Download Multimedia LCD Projector SM0557 SERVICE MANUAL

SM0557
CP-S240WF(CC9SM)
SERVICE MANUAL
CP-X250WF(CC9XM)
ED-X8250(CC9XM)
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, they may
cause bursting of the bulb.
3. This projector is provided with a high voltage circuit for the lamp. Do not touch the electric parts of
power unit (circuit) and power unit (ballast), after turning on the projector.
4. Do not touch the exhaust fan during operation.
5. The LCD module assembly is likely to be damaged. If replacing the LCD LENS/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 ------------------------------------ 12
Service points -------------------------------------- 17
Wiring diagram ------------------------------------- 30
8. Disassembly diagram----------------------------- 37
9. Replacement parts list---------------------------- 44
10.RS-232C commands ----------------------------- 46
11. Block diagram -------------------------------------- 55
12.Connector connection diagram ---------------- 56
13.Basic circuit diagram ------------------------------ 57
SPECIFICATIONS AND PARTS ARE SUBJECT TO CHANGE FOR IMPROVEMENT.
Multimedia LCD Projector
August 2005 Digital Media Division
CP-S240(CC9SM)/CP-X250(CC9XM)
1. Features
• High Brightness
• Low Noise
• Rich Connectivity
• Compact Body
2. Specifications
CP-S240
Drive system
Liquid crystal
Panel size
panel
Number of pixels
TFT active matrix
Lamp
180W UHB
1.5cm(0.6 type)
800 (H) x 600 (V)
1
RGB IN
2*
RGB
signal
VIDEO
signal
AUDIO
signal
CP-X250
1024 (H) x 768 (V)
Video : Analog 0.7Vp-p(75Ω termination)
H/V. sync. : TTL level (positive/negative)
Composite sync. : TTL level
RGB OUT*
Video:Analog 0.7Vp-p, 75Ω output impedance (positive)
H/V. sync.: TTL level (positive/negative)
Composite sync.: TTL level
VIDEO IN
1.0Vp-p (75Ω termination)
S-VIDEO IN
Y signal: 1.0±0.1Vp-p, (75Ω termination)
C signal: 0.286±0.1Vp-p (NTSC burst signal, 75Ω termination)
0.3±0.1Vp-p (PAL/SECAM burst signal, 75Ω termination)
Y
1.0±0.1Vp-p, 75Ω termination (positive)
COMPONENT
CB/PB 0.7±0.1Vp-p, 75Ω termination (positive)
VIDEO
CR/PR 0.7±0.1Vp-p, 75Ω termination (positive)
AUDIO IN 1
200mVrms, 47kΩ or more (max. 3.0Vp-p)
AUDIO IN 2 L/R
200mVrms, 47kΩ or more (max. 3.0Vp-p)
AUDIO OUT
0~200mVrms, output impedance 1kΩ (max. 5.0Vp-p)
Speaker output
1W x 1
Power supply
AC100~120V/3.1A, AC220~240V/1.7A
Power consumption
290W
Dimensions
306 (W) x 86 (H) x 249 (D) mm (Not including protruding parts)
Weight
2.8kg
Temperature range
Operation : 5~35°C
Storage : -20~60°C
Accessories
Remote control x1
RGB cable x 1
Audio/Video cable x 1
Power cords x 3
Batteries x 2
User’s manuals x 1
Soft case x 1
*) This port is used as both RGB IN 2 and RGB OUT. Its function is selected with RGB IN/OUT switch.
2
CP-S240(CC9SM)/CP-X250(CC9XM)
3. Names of each part
● Projector
Control buttons
Lamp cover
(Lamp unit is inside.)
Remote sensor
Speaker
Zoom knob
Security bar
(Use for attaching a
commercial anti-theft
chain or wire.)
Focus ring
Vent
Elevator button
Lens
Front-Right side
Elevator foot
Lens cover
Filter cover
(Air filter and intake vent
are inside.)
Bottom side
WARNING
During use or immediately after use, do not touch around the lamp and vents of the projector. ( ) It could cause a burn.
3
CP-S240(CC9SM)/CP-X250(CC9XM)
Power switch
AC inlet
Elevator button
Ports (See below.)
Elevator foot
Rear-Left side
Vent
CONTROL port
Restart switch (*)
RGB IN1 port
AUDIO-OUT port
AUDIO IN2 L/R port
(In the default setting, the
AUDIO IN2 L/R port is the audio
port for the VIDEO, S-VIDEO
and COMPONENT VIDEO
ports, however it is possible to
change the settings.)
COMPONENT
VIDEO ports
Y
CB/PB
CR/PR
Y
AUDIO IN2
R
USB port
CONTROL
CB/PB
L
CR/PR
VIDEO port
RGB IN2 /RGB OUT port
(Use the RGB IN OUT switch to select
RGB IN2 or RGB OUT for this port.)
RGB IN2 port: Inputs the RGB signal from
a PC.
RGB OUT port: When connected to a
monitor, outputs the signal input via RGB
IN1.
RGB IN1
AUDIO OUT
RGB IN2
RGB OUT
USB
K
AUDIO IN1
VIDEO
S-VIDEO
S-VIDEO port
Ports
RGB IN OUT switch
Use this button to select either RGB IN2
or RGB OUT for the corresponding port.
When this switch is not pushed in, RGB
IN2 is selected.
When this switch is pushed in, RGB OUT
is selected.
AUDIO IN1 port
(In the default setting, the AUDIO
IN1 port is the audio port for the
RGB IN1 and RGB IN2 ports,
however, it is possible to change
the settings.)
NOTE (*) About Restart switch: This projector is controlled by an internal
microprocessor. Under certain exceptional circumstances, the projector may not
operate correctly and the microprocessor will need to be reset. In such a case,
please push the Restart switch by using a cocktail stick or similar, and before
turning on again, make the projector cool down at least 10 minutes without
operating. Only push the Restart switch in these exceptional instances.
4
CP-S240(CC9SM)/CP-X250(CC9XM)
Control buttons
LAMP indicator
TEMP indicator
Cursor buttons
▲,▼,◄,►
POWER indicator
STANDBY/ON button
INPUT button
Remote control
SEARCH button
STANDBY/ON button
RGB button
VIDEO
RGB
AUTO button
SEARCH
VIDEO button
AUTO
BLANK
HOME
PAGE UP
VOLUME
END
PAGE DOWN
MUTE
ASPECT
ASPECT button
HOME button
MAGNIFY
ON button
OFF button
MAGNIFY
ON
MUTE button
FREEZE
KEYSTONE
PAGE DOWN button
KEYSTONE button
MENU
POSITION
POSITION button
ESC button
PAGE UP button
VOLUME button
OFF
END button
FREEZE button
BLANK button
MENU button
ENTER
RESET
ESC
Cursor buttons
▲,▼,◄,►
ENTER button
RESET button
Battery cover
(on the back)
5
CP-S240(CC9SM)/CP-X250(CC9XM)
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
Convergence
Ghost
part
(Chap.4-2) (Chap.4-3)
Flicker
(Chap.4-4)
White
balance
(Chap.4-5)
Color
uniformity
(Chap.4-6)
Dichroic
optics unit
LCD/LENS
prism
assembly
PWB
assembly
Main
Lamp
unit
assembly
: means need for adjustment.
: means not need for djustment.
: means recommended.
4-1-2 Setting of condition before adjustment
1. Before starting adjustment, warm up projector
for about 10 minutes.
2. Set Zoom Wide to Max. And project an image
with more than 1m (40 inches) in diagonal size.
3. Normalizing the video adjustment
Press the [MENU] button to display the Easy
menu. If Advance menu comes up, move to the
Easy menu.
Select RESET in the Easy menu and press [ ]
6. Perform all adjustments from the FACTORY
MENU.
Perform the following operations to display the
FACTORY MENU.
< When you use the remote control… >
a. Press the [MENU] button of remote control to
display the Easy menu. (If the Advance menu
appears, move to the Easy menu from EASY
MENU.)
b. Select the [RESET] in the Easy menu, and
then press the [ ] or [ENTER] button.
or [ENTER] button to open the RESET menu
window. Choose EXECUTE with [ ] button.
Note that no signal input may not allow to reset
the adjustments.
4. Select PICTURE > GAMMA in the Advance
menu to set to DEFAULT1.
Note that PICTURE menu is not selectable with
no signal input displayed.
5. Select PICTURE > COLOR TEMP > CUSTOM
in the Advance menu, then press [ ] or [ENTER]
c. Next, press the [RESET] button one time.
And hold the [RESET] button for 3 seconds
or more (the FACTORY MENU will appear).
< When you use the keypad… >
a. Press the [ ]/[ ]/[ ]/[ ] button of the projector to display the Easy menu. (If the Advance
menu appears, move to the Easy menu from
EASY MENU.)
b. Select the [RESET] in the Easy menu, and
then press the [ ] button.
c. Next, press the [ ] button one time. And
repress and hold the [ ] button together
with the [INPUT] button for 3 seconds or
more (the FACTORY MENU will appear).
button to display the equalizing window. Set all
the values of OFFSET and GAIN in the window
to zero.
Caution: Before this performance, make a note
of your customer’s adjustments, because the
data is overwritten.
6
CP-S240(CC9SM)/CP-X250(CC9XM)
4-2 Convergence adjustment
Signal pattern for internal adjustment
Perform this adjustments only when the convergence is not good.
1. Open FACTORY MENU and then select
OPTION > CNV-V. Use R and/or B so that
three colors of images can be converged at
center, top and bottom of the screen.
2. In the same way, select OPTION > CNV-H and
use R and/or B so that three colors of images
can be converged at center, left and right of the
screen.
Adjustment procedure
4-3 Ghost adjustment
Adjustment procedure
1. Make this adjustment after completing the
adjustment in 4-2.
2. Choose Advance menu > OPTION > SERVICE
> GHOST > R,G and B, and set them to zero.
3. Open the FACTORY MENU and choose DAC-P
> GHOST > R,G and B to display each color of
test patterns for adjustments.
Confirm if there is ghosting on the both sides of
black pattern. If visible, perform this adjustment
as following procedure.
4. 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 3 steps.
Then, if a ghost image is visible on the right of
an original image, raise the number by 1 step.)
5. In the same way, use DAC-P - GHOST-G: in
the FACTORY MENU to adjust so that G color
ghost is at a minimum.
6. In the same way, use DAC-P - GHOST-B: in
the FACTORY MENU to adjust so that B color
ghost is at a minimum.
Signals for internal adjustment
30%
30%
0/255
112/255
7
CP-S240(CC9SM)/CP-X250(CC9XM)
4-4 Flicker adjustment (V.COM adjustment)
Adjustment procedure
1. Make this adjustment after completing the
adjustment in 4-3 Ghost adjustment.
2. 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.)
3. In the same way, use DAC-P - V.COM-G: in the
FACTORY MENU to adjust the G color flicker.
4. In the same way, use DAC-P - V.COM-B: in the
FACTORY MENU to adjust the B color flicker.
Signals for internal adjustment
4-5 White balance adjustment (visual inspection)
Preparations
1. Perform these adjustments after the Flicker
adjustment described in Section 4-4.
2. Reset gamma correction before adjustment.
Place the cursor on [GAMMA] in the FACTORY
MENU, press the [RESET] key and select [DEFAULT].
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 trasmitter 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-brigtness 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-S240(CC9SM)/CP-X250(CC9XM)
4-6 Color uniformity adjustment
Preparations
1. Perform these adjustments after the white balance
adjustment described in Section 4-5.
6. To temporarily turn correction off, place the
cursor on [C.UNIF.] in the Adjust Tone menu and
press the [ ] key. The ON/OFF menu appears.
2. Make a color uniformity adjustment for the following four tones.
MIN tone (approx. 7% input signal)
MID-L tone (approx. 14% input signal)
MID-H tone (approx. 46% input signal)
MAX tone (approx. 70% input signal)
3. Place the cursor on [C.UNIF.] in the FACTORY
MENU and press the [ ] key. This displays the
Adjust Tone menu at the bottom of the screen.
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.
5. Adjustment point No.1 should not be adjusted,
because it controls the brightness of the entire
screen.
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 transmitter
to select the following two signals.
Solid monochrome adjustment color (use G
color adjustment when a color differential
meter is used).
Solid white (use for adjustment other than
above).
8. Reset color-shading correction before adjustment.
When 4 tones and all colors are to be reset,
place the cursor on [C.UNIF.] in the FACTORY
MENU, press the [RESET] key and select
[DEFAULT].
When only 1 tone is to be reset, place the
cursor on the tone to be reset, press the
[RESET] key and select [DEFAULT].
Single tone and monochrome resets cannot
be performed.
FACTORY MENU
Major adjustment lattice point position
VID-AD
C. UNIF.
DAC-P
GAMMA
STRIPE
OPTION
14
H/6
10
Adjust tone menu
C.UNIF
MIN
No. 1
R
0
G
0
B
MID-H
12
16
4
H/3
V/3
2
8
H/3
H/6
1
3
5
9
11
V/3
0
MID-L
7
Major adjustment lattice point No.
15
MAX
ON/OFF
V/6
6
ON
OFF
9
V/6
13
17
CP-S240(CC9SM)/CP-X250(CC9XM)
Adjustment procedure 1
(When a color differential meter is used)
1. First adjust [MID-L] tone [G:].
2. Select adjustment point [No.2][G:].
When the background is not [G] monochrome,
press the [ENTER] key on the Remote control
transmitter to change 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 point have the average of Y2 and Y3.
Y2 = ( Y2 + Y3 ) / 2 ± 2 [%]
Y3 = ( Y2 + Y3 ) / 2 ± 2 [%]
5. No.10 and No.11 adjustment point have the
average of Y10 and Y11.
Y10 = ( Y10 + Y11 ) / 2 ± 2 [%]
Y11 = ( Y10 + Y11 ) / 2 ± 2 [%]
6. Then adjust [MID-L] tone [R] and [B].
When the background is [G] monochrome,
press the [ENTER] key on the Remote control
transmitter to change 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 [MIN].
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 [MIN] tone [G] so that the adjustment data set two times as much as [MID-L]
tone [G].
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-H] tone.
(Adjust [MID-H] tone [G] so that the adjustment
data set half as many as [MID-L] tone [G].)
16.Now make similar adjustments for [MAX] tone.
(Adjust [MAX] tone [G] so that the adjustment
data set half as many as [MID-L] tone [G].)
10
CP-S240(CC9SM)/CP-X250(CC9XM)
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 transmitter
to change 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].
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
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
No. 6 deviation range
14
No. 10 deviation range
7
17
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
same color as measurement point [No.1].
Adjustment technique:
First, adjust [B:] of the point whose color is to
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 another three tones as described
in steps 1 to 8 above.
13
17
CP-S240(CC9SM)/CP-X250(CC9XM)
5. Troubleshooting
Check points
THERMAL SWITCH (TSW)
E801
S801
IS14
IS13
IS01
E800
IS40
E2
IS12
IS42
IS11 IS41
E301
IS10
E802
P501
D303
(LAMP)
D301
(POWER)
D302
(TEMP)
E304
E1
P701
E807
E302 E806
E3
EASP E805
PWB assembly MAIN
PWB assembly REMOTE
Speaker cable
12
EK01
P601
CP-S240(CC9SM)/CP-X250(CC9XM)
Power can not be turned on
*: Be sure to unplug the power cord before measuring resistance.
Are
voltage
supplied at pins (6)
and (8) of E800 on the PWB
assembly MAIN in
standby mode?
YES
NO
Measure
resistance* between pins
(6) and (10), and between
pins (8) and (10) of
E800.
(6): +6.6V
(8): +4.1V
(10): GND
0Ω
PWB assembly MAIN
Power unit (circuit)
Open
Are all
of the pictures
from video, s-video and
component video ports displayed correctly?
Open
Termal switch (TSW)
Short
Power unit (circuit)
Are
voltage supplied
at pins (1) and (3) of E800
on the PWB assembly MAIN
in standby mode?
YES
NO
Measure resistance*
between pins (1) and (2),
and between pins (3) and (4)
of E800.
(1): +14V
(2): GND(for +14V)
(3): +16V
(4): GND(for +16V)
0Ω
PWB assembly MAIN
Power unit (circuit)
Open
Power unit (circuit)
Does LAMP
(D303) or TEMP (D302)
indicator light or
blink?
Fuse on the power unit
(circuit)
YES
Go to the next page
NO
PWB assembly MAIN
13
CP-S240(CC9SM)/CP-X250(CC9XM)
Lamp does not light
What
is the state of
LAMP indicator D303
during operation?
Blinks
Open
Lamp door
Re-attach lamp
door
Light
Is the
LAMP installation
correct?
Measure
resistance* between
pins (1) and (2) of S801
when the lamp door
is secure.
Not light
and blink
PWB assembly MAIN
NG
install the Lamp
YES
Is
the voltage
at the (1) of
E804 on the PWB
assembly MAIN fixed
to "L" during
warmingup?
0Ω
Re-attach PWB
assembly MAIN
*: Be sure to unplug the power cord
before measuring resistance.
YES
“L” = 0V
PWB assembly
MAIN
Not light
**: DC fan connectors are E801,
E802, E806, and E807.
Change the
lamp. Does lamp
light?
Light
Lamp
No
NO (0V)
PWB assembly
MAIN
NO (0V)
PWB assembly
MAIN
Correct
Are
the voltage
supplied to the pin
(2) of connectors** for
DC fans soon after
the button is
pressed?
Power unit (ballast)
Blinks
YES
(5V or higher)
What
is the state of
TEMP indicator
D302?
Observe
the voltage
waveforms at pin (1) of
connectors for DC fans**
soon after the button
is pressed.
OK
PWB assembly
MAIN
E1/E2: 5 to 20kΩ
E3: 0.5 to 2kΩ
NG(open/short)
Is the
voltage at the (3) of
E804 on the PWB assembly
MAIN set to "L" during
warming-up?
Thermistor
(E1/E2/E3)
YES
“L” = 0V
PWB assembly MAIN
No
Power unit (ballast)
PWB assembly
MAIN
incorrect
Measure
resistance of
E1, E2 and E3 after
disconnecting them
from MAIN
board.
Not light
and blink
Is
the voltage
supplied to the pin
(4) of E801 soon after
the button is
pressed?
YES
(1V or higher)
Lights
Power unit (circuit)
Correct waveform is drawn below.
DC fan
(failed in above check)
f ≥ 40Hz
14
CP-S240(CC9SM)/CP-X250(CC9XM)
Picture is not displayed.
Are
the splash screen
and the user menu displayed
correctly?
Confirm
the LCD Panels
connection to the MAIN
board.
No
NG
CPC30 connector A/B
OK
YES
PWB assembly MAIN
Are all
of the pictures
from video, s-video and
component video ports
displayed correctly?
No
PWB assembly MAIN
YES
Is the
picture from RGB
out port displayed correctly
on another monitor
display?
No
PWB assembly MAIN
SN74LVC1G126
(IS13/IS14)
YES
EL83021U
(IS10/IS40)
Is the
message of ”
No input is detected on
**” or “Sync is out of range on
**” displayed on the
screen?
YES
SN74LVC1G126
(IS11/IS12/IS41/IS42)
No
PWB assembly MAIN
EL83021U
(IS10/IS40)
15
LCD/Lens prism assembly
CP-S240(CC9SM)/CP-X250(CC9XM)
No sound
Check at operating mode
(Make sure the state of MUTE and Volume)
Disconnect
the speaker from the
PWB assembly Main, and
measure its
resistance.
infinity
Speaker
about 8
PWB assembly Main
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
NO
pins on the PWB assembly
Main?
EK01 : RX
EK01 : TX
YES
PWB assembly MAIN
Make sure PC setup
16
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-S240(CC9SM)/CP-X250(CC9XM)
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
(1) PWB assembly MAIN
(3) POWER UNIT (BALLAST)
(2) PWB assembly REMOTE
(4) POWER UNIT (CIRCUIT)
17
CP-S240(CC9SM)/CP-X250(CC9XM)
6-2 Before Replacing The LCD/Lens Prism
You should not replace separately the parts of the liquid crystal LCD/Lens prism because it works properly
only when used together. Therefore, regarding these parts, you can either replace part, LCD/Lens prism
assembly, or send the whole unit LCD/Lens prism assembly back to HITACHI, where we will replace the
malfunctioning part, recondition the device and send it back to you.
G Panel
Do not disassemble the unit
because replacement of separate
parts is not possible.
DISTRIBUTOR
HITACHI
Replacement of G Panel
Reconditioning
Return
6-3 Cleaning up dust from panels and optical filters
WARNING
Wear sunglasses to protect your eyes when you maintain the projector with its lamp on.
1. Preparation
Please prepare cleaning tools and materials as follows and prepare relatively clean room so as not to
work in additional dust, while carrying out removal operation.
(1) Swab for cleaning : P#: NX08061, "Cotton stick L147"
(2) Air duster (Dust blower, spray can)
(3) Vacuum cleaner
2. Disassemble and setting up.
(1) Turn off the projector, and unplug the power cord.
(2) Remove the lamp cover and upper case, according to the disassembling diagram of chapter 8.
(3) Unscrew the shild sheet and disconnect the LCD panel flexible cables.
(4) Unscrew PWB assembly MAIN to make it free.
Remove these screw
Frexible cables of LCD panel
PWB assembly MAIN
Remove these screws
(5) Press and hold the switch S801 using an insulator during maintenance.
(6) Keep the unscrewed wires away from all of electric parts.
18
CP-S240(CC9SM)/CP-X250(CC9XM)
3. Maintenance point
Swab
Panel
Holder
Optical filter
Actual formation
Each color part has same
construction.
By using swab and air duster,
you can easily remove dust
from panel and optical filter.
Separatied formation
4. Cleaning the panels and optical filters
(1) Turn on the set and lit on the lamp.
(2) By using swab and air duster, remove the dust. Focusing, make sure you check for dust on screen.
• While removing the dust, separated dust will
be blown off by air cooling system.
• Please pay attention not to damage panels
and optical filters.
Swab
Panel
Holder
Air
Optical filter
5. Re-assembly
(1) Turn off the set and unplug the power cord.
(2) Remove an insulator from S801.
(3) Screw down the PWB assembly MAIN and connect the LCD panel flexible cables to the PWB assembly MAIN.
(4) Re-assemble the set.
(5) While re-assembling, please clean the intake filter and the filter cover by using a vacuum cleaner.
19
CP-S240(CC9SM)/CP-X250(CC9XM)
6-4 Putting batteries
WARNING
Always handle the batteries with care and use them only as directed. Improper use may result in battery
explosion, cracking or leakage, which could result in fire, injury and/or pollution of the surrounding environment.
●Be sure to use only the batteries specified. Do not use batteries of different types at the same time. Do
not mix a new battery with used one.
●Make sure the plus and minus terminals are correctly aligned when loading a battery.
●Keep a battery away from children and pets.
●Do not recharge, short circuit, solder or disassemble a battery.
●Do not allow a battery in a fire or water. Keep batteries in a dark. cool and dry place.
●If you observe a leakage of a battery, wipe out the flower and then replace a battery.
If the flower adheres your body or clothes, rinse well with water immediately.
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.
20
CP-S240(CC9SM)/CP-X250(CC9XM)
6-5 Air filter
WARNING
• Before caring, make sure the power switch is off and the power cable is not plugged in, then allow the
projector to cool sufficiently. The care in a high temperature state of the projector could cause an electric
shock, a burn and/or malfunction to the projector.
• Use only the air filter of the specified type. Do not use the projector with the air filter and the filter cover
removed. It could result in a fire and/or malfunction to the projector.
• The air filter should be cleaned periodically. If the air filter becomes clogged by dust or the like, internal
temperatures rise and could cause a fire, a burn and/or malfunction to the projector.
NOTE
• Please replace the air filter when it is damaged or too soiled, and also when you replace the lamp.
• Please reset the filter time only when you have cleaned or replaced the air filter, for a suitable indication
about the air filter.
• The projector may display the message such as “CHECK THE AIR FLOW” or turn itself off, to prevent the
internal heat level rising.
If the air filter becomes clogged by dust or the like, internal temperatures rise and could cause a fire, a burn
and/or malfunction to the projector. When the indicators or a message prompts to clean the air filter, clean
the air filter as soon as possible.
Please check and clean the air filter periodically, even if there is no message.Please replace the air filter
when it is damaged or too soiled.
And also when you replace the lamp, please replace the air filter. An air filter of specified type will come
together with a replacement lamp for this projector.
1. Turn the projector off, and unplug the power cord. Allow the lamp to
Handle
cool for at least 45 minutes.
