Sharp LD26SH3U Schematic

q

SERVICE MANUAL

■ LEAD-FREE SOLDER

CODE : 00Z

LD26SH3U/E

LCD COLOR TV

MODEL

LEAD-FREE SOLDER MODEL

CONTENTS

LD-26SH3U

LEAD-FREE SOLDER MODEL

CHAPTER 1. OUTLINE OF THE PRODUCT,

NOMENCLATURE AND FUNCTION. . . . . . . . . . . . . . . . . .1 - 1

CHAPTER 2. CONNECTION, ADJUSTMENT, OPERATION,

AND FUNCTIONS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .2 - 1

CHAPTER 3. DISASSEMBLY AND ASSEMBLY . . . . . . . . . . . . . . . . . . . .3 - 1

CHAPTER 4. TROUBLE SHOOTING . . . . . . . . . . . . . . . . . . . . . . . . . . . .4 - 1

CHAPTER 5. BLOCK DIAGRAM . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .5 - 1

CHAPTER 6. HARDWARE DESCRIPTION. . . . . . . . . . . . . . . . . . . . . . . .6 - 1

CHAPTER 7. CIRCUIT DIAGRAM & PWB LAYOUT. . . . . . . . . . . . . . . . .7 - 1

Parts marked with "!" are important for maintaining the safety of the set. Be sure to replace these parts with specified
ones for maintaining the safety and performance of the set.

This document has been published to be used

SHARP CORPORATION

for after sales service only.
The contents are subject to change without notice.

■ LEAD-FREE SOLDER

The PWB’ s of this model employs lead-free solder. The “LF” marks indicated on the PWB’s and the Service Manual mean “Lead-Free” solder. The
alphabet following the LF mark shows the kind of lead-free solder.

Example:

<Solder composition code of lead-free solder>

Solder composition

Sn-Ag-Cu

Sn-Ag-Bi
Sn-Ag-Bi-Cu

Sn-Zn-Bi

Sn-In-Ag-Bi

Sn-Cu-Ni

Sn-Ag-Sb

Bi-Sn-Ag-P
Bi-Sn-Ag

5mm

Lead-Free

Solder composition
code (Refer to the
table at the right.)

a

(1) NOTE FOR THE USE OF LEAD-FREE SOLDER THREAD

When repairing a lead-free solder PWB, use lead-free solder thread. Never use conventional lead solder thread, which may cause a breakdown or an
accident.

Since the melting point of lead-free solder thread is about 40°C higher than that of conventional lead solder thread, the use of the exclusive-use sol­dering iron is recommendable.

Solder composition code

a

b

z

i

n

s

p

(2) NOTE FOR SOLDERING WORK

Since the melting point of lead-free solder is about 220°C, which is about 40°C higher than that of conventional lead solder, and its soldering capacity
is inferior to conventional one, it is apt to keep the soldering iron in contact with the PWB for longer time. This may cause land separation or may
exceed the heat-resistive temperature of components. Use enough care to separate the soldering iron from the PWB when completion of soldering is
confirmed.

Since lead-free solder includes a greater quantity of tin, the iron tip may corrode easily. Turn ON/OFF the soldering iron power frequently.

If different-kind solder remains on the soldering iron tip, it is melted together with lead-free solder. To avoid this, clean the soldering iron tip after com­pletion of soldering work.

If the soldering iron tip is discolored black during soldering work, clean
and file the tip with steel wool or a fine filer.

LD-26SH3U

CHAPTER 1. OUTLINE OF THE PRODUCT, NOMENCLATURE AND FUNCTION

1. SPECIFICATIONS

PRODUCT SPECIFICATIONS

Model name LD-26SH3U

LCD display 26" Advanced Super-V and Anti-Glare

Low-Reflection TFT LCD module

Actual display size 25

Resolution (max.) 1366

Displayable colors

33

/64" (64.8 cm) measured diagonally

768

u

Approx. 16.77 million colors (8 bit)

(max.)

Dot pitch (H

Brightness (max.) 450 cd/m

V) 0.4135 mm u 0.4135 mm

u

2

(The screen brightness deteriorates over time.
Constant brightness cannot be maintained.)

Contrast ratio 800:1

Angle of visibility Left-right 170°; up-down 170°

Screen display size

V)

(H

u

(contrast ratio

564.8 mm

u

(22 ¼"

s

317.6 mm

u

12 33/64")

10)

Video signal Analog: Analog RGB (0.7 Vp-p) [75Ω]

Digital: DVI standard based on 1.0

Sync signal Separate Sync (TTL level: +/-),

Sync on Green,
Composite Sync (TTL level: +/-)

Video signal format NTSC

Expansion
compensation

Digital scaling (Enlarges VGA/SVGA/XGA
etc. to full screen size.)
[Enlarged display (full screen, fixed aspect
ratio)]

- 1:1 display is not possible.

Plug & Play VESA DDC2B compatible

Power management VESA : based on DPMS

DVI : based on DMPM

Speaker output 20 W in total

3

Input terminals Video image : RCA pin

Component image:
S-video image :

u
u

HDMI : u
DVI-D 24 pin

1

u

u

1
2
1

(Also used as a computer digital signal input
terminal)

Audio : RCA pin (L/R

4)

u

Antenna : F-type
Computer signal:

Analog : mini D-sub 15 pin (3 rows)
Digital : DVI-D 24 pin

1

u

(Also used as a DVI image input terminal)

Computer audio: mini stereo jack (3.5mm)

Output terminals Video image: RCA pin

Audio : RCA pin (L/R

1

u

1)

u

Headphone : mini stereo jack (φ 3.5 mm) u
Antenna : F-type

Receivable TV
channels

VHF: 2 through 13; UHF: 14 through 69;
Cable: 1 through 125

Screen tilt Upward approx. 0° - 5°;

downward approx. 0° - 5°

Screen swivel Approx. 30° from left through right

Power supply 100 VAC - 240 VAC, 50/60 Hz

Temperature of
operating environment

Power consumption 118 W; 0.1 W in standby;

Dimensions

D u H)

(W

u

Weight Approx. 18.5 kg; 40.7 lb. (with stand)

■ Dimensions (Units: mm (inch))

)

16

)

/

64

11

1

500 (19

559 (22 /

• Power cord: approx. 1.8 m (5' 10")

• PC analog signal cable: approx. 1.8 m (5' 10")

• PC audio cable: approx. 1.8 m (5' 10")

• Digital signal cable, NL-C04J (purchased separately):

approx. 2.0 m (6' 6")

Note: As a part of our policy of continuous improvement, SHARP

reserves the right to make design and specification changes for
product improvement without prior notice. The performance
specification figures indicated are nominal values of production
units. There may be some deviations from these values in indi­vidual units.

1

u

1

u

1

5°C - 35°C (41°F - 95°F)

1.0 W in power-saving mode

Approx. 667 mm
(Approx. 26

280 mm u 559 mm

u

17

/64" u 11 1/32" u 22 1/64")

Approx. 15.6 kg; 34.4 lb. (without stand)

667 (26

398(15

1

/64

43

/64

)

)

110 (41 /32)

280 (11

/32

1

1

)

LD-26SH3U OUTLINE OF THE PRODUCT, NOMENCLATURE AND FUNCTION

1 – 1

■ Relevant signal timings (PC mode)

Screen resolution Hsync Vsyn

VESA 640

Wide 1280u720 44.7kHz 60Hz 74.4MHz
US text 720u400 31.5kHz 70Hz 28.3MHz
Power

Macintosh
series

: Available

o

• Recommended resolution is 1360

• All are compliant only with non-interlaced.

• Depending on the type of computer to be connected, the display may

not work correctly even when the above relevant signals are input.

• Frequencies for Power Macintosh are reference values. To connect,
another adapter (commercially available) may be required.

• For digital connection, the TV can be connected to a computer with a
DVI-compatible output terminal (DVI-D 24 pin or DVI-I 29 pin).
(Depending on the type of computer to be connected, the display may
not work correctly.)

• If the TV is receiving timing signals that are not compatible, "Out of
Timing" will appear. Follow your computer's operation manual to set
the timing so that it is compatible with the TV.

• If the TV is not receiving any signal (sync signal), "No Signal" will
appear.

480 31.5kHz 60Hz 25.175MHz

u

37.9kHz 72Hz 31.5MHz

37.5kHz 75Hz 31.5MHz

800u600 35.1kHz 56Hz 36.0MHz

37.9kHz 60Hz 40.0MHz

48.1kHz 72Hz 50.0MHz

46.9kHz 75Hz 49.5MHz

848u480 31.0kHz 60Hz 33.75MHz

1024u768 48.4kHz 60Hz 65.0MHz

56.5kHz 70Hz 75.0MHz

60.0kHz 75Hz 78.75MHz

1280u768 47.8kHz 60Hz 79.5MHz

60.3kHz 75Hz 102.25MHz

1360u768 47.7kHz 60Hz 85.5MHz

480 35.0kHz 66.7Hz 30.2MHz

u

640
832u624 49.7kHz 74.6Hz 57.3MHz

1024u768 60.2kHz 75Hz 80.0MHz

768, 1280 u 768, or 1024 u 768.

u

Dot

frequency

Ana-

log

oo

oo

oo

o -

oo

oo

oo

oo

oo

oo

oo

oo

oo

oo

oo

oo

o -

o -

o -

Digi-

tal

■ The DVI-D input connector pin

(DVI-D connector with 24 pins)

No. Function No. Function

1 TMDS data 2

2 TMDS data 2+ 14 +5V

3 TMDS data 2/4 shield 15 GND

4 N.C. 16 Hot plug detection

5 N.C. 17 TMDS data 0

6 DDC clock 18 TMDS data 0+

7 DDC data 19 TMDS data 0/5 shield

8N.C. 20N.C.

9 TMDS data 1

10 TMDS data 1+ 22 TMDS clock shield

11 TMDS data 1/3 shield 23 TMDS clock +

12 N.C. 24 TMDS clock

-

-

13 N.C.

-

21 N.C.

-

■ Power management

The monitor is based on the VESA DPMS and the DVI DMPM stan­dards. To activate the power management function, the video card and
the computer used with it must also conform to these standard.

• DPMS: Display Power Management Signaling

DPMS mode Screen

ON Display on 118 W Yes Yes

STANDBY

SUSPEND Yes No

OFF No No

• DMPM: Digital Monitor Power Management

DMPM mode Screen

ON Display on 118 W

OFF Display off 1.0 W

Display off 1.0 W

Power

consumption

Power

consumption

H-sync V-sync

No Yes

■ The analog RGB input connector pin

(Mini D-sub connector with 15 pins)

No. Function No. Function

1 Red video signal input 9 +5V

2 Green video signal input 10 GND

3 Blue video signal input 11 N.C.

4 N.C. 12 DDC data

5 GND 13 For Hsync signal input

6 For red video signal GND 14 For Vsync signal input

7 For green video signal GND 15 DDC clock

8 For blue video signal GND

LD-26SH3U OUTLINE OF THE PRODUCT, NOMENCLATURE AND FUNCTION

■ DDC (Plug & Play)

This monitor supports the VESA DDC (Display Data Channel) standard.
DDC is a signal standard for carrying out Plug & Play functions on the
monitor or computer. It transfers information such as degree of resolu­tion between the monitor and computer. You can use this function if
your computer is DDC compliant and if it is set so that it can detect the
Plug & Play monitor.
There are many varieties of DDC due to the differences between sys­tems. This monitor works with DDC2B.

1 – 2

2. PRODUCT DESCRIPTION

■ Main unit ■ Removing/replacing the terminal cover

12

POWERVOL

CH

ENTERMENUINPUT

Removing the cover Replacing the cover

9

F

G

3

H
I
J

4

K

L
M

OPC POWER

56

Control buttons

1

POWER button

2

Speakers

3

Headphone terminal

4

Remote control sensor

5

OPC (Optical Picture Control) sensor

6

OPC LED

7

N

87

O
P

Q
R

S
T
U

Y

VW X

Z[\

Green : OPC is on.
Off : OPC is off.

POWER LED

8

Green : in use
Red : in standby mode
Orange : in power-saving mode (only for PC mode)
Off : power off
Antenna input terminal

9

Antenna output terminal

F

S-video input terminal

G

Video input terminal

H

Audio input terminal - Left

I

Audio input terminal - Right

J

Component input terminals

K

Video input terminal

L

Audio input terminal - Left

M

Audio input terminal - Right

N

S-video input terminal

O

Video input terminal

P

Audio input terminal - Left

Q

Audio input terminal - Right

R

Video output terminal

S

Audio output terminal - Left AV-OUT

T

Audio output terminal - Right

U

Optional terminal (For factory use only)

V

HDMI input terminal AV-IN 4

W

Audio input terminal - Left

X

Audio input terminal - Right AV-IN 5

Y

DVI input terminal

Z

(DVI-D 24 pin)
(Also available as a digital RGB input terminal for PC mode)
PC analog RGB input terminal (Mini D-sub 15 pin) PC-IN

[

PC audio input terminal

\

Power input terminal

]

Lug-hole for cable clamp

^

A Ventilation openings

Never block these openings as this may lead to overheating inside
the TV and result in malfunction.

B Security lock anchor

By connecting a security lock (commercially available) to the secu­rity lock anchor, the TV is fixed so that it cannot be transported.
The security slot works in conjunction with Kensington Micro Saver
Security Systems.

A

B

^

]

AV-IN 1

AV-IN 2

AV-IN 3

■ Remote control

POWER

1

2

3

4

5

6

7
8
9
F

G

H

POWER button

1

Channel buttons

2

FLASHBACK button

3

MENU button

4
5 b c e d

CH (channel) buttons

6

RETURN button

7

EXIT button

8

VIEW MODE button

9

PICT MODE button

F

SLEEP button

G

PIP/SPLIT buttons (ON/OFF, SIZE/MOVE, SWAP, and SELECT)

H

INPUT button

I

DISPLAY button

J

Input buttons (TV, AV, and PC)

K

VOL (volume) buttons

L

MUTE button

M

MTS (Multi ch TV Sound) button

N

FREEZE button

O

CC (Closed Caption) button

P

buttons and [ENTER] button

DISPLAY INPUT

FLASH

BACK

TV AV

MENU PC

ENTER

RETURN

EXIT MTS MUTE

VIEW MODE PICT MODE

SLEEP

ON/OFF SIZE/MOVE

CC FREEZE

SWAP SELECT

PIP/SPLIT

I
J

K

L

VOLCH

M
N
O
P

LD-26SH3U OUTLINE OF THE PRODUCT, NOMENCLATURE AND FUNCTION

1 – 3

■ Cable clamp

Use the supplied cable clamps to secure the cables connected to the
terminals.

Caution: When adjusting the viewing angle, cables may be pulled.

Therefore, ensure that the cables have sufficient slack.

■ Using headphones (commercially available)

You can connect headphones with a mini stereo jack ( φ 3.5 mm) to the TV

.

■ Angle adjustment

Adjust to an easy to view angle.

Caution: • Be sure to hold both sides of the TV when adjusting the view-

ing angle. The LCD panel used in this TV is made of glass.
Pressure from hands on the LCD panel could cause damage.

• Be careful not to allow your fingers to be pinched.

• Do not put your hand or objects near the stand.

When changing the viewing angle horizontally, the stand
moves and may hit the objects or cause injury to your hand
or fingertips.

approx. 5

approx. 5

approx.15

approx. 15

Headphone
terminal

Headphones

Notes:

• When headphones are connected:

- No sound can be heard from the TV speakers.

- In addition, when "Output Select" is set to "Variable1" or

"Variable2" in the Option menu, no sound via the audio output
terminals can be heard either.

• The Virtual Dolby Surround function cannot be used.

• The Audio menu cannot be adjusted.

LD-26SH3U OUTLINE OF THE PRODUCT, NOMENCLATURE AND FUNCTION

1 – 4

CHAPTER 2. CONNECTION, ADJUSTMENT, OPERATION, AND FUNCTIONS

1. CONNECTING THE MONITOR AND TURNING THE MONITOR ON AND OFF

1-1. Connecting the TV to a computer

Caution:

• When connecting, ensure that the TV and all the equip­ment you are connecting to it are switched off.

• Be careful not to over bend the cable or add extension
cords as this could lead to a malfunction.

Notes:

• When using the TV with an analog connection, perform an automatic
screen adjustment under the following conditions:

- Using the TV for the first time.

- After having changed the system settings during use.

• When using the TV with a digital connection, automatic screen
adjustment is unnecessary.

• When connecting to a notebook computer and the notebook com­puter's screen is set so that it is displaying at the same time, the MS­DOS screen may not be able to display properly.
In this case, change the settings so that only the TV is displaying.

Installing the set-up information

Depending on the computer or OS, you may have to install the set-up
information for the TV. Refer to "readmee.pdf" (in English) on the
supplied CD-ROM. You need Adobe Reader installed on your computer
to view this PDF file.

■ Analog connection

Connect the supplied PC analog signal cable to the analog RGB output
terminal of the computer.

PC analog RGB input terminal

(Mini D-sub 15 pin, 3 rows)

■ Digital connection

Connect the separately-sold digital signal cable (model name: NL­C04J) to the digital RGB output terminal of the computer.

• The TV has an input terminal for connecting to a computer with a
DVI-compatible output terminal (DVI-D 24 pin or DVI-I 29 pin).
(Depending on the type of computer to be connected, the display may
not work correctly.)

DVI input terminal

(DVI-D 24 pin)

Computer

Digital RGB output terminal

(DVI-D 24 pin or DVI-I 29 pin)

Computer

Analog RGB
output terminal

(Mini D-sub 15 pin, 3 rows)

PC analog signal cable (supplied)

• Paying attention to the connector direction, firmly insert the signal cable
straight into the connector, and then tighten the screws at both ends.

If connecting to a D-sub 15 pin 2 row Apple Power Macintosh, attach a
Macintosh conversion adapter (commercially available) to the analog
signal cable.

Power Macintosh

Digital signal cable (separately-sold)

• Paying attention to the connector direction, firmly insert the signal
cable straight into the connector, and then tighten the screws at both
ends.

Notes:

• The DVI input terminal is used for either AV equipment or a com­puter.Before using this terminal, you need to set "DVI Select" to "PC"
in the Option menu.The factory setting is "AV". After making the con­nection, follow the procedure below.(Make sure that the connected
computer is switched off.)

1. Press the POWER button to turn on the TV.

2. Press the MENU button to display the MENU screen.

3. Select the Option menu.

4. Set "DVI Select" to "PC".

5. Press the MENU or EXIT button to exit the screen.

6. Press the INPUT or PC button to select "PC DIGITAL" as the dis-

play mode.

7. Turn on power to the connected computer.

• If the image does not appear properly, turn off power to both the TV
and the connected computer. Again, set "DVI Select" to "PC" follow­ing steps 1 through 7 above.

Macintosh conversion adapter

LD-26SH3U CONNECTION, ADJUSTMENT, OPERATION, AND FUNCTIONS

2 – 1

■ Connecting the audio cable

Connect the supplied PC audio cable to the audio output terminal of the
computer.

PC audio input terminal

Caution: When connecting the coaxial cable to the TV, do not tighten F-

type connector with tools. If tools are used, it may cause dam­age to your TV. (The breaking of internal circuit, etc.)

breaking of internal circuit, etc.)

F-type connector

Computer

Audio output
terminal

PC audio cable (supplied)

1-2. Connecting the TV to a home antenna terminal

Caution: When connecting, ensure that the TV is switched off.

The antenna requirements for good color television reception are more
important than those for black & white television reception. For this rea­son, a good quality outdoor antenna is strongly recommended.
The following is a brief explanation of the type of connections that are
provided with the various antenna systems.

1. A 75-ohm system is generally
around cable with F-type connec­tor that can easily be attached to a
terminal without tools (commer­cially available).

A 300-ohm system is a flat "twin-lead"

2.
cable that can be attached to a 75­ohm terminal through a 300-75-ohm
adapter (commercially available).

Notes:

• The 75-ohm coaxial cable is recommended.

• When you first receive this TV, it has no memory of any chan-

nels. To receive channels, perform the EZ Setup after the first
power-on, or use "CH Setup" in the Setup menu.

■ Outdoor antenna connection

• Use one of the following two diagrams if you connect an outdoor antenna.

A: Using a VHF/UHF combination outdoor antenna.

B: Using separate VHF and/or UHF outdoor antennas.

• Connect the outdoor antenna cable lead-in to the antenna input
terminal (ANT-IN) on the right side of the TV.

A. Combination VHF/UHF Antenna

VHF/UHF

antenna

coaxial cable

B.Separate VHF and/or

VHF

antenna

300/75-ohm

adapter

(commercially available)

or

75-ohm

UHF Antennas

UHF

antenna

300-ohm
twin-lead

300-ohm
twin-lead

75-ohm

or

coaxial cable

(commercially

Home Antenna
terminal (75-ohm)

Combiner

available)

OUTIN

300-ohm
twin-lead

VHF/UHF

antenna

Antenna input terminal (ANT-IN)

Antenna cable
(commercially available)

F-type connector

75-ohm coaxial cable (round)

300-ohm twin-lead cable (flat)

75-ohm coaxial cable

■ Cable TV (CATV) connection

• A 75-ohm coaxial cable connector is built into the set for easy hookup.
When connecting the 75-ohm coaxial cable to the set, screw the
75-ohm cable to the antenna input terminal (ANT-IN).

• Some cable TV companies offer "premium pay channels".
Since the signals of these premium pay channels are scrambled, a
cable TV converter/descrambler is generally provided to the
subscriber by the cable TV company. This converter/descrambler is
necessary for normal viewing of the scrambled channels.
(Set your TV to channel 3 or 4, typically one of these channels is
used. If this is unknown, consult your cable TV company.)
For more specific instructions on installing cable TV, consult your
cable TV company. One possible method of utilizing the converter/
descrambler provided by your cable TV company is explained below.

Note: An RF switch provided with two inputs (A and B) is required

(commercially available).

"A" position on the RF switch (commercially available):

You can view all unscrambled channels by using the TV's channel
buttons.

"B" position on the RF switch (commercially available):

You can view the scrambled channels via the converter/descram­bler by using the converter's channel keys.

RF switch (commercially available)

OUT

Cable TV converter/

descrambler

Antenna input terminal
(ANT-IN)

(commercially

available)

Note: Consult your SHARP Dealer or Service Center for the type of

splitter, RF switch, or combiner that might be required.

■

Connection to an antenna input terminal of AV equipment

A different type of antenna cable is required depending on the shape of
the antenna input terminal of the AV equipment to be connected.

Antenna input
terminal of AV
equipment

Antenna cable
(commercially
available)

Antenna output
terminal
(ANT-OUT)

Note: The signal from the antenna output terminal is less powerful than

when it first enters the TV. Please use a booster (commercially
available), if necessary.

IN

Two-set
signal
splitter
(commercially
available)

Cable TV Line

LD-26SH3U CONNECTION, ADJUSTMENT, OPERATION, AND FUNCTIONS

2 – 2

1-3. Connecting the TV to AV equipment

-IN 1 or A

-IN 3

Caution: Ensure that the TV and all the equipment you are connecting

to it are switched off before you begin.

■ Examples of equipment you can connect

Right side of the TV

AV-IN 3

AV-IN 1

AV-IN 2

AV-OUT

AV-IN 4 AV-IN 5

AV-IN 1 AV-IN 2 AV-IN 3 AV-IN 4 AV-IN 5

AV equipment with
video output terminals

AV equipment with
S-video output terminals

AV equipment with
component output terminals

AV equipment with
HDMI output terminals

AV equipment with
DVI output terminals

: Available

o

Note: For information on the connection using the AV-OUT terminals.

ooo--

o - o --

- o ---

---o -

----o

■ AV equipment with component output terminals

Output terminals of
AV equipment

(Green) (Green)

Y

(Blue) (Blue)

Pb

(Red) (Red)

Pr

AUDIO-L

AUDIO-R

Component video cable
(commercially available)

(White) (White)

(Red) (Red)

RCA pin cable (commercially available)

Y

Pb

Pr

VIDEO

AUDIO-L

AUDIO-R

Note: When using the component input terminals, do not connect the

cable to the video input terminal of AV-IN 2.

Right side of the TV

AV-IN 2

■ AV equipment with HDMI output terminals

Rear of the TV

OPTIONHDMIAUDIO-L

Output terminals of
AV equipment

HDMI

HDMI cable (commercially available)

Notes:

• To display an image via the HDMI input terminal, be sure to
select "AV4" as the display mode.

• If necessary, you can make adjustments for HDMI setup using
the Option menu in AV4 mode.

■ AV equipment with DVI output terminals

Rear of the TV

AUDIO-L AUDIO-R DIGITAL

■ AV equipment with video output terminals

Output terminals of
AV equipment

VIDEO

(Yellow)

AUDIO-L

AUDIO-R

Notes:

(White)

(Red)

RCA pin cable (commercially available)

• When using the video input terminal of AV-IN 1 or AV-IN 3, do not

(Yellow)

(White)

(Red)

VIDEO

AUDIO-L

AUDIO-R

connect the cable to the S-video input terminal of the same group.

• When using the video input terminal of AV-IN 2, do not con­nect the cable to the component input terminals of AV-IN 2.

Right side of the TV

AV-IN 1 or AV-IN 3

AV-IN 2

■ AV equipment with S-video output terminals

Output terminals of
AV equipment

S-VIDEO

S-video cable (commercially available)

AUDIO-L

AUDIO-R

(White)

(Red)

RCA pin cable (commercially available)

(White)

(Red)

S-VIDEO

VIDEO

AUDIO-L

AUDIO-R

Note: When using the S-video input terminal of AV-IN 1 or AV-IN 3, do

not connect the cable to the video input terminal of the same
group.

Right side of the TV

AVAV-IN 1 or A

AV-IN 1 or AV-IN 3

V-IN 3

Output terminals of
AV equipment

AUDIO-L

AUDIO-R

DVI OUT

(White)

(Red)

(White) (Red)

RCA pin cable

(commercially available)

Digital signal cable

(separately-sold, NL-C04J)

Notes:

The DVI input terminal is used for either AV equipment or a computer.

•
Before using this terminal, you need to set "DVI Select" to "AV" or
"PC" in the Option menu. Since the factory setting is "AV", you can use
the DVI input terminal for AV equipment without changing any setting.
To display an image, be sure to select "AV5" as the display mode.

• Once you have set "DVI Select" to "PC" in the Option menu, be sure
to set "DVI Select" back to "AV" before using the DVI input terminal
for AV equipment.After making the connection, follow the procedure
below. (Make sure that the connected equipment is switched off.)

1. Press the POWER button to turn on the TV.

2. Press the MENU button to display the MENU screen.

3. Select the Option menu.

4. Set "DVI Select" to "AV".

5. Press the MENU or EXIT button to exit the screen.

6.

Press the INPUT or AV button to select "AV5" as the display mode.

7. Turn on power to the connected equipment.

• If the image does not appear properly, turn off power to both the TV
and the connected AV equipment.
Again, set "DVI Select" to "AV" following steps 1 through 7 above.

LD-26SH3U CONNECTION, ADJUSTMENT, OPERATION, AND FUNCTIONS

2 – 3

1-4. Other features

■ Outputting images and sound to AV equipment

Caution: Ensure that the TV and all the equipment you are connecting

to it are switched off before you begin.

Input terminals of
AV equipment

VIDEO

AUDIO-L

AUDIO-R

(Yellow)

(White)

(Red)

(commercially available)

RCA pin cable

(Yellow)

(White)

(Red)

VIDEO

AUDIO-L

AUDIO-R

The image displayed on the TV screen and the sound can be output via
the AV-OUT terminals to AV equipment. (In PIP/Split mode, the image
displayed in the active window and the sound can be output.)

Image displayed on the TV screen Output from AV-OUT terminals

TV image

Image input from the video
input terminal

Image input from the S-video
input terminal

Image input from the component
input terminals

Image input from the DVI
input terminal

Image input from the HDMI
input terminal

Computer Image

: Available

o

Only the sound is output.

*

After making the connection, select the item you want to set in "Output
Select" using the Option menu, according to your requirements.
(The factory setting is "Fixed". )

• Fixed : Use when connecting to a VCR for recording, etc.
The volume of the sound via the audio output terminals is
fixed.

• Variable1: Use to enjoy the sound from both the TV speakers and
external speakers while watching the image on the TV.
VOL +/- buttons allow you to adjust the sound volume for
both the TV and external speakers.

• Variable2 : Use to enjoy only the sound from the external speakers
while watching the image on the TV. No sound can be
heard from the TV speakers with this setting.
VOL +/- buttons allow you to adjust the sound volume for
the external speakers.

Right side of the TV

AV-OUT

o

o

o

*

-

-

-

*

-

1-5. Connecting the TV to a power source

Caution:

• When connecting, ensure that the TV is switched off.

• Use only the power cord supplied with the TV.

• Be careful not to over bend the cable or add extension cords as this

could lead to a malfunction.

1. Connect the power cord (supplied) to the power input terminal.

2. Place the power plug into an AC outlet.

Power input terminal

1

Power cord (supplied)

Note: If the TV does not operate, disconnect the power cord from the

AC outlet and reconnect it again. The setup must be completed
in the proper order for the TV to function.

AC outlet

2

LD-26SH3U CONNECTION, ADJUSTMENT, OPERATION, AND FUNCTIONS

2 – 4

1-6. Setting TV channels (EZ Setup)

When you turn on the TV for the first time, it will automatically memorize
the broadcasting channels where you live.
Make sure you have performed the following steps before you turn on
the TV.

• Insert the batteries into the remote control.

• Connect the antenna cable to the TV.

Make sure what kind of connection (receiving mode) is made with
your TV.

• Plug in the power cord to the TV and AC outlet.

PO WE RVO L

PO W E R

DISPLA Y I NPUT

3. Press [

] buttons to select the desired receiving mode, and

b][c

press [ENTER] button.

Channel search

The tuner will search through all available channels in your area
and save them to the TV memory.

Note:To interrupt the search, press [RETURN] button. It will stop

at the current channel.

EZ Se t u p

Lang uag e
Air/ Cab le
CH Sea rc h

Sea r c h i n g

Air [ 12]

When the search completes, the search screen becomes off and
TV screen becomes minimum channel of TV memory.

Notes:

• You can also select the language using the Setup menu.

• Even if this setup fails to memorize channels in your area, you can

still set the channels using "CH Setup" in the Setup menu.

• EZ Setup will start also after the ALL RESET operation.

FLASH

BA CK

1. Press the POWER button on the TV to turn on the TV.
When the POWER LED lights red, press the POWER button on the
remote control.

Language setting

The language selection screen will be displayed.

EZ Se t u p

2. Press [

Lang uag e
Air/ Cab le
CH Sea rc h

] buttons to select the desired language, and press

b][c

Set th e on-screen d ispla y l anguag e

English

Fr a n çai s

Esp a ñol

[ENTER] button.

Antenna setting

The air/cable selection screen will be displayed.

EZ Se t u p

Lang uag e
Air/ Cab le
CH Sea rc h

Selecting Air/Cab le channel s

Air
Cab l e ( STD)
Cab l e ( HRC)
Cab l e ( IRC)

LD-26SH3U CONNECTION, ADJUSTMENT, OPERATION, AND FUNCTIONS

2 – 5

1-7. Instructions for attaching a VESA-compliant mount

An arm or stand based on the VESA standard (commercially available)
can be attached to the TV.
Procurement of the arm or stand is at the customer's discretion.

■ Arms or stands able to be used

Attachments must satisfy the following.

• Compatible with the VESA standard.

• The six screw holes on the section to be attached have a gap of 100

mm between them.

• Not be likely to fall off or break off after being attached to the TV.

■ How to attach the arm or stand

• Be careful not to over bend the cable or add extension cords as this
could lead to a malfunction.

• While following these instructions, please also refer to the installation
instructions in the operation manual included with the arm or stand.

• Because the TV is heavy, we recommend that you perform the oper­ation with two or more persons including yourself.

Caution: • Be careful not to get your fingers pinched between the dis-

play and stand nor to let the stand drop. These could lead
to injury.

• Do not cover or block ventilation openings since insufficient
ventilation can cause overheating.

1. Turn off the TV power using the POWER button on the TV.

2. Remove the terminal covers and the cables.

3. Spread out a soft cloth on a flat surface.
Being careful not to damage the TV, gently lay the TV on it display­side down.

4. Remove the two screws and then remove the rear cover of the
stand.

Notes: • If the stand is hard to remove, pull it toward you while holding it

up slightly.

• The stand is specially made for use with this TV. Once having
removed the stand, never attempt to attach it to another equip­ment.

• Once having removed the screws, store them together with the
stand.If the stand is ever re-attached, be sure to use the origi­nal screws.
Using different screws could lead to a malfunction.

6. Attach the arm to the TV with the six screws.

Note: The screws used to attach the arm should be M4 screws with a

length of 10 mm protruding from the surface to be attached.
Using different screws could cause the TV to fall off or to be
internally damaged.

10 mm

Screw used to attach arm

Soft cloth

5. Remove the four screws and then remove the stand from the TV.

Arm

Part of TV to which arm is attached

7. Reconnect the cables and replace the terminal covers.

Note: You can attach a stand or an arm that has four screw holes

located at an interval of 100 mm.
Please fully confirm that the stand or arm will not drop and the
TV will not fall before use.

LD-26SH3U CONNECTION, ADJUSTMENT, OPERATION, AND FUNCTIONS

2 – 6

2. ADJUSTMENT

2-1. ADJUSTMENT METHOD (PC MODE)

* Press the PC button to select PC mode.

1) Resetting all adjustment values
Press the

MENU , , POWER buttons.

ENTER

2) Adjustment lock function

MENU

+ Power ON

(And press the button. )

d

3) INPUT

INPUT

CHANGE

4) VIEW MODE

VIEW MODE

PICT MODE

5)

PICT MODE

Watching two images simultaneously (PIP/SPLIT)

6)

CHANGE

CHANGE

Switching ON/OFF

Press the button.

ON/OFF

Selecting the active window

SELECT

to change the setting.

Swapping images (SWAP)

SWAP

7)

Adjustment pattern

MENU

MENU

to change the setting.

c

PICTURE MENU

END

AUDIO MENU

c

SETUP MENU

c

*

If you do not press any buttons for about 30 seconds
while in a menu screen, the settings you made up to
that point will be applied and the screen will
automatically disappear.

Adjusting the size or position of the small window

SIZE

When is pushed, "PIP Size" is displayed.

SIZE/MOVE

And press the .

+

ENTER

MOVE

When is pushed, "PIP Move"" is displayed.

SIZE/MOVE

And press the .

ENTER

AUTO
OPC

BRIGHTNESS

BLACK LEVEL

CONTRAST

(e d buttons)

(e d buttons)

(e d buttons)

(e d buttons)

COLOR CONTROL

RESET

+

ENTER

COLOR MODE

(STANDARD, sRGB, VIVID, TV/AV)

COLOR TEMP

(HIGH, MID-HIGH, MIDDLE MID-LOW, LOW, USER)

USER

(R-CONTRAST, G-CONTRAST, B-CONTRAST)

TREBLE

BASS

BALANCE

(e d buttons)

(e d buttons)

(e d buttons)

DOLBY VIRTUAL

RESET

AUTO SYNC

FINE SYNC

INPUT SIGNAL

SCALING

(e d buttons)

LANGUAGE

(bc buttons)

(bc buttons)

(bc buttons)

c

OPTION MENU

QUICK SHOOT

OUTPUT SELECT

DVI SELECT

LD-26SH3U CONNECTION, ADJUSTMENT, OPERATION, AND FUNCTIONS

2 – 7

2-2. ADJUSTMENT ITEM LIST (PC MODE)

BUTTON ITEM ADJUSTMENT DESCRIPTION

MENU MENU 1:

PICTURE MENU

MENU 2:
AUDIO MENU

MENU 3:
SETUP MENU

AUTO

Automatically adjusts "Black Level" and "Contrast" based on the
brightest and darkest colors of the image displayed.

OPC

ON, OFF

Automatic the backlight brightness Adjustment.

Make sure no object obstructs the OPC sensor, which could

*

affect its ability to sense surrounding light.

BRIGHTNESS 0 ~ 31

Adjusts the backlight brightness.
If you adjust "Brightness" while "OPC" is "On", "OPC" is automati
cally set to "Off".

BLACK LEVEL 0~100 BLACK LEVEL: Total screen brightness can be adjusted

CONTRAST 0~100 CONTRAST: While watching the color pattern, adjustments can be

COLOR CONTROL Color Mode, Color

RESET Resets adjustment values for this menu to their original factory settings.
TREBLE -30~0~+30 Adjusts high-pitch sounds.
BASS -30~0~+30 Adjusts low-pitch sounds.
BALANCE -30~0~+30 Adjusts the balance between the right and left speakers.
DOLBY VIRTUAL ON/OFF Turns the Virtual Dolby Surround function "ON" or "OFF".

RESET Resets adjustment values for this menu to their original factory settings.
AUTO SYNC

FINE SYNC Clock, Phase,

INPUT SIGNAL 480 Lines,

SCALING 1~4
LANGUAGE

Temp.,
User : 0 ~255

H-Pos, V-Pos

768 Lines

English, French,
Spanish

Color Mode : Selects the color tone.

Standard : Displays images using the original color tone of the LCD

sRGB : sRGB is an international standard for color representation

Vivid : Displays images in vivid primary colors.
TV/AV : Provides a proper color tone to watch DVDs and TV

Color Temp. : Adjusts the color temperature (white balance).

High : Color tone bluer than "Middle".
Mid-High : Color tone slightly bluer than "Middle".
Middle : Standard setting for color tone.
Mid-Low : Color tone slightly redder than "Middle".
Low : Color tone redder than "Middle".
User : Allows you to individually adjust red, green, and blue

User : When "Color Temp." is set to "User", you can adjust red, green,

and blue contrast individually.

You can also set this item directly using the remote control, instead
of the adjustment screen.

Automatically adjusts "Clock", "Phase", "H-Pos.", and "V-Pos.".
Clock: Adjusts the clock so that no vertical flicker noise is

emitted.

Phase : Makes an adjustment after "Clock" is properly

H-Pos., V-Pos. : Adjusts the position of the adjustment pattern so

RESET : Resets the image's position to the monitor's

480 Lines : Specifies the horizontal resolution of a 480-line screen.
768 Lines : Specifies the horizontal resolution of a 768-line screen.

Adjusts the image to optimum sharpness when it is enlarged.
Selects the language (English, French or Spanish) on the screen.

while watching the color pattern. (

made so that all graduations appear. (

monitor.

defined by the IEC (International Electrotechnical Com­mission). Colors are converted by taking into account the
liquid crystal's characteristics and thereby represent color
tone close to the original image.

programs that are received from the computer
connected to the TV.

Set "Color Temp." to "Middle" if you want to display
all gradations.

contrast.

adjusted so that no horizontal flicker noise is emitted.

that it appears centered on screen.

original factory setting.

e d

buttons)

buttons)

e d

LD-26SH3U CONNECTION, ADJUSTMENT, OPERATION, AND FUNCTIONS

2 – 8

BUTTON ITEM ADJUSTMENT DESCRIPTION

QS :

MENU

MENU 4:
OPTION MENU

QUICK SHOOT ON/OFF

OUTPUT SELECT F I XE D ,

VARIABLE1,
VARIABLE2

QUICK SHOOT

Reduces the visual lag inherent in fast-motion scenes.
Selects how to adjust the sound via the audio output terminals.

• FIXED : : Set "FIXED" when connecting to a VCR for
recording, etc.The volume is fixed.
Image and sound are simultaneously output via
the output terminals. (Image and sound are out­put via the output terminals a little earlier than
when image is displayed on the TV and sound is
output from the TV speakers.)

• VARIABLE1 : Set to enjoy the sound from both the TV speak­ers and external speakers while watching the
image on the TV, etc.
The volume can be adjusted.
Image is displayed on the TV at the same time
as when sound is output via the output termi­nals. (Sound is output via the output terminals a
little later than when image is output via the out­put terminal.)

• VARIABLE2 :

Set to enjoy only the sound from the external speak­ers while watching the image on the TV, etc.
The volume can be adjusted.
However, no sound can be heard from the TV
speakers with this setting. (Sound can be output
via the headphone terminal.)
Image is displayed on the TV at the same time
as when sound is output via the output termi­nals. (Sound is output via the output terminals a
little later than when image is output via the out­put terminal.)

DVI SELECT AV, PC Set depending on equipment connected to the DVI input terminal.

• A V : AV equipment (AV5 mode is available.)

• P C : Computer (PC DIGITAL mode is available.)r

For information on connecting to AV equipment or a computer.

LD-26SH3U CONNECTION, ADJUSTMENT, OPERATION, AND FUNCTIONS

2 – 9

2-3. ADJUSTMENT METHOD (TV/AV MODE)

Press the

* /

*

If you do not press any buttons for about 30 seconds while in a menu screen, the settings you made up to

TV

that point will be applied and the screen will automatically disappear.

1) Resetting all adjustment values

Press the

MENU

ENTER

,

2) Adjustment lock function

MENU

(And press the button.)

+ Power ON

d

3) INPUT

INPUT

ON/OFF

4) PICT MODE

PICT

CHANGE

5) MUTE

MUTE

ON/OFF

6) MULTI CH TV SOUND

MTS

ON/OFF

7) VIEW MODE

VIEW MODE

CHANGE

8) SLEEP

SLEEP

to change the setting.

(The time changes in the following order each time you press the button)

9) CC

CC

to change the setting.

(The setting changes in the following order:)

10)

Adjustment pattern

MENU

MENU

END

c

c

c

c

button to select TV or AV, HDMI, DVI mode.

AV

,

POWER

buttons.

PICTURE MENU

AUDIO MENU

SETUP MENU

OPTION MENU

c

c

c

c

c

c

c

c

c

c

c

c

c

c

c

c

c

c

c

c

c

c

c

c

OPC

BRIGHTNESS

BLACK LEVEL

CONTRAST

COLOR

TINT

SHARPNESS

FLESH TONE

3D-Y/C

COLOR TEMP

RESET

TREBLE

BASS

BALANCE

DOLBY VIRTUAL

RESET

CH SETUP

V-C HI P

POSITION

LANGUAGE

QUICK SHOOT

OUTPUT SELECT

DVI SELECT

HDMI SETUP

(e d buttons)

(e d buttons)

(e d buttons)

(e d buttons)

(e d buttons)

(e d buttons)

(e d buttons)

(e d buttons)

(e d buttons)

(e d buttons)

(e d buttons)

LD-26SH3U CONNECTION, ADJUSTMENT, OPERATION, AND FUNCTIONS

2 – 10

2-4. ADJUSTMENT ITEM LIST (TV/AV MODE)

BUTTON ITEM ADJUSTMENT DESCRIPTION

MENU MENU 1:

PICTURE MENU

MENU 2:
AUDIO MENU

MENU 3:
SETUP

OPC ON, OFF Automatic the backlight brightness Adjustment.

Make sure no object obstructs the OPC sensor, which could

*

affect its ability to sense surrounding light.

BRIGHTNESS

0 ~ 31 Adjusts the backlight brightness.

If you adjust "Brightness" while "OPC" is "On", "OPC" is automati

cally set to "Off".
BLACK LEVEL 0~100 Adjusts the overall brightness of the screen.
CONTRAST

0~63

Adjusts contrast.

COLOR -60~+60 Adjusts the color depth.
TINT -20~+20 Adjusts the color tone.
SHARPNESS 1~5 Adjusts the image quality.
FLESH TONE 1~5 Adjusts the flesh tone color.
3D-Y/C

Provides high quality images with minimal dot crawl and cross color
noise.
This adjustment is valid only for TV and images from the video input ter­minals (RCA pin).

Standard : Normal adjustment
Fast : For movie image
Slow : For still image

COLOR TEMP. Adjusts the color temperature (white balance).

High : Color tone bluer than "Middle".
Mid-High : Color tone slightly bluer than "Middle".
Middle : Standard setting for color tone.
Mid-Low : Color tone slightly redder than "Middle".
Low : Color tone redder than "Middle".

RESET

TREBLE
BASS
BALANCE
DOLBY VIRTUAL

-30~0~+30 Adjusts high-pitch sounds.

-30~0~+30 Adjusts low-pitch sounds.

-30~0~+30 Adjusts the balance between the right and left speakers.
ON/OFF Turns the Virtual Dolby Surround function "ON" or "OFF".

Resets adjustment values for this menu to their original factory settings.

You can also set this item directly using the remote control,
instead of the adjustment screen.

RESET

CH Setup
(TV mode only)

Resets adjustment values for this menu to their original factory settings.
Sets TV channels.
Air/Cable : Sets the receiving mode broadcast (Air) or cable TV

(Cable).
CH Search : Sets available channels automatically.
CH Memory : Sets channels manually.

V-Chip

Allows TV programs to be restricted and TV usage to be con­trolled based on FCC data.
MPAA : Sets whether MPAA block or unblock.

TV Guidelines : Sets whether TV Guidelines block or unblock.
Status : Sets whether the block setting status is on or off.

POSITION

-10~0~+10 Adjusts the position of the image.
V-POSITION : Adjusts the image's vertical position.
H-POSITION : Adjusts the image's horizontal position.
RESET : Resets the image's position to the monitor's original

factory setting.

Language

English, French,
Spanish

Selects the language (English, French, or Spanish) on the
screen.

LD-26SH3U CONNECTION, ADJUSTMENT, OPERATION, AND FUNCTIONS

2 – 11

BUTTON ITEM ADJUSTMENT DESCRIPTION

MENU

MENU 4:

OPTION

QUICK SHOOT ON, OFF

QS :

QUICK SHOOT

Reduces the visual lag inherent in fast-motion scenes.

Output Select Selects how to adjust the sound via the audio output terminals.

• FIXED : : Set "FIXED" when connecting to a VCR for
recording, etc.The volume is fixed.
Image and sound are simultaneously output via
the output terminals. (Image and sound are out­put via the output terminals a little earlier than
when image is displayed on the TV and sound
is output from the TV speakers.)

• VARIABLE1 : Set to enjoy the sound from both the TV
speakers and external speakers while watch­ing the image on the TV, etc.
The volume can be adjusted.
Image is displayed on the TV at the same
time as when sound is output via the output
terminals. (Sound is output via the output ter­minals a little later than when image is output
via the output terminal.)

• VARIABLE2 :Set to enjoy only the sound from the external
speakers while watching the image on the TV,
etc.
The volume can be adjusted.
However, no sound can be heard from the TV
speakers with this setting. (Sound can be out­put via the headphone terminal.)
Image is displayed on the TV at the same
time as when sound is output via the output
terminals. (Sound is output via the output ter­minals a little later than when image is output
via the output terminal.)

DVI SELECT Set depending on equipment connected to the DVI input terminal.

A V : AV equipment (AV5 mode is available.)
P C : Computer (PC DIGITAL mode is available.)

For information on connecting to AV equipment or a computer.

HDMI Setup
(AV4 mode only)

Sets the parameters related with HDMI setting.
Signal Type : Selects the signal type from the HDMI input

terminal.
Unless the image quality looks obviously poor,
select "Auto".

Color Matrix : Selects the internal color space conversion

method when an RGB signal is input. Normally,
select "Auto".

Dynamic Range : Selects the signal amplitude range. Normally,

select "Standard".

Auto View : Sets whether or not to use "View Mode" based

on signal recognition, including an HDMI signal.

LD-26SH3U CONNECTION, ADJUSTMENT, OPERATION, AND FUNCTIONS

2 – 12

2-5. BUTTON SPECIFICATIONS LIST

ADJUSTMENT Function

Main unit buttons INPUT TV,AV1, AV2, AV3, AV4, AV5, PC (Digital), PC

MENU Displaying the images in MENU mode.

ENTER

CH

b

CH

c

VOL

d

VOL

e

POWER Turning power on/off.

Remote control
buttons

MENU Displaying the images in MENU mode.

1 2 3 4

ENTER The item of the menu is decided.

RETURN Returns to the previous screen.

EXIT Exits the MENU screen.

POWER Turning power on/off.

INPUT TV,AV1, AV2, AV3, AV4, AV5, PC (Digital), PC

TV Switching TV mode.

AV AV1

PC PC (Analogue)

Channel 0 ~ 9, 100 Selecting channels

CH

b

CH

c

VOL

+

VOL

-

MUTE Muting the sound.

MTS Selecting Multi ch TV Sound.

FLASHBACK Returning to previous channel

CC Off

FREEZE Pausing the screen.

PIP/SPLIT ON/OFF Displaying the images in PIP/Split mode.

SIZE/MOVE

SWAP In PIP/Split mode, you can switch the images

SELECT Selecting the active window.

VIEW MODE TV/AV mode:

PICT MODE TV/AV mode: STANDARD

DISPLAY Checking your TV's current settings

SLEEP Off

(Analogue)

(Analogue)

AV2 3 AV3 3 AV4 3 AV5 Switching AV mode.

3

PC (Digital) Switching PC mode.

3

CC1 3 CC2 3 Text1 3 Text2 3 Off... Setting the Closed Caption.

