JVC GMV42C/PLASMA, GMV42E, GMV42EB, GMV42PCC, GMV42PCE/PLASMA Service manual & schematics

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Page 1
SERVICE MANUAL
PLASMA DISPLAY MONITOR
YA06420043
GM-V42C
BASIC CHASSIS
T4
RM-C579 REMOTE CONTROL UNIT
ON
POWER
OFF
ASPECT
DISPLAY
INPUT SELECT
COMPO.
A
/(RGB B)
VIDEO
RGB AB
MUTING
VOLUME
MENU/EXIT
MENU INPUT POWER
TABLE OF CONTENTS
2 SPECIFIC SERVICE INSTRUCTIONS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-6
3 DISASSEMBLY . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-11
4 ADJUSTMENT . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-22
5 TROUBLESHOOTING . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-58
COPYRIGHT © 2004 VICTOR COMPANY OF JAPAN, LIMITED
No.YA064
2004/3
Page 2
SPECIFICATION
Items Contents
Type Plasma display
Dimension (W × H × D) 103.5cm × 64.0cm × 8.9cm
Mass 35.1kg Video System VIDEO A/B NTSC3.58, NTSC4.43, PAL, PAL60, SECAM
COMPONENT 480i, 576i, 480p, 576p, 720/60p, 1080/50i, 1080/60i (1035/60i) Power Requirements AC220V, 50Hz / 60Hz Rated Input Current 1.4A
Operation Environment Temperature : 0°C ~ 40°C
Storage Environment Temperature : -20°C ~ +60°C
Plasma Display Panel
Effective Screen Dimensions
Speaker 4cm × 7cm oval type, 8 Audio power output Speaker output : 3W+3W (TYP at impedance 6Ω)
Input / Output Terminals
Accessories Remote control unit (RM-C579) × 1, AA/R6-size dry cell battery × 2(for operation check)
Design and specifications are subject to change without notice.
1-2 (No.YA064)
Pixel Number
Pixel Pitch
Cell Pitch
Display Colours
Aspect Ratio
VIDEO A
(IN / OUT)
VIDEO B
(INPUT)
RGB A (INPUT)
COMPONENT/
RGB B (INPUT)
AUDIO OUT Output impedance 600, RCA pin jack × 2
SPEAKER OUT Impedance 6 ~ 8 (L/R)
REMOTE RS-232C D-sub 9-pin connector × 1
OPTION DC Power supply for cooling fan (DC15V), DC jack × 1
Relative humidity : 20% ~ 80% (non-condensing) Pressure : 700hPa ~ 1114hPa
Relative humidity : 10% ~ 85%(non-condensing) Pressure : 300hPa ~ 1114hPa
Diagonal : 107.4cm, (W) 93.3cm × (H) 53.3cm Horizontal 852 × Vertical 480 (W-VGA) Horizontal 1.095mm × Vertical 1.110mm Horizontal 0.365mm × Vertical 1.110mm
16,777,216 colours (256 colours for each of RGB) 16:9 (Wide format)
Video input 1V(p-p) / 75, BNC connector × 1 Video output 1V(p-p) / 75, BNC connector × 1 Audio input 500mV(rms) / high impedance, RCA pin jack × 2(L/R) Y/C Mini-DIN 4pin connector × 1
Video 1V(p-p) / 75, RCA pin jack × 1 Audio 500mV(rms) / high impedance, RCA pin jack × 1
[ Horizontal sync (HD) ] [ Composite sync (Cs) ]
[ Vertical sync (VD) ]
Audio 500mV(rms) / high impedance, 3.5mm stereo mini jack × 1 COMPONENT BNC connector × 3
RGB
[Analog RGB]
HD [ Horizontal sync ] Cs [ Composite sync ]
VD [ Vertical sync ]
Audio 500mV(rms) / high impedance, RCA pin jack × 2
MAKE Mini-DIN 4pin connector × 1 WIRED 3.5mm stereo mini jack × 1
Remote control cable × 1, Power cord (approx 2.5m) × 3
Y : 1V(p-p) / 75 C : 0.286V(p-p) / 75Ω [NTSC]
0.3V(p-p) 75 [PAL/SECAM]
D-sub 3-row 15-pin connector × 1 R / G / B : 0.7V(p-p) / 75
RGB
G on sync : 1V(p-p) / 75 (negative syncy) HD : 0.3V(p-p) ~ 5V(p-p) / 470 (positive / negative polarity) Cs : 0.3V(p-p) ~ 5V(p-p) / 470 (positive / negative polarity) VD : 1V(p-p) ~ 5V(p-p) / 470 (positive / negative polarity)
Y : 1V(p-p) / 75 Pb/B-Y : 0.7V(p-p) / 75 Pr/R-Y : 0.7V(p-p) / 75
BNC connector × 5 R : 0.7V(p-p) / 75 G : 0.7V (p-p) / 75 G on sync : 1V(p-p) / 75 (negative sync) B : 0.7V (p-p) / 75
0.3V(p-p) ~ 5V(p-p) / 1k (positive / negative polarity) / 75
0.3V(p-p) ~ 5V(p-p) / 1k (positive / negative polarity) / 75 1 V(p-p) ~ 5V(p-p) / 1k (positive / negative polarity) / 75
Page 3
SECTION 1
PRECAUTION

1.1 SAFETY PRECAUTIONS

(1) The design of this product contains special hardware,
many circuits and components specially for safety purposes. For continued protection, no changes should be made to the original design unless authorized in writing by the manufacturer. Replacement parts must be identical to those used in the original circuits. Service should be performed by qualified personnel only.
(2) Alterations of the design or circuitry of the products should
not be made. Any design alterations or additions will void the manufacturer's warranty and will further relieve the manufacturer of responsibility for personal injury or property damage resulting therefrom.
(3) Many electrical and mechanical parts in the products have
special safety-related characteristics. These characteristics are often not evident from visual inspection nor can the protection afforded by them necessarily be obtained by using replacement components rated for higher voltage, wattage, etc. Replacement parts which have these special safety characteristics are identified in the parts list of Service manual. Electrical components
having such features are identified by shading on the schematics and by ( ) on the parts list in Service manual. The use of a substitute replacement which does
not have the same safety characteristics as the recommended replacement part shown in the parts list of Service manual may cause shock, fire, or other hazards.
(4) Don't short between the LIVE side ground and
ISOLATED (NEUTRAL) side ground or EARTH side ground when repairing.
Some model's power circuit is partly different in the GND. The difference of the GND is shown by the LIVE : ( ) side GND, the ISOLATED (NEUTRAL) : ( ) side GND and EARTH : ( ) side GND. Don't short between the LIVE side GND and ISOLATED (NEUTRAL) side GND or EARTH side GND and never measure the LIVE side GND and ISOLATED (NEUTRAL) side GND or EARTH side GND at the same time with a measuring apparatus (oscilloscope etc.). If above note will not be kept, a fuse or any parts will be broken.
(5) If any repair has been made to the chassis, it is
recommended that the PDP voltage setting should be checked or adjusted.
(6) When service is required, observe the original lead dress.
Extra precaution should be given to assure correct lead dress in the high voltage circuit area. Where a short circuit has occurred, those components that indicate evidence of overheating should be replaced. Always use the manufacturer's replacement components.
(7) Isolation Check (Safety for Electrical Shock Hazard)
After re-assembling the product, always perform an isolation check on the exposed metal parts of the cabinet (antenna terminals, video/audio input and output terminals, Control knobs, metal cabinet, screw heads, earphone jack, control shafts, etc.) to be sure the product is safe to operate without danger of electrical shock.
a) Dielectric Strength Test
The isolation between the AC primary circuit and all metal parts exposed to the user, particularly any exposed metal part having a return path to the chassis should withstand a voltage of 3000V AC (r.m.s.) for a period of one second. (. . . . Withstand a voltage of 1100V AC (r.m.s.) to an appliance rated up to 120V, and 3000V AC (r.m.s.) to an appliance rated 200V or more, for a period of one second.) This method of test requires a test equipment not generally found in the service trade.
b) Leakage Current Check
Plug the AC line cord directly into the AC outlet (do not use a line isolation transformer during this check.). Using a "Leakage Current Tester", measure the leakage current from each exposed metal part of the cabinet, particularly any exposed metal part having a return path to the chassis, to a known good earth ground (water pipe, etc.). Any leakage current must not exceed 0.5mA AC (r.m.s.). However, in tropical area, this must not exceed 0.2mA AC (r.m.s.).
Alternate Check Method
Plug the AC line cord directly into the AC outlet (do not use a line isolation transformer during this check.). Use
an AC voltmeter having 1000 per volt or more sensitivity in the following manner. Connect a 1500 10W resistor paralleled by a 0.15µF AC-type capacitor
between an exposed metal part and a known good earth ground (water pipe, etc.). Measure the AC voltage across the resistor with the AC voltmeter. Move the resistor connection to each exposed metal part, particularly any exposed metal part having a return path to the chassis, and measure the AC voltage across the resistor. Now, reverse the plug in the AC outlet and repeat each measurement. Any voltage measured must not exceed 0.75V AC (r.m.s.). This corresponds to
0.5mA AC (r.m.s.). However, in tropical area, this must not exceed 0.3V AC (r.m.s.). This corresponds to 0.2mA AC (r.m.s.).
AC VOLTMETER (HAVING 1000 /V, OR MORE SENSITIVITY)
0.15 F AC-TYPE
GOOD EARTH GROUND
1500 10W
PLACE THIS PROBE ON EACH EXPOSED ME TAL PAR T
(No.YA064)1-3
Page 4

1.2 INSTALLATION

1.2.1 REQUIREMENTS FOR SETTING
The following minimum space must be kept when a PDP is installed. (The recommended distance should be from the most projected portion when a PDP is inclined.) An insufficient space reduces cooling efficiency and raises the internal temperature. If the internal temperature rises over the reference value, the temperature sensor works to turn the power off for protecting the main body. Therefore, vents on the backside of the main body such as heat dissipation vents must not be blocked, and sufficient spaces for heat dissipation must be kept around the main body.
Methods of Installation
1
Hanging from a wall [Horizontal]
2
Hanging from a wall [Vertical]
10cm
10cm
10cm
Front
Wall
Wall
20cm
15cm
10cm10cm
10cm
Flank Remarks
Front Wall
5cm
Wall
5cm
It is necessary to set the cooling fan where install each side causes high temperature within a PDP and may damage the inner circuit.
Do not prevent the radiation of heat from back, top and flank sides of a PDP. Preventing the radiation of heat from each side causes high temperature within a PDP and may damage the inner circuit.
Install a PDP in a place where is well ventilated. Ambient temperature should be within a range of 0 ~40 .
An exclusive fixture (option) should be used.
3
Suspension from a ceiling
4
Desktop
10cm
10cm
Wall
Wall
15cm
10cm10cm
15cm
10cm10cm
Front
Front
The structure and strength of the wall where a PDP is installed should be checked beforehand so as to install the PDP safety without any accident.
Wall
5cm
A PDP should be installed on a rigid floor or stand.
In order to prevent a PDP from turning over by an accident or earthquake, safety measures should be considered.
Wall
5cm
1-4 (No.YA064)
Page 5
1.2.2 PRECAUTION DURING NOTES FOR TRANSPORTATION
A
When transporting the display unit, pressure exerted on the internal PDP (Plasma Display Panel) due to improper handing (such as tossing and dropping) may cause damages even when the unit is carefully packed. To prevent accidents from occurring during transportation, pay careful attention prior to delivery such as through exchanging the handing instructions to transporters. Ensure that the following requirements are met during transportation, as the PDP of this unit is made of glass and therefore fragile.
(1) Avoid vibrations and impacts
The unit may be broken if it is toppled sideways even when properly packed. Ensure that the unit is carried by at least 2 persons and pay careful attention not to exert any vibration or impact on it.
(2) Do not place equipment lay a PDP on its side.
A PDP should always be placed upright during both transportation and safekeeping. Don't lay it on its side. The panel of a PDP is very fragile to the impact in the horizontal direction. When a car carries a PDP, load it on board the car in parallel with the moving direction of the car. Don't lay several PDPs one on top another. During safekeeping, don't lay more than two PDPs one on top another even if they are kept upright.
1.2.4 RETAINED-IMAGE / BURN-IN ON SCREEN
Like CRTs, "burn-ins" may occur when a same image is continuously displayed over an extended period of time. As this may also shorten the life span of the PDP. Therefore, turn off the display when not in use, scroll the screen, make use of screen-savers, or allow even distribution on the display by inverting the brightness, switching to complementary colors or inverting animated images at periodic intervals. As burn-in is more likely to occur with high brightness and contrast settings, try to use neutral gradations or medium tone colors. Burn-in dose not occur in the case of animated images. When switching to another image after continuous display of the previous image, residual images may become prominent, as luminance in a part of the display is higher then the other parts. This is not a defect but is because due to the discharge surface of the lighted portion has become being relatively activated and its luminance higher than the unlighted parts.
1.2.5 BRIGHTNESS CHANGE IN THE SCREEN
In order to save the power consumption, the power is controlled (with APS function) depending on the brightness of the screen. For this, the brightness may change after a short time when the picture of the screen is changed. However, this phenomenon is not a trouble.
1.2.3 PRECAUTIONS ON INSTALLATION To get good heat dissipation from the rear.
This Monitor is not equipped with cooling fans because it is designed to operate quietly. If you install the Monitor in such a way as not instructed, additional methods are required to cool down the Monitor.
1.2.6 INFRARED RAYS
Because the near infrared rays (800nm~1000nm) radiate from the panel face, the neighboring infrared ray remote controllers, infrared communication systems, etc. may malfunction. In these cases, take a measure to prevent the trouble to be caused by direct rays (or reflected rays) from the screen by changing the direction of the screen face or keeping a safe distance between
: Horizontal Installation (Normal)
In the case, the slots and openings in the cabinet protect the Monitor from overheating. * See also "Requirements forsetting"
on page 6 in the instruction.
a PDP and other devices.
1.2.7 OPTICAL FILTER (FRONT FILTER)
Avoid placing the unit under direct sunlight over a prolonged period of time. This may cause the optical filter to deteriorate in quality and color. Clean the filter surface by wiping it softly lightly with outing flannels a soft and lightly fuzz cloth (such a flannel).
B : Vertical Installation
It is required to attach the Cooling Fan Unit (TS-C01FANG : option). * Refer to the following figure for how to attach the cooling fan unit.
An option terminal is exclusively for a cooling fan. Please do not use it for connection with other apparatus.
Do not use solvents such as benzene or thinner to wipe the filter surface. This may cause the filter to deteriorate in quality or the coating on the surface to come off. As the filter surface is fragile. Do not scratch or hit it with hard materials.
1.2.8 NOTES PRECAUTIONS FOR REPLACEMENT OF EXTERIOR PARTS
Take note of the following when replacing exterior parts (back
Cooling Fan Unit (Option)
OPTION
POWERAC INAUDIO
L
R
OUT
MAKE
WIRED
RS-232C
REMOTE
L
SPEAKER OUT
AUDIO
IN
RGB A
REAR COVER, FRONT PANEL, OPTICAL FILTER): Do not exert pressure on the front of the PDP(glass surface). Pay careful attention not to scratch or stain the front of the PDP (surface) with hands. When replacing exterior parts, the front of the PDP should be placed facing downward. Place a met, etc. underneath to avoid causing scratched to the front surface. However, never use materials that are too soft (such as blanket cloth). If replacement is made with the PDP surface facing downward and in contact with the blanket, pressure may be exerted on the PDP, thus causing damages to it.
(No.YA064)1-5
Page 6
SPECIFIC SERVICE INSTRUCTIONS

2.1 TIMING SPECIFICATION & SCAN SIZE

Divide Item
COMPOSITE
Y/C
COMPONENT
PC/RGB 15k
PC/VGA 400
PC/VGA 480
PC/SVGA
PC/XGA
NTSC, PAL60,
NTSC4.43
(B/W 60Hz)
PAL, SECAM
(B/W 50Hz)
480i
576i
480p SMPTE 293M 59.94 31.468 27.00 858 525 720 483
576p SMPTE 293M 50.00 31.250 27.00 864 625 720 575
720p SMPTE 296M 60.00 45.000 74.25 1650 750 1280 720 FULL 95.00 95.00 1080/50i SMPTE 274M 50.00 28.125 74.25 2640 562.5 1920 540 FULL 95.00 95.00 1080/60i SMPTE 274M 60.00 33.750 74.25 2200 562.5 1920 540 FULL 95.00 95.00
1035i BTA S-001A 60.00 33.750 74.25 2200 562.5 1920 517.5 FULL 92.75 92.75
RGB 15k/60Hz 59.94 15.734 14.32 910 525 768 485
RGB 15k/50Hz 50.00 15.625 17.73 1135 625 922 575
PC98 (NEC) 56.42 24.82 21.05 848 440 640 400
VGA400/70 (IBM) 70.09 31.47 25.18 800 449 640 400
VGA-60 (Industry std.) 59.94 31.47 25.17 800 525 640 480
VGA-72 VESA std. 72.81 37.86 31.50 832 520 640 480
VGA-75 VESA std. 75.00 37.50 31.50 840 500 640 480
MAC 13" (Apple) 66.67 35.00 30.24 864 525 640 480
SVGA-56
SVGA-60
SVGA-72
SVGA-75
XGA-60
XGA-70 VESA STD. 70.07 56.48 75.00 1328 806 1024 768
XGA-75 VESA STD. 75.03 60.02 78.75 1312 800 1024 768
XGA-85 VESA STD. 85.00 68.68 94.50 1376 808 1024 768
XGA+-75 VESA STD. 75.00 67.50 108.0 1600 900 1152 864
Standard
SMPTE 244M
ITU-R BT601-4
(CCIR Rec.601)
ITU-R BT601-4
(CCIR Rec.601)
VESA GUIDELINES
VESA GUIDELINES
VESA GUIDELINES
VESA GUIDELINES
VESA GUIDELINES
SECTION 2
Input picture format Scan size
Frequency Total pixel Visible area pixel
Vert. Hor.
fVi fHi fci Hi Vi Hai Vai Kh Kv Hz kHz MHz
59.94 15.734 14.32 910 525 768 485
50.00 15.625 17.73 1135 625 922 575
59.94 15.734 13.50 858 525 720 485
50.00 15.625 13.50 864 625 720 575
56.25 35.16 36.00 1024 625 800 600
60.32 37.88 40.00 1056 628 800 600
72.19 48.08 50.00 1040 666 800 600
75.00 46.88 49.50 1056 625 800 600
60.00 48.36 65.00 1344 806 1024 768
Dot clock
Hor.Vert.Hor.Vert.
pixel/line line/frame pixel/line line/frame
Display mode
REGULAR 95.00 95.00
FULL 95.00 95.00
PANORAMIC 95.00 90.00
ZOOM 95.00 71.25
REGULAR 95.00 95.00
FULL 95.00 95.00
PANORAMIC 95.00 90.00
ZOOM 95.00 71.25
REGULAR 95.00 95.00
FULL 95.00 95.00
PANORAMIC 95.00 90.00
ZOOM 95.00 71.25
REGULAR 95.00 95.00
FULL 95.00 95.00
PANORAMIC 95.00 90.00
ZOOM 95.00 71.25
REGULAR 95.00 95.00
FULL 95.00 95.00
PANORAMIC 95.00 90.00
ZOOM 95.00 71.25
REGULAR 95.00 95.00
FULL 95.00 95.00
PANORAMIC 95.00 90.00
ZOOM 95.00 71.25
REGULAR 95.00 95.00
FULL 95.00 95.00
PANORAMIC 95.00 90.00
ZOOM 95.00 71.25
REGULAR 95.00 95.00
FULL 95.00 95.00
PANORAMIC 95.00 90.00
ZOOM 95.00 71.25
REGULAR 100.00 100.00
FULL 100.00 100.00
REGULAR 100.00 100.00
FULL 100.00 100.00
REGULAR 100.00 100.00
FULL 100.00 100.00
REGULAR 100.00 100.00
FULL 100.00 100.00
REGULAR 100.00 100.00
FULL 100.00 100.00
REGULAR 100.00 100.00
FULL 100.00 100.00
REGULAR 100.00 100.00
FULL 100.00 100.00
REGULAR 100.00 100.00
FULL 100.00 100.00
REGULAR 100.00 100.00
FULL 100.00 100.00
REGULAR 100.00 100.00
FULL 100.00 100.00
REGULAR 100.00 100.00
FULL 100.00 100.00
REGULAR 100.00 100.00
FULL 100.00 100.00
REGULAR 100.00 100.00
FULL 100.00 100.00
REGULAR 100.00 100.00
FULL 100.00 100.00
REGULAR 100.00 100.00
FULL 100.00 100.00
Hor. Vert.
%%
1-6 (No.YA064)
Page 7