2. When the projector is suspended from the ceiling, apply the vacuum
Filter cover
cleaner to and around the filter cover first, to prevent penetration of
dust or the like.
3. While supporting the projector with one hand, use your other hand to
pull the filter cover forward in the direction of the arrow. Remove the
air filter.
4. Apply a vacuum cleaner to the air filter and the filter cover. Please replace the air filter when it is damaged
or too soiled.
5. Replace the air filter in its original position. Secure the air filter in place by pressing each of the six
locations.
Make sure there is no dust or dirt remaining after the cover is in place.
If any dust or dirt remains, use a vacuum cleaner to remove it as when
placing the filter cover on the air filter.
Reattach the filter cover to the projector by aligning the filter cover with
the grooves on the projector. While holding the handle, push down on
the filter cover until it locks firmly in place.
Air filter’s
knob
6. Turn the projector on and reset the filter time using the FILTER TIME
function.
(1) Press the MENU button to display a menu. When the EASY MENU
has appeared, please skip the next step (2).
mark
Air filter
(2) Point at the “OPTION” in the left column of the menu using ▼/▲
Filter cover
button, then press the ► button.
(3) Point at the “FILTER TIME” using ▼/▲ button, then press the ►
button. A dialog will appear.
(4) Press the ▲ button to select “RESET” on the dialog. It performs resetting the filter time.
21
CP-S240(CC9SM)/CP-X250(CC9XM)
6-6 Lamp
WARNING
HIGH VOLTAGE
HIGH TEMPERATURE
HIGH PRESSURE
●The 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.
●About disposal of a lamp • This product contains a mercury lamp; do not put it in the trash. Dispose of
in accord 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).
• 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.
Disconnect • If the lamp should break (it will make a loud bang when it does), ventilate the room well, and
the plug
make sure not to breathe the gas that comes out of the projector vents, or get it in your eyes
from the
or mouth.
power
• Before replacing the lamp, turn the projector off and unplug the power cord, then wait at least
outlet
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 above. 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. If this happens, contact your local dealer or a service
representative.
• 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 dark, 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.
22
CP-S240(CC9SM)/CP-X250(CC9XM)
Replacing the Lamp
A lamp has a finite product life. Using the lamp for long periods of time could cause the pictures darker or
the color tone poor. Note that each lamp has a different lifetime, and some may burst or burn out soon after
being started using.
Lamp cover
1. Turn the projector off, and unplug the power cord. Allow the lamp to cool for
at least 45 minutes.
2. Prepare a new lamp.
3. Loosen the lamp cover screw (marked by arrow) and then slide the lamp
cover to the side to remove it.
Screw
4. Loosen the 2 screws (marked by arrow) of the lamp, and slowly pick up the
Screws
lamp by the handles.
5. Insert the new lamp, and retighten firmly the two screws that are loosened
in the previous process to lock it in place.
6. Slide the lamp cover back in place and firmly fasten the lamp cover screw.
7. Turn the projector on and reset the lamp time using the LAMP TIME
function in the OPTION menu.
(1) Press the MENU button to display a menu. Only when the EASY MENU
Handle
has appeared, please perform the next step (2).
(2) Point at the “Go To Advance Menu …” in the menu using ▼/▲ button, then
press the ► button.
(3) Point at the “OPTION” in the left column of the menu using ▼/▲ button,
then press the ► button.
(4) Point at the ”LAMP TIME” using ▼/▲ button, then press the ► button. A
dialog will appear.
(5) Press the ▲ button to select “RESET” on the dialog. It performs resetting the lamp time.
NOTE
• Please reset the lamp time only when you have replaced the lamp, for a suitable indication about the lamp.
23
CP-S240(CC9SM)/CP-X250(CC9XM)
6-7 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/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 be cleaned and inspected 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 cooled 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 has cooled adequately, lightly wipe with gauze or a soft cloth.
If soiling is severe, dip soft cloth in water or a nautral cleaner diluted in water and wipe lightly after wringing
well. Then, wipe lightly with a soft, dry cloth.
24
CP-S240(CC9SM)/CP-X250(CC9XM)
6-8 Notice of AUTO adjustment
Use of AUTO adjustment with the image through RGB input optimizes V_POSI, H_POSI, H_SIZE 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.
25
CP-S240(CC9SM)/CP-X250(CC9XM)
6-9 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
Inactivate the PIN LOCK system. 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.
PIN BOX
Inquiring Code
12
1234
1234
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 OPTION menu. Then the PIN BOX
menu appears.
5. Input the correct PIN code in the PIN BOX menu.
6. And then, the OPTION menu appears.
After the PIN LOCK system is inactivated, the PIN BOX is no longer displayed in the OPTION menu.
If the PIN LOCK items are kept displaying, the PIN LOCK system is not inactivated yet. Input the correct PIN
CODE again.
26
CP-S240(CC9SM)/CP-X250(CC9XM)
6-10 MyScreen PIN LOCK
MyScreen PIN LOCK is a function to disable capturing and storing a picture for MyScreen by using the PIN.
Follow the procedure below to use this function.
How to activate MyScreen PIN LOCK
1. Open the user menu and go to the advance menu.
2. Go down to “SCREEN” and go right and select “MyScreen LOCK”.
3. Go right and get the following dialog. Press the ► button one time and
keep pressing the ► button in 2nd time (for about 3sec. or more).
4. The following window comes up. Enter your PIN.
/[5ETGGP.QEM
674010
67401((
'06'42#55914&
㪇㩷㩷㩷㪇㩷㩷㩷㪇㩷㩷㩷㪇
37+6
5. Re-enter your PIN correctly, and press the ► button.
0':6
%*'%-2#55914&
㪇㩷㩷㩷㪇㩷㩷㩷㪇㩷㩷㩷㪇
37+6
6. You will see your PIN for confirmation for a while.
0':6
016'2#55914&
㪇㩷㩷㩷㪇㩷㩷㩷㪇㩷㩷㩷㪇
7. PIN lock is activated.
How to inactivate the MyScreen PIN LOCK
To inactivate the PIN lock, go to “MyScreen PIN LOCK” and select
“Turn OFF”. After the following dialog appears, enter the PIN.
If you forget the PIN, you need to tell the Inquiring code to HITACHI
to decode the PIN.
'06'42#55914&
㩷㪠㫅㫈㫌㫀㫉㫀㫅㪾㩷㪚㫆㪻㪼
㪇㪈㪉㪊㪋㪌㪍㪎㪏㪐
㩷㩷㩷㩷㩷㩷㩷㩷㩷㩷㩷㩷㩷㩷㩷㩷㩷㩷㩷㩷㩷㩷㩷㩷㩷㩷㪇㩷㩷㩷㪇㩷㩷㩷㪇㩷㩷㩷㪇
37+6
0':6
6-11 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 respond as described below.
Although these messages will be automatically disappeared around several minutes, it will be reappeared every
time the power is turned on.
Message
NO INPUT IS DETECTED
ON ***
Description
There is no input signal.
Please confirm the signal input connection, and the status of the signal source.
SYNC IS OUT OF RANGE
ON *** fH *****kHz fV *****Hz
The horizontal or vertical wavelength of the inputted signal is outside of the
response parameters of this unit.
Please confirm the specs for this unit or the signal source specs.
CHECK THE AIR FLOW
The internal portion temperature is rising.
Please turn the power OFF, and allow the unit to cool down at least 20 minutes.
After having confirmed the following items, please 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 after the treatment, please set the HIGH at FAN SPEED
of the item SERVICE of the OPTION menu.
REMINDER
***HRS PASSED AFTER THE
LAST FILTER CHECK.
FILTER MAINTENANCE IS ESSENTIAL
TO REMOVE WARNING MESSAGE,
RESET FILTER TIMER.
A note of precaution when cleaning the air filter.
Please immediately turn the power OFF, and clean or change the air filter by
referring to the “Air Filter” section of this manual. After you have cleaned or
changed the air filter, please be sure to reset the filter timer.
SEE MANUAL FURTHER INFO.
27
CP-S240(CC9SM)/CP-X250(CC9XM)
6-12 Regarding the indicator lamps
Lighting and flashing of the POWER indicator, the LAMP indicator, and the TEMP indicator have the meanings as described in the table below. Please respond in accordance with the instructions within the table.
POWER
indicator
LAMP
TEMP
indicator indicator
Description
Lighting
In Orange
Turned
off
Turned
off
The projector is in a standby state.
Blinking
In Green
Turned
off
Turned
off
The projector is warming up.
Please wait.
Lighting
In Green
Turned
off
Turned
off
The projector is in an on state.
Ordinary operations may be performed.
Blinking
In Orange
Turned
off
Turned
off
The projector is cooling down.
Please wait.
Blinking
In Red
(discretionary)
(discretionary)
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.
Turned
off
The lamp does not light, and there is a possibility that interior portion has
become heated.
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 35ºC?
If the same indication is displayed after the remedy, please change the lamp referring
to the section “Lamp”.
Blinking
In Red
Turned
off
The lamp cover has not been properly fixed (attached).
Please turn the power off, and allow the unit 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.
Turned
off
The cooling fan is not operating.
Please turn the power off, and allow the unit to cool down at least 20 minutes. After
Blinking
the projector has sufficiently cooled down, please make confirmation that no foreign
In Red
matter has become caught in the fan, etc., and then turn the power on again.
If the same indication is displayed after the remedy, please replace a fan.
Turned
off
There is a possibility that the interior portion has become heated.
Please turn the power off, and allow the unit 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.
Lighting
• Is there blockage of the air passage aperture?
In Red
• Is the air filter dirty?
• Does the peripheral temperature exceed 35°C?
If the same indication is displayed after the remedy, please set the FAN SPEED of the
SERVICE item in the OPTION menu to HIGH.
Blinking
In Red
or
Lighting
In Red
Blinking
In Red
or
Lighting
In Red
Blinking
In Red
or
Lighting
In Red
Blinking
In Red
or
Lighting
In Red
Lighting
In Red
Lighting
In Green
Alternative
blinking in Red
Lighting
In Green
Simultaneous
blinking in Red
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, resent the power to ON. If the same indication is displayed after the
treatment, please make sure that the proper cables are connected to each of
connectors E301 and E302 on the PWB assembly MAIN.
It is time to clean the air filter.
Please immediately turn the power OFF, and clean or change the air filter referring to
the section “Air Filter”. After cleaning or change the air filter, please be sure to reset
the filter timer. After the remedy, resent the power to ON.
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 “○” (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.
28
CP-S240(CC9SM)/CP-X250(CC9XM)
6-13 HIDDEN SERVICE MENU
To display the OSD for “HIDDEN SERVICE MENU” set up.
By the control panel
By the remote control transmitter
1. Display the Advance menu by
1. Display the menu by the
the “MENU” button.(If EASY
“MENU” button. (If EASY
MENU appears, choose “Go to
MENU appears, choose “Go to
Advance menu” to display
Advance menu” to display
ADVANCE MENU.)
ADVANCE MENU.)
2. Select the “OPTION” on the
2. Select the “OPTION” on the menu.
menu.
3. Press the “MAGNIFY OFF”
3. Continue press the button [ ]
button.
first, then press the button [ ]
Next hold the “MAGNIFY OFF”
together with “INPUT”, and hold
button for 3 seconds.
for 3 seconds.
SOFT RESET
If this is executed, all of the user data is initialized.Never use it when not required.
6-14 RUN TIME window
Set operating time display method (accumulated lamp time display method)
1. Select “ OPTION” from the Advance 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.)
RUN TIME
1234
On
12
OFF
11
No.1
Time
Number of times on
Number of times off
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
10..... Total time(hrs.) the projector has been used in both stand-by
and operation
29
7. Wiring diagram
Wiring of the circuit power supply (1/2)
Wiring of the circuit power supply main board
(1)Attach the FB1
(2)Connect the TSW. Make sure to confirm the seal (based
on the diagram below) when attaching the TSW.
(3)Connect the CNPWR, attach FB2
(4)Connect the CNPOW, attach FB5
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.
Make sure to securely connect the CNPOW, TSW,
and CNPWR to the circuit power supply (as it cannot
be confirmed whether they are securely connected in
later processes).
CNPOW
FB5
CN102
Area of Importance
Secure the FB1 around the center of
the FG1 with the cable tie Z1.
Cut the cable tie with 2 to 3 mm of
excess length remaining.
CN103
FB
1
30
FG1
CN101
Attach the FB5 (ferrite core) to CNPOW.
Make sure to completely lock the hook
when attaching the FB5.
FB2
Area of Importance
It is not necessary to secure the FB5 with a
cable tie.
Z1
Z2
TSW
cable tie
CNPWR
CNPWR
Make sure to confirm the print of the TSW.
Area of Importance
FB2
㪰㪪㪈㪈㪘㪁㪁㪁㪁
Seal
Confirm that the print indicates
“YS11A85A – 㧖㧖 ”
20±5mm
Wiring diagram 1
Attach the FB2 (ferrite core) to the CNPWR.
Make sure to completely lock the hook when
attaching the FB2.
Area of Importance
Secure the FB2 to the CNPWR with the cable
tie Z2, as indicated in the diagram.
Cut the cable tie with 2 to 3 mm of excess
length remaining.
CP-S240(CC9SM)/CP-X250(CC9XM)
Attach the FB1 (ferrite core) to the
FG1 wire of the circuit power supply.
Make sure to completely lock the
hook when attaching the FB1.
Circuit power supply
Wiring of the circuit power supply (2/2)
Wiring of the circuit power supply board
(1)Style the CNPOW, TSW, and FG3.
(2)Attach the CNSH2
(3)Attach the power supply sheet.
(4)Style the CNPWR.
TSW
㪚㪥㪪㪟㪉
Fastener
FB5
Correct
CN101
C104
FG1
1
Circuit
power
supply
FB2
CNSH2
C104
Power supply
sheet
Power supply sheet
C104
CP-S240(CC9SM)/CP-X250(CC9XM)
31
View from
the side
Power supply sheet
CN103
When pulling out the CNPWR and
FB2, make sure that they do not pass
over the C104 (electrolytic capacitor),
as this will cover the anti-explosion
valve on the top of the capacitor.
C104
FG3
CN102
Pass the CNPWR through
the hole in the power supply
sheet, and pull the wire out.
View from
above
Power supply case
FB
CNPOW
Make sure to pass the CNSH2
through the hole indicated in the
diagram below.
[CAUTION]
Make sure to attach the power
supply sheet after attaching the
CNSH2.
Lock the CNPOW, TSW, and FG3 by passing them
through the power supply case fastener.
Fasten the CNSH2 and E2 with
tape, ZTP1 and ZTP2, after passing them through the clamps of the
power supply case.
[CAUTION]
As the upper case touches the gray
areas of the diagram on the right, make
sure no wires protrude into these areas.
C104
Incorrect
Correct
(solid line)
E2
ZTP2
CNPWR
Clamp
Clamp
Louver of
the power
supply case
Outline of
power supply
case holes
Incorrect
(dotted line)
Don’t wire the E2 on the louvers.
The solid line in the diagram indicates an example of correct wiring.
The dotted lines in the diagram indicate examples of incorrect wiring.
Wiring diagram 2
ZTP1
Fasten the E2 with tape ZTP1. Make sure to stick the tape
along the outline of the power supply case holes as shown
in the diagram.
Wiring of the ballast power supply
CNBAR
Wiring of the ballast power supply board
(1)Attach and wire the FB3 to the lamp lead
(2)Attach the FB4, and wire the CNBAR and
sirocco fan.
Sirocco
fan
lead
Ballast sheet
CNBAR
Sirocco
fan
lead
Sirocco
fan
Ballast power supply
FB4
Attach the FB4 (ferrite core) to the
CNBAR and sirocco fan lead.
Wind the CNBAR around once.
Make sure to completely lock the hook
when attaching the FB4.
Area of Importance
32
Pull out the lamp lead of
the ballast power supply
by passing it through the
slit in the ballast sheet.
Style by turning the boss
on the bottom case.
It is not necessary to secure the FB4
with a cable tie.
[CAUTION]
Be careful of where you
attach the FB4.
If the wire of the CNBAR
sags, it will get close to the
primary circuit inside the
ballast power supply.
Therefore, be careful of
where you attach the FB4,
as it prevents the CNBAR
wire from sagging.
FB3
㪝㪙㪋
Area of Importance
It is not necessary to secure the
FB3 with a cable tie.
40±5mm
FB4
Sirocco fan lead
CNBAR
㪝㪙㪌
FB4
Ballast
power supply
䍨䍼䍵䍛䍢㔚Ḯ
Style the sirocco fan
lead by winding it
around the top, to prevent the lead escaping
the hook.
Fasten the fan lead with
tape ZTP5 after styling.
Ballast
sheet
䍨䍼䍵䍛䍢䍚䍎䍢
Attach the FB3 (ferrite core) to
the lamp lead of the ballast
power supply.
Make sure to completely lock the
hook when attaching the FB3.
Be careful not to
pinch the wires
when locking.
[CAUTION]
Be careful when handling the ballast power supply.
Do not hold the small circuit board of the ballast power supply.
Make sure to connect the CNBAR before attaching the ballast power supply.
Wiring diagram 3
ZTP5
CP-S240(CC9SM)/CP-X250(CC9XM)
Style the lamp lead of the
ballast power supply by
passing it through the
groove in the bottom case.
Make sure the sag in the
wires is absorbed in the
direction of the arrow.
Pull out the CNBAR, sirocco fan lead,
and FB4 from the sheet hole after passing them under the ballast sheet.
Make sure the sag in the wires is
absorbed in the direction of the arrow.
Wiring of the power supply block
Tighten this screw manually, pressing the power supply case toward
the bottom case,
Wiring when assembling the power supply block
(1)Connect and style the CNPWR
(2)Wire the CNBAR and sirocco fan lead.
Attach the power supply block.
(3)Connect and wire the CNSH.
(4)Wire the lamp sirocco fan lead.
Area of Importance
so that the power supply bracket does not strain.
Circuit power supply
CNPWR
Connect the CNPWR to the ballast power supply.
Make sure it is securely connected.
(as it cannot be confirmed whether they are
securely connected in later processes).
Power supply case bracket
Lamp door bracket
Ballast power supply
33
[CAUTION]
Complete the pulling
out of the lamp sirocco
fan lead before attaching the optical engine.
Cross-sectional diagram
of this area
㪘㪹㫊㫆㫉㪹㩷㪼㫏㪺㪼㫊㫊㩷㫃㪼㫅㪾㫋㪿
㫋㪿㫀㫊㩷㫎㪸㫐
CNSH
Lamp
sirocco
lead
[CAUTION]
Be careful not to pinch
the CNBAR and sirocco
fan lead when attaching
the power supply unit.
Upper case
Lamp house
Bottom case
Pass the CNSH
through this gap.
Connect the CNSH to the lamp door bracket and power
supply case bracket.
䇯
Area of Importance
Pass the CNSH through the hole below the lamp door
bracket, and style it by passing it through the gap between
the bottom case and lamp house.
Make sure the excess length of the wires is absorbed in the
direction of the arrow.
[CAUTION]
Connect the CNSH to the power supply case side only after
assembling the power supply block.
Wiring diagram 4
CP-S240(CC9SM)/CP-X250(CC9XM)
[CAUTION]
Assemble the power supply block after connecting
the CNPWR.
Wiring when attaching the main board (1/2)
Wiring when attaching the main board
(1)Prepare the TSW and CNSH2.
(2)Temporarily style the E2, FG3, exhaust fan, and
TSW/CNSH2.
(3)Connect the CNPOW, CNBAR, and sirocco fan to
the main board.
(4)Attach the main board, and style the connectors.
When attaching the main board, keep the
wires of E2, FG3, exhaust fan, and TSW
and CNSH2 (which have been prepared)
out of the way by placing them on the top of
the power supply unit.
FG3
CNSH2
TSW
E2
Wind the TSW around the CNSH2 5 times.
Area of Importance
After lifting up the main board,
connect the CNPOW, CNBAR,
and sirocco fan.
in
Ma
ard
bo
Power supply
unit
TSW
CNSH2
LCD panel flexible cable
34
Power supply unit
Optical unit
Wind around 5 times.
Sirocco
fan
With the connector connected, insert the terminal
side of the main board into the bottom case, and
pass the LCD panel flexible cables through the
holes in the board.
FB2
CNPOW
E802
Main board
LCD panel
flexible cable
E800
E804
CNBAR
ZTP3
Power supply unit
Optical unit
Confirm that none of the connector wires are
pinched, and attach the main board. Insert the
wires and core in the gap between the optical unit
and the power supply unit.
Fasten the end of the winding
area with tape ZTP3.
Connect the CNPOW,
CNBAR, and sirocco fan
to the main board before
attaching the main board.
Main board
LCD panel
flexible cable
Power supply unit
Optical unit
Wiring diagram 5
CP-S240(CC9SM)/CP-X250(CC9XM)
Exhaust
fan
Fasten the end of the winding area with tape.
Keep the prepared TSW and CNSH2 out of
the way by placing them on the top of the
power supply unit.
Wiring when attaching the main board (2/2)
Wiring when attaching the main board
(1)Connect the LCD panel flexible
cables.
(2)Connect the E2 and exhaust fan.
(3)Connect the speaker.
(4)Connect and style the E1 and
sirocco fan.
(5)Attach the remote control board and
connect and style the CNRM.
(6)Connect and style the E3 and lamp
sirocco fan.
Procedure for wiring sirocco fan lead, E1 and CNRM
1.
Hook the sirocco
fan lead and E1 on
the intake duct hook.
E1
2.
Pass CNRM below
the sirocco fan lead
and E1.
Connect the E2 to the main board
after passing it through the clamp
of the power supply bracket.
E1
Sirocco fan lead
Duct hook
Sirocco fan lead
CNRM
Pass below sirocco fan lead and E1.
FG3
Remote control board
E2
Upper case
Main board
35
Attach the
upper case
Hooked with
the CNRM wire.
Connect the A83
(speaker) to the main
board.
Connect the sirocco fan
and E1 to the main
board after passing
them through the intake
duct hook.
E1
Clamp
Intake duct hook
Exhaust
fan
CNRM
A83
speaker
[CAUTION]
Prevent the wires from protruding to
the outside so that its wires connected
to the connector on the edge of the
main board, such as A83, are not
pinched and damaged into the casing
when attaching the upper case.
Connect the CNRM to
the main board from
above the A83
(speaker), after passing
it below the sirocco fan
and E1 wires.
A83
E301
P601
Secure by sliding
in the direction of
the arrow
E3
FPC connector
P601
Connect the E3 and lamp
sirocco fan to the main board
after hooking them to the
optical unit hook.
Main board
E3
ZTP4
[CAUTION]
Be careful when
handling the LCD
panel flexible cable.
LCD panel
[CAUTION]
Make sure that wires do not
pass through the shaded area
on the diagram below, as they
will be pinched by the ribs of
the upper case.
E801
CNSH2
TSW
Exhaust
fan
Optical
unit
hook
Fasten them with tape ZTP4
after wiring.
Prevent the wires from protruding to the outside.
Lamp
sirocco
Connect the exhaust fan to
the main board after passing it
through the power supply
clamp and TSW.
Screw
TSW
Lamp sirocco
fan
E801
Wiring diagram 6
CP-S240(CC9SM)/CP-X250(CC9XM)
Sirocco
fan
Wiring when attaching the circuit board shield.
When attaching the circuit board shield.
(1)Connect and wire the CNSH.
(2)Wire the TSW.
䍼
䍼
(3)Connect the FG3.
(4)Screw down the circuit board shield.
Screw down the FG3 and circuit board
shield to the power supply case.
Area of Importance
FG3
㫧㪈㪇㫦
Power supply case
[CAUTION]
Confirm that the wires are not protruding to the screw area.
FG3
36
Screw down the CNSH2 and circuit
board shield to the I/O metal at the
torque of 0.49±0.05N·m manually.
CNSH2
Area of Importance
Screw down CNSH2 to the I/O
metal after passing it through
the circuit board shield hole.
Circuit board
shield
CNSH2
I/O metal
Make sure to screw down the
circuit board shield.
Area of Importance
Pull out the TSW through
the gap between the
shield and the I/O metal.
Wire the TSW to keep
its joint away from the
upper case rib hole.
TSW
TSW
Upper case rib hole
Wiring diagram 7
Attach the TSW with the printed
side facing the lamp.
CP-S240(CC9SM)/CP-X250(CC9XM)
Circuit board
shield
CP-S240(CC9SM)/CP-X250(CC9XM)
8. Disassembly diagram
37
CP-S240(CC9SM)/CP-X250(CC9XM)
38
CP-S240(CC9SM)/CP-X250(CC9XM)
Notice
1. Detach and attach the upper case.
Follw the procedure below to detach and attach the upper case.
