Philips 37PF1600T Schematic

Published by JH 6P72 TV Service Printed in the Netherlands Subject to modification EN 3122 785 16330

©

Copyright 2006 Philips Consumer Electronics B.V. Eindhoven, The Netherlands.
All rights reserved. No part of this publication may be reproduced, stored in a
ret

rieval system or transmitted, in any form or by any means, electronic,

mecha

nical, photocopying, or otherwise without the prior permission of Philips.

Colour Television Chassis

MQC2.0A LA

Part 1 32PF1600T/96
Part 2 37PF1600T/96

Published by JH 6P72 TV Service Printed in the Netherlands Subject to modification EN 3122 785 16330

©

Copyright 2006 Philips Consumer Electronics B.V. Eindhoven, The Netherlands.
All rights reserved. No part of this publication may be reproduced, stored in a
ret

rieval system or transmitted, in any form or by any means, electronic,

mecha

nical, photocopying, or otherwise without the prior permission of Philips.

Colour Television Chassis

MQC2.0A LA

Part 1 32PF1600T/96

Contents Page

1. Technical Specifications, Connections, and Chassis Overview

2. Safety Instructions, Warnings, and Notes

3. Directions for Use

4. Mechanical Instructions

5. Service Modes, Faultfinding

6. Block Diagrams

7.Circuit diagrams

8. Alignments

9. IC data sheet

10. Space Parts list
. Revision List

11

1
3
3

4
16
38
42
85
87
88
90

EN 1

Technical Specifications, Connections, and Chassis Overview

1.

MQC2.OA LA

1. Technical Specifications, Connections, and Chassis Overview

Index of this chapter:

1.1 Technical Specifications

1.2 Connections

1.3 Chassis Overvie

e: Figures below can deviate slightly from the actual

Not

situation, due to the different set

w

executions.

1.1 Technical Specifications

1.1.1 Vision

Display type : LCD (AUO)

reen size : 31.51inches (800.85 mm) diagonal

Sc
Resolution
Cont

rast ratio : 800:1(Typical)
Light output (cd/m2) : 500 Cd/m²(Typical)
Response
Viewing

angle : 85° (L) / 85° (R), 85° (U) / 85° (D)
TV color systems : NTSC
Video playback : NTSC, PAL, SECAM
Suppo

rted inputs : 480i

: 1366x768

time (ms) : 16ms

: 576i
: 480p
: 576p
: 1080i
: 720p

VGA:Video RGB In

Figure 1-2 VGA Connector

1 - Video Red 0.7 VPP / 75 ohm
2 - Video Green 0.7 V
3 - Video Blue 0.7 VPP / 75 ohm
4 – n.c
5 –Ground Gnd
6 -Ground Red Gnd
7 -Ground

en Gnd

Gre
8 -Ground Blue Gnd
9 - +5V_DC +5V
10 -Gnd Sync Gnd
11

- n.c.

12

- DDC_SDA DDC data

- H-sync 0 - 5V

13
14

- V-sync 0 - 5V

15

- DDC_SCL DDC clock

HDMI:

Digital Video In

PP / 75 ohm

DC

Sound

1.1.2

Sound

systems : MTS (NTSC), FM-FM

Internal

speaker : 10 W x 2 stereo, volume adjustable

1.1.3 Miscellaneous

Po

wer supply:

ower voltage (VAC) : 90-264V

-AC P

-AC Power frequency (Hz) : 47~63Hz

Ambient conditions:

-Temp

erature range : 0~35°C

- Maximum humidity : 10%~90%

Po

wer consumption

- Normal operation : 185 W

- Stand
Dimensions
Weight (kg) :19.5Kg

-by: < 2 W
(WxHxD mm) :600*980*252

1.2 Connections

1.

2.1 Rear I/O connections

Technical Specifications, Connections, and Chassis Overview

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1.2.2 Right I/O Connections

RF_Analog 75ohm Unbalance F-type connector
RF_Digital 75ohm Unbalance F-type connector
AV1-S1/AV2-S2: S-Video 1Fh Y/C-In
1 -Ground Y Gnd
2 -Ground C Gnd
3 -Video Y 1Vpp/75 ohm
4 -Video C 0.3Vpp/75 ohm
AV1/AV2 Video In, Audio In
1 -Audio R 0.5 Vrms/10Kohm
2 -Gnd CVBS Gnd
3 -Video CVBS 1Vpp/75 ohm
4 -Audio L 0.5 Vrms/10Kohm

YPBPR1/YPBPR2

Wh….-Audio L 0.5 Vrms/10Kohm
Rd….-Audio R 0.5 Vrms/10Kohm
Bu Video Pb 0.7 Vpp/75 ohm
Rd Video Pr 0.7 Vpp/75 ohm
Gn Video Y 1Vpp/75 ohm

1.3 Chassis overview

1.2.3 Left I/O Connections

Line-out

1 Audio R 0.5 Vrms/10Kohm
2 Audio L 0.5 Vrms/10Kohm

Line-in

1 Audio R 0.5 Vrms/10Kohm
2 Audio L 0.5 Vrms/10Kohm

HDMI

1 Video coding: RGB 4.4.4,YCbCr 4.2.2,YCbCr 4.4.4

2.Audio format supported(minimum) 2 channel L-PCM

3.Using an IEC 6095 subpacket structure
Sampling rate 32KHz,44.1Khz,48Khz

M/B

AD6 CPU/B

Power/B

IR/B

Keypad/B

Translation/BTranslation/B HDMI

EN 3

Safety Instructions, Warnings, and Notes

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2. Safety Instructions, Warnings, and Notes

2.1 Safety Instructions

Safety regulations require that during a repair:

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

• Replace safety components, indicated by the symbol
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 AC Power lead for external
damage.

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

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

1. Unplug the AC Power cord and connect a wire

between the two pins of the AC Power plug.

2. Set the AC Power switch to the "on" position (keep the

AC Power cord unplugged!).

3. Measure the resistance value between the pins of the

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

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

two pins of the AC Power plug.

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

,

2.2 Warnings

• All ICs and many other semiconductors are susceptible to
electrostatic discharges (ESD

during repair can reduce life drastically. Make sure that,
during repair, you are connected with the same potential as
the mass of the set by a wristband with resistance. Keep
components and tools also at this same potential. Available
ESD protection equipment:
– Complete kit ESD3 (small tablemat, wristband,

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

– Wristband tester 4822 344 13999.

• Be careful during measurements in the high voltage
section.

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

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

). Careless handling

2.3 Notes

2.3.1 General

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

61.25 MHz for NTSC (channel 3).

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

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

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

2.3.2 Schematic Notes

• All resistor values are in ohms and the value multiplier is

often used to indicate the decimal point location (e.g. 2K2
indicates 2.2 Kohm).

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

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

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

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

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

2.3.3 Rework on BGA (Ball Grid Array) ICs

General

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

Device Removal

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

Area Preparation

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

-9

), or pico-farads (p= x10

-6

-12

),

).

Directions for Use

Device Replacement

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

More Information

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

2.3.4 Lead Free Solder

Philips CE is going to produce lead-free sets (PBF) from

1.1.2005 onwards.
Lead-free sets will be indicated by the PHILIPS-lead-free logo
on the Printed Wiring Boards (PWB):

Figure 2-1 Lead-free logo

This sign normally has a diameter of 6 mm, but if there is less
space on a board also 3 mm is possible.

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

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

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

Caution: For BGA-ICs, you must use the correct temperature
profile,which is coupled to the 12NC. For an overview of these
profiles, visit the website http://www.atyourservice.ce.philips.com/
You will find this and more technical information within the
"Magazine", chapter "Workshop information".
For additional questions please contact your local repair-helpdesk.

(needs subscription,

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 at least a solder-tip temperature of 400°C.
– To stabilise the adjusted temperature at the solder-tip.
– To exchange solder-tips for different applications.

• Adjust your solder tool so that a temperature around 360°C

-380°C is reached and stabilised at the solder joint.
Heating time of the solder-joint should not exceed ~ 4 sec.
Avoid temperatures above 400°C, otherwise wear-out of
tips will rise 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 not to avoid, clean carefully the
solder-joint from old tin and re-solder with new tin.

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

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

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

2.3.5 Practical Service Precautions

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

• Always respect voltages. While some may not be
dangerous in themselves, they can cause unexpected
reactions - 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.

MQC2.OA LA

3.

EN 4

3. Directions for Use

You can download this information from the following websites:

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

Mechanical Instructions

EN 5

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4. Mechanical Instructions

Index of this chapter:

4.1 Cable Dressing

4.2 Foam Bars

4.3 Panel/PCBA Removal

4.4 Disassemblyt and Re-assembly

4.1 Cable Dressing

4.2 Service Positions

4.2.2 Stands

4.2.1 Foam Bars

The foam bars (order code 3122 785 90580 for two pieces) can

be used for all types and sizes of Flat TVs. 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.

The stands can be mounted with the back cover removed or
still left on. So, the stand can be used to store products or to do
measurements. It is also very suitable to perform duration tests
without taking much space, without having the risk of overheating
,or the risk of products falling. The stands can be mounted and
removed quick and easy with use of the delivered screws that
can be tightened and loosened manually without the use of tools.
See figure above.

Note: Only use the delivered screws to mount the monitor to
the stands

Figure 4-3 Stands

Mechanical Instructions

4.3 Panel/PCBA removal

4.3.1 IO/Sub IO

Warning: Disconnect the AC Power cord before you open the
set.

1. Place the TV set upside down on a table top, using the

foam bars (see part "Foam Bars").
Caution: do not put pressure on the display, but let the
monitor lean on the speakers or the Front cover.

2. Remove M3*5(4 pieces) from Left/Right I/O Box of rear side.

4.3.2 I/O plate/Back cover/ R&L Speaker

2. Remove screw T4*12 16pcs,M3*5 3 pcs from the Back cover.
. 3. Lift the back cover from the set. Make sure that wires and

4. Remove screw T3*12 8 pcs from L/R speaker

1.. Remove screw M3*8 4pcs,M3*5 8 pcs and I/O nut*2 from I/O plate.

flat foils are not damaged during the back cover removal.

4.3.3 ESD TOP

EN 6

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4.3.4 Main Board & Translation Board

1. Disconnect all cable from Base unit

2. Remove the fixation screws

3. Take out the Translation/B & Main Board

4.3.5 AD6 CPU Board & Translation Board

1. Remove the fixation screws

2. Take out the Ttanslation/B & Main Board

4.3.6 Power Board

1. Remove the fixation screws

2. Take out the Power/B.

4.3.7 Button Board

1. Remove the fixation screws

2. Take out Button/B.

4.3.8 IR Board

1. Remove the fixation screws

2. Take out IR/B.

4.3.9 LCD Panel

1. Remove the fixation screws from

PCB-Holder ass’y

2. Take out PCB-Holder ass’y

3. Remove the fixation screws from LCD
chassis

4. Lift the panel from LCD bezel

1. Remove screw M3*5 8pcs from ESD TOP.

2. Lift the ESD TOP from chassis.

EN 7

Mechanical Instructions

4.

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Disassembly process

4.4.1

4.4.2

Mechanical Instructions

EN 8

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4.4.3

4.4.4

Mechanical Instructions

4.4.5

EN 9

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4.4.6

Mechanical Instructions

4.4.7

EN 10

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4.4.8

Mechanical Instructions

4.4.9

EN 11

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4.4.10

Mechanical Instructions

4.4.11

EN 12

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4.4.12

Mechanical Instructions

4.4.13

EN 13

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4.4.14

Mechanical Instructions

4.4.15

EN 14

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4.4.16

Mechanical Instructions

4.4.17

EN 15

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4.4.18 Re-assembly

To re-assemble the LCD panel, execute all processes
in reverse order.

Note:
.While re-assemble, make sure that all are placed and

And connected in their original position. See figure

“Cable dressing”
.Pay special attention not to damage the EMC foams at the
SSB shielding. Check that EMC foams are put correctly on
their places.

Service mode, Fault Finding

5 Service mode and Fault Finding

Index if this chapter:

5.1 Service Modes for ATV

5.2 Service Modes for DTV

5.3 Fault Finding

5.1 Service Mode (update ATV BIOS)
Purpose

. To update new version ATV BIOS

Tools

. ISP Board
. RS232 cable
. VGA cable
. Software (Pixlworks)

5.2 Service Mode (update DTV BIOS)

Purpose

. To update new vers ion DTV BIOS

Tools

EN 16

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Setup

1. Off TV Pow e r

2. Process Pixlworks program

3. Choose appcode.inf

4. Check connection. Should be in serial

5. Check COM Port of R232

6. Check Baud Rate

7. Click Flash

8. Turn on the TV .The program will automatic

9. After few seconds, then screen will showing flash
completed. TV will power on itself

Service mode, Fault Finding
Setup

EN 17

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Service mode, Fault Finding

EN 18

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Service mode, Fault Finding

5.3 Fault Finding

Purpose

To find the fault

How to find fault

EN 19

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A

Service mode, Fault Finding

EN 20

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Power cable

Plug-in?

LED bright?

LCD panel can

Display?

TV source can

Display?

Check Power cable

Replace P/B or P/B to M/B

Power cable

Replace M/B

LCD panel can

Display?

Replace I/O board

Replace I/V to power cable

or LVDS cable

Speaker have sound

Output?

TV source can

Display?

Replace Audio/B Audio/B or I/O

Audio/B cable

Replace Tuner/B

EN 21

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Service mode, Fault Finding

DVBT/ATSC source

can display

END

B

Inverter power cable

Plug in?

LCD back light

Bright?

Replace DVBT/ATSC board

Change inverter power cab le

Replace Power board

LCD back light

Bright?

END

Replace LCD Inverter boa rd

LCD back light

Bright?

Replace M/B

C

Service mode, Fault Finding

EN 22

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Remote control have

Battery?

IR board cable

Plug in?

Press remote menu key

OSD can display?

Change battery

Check IR/B cable or replace

IR/B cable

Replace IR/B

Press remote menu key

OSD can display?

Replace M/B

END

EN 23

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D

Service mode, Fault Finding

Key board cable

plug in

Press Menu key
Check function?

Check K/B cable or replace

K/B cable

Replace K/B cable

Press Menu key
Check function?

Replace K/B cable

ENDEND

Service mode, Fault Finding

E

EN 24

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RF cable
Plug in?

CVBS1 can’t

display

Replace I/O board

RF can display

Check RF cable or replace

RF cable

Replace Tuner board

Replace M/B

Replace I/O board

END

EN 25

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F

Service mode, Fault Finding

Component cable

Plug in?

Replace I/O board

Component can

Display?

END

Check component cable or

Replace component cable

Replace M/B

Service mode, Fault Finding

G

EN 26

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S-video cable

Plug in?

Replace I/O board

S-video can

display

END

Check S-video cable or replace

S-video cable

Replace M/B

EN 27

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H

Service mode, Fault Finding

CVBS cable

Plug in?

Replace I/O board

CVBS can

display

END

Check CVBS cable or replace

CVBS cable

Replace M/B

L

Service mode, Fault Finding

EN 28

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Audio R/L cable

Plug in?

Video can display?

Mute turn-off,volume=30

Earphone remove

Speaker R/L cable

Plug in?

Speaker have sound

output

Check Audio R/L cable or

Replace Audio R/L cabl e

Check video cable or replace

Video cable

L1

Check speaker cable or replace

Speaker cable

Replace I/O to Audio/B cable

And Audio/B

END

Speaker have sound

output

Replace I/O board

EN 29

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N

Service mode, Fault Finding

Check DVBT/ATSC power

Cable plug in?

Replace DVBT/ATSC board

DVBT/ATSC can display

END

Check or replace DVBT/ATSC

Power cable

Replace M/B

P

VGA cable plug in?

Read EDID data

Service mode, Fault Finding

Check VGA cable or replace

VGA cable

EN 30

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EDID data normal?

VGA can display?

END

Write EDID data

Replace M/B

EN 31

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R

Service mode, Fault Finding

HDMI cable plug in?

Read EDID data

EDID data normal?

HDMI can display?

END

Check HDMI cable or replace

HDMI cable

Write EDID data

Replace M/B

V

HDMI cable plug in?

Read EDID data

Service mode, Fault Finding

Check HDMI cable or replace

HDMI cable

EN 32

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EDID data normal?

Mute turn-off,Volume – 30

Earphone remove

PC volume setting to On

HDMI can display?

HDMI sound normal?

Write EDID data

Check HDMI cable or DVD player

Or replace HDMI cable

Replace M/B

HDMI sound normal?

Replace I/O board

HDMI sound normal?

L1

END

EN 33

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X

Service mode, Fault Finding

Line in cable plug in?

Mute turn-off,Volume – 30

Earphone remove

PC volume setting to On

PC/DVI can display?

PC/DVI sound normal?

Check line in cable or repla c e

Line in cable

Check Video cable or PC or

Replace VGA/DVI cable

Replace M/B

Replace I/O board

PC/DVI sound normal?

END

PC/DVI sound normal?

L1

Z

Service mode, Fault Finding

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Component cable

Plug in?

Mute turn-off,Volume – 30

Earphone remove

Component source

Can display?

Component sound

Normal?

Check component cable

Or replace component cable

Check component cable

Or replace component cable

Replace I/O board

Component sound

Normal?

END

L1

EN 35

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1

Service mode, Fault Finding

AV1/S-video/R-L

Cable plug in?

Mute turn-off,Volume – 30

Earphone remove

AV1/S-video source

Can display?

AV1/S-video sound

normal?

Check video and R-L cable or

Replace video or R-L cable

Check video and R-L cable or

Replace video or R-L cable

Replace I/O board

AV1/S-video sound

normal?

L1

END

3

Service mode, Fault Finding

EN 36

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DVBT/ATSC RF cable

Plug in?

Mute turn-off,Volume – 30

Earphone remove

DVBT/ATSC source

Can display?

DVBT/ATSC sound

normal?

Check RF cable or replace RF

cable

N

Replace D-Tuner/B

DVBT/ATSC sound

normal?

Replace DVBT/ATSC

M/B

END

DVBT/ATSC sound

normal?

Replace M/B

DVBT/ATSC sound

normal?

L1

EN 37

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4

Service mode, Fault Finding

Check M/B to LCD panel

LVDS cable plug in?

Check LCD panel

Tcon board voltage

Check LCD panel

backlight

Replace M/B

LCD panel display

Normal?

Check LVDS cable or replace

LVDS cable

Replace LVDS cable

B

Replace LVDS cable

END

Replace LCD panel

END

EN 38

6

MQC2.OA LA

6. Block Diagrams

Wiring Diagram

Block Diagrams

Main Board Block diagrams

Block Diagrams

EN 39

6

MQC2.OA LA

EN 40

6

MQC2.OA LA

Io Board Block diagrams

Block Diagrams

Digital TV system Block Diagrams

Block Diagrams

EN 41

6

MQC2.OA LA

EN 42

7. Circuit Diagrams ,PCBA Layouts

MB

7

MQC2.OA LA

Circuit Diagrams

PW328 + PW3300B + PW9701 + HDMI CKT.

PAGE TITLE

01. TITLE P AGE

02. BLOCK DIAGRAM

03. VGA INPUT

04. HDMI INPUT

05. HDMI

06. DVI INPUT

07. PW3300 INPUT

08. PW3300 POWER

09. I 2S BUS

10. PW328 Scaler

11. PW328 DDR

12. PW328 Flash

13. PW328 IO

14. PW328 POWER

15. PW328 REGULAR

16. MISC

17. AUDIO AMP

18. SOUND DE CODER

19. PIXELAMP PW9700

20. LVDS OUT

21. IO CONNECTOR
22 . DC DC

23. REVESION

Title

<Title>

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<Doc> <RevCode>

A

Date: Sheet

of

123Monday, April 10, 2006

EN 43

7

MQC2.OA LA

HEAD PHONE

AUDIO AMP

R/L

FOR 3D OPTION

RGB 24bit O
RGB 24bit E

4052

Audio

SW

RGB HV

HD_Y.PB.PR

R/L

16M

FLASH MEMORY

SCALER

IN0

IN1

MUXIN1

I2S1

AI3

PIXEL AMP

R..G.B DATA

LVDS

PANEL/

Backlight/

POWER
Control

Watchdog

LVDS

option

12V/5V

26"/32"

LCD Panel

AV4_IN_OUT

SCART R.G.B

AV1
AV2
AV3

S-VIDEO1

DVI CONNECTOR

VGA CONNECTOR

DVBT BOARD

DDC

HDMI CONNECTOR

Y.PB.PR CONNECT

R/L
SPDIF

TMDS

SPDIF

PC LINE IN
CONNECTOR

DDC
DDC

TMDS

YPbPr

HDMI

Receiver

R/L
R/L

R/L

SDRAM

1MX16

AD4

AD3

AD2

RX/0/1/2

Video Decoder

AD1

RGB 24bit E

I2S

DAC

R/L

AUDIO
DELAY

I2S

R

MSG3415

L

SCART R/L

SCART OUTPUTR/L

Y.CB.CR

AV1
AV2
AV3

S-Video1

AV4_IN_OUT

IR/KB/LED

EEPROM

256M DDR

I2C

MUXIN3

RXD/TXD

UART

Control

PROJECT : NEW-32

Title

Size Document Number Rev

C

Date: Sheet

Quanta Computer Inc.

BLOCK

I/O

223Monday, April 10, 2006

of

B

EN 44

7

MQC2.OA LA

VGA_IN

GSDA

GSCL

1 2

C19
22p3

1 2

1 2

C15
22p3

C20
22p3

1 2

GSCL
GSDA

C11
22p3

D8

5.6V

5VS

21

21

D2
BAV99W

3

D4

1N4148

C14
22p3

1 2

C17

0.1u3

1 2
8

VCC

7

WP

6

SCL

5

SDA

24LC02A

R21
357R3

21

D3
BAV99W

3

FB1 BEAD/3

1 2

FB2 BEAD/3

1 2

FB3 BEAD/3

1 2

VGA_DDC_VCC

U2

1

A0

2

A1

3

A2

4

VSS

RXD_A

100R3

R4

RXD_A 22

1 2

1 2

1 2

C3
NC10p3

C6
NC10p3

C9
NC10p3

R17
10K3

MMBT3904L

Q1

1 3

C1 0R5

C4 0R5

C7 0R5

R20

2

2K3

VGA_R 9

VGA_G 9

VGA_B 9

VGA_DET 12

R5 M600/3

R8
10K3

R11 M600/3

R13
10K3

EDID_PROTECT 4,5,12

TXD12

TXD_LPC22

RXD12

RXD_LPC22

1 2

U1A

74LCX14

11 10

U1E

74LCX14

V33

R580
47K3

R641
1M3

D38

3.3V

R581
47K3

12
14
15
11

C568

0.1u3

R643 100

R586
470K3

D1

BAV99W

3

1617

CON1

2 3

2 3

D9

5.6V

2 3

D5

5.6V

D6

5.6V

R7 100R3

R10 100R3

5VS

1

R1

C10
22p3

75R3F

R2

75R3F

R3

75R3F

C2

1 2

NC/10P3

C5

1 2

NC/10P3

C8

1 2

NC/10P3

C12
22p3

1 2

6

2

7

3

8

4

9

5

10

PC_5V

1 2

D7
DAN202U

3

1 2

R16

R15

3.3K3

3.3K3

R18 100R3
R19 100R3

11

12

13

14

15

2 3

A0
A1
A2
A3

1

B0

GND

5

B1

2

B2

4

B3

74HCT4052

U36

3 4

U1B

74LCX14

9 8

U1D

74LCX14

5 6

VEE

16

VDD
An

Bn

S1
S0

U1C

5VS

12

C567

0.1u3

13

3
7

6

E

8

9
10

R639
10K3

74LCX14

R637 100
R638 100

R640
10K3

R6 NC3

R9 75R3F

R12 NC3

R14 75R3F

V33

R642
100k

D39 1N4148

R587
220k

UART_SW1 12,22
UART_SW0 12,22

C13
22p3

C16
22p3

V33

C18 0.1u3

147

13 12

U1F

74LCX14

C569
1u5

TXD_A

RXD_A

VGA_VS 9,12

VGA_HS 9,12

R585
0R3F

VGA_WEAK_UP 12,22

0825

357R3

R23

TXD_A

TXD_A 22

PROJECT : NEW- 32

Quanta Com puter Inc.

Title

Size Docum ent N um ber Rev

Custom

Date: Sheet

I/O

VGA-INPUT

of

323Monday, April 10, 2006

B

C

5VSS

CONN_60P

59 60
57 58
55 56

SCL5,8,12,22

HS1

R835

HS1

IN0B2
IN0B4
IN0B6
IN0B8

IN0G2
IN0G4
IN0G6
IN0G8

IN0R2
IN0R4
IN0R6
IN0R8

0R

HDMI_L17

CE_REMOTE12

HDMI_SW112

EDID_PROTECT3,5,12

SCDT12

IN0HS6,9

IN0CLK6,9

53 54
51 52
49 50
47 48
45 46
43 44
41 42
39 40
37 38
35 36
33 34
31 32
29 30
27 28
25 26
23 24
21 22
19 20
17 18
15 16
13 14
11 12