2.2 TECHNICAL INFORMATION

2.2.1 PDP (PLASMA DISPLAY PANEL) DESCRIPTION
2.2.1.1 CAUTION
Although a PDP is made with highly advanced precision, this does not necessarily mean all of the cells operate correctly. The PDP inevitably includes cell that do not light or light constantly. If the specifications (PDP performance) are unclear at the time of shipment, an adequate description cannot be conveyed to the customer. In event of inquiries from customers regarding PDP performance, check the following specifications in order to offer a suitable reply.
2.2.1.2 CELL ARRANGEMENT
The PDP is constructed of front and rear glass substrates provided with respective discharge electrodes. Between these, neon for discharging and xenon for generating ultraviolet rays are enclosed. One picture element (pixel) is composed of Red, Green and Blue (RGB) cells. The cell pitch is 0.365mm horizontal (1.095mm per pixel) by 1.110mm vertical. As shown in Fig. 1, the cells are arranged for each R / G / B colour. A pixel consists of each cell of R/G/B/ colour. The size of a cell is
0.365mm horizontally and 1.110mm vertically.
Direction
Vertical(V)
1st pixel
2nd pixel
479th pixel
480th pixel
Horizontal(H)
line
line
line
line
1st pixel
array
B G R B G R
BG
G RBG R
B
GRBGR
B
H 1.095mm
Pitch of pixel
2nd pixel
array
RBG R
Fig.1 PIXEL (CELL) ARRANGEMENT
One pixel
(1dot)
B cell G cell R cell
851th pixel
array
B GRBG R
BGRBGR
G RBG R
B
GRBGR
B
852th pixel
array
H 0.365mm Pitch of cell
V 1.110mm Pitch of pixel (Pitch of cell)
(No.YA064)1-7
Page 8
2.2.1.3 PIXEL FAULT
There are three pixel faults - bright fault , dark fault and flicker fault - that are respectively defined as follows.
(1) BRIGHT FAULT
In this pixel fault, a cell that should not light originally is lighting on and off. For checking this pixel fault, input ALL BLACK SCREEN and find out the cell that is lighting on and off.
(2) DARK FAULT
In this pixel fault, a cell that should light originally is not lighting or lighting with the brightness twice as brighter as originally lighting. For checking this pixel fault, input 100% of each R/G/B colour and find out the cell that is not lighting.
(3) FLICKER FAULT
In the pixel fault, a cell that should light originally or not light originally is flashing on and off. For checking this pixel fault, input ALL BLACK SCREEN signal or 100% of each RGB colour and find out the cell that is flashing on and off.
2.2.1.4 PIXEL FAULT SPECIFICATION
Fault Screen display Criteria for number of faulted cell
BRIGHT FAULT All black screen A zone: 0
B zone: 1 or less than 1 in each colour
DARK FAULT Red level 100% on entire screen A zone: 2 or less than 2 in each colour
Green level 100% on entire screen
B zone: 6 or less than 6 in each colour
Blue level 100% on entire screen
FLICKER FAULT Red level 100% on entire screen A zone: 0
Green level 100% on entire screen
B zone: 2 or less than 2 in each colour
Blue level 100% on entire screen
(1) OBJECT RANGE
A-zone : Center portion (area enclosed by 1/4 vertically from the top and bottom and 1/4 horizontally from the right and left sides.) B-zone : Other area
1/4H 1/4H
B zone
1/4V
1/4V
A zone
1/4V1/4V
(2) JUDGEMENT STANARD
Regardless of A and B zones, the following cases are considered as defects.
• When the distance between the bright fault is less than 15mm.
• When the distance between the bright fault and the dark defect or between the flicker fault is less than 15mm.
• When the distance between the dark fault and the flicker is less than 30mm.
1-8 (No.YA064)
Page 9
2.2.2 REMOTE THROUGH FUNCTION
The REMOTE THROUGH function is a function that is capable of controlling such equipment as a karaoke system connected to the REMOTE THROUGH terminal by receiving the IR (infrared ray) signal at the sensor of the remote controller unit of this model.
2.2.2.1 REMOTE THROUGH OUTPUT TERMINAL
The REMOTE THROUGH terminal and MAKE (mini DIN 4 pin) terminal at the back of the main body share the same terminal. Therefore, it is necessary to change the setup at the SERVICE MODE when the REMOTE THROUGH function is used. For the pin layout at the terminal, the 4 pin will become an output terminal and the 1-3 pins will be GNDs.
REMOTE THROUGH OUTPUT TERMINAL
34
Pin No.
1
2
3
2
1
4
Signal name
GND
GND
GND
OUTPUT
2.2.2.2 HOW TO CHANGE THE SETUP OF THE FUNCTION
(1) Enter the SERVICE MODE. (2) Select the < CPU BLOCK > with the [/] key. (3) Press the [] key of the remote control unit to display the < CPU BLOCK >. (4) Select the "CE: SYSTEM CONSTANT" with the [/] key. (5) Press the [] key of the remote control unit to display the setup screen for the "SYSTEM CONSTANT". (6) Display the "CE 05" with the [/] key. (7) Change the setup value to 001 from 000 with the [/] key. (8) Press the MENU key of the remote control unit to exit from the SERVICE MODE. (9) After turning the power off (or at the stand-by mode), turn the power on again.
(10) Then the REMOTE THROUGH function is available.
SERVICE MODE
VCO ADJUST WHITE BALANCE BLOCK CPU BLOCK SIZE/POSITION BLOCK H POSITION BLOCK PANEL BLOCK SIGNAL BLOCK DEVICE INITIAL VALUE
ENTER: SELECT: EXIT:
[1/2]
MENU
DIAGNOSIS BLOCK UPDATE CPU PROGRAM HOUR METER BLOCK ENHANCER BLOCK
ENTER: SELECT: EXIT:
[2/2]
MENU
< CPU BLOCK >
CA:PANORAMA DATA CB:SIGNAL RANGE CC:SIZE/POSI. RANGE CD:FRQENCY DATA CE:SYSTEM CONSTANT CF:TEMP. SENSOR DATAs CG:APS CONTROL DATA CH:TEST MODE
ENTER: SELECT: EXIT:
<CPU BLOCK> screen
MENU
C(E05)
SYSTEM CONSTANT screen
000 001
(No.YA064)1-9
Page 10
2.2.3 HOUR METER FUNCTION
This model is equipped with an "HOUR METER" function that displays elapsed time on operating time of the set. Elapsed time can be checked at the "HOUR METER BLOCK" in the SERVICE MODE. Also you can reset elapsed time to zero if needed. Elapsed time count 1 hour. MAX elapsed time is 65535 hour.
HOW TO RESET ELAPSED TIME
(1) Enter the SERVICE MODE (Fig.1). (2) Press [/] key, and select "HOUR METER BLOCK" of
SERVICE MODE 2 page (Fig.2).
(3) Press [] key, and display "HOUR METER BLOCK"
screen (Fig.3).
(4) While the "HOUR METER BLOCK" display press []
key and it will display "RESET HOUR METE" (Fig.4).
(5) Press [] key and reset the HOUR METER (Fig.5).
SERVICE MODE
VCO ADJUST WHITE BALANCE BLOCK CPU BLOCK SIZE/POSITION BLOCK H POSITION BLOCK PANEL BLOCK SIGNAL BLOCK DEVICE INITIAL VALUE
ENTER: SELECT: EXIT:
[1/2]
MENU
Fig.1
2.2.4 REMINDER TO CHANGE A BATTERY
This model with a timer function, is equipped with a battery for the timer. When the battery is running low, a message of "BATTERY LOW" is displayed on the [TIMER], [COLOR-REVERSE] and [REFRESH] setting screen of the < SET-UP MENU >. At the end of the battery-life, a message of "BATTERY EMPTY" is displayed same screen. Both cases, you should make a battery change. Battery is fixed on the battery board. Please exchange the whole substrate.
BATTERY CHANGE PROCEDURE
(1) Remote the terminal board on the back of the main body.
(Refer to disassembly procedure) (2) Remove the connector D on the battery board. (3) Remove the screw A attaching the battery board. (4) Change the battery board to new one.
Note :
After changing the battery board, the same message before a battery change will be displayed when the power is turned on for the first time. Therefore, turn off the power once, then turn on the power again. The message will be disappeared and you can use the model with normal functions.
AV TERMINAL
DIAGNOSIS BLOCK UPDATE CPU PROGRAM HOUR METER BLOCK ENHANCER BLOCK
ENTER: SELECT: EXIT:
HOUR METER BLOCK
< HOUR METER BLOCK >
RESET HOUR METER (X1h) : 12345
ENTER: EXIT:
< RESET HOUR METER >
!
Are you sure ?
"YES" then Key
"NO" then Key
ENTER: SELECT: EXIT:
MENU
[2/2]
MENU
MENU
MENU
Fig.2
Fig.3
Fig.4
CND CONNECTOR
A
BATTERY PWB
THE CAUTIONS ON BATTERY EXCHANGE
Risk of explosion if battery is replaced by incorrect type. Dispose of used batteries according to the instructions.
1-10 (No.YA064)
< HOUR METER BLOCK >
RESET HOUR METER (X1h) : 00000
ENTER: EXIT:
MENU
Fig.5
Page 11
SECTION 3
DISASSEMBLY

3.1 DISASSEMBLY PROCEDURE

• Prior to assembly/disassembly procedure of the set, be sure to disconnect the power cord from the wall outlet.
• Perform the following procedures on a flat and strong place.
3.1.1 REMOVING THE AV TERMINAL (Fig.1)
(1) Disconnect the power cord from the wall outlet. (2) Remove the 2 screws [A]. (3) Remove the 2 screws [B]. (4) Lift the both ends of the AV TERMINAL slowly, and remove
the CN1001 PWB. Then, remove the AV TERMINAL.
3.1.2 REMOVING THE PC TERMINAL (Fig.1)
• Remove the AV TERMINAL. (1) Remove the 2 screws [C]. (2) Remove the 2 screws [D]. (3) Remove the 2 screws [E]. (4) Lift the both ends of the PC TERMINAL slowly, and remove
the CN1003 the MAIN PWB. Then, remove the PC TERMINAL.
3.1.3 REMOVING THE AV TERMINAL PWB (Fig.2)
[Only GM-V42S, GM-V42UB and GM-V42UG]
• Remove the AV TERMINAL. (1) Remove the 12 screws [F]. (2) Remove the AV TERMINAL PWB.
3.1.4 REMOVING THE PC TERMINAL PWB (Fig.2)
• Remove the AV TERMINAL.
• Remove the PC TERMINAL. (1) Remove the 4 screws [G]. (2) Remove the 4 screws [H] with a box wrench. (3) Remove the AV TERMINAL PWB.
/CN1002 connectors connected to the MAIN
/CN1004/CN1005 connectors connected to
PC TERMINAL PWB
AV TERMINAL PWB
A
B
Fig.1
AV TERMINAL
C
CN1002
CN1001
H
D
PC TERMINAL
E
CN1005 CN1004 CN1003
G
3.1.5 REMOVING THE BATTERY PWB (Fig.3)
• Remove the AV TERMINAL. (1) Remove the CND (2) Remove the 1 screw [I]. (3) Pull the BATTERY PWB toward you, and remove it.
connector.
CND CONNECTOR
I
BATTERY PWB
A
F
Fig.2
AV TERMINAL
B
Fig.3
(No.YA064)1-11
Page 12
3.1.6 REMOVING THE FRONT PANEL (Fig.4)
• Remove the optional parts such as cooling fan if they are attached to the rear side of the main body.
• Place the main body with its screen side looking upward. (1) Remove the 3 screws [J]. (2) Lift the underside of the FRONT PANEL slowly, and
remove the tapes fixing the top part of the FRONT PANEL.
(3) Remove the FRONT PANEL.
3.1.7 REMOVING THE LED PWB (Fig.5)
• Remove the FRONT PANEL. (1) Remove the 2 screws [K]. (2) Remove the CNX (3) Remove the LED PWB.
connector.
CNX
K
LED PWB
Fig.4
M
J
CONTROL PWB
CNT
FRONT PANEL
CONTROL
PANEL
L
3.1.8 REMOVING THE CONTROL PWB (Fig.6)
• Remove the FRONT PANEL. (1) Remove the 2 screws [L]. (2) Remove the 3 screws [M]. (3) Remove the CNT (4) Remove the CONTROL PWB.
connector.
Surface
Fig.5
N O
REAR PANEL
1-12 (No.YA064)
Fig.6
Page 13
3.1.9 REMOVING THE REAR COVER (Fig.7)
• Remove the AV TERMINAL.
• Remove the PC TERMINAL. (1) Remove the 21 screws [N]. (2) Remove the 1 screw [O]. (3) Lift the REAR COVER slowly, and remove it.
3.1.10 REMOVING THE BACK FRAME (LEFT/RIGHT) (Fig.7)
• Remove the AV TERMINAL.
• Remove the PC TERMINAL.
• Remove the REAR COVER. (1) Remove the 4 screws [P]. (2) Remove the 4 screws [Q]. (3) Lift the BACK FRAME, and remove it. (4) Remove the BACK FRAME on the other side in the same
way.
3.1.11 REMOVING THE SPEAKER / SPEAKER BRACKET (Fig.8)
• Remove the AV TERMINAL.
• Remove the PC TERMINAL.
• Remove the REAR COVER. (1) Remove the speaker cord. (2) Remove the 2 screws [R]. (3) Remove the SPEAKER. (4) Remove the SPEAKER on the other side in the same way. (5) Remove the clamp fixing the filter from the SPEAKER
BRACKET. (6) Remove the 2 screws [S]. (7) Remove the SPEAKER BRACKET. (8) Remove the SPEAKER BRACKET on the other side in the
same way.
P
BACK FRAME
Q
CNV CONNECTOR
T
TEMP. SENSOR PWB
Q P
Fig.7
SPEAKER
CLAMP
­+
R
­+
S
L
3.1.12 REMOVING THE TEMP. SENSOR PWB (Fig.8)
• Remove the AV TERMINAL.
• Remove the PC TERMINAL.
• Remove the REAR COVER. (1) Remove the CNV
connector on the TEMP. SENSOR PWB. (2) Remove the screw [T]. (3) Remove the TEMP. SENSOR PWB.
SPEAKER BRACKET
Fig.8
(No.YA064)1-13
Page 14
3.1.13 REMOVING THE SPEAKER TERMINAL PWB (Fig.9)
• Remove the AV TERMINAL.
• Remove the PC TERMINAL.
• Remove the REAR COVER.
• Remove the BACK FRAME. (1) Remove the 3 screws [U], 2 screws [V], and 1 screw [W]. (2) Remove the SPEAKER TERMINAL BRACKET. (3) Lift the SPEAKER TERMINAL PWB, and remove the
CN6006
connector. (4) Remove the speaker cord connected to the SPEAKER. (5) Remove the speaker cord from each clamp. (6) Remove the SPEAKER TERMINAL PWB.
3.1.14 REMOVING THE AUDIO PWB (Fig.9)
• Remove the AV TERMINAL.
• Remove the PC TERMINAL.
• Remove the REAR COVER.
• Remove the BACK FRAME.
• Remove the SPEAKER TERMINAL BRACKET.
• Remove the SPEAKER TERMINAL PWB. (1) Remove the 1 screw [X]. (2) Remove the cords connected to the CNF
/CNA connectors
connected to the sound board from each clamp. (3) Remove the CNA (4) Disconnect the CN9004
connector on the MAIN PWB.
connector on the VIDEO SMPS
PWB. (5) Remove the AUDIO PWB.
VIDEO SMPS PWB
CN9004
CNF
CNA
CN6006
U
W
V
SPEAKER TERMINAL BRACKET
SPEAKER TERMINAL PWB
R
X
AUDIO PWB
L
F
1-14 (No.YA064)
CNA
MAIN PWB
Fig.9
Page 15
3.1.15 REMOVING THE LINE FILTER PWB (Fig.10)
• Remove the AV TERMINAL.
• Remove the PC TERMINAL.
• Remove the REAR COVER.
• Remove the BACK FRAME. (1) Remove 1 screw [Y]. (2) Remove the noise filter from the clamp fixed to the SHIELD
COVER. (3) Remove the 4 screws [Z]. (4) Remove the SHIELD COVER. (5) Remove the CN8001
connector on the SMPS PWB. (6) Remove the 3 screws [a] fixing the LINE FILTER PWB. (7) Remove the LINE FILTER PWB.
3.1.16 REMOVING THE DIGITAL PWB (Fig.11)
• Remove the AV TERMINAL.
• Remove the PC TERMINAL.
• Remove the REAR COVER. (1) Lift the DIGITAL PWB SHIELD COVER, and remove it. (2) Remove the CNX
/CNV/CNQ/CND/CNT connectors. (3) Remove the 4 screws [b]. (4) Turn the DIGITAL PWB upside down, and remove the
CN2201
/CNJ/CNK connectors.
(5) Remove the DIGITAL PWB.
SHIELD COVER
CN8001
SMPS PWB
DIGITAL PWB
SHIELD COVER
CNJ
a
Z
LINE FILTER PWB
NOISE FILTER
#%
Y
#%
Fig.10
CNX
CNK
b
DIGITAL
PWB
CN201
CNQ
CND
CNT
CHASSIS BASE
E
Fig.11
(No.YA064)1-15
Page 16
3.1.17 REMOVING THE MAIN PWB (Fig.12)
• Remove the AV TERMINAL.
• Remove the PC TERMINAL.
• Remove the REAR COVER.
• Remove the DIGITAL PWB SHIELD COVER.
• Remove the DIGITAL PWB. (1) Remove the CNA (2) Remove the 5 screws [c]. (3) Remove the MAIN PWB.
/CNE connectors.
MAIN PWB
CNE
CHASSIS
BASE
c
CNA
3.1.18 REMOVING THE CHASSIS BASE (Fig.13)
The CHASSIS BASE can be removed without removing the MAIN PWB, DIGITAL PWB, LINE FILTER PWB, AUDIO PWB, and BATTERY PWB from the CHASSIS BASE.
• Remove the AV TERMINAL.
• Remove the PC TERMINAL.
• Remove the REAR COVER.
• Remove the BACK FRAME (right).
• Remove the SPEAKER TERMINAL BRACKET.
• Remove the SPEAKER TERMINAL PWB. (1) Remove the CN9004
PWB. (2) Remove the cords from clamps. (3) Remove the CNX
DIGITAL PWB. (4) Remove the CNE (5) Remove the 4 screws [d], 2 screws [e], and 2 screws [f]. (6) Lift the CHASSIS BASE, and remove the LA03 connector
on the LOGIC-MAIN PWB. (7) Remove the CHASSIS BASE.
3.1.19 REMOVING THE PDP (PANEL) UNIT (Fig.13)
• Remove the AV TERMINAL.
• Remove the PC TERMINAL.
• Remove the REAR COVER.
• Remove the BACK FRAME (right).
• Remove the SPEAKER TERMINAL BRACKET.
• Remove the SPEAKER TERMINAL PWB.
• Remove the CHASSIS BASE. (1) Holding BACK FRAME SPACER, Lift the PDP upright and
remove it.
NOTE:
• When you remove the PDP (PANEL) UNIT, be careful not to
give a shock to the PDP (PANEL) UNIT enough. Two or more people are required to remove the PDP (PANEL) UNIT.
• Do not touch the front side (glass) of the PDP with your
fingers.
/CN8001 connectors on the SMPS
/CNV/CNQ/CNT connectors on the
connector on the MAIN PWB.
CNQ
e
CNE
SMPS PWB
CN9004
BLACK FLAME SPACER
CNT
LA03
Fig.12
d
CHASSIS BASE
CNV
CNX
f
BLACK FLAME SPACER
CN8001
LOGIC-MAIN PWB
Fig.13
1-16 (No.YA064)
Page 17
3.1.20 DISASSEMBLY PDP UNIT
3.1.20.1 REMOVING THE SMPS PWB
• Remove the REAR COVER. (1) Remove the CN8007
CN8009
(2) Remove the 8 screws [g]. (3) Remove the SMPS PWB.
3.1.20.2 REMOVING THE X-MAIN PWB
• Removing the REAR COVER. (1) Remove the CN4001
connectors on the X-MAIN PWB. (2) Remove the 8 screws [h]. (3) Remove the X-MAIN PWB.
3.1.20.3 REMOVING THE Y-BUF-U PWB
• Remove the REAR COVER. (1) Remove the CN5401
connectors on the Y-BUF-U PWB. (2) Remove the 5 screws [I]. (3) Lift the Y-BUF-U PWB slightly, and remove the CN5404
CN5405 connectors on the Y-BUF-U PWB.
(4) Remove the Y-BUF-U PWB.
3.1.20.4 REMOVING THE Y-BUF-L PWB
• Remove the REAR COVER. (1) Remove the CN5501
connectors on the Y-BUF-L PWB. (2) Remove the 5 screws [j]. (3) Lift the Y-BUF-L PWB slightly, and remove the CN5504/
CN5505
(4) Remove the Y-BUF-L PWB.
3.1.20.5 REMOVING THE Y-MAIN PWB
• Remove the REAR COVER.
• Remove the CHASSIS BASE.
• Remove the Y-BUF-U PWB.
• Remove the Y-BUF-L PWB. (1) Remove the CN5001
PWB. (2) Remove the 7 screws [k]. (3) Remove the Y-MAIN PWB.
/CN8002 connectors on the SMPS PWB.
connectors on the Y-BUF-L PWB.
/CN8008/CN8004/BUFFER/CN8003/
/CN4002/CN4003/CN4004/CN4005
/CN5402/CN5403/CN5406
/CN5502/CN5503/CN5506
/CN5008 connectors on the Y-MAIN
3.1.20.6 REMOVING THE LOGIC-MAIN PWB
• Remove the REAR COVER.
• Remove the CHASSIS BASE. (1) Remove the CN101
connectors on the LOGIC-MAIN PWB. (2) Remove the 6 screws [l]. (3) Remove the LOGIC-MAIN PWB.
3.1.20.7 REMOVING THE E-BUF PWB
• Remove the REAR COVER.
• Remove the BACK FRAME.
• Remove the CHASSIS BASE.
• Remove the SPEAKER BRACKET (left). (1) Remove the EC1
connectors on the E-BUF PWB. (2) Remove the 6 screws [m]. (3) Remove the E-BUF PWB.
3.1.20.8 REMOVING THE F-BUF PWB
/
• Remove the REAR COVER.
• Remove the BACK FRAME.
• Remove the CHASSIS BASE. (1) Remove the FC4
BUF PWB. (2) Remove thr 4 screws [n]. (3) Remove the F-BUF PWB.
3.1.20.9 REMOVING THE G-BUF PWB
• Remove the REAR COVER.
• Remove the BACK FRAME.
• Remove the CHASSIS BASE.
• Remove the SPEAKER BRACKET (right). (1) Remove the GC5
the G-BUF PWB. (2) Remove the 6 screws [o]. (3) Remove the G-BUF PWB.
3.1.20.10 REMOVING THE VIDEO SMPS PWB
• Remove the REAR COVER. (1) Remove the CN9001
CN9007
(2) Remove the 4 screws [p]. (3) Remove the VIDEO SMPS PWB.
connectors on the VIDEO SMPS PWB.
/CN201/CN401/CN402/CN403/CN803
/EC2/EC3/CN401/CN806/EF1
/CN402/FE1/FG1 connectors on the F-
/GC6/GC7/CN403/GF1 connectors on
/CN9002/CN9004/CN9005/CN9006/
(No.YA064)1-17
Page 18
CN5008
CN5404
CN5406
CN5405
CN5505
CN5506
CN5504
CN5001
CN5401
CN5402
CN5403
CN5501
CN5502
CN5503
CN9005
CN9006
CN9001
CN9007
CN9002
CN9004
CN8003
BUFFER
CN8004
CN8007
CN8008
CN8009 CN8002
CN201
CN803
CN101
CN401
CN402
CN403
CN4001 CN4003
CN4004
CN4002
CN4005
Y-BUF-U PWB
Y-BUF-L PWB
EC1
Y-MAIN PWB
i
EC2 EC3
CN806 CN401 CN402 CN403
EF1
FC4 FC4
FE1
GC5 GC6 GC7
GF1
SMPS PWBVIDEO SMPS PWB
k
p
g
X-MAIN PWB
l h
1-18 (No.YA064)
j
m
n
o
E-BUF PWB G-BUF PWBF-BUF PWB
LOGIC-MAIN PWB
Fig.14
Page 19