When disassembling
a. Remove the Lamp door.
CAUTION
The lamp door must be removed before the upper case when disassembling the machine. If the upper
case is detached with the lamp door installed, the MAIN board might be damaged.
Lamp door
Loosen this screw
b. Remove 7screws on the bottom and 3 screws on the rear to detach the upper case.
CAUTION
These are not screw holes. Do NOT insert a screw or screwdriver into them to avoid damaging the inside.
3 screws
7 screws
39
CP-S240(CC9SM)/CP-X250(CC9XM)
When assembling
a. Before attaching the upper case. Make sure that the speaker wires are routed correctly.
NOTICE :
Make sure that the soldering point of the wires and
the speaker is within the shaded area as indicated in
the drawing. Also, be careful not to change the original shape of speaker cone.
Speaker cone
Speaker wires
Soldering point
b. Tighten 7 screws on the bottom and 3 screws on the rear after attaching the upper case with the lamp
door separated.
CAUTION
These are not screw holes. Do NOT insert a
screw or screwdriver into them to avoid damaging the inside.
In order not to make a gap between the upper and the bottom cases, tighten these screws while pressing
down the upper case in the direction of the arrow. Be careful not to bend the outside casing.(Torque:0.390.59Nm)
40
CP-S240(CC9SM)/CP-X250(CC9XM)
c. Attach the Lamp door.
Lamp door
CAUTION
Tighten this screw using a manual screwdriver.
2. Replacing the power units.
Remove the 4 screws to take off the ballast bracket.
NOTE : One of screws is behind the Front Shade.
Power supply bracket
CAUTION
When re-assembling,
tighten this screw at the
torque of 0.49±0.1Nm so
that the bottom case
does not strain.
Remove the
Front Shade
CAUTION
The ballast bracket holding the ballast power unit is installed underneath the power supply bracket.
Be careful not to injure your fingers or hand by the edges of the
ballast bracket during maintenance around the power units.
41
Ballast bracket
CP-S240(CC9SM)/CP-X250(CC9XM)
3. Detaching and attaching the Panel Fan Duct assembly
When disassembling
Remove 4 screws and unhook the panel fan duct assembly as shown in the diagram.
Panel fan duct assembly
Lamp fan
Push each of hooks in the direction of the arrows,
while lifting the panel fan duct assembly, when removing it.
Tape
Thermistor
When assembling
(1) Put the thermistor in the correct position on the bottom case and fasten its wire with tape as shown in the
diagram.
(2) Be careful not to put the lamp fan wires between the panel fan duct assembly and the bottom case in attaching the panel fan duct assembly.
42
CP-S240(CC9SM)/CP-X250(CC9XM)
4. Attaching the dichroic optics unit
Put the dichroic optics unit on the bottom case, and tighten screws in
order of 1, 2, 3 and 4 as shown in the diagram.
Some of dichroic optics units have an extra hole shown in the diagram.
Don’t attach a screw to this hole. If you tighten it, the optical performance might become worse.
Exhaust fan
5. Replacing the exhaust fan
Be sure to do the following works before changing the exhaust fan.
a. Make sure the contents of the new exhaust fan assembly (P#: GS01321).
Exhaust fan …………….1pcs
Fan cushion A ………… 2pcs
Fan cushion B ………… 1pcs
b. Assemble the exhaust fan and fan cushions as described below.
1) Attach the fan guard and the fan bracket to the new exhaust fan
using 2 screws.
FAN bracket
2) Stick two pieces of the fan cushion A to the corners of the fan.
Frame of exhaust fan
0 to 1.0mm
Fan cushion A
Fan cushion A
3) Stick the Fan cushion B along the top to side of the fan as
shown in the diagram.
5 to 15mm
Fan cushion B
Note:
• If you install the new exhaust fan without the fan
cushions, the fan vibration in operating might make
noise.
• Be careful not to invert the fan when assembling the
exhaust fan assembly.
Fan guard
43
THE UPDATED PARTS LIST
FOR THIS MODEL IS
AVAILABLE ON ESTA
CP-S240(CC9SM)/CP-X250(CC9XM)
VIDEO
RGB
SEARCH
AUTO
BLANK
HOME
PAGE UP
VOLUME
END
PAGE DOWN
ASPECT
MAGNIFY
ON
OFF
Power Cord
RGB Cable
FREEZE
MUTE
KEYSTONE
MENU
POSITION
ENTER
ESC
RESET
or
Remote Control
Instruction manual
Audio/Video cable
45
CP-S240(CC9SM)/CP-X250(CC9XM)
10. RS-232C communication
9
5
8
7
3
4
6
2
1
1
2
6
RS-232C
cable(Cross)
CONTROL port
of the projector
- (1)
RD (2)
TD (3)
- (4)
GND (5)
- (6)
RTS (7)
CTS (8)
- (9)
3
7
4
8
5
9
RS-232C port
of a computer
(1) CD
(2) RD
(3) TD
(4) DTR
(5) GND
(6) DSR
(7) RTS
(8) DTS
(9) RI
Connecting the cable
(1) Turn off the projector and the computer power supplies.
(2) Connect the CONTROL port of the projector with a RS-232C port of the computer by a RS-232C
cable(Cross). Use the cable that fulfills the specification shown in the previous page.
(3) Turn on the computer power supply and after the computer has started up, turn on the projector power
supply.
Communications setting
19200 bps, 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
Action
low
byte_3
byte_4
high
low
Type
high
low
byte_5
Setting code
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.
46
CP-S240(CC9SM)/CP-X250(CC9XM)
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.
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.
47
CP-S240(CC9SM)/CP-X250(CC9XM)
Command data chart
Names
Power
Operation Type
Set
Input Source
06 00
2A D3
01 00
00 60
00 00
Turn on
BE EF
03
06 00
BA D2
01 00
00 60
01 00
BE EF
03
06 00
19 D3
02 00
00 60
00 00
(Example return)
00 00
(Off)
BE EF
03
01 00
(On)
06 00
F1 D8
02 00
(Cool down)
02 00
21 20
00 00
RGB IN 1
00 00
(RGB IN2)
BE EF
03
01 00
(RGB OUT)
06 00
FE D2
01 00
00 20
00 00
RGB IN 2
BE EF
06 00
01 00
00 20
04 00
03
VIDEO
BE EF
03
06 00
6E D3
01 00
00 20
01 00
BE EF
03
06 00
9E D3
01 00
00 20
02 00
COMPONENT
BE EF
03
06 00
AE D1
01 00
00 20
05 00
BE EF
03
06 00
CD D2
02 00
00 20
00 00
BE EF
03
06 00
D9 D8
02 00
20 60
00 00
(Example return)
00 00
(Normal)
04 00
(Temp error)
08 00
(Filter error)
BRIGHTNESS Reset
CONTRAST
CONTRAST Reset
MODE
Set
Set
01 00
02 00
(Cover error)
(Fan error)
05 00
06 00
(Air flow error)
(Lamp time error)
09 00
10 00
(Filter missing error)(Inner Sencer error)
03 00
(Lamp error)
07 00
(Cool error)
Get
BE EF
03
06 00
89 D2
02 00
03 20
00 00
Increment
BE EF
03
06 00
EF D2
04 00
03 20
00 00
Decrement
BE EF
03
06 00
3E D3
05 00
03 20
00 00
Execute
BE EF
03
06 00
58 D3
06 00
00 70
00 00
00 00
Get
BE EF
03
06 00
FD D3
02 00
04 20
Increment
BE EF
03
06 00
9B D3
04 00
04 20
00 00
Decrement
BE EF
03
06 00
4A D2
05 00
04 20
00 00
Execute
BE EF
03
06 00
A4 D2
06 00
01 70
00 00
NORMAL
BE EF
03
06 00
23 F6
01 00
BA 30
00 00
CINEMA
BE EF
03
06 00
B3 F7
01 00
BA 30
01 00
DYNAMIC
BE EF
03
06 00
E3 F4
01 00
BA 30
04 00
BE EF
03
06 00
10 F6
02 00
BA 30
00 00
(Example return)
00 00
01 00
04 00
10 00
(Normal)
(Cinema) (Dynamic) (Custom)
BE EF
03
06 00
07 E9
01 00
A1 30
20 00
Get
GAMMA
3E D0
S-VIDEO
Get
BRIGHTNESS
Command Data
Type
Setting Code
03
Get
Error Status
Action
BE EF
Get
Set
CRC
Turn off
Get
RGB2 Status
Header
#1 DEFAULT
#1 CUSTOM
BE EF
03
06 00
07 FD
01 00
A1 30
10 00
#2 DEFAULT
BE EF
03
06 00
97 E8
01 00
A1 30
21 00
#2 CUSTOM
BE EF
03
06 00
97 FC
01 00
A1 30
11 00
#3 DEFAULT
BE EF
03
06 00
67 E8
01 00
A1 30
22 00
#3 CUSTOM
BE EF
03
06 00
67 FC
01 00
A1 30
12 00
BE EF
03
06 00
F4 F0
02 00
A1 30
00 00
Get
48
CP-S240(CC9SM)/CP-X250(CC9XM)
Names
User Gamma Pattern
Operation Type
Set
User Gamma Point 2
User Gamma Point 3
User Gamma Point 4
User Gamma Point 5
User Gamma Point 6
User Gamma Point 7
User Gamma Point 8
COLOR TEMP
COLOR TEMP GAIN R
Set
CRC
Action
Command Data
Type
Setting Code
Off
BE EF
03
06 00
FB FA
01 00
80 30
00 00
9 step gray scale
BE EF
03
06 00
6B FB
01 00
80 30
01 00
15 steps gray scale
BE EF
03
06 00
9B FB
01 00
80 30
02 00
Ramp
User Gamma Point 1
Header
BE EF
03
06 00
0B FA
01 00
80 30
03 00
Get
BE EF
03
06 00
C8 FA
02 00
80 30
00 00
Get
BE EF
03
06 00
08 FE
02 00
90 30
00 00
Increment
BE EF
03
06 00
6E FE
04 00
90 30
00 00
Decrement
BE EF
03
06 00
BF FF
05 00
90 30
00 00
Get
BE EF
03
06 00
F4 FF
02 00
91 30
00 00
Increment
BE EF
03
06 00
92 FF
04 00
91 30
00 00
Decrement
BE EF
03
06 00
43 FE
05 00
91 30
00 00
Get
BE EF
03
06 00
B0 FF
02 00
92 30
00 00
Increment
BE EF
03
06 00
D6 FF
04 00
92 30
00 00
Decrement
BE EF
03
06 00
07 FE
05 00
92 30
00 00
Get
BE EF
03
06 00
4C FE
02 00
93 30
00 00
Increment
BE EF
03
06 00
2A FE
04 00
93 30
00 00
Decrement
BE EF
03
06 00
FB FF
05 00
93 30
00 00
Get
BE EF
03
06 00
38 FF
02 00
94 30
00 00
Increment
BE EF
03
06 00
5E FF
04 00
94 30
00 00
Decrement
BE EF
03
06 00
8F FE
05 00
94 30
00 00
Get
BE EF
03
06 00
C4 FE
02 00
95 30
00 00
Increment
BE EF
03
06 00
A2 FE
04 00
95 30
00 00
Decrement
BE EF
03
06 00
73 FF
05 00
95 30
00 00
Get
BE EF
03
06 00
80 FE
02 00
96 30
00 00
Increment
BE EF
03
06 00
E6 FE
04 00
96 30
00 00
00 00
Decrement
BE EF
03
06 00
37 FF
05 00
96 30
Get
BE EF
03
06 00
7C FF
02 00
97 30
00 00
Increment
BE EF
03
06 00
1A FF
04 00
97 30
00 00
Decrement
BE EF
03
06 00
CB FE
05 00
97 30
00 00
LOW
BE EF
03
06 00
6B F4
01 00
B0 30
01 00
MIDDLE
BE EF
03
06 00
9B F4
01 00
B0 30
02 00
HIGH
BE EF
03
06 00
0B F5
01 00
B0 30
03 00
CUSTOM
BE EF
03
06 00
3B F8
01 00
B0 30
10 00
Get
BE EF
03
06 00
C8 F5
02 00
B0 30
00 00
Get
BE EF
03
06 00
34 F4
02 00
B1 30
00 00
Increment
BE EF
03
06 00
52 F4
04 00
B1 30
00 00
Decrement
BE EF
03
06 00
83 F5
05 00
B1 30
00 00
49
CP-S240(CC9SM)/CP-X250(CC9XM)
Names
Operation Type
COLOR TEMP GAIN G
Get
COLOR TEMP GAIN B
COLOR TEMP
OFFSET R
COLOR TEMP
OFFSET G
COLOR TEMP
OFFSET B
COLOR
Header
BE EF
03
06 00
CRC
Action
70 F4
02 00
Command Data
Type
Setting Code
B2 30
00 00
Increment
BE EF
03
06 00
16 F4
04 00
B2 30
00 00
Decrement
BE EF
03
06 00
C7 F5
05 00
B2 30
00 00
00 00
Get
BE EF
03
06 00
8C F5
02 00
B3 30
Increment
BE EF
03
06 00
EA F5
04 00
B3 30
00 00
Decrement
BE EF
03
06 00
3B F4
05 00
B3 30
00 00
Get
BE EF
03
06 00
04 F5
02 00
B5 30
00 00
Increment
BE EF
03
06 00
62 F5
04 00
B5 30
00 00
Decrement
BE EF
03
06 00
B3 F4
05 00
B5 30
00 00
Get
BE EF
03
06 00
40 F5
02 00
B6 30
00 00
Increment
BE EF
03
06 00
26 F5
04 00
B6 30
00 00
Decrement
BE EF
03
06 00
F7 F4
05 00
B6 30
00 00
Get
BE EF
03
06 00
BC F4
02 00
B7 30
00 00
Increment
BE EF
03
06 00
DA F4
04 00
B7 30
00 00
Decrement
BE EF
03
06 00
0B F5
05 00
B7 30
00 00
Get
BE EF
03
06 00
B5 72
02 00
02 22
00 00
Increment
BE EF
03
06 00
D3 72
04 00
02 22
00 00
Decrement
BE EF
03
06 00
02 73
05 00
02 22
00 00
COLOR Reset
Execute
BE EF
03
06 00
80 D0
06 00
0A 70
00 00
TINT
Get
BE EF
03
06 00
49 73
02 00
03 22
00 00
Increment
BE EF
03
06 00
2F 73
04 00
03 22
00 00
Decrement
BE EF
03
06 00
FE 72
05 00
03 22
00 00
Execute
BE EF
03
06 00
7C D1
06 00
0B 70
00 00
Get
BE EF
03
06 00
F1 72
02 00
01 22
00 00
Increment
BE EF
03
06 00
97 72
04 00
01 22
00 00
TINT Reset
SHARPNESS
SHARPNESS Reset
PROGRESSIVE
Set
Decrement
BE EF
03
06 00
46 73
05 00
01 22
00 00
Execute
BE EF
03
06 00
C4 D0
06 00
09 70
00 00
TURN OFF
BE EF
03
06 00
4A 72
01 00
07 22
00 00
TV
BE EF
03
06 00
DA 73
01 00
07 22
01 00
FILM
BE EF
03
06 00
2A 73
01 00
07 22
02 00
BE EF
03
06 00
79 72
02 00
07 22
00 00
1
BE EF
03
06 00
0E D7
01 00
14 20
00 00
2
BE EF
03
06 00
9E D6
01 00
14 20
01 00
3
BE EF
03
06 00
6E D6
01 00
14 20
02 00
4
BE EF
03
06 00
FE D7
01 00
14 20
03 00
1
BE EF
03
06 00
F2 D6
01 00
15 20
00 00
2
BE EF
03
06 00
62 D7
01 00
15 20
01 00
3
BE EF
03
06 00
92 D7
01 00
15 20
02 00
4
BE EF
03
06 00
02 D6
01 00
15 20
03 00
Get
MY MEMORY Load
MY MEMORY Save
Set
Set
50
CP-S240(CC9SM)/CP-X250(CC9XM)
Names
ASPECT
Operation Type
Set
OVER SCAN
Header
Command Data
Type
Setting Code
CRC
Action
9E D0
01 00
08 20
00 00
4:3
BE EF
03
06 00
16:9
BE EF
03
06 00
0E D1
01 00
08 20
01 00
SMALL
BE EF
03
06 00
FE D1
01 00
08 20
02 00
NORMAL
BE EF
03
06 00
5E DD
01 00
08 20
10 00
Get
BE EF
03
06 00
AD D0
02 00
08 20
00 00
Get
BE EF
03
06 00
91 70
02 00
09 22
00 00
Increment
BE EF
03
06 00
F7 70
04 00
09 22
00 00
Decrement
BE EF
03
06 00
26 71
05 00
09 22
00 00
OVER SCAN Reset
Execute
BE EF
03
06 00
EC D9
06 00
27 70
00 00
V POSITION
Get
BE EF
03
06 00
0D 83
02 00
00 21
00 00
Increment
BE EF
03
06 00
6B 83
04 00
00 21
00 00
Decrement
BE EF
03
06 00
BA 82
05 00
00 21
00 00
V POSITION Reset
Execute
BE EF
03
06 00
E0 D2
06 00
02 70
00 00
H POSITION
Get
BE EF
03
06 00
F1 82
02 00
01 21
00 00
H POSITION Reset
H PHASE
H SIZE
Increment
BE EF
03
06 00
97 82
04 00
01 21
00 00
Decrement
BE EF
03
06 00
46 83
05 00
01 21
00 00
Execute
BE EF
03
06 00
1C D3
06 00
03 70
00 00
Get
BE EF
03
06 00
49 83
02 00
03 21
00 00
Increment
BE EF
03
06 00
2F 83
04 00
03 21
00 00
Decrement
BE EF
03
06 00
FE 82
05 00
03 21
00 00
Get
BE EF
03
06 00
B5 82
02 00
02 21
00 00
Increment
BE EF
03
06 00
D3 82
04 00
02 21
00 00
Decrement
BE EF
03
06 00
02 83
05 00
02 21
00 00
H SIZE Reset
Execute
BE EF
03
06 00
68 D2
06 00
04 70
00 00
AUTO ADJUST
Execute
BE EF
03
06 00
91 D0
06 00
0A 20
00 00
AUTO
BE EF
03
06 00
0E 72
01 00
04 22
00 00
RGB
BE EF
03
06 00
9E 73
01 00
04 22
01 00
SMPTE240
BE EF
03
06 00
6E 73
01 00
04 22
02 00
REC709
BE EF
03
06 00
FE 72
01 00
04 22
03 00
REC601
BE EF
03
06 00
CE 70
01 00
04 22
04 00
Get
BE EF
03
06 00
3D 72
02 00
04 22
00 00
BE EF
03
06 00
4A D7
01 00
17 20
00 00
COLOR SPACE
COMPONENT
Set
Set
COMPONENT
SCART RGB
BE EF
03
06 00
DA D6
01 00
17 20
01 00
BE EF
03
06 00
79 D7
02 00
17 20
00 00
AUTO
BE EF
03
06 00
9E 75
01 00
00 22
0A 00
NTSC
BE EF
03
06 00
FE 71
01 00
00 22
04 00
Get
VIDEO FORMAT
FRAME LOCK
Set
Set
PAL
BE EF
03
06 00
6E 70
01 00
00 22
05 00
SECAM
BE EF
03
06 00
6E 75
01 00
00 22
09 00
NTSC4.43
BE EF
03
06 00
5E 72
01 00
00 22
02 00
M-PAL
BE EF
03
06 00
FE 74
01 00
00 22
08 00
N-PAL
BE EF
03
06 00
0E 71
01 00
00 22
07 00
Get
BE EF
03
06 00
0D 73
02 00
00 22
00 00
TURN OFF
BE EF
03
06 00
CB D6
01 00
14 30
00 00
TURN ON
BE EF
03
06 00
5B D7
01 00
14 30
01 00
Get
BE EF
03
06 00
F8 D6
02 00
14 30
00 00
51
CP-S240(CC9SM)/CP-X250(CC9XM)
Names
Operation Type
KEYSTONE V
Get
BE EF
03
Increment
BE EF
Decrement
BE EF
KEYSTONE V Reset
WHISPER
MIRROR
Execute
Set
Set
AUDIO - RGB2
AUDIO - Video
AUDIO - S-Video
AUDIO - Component
Set
Set
Set
Set
06 00
B9 D3
02 00
07 20
00 00
03
06 00
DF D3
04 00
07 20
00 00
03
06 00
0E D2
05 00
07 20
00 00
00 00
BE EF
03
06 00
08 D0
06 00
0C 70
03
06 00
3B 23
01 00
00 33
00 00
WHISPER
BE EF
03
06 00
AB 22
01 00
00 33
01 00
Get
BE EF
03
06 00
08 23
02 00
00 33
00 00
NORMAL
BE EF
03
06 00
C7 D2
01 00
01 30
00 00
H:INVERT
BE EF
03
06 00
57 D3
01 00
01 30
01 00
V:INVERT
BE EF
03
06 00
A7 D3
01 00
01 30
02 00
BE EF
03
06 00
37 D2
01 00
01 30
03 00
BE EF
03
06 00
F4 D2
02 00
01 30
00 00
Get
BE EF
03
06 00
31 D3
02 00
01 20
00 00
Increment
BE EF
03
06 00
57 D3
04 00
01 20
00 00
Decrement
Set
Action
BE EF
Get
AUDIO - RGB1
Command Data
Type
Setting Code
CRC
NORMAL
H&V:INVERT
VOLUME
Header
BE EF
03
06 00
86 D2
05 00
01 20
00 00
TURN OFF
BE EF
03
06 00
FE DD
01 00
30 20
00 00
Audio1
BE EF
03
06 00
6E DC
01 00
30 20
01 00
Audio2
BE EF
03
06 00
9E DC
01 00
30 20
02 00
Get
BE EF
03
06 00
CD DD
02 00
30 20
00 00
TURN OFF
BE EF
03
06 00
CE DC
01 00
34 20
00 00
Audio1
BE EF
03
06 00
5E DD
01 00
34 20
01 00
Audio2
BE EF
03
06 00
AE DD
01 00
34 20
02 00
Get
BE EF
03
06 00
FD DC
02 00
34 20
00 00
TURN OFF
BE EF
03
06 00
02 DC
01 00
31 20
00 00
Audio1
BE EF
03
06 00
92 DD
01 00
31 20
01 00
Audio2
02 00
BE EF
03
06 00
62 DD
01 00
31 20
Get
BE EF
03
06 00
31 DC
02 00
31 20
00 00
TURN OFF
BE EF
03
06 00
46 DC
01 00
32 20
00 00
Audio1
BE EF
03
06 00
D6 DD
01 00
32 20
01 00
Audio2
BE EF
03
06 00
26 DD
01 00
32 20
02 00
Get
BE EF
03
06 00
75 DC
02 00
32 20
00 00
TURN OFF
BE EF
03
06 00
32 DD
01 00
35 20
00 00
Audio1
BE EF
03
06 00
A2 DC
01 00
35 20
01 00
Audio2
BE EF
03
06 00
52 DC
01 00
35 20
02 00
BE EF
03
06 00
01 DD
02 00
35 20
00 00
Get
52
CP-S240(CC9SM)/CP-X250(CC9XM)
Names
MUTE
LANGUAGE
MENU POSITION H
MENU POSITION H
Reset
MENU POSITION V
MENU POSITION V
Reset
Operation Type
Set
Set
TURN OFF
Header
BE EF
03
CRC
Action
06 00
46 D3
01 00
Command Data
Type
Setting Code
02 20
00 00
TURN ON
BE EF
03
06 00
D6 D2
01 00
02 20
01 00
Get
BE EF
03
06 00
75 D3
02 00
02 20
00 00
ENGLISH
BE EF
03
06 00
F7 D3
01 00
05 30
00 00
FRANÇAIS
BE EF
03
06 00
67 D2
01 00
05 30
01 00
DEUTSCH
BE EF
03
06 00
97 D2
01 00
05 30
02 00
ESPAÑOL
BE EF
03
06 00
07 D3
01 00
05 30
03 00
ITALIANO
BE EF
03
06 00
37 D1
01 00
05 30
04 00
NORSK
BE EF
03
06 00
A7 D0
01 00
05 30
05 00
NEDERLANDS
BE EF
03
06 00
57 D0
01 00
05 30
06 00
PORTUGUÊS
BE EF
03
06 00
C7 D1
01 00
05 30
07 00
BE EF
03
06 00
37 D4
01 00
05 30
08 00
BE EF
03
06 00
A7 D5
01 00
05 30
09 00
BE EF
03
06 00
37 DE
01 00
05 30
10 00
BE EF
03
06 00
57 D5
01 00
05 30
0A 00
SVENSKA
BE EF
03
06 00
C7 D4
01 00
05 30
0B 00
PУCCKИЙ
BE EF
03
06 00
F7 D6
01 00
05 30
0C 00
SUOMI
BE EF
03
06 00
67 D7
01 00
05 30
0D 00
POLSKI
BE EF
03
06 00
97 D7
01 00
05 30
0E 00
0F 00
TÜRKÇE
BE EF
03
06 00
07 D6
01 00
05 30
Get
BE EF
03
06 00
C4 D3
02 00
05 30
00 00
Get
BE EF
03
06 00
04 D7
02 00
15 30
00 00
Increment
BE EF
03
06 00
62 D7
04 00
15 30
00 00
Decrement
BE EF
03
06 00
B3 D6
05 00
15 30
00 00
Execute
BE EF
03
06 00
DC C6
06 00
43 70
00 00
Get
BE EF
03
06 00
40 D7
02 00
16 30
00 00
Increment
BE EF
03
06 00
26 D7
04 00
16 30
00 00
Decrement
BE EF
03
06 00
F7 D6
05 00
16 30
00 00
Execute
BE EF
03
06 00
A8 C7
06 00
44 70
00 00
53
CP-S240(CC9SM)/CP-X250(CC9XM)
Names
Operation Type
OSD BRIGHT.
