Sm0319_e CPX10000

User Manual: CPX10000

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SM0319
CP-X10000 (P6X)
CP-SX12000 (P6SX)

SERVICE MANUAL
Warning
The technical information and parts shown in this
manual are not to be used for: the development,
design, production, storage or use of nuclear, chemical,
biological or missile weapons or other weapons of
mass destruction; or military purposes; or purposes that
endanger global safety and peace. Moreover, do not
sell, give, or export these items, or grant permission for
use to parties with such objectives. Forward all inquiries
to Hitachi Ltd.

Caution
Be sure to read this manual before servicing. To assure safety from ﬁre, electric shock, injury, harmful
radiation and materials, various measures are provided in this Hitachi Multimedia LCD Projector. Be
sure to read cautionary items described in the manual to maintain safety before servicing.

Service Warning
1. When replacing the lamp, avoid burns to your ﬁngers. The lamp becomes very hot.
2. Never touch the lamp bulb with a ﬁnger or anything else. Never drop it or give it a shock, it may
cause bursting of the bulb.
3. This projector is provided with a high voltage circuit for the lamp. Do not touch the electrical parts of
the power unit (circuit) or the power unit (ballast) after turning on the projector.
4. Do not touch the exhaust fan during operation.
5. The LCD module assembly is easy to damage. If replacing the LCD PRISM assembly, do
not hold the FPC of the LCD module assembly.
6. Use the cables which are included with the projector or as speciﬁed.

Contents
1.
2.
3.
4.
5.
6.
7.

Features ------------------------------------------------------ 2
Speciﬁcations ----------------------------------------------- 2
Names of each part---------------------------------------- 3
Adjustment --------------------------------------------------- 6
Troubleshooting ------------------------------------------ 13
Service points --------------------------------------------- 20
Wiring diagram-------------------------------------------- 49

8. Disassembly diagram ----------------------------------9. Replacement parts list ---------------------------------10.RS-232C communication ------------------------------11. Block diagram --------------------------------------------12. Connector connection diagram ----------------------13.Basic circuit diagram ------------------------------------

60
72
73
86
87
88

SPECIFICATIONS AND PARTS ARE SUBJECT TO CHANGE FOR IMPROVEMENT.

Multimedia LCD Projector
August 2009

CP-X10000 ( P6X )

1. Features
• High Brightness
• Low Noise

• Remote Control Via Your Web Browser
• Rich Connectivity

2. Specifications
Liquid
crystal
panel

Drive system

TFT active matrix

Panel size

3.3cm(1.3 type)

Number of pixels

1024 (H) x 768 (V)

Lamp
Digital
signal

350W UHB
HDMI
DVI-D
D-sub 15pin
Computer IN
BNC

Computer
signal
Monitor OUT

Video:Analog 0.7Vp-p, 75 output impedance (positive)
H/V. sync.: TTL level (positive/negative)
Composite sync.: TTL level

VIDEO IN

1.0Vp-p (75 termination)

S-VIDEO IN

Y signal: 1.0±0.1Vp-p, (75 termination)
C signal: 0.286±0.1Vp-p (NTSC burst signal, 75 termination)
0.3±0.1Vp-p (PAL/SECAM burst signal, 75 termination)

VIDEO
signal
COMPONENT
VIDEO

Y

1.0±0.1Vp-p, 75 termination (positive)

CB/PB

0.7±0.1Vp-p, 75 termination (positive)

CR/PR
RS232C

Type:T.M.D.S
Signal level : DC : 3.3V±5%
AC : 0.15-1.56Vp-p
Type : T.M.D.S
Amplitude deifferential signal: DC:150-1200mV AC:1.56Vp-p
Video : Analog 0.7Vp-p(75 termination)
H/V. sync. : TTL level (positive/negative)
Composite sync. : TTL level

INPUT
OUTPUT

0.7±0.1Vp-p, 75 termination (positive)
Hi: Max. 20V, Min. 2.6V

Lo: Typ. –20.0V, Max. 0.8V

Hi: Typ. 8.0V, Min. 5.0V

Lo: Typ. –7.0V, Max. –5.0V

NETWORK 100Base-TX/10Base-T

Differential output: 1.9~2.1V (100 termination)

Power supply

AC110~120V/6.0A, AC220~240V/3.1A

Power consumption

540W

Dimensions

476 (W) x 272 (H) x 469 (D) mm (Not including protruding parts)

Weight

13.1kg ( Not including projection lens )

Temperature range

Operation : 5~35°C
Storage : -20~60°C

Accessories

Remote control x1
RGB cable x 1
Power cords x 3

2a

Batteries x 2
User’s manuals x 1
LENS adapter x 1

Hexagon wrench x 1

CP-SX12000 ( P6SX )

1. Features
• High Brightness
• Low Noise

• Remote Control Via Your Web Browser
• Rich Connectivity

2. Specifications
Liquid
crystal
panel

Drive system
Panel size
Number of pixels

Lamp
Digital
signal

HDMI
DVI-D
D-sub 15pin
Computer IN
BNC

Computer
signal
Monitor OUT
VIDEO IN
VIDEO
signal

S-VIDEO IN
COMPONENT
VIDEO

INPUT
OUTPUT
NETWORK 100Base-TX/10Base-T
Power supply
Power consumption
Dimensions
Weight
RS232C

Temperature range
Accessories

Y
CB/PB
CR/PR

TFT active matrix
3.3cm(1.3 type)
1400 (H) x 1050 (V)
350W UHB
Type:T.M.D.S
Signal level : DC : 3.3V±5%
AC : 0.15-1.56Vp-p
Type : T.M.D.S
Amplitude deifferential signal: DC:150-1200mV AC:1.56Vp-p
Video : Analog 0.7Vp-p(75 termination)
H/V. sync. : TTL level (positive/negative)
Composite sync. : TTL level
Video:Analog 0.7Vp-p, 75 output impedance (positive)
H/V. sync.: TTL level (positive/negative)
Composite sync.: TTL level
1.0Vp-p (75 termination)
Y signal: 1.0±0.1Vp-p, (75 termination)
C signal: 0.286±0.1Vp-p (NTSC burst signal, 75 termination)
0.3±0.1Vp-p (PAL/SECAM burst signal, 75 termination)
1.0±0.1Vp-p, 75 termination (positive)
0.7±0.1Vp-p, 75 termination (positive)
0.7±0.1Vp-p, 75 termination (positive)
Hi: Max. 20V, Min. 2.6V
Lo: Typ. –20.0V, Max. 0.8V
Hi: Typ. 8.0V, Min. 5.0V
Lo: Typ. –7.0V, Max. –5.0V
Differential output: 1.9~2.1V (100 termination)
AC110~120V/6.0A, AC220~240V/3.1A
540W
476 (W) x 272 (H) x 469 (D) mm (Not including protruding parts)
13.1kg ( Not including projection lens )
Operation : 5~35°C
Storage : -20~60°C
Remote control x1
Batteries x 2
Hexagon wrench x 1
RGB cable x 1
User’s manuals x 1
Power cords x 3
LENS adapter x 1

3. Difference from the previous model
The projector CP-SX12000 is a similar model to CP-X10000 and CP-WX11000 in the performance, structure, etc.
Therefore, in this manual, only the Replacement parts list for CP-SX12000 and some latest service information
on P6 chassis are described. Regarding common service information, please refer to the CP-X10000 service
manual (YK. No.0613E) or the CP-WX11000 service manual (YK. No.0617E) properly according to the service information you need as shown in the table below.
Section
Names of each part
Adjustment
Troubleshooting
Service points
Wiring diagram
Disassembly diagram
RS-232C communication
Block diagram
Connector connection diagram
Basic circuit diagram

CP-X10000
¥
¥
¥
¥
¥
¥
¥
¥

NOTE: Service informationwith check mark is common to CP-SX12000.
2b

CP-WX11000
¥
¥
¥
¥
¥
¥
¥
¥
¥

CP-X10000 ( P6X ) / CP-SX12000 ( P6SX )

3. Names of each part
Projector

Front ring

(1) Dust protector
(2) Remote sensors (x 2)
(3) Exhaust vents
(4) Filter cover
The ﬁlter unit and intake vent are
inside.
(5) Control panel
(6) Rear panel
(7) Shutdown switch
(8) Lamp cover
The lamp unit is inside.
(8)
(9) AC IN (AC inlet)
HOT!
(10) Power switch
(11) Security bar
(12) Security slot
(9)
(13) Dented part (x 2)
(10)
(14) Elevator feet (x 2)
(11)

Front cover

(3)
(1)
See the NOTICE
(2)
(7)

HOT!
(2)

(4)
(12)

(6)

(5)

(14)

(13)

WARNING
ŹHOT! : Do not touch around the lamp cover or the exhaust
vents during use or just after use, since it is hot.
ŹDo not look into the lens or vents while the lamp is on, since the strong light is
not good for your eyes.
ŹDo not grab the front cover or front ring to hold the projector, since you can
drop the projector.
ŹDo not handle the elevator feet without holding the projector, since the
projector may drop down.

CAUTION
ŹMaintain normal ventilation to prevent the projector from
heating up. Do not cover, block or plug up the vents. Do not place anything that
can stick or be sucked to the vents, around the intake vents. Clean the air ﬁlter
periodically.

NOTICE ŹDo not touch the lens surface directly.
Ź Keep the dust protector of the projector, and use it when no lens unit is
attached to the projector.

3

CP-X10000 ( P6X ) / CP-SX12000 ( P6SX )

Control panel
(1) STANDBY/ON button
(2) Cursor buttons ( Ÿ/ź/Ż/Ź )
(3) MENU button
(4) COMPUTER button
(5) VIDEO button
(6) DIGITAL button
(7) LENS SHIFT button
(8) ZOOM button
(9) FOCUS button
(10) SHUTTER button

(1)

STANDBY/ON

(2)

The indicator
will light in
green while
the menu of
the function is
displayed.

(3)

The
indicator of
(4) group the
selected
(5)
input port
(6) belongs to
will light in
green.

MENU

(7)

LENS SHIFT

(8)

ZOOM

(9)

FOCUS

COMPUTER

VIDEO

DIGITAL

(10)

SHUTTER

The indicator will blink in yellow
while the lens shutter is closed.

Indicator lamp
(1) (2) (3) (4) (5)

(1) POWER indicator
(2) TEMP indicator
(3) LAMP indicator )
(4) SECURITY indicator
(5) SHUTTER indicator

POWER

TEMP

LAMP SECURITY SHUTTER

Rear panel
(1) HDMI port
(2) DVI-D port
(3) LAN port
(4) MONITOR OUT port
(5) CONTROL IN port
(6) CONTROL OUT port
(7) REMOTE CONTROL IN port
(8) REMOTE CONTROL OUT port
(9) S-VIDEO port
(10) VIDEO 1 port
(11) VIDEO 2 port
(12) COMPUTER IN1 port
(13) COMPUTER IN2 port
(14) BNC (G/Y, B/Cb/Pb, R/Cr/Pr, H, V) ports
(15) Component (Y, Cb/Pb, Cr/Pr) ports

(1) (2)(3)(4)

(9)(10)(11)

LAN
HDMI

DVI-D
CONTROL IN CONTROL OUT REMOTE
CONTROL
IN

S-VIDEO

MONITOR
OUT

COMPUTER IN1 COMPUTER IN2
OUT
VIDEO 1

R/Cr/Pr

BNC

G/Y B/Cb/Pb

H

V VIDEO 2

Y
Cb/Pb
Cr/Pr

I

O

AC IN

(5) (6) (7) (8) (15) (14) (12) (13)

CAUTION
Use the shutdown switch only when the projector is not turned
off following the normal procedure, since pushing this switch stops operation of
the projector without cooling it down.

4

CP-X10000 ( P6X ) / CP-SX12000 ( P6SX )

Remote control
(1) Laser pointer
It is a beam outlet.
(2) LASER INDICATOR
(3) LASER button
(4) STANDBY/ON button
(5) ID (1-4) button
(6) COMPUTER button
(7) VIDEO button
(8) DIGITAL button
(9) MY SOURCE button
(10) LENS SHIFT button
(11) ZOOM +/- button
(12) FOCUS +/- button
(13) AUTO button
(14) POSITION button
(15) ASPECT button
(16) KEYSTONE button
(17) MAGNIFY ON/OFF button
(18) FREEZE button
(19) BLANK button
(20) SHUTTER button
(21) MY BUTTON (1-4) button
(22) P by P button
(23) MENU button
(24) ENTER button : press the center point.
Cursor button: press the point Ÿ/ź/Ż/Ź.
(25) RESET button
(26) Wired remote control port
(27) Battery cover
(28) Battery holder
(29) Frequency switch

(9)
LASER
INDICATOR

(4)
(5)

STANDBY/ON MY SOURCE COMPUTER

ID 1

ID 3

ID 2

ID 4

BLANK

(6)

VIDEO

(7)

DIGITAL

(8)

LASER

(3)

(19)
ENTER

(24)

(18)
FREEZE

(15)
(20)
(22)

MENU

ASPECT

SHUTTER

RESET

PbyP

AUTO

POSITION

MY BUTTON

(23)
(25)
(13)
(14)

MAGNIFY

1

3

ON

2

4

OFF

FOCUS

ZOOM

KEYSTONE

+

+

-

-

(17)
(21)

(16)
LENS SHIFT

(12)

(10)
(11)

(26)
(27)

(28)

(29)

WARNING
Do not look into the beam outlet or
point the beam at people or pets while pressing the
LASER button, since the beam is not good for eyes.

CAUTION
Note that the laser beam may result
in hazardous radiation exposure. Use the laser pointer
only for pointing on the screen.

5

(2)

(1)

Back of
the remote control

CP-X10000 ( P6X ) / CP-SX12000 ( P6SX )

4. Adjustment
4-1 Before adjusting
4-1-1 Selection of adjustment
When any parts in the table 4-1 are changed, choose the proper adjusting items with the chart.
Table 4-1: Relation between the replaced part and adjustment
Adjustment
Replaced part

Flicker
(Chap.4-2)

Ghost
(Chap.4-3)

PSIG
(Chap.4-4)

White
balance
(Chap.4-5)

Color
uniformity
(Chap.4-6)

Dichroic optics unit

²

²

²

U

U

PO.Filter

²

²

²

U

U

LCD/LENS prism assembly

|

|

|

|

|

PWB assembly Main

|

|

|

|

|

Lamp unit assembly

²

²

²

U

U

: means need for adjustment.
: means not need for adjustment.
: means recommended.

4-1-2 Setting of condition before adjustments
1. Before starting adjustments, warm up projector
for about 10 minutes.Turn off the automatic
keystone function in OPTION Menu. If you
changed [AUTO KEYSTONE] from [ON] to

ger (the FACTORY MENU will appear).
When you use the keypad of the projector...
a. Press the MENU button of the projector to display the Easy menu. (If the Advanced menu
appears, move to the Easy menu.)
b. Select the RESET in the Easy menu, and
then press the [ ] or [ENTER] button.
c. Next, press the [ ] button one time. And repress and hold the [ ] button together with
the VIDEO button for 3 seconds or more (the
FACTORY MENU will appear).

[OFF], set to [ON] after adjustment.
2. Set Zoom Wide to Max. And project an image
with more than 1m (40 inches) in diagonal size.
3. Normalizing the video adjustments
Press the [MENU] button to display the EASY
menu. If Advanced menu comes up, move to the
Easy menu.
Select the RESET in the EASY menu and press
the [ ] or [ENTER] button to open the RESET dialog. Choose the EXECUTE with the [ ] button.
Note that the projector will not allow you to reset
its adjustment values with no signal input.
4. Perform all adjustments from the FACTORY
MENU. Operate as follows to display the FACTORY MENU.
When you use the remote control...
a. Press the [MENU] button of the remote control to display the Easy menu. (If the Advanced menu appears, move to the Easy
menu.)
b. Select the RESET in the Easy menu, and
then press the [ ] or [ENTER] button.
c. Next, press the [RESET] button one time. And
hold the [RESET] button for 3 seconds or lon-

6

CP-X10000 ( P6X ) / CP-SX12000 ( P6SX )

4-2 Flicker adjustment (V.COM adjustment)
Test pattern for the adjustment
Adjustment procedure
1. Use DAC-P - V.COM - R: in the FACTORY
MENU to adjust so that the flicker at the center of
the screen is less than the flicker at the periphery.
(When the flicker is about the same across the
whole screen, adjust so that the flicker at the center
of the screen is somewhat less than elsewhere.)
2. In the same way, use DAC-P - V.COM-G: in the
FACTORY MENU to adjust the G color flicker.
3. In the same way, use DAC-P - V.COM-B: in the
FACTORY MENU to adjust the B color flicker.
NOTE: The test pattern shown on the left sometimes has a horizontal line across the screen.

128/255

4-3 Ghost adjustment
Adjustment procedure
1. Make this adjustment after completing the adjustment in the section 4-2.

Test pattern for the adjustment
30%

30%

Set 0 to the GHOST R, G, B in OPTION - SERVICE
Menu.
2. Use DAC-P - GHOST - R: in the FACTORY MENU
to adjust so that R color ghost is at a minimum.
(Set the adjustment value to default, and then
raise the value. When a ghost appears to the left
of a vertical line, reduce the value by 6 steps.)
3. In the same way, use DAC-P - GHOST-G: in
the FACTORY MENU to adjust so that G color
ghost is at a minimum.
4. In the same way, use DAC-P - GHOST-B: in
the FACTORY MENU to adjust so that B color
ghost is at a minimum.

0/255
112/255

4-4 PSIG adjustment (vertical bars adjustment)
Test pattern for the adjustment

Adjustment procedure
1. Make this adjustment after completing the adjustment in the section 4-3.
2. Use DAC - P_PSIG - R : in the FACTORY MENU
and use it so that vertical bars are minimized.
3. In the same way, use DAC - P_PSIG - G : in the
FACTORY MENU and use it so that vertical
bars are minimized.
4. In the same way, use DAC - P_PSIG - B : in the
FACTORY MENU and use it so that vertical
bars are minimized.

64
/255
88
/255
112
/255
136
/255
160
/255

Press ENTER key

160
/255

136
/255

112
/255

88
/255

64
/255

7

CP-X10000 ( P6X ) / CP-SX12000 ( P6SX )

4-5 White balance adjustment (visual inspection)
Preparations
1. Perform these adjustments after the adjustments described in Section 4-5.

2. Reset gamma correction before adjustment.
Place the cursor on [GAMMA] in the FACTORY
MENU, press the [RESET] key and select RESET.

Adjustment procedure
1. First, adjust the G color.
2. Select GAMMA, SUB-CNT, and G: in the FACTORY
MENU. If the background is white solid, press the
[ENTER] key on the Remote control transmitter to
change to [G] monochrome in the 33-tone grayscale.
3. Adjust GAMMA, SUB-CNT, and G: in the FACTORY MENU so that brightness of 33 steps is
best.
4. Don’t adjust GAMMA, SUB-BRT, and G: in the
FACTORY MENU because we want to keep the
best contrast ratio.
5. Then adjust colors R and B.

6. Select GAMMA, SUB-CNT, and G: in the FACTORY
MENU. If the background is white solid, press the
[ENTER] key on the remote control to change to [W]
monochrome in the 33-tone grayscale.
7. Adjust GAMMA, SUB-BRT, R: and B: in the
FACTORY MENU so that low-brightness white
balance is best.
8. Adjust GAMMA, SUB-CNT, R: and B: in the
FACTORY MENU so that middle-brightness
white balance is best.
9. Repeat steps 7 to 8 above, and adjust so that
brightness white balance of 33 steps is best.

8

CP-X10000 ( P6X ) / CP-SX12000 ( P6SX )

4-6 Color uniformity adjustments
Preparations
1. Perform these adjustments after the adjustments
described in the section 4-6.

5. Adjustment point No.1 should not be adjusted,
because it controls the brightness of the entire
screen.
6. To temporarily turn correction off, place the cur-

2. Make a color uniformity adjustments for the following tones.
MIN tone (approx. 7% input signal)
MID-1 tone (approx. 14% input signal)
MID-2 tone (approx. 21% input signal)

sor on [C.UNIF.] in the Adjust Tone menu and
press the [ ] key. The ON/OFF menu appears.
Place the cursor on [ON] with the [ ] key and
press the [ ] key. To turn it on again, place the
cursor on [OFF] and press the [ ] key.
7. Although this adjustment can also be made using internal signals, we will here use the [ENTER] key on the remote control to select the following two signals.
Solid monochrome adjustment color (use G
color adjustment when a color differential meter is used).

MID-3 tone (approx. 29% input signal)
MID-4 tone (approx. 36% input signal)
MID-5 tone (approx. 50% input signal)
MID-6 tone (approx. 61% input signal)
MAX tone (approx. 75% input signal)
NOTE: The brightness level of the test patterns
in MID-4 and MID-6 is selectable.
3. Select the [C.UNIF.] in the FACTORY MENU
and press the [ ] key. This operation displays
the Adjust Tone menu (shown below) on the
bottom of the screen.

Solid white (use for adjustment other than
above).
8. Reset color-shading correction before adjustment.
When resetting all values of 8 tones and all
colors, place the cursor on [C.UNIF.] in the
FACTORY MENU, press the [RESET] key and
select RESET in the dialog.
When resetting only 1 tone, place the cursor
on the tone such as MID-1 to be reset, press
the [RESET] key and select RESET in the dialog.
Single tone and monochrome resets cannot
be performed.

To choose the tone to be adjusted, press the [
] key and then use the [ ] or [ ] key.
Select the major adjustment lattice point No.
and color, and then adjust them.
4. The major adjustment lattice point numbers (a
total of 17 points) corresponds to the major adjustment lattice point positions in the diagram
on the right. The color uniformity of the entire
screen can be adjusted by adjusting the white
balance for each of the points starting in order
from the low numbers.
FACTORY MENU
VID-AD1
VID-AD2
C. UNIF.
DAC-P
GAMMA
STRIPE
OPTION

Major adjustment lattice point position
14

H/6

Adjust tone menu
C.UNIF

V/6
6

MIN

No. 1

R

0

G

0

B

10

0

MID-2 ... 6

V/3

2

8
H/3

H/6

1

3

5

9

11

V/3
Major adjustment lattice point No.

7

MAX

ON/OFF

16

4
H/3

MID-1

12

15

ON
OFF

9

V/6

13

17

CP-X10000 ( P6X ) / CP-SX12000 ( P6SX )
Adjustment procedure 1
(When a color differential meter is used)
1. First adjust the [MID-1] tone [G:].
2. Select adjustment point [No.2][G:].
When the background is not [G] monochrome,
press the [ENTER] key on the remote control to
switch to solid [G] monochrome.
3. Measure the illumination at adjustment points
No. 2, No.3, No.10 and No.11.
The values should be:
No.2 = Y2 [lx]
No.10 = Y10 [lx]
No.3 = Y3 [lx]
No.11 = Y11 [lx]
4. No.2 and No.3 adjustment points have the average of Y2 and Y3.
Y2 = ( Y2 + Y3 ) / 2 ± 2 [%]
Y3 = ( Y2 + Y3 ) / 2 ± 2 [%]
5. No.10 and No.11 adjustment points have the
average of Y10 and Y11.
Y10 = ( Y10 + Y11 ) / 2 ± 2 [%]
Y11 = ( Y10 + Y11 ) / 2 ± 2 [%]
6. Then adjust the [MID-1] tone [R] and [B].
When the background is [G] monochrome,
press the [ENTER] key on the remote control to
switch to solid white.
7. Measure the color coordinates of adjustment
point [No.1] and make a note of them.
Assume that they are x = x1, y = y1.
Note: When the CL-100 color and color difference meter is used, the [¨](delta) mode
is convenient. When adjustment point
[No.1] color coordinate has been selected, set the slide switch on the side to
[¨](delta) while holding down the [F] button on the front panel. The measurement
shown after this displays the deviation
from measurement point 1.
8. Measure the color coordinates of measurement
point [No.2] and adjust [No.2][R:] and [B:] so
that the coordinates are as follows.
x = x1 ± 0.005 , y = y1 ± 0.010
9. Similarly, measure adjustment points [No.3] to
[No.17] and adjust their color coordinates starting in order from the small number points.
This completes adjustments required for
[MID-1].

Note: Since excessive correction may lead to a
correction data overview during internal
calculations, use the following values for
reference.
[No.2] to [No.5] ± 40 or less
[No.6] to [No.9] ± 50 or less
[No.10] to [No.13] ± 70 or less
[No.14] to [No.17] ± 120 or less
10.Then adjust the [MIN] tone [G] so that the adjustment values are two times as much as
MID-1] tone [G] values.
This completes [G] color adjustments.
11.Then adjust [MIN] tone [R] and [B].
Select [No.2] [B:] and press the [ENTER] key
on the Remote control transmitter to change to
solid white.
12.Measure the color coordinates of adjustment
point [No.1] and make a note of them.
Assume that they are x = x1, y = y1.
13.Now measure the color coordinates of measurement point [No.2] and adjust [No.2][R:] and
[B:] so that the coordinates are as follows.
x = x1 ± 0.005 , y = y1 ± 0.010 (Target)
x = x1 ± 0.020 , y = y1 ± 0.040
14.Similarly, measure adjustment points [No.3] to
[No.17] and adjust their color coordinates starting in order from the small number points.
This completes [MIN] tone adjustments.
15.Now make similar adjustments for [MID-2] tone.
(Adjust [MID-2] tone [G] so that the adjustment
data set half as many as [MID-1] tone [G].)
16.Now make similar adjustments for [MID-3],
[MID-5], [MAX] tones. (It is not necessary to adjust the [G] data in these tones.)
17. After completing the step 16, set the value of
the [MID-4] tone [R]: [No.2] to the mean of the
values of the [R]: [No.2] in the [MID-3] and
[MID-4] tones.
18. Set all the values for the [No.2] to [No.17] of
the [MID-4] tone [R] and [B] in the same way as
the step 17.
19. Finally, set the data of the [MID-6] tone [R] and
[B] using the values of the [MID-5] and [MAX]
tones in the same way as the [MID-4] tone [R]
and [B] adjustments in the step 17 and 18.

10

CP-X10000 ( P6X ) / CP-SX12000 ( P6SX )
Adjustment procedure 2
(visual inspection)
1. First adjust [MIN] tone [G:].
2. Select [No.2] [G:].
If the background is [G] monochrome, press the
[ENTER] key on the remote control to switch to
solid white.
3. View measurement point [No.2] and [No.3].
Lower the [G] color intensity only of the color
point whose [G] color is more intense than
measurement point [No.1].
4. View measurement point [No.10] and [No.11].
Lower the [G] color intensity only of the color
point whose [G] color is more intense than
measurement point [No.1], and raise the intensity of the point whose color intensity is lower
than measurement point [No.1].
5. Now adjust the [MIN] tone for colors [R] and
[B].
6. View measurement points [No.2], [No.3],
[No.10] and [No.11]. Adjust the [R] and [B] of
each measurement point so that they have the

No. 2 deviation range
14

10

12

16

6

4

8

2

1

3 11

5

9

7
15

13

No. 4 deviation range
14

10

12

16

6

4

8

2

1

3 11

5

9

7
15

13

No. 6 deviation range
14

10

12

16

6

4

8

2

1

3 11

5

9

7
15

13

10

12

16

6

4

8

2

1

3 11

5

9

7
15

13

10

12
4

8

2

1

3 11

5

9

15

13

14

10

14

10

12
4

8

2

1

3 11

5

9

13

10

10

4

8

2

1

3 11

5

9

10

15

9

10

6

4

8

2

1

3 11

5

9

8

2

1

3 11

5

9

16

6

4

8

2

1

3 11

5

9

13

10

6

4

8

2

1

3 11

5

9

7
17

15

11

16

12

13

10

12
4

8

2

1

3 11

5

9

15

13

17

No. 13 deviation range
14

10

12

16

6

4

8

2

1

3 11

5

9

15

13

17

No. 9 deviation range
14

10

12

16

6

4

8

2

1

3 11

5

9

15

17

13

No. 17 deviation range
14

10

12

15

16

6

4

8

2

1

3 11

5

9

7
17

16

6

7
17

No. 16 deviation range
14

14

7
17

12

15

16

4

16

13

No. 11 deviation range

7
17

12

7

6

13

5
13

14

17

12

3 11

No. 8 deviation range

No. 15 deviation range
14

1

15

16

13

2

7

6

15

8

14

17

12

4

No. 5 deviation range

No. 7 deviation range
14

16

6

15

16

6

15

12

7
17

No. 12 deviation range

7
17

No. 3 deviation range

16

6

7
17

No. 14 deviation range
14

14

7
17

be adjusted so that it approximates that of
[No.1]. If [R:] is low at this time, the image will
have cyan cast, in which case [R:] is increased.
On the other hand, if [R:] is excessive, the image will have a magenta cast, in which case
[R:] is decreased.
Overall, a cyan cast makes it easy to see color
shading.
7. Next, view measurement points [No.4], [No.5],
[No.12], [No.13] and make similar adjustments.
8. Then adjust measurement points [No.6], [No.7],
[No.8], [No.9], [No.14], [No.15], [No.16] and [No.17].
This completes the [MIN] tone adjustments.
9. Make similar adjustments for other tones, except the [MID-4] and [MID-6] tones, as described in steps 1 to 8 above.

No. 10 deviation range

7
17

same color as measurement point [No.1].
Adjustment technique:
First, adjust [B:] of the point whose color is to

13

17

CP-X10000 ( P6X ) / CP-SX12000 ( P6SX )

4-7 Adjusting the zoom and focus

Using the functions for the lens
ZOOM / FOCUS
Press the ZOOM / FOCUS button. The ZOOM / FOCUS
dialog will appear. Adjust the zoom / focus using the ◄/►
button while the dialog is displayed. Press the ▼ button to
select "EXIT" on the dialog. It ﬁnishes the OSD menu.

LENS SHIFT
Press the LENS SHIFT button. The LENS SHIFT
dialog will appear. Using the ▲/▼/◄/► buttons
while the dialog is displayed shifts the lens.
CENTERING
 In the LENS SHIFT dialog:
Press the DIGITAL button.
Select the OK using the ► button.
 In the standby mode:
Press the LENS SHIFT and the DIGITAL
buttons for 3 seconds at the same time.
● While the lens is shifting, the menu will disappears and the icon of hourglass will
appears on screen. Shifting may takes some time. Depending on the case, it
may reach one minute.
● The LENS SHIFT indicator lights up or blinks in green while the lens is shifting.
Then the indicator will stop blinking and light in steady green when the centering
is complete.
● When the lens is located in the center already, pressing the DIGITAL button in
the LENS SHIFT dialog lights in steady green the LENS SHIFT indicator for 3
seconds.

LENS MEMORY SAVE / LOAD / CLEAR
This projector is equipped with memory functions for the lens adjustments (zoom,
focus and shift).
To display the LENS MEMORY dialog, select the LENS MEMORY on the ZOOM,
FOCUS or LENS SHIFT dialog. Then the LENS MEMORY dialog will appear.
 SAVE:To save the current lens adjustments,
select a SAVE-(1-3) and press ► or ENTER
button.
 LOAD:To load a saved adjustments, select the
LOAD-(1-3) and press ► or ENTER button.
When the MY BUTTON button is allocated to
the LOAD-(1-3) the memory can be loaded
without the LENS MEMORY dialog.
 CLEAR:Selecting the CLEAR LENS MEMORY in the LENS MEMORY dialog
displays CLEAR LENS MEMORY dialog. Select the number to be cleared
using ▲/▼ buttons and press the ► button. The dialog to check your intention
will come out. Then press the ► button again in the dialog.

12

CP-X10000 ( P6X ) / CP-SX12000 ( P6SX )

5. Troubleshooting
Check points

PW assembly LED

PW assembly REMOTE
DY05
DY04
DY02
DY03
DY01
(SHUTTER) (SECURITY) (LAMP) (TEMP) (POWER)

EW04

E305

EW06

EW03

E802

EW05

E811
EW02

EW01

P701

P501

E806

E800
E807
E805

E301(E2)
E304

E301(E2)

E806
E801

P601

E302(E1)

E808

E902

E501

ES11

E303
EF51

E310
E803

13

CP-X10000 ( P6X ) / CP-SX12000 ( P6SX )
Power can not be turned on
*: Be sure to unplug the power cord before measuring resistance.

Are
voltage
supplied at pins
(1),(9),(11) and (13) of E800
on the PWB assembly
MAIN in standby
mode?
(1): +4.0V
(9): +6.0V
YES
(11): GND
(13): +17V

NO

Measure
resistance* between
pins (1) and (11), between pins
(9) and (11), and between pins
(11) and (13) of
E800.

0

PWB assembly MAIN

Power unit (circuit)
Open

Disconnect TSW
from power unit circuit, and
measure resistance of
TSW.

Open
Thermal switch (TSW)

Short
Power unit (circuit)

Does
LAMP (DY02) or
TEMP (DY03) indicator light
or blink?

PWB assembly MAIN

YES
Go to the next page

Lamp door

Re-attach lamp
door

14

Fuse on the power unit
(circuit)

CP-X10000 ( P6X ) / CP-SX12000 ( P6SX )
Lamp does not light

*: Be sure to unplug the power cord
before measuring resistance.

Wait 20 seconds

What
is the state of
LAMP indicator DY02
during operation?

Light

Not light
Is the
LAMP installation
correct?

NG
install the Lamp

YES

Change the
lamp. Does lamp
light?

PWB assembly
MAIN

Power unit
(ballast)

Are
the voltage
supplied to the pin
(2) of connectors** for
DC fans soon after
the button is
pressed?
Blinks
YES
(5V or higher)

What
is the state of
TEMP indicator
DY03?

Lights

Not light

Correct

Observe
the voltage
waveforms at pin (1) of
connectors for DC fans**
soon after the button
is pressed.

PWB assembly
MAIN
incorrect
DC fan
(failed in above check)

Lamp

No

**: DC fan connectors are E801,
E802, E803, E804, E806,
E807, and E808

NO (0V)

Light

Power unit
(circuit)

PWB assembly
MAIN

Measure
resistance
OK
of E1 and E2 after
disconnecting them
from MAIN
board.
PWB assembly
MAIN
E2: 5 to 20k
E1: 0.5 to 2k
NG (open / short)

Is
the voltage
at the (1) of E811 on the
PWB assembly MAIN set to
"L" during warmingup?
No
Power unit (ballast)

Correct waveform is drawn below.

f  40Hz

15

Thermistor
(E1/E2)
YES
“L” = 0V
PWB assembly MAIN

CP-X10000 ( P6X ) / CP-SX12000 ( P6SX )
Picture is not displayed when the RGB signal is input

Are
the splash screen
and the user menu displayed
correctly?

No

Confirm
the LCD Panels
connection to the MAIN
board.

NG
CPC57 connector

OK
YES
PWB assembly MAIN

LCD prism assembly

YES

Is the
picture from RGB
out port displayed correctly
on another monitor
display?

No
PWB assembly MAIN

THS7327PHPR
(RGB1:IM05 or IT07)
(RGB2:IM07 or IT05)
(BNC:IM07 or IT05)

YES

EL8302IUZ
(I903:Component)

PWB assembly INPUT
(A:RGB1,RGB2 B:BNC)

No
PWB assembly MAIN

Picture is not displayed when the Video, S-Video or component signal is input

Are
the splash
screen and the user menu
displayed correctly?

No

Confirm
the LCD Panels
connection to the MAIN
board.

NG
CPC57 connector

OK
YES
PWB assembly MAIN

PWB assembly MAIN

PWB assembly INPUT C
( Component )

16

LCD prism assembly

PWB assembly INPUT A
( Video, S-Video )

CP-X10000 ( P6X ) / CP-SX12000 ( P6SX )

Can not control to RS-232C
The check after parts change

Check the
RS-232C cable.
Are pin No. 2 and 3
crossed?

NO
Use cross cable

YES

Are the
signals input at each
pins on the CONTROL
Port?
NO

YES
PWB assembly MAIN
Pin
Pin

: RX
: TX
PWB assembly INPUT A

Make sure PC setup

17

1. PC power supply OFF
2. Connection of cable
3. Projector starting
4. PC starting
*When not operating :
PC set up change of cable.

CP-X10000 ( P6X ) / CP-SX12000 ( P6SX )
Can’t communicate with computer
via NETWORK terminal.
Check at operating mode
Does the Lamp
on lower right of the
Network connector light
in green?

NO

Is the computer
connected with the
projector directly?

NO

Make sure NETWORK
hardware

YES

YES

Is IP Address in
the Network > Information menu
set to “0.0.0.0” after waiting
more than 1 minute?

NO

PWB assembly MAIN

YES

Are there
any damage to the cable
between computer and
projector?

NO
PWB assembly MAIN

YES
Use new LAN cable

Are
both IP Address
and Subnet mask in the
Network > Information menu set to
"0.0.0.0" after waiting more than
1 minute?

NO

If
Subnet Mask is
Use the same IP address
"255.255.255.0", are
NO
"xxx.yyy.zzz" portion of IP address
setting except for "N" on
setting of computer and
computer and projector.
projector
same?
IP address: xxx.yyy.zzz.N

YES
YES
PWB assembly MAIN

Is
the DHCP in the
Advanced Menu > Network
> Setup > DHCP is on?

YES

Is there
DHCP server on
the network which the
projector is connected
to?

NO
Set IP address and Subnet Mask
in the Advanced Menu > Network
> SETUP menu with manual operation.

YES

NO
Set IP address and Subnet
Mask in the
NETWORK-SETUP menu with
manual operation.

18

Make sure those settings
of the projector and
computer are correct.

CP-X10000 ( P6X ) / CP-SX12000 ( P6SX )

Time is not correctly displayed.

DATE
AND TIME is
displayed as 2000/1/1 0:00
in INFORMATION on
NETWORK
menu.

NO

YES

NO
Was the time set before?

Is TIME
DIFFERENCE on
INFORMATION correct ?

Set the time in
DATE AND TIME on
NETWORK menu.

YES

Is the
time adjusted by
Daylight Savings Time ?

Use new battery.
(see 6.4)

NO

Is voltage
input at pin 1 of
EE02 on PWB assembly
MAIN when power switch
was turned
off.

Set the time.

YES

YES

Is internal clock battery
old ?

NO

YES

NO

• PWB assembly BATTERY
• Cables (CNBAT)

PWB assembly
MAIN

YES
2.5V or more
PWB assembly
MAIN

19a

NO

Configure the Daylight
Saving Time in web
setting.

CP-SX12000 ( P6SX )

4. Troubleshooting
㪱㫆㫆㫄㩷㪸㫅㪻㩷㪽㫆㪺㫌㫊㩷㪻㫆㫅㩾㫋㩷㪽㫌㫅㪺㫋㫀㫆㫅

㪥㫆

㪠㫊㩷㫋㪿㪼㩷㫑㫆㫆㫄㪆㪽㫆㪺㫌㫊
㪸㪻㫁㫌㫊㫋㫄㪼㫅㫋㩷㫄㪼㫅㫌
㪻㫀㫊㫇㫃㪸㫐㪼㪻㪖

㪞㫆㩷㫋㫆㩷㫋㪿㪼㩷㪦㪧㪫㪠㪦㪥㩷㫄㪼㫅㫌㩷㪸㫅㪻
㫆㫇㪼㫅㩷㫋㪿㪼㩷㪪㪜㪩㪭㪠㪚㪜㪅㩷㫄㪼㫅㫌㪅㩷㪠㪽㩷㫋h㪼
㪣㪜㪥㪪㩷㪣㪦㪚㪢㩷㫀㫊㩷㪦㪥㪃㩷㫊㪼㫋㩷㫋㫆㩷㪦㪝㪝㪅
㪞㫆㩷㫋㫆㩷㫋㪿㪼㩷㪦㪧㪫㪠㪦㪥㩷㫄㪼㫅㫌㩷㪸㫅㪻
㫆㫇㪼㫅㩷㫋㪿㪼㩷㪪㪜㪩㪭㪠㪚㪜㪅㩷㫄㪼㫅㫌㪅㩷㪠㪽㩷㫋h㪼
㪢㪜㪰㩷㪣㪦㪚㪢㩷㫀㫊㩷㪦㪥㪃㩷㫊㪼㫋㩷㫋㫆㩷㪦㪝㪝㪅

㪰㪼㫊

㪠㫊㩷㫋㪿㪼㩷㪺㪸㪹㫃㪼㩷㪺㫆㫅㫅㪼㪺㫋㪼㪻
㫋㫆㩷㪜㪱㪇㪉㩷㫆㪽㩷㪘㪛㪘㪧㪫㪜㪩
㪹㫆㪸㫉㪻㩷㪽㫀㫉㫄㫃㫐㪖

㪥㫆
㪩㪼㪺㫆㫅㫅㪼㪺㫋㩷㫋㫆㩷㪜㪱㪇㪉㩷㪽㫀㫉㫄㫃㫐

㪰㪼㫊
㪩㪼㪄㪺㫆㫅㫅㪼㪺㫋㩷㫋㪿㪼㩷㪺㪸㪹㫃㪼㩷㫋㫆
㫋㪿㪼㩷㪚㪦㪥㪥㪜㪚㪫㪦㪩㪄㪘

㪚㪿㪸㫅㪾㪼㩷㪸㪻㪸㫇㫋㪼㫉㩷㪹㫆㪸㫉㪻

㪚㪿㪸㫅㪾㪼㩷㫇㫉㫆㫁㪼㪺㫋㫀㫆㫅㩷㫃㪼㫅㫊㪅

Connector A

EZ02

Adapter board

* Regarding the other troubleshooting, refer to the CP-X10000 / CP-WX11000 service manuals.

1919b

㪚㪿㪸㫅㪾㪼㩷㫄㪸㫀㫅㩷㪹㫆㪸㫉㪻

CP-X10000 ( P6X ) / CP-SX12000 ( P6SX )

6. Service points
6-1 Lead free solder [CAUTION]
This product uses lead free solder (unleaded) to help preserve the environment. Please read these
instructions before attempting any soldering work.

CAUTION
Always wear safety glasses to prevent fumes or molten solder from getting into the eyes. Lead free solder
can splatter at high temperatures (600˚C).

Lead free solder indicator
Printed circuit boards using lead free solder are engraved with an "F" or "LF".

Properties of lead free solder
The melting point of lead free solder is 40-50˚C higher than leaded solder.

Servicing solder
Solder with an alloy composition of Sn-3.0Ag-0.5Cu or Sn-0.7Cu is recommended.
Although servicing with leaded solder is possible, there are a few precautions that have to be taken. (Not
taking these precautions may cause the solder to not harden properly, and lead to consequent malfunctions.)
Precautions when using leaded solder
Remove all lead free solder from soldered joints when replacing components.
If leaded solder should be added to existing lead free joints, mix in the leaded solder thoroughly after the
lead free solder has been completely melted (do not apply the soldering iron without solder).

Servicing soldering iron
A soldering iron with a temperature setting capability (temperature control function) is recommended.
The melting point of lead free solder is higher than leaded solder. Use a soldering iron that maintains a high
stable temperature (large heat capacity), and that allows temperature adjustment according to the part being
serviced, to avoid poor servicing performance.
Recommended soldering iron:
Soldering iron with temperature control function (temperature range: 320-450˚C)
Recommended temperature range per part:

Part

Soldering iron temperature

Mounting (chips) on mounted PCB

320˚C±30˚C

Mounting (chips) on empty PCB

380˚C±30˚C

Chassis, metallic shield, etc.

420˚C±30˚C

The PWB assembly which has used lead free solder
PWB assembly MAIN

PWB assembly INPUT A/B/C

PWB assembly REMOTE A/B

PWB assembly ADAPTER

PWB assembly LED

PWB assembly SHUTTER

PWB assembly KEYPAD

POWER UNIT (BALLAST)

PWB assembly BATTERY

POWER UNIT (CIRCUIT)

20

CP-X10000 ( P6X ) / CP-SX12000 ( P6SX )

6-2 Before Replacing The LCD Prism
You should not replace separately the parts of the liquid crystal LCD prism because it works properly only
when used together. Therefore, regarding these parts, you can either replace part, LCD prism assembly, or
send the whole unit LCD prism assembly back to HITACHI, where we will replace the malfunctioning part,
recondition the device and send it back to you.

DISTRIBUTOR

HITACHI

Do not disassemble the unit
because replacement of separate
parts is not possible.

Return

G Panel

Replacement of G Panel ĺ Reconditioning

6-3 Replacement of PO.filter

CAUTION
• Only Serviceman is allowed to do these works.
• Put projector on stable and horizontal ground when you do there works.

Preparation
(1) Set the lens shift position to center (see page
12).
Then turn off the projector with AC switch and
unplug a power cord.

(2) Detach front ring, front cover, upper case and
MAIN board in accordance with the procedure
on chapter8, Disassembling diagram.
Make sure to detach lamp door before MAIN
board.

21

CP-X10000 ( P6X ) / CP-SX12000 ( P6SX )

6-3-1 Replacement of P.O.Filter-IN
(1) Remove a hex head screw and detach a
PO.ﬁlter you will replace.

(2) Attach a new PO.Filter with a hex head screw
lightly.
Pay attention not to make your finger or other
components touch to the surface of the glass.

(3) Attach MAIN board, upper case, front cover,
front ring and lamp door.
Never connect panel ﬂexible cables.
Never attach maintenance cover.

Never connect panel ﬂexible
cables for R, G and B.

(4) Turn on projector. Black screen appears.
Adjust PO.ﬁlter position as checking the screen
so the image becomes best black. After ﬁnd the
best position, keep the position with your ﬁnger
and tighten the hex head screw.
(Torque: 0.2~0.4N•m)
Note: If two or three PO. Filters need to be
change, replace each by each in the order of G,
R and B.
After turn off with AC switch, connect panel
flexible cables. Make sure projected image
is normal, and then make adjustments in
accordance with the chapter "4 Adjustment".

22

CP-X10000 ( P6X ) / CP-SX12000 ( P6SX )

6-3-2 Replacement of P.O.Filter-OUT
(1) Detach the LCD/PRISM ass'y by following the
procedure on the next page.
Make sure not to daamge optical parts, especially the
glass part of the panel and the P.O.Filter-IN.

(2) Remove two hex head screws (Bits: 1.5) located on
upper side of the P.O.Filter-OUT you will replace.

Remove two screws

Never lose removed screws and washers.

(3) Detach the Pre-P.O.Spring ﬁxing the P.O.Filter-OUT.

(4) Pull out a old P.O.Filter-OUT with a tool like tweezers.
Insert a new P.O.Filter-OUT
G
into the original place Pick the Green mark
Red or black
mark
P.O.Filter-OUT as shown in
picture in order not to put dirt
or ﬁngerprint on the surface.
R
B
Match the marking direction
of a pair of P.O.Filter-OUT as
Blue mark
shown in diagram.
(5) Make sure that the P.O.Filter-OUT you insert sits in
place completely.
Attach the Pre-P.O.Spring, and tighten hex head
screws with washers. (Torque: 0.2-0.4N•m)
Attach the LCD/PRISM ass'y to the original place in
the projector.
Make sure to check there is no problem on the image.

23

Pre-P.O.Spring

CP-X10000 ( P6X ) / CP-SX12000 ( P6SX )

6-4 Cleaning up dust from panels and optical filters
1. Preparation
Please prepare cleaning tools and materials as follows. And prepare relatively clean room not to
work in additional dust, while removing operation.
(1) Swab for cleaning : P#: NX05742, "Cotton stick L70"
(2) Air duster (Dust blower, spray can)
(3) Vacuum cleaner
2. Remove the LCD/PRISM

CAUTION
• Only Serviceman is allowed to do these works.
• Put projector on stable and horizontal ground when you do there works.
(1) Set the lens shift position to center.
(2) Turn off the projector, and unplug the power code.
(3) Turn the front ring, and remove.
Lift the front cover, and remove.

Loosen maintenance cover screw.
Slide maintenance cover to front, and remove.
Loosen this screw

Disconnect the LCD panel ﬂexible cables.
Unscrew the LCD/PRISM (4pcs).
Then, lift up the LCD/PRISM, and remove.

Remove there screws

Flexible cables

CAUTION
Never touch driver to any
parts that ﬁx LCD panels.

24

CP-X10000 ( P6X ) / CP-SX12000 ( P6SX )
3. Maintenance point
(1) Clean the LCD panel surface with Swab.

(2) Insert Swab between LCD panel and PRISM
when you clean the back surface of LCD panel
and Optical ﬁlter. (Refer next section.)

Swab

Swab

4. Cleaning the panels and optical filters
By using swab and air duster, remove the dust.
Swab

• While removing the dust, separated dust
will be blown off by air cooling system.
• Please pay attention not to damage
panels and optical filters.
Panel

Holder
Optical filter

Air

5. Re-assembly
Re-assemble the set in the reverse order of the disassembling.

25

CP-X10000 ( P6X ) / CP-SX12000 ( P6SX )

6-5 Battery

WARNING
Be careful of handling batteries, since a battery can cause explosion, cracking or leakage that could result
in a fire, injury, or environment pollution.
. Use only the specified batteries. Do not use batteries of different types.
. When replacing, replace both of the batteries with new batteries of the same type. Do not use a new battery with a used battery.
. Do not use a battery with damage, such as scratches, dents, rust or leakage.
. Make sure the plus and minus terminals are correctly aligned when loading a battery.
. Do not work on a battery; for example recharging or soldering.
. If the remote control is not used for a long period of time, remove the batteries.
. Keep batteries in a dark, cool and dry place. Never expose a battery to a fire or water.
. Keep batteries away from children and pets.
. When a battery leaked, wipe the leakage out well with a waste cloth. If the leakage adhered to your body,
immediately rinse it well with water. When a battery leaked in the battery holder, replace the batteries after
wiping the leakage out.
. Obey the local laws on disposing a battery.
6-5-1 Replacing Internal Clock Battery
Consumption of the battery makes the clock not to work correctly. When the clock is wrong or it has
stopped, please replace the battery according to the following procedures.

CAUTION
• Only Serviceman is allowed to do these works.
• Put projector on stable and horizontal ground when you do there works.

26

CP-X10000 ( P6X ) / CP-SX12000 ( P6SX )
1. Set the lens shift position to center. Then, turn the projector off, and unplug the power cord. Allow
the projector cool sufficiently.
2. After making sure that the projector has cooled adequately, turn the front ring, and remove.
Then ,lift the front cover, and remove.

3.Insert tool ((-)driver etc) to ditch of battery holder, and remove battery by (-) driver slowly.

4. Put a new battery in.
Replace battery with new one of the type of HITACHI MAXELL, Part No.CR2032 or CR2032H.
Use of another battery may present a risk of ﬁre or explosion. Install a new battery in the battery
holder facing the plus (+) terminal up.
And push the battery into the battery holder fully to ﬁx.

CAUTION
Never install a battery in the battery
holder upside-down.

NOTE
• The internal clock's time will be reset when the battery is removed. Please reconﬁgure the time via
the menu or web browser after replacing the battery.

27

CP-X10000 ( P6X ) / CP-SX12000 ( P6SX )

6-5-2 Potting batteries into the remote control

• Use the batteries included in this product or two new batteries of the specified type: HITACHI MAXELL,
part number LR6 or R6P.
1. Remove the battery cover.
Slide back and remove the battery cover in the direction of the arrow.
2. Insert the batteries.
Align and insert the two AA batteries according to their plus and minus terminals as indicated in the
remote control.
3. Close the battery cover.
Replace the battery cover in the direction of the arrow and snap it back into place.

Changing the frequency of remote control signal

Inside of
the battery cover

The accessory remote control has the choice of mode 1 or mode
2, in the frequency of its signal. If the remote control does not
function properly, attempt to change the signal frequency. Please
remember that the “REMOTE FREQ.” in SERVICE item of
OPTION menu of the projector to be controlled should be set to
the same mode as the remote control. To set the mode of the
remote control, slide the knob of the frequency switch inside the
battery cover into the position indicated by the mode number to
choose.

Frequency switch
2

1

Back of the
remote control

Ɣ About Laser pointer
This remote control has a laser pointer in place of a ﬁnger or rod. The laser beam works and the LASER
INDICATOR lights while the LASER button is pressed.
Laser aperture

R
R
SE TO
LA ICA
IND

MP

ST

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Y/O
DB
AN

MY

UR
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ER

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CE

VID

LASER button

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ID
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ITA
DIG

3

1
ID

4

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SE

LA
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2

AN

LASER INDICATOR

K

BL

EN

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NU
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FR

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SHUT

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TER

CT

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FO

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+

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SH

IFT

-

WARNING
Use the laser beam of the remote control only for the pointer on the screen. Do not apply the
laser beam to anything except the screen.
• Never hit eyes by the laser beam since the laser beam can injure eyes.
• Do not apply the laser beam to anything except the screen.

28

CP-X10000 ( P6X ) / CP-SX12000 ( P6SX )

6-6 Filter unit
To keep inside ventilation normal, keep a spare and replace the filter unit periodically, although frequent
replacement is not needed for this product.To prepare the spare, contact your dealer and tell the following
type number.
Type number of the optional ﬁlter unit: MU06351
The following walks you through the steps to replace the ﬁlter unit.
1.Make sure that the projector is unplugged and cooled down.

Filter cover

Filter cover knobs

2.Use a vacuum cleaner on and around the ﬁlter cover.
3.Pick and pull up the ﬁlter cover knobs to take it off.
4.Pinch and pull out the ﬁlter unit knob to take it off.
Filter unit knobs

5.Use a vacuum cleaner on and around the intake vents of
the projector.
6.Set the new ﬁlter unit into the place.
7.Put the ﬁlter cover back into the place.
8.Reset the FILTER TIME value.
(1) Turn the projector on.
(2) To display the EASY MENU, press the MENU button
(on the control panel or the remote control). On the
ADVANCED MENU, select the “EASY MENU” using the
Ÿ/ź cursor buttons in the left column, then press the Ź
cursor button.
(3) To display the FILTER TIME dialog, select the “FILTER
TIME” using the Ÿ/ź cursor buttons, then press the Ź
cursor button.
(4) Use the Ź cursor button according to the dialog,
Selecting “OK” resets the FILTER TIME value.

Intake vents

NOTE

• The value shown on the EASY menu as the FILTER TIME is the use time that is counted since
the last time the FILTER TIME was reset. Refer to the value for proper maintenance.
• You can utilize the message function, which is set up by the item FILTER TIME of the OPTION
menu, to notify you when to replace the lamp.

WARNING
Before checking or replacing the ﬁlter unit, turn off, unplug, and cool down the projector.
• To keep inside ventilation normal, check and replace the ﬁlter unit periodically.
• Use only the manufacturer speciﬁed type of the ﬁlter unit.
NOTICE : Be sure to reset the FILTER TIME only when you have replaced the ﬁlter unit.

29

CP-X10000 ( P6X ) / CP-SX12000 ( P6SX )

6-7 Lamp
A worn out lamp bulb could burn or burst. It is recommended to keep a spare lamp unit on hand and to
replace the lamp unit when the projected image darkens or color reproduction becomes poor. To prepare the
spare, contact your dealer and tell the following type number.
Type number of the optional lamp unit: DT01001
If the projector is installed in a special state such as ceiling mount, or if the lamp bulb has broken, also ask
the dealer to replace the lamp unit. Otherwise, follow the procedure shown below to replace the lamp.
1. Make sure that the projector is unplugged andcooled down.
2. Loosen the screw (marked by arrow) of thelamp cover. Then slide and take
it off.

LAN
HDMI

DVI-D
CONTROL IN CONTROL OUT REMOTE
CONTROL
IN

S-VIDEO

MONITOR
OUT

COMPUTER IN1 COMPUTER IN2
OUT
VIDEO 1

R/Cr/Pr

BNC

G/Y B/Cb/Pb

H

V VIDEO 2

Y
Cb/Pb
Cr/Pr

I

3. Loosen the 3 screws (marked by arrow) of theThe lamp coverlamp unit.
Then picking the handles of the unit, gently take it from the projector.

O

AC IN

The lamp cover

4. Gently set the new lamp unit into place. Then retighten the screws of the
lamp unit.
5. Put the lamp cover back into place, and retighten the screw of the lamp
cover.
The handles

6. Reset the LAMP TIME value.

(1)Turn the projector on.
(2)To display the ADVANCED MENU, press the MENU button (on the control panel or the remote control).
On the EASY MENU, select the “ADVANCED MENU” using the Ÿ/ź cursor buttons, then press the Ź
cursor button.
(3)To select the OPTION menu, select the “OPTION” using the Ÿ/ź cursor
buttons in the left column, then press the Ź cursor button.
(4)To display the LAMP TIME dialog, select the “LAMP TIME” using the Ÿ/ź
cursor buttons in the right column, then press the Ź cursor button.
(5)Use the Ź cursor button according to the dialog, Selecting “OK” resets the
LAMP TIME value.

NOTE
• The value shown on the OPTION menu as the LAMP TIME is the use time that is counted since the last
time the LAMP TIME was reset. Refer to the value for proper maintenance.
NOTICE
Be sure to reset the LAMP TIME only when you have replaced the lamp unit.

30

CP-X10000 ( P6X ) / CP-SX12000 ( P6SX )

WARNING
Lamp warning
HIGH VOLTAGE

HIGH TEMPERATURE

HIGH PRESSURE

WARNING ŹThe projector uses a high-pressure mercury glass lamp. The
lamp can break with a loud bang, or burn out, if jolted or scratched, handled
while hot, or worn over time. Note that each lamp has a different lifetime, and
some may burst or burn out soon after you start using them. In addition, when
the bulb bursts, it is possible for shards of glass to ﬂy into the lamp housing, and
for gas containing mercury to escape from the projector’s vent holes.
ŹAbout disposal of a lamp: This product contains a mercury lamp; do not put
it in a trash. Dispose of it in accordance with environmental laws.
• For lamp recycling, go to www.lamprecycle.org (in the US).
• For product disposal, contact your local government agency
or www.eiae.org (in the US) or www.epsc.ca (in Canada).

Disconnect
the plug
from the
power
outlet

• If the lamp should break (it will make a loud bang when it does),
unplug the power cord from the outlet. Note that shards of glass
could damage the projector’s internals, or cause injury during handling.
• If the lamp should break (it will make a loud bang when it does),
ventilate the room well, and make sure not to breathe the gas that
comes out of the projector vents, or get it in your eyes or mouth.
• Before replacing the lamp, turn the projector off and unplug the power
cord, then wait at least 45 minutes for the lamp to cool sufﬁciently.
Handling the lamp while hot can cause burns, as well as damaging the
lamp.
• Never unscrew except the appointed (marked by an arrow) screws.
• Do not open the lamp cover while the projector is suspended from
a ceiling. This is dangerous, since if the lamp’s bulb has broken, the
shards will fall out when the cover is opened.
• Do not use the projector with the lamp cover removed. At the lamp
replacing, make sure that the screws are screwed in ﬁrmly. Loose
screws could result in damage or injury.
• Use only the lamp of the speciﬁed type.
• If the lamp breaks soon after the ﬁrst time it is used, it is possible
that there are electrical problems elsewhere besides the lamp.
• Handle with care: jolting or scratching could cause the lamp bulb to burst during use.
• Using the lamp for long periods of time, could cause it to darken, not
to light up or to burst. When the pictures appear dark, or when the color
tone is poor, please replace the lamp as soon as possible. Do not use
old (used) lamps; this is a cause of breakage.

31

CP-X10000 ( P6X ) / CP-SX12000 ( P6SX )

6-8 Lens
SAFETY INSTRUCTIONS
Important Safety Instructions

CAUTION

(Always follow these instructions.)

Please read this section on important safety instructions before replacing
the projector lens.
To prevent accidents during lens replacement and ensure product safety after
replacing the lens, be sure to follow the safety instructions described herein.
● These symbols indicate actions that can result in injury or damage if
these operations are not followed correctly.

Warning

This symbol indicates that there is a possibility of serious
injury or even death if the operation is not followed correctly.

Caution

This symbol indicates that there is a possibility of physical injury
or damage to equipment if the operation is not followed correctly.

● These symbols indicate the types of precautions that must followed.
This symbol indicates that
caution must be taken.

This symbol warns of possible
high heat.

This symbol warns of possible
electrical shock.

This symbol indicates an action that
must not be performed.

The distance of projection may not allow focusing on the peripheral
area of the screen. Adjust the focus to keep the center and the
peripheral area of the screen balanced.
This speci¿cations are subject to change without notice.
The zoom lens may cause some distortion of the image on the screen
depending on the zoom position.
Distortion may appear on screen if the keystone correction (trapezoidal
distortion correction) is overly adjusted.
Keystone correction (trapezoidal distortion correction) may be limited
with some lenses.
To maintain a certain level of image quality, depending on the lens
model, the adjustable range of the focus and zoom is limited. As a
result, the area around the upper or lower limit of the dialog in the
projected image is not displayed in maximum zoom, but this is not a
malfunction.

Important Operation Instructions
Warning
■ Before replacing the projector lens, be sure to read
this manual and the operation manual of the LCD
projector for use with this lens.
To ensure safe operations and the continued safety of this
product, be sure to follow all of the safety instructions written in
this manual and the operation manual of the LCD projector.
■ Do not place the lens in a location subject to direct
sunlight or other strong lighting or near heat-radiating
equipment.
This can cause a ¿re due to the properties of the lens. It can
also cause injury or damage to the lens.

Information for users applicable in European Union countries
This symbol on the product or on its packaging means that your
electrical and electronic equipment should be disposed at the end
of life separately from your household wastes. There are separate
collection systems for recycling in EU. For more information,
please contact the local authority or the dealer where you
purchased the product.