3.2 REPLACEMENT OF MEMORY ICs

3.2.1 MEMORY IC
This model uses memory IC. In the memory IC is memorized data for correctly operating the video and drive circuits. When replacing the memory IC, be sure to use IC written with the initial values of data.
3.2.2 PROCEDURE FOR REPLACING MEMORY IC
(1) Power off
Switch the power off and unplug the power plug from the wall outlet.
(2) Replace IC
Be sure to use memory IC written with the initial data values.
(3) Power on
Connect the power plug into the wall outlet and turn the power on.
3.2.3 PROCEDURE FOR SET-UP MENU
(1) Press the [MENU / EXIT] key and the [VOLUME-] key
simultaneously. (2) The SET-UP MENU screen (Fig. 1) will be displayed. (3) Check the setting value of the SET-UP MENU table. (Refer
to the next page.) (4) If the value is different, select the setting item with the
SELECT [/] key, and set the correct value with the
ADJUST [/] key. (5) Press the [MENU / EXIT] key, and return to the normal
screen.
3.2.4 PROCEDURE FOR reset OR all reset
(1) The SET-UP MENU is displayed. (2) Select "reset" or "all reset" item with SELECT [/] key of
remote control unit. (3) Press ENTER [] key, and the "reset" (or all reset) menu is
displayed (Fig. 2). (4) Press ENTER [] key to "reset" the standard settings.
< SET-UP MENU >
STATUS DISPLAY CONTROL LOCK REMOTE SWITCH HD SIGNAL MODE WHITE BALANCE TIMER
ADJUST: SELECT: EXIT:
< SET-UP MENU > 2/2
PIXEL SHIFT POWER SAVE COLOR-REVERSE REFRESH reset all reset HOUR METER x100h MODEL NAME : GM-V42
ADJUST: SELECT: EXIT:
: ON : OFF : MODE1 : 1080i
: OFF : OFF : OFF : OFF
: 000
1/2
MENU
MENU
SET-UP MENUscreen
When select the [reset or all reset] change to [ENTER : ] mode.
Fig.1
or <reset>
< all reset >
Are you sure
"YES" then Key. "NO" then Key.
MENU
[reset] / [all reset]
Fig.2
REMOTE CONTROL UNIT KEY ASSIGNMENT
MENU/EXIT
key
RM-C579 REMOTE CONTROL UNIT
POWER
OFF ON
DISPLAY
INPUT SELECT
A
VIDEO
MUTING
MENU/EXIT
VOLUME
ASPECT
COMPO.
/(RGB B)
RGB AB
VOLUME key
(-/+)
SELECT key
( )
ENTER key ( )
ADJUST key
( )
(No.YA064)1-19
Page 20
INITIAL SETTING OF FACTORY SHIPPING
Setting item Setting value Setting item Setting value
POWER OFF VOLUME 10
INPUT SELECT VIDEO A
MAIN MENU
PICTURE ADJ. CONTRAST 10 SIZE/POSITION ADJ. V POSITION 00
BRIGHT 00 DOT CLOCK (RGB only) 00
CHROMA 00 CLOCK PHASE (RGB only) 00
PHASE 00 FUNCTION SELECT COLOR TEMP HIGH
SHARPNESS 00 ASPECT REGULAR
SIZE/POSITION ADJ. H SIZE 00 SIGNAL MODE AUTO
H POSITION 00 RGB / COMP. COMP.
V SIZE 00 SYNC TERM HIGH
SETUP MENU
STATUS DISPLAY ON REMOTE SWITCH MODE1
CONTROL LOCK OFF HD SIGNAL MODE 1080i
WHITE BALNCE HIGH R GAIN Set MAX at
G GAIN START SET OFF
B GAIN START TIME - - : - -
LOW R GAIN Set MAX at
G GAIN END TIME - - : - -
B GAIN REFRESH REFRESH OFF
TIMER PRESENT TIME - - : - - START SET OFF
POWER-ON SET OFF START TIME - - : - -
POWER-ON TIME - - : - - END SET OFF
POWER-OFF SET OFF END TIME - - : - -
POWER-OFF TIME - - : - - MODEL NAME GM-V42
PIXEL SHIFT OFF
POWER SAVE OFF
least one item. (other is 0)
least one item. (other is 0)
COLOR-REVERSE COLOR-REVERSE OFF
END SET OFF
SERVICE SETTING ITEMS
Setting item Contents Setting item Contents
VCO ADJUST Video decorder VCO adjustment SIGNAL BLOCK Signal circuit adjustment
WHITE BALANCE BLOCK WHITE BALANCE adjustment DEVICE INITIAL VALUE Initial setting of DEVICE
CPU BLOCK Setting of CPU DIAGNOSIS BLOCK DIAGNOSIS function
SIZE/POSITION BLOCK SIZE/POSITION adjustment HOUR METER BLOCK HOUR METER function
H. POSITION BLOCK H. POSITION adjustment ENHANCER BLOCK Sharpness circuit adjustment
PANEL BLOCK Setting of PDP (panel)
1-20 (No.YA064)
Page 21

3.3 REPLACEMENT OF CHIP COMPONENT

3.3.1 CAUTIONS
(1) Avoid heating for more than 3 seconds. (2) Do not rub the electrodes and the resist parts of the pattern. (3) When removing a chip part, melt the solder adequately. (4) Do not reuse a chip part after removing it.
3.3.2 SOLDERING IRON
(1) Use a high insulation soldering iron with a thin pointed end of it. (2) A 30w soldering iron is recommended for easily removing parts.
3.3.3 REPLACEMENT STEPS
1. How to remove Chip parts
2. How to install Chip parts
[Resistors, capacitors, etc.]
(1) As shown in the figure, push the part with tweezers and
alternately melt the solder at each end.
(2) Shift with the tweezers and remove the chip part.
[Transistors, diodes, variable resistors, etc.]
(1) Apply extra solder to each lead.
SOLDER
SOLDER
[Resistors, capacitors, etc.]
(1) Apply solder to the pattern as indicated in the figure.
(2) Grasp the chip part with tweezers and place it on the
solder. Then heat and melt the solder at both ends of the chip part.
[Transistors, diodes, variable resistors, etc.]
(1) Apply solder to the pattern as indicated in the figure. (2) Grasp the chip part with tweezers and place it on the
solder.
(3) First solder lead A as indicated in the figure.
(2) As shown in the figure, push the part with tweezers and
alternately melt the solder at each lead. Shift and remove
the chip part.
NOTE :
After removing the part, remove remaining solder from the pattern.
A
B
C
(4) Then solder leads B and C.
A
B
C
(No.YA064)1-21
Page 22
SECTION 4
ADJUSTMENT

4.1 BEFORE ADJUSTMENT

(1) There are 2 ways of adjusting this monitor : One is with the
REMOTE CONTROL UNIT and the other is the conventional method using adjustment parts and components.
(2) The setting (adjustment) using the REMOTE CONTROL
UNIT is made on the basis of the initial setting values. The setting values which adjust the screen to the optimum condition can be different from the initial setting values.
(3) Make sure that connection is correctly made to AC power
source.
(4) Turn on the power of the Plasma display monitor and
measuring instrument for warming up for at least 30 minutes before starting adjustment.
(5) If the input signal is not specified, use the most appropriate
signal for adjustment.
(6) Never touch parts (such as variable resistors, transformers
and condensers) not shown in the adjustment items of this service adjustment.

4.2 MEASURING INSTRUMENT AND TOOLS

• DC voltmeter (or digital voltmeter)
• Oscilloscope
• Colour analyzer (colour temperature meter)
• Signal generator
- Colour bar : PAL / SECAM / NTSC
- Whale black pattern : 480i, 1080i
- Lamp pattern :
NTSC / 480i / 1080i / VGA640 × 480 dots (H: 31.5kHz, V: 60Hz)
/ RGB 15k (H: 15.73kHz, V: 59.94Hz)
- Window pattern :
NTSC /480i / 1080i / VGA640 × 480 dots (H: 31.5kHz, V: 60Hz)
/ RGB 15k (H: 15.73kHz, V: 59.94Hz)
- Gray scall pattern :
NTSC/480i / 1080i / VGA640 × 480 dots (H: 31.5kHz, V: 60Hz)
/ RGB 15k (H: 15.73kHz, V: 59.94Hz)
• Remote control unit

4.3 PROCEDURE FOR SERVICE MODE

4.3.1 HOW TO ENTER THE SERVICE MODE
(1) Press the [MENU] key, and SELECT [] key
simultaneously (Fig. 1).
(2) The " " mark is appears at the center of the screen (Fig.
2).
(3) While " " mark is appears, press the [MENU] key and
[VOL-] key simultaneously.
(4) The word "PLEASE DON'T TOUCH !" (Fig.3) will be
display on the screen center.
(5) While the words of "PLEASE DON'T TOUCH !" are display
as shown in Fig. 3.
(6) Press the SELECT [] key, SERVICE MODE will be
display as shown in Fig. 4.
4.3.2 SELECT & ADJUSTMENT OF SERVICE MODE ITEM
While the SERVICE MODE is displayed.
(1) Press the up [/] select key to white balance block item. (2) After selecting the item, press ENTER [] key. (3) The adjustment menu mode is displayed. (4) Press the ADJUST [/] key to change the setting value. (5) Press [MENU / EXIT] key to display the original menu. (6) Perform in the same manner for others SERVICE MODE
ITEM.
Note :
When the adjustment is made at SERVICE MODE, the changed data is memorized in a memory simultaneously with the change.
Fig.1
Fig.2
PLEASE, DON'T TOUCH!
Fig.3
VCO ADJUST WHITE BALANCE BLOCK CPU BLOCK SIZE/POSITION BLOCK H POSITION BLOCK PANEL BLOCK SIGNAL BLOCK DEVICE INITIAL VALUE
ENTER: SELECT: EXIT:
DIAGNOSIS BLOCK UPDATE CPU PROGRAM HOUR METER BLOCK ENHANCER BLOCK
ENTER: SELECT: EXIT:
Fig.4
[1/2]
MENU
[2/2]
MENU
1-22 (No.YA064)
Page 23

4.4 COMPOSITION OF SERVICE MENU SCREEN

MAIN MENU
W(A01)
WHITE BALANCE BLOCK
adjustment item screen
C(A01)
CPU BLOCK
adjustment item screen
VCO ADJUST WHITE BALANCE BLOCK CPU BLOCK SIZE/POSITION BLOCK H POSITION BLOCK PANEL BLOCK SIGNAL BLOCK DEVICE INITIAL VALUE
ENTER: SELECT: EXIT:
< VCO ADJUST PROGRAM >
Are you sure ?
"YES" then Key. "NO" then Key.
MENU
< WHITE BALANCE BLOCK >
WA:RGB PS HIGH WB:RGB PC LOW WC:VIDEO HIGH WD:VIDEO LOW WE:COMPO. 15k HIGH WF:COMPO. 15k LOW WG:COMPO. HIGH WH:COMPO. LOW
ENTER: SELECT: EXIT:
WHITE BALANCE BLOCK
adjustment item select screen
< CPU BLOCK >
CA:PANORAMA DATA CB:SIGNAL RANGE CC:SIZE/POSI. RANGE CD:FRQENCY DATA CE:SYSTEM CONSTANT CF:TEMP SENCOR DATA CG:APS CONTROL DATA CH:TEST MODE
ENTER: SELECT: EXIT:
CPU BLOCK
adjustment item select screen
< SIZE/POSITION BLOCK >
DA:VIDEO-60Hz (REGULAR) DB:VIDEO-60Hz (FULL) DC:VIDEO-60Hz (ZOOM) DD:VIDEO-60Hz (PANORA.) DE:VIDEO-50Hz (REGULAR) DF:VIDEO-50Hz (FULL) DG:VIDEO-50Hz (ZOOM) DH:VIDEO-50Hz (PANORA.)
ENTER: SELECT: EXIT:
< H POSITION BLOCK >
PA:VIDEO PB:Y/C PC:COMPO. PD:RGB
ENTER: SELECT: EXIT:
MENU
MENU
MENU
MENU
MENU
[2/2]
MENU
MENU
Are you sure ?
"YES" then Key. "NO" then Key.
MENU
MENU
DIAGNOSIS BLOCK
< CLEAR >
MENU
Flashing 5 sec.
[1/2]
MENU
DIAGNOSIS BLOCK UPDATE CPU PROGRAM HOUR METER BLOCK ENHANCER BLOCK
ENTER: SELECT: EXIT:
< DIAGNOSIS BLOCK >
CLEAR I2C SIGNAL BUS I2C ROM BUS POWER TEMP. OVER TEMP. OVER [9Eh] TEMP. OVER [9Ch]
ENTER: EXIT:
< DIAGNOSIS BLOCK >
CLEAR I2C SIGNAL BUS I2C ROM BUS POWER TEMP. OVER TEMP. OVER [9Eh] TEMP. OVER [9Ch]
ENTER: EXIT:
< UPDATE CPU PROGRAM >
Are you sure ?
"YES" then Key. "NO" then Key.
Necessity ! : PC, cable & terminal software
CURRENT Ver. 1.02
< HOUR METER BLOCK >
RESET HOUR METER (X1h) : *****
ENTER: EXIT:
< PANEL BLOCK >
BA:VIDEO BB:PC
ENTER: SELECT: EXIT:
< SIGNAL BLOCK >
SA:VIDEO -NTSC SB:VIDEO -PAL SC:VIDEO -SECAM SD:VIDEO -NTSC4.43 SE:VIDEO -PALM SF:VIDEO -PALN SG:VIDEO -PAL-60 SH:Y/C -NTSC
ENTER: SELECT: EXIT:
< DEVICE INITIAL VALUE >
IA:VPC3230D IB:CXA3506R IC:TA1318 ID:PEMBRANDT-I IE:PDP I/F IF:PDP MODULE IG:UPD64083GF
ENTER: SELECT: EXIT:
MENU
MENU
MENU
< HOUR METER BLOCK >
RESET HOUR METER (X1h) : 00000
ENTER: EXIT:
< ENHANCER BLOCK >
EA:SHARPNESS A=-3 EB:SHARPNESS A=-2 EC:SHARPNESS A=-1 ED:SHARPNESS A= 0 EE:SHARPNESS A=+1 EF:SHARPNESS A=+2 EG:SHARPNESS A=+3 EH:SHARPNESS A=+4
ENTER: SELECT: EXIT:
< RESET HOUR METER >
! Are you sure ?
"YES" then Key. "NO" then Key.
MENU
MENU
MENU
(No.YA064)1-23
Page 24