Get
BE EF
03
Increment
BE EF
Decrement
BE EF
BLANK
BLANK On/Off
START UP
My Screen LOCK
Message
AUTO SEARCH
Set
Set
Set
Set
Set
Set
AUTO POWER OFF
Header
Command Data
Type
Setting Code
CRC
Action
06 00
A8 D5
02 00
18 30
00 00
03
06 00
CE D5
04 00
18 30
00 00
03
06 00
1F D4
05 00
18 30
00 00
My Screen
BE EF
03
06 00
FB CA
01 00
00 30
20 00
ORIGINAL
BE EF
03
06 00
FB E2
01 00
00 30
40 00
BLUE
BE EF
03
06 00
CB D3
01 00
00 30
03 00
WHITE
BE EF
03
06 00
6B D0
01 00
00 30
05 00
BLACK
BE EF
03
06 00
9B D0
01 00
00 30
06 00
Get
BE EF
03
06 00
08 D3
02 00
00 30
00 00
TURN OFF
BE EF
03
06 00
FB D8
01 00
20 30
00 00
TURN ON
BE EF
03
06 00
6B D9
01 00
20 30
01 00
Get
BE EF
03
06 00
C8 D8
02 00
20 30
00 00
My Screen
BE EF
03
06 00
CB CB
01 00
04 30
20 00
ORIGINAL
BE EF
03
06 00
0B D2
01 00
04 30
00 00
TURN OFF
BE EF
03
06 00
9B D3
01 00
04 30
01 00
Get
BE EF
03
06 00
38 D2
02 00
04 30
00 00
TURN OFF
BE EF
03
06 00
3B EF
01 00
C0 30
00 00
TURN ON
BE EF
03
06 00
AB EE
01 00
C0 30
01 00
Get
BE EF
03
06 00
08 EF
02 00
C0 30
00 00
TURN OFF
BE EF
03
06 00
8F D6
01 00
17 30
00 00
TURN ON
BE EF
03
06 00
1F D7
01 00
17 30
01 00
Get
BE EF
03
06 00
BC D6
02 00
17 30
00 00
TURN OFF
BE EF
03
06 00
B6 D6
01 00
16 20
00 00
TURN ON
BE EF
03
06 00
26 D7
01 00
16 20
01 00
Get
BE EF
03
06 00
85 D6
02 00
16 20
00 00
Get
BE EF
03
06 00
08 86
02 00
10 31
00 00
Increment
BE EF
03
06 00
6E 86
04 00
10 31
00 00
Decrement
BE EF
03
06 00
BF 87
05 00
10 31
00 00
LAMP TIME
Get
BE EF
03
06 00
C2 FF
02 00
90 10
00 00
LAMP TIME Reset
Execute
BE EF
03
06 00
58 DC
06 00
30 70
00 00
FILTER TIME
Get
BE EF
03
06 00
C2 F0
02 00
A0 10
00 00
FILER TIME Reset
Execute
BE EF
03
06 00
98 C6
06 00
40 70
00 00
MAGNIFY
Get
BE EF
03
06 00
7C D2
02 00
07 30
00 00
FREEZE
Set
Increment
BE EF
03
06 00
1A D2
04 00
07 30
00 00
Decrement
BE EF
03
06 00
CB D3
05 00
07 30
00 00
NORMAL
BE EF
03
06 00
83 D2
01 00
02 30
00 00
FREEZE
BE EF
03
06 00
13 D3
01 00
02 30
01 00
Get
BE EF
03
06 00
B0 D2
02 00
02 30
00 00
54
11. Block diagram
CP-S240(CC9SM)/CP-X250(CC9XM)
55
Block diagram
CP-S240(CC9SM)/CP-X250(CC9XM)
12. Connector connection diagram
Connector connection diagram
56
CP-S240(CC9SM)/CP-X250(CC9XM)
13. Basic circuit diagram
Parts with hatching are not mounted.
6
6
5
)
+3-,-%,
)
+3-,-%,
6OUT '.$
6OUT '.$
#
P#
6##
#
P#
#
5
6##
#
4
#
-6+3+6
2
2
#
-6+3+6
2
2
4
3
!02#
3
!02#
2%-/4%
66##
2
'.$
%
%!2
:((
!02#
2
PWB assembly REMOTE (CC9SM/CC9XM)
1
1
A
B
C
57
D
E
CP-S240(CC9SM)/CP-X250(CC9XM)
MEMO
58
6
6
5
5
4
4
3
3
2
2
1
1
Warning
POWER UNIT (BALLAST) 1 (CC9SM/CC9XM)
For handling of the circuit diagram, refer to the warning on the cover.
A
B
C
D
E
F
G
6
6
5
5
4
4
3
3
2
2
1
1
Warning
POWER UNIT (BALLAST) 2 (CC9SM/CC9XM)
For handling of the circuit diagram, refer to the warning on the cover.
A
B
C
D
E
F
G
6
6
5
5
4
4
3
3
2
2
1
1
Warning
POWER UNIT (CIRCUIT) (CC9SM/CC9XM)
For handling of the circuit diagram, refer to the warning on the cover.
A
B
C
D
E
F
G
L209
600 H
2
1
1
1005
I202
ICS342-C9X
I201
PW168A-10VL
1
X1/ICLK
X2
8
2
VDD
PDTS
7
3
GND
SEL
6
4
CLK1
5
RXD
TXD
CHRO0
CHRO1
CHRO2
CHRO3
CHRO4
CHRO5
CHRO6
CHRO7
A6
C7
B6
A5
D7
B5
C6
A4
1
1
1
1
1
1
1
1
CHGO0
CHGO1
CHGO2
CHGO3
CHGO4
CHGO5
CHGO6
CHGO7
C13
B15
A14
B14
A13
C12
B13
A12
1
1
1
1
1
1
1
1
CHBO0
CHBO1
CHBO2
CHBO3
CHBO4
CHBO5
CHBO6
CHBO7
C18
E17
C17
B19
E16
C16
C15
D14
1
1
1
1
1
1
1
1
C13
B15
A14
B14
A13
C12
B13
A12
GGO0
GGO1
GGO2
GGO3
GGO4
GGO5
GGO6
GGO7
C18
E17
C17
B19
E16
C16
C15
D14
GBO0
GBO1
GBO2
GBO3
GBO4
GBO5
GBO6
GBO7
1005
R224
1 4.7K2
I2CDAT
I2CCLK
DATA1
CLK1
NMI
LSR_CS
LSG_CS
LSB_CS
1005
R228
1 100 2
1
R2F9
100
2
1005
1
3
5
7
2010 7
DBE0
DBE1
DGE0
DGE1
DRE0
DRE1
GND1
CHA20
1
2
R2F7 CHA21
33 CHA22
1005 CHA23
CHLCT
CHRSP
CHCST
CHCSD
1
3
5
7
2
2010
4
6
8 R233
R234
100
1
2
1005 1 100 2
R235 1005
1 150 2 R2E5
1005 1 150 2
1
2 1005
3
4 R236
6 150
5
8 2010
7
10K 2
1 R2F6
10K
1005 1
R229 3
100 5
RESETP
CS_TG
CS_DAC
LED-LAMP1
LED-TEMP1
1 Y11
Y11
1 E5
E5
D6
D6
A3
A3
C5
R218 CHXO
1
C5
10K
CHRXD 1
1005
Y12
Y12
CHTXD 1
V12
V12
1
CHIR
V11
V11
CHTMP 1
W11
W11
1
CHSDA
V13
V13
CHSCL 1
W13
W13
CHDT1 1
Y13
Y13
CHCK1 1
Y14
Y14
CHNMI 1
W14
W14
CHSDR 1
Y15
Y15
CHPM1 1
W15
W15
CHPM2 1
V15
V15
1005
2 R227
4 100
2010
6
8 R232
1 100 2
1005
2
4
6 R2F1
10K
8
1005
D201
SDS511
1
2
LCONT_IN
2
R219
1 100 2 R220
1005 1 100 2
R222
1005
1 0 2 R223
1005 1 0 2
R225
1005
1 33 2 R226
1005 1 33 2
R221
1 4.7K 2
PWRC
CHRV1 1
FAN_FG
2
1005
100p-C
1005
GRO0
GRO1
GRO2
GRO3
GRO4
GRO5
GRO6
GRO7
1
R2F8
100
1005
A6
C7
B6
A5
D7
B5
C6
A4
1005
R284
1 10K 2
GBE0
GBE1
GBE2
GBE3
GBE4
GBE5
GBE6
GBE7
R214
33 2
GND1
GGE0
GGE1
GGE2
GGE3
GGE4
GGE5
GGE6
GGE7
B18
A20
B17
A19
B16
A17
A16
A15
1005
1
LAMP_ON
B18
A20
B17
A19
B16
A17
A16
A15
GBE0
GBE1
GBE2
GBE3
GBE4
GBE5
GBE6
GBE7
4
CLK2
C250
1
2
C11
C11
B12
B12
B11
B11
A8
A8
B8
B8
C8
C8
A7
A7
B7
B7
GRE0
GRE1
GRE2
GRE3
GRE4
GRE5
GRE6
GRE7
L201
600 H
2 CHRST
1
1608 CHMCK
CHDCK 1
1
1
2CHXI
1005
R215
1 56 2
R2H2
0 2
E4
C3
B1
F4
C2
C1
D3
D2
R217
0
I201
PW168A-10VL
1
1005
E4
C3
B1
F4
C2
C1
D3
D2
GRE0
GRE1
GRE2
GRE3
GRE4
GRE5
GRE6
GRE7
1
CH/PDTS
CHGFB
CHGRF
CHGBS
CHGCO
CHGHF
1005
1
1
1
1
1
A11
D10
C14
A18
C9
1005
GGE0
GGE1
GGE2
GGE3
GGE4
GGE5
GGE6
GGE7
5
GFBK A11
D10
GREF
GBLKSPL C14
GCOAST A18
GHSFOUT C9
GCLK
GPEN
GVS
GHS
GSOG
1
GND1
1
1
1
1
1005
EMU-RESET
C2C9
0.01/16
1
2
1005
1005
A10
A10
B9
B9
A9
A9
C10
C10
B10
B10
1
CHGPN
CHGVS
CHGHS
CHGSG
1005
R203
1 10K 2
1R206 02
R2H1
2 4.7K 1
GVS
GHS
CHGCK
R202
1 10K 2
GCLK
R216
0 0.01/16
2 1005
CHLPR
1
CHLPG
1
1
3
5
7
R238
2.2K
1
2
1005
1
R240
2.2K
1005
10K 2
1 R241
10K
1005 1
R244
1 10K
R243
2.2K
2
1005
R17
W18
V18
Y18
U18
Y19
W19
T18
T17
V16
W16
Y16
V17
U17
W17
Y17
2
4 R237
6 10K
8 2010
R239
1 10K 2
2
1005
1
1
1
1
1
1
1
1
1
P1
Y2
M4
N3
U15
PORTA0
PORTA1
PORTA2
PORTA3
PORTA4
PORTA5
PORTA6
PORTA7
PORTB0
PORTB1
PORTB2
PORTB3
PORTB4
PORTB5
PORTB6
PORTB7
T17
V16
W16
Y16
V17
U17
W17
Y17
PORTC0
PORTC1
PORTC2
PORTC3
PORTC4
PORTC5
PORTC6
PORTC7
P1
Y2
M4
N3
CPUTMS
CPUTCK
CPUTDI
CPUTDO
U16
U16
N4
N4
T5
T5
P2
P2
R242
10K 2
RXD
TXD
IRRCVR0
IRRCVR1
R17
W18
V18
Y18
U18
Y19
W19
T18
U15
MODE0
MODE1
MODE2
MODE3
D0
D1
D2
D3
D4
D5
D6
D7
D8
D9
D10
D11
D12
D13
D14
D15
V10
Y10
Y9
W9
V9
Y8
W8
V8
W7
U8
V7
W6
Y6
V6
U7
U6
RD
WR
BHEN
ROMOE
ROMWE
RAMOE
RAMWE
CS0
CS1
EXTINT
NMI
W3
Y3
W12
V5
W4
W5
Y5
V4
Y4
U10
W10
1005
U4
T4
V3
U3
Y1
W2
T3
V2
U2
W1
R4
V1
P4
R3
T2
U1
T1
R2
R1
P3
1
3
5
7
2
4 R247
6 33
8 2010
7
5
3
7
1
5
3
1
1
3
5
7
1
3
5
7
8 R248
6 33
4 2010
8
2
6 R249
4 33
2 2010
V10
Y10
Y9
W9
V9
Y8
W8
V8
W7
U8
V7
W6
Y6
V6
U7
U6
1
3
5
7
1
3
5
7
1
3
5
7
1
3
5
7
W3
Y3
W12
V5
W4
W5
Y5
V4
Y4
U10
W10
1
1
1
1
1
1
1
1
1
B20
B20
C19
C19
V14
V14
1
1
1
CHRD
CHWR
CHBHE
CHROO
CHROW
CHRAO
CHRAW
CHCS0
CHCS1
DNC1
DNC2
DNC3
CHDC1
CHDC2
CHDC3
A20
TEA1
TEA2
TEA3
TEA4
TEA5
I201
PW168A-10VL
A0
A1
A2
A3
A4
A5
A6
A7
A8
A9
A10
A11
A12
A13
A14
A15
A16
A17
A18
A19
2
4 R2A1
6 33
8 2010
2
4 R2A2
6 33
8 2010
2
4 R2A3
6 33
8 2010
2
4 R2A4
6 33
8 2010
D0
D1
D2
D3
D4
D5
D6
D7
D8
D9
D10
D11
D12
D13
D14
D15
2
4 R2A5
6 33
8 2010
2
4 R2A6
6 33
8 2010
R2E8 0
1
R2E9
1 0
7
5
3
1
7
5
3
1
2
1005
TEWRN
RDN
WRN
BHEN
ROMOE
ROMWE
RAMOE
RAMWE
PCS0
R2C0
R2C3 1 0 2
0 2 1005
R2A0
1 0 2
1005
1 10K 2
1005
R2C1
10K
1005
1
R2C2
100
1005
TERDN
2
1005
8
6 R2A7
4100
2 2010
8
6 R2A8
4100
2 2010
ADR24B
1005
2
R246
1005
1 10K 2
R245
1 4.7K 2
U4
T4
V3
U3
Y1
W2
T3
V2
U2
W1
R4
V1
P4
R3
T2
U1
T1
R2
R1
P3
A0
A1
A2
A3
A4
A5
A6
A7
A8
A9
A10
A11
A12
A13
A14
A15
A16
A17
A18
A19
RESET
MCKEXT
DCKEXT
XI
XO
8 R2E6
6 33
4 2010
2R2E7
1005 33
PCS1
EXTINT
1005
C2E2
1
2
1005
7
5
3
1
R2A9
1 10K 2
R213
0 2
1
1
2
R2H4 1.0M
1
2 1005
A20
CPU-RESET
1005
6
R201
1 0 2
C2C3
1
2
R2H3
27p-C
1 220 2 1005
2
1
C2C2
1
2
27p-C
1005
1608
X201
27.000MHz
SMD-49
1005
GND1
K19
K20
K18
J20
J18
J19
H20
H19
K19
1
K20
1
K18
1
J20
1
J18
1
J19
1
H20
1
H19
1
CHK19
CHK20
CHK18
CHJ20
CHJ18
CHJ19
CHH20
CHH19
DGO0
DGO1
DGO2
DGO3
DGO4
DGO5
DGO6
DGO7
H18
H17
G20
G19
G18
F20
F19
F18
H18
1
H17
1
G20
1
G19
1
G18
1
F20
1
F19
1
F18
1
CHH18
CHH17
CHG20
CHG19
CHG18
CHF20
CHF19
CHF18
DBO0
DBO1
DBO2
DBO3
DBO4
DBO5
DBO6
DBO7
E20
E19
E18
F17
D20
D19
D16
D17
E20
1
E19
1
E18
1
F17
1
D20
1
D19
1
D16
1
D17
1
CHE20
CHE19
CHE18
CHF17
CHD20
CHD19
CHD16
CHD17
2
4 R2C9
6150
8 2010
M17
N20
M20
L17
M19
K17
L19
L20
1
3
5
7
1
3
5
7
2
4 R2E2
6150
8 2010
2
4 R2E1
6150
8 2010
2
4 R2E3
6150
8 2010
DGE2
DGE3
DGE4
DGE5
DGE6
DGE7
DGE8
DGE9
DBE2
DBE3
DBE4
DBE5
DBE6
DBE7
DBE8
DBE9
5
4
1
E6
E8
F5
F6
F7
F14
F15
G5
G6
G15
G16
J16
L16
M5
M16
R6
R7
R8
T8
1
2
0.01/16
1005
1C2482
1C2492 0.01/16
1C2A12 0.01/16 1005
1005
1C2A22
0.01/16
1005 1C2A32 0.01/16
1C2A42 0.01/16 1005
1005
1C2A52
0.01/16
1005
20mA
2
+3.3V
L208
1 600 H2 100mA
1608
C247
22/6.3
MVK/SKV
0.01/16
1005
1C2C12
1
E6
E8
F5
F6
F7
F14
F15
G5
G6
G15
G16
J16
L16
M5
M16
R6
R7
R8
T8
1005
L205
1600 H2
1608
C240
22/6.3
MVK/SKV
3
1
VIO1
VIO2
VIO3
VIO4
VIO5
VIO6
VIO7
VIO8
VIO9
VIO10
VIO11
VIO12
VIO13
VIO14
VIO15
VIO16
VIO17
VIO18
VIO19
1C2382
1C2392 0.01/16
0.01/16 1005
1005
1C2412
1C2422 0.01/16
1C2432 0.01/16 1005
1C2442
0.01/16 1005
2
GND1
VCC1
VCC2
VCC3
VCC4
VCC5
VCC6
A2
A2
T16
T16
U5
U5
U9
U9
U11
U11
U13
U13
B4
C4
1.0/6.3
FG_SEL1
FG_SEL2
B4
C4
Vin
Port D
VPP1
VPP2
C2F4
1
2
VB0
VB1
VB2
VB3
VB4
VB5
VB6
VB7
L203
1600 H2
1608
C237
22/6.3
MVK/SKV
Vcont
L2
L1
L3
L4
M3
M1
N1
M2
1C2302
0.01/16
1005
GND
VG0
VG1
VG2
VG3
VG4
VG5
VG6
VG7
I205
TK11125CSC
2.5V
Vout
8
6
4
2
1
1
L2
L1
L3
L4
M3
M1
N1
M2
J4
H1
J3
J2
J1
K3
K2
K1
7
5
3
1
2010
DRO0
DRO1
DRO2
DRO3
DRO4
DRO5
DRO6
DRO7
1
3
5
7
1
3
5
7
2
4 R2C8
6150
8 2010
DRE2
DRE3
DRE4
DRE5
DRE6
DRE7
DRE8
DRE9
5
1
3
5
7
CHB4
2 CHB5
4 R208
6 33
8 2010
1
J4
H1
J3
J2
J1
K3
K2
K1
Port E
Np
CHB3
1
1
1
1
1
1
1
1
VR0
VR1
VR2
VR3
VR4
VR5
VR6
VR7
C2F3
1
2
GND1
1
3
5
7
RGB2_IN/OUT
LED-P-R
LED-P-G
R289
10K
M17
N20
M20
L17
M19
K17
L19
L20
T19
T20
R19
R20
M18
P18
P19
P20
2
4 R2C7
6150
8 2010
1.0/6.3
SDS511
2010
E2
F1
F2
G3
G2
H3
H2
G1
C2F2
1
2
D253
1
2
KEYO01
R281
33
2010
2
4
6
8
R207
33
E2
F1
F2
G3
G2
H3
H2
G1
10/6.3
2125
2
DBE0
DBE1
DBE2
DBE3
DBE4
DBE5
DBE6
DBE7
1
3
5
7
1
3
5
7
3
C2F1
1
2
1005
D252
SDS511
1
2
KEYO11
T19
T20
R19
R20
M18
P18
P19
P20
1005
CHDEN
V19
Y20
R16
U19
R18
W20
V20
U20
+1.5V
10/6.3
2125
R288
2 100 1
VOL_SEL1
2010
CHVG0
CHVG1
CHVG2
CHVG3
CHVG4
CHVG5
CHVG6
CHVG7
2
4
6
8
2
1
R210
10K
1005
1
3
5
7
R209
10K
2010
DGE0
DGE1
DGE2
DGE3
DGE4
DGE5
DGE6
DGE7
1
6
DCLK
DVS
DHS
0.01/16
1005
1
1005
MOUSE
NO-COVER
IN_TEMP
R205
33
1005
2
R204
0
1005
8
6
4
2
2
4
6
8
VCLK
VPEN
VVS
VHS
FIELD
1
2
7
5
3
21
1
3
5
7
E1
N2
E3
F3
D1
1C2032 0.01/16
1C2042 0.01/16 1005
0.01/16 1005 1C2052
1005
1C2062 0.01/16
1C2072 0.01/16 1005
0.01/16 1005 1C2082
1005
1C2092 0.01/16
1C2102 0.01/16 1005
0.01/16 1005 1C2112
1005
1C2122 0.01/16
1C2132 0.01/16 1005
0.01/16 1005 1C2142
2
1
R211
1
0
1
1
1
1
1
E1
N2
E3
F3
D1
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
GND44
GND45
GND46
GND47
GND48
GND49
GND50
GND51
GND52
GND53
GND54
GND55
GND56
GND57
GND58
GND59
E7
E9
E10
E11
E12
E13
E14
E15
F16
H5
H16
J5
K5
K16
L5
N5
N6
N15
N16
P5
P6
P15
P16
R13
R14
R15
T6
T7
T9
T10
T11
T12
T13
T14
T15
1
2
VFIELD
KEYI0
KEYI1
KEYI2
LAMP-S
V19
Y20
R16
U19
R18
W20
V20
U20
R2C4
56 2 R2C5
1005 1 100 2 R2C6
1005 1 100 2
C201
22/6.3
MVK/SKV
2
CHVCK
CHVPN
CHVVS
CHVHS
CHVFD
A1
B2
B3
D4
D5
D8
D9
D11
D12
D13
D15
G4
G17
H4
H8
H9
H10
H11
H12
H13
J8
J9
J10
J11
J12
J13
K4
K8
K9
K10
K11
K12
K13
L8
L9
L10
L11
L12
L13
L18
M8
M9
M10
M11
M12
M13
N8
N9
N10
N11
N12
N13
N17
N18
P17
R5
U12
U14
Y7
E7
E9
E10
E11
E12
E13
E14
E15
F16
H5
H16
J5
K5
K16
L5
N5
N6
N15
N16
P5
P6
P15
P16
R13
R14
R15
T6
T7
T9
T10
T11
T12
T13
T14
T15
VDD1
VDD2
VDD3
VDD4
VDD5
VDD6
VDD7
VDD8
VDD9
VDD10
VDD11
VDD12
VDD13
VDD14
VDD15
VDD16
VDD17
VDD18
VDD19
VDD20
VDD21
VDD22
VDD23
VDD24
VDD25
VDD26
VDD27
VDD28
VDD29
VDD30
VDD31
VDD32
VDD33
VDD34
VDD35
C202
1
2
4
A1
B2
B3
D4
D5
D8
D9
D11
D12
D13
D15
G4
G17
H4
H8
H9
H10
H11
H12
H13
J8
J9
J10
J11
J12
J13
K4
K8
K9
K10
K11
K12
K13
L8
L9
L10
L11
L12
L13
L18
M8
M9
M10
M11
M12
M13
N8
N9
N10
N11
N12
N13
N17
N18
P17
R5
U12
U14
Y7
I201
PW168A-10VL
3
ADRESET
DRE0
DRE1
DRE2
DRE3
DRE4
DRE5
DRE6
DRE7
1
L202
C1V222-2A
3216
870mA 1 3
2
1
J17
J17
C20
C20
D18
D18
N19
N19
GND1
I201
PW168A-10VL
R212
0
1005
DCLK