Warning
For safety, do work in accordance with the
Exchange Manual to install this product.
Please read this manual and manuals for the
LCD projector to be used thoroughly to ensure
correct usage through understanding.
Incorrect usage could result in fire, an injury or
damage.
Do not give any shock or impact.
Any shock or impact could result in an injury or
damage. The lens part is projected. Take care not
to strike it.

■ Do not subject the lens to shocks.
This can cause injury or damage to the lens.

■ Be sure to unplug the LCD projector before replacing
the lens.
The inside of the LCD projector has areas of high voltage which
can cause electrical shock.

■ Do not touch the fan of the LCD projector during
operation.
This can cause injury.
■ Before replacing the lens, be sure to turn off and
unplug the LCD projector, and allow at least 45
minutes for the projector to fully cool.
Before replacing the lens, be sure to turn off and unplug the LCD
projector, and allow at least 45 minutes for the projector to fully
cool.

NOTE
Take care of the lens.
When transporting the LCD projector, be sure to remove the lens.
Otherwise it could result in damage.
When transporting the lens, protect the lens by attaching the lens cap.
Do not touch the lens to prevent fog or dirt of the lens that cause
deterioration of display quality.
Do not touch the lens directly with your hands or ¿ngers.
This can dirty the lens and cause deterioration in image quality.
The lens is a precision optical device. Carefully handle the lens
without subjecting it to shocks or vibrations.
When resting the lens on a surface, place the lens face down on a soft
cloth.

■ When attaching, take care so that dust not enter
inside.
Continued use with dust inside may result in ¿re or electric
shock.
■ Do not replace the lens while the projector is
suspended from the ceiling.
This can cause injury.

Caution

Cleaning

■ When replacing the lens, do not touch the LCD panels or

Use commercially available lens tissue to clean the lens (used to clean
cameras, eyeglasses, etc.).
Excepting for lens, use a soft cloth to clean. When excessively soiled
dilute a neutral detergent in water, wet and wring out the soft cloth.
Do not use detergents or chemicals other than those noted above (e.g.
benzene or thinners).

polariz-ing plates of the LCD projector or subject them to
shocks.
This can cause damage to the equipment. It can also cause
a misalignment of the optical adjustment and, therefore,
require readjustments.

■ When replacing the lens, be careful not to damage the

OPERATIONS

connectors or wires inside the LCD projector.
This can cause damage to the equipment. Be careful not to pull
on the connectors or wires or get them caught in the circuit board
or case.

Project an image as described in the LCD Projector user's manual, and
adjust the size and focus of the projected image.
See the Projection Distance table in this user's manual for information
on optional lens projection distances.

Replacing the Lens
The lens should be replaced by authorized service personnel.
Refer to the Replacement Manual for the replacement.

32

CP-X10000 ( P6X ) / CP-SX12000 ( P6SX )

Supplied Accessories
The following accessories are included with each lens.
Lens

Model

Ultra short throw zoom lens

USL-801

Supplied accessories
Ultra short throw zoom lens
FB adjust pin, Lens cap
Hexagon-pin (large) x 1 / (small) x 1
Option lens user's manual
Lens replacement manual

Lens

Model

Supplied accessories

Standard zoom lens

SD-804

Standard zoom lens
Blind sheet, Lens cap
Option lens user's manual
Lens replacement manual

Short throw zoom lens

SL-802

Short throw zoom lens
Blinder x 2, Protector x 2, Lens cap
Option lens user's manual
Lens replacement manual

Long throw zoom lens

LL-805

Long throw zoom lens
Blind sheet, Lens cap
Option lens user's manual
Lens replacement manual

Short throw zoom lens

SL-803

Short throw zoom lens
Blinder x 2, Protector x 2, Lens cap
Option lens user's manual
Lens replacement manual

Ultra long throw zoom lens

UL-806

Ultra long throw zoom lens
Blind sheet, Lens cap
Option lens user's manual
Lens replacement manual

Speci¿cations
Model
Panel aspect ratio
Zoom
Focus
Lens Shift
position

USL-801
4:3
17:10
Mortorized Zoom
Mortorized Focus

Vertical

1:1 Fixed

Horizontal

1:1 Fixed

F-Number
Focal Length
Zoom ratio
Projection ratio
Projection Size
Weright

2.4 - 2.5
14 - 17mm
1:1.2
1:0.5 - 0.6
40 - 700 inch
4.0kg

SL-802
4:3
17:10
Mortorized Zoom
Mortorized Focus
3.7:-1 2.3:-1 -1:3.7
-1:2.3
13:-1 10:-1 -1:13
-1:10
2.5 - 2.9
34 - 41mm
1:1.2
1:1.2 - 1.5
40 - 700 inch
4.4kg

SL-803
4:3
17:10
Mortorized Zoom
Mortorized Focus
3.7:-1 2.3:-1 -1:3.7
-1:2.3
13:-1 10:-1 -1:13
-1:10
2.1 - 2.7
40 - 59mm
1:1.5
1:1.5 - 2.2
40 - 700 inch
4.8kg

SD-804
4:3
17:10
Mortorized Zoom
Mortorized Focus
3.7:-1 2.3:-1 -1:3.7
-1:2.3
13:-1 10:-1 -1:13
-1:10
1.6 - 2.1
60 - 78mm
1:1.3
1:2.2 - 2.9
40 - 700 inch
3.9kg

LL-805
4:3
17:10
Mortorized Zoom
Mortorized Focus
3.7:-1 2.3:-1 -1:3.7
-1:2.3
13:-1 10:-1 -1:13
-1:10
2.2 - 3.4
77 - 139mm
1:1.8
1:2.8 - 5.2
40 - 700 inch
3.8kg

UL-806
4:3
17:10
Mortorized Zoom
Mortorized Focus
3.7:-1 2.3:-1 -1:3.7
-1:2.3
13:-1 10:-1 -1:13
-1:10
2.3 - 3.5
136 - 247mm
1:1.8
1:5.0 - 9.2
40 - 700 inch
4.5kg

Projection Distance

Unit: inch

Model

USL-801

SL-802

SL-803

SD-804

LL-805

UL-806

Diagonal
Screen Size

Panel aspect ratio

Panel aspect ratio

Panel aspect ratio

Panel aspect ratio

Panel aspect ratio

Panel aspect ratio

[inch]
40
60
70
100
120
150
200
250
300
350
400
500
600
700
K1
K2

4:3

[m]
Min Max
1.0
14
18
1.5
23
27
1.8
27
32
2.5
39
47
3.0
48
57
3.8
60
72
5.1
81
97
6.4 102 121
7.6 123 146
8.9 144 171
10.2 165 196
12.7 207 245
15.2 248 295
17.8 290 344
0.4181 0.4949
-2.4508 -2.2394

17:10
4:3
17:10
4:3
17:10
Min Max Min Max Min Max Min Max Min Max
16
19
37
46
41
50
44
67
48
73
25
30
58
70
62
76
68 102
74 110
29
35
68
83
73
90
80 120
87 129
43
51
99 119 106 129 116 173 126 186
52
62 119 144 128 156 140 208 152 224
65
78 149 181 161 195 176 261 190 281
88 104 200 242 216 262 237 349 255 376
110 131 251 303 271 328 297 437 320 471
133 158 302 364 326 394 357 525 385 566
155 184 353 426 381 460 417 613 450 661
178 211 404 487 436 526 477 701 514 756
223 264 506 609 546 659 597 877 644 946
268 318 608 732 656 791 718 1053 774 1136
313 371 710 854 765 924 838 1229 903 1325
0.4504 0.5331 1.0193 1.2252 1.0984 1.3240 1.2024 1.7610 1.2957 1.8984
-2.3756 -2.1886 -3.4000 -3.1441 -3.4118 -3.1535 -3.8744 -3.4244 -3.8846 -3.4287

4:3
Min
66
103
121
175
211
266
356
447
537
628
718
899
1081
1262
1.8110
-6.0669

Max
89
136
159
230
277
347
464
582
699
816
934
1168
1403
1638
2.3465
-4.9528

17:10
Min Max
72
96
111 147
131 172
189 248
228 299
287 375
384 502
482 629
580 755
677 882
775 1009
970 1262
1165 1516
1361 1770
1.9524 2.5354
-6.0669 -5.2323

4:3
Min
86
133
156
226
273
343
460
576
693
810
926
1160
1393
1626
2.3335
-7.0870

Max
164
249
292
419
505
633
846
1059
1272
1485
1699
2125
2551
2978
4.2638
-6.9134

17:10
Min Max
94 177
144 269
169 315
244 453
295 545
370 683
496 913
622 1143
748 1373
873 1603
999 1832
1251 2292
1502 2752
1754 3212
2.5157 4.5984
-7.0906 -6.9134

4:3
Min Max
155 291
237 440
278 515
402 740
484 889
607 1114
812 1488
1017 1862
1223 2236
1428 2611
1633 2985
2044 3733
2455 4482
2865 5230
4.1063 7.4843
-9.1142 -8.8622

* The above ¿gures are design values only. Actual distances will be within ±10% of those provided.
* Projection distances other than those in the above table can be obtained by the following formula.
Projection distance = (K1) x diagonal screen size + (K2)
* The projection distance for panel aspect ratio 4:3 is the value when an XGA (1024x768) or SXGA+ (1400x1050) signal is input.
The projection distance for panel aspect ratio 17:10 is the value when a WXGA (1366x800) signal is input.
* The projection distances for screen sizes 16:10, 16:9 and 4:3 can be obtained by the following formulas depending on the panel aspect ratio.
For panel aspect ratio 4:3
For screen size 16:9: Projection distance = (K1) x 0.8171 x diagonal screen size + (K2)
For panel aspect ratio 17:10
For screen size 16:10: Projection distance = (K1) x 1.0453 x diagonal screen size + (K2)
For screen size 16:9: Projection distance = (K1) x 0.9669 x diagonal screen size + (K2)
For screen size 4:3: Projection distance = (K1) x 1.1834 x diagonal screen size + (K2)

33

17:10
Min Max
168 314
256 475
301 556
433 798
522 959
655 1201
876 1605
1097 2008
1318 2411
1540 2815
1761 3218
2203 4025
2646 4831
3089 5638
4.4252 8.0669
-9.1220 -8.8622

CP-X10000 ( P6X ) / CP-SX12000 ( P6SX )

Lens replacement procedure
Ŷ Lens replacement should be performed by a service engineer.
Ŷ When changing the lens, place the LCD projector right way up on a horizontal surface. Do not change the lens with the projector facing upwards or downwards or when
the projector is suspended.

Attaching the SD-804/LL-805/UL-806 Lens When Unpacking the LCD Projector

1. Preparing to attach the lens (1)
Lens adapter
Take the lens adapter supplied with the
LCD projector and mount it so that the
connector on the lens is aligned with the
socket of the lens adapter.
Caution:
Socket
ŷ Be careful not to touch the surface
of the lens.
Connector
ŷ Do not touch the socket of the lens
adapter or subject it to impact as
Lens shade
this may lead to malfunction.
ŷ Do not hold the lens by the lens
shade as this may lead to injury or malfunction.
ŷ Be sure to remove the tape Àxing the hexagonal screw on the lens.
ŷ Be sure to remove the lens cap. Installing the lens in the LCD projector with the
lens cap on may lead to malfunction.
2. Preparing to attach the lens (2)
Using the hexagon wrench supplied
with the LCD projector, attach the lens
adapter with the four hexagon screws on
the lens.
Connect the connector on the lens to the
socket of the lens adapter.

6. Attaching the lens (2)
Support the lens installed in the LCD
projector and move the lock lever on the
projector as far as it will go to the right
(until the lock lever clicks into the locked
position).
Caution:
ŷ To prevent the lens from falling off,
after attaching the lens, check that
it is securely mounted and that the
lock lever does not move.

7. Assembling the main unit parts (1)
Insert the two catches on the front cover
into the LCD projector body to attach the
front cover.

Lock lever

Lock lever

Catch

Front cover

Hexagon wrench
Catches

Socket
Connector

3. Preparing to attach the lens (3)
Unscrew the front ring from the LCD
projector and remove the cap.

8. Assembling the main unit parts (2)
Have the blind sheet supplied with the
lens ready and mount it on the lens
shade.

Lens shade

Mount the blind sheet with its matte side
facing out.

Front ring

Blind sheet
9. Assembling the main unit parts (3)
Screw on the front ring.
Caution:
ŷ Take care not to get the blind sheet
trapped when Àtting the front ring
as this may lead to malfunction.

Cap

4. Preparing to attach the lens (4)
Lift off the front cover to remove it.

Front cover

10. Lens attachment is completed.

5. Preparing to attach the lens (1)
Groove
Terminal on projector
Make sure that the terminal on the lens
and the terminal on the LCD projector are
aligned.
Rib
Support the lens with the lens adapter
attached and install it in the LCD
projector so that the adapter rib ¿ts into
the groove of the projector.
Caution:
Terminal on lens
ŷ Do not hold the lens by the lens
shade as this may lead to injury or
Lens shade
malfunction.
ŷ Take care to avoid hitting the surface of the lens on the LCD projector when
attaching the lens as this may lead to malfunction.

34

Front ring

CP-X10000 ( P6X ) / CP-SX12000 ( P6SX )

Attaching the USL-801/SL-802/SL-803 Lens When Unpacking the LCD Projector

1. Lens attachment is completed.
Follow the procedures in step 1 through
step 6 for Attaching the SD-804/LL-805/
UL-806 Lens and install the lens in the
LCD projector.

6. Attaching the optional parts (3)
(SL-802/SL-803 only)
Have the two protectors supplied with the
lens ready and insert the ¿rst protector
between the front ring and the lens.

Protector

Front ring

2. Attaching the optional parts (1)
(SL-802/SL-803 only)
Have the two blinders supplied with the
lens ready and mount the ¿rst blinder on
the lens shade.

7. Attaching the optional parts (4)
(SL-802/SL-803 only)
Rotate the attached protector to the
underside of the lens and insert the
second protector in the same way
between the front ring and the lens.
Engage the two catches on the protector.

Blinder

Lens shade

3. Attaching the optional parts (2)
(SL-802/SL-803 only)
Rotate the attached blinder to the
underside of the lens and mount the
second blinder on the lens shade in the
same way.
Engage the two catches on these
blinders.

4. Assembling the main unit parts (1)
Insert the two catches on the front cover
into the LCD projector body to attach the
front cover.

Catch

Catch

8. Lens attachment is completed.
Blinder

Caution:
ŷ When using the USL-801 lens, the
edges of the projected image may
appear dark or shadows may be visible.
If this happens, use the lens shift
function to adjust the position of the
projected image.

Front cover

Catches

5. Assembling the main unit parts (2)
Screw on the front ring.
Caution:
ŷ Take care not to get the blind sheet
trapped when Àtting the front ring
as this may lead to malfunction.

Front ring

35

Catch
Protector

CP-X10000 ( P6X ) / CP-SX12000 ( P6SX )

Changing from an SD-804/LL-805/UL-806 Lens to a USL-801/SL-802/SL-803 Lens
1. Disassembling the main unit parts (1)
Unscrew the front ring.
Caution:
ŷ Be sure to turn off the LCD projector
before changing the lens.
ŷ Return the lens shift to the center
position. Refer to the user manual
supplied with the LCD projector for
instructions on how to return the
lens shift to the center position.

8. Attaching the lens (2)
Support the lens installed in the LCD
projector and move the lock lever on the
projector as far as it will go to the right
(until the lock lever clicks into the locked
position).
Caution:
ŷ To prevent the lens from falling off,
after attaching the lens, check that
it is securely mounted and that the
lock lever does not move.

Front ring

2. Disassembling the main unit parts (2)
Remove the blind sheet.

9. Attaching the optional parts (1)
(SL-802/SL-803 only)
Have the two blinders supplied with the
lens ready and mount the ¿rst blinder on
the lens shade.

Blind sheet
3. Disassembling the main unit parts (3)
Remove the front cover.

Lock lever

Lock lever

Blinder

Front cover
Lens shade

4. Removing the lens (1)
Support the lens and move the lock lever
to the left while pressing the lock lever
release button on the LCD projector.

10. Attaching the optional parts (2)
(SL-802/SL-803 only)
Rotate the attached blinder to the
underside of the lens and mount the
second blinder on the lens shade in the
same way.
Engage the two catches on these
blinders.

Lock lever

Catch

Blinder

Release button

5. Removing the lens (2)
Support the lens and remove the lens from
the LCD projector. Place the detached
lens on a soft cloth or similar.
Caution:
ŷ Do not hold the lens by the lens shade
when removing the lens as this may
lead to injury or malfunction.
ŷ Take care to avoid hitting the surface
of the lens on the LCD projector
when removing the lens as this may
lead to malfunction.
6. Removing the lens (3)
Unplug the connector on the lens from
the socket of the lens adapter.
Using the hexagon wrench supplied
with the LCD projector, loosen the four
hexagon screws on the lens and remove
the lens adapter.
Have the replacement USL-801/SL-802/
SL-803 lens ready. Follow the procedures
in steps 1 and 2 for Attaching the SD-804/
LL-805/UL-806 Lens and mount the lens
adapter on the replacement lens.

11. Assembling the main unit parts (1)
Insert the two catches on the front cover
into the LCD projector body to attach the
front cover.

Catch

Front cover

Catches

12. Assembling the main unit parts (2)
Screw on the front ring.

Lens shade

Front ring

Hexagon wrench

13. Attaching the optional parts (3)
(SL-802/SL-803 only)
Have the two protectors supplied with the
lens ready and insert the ¿rst protector
between the front ring and the lens.

Socket
Connector

7. Attaching the lens (1)
Follow the procedures in steps 5 and 6
Terminal on projector
for Attaching the SD-804/LL-805/UL-806
Lens and install the lens in the LCD
projector. Support the lens with the lens
adapter attached and install it in the LCD
projector.
Caution:
ŷ Do not hold the lens by the lens shade
Terminal on lens
when attaching the lens as this may
lead to injury or malfunction.
Lens shade
ŷ Take care to avoid hitting the surface
of the lens on the LCD projector
when attaching the lens as this may lead to malfunction.

Protector
Front ring

Rib
14. Attaching the optional parts (4)
(SL-802/SL-803 only)
Rotate the attached protector to the
underside of the lens and insert the
second protector in the same way
between the front ring and the lens.
Engage the two catches on the protector.
10. Lens attachment is completed.

Groove

36

Catch
Blinder

CP-X10000 ( P6X ) / CP-SX12000 ( P6SX )

Changing from a USL-801/SL-802/SL-803 Lens to an SD-804/LL-805/UL-806 Lens
1. Removing the optional parts (1)
(SL-802/SL-803 only)
Rotate the protector 90° until the catch is
at the top.
Caution:
ŷ Be sure to turn off the LCD projector
before changing the lens.
ŷ Return the lens shift to the center
position. Refer to the user manual
supplied with the LCD projector for
instructions on how to return the
lens shift to the center position.

8. Removing the lens (2)
Support the lens and remove the lens from
the LCD projector. Place the detached
lens on a soft cloth or similar.
Caution:
ŷ Do not hold the lens by the lens
shade when removing the lens as this
may lead to injury or malfunction.
ŷ Take care to avoid hitting the surface
of the lens on the LCD projector
when removing the lens as this may
lead to malfunction.

Protector

2. Removing the optional parts (2)
Hexagon wrench
(SL-802/SL-803 only)
Using a ¿ne-tipped object or the hexagon
wrench supplied with the LCD projector,
Catch part
disengage the catch on the protector.
Disengage the catch on the opposite side
in the same way.

3. Removing the optional parts (3)
(SL-802/SL-803 only)
Remove the two protectors.

Lens shade

9. Removing the lens (3)
Unplug the connector on the lens from
the socket on the lens adapter.
Using the hexagon wrench supplied
with the LCD projector, loosen the four
hexagon screws on the lens and remove
the lens adapter.
Have the replacement USL-801/SL-802/
SL-803 lens ready. Follow the procedures
in steps 1 and 2 for Attaching the SD-804/
LL-805/UL-806 Lens and mount the lens
adapter on the replacement lens.

Catch

Protector

Hexagon wrench

Socket
Connector

10. Attaching the lens (1)
Groove
Terminal on projector
Follow the procedures in steps 5 and 6 for
Attaching the SD-804/LL-805/UL-806 Lens
and install the lens in the LCD projector.
Rib
Support the lens with the lens adapter
attached and install it in the LCD projector.
Caution:
ŷ Do not hold the lens by the lens shade Terminal on lens
when attaching the lens as this may
lead to injury or malfunction.
Lens shade
ŷ Take care to avoid hitting the surface of
the lens on the LCD projector when attaching the lens as this may lead to malfunction.

4. Disassembling the main unit parts
Unscrew the front ring.
Remove the front cover.
Front cover

5. Removing the optional parts (4)
Catch
(SL-802/SL-803 only)
Rotate the blinder 90° until the catch is at
the top.
Disengage the catch on the opposite side
in the same way.
Disengage the catch on the opposite side
in the same way.

11. Attaching the lens (2)
Lock lever
Support the lens installed in the LCD
projector and move the lock lever on the
projector as far as it will go to the right
(until the lock lever clicks into the locked
position).
After attaching the lens, check that it is
securely mounted and that the lock lever
Lock lever
does not move.
Caution:
ŷ To prevent the lens from falling off, after attaching the lens, check that it is
securely mounted and that the lock lever does not move.

Front ring

Catch

12. Assembling the main unit parts (1)
Insert the two catches on the front cover
into the LCD projector body to attach the
front cover.

Catch
Front cover
Catch

6. Removing the optional parts (5)
(SL-802/SL-803 only)
Remove the two blinders.

13. Assembling the main unit parts (2)
Have the blind sheet supplied with the
lens ready and mount it on the lens
shade.

Lens shade

Mount the blind sheet with its matte side
facing out.
Blind sheet
7. Removing the lens (1)
Support the lens and move the lock lever
to the left while pressing the lock lever
release button on the LCD projector.

Lock lever

14. Assembling the main unit parts (3)
Screw on the front ring. 10. Lens
attachment is completed.
Caution:
ŷ Take care not to get the blind sheet
trapped when Àtting the front ring
as this may lead to malfunction.

Release button

37

Front ring

CP-X10000 ( P6X ) / CP-SX12000 ( P6SX )

Flange-back Adjustment (USL-801 only)

(The two blinders and two protectors are not supplied with the USL-801 lens.)

1. Check the surrounding focus
When an image is projected onto the
Surrounding area
screen after the USL-801 lens has
been installed in the LCD projector, the
Center
surrounding area may be out of focus in
relation to the center.
If this happens, adjust the Àange-back
(FB) of the lens. The surrounding focus
can be corrected by adjusting the Àangeback.
Caution:
ŷ As the Áange-back has already been
adjusted at the factory prior to shipping, do not adjust more than necessary.

7. Insert the FB adjustment pin
Insert the supplied FB adjustment pin in
the FB adjustment window on the lens.
Insert the narrow end of the FB
adjustment pin.

FB adjustment window
FB adjustment pin

2. Remove the lens
Place the detached lens on a soft cloth
or similar.
Caution:
ŷ Be sure to turn off the LCD projector
before changing the lens.
ŷ Return the lens shift to the center
position. Refer to the user manual
supplied with the LCD projector for
instructions on how to return the
lens shift to the center position.

3. Remove the ¿xing ring
Using the small hexagon pin supplied
with the lens, loosen the setscrew on the
¿xing ring and unscrew the ¿xing ring.

FB adjustment window

8. Loosen the temporary ¿xing screw (2)
Using the large hexagon pin, loosen the
temporary ¿xing screw on the top.

Temporary ¿xing
screw (top)

FB adjustment pin

9. Prepare for Àange-back adjustment
Project the image for adjustment from the
LCD projector onto the screen. Move the
FB adjustment pin slowly clockwise or
counterclockwise and adjust the Àangeback while checking the projected image,
until the center of the image comes into
focus.

One setscrew

Fixing ring

Counterclockwise
Clockwise
FB adjustment pin

4. Loosen the setscrews
Using the small hexagon pin supplied
with the lens, loosen the three setscrews
for ¿xing the lens body.

5. Loosen the temporary ¿xing screw (1)
Using the large hexagon pin supplied
with the lens, loosen the temporary ¿xing
screw on the underside.
Caution:
ŷ Do not loosen the temporary Àxing
screw on the top until the lens is
installed in the LCD projector.

Three setscrews

10. Adjust the Àange-back
If the surrounding area in the near
screen is in focus while the center of the
image is in focus, follow the procedure
below to adjust the Àange-back.
(1) Use the LCD projector remote
control or control panel to adjust the
surrounding focus in the + (plus)
direction.
(2) Move the FB adjustment pin slowly
counterclockwise until the center
comes into focus.
(3) Check the surrounding focus.
(4) If the surrounding area is still not in
focus, repeat steps (1) through (3)
above.

Lens body

Temporary ¿xing
screw (underside)

If the surrounding area in the far screen
is in focus while the center of the image
is in focus, follow the procedure below to
adjust the Àange-back.
(1) Use the LCD projector remote
controller or operation panel to adjust
the surrounding focus in the - (minus)
direction.
(2) Move the FB adjustment pin slowly
clockwise until the center comes into
focus.
(3) Check the surrounding focus.
(4) If the surrounding area is still not in
focus, repeat steps (1) through (3)
above.

Temporary ¿xing screw (top)
*Do not loosen.

6. Install the lens
Follow the procedures in Attaching the
Lens and install the lens in the LCD
projector.
Position the LCD projector at the desired
projection distance or desired projection
size.

38

Surrounding area
Center

CP-X10000 ( P6X ) / CP-SX12000 ( P6SX )

11. Fix the Àange-back adjustment (1)
To ¿x the focus after Àange-back
adjustment, use the large hexagon pin to
tighten the temporary ¿xing screw on the
top.

Temporary ¿xing screw
(one on the top)

FB adjustment pin

12. Fix the Àange-back adjustment (2)
Remove the lens, which is ¿xed
temporarily with the screw on the top,
and place it on a soft cloth or similar.
Tighten the temporary ¿xing screw on the
underside in the same way.

13. Fix the Àange-back adjustment (3)
Using the small hexagon pin, tighten the
three setscrews on the lens body.

14. Fix the Àange-back adjustment (4)
Mount the ¿xing ring on the lens and
screw on. Mount the ¿xing ring with the
threaded side facing down.

15. Fix the Àange-back adjustment (5)
Tighten the setscrew on the ¿xing ring.

Temporary ¿xing
screw (underside)

Three setscrews
Lens body

Fixing ring

Fixing ring

One setscrew

16. Install the lens
Follow the procedure in Attaching the
Lens to complete installation of the lens
in the LCD projector.
(The two blinders and two protectors are
not supplied with the USL-801 lens.)

39

CP-X10000 ( P6X ) / CP-SX12000 ( P6SX )

6-9 Other care

WARNING
Before caring, make sure the power switch is off and the power cable is not plugged in, and then allow the
projector to cool sufﬁciently. The care in a high temperature state of the projector could cause a burn and/
or malfunction to the projector.
Avoid wetting the projector or inserting liquids in the projector. It could result in a ﬁre, an electric shock, and
and/or malfunction to the projector.
• Don’t put a container containing water , cleaner or chemicals near the projector.
• Don’t use aerosols or sprays.

CAUTION
Please take right care of the projector according to the following. Incorrect care could cause not only an
injury but adverse influence such as discoloration, peeling paint, etc.
• Do not use cleaner or chemicals other than those listed below.
• Do not polish or wipe with hard objects.
Inside of the projector
In order to ensure the safe use of the projector, it needs to clean and inspect the projector about once a year.
Caring for the lens
If the lens is flawed, soiled or fogged, it could cause deterioration of display quality. Please take care of the
lens, being cautions of the handling.
1. Turn the projector off, and unplug the power cord. Allow the projector to cool sufficiently.
2. After making sure that the projector is cool adequately, lightly wipe the lens with a commercially available
lens-cleaning wipe. Do not touch the lens directly with your hand.
Caring for the cabinet and remote control
Incorrect care could have adverse influence such as discoloration, peeling paint, etc.
1. Turn the projector off, and unplug the power cord. Allow the projector to cool sufficiently.
2. After making sure that the projector is cool adequately, lightly wipe with gauze or a soft cloth.
If soiling is severe, dip soft cloth in water or a neutral cleaner dilute in water, and wipe lightly after wringing
well. Then, wipe lightly with a soft, dry cloth.

40

CP-X10000 ( P6X ) / CP-SX12000 ( P6SX )

6-10 Notice of AUTO adjustment
Use of AUTO adjustment with the image through RGB input optimizes V_POSI, H_POSI, and H_PHASE
automatically.
In case that projected image has dark tone around its peripheral, AUTO operation sometimes makes artifacts in the image, shifts capture area and so on. Those failures are caused by period of image data is not
exactly distinguished to period of blanking on signal processing.
To avoid such phenomena, AUTO function should be used with the full size picture that has bright tone
on its peripheral.

Image when AUTO operates correctly

Image when AUTO fails.
Noting image of top or bottom lines.
Shift of the image to East or West.
Artifacts on image. Etc.

Note
1) The phenomenon at the failure of AUTO adjustment depends on resolution of input source, scene
of picture etc.
2) There is no failure above in AUTO with video source through VIDEO, S-VIDEO or COMPONENT input.
The reason is why recognition of input signal’s standard does not need to search the capture range
from input signal itself.

41

CP-X10000 ( P6X ) / CP-SX12000 ( P6SX )

6-11 How to inactivate the security functions
This projector is equipped with security functions.
(1)MyScreen PASSWORD
The MyScreen PASSWORD function can be used to prohibit access to the MyScreen function and
prevent the currently registered MyScreen image from being overwritten.
(2)PIN LOCK
PIN LOCK is a function which prevents the projector from being used unless a registered Code is input.
(3)Transition detector
Transition detector is a function which prevents the projector from being used if vertical angle of the
projector and mirror setting is not same with recorded.
64#05+6+10&'6'%61410
6JGRTQLGEVQTJCUDGGPVTCPUHGTTGF
HTQORTGXKQWUN[KPUVCNNGFRQUKVKQP

2+0$1:

+H[QWYKUJVQJCXGCUSWCTGKOCIG
QPUETGGPCICKP
FKUCDNG6TCPUKVKQP&GVGEVQTQP/GPW

Transition Detector Alarm
(4)MY TEXT
This item allows you to display your own message (MY TEXT) on the START UP screen and INPUTINFORMATION. It can be protected by a password to prevent it from being overwritten.
It is possible to inactivate all security functions temporarily with following procedures.
(1) Go to “SECURITY” Menu and press the Ź button.
Then, ENTER PASSWORD box will be displayed.
(The BOX will be displayed by pressing the [MENU] button (remote) or [Ÿ/ź/Ż/Ź] button (keypad)
when Transition Detector Alarm is displayed.)
5'%74+6;
'06'42#55914&

㪇㩷㩷㩷㪇㩷㩷㩷㪇㩷㩷㩷㪇
37+6

0':6

ENTER PASSWORD box
(2) Press the [Magnify off] button once, then press [Magnify off] button of remote for 3 second or more to
display SERVICE PASSWORD box.
5'48+%'
'06'42#55914&

㪄㩷㩷㩷㪄㩷㩷㩷㪄㩷㩷㩷㪄

SERVICE PASSWORD box
(3) Enter the Life Key (MENU, ź, KEYSTONE, Ÿ). Then all security functions will be inactivated temporarily.
Note: • The Life key can be used up to 30 times. The key cannot be used thereafter. If the Life key cannot
be used, see the paragraph of SECURITY in the User’s Manual.
The frequency in which Life key is input will be set to 0 after the registered code is input.
• The SECURITY Menu can not be operated if the SECURITY PASSWORD was released by Life
key.
• The Mirror, Keystone and Auto keystone are not memorized though they are possible to operate
if Transition Detector was released by Life key.
• The MyScreen Lock on SCREEN Menu keeps “TURN ON” if MyScreen PASSWORD was set
when SECURITY PASSWORD was released by Life key.

42

CP-X10000 ( P6X ) / CP-SX12000 ( P6SX )

6-12 PIN LOCK System
If the following PIN BOX menu appears after power on the projector, the PIN LOCK system has been
activated. Under such a condition, key operations and signal displaying are inhibited. To open the PIN LOCK
system, we need to input the correct 4 digits PIN CODE. If correct PIN CODE is not input in 5 min., the lamp
will be automatically turned off.

PIN BOX
Returning repaired unit
Use the Master PIN code. See the paragraph of Releasing the PIN LOCK system inactivation.
Swap unit/Returned unit
Release all security systems. See the paragraph of the PIN LOCK system inactivation.
Releasing the PIN LOCK System
When the PIN BOX menu is displayed, sequentially enter the codes with remote controller as follows. In
accordance with remote controller button entry, “ ” mark appears in the PIN BOX menu.
Master PIN codes
1st entry code: Press the “MENU ” button.
2nd entry code: Press the “ ” button.
3rd entry code: Press the “KEYSTONE” button.
4th entry code: Press the “ ” button.
Note: The Master PIN codes can be used up to 30 times. The codes cannot be used thereafter. If the Master
PIN codes cannot be used, see the paragraph of the PIN LOCK system inactivation.
The PIN LOCK System inactivation
1. When the PIN BOX menu is displayed, press “RESET” for 3 seconds or more in order to get the ID Inquiring Code.

Inquiring code
PIN BOX (ID Inquiring Code)
2. Send HITACHI sales company the Inquiring code (10 digits) to inquire the correct PIN code.
3. With the PIN BOX menu displayed, input the correct PIN code. Enter the correct PIN CODE that HITACHI
sales company informed.
4. Open menu and select “TURN OFF” from the PIN LOCK items in the SECURITY menu. Then the PIN
BOX menu appears.
Password is required to display the Security Menu.
See the SECURITY menu: User’s Manual - Operating Guide.
5. Input the correct PIN code in the PIN BOX menu.
6. And then, PIN LOCK will be set to “TURN OFF”.
7.Inactivate the MyScreen PASSWORD and Transition Detector too.
And reset the Security Password to the [9630].
See the SECURITY menu: User’s Manual - Operating Guide.

43

CP-X10000 ( P6X ) / CP-SX12000 ( P6SX )

6-13 Related Messages

When the unit's power is on, messages such as those shown below may be
displayed. When any such message is displayed on the screen, please follow the
instructions described below.
Although these messages will automatically disappear after several minutes, they
will be displayed again when the power is turned on.
Message

Description
There is no input signal.
Please conﬁrm the signal input connection, and the status of the signal source.

The horizontal or vertical frequency of the input signal is not
within the speciﬁed range.
Please conﬁrm the specs for your projector or the signal source specs.

An improper signal is input.
Please conﬁrm the specs for your projector or the signal source specs.

The internal temperature is rising too much.
Turn the projector off soon, and allow it to cool down for 20
minutes or more. After cooling, perform the following check.
- Are there any obstacles to ventilation around the projector?
- Does the temperature around the projector exceed the limit
speciﬁed?
When this message is displayed without the obstacles mentioned
above, replacement of the ﬁlter unit is required. Replace the ﬁlter
unit soon according to the procedure directed in the paragraph
"Filter unit" in the chapter "Maintenance". Remember
resetting the FILTER TIME is needed soon after replacement of
the ﬁlter unit.

Replacement of the ﬁlter unit is required.
The value of the timer of the FILTER TIME reached the preset
value of the FILTER MESSAGE on the SERVICE menu under the
OPTION menu. Replace the ﬁlter unit soon according to
the procedure directed in the paragraph "Filter unit" in the chapter
"Maintenance" . Remember resetting the FILTER TIME is
needed soon after replacement of the ﬁlter unit.

The button operation is not available with following
condition.
- While the lens is moving, button operation from the control panel
or the remote control might be ignored. Wait for the LENS SHIFT
indicator stopping blinking.
- Pressing the one of buttons to call a signal input might be ignored,
when all the input ports belonging to the category the button's
name shows are set to the "SKIP" by the item SOURCE SKIP of
the OPTION menu.

44

CP-X10000 ( P6X ) / CP-SX12000 ( P6SX )

Regarding the indicator lamps
Lighting and blinking of the POWER indicator, the TEMP indicator, the LAMP
indicator, the SECURITY indicator and the SHUTTER indicator have the meanings
as described in the table below. Please follow the instructions within the table.
Description

POWER TEMP

LAMP

SECURITY SHUTTER

Lighting
Turned
In
off
Orange

Turned
off

Turned
off

Turned
off

The projector is in a standby state.

Blinking
Turned
In
off
Green

Turned
off

Turned
off

Turned
off

The projector is warming up.

Lighting
Turned
In
off
Green

Turned
off

Turned
off

Turned
off

The projector is in an on state.

Blinking
Turned
In
off
Orange

Turned
off

Turned
off

Turned
off

The projector is cooling down.

Turned
off

Turned Blinking Turned
off
In Red
off

Turned
off

Please refer to the section “Turning on/off”.
Please wait.

POWER

TEMP

LAMP SECURITY SHUTTER

Ordinary operations may be performed.
Please wait.

The PIN Lock or (and)
TRANSITION DETECTOR is (are) on.
Please refer to the description.

Turned
off

Turned
off

Turned
off

Blinking (discre- (discreIn Red tionary) tionary)

Turned
off

Turned
off

Blinking
In
Yellow

Turned
off

The SHUTTER is closed.
Please refer to the description .

The projector is cooling down. A certain error has
been detected.
Please wait until the POWER indicator ﬁnishes blinking,
and then perform the proper measure using the item
descriptions below.

The lamp does not light, and there is a possibility
that interior portion has become heated.
Blinking
In Red
Turned Lighting Turned
or
off
In Red
off
Lighting
In Red

Turned
off

Please turn the power off, and allow the projector to
cool down at least 20 minutes. After the projector has
sufﬁciently cooled down, please make conﬁrmation of
the following items, and then turn the power on again.
• Is there blockage of the air passage aperture?
• Is the air ﬁlter dirty?
• Does the peripheral temperature exceed 35°C?
If the same indication is displayed after the remedy, please
change the lamp referring to the section “Lamp unit”.

The lamp cover has not been properly ﬁxed.
Blinking
In Red
Turned Blinking Turned
or
off
In Red
off
Lighting
In Red

Turned
off

Please turn the power off, and allow the projector to
cool down at least 45 minutes. After the projector has
sufﬁciently cooled down, please make conﬁrmation of
the attachment state of the lamp cover. After performing
any needed maintenance, turn the power on again.

(Continued on next page)

45

CP-X10000 ( P6X ) / CP-SX12000 ( P6SX )

POWER TEMP

LAMP

Description

SECURITY SHUTTER

The cooling fan is not operating.
Blinking
In Red
Blinking Turned
or
In Red
off
Lighting
In Red

Turned
off

Turned
off

Please turn the power off, and allow the projector to
cool down at least 20 minutes. After the projector has
sufﬁciently cooled down, please make conﬁrmation that
no foreign matter has become caught in the fan, etc.,
and then turn the power on again.

The internal temperature is rising too much.

Blinking
In Red
Lighting Turned
or
In Red
off
Lighting
In Red

Turned
off

Turned
off

Turn the projector off soon, and allow it to cool
down for 20 minutes or more. After cooling, perform the
following check.
- Are there any obstacles to ventilation around the
projector?
- Does the temperature around the projector exceed the
limit speciﬁed?
When this message is displayed without the obstacles
mentioned above, replacement of the ﬁlter unit is
required. Replace the ﬁlter unit soon according to the
procedure directed in the paragraph "Filter unit" in the
chapter "Maintenance" . Remember resetting the
FILTER TIME is needed soon after replacement of the
ﬁlter unit.

Replacement of the ﬁlter unit is required.
Lighting
In
Green

Lighting
In
Green

Simultaneous
blinking in Red

Alternative
blinking in Red

Blinking
in
Green
Turned
for
off
approx.
3
seconds

Turned
off

Turned
off

Turned
off

Turned
off

Turned
off

Turned
off

Turned
off

The value of the timer of the FILTER TIME reached the
preset value of the FILTER MESSAGE on the SERVICE
menu under the OPTION menu. Replace the
ﬁlter unit soon according to the procedure directed in the
paragraph "Filter unit" in the chapter "Maintenance".
Remember resetting the FILTER TIME is needed soon
after replacement of the ﬁlter unit.

There is a possibility that the interior portion has
become overcooled.
Please use the unit within the usage temperature
parameters (5°C to 35°C). After the treatment, reset the
power to on.

At least 1 “Power ON” schedule is saved to the
projector.
(Please refer to the User’s Manual - Network Guide:
Schedule Settings for more information.)

NOTE • When the interior portion has become overheated, for safety
purposes, the power source is automatically turned off, and the indicator lamps
may also be turned off. In such a case, press the “O” (off) side of the power
switch, and wait at least 45 minutes. After the projector has sufﬁciently cooled
down, please make conﬁrmation of the attachment state of the lamp and lamp
cover, and then turn the power on again.

46

CP-X10000 ( P6X ) / CP-SX12000 ( P6SX )

6-14 HIDDEN SERVICE MENU
HIDDEN SERVICE
AIR-SENSOR
EXECUTE
LAMP ALARM
NONE
STARTUP TYPE
1
PANEL TIME
0h
DIGITAL CONVERGENCE
BNC TERMINATION
TTL
DIGITAL CONTROL
LONG KEY
NORMAL
SOURCE SKIP DIRECT
ENABLE
LAST MEMORY
ENABLE
FLOW CONTROL TIMEOUT 30S
NETWORK RESET
EXECUTE
SOFT RESET
EXECUTE

How to display the OSD for “HIDDEN SERVICE MENU” set up.
By the control panel *

By the remote control transmitter

1. Display the Advanced menu by the
1. Display the menu by the “MENU”
“MENU” button.(If EASY MENU
button. (If EASY MENU appears,
appears, choose “Go to Advanced
choose “Go to Advanced menu” to
menu” to display ADVANCED MENU.)
display ADVANCED MENU.)
2. Select the “OPTION” on the menu.
2. Select the “OPTION” on the menu.
3. Continue press the button [ ] ﬁrst,
3. Press the “MAGNIFY OFF” button.
then press the button [ ] together
Next hold the “MAGNIFY OFF”
with “VIDEO”, and hold for 3 seconds.
button for 3 seconds.

* when the Advanced/Easy menu is displayed in Arabian or Persian,
the hidden service menu is not available. Change to another language
before this operation.

AIR - SENSOR

PANEL TIME

Execute this item to adjust the air sensor.

Use time of LCD panel. Reset the PANEL TIME whenever you changed the LCD/LENS prism assembly.

LAMP ALARM

LONG KEY

Select the lamp alarm level. 3 Level ļ 1 Level ļ None
“3 Level” shows three kinds of lamp-messages according to the LAMP TIME count.
“1 Level” shows one kind of lamp-message according to
the LAMP TIME count.
“None” shows no lamp-messages. It is the factory
default setting.

Projector react only to the key pressing the remote
button for 3 seconds. NORMAL ļ LONG.
When LONG KEY mode is “LONG”, MY BUTTON1
behave as “LONG KEY DISABLE” and MY BUTTON2
behave as “LONG KEY ENABLE”.

SOURCE SKIP DIRECT
ENABLE:React direct key input to which skip is set in
OPTION menu.
DISABLE:Ignore direct key input to which skip is set in
OPTION menu.

STARTUP TYPE
Select the startup screen type.
1 : shows Hitachi Logo
2 : No Hitachi Logo

DIGITAL CONVERGENCE

LAST MEMORY

Adjust horizontal/vertical convergence for R and B color.

ENABLE:Store user settings to EEPROM.
DISABLE:Not store user settings to EEPROM.

BNC TERMINATION

FLOW CONTROL TIMEOUT

Select the RGB2 (BNC) Terminator. 75 ohm ļ TTL

Switch the TIMEOUT setting when using the daisy chain.

NETWORK RESET

DIGITAL CONTROL

If this is executed, all of the network setting are initialized.

1:Suitable for computer signals 2:Suitable for DVD signals

SOFT RESET
If this is executed, all of the user data is initialized.Never
use it when not required.

6-15 RUN TIME window
Set operating time display method (accumulated lamp time display method)
1. Select “OPTION” from the Advanced menu, then place the cursor on the “LAMP TIME”.
2. Press the [ ], [ENTER] or [RESET] button.
3. Press the [Reset] button once, then press [KEYSTONE] button of the remote control for 3 seconds or more to display
the screen shown below. (The menu will close after 10 seconds if there are no further operations.)
4. Use [ ] or [ ] to select the usage status number. (The usage status is as shown below.)
ĸ Lamp time
ĸ Lamp time ( Normal )
ĸ Lamp time ( ECO )
ĸ AC energizing time
ĸ Number of times on
ĸ Number of times off
ĸ Usage status number(See below)

Usage status number
0 ..... Total usage status
1 ..... Current usage status
2 ..... Usage status before first reset
3 ..... Usage status before second reset
||
9 ..... Usage status before eighth reset

47

CP-X10000 ( P6X ) / CP-SX12000 ( P6SX )

6-16 Reset of the Network Web password / User ID, Network Control password
ATTENTION : Performing this operation initializes the network settings. If the projector has
the customized settings in the network, make a note of the network settings to restore
them before this operation.
1. Display the SETUP in the NETWORK menu.

2. Select “TURN OFF” in the item of
DHCP.

3. Enter “255.255.255.255” in the item of
IP ADDRESS.
4. Enter “255.255.255.255” in the item of
SUBNET MASK.
5. Enter “255.255.255.255” in the item of
DEFAULT GATEWAY.

6. While NETWORK menu is displayed, press the RESET button of the remote control.

Press RESET button

7. Press Ÿ button to execute reset.
The operation described above resets not only Web password but also NETWORK settings.
NOTE:
When you execute this reset operation with any other settings than above (described in the
step 2 to 5), the WEB password, SNTP server address, DATE AND TIME and other schedule settings are not initialized, but the network settings (DHCP, IP ADDRESS, SUBNET
MASK and DEFAULT GATEWAY) are initialized.
8. If the network settings had been customized, restore them by manual operation.
48

Area of Importance

Lock CNLAP completely.

Lock CNPFC completely.

CNBAR

Area of Importance

CNPFC

CNLAP

Area of Importance

The operations with this symbol have implications with laws/standards.
It is possible to be in violation of these laws/standards in the case
that these operations are not carried out according to the instructions.
Assemble according to the operation instructions.
15mm
CNPFC

20mm
Attach #218A in the position shown in the picture with
its sponge side facing connector housing, and cover
housing in order to protect housing from electrolyte
that comes out of electrolytic capacitor when its vent
opens.

Connect its end without #218A to
power unit (ballast)

7. Wiring diagram

Wiring of the power unit
(1) Attach #218A.
(2) Connect CNLAP, CNPFC and CNBAR to power unit (ballast).
(3) Connect CNTS and CNPW to power unit (circuit).
(4) Wiring of CNBAR, CNTS, CNPW, CNPFC and CNLAP.

CNPFC

CNTS

CNPW

49

Pass CNBAR, CNTS and CNPW
through hole of metallic box.

Area of Importance
Lock CNPFC completely.
Clamp CNPFC by M-clamp. Shift UL tube near ballast side so that
Area of Importance
M-clamp cannot pinch it.
Put excessive length of cables near power unit (ballast) to prevent
UL tube from interfering M clamp.
Assemble with care on since heatsink has sharp edges.

CNLAP

CNPW

Connect CONPW (cable tie
side) to power unit (circuit).
Area of Importance

CNTS

Pass CNLAP through hole of
metallic box and insulation
sheet slit.

Make sure to confirm the print of
Area of Importance
CNTS.
Confirm that the print indicates
”UP62 UCHIYA 90C”.

#218A

Wiring diagram 1

CP-X10000 ( P6X ) / CP-SX12000 ( P6SX )

CNBAR

Connection of LED board/Remote board(front, rear)/KEYPAD board/BATTERY board
(1) Connect CNLED and CNGD3 to LED board.
(2) Connect CNRCF to Remote board (front).

(4) Connect CNKEY to KEYPAD board.
(5) Connect CNBAT to BATTERY board.

(3) Connect CNRCR to Remote board (rear).
Lock CNLED
CNLED completely.

Attach CNGD3 touching
CNGD3 to convex part.

CNKEY

Remote board(front)

Remote board(rear)

Lock CNKEY completely.
CNBAT

BATTERY board

KEYPAD board
Wiring diagram 2

CP-X10000 ( P6X ) / CP-SX12000 ( P6SX )

50

LED board

CNRCR

CNRCF

Wiring of the back terminal (1)
(1) Connect CNINPA to INPUT-A board.

CNINPA

Lock CNINPA completely.
Attach INPUT-A board to TERMINAL
COVER before you connect CNINPA.

(2) Connect CNINPB to INPUT-B board.

CNINPB

(3) Connect CNINPC to INPUT-C board.

Lock CNINPB completely.
Attach INPUT-B board to TERMINAL
COVER after you connect CNINPB.

CNINPC

Lock CNINPC completely.
Attach INPUT-C board to TERMINAL
COVER after you connect CNINPC.

CNINPC

Clamp CNINPC by left-hand purse lock.

CNINPB

Clamp CNINPB by right-hand purse lock.

CNINPB

CNINPC

Pass CNINPB and CNINPC through lower side TERMINATION COVER ’s hook.

Wiring diagram 3

CP-X10000 ( P6X ) / CP-SX12000 ( P6SX )

51

(4) Wiring of CNINPB and CNINPC.

Wiring of the back terminal (2)
(1) Connect CNGD1 to back terminal.
(2) Wiring of CNGD1 and lamp fan cable.
Attach CNGD1 touching to
convex part.
CNGD1

lamp
fan
cable

Pass lamp fan cable through rib.
Prevent the cable from protruding to the openning area.

52
CNGD1
Wire CNGD1 passing through
three ribs.

Wiring diagram 4

CP-X10000 ( P6X ) / CP-SX12000 ( P6SX )

Opening

Wiring of bottom case.
(1) Wiring of E1 (air sensor) and lamp fan2 cable.

E1

Lamp
fan2

Wire E1 (air sensor) and lamp fan2 cable
passing on projection lens side of bottom
case boss as shown in diagram.

Wire E1 (air sensor) cable
passing through a hook.
E1

Lamp
fan2

53
bottom case boss

Wiring diagram 5

CP-X10000 ( P6X ) / CP-SX12000 ( P6SX )

Wire lamp fan2 cable
passing through two hooks.

Wiring of the assembling power unit and lamp house.
(1) Wiring of lamp fan cable and air sensor cable.
(2) Wiring of CNPW, CNTS, CNBAR, CNRCF, shutter cable, Hshift mechanism motor cable and Hshift mechanism sensor cable.
(3) Wiring of lamp fan cable, air sensor cable and CNTS.
(4) Wiring of two power fan cables.

54
Clamp these cables by this
purse lock.
▪ Power fan cables (x2)

Purse lock

Clamp these cables by
this purse lock.
CNTS
▪ CNTS
Lamp fan cable
Air sensor cable

Purse lock
Pass CNTS through insulation sheet slit.

Wiring diagram 6

CP-X10000 ( P6X ) / CP-SX12000 ( P6SX )

Clamp these cables by this
purse lock.
▪ CNPW
▪ CNRCF
▪ CNBAR
▪ CNTS
▪ shutter cable
▪ Hshift mechanism motor cable
▪ Hshift mechanism sensor cable

Clamp lamp fan cable and air sensor cable by
two purse lock at the side of power unit box.

Wiring of the Rear Terminal and Attaching Lamp house
(1) Wiring of PBS fan cable and R/G fan cable
(2) Attach CNTS
(3) Wiring of CNTS
Clamp PBS fan cable and R/G fan
(4) Wiring of CNLAP
PBS
R/G
fan

fan

cable by CNINPB side purse lock.

CNTS

Attach CNTS so that its cables side
can face lamp house upper part.

Push excessive length of CNLAP
into power unit box.

Lamp house

CNTS

Push CNTS into the space between
power unit box and lamp house.
Otherwise, it will be pinched by
exhaust fan metal.

Power unit box

Wiring diagram 7

CP-X10000 ( P6X ) / CP-SX12000 ( P6SX )

55
CNLA

Wiring of the main board attaching (1)

(1) Connect power fan cable(x2), lamp fan2 cable and air sensor cable.
(2) Connect shutter cable, shift mechanism motor cable, shift mechanism sensor cable, CNBAR, CNPW and CNRCF.
(3) Connect and wire CNGD2.

CNPW

CNBAR

shift
sensor

shift
motor

CNRCF

power
fan

Shutter
cable

CNGD2

power
fan

lamp
fan2

air
sensor

Never put each cables on the power unit box sponge.
Style each cables near main board side.

Wiring diagram 8

Clamp CNGD2
by purse lock.

Attach CNGD2 touching
to convex part.

CP-X10000 ( P6X ) / CP-SX12000 ( P6SX )

56

MAIN board

Wiring of the main board attaching (2)
(1) Connect lens cable.
(2) Connect B panel fan, Vshift mechanism motor cable, Vshift mechanism sensor cable, CNLED and CNBAT.
(3) Connect out sensor, PBS fan and R/G panel fan.
(4) Connect CNGD3, and wire CNBAT.
(5) Connect panel flexible cables.

Clamp lens cable by purselock.

LED board metal
Clamp these cables by this purse lock.
▪ CNBAT
▪ CNLED
▪ Vshift-Mecha.motor
▪ Vshift-Mecha.sensor
▪ B-Panel Fan
Never clamp CNGD3

Attach CNGD3 touching
to convex part.

57

Insert CNLED
until locking.

B
fan
Insert panel flexible cables completely.
CNBAT
Push CNBAT into
the space between
LED board metal
and projection.

Vshift
sensor

out
sensor
Vshift
motor

lens
cable

R/G
fan

PBS
fan

Wiring diagram 9

CP-X10000 ( P6X ) / CP-SX12000 ( P6SX )

CNLED

Wiring of the main board attaching (3)
(1) Connect exhaust fan cable, iris cable and lamp fan cable.
(2) Connect CNINPA(30pins), CNINPB, CNINPC, CNKEY and CNRCR.

Insert CNKEY, CNINPA(10pins), CNINPA(30pins), CNINPB and
CNINPC until locking.

(3) Connect and wire CNINPA(10pins).
Ex
fan

CNKEY

CNINA

CNINC

CNINB

Iris

lamp
fan

Draw out iris cable and lamp fan cable from slit
of main board when you attach main board.

Wiring diagram 10

Wire CNINPA(10pins) so that CNKEY and CNRCR
can pass between CNINPA(10pins) and
CNINPA(30pins), and CNINPA(10pins)
can keep some distance from CNINPA(30pins).

CP-X10000 ( P6X ) / CP-SX12000 ( P6SX )

58

CNRCR

CAUTION
Wire lamp fan lead and iris lead so they don't protrude to opening.
This picture is an eample of wrong wiring because leads protrudes to opening.

CP-X10000 ( P6X ) / CP-SX12000 ( P6SX )

59
Wiring diagram 11

13

M: METRIC SCREW
T: TAPPING SCREW

8

34

Enlargement

R o t1

51

B o t2

R o t2

Dic roic O tic Unit A em l
5
T o ie
[See Notice 14]

43 [See Notice 2]

4

59
10

9

50

54
55

16

38 [See Notice 4]

G o t2

B o t1

35

6 [See Notice 1]

7
[See Notice 13]

G o t1

2

49

22
[See Notice 7]

LCD PRISM A em l
T o ie
52
53

OPT Unit LAMP Unit E a t F an
or LAMP Unit E a t F an or POWER Unit
[See Notice 5]
1

57

30

29
[See Notice 6]

25
[See Notice 9]

56

58

[See Notice 13]
40

30 [See Notice 6]

42
44 [See Notice 4]

3
36

45 [See Notice 4]

37
12
[See Notice 7]

26

Panel D ct
46 [See Notice 4]

POWER Unit

Bottom Ca e

28 [See Notice 8]
[See Notice 3]
24

41

19
28
[See Notice 8]
39

27
[See Notice 10]

MAIN Board
(Enlargement)

20

18
[See Notice 3]

17
[See Notice 3]

31
48

23

47
[See Notice 3]

32

Rear Terminal
(Enlargement)

11
14
21

LAN
HDMI

DVI-D
CONTROL IN CONTROL OUT REMOTE
CONTROL
IN
OUT

SM0319

S-VIDEO

MONITOR
OUT

33

15

COMPUTER IN1 COMPUTER IN2

DISASSEMBLY DRAWING

FOR NOTICES, REFER TO
DISASSEMBLY’ IN THE
‘SERVICING’ SECTION OF
THIS MANUAL

SM0319

DISASSEMBLY DRAWING

CP-X10000 ( P6X ) / CP-SX12000 ( P6SX )

Notice
CAUTION
• Only Serviceman is allowed to do these works.
• Put projector on stable and horizontal ground when you do there works.
Note When you assemble/disassemble the projector, put the projector on the rubber plate (P/N:
MQ03421) to prevent the projector casing from being distorted.

Set the lens shift position to center(see page12). Then, turn the projector off, and unplug
the power cord. Allow the projector cool suffciently.
1. Detach and attach upper case.
Follow the procedure below to detach and attach upper case.
When disassembling
a. Remove front ring and front cover.
Turn the front ring, and remove. Then ,lift the front cover, and remove.

b. Remove 2 screws on upper case, 2
screws on front, 4screws on back,
4screws on left side and 2 screws on
right side to detach upper case.

2 Screws

Upper case
2 Screws

4 Screws

Front

Back

4 Screws

2 Screws

Left

Right
62

CP-X10000 ( P6X ) / CP-SX12000 ( P6SX )

When assembling
a. Tighten 2 screws on upper case, 2 screws on front, 4screws on back, 4screws on left
side and 2 screws on right side to detach upper case.
(Refer disassembling procedure.)
b. Attach front cover and front ring.
Attach front cover to projector. Then, attach front ring with turning right.

2. Attaching and Detaching the MAIN board.
Remove these screws to detach the MAIN board.
1 Screw

1 Screw

Never remove there 3 screws when you detach the MAIN board.
1 Screw

CAUTION
When you disconnect cables from
connector E310, E331, E902, ES01,
ES02 and ES11, unlock the hook so
that you may not damage it.

E331
E902
ES01
ES02
ES11
E303

1 Screw

1 Screw

5 Screws
1 Screw

CAUTION
Detach the lamp door before you
detach the MAIN board.

63

CP-X10000 ( P6X ) / CP-SX12000 ( P6SX )

3. Assembling and Disassembling the power unit block.
a. Assembling and Disassembling the ballast.
ATTENTION
Note the Heatsinks have the Sharp edge, at the time you connect/disconnect CNPFC.

Assembly

Disassembly

B
C
A

WARNING
These operations are very important on
product safety. Follow the instructions
in assembling/disassembling.

Never loosens A, B or C.
Assemble in following procedure if
you have loosened screws A, B or C.
(1) Tighten screw A firmly.
(2) Tighten screws B and C lightly.
(3) Attach ballast board with 3 screws firmly.
(4) Tighten screws B and C firmly.

Confirm that ballast is locked by
locking spacer completely.

Make sure that black
sheet is not pinched
after you tighten screws.

CNPFC
Release purse lock before you disconnect CNPFC.

Make sure that three pairs
of screws (six screws) are
tightened firmly.

64

CP-X10000 ( P6X ) / CP-SX12000 ( P6SX )

b. Assembling and Disassembling the power unit fan.
Assembly

Disassembly

Wi

nd

c. Assembling and Disassembling the power unit block.
Assembly

Disassembly

Attach [A] over [B] in this point.

[B]

Tighten this screw first.

[A]

Tighten this screw second.
65

Wi

nd

CP-X10000 ( P6X ) / CP-SX12000 ( P6SX )

4. Assembling and Disassembling the rear cover.
a. Assembling and Disassembling the input board unit.
Slit

PWB assembly REMOTE B
PWB assembly INPUT A
PWB assembly INPUT B
PWB assembly INPUT C

Slit
Insert each Input boards
to the slit at both edge.

• Detach I/O metal after
you removed all screws
on tgerminal.

• Attach I/O metal after you attached
all input boards to terminal cover.

• Combine each Input
boards to adapters of I/O
metal. (8 circled points)
• Combine cover and I/O
metal by hooks. (4 arrow
points)

• Bundle all input board cables, and
roll cables with cushion.

b. Attach input board unit to rear cover. / Detach input board unit from rear cover.

• Attach CNGD touching to convex
part.
• Attach GND line after you attached
terminal unit to rear cover.
Otherwise, bracket will be damaged.

• When you tighten a screw, use
screwdriver straightly so the
metallic plate with screw hole
directed by the arrow will not
change.

66

CP-X10000 ( P6X ) / CP-SX12000 ( P6SX )

c. Attach input board fan to rear cover. Detach input board fan from rear cover.
Wire leads so they
aren't put on this lib.

CAUTION
Clamp IRIS cable in rear cover after fou installed
optics engine.
Never pinch IRIS cable by rear cover.

OK

NG
2 screws rear cover

Terminal unit

Use 3x16 screws

Pass through 3 ribs.

5. Attaching and Detaching optics unit.
2 screws

A

4 screws
Recommended assembling order
[Disassembling] 1st: Optics unit 2nd: Rear cover
[Assembling] 1st: Rear cover 2nd: Optics unit
Pay attention not to damage fan A when you
assemble in different order.