9 10
7 8
5 6
3 4
1 2

GND GND

J4

SCREW H OLE

HDMI_SPDIF

H5

IN0B3
IN0B5
IN0B7
IN0B9

IN0G3
IN0G5
IN0G7
IN0G9

IN0R3
IN0R5
IN0R7
IN0R9

RCA_AU_ROUT 17RCA_AU_LOUT17

SDA 5,8,12,22
AUDIO_SW5 12

HDMI_R 17

TP105

HDMI_SW0 12
HDMI_RESETn 12
RX_INT# 11

IN0VS 6,9
IN0PEN 6,9

IN0B2
IN0B3
IN0B4
IN0B5
IN0B6
IN0B7
IN0B8
IN0B9

IN0G2
IN0G3
IN0G4
IN0G5
IN0G6
IN0G7
IN0G8
IN0G9

IN0R2
IN0R3
IN0R4
IN0R5
IN0R6
IN0R7
IN0R8
IN0R9

IN0B[2..9] 6,9

IN0G[2..9] 6,9

IN0R[2..9] 6,9

EN 45

7

MQC2.OA LA

1

GND

H6

SCREW H OLE

1

GND

Title

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<Doc> <Rev

B

of

Date: Sheet

423Monday, Apr il 10, 2006

C

EN 46

7

MQC2.OA LA

GND

GND

2 3

RX_SCL

RX_SDA

D22

1

5.6V/NC

GND

4312

3

4

3

4

4312

C705

0.1u3/NC

ACM2012D-900-2P-T00/NCL5

1 2

1 2

R73
10K3/NC

ACM2012D-900-2P-T00/NCL6

ACM2012D-900-2P-T00/NCL7

ACM2012D-900-2P-T00/NCL8

5VS

R74

10K3/NC

D21

DAN202U/NC

R75 47R3/NC
R77 47R3/NC

GND

V33SWB

3

C76

0.1u3/NC

21

D13 BAV99W/NC

DVIDCC

U4_SCL
U4_SDA

3

12

RX2IN+
RX2IN­RX1IN­RX0IN­RX1IN+
RX0IN+
RXCI N­RXCI N+

21

D14 BAV99W/NC

DVI5V

21

3

3

D15 BAV99W/NC

8
7
6
5

R79 100R3

21

D16 BAV99W/NC

DVI5V

U7

VCC
WP
SCL
SDA

24LC02/NC

R60 26.7R3/NC
R61 26.7R3/NC
R62 26.7R3/NC
R63 26.7R3/NC
R64 26.7R3/NC
R65 26.7R3/NC
R66 26.7R3/NC
R67 26.7R3/NC

5VCC

21

3

D17 BAV99W/NC

A0
A1
A2

VSS

21

21

3

1
2
3
4

D18 BAV99W/NC

GND

21

3

3

D19 BAV99W/NC

3

D20 BAV99W/NC

R76
10K3

MMBT3904L

Q9

R635
NC/100K

R78

2

1 3

3.3K3

R6975R3F/NC

R6875R3F/NC

EDID_PROTECT 3,4,12

RX2+
RX2­RX1­RX0­RX1+
RX0+
RXC­RXC+

R7075R3F/NC

R7175R3F/NC

RX2+ 6

RX2- 6
RX1- 6

RX0- 6
RX1+ 6
RX0+ 6
RXC- 6

RXC+ 6

RX2IN+_O

GND

25

CON3

1
2
3
4
5
6
7
8

2 3

1
2
3
4
5
6
7
8

D23

1

5.6V/NC

G

17
10
18
11
19
12
20
13
21
14
22
15
23
16
24

G

QH11121-HP0-4F/NC

26

DVI Inp ut

GND

9

9

17
10
18
11
19
12
20
13
21
14
22
15
23
16
24

RX2IN-_O

RX1IN-_OUT

RX0IN-_OUT
RX1IN+_OUT
RX0IN+_OUT

DVI5V

R72 4.7K3/NC

RXCI N+_OUT

RXCI N-_OUT

GND

DVI5V

R657

4.7K3/NC

GND

U8C

XINB

Y2 27MHz/DIP

1 2

R90

1.5M3

C77
18p3

GND

SCL4,8,12,22
SDA4,8,12,22

RESETn12,20

SCL
SDA

RX_SCL
RX_SDA

RESETn

R99 47R3
R100 47R3

XOU TB

V33SWB

C78
18p3

GND GND

U2_SCL
U2_SDA

PW3300-30L/MBG A256

A4
A5

A1
A2
A3

B3
B2

B5
B4

D1

XIN
XOU T

SA6
SA5
SA2

SCL
SDA

HDCPSCL
HDCPSDA

RESET

I2C: 0x62

GPIO

SYSCLKT

EXTINT

GPIO0
GPIO2

GPIO9
GPIO10
GPIO11
GPIO12
GPIO13
GPIO14
GPIO15

NC1
NC2

MCL

B1
C10

A9
C9
B7
C7
D7
A6
B6
C6
D6

D3
D2

D4

Video Decoder Part3

TP2
TP3

TP9
TP10

R101 10K3

GND

R84 2.2K2

TP4
TP91
TP92
TP93

TP94
TP6
TP7
TP8

V33SWB V18SW

R588 NC100R2

VCCA

GND

1
2
3

A

6

VCCB

5

DIR

4

B

C79

U9

NC/SN74AVC1T45DCKR

0.1u2

R589 100R2

T_FB

C80

0.1u2

T_FB 9,20

Title

<Title>

Size Document Number Rev

<Doc> <Rev

B

Date: Sheet

523Monday, April 10, 2006

of

EN 47

7

MQC2.OA LA

IN0CST

IN0CST9

IN0CMP

IN0CMP9

3300_PR14
3300_Y14

3300_PB14

DVBT- Y.PB.PR

COMPOSITE_18

LUMA_18,9
CVBS1A8,9
CHROME_18,9

COMPOSITE_38
COMPOSITE_48,9

SCART_R20
SCART_G20

SCART_B20

R785

NC/0R2

SCART_RA9,14
SCART_GA9,14

SCART_BA9,14

SCART_ASP ASPECT4

TP17

V18PB

R786
NC/0R2

FB11 BEAD/3

1 2

R107 3.32K3

R787
NC/0R2

RX2+5
RX2-5
RX1+5
RX1-5
RX0+5
RX0-5

RXC+5
RXC-5

C82

0.1u3

GND

R105
R106

C88 12p3

R112 3.32K3

C93 12p3

R113 NC/3.32K3

C98 0R3

R116 3.32K3

12p3

C100

0R3
0R3

SOG1I

R102

GND

C81 8.2n3

R104

1.62K3

C84 0.18u3
C85 0.18u3
C86 1000p3
C87 0.18u3

TP11
TP12

SOG2ISOG2I

SOG3ISOG3I

SOG4I

RX2+
RX2­RX1+
RX1­RX0+
RX0-

RXC+
RXC-

562R3

FLT1B

C89 0.18u3
C90 0.18u3
C91 1000p3
C92 0.18u3

C94 0.18u3
C95 0.18u3
C96 1000p3
C97 0.18u3

C571 0.18u3
C572 0.18u3
C99 1000p3
C573 0.18u3

R117

0R3

R118

0R3

RTERMB

FILTB

C83
82n3

RED1
GRN1
SOG1
BLU1

TP13
TP14
TP15
TP16

TP18
TP19

U8A

E3

RX2P

E2

RX2M

F3

RX1P

F2

RX1M

G3

RX0P

G2

RX0M

F1

RXCP

G1

RXCM

E1

RTERM

K3

FILT

C5

COAST

D5

CLAMP

K2

RED1

K1

GRN1

L1

SOG1

M1

BLU1

T1

HS1

T3

R129
24KF

N1
N2
N3
N4

P1
P2
P3
P4

R1
R2
R3
R4

T2
T4

L2

L3
M2
M3

C3
C4
C2
C1

VS1
RED2

GRN2
SOG2
BLU2

RED3
GRN3
SOG3
BLU3

RED4
GRN4
SOG4
BLU4

HS2
VS2

R2
G2
S2
B2

ASPECT0
ASPECT1
ASPECT2
REXT

DATA PATH

RED2
GRN2
SOG2
BLU2

RED3
GRN3
SOG3
BLU3

RED4
GRN4
SOG4
BLU4

HS2

VS2

PW3300-30L/MBG A256

Video Decoder Part1

DGRE0
DGRE1
DGRE2
DGRE3
DGRE4
DGRE5
DGRE6
DGRE7

DGGE0
DGGE1
DGGE2
DGGE3
DGGE4
DGGE5
DGGE6
DGGE7

DGBE0
DGBE1
DGBE2
DGBE3
DGBE4
DGBE5
DGBE6
DGBE7

DGRO0
DGRO1
DGRO2
DGRO3
DGRO4
DGRO5
DGRO6
DGRO7
DGRO8
DGRO9

DGGO0
DGGO1
DGGO2
DGGO3
DGGO4
DGGO5
DGGO6
DGGO7
DGGO8
DGGO9

DGBO0
DGBO1
DGBO2
DGBO3
DGBO4
DGBO5
DGBO6
DGBO7
DGBO8
DGBO9

DGCLK2
DGCLK1

DGPEN
DGAHS

DGHS
DGVS

DGFLD

DGVBI

ALTCLK1

ALTPEN
ALTAHS

ALTHS
ALTVS

ALTFLD

B10
A10
C11
B11
A11
C12
B12
A12

C13
B13
A13
C14
B14
A14
A15
A16

B16
B15
C16
C15
D16
D15
D14
E14

G14
H16
H15
H14
J16
J15
J14
K16
K15
K14

L16
L15
L14
M16
M15
M14
M13
N16
N15
N14

P16
P15
P14
R16
R15
R14
T16
T15
T14
T13

G16
G15
F16
F15
F14
E16
E15
B9

A7
A8
B8
C8
D8
D9

DGRE0
DGRE1
DGRE2
DGRE3
DGRE4
DGRE5
DGRE6
DGRE7

DGGE0
DGGE1
DGGE2
DGGE3
DGGE4
DGGE5
DGGE6
DGGE7

DGBE0
DGBE1
DGBE2
DGBE3
DGBE4
DGBE5
DGBE6
DGBE7

DBRO0
DBRO1
DBRO2
DBRO3
DBRO4
DBRO5
DBRO6
DBRO7
DBRO8
DBRO9

DBGO0DBGO0DBGO0DBGO0
DBGO1DBGO1
DBGO2
DBGO3
DBGO4
DBGO5
DBGO6
DBGO7
DBGO8
DBGO9

DBBO0
DBBO1
DBBO2
DBBO3
DBBO4
DBBO5
DBBO6
DBBO7
DBBO8
DBBO9

DACLK2

R122 NC47R3

DACLK1

R124 22R3

DAPEN

R125 47R3

DAAHS

R126 47R3

DAHS

R127 47R3

DAVS

R128 47R3

DAFLD

R130 47R3

DAVBI

R131 47R3

AACLK1

R132 22R3

AAPEN
AAAHS
AAHS
AAVS
AAFLD

INPUT 1 TO PW328

DGRE4
DGRE3
DGRE7
DGRE6
DGRE5
DGRE2
DGRE0
DGRE1

DGGE3
DGGE0
DGGE1
DGGE2
DGGE5
DGGE4
DGGE6
DGGE7

DGBE1
DGBE0
DGBE2
DGBE5
DGBE4
DGBE7
DGBE6
DGBE3

DBRO0
DBRO1
DBRO4
DBRO5
DBRO7
DBRO8
DBRO9
DBRO6
DBRO3
DBRO2

DBGO0DBGO0DBGO0DBGO0
DBGO1DBGO1
DBGO3
DBGO4
DBGO7
DBGO8
DBGO9
DBGO6
DBGO5
DBGO2

DBBO0
DBBO1
DBBO3
DBBO2
DBBO6
DBBO4
DBBO7
DBBO5
DBBO8
DBBO9

1 2
3
5
7 8
1 2
3
5
7 8

1 2
3
5
7 8
1 2
3
5
7 8

1 2
3
5
7 8
1 2
3
5
7 8

R108 47R2

R109 47R2

1 2
3
5
7 8
1 2
3
5
7 8

R114 47R2

R115 47R2

1 2
3
5
7 8
1 2
3
5
7 8

R119 47R2

R120 47R2

1 2
3
5
7 8
1 2
3
5
7 8

DIR6
DIR5
DIR9
DIR8
DIR7
DIR4
DIR2
DIR3

DIG5
DIG2
DIG3
DIG4
DIG7
DIG6
DIG8
DIG9

DIB3
DIB2
DIB4
DIB7
DIB6
DIB9
DIB8
DIB5

IN0R4
IN0R5
IN0R7
IN0R8
IN0R9
IN0R6
IN0R3
IN0R2

IN0G3
IN0G4
IN0G7
IN0G8
IN0G9
IN0G6
IN0G5
IN0G2

IN0B3
IN0B2
IN0B6
IN0B4
IN0B7
IN0B5
IN0B8
IN0B9

IN0CLK
IN0PEN
IN0AHS
IN0HS
IN0VS
IN0FLD
IN0VBI

IN0CKM

IN0R0
IN0R1

RP9
478P4R

RP11
478P4R

RP13
478P4R

RP15
478P4R

RP16
478P4R

RP17
478P4R

RP18
478P4R

RP19
478P4R

IN0G0
IN0G1

RP20
478P4R

RP21
478P4R

IN0B0
IN0B1

RP22
478P4R

RP23
478P4R

4
6

4
6

4
6

4
6

4
6

4
6

4
6

4
6

4
6

4
6

4
6

4
6

R788 22R2
R789 22R2

SBD0

DIR[2..9] 9

DIG[2..9] 9

DIB[2..9] 9

IN0R0 9
IN0R1 9
IN0R[2..9] 4,9

IN0G0 9
IN0G1 9
IN0G[2..9] 4,9

SBD1
SBD2
SBD3
SBD4
SBD5
SBD6
SBD7
SBD8
SBD9
SBD10
SBD11
SBD12
SBD13
SBD14
SBD15

SBD[15:0]

SBD0
SBD1
SBD2
SBD3
SBD4
SBD5
SBD6
SBD7
SBD8
SBD9
SBD10
SBD11
SBD12
SBD13
SBD14
SBD15

U8B

P5

FSD0

N5

FSD1

P6

FSD2

N6

FSD3

P7

FSD4

N7

FSD5

P8

FSD6

N8

FSD7

R8

FSD8

T8

FSD9

R7

FSD10

T7

FSD11

R6

FSD12

T6

FSD13

R5

FSD14

T5

FSD15

PW3300-30L/MBG A256

Video Decoder Part2

INPUT 0 TO PW328

IN0B0 9
IN0B1 9
IN0B[2..9] 4,9

IN0CLK 4,9
IN0PEN 4,9
IN0AHS 9
IN0HS 4,9
IN0VS 4,9
IN0FLD 9
IN0VBI 9

IN0CKM 9

TP20
TP21
TP22
TP23
TP77

T_HS 20
T_VS 20

1 2
3
5
7 8
1 2
3
5
7 8
1 2
3
5
7 8
1 2
3
5
7 8

SDRAM I/ F

V33SD

C1010.1u2

MBD[0..15]

MBD0

RP8

MBD1

47R8P4R

4

MBD2

6

MBD3
MBD4

RP10

MBD5

47R8P4R

4

MBD6

6

RP12
47R8P4R

4
6

RP14
47R8P4R

4
6

FSCLK

FSA0
FSA1
FSA2
FSA3
FSA4
FSA5
FSA6
FSA7
FSA8

FSA9
FSA10
FSA11

FSBANK0
FSBANK1

FSDQM

FSRAS
FSCAS

FSWE

MBD7
MBD8
MBD9
MBD10
MBD11
MBD12
MBD13
MBD14
MBD15

SBCLK

R9

MBA0

P12

MBA1

N12

MBA2

P13

MBA3

N13

MBA4

R13

MBA5

R12

MBA6

T12

MBA7 MBD8

R11

MBA8

T11

MBA9

R10

MBA10

N11

MBA11

T10
N10

FSBANK1

P11

MBDQM

T9

P10
N9
P9

EM636165T S-6G/TSO P50

U10

V33SD

MBBA0

MBRASn
MBCASn
MBWEn

R103
47R3

TP97

TP103

MBCLK

GND

34
35
21

22
23
24
27
28
29
30
31
32
20
19

14
36

17
16
15
18

CKE
CLK
A0

A1
A2
A3
A4
A5
A6
A7
A8
A9
A10
A11

DQML
DQMH

RAS
CAS
WE
CS

V33SD

VCC11VCC27VCC313VCC425VCC538VCC6

GND14GND210GND326GND441GND547GND6

SDRAM

GND

FB12BEAD/5

V33SW

C1040.1u2

C1030.1u2

C1020.1u2

C1060.1u2

C1050.1u2

GNDGNDGND GNDGNDGND

GND

22u10

C107

PROJECT : NEW - 32

Quanta Computer Inc.

Title

Size Doc um ent N umber Rev

B

Date: Sheet

DECODER&SDRAM

I/O

44

MBD0

2

D0

MBD1

3

D1

MBD2

5

D2

MBD3

6

D3

MBD4

8

D4

MBD5

9

D5

MBD6

11

D6

MBD7

12

D7

39

D8

MBD9

40

D9

MBD10

42

D10

MBD11

43

D11

MBD12

45

D12

MBD13

46

D13

MBD14

48

D14

MBD15

49

D15

33

NC1

37

NC2

50

B

of

623Monday , April 10, 2006

EN 48

7

MQC2.OA LA

U8D
PW3300-30L/MBGA256

V33ADCB

M7

G8

H4

E9

V33A1

V33A4

V33A2G4V33A3

V33A5

J8

C120

C119

0.1u2

0.1u2

GND GND GN D

FB31

5VSS

NC/BEAD _600R/5

5VCC

POWER_ONA21

V18ABV33AB

J2

M8

M4

V18A2J1V18A3

V33ADC1L8V33ADC2L7V33ADC3L6V33ADC4L5V33ADC5L4V33ADC6M6V33ADC7M5V33ADC8

GND2J7GND3K9GND5K7GND6L9GND7K6GND8K5GND9

V18A1

GND4K8GND1

GND14

GND13

GND10H1GND11H2GND12

K4

G7

H3

M9

Video Decoder Part4

C121

0.1u2

FB22

BEAD/5

R633

0R3

E8

V18A4

GND15E4GND16F4GND17

C122

0.1u2

V18SPB V18SW BV18PB

J6

E6

E7

V18P1H5V18P2J5V18P3

V18A5

V18SP

V18D1E5V18D2F5V18D3

POWER

GND21J3GND22

GND23

GND18H8GND19H7GND20

GND24

J4

F7

F6

F8

G5

H6

V18SPBV18PB

C123

0.1u2

FB103

NC/BEAD /5

U38

SI2301DS

1

PMOS

C643

2

0.1u

D

3

12

G

V33SWB

K13

L13

M10

M11

G6

E11

E12

G12

J12

L10

L12

D10

D11

D12

D13

E13

V18D4

V18D5

V18D6

V18D7

V18D8

V18D9

V33D1

V33D2

V33D3

V33D4

V33D5

GND25

GND26

GND27

GND28

GND29

GND30

GND31

GND32

GND33

GND34F9GND35

GND36G9GND37

E10

F12

F11

G11

V33ADCBV18AB

C125

0.1u2

LD1117-SOT223

3

C146

0.1u3

R145
825R3F

GND38

H11

H12

C126

0.1u2

U13

VIN

J10

F10

K10

G10

H10

C124

0.1u2

GNDGND GND

U7_5VCC

3

12

C145

+

100U

GND

S

M12

F13

G13

H13

J13

V33SW

V33D6

V33D7

V33D8

V33D9

V33D10

V33D11

V33D12

V33D13

V33D14

GND39H9GND40

GND41

GND42

GND43

GND44

J9

J11

L11

K11

K12

GND

C128

C129

C127

0.1u2

R144

499R3F

0.1u2

V33A1

4
2

C147
22u10

GND

0.1u2

VOUT
VOUT

ADJ

1

GND

V33AB

0.1u2

52.3mA

FB14
BEAD/5

C130

168mA

C148
100p3

C115
22u10

0.1u2

C149

0.1u3

GND

C131

FB19

BEAD/5

FB23

BEAD/5

U8_5VCC

U11
LD1117-SOT223

3

C116

0.1u3

C132

0.1u2

C137

0.1u3

GND

C143

0.1u3

GND

FB13

BEAD/5

C108

0.1u3

C109

FB16

BEAD/5

GNDGND

V33SW

C112

0.1u3

C113
22u10

552mA

FB18
BEAD/5

FB20 BEAD/5

24mA

1mA

C134
1000p2

C142

0.1u3

V33SWB

GND

C150

0.1u2

BEAD/5

FB17

C135

0.1u2

GND

V18A1

4

VOUT

VIN

2

VOUT

ADJ

1

R140

C114

825R3F

100p3

R141
357R3F

GND

V18SW

C133

0.1u2

V33AB

C138
100p3

V33ADCB

C144
100p3

100p3

GND

C110

C111

0.1u3
100p3

GND

C118

C117

100p3

0.1u3

GND

V33SW

V18SWB

C136
22u10

U12

AP1084DLA/TO-252

U5_5VCC

12

+

3

C139
100U

<Spec>

R143
100R3F

C151

C152

0.1u2

0.1u2

Titl e

Size Docum ent Number Rev

B

Date: Sheet

V18SWB

V18SPB

C164

C165

0.1u2

0.1u2

V18PB

GND

V33SWB

V18AB

VOUT

VIN

ADJ

1

R142 220R3F

GND

Change Res. value

C153

0.1u2

GND

FB93
BEAD/5

4

C158

0.1u2

552mA

C154

0.1u2

C159

0.1u2

C558
1000p2

GND

C155

0.1u2

PW3300_POWER

I/O

C166

0.1u2

V18SW

12

GND

C169

C168

C167

0.1u2

0.1u2

0.1u2

C161

C160

0.1u2

C559

0.1u2

C140

+

100U

C156

0.1u2

0.1u2

723Monday, April 10, 2006

GND GNDGNDGND GND

C560
22u10

GND

C162

0.1u2

V33SWB

C141

0.1u3

of

C157

0.1u2

C163

0.1u2

B

PROJECT : NEW-32

Quanta Computer Inc.

Already pulled-high at pw328

V33SW

5VCC

V33SW

EN 49

5VCC

7

MQC2.OA LA

R146
NC/3.3K3

SCL4,5,12,22

SDA4,5,12,22

SCL

SDA

R147
NC/3.3K3

1

2

Q10

Q11

2N7002

2N7002

3

Q14
2N7002

3

3

1

2

R148

2

3.3K3

1

2

3

3.3V/5V SYSTEM I2C bus switch

5VCC

FB96

12

NC/BEAD/3

DVBT_CVBS15

R154

C170
270p3

C179
270p3

34.8R3

L12
10nH/5

R160

34.8R3

L18
10nH/5

SVIDEO_C120

SVIDEO_Y120

C187

100u

CH22

CH23

LU22

LU23

+

C185
NC0.1u3

1 2

R576

NC0R3

R578 0R3

C566
NC

L9
560nH/5

C171
470p3

L15
560nH/5

C180
470p3

R162

NC20K3

R577

NC22K3

C172
47p3

C181
47p3

2 1

+

C186
NC100u

<spec>

1

Q39
NC2N3904

2 3

R165
NC47R3

R579
NC75R3

COMPOSITE_5 20

C637
820p3

R157

40.2R3
R627

442R3

R163

C639

40.2R3

820p3

R629
442R3

CHROME_1 6,9

R149

3.3K3

USCL

USDA

1

Q15
2N7002

LUMA_1 6,9

USCL 17

USDA 17

CVBS120

CVBS220

CVBS317

CVBS420

R770 0R3

R155

34.8R3

C173
270p3

L13
10nH/5

R161

34.8R3
C182
270p3

L19
10nH/5

R166

34.8R3
C188
270p3

L22
10nH/5

R156

34.8R3
C176
270p3

L14
10nH/5

CVBS1A 6,9

CH24

C174
470p3

CH25

CH26

C183
470p3

CH27

CH28

C189
470p3

CH29

CH30

C177
470p3

CH31

L10
560nH/5

L16
560nH/5

L21
560nH/5

L11
560nH/5

C175
NC/47p3

C184
NC/47p3

C190
NC/47p3

C178
NC/47p3

R158

40.2R3

R164

40.2R3

R167

40.2R3

R159

40.2R3

R150
10K3

TUNER_SCL312

TUNER_SDA312

R151
10K3

1

2

Q12

Q13

2N7002

2N7002

3

Q16
2N7002

3

3

1

2

R152

2

10K3

1

2

3

Q17
2N7002

R153
10K3

TUNER_SCL 15,20

1

TUNER_SDA 15,20

3.3V/5V TUNER I2C bus switch

R771 NC/0R3

C636
820p3

R626
442R3

COMPOSITE_2 9

C638
820p3

R628
442R3

C640
820p3

R630
442R3

COMPOSITE_4 6,9

C641
820p3

R631
442R3

R773 NC/0R3

Composit e ­BW=6.75MHz with a
notch @ 108MHz

COMPOSITE_1A 9

COMPOSITE_1 6

R772
NC/40.2R3

COMPOSITE_3A 9
COMPOSITE_3 6

R774
NC/40.2R3

Title

<Title>

Size Document Number Rev

<Doc> <RevCode>

B

of

Date: Sheet

823Monday, April 10, 2006

EN 50

SCART_RA6,14
SCART_GA6,14

SCART_BA6,14

COMPOSITE_28

LUMA_16,8
CHROME_16,8

COMPOSITE_1A8

COMPOSITE_46,8

COMPOSITE_3A8

7

HD_PRA14
HD_YA14

HD_PBA14

Add SCART R,G,B

TP78

TP29

CVBS1A6,8

TP35

T_FB5,20

TP30
TP31
TP32

VGA_R3
VGA_G3

VGA_B3
VGA_HS3,12
VGA_VS3,12

VGA_R
VGA_G

VGA_B

COMPOSITE_2
LUMA_1
CHROME_1

COMPOSITE_1A
COMPOSITE_3A

IN0CKM6

MQC2.OA LA

R168 75R3F

R175 NC/75R3 F

R176 NC/75R3 F

GND

R190

75R3F

C211 12p3

Y3

R201 1M3
C218
33p3

IN0CKM
IN0R0 IN0R1

IN0R4
IN0R6
IN0R8
IN0G0
IN0G2
IN0G4
IN0G6
IN0G8
IN0B0
IN0B2
IN0B4
IN0B6
IN0B8
IN0HS

RMUXIN0

R5

GMUXIN0

T5

SMUXIN0

U5

BMUXIN0

V5

RMUXIN1

R3

GMUXIN1

T3

SMUXIN1

U3

BMUXIN1

V3

RMUXIN2

P1

GMUXIN2

R1

SMUXIN2

T1

BMUXIN2

U1

AD11

P2
P4
P5

REXT

P6

AD6

AF11

RAI1

Y1

GAI1

Y3

SOGA1 IN0G9

AA2

BAI1

AB3
AC7

AE11

RAI2

AC2

GAI2

AD1

BAI2

AD3

RAI3

AE2

GAI3

AF1

BAI3

AE4
AF5

AE6

U2
U4

W1

Y2
AC1
AD5
AC6

GND

IN0CKM
IN0R3IN0R2

IN0R5
IN0R7
IN0R9
IN0G1
IN0G3
IN0G5
IN0G7
IN0G9
IN0B1
IN0B3
IN0B5
IN0B7
IN0B9
IN0VS

R189_SOG

R206_SOG

27MHz/DIP

5VCC

GND

C191 0.047u3
C192 0.047u3
C193 0.1u3
C194 0.047u3

C195 NC/0.047u3
C196 NC/0.047u3
C197 NC/0.1u3
C198 NC/0.047u3

C199 0.047u3
C204 0.047u3
C205 0.1u3
C206 0.047u3

R177 100R3

R183 23.2K3

R187 0R3
R188 0R3

C207 0.047u3
C208 0.047u3
C209 0.1u3
C210 0.047u3

R192 0R3
R193 0R3

C212 0.047u3
C213 0.047u3
C214 0.047u3

C215 0.047u3
C216 0.047u3
C217 0.047u3

XTALI N
XTALO U T

C219
33p3

GNDGND

JP2

1 2
3 4
5 6
7 8
9 10
11 12
13 14
15 16
17 18
19 20
21 22
23 24
25 26
27 28
29 30
31 32
33 34
35 36
37 38

39

42

40

43

41

NC/2-767004-2

ASPC1
ASPC2
ASPC3

17.2mA

GND

DNX Interface for 3300

U14B

RMUXIN0
GMUXIN0
SMUXIN0
BMUXIN0

RMUXIN1
GMUXIN1
SMUXIN1
BMUXIN1

RMUXIN2
GMUXIN2
SMUXIN2
BMUXIN2

FB
ASPECT0

ASPECT1
ASPECT2

REXT
HSYNCIN0

VS0
RAI1

GAI1
SOG1
BAI1
HSYNCIN1
VS1

RAI2
GAI2
BAI2

RAI3
GAI3
BAI3

ADCXIN
ADCXOUT

AISO0
AISO1
AISO2
AISO3
AISO4
PLLISO0
PLLISO1

RMUXOUT

BMUXOUT

Analog
Input
Port

AFETEST1

AFETEST2

TESTCLK

W2

W4

AE1

AE3

AE7

PW328-30L/MBGA548

TP24

TP28

TP33

TP34

TP36

IN0CLK
IN0PEN

IN0CLK4,6
IN0PEN4,6
IN0VBI6
IN0AHS6
IN0HS4,6
IN0VS4,6
IN0FLD6

IN0R[2..9]4,6

IN0CLK
IN0PEN
IN0VBI
IN0AHS
IN0HS
IN0VS
IN0FLD

IN0R06
IN0R16

INPUT 0

IN0G06
IN0G16

IN0G[2..9]4,6

IN0B06
IN0B16

IN0B[2..9]4,6

R701
R702

NC/0R3
NC/0R3

IN1CLK
IN1PEN

DIR[2..9]6

INPUT 1

HDMI INPU

DIG[2..9]6

DIB[2..9]6

R699
R700
R169

R173

R199 0R3
R200 0R3

TP37
TP38

T

TP39
TP40

TP41
TP42

U14A

C3

IN0CLK

D4

0R3
0R3
0R3

0R3

IN0R0
IN0R1
IN0R2
IN0R3
IN0R4
IN0R5
IN0R6
IN0R7
IN0R8
IN0R9

IN0G0
IN0G1
IN0G2
IN0G3
IN0G4
IN0G5
IN0G6
IN0G7
IN0G8

IN0B0
IN0B1
IN0B2
IN0B3
IN0B4
IN0B5
IN0B6
IN0B7
IN0B8
IN0B9

DIR2
DIR3
DIR4
DIR5
DIR6
DIR7
DIR8
DIR9

DIG2
DIG3
DIG4
DIG5
DIG6
DIG7
DIG8
DIG9

DIB2
DIB3
DIB4
DIB5
DIB6
DIB7
DIB8
DIB9

VBIIN

FLDIN

DIR0
DIR1

DIG0
DIG1

DIB0
DIB1

D10

E13
E12

E11
E10

IN0PEN

E6

IN0VBI

C4

IN0AHS

B3

IN0HS

A2

IN0VS

D5

IN0FLD

A9

IN0R0
IN0R1

B9

IN0R2

A8

IN0R3
IN0R4

C9

IN0R5
IN0R6

B8

IN0R7

D9

IN0R8

A7

IN0R9

C8

IN0G0

B7

IN0G1
IN0G2

A6

IN0G3
IN0G4

D8

IN0G5

E9

IN0G6

C7

IN0G7

E8

IN0G8

B6

IN0G9

A5

IN0B0

C6

IN0B1

B5

IN0B2

A4

IN0B3

D7

IN0B4

A3

IN0B5

D6

IN0B6

B4

IN0B7

E7

IN0B8

C5

IN0B9

K3

IN1CLK

K4

IN1PEN

B1

IN1R0

C2

IN1R1

E5

IN1R2

D3

IN1R3

E4

IN1R4

C1

IN1R5

D2

IN1R6

E3

IN1R7

D1

IN1R8

E2

IN1R9

F4

IN1G0

F3

IN1G1

E1

IN1G2

F2

IN1G3

F5

IN1G4

G3

IN1G5

F1

IN1G6

G2

IN1G7

G5

IN1G8

G1

IN1G9

G4

IN1B0

H3

IN1B1

H2

IN1B2

H1

IN1B3

J4

IN1B4

J3

IN1B5

H4

IN1B6

J2

IN1B7

H5

IN1B8

J1

IN1B9

PW328-30L/MBGA548

IN0CLP
IN0CST

Digital
Input
Port

IN0CMP

A1
B2

IN0CST

IN0CMP 6
IN0CST 6

DISPLAY PORT

DCLKOUT

DVS
DHS
DEN

DR0

U14C

DR1

TXOCp_DR2

TXOCm_DR3

TXO2p_DR4

TXO2m_DR5

TXO3p_DR6

TXO3m_DR7

TX04p_DR8

TXO4m_DR9

DG0

DG1

TXE3p_DG2

TXE3m_DG3

TXE4p_DG4

TXE4m_DG5

TXO0p_DG6

TXO0m_DG7

TXO1p_DG8

TXO1m_DG9

Display Port

PW328-30L/MBGA548

DB0

DB1

TXE0p_DB2

TXE0m_D B3

TXE1p_DB4

TXE1m_D B5

TXECp_D B6

TXECm_DB7

TXE2p_DB8

TXE2m_D B9

RPIATEST

Title

Size Document Number Rev

B

Date: Sheet

C14
C16
D15
C15

C23
A25
B24
B23
A23
A24
A21
B21
A22
B22

D19
D18
C20
C19
B20
A20
B19
A19
B18
A18

C17
D16
B17
A17
B16
A16
B15
A15
B14
A14

E23

DREO0
DREO1
DREO2
DREO3
DREO4
DREO5
DREO6
DREO7
DREO8
DREO9

DGEO0
DGEO1
DGE2
DGE3
DGEO4
DGEO5
DGEO6
DGEO7
DGEO8
DGEO9

DBEO0
DBEO1
DBE2
DBE3
DBE4
DBE5
DBE6
DBE7
DBE8
DBE9

RPIB

DDCLK

R170 22R3

DDVS DVS

R171 22R3

DDHS

R172 22R3

DDEN DEN

R174 22R3

R178 22R2
R180 22R2

DREO4

RP24

DREO3
DREO5
DREO2
DREO6
DREO7
DREO8
DREO9

DGEO4
DGEO5
DGEO9
DGEO8
DGEO7
DGEO6

R202 12.1K3

1 2

228P4R

3
5
7 8

RP25

1 2

228P4R

3
5
7 8

R189 22R2
R191 22R2

R194 22R2
R195 22R2

RP26

1 2

228P4R

3
5
7 8

R197 22R2
R198 22R2

GND

4
6

4
6

4
6

DRE[2..9] 18
DGE[2..9] 18,19
DBE[2..9] 18,19

PROJECT : NEW-32

Quanta Comput er Inc.