3

Side Bar, S. Stretch, Zoom, Stretch

PC mode : Normal, Stretch

DYNAMIC 3

3

GAME 3 USER 3

CINEMA
STANDARD...

PC mode : STANDARD

3

150 min 3 Off

STANDARD...

30 min 3 60 min 3 90 min 3 120 min

3

USER 3

3

Switching display modes

Select item of the menu and set content is decided.

Selecting channels

Adjusting increase of the volume.

Adjusting decrease of the volume.

Selects an item by moving the cursor
up/down/left/right.

Switching display modes

Selecting channels

Adjusting increase of the volume.

Adjusting decrease of the volume.

Adjusting the size or position of the small window.

displayed on two windows with each other.

Changing the screen size.

Adjusting the picture mode.

Switching power off after a specified length of time.

3

LD-26SH3U CONNECTION, ADJUSTMENT, OPERATION, AND FUNCTIONS

2 – 13

2-6. TOOL FOR SERVICE

(1) ALL RESET

Resetting all the adjustment values to the default values

Press and hold [MENU] button and [ENTER] button on the monitor,

1

turn on the power of the machine. Keep pressing the buttons until
"All resetting" is displayed on the screen.

After completion of all reset, boot the machine in the TV mode.

2

Press the power button of the machine to turn off the power.

3

Caution:When the power button is pressed after that, "EZ SETUP"

is booted.

(2) Version display (for service)

Press and hold down both the [M EN U] button and the [ d ] button on the sys-

1

tem unit while pressing the [POWER] button on the system unit, to turn on the
power supply of the system. Hold the three buttons down until the version is
displayed on screen.

The farmware version and checksum appears on screen.

2

Turn off the power supply of the system or terminate the display by

3

pressing the [MENU] button on the system unit.

VERSION & CHCK SUM

VERSION
CHECK SUM
CUSTOM MODE
DEMO MODE
MODEL

MODEL:

Model, Size, and Destination are displayed in this order from the left.

Model LD : LD-26SH3U

Size 32 : 32 inch

26 : 26 inch

Destination JP : For Japan

US : For United State of America

(3) AGING (FOR SERVICING)

Press and hold [ENTER] button and [e] button of the monitor, and

1

press the power button to turn on the power at the same time. Keep
pressing the three buttons until "AGING TEST MENU" is displayed.

"AGING TESTMENU" is displayed.

2

AGING TEST MENU

AGING TEST 1
AGING TEST 2

Select an item with [b][c] buttons of the machine.

3

Press [ENTER] button of the main unit. The selected test is performed.

4

■ Ageing test 1: The screen is switched over in the following manner:
DARK BLUE
BLUE3GREEN3RED3WHITE3 BLACK

■ Ageing test 2: Every time the [

Press the power button of the main unit to terminate the operation.

5

the screen is switched over as follows:
WHITE3BLACK3RED3GREEN3BLUE3WHITE50%

1.01 (20050101)

:
: OK ABCD
: OFF
: OFF
: LD 26 US

END : MENU

SET : ENTER END : MENU

DARK GREEN3DARK RED

3

] (VOL) button is pressed,

d

3

3

(4) Color balance initializing (for servicing)

In the following cases, initialize the color balance.

*

• When the LCD panel is replaced.

• When the main PWB is replaced.

• When Part No. U707 is replaced.

Press and hold [ENTER] button and [e] button on the monitor, turn

1

on the power button of the machine. Keep pressing the three but­tons until "AGING TEST MENU" is displayed.

"AGING TEST MENU" is displayed.

2

AGING TEST MENU

AGING TEST 1
AGING TEST 2

On "AGING TEST MENU" press and hold [e] button and [d] button

3

simultaneously together.

"SERVICE MENU " is displayed.

4

SERVICE MENU

MODEL CHANGE
COLOR TEMPERATURE

Use [b][c] buttons of the machine to select " COLOR TEMPERATURE ."

5

Press [ENTER] button of the machine.

6

"COLOR TEMPERATURE" is displayed.

7

COLOR TEMPERATURE

<PC> R G B

High 236 243 255

⇒

Mid-High 245 248 255
Middle 2 55 255 255
Mid-Low 2 55 238 209
Low 255 249 237

<TV/AV>

High 236 243 255
Mid-High 245 248 255
Middle 255 246 231
Mid-Low 255 238 209
Low 255 2 49 237
RESET

Use [b][c] buttons of the machine to select "RESET".

8

Press [ENTER] button of the machine.

9

The display color of "RESET" is changed in the sequence of Yellow

White 3Yellow. Then initializing is completed.

3

Turn off the power of the machine.

F

3

SET : ENTER END : MENU

SET : ENTER END : MENU

END:MENU

LD-26SH3U CONNECTION, ADJUSTMENT, OPERATION, AND FUNCTIONS

2 – 14

2-7. LD-26SH3U FLASH WRITING PROCEDURE

The software programs required to be written into the LD-26SH3U are
the flash data (firmware) and the EDID data (for DDC).

Write the data according to the following procedures.

1. Write down the channel setting data and the menu adjustment data,
if necessary.

2. Write the flash data (firmware) into the LD-26SH3U.

3. Write the EDID data into the LD-26SH3U.
(When U45/U47/U49/U50 is (are) changed.)

The EDID data are divided into the following four kinds. Use the

*

three writing tools to write them.

EDID data Writing tool

1 U47 (PC-DIGITAL)

2 U45 (PC-ANALOG)

3 U49 (HDMI) EDID (HDMI)

4 U50 (DVI-AV) EDID (DVI-AV)

4. Perform ALL RESET.

All the adjustment values including the channel setting are reset.

*

5. Check the version.

6. Set the adjustment values recorded in the step 1 to the LD-26SH3U,
if necessary.

EDID (PC)

[Operating procedure by use of a jig]

(1) Connect the jig to the PC. (Refer to the separate document.)

(2) Execute c:\fg\launcher.exe

(3) The window below is displayed. Select the suitable item from [Clas-

sification] and [Process content] according to the target model.
Select the target model in [Classification].
Select [XXXXXXXX (target model) write FLASH (firmware)] from
[Process content].

[Tool target model]

LD-26SH3U

[Tool operating environment]

• Windows 98/Windows 2000/Windows XP
(For use of USB cable, Windows 2000/Windows XP)

[Installing procedure]

(1) Create a folder, c:\fg.

(2) Copy all the files in the launcher tool FD to c:\fg.

(Use a launcher tool of the latest version.)

(3) Copy all the files in the flash writing tool FD to c:\fg.

(4) Double-click "install.bat" in c:\fg. (If the MS-DOS prompt does not

disappear automatically, delete it manually.)

(5) Copy all the files in the flash writing data FD to c:\fg.

(If data in the FD are compressed, decompress them before use.)

There are two kinds of operating procedures: the operating procedure
by use of a conventional jig, and the operating procedure by use of a
USB cable instead of a jig.

After selection, press [GO] button.

The confirmation window is shown. If the content is OK, press [Yes];
and if not, press [No]. When [No] is pressed, the procedure returns to
(3). If [Yes] is pressed, the procedure goes to the next step.
When a button is pressed, the window display is switched.

LD-26SH3U CONNECTION, ADJUSTMENT, OPERATION, AND FUNCTIONS

2 – 15

(4) The following window is displayed. Connect the jig to the monitor.

(7) When writing is completed, the following window is displayed. "Fin-

ished. (reset the monitor)" is displayed.

[Setting on the monitor side]

1 : Connect the VGA cable to the jig.

2 : Press and hold [Channel select

[Volume

] on the main unit, and press [Power] key at the

e

] and [Volume d] and

c

same time. Wait until [ISP MODE] is displayed. After confirm­ing that [ISP MODE] is displayed, press [ENTER] key.

[Setting on the writing tool side]

Perform the PORT setting of Connection Settings. (The figure shows
a case where COM1 port is used. When COM4 is used, write as
"PORT=COM$:".) Once it is set, it is saved.

(5) Check the model name.

After checking, press [OK] button.

(6) The following window is displayed.

Press [Run] button, and flash writing is started.

(8) If an error in writing occurs, the following window is displayed.

("Error!!!" is displayed.) Check connection between the PC and the
monitor, and retry writing.

(9) After normal completion of writing, press [Power] key of the monitor

to turn off the power.

(10) When [Back] button is pressed after normal completion of writing,

the display returns to the screen of step (6), allowing writing into
another set. Press and hold [Channel select
[Volume

] on the main unit, and press [Power] key at the same

e

time. Wait until [ISP MODE] is displayed. After confirming that [ISP
MODE] is displayed, press [ENTER] key. Then repeat procedures
from step (6).

(11)

To terminate flash writing, press [Back] button and press [Exit] button.

] and [Volume d] and

c

LD-26SH3U CONNECTION, ADJUSTMENT, OPERATION, AND FUNCTIONS

2 – 16

[Operating procedure by use of a USB cable]

To use a USB cable is used, the driver must be installed.

*

(Refer to the separate document, "USB serial driver installing proce­dure.")

(1) Connect the monitor and the PC with a USB cable. (Refer to the

separate document.)

(2) Execute c:\fg\launcher.exe.

(3) The following window is displayed. Select a suitable item in [Classi-

fication] and [Process content].
Select the target model from [Classification].
Select "XXXXXXXX(Target model)write FLASH(firmware)" from
[Process content].

After selection, press [GO] button.

(4) The following window is displayed.

[Setting on the monitor side]

Press and hold [Channel select c] and [Volume d] and [Volume e]
on the main unit, and press [Power] key at the same time. Wait until
[ISP MODE] is displayed. After confirming that [ISP MODE] is dis­played, press [ENTER] key.

[Setting on the writing tool side]

Perform the PORT setting of Connection Settings.
Check the COM port number on the device manager window.
(Refer to the separate document, "USB serial driver installing pro­cedure.")
(The figure shows a case where COM1 port is used. When COM4
is used, write as "PORT=COM$:.") Once it is set, it is saved.

The confirmation window is shown. If the content is OK, press
[Yes]; and if not, press [No]. When [No] is pressed, the procedure
returns to (3). If [Yes] is pressed, the procedure goes to the next
step.
When a button is pressed, the window display is switched.

(5) Check the model name.

After checking, press [OK] button.

(6) The following window is displayed. Press [Run] button, and flash

writing is started.

LD-26SH3U CONNECTION, ADJUSTMENT, OPERATION, AND FUNCTIONS

2 – 17

(7) After completion of writing, the following window is displayed.

"Finished. (reset the monitor)" is displayed.

(8) If an error in writing occurs, the following window is displayed.

("Error!!!" is displayed.) Check connection between the PC and the
monitor, and retry writing.

[USB serial driver installing procedure]

To use a USB cable for flash writing, this driver must be installed.

*

If a jig is used for flash writing, this driver is not required

*

(1) Copy the USB serial driver file to c:\fg, and decompress it in the

same folder.

(2) Connect the PC and the monitor with a USB cable (AB type).

(Terminal A is on the PC side, terminal B on the monitor side.)
The following window is displayed.

(9) After normal completion of writing, press [Power] key of the monitor

to turn off the power.

(10)When [Back] button is pressed after normal completion of writing,

the display returns to the screen of step (6), allowing writing into
another set. Press [Power] key to turn on the power, and repeat pro­cedures from step (6).

[Install from the list or a specified location] and press [Next].

(3) The following window is displayed.

Check [The following location is included.], and click [Refer] to
specfy th folder where the USB serial driver was decompressed.

Press [Next].

(11)

To terminate flash writing, press [Back] button and press [Exit] button.

LD-26SH3U CONNECTION, ADJUSTMENT, OPERATION, AND FUNCTIONS

2 – 18

(4) The following window is displayed, and installation is started.

(5) After completion of installation, the following window is displayed.

(6) Check the COM port. Open the property of my computer, click

[Hardware] tab, and click [Device manager] tab. The following win­dow is displayed.

Check the COM number of [USB-to-Serial Comm. Port] on the win­dow.

Use this COM port number for flash writing.

Press [Complete] to close the window.

LD-26SH3U FLASH WRITING TOOL CONNECTION DIAGRAM [WHEN JIG IS USED]

Connect to USB port of PC

Connect to PC serial port.

Serial connector

No need to connect parallel cable.

Parallel connector

PWB

DVI-D

connector

VGA connector

USB Terminal A

䌕䌓䌂㩷㪺㪸㪹㫃㪼

USB Terminal B

LD-26SH3U

Back surface of the machine

X1049MP-27

VGA cable

DIS switch direction

SW1: Parallel
SW2: AUTO MANUAL
SW3: 1502A T1620
SW4: 1502A T1620

Right, Right, Left, Left from the top when viewed
from the parallel connector

VGA

terminal

(EDID)

Serial (PROGRAM)

LD-26SH3U CONNECTION, ADJUSTMENT, OPERATION, AND FUNCTIONS

2 – 19

LD-26SH3U FLASH WRITING TOOL CONNECTION DIAGRAM (When USB cable (AB type) is used instead of a jig)

Connect USB port of PC

USB Terminal A

䌕䌓䌂 cable

LD-26SH3U

Back surface of machine

USB Terminal B

2-7. LD-26SH3U EDID Writing Procedures

The software data which must be written with the IT-32M2 are the flash
data (firmware) and EDID (data for DDC).

Perform the writing procedures below.

1. Write down the adjustment values such as the channel setting and
the custom mode setting (special specifications), if necessary.

2. Write the flash data (firmware).

3. Write the EDID data. (When U45/U47 is changed.)

4. Perform initialization.

All the adjustment values are reset including the channel setting

*

and the custom mode setting.

5. Check the version.

6. Restore the adjustment values saved in step 1 to the machine, if
necessary.

[Tool target model]

LD-26SH3U

[Tool operating environment]

• Windows95/Windows98/Windows 2000/Windows XP

• Set the I/O address of the printer port to 378.

(Refer to the supplemental descriptions.)

[Installing procedures]

(1) Create a folder, c:\fg.

(2) Copy all the files in the launcher tool to c:\fg.

If there is a folder for the launcher tool, use that folder.
(Be sure to use the latest-version launcher tool.)

(3) Copy all the files in the EDID writing tool of the LD-26SH3U servic-

ing to c:\fg.

[Operating procedures]

(1) Connect the jig to the PC. (Refer to the separate document.)

(2) Execute c:\fg\launcher.exe.

(3)The window below is displayed.

Select a target model from [Classification].
Select "XXXXXXXX (target model) write EDID" from [Process content].
After selection, click [EXECUTE].

In this model (LD-26SH3U), PC analog EDID and PC digital EDID,

*

DVI-AV EDID, HDMI EDID writing must be performed individually.
Select "XXXXXXXX (target model) write EDID (PC ANALOG)" or
"XXXXXXXX (target model) write EDID (PC DIGITAL)",
"XXXXXXXX (target model) write EDID (DIVI-AV)",
"XXXXXXXX (target model) write EDID (HDIM)" depending on
the case.

LD-26SH3U CONNECTION, ADJUSTMENT, OPERATION, AND FUNCTIONS

2 – 20

(4) The confirmation window is displayed. If it is OK, press [YES]. If not,

press [NO]. When [NO] is pressed, the process returns to step (3).
When [YES] is pressed, the process goes to the next step.

[Monitor side setting (for PC analog EDID writing)]

1 : Connect the RGB cable with the monitor and the jig.

2 : Press [POWER] key to turn on the power.

[Monitor side setting (for PC digital EDID writing)]

1 : Press [POWER] key of the monitor to turn on the power.

2 : Press [MENU] key to display MENU OSD. Press [

shift the cursor to [Option], and press [
shift to [DVI Select].

3 : Press [Enter] key, and press [

selection] OSD to switch to [PC]
(It is set to [AV] when shipping from the factory.)

4 : Connect the DVI-D cable to the monitor and the jig.

[Monitor side setting (for DVI-AV EDID writing)]

1 : Press [POWER] key of the monitor to turn on the power.

(If the monitor is not in the TV mode, press [INPU] key to set it
to the TV mode.)

2 : Press [MENU] key to display MENU OSD, and press [

shift the cursor to [Option]. Press [
to [DVI Select].

3 : Press [Enter] key, and press [

tion] OSD to switch to [AV]
(It is set to [AV] when shipping from the factory.)

4 : Connect the DVI-D cable to the monitor and the jig.

[Monitor side setting (for HDMI EDID writing)]

1 : Connect the DVI-HDMI cable to the monitor and the jig.

2 : Press [POWER] key to turn on the power.

(5) When the following window is displayed:

] key in [Input terminal

d

.

] key in [Input terminal selec-

d

.

] key three times to

c

] key three times to shift it

c

] key to

d

d

] key to

(6) The following window is displayed. Connect the jig to the monitor.

Check the model name.

(7) Enter the serial number with 10-key, and press [NEXT].

When writing HDMI and DVI-AV EDID, there is no need to enter

*

the serial number. EDID writing is automatically performed.

(8) The following window is displayed.

• When writing PC analog EDID

• When writing PC digital EDID

The jig is not connected with the PC properly.

Check the connection, press [OK], and press [NEXT].

LD-26SH3U CONNECTION, ADJUSTMENT, OPERATION, AND FUNCTIONS

2 – 21

• When writing DVI-AV, HDMI EDID

On this window, EDID writing and verifying are performed.
If the operation is terminated halfway, connection may be improper.
Check connection.

After completion of writing, the window of step (6) is displayed.
Connect the jig to the following monitor.

Repeat the EDID writing procedures fro, step (6) for the monitor.

In this model (LD-26SH3U), when one operation of EDID writing

*

is completed, click [CANCEL] on the window of item (6) to termi­nate the writing tool and return to item (2). Then perform writing
another EDID. Be sure to write all kinds of EDID data.

(9) Error in writing or verifying

[Supplemental description]

How to set the printer port I/O address to 378:

❍

1. Open the system property from the control panel.

2. Open the device manager tag, and check "Display by type (T)."

3. Click "+" on the left of "PORT (COM/LPT)" to check that "Printer
port (LPT1)" is displayed. (The display may be slightly different,
such as "ECP printer port (LPT1).")

4. Open the property of the printer port (LPT1), and open the resource
tag.

5. Uncheck "Automatic setting" and select "Basic setting 0000.
(If "I/O range" is already set to "0378 - 037F," there is no need to
change.)

In case of an error in writing or verifying, the above window is displayed.
When [RETRY] button is pressed, writing and verifying of EDID are
performed again. For normal cases, check the cable connection
and press this button.
If an error still occurs in retry, press [CANCEL] button. If [Cancel]
button is pressed, the process is forcibly advanced to the next win­dow, but note that the EDID data are not written properly

(10)When writing is completed normally or when [CANCEL] button is

pressed on the EDID error window, the display goes to the window
of step (6). Then writing of another set can be performed.

(11)Press [Power] button to turn off the power.

.

❍ In the above descriptions, the copy destination folder of the files is

c:\fg. This folder may be any folder in the hard disk as long as all the
files are copied to the same folder.

LD-26SH3U CONNECTION, ADJUSTMENT, OPERATION, AND FUNCTIONS

2 – 22

LD-26SH1U EDID (PC-ANALOG) date writing tool connection diagram

Noޓneed
toconnect
serialcable

X1049MP-27

DIP switch direction

Connect to PC printer port

Parallel connector

Serial connector

PWB

DVI-D

connector

DVI-D cable

VGA

connector

USB

Connect to PC
USB port.

䌕䌓䌂 cable

VGA cable

Back surface of the machine

SW1: Parallel (EDID) Serial(PROGRAM)
SW2: AUTO MANUAL
SW3: 1502A T1620
SW4: 1502A T1620

Left, Right, Right, Right from the top when viewed
from the parallel connector

LD-26SH3U

DVI terminal

VGA

terminal

LD-26SH3U EDID (PC-DIGITAL) date wr iting tool connection diagra m

USB

Noޓneed
toconnect
serialcable

X1049MP-27

Serial connector

DVI-D

connector

Connect to PC printer port

Parallel connector

PWB

VGA

connector

DVI-D cable

Connect to PC
USB port.

䌕䌓䌂 cable

DIP switch direction

SW1: Parallel (EDID) Serial(PROGRAM)
SW2: AUTO MANUAL
SW3: 1502A T1620
SW4: 1502A T1620

Left, Right, Right, Right from the top when viewed
from the parallel connector

LD-26SH3U

Back surface of the machine

DVI terminal

LD-26SH3U CONNECTION, ADJUSTMENT, OPERATION, AND FUNCTIONS

2 – 23

LD-26SH3U EDID (DVI - AV) date writing tool connection diagram

Noޓneed
toconnect
serialcable

X1049MP-27

Serial connector

DVI-D

connector

Connect to PC printer port

Parallel connector

PWB

DVI-D cable

USB

VGA

connector

DIP switch direction

Connect to PC
USB port.

䌕䌓䌂 cable

Back surface of the machine

SW1: Parallel (EDID) Serial(PROGRAM)
SW2: AUTO MANUAL
SW3: 1502A T1620
SW4: 1502A T1620

Left, Right, Right, Right from the top when viewed
from the parallel connector

LD-26SH3U

DVI terminal

LD-26SH3U EDID (HDMI) date writing to ol c onnection diagram

Noޓneed
toconnect
serialcable

Serial connector

DVI-D

connector

Connect to PC printer port

Parallel connector

PWB

VGA

connector

USB

X1049MP-27

DVI-D cable

Connect to PC
USB port.

䌕䌓䌂 cable

DIP switch direction

SW1: Parallel (EDID) Serial(PROGRAM)
SW2: AUTO MANUAL
SW3: 1502A T1620
SW4: 1502A T1620

Left, Right, Right, Right from the top when viewed
from the parallel connector

LD-26SH3U

Back surface of the machine

HDMI terminal

LD-26SH3U CONNECTION, ADJUSTMENT, OPERATION, AND FUNCTIONS

2 – 24

CHAPTER 3. DISASSEMBLY AND ASSEMBLY

1. STAND UNIT DISASSEMBLY

1. Remove the I/O cover lower

1. Remove two screws 2, and remove the hinge cover rear 3.

2. Remove four screws

4

1

, and remove the stand unit 5.

4

2

4

4

1

3

3. MB PLATE UNIT DISASSEMBLY

1. Remove two screws 1, and remove I/O inner cover 2 is removed.

2. Remove each screw
plate unit

5

.

and fan motor harness 4, and remove the MB

3

3

5

3

4

3

3

3

2

1

1

3

4. KEY PWB UNIT/HEADPHONE PWB UNIT

DISASSEMBLY

1. Remove two screws 1 and harness 2, and remove the key PWB unit

.

3

2. Remove two screw
and remove the headphone PWB unit

, harness 5 and earth cable fixing screw 6,

4

.

7

2. BACK COVER DISASSEMBLY

1. Remove the I/O cover 1.

2. Remove each screw
Caution: Be careful not to break the support stick.

3

, and remove the back cover 3.

2

2

2

2

2

2

2

2

1

5

2

1

3

4

7

6

LD-26SH3U DISASSEMBLY AND ASSEMBLY

3 – 1

5. BASE PLATE L/R DISASSEMBLY

7. LCD UNIT DISASSEMBLY

1. Remove each screw 1, and remove base plate R 2 .

2. Remove each screw

, and remove base plate L 4.

3

1

1

1

2

1

4

1. Remove the screw 1, and remove the LCD unit 2.

1

2

3

1

1

3

3

2

6. LCD ASSEMBLY DISASSEMBLY

1. Remove the harness 1 and each screw 2, and remove LCD assem­bly

.

3

3

2

2

2

1

LD-26SH3U DISASSEMBLY AND ASSEMBLY

3 – 2

CHAPTER 4. TROUBLE SHOOTING

LD-26SH3U TROUBLE SHOOTING

4 – 1

LD-26SH3U TROUBLE SHOOTING

4 – 2

LD-26SH3U TROUBLE SHOOTING

4 – 3

CHAPTER 5. BLOCK DIAGRAM

GM1501

R,L

DVI AUDIO

VPC3230D Y/C

VPX3226F Y/C

Y, Pb, Pr

uPD64084 OUTPUT Y/C

PC AUDIO

R,L

VPX3226F

ITU656, 8 BIT

Z86129

TA1287FG

CVBS OUT

VPC3230

FLI2310BD

R,G,B

ITU656, 8 BIT

MST9883C

FOR COMPONENT INPUT C.C.

HDMI Connector

SiI9011

ITU 601, YCbCr, 16 BIT

ITU 601, YCbCr, 16 BIT

RGB, 24 BIT

DC5V

LVDS

32" LCD

CTRL

12V

CTRL

KEYPAD
+
PWR BTN
CONNECTOR

DVI

TMDS

G, R, B, HS, VS

CRT

G, R, B, HS, VS

TMDS

uP

PSU

USB HUB POWER CONNECTOR

MAIN TO IT RECIEVER
CONNECTOR

GM1501 RST#

GM1501 ON

PSON#

PSON

POWER ON

CONTROL PANEL

LED+
IR+OPC
CONNECTOR

IR

FOR PANEL

FOR SYSTEM

OPC

MINI USB

PL2303X

RS232

USB

I2S

SIMULATED IR

t

r

r

a

1. BLOCK DIAGRAM

TV

AV1,AV3 (S2)

AV1,AV3 (RCA composite)

AV2 Conponent input

AV2 input, AV output (composite)

Key Pad board

IO borard

TV input, output
U 8

AV1,AV3 (S2) input terminal

J5

AV1, AV3 (composite) input terminal

J7

AV1 D4 input terminal
J7

AV2 input, AV output (composite) terminal

J20

J3

32 inch LCD Panel
LQ255T3LZ25 with Inverter

FAN

CN1 CN2

CN5

CN201

CN202

J19 J10

Power supply
unit
DPS-213DP

J13

J17

J11

J4

Main board

J8

J14

J17

J22

J30 J31J32

J28

J29

J34J24

1-1. Main PWB

MAIN BD TO IO BD

R,L

R,L

VPX3226F Y/C

VPC3230D Y/C

Connector 1

uPD64084 OUTPUT Y/C

MAIN BD TO IO BD

Connector 2

MAIN TO IT RECIEVER
CONNECTOR

+5V

USB HUB POWER CONNECTOR

DVI AUDIO

2

PC AUDIO

2

Y, Pb, Pr

HDMI Connector

I2S

CRT

DVI

3

.

.

G, R, B, HS, VS

TMDS

Headphon board

VPX3226F

2

2

3

TA1287FG

FOR COMPONENT INPUT C.C.

MST9883C

SiI9011

HDMI/DVI(HDCP)

SIMULATED IR

J1

2

Speake

ITU656, 8 BIT

VPC3230

Cb2/Y2/Cr2

R1/G1/B1

VOUT

3

CVBS OUT

R,G,B

.

Z86129

ITU 601, YCbCr, 16 BIT

ITU 601, YCbCr, 16 BIT

(R)

Speake

ITU656, 8 BIT

(L)

.

LED board

8

16

5

LD-26SH3U BLOCK DIAGRAM

5 – 1

FLI2310BD

J701

8

G, R, B, HS, VS

TMDS

USB
input

RGB, 24 BIT

HDMI
input

24

AUDIO
input

GM1501

2

RS232

PL2303X

2

MINI USB

PC
Degit
input

DC5V

LVDS

CTRL

12V

CTRL

ADC

USB

PC

Analog

input

GM1501 RST#

32" LCD

PANEL

INVERTER

LQ255T3LZ11

CONTROL PANEL

DDR SDRAM
128Mbit

ROM
8Mbit

PC
Sound
input

FOR PANEL

+24V

FOR SYSTEM

+12V

+5V

+3V

+5V_SB

GM1501 ON

IR

OPC

KEYPAD
+
PWR BTN
CONNECTOR

.

AC inpu

PSU

PSON#

PSON

uP

POWER ON

LED+
IR+OPC
CONNECTOR

䋨

1-2. I/O PWB

123

123

13

4

4

12

5

5

11

6

6

10

7

9

7

4
5
6

FD13
FD_DOT040

1

FD2
FD_DOT040

1

8

9

8

ANG ANG ANG

7

MTG12

MTG11

ID4.5/OD8.0

ID4.5/OD8.0

123

12
11
10

9

8

MTG15
ID4.5/OD8.0

ANG ANG

FD14

FD713

FD_DOT040

FD_DOT040

1

1

FD3

FD702

FD_DOT040

FD_DOT040

1

1

123

8

IO_GND

12
11
10

9
MTG14
ID4.5/OD8.0

123

7

9

8

IO_GND

13
12
11
10

MTG18
ID4.5/OD8.0

4
5
6

7

8

TVTUNER_GND

123

12
11
10

9

MTG19
ID4.5/OD8.0

AV OUT

AV1

AV2

AV3

TV
Tuner

AV1

YPbPr

AV2

YPbPr

IT RECEIVER

YPbPr

R,L

SIF

2

CVBS

R,L

Y/C,CVBS

R,L

CVBS

2

R,L

Y/C,CVBS

R,L

CVBS

MSP4441K

3

2

3

2

R,L

Y, Pb, Pr

Y, Pb, Pr

Y, Pb, Pr

I2S_DEL_OUT

I2S_DEL_IN

CXA2069Q

Video Switch

3

3

3

Right

Left

Right

Left

3

I2S

3

I2S

CIN

Y/CVBS_IN

SM5301CS-G

SM5301CS-G

Level
shift

LPF

LPF

LPF

LPF

YDA138

LM4911

NJU26901

AUDIO DELAY

Buffer

uPD64084A

3D Y/C

uPD64031

GR

TO
HEADPHONE

Level
shift

Speaker

SV_C_3230

SV_Y3230

LPF

3

Y, Pb, Pr

3226 Y/C

2

3D_Y/C

Connector

123

13
12
11
10

4
5
6

FD714
FD_DOT040

1

FD703
FD_DOT040

1

4

12

5

11

6

10

7

7

9

8

MTG13
ID4.5/OD8.0

123

13

4

12

4

5

11

5

6

10

6

7

9

8

MTG17
ID4.5/OD8.0

1-3. POWER PWB

EM I Filter

AC Input

Relay

EM I Filter

+Rectifier

FL3)

䋨

EM I Filter
+Rectifier

PFC

DCM

Converter

PFC controller

(IC1)

AC Brown out

DC Brown out

(IC2)

VCC Supply

(Q901)

(IC902)

Back Up converter

Fly back PWM

(IC904)

(IC802)

LLC Converter

LLC controller(IC801)

+5Vsb Feedback

+5Vsb O/P Rectifier

PS-ON, OVP, OCP, OTP

Main loop Feedback

+24V O/P rectifier

+12V O/P Rectifier

+5.2V Loop Feedback

+5.2V Linear Regulator

+3.3V D2D Converter

+3.3V Loop FB䋨IC301)

& O VP

+5VSB*1.5A

PS-ON

+24V*5A

+12V*4A

+5.2V*5.5A

+3.3V* 3A

Primary Secondary

LD-26SH3U BLOCK DIAGRAM

5 – 2

System interface

2. CONNECTOR TABLE

■ MAIN PWB TARMINAL

J8

1GND

2LOCK_FAN1

3 +8V_FAN

J10

1 +12V_P

2 +3.3V_P

3 +3.3V_P

4GND

5GND

6 +5V_P

7 +5V_P

8GND

9GND

10 +5V_SB_P

11 +5V_SB_P

12 GND

13 GND

14 PSON#

J11

1 INPUT

2MENU

3OK

4 CHANNEL_UP

5 CHANNEL_DOWN

6 VOLUME_UP

7 VOLUME_DOWN

8 AOS_SET#

9POWER

10 HOTEL_DETECT

11 GND

12 NC

J24

1 REDU+

2 GREENU+

3BLUEU+

4NU

5GND

6GND

7GND

8GND

9+5V

10 GND

11 NU

12 A-SDA

13 A-HS

14 A-VS

15 A-SCL

J14

1 Y/CVBS_OUT_3226
2GND
3 C_OUT_3226
4GND
5 SV_C_3230
6GND
7 3D_C_3230
8GND

9 SV_Y_3230
10 GND
11 3D_Y_3230
12 GND
13 Pb_OUT
14 GND
15 Y_OUT
16 GND
17 Pr_OUT
18 GND
19 PC_LINE_INL
20 GND
21 PC_LINE_INR
22 GND
23 DVI_AUDIO_INL
24 GND
25 DVI_AUDIO_INR
26 GND

J18

1VFC_PWM

2GND

3 TUNER_AFT

4GND

5 DEV_RESET2#

6 TUNER_I2C_SW

7AMP_MUTE

8AV_SW_MUTE

9HP_MUTE
10 GND
11 HDMI_WS_9011
12 HDMI_SDO_9011
13 HDMI_CLK_9011
14 GND
15 D_MODE_DEL
16 GND
17 MSTR_SDA
18 MSTR_SCL
19 GND
20 +5VS_DIG
21 +5VS_DIG
22 +5V_VD
23 +5V_VD
24 AV_SW_MUTE_2
25 +3V_VD
26 +9V_VD

LD-26SH3U BLOCK DIAGRAM

5 – 3

J19

39 SELLVDS LVDS_RL 40
37 GND LVDS_UD 38
35 TXA3+ GND 36
33 TXA3- LVDS_FRAME 34
31 GND LVDS_O_Sset 32
29 TXAC+ GND 30
27 TXAC- LVDS_Temp3 28
25 GND LVDS_TEST3 26
23 TXA2+ GND 24
21 TXA2- LVDS_Temp2 22
19 GND LVDS_Temp1 20
17 TXA1+ GND 18
15 TXA1- GND 16
13 GND GND 14
11 TXA0+ GND 12

9TXA0- GND10
7 GND BACKLIGHT_ADJUST 8
5 GND BACKLIGHT_ENABLE 6
3+5V +5V4
1+5V +5V2

J34

■ I/O PWB

J4

J5

J22

OPTICAL_SENSOR_LED

1
3 OPC_OUT_ADC

NETWORK_WIRELESS_ON

5
7 NETWORK_WIRE IR_DATA_IN 8
9 +5V LED2_KEYPAD 10

11 GND GND 12

+MICRO_P_3.3V 2

NETWORK_WIRELESS_SET

LED_KEYPAD 6

4

1GND

2 PC_LINE_INL

3GND

4 PC_LINE_INR

5GND

1 +12V_SPEAKER

2 +12V_SPEAKER

3 +12V_GND

4 +12V_GND

1Y GND

2C GND

3 SVIDEO1_L_IN

4 SVIDEO1_C_IN

5GND

6 IO_AV1_S_DETECT

7Y GND

8C GND

9 SVIDEO3_L_IN

10 SVIDEO3_C_IN

11 IO_AV3_S_DETECT

J28

J29

1 +USB_5V
2USB_D­3 +USB_3.3V
4 USB_D+

1RX2IN­2RX2IN+
3GND
4NU
5NU
6 DVISCL
7 DVISDA
8NU

9RX1IN­10 RX1IN+
11 GND
12 NU
13 NU
14 DVI_5V
15 GND
16 DVI_CAB
17 RX0IN­18 RX0IN+
19 GND
20 NU
21 NU
22 GND
23 RXCIN+
24 RXCIN-

J7

1GND

2 RCA_V1

3 IO_AV1_RCA_DETECT

4 RCA_V3

5 IO_AV3_RCA_DETECT

6GND

7 RCA_IN_L1

8 RCA_IN_L3

9GND

10 RCA_IN_R1

11 RCA_IN_R3

J20

1GND

2 RCA_V2

3 IO_AV2_RCA_DETECT

4 RCA_V3

5 IO_AV_OUT_DETECT

6GND

7 RCA_IN_L2

8 CONN_OUT_L

9GND

10 RCA_IN_R2

11 CONN_OUT_R

LD-26SH3U BLOCK DIAGRAM

5 – 4

J13

J17

1 IO_Y/CVBS_OUT_3226

2GND

3 IO_C_OUT_3226

4GND

5 IO_SV_C_3230

6GND

7 IO_3D_C_3230

8GND

9 IO_SV_Y_3230

10 GND

11 IO_3D_Y_3230

12 GND

13 IO_Pb_OUT

14 GND

15 IO_Y_OUT

16 GND

17 IO_Pr_OUT

18 GND

19 IO_PC_LINE_INL

20 GND

21 IO_PC_LINE_INR

22 GND

23 IO_DIGITAL_INL

24 GND

25 IO_DIGITAL_INR

26 GND

1 IO_VFC_PWM

2GND

3 IO_TUNER_AFT

4GND

5 IO_DEV_RESET#

6IO_HP_MUTE

7 IO_TUNER_I2C_SWITCH

8 OUT_MUTE

9 IO_YDA138_MUTE

10 GND

11 IO_HDMI_WS

12 IO_HDMI_SDO

13 IO_HDMI_SCL

14 GND

15 IO_D_MODE

16 GND

17 IO_MSTR_SCL

18 IO_MSTR_SDA

19 GND

20 +IO_5V

21 +IO_5V

22 +ANG_5V

23 +ANG_5V

24 IO_AVSWITCH_MUTE

25 +ANG_3.3V

26 +9V_VIDEO

J16

1 Y1_IO D1_LINE_1 8

2 GND D1_I/P_D 9

3 PB1_IO REV2 10

4 GND D1_RATIO 11

5 PR1_IO GND 12

6 GND REV3 13

7 REV1 PLUG1_DET 14

J23

1 Y2_IO D2_LINE_1 8

2 GND D2_I/P_D 9

3 PB2_IO REV2 10

4 GND D2_RATIO 11

5 PR2_IO GND 12

6 GND REV3 13

7 REV1 PLUG2_DET 14

J31

1

2

L+

L-

J30

1R+

2R-

J32

1HPOL

2 HP VOC

3HPOR

4 +ANG_5V

LD-26SH3U BLOCK DIAGRAM

5 – 5

■ SUB PWB

J1

1HP_L

2 HP VOC

3HP_R

4DET_HP

J3

1 INPUT

2MENU

3OK

4 CHANNEL_UP

5 CHANNEL_DOWN

6 VOLUME_UP

7 VOLUME_DOWN

8 AOS_SET#

9POWER

10 HOTEL_DETECT

11 GND

12 NC

J22

1 OPTICAL_LED +MICRO_P_3.3V 2

3OPC_OUT

NETWORK_WIRELESS__LED_ON

5

7 NETWORK_WIRE_LED IR_DATA_IN 8

9 +5V LED2_KEYPAD 10

11 GND GND 12

NETWORK_WIRELESS_SET

LED_KEYPAD 6

4

LD-26SH3U BLOCK DIAGRAM

5 – 6

CHAPTER 6. HARDWARE DESCRIPTION

1. CIRCUIT DESCRIPTIONS

1-1. TV TUNER U8 (VT2W8JW553)

The VT2W8JW553 is a TV tuner of NTSC system.
The power voltage is inputted from 5V (3 pin).
Tuning control is performed with I2C bus (10, 11pin), and video signals (1Vp­p) is passed to 17pin and to the composite video signal switch IC (U33).
Audio SIF FM signal (about 50mVp-p) is outputted to 14pin, and passed
through the SIF filter to the audio processor U5.
When the electric field strength exceeds 60dB, the AGC voltage output
(7pin) falls below 4.5V. This voltage is used for auto tuning, and 12
channels of stronger waveforms are selected and saved in the memory.
The AFT voltage output (12pin) becomes about 2.5V when tuning is
correctly performed. (100kHz/1V)
This voltage is controlled by the microprocessor to be 2.5V for perform­ing correct tuning.
The antenna output pin is used to connect a ground wave digital tuner.
To use the antenna output pin, an AC adapter must be connected.

1-2. VIDEO SIGNAL PROCESS

1-2-1. AV input selector U33 (CXA2069Q)

This is an AV selector IC to select audio signals and video signals from
the external composite video signal input pin, S pin input, and the TV
tuner. Switch control is made with I2C at 33 and 34pin.
The output composite signal is supplied through the 3-dimentional Y/C
separation IC (U17) and the ghost reduction IC U11 (UPD64031A) to
the video decoder U24 (VPC3230D). The input from S pin is directly
supplied to U24.

1-2-2. Ghost reduction U11 (UPDA)

The UPD64031A reduces ghost phenomena which appear at the back
(on the right side) or in front of tuner images made by jamming waves of
different transmission distances reflected by buildings, etc.
Under an environment of clear waveforms without ghost, it is better to turn
off the ghost reduction for slightly clear images. ON/OFF control of the
ghost reduction can be made with [GR] button on the remote control unit.
The composite signal outputted from the AV input selector U33 is input­ted to the ghost reduction U11 134pin, and outputted from 6 ~15pin as
digital composite signals, and then inputted to the 3-dimentional Y/C
separation U17.
When the ghost reduction is turned OFF, the signals are supplied
directly to the 3-dimentional Y/C separation U17 without passing
through this IC.

1-2-3. 3-dimentional Y/C separation U17 (UPD64084)

The UPD64084 is a Y/C separation IC which separates brightness
signals and color signals from the composite video signals which are
mixed with brightness signals such as tuner video and color signals.
Composite video signals outputted from the AV input selector U33 (53pin)
are passed through the low-pass filter circuit and inputted to 93pin.
Brightness signals are Y/C-separated and outputted from 89pin (AYO).
Color signals are outputted from 88pin (ACO) and passed through the
low-pass filter (U16) and the band pass filter (U21), and supplied to the
video decoder (U24).

1-2-4. Video decoder U24 (VPC3230D)

This is a video decoder IC which converts Y/C separation signals into
digital Y/Pb/Pr signals. Composite video signals inputted from the tuner
and the external input pin are Y/C-separated and inputted to 75pin and
72pin. Y/C signals from S pin are inputted directly to 74pin and 71pin
and processed as S signals and converted into digital Y/Pb/Pr signals
and outputted. The output is passed to the IP conversion U15.

1-2-5. IP conversion U30 (FLI2310)

The FLI2310 performs IP conversion of interlace digital Y/Pb/Pr signals
from the video decoder (U24) into progressive digital RGB signals, and
performs IP conversion of digital RGB signals from U32 and supplies
them to the scaler U34.

1-2-6. Scaler & CPU U34 (gm1501)

The gm1501 allows direct input of analog RGB signals/digital DVI sig­nals for PC, and converts digital RGB signals from U42 into signals
according to the specified screen size, and outputs LVDS signals to the
LCD module.
It is also provided with microprocessor functions to control many IC’s
according to information from the flash memory (U42).
In addition, its additional function provides the PinP (Picture in Picture)
function of PC inputs, tuner inputs, and external video inputs, changes
the frame rate, and performs the OSD (On-Screen Display) function.

1-3. AUDIO SIGNAL PROCESS

1-3-1. Audio processor U5 (MSP4441K)

This is an audio processor to process audio signals.
The MSP4441K decodes SIF signal inputs (67pin) of the tuner output to
suitable stereo or monaural format, performs sound quality setting by
Bass or Treble, decodes stereo signals to virtual Dolby surround signals,
performs the sound volume setting depending on each input source,
and performs other processes of the audio signal system.
It also selects external input signals (56, 57pin) selected by the input
selector U33 (CXA2069Q) and PC audio inputs (47, 48pin), performs
the ready ray process, and provides outputs from 27 and 28pin to the
speaker amplifier and outputs from 24 and 25pin to the headphone
amplifier.
It also provides outputs from 36 and 37pin through the input selector
U33 (CXA2069Q) to the external output pin.

1-3-2. Digital audio display U4 (NJU26901)

This delay IC delays the output time for audio signals.
When an audio signal is inputted to 1pin, it is subjected to delay process
for the specified time and outputted to 7pin.

1-3-3. Speaker driver U48 (YDA138)

This is a digital power audio amplifier IC of the BTL system.
It drives a speaker of 8 ΩΩΩΩ at the maximum output of 10W x 2.

Audio signals inputted at 5 and 38pin are outputted through the LC filter to
8 and 14 pin (Rch) and 29 and 35 pin (Lch) of the speaker as PWM signals.
The voltage gain is determined by the voltage at 26 and 27pin. By ground­ing the both pins, the gain is set to 36dB.
When the control voltage at 6pin is grounded, sounds are muted.

1-3-4. Headphone amplifier U12 (LM4911)

This is an audio power amplifier which allows gain adjustment with an
external resistor.
Headphone signals inputted from 1 and 5pin are outputted to 7 and 9pin
(L and R channels).

LD-26SH3U HARDWARE DESC RIPTION

6 – 1

1-4. INVERTER UNIT (RDENC220TPZZ)

This is an inverter unit for lighting the 18 backlights (straight tubes
CCFT) of the LCD panel. It allows ON/OFF control and brightness
(DUTY light control system).
The power for operations is provided directly from the power unit 24V
output connector (CN201) for the inverter through the cable.
The J19 connector 6pin in the main PWB is used for ON/OFF control
(ON at 5V) of the backlights, and 8pin is used for the control voltage of
brightness adjustment.
Brightness is the maximum at 0V. The higher the voltage is, the darker
the brightness is. (Max. voltage: 5V)
The protection circuit is provided to terminate the circuit operation to
protect against a trouble in the lamp.

Note: The inverter unit provides a high voltage of max. 2100V to the

lamp by means of the boosting transformer.
Use a great care not to move your hands close to the output con­nector, etc. when conducting, because it is extremely dangerous.
Be careful when repairing.

1-5. AC POWER UNIT (DPS213DP)

This is the power unit of overall output of 213W of multi outputs (24V, 12V,
5V, 3.3V/5V, sub). The input power specification is AC100 ~ 240V (50/60Hz).
This is provided with the AC input output, the inverter output connector
CN201, and the other I/O connector CN202.
The output of 24V for the inverter is passed to CN201.
The voltage of 24V is provided to 1pin ~ 10pin, and 11pin ~ 20pin are
grounded.
CN202 1, 2, and 5pin are for 12V for the circuit.
5 and 6pin are for 5V for the circuit.
10 and 11 pin are for 3.3V for the circuit.
16 and 17pin are for 5V for the sub power source.
15pin is for ON/OFF control input PSON.
18pin is for the power source status output PG.
The other pins (3, 4, 8, 9, 12, 13, 14, 15pin) are grounded.
When the AC power is inputted, 5V of the sub power is outputted. The
other power voltages are outputted when the CN202 ON/OFF control
pin is driven to LOW level. When the output is provided, the power sta­tus signal becomes HIGH.
5V and 3.3V are generated from 12V in the power source by the DC-DC
converter circuit. The protection circuits are provided for an overvoltage,
an overcurrent, and a high temperature. When the power is shut down,
remove and insert the AC power cord to restore the power.

Note: During AC input, a voltage is provided to the radiating plates

(HS1, HS2, HS4) on the primary side of the power unit. Be care­ful of an electric shock when repairing.
(The radiating plate HS3 near the output connector is at GND
level and has no problem.)
Though an AC input is interrupted, electric charges may remain
in the internal capacitor. Use enough care for that.

1-6. REMOTE CONTROL

This is a remote control of the infrared ray system. When the remote
control key is pressed, infrared rays are emitted in pulses. (Remote con­trol code)
When the remote control light receiving section U13 attached to the
front of the unit receives infrared ray pulses, it converts infrared rays into
a voltage, and sends information to the microprocessor for proper oper­ation.

LD-26SH3U HARDWARE DESC RIPTION

6 – 2

B

B

B

D

D

D

D

1/22

12345678

12345678

12345678

12345678

C

C

C

C

B

0.1U

50V

C297

0603

+5V_VD

12

TP715

1

834

OS

VCC

GND

A0A1A2

SDA

SCL

U27

LM75_SO

P/N = 284500751203

SO8

76512

GND GND

1 2

1 2

A

21

21

21

21

I2C address: 90

R254 33 0603

R253 33 0603

FD709

FD_DOT040

FD9

FD_DOT040

For thermal QS.

MSTR_SCL_5(3,15)

MSTR_SDA_5(3,15)

For ESD

1

TP724

TOUCHPAD_METAL16

10

11

12

MTG7

ID4.5/OD8.0

9

1
238

7

456

10

11

12

MTG6

ID4.5/OD8.0

9

1
238

7

MTG5

ID4.5/OD8.0

456

10

11

12

1
238

456

9

7

FD712

FD_DOT040

FD12

FD_DOT040

1

1

1

1

1

TP723

TOUCHPAD_METAL16

1

MTG9

ID4.5/OD8.0

GND GND

Close to D-SUB Close to DVI

GND

3

3

3

3

CHAPTER 7. CIRCUIT DIAGRAM & PWB LAYOUT

1. CIRCUIT DIAGRAM

Project name :26SH3U PCB version : R02

1-1. MAIN PWB

D

D

D

D

FD710

FD_DOT040

FD10

FD_DOT040

1

1

C

C

C

C

FD711

FD_DOT040

FD11

FD_DOT040

1

1

MTG4

ID4.5/OD8.0

MTG3

ID4.5/OD8.0

10

11

12

1
238

456

10

111213

1
238

456

9

7

9

7

LD-26SH3U CIRCUIT DIAGRAM & PWB LAYOUT

7 – 1

GND GND GND GNDVD_GND

FOR ESD

87654

87654

87654

87654

B

B

B

B

A A

A A

A A

A

B

B

B

D

D

D

D

2/22

12345678

12345678

12345678

12345678

PSON#

PSON

PSU

C

C

C

C

uP

POWER ON

+

PWR BTN

CONNECTOR

KEYPAD

B

LED+

IR+OPC

CONNECTOR

A

.