67

CP-X10000 ( P6X ) / CP-SX12000 ( P6SX )

6. Assembling and Disassembling the exhaust FAN.

Printed surface

7. Attaching and Detaching LED board and Out sensor.
• Attach 4 cushons to LED board.

• Attach LED board to bracket.

Cushions

• Attach LED board to Filter unit with screw.
PLASTIC
RIVET

Out Sensor
• Attach Out Sensor to Filter
unit with PLASTIC RIVET.

68

CP-X10000 ( P6X ) / CP-SX12000 ( P6SX )

8. Assembling and Disassembling the Duct.
a. Assembling and Disassembling the bottom case.
Use 3x16 (long) screws.

• Pass fan cable between
duct wall and fan, and
draw out cable from slit.
• Insert head of air sensor vertically,
and touch head to wall. Then, Attach
air sensor by sensor lock.

b. Assembling and Disassembling the Upper case.

c. Attaching and Detaching the two cases.

• Hang cable on two hooks.

• Attach upper case to bottom case combining
10 hools. Never pinch cables.

69

CP-X10000 ( P6X ) / CP-SX12000 ( P6SX )

9. Assembling and Disassembling the PBS fan.
disassembly

assembly

CAUTION
Take care for exhaust direction and
combination between fan and bracket.

10. Attaching the lamp fan.
Use 3x16 (long) screws.

11. Dettaching the lamp house.

Lamp house

[2]
[1]

• Remove exhaust fan before you
detach lamp house.
• How to detach lamp house.
[1] Lift lamp house somewhat.
[2] Detach lamp house as sliding in
the direction of the arrow.

70

CP-X10000 ( P6X ) / CP-SX12000 ( P6SX )

12. Dettaching the Shift cover.
Shift cover
Remove this cushion before
you detach the shift cover.

When attach/detach shift
cover, never make it touch
motor terminal.

13. Assembling the Control unit.
2 screws
5 hooks

KEYPAD board

CAUTION
• Combine KEYPAD board and Control unit case by 5
hooks completely.
• Tighten 2 screws after you attached KEYPAD board to
Control unit case. ( Torque : 0.588 ~ 0.784N.m )

14. Attaching the thermistor to lamp house.
Lamp house

CAUTION
Attach thermistor in right direction.
Thermistor
Stopper

NG

OK

Insert Stopper with a click.
Thermistor

Turn cable side to upper

71

CP-WX11000 ( P6WX ) / CP-SX12000 ( P6SX )

9. Replacement Parts list

THE UPDATED PARTS LIST
FOR THIS MODEL IS
AVAILABLE ON ESTA

72

2
6

3
7

4
8

5

1

CONTROL port
of the projector

2
6

9

RS-232C cable (Cross)
- (1)
RD (2)
TD (3)
- (4)
GND (5)
- (6)
RTS (7)
CTS (8)
- (9)

3
7

4
8

5
9

RS-232C port
of the computer

(1) CD
(2) RD
(3) TD
(4) DTR
(5) GND
(6) DSR
(7) RTS
(8) DTS
(9) RI

Connecting the cable
Turn off the projector and the computer.

1.
Connect the CONTROL port of the projector with a RS-232C port of
2. the computer by a RS-232C cable (cross). Use the cable that fulfills the
3.

Communications setting
73

19200bps, 8N1
1. Protocol
Consist of header (7 bytes) + command data (6 bytes).
2. Header
BE + EF + 03 + 06 + 00 + CRC_low + CRC_high
CRC_low : Lower byte of CRC ﬂag for command data
CRC_high : Upper byte of CRC ﬂag for command data
3. Command data
Command data chart
byte_0
byte_1
byte_2
byte_3
byte_4
byte_5
Action
Type
Setting code
low
high
low
high
low
high
Action (byte_0 - 1)
Action
Classiﬁcation
Content
1
SET
Change setting to desired value.
2
GET
Read projector internal setup value.
4
INCREMENT Increment setup value by 1.
5
DECREMENT Decrement setup value by 1.
6
EXECUTE
Run a command.

NOTE • Operation cannot be guaranteed when the projector receives an
undeﬁned command or data.
• Provide an interval of at least 40ms between the response code and any other code.
• The projector outputs test data when the power supply is switched ON, and when the
lamp is lit. Ignore this data.
• Commands are not accepted during warm-up.

CP-X10000 ( P6X ) / CP-SX12000 ( P6SX )

speciﬁcation shown in the previous page.
Turn the computer on, and after the computer has started up turn the
projector on.

Requesting projector status (Get command)
(1) Send the request code Header + Command data (‘02H’+‘00H’+ type (2
bytes)+‘00H’ +‘00H’) from the computer to the projector.
(2) The projector returns the response code ‘1DH’+ data (2 bytes) to the computer.
Changing the projector settings (Set command)
(1) Send the setting code Header + Command data (‘01H’+‘00H’+ type (2 bytes) +
setting code (2 bytes)) from the computer to the projector.
(2) The projector changes the setting based on the above setting code.
(3) The projector returns the response code ‘06H’ to the computer.
Using the projector default settings (Reset Command)
(1) The computer sends the default setting code Header + Command data
(‘06H’+‘00H’ + type (2 bytes) +‘00H’+‘00H’) to the projector.
(2) The projector changes the speciﬁed setting to the default value.
(3) The projector returns the response code ‘06H’ to the computer.
Increasing the projector setting value (Increment command)
(1) The computer sends the increment code Header + Command data
(‘04H’+‘00H’+ type (2 bytes) +‘00H’+‘00H’) to the projector.
(2) The projector in creases the setting value on the above setting code.
(3) The projector returns the response code ‘06H’ to the computer.
Decreasing the projector setting value (Decrement command)
(1) The computer sends the decrement code Header + Command data
(‘05H’+‘00H’+ type (2 bytes) +‘00H’ + ‘00H’) to the projector.
(2) The projector decreases the setting value on the above setting code.
(3) The projector returns the response code ‘06H’ to the computer.
When the projector cannot understand the received command
When the projector cannot understand the received command, the error code ‘15H’
is sent back to the computer.
Sometimes the projector cannot properly receive the command. In such a
case, the command is not executed and the error code ‘15H’ is sent back to the
computer. If this error code is returned, send the same command again.
When the projector cannot execute the received command.
When the projector cannot execute the received command, the error code ‘1CH’
+ ‘xxxxH’ is sent back to the computer. When the data length is greater than
indicated by the data length code, the projector ignore the excess data code.
Conversely when the data length is shorter than indicated by the data length
code, an error code will be returned to the computer.

10. RS-232C communication

1

Command Control via the Network
Communication Port
The following two ports are assigned for the command control.
TCP #23
TCP #9715
Command Control Settings
Conﬁgure the following items form a web browser when command control is used.

Port Settings
Click the [Enable] check box to open [Network
Control Port1 (Port: 23)] to use TCP #23.
Default setting is “Enable”.

Authentication

Click the [Enable] check box for the
[Authentication] setting when authentication
is required.
Default setting is “Disable”.

Port open

Click the [Enable] check box to open [Network
Control Port2 (Port: 9715)] to use TCP
#9715.
Default setting is “Enable”.

Authentication

Click the [Enable] check box for the
[Authentication] setting when authentication
is required.
Default setting is “Enable”.

Network Control
Port1 (Port: 23)

74

Network Control
Port2 (Port: 9715)

When the authentication setting is enabled, the following settings are required.
Security Settings
Authentication
Password
Network Control

Re-enter
Authentication
Password

Enter the desired authentication password.
This setting will be the same for [Network
Control Port1 (Port: 23)] and [Network
Control Port2 (Port: 9715)].
Default setting is blank.

Command Format
[TCP #23]
1. Protocol
Consist of header (7 bytes) + command data (6 bytes)
2. Header
BE + EF + 03 + 06 + 00 + CRC_low + CRC_high
CRC_low: Lower byte of CRC ﬂag for command data
CRC_high: Upper byte of CRC ﬂag for command data
3. Command data
Command data chart
byte_0
byte_1
byte_2
byte_3
byte_4
byte_5
Action
Type
Setting code
low
high
low
high
low
high
Action (byte_0 - 1)
Action
Classiﬁcation
Content
1
Set
Change setting to desired value.
2
Get
Read projector internal setup value.
4
Increment
Increment setup value by 1.
5
Decrement
Decrement setup value by 1.
6
Execute
Run a command.

Requesting projector status (Get command)
(1) Send the following request code from the PC to the projector.
Header + Command data (‘02H’ + ‘00H’ + type (2 bytes) + ‘00H’ + ‘00H’)
(2) The projector returns the response code ‘1DH’ + data (2 bytes) to the PC.
Changing the projector settings (Set command)
(1) Send the following setting code from the PC to the projector.
Header + Command data (‘01H’ + ‘00H’ + type (2 bytes) + setting code (2 bytes))
(2) The projector changes the setting based on the above setting code.
(3) The projector returns the response code ‘06H’ to the PC.
Using the projector default settings (Reset Command)
(1) The PC sends the following default setting code to the projector.
Header + Command data (‘06H’ + ‘00H’ + type (2 bytes) + ‘00H’ + ‘00H’)
(2) The projector changes the speciﬁed setting to the default value.
(3) The projector returns the response code ‘06H’ to the PC.
Increasing the projector setting value (Increment command)
(1) The PC sends the following increment code to the projector.
Header + Command data (‘04H’ + ‘00H’ + type (2 bytes) + ‘00H’ + ‘00H’)
(2) The projector increases the setting value on the above setting code.
(3) The projector returns the response code ‘06H’ to the PC.

CP-X10000 ( P6X ) / CP-SX12000 ( P6SX )

Port open

Command Control via the Network (continued)

Command Control via the Network (continued)

75

NOTE • Operation cannot be guaranteed when the projector receives an
undeﬁned command or data.
• Provide an interval of at least 40ms between the response code and any other code.
• Commands are not accepted during warm-up.

[TCP #9715]
1. Protocol
Consist of header (1 byte) + data length (1 byte) + command data (13 bytes) +
check sum (1 bytes) + connection ID (1 byte).
2. Header
02, Fixed
3. Data Length
Network control commands byte length (0D, Fixed)
4. Command data
Network control commands that start with BE EF (13bytes).
5. Check Sum
This is the value to make zero on the addition of the lower 8 bits from the header
to the checksum.
6. Connection ID
Random value from 0 to 255 (This value is attached to the reply data).

7. Reply Data
The connection ID (the data is same as the connection ID data on the sending
data format) is attached to the Network control commands reply data.
ACK reply: ‘06H’ + ‘xxH’
NAK reply: ‘15H’ + ‘xxH’
Error reply: ‘1CH’ + ‘xxxxH’ + ‘xxH’
Data reply: ‘1DH’ + ‘xxxxH’ + ‘xxH’
Projector busy reply: ‘1FH’ + ‘xxxxH’ + ‘xxH’
Authentication error reply: ‘1FH’ + ‘0400H’ + ‘xxH’
(‘xxH’ : connection ID)

Automatic Connection Break
The TCP connection will be automatically disconnected after there is no
communication for 30 seconds after being established.

Authentication
The projector does not accept commands without authentication success
when authentication is enabled. The projector uses a challenge response type
authentication with an MD5 (Message Digest 5) algorithm. When the projector is
using a LAN, a random 8 bytes will be returned if authentication is enabled. Bind
this received 8 bytes and the authentication password and digest this data with
the MD5 algorithm and add this in front of the commands to send.
Following is a sample if the authentication password is set to “password” and the
random 8 bytes are “a572f60c”.
1) Select the projector.
2) Receive the random 8 bytes “a572f60c” from the projector.
3) Bind the random 8 bytes “a572f60c” and the authentication password
“password” and it becomes “a572f60cpassword”.
4) Digest this bind “a572f60cpassword” with MD5 algorithm.
It will be “e3d97429adffa11bce1f7275813d4bde”.
5) Add this “e3d97429adffa11bce1f7275813d4bde” in front of the commands and
send the data.
Send “e3d97429adffa11bce1f7275813d4bde”+command.
6) When the sending data is correct, the command will be performed and the
reply data will be returned. Otherwise, an authentication error will be returned.
NOTE • As for the transmission of the second or subsequent commands, the
authentication data can be omitted when the same connection.

CP-X10000 ( P6X ) / CP-SX12000 ( P6SX )

Decreasing the projector setting value (Decrement command)
(1) The PC sends the following decrement code to the projector.
Header + Command data (‘05H’ + ‘00H’ + type (2 bytes) + ‘00H’ + ‘00H’)
(2) The projector decreases the setting value on the above setting code.
(3) The projector returns the response code ‘06H’ to the PC.
When the projector cannot understand the received command
When the projector cannot understand the received command, the error code ‘15H’
is sent back to the PC.
Sometimes the projector cannot properly receive the command. In such a case,
the command is not executed and the error code ‘15H’ is sent back to the PC. If
this error code is returned, send the same command again.
When the projector cannot execute the received command.
When the projector cannot execute the received command, the error code ‘1CH’ +
‘xxxxH’ is sent back to the PC.
When the data length is greater than indicated by the data length code, the
projector ignore the excess data code. Conversely when the data length is shorter
than indicated by the data length code, an error code will be returned to the PC.
When authentication error occurred.
When authentication error occurred, the error code the ‘1FH’ + ‘0400H’ is sent
back to the PC.

Command Control via the Network (continued)

Daisy Chain Communication

Daisy Chain Communication

Daisy Chain Communication
Receiving side

Transmitting side
1

2
6

3
7

4
8

1

5

CONTROL OUT port
in Projector

2
6

9

RS-232C cable (Cross)
- (1)
RD (2)
TD (3)
- (4)
GND (5)
- (6)
RTS (7)
CTS (8)
- (9)

3
7

4
8

5
9

CONTROL IN
port in Projector

(1) CD
(2) RD
(3) TD
(4) DTR
(5) GND
(6) DSR
(7) RTS
(8) DTS
(9) RI

Exp. Communication Group: A / Communication ID: 1

Header data (7 bytes)
Packet Data Size Group ID
Type
83
06
01
01

Header
BE EF

Checksum
66

Command data (6 bytes)
Action
Type
Setting
Code
01 00
00 60
01 00

BE + EF + 83 + 06 + 01 + 01 + 01 + 00 + 00 + 60 + 01 + 00 = ‘029AH’

1.Communications setting

2.Commans available only for daisy chain
communication

The lowest byte of ‘029AH’ is ‘9AH’ (1001 1010). Making the bit inversion of the
‘9AH’ gets ‘65H’ (0110 0101), then, add 1. The calculated checksum is ’66H’.
Group and ID Settings
This daisy chain command can adjust the control range by using the Group
identiﬁcation and ID.
Group ID
Direction
1~16 1~64 Individual control
1~16

The projector supports the following commands only for daisy chain.
(1) Control the projector (Set/Increment/Decrement/Execute)
(2) Get the projector’s status (Get)
(3) Get the number of connected projectors
(4) Set the communication Group identiﬁcation and Communication ID.
(5) Get the communication Group identiﬁcation and Communication ID.

0
0

3.Command format
Protocol
Consist of header data (7 bytes) + command data (6 bytes)
Header
BE + EF + Packet_Type + 06 + Group + ID + Checksum
Data chart
Packet_Type
‘83H’
‘83H’
‘84H’
‘85H’

Group
0~16
1~16
0
1~16

ID
0~64
1~64
0
1~64

‘86H’

0

0

0

note
The command is available to the projectors having
the same Group identiﬁcation and ID numbers with
command setting.
The command is available to the projectors having
the same Group identiﬁcation with command setting.

Designated control
according to the
Group identiﬁcation
1~64 Designated control The command is available to the projectors having
according to the ID the same ID number with command setting.
0 Unlimited.
The command is available to the all projectors.

CP-X10000 ( P6X ) / CP-SX12000 ( P6SX )

76

Set the same communication settings (selecting from options below) on the
CONTROL terminal for transmitting and receiving side connected with a RS-232C
cable.
Baud rate: 4800 / 9600 / 19200 / 38400 bps
Parity NONE / ODD / EVEN
Data bit: 8 bit (ﬁxed)
Start bit: 1 bit (ﬁxed)
Stop bit: 1 bit (ﬁxed)

Support Command
Control the projector
Get the projector’s status
Get the number of connected projectors
Set the communication Group
identiﬁcation and Communication ID
Get the communication Group
identiﬁcation and Communication ID

Calculation of Checksum
Sum up all of 12 bytes except the Checksum, then make the bit inversion of the
lowest byte of the total, and add 1 to the inverted byte. The calculated result is
the Checksum data.

Daisy Chain Communication

Daisy Chain Communication

Command data
① Control the projector
byte_0

byte_1

byte_2

Action

byte_3

byte_4
byte_5
Setting Code
low
high

Type

low

high

low

high

Action (byte_0-1)
Action
1
4
5
6

Classiﬁcation
Set
Increment
Decrement
Execute

Content
Change setting to desired value.
Increment setup value by 1.
Decrement setup value by 1.
Run a command.

Note: For the Type and Setting Code, see the RS-232C communication/
Network command table ( 20).

byte_0

byte_1

byte_2

Action

byte_3

77

byte_4
byte_5
Connection ID
low
high

Type

low

high

low

high

Classiﬁcation
Get

Content
Read projector internal setup value.

Connection ID (byte_4-5)
Connection ID
0~255

Content
This value is attached to the reply data.

③ Other commands
byte_0

byte_1
Action

low

high

byte_2
byte_3
Target Number
low
high

Support Command
Get the number of connected projectors
Set the communication Group
identiﬁcation and Communication ID
Get the communication Group
identiﬁcation and Communication ID

Action
2
1
2

byte_4
byte_5
Connection ID
low
high
Target Number Connection ID
0
0~255
0~65535
0~255
0~65535

Error Code
Content
0
The command was not accepted, since the projector connected to PC was
busy.
1
Communication error is happened between projectors.
2
The command was not accepted, since the designated projector was not
found.

Changing the projector settings (Set command)
Requesting projector status (Get command)
(1) Send the following request code from the PC to the projector.
Header + Command data (‘01H’ + ‘00H’ + type (2 bytes) + setting code (2 bytes))
(2) The projector changes the setting based on the above setting code.
(3) Projector does not send out the response data.

Action (byte_0-1)
Action
2

Error Code

0~255

Using the projector default settings (Reset Command)
(1) The PC sends the following default setting code to the projector.
Header + Command data (‘06H’ + ‘00H’ + type (2 bytes) + ‘00H’ + ‘00H’)
(2) The projector changes the speciﬁed setting to the default value.
(3) Projector does not send out the response data.
Increasing the projector setting value (Increment command)
(1) The PC sends the following increment code to the projector.
Header + Command data (‘04H’ + ‘00H’ + type (2 bytes) + ‘00H’ + ‘00H’)
(2) The projector increases the setting value on the above setting code.
(3) Projector does not send out the response data.
Decreasing the projector setting value (Decrement command)
(1) The PC sends the following decrement code to the projector.
Header + Command data (‘05H’ + ‘00H’ + type (2 bytes) + ‘00H’ + ‘00H’)
(2) The projector decreases the setting value on the above setting code.
(3) Projector does not send out the response data.

CP-X10000 ( P6X ) / CP-SX12000 ( P6SX )

② Get the projector’s status

Command data
Requesting projector status (Get command)
(1) Send the following request code from the PC to the projector.
Header + Command data (‘02H’ + ‘00H’ + type (2 bytes) + connection ID (2
bytes))
(2) The projector returns the response code to the PC.
‘9DH’ + ‘02H’ + connection ID (2 bytes) + data (2 bytes)
When the projector cannot understand the received command, the error code
is sent back to the PC.
‘95H’ + ‘02H’ + connection ID (2 bytes) + ‘00H’ + ‘00H’
When the projector cannot execute the received command, the error code is
sent back to the PC.
‘9CH’ + ‘02H’ + connection ID (2 bytes) + error code (2 bytes)
Action (byte_0-1)

Daisy Chain Communication

Get the number of connected projectors
(1) Send the following request code from the PC to the projector.
Header + Command data (‘02H’ + ‘00H’ + ‘00H’ + ‘00H’ + connection ID (2 bytes))
(2) The projector returns the response code to the PC.
‘9EH’ + ‘04H’ + connection ID (2 bytes) + number of projectors (2 bytes) + group (1
byte) + ID (1 byte)
When the projector cannot understand the received command, the error code is
sent back to the PC.
‘96H’ + ‘04H’ + connection ID (2 bytes) + ‘00H’ + ‘00H’ + ‘00H’ + ‘00H’
When the projector cannot execute the received command, the error code is sent
back to the PC.
‘9FH’ + ‘06H’ + connection ID (2 bytes) + position number of projector having an
error* (2 bytes) + group (1 byte) + ID (1 byte) + error code (2 bytes)
*The position number is counted from the projector connected to PC directly,
which has No.1 as position number. Then, the next one is No.2 and so on.
Error Code

The command was not accepted, since the designated
projector was not found
(1) Send the following request code from the PC to the projector.
Header + Command data (‘02H’ + ‘00H’ + target number (2 bytes) + connection ID
(2 bytes))
(2) The projector returns the response code to the PC.
‘90H’ + ‘04H’ + connection ID (2 bytes) + target number (2 bytes) + group (1 byte)
+ ID (1 byte)
When the projector cannot understand the received command, the error code is
sent back to the PC.
‘97H’ + ‘04H’ + connection ID (2 bytes) + ‘00H’ + ‘00H’ + ‘00H’ + ‘00H’
When the projector cannot execute the received command, the error code is sent
back to the PC.
‘91H’ + ‘06H’ + connection ID (2 bytes) + position number of projector having an
error* (2 bytes) + group (1 byte) + ID (1 byte) + error code (2 bytes)
* The position number is counted from the projector connected to PC directly,
which has No.1 as position number. Then, the next one is No.2 and so on.
Error Code

Set the communication Group identiﬁcation and
Communication ID

Error Code
Content
0
The command was not accepted, since the projector connected to PC was
busy.
1
Communication error is happened between projectors.
2
The command was not accepted, since the designated projector was not
found.

Header + Command data (‘02H’ + ‘00H’ + ‘00H’ + ‘00H’ + connection ID (2 bytes))
(1) Send the following setting code from the PC to the projector.
Header + Command data (‘01H’ + ‘00H’ + target number (2 bytes) + connection ID
(2 bytes))
(2) The projector changes the group and ID setting based on the above setting
code.
(3) Projector does not send out the response data.

NOTE • As for the transmission of the second or subsequent commands, the
authentication data can be omitted when the same connection.
• Commands are not accepted during warm-up.
•To use the daisy chain communication, set the DAISY CHAIN of the
COMMUNICATIONTYPE item in the OPTION menu on the OSD (On Screen Display)
( 52)

1

busy.
Communication error is happened between projectors.

78

CP-X10000 ( P6X ) / CP-SX12000 ( P6SX )

Error Code
Content
0
The command was not accepted, since the projector connected to PC was

Daisy Chain Communication

RS-232C Communication / Network command table

RS-232C Communication / Network command table

RS-232C Communication / Network command table
Names
Power

Input Source

Operation Type
Set

Set

COMPUTER IN 1
COMPUTER IN 2
HDMI
VIDEO 1
S-VIDEO
COMPONENT
BNC
DVI-D
VIDEO 2
Get
Get

79
BRIGHTNESS

CONTRAST

PICTURE MODE

GAMMA

Set

Set

Get
Increment
Decrement
Get
Increment
Decrement
NORMAL
CINEMA
DYNAMIC
BOARD (BLACK)
BOARD (GREEN)
WHITE BOARD
DAY TIME
CUSTOM
Get
1 DEFAULT
2 DEFAULT
3 DEFAULT
4 DEFAULT
5 DEFAULT
6 DEFAULT
1 CUSTOM
2 CUSTOM
3 CUSTOM
4 CUSTOM

CRC

Action

BE EF 03
06 00
2A D3
01 00
BE EF 03
06 00
BA D2
01 00
BE EF 03
06 00
19 D3
02 00
(Example Return)
00 00
01 00
02 00
(Off)
(On)
(Cool Down)
BE EF 03
06 00
FE D2
01 00
BE EF 03
06 00
3E D0
01 00
BE EF 03
06 00
0E D2
01 00
BE EF 03
06 00
6E D3
01 00
BE EF 03
06 00
9E D3
01 00
BE EF 03
06 00
AE D1
01 00
BE EF 03
06 00
CE D0
01 00
BE EF 03
06 00
AE D4
01 00
BE EF 03
06 00
5E D4
01 00
BE EF 03
06 00
CD D2
02 00
BE EF 03
06 00
D9 D8
02 00
(Example Return)
00 00
01 00
02 00
(Normal)
(Cover error)
(Fan error)
04 00
05 00
(Temp error)
(Air ﬂow error)
07 00
08 00
0F 00
(Cold error)
(Filter error)
(Shutter error)
BE EF 03
06 00
89 D2
02 00
BE EF 03
06 00
EF D2
04 00
BE EF 03
06 00
3E D3
05 00
BE EF 03
06 00
FD D3
02 00
BE EF 03
06 00
9B D3
04 00
BE EF 03
06 00
4A D2
05 00
BE EF 03
06 00
23 F6
01 00
BE EF 03
06 00
B3 F7
01 00
BE EF 03
06 00
E3 F4
01 00
BE EF 03
06 00
E3 EF
01 00
BE EF 03
06 00
73 EE
01 00
BE EF 03
06 00
83 EE
01 00
BE EF 03
06 00
E3 C7
01 00
BE EF 03
06 00
E3 FB
01 00
BE EF 03
06 00
10 F6
02 00
BE EF 03
06 00
07 E9
01 00
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF

03
03
03
03
03
03
03
03
03

06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00

97 E8
67 E8
F7 E9
C7 EB
57 EA
07 FD
97 FC
67 FC
F7 FD

01 00
01 00
01 00
01 00
01 00
01 00
01 00
01 00
01 00

Command Data
Type
Setting Code

Names
GAMMA

Set

User Gamma Pattern

Set

00 60
00 60
00 60

00 00
01 00
00 00

00 20
00 20
00 20
00 20
00 20
00 20
00 20
00 20
00 20
00 20
20 60

00 00
04 00
03 00
01 00
02 00
05 00
07 00
09 00
0A 00
00 00
00 00

User Gamma Point 4

03 00
(Lamp error)

User Gamma Point 5

10 00
(Lens Shift error)
03 20
00 00
03 20
00 00
03 20
00 00
04 20
00 00
04 20
00 00
04 20
00 00
BA 30
00 00
BA 30
01 00
BA 30
04 00
BA 30
20 00
BA 30
21 00
BA 30
22 00
BA 30
40 00
BA 30
10 00
BA 30
00 00
A1 30
20 00
A1 30
A1 30
A1 30
A1 30
A1 30
A1 30
A1 30
A1 30
A1 30

21 00
22 00
23 00
24 00
25 00
10 00
11 00
12 00
13 00

Operation Type

User Gamma Point 1

User Gamma Point 2

User Gamma Point 3

User Gamma Point 6

User Gamma Point 7

User Gamma Point 8

COLOR TEMP

Set

Header

CRC

Action

Command Data
Type
Setting Code

5 CUSTOM
6 CUSTOM
Get
Off
9step Gray Scale
15step Gray Scale
Ramp
Get
Get
Increment
Decrement
Get
Increment
Decrement
Get
Increment
Decrement
Get
Increment
Decrement
Get
Increment
Decrement
Get
Increment
Decrement
Get
Increment
Decrement
Get

BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF

03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03

06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00

C7 FF
57 FE
F4 F0
FB FA
6B FB
9B FB
0B FA
C8 FA
08 FE
6E FE
BF FF
F4 FF
92 FF
43 FE
B0 FF
D6 FF
07 FE
4C FE
2A FE
FB FF
38 FF
5E FF
8F FE
C4 FE
A2 FE
73 FF
80 FE
E6 FE
37 FF
7C FF

01 00
01 00
02 00
01 00
01 00
01 00
01 00
02 00
02 00
04 00
05 00
02 00
04 00
05 00
02 00
04 00
05 00
02 00
04 00
05 00
02 00
04 00
05 00
02 00
04 00
05 00
02 00
04 00
05 00
02 00

A1 30
A1 30
A1 30
80 30
80 30
80 30
80 30
80 30
90 30
90 30
90 30
91 30
91 30
91 30
92 30
92 30
92 30
93 30
93 30
93 30
94 30
94 30
94 30
95 30
95 30
95 30
96 30
96 30
96 30
97 30

14 00
15 00
00 00
00 00
01 00
02 00
03 00
00 00
00 00
00 00
00 00
00 00
00 00
00 00
00 00
00 00
00 00
00 00
00 00
00 00
00 00
00 00
00 00
00 00
00 00
00 00
00 00
00 00
00 00
00 00

Increment
Decrement
1 HIGH
2 MID
3 LOW
4 Hi-BRIGHT-1
5 Hi-BRIGHT-2
6 Hi-BRIGHT-3
1 CUSTOM (HIGH)
2 CUSTOM (MID)
3 CUSTOM (LOW)
4 CUSTOM
(Hi-BRIGHT-1)
5 CUSTOM
(Hi-BRIGHT-2)
6 CUSTOM
(Hi-BRIGHT-3)
Get

BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF

03
03
03
03
03
03
03
03
03
03
03
03

06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00

1A FF
CB FE
0B F5
9B F4
6B F4
3B F2
AB F3
5B F3
CB F8
5B F9
AB F9
FB FF

04 00
05 00
01 00
01 00
01 00
01 00
01 00
01 00
01 00
01 00
01 00
01 00

97 30
97 30
B0 30
B0 30
B0 30
B0 30
B0 30
B0 30
B0 30
B0 30
B0 30
B0 30

00 00
00 00
03 00
02 00
01 00
08 00
09 00
0A 00
13 00
12 00
11 00
18 00

BE EF

03

06 00

6B FE

01 00

B0 30

19 00

BE EF

03

06 00

9B FE

01 00

B0 30

1A 00

BE EF

03

06 00

C8 F5

02 00

B0 30

00 00

CP-X10000 ( P6X ) / CP-SX12000 ( P6SX )

Error Status

OFF
ON
Get

Header

RS-232C Communication / Network command table
Operation Type

COLOR TEMP GAIN R

Get
Increment
Decrement
Get
Increment
Decrement
Get
Increment
Decrement
Get
Increment
Decrement
Get
Increment
Decrement
Get
Increment
Decrement
Get
Increment
Decrement
Execute
Get
Increment
Decrement
Execute
Get

BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF

03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03

Increment
Decrement
Execute
PRESENTATION
THEATER
MANUAL
Get
Get
Increment
Decrement
1
2
3
4
1
2
3
4
OFF
TV
FILM
Get

BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF

03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03

COLOR TEMP GAIN G

COLOR TEMP GAIN B

COLOR TEMP OFFSET
R
COLOR TEMP OFFSET
G
COLOR TEMP OFFSET
B
COLOR

80

COLOR Reset
TINT

TINT Reset
SHARPNESS

SHARPNESS Reset
ACTIVE IRIS

Set

MANUAL IRIS

MY MEMORY Load

Set

MY MEMORY Save

Set

PROGRESSIVE

Set

Header

Command Data
Type
Setting Code

CRC

Action

06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00

34 F4
52 F4
83 F5
70 F4
16 F4
C7 F5
8C F5
EA F5
3B F4
04 F5
62 F5
B3 F4
40 F5
26 F5
F7 F4
BC F4
DA F4
0B F5
B5 72
D3 72
02 73
80 D0
49 73
2F 73
FE 72
7C D1
F1 72

02 00
04 00
05 00
02 00
04 00
05 00
02 00
04 00
05 00
02 00
04 00
05 00
02 00
04 00
05 00
02 00
04 00
05 00
02 00
04 00
05 00
06 00
02 00
04 00
05 00
06 00
02 00

B1 30
B1 30
B1 30
B2 30
B2 30
B2 30
B3 30
B3 30
B3 30
B5 30
B5 30
B5 30
B6 30
B6 30
B6 30
B7 30
B7 30
B7 30
02 22
02 22
02 22
0A 70
03 22
03 22
03 22
0B 70
01 22

00 00
00 00
00 00
00 00
00 00
00 00
00 00
00 00
00 00
00 00
00 00
00 00
00 00
00 00
00 00
00 00
00 00
00 00
00 00
00 00
00 00
00 00
00 00
00 00
00 00
00 00
00 00

06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00

97 72
46 73
C4 D0
5B 2E
CB 2F
CB 3B
38 22
B0 22
D6 22
07 23
0E D7
9E D6
6E D6
FE D7
F2 D6
62 D7
92 D7
02 D6
4A 72
DA 73
2A 73
79 72

04 00
05 00
06 00
01 00
01 00
01 00
02 00
02 00
04 00
05 00
01 00
01 00
01 00
01 00
01 00
01 00
01 00
01 00
01 00
01 00
01 00
02 00

01 22
01 22
09 70
04 33
04 33
04 33
04 33
02 33
02 33
02 33
14 20
14 20
14 20
14 20
15 20
15 20
15 20
15 20
07 22
07 22
07 22
07 22

00 00
00 00
00 00
11 00
10 00
20 00
00 00
00 00
00 00
00 00
00 00
01 00
02 00
03 00
00 00
01 00
02 00
03 00
00 00
01 00
02 00
00 00

Names

Operation Type

3D-YCS

Set

VIDEO NR

Set

ASPECT

Set

OVER SCAN

OVER SCAN Reset
V POSITION

V POSITION Reset
H POSITION

H POSITION Reset
H PHASE

H SIZE

H SIZE Reset
AUTO ADJUST
COLOR SPACE

Set

COMPONENT

Set

Header

CRC

Action

Command Data
Type
Setting Code

OFF
MOVIE
STILL IMAGE
Get
LOW
MID
HIGH
Get
4:3
16:9
SMALL *1
NATIVE *2
14:9
16:10 *3
NORMAL
FULL *3
Get
Get
Increment
Decrement
Execute
Get
Increment
Decrement
Execute
Get
Increment
Decrement

BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF

03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03

06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00

E6 70
76 71
86 71
D5 70
26 72
D6 72
46 73
85 73
9E D0
0E D1
FE D1
5E D7
CE D6
3E D6
5E DD
5E C9
AD D0
91 70
F7 70
26 71
EC D9
0D 83
6B 83
BA 82
E0 D2
F1 82
97 82
46 83

01 00
01 00
01 00
02 00
01 00
01 00
01 00
02 00
01 00
01 00
01 00
01 00
01 00
01 00
01 00
01 00
02 00
02 00
04 00
05 00
06 00
02 00
04 00
05 00
06 00
02 00
04 00
05 00

0A 22
0A 22
0A 22
0A 22
06 22
06 22
06 22
06 22
08 20
08 20
08 20
08 20
08 20
08 20
08 20
08 20
08 20
09 22
09 22
09 22
27 70
00 21
00 21
00 21
02 70
01 21
01 21
01 21

00 00
01 00
02 00
00 00
01 00
02 00
03 00
00 00
00 00
01 00
02 00
08 00
09 00
0A 00
10 00
20 00
00 00
00 00
00 00
00 00
00 00
00 00
00 00
00 00
00 00
00 00
00 00
00 00

Execute
Get
Increment
Decrement
Get
Increment
Decrement
Execute
Execute
AUTO
RGB
SMPTE240
REC709
REC601
Get
COMPONENT
SCART RGB
Get

BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF

03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03

06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00

1C D3
49 83
2F 83
FE 82
B5 82
D3 82
02 83
68 D2
91 D0
0E 72
9E 73
6E 73
FE 72
CE 70
3D 72
4A D7
DA D6
79 D7

06 00
02 00
04 00
05 00
02 00
04 00
05 00
06 00
06 00
01 00
01 00
01 00
01 00
01 00
02 00
01 00
01 00
02 00

03 70
03 21
03 21
03 21
02 21
02 21
02 21
04 70
0A 20
04 22
04 22
04 22
04 22
04 22
04 22
17 20
17 20
17 20

00 00
00 00
00 00
00 00
00 00
00 00
00 00
00 00
00 00
00 00
01 00
02 00
03 00
04 00
00 00
00 00
01 00
00 00

*1 CP-X10000, CP-SX12000 only. *2 CP-WX11000, CP-SX12000 only.
*3 CP-WX11000 only.

CP-X10000 ( P6X ) / CP-SX12000 ( P6SX )

Names

RS-232C Communication / Network command table

RS-232C Communication / Network command table
Names
S-VIDEO FORMAT

VIDEO 1 FORMAT

VIDEO 2 FORMAT

Operation Type
Set

Set

Set

DVI-D FORMAT

Set

Set

HDMI RANGE

Set

DVI-D RANGE

Set

COMPUTER IN 1

Set

COMPUTER IN 2

Set

BNC

Set

CRC

Action

AUTO
NTSC
PAL
SECAM
NTSC4.43
M-PAL
N-PAL
Get
AUTO
NTSC
PAL
SECAM
NTSC4.43
M-PAL
N-PAL
Get
AUTO
NTSC
PAL
SECAM
NTSC4.43
M-PAL
N-PAL
Get
AUTO
VIDEO
COMPUTER
Get
AUTO
VIDEO
COMPUTER

BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF

03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03

06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00

E6 70
86 74
16 75
16 70
26 77
86 71
76 74
75 76
A2 70
C2 74
52 75
52 70
62 77
C2 71
32 74
31 76
86 72
E6 76
76 77
76 72
46 75
E6 73
16 76
15 74
BA 77
2A 76
DA 76
89 77
62 74
F2 75
02 75

01 00
01 00
01 00
01 00
01 00
01 00
01 00
02 00
01 00
01 00
01 00
01 00
01 00
01 00
01 00
02 00
01 00
01 00
01 00
01 00
01 00
01 00
01 00
02 00
01 00
01 00
01 00
02 00
01 00
01 00
01 00

12 22
12 22
12 22
12 22
12 22
12 22
12 22
12 22
11 22
11 22
11 22
11 22
11 22
11 22
11 22
11 22
1A 22
1A 22
1A 22
1A 22
1A 22
1A 22
1A 22
1A 22
13 22
13 22
13 22
13 22
19 22
19 22
19 22

0A 00
04 00
05 00
09 00
02 00
08 00
07 00
00 00
0A 00
04 00
05 00
09 00
02 00
08 00
07 00
00 00
0A 00
04 00
05 00
09 00
02 00
08 00
07 00
00 00
00 00
01 00
02 00
00 00
00 00
01 00
02 00

Get
AUTO
NORMAL
ENHANCED
Get
AUTO
NORMAL
ENHANCED
Get
SYNC ON G OFF
AUTO
Get
SYNC ON G OFF
AUTO
Get
SYNC ON G OFF
AUTO
Get

BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF

03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03

06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00

51 74
86 D8
16 D9
E6 D9
B5 D8
FE D4
3E D9
AE D8
0D D9
5E D7
CE D6
0D D6
A2 D6
32 D7
F1 D7
86 D4
16 D5
D5 D5

02 00
01 00
01 00
01 00
02 00
01 00
01 00
01 00
02 00
01 00
01 00
02 00
01 00
01 00
02 00
01 00
01 00
02 00

19 22
22 20
22 20
22 20
22 20
20 20
20 20
20 20
20 20
10 20
10 20
10 20
11 20
11 20
11 20
1A 20
1A 20
1A 20

00 00
00 00
01 00
02 00
00 00
10 00
00 00
01 00
00 00
02 00
03 00
00 00
02 00
03 00
00 00
02 00
03 00
00 00

Names

Operation Type

FRAME LOCK COMPUTER IN 1

Set

FRAME LOCK COMPUTER IN 2

Set

FRAME LOCK - BNC

Set

FRAME LOCK - HDMI Set

FRAME LOCK - DVI-D Set

KEYSTONE V

KEYSTONE V Reset
AUTO KEYSTONE V
EXECUTE
AUTO KEYSTONE V

Set

KEYSTONE H

KEYSTONE H Reset
ECO MODE

Set

MIRROR

Set

MONITOR OUT COMPUTER IN 1

Set

MONITOR OUT COMPUTER IN 2

Set

MONITOR OUT BNC

Set

Header

CRC

Action

Command Data
Type
Setting Code

OFF
ON
Get
OFF
ON
Get
OFF
ON
Get
OFF
ON
Get
OFF
ON
Get
Get
Increment
Decrement
Execute
Execute

BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF

03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03

06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00

3B C2
AB C3
08 C2
0B C3
9B C2
38 C3
4F C3
DF C2
7C C3
7F C2
EF C3
4C C2
A7 C1
37 C0
94 C1
B9 D3
DF D3
0E D2
08 D0
E5 D1

01 00
01 00
02 00
01 00
01 00
02 00
01 00
01 00
02 00
01 00
01 00
02 00
01 00
01 00
02 00
02 00
04 00
05 00
06 00
06 00

50 30
50 30
50 30
54 30
54 30
54 30
57 30
57 30
57 30
53 30
53 30
53 30
59 30
59 30
59 30
07 20
07 20
07 20
0C 70
0D 20

00 00
01 00
00 00
00 00
00 00
00 00
00 00
01 00
00 00
00 00
01 00
00 00
00 00
01 00
00 00
00 00
00 00
00 00
00 00
00 00

OFF
ON
Get
Get
Increment
Decrement
Execute
NORMAL
ECO
Get
NORMAL

BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF

03
03
03
03
03
03
03
03
03
03
03

06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00

EA D1
7A D0
D9 D1
E9 D0
8F D0
5E D1
98 D8
3B 23
AB 22
08 23
C7 D2

01 00
01 00
02 00
02 00
04 00
05 00
06 00
01 00
01 00
02 00
01 00

0F 20
0F 20
0F 20
0B 20
0B 20
0B 20
20 70
00 33
00 33
00 33
01 30

00 00
01 00
00 00
00 00
00 00
00 00
00 00
00 00
01 00
00 00
00 00

H:INVERT
V:INVERT
H&V:INVERT
Get
COMPUTER IN 1
COMPUTER IN 2
BNC
OFF
Get
COMPUTER IN 1
COMPUTER IN 2
BNC
OFF
Get
COMPUTER IN 1
COMPUTER IN 2
BNC
OFF
Get

BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF

03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03

06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00

57 D3
A7 D3
37 D2
F4 D2
3E F4
FE F6
0E F6
CE B5
0D F4
0E F5
CE F7
3E F7
FE B4
3D F5
4A F5
8A F7
7A F7
BA B4
79 F5

01 00
01 00
01 00
02 00
01 00
01 00
01 00
01 00
02 00
01 00
01 00
01 00
01 00
02 00
01 00
01 00
01 00
01 00
02 00

01 30
01 30
01 30
01 30
B0 20
B0 20
B0 20
B0 20
B0 20
B4 20
B4 20
B4 20
B4 20
B4 20
B7 20
B7 20
B7 20
B7 20
B7 20

01 00
02 00
03 00
00 00
00 00
04 00
07 00
FF 00
00 00
00 00
04 00
07 00
FF 00
00 00
00 00
04 00
07 00
FF 00
00 00

CP-X10000 ( P6X ) / CP-SX12000 ( P6SX )

81
HDMI FORMAT

Header

RS-232C Communication / Network command table
Command Data
Type
Setting Code

RS-232C Communication / Network command table
Names

Operation Type

MONITOR OUT HDMI

Set

MONITOR OUT DVI-D

Set

MONITOR OUT COMPONENT

Set

Set

MONITOR OUT VIDEO 1

Set

82
MONITOR OUT VIDEO 2

Set

MONITOR OUT STANDBY

Set

LANGUAGE

Set

CRC

Action

COMPUTER IN 1
COMPUTER IN 2
BNC
OFF
Get
COMPUTER IN 1
COMPUTER IN 2
BNC
OFF
Get
COMPUTER IN 1
COMPUTER IN 2
BNC
OFF
Get
COMPUTER IN 1
COMPUTER IN 2
BNC
OFF
Get
COMPUTER IN 1
COMPUTER IN 2
BNC
OFF
Get

BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF

03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03

06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00

7A F4
BA F6
4A F6
8A B5
49 F4
A2 F7
62 F5
92 F5
52 B6
91 F7
F2 F4
32 F6
C2 F6
02 B5
C1 F4
86 F5
46 F7
B6 F7
76 B4
B5 F5
C2 F5
02 F7
F2 F7
32 B4
F1 F5

01 00
01 00
01 00
01 00
02 00
01 00
01 00
01 00
01 00
02 00
01 00
01 00
01 00
01 00
02 00
01 00
01 00
01 00
01 00
02 00
01 00
01 00
01 00
01 00
02 00

B3 20
B3 20
B3 20
B3 20
B3 20
B9 20
B9 20
B9 20
B9 20
B9 20
B5 20
B5 20
B5 20
B5 20
B5 20
B2 20
B2 20
B2 20
B2 20
B2 20
B1 20
B1 20
B1 20
B1 20
B1 20

00 00
04 00
07 00
FF 00
00 00
00 00
04 00
07 00
FF 00
00 00
00 00
04 00
07 00
FF 00
00 00
00 00
04 00
07 00
FF 00
00 00
00 00
04 00
07 00
FF 00
00 00

COMPUTER IN 1
COMPUTER IN 2
BNC
OFF
Get
COMPUTER IN 1
COMPUTER IN 2
BNC
OFF
Get
ENGLISH
FRANÇAIS
DEUTSCH
ESPAÑOL
ITALIANO
NORSK
NEDERLANDS
PORTUGUÊS
日本語

BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF

03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03

06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00

E6 F7
26 F5
D6 F5
16 B6
D5 F7
2A F7
EA F5
1A F5
DA B6
19 F7
F7 D3
67 D2
97 D2
07 D3
37 D1
A7 D0
57 D0
C7 D1
37 D4
A7 D5
37 DE
57 D5
C7 D4
F7 D6
67 D7

01 00
01 00
01 00
01 00
02 00
01 00
01 00
01 00
01 00
02 00
01 00
01 00
01 00
01 00
01 00
01 00
01 00
01 00
01 00
01 00
01 00
01 00
01 00
01 00
01 00

BA 20
BA 20
BA 20
BA 20
BA 20
BF 20
BF 20
BF 20
BF 20
BF 20
05 30
05 30
05 30
05 30
05 30
05 30
05 30
05 30
05 30
05 30
05 30
05 30
05 30
05 30
05 30

00 00
04 00
07 00
FF 00
00 00
00 00
04 00
07 00
FF 00
00 00
00 00
01 00
02 00
03 00
04 00
05 00
06 00
07 00
08 00
09 00
10 00
0A 00
0B 00
0C 00
0D 00

SVENSKA
PYCCKNN
SUOMI

Names
LANGUAGE

Operation Type
Set

MENU POSITION V

MENU POSITION V
Reset
MENU POSITION H

MENU POSITION H
Reset
BLANK

Set

BLANK On/Off

Set

START UP

Set

MyScreen LOCK

Set

MESSAGE

Set

TEMPLATE

Set

TEMPLATE On/Off

Set

CLOSED CAPTION
DISPLAY

Set

CLOSED CAPTION
MODE

Set

Header

CRC

Action

Command Data
Type
Setting Code

POLSKI
TÜRKÇE
DANSK
ýEŠTINA
ΔϴΑήόϟ΍ ΔϐϠϟ΍
ϰγέΎϓ
Get
Get
Increment
Decrement
Execute

BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF

03
03
03
03
03
03
03
03
03
03
03

06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00

97 D7
07 D6
A7 DF
57 DF
37 DB
A7 DA
C4 D3
40 D7
26 D7
F7 D6
A8 C7

01 00
01 00
01 00
01 00
01 00
01 00
02 00
02 00
04 00
05 00
06 00

05 30
05 30
05 30
05 30
05 30
05 30
05 30
16 30
16 30
16 30
44 70

0E 00
0F 00
11 00
12 00
1C 00
1D 00
00 00
00 00
00 00
00 00
00 00

Get
Increment
Decrement
Execute

BE EF
BE EF
BE EF
BE EF

03
03
03
03

06 00
06 00
06 00
06 00

04 D7
62 D7
B3 D6
DC C6

02 00
04 00
05 00
06 00

15 30
15 30
15 30
43 70

00 00
00 00
00 00
00 00

MyScreen
ORIGINAL
BLUE
WHITE
BLACK

BE EF
BE EF
BE EF
BE EF
BE EF

03
03
03
03
03

06 00
06 00
06 00
06 00
06 00

FB CA
FB E2
CB D3
6B D0
9B D0

01 00
01 00
01 00
01 00
01 00

00 30
00 30
00 30
00 30
00 30

20 00
40 00
03 00
05 00
06 00

Get
OFF
ON
Get
MyScreen
ORIGINAL
OFF
Get
OFF
ON
Get
OFF
ON
Get
TEST PATTERN
DOT-LINE 1
DOT-LINE 2
DOT-LINE 3
DOT-LINE 4
Get
OFF
ON
Get
OFF
ON
Get
CAPTIONS
TEXT
Get

BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF

03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03

06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00

08 D3
FB D8
6B D9
C8 D8
CB CB
0B D2
9B D3
38 D2
3B EF
AB EE
08 EF
8F D6
1F D7
BC D6
43 D9
D3 D8
23 D8
B3 D9
83 DB
70 D9
BF D8
2F D9
8C D8
FA 62
6A 63
C9 62
06 63
96 62
35 63

02 00
01 00
01 00
02 00
01 00
01 00
01 00
02 00
01 00
01 00
02 00
01 00
01 00
02 00
01 00
01 00
01 00
01 00
01 00
02 00
01 00
01 00
02 00
01 00
01 00
02 00
01 00
01 00
02 00

00 30
20 30
20 30
20 30
04 30
04 30
04 30
04 30
C0 30
C0 30
C0 30
17 30
17 30
17 30
22 30
22 30
22 30
22 30
22 30
22 30
23 30
23 30
23 30
00 37
00 37
00 37
01 37
01 37
01 37

00 00
00 00
01 00
00 00
20 00
00 00
01 00
00 00
00 00
01 00
00 00
00 00
01 00
00 00
00 00
01 00
02 00
03 00
04 00
00 00
00 00
01 00
00 00
00 00
01 00
00 00
00 00
01 00
00 00

CP-X10000 ( P6X ) / CP-SX12000 ( P6SX )

MONITOR OUT S-VIDEO

Header

RS-232C Communication / Network command table
Command Data
Type
Setting Code

RS-232C Communication / Network command table
Names

Operation Type

CLOSED CAPTION
CHANNEL

Set

SOURCE SKIP
COMPUTER IN 1

Set

SOURCE SKIP
COMPUTER IN 2

Set

SOURCE SKIP
BNC

Set

Set

SOURCE SKIP
DVI-D

Set

SOURCE SKIP
COMPONENT

Set

SOURCE SKIP
S-VIDEO

Set

SOURCE SKIP
VIDEO 1

Set

SOURCE SKIP
VIDEO 2

Set

AUTO SEARCH

Set

DIRECT ON

Set

AUTO OFF

SHUTTER TIMER

LAMP TIME LOW
LAMP TIME HIIGH
LAMP TIME Reset
FILTER TIME LOW
FILTER TIME HIGH
FILTER TIME Reset

Set

CRC

Action

Get
NORMAL
SKIP
Get
NORMAL
SKIP
Get
NORMAL
SKIP
Get
NORMAL
SKIP
Get
NORMAL
SKIP

BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF

03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03

06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00

D2 62
22 62
B2 63
82 61
71 63
FE 78
6E 79
CD 78
CE 79
5E 78
FD 79
8A 79
1A 78
B9 79
BA 78
2A 79
89 78
62 7B
F2 7A

01 00
01 00
01 00
01 00
02 00
01 00
01 00
02 00
01 00
01 00
02 00
01 00
01 00
02 00
01 00
01 00
02 00
01 00
01 00

02 37
02 37
02 37
02 37
02 37
20 22
20 22
20 22
24 22
24 22
24 22
27 22
27 22
27 22
23 22
23 22
23 22
29 22
29 22

01 00
02 00
03 00
04 00
00 00
00 00
01 00
00 00
00 00
01 00
00 00
00 00
01 00
00 00
00 00
01 00
00 00
00 00
01 00

Get
NORMAL
SKIP
Get
NORMAL
SKIP
Get
NORMAL
SKIP
Get
NORMAL
SKIP
Get
OFF
ON
Get
OFF
ON
Get
Get
Increment
Decrement
1h
3h
6h
Get
Get
Get
Execute
Get
Get
Execute

BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF

03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03

06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00

51 7B
32 78
A2 79
01 78
46 79
D6 78
75 79
02 79
92 78
31 79
26 7B
B6 7A
15 7B
B6 D6
26 D7
85 D6
3B 89
AB 88
08 89
08 86
6E 86
BF 87
27 92
47 93
17 90
84 93
C2 FF
2A FD
58 DC
C2 F0
D6 FC
98 C6

02 00
01 00
01 00
02 00
01 00
01 00
02 00
01 00
01 00
02 00
01 00
01 00
02 00
01 00
01 00
02 00
01 00
01 00
02 00
02 00
04 00
05 00
01 00
01 00
01 00
02 00
02 00
02 00
06 00
02 00
02 00
06 00

29 22
25 22
25 22
25 22
22 22
22 22
22 22
21 22
21 22
21 22
2A 22
2A 22
2A 22
16 20
16 20
16 20
20 31
20 31
20 31
10 31
10 31
10 31
06 24
06 24
06 24
06 24
90 10
9E 10
30 70
A0 10
9F 10
40 70

00 00
00 00
01 00
00 00
00 00
01 00
00 00
00 00
01 00
00 00
00 00
01 00
00 00
00 00
01 00
00 00
00 00
01 00
00 00
00 00
00 00
00 00
01 00
03 00
06 00
00 00
00 00
00 00
00 00
00 00
00 00
00 00

Names
MY BUTTON-1

MY BUTTON-2

MY BUTTON-3

Operation Type
Set

Set

Set

Header

Command Data
Type
Setting Code

CRC

Action

3A 33
FA 31
0A 31
CA 33
6A 35
6A 30
5A 32
AA 32
9A 35
FA 3E
6A 3F

01 00
01 00
01 00
01 00
01 00
01 00
01 00
01 00
01 00
01 00
01 00

00 36
00 36
00 36
00 36
00 36
00 36
00 36
00 36
00 36
00 36
00 36

00 00
04 00
07 00
03 00
09 00
05 00
02 00
01 00
0A 00
10 00
11 00

COMPUTER IN 1
COMPUTER IN 2
BNC
HDMI
DVI-D
COMPONENT
S-VIDEO
VIDEO 1
VIDEO 2
INFORMATION
AUTO KEYSTONE
EXECUTE
MY MEMORY

BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF

03
03
03
03
03
03
03
03
03
03
03

06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00

BE EF

03

06 00

9A 3F

01 00

00 36

12 00

ACTIVE IRIS
PICTURE MODE
FILTER RESET
TEMPLATE
PbyP SWAP
LENS MEMORY-1
LENS MEMORY-2
LENS MEMORY-3
MY IMAGE
Get
COMPUTER IN 1
COMPUTER IN 2
BNC
HDMI
DVI-D
COMPONENT
S-VIDEO
VIDEO 1
VIDEO 2
INFORMATION
AUTO KEYSTONE
EXECUTE
MY MEMORY
ACTIVE IRIS
PICTURE MODE
FILTER RESET
TEMPLATE
PbyP SWAP
LENS MEMORY-1
LENS MEMORY-2
LENS MEMORY-3
MY IMAGE
Get
COMPUTER IN 1
COMPUTER IN 2
BNC
HDMI

BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF

03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03

06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00

AA 3D
0A 3E
3A 3C
CA 39
5A 38
CA 27
FA 25
6A 24
5A 3D
09 33
C6 32
06 30
F6 30
36 32
96 34
96 31
A6 33
56 33
66 34
06 3F
96 3E

01 00
01 00
01 00
01 00
01 00
01 00
01 00
01 00
01 00
02 00
01 00
01 00
01 00
01 00
01 00
01 00
01 00
01 00
01 00
01 00
01 00

00 36
00 36
00 36
00 36
00 36
00 36
00 36
00 36
00 36
00 36
01 36
01 36
01 36
01 36
01 36
01 36
01 36
01 36
01 36
01 36
01 36

15 00
13 00
14 00
1B 00
1A 00
33 00
34 00
35 00
16 00
00 00
00 00
04 00
07 00
03 00
09 00
05 00
02 00
01 00
0A 00
10 00
11 00

BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF

03
03
03
03
03
03
03
03
03
03
03
03
03
03
03

06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00

66 3E
56 3C
F6 3F
C6 3D
36 38
A6 39
36 26
06 24
96 25
A6 3C
F5 32
82 32
42 30
B2 30
72 32

01 00
01 00
01 00
01 00
01 00
01 00
01 00
01 00
01 00
01 00
02 00
01 00
01 00
01 00
01 00

01 36
01 36
01 36
01 36
01 36
01 36
01 36
01 36
01 36
01 36
01 36
02 36
02 36
02 36
02 36

12 00
15 00
13 00
14 00
1B 00
1A 00
33 00
34 00
35 00
16 00
00 00
00 00
04 00
07 00
03 00

CP-X10000 ( P6X ) / CP-SX12000 ( P6SX )

83

SOURCE SKIP
HDMI

1
2
3
4

Header

RS-232C Communication / Network command table
Command Data
Type
Setting Code

RS-232C Communication / Network command table
Names
MY BUTTON-3

Set

Set

84
MY SOURCE

Set

DVI-D
COMPONENT
S-VIDEO
VIDEO 1
VIDEO 2
INFORMATION
AUTO KEYSTONE
EXECUTE
MY MEMORY
ACTIVE IRIS
PICTURE MODE
FILTER RESET
TEMPLATE
PbyP SWAP
LENS MEMORY-1
LENS MEMORY-2
LENS MEMORY-3
MY IMAGE
Get
COMPUTER IN 1
COMPUTER IN 2
BNC
HDMI
DVI-D
COMPONENT
S-VIDEO
VIDEO 1
VIDEO 2
INFORMATION
AUTO KEYSTONE
EXECUTE
MY MEMORY
ACTIVE IRIS
PICTURE MODE
FILTER RESET
TEMPLATE
PbyP SWAP
LENS MEMORY-1
LENS MEMORY-2
LENS MEMORY-3
MY IMAGE
Get
COMPUTER IN 1
COMPUTER IN 2
BNC
HDMI
DVI-D
COMPONENT
S-VIDEO
VIDEO 1
VIDEO 2

Header

CRC

Action

BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF

03
03
03
03
03
03
03

06 00
06 00
06 00
06 00
06 00
06 00
06 00

D2 34
D2 31
E2 33
12 33
22 34
42 3F
D2 3E

01 00
01 00
01 00
01 00
01 00
01 00
01 00

02 36
02 36
02 36
02 36
02 36
02 36
02 36

09 00
05 00
02 00
01 00
0A 00
10 00
11 00

BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF

03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03

06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00

22 3E
12 3C
B2 3F
82 3D
72 38
E2 39
72 26
42 24
D2 25
E2 3C
B1 32
7E 33
BE 31
4E 31
8E 33
2E 35

01 00
01 00
01 00
01 00
01 00
01 00
01 00
01 00
01 00
01 00
02 00
01 00
01 00
01 00
01 00
01 00

02 36
02 36
02 36
02 36
02 36
02 36
02 36
02 36
02 36
02 36
02 36
03 36
03 36
03 36
03 36
03 36

12 00
15 00
13 00
14 00
1B 00
1A 00
33 00
34 00
35 00
16 00
00 00
00 00
04 00
07 00
03 00
09 00

BE EF
BE EF
BE EF
BE EF
BE EF
BE EF

03
03
03
03
03
03

06 00
06 00
06 00
06 00
06 00
06 00

2E 30
1E 32
EE 32
DE 35
BE 3E
2E 3F

01 00
01 00
01 00
01 00
01 00
01 00

03 36
03 36
03 36
03 36
03 36
03 36

05 00
02 00
01 00
0A 00
10 00
11 00

BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF

03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03

06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00

DE 3F
EE 3D
4E 3E
7E 3C
8E 39
1E 38
8E 27
BE 25
2E 24
1E 3D
4D 33
FA 38
3A 3A
CA 3A
0A 38
AA 3E
AA 3B
9A 39
6A 39
5A 3E

01 00
01 00
01 00
01 00
01 00
01 00
01 00
01 00
01 00
01 00
02 00
01 00
01 00
01 00
01 00
01 00
01 00
01 00
01 00
01 00

03 36
03 36
03 36
03 36
03 36
03 36
03 36
03 36
03 36
03 36
03 36
20 36
20 36
20 36
20 36
20 36
20 36
20 36
20 36
20 36

12 00
15 00
13 00
14 00
1B 00
1A 00
33 00
34 00
35 00
16 00
00 00
00 00
04 00
07 00
03 00
09 00
05 00
02 00
01 00
0A 00

Names
MY SOURCE
MY IMAGE

Operation Type

Set

MY IMAGE IMAGE-1
Delete
MY IMAGE IMAGE-2
Delete
MY IMAGE IMAGE-3
Delete
MY IMAGE IMAGE-4
Delete
REMOTE FRONT