PW328_SCALER

I/O

DCLK

DCLK 18
DVS 18

DHS

DHS 18
DEN 18

C200NC/10p3

C201NC/10p3

C202NC/10p3

C203NC/10p3

DRE0
DRE1
DRE4
DRE3
DRE5
DRE2
DRE6
DRE7
DRE8
DRE9

DGE0
DGE1

DGE4
DGE5
DGE9
DGE8
DGE7
DGE6

DBE0
DBE1

GND

DRE0 18
DRE1 18
DRE4 18
DRE3 18
DRE5 18
DRE2 18
DRE6 18
DRE7 18
DRE8 18
DRE9 18

DGE0 18
DGE1 18
DGE2 18,19
DGE3 18,19
DGE4 18
DGE5 18
DGE9 18
DGE8 18
DGE7 18
DGE6 18

DBE0 18
DBE1 18
DBE2 18,19
DBE3 18,19
DBE4 18,19
DBE5 18,19
DBE6 18,19
DBE7 18,19
DBE8 18,19
DBE9 18,19

of

923Monday, April 10, 2006

B

EN 51

7

MQC2.OA LA

MVRE F

PW_VDD25

R208
1K3

C223

C222

C570

10u5

0.1u2

0.1u2

GND

GNDGND GNDGND

GND

B

23

of

10

I/O

PW328_DDR MEMO RY

Monday, Ap ril 10 , 2006

B

Title

Size Document Number Rev

Date: Sheet

MMD6
MMD4
MMD2
MMD1
MMD7
MMD5
MMD3
MMD0
MMD11
MMD10
MMD8
MMD9
MMD13
MMD15
MMD14
MMD12
MMD23
MMD20
MMD21
MMD22
MMD16
MMD19
MMD17
MMD18
MMD27
MMD26
MMD25
MMD24
MMD31
MMD30
MMD28
MMD29

1 2
3
5
7 8
1 2
3
5
7 8
1 2
3
5
7 8
1 2
3
5
7 8
1 2
3
5
7 8
1 2
3
5
7 8
1 2
3
5
7 8
1 2
3
5
7 8

MD6
MD4

RP27

4

MD2

6

22R/8P4R

MD1
MD7
MD5

RP28

4

MD3

6

22R/8P4R

MD0
MD11
MD10

RP29

4

MD8

6

22R/8P4R

MD9
MD13
MD15

RP31

4

MD14

6

22R/8P4R

MD12
MD23
MD20

RP32

4

MD21

6

22R/8P4R

MD22
MD16
MD19

RP33

4

MD17

6

22R/8P4R

MD18
MD27
MD26

RP35

4

MD25

6

22R/8P4R

MD24
MD31
MD30

RP37

4

MD28

6

22R/8P4R

MD29

MD0
MD1
MD2
MD3
MD4
MD5
MD6
MD7
MD8
MD9
MD10
MD11
MD12
MD13
MD14
MD15
MD16
MD17
MD18
MD19
MD20
MD21
MD22
MD23
MD24
MD25
MD26
MD27
MD28
MD29
MD30
MD31

AB26
AA24

AB25
AC26
AA23
AC24
AB23
AD25
AE25

U14G

H23

MREF IN0

MD0

F26

MREF IN1

MD1

G25

MD2

H24

MD3

H25
J24
H26
K23
J25
K24
J26
K25
L24
L25
N22
M24
V22
V23

Y26
W24
W23

Y24

Y23

MD4
MD5
MD6
MD7
MD8
MD9
MD10
KD11
MD12
MD13
MD14
MD15
MD16
MD17
MD18
MD19
MD20
MD21
MD22
MD23
MD24
MD25
MD26
MD27
MD28
MD29
MD30
MD31

Main
Memory
Port

MCKFBK
MCKFBK

MCKE
MRAS

MCAS

MWE

MDM0

MDM1
MDQS 0
MDQS 1

MA10
MA11
MA12

MBNK 0
MBNK 1

MDM2

MDM3
MDQS 2
MDQS 3

MCK
MCK

MCS

MA0
MA1
MA2
MA3
MA4
MA5
MA6
MA7
MA8
MA9

L26
V25

MCK

T26

MCKn

T25

MCKF BK

R23

MCKF BKn

T22

MCKE

M26

MCASn

MRAS n

N25

MRASn RMRASn

MCAS n

N24

MWEn

MWEn

N23

MA7 RMA7

MCSn

R24

MDM0

G26

MDM1

K26

MDQS0

L22

MDQS1

M22

MA5

MA0

R25

MA1

N26

MCKE

MA2

V26

MA1

MA3

P22

MA12

MA4

U24

MA6

MA5

P23

MA2

MA6

U25

MBNK 1

MA7

P24

MA8

MA8

U22

MA10

MA9

P25

MA4

MA10

T23

MBNK 0

MA11

R26

MA9

MA12

T24

MA3
MA11

MBNK 0

V24

MA0

MBNK 1

W26

MDM2

Y25

MDM3

AB24

MDQS2

AA26

MDQS3

AC25

R205 22R3
R206 22R3
R207 22R3
R209 22R3

R210 22R3
R211 22R3

RP30 22R/8P4R

1 2
3
5
7 8

R213 22R3
R214 22R3
R215 22R3
R216 22R3

1 2
3
5
7 8
1 2
3
5
7 8
1 2
3
5
7 8
1 2
3
5
7 8

R217 22R3
R218 22R3
R219 22R3
R220 22R3

4
6

4
6

4
6

4
6

4
6

RMCASn

RP34
22R/8P4R

RP36
22R/8P4R

RP38
22R/8P4R

RP39
22R/8P4R

RMCK0
RMCK1
RMCK0n
RMCK1n

RMWEn

RMDM0
RMDM1
RMDQS0
RMDQS1

RMDM2
RMDM3
RMDQS2
RMDQS3

RMA5
RMCSnMCSn
RMCKE
RMA1
RMA12
RMA6
RMA2
RMBK1
RMA8
RMA10
RMA4
RMBK0
RMA9
RMA3
RMA11
RMA0

RMCKE
RMRASn

RMCASn
RMWEn
RMCSn

RMDM1
RMDM0
RMDQS1
RMDQS0

RMA0
RMA1
RMA2
RMA3
RMA4
RMA5
RMA6
RMA7
RMA8
RMA9
RMA10
RMA11
RMA12

RMBK0
RMBK1

PW328-30L/MBGA548

RMDM3
RMDM2
RMDQS3
RMDQS2

V25

600mA

FB24 BEAD /6

C224
47u10

PW_VDD25

C226

0.1u2

C225
47u10

GND GND GND

GND

GND

C227

0.1u2

C230

C232

C228

0.1u2

0.1u2

GND GNDGND GNDGND GND GND GND GNDGND GND

C231

C229

0.1u2

0.1u2

0.1u2

C233

0.1u2

C234

0.1u2

C235

0.1u2

C236

0.1u2

C237

0.1u2

C238

0.1u2

C239

0.1u2

C240

0.1u2
C241

0.1u2

GNDGND

RMA0
RMA1
RMA2
RMA3
RMA4
RMA5
RMA6
RMA7
RMA8
RMA9
RMA10
RMA11
RMA12

U15

49

VREF

45

CK

46

CK

44

CKE

23

RAS

22

CAS

21

WE

24

CS

20

LDM

47

UDM

16

LDQS

51

UDQS

29

A0

30

A1

31

A2

32

A3

35

A4

36

A5

37

A6

38

A7

39

A8

40

A9

28

A10/AP

41

A11

42

A12

26

BA0

27

BA1

EM6A9160/TSO P66

U16

49

VREF

45

CK

46

CK

44

CKE

23

RAS

22

CAS

21

WE

24

CS

20

LDM

47

UDM

16

LDQS

51

UDQS

29

A0

30

A1

31

A2

32

A3

35

A4

36

A5

37

A6

38

A7

39

A8

40

A9

28

A10/AP

41

A11

42

A12

26

BA0

27

BA1

EM6A9160/TSO P66

VDD1
VDD2

VDD3
VDDQ1
VDDQ2
VDDQ3
VDDQ4
VDDQ5

DQ10
DQ11
DQ12
DQ13
DQ14
DQ15

VSS1
VSS2

VSS3
VSSQ1
VSSQ2
VSSQ3
VSSQ4
VSSQ5

VDD1
VDD2

VDD3
VDDQ1
VDDQ2
VDDQ3
VDDQ4
VDDQ5

DQ10
DQ11
DQ12
DQ13
DQ14
DQ15

VSS1
VSS2

VSS3
VSSQ1
VSSQ2
VSSQ3
VSSQ4
VSSQ5

PW_VDD25

1
18
33
3
9
15
55
61

2

DQ0

4

DQ1

5

DQ2

7

DQ3

8

DQ4

10

DQ5

11

DQ6

13

DQ7

54

DQ8

56

DQ9

57
59
60
62
63
65

34
48
66
6
12
52
58
64

PW_VDD25

1
18
33
3
9
15
55
61

MMD30

2

DQ0

MMD31

4

DQ1

MMD29

5

DQ2

MMD26

7

DQ3

MMD28

8

DQ4

MMD27

10

DQ5

MMD24

11

DQ6

MMD25

13

DQ7

MMD17

54

DQ8

MMD18

56

DQ9

MMD19

57

MMD16

59

MMD22

60

MMD21

62

MMD23

63

MMD20

65

34
48
66
6
12
52
58
64

MMD13
MMD15
MMD14
MMD12
MMD10
MMD11
MMD8
MMD9
MMD0
MMD3
MMD5
MMD7
MMD2
MMD1
MMD6
MMD4

GND

GND

R212

1K3

C220

0.1u2

C221

0.1u2

PROJECT : NEW - 3 2

Quanta Com p uter Inc.

EN 52

7

R726 NC/0R3

V33

R735 NC/0R3

5VS

C242
NC/0.1u3

must check the pin define

V33

R226NC/10K3

R22710K3

R225NC/10K3

TP43

R244
100R3

R25010K3

R251NC/10K3

R248NC/10K3

R24910K3

RX_INT#

RX_INT#4

V33

SW2

1
2

CH-UP

R229NC/10K3

R228NC/10K3

R230NC/10K3

R25410K3

R25210K3

R25310K3

3

R270 10K3

4

MQC2.OA LA

U17
NC/MAX809T-2.63V

3

VCC

PICVPP

2

OUT

GND

1

R234NC/10K3

R232NC/10K3

R235NC/10K3

R233NC/10K3

R231NC/10K3

R236NC/10K3

GND

BEXT RSTEN

R258NC/10K3

R257NC/10K3

R25610K3

R255NC/10K3

R260NC/10K3

R259NC/10K3

GND

C247

R271

100K3

NC/0.1u3

GND

GND

Watc h dog IC

V33

R221

4.7K3

SW1 CH-UP

1

3

2

4
12

+

C245

47uF/16V/5x11

BTMS
BTDO
BTDI

ADR24B

BTRST

EXT MCLK D13
EXT INT0

EXT INT1

BTSTM 0
BTSTM 1
BTSTM 2
SCANMODE

TP101
TP102

ROMOEn
ROMWEn D12

CS0

TP99

CS1

TP100

NMI

AF9
AE9
AE8
AC8

AE10

AD9

AF10

AD8

AC20
AD17

AE18

AB8
AA8
AF8
AF7

AD16
AF17
AC19
AE17
AF18
AD18
AE26

U14D

PW328-30L/MBGA548

TMS
TDO
TDI
TCK

RESETB
EXT RSTEN
ADR24B
TRSTN
EXTMCLK

EXTINT0
EXTINT1

TESTMOD E0
TESTMOD E1
TESTMOD E2
SCANMODE

CPU

RD
WR
ROMOE
ROMWE
CS0
CS1
NMI

R728
NC/4.7K3

A1
A2
A3
A4
A5
A6
A7
A8

A9
A10
A11
A12
A13
A14
A15
A16
A17
A18
A19
A20
A21
A22
A23

D0

D1

D2

D3

D4

D5

D6

D7

D8

D9

D10
D11
D12
D13
D14
D15

5VS

R727
NC/4.7K3

RESET 16

3

GND

1

Q51
NC/2N7002

2

GND

AC15

AA2

AE16

AA3

AF16

AA4

AC16

AA5

AD15

AA6 ROMOEn

AE15

AA7

AC14

AA8

AF15

AA9

AD14

AA10

AC12

AA11

AE14

AA12

AC13

AA13

AF14

AA14

AD13

AA15

AE13

AA16

AF13

AA17

AC10

AA18

AC11

AA19

AD12

AA20

AE12

AA21

AF12
AC9
AD10

DD0

AE24

DD1

AC23

DD2

AD24

DD3

AE23

DD4

AF26

DD5

AC22

DD6

AD23

DD7

AE22

DD8

AF25

DD9

AE21

DD10

AD22

DD11

AC21

DD12

AF24

DD13

AF23

DD14

AD20

DD15

AD21

V33

1 2

AA7

3

AA9

5

AA1

7 8

AA12

1 2

AA14

3

AA20

5

AA19

7 8

AA8

1 2

AA5

3

AA2

5

AA3

7 8

AA10

1 2

AA18

3

AA17

5

AA16

7 8

AA6

1 2

AA11

3

AA13

5

AA15

7 8

R245 NC/22R3

DD4

1 2

DD2

3

DD8

5

DD0

7 8

DD1

1 2

DD5

3

DD6

5

DD11

7 8

DD12

1 2

DD3

3

DD13

5

DD7

7 8

DD9

1 2

DD10

3

DD14

5

DD15

7 8

A19

R272
NC/10K3

AA4

AA1

A4
A7

4

A9

RP40

6

A1

22R/8P4R

RP41

4

22R/8P4R

6

RP42

4

22R/8P4R

6

RP43

4

22R/8P4R

6

RP44

4

22R/8P4R

6

RP45

4

22R/8P4R

6

RP46

4

22R/8P4R

6

RP47

4
6

22R/8P4R

RP48

4
6

22R/8P4R

R273

1.82K3

A[1:21]

A12
A14
A20
A19
A8
A5
A2
A3
A10
A18
A17
A16 A8
A6
A11
A13
A15
A21

TP98
TP104

D4
D2
D8
D0
D1
D5
D6
D11

D3
D13
D7
D9
D10
D14
D15

GND

ROMWEn

R240 NC3

V33

D[0:15]

CPU SLAV E MODE
TESTMOD E

TRSTn
TMS
TDI
TDO

V33

R239 NC3

ICEWEHn

A1
D0

D1
D2
D3

D12
D14

D15
A15

A13
A11
A9
A21

R247 3.3K3

A19
A8
A6
A4
A2

Debugger Header

A[1:21]

001
0
1
0
0

CON5

1 2
3 4
5 6
7 8
9 10
11 12
13 14
15 16
17 18
19 20
21 22
23 24
25 26
27 28
29 30
31 32
33 34
35 36
37 38
39 40
41 42
43 44
45 46
47 48
49 50

NC/DEBUG25x2

1,2 and 9, 10 Short for P ROJet

V33

CON 4

R222

3.3K3

NC/PH1S-205GB-10P-LUV

112
334
556
778
9910

Debugger

ICEWELn

ICEn

A17
A16
A14

A10

A20
A18
A7
A5
A3

Jumper

D8TCK
D9
D10
D11
D4
D5
D6
D7

V33

FB25

BEAD/3

30mA

2
4
6
8
10

AM29LV160DT -70EC/TSOP48

R23710K3

R23810K3

GND

R265

NC/1.82K3

R241 0R3

R242 NC/0R3

A1
A2
A3
A4
A5
A6
A7

A9
A10
A11A12
A12
A13
A14
A15
A16
A17
A18
A19
A20

R262 NC/0R3

A21

R769 0R3

R264 0R3

GND

D[0:15]

GND

Flash memory

R224 1K3

FCEn
ROMOEn
ROMWEn
33V_F
FWPN

R266

3.3K3

26
28
11
12
14
47

25
24
23
22
21
20
19
18

8
7
6
5
4
3
2

1
48
17
16
15
10

9

R267

3.3K3

U18

CE
OE
WE
RP
WP
VCCQ

A0
A1
A2
A3
A4
A5
A6
A7
A8
A9
A10
A11
A12
A13
A14
A15
A16
A17
A18
A19
A20
NC

V33

VPP
33V_F

VPP
VCC

D10
D11
D12
D13
D14
D15

GND1
GND2

13
37

29

D0

31

D1

33

D2

35

D3

38

D4

40

D5

42

D6

44

D7

30

D8

32

D9

34
36
39
41
43
45

46
27

D0
D1
D2
D3
D4
D5
D6
D7
D8
D9
D10
D11
D12
D13
D14
D15

GND

GND

GND

C243

0.1u3

C246

0.1u3

C244

10u5

GND

Title

Quanta Comput er I nc .

Size D ocument Number Rev

08 PW328 F LASH A5

B

of

Date: Sheet

11 23Monday, April 10, 2006

V33

EN 53

V33

7

MQC2.OA LA

V33

R619NC/10K3

POWER_DOWN_13816

R62110K3

GND

DDR Mfr. ID

R724

R274
10K3

NC/4.7KR3

R793 NC/0R2

R800 NC/0R2

V33

R2853.3K3

R2863.3K3

R2874.7K3

R28810K3

R2893.3K3

R2903.3K3

Modify GPIO pins

R283NC/10K3

R28210K3

R729NC/4.7K3

R730NC/4.7K3

R7224.7K3

R721NC/4.7K3

R7034.7K3

R2774.7K3

R2764.7K3

R2844.7K3

R280NC/4.7K3

R2814.7K3

U14F

PW328-30L/MBG A548

TP53

POWER_ON1

D13

I2SICLK0

E18

I2SIWS0

D14

I2SID0

C13

I2SICLK1

E17

I2SIWS1

A13

I2SID1

E19

THR WSC

E20

RXD0

B25

TXD0

A26

RXD1

D22

TXD1

C24

IRRCVR0

E21

IRRCVR1

D23

IRRCVR2

PERIPHERALS

M1

PORTA0

M2

PORTA1

N6

PORTA2

N1

PORTA3

N5

PORTA4

N2

PORTA5

N3

PORTA6

N4

PORTA7

M3

PORTB0

K2

PORTB1

M4

PORTB2

K1

PORTB3

L4

PORTB4

L1

PORTB5

L2

PORTB6

L3

PORTB7

E15

PORTC0

B12

PORTC1

C12

PORTC2

D12

PORTC3

E14

PORTC4

A11

PORTC5

B11

PORTC6

C11

PORTC7

D24

ADC0

C26

ADC1

D25

ADC2

E24

ADC3

F23

ADC4

E22

ADC5

D26

ADC6

E25

ADC7

R664 NC/0R3

I2SOCLK

I2SOWS

I2SOD

TWOWSC0
TWOWSD0

TWOWSC1
TWOWSD1

TWOWSC2
TWOWSD2

USBXCVR

MUSBP

VSSUSBM

USBVSS

PWM0
PWM1
PWM2
PWM3

DAC0
DAC1
DAC2
DAC3

1

3

2

GND

A12
E16
B13

D20
C22

C21
D21

D17
C18

AB16
AF19
AC17
AC18

A10
D11
B10
C10

H22
E26
F25
J22

Q46
MMBT3904

SDA_9

R294 0R3

SCL_9

R296 0R3

R323 0R3

USBXCVR
MUSBP
VSSUSBM
USBVSS

PWM0

R312 0R3

PWM1

R314 NC3

TP59
TP61

R822 47R3

POWER_ON 15,21,22

AUDIO_SW322
AUDIO_SW422

LED115,22
LED215,22

IR_R15,22

FIELD18

VGA_HS3,9
VGA_VS3,9

SOUND_MUTE

RXD
TXD

DVBT_RX
DVBT_TX

IR_R

SCL_9
ROM_SDA
ROM_SCL

RESETn
POWER_ON1

HDMI_SW0
POWER_KEY
AMP_SLEEP

R569 NC100R3
R568 100R3

ROM_WP

VGA_DET
IO_DET_1

IO_DET_2

DDR_ID
POWER_DOWN_138

RESETn

POWER_ON1

R328 NC/10K3

GND

R321 0
R622 0

R337 4.7K3

R333 4.7K3

R332NC/4.7K3

R336 4.7K3

R334 4.7K3

R331 NC/1K3

R335 4.7K3

RXD3
TXD3

DVBT_RX22

DVBT_TX22

TUNER_SDA38

TUNER_SCL38

DVBT_I2C_SW15

VGA_WEAK_UP3,22

RESETn5,20

HDMI_SW04

POWER_KEY15,22

AMP_SLEEP16
DTV_ PRW_ SW15
EDID_PROTECT3,4,5

CE_REMOTE4
AV4_IN_OUT_SW20
SOUND_MUTE16

S-WD

HP_13816

TV_SYNC_DET20

AUDIO_SW017
AUDIO_SW117

VGA_DET3
IO_DET_120
IO_DET_2

SCDT4
KEY_AD115
KEY_AD215

R732 47R3
R733 47R3

R313 100R3

R315 0R3

R338 4.7K3

V33

RESET_MSP 17

HDMI_RESETn 4

R291 100R3
R292 100R3

R293 100R3
R295 100R3

R297 47R3

R298 0R3
R299 0R3
R300 0R3
R301 0R3
R303 0R3
R307 0R3
R306 47R3
R617 0R3

R320 47R3
R325 75R3F

R618 47R3

R309 47R 3
R310 47R 3
R311 0R3
R663 47R 3
R644 47R 3

R316 0R3

R322 0R3
R324 0R3
R326 0R3
R327 47R3

V25

TP44

TP48

RXD01
TXD01

TP86

TP87

U12_SDASDA_9
U12_SCL

POWER

R317 0R3
R319 0R3

R329 1K3

V33

R731NC/4.7K3

R340 NC/10K3

R661 NC/10K3

4.7K3

R823

R790NC/4.7K3

V33

For HH2E

R841 NC0R3

V33

V33

FRAME_RATE
INV_SET

ROM_SCL
ROM_SDA

T_SW 20

TP47

AUDIO_SW5 4
HD_SEL 14

SCL 4,5,8,22
SDA 4,5,8,22

LCD_PWR 19
UART_SW0 3,22

UART_SW1 3,22

TP55
TP56
TP57
TP58

BRIGHTNESS 15

DVBT_RESET 15

HDMI_SW1 4

For HH2T/AH2T

Title

Size Docum ent N um ber Rev

B

Date: Sheet

R275
10K3

WP

GND

??
mA

8

7
4

U19

SCL6VCC

5

SDA

1

NC0

2

NC1

3

NC2

24LC32A-I

GND

5VS

R723NC/10K3

3

Q50

1

NC/MMBT3904

2

GND

R725 0R3

V33

R794 NC/0R2
R795 NC/0R2
R796 NC/0R2

GND

1
2
3

GND

BKLT_OFF 15

1
2
3

CON20
LCDcon_3P

PROJECT : NEW -3 2

Quanta Com puter Inc.