IR

OPC

21

21

21

FOR PANEL

+24V

FOR SYSTEM

+12V

+5V

+3V

+5V_SB

8

GM1501 ON

PANEL

26" LCD

GM1501 RST#

LVDS

DC5V

CTRL

24

RGB, 24 BIT

INVERTER

12V

CTRL

GM1501H

LQ255T3LZ11

CONTROL PANEL

DDR SDRAM

128Mbit

ROM

8Mbit

G, R, B, HS, VS5TMDS

ADC

RS232

2

USB

USB

2

PL2303X

21

3

3

3

3

ITU656, 8 BIT

26SH3U System Block Diagram

VPX3226F

DVI AUDIO

2

R,L

MAIN BD TO IO BD

FLI2310BD

8

16

.

ITU656, 8 BIT

CVBS OUT

VOUT

R1/G1/B1

Cb2/Y2/Cr2

VPC3230

2

2

2

3

.

3

PC AUDIO

2

VPC3230D Y/C

VPX3226F Y/C

R,L

Y, Pb, Pr

uPD64084 OUTPUT Y/C

Connector 1

R,G,B

Z86129

3

.

TA1287FG

FOR COMPONENT INPUT C.C.

.

MAIN BD TO IO BD

ITU 601, YCbCr, 16 BIT

ITU 601, YCbCr, 16 BIT

SiI9011

HDMI/DVI(HDCP)

MST9883C

HDMI Connector

Connector 2

2.VPC3230D Y/C--->VPC3230D--->FLI2310BD--->GM1501

3.uPD64084 OUTPUT Y/C--->VPC3230D--->FLI2310BD--->GM1501

4.YPbPr--->VPC3230D--->FLI2310BD--->GM1501 (D1, C.C. OFF)

1.VPX3226F Y/C--->VPX3226F-->GM1501

SIMULATED IR

TMDS

G, R, B, HS, VS

I2S

DVI

CRT

MAIN TO IT RECIEVER

CONNECTOR

+5V

6.YPbPr---->AD9883C--->FLI2310--->GM1501 (D2~D4)

7.HDMI--->SiI9011--->FLI2310--->GM1501

5.YPbPr--->TA1287--->VPC3230--->Z86129--->TA1287--->VPC3230

--->FLI2310--->GM1501 (D1, C.C. ON)

87654

87654

87654

USB HUB POWER CONNECTOR

87654

B

B

B

D

D

D

D

C

C

C

C

LD-26SH3U CIRCUIT DIAGRAM & PWB LAYOUT

B

A A

A A

A A

A

7 – 2

B

B

B

P/N = 283468470001

0.1U/NA

C7

0603

12

Q7

DDTC144WCA/NA

3

2

HDCP_SW

C

C

C

C

50V

GND

+5V

RESERVED FOR HDCP KEY

1

GND

DEBUG PORT

+5V

C531

12

1U

FOR I2C PORT

0603

J33

123456789

GND

FLASH_DETECT

FLASH_DETECT(6,17)

12

R603

10K

0603

MSTR_SCL_5

MSTR_SDA_5

+MICRO_P_3.3V

RESET_MICRO_P

10

11

MICRO_P_RXD

MICRO_P_TXD

RESET_MICRO_P(17)

MICRO_P_RXD(17)

MICRO_P_TXD(17)

GND1

GND2

MA/11PX1/RA

ACES

D

D

D

D

3/22

12345678

12345678

12345678

12345678

123

A0A1A2

VCCWPSCL

U707

876

+3.3V

0.1U

50V

C879

0603

12

GND

R504

10K

0603

12

+3.3V

MSTR_SCL_1601

3

4

GND

SDA

5

MSTR_SDA_1601

Q63

GND

M24C64

SO8

P/N = 283430100001

DDTC144WCA

2

NVRAM_SW

+3.3V

U1

1

GND

123

A0A1A2

SDA

567

+3.3V

SCLK

4

GND

WC-

VCC

8

R25

10K/NA

12

M24C02/NA

0603

GND

SO8_1

+3.3V

NVRAM

87213-1100

P/N = 291000021109

GND

CC_INT (15)

B

+3.3VS_DIG

+3.3VS_DIG

+3.3V

I2C BUS

R814

10K

12

R819

10K

12

R505

12

R810

10K

12

R809

10K

12

MSTR_SDA (10,12,13,14,16,19)

MSTR_SCL (10,12,13,14,16,19)

MSTR_SDA

MSTR_SCL

0603

0603

PCA9515_SW

R261

10K

0603

12

R239

10K

0603

12

U708

237

1B

1A

1

MSTR_SCL_1601

MSTR_SDA_1601

6

2B

2A

584

1C

VCC

+3.3V

2C

GND

SN74LVC2G66

C8841U25V

12

+5V_VD +5V_VD

US8

0603

+3.3VS_DIG

P/N = 284574266001

GND

10%

10K

0603

0603

0603

A

MSTR_SDA_5 (1,15)

MSTR_SCL_5 (1,15)

21

21

21

MSTR_SDA_5

MSTR_SCL_5MSTR_SCL

Q34

2N7002

DS

DS

D

D

S

S

Q31

2N7002

G

G

MSTR_SDA

21

3

3

3

3

OCMADDR3

OCMADDR4

OCMADDR2

AA3

OCMADDR4

OCMADDR3

VGRN5

VGRN6

B21

A21

C21

GREEN_HD6

GREEN_HD7

GREEN_HD5

+3.3V

OCMADDR0

OCMADDR1

AA2

AA1

OCMADDR2

OCMADDR1

OCMADDR0

VGRN7

VBLU0

B25

BLUE_HD0

GREEN_HD[0..7](10)

12

PSON (20)

STANDBY_MODE

PSON

1 2

R800 100 0603

AB3

AB2

OCMDATA15

VBLU1

VBLU2

A25

D24

C24

BLUE_HD1

BLUE_HD2

BLUE_HD3

R464

10K

0603

LVDS_UD (9)

LVDS_RL (9)

STANDBY_MODE (17)

LVDS_RL

PCA9515_SW

LVDS_UD

1 2

1 2

R487 100 0603

R799 100 0603

AB1

AC3

OCMDATA14

OCMDATA13

OCMDATA12

VBLU3

VBLU4

VBLU5

B24

A24

BLUE_HD4

BLUE_HD5

POWERGOOD

NVRAM_SW

1 2

1 2

R488 100 0603

R465 100 0603

AC2

AC1

OCMDATA11

VBLU6

B23

C23

BLUE_HD6

BLUE_HD7

1 2

R466 100 0603

AD1

OCMDATA10

VBLU7

BLUE_HD[0..7](10)

C356

0.1U

16V

0603

10%

12

HDMI_DEV_RESET (14)

HDMI_DEV_RESET

1 2

R467 100 0603

OCMDATA5

OCMDATA6

OCMDATA4

OCMDATA7

OCMDATA3

AE1

AF1

AD2

AE2

AF2

OCMDATA9

OCMDATA8

OCMDATA7

OCMDATA6

OCMDATA5

OCMDATA4

VCLK

VODD

VVS

VHS_CSYNC

VDV

A20

B20

C20

D19

D20

1 2

R360 10K 0603

R337 10K 0603

GND

HD_VHS(10)

HD_VVS(10)

HD_SOG(10)

HD_VCLK(10)

OCMDATA2

AD3

AE3

OCMDATA3

OCMDATA2

VCLAMP

B17

1 2

GND

GND

OCMDATA1

OCMDATA0

AF3

OCMDATA1

PWM0

C26

BLADJ

(9)

R298 100K

VFC_PWM

OCMDATA[0..7]

AD4

OCMDATA0

PWM1

PWM2

C25

D26

D25

1 2

R292 100 0603

0603 1%

1 2

OCMDATA[0..7] (6)

LBADC_IN3

OCM_TIMER1

A12

B12

OPC_OUT_ADC

TUNER_AFT

TUNER_AFT(19)

AV_SW_MUTE_2(19)

OPC_OUT_ADC(19)

12

LBADC_IN2

LBADC_IN1

LBADC_RETURN

C12

D12

D_MODE_DEL

D_MODE_DEL(19)

C329

2.2U

0805

GM1501-CF

BGA352_64

P/N = 284501501007

0.01U

0603

C408

12

C412

0.1U/NA

12

C799

0.1U/NA

12

X5R

GND

GNDGND

GND

16V

0603D_1

16V

0603D_1

GND

87654

87654

87654

87654

R177

10K

OCM_WE# (6)

OCM_RE#

OCM_WE#

R3R2R1L1L2P2P1

OCM_WEn

MSTR_SDA

VGA_SCL

VGA_SDA

AHSYNC

L4

L3

N1

AHS(7)

VGA_SCL(7)

VGA_SDA(7)

OCM_RE# (6)

OCM_REn

AVSYNC

AVS(7)

OCM_CS# (6)

1 2

R1 33 0603

OCM_CS#

ROM_CSn

EXTCLK

R4

10K 0603D_1

12

R795

GND

HOTEL_DETECT (4)

AMP_MUTE

OCM_INT2

OCM_INT1

XTAL

G4

XTAL

12

AMP_MUTE (19 )

DVI_HPD (8)

AV_SW_MUTE

DVI_HPD

1 2

R463 100 06 03

OCM_CS2n

OCM_CS1n

TCLK

NC_3

F1

G3

TCLK

AV_SW_MUTE (19)

(6)

OCMADDR19

T4

OCM_CS0n

NC_4

K3

K2

ACS_RESET_HD

1 2

R794 3.3K 0603

GND

0603

VD_GND

OCMADDR[0..18] (6)

OCMADDR[0..18]

OCMADDR17

OCMADDR10

OCMADDR15

OCMADDR6

OCMADDR9

OCMADDR11

OCMADDR12

OCMADDR13

OCMADDR16

OCMADDR18

OCMADDR8

OCMADDR14

OCMADDR19

OCMADDR18

OCMADDR17

VRED0

VRED1

B19

A19

C19

RED_HD1

RED_HD0

RED_HD2

1%

OCMADDR16

OCMADDR15

OCMADDR14

VRED2

VRED3

VRED4

B18

D18

C18

RED_HD4

RED_HD3

RED_HD5

OCMADDR13

OCMADDR12

OCMADDR11

VRED5

VRED6

VRED7

A18

C17

RED_HD6

RED_HD7

OCMADDR7

OCMADDR9

OCMADDR8

OCMADDR10

VGRN1

VGRN0

B22

A23

C22

GREEN_HD1

GREEN_HD2

GREEN_HD0

RED_HD[0..7](10)

OCMADDR7

VGRN2

A22

GREEN_HD3

OCMADDR19

T3T2T1U4U3U2U1V4V3V2V1W3W2W1Y3Y2Y1

ACS_RSET_HD

OCMADDR5

OCMADDR6

OCMADDR5

VGRN3

VGRN4

D21

GREEN_HD4

IR_DATA1 (19)

HDCP_SW

9011_RESET1# (14)

1 2

R9 33 0603

G_SVDV

A17

SVDV

RXC-

B6

RXC-(8)

SELLVDS (9)

1 2

1 2

R11 33 0603

R10 33 0603

G_SVS

G_SVODD

A14

B14

SVODD

NC_0

C5

D5

DVI_CAB (8)

1 2

R12 33 0603

VPX3226_ITU_CLK

G_SHS

C14

SVVSYNC

SVHSYNC

NC_1

REXT

B11

1 2

R789 249 0603 1%

+3.3V_DVI

VPX3226_ITU_CLK (16)

D16

SVCLK

B1

1501_RXD (7,18)

1501_TXD (7,18)

1501_TXD

1501_RXD

OCM_UDI

OCM_UDO

BLUE-

BLUE+

GREEN-

B2

C1C2D1D2C3A1N2

BLUE+(7)

BLUE-(7)

GREEN-(7)

12

IR_DATA1

GM1501_RESET#

K1M4M3P4P3M1M2

RESETn

GREEN+

RED-

RED-(7)

GREEN+(7)

R79600603

IR_DATA0

IR1

RED+

RED+(7)

MSTR_SCL_1601

1 2

R805 33 0603

IR0

SOG

SOG(7)

MSTR_SDA_1601

1 2

R804 33 0603

MSTR_SCL

NC_2

10K*4

VPX3226_ITU5

272075150308

GND

5

4

R15

10K

1206

314100143510

VPX3226_ITU[7..0] (16)

VPX3226_ITU6

VPX3226_ITU5

VPX3226_ITU7

VPX3226_ITU0

VPX3226_ITU1

VPX3226_ITU3

VPX3226_ITU4

VPX3226_ITU2

C16

B16

A16

D15

C15

B15

A15

D14

SVDATA0

SVDATA1

SVDATA2

SVDATA3

SVDATA4

SVDATA5

SVDATA7

SVDATA6

U34A

DVI_SCL

DVI_SDA

RX0+

RX0-

RX1+

RX1-

RX2+

RX2-

RXC+

A8B8A9

B9

A6

N4

N3

A10

B10

RX0-(8)

RX2-(8)

RX1-(8)

RX1+(8)

RX0+(8)

RX2+(8)

RXC+(8)

DVI_SDA(8)

DVI_SCL(8)

TCLK

VPX3226_ITU6

VPX3226_ITU7

VPX3226_ITU_CLK

XTAL

X7

1 2

14.31818MHZ

Crystal C-l oad=16pF

876

5

876

123

4

123

RP701

10K*4

1206

RP702

GM1501_RESET# (17)

GM1501_RESET#

R468

1 2

1

2

GND

RESET

VCC

MN

U37

4

3

10K/NA

0603

R486

12

+3.3V

0/NA

0603

C476

12

R456

12

G692L293Tf/NA

SOT143

12

0.01U/NA

C477

12

0.1U/NA

100K/NA

C464

0603

0603

0603

0.1U/NA

VPX3226_ITU1

VPX3226_ITU4

VPX3226_ITU3

VPX3226_ITU2

VPX3226_ITU0

50V

GND

GND

50V

0603

GND

C871

15P

0603

5%

12

C863

15P

06035%272075150308

12

+3.3V_PLL +3.3V_PLL

VFC_PWM(19)

B

B

B

D

D

D

D

C

C

C

C

B

A A

A A

A A

A

LD-26SH3U CIRCUIT DIAGRAM & PWB LAYOUT

7 – 3

B

B

B

+3.3V

GND

4

1

EC8

2 3

DP-02/NA

DIPTRONICS

P/N = 337120100017

10P/NA

0603

5%

10K

R397

B

POWER (17,20)

POWER

D707

BAV99

2

3

1

+5V_SB_P

GND

GND

G

Q54

2N7002

0603

DS

1 2

D

S

GND

0.1U

50V

C420

0603

12

GND

D

D

D

D

4/22

12345678

12345678

12345678

12345678

10K*4

RP3

8
7
6
5

+3.3V

10K*4

RP4

TXA0- (9)

TXA3+ (9)

TXAC+ (9)

TXA0+ (9)

TXA2- (9)

TXA3- (9)

TXAC- (9)

TXA2+ (9)

TXA1- (9)

TXA1+ (9)

TXAC-

TXAC+

TXA1+

TXA1-

TXA2-

TXA0-

TXA3-

TXA3+

TXA0+

TXA2+

8
7
6
5

C

C

C

C

J11

135792468

VOLUME_UP

CHANNEL_DOWN

VOLUME_DOWN

INPUT

CHANNEL_UP

MENU

1206

1
2
3
4

1206

1
2
3
4

MA/6PX2/ST

ACES

87216-1210

10

AOS_SET#

AOS_SET#

P/N = 291000011222

11

12

GND1

GND2

GND

12

C714

0.1U

50V

0603

R598

10K

0603

12

+5V_SB_P

J27

Hotel Mode SW:

ON :Normal Mode

OFF: Hotel Mode

R2

10K

0603

12

+3.3V

12

HOTEL_DETECT(3)

A

21

21

21

21

3

3

3

3

gm1501 rev CF Quad DQS Mode

FSDQSU2

FSDQMU2

FSDQSU0

FSDQMU3

FSDQMU0

FSDQSU3

FSDQMU1

FSDQSU1

1 2

1 2

1 2

1 2

1 2

1 2

1 2

1 2

R742 33 0603

R740 33 0603

R748 33 0603

R746 33 0603

R745 33 0603

R747 33 0603

R743 33 0603

R744 33 0603

FSDQM2

FSDQM3

FSDQM1

FSDQM0

FSDQS_3

FSDQS_0

FSDQS_2

FSDQS_1

FSDQM[0..3]

FSDATA[0..31]

FSDQS_2(6)

FSDQS_3(6)

FSDQS_1(6)

FSDQS_0(6)

FSDQM[0..3](6)

LVDS_Temp2 (9)

LVDS_Temp3 (9)

1 2

1 2

R775 100 0603

R774 100 0603

U34B

FSDATAU2

FSDATAU0

FSDATAU1

1234567

RP7

33*8

RPX8

FSDATA2

FSDATA1

FSDATA0

FSDATA[0..31](6)

FSDATAU0

FSDATAU3

FSDATA3

SHP_DEBUG (7)

AOS_SET#

SHP_DEBUG

1 2

1 2

R364 100 0603

R363 100 0603

TXA3-OKTXAC-

TXAC+

TXA3+

AC18

AD18

AE18

AF18

AE19

AF19

AE20

AF20

A3-(DORED7)

A3+(DORED6)

AC+(DORED8)

GPIO_G06_B0(DORED2)

GPIO_G06_B1(DORED3)

GPIO_G06_B2(DORED4)

GPIO_G06_B3(DORED5)

FSDATA0

FSDATA1

FSDATA2

FSDATA3/FSDATA7

FSDATA4/FSDATA5

FSDATA5/FSDATA29

FSDATA6/FSDATA31

J25

E24

E25

E26

H26

H24

G26

G24

FSDATAU1

FSDATAU28

FSDATAU29FSDATA8

FSDATAU2

FSDATAU31

FSDATAU7

FSDATAU5

FSDATAU8

FSDATAU9

FSDATAU4

FSDATAU7

FSDATAU10

FSDATAU6

FSDATAU5

89

10111213141516

1234567

RP9

33*8

RPX8

FSDATA5

FSDATA6

FSDATA9

FSDATA10

FSDATA4

FSDATA7

R22

12

+3.3V

MB_ID1

MB_ID2

TXA2+

TXA2-

TXA1+

AD21

AD22

AE21

AF21

AE22

A2-(DOGRN4)

AC-(DORED9)

A2+(DOGRN3)

GPIO_G05_B0(DOGRN2)

GPIO_G05_B3(DOGRN5)

FSDATA7/FSDATA28

FSDATA8/FSDQM2

FSDATA9/FSDATA16

FSDATA10/FSDATA11

FSDATA11/FSDATA9

FSDATA12

T26

P24

P26

R25

N24

N26

FSDATAU16

FSDATAU11

FSDQMU2

FSDQSU1

FSDATAU9

FSDATAU12

FSDATAU15

FSDATAU11

FSDATAU13

FSDATAU14

FSDATAU17

FSDATAU12

1234567

10111213141516

8 9

RP10

FSDATA12

FSDATA17

FSDATA14

FSDATA15

FSDATA13

FSDATA11

LOCK_FAN1 (20)

10K

0603

1 2

1 2

R773 10 0 0603

R770 10 0 0603

TXA0-

TXA0+

TXA1-

AD23

AD24

AF22

AE23

AF23

A1-(DOGRN7)

A0-(DOGRN9)

A1+(DOGRN6)

A0+(DOGRN8)

GPIO_G04_B0(DOBLU2)

FSDATA13/FSDQS1

FSDATA14/FSDATA15

FSDATA15/FSDATA27

FSDATA16/FSDATA26

FSDATA17'FSDATA14

FSDATA18/FSDATA24

L24

L25

N25

M25

M26

M24

FSDQMU1

FSDATAU14

FSDATAU15

FSDATAU24

FSDATAU27

FSDATAU20

FSDATAU22

FSDATAU19

FSDATAU21

FSDATAU16

FSDATAU18

10111213141516

33*8

RPX8

FSDATA18

FSDATA22

FSDATA21

FSDATA19 FSDATAU26

FSDATA16

FSDATA20

1206

123

4

1 2

1 2

876

5

RP17 4.7K*4

R276 4.7K 0603

R275 4.7K 0603

NETWORK_DETECT (19)

AE24

AF24

AF25

AF26

AE25

AE26

GPIO_G04_B1(DOBLU3)

GPIO_G04_B2(DOBLU4)

GPIO_G04_B3(DOBLU5)

GPIO_G04_B3(DOBLU6)

GPIO_G04_B4(DOBLU7)

GPIO_G04_B6(DOBLU8)

GPIO_G04_B7(DOBLU9)

FSDATA19/FSDQM1

FSDATA20/FSDATA13

FSDATA21/FSDATA10

FSDATA22/FSDATA17

FSDATA23/FSDATA8

FSDATA24/FSDQM3

FSDATA25/FSDQS3

FSDATA26/FSDATA30

J26

P25

K24

N23

R26

R24

H25

FSDQSU3

FSDQMU3

FSDATAU17

FSDATAU10

FSDATAU8

FSDATAU13

FSDATAU30

FSDATAU30

FSDATAU24

FSDATAU23

FSDATAU26

FSDATAU28

FSDATAU25

FSDATAU27

89

1234567

RP8

33*8

RPX8

FSDATA25

FSDATA24

FSDATA26

FSDATA30

FSDATA27

FSDATA28

FSDATA23

+3.3V

IT_IR_SW (19)

VGA_I2C_SW (7)

LINEC1 (19)

1 2

1 2

1 2

1 2

1 2

R791 100 0603

R790 0 0603

R393 0 0603

R394 22/NA 0603

R396 4.7K 0603

AE8

AF8

AC9

AD9

AE9

AF9

AD10

GPIO_G07_B0(DERED2)

GPIO_G07_B1(DERED3)

GPIO_G07_B2(DERED4)

GPIO_G07_B3(DERED5)

GPIO_G07_B4(DERED6)

GPIO_G07_B5(DERED7)

FSDATA27/FSDATA4

FSDATA28/FSDATA6

FSDATA29/FSDATA3

FSDATA30/FSDQS0

FSDATA31/FSDQM0

F24

F25

F26

G23

G25

AD25

FSDQMU0

FSDATAU3

FSDQSU0

FSDATAU4

FSDATAU6

FSADDRU0

FSDATAU31

FSDATAU29

FSADDRU10

123

10111213141516

876

8 9

RP13

FSADDR10

FSDATA29

FSDATA31

FSADDR[0..11]

FSADDR[0..11](6)

R891

47K/NA

0603

12

TUNER_I2C_SW (19 )

PC_AV_SDA_SEL (8)

1 2

R388 0 0603

AE10

AF10

AC11

AD11

AE11

AF11

B3+(DEGRN6)

SHIELD[0](DEGRN2)

SHIELD[1](DEGRN3)

SHIELD[2](DEGRN4)

SHIELD[3](DEGRN5)

GPIO_G07_B6(DERED8)

GPIO_G07_B7(DERED9)

FSADDR0

FSADDR1

FSADDR2

FSADDR3

FSADDR4

FSADDR5

FSADDR6

FSADDR7

AB26

AA24

AA25

AA26

AD26

AC24

AC25

FSADDRU6

FSADDRU1FSADDR2

FSADDRU7

FSADDRU5

FSADDRU2

FSADDRU3

FSADDRU4

FSADDRU3

FSADDRU0

FSADDRU2

FSADDRU11

FSADDRU1

FSADDRU9

FSADDRU4

123

4

4

876

5

5

RP12

33*4

1206

33*4

1206

FSADDR4

FSADDR11

FSADDR1

FSADDR3

FSADDR0

FSADDR9

AF12

AE12

B3-(DEGRN7)

BC+(DEGRN8)

FSADDR8

FSADDR9

Y24

AB25

FSADDRU8

FSADDRU9

FSADDRU5

FSADDRU8

123

876

RP11

33*4

FSADDR8

FSADDR5

AF13

BC-(DEGRN9)

FSADDR10

FSADDR11

AB24

AC26

FSADDRU10

FSADDRU11

FSADDRU7

FSADDRU6

4

5

1206

FSADDR7

FSADDR6

Q720

AE13

USB_SELF_BUS (19)

G

2N7002/NA

DS

D

S

AD14

AF14

AE14

AF15

AE15

B2-(DEBLU4)

B1-(DEBLU7)

B2+(DEBLU3)

B1+(DEBLU6)

SHIELD[4](DEBLU2)

SHIELD[5](DEBLU5)

FSCLKp

FSCLKn

FSDQS/FSDATA25

L26

U24

U23

FSCLKU-

FSCLKU+

FSDATAU25

1 2

1 2

R738 10 0603

R739 10 0603

FSCLK-

FSCLK+

FSCLK-(6)

FSCLK+(6)

GND

(19)

OPTICAL_SENSOR_LED

9011_INT (14)

AF16

AE16

AC7

AF17

AD16

DHS

DCLK

B0+(DEBLU)

B0-(DEBLU9)

FSDQM0/FSDATA19

FSDQM1/FSDQM2

FSDQM2/FSDATA20

FSDQM3/FSDATA18

FSWE/FSDATA23

T25

T24

V26

V25

U25

U26

FSDATAU18

FSDATAU23

FSDQSU2

FSDATAU19

FSDATAU20

FSDATAU22

LINEA0 (19)

LINEA1 (19)

DPMS (17)

HDMI_HPD (14)

DPMS

1 2

1 2

1 2

R403 100 0603

R404 100 0603

R792 100 0603

AD7

AD8

AF7

AE7

DVS

DEN

GPIO_G08_B5(DOBLU1)

GPIO_G08_B4(DOBLU0)

FSCAS/FSDATA22

FSRAS/FSDATA21

FSCKE

FSBKSEL0

FSBKSEL1

Y25

Y26

V24

W26

FSCKEU

FSBKSELU0

FSBKSELU1

FSDATAU21

1 2

1 2

1 2

R735 33 0603

R737 33 0603

R736 33 0603

FSCKE

FSBKSEL1

FSBKSEL0

FSCKE(6)

FSBKSEL0(6)

FSBKSEL1(6)

HP_MUTE (19)

(10,13)

LVDS_O_Sset (9)

LVDS_FRAME (9)

LVDS_Temp1 (9)

LINEB0 (19)

LINEC0 (19)

DEV_RESET1#

DEV_RESET2# (15,16,19)

1 2

R877 10 0 0603

1 2

1 2

1 2

1 2

1 2

1 2

VGA_CAB

R793 100 0603

R408 100 0603

R411 100 0603

R419 100 0603

R798 100 0603

R410 100 0603

AF6

AE6

AD6

AF5

AE5

AD5

AC5

GPIO_G09_B5(DEBLU1)

GPIO_G09_B3(DEGRN1)

GPIO_G09_B2(DEGRN0)

GPIO_G08_B1(DORED1)

GPIO_G08_B0(DORED0)

GPIO_G08_B3(DOGRN1)

GPIO_G08_B2(DOGRN0)

GPIO_G09__B4(DEBLU0)

PPWR

PBIAS

NC_5

OEXTR

D_GND_54

A26

B26

AC17

AC16

AD15

OEXTR

PBIAS(9)

ENVGA(9)

BACKLIGHT ENABLE

LCD POWER ENABLE

PBIAS----

PPWR------

PANEL_ID (9)

R13

100

0603

1 2

VGA_CAB (7)

AF4

AE4

GPIO_G09_B1(DERED1)

GPIO_G09_B0(DERED0)

GM1501-CF

BGA352_64

P/N = 284501501007

R786

3.3K

0603

12

R887

10K

0603

1 2

+3.3V

R729

10K/NA

0603

R751

10K

0603

1 2

+3.3V

R728

10K/NA

+3.3V

1 2

GNDGND

MB_ID2MB_ID1

R750

10K

0603

0603

1 2

1 2

0

0

ID1 ID2

GND GND

SOFTWARE REVISION ID

87654

87654

87654

87654

B

B

B

D

D

D

D

C

C

C

C

B

A A

A A

A A

A

LD-26SH3U CIRCUIT DIAGRAM & PWB LAYOUT

7 – 4

B

B

B

GND

GND

DVI_GND_0

DVI_GND_1

ADC_DGND_1

VDDA33_RPLL

VDDD33_PLL

VDDA33_FPLL

F4

F2

H3

G1

B

+3.3V_LBADC +3.3V_LBADC

L711

1 2

+3.3V

+3.3V_PLL

+3.3V_PLL

L717

1 2

BEAD_120Z/100M

+3.3V

D11B5D13F3G2H4H2J4J2

DVI_GND_2

DVI_GND_3

DVI_GND_4

DVI_GND_5

DVI_GND_6

VDDA33_SDDS_0

VDDD33_SDDS_0

VDDA33_DDDS_1

VDDD33_DDDS_1

J3

J1

H1

0.1U

16V

C794

0603

12

BEAD_120Z/100M

0805C_1

0.1U/NA

16V

C826

0603

12

0.1U/NA

16V

C846

0603

12

0.1U

16V

C824

0603

12

0.1U

16V

C825

0603

12

0.1U

16V

C847

0603

12

0.1U

16V

C848

0603

12

0.1U

16V

C845

0603

12

0805C_1

LBADC_GND

VSSD33_PLL

VSSA33_FPLL

VSSA33_RPLL

GND

GND

K4

VSSA33_SDDS_0

VSSD33_SDDS_0

VSSA33_DDDS_1

VSSD33_DDDS_1

GM1501-CF

+3.3V_LVDS

+3.3V_LVDS

+3.3V

+3.3V_LVDSA

+3.3V_LVDSA

L706

1 2

+3.3V

GND

BGA352_64

P/N = 284501501007

0.1U

C791

12

L709

BEAD_120Z/100M

1 2

0.1U

16V

C771

0603

12

0.1U

16V

C765

0603

12

0.1U

16V

C770

0603

12

0.1U

16V

C775

0603

12

BEAD_120Z/100M

0805C_1

16V

0603

0805C_1

GND

GND

R78200805

12

+3.3V_ADC

+3.3V_ADC

L716

10U

6.3V

0805

0.1U/NA

16V

0603

0.1U/NA

16V

0603

0.1U/NA

16V

0603

0.1U

16V

0603

0.1U

16V

0603

0.1U

16V

0603

0.1U

16V

0603

0.1U

16V

0603

0.1U

16V

0603

GND

T14

K15

T15

M16

N16

R16

R12

K13

P13

D_GND_34

D_GND_35

D_GND_36

D_GND_37

D_GND_38

D_GND_39

D_GND_40

D_GND_41

D_GND_42

HIGH IMPEDANCE/FSCAS

FS_2.5_9

FS_2.5_10

HIGH IMPEDANCE/FSRAS

FS_2.5_12

FS_2.5_13

FS_2.5_14

LVDSB_3.3_0

F23

Y23

E23

W23

AA23

AB23

AC23

AC12

C

C

C

C

+1.8V_DVI

+1.8V_DVI

L708

+1.8V_GM1601

+3.3V_DVI

+3.3V_DVI

L712

+3.3V

U13

M14

R14

D_GND_43

D_GND_44

D_GND_45

LVDSB_3.3_1

LVDSB_3.3_2

AD12

AD13

0.1U

C816

0603

12

0.1U

C808

0603

12

0.1U

C814

0603

12

1 2

BEAD_120Z/100M/NA

0805C_1

C820

10U/NA

0805

12

0.1U

C803

0603

12

0.1U

C819

0603

12

0.1U

C815

0603

12

0.1U

C810

0603

12

1 2

BEAD_120Z/100M

0805C_1

P11

M10

M17

P17

R17

D_GND_46

D_GND_47

D_GND_48

D_GND_49

D_GND_50

LVDSA_3.3_0

LVDSA_3.3_1

LVDSA_3.3_2

VDDD33_LVDS

AE17

AD20

AC22

AC21

16V

16V

16V

6.3V

16V

16V

16V

16V

P10

L17

D_GND_51

D_GND_52

FSVREF_0

J24

W25

R79700805

AC13

AC14

AC15

LVDSB_GND_0

LVDSB_GND_1

LVDSB_GND_2

FSVREF_1

DVI_1.8_0

DVI_1.8_1

D6D8D9

GND

1 2

GND

AC19

AC20

LVDSA_GND_0

LVDSA_GND_1

DVI_1.8_2

DVI_1.8_3

D10

+3.3V

+1.8V_ADC

AD19

LVDSA_GND_2

DVI_3.3_0

C11

C10

0.1U/NA

16V

C790

0603

12

0.1U/NA

16V

C769

0603

12

0.1U

16V

C844

0603

12

0.1U

16V

C809

0603

12

0.1U

16V

C817

0603

12

0.1U

16V

C797

0603

12

0.1U

16V

C853

0603

12

0.1U

16V

C829

0603

12

0.1U

16V

C828

0603

12

0.1U

16V

C830

0603

12

+1.8V_ADC

L714

1 2

BEAD_120Z/100M

0805C_1

+1.8V_GM1601

AD17

K26

W24B4D4E2A5E1C4E4A7B7C7D7A11

ADC_AGND_0

ADC_AGND_1

ADC_AGND_2

VSSD33_LVDS

FSVREFVSS_0

FSVREFVSS_1

DVI_3.3_1

DVI_3.3_2

DVI_3.3_3

DVI_3.3_4

ADC_1.8_0

ADC_1.8_1

ADC_3.3_0

A3A4A2

B3D3E3

C9C8C6

ADC_AGND_3

ADC_AGND_4

ADC_DGND_0

ADC_3.3_1

ADC_3.3_2

ADC_3.3_3

D

D

D

D

5/22

12345678

12345678

12345678

12345678

+1.8V_CORE

+1.8V_CORE

L707

1 2

+1.8V_GM1601

C813

10U

6.3V

0805

12

C779

10U/NA

6.3V

0805

12

0.1U/NA

16V

C801

0603

12

0.1U/NA

16V

C777

0603

12

0.1U/NA

16V

C792

0603

12

0.1U/NA

16V

C778

0603

12

0.1U

16V

C800

0603

12

0.1U

16V

C807

0603

12

0.1U

16V

C805

0603

12

0.1U

16V

C802

0603

12

0.1U

16V

C804

0603

12

0.1U

16V

C780

0603

12

0.1U

16V

C772

0603

12

0.1U

16V

C793

0603

12

0.1U

16V

C776

0603

12

BEAD_120Z/100M

0805C_1

A13

U14

L15

D_GND_0

D_GND_1

D_GND_2

CORE_1.8_0

CORE_1.8_1

CORE_1.8_2

U34C

K17

U17

U11

M15

P15

R15

D_GND_3

D_GND_4

D_GND_5

CORE_1.8_3

CORE_1.8_4

CORE_1.8_5

L16

T16

T17

GND

U15

M11

N11

D_GND_6

D_GND_7

CORE_1.8_6

CORE_1.8_7

L11

K10

K16

R11

P16

N17

D_GND_8

D_GND_9

D_GND_10

CORE_1.8_8

CORE_1.8_9

CORE_1.8_10

T11

U16

U10

+2.5V_DDR

N10

N15

R10

K12

D_GND_11

D_GND_12

D_GND_13

D_GND_14

CORE_1.8_11

CORE_1.8_12

VDDA18_DLL

K11

K23

D17

C761

12

C239

12

C751

12

C756

12

C755

12

C768

12

C763

12

C762

12

C760

12

C759

12

C758

12

C767

12

C754

12

L12

M13

D_GND_15

D_GND_16

D_GND_17

IO_3.3_0

IO_3.3_1

IO_3.3_2

D23

AC4

0.1U

0603

0.1U/NA
0603

0.1U/NA
0603

0.1U/NA

0603

0.1U/NA

0603

0.1U

0603

0.1U
0603

0.1U

0603

0.1U
0603

0.1U

0603

0.1U
0603

0.1U
0603

0.1U
0603

M12

N12

D_GND_18

D_GND_19

IO_3.3_3

IO_3.3_4

AC6

AC8

16V

16V

16V

16V

16V

16V

16V

16V

16V

16V

16V

16V

16V

P12

T12

D_GND_20

D_GND_21

IO_3.3_5

IO_3.3_6

D22

AC10

U12

L13

N13

D_GND_22

D_GND_23

IO_3.3_7

IO_3.3_8

AA4W4AB4

GND

R13

L10

D_GND_24

D_GND_25

D_GND_26

IO_3.3_9

IO_3.3_10

LBADC_33

Y4

C13

+3.3V_I/O_BGA

+3.3V_I/O_BGA

T13

T10

K14

D_GND_27

D_GND_28

D_GND_29

FS_2.5_0

FS_2.5_1

J23

H23

12

12

12

12

12

12

12

12

12

12

L715

1 2

BEAD_120Z/100M

+3.3V

L14

N14

P14

B13

K25

D_GND_30

D_GND_31

D_GND_32

D_GND_33

FS_2.5_2

FS_2.5_3

FS_2.5_4

HIGH IMPEDANCE/FSWE

L23

T23

P23

V23

M23

C827

C766

C818

C821

C764

C812

C806

C773

C822

C823

0805C_1

VSSA18_DLL

FS_2.5_6

FS_2.5_7

R23

0.1U/NA

C838

0603

12

0.1U

C841

0603

12

0.1U

C840

0603

12

0.1U

C839

0603

12

D705

BZT52C4V3

0805C_1

1 2

BEAD_120Z/100M

C855

12

C858

12

0.1U

2.2U

FSVREF

16V

16V

16V

16V

SOD123

0603

0805

+80-20%

50V

A

+3.3V_LVDSB

L710

+3.3V

A K

0.1U

C749

0603

12

0.1U

C748

0603

12

0.1U

C796

12

0.1U

C798

12

0.1U

C795

12

1 2

BEAD_120Z/100M/NA

0805C_1

GND

16V

16V

16V

0603

16V

0603

16V

0603

21

21

21

21

GND

3

3

3

3

GND

+1.8V_CORE

AK

D704

L

C

C

C

C

+3.3V_LVDSA

FSVREF

+3.3V_LVDS

+1.8V_DVI

+3.3V_DVI

+1.8V_ADC

+3.3V_ADC

+3.3V_PL

F702

12

+5V

B

B

B

B

+2.5V_DDR

+3.3V_I/O_BGA

D

D

D

D

+3.3V_LBADC

1 2

R741 33 0603

FSWE#(6)

+3.3V_LVDSB

1 2

1 2

R734 33 0603

R733 33 0603

FSRAS#(6)

FSCAS#(6)

RLS4148/NA

1A

MLL34B

GND

1

GND

VIN VOUT

U706

G911T24Uf

SOT89N

2 3

1U

0603

C832

12

0.1U

50V

C831

0603

12

87654

87654

87654

87654

A A

A A

A A

A

LD-26SH3U CIRCUIT DIAGRAM & PWB LAYOUT

7 – 5

B

B

B

D

D

D

D

C

C

C

C

B

A

6/22

12345678

12345678

12345678

12345678

FSDATA[0..31] (4)

FSDATA[0..31]

FSDATA0

FSDATA1

FSDATA3

FSDATA2

A6B5A5A4B1C2C1D1J12

DQ0

DQ1

DQ2

DQ3

A0A1A2A3A4A5A6A7A8/AP

U22

M4

M5L5M6

FSADDR2

FSADDR1

FSADDR3

FSADDR4 FSDATA4

FSADDR0

FSADDR[0..11]

FSADDR[0..11](4)

M7L8M8

FSDATA5

DQ4

FSADDR5

FSDATA6

DQ5

FSADDR6

FSDQS0

FSDATA7

A1

DQ6

DQ7

M9

M10

FSADDR7

FSADDR8

DQS0

BA0

M3

FSBKSEL0

FSBKSEL0

FSBKSEL0(4)

FSDATA9

FSDATA8

FSDATA10

J11

H12

DQ8

DQ9

DQ10

BA1A9DQM0

A10

L4

L7

K5

FSBKSEL1

FSADDR9

FSADDR10

FSBKSEL1

FSBKSEL1(4)

FSDATA11

FSDATA12

H11

F12

DQ11

DQ12

A11

L6

A2

FSADDR11

FSDQM0

FSDATA13

FSDATA14

F11

E12

DQ13

DQM1

G2

G11

FSDQM2

FSDQM1

DQ14

DQM2

FSDQM[0..3]

FSDQS1

FSDATA20

FSDATA17

FSDATA16

FSDATA19

FSDATA15

FSDATA18

FSDATA21

E11E2E1F2F1H2H1J1J2

G12

DQ15

DQ16

DQ17

DQ18

DQ19

DQ20

DQS1

DQM3

RAS

CASWECSCKCKE

CK#

L1

K1

K2

M1

L10

L11

A11

M11

FSCLK-

FSCKE

FSDQM3

FSRAS#

FSCAS#

FSCLK+

FSWE#

FSCKE(4)

FSWE#(5)

FSRAS#(5)

FSCAS#(5)

R721

00603D_1

1 2

FSDQM[0..3](4)

GND

FSDATA22

DQ21

DQ22

VREF

M12

FSVREF

FSDQS2

FSDATA23

G1

DQ23

DQS2

NC1

MCL

M2

L12

1 2

R714 0 0603D_ 1

GND

12

B3

FSDATA24

FSDATA25

D12

DQ24

NC2

NC3

B10

C225

C12

DQ25

NC4

G3

0.1U/NA

FSDATA27

FSDATA26

C11

B12A9A8B8A7

DQ26

DQ27

NC5

NC6

K11

G10

16V

0603D_1

FSDATA28

FSDATA29

DQ28

NC7

L2

K12

FSDATA30

DQ29

DQ30

NC8

NC9

L3

FSDQS3

FSDATA31

A12

DQ31

G7

DQS3

VSS/TH1

VSS/TH2

G8

GND

K8

L9

A12/RFU1

VSS/TH3

H5J3H6

BA2/RFU2

VSS/TH4

VSS/TH5

H7

VSS/TH6

H8

VSS/TH7

G5

VSS/TH8

G6

FSDQS_2 (4)

FSDQS_3 (4)

FSDQS_1 (4)

FSDQS_0 (4)

0603

0603

0603

0603

0

0

0

0

1 2

1 2

1 2

1 2

R727

R722

R749

R196

FSDQS2

FSDQS3

FSDQS1

FSDQS0

gm1501 rev CF Quad DQS Mode

+2.5V_DDR

K3

C6C7D3

D10K6K7

K10B2B4B6B7B9D2

VDD_4

VDD_0

VDD_1

VDD_2

VDD_3

VDD_5

VDD_6

VDD_7

VDDQ_0

VSS_3

VSS_2

VSS_1

VSS_0

VSS/TH9

VSS/TH10

VSS/TH11

VSS/TH12

VSS/TH13

VSS/TH14

VSS/TH15

VSS/TH16

VSS_4

VSS_5

VSS_6

VSS_7

VSS_8

VSS_9

VSSQ_0

J5

J6J7J8

F5F6F7

F8

E5E6E7

E8

D9D7D6

+2.5V_DDR

K4

12

C747

12

K9

D4C8C9

FSVREF

R771

10K

0.1U

16V

0603D_1

0603D_1

VDDQ_1

VDDQ_2

VSSQ_1

VSSQ_2

C10

FSCLK+

D5

FSVREF

FSCLK+(4)

VDDQ_3

VSSQ_3

D8

R198

140

12

B11

D11E3E10F3F10H3H10

VDDQ_5

VDDQ_4

VDDQ_6

VSSQ_4

VSSQ_5

VSSQ_6

F4

E4

E9

R186

12

C226

12

1%

VDDQ_7

VSSQ_7

F9

10K

0.1U

0603D_1

VDDQ_8

VSSQ_8

G4

16V

VDDQ_9

VSSQ_9

0603D_1

0603D_1

FSCLK-

VDDQ_10

VSSQ_10

G9

FSCLK-(4)

VDDQ_11

VSSQ_11

H4

H9

VDDQ_12

VDDQ_13

VSSQ_12

VSSQ_13

J4

J10

VDDQ_15

VDDQ_14

VSSQ_14

VSSQ_15

VSSQ_16

VSSQ_17

VSSQ_18

VSSQ_19

HY5DU2832222BF

BGA144F_08MM_1

P/N = 283730040001

J9

A3

C3C4C5

A10

GND

+3.3V

DDR change to 4Mx32 BGA package

+3.3V+3.3V +3.3V

GND

R807

10K

12

R512

10K

12

R501

10K

12

R497

10K

12

0603

0603

0603

0603

12

12

OCMADDR14OCMADDR13OCMADDR9 OCMADDR15

12

12

21

21

21

21

R808

10K/NA

0603

GNDGND

3

3

3

18 : HIGH

19 : LOW

3

R513

10K/NA

0603

VGA)

ON

R502

10K/NA

0603

GND GND

R498

10K/NA

0603

16 : HIGH (use crystal)

12 : LOW

08 : LOW (Enable checking external rom),HIGH(Disable checking external rom)

11 : LOW (set all display output to "0")

10 : LOW (USE TCLK)

14 : LOW

13 : LOW (disable serial interface debug)

15 : LOW

17 : LOW (8 bit bus with OCM access external ROM)

09 : LOW (DDC2BI ON DVI),HIGH (DDC2BI

+2.5V_DDR

10U

C718

12

10U

C228

12

12

12

12

12

12

12

12

FSVREF(5)

C441

0.1U

16V

0603D_1

12

VDD

A12

A13

A14

OCMADDR12

OCMADDR13

OCMADDR14

+3.3V

46

27

VSS_0

VSS_1

A17

A15

A16

1

48

OCMADDR15

OCMADDR16

OCMADDR17

12

30323436394143

NC6

NC7

A19

A18

16

17

OCMADDR18

OCMADDR19

R537

10K

GND

9

0603

NC8

NC0

GND

NC9

NC10

NC1

NC2

13

101215

NC11

NC12

NC3

NC4

14

DS

R803

1 2

47

NC13

NC5

Q719

2N7002

D

S

FLASH_DETECT

GND

10K

0603

A29L800TV-70F

TSOP48_0.5MM

P/N = 283468550001

G

OCMADDR[0..18] (3)

OCMADDR[0..18]

OCMADDR1

OCMADDR4

OCMADDR9

OCMADDR0

OCMADDR8

OCMADDR6

OCMADDR10

OCMADDR3

OCMADDR5

OCMADDR7

OCMADDR2

121110987652726232542829322224131

A0A1A2A3A4A5A6A7A8

A9

O0O1O2O3O4O5O6

O7

U41

13141517181920

OCMDATA1

OCMDATA0

OCMDATA[0..7]

OCMDATA2

OCMDATA3

OCMDATA5

OCMDATA4

OCMDATA6

21

OCMADDR18

OCMDATA7

for 1024K x 8-bit flash ROM

GND

OCMADDR12

OCMADDR11

A10

A11

A12

VPP

OCMADDR13

OCMADDR14

OCMADDR15

A13

A14

A15

OCM_CS# (3)

OCMADDR17

OCM_CS#

OCMADDR16

30

A16

A17

CE#

VCC

32

12

+3.3V

OCM_RE# (3)

OCM_RE#

OE#

OCMADDR19 (3)

OCMADDR19

WE#

VSS

16

C880

0.1U/NA

16V

32P/PLCC/SMT/NA

PLCC32

GND

0603D_1

GND

GND

10K*4

1206

RP28

4

5

3

6

2

7

1

+3.3V

8

RP26

10K*4

1206

GND

876

5

123

4

OCMADDR17

OCMADDR12

OCMADDR16

OCMADDR19

OCMADDR18

OCMADDR11

OCMADDR8

OCMADDR10

+3.3V

OCM_WE# (3)

0805

10V

+80-20%

0805

10V

+80-20%

C727

0.1U/NA

16V

0603D_1

C730

0.1U/NA

16V

0603D_1

C720

0.1U

16V

0603D_1

0603D_1

0603D_1

0603D_1

0603D_1

12

12

12

12

12

0603D_1

C242

0.1U

16V

0603D_1

C731

0.1U/NA

16V

0603D_1

C736

0.1U

16V

0603D_1

C733

0.1U

16V

0603D_1

GND

C728

0.1U

16V

C726

0.1U

16V

C735

0.1U

16V

C722

0.1U

16V

C732

0.1U

16V

OCMDATA2

OCMDATA5

OCMDATA3

OCMDATA0

OCMDATA7

OCMDATA1OCMADDR1

OCMDATA4

293133353840424437

DQ0

DQ1

DQ2

DQ3

DQ4

DQ5

DQ6

DQ7

A8

A0

A1A2A3A4A5A6A7

U42

18

25242322212019

OCMADDR2

OCMADDR4

OCMADDR3

OCMADDR0

OCMADDR7

OCMADDR8

OCMADDR5

OCMADDR6 OCMDATA6

OCM_WE#

OCM_CS#

OCM_RE#

114526

28

CE#

OE#

A9

A10

8

7

65432

OCMADDR11

OCMADDR9

OCMADDR10

WE#

A11

87654

87654

87654

FLASH_DETECT(3,17)

D

D

D

D

C

C

C

C

OCMDATA[0..7](3)