Set

REMOTE REAR

Set

REMOTE TOP

Set

REMOTE ID

Set

REMOTE FREQUENCY Set
HIGH
FOCUS
ZOOM
LENS SHIFT -V
LENS SHIFT -H
LENS SHIFT
CENTERING

CRC

Action

Command Data
Type
Setting Code

Get
OFF
IMAGE-1
IMAGE-2
IMAGE-3
IMAGE-4
Get
Execute

BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF

03
03
03
03
03
03
03
03

06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00

C9 38
3A C3
AA C2
5A C2
CA C3
FA C1
09 C3
71 C3

02 00
01 00
01 00
01 00
01 00
01 00
02 00
06 00

20 36
00 35
00 35
00 35
00 35
00 35
00 35
01 35

00 00
00 00
01 00
02 00
03 00
04 00
00 00
00 00

Execute

BE EF

03

06 00

35 C3

06 00

02 35

00 00

Execute

BE EF

03

06 00

C9 C2

06 00

03 35

00 00

Execute

BE EF

03

06 00

BD C3

06 00

04 35

00 00

Off
On
Get
Off
On
Get
Off
On
Get
ALL
1

BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF

03
03
03
03
03
03
03
03
03
03
03

06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00

FF 32
6F 33
CC 32
03 33
93 32
30 33
47 33
D7 32
74 33
9F 30
0F 31

01 00
01 00
02 00
01 00
01 00
02 00
01 00
01 00
02 00
01 00
01 00

00 26
00 26
00 26
01 26
01 26
01 26
02 26
02 26
02 26
08 26
08 26

00 00
01 00
00 00
00 00
01 00
00 00
00 00
01 00
00 00
00 00
01 00

BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF

03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03

06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00

FF 31
6F 30
5F 32
AC 30
FF 3D
6F 3C
CC 3D
03 3C
93 3D
30 3C
6A 93
BB 92
96 92
47 93
D2 92
03 93
2E 93
FF 92
B8 93

01 00
01 00
01 00
02 00
01 00
01 00
02 00
01 00
01 00
02 00
04 00
05 00
04 00
05 00
04 00
05 00
04 00
05 00
06 00

08 26
08 26
08 26
08 26
30 26
30 26
30 26
31 26
31 26
31 26
00 24
00 24
01 24
01 24
02 24
02 24
03 24
03 24
04 24

02 00
03 00
04 00
00 00
00 00
01 00
00 00
00 00
01 00
00 00
00 00
00 00
00 00
00 00
00 00
00 00
00 00
00 00
00 00

2
3
4
REMOTE FREQUENCY Set
NORMAL

Header

Get
Disable
Enable
Get
Disable
Enable
Get
Increment
Decrement
Increment
Decrement
Increment
Decrement
Increment
Decrement
Execute

CP-X10000 ( P6X ) / CP-SX12000 ( P6SX )

MY BUTTON-4

Operation Type

RS-232C Communication / Network command table
Command Data
Type
Setting Code

RS-232C Communication / Network command table
Names

Operation Type

LENS MEMORY INDEX Set

LENS MEMORY LOAD
LENS MEMORY SAVE
LENS MEMORY CLEAR
LENS MEMORY FOCUS
LENS MEMORY ZOOM
LENS MEMORY
LENS SHIFT -V
LENS MEMORY
LENS SHIFT -H
LENS MEMORY
LENS TYPE
MAGNIFY

Set

SHUTTER

Set

PbyP

Set

PbyP RIGHT SOURCE Set

PbyP MAIN AREA

Set

PbyP LEFT SOURCE

Set

PbyP SWAP

Command Data
Type
Setting Code

CRC

Action
01 00
01 00
01 00
02 00
06 00
06 00
06 00
02 00
02 00
02 00

07 24
07 24
07 24
07 24
08 24
09 24
0A 24
0B 24
0C 24
0D 24

Get
Execute
Execute
Execute
Get
Get
Get

BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF

03
03
03
03
03
03
03
03
03
03

06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00

4B 92
DB 93
2B 93
78 92
E8 90
14 91
50 91
28 91
5C 90
A0 91

00 00
01 00
02 00
00 00
00 00
00 00
00 00
00 00
00 00
00 00

Get

BE EF

03

06 00

E4 91

02 00

0E 24

00 00

Get

BE EF

03

06 00

18 90

02 00

0F 24

00 00

Get
Increment
Decrement
NORMAL
FREEZE
Get
OFF
ON
Get
OFF
ON
Get
COMPUTER IN 1
COMPUTER IN 2

BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF

03
03
03
03
03
03
03
03
03
03
03
03
03
03

06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00

7C D2
1A D2
CB D3
83 D2
13 D3
B0 D2
F3 93
63 92
C0 93
3E 26
AE 27
0D 26
86 27
46 25

02 00
04 00
05 00
01 00
01 00
02 00
01 00
01 00
02 00
01 00
01 00
02 00
01 00
01 00

07 30
07 30
07 30
02 30
02 30
02 30
05 24
05 24
05 24
10 23
10 23
10 23
12 23
12 23

00 00
00 00
00 00
00 00
01 00
00 00
00 00
01 00
00 00
00 00
01 00
00 00
00 00
04 00

BNC
HDMI
DVI-D
COMPONENT
S-VIDEO
VIDEO 1
VIDEO 2
Get
LEFT
RIGHT
Get
COMPUTER IN 1
COMPUTER IN 2
BNC
HDMI
DVI-D
COMPONENT
S-VIDEO
VIDEO 1
VIDEO 2
Get
Execute

BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF
BE EF

03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03
03

06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00
06 00

B6 25
76 27
D6 21
D6 24
E6 26
16 26
26 21
B5 27
7A 26
EA 27
49 26
F2 26
32 24
C2 24
02 26
A2 20
A2 25
92 27
62 27
52 20
C1 26
01 27

01 00
01 00
01 00
01 00
01 00
01 00
01 00
02 00
01 00
01 00
02 00
01 00
01 00
01 00
01 00
01 00
01 00
01 00
01 00
01 00
02 00
06 00

12 23
12 23
12 23
12 23
12 23
12 23
12 23
12 23
13 23
13 23
13 23
15 23
15 23
15 23
15 23
15 23
15 23
15 23
15 23
15 23
15 23
16 23

07 00
03 00
09 00
05 00
02 00
01 00
0A 00
00 00
00 00
01 00
00 00
00 00
04 00
07 00
03 00
09 00
05 00
02 00
01 00
0A 00
00 00
00 00

CP-X10000 ( P6X ) / CP-SX12000 ( P6SX )

85

FREEZE

1
2
3

Header

FAN (7pcs)

Regulator

I/O Expander
STMPE801
256K EEPROM
32M FLASH
256M DDR
256M DDR
256M DDR
256M DDR
HDMI in

HDMI Reciever 10-bit
SIL9125

D

12-bit

DVI-I in
A
RGB1 in

AMP
Selector

10-bit

10-bit

A/D Converter
MST3560MLT-170

12-bit

S/H CXA7009
R

12-bit

S/H CXA7009
G

RGB2 in
BNC in

AMP
Selector

CPU
Image
Processor
PW388B

128M DDR

RGB out
CVBS in

Video Decoder 10-bit
ADV7800-150

TG
CXD3540
(Master)

S-Video in
I/O Expander
TE7783

S/H CXA7009
G

12-bit

S/H CXA7009
B

RXD0/
TXD0

12-bit

S/H CXA7009
B

RXD1/
TXD1

Wired
32M FLASH
64M SDRAM

Network CPU
NS7520

RS-232C in
RS232C Driver
ADM202
RS-232C

12-bit

RXD2/
TXD2
e-shot
SELECT
ER
Out

Motor Driver
TE7783

Motor Driver
TB6593

Motor Driver
BA6287

Zoom / Focus /
Lens sift (H,V)

Iris

Shutter

In

POWER UNIT (CIRCUIT)

POWER UNIT (BALLAST)

SM0319

SONY
PANEL
R

SONY
PANEL
G

10-bit

CVBS in
(BNC)

Component
in

S/H CXA7009
R

Block Diagram

SONY
PANEL
B

SM0319

POWER UNIT BALLAST

SM0319

P0WER UNIT (CIRCUIT) 1

SM0319

POWER UNIT (CIRCUIT) 2

DJ42

DJ41
+5V
1SS355

1SS355

RJN3
0

GND1

RJN7

6

RJN4
75-1%

CJ66

RJL9

10/10
2125

100
1005

68k
1005

CVBS

7

CJ68
0.1/10
1005
QJ46
2SC4617

LJ41
SC100JT
2125

RJN8

APCVBS2

56k
1005

1005
EJ25
LAP5100-0705F

0
1005

3
GND1
4
C

S-video

3
Y

2

GND
DSUB2-B

1
2

DSUB2-G

GND
DSUB2-R

DSUB2-H

RJP0

56k
1005

+5V

12

100
1005

68k
1005

RJM7
RJP1

CJ67

CJ65
0.1/10
1005

QJ45
2SC4617

DSUB2-V

15

DSUB2-H

19

DSUB2-V

56k
1005

RJN9

QJ44
2SC4617

23

CJ93

RJM0

10/10
2125

100
1005

24

28

GND 29

30
GND

31

32

GND 33
RJM4

APJ18
35

RX(232C OUT)

36

GND 37

APJ20
39

RX(232C IN)

40
G 1

GND1

GND1

EJ05
3175-09M
G1
1

APJ31

R D
6

APJ32
LJ27
SC200JT

2

RJC7
100

2125
7

1005

APJ33

RX(232C OUT)

3
8

LJ22
SC200JT

RJC4
100

2125

1005

TX(232C OUT)

APJ34

TX(232C IN)

T D
4

RX(232C IN)

9

RJD1
100
5

1005
IJ08
TC7SZ125FU

APJ35
G2

+5V
DJ62

1

G

2

IN_A

VCC

3

GND

5

1SS355
GND1
+5V
OUT_Y

DJ61
1SS355

GND1

Wired RC SW

4

T D

1005

R2IN

R2OUT

RJC9
100

RJD0
2.2k

1005

6
5
1
3
7

9

1005
CJ30

8

5

APJ45

2

Wired-RM-3.5(IN)

1608

LJ25
600
RJC2
10k

10k
1005

1005

1005

8

RJC6
100

1005

RJC3
10k

1 0

CJ28

1 1

T2IN

100p-C
1005

1005

4
9

T1IN

T2OUT

CJ29

APJ39

V-

7

1005

2125
8

6

RJC5
100

0.1/16
1005

LJ23
SC200JT

1608

APJ41
4

100p-C
1005

APJ38
3

1005

47
RJC0

RJC8
100

RJ92
3.3k

7

EJ07
HSJ1003-01-010

1 2

APJ46

2125

R1OUT

2125

LJ26
600

Wired-RM-3.5(OUT)

RJ91
2.2k

CJ27

1 3

RJD2

R1IN

RJC1 100
1005

C2+

1608

4

1608

QJ13
DTC114EE

100p-C
1005

1 4

LJ28
600

1 5

T1OUT

CJ48

GND

C1-

APJ44

V+

3

C2-

LJ24
600

100p-C
1005

CJ46

2

5

DJ64
1SS355

0.1/16
1005

RJ93
3.3k

2

1005

1 6

1005

LJ21
SC200JT

1005

CJ24
0.1/16

APJ37

Wired RC
1SS355

APJ42

R D

VCC

C1+

APJ43

APJ36

6

10/6.3
2125

CJ26
0.1/16
1005

CJ25
0.1/16

G1

IJ07
ADM202EARNZ

CJ47
0.1/10

CJ49
1

EJ06
3175-09M

1

1005

DJ63

RS232C
INPUT

APJ40
G2
GND1
GND1
GND1

SM0319

PWB ASSEMBLY INPUT-A 2

TX(232C IN)

G 2

G1 G2

RS232C
OUTPUT

TX(232C OUT)

38
GND

APJ19

RJM6
360-1%
1005

GND1

Wired RC

34
GND

APJ17

0
1005

+5V

APJ16

Wired RC SW

GND1

CVBS

APJ14
27

S_Y

GND1

DSUB1-V

26
GND

APJ15

CJ64
0.1/10
1005

DSUB1-V

22
GND

APJ13
S_Y

DSUB1-H

APJ12

S_C

0
1005

68k
1005

20

GND 25

RJM9
470
1005

GND1

DSUB1-H

18
GND

GND 21

APG08

DSUB1-R

APJ10

RJM1

RJP2

16

APJ11
S_C

DSUB1-R

APJ08

APJ09

10/10
2125

DSUB1-G

GND

14
GND

GND 17

GND1

Y_S

10

11

DSUB2-R

GND1

GND1

9

DSUB1-G

APJ07

1005

RJN6
75-1%

LJ46
SC100JT
2125
RJN5
75-1%

APY_S

8

GND 13

C_S

LJ45
SC100JT
2125

7

DSUB1-B

APJ06

RJN0
0

1005
APC_S

6GND

APJ05

1SS355

1SS355

5

DSUB1-B

APJ04

DSUB2-G

DJ47

GND1

RJN2
0

4

APJ03
GND1

1SS355

1SS355
DJ48

2GND

3

APJ02

DSUB2-B
GND

DJ44

5

1

1

APJ01

RJN1
470
1005

GND1

DJ45

EJ04
501190-40V

RJM3

GND1

4

CVBS

GND1

APJ21

+5V

RJ28
0
RJ29
0
RJ30
0

1005

1005
LJ16
10

1005

2

1SS355

1SS355
DJ03

3

DJ06
4

GND1

RJ37
0

1SS355

1SS355

5

+

CEA

OUTA

CEB

+
-

OUTB
INB-

INB+

RGB IN 1(D-Sub1)

7

RJ36
0
8

13

12

GND1

LJ01
SC100JT
2125

LJ13
SC100JT
2125

INC-

8
GND-B

RJT4

CJ06

0

10/6.3
2125

Dsub1-B

2

RJT5

CJ05

0

10/6.3
2125

APJR1

G/Y

LJ11
SC100JT
2125

7
GND-G/Y

Dsub1-G

1

11
GND-R
6
G1

0
1.0p-C
1005
1005
RJ40
560-1%

RJT6

CJ04

0

10/6.3
2125

R

Dsub1-R

10

CJ10

47/6.3
MVK/SKV

DSUB1-R
RJ52
75-1%

9

560-1%
1005

RJ41

RJ39
560-1%

1005

1005

CJ12

RJT9 1.0p-C
0
1005
1005

GND1

GND1

1005

1005
RJ69
100k

DSUB1-G

RJ11
56

RJ15

1005

47k
1005

APJGD1

DSUB1-H

Dsub1-H

RJ14
0

GND1
1005

1005
RJ72
33k

1005
RJ73
33k

RJ77
33k

RJ66
75-1%

RJ67
75-1%

RJ68
75-1%

RJT3
150-1%

Dsub1-V

DSUB1-V
RJT2
150-1%

10k
1005

RJ13
56
1005

RJT1
150-1%

1005
RJ17

LJ10
SC100JT
2125

12

1005

47k
1005

APJG1

B

DJ74
UDZS6.2B

1005

Hsync

LJ05
SC100JT
2125

A0

S-24CS02AFJ-TB-G
IJ02

A2

A1
WP

GND

SCL

SDA

1005

CJ03
0.1/10

VCC
8

7

6

5

RJ16

3

1005
RJ70
100k

LJ08
SC100JT
2125

PLUG
13

DJ73
UDZS6.2B

RJ20

47k
1005

QJ02
DTC114EE

1

2

3

4

RJ19
100

(An a l o g L i n e)
APJB1

SDA

RJ12
56

INC+

OUTC

GND1
4

9

APJDA1

+
-

GND
14
Vsync

APJH1

CEC

GND1

GND
10

DSUB1-B

1005

NC-11 11

NC-6

5

G2

RJ71
100k

RJ18
0
2010

15

RJ53
75-1%
CJ13

1005
RJ25
100

APJCK1

SCL

GND1

1005

EJ01
3114-15FA

LJ03
SC100JT
2125 APJV1

1005

RJ42
560-1%
1005

1005

RGB1(D-Sub1)

RJ54
75-1%

15

RJT8
6

for

CJ11

560-1%
1005

1005

DDC

1005

16

VS+ 14

VS-

1005
RJ51

2518

RJ74
75-1%

DJ05

GND1

2125

CJ19
10/6.3

1

RJ75
75-1%

1005

RJ76
75-1%

RJ38
0

1005

DJ04
1SS355

560-1%
RJ43

DJ01
1SS355
DJ02

CJ14
1.0p-C

10/6.3
2125

+5V
IJ03
EL8302IUZ-T7
INAINA+

RJT7
0

RJ63
0
RJ64
0

GND1

GND1

GND1

RJ65
0

1005

1005

1005
DJ08
DJ11

1

1SS355

1SS355
DJ10

DJ13

2125

1005

CJ15
10/6.3

DJ12

GND1

2

3

IJ04
EL8302IUZ-T7
INAINA+
CEA

+

OUTA

RJ31
0

4

GND1

5

CEB

+
-

OUTB
INB-

INB+

RJ50
560-1%
1005

13

12

GND1

RGB IN 2(D-Sub2)

7

RJ27
0
8

LJ14
SC100JT
2125

S-24CS02AFJ-TB-G
IJ01
RJ02 1005
56
RJ01

B

RJ57
75-1%

9

RJ49

CJ16

1005

RJU2 1.0p-C
0
1005
1005

DSUB2-B
DSUB2-G

LJ09
SC100JT
2125

CJ09

0

10/6.3
2125

GND-B

Dsub2-B

2

12

G/Y

APJR2
LJ12
SC100JT
2125

GND-G/Y
1

11
GND-R
6
G1

R

CJ07

0

10/6.3
2125

RJU8

CJ08

0

10/6.3
2125

Dsub2-R

RJ60
75-1%

RJ61
75-1%

RJ62
75-1%

1005

1005
RJ81
100k

DSUB2-R

GND1

RJU7

Dsub2-G

GND1

DSUB2-H

Dsub2-H
APJGD2

1005

1005
RJ84
33k

1005
RJ85
33k

RJ86
33k

RJ78
75-1%

RJ79
75-1%

RJ80
75-1%

RJU5
150-1%

RJU4
150-1%

Dsub2-V
RJU3
150-1%

DJ76
UDZS6.2B

RJ04

DJ75
UDZS6.2B

DSUB2-V
GND1

1005
0

1005
56
RJ03
GND1

GND1

GND1

LJ15
10
CJ02

10/6.3
2125

+5V
2518

GND1

SM0319

10

560-1%
1005

1005

RJ26
100
RJU6

APJG2

8

1005
RJ82
100k

RJ83
100k

2010
0
RJ08
A0

A1
WP

A2

Hsync

7

47k
RJ05

10k
RJ07

LJ07
SC100JT
2125
3

SDA

47k
RJ06 1 0 0 5

1005

(An a l o g L i n e)
APJB2

13

LJ06
SC100JT
2125

RJ09

4
9

APJDA2

OUTC
INC-

GND1

GND

PLUG

APJH2

8

7

6

5

1005
100

SCL

GND
SDA

CJ01

1005
0.1/10

QJ01
DTC114EE

GND1

GND

Vsync

1005
56

1005

5

G2

1005

10
14

1

2

3

4

VCC

47k
RJ10

1005

15
SCL

+
-

1005

APJCK2

LJ02
SC100JT
2125

INC+

1005

EJ02
3114-15FA

2125
SC100JT
LJ04 APJV2

CEC

0
1.0p-C
1005
1005
RJ48
560-1%

1005

RGB2(D-Sub2)

RJ58
75-1%
CJ17

NC-11 11

NC-6

RJ33
560-1%

for

1005

RJU1
6

RJ59
75-1%

15

1005

DDC

1005

560-1%
1005

VS+ 14

VS-

CJ18
1.0p-C

16

1SS355

1SS355

RJU0
0
1005
RJ56

560-1%
RJ55

RJ32
0

1SS355

1005

1SS355
DJ09

PWB ASSEMBLY INPUT-A 1

+5V
DJ21
DJ24
IJ10
EL8302IUZ-T7
INA+

1SS355
DJ26

2125

GND1

CJ56
10/6.3

1005
1SS355
DJ23

INA-

CEA
2

3

+

VSCEB

4

RJF8
0

1005

560-1%
1005

OUTA

GND1

VS+
+
-

INB+

RJG8
75-1%

1 5

1 4

1SS355

1SS355

CJ59
1.0p-C

1005
RJG5
1 6

1

DJ25

1005

RJF9
0

1SS355

1005

560-1%
RJG4

1SS355
DJ22

RJV7
0

OUTB

RJG3
560-1%
1005

1 3

INB-

RJG7
75-1%

1 2

5

GND1

1005

CJ58

1005

RJV8
6

NC-6
CEC

7

RJF7
0

INC+

NC-11
+
-

1 1

0
1005

OUTC
1 0

RJG6
75-1%

RJG1
560-1%

INC9

8

CJ57

1005

EJ18
501568-13H

RJV9 1.0p-C
0
1005 1005

560-1%
1005

RJG2

RJG0
560-1%

GND1

1005

1005
1005

1005
RJF6
100

1.0p-C
1005

APJ51

1

GND

2

Analog Red (5BNC)

3

GND

4

Analog Green (5BNC)

5

GND

6

Analog Blue (5BNC)

7

GND

8

HSync (5BNC)

9

GND

RGB IN 3(BNC)
GND1

1

R

2

LJ52
SC100JT
2125

APJG3
G/Y

3

G

4

LJ53
SC100JT
2125

APJB3
B/Cb/Pb

RJV6

CJ53

0

10/6.3
2125

APJH3
Hsync

RJG9
75-1%

RJH1
75-1%
GND1
RJH3
0

CJ52

0

10/6.3
2125

APJ54

1005
RJH4
0

CJ51

APJ55

1005

10/6.3
2125

LJ54
SC100JT
2125

APJ53

1005

RJV5

0
6

1005

RJH2
0

RJV4

5

B

1005
RJE4
100k

LJ51
SC100JT
2125

APJR3
R/Cr/Pr

1005
RJE5
100k

RJE6
100k

APJGD3

APJ52
RJH0
75-1%

GND1

APJ56

10

VSync (5BNC)

11

GND

12

CVBS(1BNC)

7

H

8

APJV3
Vsync

LJ55
SC100JT
2125

APJ58

9

1005

1005
RJE7
33k

1005
RJE8
33k

GND1

LJ56
SC100JT
2125

RJH9
0
DJ32

NC

1005

DJ31
1SS355

GND1

CVBS(BNC)

56k
1005

+5V
1SS355

CJ55
0.1/10
1005
QJ34
2SC4617

GND1

RJH5

10/10
2125

100
1005

68k
1005

CJ54
RJI2

GND1
RJI0
75-1%

S E

RJE9
33k

RJE1
75-1%

RJE2
75-1%

RJE3
75-1%

RJV2
150-1%

RJV3
150-1%

GND1

GND1

APJCV1

G 2

GND1

RJI1

H

G 1

RJV1
150-1%

BNC-05H
EJ16

DJ72
UDZS6.2B

10

EJ17
BNC-01H

+5V

APJ57
DJ71
UDZS6.2B

V

13

+5V

GND1

GND1

RJH6
0
1005
RJH8
470
1005
GND1

SM0319

PWB ASSEMBLY INPUT-B

RJL6
0
1005

+5V

3RCA-Cb

3

CJ63

CEB

1SS355

1SS355

DJ57

DJ56

GND1
INB+

1005
RJW2
0

RJL4
0

NC-6

+5V

USB

INB-

NC-11
OUTC
+
INC-

1005

RJW6
100
RJL7
0

RJL8
0

D-

CJW2

1005

4

0
1.0p-C
1005
1005
RJX3
560-1%

1 0

RJX6
75-1%

GND1

CJW3

RJW9 1.0p-C
0
1005
1005

1005

CJ92
10/10
2125
+5V

GND1

LJ29
SC200JT

LJ30
SC200JT

1005

CJ22
0.1/10

QJ14
2SC4617
RJB2
10k
1005

RJB1
150k
1005

RJB4
QJ15
10k
2SC4617
1005 RJA8
100 1005
RJB0
CJ42
120k
1005
1005
220p

1005

1005 RJB3
120k
220p

CJ43

RJD3
150k
1005

RJA9
100
1005

CJ23
0.1/10
1005

QJ16
2SC4617
RJA2
10k
1005

RJA1
120k

1005

1005
RJA0
150k
1005

1005

QJ17
2SC4617

RJA5
10k
1005 RJ98
100

CJ37
220p

2 1 2 5

RJB6
GND1

EJ20
501571-30H
APJ94

APJ93
1

2

3

4

2 1 2 5

APJ30

GND1

CJ39
4.7/16
RJA6
0
1005

2 1 2 5

Audio in 5 L(CVBS)

RJB5 0

CJ33
100p-C
CJ34
100p-C

8
10
12
APJ82

13

Audio in 2L

QJ18
2SC4617
1005

RJB8
4.7k

1005

RJB7
4.7k

Audio in 1L
RJB9
0

16
APJ92

17

18

19

20
APJ78

21

22

23

24

GND1
LJ47
600

CJ79

4.7/16

R

5

QJ48
2SC4617

RJR0
150k
1005

CJ88
220p
1005

1 0 0 5

1005

5

1 0 0 5

2 1 2 5

CJ85
220p RJP8 100 1 0 0
1005
RJQ4
120k

QJ51

1005

RJQ7
120k

1 0 0 5

RJP5
180k

100p-C
1005

CJ70

RJQ1
100

LJ33
600

GND1

QJ49
2SC4617

1005
RJR1
150k
1005

RJS0
10k
1005

CJ96
0.1/10
1005

RJR7
10k
1005

1 0 0 5

CJ86
220p RJP9 100 1 0 0
1005
RJQ5
120k

5

2SC4617

QJ52

1005

RJQ2
100

2 1 2 5

RJR4
150k
1005

1 0 0 5

RJP6
180k

RJP3
180k

CJ73

1 0 0 5

CJ83
4.7/16

1608

CJ89
220p
1005

1

100p-C
1005

100p-C
1005

CJ75

2

+8.5V

RJQ8
120k

APJ68

R

GND1
APJ65
LJ32
600

APJ66

1608

L

QJ47
2SC4617
RJR5
10k
1005

1005

5

RJQ9
150k
1005

RJR8
10k
1005

CJ84
220p RJP7 100 1 0 0
1005
RJQ3
120k

2SC4617

QJ50

1 0 0 5

RJR2
150k
1005

1 0 0 5

RJP4
180k

1 0 0 5

RJS1
180k

RJQ0
100

CJ95
0.1/10
1005

APAOR

OUT-L

LJ37
600

2

GND1

1608

Audio-out

LJ38
600

APAOL

CJ77

100p-C
1005

CJ76

APG09
1

100p-C
1005

3

R

2 1 2 5

1005

RJQ6
120k

2 1 2 5

CJ81
4.7/16

GND1

4.7/16

CJ78

1608

CJ87
220p
1005

100p-C
1005

CJ72

CJ74

100p-C
1005

LJ34
600
APGD6

EJ24
YKC21-4042V

1608

OUT-R

GND1

SM0319

26

27
APJ97

28

USB D+

29

30

+8.5V

APJ98
USB D-

G 2

GND1

2 1 2 5

3

LJ36
600

R

25
APJ99

USB+5V

G1 G2

4.7/16

CJ80

1608

Audio-in5
CVBS

Ch1-cut

GND1

APJ67

W

Audio in 1R

APJ70

G 1

CJ94
0.1/10
1005

4

L

Audio in 2R

RJR6
10k
1005

R

1608

CJ82
4.7/16

RJR9
10k
1005

6

100p-C
1005
CJ71

7

W

RJS2
180k

LJ31
600

APVAL

8

L

2 1 2 5

RJR3
150k
1005

1608

2SC4617

9

R

Audio in 3 R(Comp.)
GND

APJ76

1 0 0 5

APVAR

Audio in 4 R(S-video)
GND

14

APJ77

EJ22
YKC21-4087V

Audio in 5 R(CVBS)

APJ86

15
GND
APJ91

2125

CJ45
2.2/10

2125

CJ44
2.2/10

6

7

11
GND
APJ81
Audio in 3 L(Comp.)

QJ19
2SC4617

5

9

Audio in 4 L(S-video)

1005
4 . 4 V

GND1

APJ90

APJ85

2 1 2 5

1 0 0 5

APJ89

1005

RJA7
0
1 0 0 5

W

Audio out R
APJ95

0

2 1 2 5

2 1 2 5

1 0 0 5

CJ41
4.7/16

Audio out L

CJ35
4.7/16

LJ20
SC200JT

APJ46

Audio-in4
S-video

GND

8

+5V

G 2

PWB ASSEMBLY INPUT-C

GND1

CJ90

3
7
8

R

LJ48

G 1

2125
4.7/16

1

1005

RJA3
1005 120k

RJA4
150k
1005

RJ99
100
1005

2 1 2 5
2 1 2 5

I N 2

2
APJ29

CJ38
220p

RJ94 180k

RJ95 180k
RJ96 180k
RJ97 180k
1 0 0 5

CJ36
4.7/16

LJ49
SC200JT

4
6
5

L

Cr

7
APJ74
47
2518

GND1

1 0 0 5

1 0 0 5

1 0 0 5
1 0 0 5

1 0 0 5

EJ08

Audio-in3
Component

CJ69
0.1/10
1005

1005

APJ63

APJ62

0.2Vrms

I N 1

GND

6
GND1

LJ39
SC100JT

CJ31
100p-C
CJ32
100p-C

APJ28
APJ27

A u d i o

Cb

5

1005

D+

GND1

R G B

GND

4

APJ73

2125

A u d i o

Y

3
APJ72

2125

G2

R G B

GND

2

LJ35
SC100JT

3

HSJ1003-01-010

1
APJ71

1 1

1005

GND1

LJ40
SC100JT

EJ27
501568-08H
RJX5
75-1%

9

8

1005

1005
RJK7
33k

1005
RJK8
33k

RJK9
33k

1005

1005
RJW5
150

1005
RJW4
150

RJW3
150

1005

RJX2
560-1%
1005

1 3

1005

2125
2

INC+

GND1

RJX4
75-1%

1 2

CEC

GND1

1

1 4

RJW8
6

10/6.3
2125

RJK1
75-1%

RJK2
75-1%

RJK3
75-1%
APJ61

APJ64

EJ19
UBR23-4K2J00
G1

VS+

GND1

10/6.3
2125
CJ61

1005

1SS355

OUTB

5

7

1SS355

+
-

560-1%
1005
1 5

1005

GND1

1005

560-1%
1005

DJ54

RJL0
0

10/6.3
2125
CJ62

OUTA

RJL1

1005
RJW1
0

1SS355

1SS355
DJ55

+

VS-

4

GND1

CJW1
1.0p-C

1005
RJX1
1 6

CEA
2

1005

1005

RJW0
0

DJ51

1005
RJK4
100k

DJ52

RJK6
100k

LPR6520-G010F
EJ21

2125

1

1005

+5V

RJW7
0

560-1%
RJL3

3RCA-Cr

2

1005
RJK5
100k

Cr

IJW1
EL8302IUZ-T7
INA+
INA-

RJL2
0
CJ97
10/6.3

LJ44
SC100JT
2125

APCr

RJX9
75-1%

3

1005

Cb

LJ43
SC100JT
2125

RJL5
560-1%

APCb

RJX7
75-1%

3RCA-Y

4

RJX8
75-1%

LJ42
SC100JT
2125

APYC-Y1

1

Y

GND1

LK02
600

LK03
600

1608

APSK04

1608

LK04
600

APSK05

LK05
600

1608

APSK06

1608

LK06
600

APSK07

LK07
600

1608

APSK08

1608

LK08
600

APSK09

LK09
600

1608

APSK10

1608

LK10
600

APSK11

LK11
600

1608

APSK12

1608

LK12
600

3

KEYO-2

4

KEYO-3

5

KEYI-0

6

KEYI-1

7

KEYI-2

8

KEYI-3

9

+3.3V

10

I2CCLK

11

I2CDAT

12

GND

KEYI-3

1608

APSK03

2

KEYO-1

KEYI-2

LK01
600

APSK02

KEYI-1

APSK01
1

KEYI-0

EK01
501568-12H
KEYO-0

1608
KEYO-0
UP

COMPUTER
SK02
SKQGABE010

1

2

1

2

3

4

3

4

CK04
100p-C
1005

CK03
100p-C
1005

CK01
100p-C
1005

CK02
100p-C
1005

GND1

SK03
SKQGABE010
1

2

3

4

CK05
100p-C
1005

SK01
SKQGABE010

CK06
100p-C
1005

POWER

G2

DK02
SML-210MT

G1

1005

KEYO-1

8

2

1A

2OE

7

1005

2B

6

1005

1B

RK03
10k

3

0.1/10
1005

IK01
STMPE801MTR
16 VCC

VIO

1

4

GND

2A

GND

2

14 Address

GPIO_0

3

13 CLOCK

GPIO_1

4

12 Reset

GPIO_2

5

11 INT

GPIO_3

6

10 GPIO_7

GPIO_4

7

GPIO_6

GPIO_5

8

15 DATA

5

1.0/10

CK32

0
1005

RK05

1005

GND1

DOWN

LEFT

SK05
SKQGABE010

SK06
SKQGABE010

1

2

1

2

1

2

3

4

3

4

3

4

CK07
100p-C
1005

RK06
0

RIGHT
SK04
SKQGABE010

CK12
100p-C
1005

Vcc

CK11
100p-C
1005

1OE

CK10
100p-C
1005

CK31

1

CK09
100p-C
1005

IK02
SN74CB3T3306DCU

CK08
100p-C
1005

RK04
4.7k

0.1/10
1005

CK33

RK07
4.7k

RK01
330

2010

ZOOM

FOCUS

SK08
SKQGABE010

SK09
SKQGABE010

2

3

4

1

2

3

4

CK18
100p-C
1005

CK14
100p-C
1005

CK13
100p-C
1005

2010

1

CK17
100p-C
1005

4

CK16
100p-C
1005

2

3

CK15
100p-C
1005

1
I2C SLAVE ADRR. 82h

DK08
SML-210MT

SHIFT
SK07
SKQGABE010
DK07
SML-210MT

RK02
330

DK09
SML-210MT

KEYO-2
9

GND1

GND1

SM0319

PWB ASSEMBLY KEYPAD

2

3

4

1

2

3

4

CK25
100p-C
1005

1

CK26
100p-C
1005

BLANK
SK13
SKQGABE010
DK12
SML-210MT

4

DK11
SML-210MT

2

3

CK22
100p-C
1005

1

CK21
100p-C
1005

DK10
SML-210MT

4

CK20
100p-C
1005

2

3
CK19
100p-C
1005

1

MENU
SK12
SKQGABE010

CK24
100p-C
1005

DIGITAL
SK11
SKQGABE010

CK23
100p-C
1005

VIDEO
SK10
SKQGABE010

DK13
SML-210MT

KEYO-3

X201
14.31818MHz
SMD-49

C246
18p-C
1005

1005
DATA-A
CLK-A

R275
100
R248
10k
R281 1005
100
1005 R280
0

VD_SDG
R202
0

HPD_RST2
NW_RST_PW
LAMP_ON

1005 R203
0

WHISPER

R229 1005
100

SO_RXD

2

IN_A

3

GND

OUT_Y

1005

R2M9
100
1005

UARTSEL2

G

1

VCC

5

R260
10
2

IN_A

3

GND

R2M6
100
OUT_Y

SO_TXD

4

1005

C2A2
0.1/10
1005

I2A3
TC7SZ126FU

Used as Port-K
1

G

2

IN_A

VCC

5

R2M5
100
TXD

R2M7
100

1005
GND

OUT_Y

R2M8
100

R250
3.3k
1005

SI_TXD
1005

CS_DAC
POWERF

I
I
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O

R209
10k
1005

1005

R207
10k

R211
4.7k
1005

IN1G0
IN1G1
IN1G2
IN1G3
IN1G4
IN1G5
IN1G6
IN1G7
IN1G8
IN1G9

P6
V2
V3
W1
W2
W3
R5
V4
Y1
Y2

IN1G0
IN1G1
IN1G2
IN1G3
IN1G4
IN1G5
IN1G6
IN1G7
IN1G8
IN1G9

I
I
I
I
I
I
I
I
I
I

IN1B0
IN1B1
IN1B2
IN1B3
IN1B4
IN1B5
IN1B6
IN1B7
IN1B8
IN1B9

R4
Y3
AA1
AA2
T5
W4
AA3
U4
AB1
Y4

IN1B0
IN1B1
IN1B2
IN1B3
IN1B4
IN1B5
IN1B6
IN1B7
IN1B8
IN1B9

I
I
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O

R1
T1

UARTSEL3

1

G

RXD

2

IN_A

VCC

5

R2J1
100
3

GND

OUT_Y

4

1005
R2J2
33

ES_RXD

O
O
O
O
O
O
O
O
O
O

DRE0
DRE1
DRE2
DRE3
DRE4
DRE5
DRE6
DRE7
DRE8
DRE9

AE18
AC14
AD16
AB13
AF20
AE19
AD18
AC15
AD17
AF21

O
O
O
O
O
O
O
O
O
O

DGE0
DGE1
DGE2
DGE3
DGE4
DGE5
DGE6
DGE7
DGE8
DGE9

AC16
AE20
AD19
AB14
AF22
AE21
AF23
AC17
AD20
AE22

1005

R261
10
1005

CHDEN

DCLK
DVS
DHS

R262
10
1005

R263
22
2010
R264
22
2010
R265
22
2010
R266
22
2010
R267
22

G

VCC

2

IN_A

3

GND

O
O
O
O
O
O
O
O
O
O

DBE0
DBE1
DBE2
DBE3
DBE4
DBE5
DBE6
DBE7
DBE8
DBE9

AF24
AE23
AB15
AC19
AD21
AF25
AE24
AC20
AB17
AD23

I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O

DRO0
DRO1
DRO2
DRO3
DRO4
DRO5
DRO6
DRO7
DRO8
DRO9

AF26
AE25
AC21
AB16
AC22
AD24
AC23
AB18
AB20
AE26

5

R2J3
100
OUT_Y

R268
22
2010

RXD0

4

R269
22
2010
R270
22

*R2L1
22
2010
*R2L2
22
2010

1005

I2A6
TC7SZ126FU

TXD0

1

G

2

IN_A

3

GND

VCC

5

R2J4
100
OUT_Y

ES_TXD

4

I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O

DGO0
DGO1
DGO2
DGO3
DGO4
DGO5
DGO6
DGO7
DGO8
DGO9

AD25
AD26
AB21
AB19
AC24
AC26
AC25
AB26
AB25
AB22

I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O

DBO0
DBO1
DBO2
DBO3
DBO4
DBO5
DBO6
DBO7
DBO8
DBO9

AB24
AA19
AB23
AA26
AA25
AA24
AA23
AA21
Y26
AA22

Y=INV(In2)+In0
C2A6
0.1/10
1005
I2A7
TC7SZ125FU
1

G

2

IN_A

VCC

5

R2J6
100
3

GND1

GND

OUT_Y
Y=In2+In1

*R2L3
22
2010
*R2L4
22
2010
*R2L5
22
2010

1005

*R2L6
22
2010
*R2L7
22
2010
*R2L8
22
2010

TXD

4

1005
R2J7
33
1005

SM0319

DRE2
DRE3
DRE4
DRE5
DRE6
DRE7
DRE8
DRE9
DRE0
DRE1
DGE0
DGE1
DGE2
DGE3
DGE4
DGE5
DGE6
DGE7
DGE8
DGE9
DBE0
DBE1
DBE2
DBE3
DBE4
DBE5
DBE6
DBE7
DBE8
DBE9

2010

1005
I2A5
TC7SZ126FU
1

AD22
Y24
Y25
AC18

1005

C2A4
0.1/10

1005

IN1R0
IN1R1
IN1R2
IN1R3
IN1R4
IN1R5
IN1R6
IN1R7
IN1R8
IN1R9

Used as Port-H5
I
IN1CLP
I
IN1CST
Used as Port-H4

1005

P3
P4
P5
R2
U2
R3
U3
T3
T4
V1

I
I
I
I
I
I
I

I2A4
TC7SZ125FU

R2J8
10k

IN1R0
IN1R1
IN1R2
IN1R3
IN1R4
IN1R5
IN1R6
IN1R7
IN1R8
IN1R9

1005

IN1CLK
IN1PEN
IN1VBI
IN1AHS
IN1HS
IN1VS
IN1FLD

DCLK
DVS
DHS
DEN

2010

R2J5
10k

IN1HS
IN1VS
IN1FLD

AA4
U5
N4
U1
AB3
AB2
T2

E-SHOT <->

I201
PW388B-10L

O
O
O
O

4

1005

CH1CK
CH1PE
CH1VB
CH1AH
CH1HS
CH1VS
CH1FL

I201
PW388B-10L

Used as Port-J

R276
33

R257
0
1005

GND1

DISPLAY PORT

PWB ASSEMBLY MAIN 1

RDN
WRN
ROMOE
ROMWE
PCS0
PCS1

BroadCast

I2A2
TC7SZ125FU

1005

R205
0

R258
0
1005

R256
0
1005

GND1

RXD

R282
33

IN1CLK
IN1PEN
IN1AHS

R247
100
2010

Used as Port-I

+3.3V

from
ADV7800
(010.sht)
SiI9125CTU
(012.sht)

33
2010

4

1005

INPUT PORT 1

I
I

RD
WR
ROMOE
ROMWE
CS0
CS1
NMI

Y6
AC5
AF5
AF8
AD8
AE8
AE12

1005

3

+3.3V

Y 2 3 ADR24B
A E 7 EXRSTEN

I/O
I/O
O
O
I/O
I/O
I

R237
10k

R2M3
100

1005

1005

GND1

R236
4.7k
1005

5

GND1

GND1

1005

1005
VCC

10k
1005
R234
10k
1005

2010

DRO2
DRO3
DRO4
DRO5
DRO6
DRO7
DRO8
DRO9
DRO0
DRO1
DGO0
DGO1
DGO2
DGO3
DGO4
DGO5
DGO6
DGO7
DGO8
DGO9
DBO0
DBO1
DBO2
DBO3
DBO4
DBO5
DBO6
DBO7
DBO8
DBO9

NMI

GND44
GND45
GND46
GND47
GND48
GND49
GND50
GND51
GND52
GND53
GND54
GND55
GND56
GND57
GND58
GND59
GND60
GND61
GND62
GND63
GND64
GND65
GND66
GND67
GND68
GND69
GND70
GND71
GND72
GND73
GND74

A C 6 NC

VDD25-1
VDD25-2
VDD25-3
VDD25-4
VDD25-5
VDD25-6
VDD25-7
VDD25-8
VDD25-9
VDD25-10
VDD25-11
VDD25-12
VDD25-13
VDD25-14
VDD25-15
VDD25-16
VDD25-17
VDD25-18
VDD25-19
VDD25-20
VDD25-21
VDD25-22
VDD25-23
VDD25-24
VDD25-25
VDD25-26
VDD25-27
VDD25-28
VDD25-29
VDD25-30
VDD25-31
VDD25-32
VDD25-33
VDD25-34
VDD25-35
VDD25-36
VDD25-37
VDD25-38
VDD25-39
VDD25-40
VDD25-41
VDD25-42
VDD25-43
VDD25-44
VDD25-45
VDD25-46
VDD25-47

A19
A23
B10
C22
D8
D10
D13
D15
D17
E9
E12
E15
E16
E18
E19
E20
F10
F11
F13
F14
F15
F17
F18
F20
F24
F25
G21
G22
H21
H22
H25
J22
K21
K26
L22
M21
N21
N22
P22
R21
R22
T21
T22
U22
U23
V21
V22

CH018

VADC33 A B 6
VDD33-1
VDD33-2
VDD33-3
VDD33-4
VDD33-5
VDD33-6
VDD33-7
VDD33-8
VDD33-9
VDD33-10
VDD33-11
VDD33-12
VDD33-13
VDD33-14
VDD33-15
VDD33-16
VDD33-17

F7
G6
K6
N6
T6
W6
W21
Y7
Y21
AA8
AA10
AA11
AA13
AA14
AA16
AA17
AA20

1000p
1005
+2.5V

C213
4.7/6.3

+4.0V

C214
C215
0.01/16
1005
1.0/6.3
1005
C216
C217
0.1/10
1005
1000p
1005
C219
1.0/10
C220
C221
0.01/16
1005
1.0/6.3
1005

L205
SGM20F1C104-4A
2125

C223
4.7/6.3

5

R201
1.0k
G

R2M1
100

1005

LCONT_IN

R233
10k
1005

R235
4.7k

1005

1005

3.3k

CH---TWIACLK

R251

CH---TWIADAT

2010
R228
100

1005

1005
I2A1
TC7SZ126FU

33

R246

6

I
I
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O

2010

2010
R232

4

R245

1000p
1005
C208
C207
1000p 0.01/16
1005
1005
C209
C210
0.1/10
1005
1.0/6.3
1005
C249

Cont

IN0BO0
IN0BO1
IN0BO2
IN0BO3
IN0BO4
IN0BO5
IN0BO6
IN0BO7
IN0BO8
IN0BO9

2010

10k
2010

E_FILT

R277
100

R278
100
R279

R2K7
0

1SS355
1SS355
1SS355
1SS355

1005

C2A0
0.1/10

1

TMS
I
TDO
I/O
TDI
I
TRSTN
I
TCK
I
JTAGSEL
I
TESTMODE I

C206
1.0/6.3
1005
C218 4.7/6.3

2.5V-CPU

600mA/1020mW
Cn

K4
J3
K3
K2
L3
K1
M4
L4
L2
L1

R2K6
10k
2010
GND1

D201
D202
D203
D204

KEYO0
KEYO1
KEYO2
KEYO3
LED-P-G
LED-P-R
LED-TEMP
LED-LAMP

OUT_Y

W23
W24
W25
W26
W22
Y22
V26

1000p
1005

C205

4

I
I
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O

2010

GND

R231
10k

33
2010

C204

0.1/10
1005

L204
SGM20F1C104-4A
2125

C224
C225
0.01/16
1005
1.0/6.3
1005
C226
C227
0.1/10
1005
1.0/6.3
1005

C254
470p
1005

IN0GO0
IN0GO1
IN0GO2
IN0GO3
IN0GO4
IN0GO5
IN0GO6
IN0GO7
IN0GO8
IN0GO9

R274
100

R2K1
10k
2010

R230
4.7k
R2M4
100

3

CHAD3

5

1005

R244

C203

7

K5
H4
H3
H2
L6
H1
J2
J4
M5
J1

2010

VCC

I
I
I
I

33
2010

1608

10/6.3
2125

NC-6

R2K4
10k 1005

R2K5
10k
2010
Drive 1.8V
POWER5
Drive POWER6
3.3V
POWER7
Drive 15.5V

R273
100

IN_A

1005

ADC0
ADC1
ADC2
ADC3

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

R243

F9
F12
F16
F19
G7
J6
J21
L21
M6
P21
R6
U21
V6
Y20
AA9
AA12
AA15
AA18

G1

I
I
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O

G

2

R2K9
0

AF6
AD5
AA6
AE5

R255
33

1005

VDD18-1
VDD18-2
VDD18-3
VDD18-4
VDD18-5
VDD18-6
VDD18-7
VDD18-8
VDD18-9
VDD18-10
VDD18-11
VDD18-12
VDD18-13
VDD18-14
VDD18-15
VDD18-16
VDD18-17
VDD18-18

GND

IN0RO0
IN0RO1
IN0RO2
IN0RO3
IN0RO4
IN0RO5
IN0RO6
IN0RO7
IN0RO8
IN0RO9

C248

1005

F3
F2
J5
E1
G4
F1
L5
G3
G2
G1

1005
R2K2 10k
1005

1

R2M2
100
SI_RXD

1005

CHAD0
CHAD1
CHAD2

NW_RST_PW

C245

1.0/6.3
1005

3

DAN202U
R2K3 10k

I
I
I
I
I
I
I
I
I
I

R2K8
0

AF12
AD11
AE11
AF11
AC10
AD10
AE10
AC11
AF10
AC9
AD9
AB10
AE9
AB8
AF9
AC8

1005
R254 1005
33

L203
600

1000p
CHM18 1005
C202

8

Exhaust fan
POWER4

IN0BE0
IN0BE1
IN0BE2
IN0BE3
IN0BE4
IN0BE5
IN0BE6
IN0BE7
IN0BE8
IN0BE9

2010

1005

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

R253
33

+1.8VCPU

Vin

D215

E4
E3
C2
E2
H5
F5
D1
G5
H6
F4

I2A0
TC7SZ125FU

TPUL1

R208
33

I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O

CHA21
CHA22
CHA23

VAAK18 D 7
VAAM18 V 2 5

C201

900mA

NC-7

DAN202U

IN0BE0
IN0BE1
IN0BE2
IN0BE3
IN0BE4
IN0BE5
IN0BE6
IN0BE7
IN0BE8
IN0BE9

IRIS_PWM
GSENSOR
INTEMP
OUTTEMP
PWBTEMP

I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O

GND1
GND2
GND3
GND4
GND5
GND6
GND7
GND8
GND9
GND10
GND11
GND12
GND13
GND14
GND15
GND16
GND17
GND18
GND19
GND20
GND21
GND22
GND23
GND24
GND25
GND26
GND27
GND28
GND29
GND30
GND31
GND32
GND33
GND34
GND35
GND36
GND37
GND38
GND39
GND40
GND41
GND42
GND43

CHP18

NC-2

Lamp/PBS fan
POWER3

+3.3V

2010
R227
33

PORTB0
PORTB1
PORTB2
PORTB3
PORTB4
PORTB5
PORTB6
PORTB7

B3
C11
D19
G20
G23
K10
K11
K12
K13
K14
K15
K16
K17
L10
L11
L12
L13
L14
L15
L16
L17
M10
M11
M12
M13
M14
M15
M16
M17
N10
N11
N12
N13
N14
N15
N16
N17
P10
P11
P12
P13
P14
P15
P16
P17
R10
R11
R12
R13
R14
R15
R16
R17
R23
T10
T11
T12
T13
T14
T15
T16
T17
U10
U11
U12
U13
U14
U15
U16
U17
V24
AA7
AB7
AE6

VPPM18 A D 6
VPPD18 A F 7

2

D214

I
I
I
I
I
I
I
I
I
I

AD14
AC12
AF15
AE15
AF16
AF17
AF18
AE16

R226
33

R242
33
2010

CHGND

L202
600
1608

I201
PW388B-10L

C253
10/6.3 2125

1SS355

IN0GE0
IN0GE1
IN0GE2
IN0GE3
IN0GE4
IN0GE5
IN0GE6
IN0GE7
IN0GE8
IN0GE9

1005

R241
33
2010

POWER AND GROUND

I202
MM1662FHBE

1SS355
D216

D5
C3
E5
D4
D3
B1
F6
B2
C1
D2

R224
100
1005

I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O

2010
R240
33
2010

Vout

Power fan
POWER2

IN0GE0
IN0GE1
IN0GE2
IN0GE3
IN0GE4
IN0GE5
IN0GE6
IN0GE7
IN0GE8
IN0GE9

R225
33
1005

2010
C255
0.1/10

PORTA0
PORTA1
PORTA2
PORTA3
PORTA4
PORTA5
PORTA6
PORTA7

R239
33

1

D213

AD12
AB11
AF13
AE13
AD13
AC13
AF14
AE14

1005

PWM_G
PWM_CPLD
PCS2
CHPCS3
DATA1
CLK1
UARTSEL3
IRIS_POW
EXTINT
SYN_SEL2(REON) VD_VSEN

A B 1 2 IRRCVR0
I
A D 1 5 IRRCVR1
I
Used as EXTINT1

1005
R222
33

R223
33

R289
0
1005

I2CDATP
I2CCLKP

O
O

C252

DAN202U

1005

A E 1 7 RXD
A F 1 9 TXD

1.0/10

D212
Panel fan
POWER1

1005

I2CDAT
I2CCLK
I2CDATCC
I2CCLKCC

1005
R218
0

A1
A2
A3
A4
A5
A6
A7
A8
A9
A10
A11
A12
A13
A14
A15
A16
A17
A18
A19
A20
A21
MSLEEP

D251
SFPB-66

DAN202U

1005
R221
33

R216
100

R259
10k

Power supply
POWER0

R2M0
100

D211

1005
R220
4.7k

PWRC
EXTINT_C

1005
+3.3VI2C

1005
R217
0

R238
33
2010

4.7/6.3
2125

I
I
I
I
I
I
I
I
I
I

R286
0

R219
4.7k

I
O

C251
1.0/10

IN0RE0
IN0RE1
IN0RE2
IN0RE3
IN0RE4
IN0RE5
IN0RE6
IN0RE7
IN0RE8
IN0RE9

R215
100
RXD0
TXD0

+3.3VP

Q211
DTA114YKA
IN0RE0
IN0RE1
IN0RE2
IN0RE3
IN0RE4
IN0RE5
IN0RE6
IN0RE7
IN0RE8
IN0RE9

1005

HPD_RST
HDMI_RST
R272
0
1005

CH0CT

A D 7 XI
A B 9 XO

I/O
A1 A E 4
I/O
A2 A F 4
I/O
A3 A F 3
I/O
A4 A D 4
I/O
A5 A E 3
I/O
A6 A B 5
I/O
A7 Y 5
I/O
A8 A F 2
I/O
A9 A C 4
I/O
A10 A E 2
I/O
A11 W 5
I/O
A12 A F 1
I/O
A13 A E 1
I/O
A14 A A 5
I/O
A15 A D 3
I/O
A16 A B 4
I/O
A17 A C 3
I/O
PWM1
A18 A D 2
I/O
PWM0
A19 V 5
I/O
A20 A D 1
I/O
A21 A C 2
A22 A C 1
A22 I / O
A23 I / O
A23 U 6
Used as Port-H2,H3

600mA

A3
A1
E7
D6
C5
F8
B4
A2
E6
C4

N5
N2

1608
CHXTI
CHXTO

I/O

C256

I
I
I
I
I
I
I

600

10/6.3
2125

IN0CLK
IN0PEN
IN0VBI
IN0AHS
IN0HS
IN0VS
IN0FLD

MISC
L201

1005

R287
0

R271
10k
1005

CH0CP

I201
PW388B-10L

1005

R214
0
0.01/16
1005

N1
M2
N3
P1
M3
M1
P2

R285
1.0M

Q201
DTC114EE

1005

1005

LAMP-S

CH0CK
CH0PE
CH0VB
CH0AH
CH0HS
CH0VS
CH0FL

Used as Port-H7
IN0CLP
I
IN0CST
I
Used as Port-H6

1005

IN0AHS
IN0HS
IN0VS
IN0FLD

I201
PW388B-10L

INPUT PORT 0

R284
820
1005

1005

A C 7 RESETB

1005
R288
1.0k

IN0CLK

EMU-RESET

1005

from MST3566
(009.sht)

1005
R210
10k

GND1

R206
10k

R212
0

R213
1.0k

C211

R204
1.0k
RESETN

C247
15p-C
1005

GND1

+2.5V-TE

C229
1.0/10
C230
1000p
1005

C231
1.0/6.3
1005

C232
1000p
1005

C233
1.0/6.3
1005

C234
CH025 10/6.3
2125
C235

150mA

L206
600
1608
+3.3V

1.0/6.3
1005
C236
C237
0.01/16
1005
4.7/6.3
C238
C239
0.01/16
1005
0.01/16
1005
C240
C241
1000p
1005
1.0/6.3
1005
C242
C243
4.7/6.3
1.0/6.3
C244
1005
CH033 10/6.3
2125

KIKU1C

KIKU1S

KIKU2C

KIKU2S

KIKU3C

KIKU3S

KIKU4C

KIKU4S

KIKU5C

KIKU5S

KIKU6C

KIKU6S

KIKU7S

KIKU8S

GND1
GND1

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

A1
A2
A3
A4
A5
A6
A7
A8
A9
A10
A11
A12
A13
A14
A15
A16
A17
A18
A19
A20
A21

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

A1
A2
A3
A4
A5
A6
A7
A8
A9
A10
A11
A12
A13
A14
A15
A16
A17
A18
A19
A20
A21
L251
+3.3V

Y2
18

Y1

D7
DQ7 44

RDN

A11

D14

OE2

D6

VCC

DQ14 43

A10
7

A9

DQ6 42

8

A8

DQ13 41

OE1
C2T1

A9

0.01/16
1005

D5
A19

9

PCS1

C2T3
470p
1005

D13

A20
DQ5 40

A21

D12
DQ12 39

2010

DQ3 35

2010
Y2

D8

Y1

DQ8 30
OE2

A5
21 A4

2010
R294
22
2010
R295
22
2010
R296
22
2010
R297
22
2010
R298
22
2010
R299
22
2010
R2A1
22
2010

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

I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O

22 A3

Vss-27 27

23 A2

CE 26

24 A1

A0 25

MREFIN0
MREFIN1
MCK
MCKN
MCKFBK
MCKFBKN
MCKE

U26
U25
V23
U24
L23

0.1/10
1005

C299

R24
B26

MVREF
C295
1000p

R2H5
47
1005
R2A4
47
1005

R2A6
0

R2H6
47
1005

R2A5
47

R2A7

1005

0
1005

R2A8
0

R2A9

1005

OE1

VCC

1005

C2T2

R292
10k

0.01/16
1005

1005

0
1005
O
O
O
O
O
O
I/O
I/O
O
O
O
O
O
O
O
O
O
O
O
O
O

O
O
I/O
I/O

A4
A3

O
O
I
I
O

O
O

ROMOE

OE 28

I
I

MRAS
MCAS
MWE
MCS
MDM0
MDM1
MDQS0
MDQS1
MA0
MA1
MA2
MA3
MA4
MA5
MA6
MA7
MA8
MA9
MA10
MA11
MA12
MBNK0
MBNK1

N23
H26
J25
L24

MCK1
MCK1N

MD1
MD2

C296

MD3
MD4

0.1/10
1005

2010

MD5
MD6

C297
0.01/16

10

1005

12

2010

MD7

2010
R2R4
22
2010
R2R5
22
2010

7

9

11

14

C257

15
16

18
19

MDM0
MWE
MCAS
MRAS
MCS

0.01/16
1005

20
21
22
23
24
25

MBNK0
MBNK1

26
27

MA10
MA0
MA1
MA2
MA3

MCKE
MBNK0
MBNK1

2010

MDM2 C24
MDM3 E23
MDQS2 D24
MDQS3 A25

6

17

R2R6
22

K24
G26

5

13

MA0
MA1
MA2
MA3
MA4
MA5
MA6
MA7
MA8
MA9
MA10
MA11
MA12

R2R3
22

4

C298
1000p
1005

MDQS0

M22
J24
G25
F26
D25
K22
D26
J23
E25
E26
M23
K23
H24

3

8

MDM0
MDM1
MDQS0
MDQS1

R2R2
22

1
2

MRAS
MCAS
MWE
MCS

R2R1
22

M26
M25
N26
N25

MD0

1005

28
29
30
31
32
33

MDM2
MDM3
MDQS2
MDQS3

R2R7
22
2010

C262
0.1/10

I252
K4H561638H-UCB30

MCK0
MCK0N

VDD1
DQ0
VDDQ1
DQ1
DQ2
VSSQ1
DQ3
DQ4
VDDQ2
DQ5
DQ6
VSSQ2
DQ7
NC1
VDDQ3
LDQS
NC2
VDD2
NC3
LDM
/WE
/CAS
/RAS
/CS
NC4
BA0
BA1
A10
A0
A1
A2
A3
VDD3

VSS3
DQ15
VSSQ5
DQ14
DQ13
VDDQ5
DQ12
DQ11
VSSQ4
DQ10
DQ9
VDDQ4
DQ8
NC7
VSSQ3
UDQS
NC6
VREF
VSS2
UDM
/CK
CK
CKE
NC5
A12
A11
A9
A8
A7
A6
A5
A4
VSS1

1005

66

C259
1000p

65
64
63

1005

61
60

I253
K4H561638H-UCB30
1

MD15

MD16

MD14
MD13

MD17
MD18

C263

MD12
MD11

MD19
MD20

1000p
1005

MD10
MD9

MD21
MD22

C264
0.01/16

10

1005

12

2

62

3
4
5
6

59

7
8

58
57
56
55

MD23

MD8

54

9

11

13

C260

53

14

0.01/16
1005

52
51
50

C261
0.1/10
1005

49
48
47
46
45
44
43

MDQS1

C266
MDM1
MCK0N
MCK0
MCKE

41
40
39
38
37
36

15
16
17

MVREF

18
19

MDM2
MWE
MCAS
MRAS
MCS

0.01/16
1005

20
21
22
23
24

MA12
MA11
MA9
MA8
MA7
MA6
MA5
MA4

42

C265
1000p
1005

MDQS2

25

MBNK0
MBNK1

26
27

MA10
MA0
MA1
MA2
MA3

28
29
30
31

35

32

34

33

C258

C267

0.01/16
1005

0.1/10
1005

C291

T26
T25
R26
R25
P26
P25
T24
T23
L26
L25
P24
N24
K25
P23
M24
J26
G24
H23
E24
C26
C25
A26
B25
F23
D23
B24
F22
A24
B23
E22
F21
C23

VDD1
DQ0
VDDQ1
DQ1
DQ2
VSSQ1
DQ3
DQ4
VDDQ2
DQ5
DQ6
VSSQ2
DQ7
NC1
VDDQ3
LDQS
NC2
VDD2
NC3
LDM
/WE
/CAS
/RAS
/CS
NC4
BA0
BA1
A10
A0
A1
A2
A3
VDD3

VSS3
DQ15
VSSQ5
DQ14
DQ13
VDDQ5
DQ12
DQ11
VSSQ4
DQ10
DQ9
VDDQ4
DQ8
NC7
VSSQ3
UDQS
NC6
VREF
VSS2
UDM
/CK
CK
CKE
NC5
A12
A11
A9
A8
A7
A6
A5
A4
VSS1

