G2
3M12 H2
3M13 H3
3M14 G6
3M15 G6
3M16 C9
3M26 C4
3M27 D4
3M28 C7
3M29 D7
3M50 G2
3M51 G2
3M52 G2
3M53 G1
3M54 G1
3M55 G1
3M56 G2
3M57 G1
3M58 G2
3M59 G1
3M68 E9

3M69 F10
3M71 F9
3M78 F6
3M79 A4
3M86 A5
3M87 A5
3M88 C7
3M89 C4
3M90 E4
4M00 B4
4M01 B4
4M02 B4
4M03 B4
4M04 F2
4M05 F2
4M06 G2
4M08 G6
4M09 G6
4M10 D9
4M16 G2
4M17 F2
5M00 E8
5M01 F6
5M02 E1
5M03 A1
5M04 B1
5M05 A9
7M00-1 A6
7M00-2 F3
7M01 B11
7M03 E7
7M14-1 E9
7M14-2 F11
7M15-1 F9
7M17 A4
FM01 G1
FM02 G1
FM03 G1
FM04 G1
FM05 G1
IM00 C7
IM01 E6
IM03 C4
IM04 C4
IM06 C4
IM07 C4
IM08 D4
IM09 E7
IM10 C7
IM11 F6

Circuit Diagrams and PWB Layouts

42LC4.8L LA 7.

SSB: EPLD

1234567891011

B20 B20

A

B

C

D

E

F

+3V3-IO

TO EPLD

FOR NON-

PIXEL+ SETS

TO SCALER
INTERFACE

3139 123 6145.4 *

EPLD

+3V3-IO

2N01 100n

26

DATA

1u02N03

33K

100n

3N07

2N02

IN08

33K

3N10

IN09

LVDSAp

LVDSAn

4N02

4N04

FN27

FN26

4N01

4N03

TXB0+

TXB0-

TXB1+

TXB1-

TXB2+

TXB2-

TXB3+

TXB3-

TXBC+

TXBC-

3

VCC

Φ

SCD

GND

7N03-2
BC847BS

LVDSBp

4N06

FN28

4N05

7

4

5

LVDSBn

4N08

FN29

4N07

7N01

EPCS4SI8

8

CS_

DCLK

ASDI

LVDSCp

4N10

FN30

4N09

For LATAM diversity see table in chapter 10

10K

IN06

3N08

3

4

LVDSCn

4N12

FN31

4N11

1

5

2N04 1n0

LVDSDp

4N14

FN32

10K

2

4N13

+3V3-IO

10K

3N02

3N01

IN01

IN02

IN04

LVDSDn

LVDSCLKp

4N16

FN34

FN33

4N15

6

7N03-1
BC847BS

1

4N18

4N17

3N03 10K

IN03

LVDSCLKn

4N20

FN35

4N19

+3V3-IO

10K3N05

10K3N04

IN05

IN10

3N21 100R

100R3N22

3N23 100R

100R3N24

100R

3N25

10K3N06

FN01

7N02-1
EP1C12F256C8

Φ

DATA0
DCLK
CSO
ASDO
0
1
CONF_DONE
STATUS
CONFIG
CE

+3V3SW

100n

100n

RA+

RA-

RB+

RB-

RC+

RC-

RD+

RD-

RCLK+

RCLK-

PDWN

CLKOUT

CONTROL

MSEL

5N02

30R

IN14

31

404856

VCC

INTERFACE

8

14

21

3N11

47R

LVDS IN

+3V3SW

5N03

LVDSVCC

LCD PANEL

RECEIVER

GNDLVDSGND PLLGND

4

28

H2
K4
G4
K3
J3
J2
K13
J13
H3

IN11

J4

3N09
1K0

2N05

2N06

3N26
4K7

IN07

10

9

11 38

16

15

20

19

18

17

25

FN25

26

FN04

FN05

FN06

FN07

PARITY_IN

B_IN(7)
B_IN(0)
G_IN(5)
B_IN(4)
R_IN(6)
B_IN(6)
B_IN(1)

DE_IN

B_IN(5)

VS_IN

B_IN(3)

HS_IN

B_IN(2)

+3V3-IO

5N01

FN09

2N15
100p

FOR DEBUGGING

30R

1N01

RES

1
2

FN08

3
4
5
6
7
8
9
10

FN10

TO SCALER

FN18

SDA_IO

FN19

SCL_IO

3N28
180R

LVDS_PWR_DWN

PIXEL+_RESET

6N01

LED_OUT

TLMG3100

B21

+3V3-IO

IN19

4N21

4N22

FN20

+3V3SW

1N02

B4B-PH-SM4-TBT(LF)

3N46

3N47 100R

7N02-5
EP1C12F256C8

R2

IO_41
IO_42
IO_43
IO_44
IO_45
IO_46
IO_47
IO_48
IO_49
IO_50
IO_51
IO_52
IO_53
IO_54
IO_55
IO_56
IO_57
IO_58
IO_59
IO_60
IO_61
IO_62
IO_63
IO_64

BANK 4

T2
R3
P4
R4
T4
R5
P5
M5
M6
N5
N6
P6
R6
M7
T6
R7
P7
N7
R8
T8
M8
N8
P8

100R

Φ

IO_65
IO_66
IO_67
IO_68
IO_69
IO_70
IO_71
IO_72
IO_73
IO_74
IO_75
IO_76
IO_77
IO_78
IO_79
IO_80
IO_81
IO_82
IO_83
IO_84
IO_85
IO_86
IO_87
IO_88

M10

R10

T11

N10

P10

R11

P11
N11
N12

M11
M12

P12
R12

T13
R13
R14

P13

T15
R15

IN15
IN16
IN17
IN18

3N31
3N32
3N33
3N34
3N35

3N37
3N38
3N39
3N40
3N41
3N42
3N43
3N44
3N45

3N29

100R

R9

T9
P9

N9

M9

6

BACKLIGHT_DIM

2N16

100p

100R3N30
100R
100R

100R
100R
100R

100R3N36
100R
100R

100R
100R
100R

100R
100R
100R
100R

1

FOR DEVELOPMENT

2

USE ONLY
3
4

5

B_LT_PWM
G_LT_PWM
R_LT_PWM
B_RT_PWM
G_RT_PWM
R_RT_PWM
B_LB_PWM
G_LB_PWM
R_LB_PWM
B_RB_PWM
G_RB_PWM
R_RB_PWM

FN21

FN22

100p

100p

100p

2N19

2N18

2N17

TO SCALER INTERFACE

FN23

100p

2N20

+3V3-IO

+3V3-IO

10K

10K3N13

10K

3N12

27
29
30
32
33
35
3712

39
43
45
46
47
51

53
54
55

34
41
42
49
50

100n2N07

100n

1
3
5
6

7

2

CLK_REF

3N19 10K

FN03

FN11

FN12

FN13

FN14
FN15
FN16

FN17

3N14

FN02

47R

3N20

3

1N05
14M31818

R_IN(0)
R_IN(1)
R_IN(2)
R_IN(3)
R_IN(4)
R_IN(5)
G_IN(0)

G_IN(1)
G_IN(2)
G_IN(3)
G_IN(4)
G_IN(5)
B_IN(0)
B_IN(1)

B_IN(2)
B_IN(3)
B_IN(4)
B_IN(5)
HS_IN
VS_IN
DE_IN

R_IN(6)
R_IN(7)
G_IN(6)
G_IN(7)
B_IN(6)
B_IN(7)

PARITY_IN

+3V3-IO

5N05

OC

30R

4

2

R_IN(1)

R_IN(2)
R_IN(0)

R_IN(5)
R_IN(7)

G_IN(1)
G_IN(0)
G_IN(3)
G_IN(7)
R_IN(3)
R_IN(4)
G_IN(2)
G_IN(6)
G_IN(4)

2N10

100n

N4

IO_40

P3

IO_39

P2

IO_38

R1

IO_37

L4

IO_36

K5

IO_35

N3

IO_34

M4

IO_33

L5

IO_32

M3

IO_31

N2

IO_30

M2

IO_29

N1

IO_28

M1

IO_27

L2

IO_26

L1

IO_25

K1

IO_24

L3

IO_23

K2

IO_22

J1

IO_21

47R3N15
47R
47R

47R

RES

2N11

7N02-2
EP1C12F256C8

BANK 1

Φ

RES

2N13

2N12

CLKUSR

INIT_DONE

RES

IO_20
IO_19
IO_18
IO_17
IO_16
IO_15
IO_14
IO_13
IO_12
IO_11
IO_10

IO_9
IO_8
IO_7
IO_6
IO_5
IO_4
IO_3
IO_2
IO_1

RES

2N14

H5

F1

G2

E1
F2

G3

F3

D1

E2

D2

E3
F5
E4

D3

F4

G5

B1
C2
C3
D4

3N16
3N17
3N18

1

3N27
47R

SCAN

H14

TDI

H15

TDO

J14

TCK

J15

TMS

H4

CEO

G1

0

H1

1

G16

CLK

2

H16

3

IN12

+3V3SW

30R

5N04

30R

IN13

2N08

2N09

100n

7N04

44

52

THC63LVDF84B

PLLVCC

RA

RB

RC

RD

22

24 23

0
1
2
3
4
5
6

0
1
2
3
4
5
6

0
1
2
3
4
5
6

0
1
2
3
4
5
6

13

Φ

36

1234567891011

TO TOP CONN.

1N03

1
2
3

FN24

H_16980_020.eps

4
5

67

BM05B-SRSS-TBT

RES

230207

A

B

C

D

E

F

1N01 A8
1N02 D10
1N03 F11
1N05 C5
2N01 A1
2N02 C1
2N03 C1
2N04 C2
2N05 D3
2N06 D3
2N07 D4
2N08 D4
2N09 D4
2N10 C5
2N11 B6
2N12 B6
2N13 B6
2N14 B7
2N15 B8
2N16 D10
2N17 F10
2N18 F11
2N19 F11
2N20 F11
3N01 A2
3N02 A2
3N03 A2
3N04 A2
3N05 A3
3N06 A3
3N07 C1
3N08 C2
3N09 B3
3N10 C1
3N11 C4
3N12 A4
3N13 A5
3N14 A5
3N15 A6
3N16 A6
3N17 B6
3N18 B6
3N19 B5
3N20 C5
3N21 D2
3N22 E2
3N23 E2
3N24 F2
3N25 F2
3N26 D3
3N27 D6
3N28 F8
3N29 D10
3N30 E10
3N31 E10
3N32 E10
3N33 E10
3N34 E10
3N35 E10
3N36 E10
3N37 E10
3N38 E10
3N39 E10
3N40 F10
3N41 F10
3N42 F10
3N43 F10
3N44 F10
3N45 F10
3N46 D9
3N47 D9
4N01 D1
4N02 D1
4N03 D1
4N04 D1
4N05 D1
4N06 D1
4N07 D1
4N08 D1
4N09 D2
4N10 D2
4N11 D2

4N12 D2
4N13 D2
4N14 D2
4N15 D2
4N16 D2
4N17 D2
4N18 D2
4N19 D2
4N20 D2
4N21 D8
4N22 D8
5N01 A7
5N02 C3
5N03 C4
5N04 C4
5N05 C5
6N01 F8
7N01 A2
7N02-1 A4
7N02-2 D6
7N02-5 D9
7N03-1 C2
7N03-2 C1
7N04 D4
FN01 B3
FN02 B5
FN03 C5
FN04 A7
FN05 A7
FN06 B7
FN07 B7
FN08 A8
FN09 B7
FN10 B8
FN11 D5
FN12 E5
FN13 E5
FN14 F5
FN15 F5
FN16 F5
FN17 F5
FN18 D8
FN19 D8
FN20 F8
FN21 F11
FN22 F11
FN23 F11
FN24 F11
FN25 F3
FN26 D1
FN27 D1
FN28 D1
FN29 D1
FN30 D1
FN31 D2
FN32 D2
FN33 D2
FN34 D2
FN35 D2
IN01 A2
IN02 B2
IN03 A2
IN04 B2
IN05 B3
IN06 C2
IN07 D3
IN08 C1
IN09 C1
IN10 B3
IN11 B3
IN12 C4
IN13 D4
IN14 D4
IN15 D10
IN16 D10
IN17 D10
IN18 D10
IN19 F8

Circuit Diagrams and PWB Layouts

43LC4.8L LA 7.

SSB: EPLD

1 23456789 10

B21 B21

+3V3SW

A

FP01

2P15

100u
16V

B

C

D

PARITY_OUT
HS_OUT
VS_OUT
DE_OUT
B(5)
B(4)

E

B(6)

B(3)
B(2)
G(4)
G(5)
B(1)
B(7)
B(0)
CLK_OUT
G(7)

F

3139 123 6145.4 *

EPLD

7P01

LF15ABDT

13

OUTIN

COM

2

2P16
100n

N13
P14
P15
R16
N15
N16
K12
K14
L12
N14
M13
M14
L13
M15
M16
L14
L15
L16
K16
K15
J16
H12

1

FP03

2P17
2u2

LVDS OUT

7N02-4
EP1C12F256C8

IO_89
IO_90
IO_91
IO_92
IO_93
IO_94
IO_95
IO_96
IO_97
IO_98
IO_99
IO_100
IO_101
IO_102
IO_103
IO_104
IO_105
IO_106
IO_107
IO_108
IO_109
IO_110

Φ

BANK 3

For LATAM diversity see table in chapter 10

+1V5

IO_111
IO_112
IO_113
IO_114
IO_115
IO_116
IO_117
IO_118
IO_119
IO_120
IO_121
IO_122
IO_123
IO_124
IO_125
IO_126
IO_127
IO_128
IO_129
IO_130
IO_131

5P01

30R

5P02

30R

5P03

30R

G14
G13
G15

F16
F14
F13
F15
E16
E15
D16
D15
E14
F12
E13
D14
H13

G12

B16
C15
C14
D13

2u22P01

2P18 2u2

2u2

2P22

100n2P02

2P19 100n

100n

2P23

100n

2P03

100n

2P20

100n2P24

FP04

G(6)
G(2)
G(1)

G(0)

R(6)
R(0)

100n2P04

100n

2P21

100n

2P25

2P05 100n

100n2P26

R(1)

R(2)

R(5)

R(3)

2P06

+1V5-PLL

2P27

B20

R(7)

R(4)
G(3)

100n

100n

2P07 100n

2P08

100n

100n

100n

2P29

2P28

(H=NORMAL)
LVDS_PWR_DWN

CLK_OUT

R(0)
R(1)
R(2)
R(3)
R(4)
R(5)
G(0)

G(1)
G(2)
G(3)
G(4)
G(5)
B(0)
B(1)

B(2)
B(3)
B(4)
B(5)
HS_OUT
VS_OUT
DE_OUT

R(6)
R(7)
G(6)
G(7)
B(6)
B(7)
PARITY_OUT

2P09 100n

FP05

100n2P30

100n2P10

FP06

FP07

FP08

FP09

FP10

FP11
FP12
FP13

FP14

FP02

100n2P12

2P11 100n

+1V5-INT

+3V3-IO

3P01
4K7

2P13 100n

2P14 100n

+3V3-IO

2P32

2P33

47R3P03

100n

100n2P31

100n

EAGLE INTERFACE

B15

IO_132

A15

IO_133

B14

IO_134

C13

IO_135

B13

IO_136

A13

IO_137

B12

IO_138

C12

IO_139

E12

IO_140

E11

IO_141

E9

IO_142

D12

IO_143

D11

IO_144

C11

IO_145

N.C.

B11

IO_146

A11

IO_147

B10

IO_148

C10

IO_149

D10

IO_150

A9

IO_151

B9

IO_152

D9

IO_153

C9

IO_154

E10

IO_155

C8

IO_156

LVDS TRANSMITTER

5P04

30R

2P34 100n

9

26

VCC

1

RS

32

PDWN

17

R|F

31

CLKIN

51

0

52
54
55

TA

56
3
4

6

6

0

7
11
12

TB

14
15
19

6

20

0

22
23
24

TC

27
28
30

6

50

0

2
8
10

TD

16
18
25

6

GND LVDS GND PLL GND

5

13

21

7N02-3
EP1C12F256C8

Φ

BANK 2

+3V3SW

44

LVDS VCC PLL VCC

2953364349

IO_157
IO_158
IO_159
IO_160
IO_161
IO_162
IO_163
IO_164
IO_165
IO_166
IO_167
IO_168
IO_169
IO_170
IO_171
IO_172
IO_173
IO_174
IO_175
IO_176
IO_177
IO_178
IO_179

DEV_OE

DEV_CLR

5P05

30R

D8
E8
A8
B8
D7
C7
B7
A6
E7
B6
C6
D6
D5
E6
E5
C5
B5
A4
B4
C4
B3
A2
B2

5P06

30R

7P02
THC63LVDM83R

+

TCLK

-

+

TA

-

+

TB

-

+

TC

-

+

TD

-

33

35 34

2P35

39

40

47

48

45

46

41

42

37

38

N.C.

100n

LVDSCLKp

LVDSCLKn

LVDSAp

LVDSAn

LVDSBp

LVDSBn

LVDSCp

LVDSCn

LVDSDp

LVDSDn

+3V3-IO

+1V5-INT

+1V5-PLL

FROM EPLD

1

1

1P01
4

DLW21S

DLW21S

1P02 1
4

DLW21S

1

1P03
4

DLW21S

1P04
4

DLW21S

1

1P05
4

C1
G6
P1
A14
F10
F7
A3
P16
K11
C16
T3
L7
L10
T14

A7
A10
G8
G10
H7
H9
J8
J10
K7
K9
T7
T10

H6
H11

2

3

2

3

2

3

2

3

2

3

7N02-6
EP1C12F256C8

Φ

POWER

BANK1

BANK2

VCCIO

BANK3

BANK4

VCCINT

PLL1

VCCA

PLL2

FROM SCALER INTERFACE

10p

2P36

10p

2P37

10p

2P38

10p

2P39

10p

2P40

10p

2P41

10p

2P42

10p

2P43

10p

2P44

10p

2P45

GNDA

GNDG

LVDSCLK+

LVDSCLK-

LVDSA+

LVDSA-

LVDSB+

LVDSB-

LVDSC+

LVDSC-

LVDSD+

LVDSD-

A1

A16

A5

A12

F6
F8
F9

F11

G7
G9

G11

H8

H10

GND

J7

J9
K6
K8

K10

L6

L8

L9

L11

T1
T5

T12
T16

J6

PLL1

J11

PLL2

J5

PLL1

J12

PLL2

FOR UFD ONLY

SDA_DMA_BUS1_DISP
SCL_DMA_BUS1_DISP

LVDSD+
LVDSD-

LVDSCLK+
LVDSCLK-

LVDSC+
LVDSC-

LVDSB+
LVDSB-

LVDSA+
LVDSA-

+3V3STBY

LAMP_ON_OFF

+3V3SW

+3V3SW

+3V3SW

+3V3SW

+3V3SW

3P07

3P04

10K

2345678

FOR MFD ONLY

*

4P01

4000

RES
100R3P05

100R
RES

4P10

4P03
4P04
4P05
4P06
4P07
4P08

3P06

4K7

4P09

7P03

BC847BW

2P46
10n

1P06

NC

32

0-1453230-3

(1G50)

1P07

FP17

VDISP_2

VDISP2

FI-WE31P-HFE-E1500

1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30

31

3233
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

26"/32"

16X9

-

YES4P02

+3V3SW

SC_STANDBY

FROM HERCULES

LVDS_VCC

23"

15X9

-

-

LVDS_OPT

FP15

FP16

(RESET)

LVDS_VCC

4P11

LVDS_OPT

CTRL_DISP2
CTRL_DISP1

(NC)
(NC)

4P01

*

4P02

*

4P12

FROM DC-DC CONVERTER

FOR LCD ONLY

910

1P01 D6
1P02 E6
1P03 E6
1P04 F6
1P05 F6
1P06 A10
1P07 D10
1P08 D10
2P01 A2
2P02 A2
2P03 A2

A

2P04 A2
2P05 A2
2P06 A3
2P07 A3
2P08 A3
2P09 A3
2P10 A3
2P11 A3
2P12 A4
2P13 A4
2P14 A4
2P15 B1
2P16 B1

B

2P17 B1
2P18 B2
2P19 B2

TO LCD PANEL (TIMING CONTROL)

1P08

3233

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

FI-TWE31P-VF-E1400

H_16980_021.eps

230207

2P20 B2
2P21 B2
2P22 C2
2P23 C2
2P24 C2
2P25 C2
2P26 C2
2P27 C3
2P28 C3

C

2P29 C3
2P30 C3
2P31 C4
2P32 C4
2P33 C4
2P34 C5
2P35 C6
2P36 D7
2P37 D7
2P38 E7
2P39 E7
2P40 E7

D

2P41 E7
2P42 F7
2P43 F7
2P44 F7
2P45 F7
2P46 F8
3P01 D4
3P03 D4
3P04 D8
3P05 D8
3P06 F8

E

3P07 F8
4000 D8
4P01 E9
4P02 E9
4P03 E9
4P04 E9
4P05 E9

TO PLASMA PANEL (TIMING CONTROL)

4P06 E9
4P07 E9
4P08 F9
4P09 F8
4P10 D8

F

4P11 E10
4P12 F9
5P01 A2
5P02 B2
5P03 B2
5P04 C5
5P05 C5
5P06 C6
7N02-3 A5
7N02-4 D1
7N02-6 A7

7P01 A1
7P02 D6
7P03 F9
FP01 A1
FP02 A3
FP03 B1
FP04 B2
FP05 B3
FP06 D3
FP07 D3
FP08 D3
FP09 E3
FP10 E3
FP11 F3
FP12 F3
FP13 F3
FP14 F3
FP15 D10
FP16 D10
FP17 E10

Circuit Diagrams and PWB Layouts

44LC4.8L LA 7.

SSB: Cinch Analog I/O

1234567891011121314

CINCH ANALOGUE IO (1FH)

B23 B23

CVI_Pb_IN

TO HERCULES

SC2_L_IN

AV2_DMMI_SW
DMMI_RGB_SW

SC2_R_IN

CVI_Pr_IN
CVI_Pb_IN
CVI_Y_INCVI_Y_IN

SC1_FBL_IN_1

DMMI_RGB_SW

TO MUX-SYNC INTF

SC1_CVI_DMMI_R_Pr_IN

4R01

SW_I2C_SDA
SW_I2C_SCL
POWER-DOWN_BOLT-ON

FROM SIDE CONNECTOR

FRONT_C_IN

FROM SCALER

SC2_C_IN

SC2|AV2_SIDE_SW

FRONT_Y_CVBS_IN

SC2_Y_IN

AV2_DMMI_SW

DMMI_R_IN

DMMI_L_IN

DMMI_CVBS_IN

+5VSW

2R58

IR20

4u7

+5VSW

2R59

IR24

4u7

DMMI_L_IN

DMMI_R_IN

DMMI_CVBS_IN

4R68

150R3R08

4R13

3R58
47K

IR21

3R77
47K

IR25

3R96
47K

3R98
47K

39K

3R60

+5VSW

39K

3R61

3R62

RES

RESERVED FOR SET WITH DMMI ONLY

+5VSW

+5VSW

2R14 4u7

4R14

+5VSW

4u72R15

4R15

3R63
47K

SC2_AV3_Y_IN

5R68

30R

3R75

100R

1u0

2R70

3R76 100R

1u0

2R71

DMMI_R_Pr_IN

3R09
47K

IR83

CD74HC4053M96

3R10
47K

3R11
47K

3R18
47K

3R64
47K

3R68
10K

6

13
12
11

1
2
10

3
5
9

IR69

7R57

3R69
47K

3R78
47K

G4

1
2
4X1
4X2

VEE VSS

VDD

MDX

7

4R16

+5VSW

2u22R65
4R60
4R61
3R65 10K

2u22R66

100n2R62
100n

2R63

2R68

3R70

10u

47K

16V

NC

IR67

IR68

IR66

IR65

IR64

3R79
47K

5R57

16

14

15

4

8

2R60

16V

10u

2R69
100n

VDD

SPDT

SWITCH

1

IN1

2

S1A

3

D1

4

S1B

10

IN2

9

S2A

8

D2

7

S2B

GND VSS

6

4R69

4R70

+5VSW

120R

2R57
100n

SC2_AV3_C_IN

SC2_AV3_Y_IN

2R61
100n

7R68
ADG734BRU

16

Φ

IN3

S3A

D3

S3B

IN4

S4A

D4

S4B

NC

5

TO HERCULES

7R60

CD74HC4053M96

VDD

6

G4

13

1

12

2

11

4X1
4X2

1
2

10

3
5
9

VEE VSS

7

4R62
4R63
4R64

11

IR63

12

IR62

13

IR61

14

20

IR60

19

IR59

18

IR58

17

15

2R72
1u0

B2

16

MDX

14

15

4

8

3R71
47K

3R82
47K

B2

B2

B2

B2

B2

B17
B2

3R66
47K

2R64

3R67

220n

47K

3R72

3R73

47K

47K

3R80

100R

IR81

3R81

100R

3R83

3R84

47K

47K

DMMI_FBL_IN
SC2_L_MON_OUT

SC2_R_MON_OUT

SC2_CVBS_MON_OUT

IR

ITV_IR_SW_RESET

HP_DET_R_DC
SC_STANDBY

6R60

BAS316

2R73

2R75 1u0

1n02R79

RESERVED FOR DMMI

3R74
47K

1u0

1u02R74

3R85
47K

75R3R94

7R61
BC847B

3R91
560R

SC1_CVI_DMMI_G_Y_IN

4R02

SC1_CVI_DMMI_B_Pb_IN

4R03

RESERVED FOR DMMI

FR09
FR08
FR07

FR10

FR11

1n0

2R78

+3V3STBY

1n0

2R80

FR12

FR13

FR14

FR15
FR17
FR18

FR19

FR20

FR21

FR23
FR24

FR25
FR26
FR27

DMMI_B_Pb_IN

DMMI_G_Y_IN

75R3R86

3R95 75R

SC2_Y_IN_1

SC2_L_IN_1

SC2_R_IN_1

TO MUX-SYNC INTF

FR29

A

1R07

2

FR84

4

FR83

6

IR04

B

5

1

3

MSD-244V-90 NIDIP (765A) LF

C

D

1R06

E

2

4

6

FR85

5

1

3

MSD-244V-91 NIDIP (765A) LF

F

G

MSP-801V1-02-01-A NI LF(PHT)

5

6

H

1R02-2

1R02-3

GND

8

7

9

I

FR46

1R03

2

4

6

5

J

1

3

MSD-244V-01 NIDIP (765A) LF

TO CINCH DIGITAL

3139 123 6145.4 *

1234567891011121314

FR28

FR16

FR22

1R02-1

IR40

AV3_L

AV3_R

FQ32

3R88

2R84
RES

3R87

2R83
RES

S057

S058

3R92

3R93

0R

0R

AV1:CVBS+YPbPr+Audio L/R

IR28

3R29

100R
3R28
75R

S053

IR16

3R17

100R

3R16
75R

S054

IR22

3R23

100R
3R22

75R

S055

FR06

3R07

AV1_CVBS_IN

S056

6R61

6R62

BZX384-C3V9

4R41

4R42

RES

S063

3R57
75R

2R13

RES

BZX384-C3V9

6R64

BZX384-C3V9

6R63

BZX384-C3V9

1

3

4

2

FR42

FR40

FR47

2R47

1u0

2R46
RES

BZX384-C3V9

6R66

BZX384-C3V9

RES

3R06

RES

FR00

3R00

10K

S051

FR03

3R03

10K

S052

AV2: SVHS+CVBS+Audio L/R

FR41

FR34

S059

3R41

75R

S060

+5VSW

3R47

100K

IR47

3R50

56K

FR50

6R65

6R67

6R68

3R51

S061

3R54

FR54

S062

BZX384-C3V9

BZX384-C3V9

10K

10K

7R12

BC847BW

3R12

68R

3R34

0R

2R33
RES

3R42

10R

2R42
RES

2R50
180p

2R55
180p

IR50

IR54

IR48

3R19

RES

3R13
1K0

2R00
180p

2R04
180p

+5VSW

IR00

IR02

3R35

10R

3R40
75R

3R53
15K

3R56
15K

+5VSW

For LATAM diversity see table in chapter 10

4R06

RES

IR34

7R47
BC857BW

150R

150R

3R14
RES

3R15
RES

3R02
15K

3R05
15K

3R49
1K0

IR06

3R20

1K0

2R01

2u2

2R03

2u2

2R35

4u7

2R41

4u7

2R51

2u2

2R54

2u2

IR01

IR03

2R82
330p

2R81
330p

+5VSW

IR51

IR55

3R90
220K

3R89
220K

+5VSW

3R36
47K

IR82

3R37
47K

3R46
47K

IR18

3R43
47K

2R85

SC2_L_MON_OUT

10u 16V

2R86

SC2_R_MON_OUT

10u 16V

SC1_CVBS_IN

SC2_CVBS_MON_OUT

4R12

SC1_COMP_AV1_L_IN

SC1_COMP_AV1_R_IN

SC2_L

SC2_R

CVI_Pr_IN

SC2_C_IN

SC2_Y_IN

SC2_L_IN

SC2_R_IN

TO HERCULES

1R01

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

NC

22
23

NC

24

NC

25

DMMI CONNECTOR (V1.1)