DVS
DHS
DEN
0.01/16
1005
GND1
1
GND1
GND1
PWB assembly MAIN 1 (CC9SM/CC9XM)
A
B
C
D
E
F
G
A0
A1
A2
A3
A4
A5
A6
A7
A8
A9
A10
A11
A12
A13
A14
A15
A16
A17
A18
A19
A20
D0
D1
D2
D3
D4
D5
D6
D7
D8
D9
D10
D11
D12
D13
D14
D15
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
A0
A1
A2
A3
A4
A5
A6
A7
A8
A9
A10
A11
A12
A13
A14
A15
A16
A17
A18
A19
A20
6
D0
D1
D2
D3
D4
D5
D6
D7
D8
D9
D10
D11
D12
D13
D14
D15
6
L251
600 H
1608
2
1
+3.3V
1
65mA
A17
N251
I251
M29W160ET-70N6
A16
A15
A14
A13
A12
A11
A10
5
A9
A20
1
2
CHGND
A4
A6
1
60
2
59
GND1
1
R253
1 10K 2
A5
A7
4
57
A9
5
56
A8
A11
6
55
A10
7
54
A12
A14
4
2
1
3
5
7
53
8
1
1 RDN
1
1 WRN
A19
A8
R269
100
1005
2
4
6
8
A7
A6
10
51
A15
11
50
A16
R270
3.3K
2010
A5
A3
A19
12
49
A0
13
48
14
47
15
46
16
45
D15
17
44
D7
D14
18
43
D6
46
4
44
A12
DQ15A-1 45 45
45
5
55
A11
DQ7 44 44
44
6
66
A10
DQ14 43 43
43
7
77
A9
DQ6 42 42
42
8
88
A8
DQ13 41 41
41
9
99
A19
DQ5 40 40
40
10
10 10 NC-10
DQ12 39 39
39
11
11 11 W
DQ4 38 38
38
12
12 12 RP
VCC 37 37
37
13
13 13 NC-13
DQ11 36 36
36
14
14 14 NC-14
DQ3 35 35
35
15
15 15 RB
DQ10 34 34
34
16
16 16 A18
DQ2 33 33
33
17
17 17 A17
DQ9 32 32
32
18
18 18 A7
DQ1 31 31
31
19
19 19 A6
DQ8 30 30
30
20
20 20 A5
DQ0 29 29
29
21
21 21 A4
G 28 28
28
22
22 22 A3
VSS-27 27 27
27
D15
D7
D14
D6
5
D13
D5
D12
D4
C256
0.01/16
110052
D11
D3
D10
D2
D9
D1
D8
D0
1
R254
0 2
4
1 ROMOE
23
23 23 A2
24
24
E 26 26
A1
26
A0 25 25 25
24
R255
1 10K 2
1005
CHF_CE
1FLASH_CE
1
R256
0
2
R271
1 A20 2
0
1005
CPU-RESET
1
1
A1
1
CHVCC
FLASH_CE
1
1 ROMWE
1
1
19
42
D13
1
D5
GND1
20
41
D12
D4
21
40
22
39
D11
1
D3
GND1
23
38
D10
D2
24
37
1
GND1
30mA
ROMOE
VSS-46 46 46
A18
A2
BHEN
A13
1005
A4
A17
33
A13
52
9
47
3
1005
R268
100
1005
A18
GND1
48
BYTE 47 47
35mA
A3
2
1
A16 48 48
A14
1
CHWRN
A1
58
3
ROMWE
A15
22
1005
A2
1005
1
E251
WR-60S-VF1-1
R267
0
1
11
2
1
+5V
1
I252
CY62136VLL-70ZI
A6
A5
3
1
A4
A5 44
2
A3
A6 43
3
A2
A7 42
4
A1
OE 41
5
A0
BHE 40
6
CE
BLE 39
7
I/O0
I/O15 38
8
I/O1
I/O14 37
9
I/O2
I/O13 36
10 I/O3
I/O12 35
A4
3
A7
A8
A3
A2
D9
25
36
D1
D8
26
35
D0
27
34
28
33
1
29
32
1
1 RAMOE
A1
1 BHEN
A0
PCS1
RXD
NMI
1
1
1
2
R277
0
1005
30
R278
0
1005
1PCS0
2
1
2
1LCONT_IN
R279
0
1005
31
1
1
D15
D1
D14
D2
1EMU-RESET
1
LAMP_ON
D0
TXD
D13
D3
D12
2
C260
0.01/16
110052
R266
0
1005
11 VCC-11
VSS-34 34
12 VSS-12
VCC-33 33
C261
0.01/16
110052
D4
D11
13 I/O4
I/O11 32
14 I/O5
I/O10 31
15 I/O6
I/O9 30
16 I/O7
I/O8 29
D5
2
D10
D6
RAMWE
D8
1
A17
1
R257
0
1005
17 WE
2
NC-28 28
18 A16
A8 27
19 A15
A9 26
20 A14
A10 25
21 A13
A11 24
1 R251 2
0
1005
A9
A16
A10
A15
A11
A14
A13
A12
1
R258
2
0
1005
R252
0
1005
2
NC-23
23
1
A182
R259
0
1005
VSS
SDA
5
R260
1 100 2
1005
1
1 I2CCLK
1005
1 I2CDAT
1
R263
820
1005
R261
1 100 2
1005
6
R264
1 4.7K 2
7
SCL
2
WC
E2
1005
E1
GND1
1
3
4
8
R262
1 4.7K 2
2
1
VCC
2
E0
C259
1
2
1
1005
2010
PWB assembly MAIN 2 (CC9SM/CC9XM)
1
GND1
A
1
22 A12
I253
M24C64-WMN6
2
4
6
8
R265
820
1
R250
0
0.01/16
1005
1
3
5
7
2
D9
D7
B
C
D
E
F
G
CLK2
DATA2
CLK1
POWER5
CS_DAC
DATA1
6
L371
100 H
2
1
2518
1
1
R372
0
1
1005
0 1005
2
R375
1 220 2
3
C374
1
2
0.01/16
1005
3
1
0
1005
2
ADRESET
2
1 R374 2
1005
1
OUT
Cd
3
1
G1
NC
A
3
GND
Vcc
5
Y
4
R318
1 100 2
4
C312
0.01/16
G2
G1
G2
2
1
1005
I311
SN74LVC1G126DCK
Q374
SRC1202EF
1005
OE
2
2
VDD
GND
1
1005
5
1005
Q372
SRC1202EF
C376
0.01/16
1005
R377
1 10K 2
R371
1 220 2
RESETN
R379
1 100 2
1 R373 2
D-RESET
S309
SKHHLMA010
I301
RN5VD26C
C377
1
2
1005
2
1005
0.33/10
3
2
1
2
Q373
DTA114YKA
R376
1 220 2
CPU-RESET
I310
SN74LVC1G126DCK
2
C371
10/10
2125
1005
+3.3V
R378
1 10K 2
6
1
OE
2
A
3
GND
Vcc
5
Y
4
GND1
1
1
R319
0 2
1005
Q303
SRC1202EF
C313
0.01/16
R328
1 1.0K 2
2
LED-N-Y
LED-P-G
LED-P-R
LED-TEMP
LED-LAMP
2
1
1005
1005
3
1005
3
3
3
Y0
2 R320 1
220
2 1005 1
R321
100
1005
2
1
D307
2
4
R326
2 330 1
1
1005
3
3
2
SML-210YT
2
1
D306
YELLOW
R381
10K
7
VEE
8
VSS
A
B
C
POW
R332
2 220 1
11
1005
R337
2 220 1
10
9
R345
1 1.0K 2
R342
1 1.0K 2
1005
1005
R343
1 1.0K 2
Q321
2SC5343UFG
3
UP
3
2
3
4
2
1
4
3
2
1
C321
100p-C
1005
1
S304
SKRAAAE010
S302
SKRAAAE010
1
2
3
4
2
1
4
3
1
2
3
4
2
4
3
RIGHT
DOWN
S305
SKRAAAE010
S306
SKRAAAE010
2
3
4
1
3
5
7
2
1
C324
100p-C
1005
1
2
1
4
3
LEFT
1
2
3
4
2
1
4
3
1
2
3
4
2
4
0
2
POWER1
POWER3
1005
1R 3 1 1
POWER6
RGB_COMP
1
CHK302
POWER5
R315 0
R312
1.0K-1%
1005
2
GND1
R310
6.8k-1%
1005
1
2
1
MUTE
1
F_SD/HD
IN_TEMP
FAN-CNT1
FAN-CNT2
FAN-CNT3
FAN-CNT4
TEMP_SEL2
2 1005 1
TEMP_SEL1
1
PWB assembly MAIN 3 (CC9SM/CC9XM)
B
C
2
S303
SKRAAAE010
TEMP_REF
1005
1005
LAMP_POW
A
3
1005
R301
1 10K 2
1005
R302
1 10K 2
POWER5
KEYO1
2010
2
4
6
8
2010
R305
100
2
4
6
8
R306
100
1
3
5
7
POWER1
1005
INPUT
S301
SKRAAAE010
3
RGB1/2
R365
1 1.0K 2
R363
1 6.8K 2
1
LEFT
POW
D311
SDS142WKF
2
1
C320
100p-C
1005
V D D 13
9
12 D 4 / A 1 2
D 2 16
D7/A9
8
D 3 15
D 1 17
D8/A8
7
V c c 14
D 0 18
D9/A7
6
11 D 5 / A 1 1
S I 20
C L K 19
D10/A6
5
10 D 6 / A 1 0
S 0 21
A4
D11/A5
4
E N 22
A3
2010
2
4
6
8
R307
100
1
3
5
7
GND1
D326
2
SML-210DT
1
1
2
2
2010
2
4
6
8
R303
100
D310
SDS142WKF
1
1
1005
DOWN
1005
1C 3 2 52
100p-C
1005
TEMP_SEL3
R380
1 6.8K 2
1005
R341
2 220 1
1005
3
R362
1 10K 2
R314
1100K-1%
2
1005
3
4
G N D 24
OUT
R E S E T 23
+IN
I305
M62376GP-60AD
GND
3
5
A2
1005
2
V+
2
1005
1005
R350
12 2 K - 1 %2
0.1/25
0.1/16
C352
1
2
1005
R349
13.3K-1%
2
-IN
A1
2
R347
0 2
1
1
55
1005
R392
2270-1%1
1005
66
1 Q353
2SA1980UFG
R313
11 0 K - 1 %2
-IN2
+IN2
R359
1 100 23
1005
C303
1
2
VEE
2
0.1/10
1005
+IN1
44
77
1
SML-210DT
1
UP
KEYI0
KEYI1
KEYI2
KEYO0
1
1005
33
OUT2
C302
0.01/16
1005
I322
NJM2406F
R348
11 . 0 K - 1 %2
-IN1
88
1
1005
2
22
Vcc
1005
R336
2 220 1
D324
2
1005
R339
2 220 1
D325
2
SML-210DT
1
7
5
3
1
2010
8
6
4
2
1005
R351
13 . 3 K - 1 %2
1005
2
1
OUT1
INPUT
2
C301
0.01/16
1005
1005
R360
13 . 3 K - 1 %2
2
1
100/10
MVK/SKV
3
2
I333
BA10358F
11
RIGHT
1005
R340
2 220 1
R304
10K
R388
13.3K-1%2
1
R357
1 1.0K 2
C354
2
1005
1
SML-210DT
R335
2 220 1
1
SML-210DT
1
3
5
7
1005
0.1/10
1005
C364
1
2
2
R391
4.7K
1005
2
1005
R338
2 220 1
1005
R334
2 220 1
D322
2
D323
R333
2 220 1
1
2
1
C317
100p-C
1005
X0 12
D321
2
SML-210DT
1C 3 2 92
100p-C
1005
INH
1005
2
1
C316
100p-C
1005
1005
R368
10K
1005
6
7
5
3
1
2010
2
1
C328
100p-C
1005
8
6
4
2
X1 13
Z0
R331
2 220 1
14
2
1
C323
100p-C
1005
Z
15
1C 3 2 72
100p-C
1005
X
2
1
C322
100p-C
1005
Y
Z1
1005
Q352
2SB1132 1
R358
1.0K
1005
3216
4
VDD 16
2
4
2
R356
1 1.0K 2
C353
1
2
1005
2
33
2
1
C326
100p-C
1005
3
5
1
0.001
1005
C386
1
2
C351
10/10
2125
1
10/10
2125
C355
1
2
R352
0 2
SDS142WKF
1
2
R385
1 3.3K 2
1
1
2
R355
13 . 3 K - 1 %2
2
4
6
8
1
3
5
7
R353
270
AP351
AP352
1
1
L352
600 H
2
1
1608
2
2
1
1005
Y1
1
C362
1
2
0.001
1005
R390
10K
C385
1
2
2
1
2
2
3
1005
2
R387
10K
1
1005
R361
10K
0.001
1005
1
R366
1 3.3K 2
1005
R354
15.1K-1%2
11
2
1
1005
1608
Q312
SRC1202EF
Q315
SRC1202EF
1005
FAN+15V
L351
600 H
2
1
1005
D301
2
1
C384
1
2
0.001
1005
R389
1 3.3K 2
L386
600 H
2
1
L385
600 H
2
1
1
1
SML-210VT
RED
SML-020MVT86
1005
1005
1608
AIR SPEED
SENSOR
(1K)
R323
2 330 1
GREEN
R384
1 3.3K 2
1608
5
E302
ZH-02H
2
Q311
SRC1202EF
1005
R386
10K
0.001
1005
C383
1
2
C361
1
2
UDZ2.0B
D305
1
2
UDZ2.0B
AP386
1
D304
1
2
AP385
1
L362
600 H
2
1
1608
R300
4.7K
D303
1
2
R367
4.7K
1005
I323
SN74LV4053APW
1608
2
1005
LAMP
Q314
SRC1202EF
L361
600 H
2
1
0.001
1005
1
1608
1
1
E301
ZH-02H
R322
2 330 1
1
SML-210VT
1
C381
1
2
0.001
1005
1
2
1005
R382
10K
1
1005
R364
1 3.3K 2
AP362
AP361
D315
1
2
L383
600 H
2
1
UDZ2.0B
D314
1
2
2
UDZ2.0B
1608
OUT-SIDE
SENSOR
on Power
(10K)
3
R369
1 3.3K 2
L384
600 H
2
1
4
IN-SIDE
SENSOR
on PWB
(4.7K)
0.001
1005
C382
1
2
UDZ2.0B
D313
1
2
UDZ2.0B
AP384
1608
1
1
1
R324
1 10K 2
D302
2
L381
600 H
2
1
AP383
1
5
D312
1
2
R383
4.7K
2
2
E304
ZH-02H
1005
TEMP
1608
OUT-SIDE
SENSOR
in Duct
(10K)
R325
1 10K 2
Q313
SRC1202EF
AP382
AP381
1
LAMP-TEMP
SENSOR
(10K)
5
+3.3V
L382
600 H
2
1
1
1
E303
ZH-02H
1005
1005
R327
1 10K 2
1
1
+5V
GND1
1005
R309
1 0 2
LAMP-S
R308
0 2
5
D
E
F
G
SS1
7
Vref1
8
NC-8
2
1.55V-CPU
+1.5V
SS2 11
R833
220-1%
1005
DGND2 12
R832
330-1%
1005
1
1 2
1
R825
330-1%
1005
1
Vref2 10
2
D813
UDZ2.0B
1
2
1
C828
220/6.3
MVK/SKV
1
C829
220/6.3
MVK/SKV
2
2
R831
1.0K-1%
1005
D812
RB053L-30
1
2
1
C827
2
R830
1.0K
2 1005
9
1.0/6.3-F
1005
1
AGND
C826
4.7/10-F
2125
1
1005
1
C824
220/6.3
1
2
MVK/SKV
2
C823
1
100/10
MVK/SKV
C821
1
2
100/6.3
MVK/SKV
R827
C825
1.0K
1.0/6.3-F 1005
1
1
2
2
1
C822
100/10
1
2
MVK/SKV
2
1005
1005
2
R821
11 5 K - 1 %2
R822
11 5 K - 1 %2
2
1
R823
10K-1%
1005
2
1
2
1
C820
0.1/10
1005
C819
100/6.3
MVK/SKV
1005
1005
R818
18 . 2 K - 1 %2
C818
0.1/10
1005
47/6.3
MVK/SKV
1
2
C817
1
2
1
DGND1
6
In2
6
GND
VCC
5
1005
1
A
2
B
3
GND
1
1
Vcc
5
Y
4
1005
I831
SN74LVC1G97DCK
1
In1
In2
6
1
In1
In2
6
2
GND
VCC
5
2
GND
VCC
5
3
In0
Y
4
3
In0
Y
4
AP-FG
R8A9
1 100 2
1
4
CH-FG
Y
I834
SN74LVC1G97DCK
1
In0
3
1005
2010
1
3
5
7
I832
SN74LVC1G86DCK
AP-FS1
In1
2
R8C2
1 100 2
R8C1 1005
100
1
2
AP-FS2
1
R8A8
1 100 2
R8A7
1 100 2
1
1
5
SWout2 13
5
R8A2
1 100 2
1005
1005
AP15
AP13
SWout1
L816
47 H
C12-K4.5L
2
1
1005
L806
600 H
1608
R8A3
1 100 2
R8E1
1 100 2
VOL_SEL
4
6
R829
1 10K 2
C/E 14
FG_SEL1
2
1
VCC
2
1
SDS511
1005
H
2L807 600
1
1608
1
2
GND
Vin2 15
3
1005
I833
SN74LVC1G97DCK
R8A5
1 100 2
R8A4
1 100 2
3
REMOTE
Vin1
FG_SEL2
R8A6
10K
2
NC-16 16
2
Q809
2SC5343UFG
L808
600 H
1608
1
1
AP16
E805
ZH-03H
ADND
D810
PWRC
+5V VCC
1
1005
R826
1.0K-1%
D811
1005
RB053L-30
1
2
OUT
C
GND
5
R824
470-1%
20 5 2
11 0
4
R828
1 100 2
L815
47 H
SLF6028
2
1
2
3
I807
SPI-8001TW
D814
UDZ2.0B
2
VCC
CTL
1
+1.8V
1.8V-TG
(R823+R822+R821)/R823*1.25V=5.025V
5
+5V
+3.3V
+6.6V
(R820+R819+R818)/R820*1.25V=3.30V
OUT
4
R819
18 . 2 K - 1 %2
10/6.3
2125
C816
1
2
C815
1
2
0.001-C
C814
0.1/16-F
1005
2
C
GND
VCC
Np
3
CTL
GND
2
10K
1005
R817
3
1
1005
C813
0.1/10
1
2
2
ROHM Reg
R820
10K-1%
1005
4
Vout
+3.3VP
5
Vin
I802
TK11133CSC
2
R816
100
1005
C812
1
2
1005
1005
1
5V
22K
1005
2
3
1
ROHM Reg
I805
BA00BC0WFP
2
4
6
8
5
2 R835 1
R836
10K
1 1005 2
MOUSE
1
RMT
R815
39K
1 1005 2
R814
2.2K-1%
1005
2
R812
12 7 K - 1 %2
R813
14 . 7 K - 1 %2
0.1/25-F
1
C811
2
2 1005 1
2
5
Vcont
4
1
3
3.3V-CPU
3.3V-Panel
1
2
R811
100
I803
BA00BC0WFP
47/16
MVK/SKV
1
ADJ
GND
Vin
Vc
Vout
15.5V-Panel
6
POWER6
+15.5V
(R814+R813+R812)/R814*1V=15.41V
POWER5
I801
SI-3010KM
R8A1
1 100 2
FAN_FG
1005
1005
1005
DATA1
I821
SN74LVC1G08DCK
Vcc
L821
600 H
1 1608 2
GND
3
4
1
R8E4
100
1 1005 2
C856
1
2
2
R882
22K
1005
1
1
APF14
APF9
1
APF1
1
APF3
1
L828
2
600
H
2125
(EXHAUST FAN)
E801
ZH-04H
1
2
2
3
2
4
L830
600 H
1608
FAN1S
VCC
GND
CONT
NC
5
L831
600 H
1 1608 2
1
2
C872
0.1/25
C876
1
2
R876
2.7K-1%
1005
10/6.3
2125
1
1
D871
L832
2
600
H
2125
2
APF5
1
4
APF7
1
3
2
2
R887
10K
1005
1
ADJ
Vout
GND
Vc
R874
10K
1005
Vin
1
POWER3
2R 8 7 5 1
15K-1%
1005
2
1
VEE
44
+IN1
-IN1
APF2
1
L827
600 H
1 1608 2
APF4
1
2
1
1
2
C891
4.7/16
2125
I871
SI-3010KM
1
55
+IN2
6
-IN2
OUT2
88
OUT1
1
APF13
APF12
10/6.3
2125
C855
100/16
MVK/SKV
(INSIDE PANEL FAN)
E802
ZH-03H
1
2
3
VCC
GND
L833
600 H
2125
2
1
SDS511
1
R873
1.0K
1005
1
2
1
2 R877 1
22K-1%
1005
C874
1
2
2
FAN-CNT2
C873
0.01/16
1005
1
2
(INSIDE PANEL FAN)
C875
100/16
MVK/SKV
C892
4.7/16
2125
FAN-CNT1
(EXHAUST FAN)
3
1
Q808
SRC1202EF
LAMP_POW
LAMP_ON
1
GND1
B
2
FAN2S
PWB assembly MAIN 4 (CC9SM/CC9XM)
A
3
FAN-CNT3
(SUB FAN)
2
1
NC
22K-1%
1005
1
(EXHAUST FAN)
33
55
22
+IN2
2 1005 1
VEE
1005
C842
100/16
MVK/SKV
APF11
1
ADJ
GND
Vout
Vc
Vin
1
1
(INSIDE PANEL FAN)
2 R872 1
100
1005
2
R878
2.7K-1%
1005
1
2
66
44
77
11
33
-IN2
R879
15K-1%
OUT2
+IN1
I872
BA10358F
Vcc
1
C871
0.1/25
1
2
-IN1
2
1
C845
0.1/25
2125
22
1
88
R844
12K-1%
1005
Vcc
12 R 8 4 7 1
R28 4 8
8.2K-1% 5.6K-1%
1005
1005
R843
1 1.0K 2
OUT1
2
11
2
2
R840
21
R841
1
2
1
I842
BA10358F
APF10
1
GND
2 R857 1
C854
0.1/25
1
2
2
1
3
2
Q805
SRC1202EF
R810
2.2K
APN4
0.1/25-F
3
C807
0.01-F
1005
2
3
2
2
L826
600 H
2125
Q871
2SD1760
R870
1 100 2 3
77
1005
2
6 1
2
R846
100
1005
5
R845
0
1 1005 2
GND
Vout
4
R842
10K-1%
22K-1%
2.7K-1%
1005
1005
1005
(R842+R841+R840)/R842*1V=12.85V
2
1
3
2
1
1
L814
600 H
1608
Q807
DTA114YKA
C841
1
2
2
1
1
2
R807
100
1 1005 2
2
1
H 1608
H 1608
2
C806
0.01-F
1005
2
L812 600
2
L813 600
2
1
1
Q804
DTA114YKA
1
1
1
C805
0.01-F
1005
APN3
1
APN2
1
1
3
4
2
R806
0
1005
2
1
SILENT MODE
1
APN1
GND
LAMP MISS
Vin
Vc
2