B

B

B

B

A A

A A

A A

A

87654

LD-26SH3U CIRCUIT DIAGRAM & PWB LAYOUT

7 – 6

B

B

B

12

12

D49

C513

C512

R530

12

R536

12

R552

10K/NA

12

1U

0603

1U

0603

BAV70LT1

3

12

12

10K

0603D_1

10K

0603D_1

0603D_1

R529

10K

12

R534

12

R821330603D_1

R822330603D_1

Q69

GND

0603D_1

10K

2N7002/NA

0603D_1

B

G

VGA_SDA_DEBUG

U45

VGA_SDA (3)

VGA_SCL (3)

S

S

D

D

D S

D S

VGA_SCL_DEBUG

567

SDA

SCLK

NC1

NC2

123

Q66

GND

1 2

R521 10K 0603

A-VS

VCLK

NC3

G

2N7002/NA

+5V_ESD

8

4

VCC

GND

12

12

ST24LC21B

PC AUDIO INPUT

R545

10K/NA

0603D_1

VGA_I2C_SW

VGA_I2C_SW(4)

C494

0.1U

16V

0603D_1

GND

SO8_1

P/N = 283467930012

GND

+5V_ESD

J34

1 2

R828 100 0603

PC_LINE_INR

PC_LINE_INR(19)

25341

1 2

R830 100 0603

PC_LINE_INL

PC_LINE_INL(19)

C890

12

0.1U

U710

16V

RA/D3.6/5P

12

12

0603D_1

P/N = 331840005070

R831

100K

0603

R829

100K

0603

1501_TXD (3 ,18)

1 2

VGA_SDA_DEBUG

R826 33 0603D_1

1234567

INH

2Y1

2Y0

3Y1

3Y0

3-COM

1-COM

1Y1

1Y0AB

2-COM

VCC

1413121110

15

16

GND

VGA_SCL_DEBUG

1 2

R823 33 0603D_1

1501_RXD(3,18)

CHANNEL ON

Sn

INPUTS

ENABLE#

FUNTION TABLE

GND_0

C GND_1

9 8

nY0----nZL

L

AVS (3)

AVS

R812330603

1 2

U709B

3 4

U709A

1 2

1 2

R820 200 0603

GND

EL5

1 2

0 ohm

1 2

R531 200 0603

1 2

SN74LVC14A

SN74LVC14A

12

EL4

SOIC14

GND

SOIC14

P/N = 282007414005

33P

0603

50V

C885

1 2

R549 100/NA 0603D_1

R544 100/NA 0603D_1

BEAD_600Z/100M

0603D_1

C

C

C

C

AHS (3)

AHS

R811330603

1 2

0.1U

50V

C866

0603

12

GND

U709D

SN74LVC14A

SOIC14

147

+3.3V

GND

GND

1 2

147

+3.3V

+5V_ESD

D68

BAV99

2

3

1

D67

BAV99

2

3

1

D73

BAV99

2

3

1

D66

BAV99

2

3

1

GND

GND

9 8

U709C

SN74LVC14A

SOIC14

5 6

33P

0603

50V

C886

12

+3.3V

+3.3V

GND GND

VGA_I2C_SW

+5V_ESD+5V

1

2

VGA_5V

D

D

D

D

7/22

12345678

12345678

12345678

12345678

GND

D60

BAV99

3

D61

BAV99

3

D62

BAV99

3

5

A-SCL

EC3

12

R568750603D_1

12

EC4

12

R569750603D_1

12

EC5

12

R570750603D_1

12

+3.3V

+3.3V

+5V_ESD

1U

C511

12

2

1

2

1

2

1

0 ohm

5%

10P/NA

0603

5%

10P/NA

0603

5%

10P/NA

0603

GNDGND

15P/3R-FM

070264FR015S218CA

P/N = 331720015088

147

147

0603

GND

BEAD_600Z/100M

0603D_1

GND

GREEN- (3)

GREEN+ (3)

SOG (3)

RED- (3)

BLUE- (3)

BLUE+ (3)

RED+ (3)

1 2

1 2

1 2

1 2

1 2

1 2

1 2

C457 0.01U 0603D_1

C461 0.01U 0603D_1

C455 0.01U 0603D_1

C458 0.01U 0603D_1

C456 0.01U 0603D_1

C460 0.01U 0603D_1

C459 0.01U 0603D_1

1 2

1 2

1 2

R485 20 1%0603D_1

R483 470 0603

R482 20 1%0603D_1

REDU+

GREENU+

VGA_CAB (4)

R817

100K

0603D_1

12

R818

10K/NA

0603D_1

1 2

L723

BEAD_120Z/100M

0805C_1

1 2

VGA_5V

1%

R479

57.6

0603

12

R481

57.6

0603

1%

12

12

R484

57.6

0603

1%

1 2

R480 20 1%0603D_1

GREENU+

BLUEU+

REDU+

BLUEU+

GND

0 ohm

EL1

BEAD_600Z/100M

0603D_1

1 2

0 ohm

EL2

BEAD_600Z/100M

0603D_1

1 2

0 ohm

EL3

BEAD_600Z/100M

0603D_1

1 2

6172839410

J24

11121314151617

A-HS

A-SDA

A-VS

GND

SN74LV4053A

TSSOP16

nY1----nZ

HL

GND

+5V_ESD

+3.3V

12

2

NONE

X

H

A

21

21

21

21

3

3

3

3

R827

10K

0603

3

Q709

DDTC144WCA

1

SHP_DEBUG(4)

87654

87654

87654

87654

B

B

B

D

D

D

D

C

C

C

C

B

A A

A A

A A

A

LD-26SH3U CIRCUIT DIAGRAM & PWB LAYOUT

7 – 7

B

B

B

DVI_AV_SCL1

DVI_PC_SCL1

B

D

D

D

D

8/22

12345678

12345678

12345678

12345678

C

C

C

C

CHANNEL ON

+3.3VS_DIG

R495

10K

12

0603D_1

+3.3VS_DIG

GND

1234567

INH

2Y1

2Y0

3Y1

3Y0

3-COM

GND_0

1-COM

1Y1

1Y0AB

C GND_1

2-COM

VCC

U44

SN74LV4053A

TSSOP16

9 8

1413121110

15

16

C505

0.1U

16V

+DVI_5V_ESD

FOR US

12

0603D_1

GND

DVISCL1

DVISDA1

DVI_AV_SDA1

DVI_PC_SDA1

Power off: default setting is 1Y1, 2Y1 (AV EDID)

Power on : controlled by OSD (GPIO)

R492

10K

12

0603D_1

DVI_SDA (3)

DVI_SDA

S
D

D S

Q61

2N7002

G

+3.3VS_DIG

+3.3VS_DIG

R19

10K

12

DVI_HPD (3)

0603

Q5

D

S

DS

R23

100/NA

0603

1 2

G

2N7002

DVI_CAB (3)

SOT23_FET

R3

100

0603

1 2

GND

R4

10K

0603

12

GND

DVI_SCL (3)

DVI_SCL

+3.3VS_DIG

Q62

2N7002

G

S
D

D S

L nY0----nZL

Sn

INPUTS

ENABLE#

FUNTION TABLE

+DVI_5V_ESD

+3.3V

R815

12

2

nY1----nZ

NONEH

X

H

L

10K

0603

3

1

PC_AV_SDA_SEL(4)

Q707

DDTC144WCA

A

21

21

21

21

3

3

3

3

+DVI_5V_ESD

+DVI_5V_ESD

C889

12

G

Q1

2N7002

SOT23_FET

DS

D

S

BAV99

2

1

BAV99

2

1

BAV99

2

1

BAV99

2

1

D59

BAV70LT1

1

2

GND

WIESON

3281-380108

P/N = 331000024009

+DVI_5V_ESD

3

GND

GND

R567

12

R588

12

AV EDID

10K

10K

0603D_1

0603D_1

U50

DVI_AV_SDA1

DVI_AV_SCL1

567

SDA

SCLK

A0A1A2

123

GND

WC-

+DVI_5V_ESD

12

8

VCC

GND

M24C02

4

C522

0.1U

16V

0603D_1

GND

SO8_1

P/N = 283468470001

GND

+DVI_5V_ESD

C888

12

C887

12

1U

0603

1U

0603

12

12

DVISDA1

1 2

R824 0/NA 0603

DVI_PC_SDA1

GND

R548

10K

0603D_1

R547

10K

0603D_1

567

SDA

U47

A0A1A2

PC EDID

123

DVISCL1

1 2

R825 0/NA 0603

DVI_PC_SCL1

GND

WC-

SCLK

FOR JP

+DVI_5V_ESD

12

8

VCC

M24C02

GND

4

C498

0.1U

16V

0603D_1

GND

SO8_1

P/N = 283468470001

GND

DVI_AUDIO_INL (19)

DVI_AUDIO_INR (19)

DVI_AUDIO_INL

DVI_AUDIO_INR

1 2

1 2

R581 100 0603

R580 100 0603

1 2

1 2

C1 1U 0603

C2 1U 0603

JO24

JO23

213

4

STS

T

A

B

RED

DVI AUDIO INPUT

WHITE

J26

YKC21-4547N

P/N = 331850004007

D1

1

2

12

12

BZB784-C9V1

R582

12K

0603

EC7

10P

12

R579

12K

0603

EC6

10P

12

3

GNDGNDGNDGND

0603

5%

0603

5%

1 2

1 2

87654

87654

87654

87654

DVISDA1

DVISCL1

10K

0603D_1

R563

12

10K

0603D_1

R564

12

RX2- (3)

RX2+ (3)

1U

0603

GND

GND

D69

BAV99

1

3

2

D85

BAV99

1

3

2

D89

BAV99

1

3

2

D90

BAV99

1

3

2

D70

BAV99

1

3

2

RX2IN+

RX2IN-

D86

BAV99

1

3

2

1234567891011121314151617181920212223

D2-

D2+

D2/4

J29

1K

0603

100K

0603D_1

R518

R517

1 2

12

DVI_5V

47 0603

2

1

1 2

R577 47 0603

R578

33P

0603

50V

EC907

12

33P

0603

50V

EC906

12

GND GND

GND

10%

RX1- (3)

RX1+ (3)

EC902

1000P 0603

1 2

DVI_5V

RX1IN-

DVISDA

RX1IN+

DVISCL

NC

D4-

D1-

D3-

+5V

D3+

D4+

D1+

D1/3

GND

DDC CLK

DDC DATA

GND

RX0+ (3)

RXC- (3)

RXC+ (3)

RX0- (3)

D72

3

D88

3

D87

3

D71

3

+DVI_5V_ESD

+5V

DVI_5V

RXCIN+

RX0IN+

RX0IN-

RXCIN-

24

D0-

D5-

D0+

D5+

D0/5

PLUG

TMDS CLK

TMDS CLK-

TMDS CLK+

GND1

GND2

FM/3PX8

GND1

GND2

GND

B

B

B

D

D

D

D

C

C

C

C

B

A A

A A

A A

A

LD-26SH3U CIRCUIT DIAGRAM & PWB LAYOUT

7 – 8

B

B

B

D

D

D

D

9/22

12345678

12345678

12345678

12345678

C

C

C

C

B

PANEL_ID (4)

R14

10K

0603

12

+5VS_DIG

GND

A

SIZE

0 26"

PANEL ID

PANEL ID

32"

1

BRIGHT

+5VS_DIG

C3851U0805

12

X5R

U31

G1214T1Uf

GND

Backlight enable

5V--->ON

0V--->OFF

BACKLIGHT_ADJUST

1 2

L41 120Z/100M 160 8

4

SOT25

P/N = 286112141001

52

+

-

1

3

R343

1 2

R333

1 2

BLADJ(3)

Backlight dark/light

5V--->dark (15%)

0V--->light (100%)

BACKLIGHT_ENABLE

0.1U

C371

12

1 2

L40 120Z/100M 160 8

R336

7.15K

0603

12

GND

4.7K

0603

1%

C3761U0805

X5R

12

100K

0603

1%

1 2

R359 10K 0603

LVDS_FRAME (4)

LVDS_Temp3 (4)

LVDS_Temp2 (4)

LVDS_O_Sset (4)

LVDS_Temp1 (4)

LVDS_UD (3)

LVDS_RL (3)

Pin 38 & 40 select

LVDS_RL LVDS_UD

Normal L L

H inverse H L

V inverse L H

SELLVDS Pin: select the LVDS type output

H: Default mode

L:

50V

0603

GND

L38

1 2

1%

R332

10K

0603

1%

1 2

GND

GND

+5VS_DIG

R2841K0603

12

+5VS_DIG

Q41

MMBT3904L

E C

B

R290

1 2

R283

10K

0603

12

BACKLIGHT ENABLE

GND

10K

0603

Q42

MMBT3904L

E C

GND

B

R312

10K

0603

1 2

PBIAS(4)

876451

Q36

AO4409

SO8

3

2

F7

5A/24VDC

1 2

H/V inverse H H

LVDS:

5V -> Max I=2.5A, Type I=1.7A

10U

C348

25V

1206

12

GNDGND

0.1U

50V

C353

0603

12

120Z/100M

2012

D

G

S

1%

R263

100K

0603

12

295000010205

Inverter:

12V/8.8A

J19

GND1

GND2

SELLVDS

R243

10K

12

SELLVDS(3)

0603

LVDS_FRAME

LVDS_O_Sset

3234363840

3133353739

TXA3+

TXA3-

TXA3-(4)

TXA3+(4)

LVDS_TEST3

TXAC-

TXAC+

TXAC-(4)

TXAC+(4)

DS

LVDS_Temp3

2224262830

2123252729

TXA2- LVDS_Temp2

TXA2+

TXA2-(4)

TXA2+(4)

Q32

2N7002

SOT23_FET

D

S

G

12

LVDS_Temp1

2019

17

TXA1+

TXA1-

TXA1-(4)

TXA1+(4)

R258

1M/NA

0603

0.1U

C314

0603

12

BACKLIGHT_ADJUST

BACKLIGHT_ENABLE

111315

TXA0-

TXA0+

TXA0-(4)

TXA0+(4)

16V

24681012141618

13579

GND

MA/20PX2/ST

ACES

87216-4000

P/N = 291000144014

21

21

21

21

3

3

3

3

GND

GND

CAP;.1U ,CR,16V,10%,0603,X7R,SMT

12

JO18

SHORT-SMT4

+5VS_DIG

4

6

4

6

1235

J15

1 235

MA/.1/GOLD/NA

P/N = 331030006036

+12V

B

B

B

D

D

D

D

C

C

C

C

B

1%

R285

1 2

200K 0603

ENVGA(4)

272072105403

LCD POWER ENABLE

ENVGA------

A A

A A

A A

A

87654

87654

87654

87654

LD-26SH3U CIRCUIT DIAGRAM & PWB LAYOUT

7 – 9

B

B

B

D

D

D

D

12345678

12345678

12345678

12345678

10/22

HD_VCLK (3)

EC12

10P/NA

0603

5%

12

C

C

C

C

GND

B

A

21

21

21

21

GREEN_HD[0..7] (3)

RED_HD[0..7] (3)

GREEN_HD[0..7]

RED_HD[0..7]

GREEN_HD5

GREEN_HD7

GREEN_HD2

GREEN_HD4

GREEN_HD1

GREEN_HD3

GREEN_HD6

GREEN_HD0

1234567

89

10111213141516

RP16

10*8

RPX8

155

154

153

152

151

150

149

148

G/Y/Y_OUT_7

G/Y/Y_OUT_6

G/Y/Y_OUT_5

G/Y/Y_OUT_4

G/Y/Y_OUT_3

G/Y/Y_OUT_2

G/Y/Y_OUT_1

G/Y/Y_OUT_0

R/Cr/Cb Cr_0

R/Cr/Cb Cr_1

R/Cr/Cb Cr_2

R/Cr/Cb Cr_3

R/Cr/Cb Cr_4

R/Cr/Cb Cr_5

R/Cr/Cb Cr_6

R/Cr/Cb Cr_7

U30B

2122232425262728111213141518192029323334353839

IT_RED1

IT_RED2

IT_RED3

IT_RED7

IT_RED4

IT_RED5

IT_RED6

IT_RED0

IT_RED[0..7](12,14)

RED_HD6

RED_HD7

RED_HD4

RED_HD5

89

10111213141516

RP18

10*8

RPX8

145

144

143

142

R/V/Pr_OUT_7

R/V/Pr_OUT_6

R/V/Pr_OUT_5

B/Cb/D1_0

B/Cb/D1_1

B/Cb/D1_2

IT_BLUE1

IT_BLUE2

IT_BLUE0

IT_BLUE3

89

10111213141516

RP19

22*8

GND

BLUE_HD[0..7]

RED_HD1

RED_HD3

RED_HD2

RED_HD0

1234567

141

140

137

136

R/V/Pr_OUT_4

R/V/Pr_OUT_3

R/V/Pr_OUT_2

R/V/Pr_OUT_1

B/Cb/D1_3

B/Cb/D1_4

B/Cb/D1_5

B/Cb/D1_6

IT_BLUE6

IT_BLUE5

IT_BLUE4

IT_BLUE7

1234567

RPX8

BLUE_HD[0..7] (3)

BLUE_HD7

1234567

RP20

135

R/V/Pr_OUT_0

B/Cb/D1_7

IT_GREEN0

BLUE_HD5

BLUE_HD4

BLUE_HD3

BLUE_HD6

10*8

RPX8

134

133

132

131

B/U/Pb_OUT_7

B/U/Pb_OUT_6

B/U/Pb_OUT_5

B/U/Pb_OUT_4

B/U/Pb_OUT_3

G/Y/Y_0

G/Y/Y_1

G/Y/Y_2

G/Y/Y_3

G/Y/Y_4

IT_GREEN2

IT_GREEN1

IT_GREEN3

IT_GREEN4

BLUE_HD2

BLUE_HD0

BLUE_HD1

10111213141516

8 9

130

127

126

B/U/Pb_OUT_2

B/U/Pb_OUT_1

B/U/Pb_OUT_0

G/Y/Y_5

G/Y/Y_6

G/Y/Y_7

40

IT_GREEN5

IT_GREEN7

IT_GREEN6

IT_GREEN[0..7](12,14)

1 2

1 2

1 2

R372 22 060 3

R362 22/NA 0603

R354 22/NA 0603

122

121

120

CTLOUT4

CTLOUT3

D1_IN_7

205

204

FIL_SVDATA7

FIL_SVDATA6

5

4

RP15

22*4

SVDATA7

SVDATA6

HD_VVS (3)

HD_VHS (3)

HD_SOG (3)

1 2

1 2

R376 22 0603

R379 22 0603

119

118

CTLOUT2

CTLOUT1

CTLOUT0

D1_IN_6

D1_IN_5

D1_IN_4

203

202

201

FIL_SVDATA3

FIL_SVDATA4

FIL_SVDATA5

876

5

123

4

1206

RP14

SVDATA5

SVDATA4

SVDATA3

1 2

R349 22 0603

125

CLKOUT

D1_IN_3

D1_IN_2

D1_IN_1

D1_IN_0

200

199

196

FIL_SVDATA1

FIL_SVDATA0

FIL_SVDATA2

876

123

22*4

1206

SVDATA1

SVDATA2

SVDATA0

TP717

TP718

1 2

1

1

R387 22 0603

117

116

1154546

TEST3

TEST OUT1

TEST OUT0

HSYNC1_PORT1

VSYNC1_PORT1

FIELDID1_PORT1

IN_CLK1_PORT1

1234567

IT_VVS

IT_VCLK

IT_VHS

IT_VVS(12)

IT_VHS(12)

IT_VCLK(12)

MSTR_SCL (3,12,13,14,16,19)

MSTR_SDA (3,12,13,14,16,19)

MSTR_SCL

MSTR_SDA

1 2

1 2

R381 33 0603

R382 33 0603

SCLK

SDATA

HSYNC2_PORT1

VSYNC2_PORT1

FIELDID2_PORT1

IN_CLK2_PORT1

10

HDMI_HSYNC

HDMI_VSYNC

HDMI_ODCK

HDMI_ODCK(14)

HDMI_HSYNC(14)

HDMI_VSYNC(14)

R2571M0603

192

191

XTAL IN

XTAL OUT

HSYNC_PORT2

VSYNC_PORT2

FIELDID_PORT2

IN_CLK_PORT2

208

207

206

195

FIL_SVS

FIL_SVODD

FIL_SVCLK

FIL_SHS

1 2

1 2

1 2

1 2

R230 22 0603

R235 22 0603

R234 22 0603

R256 22 0603

190

TEST2

1 2

189

188

TEST1

TEST0

DAC_VREFIN

DAC_VREFOUT

182

181

DAC_RSET

DAV_VREF

X4

DAC_RSET

DAC_COMP

180

179

DAC_COMP

Crystal C-load=18pF

13.5MHZ

314100135505

1 2

GND

IN_SEL

TEST

DEV_ADDR1

4142434447

DEV_ADDR1

DEV_ADDR0

1

TP708

GND

C264

CAP;22P ,50V ,5%

0603D_1

12

C265

CAP;22P ,50V ,5%

0603D_1

12

DEV_ADDR0

OE

156

2310OE

RESET_N

DEV_RESET1#(4,13)

GND

GND

FLI2310

PQFP208A

P/N = 284502310003

DAC_3.3VD

C1

ReadDEV_ADDR1-0

Write

C0

0.1U

C305

0603

12

C738

10U

0805

12

D1D0

C2 C3

010011

10

50V

6.3V

D3

D2

DAC_COMP

DAV_VREF

+3.3VS_DIG

C318

12

C741

12

33P

0603

50V

10U

6.3V

0805

R788

10K

12

R289

10K

12

DAC_RSET

0.1U

50V

C740

0603

12

GND

2310OE

DEV_ADDR0

DEV_ADDR1

0603

0603

12

R787

4.7K

0603

12

1%

R264

187

0603

3

3

3

3

GND

GND

SVCLK

SHS

SVS

SVDATA[0..7]

SVDATA[0..7](13)

D

D

D

D

12

R757 10K 0603

GND GND

SVODD

SVS(13)

SHS(13,15)

SVCLK(13)

SVODD(13)

12

R765 10K 0603

GND

87654

87654

87654

87654

B

B

B

C

C

C

C

B

A A

A A

A A

A

LD-26SH3U CIRCUIT DIAGRAM & PWB LAYOUT

7 – 10

B

B

B

176

173

1706389931

DAC_B_OUT

DAC_R_OUT

DAC_G_OUT

TEST IN

90

GND

B

R758

75/NA

12

R759

75/NA

12

R760

75/NA

12

147

129

194

VSS

VSS

VSS

0603

1%

GND

0603

1%

0603

1%

GND

49

113

198

124

13937179781

VSS

VSS

VSS

VSS

69

VSS

VSS

VSScore

VSScore

VSScore

VSScore

VSScore

VSScore

VSScore

VSScore

FLI2310

PQFP208A

P/N = 284502310003

+1.8_FLI2310

DAC_1.8VD

160

157

168

DAC_VDD

PLL_PVDD

AVDD_PLL_BE2

AVDD_PLL_BE1

SDRAM DATA(22)

SDRAM DATA(23)

SDRAM DATA(24)

SDRAM DATA(25)

SDRAM DATA(26)

SDRAM DATA(27)

FIL_SD25

FIL_SD26

FIL_SD27

FIL_SD23

FIL_SD24

C

C

C

C

DAC_3.3VD

171

174

DAC_AVDDB

DAC_AVDDG

SDRAM DATA(28)

SDRAM DATA(29)

SDRAM DATA(30)

SDRAM DATA(31)

FIL_SD28

FIL_SD31

FIL_SD30

FIL_SD29

177

186

183

DAC_AVDD

DAC_AVDDR

SDRAM ADDR(10)

SDRAM ADDR(9)

SDRAM ADDR(8)

FIL_ADD7

FIL_ADD8

FIL_ADD10

FIL_ADD9

187

DAC_PVDD

DAC_GR_AVDD

SDRAM ADDR(7)

SDRAM ADDR(6)

SDRAM ADDR(5)

SDRAM ADDR(4)

SDRAM ADDR(3)

100

101

FIL_ADD3

FIL_ADD4

FIL_ADD6

FIL_ADD5

FIL_ADD2

167

DAC_PVSS

SDRAM ADDR(2)

SDRAM ADDR(1)

SDRAM ADDR(0)

SDRAM BA1

102

103

107

FIL_ADD0

FIL_SD_BA1

FIL_ADD1

178

175

172

DAC_AVSSB

DAC_AVSSR

DAC_AVSSG

SDRAM BA0

SDRAM CSN

108

109

FIL_SD_BA0

FIL_SD_CS

GND

185

184

169

DAC_VSS

DAC_AVSS

DAC_GR_AVSS

SDRAM DQM

SDRAM CLKOUT

110

111

FIL_SD_DQM

1 2

R391 22 0603

166

163

158

PLL_PVSS

AVSS_PLL_FE

AVSS_PLL_SD1

SDRAM CLKIN

SDRAM CASN

SDRAM RASN

114

106

105

FIL_SD_CLKIN

FIL_SD_RAS#

FIL_SD_CAS#

GND

162

159

AVSS_PLL_BE2

AVSS_PLL_BE1

SDRAM WEN

104

FIL_SD_WE#

D

D

D

D

12345678

12345678

12345678

12345678

11/22

C742

10U

6.3V

0805

+3.3VS_DIG_2310

12

C811

12

C402

12

C321

12

C384

12

C355

12

C424

12

C427

12

C349

12

C407

12

C381

12

10U

6.3V

0805

50V

0.1U

0402

+80-20%

+3.3VS_DIG_2310

50V

0.1U

0402

+80-20%

193

50V

0.1U

0402

+80-20%

50V

0.1U

0402

+80-20%

50V

0.1U

0402

+80-20%

50V

0.1U

0402

+80-20%

50V

0.1U

0402

+80-20%

0.1U

16V

0603

50V

0.1U

0402

+80-20%

VDD9

SDRAM DATA(0)

U30A

505152535455565758596061646566677071727374757677787982838485868791929394959899

FIL_SD0

FIL_SD1

GND

146

128

1128862830

VDD8

VDD7

VDD6

VDD5

SDRAM DATA(1)

SDRAM DATA(2)

SDRAM DATA(3)

SDRAM DATA(4)

FIL_SD4

FIL_SD2

FIL_SD5

FIL_SD3

48

197

VDD4

VDD1

VDD2

VDD3

SDRAM DATA(5)

SDRAM DATA(6)

SDRAM DATA(7)

SDRAM DATA(8)

SDRAM DATA(9)

FIL_SD7

FIL_SD6

FIL_SD9

FIL_SD8

FIL_SD10

+1.8_FLI2310

6880961636

138

123

VDDcore3

VDDcore4

VDDcore5

VDDcore7

VDDcore6

VDDcore8

SDRAM DATA(10)

SDRAM DATA(11)

SDRAM DATA(12)

SDRAM DATA(13)

SDRAM DATA(14)

SDRAM DATA(15)

FIL_SD13

FIL_SD15

FIL_SD11

FIL_SD14

FIL_SD12

165

VDDcore1

VDDcore2

SDRAM DATA(16)

SDRAM DATA(17)

SDRAM DATA(18)

FIL_SD19

FIL_SD18

FIL_SD16

FIL_SD17

PLL_1.8VD

164

161

AVDD_PLL_FE

AVDD_PLL_SD1

SDRAM DATA(19)

SDRAM DATA(20)

SDRAM DATA(21)

FIL_SD20

FIL_SD21

FIL_SD22

C391

12

C398

12

C373

12

C428

12

C375

12

C750

12

C426

12

C425

12

C781

12

C394

12

C320

12

A

50V

0.1U

0402

+80-20%

50V

0.1U

0402

+80-20%

50V

0.1U

0402

+80-20%

50V

0.1U

0402

+80-20%

50V

0.1U

0402

+80-20%

50V

0.1U

0402

+80-20%

50V

0.1U

0402

+80-20%

50V

0.1U

0402

+80-20%

50V

0.1U

0402

+80-20%

0.1U

16V

0603

50V

0.1U

0402

+80-20%

GND

21

21

21

21

3

3

3

3

+3.3VS_DIG

DAC_1.8VD

+1.8_FLI2310

DAC_3.3VD

+3.3VS_DIG

L713

L703

1 2

1 2

L704

BEAD_120Z/100M

0805C_1

C737

12

C308

12

BEAD_120Z/100M

0805C_1

BEAD_120Z/100M

1 2

L705

10U

0.1U

C324

12

C326

12

C323

12

C322

12

C325

12

0805C_1

BEAD_120Z/100M

0805C_1

1 2

6.3V

0805

16V

0603

50V

0.1U

0402

+80-20%

50V

0.1U

0402

+80-20%

50V

0.1U

0402

+80-20%

50V

0.1U

0402

+80-20%

50V

0.1U

0402

+80-20%

5%

12P

0603

EC17

12

GND

FIL_SD_CLKOUTFIL_SD_WE#

C843

10U

6.3V

0805

12

C842

10U

6.3V

0805

12

0.1U

16V

C833

0603

12

0.1U

16V

C782

GND

FIL_SD8

FIL_SD3

FIL_SD4

FIL_SD7

FIL_SD5

DQ3

FIL_SD6

DQ4

DQ5

FIL_ADD4

FIL_ADD5

+3.3VS_DIG

DQ6

DQ7

FIL_ADD7

FIL_ADD6

FIL_SD11

FIL_SD9

FIL_SD10

DQ8

DQ9

DQ10

FIL_ADD9

FIL_ADD10

FIL_ADD8

R784

10K

0603

12

DQ11

FIL_SD2

FIL_SD0

FIL_SD1

245781011137476777980828385313334363739404245474850515354

U705

DQ0

DQ1

DQ2

VDD3

43

VDD2

29

VDD1

15

VDD0

1

VDDQ7

81

VDDQ6

75

VDDQ5

55

VDDQ4

49

VDDQ3

41

VDDQ2

35

+3.3VS_DIG

GND

VDDQ1

9

VDDQ0

3

A0A1A2A3A4A5A6A7A8A9A10

252627606162636465662414213057697073222320

FIL_ADD1

FIL_ADD0

FIL_ADD3

FIL_ADD2

FIL_SD12

FIL_SD13

DQ12

DQ13

NC0

NC1

FIL_SD15

FIL_SD14

DQ14

NC2

DQ15

NC3

FIL_SD16

NC4

FIL_SD17

DQ16

NC5

FIL_SD19

FIL_SD18

DQ17

DQ18

NC6

FIL_SD_BA0

DQ19

BA0

BA1CSRAS

FIL_SD_BA1

FIL_SD20

FIL_SD21

DQ20

FIL_SD_CS

FIL_SD22

DQ21

DQ22

FIL_SD23

DQ23

CKE

68

67

12

1 2

R801 4.7K 0603

FIL_SD_CLKOUT

+3.3VS_DIG

FIL_SD26

FIL_SD24

FIL_SD25

DQ24

DQ25

191817

FIL_SD_RAS#

R80200603

FIL_SD27

FIL_SD28

DQ26

DQ27

DQ28

CASWECLK

FIL_SD_CAS#

FIL_SD_CLKIN

FIL_SD29

FIL_SD30

DQ29

167128

FIL_SD31

56

DQ30

DQM0

DQ31

DQM1

DQM3

DQM2

59

FIL_SD_DQM

HY57V643220D_L/S_TP-6

TSOP86_0.5MM

P/N = 283730100001

VSS3

86

VSS2

72

VSS1

58

VSS0

44

VSSQ7

84

VSSQ6

78

VSSQ5

52

VSSQ4

46

VSSQ3

38

VSSQ2

32

VSSQ1

12

VSSQ0

6

GND

+3.3VS_DIG

12

C783

12

C784

12

C785

12

C786

12

C787

12

C788

12

C789

12

C837

12

C836

12

C835

12

C834

12

0603

0.1U

16V

0603

0.1U

16V

0603

0.1U

16V

0603

0.1U

16V

0603

0.1U

16V

0603

0.1U

16V

0603

0.1U

16V

0603

0.1U

16V

0603

0.1U

16V

0603

0.1U

16V

0603

GND

0.1U

16V

0603

PLL_1.8VD

+1.8_FLI2310

L36

1 2

C313

10U

6.3V

0805

12

0.1U

16V

C311

0603

12

0.1U

16V

C310

0603

12

0.1U

16V

C309

0603

12

0.1U

16V

C312

0603

12

BEAD_120Z/100M

0805C_1

C299

10U

6.3V

0805

12

C293

10U

6.3V

0805

12

GND

87654

87654

87654

87654

B

B

B

D

D

D

D

C

C

C

C

B

A A

A A

A A

A

LD-26SH3U CIRCUIT DIAGRAM & PWB LAYOUT

7 – 11

B

B

B

IT_GREEN2

IT_GREEN0

IT_GREEN1

10111213141516

GREEN<3>

GREEN<2>

GREEN<1>

HSYNC

1 2

R301 2.2K 0603

89

BLUE<7>

BLUE<6>

BLUE<5>

GREEN<0>

COAST

VSYNC

293031333738555657

1 2

1 2

R311 100 0603

R300 2.2K 0603

B

BLUE<4>

BLUE<3>

BLUE<2>

REF BYPASS

58

1 2

C351 0.1U 060 3

C406 0.1U 060 3

19

BLUE<1>

MIDSCV

1 2

BLUE<0>

FILT

IT_VCLK (10)

IT_VCLK

IT_VHS

1 2

1 2

R406 22 060 3

R407 22 060 3

66

DATACK

1 2

R380 33 0603

R405 10K 0603

HSOUT

SDA

R375 33 0603

EC18

12

GND

IT_VVS

1 2

1 2

R402 22 060 3

646567

SOGOUT

SCL

1 2

1 2

R374 0 0603

18P/NA

IT_VVS (10 )

VSOUT

A0

25V

0603

10%

GND

MST9883C

PQFP80A_EIAJ

P/N = 284509883004

GND19

80

GND18

GND

68

GND17

63

GND16

61

GND15

60

GND13

VD_GND

GND10

41

GND9

40

GND8

36

GND7

32

GND6

28

GND5

25

GND4

24

GND3

GND

21

GND2

20

GND1

10

GND0

1

D

D

D

D

50V

0.1U

0402

+80-20%

C417

12

12345678

12345678

12345678

12345678

12/22

+3.3VS_DIG_9883

+3.3VS_DIG

+3V_VD

+3.3V_VP

L42

L39

12

12

12

12

12

12

12

12

12

1 2

1 2

C345

12

C365

12

C363

12

C354

12

12

50V

0.1U

0402

+80-20%

C392

50V

0.1U

0402

+80-20%

C414

0.1U

16V

C422

0603

0.1U

16V

C393

0603

0.1U

16V

C361

0603

0.1U

16V

C416

0603

0.1U

16V

C352

0603

0.1U

16V

C429

0603

0.1U

16V

C370

0603

BEAD_120Z/100M

0805C_1

BEAD_120Z/100M

0805C_1

16V

10%

0.1U

0603

16V

10%

0.1U

0603

16V

10%

0.1U

0603

16V

10%

0.1U

0603

50V

0.1U

0402

+80-20%

C369

GND

GNDVD_GND

GND

C

C

C

C

+3.3VS_DIG_9883

+3.3V_VP

+3.3V_AD9883

IT_RED[0..7] (10,14)

IT_GREEN[0..7] (10,14)

IT_GREEN7

IT_RED6

IT_RED3

IT_RED5

IT_GREEN6

IT_RED2

IT_RED0

IT_RED1

IT_RED7

IT_RED4

1234567

1234567

89

10111213141516

RP21

RP23

22*8

RPX8

70717273747576772345678912131415161718

RED<7>

RED<6>

RED<5>

RED<4>

RED<3>

RED<2>

RED<1>

RED<0>

VDD_5

79

VDD_4

78

VDD_3

69

VDD_2

23

VDD_1

22

VDD_0

11

PVD_1

35

PVD_0

34

PVD_3

27

PVD_2

26

VD_9

62

VD_8

59

VD_7

52

VD_6

51

VD_5

46

VD_4

45

VD_3

42

VD_2

39

U32

GREEN<7>

GREEN<6>

BAIN

GAIN

SOGIN

RAIN

GND11

GND12

GND14

434849

54

44

475053

1 2

1 2

R316 150 0603

R315 150 0603

VD_GND

VD_GND

VD_GND

IT_GREEN5

IT_GREEN4

IT_GREEN3

22*8

RPX8

GREEN<5>

GREEN<4>

CLAMO

1 2

R321 100 0603

JO713

A

21

21

21

21

3

3

3

3

VD_GND

SHORT-SMT4

1 2

GND

GND

GND

GND

50V

0.1U

0402

+80-20%

C368

12

GND

0.1U/NA

16V

C415

0603

12

50V

0.1U

0402

+80-20%

C377

12

50V

0.1U

0402

+80-20%

C396

12

50V

0.1U

0402

+80-20%

C383

12

50V

0.1U

0402

+80-20%

C405

12

12

1 2

50V

0.1U

0402

+80-20%

C419

BEAD_120Z/100M

0805C_1

0.1U

16V

C350

0603

12

C347

10U

6.3V

0805

12

VD_GND

1 2

1 2

R358 0 0603

R346 0 0603

Y_OUT(13,15,19)

Pr_OUT(15,19)

C

C

C

C

+3.3V_AD9883

L43

+3V_VD

D

D

D

D

1 2

1 2

C397 0.047U 0603

C382 0.047U 0603

R340

180

0603

12

R352

180

0603

12

R361

180

0603

12

1 2

R335 0 0603

Pb_OUT(15,19)

GND

1 2

1 2

C390 1000P 0603

C379 0.047U 0603

VD_GND

VD_GND

B

B

B

B

VD_GND

GND

MSTR_SCL(3,10,13,14,16,19)

MSTR_SDA(3,10,13,14,16,19) IT_VHS (10)

87654

87654

87654

87654

A A

A A

A A

A

LD-26SH3U CIRCUIT DIAGRAM & PWB LAYOUT

7 – 12

B

B

B

C734

12

C285

12

C227

B

CCCB (15)

L26

3.3UH

0805

1 2

C251

150P

12

12

C254

0.22U

16V

0603

BLUE2

1U

0603

GND

16V

10%

0.1U

0603

1 2

C283 390P

1 2

EXT_B1

EXT_B1(15)

1 2

1 2

C282 0.22U

0.22U

560P

12

0603 10%

C284 1500P

0603 10%

C235

16V 0603

VD_GND

0603

10%

0.22U

1 2

C723

560P

12

EXT_G1

EXT_G1(15)

0603 5%

C721

CCY (15)

L29

3.3UH

0805

1 2

06035%25V

16V 0603

0603

10%

VD_GND

VD_GND

C259

150P

06035%25V

12

12

C261

0.22U

16V

0603

GREEN2

0.22U

C244

16V 0603

1 2

C729

560P

0603

10%

12

EXT_R1

EXT_R1(15)

C178

Video 8bits for GM1501

VSUPY

VSUPF

VD_GND

1 2

SVDATA4

GNDY

VOUT

SVDATA5

Y4

CIN

VIN1

SVDATA7

SVDATA6

Y7Y6Y5

VIN2

VIN3

10U

16V

TP707

GNDLLC

VIN4

1206

1

LLC1

VSUPLLC

VSUPAI

GNDAI

C

C

C

C

SVCLK (10)

12

252627282930313233343536373839

LLC2

VSUPPA

VREF

FB1IN

80

3230_VREF

12

12

EC19

12

12

GNDPA

GND

C221

0.047U

C207

VD_GND

18P/NA

C340

C337

10U

0603

0.047U

1500P

GND

CLK20
FFOE
FFRE
FFRSTW
FFWE
FFIE
YCOEQ
VGAV
TEST
RESQ
SDA
SCL
GNDCAP
GNDD
VSUPID
VSUPCAP
NC_0
ASGF_0
R2/CR2IN
G2/Y2IN
B2/CB2IN
R1/CR1IN
G1/Y1IN
B1/C1BIN

16V

0603

0805

25V

10%

16V

10%

0603

25V

10%

0603

VPC3230D

PQFP80_0.8MM

P/N = 284503230003

24
23

1
22
21

1
20
19

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

VD_GND

10%

6.3V

VD_GND

for GM1501

GND

(3,10,12,14,16,19)

MSTR_SDA (3,10,12,14,16,19)

MSTR_SCL

DEV_RESET1# (4,10)

20.25MHZ (16)

MSTR_SCL

MSTR_SDA

DEV_RESET1#

+3.3VS_DIG

R282

10/NA

0603

1 2

1 2

RED2

GREEN2

1 2

1 2

R246 33 060 3

R255 0 0603

1 2

1 2

1 2

R890 100/NA 0603

R888 100/NA 0603

R889 100/NA 0603

3230_VREF

L702 BEAD_120Z/100M

1 2

R238 33 060 3

TP706

1

TP705

TP704

1

TP703

TP702

GND

VD_GND

BLUE2

220P

0603

10%

C213

12

VD_GND

R17900603

1%

1 2

EXT_BLK1

EXT_BLK1(15)

D

D

D

D

+3.3VS_DIG

12345678

12345678

12345678

12345678

13/22

1 2

L33 BEAD_120Z/100M

0.1U

50V

C341

0603

12

GND

0.1U

50V

C303

0603

12

0.1U

50V

C302

0603

12

0.1U

50V

C338

0603

SVS (10)

+5V_VD

SHS (10,15)

HC_CP (15)

SVODD (10)

+3.3VS_DIG

L31

C260

0.1U

0603

12

10U

C262

1206

12

1 2

L701 BEAD_120Z/100M

BEAD_120Z/100M

1 2

C291

10U

12

C290

0.047U

0603

12

C289

1500P

0603

12

16V

16V

VD_GND

10%

100P

0603

C223

12

5%

390P

0603

C211

12

0.22U

16V

C201

0603

12

6.3V

0805

16V

10%

25V

10%

1 2

3.3P/NA

Crystal C-load=18pF

C236

VD_GND

GND

X3

12

060350V

20.25MHZ

314100202505

C219

1 2

1000P

C210

12

390P

C222

12

0.22U

C200

12

12

GND

060350V

3.3P/NA

0603

5%

0603

16V

0603

TP714

TP713

VD_GND

VD_GND

12

12

SVDATA[0..7] (10)

GND

U24

C7

41

C6

42

C5

43

C4

44
45
46

C3

47

C2

48

C1

49

C0

50
51
52
53

AVO

54
55
56

VS

57
58

1

59
60

1

61
62
63
64

VD_GND

16V

10%

C224

0.047U

0603

C212

10U

6.3V

0805

SVDATA0

SVDATA3

SVDATA1

SVDATA2

40

Y3Y2Y1

Y0

VSUPC

GNDC

GNDSY

VSUPSY

INTLC

FSY/HC

MSY/HS

FPDAT

VSTBY
CLK5
NC_1

XTAL1
XTAL2

ASGF_1

GNDF

VRT

I2CSEL

ISGND

656667686970717273747576777879

VD_GND

R715

22

1 2

0603

VD_GND

VD_GND

VD_GND

C719

1 2

VD_GND

A

CCCR (15 )

L30

3.3UH

0805

1 2

21

21

21

C266

150P

06035%25V

12

12

C267

0.22U

16V

0603

RED2

JO720

1 2

EXT ( from Z86129 ) ( US )

0.1U

16V

0603D_1

21

VD_GND

3

3

3

3

VD_GND

SHORT-SMT4

GND

+5V_VD

1 2

L21 BEAD_120Z/100M

10U

C190

1206

12

D

D

D

D

C214

0.01U

0603D_1

C192

0.1U

16V

VD_GND

VD_GND

1 2

SV_Y_3230(19 )

330P/NA

C175

12

12

0603

R161

0603D_1

10%

150/NA

C208

0.01U

0603D_1

C191

0.1U

16V

1 2

VD_GND

0603

1%

VD_GND

3D_C_3230(19 )

0603D_1

1 2

Y_OUT(12,15,19)

3D_Y_3230(19)

3D Y/C in

87654

87654

87654

87654

B

B

B

B

A A

A A

A A

A

R156

22K

R155

12

16V

VD_GND

1 2

L20 BEAD_120Z/100M

C184

12

+5V_VD

+5V_VD

10U

16V

1206

R15700603

12

CC,VCHIP

( for Z86129 )

( US )

0603

12K

0603

12

1

R1391K0603

Q17

2SC4116

SOT_SC70N_1

12

2 3

R145

100

0603

1 2

R16

12

VOUT_1(15)

1 2

10%

330P/NA

0603

C195

12

1%

R169

150/NA

0603

1%

12

150

0603

VD_GND

SVideo in

SV_C_3230(19)

C

C

C

C

LD-26SH3U CIRCUIT DIAGRAM & PWB LAYOUT

7 – 13

B

B

B

D

D

D

D

C

C

C

C

B

A

D64

PGB1010603

PGB1010603

PGB1010603

PGB1010603

+3.3VS_DIG

BAV70LT1

GND

0603

0603

0603

0603

+3.3VS_DIG

3

HDMI_RX2-

HDMI_RX2+

R524

470K

12

R533

470K

12

R551

47K

12

R546

47K

12

0603

0603

Q65

0603

0603

U49

HDMI_RX0+HDMI_RX0+

9011_DDC_SDAHDMI_RX0- HDMI_RX0-

1

567

SDA

A0A1A2

123

5

SCLK

HDMI_RXC-HDMI_RXC-

3

426

1 2

8

WC-

4

D78

12

D77

12

D76

12

D75

12

TP722

1

VCC

GND

12

PGB1010603

PGB1010603

PGB1010603

PGB1010603

M24C02

0603

0603

0603

0603

UPA672T-T1-A

SC70_6_EIAJ

P/N = 288200672003

C503

0.1U

16V

0603D_1

GND GND

R52800603

SO8_1

P/N = 283468470001

GND

+3.3VS_DIG

+5VS_HDMI

1 2

1 2

R565 51 0603

R566 51 0603

HDMI_DDC_SDA

HDMI_DDC_SCL

C859

10U

6.3V

0805

12

0.01U

0603

C854

12

0.1U

16V

C437

0603

12

0.1U

16V

C852

0603

12

0.1U

16V

C850

0603

12

GND

D74

0603

12

12

D65

0603

GND

+5VS_HDMI +3.3VS_DIG

PGB1010603

PGB1010603

C849

12

C851

12

C867

12

C872

12

C489

12

R314

10K

12

R5891K0603

12

9011_RESET1# (3)

9011_RESET1#

IT_RED[0..7] (10,12)

IT_GREEN[0..7] (10,12)

IT_GREEN1

IT_GREEN6

IT_RED0

IT_GREEN2

IT_GREEN4

IT_GREEN7

IT_GREEN5

IT_GREEN0

IT_GREEN3

RP24

33*8

RPX8

RP25

1234567

89

89

GND

353433322928272623222120171615141110985432124

QO0

QO1

QO2

QO3

QO4

QO5

QO6

QO7

QO8

OGND_7
OGND_6
OGND_5
OGND_4
OGND_3
OGND_2
OGND_1
OGND_0
OVCC_7
OVCC_6
OVCC_5
OVCC_4
OVCC_3
OVCC_2
OVCC_1
OVCC_0

ANTSTO

RXC-

1 2

R555 10 0603

HDMI_RXC-

100

0603

12

RXC+

1 2

1 2

R556 10 0603

R557 10 0603

HDMI_RX0-

HDMI_RXC+

R604

10K

0603

GND

GND

RX0-

RX0+

1 2

R558 10 0603

HDMI_RX0+

RX1-

RX1+

1 2

1 2

R559 10 0603

R560 10 0603

HDMI_RX1+

HDMI_RX1-

GND

QO9

QO10

RX2-

RX2+

1 2

1 2

R562 10 0603

R561 10 0603

HDMI_RX2+

HDMI_RX2-

QO11

QO12

QO13

QO14

QO15

QO16

QO17

QO18

QO19

QO20

QO21

QO22

QO23

AVCC_0

AVCC_1

AVCC_2

AVCC_3

AGND_0

AGND_1

AGND_2

AGND_3

PVCC

47

0.01U

0603

C875

12

0.1U

16V

C876

0603

12

0.01U

0603

C877

12

0.1U

16V

C878

0603

12

C873

10U

6.3V

0805

12

C4

27U

16V

EW5

+

12

L721

1 2

+3.3VS_DIG

L1

BEAD_120Z/100M

0805C_1

1 2

0.1U

16V

C8

0603

12

GND

+3.3VS_DIG

C3

27U

16V

EW5

+

12

0.01U

0603

0.1U

16V

0603

0.1U

16V

0603

0.1U

0603

0.1U

0603

0603

R24

16V

16V

HDMI_HPD (4)

1 2

GND

DS

100/NA

0603

12

R590

100K

118
106

GND

97
78
69
30
18
6
120
107
98
77
68
31
19
7

U39

4850515455585962634953576152566064

1

TP721

HDMI_DEV_RESET (3)

2N7002

SOT23_FET

Q72

R591

D

S

1 2

GND

G

G

Q68

2N7002

SOT23_FET

DS

D

S

GND

0603D_1

D91

PGB1010603/NA

0603

12

10111213141516

123

122

121

117

116

115

114

111

110

109

108

QE0

QE1

0.01U

C868

12

0.1U

C869

12

C870

10U

12

BEAD_120Z/100M

0805C_1

0.1U

C483

12

105

QE2

QE3

QE4

QE5

QE6

QE7

QE8

QE9

QE10

QE11

QE12

PGND

DVDD

DVDD2

46668265838687

0.01U

0603

C881

12

16V

0.1U

C865

0603

12

6.3V

0805

Place near to pins 47 & 46

L719

BEAD_120Z/100M

0805C_1

1 2

0.1U

16V

C468

0603

12

GND

+1.8_FLI2310

104

103

102

101

QE13

QE14

QE15

DGND

DGND2

0603

16V

0603

Place near to pins 66 & 82

16V

0603

GND

IT_RED2

IT_RED4

IT_RED1

IT_RED3

33*8

RPX8

10111213141516

100999695949392

QE16

QE17

QE18

QE19

BEAD_120Z/100M

0805C_1

1 2

L720

+3.3VS_DIG

IT_RED7

IT_RED5

IT_RED6

1234567

QE20

QE21

QE22

QE23

XTALVCC

REGVCC

+1.8_FLI2310

12

12

12

12

BEAD_120Z/100M

0805C_1

1 2

L718

C856

C857

C861

C862

1 2

R433 33 0603

1271128

DE

C496

0.01U

0603

0.1U

0603

0.01U

0603

0.1U

0603

+3.3VS_DIG

HDMI_VSYNC (10)

1 2

1 2

R432 33 0603

R431 33 0603

VSYNC

VPP

45

12

16V

16V

HDMI_ODCK (10 )

HDMI_HSYNC (10)

1 2

R434 33 0603

119

ODCK

HSYNC

0.1U

16V

0603

GND

R540

4.7K/NA

12

MSTR_SDA (3,10,12,13,16,19)

MSTR_SCL (3,10,12,13,16,19)

GND

0603

1 2

1 2

1 2

R527 22 0603

R526 22 0603

R462 4.7K

884039

TEST

CSCL

CSDA

CI2CA

MUTE

SPDIF

386770717273747576

HDMI_SPDIF

1

1

TP719

TP720

CI2CA

0603

R525

4.7K

12

9011_DDC_SCL

9011_DDC_SDA

12

1 2

1 2

R541 22 0603

R542 22 0603

R451 22 0603

4241899091

DSCL

DSDA

RESET#

SD3

SD2

SD1

SD0WSSCK

HDMI_SDO

HDMI_SCK

HDMI_WS

RP27

33*4

1206

876

123

HDMI_WS_9011(19)

HDMI_SDO_9011(19)

0603

GND

GND

0603

9011_INT (4)

1 2

R429 680/NA

LED_CL190

A K

1 2

D44 CL-190G/NA

R436 22 0603

INT

SCDT

MCLK

79

HDMI_MCLKIN

5

4

HDMI_CLK_9011(19)

I2C ADDRESS SELECT

D
S

R515

44

PWR5V

SII9011

LQFP128

GND_5

126

GND_4

113

GND_3

80

GND_2

37

GND_1

25

GND_0

13

VCC_5

125

VCC_4

112

VCC_3

81

VCC_2

36

VCC_1

24

VCC_0

12

NC

43

XTALIN

85

XTALOUT

84

0x60 / 0x68

ADDRESS

LOW

INPUTS

+3.3VS_DIG

DS

Q64

2N7002

SOT23_FET

G

12

10K

0603

1 2

+1.8_FLI2310

P/N = 286209011001

GND

R4761M0603

1 2

0x62 / 0x6A

HIGH

R520

12

12

12

12

12

10K

C497

C486

C510

C509

C485

+5VS_HDMI

0603

10U

6.3V

0805

0.1U

16V

0603

0.01U

0603

0.1U

16V

0603

0.01U

0603

X6

28.322MHZ

P/N = 314100283501

12

12

12

12

12

C463

12

C480

12

GND

0.01U

0603

C495

0.1U

C487

0603

0.01U

0603

C860

0.1U

C864

0603

27P

50V

0603

27P

50V

0603

21

21

21

21

3

3

3

3

16V

16V

GND

5%

5%

GND

12345678

12345678

12345678

12345678

14/22

1

+5V

2

+5VS_HDMI

D79

12

D80

12

D81

12

D82

12

For ESD (Littelfuse PGB1010603 )

295000010300 Pb Free

HDMI_RX2-

HDMI_RX1- HDMI_RX1-

HDMI_RXC+ HDMI_RXC+

HDMI_RX1+ HDMI_RX1+

HDMI_RX2+

TMDS_GND

TMDS_GND

TMDS_GND

TMDS_GND 9011_DDC_SCL

12345678910111213141516171819

123456789

HDMI CONN.

