Philips LC8.1E LB Schematic

Colour Television Chassis

MG8

LC8.1E

LB

MG8

I_18170_000.eps

300708

Contents Page Contents Page

1. Technical Specifications, Connections, and Chassis
Overview 2

2. Safety Instructions, Warnings, and Notes 5

3. Directions for Use 6

4. Mechanical Instructions 7

5. Service Modes, Error Codes, and Fault Finding 12

6. Block Diagrams, Test Point Overview, and

Waveforms

Wiring Diagram 32" (MG8) 23
Wiring Diagram 42" (MG8) 24
Block Diagram Video 25
Block Diagram Audio 26
Block Diagram Control & Clock Signals 27
SSB: Test Points (Overview Bottom Side) 28-30
I2C IC Overview 31
Supply Lines Overview 32

7. Circuit Diagrams and PWB Layouts Diagram PWB
SSB: DC/DC (B01) 33 47-51
SSB: Tuner IF & SAWF (B02) 34 47-51
SSB: Micro Processor NVM (B03) 35 47-51
SSB: TDA154XX (B04A) 36 47-51
SSB: DDR Flash Trap (B04B) 37 47-51
SSB: LVDS Connectors (B04C) 38 47-51
SSB: SMIC L (B05A) 39 47-51
SSB: Audio Class D (B05B) 40 47-51
SSB: YPBPR & SVHS (B06A) 41 47-51
SSB: IO Scart 1 (B06B) 42 47-51
SSB: Scart2 & UART & JTAG (B06C) 43 47-51
SSB: HDMI (B06D) 44 47-51
SSB: SRP List Explanation 45
SSB: SRP List 46
Keyboard Control Panel (E) 52 52
IR & LED Panel (J) 53 54

8. Alignments 55

9. Circuit Descriptions, Abbreviation List, and IC Data
Sheets 58
Abbreviation List 63
IC Data Sheets 65

10. Spare Parts List & CTN Overview 71

11. Revision List 71

©

Copyright 2008 Koninklijke Philips Electronics N.V.
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.

Published by TY 0872 BU TV Consumer Care Printed in the Netherlands Subject to modification EN 3122 785 18171

EN 2 LC8.1E LB1.

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
Screen size : 32" (82 cm), 16:9

Resolution (HxV pixels) : 1366 × 768
Dyn. contrast ratio : 24000:1
Min. light output (cd/m
Typ. response time (ms) : 6
Viewing angle (HxV degrees) : 176 × 176
Tuning system : PLL
Presets/channels : 99 presets
Tuner bands : VHF, UHF, S, H
TV Colour systems : PAL B/G, D/K, I

Video playback : NTSC

Supported computer formats : 640 × 480

Supported video formats : 480i @ 60 Hz

2

) : 500

: 42" (107 cm), 16:9

: SECAM B/G, D/K, L/L’

: PAL
: SECAM

: 720 × 480
: 800 × 600
: 1024 × 768
: 1280 × 720

: 480p @ 60 Hz
: 576i @ 50 Hz
: 576p @ 50 Hz
: 720p @50, 60 Hz
: 1080i @ 50, 60 Hz
: 1080p @ 24, 25, 30,

50, 60 Hz

1.1.3 Miscellaneous

Power supply:

- Mains voltage (V

- Mains frequency (Hz) : 50 / 60

Ambient conditions:

- Temperature range (°C) : +5 to +35

- Maximum humidity : 90% R.H.

Power consumption (values are indicative)

- Normal operation (W) : ≈ 130 (32")

- Stand-by (W) : < 0.15

Dimensions (W × H × D mm) : 809 × 544 × 92 (32")

Weight incl. packaging (kg) : 18 (32")

) : 220 - 240

AC

: ≈ 200 (42")

: 1033 × 667 × 88 (42")

: 39 (42")

1.1.2 Sound

Sound systems : Nicam Stereo
Maximum power (W

):2 × 10

RMS

Technical Specifications, Connections, and Chassis Overview

EN 3LC8.1E LB 1.

1.2 Connection Overview

12

SERV. U

Ω

75

TV ANTENNA

3

HDMI

EXT 1

EXT 2

(RGB/CVBS)

(CVBS)

4

5

Figure 1-1 Side and rear I/O connections

Note: The following connector colour abbreviations are used

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

1.2.1 Connections

1 - Aerial - In

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

6

7

8

YPbPr

9

10

I_18170_027.eps

060808

4 - EXT2: CVBS - In/Out, Audio - In/Out

21

20

E_06532_001.eps

2

1

050404

Figure 1-2 SCART connector

1 -Audio R 0.5 V
2 -Audio R 0.5 V
3 -Audio L 0.5 V

/ 1 kohm k

RMS

/ 10 kohm j

RMS

/ 1 kohm k

RMS

4 -Ground Gnd H
5 -Ground Gnd H
6 -Audio L 0.5 V

/ 10 kohm j

RMS

7-n.c.
8 -Function Select 0 - 2 V: INT

4.5 - 7 V: EXT 16:9

9.5 - 12 V: EXT 4:3 j

9 - Ground Gnd H
10 - n.c.
11 - n.c
12 - n.c.
13 - Ground Gnd H
14 - Ground Gnd H
15 - Video/C 0.7 V
16 - n.c.

/ 75 ohm j

PP

17 - Ground Gnd H
18 - Ground Gnd H
19 - Video CVBS 1 V
20 - Video CVBS 1 V
21 - Shield Gnd H

/ 75 ohm k

PP

/ 75 ohm j

PP

5 - EXT1: Video RGB - In, CVBS - In/Out, Audio - In/Out

2 - Service Connector (UART)

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

3 - HDMI: Digital Video, Digital Audio - In

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 - CEC Control channel jk
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

21

20

E_06532_001.eps

2

1

050404

Figure 1-3 SCART connector

1 - Audio R 0.5 V
2 - Audio R 0.5 V
3 - Audio L 0.5 V
4 - Ground Gnd H

/ 1 kohm k

RMS

/ 10 kohm j

RMS

/ 1 kohm k

RMS

5 - Ground Gnd H
6 - Audio L 0.5 V
7 - Video Blue 0.7 V
8 - Function Select 0 - 2 V: INT

/ 10 kohm j

RMS

/ 75 ohm j

PP

4.5 - 7 V: EXT 16:9

9.5 - 12 V: EXT 4:3 j

9 - Ground Gnd H
10 - n.c.
11 - Video Green 0.7 V
12 - n.c.

/ 75 ohm j

PP

13 - Ground Gnd H
14 - Ground Gnd H
15 - Video Red 0.7 V

/ 75 ohm j

PP

16 - Status/FBL 0 - 0.4 V: INT

1 - 3 V: EXT / 75 ohm j
17 - Ground Gnd H
18 - Ground Gnd H
19 - Video CVBS 1 V
20 - Video CVBS 1 V

/ 75 ohm k

PP

/ 75 ohm j

PP

21 - Shield Gnd H

EN 4 LC8.1E LB1.

Technical Specifications, Connections, and Chassis Overview

6 - 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

7, 8 - Cinch: Video CVBS - In, Audio - In

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

/ 75 ohm j

PP

P / 75 ohm j

PP

/ 75 ohm jq

PP

/ 10 kohm jq

RMS

/ 10 kohm jq

RMS

1.3 Chassis Overview

MAIN POWER

A

SUPPLY PANEL

KEYBOARD CONTROL

E

PA NE L

9 - Cinch: Video YPbPr - In, Audio - In

Gn - Video Y 1 V
Bu - Video Pb 0.7 V
Rd - Video Pr 0.7 V
Wh - Audio L 0.5 V
Rd - Audio R 0.5 V

10 - Head phone - Out

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

/ 75 ohm jq

PP

/ 75 ohm jq

PP

/ 75 ohm jq

PP

/ 10 kohm jq

RMS

/ 10 kohm jq

RMS

SMALL SIGNAL

BOARD

B

IR & LED PANEL

J

Figure 1-4 PWB/CBA locations

I_18170_028.eps

310708

Safety Instructions, Warnings, and Notes

2. Safety Instructions, Warnings, and Notes

EN 5LC8.1E LB 2.

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 MΩ and 12 MΩ.

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.

• Be careful during measurements in the high voltage
section.

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

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

2.3 Notes

2.3.1 General

• Measure the voltages and waveforms with regard to the
chassis (= tuner) ground (H), or hot ground (I), depending
on the tested area of circuitry. The voltages and waveforms
shown in the diagrams are indicative. Measure them in the
Service Default Mode (see chapter 5) with a colour bar
signal and stereo sound (L: 3 kHz, R: 1 kHz unless stated
otherwise) and picture carrier at 475.25 MHz for PAL, or

61.25 MHz for NTSC (channel 3).

• Where necessary, measure the waveforms and voltages

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

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 kΩ).

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

• All capacitor values are given in micro-farads (μ=× 10
nano-farads (n =× 10

• 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.

• 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.

-9

), or pico-farads (p =× 10

-12

-6

),

).

EN 6 LC8.1E LB3.

2.3.5 Alternative BOM identification

It should be noted that on the European Service website,

“Alternative BOM” is referred to as “Design variant”.

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.

Directions for Use

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

260308

3. Directions for Use

You can download this information from the following websites:

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

4. Mechanical Instructions

Index of this chapter:

4.1 Cable Dressing

4.2 Service Positions

4.3 Assy/Panel Removal MG8 Styling

4.4 Set Re-assembly

Notes:

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

4.1 Cable Dressing

Mechanical Instructions

EN 7LC8.1E LB 4.

Figure 4-1 Cable dressing 32" sets

I_18170_029.eps

310708

EN 8 LC8.1E LB4.

Mechanical Instructions

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).

4.2.1 Foam Bars

1

Required for sets

1

42"

Figure 4-2 Cable dressing 42" sets

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]. Ensure that the foam bars are always
supporting the cabinet and never only the display.
Caution: 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.

I_18170_030.eps

300708

E_06532_018.eps

Figure 4-3 Foam bars

171106

Mechanical Instructions

EN 9LC8.1E LB 4.

4.3 Assy/Panel Removal MG8 Styling

Pictures are taken from 32” set.

4.3.1 Rear Cover

Warning: Disconnect the mains power cord before you remove

the rear cover.
You can remove the backcover without removing the stand.

4.3.2 Speakers

Refer to next figure for details.

1. Unplug the connectors [1].

2. Remove the screws [2] and lift the speaker from the back
cover.

1

(

2x

)

2

2

I_17911_001.eps

300608

4.3.4 Keyboard Control Panel

Refer to next figure for details.

1. Unplug the key board connector from the IR & LED board.

2. Remove the screws [1].

3. Lift the unit and take it out of the set.
When defective, replace the whole unit.

1

1

Figure 4-6 Key Board

4.3.5 Main Power Supply Panel 32"

I_17911_003.eps

300608

Figure 4-4 Speakers

4.3.3 IR & LED Panel

Refer to next figure for details.

1. Unplug connectors [1].

2. Release the clips and take the panel out.

When defective, replace the whole unit.

1

Refer to next figure for details.

1. Unplug connectors [1].

2. Remove the fixation screws [2].

3. Take the board out.
When defective, replace the whole unit.

2

2

1

2

1

2x

)

2

2

1

1

(

2

I_18170_050.eps

310708

Figure 4-7 Main Power Supply Panel 32"

I_17911_002.eps

300608

Figure 4-5 IR & LED Board

EN 10 LC8.1E LB4.

4.3.6 Small Signal Board (SSB)

Mechanical Instructions

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

1. Unplug the LVDS connector [1].
Caution: be careful, as this is a very fragile connector!

2. Unplug the connectors [2].

3. Remove the screws [3].

4. The SSB can now be taken out of the set, together with the
side cover.

5. To remove the side cover, push back the clamp [4] using a
screw driver.

6. Pull the cover sidewards from the SSB.

4.3.7 LCD Panel

Refer to next figures for details.

1. Remove the stand [1].

2. Unplug the LVDS connector [2].

3. Unplug connectors [3] from
– Main Power Supply Panel
– Speakers
– IR & LED Panel.

4. Remove any adhesive tape [4] that prevents cables being
removed from the set.

5. Remove all cables from clamps [5] that prevents them from
being removed from the set.

3

3

2

1

3

2

(

3x

)

3

4

3

I_18170_051.eps

310708

Figure 4-8 Small Signal Board

6. Remove the VESA stand [6].

7. Remove the Main Power Supply Panel together with it’s
subframe [7].

8. Remove the Small Signal Board together with it’s
subframe [8].

9. Remove the subframe that holds the stand [9].

10. Remove the clamps that secure the LCD Panel [10] and
take the panel out.

6

6

2

8

7

7

8

4

3

7

3

2x)

(

7

4

3

8 8

4

3

5

1 1

4

11

3

3

I_18170_052.eps

310708

Figure 4-9 LCD Panel -1-

Mechanical Instructions

EN 11LC8.1E LB 4.

1010

10

10

4.4 Set Re-assembly

10

9

9 9

9

Figure 4-10 LCD Panel -2-

99

9

I_18170_053.eps

10

310708

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

Notes:

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

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

EN 12 LC8.1E LB5.

Service Modes, Error Codes, and Fault Finding

5. Service Modes, Error Codes, and Fault Finding

Index of this chapter:

5.1 Test Points

5.2 Service Modes

5.3 Service Tools

5.4 Error Codes

5.5 The Blinking LED Procedure

5.6 Software Upgrading

5.7 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.

5.2 Service Modes

The Service Mode feature is split into four parts:

• Simplified Service Default Mode (SDM).

• Service Alignment Mode (SAM).

• Customer Service Mode (CSM).

• Computer Aided Repair Mode (ComPair).

SDM and SAM offer features, which can be used by the Service
engineer to repair/align a TV set. Some features are:

• Activates the blinking LED procedure for error identification
when no picture is available (SDM).

• Make alignments (e.g. white tone), (de)select options,
enter options codes, reset the error buffer (SAM).

• Display information (“SAM” indication in upper right corner
of screen, error buffer, software version, options and option
codes, sub menus).

The CSM is a Service Mode that can be enabled by the
consumer. The CSM displays diagnosis information, which the
customer can forward to the dealer or call centre. In CSM
mode, “CSM”, is displayed in the top right corner of the screen.
The information provided in CSM and the purpose of CSM is to:

• Increase the home repair hit rate.

• Decrease the number of nuisance calls.

• Solved customers' problem without home visit.

• B is the region indication: E= Europe, A= AP/China,
U=NAFTA, L= LATAM.

• C is the display indication: L= LCD, P= Plasma.

• D is the language/feature indication: 1= standard, H=1080p
full HD.

• X is the main version number: this is updated with a major
change of specification (incompatible with the previous
software version). Numbering will go from 1 - 9 and A - Z.
– If the main version number changes, the new version

number is written in the NVM.

– If the main version number changes, the default

settings are loaded.

• YY is the sub version number: this is updated with a minor
change (backwards compatible with the previous versions)
Numbering will go from 00 - 99.
– If the sub version number changes, the new version

number is written in the NVM.

– If the NVM is fresh, the software identification, version,

and cluster will be written to NVM.

Display Option Code Selection

When after an SSB or display exchange, the display option
code is not set properly; it will result in a TV with “no display”.
Therefore, it is required to set this display option code after
such a repair.
To do so, press the following key sequence on a standard RC
transmitter: “062598” directly followed by MENU the OSD
“Panel Selection” will displayed on screen and “xxx”, where
“xxx” is a 3 digit decimal value of the panel type: see column
“Display code” in table “Option code overview” (ch. 8), or see
sticker on the side/bottom of the cabinet. When the value
is accepted and stored in NVM, the OSD “Panel Selection” will
be disappear set remain on, to indicate that the process has
been completed.

Display Option

Code

39mm

040

PHILIPS

MODEL:

32PF9968/10

27mm

PROD.SERIAL NO:

AG 1A0620 000001

(CTN Sticker)

E_06532_038.eps

240108

ComPair Mode is used for communication between a computer
and a TV on I

2

C /UART level and can be used by a Service
engineer to quickly diagnose the TV set by reading out error
codes, read and write in NVMs, communicate with ICs and the
uP (PWM, registers, etc.), and by making use of a fault finding
database. It will also be possible to up and download the
software of the TV set via I

2

C with help of ComPair. To do this,
ComPair has to be connected to the TV set via the compare
connector, which will be accessible through the rear of the set
(without removing the rear cover).

5.2.1 General

Some items are applicable to all Service Modes or are general.
These are listed below.

Software Identification, Version, and Cluster

The software ID, version, and cluster will be shown in the main
menu display of SDM, SAM, and CSM.
The screen will show: “AAAABCD X.YY”, where:

• AAAA is the chassis name: LC81.

Figure 5-1 Location of Display Option Code sticker

During this algorithm, the NVM-content must be filtered,
because several items in the NVM are TV-related and not SSB
related (e.g. Model and Prod. S/N). Therefore, “Model” and
“Prod. S/N” data is changed into “See Type Plate”.
In case a call centre or consumer reads “See Type Plate” in
CSM mode, he needs to look to the side/bottom sticker to
identify the set, for further actions.

5.2.2 Service Default Mode (SDM)

Purpose

This simplified SDM mode in LC8.1E LB chassis is used for
Error blinking only.

• Start the blinking LED procedure.

How to Activate

• Press the following key sequence on the remote control
transmitter: “062596” directly followed by the MENU

Service Modes, Error Codes, and Fault Finding

4

r

Y

r

EN 13LC8.1E LB 5.

button (do not allow the display to time out between entries
while keying the sequence).

Note:

No SDM “Service” jumpers in this LC08.1E LB chassis.
No SDM “OSD” menu displayed on screen.

How to Exit

Switch the set to STANDBY by pressing the mains button on
the remote control transmitter or on the television set.
The error buffer will only be cleared when the “clear” command
is used in the SAM menu.

Note:

• If you switch the television set “off” by removing the mains
(i.e., unplugging the television), the television set will
remain in SDM when mains is re-applied, and the error
buffer is not cleared.

• In case the set is in Factory mode by accident (with “F”
displayed on screen), by pressing and hold “VOL-” and
“CH-” together should leave Factory mode.

5.2.3 Service Alignment Mode (SAM)

Purpose

• To change option settings.

• To display / clear the error code buffer.

• To perform alignments.

Specifications

• Software version, error codes, and option settings display.

• Error buffer clearing.

• Option settings.

• Software alignments (Tuner, White Tone).

• ISP Mode (ComPair Mode) switching.

How to Activate

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 (it depends on region which
button is present on the RC). 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.

LC81EL1-1.0 WT- 1.
ERR XX XX XX XX XX
OP XXX XXX XXX XXX XXX XXX XXX

Clea
Options
Tune
RGB Align
ISP Mode

es

Figure 5-2 SAM menu

SAM

I_18170_031.eps

310708

5. 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.

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

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

8. RGB Align. Used to align the White Tone. See “White
Tone” in the “Alignments” chapter for a detailed
description.

9. ISP Mode. Can be used to switch the television to “In
System Programming” mode (ISP), for software uploading
via ComPair. Read paragraph “Service Tools” - >
“ComPair”.

Note: When this mode is selected, the TV will be blocked.
Select ISP mode “Off” the TV will be back to normal TV mode.

How to Navigate

• In the SAM menu, select menu items with the MENU UP/
DOWN keys on the remote control transmitter. The
selected item will be indicated.

• 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 sub menu.

• When you press the MENU button twice while in top level
SAM, the set will switch to the normal user menu (with the
SAM mode still active in the background). To return to the
SAM menu press the MENU button twice.

How to Store SAM Settings

To store the settings changed in SAM mode (except the
OPTIONS settings), 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.

Note:

• When the TV is switched “off” by a power interrupt while in
SAM, the TV will show up in “normal operation mode” as
soon as the power is supplied again. The error buffer will
not be cleared.

• In case the set is in Factory mode by accident (with “F”
displayed on screen), by pressing and hold “VOL-” and
“CH-” together should leave Factory mode.

5.2.4 Customer Service Mode (CSM)

Purpose

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

Menu explanation:

1. AAAABCD-X.YY. See paragraph “Service Modes” ->
“General” -> “Software Identification, Version, and Cluster”
for the SW name definition. WT - X.Y. Weltrend standby
microprocessor Software Identification and Version.

2. SAM. Indication of the Service Alignment Mode.

3. ERR (ERR or buffer). Shows all errors detected since the
last time the buffer was erased. Five errors possible.

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

Specifications

• Ignore “Service unfriendly modes”.

• Line number for every line (to make CSM language
independent).

• Set the screen mode to full screen (all contents on screen
are viewable).

• After leaving the Customer Service Mode, the original
settings are restored.

• Possibility to use “CH+” or “CH-” for channel surfing, or
enter the specific channel number on the RC.

EN 14 LC8.1E LB5.

6

4

Service Modes, Error Codes, and Fault Finding

How to Activate

To activate 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:

1 MODEL : 32PFL5403/12
2 PROD S/N : AG1A083112345
3 SW ID : LC81EL1-1.0 WT - 1.
4 OP : 3 2 0 255 8 0 1
5 CODES : 0 0 0 0 0
6 SSB : XXXXXXXXXXXXXX
7 NVM : 1.4
8 DISPLAY : XXXXXXXXXXXXXX

Page Down :

CSM

I_18170_032.eps

310708

Figure 5-3 CSM menu -1- (example)

9 TUNER : Tuned
10 SYSTEM : PAL
11 SOUND : Nicam Stereo
12 HDAU : No
13 FORMAT : 576I
14 :
15 :
16 :
17 :

Page Up :

CSM

I_18170_033.eps

310708

• Press the MENU button once, 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 up 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).

How to Connect

This is described in the ComPair chassis fault finding database.

TO TV

TO

UART SERVICE

CONNECTOR

I2C SERVICE
CONNECTOR

TO

TO

UART SERVICE

CONNECTOR

Figure 5-4 CSM menu -2- (example)

Menu Explanation

1. MODEL. Type number, e.g. 32PFL5403/12. (*)

2. PROD S/N. Product serial no., e.g. AG1A0831123456. (*)

3. SW ID. Software cluster and version is displayed.

4. OP. Option code information.

5. CODES. Error buffer contents.

6. SSB. Indication of the SSB factory ID (= 12nc). (*)

7. NVM. The NVM software version no.

8. DISPLAY. Indication of the display ID (=12 nc).

9. TUNER. Indicates the tuner signal condition: “Weak” when
signal falls below threshold value, “Medium” when signal is
at mid-range, and “Strong” when signal falls above
threshold value.

10. SYSTEM. Gives information about the video system of the
selected transmitter (PAL/SECAM/NTSC).

11. SOUND. Gives information about the audio system of the
selected transmitter (MONO/STEREO/NICAM).

12. HDAU. HDMI audio stream detection. “YES” means audio
stream detected. “NO” means no audio stream present.
Only displayed when HDMI source is selected.

13. FORMAT. Gives information about the video format of the
selected transmitter (480i/480p/720p/1080i).

14. Reserved.

15. Reserved.

16. Reserved.

17. Reserved.

(*) If an NVM IC is replaced or initialised, the Model Number,
Serial Number, and SSB Code Number must be re-written to
the NVM. ComPair will foresee in a possibility to do this.

ComPair II

RC in

Optional

Switch

Power ModeLink/

Activity

HDMI

2

I

C only

RC out

Multi

function

2

C

I

PC

ComPair II Developed by Philips Brugge

Optional power

5V DC

RS232 /UART

E_06532_036.eps

150208

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!

How to Exit

To exit CSM, use one of the following methods:

Service Modes, Error Codes, and Fault Finding

EN 15LC8.1E LB 5.

How to Order

ComPair II order codes:

• ComPair II interface: 3122 785 91020.

• The latest ComPair software can be found on the Philips
Service website.

• ComPair UART interface cable: 3138 188 75051 (to be
used for upgrading the Main software).

In the unlikely event that the Standby software should be
upgraded, you will be informed via the appropriate channels
(Philips Service website). To upgrade:

• Remove backcover of set.

•Use ComPair I

•Use ComPair I

2

C interface cable: 3122 785 90004.

2

C adapter cable: 3139 131 03791.
Note: If you encounter any problems, contact your local
support desk.

5.3.2 LVDS Tool

Support of the LVDS Tool has been discontinued.

5.4 Error Codes

5.4.1 Introduction

Error codes are required to indicate failures in the TV set. In
principle a unique error code is available for every:

• Activated protection.

• Failing I

• General I
The last errors, stored in the NVM, are shown in the Service
menu’s. This is called the error buffer.
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.
An error will be added to the buffer if this error differs from any
error in the buffer. The last found error is displayed on the left.
An error with a designated error code may never lead to a
deadlock situation. This means that it must always be
diagnosable (e.g. error buffer via OSD or blinking LED
procedure, ComPair to read from the NVM).
In case a failure identified by an error code automatically
results in other error codes (cause and effect), only the error
code of the MAIN failure is displayed.
Example: In case of a failure of the I
code for a “General I
displayed. The error code for the single devices (EFFECT) is
not displayed. All error codes are stored in the same error
buffer (TV’s NVM) except when the NVM itself is defective.

2

C device.

2

C error.

2

2

C failure” and “Protection errors” is

C bus (CAUSE), the error

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).

5.4.2 How to Read the Error Buffer

You can read the error buffer in 2 ways:

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

Example:

– 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.

EN 16 LC8.1E LB5.

Service Modes, Error Codes, and Fault Finding

Table 5-1 Error code overview

Error code Description Item no. Remarks

1 DC Protection of speakers 7C01 1) TV in protection mode

2 +12V protection error 1) TV in protection mode

2

3I

4 General I2C error 7C01 1) TV turn on without Picture & Sound output from speaker

6I

7I

8I

C Standby uP 7303 1) TV turn on with picture, but without Sound output from speaker

2

C error while communicating with the NVM 7302 1) TV turn on after 3 seconds in Standby mode.

2

C error while communicating with the Tuner. 1104 1) TV turn on after 3 seconds in Standby mode.

2

C error while communicating with the IF

Demodulator.

2) Red LED blinking 1 time (Error 1)
*Error 1 logged in SAM and CSM mode

2) Red LED blinking 2 times (Error 2)
*No error buffer logged in SAM and CSM mode (protect time very short)

2) Red LED blinking 3 times & 4 times (Error 3 & 4)
*No communication between LOCTOP and WT
*First check WT and Second check LOCTOP generical I
*Error 3 logged in SAM and CSM mode

2) Red LED blinking 3 times & 4 times (Error 3 & 4)
*No communication between LOCTOP and WT
*First check WT and second check LOCTOP generical I2C
*No error buffer logged in SAM and CSM mode

2) Power on TV set (RC) again (wait until TV turn on with blud screen displayed)

3) Input RC sequence (062596 + menu)

4) White LED blink 6 times (Error 6)
*No error buffer logged in SAM and CSM mode

2) Power on TV set (RC) again. TV with snow (no video) displayed.

3) Input RC sequence (062596 + menu)

4) White LED blink 7 times (Error 7)
*Error 7 logged in SAM and CSM mode

7401 1) TV turn on after 3 seconds in Standby mode

2) Power on TV set (RC again). (wait for 45 seconds, until the system completed the power on state check)

3) Input RC sequence (062596 + menu)

4) White LED blink 8 times (Error 8)
*Error 8 logged in SAM and CSM mode

2

C

Notes

1. Some of the error codes reported are depending on the
option code configurations.

2. This error means: no I
particular I

2

C bus. Possible causes: SCL/SDA shorted to

2

C device is responding to the

GND, SCL shorted to SDA, or SCL/SDA open (at uP pin).
The internal bus of the NXP (Loctop) platform should not
cause the entire system to halt as such an error can be
reported.

5.4.4 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 enter SAM, 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).

– Make sure the menu item CLEAR is selected. Use the

MENU UP/DOWN buttons, if necessary.

– Press the MENU RIGHT button to clear the error

buffer. Press the right button twice (1st is to select the
text “Yes“ on the right side menu and the 2nd press is
to clear the error buffer in NVM the text “CLEARED” will
appear).

• 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.

1.5 seconds in which the LED is “off”. Then this sequence is
repeated.

Example (1): error code 4 will result in four times the sequence
LED “on” for 0.25 seconds / LED “off” for 0.25 seconds. After
this sequence, the LED will be “off” for 1.5 seconds. Any RC5
command terminates the sequence. Error code LED blinking is
in red / White colour (refer to Error codes overview).

Example (2): the content of the error buffer is “1 2 9 6 0 0”
After entering SDM, the following occurs:

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

• The sequence starts again with 12 short blinks.

5.6 Software Upgrading

In this chassis, the following SW “stacks” is used:

• TV main SW (processor and processor NVM).

5.6.1 TV Main SW Upgrade

For instructions on how to upgrade the TV Main software, refer
to ComPair.

5.6.2 Service SSB

5.5 The Blinking LED Procedure

5.5.1 Introduction

The software is capable of identifying different kinds of errors.
Because it is possible that more than one error can occur over
time, an error buffer is available, which is capable of storing the
last five errors that occurred. This is useful if the OSD is not
working properly.
Errors can also be displayed by the blinking LED procedure.
The method is to repeatedly let the front LED pulse with as
many pulses as the error code number, followed by a period of

It should be noted that in this chassis the HDCP-key is
embedded in the main processor. Therefore there is no need
for a separate Service-SSB.

Service Modes, Error Codes, and Fault Finding

5.7 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.

5.7.1 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.

Alternative method:

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 EEPROM (or with a defective/no EEPROM ,
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.

5.7.2 Start-up/Shut-down Flowcharts

EN 17LC8.1E LB 5.

On the next pages you will find start-up and shut-down
flowcharts, followed by a trouble shooting flowchart, which
might be helpful during fault finding.
Please note that some events are only related to PDP sets, and
therefore not applicable to this LCD chassis.

EN 18 LC8.1E LB5.

Service Modes, Error Codes, and Fault Finding

AC ON

3V3STBY Available

Weltrend Powered by
3V3_STBY, STANDBY=HIGH

Power_ON_OFF=Low initialize
GPIO pins of Weltrend
Enable Audio mute

STANDBY=Low

Wait for 100ms

Wait for 100ms
Time out = 200ms

Weltrend to go
to Standby

NO

Weltrend reset the LOCTOP
CPU_RST=HIGH

NO

Enable Power Down
Enable DC_PROT INT

Initialize tuner, SMICL,
HDMI_MUX_RST

LCD_POWER_ON=HIGH

Is Power Down
=high?