4.5 INITIAL SETTING VALUE OF THE SERVICE MODE

WHITE BALANCE BLOCK
Setting No. Setting item
WA : RGB PC HIGH
W(A01) DRIVE (R) 255 W(A02) DRIVE (G) 255 W(A03) DRIVE (B) 255 W(A04) CUT OFF (R) -001 W(A05) CUT OFF (G) -001 W(A06) CUT OFF (B) -001 W(A07) BRIGHT 000 W(A08) A-D GAIN (R) 128 W(A09) A-D GAIN (G) 128 W(A10) A-D GAIN (B) 128 W(A11) A-D OFFSET (R) 000 W(A12) A-D OFFSET (G) 000 W(A13) A-D OFFSET (B) 000
WB : RGB PC LOW
W(B01) DRIVE (R) 255 W(B02) DRIVE (G) 255 W(B03) DRIVE (B) 200 W(B04) CUT OFF (R) 000 W(B05) CUT OFF (G) 000 W(B06) CUT OFF (B) 000 W(B07) BRIGHT 000 W(B08) A-D GAIN (R) 000 W(B09) A-D GAIN (G) 000 W(B10) A-D GAIN (B) 000 W(B11) A-D OFFSET (R) 000 W(B12) A-D OFFSET (G) 000 W(B13) A-D OFFSET (B) 000
WC : VIDEO HIGH
W(C01) DRIVE (R) 255 W(C02) DRIVE (G) 255 W(C03) DRIVE (B) 255 W(C04) CUT OFF (R) -003 W(C05) CUT OFF (G) -004 W(C06) CUT OFF (B) -003 W(C07) BRIGHT -011
WD : VIDEO LOW
W(D01) DRIVE (R) 255 W(D02) DRIVE (G) 255 W(D03) DRIVE (B) 200 W(D04) CUT OFF (R) 000 W(D05) CUT OFF (G) 000 W(D06) CUT OFF (B) 000 W(D07) BRIGHT 000
WE : COMPO. 15k HIGH
W(E01) DRIVE (R) 255 W(E02) DRIVE (G) 255 W(E03) DRIVE (B) 255 W(E04) CUT OFF (R) -002 W(E05) CUT OFF (G) -004 W(E06) CUT OFF (B) -002 W(E07) BRIGHT 000 W(E08) A-D GAIN (R) 128
1-24 (No.YA064)
Setting
value
Setting No. Setting item
W(E09) A-D GAIN (G) 128 W(E10) A-D GAIN (B) 128 W(E11) A-D OFFSET (R) -002 W(E12) A-D OFFSET (G) 000 W(E13) A-D OFFSET (B) -002
WF : COMPO. 15k LOW
W(F01) DRIVE (R) 255 W(F02) DRIVE (G) 255 W(F03) DRIVE (B) 200 W(F04) CUT OFF (R) 000 W(F05) CUT OFF (G) 000 W(F06) CUT OFF (B) 000 W(F07) BRIGHT 000 W(F08) A-D GAIN (R) 000 W(F09) A-D GAIN (G) 000 W(F10) A-D GAIN (B) 000 W(F11) A-D OFFSET (R) 000 W(F12) A-D OFFSET (G) 000 W(F13) A-D OFFSET (B) 000
WG : COMPO. HIGH
W(G01) DRIVE (R) 255 W(G02) DRIVE (G) 255 W(G03) DRIVE (B) 255 W(G04) CUT OFF (R) -003 W(G05) CUT OFF (G) -004 W(G06) CUT OFF (B) -003 W(G07) BRIGHT 000 W(G08) A-D GAIN (R) 128 W(G09) A-D GAIN (G) 128 W(G10) A-D GAIN (B) 128 W(G11) A-D OFFSET (R) -002 W(G12) A-D OFFSET (G) 000 W(G13) A-D OFFSET (B) -002
WH : COMPO. LOW
W(H01) DRIVE (R) 255 W(H02) DRIVE (G) 255 W(H03) DRIVE (B) 200 W(H04) CUT OFF (R) 000 W(H05) CUT OFF (G) 000 W(H06) CUT OFF (B) 000 W(H07) BRIGHT 000 W(H08) A-D GAIN (R) 000 W(H09) A-D GAIN (G) 000 W(H10) A-D GAIN (B) 000 W(H11) A-D OFFSET (R) 000 W(H12) A-D OFFSET (G) 000 W(H13) A-D OFFSET (B) 000
Setting
value
Page 25
Setting No. Setting item
WI : RGB 15k HIGH
W(I01) DRIVE (R) 255 W(I02) DRIVE (G) 255 W(I03) DRIVE (B) 255 W(I04) CUT OFF (R) -001 W(I05) CUT OFF (G) -001 W(I06) CUT OFF (B) -001 W(I07) BRIGHT 000 W(I08) A-D GAIN (R) 125 W(I09) A-D GAIN (G) 128 W(I10) A-D GAIN (B) 128 W(I11) A-D OFFSET (R) 000 W(I12) A-D OFFSET (G) 000 W(I13) A-D OFFSET (B) 000
Setting
value
Setting No. Setting item
WJ : RGB 15k LOW
W(J01) DRIVE (R) 255 W(J02) DRIVE (G) 200 W(J03) DRIVE (B) 198 W(J04) CUT OFF (R) 000 W(J05) CUT OFF (G) 000 W(J06) CUT OFF (B) 000 W(J07) BRIGHT 000 W(J08) A-D GAIN (R) 000 W(J09) A-D GAIN (G) 000 W(J10) A-D GAIN (B) 000 W(J11) A-D OFFSET (R) 000 W(J12) A-D OFFSET (G) 000 W(J13) A-D OFFSET (B) 000
Setting
value
(No.YA064)1-25
Page 26
CPU BLOCK
Setting No. Setting item
CA : PANORAMA DATA
C(A01) INPUT_PIXELS 086 C(A02) OUTPUT_PIXELS 107 C(A03) NL_START 052 C(A04) NL_END 055 C(A05) RATIO_CENTER 076 C(A06) RATIO_SIDES 101 C(A07) Not use 000 C(A08) Not use 000 C(A09) Not use 000 C(A10) Not use 000
CB : SIGNAL RANGE
C(B01) CONTRAST MIN -044 C(B02) CONTRAST MAX +020 C(B03) BRIGHT MIN -012 C(B04) BRIGHT MAX +012 C(B05) CROMA MIN -071 C(B06) CROMA MAX +045 C(B07) FHASE MIN ----­C(B08) FHASE MAX ----­C(B09) V BRI_GAIN COMP 255 C(B10) G BRI_GAIN COMP 255 C(B11) R GAIN MIN 000 C(B12) R GAIN MAX 255 C(B13) G GAIN MIN 000 C(B14) G GAIN MAX 255 C(B15) B GAIN MIN 000 C(B16) B GAIN MAX 255
CC : SIZE/POSI. RANGE
C(C01) H_POS_MIN -060 C(C02) H_POS_MAX 060 C(C03) V_POS_MIN -030 C(C04) V_POS_MAX 030 C(C05) H_SIZE_MIN -100 C(C06) H_SIZE_MAX 100 C(C07) V_SIZE_MIN -100 C(C08) V_SIZE_MAX 100 C(C09) DOT_CLK_MIN -010 C(C10) DOT_CLK_MAX 010 C(C11) CLK_PHASE_MIN -020 C(C12) CLK_PHASE_MAX 020 C(C13) MARGIN_POS_X -006 C(C14) Not use 000 C(C15) Not use 000 C(C16) H_POS_MIN -055 C(C17) H_POS_MAX 055 C(C18) V_POS_MIN -030 C(C19) V_POS_MAX 030 C(C20) H_SIZE_MIN -060 C(C21) H_SIZE_MAX 060 C(C22) V_SIZE_MIN -060 C(C23) V_SIZE_MAX 060 C(C24) INPUT_X_V60_L 208 C(C25) INPUT_X_V60_H 002
Setting
value
Setting No. Setting item
C(C26) INPUT_Y_V60_L 229 C(C27) INPUT_Y_V60_H 001 C(C28) INPUT_X_V50_L 208 C(C29) INPUT_X_V50_H 002 C(C30) INPUT_Y_V50_L 068 C(C31) INPUT_Y_V50_H 002 C(C32) FREE_RUN 000 C(C33) DS_InX_MARGINE 003 C(C34) DS_OutX_MARGINE 002 C(C35) DS_InY_MARGINE 003 C(C36) DS_OutY_MARGINE 002 C(C37) M_OutX_MARGINE 002 C(C38) Not use 000 C(C39) Not use 000 C(C40) Not use 000 C(C41) Not use 000 C(C42) Not use 000 C(C43) Not use 000 C(C44) Not use 000 C(C45) Not use 000 C(C46) Not use 000 C(C47) Not use 000 C(C48) Not use 000 C(C49) Not use 000 C(C50) Not use 000 C(C51) Not use 000 C(C52) Not use 000
CD : FREQENCY DATA
C(D01) HORI FREQ ERROR 004 C(D02) VERT FREQ ERROR 001 C(D03) STATUS DELAY 050 C(D04) SIGNAL DETECT 010 C(D05) SIGNAL WAIT TIM 040 C(D06) SIGNAL WAIT TIM 000
CE : SYSTEM CONSTANT
C(E01) AREA 002 C(E02) POWER ON DELAY 031 C(E03) POWER ON DELAY 031 C(E04) MODEL No. 001 C(E05) REMOCON THROW 000 C(E06) TIME ERROR COMPENSATION +007 C(E07) VS_MUTE 001 C(E08) GOAL_PLC PW SELECT for 50Hz 000 C(E09) Not use 000 C(E10) Not use 000
Setting
value
1-26 (No.YA064)
Page 27
Setting No. Setting item
CF : TEMP SENSOR DATA
C(F01) Y ALARM TEMP. : T1 068 C(F02) T1 OVER COUNT 060 C(F03) SHUT DOWN TEMP. : T2 120 C(F04) T2 OVER COUNT 060 C(F05) TEMP. ALARM DISPLAY ON/OFF 000 C(F06) R ALARM TEMP. T3 095 C(F07) T3 OVER COUNT 060 C(F08) T3 SHUT DOWN WAIT TIME 012 C(F09) APS CONT. START TEMP : 4 052 C(F10) Not use 000
CG : APS CONTROL DATA
C(G01) Is COMPENSATION 150 C(G02) Is STANDARD 150 C(G03) APS PANEL IN MOD 010 C(G04) LEVEL ADJ 255 C(G05) AGC ON/OFF 000 C(G06) AGC GAIN MAX 000 C(G07) STOP PLC SELECT : K1 032 C(G08) GOAL PLC (NORMAL) SELECT : n 000 C(G09) SAMPLING CYCLE SETTING 004 C(G10) STOPPER INTERVAL SETTING 020 C(G11) ANIMATION LUMINOSITY
COMPENSATION C(G12) GOAL PLC SELECT :K2 095 C(G13) SAVE1 LOW SETTING 045 C(G14) POWER CONT. INTERVAL(MAIN) 002 C(G15) POWER CONT. INTERVAL(SUB) 003 C(G16) POWER CONT. COEFFICIENT : K 028 C(G17) KX1 035 C(G18) KX2 065 C(G19) KX3 120
Setting
value
000
Setting No. Setting item
C(G20) KYmax0 005 C(G21) KYmax1 052 C(G22) KYmax2 100 C(G23) KYmax3 215 C(G24) KYmax4[7:0] 000 C(G25) KYmin0 010 C(G26) KYmin1 075 C(G27) KYmin2 141 C(G28) KYmin3 255 C(G29) KYmin4[7:0] 000 C(G30) KYmax4[11:8], KYmin[11:8] 017
CH : TEST MODE
C(H01) FPGA TEST MODE 000 C(H02) 480i MATRIX 000 C(H03) 480p MATRIX 000 C(H04) FREQ CHECK DISP 000 C(H05) APS CHECK DISP 000 C(H06) D TERM DET OFF 000 C(H07) VPC VERSION 000 C(H08) TEST PATTERN 000 C(H09) Not use 000 C(H10) Not use 000
CI : OTHER
C(I01) PIXEL SHIFT INTERVAL 001 C(I02) PIXEL SHIFT H POSI SHIFT 010 C(I03) PIXEL SHIFT V POSI SHIFT 006 C(I04) RS-232 BAUD 000 C(I05) B GAIN VALUE 195 C(I06) Not use 000 C(I07) Not use 000 C(I08) Not use 000 C(I09) Not use 000 C(I10) Not use 000
Setting
value
(No.YA064)1-27
Page 28
SIZE / POSITION BLOCK
Setting No. Setting item
DA : VIDEO-60Hz (REGULAR)
D(A01) FB COUNTER 1 172 D(A02) FB COUNTER 2 006 D(A03) VCO DIVIDE 002 D(A04) DELAY 032 D(A05) CHARGE_PUMP 018 D(A06) AMP MODE 001 D(A07) OUTPUT MODE 006 D(A08) OPLL_MDVI_L 229 D(A09) OPLL_MDVI_H 000 D(A10) OPLL_MDVI 255 D(A11) INPUT_ACT_LINE_START_L 012 D(A12) INPUT_ACT_LINE_START_H 000 D(A13) INPUT_ACT_LINE_L 200 D(A14) INPUT_ACT_LINE_H 001 D(A15) INPUT_ACT_PIXEL_START_L 022 D(A16) INPUT_ACT_PIXEL_START_H 000 D(A17) INPUT_ACT_PIXEL_L 158 D(A18) INPUT ACT_PIXEL_H 002 D(A19) Not use 000 D(A20) Not use 000 D(A21) WIN_X_MARGINE 128 D(A22) WIN_Y_MARGINE 128 D(A23) WIN_Y_POSI_L 001 D(A24) WIN_Y_POSI_H 000 D(A25) WIN_Y_SIZE_L 224 D(A26) WIN_Y_SIZE_H 001 D(A27) WIN_X_POSI_L 106 D(A28) WIN_X_POSI_H 000 D(A29) WIN_X_SIZE_L 128 D(A30) WIN_X_SIZE_H 002 D(A31) Not use 000 D(A32) Not use 000 D(A33) Not use 000 D(A34) Not use 000 D(A35) Not use 000 D(A36) Not use 000 D(A37) Not use 000 D(A38) COAST_ENABLE 000 D(A39) Not use 000 D(A40) INTERLACE 000 D(A41) Not use 000 D(A42) Not use 000 D(A43) Not use 000 D(A44) Not use 000 D(A45) Not use 000 D(A46) Not use 000 D(A47) Not use 000 D(A48) Not use 000 D(A49) Not use 000 D(A50) Not use 000 D(A51) Not use 000 D(A52) Not use 000
Setting
value
Setting No. Setting item
DB : VIDEO-60Hz (FULL)
D(B01) FB COUNTER 1 172 D(B02) FB COUNTER 2 006 D(B03) VCO DIVIDE 002 D(B04) DELAY 032 D(B05) CHARGE_PUMP 018 D(B06) AMP MODE 001 D(B07) OUTPUT MODE 006 D(B08) OPLL_MDVI_L 229 D(B09) OPLL_MDVI_H 000 D(B10) OPLL_MDVI 255 D(B11) INPUT_ACT_LINE_START_L 012 D(B12) INPUT_ACT_LINE_START_H 000 D(B13) INPUT_ACT_LINE_L 200 D(B14) INPUT_ACT_LINE_H 001 D(B15) INPUT_ACT_PIXEL_START_L 023 D(B16) INPUT_ACT_PIXEL_START_H 000 D(B17) INPUT_ACT_PIXEL_L 158 D(B18) INPUT ACT_PIXEL_H 002 D(B19) Not use 000 D(B20) Not use 000 D(B21) WIN_X_MARGINE 128 D(B22) WIN_Y_MARGINE 128 D(B23) WIN_Y_POSI_L 001 D(B24) WIN_Y_POSI_H 000 D(B25) WIN_Y_SIZE_L 224 D(B26) WIN_Y_SIZE_H 001 D(B27) WIN_X_POSI_L 001 D(B28) WIN_X_POSI_H 000 D(B29) WIN_X_SIZE_L 084 D(B30) WIN_X_SIZE_H 003 D(B31) Not use 000 D(B32) Not use 000 D(B33) Not use 000 D(B34) Not use 000 D(B35) Not use 000 D(B36) Not use 000 D(B37) Not use 000 D(B38) COAST_ENABLE 000 D(B39) Not use 000 D(B40) INTERLACE 000 D(B41) Not use 000 D(B42) Not use 000 D(B43) Not use 000 D(B44) Not use 000 D(B45) Not use 000 D(B46) Not use 000 D(B47) Not use 000 D(B48) Not use 000 D(B49) Not use 000 D(B50) Not use 000 D(B51) Not use 000 D(B52) Not use 000
Setting
value
1-28 (No.YA064)
Page 29
Setting No. Setting item
DC : VIDEO-60Hz (ZOOM)
D(C01) FB COUNTER 1 172 D(C02) FB COUNTER 2 006 D(C03) VCO DIVIDE 002 D(C04) DELAY 032 D(C05) CHARGE_PUMP 018 D(C06) AMP MODE 001 D(C07) OUTPUT MODE 006 D(C08) OPLL_MDVI_L 229 D(C09) OPLL_MDVI_H 000 D(C10) OPLL_MDVI 255 D(C11) INPUT_ACT_LINE_START_L 069 D(C12) INPUT_ACT_LINE_START_H 000 D(C13) INPUT_ACT_LINE_L 087 D(C14) INPUT_ACT_LINE_H 001 D(C15) INPUT_ACT_PIXEL_START_L 023 D(C16) INPUT_ACT_PIXEL_START_H 000 D(C17) INPUT_ACT_PIXEL_L 158 D(C18) INPUT ACT_PIXEL_H 002 D(C19) Not use 000 D(C20) Not use 000 D(C21) WIN_X_MARGINE 128 D(C22) WIN_Y_MARGINE 128 D(C23) WIN_Y_POSI_L 001 D(C24) WIN_Y_POSI_H 000 D(C25) WIN_Y_SIZE_L 224 D(C26) WIN_Y_SIZE_H 001 D(C27) WIN_X_POSI_L 001 D(C28) WIN_X_POSI_H 000 D(C29) WIN_X_SIZE_L 084 D(C30) WIN_X_SIZE_H 003 D(C31) Not use 000 D(C32) Not use 000 D(C33) Not use 000 D(C34) Not use 000 D(C35) Not use 000 D(C36) Not use 000 D(C37) Not use 000 D(C38) COAST_ENABLE 000 D(C39) Not use 000 D(C40) INTERLACE 000 D(C41) Not use 000 D(C42) Not use 000 D(C43) Not use 000 D(C44) Not use 000 D(C45) Not use 000 D(C46) Not use 000 D(C47) Not use 000 D(C48) Not use 000 D(C49) Not use 000 D(C50) Not use 000 D(C51) Not use 000 D(C52) Not use 000
Setting
value
Setting No. Setting item
DD : VIDEO-60Hz (PANORA.)
D(D01) FB COUNTER 1 172 D(D02) FB COUNTER 2 006 D(D03) VCO DIVIDE 002 D(D04) DELAY 032 D(D05) CHARGE_PUMP 018 D(D06) AMP MODE 001 D(D07) OUTPUT MODE 006 D(D08) OPLL_MDVI_L 229 D(D09) OPLL_MDVI_H 000 D(D10) OPLL_MDVI 255 D(D11) INPUT_ACT_LINE_START_L 024 D(D12) INPUT_ACT_LINE_START_H 000 D(D13) INPUT_ACT_LINE_L 176 D(D14) INPUT_ACT_LINE_H 001 D(D15) INPUT_ACT_PIXEL_START_L 020 D(D16) INPUT_ACT_PIXEL_START_H 000 D(D17) INPUT_ACT_PIXEL_L 146 D(D18) INPUT ACT_PIXEL_H 002 D(D19) Not use 105 D(D20) Not use 002 D(D21) WIN_X_MARGINE 113 D(D22) WIN_Y_MARGINE 128 D(D23) WIN_Y_POSI_L 001 D(D24) WIN_Y_POSI_H 000 D(D25) WIN_Y_SIZE_L 224 D(D26) WIN_Y_SIZE_H 001 D(D27) WIN_X_POSI_L 001 D(D28) WIN_X_POSI_H 000 D(D29) WIN_X_SIZE_L 084 D(D30) WIN_X_SIZE_H 002 D(D31) Not use 000 D(D32) Not use 000 D(D33) Not use 000 D(D34) Not use 000 D(D35) Not use 000 D(D36) Not use 000 D(D37) Not use 000 D(D38) COAST_ENABLE 000 D(D39) Not use 000 D(D40) INTERLACE 000 D(D41) Not use 000 D(D42) Not use 000 D(D43) Not use 000 D(D44) Not use 000 D(D45) Not use 000 D(D46) Not use 000 D(D47) Not use 000 D(D48) Not use 000 D(D49) Not use 000 D(D50) Not use 000 D(D51) Not use 000 D(D52) Not use 000