PW328_IO

I/O

12 23Monday, April 10, 2006

of

V33

C248

0.1u3

ROM_WP

B

EN 54

BEAD/3

V33A V33A

L28

33AM

R2

AMVDD330

7

R4

MQC2.OA LA

V19A V19A

V18A

L23

BEAD/3

MPLLMPLLMPLLMPLL

AF21

MPLLVDD

L27

BEAD/3

AF22

DPLLVDD

V33

URESURESURESURESURESURESURESURESURESURES

AD19

V19A

BEAD/3

URESVDD

MDSK

K22

L25

C253

0.1u2

C258

0.1u2

MDSKVDD

AA21

18VDD24

L26

AA22

18VDD25

V19A

BEAD/3

AB9

AB13

18VDD26

18VDD27

C252

0.1u2

C257

0.1u2

AB14

18VDD28

L24

AB15

18VDD29

BEAD/3

AB19

18VDD30

AB20

18VDD31

C249

0.1u2

AB21

18VDD32

AB22

18VDD33

AF20

BPLLVDD

13mA

V18MV18M

V18PV18P

F22

25VDD1

L34
BEAD/5

VDD25

G21

G22

25VDD2

25VDD3

0.1u2

H21

25VDD4

C250

J21

K21

L21

M21

25VDD5

25VDD6

25VDD7

V33A

C255

C254

0.1u2

L29

BEAD/5

AR33

P3

W6

AB2

AB1

AF2

AVDD331G

AVDD33REGG1

AF3

AD4

AVDD331B

AVDD181RT6AVDD181G

AVDD33REGB0

AVDD33REGB1

V6

AA1

AMVDD18

AVDD331R

AMVDD331

AVDD33REGR0

AVDD33REGR1W5AVDD33REGG0

0.1u2

A18R

Y4

AVDD182RU6AVDD182G

A18G

Y5

C256

0.1u2

AVDD181BY6AVDD182B

A18B

AA5

L30

BEAD/3

33VP

AA6

AB5

AF4

AA7

AVDDP

VDD_33E

DVDD18P

DVDD18ADC

V33

V25

L31

BEAD/3

XVDD

AD7

XVDD

L33

L32

BEAD/3

BEAD/5

VDD33

33ADC

F24

C25

F10

F14

F15

F16

33VDD1F933VDD2

33VDD3

33VDD4

33VDD5

DACVDD

ADCVDD

33VDD6L533VDD7L633VDD8M533VDD9

VDD33

AA10

AA11

AA12

AA16

AA17

AA18

AB10

AB11

M6

33VDD10

33VDD11

AB12

33VDD12

33VDD13

33VDD14

33VDD15

33VDD16

33VDD17

33VDD18

21mA

C251

0.1u2

GNDGND

P21

R21

T21

U21

V21

N21

25VDD8

W21

25VDD9

25VDD10

25VDD11

25VDD12

25VDD13

25VDD14

FB26
BEAD/3

FB27
BEAD/3

Change PWR source from V18A to V19A

V20S

1.8V OR 2V

W25

W22

Y21

Y22

AD26

AA25

U26

P26

J23

L23

M25

R22

F11

25VDD15

25VDD21

25VDD16

25VDD17

25VDD18

25VDD19

25VDD20

25VDD22

25VDD23

U14EPW328-30L/MBGA548

18VDD1F618VDD2F718VDD3F818VDD4

25VDD26

25VDD25

25VDD24

25VDD27

Power and Ground

F20

F12

F21

F13

F17

F18

F19

18VDD5

18VDD6

18VDD7

18VDD8

18VDD9

18VDD10

18VDD11

H6

K5

18VDD12G618VDD15J618VDD17K618VDD18

18VDD13

18VDD14J518VDD16

AA9

AA13

18VDD19

AA14

18VDD20

AA15

18VDD21

AA19

18VDD22

AA20

18VDD23

22u10

C284

22u10

V33

GND

VDD33

C315

GND

0.1u2

C316

GND

AMVSS330

T2

AR33

C285

0.1u2

0.1u2

AMVSS331

T4

C317

0.1u2

C318

W3

AR33

AVSS33R

C286

0.1u2

0.1u2

C319

0.1u2

AB4

C320

AVSS33B

AVSS33G

AR33

C287

0.1u2

C321

0.1u2

AD2

AR33

C288

0.1u2

GNDGNDGND GNDGNDGNDGND GND

C322

0.1u2

AVSS181R0V4AVSS181R1

V2

0.1u2

AVSS182R

R6

C323

AA4

AVSS181G0

AA3

AR33

C289

0.1u2

C324

0.1u2

AVSS181B0

AVSS182G

AVSS181G1

AVSS181B1

AVSS182B

V1

Y7

AC3

AC4

33AM

C290

0.1u2

C325

0.1u2

DVSS18P

AE5

AB6

GND

DVSS18ADC

VSS_33E

XVSS

33AM

C291

0.1u2

V33A

C574
1u3

AB7

AVSSP

AC5

AF6

G23

XVDD

C292

0.1u2

V20

GND

33VSS1

33VSS2

33VSS3

33VSS4

33VSS5

33VSS6

33VSS7

33VSS8

33VSS9

33VSS10

33VSS11

33VSS12

M10

C294

0.1u2

33VSS13

P10

T10

N10

R10

U10

U11

URES

C295

0.1u2

GNDGNDGND

V20S

C2980.1u2

C2970.1u2

DACVSS

ADCVSS

K11

K12

33VP

C293

0.1u2

K13

K14

L10

K15

900mA

C29622u10

GND

33ADC

B26

C326

0.1u3

K10

FB28
BEAD/6

Change voltage from 2V to 1.8V

33VSS14

33VSS15

U12

33VSS16

U13

C2990.1u2

33VSS17

U14

33VSS18

U15

600mA

VDD25

C3000.1u2

C259
22u10

BPLLVSS

DPLLVSS

25VSS1

25VSS2

25VSS3

25VSS4

25VSS5

25VSS6

25VSS7

25VSS8

25VSS9

25VSS10

25VSS11

25VSS12

25VSS13

25VSS14

25VSS15

25VSS16

25VSS17

25VSS18

MREFGND0

MREFGND1

L16

L17

K17

M15

C260

0.1u2

GND

C3020.1u2

C3010.1u2

GNDGNDGNDGNDGND

P15

P16

P17

T16

0.1u2

C3050.1u2

R15

C263

T17

R16

R17

C264

0.1u2

C3060.1u2

GND GND

U17

0.1u2

C3070.1u2

C265

U23

M23

0.1u2

C3080.1u2

N15

N16

N17

M16

M17

C261

0.1u2

C262

0.1u2

C3030.1u2

C3040.1u2

GNDGNDGNDGND

C266

0.1u2

C3090.1u2

C267

18VSS1G718VSS2

G20

C268

0.1u2

C3100.1u2

K16

18VSS3

L11

0.1u2

C3110.1u2

18VSS4

L12

C269

18VSS5

L13

GND GNDGNDGNDGNDGND

18VSS6

L14

0.1u2

C3120.1u2

18VSS7

L15

C270

18VSS8

M11

18VSS9

M12

0.1u2

C3130.1u2

18VSS10

18VSS11

M13

C271

M14

GND

18VSS12

18VSS13

N11

0.1u2

C3140.1u2

N12

C272

18VSS14

18VSS15

N13

18VSS16

N14

0.1u2

P11

C273

18VSS17

18VSS18

P12

C706

1u3

18VSS19

P13

0.1u2

18VSS20

P14

C274

R11

18VSS21

18VSS22

R12

0.1u2

R13

C275

GND

18VSS23

18VSS24

R14

18VSS25

18VSS26

18VSS27

18VSS28

18VSS29

18VSS30

T11

T12

T13

T14

T15

U16

C277

0.1u2

C276

0.1u2

PROJECT : NEW-32

18VSS31

Y20

0.1u2

C278

AE19

0.1u2

MPLLVSS

AB18

C279

0.1u2

AB17

C280

URESVSS

AE20

0.1u2

C281

MDSKVSS

G24

0.1u2

C282

0.1u2

C283

Quanta Com puter Inc.

Title

Size Document Number Rev

B

Date: Sheet

PW328_POWER

I/O

B

of

13 23Monday, April 10, 2006

5VSS

BEAD/6

EN 55

V33A

FB105

V33

BEAD/5

FB30
NC/BEAD/ 5

C330

C331

0.1u3

22u10

FB33

12

BEAD/5

+

C337

C333

22u10

100U

GND

GND

FB107

12

BEAD/5

+

C691

C687

22u10

100U

GND GND GND

22u10

C724

NC/10U 5

R8050R3
R8060R3
R8070R3

R8080R3
R8090R3
R8100R3

HD_PR17
HD_Y17
HD_PB17

NC/47K3

DVBT_PR15
DVBT_Y15
DVBT_PB15

3V3_SW_PH

R764

R765

NC/47K3

NC/47K3

R766

NC/47K3

R767
10K3

R760

6.8K

C726
10U5

3

1B2

6

2B2

10

3B2

2

1B1

5

2B1

11

3B1

14

4B1

13

4B2

1

S

U56 N C/3257

R768
10R3
R777 NC/0R 3
R778 NC/0R 3
R779 NC/0R 3

R780 NC/0R 3
R781 NC/0R 3
R782 NC/0R 3

R762

R763

R761

NC/47K3

NC/47K3

C332

DVBT_PR15
DVBT_Y15
DVBT_PB15
HD_PR17

V18A

C338

22u10

GND

V19A

C692

22u10

HD_Y17
HD_PB17

SCART_RA6,9
SCART_GA6,9
SCART_BA6, 9

C725 NC/10U 5
C728 NC/10U 5
C729 NC/10U 5
C730 NC/0R5
C731 NC/0R 5
C732 NC/0R 5

3300_PR6

3300_Y6

3300_PB6

FB109

1 2

BEAD3

C727

0.1U3

VCC

GND

R811
R812
R813

R814

R815

R816

5VCC

16
4

1A

7

2A

9

3A

12

4A

15

OE

8

0R2
0R2
0R2

0R2

0R2

0R2

C723

0.1U3

47K3

HD_SEL 12

HD_PRA 9
HD_YA 9
HD_PBA 9

3V3_SW_PH

R824

R799

47K3

3300_PR 6
3300_Y 6
3300_PB 6

SCART_RA 6, 9

SCART_GA 6,9

SCART_BA 6, 9

R801

47K3

C737 NC/10U5
C735 NC/10U5
C736 NC/10U5

R802 NC/0R3
R803 NC/0R3
R804 NC/0R3

DVBT_PR 15

DVBT_Y 15

DVBT_PB 15

3300_PR 6
3300_Y 6
3300_PB 6

VOUT

ADJ

AP1084DLA/TO-252

1

R347 124R3F

U21

LD1117-SOT223

3

VIN

1

GND

U44

LD1117-SOT223

3

VIN

1

GND

ADJ

ADJ

4

VOUT
VOUT

R350

80.6R3F

VOUT
VOUT

R698

80.6R3F

3.3V

4
2

R349
150R3F

4
2

R697
150R3F

150mA

12

+

C327

100U

GND

U39_18VCC

C336

0.1u3

GND

Change voltage from 1.8V to 1.9V

C690

0.1u3

GND

Change voltage from 1.8V to 1.9V

U20

U40_5VCC

FB29

V33

FB32
BEAD/5

V33

FB106
BEAD/5

3

VIN

12

C328

C329

0.1u3
10u5

R348
205R3F

C335

C334

22u10

0.1u3

GND

C689

C688

22u10

0.1u3

GND

7

MQC2.OA LA

Titl e

<Title>

Size Document Number Rev

<Doc> <Rev Code>

C

Date: Sheet

of

14 23Monday, April 10, 2006

EN 56

7

MQC2.OA LA

GREEN
AMBER

DVBT_R22
DVBT_L22

5VCC

CON13_DVBT_Y-IN

C757

CON6

1
2
3
4
5
6
7
8
9

10

IO_C_10P

C347

0.1u3

DVBT_CVBS8

SIF_DTV17

RGB_ROUT17,20

DVBT_TX_5V22
DVBT_RX_5V22

RGB_LOUT17,20

TP85

DVBT_R
DVBT_L

FB98

NC/BEAD /5

C359 47p3
R374
C358 47p3
R373
C357 NC/22p3
R372

L50
820nH/5

C626
150p3

0.01u

SN1
SN2
POWER_BUTTON

GREEN

AMBER

IR

12

C343

0.1u3

R361
100R3

R362
100R3

12

12

C348

0.1u3

DVBT_TX_5V
DVBT_RX_5V

DVBT_SPDIF

FB51 0R3
FB52 0R3

C624

0.1u3

NC/47K3
NC/47K3
75R3F

FB104

V25

BEAD/5

12

FB41

12

BEAD/5

MMBT3904L

Q23

1 3

FB53 0R3

C694 10U512

C693 10U512

CON13_DVBT_PR-IN
CON13_DVBT_PB-IN
CON13_DVBT_Y-IN

DVBT_5V

12

CON13_DVBT_L-IN
CON13_DVBT_R-IN

CON13_DVBT_CVBS-I N

C627
56p3

75R3F

R371

R359

100R3

5VS

MMBT3904L

2

DVBT CONNECTOR

CON13_DVBT_CVBS-I N

R365

0R3

R366

0R3

CON13_D VBT_R-IN
CON13_D VBT_L-IN

12V

NC/BEAD/5

DVBT_Y 14

C628
470p3

R614
825R3

FB34BEAD/ 3 12

C621 1000P3

C622 1000P3

FB35BEAD/ 3 12
FB36BEAD/ 3 12

12

C344
NC

Q24

DTV_AR

RESET_DTV#
CON13_TXD_5V
CON13_RXD_5V

DTV_AL

NC/0R3

FB99

5VS

1 3

0R3

R660

DVBT_12V

12

C625

0.1u3

2

C623 1000P3

100R3

R363

100R3

R611

R608

200132FR036G200ZU-DVBT

IR_R

4.7KR3

R360

10
12
14
16
18
20
22
24
26
28
30
32
34
36

2
4
6
8

AMBER

POWER_KEY 12,22

IR_R 12,22

5VS

LED2

LED1

GREEN/

CON10

1
3
5
7
9
11
13
15
17
19
21
23
25
27
29
31
33
35

KEY_AD1 12
KEY_AD2 12

LED2 12,22

DVBT_RESET12

LED1 12,22

BLUE

DTV_AR22
DTV_AL22

0R3

CON13_USDA_IOA
CON13_USCL_IOA

Reserve parts for D or A+D tuner

L51

CON13_DVBT_PB-I N

C629
150p3

820nH/5

C630
56p3

75R3F

R370

R846 0R6
R847 0R6
R848 0R6
R849 0R6

R711

DVBT_RESET

0R3

DTV_AR
DTV_AL

R712

C352 NC /22p3

C631
470p3

R615
825R3

DVBT_I2C_S W 12

DTV_ PRW_ SW 12
TUNER_SDA 8,20
TUNER_SCL 8,20

FB44 BEAD/ 3
FB47 BEAD/ 3

CMO R368=0 ; R364 = NC

C353 NC /22p3

QDI,AU R368=10K ; R364 = 4.7K

CON13_DVBT_PR-IN

DVBT_PB 14

5VCC

R710
NC/0R3

RESET_DTV#

12

C704
NC/0.1u3

C632
150p3

L52
820nH/5

5VCC

R354
1K3

R352

R375 1.2K3

NC0R3

3

BRIGHTNESS12

BKLT_OFF12

POWER_ON12,21,22

C633

C634

56p3

470p3

75R3F

R616
825R3

R369

R351
1K3

2

Q22

1

2N7002

R736

5.6K3

R357 100R3

R358
NC/10K3

5VCC 12V5VS

12

C349
470U

R364

4.7K3

FB46

FB45

R368
10K3

DVBT_PR 14

BEAD/6

1 2

1 2

BEAD/6

5VCCA

POWER_ON

C360

12

0.1u3

Titl e

Size Document Number Rev

B

Date: Sheet

2.2K3

12

C339

+

100U

12

C350
470U

BEAD/6

R367

C361

0.1u3

I/O

R353 100R3

R355
100R3

12

C351
470U

FB43

FB42

1 2

BEAD/6

FB54

1 2

BEAD/3

C362

12

0.1u3

CONNECT INPUT

12

12

C340

0.1u3

C341

C342

0.1u3

0.1u3

1 2

CON11

POWER_CON10P

+12V

10

10

9

9

8

8

7

7

6

6

5

5

4

4

3

3

2

2

1

1

C363

12

12

0.1u3

of

15 23Monday, Apri l 10, 2006

12

CON7

4

4

3

3

2

2

1

1

BKLIGH_4P

B

PROJECT : NEW-32

Quanta Computer Inc.

H : PROTECT
L : NORMAL

C669 1u5

AMP_R17

reserve cap & increase resister

C674 1u5

AMP_L17

HP_138

RESET11

SOUND_MUTE

POWER_DOWN_13812

R836

100R3

R837

100R3

10P/NC

GAIN=26 dB

R689

100K3

GAIN0

R693

NC/0R3

12V_VCC

FBM2125HM300-T

D43 1N4148

R665 47K

R672

4.7K3

R676

C747

FB113

R817 0R 6

5VS

R666 47K

R671

47K3

D45

MUTE_SNG

1N4148

5VS

R674
47K3

D46 1N4148

4.7K3
R398 NC3

C746

10P/NC

C672 1u5

C673 1u5

GAIN0
GAIN1

R687
27K3

R690

NC/0R3

R694

75R3

49

GND

1

NC

2

RINN

3

RINP

4

AGND

5

LINP

6

LINN

7

NC

8

GAIN0

9

GAIN1

10

MSTR/SLV

11

SYNC

12

NC

R691
100K3

GAIN1

change 40uH to 15uH by TI suggest value

3

C749

0.1uF

increase 12V to 8V

MUTEMUTE_SN G

AMP_SLEEPn

D44

1N4148

NC

1 AD J

46

FAULT

C682
10n3

VOUT

VOUT2

45

MUTE

C680

1u5

R669
100R3

C666
220n3

44

SHUTDOWN

TPA3101D2

4
2

43

BSRP

U43

C679
220n3

MUTE

R677
1K3

48

47

AVCC

NC13ROSC14VREG15VBYP16AGND17BSLP18LOUTP19LOUTP20LOUTN21LOUTN22BSLN23NC

U57 MM1117STA

VIN

R839
680R

change 40uH to 15uH by TI sugge st value

L53 NC/15uH

o

R389 NC/0R6

o

L54
R390 NC/0R6

40

ROUTP41ROUTP

220n3

L56 NC/15uH

o

R392 NC/0R6

C748
10U5

R838 120R

38

BSRN

ROUTN39ROUTN

C681

o

L55 NC/15uH

R391 NC/0R6

42

C654

L57 15uH

NC/15uH

C664

220n3

37

NC

NC
PVCCR
PVCCR
PGNDR
PGNDR

VCLAMPR

VCLAMPL

PGNDL
PGNDL
PVCCL
PVCCL

NC

24

change 40uH to 15uH by TI suggest value

8V_VCC

470n5

C658

R670

1u5

10 1%

+12V_AMP

C667 10u5

36
35

C670 100n3

34
33
32

C675 1u5

31

C676 1u5

30
29
28

C677 10u5

27

C678 100n3

26
25

+12V_AMP

R692

L58

10 1%

C685

15uH

470n5

Ground connection point at TAP3101
pin 26 and pin30

TA1218 R,L input ground and
3440 R,L output ground should be connectio n,
it can solution audio noise(

C661
100n

C684
1u5

C655
220n5

C659
220n5

+12V_AMP

add CAP. for EMI issue

2+

C753
1000p

C754
1000p

2-

C663
10u5

MUTE_SN G

add CAP. for EMI issue

1-

C683

C755

220n5

1000p

C686

C756

220n5

1000p

1+

NC/0R

R825

AMP_L17

R826 0R

HPAM_L17

R827 NC/0R

AMP_R17

R828 0R

HPAM_R17

H:shutdown

SOUND_MUTE12

5VS +12V_AMP

R818
10K3/NC

Q56

1

DTC144WKA/NC

2 3

1000u

+

C391

FB110 FBM2125HM300-T

FB114 FBM2125HM300-T

嗡嗡聲

)

C697 1u R705 10K

C698 470n

C700

1u

R707 10K

R797

NC100R5

Q49

2N3904

R686 10K3

1

2 3

+12V_AMP

1000u

1000u

+

+

C392

C393

R842 0R6

R843 0R6

1
2
3

9

TPA6110A2

3

Q47

2N7002

1

EAR_MUTE

1

2 3

R819
10K3/NC

Q55
DTC144WKA/NC

1000u

+

C394

change resister 0 ohm to BEAD firstchange resister 0 ohm to BEAD first

R706 22K

BYP

IN1

GND

VO1

SD

VDD
IN24VO2
THML

R708 22K

R682
47K3

2

C734
10u5

MUTE

L35 75uH

FB56 NC6

1000u

C396

+

C395

1000p3

FB111 FBM2125HM300-T

FB115 FBM2125HM300-T

HP_13812

8
7
6
5

3

1

R684
20K3

Q48

2N7002

12V_VCC

C397

0.1u3

C699220uU45

+

+

C701220u

2

R688 10K3

HP_138

+5V_AMP

C702
10u10

5VS

R683
20K3

HP_138

HPL

HPR

RESET 11

FB57 0R6

FB58 0R6
FB59 0R6

FB60 0R6

EN 57

Q53
2N7002

3

C368

C367

R382

R383

1K3

1K3

AMP_SLEEPn

change resister 0 ohm to BEAD first

C369

1000p3

1000p3

1000p3

1+
1­2­2+

5VCC

FB55 BEAD/6

+5V_AMP

12

R399
NC/1K3

3

Q43

NC/2N7002

1

CON15

1
2
3
4
5
6
7

AudioPWR4606-07

C710

0.1u3

FB112 FBM2125HM300-T

FB116 FBM2125HM300-T

7

EAR_MUTE

2

HEADPHONE_4P

1

R378 0R5

R380 100R3

R381 0R5

2

3

1

Q54
2N7002

+5V_AMP

2

L : AMP OPERATION
H : AMP SLEEP

C389

0.1u3

12

R685
22

CON13

1
2
3
4

SPEAKER

AMP_SLEEP 12

1
2
3
4

PROJECT : NEW- 32

Quanta C o m p uter Inc.

Title

Size Document Num ber Rev

Custom

Date: Sheet

TI -A UDI O-AMP

I/O

MQC2.OA LA

1

1

2

2

3

3

4

4

CON12

B

of

16 23Monday, April 17, 2006

EN 58

MB_AL22
MB_AR22

5V_VCC

SIF_DTV15

SIF_IN20

5V_DSUP

USCL8

USDA8

I2S_SDO
I2S_WS
I2S_BCK

5VCC

FB71 BEAD/ 5

7

MB_AL

R405 0R3 C740

MB_AR

R406 0R3

IO_L

IO_L20

IO_R

IO_R20

FB63 BEAD/ 3

C408

C409

10u5

1.5n3

C711 NC/56p3
C416 56p3

C417 56p3
C419 NC56p3

R840 1M
X1

18.432MHz

C423

3.3p3

R414 10K3

R422 100R3
R424 100R3

I2S_BCK
I2S_WS
I2S_SDO

I2S_SDI

R439 1.5KR3
R440 1.5KR3
R441 1.5KR3

C449 0.1u3

U26

1

SDI

2

LRI

3

BCKI

COUNT1

4

VSS

COUNT0

NJU26901

2V5A

R456
10K3

5V_VCC

MQC2.OA LA

R403 NC100K3
R404 NC100K3

C398 2.2u5

C399 2.2u5
C400 2.2u5
C401 2.2u5

C404

10u5

C410
470p3

C424

3.3p3

R417
0R3

C432

NC3

R426 1KR3
R427 1KR3
R428 1KR3
R430 0R3

8

VDD

7

SDO

R442 0R3

6
5

5V_VCC

2V5A

2

Q27

31

RHU002N06

C451

10u10

RCA_LOU T
RCA_ROUT

ADD CAP.

C412
10u5

32
31
30
29
28
27

VREF1

26
25
24

NC_8

23
22

NC_6

21
20
19

VREF2

18
17

HPM_L

C742

HPM_R

10U5

C743
10U5

R421
NC3

C434
NC3

U27

LD1117-SOT223

VOUT

VIN

VOUT

ADJ

1

R454 124R3F

C407

0.1u3

R453 1K3

R455 1K3

35

38

36

37

NC/SC3INL

NC_14/ASG

NC/SC4INR

NC/SC3INR

NC_11/CAPL_A

NC_10/SC2OUTL

NC_9/SC2OUTR

NC_7/DACM_SUB

FB72

12

PC_AUDIO_IN

C406

3.3u5

33

34

AHVSS

AGNDC

CAPL_M

NC/SC4INL

AHVSUP

SC1_OUT_L

SC1_OUT_R

DACM_L

DACM_R

NC/DACAL

NC/DACAR

16

5V_VCC

3

1
3
4
5
2

C405

0.1u3

43

48

47

41

44

42

45

39

40

ASG

49
50
51
52
53
54
55
56
57
58
59
60
61
62
63
64

2V5A

R443 NC0R3 C448 2.2u5
R444 0R3

R590 NC1K3
R591 NC1K3

R457
10K3

AVSS

AVSUP
ANA_IN1+
ANA_IN­NC_18/ANA_IN2+
TESTEN
XTAL_IN
XTAL_OUT
TP
NC_19/AUDCLOUT
NC_20
NC_21/SPDI FOUT
D_CTR_I/O_1
D_CTR_I/O_0
ADR_SEL
STANDBYQ
NC_22

I2C_SCL1I2C_SDA2I2S_CL3I2S_WS4I2S_DA_OUT5I2S_DA_IN6ADR_DA/I2S_DA_I N37ADR_WS/I2S_DA_IN48ADR_CL9DVSUP10DVSS11I2S_DA_IN212NC_113NC_2/I2S_CL314NC_3/I2S_WS315RESETQ

C433
NC3

5V_VCC

SDI1

2V5A

I2S_SDISDI1

VREFTOP46MONO_IN

FB70

BEAD/3

SC1_IN_L

SC2_IN_R

SC1_IN_R

MSP34X5G

5VCC

SC2_IN_L

NC_17/ASG

U24

5V_DSUP

C435 220p3
C437 470p3
C439 1.5n3
C440 10u5

BEAD/5

R458 124R3F

CON16

PC AUDIO

IN

C457

C458

1000p3

1000p3

C750
1n3

C411

0.1u3

R410 100R3

R411 100R3

RCA_LOUT
RCA_ROUT

C425
0R3

C426
0R3

HPM_L
HPM_R

R831
100R3

R832
100R3

R425 0

4
2

R459
47K3

R829 100R3

R830 100R3
C751

1n3

C752 NC10u5

serial a cap

C421
1n3

R412
0R3

R415
0R3

HPAM_L 16

HPAM_R 16

C744

C745

1n3

1n3

L1 L2

2V5A

C45522u10

PC_R

PC_L

R460
47K3

C738 0R5
C739 0R5
C741

NC/1n3

NC/1n3

C418 0R5
C420 0R5
C422

1n3

C427
NC1n3

RESET_MSP 12

R833
NC/0R

R834
NC/0R

C456

0.1u3

L2

RCA_AU_LOUT 4

R2

RCA_AU_ROUT 4

5V_VCC

FB66 BEAD/ 3

FB117 NCBEAD/ 3

increase bead & serial 8V power

L1

RGB_LOUT 15,20

R1

RGB_ROUT 15,20

AMP_L 16

C428
NC1n3

R2R1

AMP_R 16

R741
10K

AUDIO_SW012
AUDIO_SW112

R850 0R6
R852 0R6

R740

10K

8V_VCC

HDMI_R4

HDMI_L4

J1

RCA1103-XXXX

PC_R
Y3_R

HDMI_R
PC_L

Y3_L
HDMI_L

59

38

17

D27NC

6

4

2

C431
47p3

C703
10U5

C441 2.2u5
C442 2.2u5

C444 2.2u5

C450 2.2u5
C453 2.2u5

R851 0R6
R853 0R6

C413150p3

L47
820nH/5

NC/75R3F
R418

R431

47K3

R445

47K3

C615470p3

R407

C61856p3

75R3F

R602

825R3

FB67 BEAD/3

FB68 BEAD/3

FB69 BEAD/3

D30
NC

R434

R433

47K3

47K3

R446

R447

R448

47K3

47K3

47K3

D28NC

C414150p3

R413 0R3

R416 0R3

R435

47K3

R450

R449

47K3

47K3

L48
820nH/5

1000P3

R437

47K3

R451

47K3

HD_Y 14

HD_PB 14

HD_PR 14

C617470p3

R408

C62056p3

75R3F

R604

825R3

C4470. 1u3

R438

R452

C429

47K3

47K3

0.1u3

12
14
15
11

10

C61956p3

R419

47K3

C438

U25

X0
X1
X2
X3

1

Y0

5

Y1

2

Y2

4

Y3

6

/INen
A

9

B

74HC4052D

L49
820nH/5

C616470p3

D29NC

R409

C415150p3

75R3F

R603

825R3

HDCVBS

CVBS3 8

Y3_L

R420

47K3

L37 22R5

R429
NC3

16

13

3

7
8

MB_R
MB_L

C446
10u5

Y3_R

5VCC

R709
22R5

MB_R 22
MB_L 22

L36
0R3

C430

1000P3

12

C436

+

100U

<spec>

VDD

X

Y

VEE
VSS

PROJECT : NEW -3 2

Quanta Com puter Inc.

Title

Size Document Num ber Rev

Date: Sheet

SOUND DECO DER&PRO CESS

Custom

I/O

17 23Monday, April 10, 2006

B

of

DRE0

DRE09

DRE[2..9]9

DGE[2..9]9,19

R713
R714
R715
R716
R717
R718
R719
R720

DBE[2..9]9,19

DRE19

DGE09
DGE19

DBE09
DBE19

NC/22R2
NC/22R2
NC/22R2
NC/22R2
NC/22R2
NC/22R2
NC/22R2
NC/22R2

DRE1
DRE2
DRE3
DRE4
DRE5
DRE6
DRE7
DRE8
DRE9

DGE0
DGE1
DGE2

R592

DGE3

R593

DGE4
DGE5
DGE6
DGE7
DGE8
DGE9

DBE0
DBE1
DBE2
DBE3
DBE4
DBE5
DBE6
DBE7
DBE8
DBE9

DHS9
DVS9
DCLK9
DEN9

DHS
DVS
DCLK
DEN

NC/22
NC/22

DDG2
DDG3

DDB2
DDB3
DDB4
DDB5
DDB6
DDB7
DDB8
DDB9

DCLK
DRE2

DRE4
DRE6
DRE8
DGE0
DDG2
DGE4
DGE6
DGE8
DBE0
DDB2
DDB4
DDB6
DDB8
DHS

5VCC

GND

JP1

1 2
3 4
5 6
7 8
9 10
11 12
13 14
15 16
17 18
19 20
21 22
23 24
25 26
27 28
29 30
31 32
33 34
35 36
37 38

39

42

40

43

41

NC /2-767004-2

R203 NC
R204 NC

DCLK
DRE1DRE0
DRE3
DRE5
DRE7
DRE9
DGE1

DDG3

DGE5
DGE7
DGE9

DBE1
DDB3
DDB5
DDB7
DDB9

DVS

GND

DNX Interface for 328

DEN

FIELD 12

EN 59

7

MQC2.OA LA

Size Document Number Rev

A

Date: Sheet

PROJ ECT :

Quanta C om puter Inc.