YES

Wait for 300ms

LOCTOP read the NVM

Last status on?

YES

Wait for 20 ms

Switch ON LVDS Signal

Wait for 1000ms
Init. Warm Component

BL_ON_OFF=HIGH

*BL_ADJ KEEP 100% for
3000ms before dimming

Blank picture
Picture Mode setup & Detection

UnBlank Picture &
Unmute Audio

END

Figure 5-6 Start-up flowchart

I_18170_034.eps

310708

Service Modes, Error Codes, and Fault Finding

Start

Mute Audio
ANTI_PLOP=LOW
MUTEn=HIGH

BL_ON_OFF=LOW

EN 19LC8.1E LB 5.

Note:
Total wait time 232ms iso 320ms

Audio is mute continuously -->

Wait 300ms

Switch OFF LVDS

Wait 20ms

LCD_PWR_ON=LOW

WP for NVM
LOCTOP

Enable Audio mute
Port assignment in STANDBY
( Weltrend)

STANDBY=HIGH

Disable Audio Mute?

END

I_18170_035.eps

310708

Figure 5-7 Stand-by flowchart

EN 20 LC8.1E LB5.

Service Modes, Error Codes, and Fault Finding

Start

END

NO

POWER_DOWN=LOW
for 5 times ?

YES

Mute Audio & Video

WP for NVM
LOCTOP

STANDBY=HIGH

Wait 5000ms

Re-start:Start up

END

Figure 5-8 Power Down flowchart

I_18170_037.eps

310708

Service Modes, Error Codes, and Fault Finding

Start

EN 21LC8.1E LB 5.

END

NO

DC_PROT=Low
for 3seconds?

YES

Mute Audio & Video

WP for NVM

STANDBY=HIGH

END

I_18170_036.eps

310708

Figure 5-9 DC_PROT flowchart

EN 22 LC8.1E LB5.

Personal Notes:

Service Modes, Error Codes, and Fault Finding

E_06532_012.eps

131004

Block Diagrams, Test Point Overview, and Waveforms

6. Block Diagrams, Test Point Overview, and Waveforms

Wiring Diagram 32" (MG8)

23LC8.1E LB 6.

WIRING 32"

INVERTER

KEYBOARD CONTROL

(1007)

E

J1

1. GND

2. KEYBOARD

3. +3V3STBY

4. INTERRUPT

(STYLING MG8)

8P11

14P

LCD DISPLAY

LVD S INPUT

30P

x418

14. PDIM_Select

13. PWM

12. BL_ON_OFF

11. BOOST

10. GND3

9. GND3

8. GND3

7. GND3

6. GND3

5. 24Vinv

8418

4. 24Vinv

3. 24Vinv

2. 24Vinv

1. 24Vinv

X001

2. L

1. N

MAIN POWER SUPPLY

(1005)

8001

INLET

X416

1. 3.3V stby

2. STANDBY

3. GND1

4. GND1

5. GND1

6. +12V

7. +12V

8. +12V

9. +12V (audio)

10. GND2 (audio)

11. -12V (audio)

X419

1. +12V

2. +12V

3. GND1

4. GND1

5. BL_ON_OFF

6. DIM

7. BOOST

8. ANALOG_PWM

(1004)

8R50

8P01

8P02

SSB

(1150)

B

1303

(B03)

9. POWER_ONOFF

8. +5V_SW

7. KEYB

6. LED1

5. +3V3_STBY

4. LED2

3. REMOTE_IN

2. GND

1. N.C.

1R50

(B04C)

1. VDISP

3. VDISP

5. VDISP

7. VDISP
.
.

30. GND

1P02

(B01)

8. GND

7. BL_BOOST

6. BL_ADJUST_PWM

5. BL_ON_OFF_2

4. GND

3. GND

2. +12V_DISP

1. +12V_DISP

1P01

(B01)

11. -12V_AUDIO

10. GNDSND

9. +12V_AUDIO

8. +12V_DISP

7. +12V_DISP

6. +12V_DISP

5. GND

4. GND

3. GND

2. STANDBY

1. +3V3_STBY

1A35

(B05B)

4. ROUT_SP

3. ROU T_SP_GROUND

2. LOUT_SP_GROUND

1. LOUT_SP

1P11

1. GND

2. KEYBOARD

IR LED PANEL

J

(1112)

4. TACT_SWITCH_INT

3. +3V3STBY

1P10

1. LIGHT-SENSOR

2. GND

8A35

8303

+ -

6. LED1

7. KEYBOARD

8. +5V_SW

4. LED2

5. +3V3-STBY

9. TACT_SWITCH_INT

RIGHT SPEAKER

(5211)

3. IR

+ -

LEFT SPEAKER

(5212)

I_18170_015.eps

300708

Block Diagrams, Test Point Overview, and Waveforms

Wiring Diagram 42" (MG8)

24LC8.1E LB 6.

WIRING 42"

KEYBOARD CONTROL

(1007)

E

J1

1. GND

2. KEYBOARD

3. +3V3STBY

4. INTERRUPT

(STYLING MG8)

2P3

DANGEROUS

HIGH VOLTAGE

8P11

TO BACK LIGHT

DANGE ROUS

HIGH VOLTAGE

x403

1. HV1

2. N.C.

MAIN POWER SUPPLY

(1005)

DANGEROUS

HIGH VOLTAGE

3. HV 1

x402

1. HV2

2. N.C.

3. HV 2

X416

1. 3.3V stby

2. STANDBY

3. GND1

4. GND1

5. GND1

6. +12V

7. +12V

8. +12V

9. +12V (audio)

10. GND2 (audio)

11. -12V (audio)

X419

1. +12V

2. +12V

3. GND1

4. GND1

5. BL_ON_OFF

6. DIM

7. BOOST

8. ANALOG_PWM

X001

2. L

1. N

LCD DISPLAY

LVD S INPUT

30P

8P01

8P02

(1004)

8R50

SSB

(1150)

B

1303

(B03)

9. POWER_ONOFF

8. +5V_SW

7. KEYB

6. LED1

5. +3V3_STBY

4. LED2

3. REMOTE_IN

2. GND

1. N.C.

1R50

(B04C)

1. VDISP

3. VDISP

5. VDISP

7. VDISP
.
.

30. GND

1P02

(B01)

8. GND

7. BL_BOOST

6. BL_ADJUST_PWM

5. BL_ON_OFF_2

4. GND

3. GND

2. +12V_DISP

1. +12V_DISP

1P01

(B01)

11. -12V_AUDIO

10. GNDSND

9. +12V_AUDIO

8. +12V_DISP

7. +12V_DISP

6. +12V_DISP

5. GND

4. GND

3. GND

2. STANDBY

1. +3V3_STBY

1A35

(B05B)

4. ROUT_SP

3. ROU T_SP_GROUND

2. LOUT_SP_GROUND

1. LOUT_SP

2P3

DANGEROUS

HIGH VOLTAGE

TO BACK LIGHT

1P11

1. GND

2. KEYBOARD

IR LED PANEL

J

(1112)

3. +3V3STBY

4. TACT_SWITCH_INT

1P10

1. LIGHT-SENSOR

2. GND

3. IR

4. LED2

5. +3V3-STBY

6. LED1

7. KEYBOARD

8. +5V_SW

9. TACT_SWITCH_INT

8303

+ -

RIGHT SPEAKER

(5211)

8001

INLET

8A35

+ -

LEFT SPEAKER

(5212)

I_18170_016.eps

300708

Block Diagrams, Test Point Overview, and Waveforms

Block Diagram Video

VIDEO

TUNER IF & SAWF

B02

1104
UV1316E

MAIN

TUNER

VST

9

AGC

VTUN

IF_ATV

11

IF1

1

IO - SCART 1

B06B

EXT 1

IO - SCART 2

B06C

EXT 2

B06A

YPBPR & SVHS

SVHS IN

EXT 3

RF_AGC

16

20

SCART1

16

20

SCART2

CVBS

PR

PB

Y

25LC8.1E LB 6.

SMIC L

B05A

7401
TDA8890H1

1102

15

2
3

SAW 38M9

1103

1
2

3

SAW 38M9

7109

1504

15

1

7

11

7

11

20

15

21

1E01

1

7

11

15

21

1602

1601

1

5

2

1614

7503

19

16

8

7E01

19

15

8

20

3

4

SC2_Y_CVBS_IN

SVHS_Y_CVBS_IN

VIF1

4

VIF2

4

SIF1

SIF2

5

SAW_SW

SC1_R_IN

SC1_B_IN

SC1_G_IN

SC1_CVBS_IN

SC1_RF_OUT_CVBS

SC1_FBL_IN

SC1_STATUS

SC2_CVBS_MON_OUT

SC2_C_IN

SC2_STATUS

SVHS_C_IN

HD_PR_IN

HD_PB_IN

HD_Y_IN

72

71

68

67

SMIC

79

66

30

28

29

50

53

31

39

44

42

25

24

23

11

12

46

16

17

B04A

TDA154XX

MON_CVBS

PIP_R

PIP_G

PIP_B

TDA889X_HS

TDA889X_VS

MAIN_CVBS_Y

MAIN_C

SC1_FBL_IN

SC1_STATUS

SC2_C_IN

SC2_STATUS

SC2_Y_CVBS_IN

HD_PR_IN

HD_PB_IN

HD_Y_IN

7C01
TDA15471HV

18

15

17

252

253

30

25

24

16

23

26

4

27

11

10

8

ANALOGUE

LOC TOP

LVD S

MEMORY

MISC

189

188

187

186

185

184

183

182

181

180

199

198

201

LVDS CONNECTORS

B04C

DDR FLASH TRAP

B04B

MD(0-15)

MA(0-11)

SPI_SDO

SPI_SDI

SPI_SCK

TXCLKn

TXCLKp

7701
HY5DU281622FTP

DDR

SDRAM

2Mx16x4

7702
M25P80

2

8M

5

FLASH

6

TXAn

TXAp

TXBn

TXBp

TXCn

TXCp

TXDn

TXDp

1R10

1R11

1R12

1R13

1R14

VDISP

TXAn1

TXAp1

TXBn1

TXBp1

TXCn1

TXCp1

TXCLKn1

TXCLKp1

TXDn1

TXDp1

1R50

12

14

18

20

24

26

30

1

3

5

7

2

4

6

8

CONNECTOR

LVDS

B06D

CONNECTOR

HDMI

HDMI

1N01

RX2_A+

1

RX2_A-

1

19

3

RX1_A+

4

RX1_A-

6

RX0_A+

7

RX0_A-

9

18 2

10

RXC_A+

12

RXC_A-

HDMI_MUX_TX2+

HDMI_MUX_TX2-

HDMI_MUX_TX1+

HDMI_MUX_TX1-

HDMI_MUX_TX0+

HDMI_MUX_TX0-

HDMI_MUX_TXC+

HDMI_MUX_TXC-

7N07
IP4776CZ38

27

30

INTERFACE

33

HDMI

HDMI_MUX_TX2+

HDMI_MUX_TX2-

HDMI_MUX_TX1+

HDMI_MUX_TX1-

HDMI_MUX_TX0+

HDMI_MUX_TX0-

HDMI_MUX_TXC+

HDMI_MUX_TXC-

10

7

4

245

244

241

240

237

236

233

232

HDMI

I_18170_017.eps

300708

Block Diagrams, Test Point Overview, and Waveforms

Block Diagram Audio

AUDIO

TUNER IF & SAWF

B02

1104
UV1316E

MAIN

TUNER

IF1

AGC

VST

9

VTUN

IO - SCART 1

B06B

1

7

EXT 1

11

15

16

20

21

SCART1

26LC8.1E LB 6.

SMIC L

B05A

7401
TDA8890H1

1102

15

2

4

3

SAW 38M9

1103

IF_ATV

11

1504

RF_AGC

6

2

3

1

SC1_AUDIO_IN_L

SC1_AUDIO_IN_R

SC1_AUDIO_OUT_L

SC1_AUDIO_OUT_R

1

1
2

3

SAW 38M9

7109

4

5

VIF1

VIF2

SIF1

SIF2

SAW_SW

72

71

68

67

SMIC

79

66

52

51

62

61

7

9

10

4

5

B04A

TDA154XX

TUN_SIF

MAIN_L

MAIN_R

TUN_L

TUN_R

7C01
TDA15471HV

53

LOC TOP

37

38

55

56

61

62

71

B05B

AUDIO_LS__L

AUDIO_LS__R

POWER_DOWN

B03

B03

AUDIO CLASS D

7A01
TDA8932T/N1

37

38

MUTEn

CLASS D

POWER

AMPLIFIER

MUTING
CIRCUIT

DC_PROT

ENGAGE

27

22

5

7J42

DC-DETECTION

LOUT_SP

ROUT_SP

1A35

1

2

3

4

Speaker L

Speaker R

B05B

B06C

B06A

B06D

AUDIO CLASS D

IO - SCART 2

EXT 1

16

20

SCART1

YPBPR & SVHS

AUDIO IN

L+R

AUDIO IN

L+R

HDMI

1

18 2

19

HDMI

CONNECTOR

B06A

SC1_AUDIO_MUTE_L

SC1_AUDIO_MUTE_R

SC2_AUDIO_MUTE_L

SC2_AUDIO_MUTE_R

1504

1

3

7

1

11

6

15

2

21

1602

1615

1N01

1

3

4

6

7

9
10

12

SC2_AUDIO_OUT_L

SC2_AUDIO_OUT_R

SC2_AUDIO_IN_L

SC2_AUDIO_IN_R

SIDE_AUDIO_IN_L

SIDE_AUDIO_IN_R

COMP_AUDIO_IN_L

COMP_AUDIO_IN_R

RX2_A+

RX2_A-

RX1_A+

RX1_A-

RX0_A+

RX0_A-

RXC_A+

RXC_A-

CONTROL

ANTI

PLOP

HDMI_MUX_TX2+

HDMI_MUX_TX2-

HDMI_MUX_TX1+

HDMI_MUX_TX1-

HDMI_MUX_TX0+

HDMI_MUX_TX0-

HDMI_MUX_TXC+

HDMI_MUX_TXC-

ANTI_PLOP

B03

7N07
IP4776CZ38

27

30

INTERFACE

33

41

40

48

45

64

63

35

34

HDMI

68

HDMI_MUX_TX2+

HDMI_MUX_TX2-

HDMI_MUX_TX1+

HDMI_MUX_TX1-

HDMI_MUX_TX0+

HDMI_MUX_TX0-

HDMI_MUX_TXC+

HDMI_MUX_TXC-

10

7

4

245

244

241

240

237

236

233

232

HDMI

YPBPR & SVHS

HP_DETECT

LOUT_HP

ROUT_HP

1603

2

3

6

Headphone
Out 3.5mm

I_18170_018.eps

300708

Block Diagrams, Test Point Overview, and Waveforms

Block Diagram Control & Clock Signals

CONTROL & CLOCK SIGNALS

E

KEYBOARD CONTROL

CHANNEL +
CHANNEL -

MENU

VOLUME -

VOLUME +

ON / OFF

J

IR LED PANEL

TAC T _ SWITCH_INT

6P11

+5V_SW

+3V3STBY

+3V3STBY

3P11

3P10

3P16

LED1

WHITE

6P10

LED2

RED

7P14

7P11

7P10

IR

SENSOR

J1

2

4

1P11

2

4

1P10

9

+5V_SW +5V_SW

KEYBOARD

LED1

+3V3STBY +3V3STBY

LED2

IR

88

7

66

55

44

33

22

11

B03

MICROPROCESSOR NVM

1303

9

7

POWER_ONOFF

4313

N.C.N.C.

KEYB

LED1

LED2

REMOTE

7303
WT61P8S

44

MICRO

PROCESSOR

19

24

25

9

27LC8.1E LB 6.

B04A

POWER_ONOFF_LOCTOP

KEYB

REMOTE

10

B06D

HDMI

1N01

13

HDMI

CONN.

38

37

6

26

37

4

3

ANTI_PLOP

MUTEn

CPU_RST

DDC_RST_A

1312
12M

+3V3STBY

4314

7304

7N03

B05B

(AUDIO)

B05B

B06D

TDA154XX

B06A

B05B

HDMI_CECHDMI_CEC_A

HP_DETECT

DC_PROT

WT_LOCTOP

BL_BOOST_PWM

BL_ON_OFF

BL_ADJ

7C01
TDA15471HV

75

33

197

195

68

71

194

219

220

215

196

LOC TOP

225

1C01
27M

226

182

183

63

64

214

216

B04B

MD(0-7)

MA(0-19)

SDCLKP

163

162

SDCLKN

SPI_SDI

198

201

SPI_SCK
SPI_SDO

199

200

SPI_CEN

B01

BL_ADJUST_PWM

TxCLKp

TxCLKn

SMIC_CLKP

SMIC_CLKP

HPD_RST_MUX

LCD_PWR_ON

B04C

B04C

B05B

B05B

B06D

B04C

DDR FLASH TRAP

7701
HY5DU281622FTP

DDR

SDRAM

2Mx16x4

45
46

7702
M25P80

5
6

8M

2

FLASH

1

DC/DC +5V & +3V3 & +2V5
& +1V8 & +8V

1P02

6

+3V3_STBY

5

7309
BD45275G

VOUT

2,3

MP_RST

4

43

41

7301

7305

BL_ON_OFF_2

BL_BOOST

STANDBY

5

7

1P02

6

I_18170_019.eps

210708

Block Diagrams, Test Point Overview, and Waveforms

SSB: Test Points (Overview Bottom Side)

28LC8.1E LB 6.

3139 123 6425.1

Part 1

I_18170_014a.eps

Part 2

I_18170_014b.eps

I_18170_014.eps

310708

A115 C1
A116 C1
A124 C1
A125 C1
F101 C1
F102 B1
F103 B1
F104 B1
F105 B1
F106 A1
F107 A1
F108 A1
F109 A1
F110 A1
F111 A1
F112 A1
F113 B2
F114 C1
F115 B1
F116 C1
F117 C1
F118 B1
F301 B2
F302 A3
F303 A2
F304 A2
F305 A2
F306 B2
F307 B2
F308 B4
F309 B4
F310 B4
F311 B4
F313 B4
F314 B4
F315 C1
F316 C1
F317 A3
F318 C1
F319 A2
F320 A2
F321 B4
F322 A2
F323 A3
F324 B3
F325 A3
F

327 C3
F328 A2
F330 C3
F331 C3
F333 B3
F334 B3
F335 B4
F336 B1
F337 B2
F338 A2
F339 A2
F340 A2
F341 A2
F342 A2
F343 A2
F344 A2
F345 A2
F401 C1
F402 C1
F403 C1
F404 C1
F405 C1
F406 C1
F407 C1
F511 F1
F513 E1
F515 E1
F517 E1
F519 E1
F520 E1
F521 E1
F522 E1
F524 E1
F525 E1
F526 D1
F528 D1
F530 D1
F531 E1
F534 E1
F535 E1
F536 E1
F537 E1
F538 E1
F539 E1
F540 E1
F541 E1
F542 E1
F601 A1
F602 A1
F603 A1
F604 E1
F605 D1
F606 C1
F607 E1
F608 E1
F609 F1
F610 B1
F611 B1
F612 B1
F613 C1
F614 E1
F615 A1
F616 F1
F617 F1
F618 F1
F619 F2
F620 F1
F701 C3
F702 C3
F703 C3
F704 C3
F705 C3
F706 C3
F707 C3
F708 C3
F709 C3

F710 C4
F711 C3
F712 C3
FA01 F3
FA02 E3
FA0 3 F2
FA04 F2
FA05 F2
FA06 F3
FA07 F4
FA0 8 F4
FA09 F2
FA10 F4
FA11 F4
FA12 F2
FA1 3 F2
FA14 E3
FA15 A3
FA32 F2
FA33 F3
FC01 C2
FC02 B2
FC03 B3
FC04 D2
FC05 D2
FC06 D2
FC07 D2
FC08 D1
FC09 C2
FC10 B3
FC11 B2
FE01 F1
FE02 E1
FE03 E1
FE04 E2
FE05 E1
FE06 E1
FE07 E1
FE08 D2
FE09 D1
FE10 D1
FE12 C3
FE15 B2
FE16 B2
FE17 B3
FE18 C3
FE19 C3
FE20 C3
FE21 C4
FE22 F1
FE23 E1
FE24 E1
FE25 E1
FE26 E1
FE27 E1
FE28 D1
FE29 D1
FE30 E1
FE31 E1
FN01 E3
FN02 D2
FN03 E3
FN04 D2
FN05 D3
FN06 D3
FN07 D3
FN08 D3
FN09 D3
FN10 D2
FN11 D2
FN12 D2
FN13 D2
FN14 D2
FN15 E3
FN16 E3
FN17 D3
FN18 D3
FN19 E3
FN20 E3
FN21 E3
FN22 E3
FN23 E2
FN24 E2
FN74 D3
FP01 E4
FP02 E4
FP03 D4
FP04 D4
FP05 D4
FP06 F4
FP07 F4
FP08 D4
FP09 E4
FP10 D4
FP11 D4
FP12 D4
FP13 D4
FP14 F4
FP15 E4
FP16 A3
FP17 E3
FP18 B3
FP19 A4
FP20 A3
FP21 F4
FP22 A3
FP23 F4
FR01 C4
FR02 C4
FR03 C4
FR04 C4
FR05 C4
FR06 C4
FR07 C4
FR08 C4
FR09 C4
FR10 C4
FR11 C4
FR12 C4
FR13 C3
I102 B1
I103 C1

I105 B1
I106 B1
I108 B2
I109 C1
I301 A2
I302 C3
I304 A2
I305 A3
I306 A3
I307 A2
I308 B4
I310 A2
I311 A3
I314 B1
I315 A2
I316 A2
I317 A2
I318 C2
I319 A2
I320 C3
I321 A2
I323 A2
I324 A3
I325 A3
I326 A3
I327 A2
I328 A2
I331 A2
I332 A2
I333 A2
I334 D3
I401 D1
I402 D1
I403 D1
I404 D1
I405 D1
I406 C1
I407 D1
I408 D1
I410 C1
I411 C1
I416 D1
I417 D1
I418 D1
I419 D1
I420 D1
I421 C1
I422 C1
I423 D1
I427 C1
I430 C1
I431 C1
I432 C1
I433 C1
I434 C1
I435 C1
I436 C1
I437 C1
I438 C1
I439 C1
I440 C1
I441 C1
I442 C1
I443 C1
I444 C1
I445 C1
I446 C1
I447 C1
I448 C1
I449 D1
I450 D1
I451 C1
I452 D1
I453 D1
I454 C1
I455 C1
I525 E1
I541 E1
I548 E1
I549 D1
I550 E1
I553 E1
I610 E1
I611 F1
I621 B1
I623 E1
I624 C1
I627 F1
I701 C3
IA01 F2
IA02 F2
IA03 F2
IA04 F3
IA05 F2
IA06 F2
IA07 F2
IA08 F3
IA09 F2
IA10 E2
IA11 E2
IA12 E2
IA13 F2
IA14 F2
IA15 F2
IA16 F2
IA17 E2
IA18 F2
IA19 F2
IA21 F2
IA22 F2
IA30 F3
IA31 F3
IA33 F2
IA35 F3
IA36 F3
IA38 F3
IA39 F3
IA42 B2
IA44 C1
IA45 C1
IA48 C1
IA49 C1

IA50 F1
IA51 F1
IA52 F1
IA53 F1
IA67 A3
IA68 B3
IA69 A3
IA70 A
IA71 A3
IA72 A3
IA73 F3
IC01 C2
IC02 C2
IC03 C2
IC04 C2
IC05 C2
IC06 D2
IC07 C2
IC08 C2
IC09 C2
IE01 D1
IE02 D1
IE03 D1
IE04 D1
IN01 D3
IN02 D3
IN03 D2
IN04 D2
IN06 D3
IN07 D2
IN10 D2
IN11 D2
IN12 D2
IN13 D3
IN14 D3
IN15 E3
IN16 E3
IN17 D3
IN18 D3
IN19 D2
IN20 D2
IP01 E4
IP02 E4
IP03 E4
IP04 E4
IP05 E4
IP06 E4
IP07 E4
IP08 E4
IP09 E4
IP10 A3
IP11 A4
IP12 F4
IP13 E3
IP14 F4
IP15 F4
IP16 E4
IP17 E4
IP18 F4
IP19 E4
IP20 E4
IP21 E3
IP22 E4
IP23 A3
IP24 A4
IP25 E4
IP26 E4
IP27 E4
IP28 E4
IP29 E4
IP30 E3
IP31 E4
IP32 E4
IP33 E4
IP34 E3
IP35 E4
IP37 E4
IP38 E4
IP39 E4
IP40 E4
IP41 E4
IP42 E4
IP43 F4
IR01 C4
IR02 C3
IR03 C3
IR04 C4
IR05 C3

3

Block Diagrams, Test Point Overview, and Waveforms

SSB: Test Points (Part 1 Bottom Side)

29LC8.1E LB 6.

Part 1

I_18170_014a.eps

210708

Block Diagrams, Test Point Overview, and Waveforms

SSB: Test Points (Part 2 Bottom Side)

30LC8.1E LB 6.

Part 2

I_18170_014b.eps

310708

I2C IC Overview

I²C

B03

MICROPROCESSOR NVM

Block Diagrams, Test Point Overview, and Waveforms

B04A

TDA154XX

31LC8.1E LB 6.

TUNER IF & SAWF

B02

B05A

SMIC L

B06C

SCART2 & UART & JTAG

7303
WT61P8S

MICRO

PROCESSOR

DS1-DA

DS1-CL

20

21

ERR

04

UART

SERVICE

CONNECTOR

+3V3_STBY

3309

3304

1311

IIC_SDA

IIC_SCL

3322

EEPROM

3

2

3323

56

7302

M24C32

NVM

ERR

06

3348

3349

MAIN_NVM_WC

7

UART_RXD

UART_TXD

+3V3_SW

3C35

3C03

3C40

76

192

193

5C19

TDA15471HV

LOC TOP

5C20

66 67

7C01

3101

UV1316E/ABH

B06D

IIC_SDA

IIC_SCL

3102

54

1104

TUNER

ERR

07

HDMI

3410

TDA8890H1

+3V3_SW

3411

14 13

7401

SMIC

ERR

08

3E70

3E71

1E04

1

2

3

COMPAIR

SERVICE

CONNECTOR

B04B

DDR FLASH TRAP

7702
M25P80

8M

FLASH

7701
HY5DU281622FTP

DDR

SDRAM

2Mx16x4

2

5

6

SPI_SDO

SPI_SDI

SPI_SCK

MD(0-15)

MA(0-11)

199

198

201

217

218

3C64

3C65

HDMI_MUX_TSDA

HDMI_MUX_TSCL

18 17

7N07

IP4776CZ38

HDMI

INTERFACE

21

22

3N06

3N05

+5V_SW

3N09

3N10

56

7N01

M24C02

EEPROM

DDC_SDAA

DDC_SCLA

7N08

1N01

16

HDMI A

15

DDC_RST_A

1

18 2

19

HDMI

CONNECTOR

B03

I_18170_020.eps

300708

Block Diagrams, Test Point Overview, and Waveforms

Supply Lines Overview

SUPPLY LINES OVERVIEW

A

X419

+12V

+12V

GND1

GND1

MAIN

POWER SUPPLY

BL-ON_OFF

DIM

BOOST

ANALOG_PWM

X416

3.3Vstby

STANDBY

GND1

GND1

GND1

+12V

+12V

+12V

12V (audio)

GND2( audio)

-12VA (audio)

1 1

2

3

4

5

6

7

8

1 1

2

3

4

5

6

7

8

9

10

11

B01

1P02

2

3

4

5

6

7

8

1P01

2

3

4

5

6

7

8

9

GNDSND

10

11

7P08
NCP5422

Dual
Out-of-Phase
Synchronous

Buck Controller

DC / DC +5V & +3V3 & +2V5 +1V8 & +1V2

5P02

3P20

5P10

5P07

7P06-1

14

1

7P06-2

2

7P07-1

16

7P07-2

15

BL_ON_OFF_2

BL_ADJUST_PWM

BL_BOOST

STANDBY

7P10

6P03

5P06

7P09

ONLY FOR ANALOG TUNER

5P09

5P08

5P04

5P03

(CONTROL)

(CONTROL)

(CONTROL)

+5V_SW

5P01

7P04

IN OUT

COM

7P01

IN OUT

COM

7P02

IN OUT

COM

7P03

IN OUT

COM

5P05

B03

B03

B03

+3V3_STBY

B04A

+12V_DISP

+8V_SW

+12V_AUDIO

-12V_AUDIO

+VTUN

(34V)

+5V_SW

+3V3_SW

+2V5_SW

+3V3_SW_TDA

+1V8_SW_ADC

+1V8_SW

B03,B04a,B05b,
B06d

B03,B04c

B05a

B05b

B05b

B02

B02,B03,B05a,
B06b,c,d

B03,B04a,b,
B05a,B06a,d

B04a,b

B04a

B04a

B04A,B06d

32LC8.1E LB 6.