Setting
value
(No.YA064)1-29
Page 30
Setting No. Setting item
DE : VIDEO-50Hz (REGULAR)
D(E01) FB COUNTER 1 184 D(E02) FB COUNTER 2 006 D(E03) VCO DIVIDE 002 D(E04) DELAY 032 D(E05) CHARGE_PUMP 018 D(E06) AMP MODE 001 D(E07) OUTPUT MODE 006 D(E08) OPLL_MDVI_L 229 D(E09) OPLL_MDVI_H 000 D(E10) OPLL_MDVI 255 D(E11) INPUT_ACT_LINE_START_L 013 D(E12) INPUT_ACT_LINE_START_H 000 D(E13) INPUT_ACT_LINE_L 029 D(E14) INPUT_ACT_LINE_H 002 D(E15) INPUT_ACT_PIXEL_START_L 027 D(E16) INPUT_ACT_PIXEL_START_H 000 D(E17) INPUT_ACT_PIXEL_L 153 D(E18) INPUT ACT_PIXEL_H 002 D(E19) Not use 000 D(E20) Not use 000 D(E21) WIN_X_MARGINE 128 D(E22) WIN_Y_MARGINE 128 D(E23) WIN_Y_POSI_L 001 D(E24) WIN_Y_POSI_H 000 D(E25) WIN_Y_SIZE_L 224 D(E26) WIN_Y_SIZE_H 001 D(E27) WIN_X_POSI_L 106 D(E28) WIN_X_POSI_H 000 D(E29) WIN_X_SIZE_L 128 D(E30) WIN_X_SIZE_H 002 D(E31) Not use 000 D(E32) Not use 000 D(E33) Not use 000 D(E34) Not use 000 D(E35) Not use 000 D(E36) Not use 000 D(E37) Not use 000 D(E38) COAST_ENABLE 000 D(E39) Not use 000 D(E40) INTERLACE 000 D(E41) Not use 000 D(E42) Not use 000 D(E43) Not use 000 D(E44) Not use 000 D(E45) Not use 000 D(E46) Not use 000 D(E47) Not use 000 D(E48) Not use 000 D(E49) Not use 000 D(E50) Not use 000 D(E51) Not use 000 D(E52) Not use 000
Setting
value
Setting No. Setting item
DF : VIDEO-50Hz (FULL)
D(F01) FB COUNTER 1 184 D(F02) FB COUNTER 2 006 D(F03) VCO DIVIDE 002 D(F04) DELAY 032 D(F05) CHARGE_PUMP 018 D(F06) AMP MODE 001 D(F07) OUTPUT MODE 006 D(F08) OPLL_MDVI_L 229 D(F09) OPLL_MDVI_H 000 D(F10) OPLL_MDVI 255 D(F11) INPUT_ACT_LINE_START_L 013 D(F12) INPUT_ACT_LINE_START_H 000 D(F13) INPUT_ACT_LINE_L 029 D(F14) INPUT_ACT_LINE_H 002 D(F15) INPUT_ACT_PIXEL_START_L 028 D(F16) INPUT_ACT_PIXEL_START_H 000 D(F17) INPUT_ACT_PIXEL_L 153 D(F18) INPUT ACT_PIXEL_H 002 D(F19) Not use 000 D(F20) Not use 000 D(F21) WIN_X_MARGINE 128 D(F22) WIN_Y_MARGINE 128 D(F23) WIN_Y_POSI_L 001 D(F24) WIN_Y_POSI_H 000 D(F25) WIN_Y_SIZE_L 224 D(F26) WIN_Y_SIZE_H 001 D(F27) WIN_X_POSI_L 001 D(F28) WIN_X_POSI_H 000 D(F29) WIN_X_SIZE_L 084 D(F30) WIN_X_SIZE_H 003 D(F31) Not use 000 D(F32) Not use 000 D(F33) Not use 000 D(F34) Not use 000 D(F35) Not use 000 D(F36) Not use 000 D(F37) Not use 000 D(F38) COAST_ENABLE 000 D(F39) Not use 000 D(F40) INTERLACE 000 D(F41) Not use 000 D(F42) Not use 000 D(F43) Not use 000 D(F44) Not use 000 D(F45) Not use 000 D(F46) Not use 000 D(F47) Not use 000 D(F48) Not use 000 D(F49) Not use 000 D(F50) Not use 000 D(F51) Not use 000 D(F52) Not use 000
Setting
value
1-30 (No.YA064)
Page 31
Setting No. Setting item
DG : VIDEO-50Hz (ZOOM)
D(G01) FB COUNTER 1 184 D(G02) FB COUNTER 2 006 D(G03) VCO DIVIDE 002 D(G04) DELAY 032 D(G05) CHARGE_PUMP 018 D(G06) AMP MODE 001 D(G07) OUTPUT MODE 006 D(G08) OPLL_MDVI_L 229 D(G09) OPLL_MDVI_H 000 D(G10) OPLL_MDVI 255 D(G11) INPUT_ACT_LINE_START_L 081 D(G12) INPUT_ACT_LINE_START_H 000 D(G13) INPUT_ACT_LINE_L 153 D(G14) INPUT_ACT_LINE_H 001 D(G15) INPUT_ACT_PIXEL_START_L 028 D(G16) INPUT_ACT_PIXEL_START_H 000 D(G17) INPUT_ACT_PIXEL_L 153 D(G18) INPUT ACT_PIXEL_H 002 D(G19) Not use 000 D(G20) Not use 000 D(G21) WIN_X_MARGINE 128 D(G22) WIN_Y_MARGINE 128 D(G23) WIN_Y_POSI_L 001 D(G24) WIN_Y_POSI_H 000 D(G25) WIN_Y_SIZE_L 224 D(G26) WIN_Y_SIZE_H 001 D(G27) WIN_X_POSI_L 001 D(G28) WIN_X_POSI_H 000 D(G29) WIN_X_SIZE_L 084 D(G30) WIN_X_SIZE_H 003 D(G31) Not use 000 D(G32) Not use 000 D(G33) Not use 000 D(G34) Not use 000 D(G35) Not use 000 D(G36) Not use 000 D(G37) Not use 000 D(G38) COAST_ENABLE 000 D(G39) Not use 000 D(G40) INTERLACE 000 D(G41) Not use 000 D(G42) Not use 000 D(G43) Not use 000 D(G44) Not use 000 D(G45) Not use 000 D(G46) Not use 000 D(G47) Not use 000 D(G48) Not use 000 D(G49) Not use 000 D(G50) Not use 000 D(G51) Not use 000 D(G52) Not use 000
Setting
value
Setting No. Setting item
DH : VIDEO-50Hz (PANORA.)
D(H01) FB COUNTER 1 184 D(H02) FB COUNTER 2 006 D(H03) VCO DIVIDE 002 D(H04) DELAY 032 D(H05) CHARGE_PUMP 018 D(H06) AMP MODE 001 D(H07) OUTPUT MODE 006 D(H08) OPLL_MDVI_L 229 D(H09) OPLL_MDVI_H 000 D(H10) OPLL_MDVI 255 D(H11) INPUT_ACT_LINE_START_L 026 D(H12) INPUT_ACT_LINE_START_H 000 D(H13) INPUT_ACT_LINE_L 001 D(H14) INPUT_ACT_LINE_H 002 D(H15) INPUT_ACT_PIXEL_START_L 024 D(H16) INPUT_ACT_PIXEL_START_H 000 D(H17) INPUT_ACT_PIXEL_L 142 D(H18) INPUT ACT_PIXEL_H 002 D(H19) Not use 105 D(H20) Not use 002 D(H21) WIN_X_MARGINE 113 D(H22) WIN_Y_MARGINE 128 D(H23) WIN_Y_POSI_L 001 D(H24) WIN_Y_POSI_H 000 D(H25) WIN_Y_SIZE_L 224 D(H26) WIN_Y_SIZE_H 001 D(H27) WIN_X_POSI_L 001 D(H28) WIN_X_POSI_H 000 D(H29) WIN_X_SIZE_L 084 D(H30) WIN_X_SIZE_H 003 D(H31) Not use 000 D(H32) Not use 000 D(H33) Not use 000 D(H34) Not use 000 D(H35) Not use 000 D(H36) Not use 000 D(H37) Not use 000 D(H38) COAST_ENABLE 000 D(H39) Not use 000 D(H40) INTERLACE 000 D(H41) Not use 000 D(H42) Not use 000 D(H43) Not use 000 D(H44) Not use 000 D(H45) Not use 000 D(H46) Not use 000 D(H47) Not use 000 D(H48) Not use 000 D(H49) Not use 000 D(H50) Not use 000 D(H51) Not use 000 D(H52) Not use 000
Setting
value
(No.YA064)1-31
Page 32
Setting No. Setting item
DI : 480P (REGULAR.)
D(I01) FB COUNTER 1 082 D(I02) FB COUNTER 2 003 D(I03) VCO DIVIDE 002 D(I04) DELAY 032 D(I05) CHARGE_PUMP 018 D(I06) AMP MODE 001 D(I07) OUTPUT MODE 000 D(I08) OPLL_MDVI_L 229 D(I09) OPLL_MDVI_H 000 D(I10) OPLL_MDVI 255 D(I11) INPUT_ACT_LINE_START_L 044 D(I12) INPUT_ACT_LINE_START_H 000 D(I13) INPUT_ACT_LINE_L 201 D(I14) INPUT_ACT_LINE_H 001 D(I15) INPUT_ACT_PIXEL_START_L 114 D(I16) INPUT_ACT_PIXEL_START_H 000 D(I17) INPUT_ACT_PIXEL_L 160 D(I18) INPUT ACT_PIXEL_H 002 D(I19) Not use 000 D(I20) Not use 000 D(I21) WIN_X_MARGINE 153 D(I22) WIN_Y_MARGINE 148 D(I23) WIN_Y_POSI_L 001 D(I24) WIN_Y_POSI_H 000 D(I25) WIN_Y_SIZE_L 224 D(I26) WIN_Y_SIZE_H 001 D(I27) WIN_X_POSI_L 106 D(I28) WIN_X_POSI_H 000 D(I29) WIN_X_SIZE_L 128 D(I30) WIN_X_SIZE_H 002 D(I31) Not use 000 D(I32) Not use 000 D(I33) Not use 000 D(I34) Not use 000 D(I35) Not use 000 D(I36) Not use 000 D(I37) Not use 000 D(I38) COAST_ENABLE 000 D(I39) Not use 000 D(I40) INTERLACE 000 D(I41) Not use 000 D(I42) Not use 000 D(I43) Not use 000 D(I44) Not use 000 D(I45) Not use 000 D(I46) Not use 000 D(I47) Not use 000 D(I48) Not use 000 D(I49) Not use 000 D(I50) Not use 000 D(I51) Not use 000 D(I52) Not use 000
Setting
value
Setting No. Setting item
DJ : 480P (FLL.)
D(J01) FB COUNTER 1 082 D(J02) FB COUNTER 2 003 D(J03) VCO DIVIDE 002 D(J04) DELAY 032 D(J05) CHARGE_PUMP 018 D(J06) AMP MODE 001 D(J07) OUTPUT MODE 000 D(J08) OPLL_MDVI_L 229 D(J09) OPLL_MDVI_H 000 D(J10) OPLL_MDVI 255 D(J11) INPUT_ACT_LINE_START_L 044 D(J12) INPUT_ACT_LINE_START_H 000 D(J13) INPUT_ACT_LINE_L 201 D(J14) INPUT_ACT_LINE_H 001 D(J15) INPUT_ACT_PIXEL_START_L 113 D(J16) INPUT_ACT_PIXEL_START_H 000 D(J17) INPUT_ACT_PIXEL_L 162 D(J18) INPUT ACT_PIXEL_H 002 D(J19) Not use 000 D(J20) Not use 000 D(J21) WIN_X_MARGINE 153 D(J22) WIN_Y_MARGINE 148 D(J23) WIN_Y_POSI_L 001 D(J24) WIN_Y_POSI_H 000 D(J25) WIN_Y_SIZE_L 224 D(J26) WIN_Y_SIZE_H 001 D(J27) WIN_X_POSI_L 001 D(J28) WIN_X_POSI_H 000 D(J29) WIN_X_SIZE_L 084 D(J30) WIN_X_SIZE_H 003 D(J31) Not use 000 D(J32) Not use 000 D(J33) Not use 000 D(J34) Not use 000 D(J35) Not use 000 D(J36) Not use 000 D(J37) Not use 000 D(J38) COAST_ENABLE 000 D(J39) Not use 000 D(J40) INTERLACE 000 D(J41) Not use 000 D(J42) Not use 000 D(J43) Not use 000 D(J44) Not use 000 D(J45) Not use 000 D(J46) Not use 000 D(J47) Not use 000 D(J48) Not use 000 D(J49) Not use 000 D(J50) Not use 000 D(J51) Not use 000 D(J52) Not use 000
Setting
value
1-32 (No.YA064)
Page 33
Setting No. Setting item
DK : 480P (ZOOM.)
D(K01) FB COUNTER 1 82 D(K02) FB COUNTER 2 003 D(K03) VCO DIVIDE 002 D(K04) DELAY 032 D(K05) CHARGE_PUMP 018 D(K06) AMP MODE 001 D(K07) OUTPUT MODE 000 D(K08) OPLL_MDVI_L 229 D(K09) OPLL_MDVI_H 000 D(K10) OPLL_MDVI 255 D(K11) INPUT_ACT_LINE_START_L 102 D(K12) INPUT_ACT_LINE_START_H 000 D(K13) INPUT_ACT_LINE_L 086 D(K14) INPUT_ACT_LINE_H 001 D(K15) INPUT_ACT_PIXEL_START_L 113 D(K16) INPUT_ACT_PIXEL_START_H 000 D(K17) INPUT_ACT_PIXEL_L 162 D(K18) INPUT ACT_PIXEL_H 002 D(K19) Not use 000 D(K20) Not use 000 D(K21) WIN_X_MARGINE 153 D(K22) WIN_Y_MARGINE 188 D(K23) WIN_Y_POSI_L 001 D(K24) WIN_Y_POSI_H 000 D(K25) WIN_Y_SIZE_L 224 D(K26) WIN_Y_SIZE_H 001 D(K27) WIN_X_POSI_L 001 D(K28) WIN_X_POSI_H 000 D(K29) WIN_X_SIZE_L 084 D(K30) WIN_X_SIZE_H 003 D(K31) Not use 000 D(K32) Not use 000 D(K33) Not use 000 D(K34) Not use 000 D(K35) Not use 000 D(K36) Not use 000 D(K37) Not use 000 D(K38) COAST_ENABLE 000 D(K39) Not use 000 D(K40) INTERLACE 000 D(K41) Not use 000 D(K42) Not use 000 D(K43) Not use 000 D(K44) Not use 000 D(K45) Not use 000 D(K46) Not use 000 D(K47) Not use 000 D(K48) Not use 000 D(K49) Not use 000 D(K50) Not use 000 D(K51) Not use 000 D(K52) Not use 000
Setting
value
Setting No. Setting item
DL : 480P (PANORAMIC.)
D(L01) FB COUNTER 1 082 D(L02) FB COUNTER 2 003 D(L03) VCO DIVIDE 002 D(L04) DELAY 032 D(L05) CHARGE_PUMP 018 D(L06) AMP MODE 001 D(L07) OUTPUT MODE 000 D(L08) OPLL_MDVI_L 229 D(L09) OPLL_MDVI_H 000 D(L10) OPLL_MDVI 255 D(L11) INPUT_ACT_LINE_START_L 056 D(L12) INPUT_ACT_LINE_START_H 000 D(L13) INPUT_ACT_LINE_L 177 D(L14) INPUT_ACT_LINE_H 001 D(L15) INPUT_ACT_PIXEL_START_L 113 D(L16) INPUT_ACT_PIXEL_START_H 000 D(L17) INPUT_ACT_PIXEL_L 164 D(L18) INPUT ACT_PIXEL_H 002 D(L19) DS_OUTX_PANO_L 122 D(L20) DS_OUTX_PANO_H 002 D(L21) WIN_X_MARGINE 148 D(L22) WIN_Y_MARGINE 160 D(L23) WIN_Y_POSI_L 001 D(L24) WIN_Y_POSI_H 000 D(L25) WIN_Y_SIZE_L 224 D(L26) WIN_Y_SIZE_H 001 D(L27) WIN_X_POSI_L 001 D(L28) WIN_X_POSI_H 000 D(L29) WIN_X_SIZE_L 084 D(L30) WIN_X_SIZE_H 003 D(L31) Not use 000 D(L32) Not use 000 D(L33) Not use 000 D(L34) Not use 000 D(L35) Not use 000 D(L36) Not use 000 D(L37) Not use 000 D(L38) COAST_ENABLE 000 D(L39) Not use 000 D(L40) INTERLACE 000 D(L41) Not use 000 D(L42) Not use 000 D(L43) Not use 000 D(L44) Not use 000 D(L45) Not use 000 D(L46) Not use 000 D(L47) Not use 000 D(L48) Not use 000 D(L49) Not use 000 D(L50) Not use 000 D(L51) Not use 000 D(L52) Not use 000
Setting
value
(No.YA064)1-33
Page 34
Setting No. Setting item
DM : 576P (REGULAR)
D(M01) FB COUNTER 1 88 D(M02) FB COUNTER 2 003 D(M03) VCO DIVIDE 002 D(M04) DELAY 032 D(M05) CHARGE_PUMP 018 D(M06) AMP MODE 001 D(M07) OUTPUT MODE 000 D(M08) OPLL_MDVI_L 229 D(M09) OPLL_MDVI_H 000 D(M10) OPLL_MDVI 255 D(M11) INPUT_ACT_LINE_START_L 053 D(M12) INPUT_ACT_LINE_START_H 000 D(M13) INPUT_ACT_LINE_L 035 D(M14) INPUT_ACT_LINE_H 002 D(M15) INPUT_ACT_PIXEL_START_L 129 D(M16) INPUT_ACT_PIXEL_START_H 000 D(M17) INPUT_ACT_PIXEL_L 148 D(M18) INPUT ACT_PIXEL_H 002 D(M19) Not use 000 D(M20) Not use 000 D(M21) WIN_X_MARGINE 158 D(M22) WIN_Y_MARGINE 153 D(M23) WIN_Y_POSI_L 001 D(M24) WIN_Y_POSI_H 000 D(M25) WIN_Y_SIZE_L 224 D(M26) WIN_Y_SIZE_H 001 D(M27) WIN_X_POSI_L 106 D(M28) WIN_X_POSI_H 000 D(M29) WIN_X_SIZE_L 128 D(M30) WIN_X_SIZE_H 002 D(M31) Not use 000 D(M32) Not use 000 D(M33) Not use 000 D(M34) Not use 000 D(M35) Not use 000 D(M36) Not use 000 D(M37) Not use 000 D(M38) COAST_ENABLE 000 D(M39) Not use 000 D(M40) INTERLACE 000 D(M41) Not use 000 D(M42) Not use 000 D(M43) Not use 000 D(M44) Not use 000 D(M45) Not use 000 D(M46) Not use 000 D(M47) Not use 000 D(M48) Not use 000 D(M49) Not use 000 D(M50) Not use 000 D(M51) Not use 000 D(M52) Not use 000
Setting
value
Setting No. Setting item
DN : 576P (FULL)