26
27
28
29
30
31
32

33 34

AF732L-N2G1A

H_16980_015.eps

230207

A

B

C

D

E

F

G

H

I

J

1R01 G14
1R02-1 G1
1R02-2 H1
1R02-3 H1
1R03 I1
1R06 E1
1R07 A1
2R00 F3
2R01 F4
2R03 F4
2R04 F3
2R13 D2
2R14 H9
2R15 J8
2R33 H3
2R35 G4
2R41 H4
2R42 H3
2R46 I2
2R47 I2
2R50 J3
2R51 I4
2R54 J4
2R55 J3
2R57 H10
2R58 H8
2R59 I8
2R60 A10
2R61 A11
2R62 B10
2R63 C10
2R64 B12
2R65 B10
2R66 B10
2R68 D10
2R69 D10
2R70 E9
2R71 E9
2R72 F11
2R73 E12
2R74 E12
2R75 E12
2R78 I13
2R79 G12
2R80 I13
2R81 A4
2R82 A4
2R83 A3
2R84 A3
2R85 A5
2R86 A5
3R00 F2
3R02 F3
3R03 F2
3R05 F3
3R06 D2
3R07 D2
3R08 G8
3R09 H9
3R10 I9
3R11 I9
3R12 E3
3R13 E3
3R14 E3
3R15 E3
3R16 C2
3R17 C2
3R18 J9
3R19 D3
3R20 E3
3R22 D2
3R23 C2
3R28 B2
3R29 B2
3R34 G3
3R35 G3
3R36 G4
3R37 H4
3R40 H3
3R41 H2
3R42 H3
3R43 I4
3R46 H4
3R47 I2
3R49 H3
3R50 I2
3R51 I2
3R53 J3
3R54 J2
3R56 J3
3R57 I1
3R58 H8
3R60 B9
3R61 B9
3R62 C9
3R63 C9
3R64 C9
3R65 B10
3R66 A12
3R67 B12
3R68 D9
3R69 D10
3R70 D10
3R71 D11
3R72 D12
3R73 D12
3R74 D12
3R75 E9
3R76 E9
3R77 I8
3R78 F10
3R79 F10
3R80 E12
3R81 E12
3R82 F11
3R83 F12
3R84 F12
3R85 F12
3R86 I13
3R87 A3
3R88 A3
3R89 A4
3R90 A4
3R91 B13
3R92 A2
3R93 A2
3R94 I13
3R95 I13
3R96 I8
3R98 J8
4R01 F7
4R02 E13
4R03 E13
4R06 D3
4R12 E5
4R13 G8
4R14 H9
4R15 J9
4R16 J10
4R41 H1
4R42 H2
4R60 B10
4R61 B10
4R62 C11
4R63 C11
4R64 C11
4R68 E8
4R69 F10

4R70 F10
5R57 H10
5R68 D9
6R60 B12
6R61 F1
6R62 F2
6R63 G2
6R64 F2
6R65 I2
6R66 J2
6R67 J2
6R68 J2
7R12 E3
7R47 I3
7R57 I10
7R60 A11
7R61 B13
7R68 D11
FQ32 J1
FR00 F2
FR03 F2
FR06 D2
FR07 G14
FR08 F14
FR09 F14
FR10 G14
FR11 G14
FR12 G14
FR13 G14
FR14 G14
FR15 H14
FR16 C1
FR17 H14
FR18 H14
FR19 H14
FR20 H14
FR21 H14
FR22 C1
FR23 H14
FR24 H14
FR25 I14
FR26 I14
FR27 I14
FR28 B1
FR29 I14
FR34 G2
FR40 I2
FR41 G2
FR42 H2
FR46 I1
FR47 I2
FR50 I2
FR54 J2
FR83 B1
FR84 B1
FR85 E1
IR00 E3
IR01 E4
IR02 F3
IR03 F4
IR04 B1
IR06 D3
IR16 C2
IR18 H4
IR20 H8
IR21 H8
IR22 C2
IR24 I8
IR25 I8
IR28 B2
IR34 G3
IR40 H1
IR47 I2
IR48 I3
IR50 I3
IR51 I4
IR54 J3
IR55 J4
IR58 E11
IR59 E11
IR60 E11
IR61 E11
IR62 E11
IR63 E11
IR64 E10
IR65 E10
IR66 E10
IR67 E10
IR68 E10
IR69 D10
IR81 E12
IR82 G4
IR83 H9
S051 F2
S052 F2
S053 B1
S054 C1
S055 D1
S056 D1
S057 A2
S058 A2
S059 H2
S060 H2
S061 J2
S062 J2
S063 H1

Circuit Diagrams and PWB Layouts

Layout SSB (Top Side Overview)

1103 B6

1Q03 D1

2228 B6

2246 B5

2267 B6

2291 B5

1105 B7

1R01 D4
2203 A5
2205 B6
2206 B6
2207 B6
2208 A6
2209 A6
2210 B5
2211 B6
2214 B6
2216 B6
2218 B5
2221 B6
2223 A5
2224 A5
2226 B6

2229 B6
2230 B6
2231 A6
2232 B5
2233 B5
2234 A6
2235 A6
2236 A5
2237 A5
2238 A6
2240 A5
2241 A5
2242 B6
2243 B6
2244 B5
2245 B5

1201 B6
1202 A6
1440 B5
1441 A5
1801 C3
1J07 A4
1J08 A3
1P01 A1
1P02 A1
1P03 A1
1P04 A1
1P05 A1
1P06 A1
1P07 A1
1P08 A1

3139 123 6145.4

2247 B6
2248 B6
2249 B6
2250 A5
2251 B5
2255 B6
2256 B6
2257 B6
2258 A6
2259 B6
2260 A6
2262 B6
2263 B6
2264 B6
2265 B6
2266 B6

2268 B6
2269 A6
2270 A6
2271 A5
2272 A5
2274 B6
2275 A6
2276 A6
2277 B5
2278 B5
2279 B5
2285 A6
2286 B6
2287 B6
2288 B5
2290 C5

2447 A5
2448 A5
2501 A5
2502 A6
2503 A5
2504 A6
2505 A6
2506 A6
2507 A6
2508 A5
2509 A5
2611 A7
2615 A7
2618 A6
2704 A4
2706 A4

2709 A3
2713 A4
2716 A3
2731 A4
2736 A5
2737 A4
2738 A5
2739 A5
2752 A3
2753 A3
2754 A3
2755 A3
2756 A3
2757 A3
2758 A3
2800 C2
2815 C3

2901 B1

2D03 D1
2D04 C1
2D05 C1
2D06 D1
2D07 C1
2D12 C1
2D15 C1
2D17 C1
2D20 D1
2D21 C1
2D22 C1
2D23 D1
2D24 C1
2D25 C1
2D26 C1
2D27 C1
2D31 C1

2D32 C1
2D34 D2
2D38 C1
2D41 C1
2E00 D3
2E01 D4
2E02 D4
2E03 D3
2E04 D3
2E05 D3
2E06 C3
2E07 D3
2E08 D3
2E09 C3
2E10 D3
2E11 C3
2E12 C3

2902 B1
2903 C4
2904 C3
2917 C2
2934 C3
2940 C3
2A00 B3
2A01 B2
2A02 B2
2A12 B4
2A13 B3
2B01 B1
2B02 B1
2B05 B1
2B17 B1
2B18 B1

Part 3

H_16980_023c.eps

2E13 C3

2J05 A1

2J22 A5
2E14 C3
2E15 C4
2E16 C3
2E17 C3
2E18 C3
2E19 C3
2E20 C3
2E21 C3
2E22 C4
2E23 C4
2E33 C4
2E34 D4
2E35 C4
2J02 A4
2J03 A6
2J04 A1

2J06 A1
2J07 A1
2J08 A1
2J09 A1
2J10 A3
2J11 A3
2J12 A3
2J13 A3
2J14 A3
2J15 A3
2J16 A5
2J17 A5
2J18 A5
2J19 A5
2J20 A5
2J21 A5

2J23 A5

2J26 A6

2J27 A6

2J28 A6

2J29 A6

2J30 A4

2J31 A3

2J33 A5

2J34 A5

2J35 A5

2J36 A6

2L02 B5

2L03 B5

2L04 B5

2L05 B5

2L06 B5

2L20 B5
2L21 B4
2L22 B5
2L27 B5
2L28 B4
2L29 B5
2L30 B5
2L31 B5
2L32 B4
2M00 C4
2M01 C4
2M02 C4
2M03 C4
2M04 C4
2M05 C4
2M06 C4
2M07 C4

Part 1

H_16980_023a.eps

2M08 C4
2M09 C4
2M10 C4
2M11 C4
2M12 C4
2M13 C4
2M14 C4
2M15 C4
2M16 C4
2M17 C4
2M18 C4
2M19 C4
2M20 B4
2M21 B4
2M22 B4
2M23 B4
2M27 C4

2M28 C4
2M29 C4
2M30 C4
2M31 C4
2M32 C4
2M33 C4
2M56 C4
2M60 C5
2M61 C4
2M62 C5
2M66 B4
2M68 B5
2P15 A2
2P36 A1
2P37 A1
2P38 A1
2P39 A1

45LC4.8L LA 7.

2P40 A1
2P41 A1
2P42 A1
2P43 A1
2P44 A1
2P45 A1
2P46 A1
2Q01 D2
2Q06 D2
2Q11 D1
2Q16 D1
2Q17 D2
2Q18 D2
2Q21 D1
2Q23 D1
2Q25 D2
2Q30 D3

2Q31 D3
2Q32 D3
2Q33 D3
2R00 D5
2R01 D5
2R03 D6
2R04 D6
2R13 D5
2R14 D3
2R33 D4
2R35 D3
2R41 D4
2R42 D4
2R46 D3
2R47 D3
2R50 D3
2R51 D3

2R54 D3
2R55 D3
2R57 D3
2R60 D2
2R61 D3
2R62 D3
2R63 D2
2R64 D2
2R65 D2
2R66 D3
2R68 D5
2R69 D6
2R70 D5
2R71 D5
2R72 D5
2R73 D5
2R74 D5

2R75 D5
2R78 D4
2R79 D5
2R80 D4
2R81 D4
2R82 D5
2R83 D4
2R84 D5
2R85 D4
2R86 D4
3126 B6
3127 B6
3207 B6
3214 B6
3215 B5
3216 B5
3217 B5

3222 A5

3265 B6
3266 B6
3267 B6
3268 B5
3270 A5
3271 B5
3272 B6
3273 B6
3274 B6
3277 B5
3278 B5
3279 B5
3280 B6
3281 B6
3282 C5
3285 B6
3286 B5

3291 B5
3292 C5
3293 B5
3294 C5
3295 B6
3501 A5
3502 A5
3734 A3
3751 A3
3752 A3
3753 A3
3754 A3
3801 C1
3802 C2
3803 B2
3804 B2
3805 B2

3223 A5
3224 A5
3225 A5
3226 A5
3227 A5
3230 A6
3231 A6
3234 A6
3235 A6
3236 A6
3242 B5
3244 B5
3245 B6
3262 B6
3263 B6
3264 B6

Part 2

H_16980_023b.eps

3806 B2
3807 C1
3808 C1
3809 B2
3810 B2
3811 B2
3812 B2
3813 B2
3814 B2
3815 B2
3816 C2
3819 C2
3A00 B2
3A01 B2
3A07 B2
3A08 B2
3A10 B4

3A11 B3

3D20 C2
3E00 C4
3E06 D4
3E07 D4
3E08 D3
3E09 C3
3E10 D4
3E11 D4
3E12 C4
3E13 D3
3E14 C3
3E15 C3
3E16 D3
3E17 C3
3E18 C3
3E19 D3
3E20 D3

3E21 C3
3E22 C3
3E23 C3
3E50 C4
3E52 C4
3E53 C4
3E55 C4
3J03 A5
3J04 A5
3J05 A5
3J06 A5
3J07 A5
3L07 B5
3L09 B5
3M12 C4
3M13 C4
3M16 C4

3A13 B3
3A14 B3
3B01 B1
3B02 B1
3B03 B1
3D05 C1
3D06 C1
3D07 C1
3D08 C1
3D09 C2
3D10 C1
3D12 C1
3D15 C2
3D16 C2
3D17 C2
3D18 C2

Part 4

H_16980_023d.eps

3M26 C4
3M28 C5
3M68 C5
3M69 C5
3M71 C5
3M88 C4
3M89 C5
3M90 C4
3N21 B2
3N22 B2
3N23 B2
3N24 B2
3N25 B2
3N36 A2
3N37 A2
3N38 A2
3N39 A2

3N40 A2
3N41 A2
3P04 A1
3P05 A1
3P06 A1
3P07 A1
3Q01 D2
3Q06 D2
3Q11 D1
3Q16 D1
3Q17 D1
3Q18 D1
3Q21 D1
3Q22 D1
3Q23 D1
3Q24 D1
3Q25 D2

3Q26 D2
3Q27 D2
3Q30 D3
3Q31 D3
3Q32 D3
3Q33 D3
3Q40 D1
3Q41 D2
3R00 D5
3R02 D5
3R03 D5
3R05 D6
3R06 D5
3R07 D5
3R08 D3
3R09 D3
3R10 D3

3R12 D5
3R13 D5
3R14 D5
3R15 D5
3R16 D5
3R17 D5
3R19 D5
3R20 D5
3R22 D5
3R23 D5
3R28 D5
3R29 D5
3R34 D4
3R35 D3
3R36 D3
3R37 D3
3R40 D3

3R41 D4
3R42 D4
3R43 D4
3R46 D4
3R47 D3
3R49 D3
3R50 D3
3R51 D3
3R53 D3
3R54 D3
3R56 D3
3R57 D3
3R60 D2
3R61 D3
3R62 D2
3R63 D3
3R64 D2

H_16980_023.eps

3R65 D2
3R66 D2
3R67 D2
3R68 D5
3R69 D5
3R70 D5
3R71 D5
3R72 D5
3R73 D5
3R74 D5
3R75 D5
3R76 D5
3R78 D5
3R79 D5
3R80 D5
3R81 D5
3R82 D5

230207

3R83 D5
3R84 D5
3R85 D5
3R86 D4
3R87 D4
3R88 D4
3R89 D4
3R90 D4
3R91 D3
3R92 D5
3R93 D4
3R94 D5
3R95 D4
4107 B6
4108 B6
4201 B5
4202 B5

4203 B5
4205 C5
4206 C5
4213 B5
4214 B5
4215 B5
4507 A6
4508 A6
4509 A6
4510 A6
4511 A6
4512 A6
4513 A6
4514 A6
4616 A7
4617 A7
4620 A7
4621 A7
4900 B3
4A00 B3
4A01 B3
4A04 B4
4A05 B4
4A06 B3
4E12 C3
4E13 C4
4E14 C4
4J01 A4
4J02 A5
4M04 C4
4M16 C4
4M17 C4
4N01 A2
4N02 A1
4N03 B2
4N04 A1
4N05 A2
4N06 A1
4N07 A2
4N08 A1
4N09 A2
4N10 A1
4N11 A2
4N12 A1
4N13 A2
4N14 A1
4N15 A2
4N16 A1
4N17 A2
4N18 A1
4N19 A2
4N20 A1
4P01 A1
4P02 A1
4P03 A1
4P04 A1
4P05 A1
4P06 A1
4P07 A1
4P08 A1
4P09 A1
4P12 A1
4R06 D5
4R12 D5
4R13 D3
4R14 D3
4R16 D5
4R41 D4
4R42 D4
4R60 D2
4R61 D2
4R62 D2
4R63 D3
4R64 D3
4R68 D5
4R69 D5
4R70 D5
5201 B6
5202 B5
5203 A6
5204 A6
5205 B5
5206 A6
5207 A6
5208 A6
5209 A5
5210 A6
5212 A5
5213 A5
5215 B5
5217 B6
5218 B5
5431 A5
5501 A6
5712 A4
5737 A4
5752 A3
5753 A3
5754 A3
5900 C3
5A00 B2
5D00 C1
5D01 C1
5D02 C1
5D03 D2
5D04 D1
5E00 D4
5E01 C3
5E02 C4
5J01 A6
5J02 A6
5J03 A4
5J04 A4
5J05 A5
5L00 B4
5L01 B4
5L02 B4
5M02 C4
5M05 C4
5Q01 D2
5Q06 D2
5Q11 D2
5Q16 D1
5Q21 D1
5Q23 D1
5R57 D3
5R68 D5
6201 B6

6708 A4
6735 A5
6736 A5
6751 A3
6A01 B3
6K01 A7
6Q16 D1
6R60 D2
6R61 D5
6R62 D5
6R63 D5
6R64 D5
6R65 D3
6R66 D3
6R67 D3
6R68 D3
7206 B5
7214 B6
7215 B5
7216 B6
7218 B5
7219 C5
7501 A6
7502 A6
7503 A6
7504 A5
7505 A6
7506 A6
7752 A3
7801 B2
7901 C4
7A00 B3
7A02 B3
7A03 B3
7B01 B1
7C00 B3
7D01 C1
7D02 C1
7D03 C1
7E00 C4
7E01 C3
7E02 C4
7L05 C5
7M03 B4
7M14 C5
7M15 C5
7N02 A2
7N04 B2
7P02 A1
7P03 A1
7Q25 D2
7R12 D5
7R47 D3
7R57 D3
7R60 D2
7R61 D2
7R68 D5

Circuit Diagrams and PWB Layouts

Layout SSB (Top Side Part 1)

46LC4.8L LA 7.

Part 1

H_16980_023a.eps

230207

Circuit Diagrams and PWB Layouts

Layout SSB (Top Side Part 2)

47LC4.8L LA 7.

Part 2

H_16980_023b.eps

230207

Circuit Diagrams and PWB Layouts

Layout SSB (Top Side Part 3)

48LC4.8L LA 7.

Part 3

H_16980_023c.eps

230207

Circuit Diagrams and PWB Layouts

Layout SSB (Top Side Part 4)

49LC4.8L LA 7.

Part 4

H_16980_023d.eps

230207

Circuit Diagrams and PWB Layouts

Layout SSB (Bottom Side Overview)

1101 D2

1K03 C1

2108 C1

2280 A2

2617 A1

2760 A5

1102 C2

1K04 B1
1N01 A7
1N02 B7
1N03 A7
1N05 A7
1Q01 D6
1R02 D4
1R03 D5
1R06 D3
1R07 D4
2101 C1
2102 C1
2103 C2
2104 D1
2105 D1
2106 C2
2107 C1

2109 D1
2110 C2
2111 C2
2112 C2
2113 C2
2114 C2
2201 A2
2202 A2
2219 B2
2220 B2
2225 A2
2227 A2
2239 A3
2252 B3
2253 B2
2254 B2
2273 A3

1104 B1
1106 B1
1107 D2
1751 A5
1802 B6
1C00 C5
1J00 A3
1J01 A5
1J02 A4
1J03 A2
1J04 A2
1J05 A7
1J06 A5
1K00 A1
1K01 B1
1K02 C1

3139 123 6145.4

2281 A2
2282 B3
2283 B3
2284 B3
2292 B3
2293 B2
2449 C3
2603 A1
2604 A1
2605 A2
2608 A2
2609 A1
2610 A2
2612 A2
2613 A1
2614 A2
2616 A1

2619 A2
2700 A6
2701 A6
2708 A5
2710 A4
2711 A4
2714 A5
2715 A5
2730 A4
2733 A3
2734 A3
2735 A3
2741 B3
2749 A6
2750 A5
2751 A6
2759 A5

2761 A5
2762 A5
2801 B6
2802 B6
2803 B6
2804 B6
2805 B6
2806 B6
2807 B6
2808 C6
2809 C6
2810 C6
2811 C6
2812 C6
2813 B6
2814 B6
2816 C5

2817 C5
2818 C5
2819 C5
2820 C5
2821 C5
2822 C5
2823 C5
2824 C5
2900 B7
2905 B5
2906 B5
2907 B5
2908 B5
2909 B5
2910 B5
2911 B5
2912 B5
2913 B5

H_16980_022a.eps

2914 C6
2915 C6
2916 C6
2918 C5
2919 C5
2920 C6
2921 C6
2922 C6
2923 B6
2924 B6
2925 B6
2926 B6
2927 B5
2928 B5
2929 B5
2930 C5
2931 C5
2932 C5

2933 C5
2935 C5
2936 C5
2937 C5
2938 C5
2939 C5
2941 C6
2942 C5
2945 B6
2946 B6
2947 B6
2948 B6
2949 B6
2950 B5
2951 B6
2952 B6
2953 C5
2954 C5

Part 1

2955 C5

2B16 B7
2C00 B5
2C01 B5
2C02 B5
2C03 B5
2D00 C7
2D01 D7
2D02 D7
2D08 C7
2D09 C7
2D10 C7
2D11 C7
2D13 C7
2D14 C7
2D16 C7
2D18 C7
2D19 C7
2D28 C7

2D29 C7
2D30 C7
2D33 C7
2D35 C7
2D36 C7
2D37 C7
2D39 C7
2D40 C7
2D44 C7
2D45 C7
2E24 C5
2E25 C5
2E26 C5
2E27 C5
2E28 C5
2E29 C5
2E30 C5
2E31 C5

2956 C5
2957 C5
2958 C5
2959 C5
2A03 C6
2B03 B7
2B04 B7
2B06 B7
2B07 B7
2B08 B7
2B09 B7
2B10 B7
2B11 B7
2B12 B7
2B13 B7
2B14 B7
2B15 B7

Part 3

H_16980_022c.eps

2E32 C4
2E36 D4
2E37 C5
2E38 C5
2E39 C5
2E40 C5
2K00 A1
2K01 A1
2K02 B1
2K03 B1
2K04 B1
2K05 B1
2K06 B1
2K07 B1
2K08 B1
2K10 B1
2K11 B1
2K12 B1

2K13 B1
2K14 B1
2K15 B1
2K16 C1
2K17 C1
2K18 C1
2K19 B1
2K20 B1
2K21 A1
2K22 A1
2K23 A1
2K24 A1
2K25 A1
2K26 A1
2K27 A1
2K28 A1
2L07 B4
2L08 B4

2L09 B4
2L10 B3
2L11 B4
2L13 B3
2L15 B3
2L17 B3
2L18 B3
2L19 B4
2L23 B4
2L24 B4
2L26 B3
2L33 B4
2L34 B4
2L35 B3
2L36 B3
2L37 B3
2L38 B3
2L39 B3

2M24 C3
2M25 C4
2M26 C3
2M65 B4
2M67 B3
2N01 A6
2N02 A6
2N03 A6
2N04 A6
2N05 A6
2N06 A6
2N07 B6
2N08 B6
2N09 B6
2N10 A7
2N11 A7
2N12 A7
2N13 A7

50LC4.8L LA 7.

2N14 A7
2N15 A7
2N16 A6
2N17 A7
2N18 A7
2N19 A7
2N20 A7
2P01 A6
2P02 A6
2P03 A6
2P04 A6
2P05 A6
2P06 A6
2P07 A6
2P08 A6
2P09 A6
2P10 A6
2P11 A6

2P12 A6
2P13 A6
2P14 A6
2P16 A6
2P17 A6
2P18 A6
2P19 A6
2P20 A6
2P21 A6
2P22 A6
2P23 A6
2P24 A6
2P25 A6
2P26 A6
2P27 A6
2P28 A6
2P29 A6
2P30 A6

2P31 A7
2P32 A7
2P33 A7
2P34 A7
2P35 A7
2R15 D5
2R58 D5
2R59 D5
3101 D1
3102 D1
3103 D2
3104 D2
3105 C1
3106 D2
3107 C2
3108 C2
3109 C2
3110 C2

3111 C2
3112 C2
3113 C2
3114 C2
3115 C1
3116 C2
3117 C2
3118 C2
3119 C2
3120 D2
3121 D2
3122 D2
3123 D2
3124 D1
3125 D1
3201 A2
3202 A2
3203 A2

3204 A2
3205 A2
3206 A2
3208 B3
3209 B3
3210 B3
3211 B3
3212 B2
3213 B2
3218 B2
3219 B2
3220 B2
3228 B3
3229 A2
3232 A2
3233 A2
3237 A2
3238 A2

3239 A2
3240 A2
3241 A2
3243 A2
3246 A2
3247 A2
3248 A2
3249 A2
3250 A3
3251 A3
3252 A3
3253 A3
3254 A2
3255 B3
3256 A3
3257 A3
3258 B3
3259 A3

3260 A3
3275 A2
3276 A2
3283 B2
3284 B2
3287 B3
3288 B3
3289 B3
3290 B2
3296 A2
3431 A1
3432 A1
3451 B3
3453 B3
3454 B3
3455 B3
3456 B3
3458 B3

3459 B3

3625 B1
3626 B1
3627 B1
3628 A1
3629 A1
3630 A1
3631 A1
3632 A1
3633 A2
3708 A5
3709 A5
3712 A4
3713 A4
3716 A5
3732 A3
3733 A3
3735 A3
3736 A3

3740 B3
3741 B3
3742 B3
3743 B3
3750 A5
3755 A5
3758 A6
3759 A5
3760 A5
3761 A5
3800 B5
3817 B5
3818 B5
3820 C6
3822 C6
3823 C6
3824 C5
3825 B5

3461 C3
3462 C3
3463 B3
3604 A1
3605 A1
3609 A1
3610 A2
3611 A2
3612 A2
3615 B1
3616 A2
3617 A1
3618 A1
3619 A1
3620 A1
3621 A1
3623 A1

Part 2

H_16980_022b.eps

Part 4

H_16980_022d.eps

3826 B5
3827 B5
3828 B5
3829 B5
3830 B5
3831 B5
3832 B5
3833 B5
3834 B5
3835 B5
3836 B5
3837 B5
3838 B5
3839 C6
3840 C6
3841 B6
3900 B6
3901 B5

3902 B5
3903 B5
3904 B5
3A02 C6
3A03 C6
3A04 C6
3A05 C6
3A06 C6
3C00 B5
3C01 B5
3C02 C5
3C03 C5
3C04 B5
3C05 B4
3C06 B4
3C07 B4
3C08 B4
3C09 B4

3C10 B4
3C11 B4
3C12 B5
3C13 B5
3C14 B5
3C15 B4
3C16 B5
3C17 B4
3C18 B4
3C19 B4
3C20 B5
3C21 B5
3D00 C7
3D01 C7
3D02 C7
3D03 D7
3D04 D7
3D11 C7

3D19 C7
3D21 C7
3D22 C6
3D23 C7
3D24 C7
3D25 C7
3D26 C7
3D27 C7
3D30 C7
3D31 C7
3D32 C7
3D33 C7
3D34 C7
3D35 C7
3E01 D4
3E02 C4
3E24 C5
3E25 C5

3E26 C5
3E27 C5
3E28 C5
3E29 C5
3E30 C5
3E31 C5
3E32 C5
3E33 C5
3E34 C5
3E35 C5
3E36 C5
3E37 C4
3E38 C5
3E39 C5
3E41 D5
3E42 C5
3E43 C4
3E44 C5

3E45 C5
3E46 C4
3E49 C4
3E51 D4
3E54 D4
3K00 B1
3K01 B1
3K02 B1
3K03 B1
3K05 B1
3K06 B1
3K07 B1
3K08 B1
3K09 C1
3K11 A1
3K12 A1
3K13 A1
3L00 B3

H_16980_022.eps

230207

3L01 B3
3L03 B3
3L04 B3
3L05 B3
3L06 B3
3L08 B3
3L10 B3
3L11 B3
3L12 B3
3L13 B3
3L15 B3
3L16 B3
3L17 B3
3L18 B3
3L19 B3
3L20 B3
3L21 B4
3L22 B4