101112131415161718

J25

D

D

D

D

HDMI_DDC_SDA

HDMI_DDC_SCL

GND

GND

GND1

GND2

GND3

GND4

19

GND1

GND2

GND3

GND4

MA/19PX1/0.5MM

MITSUMI

R41-8810

P/N = 291000011901

B

B

B

C

C

C

C

B

A A

A A

A A

A

87654

87654

87654

87654

LD-26SH3U CIRCUIT DIAGRAM & PWB LAYOUT

7 – 14

B

B

B

D

D

D

D

12345678

12345678

12345678

12345678

15/22

C

C

C

C

DEV_RESET2# (4,16,19)

B

EXT_BLK1 (13)

A

I2C from GM1601

MSTR_SCL_5 (1,3)

MSTR_SDA_5 (1,3)

R236

220

VD_GND

0603

1 2

100P

0603

C296

12

CCCB (13)

CCCR (13)

CCY (13)

1 2

1 2

1 2

R732 120 0603

R731 120 0603

R730 120 0603

VD_GND

1.HCSTART 0x26 [10:0] : 32 (h)

SW need change the HC timing :

1.HCSTOP x27 [10:0] : 4B (h)

21

21

21

21

3

3

3

3

G

S

R195

4.7K

12

Q22

2N7002

0603

D

D S

RESET_VCHIP#

4.7U

C319

0805

12

0.1U

16V

C316

0603

12

+9V_VD

+3V_VD

1%

1%

+5V_VD

1 2

1 2

R187 33 0603

R185 33 0603

SDA_VCHIP

CC_INT (3)

0.1U

16V

C173

SDA_VCHIP

SDA

SCK

SEN

HIN

SMS_VCHIP

1 2

1 2

R188 100 0603

L19

1 2

11121314151617

VDD

VSS(A)

VIN/INTRO

SMS

VIDEO

CSYNC

0603 1%

1 2

R176 100

1 2

0603

C186

CVBS_VCHIP SCL_VCHIP

12

BEAD_120Z/100M

0805C_1

10U

C182

12

0.1U

C183

12

R160

10K

12

LPF RREF

Z86129

SOL18

12

C199

560P

0603

12

R18000603

12

R164

10%

1

2

0.1U

0603

VD_GND

16V

1206

16V

0603

VD_GND

1%

0603

VD_GND

C194

0.1U

0603

10%

VD_GND

10%

VD_GND

VD_GND

C185

6800P

0603

10%
1 2

VD_GND

C189

0.068U

16V

0603

6.8K

10%

0603

1%

1 2

1 2

D18

BAV99
3

1 2

R154 22 0603

EXT_G1 (13 )

1 2

R218 10 0603

EXT_B1 (13)

CC_D1_G

1 2

1 2

R206 10 0603

R216 10 0603

GREEN_OUT_VCHIP

EXT_R1 (13)

CC_D1_R

CC_D1_B

1 2

1 2

1 2

R202 10 0603

R217 10 0603

R215 10 0603

EXT_BLK1 (13)

12

12

12

12

1%

1 2

1 2

R200 1.5K 0603

R194 1K 0603

BLUE_OUT_VCHIP

BOX_BLANK

RED_OUT_VCHIP

1 2

1 2

1 2

R724 0/NA 0603

R725 0/NA 0603

R723 0/NA 0603

R193

390

1%

0603

R201

220

0603

1%

R204

220

0603

1%

VD_GND

R224

180

0603

1%

0 0 ( reset mode ,100ns )

SMS SEN

R273

8.06K

12

1%

R274

4.7K

0603

0603

12

0.1U

16V

C317

0603

12

+5V_VD

1 2

R178 0 0603

TP701

1

R199

820

0603

+5V_VD

12

12

R719

10K

0603

1%

B

Q702

MMBT3904L

E C

VD_GND

1%

R717

10K

0603

12

B

Q701

MMBT3904L

E C

VD_GND

12

R716

1.8K

0603

5%

12

VD_GND

0603

R718

4.7K

0603

C724

1 2

100P

D703

BAV70LT1

1

3

2

100P

0603

C725

12

VD_GND

SCL_VCHIP

BOX_BLANK

RED_OUT_VCHIP

18

SDO

BOX*

RED*

VSS

GREEN*

BLUE*

U19

123456789 10

SEN_VCHIP

1 2

1 2

R205 1.5K 060 3

R190 10K 060 3

R203 1.5K 060 3

GREEN_OUT_VCHIP

RESET_VCHIP#

BLUE_OUT_VCHIP

I2C 0 1 ( operation mode )

SHS(10,13)

VOUT_1(13)

VD_GND

VD_GND

U26

YOUT

VOUT

UOUT

MATRIX CONTROL

VIN

YIN

UIN

CPIN

1234567

1 2

1 2

1 2

C273 10U 16V 1206

C271 10U 16V 1206

C272 10U 16V 1206

1 2

1 2

1 2

R210 75 0603 1%

R211 75 0603 1%

R212 75 0603 1%

1 2

R226 100 0603

10111213141516

YS2

YS3

VCC

GND

RIN

GIN

8 9

1 2

1 2

1 2

C268 0.1U 16V 0603

C270 0.1U 16V 0603

C269 0.1U 16V 0603

CC_D1_B

CC_D1_R

CC_D1_G

R225

12

TA1287FG

SSOP16_1MM

286301287003

BIN YS1

VD_GNDVD_GND

CP must be on a pedestal period.( blank level )

So, CP should be inputted during back porch period

like a following figure.

Additionally, CP width must be more than 0.3us

470

0603

87654

87654

87654

HC_CP(13)

Y_OUT(12,13,19)

Pr_OUT(12,19)

Pb_OUT(12,19)

B

B

B

D

D

D

D

C

C

C

C

B

A A

A A

A A

A

87654

LD-26SH3U CIRCUIT DIAGRAM & PWB LAYOUT

7 – 15

B

B

B

MSTR_SDA (3,10,12,13,14,19)

MSTR_SCL (3,10,12,13,14,19)

BEAD_120Z/100M/NA

1 2

GND

C196

0.1U/NA

C181

10U/NA

BEAD_120Z/100M/NA

0805C_1

1 2

B

DEV_RESET2# (4,15,19)

R219

33/NA

0603

1 2

0805C_1

C220

10U/NA

GND

C209

0.1U/NA

R172

0/NA

VD_GND

0603

1 2

20.25MHZ(13)

FROM VPC3230

D

D

D

D

12345678

12345678

12345678

12345678

16/22

VPX3226_ITU[7..0] (3)

VPX3226_ITU6

VPX3226_ITU0

VPX3226_ITU5

VPX3226_ITU4

VPX3226_ITU7

VPX3226_ITU3

VPX3226_ITU2

VPX3226_ITU1

RP5

33*4/NA

RP6

33*4/NA

1 8

2 7

3 6

4 5

1 8

2 7

3 6

4 5

+3.3VS_DIG +3.3VS_DIG

C

C

C

C

0x8e / 0x8f

0x86 / 0x87

I2C ADDRESS SELECT

R231

4.7K/NA

GND

OEQ

A0

23

A1

24

A2

25

A3

26

PVSS

27

PIXCLK

28

PVDD

29

A4

30

A5

31

A6

32

A7

33

FIELD

3435363738394041424344

GND

R144

10K/NA

ADDRESS (R/W)INPUTS

R221

B7

LLC

VACT

VREF

HREF

TDO_LLC2_DACT

GND

LOW

TCK/CB

R143 10K/NA

VD_GND

10K/NA

HIGH

GND

U18

VPX3226F/NA

PQFP44B_0.8MM

1213141516171819202122

B0B1B2B3B4B5B6

SDA

11

SCL

10

RESQ

9

VSS

8

VDD

7

XTAL2

6

XTAL1

5

AVDD

4

CIN2CR

3

AVSS

2

VIN1

1

TDI

TMS

ISGND

VIN3

VRT

VIN2

GND

C160

10U/NA

C167

0.047U/NA

VD_GND

VPX3226_ITU_CLK (3)

+3.3VS_DIG

1 2

R220 33/NA0603

C198

0.1U/NA

C717

0.22U/NA

C716

10U/NA

R133

4.7K/NA

+3.3VS_DIG

VD_GND

R140 220/NA

R142 10K/NA

VD_GND

GND

R146 220/NA

C252

R214

R213

1000P/NA

+5V_VD

4.7K/NA

4.7K/NA

+3.3VS_DIG

L23

L18

A

21

21

21

21

3

3

3

3

12

Y/CVBS_OUT_3226(19)

C166 1000P/NA

C163 0.68U/NA

C162

10P/NA

1%

R134

100/NA

0603

VD_GND

12

C_OUT_3226(19)

C169

10P/NA

VD_GND

1%

R158

100/NA

0603

87654

87654

87654

87654

B

B

B

D

D

D

D

C

C

C

C

B

A A

A A

A A

A

LD-26SH3U CIRCUIT DIAGRAM & PWB LAYOUT

7 – 16

B

B

B

B

F6

0.5A/32V

12

+5V_SB

12

L35

BEAD_120Z/100M

0805C_1

C292

12

C287

12

23

VINVOUT

RLS4148/NA

MLL34B

U25

+MICRO_P_3.3V

GND

C304

12

C294

12

D26

A K

GND

BUS MODEH

R6

+MICRO_P_3.3V

0603

100K/NA

0603

Q2

USB_SELF_BUS

1 2

2N7002/NA

DS

D

S

C

C

C

C

USB_SELF_BUS (19)

G

POWER

DEBUG_PSON

Control

GND

POWER (4,20)

pin truth

table

+MICRO_P_3.3V

LED_KEYPAD (19)

STANDBY_MODE (3)

STATUS

NORMAL MODEL

DEBUG_PSON

R17

47K

0603

12

MICRO_P_RXD (3)

MICRO_P_TXD (3)

LED2_KEYPAD (19)

DEBUG MODEH

+MICRO_P_3.3V

Q4

2N7002

DS

D

DEBUG_PSON (18)

DEBUG_PSON

R18

12

G

S

100K

0603

GND

D

D

D

D

12345678

12345678

12345678

12345678

17/22

STATUS

SELF MODEL

USB_SELF_BUS

USB_SELF_BUS

Control pin

truth table

R5

47K

12

+MICRO_P_3.3V

FLASH_DETECT (3,6)

STATUS

NORMALL

FLASHH

FLASH_DETECT

R764

100K

0603

12

FLASH_DETECT

FLASH_DETECT

Control pin

truth table

12

+MICRO_P_3.3V

G

Q704

2N7002

R754

47K

0603

DS

D

S

GND

GND

0.1U

50V

0603

1U/NA

0603

G911T24Uf

SOT89N

P/N = 286391124004

1

4.7U

0805

+80-20%

0.1U

50V

0603

D28

BZT52C4V3

SOD123

A K

A

21

21

21

21

GND

3

3

3

3

LED2_KEYPAD

LED_KEYPAD

1 2

1 2

1 2

1 2

1 2

1 2

R308 10 0 0603

R295 10 0 0603

R294 10 0 0603

R297 10 0 0603

R296 10 0 0603

R247 100 0603

R265 100 0603

1617181920

P0.6/CMP1/KBI6

P0.4/CIN1A/KBI4

P0.3/CIN1B/KBI3

P0.2/CIN2A/KBI2

P0.1/CIN2B/KBI1

P0.5/CMPREF/KBI5

U29

VSS

KBI0/CMP2/P0.0

123456789

1 2

R371 100 0603

uP_PSON

uP_PSON(20)

XTAL1/P3.1

P1.7

P1.6

RST/P1.5

GND

1 2

1 2

1 2

R323 100 0603

R324 100 0603

R327 10 0 0603

R326 10 0 0603

GM1501_ON(20)

DPMS(4)

GM1501_RESET#(3)

RESET_MICRO_P(3)

MICRO_P_RXD

MICRO_P_TXD

1 2

1 2

1 2

R248 100 0603

R266 100 0603

1112131415

P1.0/TXD

P1.1/RXD

P0.7/T1/BI7

CLKOUT/XTAL2/P3.0

INT1/P1.4

SDA/INT0/P1.3

10

C367

12

R328

1 2

1 2

R329 22 0603

IR_DATA_uP(19)

FAN_CONTROL(20)

VDD

P89LPC921

TSSOP20

SCL/T0/P1.2

10%

100P

0603

10K/NA

0603

C739

4.7U/NA

0805

+80-20%

12

0.1U

50V

0603

C315

12

P/N = 284589921002

1 2

GND

GND

12

12

+MICRO_P_3.3V

1 2

1 2

R851 22 0603

R309 22 0603

R856

10K

0603

R855

10K

0603

U712

567

SDA

A0A1A2

123

SCLK

+MICRO_P_3.3V

GND

8

WC-

VCC

GND

4

C903

0.1U

16V

12

M24C02

SO8_1

P/N = 283468470001

0603D_1

GND

87654

87654

87654

87654

GND

B

B

B

D

D

D

D

C

C

C

C

B

A A

A A

A A

A

LD-26SH3U CIRCUIT DIAGRAM & PWB LAYOUT

7 – 17

B

B

B

D

D

D

D

1234GND1

12345678

12345678

12345678

12345678

18/22

J28

123

C

C

C

C

GND2

USB/4PX1/DIP

MOLEX

67068-8000

P/N = 331790004001

4

GND1

GND2

EL6

BEAD_600Z/100M

0603D_1

1 2

B

A

L46

BEAD_120Z/100M

+USB_5V

1.5K

0603

R29

12

+USB_3.3V

33P

0603

50V

C446

12

1 2

33P

0603

50V

C445

X5

12MHZ

12

GND

P/N = 314100120505

GND

1 2

1 2

1 2

R599 27 0603

R596 27 0603

USB_D+

USB_D-

PL2303_GP1

GND

+USB_3.3V

12

C447

0.1U

50V

0603

28272625242322212019181716

OSC2

OSC1

GND_A

VDD_33A

PLL_TEST

TXD

DTR_N

RTS_N

VDD_325

U38

RXD

123456789

DEBUG_PSON (17)

DEBUG_PSON

GP1

GP0

RI_N

GND_0

1M/NA

R28

12

+USB_5V

12

GND

VDD_5

GND_2

VDD_33

DSR_N

C525

4.7U

0805

+80-20%

12

0603

0.1U

50V

C448

0603

GND

GND

0.1U

C449

0603

12

+USB_3.3V

10U

C450

0805

6.3V

12

USB_D-

1 2

R448 10K 0603

GND-1

VO_33

RESET_N

DCD_N

CTS_N

SHTD_N

1011121314

50V

+80-20%

DM

EE_CLK

GND

+USB_3.3V

USB_D+

15

DP

EE_DATA

GND GND

PL2303X

SSOP28A

P/N = 284502303005

1501_RXD

R26 22 0603

D/TXD

21

21

21

21

3

3

3

3

D/TXD

DEBUG_TXD

1501_TXD

+5V

1 2

1 2

R27 22 0603

D/RXD

12

1234567

U713

16

C904

0.1U

16V

0603D_1

GND

2Y1

VCC

15

12

R884 22/NA 06 03

1501_RXD

2Y0

3Y1

1-COM

2-COM

1413121110

D/RXD

12

R883 22/NA 06 03

1501_TXD

1501_RXD(3,7)

1501_TXD(3,7)

INH

3Y0

3-COM

1Y1

1Y0AB

DEBUG_RXD

GND_0

9 8

C GND_1

GND

SN74LV4053A/NA

TSSOP16

INPUTS

FUNTION TABLE

Plug USB: Setting is 1Y1, 2Y1 (or contorled by PL2301 GPIO)

Unplug USB : default setting is 1Y0, 2Y0

CHANNEL ON

nY1----nZ

nY0----nZLL

SnENABLE#

H

L

R867

12

2

+USB_3.3V +USB_5 V

NONE

X

H

R882

470K

0603

10K

0603

12

Q715

GND

DDTC144WCA

3

1

PL2303_GP1

D/DSR_N

D/DCD_N

D/CTS_N

D/EE_DATA

C491

12

+USB_3.3V

C

C

C

C

D/EE_CLK

C502

0.1U

50V

0603

12

GND

WC-

8

VCC

GND

4

M24C02

SO8_1

P/N = 283468470001

GND

GND

+5V

J1

B

B

B

B

DEBUG_RXD

DEBUG_TXD

1234GND1

GND2

GND

HDR/MA-4/NA

ACES

88261-0400

87654

87654

87654

87654

A A

A A

A A

A

+USB_3.3V

0.1U

50V

0603

+USB_3.3V

D/EE_CLK

D/EE_DATA

GND

1 2

1 2

R252 10K 0603

R313 10K 0603

SCLK

A0A1A2

U46

123

567

SDA

D/RXD

C490

12

+USB_3.3V

GND

0.1U

50V

0603

GND

D/DCD_N

D/CTS_N

D/RXD

D/DSR_N

D/TXD

1 2

1 2

1 2

1 2

R508 220 K 0603

R509 220 K 0603

R494 220 K 0603

R510 220 K 0603

+USB_5V

D

D

D

D

LD-26SH3U CIRCUIT DIAGRAM & PWB LAYOUT

7 – 18

B

B

B

D

D

D

D

C

C

C

C

B

A

12345678

12345678

12345678

12345678

19/22

IR_DATA1 (3)

U709F

SN74LVC14A

SOIC14

147

+3.3V

13 12

U709E

SN74LVC14A

SOIC14

C883

12

147

11 10

0.1U

50V

0603

GND

IR_DATA_IN

J14

123456789

3D_C_3230

SV_C_3230

Y/CVBS_OUT_3226

C_OUT_3226

3D_C_3230(13)

SV_C_3230(13)

C_OUT_3226(16)

Y/CVBS_OUT_3226(16)

+3.3V

MAIN BD TO IO BD

IT_RECIEVER_IR

U36

AHCT1G125DCK/NA

SC70_5

P/N = 282674125004

VCC

543

+3.3V

1

2

IT_IR_SW(4)

GND

GND

1011121314151617181920212223242526

SV_Y_3230

Pr_OUT

Y_OUT

PC_LINE_INL

3D_Y_3230

PC_LINE_INR

Pb_OUT

Y_OUT(12,13,15)

Pr_OUT(12,15)

Pb_OUT(12,15)

3D_Y_3230(13)

SV_Y_3230(13)

PC_LINE_INL(7)

GND

DVI_AUDIO_INL

PC_LINE_INR(7)

DVI_AUDIO_INL(8)

FPC/FFC/1MM/26P

DVI_AUDIO_INR

DVI_AUDIO_INR(8)

GND

85202-26-02

P/N = 291000012612

ACES

VD_GND

+MICRO_P_3.3V

12

J18

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VFC_PWM

VFC_PWM(3)

C521

0.1U/NA

0603

DEV_RESET2#

TUNER_AFT

TUNER_AFT(3)

U51

AHCT1G125DCK/NA

16V

AMP_MUTE

AV_SW_MUTE

HP_MUTE

DEV_RESET2#(4,15,16)

AV_SW_MUTE(3)

HP_MUTE(4)

AMP_MUTE(3)

SC70_5

TUNER_I2C_SW

IR_DATA_uP (17)

IR_DATA_uP

P/N = 282674125004

VCC

543
1

GND

GND

2

GND

IR_DATA_IN

1011121314151617181920212223242526

HDMI_WS_9011

HDMI_SDO_9011

HDMI_CLK_9011

D_MODE_DEL

MSTR_SDA

MSTR_SCL

D_MODE_DEL(3)

+5V_VD

+5VS_DIG

TUNER_I2C_SW(4)

HDMI_SDO_9011(14)

HDMI_WS_9011(14)

HDMI_CLK_9011(14 )

MSTR_SCL(3,10,12,13,14,16)

MSTR_SDA(3,10,12,13,14,16)

R59200603

1 2

+3V_VD

+9V_VD

AV_SW_MUTE_2(3)

85202-26-02

P/N = 291000012612

FPC/FFC/1MM/26P

ACES

VD_GND

OPTICAL_SENSOR_LED

OPC_OUT_ADC

NETWORK_WIRE

LED2_KEYPAD

IR_DATA_IN

NETWORK_WIRELESS_ON

NETWORK_WIRELESS_SET

LED_KEYPAD

EC16

12

EC15

12

EC14

12

EC13

12

EC701

12

EC11

12

EC10

12

EC9

12

21

21

21

21

3

3

3

3

10%

100P

0603

GND

10%

100P

0603

10%

100P

0603

10%

100P

0603

10%

100P

0603

10%

100P

0603

10%

100P

0603

10%

100P

0603

NETWORK_WIRELESS_ON

LINEB0

LINEA1

LINEA0

LINEC0

LINEC1

LINEB0(4)

LINEC0(4)

LINEA0(4)

LINEA1(4)

LINEC1(4)

85202-26-02

FPC/FFC/1MM/26P/NA

P/N = 291000012612

ACES

GND

+5VS_DIG

+3.3VS_DIG

J12

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MSTR_SCL

MSTR_SDA

1011121314151617181920212223242526

NETWORK_DETECT

IT_RECIEVER_IR

1

TP725

NETWORK_DETECT(4)

NETWORK_WIRE

NETWORK_WIRELESS_SET

MAIN BD TO IT RECIEVER

Line A (00: 525 lines, 01,10: 750 lines, 11: 1125 lines)

Line B (0: 59.94i / 60i, 1: 59.94p / 60p)

Line C (00: 4:3, 10,01: 4:3 letter box, 11: 16:9)

D

D

D

D

C

C

C

C

LD-26SH3U CIRCUIT DIAGRAM & PWB LAYOUT

HDR/MA-6/NA

ACES

88261-0600

P/N = 291000010623

J21

12345

6

GND1

GND2

GND

USB_SELF_BUS

10U/NA

C465

16V

1206

12

+5VS_DIG

C475

12

0.1U/NA

50V

0603

USB_SELF_BUS(17)

GND

MAIN BD TO USB HUB

B

B

B

B

7 – 19

LED_KEYPAD (17 )

LED2_KEYPAD (17 )

1U

0603

C514

NETWORK_WIRELESS_SET

IR_DATA_IN

LED_KEYPAD

LED2_KEYPAD

246810

J22

13579

11 12

+5V

NETWORK_WIRELESS_ON

OPTICAL_SENSOR_LED

OPC_OUT_ADC

NETWORK_WIRE

OPC_OUT_ADC(3)

OPTICAL_SENSOR_LED(4)

For SPMS model orange LED

12

0.1U

50V

C501

0603

12

GND

MA/6PX2/ST

ACES

87216-1210

P/N = 291000011222

GND1

GND2

GND

1U

0603

EC1

12

0.1U

50V

EC2

0603

12

GND

A A

A A

A A

A

+MICRO_P_3.3V

MAIN BD TO LED BD

87654

87654

87654

87654

B

B

B

Q45

D

2N7002/NA

S

G

1 2

R355 0/NA 0603

C386

12

0.22U/NA

B

R7111K0603

12

+3.3VS_DIG

16V

0603

GND GND

J8

0603

+8V_FAN

1 2

12

R712 100

12

LOCK_FAN1(4)

D

D

D

D

12345678

12345678

12345678

12345678

20/22

+3.3V_P +3.3VS_DIG+5VS_DIG

+12V_P +5V_P+12V +3.3V_P +3.3VS_DIG

JO14

SHORT-SMT4

1 2

JO13

JO15

SHORT-SMT4

SHORT-SMT4

1 2

1 2

JO16

JO12

SHORT-SMT4

SHORT-SMT4

1 2

1 2

JO10

JO11

SHORT-SMT4

SHORT-SMT4

1 2

1 2

C

C

C

C

+5V

876451

D

JO20

G

OPEN-SMT4

1 2

S

Q47

AO4409

SO8

3

2

1%

R334

100K

0603

12

+5V_SB

R341

10K

12

+5V_SB

0603

12

Q49

D

DS

R365

R366

100K

0603

1%

2N7002

S

G

1 2

GM1501_ON(17)

R3531M0603

12

C388

2.2U

12

100K

0603

1%

DS

GND

0805

X5R

A

MA/3PX1/ST

ACES

86807-0300

P/N = 331650003003

123

VD_GND

10U/NA

C151

25V

1206

0.1U

50V

0603D_1

C149

21

21

21

A K

D14

RLS4148

MLL34B

21

3

3

3

3

ACES

J10

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Power Supply Input connector

+12V_P

+3.3V_P

+5V_SB_P

HDR/MA-14

87505-1400

12

P/N = 331120014016

1011121314

+5V_P

+5V_SB_P

R416

4.7K

0603

+8V_FAN

C5

100U

50V

+

12

VD_GND

GND

PSON#

C187

100U

50V

+

12

C202

100U

50V

+

12

GND GND

C170

100U

50V

+

12

GND

PSON#

Q57

2N7002

D

S

DS

GND

G

12

R415

0.22U

16V

C912

0603

12

0/NA

0603

R71M0603

12

R414

5.6K

0603

1 2

PSON(3)

+5V_SB+5V_SB_P

Q26

2N7002

D

S

S

G

12

1 2

POWER(4,17)

R223

C275

12

287K

DS

GND

1M/NA

0603

2.2U

0805

X5R

0603

1%

47K

0603

R8

1 2

876451

D

JO17

GND

G

OPEN-SMT4

1 2

S

Q27

AO4409

SO8

3

2

1%

R189

100K

0603

12

Q6

2N7002

D

S

DS

GND

G

0.22U

16V

C6

0603

12

R211M0603

12

GND

R20

5.6K

0603

1 2

uP_PSON(17)

R191

10K

12

Q25

2N7002

0603

D

DS

R233

For Power off delay time 900ms

POWER

GNDGND

G

0.22U/NA

16V

C263

0603

12

1 2

R227 0 0603

GND

DS

D
SG

Q3

AO3403

SOT23_FET

G

1%

R868

100K

0603

12

+8V

+8V

AK

D708

RLS4148/NA

MLL34B

INPUT OUTPUT

1 3

Nidec FAN for 8V

FUSE_1206

1A-1206

F701

1 2

+12V

12

2.2U

C150

12

GND

10U

C715

12

R869

0805

U702

2

1206

10K

0603

+80-20%

UTC78D08

286307808005

25V

DS

VD_GND

Q717

D

2N7002

S

G

12

1 2

R870 0 0603

FAN_CONTROL(17)

R8711M0603

C905

12

VD_GND

2.2U

0805

X5R

87654

87654

87654

87654

B

B

B

D

D

D

D

C

C

C

C

B

A A

A A

A A

A

LD-26SH3U CIRCUIT DIAGRAM & PWB LAYOUT

7 – 20

B

B

B

D

D

D

D

C

C

C

C

B

A

12345678

12345678

12345678

12345678

21/22

JO726

JO3

JO724

VD_GNDGND

PJO703

JO727

SHORT-SMT4

SHORT-SMT4

1 2

JO712

1 2

JO711

1 2

VD_GND

JO1

SHORT-SMT4

1 2

GND

VD_GND

PJO1

SHORT-SMT4

1 2

1 2

GND

1 2

GND VD_GND

VD_GND

SHORT-SMT4

1 2

GND

VD_GND

SHORT-SMT4

1 2

GND

VD_GNDGND

PJO704

JO728

SHORT-SMT4

SHORT-SMT4

GND VD_GND

VD_GNDGND

JO714

SHORT-SMT4

SHORT-SMT4

SHORT-SMT4

1 2

1 2

GND VD_GND

VD_GND

VD_GND

JO2

SHORT-SMT4

SHORT-SMT4

1 2

1 2

GND

GND

VD_GNDGND

VD_GND

PJO2

SHORT-SMT4

1 2

GND

21

21

21

21

3

3

3

3

+1.8V_GM1601

+3.3V

1

2

D31

BAV99

D19

+2.5V_DDR

AK

RLS4148/NA

F4

FUSE_1206

12

3

L25

BEAD_120Z/100M

0805C_1

1 2

2

MLL34B

U20

3

1A-1206

VOUT

INPUT

D21

C274

100U

+

12

12

ADJ/GND

1

C240

100U

+

12

C234

12

BZV55C3V3

MLL34B

A K

50V

C258

0.1U

16V

0603D_1

G1117-25T43Uf

SOT252BN

P/N = 286301117101

50V

0.1U

16V

0603D_1

GND

D47

GND

+3.3VS_DIG

AK

12

+1.8_FLI2310

L45

RLS4148/NA

MLL34B

F9

FUSE_1206

BEAD_120Z/100M

0805C_1

1 2

2

VOUT

INPUT

U40

3

D52

C504

100U

+

12

12

ADJ/GND

1

C481

12

C469

100U

+

12

BZV55C2V4

A K

50V

C515

0.1U

16V

0603D_1

G1117-18T43Uf

SOT252BN

P/N = 286301117100

0.1U

16V

0603D_1

50V

GND

GND

87654

87654

87654

87654

BZV55C2V4

+1.8V_GM1601

L32

BEAD_120Z/100M

0805C_1

MLL34B

FUSE_1206

D27

A K

GND

1 2

C306

100U

50V

+

12

C286

0.1U

16V

0603D_1

12

2

VOUT

INPUT

ADJ/GND

G1117-18T43Uf

SOT252BN

P/N = 286301117100

U23

3

1

C238

100U

50V

+

12

12

GND

C255

0.1U

16V

0603D_1

+5V

D39

BZT52C4V3

SOD123

A K

C418

12

C421

0805

12

VOUT

0.1U

0603

10U

6.3V

GND/ADJ

123

C403

12

C409

12

50V

G1117-33T43Uf

SOT252N

286301117102

1U

0603

0.1U

50V

0603

GND

AK

D23

RLS4148/NA

GND

F5

12

+3.3V

+3.3V

L44

BEAD_120Z/100M

0805C_1

1 2

AK

D37

RLS4148/NA

MLL34B

VIN

U35

F8

FUSE_1206

12

+5V

B

B

B

D

D

D

D

C

C

C

C

B

A A

A A

A A

A

LD-26SH3U CIRCUIT DIAGRAM & PWB LAYOUT

7 – 21

12345678

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22/22

B

B

B

D

D

D

D

C

C

C

C

B

A

21

21

21

21

3

3

3

3

MSTR_SCL_5

MSTR_SDA_5

GND

GND

GND

All I2C BUS need "GND" trace to isolate other signals

8/8/8/8/8

MSTR_SCL

MSTR_SCL_1601

GND

MSTR_SDA

GND

MSTR_SDA_1601

GND

FSCLK-

FSCLK+

GND

GND

GND

DVIAUDIO_INR

PC_LINE_INR

GND

GND

GND

DVIAUDIO_INL

GND

PC_LINE_INL

GND

7/6/7

FSCLK+ / FSCLK- need "GND" trace to isolate other signals

PC_LINE_INR/ PC_LINE_INL need "GND" trace to isolate other signals

FIL_SD_CLKOUT

20.25MHZ need "GND" trace to isolate other signals

GND

GND

3D_C_3230

3D_Y_3230SV_Y_3230

GND

GND

SV_C_3230

GND

GND

S VIDEO need "GND" trace to isolate other signals

GND

GND

20.25MHZ

GND

GND

3D_YOUT/ 3D_COUT need "GND" trace to isolate other signals

C_OUT_3226

Y/CVBS_OUT_3226

GND

GND

GND

Y_OUT

PB_OUT

GND

GND

COMPONENT SIGNAl need "GND" trace to isolate other signals

GND

PR_OUT

GND

87654

87654

87654

87654

B

B

B

D

D

D

D

C

C

C

C

LD-26SH3U CIRCUIT DIAGRAM & PWB LAYOUT

B

A A

A A

A A

A

7 – 22

B

B

B

B

IO_HDMI_WS

IO_DEV_RESET#

OUT_MUTE

IO_TUNER_I2C_SWITCH

IO_HP_MUTE

IO_YDA138_MUTE

8

5

9

7

AMP_138_MUTE

AV_SWITCH_MUTE

TUNER_I2C_SW

POWER

DEV_RESET2#

6

9

8

7

5

ANG

IO_HDMI_SCL

IO_HDMI_SDO

13

10

11

12

HDMI_SDO_9011

VD_GND

HDMI_WS_9011

HDMI_SCL_9011

13

12

11

10

ANG

ANG

IO_TUNER_AFT

IO_VFC_PWM

IO BOARD

3

J17

2

4

1

IO_D_MODE

Main to IO board(FFC)

VD_GND

VFC_PWM

D_MODEL_DEL

TUNER_AGC

MAIN BOARD

J18

2

4

3

1

ANG

IO_3D_Y_3230

10

3D_Y_3230

VD_GND

11

10

ANG

IO_Pb_OUT

13

12

Pb_OUT

VD_GND

121114

13

C

C

C

C

ANG

IO_Y_OUT

15

14

Y_OUT

VD_GND

15

IO_Pr_OUT

ANG

17

16

Pr_OUT

VD_GND

17

ANG

IO_PC_LINE_INL

ANG

19

18

20

PC_LINE_INL

VD_GND

VD_GND

19

18

201622

IO_DIGITAL_INL

IO_PC_LINE_INR

ANG

ANG

23224

22

21

PC_LINE_INR

DVIAUDIO_INL

VD_GND

VD_GND

24

23

21

ANG

IO_DIGITAL_INR

ACES 85203-26-02

25

26

DVIAUDIO_INR

VD_GND

ACES 85202-26-02

26

25

D

D

D

D

1/11

12345678

12345678

12345678

12345678

IO_SV_C_3230

ANG

IO_3D_C_3230

ANG

IO_C_OUT_3226

ANG

IO_Y/CVBS_OUT_3226

IO BOARD

1

J13

3

VD_GND

C_OUT_3226

Y/CVBS_OUT_3226

MAIN BOARD

Main to IO board(FFC)

J14

2

3

1

4

5

SV_C_3230

VD_GND

4

5

7

6 ANG

8

3D_C_3230

VD_GND

VD_GND

8

7

6

IO_SV_Y_3230

9

SV_Y3230

9

ANG6IO_TUNER_AGC

15

VD_GND

HDMI_MCLKIN_9011

14

15

A

ANG

IO_MSTR_SCL

IO_MSTR_SDA

16 ANG

19

18

17

MSTR_SDA

VD_GND

MSTR_SCL

VD_GND

17

161420

19

18

+ANG_5V

+IO_5V

20

+5VS_DIG

+5V_VD

+5VS_DIG +IO_5V

21

22

+ANG_5V

IO_AVSWITCH_MUTE

+9V_VIDEO

+ANG_3.3V+3V_VD

24

26

25

232221

+9V_VIDEO

AV_SW_MUTE_2

+5V_VD

24

25

26

23

21

21

21

21

ACES 85202-26-02 ACES 85203-26-02

Connector

3

3

3

33DD__YY//CC

33222266 YY//CC

2

SSVV__YY33223300

SSVV__CC__33223300

YY,, PPbb,, PPrr

3

LPF

Speaker

Headphone

Level

shift

3

Buffer

3D Y/C

uuPPDD6644008844AA

AUDIO DELAY

ACES 85203-16-02

ACES 85203-16-02

NNJJUU2266990011

Level

shift

3

II22SS

I2S_DEL_OUT

II22SS

3

I2S_DEL_IN

2.AV1/AV2/AV3(CVBS)--->CXA2069--->LPF--->uPD64084A--->LPF---->Connector

3.AV1/AV3(Svideo)--->CXA2069--->LPF---->Connector

4.AV1/AV2(YPbPr)--->SM5301CG--->Connector

1.Tuner--->CXA2069--->LPF---->uPD64084A--->LPF--->Connector

6.AV1/AV2/AV3(R/L)--->CXA2069--->MSP4441K--->(NJU26901--->MSP4441K--->)YDA138--->SPEAKER/HEADPHONE

5.Tuner(IF)--->MSP4441K--->(NJU26901--->MSP4441K--->)YDA138--->SPEAKER/HEADPHONE

7.Tuner/AV1/AV2/AV3(CVBS/Svideo)--->CXA2069--->AVOUT(Composite Video)

8.AV1/AV2/AV3(R/L)--->CXA2069--->MSP4441K--->(NJU26901--->MSP4441K--->)CXA2069--->AVOUT(R/L Audio)

9.Tuner(IF)--->MSP4441K--->NJU26901--->MSP4441K--->CXA2069--->AVOUT(R/L Audio)

87654

87654

87654

87654

A A

A A

A A

A

YYDDAA113388

LPF

CIN

LPF

LPF

Y/CVBS_IN

LLMM44991111

SSMM55330011CCSS--GG

3

Video Switch

CCXXAA22006699QQ

MTG18

MTG17

MTG15

CCVVBBSS

ID4.5/OD8.0

IO_GND

ID4.5/OD8.0

ANG

ID4.5/OD8.0

ANG

3

2

2

RR,,LL

YY//CC,,CCVVBBSS

CCVVBBSS

RR,,LL

TTVV

TTuunneerr

AAVV33

AAVV22

1

FD714

FD_DOT040

FD14

FD_DOT040

FD713

FD_DOT040

FD13

FD_DOT040

1

FD703

FD_DOT040

1

1

FD3

FD_DOT040

1

1

FD702

FD_DOT040

1

1

FD2

FD_DOT040

CCVVBBSS

11

12

238

456

11

12

238

456

111213

238

456

11

12

238

456

111213

238

456

3

2

RR,,LL

YY//CC,,CCVVBBSS

RR,,LL

MTG19

9101

7

MTG14

9101

7

MTG13

9101

7

MTG12

9101

7

MTG11

9101

7

ID4.5/OD8.0

TVTUNER_GND

ID4.5/OD8.0

IO_GND

ID4.5/OD8.0

ANG

ID4.5/OD8.0

ANGANG

ID4.5/OD8.0

AAVV11

111213

238

456

111213

238

456

11

12

238

456

9101

7

9101

7

9101

7

AAVV OOUUTT

1-2. I/O PWB

D

D

D

D

C

C

C

C

3

YY,, PPbb,, PPrr

RR,,LL

SSIIFF

YY,, PPbb,, PPrr

AAVV22

YYPPbbPPrr

YYPPbbPPrr

IITT RREECCEEIIVVEERR

GND

GND

GND

VO2_Pb_OUT

AOUTL

AOUT_R

2

5

4

J3

6

314

IT RECEVER

ANG

ANG

ANG

IO_IT_AUD_R

IO_IT_AUD_L 1

IO_IT_PB

15

11

13

J6

16

IO BOARD

IT RECEVER TO IO(FFC)

12

GND

GND

VO2_Pr_OUT

VO2_Y_OUT

10

7IO_IT_PR

9

8

ANG

ANG

IO_IT_Y

10

8

7

9

LLeefftt

RRiigghhtt

GND

SO0_BCLK

11

12

ANG

IO_IT_CLK

6

5

B

B

B

B

RRiigghhtt

LLeefftt

MMSSPP44444411KK

2

RR,,LL

SO0_DATA1

SO0_LRCLK

SO0_MCLK

GND

14

13

15

16

ANG

IO_IT_WS

IO_IT_SDO

IO_IT_MCLKIN

1

4

2

3

LD-26SH3U CIRCUIT DIAGRAM & PWB LAYOUT

7 – 23

B

B

B

GND

ANG

ANG

IO_AVSWITCH_MUTE

IO_AVSWITCH_MUTE(4)

B

SIGNAL

GND

SIGNAL

0.1U

C745

0603

12

+ANG_5V

12

12

R100 0402 5%

R350 0402 5%

HDMI for US model

IO_IT_CLK

IO_IT_WS

IO_IT_SDO

R39

R38

R36

1 2

1 2

1 2

0/NA 040 2 5%

0/NA 040 2 5%

0/NA 040 2 5%

IO_HDMI_SDO

IO_HDMI_SCL

IO_HDMI_WS

456789101113141516171819

P0P1P2P3P4P5P6

VDD

U703

50V

ANG

12

R70 0402 5%

U10

IO_HDMI_SCL

CHANNEL ON

INPUTS

FUNTION TABLE

IO_AV_OUT_DETECT (3)

IO_AV2_RCA_DETECT (3)

IO_AV3_RCA_DETECT (3)

IO_AV1_RCA_DETECT (3)

IO_AV1_RCA_DETECT

IO_AV3_RCA_DETECT

IO_AV2_RCA_DETECT

IO_AV_OUT_DETECT

IO_ID1

IO_ID2

IO_AV2_YPbPr_DETECT

P7

SDA

SCL

21

23

221224

1 2

Add:20h

1 2

R766 220 0603

R767 22 0 0603

IO_MSTR_SCL_5

IO_MSTR_SDA_5

I2S_CLK (8)

I2S_WS (8)

I2S_SDO (8)

+ANG_5V

I2S_CLK

I2S_WS

I2S_SDO

15

16

3-COM

1-COM

2-COM

2Y1

2Y0

3Y1

3Y0

1Y1

1Y0AB

12345

131211

IO_IT_CLK

IO_HDMI_WS

IO_IT_WS

IO_IT_SDO

IO_HDMI_SDO

nY1----nZ

nY0----nZ

H

Sn

L

L

L

ENABLE#

IO_AV2_YPbPr_DETECT (3)

P10

A0A1A2

VCC

2

6714

P11

3

12

INH

10

1 2

IO_I2S_SEL

IO_HP_DETC (9)

IO_D_SM5301_SEL (7)

IO_D_CONNECT_SEL (7)

IO_HP_DETC

IO_D_SM5301_SEL

IO_D_CONNECT_SEL

P12

P13

P14

P15

P16

INT

1

C62

0.1U

16V

GND_0

C GND_1

SN74LV4053A/NA

TSSOP16

9 8

R86500402

NONE

X

H

IO_I2S_SEL

20

P17

GND

0603D_1

ANGANG

5%

C917

12

C85

12

C84

12

C914

12

C913

12

C912

12

C911

12

C910

12

C909

12

C908

12

C907

12

PCF8575

TSSOP24

ANG

12

+ANG_3.3V+ANG_3.3V

12

For 26M2_US Solution:

Mount: R837, R838, R839,

Not mount U702, R840, R841 & R842

D

D

D

D

2/11

12345678

12345678

12345678

12345678

Power

GND

SIGNAL

4 Layer Structure

SHORT-SMT4

JO705

+12V_SPEAKER

JO704

PSU to IO board

J13

Main to IO board

ANG

ANG

ANG

JO727

JO30

JO726

JO717

SHORT-SMT4

SHORT-SMT4

SHORT-SMT4

1 2

1 2

1 2

IO_GND

IO_GND

IO_GND

ACES

J4

123

1 2

C705

1 2

12

SHORT-SMT4

123456789

IO_SV_C_3230

IO_3D_C_3230

IO_Y/CVBS_OUT_3226

IO_C_OUT_3226

IO_SV_C_3230(6)

IO_C_OUT_3226(4)

IO_Y/CVBS_OUT_3226(4)

ANG

JO710

SHORT-SMT4

1 2

1 2

IO_GND

SIGNAL

1.+12V_SPEAKER:100 mil

HDR/MA-4

87505-0400

4

JO7

JO8

0.1U

50V

0603

1 2

1 2

C55

680u

25V

+12V_GND

+

12

1011121314151617181920212223242526

IO_SV_Y_3230

IO_3D_Y_3230

IO_Pb_OUT

IO_Y_OUT

IO_Pr_OUT

IO_PC_LINE_INL

IO_Y_OUT(7)

IO_Pr_OUT(7)

IO_Pb_OUT(7)

IO_3D_C_3230(5)

IO_SV_Y_3230(6)

IO_3D_Y_3230(5)

ANG

ANG

ANG

JO731

JO19

SHORT-SMT4

SHORT-SMT4

SHORT-SMT4

1 2

1 2

IO_GND

IO_GND

IO_GND

2.others power

trace :50 mil

J6

ANG+12V_GND

IO_IT_AUD_L

IT recceiver to IO board

IO_IT_AUD_L(4)

85203-26-02ACES

FPC/FFC/1MM/26P

IO_PC_LINE_INR

R753

IO_PC_LINE_INL(8)

IO_PC_LINE_INR(8)

12

R752

12

R755

R756

1 2

1 2

220 0603

220 0603

1 2

1 2

C744 1U 0603

C743 1U 0603

IO_DIGITAL_INL(4)

IO_DIGITAL_INR(4)

ANG

ANG

JO25

JO9

SHORT-SMT4

SHORT-SMT4

1 2

1 2

IO_GND

IO_GND

C

C

C

C

GND

10/5/20/5/10

3.one is +Ang_5V

plane and one is

ANG_GND plane

4.default 8 mil

Video and Audio signal

FPC/FFC/1MM/16P/NA

85203-16-02

ACES

123456789

IO_IT_AUD_R

IO_IT_AUD_R(4)