D(N01) FB COUNTER 1 088 D(N02) FB COUNTER 2 003 D(N03) VCO DIVIDE 002 D(N04) DELAY 032 D(N05) CHARGE_PUMP 018 D(N06) AMP MODE 001 D(N07) OUTPUT MODE 000 D(N08) OPLL_MDVI_L 229 D(N09) OPLL_MDVI_H 000 D(N10) OPLL_MDVI 255 D(N11) INPUT_ACT_LINE_START_L 053 D(N12) INPUT_ACT_LINE_START_H 000 D(N13) INPUT_ACT_LINE_L 035 D(N14) INPUT_ACT_LINE_H 002 D(N15) INPUT_ACT_PIXEL_START_L 129 D(N16) INPUT_ACT_PIXEL_START_H 000 D(N17) INPUT_ACT_PIXEL_L 150 D(N18) INPUT ACT_PIXEL_H 002 D(N19) Not use 000 D(N20) Not use 000 D(N21) WIN_X_MARGINE 158 D(N22) WIN_Y_MARGINE 153 D(N23) WIN_Y_POSI_L 001 D(N24) WIN_Y_POSI_H 000 D(N25) WIN_Y_SIZE_L 224 D(N26) WIN_Y_SIZE_H 001 D(N27) WIN_X_POSI_L 001 D(N28) WIN_X_POSI_H 000 D(N29) WIN_X_SIZE_L 084 D(N30) WIN_X_SIZE_H 003 D(N31) Not use 000 D(N32) Not use 000 D(N33) Not use 000 D(N34) Not use 000 D(N35) Not use 000 D(N36) Not use 000 D(N37) Not use 000 D(N38) COAST_ENABLE 000 D(N39) Not use 000 D(N40) INTERLACE 000 D(N41) Not use 000 D(N42) Not use 000 D(N43) Not use 000 D(N44) Not use 000 D(N45) Not use 000 D(N46) Not use 000 D(N47) Not use 000 D(N48) Not use 000 D(N49) Not use 000 D(N50) Not use 000 D(N51) Not use 000 D(N52) Not use 000
Setting
value
1-34 (No.YA064)
Page 35
Setting No. Setting item
DO : 576P (ZOOM)
D(O01) FB COUNTER 1 088 D(O02) FB COUNTER 2 003 D(O03) VCO DIVIDE 002 D(O04) DELAY 032 D(O05) CHARGE_PUMP 018 D(O06) AMP MODE 001 D(O07) OUTPUT MODE 000 D(O08) OPLL_MDVI_L 229 D(O09) OPLL_MDVI_H 000 D(O10) OPLL_MDVI 255 D(O11) INPUT_ACT_LINE_START_L 110 D(O12) INPUT_ACT_LINE_START_H 000 D(O13) INPUT_ACT_LINE_L 154 D(O14) INPUT_ACT_LINE_H 001 D(O15) INPUT_ACT_PIXEL_START_L 129 D(O16) INPUT_ACT_PIXEL_START_H 000 D(O17) INPUT_ACT_PIXEL_L 150 D(O18) INPUT ACT_PIXEL_H 002 D(O19) Not use 000 D(O20) Not use 000 D(O21) WIN_X_MARGINE 158 D(O22) WIN_Y_MARGINE 188 D(O23) WIN_Y_POSI_L 001 D(O24) WIN_Y_POSI_H 000 D(O25) WIN_Y_SIZE_L 224 D(O26) WIN_Y_SIZE_H 001 D(O27) WIN_X_POSI_L 001 D(O28) WIN_X_POSI_H 000 D(O29) WIN_X_SIZE_L 084 D(O30) WIN_X_SIZE_H 003 D(O31) Not use 000 D(O32) Not use 000 D(O33) Not use 000 D(O34) Not use 000 D(O35) Not use 000 D(O36) Not use 000 D(O37) Not use 000 D(O38) COAST_ENABLE 000 D(O39) Not use 000 D(O40) INTERLACE 000 D(O41) Not use 000 D(O42) Not use 000 D(O43) Not use 000 D(O44) Not use 000 D(O45) Not use 000 D(O46) Not use 000 D(O47) Not use 000 D(O48) Not use 000 D(O49) Not use 000 D(O50) Not use 000 D(O51) Not use 000 D(O52) Not use 000
Setting
value
Setting No. Setting item
DP : 576P (PANORAMIC)
D(P01) FB COUNTER 1 088 D(P02) FB COUNTER 2 003 D(P03) VCO DIVIDE 002 D(P04) DELAY 032 D(P05) CHARGE_PUMP 018 D(P06) AMP MODE 001 D(P07) OUTPUT MODE 000 D(P08) OPLL_MDVI_L 229 D(P09) OPLL_MDVI_H 000 D(P10) OPLL_MDVI 255 D(P11) INPUT_ACT_LINE_START_L 067 D(P12) INPUT_ACT_LINE_START_H 000 D(P13) INPUT_ACT_LINE_L 007 D(P14) INPUT_ACT_LINE_H 002 D(P15) INPUT_ACT_PIXEL_START_L 124 D(P16) INPUT_ACT_PIXEL_START_H 000 D(P17) INPUT_ACT_PIXEL_L 162 D(P18) INPUT ACT_PIXEL_H 002 D(P19) Not use 122 D(P20) Not use 002 D(P21) WIN_X_MARGINE 153 D(P22) WIN_Y_MARGINE 168 D(P23) WIN_Y_POSI_L 001 D(P24) WIN_Y_POSI_H 000 D(P25) WIN_Y_SIZE_L 224 D(P26) WIN_Y_SIZE_H 001 D(P27) WIN_X_POSI_L 001 D(P28) WIN_X_POSI_H 000 D(P29) WIN_X_SIZE_L 084 D(P30) WIN_X_SIZE_H 003 D(P31) Not use 000 D(P32) Not use 000 D(P33) Not use 000 D(P34) Not use 000 D(P35) Not use 000 D(P36) Not use 000 D(P37) Not use 000 D(P38) COAST_ENABLE 000 D(P39) Not use 000 D(P40) INTERLACE 000 D(P41) Not use 000 D(P42) Not use 000 D(P43) Not use 000 D(P44) Not use 000 D(P45) Not use 000 D(P46) Not use 000 D(P47) Not use 000 D(P48) Not use 000 D(P49) Not use 000 D(P50) Not use 000 D(P51) Not use 000 D(P52) Not use 000
Setting
value
(No.YA064)1-35
Page 36
Setting No. Setting item
DQ : COMPO.-720P
D(Q01) FB COUNTER 1 106 D(Q02) FB COUNTER 2 006 D(Q03) VCO DIVIDE 001 D(Q04) DELAY 035 D(Q05) CHARGE_PUMP 020 D(Q06) AMP MODE 001 D(Q07) OUTPUT MODE 000 D(Q08) OPLL_MDVI_L 229 D(Q09) OPLL_MDVI_H 000 D(Q10) OPLL_MDVI 255 D(Q11) INPUT_ACT_LINE_START_L 037 D(Q12) INPUT_ACT_LINE_START_H 000 D(Q13) INPUT_ACT_LINE_L 173 D(Q14) INPUT_ACT_LINE_H 002 D(Q15) INPUT_ACT_PIXEL_START_L 032 D(Q16) INPUT_ACT_PIXEL_START_H 001 D(Q17) INPUT_ACT_PIXEL_L 184 D(Q18) INPUT ACT_PIXEL_H 004 D(Q19) Not use 000 D(Q20) Not use 000 D(Q21) WIN_X_MARGINE 178 D(Q22) WIN_Y_MARGINE 153 D(Q23) WIN_Y_POSI_L 001 D(Q24) WIN_Y_POSI_H 000 D(Q25) WIN_Y_SIZE_L 224 D(Q26) WIN_Y_SIZE_H 001 D(Q27) WIN_X_POSI_L 001 D(Q28) WIN_X_POSI_H 000 D(Q29) WIN_X_SIZE_L 084 D(Q30) WIN_X_SIZE_H 003 D(Q31) Not use 000 D(Q32) Not use 000 D(Q33) Not use 000 D(Q34) Not use 000 D(Q35) Not use 000 D(Q36) Not use 000 D(Q37) Not use 000 D(Q38) COAST_ENABLE 000 D(Q39) Not use 000 D(Q40) INTERLACE 000 D(Q41) Not use 000 D(Q42) Not use 000 D(Q43) Not use 000 D(Q44) Not use 000 D(Q45) Not use 000 D(Q46) Not use 000 D(Q47) Not use 000 D(Q48) Not use 000 D(Q49) Not use 000 D(Q50) Not use 000 D(Q51) Not use 000 D(Q52) Not use 000
Setting
value
Setting No. Setting item
DR : COMPO.-1080/60i
D(R01) FB COUNTER 1 188 D(R02) FB COUNTER 2 005 D(R03) VCO DIVIDE 001 D(R04) DELAY 040 D(R05) CHARGE_PUMP 020 D(R06) AMP MODE 001 D(R07) OUTPUT MODE 000 D(R08) OPLL_MDVI_L 229 D(R09) OPLL_MDVI_H 000 D(R10) OPLL_MDVI 255 D(R11) INPUT_ACT_LINE_START_L 028 D(R12) INPUT_ACT_LINE_START_H 000 D(R13) INPUT_ACT_LINE_L 001 D(R14) INPUT_ACT_LINE_H 002 D(R15) INPUT_ACT_PIXEL_START_L 155 D(R16) INPUT_ACT_PIXEL_START_H 000 D(R17) INPUT_ACT_PIXEL_L 192 D(R18) INPUT ACT_PIXEL_H 004 D(R19) Not use 000 D(R20) Not use 000 D(R21) WIN_X_MARGINE 208 D(R22) WIN_Y_MARGINE 144 D(R23) WIN_Y_POSI_L 001 D(R24) WIN_Y_POSI_H 000 D(R25) WIN_Y_SIZE_L 224 D(R26) WIN_Y_SIZE_H 001 D(R27) WIN_X_POSI_L 001 D(R28) WIN_X_POSI_H 000 D(R29) WIN_X_SIZE_L 84 D(R30) WIN_X_SIZE_H 003 D(R31) Not use 000 D(R32) Not use 000 D(R33) Not use 000 D(R34) Not use 000 D(R35) Not use 000 D(R36) Not use 000 D(R37) Not use 000 D(R38) COAST_ENABLE 000 D(R39) Not use 000 D(R40) INTERLACE 000 D(R41) Not use 000 D(R42) Not use 000 D(R43) Not use 000 D(R44) Not use 000 D(R45) Not use 000 D(R46) Not use 000 D(R47) Not use 000 D(R48) Not use 000 D(R49) Not use 000 D(R50) Not use 000 D(R51) Not use 000 D(R52) Not use 000
Setting
value
1-36 (No.YA064)
Page 37
Setting No. Setting item
DS : COMPO.-1080/50i
D(S01) FB COUNTER 1 226 D(S02) FB COUNTER 2 006 D(S03) VCO DIVIDE 001 D(S04) DELAY 035 D(S05) CHARGE_PUMP 020 D(S06) AMP MODE 001 D(S07) OUTPUT MODE 000 D(S08) OPLL_MDVI_L 229 D(S09) OPLL_MDVI_H 000 D(S10) OPLL_MDVI 255 D(S11) INPUT_ACT_LINE_START_L 028 D(S12) INPUT_ACT_LINE_START_H 000 D(S13) INPUT_ACT_LINE_L 001 D(S14) INPUT_ACT_LINE_H 002 D(S15) INPUT_ACT_PIXEL_START_L 132 D(S16) INPUT_ACT_PIXEL_START_H 000 D(S17) INPUT_ACT_PIXEL_L 192 D(S18) INPUT ACT_PIXEL_H 004 D(S19) Not use 000 D(S20) Not use 000 D(S21) WIN_X_MARGINE 208 D(S22) WIN_Y_MARGINE 144 D(S23) WIN_Y_POSI_L 001 D(S24) WIN_Y_POSI_H 000 D(S25) WIN_Y_SIZE_L 224 D(S26) WIN_Y_SIZE_H 001 D(S27) WIN_X_POSI_L 001 D(S28) WIN_X_POSI_H 000 D(S29) WIN_X_SIZE_L 084 D(S30) WIN_X_SIZE_H 003 D(S31) Not use 000 D(S32) Not use 000 D(S33) Not use 000 D(S34) Not use 000 D(S35) Not use 000 D(S36) Not use 000 D(S37) Not use 000 D(S38) COAST_ENABLE 000 D(S39) Not use 000 D(S40) INTERLACE 000 D(S41) Not use 000 D(S42) Not use 000 D(S43) Not use 000 D(S44) Not use 000 D(S45) Not use 000 D(S46) Not use 000 D(S47) Not use 000 D(S48) Not use 000 D(S49) Not use 000 D(S50) Not use 000 D(S51) Not use 000 D(S52) Not use 000
Setting
value
Setting No. Setting item
DT : COMPO.-1035i
D(T01) FB COUNTER 1 188 D(T02) FB COUNTER 2 005 D(T03) VCO DIVIDE 001 D(T04) DELAY 032 D(T05) CHARGE_PUMP 020 D(T06) AMP MODE 001 D(T07) OUTPUT MODE 000 D(T08) OPLL_MDVI_L 229 D(T09) OPLL_MDVI_H 000 D(T10) OPLL_MDVI 255 D(T11) INPUT_ACT_LINE_START_L 047 D(T12) INPUT_ACT_LINE_START_H 000 D(T13) INPUT_ACT_LINE_L 236 D(T14) INPUT_ACT_LINE_H 001 D(T15) INPUT_ACT_PIXEL_START_L 155 D(T16) INPUT_ACT_PIXEL_START_H 000 D(T17) INPUT_ACT_PIXEL_L 192 D(T18) INPUT ACT_PIXEL_H 004 D(T19) Not use 000 D(T20) Not use 000 D(T21) WIN_X_MARGINE 208 D(T22) WIN_Y_MARGINE 148 D(T23) WIN_Y_POSI_L 001 D(T24) WIN_Y_POSI_H 000 D(T25) WIN_Y_SIZE_L 224 D(T26) WIN_Y_SIZE_H 001 D(T27) WIN_X_POSI_L 001 D(T28) WIN_X_POSI_H 000 D(T29) WIN_X_SIZE_L 084 D(T30) WIN_X_SIZE_H 003 D(T31) Not use 000 D(T32) Not use 000 D(T33) Not use 000 D(T34) Not use 000 D(T35) Not use 000 D(T36) Not use 000 D(T37) Not use 000 D(T38) COAST_ENABLE 000 D(T39) Not use 000 D(T40) INTERLACE 000 D(T41) Not use 000 D(T42) Not use 000 D(T43) Not use 000 D(T44) Not use 000 D(T45) Not use 000 D(T46) Not use 000 D(T47) Not use 000 D(T48) Not use 000 D(T49) Not use 000 D(T50) Not use 000 D(T51) Not use 000 D(T52) Not use 000
Setting
value
(No.YA064)1-37
Page 38
H POSITION BLOCK
Setting No. Setting item
PA : VIDEO
P(A01) NTSC REGULAR 000 P(A02) NTSC FULL 000 P(A03) NTSC ZOOM 000 P(A04) NTSC PANARAMIC 000 P(A05) N443 REGULAR 000 P(A06) N443 FULL 000 P(A07) N443ZOOM 000 P(A08) N443 PANARAMIC 000 P(A09) PAL M REGULAR 000 P(A10) PAL M FULL 000 P(A11) PAL M ZOOM 000 P(A12) PAL M PANARAMIC 000 P(A13) PAL60 REGULAR 000 P(A14) PAL60 FULL 000 P(A15) PAL60 ZOOM 000 P(A16) PAL60 PANARAMIC 000 P(A17) BW60 REGULAR 000 P(A18) BW60 FULL 000 P(A19) BW60 ZOOM 000 P(A20) BW60 PANARAMIC 000 P(A21) PAL REGULAR 000 P(A22) PAL FULL 000 P(A23) PAL ZOOM 000 P(A24) PAL PANARAMIC 000 P(A25) PAL N REGULAR 000 P(A26) PAL N FULL 000 P(A27) PAL N ZOOM 000 P(A28) PAL N PANARAMIC 000 P(A29) SECAM REGULAR 000 P(A30) SECAM FULL 000 P(A31) SECAM ZOOM 000 P(A32) SECAM PANARAMIC 000 P(A33) BW50 REGULAR 000 P(A34) BW50 FULL 000 P(A35) BW50 ZOOM 000 P(A36) BW50 PANARAMIC 000
PB : Y/C
P(B01) NTSC REGULAR 000 P(B02) NTSC FULL 000 P(B03) NTSC ZOOM 000 P(B04) NTSC PANARAMIC 000 P(B05) N443 REGULAR 000 P(B06) N443 FULL 000 P(B07) N443 ZOOM 000 P(B08) N443 PANARAMIC 000 P(B09) PAL M REGULAR 000 P(B10) PAL M FULL 000 P(B11) PAL M ZOOM 000 P(B12) PAL M PANARAMIC 000 P(B13) PAL60 REGULAR 000 P(B14) PAL60 FULL 000 P(B15) PAL60 ZOOM 000 P(B16) PAL60 PANARAMIC 000
Setting
value
Setting No. Setting item
P(B17) BW60 REGULAR 000 P(B18) BW60 FULL 000 P(B19) BW60 ZOOM 000 P(B20) BW60 PANARAMIC 000 P(B21) PAL REGULAR 000 P(B22) PAL FULL 000 P(B23) PAL ZOOM 000 P(B24) PAL PANARAMIC 000 P(B25) PAL N REGULAR 000 P(B26) PAL N FULL 000 P(B27) PAL N ZOOM 000 P(B28) PAL N PANARAMIC 000 P(B29) SECAM REGULAR 000 P(B30) SECAM FULL 000 P(B31) SECAM ZOOM 000 P(B32) SECAM PANARAMIC 000 P(B33) BW50 REGULAR 000 P(B34) BW50 FULL 000 P(B35) BW50 ZOOM 000 P(B36) BW50 PANARAMIC 000
PC : COMPO.
P(C01) 480i REGULAR +001 P(C02) 480i FULL +001 P(C03) 480i ZOOM +001 P(C04) 480i PANARAMIC +001 P(C05) 576i REGULAR +003 P(C06) 576i FULL +003 P(C07) 576i ZOOM +003 P(C08) 576i PANARAMIC +003 P(C09) 480p REGULAR 000 P(C10) 480p FULL 000 P(C11) 480p ZOOM 000 P(C12) 480p PANARAMIC 000 P(C13) 576P REGULAR 000 P(C14) 576P FULL 000 P(C15) 576P ZOOM 000 P(C16) 576P PANARAMIC 000 P(C17) 720PREGULAR 000 P(C18) 1080/60i FULL 000 P(C19) 1080/50i ZOOM 000 P(C20) 1035i PANARAMIC 000
Setting
value
1-38 (No.YA064)
Page 39
Setting No. Setting item
PD : RGB
P(D01) RGB15K60 REGULAR 000 P(D02) RGB15K60 FULL 000 P(D03) RGB15K60 ZOOM 000 P(D04) RGB15K60 PANARAMIC 000 P(D05) RGB15K50 REGULAR 000 P(D06) RGB15K50 FULL 000 P(D07) RGB15K50 ZOOM 000 P(D08) RGB15K50 PANARAMIC 000 P(D09) VGA400/56 REGULAR 000 P(D10) VGA400/56 FULL 000 P(D11) VGA400/70 REGULAR 000 P(D12) VGA400/70 FULL 000 P(D13) VGA/60 REGULAR 000 P(D14) VGA/60 FULL 000 P(D15) VGA/72 REGULAR 000 P(D16) VGA/72 FULL 000 P(D17) VGA/75 REGULAR 000 P(D18) VGA/75 FULL 000 P(D19) MAC13 REGULAR 000
Setting
value
Setting No. Setting item
P(D20) MAC13 FULL 000 P(D21) SVGA/56 REGULAR 000 P(D22) SVGA/56 FULL 000 P(D23) SVGA/60 REGULAR 000 P(D24) SVGA/60 FULL 000 P(D25) SVGA/72 REGULAR 000 P(D26) SVGA/72 FULL 000 P(D27) SVGA/75 REGULAR 000 P(D28) SVGA/75 FULL 000 P(D29) XGA/60 REGULAR 000 P(D30) XGA/60 FULL 000 P(D31) XGA/70 REGULAR 000 P(D32) XGA/70 FULL 000 P(D33) XGA/75REGULAR 000 P(D34) XGA/75 FULL 000 P(D35) XGA/85 REGULAR 000 P(D36) XGA/85 FULL 000 P(D37) XGA+/75 REGULAR 000 P(D38) XGA+/75 FULL 000