3L23 B3
3L24 B4
3L25 B4
3L26 B4
3L27 B4
3L28 B4
3L30 B3
3L31 B3
3L32 B3
3L33 B3
3L34 B3
3L35 B3
3L36 B3
3L37 B3
3L38 B3
3L39 B3
3M00 B4
3M01 C4
3M02 C4
3M03 C4
3M04 C4
3M05 B3
3M06 C3
3M07 C3
3M08 C3
3M09 C3
3M10 C4
3M11 C4
3M14 B4
3M15 C4
3M27 B3
3M29 C3
3M50 C4
3M51 C4
3M52 C4
3M53 C4
3M54 C4
3M55 C4
3M56 C4
3M57 C4
3M58 C4
3M59 C4
3M78 C4
3M79 B4
3M86 B4
3M87 B4
3N01 A6
3N02 A6
3N03 A6
3N04 A6
3N05 A6
3N06 A6
3N07 A6
3N08 A6
3N09 A6
3N10 A6
3N11 A6
3N12 A6
3N13 A6
3N14 A6
3N15 A7
3N16 A7
3N17 A7
3N18 A7
3N19 A6
3N20 A6
3N26 B6
3N27 A6
3N28 A7
3N29 A6
3N30 A7
3N31 A7
3N32 A7
3N33 A7
3N34 A7
3N35 A7
3N42 A7
3N43 A7
3N44 A7
3N45 A7
3N46 B7
3N47 B7
3P01 A6
3P03 A6
3Q34 D7
3R11 D5
3R18 D5
3R58 D5
3R77 D5
3R96 D5
3R98 D6
4000 A6
4102 C2
4103 C2
4104 C2
4105 C2
4106 C2
4109 C2
4110 C2
4111 C2
4112 C2
4113 C2
4114 C2
4115 C2
4116 C2
4204 C3
4207 B3
4208 A3
4209 A3
4211 A2
4212 A2
4436 B3
4437 B3
4438 B3
4439 B3
4440 B3
4441 C3
4501 A2
4502 A2
4503 A2
4504 A2
4505 A2
4506 A2
4601 A1
4602 A1
4603 A2
4604 A1
4605 A2
4606 B1

4609 A1
4610 A2
4611 A1
4612 A1
4613 B1
4614 A1
4615 A1
4618 A1
4619 A1
4710 A4
4801 C6
4A02 C6
4A03 C6
4D00 C7
4D01 C7
4E03 D5
4E10 C5
4E11 C5
4K01 A1
4K02 C1
4K03 A1
4K04 A1
4K05 A1
4K06 B1
4K07 B1
4L00 B4
4L01 B4
4L02 B3
4L03 B3
4L04 B3
4L05 B3
4M00 C4
4M01 C4
4M02 C4
4M03 C4
4M05 C4
4M06 C4
4M08 C4
4M09 C4
4M10 C4
4N21 B6
4N22 B6
4P10 A6
4P11 A7
4R01 D3
4R02 D3
4R03 D3
4R15 D5
5101 C2
5102 C2
5103 C2
5105 B2
5106 B2
5107 D1
5108 D1
5211 A3
5214 A2
5216 A3
5700 A6
5704 A5
5709 A4
5713 A5
5730 A4
5733 A4
5735 A3
5738 A3
5755 A5
5756 A5
5757 A5
5758 A5
5759 A5
5901 C5
5902 C6
5903 B5
5904 C5
5905 B6
5906 B6
5907 B6
5908 B7
5909 C5
5910 C5
5911 C6
5C00 B5
5E03 C5
5K00 A1
5K01 B1
5K02 A1
5L03 B3
5L04 B3
5M00 B4
5M01 C3
5M03 B4
5M04 B3
5N01 A7
5N02 A6
5N03 B6
5N04 B6
5N05 A7
5P01 A6
5P02 A6
5P03 A6
5P04 A7
5P05 A7
5P06 A7
6101 D1
6102 D1
6103 D2
6104 C2
6105 C2
6106 D2
6107 D2
6204 A2
6205 A2
6206 A2
6430 A1
6431 A1
6601 A1
6701 B5
6709 A4
6710 A4
6712 A4
6733 A4
6740 B3
6E00 C5
6E01 C5
6E02 C5
6E03 C5
6N01 A7
7101 C2

7102 C2
7103 C2
7201 A2
7202 A2
7203 A2
7204 A2
7205 A2
7207 A2
7208 B3
7209 A3
7210 A3
7211 A2
7217 B2
7430 A1
7436 C3
7601 A1
7602 A1
7603 A2
7604 A1
7605 A1
7606 A1
7607 B1
7708 A5
7710 A4
7730 A4
7735 A3
7738 A3
7741 B3
7742 B3
7753 A5
7754 A5
7755 A6
7756 A5
7758 A5
7900 B7
7A01 C6
7C01 B5
7C02 C5
7D00 C7
7D04 C7
7D05 C7
7E03 C5
7E04 C5
7E05 C5
7L01 B3
7L02 B3
7L03 B3
7L04 B4
7L06 C3
7L07 C3
7L08 B3
7M00 C4
7M01 C4
7M17 B4
7N01 A6
7N03 A6
7P01 A6
7Q01 D7
S051 D3
S052 D3
S053 D4
S054 D3
S055 D3
S056 D3
S057 D4
S058 D4
S059 D5
S060 D4
S061 D5
S062 D5
S063 D4
S080 D5
S081 D5

Circuit Diagrams and PWB Layouts

Layout SSB (Bottom Side Part 1)

51LC4.8L LA 7.

Part 1

H_16980_022a.eps

230207

Circuit Diagrams and PWB Layouts

Layout SSB (Bottom Side Part 2)

52LC4.8L LA 7.

Part 2

H_16980_022b.eps

230207

Circuit Diagrams and PWB Layouts

H_16980_022

53LC4.8L LA 7.

Layout SSB (Bottom Side Part 3)

a.eps

230207

Part 3

H_16980_022c.eps

230207

Circuit Diagrams and PWB Layouts

H_16980_022b

Layout SSB (Bottom Side Part 4)

54LC4.8L LA 7.

.eps

230207

Part 4

H_16980_022d.eps

230207

Circuit Diagrams and PWB Layouts

123456789101112

55LC4.8L LA 7.

Class D Audio Amplifier (32”)

C C

A

B

C

D

E

F

G

H

3139 123 5970.2

CLASS D AUDIO AMPLIFIER (26” & 32” ONLY)

POWER LINE FILTER

3033

3038
68K
RES

2033

220n

CGND

I003

3039

10K

47K

2012
220u

35V

HVPI-L

3008

2K2

3025

PGNDPGND

20323024

2K2

3007
47K

2047
1u0

HVPI-R

2n2

F001

1003

3
2
1

B3B-PH-K

FROM 1J03 OF SSB BOARD

1002

1
2
3
4
5
6
7
8
9

FROM 1J04 OF SSB BOARD

F003
F004
F005

F006

PGND

2001
220u

35V

F002

PGND

AUDIO-L

5003

2u2

EMC
RES

CGND

CGND PGND

SOUND-ENABLE

PGND

2051
100p

PGND

5001

F007

2002

100n

PGND

2u2

2008
100p

PGND PGND

AUDIO-R

2u2

2006
100p

PGND

2u2

2027
100n

PGND

3001

10R

2003

100n

I001

5004

EMC

2009
100p

5002

I004

EMC

2007
100p

PGND

I008

5005

EMC

2028

100n

PGND

I042

PHASE INVERTER (UNITY GAIN)

F008

2039
10u

3019

10K

3021

4K7

2048

100n

SD2 ONLY

SD1 ONLY

10K

10K

I043

I022

VP_SGN

4003

3045

3028

2V5

CGND

VP

2004
220u
35V

PGNDPGND

RES

2064

3004

10K

VP_SGN

3003
22K

6001

3002

5K6

PGND

PGND

I009

3044

I010

RES

4001

RES

VP

3034

3K9

I041

NCNC

4

REF

2041

10u

7V7

K

7004
TL431ACDBV

A

5312

7005
BC847BW

RES

I019

PGND

RES

33K

RES

2065

I002

3013
10K

CGND

3020

10K

2029
220u

35V

CGND

RES

2013

220n

I040

10K

CGND

2016
2n2

6003
BAT54 COL

I026

3047

1K0

I005

I006

I007

6002

BAT54 COL

I025

3046
1K0

HVPI-L

2014

3037

2017

100n

OUTIN-

DIAG

HVP

HVPI

3032

3K9

2034

100n

OUTIN-

DIAG

HVP

HVPI

2015

2n2

I027

3005
0R

3010

2030

3022

16

17

8

19

2n2

22R

16

19V8

17

8

19

I014
I015
I031
9V

9V

PGND

12V5
12V5

9V

9V

8V5

8V5

I012

I024

I016

PGND

I013

19V8
12V5

12V5

6K8

HVPI-L

I023

2038
15n

2037

I037

3043 10K

I038

HVPI-R

3K9

30062015

2n2

1K0

I028

VP_SGN

2062

I029

3009

47n

2063

47n

I020

220K

7000

17V9 18V2

TDA8931

5

VDDA

9V

5V6

3V

PGND

2049
4u7

PGND

9V

5V6

3V

COMPARATOR

3
4

IN+

614

POWERUP

713

G

12

OVP

VSSA

CGND

9

PGND PGND

HVPI-R

I033

VP_SGN

I034

3027

220K

7001

17V9 18V2

TDA8931

5

VDDA

COMPARATOR

3
4

IN+

614

POWERUP

713

G

12

OVP

VSSA

CGND

9

PGND

PGND PGND

VP

18

VDDP

Φ

POWER

BOOT
STABI

VSSD

VSSP

Φ

VSSP

3023
1K0

18

VDDP

VP

VSSD

11011

112015

PGND

BOOT
STABI

PGND

2110

2031
2n2

POWER

2

2018

15n

2019 2u2

3026

6K8

2u2
50V

50V

10K3042

2010
100n

PGND

3029

2K2

2044
100n

PGND

I011

I035

3012

10R

3011

2K2

I030

2026
220n

PGND

3030
10R

I036

2040
220n

PGND

VP

2020
220p

2021
220p

PGND

5006

33u

/ 2.7A

33u

5007

VP

PGND

/ 2.7A

2035
220p

2036
220p

2022
220n

3014
22R

I017

I021

2045
220n

3031
22R

2023
470n

PGND

2042
470n

3040
10K

2024
1m0

25V

PGND

3041

10K

2043
1m0
25V

1001

1

2055
2n2

2060

2n2

2061

2n2

F009
F010
F011
F012

(Mounting Hole)

(Mounting Hole)

-

L

2

+

3

-

4

+

R

*Connection Inverted (R_CH)

L­L+
R­R+

2054

2053

2052

2n2

PGND

2n2

PGND

PGND

2n2

PGND

RESERVED

PGND

PGND

G_16210_025.eps

180106

G

A

B

C

D

E

H

1002 C2
1003 A2
2001 B2
2002 B3
2003 B3
2004 B4
2006 C3
2007 C3
2008 C3
2009 C3
2010 C8
2012 A5
2013 B5
2014 A8
2015 A7
2016 A6
2017 B7
2018 C8
2019 C8
2020 A9
2021 B9
2022 C9
2023 C9
2024 C9
2026 C8
2027 D3
2028 D3
2029 F5
2030 D7
2031 E7
2032 F5
2033 F5
2034 E7
2035 E9
2036 E9
2037 F8
2038 F8
2039 F3
2040 G8
2041 F4
2042 F9
2043 F10
2044 G8
2045 F9
2047 C5
2048 B4
2049 D6
2051 C3
2052 E10
2053 E10
2054 E11
2055 E11
2060 F11
2061 F11
2062 B6
2063 E6
2064 B4
2065 F5
3001 A3
3002 C4
3003 C4
3004 B4
3005 B8
3006 A7
3007 B5
3008 B5
3009 B7
3010 B8
3011 C8

F

3012 B8
3013 C5
3014 C9
3019 F3
3020 F5
3021 G3
3022 E7
3023 E7
3024 F5
3025 F5
3026 E8
3027 E7
3028 F4
3029 F8
3030 E8
3031 F9
3032 E7
3033 F5
3034 F4
3037 B7
3038 C5
3039 C5
3040 C9
3041 F10
3042 C8
3043 F8
3044 D4
3045 D4
3046 D6
3047 G6
4001 E4

5001 A3
5002 C3
5003 C2
5004 B3
5005 D3
5006 C8
5007 F9
6001 C4
6002 C6
6003 F6
7000 C6
7001 F6
7004 F4
7005 D4
F001 A2
F002 B2
F003 C2
F004 C2
F005 C2
F006 C2
F007 A3
F008 A3
F009 E11
F010 E11
F011 E11
F012 E11
I001 B3
I002 B5
I003 B5
I004 C3
I005 C6
I006 C6
I007 C6
I008 D3
I009 D4
I010 D4
I011 B8
I012 C8
I013 C8
I014 C8
I015 C8
I016 F8
I017 C9
I019 E4
I020 F6
I021 F9
I022 G4
I023 F8
I024 F8
I025 D6
I026 G6
IXXX F3
IXXX F4
IXXX F4
IXXX F5
IXXX B6
IXXX E6
IXXX E6
IXXX B7
IXXX A8
IXXX C8
IXXX C8
IXXX E8
IXXX F8
IXXX F8
IXXX F8

123456789101112

Circuit Diagrams and PWB Layouts

56LC4.8L LA 7.

Layout Class D Audio Amplifier (32”) (Top Side)

1001 A2 1002 A3 1003 A3 2001 A2 2004 A3 2012 A4 2019 A4 2023 A3 2024 A4 2029 A1 2037 A1 2042 A2 2043 A2 5006 A3 5007 A2

3139 123 5970.2

Layout Class D Audio Amplifier (32”) (Bottom Side)

2002 A2
2003 A3
2006 A2
2007 A2
2008 A2
2009 A2
2010 A1

2013 A2
2014 A1
2015 A1
2016 A2
2017 A2
2018 A1
2020 A1

2021 A1
2022 A2
2026 A1
2027 A3
2028 A3
2030 A4
2031 A4

2032 A4
2033 A4
2034 A4
2035 A3
2036 A4
2038 A4
2039 A4

2040 A4
2041 A3
2044 A3
2045 A3
2047 A2
2048 A3
2049 A3

2051 A2
2052 A3
2053 A3
2054 A3
2055 A3
2060 A1
2061 A4

2062 A1
2063 A4
2064 A2
2065 A4
3001 A3
3002 A1
3003 A1

3004 A2
3005 A1
3006 A1
3007 A2
3008 A2
3009 A1
3010 A1

3011 A1
3012 A1
3013 A2
3014 A2
3019 A3
3020 A4
3021 A3

3022 A4
3023 A4
3024 A4
3025 A4
3026 A3
3027 A4
3028 A3

3029 A4
3030 A4
3031 A3
3032 A4
3033 A4
3034 A3
3037 A1

3038 A2
3039 A2
3040 A3
3041 A3
3042 A1
3043 A3
3044 A2

3045 A2
3046 A2
3047 A3
4001 A4
4003 A2
5001 A3
5002 A2

5003 A2
5004 A2
5005 A3
6001 A1
6002 A2
6003 A3
7000 A1

G_16210_026.eps

180106

7001 A4
7004 A3
7005 A2

3139 123 5970.2

G_16210_027.eps

180106

Side I/O Panel (32”)

Circuit Diagrams and PWB Layouts

57LC4.8L LA 7.

A

B

C

D

E

12345678

D D

SIDE-AV

CVBS

YELLOW

L

R

HEADPHONE

TC38-103-01

SVHS

1301

6

I307

1302-1 1

1302-2 3

WHITE

1302-3 5

RED

1303

3302

10R

2301
RES

I301

1

6301
RES

I305

6302
RES

+5VSW

10K

8K2

15K

3308

2308

I319

I303

6303
RES

I309

6304
RES

3307

1K0

23063306
330p

I308

2307
330p15K

2309
10n10n

3304

BC857B
7301

3311

10K

75R

+5VSW

3

2305
RES

S308

I302

3309

3301
75R

I320

75R

6305

RES

I318

6307

RES

6306

RES

I317

6308

RES

S309

2310

1u0

3305

3310

4

2

S301

S303

S304

S305

S306

S302

S307

7

5

2

4

6

4
2
7
1
6
3
5

2303
RES

3303

10R

EMC

2302
47p

EMC
2304

47p

+5VSW

FRONT_Y__CVBS_IN

FRONT_C_IN

L_FRONT_IN

R_FRONT_IN

HEAD_PH_L
HP_DET_R_DC1

HEAD_PH_R

I310

I311

I304

I312

I306

I314
I315
I316

I313

(1M06)

1304

1
2
3
4
5
6
7
8

9
10
11
12

TO 1K01/1K04 OF SSB BD

A

B

C

D

E

1301 A1
1302-1 B1
1302-2 C1
1302-3 D1
1303 E1
1304 C8
2301 A4
2302 A4
2303 A4
2304 A4
2305 C2
2306 D3
2307 D3
2308 E3
2309 E3
2310 C3
3301 A2
3302 A4
3303 A4
3304 B3
3305 C3
3306 D3
3307 C3
3308 D3
3309 C2
3310 C3
3311 E3
6301 A3
6302 B3
6303 A3
6304 B3
6305 D2
6306 D2
6307 D2
6308 E2
7301 C3
I301 A2
I302 A2
I303 A3
I304 C8
I305 B3
I306 D8
I307 B1
I308 D3
I309 B3
I310 C8
I311 C8
I312 C8
I313 D8
I314 D8
I315 D8
I316 D8
I317 E2
I318 D2
I319 C3
I320 C2
S301 A2
S302 A2
S303 C2
S304 D2
S305 D2
S306 E2
S307 E2
S308 E2
S309 E2

3139 123 5956.2

G_16160_008.eps

040706

12345678

Circuit Diagrams and PWB Layouts

58LC4.8L LA 7.

Layout Side I/O Panel (32”) (Top Side)

1301 A1 1302 A3 1303 A4 1304 A2 9390 A3 9391 A2 9392 A2 9393 A3

3139 123 5956.2

Layout Side I/O Panel (32”) (Bottom Side)

2301 A3
2302 A3
2303 A3
2304 A3

2305 A3
2306 A2
2307 A1
2308 A1

2309 A1
2310 A2
3301 A3
3302 A3

3303 A4
3304 A2
3305 A2
3306 A2

3307 A2
3308 A2
3309 A3
3310 A3

4301

3311 A1
4301 A3
6301 A4
6302 A4

6303 A4
6304 A4
6305 A2
6306 A1

G_16160_009.eps

040706

6307 A2
6308 A1
7301 A2

3139 123 5956.2

G_16160_010.eps

040706

Circuit Diagrams and PWB Layouts

59LC4.8L LA 7.

Side I/O Panel (37” & 42”)

123456789

D D

SIDE I/O

F001

A

B

C

D

E

F

3104 313 6008.5

C

2010

2008

1101

1102

1106

GND_AUD

1108

GND_AUD

22n

GNDB

22n

GNDB

1109

1111

1110

2

1001

1002-1

YELLOW

1002-2
WHITE

1002-3

RED

1010

Y / CVBS

134

5

F003

1

2

F004

9004

645

I001

9005

978

I003

F007

5
4
2

F008

F009

3
7

F019

8
1

GNDB

GND_AUD

F002

F005

F006

GNDB

123456

I009

I002

I010

GNDB

GNDB

GNDB

6000

6002

6003

6004

6005

6006

6007

PDZ6.8-B

I004

PDZ6.8-B

PDZ6.8-B

PDZ6.8-B

PDZ6.8-B

GND_AUD

PDZ6.8-B

PDZ6.8-B

GND_AUD

6010

PDZ6.8-B

I014

PDZ6.8-B

6008

I013

PDZ6.8-B

6009

6001

2004

2006

6011

GNDB

I005

PDZ6.8-B

GNDB

PDZ6.8-B

3004

I007

75R

680p

680p

75R

3000

F020

3010

GND_AUD

3013

GND_AUD

33K

33K

9011

9010

9009

9008

3009

1K0

3012

1K0

2005

2007

100p

100p

I008

3020

GNDB

I006

3016

JAGUAR ONLY

TO 1H01

VIPER

10n

10n

3008

2K2

10K

10K

3011

3K9

2011

GNDB

2009

GNDBGNDB

2003

RES

1u0

F025

9003

1H01

OR

1M60

5000

1050

DLW31S

F013

F015

F017

1112

1005

56

1
2
3
4

USB

CONNECTOR

F012

1

2
3
4

56

F014

F016

TO 1M36

1M36

F022

F021

F023

GNDB

1M37

1
2
3
4
5
6
7
8
9
10
11

B11B-PH-SM3-TBT

1
2
3
4
5
6
7
8
9
10
11

13

12

SSB EMGT

OR

TO 1M36

SCART 3

OR

TO 1M36

SSB JAGUAR

F024

F010

3999

150R

F011

I011

9006

F018

GNDB

9007

I012

GND_AUD

789

EMGT

G_16210_031.eps

210706

A

B

C

D

E

F

1001 B2
1002-1 B1
1002-2 C1
1002-3 D1
1005 A8
1010 E1
1050 A7
1101 A3
1102 B3
1106 C3
1108 D3
1109 E3
1110 F3
1111 E3
1112 A7
1H01 A6
1M36 B8
1M37 B8
2003 C5
2004 C3
2005 C4
2006 D3
2007 D4
2008 F2
2009 F5
2010 E2
2011 E5
3000 A4
3004 B3
3008 C5
3009 C4
3010 C4
3011 C5
3012 D4
3013 D4
3016 F5
3020 E5
3999 F9
5000 A7
6000 A3
6001 A3
6002 B3
6003 B3
6004 C3
6005 C3
6006 D3
6007 D3
6008 F3
6009 F3
6010 E3
6011 F3
9003 C6
9004 C2
9005 D2
9006 F7
9007 F8
9008 F4
9009 F4
9010 E4
9011 E4
F001 A2

F002 A2
F003 B2
F004 C2
F005 C2
F006 D2
F007 E2
F008 E2
F009 E2
F010 F8
F011 F9
F012 A6
F013 A7
F014 A6
F015 A7
F016 A6
F017 A7
F018 F7
F019 F2
F020 B4
F021 C6
F022 C6
F023 C6
F024 E6
F025 E6
I001 C2
I002 C3
I003 D2
I004 A3
I005 F4
I006 F4
I007 E4
I008 E4
I009 B3
I010 D3
I011 F7
I012 F8
I013 F3
I014 E3

Circuit Diagrams and PWB Layouts

60LC4.8L LA 7.

Layout Side I/O Panel (37” & 42”) (Top Side)

1001 B1
1002 A1
1005 A1
1010 A1
1050 A1
1H01 A1
1M36 B1
1M37 B1
5000 A1

Layout Side I/O Panel (37” & 42”) (Bottom Side)

2003 A1
2004 A1
2005 A1
2006 A1
2007 A1
2008 A1
2009 A1
2010 A1
2011 A1
3000 B1
3004 B1
3008 A1
3009 A1
3010 A1
3011 A1
3012 A1
3013 A1
3016 A1
3020 A1
3999 B1
6000 B1
6001 B1
6002 B1
6003 B1
6004 A1
6005 A1
6006 A1
6007 A1
6008 A1
6009 A1
6010 A1
6011 A1
9003 A1
9004 A1
9005 A1
9006 A1
9007 B1
9008 A1
9009 A1
9010 A1
9011 A1

3104 313 6008.5

G_16210_032.eps

180106

3104 313 6008.5

G_16210_033.eps

180106

Circuit Diagrams and PWB Layouts

61LC4.8L LA 7.

Keyboard Control Board (32”)

1234

KEYBOARD CONTROL

E E

A

1684

1

F309

2
3

B

S3B-PH-K

6306

TO 1K02 OF SSB BD

F308

BZX384-C4V7

3317

RES

KEYBOARD

3318

150R

3319 3320
390R

3324
560R

I303

1K8

3321
820R

I307I306I304 I305

A

B

1309 C2
1310 C2
1311 C3
1312 C4
1313 C4
1314 C3
1684 B1
3317 B2
3318 B2
3319 B2
3320 B3
3321 B4
3324 B3
3999 C1
6306 B1
6309 C2
6310 C2
6311 C3
6312 C4
6314 C3
F308 B1
F309 B1
F310 C1
F311 C1
I303 B3
I304 B2
I305 B2
I306 B3
I307 B4
I308 C3
I309 C4

Layout Keyboard Control Board (26” & 32”) (Top Side)

1309 A1 1310 A3 1311 A5 1312 A7 1313 A8 1314 A4 1684 A1

3139 123 6185.1

Layout Keyboard Control Board (26” & 32”) (Bottom Side)

3317 A8
3318 A7

3139 123 6185.1

3319 A7
3320 A4

3321 A3
3324 A5

3999 A2
6306 A8

6309 A7
6310 A7

6311 A4
6312 A3

6314 A6

G_16160_013.eps

G_16160_012.eps

040706

040706

C

3139 123 6185.1

I308

I309

C

Diversity Resistor

3999

RES

RES

F311F310

6309

RES

SKQNAB SKQNAB

13101309

CH- VOL+

6310

RES

6314

1314

SKQNAB

MENU

RES

6311

1311

SKQNABSKQNAB

RES

6312

1312
SKQNAB

VOL-

G_16160_011.eps

1313

ON / OFFCH+

040706

1234

Circuit Diagrams and PWB Layouts

62LC4.8L LA 7.

Keyboard Control Board (37” & 42”)

1234

KEYBOARD CONTROL

E E

A

390R

0R

SKQNAB

I117

1013

3011

3016

MENU

560R

0R

SKQNAB

B

C

3013

1011

CHANNEL+

150R

I112 I113I111

I116

1012

SKQNAB

3010

3015

CHANNEL-

I114

I118

3014

3017

1014

820R

0R

SKQNAB

VOLUME-

I115

3012

1015

KEYBOARD

1K8

SKQNAB

VOLUME+

1016

ON / OFF

I110

SKQNAB

F002

6011

BZX384-C3V9

BZX384-C3V9

6012

BZX384-C3V9

6013

2001

470p

F001

RES

5001

270R

4001

1M01
1
2
3

S3B-PH-K

A

B

C

1011 C1
1012 C1
1013 C2
1014 C2
1015 C2
1016 C3
1M01 A4
2001 B3
3010 B1
3011 B2
3012 B2
3013 B1
3014 B2
3015 B1
3016 B2
3017 B2
3099 D1
4001 B4
5001 B4
6011 B3
6012 C3
6013 B3
F001 B4
F002 B3
F310 D1
F311 D1
I110 B3
I111 B1
I112 B1
I113 B2
I114 B2
I115 B2
I116 C1
I117 C2
I118 C2

Layout Keyboard Control Board (37” & 42”) (Top Side)

1011 A5 1012 A6 1013 A3 1014 A2 1015 A1 1016 A7 1M01 A8

3139 123 6191.1

Layout Keyboard Control Board (37” & 42”) (Bottom Side)

2001 A1
3010 A4

3139 123 6191.1

3011 A6
3012 A8

3013 A5
3014 A7

3015 A3
3016 A6

3017 A7
3099 A8

4001 A1
5001 A1

6011 A2
6012 A3

6013 A1
6014 A4

6015 A3
6016 A5

6017 A6
6018 A8

H_16980_053.eps

200207

H_16980_054.eps

200207

D

3139 123 6191.1

D

Diversity Resistor

3099

F311F310

RES

H_16980_052.eps

230207

1234

Circuit Diagrams and PWB Layouts

63LC4.8L LA 7.

IR/LED Panel (32” & 37”)

1870 B1
2801 D4
2802 D4
2803 E3
3801 B3

3802 A4
3803 C4
3804 B3
3805 C4
3807 E2

1234

IR/LED/LIGHT-SENSOR

J J

A

B

1870

1
2
3
4
5
6

C

TO 1K00 OF SSB BD

F803

3808 E3
3809 E4
3810 E4
3811 E4
3812 D4

F806

F804
F805
F802
F801

4806 E4
4807 E3
4808 D3
4809 D4
6801-1 B4

LIGHT-SENDOR-SDM

IR

LED_SEL

+3V3STBY

PC-TV-LED

6801-2 B4
6802 E4
6803 C3
6809 D3
7801 B4

I801

6809

7802 C3
7803 B4
7804 C4
7805 B3
7807 E3

3801
3K3

6803

BZX384-C3V9

3V5

3V5

RES

7808 E4
F801 C1
F802 C1
F803 B1
F804 B1

3804

0R

7802

3

VS

1

OUT

2

GND

TSOP34836LLIB

7805
BC847B

+3V3STBY

I803

F805 C1
F806 B1
I801 B3
I802 B4
I803 B3

+3V3STBY

7801
BC857B

32

6801-2
GREEN
SPR-325MVW

3803
220R

I804

2801

10u

6.3V

3802

330R

I805

7803
BC847B

I806

I804 C4
I805 A4
I806 B4
I809 E3
I810 E4

I802

7804
BC847B

2802
10u

+3V3STBY

1

6801-1
RED
SPR-325MVW

2

I811 E4

3805

0R

A

B

C

Layout IR/LED Panel (32” & 37”) (Top Side)

1870 A1 6801 A1 7802 A1 7808 A1

3139 123 6171.1

Layout IR/LED Panel (32” & 37”) (Bottom Side)

2801 A1
2802 A1
2803 A1
3801 A1

3802 A1
3803 A1
3804 A1
3805 A1

3807 A1
3808 A1
3809 A1
3810 A1

3811 A1
3812 A1
4806 A1
4807 A1

4808 A1
4809 A1
4815 A1
6802 A1

6803 A1
6809 A1
7801 A1
7803 A1

G_16210_068.eps

7804 A1
7805 A1
7807 A1

190106

D

E

3139 123 6171.1

D

I810

4809

3810
RES

I811

3811
RES

3812 220R

(ITV ONLY)

G_16210_067.eps

E

190106

3807
RES

+3V3STBY

3808
RES

4807

7807
RES

I809

4808

(ITV ONLY)

TSAL4400-MS21

2803
1u0

6808

(ITV ONLY)

7808
BPW34

3809
2M2

4806

6802

RES

1234

3139 123 6171.1

G_16210_069.eps

190106

Circuit Diagrams and PWB Layouts

64LC4.8L LA 7.