AUDIO - CLASS D

+12V_AUDIO

3A01

-12V_AUDIO

3A02

+3V3_STBY

YPBPR & SVHS

+3V3_SW

I/0 - SCART 1

SCART 2 & UART & JTAG

HDMI

+3V3_SW

5N01

+1V8_SW

5N02

5N03

HDMI

CONNECTOR

HDMI

CONNECTOR

J

5

8

1N01

18

1N02

18

RES

IR & LED PANEL

5A05

5A06

+12V_AUDIO

VDDA

VDD

-12V_AUDIO

VSSA

VSS

+3V3_STBY

+3V3_SW

+5V_SW+5V_SW

+5V_SW+5V_SW

+3V3_SW

+3V3_ANA-MUX

+3V3_STBY+3V3_STBY

+1V8_SW

+1V8_DIG-MUX

+1V8_ANA-MUX

+5V_SW+5V_SW

+5VHDMI_A

+5VHDMI_B

+3V3STBY

+5V_SW

I_18170_021.eps

310708

B01

B01

B01

B01

B01

B01

B01

B01

B01

B01

B01

B01

B01

B01

B01

B01

B01

B01

TUNER IF & SAWF

B02

+5V_SW

+VTUN

MICROPROCESSOR NVM

B03

+3V3_SW

+3V3_STBY

+5V_SW

+12V_DISP

B04A

B04B

B04C

B05A

TDA154XX

+3V3_SW

+3V3_SW_TDA

+3V3_STBY

+2V5_SW

+1V8_SW_ADC

+1V8_SW

DDR FLASH TRAP

+2V5_SW

+3V3_SW

LV DS CONNECTORS

+12V_DISP

SMIC L

+5V_SW

+3V3_SW

+8V_SW

3107

5C11

5402

7R02

5115

3321

5R02

5R03

LCD_PWR_ON

+5V_SW

+5V_IF

+5V_TUN

+VTUN

+3V3_SW

+3V3_STBY

+5V_SW

+12V_DISP

5304

+3V3_SW

+3V3_SW_TDA

+3V3_STBY

+2V5_SW

+1V8_SW_ADC

+1V8_SW

+1V8_SW_LOCAL

+2V5_SW

+3V3_SW

+12V_DISP

+5V_SW_SMIC

+3V3_SW

VDISP

+5V_SW

+8V_SW

1303

1R50

B05B

B01

B01

B01

B06A

B01

8

5

B01

TO 1P10

J

I/R LED

B06B

B06C

B01

B06D

B01

B01

B01

B01

1

TO 1303

B03

SSB

1P10

Circuit Diagrams and PWB Layouts

7. Circuit Diagrams and PWB Layouts

SSB: DC/DC

1

23 67891011

DC/DC +5V & +3V3 & +2V5 & +1V8 & +8V

B01

A

2P51

1u0

6P04

BAS316

IP05

7P06-1

2

7P06-2

SI4936BDY

3P26
2R2

3P30

3K3

3P05

+12V_DISP

IP03

IP06

1

4

3K3

PDZ8.2-B

3P24

3P27

78

SI4936BDY

2P32

3n3

IP17

IP18

3P36

470R

IP43

6P01

B

C

D

E

F

G

H

3139 123 6425.1

7P05

BC817-25W

+5V_SW

IP08

3P17

470R

1%

3P18

120R

1%

IP09

IP28

2P40
100n

GNDDC1

NCP5422ADR2G

FP02

IP29

IP30

2P41
100n

GNDDC1

3P19

1K8

GNDDC1GNDDC1

GNDDC1

GNDDC1

7P08

4

7

10

8

9

3P29

39K

GNDDC1

PDZ18-B

3P20

10R

2P31
1u0

BST

1

2

1

2

ROSC

2P49

220p

IP20

2P50
220p

IP35

GNDDC1

6P06

14

VFB

COMP

IP01

Φ

VCC

3

GNDDC1

GATE

GATE

GND

IP37

3P28

1K0

IP38

3P23

10R

IP04

1

H1

IP25

2

L1

H2

L2

+1

-1

IS

+2

-2

IP32

IP26

IP27

16

IP16

15

5
6

IP31
1213
11

IP39

"P00-P99"

MULTI 12NC: 3139 123 64241
SINGLE 12NC: 3139 123 64251

123456789

45

2P39
100n

2P42
100n

2P07

100n

5

3

3P32

2R2

3P34

2K2

3P03

1K8

6

3P08
3K3

68R

68R

3P13

10R

IP40

IP41

IP13

2P16
10u
16V

3P02
1K2

3P04
1K8

IP19

BAS316

7P07-2

SI4936BDY

3P01

6K8

3P07

6K8

3P35

220R

3P09

1K0

6P05

2P30
22u

7P07-1

IP42

2P37

4

78

SI4936BDY

2

1

3n3

56

3

+5V_SW

FP17

+1V8_SW

IP12

7P10
BC847B

FP21

+8V_SW

3P10
10K

+5V_SW

FP08

33LC8.1E LB 7.

IP14

GNDDC1

5P09

50R

2P48
100p

3P16
1K0

1

3P15
1K0

3P33
6K8

IP22

2P36

100n

3P31

1K0

3P22
6K8

IP21

2P54

100n

IP34

3P21
1K0

3P11
6K8

GNDDC1

IP11

2P01

100u

16V

3

7P09
2N7002

2

GNDTUN

5P01

22u

5P05

22u

3

2P02
100n

5P06
1m0

IP15

2P20

6P03

100p

FP23

ONLY FOR ANALOG TUNER

2P33
3n3

IP07

3n3

2P43

GNDDC1

7P04

LD1117S33

COM

3P12

390R

1%

3P14
470R
1%

OUTIN

1

GNDDC1

FP22

2
4

2P03

47u
16V

2P58
22u

IP02

BAV99

2P34
22u

+3V3_SW

RES
2P56
22u

5P02

10u

2P19
22u
35V

RES

2P55

22u

FP03

+3V3_SW_TDA

FP14

FP05

IP33

+1V8_SW

+5V_SW

+5V_SW

6P02

PDZ33-B

+12V_DISP

+VTUN

34V

+5V_SW

5P08

50R

5P03

50R

5P04

50R

STANDBY

+12V_DISP

+12V_AUDIO

-12V_AUDIO

GNDSND GNDSND

BL_ON_OFF_2
BL_ADJUST_PWM
BL_BOOST

IP23

2P17
220u

25V

IP24

2P04
100u
16V

IP10

2P13
100u
16V

5P10

5P07

10n2P08

100n

2P25

GNDSND

/BL_ADJUST_ANA

3

2P18

100n

3

2P05

100n

3

2P14

100n

+3V3_STBY

22u

22u

1n0

100n

2P09

2P26

GNDSND

7P01

LD1117S25C

OUTIN

COM

1

7P02

LD1117S33

OUTIN

COM

1

7P03

LD1117S18

OUTIN

COM

1

2P10 10n

2P23 100n

2P24

1n0

2P11

GNDSND

FP11
FP12
FP13

2

FP18

4

2
4

FP20
2
4

2P21
47u
16V

2P15

47u
16V

100n

2P12 100n

FP19

FP01
FP16
FP15

FP04

FP06
FP07
FP09

1-1735446-1

1P02

FP10

1735446-8

2P06

47u

16V

+1V8_SW_ADC

1P01

1
2
3
4
5
6
7
8

+3V3_SW_TDA

10 11 12

1
2
3
4
5
6
7
8
9
10
11

2P27

2P44
2P45 1n0

2P47

+2V5_SW

12

B01

100n

1n0

1n0

I_18170_001.eps

170708

A

B

C

D

E

F

G

H

1P01 A12
1P02 B11
2P01 F7
2P02 F7
2P03 F8
2P04 E10
2P05 E10
2P06 F11
2P07 B4
2P08 B10
2P09 B10
2P10 B11
2P11 B11
2P12 B11
2P13 F10
2P14 F10
2P15 F11
2P16 G4
2P17 E10
2P18 D10
2P19 A9
2P20 B8
2P21 D11
2P23 A11
2P24 A11
2P25 B10
2P26 B11
2P27 B12
2P30 B5
2P31 C2
2P32 C4
2P33 C7
2P34 C8
2P36 C7
2P37 D5
2P39 E4
2P40 E2
2P41 E2
2P42 E4
2P43 D7
2P44 B12
2P45 B12
2P47 B12
2P48 E7
2P49 F2
2P50 F2
2P51 A4
2P54 E7
2P55 C9
2P56 D9
2P58 D8
3P01 D5
3P02 E5
3P03 E4
3P04 E5
3P05 E4
3P07 E5
3P08 F4
3P09 F5
3P10 G5
3P11 E7
3P12 D8
3P13 D4
3P14 E8
3P15 B7
3P16 A7
3P17 D2
3P18 F2
3P19 F2
3P20 B2
3P21 E7
3P22 D7
3P23 C3
3P24 A4
3P26 D4
3P27 A4
3P28 B3
3P29 E2
3P30 E4
3P31 C7
3P32 D4
3P33 C7
3P34 D4
3P35 F5
3P36 G4
5P01 B7
5P02 A9
5P03 F10
5P04 E10
5P05 D7
5P06 A7
5P07 B10
5P08 D10
5P09 F7
5P10 A10
6P01 G4
6P02 A9
6P03 B8
6P04 A4
6P05 A5
6P06 B3
7P01 D11
7P02 E11
7P03 F11

7P04 F8
7P05 A3
7P06-1 B4
7P06-2 C4
7P07-1 C5
7P07-2 D5
7P08 D2
7P09 B7
7P10 F5
FP01 A11
FP02 D2
FP03 D9
FP04 A11
FP05 B9
FP06 A11
FP07 B11
FP08 B6
FP09 B11
FP10 B11
FP11 B11
FP12 B11
FP13 B11
FP14 A9
FP15 A11
FP16 A11
FP17 E5
FP18 D11
FP19 E11
FP20 F11
FP21 G6
FP22 F8
FP23 B8
IP01 C3
IP02 A8
IP03 C4
IP04 C3
IP05 B4
IP06 B4
IP07 C7
IP08 D2
IP09 D2
IP10 F10
IP11 F7
IP12 F5
IP13 E4
IP14 A7
IP15 A8
IP16 D4
IP17 D4
IP18 F4
IP19 A5
IP20 F2
IP21 D7
IP22 C7
IP23 D10
IP24 E10
IP25 D3
IP26 D4
IP27 D4
IP28 D2
IP29 D2
IP30 E2
IP31 D4
IP32 F3
IP33 A9
IP34 E7
IP35 G2
IP37 B3
IP38 B3
IP39 E3
IP40 D4
IP41 D4
IP42 C5
IP43 G4

SSB: Tuner IF & SAWF

Circuit Diagrams and PWB Layouts

34LC8.1E LB 7.

1234

5678910

11 12

TUNER IF & SAWF

B02 B02

A

RES

I103

1
2

3

1
2

3

F117

2112

22u

1102

I

GND

OFWK3953M

38M9

1103

I

GND

OFWK9656M

38M9

3111

5K6

6101

BAS316

2106

2u2

5

O1

4

O2IGND

5

O1

4

O2ISWI

+5V_IF

3110

8K2

3105

39K

A115
A116

A125
A124

F118

VIF1
VIF2

SIF2
SIF1

RF_AGC

1104

1102
1103

4101

4102
4103

4104

EUROPE

UV1316E

K3953

K9656M

Y

-

Y

-

AP

UV1316E

K7257M

K9362

­Y

-

Y

CHINA

UV1356

TBC

K9352

Y

-

-

Y

L ATAM

UV1336

M1971M

B

C

D

G

SAW FILTERS

F101

18K

NC1

6

F106

+5V_IF

VS

7

2113

10n

3112

2K2

7109

BC847B

VV1316

NC2

9

8

F107

F108

PLL

VST

10

F109

NC3

3109

2K2

IF111

+5V_IF

L

H

M

MT3

MT4

F110

3113

6K8

14

15

2114
100p

I102

4102

F114

+5V_TUN

2104

22u

4103

4104

F111

2105

10n

4101

F115

6103

1SS356

NC

+VTUN

3104

1K0

2103

2111

10u

100n

50V

IF_ATV

5111

RES

390n

SAW_SW

F116

3108

22K

I109

3103

PEND NEW 12NC FOR TD1316AF/BHPN-5

*

RF OUT

TU2

F103

L

H

M

AS3

TUNER

SDA

SCL

4

5

F105

F104

E

F

F112

NC

1104

UV1300

12

13

MT1

MT2

AGC

1

F102

1102 A7
1103 C7
1104 E1
2101 H3
2102 H3
2103 G5
2104 G5
2105 G6
2106 F7

A

2109 H11
2110 H11
2111 G4
2112 F7
2113 B3
2114 G3
3101 H4
3102 H4
3103 D2
3104 F4
3105 F7
3107 H10

B

3108 D2
3109 C3
3110 E7
3111 E7
3112 C2
3113 C3
4101 B5
4102 B5
4103 C6
4104 D6
4106 H6

C

4107 H6
5101 H4
5102 H4
5111 B2
5115 H11
6101 F7
6103 C3
7109 D2
A115 B8
A116 B8
A124 D8
A125 C8

D

F101 B2
F102 G1
F103 G2
F104 G2
F105 G2
F106 G2
F107 G2
F108 G3
F109 G3
F110 G3
F111 F6
F112 F1

E

F113 H11
F114 C5
F115 C3

-

Y

-

-

-

F116 D2
F117 D6
F118 E8
I102 C5
I103 D6
I105 H6
I106 H6
I108 H11

F

I109 D2

G

H

3139 123 6425.1

3101

100R

5101

2101

15p

2102

15p

RES

RES

1K0

3102

100R

1K0

5102

123

IF_ATV

I105

I106

4

56

4106

4107

IIC_SDA

I108

IIC_SCL

+5V_SW

3107

1R0

5115

10u

2109

22u

2110

10n

F113

+5V_TUN

+5V_IF

I_18170_002.eps

170708

H

7 8 9 101112

Circuit Diagrams and PWB Layouts

SSB: Micro Processor NVM

35LC8.1E LB 7.

12345

6 7 8 9 10 11 12 13 14 15 16 17

MICROPROCESSOR NVM

B03 B03

A

B

C

D

E

F

G

H

I

J

K

L

3139 123 6425.1

123456

+3V3_STBY

3319

2315

100n

VOUT

32

2301

100n

BC847BW

F304

F320

+3V3_STBY

F306

F307

+3V3_STBY

4

7310

RES

5302

600R

3373 100R
3374

3376 100R
3377 100R

F308

1308

BAS3166301

2317
100n

BAS3166304

+3V3_STBY

3303

+3V3_STBY

1309

I333
F319

10K

3359

3361

3362

3356

100R

3304 4K7

+3V3_STBY

100R3372

100R
100R3375

1304

1310

7309

BD45275G

F301

1

3325

10K

LED2

LED1

7311

100n

2302

BC847BW

+3V3_STBY

HDMI_CEC

REMOTE

CPU_RST

IIC_SDA

IIC_SCL

WT_LOCTOP

IIC_SCL
IIC_SDA
REMOTE
SC1_STATUS
STANDBY
SC2_CVBS_MON_OUT

1303

BM09B-SRSS-TBT

1011

9
8
7
6
5
4
3
2

F313

1

NC

SUBERGND

+5V_SW

1307

5

VDD

Φ

F302

TO / FROM IR/ LED & KEYBOARD

"300 ~ 399"

MULTI 12NC : 3139 123 64241
SINGLE 12NC : 3139 123 64251

10K

100R

F339
F340
F341
F342
F343
F344
F345

RES

6302

F328

10K

27K

RES

RES

4K73309

BM10B-SRSS-TBT

BZX384-C6V8

3324 4K7

RES

4315

3313 4K7

RES

4316

BZX384-C6V8

6303

2316

100p

2327

10n

10K3363

3364

10K

3305

ITV

RES

1301

1
2
3
4
5
6
7
8
9
10

1112

F314

F309
F321

F310
F311

3358

3360

I321

7303

WT61P8

MP_RST

F335

4

I

OSC

3

O

21

CL

DS1

20

DA

43

NRST

27

0

26

1

25

2

GPIOA

24

3

23

4

22

5

11

0

10

1

9

2

8

GPIOB

3

7

4

6

5

5

6

4317

F337

POWER_ONOFF

3V2

1

VDD

Φ

VSS

2

+3V3_STBY

3371

100R

KEYB

LED1

LED2

REMOTE_IN

GPIOC

GPIOD

GPIOE

3369

0
1
2
3
4
5
6
7

0
1
2
3
4
5
6
7

0
1
2
3
4
5
6
7

4K7

3370

100R

22p

22p

2303

2306

1312

12M

1n0

2326

1306

3332

EMC

+3V3_STBY

I305
I311

+3V3_STBY

100R

I327

I310

100R

3311

3312

3331

I306

RES

6308

1n0

EMC

2304

BZX384-C6V8

1n0

2314

100R

EMC
2324
10n

5304 220R

3318

RES

2305
1n0

I316

100R

POWER_ONOFF

POWER_ONOFF_LOCTOP

3321

47R3316

47R3317
47R

1n02319

EMC

I315

F305

I317

F317

I308

2321 1n0

I323

1R0

+3V3_STBY

RES

4303

1n0

2322

2323

1n0

10K

10K

10K

EMC

78

5301

60R

2313

100n

19
18
17

I307

16
15

I331

14

I332
13
12

35
34
33
32
31
30
29

DDC_RST_A

28

DDC_RST_B

44
42
41
40
39
38
37
36

I304

F338

+3V3_SW

RES
3365
3366

RES

+3V3_STBY

3301

2320
470p

+3V3_STBY

I301

4K7
4K7

F303

+3V3_STBY

4K7

4K7

RES

RES

3307

3306

I328

3341 4K7

I319

3326

RES
3308

10K

3368

100R

I318

1

0

2

ADR

1

3

2SDA

4313

100R3327

100R

8

(4Kx8)

EEPROM

4

Φ

3315

+3V3_STBY

3328

3367

4K7

10K

7302

M24C32-WMN6

WC

3V3

SCL

F318

RES

4309

RES

4310

POWER_DOWN

+3V3_SW

3352

22K

15K

2311
220n

F327

F331

3353

I326

0V8

4311

4312

3340

4K7

4306

3338

4K7

4302

7308
BC847BW

7307
BC847BW

BL_ON_OFF_2

ANTI_PLOP

STANDBY

STANDBYn

4314

3330

4K7

4308

4301

3342

4K7

4307

4305

3337

4K7

4304

KEYB

MUTEn

+5V_SW

+5V_SW

+5V_SW

3329
1K0

I334

RES
7306
BC847B

3343

1K0

I320

7304
BC847B

3336

1K0

I302

7305
BC847B

UART_RXD
UART_TX D

3334
1K2

3344

1K0

3339

1K0

4318

2309
1u0

2308
1u0

3345
4K7

3354
4K7

100p

3348
3349

2307

+3V3_STBY

RES

3350
10K

100R
100R

BL_ON_OFF_2

BL_ADJUST_PWM

2310
100p

BL_BOOST

2312
100p

F333
F334

RES
3351
10K

1311

MSJ-035-29D PPO (PHT)

2
3
1

+12V_DISP

1302

1

RES

2
3
4
5

67

BM05B-SRSS-TBT

BL_ON_OFF

+5V_SW

BL_ADJ

+5V_SW

BL_BOOST_PWM

+5V_SW

3347
1K5

I325

F330

I324

6306

BZX384-C8V2

1K0

3310

100R

3314

+5V_SW

F325

F323

F324
F322

1313

3K3

RES

3355 3K3

I314

RES

100R

RES

100R

3357

3335

RES

100R

7301
BC847BW

3323

100R

3322
100R

RES

F336

7

F315

6

F316

5

1_CRNI_ETOMER

2_CRETOMER

+3V3_STBY

+3V3_STBY

RES
3378

30R

1

2

MAIN_NVM_WC

IIC_SCL

IIC_SDA

3346

1K5

9 1011121314151617

SERV .U

I_18170_003.eps

170708

F306 E3

1301 G4

F307 F3

1302 C13

F308 J3

1303 I2
1304 I4

F309 J4

1306 I5

F310 J4

1307 J3

F311 J4

1308 J3

F313 J3

1309 J3

F314 I5
F315 J11

1310 J4

F316 J11

1311 D17

F317 F6

1312 C6

F318 J10

2301 C3

A

B

C

D

E

F

G

H

I

J

K

L

2302 D2
2303 B6
2304 J5
2305 J5
2306 B7
2307 F16
2308 J15
2309 H15
2310 H16
2311 B13
2312 J16
2313 A9
2314 J5
2315 B3
2316 D4
2317 C3
2319 J6
2320 I9
2321 J6
2322 J6
2323 J7
2324 I6
2326 J5
2327 D4
3301 F9
3303 E3
3304 F4
3305 F4
3306 D9
3307 D9
3308 F9
3309 E4
3310 C11
3311 E5
3312 F5
3313 D4
3314 I11
3315 C10
3316 J5
3317 J5
3318 J5
3319 B4
3321 J6
3322 J11
3323 J11
3324 C4
3325 C2
3326 D9
3327 A9
3328 C10
3329 F15
3330 F14
3331 F5
3332 E5
3334 F15
3335 D11
3336 J15
3337 J14
3338 J13
3339 J15
3340 H13
3341 D9
3342 H14
3343 H15
3344 H15
3345 H15
3346 B12
3347 B13
3348 D16
3349 E16
3350 D16
3351 D17
3352 B14
3353 B14
3354 J15
3355 I11
3356 D4
3357 D11
3358 C5
3359 C4
3360 D5
3361 D4
3362 D4
3363 E4
3364 E4
3365 C9
3366 C9
3367 E10
3368 F9
3369 F8
3370 F8
3371 G8
3372 G3
3373 G3
3374 G3
3375 G3
3376 G3
3377 G3
3378 D12
4301 H14
4302 K13
4303 J7
4304 K14
4305 J14
4306 I13
4307 I14
4308 G14
4309 K10
4310 K10
4311 F13
4312 G13
4313 K10
4314 F14
4315 C4
4316 D4
4317 F7
4318 F15
5301 A9
5302 D3
5304 J5
6301 B3
6302 I4
6303 D4
6304 D3
6306 B12
6308 I5
7301 F11
7302 I10
7303 B7
7304 H15
7305 J15
7306 F15
7307 B14
7308 B14
7309 B3
7310 C3
7311 D3
F301 C2
F302 D3
F303 C9
F304 E3
F305 E6

F319 D3
F320 E3
F321 J4
F322 D11
F323 D11
F324 D11
F325 D11
F327 F13
F328 C4
F330 H13
F331 J13
F333 D16
F334 E16
F335 J7
F336 J11
F337 G7
F338 G8
F339 G4
F340 G4
F341 G4
F342 G4
F343 G4
F344 G4
F345 G4
I301 A9
I302 J15
I304 F9
I305 C6
I306 F5
I307 C9
I308 J6
I310 E6
I311 D6
I314 J11
I315 F6
I316 E6
I317 E6
I318 J9
I319 D9
I320 H15
I321 A8
I323 D6
I324 B12
I325 B13
I326 B14
I327 E6
I328 D9
I331 C9
I332 C9
I333 D3
I334 F15

SSB: TDA154XX

Circuit Diagrams and PWB Layouts

36LC8.1E LB 7.

B04A

A

B

C

D

E

F

1C03

1
2

G

H

I

J

K

L

3139 123 5785.1

3
4
5
6

78

BM06B-SRSS-TBT

1234

TDA154XX

+1V8_SW_ADC

+1V8_SW

+3V3_STBY

+3V3_SW

+3V3_SW

+3V3_SW_TDA

+3V3_SW

+3V3_SW_TDA
+3V3_SW_TDA

+3V3_SW

+3V3_SW

+3V3_SW
+3V3_SW

100R

3C73

FC04

FC05
FC06

FC07
FC08

2C90 10n

10n

100R3C74

2C87

100R3C75

10n2C88

IC04

3C67

120R

3C70

120R

IC05

3C68

220R

2K2

3C69

IC06

3C71

IC07

220R

2K2

3C72

MAIN_L
MAIN_R

JTAG_TCK
JTAG_TRSTN
JTAG_TDI
JTAG_TDO
JTAG_TMS

HSYNC
VSYNC

5C15

3

600R

GND110

5C18 600R

600R

5C05

5C16 2K7

600R

5C08

5C06 600R

5C17

5C14 600R

5C02 600R

2C89

100p

HD_Y_IN
HD_PB_IN
HD_PR_IN

PIP_G
PIP_B
PIP_R
SC1_FBL_IN

SC1_STATUS

TDA889X_HS
TDA889X_VS

MAIN_CVBS_Y
SC2_Y_CVBS_IN

MAIN_C
SC2_C_IN

SC2_STATUS

470n2C49
470n2C50

2C18
100u
16V

+1V8_SW_LOCAL

2C70
470n

2K75C10
2K75C09

600R

600R5C13

2C86
100n

TDA15471HV/N1C00

+2V5_SW

GND47

3C17
3C18
3C19

3C20

3C21

2C21
470n

2C52

10u

7C01-6

37
38
39
40
41
42
43
44

207
212
211
209
208

5C07

600R

2C62
470n

GND60

100R
100R
100R

100R

100R

0L
0R
1L
1R

AIN

2L
2R
3L
3R

I2S_MCLKA|JCLK
I2S_WSA|JTRSTN
I2S_CLKA|JTDI
I2S_DA_0|JTDO
I2S_DA_1|JTMS

FC09

FC10

2C48
470n

2C74
470n

2C82

470n

10n2C28
10n

2C29

10n2C30

1n02C31

2C39 220n

220n2C40
220n2C41

3C61-4 33R

3C61-1 33R

2C45

220n
220n2C84

220n2C43

2C85 220n

3C41

AUDIO

VCM_AU

AOUT

SPDIF

SIFAIN

VRP_SIF
VCM_SIF
VRN_SIF

2C22
470n

2C35
470n

2C57

470n

33R3C61-3

33R3C61-2

100R

I

O

0L
0R
1L
1R

I

O

0
1

2C38

2C23

470n

470n

2C77
470n

GND78

2C68
470n

GND97

2C42
10u

6.3V

7C01-2

TDA15471HV/N1C00

5
3
2

8
10
11
9

15
17
18
16

23

254
255
252
253

25
27
28

24
26

4

IC09

13

2C37

1u0

45

2C51

2C61

58

3C24

55

3C25

56
61
62

3C27 180R

206
205

2C78 100p

53

4C10

54

50

2C58

51
52

2C60 100n

5

15

600R

2C19

2C32

2C34

470n

470n

470n

7C01-4

TDA15471HV/N1C00

TDA15471HV/N1C00

FC02

+1V8_SW_ADC

+3V3_SW_TDA

178

AVDD3 3

188

P_0

189

N_0

186

P_1

187

N_1

184

TX0 TX1

P_2

185

N_2

180

P_3

181

N_3

P

183 171

N

AVSS3 3

179

7C01-8

320

321

258
259
260
261
262
263
264
265
266

VIA
267
268
269
270
271
272
273

274

275

2C02

15p

3C36

4K7

2C03

15p

+3V3_SW_TDA

FC11

5C11 470R

190

LVD S

191

319

276

166167

PVDD33

P_0
N_0
P_1
N_1
P_2
N_2
P_3
N_3

P

TXCLK1TXCLK0

N

PVSS33

318

312

313

314

316

317

315

VIA

VIA

VIA

278

281

282

277

283

279

280

1C01

27M

3C37

22R

600R5C12

4C01

B04A

176
177
174
175
172
173
168
169

170182

308

309

310

307

311

306

305
304
303
302
301
300
299
298
297

VIA

296
295
294
293
292
291
290

287

286

285

289

284

288

XTAL_IN

XTAL_OUT

2C01

10u

6.3V

+1V8_SW

+1V8_SW

+3V3_SW

I_18170_004.eps

16 17

170708

1C01 G16

3C58-2 B12

1C02 H12

3C58-3 B12
3C58-4 B12

1C03 G1
2C01 H16

3C59-1 B12

2C02 G15

3C59-2 B12

2C03 G15

3C59-3 B12

2C04 E6

3C59-4 B12

2C05 C6

3C60-1 B12
2C06 E6
2C07 I12
2C08 I11
2C09 I10
2C10 I10
2C11 I10
2C12 I9
2C13 I11
2C14 E5
2C15 E5
2C16 H7
2C17 H7
2C18 B3
2C19 B15
2C20 G7
2C21 B4
2C22 B5
2C23 B5
2C28 G4
2C29 G4
2C30 G4
2C31 G4
2C32 B15
2C33 C6
2C34 B15
2C35 D5
2C36 D6
2C37 I5
2C38 B5
2C39 G4
2C40 G4
2C41 G4
2C42 E5
2C43 H4
2C44 B5
2C45 H4
2C48 C4
2C49 J3
2C50 J3
2C51 J5
2C52 E4
2C53 D5
2C54 C5
2C55 D12
2C56 E12
2C57 E5
2C58 K5
2C59 K5
2C60 K5
2C61 J5
2C62 E4
2C63 K6
2C64 K7
2C65 K7
2C66 K7
2C67 E13
2C68 D5
2C69 D6
2C70 C3
2C71 E6
2C72 D6
2C74 D4
2C75 C6
2C76 E6
2C77 C5
2C78 K5
2C80 F10
2C82 E4
2C83 G14
2C84 H4
2C85 H4
2C86 E3
2C87 G2
2C88 G2
2C89 E3
2C90 G2
3C01 G10
3C02 K9
3C03 G10
3C04 G12
3C05 H10
3C06 G12
3C07 F10
3C08 H7
3C09 G10
3C10 G10
3C17 G4
3C18 G4
3C19 G4
3C20 G4
3C21 H4
3C23 K6
3C24 J5
3C25 J5
3C26 J5
3C27 J5
3C28 F12
3C29 F12
3C32 E12
3C33 D12
3C34 D12
3C35 G10
3C36 G15
3C37 G16
3C38 G14
3C39 H12
3C40 F14
3C41 I4
3C42 H7
3C50-2 A12
3C50-3 C12
3C50-4 D12
3C51-1 B9
3C51-2 B9
3C51-3 B9
3C51-4 B9
3C52-1 B10
3C52-2 B10
3C52-3 B10
3C52-4 B10
3C53-1 B9
3C53-2 C9
3C53-3 C9
3C53-4 C9
3C54-1 C9
3C54-2 C9
3C54-3 C9
3C54-4 C9
3C55-1 D12
3C55-2 C12
3C55-3 C12
3C55-4 C12
3C57-1 A12
3C57-2 C12
3C57-3 C12
3C57-4 C12
3C58-1 C12