Setting
value
(No.YA064)1-39
Page 40
PANEL BLOCK
Setting No. Setting item
BA : VIDEO 50Hz
B(A01) GM_CORR_SEL 000 B(A02) GM_CORR_SW 000 B(A03) JVC_ED 000 B(A04) JVC_DITH 000 B(A05) R_LGE_LOW_BOUND 013 B(A06) R_LGE_HIGH_BOUND 180 B(A07) FCR 000 B(A08) GM 001 B(A09) GT 001 B(A10) ED 002 B(A11) EXT_APS_EN 085 B(A12) EDR 000 B(A13) EDT 001 B(A14) EDP 001 B(A15) GTS_P_HYS 000 B(A16) GTS_N_HYS 000 B(A17) ED_NOISE_QTY 255 B(A18) R_SUS_MIN_APC_0 000 B(A19) R_LGE_SW 001 B(A20) R_LGE_HEIGHT 004
BB : COMPO. -480i/576i
B(B01) GM_CORR_SEL 000 B(B02) GM_CORR_SW 000 B(B03) JVC_ED 000 B(B04) JVC_DITH 000 B(B05) R_LGE_LOW_BOUND 013 B(B06) R_LGE_HIGH_BOUND 180 B(B07) FCR 000 B(B08) GM 001
Setting
value
Setting No. Setting item
B(B09) GT 001 B(B10) ED 002 B(B11) EXT_APS_EN 085 B(B12) EDR 000 B(B13) EDT 001 B(B14) EDP 001 B(B15) GTS_P_HYS 000 B(B16) GTS_N_HYS 000 B(B17) ED_NOISE_QTY 255 B(B18) R_SUS_MIN_APC_0 000 B(B19) R_LGE_SW 001 B(B20) R_LGE_HEIGHT 004
BC : COMPO. -OTHERS
B(C01) CORDING SELECT 001 B(C02) PRIMING CONT. 000 B(C03) CONTRARY GAMMA. 002 B(C04) ERROR DIFFUSION 007 B(C05) NR GAIN 000
BD : RGB -15k
B(D01) CORDING SELECT 002 B(D02) PRIMING CONT. 000 B(D03) CONTRARY GAMMA. 002 B(D04) ERROR DIFFUSION 007 B(D05) NR GAIN 000
BE : RGB -PC
B(E01) CORDING SELECT 001 B(E02) PRIMING CONT. 000 B(E03) CONTRARY GAMMA. 002 B(E04) ERROR DIFFUSION 007 B(E05) NR GAIN 000
Setting
value
1-40 (No.YA064)
Page 41
SIGNAL BLOCK
Setting No. Setting item
SA : VIDEO -NTSC
S(A01) LPF 000 S(A02) SUB BRIGHT 016 S(A03) SHARPNESS 001 S(A04) SUB CONTRAST 109 S(A05) YC DLAY (H) 15 S(A06) YC DLAY (L) 192 S(A07) VERT PEAK GAIN 001 S(A08) COM FILTER 103 S(A09) SUB COLOR (H) 007 S(A10) SUB COLOR (L) 005 S(A11) SUB TINT (H) 000 S(A12) SUB TINT (L) 000
SB : VIDEO -PAL
S(B01) LPF 000 S(B02) SUB BRIGHT 016 S(B03) SHARPNESS 001 S(B04) SUB CONTRAST 109 S(B05) YC DLAY (H) 15 S(B06) YC DLAY (L) 128 S(B07) VERT PEAK GAIN 001 S(B08) COM FILTER 231 S(B09) SUB COLOR (H) 007 S(B10) SUB COLOR (L) 005 S(B11) SUB TINT (H) 000 S(B12) SUB TINT (L) 000
SC : VIDEO -SECAM
S(C01) LPF 000 S(C02) SUB BRIGHT 016 S(C03) SHARPNESS 001 S(C04) SUB CONTRAST 173 S(C05) YC DLAY (H) 15 S(C06) YC DLAY (L) 128 S(C07) VERT PEAK GAIN 001 S(C08) COM FILTER 231 S(C09) SUB COLOR (H) 007 S(C10) SUB COLOR (L) 005 S(C11) SUB TINT (H) 000 S(C12) SUB TINT (L) 000
SD : VIDEO -NTSC4.43
S(D01) LPF 000 S(D02) SUB BRIGHT 016 S(D03) SHARPNESS 001 S(D04) SUB CONTRAST 173 S(D05) YC DLAY (H) 015 S(D06) YC DLAY (L) 192 S(D07) VERT PEAK GAIN 001 S(D08) COM FILTER 231 S(D09) SUB COLOR (H) 007 S(D10) SUB COLOR (L) 005 S(D11) SUB TINT (H) 000 S(D12) SUB TINT (L) 000
Setting
value
Setting No. Setting item
SE : VIDEO -PALM
S(E01) LPF 000 S(E02) SUB BRIGHT 016 S(E03) SHARPNESS 001 S(E04) SUB CONTRAST 173 S(E05) YC DLAY (H) 15 S(E06) YC DLAY (L) 128 S(E07) VERT PEAK GAIN 001 S(E08) COM FILTER 231 S(E09) SUB COLOR (H) 007 S(E10) SUB COLOR (L) 005 S(E11) SUB TINT (H) 000 S(E12) SUB TINT (L) 000
SF : VIDEO -PALN
S(F01) LPF 000 S(F02) SUB BRIGHT 016 S(F03) SHARPNESS 001 S(F04) SUB CONTRAST 173 S(F05) YC DLAY (H) 015 S(F06) YC DLAY (L) 128 S(F07) VERT PEAK GAIN 001 S(F08) COM FILTER 231 S(F09) SUB COLOR (H) 007 S(F10) SUB COLOR (L) 005 S(F11) SUB TINT (H) 000 S(F12) SUB TINT (L) 000
SG : VIDEO -PAL-60
S(G01) LPF 000 S(G02) SUB BRIGHT 016 S(G03) SHARPNESS 001 S(G04) SUB CONTRAST 173 S(G05) YC DLAY (H) 015 S(G06) YC DLAY (L) 128 S(G07) VERT PEAK GAIN 001 S(G08) COM FILTER 231 S(G09) SUB COLOR (H) 007 S(G10) SUB COLOR (L) 005 S(G11) SUB TINT (H) 000 S(G12) SUB TINT (L) 000
SH : Y/C -NTSC
S(H01) LPF 000 S(H02) SUB BRIGHT 016 S(H03) SHARPNESS 001 S(H04) SUB CONTRAST 109 S(H05) YC DLAY (H) 015 S(H06) YC DLAY (L) 192 S(H07) VERT PEAK GAIN 001 S(H08) COM FILTER 231 S(H09) SUB COLOR (H) 007 S(H10) SUB COLOR (L) 005 S(H11) SUB TINT (H) 000 S(H12) SUB TINT (L) 000
Setting
value
(No.YA064)1-41
Page 42
Setting No. Setting item
SI : Y/C -PAL
S(I01) LPF 000 S(I02) SUB BRIGHT 016 S(I03) SHARPNESS 001 S(I04) SUB CONTRAST 109 S(I05) YC DLAY (H) 015 S(I06) YC DLAY (L) 128 S(I07) VERT PEAK GAIN 001 S(I08) COM FILTER 231 S(I09) SUB COLOR (H) 007 S(I10) SUB COLOR (L) 005 S(I11) SUB TINT (H) 000 S(I12) SUB TINT (L) 000
SJ : Y/C -SECAM
S(J01) LPF 000 S(J02) SUB BRIGHT 016 S(J03) SHARPNESS 001 S(J04) SUB CONTRAST 173 S(J05) YC DLAY (H) 015 S(J06) YC DLAY (L) 128 S(J07) VERT PEAK GAIN 001 S(J08) COM FILTER 231 S(J09) SUB COLOR (H) 007 S(J10) SUB COLOR (L) 005 S(J11) SUB TINT (H) 000 S(J12) SUB TINT (L) 000
SK : Y/C -NTSC4.43
S(K01) LPF 000 S(K02) SUB BRIGHT 016 S(K03) SHARPNESS 001 S(K04) SUB CONTRAST 173 S(K05) YC DLAY (H) 015 S(K06) YC DLAY (L) 192 S(K07) VERT PEAK GAIN 001 S(K08) COM FILTER 231 S(K09) SUB COLOR (H) 007 S(K10) SUB COLOR (L) 005 S(K11) SUB TINT (H) 000 S(K12) SUB TINT (L) 000
SL : Y/C -PALM
S(L01) LPF 000 S(L02) SUB BRIGHT 016 S(L03) SHARPNESS 001 S(L04) SUB CONTRAST 173 S(L05) YC DLAY (H) 015 S(L06) YC DLAY (L) 128 S(L07) VERT PEAK GAIN 001 S(L08) COM FILTER 231 S(L09) SUB COLOR (H) 007 S(L10) SUB COLOR (L) 005 S(L11) SUB TINT (H) 000 S(L12) SUB TINT (L) 000
Setting
value
Setting No. Setting item
SM : Y/C -PALN
S(M01) LPF 000 S(M02) SUB BRIGHT 016 S(M03) SHARPNESS 001 S(M04) SUB CONTRAST 173 S(M05) YC DLAY (H) 015 S(M06) YC DLAY (L) 128 S(M07) VERT PEAK GAIN 001 S(M08) COM FILTER 231 S(M09) SUB COLOR (H) 007 S(M10) SUB COLOR (L) 005 S(M11) SUB TINT (H) 000 S(M12) SUB TINT (L) 000
SN : Y/C -PAL-60
S(N01) LPF 000 S(N02) SUB BRIGHT 016 S(N03) SHARPNESS 001 S(N04) SUB CONTRAST 173 S(N05) YC DLAY (H) 015 S(N06) YC DLAY (L) 128 S(N07) VERT PEAK GAIN 001 S(N08) COM FILTER 231 S(N09) SUB COLOR (H) 007 S(N10) SUB COLOR (L) 005 S(N11) SUB TINT (H) 000 S(N12) SUB TINT (L) 000
SO : COMPO. -480i/576i
S(O01) LPF 000 S(O02) SUB BRIGHT 016 S(O03) SHARPNESS 001 S(O04) SUB CONTRAST 109
Setting
value
1-42 (No.YA064)
Page 43
DEVICE INITIAL VALUE
Setting No. Setting item
IA : VPC3230D
I(A001) SYNC PIN CONTROL 014 I(A002) 000 I(A003) SYNC GENERATOR CONTROL 000 I(A004) 000 I(A005) OUTPUT STRENGTH 000 I(A006) 000 I(A007) V-SYNC DELAY CONTROL 000 I(A008) 027 I(A009) 656 OUTPUT INTERFACE 000 I(A010) 032 I(A011) LINE LENGTH 003 I(A012) 089 I(A013) HC START 000 I(A014) 050 I(A015) HC STOP 003 I(A016) 032 I(A017) AVO START 016 I(A018) 105 I(A019) AVO STOP 003 I(A020) 056 I(A021) NEWLINE 000 I(A022) 104 I(A023) VPC MODE 000 I(A024) 000 I(A025) PIP MODE 000 I(A026) 000 I(A027) PIP OPERATION 000 I(A028) 000 I(A029) BACKGROUND COLOR 000 I(A030) 000 I(A031) FRAME COLOR 1 000 I(A032) 000 I(A033) FRAME COLOR 2 000 I(A034) 000 I(A035) LINE OFFSET 000 I(A036) 000 I(A037) PIXEL OFFSET 000 I(A038) 000 I(A039) VERTICAL START 000 I(A040) 000 I(A041) HORIZONTAL START 000 I(A042) 000 I(A043) NUMBER OF LINES 000 I(A044) 000 I(A045) NUMBER OF LINES 000 I(A046) 000 I(A047) NUMBER OF PIXEL PER LINE 000 I(A048) 000 I(A049) SATURATION OF THE RGB/YC r C b 008 I(A050) 097 I(A051) TINT CONTROL OF THE RGB/YUV 000 I(A052) 000
Setting
value
Setting No. Setting item
I(A053) BRIGHTNESS OF THE RGB/YUV 027 I(A054) 088 I(A055) SOFTMIXER CONTROL 000 I(A056) 240 I(A057) SOFTMIXER CONTROL 000 I(A058) 224 I(A059) ADC RANGE 000 I(A060) 196 I(A061) Standard select 000 I(A062) 033 I(A063) Enable automatic standard I(A064) 127 I(A065) Input select 004 I(A066) 070 I(A067) picture start position 000 I(A068) 000 I(A069) luma/chroma delay adjust 000 I(A070) 000 I(A071) helper delay register 000 I(A072) 000 I(A073) VGA mode select 000 I(A074) 000 I(A075) comb filter control register 000 I(A076) 000 I(A077) comb filter test register 000 I(A078) 000 I(A079) Saturation control 008 I(A080) 022 I(A081) ACC PAL+ Helper gain adjust 000 I(A082) 000 I(A083) ACC multiplier value for PAL+Helper I(A084) 000 I(A085) amplitude killer level 000 I(A086) 015 I(A087) amplitude killer hysteresis 000 I(A088) 005 I(A089) automatic helper disable for I(A090) 000 I(A091) NTSC tint angle 000 I(A092) 000 I(A093) crystal oscillator center frequency I(A094) 000 I(A095) crystal oscillator line-locked mode, I(A096) 000 I(A097) crystal oscillator line-locked mode, I(A098) 144 I(A099) general purpose control bits 000 I(A100) 032 I(A101) scaler mode register 000 I(A102) 000 I(A103) pip control register 000 I(A104) 000
recognition
Signal
nonstandard signals
adjust
lock command
autolock feature
Setting
value
000
000
000
000
000
001
(No.YA064)1-43
Page 44
Setting No. Setting item
I(A105) active video length for 1H-FIFO 002 I(A106) 208 I(A107) scaler1 coefficient 006 I(A108) 000 I(A109) scaler2 coefficient 004 I(A110) 000 I(A111) scaler1/2 nonlinear scaling coefficient 000 I(A112) 000 I(A113) scaler1 window controls 000 I(A114) 000 I(A115) scaler1 window controls 000 I(A116) 000 I(A117) scaler1 window controls 000 I(A118) 000 I(A119) scaler1 window controls 000 I(A120) 000 I(A121) scaler1 window controls 000 I(A122) 000 I(A123) scaler2 window controls 000 I(A124) 000 I(A125) scaler2 window controls 000 I(A126) 000 I(A127) scaler2 window controls 000 I(A128) 000 I(A129) scaler2 window controls 000 I(A130) 000 I(A131) scaler2 window controls 000 I(A132) 000 I(A133) brightness register 000 I(A134) 016 I(A135) contrast register 000 I(A136) 048 I(A137) vertical freeze start 015 I(A138) 246 I(A139) vertical freeze stop 000 I(A140) 004 I(A141) 20 bit llc clock center frequency 000 I(A142) 042 I(A143) 20 bit llc clock center frequency 010 I(A144) 171 I(A145) pll frequency limiter 000 I(A146) 054 I(A147) llc clock generator control word 000 I(A148) 005
Setting
value
Setting No. Setting item
IB : CXA3506R
I(B01) VCODIV1 n, m(L) 024 I(B02) VCODIV2 m(H) 035 I(B03) DELAY 027 I(B04) Charge Punp 018 I(B05) POLARITY 038 I(B06) SYNC 029 I(B07) TTLOUT ENABLE 127 I(B08) MAIN CONTRAST 078 I(B09) SUB CONTRAST G(Y) 128 I(B10) SUB CONTRAST B(Cb) 128 I(B11) SUB CONTRAST R(Cr) 128 I(B12) SUB BRIGHTNESS G(Y) 128 I(B13) SUB BRIGHTNESS B 128 I(B14) SUB BRIGHTNESS R 128 I(B15) Cb OFFSET 032 I(B16) Cr OFFSET 032 I(B17) AMP MODE 004 I(B18) SYNC SEP 000 I(B19) OUTPUT MODE 000 I(B20) POWER SAVE 048
IC : TA1318
I(C01) Hfreq,HD1/VD1sw,HD2/
VD2sw,SepaLVL
I(C02) DAC1,DAC2,DAC3,test,HD1inv,
HD2inv
I(C03) Vfreq,CLPphase,FREQ DET
SW,INPUTsw
I(C04) HDphase,VD1inv,VD2inv 129
Setting
value
061
167
192
1-44 (No.YA064)
Page 45
Setting No. Setting item
ID : PEMBRANDT-I
I(D001) OUTPUT CONTROL 001 I(D002) CONFIG 000 I(D003) ADDR CLEAR 0 063 I(D004) ADDR CLEAR_1 255 I(D005) LOAD SHADOW 000 I(D006) IRQ SOURCE 000 I(D007) IRQ MASK 000 I(D008) IRQ CLEAR 001 I(D009) FLAGS 000 I(D010) FLAGS CLEAR 001 I(D011) GP OUTPUT 000 I(D012) STATUS1 000 I(D013) STATUS2 000 I(D014) MPLL MDIV L 002 I(D015) MPLL MDIV H 000 I(D016) MPLL NDIV 000 I(D017) PPLL MDIV_L 002 I(D018) PPLL MDIV_H 000 I(D019) PPLL NDIV 000 I(D020) OPLL MDIV L 229 I(D021) OPLL MDIV H 000 I(D022) OPLL NDIV 255 I(D023) NL CONTROL 005 I(D024) NL SWITCH 000 I(D025) NL X 000 I(D026) NL Y 000 I(D027) VIDEO CONFIG 008 I(D028) VIDEO SC 008 I(D029) VIN POLARITY 000 I(D030) VIN CONTROL 000 I(D031) VIN ACTIVE PIXELS L 000 I(D032) VIN ACTIVE LINES L 000 I(D033) VIN FLAGGED LINE 000 I(D034) VIN REGS MSBITS 000 I(D035) VIN FILTER GRP/C0 000 I(D036) VIN FILTER GRP/ C1 000 I(D037) VIN FILTER GRP/C2 000 I(D038) VIN FILTER GRP/C3 000 I(D039) VIN FILTER GRP/C4 064 I(D040) VIN FILTER GRP/C5 000 I(D041) VIN FILTER GRP/C6 000 I(D042) VIN FILTER GRP/C7 000 I(D043) VIN FILTER GRP/C8 000 I(D044) VOUT FILTER GRP/C0 253 I(D045) VOUT FILTER GRP/C1 250 I(D046) VOUT FILTER GRP/ C2 253 I(D047) VOUT FILTER GRP/ C3 250 I(D048) VOUT FILTER GRP/ C4 100 I(D049) VOUT FILTER GRP/C5 250 I(D050) VOUT FILTER GRP/C6 253 I(D051) VOUT FILTER GRP/C7 250 I(D052) VOUT FILTER GRP/C8 253 I(D053) N/A 000 I(D054) N/A 000
Setting
value
Setting No. Setting item