IR / LED Panel (42”)

1870 B1
2801 D4
2802 D4
2803 E3
3801 B3

3802 A4
3803 C4
3804 B3
3805 C4
3807 E2

IR/LED/LIGHT-SENSOR

J

A

B

1870

C

D

E

TO 1K00 OF SSB BD

3808 E3
3809 E4
3810 E4
3811 E4
3812 D4

4806 E4
4807 E3
4808 D3
4809 D4
6801-1 B4

6801-2 B4
6802 E4
6803 C3
6809 D3
7801 B4

7802 C3
7803 B4
7804 C4
7805 B3
7807 E3

7808 E4
F801 C1
F802 C1
F803 B1
F804 B1

F805 C1
F806 B1
I801 B3
I802 B4
I803 B3

I804 C4
I805 A4
I806 B4
I809 E3
I810 E4

I811 E4

1234

J

+3V3STBY

3802

330R

7801
BC857B

32

6801-2
GREEN
SPR-325MVW

3803
220R

I804

2801

10u

6.3V

7808
BPW34

4806

6802

RES

3809
2M2

I805

7803

BC847B

I806

I802

7804
BC847B

2802
10u

+3V3STBY

4809

I810

1

6801-1

RED
SPR-325MVW

2

3812 220R

(ITV ONLY)

3810

RES

I811

3811

RES

3805
0R

7805
BC847B

I801

I803

3801

6809

RES

+3V3STBY

3808
RES

4807

3K3

7807
RES

1
2

F803

3
4
5
6

F806

F804
F805
F802
F801

LIGHT-SENDOR-SDM

IR

LED_SEL

+3V3STBY

PC-TV-LED

3807
RES

3804

0R

6803

BZX384-C3V9

GP1UE270RKVF

3V5

2

1

3V5

3

I809

VS

OUT

GND

5

7802

4808

+3V3STBY

4

(ITV ONLY)

6808

(ITV ONLY)

TSAL4400-MS21

2803
1u0

A

B

C

D

E

Layout IR / LED Panel (42”) (Top Side)

3139 123 6213.1

Layout IR / LED Panel (42”) (Bottom Side)

G_16160_039.eps

250706

1870 A1
6801 A1
7802 A1
7808 A1

2801 A1
2802 A1
2803 A1
3801 A1
3802 A1
3803 A1
3804 A1
3805 A1
3807 A1
3808 A1
3809 A1
3810 A1
3811 A1
3812 A1
4806 A1
4807 A1
4808 A1
4809 A1
4815 A1
4898 A1
4899 A1
6802 A1
6803 A1
6809 A1
7801 A1
7803 A1
7804 A1
7805 A1
7807 A1

3139 123 6213.1

1234

G_16160_038.eps

250706

3139 123 6213.1

G_16160_040.eps

250706

Circuit Diagrams and PWB Layouts

Standby/Audio Panel (37” & 42”): Conn.

65LC4.8L LA 7.

1 23456789

CONNECTIONS

SA1 SA1

A

1322

1
2

B

C

3
4
5
6
7
8

9
10
11
12
13
14

B14B-PH-K

9101

D

E

F

3104 313 6064.7

+5V_SW

TO

DISPLAY

B12P-PH-K

+5V_SW

TO

DISPLAY

1315

1
2
3
4
5
6
7
8
9
10

1317

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

+8V6

+12V

+5V_SW

VTUN

+12V

1318

1
2
3
4
5
6

B6B-PH-K

GND-SSP

F105

F104

3119

560R

GND-SSP

F114

F135

9102

9103

DISPLAY

B10P-PH-K-S

TO

DISPLAY

1316

1
2
3
4
5
6
7
8

9
10
11
12

B12P-PH-K

TO

1314

1

2

3

4

5

6

7

8

9
10

GND-SSP

GND-SSP

9104

9105

B10P-PH-K-S

123

9008

9002

F109

+5V2

F137

3120

1K0

9001

RES

F136

+5V_SW

9009

GND-SSP

RES

DIM_CONTROL

F138

GND-SSP

RES

9003

GND-SSP

DIM_CONTROL

GND-SSP

F131

F132

F117

B11B-PH-K

GND screw

ON_OFF

SA1 (3x)

SA1 (3x)

SA1 (3x)
ON_OFF
SA1 (3x)

1M46

DIM_CONTROL

SA1 (3x)

ON_OFF

SA1 (3x)

DIM_CONTROL

SA1 (3x)

POR

SA2

ON_OFF

SA1 (3x)

+5V_SW

SA2
STANDBY

PROT_AUDIOSUPPLY

SA2,SA3 (2x)

DRIVE_AMBILIGHT
SA2

1
2
3
4
5
6
7
8
9
10
11

0001

1

GND-SSP

TO

DISPLAY

F115

9113

F121

+5V2-RELAY-IO2_PWM

0002

GND screw

1

GND-SSP

F111

GND-SSP

I551

F139

1M03

F113

B10P-PH-K-S

GND screw

1
2
3
4
5
6
7
8
9
10

F122

0003

1

GND-SSP

9015

9013

9012

GND-SSP

+5V_SW

9122

F119

1M63

1
2

B2B-PH-K

1M49

1
2
3
4

B4B-PH-K

I550

9014

GND-SSP

F120

GND-SSP

I552

I554

1319

B14B-PH-K

+5V_SW

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

I553

I555

1K49

B4B-PH-K

9004

5018

68u

9010

9005

5019

68u

9011

1
2
3
4

1303

1
2
3
4

B4P-VH

1320

1
2
3

B3P-VH

GND-SSP

6516

BAS316

F103

I525

3190

+24V_2

9006

1K2

3191

GND-SSP

3526

470R

9007

GND-SSP

1K2

3192

1309

1
2
3

B3P-VH

GND-SSP

1D40

1
2
3
4
5

B5B-PH-K

100K

2517

3527

1K2

F112

I556

I560

VTUN

3525

BZX384-C15

I524

220K

4u7 50V

100R

GND-SSP

I557

I559

1

6515

3520

B5B-PH-K

1D42

F110

1
2
3
4
5

3

2

F140

BSP030
7515

4

9016

1304
1
2

3

4

B4P-VH

1M10

B4B-PH-K

1500

3.15A F

F101

45678

9018

F108

1
2

3
4

+12V_+24V

+12V_A

9

G_16210_095.eps

180506

A

B

C

D

E

F

0001 F4
0002 F4
0003 F5
1303 B7
1304 C8
1309 E7
1314 E1
1315 E2
1316 B1
1317 B2
1318 B3
1319 B6
1320 B7
1322 B1
1500 B8
1D40 F7
1D42 F8
1K49 F6
1M03 B5
1M10 B9
1M46 E4
1M49 F6
1M63 E6
2517 C7
3119 C2
3120 C3
3190 E7
3191 E7
3192 E7
3520 C8
3525 C7
3526 C7
3527 D7
5018 D6
5019 D6
6515 B8
6516 C7
7515 B8
9001 F3
9002 C3
9003 C3
9004 C6
9005 D6
9006 D7
9007 D7
9008 B3
9009 B3
9010 D6
9011 E6
9012 B5
9013 C5
9014 C6
9015 B5
9016 B8
9018 C9
9101 C1
9102 C1
9103 C1
9104 C2
9105 C2
9113 C4
9122 C6
F101 C9
F103 B7
F104 C3
F105 C2
F108 C9
F109 E3
F110 B8
F111 B4
F112 E7
F113 B5
F114 E3
F115 C4
F117 F3
F119 D6

F120 D6
F121 C4
F122 C5
F131 E3
F132 E3
F135 E3
F136 E3
F137 B3
F138 B3
F139 C4
F140 B8
I524 C8
I525 C7
I550 C6
I551 C4
I552 F6
I553 F6
I554 F6
I555 F6
I556 F7
I557 F8
I559 F8
I560 F7

Circuit Diagrams and PWB Layouts

66LC4.8L LA 7.

Standby/Audio Panel (37” & 42”): Standby

123456789101112 13

I521

BZX384-C12

I519

3139

1u0

100R

+11V

F134

2

3

5115

80R

+12Vstby

2534

3175

3515

100K

6109

PDZ6.8-B

3519

100R

GND-SSP

470R

I107

I125

1u0

10K

GND-SSP

6511

BZX384-C12

1

I520

3137

3121

3153

3159

6148

I163

2140

I518

22R

GND-SSP

PDZ3.9-B

I160

470n

I170

470n

3116

2
4

3514

2510

27K

9019

22K

1

BSP030
7513

3521

47R

2m2 10V

GND-SSP

3999

1K0

RES

I508

3

I159

34V (34V)

7511

BST82

6513

GND-SSP

2539

3538

2129

3122

4R7

6504

BYV27-600

1n0

I105

470R

2507

100p

5112

6140

BYW36

GND-SSP

5103

50R

I514

I502

Prot-OVV

VTUN

3118

100R

2K2

6517

3509

I102

2508

22u 100V

GND-SSP

BYW29EX-200

I129

80R

I198

470n

2141

I137

2115

STPS8H100FP

1n0

RES

SB360

I501

3124

33R

I164
I165

SA2

I176

GND-SSP

3518

6113

2143

2n2

+11V

GND-SSP

2513

2n2

6107

6505

I158

3123

6120

6121

100K

GND-SSP

PDZ22-B

2118

I138

10R

BAS316

BAS316

BAS316

6514

I128

1m0 35V

3113

I149

6122

2109

2149

F133

SA2 SA2

A

B

C

D

E

F

G

H

STANDBY

1301

HEATSINK

1

2

GNDHOT

I122

6103

2n2

2101

BYV27-200-TAP

6114

I131

2102

2163

3111

3103

2103

100p

1K5

3105

I142

100p

2105

3102

2111

47n

100u25V

I172

I173

25V 100u

GNDHOT

I190

3145

4K7

22u

50R

I147

390R

I162

390R

I169

390R

I177

390R

I181

390R

I140

RES

5106

9111

I513

5102

I153

3106

3107

3109

3110

3112

BYV27-200-TAP

1K0

I136

220R

I144

1K0

GNDHOT

2144

2110

2162

2159

I141

1u0

1u0

2124

I110

I134

RES

470p

RES

470p

GNDHOT

BZX384-C33

6117

3101

I143

3138

6142

I174

6108

10u50V

9023
6118

RES

9020

RES

BZX384-C33

4M7

6104

1M0

GNDHOT

BAT54 COL

6106

BAT54 COL

22K

3147

B2P-VA-BF-BK

9021

I111

47R

3117

I145

BZX384-C27

GNDHOT

I166

PDZ22-B

1306

1
2

6119

BZX384-C33

RES

47R

3104

I135

BC817-25W

2145

470p

6144

BAS316

15R

3125

I185

3100

100R

F123

7101

3152

BC857BW

1307

1
2
3
4

B4P-VH

F124

5501

GNDHOT

I130

BAT54 COL

1K0

3126

7100

5504

33u

RES

80R

6105

BZX384-C15

6115

3160

1K0

2112

10n

I155

BC857BW

7105

10K

I167

3127

5K6

BZD27C200P

F127

GND

9022

F130

I156

F128

(289V)

275V

5505

6150

3148

2107

450V

10u

2108

450V

I100

10u

80R

2152

10n

I113

I119

7102
STP6NK60Z

I132

3150

100R

3108

I146

47R

I154

3149

10K

2123

100n

6116

GNDHOT

3146

6151

BZX384-C33

F129

HOT GROUND

HOT GROUND

GNDHOT

5104

80R

I133

50R

5108

I199

4R7

6147

BZG05C6V8

F100

GNDHOT

BZX384-C5V6

I175

47R

I180

3155

I191

10K

6156

2150

220u 25V

I183

I118

GNDHOT

I171

2153

BAS316

6153

GND

5

3

2

1

I124

30R

5105

6n8

3

3156

1K0

1

22K3157

2

BZD27C200P

COLD GROUND

I101

10u

5110

5500

6

I114

7

I120

8

I123

9

10

GND-SSP

2506

470p

GND-SSP

I157

7501

14

2

GND-SSP

I186

3114

GND-SSP

3158

47R

4

3

GND-SSP

TCET1102(G)

I184

7150

TCET1102(G)

COLD GROUND

3115

1K0

RES

3128

I503

220R

6110

PDZ6.8-B

2518

220n

I127

SB340

100K

3511

68K

22K

22K

6133

BAS316

BC847BW

GND-SSP

5506

80R

47R

11V7 (11V7)

BAS316

3142

10u 50V

GND-SSP

6125

GND-SSP

3512

I108

6134

I126

7532

RES

12K

+12V

GND-SSP

I509

I522

3522

GND-SSP

2522

GND-SSP

11V9 (11V8)

I103

470R

BAS316

I188

I515

6508

I512

3537

2538

470R

50V22u

11V5 (12V)

2511

3502

6503

15u RES

BZX384-C9V1

3K3

10n

GND-SSP

I

3104 313 6064.7

12

3456789101112

3516

4K7

7514

PMSTA42

3523

GND-SSP GND-SSP

25V220u

6130

BZX384-C12

3161

12K

3171

100R

I197

470R

2160

1u0 50V

GND-SSP

BAS316

0V7 (0V6)

33K

3132

5508

9112

6149

I161

I168

GND-SSP

RES

10K

3534

I192

RES

2K2

RES

3535

I523

4K7

3513

3141

2154

9110

I510

2523

7131
STP16NF06FP

I104

6132

I112

3135

I516

33K

2535

GND-SSP

2512

BZX384-C5V6

470R

15n

3176

GND-SSP

GND-SSP

2n2

5507

15u

PDZ6.8-B

330R

GND-SSP

10n

25V1m0

GND-SSP

10K

GND-SSP

3536

I189

7508
BC847BW

RES

PMSTA42

3524

GND-SSP
3172

33K

+5V2

10K

RES

7512

4K7

+12V_A

8V9 (8V8)

2131

GND-SSP

7140
BC847BW

SA3(2x),

3539

470R

GND-SSP

+12V

22n

GND-SSP

3134

I116

I148

6531

2132

1K0

BC847BW

GND-SSP

1

BZX384-C15

SA2

SA1

POR

I511

3517

22K

2n2

2515

GND-SSP

16V

220u

I106

6532

BAS316

7503

2503

5V3 (5V3)

7531
BSP030

2

4

3

Prot-OVV

PROT_AUDIOSUPPLY

SA1

+8V6

BC847BW

I187

3503

2n2

7506

GND-SSP

GND-SSP

9017

GND-SSP

I109

3504

15K

+5V_SW

2533

1311

HEATSINK

1

2

GND-SSP

+5V2-RELAY-IO2_PWM

+5V2

4K7

3528

0V (0V)

I115

2536

10K

+5V2

3560

6K8

100u 25V

3506

470R

9120

10n

GND-SSP

GND-SSP

5V3 (5V3)

3529

100R

GND-SSP

0V8 (0V8)

3561

I504

7509

BC847BW

GND-SSP

9121

3532

I117

3533

GND-SSP

7560
BC817-25W

I152

3K9

GND-SSP

6540

3544

I179

4K7

7507

BC847BW

1K5

I139

+5V2

BAT54 COL

3541

220R

GND-SSP

3562

I150

3510

220R

2K2

2544

10n

4R7

I182

3542

GND-SSP

6562

+5V2

10K

HEATSINK

I121

3543 22K

GND-SSP

F125

F126

I151

BZX384-C22

GND-SSP

I505

3540

I178

BC857BW
7505

2540

GND-SSP

1310

1

2n2

2537

B3B-EH-A

2K2

GND-SSP

10n

2

3531

1K0

1305

BC847BW

GND-SSP

3530

GND-SSP

1
2
3

7510

GND-SSP

I517

470R

13

DRIVE_AMBILIGHT

STANDBY

6510

0V2 (0V2)

PDZ2.7-B

9024

I507

3507

I506

15K

3508

2509

GND-SSP

G_16210_096.eps

SA1

SA1

10K

2n2

180506

1301 B1
1305 D13
1306 B3
1307 H3
1310 A13
1311 A12
2101 C1
2102 F1
2103 D2
2105 D2
2107 B4

A

2108 B4
2109 F7
2110 G2
2111 E2
2112 E3
2115 E6
2118 D7
2123 E4
2124 H2
2129 B6
2131 C10
2132 C10
2140 G8
2141 D7

B

2143 D7
2144 F2
2145 D3
2149 G7
2150 H5
2152 B4
2153 F5
2154 G9
2159 E2
2160 C9
2162 D2

C

2163 G1
2503 D10
2506 D5
2507 C6
2508 C6
2509 G13
2510 E7
2511 B9
2512 E9
2513 E7
2515 A10
2518 A8

D

2522 A9
2523 A9
2533 F11
2534 E8
2535 D9
2536 D11
2537 D13
2538 H9
2539 E8
2540 H12
2544 G12
3100 G3

E

3101 D2
3102 E2
3103 D2
3104 D3
3105 D2
3106 E1
3107 F1
3108 D4
3109 F1
3110 G1
3111 D1

F

3112 G1
3113 E7
3114 F6
3115 E6
3116 A7
3117 D3
3118 A7
3122 B6
3123 F7
3124 F7
3125 F3
3126 F3

G

3127 F3
3128 F6
3132 D9
3134 C10
3135 C9
3137 B8
3138 E2
3139 B8
3140 C8
3141 F9
3142 G8
3145 G2

H

3146 F4
3147 H2
3148 E4
3149 E4
3150 D4
3152 E3
3153 C8
3155 G4
3156 G5
3157 G5
3158 G6

I

3159 E8
3160 D3
3161 C9
3171 C9
3172 C10
3175 G8
3176 G9
3502 C9
3503 D11
3504 D11

3506 G11
3507 F13
3508 G13
3509 A7
3510 F12
3511 C8
3512 C9
3513 D9
3514 A7
3515 A8
3516 A9
3517 A11
3518 A7
3519 A8
3521 B7
3522 A9
3523 A9
3524 A10
3528 C11
3529 C11
3530 D13
3531 C13
3532 C12
3533 D12
3534 H9
3535 H9
3536 H10
3537 H9
3538 F8
3539 H10
3540 G12
3541 G12
3542 H12
3543 D12
3544 G12
3560 E11
3561 F12
3562 E12
3999 H7
5102 E1
5103 E6
5104 C5
5105 D5
5106 D1
5108 D4
5110 B6
5112 D6
5115 B8
5500 B5
5501 B3
5504 B3
5505 B4
5506 E8
5507 B10
5508 E9
6103 C1
6104 E2
6105 D3
6106 F2
6107 E7
6108 G2
6109 A8
6110 A8
6113 C7
6114 G1
6115 D3
6116 F4
6117 C2
6118 C2
6119 C3
6120 G7
6121 G7
6122 F7
6125 B8
6130 C9
6132 C9
6133 D8
6134 C9
6140 D6
6142 F2
6144 E3
6147 D4
6148 F8
6149 F9
6150 G4
6151 G4
6153 H5
6156 G5
6503 D9
6504 B6
6505 E7
6508 H9
6510 C13
6511 A8
6513 A8
6514 B7
6517 A7
6531 F10
6532 C11
6540 F12
6562 F12
7100 F3
7101 D3
7102 C4
7105 F4
7131 B9
7140 G10
7150 G5
7501 F6
7503 D10
7505 G12
7506 C11
7507 C12
7508 H10
7509 H12
7510 F13

7511 A8
7512 A10
7513 B7
7514 A9
7531 E10
7532 D9
7560 E12
9017 E11
9019 A7
9020 C3
9021 B3
9022 B3
9023 C2
9024 D13
9110 H9
9111 D1
9112 E9
9120 B11
9121 B12
F100 D4
F123 B3
F124 B3
F125 D12
F126 E12
F127 H3
F128 H4
F129 H4
F130 H4
F133 H7
F134 H8
I100 B4
I101 B6
I102 B6
I103 C9
I104 C9
I105 B6
I106 C10
I107 C8
I108 C8
I109 C11
I110 C2
I111 C3
I112 C9
I113 C4
I114 C6
I115 C11
I116 C10
I117 C12
I118 C5
I119 C4
I120 C6
I121 C12
I122 C1
I123 C6
I124 C5
I125 D8
I126 D9
I127 B8
I128 D7
I129 D7
I130 C3
I131 C2
I132 D4
I133 D4
I134 D2
I135 D3
I136 D2
I137 E7
I138 E7
I139 E12
I140 C1
I141 D2
I142 D2
I143 D2
I144 D2
I145 D3
I146 D4
I147 E1
I148 E10
I149 E7
I150 E12
I151 E12
I152 E12
I153 E1
I154 E4
I155 E3
I156 E4
I157 F6
I158 F7
I159 F8
I160 F7
I161 F9
I162 E1
I163 F8
I164 F7
I165 G7
I166 F3
I167 F3
I168 G9
I169 F1
I170 G7
I171 F5
I172 F2
I173 F2
I174 F2
I175 F4
I176 G7
I177 F1
I178 G13
I179 G12
I180 G4
I181 G1
I182 G12
I183 G5
I184 G5
I185 F3

I186 G6
I187 D11
I188 D9
I189 H10
I190 G1
I191 G4
I192 H9
I197 C9
I198 D7
I199 D4
I501 F6
I502 F6
I503 F6
I504 G12
I505 F12
I506 F13
I507 F13
I508 A8
I509 A9
I510 A9
I511 A10
I512 H9
I513 D1
I514 E6
I515 E9
I516 D9
I517 C13
I518 B7
I519 B8
I520 A8
I521 A8
I522 A9
I523 A9

Circuit Diagrams and PWB Layouts

67LC4.8L LA 7.

Standby/Audio Panel (37” & 42”): Audio

0044 D14
0045 B1
1735 F2
1736 G2
1737 F7
1738 F7
1739 F5
1M02 A9
2702 B5
2704 C2

2705 A7
2706 B4
2707 B4
2708 G4
2709 D6
2710 D6
2711 E2
2712 E5
2713 B7
2714 C3

2715 F4
2716 B3
2717 G4
2718 E3
2719 F5
2720 F4
2721 C1
2722 D1
2723 F8
2725 F6

2726 E2
2727 E2
2728 B3
2729 F3
2741 F11
2743 F13
2753 E13
2754 D11
2755 D11
2756 G12

2758 G9

2762 E13
2764 B2
2766 A4
2768 E5
2769 E5
2777 D1
2778 C5
2779 E2

2780 E5
2781 E5
2782 D12
2783 D7
2784 D13
2785 B13
2786 B4
2787 C5
2788 D1
2789 D2

2790 E2
2791 C7

2793 D13
2794 C9
2795 D13
2796 C10
2797 D8
2798 E8
2799 D13

3701 E6
3702 B6
3703 A6
3704 B6
3705 E4
3706 E6
3707 D6
3708 F6
3709 F5
3710 B3

3711 E4
3712 E32759 F8
3713 D7
3714 C6
3715 B6
3716 B6
3717 F3
3718 G4
3720 F7
3721 C1

3722 C1
3723 C1
3724 F1
3725 B4
3726 F1
3727 F5
3729 G9
3730 F7
3741 F11
3743 F3

3744 G11
3746 C6
3747 C62792 C8
3748 C5
3749 A7
3750 G3
3751 G8
3752 B8
3753 G8
3754 C8

12345

3755 B10
3756 F3
3757 G3
3758 C10
3759 D8
3760 E8
3761 B12
3762 B12
3763 C12
3764 C12

3765 C12
3766 C14
3767 B12
3768 B13
3790 B4
3791 C2 5730 F2
3792 B3
3793 B4
3794 D11
3795 C5

3796 E11
3797 C5
3798 D6
5701 F4
5702 F2
5703 B5

5705 F6
5707 D1
5708 E1

5711 E6
5712 E4
5720 F9
5722 D13
5723 D13

5731 G2
5732 G8
6701 C6
6702 B12

6703 C12
6704 B6
6710 D8
6711 E8 F747 G5
7700 C3
7701 B7
7702 E11
7703 C7
7704 B5
7705 B6

67

7706 C6
7707 C5
7708 C13
7709 C13
7710 B13
7711 B13
7712 D9
7713 E9
7714 C5
7715-1 C9

7715-2 C11
9717 B5
9718 B13
F708 F2
F710 G2
F711 A2
F712 B2
F713 C2
F714 B5
F718 D10

F720 G8
F721 G2
F722 F2
F731 G8
F736 G7
F737 G6
F738 F2
F739 G2
F741 G8
F742 B9

F743 B9
F744 B9
F745 A9

F748 G5
F749 G6
F751 F65704 F7
I700 E6
I701 E6
I702 A6

I703 B6
I704 A6
I705 D6
I706 D5
I707 E3
I708 F11
I709 C3
I710 F5
I711 B4
I712 A5

I713 B3
I714 C8
I715 A7
I716 C3
I717 B5
I718 B5
I719 F3
I720 C8
I721 E4
I722 B2

I723 B9
I724 E2
I725 E1
I726 C2
I727 B5
I728 C9 I778 E2
I729 C5
I730 F7
I731 B11
I732 C6

I733 C10
I734 F12
I735 D8
I736 E8
I737 C6
I738 C6
I739 B6 I790 F3
I740 D9
I741 E9
I742 C12

I743 C12
I744 E6
I745 B4
I746 E13
I747 D11
I748 F4
I749 E4
I750 B12
I751 A12
I752 E13

I753 F4
I754 E2
I755 F4
I756 C1
I757 D2
I758 G12
I759 F12
I760 C5
I761 F8
I762 D11

I763 C6
I764 D13
I765 D13
I766 G9
I767 F2
I768 G3
I769 F3
I770 G2
I771 G3
I772 F8

I773 G9
I774 F9
I775 F7
I776 E4
I777 D2

I779 E2
I780 E13
I781 C13
I782 C13

8 9 10 11 12 13 14

I783 B2
I784 F4
I785 B4
I786 B4
I787 C4
I788 C7

I791 B12
I792 B13
I793 B13

I794 B12
I795 F6
I796 C12
I797 C12
I798 E5
I799 E3

AUDIO

SA3 SA3

SA3

SA3

DCPROT

AUDIO-SW

I715

3749

470R

TO 1M02

LCD SUPPLY

7701

BC847BW

7703

BC847BW

3713

F736

POR-CLASSD

1K2

I775

16V22u

2783

+16V+19V

-16V-19V

3720

220R

3730

I730

220R

1737

5704

B2B-PH-K

1738

B3B-PH-K

15W/8

CENTERWOOFER

2791

3
2
1

30"/37"/42"