3C60-2 B12

3C60-3 B12

3C60-4 C12

3C61-1 H4

3C61-2 H4

3C61-3 H4

3C61-4 H4

3C62-1 F10

3C62-2 K10

3C62-3 F12

3C62-4 G10

3C63-1 G10

3C63-2 G10

3C63-3 G10

3C63-4 G10

3C64-1 G13

3C64-2 G13

3C64-3 J13

3C64-4 J13

3C65-1 J13

3C65-2 H10

3C65-3 F12

3C66 G12

3C67 G2

3C68 G2

3C69 G2

3C70 H2

3C71 H2

3C72 H2

3C73 G2

3C74 G2

3C75 G2

4C01 K15

4C02 H12

4C10 K5

5C01 A14

5C02 E3

5C03 H9

5C04 I9

5C05 D3

5C06 E3

5C07 B4

5C08 E3

5C09 D3

5C10 D3

5C11 J15

5C12 J15

5C13 E3

5C14 E3

5C15 C3

5C16 D3

5C17 E3

5C18 D3

5C19 F10

5C20 G10

6C01 G9

7C01-1 B7

7C01-2 F5

7C01-3 F11

7C01-4 B15

7C01-5 A10

7C01-6 J4

7C01-7 I10

7C01-8 E15

FC01 H7

FC02 G14

FC03 D12

FC04 G1

FC05 G2

FC06 G2

FC07 G2

FC08 G2

FC09 B4

FC10 C4

FC11 J15

IC01 H7

IC02 H8

IC03 H7

IC04 G2

IC05 G2

IC06 H2

IC07 H2

IC08 G6

IC09 I5

A

B

C

D

E

F

G

H

I

J

K

L

+3V3_SW

+3V3_SW

3C38

141065 1112

5C01

TxAp
TxAn
TxBp
TxBn
TxCp
TxCn
TxDp
TxDn

TxCLKp
TxCLKn

+3V3_SW

3C40
4K7

MAIN_NVM_WC

2C83
1n0

10K

+1V8_SW_LOCAL

137 1298 16 174

33R3C57-1

3C50-2

7C01-5

TDA15471HV/N1C00

MD(0)

2C44
470n

2C33

2C75

2C54
470n

2C53

470n

2C14
100u
16V

470n

470n

2C72

2C36

470n

470n

GND86

PVDD_ADC

2C15

2C71

2C06

470n

470n

470n

GND107

7C01-1

TDA15471HV/N1C00

1
7
14
22

109 110

DLLVDD18

32
65
79
92

2C05

470n

132
165
213

87
98

2C69

116

470n

126
139
149
159

46

AUI

57

airgap

AUO

223

REG

35

SAR

49

SIF

224

XTAL

21 20

B

249 251

P

222 221

DPLLVDD33

108 107

MPVDD33

77
210

105

VREF_1

2C04

2C76

470n

470n

POWER

AVDD18_ADC

DVDD18

SVDD

SVDD25

AVDD33 AVSS33

DVDD33

AVSS18_ADC

1V8

2V5

VSS33_ADCVDD33_ADC

DPLLVSS33

3V3

DLLVSS18

DVSS1 8

SVSS

SVSS25

AUO

MPVSS33

DVSS3 3

DVSS

VSSR_1

GND_HS

6
12
19
29

31

131

86
97

115
125
138
148
158

47

AUI

59
60
36

SAR

48

SIF

B
P

204

78

106

257

ANALOG

RIN
GIN
BIN

Y1
PB1
PR1
SOY1

Y2
PB2
PR2
FB2

FS3

HSYNC0
VSYNC0
HSYNC1
VSYNC1

1

CVBS

2
3

1

C

2

SOG

VCM

10u
10u

180R
180R
180R3C26

100n

100n2C59

3C23

MIDSCV

CVBSOUT

IC08

2C20 1u0

256

3C42

FC01

30

IC01

250

FILT

100R

3C08

5K6

2C642C63

220p

220p

2C16

IC03

2C65
220p

MON_CVBS

100R

390p

2C17

82n

AUDIO_LS_L
AUDIO_LS_R

TUN_SIF

2C66
220p

TUN_L
TUN_R

TRAP4

IC02

PVDD_ADC

+3V3_SW_TDA

MD(1)
MD(2)

MD(3)

MD(4)
MD(5)
MD(6)

MD(7)

MD(8)
MD(9)
MD(10)
MD(11)
MD(12) CASN

GND110

MD(13)
MD(14)
MD(15)

GND97 GND86GND107

GND60 GND47GND78

XTAL_IN

XTAL_OUT

CPU_RST

IIC_SDA
IIC_SCL

KEYB

UART_RXD
UART_TXD

REMOTE

SPI_SDI
SPI_SDO
SPI_CEN
SPI_SCK

WT_LOCTOP

5C04

HDMI_MUX_TXC+
HDMI_MUX_TXC-

HDMI_MUX_TX0+
HDMI_MUX_TX0­HDMI_MUX_TX1+
HDMI_MUX_TX1­HDMI_MUX_TX2+
HDMI_MUX_TX2-

HDMI_CEC

+3V3_STBY

33R

3C51-1

33R

3C51-2

33R

3C51-3

33R

3C51-4

33R

3C53-1

33R

3C53-2

33R

3C53-3

33R

3C53-4

+3V3_SW

+3V3_SW

600R5C03

600R

3C02

27K

3C52-2 33R

3C52-4 33R

3C54-1 33R
3C54-2 33R
3C54-3 33R

RES

6C01

1N4148

2C12
470n

3C07

3C09 100R

3C10

2C11
470n

3C62-2

33R3C52-1

33R3C52-3

33R3C54-4

10K

100R

33K3C01

2C09

2C10

470n

470n

TDA15471HV/N1C00

33R

157

0

156

1

155

2

154

3

153

4

152

5

151

6

150

7

147

8

146

9

145

10

144

11

143

12

142

13

141

14

140

15

102

16

101

17

100

18

99

19

96

20

95

21

94

22

93

23

91

24

90

25

89

26

88

27

85

28

84

29

83

30

82

31

TDA15471HV/N1C00

2C80

5C19 2K7
5C20 2K7

3C35
3C03

3C63-2 33R

3C63-4 33R

3C05

7C01-7

233

P

232

RXC

M

237

P_0

236

M_0

241

P_1

240

M_1

245

P_2

244

M_2

195

EXINT1

10u

6.3V

RX

33R3C62-1

100R
100R

33R3C62-4

33R3C63-1

33R3C63-3

10K

33R3C65-2

MD

NC

231

AVDD3 3

AVSS3 3

234

MEMORY

7C01-3

225

226

194

66
67

33
34

192
193

197

198
199

200

201

203

219

2C08
470n

243

235

239

242

246

238

123

0

122

1

121

2

120

3

119

4

118

5

117

MA

6

114

7

113

8

112

9

124

10

111

11

134

CAS

133

RAS

135

WE

128

0

127

BA

1

161

0L

136

0H

104

DQM

1L

80

1H

160

0L

137

0H

103

DQS

1L

81

1H

164

CKE

163

P

162

CLK

N

129

VREF_0

130

VSSR_0

MISC

XTAL_IN

CLK24N|INT0

XTAL_OUT

RESET

SDA_M
SCL_M

SARIN0
SARIN1

UART_RX
UART_TX

TV_REMOTE

SDI_FLASH
SDO_FLASH
CEN_FLASH
SCK_FLASH

TESTMODE

EXINT2

2C13
470n

248247

230

PVDD33 DVDD18 PVDD18

TDMS

TDMS

PVSS33 DVSS18 PVDD18

AUD

HDMI

AUD

229

CLK24P

PWM0
PWM2

GPO_202
GPO_214

GPIO_215

2C07
470n

228

HDMI_SCL
HDMI_SDA

GPIO_216

227

3C58-3 33R

3C60-2 33R

3C58-1 33R
3C60-4 33R

FC03

VCLK

0
1
2
3

VD

4
5
6
7

TRAP2

67891011

33R

3C32
4K7

3C33

4K7

63
64

220
196

68

76
75
74
73
72
71
70
69

202
214
215

1C02

1
2

5-146280-2

218
217

216

33R3C58-2

33R3C58-4

3C59-2 33R

3C59-4 33R

33R3C60-1

33R3C60-3

3C57-2 33R
3C55-3 33R

3C57-4 33R

3C50-3 33R

3C55-1

3C34 33R

3C28

3C65-3 33R
3C62-3 33R

3C04 100R

3C06

+1V8_SW_LOCAL

+1V8_SW_LOCAL

2C55
470n

2C56
470n

GND97

3C64-1
3C64-2

3C39

10K

4C02

MA(0)
MA(1)
MA(2)
MA(3)

33R3C59-1

MA(4)

33R3C59-3

MA(5)
MA(6)
MA(7)
MA(8)

MA(9)
MA(10)
MA(11)

33R3C55-4

RASN

WEN

33R3C57-3

BA0
BA1

DQM0L

33R3C55-2

DQM0H

33R3C50-4

DQS0L

33R

DQS0H

CKE
SDCLKP
SDCLKN

2C67
10u

6.3V

1K0
1K03C29

POWER_ONOFF_LOCTOP

33R3C66

33R

33R
33R

3C65-1 33R
3C64-4 33R

+2V5_SW

SMIC_CLKP
SMIC_CLKN

BL_BOOST_PWM

BL_ADJ

HP_DETECT

POWER_DOWN

DC_PROT

HDMI_MUX_RST

HPD_RST_MUX

BL_ON_OFF

+3V3_SW

HDMI_MUX_TSCL
HDMI_MUX_TSDA

33R3C64-3

LCD_PWR_ON

12 13 14 15

SSB: DDR Flash Trap

Circuit Diagrams and PWB Layouts

37LC8.1E LB 7.

A

B

C

D

B04B

123456

DDR FLASH TRAP

+2V5_SW

+2V5_SW

2705
470n

2706
470n

3702

4K7

1%

3703

4K7

1%

2701
10u

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

MA(11)

BA0
BA1

DQM0H
DQM0L

SDCLKN
SDCLKP
CKE

RASN
CASN
WEN

2703

2702

470n

470n

F711

7701

29
30
31
32
35
36
37
38
39
40
28
41

4K73701

42

26
27

20
47

49

46
45
44
24
23
22
21

HY5DU281622FTP-5

2704
470n

1

18

33

48

3

DDR

SDRAM

2Mx16x4

6

66

VDD
0
1
2
3
4
5
6

A
7
8
9
10
11
12 4
NC

0

BA

1

L

DM

U

VREF

CLK

CLK
CKE
CS
RAS
CAS
WE

VSS

34

Φ

9

12

15

VDDQ

VSSQ

52

2709
470n

2710
470n

55

61

NC

D

DQS

58

64

2712
470n

2713
470n

2711

470n

14
17
19
25
43
50
53

2

0
1
2
3

10

5

11

6

13

7

54

8

56

9

57

10

59

11

60

12

62

13

63

14

65

15

16

L

51

U

MD(15)

4

MD(14)

5

MD(13)

7

MD(12)

8

MD(11)
MD(10)

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

DQS0H

DQS0L

+2V5_SW

3720
47K

3721
47K

3722
47K

SPI_CEN

SPI_SCK

TRAP2

HPD_RST_MUX

TRAP4

CKE

789

B04B

+3V3_SW

A

3712

47K

3713
47K

319804000020

1701

1

2

+3V3_SW

10K

3714

10K

3715

3716

1K0

3717

2K2

3718

4K7

3719

2K2

B

C

D

F705

3708

F712

37103709

3711

10K

47K47K

F708

F709

F710

10K

5701

600R

2714

470n

1701 B9
2701 B2
2702 B3
2703 B3
2704 B3
2705 D2
2706 D2
2707 F3
2709 B4
2710 B4
2711 B5
2712 B5
2713 B5
2714 E8
3701 C2
3702 D2
3703 D2
3706 F3
3708 A7
3709 A8
3710 A8
3711 A8
3712 A9
3713 A9
3714 B9
3715 B9
3716 B9
3717 C9
3718 C9
3719 C9
3720 E6
3721 E6
3722 E6
3723 E7
3724 E8
5701 D8
7701 B3
7702 E7
F701 F6
F702 E7
F703 E9
F704 F6
F705 B7
F706 E7
F707 F6
F708 C8
F709 C8
F710 C8
F711 D3
F712 D8
I701 F3

E

F

3139 123 6425.1

2707

I701

SDCLKN

1n0

3706

220R

SDCLKP

123

7702

5

6

1

3

7

D

FLASH

C

S

W

HOLD

VCC

Φ

8M

VSS

8

Q

4

SPI_SDI

SPI_SCK

F704

F701

F707

F706

F702

3723

SPI_CEN

SPI_HOLD

M25P80-VMW6T

33R

4567

E

F703

3724

2

33R

SPI_SDO

F

I_18170_005.eps

170708

8

9

SSB: LVDS Connectors

Circuit Diagrams and PWB Layouts

38LC8.1E LB 7.

A

B

C

D

B04C

123

LVDS CONNECTORS

TxAn

TxAp

TxBn

TxBp

TxCn

TxCp

TxCLKn

TxCLKp

TxDn

TxDp

1R10

1R11

1R12

1R13

1R14

TXAn1

TXAp1

DLW21S

TXBn1

TXBp1

DLW21S

TXCn1

TXCp1

DLW21S

TXCLKn1

TXCLKp1

DLW21S

TXDn1

TXDp1

DLW21S

4

FR03
FR04

FR05

FR06

FR07

FR08

FR09
FR10

FR11
FR12

VDISP

5

6

1R50

1
2
3
4
5
6
7

FR02

DF13-30DP-1.25V

8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30

32

31

LCD_PWR_ON

7

+12V_DISP

4R05

4R04

4R06

3R13

47K

6R01

BZX384-C5V6

IR02

2R03

1u0

3R02

47R

VDISP-SWITCH

7R01

PDTC114ET

FR13

89

B04C

RES

7R02

SI4835BDY

IR03

IR01

3R17
47K

IR05

IR04

5R01

220R
5R02

220R
5R03

220R

FR01

2R01
47u
16V

VDISP

2R02

100n

LCD

A

B

C

D

1R10 B2
1R11 B2
1R12 C2
1R13 D2
1R14 D2
1R50 B6
2R01 B9
2R02 B9
2R03 C8
3R02 C7
3R13 C7
3R17 C8
4R04 B7
4R05 B7
4R06 B8
5R01 A9
5R02 A9
5R03 B9
6R01 C7
7R01 D8
7R02 A8
FR01 A9
FR02 C6
FR03 C4
FR04 C4
FR05 C4
FR06 C4
FR07 C4
FR08 C4
FR09 C4
FR10 D4
FR11 D4
FR12 D4
FR13 D7
IR01 C8
IR02 C7
IR03 B8
IR04 A8
IR05 C8

E

3139 123 6425.1

E

I_18170_006.eps

170708

1

2

3

47

56

8

9

SSB: SMIC L

Circuit Diagrams and PWB Layouts

39LC8.1E LB 7.

B05A

A

B

C

D

E

F

G

H

3139 123 6425.1

12

3456789101112

SMIC L

3R3

4u72421
4u7

100n

100R

100n2413

100n2412

2u2

2414

100n

3425

390R

22p2422

100R
100R

RES

3429

10K

F402

3424

I441

I442

I454
I427

I440

I420
I419
I418

I421

I410

I447

I436

I423

I446

I434

I406

I439

I411

7401

TDA8890H

2

1

46
50
44

4
5

30
29
28

48
45
64
63
52
51
19
18
21
20
35
34
31

42

13
14

74

60

68
67

72
71

33

76

58

2419
10u

10V

+5V_SW_SMIC

2438
470n

CLKIP

CLKIN

CVBS2|Y2
CVBS4|Y4
CVBS5|Y5

DSPINL
DSPINR

R3|PR3|C3
G3|Y3|CVBS3
B3|PB3

IN2L
IN2R
IN3L
IN3R
IN4L
IN4R
IN5L
IN5R
IN6L
IN6R
IN7L
IN7R
INSSW3

C2|C4|C5

SCL
SDA

SECPLL

SIFAGC

SIFIN1
SIFIN2

VIFIN1
VIFIN2

YSYNC

PH1LF

PLLIF

+8V_SW

+3V3_SW

10K

RES

3417

3420

SMIC_CLKP

SMIC_CLKN

MON_CVBS
SC1_CVBS_IN
SVHS_Y_CVBS_IN

TUN_L

TUN_R

SC1_R_IN
SC1_G_IN
SC1_B_IN

SC2_AUDIO_IN_L
SC2_AUDIO_IN_R
SIDE_AUDIO_IN_L
SIDE_AUDIO_IN_R

SC1_AUDIO_IN_L
SC1_AUDIO_IN_R

COMP_AUDIO_IN_L
COMP_AUDIO_IN_R
SC1_FBL_IN

SVHS_C_IN

IIC_SCL
IIC_SDA

SIF1
SIF2

VIF1
VIF2

2442

1u0

2441

470n

3427

12K

I455

"400-499"

MULTI 12NC: 3139 123 64241
SINGLE 12NC: 3139 123 64251

3418 100R

3404
3403 150R

2440
6n8

+5V_SW_SMIC

150R

150R3402

2439

100n

+5V_SW

100R3419

2428 220n
2427 100n
2416 220n

2420

I404
I403
I402

2411

3405 150R

2425 220n

3411

3410

2436 220n

2432

I435

+5V_SW_SMIC

2418

10u

10V

5402

600R

12345

B05A

I405

26

AGC2SIF

AGCOUT

DECDIGNEG

HSYNCPIP

MAINCOUT
MAINOUTL
MAINOUTR

MAINVIDOUT

PBOUTPIP
PROUTPIP

SSIFOUT

V|HSYNCPIP

VIDOUTS1
VIDOUTS2

YOUTPIP

I445

I432

I417

DECBG

DECDIG

OUTS1L

OUTS1R

OUTS2L

OUTS2R

SLPNOT

YOUT

TEST

SWO

NC

600R

55

66

73
78
80

11

17

10
16

62
61

41
40

23
25

12

53
39

32
24

65
70
38
15

79

49
56
47
43

9

3

7

6
8

+3V3_SW

TUN_SIF

F401

I448
I451

I438
I437

I452
I453

I408
I416

I430
I449

I422
I407

I444

F407

F403
F404
F405

F406

2424

470n

470n

2437

3406 3R3

2415

3401

470n

2410

2u22431

10u

2435

2423

4u7

3413 100R

3415 100R
3414

3412

3432 100R

3R33422

470n
3R3

3407

100R

3421

100R

3R33428

RES
RES

100R3409

100R

RES

RES

100R

100R3423

I443

2444 100p

2446 10u

2449 100p

100p2443

10u2434

3431 100R

10u2433

3433 100R

10u2447

100p2448

3408 100R

3416

I431
I450

+5V_SW_SMIC

+5V_SW_SMIC

+5V_SW_SMIC

+5V_SW_SMIC

100R3430

SC1_AUDIO_OUT_L

SC1_AUDIO_OUT_R

SC2_AUDIO_OUT_L

100R3434

SC2_AUDIO_OUT_R

100R

22u2430

2445 22u

2402

2409

SC1_R_IN

SC1_G_IN

SC1_B_IN

A

B

1K83426

2417
10n

2405

2406

2403
22p

22p

22p

2407 22p

10n

10n

SC2_CVBS_MON_OUT

2401
22p

RF_AGC

TDA889X_HS

MAIN_C

MAIN_L

MAIN_R

MAIN_CVBS_Y

2404

22p

PIP_B
PIP_R

TUN_SIF

TDA889X_VS

SC1_RF_OUT_CVBS

PIP_G

SAW_SW

C

D

E

F

RES
4401
RES
4402

RES

4403

PIP_R

PIP_G

PIP_B

G

H

I_18170_007.eps

170708

I401

I433

57

VCC5|8V

22

VDDA1_3V3

RES
2408
10n

77

5401

54

36

VP

Φ

GND

GNDIF

593727

69

75

6789101112

2401 E10
2402 D9
2403 C10
2404 C11
2405 C11
2406 C11
2407 D10
2408 A7
2409 D9
2410 B8
2411 C5
2412 C5
2413 C5
2414 E5
2415 B8
2416 C5
2417 B11
2418 G5
2419 G6
2420 C5
2421 C5
2422 B5
2423 C8
2424 A8
2425 D5
2427 C5
2428 C5
2430 D9
2431 B8
2432 E5
2433 C8
2434 C8
2435 B8
2436 E5
2437 B8
2438 B6
2439 F4
2440 F4
2441 F3
2442 F3
2443 C8
2444 C8
2445 D9
2446 D8
2447 D8
2448 D8
2449 D8
3401 B8
3402 C4
3403 C4
3404 C4
3405 D5
3406 B8
3407 E8
3408 D9
3409 C8
3410 E5
3411 D5
3412 D8
3413 C8
3414 C8
3415 C8
3416 D9
3417 B4
3418 B4
3419 B4
3420 B5
3421 E8
3422 B8
3423 D8
3424 A5
3425 F5
3426 B11
3427 E3
3428 A8
3429 B5
3430 C9
3431 C9
3432 D8
3433 D9
3434 D9
4401 F10
4402 G10
4403 G10
5401 A7
5402 H5
7401 B6
F401 B8
F402 H5
F403 C8
F404 C8
F405 C8
F406 D8
F407 C8
I401 A6
I402 C4
I403 C4
I404 C4
I405 B7
I406 C5
I407 E8
I408 D8
I410 D5
I411 D5

I416 D8
I417 B7
I418 C5
I419 C5
I420 C5
I421 D5
I422 D8
I423 E5
I427 C5
I430 D8
I431 D9
I432 A7
I433 A6
I434 F5
I435 F4
I436 E5
I437 C8
I438 C8
I439 C5
I440 C5
I441 B5
I442 B5
I443 C8
I444 E8
I445 A7
I446 E5
I447 E5
I448 B8
I449 D8
I450 D9
I451 C8
I452 C8
I453 D8
I454 C5
I455 E3

SSB: Audio Class D

Circuit Diagrams and PWB Layouts

40LC8.1E LB 7.

2A05 E12
2A08 B15
2A09 C9
2A10 C10
2A11 D7

1

2A12 D8
2A14 C12
2A15 D7
2A16 D7
2A17 C12

2A18 D10
2A19 D8
2A20 D7
2A21 D11
2A22 D8

2A23 D12
2A24 D8
2A25 E10
2A27 E10
2A28 D12

2A29 E8
2A30 E10
2A31 E11
2A32 F8
2A33 F9

2A34 F10
2A35 D11
2A36 F11
2A40 F8
2A41 F14

23456

AUDIO - CLASS D

RES

2A66

100n

GNDSND

GNDSND

2A45 D12
2A60 E1
2A61 F2
2A62 A4
2A63 A4

2A64 A13
2A65 A14
2A66 A2
2A67 D14
2A68 D14

+12V_AUDIO

3A11 D7
3A12 C13
3A13 E8
3A14 C14
3A15 G12

3A16 G13
3A17 E11
3A18 E12
3A19 E7
3A20 D7

3A06 D7

3A01 A5 3A78 D4
3A02 A14

3A07 D7

3A03 D7

3A08 D8

3A04 D8

3A09 C11

3A05 E15

3A10 B12

3A21 D7
3A22 D10
3A23 E10
3A26 E8
3A27 E13

3A28 F13
3A29 E15
3A30 E15
3A31 F15
3A32 E7

3A33 E7
3A61 D2
3A62 E2
3A63 F2
3A70 E3

3A71 E4
3A72 E4
3A75 G3
3A76 F4
3A77 F4

7 8 9 10 11 12

FA0 1

10R

RES

2A62

GNDSND

10n

GNDSND

2A63
1n0

3A01

5A05

GNDSND
30R

GNDSND

2A01
100n

FA0 3

2A04
220u
25V

11V9

12V2

VDDA

VDD

3A79 D4
4A51 E3
5A03 C11
5A04 E11

5A05 A5
5A06 B14
6A51 F3
6A52 G3
7A01 D9

7A05 E15
7A06 E14
7A07 F14
7A52 E2
7A53 F2

7A56 E4
7A57 E4
7A60 F4
7A61 D4
7A62 D4

FA0 1 A5
FA0 2 A15
FA0 3 A5
FA0 4 D10
FA0 5 D6

FA0 6 D6
FA0 7 D15
FA0 8 D15
FA0 9 D6
FA1 0 D15

FA1 1 D15
FA1 2 E6
FA1 3 E6
FA14 B15
FA1 5 F1

FA32 E15
FA33 E14
IA01 D7
IA02 D8
IA03 D10

IA04 C12
IA05 D7
IA06 D8
IA07 D10
IA08 E12

1A35 D15
2A01 A5
2A02 A15
2A03 C13
2A04 A5

B05B B05B

A

B

VDDA

VDD

C

100n

2A10

2A09

GNDSND

Φ

VSSP

23

26

GNDSND

29

20

VDDP

VSSD|HW

1

161732

100n2A33

100n

GNDSND

OUT1

OUT2

DIAG

HVP1

HVP2

BOOT1

BOOT2

STAB1

STAB2

2A34

100n

GNDSND

25

24

27

22

4

30

19

28

21

VSSA

VSS

IA14

-1V3

8V9

3V9

2V6

IA16

IA03

IA07

EMC

FA04

3A22 1M0

2A25

2A27

IA18

2A30
100n

VSS

2A18

1n0

3A23

1M0

15n

15n

GNDSND

IA36

GNDSND

GNDSND

D

E

F

G

MUTING CIRCUIT

ANTI_PLOP

2A60
1u0

6.3V

POWER_DOWN

MUTEn

FA15

0V

3A61

4K7

+3V3_STBY

IA69

2A61

1u0

IA68

3V3

3A63

4K7

+3V3_STBY

7A52

BC857BW

3A62

4K7

IA70

7A53

BC857BW

IA50

3

IA51

3A78

1

7A61

IA53

IA48

IA49

3A77

22K

BC847BW

2

IA52

3

1

7A62
BC847BW

2

IA44

3

1

7A56
BC847BW

2

IA45

3

1

7A57
BC847BW

2

7A60
BC847BW

1K0

3A79

1K0

IA42

0V

3A70

10K

4A51

6A51

BAS316

IA71

0V

+3V3_STBY

RES

3A75
10K

6A52

IA72

BAS316

3A71

1K0

3A72

1K0

3A76

10K

IA67

SC2_AUDIO_MUTE_R

SC2_AUDIO_MUTE_L

SC1_AUDIO_MUTE_R

SC1_AUDIO_MUTE_L

ENGAGE

AUDIO_LS_L

FA0 6

AUDIO_LS_R

ENGAGE

STANDBYn

FA1 2

FA1 3

FA0 5

FA0 9

3A06
3A07

RES

RES

3A11

RES

3A03
3A04
3A06
3A07
3A08
3A11

3A20

IA19

IA21

2A12
220p

2A19
220p

IA12

IA33

IA22

470n

IA13

IA15

NC

EMC
2A32

1n0

7A01

TDA8932

2

-2V8
3

-2V8
15

-2V8
14

-2V8
12

-7V6
10

31

11

-8V2
18

4V7

5

3V2

6

-2V6
13

IN1P

IN1N

IN2P

IN2N

INREF

OSCREF

OSCIO

HVPREF

DREF

ENGAGE

POWERUP

TEST

CGND VSSA

7

8

VDDA

AMPLIFIER

9

CLASS D

POWER

VSSA

3A04

1u0

3A08

1u0

2A22

3A13 39K

2A29

IA02

100n
100n2A24

GNDSND

100n

4K73A26

IA06

IA09

2A40

IA01

3A03

3A21

10K

3A19

10K

*

10K

LCD
10K
12K
10K
10K
12K
10K

VDDA

IA05

IA11

VSSA

3A32
47K

3A33

12K

PDP
6K8
22K
6K8
6K8
22K
6K8

IA10

2A11 1u0

2A15 1u0
2A16

2A20

VSSA

IA09 D8
IA10 D7
IA11 D7
IA12 D8
IA13 D8

5A03

3A09
10R

IA35

2A21
1n0

2A35
1n0

5A04

3A17

10R

IA38

2A31
1n0

IA39

2A36
1n0

22u

GNDSND

22u

IA14 E10
IA15 E8
IA16 E10
IA17 E12
IA18 E10

2A14
470n

2A45

1n0

IA19 E8
IA21 E8
IA22 E8
IA30 E14
IA31 E14

LOUT_SP

2A28

470n

ROUT_SP

IA04

2A05

3A18

GNDSND

3A15

270R

2A17
1n0

2A23
1n0

IA08

100n

22R

3A10

270R

IA17

IA33 E8
IA35 D11
IA36 D11
IA38 E11
IA39 E11

IA42 E3
IA44 D5
IA45 E5
IA48 E4
IA49 E4

IA50 C5
IA51 D4
IA52 D5
IA53 D4
IA67 F4

IA69 F2
IA70 F2
IA71 F3
IA72 F3

IA73 C13

IA68 D2

13 14 15

GNDSND

1n0

1n0

7A06
BC847BW

3A02

5A06 30R

VDD

IA30

IA31

GNDSND

DC-DETECTION

3A29
47K

-12V_AUDIO

ROUT_HP

3A16

GNDSND

RES

2A64

10n

GNDSND

10K

3A12

GNDSND

2A03

100n

LOUT_SP
LOUT_SP_GROUND
ROUT_SP_G ROUND

ROUT_SP

10K

LOUT_HP

IA73

GNDSND

GNDSND

3A27

220K
3A28

220K

GNDSND

2A65
1n0

GNDSND

3A14

22R

2A67

2A68

FA33

2A41

1u0

FA02

10R

2A02
100n

GNDSND

FA14

2A08
220u
25V

GNDSND

TO SPEAKERS

1735446-4
FA0 7
FA0 8
FA1 0
FA1 1

7A05

BC857BW

3A30
47K

FA3 2

7A07
BC847BW

3139 123 6425.1

1

234567

8 9 10 11 12 13 14

-12V2

-12V2

1A35

1

LEFT +
GND

2
3

GND

4

RIGHT -

27K

3A05

DC_PROT

3A31
10K

GNDSND

I_18170_008.eps

15

VSSA

VSS

210708

A

B

C

D

E

F

G

SSB: YPBPR & SVHS

123456789

B06A

A

MTJ-032-37BAA-432 NI

B

MTJ-032-37BAA-432 NI

MTJ-032-37BAA-432 NI

C

D

E

F

3139 123 6425.1

1614-1

YELLOW

1614-2
WHITE

1614-397

RED

RED

1615-2

MTJ-032-29BB-32

WHITE

1615-1

MTJ-032-29BB-32

Circuit Diagrams and PWB Layouts

YPBPR & SVHS

GREEN

2

1

BLUE
5
6
4

RED

8

F614

4

WHITE

3

2

RED

1

F609

1613

F608

1611

F604

1607

F605

1606

F607

1610

RES
6614

RES
6613

RES

6610

RES

6612

PESD5V0S1BA

PESD5V0S1BA

6611

PESD5V0S1BA

RES

PESD5V0S1BA

PESD5V0S1BA

3611

10K

3607

10K

RES
2603

RES
2602

RES
2606

I627

2612
180p

I623

2608
180p

3603

75R

3612

15K

3608

15K

2610

2u2

2607

2u2

3601
75R

3605
75R

I611

COMP_AUDIO_IN_R

I610

COMP_AUDIO_IN_L

HD_PR_IN

HD_PB_IN

41LC8.1E LB 7.