1
SDS511
D841
R849
100K
1005
2
1
1
3
C844
0.01-F
1005
1
2
3
R888
100
1005
LAMP-S
L811
600 H
1608
2
1
2
ADJ
2
1
1
1
C843
0.1/25
1
2
2
1 R803 2
100K
1005
VCC
1
2
1
SDS511
2
1
C853
0.01/16
1005
R871
100
1005
FAN3S
2
2
R855
15K-1%
1005
1
R853
1.0K
1005
1
D851
0.1/25
3
R802
10K
1005
Q806
DTA114YKA
1 R805 2
1.0K
1005
1
R808
100
2 1005 1
1
APS2
APS1
1
G2
G1
2
G2
G1
Q803
SRC1202EF
1 R889 2
0
1005
NO-COVER
P_ON/OFF/CNT
2
(SUB FAN)
E806
ZH-03H
L825
2600 H
2125
1
I841
SI-3010KM
FAN-CNT4
(OUTSIDE PANEL FAN)
1
L829
600 1H
2125
1
Q802
DTA114YKA
1
E804
SH-04H
L824
600 H
1 1608 2
5
R800
0
1005
1 R809 2
0
1005
1 R804 2
100
GND
APF6
1
2
3
LAMP_COVER_SW
4
R885
10K
1005
2
S801
3
2
2
1
+IN1
33
-IN1
R856
2.7K-1%
1005
R858
2.7K-1% 2
15K-1% 1
1005
1
2 1005
C893
4.7/16
2125
1
2
R801
3.9K
1005
POWER1
2
4
R881
22K
1005
1
C852
0.1/25
2
2
1
FAN+15POW
SPPB620300
3
1
2
L801
600 H
1608
A_GND
2
2
1
2
1
R854
10K
1005
6
-IN2
OUT2
2 R852 1
100
1005
R859
2
1
C865
100/16
MVK/SKV
2
1
C864
0.1/25
1
2
2
1
22
2
1
R863 2 R867 1
1.0K
22K-1%
1 1005 2 1005
C863
0.01/16
1005
R850
1 100 2 3
77
1005
2
61
88
Vcc
OUT1
10/6.3
2125
C866
1
2
1
C851
0.1/25
R869
R868
2.7K-1% 1
25K-1% 1
1005
2 1005
R865
15K-1%
1005
2
VEE
R866
2.7K-1%
1005
1
1
2
D861
2
1
SDS511
11
5
1
1
2
1
APP7
1
GND1
VCC
(SUB FAN)
R851
100
1005
I852
BA10358F
ADJ
4
2 1005 1
3
R884
10K
2
Vout
GND
Vc
Vin
2
2
C862
0.1/25
44
22
33
-IN1
+IN1
OUT1
1
R864
10K
1005
1
+IN2
1
R883
22K
1005
55
2 R862 1
100
1005
-IN2
OUT2
R861
100
1005
I862
BA10358F
11
2
C803
100/6.3
MVK/SKV
C802
47/10
MVK/SKV
C804
0.01-F
1005
1
2
12
2
I851
SI-3010KM
Q851
2SD1760
55
2
1
I861
SI-3010KM
2
11
GND
ACTIVE
1
Q861
2SD1760
R860
1 100 2 3
77
1005
1
2
66
88
C861
0.1/25
1
2
7
5
3
1
2010
R893
10K
8
6
4
2
8
6
4
2
L805
C1V222-2A
3216
1 3
2
1
10
GND
1
9
2
8
1005
+4.1V
Audio_GND
APP5
1
7
R890
1 10K 2
+4.1V
1 3
2
L804
C1V222-2A
3216
APP9
1
6
APP8
1
5
APP6
1
+6.6V
+6.6V
R891
1 10K 2
4
GND
7
5
3
1
2010
L803
C1V222-2A
3216
1 3
2
R892
10K
3
C801
47/25
1
2
MVK/SKV
2
+17V
1005
FAN GND
Vcc
APP4
1
APP3
1
APP2
1
APP1
1
L802
C1V222-2A
3216
1 3
2
1
FAN4S
L822
2600 H
2125
4
(OUTSIDE PANEL FAN)
+13.5V
1
R8E7
100
1 1005 2
GND1
3
Y
L823
600 H1
2125
DATA-A
FAN+15V
+4.0V
+17V
E800
PH-12H
(OUTSIDE PANEL FAN)
E807
ZH-04H
5
+IN2
4
B
VEE
Y
2
44
GND
3
A
1
B
1
2
1
2
R8E2
1005
100
CLK-A
2
R8E6
100
1 1005 2
5
21 0 0 51
2
R8E3
100
1005
I822
SN74LVC1G08DCK
Vcc
2 R8E5 1
100
1005
1
CLK1
A
C881
0.01/16
4
1
C
D
E
F
G
+1.8V
L401
10 H
2518
2
1
1
L402
2.2 H
2518
D7
D8
D9
D10
D11
D12
D13
E7
E8
E9
E10
E11
E12
E13
T8
T9
T10
T11
T12
T13
T14
U8
U9
U10
U11
U12
U13
U14
C421
2.2/6.3
1
2
C422
0.01/16
1005
1
2
6
C423
0.01/16
1005
1
2
C424
0.01/16
1005
2
C425
0.01/16
1005
1
2
C426
0.01/16
1005
1
2
1
2
C427
0.01/16
1005
1
2
C428
2.2/6.3
5
1
2
C402
2.2/6.3
1
2
C403
0.01/16
1005
1
2
C404
0.01/16
1005
1
2
C405
0.01/16
1005
1
2
C406
0.01/16
1005
1
2
4
C407
0.01/16
1005
1
2
1
AP415
AP413
1
AP414
1
1
CH415
CH414
1
1
CH413
1
1
3
5
7
2
4
6
8
5
3
1
7
6
4
2
8
1
C442
5.0p-C
1005
1
2
R434
100K
2010
R431
0 2
2
R451
100
1005
R452
0
1005
1
1
1
1
1005
C430
0.1/10
1005
R432
2
1
1 47K 2
R433
1 10K 2
2
2
V20
E18
A20
C6
B18
B19
B20
C19
A2
A3
B3
A4
B4
C4
B5
A1
CHTMS 1
B1
CHTDI 1
B2
C1
C2
CHTDO 1
D2
R453
E2
1 0 2
E1
1005 R436 H2
120K-1%2H1
1005 J1
J2
J3
K1
K2
K3
D7
D8
D9
D10
D11
D12
D13
E7
E8
E9
E10
E11
E12
E13
T8
T9
T10
T11
T12
T13
T14
U8
U9
U10
U11
U12
U13
U14
VDD1-D7
VDD1-D8
VDD1-D9
VDD1-D10
VDD1-D11
VDD1-D12
VDD1-D13
VDD1-E7
VDD1-E8
VDD1-E9
VDD1-E10
VDD1-E11
VDD1-E12
VDD1-E13
VDD1-T8
VDD1-T9
VDD1-T10
VDD1-T11
VDD1-T12
VDD1-T13
VDD1-T14
VDD1-U8
VDD1-U9
VDD1-U10
VDD1-U11
VDD1-U12
VDD1-U13
VDD1-U14
C5
D18
G16
G17
H4
H5
H16
H17
J4
J5
J16
J17
K4
K5
K16
K17
L4
L5
L16
L17
M4
M5
M16
M17
N4
N5
N16
N17
P4
P5
U2
U18
VDD2-C5
VDD2-D18
VDD2-G16
VDD2-G17
VDD2-H4
VDD2-H5
VDD2-H16
VDD2-H17
VDD2-J4
VDD2-J5
VDD2-J16
VDD2-J17
VDD2-K4
VDD2-K5
VDD2-K16
VDD2-K17
VDD2-L4
VDD2-L5
VDD2-L16
VDD2-L17
VDD2-M4
VDD2-M5
VDD2-M16
VDD2-M17
VDD2-N4
VDD2-N5
VDD2-N16
VDD2-N17
VDD2-P4
VDD2-P5
VDD2-U2
VDD2-U18
V20
E18
A20
C6
B18
B19
B20
C19
A2
A3
B3
A4
B4
C4
B5
A1
B1
B2
C1
C2
D2
E2
E1
H2
H1
J1
J2
J3
K1
K2
K3
TEST1
TEST2
TEST3
TEST4
SDATA
SCS
SCLK
RESET
OSDSW
OSDRIN0
OSDRIN1
OSDGIN0
OSDGIN1
OSDBIN0
OSDBIN1
TMS
TDI
TCK
TRST
TDO
VSYNC
HSYNC
DCLK
SELECT
CPOUT
VCOIN
VDDP
EN
VSEL
TEST
GNDP
HPLL
HRESET0
VRESET0
CLP1
CLP2
DIRY
SHENB
NRG
D1
F1
F2
G2
H3
L1
L3
M1
D1
1
F1
1
F2
1
G2
1
H3
1
L1
L3
1
1
M1
CHCLO
CH401
CH402
CHCP1
CHCP2
CHSHE
2
1
DIRY
1
NRG
R442
47
1005
GND-C3
GND-C18
GND-D4
GND-D5
GND-D6
GND-D14
GND-D15
GND-D16
GND-D17
GND-E4
GND-E5
GND-E6
GND-E14
GND-E15
GND-E16
GND-E17
GND-F4
GND-F5
GND-F6
GND-F14
GND-F15
GND-F16
GND-F17
GND-G4
GND-G5
GND-G6
GND-J9
GND-J10
GND-J11
GND-J12
GND-K9
GND-K10
GND-K11
GND-K12
GND-L9
GND-L10
GND-L11
GND-L12
GND-M9
GND-M10
GND-M11
GND-M12
GND-P15
GND-P16
GND-P17
GND-R4
GND-R5
GND-R6
GND-R7
GND-R15
GND-R16
GND-R17
GND-T4
GND-T5
GND-T6
GND-T7
GND-T15
GND-T16
GND-T17
GND-U4
GND-U5
GND-U6
GND-U7
GND-U15
GND-U16
GND-U17
GND-V3
GND-V18
C3
C18
D4
D5
D6
D14
D15
D16
D17
E4
E5
E6
E14
E15
E16
E17
F4
F5
F6
F14
F15
F16
F17
G4
G5
G6
J9
J10
J11
J12
K9
K10
K11
K12
L9
L10
L11
L12
M9
M10
M11
M12
P15
P16
P17
R4
R5
R6
R7
R15
R16
R17
T4
T5
T6
T7
T15
T16
T17
U4
U5
U6
U7
U15
U16
U17
V3
V18
C3
C18
D4
D5
D6
D14
D15
D16
D17
E4
E5
E6
E14
E15
E16
E17
F4
F5
F6
F14
F15
F16
F17
G4
G5
G6
J9
J10
J11
J12
K9
K10
K11
K12
L9
L10
L11
L12
M9
M10
M11
M12
P15
P16
P17
R4
R5
R6
R7
R15
R16
R17
T4
T5
T6
T7
T15
T16
T17
U4
U5
U6
U7
U15
U16
U17
V3
V18
DRE0
DRE1
DRE2
DRE3
DRE4
DRE5
DRE6
DRE7
DRE8
DRE9
1
1
1
1
1
1
1
1
1
1
C9
A8
B8
C8
A7
B7
C7
A6
B6
A5
C9
A8
B8
C8
A7
B7
C7
A6
B6
A5
ROUT0
ROUT1
ROUT2
ROUT3
ROUT4
ROUT5
ROUT6
ROUT7
ROUT8
ROUT9
RIN0
RIN1
RIN2
RIN3
RIN4
RIN5
RIN6
RIN7
RIN8
RIN9
STSQOR
STSQER
XFRR
SHCLKR
DIRXR
DIRXRN
FRPR
CLYOUTR
DYOUTR
DXOUTR
MONR
ENBX1R
ENBX2R
ENBX3R
ENBX4R
CLXOUTR
Y7
W6
Y6
W5
Y5
W4
Y4
Y3
Y2
Y1
W3
W1
V1
V2
T2
T1
U1
R1
R2
P1
P2
N3
N2
N1
M3
M2
Y7
W6
Y6
W5
Y5
W4
Y4
Y3
Y2
Y1
W3
W11
V1
V2
T2
T1
U1
R1
R2
P1
P2
N3
N2
N1
M3
M2
7
5
3
1
CHQER
7
5
3
1
8R402
8R401
656
4 2010
2
656
4 2010
2
7
5
3
1
8R403
656
4 2010
2
1
3
5
7
2
4R404
656
8 2010
1RD0
1RD1
1RD2
1RD3
1RD4
1RD5
1RD6
1RD7
1RD8
1RD9
1STSQOR
1XFRR
6
1
R421
56 2
1SHCLKR
1005
1
3
5
7
2
4R405
656
8 2010
1DIRXRN
1DIRXR
1FRPR
1CLYOUTR
H421
SC020JT
2125
1 3
2
1DYOUTR
1DXOUTR
1ENBXR1
1ENBXR2
1
3
5
7
2
4R406
656
8 2010
7
5
3
1
8R408
8R407
656
4 2010
2
1ENBXR3
1ENBXR4
1CLXOUTR
1MONR
5
I401
L3E07070K0A
DGE0
DGE1
DGE2
DGE3
DGE4
DGE5
DGE6
DGE7
DGE8
DGE9
1
1
1
1
1
1
1
1
1
1
A13
C12
B12
A12
C11
B11
A11
C10
B10
A10
A13
C12
B12
A12
C11
B11
A11
C10
B10
A10
GIN0
GIN1
GIN2
GIN3
GIN4
GIN5
GIN6
GIN7
GIN8
GIN9
GOUT0
GOUT1
GOUT2
GOUT3
GOUT4
GOUT5
GOUT6
GOUT7
GOUT8
GOUT9
Y20
W19
Y19
W18
Y18
W17
Y17
W16
Y16
W15
STSQOG
STSQEG
XFRG
SHCLKG
DIRXG
DIRXGN
FRPG
CLYOUTG
DYOUTG
DXOUTG
MONG
ENBX1G
ENBX2G
ENBX3G
ENBX4G
CLXOUTG
Y15
W14
V13
W13
W12
Y12
Y13
W11
V11
Y10
Y11
W10
Y9
W9
V9
W8
Y20
W19
Y19
W18
Y18
W17
Y17
W16
Y16
W15
7
5
3
1
Y15
W14
1 CHQEG
V13
W13
W12
Y12
7
Y13
5
W11
3
V11
1
Y10
Y11
W10
Y9
W9
V9
7
W8
5
3
1
656
4 2010
2
7
5
3
1
8R409
656
4 2010
2
1GD0
1GD1
1GD2
1GD3
1GD4
1GD5
1GD6
1GD7
1GD8
1GD9
1STSQOG
1XFRG
4
1
8R410
656
4 2010
2
7
5
3
1
8R411
656
4 2010
2
1DIRXG
1DIRXGN
1FRPG
1CLYOUTG
1DYOUTG
1DXOUTG
1ENBXG1
1ENBXG2
R422
56 2
1SHCLKG
1005
H422
SC020JT
2125
1 3
2
1ENBXG3
1ENBXG4
1CLXOUTG
1MONG
8R412
656
4 2010
2
3
I401
L3E07070K0A
DBE0
DBE1
DBE2
DBE3
DBE4
DBE5
DBE6
DBE7
DBE8
DBE9
1
1
1
1
1
1
1
1
1
1
B17
A17
C16
B16
A16
C15
B15
A15
C14
B14
B17
A17
C16
B16
A16
C15
B15
A15
C14
B14
BOUT0
BOUT1
BOUT2
BOUT3
BOUT4
BOUT5
BOUT6
BOUT7
BOUT8
BOUT9
BIN0
BIN1
BIN2
BIN3
BIN4
BIN5
BIN6
BIN7
BIN8
BIN9
STSQOB
STSQEB
XFRB
SHCLKB
DIRXB
DIRXBN
FRPB
CLYOUTB
DYOUTB
DXOUTB
MONB
ENBX1B
ENBX2B
ENBX3B
ENBX4B
CLXOUTB
2
1 2 R437 1
C441
0.01/16 75-1%
1005
1005
2
R460
220
1005
R435
100K
2010
DVS
DHS
DCLK
C411
2.2/6.3
C5
D18
G16
G17
H4
H5
H16
H17
J4
J5
J16
J17
K4
K5
K16
K17
L4
L5
L16
L17
M4
M5
M16
M17
N4
N5
N16
N17
P4
P5
U2
U18
1005
AP411
1
AP412
CH412
1
C412
220/6.3
MVK/SKV
1
2
1005
1
AP410
1
CH411
1
1
DATA2
1
CS_TG
1
CLK2
1
RESETP
1
CH410
1
C408
1005
0.01/16
1
2
C409
1005
0.01/16
1
2
C410
0.01/16
1005
1
2
3
I401
L3E07070K0A
I401
L3E07070K0A
2
1
C420
220/6.3
MVK/SKV
1
2
+3.3VP
1
1
D20
E19
E20
F19
F20
G19
G20
H19
H20
J18
J19
J20
K18
K20
L18
M20
L19
M18
M19
N18
N19
R20
R19
T20
T19
U20
D20
E19
E20
F19
F20
G19
G20
H19
H20
J18
7
5
3
1
J19
J20
1 CHQEB
K18
K20
L18
M20
7
L19
5
M18
3
M19
1
N18
N19
R20
R19
T20
T19
7
U20
5
3
1
7
5
3
1
8R414
656
4 2010
2
7
5
3
1
8R413
656
4 2010
2
8R415
656
4 2010
2
1BD0
1BD1
1BD2
1BD3
1BD4
1BD5
1BD6
1BD7
1BD8
1BD9
1STSQOB
1XFRB
2
1
8R416
656
4 2010
2
7
5
3
1
8R418
656
4 2010
2
8R417
656
4 2010
2
1DIRXB
1DIRXBN
1FRPB
1CLYOUTB
1DYOUTB
1DXOUTB
1ENBXB1
1ENBXB2
R423
56 2
1SHCLKB
1005
H423
SC020JT
2125
1 3
2
1ENBXB3
1ENBXB4
1CLXOUTB
1MONB
1
1
PWB assembly MAIN 5 (CC9SM/CC9XM)
GND1
A
B
C
D
E
F
G
R Panel Part
6
VMID
VREF
1
CHVRR
1
APVRR
33
-IN2
66
44
VEE
+IN2
55
1
77
9
1
1
1
1
1
1
1
1
1
1
1
1
1
1
VID5
APR07
8
3
VID6
N.C.(NRS2)
C531
0.1/25
1
2
R528
10K-1%
1005
2
7
1
C530
0.1/25
1
2
10
VID4
APR08
RVID5
1
OUT2
RVID4
1
2
-IN1
+IN1
11
VID3
APR09
APR05
1
2
1
22
12
VID2
APR10
RVID3
RVID6
1 R524 2
1.8K 1005
R523
0
1005
1.2K
1005
R525
2
Vcc
88
R527 2 R526 1
1.8K-1% 10K-1%
1005
1005
1
2
2
1
C532
0.1/25
R520
8.2K
1005
1
1 R522 2
10K 1005
2
1
1
I502
BA10358F
OUT1
13
VID1
APR11
RVID2
11
1
RVID1
0.01/16
1005
C524
14
VSSX
APR12
R506
100
2010
MONR
DXOUTR
ENBXR1
ENBXR2
ENBXR3
ENBXR4
CLXOUTR
15
DX
APR13
R/CLX
RCLX
RENBX4
RENBX3
RENBX2
RENBX1
RDX
6
LCCOM
APR04
RDIRY
5
DIRY
APR03
2
1
APR02
RDY
1
1
2
1
C540
0.1/25
2
NRG
DYOUTR
CLYOUTR
2 1005 1
R501
100
2
16
VDDX
APR14
2
2010
2
4
6
8
2
4
6
8
17
/CLX
RVID6
RDX
R507
100
1
3
5
7
1
3
5
7
1
R/CLX
10 1005
C5062
1
0.1/25
4
18
CLX
APR16
RVID5
APR15
1 R508 2
19
DIRX
APR17
1
R509
10 1005
2
1
RDIRX
1
1
20
ENB4
APR18
RCLX
C507
2
1
0.1/25
1
RENBX4
4
VSSY
1
C541
0.1/25
1
R531
5.6K
1005
1
CHMDR
1
APMDR
1
1
C5082
1
0.1/25
21
ENB3
APR19
RVID1
RVID2
RVID3
RVID4
22
ENB2
RENBX3
R521
1.2K
1005
VC11 VC12 VC13 VC14 VC15
VC10 VC29 VC30 VC31 VC32 VC16
V11 V12 V13 V14 V15
VVCC94 2 V C 5 3 V C 5 4 V C 4 6 V C 1 7
V28 V43 V44 V45 V33
VC28 VC43 VC44 VC45 VC33
V10 V29 V30 V31 V32 V16
DYIN
CLYIN
DIRX
DIRY
DY
CLY
CLYN
AVCCL
NRGIN
NRG
AGNDL
MONIN
NC-33
MONOUT
DXIN
ENBX1IN
ENBX2IN
ENBX3IN
ENBX4IN
CLXIN
1
3
5
7
40
39
38
37
36
35
34
33
32
31
30
29
28
27
26
25
24
2
2518
L502
10 H
2
2518
2V M I D
R511
100
1005
2C 5 1 01
0.01/25
1005
C511
2
1
0.01/25
1005
1
2
V C 2 7 VVCC5529 V C 5 5 V C 3 4
V42 V53 V54 V46 V17
V9
V1
VC1
V2
VC2
V3
VC3
V40 V50 V49 V48 V19
VC40 VC50 VC49 VC48
VC7
VC19
V26 V51 V57 V56 V35
VC51 VC57 VC56
VC35
VC26
V8 V41 V58 V60 V47 V18
V7
V10
V8
V9
V25 V39 V38 V37 V36
VC25 VC39 VC38 VC37 VC36
V11
V28
V27
V26
V25
V C 8 V C 4 1 VVCC5680 V C 4 7 V C 1 8
V27 V52 V59 V55 V34
DVCC
DB9
DB8
DB7
DB6
DB5
DB4
DB3
DB2
DB1
DB0
NC-69
NC-68
AGNDDAC
AVCCDAC
VREFH
VREFL
V2
V1
BYP
V29
V42
V41
V40
V4
VC4
V12
V43
V52
V51
V39
V5
VC5
V30
V53
V58
V50
V7
V6 V24 V23 V22 V21 V20
VC6 VC24 VC23 VC22 VC21 VC20
V13
V44
V59
V57
V38
2
V31
V54
V60
V49
1
V14
V45
V55
V56
V37
2 R530 1
18K
1005
V32
V46
V47
V48
AGND1
VID1
AVCC1
VID2
AGND2
VID3
AVCC3
VID4
AGND4
VID5
AVCC5
VID6
AGND6
CKXN
CLX
ENBX4
ENBX3
ENBX2
ENBX1
DX
23
ENB1
RENBX2
R510
10
2010
2
4
6
8
24
NRG
APR22
RENBX1
APR21
2
1
MVK/SKV
V15
V33
V34
V35
V36
R532
10K
1005
APR23
APR20
60 59 58 57 56 55 54 53 52 51 50 49 48 47 46 45 44 43 42 41
V16
V17
V18
V19
55
LCCOM
25
RNRG
C509
22/16
61
62
63
64
65
66
67
68
69
70
71
72
73
74
+IN2
75
VEE
21
44
23
66
I501
L3E06100D0B
22
-IN2
V6
+IN1
V5
33
V24
77
V4
OUT2
V23
-IN1
V3
22
V22
88
10 11 12 13 14 15 16 17 18 19 20
Vcc
1
77
V2
9
OUT1
V21
8
11
2
DIRXRN
DIRY
76
V1
7
I503
BA4560F
V20
6
1005
78
80
5
C542
5.0p-C
SVREFL
SVREFH
C503
0.1/25
DGND
STBY
CLK
XFR
STSQ
INV
R/L
E/O
SDATA
SCS
SCLK
NC-12
AGNDS
SVREFL
SVREFH
LCCOM
DCOUT
AVCCS
DIRXIN
DIRYIN
79
4
2
R591
220
1005
26
N.C.(NRS1)
3
1
27
VDDY
APR25
R593
1 0 2
1005
2
DATA2
LSR_CS
CLK2
28
/CLY
RLCCOM
2
1
C502
0.1/25
ENBXR2
ENBXR3
ENBXR4
CLXOUTR
DATA2
CLK2
LSR_CS
5
29
CLY
APR27
R/CLY
1
C512
0.01/25
1005
RCLY
2 1005 1
100
R512
R590
0
1 1005 2
30
DY
APR28
1
2
2518
L503
22 H
N.C.