3752

330R

2792

I714

1u0

1u0

I735

I736

I761

2759

2723

1n0

1n0

1
2

I772

PLT09H

3

F741

2

F720

F731

5732

SA3

78

I720

22K

3754

3K3

3759

6710

BZX384-C15

6711

BZX384-C15

3K3

3760

4

1

3753

B7B-EH-A

3

2

2797

2798

I766

2K2

1M02

7
6
5
4
3
2
1

3751

SA3

DCPROT

3768

100K

5723

5722

100u

7711
BC847BW

3766

100K

7708
BC847BW

-Vf21

220n

220n

SA1,SA2,SA3

-Vf21

-16V-19V

+16V+19V

220n

220n

F745

F742

+16V+19V

F743

F744

-16V-19V

I723

Vp

7715-1

8

LM833D

1

4

Vm

7712
BC847BW

I740

Vp

Vm

I741

BC857BW

7713

I774

5720

I773

3729

100K

2758

2K2

PROT1

2794

68u

3755

470R

I733

2796

I728

1u0

1u0

3758

680n

Vp

7715-2

8

LM833D

5

6

4

8K2

Vm

2755

F718

1n0
3796

2K7

+16V+19V

I750

I731

7

-16V-19V
I742

2u2

2754

I762

10K

3794

I747

3

4

NC

7702

TDA7482

FREQ9IN

10

6

3741

10K

2741

I708

3744

100K

I734

22p

3761

10R

I796

3764

10R

2

BOOT

BOOTDIODEFEEDCAP

ST_BY|MUTE

5

I759

2756

470p

I758

I751

I794

6702

I791

I797

6703

I743

1

7

OUT

SGN_GND

VREG

12

3762

3763

8

VCCSIGNn

11

BZX384-C10

3767

100K

2K2

2K2

3765

100K

BZX384-C10

2782

2795

220n

14

VCCPOWn115VCCPOWn2

VCCPOWp

VCCSIGNp

13

220n

I792

2785

I782

2793

I793

7710
BC847BW

9718

100u 16V

I781

7709
BC847BW

I764

100u

I765

2799

220n

2784

2762

I780

2753

I746

I752

33n

2743

SA3(3x)

9 1011121314

PROT_AUDIOSUPPLY

A

SA3

SA3

B

C

D

E

F

G

3104 313 6064.7

HEATSINK

2

3722

68K

I756

5707

220n

2777

I725

3724

220R

-18V

R

L

4K7

2721

2722

220R

I777

5708

2711

1n0

F711

F712

3721

470p

I726

470p

I757

2789

2790

-Vf11

1735

1
2
3

B3B-PH-K

1736

1
2
3

B3B-PH-K

220n

I754

I779

100u

2u2

2764

I783

10K

3792

I722

2704

1n0

3791

F713

2K7

2714

7700

I724

2726

33n

I778

2779

220n

F722

2727

1n0

F738

F710

F739

F708

I767

F721

I770

2

68u

5702

5730

PLT09H

5731

PLT09H

3712

1

43

12

43

AUDIO-L

AUDIO-R

0045

-Vf1

56K

3723

-16V-19V

100u

2788

+16V+19V

3726

15W/8

15W/8

1

-Vf11

12

33n

TDA7490L

I799

10K

I719

I769

I768

330p

I709

OSC

CURREF14FEED1

8

7

I707

22p

2718

I790

I771

3

I713

11

T1

FEED2

9

2729

3750

5

2716

330p

3

OUT1

BOOT1

IN1

10

680n

2K2

SA3 (3x)

-Vf1

I785

2786

22n

3710

22K

I745

22K

2707

3725

2728

I716

3756

2K2

3743

2K2

3717

100K

23

18

21

OUT2

IN2

3757

T2

BOOT2

FEED3

17

2K2

15

FEED4

19

PROT1

100n

I787

20

NC1

STBY-MUTE

6

I749

I721

8R2

3705

I748

I784

220n

2720

I753

2708

220n

-Vf11

13

GND

SA3(3x)

2706100n

I711

1

16

-5V

-VCCPOW12-VCCPOW2

-VCCSIGNSUB

VREG

+VCCPOW1

+5V

25

4

12

I776

2715

1n0

68u

5701

3718

680n

2717

PROT1

SA3(3x)

2766

I786

379310K

24

+VCCPOW2

22

120K

+16V+19V

TO 1M52

100K

2u2

5703

2702

1n0

3711

5712

I755

FTV 2.X
BL 2.X
JL 2.X
LC 4.C

PROT1

I712

I727

9717

I717

7704

F714

2K73790

2719

1n0

-Vf1

BC847BW

3748

I729

I798

-Vf1

3727

-18V

1
2
3
4
5
6
7
8
9

B9B-PH-K

7707

470R

2712

1739

2768

2778

I710

I706

220R

220n

100u

3709

BC847BW

4u7

2780

220R

F747

F748

POR-CLASSD

SA3

I718

7714
BC847BW

2787

I760

1u0

220K

3795

3797

220n

2781

220n

SOUND-ENABLE

PROT_AUDIOSUPPLY

SA3

3704

10K

7705

I732

I738

120K

+16V+19V

470p
2710

I744

2769

5705

F751

F749

AUDIO-SW

SA3

I704

3715

47K

BC857BW

7706

3714

47K

I705

5711

I700

100u

3708

I795

AUDIO-R

SA3

3703

33K

BAS316

6704

10K

BC847BW

3716

47K

I737

3746

39K

2709

470p

68K

3707

-16V-19V

56K

2725

100p

AUDIO-L

SA3

3702

2705

I702

470n
2713

470n

I703

I739

6701

I788

BAS316

3747

47K

I763

15K

3798

I701

10K

3701

4K7

3706

F737

SOUND-ENABLE

SA3

SA1,SA2,SA3

456

0044 HEATSINK

1

2

-Vf21

G_16210_097.eps

180506

A

B

C

D

E

F

G

Circuit Diagrams and PWB Layouts

68LC4.8L LA 7.

Layout Standby/Audio Panel (37” & 42”) (Top Side)

0001 G4

1304 D4

1314 G4

1322 G4

1D40 G4

1M49 G4

2118 B3

2163 B1

2517 D4

0002 F4

1305 A3
1306 A1
1307 A2
1309 D4
1310 A3
1311 B4

1315 F4
1316 G4
1317 F4
1318 F4
1319 F4
1320 E4

0003 D4
0044 D1
0045 E1
1301 C1
1303 E4

3104 313 6064.7

1500 D4
1735 G1
1736 G1
1737 G3
1738 G2
1739 F3

1D42 G4
1K49 G4
1M02 G3
1M03 A4
1M10 D4
1M46 A4

1M63 A3
2101 B2
2102 B1
2107 A1
2108 A1
2111 A1

2124 B2
2132 A4
2140 C3
2150 A2
2152 D2
2160 B4

2506 B2
2507 D3
2508 D3
2510 D4
2511 D4
2512 C4

2522 B3
2533 A4
2717 F1
2729 G2
2758 E3
2768 F1

2769 F1
2778 E1
2783 G1
2785 E3
2788 F2
2790 E2
2793 E3

2799 E3
3101 C1
3102 B1
3103 B2
3108 C2
3111 B1
3115 C4

3139 B3
3155 A2
3190 E3
3191 E3
3192 E3
3509 D4
3711 F1

3713 F3
3747 E1
5018 E4
5019 E4
5102 B2
5103 C4
5104 C2

5106 B2
5108 C2
5110 C3
5112 C3
5115 B3
5500 C3
5501 A1

5504 A1

5704 E2

5505 B1

5707 G2

5506 C4

5708 G3

5507 D4

5711 F1

5508 C4

5712 E1

5701 F2

5720 E2

5702 F2

5722 E3

G_16210_098.eps

180506

5723 E3
5730 G2
5731 G1
5732 G3
6103 B2
6107 C4
6113 B3
6114 B2
6125 A3
6140 C3
6504 D3
6505 C4
7102 C1
7131 B4
7150 A2
7501 B2
7700 F2
7702 D2
9001 A4
9004 E4
9005 E4
9006 E4
9007 E4
9010 E4
9011 E4
9016 D4
9018 D4
9022 A1
9040 G4
9043 B3
9045 D4
9051 C4
9052 F4
9053 B1
9054 B1
9055 C2
9056 A4
9057 A3
9058 A4
9059 B4
9060 A3
9061 A4
9062 A4
9063 A4
9064 A3
9065 A4
9066 A4
9067 C4
9068 C4
9069 A4
9070 A4
9071 F4
9072 F4
9073 B4
9074 B4
9075 F4
9101 G4
9112 C4
9113 A4
9721 G2
9722 G3
9723 G1
9724 F1
9725 E3
9726 D2
9727 D3
9728 E2
9729 D2
9730 E1
9731 F3
9732 G3
9733 G3
9734 F1
9735 F3
9736 F1
9738 F3
9739 F2
9740 E1
9741 E1
9742 E1
9743 G3
9744 F3
9745 G3

Layout Standby/Audio Panel (37” & 42”) (Overview Bottom Side)

2103 B4

2131 A1

2159 B3

2534 A2

2702 F4

2711 G3

2720 F3

2741 D3

2764 F2

2786 F4

2797 D2

3110 B3

2105 B4

2141 C2
2143 B2
2144 A4
2145 C3
2149 B2
2153 B3
2154 A2

2162 B3
2503 B1
2509 A2
2513 C1
2515 B1
2518 B2
2523 B2

2109 B2
2110 B4
2112 C4
2115 C1
2123 C4
2129 C2

3104 313 6064.7

2535 A1

2704 F3

2712 F4
2536 B2
2537 A2
2538 A1
2539 A2
2540 A2
2544 A2

2705 G2
2706 F3
2707 F3
2708 F3
2709 G3
2710 F3

2713 G2

2714 F4

2715 F4

2716 F3

2718 F3

2719 F4

2721 G3
2722 G3
2723 E3
2725 F2
2726 G3
2727 G3
2728 F3

G_16210_099a.eps

Part 2

G_16210_099b.eps

2743 E3
2753 D3
2754 E2
2755 E3
2756 E3
2759 E3
2762 E2

Part 1

2766 F2
2777 F3
2779 F3
2780 F4
2781 F4
2782 E2
2784 E3

2787 E3
2789 F3
2791 F2
2792 D2
2794 D2
2795 E3
2796 D2

2798 D3
3100 A3
3104 C4
3105 B4
3106 B4
3107 B4
3109 B4

3112 B3
3113 B2
3114 B3
3116 C2
3117 C4
3118 C2
3119 F1

3120 F1
3121 B1
3122 C2
3123 B2
3124 B3
3125 A3
3126 A3
3127 B3

3128 B3
3132 B1
3134 A1
3135 A1
3137 B2
3138 C4
3141 A2
3142 C2

G_16210_099.eps

3145 B3
3146 B3
3147 B3
3148 C4
3149 C4
3150 C4
3152 C3
3153 B1

180506

3156 A3
3157 A3
3158 A2
3159 B2
3160 C4
3161 B1
3171 B1
3172 A1

3175 C2
3176 A2
3502 B1
3503 B1
3504 B1
3506 A2
3507 A2
3508 A2
3510 A2
3511 B1
3512 B1
3513 B1
3514 B2
3515 C1
3516 C1
3517 B1
3518 B2
3519 B2
3520 E1
3521 B2
3522 B2
3523 B2
3524 B2
3525 C1
3526 B1
3527 E1
3528 A1
3529 B2
3530 A1
3531 A1
3532 A2
3533 B2
3534 A1
3535 A1
3536 A1
3537 A1
3538 A2
3539 A1
3540 A2
3541 A2
3542 A2
3543 A2
3544 A2
3560 A2
3561 A3
3562 A3
3701 F2
3702 G2
3703 G2
3704 G2
3705 F3
3706 G3
3707 F3
3708 F3
3709 F4
3710 F3
3712 F4
3714 E4
3715 E3
3716 G2
3717 G4
3718 G4
3720 E3
3721 F3
3722 G3
3723 G3
3724 G3
3725 F3
3726 G3
3727 F4
3729 G3
3730 E3
3741 D3
3743 G3
3744 E3
3746 G2
3748 F4
3749 E3
3750 G4
3751 G3
3752 D2
3753 G3
3754 D2
3755 D2
3756 G3
3757 G4
3758 D3
3759 D2
3760 D3
3761 F2
3762 F2
3763 E2
3764 F2
3765 E2
3766 F2
3767 E2
3768 F2
3790 F4
3791 F3
3792 F3
3793 F4
3794 E3
3795 E3
3796 E3
3797 E3
3798 G2
3999 D2
5105 C3
5703 F4
5705 F2
6104 C4
6105 C4
6106 A3
6108 B3
6109 C2
6110 C2
6115 C4
6116 B3
6117 B4
6118 C4
6119 C4
6120 A2
6121 B2
6122 B2
6130 B1
6132 B1
6133 B1
6134 B1
6142 B3
6144 C3
6147 C3

6148 B2
6149 A2
6150 A3
6151 A3
6153 A3
6156 A3
6503 B1
6508 A1
6510 A1
6511 C1
6513 B2
6514 B2
6515 D1
6516 B1
6517 C2
6531 A2
6532 A1
6540 A2
6562 A3
6701 G2
6702 E2
6703 F3
6704 G2
6710 D2
6711 D3
7100 A3
7101 C4
7105 B4
7140 A2
7503 B1
7505 A2
7506 B1
7507 A2
7508 A1
7509 A2
7510 A2
7511 C1
7512 B1
7513 B2
7514 B2
7515 D1
7531 A2
7532 B1
7560 A3
7701 G2
7703 G2
7704 E4
7705 E4
7706 E4
7707 E4
7708 F2
7709 F2
7710 F2
7711 F2
7712 D2
7713 D3
7714 E3
7715 D2
9002 F1
9003 F1
9008 F1
9009 F1
9012 F1
9013 G1
9014 F1
9015 F1
9017 A2
9019 C1
9020 B4
9021 C4
9023 C4
9024 A1
9041 A2
9042 A2
9044 A2
9076 A2
9077 F1
9080 A1
9081 A1
9102 G1
9103 G1
9104 G1
9105 G1
9110 A1
9111 B3
9120 A1
9121 A1
9122 F1
9717 E4
9718 E2
9737 F4

Circuit Diagrams and PWB Layouts

Layout Standby/Audio Panel (37” & 42”) (Part 1 Bottom Side)

69LC4.8L LA 7.

Part 1

G_16210_099a.eps

Circuit Diagrams and PWB Layouts

Layout Standby/Audio Panel (37” & 42”) (Part 2 Bottom Side)

Part 2

70LC4.8L LA 7.

G_16210_099b.eps

180506

8. Alignments

Alignments

EN 71LC4.8L LA 8.

Index of this chapter:

8.2 Hardware Alignments

8.3 Software Alignments

General: The Service Default Mode (SDM) and Service
Alignment Mode (SAM) are described in chapter 5. Menu
navigation is done with the Cursor Up, Down, Left or Right keys
of the remote control transmitter.

8.1 General Alignment Conditions

Perform all electrical adjustments under the following
conditions:

8.3 Software Alignments

With the software alignments of the Service Alignment Mode
(SAM) the Tuner, White Tone, and Audio settings can be
aligned.

8.3.1 SAM Menu

SDM

00035 LC4XEP1 1.15/S4XPVX 1.23
ERR 0 0 0 0 0
OP 000 057 140 032 120 128 000

• Power supply voltage: 120 - 230 V

• Connect the set to the mains via an isolation transformer
with low internal resistance.

• Allow the set to warm up for approximately 15 minutes.

• Measure voltages and waveforms in relation to correct
ground (e.g. measure audio signals in relation to
AUDIO_GND).
Caution: It is not allowed to use heatsinks as ground.

• Test probe: Ri > 10 Mohm, Ci < 20 pF.

8.2 Hardware Alignments

There are no hardware alignments foreseen for this chassis.

To store the data: Use the RC button “Menu” to switch to the
main menu and next, switch to ‘Stand-by’ mode.

SAM

. OP1 0 . Delta Cool Red -3
. OP2 57 . Delta Cool Green -1
. OP3 140 . Delta Cool Blue 5
. OP4 32
. OP5 120
. OP6 128
. OP7 0

SAM

/ 50 Hz (± 10%).

AC

00035 LC4XEP1 1.15/S4XPVX 1.23 SAM
ERR 0 0 0 0 0

OP 000 057 140 032 120 128 000

. Clear Clear ?
. Options
. Tuner
. White Tone
. Audio
. NVM Editor
. SC NVM Editor
. Test Pattern
. ComPair Mode On

CSM

1 00035 LC4XEP1 1.15/S4XPVX 1.23
2 CODES 0 0 0 0 0
3 OP 000 057 140 032 120 128 000
4
5
6 NOT TUNED
7 PAL
8 STEREO
9 CO 50 CL 50 BR 50
0 AVL Off

SAM

. IFPLL 32 . Normal Red 32
. AGC 30 . Normal Green 35
. AGCL' 255 . Normal Blue 41

SAM SAM

. Cool . Delta Warm Red 2
. Normal . Delta Warm Green -3
. Warm . Delta Warm Blue -13

SAM

. QSS Off
. FMI Off
. NICAM Alignment 63
. Lip Sync Off
. DBE Off

SAM

.ADR 0x0000 0
.VAL 0x0000 0
.Store Store ?

SAM

.ADR 0x0000 0
.VAL 0x0000 0
.Store Store ?

SAM

F_15420_032.eps

Figure 8-1 Overview SAM menu (example, shown values are not representative!).

070221

EN 72 LC4.8L LA8.

Alignments

8.3.2 Tuner

Purpose: To keep the tuner output signal constant as the input

signal amplitude varies.

AGC (RF AGC Take Over Point) alignment:

• Activate the SAM menu.

• Go to the sub-menu “Tuner”.

• Select the “AGC” sub-menu.

• Set the “AGC” value to “27” (default).

• Set the “IFPLL” value to “32” (default).

• Switch the set to “Stand-by” to store the data.

8.3.3 White Tone

Before alignment, set:

• “Brightness” to “60”.

• “Color” to “50”.

• “Contrast” to “60”.

• “Contrast+” to “Off”.

• “Active CTR” to “Off” (via RC).

• “Auto Picture” to “Soft”

Alignment:

• Activate SAM.

• Select “White Tone” and choose a color temperature.

• Use a 100% white screen as input signal and set the
following values: All “White point” values initial to “180” for
Non-Pixel-Plus sets and “245” for Pixel-Plus sets.

Table 8-3 Tint settings for Pixel-Plus sets (37” and 42”)

Tint Temp (K) R - offset G - offset B - offset

Warm 6500 Rnorm + 8 Gnorm + 0 Bnorm - 34

Normal 9300

Cool 11000 Rnorm - 13 Gnorm - 10 Bnorm + 0
Tolerance 10% 0.008 0.008 0.008

240 (37”)
251 (42”)

248 (37”)
251 (42”)

8.3.4 Audio

No adjustments necessary.

8.3.5 ADC Gain and Grey Scale Alignment

The table below shows a number of NVM settings used for
each model of TV set. Be sure to use the correct editor in the
SAM menu (NVM Editor or SC NVM Editor), because the first
one is used for the Hercules NVM, and the second one for the
SCALER (SC) part of the TV set.

Caution:

• Do not change the NVM settings without

understanding the function of each setting, because
incorrect NVM settings may seriously hamper the
correct functioning of the TV set!

• Always write down the existing NVM settings, before
changing the settings. This will enable you to return to the
original settings, if the new settings turn out to be incorrect.

232 (37”)
251 (42”)

In case you have a color analyzer:

• Measure with a calibrated (phosphor- independent) color
analyzer (e.g. Minolta CA-210) in the centre of the screen
(for LCD the analyzer may not touch the screen).
Consequently, the measurement needs to be done in a
dark environment.

• Adjust the correct x,y coordinates (while holding one of the
White point registers R, G or B on the initial value) by
means of decreasing the value of one or two other white
points to the correct x,y coordinates (see table “White D
alignment values”).

• Repeat this step for the other color Temperatures that need
to be aligned.

• When finished return to the SAM root menu and press
STANDBY on the RC to store the aligned values to the
NVM.

Table 8-1 White D alignment values

Tint Temp (K) x y

Warm 6500 0.310 0.328
Normal 9300 0.283 0.290
Cool 11000 0.273 0.280
Tolerance 0.004 0.004

If you do not have a color analyzer, you can use the default
values. This is the next best solution. The default values are
average values coming from production (statistics).

• Set the RED, GREEN and BLUE default values per
temperature according to the values in the “Tint settings”
table.

• When finished return to the SAM root menu and press
STANDBY on the RC to store the aligned values to the
NVM.

Table 8-2 Tint settings for Non Pixel-Plus sets

Tint Temp (K) R - offset G - offset B - offset

Warm 6500 Rnorm + 5 Gnorm + 0 Bnorm - 25
Normal 9300 200 (32”) 200 (32”) 192 (32”)
Cool 11000 Rnorm - 10 Gnorm - 8 Bnorm + 0
Tolerance 10% 0.008 0.008 0.008

Table 8-4 ADC and Grey Scale gain alignment

SDTV ADC Gain settings: Use the “NVM Editor” in SAM

Setting Hercules NVM Address

NVM_ADC_GAIN_R 006 145 145 145
NVM_ADC_GAIN_G 007 185 185 185
NVM_ADC_GAIN_B 008 165 165 165

SDTV Greyscale settings: Use the “SC NVM Editor” in SAM

Setting Scaler NVM Address

ADC_RED_OFFSET2 338 80 32 32
ADC_GRN_OFFSET2 339 80 30 30
ADC_BLU_OFFSET2 340 80 36 36
ADC_RED_GAIN 341 70 71 71
ADC_GRN_GAIN 343 70 75 75
ADC_BLU_GAIN 345 70 68 68

PC Greyscale settings: Use the “SC NVM Editor” in SAM
ADC_RED_OFFSET2 325 70 66 66
ADC_GRN_OFFSET2 326 70 65 65
ADC_BLU_OFFSET2 327 70 68 68
ADC_RED_GAIN 328 215 219 219
ADC_GRN_GAIN 330 215 231 231
ADC_BLU_GAIN 332 215 227 227

HD Greyscale settings: Use the “SC NVM Editor” in SAM
ADC_RED_OFFSET2 351 64 64 64
ADC_GRN_OFFSET2 352 75 78 78
ADC_BLU_OFFSET2 353 64 64 64
ADC_RED_GAIN 354 160 153 153
ADC_GRN_GAIN 356 160 157 157
ADC_BLU_GAIN 358 160 139 139

(decimal value)

(decimal value)

32PFL5312

32PFL5312

37PFL7312

37PFL7312

42PFL7312

42PFL7312

8.3.6 Options

The microprocessor communicates with a large number of I
ICs in the set. To ensure good communication and to make
digital diagnosis possible, the microprocessor has to know
which ICs to address. The presence/absence of these specific
ICs (or functions) is made known by the option codes.

Notes:
The new option setting becomes active after the TV is switched
"off" and "on" again with the mains switch (the EAROM is then
read again).

When the NVM is replaced, all options will require resetting. To
be certain that the factory settings are reproduced exactly, you
must set all option numbers. You can find the correct option
numbers in table “Option Codes OP1...OP7“ below.

How to Change an Option Byte

An option code (or “option byte”) represents eight different
options (bits). When you change these numbers directly, you
can set all options very quickly. All options are controlled via
seven option numbers (OP1... OP7).
Activate SAM and select “Options”. Now you can select the
option byte (OP1.. OP7) with the CURSOR UP/ DOWN keys,
and enter the new 3 digit (decimal) value. For the correct
factory default settings, see the table “Option codes
OP1...OP7“ below. For more detailed information, see the
second table “Option codes at bit level“. If an option is set
(value “1”), it represents a certain decimal value.
When all the correct options (bits) are set, the sum of the
decimal values of each Option Byte (OP) will give the option
code.

Leaving the “Option” submenu saves the changes in the Option
Byte settings. Some changes will only take effect after the set
has been switched “off” and “on” with the AC power switch (cold
start).

Alignments

2

C

EN 73LC4.8L LA 8.

Table 8-5 Option codes OP1...OP7

Option Byte 32PFL5312 37PFL7312 42PFL7312

OP1 128 128
OP2 005 005
OP3 013 077
OP4 098 098
OP5 252 252
OP6 090 090
OP7 016 016

How to Change Options at Bit Level

If you wish to know which features or settings of the
HERCULES are changed via OP1...OP7, or if you want to
change each option or feature Bit by Bit, use the more detailed
table “Option codes overview” table.
Note: the next table “Option codes at bit level) contains only
that part of the NVM settings that can be changed.

EN 74 LC4.8L LA8.

Table 8-6 Option codes at bit level

Alignments

Option Byte Option Bit

OP1 Bit 7 (128) PHILIPS_TUNER 111

Total DEC Value 128 128 128

OP2 Bit 7 (128) SC 000

Total DEC Value 555

OP3 Bit 7 (128) EW_FUNCTION 000

Total DEC Value 13 77 77

(decimal value)

Bit 6 (64) FM_RADIO 000
Bit 5 (32) LNA 000
Bit 4 (16) ATS (only for EU) 000
Bit 3 (8) ACI 000
Bit 2 (4) UK_PNP 000
Bit 1(2) VIRGIN_MODE 000
Bit 0 (1) CHINA 000

Bit 6 (64) IBEX 000
Bit 5 (32) CHANNEL_NAMING 000
Bit 4 (16) LTI (Lum Transcient Improvmt) 000
Bit 3 (8) TILT 000
Bit 2 (4) FINE_TUNING 111
Bit 1(2) PIP_PHILIPS_TUNER 000
Bit 0 (1) HUE 111

Bit 6 (64) PIXEL_PLUS 011
Bit 5 (32) PIP_SPLITTER 000
Bit 4 (16) SPLITTER 000
Bit 3 (8) VIRTUAL_DOLBY 111
Bit 2 (4) WIDE_SCREEN 111
Bit 1(2) WSSB 000
Bit 0 (1) ME5 (5/6 local buttons implementation) 111

Description of feature/option to be switched ON (= 1) or OFF (= 0) 32PFL5312 37PFL7312 42PFL7312

OP4 Bit 7 (128) LIP_SYNC 000

Bit 6 (64) HD 111
Bit 5 (32) ULTRA_BASS 111
Bit 4 (16) DELTA_VOLUME 000
Bit 3 (8) TAIWAN_KOREA 000
Bit 2 (4) VOLUME_LIMITER 000
Bit 1(2) STEREO_DBX 111

Total DEC Value 98 98 98

OP5 Bit 7 (128) AV1 111

Total DEC Value 252 252 252

OP6 Bit 7 (128) PERSONAL_ZAPPING 000

Total DEC Value 90 90 90

Bit 0 (1) STEREO_NICAM_2CS 000

Bit 6 (64) AV2 111
Bit 5 (32) AV3 111
Bit 4 (16) CVI 111
Bit 3 (8) SVHS2 111
Bit 2 (4) SVHS3 111
Bit 1(2) HOTEL_MODE 000
Bit 0 (1) SIMPLY_FACTORY = BTSC_AV STEREO 000

Bit 6 (64) SMART_SURF 111
Bit 5 (32) FMTRAP 000
Bit 4 (16) COMBFILTER 111
Bit 3 (8) ACTIVE_CONTROL 111
Bit 2 (4) VIDEO_TEXT 000
Bit 1(2) LIGHT_SENSOR 111
Bit 0 (1) TWIN_TEXT 000

OP7 Bit 7 (128) TIME_WIN1 000

Bit 6 (64) DVB_USB = MALAY 000
Bit 5 (32) AMBILIGHT 000
Bit 4 (16) COLUMBUS 111
Bit 3 (8) DUMMY6 000
Bit 2 (4) DUMMY7 000
Bit 1(2) WEST_EU 000
Bit 0 (1) MULTI_STANDARD_EUR 000

Total DEC Value 16 16 16

Circuit Descriptions, Abbreviation List, and IC Data Sheets

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

EN 75LC4.8L LA 9.

Index of this chapter:

9.1 Introduction

9.2 Block Diagram

9.3 Input/Output

9.4 Tuner and IF

9.5 Video: TV Part (Diagrams B1, B2, and B3)

9.6 Columbus

9.7 Video: Scaler Part (Diagram B7, B8 and B9)

9.8 Audio Processing

9.9 Control

9.10 Abbreviation List

9.11 IC Data Sheets

9.1 Introduction

The LC4.8 is a global LCD TV chassis. It is the successor of the
LC4.6 LCD TV and has screen sizes of 32 inch to 42 inch (in
16:9 ratio). There are two different picture qualities available,
depending on the model: Pixel Plus and Digital Crystal Clear.
The block diagram below (see Figure “Block diagram”) shows
the Pixel Plus architecture; the architecture of the Digital
Crystal Clear model is shown in the block diagram on the next
page (see Figure “Block diagram of the internal building
blocks”).

Note: Because this is a global chassis, this manual has a
“general” set-up. Therefore, some parts might not be applicable
for some regions (e.g. SCART, SECAM, or Teletext for non­Europe countries). Please take this into account when reading
it.

Notes:

•Only new circuits (circuits that are not published recently)
are described.

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

• For a good understanding of the following circuit
descriptions, please use the wiring, block (chapter 6) and
circuit diagrams (chapter 7). Where necessary, you will find
a separate drawing for clarification.

The architecture consists of a TV and Scaler panel, I/O panel,
Side I/O, Local Keyboard panel and Power Supply panel.
The functions for video/audio processing, microprocessor (uP),
and CC/TXT decoder (country dependent) are all combined in
one IC (TDA150xx, item 7217), the so-called third generation
Ultimate One Chip (UOC-III) or “Hercules”. This chip has the
following features:

• Control, small signal, mono/stereo, and extensive Audio/
Video switching in one IC.