DNX Interface for 328

18 23Monday, April 10, 2006

of

A

EN 60

7

MQC2.OA LA

OPTION

FB82 FOR QDI /26"
FB81 FOR CMO 32"/AU 32"

R515 NC3

R517 4.7K3

LCD_PWR12

2

FB81

BEAD/6

3

1

R516 1K3

Q29
MMBT3904L

5VCC 12V

1 2

FB82

NC/BEAD_120/6

1 2

C510
1u5

R514
47K3

DGE[2..9]9,18
DBE[2..9]9,18

DBE39,18
DBE29,18

DBE59,18
DBE49,18

DBE99,18
DBE89,18

DBE79,18
DBE69,18

DGE39,18
DGE29,18

Q28

2
3
4 5

SI9435

CON18

1

DBE3

R504 0R2

DBE2

R505 0R2

DBE5

R506 0R2

DBE4

R507 0R2

DBE9

R508 0R2

DBE8

R509 0R2

DBE7

R510 0R2

DBE6

R511 0R2

DGE3

R512 0R2

DGE2

R513 0R2

FB84

81
7
6

BEAD/6

12

ATX1OUT0­ATX1OUT0+

ATX1OUT1­ATX1OUT1+

ATX1OUT2­ATX1OUT2+

ATX1CLKOUT­ATX1CLKOUT+

ATX1OUT3­ATX1OUT3+

LCDVCC

12

C511
470U

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

LVDS_3800-20

12

C512

0.1u3

PROJECT : NEW-32

Quant a C om puter Inc.

Title

Size Document Number Rev

Custom

Date: Sheet

I/O

LVDS_OUTPUT

19 23Monday , Apri l 10, 2006

B

of

EN 61

7

AV4

IN/OUT

CON19

AV3

GND

AV3_L

GND

AV3_R

GND

WOOFER

AV3_7-PIN

MQC2.OA LA

7
6
5
4
3
2
1

C520

1000p3

1 2

C521
1000p3

FB86 BEAD/5
FB87 BEAD/5
FB88 BEAD/5

1 2
1 2
1 2

R539 75R3F

1 2

1 2

C522
120p3

5VCC

BSN20

FB85

BEAD/5

C517 470U

C518 10u5

C519 10u5

3

Q33

1

12

2 1

+

1 2
1 2

2

16

4
7

9
12
14
13

R541 100R3

C514

0.1u3

1 2

U31 3257

VCC
1A
2A
3A

4A
4B1
4B2

1B2
2B2
3B2
1B1
2B1
3B1

GND

AV5VCC

OE

S

+

2 1

3
6
10
2
5
11

15
8
1

C513
100U

<spec>

R520
100K3

R521

R522

100K3

100K3
R524 100K3
R525 100K3
R526 100K3

R531 560R3
R532 560R3
R534 0R3
R535 560R3
R536 560R3

R540
100R3

"1" AV4_IN
"0" AV4_OUT

CVBS4 8
IO4_L 22
IO4_R 22

AV4_IN_OUT_SW 12

Q30NC2

1 3

R527
47R3

R537
NC/1K3

R523
NC/47K3

V4_OUT

R528
NC/47K3

AV5VCC

MMBT3904L

1 3

R538
1K3

R518

47K3

C515
10u5

2

1 2

R529

47K3

H2

Q32

MMBT3904L

Q31

H1

1 3

R533
1K3

H3

R519

47K3

C516
10u5

1 2

R530

47K3

SUB_RSUB_L

H4

2

IO_DET_212

200132FR050XX00ZU

CN1

4950
4748
4546
4344
4142
3940
3738
3536
3334
3132
2930
2728
2526
2324
2122
1920
1718
1516
1314
1112
910
78
56
34
12

SUB_R

SIF_IN 17
RGB_ROUT 15,17

SVIDEO_C1 8

SVIDEO_Y1 8
CVBS1 8
CVBS2 8
SCART_B 6
SCART_G 6
SCART_R 6

T_SW 12
T_FB 5,9

IO_R 17

RESET_IO

Q38

NC/MMBT3904

5VCC

1 3

R565
NC47K3

2

R566

NC1K3

COMPOSITE_58

RGB_LOUT15,17

TUNER_SDA8,15
TUNER_SCL8,15

IO_DET_112

TV_SYNC_DET12

SUB_L
V4_OUT

12V

5VCC

RESET_IO

T_VS6

T_HS6

IO_L17

H-S394D177P2

1

Change Footprint

RESETn 5,12

H-S394D177P2

1

J2

1
2
3
4

Heatsink-2+2P

H-S394D177P2

1

1
2
3
4

H-S394D177P2

1

J3

1
2
3
4

Heatsink-2+2P

1
2
3
4

PROJECT : NEW- 32

Quanta Com puter Inc.

Title

Size Document Number Rev

B

Date: Sheet

IO_CONNECT

I/O

20 23Monday , April 10, 2006

B

of

5VSS

1

EN 62

5VSS5VS

D40
1N4148

R543

C527

0.1u3

1 2

C651
10u5

10K3

R545
NC

C530

0.1u3

7

8

+

2

470U

R549
0R5

10u10

C526

C524

U32

EN

SYNC

C523 0.01u3

2

1

VIN

MP1583

GND

4

6

BS

VSW

COMP

C533

0.1u3

R552
10K3

FB

3

5

SOIC8-6-1_27

C534
NC

D32

EC31QS04

R547 10K5F

Vout=1.22 X(R221+R222)/R222

L43 22UH/SIQ127

C531

R550

5.76K5F

47u10

0.1u3

1.8V
4K75

R559
R561

10K

1

C528

1000U

2C532

V33

2.6A

V33

5VS

C565

1.9V

5.6K
10K

D33
NC

NC1u5

Q37

MMBT3904

+

C529
1000p3

2.0V
6K34
10K

R548

4.7K3

R574

0R3

3

2

R572 NC0R6

2
3
4 5

SI9435

1

R551 100K3

C614
10U5

1 2

Q36

L44

12

BEAD/6

C733

81

470U

7
6

POWER_ONA 7

POWER_ON 12,15,22

D31

SSM14LAPT

V33SW

1

+

2

C556
22u10

D49

SSM14LAPT

C713
10U5

D51

1N4148

1

L41

1 2

NC/BEAD/6

SI2301DS

2

R742
100K

5VCCA

2
3
4 5

3

U54

Q52

NC/SI9435

+

C525
1000u

5VCC

81
7
6

7

MQC2.OA LA

5VCC

D50

SSM34L

Be removed

5VSS

1

+

470U

2

C537

R560
0R5

C538
10u10

C539

0.1u3

C652
10u5

1 2

R553
10K3

D41
1N4148

0.1u3

R555
NC

C546

7

8

U33

EN

SYNC

2

VIN

MP1410

GND

4

C535 0.01u3

1

BS

3

VSW

5

FB

COMP

SOIC8-6-1_27

6

C552

0.1u3

R562

C554

10K3

NC

L45 10UH/SIL104

D34

EC31QS04

R561
10K5F

5VSS

Vout=1.22 X(R228+R229)/R229

1

+

2

47u10

C549

C550

0.1u3

C543
1000p3

V20

1.2A

1

D36
NC

2

+

C542
1000U

Change voltage from 2.0V to 1.8V

C540
470U

R558
0R5

C541

0.1u3

R554
10K3

R556
NC

C547

0.1u3

D42
1N4148

1 2

C653
10u5

7

8

U34

EN

SYNC

2

VIN

MP1410

GND

4

C536 0.01u3

1

BS

VSW

FB

COMP

SOIC8-6-1_27

6

C553

0.1u3
R563

10K3

Vout=1.22 X(R234+ R237)/R237

L46 47UH/SIL104

PAN

3

D35

EC31QS04

5

R557 10.5K5FR559 5.6K3F

C551
47u10

R564

C555

10K5F

NC

Size Document Number Rev

B

Date: Sheet

C548

0.1u3

PROJECT : DC-DC

Quanta C om puter Inc.

DC-DC

C545
1000p3

1

+

C544
470U

2

V25

1.7A

D37
NC

21 23Monday , April 10, 2006

of

C

EN 63

7

MQC2.OA LA

DVBT_TX12

RXD_A3

R651 0R3
R652 0R3

TxD_A exchange with RxD_A

DVBT_RX12

TXD_A3 UART_SW1 3,12

AUDIO_SW312
AUDIO_SW412

R653 0R3
R654 0R3

MB_R17
DTV_AR15
DVBT_R15

IO4_R20

MB_L17
DTV_AL15
DVBT_L15

IO4_L20

R750 NC/0R3
C717 NC/2.2u5
C718 NC/2.2u5
R751 NC/0R3

R752 NC/0R3
C721 NC/2.2u5
C722 NC/2.2u5
R753 NC/0R3

R754 NC/0R3
R755 NC/0R3

12
14
15
11

1
5
2
4

74HCT4052

MB_R17
MB_L17

C715
NC/10U5

5VS

12

16

A0

VDD

A1

An
A2
A3

Bn

VEE

E

B0

GND
B1
B2

S1

B3

S0

U40

ADD two pull high resistances

C648

0.1u3

R844

R845

3.3K

3.3K

13

3
7

6
8

R658 100

9

R659 100

10

R775 0R3
R776 0R3

R746

R747

NC/47K3

R756

R757

NC/47K3

NC/47K3

NC/47K3

DVBT_TX_5V 15

DVBT_RX_5V 15

UART_SW0 3,12

MB_AR 17
MB_AL 17

R748

R749

NC/0.1u3

12

NC/47K3

R758

NC/47K3

14

NC/47K3

15
11

10

R759

NC/47K3

12

+

C716

U55

X0

VDD
X1
X2
X3

1

Y0

5

Y1

2

Y2

4

Y3

6

/INen
A

VEE

9

B

VSS

NC/74HC4052D

R744 NC/22R5

C714
NC/100U

<spec>

16

13

X

3

Y

7
8

C645

100p3 nc

GND

POWER_ON12,15,21

POWER_KEY12,15

TP96

VGA_WEAK_UP3,12

R745
NC3

MB_AR
MB_AL

FB101

R645

4.7K3 nc

SW_LPC

C646

15p nc

12MHz nc

GND

5VCC

R743
NC/22R5

12

C719
470U/16V

MB_AR 17
MB_AL 17

Title

Size Document Number Rev

A

Date: Sheet

R646

4.7K3 nc
U39

1

P0.0

20

P0.1

19

P0.2

18

P0.3

17

P0.4

16

P0.5

14

P0.6

13

P0.7

7

P3.0

6

P3.1

GND

5VS

C720NC/0.1u3

C647
15p nc

FB102

NC/BEAD/5

X2

POWER BLOCK D I AGR AM

<Doc> <RevCode>

BEAD/ 5 nc

15

P1.0
P1.1

VDD

P1.2
P1.3
P1.4
P1.5
P1.6
P1.7

VSS

P89LPC921 nc

5

GND

C649

NC/0.1u3

3.3VS

12
11
10
9
8
4

R647 100R3 nc

3

R648 100R3 nc

2

TXD_LPC 3
RXD_LPC 3

SCL 4,5,8,12
SDA 4,5,8,12
IR_R 12,15

LED1 12,15
LED2 12,15

U41

NC /LD1117-SOT 223

3

VIN

R655

NC/205R3F

1

VOUT
VOUT

ADJ

R656

NC/124R3F

22 23Monday, April 10, 2006

4
2

of

C650

NC/100U

3.3VS

12

+

EN 64

7

MQC2.OA LA

12V_Audio

5VS

5VCC

12V

POWER_ON

(PW328 portC.3)

POWER

Audio AMP

5VCC

5VSS

SW POWER

SW POWER

SW POWER

Regular

Regular5VCC

V33

Regular V18A

V25

V20

V33A

PW328, DDR & Flash

V33_AMP

V33SW Regular V18A1

Regular V18SW

V33SW

Regular5VCC or 5VSS

V33A1

PW3300B & SDRAM

V33SW

V33SW

5VCC 5VCC & 12V

5VCC or 12V

MSP3415
LCD Power

Regular

V18_AMP

PW9700 & LVDS Tr

IO Board

TA1218 & Tuner

Regular

VR1_8

SiI9011

Title

POWER BLOCK D I AGR AM

Size Document Number Rev

<Doc> <RevCode>

A

of

Date: Sheet

23 23Monday , April 10, 2006

EN 65

CPU board

C2
SCD1UX

C5
SCD1UX

C8
SCD1UX

+5VD

C3
SC1KP

C6
SC1KP

C9
SC1KP

+5VM

+3V3M 3V3

+1V8M +1V8

FB3

FBM2125HM330

FB5

FBM2125HM330

EC220U_10V

FB6

FBM2125HM330

EC220U_10V

C1
SC10U10V

12

C4

+

12

+

C7

+12VM

PR3

FBM2125HM330

12

+

PC3
NC

PC2
EC100U_25V

PR4

FBM2125HM330

PC4
SCD1UX

PR1
10KR3F

PR2
NC

PC13
SCD1UX

7

8

+5VMOS

+3V3M

R215
NC

R217

S-5V_PWR_ON7

4D7KR3F

2

R216 1KR3

3

1

Q18
2N7002E

C209
SC1UY

HI: +5VM ON
LO: +5VM OFF

R214
47KR3

2

VIN

EN

PU1

MP1410

SYNC

GND

4

U20

2
3
4 5

SI9435BDY

1

BS
VSW

COMP

6

FB

PC14
SCD1UX

PR7
10KR3F

PC1
SCD1UX

PL1 22UH

3.3SW +3V3_SRC

3

3.3FB

5

PC15
NC

PD1
SSM34L

8D2KR3F

PR6

4D7KR3F

PR5

PC9
NC

+5VM

FB38

81
7

FBM2125HM330

6

C210
SC10U10V

PC10
SCD1UX

80mil

PC11
SC1KP

3.3GND

12

PC12
470uF/25V

+3V3M

4.7U/10V-080 5

FB1 FBM2125HM330

(0.58A)

12

PC18

+3V3M

1.175A

PR8
0R3

PC19
SCD1UX

12

PU2 G965

1

EN

2

VIN

PC20

4.7U/10V-0 805

+12VM

0.4A

(0.25A)

+5VMOS

1.13A

(0.36A)

VO
GND
GND
GND
GND

ADJ

4

PR10
9D1KR3F

1 2

3
7
6
8
5

PR9
4D7KR3F

12

12

PC5
470uF/25V

PC7
470uF/25V

FB2

FBM2125HM330

PC6
SCD1UX

FB4

FBM2125HM330

PC8
SCD1UX

PC16
SCD1UX

12V_IN

1
2
3
4

5V_IN

5
6
7
8

FB25 FBM2125HM330

(0.42A)

PC17
SC10U10V

CON1

ETY 4501-08

+1V8M

0.55A

7

MQC2.OA LA

R4
750R3

R9
470R3

+5VD

135

78

RN1

8P4R-10K

642

+5VD

U1A
SN74HCT14PWR

147

1 2

+5VD

S-RESET_IO7

Q2
2SC4081

+5VD

R6
47R3

ZD1
3D3V

R11
180R3

R14
1KR3

Q3
2SC4081

Q5
2SC4081

31

2

2

31

2

2

R5
10KR3

31

2

Q1
2SC4081

31

2

PIO_RESET#4

31

31

Q4
2SC4081

Q6
2SC4081

+5VD

R7
2D2MR3

C12
SCD1UX

U1B

147

SN74HCT14PWR

3 4

+5VD

9 8

147

5 6

U1D
SN74HCT14PWR

147

R1
68R3

R3
NC

U1C
SN74HCT14PWR

+5VD

R2
10KR3

+5VD

C10
SCD1UX

+5VD

C11
SCD1UX

SCREW1

SCREW HOLE

DCU_RESET #4

+5VD

147

1

3

2

U2A
SN74HCT08PWR

6

R8

1KR3

4
5

+5VD

147

U2B
SN74HCT08PWR

+5VD

+5VD

R12

10KR3

RST_ NIM #4

U2C

147

SN74HCT08PWR

9

8

10

R13
68R3

R10
2D2KR3

RST _C PU# 4

RST _FM # 5

RST _FE# 3 ,8

SCREW4

SCREW HOLE

SCREW9

SCREW HOLE

SCREW2

SCREW HOLE

1

SCREW5

SCREW HOLE

1

SCREW HOLE

1

1

1

SCREW10

1

SCREW3

SCREW HOLE

1

SCREW6

SCREW HOLE

1

SCREW11

SCREW HOLE

SCREW7

SCREW HOLE

SCREW HOLE

1

1

SCREW12

1

SCREW8

SCREW HOLE

1

Quanta Computer I nc.,

C

ET TV RD4

POWER

AD6

28Friday , Augus t 18, 2006

B

of

Titl e

Size Document Number Rev

Date: Sheet

EN 66

To / Fr om HOST

S-I2C_CLK4,7,8

S-I2C_DAT4,7,8

S-I2C_CLK_T8

S-I2C_DAT_T8

To TD1 316 / FQD1216

POS-IF8

NAG- IF8

3V3

FB26 F BM2125HM330

C29

SC10U10V

+1V8

FB27 F BM2125HM330

SC10U10V

C36

7

+1V8

R19 68R3

R23 68R3

C21 SCD1UX

C22 SCD1UX

MQC2.OA LA

L1 1UH

SCD1UX

C18

SC100PN

IF01

IF02

C24 SC33PN

C25 SC33PN

C30
SC1KP

C38

C37

SCD1UX

SC1KP

(4.032mA)

C13

I2C0
I2C1

C19
SC100PN

+3V3D

C20 SC22PN

C23 SC22PN

X1

20.48MHz

(1.96mA)

C31

C32

SCD1UX

SCD1UX

C39
SCD1UX

+1V8A_PLL

+5VD

R21
4D7KR3

X01

X02

+3V3D

C40
SCD1UX

+3V3D

R22
4D7KR3

R27 10KR3

LOCK

C33
SCD1UX

(100mA)

C41
SCD1UX

Circuit Diagrams

SCD1UX

2ND_ADC

22

26

34

33

DVDD

PLLGND

PLLTEST

DGND/RFLEV

U3

ZL10353

I2C address : 0x1E

4

5
35
36

10
11

12
15
16
17
18

30
31

23
24
27

C42
SCD1UX

R16 0R5

R18 NC

+1V8A_PLL

SCL_1
SDA_1
SCL_2/GPP0
SDA_2/GPP1

SLEEP
STATUS

SADD4
SADD3
SADD2
SADD1
SADD0

VIN
VIN

XTI
XTO
OSCMODE

+1V8D

RFLEV/GND

21

PLLVDD(1V8)

CVDD(1V8)7CVDD(1V8)19CVDD(1V8)37CVDD(1V8)39CVDD(1V8)59CVDD(1V8)64VSS1VSS3VSS8VSS14VSS20VSS25VSS38VSS40VSS46VSS55VSS

+1V8D

MT352:
R16=NC
R17,R18=0R5

ZL10353:
R16=0R5
R17,R18=NC

+1V8_ADC

C14

R17 NC

+3V3D

54

VDD(3V3)2VDD(3V3)13VDD(3V3)45VDD(3V3)

MT352:
R33=100R3, R34=1KR3, C28=10UF, C27=0.1UF
R36=100R3, R35=1KR3, R37= 1KR3, C34= 0. 1UF, C35=10UF

ZL10353:
R33=0R3, R32=1KR3, R34= 10KR3, C28= 22NF, C27=NC
R36=0R3, R35=1KR3, R37= 10KR3, C35= 22NF, C34=NC

28

32

29

AGND

AVDD(1V8)

AGC2/GPP2

60

(28.8mA)

SCD1UX

AGND

AGC1
GPP3

SMTEST

MOSTART

MOVAL
MOCL K
MODE 0
MODE 1
MODE 2
MODE 3
MODE 4
MODE 5
MODE 6
MODE 7

BKEER

IRQ

MICLK

RESET

FE_RST#

C15

L2 1UH

41
42
43
44

47
48
61
49
50
51
52
53
56
57
58

62
6

63
9

C17

SC1KP

FED0
FED1
FED2
FED3
FED4
FED5
FED6
FED7

EER

RF_AGC-OUT
IF_AGC-OUT

MOSTART
MOVAL
MOCLK

R30 33R3

R31 68R3

C26
SC100PN

+1V8

C16
SC22U10V

R24 0R3
R25 0R3
R28 0R3

FE_RST#

FED3
FED2
FED1
FED0

FED7
FED6
FED5
FED4

C190 NC

Rev.B: Place guard trace

RN2 8P4R-0

1 2
3 4
5 6
7 8

1 2
3 4
5 6
7 8

RN3 8P4R-0

RST_FE# 2,8

TS1_DATA-IN3
TS1_DATA-IN2
TS1_DATA-IN1
TS1_DATA-IN0

TS1_DATA-IN7
TS1_DATA-IN6
TS1_DATA-IN5
TS1_DATA-IN4

TS1_PSYNC-IN 6,8
TS1_VALID-IN 6,8
TS1_BCLK-IN 6,8

TS1_DATA-IN[0..7] 6,8

TS_ERROR# 4

IF_AGC-OUT

RF_AGC-OUT

R33

0R3

R36

0R3

LOCK

AGC01

AGC02

R29 4D7KR3

+5VD

R32
1KR3

R34 10KR3

C27
NC

+5VD

R35
1KR3

R37 10KR3

C34
NC

+5VD

2

R26
470R3

12

LED1
L314HD-SS

31

Q7
2SC4081

(To Tuner)

C28
SCD022U

(Only For TD1316)

C35
SCD022U

IF_AGC 8

RF_AGC 8

Quanta C omputer Inc.,

Title

Size Document Number Rev

A3

Date: Sheet

ET TV RD4

COFDM DEMODULATOR

AD6

of

38Friday, Aug us t 18, 2006

A

EEPROM

I2C ADDR ESS : 0 xA0

U5

1

NC

VCC

2

NC

*WC

3

NC

SCL

VSS4SDA

24LC32A/SN

Rev.B: Cha n ge to 24LC32

To/ From Main Board

8
7
6
5

S-UART _RX7

S-UART_TX7

GADR[0..15]5,6

3V3

I2C4

R56 68R3

I2C5

R57 68R3

3V3

C91
SCD1UX

SN74HCT14PWR

R59
2D7KR3

+5VD

U1E

H2 NC

H3 NC

S-I2C_CL K_ROM
S-I2C_DAT_ ROM

R60
2D7KR3

147

1110

4
3
2
1

4
3
2
1

+5VD

SN74HCT14PWR

GADR9
GADR10

GADR11
GADR12
GADR13
GADR14
GADR15

GADR1

GADR0

12
13

GADR2
GADR3

GADR4
GADR5
GADR6
GADR7
GADR8

R177 NC
R178 NC
R179 NC
R180 NC

R184 NC
R185 NC
R186 NC
R187 NC

GDAT[0..7]5,6

ANT_PWR_ON#8
PCM_DEMP07
PCM_DEMP17
PIO_RESET#2

+5VD

U1F

Circuit Diagrams

EN 67

7

MQC2.OA LA

3915X_CVBS7

3915X_GREEN7
3915X_RED7
3915X_BLUE7

Place guard trace

MODRI
MODDCD
MODDTR
MODDSR

MODRTS
MODCTS
MODTXD
MODRXD

DBG_TX D

DBG_RXD

3V3_CPU

RST_NI M#2

CAM-IRQ16

6

GDAT105

6

GDAT115
GDAT145

6

GWE-5,6

6

GDAT135

6

GDAT125

GDAT85

GCS-05
GOE-5,6

GDAT95

GIORD-6

GIOWR-6

GCS-26
GCS-36
GDIR6

GWS_ACK6

1V8_CPU

GDAT0
GDAT1

GDAT2
GDAT3
GDAT4
GDAT5
GDAT6

GDAT7

IRRCV

12

12

12

R191

R192

R193

NC

NC

NC

Reserve fo r M o d e m I/ F

MODRI
MODDCD
MODDTR
MODDSR
MODRTS
MODCTS
MODTXD
MODRXD

253

255

252

254

256

247

251

250

249

248

246

VDDP

GNDP

DBGTXD

DBGRXD

MODTXD

MODCTS

MODRTS

MODRXD

MODDSR

MODDTR

UART MODEM PWM ADC DAC

1

GPIO25

2

GPIO26

3

GADR2

4

GADR3

5

VDDP

6

GADR4

7

GADR5

8

GADR6

9

GADR7

10

GADR8

11

GDAT10

12

GNDP

13

GND

14

GDAT11

15

VDD

16

GDAT14

17

GWE

18

GDAT13

19

GDAT12

20

GADR9

21

VDDP

22

GADR10

23

GADR11

24

GADR12

25

GADR13

26

GADR14

27

GADR15

28

GNDP

29

GDAT8

30

GADR1

31

GCS0

32

GOE

33

GDAT0

34

GDAT1

35

VDDP

36

GDAT2

37

GDAT3

38

GDAT4

39

GDAT5

40

GDAT6

41

VDD

42

GDAT7

43

GUEST BUS

GNDP

44

GND

45

GADR0

46

GDAT9

47

GDAT15

48

GIORD

49

GIOWR

50

GCS1

51

VDDP

52

GCS2

53

GCS3

54

GDIR

55

GALE

56

GWS_ACK

57

GDMARQ

58

GNDP

59

GDMACK

60

GPIO27

61

GPIO28

62

GPIO29

63

GPIO30

64

GPIO31

12

R194
NC

R182 10KR3

R18110KR3

3V3_ADC

243

242

244

241

239

238

237

236

240

245

PWM 1

PWM 2

MODRI

ADCIN 0

ADCIN 1

ADCIN 2

VDDADC

VDDPWM

MODDCD

GNDPWM

ZR39153

R49 392R3F

230

233

231

232

234

235

229

RSET

ADCIN 3

ADCIN 5

ADCIN 4

GNDADC

GNDDAC

GNDDAC

SCARD 1 SDRAM

VDDP

VDDIP

66

CA1_RESET#6

U2D

147

SN74HCT08PW R

11

MODRXD

147

1312

MODTXD

R62 NC

R63 NC

R188 10KR3

R189 10KR3

R190 10KR3

65

RX0
TX0

SCCD167SCCLK168SCRST169SCVCCEN170SCDATA1

GNDP73GNDP

SCDOUT1

71

72

1V8_CPU

RAMDAT24

RAMDAT23

VDDP

VDDP

GNDP

GND

VDD

77

87

91

83

82

80

RAMDAT19

RAMDAT22

RAMDAT27

RAMDAT17

RAMDAT30

RAMDAT21

RAMDAT29

RAMDAT28

RAMDAT26

RAMDAT20

RAMDAT25

RAMDAT18

228

225

227

226

VDDD

VDDD

DAC_RV

DAC_GY

DAC_BU

U4

RAMDAT 1696RAMDAT 1793RAMDAT 1890RAMDAT 1988RAMDAT 2085RAMDAT 2181RAMDAT 2278RAMDAT 2375RAMDAT 2474RAMDAT 2576RAMDAT 2679RAMDAT 2784RAMDAT 2886RAMDAT 2989RAMDAT 3092RAMDAT 31