APR29
APR26
2
1
22/6.3
MVK/SKV
SHCLKR
XFRR
STSQOR
FRPR
DIRXR
P501
54104-30HUp
RDY
2
1
C513
0.1/25
C501
ENBXR1
3
C514
2
1
22/16
MVK/SKV
1
4
MONR
VMID
RD0
RD1
RD2
RD3
RD4
RD5
RD6
RD7
RD8
RD9
SHCLKR
XFRR
STSQOR
FRPR
DIRXR
DIRXRN
DIRY
DYOUTR
CLYOUTR
NRG
DXOUTR
MONR
VMID
RD0
RD1
RD2
RD3
RD4
RD5
RD6
RD7
RD8
RD9
SHCLKR
XFRR
STSQOR
FRPR
DIRXR
DIRXRN
DIRY
DYOUTR
CLYOUTR
NRG
DXOUTR
ENBXR1
ENBXR2
ENBXR3
ENBXR4
CLXOUTR
DATA2
CLK2
LSR_CS
1
5
RD9
RD8
RD7
RD6
RD5
RD4
RD3
RD2
RD1
RD0
1
L501
22 H
2
+3.3VP
+15.5V
6
3
2
N.C.(MON)
1
GND1
2 R505 1
100
1005
1R 5 0 4
100 1005
2
1
C505
R503
100
2010 0.1/25
RMON
1
2
R514
47K
1005
C520
2
1.0/25-F
2125
RMON
RNRG
RDIRX
RDIRY
RCLY
R/CLY
RLCCOM
2
RDY
1
GND1
2R 5 0 2 1
100 1005
1
2
3
4
6
5
8
7
C504
0.001
2 1005
DY
APR01
C521
1
2
0.1/25
C522
1
2
1.0/16
C523
2
1
33/10
MVK/SKV
1
2
R513
100K
1005
GND1
1
1
PWB assembly MAIN 6 (CC9SM/CC9XM)
A
B
C
D
E
F
G
G Panel Part
6
VREFB
DCOUTB
VREF
1
1
1
1
7
1
APG23
8
1
NRG
9
1
ENB1
APG21
GENBX2
10
2
22
-IN1
OUT2
33
+IN1
-IN2
66
+IN2
55
1
77
20
1
1
1
1
1
VID2
APG10
21
VID3
GVID4
22
2
VID4
APG08
R629
10K
1005
19
VID1
APG11
GVID2
APG09
1
R630
0
1005
1
GVID1
2
C633
0.01/16
1
2
1005
VEE
1
18
VSSX
APG12
GVID3
44
1 R624 2
1.8K 1005
R623
0
1005
1
2
C630
0.1/25
1
2
1
17
DX
APG13
1
88
R628 2 R627 1
8.2K
1.2K
1005
1005
Vcc
C632
0.1/25
1
2
OUT1
2
11
16
VDDX
APG14
R632
1.2K
1005
2
R625
1
1.2K
1005
2
2
C631
0.1/25
1
2
C624
GENBX3
GENBX2
GENBX1
GDX
1
R620
R621
8.2K
1.2K
1 1005 2 1005
G/CLX
GCLX
0.01/16
1005
1 R622 2
10K 1005
40
39
38
37
36
35
34
33
32
31
30
29
28
25
27
24
26
23
22
21
R606
100
2010
I602
BA10358F
15
/CLX
APG15
1
GVID6
1
G/CLX
GDX
R607
100
2010
1
2
3
4
6
5 GENBX4
8
7
1
2
3
4
6
5
8
7
14
CLX
APG16
10 1005
C6062
1
0.1/25
1
APG17
GVID5
R631
1.8K
1 1005 2
1 R608 2
4
13
DIRX
1
R609
10 1005
2
12
ENB4
APG18
GDIRX
GVID5
1
1
GENBX4
GVID1
GVID2
GVID3
GCLX
C607
2
1
0.1/25
11
ENB3
APG19
23
3
VID5
APG07
GVID6
1
C6082
1
0.1/25
1
3
5
7
GENBX3
1
ENB2
R610
10
2010
2
4
6
GVID4
8
1
DYIN
CLYIN
DIRX
DIRY
DY
CLY
CLYN
AVCCL
NRGIN
NRG
AGNDL
MONIN
NC-33
MONOUT
DXIN
ENBX1IN
ENBX2IN
ENBX3IN
ENBX4IN
CLXIN
VC11 VC12 VC13 VC14 VC15
VC10 VC29 VC30 VC31 VC32 VC16
V11 V12 V13 V14 V15
VVCC94 2 V C 5 3 V C 5 4 V C 4 6 V C 1 7
V28 V43 V44 V45 V33
VC28 VC43 VC44 VC45 VC33
V10 V29 V30 V31 V32 V16
V C 2 7 VVCC5529 V C 5 5 V C 3 4
V42 V53 V54 V46 V17
V9
V1
VC1
V2
VC2
V3
VC3
V40 V50 V49 V48 V19
VC40 VC50 VC49 VC48
VC7
VC19
V26 V51 V57 V56 V35
VC51 VC57 VC56
VC35
VC26
V8 V41 V58 V60 V47 V18
V10
V9
V8
V7
V11
V28
V26
V27
V25 V39 V38 V37 V36
VC25 VC39 VC38 VC37 VC36
V29
V42
V41
V C 8 V C 4 1 VVCC5680 V C 4 7 V C 1 8
V27 V52 V59 V55 V34
DVCC
DB9
DB8
DB7
DB6
DB5
DB4
DB3
DB2
DB1
DB0
NC-69
NC-68
AGNDDAC
AVCCDAC
VREFH
VREFL
V2
V1
BYP
V12
V43
V52
V51
V4
VC4
V30
V53
V58
V6
V5
VC5
V13
V44
V59
V57
V25
V5
V7
V6 V24 V23 V22 V21 V20
VC6 VC24 VC23 VC22 VC21 VC20
V31
V54
V60
V40
V24
2 100 1
1005
V14
V45
V55
V56
V50
24
VID6
APG05
1
N.C.(NRS2)
MONG
DXOUTG
ENBXG1
ENBXG2
ENBXG3
ENBXG4
CLXOUTG
26
LCCOM
APG04
GDIRY
1
DYOUTG
CLYOUTG
25
NRG
2
V32
V46
V47
V49
1
6
N.C.(NRS1)
1005
APG20
V15
V33
V34
V35
V48
V39
V4
I601
L3E06100D0B
1
1
R612
100
1005
APVRG
CHVRG
1
1
2C 6 1 01
0.01/25
1005
R619
100
1 1005 2
2
1
MVK/SKV
60 59 58 57 56 55 54 53 52 51 50 49 48 47 46 45 44 43 42 41
V16
V17
V18
V19
V23
R601
61
62
63
64
65
66
67
68
69
70
71
72
73
74
V38
V3
3
75
V22
10 11 12 13 14 15 16 17 18 19 20
1
V37
V2
9
2
DIRXGN
DIRY
76
V21
8
1005
V36
V1
7
C642
5.0p-C
SVREFL
SVREFH
C603
0.1/25
V20
6
2
R691
680
1005
77
5
1
78
4
DATA2
LSG_CS
CLK2
79
80
2
5
LCCOM
R693
1 0 2
C609
22/16
AGND1
VID1
AVCC1
VID2
AGND2
VID3
AVCC3
VID4
AGND4
VID5
AVCC5
VID6
AGND6
CKXN
CLX
ENBX4
ENBX3
ENBX2
ENBX1
DX
4
VDDY
APG25
GLCCOM
GENBX1
3
1
3
/CLY
APG26
APG22
2
SHCLKG
XFRG
STSQOG
FRPG
DIRXG
5
CLY
G/CLY
GNRG
DGND
STBY
CLK
XFR
STSQ
INV
R/L
E/O
SDATA
SCS
SCLK
NC-12
AGNDS
SVREFL
SVREFH
LCCOM
DCOUT
AVCCS
DIRXIN
DIRYIN
1
CHMDG
1
APMDG
GCLY
2
1
C602
0.1/25
R690
0
1005
2
DY
APG28
APG27
2
1
0.01/25
1005
C611
2518
L602
10 H
2
2518
1
R611
100
1005
APG29
2
C612
0.01/25
1005
1
2
2
1
22/6.3
MVK/SKV
1
N.C.
2
1
C613
0.1/25
C601
P601
52437-30HLow
GDY
1
2
2518
L603
22 H
2V M I D
C614
2
1
22/16
MVK/SKV
1
4
MONG
VMID
GD0
GD1
GD2
GD3
GD4
GD5
GD6
GD7
GD8
GD9
SHCLKG
XFRG
STSQOG
FRPG
DIRXG
DIRXGN
DIRY
DYOUTG
CLYOUTG
NRG
DXOUTG
ENBXG1
ENBXG2
ENBXG3
ENBXG4
CLXOUTG
DATA2
CLK2
LSG_CS
1
5
MONG
VMID
GD0
GD1
GD2
GD3
GD4
GD5
GD6
GD7
GD8
GD9
SHCLKG
XFRG
STSQOG
FRPG
DIRXG
DIRXGN
DIRY
DYOUTG
CLYOUTG
NRG
DXOUTG
ENBXG1
ENBXG2
ENBXG3
ENBXG4
CLXOUTG
DATA2
CLK2
LSG_CS
GD9
GD8
GD7
GD6
GD5
GD4
GD3
GD2
GD1
GD0
1
L601
22 H
2
+3.3VP
+15.5V
6
27
APG02
1
2
1
DIRY
APG03
28
30
N.C.(MON)
GND1
2 R605 1
100
1005
1R 6 0 4
100 1005
2
GMON
1
C605
R603
100
2010 0.1/25
29
DY
APG01
1
2
R614
47K
1005
2
C620
1.0/25-F
2125
GMON
GNRG
GDIRX
GDIRY
GCLY
G/CLY
GDY
GLCCOM
1
2R 6 0 2 1
100 1005
1
2
3
4
6
5
8
7
C604
0.001
2 1005
2
1
VSSY
GDY
C621
1
2
0.1/25
C622
1
2
1.0/16
C623
2
1
33/10
MVK/SKV
1
2
R613
100K
1005
1
1
GND1
PWB assembly MAIN 7 (CC9SM/CC9XM)
A
B
C
D
E
F
G
B Panel Part
6
VREF
VREFB
+15.5V
2518
L702
10 H
2
2518
1
BCLY
1
1
1
APVRB
CHVRB
1
1
2C 7 1 01
0.01/25
1005
C711
APB17
BCLX
BVID6
APB12
BVID1
APB11
BVID2
APB10
BVID3
APB09
BVID4
40
39
38
37
36
35
34
33
32
31
30
29
26
28
25
27
24
22
23
21
R706
100
2010
APB08
BVID5
APB07
2 100 1
1005
BVID6
20
19
18
16
C705
R703
100
2010 0.1/25
ENB4
4
DIRX
/CLX
1
1
1
1
1
14
13
12
11
10
9
8
1
1
6
5
4
3
2
DX
VSSX
VID1
VID2
VID3
VID4
VID5
3
VID6
N.C.(NRS2)
LCCOM
DIRY
VSSY
DY
N.C.(MON)
GND1
2 R705 1
100
1005
1R 7 0 4
100 1005
2
ENB3
15
1
1
2
R714
47K
1005
2
C720
1.0/25-F
2125
BMON
BNRG
BDY
BDIRX
BDIRY
BCLY
B/CLY
1
2R 7 0 2 1
100 1005
1
2
3
4
6
5
8
7
C704
0.001
2 1005
APB01
BMON
1
1
APB02
1
2
APB03
1
MONB
DXOUTB
ENBXB1
ENBXB2
ENBXB3
ENBXB4
CLXOUTB
NRG
DYOUTB
CLYOUTB
APB04
BDY
2
ENB2
17
7
APB05
BDIRY
BLCCOM
1
APB13
B/CLX
BCLX
BENBX4
BENBX3
BENBX2
BENBX1
BDX
1
2010
2
4
6
8
2
4
6
8
1
APB14
BDX
R707
100
1
3
5
7
1
3
5
7
21
VDDX
10 1005
C7062
1
0.1/25
1
APB15
1 R708 2
22
CLX
APB16
B/CLX
1
C707
2
1
0.1/25
1
BVID5
BDIRX
1
R709
10 1005
2
APB18
1
1
APB19
BENBX4
1
BVID1
BVID2
BVID3
BVID4
BENBX3
1
C7082
1
0.1/25
1
3
5
7
R710
10
2010
2
4
6
8
1
DYIN
CLYIN
DIRX
DIRY
DY
CLY
CLYN
AVCCL
NRGIN
NRG
AGNDL
MONIN
NC-33
MONOUT
DXIN
ENBX1IN
ENBX2IN
ENBX3IN
ENBX4IN
CLXIN
VC11 VC12 VC13 VC14 VC15
VC10 VC29 VC30 VC31 VC32 VC16
V11 V12 V13 V14 V15
VVCC94 2 V C 5 3 V C 5 4 V C 4 6 V C 1 7
V28 V43 V44 V45 V33
VC28 VC43 VC44 VC45 VC33
V10 V29 V30 V31 V32 V16
V C 2 7 VVCC5529 V C 5 5 V C 3 4
V42 V53 V54 V46 V17
V9
V40 V50 V49 V48 V19
VC40 VC50 VC49 VC48
VC19
VC7
V26 V51 V57 V56 V35
VC51 VC57 VC56
VC26
VC35
V8 V41 V58 V60 V47 V18
V7
V11
V10
V8
V6
V9
V25 V39 V38 V37 V36
VC25 VC39 VC38 VC37 VC36
V12
V29
V28
V27
V26
V25
V5
V C 8 V C 4 1 VVCC5680 V C 4 7 V C 1 8
V27 V52 V59 V55 V34
DVCC
DB9
DB8
DB7
DB6
DB5
DB4
DB3
DB2
DB1
DB0
NC-69
NC-68
AGNDDAC
AVCCDAC
VREFH
VREFL
V2
V1
BYP
V1
VC1
V2
VC2
V3
VC3
V30
V43
V42
V4
VC4
V13
V44
V53
V52
V41
V40
V24
V5
VC5
V31
V54
V59
V58
V51
V39
V4
AGND1
VID1
AVCC1
VID2
AGND2
VID3
AVCC3
VID4
AGND4
VID5
AVCC5
VID6
AGND6
CKXN
CLX
ENBX4
ENBX3
ENBX2
ENBX1
DX
V14
V45
V55
V60
V57
V50
V23
V7
V6 V24 V23 V22 V21 V20
VC6 VC24 VC23 VC22 VC21 VC20
V32
V46
V47
V56
V49
V38
V3
2
APB20
V15
V33
V34
V35
V48
V22
1
BENBX2
2
1
MVK/SKV
60 59 58 57 56 55 54 53 52 51 50 49 48 47 46 45 44 43 42 41
V16
V17
V18
V19
V37
V2
10 11 12 13 14 15 16 17 18 19 20
I701
L3E06100D0B
APB21
C709
22/16
61
62
63
64
65
66
67
68
69
70
71
72
73
74
75
76
V21
9
3
V36
V1
8
1
DIRXBN
DIRY
77
V20
7
1005
78
DGND
STBY
CLK
XFR
STSQ
INV
R/L
E/O
SDATA
SCS
SCLK
NC-12
AGNDS
SVREFL
SVREFH
LCCOM
DCOUT
AVCCS
DIRXIN
DIRYIN
79
80
6
C742
5.0p-C
R701
N.C.(NRS1)
23
ENB1
5
2
24
NRG
4
C703
0.1/25
1
APB23
APB22
3
SVREFL
SVREFH
26
25
BENBX1
2
R791
680
1005
27
LCCOM
R793
1 0 2
1005
R790
0
1 1005 2
1
28
VDDY
APB25
BLCCOM
BNRG
DATA2
LSB_CS
CLK2
1
CLY
APB27
B/CLY
2
1
C702
0.1/25
SHCLKB
XFRB
STSQOB
FRPB
DIRXB
5
29
/CLY
2
1
0.01/25
1005
1
2
2
1
22/6.3
MVK/SKV
1
APB28
APB26
C701
30
DY
R712
100
1 1005 2
APMDB
CHMDB
1
1
R711
100
1005
2
1
C713
0.1/25
APB29
BDY
R719
100
1 1005 2
C712
0.01/25
1005
P701
54104-30HUp
N.C.
1
2
2518
L703
22 H
2V M I D
C714
2
1
22/16
MVK/SKV
2
MONB
VMID
BD0
BD1
BD2
BD3
BD4
BD5
BD6
BD7
BD8
BD9
SHCLKB
XFRB
STSQOB
FRPB
DIRXB
DIRXBN
DIRY
DYOUTB
CLYOUTB
NRG
DXOUTB
ENBXB1
ENBXB2
ENBXB3
ENBXB4
CLXOUTB
DATA2
CLK2
LSB_CS
1
4
MONB
VMID
BD0
BD1
BD2
BD3
BD4
BD5
BD6
BD7
BD8
BD9
SHCLKB
XFRB
STSQOB
FRPB
DIRXB
DIRXBN
DIRY
DYOUTB
CLYOUTB
NRG
DXOUTB
ENBXB1
ENBXB2
ENBXB3
ENBXB4
CLXOUTB
DATA2
CLK2
LSB_CS
1
5
BD9
BD8
BD7
BD6
BD5
BD4
BD3
BD2
BD1
BD0
1
L701
22 H
2
+3.3VP
6
C721
1
2
0.1/25
C722
1
2
1.0/16
C723
2
1
33/10
MVK/SKV
1
2
DCOUTB
R713
100K
1005
GND1
1
1
PWB assembly MAIN 8 (CC9SM/CC9XM)
A
B
C
D
E
F
G
4
1
2
GND1
+3.3VAD
LV07
100 H
2 212mA
1
5
6
78
10 1 1
2
18
1920
12p-C
1005
0.01/16
1005
CV63
CHSOG
CV61
1
2
2
1
100/6.3
MVK/SKV
1
TPV04
1
44
1
10/10
2125
CHLPF
GND1
43
1
3
5
7
42
41
35
34
1 1CV862
28.63636MHz
33
1
3
5
7
12p-C
1005
32
31
RVA3
1 10K 2
30
29
26
RVA6
33
2
4
6
8
GBE0
GBE1
GBE2
GBE3
RVA7
33
4
2
4
6
8
GRE0
GRE1
GRE2
GRE3
2010
1005
28
27
2518
2010
0.01/16
1005
36
1 CV85
SMD-49
2
2
XV01 10p-C
1005
CV88
1
2
37
C V 9 71 0 0 5
1
2
38
2
39
RV39
1 0 2
1005
C0V.819/ 1 0
2 1 01
05
40
RVA4
1 33 2
GCLK
1005
GND1
LV09
600 H
2 1.8V
1
CV93
CV83
2
1
100/6.3
MVK/SKV
CV91
1
2
0.01/16
1005
CV92
CV90
1
2
0.1/10
1005
1
1608
GND1
1005
3
2010
2
4
6
8
GBE7
GBE6
GBE5
GBE4
1
3
5
7
RVA2
33
2010
1
3
5
7
GRE7
GRE6
GRE5
GRE4
RV71
33
2010
RVA1
33
2
4
6
8
1005
GND1
CV94
2
1
100/6.3
MVK/SKV
1005
2
1608
GHS
GVS
1
1005
1005
1005
1
RV76
33 2
RESETN
2
I2CCLK
I2CDAT
1
QV16
2SA1980UFG
RV77
33 2
1005
1005
1005
2
2
1005
RV34
2 100 1
1
1005
3
2
1005
RV33
2 100 1
RV78
1 33 2
1005
1005
RVC1
1 1.2K 2
1005
RV28
1 1.2K 2
RV98
10 2
RV26
10 2
QV00
2SA1980UFG
3
1005
1
1005
RV99
0
VFIELD
1005
1
RV27
1 1.2K 2
CV00
1
2
RV95
12.2K-1%
2
1 RV0H 2
100
1005
1
1
2
2518
CV37
1
2
1005
2518
CV02
1
2
12p-C
1005
RVC4
RV08
12.2K-1%2 1 10 2
68p-C
1005
RVC2
11 0 K - 1 %2
CV01
1
2
68p-C
1005
12p-C
1005
RV83
12.2K-1%2
2
68p-C
1005
RV84
11 0 K - 1 %2
68p-C
1005
CV27
1
2
LV03
10 H
CV36
1
2
1
68p-C
1005
1005
CV26
1
2
1005
RVC6
1 1.0K 2
RV14
1 22K 2
1 1005 2
1 RV74
QV07 1270-1%2
2SC5343UFG
1005
2
2518
CV30
1
2
3
1005
1005
RV61
22K
LV02
10 H
CV35
1
2
2
1 RV79 2
1.0K
1005
1005
RV52
10 2
45
1005 2
1005 0.01/25
CV87
1
2
1
3
QV15
2SA1980UFG
2
1005
1
68p-C
1005
RV86
11 0 K - 1 %2
RV46
1 22K 2
1005
1 RV82
1270-1%2
1005
1
RVC5
1 22K 2
1005
1
LV01
10 H
3
1005
CV14
2
1
22/6.3
2125
RV30
1 1.0K 2
1005
CV16
1
2
0.1/10
1005
1
QV09
2SC5343UFG
2
RVC7
1 10 2
46
LV06
600 H
2
1
3
1
47
RVA8 CV84
RVA5
1180-1%20.082
11.5K-1%2
GND1
RVC3
1270-1%2
RVC8
1 22K 2
2
LV08
H
2
12mA 1100
48
25
2324
0.1/10
1005
0.01/16
1005 CV82
1
2
0.1/10
1005
CV80
1
2
CV73
1
2
0.01/16
1005
CV66
1
2
0.1/10
1005
2C V 6 71
RVG1
0 2
GND1
QV01
2SC5343UFG
2
1005
GND1
83mA
2
1005
22K
1005
1 RV17 2
CV03
22/6.3
2125
2C V 7 61
2 CV12
0.1/10 1005
1
2122
1
2
0.1/10
1005
2 CV05
0.1/10 1005
1
CV78
1
2
2 CV04
0.1/10 1005
0.1/10
1005
131 14 15 1617
GND1
RV18
1 10 2
0.1/10
1005
CV62
1
2
1
TPV02
9
2
4
6
8
RV03
RV011 33 2
RV02 1 33 2 1005
33 2
1005
1005
0.1/10
1005
2
1
100/6.3
MVK/SKV
1005
31 4
49
1005
RV
0
1 5 8 1 02
2
RV37
10K
1
1
97 P34
P32
P31
INT
CS/HS
DGND-5
DVDDIO-6
P15
P14
P13
P12
DGND-11
DVDD-12
P29
P28
SFL/SYNC_OUT
SCLK2
DGND-17
DVDDIO-18
SDA2
P11
P10
P9
P8
P27
P7
RV66
10K
1
1 RVG3 2
470
1005
96 P35
98 FIELD/DE
2
480i/p,576i/p
10/10
2125
1C V 7 92
95 P36
1005
RV35
10K
1
CV81
1
2
94 P16
1
3
5
7
RVA9
0
1005
OFF(HD)
0.1/10
1005
93 P17
GGE3
GGE2
GGE1
GGE0
1
F_SD/HD
F_SD/HD
1C V 7 22
CV74
1
2
92 P18
GND1
0
10/10
2125
CV70
1
2
91 P19
RV68
1 100 2
1
QV21
SRC1202EF
0.01/16
1005
CV69
1
2
AIN12
AIN5
AIN11
AIN4
AIN10
TEST0
CAPC2
CAPC1
BIAS
AGND-66
CML
REFOUT
AVDD
CAPY2
CAPY1
AGND-60
TEST1
AIN3
AIN9
AIN2
AIN8
AIN1
AIN7
SOG
FB
90 DVDD-90
2
4
6
8
1005
RV59
1005
2
3
22p-C
RVF9
1005
1 470 2
1
0.1/10
1005
CV68
1
2
CHSC1
CHSY1
1
CHV1
1
1
CHCR1
10/10
2125
IV04
ADV7401KSTZ-140
88 P37
89 DGND-89
1
3
5
7
GGE7
GGE6
GGE5
GGE4
2
22p-C
1005
CV33 1005
1
2
CV95
14 7 02p
87 P38
99 VS
470p
1005
1005
86 HS_IN
50
RV40
10
10 5 0
2
1
47/6.3
MVK/SKV
CV29
1005
RVG2
1 0 2
2
680
1005
RV64
1
81 SDA
1
10/6.3
2125
RGB
80 ALSB
3
CV1C
1
2
2
1
CVC2
22/6.3
2125
CV32
1
2
Component
1
1005
2SA1980UFG 2
1
0
1
QV17
3
1005
GND1
3
RGB_COMP
RVF4
56 2
1
2
RGB_COMP
2
79 DE_IN
QV20
2SC5343UFG
2
CV1A
1
2
1
QV13
SRC1202EF
RVF5
1 680 2
L1_IN
78 RESET
100 P33
RVF1
1 220 2
5
1
2CV75
AGND-50
AGND-49
PVDD-48
PVDD-47
ELPF
P20
P0
P1
P2
P3
DGND-40
DVDD-39
XTAL