ANG

100K

0603

100K

0603

JO730

1 2

IO_IT_PB

SHORT-SMT4

10111213141516

IO_IT_WS

IO_IT_PR

IO_IT_MCLKIN

IO_IT_CLK

IO_IT_Y

1

TP708

IO_IT_PB(7)

IO_IT_PR(7)

IO_IT_Y(7)

ANG

R299

+ANG_3.3V

12

ANG

IO_GND

IO_IT_SDO

J17

123456789

IO_TUNER_AFT

IO_VFC_PWM

IO_VFC_PWM(7)

IO_TUNER_AFT(10)

1K

0603

B

ANG

1011121314151617181920212223242526

IO_HDMI_WS

IO_HDMI_SDO

IO_HDMI_SCL

IO_TUNER_I2C_SWITCH

OUT_MUTE

IO_YDA138_MUTE

OUT_MUTE(3)

IO_YDA138_MUTE(9)

IO_TUNER_I2C_SWITCH(10)

IO_HP_MUTE(9)

+ANG_3.3V

EC

+IO_5V

12

Q40

MMBT3904L

RESET_3V# IO_DEV_RESET#

RESET_3V#(5,8)

IO_TUNER_AGC

IO_TUNER_AGC(10)

8.06K

R351

SIGNAL

GND

+IO_5V+ANG_3.3V

+ANG_5V

+9V_VIDEO

IO_MSTR_SCL(5)

IO_MSTR_SDA(5)

2N7002

SOT23_FET

2N7002

G

S

+ANG_3.3V

G

D

Q50

D S

Q52

0603

6.8K

0603

R373

+IO_5V

12

IO_MSTR_SCL_5

IO_MSTR_SCL_5(4,8,10,11)

8/8/8/8/8

I2C and I2S signal

85203-26-02ACES

FPC/FFC/1MM/26P

0.1U/NA

50V

C143

0603

12

0.1U/NA

50V

C139

0603

12

0.1U/NA

50V

C140

0603

12

0.1U/NA

50V

C115

0603

12

SOT23_FET

S
D

D S

IO_MSTR_SDA_5

IO_MSTR_SDA_5(4,8,10,11)

A

0.22U

16V

0603

0.22U

16V

0603

0.22U

16V

0603

0.22U

16V

0603

0.22U

16V

0603

0.22U

16V

0603

0.22U

16V

0603

0.22U

16V

0603

0.22U

16V

0603

0.22U

16V

0603

0.22U

16V

0603

ANG

IO_ID1

100

0603

100/NA

0603

R772

R769

12

100/NA

0603

100

0603

R776

R779

ANG ANG

12

IO_ID2

I2S for HDMI & IT_Receiver Solution:

For 26M2_US Network Solution:

Mount: R837, R838, R839, R840, R841 & R842

Not mount U702

IO BD ID ID1 ID2

US H L

JP L L

1. Use Switch: CBT3257

Mount U702 ,

Not mount R837, R838, R839, R840, R841 & R842

2. Cost down solution: IT receiver & Sil9011 have tri-state (disable) function:

Mount: R837, R838, R839, R840, R841 & R842

Not mount U702

We will prefer to solution 2

21

21

21

21

3

3

3

3

87654

87654

87654

87654

B

B

B

D

D

D

D

C

C

C

C

B

A A

A A

A A

A

LD-26SH3U CIRCUIT DIAGRAM & PWB LAYOUT

7 – 24

B

B

B

CVBS_OUT (4)

CVBS_OUT

12

+

3

470U

25V

R390

100K

0603

12

(2)

IO_AV_OUT_DETECT

IO_AV_OUT_DETECT

1 2

1 2

R389 75 0603 1%

R110 2.2K/NA 0603

4511

2T1

J20B

2B

B

CONN_OUT_L

1 2

C432 1U 0603

1 2

R417 680 0603

8

S

YELLOW

OUT_MUTE (2)

R435

470K

0603

ANG

12

R421

2.2K

0603

1 2

10U

C438

16V

1206

ANG

12

AVOUT_MUTE OUT_MUTE

ANG

CONN_OUT_L (4)

2T

S

WHITE

CONN_OUT_R (4)

CONN_OUT_R

1 2

C482 1U 0603

1 2

R490 680 0603

2T

RED S

Q58

2PD601A

12

12

JO17

JO16

YKC21-4474N

1 2

1

SOT_SC70N_1

R418

470K

0603

R491

470K

0603

R430

20K

0603

5%

2 3

1 2

1 2

IO_GND

IO_GND

JO747

R469

20K

0603

5%

1 2

ANG

1

ANG

Q60

2PD601A

SOT_SC70N_1

2 3

ANG

OPEN-SMT4

1 2

IO_GND

IO_AV2_YPbPr_DETECT (2)

D

D

D

D

3/11

12345678

12345678

12345678

12345678

R73

100K

0603

12

R79

100K

0603

12

ANG

D4

1

2

+ANG_5V+ANG_5V

ANG

D5

1

2

IO_AV3_S_DETECT (4)

IO_AV1_S_DETECT (4)

IO_AV3_S_DETECT

IO_AV1_S_DETECT

1 2

1 2

R63 2.2K 0603

R77 2.2K 0603

R42 10K 0603

BAV99/NA

3

BAV99/NA

3

S2_DETECT_2 (4)

S2_DETECT_2

16V

C60

1 2

SVIDEO3_C_IN (4)

SVIDEO3_L_IN

SVIDEO3_C_IN

1 2

C95 1U 0603

C61 0.01U 50V 0603

0.1U

0603

10%

12

C65

0.01U

50V

0603

12

C87

0.01U

50V

0603

12

SVIDEO3_L_IN (4)

1 2

J5

R83750603

12

R52750603

12

0.01U

50V

0603

C58

12

270K

0603

R41

1 2

1098711432156

Y_1

C_1

C_2

C_GND

Y_GND

DET_1

AV3

+ANG_5V +ANG_5V

+ANG_5V

AV3

R104

100K

12

ANG

1

2

0603

D9

BAV99/NA

IO_AV3_RCA_DETECT (2)

IO_AV3_RCA_DETECT

R105

1 2

3

RCA_V3 (4)

RCA_V3

1 2

C133 1U 0603

2.2K

0603

4511

2T1

2B

J7B

S

YELLOW

RCA_IN_L3 (4)

RCA_IN_L3

1 2

C153 1U 0603

1 2

R128 220 0603

8

2T

S

WHITE

RCA_IN_R3 (4)

RCA_IN_R3

1 2

C171 1U 0603

1 2

R152 220 0603

2T

R151

12

JO10

R127

12

R116750603

12

RED S

YKC21-4474N

JO11

100K

0603

100K

0603

C

C

C

C

S2_DETECT_1 (4)

SVIDEO1_C_IN (4)

SVIDEO1_L_IN (4)

S2_DETECT_1

SVIDEO1_L_IN

SVIDEO1_C_IN

1 2

1 2

C91 1U 0603

R81750603

12

C77 0.01U 50V 0603

R75750603

12

0.1U

16V

0603

10%

12

C78

0.01U

50V

0603

C75

12

270K

0603

R61

1 2

R62 10K 0603

Y_2

GND

DET_2

C_GND

Y_GND

JO708

1 2

YKF51-5643N

1 2

ANG

ANG

SHORT-SMT4

IO_GND

C410

AV1

R378

100K/NA

0603

12

+ANG_5V

ANG

D38

BAV99/NA

1

2

IO_GND

1 2

1 2

IO_GND

ANGIO_GND

JO735

OPEN-SMT4

1 2

+ANG_5V

RCA_V2 (4)

IO_AV2_RCA_DETECT (2)

RCA_IN_R2 (4)

RCA_IN_L2 (4)

A

21

21

21

21

3

3

3

3

AV Output for CVBS/S-video

ANG

ANG

JO750

JO753

OPEN-SMT4

1 2

JO749

1 2

JO748

1 2

OPEN-SMT4

1 2

IO_GND

IO_GND

ANG

JO752

OPEN-SMT4

OPEN-SMT4

1 2

IO_GND

IO_GND

ANG

ANG

JO751

OPEN-SMT4

OPEN-SMT4

1 2

IO_GND

IO_GND ANG

RCA_V2

RCA_IN_R2

IO_AV1_RCA_DETECT (2)

RCA_IN_L1 (4)

RCA_V1 (4)

RCA_IN_R1 (4)

RCA_V1

RCA_IN_L1

RCA_IN_R1

C1441U0603

C1611U0603

C1051U0603

IO_AV1_RCA_DETECT

AV1

R91

100K

0603

12

+ANG_5V

ANG

D6

BAV99/NA

1

2

+ANG_5V

D

D

D

D

3

R92

2.2K

1 2

1 2

1 2

0603

1 2

R120 220 0603

23176109

1TSS

1T1

1B

YELLOW

J7A

1 2

JO13

IO_GND

1 2

R137

100K

0603

1 2

12

JO12

12

12

RED

YKC21-4474N

IO_GND

1 2

R119

100K

0603

R88750603

ANGIO_GND

JO736

OPEN-SMT4

1 2

C

C

C

C

R138 220 0603

1T

WHITE

Line 1 (0V: 525 lines, 2.2V: 750 lines, 5V: 1125 lines)

Line 2 (0V: 59.94i / 60i, 2.2V: -, 5V: 59.94p / 60p)

Line 3 (0V: 4:3, 2.2V: 4:3 letter box, 5V: 16:9)

Plug insert detect (output: 10K ohms, input: >100K ohms)

R367

100K

0603

12

+ANG_5V

ANG

D35

BAV99/NA

1

2

+ANG_5V

IO_AV2_RCA_DETECT

1 2

R111 2.2K 0603

3

RCA_IN_L2

1 2

1 2

C423 1U 0603

C387 1U 0603

1 2

R399 220 0603

23176109

1TSS

1T1

1B

YELLOW

J20A

R832

100K

12

ANG

1

2

0603

D706

BAV99/NA

3

IO_AV2_YPbPr_DETECT

1 2

R833 2.2K 0603

Y1_IO (7)

Y1_IO

2157463

SSST1T

J37

Y_Pb_Pr

PR1_IO (7)

PB1_IO (7)

PR1_IO

PB1_IO

ANG

T

RED

BLUE

GREEN

YKC21-4767N

A A

A A

A A

A

87654

87654

87654

87654

AV2

1 2

C444 1U 0603

JO15

IO_GND

1 2

R445

100K

0603

12

1 2

JO14

IO_GND

R398

12

R347750603

12

RED

YKC21-4474N

1 2

100K

0603

JO738

OPEN-SMT4

1 2

B

B

B

B

R446 220 0603

1T

WHITE

ANGIO_GND

+ANG_5V

+ANG_5V

LD-26SH3U CIRCUIT DIAGRAM & PWB LAYOUT

7 – 25

B

B

B

D

D

D

D

4/11

12345678

12345678

12345678

12345678

Y/CVBS_IN (6)

C

C

C

C

IO_Y/CVBS_OUT_3226 (2)

IO_C_OUT_3226 (2)

B

A

+9V_VIDEO

R2781K0603

12

1%

0603

50V

16V

1206

16V

0603

AGND

V1

S-1

CXA2069Q

PQFP64A_1MM

1

7

CVBS_OUT (3)

ANG

Q53

2PD601A

SOT_SC70N_1

2 3

1

ANG

ANG

R339

10K/NA

0603

+ANG_3.3V

ADR: L>>90H

H>>92H

286302069002

100P

0603

C399

12

100P

0603

C395

12

100P

0603

C378

12

100P

0603

C364

12

100P

0603

C431

12

100P

0603

C413

12

100P/NA

0603

C434

12

100P/NA

0603

C433

12

100P

0603

C436

12

100P

0603

C435

12

R386

150

0603

ANG

12

CONN_OUT_L (3)

+9V_VIDEO

BAV99W

3

1K

0603

R370

0.1U

50V

C400

0603

+9V_VIDEO

12

IO_AVSWITCH_MUTE (2)

1 2

IO_AVSWITCH_MUTE

MUTE ON at 2.5V or more

MUTE OFF at 1.5V or less and open

+9V_VIDEO

BAV99W

C899

2

3

1

D715

BAV99W

2

3

1

D712

2

3

1

ANG

D714

BAV99W

BAV99W

2

3

1

D713

BAV99W

2

3

1

D711

2

3

1

D710

BAV99W

D716

Q51

2PB709A

SOT_SC70N_1

23

1 2

1

ANG

OUT_L

0.1U

50V

0603

1 2

ANG

21

21

21

21

CONN_OUT_R (3)

2

ANG

1

ANG

1K

0603

R342

0.1U

50V

C380

0603

+9V_VIDEO

12

IT_AUD_L

1 2

C452 1U/NA 0603

1 2

R472 220/NA 0603

R473

100K/NA

0603

12

IO_IT_AUD_L(2)

+9V_VIDEO

BAV99W

2

ANG

3

1

D717

SOT_SC70N_1

R459

100K/NA

12

ANG

3

3

3

3

0603

ANG

Q46

2PB709A

1 2

23

1

ANG

OUT_R

IT_AUD_R

1 2

C453 1U/NA 0603

1 2

R458 220/NA 0603

ANG

IO_IT_AUD_R(2)

R350

100/NA

0603

1%

+9V_VIDEO

CIN (6)

CIN

1%

C757

0.1U

50V

0603

1 2

+9V_VIDEO

C342

12

Q35

2PB709A

SOT_SC70N_1

23

1

R29100805

1 2

1

2

1

2

1

2

1

2

1

2

1

2

1

2

12

0.1U

50V

0603

ANG

BAV99W

D42

BAV99W

D33

BAV99W

D34

BAV99W

D36

BAV99W

D43

BAV99W

D40

BAV99W

D41

23

1

ANG

+9V_VIDEO

R32000603

1 2

C389

12

ANG

Y/CVBS

1 2

C362 10U 16V1206

YIN1

TRAP1

YOUT1

MAIN TUNER IN

VIDEO6

TV

V6

LTV

RTV

U33

63

60

62

59

64

3

3

3

3

3

3

3

1 2

R317 100 0603

ANG

Q43

2PB709A

SOT_SC70N_1

R302

330

0603

1%

1 2

Q48

2PD601A/NA

SOT_SC70N_1

2 3

1

0.1U/NA

50V

0603

ANG

3226_C

3226_Y

AUDIO_R (8)

AUDIO_L (8)

AUDIO_L

AUDIO_R

1 2

1 2

1 2

1 2

C359 4.7U 0805C_1

C360 4.7U 0805C_1

R344 0/NA 0603

R357 0/NA 0603

5349565558514446474139

5254434538

CIN1

TRAP2

LOUT1

LOUT2

VOUT1

COUT1

COUT2

ROUT1

ROUT2

V/YOUT2

VIDEO OUT_1

VIDEO OUT_2

VIDEO4

VIDEO5

V5

Y4

C4

LV5

LV6

RV5

RV6

S2-4

30

24

26

23

29

31

61

27

LV4

25

12

+9V_VIDEO

V4

RV4

22

28

R785

OUT_L

1 2

R369 100 0603

37

YOUT3

S-4

560/NA

0603

OUT_R

1 2

R348 100 0603

40

LOUT3

COUT3

ROUT3

VIDEO OUT_3

C3

19

1%

OUT_V

12

1 2

R385 0 0603

VOUT3

Y3

17

C374

363334

DC OUT

S2-3

20

0.1U/NA

50V

0603

IO_MSTR_SCL_5

R401 33 0603

VIDEO3

LV3

RV3

16

18

ANG

ANG

IO_MSTR_SCL_5 (2,8,10,11)

IO_MSTR_SDA_5 (2,8,10,11)

+ANG_5V

IO_MSTR_SDA_5

1 2

1 2

R395 33 0603

SCL

SDA

V3

S-3

15

21

Q44

1 2

R426 1K 0603

32

12

R331

1 2

2PD601A/NA

SOT_SC70N_1

2 3

1

+9V_VIDEO

ANG

1 2

16V 1206

C372 10U

IO_AVSWITCH_MUTE

4857504235

ADR

VCC

BIAS

MUTE

VIDEO2

V2

Y2

C2

LV2

RV2

S-2

S2-2

8

9

10

11

14

13

100/NA

0603

12

12

+9V_VIDEO

Y1

C1

3

5

1%

C411

12

12

VGND

S2-1

6

VIDEO1

R778

560/NA

0.1U

0603

10U

C401

0.1U

C404

LV1

RV1

2

4

1 2

C3461U 0603

TUNER_OUT

TUNER_OUT(10)

D

D

D

D

1 2

1 2

R319 6.8K 0603

R318 6.8K 0603

IO_DIGITAL_INL

IO_DIGITAL_INR

IO_DIGITAL_INL(2)

IO_DIGITAL_INR(2)

1 2

1 2

1 2

R438 100 0603

R444 6.8K 0603

R443 6.8K 0603

RCA_V1

AUDIO_OUT_L

AUDIO_OUT_R

RCA_V1(3)

AUDIO_OUT_L(8)

AUDIO_OUT_R(8)

1 2

1 2

1 2

1 2

1 2

1 2

1 2

1 2

1 2

R441 6.8K/NA 0603

R442 6.8K/NA 0603

R424 100 0603

R400 100 0603

R425 100 0603

R409 6.8K 0603

R392 6.8K 0603

R455 100 0603

R420 100 0603

RCA_V3

SVIDEO3_C_IN

SVIDEO3_L_IN

RCA_IN_R3

RCA_IN_L3

IO_AV3_S_DETECT

S2_DETECT_2

IT_AUD_L

IT_AUD_R

RCA_V3(3)

SVIDEO3_L_IN(3)

SVIDEO3_C_IN(3)

RCA_IN_R3(3)

RCA_IN_L3(3)

S2_DETECT_2(3)

IO_AV3_S_DETECT(3)

C

C

C

C

1 2

1 2

R383 6.8K 0603

R384 6.8K 0603

RCA_IN_R2

RCA_IN_L2

RCA_IN_R2(3)

RCA_IN_L2(3)

R377 100 0603

RCA_V2

1 2

1 2

1 2

1 2

1 2

1 2

1 2

R345 100 0603

R330 100 0603

R338 6.8K 0603

R356 100 0603

R322 6.8K 0603

R368 100 0603

SVIDEO1_C_IN

SVIDEO1_L_IN

S2_DETECT_1

RCA_IN_R1

RCA_IN_L1

IO_AV1_S_DETECT

RCA_V2(3)

S2_DETECT_1(3)

SVIDEO1_L_IN(3)

SVIDEO1_C_IN(3)

RCA_IN_R1(3)

RCA_IN_L1(3)

IO_AV1_S_DETECT(3)

B

B

B

B

A A

A A

A A

A

87654

87654

87654

87654

LD-26SH3U CIRCUIT DIAGRAM & PWB LAYOUT

7 – 26

B

B

B

D

D

D

D

C

C

C

C

B

A

10UH

3225

C159

10U

12

C156

0.1U

12

C710

0.1U

50V

12

0.1U/NA

C176

12

R153

12

R163

6.8K

12

R162

220

12

0.1U/na

C179

12

50V

5%

0805C_1

0603

0603

0402

4.7K

0603

0603

0402

6.3V

+80-20%

0603

1%

+80-20%

50V

R148

1%

50V

5.6K

0603

Q15

2PB709A

ANG

+9V_VIDEO

3225 5%

1 2

L27

+9V_VIDEO1

ANG

U16

1 2

1

SOT_SC70N_1

23

ANG

+D_2.5V

10UH

12

12

R149

1 2

23

VINVOUT

H354LAI-8113

1

IO_3D_Y_3230

C281

C253

L22

1 2

AVDD_0

100U

50V

+

0.1U

0603

Q19

2PB709A

470

0603

GND1
GND2
GND0

NC

1

Q16

2PD601A

2 3

10UH

C205

12

C206

12

C204

50V

AYO

1 2

1

SOT_SC70N_1

23

1%

68P/NA

C165

12

6
5
4

R135

SOT_SC70N_1

12

C168

12

R147

12

3225

5%

0.1U

50V

0603

10U

6.3V

0805C_1

ANG

0.1U

50V

0603

1 2

21

21

21

21

ANG

ANG

50V

0.1U/NA

0402

+80-20%

C193

12

+9V_VIDEO1

R174

4.7K

0603

R170100603

ANGANG

5%

0603

ANG

1%

220

0603

ANG

10P

0603

5%

75

0603

1%

R136

470

0603

1 2

12

C158

12

R192

15K

0603

12

R208

680

0603

1%

12

ANG

R207

220

0603

12

C256

12

0.1U/na

Q24

0402

+80-20%

22P

0603

5%

2PB709A

SOT_SC70N_1

23

50V

U21

C216

0.01U

Q23

2PD601A

1

ANG

C217

1 2

R184

1 2

13

VINVOUT

H354BAI-4404

0603D_1

1 2

1

SOT_SC70N_1

ANG

IO_3D_C_3230

Q21

0.01U

560

0603

GND2
GND1
GND0

NC

2

2 3

ACO

1 2

1

2PB709A

SOT_SC70N_1

23

0603D_1

1%

5
6
4

R173

1.5K

12

R183

12

R181

12

R197

12

3

3

3

3

R175100603

ANG

ANG

0603

1%

ANG

5.6K

0603

220

470

ANG

0603

0603

R182

470

0603

ANG

12

1 2

C215

22P

0603

5%

+ANG_2.5V

0603

0603

6.3V

ANG

L16

1 2

ANG

AVDD_1

+9V_VIDEO1

10UH

C247

C250

C246

12

C180 0.1U 50V 060 3

50V

50V

50V

3225

0.1U

10U

0.1U/NA

AGND_1

CBPC

12

C197 0.1U 50V 060 3

0603

0603

0603

AGND_2

CBPY

5%

50V

0805C_1

50V

AGND_3

+ANG_2.5V

C245

0.1U

50V

12

C174

0.1U

50V

12

C711

10U

0805C_1

12

AVDD_2

0603

6.3V
ANG ANG

0603

ANG

124253348

75

91

92

AGND_4

AGND_5

AGND_6

DGND_0

DGND_1

DGND_2

DGND_3

DGNDRAM_0

DGNDRAM_1

UPD64084

PQFP100_05MM_1

284564084002

VCOMY

ACO

AYO

AYI

VCLY

VRBY

VRTY

96

97

0.1U

50V

C237

AYO

ACO

0603

AVI_3D

12

0.1U

50V

C230

0603

12

AVI_3D(6)

0.1U

50V

C218

0603

12

C714

10U

6.3V

0805C_1

12

ANG

0.1U

50V

C203

0603

12

ANG

ANG

5/11

12345678

12345678

12345678

12345678

0.1U

50V

C145

0603

ANG

12

FSCI_3D

B

R122

220

0603

Q12

+ANG_3.3V

MMBT3906L

EC

12

R123

360

0603

1%

10%

820P

0603

C146

ANG

1 2

12

560P

0603

C148

L15

5.6UH

3225

5%

12

1 2

12

R132

1M/NA

0603

C157

0.047U

0603

1 2

NEW PART
16PF

X8

20MHZ

1 2

XO_3D

XI_3D

141516171819202122

636465666768697071

72

DYCO0

DYCO1

DYCO2

DYCO3

DYCO4

DYCO5

DYCO6

DYCO7

DYCO8

DYCO9

EXTDYCO0

EXTDYCO1

EXTDYCO2

TESTIC1

TESTIC2

TEST1

TEST2

TEST3

TEST4

TEST5

TEST6

TEST7

TEST8

TEST9

TEST10

U17

2345678

TEST11

9

1011122829303240414243787980818283848599565758454647596061737744747687888990939495

ANG

I2C address

H:BA/BBh

EXTDYCO3

EXTDYCO4

TEST12

TEST13

L OR

C138

12

C137

12

EXTDYCO5

EXTDYCO6

TEST14

TEST15

NC:B8/B9h

18P

18P

23

EXTDYCO7

EXTDYCO8

TEST16

TEST17

+ANG_3.3V

25V

0603

10%

25V

0603

10%

13

EXTALTF

EXTDYCO9

TEST18

TEST19

TEST20

ANG

TEST21

TEST22

12

12

12

XI_3D

363754

XI

TEST23

C232

C233

C231

ANG

XO_3D

XO

TEST24

0.1U

50V

10U

0805C_1

0.1U

50V

TEST25

0603

6.3V
ANG

0603

AVDD_0

FSCI_3D

38505586982627313962100

51

FSCI

FSCO

TEST26

CKMD

CLK8

ANG

RESET_3V#

AVDD_0

RSTB

AVDD_1

AVDD_1

SLA0

1 2

R708 33 0603

AVDD_2

SCL

AVDD_2

1 2

R703 33 0603

AVDD_3

SDA

AVDD_4

ST0

+D_2.5V

DVDDIO

ST1

DVDD_0

DVDD_1

NSTD

DVDD_2

ALTF

CSI

12

12

12

+D_2.5V

L24

CSI

RPLL

C249

C709

C712

1 2

3435495253

DVDDRAM_0

DVDDRAM_1

RPLL

LINE

KIL

KIL

12

R141 0/NA 0603

0.1U

0.1U

0.1U

12

12

12

AGND_0

R705

10K/NA

0603

R704

10K/NA

0603

12

ANG

RESET_3V#(2,8)

IO_MSTR_SCL

IO_MSTR_SDA

IO_MSTR_SCL(2)

IO_MSTR_SDA(2)

+ANG_3.3V

R118

12

R114470603

12

R1171K0603

12

R115

12

12

CSI

2PD601A

SOT_SC70N_1

Q70

R125

SYN_IN

1

1 2

1 2

1 2

1 2

SYN_IN(6)

2 3

2.2K

0603

R130

12

R129

12

R126

12

220

0603

12

220

0603

ANG

1%

ANGANG ANGANG

10K

0603

1%

2.2K

0603

220K

0603

C278

1000P

0603

4.7K

0603

DFWLYHORZ

Q14

2PB709A

SOT_SC70N_1

23

1

1

Q67

2PD601A

SOT_SC70N_1

47K

0603

2 3

C2411U0603

0.1U

50V

C141

0603

ANG

R124

R121

C

C

C

C

IO_3D_Y_3230(2)

B

B

B

B

+ANG_3.3V

12

D

D

D

D

IO_3D_C_3230(2)

87654

87654

87654

87654

A A

A A

A A

A

LD-26SH3U CIRCUIT DIAGRAM & PWB LAYOUT

7 – 27

B

B

B

D

D

D

D

6/11

12345678

12345678

12345678

12345678

C

C

C

C

B

A

+9V_VIDEO

2PD601A

SOT_SC70N_1

1

1 2

Y/CVBS_IN

2 3

R2491K0603

12

R250

100/NA

SYN_IN (5)

C288

25V

C334

12

47U/NA

+

12

C301

12

0.1U/NA

C328

12

12

0.1U/NA

C335

12

0.1U

0603

0.1U/NA

50V

0603

50V

0603

R2791K0603

12

R281

1.8K/NA

50V

0603

R2881K0603

12

50V

R303

100

0603

0603

ANG

1%

1%

C343

12P

ANG

1%

ANG

Q38

2PD601A

1

1 2

ANG

IO_SV_Y_3230 (2)

IO_SV_Y_3230

0603

5%

1 2

SOT_SC70N_1

12

2 3

Q37

2PB709A

23

1

12

R293

R304

1.8K/NA

SOT_SC70N_1

L37

22uH

845

0603

Q39

23

1%

0603

R310

C344

27P

0603

1 2

C336

10P

0603

1 2

1%

2PB709A

SOT_SC70N_1

1

12

1 2

21

21

21

21

IO_SV_C_3230 (2)

IO_SV_C_3230

0.1U/NA

50V

C300

0603

ANG

12

ANGANGANG

5%

5%

R305

1.69K

0603

1.5K

0603

1%

12

12

0.1U

50V

C327

0603

12

ANGANG

1%

1%

1%

R245

560

0603

R260

560

0603

R280

1.8K/NA

0603

Q33

2PB709A

SOT_SC70N_1

12

23

1%

ANG

1

27P

0603

5%

C307

1 2

L34

22uH

1 2

C298 12P 0603 5%

10P

0603

5%

C295

1 2

12

845

0603

1%

R262

CIN

CIN(4)

3

3

3

3

ANGANGANG

SYN_IN

1%

1%

R2511K0603

ANG

12

0603

1 2

C63

100U/NA

50V

+

12

,1387

$03

10UH

3225

5%

L11

C88

25V

47U

ANG

+

12

1 2

C110

12

C128

12

C116

12

C134

12

0.1U

0.1U/NA

0.1U/NA

0.1U/NA

50V

0603

C277

12

C276

12

C248

12

0.1U/NA

0.1U

0.1U/NA

50V

0603

12

R209

12

50V

0603

12

50V

0603

R237

1.8K/NA

ANG

R2221K0603

1%

0603

C279

ANG

R2281K0603

ANG

Q30

2PD601A

1

100

0603

1 2

AVI_3D (5)

AVI_3D

C2431U0805C_1

1 2

1%

Q28

23

L2822uH

12P

0603

5%

1 2

R229

1%

R240

SOT_SC70N_1

2 3

12

+80-20%

2PB709A

SOT_SC70N_1

1

12

1.5K/NA

0603

845

0603

Q29

23

1%

R242

C280

27P

0603

1 2

C257

10P

0603

1 2

1%

2PB709A

SOT_SC70N_1

1

12

1 2

5%

5%

1%

R241

1.5K

0603

1.8K

0603

1%

50V

0603

50V

0603

50V

0603

Q71

0.1U

50V

C339

0603

ANG

12

R131

100

0603

ANG

ANG ANG

ANG

ANG

Y/CVBS_IN

Y/CVBS_IN(4)

CLOSE UPD64084

D

D

D

D

C

C

C

C

LD-26SH3U CIRCUIT DIAGRAM & PWB LAYOUT

7 – 28

CLOSE CONN

B

B

B

B

A A

A A

A A

A

87654

87654

87654

87654

B

B

B

D

D

D

D

7/11

12345678

12345678

12345678

12345678

C

C

C

C

IO_Pb_OUT (2)PB1_IO(3)

IO_Y_OUT (2)

IO_Pr_OUT (2)

B

A

+ANG_5V

R572

220K/NA

12

R573

220K/NA

12

R539

220K/NA

12

R543

220K

12

R496

220K

12

R447

220K/NA

12

BINB/VINB

7

IO_Pr_OUT

1%

1 2

R523 0 0603

GOUT/UOUT

GINA/UINA

GINB/UINB

12356

IO_VFC_PWM (2)

IO_VFC_PWM

R454

1 2

IO_D_CONNECT_SEL (2)

IO_D_SM5301_SEL (2)

IO_D_CONNECT_SEL

IO_D_SM5301_SEL

911141722

23

20

2118

VFCVCC1

RFC

SYNCIN

MUXSEL

DISABLE

GSG1

GSB1

GSR1

D53

BAV99

3

D50

BAV99

3

D46

BAV99

3

10K

0603

12

12

12

161310

GND1

VCC2

VCC3

151224

2

1

2

1

2

1

A

B

OUTPUT

MUXSEL L

MUXSEL H

IO_D_CONNECT_SEL

1U

C472

10V

0805C_1

ANG

1%

R457

820

0603

ANGANG

33P

0603

50V

C473

6

0

21

21

21

21

3

3

3

3

GAIN[dB]

194

30

GND2

GND3

GND4NC_0

GND_1

SM5301CS

HSOP28

VCC4

NC_1

NC_2 GND_0

8

28 29

ANG

+ANG_5V

GND

Vcc or Open

GSX1

GSX1 Control pin truth table

286305301011

10K/NA

0603

R478

1 2

12

+ANG_5V

12

C474

12

C471

12

C470

12

C517

12

R47700603

C466

10U

16V

1206

0.1U

16V

0603

0.1U

16V

0603

0.1U

16V

0603

0.1U

16V

0603

ANG

ANG

IO_Y_OUT

IO_Pb_OUT

1%

1%

1 2

1 2

R499 0 0603

R519 0 0603

BOUT/VOUT

ROUT/YOUT

U43

BINA/VINA

RINA/YINA

0603

R553

330K/NA

0603

12

0603

R554

330K/NA

0603

12

0603

R538

330K/NA

0603

12

0603

R532

330K

0603

12

0603

R493

330K

0603

12

0603

R437

200K/NA

0603

12

RINB/YINB

252627

1%

1%

1%

ANG ANG ANG ANG ANG ANG

1%

+ANG_5V

1 2

1 2

1 2

1 2

1 2

1 2

C523 1U/NA 10V 0805C_1

C506 1U 10V 0805C_1

C462 1U 10V 0805C_1

C492 1U 10V 0805C_1

C516 1U/NA 10V 0805C_1

C519 1U/NA 10V 0805C_1

1 2

1 2

1 2

1 2

1 2

1 2

R452 47 060 3

R522 47 060 3

R550 47/NA 0603

R511 47 060 3

R535 47/NA 0603

R587 47/NA 0603

R593

75/NA

0603

1%

12

R277750603

1%

12

R586

75/NA

0603

1%

12

R259750603

1%

12

R571

75/NA

0805

1%

12

R244750603

1%

12

IO_IT_Y

IO_IT_PR

Y1_IO

PB1_IO

IO_IT_PB

PR1_IO

Y1_IO(3)

PR1_IO(3)

IO_IT_Y(2)

IO_IT_PB(2)

IO_IT_PR(2)

D

D

D

D

C

C

C

C

ANG ANG

37.25MHz

13.5MHz

6.75MHz

1.6V

0.2VL

0.6VH

VOLTAGE

H

L

L

VFC2

H

VFC1 CUT FREQUENCY

VFC Control pin truth table

B

B

B

B

87654

87654

87654

87654

A A

A A

A A

A

LD-26SH3U CIRCUIT DIAGRAM & PWB LAYOUT

7 – 29

B

B

B

+ANG_5V

1 2

BEAD_120Z/100M

L8

12

C47

1500P

12

470P/NA

C45

12

B

10U

C44

16V

1206

25V

10%

0603

10%

0603

+ANG_5V

ANG

+ANG_2.5V+ANG_3.3V

C42

12

12

12

I2S_DEL_IN

U6

VCC

543
1

0.1U

GND

16V

0603

ANG

2

C24

10U

6.3V

0805C_1

ANG

0.1U

16V

C23

0603

COUNT1

COUNT0

876

5

VDD

SDO

COUNT1

COUNT0

U4

SDI

LRI

BCKI

VSS

123

4

0603

50V

0603

50V

16V

16V

ANG

74

DCTRI/O_1

AUD_CL_OUT

ANG

ANG

76

SPDIF_OUT

XTAL_IN

71

XTAL_IN

ANG

+ANG_5V

XTAL_OUT

72

XTAL_OUT

C

C

C

C

L5

BEAD_120Z/100M

1 2

+DVSUP

12

13

DVSUP_0

DVSUP_1

C33

12

C32

1500P

12

C31

12

C30

220P/NA

12

141516

DVSS_0

10U

0603

470P

DVSS_1

1206

25V

0603

0603

ANG

16V

10%

10%

10%

DVSS_2

+AHVSUP

AHVSUP

ANG

44

43

AHVSS_1

+ANG_5V

ANG

AHVSS_0

+9V_VIDEO

L51

1 2

BEAD_120Z/100M/NA

+AVSUP

66

AVSS_1

AVSUP_0

AVSUP_1

R4

D2

1 2

AK

1 2

L3

616265

AVSS_0

2.2
0805C_1

RLS4148

MLL34B

BEAD_120Z/100M

10U

C7

12

C9

1500P

0603

12

470P/NA

C13

12

ANG

16V

1206

25V

10%

10%

0603

ANG

D

D

D

D

AUDIO_OUT_R (4)

8/11

12345678

12345678

12345678

12345678

AUDIO_OUT_L (4)

1 2

C12 1U 0603

C16 1U 0603

1 2

C15 1U 0603

C11 1U 0603

1 2

R8 0 0603

R5 0 0603

37

SC1_OUT_L

1 2

12

12

1 2

1 2

SC1_OUT_R

R9

R6

C10

12

C14

12

SC2_OUT_L

330P

330P

470K

0603

470K

0603

50V

0603

50V

0603

333436

SC2_OUT_R

ANGANG

42

SC3_OUT_L

DACM_R (9)

DACM_L (9)

ANG

DACA_L (9)

DACA_R (9)

C19

12

C18

DACM_R

DACM_L

DACA_R

DACA_L

12

2425272829303132383940

DACA_L

DACM_L

DACA_R

DACM_R

330P

330P

DACM_C

XTAL_OUT

0603

0603

DACM_SL

XTAL_IN

50V

50V

ANG ANG

DACM_SR

X1

+AHVSUP

1 2

C54 10U 16V 1206

C17 10U 16V 1206

CAPL_M

DACM_SUB

Crystal C-load=16pF

18.432MHZ

1 2

1 2

VREFTOP

58

CAPL_A

VREFTOP

314100184507

VREF1

12

12

26

VREF2

C53

C52

C35

C34

1.5P/NA

1 2

1.5P/NA

1 2

0.1U/NA

0603

10U

1206

787735

DCTRI/O_0

ANG

AHCT1G125DCK

SC70_5

NJU26901

286326901002

A

21

21

21

21

3

3

3

3

ANG

+ANG_5V

U5

MSP4441K

PQFP80_0.8MM

R34

12

284504441001

1 2

1 2

1 2

R26 0 0603

R25 0 0603

R24 0 0603

+ANG_2.5V

+ANG_2.5V

R1900603

12

R11

0/NA

12

0603

Add audio delay for AV OUT,10/8

12

12

COUNT0

12

COUNT1

I2S_CLK_2.5V

I2S_DA_OUT_2.5V

I2S_WS_2.5V I2S_DA_OUT_DELAY

1

3

456111098

13

1Y

2Y

4Y

3Y

1OE#

2OE#

3OE#

4OE#

1A

GND

VCC

4A

2A

3A

U7

SN74LVC125A

TSSOP14

2

7

14

12

I2S_DEL_CLK

I2S_DEL_WS

ANG ANG

128ms

Delay Time

NJU26901 DELAY TIME CONTROL

COUNT[1:0]= 11

96ms

COUNT[1:0]= 10

64ms

COUNT[1:0]= 01

32ms

COUNT[1:0]= 00

87654

87654

87654

87654

1U

0603

C38

ANG

I2S_DEL_OUT

R15

0/NA

0603

ANG

R1200603

ANG

RESETQ

STANDBYQ

I2C_CL

234

21

80

1K

0603

1 2

R30 33 0603

RESET_3V#

IO_MSTR_SCL_5

RESET_3V#(2,5)

IO_MSTR_SCL_5(2,4,10,11)

ADR_SEL

I2C_DA

I2S_CL

I2S_WS

5

79

12

ANG

1 2

R33 0 0603

R29 33 0603

I2S_DEL_IN

I2S_DEL_CLK

I2S_DEL_WS

IO_MSTR_SDA_5

IO_MSTR_SDA_5(2,4,10,11)

I2S_DA_IN1

I2S_DA_IN2 SC3_OUT_R

7

17 41

I2S_DA_IN3

I2S_DA_IN4

23

1 2

R13 33 0603

I2S_SDO

I2S_SDO(2)

I2S_DA_OUT

I2S_CL3

I2S_WS3

6

192022

1 2

1 2

R17 33 0603

R14 33 0603

I2S_CLK

I2S_WS

I2S_DEL_OUT

I2S_CLK(2)

I2S_WS(2)

I2S_DEL_IN

I2S_DEL_OUT

8

9

I2S_DEL_CL

I2S_DEL_WS

10

11

SC1_IN_L

1 2

R22 1K 0603

1 2

C36 4.7U 0805C_1

AUDIO_L(4)

SC1_IN_R

57

1 2

R28 1K 0603

1 2

C37 4.7U 0805C_1

AUDIO_R(4)

SC2_IN_L

535456

SC2_IN_R

SC3_IN__L

504948

SC3_IN__R

51

47

1 2

R16 1K 060 3

1 2

C25 4.7U 0805C_1

PC_LINE_INL

SC4_IN_L

1 2

R18 1K 060 3

1 2

C27 4.7U 0805C_1

PC_LINE_INR

IO_PC_LINE_INL(2)

SC5_IN_L/MONO_IN

SC4_IN_R

59

60

C40

12

470P

0603

C26

12

470P

0603

C28

12

IO_PC_LINE_INR(2)

SC5_IN_R

ASG_0

10U/NA

0805C_1

ASG_2

ASG_1

55

52

ANG

ANA_IN1+

ANA_IN1-

676869

0603

12

12

C50 56P

C49 56P

IF_AUDIO1_GND(10)

IF_AUDIO1

IF_AUDIO1(10)

TESTEN

NC_3

NC_4

NC_5

NC_0

NC_1

TP

ANA_IN2+

NC_2

AGNDC

70

636475118

73

46

45

0.1U

16V

C22

0603

ANG

12

10U

C21

16V

1206

12

56P

0603

C51

ANG

12

0603

B

B

B

D

D

D

D

C

C

C

C

B

A A

A A

A A

A

LD-26SH3U CIRCUIT DIAGRAM & PWB LAYOUT

7 – 30

B

B

B

External clock

slave mode

External clock

slave mode

466KHZ

524KHZ

L

H

L

L

L

L

50V

0603

ANG

0603

ANG

SOT23_FET

ANG

R67

47K

0603

R68

1 2

DS

10K

R702

12

+ANG_5V

B

internal clock

master mode

internal clock

slave mode

External clock

slave mode

~500KHZ

524KHZ

L

L

LL

H

H

L ~500KHZ

H

H

4.7U

0805

+80-20%

ANG

C92

12

470

0603

2N7002

SOT23_FET

Q701

ANG

D

S

G

0603

2N7002

SOT23_FET

Q9

D

S

DS

G

IO_HP_DETC

12

12

R46

12

+ANG_5V

16V

10%

C67

0.1U

0603

12

4.7U

C66

0805

ANG

12

+ANG_5V

C64

56P

0603

1 2

1 2

R44 100K 0603 1%

R45

4.7K

0603

1%

1 2

2N7002

SOT23_FET

Q702

ANG

D

S

DS

G

ANG

IO_HP_MUTE(2)

C70

1 2

DACA_L

DACA_L(8)

ANG

PVSSR4

OPEN-SMT4

ANG

PVSSL0

PVSSL1

ANG

0/NA

0603

+5V_DVDD

L:SPEAKER

C

C

C

C

18dB

12dB

0dB18dB

24dB 6dB

32dB

36dB

Operating mode

Carrier Freq.