10/6.3
2125

R293
22

A1
20

R291
0

2010

1005

D0
DQ0 29

LNS_H_SW1
LNS_H_SW2
LNS_V_SW1
LNS_V_SW2

A2
19

A6
20 A5

A3

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

1

19 A6

D1

18

A7

R2T8
0
2010

2

DQ1 31

A4
17

18 A7

A8

A5

Y3

3

DQ9 32

16

D9
17 A17

Y4

4

A18

D11
D10
D9
D8

LNS_ID2
LNS_ID1
LNS_ID0
COVER-S

A6
15

D2
DQ2 33

16 A18

Y5

5

DQ10 34

A19

R2T0
100

R2T7
0
2010

A7
14

D10

6

1005
15 RY/BY

A8

Y6

D3
14 WP/ACC

GND

Y7
13

R2W6
10k

Y8

7

D11
DQ11 36

13 NC-13

R290
10k

12

35mA

8

37

I2T2
SN74LVC541APW

R2T9
100
11

Vcc-37

D15
D14
D13
D12

9

12 RESET

D4

C293
0.01/16
1005

DQ4 38

10

11 WE

R2W1
10k

10 A20

ROMWE

1005

R2A2
1.0k-1%

A1
20

A10

6

A2
19

A11

5

1

A12

KEYI3
KEYI2
KEYI1
KEYI0

2010

DQ15 45

A3

2

A12

4

R2T3
10k
2010

C2T6
470p
1005
R2T1
10k

2010
D15

GND1

A4

C2T4 470p
C2T5 1005
470p 1005

46

A13

I201
PW388B-10L

MAIN MEMORY PORT

A5

Y3
17

Vss-46

A13

Y4

FL_COVER
LAMP-S

3

1005

16

R2W8
0

R2A3
1.0k-1%
1005

WL_DET
SBUSY

A6

4

NC-47 47

A14

Y5
15

A14

A15

R2T6
100

5

2

D3
D2
D1
D0

CH---SIG_DT

0.1/10
1005
C294

14

A16 48

6

A15

R2W7
10k

13

1

3

A7
7

A16

R2T4
0
2010

8

Y6
I251
K8P3215UQB-PI4B

R2T2
10k

A8

2010

GND

Y7

1005

12

Y8

2010

N251

11

A17

I2T1
SN74LVC541APW

R2T5
100

9

D7
D6
D5
D4

10

65mA

600
1608

66

C268
1000p

65
64
63

1005

MD31
MD30
MD29

62
61

MD28
MD27

60
59
58

MD26
MD25

57
56
55

MD24

54

C269

53

0.01/16
1005

52
51
50

C270
0.1/10
1005

49
48
47
46
45
44
43

MDQS3
MVREF
MDM3
MCK1N
MCK1
MCKE

MA12
MA11
MA9
MA8
MA7
MA6
MA5
MA4

42
41
40
39
38
37
36
35
34

GND1

1005
A2
RESETN
FLASH_CE
A1

R2V6
0

C2V1
0.01/16
1005

I2V1
SN74LV273APW
CLR

GND1

1

20

GND1

VCC

1005

3Q
E251
WR-60S-VF1-1

R2V3
100

A1

3D
4D

59

A3

3

58

A5

4

57

A7

4Q

A14

A17

10

51

11

50

A16

A19

12

52

A21

FLASH_CE

47

R2H2

46

0
1005

45

R2H1
0
1005

17

44

1005

R2G3
1.8k

D14

18

C2V2
0.01/16
1005

R2W2
0

I2V2
SN74LV273APW
CLR

D8
D9
D10
D11

RESETN
CPU-RESET

R2V7
0

1D
2D
2Q

D7
D6

R2V9
100

3D

D13

42

4Q
20

41

D4

21

40

D12

22

39

D11

D3

23

38

D10

D2

24

37

D9

25

36

RXD0

35

27

34

28

33

29

32

30

31

CLR
CK

4

18

D
D
CK
CLR

16

Q
Q

Q
Q
CLR
CK

15

CLR
CK

7

8

17

CK
CLR

5

6

19

CLR
CK

D
D

14

D
D

D
D
CK
CLR

13

CK
CLR

9

VCC

12

8Q
R2V8
0

8D

10

D15
D14
D13
D12

7D
7Q

2010

6Q
R2V0
100

6D

RC_56
RC_38
RC_REAR
RC_UPPER

5D
5Q

Q

2010
11

CLK

KD0
KD1
KD2
KD3
KD4
KD5
KD6
KD7
KD8
KD9
KD10
KD11
KD12
KD13
KD14
KD15
KD16
KD17
KD18
KD19
KD20
KD21
KD22
KD23
KD24
KD25
KD26
KD27
KD28
KD29
KD30
KD31

R2R8
22
2010
R2R9
22
2010
R2C1
22
2010
R2C2
22
2010
R2C3
22
2010
R2C4
22
2010
R2C5
22
2010
R2C6
22
2010

D22
A22
B22
E21
A21
B21
C21
D21
B19
A18
B18
C18
D18
A17
E17
B17
A11
B11
A10
D12
B9
D11
C10
A8
C9
E10
B7
D9
C8
A5
A4
B6

KD0
KD1
KD2
KD3
KD4
KD5
KD6
KD7
KD8
KD9
KD10
KD11
KD12
KD13
KD14
KD15
KD16
KD17
KD18
KD19
KD20
KD21
KD22
KD23
KD24
KD25
KD26
KD27
KD28
KD29
KD30
KD31

I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O
I/O

I
I
O
O
I
I
O

KREFIN0
KREFIN1

C19
A9

KCK B5
KCKN C6
KCKFBK C7
KCKFBKN E8
KCKE D14

1005

KVREF
C272
0.1/10

R2H7
47
1005
R2C9
47
1005

R2E2
0
R2E3

R2E1
47

R2H8
47
1005

0
1005
R2E5

1005

0
1005
O
O
O
O

KRAS
KCAS
KWE
KCS

B16
A16
C17
C16

KDM0
KDM1
KDQS0
KDQS1

C20
D20
A20
B20

O
O
O
O
O
O
O
O
O
O
O
O
O

KA0
KA1
KA2
KA3
KA4
KA5
KA6
KA7
KA8
KA9
KA10
KA11
KA12

C15
A14
B14
C14
C12
E13
B12
A12
C13
B13
B15
A13
E14

O
O

KBNK0
KBNK1

D16
A15

O
O
I/O
I/O

O
O
I/O
I/O

KDM2 A6
KDM3 B8
KDQS2 E11
KDQS3 A7

R2E6
22
2010

1005
R2E4
0
1005

KCK0
KCK0N

GND1

KCK1
KCK1N

KRAS
KCAS
KWE
KCS

2010

C273

KD3
KD4

1000p
1005

KD5
KD6

C274
0.01/16

KD7

2010
R2E9
22
2010
R2F1
22
2010
R2F2
22
2010

R2F3
22
2010

KA0
KA1
KA2
KA3
KA4
KA5
KA6
KA7
KA8
KA9
KA10
KA11
KA12

5
6
7

9

1005

10
11
12
13
14

C275
1000p
1005

KDQS0
R2E8
22

4

8

KDM0
KDM1
KDQS0
KDQS1

R2E7
22

3

KD1
KD2

15
16
17

C276

18
19

KDM0
KWE
KCAS
KRAS
KCS

0.01/16
1005

20
21
22
23
24
25

KBNK0
KBNK1

KCKE
KBNK0
KBNK1

26
27

KA10
KA0
KA1
KA2
KA3

28
29
30
31
32

KDM2
KDM3
KDQS2
KDQS3

C281
0.1/10

I254
K4H561638H-UCB30
1
2

RC_FRONT
FG_SEL2
FG_SEL1
FG_SEL0

33

VDD1
DQ0
VDDQ1
DQ1
DQ2
VSSQ1
DQ3
DQ4
VDDQ2
DQ5
DQ6
VSSQ2
DQ7
NC1
VDDQ3
LDQS
NC2
VDD2
NC3
LDM
/WE
/CAS
/RAS
/CS
NC4
BA0
BA1
A10
A0
A1
A2
A3
VDD3

VSS3
DQ15
VSSQ5
DQ14
DQ13
VDDQ5
DQ12
DQ11
VSSQ4
DQ10
DQ9
VDDQ4
DQ8
NC7
VSSQ3
UDQS
NC6
VREF
VSS2
UDM
/CK
CK
CKE
NC5
A12
A11
A9
A8
A7
A6
A5
A4
VSS1

1005

66

C278
1000p

65
64
63

1005

KD14
KD13

KD17
KD18

C282

KD12
KD11

KD19
KD20

1000p
1005

KD10
KD9

KD21
KD22

C283
0.01/16

10

1005

12

2

62
61
60

I255
K4H561638H-UCB30
1

KD15

KD16

3
4
5
6

59

7
8

58
57
56
55

KD23

KD8

54

9

11

13

C279

53

14

0.01/16
1005

52
51
50

C280
0.1/10
1005

49
48
47
46
45
44
43

KA12
KA11
KA9
KA8
KA7
KA6
KA5
KA4

42
41
40
39
38
37
36

KDQS1

C284
1000p
1005

KDQS2

16
17

KVREF
C285
KDM1
KCK0N
KCK0
KCKE

15

18
19

KDM2
KWE
KCAS
KRAS
KCS

0.1/10
1005

20
21
22
23
24
25

KBNK0
KBNK1

26
27

KA10
KA0
KA1
KA2
KA3

28
29
30
31

35

32

34

33

C277

C286

0.1/10
1005

0.01/16
1005

VDD1
DQ0
VDDQ1
DQ1
DQ2
VSSQ1
DQ3
DQ4
VDDQ2
DQ5
DQ6
VSSQ2
DQ7
NC1
VDDQ3
LDQS
NC2
VDD2
NC3
LDM
/WE
/CAS
/RAS
/CS
NC4
BA0
BA1
A10
A0
A1
A2
A3
VDD3

VSS3
DQ15
VSSQ5
DQ14
DQ13
VDDQ5
DQ12
DQ11
VSSQ4
DQ10
DQ9
VDDQ4
DQ8
NC7
VSSQ3
UDQS
NC6
VREF
VSS2
UDM
/CK
CK
CKE
NC5
A12
A11
A9
A8
A7
A6
A5
A4
VSS1

66

C287
0.01/16

65
64
63

1005

KD31
KD30
KD29

62
61

KD28
KD27

60
59
58

KD26
KD25

57
56
55

KD24

54

C288

53

0.01/16
1005

52
51
50

C289
0.1/10
1005

49
48
47
46
45

KDQS3
KVREF
KDM3
KCK1N
KCK1
KCKE

44
43

KA12
KA11
KA9
KA8
KA7
KA6
KA5
KA4

42
41
40
39
38
37
36
35
34

GND1

GND1

D1
I256
R1EX24256ASA00A

D0
R2H3
0
1005

R2F4
0

PCS0

1

A0

VCC

8

2

A1

WP

7

3

A2

SCL

6

R2F6
100
1005

TXD0

R2H4

LCONT_IN

0
1005

EMU-RESET

I2CCLK
R2F5
100

2010
4

VSS

SDA

I2CDAT

5

1005

LAMP_ON
R2G5
0
1005
GND1

SM0319

1005
KD0

R2W3
0
1005

C290

NMI

R2G4
0
1005

26

Q

3

2010

GND1
D8

2

Q

Q
GND

PCS1

20

ROMWE

43

D5

GND1

1

1005

4D
19

PCS2

RGBINSEL1
RGBINSEL2

3Q
D15

CLK

RDN

A20

48

14

16

11

IRIS_CT1
IRIS_CT2

2010

ROMOE

10

2010

GND1

A18

49

13

15

Q

R2V5
0
1005

1Q

CHBHEN

5Q

WRN

53
R2G7
A13
100
1005
A15

9

12

GND1
RESETX
RESETSH
RESETP
VDDMNT

5D

+2.5V

8

R2G6 A10
100
1005

9

KEYSTONE MEMORY PORT
R2V4
100

6D

I201
PW388B-10L

1005

54

13

CK
CLR

R2C8
1.0k-1%
1005

2010

1005

55

7

CK
CLR

D7
D6
D5
D4

6Q

1005

A12

6

14

D
D

7Q

R2G1
4.7k

A11

CLR
CK

D
D

Q

A8

56

8

15

R2W4
10k

5

CLR
CK
7

2010
GND

A9

Q
Q

R2F8
4.7k

A6

16

Q
Q

7D

R2F9
820

2

5

6

17

CK
CLR

R2V2
0

8D

1005

A4

CK
CLR

8Q

2010

60

18

D
D

R2F7
820

1

4

19

CLR
CK

0.01/16
1005

A2

CLR
CK
D
D

C292

2Q

2010

+5V

Q

Q

3

10/6.3
2125

2D

2

R2C7
1.0k-1%

1D

0.1/10
1005

R2V1
0

C271

1Q
D0
D1
D2
D3

GND1

PWB ASSEMBLY MAIN 2

RC_FRONT

RC_UPPER

RC_REAR

13

GND1

12

R353
100
11

4A

9

8

2

1Y

4Y

3

2A

3B
3A

2Y

2

IN_A

3

GND

APRC9
APRC0

R384
47k
1005

VCC

5

OUT_Y

4

GPIO_1

4

1.0/10

R3A2
100

R3A3
100

1005

1005

R3A4
100

GPIO_3

6

10 GPIO_7

GPIO_4

7

GPIO_6

GPIO_5

8

3B

8

2B
2Y

3A

GND1
3Y

4

5

R368
100
4

6

GND

I2CCLK

10

I2CDAT

11

GND

12

D8/A8

D7/A9

8

9

1Y

4Y

2A

2

600

R340
100
1005

3

R341
100

1608

APK6

1608

L325
600

APK7

L326
600

1608

APK8

1608

L327
600

APK9

L328
600

1608

APK10

1608

L329
600

APK11

L330
600

1608

1608

APRC1

L314

600

UP_56

3

UP_38

4

FRONT_56

5

FRONT_38

1608
6

GND

1608
G2

APRC2
APRC3
APRC4
APRC5
APRC6

6

7

100p-C

GND

+5V VCC

2

G1

C322

L324
600

D314

600
100p-C

2Y

5

L313

L315

4

100p-C

APK5

1608
600

C321

3Y

2B

1SS355

R363
47k
1005

R343
47k
1005

47k 1005

1

1

1608

L312

C323

3A

UPPER

3B
FRONT

2010
R330
100

L323
600

D313

R366
0

4A

R342

C324
0.01/16
1005

1B

GND1

100
E305

SH-06V

L310
600

L311
600
1608

C320

D9/A7
7

R347
47k

D10/A6
6

1005

D11/A5
5

12 D4/A12

A4
4

11 D5/A11

A3
3

10 D6/A10

A2
2

2010

APK4

1608

1SS355

C325
0.01/16
1005
1005

R346
47k

VDD 13

D3 15

Vcc 14

D2 16

D1 17

D0 18

SI 20

CLK 19

S0 21

EN 22

RESET 23

GND 24
A1
1

10/6.3
2125

C312

NC1

6

AO6

AO5
5

AO4

I306
M62376GP-60AD

8

NC2

C311
0.01/16
1005

9

VDD

CSB 10

DI 12

CLK 11

VFS 13

VSS 14
AO1
1

4B

GND1

KEYO1

R345
100 1005

KEYO2
GND1

KEYI0

1005

R320
100

KEYO3

LED-BLNK
LED-SCTY
LED-TEMP
LED-LAMP
LED-P-G
LED-P-R

KEYI1

APK12

1608

I2CCLK
I2CDAT

L331
600

RC_38

RC_56

KEYI3

POWERA
ANTISLEEP
MUTE
POWER9

KEYI2

9

+3.3V

1A

R344
100
1005

Au_C_S_SW
DEEMPH
SP_OFF
CH1_CUT

8

8

BNCTRM
MONOUTSEL3
MONOUTSEL2
MONOUTSEL1

7

KEYI-3

R365
100
1005

2010

KEYI-2

9

LPF_STR4
LPF_STR3
LPF_STR2
LPF_STR1
PWM_G

6

R329
100

1608

MUTE_COMP_ADC
p10 MUTE_COMP_VDC

5

KEYI-1

2010

L322
600

FAN-CNT8

KEYI-0

12

1005

APK3

KEYO0

1005

L321
600

R327
100

1608

4

KEYO-3

R326
100

APK2

3

KEYO-2

R325
100

L320
600

FAN-CNT7

2

R364
10k

1005

FAN-CNT3
FAN-CNT4
FAN-CNT5
FAN-CNT6

1

APK1

1005

R362
33

7

GND1

E310
501331-12V

KEYO-1

13

10

+5V

KEYO-0

I310
SN74LV32APW

11

2010

AP335

WIRED_RC
1005

1005

14 VCC

R328
100

Q320
DTC114EE

3

R361
100

W_RC_SW

1005

C394

AP334

0.1/10
1005

1005

1005
AP333

R399
3.3k-1%

POWER5

5

1005

R387
0

0 ohm R

2IN+

1005

R391
5.1k-1%

1608

G2

GND

AO3

4

4

G1

3

R398
0

AO2

6

2

2IN-

I305
BH2228FV

1IN+

1005

3

GND

OUT_Y

Q310
DTC114EE

1005

7

2

1005

R396
1.5k-1%

8

2OUT

R394
100

VCC

1IN-

1005

1

1005

1005

1005

1005

1OUT

2

R397
22k-1%

L352
600

1

C393
0.1/25

C391

1608
2

R392
1.0k

R390 3216
3.3k-1%

L351
600

1

I333
LM358AD

10/10
2125

R389
270

AP351
AP352

E302
ZH-02H

R324
0

1005

G
WIRED
(SELECT) IN_A

PWRC

R323
100

R395
680-1%

1005

7

R393
2.0k-1%

VCC

5

D311

R358
100 1005
4

1005

C310
0.01/16
1005

R322
1.0k

Q392
2SA1576A

C395
0.1/10

C392
10/10
2125

R360
10k

I317
TC7SZ126FU

3

2010

FAN15V
Q391
2SB1132

3

OUT_Y

100
1005

1005

R321
10k

2A

2

GND

R367
2

1SS355

4Y

1

D312

9

1Y

4A

G
WIRED
(SELECT) IN_A

100p-C

R334

8.2k
1005

R333

10k
1005

10

1B

4B

VCC

1

1SS355

13

REAR

I2C SLAVE ADRR. 88h

GND1

5

1A

14 VCC

2010

C329

I311
SN74LV08APW
R3A5
100

8.2k
1005

+5V

11

1000p
1005

1000p
1005
C342

C343

1608

MOUSE

I316
TC7SZ125FU

12

1608
L344
600

R349
10k
1005

1005

GND1

5

11 INT

REMOTE
Q341
2SC4081

R352
100

UPPER

C314

1005

1005

10k
1005

R331

GPIO_2

R359
100 1005

13 CLOCK

R3A1
100

R348
22k
1005

1005

L343
600

AIR SPEED
SENSOR
(1K)

IN_B

1005

3

G2

7

R357
100

GPIO_0

0.1/10
1005

REAR_56
G1

6

GND

C326
0.01/16
1005

14 Address

9

R332

1000p
1005

C340

G2

2

+5V VCC

4

5

FRONT

1005
1000p
1005

C341

1608

GND

L304

REAR_38

3

I314
TC7SZ08FU

1

R354
100
R3C1
3.3k
1005

1005

1005

R3A0
10k

R3A9
4.7k
R3A8
4.7k

1005

1005

R336
0

1005

2

15 DATA

12 Reset

1608
L342
600

G1

1

1005

APT1

C344

R3A6
100

1005

L341
600

1

VIO

600
1608

600
1608

GND

2

4

2B

3Y

C313

16 VCC

1005

R337
0

0.1/16
1005
R338
68k-1%

R335
1.8k-1%
3.3k

APT2

STMPE801MTR

R3A7
100

L303

1

600
1608

I307

E301
ZH-02H
OUT-SIDE
SENSOR
(10K)

1

1B

UPPER

10

DATA1
CLK1
CS_DAC
INTEMP
OUTTEMP
PWBTEMP

R300
NCP18XW332J03RB

4B

1005

I2CDAT
I2CCLK

PWB TEMP
SENSOR
(3.3K)

1A

14 VCC

1005

GND1

L302

0.01/16
1005

C304
0.01/16
1005

600
1608

1005
I312
SN74LV32APW

1005

R383
47k
1005

4

1005

R315
33

R382
100

R356
100

C328

OUT_Y

4

0.01/16
1005

GND

OUT_Y

FRONT

3

C303
10/6.3
2125

4

GND

R381
100

REAR

R307
100

NC

REAR
(OR)

1005

C308
0.01/16
1005

1005

IN_A

VSS

G2

L301

REAR

2

C305
0.01/16
1005

CPU-RESET

3

3
G1

5

1005

5

0
1005

R355
100

VCC

IN_A

C327
0.01/16
1005

IN_B

VDD

R302

1

1005
R312
220

2

2

5

E303

501568-04H

VCC

1.0k
1005

I302
TC7SZ08FU

R306
100

CD

C301

R309
100
1005

OUT

0.039/16

Q302
RT1N141U

C302
0.01/16
1005

0
1005

1

IN_B

C332
100p-C

R303

R311
RESETN

1

C331
100p-C

S310
SKHHLMA010

I301
S-80950CNMC-G9LT2G

+6.0V

APRC8
APRC7

I313
TC7SZ32FU

1005

R308
0
1005

R301
10k

R304
10k
1005

R305
0
1005

1005

R310
10k

+3.3V

1608


E331
501331-07V

L332
600

APL1

L333
600

1608

APL2

1608

L334
600

APL3

L335
600

1608

APL4

1608

L336
600

APL5

L337
600

1608

APL6

1608

L338
600

G1
G2

GND1

1

LED-POWER-R

2

LED-POWER-G

3

LED-LAMP

4

LED-TEMP

5

LED-SECURITY

6

GND

APL7
7

LED-BLANK

1608
G1

GND1

SM0319

PWB ASSEMBLY MAIN 3

G2

15.5V-Panel

+1.5V
30mA

13
12
11
10

C850
0.01/16
1005

R8H3
100

1005

1005

R8H2
100

L852
BLM31PG601SN1L
3216
L853
BLM31PG601SN1L
3216

GND

APF2V

D813
UDZS2.0B

10/10
2125

10/10
2125

C830
C828

10/10
2125

C829

APF3S

APF3V
APF4V

APF4S

5

VCC

1005

GND
G1
G2

E804 (PBS FAN : 0.30A)
ZH-03H

1
600

FAN4S

2

2125
L883
600

VCC

3

GND

3216

L8A2

APF5S

L8A1
600
1608

APF5V

APF5G

3216

C895
10/25

1005

C894
10/25

2125
G1
G2

E805 (LAMP FAN 2 : 0.26A)
ZH-04H

1
600

FAN5S

2

2125
L8A3
600

1005

R892
R891
3.0k-1% 4.7k-1%

E803 (LAMP FAN 1: 0.26A)
ZH-03H
FAN3S

2

APF4G

GND

Vadj

Vo

Vin

Vc

R893
2.2k-1%

C8A5
10/25
3216

4.7/6.3
2125
C892

1.0/25-B

C8A4
100/16
MVK/SKV

4

L882

C891

ADJ

1005
R8A5
30k-1%
1005

1005

CONT

G2

1

L881
600
1608

1SS355

Vout

1OUT

VCC

8

2

1IN-

2OUT

7

3

1IN+

2IN-

6

4

GND

2IN+

5

VCC

3

GND

2125

APF8S

APF8V

APF8G

L891
600
1608

G1
G2

R885
3.3k-1%
1005

PWB ASSEMBLY MAIN 4

L893
BLM31PG601SN1L
3216

E808 (EXHAUST FAN : 0.72A PWM)
ZH-04H
FAN8S

1

L892
BLM31PG601SN1L
3216

FAN-CNT5
(LAMP FAN 2)

FAN-CNT3
(LAMP FAN 1)

FAN-CNT6
(POWER FAN 1)

FAN-CNT7
(POWER FAN 2)

1005

0.1
FAN-CNT4
(PBS FAN)

10k
1005

30k-1%
1005

C876
R8C3
10k-1%

2125
D8C1

1SS355 R8C4

10k
1005

3

GND

G1

600

L873
600
2125

R895
30k-1%
1005

C8C5
10/25
3216

1

R8C5
C8C1
4.7/6.3

R8E5
30k-1%
1005

1005

R8E3
10k-1%

R8E4
1SS355

2125
D8E1

C8E1
4.7/6.3

G2

D891

GND

R8A2
47k-1%
10k
1005

R8A4

R894
10k
1005

Vin

D8A1

1SS355

C8A1
4.7/6.3

2125

C885
10/25
3216

1005

1005

Vc

C884
10/25
3216

R8A1
51k-1%

GND

1005

R887 1005
0

R881
0
R882
10k-1%
R883
6.8k-1%

R884

C8C4
100/16
MVK/SKV

1005
1005

R8C1
51k-1%
R8C2
47k-1%

C8C2
47/16

MVK/SKV

C8E5
10/25
3216

I872
LM358AD

2125
G1

SM0319

C8E4
100/16
MVK/SKV

APF7G

1005
1005

600

R8E2
R8E1
47k-1% 51k-1%

L8E2

2125
L8E3
600

2

FAN-CNT8
(EXHAUST FAN)

3

MVK/SKV

2

VCC

L8E1
600
1608
C8E2
47/16

1

FAN7S

APF7V

APF7S

G2

E807
ZH-03H

1

VCC

4

4

G1

(POWER FAN 2 : 0.26A)

C8A2

Vadj

5

1.0/25-B

Vo

4

1005

Vc

3

1SS355

C881
4.7/6.3

1005

D881

R873
10k-1%

5

2

R8A3
10k-1%

5

4

1

FAN2S

3
R869
10k
1005

L864
600
1608

0
1005

4

3

5

E802 (PANEL B FAN : 1.2A PWM)
PH-04V

3

12.0V

0
1005

3

2

4

R888

2

1

3

R886

ADJ

1

ADJ

Vout

2125

Vout

max 0.2A/750mW

GND

(POWER FAN 2)

600

2125
L8C3
600

3

GND

max 0.2A/750mW
Vin

L8C2

2

VCC

R875
30k-1%
(POWER FAN 1)

GND

FAN6S

I8E1
SI-3010KM

L8C1
600
1608

Vc

APF6V

1

Vin

E806
ZH-03V

I8C1
SI-3010KM

Vc

(POWER FAN 1 : 0.26A)

APF6G

APF6S

C871

GND1

4.7/6.3
2125

C872
47/16

Q862
RT1N141U

2

C882

WHISPER

G2

2125

(EXHAUST FAN)

1

2125

Q863
RT1N141U

1005

(LAMP FAN 2)

max 0.3A/1170mW

10k
1005

5

CONT
G1

2

L872

Vin

4

1.0/25-B

3

C874
100/16
MVK/SKV

ADJ

2

C875
10/25
3216

LAMP_ON-SP

1

1005

1005

Vout

max 0.21A/720mW
R874
10k
1005

Q864
DTA114YKA

I891
PQ200WNA1ZPH

(PBS FAN)

GND

4

1

L871
600
1608

I8A1
SI-3010KM

(LAMP FAN 1)

VCC

3
R859
10k
1005

L854
600
1608

APF3G

1005

D871
1SS355

GND

R8K2
0

R810
0

I881
PQ200WNA1ZPH

1005
Q865
DTA114YKA

Vin

1005

1005

1005

1005

R802 1005
1.2k

1005

1005

LAMP_ON

R807
1.0k

I871
SI-3010KM

R8K5
0

R871
51k-1%

R800
0

R8K1
1.2k

MVK/SKV

GND1

R803
1.0k

FAN1S

2

L863
BLM31PG601SN1L
3216

R872
47k-1%

G2

L825
600
1608

E801 (PANEL R/G FAN : 1.2A PWM)
PH-04H

1

APF2G

GND1

FAN_FG

APF1S

L851
600
1608

APF1V

1005

100p-C
1005

APF2S

1005

APF1G

R839
100
C8F8

1005

APP16

G1
G2

APP15

G1

APP14

5

DIM

L824
600
1608

2010

1005

L862
BLM31PG601SN1L
3216

Vc

ACT
4

L822
600
1608

R8K4
0

APP13

4

R804
10k

1005

CMN

WHISPER

L823
600
1608

3

3

LAMP MISS

C827
10/10
2125

R8H1
100

L861
600
1608

R8K3
0

2

1005

R816
20k-1%

SW
5

FG_SEL0
FG_SEL1
FG_SEL2

R850
10k

1005

Q804
DTA114YKA

L821
600
1608

2

VLD.e

GND

APP12

1

VLD.c

1

P_ON/OFF

RSX201L-30

D812

R845
10k

GND1
100p-C
1005

9

Q805
2SC4081


E812
ZH-04V

R818
3.6k-1%
1005

IN
4

BS
2

1005

1005

R8H5
100
1005

FAN-PWM8 (EXHAUST FAN)
Q8H3
DTC114EE

1005



R817
22k-1%
1005

6

GND

G1

NC-1
1

10/10
2125

C821

10/10
2125
C822

C849

10/6.3
2125
2125
600
L810

C8F3
100p-C
1005
C8F4

COVER-S

E811
SH-05V

R819
10k-1%
1005

7

8

FB

9

COMP

EN

SS 10

C824

C848
1.0/10

NC-3

Np
3

C847

1000p
1005

C846
1.0/10
14

APF1C

1005

100p-C
1005

CH-FG
AP-FG

7

100p-C
1005

15

R805
100

LAMP-S

(EXHAUST FAN)

Q8H2
DTC114EE

AP-FS2
AP-FS1
AP-FS0

6

1005
R837
100

10k-1%
1005

R863

1005

R8H4
100

100p-C
1005

100p-C
1005
C8F6

5

16

10k-1%
1005

R8K6
10k
1005

1005

(LAMP/PBS FAN)

POWER4

Q8H1
DTC114EE

APF2C

C864
100/16

MVK/SKV

1005

4

1005
R835
100

VCC
Y2
Y1
Y0
Y3
A
B
C

R8H6
100

MVK/SKV
R861
10k-1%

C863
47/16
4.7/6.3
2125

C861

3

8

R862
75k-1%

C851

2125

C862
0.33/25
R865
10k
1005

MVK/SKV

C854
100/16

C852
0.33/25

1005
R834
100

1005
R836
100
R852
75k-1%

APP11

G2

Y4
Y6
COM Analog SW
Y7
Y5
Inhibit
GND1
GND2

1
2

R809
0

G1

ESE11MH2T

100p-C
1005
C8F7

1005

1005
R838
100

R808
0

C8F1
C8F2

I830
1005
SN74LV4051APWR

R833
100

0
2125

Q803
RT1N141U

1005

APP10

S801

(PANEL B FAN)

POWER3
0
1005

FAN-PWM2 (PANEL B FAN)
R831
100

R832
100

SFPB-66
R866

R853



C8F5

5

2010

4

R848
10k

ADJ

3

POWER0
R806
3.3k

0
1005

0
1005

2010

2010

VCOUY

2

R849
10k

GND

1

D852

Q802
DTA114YKA

GND1

Vcc

5

CTL

4

R864
10k
1005

3

D861
1SS355

ADJ

2

SFPB-66
R856

R855
10k
1005

R801
100
1005

VCOUY

C808
100/10
C800

L801
600
1608

1

1005

APP6
C804
0.01/16
1005

(PANEL R/G FAN)

FAN-PWM1 (PANEL R/G FAN)

12.0V

D862

0
2125

POWER1
POWER2
R8F7

APF8C

APP2

3216
L802
NFM60R30T222T1
3216

R8H7
10k

1005

FAN 15V

GND

19

0
1005
R8F6

0
1005

(PANEL B FAN)

Vcc

20

MVK/SKV

FAN 15V

12.0V

R851
10k-1%

FAN GND

CTL

17

(PANEL R/G FAN)

2125

18

0

C853
47/16

FAN 15V

R8J4

I861
BA00DD0WHFP

4.7/6.3
2125

FAN GND

R854
10k
1005

15

D851
1SS355

16

MVK/SKV

FAN GND

GND

C803
2.2/10
2125

13 +17V

C802

11

14

R8F1

R8F8

I851
BA00DD0WHFP

2.2/10
2125

12

C801
1.0

GND
ACTIVE

0.01/16
1005

R8F3

R8F5
0
1005

L803
SGM20C1E222-4A
2125

3216

+6.0V

3216

9

C809
1.0

10

L811
4.7
C6-K3LA

C823

0
1005

0
1005

L804
SGM20F1C104-4A
2125

3216

2.2/25
3216

+6.0V

3

GND
2

Fixed 1.4MHz SW Freq.

R8F2
APP4

GND

0.01/16
1005

4

Vout

R815
10k
1005

5

Vcont
1

Vout

NC-2
C845
10/6.3

1005

C844
1.0/10

C843 470p

1.0/10

C841
2125

2125

GND

Cn

Vout
C8H3
C8H4 1.0/10
10/6.3

1005

C8H1 C8H2
1.0/10 470p

2125

NC-2

GND

Cn

Vout

NC-2

C837
C838
10/6.3 1.0/10

1005

C836
470p
C835
1.0/10

10/6.3
2125

C834 1.0/10

C833

GND

Cn

Vout

NC-2

GND

Cn
0.01/16
1005

1.0/10
C832

1.8V-CPU

I804MP2361DQ-LF-Z

GND1

R8J3
0

APP5

7

1005
1.8V-CPU
+1.8VCPU

L830
SGM20F1C104-4A
2125

C831

C819
1.0/10

C818
1.0/10 2125

C807
470p 1005

C806
1.0/10

Vout

NC-2

GND

Cn

Vout

NC-2

C816
1.0/10

C813
1.0/10 2125

Vin

Vin

I808
TK11115CSC

NC-6

Cont

NC-7

C842
1.0/10

Vin

NC-7

NC-6

Cont

I8H1
MM1661JHBE

Vin

NC-7

NC-6

Cont

I809
MM1661JHBE

Vin

NC-7

NC-6

Cont

I805
MM1665AHBE

Vin

NC-6

Cont

NC-7

I803
MM1663DHBE

Vin

NC-7

NC-6
GND
470p 1005

GND

Cont

Vadj

I802
MM1663DHBE

Cn
C814

C805

Vo

R814
2.0k-1%
1005

1.0/10

Vc

1005
1005

R813
R812
1.5k-1% 8.2k-1%
C811
1.0

3216

C812
10/25
3216

Vin

100
1005

R811
C810

L805
NFM60R30T222T1
3216
SIGN004939

APP7

APP9

8

1005

30mA/54mW

R8F4

A GND

R822
R823
10k-1% 10k-1%

C825
0.01/16
1005

1.5V-NETWORK

1

2

3

4

1

2

3

1.0/10

G1

G1

APP1

3.3V-NETWORK

1.8V-TG

4

1

2

3

APP3

8

7

6

5

8

7

6

5

8

7

GND

4

5

G1

6

6

GND

5

+4.0V

1

+4.0V

3

2

1

4

3

2

8

G1

+4.0V
+4.0V

7

4

1

2

3

4

3216

(Power supply)
E800
PHD-20H-D

6

G1

3216

R8J2
0

1.8V-TG

260mA/234mW

1

(Standby mode:0V)

2

R8J1
0

3

max:4.2V
max:6.0V
max:15.4V
max:23.0V

5V

1005

C826
1000p
1005

R821
22k
1005

I807
MM1663DHBE

530mA/477mW

4

min:3.8V
min:5.5V
min:14.0V
min:16.0V

3.3V-CPU

G1

Power supply specification

3.3V-Panel

5

5

8

4

7

3

6

2

5

1

8

A_GND

7

+4.0V

R820
0
6

700mA/1470mW
5

+6.0V

(R814+R813+R812)/R814*2.65V=15.5V

+17V

+4.0V
+6.0V
FAN15V
+17V

(1.5V-NETWORK)

2125

FAN15V

NW+3.3V
230mA

R8H8
0

(3.3V-NETWORK)

POWER9

(NETWORK ON/OFF)

R825
4.7k
1005

+1.8VP

POWER7
1005

R824
100
1005

R827
100

+5V

+3.3V

+3.3VP
530mA

POWER6

+15.5V
700mA

POWER5

I801
PQ200WNA1ZPH

FANGND

2

VCC

3

GND

4

L894
600
1608
R899
10k
1005

CONT
G1
G2

GND1

GND1

DBE9
DBE8
DBE7
DBE6
DBE5
DBE4
DBE3
DBE2
DBE1
DBE0

A18
B18
C18
A17
B17
C17
A16
B16
C16
A15

G2IN9
G2IN8
G2IN7
G2IN6
G2IN5
G2IN4
G2IN3
G2IN2
G2IN1
G2IN0

B15
C15
A14
B14
C14
A13
B13
C13
A12
B12

B1IN9
B1IN8
B1IN7
B1IN6
B1IN5
B1IN4
B1IN3
B1IN2
B1IN1
B1IN0

C12
A11
B11
C11
A10
B10
C10
A9
B9
C9

R4A9
2010
0

R4A8
2010
0

R4A7
2010
0

DBO9
DBO8
DBO7
DBO6
DBO5
DBO4
DBO3
DBO2
DBO1
DBO0

GND1

B2IN9
B2IN8
B2IN7
B2IN6
B2IN5
B2IN4
B2IN3
B2IN2
B2IN1
B2IN0

G1OUT11
G1OUT10
G1OUT9
G1OUT8
G1OUT7
G1OUT6
G1OUT5
G1OUT4
G1OUT3
G1OUT2
G1OUT1
G1OUT0

AA16
Y17
AB16
AA17
Y18
AB17
AA18
Y19
AB18
AA19
AB19
AA20

G2OUT11
G2OUT10
G2OUT9
G2OUT8
G2OUT7
G2OUT6
G2OUT5
G2OUT4
G2OUT3
G2OUT2
G2OUT1
G2OUT0

AA12
Y13
AB12
AA13
Y14
AB13
AA14
Y15
AB14
AA15
Y16
AB15

2010

R406
22
2010

R407
22

R408
22

R409
22
2010

B1OUT11
B1OUT10
B1OUT9
B1OUT8
B1OUT7
B1OUT6
B1OUT5
B1OUT4
B1OUT3
B1OUT2
B1OUT1
B1OUT0

Y6
AA6
AB6
Y7
AA7
AB7
Y8
AA8
AB8
Y9
AA9
AB9

2010

R412
22
2010

Y1
Y2
AA2
Y3
AA3
AB3
Y4
AA4
AB4
Y5
AA5
AB5

0
1005

R422

1005

1005

R1
T1
P1

HSCL
HSDA
HSEL

R425
10k
1005

GD1-11
GD1-10
GD1-9
GD1-8
GD1-7
GD1-6
GD1-5
GD1-4
GD1-3
GD1-2
GD1-1
GD1-0

2010

R415
22
2010

R416
22

R417
22
2010

R418
22
2010

A5
A6
B6
B5
A4
C5
B3
A3
C4
B4

HST_G
VST_G
VCK_G
PST_G
HCK2_G
HCK1_G
DCK4_G
DCK3_G
DCK2_G
DCK1_G

F3
C3
D3
G3
C2
B2
G2
F2
E2
D2

HST_B
VST_B
VCK_B
PST_B
HCK2_B
HCK1_B
DCK4_B
DCK3_B
DCK2_B
DCK1_B

P3
L3
M3
R3
M2
L2
T2
R2
P2
N2

R432
56
CHPSTR

2010

2010

R434
56

2010

R435
56
2010
R436
56

GND1

[I2C slave address : 74h]

CHPSTG

R428
0

R429
0
1005

2010

CHK4NC

K1
L1
M1
U1
N1
M19

TEST1
TEST2
TEST3
TEST4
TRST
NC

ENB D1
PCG E1
CLR F1
DWN U2
SCAN V2
XSCAN G1
FRP H1
VD C1
PRG_R C6
PRG_G E3
PRG_B N3
CLKOUT1 N22
CLKOUT2 AB20
CLKOUT3 AB10
GCFB_R
GCFB_G
GCFB_B

U3
V3
W3

from I808

2010

R438
56

DCK4_G
DCK3_G
DCK2_G
DCK1_G
HST_B
VST_B
VCK_B

2010

R440
56

1005

R4C2
56

R400
0

C448
1.0/10

DCK4_B
DCK3_B
DCK2_B
DCK1_B

1005

1005
R443
56
1005

GND

R444
56

R445
56

C408
1.0/10

Vin

Vcont

1000p
1005

C411
10/6.3
2125
C413

C414

C415

1000p
1005

C417

G_S/H,G_Panel

1005

R447
33
1005

R448
33

VDE2-D5
VDE2-E4
VDE2-J4
VDE2-V4
VDE2-W5

D18 VDE2-D18
W18 VDE2-W18

C416
10/6.3
2125
C418

D19
E19
G19
L19
R19
V19
W19

VDE2-D19
VDE2-E19
VDE2-G19
VDE2-L19
VDE2-R19
VDE2-V19
VDE2-W19

D6
D9
D10
D13
D14
D16
D17
F4
F19
G4
H19
J19
N19
P4
P19
T4
T19
U4
U19
W6
W9
W10
W13
W14
W16
W17

VDE3-D6
VDE3-D9
VDE3-D10
VDE3-D13
VDE3-D14
VDE3-D16
VDE3-D17
VDE3-F4
VDE3-F19
VDE3-G4
VDE3-H19
VDE3-J19
VDE3-N19
VDE3-P4
VDE3-P19
VDE3-T4
VDE3-T19
VDE3-U4
VDE3-U19
VDE3-W6
VDE3-W9
VDE3-W10
VDE3-W13
VDE3-W14
VDE3-W16
VDE3-W17

0.1/10
1005

+4.0V
C419
1.0/10

L403
10
2518

150mA@3.3V

+3.3VP
from I802

SHCLK_R
SHCLK_G
SHCLK_B

C422
1000p
1005
C424

1005
R446
33

1000p
1005

0.1/10
1005

1000p
1005

C447
1.0/10

D5
E4
J4
V4
W5

C412

0.1/10
1005

TK11125CSC
I402

controlled by POWER6

1005

GND1

Np

C406
10/6.3
2125

VDDI-D4
VDDI-D7
VDDI-D8
VDDI-D11
VDDI-D12
VDDI-D15
VDDI-H4
VDDI-R4
VDDI-W4
VDDI-W7
VDDI-W8
VDDI-W11
VDDI-W12
VDDI-W15

135mA@2.5V

C449
Vout

TG(slave),R/B_S/H,R/B_Panel

PRG_R
PRG_G
PRG_B

C404
1000p
1005

L402
10
2518

HST_CPLD

2010

R4C3
56

1000p
1005

C405

C407

2010
R4C1
56

D4
D7
D8
D11
D12
D15
H4
R4
W4
W7
W8
W11
W12
W15

C402

0.1/10
1005

0.1/10
1005

ENB
PCG
CLR
DWN

SCAN
XSCAN
FRP
VD

C401
10/6.3
2125
C403

0.1/10
1005

HCK2_B
HCK1_B

R441
56

275mA@1.8V

+1.8VP

1005

CHPSTB

R439
56

2010

L401
2.2
2518

controlled by POWER5

DCK4_R
DCK3_R
DCK2_R
DCK1_R
HST_G
VST_G
VCK_G

CXD3540GB 3/3

HCK2_G
HCK1_G

R437
56

2010

I401
CXD3540AGB

HCK2_R
HCK1_R

R433
56

2010

GD2-11
GD2-10
GD2-9
GD2-8
GD2-7
GD2-6
GD2-5
GD2-4
GD2-3
GD2-2
GD2-1
GD2-0
BD1-11
BD1-10
BD1-9
BD1-8
BD1-7
BD1-6
BD1-5
BD1-4
BD1-3
BD1-2
BD1-1
BD1-0

HST_R
VST_R
VCK_R
PST_R
HCK2_R
HCK1_R
DCK4_R
DCK3_R
DCK2_R
DCK1_R

C409
100/6.3
MVK/SKV

CHK415

CHK413

R424
33

1005

2010

R414
22

2010
B2OUT11
B2OUT10
B2OUT9
B2OUT8
B2OUT7
B2OUT6
B2OUT5
B2OUT4
B2OUT3
B2OUT2
B2OUT1
B2OUT0

R410
22

R411
22

R413
22

I2CCLKP
I2CDATP
+3.3VP

CTRL

2010

2010

2010

PW TWOWSC0
PW TWOWSD0

R423
33

HDIN
VDIN
CLK
XCLR
XPLLSTB

1005

R405
22

RD2-11
RD2-10
RD2-9
RD2-8
RD2-7
RD2-6
RD2-5
RD2-4
RD2-3
RD2-2
RD2-1
RD2-0

R427
10k
1005

R426
0

2010
R2OUT11 U20
R2OUT10 U21
R2OUT9 V20
R2OUT8 V21
R2OUT7 V22
R2OUT6 W20
R2OUT5 W21
R2OUT4 W22
R2OUT3 Y20
R2OUT2 Y21
R2OUT1 Y22
R2OUT0 AA21

R404
22

A8
B8
T3
W1
V1
W2

+3.3VI2C
1005
R4A0
1.0k

2010

PW PORTA5
PW PORTA7

R4G2
56 R421
56
1005
1005

1005

R449
1.0k

R403
22

R4G1
56
DHS
DVS
DCLK
RESETX
RESETP

from PW

CHK412
CHK410

2010

RD1-11
RD1-10
RD1-9
RD1-8
RD1-7
RD1-6
RD1-5
RD1-4
RD1-3
RD1-2
RD1-1
RD1-0

C420
47/6.3
MVK/SKV

G1IN9
G1IN8
G1IN7
G1IN6
G1IN5
G1IN4
G1IN3
G1IN2
G1IN1
G1IN0

R402
22

C434
100/6.3
MVK/SKV

R4A6
2010
0

R4A5
2010
0

R4A4
2010
0

DGO9
DGO8
DGO7
DGO6
DGO5
DGO4
DGO3
DGO2
DGO1
DGO0

C22
B21
C21
A20
B20
C20
D20
A19
B19
C19

N20
N21
P20
P21
P22
R20
R21
R22
T20
T21
T22
U22

1005

GND1

DGE9
DGE8
DGE7
DGE6
DGE5
DGE4
DGE3
DGE2
DGE1
DGE0

R2IN9
R2IN8
R2IN7
R2IN6
R2IN5
R2IN4
R2IN3
R2IN2
R2IN1
R2IN0

R1OUT11
R1OUT10
R1OUT9
R1OUT8
R1OUT7
R1OUT6
R1OUT5
R1OUT4
R1OUT3
R1OUT2
R1OUT1
R1OUT0

R420
1.0k

R4A3
2010
0

R4A2
2010
0

R4A1
2010
0

D22
D21
E22
E21
E20
F22
F21
F20
G22
G21

R1IN9
R1IN8
R1IN7
R1IN6
R1IN5
R1IN4
R1IN3
R1IN2
R1IN1
R1IN0

HST_R
VST_R
VCK_R

5

DRO9
DRO8
DRO7
DRO6
DRO5
DRO4
DRO3
DRO2
DRO1
DRO0

G20
H22
H21
H20
J22
J21
J20
K22
K21
K20

to S/H part
R431
56

1

DRE9
DRE8
DRE7
DRE6
DRE5
DRE4
DRE3
DRE2
DRE1
DRE0

I401
CXD3540AGB

CXD3540GB 2/3

4

R401
22

2

to S/H part

from PW

3

I401
CXD3540AGB

CXD3540GB 1/3

CHK414

TG(Master) Part
for 1.3" XGA/SXGA/WXGA

1000p
1005

GCFB_R
GCFB_G
GCFB_B

C421
10/6.3
2125
C423
0.1/10
1005
C425
0.1/10
1005

1005

C426
C427
10/6.3
2125
1000p
C428
1005

BD2-11
BD2-10
BD2-9
BD2-8
BD2-7
BD2-6
BD2-5
BD2-4
BD2-3
BD2-2
BD2-1
BD2-0

0.1/10
1005

C429

C430

1000p
1005

0.1/10
1005

C431

C432

1000p
1005

0.1/10
1005
C433
10/6.3
2125

2010

K4
M4

VDDA1
VDDA3

VSSA1 L4
VSSA3 N4

C444
1.0/10

C441
10/6.3
2125

C443
10/6.3
2125

L405
600
1608

C442
1.0/10

L404
600
1608

A1
A2
A7
A21
A22
B1
B7
B22
C7
C8
H2
H3
J1
J2
J3
J10
J11
VSS-J12J12
VSS-J13J13
VSS-J14J14
VSS-K2 K2
VSS-K3 K3
VSS-K9 K9
VSS-K10K10
VSS-K11K11
VSS-K12K12
VSS-K13K13
VSS-K14K14
VSS-K19K19
VSS-L9 L9
VSS-L10L10
VSS-L11L11
VSS-L12L12
VSS-L13L13
VSS-L14L14
VSS-L20L20
VSS-L21L21
VSS-L22L22
VSS-M9 M9
VSS-M10M10
VSS-M11M11
VSS-M12M12
VSS-M13M13
VSS-M14M14
VSS-M20M20
VSS-M21M21
VSS-M22M22
VSS-N9 N9
VSS-N10N10
VSS-N11N11
VSS-N12N12
VSS-N13N13
VSS-N14N14
VSS-P9 P9
VSS-P10P10
VSS-P11P11
VSS-P12P12
VSS-P13P13
VSS-P14P14
VSS-Y10Y10
VSS-Y11Y11
VSS-Y12Y12
VSS-AA1AA1
AA10
VSS-AA10
AA11
VSS-AA11
AA22
VSS-AA22
VSS-AB1AB1
VSS-AB2AB2
AB11
VSS-AB11
AB21
VSS-AB21
AB22
VSS-AB22

VSS-A1
VSS-A2
VSS-A7
VSS-A21
VSS-A22
VSS-B1
VSS-B7
VSS-B22
VSS-C7
VSS-C8
VSS-H2
VSS-H3
VSS-J1
VSS-J2
VSS-J3
VSS-J10
VSS-J11

JUMPER R

GND1

SM0319

PWB ASSEMBLY MAIN 5

from I802

R Panel Part
for 1.3" XGA/SXGA/WXGA

from I801

controlled by POWER6

+3.3VP

+15.5V

controlled by POWER7

70mA*2

80mA*2

L563
R533
3.3k
1005

R535
2.2

1005

Q534
2SA1577

L552
10
2518

L551
10
R537
3.3k

C508

1005

C509
0.1/25

C511
470p

0.1/25

1005

1005
R506
3.0k-1%

1005
R507
0

R547
0

R538
0

2518

L561
22

2518

R532
10
1005

R599
0

C557

VDDMNT
FRP
VD
PRG_R

1005

10/16
MVK/SKV

Q533
2SC5734

R536
2.2

1005

JUMPER R

R512
0

1005

VDDMNT
FRP
VD
PRG_R

SCAN
I2CCLKP
I2CDATP

R531
10

10/16
MVK/SKV
C522

R546
56

PW PORTC1

1005
C510 0.1/10
1005

SCAN
I2CCLKP
I2CDATP

R545
0

R573
0
2010

TG
PW TWOWSC0
PW TWOWSD0

GCFB_R
RESETSH

R572
0
2010

GCFB_R
RESETSH

R571
0
2010

TG
PW PORTA6

2518

C521
R543
100

Q532
2SC5734

4

1005

Q531
2SA1577

OUT_Y

22
2518

GND

5

L562

3

VCC

22
2518

L501
22
IN_A

0.1/10
1005

SHCLK_R

L502

2

VDDMNT
GCFB_R

G

PRG_R
VD
FRP

I502
TC7SG125FU
1

R544
0

22
2518

JUMPER R
JUMPER R

C530

1005

RD2-11
RD2-10
RD2-9
RD2-8
RD2-7
RD2-6
RD2-5
RD2-4
RD2-3
RD2-2
RD2-1
RD2-0

SID_OUT
PVCC-39
SIG_OUT1
SIG_OUT2
PGND-36
SIG_OUT3
SIG_OUT4
PVCC-33
SIG_OUT5
SIG_OUT6
PGND-30
SIG_OUT7
SIG_OUT8
PVCC-27
SIG_OUT9
SIG_OUT10
PGND-24
SIG_OUT11
SIG_OUT12
PVCC-21

62 DA_IN8
63 DA_IN7
64 DA_IN6
65 DA_IN5
66 DA_IN4
67 DA_IN3
68 DA_IN2

R596
0
2010

69 DA_IN1

I501
CXA7009R

70 DA_IN0
71 DB_IN11

[I2C slave address : 70h]

72 DB_IN10

R597
0
2010

73 DB_IN9
74 DB_IN8
75 DB_IN7
76 DB_IN6

R598
0
2010

77 DB_IN5
78 DB_IN4
79 DB_IN3
80 DB_IN2

1

25 36 41

7

8

R505
10
2010

0.1/25

39

P501
FF22D-57HUp
APR01
APR02
APR03
APR04

0.1/25

38

C506

37
36

0.1/25

APR06
APR07
APR08
APR09
APR10
APR11
APR12
APR13
APR14
APR15
APR16
APR17
APR18
APR19
APR20
APR21
APR22
APR23
APR24
APR25
APR26
APR27
APR28
APR29
APR30
APR31
APR32
APR33
APR34
APR35
APR36
APR37
APR38
APR39
APR40

35
34

R504
10

33
32
31

C505

30
29

0.1/25

2010
R503
10

28
27
26
25
24
23

2010

22
21

C504
0.1/25

1005

R511
0

1005

C501
1.0/10

1005

R527
4.7k

R523
4.7k

R521
4.7k

1005

40

9 10 1 12 13 14 15 16 17 18 19 20

R525
1.0k

RD2-11
RD2-10
RD2-9
RD2-8
RD2-7
RD2-6
RD2-5
RD2-4
RD2-3
RD2-2
RD2-1
RD2-0

61 DA_IN9

10/25
3225
C531

C507

1005

from master TG

RD1-11
RD1-10
RD1-9
RD1-8
RD1-7
RD1-6
RD1-5
RD1-4
RD1-3
RD1-2
RD1-1
RD1-0
RD2-11
RD2-10
RD2-9
RD2-8
RD2-7
RD2-6
RD2-5
RD2-4
RD2-3
RD2-2
RD2-1
RD2-0

DB_IN1
DB_IN0
VDD-3
DGND-4
DGND-5
RET
DIRC
SCL
SDA
XCLR
ADDR0
ADDR1
ADDR2
AGND-14
REF_IN
VCC-16
REF_OUT
AGND-18
VCOM_OUT
PGND-20

RD1-11
RD1-10
RD1-9
RD1-8
RD1-7
RD1-6
RD1-5
RD1-4
RD1-3
RD1-2
RD1-1
RD1-0

DA_IN10
DA_IN11
DGND-58
VDD-57
CLK
PRG
VD
FRP
SHT_O
SHT_I
VDDMNT
GCFB_O
GCFB_I
DGND-47
AGND-46
VCC-45
CAL_IN
PVCC-43
CAL_OUT
PGND-41

60 59 58 57 56 55 54 53 52 51 50 49 48 47 46 45 44 43 42 41

RD1-11
RD1-10
RD1-9
RD1-8
RD1-7
RD1-6
RD1-5
RD1-4
RD1-3
RD1-2
RD1-1
RD1-0

R526
10

1005

C503
0.1/25

1005

SID_OUT
PVCC-39
SIG_OUT1
SIG_OUT2
PGND-36
SIG_OUT3
SIG_OUT4
PVCC-33
SIG_OUT5
SIG_OUT6
PGND-30
SIG_OUT7
SIG_OUT8
PVCC-27
SIG_OUT9
SIG_OUT10
PGND-24
SIG_OUT11
SIG_OUT12
PVCC-21

62 DA_IN8
63 DA_IN7
64 DA_IN6
65 DA_IN5
66 DA_IN4
67 DA_IN3
68 DA_IN2
69 DA_IN1

I561
CXA7009R

71 DB_IN11
[I2C slave address : 72h]

72 DB_IN10
73 DB_IN9
74 DB_IN8
75 DB_IN7
76 DB_IN6
77 DB_IN5
78 DB_IN4

R564
10

10/16
MVK/SKV
C554

C566

37
36

0.1/25
C553

0.1/25

35
34
33
32

0.1/25
C559

31

C565

30
29

0.1/25

28
27
26

10/25
3225
C555

25
24
23

21

R540
0

100/16
MVK/SKV

1005

GND1

SM0319

0.1/25
C556

2010

22

C564
0.1/25

C515

R586
10

R517
10k
1005

SCAN
I2CCLKP
I2CDATP
RESETSH

put near by slave TG

10/25
3225
C560

2010
R563
10

GND1

C563

1005
C561
1.0/10
1005

10/16
MVK/SKV
C552

38

9 10 1 12 13 14 15 16 17 18 19 20

C562
0.47/10

R587
4.7k
R589
4.7k

R565
10
2010

1005

1005

8

R562
0

R583
4.7k
R584
4.7k

1005

7

0
1005

R581
4.7k

1005

25 36 41

1005

1

R561

80 DB_IN2

DB_IN1
DB_IN0
VDD-3
DGND-4
DGND-5
RET
DIRC
SCL
SDA
XCLR
ADDR0
ADDR1
ADDR2
AGND-14
REF_IN
VCC-16
REF_OUT
AGND-18
VCOM_OUT
PGND-20

79 DB_IN3

39

C516
10/16
MVK/SKV

70 DA_IN0

0.1/25

40

0.1/25

R5A3
0
2010

10/25
3225
C551

C567

1005

61 DA_IN9

C558

C571
470p

DA_IN10
DA_IN11
DGND-58
VDD-57
CLK
PRG
VD
FRP
SHT_O
SHT_I
VDDMNT
GCFB_O
GCFB_I
DGND-47
AGND-46
VCC-45
CAL_IN
PVCC-43
CAL_OUT
PGND-41

R5A2
0
2010

R582
4.7k

RD4-11
RD4-10
RD4-9
RD4-8
RD4-7
RD4-6
RD4-5
RD4-4
RD4-3
RD4-2
RD4-1
RD4-0

R539
0

60 59 58 57 56 55 54 53 52 51 50 49 48 47 46 45 44 43 42 41

R577
0
2010

RD4-11
RD4-10
RD4-9
RD4-8
RD4-7
RD4-6
RD4-5
RD4-4
RD4-3
RD4-2
RD4-1
RD4-0

R5A1
0
2010

R579
0
2010

from slave TG

RD3-11
RD3-10
RD3-9
RD3-8
RD3-7
RD3-6
RD3-5
RD3-4
RD3-3
RD3-2
RD3-1
RD3-0
RD4-11
RD4-10
RD4-9
RD4-8
RD4-7
RD4-6
RD4-5
RD4-4
RD4-3
RD4-2
RD4-1
RD4-0

R578
0
2010

RD3-11
RD3-10
RD3-9
RD3-8
RD3-7
RD3-6
RD3-5
RD3-4
RD3-3
RD3-2
RD3-1
RD3-0

R513
0

1005
RD3-11
RD3-10
RD3-9
RD3-8
RD3-7
RD3-6
RD3-5
RD3-4
RD3-3
RD3-2
RD3-1
RD3-0

0.1/25

C502
0.47/10

R515
0

1005

1005

C568

R516
56
GND1

0.1/25

SHCLK2_R
PRG2_R

C591

1005
R595
56

C569
0.1/25

R593
100

VDDMNT

C592

SCAN
I2CCLKP
I2CDATP
RESETSH

4

1005

OUT_Y

PRG_R
VD
FRP

GND

5

R514
0

3

VCC

1005

0.1/10
1005

IN_A

R594
0

APR43
APR44
APR45
APR46
APR47
APR48
APR49
APR50
APR51
APR52
APR53
APR54
APR55
APR56
APR57

ENB
VCK_R
VST_R
DWN
CLR
PCG
SCAN

1005

0.1/10
1005

G

2

from TG part

1005 R542
1.0k

I562
TC7SG125FU
1

1005

R501
0

R502
0

R541
1.0k
+3.3VI2C

+3.3VP

DCK3_R
DCK4_R
DCK2_R
DCK1_R
HCK1_R
HCK2_R
HST_R

1005

1005

R528
4.7k

R524
4.7k

1005

1005

R576
0
2010

R575
0
2010

R574
0
2010

R522
4.7k

1005

PWB ASSEMBLY MAIN 6

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

N.C.
V.COMR
PSIG
VVSSR
VSSGR
VID1
VID2
VID3
VID4
VID5
VID6
VID7
VID8
VID9
VID10
VID11
VID12
VID13
VID14
VID15
VID16
VID17
VID18
VID19
VID20
VID21
VID22
VID23
VID24
HVDD
N.C.
N.C.
DCLK2
/DCLK2
/DCLK1
DCLK1
HCK1
HCK2
HST
HVSS
VSSGL
VVSSL
ENB
VCK
VST
DWN
CLR
PCG
RGT
SOUT
N.C.
N.C.
VVDD
PSIGL
V.COML
N.C.
GCFB

from I801

controlled by POWER6

controlled by POWER7

I691
TC7SZ86FU

70mA*2

80mA*2

R690
18k

JUMPER R
C694

R638
0

L651
10

C609
0.1/25
C608

1005

1005
R606
3.0k-1%

C611
470p

0.1/25

PRG_G

1005
R607
0

VDDMNT
FRP
VD

R632
10

Q633
2SC5734

1005
R699
0

C657

XSCAN
I2CCLKP
I2CDATP

1005

10/16
MVK/SKV

Q634
2SA1577

JUMPER R

R612
0

1005

VDDMNT
FRP
VD
PRG_G

1005

R646
56

PW PORTC1

1005
C610 0.1/10
1005

XSCAN
I2CCLKP
I2CDATP

R645
0

R673
0
2010

TG
PW TWOWSC0
PW TWOWSD0

GCFB_G
RESETSH

R672
0
2010

GCFB_G
RESETSH

R671
0
2010

TG
PW PORTA6

R631
10

10/16
MVK/SKV
C622

L652
10
2518

C621
R643
100

2518

4

R635
2.2

OUT_Y

R636
2.2

GND

5

1005

3

VCC

R637
3.3k

IN_A

1005

0.1/10
1005

SHCLK_G

L602

2

VDDMNT
GCFB_G

G

PRG_G
VD
FRP

I602
TC7SG125FU
1

R644
0

R633
3.3k
1005

L601
22

0.1/10
1005

GND1

L663

C693

1005
1.0/6.3

JUMPER R

FRP_COM

1005

22
2518

4

Q631
2SA1577

OUT_Y

Q632
2SC5734

1005

2518

GND

5

22
2518

3

VCC

L661
22

IN_A

L662

IN_B

2

2518

1

R692
0

FRP

22
2518

R691
0
XSCAN
1005

from I802

+15.5V

+3.3VP

G Panel Part
for 1.3" XGA/SXGA/WXGA

C630

1005

GD1-6
GD1-5
GD1-4
GD1-3
GD1-2
GD1-1
GD1-0

from master TG
GD2-11
GD2-10
GD2-9
GD2-8
GD2-7
GD2-6
GD2-5
GD2-4
GD2-3
GD2-2
GD2-1
GD2-0