VDDP

94

97

95

RAMDAT31

RAMDAT16

X2 20.25MHz

X04

X03

1 2

R381MR3

C45

SC22PN

C47
SCD01U

224

223

DAC_Y

DAC_CVBS

RAMDQM298RAMDQM3

GNDP

99

C46
SC22PN

R39
75R3F

X05

R176

R183

10KR3

10KR3

3V3_PLL

3V3_DAC

218

219

220

222

217

221

XIN

VDDD

DAC_C

GNDPLL

GNDDAC

GNDDAC

PLL

RAMADD 2

RAMADD 3

RAMADD 4

RAMADD 5

RAMADD 6

VDDP

104

100

101

102

105

103

205

210

211

212

206

209

215

204

207

216

208

214

213

AIN

VDD

GND

XOUT

GNDP

SPDIF

VDDIP

RESET

GPIO22

GPIO23

GPIO24

VDDPLL

AUDIO

RAMADD 0

RAMADD 1

RAMADD 7

RAMADD 8

RAMADD 9

RAMADD 10

GNDP

VDD

GND

GNDP

VDDP

RAMADD 11

RAMBA 1

109

106

108

110

113

112

119

117

114

116

107

111

118

115

ACLK01
ACLK02
ACLK03
ACLK04

1V8_CPU

3V3_AAM

3V3_CPU

198

197

196

194

195

199

203

193

201

200

202

VDDP

ABCLK

AOUT2

AOUT1

AOUT0

AMCLK

GPIO20

GPIO21

ALRCLK

GNDAAM

VIDVALID

VDDPAAM

GNDP

TS2CL K

VDDP
TS2DATA0
TS2DATA1
TS2DATA2
TS2DATA3
TS2DATA4
TS2DATA5
TS2DATA6
TS2DATA7

TS2

TS2START

GNDP

TS2VALID

VDDP

TS1VALID
TS1START
TS1DATA7
TS1DATA6

TS1DATA5

GNDP
TS1DATA4
TS1DATA3
TS1DATA2
TS1DATA1

TS1

TS1DATA0

TS1CL K
GPIO19

GPIO18

VDDP

SCCD2
SCCLK2
SCRST2

SCVCCEN 2

SCDATA2
SCDOUT2

SCARD 2

GNDP

RAMDAT 0

RAMDAT 15

RAMDAT 1

VDDP

RAMDAT 14

RAMDAT 2

RAMDAT 13

GNDP

RAMDAT 3

RAMDAT 12

RAMDAT 4

VDDP

RAMDAT 11

RAMDAT 5

RAMDAT 10

GNDP
RAMDAT 6
RAMDAT 9
RAMDAT 7

SDRAM

VDDP
RAMDAT 8
RAMDQM0
RAMDQM1

RAMADD 12

RAMBA 0

RAMRAS

RAMCAS

RAMWE

GNDP

RAMCLK

GNDCLK

VDDP

VDDPCLK

125

126

127

120

128

123

124

121

122

3V3_CPU

RAMADD1

RAMADD6

RAMADD4

RAMADD10

RAMADD9

RAMADD8

RAMADD3

RAMADD7

RAMADD2

RAMADD5

RAMADD11

RAMADD0

R45 33R3
R46 33R3
R47 33R3
R48 33R3

VDD
GND

VDD
GND

S-I2C_DAT_ROM
S-I2C_CLK_ROM

3V3_CPU

192
191
190
189
188
187
186
185
184
183
182
181
180
179
178

177
176
175
174
173
172
171
170
169
168
167
166
165
164

163
162

161
160
159
158
157
156
155
154
153

152
151
150
149
148
147
146
145
144
143
142
141
140
139
138
137
136
135
134
133
132
131
130
129

1V8_CPU

SD_CLK

RST_C PU# 2

CAM1-EN 6

3915X_SPDIF 7

C204NCC205

C206

NC

NC

TS_ERROR# 3

TS2CLK
TS2DATA0

TS2DATA1
TS2DATA2
TS2DATA3

For Download and debug

TS2DATA4
TS2DATA5
TS2DATA6
TS2DATA7
TS2START

TS2VALI D

CITS_VALID
CITS_PSYNC
CITSD7
CITSD6

CITSD5

CITSD4
CITSD3
CITSD2
CITSD1
CITSD0
CITS_BCLK

Place guard trace

RAMDAT0
RAMDAT15
RAMDAT1

RAMDAT14
RAMDAT2
RAMDAT13

RAMDAT3
RAMDAT12
RAMDAT4

RAMDAT11
RAMDAT5
RAMDAT10

RAMDAT6
RAMDAT9
RAMDAT7

RAMDAT8

RAM DQM0 5
RAM DQM1 5
RAM WE- 5
RAM CAS- 5
RAM RAS- 5

RAM BA0 5
RAM BA1 5
RAM DQM2 5
RAM DQM3 5

PCM _BCL K_OUT 7
PCM_LRCLK_OUT 7
PCM_CLK_OUT 7
PCM _DAT A_OUT 7

Rev.B: EMI suggestion

CITS_VALID 6
CITS_PSYNC 6

CITSD[0..7] 6
CITS_BCLK 6

CA1_CD1# 6

CA1_CD2# 6

RAMA DD[0. .11 ] 5
RAMDA T[ 0..3 1] 5

Rev.B: Cha nge th e UART
routing of Download port

3V3

FB33 FBM2125HM330

3V3

FB35 FBM2125HM330

3V3

+5VD

R54

R55

10KR3

10KR3

+1V8

IRRCV

FB10 0R 3

SD_CLK

FB7

FBM2125HM330

3V3

FB8 NC

+5VD

S-UART_RX
S-UART_TX
TS2STAR T
TS2DATA6
TS2DATA4
TS2DATA2 TS2DATA3
TS2DATA0
BOOT
TS2CL K

DOWNLOADER BOARD

(1.382mA)

C49

C50

SC10U10V

SCD1UX

(9mA)

C55

C56

SC10U10V

SCD1UX

FB29 FBM2125HM330

(30mA)

C61

SC10U10V

S-I2C_DAT 3,7,8
S-I2C_CLK 3,7,8

FB30 FBM2125HM330

(290mA)

C83

SC10U10V

+5VD

R58
1KR3

J1

1 2
3 4
5 6
7 8
9 10

4515N-T010-NNN

RAM _CL K01 5

C93
NC

R44 47R3

C62 SCD1UX

C63 SCD1UX

C85 SCD1UX

C84 SCD1UX

H1 HEADER _2x10(2.54)

1
3
5
7

9
11
13
15
17
19

C48 SC68PN

3V3_AAM

C51
SCD01U

3V3_PLL

C57
SCD01U

C65 SCD1UX

C64 SCD1UX

C87 SCD1UX

C86 SCD1UX

FB9
FBM2125HM330

Rev.C: Cha ng e IR Inte rfa ce

C92

SC10U10V

SC10U10V

C66 SCD1UX

C88 SCD1UX

C43

2
4
6
8
10
12
14
16
18
20

C67 SCD1UX

C89 SCD1UX

3V3

3V3

C44
SCD1UX

C68 SCD1UX

C90 SCD1UX

TS2VALI D
TS2DATA7
TS2DATA5

TS2DATA1

R40 0R3

R42 NC

FB34 FBM2125HM330

FB36 FBM2125HM330

C72 SCD1UX

C69 SCD1UX

C71 SCD1UX

C70 SCD1UX

1V8_CPU

CPU Core Power

DBG_RX D
DBG_T XD

SC10U10V

C58

SC10U10V

C52

C73 SCD1UX

RST_CPU#

DCU_RESET# 2

C53
SCD1UX

C59
SCD1UX

C74 SCD1UX

C75 SCD1UX

(1mA)

C76 SCD1UX

C60
SCD01U

C54
SCD01U

C77 SCD1UX

3V3_CPU

R41 1KR3

R43 0R3

BOOT

BOOT CONFIG

3V3_DAC

3V3_ADC

3V3_CPU

C79 SCD1UX

C80 SCD1UX

C78 SCD1UX

C81 SCD1UX

C82 SCD1UX

FOR SupraTV 150 ID

GADR4

0 = FLASH

GADR3

1 = FDD

Quanta Computer Inc.,
ET TV RD4

Title

ZR3915X CPU

Size Document Number Rev

D

Date: Sheet

AD6

of

48Friday, August 18, 2006

A

EN 68

7

MQC2.OA LA

Circuit Diagrams

3V3

RAMADD[0..11]4

RAM DAT[ 0. .3 1]4

FB11 FBM2125HM330

C95

SC10U10V

RAM _C LK014

3V3_M EMORY

C97

C96

SCD1UX

SCD1UX

RAMADD11
RAMADD10
RAMADD9
RAMADD8

RAMADD7
RAMADD6
RAMADD5
RAMADD4

RAMADD3
RAMADD2
RAMADD1
RAMADD0

RAMDAT31
RAMDAT30
RAMDAT29
RAMDAT28

RAMDAT27
RAMDAT26
RAMDAT25
RAMDAT24

RAMDAT23
RAMDAT22
RAMDAT21
RAMDAT20

RAMDAT19
RAMDAT18
RAMDAT17
RAMDAT16

RAMDAT12
RAMDAT13
RAMDAT14
RAMDAT15

RAMDAT8
RAMDAT9
RAMDAT10
RAMDAT11

RAMDAT4
RAMDAT5
RAMDAT6
RAMDAT7

RAMDAT0
RAMDAT1
RAMDAT2
RAMDAT3

R61 0R3

3V3_MEM ORY

GCS-04

GOE-4,6

GDAT[0..7]4,6

GDAT94

RN4 8P4R-33

1 2
3 4
5 6
7 8

1 2
3 4
5 6
7 8

RN5 8P4R -33

1 2
3 4
5 6
7 8

RN6 8P4R -33

RN7 8P4R-33

1 2
3 4
5 6
7 8

1 2
3 4
5 6
7 8

RN8 8P4R -33

RN9 8P4R-33

1 2
3 4
5 6
7 8

1 2
3 4
5 6
7 8

RN10 8P4R-33

RN11 8P4R-33

1 2
3 4
5 6
7 8

1 2
3 4
5 6
7 8

RN12 8P4R-33

RN13 8P4R-33

1 2
3 4
5 6
7 8

1 2
3 4
5 6
7 8

RN14 8P4R-33

RAMCLK

C94

NC

Rev.B: Close to SDRAM

H4

NC

SDMR_A11
SDMR_A10
SDMR_A9
SDMR_A8

SDMR_A7
SDMR_A6
SDMR_A5
SDMR_A4

SDMR_A3
SDMR_A2
SDMR_A1
SDMR_A0

SDMR_D31
SDMR_D30
SDMR_D29
SDMR_D28

SDMR_D27
SDMR_D26
SDMR_D25
SDMR_D24

SDMR_D23
SDMR_D22
SDMR_D21
SDMR_D20

SDMR_D19
SDMR_D18
SDMR_D17
SDMR_D16

SDMR_D12
SDMR_D13
SDMR_D14
SDMR_D15

SDMR_D8
SDMR_D9
SDMR_D10
SDMR_D11

SDMR_D4
SDMR_D5
SDMR_D6
SDMR_D7

SDMR_D0
SDMR_D1
SDMR_D2
SDMR_D3

3V3_M EMORY

AM29LV320DT90EF

25

A1

26

CE#

27

GND

28

GDAT0
GDAT1
GDAT2
GDAT3

GDAT4
GDAT5
GDAT6
GDAT7

GADR0

3
2
1

OE#

29

DQ0

30

DQ8

31

DQ1

32

DQ9

33

DQ2

34

DQ10

35

DQ3

36

DQ11

37

VCC

38

DQ4

39

DQ12

40

DQ5

41

DQ13

42

DQ6

43

DQ14

44

DQ7

45

A0

46

GND

47

BYTE#

48

A17

R66 2D2KR3

A2
A3
A4
A5
A6
A7
A8

A18

U7

A19

RY/BY

WP#

NC/A22

RESET

WE#

A21
A20

A9
A10
A11
A12
A13
A14
A15
A16

3V3_MEMORY

3V3

10KR3

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

FB32

FBM2125HM330

3V3_SDM R1

R69

RAM C LK4
RAM DQM 14
RAM DQM 04

GADR[0..15]4,6

R64 0R3
R65 0R3

RST_FM # 2
GWE- 4,6
GDAT13 4
GDAT12 4

GDAT8 4

3V3_SDM R1

C106
SC10U10V

RAM BA14
RAM BA04

RAM WE-4
RAMCAS-4
RAM RA S-4

R70 33R3

3V3_SDM R1

GDAT10 4
GDAT11 4

GDAT14 4

C107
SCD1UX

SDMR_A11
SDMR_A10
SDMR_A9
SDMR_A8
SDMR_A7
SDMR_A6
SDMR_A5
SDMR_A4
SDMR_A3
SDMR_A2
SDMR_A1
SDMR_A0

GADR2

GADR3
GADR4
GADR5
GADR6
GADR7
GADR8

GADR9
GADR10
GADR11
GADR12
GADR13
GADR14
GADR15

GADR0
GADR1

(25mA)

SDMR1_CKE
SDMR1_CLK

16bit flash shoul d be able to
work on 8bit mode

3V3

C108

C109

SCD1UX

SCD1UX

8M/4M*16 SDRAM

21

BA1

20

BA0

35

A11

22

A10

34

A9

33

A8

32

A7

31

A6

30

A5

29

A4

26

A3

25

A2

24

A1

23

A0

19

U9

*CS

16

*WE

17

*CAS

18

*RAS

37

CKE

38

CLK

39

UDQM

15

LDQM

1

VDD

14

VDD

27

VDD

3

VDDQ

9

VDDQ

43

VDDQ
VDDQ49VSSQ

K4S641632H-TC75

Flash speed can be 120nS
Package :TSOP48

AMD
Fujitsu
AMIC
MXIC
WINBOND
SST
ATMEL(R11 TO 3V)
ST(R11 TO 3V )
UTC

3V3_SDM R2

FB31

FBM2125HM330

C98
SC10U10V

RAM BA 14
RAM BA 04

3V3_SDMR2

10KR3

R67

RAM WE-4
RAM CA S-4
RAM RAS-4

RAM CL K4
RAM DQM 34
RAM DQM 24

3V3_SDM R2

C110

C111

DQ15
DQ14
DQ13
DQ12
DQ11
DQ10

VSSQ
VSSQ
VSSQ

C112

SCD1UX

SCD1UX

SDMR_D15

53

SDMR_D14

51

SDMR_D13

50

SDMR_D12

48

SDMR_D11

47

SDMR_D10

45

SDMR_D9

44

DQ9

SDMR_D8

42

DQ8

SDMR_D7

13

DQ7

SDMR_D6

11

DQ6

SDMR_D5

10

DQ5

SDMR_D4

8

DQ4

SDMR_D3

7

DQ3

SDMR_D2

5

DQ2

SDMR_D1

4

DQ1

SDMR_D0

2

DQ0

36

NC

40

NC

28

VSS

41

VSS

54

VSS

6
12
46
52

SCD1UX

(25mA)

C99
SCD1UX

C100
SCD1UX

C101
SCD1UX

8M/4M*16 SDRAM

21

BA1

20

BA0

35

A11

22

A10

34

A9

33

A8

32

A7

31

A6

30

A5

29

A4

26

A3

25

A2

24

A1

23

A0

19

*CS

16

*WE

17

*CAS

18

*RAS

37

CKE

38

CLK

39

UDQM

15

LDQM

1

VDD

14

VDD

27

VDD

3

VDDQ

9

VDDQ

43

VDDQ
VDDQ49VSSQ

R68 33R3

SDMR_A11
SDMR_A10
SDMR_A9
SDMR_A8
SDMR_A7
SDMR_A6
SDMR_A5
SDMR_A4
SDMR_A3
SDMR_A2
SDMR_A1
SDMR_A0

SDMR2_CKE
SDMR2_CLK

K4S641632H-TC75

C113
SCD1UX

System
SDRAM-1

C102
SCD1UX

U8

DQ15
DQ14
DQ13
DQ12
DQ11
DQ10

VSSQ
VSSQ
VSSQ

C103
SCD1UX

DQ9
DQ8
DQ7
DQ6
DQ5
DQ4
DQ3
DQ2
DQ1
DQ0

NC
NC

VSS
VSS
VSS

C105

C104

SCD1UX

SCD1UX

SDMR_D24

53

SDMR_D25

51

SDMR_D26

50

SDMR_D27

48

SDMR_D28

47

SDMR_D29

45

SDMR_D30

44

SDMR_D31

42

SDMR_D16

13

SDMR_D17

11

SDMR_D18

10

SDMR_D19

8

SDMR_D20

7

SDMR_D21

5

SDMR_D22

4

SDMR_D23

2

36
40

System

28
41
54
6
12
46

SDRAM-2

52

Title

Size Document Num ber Rev

Custom

Date: Sheet

Quanta Computer I nc.,
ET TV RD4

MEMORY

AD6

of

58Friday, Augus t 18, 2006

A

GADR[0..15]4,5

GPIO2

CAM-IRQ14

GIORD-4

GIOWR-4

+3V3CI

CA 1_ RESET #4

Circuit Diagrams

EN 69

7

MQC2.OA LA

C124
SCD1UX

C129
SCD1UX

CS-2

R761KR3

CATS1CLK
CATS1 STAR T
CATS1VALID
CATS1DATA0
CATS1DATA1
CATS1DATA2
CATS1DATA3
CATS1DATA4
CATS1DATA5
CATS1DATA6
CATS1DATA7

+3V3CI

+5VCI

SC22U10V

MICLk
MISTRT
MIVAL
MDI0
MDI1
MDI2
MDI3
MDI4
MDI5
MDI6
MDI7

C125
SC1KP

C130
SC1KP

+5VCI

C117

+3V3CI

R74

R75

2D2KR3

2D2KR3

C118
SC22U10V

MDI[0..7]

From Dem odulator

TS1_DATA-IN[0..7]3,8

TS1_VALID-IN3,8
TS1_PSYNC-IN3,8
TS1_BCLK-IN3,8

CA1_CD1# 4
CA1_CD2# 4

CAM1-EN4

GPIO22

MDI3
MDI2
MDI1
MDI0

MDI7
MDI6
MDI5
MDI4

MIVAL
MISTRT
MICLK

CAM1-EN

CATS1DATA0
CATS1DATA1
CATS1DATA2
CATS1DATA3
CATS1DATA4
CATS1DATA5
CATS1DATA6
CATS1DATA7

RN17 8P4R-33

1 2
3 4
5 6
7 8

1 2
3 4
5 6
7 8

RN18 8P4R-33

TS1_DATA-IN0
TS1_DATA-IN1
TS1_DATA-IN2
TS1_DATA-IN3
TS1_DATA-IN4
TS1_DATA-IN5
TS1_DATA-IN6
TS1_DATA-IN7

R80
R82
R85

TS1_BCLK-IN CITS_BCLK
TS1_PS YN C-I N CITS_PSYNC
TS1_VA LID -IN

TS1_D ATA-I N4
TS1_D ATA-I N5
TS1_D ATA-I N6
TS1_D ATA-I N7 CITSD7

TS1_D ATA-I N0 CITSD0
TS1_D ATA-I N2 CITSD2

U12

B1
B2
B3
B4
B5
B6
B7
B8

OE

1

DIR

SN74LVC245APWR

U14

2

1A1

4

1A2

6

1A3

8

1A4
2A1
2A2
2A3
2A4

1

1OE
2OE

SN74LVC244APWR

U16

B1
B2
B3
B4
B5
B6
B7
B8

OE

1

DIR

SN74LVC245APWR

2

A1

3

A2

4

A3

5

A4

6

A5

7

A6

8

A7

9

A8

20

VDD

10

GND

18

1Y1

16

1Y2

14

1Y3

12

1Y4

9

2Y1

7

2Y2

5

2Y3

3

2Y4

20

VCC

10

GND

2

A1

3

A2

4

A3

5

A4

6

A5

7

A6

8

A7

9

A8

20

VDD

10

GND

TS1_D ATA-I N3 CITSD3

TS1_DATA-IN3
TS1_DATA-IN2
TS1_DATA-IN1
TS1_DATA-IN0

TS1_DATA-IN7
TS1_DATA-IN6
TS1_DATA-IN5
TS1_DATA-IN4

18
17
16
15
14
13
12
11

CATS1VALID
CATS1 STAR T
CATS1CLK

19

11
13
15
17

19

18
17
16
15
14
13
12
11

19

33R3
33R3
33R3

TS1DO UT0
TS1DO UT1
TS1DO UT2
TS1DO UT3
TS1DO UT4
TS1DO UT5
TS1DO UT6
TS1DO UT7

C120
SCD1UX

TS1VAL ID
TS1PSY N C
TS1BC LK

+3V3CI

C122
SCD1UX

OE_SW#

C127
SCD1UX

R71
R72
R73

RN15
NC

1 2
3 4
5 6
7 8

RN16
NC

1 2
3 4
5 6
7 8

+3V3CI

TS1DOU T0
TS1DOU T1
TS1DOU T2
TS1DOU T3
TS1DOU T4
TS1DOU T5
TS1DOU T6
TS1DOU T7

+3V3CI

NC
NC

CITS_VALID

NC

CITSD4
CITSD5

RemoveforDVB‐CI

CITSD6

MountforFree‐to‐air

CITSD1TS1_D ATA-I N1

CITSD[0..7] 4

RN19 8P4R- 33

1 2
3 4
5 6
7 8

1 2
3 4
5 6
7 8

RN20 8P4R- 33

FB37 0R3

CITSD3
CITSD2
CITSD1
CITSD0

CITSD7
CITSD6
CITSD5
CITSD4

C203
NC

TS1DO UT3
TS1DO UT2
TS1DO UT1
TS1DO UT0

TS1DO UT7
TS1DO UT6
TS1DO UT5
TS1DO UT4

R81

33R3

R83

33R3

R84

33R3

To CPU

CITS_VALID 4
CITS_PSYNC 4

CITS_BCLK 4

Rev.B: Place guard trace

R86
10KR3

U10

GADR8

18

GADR9

17

GADR10

16

GADR11

15

GADR12

14

GADR13

13

GADR14

12

GADR15

11
19

1

SN74LVC245APWR

U11

GADR0

18

GADR1

17

GADR2

16

GADR3

15

GADR4

14

GADR5

13

GADR6

12

GADR7

11
19

1

SN74LVC245APWR

6

U13

18
17

GOE-4,5
GWE-4,5

16
15
14
13
12
11

19

1

SN74LVC245APWR

GDAT[0..7]4,5

R87 100R3

R89 20KR3

R90 100R3

CS-2

2

CS-3

R91 100R 3

R92 100R3

R88
2D2KR3

31

Q8
2SC4081

GCS-24

GCS-34

GDIR4

GWS_ACK4

CAGADR8

2

B1

A1

CAGADR9

3

B2

A2

CAGADR10

4

B3

A3

CAGADR11

5

B4

A4

CAGADR12

6

B5

A5

CAGADR13

7

B6

A6

CAGADR14

8

B7

A7

CAGADR15

9

B8

A8

20

OE

VDD

DIR

GND

B1

A1

B2

A2

B3

A3

B4

A4

B5

A5

B6

A6

B7

A7

B8

A8

OE

VDD

DIR

GND

B1

A1

B2

A2

B3

A3

B4

A4

B5

A5

B6

A6

B7

A7

B8

A8

OE

VDD

DIR

GND

10

CAGADR0

2

CAGADR1

3

CAGADR2

4

CAGADR3

5

CAGADR4

6

CAGADR5

7

CAGADR6

8

CAGADR7

9
20

10

2
3
4
5
6
7
8
9

20
10

GDAT0
GDAT1
GDAT2
GDAT3
GDAT4
GDAT5
GDAT6
GDAT7

WS_ACK

CA1_RESET-BUFF

C116
SCD1UX

+3V3CI

C119
SCD1UX

CAGOE­CAGWE­CAIORD­CAIOWR-

C121
SCD1UX

U15

18

B1

17

B2

16

B3

15

B4

14

B5

13

B6

12

B7

11

B8

19

OE

1

DIR

SN74LVC245APWR

+3V3CI

+3V3CI

A1
A2
A3
A4
A5
A6
A7
A8

VDD

GND

R78

R77

22KR3F

2D2KR3

WS_ACK

R79 100R3

CA1_RESET-BUFF
CAIOWR­CAIORD­CAGOE­CAGWE-

CAGADR15
CAGADR14
CAGADR13
CAGADR12
CAGADR11
CAGADR10
CAGADR9
CAGADR8
CAGADR7
CAGADR6
CAGADR5
CAGADR4
CAGADR3
CAGADR2
CAGADR1
CAGADR0

D0

2

D1

3

D2

4

D3

5

D4

6

D5

7

D6

8

D7

9
20

+3V3CI

10

C126
SCD1UX

IRQ1

D0
D1
D2
D3
D4
D5
D6
D7

3V3

+5VM

C114
SC22U10V

PX1 PCMCIA

51

VCC

17

VCC

30

D0

31

D1

32

D2

2

D3

3

D4

4

D5

5

D6

6

D7

59

WAIT

16

IREQ

58

RESET

45

IOWR
IORD44MISTRT

9

OE

15

WE

61

REG

14

A14

13

A13

21

A12

10

A11

8

A10

11

A9

12

A8

22

A7

23

A6

24

A5

25

A4

26

A3

27

A2

28

A1

29

A0

34

GND

35

GND

1

GND

68

GND

FB12

FBM2125HM330

FB13

FBM2125HM330

IOIS16

INPACK

MICLK

MOCL K

MOSTRT

MOVAL

C123
SC10U10V

C128
SC10U10V

C115
SCD1UX

VPP1
VPP2

CE1
CE2

CD2
CD1
VS1

MIVAL

MDI0
MDI1
MDI2
MDI3
MDI4
MDI5
MDI6
MDI7

MDO0
MDO1
MDO2
MDO3
MDO4
MDO5
MDO6
MDO7

GND
GND
GND
GND

(20mA)

18
52

7
42

67
36
43

33
60

20
46
19
47
48
49
50
53
54
55
56

57
63
62
64
65
66
37
38
39
40
41

69
70
71
72

Quanta Co mputer Inc.,
ET TV RD4

Title

Size Document N um ber Rev

Custom

Date: Sheet

DVB-CI PCMCIA

AD6

of

68Friday , Augus t 18, 2006

A

H68R PCMCIA

EN 70

7

Rev.B: Cost-dow n F il te r

3915X_CVBS4

R200
15R3F

12

L3

1D8UH

VDO01

R201

75R3F

Rev.B: Cost-down Filter

3915X_GREEN4

PCM_C LK_OUT4

PCM_BCL K_OUT4

PCM_L RCLK_OUT4

PCM_DATA_OUT4

PCM_DEMP04
PCM_DEMP14

PCM1_LOUT AUD15

R202

15R3F

R164 NC
R165 NC

C145
SC10U10V

12

AUD14

VDO02

R152
0R3

R153
0R3

R156
0R3

1D8UH

75R3F

L5

R203

+2.5VA

PCM1_ROUT

C165
SC10U10V

AUD11

C191 SC22PN

L4

1D8UH

C192

SC270PN

1 2

C194 SC22PN

1D8UH

C195

SC270PN

1 2

FB18
0R3

PCM_CLK

PCM_BCLK

PCM_LRCLK

AUDIO_FMT0
AUDIO_FMT1

PCM_CLK01

FB19
0R3

PCM_BCLK01

FB20
0R3

PCM_LRCLK01

R158 0R3

R209 0R3

R210 0R3

Rev.C: No DeEmpha se con trol

R128

5D1KR3F

2

4

+INA3-VEE

LM833MX NOPB

+INB5-INB6OUTB7+VCC

R149

5D1KR3F

MQC2.OA LA

DTV_CVBS

C193

SC330PN

L6

-INA

1

8

R148
10KR3F

R132
10KR3F

OUTA

PCM01

U17

AUD12

C196

SC330PN

20
19
18

16
17

1
2
3

5
4

C162
SC470PN

SCKI
BCK
LRCK

DATA1
DATA2
DATA3

FMT0
FMT1
DEMP0
DEMP1

C147
SC470PN

+5VOP

C155
SCD1UX

DTV_Y

5VA_DAC

U19
PCM1606E

15

Vout1

VCC

Vout2
Vout3
Vout4
Vout5
Vout6
Vcom

ZEROA

AGND

7

AUD13

10
11
12
13
8
9
14

6

C152
SC10U10V

FB16 FBM2125HM330

C156
SC10U25V

C160
SC10U10V

Circuit Diagrams

Rev.B: Cost-down Filter

3915X_BLUE4

Rev.B: Cost-down Filter

3915X_RED4

+5VM

PCM1_LOUT
PCM1_ROUT
PCM2_LOUT
PCM2_ROUT
PCM3_LOUT
PCM3_ROUT

C171
SC10U10V

R195 0R3

AUD17AUD 16

+5VM

R197 0R3

AUD18

12

L7

R204

1D8UH

15R3F

VDO03

SC270PN

R205
75R3F

1 2

12

L9

R206

1D8UH

15R3F

VDO04

SC270PN

R207

75R3F

1 2

(50mA)