Digital AMP gain Headpone AMP gain

L

H

H

L

VoL2

L

H

R58

12

TP1

1

6

MUTEN

GND_5

GND_6

GND_7

ANG

VoL1

100

0603

GND_8

SSOP42_GND

HIGH

LOW

SLEEP

YDA138

ANG

H

ANG

12

286100138001

+ANG_5V

2N7002/NA

SOT23_FET

Q3

D

S

DS

G

IO_HP_DETC

IO_HP_DETC(2)

Gain setting

ANG

37

34

HP

PVSSL2

PVSSL3

PVSSL4

GND_0

GND_1

GND_2

GND_3

GND_4

SLEEPN

VOL0

VOL1

17

26

27

434445464748495051

R574

100K

0603

1 2

+12V_YDA138

R575

100K

0603

5%

12

12

R584

100K

0603

5%

R585

R576

0/NA

0603

1 2

1 2

ANG+12V_GND

JO711

OPEN-SMT4

1 2

HIGH

OFF

ON

LOW

H:HEADPHONE

MUTE

MODE1

L

MODE2 MODE0

Operating mode setting

0.1U

C882

12

R816

470K

12

2N7002

R813

10K

0603

Q706

D

S

DS

G

ANG

IO_YDA138_MUTE

IO_YDA138_MUTE(2)

+ANG_5V

12

D

D

D

D

J30

HDR/MA-2

ACES

88290-0200

J31

HDR/MA-2

ACES

88290-0200

White

1

9/11

12345678

12345678

12345678

12345678

2

GND2

GND1

OUT_L-

OUT_L+

C96

68P

0603

5%

1 2

Black

1

2

ANG

ANG

GND2

GND1

OUT_R-

OUT_R+

3

5%

68P

060

C90

12

5%

68P

0603

C83

12

5%

68P

0603

C89

12

5%

68P

0603

C86

12

C98

68P

0603

5%

1 2

Speaker out

ANG

1 2

1 2

1 2

1 2

L49 0805C_1

L47 0805C_1

L48 0805C_1

L50 0805C_1

0.01U

0603

0.01U

1 2

4398

VREFL

VREFR

INL

38

1 2

1 2

AOUT_L

1 2

R413

DACM_L

DACM_L(8)

ANG

INR

5

1 2

1 2

AOUT_R

1 2

R412

DACM_R

DACM_R(8)

1 2

1 2

L2 22UH 20%

L1 22UH 20%

OUTPL

OUTML

C442

R422

4.7U

C100

12

C99

0.01U

1 2

1 2

1 2

L9 22UH 20%

L10 22UH 20%

R+L-L+

R-

1

42

14203529164119

HPOL

HPOR

OUTPR

OUTMR

MODE0

MODE1

MODE2

232425

C528

12

+5V_DVDD

4.7U

0805C_1

R440

12

C440

12

R439

12

C439

12

10K

0603

+12V_YDA138

6.3V

0805C_1

+12V_SPEAKER

0603

0603

1 2

1206

50V

PROTN

0.1U

50V

0603

30K

0603

680P

0603

10%

30K

0603

680P

0603

10%

F10

12

C922

0.33U

+12V_SPEAKER

21

XI

XO

6.5A/24VDC

295000010206

ANG

25V

20%

C493

0.1U

0603

12

2

91011121330313233

18

40

CKIO

AVSS

DVSS

PVSSR0

PVSSR1

PVSSR2

PVSSR3

PVDDREG

PVDDPR

PVDDMR

PVDDPL

PVDDML VSSBGR

7

153628 3

0.1U

50V

C508

0603

12

0.1U

50V

C518

0603

ANG

12

0.1U

50V

C507

0603

12

0.1U

50V

C520

0603

12

ANGANG

JO712

1 2

C484

100U

50V

+

12

+5V_DVDD

12

12

+5V_DVDD

C94

12

0.01U

0603

C93

12

C920

0.33U

1206

50V

1 2

0603

1206

16V

10V

10%

C488

12

1 2

ANG

C499 1U 060 3

C500 1U 060 3

REFA

DVDD

U48

22

16V

10%

0.1U

0603

ANG

C443

4.7U

0805C_1

R423

10K

0603

4.7U

6.3V

0805C_1

10U

C524

C530

0.1U

HP FUNCTION

A

21

21

21

21

HDR/MA-4

ACES

88261-0400

J32

123

4

ANG

GND1

GND2

HP_VOC

10%

470P

0603

C69

R53

4.7K

0603D_1

1 2

10%

470P

0603

C68

HPOL

HPOR

51K

0603

U11

0.47U

0603

R48

R51

47 0603

1 2

PHONE_L

INA VDD

2 9

4.7K

HP_VOC

/SD VOA

0603

C71

47 0603

PHONE_R

8

VOC

MUTE

36451 10

1%

1 2

7

VOB

BYPASS

IO_HP_DETC(2)

GND

INB

1 2

1 2

DACA_R

DACA_R(8)

1U

0603

C72

ANG

12

R49

R56

4.7K/NA

0603

12

R55

4.7K/NA

0603

12

10%

100P

0603

C80

12

10%

100P

0603

C79

12

/SD FUNCTION

H:Normal

L:SHUTDOWN

ANG

1 2

LM4911

PSOP10_0.5MM

R57 100K 0603 1%

10K

0603

R54

ANG

1 2

4.7U

C74

0805

ANG

12

0.47U

0603

330P

0603

C73

12

330P

0603

C81

12

3

3

3

3

ANG

C82

56P

0603

1 2

ANG

87654

87654

87654

87654

IO_HP_DETC(2)

B

B

B

D

D

D

D

C

C

C

C

B

A A

A A

A A

A

LD-26SH3U CIRCUIT DIAGRAM & PWB LAYOUT

7 – 31

B

B

B

D

D

D

D

C

C

C

C

B

A

12345678

12345678

12345678

12345678

10/11

+5V_TVTUNER

C57

12

C59

+

12

C704

12

IF_AUDIO1 (8)

IF_AUDIO1

IO_MSTR_SDA_5 (2,4,8,11)

IO_MSTR_SCL_5 (2,4,8,11)

IO_TUNER_I2C_SWITCH (2)

IO_TUNER_I2C_SWITCH

1 2

10K

0603

R715

R712 0/NA 0603

1 2

+ANG_5V

R711

IO_TUNER_AGC (2)

1%

R501K0603

ANG

IO_TUNER_AGC

12

R40

560

0603

1%

1 2

Q4

2PD601A

SOT_SC70N_1

2 3

1

+ANG_5V

R47

0603

1.5K

1%

12

+ANG_5V

close to pin

0.22U

16V

0603

100U

50V

TVTUNER_GND

16V

10%

0.1U

0603

23

1

R431K0603

1 2

Q6

2PB709A

SOT_SC70N_1

0.01U/NA

C703

12

ANG

1%

0603

TVTUNER_GND

+ANG_5V+ANG_5V

TP707

1

13789

NC

GND0

GND1

U8

TH1

TH2

TH3

12

R710

560K

12

MB

AGC

GND2

GND3

TH4

560K

0603

1 2

R701 10K 0603

TP706

1

G

D S

Q704

2N7002

0603

1 2

R714 56 0603

10UH 3225 5%

1 2

TVTUNER_GND

L701

SCL_SHARP

AS_JPTUNER

(AS)

N.C._0

S
D

10UH 3225 5%

CL

S
D

D S

1 2

R709 56 0603

1 2

L702

SDA_SHARP

1112131710

IO_TUNER_I2C_SWITCH

G

Q703

2N7002

C718

12

C716

12

47P/NA

C717

12

47P/NA

C715

12

TP704

1

DA

AFT

1 2

R713 0/NA 0603

47P/NA

0603

47P/NA

0603

0603

0603

141516

SIF

(AUDIO-OUT)

+ANG_5V

12

+ANG_5V

ANG ANG

TP703

TP702

1

1

N.C._1

N.C._2

VIDEO-OUT

VT2W8UW553

TUNER_VT2W8UW553

IO_TUNER_AFT (2)

+ANG_5V

1%

R651K0603

ANG

IO_TUNER_AFT

12

R64

560

0603

1%

1 2

Q5

2PD601A

SOT_SC70N_1

2 3

1

R59

0603

1.5K

1%

23

1

R601K0603

1 2

Q8

2PB709A

12

SOT_SC70N_1

1%

0.01U

0603

C898

ANG

TVTUNER_GND

R20

470

12

R21

12K

12

1%

0603

Q1

1

0603

C39

0.01U

1 2

C41

1500P

1 2

C46

1500P

1 2

R31

330

1 2

C48

1000P

1 2

+5V_TVTUNER

2PD601A

SOT_SC70N_1

2 3

12

50V

0603

10%

50V

0603

10%

50V

0603

10%

0603

0603

10%

12

R23

3.9K

0603

L6

12

12

L7

12

IF_AUDIO1_GND (8)

IF_AUDIO1_GND

21

21

21

1%

R27

100

0603

1UH

3225

5%

10%

8200P

0603

C43

1UH

3225

5%

R71600805

1 2

TVTUNER_GND

TUNER_OUT (4)

R321K0603

Q2

2PD601A

SOT_SC70N_1

12

2 3

1

R3700603

1 2

TVTUNER_GND

21

3

3

3

3

TVTUNER_GND

ANG

ANG

ANG

ANG

ANG

ANG

ANG

1 2

SHORT-SMT4

TVTUNER_GND

ANG

JO707

SHORT-SMT4

1 2

87654

87654

87654

TVTUNER_GND

A A

A A

A A

A

87654

ANG

ANG

SHORT-SMT4

TVTUNER_GND

JO701

JO706

SHORT-SMT4

1 2

1 2

TVTUNER_GND

SHORT-SMT4

TVTUNER_GND

JO702

JO703

SHORT-SMT4

1 2

1 2

TVTUNER_GND

B

B

B

B

SHORT-SMT4

TVTUNER_GND

JO6

JO2

SHORT-SMT4

SHORT-SMT4

1 2

1 2

TVTUNER_GND

JO5

TVTUNER_GND

1 2

SHORT-SMT4

TVTUNER_GND

JO1

JO709

1 2

D

D

D

D

C

C

C

C

LD-26SH3U CIRCUIT DIAGRAM & PWB LAYOUT

7 – 32

12345678

12345678

12345678

12345678

11/11

+IO_5V

AK

D8

D

D

D

D

L17

+ANG_2.5V +D_2.5V

RLS4148

MLL34B

F3

FUSE_1206

1A-1206

12

BEAD_120Z/100M

0805C_1

1 2

2

VOUT

INPUT

U14

3

D7

C154

100U

+

12

12

ADJ/GND

1

C136

100U

+

12

C56

12

BZV55C3V3

MLL34B

50V

C164

0.1U

2.5

LM1117-

SOT252BN

50V

0.1U

16V

A K

16V

0603D_1

286301117101

0603D_1

B

B

B

C20

+

C29

0.1U

12

B

100U

50V

03

16V

10%

06

TVTUNER_GND

C

C

C

C

ANG

12

+5V_TVTUNER

BEAD_120Z/100M

1 2

L4

ANG

CLOSE TUNER

A

21

21

21

21

3

3

3

3

D3

+IO_5V

AK

RLS4148

MLL34B

F2

FUSE_1206

12

+ANG_3.3V

SOT252N

286301117102

1A-1206

L12

LM1117-3.3

U9

D702

BZT52C4V3

0805C_1

1 2

BEAD_120Z/100M

C76

100U

50V

+

12

C708

6.3V

0805C_1

12

VOUT

GND/ADJ

VIN

123

C97

12

C707

12

SOD123

10U

100U

+

0.1U

D1

BZV55-C5V6

MLL34B

A K

+ANG_5V

U1

UTC78T05A

TO263A

ANGANG

A K

R1

+9V_VIDEO

50V

U2

UTC78T09A

F1

FUSE_1206

12

TO263A

50V

0603

+12V_SPEAKER

286307805024

286307809006

3

OUTPUT

INPUT

1

1 2

3

OUTPUT

INPUT

1

GND1
GND

2.2

1W-MG

C4

12

GND1
GND

C3

12

4
2

C1

12

D701

RLZ10B

100U

50V

+

C701

12

4
2

C6

12

12

12

100U

+

0.1U

0603

MLL34B

0.1U

0603

100U

+

0.1U

C8

0.1U

50V

C2

0603

ANG

50V

0.1U

50V

C5

0603

12

+ANG_5V+ANG_5V

TP701

834

VCC

A0A1A2

U3

76512

1

OS

GND

SDA

SCL

G751-2P1F

1 2

1 2

R2 33 0603

R3 33 0603

IO_MSTR_SCL_5

IO_MSTR_SDA_5

IO_MSTR_SDA_5(2,4,8,10)

IO_MSTR_SCL_5(2,4,8,10)

SO8

ANG ANG

I2C address: 96

87654

87654

87654

87654

50V

A K

50V

ANG

JO4

OPEN-SMT4

JO3

OPEN-SMT4

1 2

50V

50V

0603

1 2

+12V_GND

B

B

B

D

D

D

D

C

C

C

C

B

A A

A A

A A

A

LD-26SH3U CIRCUIT DIAGRAM & PWB LAYOUT

7 – 33

2

.PWB LAYOUT

LD-26SH3U CIRCUIT DIAGRAM & PWB LAYOUT

7 – 34

LD-26SH3U CIRCUIT DIAGRAM & PWB LAYOUT

7 – 35

LD-26SH3U CIRCUIT DIAGRAM & PWB LAYOUT

7 – 36

LD-26SH3U CIRCUIT DIAGRAM & PWB LAYOUT

7 – 37

q

PAR TS GUIDE

CODE : 00ZLD26SH3UPE

LCD COLOR TV

MODEL LD-26SH3U

LEAD-FREE SOLDER MODEL

CONTENTS

1 Exteriors
2 Packing material & Accessories
3 Mother board unit
4 I/O PWB unit
5 LED PWB unit
6 Key pad PWB unit
7 Headphone PWB unit

■ index

Parts marked with "!" are important for maintaining the safety of the set. be sure to replace these parts with specified
ones for maintaining the safety and performance of the set.

This document has been pub lished to be used

SHARP CORPORATION

for after sales service only.
The contents are subject to change without notice.

1

Exteriors

PRICE

NEW

NO. PARTS CODE

1 0LTLY00400025 BC B Fan assy(340300400 025)(80X1 5-2,LL-2 61M)
2 0LTLY01000003 BF B Speaker assy(340301000003)(L,26 M2)
3 0LTLY01000004 BF B Speaker assy(340301000004)(R,26M 2)
4 0LTLY01000011 AY N C Holder assy(340301 000011)( BUTTON,U S,2)
5 0LTLY01000018 A M N C Bracket a ssy(340301000 018)(IO,US, 26/3)
6 0LTLY01000002 BU N C Hin ge assy(3403010 00002)(26M 2)
7 0LTLY01000007 BV N D Cover assy(340301 000007)( US,26M2)
8 0LTLY01100001 BS N D Housing assy(340301 100001) (US,26M2 )

9 0LTLY01000015 BG N C Plate assy(340301000015)(MB,26 M2)
10 0LTLZ01000006 BL N C Plate(342301000006)(BASE,MIDDLE,26M2)
11 0LTLZ01000004 AL C Mesh(342301000004)(FAN,26/32M2)
12 0LTLZ01000003 AY N C Bracket(342301000003)(SUPPORT,26M2)
13 0LTLZ01000005 AR N C Plate(342301000005)(BASE,LEFT,26M2)
14 0LTLY01000016 BC N C Plate(340301000016)(BASE,RIGHT ASSY,2)
15 0LTLZ01000009 AN N C Bracket(342301000009)(EMI,26M2)
16 0LTMA01000003 BE D Cover(344301000003)(HINGE,BACK,26/32M)
17 0LTMA01000004 BE D Cover(344301000004)(HINGE,FRONT,26/32)
18 0LTMA01000010 AN N D Cover(344301000010)(INNER,IO,US,26/32)
19 0LTMA01000011 AY D Cover(344301000011)(IO,26/32M2)
20 0LTMA01000012 BA D Cover(344301000012)(IOLOW,26/32M2)
21 0LTMA01000021 BH D Cover(344301000021)(STAND,26/32M2)
22 0LTMA01000027 AU N C Holder(344301000027)(USB,US,26/32M2)
23 0LTMA01000036 AP D Cover(344301000 036)(HO TEL MOD E,26/32 M)
24 0LTMA01000041 AL C Spacer(344301000041)(USB-PWB,2632M2)
25 0LTMA01000042 AL C Spacer(344301000042)(SW-PWB,2632M2)
26 0LTMA01000007 AN N D Cover(344301000007)(INNER,IOLOW,US,26)
27 0LTMA01200019 AL C Twis t lock(34430120001 9)(A15,32M2)
28 0LTCE79300019 AL C Tube(344679300019)(SPEAKER,TRITON)
29 0LTMC01000004 AL D Acetum tape(34530 1000004 )(80X30 ,26M2/)
30 0LTMC01000005 AL D Acetum tape(34530 1000005 )(40X30 ,26M2/)
31 0LTMC01000007 AP C Thermal pad(34 53010 00007)(2 6M2)
32 0LTMC01000006 AL N D A cetum ta pe(3453010 00006)(P ANEL,2 6M2)
33 0LTCF79300002 AL C Bushing(345679300002)(SPEAKER,TRITON)
34 0LTME01000005 AL C AL-foil(346301000005)(PLATE-MB,26M2)
35 0LTCH04011201 AL C Screw(370 10401 1201)(M4 L 12,SPRI NG,WASHE R,NLK,AT 22)
36 0LTCH43006006 AL C Screw(370143006006)(M3L6,FLNG/PAN(+))
37 0LTCI03010652 AL C Screw(371103010652)(M3L6,FLNG/PAN(+1))
38 0LTCI03010831 AL C Screw(371103010831)(M3,L8,FLT(+1),NIW)
39 0LTCI03012007 AL C Screw(371103012007)(M3L20,K-HD(+1),D7)
40 0LTCI04010815 AL C Screw/EGW/W(371104010815)(M4L8,PAN(+2)
41 0LTCI04010813 AL C Screw(371104010813)(M4L6,PAN(+02),NIW)
42 0LTJY03010080 AL C T-Screw(373003010080)(S,D-THREAD,M3L8)
43 0LTEO03010610 AL C T-Screw(373203010610)(P,M3,L6.FLT(+01)
44 0LTEO03011003 AL C T-Screw(373203011003)(P,M3,L10,PAN(+))
45 0LTEO03011005 AL C T-Screw(373203011005)(P,M3,L18,PAN(+))
46 0LTEO04011203 AL C T-Screw(373204011203)(P,M4,L12,PAN(+))
47 0LTEO04011205 AL C T-Screw(373204011205)(P,M4,L12,PAN(+2)
48 0LTCK03010605 AL N C S-Standoff(377103010605)(M3DP6H18L5,N)
49 0LTKW44010006 AL C Standoff(377244010006)(#4-40DP3.5HL5.5)
50 0LTLW01100001 CP N E PWA(411301100001)(PWA-Ner eis,US,Ba se,MOTHE R BD)
51 0LTLW01100004 CG N E PWA(411 301100004)( PWA-Nereis,US ,Base,I/O BD)
52 0LTLW01000007 AY E PWA(411 30100000 7)(PWA-Ner eis,JP,Ba se,LED BD )
53 0LTLW01000010 BB E PWA(411301000010)(PWA-Nereis,JP,Base,KEYPAD BD)
54 0LTLW01000016 AZ E PWA(411301000016)(PWA-Nerei s,JP,Base mode,H ead Phone BD)
55 VVLQ255T3LZ25 DH N E LC D(25 500cdc/m2 WXGA )(LQ255T3LZ2 5)
56 0LTML01000001 AS C Wire assy(42130100 0001)(MAI N-LED,2 6M2)
57 0LTML01000002 AL C Wire a ssy(42130 1000002) (IO-USB,26 M2)
58 0LTML01000003 AT C Wire assy(421301000003)(MAIN-KEYPAD,2)
59 0LTML01000007 AR C Wire(421301 000007)( POWER M AIN IO,26 M2)
60 0LTML01000012 AL C Wire(421301000012)(GROUNDING,26M2)
61 0LTML01000005 BC N C Wir e assy(42130 1000005) (PANEL-M AIN,26)
62 0LTML01000010 AL N C F FC(4213010 00010)(MAIN IO 26P,26M2)
63 0LTML01000006 AS N C Wire(421301000006)(PANEL-POWER,26M2)
64 0LTML01200006 AQ C Grounding_esd(421301200006)(32M2)

! 66 0LTMD01300001 CB E PWR supply assy(471301 300001)(21 3W,D)

67 0LTCE79300040 AL C Holder(344679300040)(WIRE,CKQ-40-BPS,PG)
68 0LTMH01100001 AM N D Label(242301100001)(RATING,LD-26SH3U)
69 0LTAE79300013 AL D Label(242679300013)(8mm*24mm,TRITON)
70 0LTMH00400017 AL D Label(242300400017)(HDTV,LD-26HS1U)
71 0LTMC01000008 AL D Acetum tape(34530 1000008 )(20×20,26M2/)

RANK

MARK

PART
RANK

DESCRIPTION

– 1 –

1

9

70

Exteriors

7

32

55

29

46

46

63

14

29

30

46

61

42

41

46

46
10

46

46

53

25

44

46

42

52

33

2

4

46

25

22

24

24

54

36

66

46

36

46

46

33

46

33

27

36

28

40

46

13

46

48

28

36

29

59

50

45

46

33

31
31
51

3

30

28

5

9

30

58

36

45

18

36

33

33

42

33

1

62

42

38

28

11

36

28

49

57

45

45

56

34

64

26

71

60

30

39

39

23

36

71

29

15

36

17

47

36

35

47

8

21

37

35

67

47

68

36

36

36

16

69

67

46

47

47

42
39

39

20

39

42

46

1

45

28

TP000488

12

– 2 –

43

6

43

2

Packing material & Accessories

PRICE

NEW

NO. PARTS CODE

1 0LTMF01050004 AZ N D Cushion(221301050004)(BOTTOM TRY,26 ,N)

2 0LTMF01050003 BA N D Cushion(221301050003)(BOTTOM,26,NEREI)

3 0LTMG01030001 AS N D Protecting clot h(222301030 001)(26 ,NER)

4 0LTMG01020001 AX N D PE bag(2223010 20001)(L CD TV,26 ,NEREIS )

5 0LTAE79300019 AL N D Label(242679300019)(16*54mm,TRITON)

6 0LTMH01100002 A L N D Label(242301100002)(BAR CODE,L D-26SH3)

7 0LTMF01120001 BD N D Ca rton(221301 120001) (LCD TV,L D-26SH3U )

8 0LTMF01050002 AY N D End cap(22130 1050002) (LEFT,26, NEREI S)

9 0LTMF01050005 AP N D Cushion(221301050 005)(A K TRY,26,N EREI)
10 0LTMF01050001 AY N D End cap(22130105 0001)(R IGHT,26,NE REIS)
13 0LTLS20276003 AY C Cable(3228202 76003)(UL 20276 CAB LE,MD15P TO M D15P W / CORE C OLOR:3 190 L=1.8 M)
15 0LTLP30010002 BE N E Remo te controller(531 130010002) (RC-44)
16 0LTCE79300040 AL C Holder(344679300040)(WIRE,CKQ-40-BPS,PG)

17 0LTLS05247002 AR C

! 18 0LTCX10003001 AZ N B PWA cord(332810003001)(125 V/10A,3 P,WH)

19 0LTDP30110001 AL N D S /W(56513 0110001)(U TILITY DISK, LD-2)
20 0LTKX30042002 AL D Regi stration c ard(5618 30042002 )(LD-26S H1U,US)
21 0LTCY30110001 AZ N D Manual(561530110001)(OPERATION,EN/FR/SP,NER)
22 0LTAB79320001 AL N D P E bag(2226 79320001 )(MANU AL,TRITON )

! 23 0LTLT15010007 AL B Battery(338315010007)(1.5V,SIZEAAA,W=10,L=4)

2

Packing material & Accessories

RANK

MARK

PART
RANK

Cable(3228052 47002)(UL524 7 CABLE,3.5 AUDIO TO 3 .5 AUDIO W/ CORE COLOR :3190
L=1.8M)

DESCRIPTION

15

13

16

23

20

21

17

4

18

19

22

3

9

9

2

8

10

1

7

LOCK CARTON &
BTM TRY(Q'ty:4)

6

5

TP000489

– 3 –

3

Mother board unit

PRICE

NEW

NO. PARTS CODE

1 0LTAG02000312 AL C Resistor(271002000312)(0Ω,1/10W,5%) [R157,R782,R797]

0LTAG71000312 AL C Resistor(271071000312)(0Ω,1/16W,5%) [EL1,EL2,EL3,EL4,EL5]
0LTAG71000312 AL C Resistor(271071000312)(0Ω,1/16W,5%) [EL6,R178,R179,R180,R196]
0LTAG71000312 AL C Resistor(271071000312)(0Ω,1/16W,5%) [R202,R206,R215,R216,R217]

2

0LTAG71000312 AL C Resistor(271071000312)(0Ω,1/16W,5%) [R218,R227,R255,R374,R388]
0LTAG71000312 AL C Resistor(271071000312)(0Ω,1/16W,5%) [R393,R528,R592,R714,R721]
0LTAG71000312 AL C Resistor(271071000312)(0Ω,1/16W,5%) [R722,R727,R749,R790,R796]
0LTAG71000312 AL C Resistor(271071000312)(0Ω,1/16W,5%) [R802,R870,R335,R346,R358]

3 0LTAG71100312 AL C Resistor(271071100312)(10Ω,1/16W,5%) [R738,R739]

4 0LTAG71101107 AL C Resistor(271071101107)(100Ω,1/16W,1%) [R176]

0LTAG71101309 AL C Resistor(271071101309)(100Ω,1/16W,5%) [R13,R145,R188,R226,R247]
0LTAG71101309 AL C Resistor(271071101309)(100Ω,1/16W,5%) [R248,R265,R266,R292,R294]
0LTAG71101309 AL C Resistor(271071101309)(100Ω,1/16W,5%) [R295,R296,R297,R3,R308]
0LTAG71101309 AL C Resistor(271071101309)(100Ω,1/16W,5%) [R311,R321,R323,R324,R326]
0LTAG71101309 AL C Resistor(271071101309)(100Ω,1/16W,5%) [R327,R363,R364,R371,R403]

5

0LTAG71101309 AL C Resistor(271071101309)(100Ω,1/16W,5%) [R404,R408,R410,R411,R419]
0LTAG71101309 AL C Resistor(271071101309)(100Ω,1/16W,5%) [R463,R465,R466,R467,R487]
0LTAG71101309 AL C Resistor(271071101309)(100Ω,1/16W,5%) [R488,R580,R581,R591,R712]
0LTAG71101309 AL C Resistor(271071101309)(100Ω,1/16W,5%) [R770,R773,R774,R775,R791]
0LTAG71101309 AL C Resistor(271071101309)(100Ω,1/16W,5%) [R792,R793,R798,R799,R800]
0LTAG71101309 AL C Resistor(271071101309)(100Ω,1/16W,5%) [R828,R830,R877]

6 0LTAG71102107 AL C Resistor(271071102107)(1KΩ,1/16W,1%) [R139,R194]

7 0LTAG71102313 AL C Resistor(271071102313)(1KΩ,1/16W,5%) [R284,R518,R589,R711]

0LTAG71103108 AL C Resistor(271071103108)(10KΩ,1/16W,1%) [R160,R186,R2,R239,R261]

8

0LTAG71103108 AL C Resistor(271071103108)(10KΩ,1/16W,1%) [R332,R598,R717,R719,R771]
0LTAG71103108 AL C Resistor(271071103108)(10KΩ,1/16W,1%) [R855,R856]
0LTAG71103310 AL C Resistor(271071103310)(10KΩ,1/16W,5%) [R14,R15,R177,R19,R190]
0LTAG71103310 AL C Resistor(271071103310)(10KΩ,1/16W,5%) [R191,R22,R243,R252,R283]
0LTAG71103310 AL C Resistor(271071103310)(10KΩ,1/16W,5%) [R289,R290,R312,R313,R314]
0LTAG71103310 AL C Resistor(271071103310)(10KΩ,1/16W,5%) [R337,R341,R359,R360,R397]
0LTAG71103310 AL C Resistor(271071103310)(10KΩ,1/16W,5%) [R4,R405,R448,R464,R492]
0LTAG71103310 AL C Resistor(271071103310)(10KΩ,1/16W,5%) [R495,R497,R501,R504,R505]

9

0LTAG71103310 AL C Resistor(271071103310)(10KΩ,1/16W,5%) [R512,R515,R520,R521,R529]
0LTAG71103310 AL C Resistor(271071103310)(10KΩ,1/16W,5%) [R530,R534,R536,R537,R547]
0LTAG71103310 AL C Resistor(271071103310)(10KΩ,1/16W,5%) [R548,R563,R564,R567,R588]
0LTAG71103310 AL C Resistor(271071103310)(10KΩ,1/16W,5%) [R603,R604,R750,R751,R757]
0LTAG71103310 AL C Resistor(271071103310)(10KΩ,1/16W,5%) [R765,R784,R788,R795,R803]
0LTAG71103310 AL C Resistor(271071103310)(10KΩ,1/16W,5%) [R807,R809,R810,R814,R815]
0LTAG71103310 AL C Resistor(271071103310)(10KΩ,1/16W,5%) [R819,R827,R867,R869,R887]
0LTAG71104108 AL C Resistor(271071104108)(100KΩ,1/16W,1%) [R189,R263,R298,R333,R334]

10

0LTAG71104108 AL C Resistor(271071104108)(100KΩ,1/16W,1%) [R365,R366,R868]
0LTAG71104310 AL C Resistor(271071104310)(100KΩ,1/16W,5%) [R18,R517,R575,R584,R590]

11

0LTAG71104310 AL C Resistor(271071104310)(100KΩ,1/16W,5%) [R764,R817,R829,R831]
0LTAG71105312 AL C Resistor(271071105312)(1MΩ,1/16W,5%) [R21,R257,R353,R476,R7]

12

0LTAG71105312 AL C Resistor(271071105312)(1MΩ,1/16W,5%) [R871]
13 0LTAG71123103 AL C Resistor(271071123103)(12KΩ,1/16W,1%,0) [R155,R579,R582]
14 0LTAG71141103 AL C Resistor(271071141103)(140Ω,1/16W,1%) [R198]
15 0LTAG71151107 AL C Resistor(271071151107)(150Ω,1/16W,1%) [R16,R315,R316]
16 0LTAG71152107 AL C Resistor(271071152107)(1.5KΩ,1/16W,1%) [R200,R203,R205,R29]
17 0LTAG71181103 AL N C Resistor(271071181103)(180Ω,1/16W,1%) [R224,R340,R352,R361]
18 0LTAG71182102 AL C Resistor(271071182102)(1.8KΩ,1/16W,1%) [R716]
19 0LTAG71200105 AL C Resistor(271071200105)(20Ω,1/16W,1%) [R480,R482,R485]
20 0LTAG71204104 AL C Resistor(271071204104)(200KΩ,1/16W,1%) [R285]

0LTAG71220308 AL C Resistor(271071220308)(22Ω,1/16W,5%) [R154,R230,R234,R235,R256]

0LTAG71220308 AL C Resistor(271071220308)(22Ω,1/16W,5%) [R26,R27,R309,R329,R349]

0LTAG71220308 AL C Resistor(271071220308)(22Ω,1/16W,5%) [R372,R376,R379,R387,R391]

21

0LTAG71220308 AL C Resistor(271071220308)(22Ω,1/16W,5%) [R402,R406,R407,R436,R451]

0LTAG71220308 AL C Resistor(271071220308)(22Ω,1/16W,5%) [R526,R527,R541,R542,R715]

0LTAG71220308 AL C Resistor(271071220308)(22Ω,1/16W,5%) [R851]

22 0LTAG71221105 AL C Resistor(271071221105)(220Ω,1/16W,1%,06) [R201,R204,R236]
23 0LTAG71222104 AL C Resistor(271071222104)(2.2KΩ,1/16W,1%) [R300,R301,R401]
24 0LTAG71223307 AL C Resistor(271071223307)(22KΩ,1/16W,5%,060) [R156]
25 0LTAG71224305 AL C Resistor(271071224305)(220KΩ,1/16W,5%) [R494,R508,R509,R510]
26 0LTAG71241103 AL C Resistor(271071241103)(249Ω,1/16W,1%,0) [R789]
27 0LTAG71270306 AL C Resistor(271071270306)(27Ω,1/16W,5%) [R596,R599]

0LTAG71330309 AL C Resistor(271071330309)(33Ω,1/16W,5%) [R1,R10,R11,R12,R185]

0LTAG71330309 AL C Resistor(271071330309)(33Ω,1/16W,5%) [R187,R238,R246,R253,R254]

0LTAG71330309 AL C Resistor(271071330309)(33Ω,1/16W,5%) [R375,R380,R381,R382,R431]

0LTAG71330309 AL C Resistor(271071330309)(33Ω,1/16W,5%) [R432,R433,R434,R733,R734]

28

0LTAG71330309 AL C Resistor(271071330309)(33Ω,1/16W,5%) [R735,R736,R737,R740,R741]

0LTAG71330309 AL C Resistor(271071330309)(33Ω,1/16W,5%) [R742,R743,R744,R745,R746]

0LTAG71330309 AL C Resistor(271071330309)(33Ω,1/16W,5%) [R747,R748,R804,R805,R811]

0LTAG71330309 AL C Resistor(271071330309)(33Ω,1/16W,5%) [R812,R821,R822,R823,R826]

0LTAG71330309 AL C Resistor(271071330309)(33Ω,1/16W,5%) [R9]

29 0LTAG71332102 AL C Resistor(271071332102)(3.3KΩ,1/16W,1%) [R786,R794]
30 0LTAG71391103 AL N C Resistor(271071391103)(390Ω,1/16W,1%,06) [R193]
31 0LTAG71470105 AL C Resistor(271071470105)(47Ω,1/16W,1%,06) [R577,R578]
32 0LTAG71471103 AL C Resistor(271071471103)(470Ω,1/16W,1%) [R225,R483]
33 0LTAG71472102 AL C Resistor(271071472102)(4.7KΩ,1/16W,1%) [R343,R718]
34 0LTAG71472309 AL C Resistor(271071472309)(4.7KΩ,1/16W,5%) [R195,R274,R275,R276,R396]

RANK

MARK

PART
RANK

DESCRIPTION

– 4 –

3

Mother board unit

PRICE

NEW

NO. PARTS CODE

34 0LTAG71472309 AL C Resistor(271071472309)(4.7KΩ,1/16W,5%) [R416,R462,R525,R787,R801]
35 0LTAG71473307 AL C Resistor(271071473307)(47KΩ,1/16W,5%) [R17,R5,R546,R551,R754,R8]
36 0LTAG71474305 AL C Resistor(271071474305)(470KΩ,1/16W,5%) [R524,R533,R882]
37 0LTAG71510102 AL C Resistor(271071510102)(51Ω,1/16W,1%) [R565,R566]
38 0LTAG71562309 AL C Resistor(271071562309)(5.6KΩ,1/16W,5%) [R20,R414]
39 0LTAG71570102 AL C Resistor(271071570102)(57.6Ω,1/16W,1%) [R479,R481,R484]
40 0LTAG71682103 AL C Resistor(271071682103)(6.8KΩ,1/16W,1%) [R164]
41 0LTAG71712102 AL C Resistor(271071712102)(7.15KΩ,1/16W,1%) [R336]

0LTAG71750106 AL C Resistor(271071750106)(75Ω,1/16W,1%) [R210,R211,R212,R568,R569]
42

0LTAG71750106 AL C Resistor(271071750106)(75Ω,1/16W,1%) [R570]
43 0LTAG71802102 AL C Resistor(271071802102)(8.06KΩ,1/16W,1%) [R273]
44 0LTAG71821103 AL C Resistor(271071821103)(820Ω,1/16W,1%) [R199]
45 0LTAG72181102 AL C Resistor(271072181102)(187Ω,1/10W,1%) [R264]
46 0LTEA71100303 AL B RP(271571100303)(10Ω×8,16P,1/16W) [RP16,RP18,RP20]
47 0LTEA71220302 AL B RP(271571220302)(22Ω×8,16P,1/16W) [RP19,RP21,RP23]

0LTEA71330303 AL B RP(271571330303)(33Ω×8,16P,1/16W) [RP10,RP24,RP25,RP7,RP8]
48

0LTEA71330303 AL B RP(271571330303)(33Ω×8,16P,1/16W) [RP9]

0LTAH11103305 AL B RP(271611103305)(10KΩ×4,8P,1/16W) [RP26,RP28,RP3,RP4,RP701]

49

0LTAH11103305 AL B RP(271611103305)(10KΩ×4,8P,1/16W) [RP702]
50 0LTAH11220305 AL B RP(271611220305)(22Ω×4,8P,1/16W) [RP14,RP15]
51 0LTAH11330305 AL B RP(271611330305)(33Ω×4,8P,1/16W) [RP11,RP12,RP13,RP27]
52 0LTAH11472305 AL B RP(271611472305)(4.7KΩ×4,8P,1/16W) [RP17]
53 0LTAI01105410 AL C Capacitor(272001105410)(1µ,10%,10V,0) [C376,C385]

0LTAI01106404 AL C Capacitor(272001106404)(10µ,6.3V,10%,08) [C207,C212,C228,C291,C293]

0LTAI01106404 AL C Capacitor(272001106404)(10µ,6.3V,10%,08) [C299,C313,C347,C421,C450]

54

0LTAI01106404 AL C Capacitor(272001106404)(10µ,6.3V,10%,08) [C497,C718,C737,C738,C741]

0LTAI01106404 AL C Capacitor(272001106404)(10µ,6.3V,10%,08) [C742,C811,C813,C827,C842]

0LTAI01106404 AL C Capacitor(272001106404)(10µ,6.3V,10%,08) [C843,C859,C870,C873]

0LTAI01225409 AL C Capacitor(272001225409)(2.2µ,CR,1 0V ,10) [C150,C275,C329,C388,C8 58]

55

0LTAI01225409 AL C Capacitor(272001225409)(2.2µ,CR,1 0V ,10) [C905]
56 0LTAI01475416 AL C Capacitor(272001475416)(4.7µ,10V,10%,080) [C304,C319,C525]

0LTAI12106404 AL C Capacitor(272012106404)(10µ,16V,+/-10%,1) [C178,C182,C184,C190,C262]
57

0LTAI12106404 AL C Capacitor(272012106404)(10µ,16V,+/-10%,1) [C271,C272,C273]
58 0LTAI13106504 AL C Capacitor(272013106504)(10µ,25V,+/-20%,1) [C348,C715]

0LTAI71105411 AL C Capacitor(272071105411)(1µ,10V,10%,060) [C1,C2,C511,C512,C513]
59

0LTAI71105411 AL C Capacitor(272071105411)(1µ,10V,10%,060) [C884,C887,C888,C889]

0LTAI71105412 AL C Capacitor(272071105412)(1µ,10V,10%,0603) [C403,C514,C531,C734,C832]

60

0LTAI71105412 AL C Capacitor(272071105412)(1µ,10V,10%,0603) [EC1]

0LTAI72105403 AL C Capacitor(272072105403)(0.1µ,CR,16V,10) [C149,C173,C183,C186,C191]

0LTAI72105403 AL C Capacitor(272072105403)(0.1µ,CR,16V,10) [C192,C194,C226,C234,C242]

0LTAI72105403 AL C Capacitor(272072105403)(0.1µ,CR,16V,10) [C255,C258,C260,C268,C269]

0LTAI72105403 AL C Capacitor(272072105403)(0.1µ,CR,16V,10) [C270,C285,C286,C292,C297]

0LTAI72105403 AL C Capacitor(272072105403)(0.1µ,CR,16V,10) [C302,C303,C305,C308,C309]

0LTAI72105403 AL C Capacitor(272072105403)(0.1µ,CR,16V,10) [C310,C311,C312,C314,C315]

0LTAI72105403 AL C Capacitor(272072105403)(0.1µ,CR,16V,10) [C316,C317,C338,C341,C345]

0LTAI72105403 AL C Capacitor(272072105403)(0.1µ,CR,16V,10) [C350,C351,C352,C353,C354]

0LTAI72105403 AL C Capacitor(272072105403)(0.1µ,CR,16V,10) [C356,C361,C363,C365,C370]

0LTAI72105403 AL C Capacitor(272072105403)(0.1µ,CR,16V,10) [C393,C394,C406,C407,C409]

0LTAI72105403 AL C Capacitor(272072105403)(0.1µ,CR,16V,10) [C416,C418,C420,C422,C429]

0LTAI72105403 AL C Capacitor(272072105403)(0.1µ,CR,16V,10) [C437,C441,C468,C481,C483]

0LTAI72105403 AL C Capacitor(272072105403)(0.1µ,CR,16V,10) [C486,C487,C489,C494,C496]

0LTAI72105403 AL C Capacitor(272072105403)(0.1µ,CR,16V,10) [C498,C501,C503,C505,C509]

0LTAI72105403 AL C Capacitor(272072105403)(0.1µ,CR,16V,10) [C515,C522,C714,C719,C720]

0LTAI72105403 AL C Capacitor(272072105403)(0.1µ,CR,16V,10) [C722,C726,C728,C732,C733]

0LTAI72105403 AL C Capacitor(272072105403)(0.1µ,CR,16V,10) [C735,C736,C740,C747,C748]

61

0LTAI72105403 AL C Capacitor(272072105403)(0.1µ,CR,16V,10) [C749,C754,C758,C759,C760]

0LTAI72105403 AL C Capacitor(272072105403)(0.1µ,CR,16V,10) [C761,C762,C763,C764,C765]

0LTAI72105403 AL C Capacitor(272072105403)(0.1µ,CR,16V,10) [C767,C768,C770,C771,C772]

0LTAI72105403 AL C Capacitor(272072105403)(0.1µ,CR,16V,10) [C773,C775,C776,C780,C782]

0LTAI72105403 AL C Capacitor(272072105403)(0.1µ,CR,16V,10) [C783,C784,C785,C786,C787]

0LTAI72105403 AL C Capacitor(272072105403)(0.1µ,CR,16V,10) [C788,C789,C791,C793,C794]

0LTAI72105403 AL C Capacitor(272072105403)(0.1µ,CR,16V,10) [C795,C796,C797,C798,C800]

0LTAI72105403 AL C Capacitor(272072105403)(0.1µ,CR,16V,10) [C802,C803,C804,C805,C806]

0LTAI72105403 AL C Capacitor(272072105403)(0.1µ,CR,16V,10) [C807,C808,C809,C810,C812]

0LTAI72105403 AL C Capacitor(272072105403)(0.1µ,CR,16V,10) [C814,C815,C816,C817,C819]

0LTAI72105403 AL C Capacitor(272072105403)(0.1µ,CR,16V,10) [C822,C823,C824,C825,C828]

0LTAI72105403 AL C Capacitor(272072105403)(0.1µ,CR,16V,10) [C829,C830,C831,C833,C834]

0LTAI72105403 AL C Capacitor(272072105403)(0.1µ,CR,16V,10) [C835,C836,C837,C839,C840]

0LTAI72105403 AL C Capacitor(272072105403)(0.1µ,CR,16V,10) [C841,C844,C845,C847,C848]

0LTAI72105403 AL C Capacitor(272072105403)(0.1µ,CR,16V,10) [C850,C851,C852,C853,C857]

0LTAI72105403 AL C Capacitor(272072105403)(0.1µ,CR,16V,10) [C862,C864,C865,C867,C869]

0LTAI72105403 AL C Capacitor(272072105403)(0.1µ,CR,16V,10) [C872,C874,C876,C878,C883]

0LTAI72105403 AL C Capacitor(272072105403)(0.1µ,CR,16V,10) [C890,C903,C904,EC2]

0LTAI72224405 AL C Capacitor(272072224405)(0.22µ,16V,10%) [C200,C201,C227,C235,C244]

62

0LTAI72224405 AL C Capacitor(272072224405)(0.22µ,16V,10%) [C254,C261,C267,C282,C6]

0LTAI72224405 AL C Capacitor(272072224405)(0.22µ,16V,10%) [C912]

0LTAI72473409 AL C Capacitor(272072473409)(0.047µ,16V,10%) [C221,C224,C290,C340,C379]

63

0LTAI72473409 AL C Capacitor(272072473409)(0.047µ,16V,10%) [C397,C382]
64 0LTAI72683408 AL C Capacitor(272072683408)(0.068µ,16V,10%) [C189]
65 0LTAI73151303 AL C Capacitor(272073151303)(150P,CR,25V,5%) [C251,C259,C266]

RANK

MARK

PART
RANK

DESCRIPTION

– 5 –

3

Mother board unit

PRICE

NEW

NO. PARTS CODE

66 0LTAI75270308 AL C Capacitor(272075270308)(27P,50V,5%,06) [C463,C480]
67 0LTAI73682404 AL C Capacitor(272073682404)(6800P,CR,25V,10) [C185]
68 0LTAI75100310 AL C Capacitor(272075100310)(10P,CR,50V,5%) [EC6,EC7]

0LTAI75101313 AL C Capacitor(272075101313)(100P,CR,50V,5%) [C223,C296,C367,C724,C725]
69

0LTAI75101313 AL C Capacitor(272075101313)(100P,CR,50V,5%) [EC10,EC11,EC13,EC14,EC15]

0LTAI75101313 AL C Capacitor(272075101313)(100P,CR,50V,5%) [EC16,EC701,EC9]
70 0LTAI75102419 AL C Capacitor(272075102419)(1000P,CR,50V,10%) [C210,C390,EC902]

0LTAI75103414 AL C Capacitor(272075103414)(0.01µ,CR,50V,1) [C208,C214,C408,C455,C456]

0LTAI75103414 AL C Capacitor(272075103414)(0.01µ,CR,50V,1) [C457,C458,C459,C460,C461]

71

0LTAI75103414 AL C Capacitor(272075103414)(0.01µ,CR,50V,1) [C485,C495,C510,C849,C854]

0LTAI75103414 AL C Capacitor(272075103414)(0.01µ,CR,50V,1) [C856,C860,C861,C868,C875]

0LTAI75103414 AL C Capacitor(272075103414)(0.01µ,CR,50V,1) [C877,C881]

0LTAI75104710 AL C Capacitor(272075104710)(0.1µ,50V,+80-2) [C294,C371,C447,C448,C449]

72

0LTAI75104710 AL C Capacitor(272075104710)(0.1µ,50V,+80-2) [C490,C491,C502,C855,C866]

0LTAI75104710 AL C Capacitor(272075104710)(0.1µ,50V,+80-2) [C879]

73 0LTAI75150308 AL C Capacitor(272075150308)(15P,CR,50V,5%) [C863,C871]
74 0LTAI75152404 AL C Capacitor(272075152404)(1500P,CR,50V,10%) [C284,C289,C337]
75 0LTAI75220314 AL C Capacitor(272075220314)(22P,50V,5%,0) [C264,C265]
76 0LTAI75221311 AL C Capacitor(272075221311)(220P,50V,5%,0) [C213]
77 0LTAI75330310 AL C Capacitor(272075330310)(33P,50V,5%,06) [C318,C445,C446,C885,C886]
78 0LTAI75391305 AL C Capacitor(272075391305)(390P,CR,50V,5%) [C211,C222,C283]
79 0LTAI75561405 AL C Capacitor(272075561405)(560P,CR,50V,10) [C199,C721,C723,C729]

0LTLL02104708 AL C Capacitor(272102104708)(0.1µ,16V,+80-2) [C320,C321,C322,C323,C324]

0LTLL02104708 AL C Capacitor(272102104708)(0.1µ,16V,+80-2) [C325,C326,C349,C355,C368]

0LTLL02104708 AL C Capacitor(272102104708)(0.1µ,16V,+80-2) [C369,C373,C375,C377,C381]

80

0LTLL02104708 AL C Capacitor(272102104708)(0.1µ,16V,+80-2) [C383,C384,C391,C392,C396]

0LTLL02104708 AL C Capacitor(272102104708)(0.1µ,16V,+80-2) [C398,C402,C405,C414,C417]

0LTLL02104708 AL C Capacitor(272102104708)(0.1µ,16V,+80-2) [C419,C424,C425,C426,C427]

0LTLL02104708 AL C Capacitor(272102104708)(0.1µ,16V,+80-2) [C428,C750,C781]

81 0LTAK00136020 AL C Fer rite chip(2730 00136020 )(120 Ω/) [L40,L41]
82 0LTAK00150358 AL C Fer rite chip(2730 00150358 )(120 Ω/) [L38]

0LTAK00500188 A L C Ferrite bead(27300 0500188 )(120 Ω) [L19,L20,L21,L25,L31]

0LTAK00500188 A L C Ferrite bead(27300 0500188 )(120 Ω) [L32,L33,L35,L36,L39]

0LTAK00500188 A L C Ferrite bead(27300 0500188 )(120 Ω) [L42,L43,L44,L45,L46]

0LTAK00500188 A L C Ferrite bead(27300 0500188 )(120 Ω) [L701,L702,L703,L704,L705]

83

0LTAK00500188 A L C Ferrite bead(27300 0500188 )(120 Ω) [L706,L707,L709,L711,L712]

0LTAK00500188 A L C Ferrite bead(27300 0500188 )(120 Ω) [L713,L714,L715,L716,L717]

0LTAK00500188 A L C Ferrite bead(27300 0500188 )(120 Ω) [L718,L719,L720,L721,L1]

0LTAK00500188 A L C Ferrite bead(27300 0500188 )(120 Ω) [L723]

84 0LTAN07414005 AL B IC(282007414005)(SN74LVC14ADR,HEX) [U709]
85 0LTAN74405003 AL B IC(282074405003)(SN74LV4053A,TRIPL) [U44,U710]
86 0LTAR30100001 AP B IC(2834 30100001 )(M24C64- WMN6T P,8) [U707]
87 0LTAR68470001 AL B IC(283468470001)(EEPROM,M24C02-WMN) [U46,U47,U49,U50,U712]
88 0LTAV02303005 AZ B IC(284502303005)(PL2303X,US B to Se ) [U38]
89 VHIF2310LBD-1 BG B IC(FLI2310LF-BD) [U30]
90 0LTAV09883004 BD B IC(284509883004)(MST9883C-110,110M) [U32]
91 0LTAV74266001 AL B IC(284574266001)(SN74LVC2G66DCUR,D) [U708]
92 0LTAV86129002 BB N B IC(284586129002)(Z8612912SSG,12MHZ) [U19]
93 0LTAX09011001 BL N B IC(2862090110 01)(SiI9 011,HDM I Pane) [U39]
94 0LTAY01287003 BB N B IC(2863 01287003 )(TA12 87FG,RGB TO) [U26]
95 0LTAY07808005 AL B IC(286307808005 )(UTC 78D0 8L,0.5A,V) [U702]
96 0LTBB00701003 AL B Diode(288100701003)(BAV70LT1,70V,2) [D49,D59,D64,D703]
97 0LTBB00024012 AL B Diode(288100024012)(RLZ2.4B,ZENER) [D27,D52]
98 0LTBB00033011 AL B Diode(288100033011)(RLZ3.3B,ZENER) [D21]
99 0LTBB00043006 AL B Diode(288100043006)(BZV55-C4V3,ZEN) [D28,D39,D705]

100 0LTBC02601001 AL B Transistor(288202601001)(2PD601ASW,NPN) [Q17]
101 0LTBC03904033 AL B Transistor(288203904033)(MMBT3904L,NPN) [Q41,Q42,Q701,Q702]
102 0LTBC04409003 AN B Transistor(288204409003)(AO4409,P-MOSFE) [Q27,Q36,Q47]

0LTBC27002024 AL B Transistor(288227002024)(2N7002LT1,N-CH) [Q1,Q22,Q25,Q26,Q31]

0LTBC27002024 AL B Transistor(288227002024)(2N7002LT1,N-CH) [Q32,Q34,Q4,Q49,Q5]

103

0LTBC27002024 AL B Transistor(288227002024)(2N7002LT1,N-CH) [Q54,Q57,Q6,Q61,Q62]

0LTBC27002024 AL B Transistor(288227002024)(2N7002LT1,N-CH) [Q64,Q68,Q704,Q717,Q719]

104 0LTBC27002025 AL B Transistor(288227002025)(2N7002LT1,N-CH) [Q72]
105 0LTBD00011222 AL C Connector(291000011222)(HDR,ACES,87216-1) [J11,J22]
106 0LTBD00011901 AR N C Connector(291000011901)(R41-8810,HDMI,MA,19) [J25]
107 0LTBD00012612 AL C Connector(291000012612)(HDR,ACES,85202-2) [J14,J18]
108 0LTBD00144014 AN C Connector(291000144014)(HDR,20P*2,1.0MM) [J19]

! 109 0LTBF00010209 AL A Fuse(295000010209)(1A,NORMAL,1206) [F4,F701]
! 110 0LTBF00010210 AL A Fuse(295000010210)(2A,NORMAL,1206) [F5,F8,F9]
! 111 0LTBF00010217 AL A Fuse(295000010217)(FAST,.5A,32V,06) [F6]
! 112 0LTBF00010215 AL N A Fuse(2950 00010 215)(FAS T,1A,32 V,0603, SMT,THI N FILM ) [F702]

113 0LTLX01100003 BF N B F/W assy(481301100003)(SYS BIOS,26",N)
114 0LTLX01100002 BL N B F/W assy(481301100002)(KBD CTRL,26",N)

0LTBB00099018 AL B Diode(288100099018)(BAV99,70V,450M) [D18,D31,D60,D61,D62]

0LTBB00099018 AL B Diode(288100099018)(BAV99,70V,450M) [D66,D67,D68,D69,D70]

115

0LTBB00099018 AL B Diode(288100099018)(BAV99,70V,450M) [D707,D71,D72,D73,D85]

0LTBB00099018 AL B Diode(288100099018)(BAV99,70V,450M) [D86,D87,D88,D89,D90]

116 0LTBB00784001 AL N B Diode(288100784001)(BZB784-C9V1,FO) [D1]
117 0LTBC00144027 AL B Transistor(288200144027)(DDTC144WCA,NPN) [Q63,Q707,Q709,Q715]
118 0LTAG71100103 AL C Resistor(271071100103)(10Ω,1/16W,1%) [R555,R556,R557,R558,R559]

RANK

MARK

PART
RANK

DESCRIPTION

– 6 –

3

Mother board unit

PRICE

NEW

NO. PARTS CODE

118 0LTAG71100103 AL C Resistor(271071100103)(10Ω,1/16W,1%) [R560,R561,R562]
119 0LTBB00032014 AL B Diode(288100032014)(BAS32L,VRRM75V) [D14]

0LTBF00010300 AL N B ESD suppressor(295000010300)(PG B10) [D65,D74,D75,D76,D77]

120

0LTBF00010300 AL N B ESD suppressor(295000010300)(PG B10) [D78,D79,D80,D81,D82]