GD2-11
GD2-10
GD2-9
GD2-8
GD2-7
GD2-6
GD2-5
GD2-4
GD2-3
GD2-2
GD2-1
GD2-0

61 DA_IN9
63 DA_IN7
64 DA_IN6
65 DA_IN5
66 DA_IN4
67 DA_IN3
68 DA_IN2

R696
0
2010

GD2-11
GD2-10
GD2-9
GD2-8
GD2-7

69 DA_IN1

I601
CXA7009R

70 DA_IN0
71 DB_IN11

[I2C slave address : 78h]

72 DB_IN10

R697
0
2010

73 DB_IN9
74 DB_IN8
75 DB_IN7

GD2-6
GD2-5

76 DB_IN6

R698
0
2010

GD2-4
GD2-3
GD2-2

77 DB_IN5
78 DB_IN4
79 DB_IN3
80 DB_IN2

GD2-1
GD2-0

25 36 41

7

8

R605
10
2010

0.1/25

39

P601
FF22D-57HUp
APG01
APG02
APG03
APG04

0.1/25

38

C606

37
36

0.1/25

APG06
APG07
APG08
APG09
APG10
APG11
APG12
APG13
APG14
APG15
APG16
APG17
APG18
APG19
APG20
APG21
APG22
APG23
APG24
APG25
APG26
APG27
APG28
APG29
APG30
APG31
APG32
APG33
APG34
APG35
APG36
APG37
APG38
APG39
APG40

35
34

R604
10

33
32
31

C605

30
29

0.1/25

2010
R603
10

28
27
26
25
24
23

2010

22
21

C604
0.1/25

1005

R611
0

1005

C601
1.0/10

1005

R627
4.7k

R623
4.7k

R621
4.7k

40

9 10 1 12 13 14 15 16 17 18 19 20

R625
1.0k

1

1005

C607

SID_OUT
PVCC-39
SIG_OUT1
SIG_OUT2
PGND-36
SIG_OUT3
SIG_OUT4
PVCC-33
SIG_OUT5
SIG_OUT6
PGND-30
SIG_OUT7
SIG_OUT8
PVCC-27
SIG_OUT9
SIG_OUT10
PGND-24
SIG_OUT11
SIG_OUT12
PVCC-21

62 DA_IN8

10/25
3225
C631

1005

GD1-10
GD1-9
GD1-8
GD1-7

DB_IN1
DB_IN0
VDD-3
DGND-4
DGND-5
RET
DIRC
SCL
SDA
XCLR
ADDR0
ADDR1
ADDR2
AGND-14
REF_IN
VCC-16
REF_OUT
AGND-18
VCOM_OUT
PGND-20

GD1-11
GD1-10
GD1-9
GD1-8
GD1-7
GD1-6
GD1-5
GD1-4
GD1-3
GD1-2
GD1-1
GD1-0

GD1-11
GD1-10
GD1-9
GD1-8
GD1-7
GD1-6
GD1-5
GD1-4
GD1-3
GD1-2
GD1-1
GD1-0

DA_IN10
DA_IN11
DGND-58
VDD-57
CLK
PRG
VD
FRP
SHT_O
SHT_I
VDDMNT
GCFB_O
GCFB_I
DGND-47
AGND-46
VCC-45
CAL_IN
PVCC-43
CAL_OUT
PGND-41

60 59 58 57 56 55 54 53 52 51 50 49 48 47 46 45 44 43 42 41

GD1-11

R626
10

C603

I2CDATP
RESETSH
1005

DA_IN10
DA_IN11
DGND-58
VDD-57
CLK
PRG
VD
FRP
SHT_O
SHT_I
VDDMNT
GCFB_O
GCFB_I
DGND-47
AGND-46
VCC-45
CAL_IN
PVCC-43
CAL_OUT
PGND-41

65 DA_IN5
66 DA_IN4
67 DA_IN3
68 DA_IN2
69 DA_IN1

I661
CXA7009R

71 DB_IN11
[I2C slave address : 7Ah]

73 DB_IN9
74 DB_IN8
75 DB_IN7
76 DB_IN6
77 DB_IN5
78 DB_IN4

R665
10
2010

10/16
MVK/SKV
C652

R664
10

10/16
MVK/SKV
C654

38

C666

37
36

0.1/25
C653

0.1/25

35
34
33
32

0.1/25
C659

31

C665

30
29

0.1/25

28
27
26

10/25
3225
C655

25
24
23

21

C664
0.1/25

100/16
MVK/SKV

R617
10k
1005

R686
10

C662
0.47/10

GND1

C663

XSCAN
I2CCLKP
I2CDATP
RESETSH

R640
0
1005

GND1

SM0319

0.1/25
C656

2010

22

9 10 1 12 13 14 15 16 17 18 19 20

put near by slave TG

10/25
3225
C660

2010
R663
10

1005

8

R662
0

1005
C661
1.0/10
1005

7

0
1005

1005

R687
4.7k

25 36 41

R689
4.7k

R683
4.7k
R684
4.7k

1

R661

80 DB_IN2

DB_IN1
DB_IN0
VDD-3
DGND-4
DGND-5
RET
DIRC
SCL
SDA
XCLR
ADDR0
ADDR1
ADDR2
AGND-14
REF_IN
VCC-16
REF_OUT
AGND-18
VCOM_OUT
PGND-20

79 DB_IN3

C615

GD4-7
GD4-6
GD4-5
GD4-4
GD4-3
GD4-2
GD4-1
GD4-0

39

C616
10/16
MVK/SKV

72 DB_IN10

0.1/25

40

1005

GD4-11
GD4-10
GD4-9
GD4-8

10/25
3225
C651

C667

0.1/25

70 DA_IN0

C658

C671
470p

SID_OUT
PVCC-39
SIG_OUT1
SIG_OUT2
PGND-36
SIG_OUT3
SIG_OUT4
PVCC-33
SIG_OUT5
SIG_OUT6
PGND-30
SIG_OUT7
SIG_OUT8
PVCC-27
SIG_OUT9
SIG_OUT10
PGND-24
SIG_OUT11
SIG_OUT12
PVCC-21

64 DA_IN6

R6A3
0
2010

R681
4.7k

GD4-2
GD4-1
GD4-0

61 DA_IN9
63 DA_IN7

1005

GD4-6
GD4-5
GD4-4
GD4-3

1005

62 DA_IN8

1005

GD4-11
GD4-10
GD4-9
GD4-8
GD4-7

R6A2
0
2010

R677
0
2010

GD4-11
GD4-10
GD4-9
GD4-8
GD4-7
GD4-6
GD4-5
GD4-4
GD4-3
GD4-2
GD4-1
GD4-0

GD3-6
GD3-5
GD3-4
GD3-3
GD3-2
GD3-1
GD3-0

R682
4.7k

from slave TG

GD3-8
GD3-7

R679
0
2010

GD3-4
GD3-3
GD3-2
GD3-1
GD3-0

GD3-11
GD3-10
GD3-9

R639
0

60 59 58 57 56 55 54 53 52 51 50 49 48 47 46 45 44 43 42 41

R678
0
2010

GD3-9
GD3-8
GD3-7
GD3-6
GD3-5

R6A1
0
2010

1005

GD3-11
GD3-10

R613
0

1005
GD3-11
GD3-10
GD3-9
GD3-8
GD3-7
GD3-6
GD3-5
GD3-4
GD3-3
GD3-2
GD3-1
GD3-0

0.1/25

C602
0.47/10

R615
0

0.1/25

1005

1005

C668

R616
56
GND1

0.1/25

SHCLK2_G
PRG2_G

C691

1005
R695
56

C669
0.1/25

R693
100

VDDMNT

C692

XSCAN
I2CCLKP

4

1005

OUT_Y

1005

R614
0

GND

R694
0

PRG_G
VD
FRP

IN_A

3

5

0.1/10
1005

2

VCC

APG43
APG44
APG45
APG46
APG47
APG48
APG49
APG50
APG51
APG52
APG53
APG54
APG55
APG56
APG57

ENB
VCK_G
VST_G
DWN
CLR
PCG
XSCAN

1005

0.1/10
1005

G

from TG part

1005 R642
1.0k

I662
TC7SG125FU
1

1005

R601
0

R602
0

R641
1.0k
+3.3VI2C

+3.3VP

DCK3_G
DCK4_G
DCK2_G
DCK1_G
HCK1_G
HCK2_G
HST_G

1005

1005

R628
4.7k

R624
4.7k

1005

1005

R676
0
2010

R675
0
2010

R674
0
2010

R622
4.7k

1005

PWB ASSEMBLY MAIN 7

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

N.C.
V.COMR
PSIG
VVSSR
VSSGR
VID1
VID2
VID3
VID4
VID5
VID6
VID7
VID8
VID9
VID10
VID11
VID12
VID13
VID14
VID15
VID16
VID17
VID18
VID19
VID20
VID21
VID22
VID23
VID24
HVDD
N.C.
N.C.
DCLK2
/DCLK2
/DCLK1
DCLK1
HCK1
HCK2
HST
HVSS
VSSGL
VVSSL
ENB
VCK
VST
DWN
CLR
PCG
RGT
SOUT
N.C.
N.C.
VVDD
PSIGL
V.COML
N.C.
GCFB

from I801

from I802
controlled by POWER6

B Panel Part
for 1.3" XGA/SXGA/WXGA

+15.5V

+3.3VP

controlled by POWER7

70mA*2

80mA*2

BD2-11
BD2-10
BD2-9
BD2-8
BD2-7
BD2-6
BD2-5
BD2-4
BD2-3
BD2-2
BD2-1
BD2-0

BD2-11
BD2-10
BD2-9
BD2-8
BD2-7
BD2-6
BD2-5
BD2-4
BD2-3
BD2-2
BD2-1
BD2-0

65 DA_IN5
66 DA_IN4
67 DA_IN3
68 DA_IN2
69 DA_IN1

I701
CXA7009R

71 DB_IN11
[I2C slave address : 7Ch]

72 DB_IN10
73 DB_IN9
74 DB_IN8
75 DB_IN7
76 DB_IN6

R798
0
凸2010

77 DB_IN5
78 DB_IN4
79 DB_IN3
80 DB_IN2

3

4

5

61

8 7 91 10 1 2

13

L763
R733
3.3k
1005

R735
2.2

39
38

L752
10
2518

2518

R736
2.2
1005

L751
10
0.1/25

R705
10
凸2010

P701
FF22D-57HUp
APB01
APB02
APB03
APB04

0.1/25

C706

37
36

0.1/25
APB06
APB07
APB08
APB09
APB10
APB11
APB12
APB13
APB14
APB15
APB16
APB17
APB18
APB19
APB20
APB21
APB22
APB23
APB24
APB25
APB26
APB27
APB28
APB29
APB30
APB31
APB32
APB33
APB34
APB35
APB36
APB37
APB38
APB39
APB40

35
34

R704
10

33
32
31

C705

30
29

0.1/25
凸2010
R703
10

28
27
26
25
24
23

凸2010

22
21

C704
0.1/25

1005

R711
0

1005
C701
1.0/10

1005

R727
4.7k

R721
4.7k

1005
R723
4.7k

40

14 17 2016
115
1918

R725
1.0k

2

Q731
2SA1577

2518

L761
22

C709
0.1/25
C708

0.1/25

1005

1005
R706
3.0k-1%

1005
R707
0

64 DA_IN6

10/25
3225
C731

C707

SID_OUT
PVCC-39
SIG_OUT1
SIG_OUT2
PGND-36
SIG_OUT3
SIG_OUT4
PVCC-33
SIG_OUT5
SIG_OUT6
PGND-30
SIG_OUT7
SIG_OUT8
PVCC-27
SIG_OUT9
SIG_OUT10
PGND-24
SIG_OUT11
SIG_OUT12
PVCC-21

63 DA_IN7

70 DA_IN0

C730

44 43 42 41

52 51 50 49 48 47 46 45

62 DA_IN8

R797
0
凸2010

JUMPER R

Q734
2SA1577

1005

5654 53

61 DA_IN9

R796
0
凸2010

R738
0

1005

from master TG

BD1-11
BD1-10
BD1-9
BD1-8
BD1-7
BD1-6
BD1-5
BD1-4
BD1-3
BD1-2
BD1-1
BD1-0
BD2-11
BD2-10
BD2-9
BD2-8
BD2-7
BD2-6
BD2-5
BD2-4
BD2-3
BD2-2
BD2-1
BD2-0

R712
0

DA_IN10
DA_IN11
DGND-58
VDD-57
CLK
PRG
VD
FRP
SHT_O
SHT_I
VDDMNT
GCFB_O
GCFB_I
DGND-47
AGND-46
VCC-45
CAL_IN
PVCC-43
CAL_OUT
PGND-41

BD1-11
BD1-10
BD1-9
BD1-8
BD1-7
BD1-6
BD1-5
BD1-4
BD1-3
BD1-2
BD1-1
BD1-0

57
58
59
55

C711
470p

DB_IN1
DB_IN0
VDD-3
DGND-4
DGND-5
RET
DIRC
SCL
SDA
XCLR
ADDR0
ADDR1
ADDR2
AGND-14
REF_IN
VCC-16
REF_OUT
AGND-18
VCOM_OUT
PGND-20

BD1-11
BD1-10
BD1-9
BD1-8
BD1-7
BD1-6
BD1-5
BD1-4
BD1-3
BD1-2
BD1-1
BD1-0

R799
0

R746
56
60

R732
10
1005

1005

C757

VDDMNT
FRP
VD
PRG_B

1005

C722
10/16
MVK/SKV

Q733
2SC5734

Q732
2SC5734

1005

C710 0.1/10
1005

SCAN
I2CCLKP
I2CDATP

R731
10

10/16
MVK/SKV

4

R737
3.3k

OUT_Y

R773
0
凸2010

VDDMNT
FRP
VD
PRG_B

1005

R772
0
凸2010

PW PORTC1

R745
0

R771
0
凸2010

TG
SCAN
PW TWOWSC0 I2CCLKP
PW TWOWSD0 I2CDATP

GCFB_B
RESETSH

2518

C721
R743
100

1005

TG
GCFB_B
PW PORTA6 RESETSH

22
2518

GND

L762

3

5

22
2518

L701
22
IN_A

0.1/10
1005

SHCLK_B

L702

2

VDDMNT
GCFB_B

VCC

G

PRG_B
VD
FRP

I702
TC7SG125FU
1

R744
0

22
2518

JUMPER R
JUMPER R

R726
10

1005

1005

61 DA_IN9

SID_OUT
PVCC-39
SIG_OUT1
SIG_OUT2
PGND-36
SIG_OUT3
SIG_OUT4
PVCC-33
SIG_OUT5
SIG_OUT6
PGND-30
SIG_OUT7
SIG_OUT8
PVCC-27
SIG_OUT9
SIG_OUT10
PGND-24
SIG_OUT11
SIG_OUT12
PVCC-21

62 DA_IN8
63 DA_IN7
64 DA_IN6
65 DA_IN5
66 DA_IN4
67 DA_IN3
68 DA_IN2
69 DA_IN1

I761
CXA7009R

71 DB_IN11
[I2C slave address : 7Eh]

72 DB_IN10
73 DB_IN9
74 DB_IN8
75 DB_IN7
76 DB_IN6
77 DB_IN5
78 DB_IN4

DB_IN1
DB_IN0
VDD-3
DGND-4
DGND-5
RET
DIRC
SCL
SDA
XCLR
ADDR0
ADDR1
ADDR2
AGND-14
REF_IN
VCC-16
REF_OUT
AGND-18
VCOM_OUT
PGND-20

79 DB_IN3
80 DB_IN2

8 7 91 10 1 2

13

15201161418
17

R765
10
凸2010

10/16
MVK/SKV
C752

R764
10

10/16
MVK/SKV
C754

C766
0.1/25

37

0.1/25

36

C753

35
34
33
32
31

0.1/25
C759

C765

30

凸2010
R763
10

28
27

10/25
3225
C755

26
25
24

0.1/25

23

凸2010

22

C756

21

C764
0.1/25

100/16
R740 MVK/SKV
0
1005

1005

R786
10

C762
0.47/10
0.1/25

GND1

SM0319

10/25
3225
C760

0.1/25

29

GND1

C763

SCAN
I2CCLKP
I2CDATP
RESETSH

put near by slave TG

38

19

R717
10k
1005

61

39

1005

1005
C761
1.0/10
1005

5

R762
0

1005
R787
4.7k
1005
R789
4.7k

4

0
1005

R783
4.7k
R784
4.7k

3

R761

R781
4.7k

1005
1005

2

0.1/25

40

C716
10/16
MVK/SKV

70 DA_IN0

10/25
3225
C751

C767

C715

R7A3
0
凸2010

C758

C771
470p

44 43 42 41

52 51 50 49 48 47 46 45

0.1/25

5654 53

R739
0

DA_IN10
DA_IN11
DGND-58
VDD-57
CLK
PRG
VD
FRP
SHT_O
SHT_I
VDDMNT
GCFB_O
GCFB_I
DGND-47
AGND-46
VCC-45
CAL_IN
PVCC-43
CAL_OUT
PGND-41

57
58
59
55

R782
4.7k

BD4-11
BD4-10
BD4-9
BD4-8
BD4-7
BD4-6
BD4-5
BD4-4
BD4-3
BD4-2
BD4-1
BD4-0

R7A2
0
凸2010

R777
0
凸2010

BD4-11
BD4-10
BD4-9
BD4-8
BD4-7
BD4-6
BD4-5
BD4-4
BD4-3
BD4-2
BD4-1
BD4-0

60

R779
0
凸2010

from slave TG

BD3-11
BD3-10
BD3-9
BD3-8
BD3-7
BD3-6
BD3-5
BD3-4
BD3-3
BD3-2
BD3-1
BD3-0
BD4-11
BD4-10
BD4-9
BD4-8
BD4-7
BD4-6
BD4-5
BD4-4
BD4-3
BD4-2
BD4-1
BD4-0

R7A1
0
凸2010

R778
0
凸2010

BD3-11
BD3-10
BD3-9
BD3-8
BD3-7
BD3-6
BD3-5
BD3-4
BD3-3
BD3-2
BD3-1
BD3-0

R713
0

1005
BD3-11
BD3-10
BD3-9
BD3-8
BD3-7
BD3-6
BD3-5
BD3-4
BD3-3
BD3-2
BD3-1
BD3-0

0.1/25

VDDMNT

C791
R715
0

C768

1005

1005

0.1/10
1005

R716
56
GND1

C769
0.1/25

SHCLK2_B
PRG2_B

C703

R793
100

4

1005

R795
56

0.1/25

C702
0.47/10
SCAN
I2CCLKP
I2CDATP
RESETSH

C792
OUT_Y

1005

GND

1005

PRG_B
VD
FRP

IN_A

3

R794
0

APB43
APB44
APB45
APB46
APB47
APB48
APB49
APB50
APB51
APB52
APB53
APB54
APB55
APB56
APB57

ENB
VCK_B
VST_B
DWN
CLR
PCG
SCAN

1005

5

R714
0

2

VCC

0.1/10
1005

G

from TG part

1005 R742
1.0k

+3.3VP
I762
TC7SG125FU
1

1005

R701
0

R702
0

R741
1.0k
+3.3VI2C

DCK3_B
DCK4_B
DCK2_B
DCK1_B
HCK1_B
HCK2_B
HST_B

1005

1005

R728
4.7k

1005

1005
R724
4.7k

R776
0
凸2010

R775
0
凸2010

R774
0
凸2010

R722
4.7k

1005

PWB ASSEMBLY MAIN 8

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

N.C.
V.COMR
PSIG
VVSSR
VSSGR
VID1
VID2
VID3
VID4
VID5
VID6
VID7
VID8
VID9
VID10
VID11
VID12
VID13
VID14
VID15
VID16
VID17
VID18
VID19
VID20
VID21
VID22
VID23
VID24
HVDD
N.C.
N.C.
DCLK2
/DCLK2
/DCLK1
DCLK1
HCK1
HCK2
HST
HVSS
VSSGL
VVSSL
ENB
VCK
VST
DWN
CLR
PCG
RGT
SOUT
N.C.
N.C.
VVDD
PSIGL
V.COML
N.C.
GCFB

C128
0.1/10

GND-103

GND-104

GND-105

NC-108

GND-107

NC-109

NC-111

GND-110

VDDC-106

1005
NC-112

1005

C127
0.1/10
NC-114

AVDD_ADC-113

NC-115

GND-116

NC-117

C121
0.1/10

NC-118

AVDD_ADC-119

REXT

NC-121

GND-122

AVDD_PLL

NC-124

NC-125

AVDD_ADC-126

1005

88
87
86
85

DATA[1]

84

(SOGIN2)

DATA[6]

79

NC-25

(GIN2P)

DATA[7]

78

NC-26

(GIN2N)

DATA[8]

77

NC-27

(RIN2P)

DATA[9]

76

GND-31
AVDD_MPLL
XOUT
XIN

35

HWRESET

36

A0

37

SCL

38

SDA

GND-74

1005
GND1

VDDP-73

73

C130
0.1/10

FIELD/GPO

72

1005

VSOUT

71

HSOUT

70

10/6.3
2125

L105
4.7

IN0FLD
GND1
R146
1.5k
1005

2518
C116
X101
18p-C 14.31818MHz

R147
1.0M
1005

SMD-49

18p-C

DE/ SOGOUT
DATACK

68

GND1

69

C143

R156
100
1005

DATA[10]

DATA[11]

DATA[12]

DATA[13]

DATA[14]

DATA[15]

DATA[16]

DATA[17]

DATA[18]

DATA[19]

GND-54

C155

1005

DATA[20]

DATA[21]

DATA[22]

DATA[23]

DATA[24]

DATA[25]

DATA[26]

DATA[27]

DATA[28]

DATA[29]

VDDP-53
C122
0.01/16

121mA

2518

33
2010

R132

33
2010

R131

33
2010

R103

33
2010

R133

33
2010

R102

33
2010

GND1

IN0GE1
IN0GE0

IN0GE5
IN0GE4
IN0GE3
IN0GE2

IN0GE9
IN0GE8
IN0GE7
IN0GE6

IN0RE1
IN0RE0

IN0RE5
IN0RE4
IN0RE3
IN0RE2

IN0RE9
IN0RE8
IN0RE7
IN0RE6

I102
TK11125CSC
1

Vcont

2

GND 2.5V
240mA/500mW

3

Np

Vout
Vin
3.3V/1A/1800mW

8

2

NC-2

NC-7

7

3

GND

NC-6

6

4

Cn

Cont

5

0.33/10 C173

470p
1005

0

LPF OFF

1

LPF ON

Vout

4

GND1
0.22/10
C161

R109
1.0k
1

1.0/10
2125

LPF_COMP

5

GND1

1005
C156
1.0/10

R106
2.2k
1005

1005

R105
2.2k

R104
2.2k
1005

D101
SFPB-66

0.01/16
1005

Vin

C171

MUTE_COMP_ADC

C165

NC-42
R101

C150

2518

10/6.3
2125

L102
4.7
2125

R107
22
2125
C170
22/6.3

2125

C169
22/6.3

2125

R160
22
2125

R159
22
2125

C168
22/6.3

C186
1.0k
1005

1005

R155

C166
0.1/10

Q110
2SC4617

GND1

0.1/10
1005

C114

22p-C
1005
R128
470
1005

R125
680
1005

R122
68k
1005
R123
27k
1005

22p-C
1005

18p-C
1005

18p-C
1005
C110

18p-C
1005
C109

C108

R108
390
1005
680
1005

R186

64

63

62

61

60

59

58

57

56

55

54

Sheet16 Analog MUX

L104
4.7

GND1

72mA

G1
GND1

GND1

MM1663DHBE
I103

GND1

GND1

SM0319

53

GND1

C157

GND1

52

C172
47/6.3
MVK/SKV

Q107
RT1N141U

GND1

51

GND1

50

Q109
2SC4617

GND1

Q182
2SA1774

1005

C159

Q108
2SC4617

R127
0
1005

49

1005

R1241005
56
1005
Q106
2SA1774

48

1005

1005
C112
22/6.3
2125

47

R185
56

R187
56

R158
0

R126
220
1005

1005
C124
0.01/16

GND1

Sheet1 PW388B INPUT PORT 0

GND1

Q105
2SC4617

GND-66
VDDP-65

IN0CLK

C148
0.01/16

+4.0V

457mA

SOY

1005

R121
0

46

GND1

45

R130
0

44

R120
100
1005

R118
100
1005

385mA

R119
100
1005

43

(AnalogLine)
3RCA2_G
3RCA2_B
3RCA2_R

42

40

GND1
CHSG1C
CHGI1C
CHBI1C
CHRI1C

41

39

R145
4.7k
1005

NC-44

1005

INT

100
1005

I2C SLAVE ADDR.
4Eh

R144
4.7k

1005

I2CCLK
I2CDAT

CHINT

GND1

VDDP-39

R139
100
1005
R140

C123
0.1/10

R136 0 1005

VDDC-67

65

1005

R153
33
2010
R137
33
1005

66

100ns

IN0VS
IN0HS
IN0AHS

67

y

Sheet1
PW288B MISC

R138
10k
Reset Pulse Width

R142
33
2010
C131
0.1/10

VDDC-75

1005
C154

from Sheet3
CPU-RESET

IN0BE6
IN0BE7
IN0BE8
IN0BE9

74

GND-30

R143
33
2010

75

AVDD_ADC-29

34

(RIN2N)

NC-28

IN0BE2
IN0BE3
IN0BE4
IN0BE5

PWB ASSEMBLY MAIN 9

C160
0.22/10

C185

22p-C
1005

680
1005

80

NC-24

33

0.1/10
1005

DATA[5]

32

C153
0.1/10

DATA[4]

(BIN2N)

31

GND1

(BIN2P)

NC-23

30

0.047/10
1005

NC-22

29

C145
R170
68 0.047/10
1005
1005
C119

DATA[3]

RIN1N

28

(AnalogLine)

0.047/10
1005
0.047/10
1005

C174

B-WL
G-WL
R-WL
H-WL
V-WL

C144
R169
68 0.047/10
1005
1005
CHRI2

DATA[2]

81

C163

CHGI2

RIN1P

82

0.047/10
1005

83

C162

IN0BE0
IN0BE1
R134
33
2010

Sheet1 PW388B INPUT PORT 0

R117
220
1005

89

DATA[0]

I101
MST3566M

10/6.3
2125

R116
0
1005

C104

22p-C
1005

GND-127

VREFP
33p-C
1005

33p-C
1005
C184

33p-C
1005
C183

C182
1005

C167
0.1/10

680
1005

R114

92
90

93
91

94

1005

95

R111
22k

96

10k
1005

97

R112

98

R181

99

1005

100

R161
390

101

Sheet16 Analog MUX

102

1000p
1005

C176

C118
R168
68 0.047/10
1005
1005
CHSG2

1000p
1005

C158

GND1

GND1

C117
R167
68 0.047/10
1005
1005
CHBI2

0.047/10
1005
0.047/10
1005

GND1

1005

Sheet16 Analog MUX

103

104

105

106

107

108

109

110

C132
0.01/16
1005

27

1005

4

111

C115
R166
68 0.047/10
1005
1005
CHRI1

0.047/10
1005

C146
C177

R193
33
OUT_Y

1005

VDDP-86

26

GND

GIN1N

GND-87

A/D Convertor

25

IN_A

3

GIN1P

C133
1000p

24

2

112

0.047/10
1005

Q181
2SA1774
MUX1OUT_V2

113

0.047/10
1005

1005

5

114

C140

C175
VCC

SOGIN1

1005

VDDP-88

23

R180
56

I193
TC7SZ126FU
G

115

C107
R165
68 0.047/10
1005
1005
CHSG1

1000p
1005

C164

1

116

C139

R182
56

1005

117

0.047/10
1005

C181

4

118

5

R192
33
OUT_Y

BIN1N

GND-89

GND1

22

GND

BIN1P

C134
0.01/16

21

IN_A

3

VSYNC1

1005

VDDP-90

20

2

HSYNC1

C129
0.01/16

CHBI1

C151

1005
MUX1OUT_V1

121

0.047/10
1005

R115
0
VCC

GND-91

CHGI1

GND1
I192
TC7SZ125FU

122

4

1000p
1005
C179

G

123

C178
0.047/10
1005
C180

1005

1

124

1005

C192
0.1/10
1005

125

OUT_Y

SOG

RIN0N

19

GND

R148
390

VDDC-92

18

3

CHSG0C

NC-93

RIN0P

17

22/6.3
2125
R191
33

C106
R164
68 0.047/10
1005
1005

16

1005

NC-94

GIN0N

15

IN_A

5

C147
0.047/10

GIN0P

14

2

VCC

C105
R163
68 0.047/10
1005
1005
CHRI0

GND1

Q103
2SA1774

NC-95

CHGI0

1005

13

MUX1OUT_H2

G

1005 C142
0.047/10

GND1

2SC4617

1005

C102

NC-96

SOGIN0

12

1005

I191
TC7SZ126FU

+5V

1005

R113
1005
56

NC-97

BIN0N

11

4

1005

1

C101
R162
68 0.047/10
1005
1005
CHSG0

10

OUT_Y

126

127

128

1005

9

GND

3

R157
0

R110
0

NC-98

BIN0P

8

R190
33

NC-99

GND-5

7

IN_A

2

Q102
R154
220

4

5

36

MUX1OUT_H1

VCC

1005

NC-100

CHBI0

C141
1000p

G

1

C136
0.1/10

1005

L101
4.7
2518

AVDD_ADC-4

NC-101

C120
0.1/10

0.1/10
1005
I190
TC7SZ125FU

VSYNC0

VDDP-102

GND1

0
1005

C152
0.047/10

C190

25

RGBINSEL1

HSYNC0

R150

R151
0
1005

R152
0
1005

1

(AnalogLine)
MUX1OUT_R
MUX1OUT_G
MUX1OUT_B

VREFN

119

2518

120

1005
L103

R141
390-1%
1005

C125
0.1/10
1005

C149
10/6.3
2125

1005

C126
0.1/10
1005

C135
0.1/10

C138
0.1/10

1005

C137
0.1/10

GND1

IV07
TC7SZ125FU

RV92
33
2010

RV05
33
2010

IN1B1
IN1B0

IN1B5
IN1B4
IN1B3
IN1B2

IN1B9
IN1B8
IN1B7
IN1B6
2010

IN1G1
IN1G0

RV06
33

RV84
33

RV93
33
2010

IN1G5
IN1G4
IN1G3
IN1G2

+5V

47
2518

RV07
33
2010

LV05

2010

IN1G9
IN1G8
IN1G7
IN1G6

to PW388B input port 1 (001.sht)

p1
VD_SDG

1

G

2

IN_A

3

GND

VCC

5

OUT_Y

4

RV52
33

RV85
33

p1
IN1AHS

1005
1005
p17

CV58
0.1/10

RV86
33

IV08
TC7SZ126FU

1005

H_SEP_OUT

1

G

2

IN_A

3

GND

1005

VCC

5

OUT_Y

4

RV54

176

1

to PW388B input port 1 (001.sht)

2
3
64 5
7
8
9

G

2

IN_A

VCC

GND

3

OUT_Y

1005

5

4

CV01
0.01/16

22
CV45
0.1/10
1005

2010

3

SDRDQ3
SDRDQ4

4

CV02

5
6

0.01/16
1005

7
8

SDRDQ5
SDRDQ6

9

CV03
0.01/16

10
11
12

1005
CV04

SDRDQ7

13
14

CV46
0.01/16
1005 GND1

SDRLDQS
RV09
22
2010

0.01/16
1005

CV47

SDRBA1
SDRBA0
SDRCS
SDRRAS

0.01/16
1005

22
2010

15
16
17
18
19

SDRLDM

CV05
0.01/16
1005

SDRWE
SDRCAS
SDRRAS
SDRCS

20
21
22
23
24
25

SDRBA0
SDRBA1
SDRA10
SDRA0
SDRA1
SDRA2
SDRA3

26
27
28
29
30
31
32
33

VSS-66
DQ15
VSSQ-64
DQ14
DQ13
VDDQ-61
DQ12
DQ11
VSSQ-58
DQ10
DQ9
VDDQ-55
DQ8
NC1-53
VSSQ-52
UDQS
NC1-50
VREF
VSS-48
UDM
CLK
CLK
CKE
NC1-43
NC1-42
A11
A9
A8
A7
A6
A5
A4
VSS-34

66

64
63

SDRDQ14
SDRDQ13

1005

62
61

SDRDQ12
SDRDQ11

60
59
58

SDRDQ10
SDRDQ9

57
56
55

SDRDQ8

54

CV08

53

0.1/10
1005 SDRUDQS

52
51
50

CV09 SDRVREF
0.1/10
1005 SDRUDM

49
48
47

SDRCLKN
SDRCLK
SDRCKE

46
45
44
43
42

GND1

SDRA11
SDRA9
SDRA8
SDRA7
SDRA6
SDRA5
SDRA4

41
40
39
38
37
36
35
34

CV06
GND1

SDRCAS
SDRWE

0.01/16
1005
GND1

140mA

CV95
1.0/10
Vin

NC-7

NC-6

Cont

GND1

SFPB-66
DV02

3.3V/1A/1800mW

GND 2.5V
240mA/500mW

3

Np

CV70
1000p
1005

Vin

Vout

5

NC-2

GND

Vout
0.33/10

Vcont

2

CV972125

1

+3.3V-SEP
705mA
CV99
1.0/10

CV96
470p 1005

IV03
TK11125CSC

421mA

CV98
47/6.3
MVK/SKV

CV93

SDRDQ15

CV07
0.1/10

65

1005

2010

2

SDRDQ1
SDRDQ2

VDD-1
DQ0
VDDQ-3
DQ1
DQ2
VSSQ-6
DQ3
DQ4
VDDQ-9
DQ5
DQ6
VSSQ-12
DQ7
NC1-14
VDDQ-15
LDQS
NC1-17
VDD-18
NC1-19
LDM
WE
CAS
RAS
CS
NC1-25
BS0
BS1
A10/AP
A0
A1
A2
A3
VDD-33

RV21
1.0k-1%

22

RV18

1

CV10

RV17

IV01
W9412G6IH-6

1005
SDRDQ0

1005

2010

SDRA11
SDRA9
SDRA8
SDRA7
SDRA6
SDRA5
SDRA4
SDRA3
SDRA2
SDRA1
SDRA0
SDRA10

RV22
1.0k-1%

RV16
22

SFPB-66
DV01

4

GND1

GND1

1

Vout

2

NC-2

Vin

8

NC-7

7

1.8V
1A/1800mW

1.0/10
CV78

G1
GND1
17mA

3

GND

NC-6

6

4

Cn

Cont

5

1005
470p

1005

GND1
GND1

SOY

MM1661JHBE
IV05
GND1

421mA

p17
SOY_SEP2

284mA

1005

RV50
0
1005

IN1VS

0
1005

140mA

QV09
2SC4617

RV57
33
1005

CV79

RV49
1.0k

RV75
470
1005
GND1

RV48
1.0k

GND1
RV74
0
1005

4

GND1

2125

1005

p17

OUT_Y
CV68
0.1/10

1005

SOY_SEP1

22p-C
1005

QV08
2SA1774
GND1

QV07
2SC4617

RV73
220
1005

CV66

RV71
56
1005

CV67
0.1/10

RV72
680
1005

RV76
0
1005

GND1

5

RV56
33

CV44
0.01/16
1005

2010

22

RV14

2010

22

RV13

1005
CV48

CV11
0.1/10
1005

2010

22

RV10

2010

22

RV12

2010

22

GND

1005

CV84
1.0/10

QV02
2SC4617
RV69
68k
1005

1

CV83
10/6.3

1005

GND1

RV70
27k
1005

3

VCC

IN1FLD

Cn

CHSOYC

4

GND1
GND1
GND1

SM0319

IN_A

2010

Not critical
no longer than necessary.

45 SDRAM_WE

46 SDRAM_LDM

47 DVDDIO_SDRAM-47

48 DGND_SDRAM-48

49 SDRAM_LDQS

50 SDRAM_DQ7

51 SDRAM_DQ6

52 SDRAM_DQ5

53 SDRAM_DQ4

54 SDRAM_DQ3

55 SDRAM_DQ2

56 SDRAM_DQ1

57 SDRAM_DQ0

58 SDRAM_VREF

59 DGND-59

60 DVDD-60

44 43 42 41 40 39 38 37 36 35 34 33 32 31 30 29 28 27 26 25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10

175

174

173

172

171

170

169

168

167

164

163

166

162

165

161

159

158

157

156

155

154

153

151

150

152

149

148

147

146

145

144

143

160
61 DVDDIO_SDRAM-61

62 DGND_SDRAM-62

33

1.0/10
CV71

GND1

1005
CV64

2

+4.0V

Not critical,no longer than necessary.

1005

RV47
1.0k

5

22/6.3
2125

4

CV59
0.1/10
IV10
TC7SZ126FU

IN1CLK
IN1HS

33
1005

GND1

GND1

RV68
0

OUT_Y

RV58

RV96
RV08

p17
SOG_SEP

GND1

OUT_Y

GND

1

GND

2010

0.01/16
1005

QV01
2SC4617

RV51
0
1005

RVC4
33
3

33

IV06
MM1663DHBE

1005

CV63
0.1/10
RV65
0
1005

GND1
IVC4
TC7SZ126FU
VCC

2010

CV42

2

IN_A

33

RV91

3

G

2

2010

4

22/6.3
2125
CVC4

GND1

QV05
2SA1774
GND1

22p-C
1005

CV60

1005

1

RV62
56
1005

1005

4

GND1

SOG

RV66
470
1005

OUT_Y

QV04
2SC4617

RV64
220
1005

CV62

RV60
68k
1005
RVC3
33

0.1/10
1005

RV67
0
1005

RV59
0

RV61
27k
1005

GND

33

G

8

3

IN1R9
IN1R8
IN1R7
IN1R6
IN1R5
IN1R4
IN1R3
IN1R2
IN1R1
IN1R0

RV01

1

1005

G1

IN_A

5

3

IV11
TC7SZ125FU

5

RV55
33

7

2

VCC

1005

6

G

V_SEP_OUT

5

1

RV63
680
1005

CHSOGC

8.0p-C

CV92

XV01

MUX2OUT_V2

142

CV90

GND1
1005

IVC3
TC7SZ125FU

VCC

SDRLDM

4

SDRLDQS

OUT_Y

RVA0
0
1005
28.63636MHz
SMD-49

SDRDQ0
SDRDQ1
SDRDQ2
SDRDQ3
SDRDQ4
SDRDQ5
SDRDQ6
SDRDQ7

GND

IN_A

13mA

RVC2
33
3

GND1

RESETN

2

GND1
RV11

p3QV20
2SA1774
MUX2OUT_H2

0.01/16

1005

5

CV55
0.01/16
1005

GND1
GND1

G

RV88
33

RV02

SDRVREF

VCC

LV04
4.7
2518

180-1% 1.5k-1%
1005
1005

CV51
0.01/16
1005

408mA

10-1%
1005

As short as possible
and minimam skew among
LDM,LDQS,DQ0 to DQ15,UDQS,UDM group.

IN_A

1005

RV26

17mA

2

CV54
0.082/16

RV25
150-1%
1005

0.039/16
RVA5
RVA3

8.0p-C

G

RVA4
10-1%
1005
CV53

RV99

RVE0
56

IVC2
TC7SZ126FU
1

680
1005

RVE1

0.1/10
1005

RVE2
56

1.5k
1005

CVA2 0.022/16
CVA1 0.33/10
CV52 0.47/10

1005

0.1/10
1005

4

CV49

OUT_Y

0.1/10
1005
CV50

GND

P13
P12
P11
P10
P9
P8
P7
P6
P5
P4
P3
P2
P1
P0
DVDDIO-15
DGND-16
LLC
CS/HS_OUT
SFL/SYNC_OUT
FLD_DE_OUT
VS_OUT
DGND-22
DVDD-23
SDRAM_A11
SDRAM_A9
SDRAM_A8
SDRAM_A7
SDRAM_A6
SDRAM_A5
SDRAM_A4
SDRAM_A3
SDRAM_A2
SDRAM_A1
SDRAM_A0
DGND-35
DVDD-36
DVDDIO_SDRAM-37
DGND_SDRAM-38
SDRAM_A10
SDRAM_BA1
SDRAM_BA0
SDRAM_CS
SDRAM_RAS
SDRAM_CAS

V_SEP_IN

CVC2

MUX2OUT_V1

141

140

139

138

137

136

135

134

133

GND1

1

p17

1005

0
1005

GND1
RVC1
33

3

RV87
33

P47
P46
P45
P44
DVDD-137
DGND-138
P43
P42
P41
P40
DVDDIO-143
DGND-144
P39
P38
P37
P36
P35
P34
P33
P32
P31
P30
P29
P28
P27
P26
DVDD-159
DGND-160
P25
P24
P23
P22
P21
P20
P19
P18
P17
DVDDIO-170
DGND-171
P16
P15
P14
DVDD-175
DGND-176

2518

63 SDRAM_DQ15

269mA

64 SDRAM_DQ14

15mA

p17

RV41

5

65 SDRAM_DQ13

33p-C
1005
CVA3

33p-C
1005

33p-C
1005
CVA4

CHSOG
CHSOY

RV77
390
1005

CVA5
VCC

GND1

SDRUDM
SDRUDQS
SDRDQ8
SDRDQ9
SDRDQ10
SDRDQ11
SDRDQ12
SDRDQ13
SDRDQ14
SDRDQ15

IN_A

H_SEP_IN
0
1005

10k
LV03 1005
4.7

RV15

G

2

RVA2

SDRCKE
SDRCLK
SDRCLKN

1

0.1/10 1005

1005
1005

As short as possible and extremely
tight skew between CKN and CK.

MUX2OUT_H1

330p
330p

p17

RV40

IVC1
TC7SZ125FU

0.1/10 1005
CV20

1005
+5V

0.1/10 1005

66 SDRAM_DQ12

CV15
CV17

0.1/10 1005

CV19

67 SDRAM_DQ11

1005

RV45
33

CV18
0.1/10 1005

68 SDRAM_DQ10

RV44
33

CV12

69 SDRAM_DQ9

CV13

0
1005

0
1005

0
1005

RGBINSEL2

RV37
RV36

RV35

0.1/10 1005

70 SDRAM_DQ8

(AnalogLine)
MUX2OUT_R
MUX2OUT_B
MUX2OUT_G

CV14

71 SDRAM_UDQS

GND1

72 SDRAM_UDM

0
1005

73 SDRAM_CK

MUTE_COMP_VDC

RV24 2.7k-1%1005
CV38
0.1/10 1005
CV35
10/10 2125
CV36
0.1/10 1005
CV34
10/10 2125
CV37
0.1/10 1005
CV26
0.1/10 1005

74 SDRAM_CK

GND1

RV23 2.7k-1% 1005

IV02
ADV7802

75 SDRAM_CKE

2125

CV72
22/6.3

2125

RVC7
22
2125
1005

RV80
2.2k

1005

RV79
2.2k

QV12
2SC4617

GND1

GND1

RV81

CV74
22/6.3

RVC6
22
2125

2125

CV73
22/6.3

RVC5
22
2125

7.0p-C
1005

RV78
2.2k

GND1
p3

QV11
2SC4617

QV10
2SC4617

1005

7.0p-C
1005
CV80

CV82

7.0p-C
1005
CV81

RV82
390
1005

CV32

76 DVDD-76

0.1/10 1005

CHAI4C

100
1005

0.1/10
1005 CV91
0.1/10
1005
RV19 100
1005

RV32
3RCA3_G

Video Decoder

77 DGND-77

100
1005

10k
1005
GND1

CHAI1

CV24

CHAI5C

3RCA3_B

CHAI3

CV33

1005
CV28 0.1/10
1005
CV89 0.1/10
CV27 0.1/10
1005
1005
CV88 0.1/10
CV16 0.1/10
1005
CV25 0.1/10
1005
0.1/10 1005
CV23
10/10 2125
CV29
0.1/10 1005
CV22 0.01/16 1005
CV30 0.01/16 1005
CV21
0.1/10 1005
CV31
10/10 2125
0.1/10 1005
CHAI2

100
1005

78 CLKIN

CHAI6C

RV34
3RCA3_R
RV33

CHAI6

GND1

10k
1005
RVA1

CHAI12
CHAI5
CHAI11
CHAI4
CHAI10

C_S

Video-S_C1

4.7k
1005

RV27

79 DVDDIO-79

RV43
100 1005

RVD1

80 XTAL (Input)

RV39
1005 100

Y_S

81 XTAL1 (Output)

Sheet 18
Video-S_Y1

GND1

82 DGND-82

CVBS

83 RESET

CVBS-RCA

RVC0
100
1005

EXTINT

84 PVDD-84

CVBS-BNC

85 AGND-85

CVBS-BNC

86 ELPF1

RVD0
4.7k
1005

87 PVDD-87

‡ð

P48
P49
P50
P51
P52
P53
DE_IN
VS_IN1
VS_IN2
INT
ACLK
SDA
I2C SLAVE ADDR.
ALSB
42h/82h/62h/22h
HS_IN2
HS_IN1
FUNCT1
AOUT
AIN6
AIN12
AIN5
AIN11
AIN4
AIN10
CAPC2
CAPC1
CAPY1
BIAS
AVDD-105
AGND-104
CML
REFOUT
AVDD-101
AGND-100
AGND-99
AIN3
AIN9
AIN2
AIN8
AIN1
AIN7
SOG
SOY
FB
AGND-89
88 ELPF2

†ð AnalogLine

89 90 91 92 93 94 95 96 97 98 99 100 101 102 103 104 105 106 107 108 109 110 111 112 113 114 115 116 117 118 119 120 121 122 123 124 125 126 127 128 129 130 131 132

RV20
1005 4.7k
RV38
1005 4.7k

I2CCLKCC

VD_VSEN

IV09
TC7SZ125FU

2518

2518

I2CDATCC

p1

0
1005

PWB ASSEMBLY MAIN 10

GND1

0.1/10
1005

CV43

0.1/10
1005

CV40

0.01/16
1005

CV41

0.1/10
1005

CV39

0.1/10
1005

CV57

1005
GND1

1.0/10
CV85

LV02
4.7

10/10
2125

CV56

LV01
4.7

10/10
2125

RV53
33

RS20
0
1005

RS21
0
RS22
0

1005

LS13
10

1005

+5V

1SS355

CS17

1SS355

1SS355
DS12

47/6.3
MVK/SKV

1SS355
DS11

CS20

DS13

10/6.3
2125

DS10

2518

DS14

GND1
DS15

MONOUTSEL3

GND1
1005

RS48
10k

1005

RS47
10k

RS46
10k

1005

1SS355

1SS355

(AnalogLine)

B

Dsub1-B

CS07

Dsub1-B
1005

RS49
8.2k

RS31
75-1%

0.1/10
1005
IS42
TC7SZ125FU

1005

22/6.3
2125

Dsub1-G

CS08

G

2

IN_A

VCC

5
1

G

2

IN_A

3

GND

VCC

5

OUT_Y

4

from Sheet 19

MON1OUT_H

Dsub1-G

MON1OUT_V

RS50
8.2k

1005

1005

22/6.3
2125

R

1

from Sheet 19

RS53
0

DSUB1_IN-G
RS32
75-1%

CS42

0.1/10
1005
IS40
TC7SZ125FU

to Sheet 19

RS52
0

DSUB1_IN-B

G

+5V

CS40

RGB IN 1(D-Sub1)

3

Dsub1-R

CS09

GND

OUT_Y

4

RS54
0

DSUB1_IN-R
RS51
8.2k

RS33
75-1%

22/6.3
2125

1005

Dsub1-R

Dsub1-H

1005
RS86
0

Dsub1-V

1005
RS87
0

CS41
0.1/10
1005
IS41
TC7SZ126FU

Dsub1-H

CS32

1000p
1005

CS31

1000p
1005

GND1

DS48
UDZS6.2B

RGB OUT

Dsub1-V
RS34
220

1005

1

G

2

IN_A

QS12
DTC114EE

15

GND
APSV0

14

APSH0

V
SYNC
(+5V)
13

GND1

DS05

LS19
SC100JT
2125

NC

LS20
SC100JT
2125

8
APSB0

RGB IN 2(D-Sub2)
Dsub2-B

CS01

to Sheet 20

RS17
0

DSUB2_IN-B

LS21
SC100JT
2125

11

1005

RS14
8.2k
CS02

1

NC

1005

Dsub2-G

APSGD0

GND-G

Dsub2-B
RS03
75-1%

OUT_Y

4

OUT_Y

4

DSUB2_IN-G

†” AnalogLine
‡”
B Out
G Out
R Out
H Out
V Out

RSA1
51-1%

GND1

R
6
GND-R
G1

RS18
0

RS99
51-1%

GND1

2
G

NC

CS21
18p-C

1005

RS13
10k

1005

RS12
10k

1005

RS11
10k

12

(AnalogLine)

7

G

GND

B

DS06

22/6.3
2125

GND

5

RS98
51-1%

3

GND-B

B

3

VCC

4

H

1SS355

1SS355

IN_A

NC
9

APSR0
GND1

CS23
18p-C

1005

1SS355

1SS355

G

2

GND1

5

CS22
18p-C

DS04

GND1

G2
10

DS01

1SS355
DS03

1

NC
RS25
0

1005

1SS355
DS02

MON2OUT_V

RS94
220

ES05
3114-15FABNS1XN

RS24
0

1005
GND1

5

RS95
0

DS28
UDZS6.2B

47p-C
1005

CS13

47p-C
1005
CS14

10k
1005

10k
1005
RS37

RS36

DS29
UDZS6.2B

3

LPF_STR1
RS23
0

VCC

from Sheet 20

MON2OUT_H
RS93
220

RS35
220
QS11
DTC114EE

0.1/10
1005
IS43
TC7SZ126FU

from Sheet 20
LS22
SC200JT
2125

DSUB1_IN-H
DSUB1_IN-V

CS43

from Sheet 19,20
MONOUT_B
MONOUT_G
MONOUT_R

RSE4
0

RSE5
0

1005

1005

Dsub2-G
RS15
8.2k

GND1
GND1

RS19
0

APSGD1

GND1 GND1

RSE9
0

RS96
220

LS18
2125
SC200JT

Dsub2-H

Dsub2-V

1005
RS28
0

DS47
UDZS6.2B

RS16
8.2k

RS05
75-1%

Dsub2-H

1005
RS27
0

RS97
220

1005
+5V
DS40
DS41
1SS355
DS42
DS43

1005

1000p
1005

RS07
220

CS34

CS33

DSUB2_IN-H

1000p
1005

Dsub2-V

RS06
220

1SS355

RS64
0

DS09
UDZS6.2B

DS08
UDZS6.2B

CS05

47p-C
1005

CS04

47p-C
1005

10k
1005

RS09

10k
1005

RS08

DSUB2_IN-V

RSE0
0

1005

Dsub2-R
22/6.3
2125

1005

RS04
75-1%

Dsub2-R

CS03

R

DSUB2_IN-R

1005

1005

22/6.3
2125

1SS355
DS44
1SS355

1SS355
DS45

DS46

LPF_STR2
QS14
DTC114EE

QS13
DTC114EE

1SS355

1SS355

GND1
RS65
0

1005

1005

RS66
0

DS30

GND1

DS31

1SS355
DS20

1SS355

1SS355

1SS355

GND1

1SS355
DS34

DS17

1SS355

1SS355
1005

QS15
DTC114EE

1005

D
RS80
1.0k
1.0/10

CS18

G

S
QS04
SSM3K116TU

1005

GND1

H:75

CLOSE

GND1
GND1

GND1

SM0319

1005

RSA9
33k

BNCTRM
1.0/10

QS03
SSM3K116TU

1005

RSA7
33k
QS17
DTC114EE

RS79
1.0k
CS19

S

CS38

1005

LPF_STR4
GND1
LPF_STR3
QS16
DTC114EE

D
G

1000p
1005

CS37

1000p
1005

DS38
UDZS6.2B

CS28

RS89
0
1005

DS37
UDZS6.2B

1000p
1005

CS36

CS35

1000p
1005

DS26
UDZS6.2B

DS27
UDZS6.2B

RS90
150-1%
RS92
150-1%

47p-C
1005

RS85
150-1%
RS91
150-1%

CS16

RS72
150-1%
RS74
150-1%

47p-C
1005

RS71
150-1%
RS73
150-1%

10k
1005
CS15

RS82
150-1%
RS84
150-1%

RS45

RS81
150-1%
RS83
150-1%

10k
1005

RS76
150-1%
RS78
150-1%

RS44

RS75
150-1%

5BNC-V

DVI-A_V

DVI-A_Vin
5BNC-H
5BNC-V

G2

RS77
150-1%

RSC8
0

RS88
0
1005

47p-C
1005

5BNC-H

G1

+5V

1005

DS25
1SS355

GND1

47p-C
1005

RS43
220

DVI-A_H
1005

10k
1005

RS42
220

LS23

GND1

RSA5
33k

RSA2
75-1%

1005 RS60
10k

1005

BNC_V_IN

RSC9
75-1%

SC100JT
2125

+5V

RSC7
0

DVI-A_Hin

LS14
SC100JT
2125

DS24
1SS355

APS5V

GND1

1005

APSBV1
CVBS(BNC)
12

RS63
0
5BNC-R

10
11

DVI-A_R
1005

10/6.3
2125

1005

22/6.3
2125
1005
RS57
8.2k

Vsync

5BNC-R

CS12

R

LS08
SC200JT
2125

1005
RS56
8.2k

APSV3

RS55
8.2k

9

RSC6

Hsync
8

RSC4
0

CS26

R

1005

22/6.3
2125

1005

10/6.3
2125

DVI-A_Rin

RS62
0

RSC3
0

CS25

DVI-A_G

5BNC-G

LS09
SC200JT
2125

APSH3

5BNC-G

CS11

G

RSA4
75-1%

G

1005

10/6.3
2125

DVI-A_Gin

1005

22/6.3
2125

6
7

to Sheet 20

RS61
0

10k
1005

B/Cb/Pb

5BNC-B

5BNC-B

LS10
SC100JT
2125

APSB3

(AnalogLine)

RSC5

5

DVI-A_B

DVI-A_Bin

CS10

to Sheet 19

RSC2
0

CS24

CS27

B

B

RSA3
75-1%

4

RS58
10k

75-1%
RS41

LS11
SC100JT
2125

APSG3
G/Y

75-1%
RS40

75-1%
RS39

2
3

(AnalogLine)

from Sheet 12

RS59
10k

LS12
SC100JT
2125

APSR3

1005

DVI Analog(DVI-I)

DS36
1005

DS18
1SS355

1SS355

RSC1
100k

DS21
1SS355

1SS355
DS35

GND1

R/Cr/Pr

13

1SS355
DS33

RSA8
100k

APSGD2
ES11
501568-13H
1

DS16

1005

RGB IN 3(BNC)

1005

RSA6
100k

DS19

PWB ASSEMBLY MAIN 11

QS18
DTC114EE

IG12
MM1661JHBE

+4.0V

Cn

4

5

Cont

CG92
4

6

NC-6

38
39

RG38
47k
CG01

1000p
1005

CG08
0.1/10
1005

CG09

1000p
1005

CG10
0.1/10
1005

0.1/10
1005

CG03
0.1/10
CG02 1005

1005

0.1/10
1005

1000p
1005 CG04

RG04
33

CG05

1005

CG61

1000p
1005 CG06

10/6.3
2125

1.0/10
CG97

CG96

Q9

Q10

Q8

IOGND-4

ODCK

Q7

IOVCC33-6

Q6

Q5

Q4

CGND-11

Q3

CVCC18-12

Q2

Q1

Q0

IOGND-17

DE

IOVCC33-18

HSYNC

VSYNC

EVNODD

CGND-23

CVCC18-24

CSDA

1005

10/6.3
2125

41

10/6.3

LG03
600
2125 LG04
600
LG02 1608
600
2125

40

CG93

2125
1005
RGA1
47k

RG05
33

CSCL

DSDA1

DSCL1

CVCC18-25

37

RG96
10k

CG63

36

8

CG91
1.0/10

0.1/10
1005
R1PWR5V

IOGND-31

35

1005

CG07
DSDA0

IOVCC33-32

DSCL0

34

7

RG93
5.6k

10/6.3
2125

33

R0PWR5V

32

AGND-36

31

1005

30

RG98
47k

29

1005

28

R0XC-

CGND-142

R0XC+

Q12

AGND-41

Q13

AVCC33-42

Q14

R0X0-

Q15

CG59

2010

1000p
1005

(HDMI-1)

141

27

CVCC18-143

AVCC33-38

RG25
0

142

26

RG97
10k

2010
Q11

143

25

24

6

RB521G-30

IN1B0
IN1B1
IN1B2
IN1B3
IN1B4
IN1B5
IN1B6
IN1B7
IN1B8
IN1B9

RG26
0

144

23

CG15

22

CGA2

CG62
10/6.3
2125

21

5

20

2A

AVCC18-37

19

GND

0.1/10
CG12
1005
1000p 1005
CG13
0.1/10 1005
CG14
1005 1000p

18

4

1005

17

6

16

5

7

2B

15

SDA

CGA1

2OE

1B

14

GND

10/6.3 2125

1A

3

13

4

2

CG11

12

6

8

1

7

SCL

Vcc

10

WP

A2

1OE

9

A1

RG29
0

8

3

1

IN1PEN
IN1CLK
IN1VS
IN1HS

2010

CG27
10/6.3
2125

RGA4 1005
470k

7

2

1005

33 1005
10 1005
33 1005
33 1005

470k

0.1/10
IG06
1005
SN74CB3T3306DCU

41

8

RGA3

RG01
RG20
RG03
RG02

I2C SLAVE ADDR.
60h/68h

36

VCC

2125

25

1.0/10
CG94

1

A0

LG05
600

1005

2

8

CGA3

IG05
S-24CS02AFJ-TB-G

1

LG01
600

A0/A1h
RG94
0

JUMPER

2125

I2C SLAVE ADDR.