5

MTJ-032-37BAA-432 NI

MTJ-032-37BAA-432 NI

HD_Y_IN

MTJ-032-37BAA-432 NI

1603

MSJ-035-10B B AG PPO

HEADPHONE

RES

1605

1
2
3
4
5

67

BM05B-SRSS-TBT

SVHS

1601
MDC-013V1-B

CVBS

YELLOW

1602-1

1

2

RED

1602-3

7
9
8

4601

WHITE

1602-264

5

+3V3_SW

10K

3606

6
5
4

F616

2

F617

3
7

F620
8
9
1

1618

4602

F618

1619

F619

1

3

4

2

1620

F602

F615

75R

F610

RES

1616

6621

F611

6622

1617

RES

RES

4603
4604

RES

6615

PESD5V0S1BA

RES

12

F601

RES

6604

1609

1608

RES
2627

33p

PESD5V0S1BA

3623

10K

33p2628

PESD5V0S1BA

RES

2

1

RES
2600

PESD5V0S1BA

RES

6606

PESD5V0S1BA

3621

10K

GNDSND

6616

PESD5V0S1BA

RES

I621

2622

180p

I624

180p

2613
22n

2624

3604
75R

2615

10n

RES

26093609

3622

15K

3624

15K

3600

100R

RES

3602

100R

2621

2u2

2623

2u2

2614

22n

4610

RESRES

F603

F606

F612

46124611

2616
10n

F613

SIDE_AUDIO_IN_R

RES
2625
33p

RES

2626
33p

SIDE_AUDIO_IN_R

RES

4609

LOUT_SP_GROUND

4607

4608
4613

4614

B06A

SIDE_AUDIO_IN_L

SVHS_Y_CVBS_IN

SVHS_C_IN

SVHS_C_IN

SVHS_Y_CVBS_IN

SIDE_AUDIO_IN_L

HP_DETECT

RC_1
RC_2

LOUT_HP

ROUT_HP

ROUT_SP_GROUND

RES

4605
4606

RES

GNDSND

I_18170_009.eps

170708

A

B

C

D

E

F

1601 B6
1602-1 C6
1602-2 D6
1602-3 C6
1603 F5
1605 A6
1606 E2
1607 D2
1608 C7
1609 B7
1610 F2
1611 C2
1613 C2
1614-1 B1
1614-2 C1
1614-3 C1
1615-1 C1
1615-2 C1
1616 D7
1617 D7
1618 F6
1619 F6
1620 F6
2600 B7
2602 E3
2603 D3
2606 E3
2607 C4
2608 C3
2609 C8
2610 C4
2612 C3
2613 F8
2614 F8
2615 F8
2616 F8
2621 C8
2622 D8
2623 D8
2624 D8
2625 B8
2626 C8
2627 D7
2628 E7
3600 B8
3601 E4
3602 C8
3603 D4
3604 B8
3605 E4
3606 E6
3607 C3
3608 C4
3609 C7
3611 C3
3612 C4
3621 C7
3622 D8
3623 D7
3624 D8
4601 D6
4602 D6
4603 E7
4604 E7
4605 F9
4606 F9
4607 E8
4608 E8
4609 E8
4610 E8
4611 E7
4612 E8
4613 F8
4614 F8

6604 B7
6606 C7
6610 E2
6611 D2
6612 F2
6613 C2
6614 C2
6615 F7
6616 F7
6621 D7
6622 D7
F601 B7
F602 B7
F603 B8
F604 D2
F605 E2
F606 C8
F607 E2
F608 C2
F609 C2
F610 C7
F611 D7
F612 C8
F613 D8
F614 C1
F615 B7
F616 E6
F617 E6
F618 E6
F619 E6
F620 F6
I610 C4
I611 C4
I621 C8
I623 C3
I624 D8
I627 C3

123 5

4

6789

SSB: IO Scart 1

Circuit Diagrams and PWB Layouts

42LC8.1E LB 7.

123456

IO - SCART 1

B06B B06B

A

B

C

D

E

G

SCART 1

1504

F511

Audio-R_out

Audio-R_in

Audio-L_out

Audio-L_in

RGB-B_in

Function_Sw

RGB-G_in

RGB-R_in

RGB-BL_in

Terr_CVBS_out

Video_in

MRC-021H-09 PC

1

2

F513

3

F515

4

F517

5

6

F519

7

F520

F521

8

9

1522

10

11

F522

1512

12

13

14

15

16

17

18

19

20

21

F531

F524

F525

F526

F528

F

1505

1506

1507

1511

1516

1517

1519

1520

1508

1509

1524

6518

RESRES

PESD5V0S1BA

6519

RES

PESD5V0S1BA

6504

PESD5V0S1BA

RES

6507

RES

PESD5V0S1BAPESD5V0S1BA

6514

PESD5V0S1BA

6520

RES

PESD5V0S1BA

6515

RES

PESD5V0S1BA

6516

RES

6521

RES

PESD5V0S1BA

6517

RES

PESD5V0S1BA

6511

RES

PESD5V0S1BA

RES

2503

RES
2504

3514

10K

3518

3503

150R

3507

150R

3510

10K

RES

3517

2528

75R

27K

3520
4K7

RES

2527 3526

75R

RES
2529

75R

RES
2501

3535

68R

3504

100R

3505
75R

330p

3530

3533
75R

2508

330p

2514

2517

180p

2523

180p

3536

1K0

F535

3532

1K0

F534

F537

I550

F536

3515

15K

3511

15K

2515

2u2

2521

2u2

2507

220n

F539

F540

F541

F542

F530

I541

I525

I553

F538

2511

220n

BC847B

+5V_SW

7503

3524
15R

I548

7891011

SC1_AUDIO_MUTE_R

SC1_AUDIO_OUT_R

SC1_AUDIO_OUT_L

SC1_AUDIO_MUTE_L

SC1_AUDIO_IN_R

ITV

RES

1501

1
2
3
4
5
6
7
8
9

BM09B-SRSS-TBT

3540

10K

I549

3554
10K

3537

100R

SC1_AUDIO_IN_L

SC1_B_IN

SC1_STATUS

SC1_G_IN

SC1_R_IN

SC1_FBL_IN

SC1_RF_OUT_CVBS

SC1_CVBS_IN

SC1_B_IN
SC1_G_IN
SC1_R_IN
SC1_FBL_IN

SC1_AUDIO_OUT_R
SC1_AUDIO_OUT_L

SC1_CVBS_IN

H

G

A

B

C

D

E

F

H

1501 C10
1504 A2
1505 A3
1506 B3
1507 B3
1508 F3
1509 G3
1511 C3
1512 C2
1516 C3
1517 D3
1519 E3
1520 E3
1522 C2
1524 H3
2501 F4
2503 G4
2504 G4
2507 F5
2508 A4
2511 F6
2514 B4
2515 B5
2517 B4
2521 C5
2523 C4
2527 D4
2528 C4
2529 E4
3503 A4
3504 G4
3505 H4
3507 A4
3510 B4
3511 B5
3514 C4
3515 C4
3517 C4
3518 D4
3520 D4
3524 F6
3526 D4
3530 E4
3532 E4
3533 F4
3535 F4
3536 G4
3537 F7
3540 F7
3554 G7
6504 B3
6507 C3
6511 H3
6514 C3
6515 E3
6516 E3
6517 G3
6518 A3
6519 B3
6520 D3
6521 F3
7503 F6
F511 A2
F513 B2
F515 B2
F517 B2
F519 B2
F520 B2
F521 C2
F522 C2
F524 D2
F525 D2
F526 D2
F528 D2
F530 G5
F531 C3
F534 A4
F535 A4
F536 B4
F537 C4
F538 C6
F539 D6
F540 D5
F541 E5
F542 E6
I525 C6
I541 B6
I548 F6
I549 F7
I550 F4
I553 F6

3139 123 6425.1

123456

78

I_18170_010.eps

170708

91011

Circuit Diagrams and PWB Layouts

SSB: Scart2 & UART & JTAG

43LC8.1E LB 7.

12345

B06C B06C

SCART2 & UART & JTAG

678910

JTAG INTERFACE

RESERVED

+3V3_STBY

SCART2

A

B

C

D

E

F

G

1E01

MRC-021H-09 PC

3E17

3E16

10K

SC2_AUDIO_MUTE_R

SC2_AUDIO_MUTE_L

FE28

3E13

100R

SC2_CVBS_MON_OUT

FE29

SC2_AUDIO_OUT_R

SC2_AUDIO_OUT_L

SC2_AUDIO_IN_R

SC2_AUDIO_IN_L

SC2_STATUS

SC2_C_IN

SC2_Y_CVBS_IN

JTAG_TRSTN
JTAG_TDI
JTAG_TDO
JTAG_TMS
JTAG_TCK
CPU_RST

SERV.C

1E04

319804000030

4.02mm Round Screw Hole

REF EMC HOLE

REF EMC HOLE

2E07

220n

47p

RES

2E05

BC847B

2E01

2E02

2E03

2E04

3E08

3E10

+5V_SW

IE02

7E01

FE30

FE31

3E11

FE22

330p

FE23

330p

180p

180p

FE26

4K7

75R

3E04

3E06

15R

3E09

100R

15K

15K

2E10

2u2

2E11

2u2

3E12

3E20

FE24

FE25

FE27

10K

IE03

10K

RES

RES

RESRES

RES

2E06

220n

6E01

6E02

6E03

6E04

6E05

RES

3E21

100R

6E06

3E01

150R

PESD5V0S1BA

3E02

150R

PESD5V0S1BA

3E03

10K

PESD5V0S1BA

3E05

10K

PESD5V0S1BA

3E07

27K

PESD5V0S1BA

PESD5V0S1BA

IE01

IE04

1K0

3E15

1

FE01

2

FE02

3

FE03

4

FE04

5

6

FE05

7

FE06

8

9

10

11

12

13

14

15

16

17

18

19

20

21

FE08

1E25

1E27

FE07

FE09

FE10

1E31

1E32

RES

RES

6E07

6E08

47p

RES

2E08

PESD5V0S1BA

100p

RES

2E09

PESD5V0S1BA

1E23

1E24

1E26

1E28

1E29

1E30

3E18

3E14

68R

75R

10K

FE12
FE18
FE19
FE20

1
2
3

FE17

1E90

1E96

3E25

3E19

10K

10K

FE15
FE16

1E18

5mm x 4.02mm Slot Screw Hole

3E26
3E27
3E28
3E29
3E30
3E31

1E19

33R
33R
33R
33R
33R

FE21

33R

1E03

100R3E70

3E71 100R

REF EMC HOLE

REF EMC HOLE

1E05

1E92

1E94

1E08

2E12

RES

1E09

15p

1E10

2E13

RES

1E22

1E20

15p

1E97

REF EMC HOLE

10

9

1
2
3
4
5
6
7

BM08B-SRSS-TBT

8

IIC_SDA
IIC_SCL

1E93

REF EMC HOLE

1E95

REF EMC HOLE

H

3139 123 6425.1

123

45678910

I_18170_011.eps

170708

A

B

C

D

E

F

G

H

1E01 A1
1E03 B8
1E04 C6
1E05 B8
1E08 B8
1E09 B8
1E10 B8
1E18 C7
1E19 C7
1E20 B9
1E22 A9
1E23 A3
1E24 B3
1E25 C1
1E26 C3
1E27 C1
1E28 D3
1E29 D3
1E30 E3
1E31 G2
1E32 G2
1E90 F6
1E92 F8
1E93 F9
1E94 G8
1E95 G9
1E96 G6
1E97 H9
2E01 A4
2E02 B4
2E03 C4
2E04 D4
2E05 E4
2E06 F3
2E07 F4
2E08 G3
2E09 G3
2E10 C4
2E11 C4
2E12 C8
2E13 C8
3E01 A3
3E02 B3
3E03 C3
3E04 C4
3E05 C3
3E06 D4
3E07 D3
3E08 D4
3E09 E4
3E10 E4
3E11 F4
3E12 F4
3E13 F5
3E14 F3
3E15 G3
3E16 A7
3E17 A7
3E18 G3
3E19 A7
3E20 G4
3E21 G3
3E25 A7
3E26 A7
3E27 A7
3E28 A7
3E29 A7
3E30 B7
3E31 B7
3E70 C8
3E71 C8
6E01 A3
6E02 B3
6E03 C3
6E04 D3
6E05 D3
6E06 E3
6E07 G2
6E08 G2
7E01 F4
FE01 A1
FE02 A1
FE03 B1
FE04 B1
FE05 B1
FE06 B1
FE07 C2
FE08 D1
FE09 D2
FE10 D2
FE12 A7
FE15 C7
FE16 C7
FE17 C7
FE18 A7
FE19 A7
FE20 A7
FE21 B8
FE22 A4
FE23 B4
FE24 C4
FE25 C4
FE26 D4

FE27 E4
FE28 F5
FE29 G5
FE30 C4
FE31 C4
IE01 F3
IE02 F4
IE03 F4
IE04 F3

SSB: HDMI

Circuit Diagrams and PWB Layouts

44LC8.1E LB 7.

B06D

A

B

C

D

E

F

G

H

I

J

K

L

123456789101112131415

HDMI

"N00-N99"

MULTI 12NC: 3139 123 64241
SINGLE 12NC: 3139 123 64251

1N01

DC1R019WBER220

1
2
3
4
5
6
7
8

9
10
11
12
13
14
15
16
17
18
19

2021
2223
2425

26

1N02

DC1R019WBER220

1

2

3

4

5

6

7

8

9
10
11
12
13
14
15
16
17
18
19

2021
2223
2425

26

HDMI A

FN07

FN05
FN06

FN08
FN09

HDMI B

FN10

FN11
FN12

FN13
FN14

RXC_A+
RXC_A­RX0_A+
RX0_A­RX1_A+
RX1_A­RX2_A+
RX2_A-

100K

3N03

100K

3N08

3N01

7N06

BC847BW

3N04

7N05

BC847BW

3N42-2
3N42-1
3N42-4
3N42-3
3N41-2
3N41-1
3N41-4
3N41-3

HDMI_CEC_A

+5VHDMI_A

1K0

IN02

HDMI_CEC_A

+5VHDMI_B

1K0

IN04

RX2_A+

RX2_A-

RX1_A+

RX1_A-

RX0_A+

RX0_A-

RXC_A+

RXC_A-

3N02

2K2

RX2_B+

RX2_B-

RX1_B+

RX1_B-

RX0_B+

RX0_B-

RXC_B+

RXC_B-

3N07

2K2

RES FOR SINGLE HDMI

0R
0R
0R
0R
0R

0R
0R
0R

DDC_SCLA

DDC_SDAA

IN01

7N08

BC847BW

IN03

7N09

BC847BW

3N33

100R

DDC_SCLB

DDC_SDAB

3N35

100R

HPD_RST_A

IN17 IN18

3N34

2K2

HPD_RST_B

3N36

2K2

HDMI_MUX_TXC+

HDMI_MUX_TXC­HDMI_MUX_TX0+

HDMI_MUX_TX0-

HDMI_MUX_TX1+

HDMI_MUX_TX1-

HDMI_MUX_TX2+

HDMI_MUX_TX2-

+3V3_STBY

+3V3_SW

+3V3_SW

DDC_RST_A

IN20IN19

DDC_RST_B

+3V3_SW

HDMI_MUX_TSCL DDC_SCLA

HDMI_MUX_TSDA DDC_SDAA

HPD_RST_MUX

HDMI_CEC

RES

3N30

100K
3N05

47K

3N06

47K

HDMI_CEC_A

+3V3_ANA-MUX

+5V_SW

4K7

RES

3N26

3N27

4K7

RXC_A+
RXC_A­RX0_A+
RX0_A­RX1_A+
RX1_A­RX2_A+
RX2_A-

RXC_B+
RXC_B­RX0_B+
RX0_B­RX1_B+
RX1_B­RX2_B+
RX2_B-

+1V8_ANA-MUX

2N02

100n

7N07

IP4776CZ38

6
9
12

NC

15
26

D0-

D2-

24

CLK-

17 22

CLK_IN

18 21

DAT_IN

19

DET_IN

16 23

CEC_IN

+3V3_ANA-MUX

IN14

IN13

FN18

+3V3_ANA-MUX

SWITCH 1

7N04

SII9185ACTU

4K7

3N25

13

3N11

4K7

3N28

470R

RES
3N29

1K0

IN12

14

15

79

35

75

19
18
22
21
25
24
28
27

39
38
42
41
45
44
48
47

59
58
62
61
65
64
68
67

IN06

12

IN07

2

3V3

SUPPLY

Φ

HDMI

INTERFACE

TMDS TMDS

DDC

DDC

HOTPLUG

GND TMDS_GND

5

3

8

1425283134

36

11

4N12

RES

4N13

4N14

RES

RES

3N22

4K7

234355

63

AVCC3 3

RESET

LSDA
EPSEL0
EPSEL1
LSCL

I2CADDR
TPWR
I2CSEL
INT
RSVDL

C+
C­0+
0-

R0X

1+
1­2+
2-

C+
C­0+
0-

R1X

1+
1­2+
2-

C+
C­0+
0-

R2X

1+
1­2+
2-

EXT_SWING

AGND

3

9

202640

1

5V

TMDS_VDD

CLK+

CLK_OUT

DAT_OUT

DET_OUT

CEC_OUT

617293749

AVCC18

Φ

HDMI

SWITCH

66

46

60

NC

D0+

D2+

+5V_SW

2N06

100n

29
32
35
38

37

1027

+1D-1D

13

20

100R3N20
100R3N21

+1V8_DIG-MUX+1V8_ANA-MUX

69

57

DGND

34

80

730
433

DVCC1 8

74

33

DSCL

RPWR

CEC

HPD21

HPDIN

TX

73

TSCL
TSDA

2N07

100n

HDMI_MUX_TX0+HDMI_MUX_TX0­HDMI_MUX_TX1+HDMI_MUX_TX1­HDMI_MUX_TX2+HDMI_MUX_TX2-

HDMI_MUX_TXC+HDMI_MUX_TXC-

HPD_RST_A

HDMI_CEC

3N31

RES

27K

3N32

1K0

FN15

BSH111

RES

A

D

0
1
2

0
12DSDA

0
1
2

0

C+
C­0+
0­1+
1­2+
2-

4N03

54

RES

53

4N04

31
51
71

30
50
70

32
52
72

16
36
56

FN04

76

IN11

78

IN10

77

10
11

7
8
4
5
1
2

IN15

EDID_WC

DDC_SCLA

EDID_WC

5N03

220R

5N02

220R

IN16

5N01

220R

6N10

BAT54 COL

M24C02-WMN6

1

0

2

1

3

2SDA

6N08

BAT54 COL

1

0

2

1

3

2SDA

7N01

ADR

ADR

10u2N01

10u2N03

10u

2N05

+5V_SW

84

Φ

(256x8)

EEPROM

84

Φ

(256x8)

EEPROM

100n

100n

2N19

2N18

100n

2N39

100n

2N29

6N09

BAT54 COL

FN19

WC

SCL

+5V_SW

6N07

BAT54 COL

FN20

7N02
M24C02-WMN6

WC

SCL

100n

2N30

7

6

5

7

6

5

100n

2N33

+1V8_SW

+3V3_SW

+3V3_STBY

+5V_SW

HDMI_CEC

IIC_SCL
IIC_SDA

HDMI_CEC

DDC_SCLA

DDC_SCLB

DDC_SDAA

DDC_SDAB

HPD_RST_A

HPD_RST_B

+5VHDMI_A

DDC_SDAA

+5VHDMI_B

DDC_SCLB
DDC_SDAB

FN17

100R
100R3N18

+5V_SW

47K

3N16

+5V_SW

FN16

+5VHDMI_A

+5VHDMI_B

47K

3N17

+3V3_STBY

HDMI_MUX_RST

HDMI_CEC_A

HPD_RST_MUX

HDMI_MUX_TSCL
HDMI_MUX_TSDA

HDMI_MUX_TXC+

HDMI_MUX_TXC­HDMI_MUX_TX0+

HDMI_MUX_TX0-

HDMI_MUX_TX1+

HDMI_MUX_TX1-

HDMI_MUX_TX2+

HDMI_MUX_TX2-

7N03

3N19

FN03

FN02

FN74

4N17

RES

RES

4N15

+1V8_ANA-MUX

+1V8_DIG-MUX

+3V3_ANA-MUX

8K2

3N10

2

BSH111

7N10

FN22

8K2

3N14

FN24

1

BSH111
7N12

4N18

RES

3

312

4N16

RES

RES

3N37

3N39

8K2

RES

8K2

100n

2N17

10K

3N12

FN01

FN21

RES
4N11

10K

3N13

FN23

16 17

B06D

2N04

RES

8K2

3N09

1

2

BSH111

7N11

8K2

3N15

1

2

3

BSH111

7N13

100n

8K2

3N38

3

RES

2N10
100n

8K2

3N40

A

B

C

D

E

F

G

H

J

K

L

I

1N01 E3
1N02 H3
2N01 B13
2N02 B8
2N03 B13
2N04 E17
2N05 C14
2N06 B9
2N07 B10
2N10 G17
2N17 B14
2N18 B14
2N19 B14
2N29 C14
2N30 C14
2N33 B14
2N39 B14
3N01 F4
3N02 G5
3N03 G4
3N04 I4
3N05 D7
3N06 D7
3N07 J5
3N08 J4
3N09 E16
3N10 E15
3N11 G8
3N12 E14
3N13 G14
3N14 G15
3N15 G16
3N16 J11
3N17 J11
3N18 H11
3N19 H11
3N20 E9
3N21 E9
3N22 E9
3N25 F8
3N26 F7
3N27 G8
3N28 I8
3N29 J8
3N30 C7
3N31 C11
3N32 D11
3N33 G6
3N34 G6
3N35 J6
3N36 J6
3N37 E16
3N38 E17
3N39 G16
3N40 G16
3N41-1 C5
3N41-2 C5
3N41-3 C5
3N41-4 C5
3N42-1 B5
3N42-2 B5
3N42-3 C5
3N42-4 B5
4N03 F10
4N04 G10
4N11 F14
4N12 D9
4N13 D9
4N14 D9
4N15 E15
4N16 E16
4N17 G15
4N18 G15
5N01 C13
5N02 B13
5N03 A13
6N07 F14
6N08 F13
6N09 D14
6N10 D13
7N01 E13
7N02 G14
7N03 D11
7N04 F9
7N05 J4
7N06 G4
7N07 B8
7N08 G5
7N09 J5
7N10 E15
7N11 F16
7N12 G15
7N13 G16
FN01 E14
FN02 B15
FN03 A15
FN04 H11
FN05 F4
FN06 F4
FN07 E4
FN08 F4
FN09 F4
FN10 H4
FN11 I4
FN12 I4
FN13 I4
FN14 I4
FN15 D10
FN16 D12
FN17 E11
FN18 E8
FN19 E14
FN20 G14
FN21 E14
FN22 E15
FN23 G14
FN24 G15
FN74 C15
IN01 G5
IN02 G4
IN03 J5
IN04 J4
IN06 I8
IN07 G8
IN10 H11
IN11 H11
IN12 G8
IN13 E8
IN14 E8
IN15 A13
IN16 C13
IN17 G6
IN18 G6
IN19 J6
IN20 J6

3139 123 6425.1

1 2 3 4 5 6 7 8 9 1011121314151617

I_18170_012.eps

170708

Circuit Diagrams and PWB Layouts

E

45LC8.1E LB 7.

SSB: SRP List Explanation

xample

Net Name Diagram

+12-15V AP1 (4x)
+12-15V AP4 (4x)
+12-15V AP5 (12x)
+12-15V AP6 (4x)
+12-15V AP7 (8x)
+12V AP1 (4x)
+12V_NF AP1 (2x)
+12VAL AP1 (2x)
+25VLP AP1 (4x)
+25VLP AP2 (1x)
+3V3-STANDBY AP5 (3x)
+400V-F AP1 (2x)
+400V-F AP2 (2x)
+400V-F AP3 (2x)
+5V2 AP1 (6x)
+5V2 AP2 (1x)
+5V2-NF AP1 (1x)
+5V2-NF AP2 (1x)
+5V-SW AP1 (6x)
+5V-SW AP2 (1x)
+8V6 AP1 (3x)
+AUX AP1 (2x)
+AUX AP2 (1x)
+DC-F AP1 (2x)
+DC-F AP3 (2x)
+SUB-SPEAKER AP5 (1x)
+SUB-SPEAKER AP6 (2x)

-12-15V AP1 (4x)

-12-15V AP4 (6x)

-12-15V AP5 (14x)

-12-15V AP6 (6x)

-12-15V AP7 (8x)
AL-OFF AP1 (2x)
AUDIO-L AP4 (1x)
AUDIO-L AP5 (1x)
AUDIO-PROT AP5 (3x)
AUDIO-R AP4 (1x)
AUDIO-R AP5 (1x)
AUDIO-SW AP5 (1x)
AUDIO-SW AP7 (1x)
BOOST AP1 (2x)
CPROT AP4 (2x)
CPROT AP5 (1x)
CPROT-SW AP5 (1x)
CPROT-SW AP6 (2x)

-DC-F AP1 (2x)

-DC-F AP3 (2x)
DC-PROT AP1 (1x)
DC-PROT AP5 (2x)
DIM-CONTROL AP1 (2x)
FEEDBACK+SW AP6 (2x)
FEEDBACK-L AP4 (2x)
FEEDBACK-R AP4 (2x)
FEEDBACK-SW AP6 (2x)
GND-AL AP1 (2x)
GNDHA AP1 (40x)
GNDHA AP2 (20x)
GNDHA AP3 (2x)
GNDHOT AP3 (2x)
GND-L AP1 (2x)
GND-L AP4 (4x)
GND-L AP5 (34x)
GND-LL AP4 (7x)
GND-LL AP5 (1x)
GND-LR AP4 (7x)
GND-LR AP5 (1x)
GND-LSW AP5 (1x)
GND-LSW AP6 (15x)
GND-S AP1 (11x)
GND-SA AP4 (8x)
GND-SA AP5 (2x)
GND-SA AP6 (8x)
GND-SA AP7 (6x)
GNDscrew AP3 (2x)
GNDscrew AP5 (2x)
GND-SSB AP5 (3x)
GND-SSP AP1 (51x)
GND-SSP AP2 (15x)
IN+SW AP6 (2x)
IN-L AP4 (2x)
IN-R AP4 (2x)
IN-SW AP6 (2x)
INV-MUTE AP4 (1x)
INV-MUTE AP5 (1x)
INV-MUTE AP6 (1x)
LEFT-SPEAKER AP4 (1x)
LEFT-SPEAKER AP5 (1x)
MUTE AP4 (2x)
MUTE AP5 (1x)
MUTE AP6 (2x)
ON-OFF AP1 (3x)
OUT AP6 (1x)
OUT AP7 (2x)
OUTN AP6 (1x)
OUTN AP7 (1x)
POWER-GOOD AP1 (2x)
POWER-OK-PLATFORM AP1 (2x)
RIGHT-SPEAKER AP4 (1x)
RIGHT-SPEAKER AP5 (1x)
SOUND-ENABLE AP5 (3x)
STANDBY AP1 (5x)
STANDBY AP2 (1x)

-SUB-SPEAKER AP5 (1x)

-SUB-SPEAKER AP6 (2x)
V-CLAMP AP1 (1x)
V-CLAMP AP3 (2x)

1 . 1 . Introduction

SRP (Service Re ference Protocol) is a softw are too l that creates a list w i th all refer e n c es to signal lines. The list contains
references to the signals w i thin all schemat ics of a PWB. It replaces the text refe r ences currentl y p r inted next t o the signal
names in the schematics. These printed refe rences are created man ually an d are t h e r efore n o t guar an teed to be 100 %
correct. In additio n , in the current crowded schema t ics there is often none or ver y little pl ace for these references.
Some of the PW

B schematics w ill use SRP while others w ill sti ll use the manual refe rences. Either there w ill be an SRP

r e fer ence list for a schematic, or ther e w ill be pr inted r e ferences in the schematic.

1.2. No n - SRP Schematics

There a r e severa l different signals available in a schematic:

1.2.1. Po w e r Supply Lines

All pow er suppl y lines are available in t he suppl y line overview (see chapter 6). I n th e schematics (se e chapter 7) is n o t
indicated w h e r e supplies are coming from or going to.
It is how ever indi cated if a supply is incoming (created elsew h e r e), o r outgoing (cr eat ed or adapt ed in the current sche m atic).

Outgoing Incoming

+5 V +5 V

1.2.2. Normal Signals

For no rmal signals, a schematic r e ference (e. g . B1 4b) is placed next to the signals.

B 14b

si gnal _nam e

1.2.3. Grounds

For no rmal and s pecial grounds (e .g. GN DH OT o r GND3V3 etc.), n o thing is indicate d.

1.3. SRP Schematics

SRP is a tool, w h ich automatically creates a list w i th signal reference s , indicating on which sc hematic t he signals are used.
A reference is cr eated for all signals indicat ed w i th an SRP s y mbol, these s y mbols are:

+5 V +5 V

na m e na m e

na m e na m e

na m e na m e

na m e

Bi-directional lin e (e.g. SDA ) into a w i r e tree.

na m e

Signal line into a w i r e tree, its dir e ction depends on t he circuit (e.g. ingoing for PD P, outgoing for L C D sets).

Remarks:

• When there is a black dot on the "signal dire ction arrow" it is an SRP symbol, so there will be a reference to the signal
name in the SRP list.