FB17

FBM2125HM330

C166
SC10U10V

5VA_DAC

R157 0R3
R159 0R3
R160 0R3
R161 0R3

FMT1

FMT0 R154 , R155 , R162 , R163

LOW

HIGH

R196
20KR3

R198
20KR3

R154 , R15 5 : DNI

LOW

R633 , R63 4 : DNI

LOW

R154 , R163 : RD10KHIGH
R154 , R16 3 : DNI

R162 , R155 : RD10KLOW Standard

HIGH

R162 , R16 3 : DNI

HIGH

R154 , R155 : RD10K

A-TVL

A-TVR

C198

C201

C167

SCD1UX

R154
10KR3

R162

NC

+5VOP

FOR AUDIO OP

C197 SC22PN

L8

1D8UH

C200 SC22PN

L10

1D8UH

5VA_DAC

C168
SC1KP

R155
10KR3

AUDIO_FMT0
AUDIO_FMT1

R163
NC

Audio
Inte rface

I2SR162 , R163 : RD10K

TDM

Left-justified

C199

SC330PN

C202

SC330PN

R150
1KR3

DTV_PB

DTV_PR

Cross

AT UNER_CV BS8

S-RESET_IO2
S-UA RT_RX4

S-UA RT_TX4

A-ATUNER_TV_ROUT

To DTV module RX

TX to MB

A-ATUNER_TV_LOUT
SPDIF_OUT
DTV_CVBS
DTV_PR
DTV_PB
DTV_Y
A-TVR
A-TVL

1
3
5
7

9
11
13
15

CON2

17
19
21
23
25
27
29
31
33
35

200115MR036G200ZU

2
4
6
8
10
12
14
16
18
20
22
24
26
28
30
32
34
36

R94 0R3

R97 NC

R99 NC

S-I2C_SW 8
S-5V_PWR_ON 2

S-I2C_DAT 3,4,8

S-I2C_CLK 3,4,8

+5VM

AUD22

2

C207 SCD1UX

31

Q17
2SC4081

AUD23

R146
1KR3

R145
560R3

AUD24

C159
SC10U10V

A-ATUNER_TV_ROUT

R140
20KR3

C158

ATUNER_TV _ ROUT8

SC10U10V

R144
22KR3F

+5VM

R127
20KR3

C146

ATUNER_TV _ LOUT8

SC10U10V

R133
22KR3F

3915X_SPDIF4

+2.5VA

R151
1KR3

C169
SC10U10V

C170
SCD1UX

C208 SCD1UX

31

Q15

AUD19

2SC4081

2

AUD20

R136
1KR3

R130 68R3

R135
10KR3

R134
560R3

C153
SC100PN

C148
SC10U10V

SPDIF_OUT

A-ATUNER_TV_LOUTAUD21

Quanta Computer Inc.,
ET TV RD4

Title

Size Document Number Rev

C

Date: Sheet

DTV INTERFACE

AD6

78Friday , August 18, 2006

A

of

For Tuner Control Only

Circuit Diagrams

EN 71

7

MQC2.OA LA

Tuner module pin definition

+3V3TUN

RST_FE#2,3
S-I2C_SW7

S-I2C_CLK_T3

S-I2C_DAT_T3

TS1_DATA-IN[0..7]3,6

TS1_BCLK-IN3,6

TS1_PSYNC-IN3,6

TS1_V ALID-IN3,6

S-I2C_CLK3,4,7

R170 0R3
R211 NC

R173 68R3

I2C2

R174 68R3

R171 NC

I2C3

TS1_DATA-IN0
TS1_DATA-IN1
TS1_DATA-IN2
TS1_DATA-IN3
TS1_DATA-IN4
TS1_DATA-IN5
TS1_DATA-IN6
TS1_DATA-IN7

(some op t ions for NIM)

CON4

1

RESET

3

I2C_SW

5

SCL_TUN

7

SDA_TUN

9

3.3V

11

GND

13

MPEG D0

15

MPEG D1

17

MPEG D2

19

MPEG D3

21

MPEG D4

23

MPEG D5

25

MPEG D6

27

MPEG D7/SER DATA

29

MPEG TS _C L K

31

MPEG PCK_SYNC/STR

33

MPEG TS_VALID

35

SCL_TV

200115MS036G200ZU

+1V8TUN

V_TUNING/RF_AGC

IF_AGC

1.8V/1.25V
GND

POS-IF

NAG-IF

GND

ATV_LOUT

GND

ATV_ROUT

ATUNER_CVBS

GND

5V_TUNER

5V_IF
5V_LT

5V_ANT

GND

SDA_TV

+5VTUN

2
4
6
8
10
12
14
16
18
20
22
24
26
28
30
32
34
36

RF_AGC 3
IF_AGC 3

POS-IF 3
NAG-IF 3

R212 NC
R213 NC

R199 NC

R175 NC

R172 NC

AT UNER_TV_LOUT 7
AT UNER_TV_ROUT 7

AT UNER_CVBS 7

ANT_PWR_ON# 4

S-I2C_DAT 3,4,7

+5VM +5VTUN

FB21

FBM2125HM330

C181

SC100UX

C182
SCD1UX

C183
SC1KP

3V3

FB23 FBM2125HM330

FB24 FBM2125HM330

C184
SC10U10V

C187
SC10U10V

+1V8TUN+1V8

C185
SCD1UX

C188
SCD1UX

C186
SC1KP

+3V3TUN

C189
SC1KP

Quant a Comput er Inc.,
ET TV RD4

Title

Size Document Number Rev

B

Date: Sheet

TUNER CONNECTO R

AD6

88Friday , Augus t 18, 2006

of

A

EN 72

I/O board

J1

RCA1103-XXXX

J5

59

38

17

6

4

2

RCA1103-XXXX

59

38

17

6

4

2

C72
47P

C77
47P

C58
47P

C67
47P

D10

3.3V

7

R38

R47

75

75

D5

3.3V

D1

3.3V

MQC2.OA LA

AV1_CVBS_C1

AV1_L_C1

AV1_R_C1

R39

C59
560P

47K

AV2_CVBS_C1

AV2_L_C1

AV2_R_C1

R48

D2

C65
560P

47K

3.3V

C73
47P

R57
75

R65
75

C78
47P

D11

3.3V

D6

3.3V

C60
560P

C66
560P

R59

75

R40

47K

R49

47K

YUV_Y1_C1

Pb1_C1

Pr1_C1

C74
47P

YUV_Y2_C1

Pb2_C1

PR2_C2

R66

C79

75

47P

FB3 220

FB4 220

FB5 220

FB10 220

FB11 220

FB12 220

FB14 120

FB15 120

FB17 120

R58

D7

75

3.3V

FB19 120

FB20 120

FB22 120

R67
75

D12

3.3V

Circuit Diagrams

AV1_CVBS 3

AV1_L 3

AV1_R 3

FB7 220

YUV2-L3

FB9 220

YUV2-R3

AV2_CVBS 3

AV2_L 3

AV2_R 3

YUV_Y1 3

Pb1 3

Pr1 3

YUV_Y2 3

Pb2 3

PR2 3

YUV2_L_C1

YUV2_R_C1

R44
47K

C62
560P

J3

KM04023

R45
47K

G1G3

S1-VIDEO

J4A

8

C63
560P

G4

1T12T

2

Y

GND

G2

GND

C

Y2

GND

GND

C2

G5

J2

40

80

39

79

38

78

37

77

36

76

35

6

1S52S

3S74S

TV_L3

V3_L3

V3_OUT3

12V_VCC

5V_VCC

TP3

USDA3,4
USCL3,4

TV_SYNC _D ET4

5V_VCC

R56
10K

+5VTUN

DVBT_CVBS

REST_IO

R41 0R
R43 NC

M_L3

5V_VCC

4/14

R60 100

TV_OUT4

R61
NC/100K

S

H
L

ID1
ID2

L1

3.3UH/0805

OUT

B1 to A
B2 to A

C69

0.1U

U5

6

SEL

4

A

NC7SB3257

Quanta Computer Inc.

ETBU TV Hardware design section 8

Title

Size Doc um ent N um ber Rev

Custom

Date: Sheet of

3T34T

C61
560p

YUV1_L_C1

YUV1_R_C1

R42

47K

S1_Y_C1

D3

3.3V

S1_C_C1

D4

3.3V

S2_Y_C1

D8

3.3V

S2_C_C1

D9

3.3V

C64
560p

FB6 220

FB8 220

R46
47K

R50

75

R55

75

R63

75

R64

75

FB13

FB16 220

FB18 220

FB21 220

YUV1-L 3

YUV1-R 3

220

S1_Y 3

S1_C 3

S2_Y 3

S2_C 3

4

C68
47P

C71
47P

C75
47P

C76
47P

SDA_T5
SCL_T5

A_D_TV_SW3

"1" ANALOG
"0" DVBT

75

34

74

33

73

32

72

31

71

30

70

29

69

28

68

27

67

26

66

25

65

24

64

23

63

22

62

21

61

20

60

19

59

18

58

17

57

16

56

15

55

14

54

13

53
12
11
10
9
8
7
6
5
4
3
2
1

QB10403-P1-AF

1R1 0R

R51

6K8/1%

12

100U/16V

+

C70

5

VCC

1

B1

3

B2

2

GND

52

51

50

49

48

47

46

45

44

43

42

41

DVBT_CVBS

R52
10K

CVBS2

INTERFACE

HH2T IO&ADTUNER BOARD A.1

T_FB

R53
47K

NAG-IF 5
POS-IF 5

10/28 SKY

IF-AGC 5
RF-AGC 5

SIF_IN 4

TV_R 3
V3_R 3
C1 3

Y1 3
CVBS1 3

TP2

YUV_Cb 3
YUV_Y 3
YUV_Cr 3

TP4

M_R 3

R54
47K

TV 3

R62
NC/0

26Monday, Augus t 21, 2006

Circuit Diagrams

EN 73

7

MQC2.OA LA

9V_VCC

Q1

V3_OUT2

V3_L2
V3_R2

TV_L2

TV_R2

AV1_L2

AV1_R2

AV1_CVBS2

S1_Y2

S1_C2

S2_Y2

S2_C2

TV2

AV2_L2

AV2_R2

C56
100n

AFT4

C7 2.2u

C11 2.2u

C118 47u

+

C15 2.2u

C17 2.2u

C119 47u

+

C22 2.2u

C120 47u

+

C27 2.2u
C121 47u

+

C31 2.2u

C122 47u

+

C35 2.2u

C124 47u

+

YUV_SW
S1

S0

U4

MM1117DTA

3

VIN

1

VOUT

GND

R37
750 1%

R28
47K

C44
NC

121 1%

R36

R29
10K

C45
10n

5V_VCC

9V_VCC12V_VCC

4

R3 1K8 R11
C5 2.2u
C8 2.2u

C12 10n

47

48

R TV

1

NC_1

2

Vin TV

3

Lin V1

4

NC_2

5

Rin V1

6

Vin V1

7

Lin S1

8

Y/Vin S1

9

Rin S1

10

Cin S1

11

Lin S2

12

Y/Vin S2

13

Rin S2

14

NC_3

Cin S215I/O116I/O217I/O318O419NC_420GND21SCL22SDA23Sync o ut

R31

R30

10K

10K

C46
10n

9V_VCC

9V_VCC

C57
100n

2N3904

R107 68

C6
10u

A_D_TV_SW

43

39

40

42

45

46

41

44

L TV

O5

Det in

Lout 2

Vout 2

Rout 2

Lout TV

U1

R32
100

Rout T V

Vout1

Lout1

Yout

Rout1

Cout

VCC
NC_6
NC_5

Rin V2

Lin V2
Vin V2

Address

24

TP1

C48
NC

USCL

H1

SCREW HOLE

1

Cin
Yin

Det Select

TA1218F

C47
10n

debug the audio noise

sky:20060823

A_D_TV_SW 2

38
37
36
35
34
33
32
31
30
29
28
27
26
25

R33

C49

100

NC

2,4

USDA

H2

SCREW HOLE

1

Q2

2N3904

Main-L

Main-R

C28 100n

C30 2.2u

C32 100n

C34 2.2u

C123

+

R20 1K

47u

2,4

H3

SCREW H OLE

1

R12
68

C24
100n

9V_VCC

R15
1K8

+

AV2_R 2

AV2_L 2

H4

SCREW HOLE

1

Q3
2N3904Q42N3904

R13
68

R16
1K8

9V_VCC

C25
100u

AV2_CVBS 2

YUV1-L2
YUV2-L2

H5

SCREW HOLE

1

R14
68

CVBS1 2
Y1 2
C1 2

R17
1K8

Main-L

YUV1-R2
YUV2-R2

C4

100n

C42 2.2u
C43 2.2u
C50 2.2u
C51 100n

Main-R

R21

47K

C52 2.2u
C53 2.2u
C54 2.2u

YUV_Y22

Pb22

Pr22

YUV_Y12

Pb12

Pr12

M YUV

0

1 S YUV

R23

R22

47K

47K

C14 10u
C16 10u

C18 10u
C19 10u
C21 10u
C23 10u

2006/04/12

R26

R25

R24

47K

47K

47K

C1
10u

YUV_SW

EC220U_10V

R7

R5

47KR847K

47KR647K

R18 0

對策串音問題

12

C126

+

C55 100n

Quanta Computer Inc.

ETBU TV Hardware design section 8

Title

Size D ocument Number Rev

Date: Sheet

R9

R10

47K

47K

10

11

C41
10u

12
14
15
11

SWITCH

B

R2

6.8K

10K

U2 3157

3

1B2

6

2B2
3B2

2

1B1

5

2B1
3B1

1

S

R19

6.8K

R27
10K

U3

A0
A1
A2
A3

1

B0

5

B1

2

B2

4

B3

74HCT4052_0

HH2T IO&ADTUNER BOARD A.1

FB1

600

C10

C9

100n

10u

VCC

1A
2A
3A

4A
4B2
4B1

OE

GND

FB2

600

C37
10u

16

VDD

13

An

3

Bn

7

VEE

6

E

8

GND

9

S1

10

S0

16
4
7
9
12

13
14
15
8

C38
100n

9V_VCC

5V_VCC

C3

+

C2
100u

R34 0
R35 0

100n

YUV_Y 2
YUV_Cb 2
YUV_Cr 2

debug the audio noise

sky:20060821

C39

100n

M_L 2
M_R 2

S1
S0

36Wednesday , Augus t 23, 2006

of

EN 74

7

MQC2.OA LA

Circuit Diagrams

AFT_IN

13

18
19
20
21

C89
470u

C93

470u

TU1

ANT

NC6

5

NC5

4

NC4

3

NC3

2

NC2

1

NC1
TH1

TH2
TH3
TH4

TUNER-TMQH6

+

+

AUDIO

VIDEO

GND1

R78
75

SIF_I N 2

C104

R76 270

C125

0.1u

C105
47P

5V_TT

13

Q5

MMBT390 6

R71
4K7

C86 1U /0805

100uF/25V/6.3x 11

9V_VCC_T1

R98
22K

TV_V1

R101
22K

R102 NC/0R5

2

TC1

25V

1

TFB5 0R61 2
TFB6 0R61 2
TFB7 0R61 2
TFB9 0R61 2

R68 22K

12

+

100uF/25V/6.3x11

TFB4 120

1 2

R96 0

R97
470

R99
75

23

Q9
3906

C84
470P

R80
1M

TV

R69 22K

2

MM1117/TO252

3

TC3

25V

5V_TT

13

TU2

1

12

FB26 600

C101
100n

MMBT390 6

VOUT4VIN

ADJ

+

C80
1U/0805

R70
10

3

R72

Q6

2

MMBT3904

1

Q8

R79

3K

R81
4K7

47K

R73
47K

C87
1000P

C85

0.1U

CLOSE U7

9V_VCC_T112V_VCC

12

TC2

0.1uF

TR1

121R/0603/1%

TR2

750R/0603/1%

TU3

3

VOUT

VIN

VOUT2

MM1117-STA

ADJ

1

TC7

+

TC6

0.1U

47u

5V_TU

12/13 SKY

TV

9V_VCC_T1

4
2

TFB3 120

1 2

0.1U

5V_TU

AU_9V_I

TC4

+

TC5
47u

+5VTUN

D14

sky 20060822

1N4148

+

TC8
47u

5V_VCC

FB23

600

C81
10u

TV_O UT2

此區元件請往U7靠近，遠離

5V_TU

R106 0R6

100n
C90

C94
10n

BP

12

MB

14

TU

7

SIF

6
17

9

SCL

10

SDA

16

AFT

11

AGC

8

GND

15

R83
110K

R86
12K

+

FB25

C91
100u

600

SIF_1 SIF_2
AUDIO
TV_V

SCL
SDA

C99
NC

AFT_IN

C102

0.33U

R82 9.1K

U6

1

OUT1

VCC

2

IN1(-)

OUT2

3

IN1(+)

IN2(-)

VEE4IN2(+)

LM393ADR

C100
NC

8
7
6
5

R94 100
R95 100

R74

75

AU_9V_I

TFB1

120

TFB8 120

R91 0
C98 NC

12V_VCC

R85
91K

R87
27K

5V_TT

C82

C83
10n

0.1U

5V_TT

3

Q7

2

MMBT3904

1

R75 75

R77
4K7

analog video signal

L2 MUST BE CLOSE U7

L2

D13

2 1

4.7mH

SW1010C

3

4

1

U7

VIN

NC12NC2

BA6161F

DRIVER

GND5NC36NC47FB

8

R89
22K

R90

1.2K

R92

0

R84
22K

AFT 3

R93

NC

TV_V

C103 470u

TV_SY NC

+

R88

1.2K

+

C95

4.7u/50V

SIF_IN

USCL 2,3

USDA 2,3

+

TV_SY NC_DET2

C92

4.7u/50V

R100 0R5

NC

Quanta Computer Inc.

ETBU TV Hardware des ign s ection 8

Title

RF_TUNER

Size Document Number Rev

Custom

HH2T IO&A D TUN ER BOAR D A.1

Date: Sheet

46Tuesday, Augus t 22, 2006

of

TU4

VA1T1EF2082

13

C_GND

14

C_GND

ANT_POWER

BB(5V_BOOSTER)

RF_AGC_MONITOR

B1(5V_DCDC)

B2(5V_IF)

SDA

IF_AGC

IF_OUT(+)

IF_OUT(-)

C_GND
C_GND

+5VTUN +5V_BB

L5 4D7uH (TDK)

EC220U_10V

C106 SCD1UX

1
2

+5V_BB

3

NC

4
5
6
7

SCL

8
9

NC

10
11
12
15

16

12

C114

+

R104 0R

AGC02

AGC01

+5V_B1

C115
SCD1UX

IF-AGC 2
POS-IF 2
NAG-IF 2

R103 NC

+5V_B2

C109

SC22P

5V_VCC +5VTUN

C116
SC1KP

R105 NC

C110

SC22P

+5VTUN

RF-AGC 2

SCL_T 2
SDA_T 2

(F ROM / TO M T352 OR ZL10353)

+5VTUN +5V_B1

C107
SCD1UX

C112
SCD1UX

+5V_B2

C113
SC1KP

56Monday, August 21, 2006

C108
SC1KP

of

L3 4D7uH(TDK)

L4 4D7uH(TDK)

Quanta Computer Inc.

ETBU T V Hardware design section 8

Title

Size Document Number Rev

A

Date: Sheet

12

C117

+

EC220U_10V

12

+

C111

EC220U_10V

DVBT

HH2T IO&ADTUNER BOARD A.1

Circuit Diagrams

EN 75

7

MQC2.OA LA

Quanta Computer Inc.,

Quanta Computer Inc.,

Quanta Computer Inc.,
ET TV RD4

ET TV RD4

ET TV RD4

EN 76

7

MQC2.OA LA

Circuit Diagrams

IO connector

AV1
AV2

S-VIDEO1
S-VIDEO2

AUDIO FOR AV1 & S-VIDEO1
AUDIO FOR AV2 & S-VIDEO2

ANALOG
TUNER
(video &audio)

COMPONENT1

VIDEO SWITCH

COMPONENT2

AUDIO FOR COMPONENT1

AUDIO FOR COMPONENT2

VIDEO SWITCH

AUDIO
SWITCH

CVBS

Y1
C1

Analog Tuner

AUDIO

R/L
I2C

Y CB CR

R/L

DIGITAL
TUNER
(video &audio)

DIGITAL Tuner

Quanta Computer Inc.

ETBU TV HARDWARE DESIGN SECTION 8

Title

Block Diagram

Size Document Number Rev

A

<Doc> A

Date: Sheet

66Monday, Augus t 21, 2006

of

Circuit Diagrams

EN 77

7

MQC2.OA LA

EN 78

7

HDMI board

1
2

18
19

PCB Top View

GND

MQC2.OA LA

CON1

21

SHELL2

23

22
20

SHELL4

SHELL3
SHELL1

HDMI_con

HP DET

GND

DDC DATA

DDC CLK

CE Remote

CK Shield

CK+

D0 Shield

D0+

D1 Shield

D1+

D2 Shield

D2+

HDMI Input

+5V

CK-

NC

D0-

D1-

D2-

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

RX_HOTPLUG

IN_5V

GND

Circuit Diagrams

IN_5V

R4
1K/NC

R5
20K/NC

GND

R7 1K

12

GND

RXC­RXC+

ACM2012D-900-2P-T00

RX0­RX0+

ACM2012D-900-2P-T00

RX1­RX1+

ACM2012D-900-2P-T00

2

IN_5V

RV1

AVR-M1608C120MTAB/NC

L1

L2

L3

HDMI_HP0 4

3

NC/2N7002

1

GND

R13 0R/NC

GND

Q3

CE_REMOTE 4

2

3

D3

D44D2

5

1

D2

D1

RCLAMP0504F

GND

VCC

6

RX_DDC_SDA

RX_DDC_SCL

HD_RXC- 2
HD_RXC+ 2

2

Q1

BSN20

3

3

Q2

BSN20

IN_5V

DAN202U T106/U MT

1 2

R8
47K

HD_RX0- 2
HD_RX0+ 2

HD_RX1- 2
HD_RX1+ 2

V33HD

R1 0R

R3

R2

470K

470K

1

1

2

R6 0R

D1

3

R9

GND

47K

GND GND

V33HD

5VS

AT_5VCC

C1

0.1uF

U1

8

VCC

VCLK

5

SDA

6
4

NC2

SCL

NC1

GND

NC0

AT24C02AN-10SU-2.7

RX3V_DDC_SDA 2

RX3V_DDC_SCL 2

7
3
2
1

R14

NC/100K

R10
10K

1 3

Q4
MMBT3904L

R15 1K

2

EDID_PROTECT 4

2

1

3

D3

D1

D3

GND

RX2­RX2+

L4

ACM2012D-900-2P-T00

GND

VCC

D44D2

5

6

RCLAMP0504F

HD_RX2- 2
HD_RX2+ 2

Title

<Title>

Size Document Number Rev

<Doc> <RevCode>

B

Date: Sheet

of

15Monday, F ebruary 06, 2006

High,0x62/0x6A
Low,0x60/0x68 (Default)

Circuit Diagrams

V33HD

V33HD

R16

R17

V33HD

R18

R23 0R

HDMI_RESETn4

RX3V_DDC_SDA1
RX3V_DDC_SCL1

HD_RXC-1

HD_RXC+1

HD_RX0-1
HD_RX0+1

HD_RX1-1
HD_RX1+1

HD_RX2-1
HD_RX2+1

FB1

V33HD

BEAD

12

V33HD

GND

GND

V33HD

BEAD

1 2

1 2

BEAD

V33HD

R25
NC

CI2CA

R27
4K7

GND

100K

C2

0.1uF

GND

HD_RXC­HD_RXC+

HD_RX0­HD_RX0+

HD_RX1­HD_RX1+

HD_RX2­HD_RX2+

FB2 BEAD12

C38
10uF

AVCC

C30

C31

C21

0.1uF

0.1uF

1000pF

VR1_8

C37

C36

1000pF

1000pF

GND

C39

C40

0.1uF

1000pF

HDMI_SPDI F

HDMI_SPDI F4

HDMI_II S_DATA5

HDMI_IIS_WS5

HDMI_II S_SCK5

HDMI_MCLK5

C20
10uF

C34

0.1uF

FB4

GND

C22
1000pF

PVCC

C23
10uF

XTALVCC
REGVCC

C41

0.1uF

HDMI_IIS_DATA
HDMI_IIS_WS
HDMI_II S_SCK

RX_INT#4

C32
1000pF

C24

0.1uF

GND

C42

0.1uF

R26 100R

GND

NC/4K7

SCDT4

C33
1000pF

C35
1000pF

VR1_8

C43

C44 0.1uF

1000pF

TP1 TP

SPDIF

RP6 33R

1 2
3

4

5

6

7 8

LAYOUT: Place xtal
circuit as compact
and close to chip
as possible

RXO

C45 18pF

R30
1M

C46 18pF

NC/4K7

RX3V_DDC_SDA
RX3V_DDC_SCL

U2

48

ANTS TO

50

RXC-

51

RXC+

54

RX0-

55

RX0+

58

RX1-

59

RX1+

62

RX2-

63

RX2+

49

AVCC

53

AVCC

57

AVCC

61

AVCC

52

AGND

56

AGND

60

AGND

64

AGND

47

PVCC

46

PGND

66

DVCC

82

DVCC2

65

DGND

83

DGND2

86

XTALVCC

87

REGVCC

45

VPP

38

CI2CA

67

MUTE

70

SPDIF

71

SD3

72

SD2

73

SD1

74

SD0

75

WS

76

SCK

79

MCLK

R28

33R

Y1

28.322MHz

R19 0R

42

41

DSCL

DSDA

XTALOUT

XTALIN

84

85

XO

XI

89

V33HD

91

90

INT

SCDT

OVCC7OVCC19OVCC31OVCC68OVCC77OVCC98OVCC

RESET#

SiI 9011

128-Pin LQFP

HDMI Receiver

PWR5V44VCC12VCC24VCC36VCC81VCC

VCC

GND13GND25GND37GND80GND

112

125

VR1_8

107

120

OVCC

113

OGND6OGND18OGND30OGND69OGND78OGND97OGND

GND

126

GND

R31 0R

GND

106

118

1

127

DE

OGND

VSYNC

TEST

NC43CSCL40CSDA

88

R29 4K7

12

GND

AVR-M1608C120MTAB

128

HSYNC

39

RV2
Varistor

R20 33R
R22 33R
R21 33R

R24 33R

C6

C5

C3

C4

NC

NC

NC

119

QO0

ODCK

QO1
QO2
QO3
QO4
QO5
QO6
QO7

QO8

QO9
QO10
QO11
QO12
QO13
QO14
QO15

QO16
QO17
QO18
QO19
QO20
QO21
QO22
QO23

QE0
QE1
QE2
QE3
QE4
QE5
QE6
QE7

QE8

QE9
QE10
QE11
QE12
QE13
QE14
QE15

QE16
QE17
QE18
QE19
QE20
QE21
QE22
QE23

SiI 9011

GND

C47

0.01uF

NC

GNDGN DGND

RP1 33R1 2

3
5
7 8

RP2 33R1 2

3
5
7 8

RP3 33R1 2

3
5
7 8

RP4 33R1 2

3
5
7 8

RP5 33R1 2

3
5
7 8

RP7 33R1 2

3
5
7 8

Q5

2N7002

3

2

GND

C25

C7

0.1uF

0.1uF

GND

C12

C29

0.1uF

0.1uF

GND

B0
B1

4

B2

6

B3
B4
B5

4FB3

B6

6

B7
G0

G1

4

G2

6

G3
G4
G5

4

G6

6

G7
R0

R1

4

R2

6

R3
R4
R5

4

R6

6

R7

V33HD

1

IN_5V

35
34
33
32
29
28
27
26

23
22
21
20
17
16
15
14

11
10
9
8
5
4
3
2

BEIN0

124

BEIN1

123

BEIN2

122

BEIN3

121

BEIN4

117

BEIN5

116

BEIN6

115

BEIN7

114

GEIN0

111

GEIN1

110

GEIN2

109

GEIN3

108

GEIN4

105

GEIN5

104

GEIN6

103

GEIN7

102

REIN0

101

REIN1

100

REIN2

99

REIN3

96

REIN4

95

REIN5

94

REIN6

93

REIN7HDMI_MCLK

92

R32

10K

GND

C8
10uF

C13
10uF

B0 4
B1 4
B2 4
B3 4
B4 4
B5 4
B6 4
B7 4

G0 4
G1 4
G2 4
G3 4
G4 4
G5 4
G6 4
G7 4

R0 4
R1 4
R2 4
R3 4
R4 4
R5 4
R6 4
R7 4

IN_5V

HS 4
VS 4
DCLK 4

DEN 4

C26

0.1uF

C14

0.1uF

SDA 4
SCL 4

C27
1000pF

C15

0.1uF

C9
1000pF

C16
1000pF

C28
1000pF

C17
1000pF

C10
1000pF

V33HD

C18
1000pF

C11
1000pF

VR1_8

C19
1000pF

Reserve

EN 79

7

MQC2.OA LA

Titl e

<Title>

Size Document Number Rev

<Doc> <Rev C ode>

C

Date: Sheet of

25Friday , March 17, 2006

V33HD

EN 80

FB5
BEAD

7

MQC2.OA LA

Vout=1.25X[(R656/R654)+1]