121 0LTBD00021109 AL C Connector(291000021109)(HDR,MA,11P*1,ACE) [J33]
122 0LTAV00751203 AQ B IC(284500751203)(G751-2P1f,TEMPERA) [U27]
123 0LTAT30040001 BL B IC(283730040001)(HY5DU283222BFP-33) [U22]
124 0LTAR67930012 AM B IC(283467930012)(EEPROM,CAT24C21JI) [U45]
125 0LTAG71201306 AL C Resistor(271071201306)(200Ω,1/16W,5%) [R531,R820]
126 0LTAJ02276502 AM N C EC(272602276502)(27µ,16V,20%,D5*5) [C3,C4]
127 0LTAY01117102 AL B IC(286301117102)(G1117-33T43µF,VOL) [U35]
128 0LTAY91124004 AL C IC(286391124004)(G911T24µF,0.6A,3.) [U25,U706]
129 0LTAW12141001 AL C IC(286112141001)(G1214T1µF,OP AMP) [U31]
130 0LTBC00672003 AM N B Transistor(288200672003)(UPA672T-A,DU) [Q65]
131 0LTAY01117100 AL B IC(286301117100)(G1117-18T43µF,VOL) [U23,U40]
132 0LTAY01117101 AL B IC(286301117101)(G1117-25T43µF,VOL) [U20]
133 0LTAG71121114 AL C Resistor(271071121114)(120Ω,1/16W,1%) [R730,R731,R732]
134 VHI1501LHCF-1 BQ N B IC(Graphics and Vide o Proccessor)(G M1501HLF-CF ) [U34]
135 VHIV3230DC5-1 BC B Video decorder(VPC3230D-QA-C 5) [U24]
136 0LTAI75120306 AL C Capacitor(272075120306)(12P,CR,50V,5%) [EC901]
137 0LTAK00150345 AL N C Inductor(273000150345)(3.3UH,30mA) [L26,L29,L30]
138 0LTAT30100001 BB B IC(283730100001)(HY57V643220D(L/S)) [U705]
139 0LTBC03403003 AL B Transistor(288203403003)(AO3403L,P-MOSF) [Q3]

! 140 0LTBF00010205 AL A Fuse(295000010205)(NORMAL,5A/32VDC) [F7]

141 0LTAG71287114 AL C Resistor(271071287114)(287KΩ,1/16W,1%) [R233]
142 0LTAI75338401 AL N C CAP(272075338401)(33P,CR,50V,10) [EC906,EC907]

0LTKU71006505 AL C EC(312371006505)(100µ,50V,EKY-500ETD1) [C170,C187,C202,C238,C240]

143

0LTKU71006505 AL C EC(312371006505)(100µ,50V,EKY-500ETD1) [C274,C306,C469,C5,C504]

144 0LTBM00120505 AL B XTAL(314100120505)(12MHZ,30PPM,20P) [X5]
145 0LTBM00135505 AL B XTAL(314100135505)(13.5MHZ,XAT013500D) [X4]
146 0LTBM00143510 AL B XTAL(314100143510)(14.31818MHZ,XAT014) [X7]
147 0LTBM00283501 AL N B XTAL(314100283501)(28.322MHZ,XAT02832) [X6]
148 0LTBS00024009 AM C Connector(331000024009)(VGA-DVI,G3281-38210) [J29]
149 0LTBT20014016 AL C Connector(331120014016)(HDR,ACES,87505-140L) [J10]
150 0LTBW20015088 AL C Connector(331720015088)(D,FM,15P,BLUE,R/A,S) [J24]
151 0LTBX40005070 AL C Connector(331 84000507 0)(PHONE JA CK,5P,R /A,D) [J34]
152 0LTBW90004001 AL C Connector(331790004001)(USB,4PX1,TYPE B,670) [J28]
153 0LTBX50004007 AL N C Connector(331 85000400 7)(RCA JAC K,FOR AUD IO) [J26]
154 0LTBV50003003 AL C Connector(331 650003003)( WTB S/R,86 807-030) [J8]
155 0LTBM00202505 AL B XTAL(314100202505)(20.25MHZ,XAT020250) [X3]

(Unit)

901 0LTLW01100001 CP N E PWA(411301100001)(PWA-Nereis,US,B ase,MOT HER BD)

RANK

MARK

PART
RANK

DESCRIPTION

4

I/O PWB unit

PRICE

NEW

NO. PARTS CODE

1 0LTAG03228102 AL C Resistor(271003228102)(2.2Ω,1/4W,1%,0) [R4]

0LTAG71000312 AL C Resistor(271071000312)(0Ω,1/16W,5%) [Q701,Q702,R12,R19,R24]

0LTAG71000312 AL C Resistor(271071000312)(0Ω,1/16W,5%) [R25,R26,R291,R320,R33]

2

0LTAG71000312 AL C Resistor(271071000312)(0Ω,1/16W,5%) [R37,R385,R477,R499,R5]

0LTAG71000312 AL C Resistor(271071000312)(0Ω,1/16W,5%) [R519,R523,R576,R585,R8]

3 0LTAG71100312 AL C Resistor(271071100312)(10Ω,1/16W,5%) [R170,R175]

0LTAG71101309 AL C Resistor(271071101309)(100Ω,1/16W,5%) [R131,R237,R27,R303,R317]

0LTAG71101309 AL C Resistor(271071101309)(100Ω,1/16W,5%) [R330,R345,R348,R356,R368]

4

0LTAG71101309 AL C Resistor(271071101309)(100Ω,1/16W,5%) [R369,R377,R400,R420,R424]

0LTAG71101309 AL C Resistor(271071101309)(100Ω,1/16W,5%) [R425,R438,R455,R58,R772]

0LTAG71101309 AL C Resistor(271071101309)(100Ω,1/16W,5%) [R779]

5 0LTAG71102107 AL C Resistor(271071102107)(1KΩ,1/16W,1%) [R43,R50,R60,R65]

0LTAG71102313 AL C Resistor(271071102313)(1KΩ,1/16W,5%) [R117,R16,R18,R22,R222]

0LTAG71102313 AL C Resistor(271071102313)(1KΩ,1/16W,5%) [R228,R249,R251,R278,R279]

6

0LTAG71102313 AL C Resistor(271071102313)(1KΩ,1/16W,5%) [R28,R288,R299,R32,R34]

0LTAG71102313 AL C Resistor(271071102313)(1KΩ,1/16W,5%) [R342,R370,R426]

0LTAG71103310 AL C Resistor(271071103310)(10KΩ,1/16W,5%) [R130,R42,R422,R423,R454]

7

0LTAG71103310 AL C Resistor(271071103310)(10KΩ,1/16W,5%) [R54,R62,R701,R702,R715]

0LTAG71103310 AL C Resistor(271071103310)(10KΩ,1/16W,5%) [R813]

0LTAG71104310 AL C Resistor(271071104310)(100KΩ,1/16W,5%) [R104,R119,R127,R137,R151]

0LTAG71104310 AL C Resistor(271071104310)(100KΩ,1/16W,5%) [R367,R390,R398,R445,R574]

8

0LTAG71104310 AL C Resistor(271071104310)(100KΩ,1/16W,5%) [R6,R73,R752,R753,R79]

0LTAG71104310 AL C Resistor(271071104310)(100KΩ,1/16W,5%) [R832,R9,R91]

9 0LTAG71123103 AL C Resistor(271071123103)(12KΩ,1/16W,1%,0) [R21]
10 0LTAG71151107 AL C Resistor(271071151107)(150Ω,1/16W,1%) [R386]
11 0LTAG71152107 AL C Resistor(271071152107)(1.5KΩ,1/16W,1%) [R173,R241,R310,R47,R59]
12 0LTAG71153105 AL C Resistor(271071153105)(15KΩ,1/16W,1%) [R192]

0LTAG71221312 AL C Resistor(271071221312)(220Ω,1/16W,5%) [R120,R121,R122,R124,R128]

13

0LTAG71221312 AL C Resistor(271071221312)(220Ω,1/16W,5%) [R135,R138,R152,R162,R181]
0LTAG71221312 AL C Resistor(271071221312)(220Ω,1/16W,5%) [R207,R399,R446,R755,R756]

RANK

MARK

PART
RANK

DESCRIPTION

– 7 –

4

I/O PWB unit

PRICE

NEW

NO. PARTS CODE

13 0LTAG71221312 AL C Resistor(271071221312)(220Ω,1/16W,5%) [R766,R767]

0LTAG71222104 AL C Resistor(271071222104)(2.2KΩ,1/16W,1%) [R105,R111,R125,R129,R63]

14

0LTAG71222104 AL C Resistor(271071222104)(2.2KΩ,1/16W,1%) [R77,R833,R92]
15 0LTAG71224103 AL C Resistor(271071224103)(220KΩ,1/16W,1%) [R126,R496,R543]
16 0LTAG71274303 AL C Resistor(271071274303)(270KΩ,1/16W,5%) [R41,R61]
17 0LTAG71303304 AL C Resistor(271071303304)(30KΩ,1/16W,5%) [R439,R440]

0LTAG71330309 AL C Resistor(271071330309)(33Ω,1/16W,5%) [R13,R14,R17,R2,R29]
18

0LTAG71330309 AL C Resistor(271071330309)(33Ω,1/16W,5%) [R3,R30,R395,R401,R703]

0LTAG71330309 AL C Resistor(271071330309)(33Ω,1/16W,5%) [R708]

19 0LTAG71331102 AL C Resistor(271071331102)(330Ω,1/16W,1%) [R302,R31]
20 0LTAG71361102 AL C Resistor(271071361102)(360Ω,1/16W,1%) [R123]
21 0LTAG71392114 AL C Resistor(271071392114)(3.9KΩ,1/16W,1%) [R23]

0LTAG71470308 AL C Resistor(271071470308)(47Ω,1/16W,5%) [R114,R452,R48,R49,R511]
22

0LTAG71470308 AL C Resistor(271071470308)(47Ω,1/16W,5%) [R522]
23 0LTAG71471103 AL C Resistor(271071471103)(470Ω,1/16W,1%) [R149,R20]
24 0LTAG71471308 AL C Resistor(271071471308)(470Ω,1/16W,5%) [R136,R182,R197,R68]

0LTAG71472102 AL C Resistor(271071472102)(4.7KΩ,1/16W,1%) [R118,R153,R174,R53,R55]
25

0LTAG71472102 AL C Resistor(271071472102)(4.7KΩ,1/16W,1%) [R56]
26 0LTAG71472309 AL C Resistor(271071472309)(4.7KΩ,1/16W,5%) [R45,R51]
27 0LTAG71473307 AL C Resistor(271071473307)(47KΩ,1/16W,5%) [R115,R430,R469,R67]
28 0LTAG71474305 AL C Resistor(271071474305)(470KΩ,1/16W,5%) [R418,R435,R491,R816]
29 0LTAG71560104 AL C Resistor(271071560104)(56Ω,1/16W,1%) [R709,R714]
30 0LTAG71561104 AL C Resistor(271071561104)(560Ω,1/16W,1%) [R184,R245,R260,R40,R64]
31 0LTAG71562309 AL C Resistor(271071562309)(5.6KΩ,1/16W,5%) [R148,R183]
32 0LTAG71564304 AL C Resistor(271071564304)(560KΩ,1/16W,5%) [R710,R711]
33 0LTAG71681103 AL C Resistor(271071681103)(680Ω,1/16W,1%) [R208,R417,R490]

0LTAG71682103 AL C Resistor(271071682103)(6.8KΩ,1/16W,1%) [R163,R318,R319,R322,R338]
34

0LTAG71682103 AL C Resistor(271071682103)(6.8KΩ,1/16W,1%) [R373,R383,R384,R392,R409]

0LTAG71682103 AL C Resistor(271071682103)(6.8KΩ,1/16W,1%) [R443,R444]

0LTAG71750106 AL C Resistor(271071750106)(75Ω,1/16W,1%) [R116,R147,R244,R259,R277]

35

0LTAG71750106 AL C Resistor(271071750106)(75Ω,1/16W,1%) [R347,R389,R52,R75,R81]

0LTAG71750106 AL C Resistor(271071750106)(75Ω,1/16W,1%) [R83,R88]

36 0LTAG71821103 AL C Resistor(271071821103)(820Ω,1/16W,1%) [R457]
37 0LTAI01105410 AL C Capacitor(272001105410)(1µ,10%,10V,0) [C243,C462,C472,C492,C506]

0LTAI01106404 AL C Capacitor(272001106404)(10µ,6.3V,10%,08) [C159,C206,C233,C24,C250]
38

0LTAI01106404 AL C Capacitor(272001106404)(10µ,6.3V,10%,08) [C708,C711,C714]

0LTAI01475416 AL C Capacitor(272001475416)(4.7µ,10V,10%,080) [C25,C27,C359,C36,C360]

39

0LTAI01475416 AL C Capacitor(272001475416)(4.7µ,10V,10%,080) [C37,C442,C443,C66,C92]

0LTAI01475416 AL C Capacitor(272001475416)(4.7µ,10V,10%,080) [R412,R413]

0LTAI12106404 AL C Capacitor(272012106404)(10µ,16V,+/-10%,1) [C17,C21,C33,C34,C362]

40

0LTAI12106404 AL C Capacitor(272012106404)(10µ,16V,+/-10%,1) [C372,C401,C438,C44,C466]

0LTAI12106404 AL C Capacitor(272012106404)(10µ,16V,+/-10%,1) [C524,C54,C7]

0LTAI71105411 AL C Capacitor(272071105411)(1µ,10V,10%,060) [C105,C11,C12,C133,C144]

0LTAI71105411 AL C Capacitor(272071105411)(1µ,10V,10%,060) [C15,C153,C16,C161,C171]

41

0LTAI71105411 AL C Capacitor(272071105411)(1µ,10V,10%,060) [C241,C346,C38,C387,C423]

0LTAI71105411 AL C Capacitor(272071105411)(1µ,10V,10%,060) [C432,C444,C482,C499,C500]

0LTAI71105411 AL C Capacitor(272071105411)(1µ,10V,10%,060) [C72,C743,C744,C91,C95]

0LTAI72105403 AL C Capacitor(272072105403)(0.1µ,CR,16V,10) [C1,C110,C141,C145,C156]

0LTAI72105403 AL C Capacitor(272072105403)(0.1µ,CR,16V,10) [C164,C174,C180,C197,C2]

0LTAI72105403 AL C Capacitor(272072105403)(0.1µ,CR,16V,10) [C203,C204,C205,C218,C22]

0LTAI72105403 AL C Capacitor(272072105403)(0.1µ,CR,16V,10) [C23,C230,C231,C232,C237]

0LTAI72105403 AL C Capacitor(272072105403)(0.1µ,CR,16V,10) [C245,C247,C249,C253,C276]

0LTAI72105403 AL C Capacitor(272072105403)(0.1µ,CR,16V,10) [C29,C327,C334,C339,C342]

42

0LTAI72105403 AL C Capacitor(272072105403)(0.1µ,CR,16V,10) [C380,C400,C404,C411,C42]

0LTAI72105403 AL C Capacitor(272072105403)(0.1µ,CR,16V,10) [C470,C471,C474,C488,C493]

0LTAI72105403 AL C Capacitor(272072105403)(0.1µ,CR,16V,10) [C5,C507,C508,C517,C518]

0LTAI72105403 AL C Capacitor(272072105403)(0.1µ,CR,16V,10) [C520,C528,C530,C56,C60]

0LTAI72105403 AL C Capacitor(272072105403)(0.1µ,CR,16V,10) [C62,C67,C701,C704,C705]

0LTAI72105403 AL C Capacitor(272072105403)(0.1µ,CR,16V,10) [C707,C709,C710,C712,C745]

0LTAI72105403 AL C Capacitor(272072105403)(0.1µ,CR,16V,10) [C757,C78,C8,C882]

0LTAI72224405 AL C Capacitor(272072224405)(0.22µ,16V,10%) [C57,C84,C85,C907,C908]

43

0LTAI72224405 AL C Capacitor(272072224405)(0.22µ,16V,10%) [C909,C910,C911,C912,C913]

0LTAI72224405 AL C Capacitor(272072224405)(0.22µ,16V,10%) [C914,C915,C916,C917]

44 0LTAI72473409 AL C Capacitor(272072473409)(0.047µ,16V,10%) [C157]
45 0LTAI73102403 AL C Capacitor(272073102403)(1000P,CR,25V,10) [C278,C48]
46 0LTAI75100310 AL C Capacitor(272075100310)(10P,CR,50V,5%) [C168,C257,C295,C336]

0LTAI75101313 AL C Capacitor(272075101313)(100P,CR,50V,5%) [C364,C378,C395,C399,C413]
47

0LTAI75101313 AL C Capacitor(272075101313)(100P,CR,50V,5%) [C431,C435,C436,C79,C80]

0LTAI75103414 AL C Capacitor(272075103414)(0.01µ,CR,50V,1) [C216,C217,C39,C58,C61]

48

0LTAI75103414 AL C Capacitor(272075103414)(0.01µ,CR,50V,1) [C65,C75,C77,C87,C898]
49 0LTAI75120306 AL C Capacitor(272075120306)(12P,CR,50V,5%) [C279,C298,C343,EC17]
50 0LTAI75152405 AL C Capacitor(272075152405)(1500P,CR,50V,10%) [C32,C41,C46,C47,C9]
51 0LTAI75180310 AL N C Capacitor(272075180310)(18P,50V,5%,0) [C137,C138]
52 0LTAI75220314 AL C Capacitor(272075220314)(22P,50V,5%,0) [C158,C215]
53 0LTAI75270308 AL C Capacitor(272075270308)(27P,50V,5%,06) [C280,C307,C344]
54 0LTAI75330310 AL C Capacitor(272075330310)(33P,50V,5%,06) [C473]
55 0LTAI75471415 AL C Capacitor(272075471415)(470P,50V,10%,06) [C26,C28,C31,C68,C69]
56 0LTAI75560302 AL C Capacitor(272075560302)(56P,50V,5%,0603,NPO,SMT) [C49,C50,C51,C64,C82]
57 0LTAI75561405 AL C Capacitor(272075561405)(560P,CR,50V,10) [C148]
58 0LTAI75821403 AL C Capacitor(272075821403)(820P,CR,50V,10%) [C146]

RANK

MARK

PART
RANK

DESCRIPTION

– 8 –

4

I/O PWB unit

PRICE

NEW

NO. PARTS CODE

59 0LTAI75822406 AL C Capacitor(272075822406)(8200P,CR,50V,10%) [C43]
60 0LTLL02104708 AL C Capacitor(272102104708)(0.1µ,16V,+80-2) [C179,C256]
61 0LTAK00500188 AL C Fer rite bead(27 30005001 88)(120 Ω) [L12,L17,L3,L4,L5,L8]
62 0LTAK00550065 AM C LC filter(273 00055006 5)(H354L AI-81) [U16]
63 0LTAK00550067 AM C LC filter(273 00055006 7)(H354B AI-44) [U21]

0LTAK00994024 AL C Inductor(273000994024)(10UH,150mA) [L11,L16,L22,L24,L27]
64

0LTAK00994024 AL C Inductor(273000994024)(10UH,150mA) [L701,L702]
65 0LTAK00994027 AL C Inductor(273000994027)(5.6UH,200mA) [L15]
66 0LTAK00994025 AL C Inductor(273000994025)(22UH,110mA) [L28,L34,L37]
67 0LTAK00994026 AL C Inductor(273000994026)(1UH,400mA,5) [L6,L7]
68 0LTAN74125011 AL B IC(282074125011)(SN74LVC125APWR,QU) [U7]
69 0LTFH74125004 AL B IC(282674125004)(74AHCT1G125,SINGL) [U6]
70 0LTAX08575001 AY B IC(286208575001)(PCF8575PWR,Remote) [U703]
71 0LTAY02069002 BB B IC(286302069002)(CXA2069Q,S2-COMPA) [U33]
72 0LTAY05301011 BA B IC(286305301011)(SM5301CS-G,3-CHAN) [U43]
73 0LTAY07805024 AL B IC(2863078050 24)(UTC 78T 05AL,1.0A ) [U1]
74 0LTAY07809006 AL B IC(2863078090 06)(UTC 78T 09AL,1.0A ) [U2]
75 VHIN26901E2-1 AW B Digital audio delay(NJU26901E2) [U4]
76 0LTBB00033011 AL B Diode(288100033011)(RLZ3.3B,ZENER) [D7]
77 0LTBB00043006 AL B Diode(288100043006)(RLZ4.3B,ZENER,SOD-80,SMT) [D702]
78 0LTBB00056028 AL B Diode(288100056028)(BZV55-C5V6,ZEN) [D1]

0LTBC02601001 AL B Transistor(288202601001)(2PD601ASW,NPN) [Q1,Q16,Q2,Q23,Q30]
79

0LTBC02601001 AL B Transistor(288202601001)(2PD601ASW,NPN) [Q38,Q4,Q5,Q53,Q58]

0LTBC02601001 AL B Transistor(288202601001)(2PD601ASW,NPN) [Q60,Q67,Q70,Q71]

0LTBC02709001 AL B Transistor(288202709001)(2PB709ASW,PNP) [Q14,Q15,Q19,Q21,Q24]

80

0LTBC02709001 AL B Transistor(288202709001)(2PB709ASW,PNP) [Q28,Q29,Q33,Q35,Q37]

0LTBC02709001 AL B Transistor(288202709001)(2PB709ASW,PNP) [Q39,Q43,Q46,Q51,Q6,Q8]

81 0LTBC03904033 AL B Transistor(288203904033)(MMBT3904L,NPN) [Q40]
82 0LTBC03906021 AL B Transistor(288203906021)(MMBT3906L,PNP) [Q12]

0LTBC27002024 AL B Transistor(288227002024)(2N7002LT1,N-CH) [Q50,Q52,,Q703,Q704]
83

0LTBC27002024 AL B Transistor(288227002024)(2N7002LT1,N-CH) [Q706,Q9,Q701,Q702]
84 0LTBD00000217 AL C Connector(291000000217)(WTB,S/T,88290-02) [J31]
85 0LTBD00000218 AL C Connector(291000000218)(WTB,S/T,88310-02) [J30]
86 0LTBD00010428 AL C Connector(291000010428)(HDR,ACES,88261-0) [J32]
87 0LTBD00012611 AL C Connector(291000012611)(HDR,ACES,85203-2) [J13,J17]

! 88 0LTBF00010209 AL A Fuse(295000010209)(1A,NORMAL,1206) [F2,F3]
! 89 0LTBF00010210 AL A Fuse(295000010210)(2A,NORMAL,1206) [F1]

90 0LTAW00138001 AL B IC(286100138001 )(YDA138,1 0W AF POW) [U48]
91 0LTAG71334304 AL C Resistor(271071334304)(330KΩ,1/16W,5%) [R493,R532]
92 0LTAG71513102 AL C Resistor(271071513102)(51Ω,1/16W,1%) [R46]
93 0LTAI01475704 AL C Capacitor(272001475704)(4.7µ,CR,10V,+8) [C74]
94 0LTAI72476402 AL C Capacitor(272072476402)(0.47µ,16V,20%) [C70,C71]
95 0LTAI75104710 AL C Capacitor(272075104710)(0.1µ,50V,+80-2) [C899]
96 0LTAW04911002 AR B IC(286104911002 )(LM4911 MM NOPB,L OW) [U11]
97 0LTAG71104108 AL C Resistor(271071104108)(100KΩ,1/16W,1%) [R44,R57]
98 0LTAG61000003 AL C Resistor(271061000003)(0Ω,1/16W,0402) [R10,R35,R7,R865]
99 0LTAG71802102 AL C Resistor(271071802102)(8.06KΩ,1/16W,1%) [R351]

100 0LTAG71841102 AL C Resistor(271071841102)(845Ω,1/16W,1%,06) [R229,R262,R293]
101 0LTAI75331308 AL C Capacitor(272075331308)(330P,CR,50V,5%) [C73,C81,C10,C14,C18,C19]
102 0LTAV00751203 AQ B IC(284500751203)(G751-2P1f,TEMPERA) [U3]
103 0LTAK00610038 AL C Ferrite be ad(2730006 10038)(6 00 Ω) [L47,L48,L49,L50]
104 VHIM4441KD5-1 BD B Dolby Surround Processor(MSP4441K-QA- D5) [U5]
105 0LTAY01117101 AL B IC(286301117101)(G1117-25T43µF,VOL) [U14]
106 0LTAY01117102 AL B IC(286301117102)(G1117-33T43µF,VOL) [U9]
107 0LTBB00010004 AL B Diode(288100010004)(RLZ10B,ZENER,9) [D701]

0LTBB00099018 AL B Diode(288100099018)(BAV99,70V,450M) [D33,D34,D36,D40,D41]

0LTBB00099018 AL B Diode(288100099018)(BAV99,70V,450M) [D42,D43,D46,D50,D53]

108

0LTBB00099018 AL B Diode(288100099018)(BAV99,70V,450M) [D710,D711,D712,D713,D714]

0LTBB00099018 AL B Diode(288100099018)(BAV99,70V,450M) [D715,D716,D717]

109 0LTBB00032014 AL B Diode(288100032014)(BAS32L,VRRM75V) [D2,D3,D8]
110 0LTAG71163104 AL C Resistor(271071163104)(1.69KΩ,1/16W,1%) [R305]
111 0LTAG71182102 AL C Resistor(271071182102)(1.8KΩ,1/16W,1%) [R242]
112 VHIU64084GC-1 BD B IC(UPD64084GC) [U17]
113 0LTAG02000312 AL C Resistor(271002000312)(0Ω,1/10W,5%) [R716]
114 0LTLO00010032 BL N B Tuner module(309000010032)(TV ,VT2W8UW) [U8]
115 0LTEF00228522 AL C Resistor(311100228522)(2.2Ω,RSN,1W,5%,MG) [R1]
116 0LTBJ74706260 AL C EC(312274706260)(470µ,16V,D10,L12.5) [C410]
117 0LTBJ76806201 AL C EC(312276806201)(680µ,25V,D12.5,L15) [C55]

0LTKU71006505 AL C EC(312371006505)(100µ,50V,EKY-500ETD1) [C136,C154,C20,C281,C3]

118

0LTKU71006505 AL C EC(312371006505)(100µ,50V,EKY-500ETD1) [C4,C484,C59,C6,C76,C97]

119 0LTKU74705303 AL C EC(312374705303)(47µ,25V,D5*11,NCC) [C88]
120 0LTBM00184507 AL B XTAL(314100184507)(18.432MHZ,XAT01843) [X1]
121 0LTBM00200506 AL B XTAL(314100200506)(20MHZ,XAT020000FC1) [X8]
122 0LTBT20004051 AL C Connector(331120004051)(HDR,ACES,87505-040L) [J4]
123 0LTBX50000004 AQ C Conn ector(331850 000004)( YKC21-447 4N,RCA PIN) [J20,J7]
124 0LTBX50000005 AM N C Connector(331 85000000 5)(YKC 21-4767N,RC A PIN) [J37]
125 0LTBX70001001 AQ C Connector(331870001001)(YKF51-5643N,S-VIDEO) [J5]

(Unit)

901 0LTLW01100004 CG N E P WA(41130110000 4)(PWA-Ner eis,US,Base,I/ O BD)

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DESCRIPTION

– 9 –

5

LED PWB unit

PRICE

NEW

NO. PARTS CODE

1 0LTAG12470302 AL C Resistor(271012470302)(47Ω,1/8W,5%,1) [R99]
2 0LTAG71101309 AL C Resistor(271071101309)(100Ω,1/16W,5%) [R113]
3 0LTAG71103310 AL C Resistor(271071103310)(10KΩ,1/16W,5%) [R109,R112]
4 0LTAG71221105 AL C Resistor(271071221105)(220Ω,1/16W,1%,06) [R100]
5 0LTAI12106404 AL C Capacitor(272012106404)(10µ,16V,+/-10%,1) [C119,C120,C121]
6 0LTAI15334001 AL N C Capacitor(272015334001)(0.33µ,50V,1206,X7R,SMT,TDK) [C920,C922]

0LTAI75680307 AL C Capacitor(272075680307)(68P,50V,5%,0) [C83,C86,C89,C90,C96]

7

0LTAI75680307 AL C Capacitor(272075680307)(68P,50V,5%,0) [C98]

8 0LTAK00994040 AL C Inductor(273000994040)(22uH,2.5A,Q) [L1,L10,L2,L9]
9 0LTAG71203307 AL C Resistor(271071203307)(20KΩ,1/16W,5%) [R430,R469]

10 0LTAI75681408 AL C Capacitor(272075681408)(680P,50V,10%,0) [C439,C440]

! 11 0LTBF00010206 AL A Fuse(295000010206)(NORMAL,6.5A/32V) [F10]

12 0LTAI75103713 AL C Capacitor(272075103713)(0.01µ,50V,+80-2) [C100,C93,C94,C99]
13 0LTAI71105411 AL C Capacitor(272071105411)(1µ,10V,10%,060) [C123]
14 0LTAI71105412 AL C Capacitor(272071105412)(1µ,10V,10%,0603) [C125]
15 0LTAI72105403 AL C Capacitor(272072105403)(0.1µ,CR,16V,10) [C124,C8]
16 0LTAY00851002 AM B I C(286300851002 )(TPS851,OP C SENSOR) [U12]
17 0LTBC27002024 AL B Transistor(288227002024)(2N7002LT1,N-CH) [Q9]
18 0LTBD00011222 AL C Connector(291000011222)(HDR,ACES,87216-1) [J701]
19 0LTAG71806013 AL C Resistor(271071806013)(806Ω,1/16W,1%,060) [R315]
20 0LTAG71131103 AL C Resistor(271071131103)(130Ω,1/16W,1%) [R93,R94]
21 0LTBC00143011 AL B Transistor(288200143011)(DDTC143TCA,4.7) [Q1]
22 0LTAG71204104 AL C Resistor(271071204104)(200KΩ,1/16W,1%) [R108]
23 0LTDA11000037 AL B LED(334111000037)(LTL-4231N,GRN,Imper) [D10]
24 0LTDA11000038 AL B LED(3341110000 38)(LTL -1BEHJ, RED ORA NG) [D11]

(Unit)

901 0LTLW01000007 AY E PW A(411301000 007)(P WA-Nereis,JP ,Base,L ED BD)

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DESCRIPTION

6

Key pad PWB unit

PRICE

NEW

NO. PARTS CODE

0LTAG71101309 AL C Resistor(271071101309)(100Ω,1/16W,5%) [R36,R65,R66,R67,R68]

1

0LTAG71101309 AL C Resistor(271071101309)(100Ω,1/16W,5%) [R69,R70,R71,R72]

0LTLL05471408 AL C Capacitor(272105471408)(470P,50V,10%,04) [C79,C80,C81,C82,C83]

2

0LTLL05471408 AL C Capacitor(272105471408)(470P,50V,10%,04) [C84,C85,C86]

3 0LTBD00011226 AL C Co nnector(291000011226)(HDR,ACES 88107-1) [J3]

0LTDH80100002 AL B SW(337180100002)(DTSA-62,SPST,2P,25VD) [SW2,SW3,SW4,SW5,SW6]

4

0LTDH80100002 AL B SW(337180100002)(DTSA-62,SPST,2P,25VD) [SW7,SW8]

5 0LTDH80200001 A L B SW(337180200001)(WPM-2PLB -7.4,PU SH BO) [SW1]

(Unit)

901 0LTLW01000010 BB E PWA(411301000010)(PWA-Nereis,JP,Base,KEYPAD BD)

7

Headphone PWB unit

NO. PARTS CODE

1 0LTAK00136020 A L C Ferri te chip(2730 00136020 )(120Ω/) [L1,L2]
2 0LTBD00010429 AL C Connector(291000010429)(HDR,ACES,88260-0) [J1]
3 0LTBB00784002 AL B Diode(288100784002)(BZB784-C6V2,FO) [D1,D2]
4 0LTBX10000003 A L C Connecto r(331810000 003)(PH ONE JACK,A J391Y,S) [J2]

(Unit)

901 0LTLW01000016 AZ E PWA(411301000 016)(P WA-Nerei s,JP,Base mode,H ead Phone BD)

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PART
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PART
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DESCRIPTION

DESCRIPTION

– 10 –

■

Index

PRICE

NEW

PARTS CODE NO.

[V]

VHI1501LHCF-1 3-134 BQ N B
VHIF2310LBD-1 3- 89 BG B
VHIM4441KD5-1 4-104 BD B
VHIN26901E2-1 4- 75 AW B
VHIU64084GC-1 4-112 BD B
VHIV3230DC5-1 3-135 BC B
VVLQ255T3LZ25 1- 55 DH N E

[0]

0LTAB79320001 2- 22 AL N D
0LTAE79300013 1- 69 AL D
0LTAE79300019 2- 5 AL N D
0LTAG02000312 3- 1 AL C

" 4-113 AL C
0LTAG03228102 4- 1 AL C
0LTAG12470302 5- 1 AL C
0LTAG61000003 4- 98 AL C
0LTAG71000312 3- 2 AL C

" 4- 2 AL C
0LTAG71100103 3-118 AL C
0LTAG71100312 3- 3 AL C

" 4- 3 AL C
0LTAG71101107 3- 4 AL C
0LTAG71101309 3- 5 AL C

" 4- 4 AL C

" 5- 2 AL C

" 6- 1 AL C
0LTAG71102107 3- 6 AL C

" 4- 5 AL C
0LTAG71102313 3- 7 AL C

" 4- 6 AL C
0LTAG71103108 3- 8 AL C
0LTAG71103310 3- 9 AL C

" 4- 7 AL C

" 5- 3 AL C
0LTAG71104108 3- 10 AL C

" 4- 97 AL C
0LTAG71104310 3- 11 AL C

" 4- 8 AL C
0LTAG71105312 3- 12 AL C
0LTAG71121114 3-133 AL C
0LTAG71123103 3- 13 AL C

" 4- 9 AL C
0LTAG71131103 5- 20 AL C
0LTAG71141103 3- 14 AL C
0LTAG71151107 3- 15 AL C

" 4- 10 AL C
0LTAG71152107 3- 16 AL C

" 4- 11 AL C
0LTAG71153105 4- 12 AL C
0LTAG71163104 4-110 AL C
0LTAG71181103 3- 17 AL N C
0LTAG71182102 3- 18 AL C

" 4-111 AL C
0LTAG71200105 3- 19 AL C
0LTAG71201306 3-125 AL C
0LTAG71203307 5- 9 AL C
0LTAG71204104 3- 20 AL C

" 5- 22 AL C
0LTAG71220308 3- 21 AL C
0LTAG71221105 3- 22 AL C

" 5- 4 AL C
0LTAG71221312 4- 13 AL C
0LTAG71222104 3- 23 AL C

" 4- 14 AL C
0LTAG71223307 3- 24 AL C
0LTAG71224103 4- 15 AL C
0LTAG71224305 3- 25 AL C
0LTAG71241103 3- 26 AL C
0LTAG71270306 3- 27 AL C
0LTAG71274303 4- 16 AL C
0LTAG71287114 3-141 AL C
0LTAG71303304 4- 17 AL C
0LTAG71330309 3- 28 AL C

" 4- 18 AL C
0LTAG71331102 4- 19 AL C
0LTAG71332102 3- 29 AL C
0LTAG71334304 4- 91 AL C
0LTAG71361102 4- 20 AL C

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PARTS CODE NO.

0LTAG71391103 3- 30 AL N C
0LTAG71392114 4- 21 AL C
0LTAG71470105 3- 31 AL C
0LTAG71470308 4- 22 AL C
0LTAG71471103 3- 32 AL C

" 4- 23 AL C
0LTAG71471308 4- 24 AL C
0LTAG71472102 3- 33 AL C

" 4- 25 AL C
0LTAG71472309 3- 34 AL C

" 4- 26 AL C
0LTAG71473307 3- 35 AL C

" 4- 27 AL C
0LTAG71474305 3- 36 AL C

" 4- 28 AL C
0LTAG71510102 3- 37 AL C
0LTAG71513102 4- 92 AL C
0LTAG71560104 4- 29 AL C
0LTAG71561104 4- 30 AL C
0LTAG71562309 3- 38 AL C

" 4- 31 AL C
0LTAG71564304 4- 32 AL C
0LTAG71570102 3- 39 AL C
0LTAG71681103 4- 33 AL C
0LTAG71682103 3- 40 AL C

" 4- 34 AL C
0LTAG71712102 3- 41 AL C
0LTAG71750106 3- 42 AL C

" 4- 35 AL C
0LTAG71802102 3- 43 AL C

" 4- 99 AL C
0LTAG71806013 5- 19 AL C
0LTAG71821103 3- 44 AL C

" 4- 36 AL C
0LTAG71841102 4-100 AL C
0LTAG72181102 3- 45 AL C
0LTAH11103305 3- 49 AL B
0LTAH11220305 3- 50 AL B
0LTAH11330305 3- 51 AL B
0LTAH11472305 3- 52 AL B
0LTAI01105410 3- 53 AL C

" 4- 37 AL C
0LTAI01106404 3- 54 AL C

" 4- 38 AL C
0LTAI01225409 3- 55 AL C
0LTAI01475416 3- 56 AL C

" 4- 39 AL C
0LTAI01475704 4- 93 AL C
0LTAI12106404 3- 57 AL C

" 4- 40 AL C

" 5- 5 AL C
0LTAI13106504 3- 58 AL C
0LTAI15334001 5- 6 AL N C
0LTAI71105411 3- 59 AL C

" 4- 41 AL C

" 5- 13 AL C
0LTAI71105412 3- 60 AL C

" 5- 14 AL C
0LTAI72105403 3- 61 AL C

" 4- 42 AL C

" 5- 15 AL C
0LTAI72224405 3- 62 AL C

" 4- 43 AL C
0LTAI72473409 3- 63 AL C

" 4- 44 AL C
0LTAI72476402 4- 94 AL C
0LTAI72683408 3- 64 AL C
0LTAI73102403 4- 45 AL C
0LTAI73151303 3- 65 AL C
0LTAI73682404 3- 67 AL C
0LTAI75100310 3- 68 AL C

" 4- 46 AL C
0LTAI75101313 3- 69 AL C

" 4- 47 AL C
0LTAI75102419 3- 70 AL C
0LTAI75103414 3- 71 AL C

" 4- 48 AL C
0LTAI75103713 5- 12 AL C
0LTAI75104710 3- 72 AL C

" 4- 95 AL C
0LTAI75120306 3-136 AL C

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– 11 –

PRICE

NEW

PARTS CODE NO.

0LTAI75120306 4- 49 AL C
0LTAI75150308 3- 73 AL C
0LTAI75152404 3- 74 AL C
0LTAI75152405 4- 50 AL C
0LTAI75180310 4- 51 AL N C
0LTAI75220314 3- 75 AL C

" 4- 52 AL C
0LTAI75221311 3- 76 AL C
0LTAI75270308 3- 66 AL C

" 4- 53 AL C
0LTAI75330310 3- 77 AL C

" 4- 54 AL C
0LTAI75331308 4-101 AL C
0LTAI75338401 3-142 AL N C
0LTAI75391305 3- 78 AL C
0LTAI75471415 4- 55 AL C
0LTAI75560302 4- 56 AL C
0LTAI75561405 3- 79 AL C

" 4- 57 AL C
0LTAI75680307 5- 7 AL C
0LTAI75681408 5- 10 AL C
0LTAI75821403 4- 58 AL C
0LTAI75822406 4- 59 AL C
0LTAJ02276502 3-126 AM N C
0LTAK00136020 3- 81 AL C

" 7- 1 AL C
0LTAK00150345 3-137 AL N C
0LTAK00150358 3- 82 AL C
0LTAK00500188 3- 83 AL C

" 4- 61 AL C
0LTAK00550065 4- 62 AM C
0LTAK00550067 4- 63 AM C
0LTAK00610038 4-103 AL C
0LTAK00994024 4- 64 AL C
0LTAK00994025 4- 66 AL C
0LTAK00994026 4- 67 AL C
0LTAK00994027 4- 65 AL C
0LTAK00994040 5- 8 AL C
0LTAN07414005 3- 84 AL B
0LTAN74125011 4- 68 AL B
0LTAN74405003 3- 85 AL B
0LTAR30100001 3- 86 AP B
0LTAR67930012 3-124 AM B
0LTAR68470001 3- 87 AL B
0LTAT30040001 3-123 BL B
0LTAT30100001 3-138 BB B
0LTAV00751203 3-122 AQ B

" 4-102 AQ B
0LTAV02303005 3- 88 AZ B
0LTAV09883004 3- 90 BD B
0LTAV74266001 3- 91 AL B
0LTAV86129002 3- 92 BB N B
0LTAW00138001 4- 90 AL B
0LTAW04911002 4- 96 AR B
0LTAW12141001 3-129 AL C
0LTAX08575001 4- 70 AY B
0LTAX09011001 3- 93 BL N B
0LTAY00851002 5- 16 AM B
0LTAY01117100 3-131 AL B
0LTAY01117101 3-132 AL B

" 4-105 AL B
0LTAY01117102 3-127 AL B

" 4-106 AL B
0LTAY01287003 3- 94 BB N B
0LTAY02069002 4- 71 BB B
0LTAY05301011 4- 72 BA B
0LTAY07805024 4- 73 AL B
0LTAY07808005 3- 95 AL B
0LTAY07809006 4- 74 AL B
0LTAY91124004 3-128 AL C
0LTBB00010004 4-107 AL B
0LTBB00024012 3- 97 AL B
0LTBB00032014 3-119 AL B

" 4-109 AL B
0LTBB00033011 3- 98 AL B

" 4- 76 AL B
0LTBB00043006 3- 99 AL B

" 4- 77 AL B
0LTBB00056028 4- 78 AL B
0LTBB00099018 3-115 AL B

" 4-108 AL B

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NEW

PARTS CODE NO.

0LTBB00701003 3- 96 AL B
0LTBB00784001 3-116 AL N B
0LTBB00784002 7- 3 AL B
0LTBC00143011 5- 21 AL B
0LTBC00144027 3-117 AL B
0LTBC00672003 3-130 AM N B
0LTBC02601001 3-100 AL B

" 4- 79 AL B
0LTBC02709001 4- 80 AL B
0LTBC03403003 3-139 AL B
0LTBC03904033 3-101 AL B

" 4- 81 AL B
0LTBC03906021 4- 82 AL B
0LTBC04409003 3-102 AN B
0LTBC27002024 3-103 AL B

" 4- 83 AL B

" 5- 17 AL B
0LTBC27002025 3-104 AL B
0LTBD00000217 4- 84 AL C
0LTBD00000218 4- 85 AL C
0LTBD00010428 4- 86 AL C
0LTBD00010429 7- 2 AL C
0LTBD00011222 3-105 AL C

" 5- 18 AL C
0LTBD00011226 6- 3 AL C
0LTBD00011901 3-106 AR N C
0LTBD00012611 4- 87 AL C
0LTBD00012612 3-107 AL C
0LTBD00021109 3-121 AL C
0LTBD00144014 3-108 AN C
0LTBF00010205 3-140 AL A
0LTBF00010206 5- 11 AL A
0LTBF00010209 3-109 AL A

" 4- 88 AL A
0LTBF00010210 3-110 AL A

" 4- 89 AL A
0LTBF00010215 3-112 AL N A
0LTBF00010217 3-111 AL A
0LTBF00010300 3-120 AL N B
0LTBJ74706260 4-116 AL C
0LTBJ76806201 4-117 AL C
0LTBM00120505 3-144 AL B
0LTBM00135505 3-145 AL B
0LTBM00143510 3-146 AL B
0LTBM00184507 4-120 AL B
0LTBM00200506 4-121 AL B
0LTBM00202505 3-155 AL B
0LTBM00283501 3-147 AL N B
0LTBS00024009 3-148 AM C
0LTBT20004051 4-122 AL C
0LTBT20014016 3-149 AL C
0LTBV50003003 3-154 AL C
0LTBW20015088 3-150 AL C
0LTBW90004001 3-152 AL C
0LTBX10000003 7- 4 AL C
0LTBX40005070 3-151 AL C
0LTBX50000004 4-123 AQ C
0LTBX50000005 4-124 AM N C
0LTBX50004007 3-153 AL N C
0LTBX70001001 4-125 AQ C
0LTCE79300019 1- 28 AL C
0LTCE79300040 1- 67 AL C

" 2- 16 AL C
0LTCF79300002 1- 33 AL C
0LTCH04011201 1- 35 AL C
0LTCH43006006 1- 36 AL C
0LTCI03010652 1- 37 AL C
0LTCI03010831 1- 38 AL C
0LTCI03012007 1- 39 AL C
0LTCI04010813 1- 41 AL C
0LTCI04010815 1- 40 AL C
0LTCK03010605 1- 48 AL N C
0LTCX10003001 2- 18 AZ N B
0LTCY30110001 2- 21 AZ N D
0LTDA11000037 5- 23 AL B
0LTDA11000038 5- 24 AL B
0LTDH80100002 6- 4 AL B
0LTDH80200001 6- 5 AL B
0LTDP30110001 2- 19 AL N D
0LTEA71100303 3- 46 AL B
0LTEA71220302 3- 47 AL B

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– 12 –

PRICE

NEW

PARTS CODE NO.

0LTEA71330303 3- 48 AL B
0LTEF00228522 4-115 AL C
0LTEO03010610 1- 43 AL C
0LTEO03011003 1- 44 AL C
0LTEO03011005 1- 45 AL C
0LTEO04011203 1- 46 AL C
0LTEO04011205 1- 47 AL C
0LTFH74125004 4- 69 AL B
0LTJY03010080 1- 42 AL C
0LTKU71006505 3-143 AL C

" 4-118 AL C
0LTKU74705303 4-119 AL C
0LTKW44010006 1- 49 AL C
0LTKX30042002 2- 20 AL D
0LTLL02104708 3- 80 AL C

" 4- 60 AL C
0LTLL05471408 6- 2 AL C
0LTLO00010032 4-114 BL N B
0LTLP30010002 2- 15 BE N E
0LTLS05247002 2- 17 AR C
0LTLS20276003 2- 13 AY C
0LTLT15010007 2- 23 AL B
0LTLW01000007 1- 52 AY E

" 5-901 AY E
0LTLW01000010 1- 53 BB E

" 6-901 BB E
0LTLW01000016 1- 54 AZ E

" 7-901 AZ E
0LTLW01100001 1- 50 CP N E

" 3-901 CP N E
0LTLW01100004 1- 51 CG N E

" 4-901 CG N E
0LTLX01100002 3-114 BL N B
0LTLX01100003 3-113 BF N B
0LTLY00400025 1- 1 BC B
0LTLY01000002 1- 6 BU N C
0LTLY01000003 1- 2 BF B
0LTLY01000004 1- 3 BF B
0LTLY01000007 1- 7 BV N D
0LTLY01000011 1- 4 AY N C
0LTLY01000015 1- 9 BG N C
0LTLY01000016 1- 14 BC N C
0LTLY01000018 1- 5 AM N C
0LTLY01100001 1- 8 BS N D
0LTLZ01000003 1- 12 AY N C
0LTLZ01000004 1- 11 AL C
0LTLZ01000005 1- 13 AR N C
0LTLZ01000006 1- 10 BL N C
0LTLZ01000009 1- 15 AN N C
0LTMA01000003 1- 16 BE D
0LTMA01000004 1- 17 BE D
0LTMA01000007 1- 26 AN N D
0LTMA01000010 1- 18 AN N D
0LTMA01000011 1- 19 AY D
0LTMA01000012 1- 20 BA D
0LTMA01000021 1- 21 BH D
0LTMA01000027 1- 22 AU N C
0LTMA01000036 1- 23 AP D
0LTMA01000041 1- 24 AL C
0LTMA01000042 1- 25 AL C
0LTMA01200019 1- 27 AL C
0LTMC01000004 1- 29 AL D
0LTMC01000005 1- 30 AL D
0LTMC01000006 1- 32 AL N D
0LTMC01000007 1- 31 AP C
0LTMC01000008 1- 71 AL D
0LTMD01300001 1- 66 CB E
0LTME01000005 1- 34 AL C
0LTMF01050001 2- 10 AY N D
0LTMF01050002 2- 8 AY N D
0LTMF01050003 2- 2 BA N D
0LTMF01050004 2- 1 AZ N D
0LTMF01050005 2- 9 AP N D
0LTMF01120001 2- 7 BD N D
0LTMG01020001 2- 4 AX N D
0LTMG01030001 2- 3 AS N D
0LTMH00400017 1- 70 AL D
0LTMH01100001 1- 68 AM N D
0LTMH01100002 2- 6 AL N D
0LTML01000001 1- 56 AS C
0LTML01000002 1- 57 AL C

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MARK

PART
RANK

PRICE

NEW

PARTS CODE NO.

0LTML01000003 1- 58 AT C
0LTML01000005 1- 61 BC N C
0LTML01000006 1- 63 AS N C
0LTML01000007 1- 59 AR C
0LTML01000010 1- 62 AL N C
0LTML01000012 1- 60 AL C
0LTML01200006 1- 64 AQ C

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COPYRIGHT

No part of this publication may be reproduced,

electronic, mechanical, photocopying, recording, or otherwise,

without prior written permission of the publisher.

 2005BY SHARP CORPORATION

All rights reserved.

Printed in Japan.

stored in a retrieval system, or transmitted.

In any form or by any means,

SHARP CORPORATION
Information and Communication Systems Group
Products Quality Assurance Department
Yamatokoriyama, Nara 639-1186, Japan

2005 July Printed in Japan t