• Upgrade with digital sound & video processing.

• Alignment free IF, including SECAM-L/L1 and AM.

• FM sound 4.5/5.5/6.0/6.5, no traps/bandpass filters.

• Full multi-standard color decoder.

• One Xtal reference for all functions (microprocessor, RCP,
TXT/CC, RDS, color decoder, and stereo sound
processor).

9.2 Block Diagram

TUNER

SCART/

CINCH

ComPair

IF

CVBS

Y

C

INTERNAL LIP SYNC CKT

I/O

NVM

HERCULES

AUDI O

TO

AMP

CVBS,U,V

SDRAM

A/D

601 INTERF. 601 INTERF.

AD9945

HDMI

COLUM-

BUS

601 INTERFACE

SM5301

DVI-IHDMIDMMIHP

NVM

FLASH

SCALER

DVI TMDS

DDR

LVDSRx

EPLD

LVDSRx

LCD

PANEL

AUDI O

AMPLIFIER

Figure 9-1 Block Diagram

F_15270_007.eps

200505

EN 76 LC4.8L LA9.

Circuit Descriptions, Abbreviation List, and IC Data Sheets

The PLL tuner UV1316E/1318SD/TEDE9 delivers the IF­signal, via audio & video SAW-filters, to the Video Signal
Processor and FLASH embedded TEXT/Control/Graphics
Micro Controller TDA120x1 (item 7011, also called Hercules).
This IC has the following functions:

• Analogue Video Processing

• Sound Demodulation

• Audio Interfaces and switching

• Volume and tone control for loudspeakers

• Reflection and delay for loudspeaker channels

• Micro Controller

• Data Capture

• Display

The Hercules has one input for the internal CVBS signal and a
video switch with three external CVBS inputs and a CVBS
output. All CVBS inputs can be used as Y-input for Y/C signals.
However, only two Y/C sources can be selected because the
circuit has two chroma inputs. It is possible to add an additional
CVBS(Y)/C input (CVBS/YX and CX) when the YUV interface
and the RGB/YPRPB input are not needed. There are two rear
analogue video inputs: AV is for SVHS in and video (CVBS) in,
and CVI-1 is meant for RGB/YUV in). The rear VIDEO OUT
cinch connector can be used for monitoring purposes:
WYSIWYR (What you see is what you record).
Depending on the model of the TV set, the Hercules delivers its
RGB signals either directly to the Scaler IC or indirectly, via a
Columbus chip (for 2D/3D comb filtering and spatial/temporal
noise reduction, for its description: see further down in this
text). The EPLD, which is present in the Pixel Plus models
discussed in this manual, provides additional sharpening to the
picture. For a general outline, see the table and the block
diagrams below, in which the architectures of the various
models are given, together with their electronic building blocks.

Table 9-1 Models and picture quality

Model Picture quality

42PF7312/77, /78 Pixel Plus
37PF7312/77, /78 Pixel Plus
32PF5312/77, /78 Digital Crystal Clear

CVBS
Pb, Pr

ADC

COLUMBUS SCALER EPLD

ADC

COLUMBUS SCALER

SCALER

LVD S

LVD S

LVD S

F_15270_008.eps

240505

DIGITAL

CRYSTAL CLEAR

HERCULESPIXEL PLUS

HERCULES

HERCULESCRYSTAL CLEAR

CVBS
Pb, Pr

R, G, B

The Hercules, and EEPROM are supplied with 3.3 V, which is
also present during STANDBY.
The EEPROM, or NVM (Non Volatile Memory) is used to store
the settings.

The sound part is built up around the Hercules. The Source
Selection, Decoding and Processing are all done by the
Hercules.

Power supply input are several DC voltages coming from a
supply panel.

9.3 Input/Output

The I/O is divided over two parts: Rear I/O and Side I/O. The
rear has two AV inputs with CVBS, Y/C and YUV, a PC (VGA)
input, and an HDMI input. The side has a CVBS and Y/C
(SVHS) input.
The selection of the external I/O's is controlled by the Hercules.

AV1 / CVI-1: The input of AV1 / CVI-1 is CVBS + YUV + L/R.
AV2: The input of AV2 is Y/C + CVBS + L/R.

PC-VGA/CVI-2: This input is directly going to the Scaler IC.

See paragraph “Video: Scaler Part”.

HDMI in / PC-D: This input is directly going to the Scaler IC.
See paragraph “Video: Scaler Part”.

9.4 Tuner and IF

The VIF/SIF signals are decoded by the Hercules. Tuning is
done via I

9.4.1 Video IF Amplifier

The IF-filter is integrated in a SAW (Surface Acoustic Wave)
filter. One for filtering IF-video (item 1104, in some models:

1105) and one for IF-audio (item 1106). For LATAM however,
one combined filter is used for filtering IF-video and audio (item

1104). The type of the SAW filter depends on the standard(s)
that has(have) to be received.

The output of the tuner is controlled via an IF-amplifier with
AGC-control. This is a voltage feedback from pin 31 of the
Hercules to pin 1 of the tuner. The AGC-detector operates on
top-sync and top-white level. AGC take-over point is adjusted
via the Service Alignment Mode ’Tuner' - 'AGC’. If there is too
much noise in the picture, then it could be that the AGC setting
is wrong. The AGC-setting could also be mis-aligned if the
picture deforms with perfect signal; the IF-amplifier amplifies
too much.

2

C.

Figure 9-2 Block diagram of the internal building blocks

The Genesis GM1501 Malibu Scaler IC can receive the
following video input signals: SDTV (directly from Hercules or
via Columbus), DVI (from an external DVI source), or PC (from
external computer).
After the video processing, the digital data is sent via a Low
Voltage Differential Signalling bus to the LCD panel. LVDS is
used to improve data speed and to reduce EMI significantly.
There are two I

2

C lines and two interrupt and communication
lines (TV_IRQ and TV_SC_COM) for the Scaler control. The
Scaler communicates with the Hercules as a slave device. To
avoid buffer overflow at the Scaler side, the TV_SC_COM line
provides the necessary hardware flow control. To allow bi­directional communication, the Scaler can initiate a service
interrupt-request to the Hercules via the TV_IRQ line.

Circuit Descriptions, Abbreviation List, and IC Data Sheets

EN 77LC4.8L LA 9.

9.5 Video: TV Part (Diagrams B1, B2, and B3)

The video processing is completely handled by the Hercules

• IF demodulator.

• Chrominance decoder

• Sync separator.

• Horizontal & vertical drive.

• RGB processing.

• CVBS and SVHS source select.

It has also built-in features like:

•CTI.

• Black stretch.

• Blue stretch.

• White stretch.

•Slow start up.

• Dynamic skin tone correction etc.

Further, it also incorporates sound IF traps and filters, and
requires only one crystal for all systems.

9.6 Columbus

9.6.1 Introduction

The Columbus is a combination of:

•A 2D/3D Comb filter for both PAL and NTSC, and

•A spatial/temporal noise reduction system for both color
and luminance signals.

The Columbus 3D Comb filter uses digitalized CVBS, U, and V
(or C) signals and can be used with or without an external 16
Mbit SDRAM. Without external 16Mbit SDRAM, 3D comb
filtering and temporal noise reduction are not possible.

The noise reduction part of the Columbus is controlled by the
FBX software using the SNERT interface. The 2D/3D Comb
filter part is controlled by the Main software using the I

9.6.2 2D/3D Comb Filter

Introduction

The “3D Comb filter Columbus” is a combined 2D/3D Comb
filter function that is part of the Columbus chip (circuit diagram
B19, item 7M00). It is a comb filter for both PAL and NTSC.

The 3D Comb filter is used to separate chroma and luminance
components out of a CVBS signal. It is of no use when the
CVBS signal is a SECAM signal (SECAM signals cannot be
combed) The Columbus chip can be used with or without 16
Mbit external SDRAM (circuit diagram B10, item 7B01). When
an external SDRAM is connected to the IC, the Comb filter
function can work in combined 2D/3D processing (depending
on the detected pixel based motion). When no external
SDRAM is connected, only 2D Comb filtering is possible.

The Columbus can comb the following standard signals:

• PAL B, PAL G, PAL H, PAL I, PAL D, PAL K: Color
standard PAL, Color carrier at 4.43 MHz, field frequency:
50 Hz

• PAL M: Color standard PAL, Color carrier at 3.58 MHz, field
frequency: 60 Hz

• PAL N: Color standard PAL, Color carrier at 3.58 MHz, field
frequency: 50 Hz

• NTSC M: Color standard NTSC, Color carrier at 3.58 MHz,
field frequency: 60 Hz

For NTSC signals, the PAL delay line must always be
bypassed.

The following signals CANNOT be combed:

• Double Window signals or Multi PIP. For these signals,
only one part or even no part of the signal is in relation with

2

C bus.

the burst. The part that is not in relation with the burst can
become very blurred when combed by the Columbus
Comb filter. Such a signal must be bypassed. Notch mode
is not even an option since e.g. in double window, one part
can be a PAL signal while the other part is NTSC or
SECAM.

• In cases where a SECAM signal is presented to the
Columbus Comb filter; both the luminance and UV path
must be bypassed. The PAL delay line inside the
Columbus cannot be used for SECAM signals so it must
also be bypassed. The luminance path must have
luminance at its input instead of CVBS. A chroma delay line
outside Columbus must be used for SECAM signals.
Reason for this: the Columbus PAL delay line halves the
output of the chroma signals in case of SECAM.

• Y/C, YPbPr, and RGB signals do not have to be combed.
So both the luminance and UV path must be bypassed.
The PAL delay line will also be bypassed.

• In cases where the Columbus Comb filter does not receive
a CVBS signal with burst at the right place according to the
standard (this includes black and white signals without
burst), phase correction results become unpredictable and
the Comb filter must be set in bypass (= luminance path
bypassed, UV path bypassed, PAL delay line bypassed)

• VCR signals cannot be combed and must be processed in
notch mode, or bypassed.

Columbus Modes

The several modes of the Columbus 3D Comb filter are:

• Bypass mode.

• Band-Pass-Notch mode.

• 2D Comb filter modes.
– Simple median.
– Median.

• Field Comb filter mode.

• Frame Comb filter mode.

Bypass Mode

The 3D Comb filter can be set in bypass mode. In this mode,
the CVBS, U and V signals are just bypassed to the output.

Band-Pass-Notch Mode

This is a mode where no Comb filtering is applied. A “Band
Pass Filter” is used to filter the chroma information out of the
CVBS signal. A “Notch Filter” is used to subtract the sub carrier
out of the CVBS in order to make a luminance signal without
chroma sub carrier.
In terms of cross color and cross luminance, this mode has the
worst performance of all. It is only used on these signals where
no comb filtering can be applied (non-standard signals and
most VCR signals for example).

2D Comb Filter Modes

A Comb filter does an action on a current pixel and a delayed
pixel. When the delayed pixel is a line-delayed pixel, we talk
about a “Spatial or 2D Comb Filter” (for NTSC the delay must
be 1 line, for PAL it must be 2 lines).
Spatial or 2D Comb filters show problems on vertical color
transients and on single colored lines. For these situations,
extra hardware is added in the Columbus chip to avoid these
kinds of problems. However even with these extra measures,
there are still situations where the 2D Comb filter does not
perform optimally (diagonal resolution and single lines with
equal luminance content). In order to restrict the working area
of the 2D Comb filter to the frequencies where the sub carrier
is present, a horizontal band pass filter always precedes a 2D
Comb filter.
When a 2D Comb filter has no extra hardware to avoid
problems at vertical color transients (or this extra hardware is
switched “off”), the Comb filter is called a “simple median filter”.
When there is extra hardware to avoid these kinds of problems,
the filter is called a “median filter”.

EN 78 LC4.8L LA9.

Circuit Descriptions, Abbreviation List, and IC Data Sheets

Field Comb Filter Mode

A Comb filter does an action on a current pixel and a delayed
pixel. When the delayed pixel is a field-delayed pixel, we talk
about a “Field Comb Filter”. Field Comb filters are only for PAL
of commercial interest.
Field Comb filters show also problems on vertical color
transients and on motion. For the vertical transients, a hanging
dots detector has been added, however the performance on
vertical transients of the field Comb filter, even with this
hanging dots detector, is worse than the performance of the 2D
Comb filter. On motion, the field Comb filter performs very
badly. A motion detector must detect the pixels where there is
motion and on these pixels, the Comb filter must be forced back
to 2D Comb filter mode. This switching back is not
implemented with a hard switch, but with a motion controlled
fader. When there is a lot of motion, the fader will take a lot of
the 2D Comb filter output, when there is less motion, more field­combed signal will be taken.
A field Comb filter is also called a “vertical-temporal filter”
because it filters in the vertical and temporal direction.

Frame Comb Filter Mode

A Comb filter does an action on a current pixel and a delayed
pixel. When the delay is a frame, we talk about a “Frame Comb
Filter”. For NTSC we need a delay of one frame, for PAL
however the delay must be two frames.
Frame Comb filters have the best performance, but just like the
Field Comb filter, they perform very badly on motion. A motion
detector will have to detect motion and on these motion pixels,
2D Comb filtering will have to be applied. A frame Comb filter
is a pure “temporal filter”.
The Columbus needs an external memory connected to it,
before it can do a temporal or vertical-temporal Comb filter
action. When no external memory is connected, field or frame
Comb filtering is impossible.

Block Diagram

In the next block diagram, two main parts of the Columbus 2D/
3D Comb filter can be seen:

• The upper part is what is called the luminance Comb filter.
It tries to make an as clean as possible luminance signal
out of the CVBS signal at the input.

• The lower part receives U and V signals (sequentially) that
are normally only band pass filtered in front of the 3D Comb
filter. It filters all left over luminance signals out of it, in order
to make an as clean as possible U and V signal.

CVBS-IN

LUMINANCE

COMB FILTER

OFFSET

HORIZONTAL

DYN

PEAKING

Y-OUT

on the signals used for temporal (Frame or Field) Comb filtering
(called the temporal phase corrector).

The offset block receives the motion dependant 2D/3D Comb
filtered signal as input. The black level of the luminance signal
is restored and the result is output. The black level restoration
is corrected continuously. However, on VCR signals, this
restoration can become unstable. Therefore, on VCR signals,
a fixed black level restoration value must be forced.

A horizontal dynamic peaking can be done on the luminance
signal. This peaking is adaptive in order not to amplify any
cross luminance distortion. It detects where there could be left
over sub carrier in the luminance signal and reduces the
peaking over there. The detection of the left over cross
luminance is different depending on the pre-filter or post-filter
mode.
The amount of peaking and coring can be chosen. The peaking
algorithm behind it is a simplified copy of the luminance
peaking of picnic. After the peaking block, the signal is output
as clean luminance.

The bypass switches have the obvious purpose of bypassing
the input signal, in case no Comb filtering is wanted.

A PAL delay line is added in the UV path. This is done because
a delay line in front of the 3D Comb filter does need an extra
vertical filter action on the UV signals. This vertical filtering
deteriorates the vertical transient performance for colors. The
Columbus Comb filter cannot undo this. However, this
reduction in performance can be omitted by putting the PAL
delay line after the 3D Comb filter block.
For PAL signals, the PAL delay line in front of the Columbus 3D
Comb filter is bypassed and the Columbus delay line is
switched “on”. In cases where the delay line in front of
Columbus cannot be bypassed, the Columbus PAL delay line
is bypassed.
For NTSC signals, the PAL delay line is bypassed as usual.

9.6.3 Noise Reduction and Noise Estimator

The noise reduction function is a sophisticated successor of the
noise reduction module from the PICNIC-chip, also known as
“LIMERIC”.

Besides the noise reduction part, the Columbus noise
reduction module also comprises a noise estimator. This noise
estimator (the LORE-noise estimator) is a new design with the
ambition of more accuracy and with less control complexity
than the existing noise estimators.

UV-IN

FIELD/FRAME

DELAY

COMB FILTER

UV

(EXTERNAL SDRAM)

PAL

DELAY

LINE

E_14600_043.eps

230304

Figure 9-3 Columbus 2D/3D Comb Filter block diagram

The Comb filter has two inputs. One is the CVBS where clean
luminance (Y) will be extracted from; the other one is UV where
a clean U and V signal will be extracted. Both input signals are
digital signals.

The field or frame delay is used for the Field and Frame Comb
filter mode. An external memory connected to the Columbus IC
provides this delay.

Phase correction is done at the inputs of both the Comb filter
blocks. There is a phase correction for spatial filtering (called
the spatial phase corrector) and a separate phase correction

UV-OUT

9.7 Video: Scaler Part (Diagram B7, B8 and B9)

The Genesis gm1501 Scaler is a dual channel graphics and
video processing IC for LCD monitors and televisions
incorporating Picture in Picture, up to SXGA output resolutions.
The Scaler controls the display processing in an LCD TV, e.g.
like the deflection circuit in a CRT-based TV. It controls all the
view modes (e.g. like "zooming" and "shifting"). Features like
PC (VGA) or HD inputs, are also handled by this part.

Circuit Descriptions, Abbreviation List, and IC Data Sheets

EN 79LC4.8L LA 9.

9.7.1 CC/Teletext Path (if present)

In Pixel Plus and Digital Crystal Clear models, which have an
ADC (B18) and Columbus 3D combfilter (B19), the digital input
of the Scaler is used for the digital video signal (Columbus
output), whereas the analogue RGB input of the Scaler is used
for CC/Teletext. This means that no mixed mode (video plus
CC/Teletext simultaneously) is possible. In Crystal Clear
models, which do not have an ADC and Columbus, the
analogue RGB input of Scaler is used for both video and CC/
Teletext (generated by the Hercules). The digital input of the
Scaler is not used in Crystal Clear TV sets. See also the block
diagrams at the beginning of this chapter. When faultfinding,
checking the CC/Teletext path may be useful: if there is sound
and CC/Teletext, but no video and user menu (blank screen),
the digital path (Hercules - ADC - Columbus - Scaler) is faulty.
If there is sound but no CC/Teletext, the back-end part (Scaler

- LCD panel) is faulty.

9.7.2 Features

The Scaler provides several key IC functions:

• Scaling.

• Auto-configuration/ Auto-Detection.

• Various Input Ports:
– Analogue RGB.
– Video Graphics.

• Integrated LVDS Transmitter.

• On-chip Micro-controller

9.7.3 Inputs

Analogue RGB

The RGB input is fed to pins B2, C2 and D2 of the Scaler IC
(Genesis GM1501, item 7801, see circuit diagram B8). This
input consists of either the Hercules RGB output or the RGB/
YpbPr input of the VGA connector. The Scaler can switch
between the two signals via the PC_HD_SEL signal and
selection IC SM5301 (see circuit diagram B13).

9.8 Audio Processing

Hercules

AUDIO-LSL

SIF

SIF Input

FM

SSIF Input

AUDIO-IN5L
AUDIO-IN5R

AUDIO-IN3L
AUDIO-IN3R

AUDIOI-N4L
AUDIO-IN4R

AUDIO-IN2L
AUDIO-IN2R

Is used on the DMMI

=> No SCART2/AV2 for

Bolt-on

I2S

HDMI DAC

PC_HDMI_AUD_SEL

(From Scaler,

GPIO_G07_B0)

Tuner

AV1 in

*AP/USA/Latam

SCART1 in

*Europe only

AV2 in

*AP/USA/Latam

SCART2 in

*Europe only

Side in

*All region

PC in

HEF4053

3X SPDT

Figure 9-4 Block diagram audio processing

The audio decoding is done entirely via the Hercules. The IF
output from the Tuner is fed directly to either the Video-IF or the
Sound-IF input depending on the type of concept chosen.
There are mainly two types of decoder in the Hercules, an
analogue decoder that decodes only Mono, regardless of any
standards, and a digital decoder (or DEMDEC) that can decode
both Mono as well as Stereo, again regardless of any
standards.

In this chassis, the analogue decoder is used in two cases:

• It is used for AM Sound demodulation in the Europe
SECAM LL’ transmission.

• It is used for all FM demodulation in AV-Stereo sets.

9.8.1 Diversity

AUDIO-LSR

AUDIO-OUTHPL

AUDIO-OUTHPR

AUDIO-OUTSL
AUDIO-OUTSR

P0.0/I2SDO1

P0.0/I2SDI1

P0.3/I2SCLK

106

105

103

For iTV only

2x

Amplifier

Constant Level Out

*Europe only

Amplifier

Monitor out

* Not available

SCART2 out

*Europe only

SCART1 out

*Europe only

Lip Sync

Circuit

2x Stereo

Speaker

Headphone

E_14490_061.eps

121104

PC (VGA) Input

The VGA input is processed by the VGA block of the Scaler.
The Scaler supports pixel frequencies up to 165MHz.
YpbPr format is also supported via the VGA interface and
covers a resolution of 480p/560p/720p/1080i.

9.7.4 Output

The Display Output Port provides data and control signals that
permit the Scaler to connect to a variety of display devices
using a TTL or LVDS interface. The output interface is
configurable for single or dual wide TTL/LVDS in 18, 24 or 30­bit RGB pixels format. All display data and timing signals are
synchronous with the DCLK output clock. The integrated LVDS
transmitter is programmable to allow the data and control
signals to be mapped into any sequence depending on the
specified receiver format.

The diversity for the Audio decoding can be broken up into two
main concepts:

• The Quasi Split Sound concept used in Europe and some
AP sets.

• The Inter Carrier concept, used in NAFTA and LATAM.

The UOC-III family makes no difference anymore between
QSS- and Intercarrier IF, nearly all types are software­switchable between the two SAW-filter constructions.

Simple data settings are required for the set to determine
whether it is using the Inter Carrier or the QSS concept. These
settings are done via the “QSS” and “FMI” bit found in SAM
mode. Due to the diversity involved, the data for the 2 bits are
placed in the NVM location and it is required to write once
during startup.

On top of that, it can be further broken down into various
systems depending on the region. The systems or region
chosen, will in turn affect the type of sound standard that is/are
allowed to be decoded.

• For the case of Europe, the standard consists of BG/DK/I/
LL’ for a Multi-System set. There are also versions of
Eastern Europe and Western Europe set and the standard
for decoding will be BG/DK and I/DK respectively. FM
Radio is a feature diversity for the Europe sets. The same
version can have either FM Radio or not, independent of
the system (e.g. sets with BG/DK/I/LL’ can have or not
have FM radio).

• For the case of NAFTA and LATAM, there is only one
transmission standard, which is the M standard. The
diversity then will be based on whether it has a dBx noise
reduction or a Non-dBx (no dBx noise reduction).

• For the case of AP, the standard consists of BG/DK/I/M for
a Multi-System set. The diversity here will then depend on

EN 80 LC4.8L LA9.

Circuit Descriptions, Abbreviation List, and IC Data Sheets

the region. AP China can have a Multi-System and I/DK
version. For India, it might only be BG standard.

9.8.2 Functionality

The features available in the Hercules are as follows:

• Treble and Bass Control.

• Surround Sound Effect that includes:
– Incredible Stereo.
– Incredible Mono.
– 3D Sound (not for AV Stereo).
– TruSurround (not for AV Stereo).
– Virtual Dolby Surround, VDS422 (not for AV Stereo).
– Virtual Dolby Surround, VDS423 (not for AV Stereo).
– Dolby Pro-Logic (not for AV Stereo).

• Bass Feature that includes:
– Dynamic Ultra-Bass.
– Dynamic Bass Enhancement.
– BBE (not for AV Stereo).

• Auto-Volume Leveler.

• 5 Band Equalizer.

• Loudness Control.

All the features stated are available for the Full Stereo versions
and limited features for the AV Stereo

9.8.3 Audio Amplifier

The audio amplifier part is very straightforward. It uses two
integrated TDA8931T power amplifiers for the L and R
channels; each amplifier IC is able to deliver a maximum output
of 20 W

continuously in a 4-6 ohm speaker without needing

RMS

a heatsink.
The operating supply for the amplifier may range from 12 V to
32 V; in the LC04x TV set, depending on the model, supply
voltages of 18 V (for the 5 W / 8 ohm version) or 24 V (for the
15 W / 4 ohm version) are used.
Muting is done via the SOUND_ENABLE line connected to pins
7 of both amplifier-ICs, which comes from the Hercules.

IIC BUS1

Tun e r

IIC BUS 2

NVM

78 DDC_SDA_VGA

77 DDC_SCL_VGA

82 GPIO1

81 GPIO0

90 GPIO7

111

GPIO23

+3V3STBY

92
NVRAM
_SCL

103 106 107 108

HIGH or
LOW
level input

NVM_WP

83
GPIO2

5 6 7

ROM_DATA0-7

Flash ROM

93
NVRAM
_SDA

SCL

HREC

RST

Sel IF/
SDM

Status1

Light
Sense

P50_LINE_ITV_IR_SW

ComPair

Sound

Amp

Sound_Enable

127

111

P1.4

P2.0

114
P2.3

116
ADC1

115
ADC0

HERCULES SCALER

123
P2.5

97

102

122

INT0

P0.4

P2.4

RC

MUX

EXT_MUTE

TV_IR

Standby

NVM

NVM_WP

104
P0.2

SDA 109

SCL 108

ADC3 120

128
P1.5

POWER
DOWN

TV_IRQ

INT1 98

TV_SC_COM

P1.1 99

Keyboard

POWER_DOWN

126
INT2

SDA

Figure 9-5 Micro Controller block diagram

9.9.3 Basic Specification

The Micro Controller operates at the following supply voltages:

• +3.3 V

• +1.8 V

•I

at pins 4, 88, 94, and 109.

DC

at pins 93, 96, and 117.

DC

2

C pull up supply: +3.3VDC.

9.9.4 Pin Configuration and Functionality

The ports of the Micro Controller can be configured as follows:

• A normal input port.

• An input ADC port.

• An output Open Drain port.

• An output Push-Pull port.

• An output PWM port.

• Input/Output Port

The following table shows the ports used for the LC04 control:

72

71

GPROBE for Debug
or ComPair(Scaler)

1407
1406
1405

187193194

85

(GPIO4)

88

(GPIO5)

89

(GPIO6)

68

(PBIAS)

67

(PPWR)

99

(PWM1)

98

(GPIO11/

PWM0)

ROM_ADD0-17

PC_DET

SD_PCHD_SEL

PC_HD_SEL

LAMP_ON_OFF

PANEL_PWR_CTL

HD_FILTER

BACK_LIGHT_ADJ1

E_14490_062.eps

+3V3STBY

160904

9.8.4 Audio: Lip Sync

No Lip Sync adjustments are necessary in this model.

9.9 Control

9.9.1 Hercules

The System Board has two main micro-controllers on board.
These are:

• On-chip x86 micro-controller (OCM) from Genesis LCD TV/
Monitor Controller.

• On-chip 80C51 micro-controller from Philips
Semiconductor UOCIII (Hercules) series.

Each micro-controller has it own I
internal devices.
The Hercules is integrated with the Video and Audio Processor.
For dynamic data storage, such as SMART PICTURE and
SMART SOUND settings, an external NVM IC is being used.
Another feature includes an optional Teletext/Closed Caption
decoder with the possibility of different page storage depending
on the Hercules type number.

9.9.2 Block Diagram

The block diagram of the Micro Controller application is shown
below.

2

C bus which hosts its own

Table 9-2 Micro Controller ports overview

Pin Name Description Configuration

97 INT0/ P0.5 IR INT0
98 P1.0/ INT1 TV_IRQ INT2
99 P1.1/ T0 TV_SC_COM P1.1
102 P0.4/ I2SWS EXT_MUTE P0.4
103 P0.3/ I2SCLK Lip Sync I2SCLK
104 P0.2/ I2SDO2 NVM_WP P0.2
105 P0.1/ I2SDO1 Lip Sync I2SDO1
106 P0.0/ I2SDI/O Lip Sync I2SDI/O
107 P1.3/ T1 PC-TV_LED P1.3
108 P1.6/ SCL SCL SCL
109 P1.7/ SDA SDA SDA
111 P2.0/ TPWM SOUND_ENABLE P2.0
112 P2.1/ PWM0 (for future use) ­113 P2.2/ PWM1 (for future use) ­114 P2.3/ PWM2 SEL_IF P2.3
115 P3.0/ ADC0 Light Sensor - SDM ADC0
116 P3.1/ ADC1 STATUS_1 ADC1
119 P3.2/ ADC2 STATUS_2 ADC2
120 P3.3/ ADC3 KEYBOARD ADC3
122 P2.4/ PWM3 STANDBY P2.4
123 P2.5/ PWM4 (for future use) ­126 P1.2/ INT2 (for future use) ­127 P1.4/ RX HERC_RESET ­128 P1.5/ TX POWER_DOWN P1.5

Circuit Descriptions, Abbreviation List, and IC Data Sheets

EN 81LC4.8L LA 9.