• All references to normal grounds (Ground symbols without additi onal text) are not listed in the reference list, this to keep
it concise.

• Signals that are not used in multiple schematics, but only onc e or several times in the same schematic, are included
in the SRP reference list, but only with one reference.

Additional Tip:

When using the PDF service manual file, you can very easily search for signal names and follow the signal over all the
schematics. In Adobe PDF reader:

• Select the signal name you want to sear ch for, with the "Select text" tool.

• Copy and paste the signal name in the "Search PDF" tool.

• Search for all occurrences of the signal name.

• Now you can quickly jump between the different occurrences and follow the signal over all schematics. It is advised to
"zoom in" to e.g. 150% to see clearly, which text is select ed. Then you can zoom out, to get an overview of the complete
schematic.

PS. It is recommended to use at least Adobe PDF (reader) version 6. x, due to better search possibilities in this version.

Power suppl y li ne.

Stand alone signal or sw itching li ne (used as less as possible).

Signal line into a w i re tree.

Sw itching line into a w i re tre e .

E_06532_031.eps

230606

Personal Notes:

SSB: SRP List

Circuit Diagrams and PWB Layouts

46LC8.1E LB 7.

Netname Schematic

+12V_AUDIO B01 (1x)
+12V_AUDIO B05B (1x)
+12V_DISP B01 (3x)
+12V_DISP B03 (1x)
+12V_DISP B04C (1x)
+1V8_ANA-MUX B06D (3x)
+1V8_DIG-MUX B06D (2x)
+1V8_SW B01 (2x)
+1V8_SW B04A (3x)
+1V8_SW B06D (1x)
+1V8_SW_ADC B01 (1x)
+1V8_SW_ADC B04A (2x)
+1V8_SW_LOCAL B04A (4x)
+2V5_SW B01 (2x)
+2V5_SW B04A (2x)
+2V5_SW B04B (3x)
+3V3_ANA-MUX B06D (4x)
+3V3_STBY B01 (1x)
+3V3_STBY B03 (18x)
+3V3_STBY B04A (2x)
+3V3_STBY B05B (3x)
+3V3_STBY B06C (1x)
+3V3_STBY B06D (3x)
+3V3_SW B01 (1x)
+3V3_SW B03 (2x)
+3V3_SW B04A (14x)
+3V3_SW B04B (2x)
+3V3_SW B05A (2x)
+3V3_SW B06A (1x)
+3V3_SW B06D (4x)
+3V3_SW_TDA B01 (2x)
+3V3_SW_TDA B04A (6x)
+5V_IF B02 (4x)
+5V_SW B01 (6x)
+5V_SW B02 (1x)
+5V_SW B03 (8x)
+5V_SW B05A (1x)
+5V_SW B06B (1x)
+5V_SW B06C (1x)
+5V_SW B06D (7x)
+5V_SW_SMIC B05A (7x)
+5V_TUN B02 (2x)
+5VHDMI_A B06D (3x)
+5VHDMI_B B06D (3x)
+8V_SW B01 (1x)
+8V_SW B05A (1x)
+VTUN B01 (1x)
+VTUN B02 (1x)

-12V_AUDIO B01 (1x)

-12V_AUDIO B05B (1x)
ANTI_PLOP B03 (1x)
ANTI_PLOP B05B (1x)
AUDIO_LS_L B04A (1x)
AUDIO_LS_L B05B (1x)
AUDIO_LS_R B04A (1x)
AUDIO_LS_R B05B (1x)
BA0 B04A (1x)
BA0 B04B (1x)
BA1 B04A (1x)
BA1 B04B (1x)
BL_ADJ B03 (1x)
BL_ADJ B04A (1x)
BL_ADJUST_PWM B01 (1x)
BL_ADJUST_PWM B03 (1x)
BL_BOOST B01 (1x)
BL_BOOST B03 (1x)
BL_BOOST_PWM B03 (1x)
BL_BOOST_PWM B04A (1x)
BL_ON_OFF B03 (1x)
BL_ON_OFF B04A (1x)
BL_ON_OFF_2 B01 (1x)
BL_ON_OFF_2 B03 (2x)
CASN B04A (1x)
CASN B04B (1x)
CKE B04A (1x)
CKE B04B (2x)
COMP_AUDIO_IN_L B05A (1x)
COMP_AUDIO_IN_L B06A (1x)
COMP_AUDIO_IN_R B05A (1x)
COMP_AUDIO_IN_R B06A (1x)
CPU_RST B03 (1x)
CPU_RST B04A (1x)
CPU_RST B06C (1x)
DC_PROT B04A (1x)
DC_PROT B05B (1x)
DDC_RST_A B03 (1x)
DDC_RST_A B06D (1x)
DDC_RST_B B03 (1x)
DDC_RST_B B06D (1x)
DDC_SCLA B06D (2x)
DDC_SCLB B06D (1x)
DDC_SDAA B06D (2x)
DDC_SDAB B06D (2x)
DQM0H B04A (1x)
DQM0H B04B (1x)
DQM0L B04A (1x)
DQM0L B04B (1x)
DQS0H B04A (1x)
DQS0H B04B (1x)
DQS0L B04A (1x)
DQS0L B04B (1x)
EDID_WC B06D (2x)
ENGAGE B05B (2x)
GND107 B04A (2x)
GND110 B04A (2x)
GND47 B04A (2x)

GND60 B04A (2x)
GND78 B04A (2x)
GND86 B04A (2x)
GND97 B04A (3x)
GNDDC1 B01 (13x)
GNDSND B01 (5x)
GNDSND B05B (28x)
GNDSND B06A (2x)
GNDTUN B01 (1x)
HD_PB_IN B04A (1x)
HD_PB_IN B06A (1x)
HD_PR_IN B04A (1x)
HD_PR_IN B06A (1x)
HD_Y_IN B04A (1x)
HD_Y_IN B06A (1x)
HDMI_CEC B03 (1x)
HDMI_CEC B04A (1x)
HDMI_CEC B06D (4x)
HDMI_CEC_A B06D (2x)
HDMI_MUX_RST B04A (1x)
HDMI_MUX_RST B06D (1x)
HDMI_MUX_TSCL B04A (1x)
HDMI_MUX_TSCL B06D (1x)
HDMI_MUX_TSDA B04A (1x)
HDMI_MUX_TSDA B06D (1x)
HDMI_MUX_TX0- B04A (1x)
HDMI_MUX_TX0- B06D (3x)
HDMI_MUX_TX0+ B04A (1x)
HDMI_MUX_TX0+ B06D (3x)
HDMI_MUX_TX1- B04A (1x)
HDMI_MUX_TX1- B06D (3x)
HDMI_MUX_TX1+ B04A (1x)
HDMI_MUX_TX1+ B06D (3x)
HDMI_MUX_TX2- B04A (1x)
HDMI_MUX_TX2- B06D (3x)
HDMI_MUX_TX2+ B04A (1x)
HDMI_MUX_TX2+ B06D (3x)
HDMI_MUX_TXC- B04A (1x)
HDMI_MUX_TXC- B06D (3x)
HDMI_MUX_TXC+ B04A (1x)
HDMI_MUX_TXC+ B06D (3x)
HP_DETECT B04A (1x)
HP_DETECT B06A (1x)
HPD_RST_A B06D (2x)
HPD_RST_B B06D (2x)
HPD_RST_MUX B04A (1x)
HPD_RST_MUX B04B (1x)
HPD_RST_MUX B06D (2x)
IF_ATV B02 (2x)
IIC_SCL B02 (1x)
IIC_SCL B03 (3x)
IIC_SCL B04A (1x)
IIC_SCL B05A (1x)
IIC_SCL B06C (1x)
IIC_SCL B06D (1x)
IIC_SDA B02 (1x)
IIC_SDA B03 (3x)
IIC_SDA B04A (1x)
IIC_SDA B05A (1x)
IIC_SDA B06C (1x)
IIC_SDA B06D (1x)
JTAG_TCK B04A (1x)
JTAG_TCK B06C (1x)
JTAG_TDI B04A (1x)
JTAG_TDI B06C (1x)
JTAG_TDO B04A (1x)
JTAG_TDO B06C (1x)
JTAG_TMS B04A (1x)
JTAG_TMS B06C (1x)
JTAG_TRSTN B04A (1x)
JTAG_TRSTN B06C (1x)
KEYB B03 (2x)
KEYB B04A (1x)
LCD_PWR_ON B04A (1x)
LCD_PWR_ON B04C (1x)
LED1 B03 (2x)
LED2 B03 (2x)
LOUT_HP B05B (1x)
LOUT_HP B06A (1x)
LOUT_SP B05B (1x)
LOUT_SP_GROUND B05B (1x)
LOUT_SP_GROUND B06A (1x)
MA(0) B04A (1x)
MA(0) B04B (1x)
MA(1) B04A (1x)
MA(1) B04B (1x)
MA(10) B04A (1x)
MA(10) B04B (1x)
MA(11) B04A (1x)
MA(11) B04B (1x)
MA(2) B04A (1x)
MA(2) B04B (1x)
MA(3) B04A (1x)
MA(3) B04B (1x)
MA(4) B04A (1x)
MA(4) B04B (1x)
MA(5) B04A (1x)
MA(5) B04B (1x)
MA(6) B04A (1x)
MA(6) B04B (1x)
MA(7) B04A (1x)
MA(7) B04B (1x)
MA(8) B04A (1x)
MA(8) B04B (1x)
MA(9) B04A (1x)
MA(9) B04B (1x)
MAIN_C B04A (1x)
MAIN_C B05A (1x)

MAIN_CVBS_Y B04A (1x)
MAIN_CVBS_Y B05A (1x)
MAIN_L B04A (1x)
MAIN_L B05A (1x)
MAIN_NVM_WC B03 (1x)
MAIN_NVM_WC B04A (1x)
MAIN_R B04A (1x)
MAIN_R B05A (1x)
MD(0) B04A (1x)
MD(0) B04B (1x)
MD(1) B04A (1x)
MD(1) B04B (1x)
MD(10) B04A (1x)
MD(10) B04B (1x)
MD(11) B04A (1x)
MD(11) B04B (1x)
MD(12) B04A (1x)
MD(12) B04B (1x)
MD(13) B04A (1x)
MD(13) B04B (1x)
MD(14) B04A (1x)
MD(14) B04B (1x)
MD(15) B04A (1x)
MD(15) B04B (1x)
MD(2) B04A (1x)
MD(2) B04B (1x)
MD(3) B04A (1x)
MD(3) B04B (1x)
MD(4) B04A (1x)
MD(4) B04B (1x)
MD(5) B04A (1x)
MD(5) B04B (1x)
MD(6) B04A (1x)
MD(6) B04B (1x)
MD(7) B04A (1x)
MD(7) B04B (1x)
MD(8) B04A (1x)
MD(8) B04B (1x)
MD(9) B04A (1x)
MD(9) B04B (1x)
MON_CVBS B04A (1x)
MON_CVBS B05A (1x)
MUTEn B03 (1x)
MUTEn B05B (1x)
PIP_B B04A (1x)
PIP_B B05A (2x)
PIP_G B04A (1x)
PIP_G B05A (2x)
PIP_R B04A (1x)
PIP_R B05A (2x)
POWER_DOWN B03 (1x)
POWER_DOWN B04A (1x)
POWER_DOWN B05B (1x)
POWER_ONOFF B03 (2x)
POWER_ONOFF_LOCTOP B03 (1x)
POWER_ONOFF_LOCTOP B04A (1x)
RASN B04A (1x)
RASN B04B (1x)
RC_1 B03 (1x)
RC_1 B06A (1x)
RC_2 B03 (1x)
RC_2 B06A (1x)
REMOTE B03 (3x)
REMOTE B04A (1x)
REMOTE_IN B03 (2x)
RF_AGC B02 (1x)
RF_AGC B05A (1x)
ROUT_HP B05B (1x)
ROUT_HP B06A (1x)
ROUT_SP B05B (1x)
ROUT_SP_GROUND B05B (1x)
ROUT_SP_GROUND B06A (1x)
RX0_A- B06D (2x)
RX0_A+ B06D (2x)
RX0_B- B06D (1x)
RX0_B+ B06D (1x)
RX1_A- B06D (2x)
RX1_A+ B06D (2x)
RX1_B- B06D (1x)
RX1_B+ B06D (1x)
RX2_A- B06D (2x)
RX2_A+ B06D (2x)
RX2_B- B06D (1x)
RX2_B+ B06D (1x)
RXC_A- B06D (2x)
RXC_A+ B06D (2x)
RXC_B- B06D (1x)
RXC_B+ B06D (1x)
SAW_SW B02 (1x)
SAW_SW B05A (1x)
SC1_AUDIO_IN_L B05A (1x)
SC1_AUDIO_IN_L B06B (1x)
SC1_AUDIO_IN_R B05A (1x)
SC1_AUDIO_IN_R B06B (1x)
SC1_AUDIO_MUTE_L B05B (1x)
SC1_AUDIO_MUTE_L B06B (1x)
SC1_AUDIO_MUTE_R B05B (1x)
SC1_AUDIO_MUTE_R B06B (1x)
SC1_AUDIO_OUT_L B05A (1x)
SC1_AUDIO_OUT_L B06B (2x)
SC1_AUDIO_OUT_R B05A (1x)
SC1_AUDIO_OUT_R B06B (2x)
SC1_B_IN B05A (2x)
SC1_B_IN B06B (2x)
SC1_CVBS_IN B05A (1x)
SC1_CVBS_IN B06B (2x)
SC1_FBL_IN B04A (1x)
SC1_FBL_IN B05A (1x)

SC1_FBL_IN B06B (2x)
SC1_G_IN B05A (2x)
SC1_G_IN B06B (2x)
SC1_R_IN B05A (2x)
SC1_R_IN B06B (2x)
SC1_RF_OUT_CVBS B05A (1x)
SC1_RF_OUT_CVBS B06B (1x)
SC1_STATUS B03 (1x)
SC1_STATUS B04A (1x)
SC1_STATUS B06B (1x)
SC2_AUDIO_IN_L B05A (1x)
SC2_AUDIO_IN_L B06C (1x)
SC2_AUDIO_IN_R B05A (1x)
SC2_AUDIO_IN_R B06C (1x)
SC2_AUDIO_MUTE_L B05B (1x)
SC2_AUDIO_MUTE_L B06C (1x)
SC2_AUDIO_MUTE_R B05B (1x)
SC2_AUDIO_MUTE_R B06C (1x)
SC2_AUDIO_OUT_L B05A (1x)
SC2_AUDIO_OUT_L B06C (1x)
SC2_AUDIO_OUT_R B05A (1x)
SC2_AUDIO_OUT_R B06C (1x)
SC2_C_IN B04A (1x)
SC2_C_IN B06C (1x)
SC2_CVBS_MON_OUT B03 (1x)
SC2_CVBS_MON_OUT B05A (1x)
SC2_CVBS_MON_OUT B06C (1x)
SC2_STATUS B04A (1x)
SC2_STATUS B06C (1x)
SC2_Y_CVBS_IN B04A (1x)
SC2_Y_CVBS_IN B06C (1x)
SDCLKN B04A (1x)
SDCLKN B04B (2x)
SDCLKP B04A (1x)
SDCLKP B04B (2x)
SIDE_AUDIO_IN_L B05A (1x)
SIDE_AUDIO_IN_L B06A (2x)
SIDE_AUDIO_IN_R B05A (1x)
SIDE_AUDIO_IN_R B06A (2x)
SIF1 B02 (1x)
SIF1 B05A (1x)
SIF2 B02 (1x)
SIF2 B05A (1x)
SMIC_CLKN B04A (1x)
SMIC_CLKN B05A (1x)
SMIC_CLKP B04A (1x)
SMIC_CLKP B05A (1x)
SPI_CEN B04A (1x)
SPI_CEN B04B (1x)
SPI_SCK B04A (1x)
SPI_SCK B04B (2x)
SPI_SDI B04A (1x)
SPI_SDI B04B (1x)
SPI_SDO B04A (1x)
SPI_SDO B04B (1x)
STANDBY B01 (1x)
STANDBY B03 (2x)
STANDBYn B03 (1x)
STANDBYn B05B (1x)
SVHS_C_IN B05A (1x)
SVHS_C_IN B06A (2x)
SVHS_Y_CVBS_IN B05A (1x)
SVHS_Y_CVBS_IN B06A (2x)
TDA889X_HS B04A (1x)
TDA889X_HS B05A (1x)
TDA889X_VS B04A (1x)
TDA889X_VS B05A (1x)
TRAP2 B04A (1x)
TRAP2 B04B (1x)
TRAP4 B04A (1x)
TRAP4 B04B (1x)
TUN_L B04A (1x)
TUN_L B05A (1x)
TUN_R B04A (1x)
TUN_R B05A (1x)
TUN_SIF B04A (1x)
TUN_SIF B05A (1x)
TxAn B04A (1x)
TxAn B04C (1x)
TxAp B04A (1x)
TxAp B04C (1x)
TxBn B04A (1x)
TxBn B04C (1x)
TxBp B04A (1x)
TxBp B04C (1x)
TxCLKn B04A (1x)
TxCLKn B04C (1x)
TxCLKp B04A (1x)
TxCLKp B04C (1x)
TxCn B04A (1x)
TxCn B04C (1x)
TxCp B04A (1x)
TxCp B04C (1x)
TxDn B04A (1x)
TxDn B04C (1x)
TxDp B04A (1x)
TxDp B04C (1x)
UART_RXD B03 (1x)
UART_RXD B04A (1x)
UART_TXD B03 (1x)
UART_TXD B04A (1x)
VDD B05B (3x)
VDDA B05B (3x)
VDISP B04C (2x)
VIF1 B02 (1x)
VIF1 B05A (1x)
VIF2 B02 (1x)
VIF2 B05A (1x)

VSS B05B (3x)
VSSA B05B (5x)
WEN B04A (1x)
WEN B04B (1x)
WT_LOCTOP B03 (1x)
WT_LOCTOP B04A (1x)
XTAL_IN B04A (2x)
XTAL_OUT B04A (2x)

3139 123 6425.1

I_18170_022.eps

210708

Circuit Diagrams and PWB Layouts

Layout Small Signal Board (Overview Top Side)

47LC8.1E LB 7.

I_18170_013a.eps

I_18170_013c.eps

3139 123 6425.1

Part 1

Part 3

Part 2

I_18170_013b.eps

Part 4

I_18170_013d.eps

I_18170_013.eps

170708

1102 C4
1103 C4
1104 A3
1301 A3
1302 A2
1303 B1
1311 B2
1312 A3
1313 B4
1501 F4
1504 E4
1505 E4
1506 E4
1507 E4
1508 E4
1509 D4
1511 E4
1512 E4
1516 E4
1517 E4
1519 E4
1520 E4
1522 E4
1524 D4
1601 A4
1602 B4
1603 F4
1605 C4
1613 F4
1614 D4
1615 E4
1616 B4
1617 B4
1619 F4
1620 F4
1701 C2
1A35 F1
1C01 D3
1C02 A3
1C03 D3
1E01 E3
1E03 D2
1E04 B3
1E05 D1
1E08 D1
1E09 D1
1E10 D1
1E20 D1
1E22 D2
1N01 D2
1N02 D3
1P01 E1
1P02 D1
1R10 C1
1R11 C1
1R12 C1
1R13 C1
1R14 C1
1R50 C1
2101 B4
2102 B4
2103 A3
2104 A4
2105 A4
2106 B4
2109 B4
2110 B4
2111 A4
2112 B4
2113 B4
2114 C4
2301 A2
2302 A2
2303 A3
2304 B1
2305 B1
2306 A3
2307 D2
2308 D2
2309 C2
2310 C2
2311 A2
2312 D2
2313 A3
2314 B1
2315 A3

2316 A3
2317 A3
2319 B1
2320 B4
2321 B1
2322 B1
2323 B1
2324 B1
2326 B1
2327 A3
2401 D4
2402 D4
2403 C4
2404 C4
2405 C4
2406 C4
2407 C4
2408 D4
2409 D4
2410 D4
2411 D4
2412 D4
2413 D4
2414 D4
2415 D4
2416 C4
2417 C4
2418 D4
2419 C4
2420 C4
2421 C4
2422 C4
2423 C4
2424 C4
2425 D4
2427 C4
2428 C4
2430 C4
2431 C4
2432 C4
2433 C4
2434 C4
2435 C4
2436 C4
2437 C4
2438 C4
2439 C4
2440 C4
2441 C4
2442 C4
2443 C4
2444 C4
2445 D4
2446 D4
2447 D4
2448 D4
2449 D4
2501 E4
2503 D4
2504 D4
2507 E4
2508 E4
2511 E4
2514 E4
2515 E4
2517 E4
2521 E4
2523 E4
2527 E4
2528 E4
2529 E4
2600 A4
2602 D4
2603 E4
2606 D4
2607 E4
2608 E4
2609 C4
2610 F4
2612 F4
2613 F4
2614 F4
2615 F4
2616 F4
2621 B4
2622 B4

2623 C4
2624 C4
2625 A4
2626 C4
2627 B4
2628 C4
2701 B1
2702 B1
2703 B2
2704 B2
2705 C2
2706 C1
2707 C2
2709 C2
2710 B2
2711 C2
2712 B2
2713 B2
2714 D2
2A01 F2
2A02 E2
2A03 F2
2A04 F2
2A05 E2
2A08 E2
2A09 F3
2A10 F3
2A11 F3
2A12 F3
2A14 F1
2A15 F3
2A16 E3
2A17 F2
2A18 F3
2A19 F3
2A20 F3
2A21 F2
2A22 F3
2A23 E2
2A24 F3
2A25 F3
2A27 F3
2A28 F1
2A29 E3
2A30 F3
2A31 F2
2A32 F3
2A33 F3
2A34 F3
2A35 F2
2A36 F2
2A40 F3
2A41 F2
2A45 F4
2A60 B2
2A61 A2
2A62 F2
2A63 F2
2A64 E2
2A65 E2
2A66 F3
2A67 F1
2A68 F1
2C01 C2
2C02 C3
2C03 C3
2C04 C2
2C05 C2
2C06 C3
2C07 C3
2C08 C3
2C09 C3
2C10 C3
2C11 C3
2C12 C3
2C13 C3
2C14 C3
2C15 C3
2C16 C3
2C17 C3
2C18 C3
2C19 C2
2C20 C3
2C21 C3
2C22 C3
2C23 C3

2C28 C3
2C29 C3
2C30 C3
2C31 C3
2C32 C2
2C33 C2
2C34 C2
2C35 C2
2C36 C2
2C37 C3
2C38 C3
2C39 C3
2C40 C3
2C41 C3
2C42 C3
2C43 C3
2C44 C3
2C45 C3
2C48 C3
2C49 C3
2C50 C3
2C51 C3
2C52 C3
2C53 B2
2C54 B2
2C55 B2
2C56 B2
2C57 C3
2C58 C3
2C59 C3
2C60 C3
2C61 B3
2C62 B3
2C63 B3
2C64 B3
2C65 B3
2C66 B3
2C67 B3
2C68 B3
2C69 B2
2C70 B2
2C71 B3
2C72 B3
2C74 B2
2C75 B3
2C76 B3
2C77 B3
2C78 B3
2C80 C2
2C82 C3
2C83 B3
2C84 C3
2C85 C3
2C86 C3
2C87 D3
2C88 D3
2C89 B3
2C90 D3
2E01 F4
2E02 E4
2E03 E4
2E04 E4
2E05 E4
2E06 D4
2E07 D4
2E08 D4
2E09 D4
2E10 E4
2E11 E4
2E12 B3
2E13 B3
2N01 E2
2N02 D3
2N03 E2
2N04 E2
2N05 E2
2N06 D3
2N07 D3
2N10 E3
2N17 E2
2N18 E2
2N19 D2
2N29 E2
2N30 E2
2N33 E2
2N39 E2

2P01 A1
2P02 A1
2P03 A1
2P04 A1
2P05 A1
2P06 A1
2P07 E1
2P08 E1
2P09 E1
2P10 E1
2P11 E1
2P12 E1
2P13 A2
2P14 A2
2P15 A2
2P16 F1
2P17 B2
2P18 B2
2P19 F1
2P20 F1
2P21 B2
2P23 E1
2P24 D1
2P25 E1
2P26 E1
2P27 E1
2P30 D1
2P31 E2
2P32 E1
2P33 E1
2P34 D1
2P36 E1
2P37 E1
2P39 E1
2P40 E1
2P41 E1
2P42 E2
2P43 E2
2P44 E1
2P45 E1
2P47 E1
2P48 E2
2P49 E1
2P50 E1
2P51 E1
2P54 E2
2P55 D1
2P56 D1
2P58 D1
2R01 C1
2R02 C1
2R03 C2
3101 B4
3102 B4
3103 C4
3104 A3
3105 B4
3107 B3
3108 C4
3109 C4
3110 B4
3111 B4
3112 B4
3113 C4
3301 A3
3303 A3
3304 A3
3305 A2
3306 A3
3307 A3
3308 A3
3309 A3
3310 A3
3311 A3
3312 A3
3313 A2
3314 B4
3315 A3
3316 B1
3317 B1
3318 B1
3319 A3
3321 B1
3322 B4
3323 B4
3324 A2

3325 B3
3326 A3
3327 A2
3328 A2
3329 D2
3330 D2
3331 A2
3332 A3
3334 D2
3335 A3
3336 C2
3337 C2
3338 C2
3339 D2
3340 C2
3341 A3
3342 C2
3343 C2
3344 C2
3345 D2
3346 A2
3347 A2
3348 B2
3349 B2
3350 B2
3351 B2
3352 A2
3353 A2
3354 D2
3355 B4
3356 A3
3357 A3
3358 A2
3359 A2
3360 A2
3361 A2
3362 A3
3363 A3
3364 A3
3365 A3
3366 A3
3367 A3
3368 A3
3369 A3
3370 A3
3371 A3
3372 A3
3373 A3
3374 A3
3375 A3
3376 A3
3377 A3
3378 A2
3401 D4
3402 D4
3403 D4
3404 D4
3405 D4
3406 D4
3407 D4
3408 D4
3409 C4
3410 C4
3411 C4
3412 C4
3413 C4
3414 C4
3415 C4
3416 D4
3417 C4
3418 C4
3419 C4
3420 C4
3421 C4
3422 C4
3423 C4
3424 C4
3425 C4
3426 C4
3427 C4
3428 C4
3429 C4
3430 C4
3431 C4
3432 D4
3433 D4

3434 D4
3503 F4
3504 D4
3505 D4
3507 E4
3510 E4
3511 E4
3514 E4
3515 E4
3517 E4
3518 E4
3520 E4
3524 D4
3526 E4
3530 E4
3532 E4
3533 E4
3535 D4
3536 D4
3537 D4
3540 D4
3554 D4
3600 A4
3601 C3
3602 C4
3603 C3
3604 A4
3605 C3
3606 B3
3607 E4
3608 E4
3609 C4
3611 F4
3612 F4
3621 B4
3622 B4
3623 C4
3624 C4
3701 C1
3702 C2
3703 C1
3706 C2
3708 C2
3709 C2
3710 C2
3711 C2
3712 C2
3713 C2
3714 C2
3715 C2
3716 C2
3717 C2
3718 C2
3719 C2
3720 D2
3721 C2
3722 C2
3723 D2
3724 C2
3A01 F2
3A02 E2
3A03 F3
3A04 F3
3A05 F3
3A06 F3
3A07 E3
3A08 F3
3A09 F2
3A10 F2
3A11 F3
3A12 F2
3A13 F3
3A14 F2
3A15 E2
3A16 E2
3A17 F2
3A18 F2
3A19 F3
3A20 E3
3A21 F3
3A22 F3
3A23 F3
3A26 F3
3A27 F2
3A28 F2
3A29 F3

3A30 F2
3A31 F3
3A32 F3
3A33 F3
3A61 B2
3A62 A2
3A63 A2
3A70 B2
3A71 C4
3A72 C4
3A75 A2
3A76 A2
3A77 B3
3A78 F4
3A79 F4
3C01 C2
3C02 C2
3C03 C2
3C04 B3
3C05 C2
3C06 C2
3C07 C2
3C08 C3
3C09 C3
3C10 C3
3C17 C3
3C18 C3
3C19 C3
3C20 C3
3C21 C3
3C23 B3
3C24 B3
3C25 B3
3C26 B3
3C27 B3
3C28 B3
3C29 B3
3C32 B2
3C33 B2
3C34 C2
3C35 C2
3C36 C3
3C37 C3
3C38 B3
3C39 B3
3C40 B3
3C41 C3
3C42 C3
3C50 C2
3C51 C2
3C52 C2
3C53 C2
3C54 B2
3C55 B2
3C57 B2
3C58 B2
3C59 B2
3C60 B2
3C61 C3
3C62 C2
3C63 C2
3C64 C2
3C65 C2
3C66 B3
3C67 D3
3C68 D3
3C69 D3
3C70 D3
3C71 D3
3C72 D3
3C73 D3
3C74 D3
3C75 D3
3E01 F4
3E02 E4
3E03 E4
3E04 E4
3E05 E4
3E06 E4
3E07 E4
3E08 E4
3E09 E4
3E10 E4
3E11 D4
3E12 D4
3E13 D4

3E14 D4
3E15 D4
3E16 D2
3E17 D2
3E18 D4
3E19 D2
3E20 D4
3E21 D4
3E25 D2
3E26 D2
3E27 D2
3E28 D2
3E29 D2
3E30 D2
3E31 D2
3E70 B3
3E71 B3
3N01 D2
3N02 D2
3N03 D2
3N04 D3
3N05 D2
3N06 D2
3N07 D3
3N08 D3
3N09 E2
3N10 E2
3N11 D3
3N12 E2
3N13 E3
3N14 E3
3N15 E3
3N16 D3
3N17 D3
3N18 D3
3N19 D3
3N20 D2
3N21 D2
3N22 D2
3N25 E2
3N26 D3
3N27 D3
3N28 D2
3N29 D2
3N30 D2
3N31 D2
3N32 D2
3N33 D2
3N34 D2
3N35 D3
3N36 D3
3N37 E2
3N38 E2
3N39 E3
3N40 E3
3N41 D2
3N42 D2
3P01 E1
3P02 E1
3P03 E2
3P04 E2
3P05 E2
3P07 E2
3P08 F1
3P09 F1
3P10 F1
3P11 E2
3P12 E2
3P13 E1
3P14 E2
3P15 F1
3P16 F1
3P17 E1
3P18 E1
3P19 E1
3P20 E2
3P21 E2
3P22 E2
3P23 E1
3P24 E1
3P26 E1
3P27 E1
3P28 E1
3P29 E2
3P30 E1
3P31 E1

3P32 E1
3P33 E1
3P34 E1
3P35 F1
3P36 F1
3R02 C2
3R13 C2
3R17 C2
4101 C4
4102 C4
4103 C4
4104 C4
4106 B4
4107 B4
4301 C2
4302 C2
4303 B1
4304 C2
4305 C2
4306 C2
4307 C2
4308 D2
4309 B1
4310 B1
4311 D2
4312 D2
4313 B1
4314 D2
4315 A2
4316 A2
4317 A3
4318 D2
4401 D4
4402 D4
4403 D4
4601 B4
4602 B4
4603 F3
4604 F3
4605 F3
4606 F3
4607 F4
4608 F4
4609 F4
4610 F4
4611 F4
4612 F4
4613 F4
4614 F4
4A51 A2
4C01 C2
4C02 A3
4C10 B3
4N03 E2
4N04 E2
4N11 E2
4N12 D2
4N13 D2
4N14 D2
4N15 E2
4N16 E2
4N17 E3
4N18 E3
4R04 C2
4R05 C2
4R06 C2
5101 B4
5102 B4
5111 B4
5115 B3
5301 A3
5302 A3
5304 B1
5401 D4
5402 D4
5701 C2
5A03 F2
5A04 E2
5A05 F2
5A06 E2
5C01 C2
5C02 C2
5C03 C3
5C04 C3
5C05 C3
5C06 C3

5C07 C3
5C08 C3
5C09 B3
5C10 C3
5C11 B3
5C12 C3
5C13 B3
5C14 B3
5C15 B2
5C16 C3
5C17 C2
5C18 C3
5C19 B3
5C20 B3
5N01 E2
5N02 E2
5N03 E3
5P01 D1
5P02 E1
5P03 A1
5P04 A1
5P05 D1
5P06 E1
5P07 E2
5P08 B1
5P09 A1
5P10 F1
5R01 C1
5R02 C1
5R03 C1
6101 B4
6103 C4
6301 A3
6302 B1
6303 A3
6304 A3
6306 A2
6308 B1
6504 E4
6507 E4
6511 D4
6514 E4
6515 E4
6516 E4
6517 D4
6518 E4
6519 E4
6520 E4
6521 E4
6604 A4
6606 C4
6610 D4
6611 E4
6612 D4
6613 E4
6614 F4
6615 F4
6616 F4
6621 B4
6622 C4
6A51 A2
6A52 A2
6C01 C2
6E01 F4
6E02 E4
6E03 E4
6E04 E4
6E05 E4
6E06 E4
6E07 E4
6E08 D4
6N07 E2
6N08 E2
6N09 E2
6N10 E2
6P01 F1
6P02 F1
6P03 F1
6P04 E1
6P05 E1
6P06 E1
6R01 C2
7109 C4
7301 A3
7302 C4
7303 A3

7304 C2
7305 C2
7306 D2
7307 A2
7308 A2
7309 A3
7310 A2
7311 A2
7401 C4
7503 D4
7701 C2
7702 D2
7A01 F3
7A05 F3
7A06 F2
7A07 F3
7A52 B2
7A53 A2
7A56 C4
7A57 C4
7A60 B2
7A61 F4
7A62 F4
7C01 C3
7E01 D4
7N01 E2
7N02 E3
7N03 E2
7N04 D2
7N05 D3
7N06 D2
7N07 D2
7N08 D2
7N09 D3
7N10 E2
7N11 E2
7N12 E3
7N13 E3
7P01 B2
7P02 A1
7P03 A2
7P04 A1
7P05 E1
7P06 D1
7P07 D1
7P08 E1
7P09 F1
7P10 F1
7R01 C2
7R02 C1

Circuit Diagrams and PWB Layouts

Layout Small Signal Board (Part 1 Top Side)

Part 1

48LC8.1E LB 7.