C48
22uF

C50

0.1uF

GND

U3 LD1117-SOT223

3

VIN

C49
100pF

Circuit Diagrams

4

VOUT

2

VOUT

ADJ

1

R33 124R/1%

R34
54R9/1%

VR1_8

FB6

1 2

BEAD

C52
100pF

C53

0.1uF

C51
22uF

GNDGND

U4

C58

0.1uF

FB8
BEAD

V33HD5VS

Title

Size Document Number Rev

Date: Sheet

<Title>

<Doc> <Rev Code>

A

35Monday, F ebruary 06, 2006

of

FB7
BEAD

C54
22uF

GND

LD1117-T O252

3

VIN

C55

0.1uF

R35

205R/1%

1

GND

VOUT

ADJ

4

R36

124R/1%

GND

C56
22uF

C57
100pF

EN 81

7

MQC2.OA LA

Circuit Diagrams

CONN_60P

J1

+5VCC

FB9

12

60
59
58
57
56
55
54
53
52
51
50
49
48
47
46
45
44
43
42
41
40
39
38
37
36
35
34
33
32
31
30
29
28
27
26
25
24
23
22
21
20
19
18
17
16
15
14
13
12
11
10
9
8
7
6
5
4
3
2
1

GND

BEAD

SCL 2
SDA 2
HDMI_HP0 1
HDMI_HP1
AUDIO_ROUT 5
AUDIO_LOUT 5

HDMI_AUDIO_RIN 5
HDMI_AUDIO_LIN 5

HDMI_SPDIF 2
CE_REMOTE 1

AUDIO_SW0 5
AUDIO_SW1 5
EDID_PROTECT 1
HDMI_RESETn 2
SCDT 2
RX_INT# 2

VS 2
HS 2
DEN 2
DCLK 2
B0 2

B1 2
B2 2
B3 2
B4 2
B5 2
B6 2
B7 2

G0 2
G1 2
G2 2
G3 2
G4 2
G5 2
G6 2
G7 2

R0 2
R1 2
R2 2
R3 2
R4 2
R5 2
R6 2
R7 2

5VS

C60
22uF

C59

0.1uF

GND

H1

SCREW HOLE

1

GND

H2

SCREW HOLE

1

GND

H3

SCREW HOLE

1

GND

HDMI_AUDIO_LIN5

AUDIO_LOUT5

EDID_PROTECT1

HDMI_HP1

CE_REMOTE1

AUDIO_SW15

+5VCC

J3

59 60
57 58
55 56

SCL2

SCDT2

HS2

DCLK2

B02
B22

B62

G02
G22
G42
G62

R22
R42

Title

Size Document Number Rev

A

Date: Sheet

53 54
51 52
49 50
47 48
45 46
43 44
41 42
39 40
37 38
35 36
33 34
31 32
29 30
27 28
25 26
23 24
21 22
19 20
17 18
15 16
13 14
11 12

9 10
7 8
5 6
3 4
1 2

GND

CONN_60P

GND

<Title>

<Doc> <Rev Code>

AUDIO_ROUT 5

SDA 2

HDMI_HP0 1

HDMI_AUDIO_RIN 5

HDMI_SPDIF 2
AUDIO_SW0 5
HDMI_RESETn 2
RX_INT# 2

VS 2
DEN 2

B1 2
B3 2
B5 2B42
B7 2

G1 2
G3 2
G5 2
G7 2

R1 2R02
R3 2
R5 2
R7 2R62

of

45Thursday, March 02, 2006

料號

:DAAH7TH36C2

Circuit Diagrams

21

D4

BAV99W

AUDIO_ROUT4

AUDIO_LOU T4

5VS

HDMI_R

R37

C63
2700pF

10K

GND

C67

R39

2700pF

10K

GND

AUDIO_RIN

5VS5VS

21

D5

BAV99W

3

3

GNDGND

C74 10uF

C77 10uF

R38,R40
Add C80, C81=3.3uF

HDMI_L

C71 10uF
C70 10uF

C73 10uF
C72 10uF

AUDIO_SW04
AUDIO_SW14

R53

20K/1%

R52

22K/1%

GND

R58

20K/1%

R57

22K/1%

R49 0R
R50 0R/NC

5VS

3

1

2

5VS

3

1

2

要修改為

HDMI_RIN
A_RIN

HDMI_LIN
A_LINAUDI O_LIN

C75

0.1uF

GND

Q46
MMBT3904

R54 560R/1%

R51

1K/1%

C78

0.1uF

GND

Q47
MMBT3904

R55 560R/1%

R56

1K/1%

3.3uF

V33HD

HC_V33

R42

R44

R43

R41

47K

47K

47K

47K

R46

47K

R59
0R

R47

47K

C76 10uF

C79 10uF

R48

47K

R45

47K

GND

GND

GND

12
14
15
11

1
5
2
4

6

10

9

U6

X0

VDD
X1
X2
X3

Y0
Y1
Y2
Y3

/INen
A

VEE
B

VSS

74HC4052D

AUDIO_R_OUTPUT

AUDIO_L_OUTPUT

BAV99W

16

13

X

3

Y

7
8

5VS 5VS

21

D6

3

GND GND

C68
10uF

GND

D7

BAV99W

3

FB11

1 2

BEAD

C69

0.1uF

GNDGND

HDMI_AUDIO_RIN 4

HDMI_AUDIO_LIN 4

RCA_RW

21

J4

T2 S2

T1 S1

料號

:DAAH7TH36C2

GND

+5V_DAC

Audio DAC

U5

HDMI_IIS_DATA2

HDMI_IIS_SCK2

HDMI_IIS_WS2

HDMI_MCLK2

1

SDIN

AOUTR

2

DEM/SCLK

3

LRCK

4

MCLK

AOUTL

VQ5FILT+

C65

C64

CS4344

0.1uF

3.3uF

GND

TMDS_ R

10
9

VA

8

GND

TMDS_ L

7
6

GND

FB10 BEAD1 2

C62

C61

10uF

0.1uF

GND

C66
10uF

GND

GND

J2

RCA_RW

C80 3.3uF

C81 3.3uF

T2S2

T1S1

EN 82

7

MQC2.OA LA

GND

Titl e

<Title>

Size Document Number Rev

<Doc> <Rev Code>

C

Date: Sheet

of

55Thursday, March 02, 200 6

EN 83

IR board

7

MQC2.OA LA

Circuit Diagrams

L-3WEGC

RED

H1

SCREW HOLE

1

H2

SCREW HOLE

LED1

213

GREEN

H3

SCR EW H OLE

1

H4

SCR EW H OLE

H5

SCR EW H OLE

1

H6

SCR EW H OLE

POWER ON

POWER OFF

H7

SCR EW H OLE

U1

PHOTO IR

GREEN
RED

3
2
1

R3 33R3F
R2 33R3F

C4

0.1u

IRR

C1

1 2

PT-002-B2

47u

1

345

+5V_IR

+

FB1
BEAD_120

2

SW1

C2

0.1u

R4 1K

power

C3
220P/NC

1 2

R1
100

FB2
BEAD_120

J2

1

GND

2

SW1

3

GREEN

4

RED

5

IR

6

GND

7

VCC

1

1

Standby mode: Red
PWR ON mode: Green

1

1

Title

Size Docu m ent N umber Rev

Date: Sheet

<Title>

IR_BD B

A

11Thursday, Septe m ber 07, 2006

of

Keypad board

Circuit Diagrams

EN 84

7

MQC2.OA LA

CON2

10

1
2
3
4
5
6
7
8
9

CON4

1
2
3
4

C4

1000p3

+2.5V

1

2

345

SW2

NC/5.1V
ZD1

R4
NC/47K/1%

RD6

20K

NC/120pF

C2

+2.5V

1

2

345

SW3

C5

1000p3

NC/47K/1%C3NC/120pF
R2

R5

C6

1000p3

NC/47K/1%

RD3
20K

RD7
20K

+2.5V

1

2

345

CON3/NC

1
3
5
4
2

2SJ-0540-005

SW4

NC/47K/1%
R3

R6

R7

0R3
R8

0R3

SN2

RD2 10K

RD8

20K

0R3

AV3-CVBS

+2.5V

1

2

345

AV3-R

AV3-L

SW5

RD9

20K

CON1/NC

6
5

4
3

2
1

KM04019bp-08z

+2.5V

SW6

1

2

345

RD10
20K

H1

SCREW HOLE

1

H4

SCREW HOLE

1

RD4
20K

H2

SCREW HOLE

1

H5

SCREW HOLE

1

H3

SCREW HOLE

1

NC/47pFR1NC/75R/1%

C1

HP_R
MODE

HP_L

+2.5V

1

SN1

2

SN2

3
4

0.1u

C7

+2.5V

345

SN1

RD1 10K RD19 10K RD20 10K

RD5

2

SW1

20K

INPUT 1

1.2V

RD11
1K

RD12

VOL-

1K

RD13

VOL+

1K

CH-

RD14
1K

1.2V

CH+

0.6V

RD15
1K

RD16

MENU

1K

0.3V0.3V0.6V

Title

Quanta Com put er I NC .

Size Doc um ent N um ber Rev

Keypad&AV3 1A

B

of

Date: Sheet

11Thursday , S ept em ber 07, 2006

Alignments EN 85

8. Alignments

How to align white Balance

Equipment
HDMI input ,VGA input, SCART RGB input, YUV input

Method:

1.Input VGA 1024*768 @60hz Pattern: white . Do auto calibration

2.Input YUV 720p pattern: SMTPE. Do auto calibration

3.Input YUV (Component 1) 720p pattern: SMTPE. Do auto calibration.

4.Input HDMI 1024*768@6oHZ Pattern: white balance(190/225)
1024*768@6oHZ Pattern: Dark balance(60/225)

Alignment white balance process

Input VGA signal

VGA 1024*768 @60hz Pattern: white

8.

MQC2.OA LA

Input YUV3 signal

Input YUV1 (component 1) signal

Do Auto White Balance

Alignments

r

r

p

p

EN 86

8.

MQC2.OA LA

Input HDMI signal
1024*768@60HZ Pattern: white balance(190/225)
1024*768@60HZ Pattern: Dark balance(60/225)

Adjust Standard, Cold Warm

R,G,B Gain

R,G,B Bias

End

u

n

SSoou

cceeiin

uut

t

FFoorr YYUUVV11,,VVGGAA,,YYUUVV33

FFoorr HHDDMMII

FFoorr YYUUVV11,,VVGGAA,,YYUUVV33 wwhhiittee
bbaallaannccee

IC Data Sheet EN 87

9. IC Data Sheets EN 65

N/A

9.

MQC2.OA LA

Spare Parts List

10. Spare Parts List

TV set
996500043051 HH2T TRANSLATION/B ASSY
996500043049 HH7T M/B ASSY(TWN)
996500043050 AD6 CPU/B ASSY(FOR HH7T) DVB-T
996500043030 HH2 LCD BEZEL ASSY (PHILIP)
996500043032 HH6 KEYPAD/B ASSY(FOR HR2K)
996500043041 HH2T PCB-HOLDER ASSY
996500043034 HH6 IR/B ASSY(FOR HH2)
996500043035 HH2 STAND-SUB ASSY
996500043033 HH6 POWER-IR-LED ASSY
996500043047 HH2 IO PLATE TWN ASSY
996500043052 AH7T TRANSLATION/B ASSY(HDMI)
996500043040 LCD(TFT) 31.5'' T315XW01 V5
996500043048 PWR 185W,DPS-185KP A(90~264VAC)

EN 88

10.

MQC2.OA LA

996500043054 CABLE ASSY HH2 SPEAKER 2P/3P,4P,1A
996500043056 CABLE ASSY HH2 AV3&EAR 10P4P/7P,1A
996500043058 CABLE ASSY HH2 INV AU 14P4P/10P,1A
996500043053 CABLE ASSY HH2 LVDS AU 20P/30P,1A
996500043057 CABLE ASSY HH2 GND(1P/1P,1A)
996500043059 CABLE ASSY AH2T MB/DTV-PWR
996500043055 CABLE ASSY HF7T PW-AUDIO (8P/7P,2A)
996500043037 SPEAKER ASSY FG-QT124A-L(2P,REV2A)
996500043038 SPEAKER ASSY FG-QT124A-R(2P,REV2A)
996500043046 REAR COVER H32(EAH32002,REV3A)
996500043042 CLIP STANDOFF VWE7
996500043031 FUNCTION KEY VWE6
996500043036 STAND NECK METAL H32
996500043039 LCD CHASSIS SIDE (FAHH2001,REV3A)
996500043045 ESD TOP VWE2(FAVWE010,REV3B)
996500043060 IO BOX BKT-DUMMY HR7
996500043061 HDMI IO BKT-DUMMY HR7
996500043043 EMI GASKET PANEL R
996500043044 EMI GASKET PANEL L

EN 89

10

MQC2.OA LA

Spare Parts List

Media Box
HH2T TUNER MODULE(W/PACKING)(TWN)SKD
HH2T HDMI/B ASSY(W/PACKING)(TWN)SKD
REMOTE CONTROLLER HH2T(EURT47BTPHQT1)

Revision list EN 90

11. Revision list

Manual xxxx xxx xxxx.0

• First release.

11.

MQC2.OA LA

Published by JH 6P72 TV Service Printed in the Netherlands Subject to modification EN 3122 785 16330

©

Copyright 2006 Philips Consumer Electronics B.V. Eindhoven, The Netherlands.
All rights reserved. No part of this publication may be reproduced, stored in a
ret

rieval system or transmitted, in any form or by any means, electronic,

mecha

nical, photocopying, or otherwise without the prior permission of Philips.

Colour Television Chassis

MQC2.0A LA

Part 2 37PF1600T/96

Contents

1. Technical Specifications, Connections, and Chassis Overview

2.

Safety Instructions, Warnings, and Notes
Directions for Use

3.

4. Mec

hanical Instructions

vice Modes, Faultfinding

5. Ser

6. Blo

ck Diagrams

7. Circuit

8. Alignments

9.
10
11

Diagrams, PCB Layouts

IC data sheet
. Space Parts list
. Revision List

29
33
78
79
80
81

1
3
4
5
8

EN 1

1.1.3

1. Technical Specifications,Connections, and Chassi s Ove rv ie w

MQC3.0A LA

1. Technical Specifications, Connections, and Chassis Overview

Index of this chapter:
VGA:Video 2fh RGB In

1.1 Technical Specifications

1.2 Connections

1.3 Chassis Overview

Note: Figures below can deviate slightly from the actual

situation, due to the different set executions.

1.1 Technical Specifications

1.1.1 Vision
Display type

Screen size
Resolution
Contrast ratio
Light output (cd/m2)
Response time (ms)
Viewing angle
color systems
Video playback
Supported

:

: 32

:

inputs

:

:

:NTSC

:

:

:
:

LCD ( A UO )

inches (813.3 mm) diagonal

1366x768

1000:1
500 Cd/m²
12ms

88° (L) / 88° (R), 88° (U) / 88° (D) TV

NTSC, PAL, SECAM

480i

: 576i

: 480p
:576p
: 1080i

720p

:

Figure 1-2 VGAConnector

1 - Video Red 0.7 VPP / 75 ohm
2 - Video Green
3 - Video Blue 0.7 VPP / 75 ohm
4 – n.c
5 –Ground
6 -Ground Red Gnd
7 -Ground

Green
8 -Ground Blue Gnd
9 - +5V_DC +5VDC
10 -Gnd Sync Gnd
11 - n.c.
12 - DDC_SDA DDC data
13 - H-sync
14 - V-sync
15 - DDC_SCL DDC clock

HDMI Digital Video-In

Gnd

0 - 5V

0 - 5V

0.7 VPP / 75 ohm

Gnd

1.1.2 Sound

Sound systems
Internal speaker

volume adjustable

Miscellaneous

Power supply:

-AC Power voltage (VAC) : 90-264V

-AC Power frequency (Hz)
Ambient conditions:

-Temperature range

- Maximum humidity

Power consumption

- Normal operation

- Stand-by: < 2W
Dimensions(WxHxDcm)
Weight (kg)

:

:

:

: 235W

1.2 Connections

1.2.1 Rear I/O Connections

MTS (NTSC), FM-FM

: 10 W x 2 stereo,

0~35ĘC

10%~90%

: 47~63Hz

:17*29*3

:25.5kg

1-D2+
2

- Shield
3 - D2­4 - D1+
5 - Shield Gnd
6 - D1­7 - D0+
8 - Shield Gnd
9 - D0­10 - CLK+
11 - Shield Gnd
12 - CLK- Data channel
13 - n.c
14
15

6 - DDC_SDA

1
17 - Ground
18 - +5V
19 - HPD
20 - Ground

Gnd

Data channel

Data channel

Data channel

Data channel

Data channel

Data channel

-

n.c

- DDC_SCL
Gnd

Hot Plug D

Gnd

Data channel

DDC cloc
DDC data

k

etect

Figure 1-1 back

EN

Audio-In

Gn Stereo R/L Channels 500mVrms/22K ohm

A

A

A

A

d

1.2.2 Right I/O Connections

Technical Specifications, Con ne ction s,and Chassis Overview

EN2

1.

MQC3.0A LA

erial-In

-F-type 75ohm
V1-S1/AV2-S2: S-Video 1Fh Y/C-In

1-Ground Y Gnd
2-Ground C Gnd
3-Video Y 1Vpp/75 ohm
4-Video C 0.3Vpp/75 ohm

V1/AV2 Video In, Audio In

1-Audio R 0.5 Vrms/10Kohm
2-Gnd CVBS Gnd
3-Video CVBS 1Vpp/75 ohm
4-Audio L 0.5 Vrms/10Kohm

YPBPR1/YPBPR2

Wh….-Audio L 0.5 Vrms/10Kohm
Rd….-Audio R 0.5 Vrms/1 0 Ko hm
BuVideo Pb 0.7 Vpp/75 ohm

RdVideo Pr 0.7 Vpp/75 ohm
GnVideo Y 1Vpp/75 ohm

1.3 Chassis overview

udio Out
Level: 500 mVrms
Type: Stereo R/L Channels
Impedance: Low Impedance
Interface: RCA Jack, R: Red color, L: White color

Power board

Powerkey board

Main Board

AD6 CPU Board

Translation Board

Button boar

EN 3

y

r

A

A

A

A

2. Safet

MQC3.0A LA

Instructi o n s,Warnings, and Notes

2. Safety Instructions, Warnings, and Notes

2.1 Safety Instructions

Safety regulations require that during a repair:

•

Connect the set to the AC Power via an

isolation transformer (> 800 VA).

•

Replace safety components, indicated by the symbol ,
only by components identical to the original ones. Any
other component substitution (other than original type)
may increase risk of fire or
Safety regulations require that after a repair, the set must
be returned in its original condition. Pay in particula
attention to the following points:

•

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

•

Check the insulation of the AC Power lead for
external damage.

•

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

•

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

1. Unplug the AC Power cord and connect a wire

between the two

2. Set the AC Power switch to the "on" position (keep the

AC Power cord unplugged!).

3. Measure the resistance value between the pins of the

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

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

two pins of the AC Power plug.

•

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

pins of the AC Power plug.

electrical shock hazard.

which

2.2 Warnings

• All ICs and many other semiconductors are susceptible to
electrostatic discharges (ESD ). Careless handling
during repair can reduce life drastically. Make sure
during repair,
as the mass of the set by a
Keep components and
Available ESD protection equipment:
– Complete kit ESD3 (small tablemat, wristband,

connection box,
4822
310 10671.

– Wristband tester 4822 344 13999.

•

Be careful during measurements in the high

voltage section.

•

Never replace modules or other components while the

unit is switched "on".

•

When you align the set, use plastic rather than metal
tools. This will prevent
of a circuit becoming unstable.

you are connected with the same potential

wristband with resistance.

tools also at this same potential.

extension cable and earth cable)

any short circuits and the danger

that,

2.3 Notes

2.3.1 General

• Measure the voltages and waveforms with regard to the
chassis (= tuner) ground
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)
and stereo sound (L: 3 kHz, R: 1 kHz unless stated
otherwise) and

61.25 MHz for NTSC (channel 3).

(

), or hot ground (

with a color bar signal

picture carrier at 475.25 MHz for PAL, or

),

•

Where necessary, measure the waveforms and voltages

with
voltages in the power supply section both in normal
operation (
indicated by

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

•

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

2.3.2 Schematic Not es

•

All resistor values are in ohms and the value multiplier is often

used to indicate the decimal point location (e.g. 2K2 indicates

2.2 Kohm).

•

Resistor values with no multiplier may be indicated with either
an "E"

•

All capacitor values are given in micro-farads (µ= x10-6),
nano-farads (n=

•

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 Electrical
Replacement Parts List. Therefore, always check this list when
there is any doubt.

2.3.3 Rework on BGA (Ball Grid Array) ICs

General

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

Device Removal

s is the case with any component that, it is essential when
removing an (LF)BGA, the board,
surrounding components are not
(LF)BGA, the board must be uniformly heated to a temperature close
to the reflow soldering temperature. A uniform temperature reduces
the chance of warping the PWB.
To do this, we recommend that the board is heated until it is certain
that all the joints are molten. Then carefully
the board
profiles, see the IC data sheet.

rea Preparation

When the component has been removed, the vacant IC area
must be cleaned before replacing the (LF)BGA.
Removing an IC often leaves varying amounts of solder on the
mounting lands. This excessive
either a solder sucker or solder
removed

fter the board is properly cleaned and inspected, apply flux on
the solder lands and on the connection balls of the (LF)BGA.

Note: Do not apply solder paste, as this has shown to result in

problems during

(

) and without (

) and in stand-by ( ). These values are

means of the appropriate symbols.

or an "R" (e.g. 220E or 220R indicates 220 ohm).

with a vacuum nozzle. For the appropriate temperature

with a brush and cleaning agent.

re-soldering.

) aerial signal. Measure the

x10-9), or pico-farads (p= x10

(LF)BGA is removed from a PWB, the

tracks, solder lands, or

damaged. To remove an

solder can be removed with

wick. The remaining flux can be

with the

-12

).

rework, we mean the

pull the component off

Device Replacement

y

Y

p

The last step in the repair process is to solder the new
component on the board. Ideally, the (LF)BGA should be

aligned under a
possible, try to align the (LF)BGA
To reflow the solder, apply a temperature profile according to
the

IC data sheet. So as not to damage neighboring
components, it may be necessary
temperatures and times.

microscope or magnifying glass. If this is not

with any board markers.

to reduce some

More Information

For more information on how to handle BGA devices, visit this
URL:

www.atyourservice.ce.philips.com (needs subscription,

not available for all regions).
then go to “Workshop Information”. Here
Information on how

After login, select “Magazine”,

to deal with BGA-ICs.

you will find

2.3.4 Lead Free Solder

Philips CE is going to produce lead-free sets (PBF) from

1.1.2005 onwards.
Lead-free sets will be indicated by the PHILIPS-lead-free logo
on the Printed Wiring Boards (PWB):

Figure 2-1 Lead-fr ee logo

This sign normally has a diameter of 6 mm, but if there is less
space on a board also 3 mm is possible.

In case of doubt wether the board is lead-free or not (or with
mixed technologies),

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

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

Caution: For BGA-ICs, you must use the correct temperature

profile,which is coupled to the 12NC. For an overview of these
profiles, visit the website
You

will find this and more technical information within the
"Magazine", chapter "Workshop information".
For additional questions please contact your local repair-helpdesk.

you can use the following method:

http://www.atyourservice.ce.philips.com/

the workshop during a repair:

b

•

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
equipment. In general, use of solder paste
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 at least a solder-tip temperature of 400°C.
– To stabilise the adjusted temperature at the solder-tip.
– To exchange solder-tips for different applications.

•

Adjust your solder tool so that a temperature around 360°C

-380°C is reached and stabilised
Heating time of the solder-joint should not exceed
Avoid temperatures above 400°C, otherwise
tips will rise drastically and flux-fluid will be destroyed. To
avoid wear-out
reduce heat.

•

Mix of lead-free soldering tin/parts with leaded soldering
tin/parts is possible but PHILIPS
avoid mixed regimes. If not to avoid, clean carefully the
solder-joint from

•

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

Special information for lead-free BGA ICs: these ICs will

•
be delivered in so-called "dry-packaging" to protect the IC
against moisture. This packaging may only be opened
short before it is used (soldered). Otherwise the body of the
IC gets "wet" inside and during the heating time the
structure of the IC
)pressure inside the body. If the packaging was opened
before usage, the IC has to be heated up for some hours
(around 90°C) for drying (think of ESD-protection !).

Do not re-use BGAs at all!

•

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

of tips, switch “off” unused equipment or

old tin and re-solder with new tin.

will be destroyed due to high (steam-

2.3.5 Practical Service Precautions

•

It makes sense to avoid exposure to electrical shock.

While some sources are expected to have a possible
dangerous impact, others of quite
limited current and are sometimes held in less regard.

•

Always respect voltages

dangerous in themselves, they can cause unexpected
reactions - reactions that are best avoided. Before
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.

MQC3.0A LA

Due to lead-free technology some rules

your soldering

within

at the solder joint.

recommends strongly to

service period. For the repair

high potential are of

. While some may not be

~ 4 sec.

wear-out of

reaching

EN4

3. Directions for Use

ou can download this information from the following websites:

htt

://www.philips.com/support

http://www.p4c.philips.com

E EN5 4. MQC3.0A LA

m

Mechanical Instructions

4. Mechanical Instructions

Index of this chapter:

4.1 Cable Dressing

4.2 Service Positions

4.3 ASSY/PCBA Removal

4.1 Cable Dressing

4.2 Service Positions

4.2.1 Foa

The foam bars (order code 3122 785 90580 for two pieces) can

be used for all types and sizes of
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.

Bars

Flat TVs. By laying the TV

4.2.2 Stands

Figure 4-3 Stands

The stands can be mounted with the back cover removed or still
left on. So, the stand can be used to store products or to do
measurements. It is also very suitable to perform duration tests
without taking much space, without having the risk of overheating
,or the risk of products falling. The stands can be mounted and
removed quick and easy
be tightened
figure above.

and loosened manually without the use of tools. See

with use of the delivered screws that can

Note: Only use the delivered screws to mount the monitor to

the stands

4.3 Assy/Panel removal

4.3.1 IO Box
Warning: Disconnect the AC Power cord before you open the
set.

1. Place the TV set upside down on a table top, using the foam

bars (see part "Foam Bars").
Caution: do not put pressure on the display, but let the monitor
lean on the speakers or the Front cover.

2. Remove M3*6(4 pieces) from IO Box and HDMI Box

4.3.2 R&L Speaker//Back cover

1. Remove T3*8 (8 pieces) screws from the R/L speaker

2. Remove all T4*12(12 pieces) screws from the Back cover.

3.Than, remove the M3.5*6(2 pieces) from the Back cover

4.Lift the back cover from the set. Make sure that wires and flat
foilsare not damaged during the back cover removal.

4.3.3 Wall mount

Mechanical Instructions

EN 6 4. MQC3.0A LA

4.3.4 Main Board

1. Disconnect all cable from Base unit

2. Remove the fixation screws

3. T a ke out M a in Board

4.3.5 IR Board

1. Remove the fixation screws

2. T a ke out M a in Board

4.3.6 Power Board

1. Remove the fixation screws

2. T a ke out M a in Board

4.3.7 Translation Board

1. Remove the fixation screws

2. T a ke out M a in Board

4.3.8 Power-Key Board

1. Remove the fixation screws

2. T a ke out M a in Board

4.3.9 Button Board

1. Remove the fixation screws

2. T a ke out M a in Board

1. Remove M3*4(14 pieces) screws from EMI shielding

2.

Remove Io Nut(2pieces) screw from

3. Lift the wall mount from chassis. Make sure wires are not
damaged during the back cover removal.

EMI shielding

4.3.11 LCD Panel

4.3.10 CPU Board

1. Remove the fixation screws

2. T a ke out M a in Board

m

bly

m

bly

m

bly

r

A

EN7 4. MQC3.0A LA

Instructions

Disasse

1. Place the TV set down on the foam bars. Place
the bars at the edges of the set, so they
support the front frame and not only the glass
plate!

2. Remove the inverter cable (1), Button cable (2), Power key cable (3)

from all

3. Remove the 4Pcs M4*12 screws ( 5) fr om

4. Remove the 8Pcs T4*6 scre ws (6) from panel BKT Lift the PCB tray

from the set.
during the PCB tray removal.

Asse

will

PCBA. Remove LVDS cable from LCD panel (4)

Make sure that wires and flat foils are not damaged

panel

Support BKT

T o re-assem b le the LCD panel, execute all

processes in reverse order.
Note:
.While re-assemble, make sure that all are placed

and

And connected in their original position. See figure

“Cable dressing”

.Pay special attention not to damage the EMC foams
at the SSB shielding. Check that EMC foams are put

4.3.12 HDMI Assy
Disasse

1. Remove the2 screws from HDMI box cover

4.3.13Tune

ssy

Disassembly

1. Remove the 3 screws from Tuner box cover

2. Remove the 3 screws form Tuner box
TOP

3. Removethe3 screws from shielding

2. Remove the 2 screws from

3. Remove the3 screws from shielding

4. Remove the3 screws from HDMI board

HDMI box TOP

3. Remove the 4 screws from Tuner board