GND1

DG12

Vout

1

5

G1

Vin

RG39
47k

3

DG13
RB521G-30

340mA/816mW

1005

7

NC-7 3.3V-HDMI NC-2
250mA/225mW
Vin
Vout

GND

NC-7 1.8V-HDMI NC-2

1

470p
1005

2

GND

470p
1005

G1

Cn

NC-6

3

Cont

+5V

HPD_RST
HPD_RST2
I2CCLK
I2CDAT

CG95

IG11
MM1663DHBE

81

80

79

78

77

76

75

74

1005

1005

MCLK 13

3

DIN

1005

RG32
10k

8

CG72

DG11

6
1005

2

1005
RG81
15k
1005

QG12
2SD2114K
RG80
1.0k

QG13
2SD2114K

1005
45

D

RG79
1.0k

3

S

1

QG11
IMD10A

1SS355

QG03
2SK3018

RG85
10k

1005
RG86
33

1005

RG87
33

1005

HD_L_IN

1000p
1005

+9V
CG77

8

LG09
600

4700p
1005

9

CAP

1005

1005

10/6.3
2125
1005

AVDD

HD_R_IN

RG35
470

10/6.3
2125

CG73

AGND

RG88
10k

11

VOUTL 10

CG76

DEEMPH

10/6.3
2125

VOUTR

7

RG82
470k

1005

RG62
0

RG34
470

1005 RG36
10k

6

CG46

DEEMPH

5

6

CHHDINT

1005

RESET 12

RG374.7/16
10k 2125

MUTE

HDMI_RST
1005

RG33
1.0k

7

BCLK

GND1

RG83
0

1005

DVDD 14

LRCLK

4
3

1005

RG90
33

GND1

PWB ASSEMBLY MAIN 12

GND1

4700p
1005

CG71

10/6.3
2125

DGND

2

5

1005

JUMPER
GND1

RG31
0

RG84
10k

1005

1

4

QG14
2SC4081

LG08
600
1608

CG99
0.1/10
1005

RG17
33

18p-C
1005

CG47

22p-C
1005
CG48

600
1608

1005

2010

RG12
33

1005

RG11
33

CGA7

11
0

RG89
10k

IG02
WM8520-SP6

2
G1

G1

RG18
4.7k

CG49 1000p 1005

RG16
4.7k
1005

CG43 0.1/10 1005
CG44 1000p 1005

1005

CG42 1000p 1005

CG40

CG41 0.1/10 1005

RG14
1.5k

1005

1000p
1005

CG38

1005
RG13
0

1000p CG39
1005 0.1/10

RG10
0
1005

CG37
1000p
1005

1005
RG09
0

1005

RG08
0
1000p
1005

0.1/10
1005

CG35
CG34
1000p
1005

CG36

CG33

0.1/10
1005

1005
0.01/16
1005

10/10
2125

1005

DSX530GA
27.000MHz

G

SM0319

Q35

0.01/16
1005
RG59
470k
1005
CG84

RG58
10k
1005

RG56
10k

DG05
RB521G-30
UDZS15B

JUMPERXG01

CHHDCEC
1005

RG76
10k

GND1

LG07

1

1

RG61
10k
1005

DG06
UDZS15B

RG63
0

CVCC18-107

10/10
2125

CGA6

470k
1005
1005
CGA4

RGE3
10k
1005

RG44
10k

1005
RG42
47k
1005

RG43
47k
1005

DG03
1SS355

0.01/16
1005

DG04

1608

CG75

RG73 6.8 1005
RG74 6.8 1005

GND1

CGND-106

1005

RGE2

RGC6
10k

1005

UDZS15B

DG15
DG16
1SS355
1005

RG41
5.6k

18
15
14

1005

CG74

RG77
0

1005

1005
RG15
1.0M

2

RX2+

CI2CA

47
1005

RG95
100

RG99

RGA2

73

RG71 6.8 1005
RG72 6.8 1005

3

GND

RG19
4.7k

LG06
600

4

RX2-

1005

82

RG55
0

5

RX1+

Q34

CG52
0.1/10
1005

GND1

RG68 6.8 1005
RG69 6.8 1005

6

GND

IOVCC33-104

IOGND-103

INT

SCDT

RESET#

RSVDL

RSVDNC-98

REGVCC

XTALVCC

XTALIN

SCK

RSVDNC-83

RSVDNC-82

83

84

SD

RSVDNC-84

85

CVCC18-80

WS

86

QG01
2SC4081

7

RX1-

CG45
0.1/10

87

CGND-79

IOGND-87

88

RG45
10k

IOVCC33-88

89

SPDIF

MCLK

90

RSVDNC-77

CGND-90

91

RSVDNC-76

CVCC18-91

92

MUTEOUT

DVCC18

93

IOVCC33-74

DGND

94

IOGND-73

XTALOUT

95

1005

96

RG46
100

97

98

CG85

99

19

100

13

101

S

1005

(TMDS Line)

12

102

RG57
0

RG66 6.8 1005
RG67 6.8 1005

91

103

RG54
1.0k

8

RX0+

104

72

RB521G-30

Q33

AVCC18-72

105

71

DG01

AGND-71

106

70

G2

Q32

D

1005

17

R1X2+

107

69
1000p
1005

QG02
2SK3018
G

1005

16

IOGND-112

R1X2-

108

68
CG32

IOVCC33-113

AVCC33-68

CG51
1000p
1005

109

Q31

110

Q30

AGND-67

111

R1X1+

2010

112

9

GND

10

RX0-

11

RXC+

12

GND

13

CEC
RXC-

14

NC

15

SCL

16

SDA

17

GND

18

+5V

19

HTPLUG

G2

EG02
DC1R019HBA

67

CG31
0.1/10
1005

Q29

RG21
0

113

5

Q28

R1X1-

CG82

1005
RG51
47
RG52
47
1005
1005
RG53
100

GND1

66

2A

AVCC33-64

2010
CG53
1000p
1005

114

GND

0.1/10
RG78
0

65

4

CGND-118

AGND-63

115

64
CG81
10/6.3 2125

6

CVCC18-119

R1X0+

IN1R0
IN1R1
IN1R2
IN1R3
IN1R4
IN1R5
IN1R6
IN1R7
IN1R8
IN1R9

2010
RG22
0

116

63

5

7

2B

Q27

117

SDA

2OE

1B

Q26

R1X0-

118

61
62

GND

1A

3

AVCC33-60

(HDMI-3)
RG27
0

119

60

4

2

Q25

120

59

6

GND1
AGND-59

121

58

7

SCL

Q24

R1XC+

122

57

WP

A2

8

CG54
1000p
1005

123

56

G9

A1

Vcc

G10

3

CG26
1000p
1005

1OE

G11

2

1005

1

G12

8

IOGND-124

R1XCG13

VCC

IOVCC33-125

124

55

A0

IG04
0.1/10
1005 SN74CB3T3306DCU

CG25
1000p
1005

G8

S-24CS02AFJ-TB-G
1

1005

1005
RG48
470k

G21

RG40
0

CG83

G22

RB521G-30

RG47
470k

I2C SLAVE ADDR.
A0/A1h
IG03

G23

GND1
DG02
+5V

AVCC33-56

G14

CG24
0.1/10
1005

Q23

RSVDNC-55

125

54

G7

DVI-A_Vin
RGA6
0

G20

DVI-A_Hin

G25

DVI-A_Gin

G24

CG23
1000p
1005

DVI-A_Bin
HG04
SC200JT
2125

G15

DVI-A_Rin

HG05
SC200JT
2125

G1

0.1/10
1005

2010
CG55
1000p
1005

126

HG03
SC100JT
2125

CG21

CG22
1000p
1005

(AnalogLine)

53

HG02
SC100JT
2125

27(C3)
29(C5)
30(C5)
26(C2)
28(C4)

HG01
SC100JT
2125

RGC8 6.8 1005

1005
25(C1)

Q22

AVCC18-54

RG23
0

127

16
24

52

RGC5
100

G6

23

Q21

G19

RGC7 6.8 1005

1005

G18

15
8

CG20
1000p

S

1005

Q20

AGND-53

G17

1005
7

R0X2+
G16

RGE1
0

1.0k

14
22

CG19
0.1/10
1005

2010
CG56
0.1/10
1005

128

51
D

G5

6

CGND-130
G4

2SK3018
G

CVCC18-131

R0X2G3

1005

RGC4

SiI9125
AVCC33-50

G2

QG06

Q19

G1

1005

RGC9
0

IG01

AGND-49

129

5
13
21

50

20

1000p

QG05
RB521G-30 2SC4081

Q18

R0X1+

IN1G0
IN1G1
IN1G2
IN1G3
IN1G4
IN1G5
IN1G6
IN1G7
IN1G8
IN1G9

2010
RG24
0

130

4
12

49

19

Q17

(HDMI-2)
RG28
0

CG57
1000p
1005

131

48
CG18

DG17

Q16

R0X1-

132

47

3
11

HDMI Rx

AVCC33-46

133

46
CG17
1000p
1005

IOGND-136

134

(TMDS Line)

1005
1005
1005
1005
1005
1005

45

2
10
18

6.8
6.8
6.8
6.8
6.8
6.8

AGND-45

135

44
RGA7
RGA8
RGA9
RGC1
RGC2
RGC3

9
17

IOVCC33-137

R0X0+

136

43
CG16
0.1/10
1005

G2
1

CG58
0.1/10
1005

137

RX2RX1RX0RX2+
RX1+
RX0+
GND
GND
GND
N.C.
N.C.
N.C.
N.C.
N.C.
N.C.
SCL
+5V
GND
SDA
GND
RXC+
Vsync
HTPLUG
RXCR
B
GND
GND
G
Hsync

42

EG01
DVI-I(74320-1004)

138

RGA5
0

1000p 1005

139

GND1

140

1005

1005
47

0.1/10

1608

JUMPER

IRIS_CT1
IRIS_CT2

Gravity Sensor

CF58
+3.3V

PWM_G

RFA8
IF03
LM358AD

1

GND

Vcc 20

2

PWN

IN2 19

3

STBY

IN1 18

4

VM1

VM4 17

5

VM2

VM3 16

6

O1-6

O2-15 15

7

O1-7

O2-14 14

4

5

FAN15V

8

PGND1

PGND6 13

9

PGND2

PGND5 12

10 PGND3

+17V

RF82
68k-1%

1005

PGND4 11

SIDE_G

MVK/SKV

FANGND

CF54
100/16

RF59
0

1005

RF81
10k-1%

GND1

Audio WL-HDMI Swich

1608 : 0790001R
2125 : 0195250R
3216 : 0195248R

RF92
0
1005

RF79
0

1005
RF88
0

1005

CF53
47/16

CF86

3

RF78
0

0.01/16
1005

10k-1%
1005

RFC2

2

RF87
0

CF83

0.1/10
1005

1005

RFA9
15k-1%
RFC0

CF85
1.0/10

ADJ

5

Vout

2IN+

GND

GND

1

1005

4

1005
CF84
1.0/10

RF86
0
2125

1005

6

Vin

7

2IN-

RF83
2.0k-1%

2OUT

1IN+

Vc

1IN-

3

RF85
0
2125

8.0V
RFC3
10k-1%

MVK/SKV

2

CF88
0.1/10
1005

RFC4

8

6.2k-1%
1005

RFC5

0
1005

VCC

2.7k-1%
1005

6

CF89
4.7/6.3
2125

IRIS_POW

IF61
SI-3010KM

1OUT

8

5

7

RFA2
0
1005

RF84
0
1005

CF59

1005
1

2125

1005 2125

CF81
4.7/6.3

COM-5
COM-6
COM-7
NC-8

1005

1005

IRIS_PWM

GSENSOR

RFA7
3.6k-1%
RFA6
0

CF82
4.7/6.3

NC-16
VS-15
VS-14
NC-13

0.1/10 1005

4

9

4.7/6.3
2125

3

XOUT
NC-11
YOUT
NC-9

RFA3
0
1005

12 11 10

2

NC-1
ST
COM-3
NC-4

RFC6
0

1005

G1

CF80

13

14

15

16

IF02
ADXL323

1

CF87

RFA5
0

2.7k-1%
RFA4

DF31
1SS355

6.8k-1%
1005

1005

IF53
TB6593FNG

1005
RF91
0

0.1/10
1005

RFC1

10k-1%
1005

RFA1

100-1%
1005

RFA0
100

0.1/10
1005

+3.3V

LF61
600
1608

10/6.3
2125

CF57
+5V

1005

2125

1005

Sheet 14

GND1

1608

LF55
600

LF56
600

1608

Sheet 14

SW1

VCC

6

4

VIN2

NC2

5

14

13

OUTP-14

PGND-13

1

Vin

GND

Vout

ADJ

RF06
0
2125

Vc

FL_ST2

1

2

3

4

5

RFH5
47k
1005

10k-1%
1005

CFF3

100/16
MVK/SKV

RFF2

CFF2
47/16

LFF3
600
1608

RFH0
0
1005

+12V

LFF2
600
2125

GND
3
ON/OFF

APEF2
4

LFF4
600
1608

MONITOR

APEF3
G1

APEF4

0.22/25
2125 RFH7
20k-1%
1005

RFK2
10k
1005

RFK0
0
1005

CFG8

EF04 
ZH-04H
1
+12V

2125
2

LFG3
600
1608
RFK6
10k-1%
1005

LFG2
600
2125

GND
3
ON/OFF

APEF10
4

LFG4
600
1608

MONITOR

APEF11
APEF12

G1
G2

1005

RFK3
20k-1%

0.22/25
2125 RFK7
20k-1%
1005
QFF9
2SC4617

600

1SS355

DFF2
RFH2
10k
1005

DFF5
LFF5

APEF9
LFG1
600
RFK5
47k
1005

1005

DFF4
1SS355

1
QFF6
2 2SC4617

32

RFH3
20k-1%

1

QFF7
2SC4617

4

CFF8

DFF3
1SS355

RFH6
10k-1%
1005

1SS355

RFG6
100k

1005

1005

CFF7
0.01/16

1005

RFJ3
2.2k

0.01/16
1005

CFF6

1005
CFF9

0.01/16
1005

RFJ2
2.2k
HIGH-P

3

1005

4

E_FILT

RFJ1
0

2.2k
1005
QFF0
PS2501AL-1-E3

RFH1
100k

RFG5
2.2k
1005

RFG8
0
1005

RFG2

82k
1005

10/6.3
2125

QFH3
DTA114YKA

CFF5

RFG7

QFH2
DTA114YKA
QFH1
DTA114YKA

1

G2

RFG9
2.7k
1005

1SS355

100k-1%
1005

RFF1

QFF4
2SC4617

FANGND

1005

EF01
APEF1 ZH-04H 

2

10k-1%
1005

RESETF
1005

RFF6
0
1005

RFG1
2.2k
1005

RFF3

QFF5
2SC4617

DFF1

CFF1

RFH4
47k

QFH5
DTA114YKA

MVK/SKV

RFG3
33k
1005

1.0/6.3

2.2k
1005

1608

GND1

SM0319

7

3

1IN+

2IN-

6

4

GND

2IN+

5

G2

2125

POWERF

8

2OUT

1005

RF34
1.0k-1%

PWB ASSEMBLY MAIN 13

GND1

RF36
0

RF37
10k-1%

1005

1005

IRIS_PWM

0.47
2125

1005

G1

GND1

LFF1
600

RFF5

VCC

1IN-

GND1

2
APEF8

1OUT

2

2125 0

LFF9
600
1608

FL_ST1

LFF8
600
1608

1

CF45

RFL1
100
1005

0.022/16 1005
1005
RF31
33k-1%

+5V
IF01
LM358AD

1.0/10

IFF1
SI-3010KM

QFG2
2SC4617

1005

IRIS_POW


EF03
APEF7 501568-02H

FAN15V

QFG1
2SC4617

QF01
RT1N141U

G1
G2

RF07
0
2125

RFL2
100
1005

GND1

2125 0
CF40
2.2/10
2125
RF35
CF38 3.9k-1%

CF43
0.1/10
1005

0
1005

2
APEF6

RF32
220-1%

1.0/10
1005
2125
RF21
18k-1%

100k
RF22

LFF7
600
1608

RFL6

0
1005

RF38

12 PGND-12

11 OUTN-11

CF35

1005

RFL4

10k
1005

10k
1005

RFL3

RFL5

LFF6
600
1608

2125

15

OUTP-15

9

CF23
RF33

1005

RF23 1005
0

0
22k
RF30

GND1

GND1

IRIS_POS
RFJ5
2.7k
1005

C6-K3LA

CF42

1

+3.3V

2125

0.01/16
RF41 1005 CF34

EF02
APEF5 501568-02H

RF40
470
1005

1SS355
DF03



GND1

1005

1005

120k
RF45 1005
120k

RF24 1005

RF46 1005

RF48
47k
1005

1005

LF03
56

0.22/25-X5R

GND1

0

RF14
0

8

7

6

RF39
0
1005

10 OUTN-10

BSN

PVCC-9

G6

G7

CF39
0.47

16

PVCC-16

18

BSP 17

AGND-18

G8

G10

G18
G5

VCLAMP

G4

G17

G9

19

ROSC 20

AGND-19

G11
G16
G3

SHUTDOWN
5

PGND-6

COSC 21
G12

G13
G14

GAIN1
4

G2

GAIN0
3

G1

INP
2

G15

BYPASS 22

VCC 24

VREF 23

IF04
TPA3001D1PWP
INN

RF47
47k
1005

0.1/16
1005

2125
0

LF01
MPZ2012S101A

1.0/10

5

RF25
GND1
CF24

0.47
2125

NC2

CF15
1.0/16

DATA

5

GND

6

NC
NC

G2

GND1

CF26

VIN2

RF42
0
1005

Sheet 14

2125

CF44

4

L_WLHD_in
CF17

CF25

6

1000p

VCC

5V

4

G1

GND1

RSX201L-30

7

SW1

DF01

3

1.0/25-F
2125

8

VCM2

3

7

C6-K3LA

RF26

RF27

GND
VOUT

47

VIN1

CF22 1.0/25-F

2

CF14
1.0/16

2125

NC1

APF12

VCM1

2

0V

NJM2520M
1

12k
RF44

L

1

HDMI/WL Audio

HW

1.0/25-F
2125

GND1

L-SW
WL<-->HDMI
IF12

1005

HDMI

CF37

1005

Sheet 1 Au_WL_HD_SW

L

CF36

0.1/16
1005

RF13
0
QF13
DTC114EE
RF11
100

MVK/SKV
47/16

CF18

CF13
1.0/16

APF11

1005

0.47
2125

CF27

CF28

RSX201L-30

DF02

1000p

LF04
56

LF02
MPZ2012S101A
2125

3

RF93
0

2518

LF05
1.0
R_WLHD_in

7

0.22/25-X5R

APF10

1

1608

0

FL_COVER

2125

APF9

1005

VOUT

RF29
120k

1005

1.0/16 CF32

VIN1

2

CF12
1.0/16

8

GND1

RF94
3.3k-1%

HD_R_IN
HD_L_IN

GND

CF29
RF28
47

Sheet 12
Sheet 12

NC1

1.0/16 CF31

WL_R_in
WL_L_in

GND1

220p-C

Sheet 15

NJM2520M
1

CF30

CF33

R-SW
WL<-->HDMI
IF11

10k
RF12
Sheet 15

2125
1.0/25-F

APF8
LF53
600

LF54
600
+9V
+3.3V

EF51 
ZH-07V

LF52
600

+5V

RA23
1.0k
1005
2SC4617
QA01

RA36
POWER7
100
1005

RA37

POWER5

100
1005

SP_OFF
RA24
1.0k

1005

RA25
22k
1005
CA35
0.022/16
1005

DATA-A

Sheet 1

CLK-A

Sheet 1

CA38
0.1/16
1005

1005

2518

JUMPER R

0.1/16
CA55

MVK/SKV

LA06

2

G1
G2

VO-

BYPASS

EASP
ZH-02H

1

MPZ2012S101A
2125

B1

JUMPER R

Connects with
a Speaker R

A1

RA45
0

0.47/10

GND1

C1

A3

APA0+

LA05
MPZ2012S101A
2125

GND

B2

SHUTDOWN

1005

C2

CA52

680p

1005
1005
82k-1%

RA42
5.6k-1%
CA53

CA43
0.022/16
1005

RA43

IN+

B3

VO+

C3

VDD

IN-

CA41
0.022/16
1005

47/6.3
CA54
1005

APA0-

IA04
TPA6203A1ZQV

0.47/10

CA39
0.022/16
1005
RA31
22k
1005

1005

0

LA03
2.2

GND1
Sheet 1

10/6.3
2125

RA41

GND

OUTb

INb

SW
RA30 1.0k 1005

4.7k 1005 1005

22k 1005

RA28 3.9k
RA29

RA27

CA48
1.0/10
CA49

CA47
1.0/10

V+

INa

INT

VREF
SEMCE

16 CLOCK

RA17 100
1005

1005

RA16 100

15 DATA

14 GND_A

IA02
NJM2761

5.6k
1005

CA22
3300p
1005

LA02
SGM20F1C104-4A
2125

1005

CA42
0.022/16
1005

RA15
0
1005

L_WLHD_in
RA10
4.7k
1005

OUTa

CA37
0.22/16

100
1005

RA13
V+_A 18

LATCH 17

V+_D 19

CA17

4700p/25
1005
VREF 20

OUTB 21
CA26

CA25

CA24
RA14

13 GND_D

TONE-BA
9

12 OUTA

1005

TONE-HA
8

11 SRA

VOL1A
7

0.22/10

1005

SELOUTA
6

CA23
6800p/25
1005

4700p/25

23

TONE-DBB

IN5A
5

10 TONE-DBA

IN4A
4

CA20
1.0/16

CA09
1.0/16

Vout

CA51
680p

CA40
0.022/16
1005

RA22
2.2k
1005

CA44
4700p

Wireless LAN / HDMI Audio L

NC-2

1005

CA56

CA18
4.7/16
2125

1005

24

TONE-BB

IN3A
3

0.047/16
1005

IN2A
2

SRB 22

25

VOL1B 26

TONE-HB

27

SELOUTB

IN4B 29

IN5B 28

IN2B 31

IN3B 30

IN1A
1

IA01
NJU7391
RA09
4.7k
1005

5V

Vin

1005

9

Video Audio L - in2
AUDIO_IN4_L

NC-7

CA34
0.022/16
1005

10

CA08
1.0/16

1005

CA33
0.022/16
1005

1

CA07
1.0/16

RA08
4.7k

Video Audio L - in1

470p
1005

RA40
82k-1%

8

AUDIO_IN2_L

AUDIO_IN3_L

2

IN1B 32

1005
CA36
1.0/16

7

CA21
1.0/16

GND

+6.0V

1.0M

3

CA06
1.0/16

RA26

6

RGB Audio L - in2

RA07
4.7k
1005

CA32
0.022/16
1005

4

RA06
4.7k
1005

NC-6

1005

5

RGB Audio L - in1
AUDIO_IN1_L

RA21
2.2k
1005

RA12
0
1005

1005

RA11
5.6k

CA13
1.0/16

0.22/10

CA05
1.0/16

RA05
4.7k
1005

0.047/16
1005

4.7k
1005

RGB Audio R - in1
AUDIO_IN1_R

CA16

CA04
1.0/16

RA04

CA15

CA14
6800p/25
1005

CA12
1.0/16

1005

RGB Audio R - in2
AUDIO_IN2_R

RA38
100

GND1

8

AUDIO_IN3_R

7

CA03
1.0/16

CA31
0.022/16
1005

Cn

1

Video Audio R - in1

RA03
4.7k

AUDIO_IN4_R

RA20
2.2k
1005

CA19
0.1/16
1005

6

CA02
1.0/16

Cont

2

Video Audio R - in2

RA02
4.7k
1005

5

R_WLHD_in

2SC4617
QA02

G1

CA30
4700p

1005

3

Wireless LAN / HDMI Audio R

IA03
MM1665AHBE
CA46

CA11
3300p
1005

RA01
4.7k
1005

4

Sheet 1

IA05
NJU7084R

LACH-A

1

SD

2

SDTC

GND

8

V+

3

7

+IN

OUTB

4

6

-IN

OUTA

5

GND1

CA57
CA58

RA46 2.2/16
5.6k-1%

RA49
0

1005

0.47/10

1005
RA50

AUDIO_OUT_L

0

1005

RA47
AUDIO_OUT_R
RA32
1.0k

MUTE

RAA7
1.0k
1005

DA03
1SS355

VO+

B3

A3

LA08

1005

APA1+
EASL
ZH-02H

1
2

MPZ2012S101A
2125

VDD

IN-

DA04
1SS355

G1
G2

TPA6203A1ZQV
GND

JUMPER R

Connects with
a Speaker L

B2

C1

VO-

C2

BYPASS

GND1

1005

IN+

SHUTDOWN

QA06
RA34 2SC4617
1.0k
CA64

1005

1005

IA06
C3

RA58

DA05

+17V

RA56

1005

1SS355

RA87
0

LA07
MPZ2012S101A
2125

1005
0

+6.0V

Sheet 4

APA1-

680p
1005
RA55
82k-1%

680p

RA79
100
1005

QA12
2SA1774

DA10
DAN202U QA05
DTC114EE

1005
1005
82k-1%

1005

RA73
1.0k

1005

1005

RA78
100
1005

RA80
4.7k
1005

RA57
5.6k-1%

Sheet 4

RA70
270k
1005

0
1005

RA86
0
1005

QA11
2SC4617

RA75
1.0k
1005

QA21
2SC4617

RA85

1005

1005

100k

QA10
2SC4617

POWERA
1005

CA82
47/25
MVK/SKV

CA72
1.0/16

RA72
1.0k

RA84
100
Sheet 1

680p
RA53
22k

R - out

RA82
0
1005

POWER5

82k-1%
1005
CA60

DA09

CA62

RA71
270k

Sheet 1

680p
1005
RA48
2SC4617

QA14
2SC4617

1SS355

QA13
2SA1774

RA83
100
1005

RA74
1.0k
1005

CA71
1.0/16

L - out

RA81
100
1005

RA76
1.0k
1005

QA20
2SC4617
Sheet 1

QA04

1005

+3.3V

RA33

Sheet 4

82k-1%
1005
CA59

B1

A1

CA63

1005

CA65

DA06
DAN202U

QA22
2SA1774

1005

1005

GND1
RA90
0

RAA8
0

GND1

RA59
0
0.47/10

GND1
DA07
DAN202U

0.47/10

1005

RA89
0

1005

RA88
22k

CA75
47/25
MVK/SKV

GND1

IA07
NJU7084R

+9V

1

SD

2

SDTC

GND

8

V+

3

7

+IN

OUTB

4

6

-IN

OUTA

5

RA96
100

LA01
100

QA23
2SC4081

GND1

6.2mA

+15.5V
2518

1005

RA60 2.2/16
5.6k-1%

RA63
0

1005

1005

QA24
DTC114EE

JUMPER R
CA77
47/10
MVK/SKV

QA25
DTC114EE
DA15
SDS511
DA16
UDZS9.1B

CA76
10/16
MVK/SKV

RA98
220
1005

RA95
4.7k

1005

82k-1%
1005
CA68

82k-1%
1005
CA69

CA78
0.1/16
1005
RA97
2.2k
1005

GND1

680p
1005
RA62

680p

1005

Audio GND
A_GND

QA26
2SC4617

GND1

SM0319

1005

RA61

DA08
1SS355

RA94
4.7k

1005

1005
68k
RA93

1005

RAA5
0

RAA6
0

1005
RA64

0

2010

1005

CA67
0.47/10

RAA1
0

1005

RA92
0

RA91
0

CA66

PWB ASSEMBLY MAIN 14

2125

RE75
DE03

/RST 28

OSC1

PTA0 27

3

OSC2

PTA1 26

4

VREG

PTA2 25

5

VDD

PTA3 24

REK1 10k

6

PTD0

PTE0/TCLK

23

7

PTD1

PTE2/TCH1

22

0
REM9

1005
RE50 10k
1005
RE78 10k

1005

1005

1005
REM4 10k
1005
REM5 10k

SO_TXD

1005
0
1005

4

5

RE95
6

7

CE25
0.01/16

REE2

REK7 100
1005

100
1005

DP_1
DM_1

RE46 10k
1005

RE94
3.3k
RE92

0
1005

0
1005

RE93

RE90

0
1005

RE91
0 1005

3

15k
1005

+3.3V

1005
REF4
15k

11

RE35
0
1005

RE67
10k

RE68
100

1005

1005

1005
QE02
RT1N141U

8

REK8
33k

NW+3.3V

GND1

29

1005

TXD1
RE38
10
1005

QE01
DTC114EE

RE37

0
REC7
1005

0
1005

0
1005

REL4

REL5

0
1005

ES_RXD
0
1005

0

REC8

ES_TXD
1005

REL9
MSLEEP
0
1005

SBUSY

REL7
ESBUSY

REL1
0
IE14
TC7SZ08FU

RE12

IN_B

2

IN_A

3

GND

1005
VCC

NW_SBUSY

p24

ERR

p24

REL8

EE01
ZH-13V
G1

13

1000

GND
2125
LE32

12

1000

Battery 3V
OUT_Y

LE25
3216

4

D

S
G

CE11
0.01/16
1005

11

2125

+6.6V
LE17

QE11
SSM3J118TU

1608
RE73
33k

10

600
LE18

LE19

M_RESET
(active low)
RXD1

9

600
1608

+17V

8

600

TXD1

1005

‡

3

APEG8

2

APEG9

Audio Right(Wireless)

LEG6
SC200JT
2125

1
LEG7
SC200JT
2125
GND1

REH4
10k

1005

CE51

600

WL_DET[WL model]

LE16

2

1608

GND
1

1000
2125
GND1

H-WL

JUMPER R
V-WL
LE30
1000

REJ6
1.8k

2125

WL_L_in

1005

GND1

GND1

PWB ASSEMBLY MAIN 15

LE31
1000
2125

WL_R_in

EE02 
SH-02H
1

BAT3V

1005
REJ7
1.8k

APE15

75-1%

LEG5
SC200JT
2125

LE24

3

WL_DET

REG6

LEG4
SC200JT
2125

4

600

APE14

APEG7

MSLEEP

1608

APE04
APE05

4

600

APE01
APE02

APEG6

5

1608
LE23

B-WL

1005

5

TXD2

1005

1005
CE41
4700p

APEG5

6

REG3
33

REJ9
8.2k

GND

75-1%
LEG3
SC200JT
2125

1005

GND1

1005
CE40
4700p

7

6

SBUSY

REJ8
8.2k

APEG4

8
Analog Blue (Wireless)

POWER9

1005
REG5

7

600

RXD2

LE22

1005

GND

LEG2
SC200JT
2125

LE20

1608

QE12
RT1N141U

G-WL

REH6
10k

GND1

9

REG2
33

75-1%

REH5
10k

APEG3

10

1005
REH7
10k

GND
Analog Green (Wireless)

R-WL
1005
REG4

1005

LEG1
SC200JT
2125

APEG2

11

REH8
10k

Analog Red (Wireless)

LE28
3216

1005

USB_D+
USB_D-

REG1
33

RE76
4.7k

1.0/10

APEG1
GND1

1005

G1

AnalogLine

1005

†

RE74
56k

1608

G2



G2

+15V
LE15

AND

EEG1 
ZH-11V

SM0319

JUMPER R

LE26
3216

RE72
0
2010

5

100
1005

PCS0
RDN
WRN

A7
A6
A5
A4
A3
A2
A1

SHIFT_H+
SHIFT_HSHIFT_V+
SHIFT_VZOOM+
ZOOMFOCUS+
FOCUS-

WL_R_in

WL_L_in

1

RE71
NW_RST_PW

GND1

GND (for Wireless audio)

p24

REL2
0
1005

LE27
3216

GND1

Mount Jumper wire

VSync (Wireless)

p24

NW_TXD2

1005

+6.0V

Audio Left(Wireless)

p24

NW_RXD2

NW_MSLEEP p24

GND1

100
1005

HSync (Wireless)

p24

NW_TXD1

RE99
3.3k

RE13
33
1005

D7
D6
D5
D4

0
1005

0
1005

RESETN

Shassis GND

p24

REL6

FAN15V

Shassis GND

M_RESET
NW_RXD1

REL3
RXD1

1005

26

0
RE36
1005

1005

27

RL83
10k

28

APE07
APE06

RE07
10k

RE04
22
1005

2

1005

9

10k
1005
RE85

2010

1005

30

2010

RE09
22

2010

RE08
22

2010

100
RE01

RE44
1.5k

31

0.1/16
1005

CE45

0.1/16
1005
CE46

1

32

2010

100
RE02

LE09
600

CE07
0.01/16
1005

REMOTE

RE34
0

13

10

100
1005

REF2

REF3
15k

12

RE47

1SS355

RL82
10k

RE03

0.1/10
1005
0.1/10
1005

CE05
CE04

1005

32 SUSPND

CHKE02

33

9 10 1 12 13 14 15 16 17 18 19 20 21 22 23 24 25

RE33
10k

+2.5V-TE

33
1005

33
1005

36

31 MODE

DE01

APE03

8

1005

7

1005

25 36 41

22

1

22
1005

RE29
100
2010

RE05

100P18

1608

RE89
3.3k
2010

DVSS-1
P1
P2
P3
P4
P5
P6
P7
P8
DVDD25-10
DVSS-11
DVDD33-12
A6
A5
A4
A3
A2
A1
A0
XCS
XRD
XWR
RSTPLO
DVSS-24
DVDD33-25

99 P17

30 XTAL1/CLK48

3.3k
1005

1005

GND1

15
14

1.0k
1005

0

GND1

REF9
0
1005

16

/IRQ 15

1005

98 P16

RE19

1005

RL01
10k

97 P15

PTD6 16

RL03
10k

96 DVDD33-96

13 PTE4/D-

1005
RE86 100

APE13
APE12
APE11
APE10
APE09
APE08

95 DVSS-95

PTD5 17

3.3k
1005

CE39
0.01/16
1005

RE18

37

35

IE02
TUSB2036VF

29 XTAL2

RE42

0.01/16
1005

CHKE03

REF8
0
1005

DP2
DM2
OVRCUR2
PWRON2
DP1
DM1
OVRCUR1
PWRON1

1005
*RE63

2010
UARTSEL2
LED-BLNK
LED-SCTY
FRP_COM

12 PTE3/D+

1005
REK3 47k

DE07
UDZS3.9B

94 P14

28 GND-28

CE08

38

34

PTA7 18

REM1

*RE16
3.3k

93 P13

PTA6 19

11 PTE1/TCH0

RE82 10k
1005

0

DE06
UDZS3.9B

92 P12

26 EXTMEM
27 DP0PUR

CHKE04

40
39

25 Vcc-25

DE05
UDZS3.9B

91 P11

FL_ST1
FL_ST2

41

10 PTD4

14 PTC0

DE04
UDZS3.9B

0.01/16
1005

SHUT_SW1
SHUT_SW2

42

RE14
10k 1005
RE39 10k
1005

CE30 330p
1005
RE98
RE97 10k
0
1005
1005

0.1/10
1005

RE96
3.3k
1005

90 DVSS-90

43

PTA5 20

RE83 10k

REF1
15k
1005

100 1005

24 23 22 21 20 19 18 17

CE12
CE09
0.01/16
1005

CE19

89 DVDD33-89

CE35

RE28
100

IE01
TE7783PF

88 RSTMSK

44

REF5

CE18
1005
0.01/16

0.01/16
1005
CE31
330p
1005

87 DVSS-87

3

1005

86 DVSS-86

OUT

RE60
10

85 XCS3

RE27
10k 1005

GND

33
1005

1005

2

RESETN

CE34
0.01/16

84 DVDD25-84

45

PTA4 21

PT03

RE87

2010

GND1

83 UVDD33

RE06 0
1005

0.01/16
1005
CE15 0.01/16 CHKE08
1005
CE14

4

RE15
1005
100

47
46

PTD2

9

1005

NP3
NPINT1
NPINT0
OCPROT/PWRSW
DP3
DM3
OVRCUR3
PWRON3

82 DPLUS

VDD

49
48

8

1005
REM8
0

DP0
DM0
Vcc-3
RESET
EECLK
EEDATA/GANGED
GND-7
BUSPWR

81 DMINUS

100p-C
1005

CE20

80 UVSS

CONT

1005

79 P38

1

RE43
0

78 P37

RE26
100
2010

50

RE11
22

77 P36

P23
P22
P21
XINT
DVSS-46
XINVALID
DVDD25-44
XSTDBYEN
XCS1
DVDD33-41
VSS-40
XO
XI
DVDD33-37
RST
DVSS-35
WAKEUP
D0
D1
D2
D3
D4
D5
D6
D7

D3
D2
D1
D0

76 P35

FAN-PWM1
FAN-PWM2
FAN-PWM8
FAN_FG

0.1/10
1005

P34
P33
P32
P31
XCS2
DVDD33-70
AVDD33
AIN8
AIN7
AIN6
AIN5
AIN4
AIN3
AIN2
AIN1
AVSS
VREFP
VCOM
VREFN
DVSS-56
P28
P27
P26
P25
P24

100 1005

RE23
100

3.3k
1005

75 74 73 72 71 70 69 68 67 66 65 64 63 62 61 60 59 58 57 56 55 54 53 52 51

1005
XE01
48.000MHz
DSO751SV

2010

ES_RXD

CE29

REM7

DP_2

0.01/16
1005

100 1005
REP6

RE17
3.3k

CE06

ES_TXD

1005

1005

1005

100
1005

CE27
0.1/10

CE26
0.1/10
1005

REP2

1005
REA9 10k

1005
REM6 10k

1005

1608

RE40
1.0k

REP1
100
1005

REP5

RE10
22

100 1005

REH3

CH---TXD_IP

1005

CE13
0.01/16
1005

100 1005
REP4

RE22
CE28
0.1/10 1.5k 1005
1005

LE07
600

MOUSE
ANTISLEEP
RE81 10k
1005

1005

100 1005
REP3
CH---RXD_IP

TXD1
RXD1

1005
REA8 10k

REM2
0
1005

100 1005
REP8

1005
RE80 100

QE04
2SA1576A

GND1

1005
REA7 10k

1005

100
1005

RE24

REP7
SO_RXD

RE79 100

GND1

REA6 10k
REM3 10k

1.0/6.3
1005

RE49 10k

22p-C
CE43

100
1005

10k
1005
10
1005

VSS1

2

1SS355

RE55
RE88

1005

RE51
1.0M

1005

2125
CE48
0.1/10

1005

CE33

1

RE48 10k

CE42

1005
RL02
10k

CE63
0.1/10
1005

EXTINT_C

600
2125

5

CE47
1005 10/6.3

2IN+

IE04
RRX6000-0702L

22p-C
GND1

CE22
0.01/16

GND

XE03
6.00MH
CSTCR_G

LE05

6

0.1/10
1005

2IN-

1005
CE62

1IN+

+5V
REQ2
8.2k-1%

7

3

600
2125

5.6k-1%
1005

8

2OUT

5.6k-1%
1005

REQ8

10k-1%
1005

REQ5

VCC

1IN-

RES1

1OUT

2

REQ4

REQ9

5.6k-1%
1005

1

LE06

5.6k-1%
1005

1005

CE61

0.1/10
1005
REQ7
6.8k-1%

GND1

IE03
LM358AD

100
1005
RE30

100
1005

CE68
4.7/6.3

2125

CE67
4.7/6.3
REQ6

RE32
100
1005

RE31
100
RE25 1005

2125

CE65
4.7/6.3

RE56
0
1005

REQ1
0

+5V

4

1005
RES7

1005

10k-1%
1005

MOUSE
SHUT-REV
SHUT-FOR

RESETF
LACH-A
FREQ_SEL
ESBUSY
Au_WL_HD_SW
RE21
0
1005

2125

CE66
4.7/6.3

RES4
0
1005
RE57
0
1005
CE03

GND1
REH1
47k
1005

RES3
0

LNS_H_POS

1005
RES6

1005
RES2
0

GND1

1005

10/6.3
2125

2125

CE01
10/6.3

CE02
10/6.3
2125

LE04
600
2125

REQ3
0

GND1

600
2125

0
LNS_V_POS

0
1005

1005

CE64
0.01/16
1005

RES5

LE03
600
2125

0

1005

0

RE59

1005

HIGH-P
UP-DOWN

SIDE_G
OUTTEMP
INTEMP

RE58
0
IRIS_POS

LE01

LNS_F_POS
LNS_Z_POS

+3.3V

2

G1
G2

+3.3V
M_VCC
SHUT_SW1
IW04
BD6222FP
NC-25 25

Vcc 14

6

NC-5

VCC-21 21

GND

3

FIN 20

LNS_H_SW1

4

1005
RW48
0

7

RNF-7

8

9

Shift-V

G2

LNS_H_SW2
1005
RW49
0

RNF-8

6

RIN 19

NC-9

7

2A

6Y

2Y

5A

3A

5Y

3Y

4A
4Y

GND

IW24
SN74LV08APW
1005
RWA0
100

13

13

1005
RW53
100

11

12

SHUT-F

10

9

11

1005
RW92
100

GND1

10

9

8

1005
RW54
100

1A

14 VCC

12

SN74LV14APW
IW25

NC-18 18

10 NC-10

GND1

5

6A

SHUT-R

8

4B

1B

4A

1Y

4Y

2A

AND

3B

2B

3A

2Y

3Y

GND

1005
RW55
0

NC-16 16

4

NC-14 14

NC-3

VCC-23

23

4

NC-4

VCC-22

22

5

NC-5

VCC-21

21

NC-24 24

1005
RW56
0

6

GND
G1

FIN 20

Shift-H

6

1005
RWA8
100

7

7

G2

CW09
LNS_H_SW2

RNF-8

9

NC-9

1005
RWC9
100

2.2/25

RNF-7

8

1005
RWC8
100

1005
RW50
100

12

11

11

10 NC-10

VREF 17

11 NC-11

NC-16 16

G2

12 OUT2-12

NC-15 15

13 OUT2-13

NC-14 14

2A

4Y

3

1005
RW91
100

4

AND
5

6

7

3A

5Y

3Y

4A
4Y

GND

10

10

9

9

GND1

8

8

3B

2B

3A

2Y

3Y

GND

QW03
DTC114EUA

1

LW09 600

SHIFT_H+

2

1SS355

1SS355

1005

EW04
PH-02V
LW08 600

SHIFT_HG1
G2

DW08

RW18
100

DW07

SHIFT_V-

1005
RW21
22k

2

QW07
2SC4081

RWE3
1.0k

SHIFT_V+

G2

1005

G1

RW20
100k-1%

1SS355
DW04

LW02 600

1

3216

1SS355
DW03

2125
2125

EW03
PH-02V
LW01 600

+3.3V

GND1

CW10
2.2/25

1Y

1005

5

G1

1005
RWC2
100

1005
RW13
22k

12

4A

2

RWE1
1.0k

5A

1B

1005

2Y

4B

1005

6Y

13

RW09
100

RW12
56k-1%

2A

13

QW02
2SC4081
1

1005

6A

1A

RW11
100k-1%

4

1Y

IW21
SN74LV08APW
14 VCC

3216

3

2125
1005
RWA4
100

CW06
2.2/25

2

Vcc 14

CW32
0.1/10
1005

1005
RWA6
100

1A

GND

LW14 600
1608

RIN 19

1005

2125

SHIFT_V+

0.1/10
1

SHIFT_SW2_H

4

600

+3.3V

APW06
APW07

1SS355
DW02

1SS355
DW01

1005

RW10
22k-1%

1005
RW42
0

SHIFT_SW1_H

3

LW13
1608

GND1

LNS_V_SW2
CW33

2

NC-18 18

CW05

1005
RW41
0

SHIFT_Pos_H

LW11 600
1608
LW12 600
1608

LNS_H_SW1

5

SHUT-REV

2.2/25

LNS_V_SW1

1

SHIFT_H-

SHUT_SW2

+3.3V

EW02
ZH-05V

LW10 600
1608
LNS_H_POS

CW34
0.1/10
1005

NC-15 15

13 OUT2-13

3

+3.3V

1005
RWA7
100

1005
RWA1
100

CW35
0.1/10
1005

12 OUT2-12

NC-25 25

3

SHUT_SW1
11 NC-11

OUT1-2

2

1005
RW94
100

VREF 17

2
1

FIN

CW02
10/25
3216

Rated current : 1.75A
Fusing current : 3.5A
Rated voltage : 24V

G1

FIN

M_VCC

FIN

3216

1Y

APW08
APW09
APW10
APW11
APW12

1A

APW13
APW14

5

2

RW78
47k
1005

FAN15V

FW01

1

1005
RW47
0

OUT1-1

RW77
47k
1005

VCC-22 22

LNS_H_SW2

RW04
0

IW07
BD6222FP
1

1SS355

VCC-23 23

NC-4

1005
RWC3
100

1005
RWC1
100

1SS355

NC-3

4

1005
RW46
0

SHIFT_H+

DW06

3

LNS_H_SW1

SHUT-FOR

DW05

NC-24 24

1005
RW52
0

1005

OUT1-2

M_VCC

SHUT_SW2

RW19
22k-1%

2

OUT1-1

FIN

1

1005
RW51
0

QW08
DTC114EUA

GND1

GND1

UP-DOWN

GND1

5

QW04
DTC114EUA

QW09
DTC114EUA

6

1005
RW93
100

7

+5V

GND1

QW06
DTC114EUA

GND1
SHIFT_V1005
RWA5
100

GND1

OUT1

GND

8

Vm

OUT2

7

RW26
100

3

Vcc

Vref

6

1005

QW12
DTC114EUA

RW23
100
FOCUS+

G1

4

Fin

Rin

5

1005

G2

CW13
M_VCC

2

GND

LW17 600
1608

3

FOCUS_Pos

4

ZOOM_Pos

5

FOCUS+

6

FOCUS-

7

ZOOM+

8

ZOOM-

LW23 600
1608

9

LENS_ID0

LW24 600
1608

10

LENS_ID1

LW25 600
1608

11

GND1

1005

1005

OUT1

GND

8

2

Vm

OUT2

7

RW34
100

3

Vcc

Vref

6

1005

4

Fin

Rin

5

QW15
2SC4081

QW26
DTC114EUA

QW16
DTC114EUA

RW31
100
ZOOM+
1005

GND1
1005
RW68
22k

CW17
UP-DOWN

LW20 600
LW21 600
LW22 600

GND1

0.1/25
GND1

RW32
100

GND1

QW17
DTC114EUA

ZOOM1005
QW28
DTC114EUA

QW14
DTC114EUA

GND1
QW29
DTC114EUA

GND1

GND1

PWB ASSEMBLY MAIN 16

RW84
10k

RW82
10k

APW23
APW24
APW25

1005

IW13
BA6287F
1

1SS355

0.1/25

Zoom
QW27
DTC114EUA

1005
RW37
22k

GND1

GND1

RWE5
1.0k

1005

1005

2SA1774

SHUT-R

1005

RW65
22k-1%

RW64
100

1005

CW25

G2

1005

5

GND1
M_VCC

G1

RW35
22k-1%

Rin

6

RW36
18k-1%

Fin

LNS_ID2

5

3216

6

4

LW34 600
1608

1005

7

Vref

RW67
56k-1%

OUT2

Vcc

LNS_ID1

4

600

1005

Vm

3

LNS_ID0
QW10
DTC114EUA

QW25

RW66
100k-1%

2

RW62
100

32162.2/25
CW26

8

RWE2
1.0k

GND

1005

OUT1

RW63

1

QW24
2SC4081

5.6k-1%

GND1

IW15
BA6287F

SHUTTER-

3

CW18
2.2/25

Blank shutter

LW33
1608
1005
RWC7
100

1005

QW13
DTC114EUA
GND1

1SS355

1005
RWC6
100

SHUT_SW2

RW96
1.0k

1SS355
DW20

SHUT_SW1

RW98
1.0k
1005

1SS355
DW19

LW29 LW31 600
600 1608
2125
LW32 600
1608

1005

GND1
1005

SHUTTER+

DW14

1005

RW97
100

1

RW83
10k 1005

APW28
APW29
APW30
APW31
APW32
APW33

1SS355
DW18

1SS355
DW17

600

LW19 600

LENS_ID2
G1

RW24
100
FOCUS-

EW06
ZH-06V
LW28

600

G2

2

SM0319

+3.3V

LW16 600
1608

+3.3V

2125

SHUT-F

1SS355

GND1

0.1/25
+3.3V

2125

1SS355

+3.3V

2

DW13

5

GND1

1SS355

GND

QW11
2SC4081

DW16

4

GND1

DW10

1SS355
DW09
1

2125

1SS355

SHIFT_SW2_V

1SS355

3

IW10
BA6287F

DW12

SHIFT_SW1_V

2125

1005

2

600

LW07 600
1608
+3.3V

1

LW18
1608

2125

DW11

LW06
1608

Focus

DW15

1005
RWC5
100

SHIFT_Pos_V

1005
RW29
22k

LW05 600
1608

1

RWE4
1.0k

LNS_V_SW2

1005
RWC4
100

EW01
ZH-05V

1005

LNS_V_SW1

LW04 600
1608

QW01
DTC114EUA

1005

LW03 600
1608
LNS_V_POS

EW05
SH-11V

LW15 600
1608

M_VCC

RW27
22k-1%

RW73
47k
1005

RW72
47k
1005

+3.3V

LW35 600
1608

GND1

APW01
APW02
APW03
APW04
APW05

1005
RW45 0

RW28
10k-1%

LNS_V_SW2

LNS_Z_POS

QW05
DTC114EUA

3216

1005
RW44
0

LNS_F_POS

GND1

1005
RW43
100

LNS_V_SW1

CW14
2.2/25

GND1

APW15
APW16
APW17
APW18
APW19
APW20
APW21
APW22

+3.3V
SN74LV14APW
IW22

RCA1 33 1005
RCA2 33 1005

20

37
38
39
40
41

RC17 33 1005
RC06
33

RC09 10k

1005

1005

43
44

1

2

3

4

5

6

7

8

19
18

33
33
33
33
33

1005
1005
1005
1005
1005

16

0.1/10
1005
CHCRC38

15

RC14
33

14
13

CHCRC56

2010

12

RC35 10k 1005

2010
RC16 10k

1005

APCTDO

1005

3

RC13 33 1005

RC15 10k

RC80 10k 1005

2

RC12 33 1005

APCTCK

1005
1.0p-C

APC3.3V
4
5

TDI

6

GND

7

RC81 10k 1005

APCTDI

RC82 10k 1005

CC80

CC81

RC93
820

APCGND2

1005
1.0p-C

G1
G2

GND1

TMS

APCTMS

XC01
25.000MHz
DSX840GA

+3.3V

1005

TDO

LC60
4.7
+3.3V-SEP

GND1

1005

2518

1.0M
RC86

CC74
10/10
2125

1005

1005

RC92
3.3k

RC91
3.3k

#RSET

#STBY

GND8

X0

OEOUT/BLANKOUT
RC94

CC72

1005

SUB_ADRS

BGP/BLANKOUT

RC87
100
1005
RC97

RC96
100
1005

100
CC64
1005
RC79 0.1/10
10k
1005
RC70
1005
10k

GND4

VIN1

HIN1

SCL

SDA

VDD1
CC63

1005
1005
0.1/10

R_IN
RC75
1005
10k

33p-C
1005
RC76
11k-1%

CC66

MSKOUT/BLANKOUT/DETECT

24

23

22

21

20

33p-C
1005
CC62

1005

RC95
100
1005

1005

19

18

17

16

15

14

13

0.1/10
1005
CC67

1005

VCLP

25

C_BGPD

26

HIN2

AVDD2

VIN2

GIN2

C_BGPW

27

RC74
10k

VDD2

C_CLPG2

12

2010

GND3

11

1005

RC73
10k

HDOUT

28

HINA1

BGP
VDOUT

10

RC72
10k

C_CLPG1

9

10/10
2125
CC70
10/10
2125

RC71
10

GIN1

29

0.01/16
1005
RC78
10k

30

CC69

8

1005

7

22p-C
1005

SOG_SEP

GND5

1005
10k
RC77

GND1
RC62
100
1005

22p-C
1005

RC99
100
1005

CC76

RC98
100
1005

CC75

p10
p10 H_SEP_IN
V_SEP_IN

RC61
100
1005

22p-C
1005

I2CDAT
I2CCLK

PWB ASSEMBLY MAIN 17

1005
RC64
10k

TE8201PF
IC60

MSKOUT

31

GND2

32

TVIDEOIN2

6

RC67
47

5

CC78

100
1005

1005

33

OEOUT

RC63
10k

CC82

1000p
1005

CC65
X1

VDD3

GND9

NC1
GND6

34

C_CLPV1

35

1000p
1005

36

CC83

NC0
GND7

1005

p10

RESETN

37

38

39

40

41

4

VIDEOIN2

42

3

C_CLPV2

RC89
100
1005

43

AVDD1

44

2

10/10
2125

GND1

0.1/10
1005
RC88
10k

45

1

GND1

CC61
CC68

46

CC71
10/10
2125

47

48

1005

GND10

0.01/16
1005

VIDEOIN1

1005

TVIDEOIN1

CC77

RC66
100

p10
SOY_SEP2

0.01/16
1005

RC65
100
SOY_SEP1

1005
0.1/10

CC73

p10

SM0319

1Q 13

5

2Q

2Q 12

6

2CX

1CX 14

p10,p22
V_SEP_OUT
p10,p22
H_SEP_OUT

RC53
1.0k-1%

1Q

RC51

33

1005
RC52
33
1005
2CLR 11

7

2RX/CX

2B 10

8

GND

2A

GND1

RC36 10k

1

GND

1CLR

4

@10

GND1

APCGND1

3

RC31 10k

2010

EC01
SH-07V

1RX/CX 15

2010

RC07
33

TCK

VCC 16

1B

PWM_CPLD

CC05

17

1A

2

CC51

RC25
RC26
RC27
RC28
RC29

1

9 10 11

CC04

RC08 10k

42

CC10 1005
CC11 1005
CC13 1005
CC14 1005

2010

CC03
0.1/10
1005

100p-C
100p-C
100p-C
100p-C

LAMP_ON-S

RC21 33 1005

36

0.1/10
1005

DVS
DHS

CHCHST
CHCVD
CHCDVS
CHCDHS

100p-C
1005
CHCPWM
CHCFLG

22
21

TDI
I/O-2
I/O-3
GNDIO-4
I/O-5
I/O-6
TMS
I/O-8
VCCIO-9
I/O-10
GNDIO-11

PWM_CPLD
HST_CPLD
VD

I/O-22
I/O-21
GNDINT-36
I/O-20
INPUT/GCLK1
I/O-19
INPUT/OE1
I/O-18
IC01
VCCINT-17
INPUT/GCLRn
EPM3032ATC44-10N-ROM
INPUT/OE2/GCLK2
GNDINT-16
VCCINT-41
I/O-15
I/O-42
I/O-14
I/O-13
I/O-43
I/O-44
I/O-12

35 I/O-35

RC50 33 1005

0.33/10

34 I/O-34

1005
1005
1005
1005
1005

LAMP_ON-S

100p-C

1005
33
33
33
33
33

CC15
100p-C
1005
CC16

I/O-33
TDO
I/O-31
GNDIO-30
VCCIO-29
I/O-28
I/O-27
TCK
I/O-25
GNDIO-24
I/O-23

RC37
0

0.1/10

1005
IC50
SN74LV123APW

2010

33 32 31 30 29 28 27 26 25 24 23

2010

CC50

RC20
33

CC52 1005

RC01
33

RC10
RC02
RC03
RC04
RC05

1005

RC22 33 1005

LAMP_ON-SP
FREQ_SEL
LAMP-S
LAMP_ON

RC34 10k 1005
RC33 10k 1005
RC32 10k 1005

CHCON

CC01

2125

JUMPER R

10/6.3
2125

+3.3V

CC06 0.1/10

LC01
600

9

1608 : 0790001R

AUDIO IN / OUT

2125 : 0195250R

USB

22

23

24

L910
SC200JT
2125

6
Audio in 1 R

0

CH1_CUT

CH1_CUT

1005

L924
2125 USB+5V
SGM20F1C104-4A
USB_D+

26

AP9+5V

AP9D+

27

28

29

30

AP9D-

+8.5V
L916
SC200JT
2125

10/6.3
2125

Cr

Cr

R

+5V

+5V

+9V
AP9GD2

18.6mA
1005

1005

R950
10k

6

INB-

R948
0

GND1

8

NC-6
CEC
INC+

R957
47
12

GND1

OUTC

C956

1005
R9F1
0

INC-

1.0p-C
1005

10

(AnalogLine)

1005
R960
0

R955
47

3RCA2_B
3RCA2_G
3RCA2_R

9

1005
R9F2
0

C955
1.0p-C
1005

1005

(AnalogLine)

100
1005
GND1

GND1
GND1

G1

G2

G1

G2

3RCA3_B
3RCA3_G
3RCA3_R

GND1
GND1

USB_D-

1005

NC-11 11
+
-

1005

R981
GND1

1005
R961
0

13

1005

G2

USB D-

OUTB

560-1%
R958

2125

C954
10/6.3

1005

R942
100k

1005

R943
100k

1005

R947
33k

C908
10/6.3
2125

+
-

INB+

1005

7

L926
SGM20F1C104-4A
2125

8

G1

AP9U+5

L923
SC200JT
2125

USB D+

25

AP9AV L915
SGM20F1C104-4A
2125

L925
SC200JT
2125

AUDIO_IN1_R
7

L908 AP9SC
SC200JT
2125

RA77

G
Cb

CEB

1005
R9E9
0

R9F9
75-1%

21

AP9AI1R

5

VS+ 14

R974
75-1%

AUDIO_IN1_L

20

4

R962
0

15

R9G1
75-1%

Audio in 1 L

19

AP9AI1L

AP9CR

GND1

R949
0

C909

Y

AUDIO_IN2_R
5

L918
SC200JT
2125

Y
L909
SC200JT
2125

4
Audio in 2 R

1005

R944
100k

AP9CB

47
1005

R9G2
75-1%

AP9AI2R L929
SC200JT
2125

3

VS-

1005
R959
16

R972
75-1%

18

AUDIO_IN3_R

3

GND1

OUTA

R970
75-1%

17

2

Audio in 3 R
(Component)

L917
SC200JT
2125

+

560-1%
1005

16

AP9Y

2

CEA

C957
1.0p-C

R956

14

15

1

1005

1005

13

L911
SC200JT
2125

10/6.3
2125

I903
EL8302IUZ-T7
INAINA+

R954
560-1%

L928
SC200JT
2125

Audio in 2 L

AUDIO_IN2_L

AP9AI2L

AP9AI3R

1

B

1005

Audio in 3 L
(Component)

12

Cb

R946
33k

11

AP9AI3L

S_R_IN

R953
0

C910

E902
501568-08H

Audio in 4 R
(S-video)

2125

0

CVBS_R_IN

Y / Cb / Cr

AP9AI4R L912
SC200JT

91

Audio in 5 R
(CVBS)

1005

78

AP9AI4L

(AnalogLine)
AUDIO_OUT_R

R945
33k

L920
SC200JT
2125

L919
SC200JT
2125
AUDIO_IN3_L

L913
SC200JT
2125

56

Audio in 4 L
(S-video)

S_L_IN

AP9AIR5

R914
75-1%

Audio in 5 L
(CVBS)

CVBS_L_IN

L914
SC200JT
2125
Audio out R

34

AP9AI5L

L921
SC200JT
2125

AP9AOR

12

R920
75-1%

Audio out L

AUDIO_OUT_L

E901
501190-30V

L922 AP9AOL
SC200JT
2125

R928
75-1%

3216 : 0195248R

AP9GD1

GND1
GND1

ES02
501568-10H
APSB1

LS04
SC100JT
2125

2
3
4
5
1608 : 0790001R
2125 : 0195250R
3216 : 0195248R

APSR1

8
APSV1

DSUB1-G

DSUB1_IN-G

DSUB1-R

DSUB1_IN-R

DSUB1-H

DSUB1_IN-H

LS02
SC200JT
2125

APSH1

9

DSUB1_IN-B

LS16
SC100JT
2125

6
7

DSUB1-B
LS15
SC100JT
2125

APSG1

R900
0
1005

LS17
SC200JT
2125

10

DSUB1-V

C903
0.1/10
1005

C904
10/10
2125

DSUB1_IN-V

Audio CVBS/S-video Swich

L901
47
2518

+5V

C914

R933

10/10
2125

100
1005

+9V
+3.3V

C906
0.1/10
1005
GND1

GND1
R936

68k
1005

R902

75-1%

R903

BNC_V_IN

GND1

Q915
2SC4617

R934

0
1005

100
1005

Sheet 10
CVBS-BNC

R935
470
1005

GND1

S_R_IN
S_L_IN

GND1

14

LA30

APA12

15

16

17

18

APA11
RX(232C OUT)

APA09

19

20

21

22

C913

23

24

APA08

10/10
2125

LA27
SC200JT

Wired RC SW

2125

W_RC_SW

2125

APA10

APA06

LA25

RAA3
82k

LA24

SGM20F1C104-4A

+5V

25

GND1

SC200JT

26

1005

2125

R917

LA26
SC200JT

82k
RAA4

56k
1005
56k
1005

R906

100
1005

GND1
SO_RXD

2125

Wired RC
1005

10/10
2125

LA28
SC200JT

2125

+5V

R915

GND1

27

28

100
1005

1005

R924

Sheet 10
Video-S_Y1

100
1005

SC200JT

29

R927

R919

0
1005

Sheet 10
Video-S_C1

100
1005
R931
470
1005
GND1

S_C
R911

2125

G1

G2

G1

G2

0
1005

R912
0
1005

R910
0
1005

GND1
CVBS
EA02
SH-04H
1

(AnalogLine)

RX(232C IN)
2
TX(232C IN)
3

+5V

+5V
4
GND
G1

GND1

G2

SM0319

VIN2

6

NC2

5

AUDIO_IN4_R

0.1/16
1005

R991
0
1005

L

CVBS

H

S-video

I902
NJM2520M
GND

8

VOUT

7

SW1

VCC

6

VIN2

NC2

5

1

NC1

2

VIN1

3

4

AUDIO_IN4_L
C976
0.1/16
1005

GND1

GND1

S_Y

APA01

4

7

VCC

C974
1.0/16

GND1

SC200JT

30

SW1

8

L-SW
CVBS<-->S-video

C973
1.0/16

LA22

2125

3

GND
VOUT

CVBS/S-video

R925
470
1005

C902
0.1/10
1005

Q913
2SC4617

APA04

LA21

R923
0
1005

R926

VIN1

Q921
DTC114EE
R989
100

Sheet 10
CVBS-RCA

GND1
GND1

2125

APA02

100
1005
R929
470
1005

C901
0.1/10
1005

68k
1005

LA29
SC200JT

TX(232C OUT)

WIRED_RC

SI_RXD

75-1%

RX(232C IN)
2125

Q912
2SC4617

C912

R916

SC200JT

2125

SO_TXD

GND1

DSUB2_IN-B

56k
1005

13

LA31
SC200JT

TX(232C IN)