I_18170_013a.eps

170708

Circuit Diagrams and PWB Layouts

Layout Small Signal Board (Part 2 Top Side)

Part 2

49LC8.1E LB 7.

I_18170_013b.eps

170708

Circuit Diagrams and PWB Layouts

Layout Small Signal Board (Part 3 Top Side)

50LC8.1E LB 7.

Part 3

I_18170_013c.eps

170708

Circuit Diagrams and PWB Layouts

Layout Small Signal Board (Part 4 Top Side)

51LC8.1E LB 7.

Part 4

I_18170_013d.eps

170708

Circuit Diagrams and PWB Layouts

52LC8.1E LB 7.

Keyboard Control Panel

1N10 A1
1N11 C2
1N12 C3

1N13 C3
1N14 C4
1N15 C4

1N16 C4 6N10 B2
2N10 B1
2N11 B2

1

KEYBOARD CONTROL

E E

TO KEYBD

1N10

B

56

4

3

2
1

BM04B-SRSS-TBT

FN09
FN10

FN11

FN12

2N10

RES

10R

1n0

RES RES

3N08 B1
3N09 B2
3N11 B2

INTERRUPT

KEYBOARD

2N11

10n

3N12 B3
3N13 B3
3N14 B3

3N15 B4
3N16 B4

4N10 B4

FN09 B1
FN10 B1

2 3

3N17 680R

BZX384-C4V7

3N11

2K2

RES

3N093N08

10R

6N10

3N12
1K5

FN11 B1
FN12 B1
IN11 B3

3K9 5K6

3N14

IN13

IN12 B3
IN13 B3
IN14 B4

IN15 B4

3N153N13
18K

IN14 IN15IN11 IN12

4

3N16
8K2

4N10

AA

B

Layout Keyboard Control Panel (Top Side)

1N11 F1
1N12 H1
1N13 D1
1N14 A1
1N15 B1
1N16 J1

1N10 I1
2N10 H1
2N11 H1

3N08 H1
3N09 H1
3N11 H1
3N12 G1
3N13 H1
3N14 D1
3N15 A1
3N16 B1

4N10 H1
6N10 I1

C

3139 123 6323.1

SKRE

1N11

12

SKRE

1N12

CH-CH+ MENU

12

SKRE

1N13

12

SKRE

1N14

12

VOL+

SKRE

1N15

VOL-

123 4

12

12

SKRE

1N16

ON / OFF

H_17650_050.eps

090108

C

3139 123 6323.1

H_17650_051.eps

140108

3139 123 6323.1

H_17650_052.eps

090108

IR & LED Panel

Circuit Diagrams and PWB Layouts

53LC8.1E LB 7.

A

B

C

D

E

123 4567

8

IR & LED PANEL

J J

3P27
10K

"WHITE"

+5V_SW

19-113/T7D-CS2T2B2-3T

IR

3P17
100R

3P11

1K8

IP10

6P11

IP12

7P11
BC847BW

LIGHT_SENSOR

2P11

10u

RES

+5V_SW

3P13

270R

IP22

6P12

TSML1020

(RES FOR BDS)

3P09
10K

RES

2P12
10u

4P024P01

2P13
10u

3P12

270R

RES

IP15

3P14

10K

LED2

SAME LOCATION WITH 7012

3P20

3P25
33K

TO ME8 LIGHT GUIDE

1P09

1
2

3

45

BM03B-SRSS-TBT

RES

TO ME8 SSB

1P10

1
2

3

4
5
6
7

8

9

10 11

BM09B-SRSS-TBT

FP10
FP20
FP11
FP12
FP13
FP14
FP15
FP16
FP17

FROM ME8 KEYB

1P11

1
2

3

4

56

BM04B-SRSS-TBT

FP18

+3V3STBY

+5V_SW

+3V3STBY

+3V3STBY

+3V3STBY

3P08
680R

RES

+3V3STBY

3P07

680R

RES

LIGHT_SENSOR

LED2

LED1

KEYBOARD

TAC T _ SWITCH_INT

KEYBOARD

TAC T _ SWITCH_INT

"IR RECEIVER"

7P14

GP1UE260RKVF

4

IR

IP14

3P15

10K

+3V3STBY

3P16
100R

3P19
6K8

IP20

3P23
100K

IP16

2P10
10u

VS

OUT

GND

LED1

2

1

3

5

3P28
10K

7P13

BC847BW

10K

"RED"

+3V3STBY

SML-512

+5V_SW

IP19

3P24
10K

3P10

1K8

IP11

6P10

IP13

7P10
BC847BW

"LIGHT SENSOR"

TEMT6000X01

IP17

7P12

+5V_SW

3

2

1

3P21
150K

IP21

3P26
150K

+5V_SW

3P18
100K

IP18

3P22
10K

A

B

C

D

E

1P09 A1
1P10 B1
1P11 C1
2P10 E5
2P11 E5
2P12 E6
2P13 E6

3P07 C3
3P08 C2
3P09 D6
3P10 A7
3P11 A5
3P12 A6
3P13 A6
3P14 B6
3P15 B4
3P16 D4
3P17 E5
3P18 D8
3P19 E4
3P20 E6
3P21 E8
3P22 E8
3P23 E4
3P24 E7
3P25 E6
3P26 E8
3P27 B5
3P28 B6

4P01 B5
4P02 B6
6P10 A7
6P11 A5
6P12 A6
7P10 B7
7P11 B5
7P12 D8
7P13 E7
7P14 E3
FP10 B1
FP11 B1
FP12 B1
FP13 B1
FP14 B1
FP15 B1
FP16 B1
FP17 B1
FP18 C1
FP20 B1
IP10 A5
IP11 A7
IP12 B5
IP13 B7
IP14 B4
IP15 B6
IP16 D5
IP17 E7
IP18 E8
IP19 E7
IP20 E4
IP21 E8
IP22 A6

3139 123 6327.3

1

2 3

456

7 8

H_17650_053.eps

090108

Circuit Diagrams and PWB Layouts

Layout IR & LED Panel (Top Side)

2P10 A4
2P11 A6

3P07 A4
3P08 A4

3P09 A6
3P10 A3
3P11 A2
3P12 A6

3P13 A6
3P14 A2
3P15 A2
3P16 A4

3P17 A5
3P18 A6
3P19 A4
3P20 A6

3P21 A6
3P22 A6
3P23 A4
3P24 A6

3P25 A6
3P26 A6
3P27 A2
3P28 A3

4P01 A2
4P02 A2
6P10 A3
6P11 A3

6P12 A5
7P10 A2
7P11 A2
7P12 A5

7P13 A6
7P14 A4

54LC8.1E LB 7.

Personal Notes:

3139 123 6327.3

Layout IR & LED Panel (Bottom Side)

1P09 A4 1P10 A5 1P11 A1 1P12 A1 1P13 A1

3139 123 6327.3

H_17650_054.eps

140108

H_17650_055.eps

140108

E_06532_012.eps

131004

8. Alignments

Alignments

EN 55LC8.1E LB 8.

Index of this chapter:

8.1 General Alignment Conditions

8.2 Hardware Alignments

8.3 Software Alignments

8.4 Option Settings

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

General: The Service Alignment Mode (SAM) is 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:

• Power supply voltage (depends on region):
– AP-NTSC: 120 VAC or 230 VAC / 50 Hz (± 10%).
– AP-PAL-multi: 120 - 230 VAC / 50 Hz (± 10%).
– EU: 230 VAC / 50 Hz (± 10%).
– LATAM-NTSC: 120 - 230 VAC / 50 Hz (± 10%).
– US: 120 VAC / 60 Hz (± 10%).

• 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.

• Use an isolated trimmer/screwdriver to perform
alignments.

8.2 Hardware Alignments

There are no hardware alignments foreseen for this chassis,
but below find an overview of the most important DC voltages
on the SSB. These can be used for checking proper functioning
of the DC/DC converters.

Table 8-1 DC voltages

Description Test Point Specifications (V) Diagram

Min. Typ. Max.

+VTUN FP14 30 33 36 B01_DC-DC

+12V_AUDIO FP06 11.40 12.00 12.60 B01_DC-DC

-12V_AUDIO FP09 -11.40 -12.00 -12.60 B01_DC-DC

+12V_DISP FP04 11.40 12.00 12.60 B01_DC-DC

+3V3_STBY FP01 3.20 3.30 3.40 B01_DC-DC

+5V_SW FP05 4.90 5.16 5.42 B01_DC-DC

+2V5_SW FP18 2.40 2.50 2.60 B01_DC-DC

+1V8_SW FP03 1.70 1.80 1.90 B01_DC-DC

+3V3_SW_TDA FP19 3.10 3.30 3.50 B01_DC-DC

+1V8_SW_ADC FP20 1.70 1.80 1.90 B01_DC-DC

+3V3_SW FP22 3.10 3.30 3.50 B01_DC-DC

+8V_SW FP21 7.60 8.00 8.40 B01_DC-DC

+5V_IF F133 4.75 5.00 5.25 B02_Tuner IF & SAWF

+5V_TUN F111 4.75 5.00 5.25 B02_Tuner IF & SAWF

+5V_SW_SMIC F402 4.75 5.00 5.25 B05A_SMIC L

VDDA FA01 11.40 12.00 12.60 B05B_Audio - CLASS D

VDD FA03 11.40 12.00 12.60 B05B_Audio - CLASS D

VSSA FA02 -11.40 -12.00 -12.60 B05B_Audio - CLASS D

VSS FA14 -11.40 -12.00 -12.60 B05B_Audio - CLASS D

+5VHDMI_A FN08 4.75 5.00 5.25 B06B_HDMI

+5VHDMI_B FN13 4.75 5.00 5.25 B06B_HDMI

+1V8_ANA-MUX FN03 1.70 1.80 1.90 B06B_HDMI

+1V8_DIG-MUX FN02 1.70 1.80 1.90 B06B_HDMI

+3V3_ANA-MUX FN74 3.10 3.30 3.50 B06B_HDMI

8.3 Software Alignments

With the software alignments of the Service Alignment Mode
(SAM) the Tuner and RGB settings can be aligned.
To store the data: Use the RC button “Menu” to switch to the
main menu and next, switch to “Stand-by” mode.

8.3.1 Tuner Adjustment (RF AGC Take Over Point)

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

signal amplitude varies.
The LC8.1E LB chassis comes with the UV1316E analogue
tuner. No alignment is necessary, as the AGC alignment is
done automatically (standard value: “15”). However in case of
problems use the following method (use multimeter and RF
generator):

• Apply a 70 dB (1mv) RF signal with a Philips standard
circuit pattern to antenna input.

• Adjust AGC (via SAM menu: TUNER -> AGC), until voltage
on pin 1 is 3.3 +0.5/-1.0 V.

• Store settings and exit SAM.

8.3.2 RGB Alignment

In RGB Alignment menu there are three items White Tone,
ADC Gain & Align ADC to perform the colour temperature
alignment for the RF and the input source calibration.
Before alignment, choose “TV MENU” -> “Picture” and set:

• “Brightness” to “50”.

• “Colour” to “50”.

• “Contrast” to “100”.

White Tone Alignment:

• Activate SAM.

• Select “RGB Align.” -> “White Tone” and choose a colour
temperature.

• Use a 100% white screen as input signal and set the
following values:
– All “White point” values initial to “255”.

In case you have a colour analyser:

• Measure with a calibrated (phosphor- independent) colour
analyser (e.g. Minolta CA-210) in the centre of 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 “256”) 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”). Tolerance: dx: ± 0.004, dy: ± 0.004.

• Repeat this step for the other colour 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 8-2 White D alignment values

Value Cool (11000 K) Normal (9000 K) Warm (6500 K)

x 0.278 0.289 0.314

y 0.278 0.291 0.319

If you do not have a colour analyser, 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.

EN 56 LC8.1E LB8.

Alignments

Table 8-3 Tint settings 32"

Colour Temp. R G B

Cool 120 126 128

Normal 128 128 128

Warm 128 120 126

Table 8-4 Tint settings 42"

Colour Temp. R G B

Cool 127 120 124

Normal 127 115 114

Warm 127 110 96

ADC Alignment (external source)

When the grey scale displayed is not uniformity, use the
following alignment method. This is to calibrate the input
source to perform better output display.
Two Input Source need to be calibrated:

1. RGB (via Scart 1)

2. YPbPr (Component Input)

Instructions:

• Apply a standard 100% colour bar to input source (1) & (2).

• Activate SAM.

• Cursor down to item “RGB Align” and select “Align ADC”.

• Select “Yes” with the Left Key to start calibration.

• Power Off the set and calibrated values will be stored.
Note: The “In Progress” message indicates calibration in
progress.
The “Done” message will be displayed when completed
successfully.

8.4 Option Settings

8.4.1 Introduction

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:

• After changing the option(s), save them with the STORE
command.

• 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).

8.4.2 How To Set Option Codes

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 Options Codes

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 bytes (OP1... OP7).
Activate SAM and select “Options”. Now you can select the
option byte (OP1 to OP7) with the CURSOR UP/ DOWN keys,
and enter the new 3 digit (decimal) value. For the correct
factory default settings, see the next table “Option codes
OP1...OP7“. 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.

2

The microprocessor communicates with a large number of I

C

ICs in the set. To ensure good communication and to make

Table 8-5 Option code overview

Sets 12NC Sets Type Panel Type Panel Code (Dec)

8670 000 42116 32PFL3403/12 LPL- LC320WXN-SAB1 136 3 2 0 255 8 0 1

8670 000 42115 42PFL3403/12 LPL- LC420WXE-SAA1 138 3 2 0 255 8 0 0

1234567

Option Byte (Dec)

Option Bit Overview

Below find an overview of the Option Codes on bit level.

Alignments

Table 8-6 Option codes at bit level (OP1-OP7)

Option Byte & Bit Dec. Value Option Name Description

Byte OP1

Bit 7 (MSB) 128 OPC_BBE ON = BBE is available

Bit 6 64 RESERVED RESERVED

Bit 5 32 RESERVED RESERVED

Bit 4 16 FSRV_OPC_OPTION_CHECK_14 ON = NVM Integrity check enable

Bit 3 8 OPC_UK_PNP ON = UK PNP is available

Bit 2 4 OPC_VIRGIN_MODE ON = Virgin Mode (PNP) is available

Bit 1 2 OPC_ACI ON = ACI is available

Bit 0 (LSB) 1 OPC_ATS ON = ATS is available

Byte OP2

Bit 7 (MSB) 128 RESERVED RESERVED

Bit 6 64 RESERVED RESERVED

Bit 5 32 RESERVED RESERVED

Bit 4 16 RESERVED RESERVED

Bit 3 8 RESERVED RESERVED

Bit 2 4 RESERVED RESERVED

Bit 1 2 OPC_WSSB ON = WSS is available

Bit 0 (LSB) 1 RESERVED RESERVED

Byte OP3

Bit 7 (MSB) 128 RESERVED RESERVED

Bit 6 64 RESERVED RESERVED

Bit 5 32 RESERVED RESERVED

Bit 4 16 RESERVED RESERVED

Bit 3 8 RESERVED RESERVED

Bit 2 4 RESERVED RESERVED

Bit 1 2 RESERVED RESERVED

Bit 0 (LSB) 1 RESERVED RESERVED

Byte OP4

Bit 7 (MSB) 128 OPC_HDMI2 Must be set to 1, no optional control

Bit 6 64 OPC_HDMI1 Must be set to 1, no optional control

Bit 5 32 OPC_VGA Must be set to 1, no optional control

Bit 4 16 OPC_SVHS3 Must be set to 1, no optional control

Bit 3 8 OPC_AV3 Must be set to 1, no optional control

Bit 2 4 OPC_CVI Must be set to 1, no optional control

Bit 1 2 OPC_SVHS2 Must be set to 1, no optional control

Bit 0 (LSB) 1 OPC_AV2 Must be set to 1, no optional control

Byte OP5

Bit 7 (MSB) 128 RESERVED RESERVED

Bit 6 64 RESERVED RESERVED

Bit 5 32 RESERVED RESERVED

Bit 4 16 RESERVED RESERVED

Bit 3 8 OPC_SYS_RECVRY ON = System Recovery is available

Bit 2 4 RESERVED RESERVED

Bit 1 2 RESERVED RESERVED

Bit 0 (LSB) 1 RESERVED RESERVED

Byte OP6

Bit 7 (MSB) 128 RESERVED RESERVED

Bit 6 64 RESERVED RESERVED

Bit 5 32 RESERVED RESERVED

Bit 4 16 RESERVED RESERVED

Bit 3 8 RESERVED RESERVED

Bit 2 4 RESERVED RESERVED

Bit 1 2 RESERVED RESERVED

Bit 0 (LSB) 1 RESERVED RESERVED

Byte OP7

Bit 7 (MSB) 128 RESERVED RESERVED

Bit 6 64 FSRV_PCE_OPTION_OP76 ON= Smart Clock enable

Bit 5 32 RESERVED RESERVED

Bit 4 16 RESERVED RESERVED

Bit 3 8 RESERVED RESERVED

Bit 2 4 RESERVED RESERVED

Bit 1 2 Cabinet Profile_1 0 = LC08EE_37_42inch_MG8

Bit 0 (LSB) 1 Cabinet Profile_0

OFF = BBE is not available

OFF = NVM Integrity check disable

OFF = UK PNP is not available

OFF = Virgin Mode (PNP) is not available

OFF = ACI is not available

OFF = ATS is not available

OFF = WSS is not available

OFF = System Recovery is not available

OFF= Smart Clock disable

1 = LC08EE_32inch_MG8
2 = Reserved

EN 57LC8.1E LB 8.

EN 58 LC8.1E LB9.

Circuit Descriptions, Abbreviation List, and IC Data Sheets

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

Index of this chapter:

9.1 Introduction

9.2 LCD Power Supply

9.3 DC/DC converters

9.4 Front-End

9.5 Video/Audio Processing

9.6 HDMI

9.7 Abbreviation List

9.8 IC Data Sheets

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.

Tuner

CVBS

Ext 1 - Scart 1

L

R

SAW

SAW

SMIC

TDA8890

9.1 Introduction

The LC8.1E LB chassis (development name “LC08EE”) is a
new chassis using an NXP “LOC-TOP” chipset. It covers
screen sizes of 32" and 42" with the “MG8” styling.

Main key components are:

• NXP TDA1547 “LOC-TOP” LCD TV controller

• NXP TDA8890 “LOC-TOP” Versatile Video processor

• Weltrend WT61P8S microprocessor

• NXP TDA8932 Class-D Audio processor

• UV1316E tuner.

Refer to figure “LC08EE Architecture” for details.

12V

DC-DC

1x NCP5422

4xLD1117

5V

3V3

2V5

1V8

Y

VGA

HDMI 1

HDMI 2

L
/
R

LVDS

CLASS D

L

Pb

Pr

R

TDA8933BT

LOC TOP

HDMI
MUX

TDA15471/15421

DDR1

250MHz

16MB

CEC

SPI

Flash

1MB

I2C

+/-12V

Standby uP

WT61P7/8

3V3 stby

IR, LED, LC

SPDIF

HP

I_18170_038.eps

310708

Figure 9-1 LC08EE Architecture

Circuit Descriptions, Abbreviation List, and IC Data Sheets

9R 9

$

&,QSX

W

9B67$1'%<

9B66%

$XGLR6XSSO\99

7R,QYHUWHU9

1RQ
,VRODWHG+RW

,VRO

D

WHG&ROG

3

)&

5HVRQDQW
//&

)

O\EDFN

67$1'%<
+,*+ 2))/2: 21

9.1.1 SSB Cell Layout

EN 59LC8.1E LB 9.

DC - DC CONVERSION

DC - DC CONVERSION

DDR

AUDIO CLASS - D

STAND BY

uP

TDA1547

CONTROLLER

TUNER

ANALOGUE I/O

TDA8890

SMIC

ANALOGUE I/O

9.2 LCD Power Supply

The Power Supply Unit (PSU) in this chassis is a Bobitrans
Power Solutions buy-in unit and is a black-box for Service.
When defective, a new panel must be ordered and the
defective panel must be returned for repair, unless the main
fuse of the unit is broken. Always replace the fuse with one with
the correct specifications! This part is commonly available in
the regular market.

Different PSUs are used in this chassis:

• 32" sets use a “Bobitrans” PLCD170PS09 B unit.

• 42" sets use an “Bobitrans” LIPS250PS02 unit.

9.2.1 32" sets

P a nel

X413

X418

BPS
P S U

12NC: 3122 427 24851

X001

X416

X419

1P02

LC 08EE SSB

1P01

Figure 9-2 SSB top view

I_18170_039.eps

310708

Figure 9-4 32” PSU block diagram

I_18170_041.eps

310708

CN01

Panel

(Left)

A C Inlet

Vin_AC: 196V ~ 264V

CN04

Panel
(Right)

I_18170_040.eps

310708

Figure 9-3 32” PSU connectivity

EN 60 LC8.1E LB9.

,QYHUWHUOHVV
3DQHO
5LJKW

$&,QOHW

%36
,3%

/&

((66%

,QYHUWHUOHVV
3DQHO
/HIW

3DQHO

9R 9

9B67$1'%<

$&,QSXW

9B66%

$XGLR6XSSO\99

1RQ
,VRODWHG+RW

,VRODWHG&ROG

3)&

4XDVL
5HVRQDQW

)

O\EDFN

67$1'%<
+,*+ 2))

/2:

21

,QYHUWHU

+9WR3DQHO



+9WR3DQHO

Circuit Descriptions, Abbreviation List, and IC Data Sheets

Pin14

TO INVERTER (Left)

Pin1

9.2.2 42" sets

TO INVERTER (Right)

GND3

GND3

GND3

GND3

GND3

Pin12

NC

NC

+12V (audio)

GND2 (audio)

-12V (audio)

BL_ON_OFF

Analog/PWM dimming

X418

Pin1

X413

24Vinv

PDIM_Select

PWM

On/Off

Vbri
GND3
GND3
GND3
GND3
GND3

24Vinv

24Vinv
24Vinv
24Vinv
24Vinv

X001

LN

24Vinv

24Vinv

24Vinv

24Vinv

AC INPUT

Figure 9-5 32” PSU interface diagram

X402

X403

X416

X419

12NC: 3122 427 25041

X001

Vin_AC: 196V ~ 264V

1P02

1P01

Figure 9-6 42” PSU connectivity

3V3 stdby

Standby

GND1
GND1
GND1

+12V
+12V
+12V

+12V

+12V
GND1
GND1

DIM

Boost

X416

X419

Pin1

Pin11

Pin1

Pin8

I_18170_042.eps

I_18170_043.eps

310708

310708

TO SSB

TO PANEL

Left Right

X402

X403

-12V (audio)

GND2 (audio)

+12V (audio)

+12V
+12V
+12V
GND1
GND1
GND1

Standby

3V3 stdby

Analog/PWM dimming

Boost

DIM

BL_ON_OFF

GND1
GND1

+12V

+12V

X416

X419

Pin11

Pin1

Pin8

Pin1

X001

LN

AC INPUT

Figure 9-8 42” PSU interface diagram

9.3 DC/DC converters

On-board DC-DC converters convert the +12 V coming from
the PSU and deliver the following voltages:

• +3.3 V(+3V3_STBY)

• +1.8 V(+1V8_SW)

• +5 V (+5V_SW)

• +3.3 V (+3V3_SW)

• +2.5 V (+2V5_SW)

• +3.3 V (+3V3_SW_TDA)

• +1.8 V (+1V8_SW_ADC)

• +33 V (+VTUN_33V)

• +8 V (+8V_SW)

The following diagram shows the power supply architecture of
the SSB:

TO SSB

I_18170_045.eps

310708

Figure 9-7 42” PSU block diagram

I_18170_044.eps

310708

Figure 9-9 Power Supply Architecture

9.4 Front-End

This chassis uses the UV1316E analogue tuner.

I_18170_046.eps

310708

Circuit Descriptions, Abbreviation List, and IC Data Sheets

Tuner IF Diagram

tuner

Supply

+5V/+33V

Figure 9-10 Tuner IF diagram

While receiving analogue signals, the signal coming from the
tuner is fed to the IF demodulator (through the SAW filters) and
then passed to the NXP TDA8890H1 LOC-TOP Front-End
Signal Processor.

Video

SAW filter

Audio

SAW filter

RFAGC

IIC

IF demodulator

RF
AGC_analog

IIC_analog

CVBS

nd

2

SIF

I_17820_035.eps

130308

EN 61LC8.1E LB 9.

• Switchable group delay correction and sound trap (with
switchable centre frequency) for the demodulated CVBS
signal

• Separate SIF (Sound IF) input for single reference QSS
(Quasi Split Sound) demodulation

• AM demodulator without extra reference circuit

• SSIF output is available for interfacing with a stereo sound
decoder

• Audio switch circuit with 7 base band stereo sound inputs

• Audio switch circuit 3 stereo outputs

• Video switch with 4 external CVBS inputs

• Video switch with 3 CVBS outputs

• YPRPB outputs (YOUTPIP/PBOUTPIP/PROUTPIP), for
back-end PIP processing

• Linear RGB/YPBPR input with fast insertion

• Video identification circuit

• One reference (24.576 MHz) clock required

• Indication of the Signal-to-Noise ratio of the incoming
CVBS signal

• Horizontal synchronization with alignment-free horizontal
oscillator

• Vertical count-down circuit to generate vertical timing
signals.

9.4.1 Video IF Amplifier

The IF-filter is integrated in a SAW (Surface Acoustic Wave)
filter. One for filtering IF-video (item 1102) and one for IF-audio
(item 1103). The video IF filter can be switched to another
standard, what makes it suitable for applications in multi­standard platforms (implemented in non-EU applications).
If implemented, switching is done by the microcontroller via
SAW_SW. In table “SAW filter switching” is explained how to
address the different system standards.

Table 9-1 SAW filter switching

Region SAW_SW System

AP 1 B/G, D/K, I

0M/N

The pin assignment of all analogue tuners is equal and can be
found in table “Pin assignment analogue tuners”.