The description of each functional pin is explained below:

• LED. This signal is used as an indication for the Standby,
Remote and Error Indicator. Region diversity:
– During protection mode, the LED blinks and the set is

in standby mode.
– During error conditions it blinks at a predefined rate.
– After receiving a valid RC-5 or local keyboard

command it flashes once.
– For sets with error message indication, the LED blinks

when message is active and the set is in standby

mode.

• SCL. This is the clock wire of the two-wire single master bi­directional I

• SDA. This is the data wire of the two-wire single master bi­directional I

2

C bus.

2

C bus.

• STANDBY. The Hercules generates this signal. This can
enable the power supply in normal operation and disable it
during Standby. It is of logic “high” (3.3 V) under normal
operation and “low” (0 V) during Standby.

• IR. This input pin is connected to an RC5 remote control
receiver.

• SEL-IF. This is an output pin to switch the Video SAW filter
between M system and other systems.
– 0: NTSC M (default)
– 1: PAL B/G, DK, I, L

• NVM_WP. The global protection line is used to enable and
disable write protection to the NVM. When write to the NVM
is required, pin 7 of the NVM must be pulled to logic ‘0’ first
(via Write_Protect of the micro-controller pin) before a write
is performed. Otherwise pin 7 of NVM must always be at
logic “1”
– 0: Disabled
– 1: Enabled (default)

• SOUND_ENABLE. This pin is used to MUTE the audio
amplifier. It is configured as push pull.

• STATUS_1. This signal is used to read the status of the
SCART 1 input.

• STATUS_2. This signal is used to read the status of the
SCART 2 input.

• HERC_RESET. This pin is used to switch the +1.8V
supply.

• POWER_DOWN. The power supply generates this signal.
Logic “high” (3.3 V) under normal operation of the TV and
goes “low” (0 V) when the Mains input voltage supply goes
below 70 V

.

AC

• KEYBOARD. Following are the Keyboard functions and
the step values (8 bit) for it.

Table 9-3 Local keyboard values

Function

Voltage
(V

DC

)

Step values (8
bit)

NAFTA Standby 0 0 - 6
Ch + 0.43 7 - 33
Exit Factory (Ch- and Vol-) 0.69 34 - 53
Ch - 0.93 54 - 73
Menu (Vol - and Vol +) 1.19 74 - 96
Vol - 1.49 97 - 121
DVD Eject 1.8 122 - 147
Vol + 2.12 148 - 169

• TV_IRQ. This signal is the interrupt from the Scaler IC.

• TV_SC_COM. This signal is used for the communication
with the Scaler IC.

• EXT_MUTE. This signal is used to reduce the Switch-off
plop.

9.10 Abbreviation List

1080i 1080 visible lines, interlaced
1080p 1080 visible lines, progressive scan
2CS 2 Carrier Sound (or 2 Channel Stereo)
480i 480 visible lines, interlaced
480p 480 visible lines, progressive scan
ADC Analogue to Digital Converter
AFC Automatic Frequency Control; Control

signal used to tune and lock to the
correct frequency

AGC Automatic gain control (feedback)

signal to the tuner. This circuit ensures
a constant output amplitude
regardless of the input amplitude

AM Amplitude Modulation; A "data

encoding to a carrier" method, such
that the carrier amplitude is

proportional to the data value
AP or A/P Asia Pacific
AR Aspect Ratio: 4 by 3 or 16 by 9
ASD Automatic Standard Detection
AV External Audio Video
B/G Monochrome TV system. Sound

carrier distance is 5.5 MHz. B= VHF-

band, G= UHF-band
CBA Circuit Board Assembly (also called

PCB or PWB)
CL Constant Level: audio output to

connect with an external amplifier
CLUT Color Look-Up Table
COLUMBUS Color LUMinance Baseband Universal

Subsystem. IC performing noise

reduction and 2D/3D comb filtering
ComPair Computer aided rePair. A tool for

diagnosing a TV through a PC

controlled interface
CSM Customer Service Mode
CVBS Composite Video and Blanking Signal;

A single video signal that contains

luminance, color, and timing

information
DAC Digital to Analogue Converter
DBE Dynamic Bass Enhancement: extra

low frequency amplification
DFU Directions For Use: Owner's manual
DNR Dynamic Noise Reduction / Digital

Noise Reduction; Noise reduction

feature of the set
DRAM Dynamic RAM; dynamically refreshed

RAM
DSP Digital Signal Processing
EEPROM Electrically Erasable and

Programmable Read Only Memory
EPG Electronic Program Guide: system

used by broadcasters to transmit TV

guide information (= NexTView)
EU Europe
EXT EXTernal (source), entering the set by

SCART or by cinches (jacks)
FBL Fast BLanking; DC signal

accompanying RGB signals. To blank

the video signal when it is returning

from the right side of the screen to the

left side. The video level is brought

down below the black video level
FM Field Memory; A memory chip that is

capable of storing one or more TV

picture fields / Frequency Modulation;

A technique that sends data as

frequency variations of a carrier signal
FRC Frame Rate Converter
FRONT-C Front input chrominance (SVHS)

EN 82 LC4.8L LA9.

Circuit Descriptions, Abbreviation List, and IC Data Sheets

FRONT-Y_CVBS Front input luminance or CVBS

(SVHS)
H H_sync to the module
HA Horizontal Acquisition; horizontal sync

pulse
HD High Definition
HP HeadPhone
I Monochrome TV system. Sound

carrier distance is 6.0 MHz. VHF- and

2

I

C Integrated IC bus

2

I

S Integrated IC Sound bus

UHF-band

IC Integrated Circuit
IF Intermediate Frequency
IR Infra Red
IRQ Interrupt ReQuest
LATAM LATin AMerica
LCD Liquid Crystal Display
LED Light Emitting Diode; A semiconductor

diode that emits light when a current is

passed through it
L/L' Monochrome TV system. Sound

carrier distance is 6.5 MHz. L' is Band

I, L is all bands except for Band I
LS LoudSpeaker
LVDS Low Voltage Differential Signalling,

data transmission system for high

speed and low EMI communication.
M/N Monochrome TV system. Sound

carrier distance is 4.5 MHz. M= 525

lines @ 60 Hz, N= 625 lines @ 50 Hz
MOSFET Metal Oxide Semiconductor Field

Effect Transistor
MSP Multi-standard Sound Processor: ITT

sound decoder
MUTE MUTE Line
NC Not Connected
NICAM Near Instantaneously Companded

Audio Multiplexing; This is a digital

sound system, mainly used in Europe
NTSC National Television Standard

Committee. Color system used mainly

in North America and Japan. Color

carrier NTSC M/N = 3.579545 MHz,

NTSC 4.43 = 4.433619 MHz (this is a

VCR norm, it is not transmitted off-air)
NVM Non Volatile Memory; IC containing

data such as alignment values, preset

stations
O/C Open Circuit
OSD On Screen Display
PAL Phase Alternating Line. Color system

used mainly in Western Europe (color

carrier = 4.433619 MHz) and South

America (color carrier PAL M =

3.575612 MHz and PAL N = 3.582056

MHz)
PC Personal Computer
PCB Printed Circuit Board (or PWB)
PIP Picture In Picture
PLL Phase Locked Loop. Used, for

example, in FST tuning systems. The

customer can directly provide the

desired frequency
PWB Printed Wiring Board (also called PCB

or CBA)
RAM Random Access Memory
RC Remote Control transmitter
RGB Red, Green, and Blue color space;

The primary color signals for TV. By

mixing levels of R, G, and B, all colors

(Y/C) are reproduced
RGBHV Red, Green, Blue, Horizontal sync,

and Vertical sync
ROM Read Only Memory

SAM Service Alignment Mode
SC SandCastle: two-level pulse derived

from sync signals
S/C Short Circuit
SCART Syndicat des Constructeurs

d'Appareils Radiorécepteurs et

Téléviseurs; This is a 21-pin connector

used in EU, that carries various audio,

video, and control signals (it is also

called Péritel connector)
SCL Serial CLock Signal on I
SD Standard Definition
SDA Serial DAta Signal on I

2

C bus

2

C bus
SDRAM Synchronous DRAM
SECAM SÉquence Couleur Avec Mémoire;

Colour system mainly used in France
and East Europe. The chroma is FM
modulated and the R-Y and B-Y
signals are transmitted line
sequentially. Color carriers= 4.406250

MHz and 4.250000 MHz
SIF Sound Intermediate Frequency
SMPS Switched Mode Power Supply
SND SouND
SOPS Self Oscillating Power Supply
S/PDIF Sony Philips Digital InterFace; This is

a consumer interface used to transfer

digital audio
SRAM Static RAM
STBY STandBY
SVHS Super Video Home System
SW Software or Subwoofer or Switch
THD Total Harmonic Distortion
TXT Teletext; TXT is a digital addition to

analogue TV signals that contain

textual and graphical information (25

rows x 40 columns). The information is

transmitted within the first 25 lines

during the Vertical Blank Interval (VBI)
P Microprocessor
VA Vertical Acquisition
VL Variable Level out: processed audio

output towards external amplifier
VCR Video Cassette Recorder
VGA Video Graphics Array; 640x480 (4:3)
WD Watch Dog
WYSIWYR What You See Is What You Record:

record selection that follows main

picture and sound
XTAL Quartz crystal
Y Luminance signal
Y/C Y consists of luminance signal,

blanking level and sync; C consists of

chroma (color) signal
YPbPr This is a scaled version of the YUV

color space. Y= Luminance, Pb/Pr=

Color difference signals B-Y and R-Y,

other amplitudes w.r.t. to YUV
YUV Color space used by the NTSC and

PAL video systems. Y is the luminance

and U/V are the color difference

signals

Circuit Descriptions, Abbreviation List, and IC Data Sheets

9.11 IC Data Sheets

This section shows the internal block diagrams and pin layouts
of ICs that are drawn as "black boxes" in the electrical diagrams
(with the exception of "memory" and "logic" ICs).

9.11.1 Diagram B2, Type TDA15021H (IC7217, Hercules)

EN 83LC4.8L LA 9.

Block Diagram

kcolB

VD/NIFIS

NIB

/OVFI/OBVD

ORMF

ORMF/OBVD

TUOC

GA

NIFIV

I

/OVS/OVF
ISBVC
CNYSY

2

C

Y/2SBV

3Y/3SBV

C

C/2

3

C

4

C

/OSBVC

PIP

V

4Y/4SBVC

n

2

H

Pin Configuration

1

P1.5/TX

2

P1.4/RX

3

P1.2/INT2

4

VSSC3

5

VDDC3

P2.5/PWM4

6

P2.4/PWM3

7
8

VSSC1/P

P3.3/ADC3

9

10

P3.2/ADC2

DECV1V8

11

VDDC1(1.8)

12

P3.1/ADC1

13

P3.0/ADC0

14

P2.3/PWM2

15

P2.2/PWM1

16
17

P2.1/PWM0

18

P2.0/PMW

VDDP(3.3V)

19

20

P1.7/SDA
P1.6/SCL

21
22

P1.3/T1

P0.0/I2SDI1

23

P0.1/I2SDO1

24

P0.2/I2SDO2

25

P0.3/I2SCLK

26

P0.4/I2SWS

27

VSSC2

28

29

VDDC2
P1.1/T0

30

P1.O/INT1

31

32

INT0/P0.5

secorp VT ”oerets-VA“ eht fo margaid

FISS

TUOMA/OSSQ

OFER

HCTIWS

FI DNUOS SSQ

CGA

EXIM SSQ

R

ROTALUDOMED MA

CFA/CGA/FI NOISIV

.DOMED LLP

PART DNUOS

YALED PUORG

.PMA OEDIV

C

HCTIWS OEDIV

.TNEDI OEDI

SRETLIF OEDIV

Y

YS V/H

.PES CN

V/H

LLP + .CSO-H

d

POOL

TFIHS-H

EVIRD-

TUOH

RSL+LSL_GEN_FERV

LSL_SOP_FERV

)V3.3(3ADDV

4

4CDDV

2PSSV

C
SS

V

521

721

321

421

621

821

LLP DNUOS

SISAHPMEED

REDOCED

LATIGID

H4/H2

RETLIF BMOC

.JDA YALED Y

V

LACITRE

TSEW-TSAE &

YRTEMOEG

VIRD-V

E

R

LPH+RSL_SOP_FERV

P
H+LPH_

RPH_SOP_FERV

G
E

TU

N

NILATX

_FERV

OL
A

TX

121

221

021

91

811

1

PSD oidua htiw ros

TUO/NI HCNIC/TRACS

TCEL

A

ES OIDU

CAD/CDA

MA

DNAB-E

CSTN/MACES/LAP

E

DWE

1
A
SS

V

711

SAB

ENIL YALED

FER

TRESNI

PY/BGR

RPB

E

Y

CAFRETNI VU

o

Y

iY

oUoV

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LB

Y/G

P/R

P/B

R

B

LB

1OWS

OIWS/DRAUGV

GIDCED

FL2HP

1
P
V

311

411

511

611

DWE/LVA

LLPCES

G

FL1HP

1DNG

BRDV

B
C
E
D

111

211

701

801

011

90
1

Pin configuration “stereo” and “AV-stereo” versions with Audio DSP

QFP-128 0.8 mm pitch “face down version”

4

3

3

3

)

c

8.

d
a

1(

SSV

c
d
aD

D
V

9

24

0

7

5

8

6

3

3

)V3.3

)
V

8.
1(

(
2ADDV

A
DD

V

1

3

4

3

3

4
)

.

A

S

G

OB

D

V3.

E

DN

A

O

F

N

P

3

E

_DAFERV

_DA

(1A

G

R
V

F

D

E

D

R

V

V

7

84

54

34

64

44

4

3DNG

3P

OR

N

NIL

OG

I
K

V

L

C

B

B

35

0

25

15

94

5

)2

)1OWS(TUO

3WSSNI

3-

3-

3-

B

P/B

-

R

Y/

WSNI(

P

/

G

R

T
U
O

V

U

B

Y/G

45

S2I

P/

B

1N

ARDV

IF
IV

501

601

55

T
U
O
Y

L

μ REDOCED TXETELET DNA ROSSECORP-

ID

YUV IN/OUT

iUiV

P/R

R

)xC()xY/xSBVC(

2
N

IFIV

CSV

301

401

85

75

65

)2-

)X-Y/SBVC/2-Y
C
N

B

Y

P

/B(

SY

NIU

/

G(NIY

TUO-SL

TUO-PH

R

RL

LORTNOC OIDUA

EMULOV

SSAB/ELBBERT

SERUTAEF

sCAD

ATIG

GNIKAEP

YTICOLEV NACS

NOITALUDOM

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Y

TNIT V/U

2NIF

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I

FIS/1N

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S/2NIBVD

FIDNG

I

FERI

BVD

101

001

201

16

06

95

)

b

b

X

m

-

moc

ocS

C

/
2-

DD

S

R

V

V

P/R(NIV

MEVACS

TXET NO

ENOT NIKS

NOITARUTAS

TU
O

OTHE

CG
A

9

79

8

9

9

26

4

36

6

TUO

Y

M

S

V

C

S

/OS

H

I
BF

SDR

GNISSECORP LANGIS L

SERUTAEF

B

.NOC

CCC

IRB

XIRTAM BGR

TS EULB

TAS

AVL/SWO/SSIF/
REFIN/REFOUT

96

95

AUDIOIN5L

94

AUDIOIN5R
AUDOUTSL

93

92

AUDOUTSR

91

DECSDEM
AMOUT/QSSO/AUDEEM

90

89

GND2

PLLIF

88
87

SIFAGC/DVBAGC
DVBO//IFVO/FMRO

86
85

DVBO/FMRO

84

VCC8V

83

AGC2SIF

82

VP2

SVO/IFOUT/CVBSI

81

80

AUDIOIN4L
AUDIOIN4R

79
78

CVBS4/Y4

77

C4

76

AUDIOIN2L/SSIF
AUDIOIN2R

75
74

CVBS2/Y2

AUDIOIN3L

73
72

AUDIOIN3R

CVBS3/Y3

71
70

C2/C3

69

AUDOUTLSL

68

AUDOUTLSR

67

AUDOUTHPL

66

AUDOUTHPR

65

CVBSO/PIP

LORTNOC BGR

TRESNI TXET/DSO

NTHGIRB/RTNOC

.JDA .P-ETIHW

HCTER

HCTERTS KCALB

LORTNOC AMMAG

RCBGRL

S

MV

E_14490_063.eps

sO/I

OR

OG

OB

NILCB
NIKLB

240505

Figure 9-6 Internal block diagram and pin configuration

EN 84 LC4.8L LA9.

9.11.2 Diagram B19, Type T6TU5XB (IC7M00, Columbus)

Circuit Descriptions, Abbreviation List, and IC Data Sheets

Figure 1 Package outline (top view)

123456789101112131415

WEB/

UVA0

UVA2

UVA4

UVA6

A

B

DAVB

YB8 VSS

/Di0

/Di2

UVA1

/Di1

/Di4

UVA3

/Di3

/Di6

UVA5

/Di5

UVA8

/Di8

UVA7

/Di7

SEL656 T ST1 YA2 YA4 YA6 YA8 VA HREF SDA

YA 0

BISTEN YA1 YA3 YA5 YA7

/Di9

WEA/
DAVA

VSS SCL

A

B

YB7 YB6 VSS VDDS VSS VSS VDDC VDDC VSS VSS VDDC VDDS VSS SNDA SNRST

C

YB5 YB4 VDDC N.C. VSS SNCL TCK

D

YB3 YB2 VSS VDDC TMS TDO

E

TST2 YB1 VSS VSS TRST TDI

F

G

H

K

M

N

P

R

CLKASB

CLKASA

UVB7

J

UVB5

UVB3

L

UVB1

YB0

VDDS

/Do9

UVB8/

UVB6/

/Do7

UVB4/

/Do5

/Do3

/Do1

AVD N.C. VDDS VSS VSS VDDC VSS VDDS VDDC VSS VDDS VSS VSS VDDS DQ13

AVS VSS A7 A9 A2 A0 A11 DQ7 DQ6 DQ4 DQ3 DQ1 VDDS VSS DQ12

A4 A5 A6 A8 A3 A1 A10 DQ8 VSS DQ5 VSS DQ2 DQ9 DQ10 DQ11

TST3

Do8

VSS VSS CLK W EN

Do6

VDDC

Do4

UVB2

UVB0

VSS VDDS DQM DQ16

/Do2

VDDS VSS DQ14 DQ15

/Do0

COLUMBUS

TOP-VIEW

PPA Version 2.7

VDDS A0ICC RESET

VDDC

VSS CASN RASN

123456789101112131415

CLK
EXT

C

D

E

F

G

CLKSEL

H

J

K

L

M

N

P

R

E_14600_059.eps

200804

Figure 9-7 Pin configuration

Circuit Descriptions, Abbreviation List, and IC Data Sheets

9.11.3 Diagram B7+B8+B9, Type GM1501 (IC7401, Genesis)

EN 85LC4.8L LA 9.

Block Diagram

14.318 MHz
Crystal

Reference

DVI-Compliant

DDC2Bi

DVI

Analog RGB

DDC2Bi

analog

8/16/24 bit

video

(4:4:4/4:2:2/

CCIR656)

8/16 bit video

4:2:2/CCIR656

Input

Input

Generation

Ultra-Reliable

Pin Configuration

A

NC

ADC_3.3 ADC_1.8 ADC_1.8

B

BLUE- BLU E+

C

GREEN- GREEN+ SOG

D

RED- RED+

E

ADC_AGNDADC_AGND ADC_3.3 ADC_AGND

F

G

H

J

K

L

M

N

P

R

T

U

V

W

Y

AA

AB

AC

AD

AE

AF

VDDD33_

NC

VDDA33_

VSSD33_

FPLL

VDDD33_

VSSA33_

SDDS

VDDD33_

VSSA33_

DDDS

RESETn

RSET_HD

OCM_INT2 OCM_INT1 AVSYNC AHSYNC

OCM_UDO OCM_UDI IR0 IR1

VGA_SDA VGA_SCL DVI_SDA DVI_SCL

OCM_CS1n OCM_CS2nMSTR_SDA MSTR_SCL

ROM_CSn OCM_REn OCM_WEn EXTCLK

OCMADDR17OCMADDR18OCMADDR

OCMADDR13OCMADDR14OCMADDR15OCMADDR

OCMADDR9OCMADDR10OCMADDR11OCMADDR

OCMADDR6OCMADDR7OCMADDR

OCMADDR3OCMADDR4OCMADDR

OCMADDR0OCMADDR1OCMADDR

OCMDATA13 OCMDATA14 OCMDATA15

OCMDATA10 OCMDATA11 OCMDATA12

OCMDATA9OCMDATA6OCMDATA3OCMDATA0

OCMDATA8OCMDATA5OCMDATA2

OCMDATA7OCMDATA4OCMDATA1

12345678910111213

Parallel

2-wire

Serial I/F

Clock

JTAG

Interface

GPIO

X186

Micro-

controller

Internal

RAM

ROM

IF/external

micro

External
ROM I/F

Internal

ROM

Infra-red Rx Low

ndwidDCBa th

A

DVI Rx

Triple ADC

and PLL

Test Pattern

Generator

ADC_3.3

Image

Capture

Measure

ADC_DGND

Image

Capture

Measure

ment

and

ment

and

Graphics

Shrink

Filter

Frame

Store

Control

Motion

Video

Adapt.

Shrink

3:2/2:2

Filter

detection

DDR SDRAM

I/F

ADC_DGND

RXC+ DVI_GND RX0+ RX1+ RX2+ DVI_GND LBADC_IN3 D_GND

DVI_GND RX C- DVI_GND RX0- RX1- RX2- REXT LBADC_IN2 D_GND

Graphics

Zoom

Filter

OSD

Controller

Color Table

RAMs

Video
Zoom

Filter

ADC_AGND NC DVI_3.3 DVI_GND DVI_3.3 DVI_3.3 DVI_3.3 DVI_3.3 LBADC_IN1 LBADC_33

ADC_3.3 ADC_AGND NC DVI_1.8 DVI_GND DVI_1.8 DVI_1.8 DVI_1.8 DVI_GND

VSSA33_

RPLL

TCLK XTAL

VDDA33_

SDDS

VDDA33_

DDDS

NC

OCM_CS0n

19

VDDA33_

RPLL

VSSA33_

FPLL

VSSD33_

SDDS

VSSD33_

DDDS

PLL

PLL

SDDS

DDDS

ACS_

16

12

IO_3.3

8

IO_3.3

5

IO_3.3

2

IO_3.3

IO_3.3

GPIO_G09_ B0

DERED0

(

GPIO_G09_ B1

DERED1

(

GPIO_G09_ B2

(

DEGRN0

GPIO_G09_ B3

(

DEGRN1

GPIO_G09_ B4

)

(

DEBLU0

GPIO_G09_ B5

)

(

DEBLU1

IO_3.3 DCLK IO_3.3

)

GPIO_G08_ B0

)

(

DORED0

GPIO_G08_ B1

)

(

DORED1

GPIO_G08_ B2

)

(

DOGRN0

)

GPIO_G08_ B3

)

(

DOGRN1

GPIO_G08_ B4

)

(

DOBLU0

DEN

)

)

GPIO_G08_ B5

(

DOBLU1

GPIO_G07_ B0

(

DERED2

GPIO_G07_ B1

(

DERED3

GPIO_G07_ B2

(

DERED4

GPIO_G07_ B3

)

(

DERED5

GPIO_G07_ B4

)

(

DERED6

GPIO_G07_ B5

)

(

DERED7

Pulse Width

Modulator

TTL/

LVDS

Tx

Display
Timing
Generator

TM

Output

Blender

RealColor

LBADC_

RETURN

CORE_1.8 CORE_1.8 D_GND D_GND

D_GND CORE_1.8 D_GND D_GND

D_GND D_GND D_GND D_GND

D_GND D_GND D_GND D_GND

D_GND D_GND D_GND D_GND

D_GND D_GND D_GND D_GND

D_GND CORE_1.8 D_GND D_GND

CORE_1.8 CORE_1.8 D_GND D_GND

SHIELD[1]

IO_3.3

)

GPIO_G07_ B6

)

DERED8

(

GPIO_G07_ B7

)

DERED9

(

SHIELD[0]

)

(DEGRN2)

)

)

(DEGRN3)

SHIELD[2]
(DEGRN4)

SHIELD[3]
(DEGRN5)

B3+

(DEGRN6)

LVDSB_3.3

LVDSB_3.3 LVDSB_3.3

BC+

(DEGRN8)

B3-

(DEGRN7)

E_14490_099.eps

LBADC_GND

LVDSB_GND

SHIELD[4]
(DEBLU2)

BC-

(DEGRN9)

241204

Panel Data

/Control

Figure 9-8 Internal block diagram and pin configuration

EN 86 LC4.8L LA9.

Circuit Descriptions, Abbreviation List, and IC Data Sheets

9.11.4 Diagram B12, Type S9993CT (IC7D03, HDMI Panellink), Reserved

Block Diagram

INT

RESET#

DSDA

DSCL

R_EXT

RXC±

RX0±

RX1±

RX2±

I2C

Slave

HDCP

Keys

EEPROM

PanelLink

TMDS

Digital

Core

TM

Registers

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

Configuration

Logic Block

HDCP

Decryption

Engine

XOR
Mask

control
signals

control

signals

Mode

Control

I2C

Slave

Aux Data

Logic
Block

Audio

Data

Decode

Logic
Block

Video

Color

Space

Converter

Up/Down
Sampling

CSDA

CSCL

MCLK

Gen

24

Video

30

DAC

MCLKOUT

MCLKIN

SCK

WS

SD0

SPDIF

DE

HSYNC

VSYNC

ODCK

Q[23:0]

AnGY
AnRPr
AnBPb

Pin Configuration

Q1549

Q1450

Q13

51

Q12

52

Q11

53

Q10

54

Q9

55

OVCC

56

OGND

57

Q8

58

Q7

59

Q6

60

Q5

61

Q4

62

Q3

63

64

VCC

65

GND

OGND

66

OVCC

67

Q2

68

Q1

69

70

Q0

INT

71

72

RESET#

73

RSVDL

74

CSCL

75

CSDA

76

77

DSCL

DSDA

Figure 9-9 Internal block diagram and pin configuration

SETR

OMPC

OGN D28

SPD I F29

SD O30

WS31

SC K32

HSYNC33

VSYNC34

DE35

Q2336

VC C40

GND41

Q1942

Q1843

Q1744

OGN D45

ODC K46

OVC C47

Q1648

Q2237

Q2138

Q20

39

SiI 9993

100-Pin

TQFP

(Top View)

79

OGN D 7 8

84

RXC- 83

RXC+

AGN D

AVCC 82

PVCC180PGND1

EXT _ R E S

85

81

90

91

RX0- 86

RX1-

RX0+ 87

RX1+ 92

AVCC 89

AGN D

AGND 88

AVCC 95

AGN D 94

AVCC 93

MCLKOUT26

MCLKIN27

N/C25

PLLIN

24

PVCC2

23

PGND222

OVCC21

RSVDO20

RSVDO19

RSVDL18

VCC17

GND16

AnBPb15

DACVCCB14

DACGNDB13

AnGY12

DACVCCG11

DACGNDG10

RSET9

COMP8

AnRPr7

DACVCCR6

DACGNDR5

N/C4

3

N/C

DACGND

2

DACVCC1

100

99

VC C

GND

RX2- 96

RX2+ 97

AGN D 98

E_14620_149.eps

170305

10. Spare Parts List

10.1 Spare Parts List

Not applicable for this chassis (LFL).

10.2 Diversity Table SSB

Spare Parts List

EN 87LC4.8L LA 10.