SI_TXD

R918

R921
0
1005

GND1
DSUB2-B

APA14

2

C975

GND1

68k
1005

12

100
1005

NC1

C972
1.0/16

Au_C_S_SW

0

11

10/10
2125

R907

91
APA15

R904

LS03
APSB2
SC100JT
2125

78

DSUB2-H

DSUB2_IN-G

1

C971
1.0/16

CVBS_R_IN
CVBS_L_IN

68k
1005

DSUB2-G

R905

56

R913

I901
NJM2520M

GND1

Q914
2SC4617

C911

R908

APSH2

DSUB2_IN-R

R909

LS01
SC200JT
2125
DSUB2_IN-H

DSUB2-R
LS05
SC100JT
2125

APSG2

75-1%

DSUB2_IN-V

C905
0.1/10
1005

12
34

DSUB2-V

LS06
SC100JT
2125

R930

LS07
APSV2
SC200JT
2125

APSR2

75-1%

ES01
501190-30V

R-SW
CVBS<-->S-video

10k

CVBS(BNC)

R990

R901

G2

56k
1005

G1

1005

1

PWB ASSEMBLY MAIN 18

R992
0
1005

GND1

LM01
10

CM01

2125

47/6.3
MVK/SKV

2518

CM46
10/10

†

RM53
0
QM01
STC-2SC4726

+VA-38

V-SYNC_MON_OUTPUT

CH_3-SAG

H-SYNC_MON_OUTPUT

CH_2-SAG

CH_3-MONITOR_OUTPUT

VDD

PCU

DGND

H-SYNC_BUFFER_OUTPUT

I2C-SCL

I2C-SDA

I2C-A0

I2C-A1

MUX_SELECT

MUX_MODE

1005

V-SYNC_BUFFER_OUTPUT

SCHMITT-TRIGGER_ADJ

MON1OUT_V

4

AGND-13

OUT_Y

AGND-26

1005

RM63
33

RMP8
10k
1005

1005

1005

RML1
0
1005

RML3
0

1005

RMG3
10k
1005

RMG4
10k

RMK6
10k

1005
RMK8
10k

1005

2125

CM41
10/6.3

RMK2
100k

CM44
1.0/6.3

10k
1005
RML5
4.7k

GND1

1005
RML7
4.7k
1005

GND1

I2C SLAVE ADDR. 5Ah/5Bh

SM0319

1005

AGND-37

+VA-38

V-SYNC_MON_OUTPUT

CH_3-SAG

V-SYNC_BUFFER_OUTPUT

DGND

VDD

I2C-SCL

PCU

RMJ4
0
1005

1.0/10

1005
CM28

CM26
0.1/10

CM24
0.01/16
1005

CM22

10/6.3
2125

1005

RMM3
10k
1005

1005

RMP7
10k

1005

RMN9
100

PWB ASSEMBLY MAIN 19

RMJ3
0
1005

CM27

1.0/10

CM25
0.1/10

1005

10/6.3
2125

RML9

1005

GND1

RMN7
100

3mA
LM02
600
1608

4

CM21

OUT_Y

CM23
0.01/1 6
1005

RMG6
10k
1005

GND

RMG5
10k
1005

3

1005

IN_A

1005
RMK4
10k

2

5

GND1
MON1OUT_V2

1005

1005

VCC

RMJ7
33

G

RMP5
100
1005

CM36
0.1/10

24

23

22

21

20

19

18

17

16

15

14

13

RMF8
10k-1%

0.1/10
1005 IM63
TC7SZ126FU
1

H-SYNC_MON_OUTPUT

CH_2-SAG

CH_3-MONITOR_OUTPUT
I2C-SDA

I2C-A0
RMF7
10k-1%
1005

25

AGND-12

CH_3-BUFFER_OUTPUT-27

RMM8
33

26

V-SYNC-INPUT_B

27

H-SYNC-INPUT_B

CM62

GND1

1005
CM29
10/6.3
2125

28

GND

1005

RMF6
10k-1%

29

5BNC-V1

5

V

RM62
33
3

RML2
0
CM31
0.1/10
1005

30

VCC

1005

CM43

RMJ2
0
1005

‡
AnalogLine
R
MUX2OUT_R
G
MUX2OUT_G
B
MUX2OUT_B
H
MUX2OUT_H1
V
MUX2OUT_V1

0
1005

I2CCLK

1005

1OE

RMP6
10k

1A

Vcc

RMJ5

1B

2OE

0.1/10
1005

1005

CM35
0.1/10

10/6.3
2125
CH_1-SAG

AGND-37

31

5BNC-H1

H

12

IN_A

RML4
0

RMP4
100
1005

32

+VA-29

11

G

2

RM80
10k
1005

1005

RM78
10k
1005
RM75
10k

1005
RM79
10k

1005

1005
RMK9
10k

2125

RMK7
10k
1005

CM42
10/6.3

RMK3
100k

CM45
1.0/6.3
1005

RMP2
100

RMN5
24-1%

RMN3
24-1%

RMN1
24-1%

1005
CM37

CM39
0.1/10
AGND-47

CH_2-MONITOR_OUTPUT

33

CH_1-MONITOR_OUTPUT

34

1005

CH_3-BUFFER_OUTPUT-28

10

IM62
TC7SZ125FU
1

1005

10/6.3
2125
CH_1-SAG

CH_2-MONITOR_OUTPUT
I2C-A1

MUX_SELECT

MUX_MODE

1005
RMK5
10k

RMJ8
33

CM92

1005

0.1/10
1005

35

+VA-48

36

CH_3-INPUT_B

†
RMM6
33

G5

CH_2-INPUT_B

1005

1005

MON1OUT_V1

RMP3
100

RMN6
24-1%

RMN2
24-1%
CH_1-MONITOR_OUTPUT

+VA-48

AGND-47
SCHMITT-TRIGGER_ADJ

AGND-13

CM93

0.1/10
1005

CM91

0.1/10
1005

RM91
10k

RM92
10k
1005

RM98
75-1%
RMA3
75-1%

1005
1005
1005

RMQ1
75-1%

37

38

39

40

41

0.1/10
1005
RMF5
10k-1%

G6

B

AGND-34

CM33

G7

G

5BNC-B1

G4

5BNC-G1

G9

4

1005

RMM4
33
1005

AGND-30
G3

OUT_Y

42

G8

CH_1-INPUT_B

G2

R

CH_1-BUFFER_OUTPUT-35

CH_2-BUFFER_OUTPUT-32
G1

5BNC-R1

CH_1-BUFFER_OUTPUT-36

CH_2-BUFFER_OUTPUT-31

AGND-6

9

‡

8

AnalogLine

7

GND

GND

2B

GND1
RMF4
10k-1%

+VA-33

V-SYNC-INPUT_A

6

†

5

RM61
33
3

150mA

IM07
THS7327PHP

V

Dsub2-V1
VCC

H-SYNC-INPUT_A

H
5

IN_A

CH_3-INPUT_A

MON1OUT_H

43

B

CH_2-INPUT_A

44

Dsub2-B1

CH_1-INPUT_A

45

G

46

R

Dsub2-G1

4

Dsub2-R1

Dsub2-H1

G

‡

AnalogLine

47

†

Dsub1-V2

1005

2

LM05
600 (MAX200mA)
1608

2A

GND1

CM60

1

IM06
SN74CB3T3306DCU

RMJ6
0

1005
1005

RMQ3
75-1%

GND1

GND1

0.1/10
1005 IM61
TC7SZ126FU

MON1OUT_H2

I2CDAT

1005

48

5

4

GND1

1005

GND1

3

OUT_Y

RML8
4.7k

1005

GND1

Dsub1-H2

GND

10k
1005

I2C SLAVE ADDR. 58h/59h

RMQ2
75-1%

1005

RMU5
470

1005
RMU6
470

1005

RM60
33
3

RMJ1
0

RML6
4.7k

GND1

RMA4
75-1%

1005

RMU4
470

1005

RMU3
470
33p-C
1005

GND1

2

IN_A

3mA
LM03
600
1608

+3.3V

1

2

GND1

Dsub1-R2

+5V

IM60
TC7SZ125FU

MON1OUT_H1

1005

Dsub1-G2
1005

RM97
75-1%

VCC

1005
CM38

CM40
0.1/10

1005

RM86
75-1%
RM87
75-1%

1005
1005

RM88
75-1%
RMQ4
75-1%

1005

1005

RMS5
680

1005

RMQ6
75-1%
RMQ5
75-1%

1005

RMS3
680
CM72

33p-C
1005

33p-C
1005

CM73
CM76

33p-C
1005

RM96
75-1%

MONOUTSEL1

G

1005

RMP1
100

Dsub1-B2
1005

47
1005

1

RMF3
10k-1%

RMN8
100

7

CM75

RM95
75-1%

QM16
STC-2SC4726

GND1

1005

6

GND1

RMC2
10k-1%
1005

25

1005

RMT6
1005

RMM9
33

26

47
1005

‡
AnalogLine
R
MUX1OUT_R
G
MUX1OUT_G
B
MUX1OUT_B
H
MUX1OUT_H1
V
MUX1OUT_V1

1005
RM34
75-1%

QM15
STC-2SC4726
RMT5

4

27

OUT

28

GND

29

3

30

47
1005

RM45
100

31

IN

32

RMT4

1005

5

33

2

VCC

34

RM44
100
4

IM74
0.1/10
1005 TC7SG17FU
NC

1005

QM14
STC-2SC4726

CM74

1

RM35
75-1%

1005

5

47
1005

OUT

1005
CM30
10/6.3
2125

24

GND

23

IN

3

22

2

21

QM13
STC-2SC4726
RMT3
VCC

20

NC

19

1

18

V

G4

Dsub1-V

H-SYNC_BUFFER_OUTPUT

RMM1
1005

RMU2
470

1005

H
IM73
TC7SG17FU

17

Dsub1-H

AGND-26

16

Dsub1-R

RMA2
10k-1%

RM36
75-1%
QM12
STC-2SC4726

RMT2
47 RMU1
1005 470

R

CM32
0.1/10
1005

1005

GND1

RMT1
47
1005

CH_3-BUFFER_OUTPUT-27

15

G

AGND-12

14

B

Dsub1-G

V-SYNC-INPUT_B

13

CM50
10/10

1005

2125
QM11
STC-2SC4726
Dsub1-B

H-SYNC-INPUT_B

12

RM43
0

GND1

11

1005

+VA-29
CH_3-BUFFER_OUTPUT-28

10

DVI-A_R2

GND1

‡

CH_3-INPUT_B

1005

AGND-30

GND1

RM42
0

AnalogLine

CH_2-INPUT_B

CH_2-BUFFER_OUTPUT-31

†
RMG8
33

1005

G5

DVI-A_H2
DVI-A_V2

†

CH_1-INPUT_B

G9

1005

RMA1
10k-1%

CH_2-BUFFER_OUTPUT-32

G6

1005
RM85
75-1%

AGND-34

CM34
0.1/10
1005

G7

DVI-A_G2

GND1

AGND-6

GND1

G3

GND1

RM84
75-1%

G2

47
1005

G8

1005

1005

+VA-33

G1

4

V-SYNC-INPUT_A

9

RMR6

RMG7
33

1005

IM05
THS7327PHP

8

OUT

H-SYNC-INPUT_A

7

GND

CH_3-INPUT_A

DVI-A_B2

6

3

GND1

1005

5

RM56
100

RM83
75-1%

QM06
STC-2SC4726

CH_1-BUFFER_OUTPUT-35

35

47
1005

RM99
10k-1%

CH_1-BUFFER_OUTPUT-36

36

5

37

VCC

38

IN

39

NC

2

CH_2-INPUT_A

4

1

1005

QM05
STC-2SC4726
RMR5

3

IM72
0.1/10
1005 TC7SG17FU

CH_1-INPUT_A

40

CM71

GND1

RM16
75-1%

41

47
1005

1005

42

RMR4
RM55
100

43

4

1005

44

OUT

150mA

GND1

RM17
75-1%

QM04
STC-2SC4726

45

GND

47
1005

46

IN

3

5

47

2

VCC

2

NC

LM04
600 (MAX200mA)
1608
+5V

1

1

1005

V

RMS4
680

H

1005

48

DVI-A_V

1005
QM03
STC-2SC4726
RMR3

IM71
TC7SG17FU

1005

DVI-A_H

R

1005

RMS2
680

1005

DVI-A_R

RM18
75-1%

RMR2
47 RMS1
1005 680

1005
RMS6
680

G

8

DVI-A_G

QM02
STC-2SC4726

1

B

RMN4
24-1%

MON1OUT_V2

1005
DVI-A_B

MON1OUT_H2

RMR1
47

2

1005

5

RM54
0

3

‡

AnalogLine

4

1005

†

‡

AnalogLine
R
G
B
H
V

MONOUT_B
MONOUT_G
MONOUT_R
MON1OUT_H1
MON1OUT_V1

GND1

LT01
10

CT01

†

RT54
0
1005

†

CT46
10/10

‡

AnalogLine

‡

AnalogLine
R
G
B
H
V

MONOUT_B
MONOUT_G
MONOUT_R
MON2OUT_H1
MON2OUT_V1

GND1

RT53
0
1005

47/6.3
MVK/SKV

2518

MON2OUT_H2
MON2OUT_V2

RTP5
100
1005

1005

RTP3
100

RTN6
24-1%

RTN4
24-1%

1005

CT36
0.1/10

10/6.3
2125

1005
CT38

CT40
0.1/10

1005

RT86
75-1%

AGND-37

+VA-38

V-SYNC_MON_OUTPUT

CH_3-SAG

H-SYNC_MON_OUTPUT

CH_2-SAG

CH_3-MONITOR_OUTPUT

CH_1-SAG

CH_2-MONITOR_OUTPUT

CH_1-MONITOR_OUTPUT

+VA-48

V-SYNC_BUFFER_OUTPUT

DGND

VDD

PCU

I2C-SCL

I2C-SDA

I2C-A1

MUX_SELECT

25

I2C-A0

RT87
75-1%

AGND-47
SCHMITT-TRIGGER_ADJ

1005

RTS3
470

CT72

33p-C
1005

1005
1005

RTQ4
75-1%
RTQ5
75-1%

RTG9
33
1005

26

AGND-13

27

1005

28

RTQ6
75-1%

29

1005

30

RTS5
470

31

1005
RTS6
470

32

CT73

33

33p-C
1005

34

RTC2
10k-1%
1005

RTF3
10k-1%

24

23

RTN8
100
1005

RTP1
100

RTJ4
0
1005

1.0/10

1005
CT28

CT26
0.1/10

CT24
0.01/16
1005

RT80
10k
1005

RT78
10k
1005

1005

1005
RTK5
10k

RTJ8
33

CT22

10/6.3
2125

1005

RTM3
10k
1005

150mA

1005

CT35
0.1/10

1005
CT37

10/6.3
2125

1005

RTQ2
75-1%

CT39
0.1/10

1005

1005
RTU6
470

RTU5
470

RT97
75-1%

GND1

CT43

LT05
600 (MAX200mA)
1608

5BNC-G1
1005

47
1005

1B

2OE

1A

Vcc

1OE

I2CCLK

GND1

29

DGND

VDD

PCU

I2C-SCL

I2C-SDA

I2C-A0

I2C-A1

MUX_SELECT

MUX_MODE

AGND-37

RTF8
10k-1%

0.1/10
1005

1005

RTN7
100
1005

RTN9
100

GND1

1005

1005
GND1

I2C SLAVE ADDR. 5Eh/5Fh

PWB ASSEMBLY MAIN 20

RTJ3
0
1005

CT27

1.0/10

1005

3mA
LT02
600
1608

10/6.3
2125

1005

RTM2
10k
1005

1005

RTL1
0
1005

RTL3
0

RTG3
10k

1005
RTG4
10k

1005

1005
RTK8
10k

RTL5
4.7k

CT21

CT23
0.01/1 6
1005

RTG6
10k
1005

RTG5
10k
1005

1005

1005
RTK4
10k

RTJ7
33

2125

RTK6
10k
1005

CT41
10/6.3

RTK2
100k

CT44
1.0/6.3

10k
1005

CT25
0.1/10

CT92

1005

V-SYNC_BUFFER_OUTPUT

SCHMITT-TRIGGER_ADJ

AGND-13

CT93

0.1/10
1005

CT91

0.1/10
1005

1005

RT91
10k

25

RT92
10k

RTF7
10k-1%
1005

RTL7
4.7k

GND1

SM0319

RTM8
33

26

1005

27

RT63
33

28

GND1

5

4

1005
CT29
10/6.3
2125

1005

RTL9

OUT_Y

30

GND

+VA-38

31

3

RTF6
10k-1%

24

GND1

VCC

CT31
0.1/10
1005

1005

MON2OUT_V

4

23

22

IN_A

V-SYNC_MON_OUTPUT

CH_3-SAG

CH_2-SAG

CH_3-MONITOR_OUTPUT

CH_1-SAG

CH_2-MONITOR_OUTPUT

H-SYNC_MON_OUTPUT

32

H-SYNC_BUFFER_OUTPUT

21

20

19

G

33

AGND-26

0.1/10
IT63
1005
TC7SZ126FU

2

34

CH_1-MONITOR_OUTPUT

1005

+VA-48

35

AGND-47

36

CH_3-BUFFER_OUTPUT-27

18

5

CT62

MON2OUT_V2

37

AGND-12

1005

1

38

39

V-SYNC-INPUT_B

17

OUT_Y

H-SYNC-INPUT_B

16

GND

40

V

RT62
33
3

1005

GND1

15

IN_A

41

Dsub1-V2

†
RTM6
33

G5

Dsub1-H2

1005

4

H

14

2

VCC

1005

G6

RT61
33

13

G

CH_2-BUFFER_OUTPUT-31

+VA-29

12

1

RTF5
10k-1%

CH_2-BUFFER_OUTPUT-32

CH_3-BUFFER_OUTPUT-28

11

OUT_Y

G4

IN_A
GND

G9

B

G3

G

Dsub1-B2

CT33
0.1/10
1005

5

IT62
TC7SZ125FU

MON2OUT_V1

Dsub1-G2

1005

RTM4
33
1005

AGND-34

AGND-30

10

3

VCC

CH_1-BUFFER_OUTPUT-35

G7

G8

G2

2

MON2OUT_H2

G

R

CH_1-BUFFER_OUTPUT-36

+VA-33

G1

1

Dsub1-R2

42

43

CH_3-INPUT_B

44

CH_2-INPUT_B

45

46

CH_1-INPUT_B

9

‡

AnalogLine

47

48

AGND-6

8

0.1/10
1005 IT61
TC7SZ126FU

GND1
RTF4
10k-1%

IT07
THS7327PHP

V

DVI-A_V2

†

V-SYNC-INPUT_A

7

1005
CT60

H-SYNC-INPUT_A

H

DVI-A_H2
RT60
33
MON2OUT_H

CH_3-INPUT_A

6

4

B

CH_2-INPUT_A

5

OUT_Y

DVI-A_B2

CH_1-INPUT_A

4

GND

G

3

IN_A

3

R

DVI-A_G2

2

2

5

DVI-A_R2

1

MON2OUT_H1

5BNC-V1
VCC

‡

AnalogLine

5BNC-H1

IT60
TC7SZ125FU
G

†

GND1

+5V

MONOUTSEL2

RTQ1
75-1%

5BNC-R1
1005
GND1

RTJ1
0
1005

‡
AnalogLine
R
MUX2OUT_R
G
MUX2OUT_G
B
MUX2OUT_B
H
MUX2OUT_H2
V
MUX2OUT_V2

0
1005

GND

2B

1005

RTP4
100
1005

1005

RTP2
100

RTN5
24-1%

1005

GND1

RTN3
24-1%

RT96
75-1%

RTN1
24-1%

QT16
STC-2SC4726

RTT6

RTQ3
75-1%

1005

2A

RTP6
10k

1005

1005

GND1

RTJ5

IT06
SN74CB3T3306DCU

RTJ6
0

0.1/10
1005

1005

RTU4
470

1005

RTU3
470

GND1

I2C SLAVE ADDR. 5Ch/5Dh

RT95
75-1%

QT15
STC-2SC4726
RTT5

1

1005

I2CDAT

RTP7
10k

1005

RTL2
0
1005

RTL4
0

RT75
10k

1005
RT79
10k

1005

1005
RTK9
10k

2125

RTK7
10k
1005

CT42
10/6.3
CT45
1.0/6.3

RTK3
100k

1005

RT98
75-1%
RTA3
75-1%

GND1

1005

5BNC-B1

33p-C
1005

CT75

RTL8
4.7k

RTL6
4.7k

GND1

RTA4
75-1%

1005

47
1005

47
1005

CT76

RT34
75-1%

QT14
STC-2SC4726

RTT4

4

1005

1005

GND1

1005

1005

47
1005

33p-C
1005

OUT

1005

10k
1005

8

5

RT35
75-1%

RTU2
470

1005

1005

RTJ2
0

7

VCC

3mA
LT03
600
1608

6

GND

22

4

RT45
100
3

21

OUT

CT74

IN

20

5

IT74
0.1/10
1005 TC7SG17FU

2

19

VCC

1005

NC

p9

+3.3V
RTM1

QT13
STC-2SC4726
RTT3
RT44
100

1

18

GND

H-SYNC_BUFFER_OUTPUT

RT36
75-1%

QT12
STC-2SC4726

1005

IT73
TC7SG17FU

IN

G4

GND1

RTT2
47
RTU1
1005 470

H

3

‡
AnalogLine
R
MUX1OUT_R
G
MUX1OUT_G
B
MUX1OUT_B
H
MUX1OUT_H2
V
MUX1OUT_V2

1005

R

2

1005
CT30
10/6.3
2125

1005

47
1005

NC

RTA2
10k-1%

CT50
10/10

QT11
STC-2SC4726
RTT1

1

CT32
0.1/10
1005

RT43
0
1005

V

17

5BNC-V

AGND-26

16

5BNC-H

CH_3-BUFFER_OUTPUT-27

15

5BNC-R

14

G

†
RTG8
33

1005

G5

AGND-12

13

5BNC-G

G9

V-SYNC-INPUT_B

12

B

GND1

H-SYNC-INPUT_B

GND1

2125
5BNC-B

+VA-29
CH_3-BUFFER_OUTPUT-28

11

‡

AnalogLine

AGND-30

10

†

35

CH_3-INPUT_B

Dsub2-V1
GND1

1005

36

CH_2-INPUT_B

Dsub2-R1

RT42
0

RTA1
10k-1%

G6

GND1
Dsub2-H1

CT34
0.1/10
1005

1005
CH_2-BUFFER_OUTPUT-31

G3

1005

37

CH_1-INPUT_B

G2

Dsub2-G1

1005

AGND-34

CH_2-BUFFER_OUTPUT-32

GND1

1005
RT85
75-1%

GND1

AGND-6

9

RT84
75-1%

8

QT06
STC-2SC4726

1005

+VA-33

V-SYNC-INPUT_A

7

1005
RTR6
47

CH_1-BUFFER_OUTPUT-35

RTG7
33

1005

IT05
THS7327PHP

6

1005

38

4

1005

RT99
10k-1%

CH_1-BUFFER_OUTPUT-36

G7

RTR5
47

39

H-SYNC-INPUT_A

G8

OUT

CH_3-INPUT_A

G1

GND

GND1

5

RT56
100
3

RT83
75-1%

Dsub2-B1
QT05
STC-2SC4726

40

5

41

VCC

4

IN

3

NC

2

CH_2-INPUT_A

42

1005

IT72
0.1/10
1005 TC7SG17FU
1

1005

CH_1-INPUT_A

43

CT71

GND1

RT16
75-1%

QT04
STC-2SC4726

RTR4
47

44

1005

45

1005

4

46

RTR3
47

RT55
100
OUT

47

GND

150mA

GND1

1005

1005

2

IN

3

QT03
STC-2SC4726

1

2

5

1005

VCC

1005

NC

RT17
75-1%

RTS2
470

1005
1

RT88
75-1%

IT71
TC7SG17FU

V

RTS4
470

H

+5V

48

Dsub2-V

1005
RTS1
470

LT04
600 (MAX200mA)
1608

1

Dsub2-H

R

1005

2

Dsub2-R

RT18
75-1%

QT02
STC-2SC4726

1005

RTR2
47

1005

MUX_MODE

QT01
STC-2SC4726

RTR1
47

5

G

3

B

4

Dsub2-B
Dsub2-G

RTN2
24-1%

2125

C12
A11
B11
C11
A10
B10
C10
A9
B9
C9

B2IN9
B2IN8
B2IN7
B2IN6
B2IN5
B2IN4
B2IN3
B2IN2
B2IN1
B2IN0

2010

B1OUT11
B1OUT10
B1OUT9
B1OUT8
B1OUT7
B1OUT6
B1OUT5
B1OUT4
B1OUT3
B1OUT2
B1OUT1
B1OUT0

Y6
AA6
AB6
Y7
AA7
AB7
Y8
AA8
AB8
Y9
AA9
AB9

R461
22
2010

R462
22
2010

Y1
Y2
AA2
Y3
AA3
AB3
Y4
AA4
AB4
Y5
AA5
AB5

CHK453

GD4-11
GD4-10
GD4-9
GD4-8
GD4-7
GD4-6
GD4-5
GD4-4
GD4-3
GD4-2
GD4-1
GD4-0

R478
0

R479
0
1005

R464
22

R465
22
2010

R466
22

R467
22
2010

R468
22
2010

BD3-11
BD3-10
BD3-9
BD3-8
BD3-7
BD3-6
BD3-5
BD3-4
BD3-3
BD3-2
BD3-1
BD3-0

2010

CHK4NC2

K1
L1
M1
U1
N1
M19

TEST1
TEST2
TEST3
TEST4
TRST
NC

HST_B
VST_B
VCK_B
PST_B
HCK2_B
HCK1_B
DCK4_B
DCK3_B
DCK2_B
DCK1_B

P3
L3
M3
R3
M2
L2
T2
R2
P2
N2

C459
100/6.3
MVK/SKV

F3
C3
D3
G3
C2
B2
G2
F2
E2
D2

1000p
1005

C457
0.1/10
1005

C498
1.0/10

135mA@2.5V
C461
10/6.3
2125
C463

C499
Vout

Np
GND

Vin

Vcont

1000p
1005

R4E1
56
1005

R4E2
56
1005

R4E3
56

PRG2_R
PRG2_G
PRG2_B

1005
R493
56
1005

R494
56
1005

U3
V3
W3

R495
56

C464

C465

1000p
1005

C467

C497
1.0/10

D18 VDE2-D18
W18 VDE2-W18

C466
10/6.3
2125
C468

L453
10
2518

VDE2-D19
VDE2-E19
VDE2-G19
VDE2-L19
VDE2-R19
VDE2-V19
VDE2-W19

D6
D9
D10
D13
D14
D16
D17
F4
F19
G4
H19
J19
N19
P4
P19
T4
T19
U4
U19
W6
W9
W10
W13
W14
W16
W17

VDE3-D6
VDE3-D9
VDE3-D10
VDE3-D13
VDE3-D14
VDE3-D16
VDE3-D17
VDE3-F4
VDE3-F19
VDE3-G4
VDE3-H19
VDE3-J19
VDE3-N19
VDE3-P4
VDE3-P19
VDE3-T4
VDE3-T19
VDE3-U4
VDE3-U19
VDE3-W6
VDE3-W9
VDE3-W10
VDE3-W13
VDE3-W14
VDE3-W16
VDE3-W17

150mA@3.3V

+3.3VP
from I802
controlled by POWER6

SHCLK2_R
SHCLK2_G
SHCLK2_B

C472
1000p
1005
C474

1005

1000p
1005

C476
10/6.3
2125
C478

GND1

BD4-11
BD4-10
BD4-9
BD4-8
BD4-7
BD4-6
BD4-5
BD4-4
BD4-3
BD4-2
BD4-1
BD4-0

D19
E19
G19
L19
R19
V19
W19

C469
1.0/10

C471
10/6.3
2125
C473
0.1/10
1005
C475
0.1/10
1005

GND1

VDE2-D5
VDE2-E4
VDE2-J4
VDE2-V4
VDE2-W5

0.1/10
1005

+4.0V
SCAN

1000p
1005

0.1/10
1005

1000p
1005

1005

D5
E4
J4
V4
W5

C462

0.1/10
1005

TK11125CSC
I452

R491
22

C456
10/6.3
2125

C458
1.0/10

L452
10
2518

ENB D1
PCG E1
CLR F1
DWN U2
SCAN V2
XSCAN G1
FRP H1
VD C1
PRG_R C6
PRG_G E3
PRG_B N3
CLKOUT1 N22
CLKOUT2 AB20
CLKOUT3 AB10
GCFB_R
GCFB_G
GCFB_B

C454

C455
0.1/10
1005

C470
47/6.3
MVK/SKV

CHK455

GND1

[I2C slave address : 76h]

2010

2010

2010
B2OUT11
B2OUT10
B2OUT9
B2OUT8
B2OUT7
B2OUT6
B2OUT5
B2OUT4
B2OUT3
B2OUT2
B2OUT1
B2OUT0

R460
22

GD3-11
GD3-10
GD3-9
GD3-8
GD3-7
GD3-6
GD3-5
GD3-4
GD3-3
GD3-2
GD3-1
GD3-0

HST_G
VST_G
VCK_G
PST_G
HCK2_G
HCK1_G
DCK4_G
DCK3_G
DCK2_G
DCK1_G

1005

2010

R459
22

R463
22

HSCL
HSDA
HSEL

1000p
1005

0.1/10
1005

VDDI-D4
VDDI-D7
VDDI-D8
VDDI-D11
VDDI-D12
VDDI-D15
VDDI-H4
VDDI-R4
VDDI-W4
VDDI-W7
VDDI-W8
VDDI-W11
VDDI-W12
VDDI-W15

C477
1000p
1005

0.1/10
1005

C479

C480

1000p
1005

0.1/10
1005

C481

C482

1000p
1005

0.1/10
1005
C483
10/6.3
2125
L454
600
1608

L455
600
1608

2010

C491
10/6.3
2125

K4
M4

VDDA1
VDDA3

A1
A2
A7
A21
A22
B1
B7
B22
C7
C8
H2
H3
J1
J2
J3
J10
J11
VSS-J12J12
VSS-J13J13
VSS-J14J14
VSS-K2 K2
VSS-K3 K3
VSS-K9 K9
VSS-K10K10
VSS-K11K11
VSS-K12K12
VSS-K13K13
VSS-K14K14
VSS-K19K19
VSS-L9 L9
VSS-L10L10
VSS-L11L11
VSS-L12L12
VSS-L13L13
VSS-L14L14
VSS-L20L20
VSS-L21L21
VSS-L22L22
VSS-M9 M9
VSS-M10M10
VSS-M11M11
VSS-M12M12
VSS-M13M13
VSS-M14M14
VSS-M20M20
VSS-M21M21
VSS-M22M22
VSS-N9 N9
VSS-N10N10
VSS-N11N11
VSS-N12N12
VSS-N13N13
VSS-N14N14
VSS-P9 P9
VSS-P10P10
VSS-P11P11
VSS-P12P12
VSS-P13P13
VSS-P14P14
VSS-Y10Y10
VSS-Y11Y11
VSS-Y12Y12
VSS-AA1AA1
AA10
VSS-AA10
AA11
VSS-AA11
AA22
VSS-AA22
VSS-AB1AB1
VSS-AB2AB2
AB11
VSS-AB11
AB21
VSS-AB21
AB22
VSS-AB22

VSS-A1
VSS-A2
VSS-A7
VSS-A21
VSS-A22
VSS-B1
VSS-B7
VSS-B22
VSS-C7
VSS-C8
VSS-H2
VSS-H3
VSS-J1
VSS-J2
VSS-J3
VSS-J10
VSS-J11

VSSA1 L4
VSSA3 N4

C494
1.0/10

DBO9
DBO8
DBO7
DBO6
DBO5
DBO4
DBO3
DBO2
DBO1
DBO0

AA12
Y13
AB12
AA13
Y14
AB13
AA14
Y15
AB14
AA15
Y16
AB15

R1
T1
P1

D4
D7
D8
D11
D12
D15
H4
R4
W4
W7
W8
W11
W12
W15

C452

C493
10/6.3
2125

B1IN9
B1IN8
B1IN7
B1IN6
B1IN5
B1IN4
B1IN3
B1IN2
B1IN1
B1IN0

G2OUT11
G2OUT10
G2OUT9
G2OUT8
G2OUT7
G2OUT6
G2OUT5
G2OUT4
G2OUT3
G2OUT2
G2OUT1
G2OUT0

1005
R475
10k
1005

2010

R458
22

2010

R474
33

1005

C451
10/6.3
2125
C453

C492
1.0/10

B15
C15
A14
B14
C14
A13
B13
C13
A12
B12

R457
22

I2CCLKP
I2CDATP
+3.3VP

CTRL

275mA@1.8V

+1.8VP

C484
100/6.3
MVK/SKV

DBE9
DBE8
DBE7
DBE6
DBE5
DBE4
DBE3
DBE2
DBE1
DBE0

2010

R473
33

W2

A5
A6
B6
B5
A4
C5
B3
A3
C4
B4

R470
1.0k

G2IN9
G2IN8
G2IN7
G2IN6
G2IN5
G2IN4
G2IN3
G2IN2
G2IN1
G2IN0

2010

R456
22

PW TWOWSC0
PW TWOWSD0

R477
10k
1005

HST_R
VST_R
VCK_R
PST_R
HCK2_R
HCK1_R
DCK4_R
DCK3_R
DCK2_R
DCK1_R

R496
10
2010

A18
B18
C18
A17
B17
C17
A16
B16
C16
A15

AA16
Y17
AB16
AA17
Y18
AB17
AA18
Y19
AB18
AA19
AB19
AA20

R455
22

RD4-11
RD4-10
RD4-9
RD4-8
RD4-7
RD4-6
RD4-5
RD4-4
RD4-3
RD4-2
RD4-1
RD4-0

+3.3VI2C

HDIN
VDIN
CLK
XCLR
XPLLSTB

0
1005

DGO9
DGO8
DGO7
DGO6
DGO5
DGO4
DGO3
DGO2
DGO1
DGO0

G1OUT11
G1OUT10
G1OUT9
G1OUT8
G1OUT7
G1OUT6
G1OUT5
G1OUT4
G1OUT3
G1OUT2
G1OUT1
G1OUT0

R454
22

1005

R472

G1IN9
G1IN8
G1IN7
G1IN6
G1IN5
G1IN4
G1IN3
G1IN2
G1IN1
G1IN0

2010
R2OUT11 U20
R2OUT10 U21
R2OUT9 V20
R2OUT8 V21
R2OUT7 V22
R2OUT6 W20
R2OUT5 W21
R2OUT4 W22
R2OUT3 Y20
R2OUT2 Y21
R2OUT1 Y22
R2OUT0 AA21

1005

A8
B8
T3
W1
V1

1005

C22
B21
C21
A20
B20
C20
D20
A19
B19
C19

2010

PW PORTA5
PW PORTA7

R471
56

CXD3540GB 3/3

L451
2.2
2518

controlled by POWER5

R4F2
56

1005

R476
0

DGE9
DGE8
DGE7
DGE6
DGE5
DGE4
DGE3
DGE2
DGE1
DGE0

R453
22

R4F1
56
DHS
DVS
DCLK
RESETX
RESETP

from PW

1005

R2IN9
R2IN8
R2IN7
R2IN6
R2IN5
R2IN4
R2IN3
R2IN2
R2IN1
R2IN0

R452
22
2010

RD3-11
RD3-10
RD3-9
RD3-8
RD3-7
RD3-6
RD3-5
RD3-4
RD3-3
RD3-2
RD3-1
RD3-0

1005
R498
1.0k

D22
D21
E22
E21
E20
F22
F21
F20
G22
G21

N20
N21
P20
P21
P22
R20
R21
R22
T20
T21
T22
U22

R499
1.0k

DRO9
DRO8
DRO7
DRO6
DRO5
DRO4
DRO3
DRO2
DRO1
DRO0

R1OUT11
R1OUT10
R1OUT9
R1OUT8
R1OUT7
R1OUT6
R1OUT5
R1OUT4
R1OUT3
R1OUT2
R1OUT1
R1OUT0

CHK452
CHK450

R1IN9
R1IN8
R1IN7
R1IN6
R1IN5
R1IN4
R1IN3
R1IN2
R1IN1
R1IN0

5

G20
H22
H21
H20
J22
J21
J20
K22
K21
K20

from I808

1

from PW

DRE9
DRE8
DRE7
DRE6
DRE5
DRE4
DRE3
DRE2
DRE1
DRE0

I451
CXD3540AGB

CXD3540GB 2/3

4

R451
22

to S/H part
I451
CXD3540AGB

2

to S/H part

3

I451
CXD3540AGB

CXD3540GB 1/3

CHK454

TG(Slave) Part
for 1.3" XGA/SXGA/WXGA

JUMPER R

GND1

SM0319

PWB ASSEMBLY MAIN 21

NW+3.3V

IL02
TC7SZ08FU

NS7520

2

RLH3 1005
10

TCK

3

TPL25

TPL24
TPL27

TPL28
TPL31

TPL30
TPL33

TPL34
TPL37

TPL36
TPL39

TPL40

TPL42

TPL43

TPL45

TPL46
TPL49

TPL48
TPL51

TPL52
TPL54

TPL55

TPL26
TPL29
TPL32
TPL35
TPL38
TPL41

N1 D31
M11 D30
L3 D29
L2 D28
L4 D27
L1 D26
K3 D25
K2 D24
K1 D23
J2 D22
J3 D21
J1 D20
H3 D19
H4 D18
H1 D17
H2 D16
G4 D15
G1 D14
G3 D13
G2 D12
F4 D11
F2 D10
F3 D9
E1 D8
E2 D7
E3 D6
D1 D5
C1 D4
B1 D3
D4 D2
D3 D1
C2 D0

A27/CS0OE_
A26/CS0WE_
A25/BLAST_
A24
A23
A22
A21
A20
A19
A18
A17
A16
A15
A14
A13
A12
A11
A10
A9
A8
A7
A6
A5
A4
A3
A2
A1
A0

N10
P10
M10
R10
N9
R9
M9
N8
P8
M7
R7
N7
R6
M6
P6
N6
M5
P5
N5
R4
R3
R2
M4
N4
R1
M3
N2
P1

RLE6
33

RLE8
56

RLE9
56

RLF9
56
1005 RLF0
56
1005
1005

1005

BE3
BE2
BE1
BE0

1005
RLE7
33
1005
RL15
33

SD_WE
SD_A10
SD_RAS
SD_CAS
RLE0
33 RLF1
33
1005
1005

2010
F_OE
F_WE
TPL75
TPL76

TPL06

TDO M13

6

TD0

7

ICE_TRST

8

RL19
33

NA21
NA22
NA11
NA10

SD_BA1
SD_BA0

SD_A9
SD_A8

2010
RL20
33

NA9
NA8
NA7
NA6

RLH6
10

NA22
NA21
NA20
NA19
NA18
NA17
NA16
NA15
NA14
NA13
NA12
NA11
NA10
NA9
NA8
NA7
NA6
NA5
NA4
NA3
NA2
NA1
NA0

SD_A7
SD_A6
SD_A5
SD_A4

2010

RL21
33

NA5
NA4
NA3
NA2

SD_A3
SD_A2
SD_A1
SD_A0
SD_BA1
SD_BA0

2010

SD_BA1
SD_BA0

SD_A9
SD_A8
SD_A7
SD_A6
SD_A5
SD_A4
SD_A3
SD_A2
SD_A1
SD_A0

GND1

SD_A9
SD_A8
SD_A7
SD_A6
SD_A5
SD_A4
SD_A3
SD_A2
SD_A1
SD_A0

P_RXD0
P_RXD1
P_RXD2
P_RXD3
P_RXDV
P_CRS
P_RXER
P_COL
P_RXCLK
P_TXCLK

RLH7
10

1005

1005
G1

1005

IL01
NS7520B-1-C36

NS7520

10/10
2125

10/10
2125

0.1/16
1005

1005

R15 XTALB2

NC-R13 R13

RL24
15k-1%

P_MDC
P_MDIO
P_TXEN
P_TXD3
P_TXD2
P_TXD1
P_TXD0

C15 RXER
D12 RXCRS
D15 RXDV

P_RXD3
P_RXD2
P_RXD1
P_RXD0

D14 RXD3
B15 RXD2
A15 RXD1
B13 RXD0

P_MDIO
NW+3.3V

P_TXEN
RL22

10k
1005
RL25
33

TXD3
TXD2
TXD1
TXD0

A12
B11
D11
A11

A7/TXDA
A6/DTRA_
A5/RTSA_
A4/RXCKA
A3/RXDA
A2/DSRA_
A1/CTSA_
A0/TXCKA

J14
J13
J15
J12
H15
H12
H13
G12

C7/TXDB
C6/DTRB_
C5/RTSB_
C4/RXCKB
C3/RXDB
C2/DSRB_
C1/CTSB_
C0/TXCKB

G13
G14
F15
F12
F13
E15
E12
E14

P_TXD3
P_TXD2
P_TXD1
P_TXD0

2010

GND1
GND1

PWB ASSEMBLY MAIN 22

RLJ8
100
1005

1005

TXEN B12
TXER A13

RLJ9
100
1005

2010

A14 TXCOL

RLK4
10k

MDC D10
MDIO B10

2010
RL85
10k

C10 TXCLK
C12 RXCLK

P_MDC

RL84
10k

10/10
2125

CL25

CL23

CL22

NC-P12 P12

p15
NW_RXD1
NW_I2C_CLK p25
NW_I2C_DAT
p25

RLK1
100
1005
TPLA8

NW_TXD1

p15

NW_RXD2

p15

RTC_INTR

p25

NW_TXD2
NW_MSLEEP
NW_SBUSY
ERR

p15
p15
p15

TPLC1
RLK2
100
1005

RLK3
100
1005
1005

CL18

CL17

0.1/16
1005

CL16

0.1/16
1005

CL15

0.1/16
1005

CL14

CL13

CL21

CL24
2125
10/10

K13
P14
P2
B2
A5
A7
C11
B14
D13
E13

0.1/16
1005

GND20
GND19
GND18
GND17
GND16
GND15
GND14
GND13
GND12
GND11

GND1

D2 GND1
F1 GND2
J4 GND3
P4 GND4
P7 GND5
M8 GND6
P9 GND7
R11 GND8
K15 GND9
G15 GND10

P_RXER
P_CRS
P_RXDV

0.1/16
1005

N13
C3

GND1

0.1/16
1005

L12 PLLVSS

OSCVDD1
OSCVDD2

RL23
15k-1%

N12 XTALB1

1005
P_TXCLK

P_COL

0.1/16
1005

CL11

0.1/16
1005

0.1/16
1005

CL10

L15 PLLVDD
2125

TPLA3

P_RXCLK

CL20

GND1

LL22
1000

OVDD1 E4
OVDD2 K4
OVDD3 M2
OVDD4 N3
OVDD5 P3
OVDD6 R5
OVDD7 H14
OVDD8 F14
OVDD9 B8
OVDD10 A3

CL12

R8 VDD1
L14 VDD2
C14 VDD3
C13 VDD4

0.1/16 CL19

CL09

0.1/16
1005

CL08

0.1/16
1005

CL07

0.1/16
1005

0.1/16
1005

CL06

2125

CL05
10/10

+1.5V

1005

NS7520

0.1/16
1005

IL01
NS7520B-1-C36

RLM1
0

RL27
2.7k

G2

SM0319

NA22
NA21
NA20
NA19
NA18
NA17
NA16
NA15
NA14
NA13
NA12
NA11
NA10
NA9
NA8
NA7
NA6
NA5
NA4
NA3
NA2
NA1
NA0

1005

GND

NA23
NA22
NA21
NA20
NA19
NA18
NA17
NA16
NA15
NA14
NA13
NA12
NA11
NA10
NA9
NA8
NA7
NA6
NA5
NA4
NA3
NA2
NA1
NA0

1005

RLH1
0

5

TPL63

1005

M11 NC1
P11 NC2
N11 NC3
R12 NC4
R14 NC5
P13 NC6
E5 NC7

1005
3.3V

TPL64

A1
C4
B3
A2

TPL62

CAS3_
CAS2_
CAS1_
CAS0_

TPL60

D9
A9
C9
B9

TPL59

BE3_
BE2_
BE1_
BE0_

1005

SD_CS
F_CS

RLG6
33

1005 RLH4
10
RLH5
10

4

ICE_RST

D6
C6
B6

1005

TPL58
RLE2
33

RLM6
2.7k

1

TMS

RW_
WE_
OE_

N14 TDI
M12 TMS
P15 TCK
M14 TRST_

1005

TDI

RLH2
10

RL26
10k

ND31
ND30
ND29
ND28
ND27
ND26
ND25
ND24
ND23
ND22
ND21
ND20
ND19
ND18
ND17
ND16
ND15
ND14
ND13
ND12
ND11
ND10
ND9
ND8
ND7
ND6
ND5
ND4
ND3
ND2
ND1
ND0

EL02
ZH-08V

L13 SCANEN_

TPL44

CL03

4

M15 BISTEN_

1005

12p-C
1005

OUT_Y

CL02

GND

12p-C
1005

3

B4
A4
C5
B5
D5

1005

1005

XL01
18.432MHz
SMD-49

CS4_
CS3_
CS2_
CS1_
CS0_

1005
RL13
820

1005

5

TPL47

VCC

TPL50

IN_A

RLF8
10k

TPL53

NC

N15 PLLTST_
RLF7
10k

1005

1005
RL12
820

K12 XTALA2

1005
RLF6
10k

A8
D8
C8

RLF5
2.7k

1005
IL12
TC7SZ14FU

C7

TS_
TA_
TEA_

1005

RL06
1.0M

2

K14 XTALA1

1005
RL07
560-1%

BG_

B7 BUSY_

RL11
820

1005

RL05
0

SD_CLK
1005
TPL56

RLF4
2.7k

TPL23

A6

RLM5
2.7k

NW_RESET

BCLK

D7 BR_

RLM4
2.7k

TPL22

1005

1005

1

RL10
10

A10 RESET_

TPL80

4

TPL81

OUT_Y

TPL84

GND

IL01
NS7520B-1-C36

TPL85

IN_A

3

5

TPL88

2

VCC

TPLA1

IN_B

TPL82

CLF0
0.1/16

1005

1

TPL83

1005 RLM7
100

TPL86

M_RESET

TPL87

1005
CLA6
1000p
1005

CL01

p15

RLM8
100

0.1/16
1005

1005

RLE1
2.7k

RLG0
0
1005

ND31
ND30
ND29
ND28
ND27
ND26
ND25
ND24
ND23
ND22
ND21
ND20
ND19
ND18
ND17
ND16
ND15
ND14
ND13
ND12
ND11
ND10
ND9
ND8
ND7
ND6
ND5
ND4
ND3
ND2
ND1
ND0

RLG9
2.7k

ND31
ND30
ND29
ND28
ND27
ND26
ND25
ND24
ND23
ND22
ND21
ND20
ND19
ND18
ND17
ND16
ND15
ND14
ND13
ND12
ND11
ND10
ND9
ND8
ND7
ND6
ND5
ND4
ND3
ND2
ND1
ND0

RLM1

mount:19.2kbps
not mount:14.4kbps

p15

SD_CLK
NW+3.3V

ND31
ND30
ND29
ND28
ND27
ND26
ND25
ND24
ND23
ND22
ND21
ND20
ND19
ND18
ND17
ND16
ND15
ND14
ND13
ND12
ND11
ND10
ND9
ND8
ND7
ND6
ND5
ND4
ND3
ND2
ND1
ND0

ND31
ND30
ND29
ND28
ND27
ND26
ND25
ND24
ND23
ND22
ND21
ND20
ND19
ND18
ND17
ND16
ND15
ND14
ND13
ND12
ND11
ND10
ND9
ND8
ND7
ND6
ND5
ND4
ND3
ND2
ND1
ND0

IL04
W9864G2GH-7
1

VCC-1

2

DQ0

3

VCCQ-3

F_OE
VSS-86 86
ND15

ND0
LL30
600

DQ15 85
VSSQ-84 84

1608
ND14

ND1
4

DQ1

DQ14 83

CL57

5

DQ2

DQ13 82

0.1/10
1005

6

VSSQ-6

7

DQ3

DQ12 80

CL58

8

DQ4

DQ11 79

0.1/10
1005

9

VCCQ-9

ND2

ND13
LL31
600

VCCQ-81 81
1608
ND12

ND3
ND4

ND11

VSSQ-78 78

ND5

ND10
10 DQ5

DQ10 77
ND9

ND6
11 DQ6
12 VSSQ-12

DQ9 76
VCCQ-75 75
ND8

ND7
13 DQ7

NA22
NA21
NA20
NA19
NA18
NA17
NA16
NA15
NA14
NA13
NA12
NA11
NA10
NA9
NA8
NA7
NA6
NA5
NA4
NA3
NA2
NA1
NA0

NA22
NA21
NA20
NA19
NA18
NA17
NA16
NA15
NA14
NA13
NA12
NA11
NA10
NA9
NA8
NA7
NA6
NA5
NA4
NA3
NA2
NA1
NA0

NA17
NL05
IL05
K8P3215UQB-PI4B
NA16

1005
1005

RLC3
2.4k-1%

NC-47 47

3

A13

Vss-46 46

4

A12

DQ15 45

5

A11

DQ7 44

6

A10

DQ14 43

ND31

NA13

ND23

NA12

ND30

NA11
NA10

ND22
7

A9

DQ6 42

8

A8

DQ13 41

9

A19

DQ5 40

10 A20

DQ12 39

NA9

ND29

NA20

ND21

DQ8 74
NA21

ND28

NC-73 73

11 WE

NW_RESET

VSS-72 72

DQ4 38

RL31
2.7k
16 DQM0

SD_WE

DQM1 71

17 WE

NC-70 70

18 CAS

NC-69 69

19 RAS

CLK 68

1005
RL32
2.7k

1005
SD_CAS

20 CS

Vcc-37 37

13 NC-13

DQ11 36

ND27
ND19

1005
RL33
2.7k

14 WP/ACC

DQ3 35
ND26

15 RY/BY

RLC2
1.0k

RLG2
56

12 RESET

DQ10 34

1005
NA19

ND18

CKE 67

16 A18

DQ2 33

17 A17

DQ9 32

18 A7

DQ1 31

19 A6

DQ8 30

20 A5

DQ0 29

1005

SD_BA1

SD_A9

NA18

SD_A8

NA8

SD_A7

NA7

ND25

A9 66

22 BS0

A8 65

23 BS1

A7 64

24 A10/AP

A6 63

RLC1
0

ND17
ND24

1005

A5 62

26 A1

A4 61

SD_A2

NA5

SD_A4

NA4

OE 28

22 A3

Vss-27 27

NA3

SD_A3
27 A2

21 A4

A3 60

23 A2

CE 26

24 A1

A0 25

NA2
DQM3 59
VSS-58 58
NA1

DQ31 56

GND1
32 VSSQ-32

GND1

LL32
600

VCCQ-55 55
1608
ND30

ND17

F_CS
1005
0

DQ30 54
ND29

34 DQ18
35 VCCQ-35

DQ29 53
VSSQ-52 52

1608
ND19

CL59
0.1/10
1005
ND28

DQ28 51
ND27

DL07

1005

1SS355

VCCQ-49 49

IL13
R2051S02-E2

VSB

VDD 15

3

CLKOUT

4

SCL

OSCIN 13

5

SDA

OSCOUT 12

6

NC-6

NC-11 11

7

VDCC

INTR 10

B
1005
RLH9
100

NW_I2C_DAT

CLF3

1005

RLJ7
100

RLJ2
0

1005
0.01/16
1005

CLF2
0.01/16

1005

GND1

PWB ASSEMBLY MAIN 23

8

VSS

CIN

1005

9

NC-2

NC-14 14

RLH8
100
NW_I2C_CLK

GND1
p24

CLE6
3

2

CLE9
0.1/16
1005
4

VCC 16

12p-C
1005

NC-3

NC-1

A

p24

SM0319

1

VSS-44 44
RLJ6

43 VCC-43

DQ24 45

2

VSSQ-46 46
ND24

42 DQ23

1

41 VCCQ-41

ND23

CLE8
0.1/16
1005

XL03
32.768kHz
DMX-26S

ND25

1005

DQ25 47

RLJ1
1.0M

DQ26 48

40 DQ22

ND22

1005

39 DQ21

NW+3.3V

CLF1
0.1/16

ND26

1005

38 VSSQ-38

GND1

RL36
680
BAT3V

RLJ4
10k

0.1/10
1005
ND21

DQ27 50

1005

37 DQ20

4.7k
1005

36 DQ19

ND20
CL62

CL38

SD_A9
SD_A8
SD_A7
SD_A6
SD_A5
SD_A4
SD_A3
SD_A2
SD_A1
SD_A0

ND18
LL33
600

4.7/50
MVK/SKV

SD_A9
SD_A8
SD_A7
SD_A6
SD_A5
SD_A4
SD_A3
SD_A2
SD_A1
SD_A0

33 DQ17

RLJ5
4.7k

SD_BA1
SD_BA0

SD_BA1
SD_BA0

GND1

RL34

0.1/16
1005

GND1

1005

GND1

CL34

GND1

1005

31 DQ16

GND1

RL80
10k

ND31

1005

NC-57 57

ND16

RL81
0

30 NC-30

CL35
0.1/16

CL30

29 VCC-29

0.1/16
1005

0.1/16
1005

CL29

0.1/16
1005

CL28

CL27

0.1/16
1005

CL26

0.1/16
1005

28 DQM2

CL32

25 A0

SD_A1

SD_A5

0.01/16
1005

SD_A0

ND16

NA6

SD_A6

BE0
BE1
BE2
BE3

CL31

1005

21 NC-21

SD_BA0
1005

RLA7
2.4k-1%

RLA8
2.4k-1%

1005

1005

RLA6
2.4k-1%

RLA5
2.4k-1%

1005

0.1/16
1005

SD_RAS
SD_A10
SD_CS

A16 48

A14

ND20
15 VCC-15

RLC4
2.4k-1%

RLG3
56

A15

2

NA14

F_WE
14 NC-14

1

NA15

CLE7
12p-C
1005

RTC_INTR

p24

G
-

2

IN_A

3

GND

VCC

5

OUT_Y

4

0
RLR4

HL03
SGM20C1E222-4A
2125

1

1005

IL08
TC7SZ125FU

RL54
10k
DL04

RL52
390

3

P1CL

1005

4

P2LI

5

VSS-5

CRS 44

6

P3TD

COL 43

7

VDD-7

TXD3 42

8

P4RD

TXD2 41

9

10/100

TXD1 40

10 AMDIX_EN

TXD0 39

11 VSS-11

TXEN 38

2.2/6.3
RLR9
0

1005
RL55
10k

REF_OUT

46

VDD-45 45

CL43

RL56
10k

1005

0.1/10
1005

P_CRS

RL46
62-1%

CL50

3.0p-C

2125

RL47
62-1%

7

IN_A

RLS1
0

GND

1005

OUT_Y

4

RL48
62-1%

P_TXEN
P_TXCLK

TXCLK 37
VSS-36

36

P_RXER

RXER 35
1005 RL66
33

15 TP_BN

P_RXCLK

RXCLK 34
1005
VDD-33

33

CL44

RLP7
3.3k

0.1/10
1005

1005

1005

1005

1005
1005
RL62
2.0k-1%

1005

CL52
0.1/10

RL61
1.5k-1%

CL51

2125

1000p/2k-X7R
4520

RL60
12k-1%

17 VSS-17

RL49
62-1%

LL26
0.12

RLS8
0

3.0p-C

2

14 VDD-14

0.1/10
1005

16 TP_BP

1

0.01/16
1005

CL54
RL45
75-1%

P_TXD0
RLP4
0

RLP5
0

CL46

1000p/2k-X7RCL67
4520
RL44
75-1%

P_TXD2
P_TXD1

1005

RLS7
0

3

14
15

RL41
75-1%

RL40
75-1%

RL39
75-1%

RL38
75-1%

G1

16

1
CL56

1005
RL59
1.0k

P_COL

2010

1005

1005

3
1000p/2k-X7R
4520

RLP3
0

1005 RL65
33

RXDV 32

CL47
0.1/10

18 VDD-18

RXD0 31

1005

19 10TCSR

RXD1 30

20 100TCSR

RXD2 29

21 VSS-21

RXD3 28

22 VDD-22

MDC 27

CL48
0.1/10
1005

RLP6
0
P_RXDV
1005

RL68
33
P_RXD3
P_RXD2
P_RXD1
P_RXD0
2010

NW_RESET

23 RESET_N

P_MDC

MDIO 26

P_MDIO
1005

CL49
0.1/10

24 VDD-24

1005

GND1
GND1

PWB ASSEMBLY MAIN 24

RLP8
0

RLP9 1005
0

CL55
1000p/2k-X7R
4520

SM0319

1005

RL58
1.0k

12 TP_AP

5
2

CL66

1005

P_TXD3

RLS5
0

6

7

2010

4

43860-1010
EL03

1005

5

13 TP_AN

6

0
2125

3

VCC

0.1/10
1005

RLP2
0

RLS6 1005
0
CL53

8

RL69

2

G
-

CL45

RL57
10k

1005

0.01/16
1005

G2

11

23
1
4
RLN5
ACM3225-102-2P

RLN6
0

8

9

4

10

23
1

LL25
0.12

LL27
TLA-6T214ALF-T

RLN4
ACM3225-102-2P

1

0
RLR6

1005

1005
IL09
TC7SZ125FU

GND1

RLP1
0

1005

1005

1005

1005

CL40

RLR3
10k

CL42

0.1/10
1005

7.0p-C
1005

VSS-2

REF_IN 47

XL02
25.000MHz
DSX840GA

CL41

VDD-48 48

RL64
0

CL60

LINK
SML-210MT

POAC

2

1

1005

SML-210DT

RL63
1.0M

10k
RLR8

ACT

1005

1005
RLR5
0

IL06
ICS1893BF

7.0p-C
1005

2125

RLL1
0

1005

1005
DL03

RL50
390
CL61
10/10

1005

RL51
10k

0
RLR7

NW+3.3V

VSS-25

25

Hitachi, Ltd. Tokyo, Japan
International Sales Division
THE HITACHI ATAGO BUILDING,
No. 15 –12 Nishi Shinbashi, 2 – Chome,
Minato – Ku, Tokyo 105-8430, Japan.
Tel: 03 35022111
HITACHI EUROPE LTD,
Whitebrook Park
Lower Cookham Road
Maidenhead
Berkshire
SL6 8YA
UNITED KINGDOM
Tel: 01628 643000
Fax: 01628 643400
Email: consumer -service@hitachi-eu.com

HITACHI EUROPE S.A.
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152 33 Chalandri
Athens
GREECE
Tel: 1-6837200
Fax: 1-6835964
Email: service.hellas@hitachi-eu.com

HITACHI EUROPE GmbH
Munich Office
Dornacher Strasse 3
D-85622 Feldkirchen bei München
GERMANY
Tel: +49-89-991 80-0
Fax: +49- 89-991 80-224
Hotline: +49-180-551 25 51 (12ct/min)
Email: HSE- DUS.service@hitachi-eu.com

HITACHI EUROPE S.A.
Gran Via Carlos III, 86, planta 5
Edificios Trade - Torre Este
08028 Barcelona
SPAIN
Tel: +34 93 409 2550
Fax: +34 93 491 3513
Email: atencion.cliente@hitachi-eu.com

HITACHI EUROPE srl
Via Tommaso Gulli N.39, 20147
Milano, Italia
ITALY
Tel: +39 02 487861
Tel: +39 02 38073415 Servizio Clienti
Fax: +39 02 48786381/2
Email: customerservice.italy@hitachi-eu.com

HITACHI Europe AB
Box 77 S-164 94 Kista
SWEDEN
Tel: +46 (0) 8 562 711 00
Fax: +46 (0) 8 562 711 13
Email: csgswe@hitachi-eu.com

HITACHI EUROPE S.A.S
Lyon Office
B.P. 45, 69671 BRON CEDEX
FRANCE
Tel: +33 04 72 14 29 70
Fax: +33 04 72 14 29 99
Email: france.consommateur@hitachi-eu.com

HITACHI EUROPE LTD (Norway) AB
STRANDVEIEN 18
1366 Lysaker
NORWAY
Tel: 67 5190 30
Fax: 67 5190 32
Email: csgnor@hitachi-eu.com

HITACH EUROPE AB
Egebækgård
Egebækvej 98
DK-2850 Nærum
DENMARK
Tel: +45 43 43 6050
Fax: +45 43 60 51
Email: csgnor@hitachi-eu.com

HITACHI EUROPE AB
Neopoli / Niemenkatu 73
FIN-15140 Lahti
FINLAND
Tel : +358 3 8858 271
Fax: +358 3 8858 272
Email: csgnor@hitachi-eu.com

Hitachi Europe Ltd
Bergensesteenweg 421
1600 Sint- Pieters-Leeuw
BELGIUM
Tel: +32 2 363 99 01
Fax: +32 2 363 99 00
Email: sofie.van.bom@hitachi-eu.com

HITACHI EUROPE LTD
Na Sychrove 975/8
101 27 Pr aha 10 – Bohdalec
CZECH REPUBLIC
Tel: +420 267 212 383
Fax: +420 267 212 385
Email: csgnor@hitachi-eu.com

www.hitachidigitalmedia.com

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