Table 9-2 Pin assignment analogue tuners

Pin number Description DC voltage (V)

1 RF AGC voltage 3.3 - 4.5 (weak or no signal)

2n.c.

3I

2

C-bus address select 0

< 3.3 (strong signal)

4 SCL 0 to 3.3

5 SDA 0 to 3.3

6n.c.

7 supply voltage 5 ±0.25

8n.c.

9 fixed tuning voltage 33

10 n.c.

11 TV IF output

9.5 Video/Audio Processing

The video and audio processing is handled by the NXP “LOC­TOP” TDA8890H1 front-end signal processor in cooperation
with the NXP “LOC-TOP” TDA15471HV video/audio
processor. For the applications, see figures “Block diagram
video processing” and “Block diagram audio processing”.

The TDA15471HV features:

• Graphics and Video Input Ports

• HDMI receiver

• 3D Video Decoder

• Field-proven Multi-standard TV sound decoder

• Audio processor

• Analog sound interface

• Digital audio input and output interface

• High Quality Video Processing

• Pip and PoP

• High Quality Video Scaling Engine

• Embedded OSD and VBI Controller

• Embedded DDR/SDRAM controller

• Programmable Digital Output for LCD

• Powerful 32-bit RISC CPU.

9.5.1 Video/Audio Application

“Block diagram video processing” and “Block diagram audio
processing” shows the video/audio signal flow.

Tuner

Ext 1 - Scart 1

Ext 2 - Scart 2

CVB

=

Y

Pb

HDMI 1

HDMI 2

SC1_RF_OUT_CVBS

7503

SC2_CVBS_MON_OUT

7E01

SLR

SVHS_Y_CVBS_IN

SVHS_C_IN

L

Pr

HDMI_MUX_TX +, -

HDMI

MUX

1102

SAW

SC2_ Y_C VBS_ IN

CVBS2, 27

Y1, PB1,PR1

R

SOY1,9

RXC P,M 233, 232 ;
RX , P,M 237,236 ,241,240 ,245,244

VIF1,2

SC1_CVBS_IN

SC1_R, G, B_IN

SC1_FBL_IN

SC2_C_IN

SC2_STATUS

C2,26

SOG,4

9,10,11

VIFIN1,VIFIN2

72,71

CVBS4/Y4,50

R3/PR3/Y3, G3/Y3/CVBS3, B3/PB3,30,29,28

INSSW3 ,31

VIDOUTs1

53

VIDOUTS2

39

CVBS5/Y5

44

C2/C4/C5

42

SC1_FBL_IN

SC1_ STA TUS

FB2,16

FS3,23

LOC TOP

TDA15471/15421

CVBS2/Y2,46

PIP_R,G,B

MON_CVBS

CVBSOUT,30

Figure 9-11 Block diagram video processing

SMIC

TDA8890

MAINVIDOUT,16

MAINCOUT,17

MAIN_C

MAIN_CVBS_Y

C1,24

CVBS1, 25

Y2,PB2,PR2,15,17,18 Y,PB,Pr,OUTPIP24,23,25

LVDS

I_18170_047.eps

310708

The TDA8890H1 features:

• Multi-standard vision IF circuit with alignment-free PLL
demodulator

• Internal (switchable) time-constant for the IF-AGC circuit

EN 62 LC8.1E LB9.

Tuner

1104

Ext 1 - Scart 1

Ext 2 - Scart 2

SLR

CVB

=

HDMI 1

HDMI 2

L

Pb

Pr

HDMI
MUX

Y

SAW-SW

1103

SAW

SIF1,2

SC1_AUDIO_IN

L,R

SC1_AUDIO_OUT

L,R

SC2_AUDIO_INL,R

SC2_AUDIO_OUT

L,R

SIDE_AUDIO_IN L,R

SC1_AUDIO_MUTE L,R

COMP_A UDIO_IN L,R

SC2_AUDIO_MUTE L,R

R

7A52
7A61,62
7A56,57

TDA15471/15421

ANTI_PLOP

Figure 9-12 Block diagram audio processing

9.5.2 Audio Amplifier

The audio amplifier is an integrated class-D amplifier
(TDA8932T, item 7A01). It combines a good performance with
a high efficiency, resulting in a big reduction in heat generation.

Principle

SIFIN1,SIFIN

267,68

IN4L,IN4R

52,51

OUTS1L, OUTS1R

62,61

IN2L, IN2R

48,45

OUTS2L ,OUTS2R

41,40

IN3L, IN3R

64,63

IN7L
IN7R

35,34

7

SSIFOUT

TUN_SIF

53

SIFAI N

LOC TOP

ANTI_PLOP

+V

79

SWO

SMIC

TDA8890

9,10

4,5

DSPINL, DSPINR

MAINOUTL, MAINOUTR

MAIN_L,R

HP_DETECT

TUN_L,R

68

7A06

VCLK

7A07

DC_PROT

VD5

55,56

71

POWER_DOWN

AUDIO_LS_L,R

7A05

7A60

7A53

Standby uP

WT61P8S

37,38

AIN0L,AIN0R

AOUT0L AOUT0R

AOUT1L
AOUT1R

61,62

Circuit Descriptions, Abbreviation List, and IC Data Sheets

DC-protection

A DC-detection circuit is foreseen to protect the speakers. It is
built around three transistors (items 7A05 to 7A07) and
generates a protection signal (DC_PROT) to the
microprocessor in case of a DC failure in the Class D
amplifiers.

9.6 HDMI

LOUT,ROUT_SP

CLASS D

TDA8932BT

ENGAGE

MUTEn

HP

LOUT,ROUT_HP

STANDBYn

I_18170_048.eps

310708

9.6.1 Introduction

Note: Text below is an excerpt from the ”HDMI Specification”

that is issued by the HDMI founders (see http://www.hdmi.org).

The High-Definition Multimedia Interface is developed for
transmitting digital signals from audiovisual sources to
television sets, projectors and other video displays.
HDMI can carry high quality multi-channel audio data and can
carry all standard and high-definition consumer electronics
video formats. Content protection technology is available.
HDMI can also carry control and status information in both
directions.

HDMI is backward compatible with DVI (1.0). Compared with
DVI, HDMI offers extra:

• YUV 4:4:4 (3 × 8-bit) or 4:2:2 (up to 2 × 12-bit), where DVI
offers only RGB 4:4:4 (3 × 8 bit).

• Digital audio in CD quality (16-bit, 32/44.1/48 kHz), higher
quality available (8 channels, 192 kHz).

• Remote control via CEC bus (Consumer Electronics
Control): allows user to control all HDMI devices with the
TV's remote control and menus.

• Smaller connector (SCART successor).

• Less cables: e.g. from 10 audio/9 video cables to 3 HDMI
cables.

-V

G_16860_080.eps

020207

Figure 9-13 Principle Class-D Amplifier

The Class D amplifier works by varying the duty cycle of a
Pulse Width Modulated (PWM) signal.
By comparing the input voltage to a triangle wave, the amplifier
increases duty cycle to increase output voltage, and decreases
duty cycle to decrease output voltage.
The output transistors of a Class D amplifier switch from 'full off'
to 'full on' (saturated) and then back again, spending very little
time in the linear region in between. Therefore, very little power
is lost to heat. If the transistors have a low 'on' resistance
(RDS(ON)), little voltage is dropped across them, further
reducing losses.
A Low Pass Filter at the output passes only the average of the
output wave, which is an amplified version of the input signal.
In order to keep the distortion low, negative feedback is
applied.

The advantage of Class D is increased efficiency (= less heat
dissipation). Class D amplifiers can drive the same output
power as a Class AB amplifier using less supply current.
The disadvantage is the large output filter. The main reason
for this filter is that the switching waveform results in maximum
current flow. This causes more loss in the load, which causes
lower efficiency. An LC filter with a cut-off frequency less than
the Class D switching frequency, allows the switching current
to flow through the filter instead of the load, thus reducing the
overall loss and increasing the efficiency.

9.6.2 Implementation

The HDMI implementation is built around the IP4776CZ38
HDMI Interface for host-interface protection, which features:

• Integrated high-level ESD protection, level shifting and
backdrive protection

• All TMDS lines with integrated rail-to-rail clamping diodes
with downstream ESD protection of ±8 kV according to IEC
61000-4-2, level 4 standard

• Bidirectional level shifting N-channel FETs provided for
DDC clock and data channels

• TMDS lines with ≤0.05 pF matching of capacitance
between the TMDS pairs

• Ultra low line capacitance of 0.7 pF per channel

• HDMI 1.3 compliant

• Backdrive protection.

Refer to figure “HDMI implementation” for details.

Circuit Descriptions, Abbreviation List, and IC Data Sheets

Figure 9-14 HDMI implementation

The description of the lines is as follows:

• TMDS (Time Minimized Differential Signal): the actual
HDMI signal

• DDC (Digital Data Channel): the bus used by the source to
read EDID data in the EEPROM and HDCP
authentification

• HPD_RST_A (Hotplug Detect Reset signal): used to pull­down the HPD signal level at the connector when switching
in/out of HDMI mode; the duration of the pulse is around
500-550 ms

• DDC_RST_A has the same behaviour as the HPD_RST_A
signal. It is used to pull-down the I

2

C clock line to prevent

some problems with certain video graphic cards

• HDMI_CEC_A is the Consumer Electronic Control remote
control signal bus.

It should be noted that in this chassis the HDCP-key is
embedded in the main processor (no need for a separate
Service-SSB).

9.7 Abbreviation List

1080i 1080 visible lines, interlaced
1080p 1080 visible lines, progressive scan
2CS 2 Carrier Sound
2DNR Spatial (2D) Noise Reduction
3DNR Temporal (3D) Noise Reduction
480i 480 visible lines, interlaced
480p 480 visible lines, progressive scan
AARA Automatic Aspect Ratio Adaptation:

algorithm that adapts aspect ratio to
remove horizontal black bars; keeping
up the original aspect ratio

ACI Automatic Channel Installation:

algorithm that installs TV channels
directly from a cable network by

means of a predefined TXT page
ADC analogue to Digital Converter
AFC Automatic Frequency Control: control

signal used to tune to the correct

AGC Automatic Gain Control: algorithm that

AM Amplitude Modulation
AUO Acer Unipack Optronics
AP Asia Pacific
AR Aspect Ratio: 4 by 3 or 16 by 9
ASD Automatic Standard Detection
AV Audio Video
B/G Monochrome TV system. Sound

frequency

controls the video input of the feature

box

carrier distance is 5.5 MHz

I_18170_049.eps

310708

EN 63LC8.1E LB 9.

BTSC Broadcast Television System

Committee
CAM Conditional Access Module
CBA Circuit Board Assembly (or PWB)
CEC Consumer Electronics Control bus;

remote control bus on HDMI

connections
CI Common Interface; E.g PCMCIA slot

for a CAM in a set top box
CL Constant Level: audio output to

connect with an external amplifier
CLUT Colour Look Up Table
ComPair Computer aided rePair
COFDM Coded Orthogonal Frequency Division

Multiplexing; A multiplexing technique

that distributes the data to be

transmitted over many carriers
CSM Customer Service Mode
CVBS Composite Video Blanking and

Synchronisation
CVBS-MON CVBS monitor signal
CVBS-TER-OUT CVBS terrestrial out
CVI Component Video Input
DAC Digital to analogue Converter
DBE Dynamic Bass Enhancement: extra

low frequency amplification
DDC Display Data Channel; is a part of the

"Plug and Play" feature
DFU Directions For Use: owner's manual
DNR Dynamic Noise Reduction
DRAM Dynamic RAM
DSP Digital Signal Processing
DST Dealer Service Tool: special

(European) remote control designed

for service technicians
DTS Digital Theatre Sound
DVB(T) Digital Video Broadcast; An MPEG2

based standard for transmitting digital

audio and video. T= Terrestrial
DVD Digital Versatile Disc
DVI Digital Visual Interface
DW Double Window
ED Enhanced Definition: 480p, 576p
EDID Extended Display Identification Data

(VESA standard)
EEPROM Electrically Erasable and

Programmable Read Only Memory
EMC Electro Magnetic Compatibility
EU EUrope
EXT EXTernal (source), entering the set by

SCART or by cinches (jacks)
FBL Fast Blanking: DC signal

accompanying RGB signals
FBL-TXT Fast Blanking Teletext
FET Field Effect Transistor
FLASH FLASH memory
FM Field Memory / Frequency Modulation
FMR FM Radio
FRC Frame Rate Converter
FTV Flat TeleVision
H H_sync to the module
HD High Definition: 720p, 1080i, 1080p
HDCP High-bandwidth Digital Content

Protection; A "key" encoded into the

HDMI/DVI signal that prevents video

data piracy. If a source is HDCP coded

and connected via HDMI/DVI without

the proper HDCP decoding, the

picture is put into a "snow vision"

mode or changed to a low resolution.

For normal content distribution, the

source and the display device must be

enabled for HDCP "software key"

decoding

EN 64 LC8.1E LB9.

Circuit Descriptions, Abbreviation List, and IC Data Sheets

HDMI High Definition Multimedia Interface,

digital audio and video interface
HP Head Phone
I Monochrome TV system. Sound

carrier distance is 6.0 MHz
I2C Integrated IC bus
I2S Integrated IC Sound bus
IBO(Z) Intelligent Bolt On module. Z= Zapper;

module for DVB reception.
IC Integrated Circuit
IF Intermediate Frequency
IR Infra Red
IRQ Interrupt ReQuest
Last Status The settings last chosen by the

customer and read and stored in RAM

or in the NVM. They are called at start-

up of the set to configure it according

the customers wishes
LATAM LATin AMerica
LC08 Philips chassis name for LCD TV 2008

project
LCD Liquid Crystal Display
LED Light Emitting Diode
L/L' Monochrome TV system. Sound

carrier distance is 6.5 MHz. L' is Band

I, L is all bands except for Band I
LPL LG Philips LCD
LS Loud Speaker
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
MOSFET Metal Oxide Semiconductor Field

Effect Transistor
MPEG Motion Pictures Experts Group
MSP Multi-standard Sound Processor: ITT

sound decoder
MUTE MUTE Line
NAFTA North American Free Trade

Association: Trade agreement

between Canada, USA and Mexico
NC Not Connected
NICAM Near Instantaneous Compounded

Audio Multiplexing. This is a digital

sound system, used mainly in Europe.
NTSC National Television Standard

Committee. Colour system used

mainly in North America and Japan.

Colour 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

TV related data (for example, options)
O/C Open Circuit
ON/OFF LED On/Off control signal for the LED
OAD Over the Air Download
OSD On Screen Display
PAL Phase Alternating Line. Colour system

used mainly in Western Europe

(colour carrier = 4.433619 MHz) and

South America (colour carrier PAL M =

3.575612 MHz and PAL N = 3.582056

MHz)
PC Personal Computer
PCB Printed Circuit Board (or PWB)
PDP Plasma Display Panel
PIG Picture In Graphic
PIP Picture In Picture
PLL Phase Locked Loop. Used, for

example, in FST tuning systems. The

customer can directly provide the

desired frequency
PSU Power Supply Unit

PWB Printed Wiring Board (or PCB)
PWM Pulse Width Modulation
RAM Random Access Memory
RC Remote Control transmitter
RC5 (6) Remote Control system 5 (6), the

signal from the remote control receiver
RF Radio Frequency
RGB Red, Green, and Blue. The primary

colour signals for TV. By mixing levels

of R, G, and B, all colours (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
SC1-OUT SCART output of the MSP audio IC
SC2-OUT SCART output of the MSP audio IC
S/C Short Circuit
SCL Clock signal on I2C bus
SD Standard Definition: 480i, 576i
SDA Data signal on I2C bus
SDI Samsung Display Industry
SDM Service Default Mode
SDRAM Synchronous DRAM
SECAM SEequence Couleur Avec Memoire.

Colour system used mainly in France

and Eastern Europe. Colour carriers =

4.406250 MHz and 4.250000 MHz
SIF Sound Intermediate Frequency
SMPS Switch Mode Power Supply
SND SouND
SOPS Self Oscillating Power Supply
S/PDIF Sony Philips Digital InterFace
SRAM Static RAM
SSB Small Signal Board
STBY Stand-by
SVHS Super Video Home System
SW Sub Woofer / SoftWare / Switch
THD Total Harmonic Distortion
TXT TeleteXT
UART Universal Asynchronous Receiver/

Transmitter
uP Microprocessor
VL Variable Level out: processed audio

output toward external amplifier
TXT TeleteXT
VBI Vertical Blanking Interval
VESA Video Electronics Standards

Association
VGA Video Graphics Array
WD Watch Dog
WYSIWYR What You See Is What You Record:

record selection that follows main

picture and sound
XTAL Quartz crystal
YPbPr Component video (Y= Luminance, Pb/

Pr= Colour difference signals B-Y and

R-Y, other amplitudes w.r.t. to YUV)
Y/C Video related signals: Y consists of

luminance signal, blanking level and

sync; C consists of colour signal.
Y-OUT Luminance-signal
YUV Baseband component video (Y=

Luminance, U/V= Colour difference

signals)

Circuit Descriptions, Abbreviation List, and IC Data Sheets

9.8 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).

9.8.1 Diagram B02, Type UV1316E (IC1104), Tuner

Block Diagram

EN 65LC8.1E LB 9.

5V

HIGH

MID

LOW

1

AGC TU AS SCL SDA n.c 5V ADC 33V IF2/nc IF1

5V

5V

PLL

Pin Configuration

SYMBOL PIN DESCRIPTION

AGC 1 Automatic Gain Control Voltage

TU 2 Tuning voltage monitor (output)

AS 3 I

SCL 4 I

SDA 5 I

n.c. 6 Not Connected

V

s

7 Supply Voltage +5V

ADC 8

V

ST

9 Fixed tuning Supply Voltage +33V

I.F out 2 / d.n.c 10 Symmetrical I.F output 2 / Do not connect for asymmetrical

I.F out 1 11 Asymmetrical I.F Output / Symmetrical I.F output 1

GND M1,M2,M3,M4 Mounting Tags (Ground)

2

C-Bus Address Select

2

C-Bus Serial Clock

2

C-Bus Serial Data

ADC Input

(5)

IF1

IF2

nc

G_16510_060.eps

221106

Figure 9-15 Internal block diagram and pin configuration

EN 66 LC8.1E LB9.

Circuit Descriptions, Abbreviation List, and IC Data Sheets

9.8.2 Diagram B03, Type WT61P8S (IC7303), Weltrend Microprocessor

Block Diagram

Turbo 8052 MCU

32K bytes

code flash

Internal 256

bytes SRAM

Timer0,
Timer1,
Timer2,
Timer3,

UART0,

UART1

External 512K

bytes SRAM

Reset

Processor

Clock

Processor

Clock off &

Wake Up

Interrupt

Processor

Watchdog

timer

Slave IIC

VGA DDC

internal bus

DVI DDC

1 HV Sync

counter

2 HV Sync

counter

IR Detector

PWM/LPWM

4 IRQ

Processor

GPIO

Processor

RTC

Pin Configuration

GPIOE1/ PWM1

NRST

GPIOE0/ PWM0

42

43

GND

OSCO

OSCI

44

1

2

3

4

5

61P8S_RG440WT

6

7

8

9

10

11

121314

GPIOC7/P17/IRQ1

GPIOC6/P16/IRQ0

GPIOC5/P 15/TXD0

VDD33V

GPIOB6/SSDA

GPIOB5/SSCL

GPIOB4/P05

GPIOB3/P04

GPIOB2/IR

GPIOB1/IRQ3/CEC

GPIOB0/IRQ2

Key Pad ADC

GPIOE7/ VIN1

GPIOE6/ VIN2

GPIOE2/ PWM2

GPIOE3/ PWM3

GPIOE4/LPWM/P06

GPIOE5/ P07

36

37

394041

38

(LQFP)

16

171819

15

GPIOC3/AD3

GPIOC4/P14/RXD0

202122GPIOA5/DSDA2

DSDA1

GPIOC1/AD1

GPIOC0/AD0

GPIOC2/AD2

GPIOD1/H IN2

GPIOD0/H IN1

35

34

33
32

31

30

29

28

27

26

25

24

23

DSCL1

GPIOD2/P10/AD4
GPIOD3/P11/AD5

GPIOD4/P12/AD6

GPIOD5/P13/AD7

GPIOD6/TXD1

GPIOD7/RXD1

GPIOA0/PWM4/P00

GPIOA1/PWM5/P01

GPIOA2/PWM6/P02

GPIOA3/PWM7/P03

GPIOA4/DSCL2

VDD33V

GND

OSCO

OSCI

GPIOB6/S SDA

GPIOB5/S SCL

GPIOB4/P05

GPIOB3/P04

GPIOB2/I R

GPIOB1/IRQ3/CEC

GPIOB0/IRQ2

NC1

CEC

GPIOE1/PWM1

NRST

GPIOE0/PWM0

NC5NC2

47

46

48

1

2

3

4

5

6

61P8S_RG480WT

7

8

9

10

11

12

13

141516

GPIOC6/P16/IRQ0

GPIOC7/P17/IRQ1

(LQFP)

GPIOC5/P15/TXD0

GPIOE2/PWM2

17

GPIOC4/P14/RXD0

GPIOD1/HIN2

GPIOD0/HIN1

GPIOE6/VIN2

GPIOE5/P07

GPIOE7/VIN1

GPIOE3/PWM3

GPIOE4/LPWM/P06

41

42

434445

19

202122

18

GPIOC1/A D1

GPIOC2/A D2

GPIOC3/A D3

37

40

39

38

GPIOD2/P10/AD4

36

GPIOD3/P11/AD5

35

GPIOD4/P12/AD6

34

GPIOD5/P13/AD7

33

GPIOD6/TXD1

32

GPIOD7/RXD1

31

GPIOA0/PWM4/P00

30

GPIOA1/PWM5/P01

29

GPIOA2/PWM6/P02

28

GPIOA3/PWM7/P03

27

GPIOA4/DSCL2

26

GPIOA5/DSDA2

25

24

23

NC3

DSCL1

DSDA1

GPIOC0/A D0

I_18170_024.eps

290708

Figure 9-16 Internal block diagram and pin configuration

Circuit Descriptions, Abbreviation List, and IC Data Sheets

9.8.3 Diagram B04A, Type TDA15471HV (IC7C01), LOC-TOP Video/Audio Processor

Block Diagram

EN 67LC8.1E LB 9.

Pin Configuration

Figure 9-17 Internal block diagram and pin configuration

I_18170_025.eps

290708

EN 68 LC8.1E LB9.

Circuit Descriptions, Abbreviation List, and IC Data Sheets

9.8.4 Diagram B05A, Type TDA8890H1 (IC7401), Versatile Front-End Signal Processor

Block Diagram

SIFIN

AM DEMODULATOR

VIDOUTS1

AGCOUT

VIFIN

YSYNC

CVBS2/Y2

CVBS5/Y5

C2/C4/C5/

CVBS4/Y4

VIDOUTS2

VISION IF/AGC/AFC

VIDEO SWITCH

VIDEO FILTERS

SWITCH

QSS SOUND IF

AGC

QSS MIXER

PLL DEMOD.
SOUND TRAP
GROUP DELAY

VIDEO AMP.

VIDEO IDENT.

H/V SYNC SEP.

H-OSC. + PLL

H/V

AGC2SIF

H/V
TIMING
SYSTEM

RGB/YP

SWITCH

SCART/CINCH

5/8V

IN/OUT

SSIFOUT

//

MAINOUTL/R

DSPINL/R

CLKIN/P

SLPNOT

SDA/SCL

MAINVIDOUT

MAINCOUT

V/HSYNCPIP

HSYNCPIP

AUDIO SELECT

AM

CLK GENERATION

RESET

2

I

C-BUS

P

R

B

YPRPB OUTPUT

Pin Configuration

SSIFOUT 7 58 PLLIF

MAINOUTL 9 56 -

MAINOUTR 10 55 AGC2SIF

HSYNCPIP 11 54 VP2

V/HSYNCPIP 12 53 VIDOUTS1

MAINVIDOUT 16 49 -

MAINCOUT 17 48 IN2L

VDDA1(3.3V) 22 43 -

PBOUTPIP 23 42 C2/C4/C5

YOUTPIP 24 41 OUTS2L

G3/
Y3

R3/

CVBS3

3/

P

R

C3

DECDIG

DECDIGNEG

SWO

VP1

PH1LF

GND1

I.C.

536373839304

34

30

31

INSSW3

R3/PR3/C3

DECBG

727374

33

32

YOUT

80

797877767574737271706968676665

65

66

67

68

CLKIN 1 64 IN3L

CLKIP 2 63 IN3R

SLPNOT 3 62 OUTS1L

DSPINL 4 61 OUTS1R

DSPINR 5 60 SIFAGC

-6 59 GND2

-8 57 VCC5/8V

SCL 13 52 IN4L

SDA 14 51 IN4R

test 15 50 CVBS4/Y4

IN5R 18 47 -

IN5L 19 46 CVBS2/Y2

IN6R 20 45 IN2R

IN6L 21 44 CVBS5/Y5

25

26

VP4

PROUTPIP

697071

TDA8890

29

27

28

GND4

B3/PB3

G3/Y3/CVBS3

VIFIN1

32

33

YSYNC

VIFIN2

31

34

IN7R

INSW3

B3/

P

3

B

test

GNDIF

75

76

30

29

353637

VP3

IN7L

SIFIN1

77

28

GND3

YOUT

SIFIN2

78

272625

38

test

AGCOUT

test

79

80

39

40

OUTS2R

VIDOUTS2

YOUTPIP

OUTPIPPROUTPIP

P

B

I_18170_023.eps

290708

Figure 9-18 Internal block diagram and pin configuration

Circuit Descriptions, Abbreviation List, and IC Data Sheets

9.8.5 Diagram B05B, Type TDA8932BT (IC7A01), Audio Amplifier

EN 69LC8.1E LB 9.

Block Diagram

2

IN1P

3

IN1N

IN2P

IN2N

DIAG

12

15

14

4

7

6

5

INREF

CGND

POWERUP

ENGAGE

OSCILLATOR

V

SSD

PROTECTIONS:
OVP, OCP, OTP,

UVP, TF, WP

MODE

PWM

MODULATOR

PWM

MODULATOR

MANAGER

VOICSOFERCSO

DDA

CTRL

CTRL

81301

DRIVER

HIGH

DRIVER

LOW

DRIVER

HIGH

DRIVER

LOW

STABILIZER 11 V

STABILIZER 11 V

REGULATOR 5 V

V

DDA

28

BOOT1

29

V

DDP1

27

OUT1

26

V

SSP1

21

BOOT2

20

V

DDP2

22

OUT2

23

V

SSP2

V

DDA

V

SSP1

V

DDA

V

SSP2

V

SSD

25

STAB1

24

STAB2

18

DREF

11

HVPREF

13

TEST

Pin Configuration

30

HVP1

V

TDA8932

9

V

SSA

V

V

SSD(HW)

V

V

OSCREF

V

SSD(HW)

1, 16, 17, 32

SSD(HW)

DDA

SSA

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

TDA8932T

SSA

HALF SUPPLY VOLTAGE

32

V

SSD(HW)

31

OICSOP1NI

30

1PVHN1NI

29

VGAID

DDP1

28

1TOOBEGAGNE

27

1TUOPUREWOP

26

VDNGC

SSP1

25

STAB1

24

STAB2

V

23

SSP2

22

2TUOFERPVH

21

2TOOBFERNI

20

VTSET

DDP2

19

2PVHN2NI

18

FERDP2NI

17

V

SSD(HW)

19

HVP2

G_16860_045.eps

300107

Figure 9-19 Internal block diagram and pin configuration

EN 70 LC8.1E LB9.

Circuit Descriptions, Abbreviation List, and IC Data Sheets

9.8.6 Diagram B06D, Type IP4776 (IC7N07), HDMI Interface

Block Diagram

DDC_CLK_IN

HOT_PLUG_DET_IN

V

CC(3V3)

V

CC(3V3)

TMDS_BIAS

TMDS_BIAS

TMDS_GND

DDC_CLK_OUT

HOT_PLUG_DET_OUT

CEC_IN

DDC_DAT_IN

+0D_SDMT+1D_SDMT+2D_SDMT TMDS_BIAS

V

CC(3V3)

V

CC(3V3)

TMDS_CLK+

TMDS_CLK−TMDS_D0−TMDS_D1−TMDS_D2−

TMDS_BIAS

TMDS_BIAS

V

CC(5V0)

CEC_OUT

DDC_DAT_OUT

Pin Configuration

CC(5V0)

CC(3V3)

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

19

IP4776CZ38

V

V

D

38

n.c.

37

TMDS_BIAS

36

35

34

33

32

31

30

29

28

27

26

25

24

23

22

21

20

DNGDNG

.c.n+2D_SDMT

DNG_SDMTDNG_SDMT

2D_SDMT.c.n −

.c.n+1D_SDMT

DNG_SDMTDNG_SDMT

1D_SDMT.c.n −

.c.n+0D_SDMT

G_SDMTDNG_SDMT

DN

0D_SDMT.c.n −

.c.n+KLC_SDMT

DNG_SDMTDNG_SDMT

KLC_SDMT.c.n −

TUO_CECNI_CEC

Figure 9-20 Internal block diagram and pin configuration

TUO_KLC_CDDNI_KLC_CD

TUO_TAD_CDDNI_TAD_CDD

TUO_TED_GULP_TOHNI_TED_GULP_TOH

I_18170_026.eps

300708

Spare Parts List & CTN Overview

10. Spare Parts List & CTN Overview

For the latest spare part overview, please consult the Philips
Service website.

Table 10-1 Sets described in this manual:

CTN Styling Published in:

32PFL3403/12 MG8 3122 785 18170

32PFL3403/60 MG8 3122 785 18171

32PFL3403S/60 MG8 3122 785 18171

42PFL3403/12 MG8 3122 785 18170

42PFL3403/60 MG8 3122 785 18171

42PFL3403S/60 MG8 3122 785 18171

11. Revision List

Manual xxxx xxx xxxx.0

• First release.

Manual xxxx xxx xxxx.1

• All chapters: Added 4 sets (See table chapter 10).

• Chapter 5: "LLLLL" removed from SAM explanations.

EN 71LC8.1E LB 10.