XTAL1
LLC1
DCLK_IN
P21
P22
P23
P24
P25
P26
P4
P5
P6
85 VS_IN
CV65
0.01/16
1
10052
GND1
RV21
56
1005
1005
62 61 60 59 58 57 56 55 54 53 52 51
63
64
84 P39
1005
1
GND1
1
69
676 866 65
83 P40
CV64 0.1/10
1
2
RV0F
RV0G 1 0 2
1 0 2 1005
1005
2
3
1005
QV03
2SA1980UFG
2
72
73 71 70
82 SCLK
+5V
QV12
SRC1202EF
RVF2
1 22K 2
1005
74
77 SOY
RV57
RV651 10K 2
1 10K 21005
1005
2010 33
3
75
GND1
76 AIN6
GND1
1
2
QV04
SRC1202EF
2
R001
1 2.7K 2
0.1/10
1005
0.1/10
1005
RV
0
1 3 8 1 02
RV60
33 2
2
1005
1
QV08
2SA1980UFG
1005
CV31
1
2
22/6.3
2125
1
1
1005
RVE5
1 22K 2
1005
RVG4
10 2
1
11 0 0 52
2
3
2SC5343UFG
3
1
1 RV47 2
10K
1005
47p-C
1005
0.01/16
CV17
CV19
1
2
QV11
SRC1202EF
11 0 0 52
1005
RV43
1 680 2
2SA1980UFG
2
RV42
1 33 2 3
1005
GND1
1005
QV02
GND1
3
680
1005
1
CV38
1
2
0.1/10
1005
2
1
CV20
47p-C
1005
0.01/16
CV15
2
1005
RV05
1 10K 2
RVE1
22K
1 1005 2
1
3
QV19
RV75
220
1 1005 2
RV54
1 56 23
1005
RVF3
1 10K 2
R1_IN
RV62
1 33 2
1005
CV09
1
2
10/6.3
2125
RVE6
33 2
RV67
1 0 2
2
1
1005
APVG
QV06
0.01/16
CV18
1
1005
3
47p-C
1005
5
2
5
1
10/6.3
2125
1
CV22
1
2
2
1
R
1
APR1
1 3
HV02 2 RV55
SC200JT
1 270K 2
2125
1 3 1005
HV01 2 RV53
SC200JT
1 270K 2
2125
1005
1005
RV45
1 680 2
1
3
1
CV06
1
2
1005
3
GND1
2518
2
2SA1980UFG
RV44
1 680 2
L
1
APL1
GND1
CV48
1
2
RVE4
1 33 2
1005
1005
4
CV07
1
2
10/6.3
2125
1005
RVC9
1 10K 2
4
75
1
RVE2
1 22K 2
11
CVBS
APSY
APCV
RV23 2
1 31
HV10 2
18-1%
SC200JT
1 RV20 2
2125
56-1%
RV22
18-1% 2
1 31
HV17 2 RV04
SC200JT
1 56-1%2
2125
1005
G G
1
8
0.1/10CV23
2
1005 1
VS
1 RV89 2
100
1005
GND1
0.1/10 CV57
2
1005 1
0.001
1005
RV41
1 33 2
RV32
1 10K 2
1005
9
Y
4
0.1/10
CV58
1
2
1005
GND1
RV31
22K
1005
1
7
9
8
6
6
10
10
11
7
C
5
Y
CV24
1
2
0.1/10CV28
2
1005 1
LV04
100 H
2
1
1 3
HV06 2
CV10
SC200JT 0.1/10
1
2125
2 1 RV29 2
1
4
1
1
1005
APSC
EV01
YKC22-0491N
VCC
In0
GND1
SLF6028
GND1
CV34
1
2
1
1 3 75-1%
HV09 2 1005
SC200JT
1 RV16 2
2125
75-1%
1005
11
GND
3
CHVCR0
1
Y4
4
RV07
1 33 2RV09
33 RV06
2
10051
1 33 2
1005
1
APVY
2
GND1
CHVY0
1
3
CHVCB0
1
1
1 3
HV07 2
SC200JT
1 RV13 2
2125
1 3 75-1%
HV08 2 1005
SC200JT
1 RV15 2
2125
1
Cb3
1
1
6
APVR
2.7K
1005
1005
0.1/10
1005
CHSOY
GND1
3
2
1
In2
680
1005
In1
1
RV24
SN74LVC1G97DCK
EV02
YKC21-4199N
CV40
1
2
2
2
3
CHCB1
1
2
3
1CV712
1
2
3
Inverter
IV02
QV33
SRC1202EF
QV32
SRC1202EF
2 RV72 1
RV69
2 2.7K 1
CHY1
1
QV31
SRC1202EF
680
RVH9
2
10051
QV34
SRC1202EF
680
RVH8
2
1 0 0 51
4
GND1
C 10P
1005
Y
HS
2
In0
3
RV87
1 100 2
1005
RVH7
5
B 0.01
1005
VCC
CV42
1
2
GND
C 10P
1005
CV13
1
2
2
CV25
1
2
6
B 0.01
1005
In2
CV45
C 10P
1005
1
2
In1
CV21
B 0.01
1005
1
2
1
0.01/16
1005
CV77
1
2
R
SN74LVC1G97DCK
5
APVB
1
CHR1
Inverter
IV08
1
CV591
2
0.1/10 1005 CV56
0.001
CV551
2
2 1005
1
0.1/10 1005
CHG1
1
1
CV60
2
0.1/10 1005
B
CHB1
GND1
GND1
2
6
CV52
100/6.3
MVK/SKV
CV53
1
2
Np
3
1.0/6.3
GND1
G
Cr2
10/6.3
2125
Vout
5
GND
CV98
1
2
1
CV50
Vcont
1.8V-AD
2
CV96
1
2
Vin
IV03
TK11118CSC
C
OUT
1005
1005
MVK/SKV
100/6.3
1
2
GND
1005
GND1
1005
VCC
CV51
1
1
CHG0
1
CHB0
2
1
22/6.3
MVK/SKV
1005
1005
RV56
1 75-1% 2
5
GND1
1005
1005
1005
RVH1
1 75-1% 2
1005
RVH2
1 75-1% 2
RVH3
1 75-1% 2
1005
4
0 .20 1 /11 6
1005
RVH4
10 2
1
1005
RV93
2 10 1
DSUB2_B
DSUB2_G
DSUB2_R
RVH6
RVH5 1 10 2
1 10 2 1005
RV92
10 2
1
1005
RV51
1 75-1% 2
RV48
1 75-1% 2
DSUB1_B
DSUB1_G
DSUB1_R
RGB.H-INV
RGB.V-INV
CHR0
+4.0V
RV90
RV91 1 10 2
1 10 2 1005
1005
3
RV25
RV36
18 . 2 K - 1 %2
18 . 2 K - 1 %2
6
2
RV49
1 1 0 K - 1 %2
CTL
3.3V
1
1.0/6.3
IV01
BA00BC0WFP
GND1
1
1
PWB assembly MAIN 9 (CC9SM/CC9XM)
A
B
C
D
E
F
G
1
+5V
RS24
0
2
1005
1005
1005
CS00
INC-
1.0p-C
1005
10
RS32
1560-1%2
9
RS31
15 6 0 - 1 %2
1005
RS87
1 100 2
1005
1005
1005
RS37
1 75-1% 2
DSUB2_B
1005
1005
RS44
1 33K 2
1005
CEA
+
OUTA
1.0p-C
1005
DSUB2_G
+
-
OUTB
15
RS65
2560-1%1
B
3
VS-
VS+ 14
1005
G
5
CEB
INB+
INB-
DSUB2_R
13
RS64
1560-1%2
12
1005
6
RS51
0 2
R
7
NC-6
+
-
1.0p-C
1005
10
4
RS62
1560-1%2
9
1005
1005
RS88
1 100 2
OUTC
INC-
2
1005
INC+
RS61
15 6 0 - 1 %2
1005
8
CS45
1
2
NC-11 11
CEC
1005
1005
1005
RS48
1 8.2K 2
RS52
0 2
2
CS44
1
2
1.0p-C
1005
+3.3VAD
QS03
DTA114YKA
1
RS84
1 100 2
GND
2 100 1
RS99
1005
4
CS53
1
2
1005
Y
OE
2
A
3
GND
1 2 12
1 1 11
1 0 10
99
88
5
RGB1/2
Y
4
1
RS91
0 2
H
3
RGB.H-INV
1005
CS51
0.01/16
CS21
0.01/16
77
Vcc
1005
3
RS97
1 100 2
1
1005
A
5
L:RGB1/H:RGB2
1005
2
1
1005
2
1
1005
IS12
SN74LVC1G126DCK
IS42
SN74LVC1G126DCK
2 100 1
RS80
2
Vcc
RS82
3 1 100 2
1
1005
OE
2
1005
IS41
SN74LVC1G126DCK
RS86
1 10K 2
1
47p-C
1005
1005
CS25
1
2
1005
47p-C
1005
SS01
SPUJ193700
RS93
1 100 2
IS11
SN74LVC1G126DCK
QS01
SRC1202EF
1005
RS85
1 100 2
2
2 100 1
RS79
66
55
44
33
22
11
3
RS81
1 47K 2
RGB in2/OUT SW
GND1
3
GND
Vcc
Y
1
OE
RS98
1 100 2
2
A
1005
3
GND
5
4
1 RS60 2
10K
1005
5
Y
4
1
RS92
0 2
1005
V
RGB.V-INV
2
1
1005
GND1
1
RS90
0 2
RGB2_IN/OUT
2
1 RS89 2
10K
1005
1005
1005
CS27
1
2
RS95
1 100 2
AGND
47p-C
1005
1005
Vcc
CS52
0.01/16
2
1
1005
GND1
1005
RS72
1 220 2
CS54
1
2
A
47p-C
1005
OE
2
CS22
0.01/16
RS59
1 220 2
2
1
IS13
SN74LVC1G126DCK
1
OE
2
A
3
GND
Vcc
5
Y
4
1 RS73 2
0
1 RS74 2 1005
0
1005
1005
CS26
1
2
1005
RS71
1 220 2
1005
47p-C
1005
RS94
1 100 2
RS57
1 220 2
1 RS58 2
10K
1005
3
AGND
1005
AGND
RS83
1 10K 2
RS54
0
RS66
1560-1%2
16
1 RS63 2
560-1%
1005
1005
RS49
1 8.2K 2
INA-
1005
1
RS47
1 8.2K 2
2
INA+
1005
1005
RS56
0
RS55
0
CS46
1
2
2125
IS40
EL8302IU
1
5
DSUB1_R
1005
CS14
1
2
1.0p-C
1005
DSUB1_G
1005
1005
OUTC
+
-
INC+
1 RS33 2
560-1%
1005
1005
CEC
RS38
1 75-1% 2
1005
CS15
1
2
NC-11 11
1005
R
NC-6
1005
1
CS41
1
2
1
R
GND
6
G1
RS34
1560-1%2
12
RS67
1 75-1% 2
8
4
10/6.3
2125
1
1
11
13
1005
10/6.3
2125
1
1
HS43
SC200JT
2125
1 3
2
APG2
HS42
SC200JT
2125
1 3
2
APR2
HS41
SC200JT
2125
1 3
2
1005
RS42
1 75-1% 2
CS42
1
2
1
2
12
SDA G/Y G/Y
GND
7
1005
RS43
1 75-1% 2
APB2
B
INB-
DSUB1_B
1005
RS68
1 75-1% 2
6
7
CS43
1
2
1005
B
GND
8
RS39
1 75-1%2
RS35
2560-1%1
1005
RS21
0 2
RS53
1 0 2
10/6.3
2125
RS41
1 75-1% 2
1
15
1005
1
10/6.3
2125
1.0p-C
1005
CS40
10/6.3
1
2
AGND
3
OUTB
+
-
INB+
2
4
9
RS36
1560-1%2
16
VS+ 14
CEB
1005
5
GND
PLUG
13
H
VS-
1005
R
RS17
1 8.2K 2
CS11
1
2
4
5
10/6.3
2125
OUTA
+
1005
RS22
1 0 2
RS18
1 8.2K 2
G
INA-
CEA
1005
1005
RS19
1 8.2K 2
1005
CS12
1
2
1005
RS13
1 75-1% 2
10/6.3
2125
INA+
RS69
1 75-1% 2
1005
1005
RS14
1 33K 2
1005
RS16
1 33K 2
RS15
1 33K 2
RS01
1 47K 2
3
1
APH2
HS45
SC200JT
2125
1 3
2
1
APV2
V14
VCLK
G2
10
SYNC
GND
2
1
47/6.3
MVK/SKV
RS02
1 100 2
6
5
SDA
Vss
4
2010
1005
2
2
15
SCL
6
AGND
1005
RS23
1 0 2
RS45
1 33K 2
1
CS01
7
SCL
A2
3
1005
ES20
3114-15FA
RS27
100
1 RS30 2
10K
1005
RS29
1 100 2
HS44
SC200JT
2125
1 3
2
RGB IN 2/OUT
1
4
2
1
0.1/10
1005
8
A1
2
AGND
1
B
RS46
1 33K 2
R
+5V
CS16
1
2
2125
IS10
EL8302IU
1005
R
GND
6
G1
APDG2
CS10
10/6.3
1
2
CS13
1
2
RS11
1 75-1% 2
1
APR
1
HS13
SC200JT
2125
1 3
2
HS12
SC200JT
2125
1 3
2
HS11
SC200JT
2125
1 3
2
2
3
1
RS12
1 75-1% 2
APG
11
1 3
2
WP
IS01
CAT24WC02JI
B
12
2
SDA G/Y G/Y
GND
7
1
A0
2
4
6
8
1
3
B
GND
8
1
APDA
1
2
1
3
5
7
APB
LS00
10 H
2518
1 RS28 2
10K
1005
13
H
1
2
1
4
PLUG
RS26
0
QS02
SRC1202EF
RS07
0
5
GND
9
APH
Vcc
56 1
1005
V14
VCLK
G2
10
SYNC
GND
2
1005
2
1
HS17
SC200JT
2125
HS16
3 1
2
SC200JT
2125
3 1
2
15
SCL
HS15
SC200JT
2125
1 3
2
RS25
0
1005
1
1005
ES10
3114-15FA
1
1
APV
HS14
SC200JT
2125
5
RGB IN 1
APCL
RS06
1 47K 2
1
2
1005
APDG
2
6
56 1
1005
RS08
RS09
1005
RS04
0
1
RS03
1 10K 2
RS05
1 47K 2
CS23
0.01/16
2
1
1005
IS14
SN74LVC1G126DCK
CS28
1
2
1005
47p-C
1005
RS96
1 100 2
1
OE
2
A
3
GND
Vcc
5
Y
4
CS24
0.01/16
1
1
2
1
1005
GND1
PWB assembly MAIN 10 (CC9SM/CC9XM)
A
B
C
D
E
F
G
IA03
BA00BC0WFP
5V
1
2
3
C
4
5
RA42
1 100 2
6
A2
BNF1 19
2
1.0/10
1 1005 2
RA10
4.7K
RGB Audio L - in
7
B1
BOUT1 18
1 1005 2
270K
1005
1
1.0/10
2
1.0/10
8
B2
OUT1 17
1.0/10
2
1.0/10
9
C1
OUT2 16
10 C2
VCC 15
SD 14
SC
MVK/SKV
13
1005
12
CA16
0.1/10
1
2
CA15
47/6.3
1
2
MVK/SKV
GND
CA19
1.0/10
2
RA11
1.0K-1%
2
2
2
RA31
4.7K
2
1
RA26
5.6K
RA38
5.6K
2
1
1005
2
1
2
2
1
2
CA28
47/25
MVK/SKV
QA04
2SA1980UFG
1005
2
1
CA20
0.47/10
1
2
1
1
RA30
22K
2
RA28
100K
1
1
1005
Connects with
a Speaker
1
DA03
SDS511
2
1
3
2
RA29
2.2K
1
RA27
10K
3
1
1005
1
DA02
SDS511
QA05
DTC114EE
2
EASP
ZH-02H
+17V
1005
2
1
1005
DA01
1
2
1005
RA15
5.6K-1%
2
1
1005
RA16
5.6K-1%
2
1
1
Audio input Test Pin
SDS511
APAO-
3
1
3
2
1
CA21
680p
1
2
LA14
MPZ2012S101A
2125
2
1
1
RA33
0
2
POWER5
1005
1005
LA15
2
1
MPZ2012S101A
2125
4
GND1
DA04
UDZS2.0B
BLM18BD471SN1D
1608
TP-L
1
1005
RA32
4.7K
1
2
1 1005 2
1
2
LA11
TPGND1
2
1
DA05
UDZS2.0B
1
CLK-A
1005
TP-R
3
1
3
DATA-A
1005
RA25
1 100 2
1005
1005
QA02
2SD2114K
1
1 1005 2
3
QA03
2SD2114K
LA12
SC200JT
BLM18BD471SN1D
1608
RA14 1.0K
3
1
RA24
1 100 2
1 1005 2
1
2
RA13 1.0K
2
1
1005
QA06
2SC5343UFG
2
RA04
1 270K 2
1005
RA06
1 270K 2
1005
QA07
2SC5343UFG
L - out
2
1 3
2125
2
1 1005 2
RA12
1.0K-1%
1
CA18
1.0/10
RA03
1 270K 2
100p-C
1005
CA04
1
2
LA09
GND1
R - out
LA08
SC200JT
1 3
2
2125
2125
2
1 3
LA10
SC200JT
1
APAO+
+5V
1608
CA06
1
2
CA05
1
2
100p-C
1005
CA03
1
2
long pin:R
short pin:L
LA07
BLM18BD471SN1D
2
1
RA05
1 270K 2
1608
LA06
SC200JT
1 3
2
2125
11
33
77
88
22
Audio OUT
5
LA18
100 H
2
1
LA05
BLM18BD471SN1D
2
1
100p-C
1005
1
APAR3
1
APAL3
44
66
55
100p-C
1005
RGB Audio IN
2
1005
2518
11 FILTER
EA01
HSJ1003-01-010
1
GND1
2
1
CA14
RA46
5.6K
CA38
1
2
0.1/16-F
1
270K
1005
1
RA01
2
2
SC200JT
2125
CA37
0.1/16-F
100/6.3
MVK/SKV
2
1.0/10
CA36
RA45
0.1/16-F
5.6K
1
1
2
2
1
2
1005
CA31
1
2
BOUT2 20
1 1005 2
A1
1 1005 2
5
0.1/16-F
1 1005 2
2
1.0/10
CA17
47/16
1
2
LA04
1 3
2
1
CA09
1
CA10
1
CA11
1
CA12
1
CA13
1 1005 2
RA09
4.7K
RGB Audio R - in
1005
1005
CA02
100p-C
1
2
CA01
100p-C
1
2
5
2125
4.7K
1 1005 2
RA08
4.7K
1608
RA02
1608
LA02
SC200JT
1 3
2
1
1
APAL1
1
APAR1
APAG
RA07
LA03
BLM18BD471SN1D
2
1
RA35
15K-1%
BNF2 21
RA36
15K-1%
SEL1
2
1
1005
4
1.0/10
CA08
1
2
CA07
1
2
LA01
BLM18BD471SN1D
2
1
CA34 0.0022
1
2
CA29
0.1/10
TNF2 22
CA30
1
2
SEL2
+6.6V
2
1005
CA35
1
2
1005
3
RA41
100
1
CA33 0.0022
1
2
RA43
0 2
TNF1 23
1
CAP 24
VIN2
1005
VIN1
2
RA44
0 2
1
L1_IN
Audio +5V
1005
CA32 0.33/10
1
2
RA37
10K-1%
IA01
BD3870FS
100/10
MVK/SKV
R1_IN
4
6
OUT
GND
VCC
CTL
6
RA17
82K-1%
2
1
RA34
0
2
MUTE
1005
1005
GND1
LA13
2.2 H
2
1
LA16
2518
2 600 H
3216
1
QA01
1 2SA1980UFG
1 1005 2
RA20
68K
1005
1
2
10K
RA47
RA23
0
2 1005 1
GND1
GND1
1
3
5
7
2
1005
1
RA21 68K
2
1
CA27 4.7/6.3
2
1005
RA22 2.2K
2
2010
2
4
6
8
3
1
0.47/10
RA39
100K
CA22
1
2
1005
2
RA18
5.6K-1%
1
2
82K-1%
1005
2 RA19 1
IN+
C2
680p 1005
C1
CA24
1
2
VO-
B1
B1
A1
A1
C2
CA23
1
2
B2
BYPASS
B2
GND
C1
UNITED
COMMON MODE
IA02
TPA6203A1GQV
C3
0.47/10
B3
SHUTDOWN
A3
INC3
VO+
B3
VDD
A3
CA25
47/6.3
2
2
1
MVK/SKV
CA26
0.1/16-F
1
2
2 600 H
3216
1005
LA17
1
Audio GND
A_GND
1
1
PWB assembly MAIN 11 (CC9SM/CC9XM)
A
B
C
D
E
F
G
DK21
1
2
SDS511
RK32
2 10K 1
6
6
IK21
RRX6000-0702L
RK28
1 1.0M 2
CK27
1
2
2
1
PTA2 25
5
VDD
6
PTD0
PTE0/TCLK 23
7
PTD1
PTE2/TCH1 22
8
PTD2
PTA4 21
9
PT03
PTA5 20
RK30
0 2
5
PTA3 24
LK29
600 H
2
1
10 PTD4
PTA6 19
11 PTE1/TCH0
PTA7 18
1
2
LK22
SC200JT
1 3
LK23
2
2125 SC200JT
1 3
2
2125
1
G2
12 PTE3/D+
PTD5 17
13 PTE4/D-
PTD6 16
14 PTC0
/IRQ
+5V
RMT
LK03
600 H
2
1
1608
TXD
LK04
600 H
2
1
RXD
RMT
TXD
RXD
1608
4
15
RK22
1 220 2
2125
RK23
1 220 2
RK26
1 100 2
2125
DK22
1
2
SDS511
1
1.0/10
2125
RK21
470
+5V
LK24
600 H
2
1
1608
RK31
1 47K 2
1
2
1
APKG
1
CK21
1
2
4
VREG
2
4
PTA1 26
4
RK29
0
3
PTA0 27
OSC2
2
3
RK27
1 100 2
RK24
1.2K
2
OSC1
3
2125
3
LK21
SC200JT
1 3
2
DK23
1
2
2
2
QK22
DTC114EKA
APK3
RD5.1UMB2
1
G2
APK2
G1
1
CK22
1
2
/RST 28
2
1
EK21
UBB-4R-D14C
G1
1
4
CK25
1
2
3
DTA114YKA
QK21
APK1
1.0/10
1
CK23
1
2
USB MOUSE
0.1/25-F
1
RK25
100
CK26
1
2
2
5
0.1/25-F
VSS1
1.0/10
LK25
6MHz3
1.0/10
CK24
1
2
0.1/25-F
1
1
3
3
APTD
1
RD
2
7
2
TD
3
LK02
SC200JT
RK02
2125
1 100 2
1 3
2
LK01
SC200JT
2125
1 3
2
CK02
11. 0 / 120
6
RK03
1 100 2
3
C1-
4
C2+
5
C2-
6
V-
8
CK01
1
2
RK01
0
V+
2
Dout2
Rin2
VCC 16
GND 15
Dout1
Rin1
Rout1
Din1
Din2
Rout2
14
13
12
2
11
RK04
2 100 1
10
RK05
2 2.2K 1
9
RK06
1 3.3K 2
1.0/10
9
1
C1+
2
7
8
4
1
CK05
IK01
DS14C232CM
CK03
11. 0 / 120
G1
APRD
1
EK01
3175-09M
1
RS232C
2
1
47/6.3
MVK/SKV
CK04
11. 0 / 120
GND1
1
APSG
5
G2
GND1
1
1
PWB assembly MAIN 12 (CC9SM/CC9XM)
A
B
C
D
E
F
G
MEMO
CP-S240(CC9SM)/CP-X250(CC9XM)
Basic circuit diagram list
PWB assembly REMOTE
PWB assembly MAIN 5
POWER UNIT BALLAST 1
PWB assembly MAIN 6
POWER UNIT BALLAST 2
PWB assembly MAIN 7
POWER UNIT CIRCUIT
PWB assembly MAIN 8
PWB assembly MAIN 1
PWB assembly MAIN 9
PWB assembly MAIN 2
PWB assembly MAIN 10
PWB assembly MAIN 3
PWB assembly MAIN 11
PWB assembly MAIN 4
PWB assembly MAIN 12
Hitachi, Ltd. Tokyo, Japan
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