Item

1201 A6 B2 - X ­1202 F9 B2 X - X
2205 F3 B2 - X ­2206 F4 B2 - X ­2207 F4 B2 X - X
2210 B5 B2 X - X
2211 B5 B2 X - X
2214 B5 B2 X - X
2216 B6 B2 X - X
2219 A6 B2 - X ­2220 B6 B2 - X ­2224 B8 B2 - X ­2237 D4 B2 X - X
2238 D4 B2 X - X
2239 D4 B2 X - X
2240 D4 B2 - X ­2244 E5 B2 - X ­2245 E5 B2 - X ­2246 E5 B2 - X ­2248 F6 B2 - X ­2249 F6 B2 - X ­2260 F7 B2 - X ­2275 F9 B2 - X ­2277 E9 B2 X - X
2280 A2 B2 X - X
2281 A2 B2 X - X
2285 F5 B2 X - X
2287 G6 B2 - X ­3207 B5 B2 X - X
3208 B5 B2 X - X
3209 B5 B2 X - X
3210 B5 B2 X - X
3211 B5 B2 X - X
3212 A5 B2 X - X
3213 A6 B2 X - X
3214 B6 B2 X - X
3215 A6 B2 X - X
3228 C2 B2 - X ­3229 B8 B2 X - X
3235 A9 B2 X - X
3244 C2 B2 - X ­3250 C1 B2 - X ­3251 C3 B2 - X ­3252 D3 B2 - X ­3253 D3 B2 - X ­3254 E3 B2 - X ­3255 D1 B2 - X ­3256 D2 B2 - X ­3257 D2 B2 - X ­3258 E1 B2 - X ­3259 E2 B2 - X ­3260 E2 B2 - X ­3270 F6 B2 - X ­3271 F6 B2 - X ­3278 E10 B2 - X ­3279 F10 B2 - X ­3282 F2 B2 - X ­3283 B7 B2 - X ­3284 B7 B2 - X ­3285 G6 B2 X - X
3287 B7 B2 - X ­3288 B7 B2 - X ­3289 C2 B2 - X ­4206 E2 B2 X - X
4208 D2 B2 - X ­4209 D2 B2 - X -

Coordinate

Schematic

32PFL5312/78

37PFL7312/77

42PFL7312/78

Item

4213 F4 B2 - X ­4214 F5 B2 - X ­4215 F5 B2 - X ­5202 B5 B2 X - X
7202 B2 B2 - X ­7203 B2 B2 - X ­7204 A3 B2 - X ­7205 A4 B2 - X ­7208 D1 B2 - X ­7209 D1 B2 - X ­7210 C2 B2 - X ­7211 E3 B2 - X ­7216 F3 B2 - X ­7218 F10 B2 - X ­7219 E1 B2 - X ­2449 E4 B3 X - X
3431 A3 B3 X - X
3451 A5 B3 X - X
3453 B6 B3 X - X
3454 B7 B3 X - X
3455 C6 B3 X - X
3456 C7 B3 X - X
3458 D2 B3 X - X
3459 D4 B3 X - X
3461 E2 B3 X - X
3462 E4 B3 X - X
4440 D2 B3 X - X
4441 E2 B3 X - X
6430 A3 B3 X - X
6431 B3 B3 X - X
7430 B3 B3 X - X
2603 A5 B5 X - X
2604 A6 B5 X - X
2605 B6 B5 X - X
2608 B5 B5 X - X
2609 B6 B5 X - X
2610 B6 B5 X - X
2611 B6 B5 X - X
2612 E9 B5 - - X
2613 C8 B5 X - ­2614 B8 B5 X - X
2615 A8 B5 X - X
2616 A4 B5 X - ­2617 B4 B5 X - ­2618 B8 B5 X - X
2619 F5 B5 X - ­3604 A6 B5 X - X
3605 A7 B5 X - X
3609 B6 B5 X - X
3610 B6 B5 X - X
3611 B6 B5 X - X
3612 B7 B5 X - X
3615 C7 B5 X - ­3616 E9 B5 - - X
3617 C9 B5 - - X
3618 C8 B5 X - ­3619 D8 B5 - - X
3620 E8 B5 - - X
3623 F5 B5 X - ­3625 C6 B5 X - ­3627 D2 B5 X - ­3628 D5 B5 - - X
3629 E5 B5 - - X
3630 E5 B5 X - X
3631 F5 B5 X - X
3632 A9 B5 - - X

Coordinate

Schematic

32PFL5312/78

37PFL7312/77

42PFL7312/78

EN 88 LC4.8L LA10.

Spare Parts List

Item

3633 B9 B5 - - X
4601 D2 B5 - - X
4602 C8 B5 X - ­4603 F8 B5 X - ­4606 C7 B5 - - X
4609 A9 B5 X - ­4610 B9 B5 X - ­4611 B4 B5 X - ­4612 B4 B5 X - ­4613 D2 B5 X - ­4614 F8 B5 - - X
4615 F8 B5 - - X
4616 C4 B5 X - ­4617 C5 B5 - - X
4618 A4 B5 - - X
4619 B4 B5 - - X
4620 E5 B5 X - ­4621 E5 B5 - - X
6601 E4 B5 X - X
7603 E8 B5 - - X
7604 D8 B5 - - X
7605 E4 B5 X - X
7607 C7 B5 X - ­2701 B10 B6 X - X
2704 B2 B6 X - X
2706 B2 B6 - - X
2708 C2 B6 - - X
2709 C2 B6 - - X
2710 D1 B6 - - X
2711 D1 B6 - - X
2713 D4 B6 - - X
2714 D3 B6 - - X
2715 D3 B6 - - X
2716 D5 B6 X - X
2730 F1 B6 X - X
2731 G4 B6 X - X
2733 F2 B6 X - X
2734 F2 B6 X - X
2735 F5 B6 X - X
2736 E5 B6 X - X
2737 G5 B6 X - X
2738 G1 B6 X - X
2739 G2 B6 X - X
2741 G2 B6 - - X
2750 F8 B6 X - X
2751 B8 B6 X - X
2752 B9 B6 X - X
2753 E7 B6 X - X
2755 F8 B6 X - X
2756 E9 B6 X - X
2757 F10 B6 X - X
2758 F10 B6 X - X
2760 C8 B6 X - X
2761 G8 B6 - - X
2762 F8 B6 - - X
3708 C1 B6 - - X
3709 C2 B6 - - X
3712 D4 B6 - - X
3713 D4 B6 - - X
3716 D4 B6 - - X
3732 F3 B6 X - X
3733 G3 B6 X - X
3734 D10 B6 X - X
3735 F4 B6 X - X
3736 F2 B6 X - X
3740 G1 B6 - - X
3741 G1 B6 - - X
3742 G2 B6 - - X
3743 G3 B6 - - X
3750 F8 B6 X - X
3751 E7 B6 X - X
3752 E7 B6 X - X
3753 E7 B6 X - X
3754 E8 B6 X - X
3755 B8 B6 X - X
3758 B7 B6 X - X
3759 F7 B6 X - X
3760 B8 B6 X - X

Coordinate

Schematic

32PFL5312/78

37PFL7312/77

42PFL7312/78

Item

3761 G8 B6 - - X
4710 E5 B6 X - X
5700 B10 B6 X - X
5704 B3 B6 - - X
5709 C1 B6 - - X
5712 D3 B6 - - X
5713 D4 B6 - - X
5730 E1 B6 X - X
5733 F4 B6 X - X
5735 F4 B6 X - X
5737 F4 B6 X - X
5738 G1 B6 X - X
5752 E7 B6 X - X
5753 E10 B6 X - X
5754 E10 B6 X - X
5756 A8 B6 X - X
5757 B9 B6 X - X
6701 G7 B6 - - X
6708 C1 B6 - - X
6709 C2 B6 - - X
6712 D3 B6 - - X
6733 F4 B6 X - X
6735 E5 B6 X - X
6736 E6 B6 X - X
6740 G1 B6 - - X
6751 E10 B6 X - X
7708 B3 B6 - - X
7710 C2 B6 - - X
7730 E3 B6 X - X
7735 F4 B6 X - X
7738 G1 B6 X - X
7741 G2 B6 - - X
7742 G3 B6 - - X
7752 D8 B6 X - X
7754 B8 B6 X - X
7755 B7 B6 X - X
7756 G7 B6 X - X
7758 F9 B6 X - X
1801 B12 B7 X - X
2800 A1 B7 X - X
2801 A1 B7 X - X
2802 A1 B7 X - X
2803 A1 B7 X - X
2804 A2 B7 X - X
2805 A2 B7 X - X
2806 A2 B7 X - X
2807 A2 B7 X - X
2808 A2 B7 X - X
2809 A3 B7 X - X
2810 A3 B7 X - X
2811 A3 B7 X - X
2812 A3 B7 X - X
2813 B2 B7 X - X
2814 B3 B7 X - X
2815 A9 B7 X - X
2816 A9 B7 X - X
2817 A10 B7 X - X
2818 A10 B7 X - X
2819 A10 B7 X - X
2820 A12 B7 X - X
2821 A12 B7 X - X
2822 A12 B7 X - X
2823 A10 B7 X - X
2824 A12 B7 X - X
3800 B3 B7 X - X
3814 D6 B7 X - X
3815 D6 B7 X - X
3816 D6 B7 X - X
3817 D6 B7 X - X
3818 E6 B7 X - X
3820 F1 B7 X - X
3822 G5 B7 X - X
3824 B12 B7 X - X
3827 F13 B7 X - X
3828 F13 B7 X - X
3829 F13 B7 X - X
3831 I9 B7 X - X
3832 I9 B7 X - X

Coordinate

Schematic

32PFL5312/78

37PFL7312/77

42PFL7312/78

Spare Parts List

EN 89LC4.8L LA 10.

Item

3833 I9 B7 X - X
3834 G13 B7 X - X
3835 G13 B7 X - X
3836 G13 B7 X - X
3837 G14 B7 X - X
3838 G14 B7 X - X
3839 G3 B7 X - X
3840 I3 B7 X - X
3841 H14 B7 X - X
4801 H5 B7 X - X
7801 A11 B7 X - X
2900 D1 B8 X - X
2901 D1 B8 X - X
2902 D2 B8 X - X
2903 E1 B8 X - X
2904 E1 B8 X - X
2905 A3 B8 X - X
2906 A3 B8 X - X
2907 A4 B8 X - X
2908 A4 B8 X - X
2909 A4 B8 X - X
2910 A4 B8 X - X
2911 A4 B8 X - X
2912 A5 B8 X - X
2913 A5 B8 X - X
2914 A5 B8 X - X
2915 A5 B8 X - X
2916 A5 B8 X - X
2917 A6 B8 X - X
2918 A6 B8 X - X
2919 A7 B8 X - X
2920 A7 B8 X - X
2921 A7 B8 X - X
2922 A7 B8 X - X
2923 A7 B8 X - X
2924 A8 B8 X - X
2925 A8 B8 X - X
2926 A8 B8 X - X
2927 A8 B8 X - X
2928 A8 B8 X - X
2929 A9 B8 X - X
2930 C4 B8 X - X
2931 C4 B8 X - X
2932 C5 B8 X - X
2933 C5 B8 X - X
2934 C6 B8 X - X
2935 C7 B8 X - X
2936 C7 B8 X - X
2937 C7 B8 X - X
2938 C7 B8 X - X
2939 C7 B8 X - X
2940 B9 B8 X - X
2941 B9 B8 X - X
2942 C9 B8 X - X
2945 D10 B8 X - X
2946 D10 B8 X - X
2947 D10 B8 X - X
2948 D10 B8 X - X
2949 D10 B8 X - X
2950 E10 B8 X - X
2951 E10 B8 X - X
2952 E10 B8 X - X
2953 F8 B8 X - X
2954 F8 B8 X - X
2955 F9 B8 X - X
2956 F10 B8 X - X
2957 F10 B8 X - X
2958 F10 B8 X - X
2959 F10 B8 X - X
3900 F4 B8 X - X
3901 F7 B8 X - X
3902 F7 B8 X - X
3903 F7 B8 X - X
3904 F7 B8 X - X
5900 B1 B8 X - X
5901 B1 B8 X - X
5902 B1 B8 X - X
5903 B1 B8 X - X

Coordinate

Schematic

32PFL5312/78

37PFL7312/77

42PFL7312/78

Item

5904 B1 B8 X - X
5905 C1 B8 X - X
5906 C1 B8 X - X
5907 C1 B8 X - X
5908 C2 B8 X - X
5909 E2 B8 X - X
5910 E2 B8 X - X
5911 E2 B8 X - X
7900 C1 B8 X - X
7901 E1 B8 X - X
2A03 C7 B9 - - X
2A12 F6 B9 - - X
2A13 E8 B9 - - X
3A02 C5 B9 X - X
3A06 C7 B9 X - X
3A10 F6 B9 - - X
3A11 E7 B9 - - X
3A13 E8 B9 - - X
3A14 E9 B9 - - X
4A03 D6 B9 X - X
4A05 F6 B9 X - ­4A06 F8 B9 X - ­7A02 F6 B9 - - X

7A03 E8 B9 - - X
3C08 C5 B11 X - X
3C09 C5 B11 X - X
3C10 D5 B11 X - X
3C11 B6 B11 - X ­3C12 B6 B11 - X ­3C13 B6 B11 - X ­3D11 G4 B12 X - X
3D12 G4 B12 X - X
3D15 C11 B12 X - X
3D16 D11 B12 X - X
3D20 E12 B12 X - X

5E00 B4 B13 X - X

5E01 B8 B13 X - X

6E01 F3 B13 X - X

5E02 A10 B13 X - X

4E03 B6 B13 - X -

5E03 E3 B13 X - X

6E03 F3 B13 X - X

7E03 E3 B13 X - X

2E05 A7 B13 - X -

2E06 A7 B13 - X -

2E07 C7 B13 X - X

2E10 C7 B13 X - X

2E12 C7 B13 X - X

2E13 D7 B13 X - X

3E13 A6 B13 - X -

3E14 A6 B13 - X -

2E15 A10 B13 X - X

3E15 A6 B13 - X -

2E16 A8 B13 X - X

3E16 B6 B13 - X -

3E17 B6 B13 - X -

2E18 B8 B13 X - X

3E18 B7 B13 - X -

2E20 B8 B13 X - X

2E22 A9 B13 X - X

3E23 D7 B13 X - X

2E24 C10 B13 X - X

3E25 C10 B13 X - X

3E27 C10 B13 X - X

3E35 E5 B13 X - X

2E37 B9 B13 - X -

2E38 B9 B13 - X -

2E39 B9 B13 - X -

2E40 C10 B13 - X X

3E49 F6 B13 X - X

3E51 B3 B13 X - X

3E52 B3 B13 X - X

1J00 B1 B16 - X X

1J01 C1 B16 - X X

1J02 D1 B16 X X -

1J03 F1 B16 X - -

1J05 C8 B16 - X -

1J06 E8 B16 - X -

Coordinate

Schematic

32PFL5312/78

37PFL7312/77

42PFL7312/78

EN 90 LC4.8L LA10.

Spare Parts List

Item

1J07 C2 B16 - X X
1J08 C2 B16 - - X
2J03 F2 B16 X - X
2J04 D7 B16 - X ­2J05 D7 B16 - X ­2J08 D7 B16 - X ­2J10 E7 B16 - X ­2J11 E7 B16 - X ­2J12 E7 B16 - X ­2J13 E7 B16 - X ­2J14 E7 B16 - X ­2J15 E7 B16 - X ­2J16 C2 B16 - X ­2J20 C3 B16 - X ­2J23 F3 B16 X - X
2J27 C7 B16 X - X
2J28 C7 B16 X - X
2J31 D2 B16 - X X
2J33 C3 B16 - X ­2J34 C3 B16 - X ­2J36 C7 B16 X X ­3J06 B3 B16 - X ­3J07 F3 B16 - X X
4J01 D2 B16 - X X
4J02 C2 B16 - X ­5J01 B7 B16 X - X
5J02 B7 B16 X - X
5J04 C2 B16 - - X
5J05 B3 B16 - X ­1K00 A9 B17 X - X
1K01 E1 B17 X - ­1K03 A1 B17 - X ­1K04 E1 B17 - X X
2K11 E4 B17 X - X
2K15 F3 B17 X X ­3K08 F3 B17 X X ­4K01 A8 B17 - X ­4K02 F2 B17 - X X
4K03 A8 B17 - X ­4K05 A8 B17 X - X
4K06 B2 B17 - X ­5K00 A7 B17 X - X
5K01 E3 B17 X - ­6K01 B8 B17 - X X
2L04 A7 B18 X - X
2L05 A8 B18 X - X
2L15 D4 B18 - X ­2L18 E4 B18 - X ­2L20 D4 B18 X - X
2L21 D4 B18 X - X
2L24 B5 B18 X - X
2L27 A8 B18 X - X
2L34 B8 B18 X - X
2L35 B2 B18 - X ­2L38 C3 B18 - X ­3L01 B2 B18 - X ­3L03 B2 B18 - X ­3L07 C2 B18 - X ­3L08 C3 B18 - X ­3L09 C2 B18 - X ­3L12 E1 B18 X - X
3L16 E2 B18 X - X
3L19 F3 B18 X - X
3L20 F3 B18 X - X
3L21 C4 B18 X - X
3L22 D4 B18 X - X
3L23 D4 B18 - X ­3L25 C7 B18 X - X
3L27 D7 B18 X - X
3L37 E3 B18 X - X
3L39 C4 B18 - X ­4L00 D3 B18 - X ­4L03 C1 B18 - X ­4L04 B3 B18 - X ­4L05 B3 B18 X - X
5L00 B4 B18 X - X
5L01 A5 B18 X - X
5L03 C3 B18 X - X

Coordinate

Schematic

32PFL5312/78

37PFL7312/77

42PFL7312/78

Item

5L04 C3 B18 X - X

7L08 C3 B18 - X ­2M00 F2 B19 X - X
2M01 F2 B19 X - X
2M04 F2 B19 X - X
2M05 F2 B19 X - X
2M06 F2 B19 X - X
2M09 F3 B19 X - X
2M10 F3 B19 X - X
2M11 F4 B19 X - X
2M12 F4 B19 X - X
2M13 F5 B19 X - X
2M14 F5 B19 X - X
2M15 F5 B19 X - X
2M16 F6 B19 X - X
2M17 F6 B19 X - X
2M18 F6 B19 X - X
2M19 F6 B19 X - X
2M20 F6 B19 X - X
2M33 F2 B19 - X ­2M60 F9 B19 - X ­2M61 F10 B19 - X ­2M62 G9 B19 - X ­2M68 B2 B19 X - X
3M00 B4 B19 - X ­3M05 B1 B19 - X ­3M06 C7 B19 X - X
3M07 D7 B19 X - X
3M08 D7 B19 X - X
3M10 F2 B19 - X ­3M12 H2 B19 - X ­3M13 H3 B19 X - X
3M14 G6 B19 X - X
3M28 C7 B19 - X ­3M29 D7 B19 - X ­3M50 G2 B19 X - X
3M51 G2 B19 X - X
3M54 G1 B19 X - X
3M55 G1 B19 X - X
3M56 G2 B19 X - X
3M59 G1 B19 X - X
3M78 F6 B19 X - X
3M79 A4 B19 X - X
3M87 A5 B19 X - X
3M89 C4 B19 X - X
3M90 E4 B19 X - X
4M00 B4 B19 X - X
4M01 B4 B19 X - X
4M02 B4 B19 X - X
4M03 B4 B19 X - X
4M04 F2 B19 - X ­4M05 F2 B19 X - X
4M08 G6 B19 X - X
4M16 G2 B19 X - X
4M17 F2 B19 X - X
5M00 E8 B19 X - X
7M14 E9 B19 - X ­7M15 F9 B19 - X ­7M17 A4 B19 - X ­1N05 C5 B20 - - X
2N01 A1 B20 - - X
2N02 C1 B20 - - X
2N03 C1 B20 - - X
2N04 C2 B20 - - X
2N05 D3 B20 - X X
2N06 D3 B20 - X X
2N07 D4 B20 - X X
2N08 D4 B20 - X X
2N09 D4 B20 - - X
2N10 C5 B20 - X X
2N11 B6 B20 - X X
2N12 B6 B20 - - X
2N13 B6 B20 - - X
2N14 B7 B20 - X X
2N15 B8 B20 - X X
2N16 D10 B20 - - X
2N20 F11 B20 - X ­3N01 A2 B20 - - X

Coordinate

Schematic

32PFL5312/78

37PFL7312/77

42PFL7312/78

Spare Parts List

EN 91LC4.8L LA 10.

Item

3N02 A2 B20 - - X
3N03 A2 B20 - - X
3N04 A2 B20 - - X
3N05 A3 B20 - - X
3N06 A3 B20 - X X
3N07 C1 B20 - - X
3N08 C2 B20 - - X
3N09 B3 B20 - X X
3N10 C1 B20 - X X
3N11 C4 B20 - X X
3N12 A4 B20 - X X
3N13 A5 B20 - X X
3N14 A5 B20 - X X
3N15 A6 B20 - X X
3N16 A6 B20 - - X
3N17 B6 B20 - - X
3N18 B6 B20 - X X
3N19 B5 B20 - X X
3N20 C5 B20 - X X
3N21 D2 B20 - X X
3N22 E2 B20 - X X
3N23 E2 B20 - X X
3N24 F2 B20 - X X
3N25 F2 B20 - X X
3N26 D3 B20 - X X
3N27 D6 B20 - - X
3N28 F8 B20 - X X
3N29 D10 B20 - - X
3N30 E10 B20 - - X
3N31 E10 B20 - - X
3N32 E10 B20 - - X
3N33 E10 B20 - - X
3N34 E10 B20 - - X
3N35 E10 B20 - - X
3N36 E10 B20 - X ­3N37 E10 B20 - X ­3N39 E10 B20 - X ­3N40 F10 B20 - X ­3N41 F10 B20 - X ­3N42 F10 B20 - X ­3N43 F10 B20 - X ­3N44 F10 B20 - X ­3N45 F10 B20 - X ­3N46 D9 B20 - X X
3N47 D9 B20 - X X
4N01 D1 B20 X - ­4N02 D1 B20 X - ­4N03 D1 B20 X - ­4N04 D1 B20 X - ­4N05 D1 B20 X - ­4N06 D1 B20 X X ­4N07 D1 B20 X X ­4N08 D1 B20 X - ­4N09 D2 B20 X X ­4N10 D2 B20 X X ­4N11 D2 B20 X X ­4N12 D2 B20 X - ­4N13 D2 B20 X - ­4N14 D2 B20 X - ­4N15 D2 B20 X - ­4N16 D2 B20 X - ­4N17 D2 B20 X - ­4N18 D2 B20 X - ­4N19 D2 B20 X - ­4N20 D2 B20 X - ­4N21 D8 B20 - X X
4N22 D8 B20 - - X
5N01 A7 B20 - - X
5N02 C3 B20 - - X
5N03 C4 B20 - - X
5N04 C4 B20 - - X
5N05 C5 B20 - - X
6N01 F8 B20 - - X
7N01 A2 B20 - - X
7N02 A4 B20 - - X
7N03 C2 B20 - - X
7N04 D4 B20 - - X

4000 D8 B21 - X -

Coordinate

Schematic

32PFL5312/78

37PFL7312/77

42PFL7312/78

Item

1P01 D6 B21 X - X
1P02 E6 B21 X - X
1P06 A10 B21 X X ­1P07 D10 B21 - X X
1P08 D10 B21 - X ­2P01 A2 B21 - X X
2P02 A2 B21 - - X
2P03 A2 B21 - - X
2P04 A2 B21 - - X
2P05 A2 B21 - - X
2P06 A3 B21 - X X
2P07 A3 B21 - - X
2P08 A3 B21 - - X
2P09 A3 B21 - - X
2P10 A3 B21 - - X
2P11 A3 B21 - - X
2P12 A4 B21 - X X
2P13 A4 B21 - X X
2P14 A4 B21 - - X
2P15 B1 B21 - X X
2P16 B1 B21 - X X
2P17 B1 B21 - X X
2P18 B2 B21 - - X
2P19 B2 B21 - X X
2P20 B2 B21 - X X
2P21 B2 B21 - - X
2P22 C2 B21 - - X
2P23 C2 B21 - X X
2P24 C2 B21 - X X
2P25 C2 B21 - X X
2P26 C2 B21 - - X
2P27 C3 B21 - - X
2P28 C3 B21 - - X
2P29 C3 B21 - - X
2P30 C3 B21 - X X
2P31 C4 B21 - X X
2P32 C4 B21 - X X
2P33 C4 B21 - X X
2P34 C5 B21 - X X
2P35 C6 B21 - X X
2P46 F8 B21 - X ­3P01 D4 B21 - X X
3P03 D4 B21 - X X
3P04 D8 B21 - X X
3P05 D8 B21 - X X
3P07 F8 B21 - X ­4P01 E9 B21 - X ­4P02 E9 B21 - X ­4P04 E9 B21 - X ­4P05 E9 B21 - X ­4P06 E9 B21 - X ­4P07 E9 B21 - X ­4P09 F8 B21 - X ­4P10 D8 B21 - X ­4P11 E10 B21 - X ­4P12 F9 B21 - X ­5P01 A2 B21 - X X
5P02 B2 B21 - X X
5P03 B2 B21 - X X
5P04 C5 B21 - X X
5P05 C5 B21 - X X
5P06 C6 B21 - X X
7P01 A1 B21 - X X
7P02 D6 B21 - X X

7P03 F9 B21 - X ­2Q01 A4 B22 - X ­2Q06 B4 B22 - X ­2Q11 B4 B22 - X ­2Q21 C5 B22 X - X
2Q30 E3 B22 X - X
2Q31 E3 B22 X - X
3Q06 B5 B22 X - X
3Q33 E3 B22 X - X
3Q41 A5 B22 - X ­5Q11 B5 B22 X - X
1R01 G14 B23 - X ­1R06 E1 B23 X - X
2R00 F3 B23 X - X

Coordinate

Schematic

32PFL5312/78

37PFL7312/77

42PFL7312/78

EN 92 LC4.8L LA10.

Spare Parts List

Item

2R01 F4 B23 X - X
2R13 D2 B23 - X ­2R15 J8 B23 - X ­2R33 H3 B23 - X ­2R42 H3 B23 - X ­2R46 I2 B23 - X ­2R47 I2 B23 - X ­2R60 A10 B23 - X ­2R61 A11 B23 - X ­2R62 B10 B23 - X ­2R63 C10 B23 - X ­2R64 B12 B23 - X ­2R65 B10 B23 - X ­2R66 B10 B23 - X ­2R68 D10 B23 - X ­2R69 D10 B23 - X ­2R70 E9 B23 - X ­2R71 E9 B23 - X ­2R72 F11 B23 - X ­2R73 E12 B23 - X ­2R74 E12 B23 - X ­2R75 E12 B23 - X ­2R78 I13 B23 - X ­2R79 G12 B23 - X ­2R80 I13 B23 - X ­2R83 A3 B23 - X ­2R84 A3 B23 - X ­3R06 D2 B23 - X ­3R07 D2 B23 - X ­3R08 G8 B23 - X ­3R09 H9 B23 - X ­3R10 I9 B23 - X ­3R11 I9 B23 - X ­3R14 E3 B23 - X ­3R15 E3 B23 - X ­3R18 J9 B23 - X ­3R19 D3 B23 - X ­3R41 H2 B23 - X ­3R47 I2 B23 - X ­3R49 H3 B23 - X ­3R50 I2 B23 - X ­3R56 J3 B23 X - X
3R60 B9 B23 - X ­3R61 B9 B23 - X ­3R62 C9 B23 - X ­3R63 C9 B23 - X ­3R64 C9 B23 - X ­3R65 B10 B23 - X ­3R66 A12 B23 - X ­3R67 B12 B23 - X ­3R68 D9 B23 - X ­3R69 D10 B23 - X ­3R71 D11 B23 - X ­3R72 D12 B23 - X ­3R76 E9 B23 - X ­3R78 F10 B23 - X ­3R81 E12 B23 - X ­3R85 F12 B23 - X ­3R87 A3 B23 X - X
3R91 B13 B23 - X ­3R92 A2 B23 X - X
3R93 A2 B23 X - X
3R95 I13 B23 - X ­3R96 I8 B23 X - X
3R98 J8 B23 X - X
4R12 E5 B23 X - X
4R13 G8 B23 - X ­4R14 H9 B23 - X ­4R42 H2 B23 X - X
4R62 C11 B23 X - X
4R63 C11 B23 X - X
4R64 C11 B23 X - X
4R68 E8 B23 X - X
4R69 F10 B23 X - X
4R70 F10 B23 X - X
5R57 H10 B23 X - X
6R61 F1 B23 X - X
6R62 F2 B23 X - X

Coordinate

Schematic

32PFL5312/78

37PFL7312/77

42PFL7312/78

Item

6R63 G2 B23 X - X
6R64 F2 B23 X - X
6R65 I2 B23 X - X
6R66 J2 B23 X - X
6R67 J2 B23 X - X
6R68 J2 B23 X - X
7R12 E3 B23 X - X
7R57 I10 B23 X - X

Coordinate

Schematic

32PFL5312/78

37PFL7312/77

42PFL7312/78

11. Revision List

Manual xxxx xxx xxxx.0

First release.

Model numbers described in this manual are:

• 32PFL5312/78 (867000026424)

• 37PFL7312/77 (867000030401)

• 42PFL7312/78 (867000026423)

Revision List

EN 93LC4.8L LA 11.