I(D055) VDSCALER TOUTX L 208 I(D056) VDSCALER TOUTX H 002 I(D057) VDSCALER CONTROL 000 I(D058) VDSCALER DELTAX L 000 I(D059) VDSCALER DELTAX H 008 I(D060) VDSCALER DELTAY L 000 I(D061) VDSCALER DELTAY H 008 I(D062) VDSCALER Y0 000 I(D063) VDSCALER X0 000 I(D064) VDSCALER TOUTY L 224 I(D065) VDSCALER TOUTY H 001 I(D066) VUSCALER CONTROL 000 I(D067) VUSCALER DELTAX L 192 I(D068) VUSCALER DELTAX H 006 I(D069) VUSCALER DELTAY L 000 I(D070) VUSCALER DELTAY H 008 I(D071) VUSCALER Y0 000 I(D072) VUSCALER X0 000 I(D073) DI CONTROL 004 I(D074) DI C0 031 I(D075) DI C1 007 I(D076) DI C2 127 I(D077) DI C3 255 I(D078) DI C4 031 I(D079) DATA CONFIG 000 I(D080) DATA SC 008 I(D081) DIN POLARITY 0 041 I(D082) DIN POLARITY 1 000 I(D083) DIN CONTROL 0 004 I(D084) DIN CONTROL 1 064 I(D085) DIN CONTROL 2 002 I(D086) DPLL DIV L 000 I(D087) DPLL DIV H 000 I(D088) DIN THRESHOLD 008 I(D089) CLAMP START 001 I(D090) CLAMP WIDTH 016 I(D091) DIN LINE TRIG 001 I(D092) DIN PIXEL TRIG 001 I(D093) ACTIVE LINE START L 038 I(D094) ACTIVE LINE START H 000 I(D095) ACTIVE LINES L 224 I(D096) ACTIVE LINES H 001 I(D097) ACTIVE PIXEL START L 132 I(D098) ACTIVE PIXEL START H 000 I(D099) ACTIVE PIXELS L 128 I(D100) ACTIVE PIXELS H 002 I(D101) DIN FLAGGED LINE L 000 I(D102) DIN FLAGGED LINE H 000 I(D103) DIN CONTROL 3 006 I(D104) N/A 000 I(D105) N/A 000 I(D106) N/A 000 I(D107) DIN FILTER GRP/C0 253 I(D108) DIN FILTER GRP/C1 250 I(D109) DIN FILTER GRP/C2 253
Setting
value
(No.YA064)1-45
Page 46
Setting No. Setting item
I(D110) DIN FILTER GRP/C3 250 I(D111) DIN FILTER GRP/C4 100 I(D112) DIN FILTER GRP/C5 250 I(D113) DIN FILTER GRP/C6 253 I(D114) DIN FILTER GRP/C7 250 I(D115) DIN FILTER GRP/C8 253 I(D116) DDSCALER TOUTX L 128 I(D117) DDSCALER TOUTX H 002 I(D118) DDSCALER CONTROL 000 I(D119) DDSCALER DELTAX L 000 I(D120) DDSCALER DELTAX H 008 I(D121) DDSCALER DELTAY L 000 I(D122) DDSCALER DELTAY H 008 I(D123) N/A 000 I(D124) N/A 000 I(D125) DDSCALER TOUTY L 224 I(D126) DDSCALER TOUTY H 001 I(D127) DUSCALER CONTROL 000 I(D128) DUSCALER DELTAX L 000 I(D129) DUSCALER DELTAX H 006 I(D130) DUSCALER DELTAY L 000 I(D131) DUSCALER DELTAY H 008 I(D132) DUSCALER Y0 001 I(D133) DUSCALER X0 001 I(D134) VIDEO WIN GRP/Y POS L 001 I(D135) VIDEO WIN GRP/Y POS H 000 I(D136) VIDEO WIN GRP/Y SIZE L 224 I(D137) VIDEO WIN GRP/Y SIZE H 001 I(D138) VIDEO WIN GRP/X POS L 001 I(D139) VIDEO WIN GRP/X POS H 000 I(D140) VIDEO WIN GRP/X SIZE L 085 I(D141) VIDEO WIN GRP/X SIZE H 003 I(D142) DATA WIN GRP/Y POS L 001 I(D143) DATA WIN GRP/Y POS H 000 I(D144) DATA WIN GRP/Y SIZE L 224 I(D145) DATA WIN GRP/Y SIZE H 001 I(D146) DATA WIN GRP/X POS L 001 I(D147) DATA WIN GRP/X POS H 000 I(D148) DATA WIN GRP/X SIZE L 085 I(D149) DATA WIN GRP/X SIZE H 003 I(D150) OSDA WIN GRP/Y POS L 000 I(D151) OSDA WIN GRP/Y POS H 000 I(D152) OSDA WIN GRP/Y SIZE L 000 I(D153) OSDA WIN GRP/Y SIZE H 000 I(D154) OSDA WIN GRP/X POS L 000 I(D155) OSDA WIN GRP/X POS H 000 I(D156) OSDA WIN GRP/X SIZE L 000 I(D157) OSDA WIN GRP/X SIZE H 000 I(D158) OSDB WIN GRP/Y POS L 000 I(D159) OSDB WIN GRP/Y POS H 000 I(D160) OSDB WIN GRP/Y SIZE L 000 I(D161) OSDB WIN GRP/Y SIZE H 000 I(D162) OSDB WIN GRP/X POS L 000 I(D163) OSDB WIN GRP/X POS H 000 I(D164) OSDB WIN GRP/X SIZE L 000
Setting
value
Setting No. Setting item
I(D165) OSDB WIN GRP/X SIZE H 000 I(D166) LUT Y 000 I(D167) LUT U 000 I(D168) LUT V 000 I(D169) LUT R L 000 I(D170) LUT R H 000 I(D171) LUT G L 000 I(D172) LUT G H 000 I(D173) LUT B L 000 I(D174) LUT B H 000 I(D175) PALETTE R 000 I(D176) PALETTE G 000 I(D177) PALETTE B 000 I(D178) VIDEO CSC BIAS 000 I(D179) VIDEO CSC GRP/C(0) L 154 I(D180) VIDEO CSC GRP/C(0) H 003 I(D181) VIDEO CSC GRP/C(1) L 000 I(D182) VIDEO CSC GRP/C(1) H 000 I(D183) VIDEO CSC GRP/C(2) L 170 I(D184) VIDEO CSC GRP/C(2) H 001 I(D185) VIDEO CSC GRP/C(3) L 154 I(D186) VIDEO CSC GRP/C(3) H 003 I(D187) VIDEO CSC GRP/C(4) L 184 I(D188) VIDEO CSC GRP/C(4) H 255 I(D189) VIDEO CSC GRP/C(5) L 086 I(D190) VIDEO CSC GRP/C(5) H 255 I(D191) VIDEO CSC GRP/C(6) L 154 I(D192) VIDEO CSC GRP/C(6) H 003 I(D193) VIDEO CSC GRP/C(7) L 153 I(D194) VIDEO CSC GRP/C(7) H 001 I(D195) VIDEO CSC GRP/C(8) L 000 I(D196) VIDEO CSC GRP/C(8) H 000 I(D197) DATA CSC BIAS 000 I(D198) DATA CSC GRP/C(0) L 154 I(D199) DATA CSC GRP/C(0) H 003 I(D200) DATA CSC GRP/C(1) L 000 I(D201) DATA CSC GRP/C(1) H 000 I(D202) DATA CSC GRP/C(2) L 223 I(D203) DATA CSC GRP/C(2) H 001 I(D204) DATA CSC GRP/C(3) L 154 I(D205) DATA CSC GRP/C(3) H 003 I(D206) DATA CSC GRP/C(4) L 217 I(D207) DATA CSC GRP/C(4) H 255 I(D208) DATA CSC GRP/C(5) L 145 I(D209) DATA CSC GRP/C(5) H 255 I(D210) DATA CSC GRP/C(6) L 154 I(D211) DATA CSC GRP/C(6) H 003 I(D212) DATA CSC GRP/C(7) L 172 I(D213) DATA CSC GRP/C(7) H 001 I(D214) DATA CSC GRP/C(8) L 000 I(D215) DATA CSC GRP/C(8) H 000 I(D216) OUT CONFIG 012 I(D217) BACKGND GRP/BLUE 000 I(D218) BACKGND GRP/GREEN 000 I(D219) BACKGRND GRP/RED 000
Setting
value
1-46 (No.YA064)
Page 47
Setting No. Setting item
I(D220) OSDA CONTROL 000 I(D221) KEYSTONE CONTROL 000 I(D222) KEYSTONE CONTROL 000 I(D223) KEYSTONE LINES 255 I(D224) DITHER CONTROL 042 I(D225) DITHER C0 060 I(D226) DITHER C1 056 I(D227) DISPLAY CONTROL 0 032 I(D228) DISPLAY CONTROL 1 000 I(D229) DISPLAY CONTROL 2 003 I(D230) D/F GRP/VSYNC CYCLE L 247 I(D231) D/F GRP/VSYNC CYCLE H 001 I(D232) D/F GRP/HSYNC CYCLE L 128 I(D233) D/F GRP/HSYNC CYCLE H 003 I(D234) D/F GRP/VSYNC WIDTH 004 I(D235) D/F GRP/VSYNC OFFSET H 000 I(D236) D/F GRP/HSYNC WIDTH L 010 I(D237) D/F GRP/HSYNC WIDTH H 000 I(D238) D/F GRP/ACT LINE START L 015 I(D239) D/F GRP/ACT LINE START H 000 I(D240) D/F GRP/ACT LINES L 224 I(D241) D/F GRP/ACT LINES H 001 I(D242) D/F GRP/ACT PIX START L 037 I(D243) D/F GRP/ACT PIX START H 000 I(D244) D/F GRP/ACT PIXS L 084 I(D245) D/F GRP/ACT PIXS H 003 I(D246) DISPLAY HV DELAY 0 001 I(D247) DISPLAY HV DELAY 1 001 I(D248) DISPLAY POLARITY 003 I(D249) CONTROL 3D 000 I(D250) X0 3D 000 I(D251) SECT STAT GRP/VIDEO0 L 000 I(D252) SECT STAT GRP/VIDEO0 H 000 I(D253) SECT STAT GRP/VIDEO1 L 180 I(D254) SECT STAT GRP/VIDEO1 H 000 I(D255) SECT STAT GRP/VIDEO2 L 104 I(D256) SECT STAT GRP/VIDEO2 H 001 I(D257) SECT STAT GRP/LDAT0 L 028 I(D258) SECT STAT GRP/LDAT0 H 002 I(D259) SECT STAT GRP/RDAT0 L 112 I(D260) SECT STAT GRP/RDAT0 H 003 I(D261) SECT STAT GRP/LDAT1 L 196 I(D262) SECT STAT GRP/LDAT1 H 004 I(D263) SECT STAT GRP/RDAT1 L 024 I(D264) SECT STAT GRP/RDAT1 H 006 I(D265) SECT STAT GRP/OSD0 L 000 I(D266) SECT STAT GRP/OSD0 H 000 I(D267) SECT STAT GRP/OSD1 L 000 I(D268) SECT STAT GRP/OSD1 H 000 I(D269) SECT STAT GRP/OSD2 L 000 I(D270) SECT STAT GRP/OSD2 H 000 I(D271) SECT STAT GRP/OSD3 L 000 I(D272) SECT STAT GRP/OSD3 H 000 I(D273) S/S GRP/IDATA OFFSET L 000 I(D274) S/S GRP/IDATA OFFSET H 000
Setting
value
Setting No. Setting item
I(D275) LINE LENG GRP/VIDEO L 144 I(D276) LINE LENG GRP/VIDEO H 000 I(D277) LINE LENG GRP/DATA L 032 I(D278) LINE LENG GRP/DATA H 001 I(D279) LINE LENG GRP/IDATA L 000 I(D280) LINE LENG GRP/IDATA H 000 I(D281) LINE LENG GRP/OSD0 L 000 I(D282) LINE LENG GRP/OSD0 H 000 I(D283) LINE LENG GRP/OSD1 L 000 I(D284) LINE LENG GRP/OSD1 H 000 I(D285) LINE LENG GRP/OSD2 L 000 I(D286) LINE LENG GRP/OSD2 H 000 I(D287) LINE LENG GRP/OSD3 L 000 I(D288) LINE LENG GRP/OSD3 H 000 I(D289) WIN LINE OFFSET GRP/VIDEO L 000 I(D290) WIN LINE OFFSET GRP/VIDEO H 000 I(D291) WIN LINE OFFSET GRP/DATA L 000 I(D292) WIN LINE OFFSET GRP/DATA H 000 I(D293) WIN LINE OFFSET GRP/OSDA L 000 I(D294) WIN LINE OFFSET GRP/OSDA H 000 I(D295) WIN LINE OFFSET GRP/OSDB L 000 I(D296) WIN LINE OFFSET GRP/OSDB H 000 I(D297) WIN DELAY GRP/VIDEO L 000 I(D298) WIN DELAY GRP/VIDEO H 000 I(D299) WIN DELAY GRP/DATA L 000 I(D300) WIN DELAY GRP/DATA H 000 I(D301) WIN DELAY GRP/OSDA L 000 I(D302) WIN DELAY GRP/OSDA H 000 I(D303) WIN DELAY GRP/OSDB L 000 I(D304) WIN DELAY GRP/OSDB H 000 I(D305) WIN LENG GRP/VIDEO L 208 I(D306) WIN LENG GRP/VIDEO H 002 I(D307) WIN LENG GRP/DATA L 000 I(D308) WIN LENG GRP/DATA H 000 I(D309) WIN LENG GRP/OSDA L 000 I(D310) WIN LENG GRP/OSDA H 000 I(D311) WIN LENG GRP/OSDB L 000 I(D312) WIN LENG GRP/OSDB H 000 I(D313) SC THRESHOLD GRP/VIDEO IN 064 I(D314) SC THRESHOLD GRP/VIDEO OUT 064 I(D315) SC THRESHOLD GRP/DATA IN 032 I(D316) SC THRESHOLD GRP/DATA OUT 032 I(D317) OSD IN ADDR L 000 I(D318) OSD IN ADDR R 000 I(D319) OSD IN BLOCK LENGTH 000 I(D320) OSD SECTIONS 000 I(D321) OSD IN DATA 000 I(D322) OSD IN CONTROL 000 I(D323) SDRAM WINDOW CONTROL 003 I(D324) SDRAM INIT 000 I(D325) MSR AOI GRP/LINE START L 000 I(D326) MSR AOI GRP/LINE START H 000 I(D327) MSR AOI GRP/LINE END L 000 I(D328) MSR AOI GRP/LINE END H 000 I(D329) MSR AOI GRP/PIXEL START L 000
Setting
value
(No.YA064)1-47
Page 48
Setting No. Setting item
I(D330) MSR AOI GRP/PIXEL START H 000 I(D331) MSR AOI GRP/PIXEL END L 000 I(D332) MSR AOI GRP/PIXEL END H 000 I(D333) MSR CONTROL 072 I(D334) MSR ENABLE 001 I(D335) MSR COMMANDS 000 I(D336) MSR STATUS 000 I(D337) MSR HV PARAMETERS
GRP/HSYNC WIDTH L
I(D338) MSR HV PARAMETERS
GRP/HSYNC WIDTH H
I(D339) MSR HV PARAMETERS
GRP/HSYNC CYCLE L
I(D340) MSR HV PARAMETERS
GRP/HSYNC CYCLE H
I(D341) MSR HV PARAMETERS
GRP/VSYNC WIDTH L
I(D342) MSR HV PARAMETERS
GRP/VSYNC WIDTH H
I(D343) MSR HV PARAMETERS
GRP/VSYNC CYCLE L
I(D344) MSR HV PARAMETERS
GRP/VSYNC CYCLE H
I(D345) MSR HV PARAMETERS
GRP/HV DELAY L
I(D346) MSR HV PARAMETERS
GRP/HV DELAY H
I(D347) MSR ACTIVE REGION
GRP/LINE START L
I(D348) MSR ACTIVE REGION
GRP/LINE START H
I(D349) MSR ACTIVE REGION
GRP/LINE END L
I(D350) MSR ACTIVE REGION
GRP/LINE END H
I(D351) MSR ACTIVE REGION
GRP/PIXEL START L
I(D352) MSR ACTIVE REGION
GRP/PIXEL START H
I(D353) MSR ACTIVE REGION
GRP/PIXEL END L
I(D354) MSR ACTIVE REGION
GRP/PIXEL END H I(D355) MSR YMIN 000 I(D356) MSR YMAX 000
IE : PDP I / F
I(E01) DITHER 008 I(E02) Not use 000 I(E03) Not use 008 I(E04) Not use 000 I(E05) Not use 000 I(E06) Not use 000 I(E07) bit INVERT 000 I(E08) WT BAL OFFSET G 000 I(E09) WT BAL OFFSET B 000 I(E10) WT BAL OFFSET R 000 I(E11) WT BAL ADJ 000 I(E12) TEST MODE BRIGHT 128
Setting
value
000
000
000
000
000
000
000
000
000
000
000
000
000
000
000
000
000
000
Setting No. Setting item
I(E13) BK LEVEL ADJ 010 I(E14) GAIN LEVEL ADJ 165 I(E15) WT BAL GAIN ADJ G 255 I(E16) WT BAL GAIN ADJ B 255 I(E17) WT BAL GAIN ADJ R 255 I(E18) GUMMER 000
IF : PDP MODULE
I(F01) Pattern Select 001 I(F02) Not use 000 I(F03) Data Level 255 I(F04) Not use 000 I(F05) Not use 000 I(F06) Brightness R 000 I(F07) Not use 000 I(F08) Brightness G 000 I(F09) Not use 000 I(F10) Brightness B 000 I(F11) Internal Gamma Enable 001 I(F12) GTS Function Enable 001 I(F13) Not use 128 I(F14) Not use 128 I(F15) Not use 128 I(F16) Not use 000 I(F17) Error-Diffusion 004 I(F18) Not use 000 I(F19) External APC Enable H 000 I(F20) External APC Enable V 085 I(F21) Not use 000 I(F22) Not use 000 I(F23) Internal Pattern Enable 000 I(F24) Not use 000 I(F25) Pattern Select 001 I(F26) Not use 000 I(F27) Data Level 255 I(F28) Not use 000 I(F29) Not use 000 I(F30) Brightness R 000 I(F31) Not use 000 I(F32) Brightness G 000 I(F33) Not use 000 I(F34) Bribhtness B 000 I(F35) Internal Gamma Enable 001 I(F36) GTS Function Enable 001 I(F37) Not use 128 I(F38) Not use 128 I(F39) Not use 128 I(F40) Not use 000 I(F41) Error-Diffusion 004 I(F42) Not use 000 I(F43) External APC Enable H 000 I(F44) External APC Enable V 085 I(F45) Not use 000 I(F46) Not use 000 I(F47) Internal Pattern Enable 000 I(F48) Not use 000
Setting
value
1-48 (No.YA064)
Page 49
Setting No. Setting item
IG : UPD64083GF
I(G01) SYSTEM SETTING 021 I(G02) CLOCK CONTROL 000 I(G03) DYCO PIN CONTROL 193 I(G04) CLP WIDTH/YC DELAY 034 I(G05) DY CORING 042 I(G06) DC CORING 036 I(G07) NR CONTROL 034 I(G08) ID1 ENABLE 001 I(G09) CORING LEVEL 086 I(G10) ID1 CONTROL 072 I(G11) VERTICAL APARTURE 043 I(G12) Y PEAKING 011
Setting
value
Setting No. Setting item
I(G13) LINE-COMB CONTROL 241 I(G14) DY SENSITIVITY 037 I(G15) Not use 008 I(G16) Not use 068 I(G17) YH CONTROL 112 I(G18) TEST REGISTER 008 I(G19) PLL CONTROL 051 I(G20) SYNC SLICE 200 I(G21) BGP CONTROL 074 I(G22) ADC CONTROL 236 I(G23) SYSTEM POWERDOWN 000 I(G24) TEST REGISTER 008
Setting
value
(No.YA064)1-49
Page 50
ENHACER BLOCK
Setting No. Setting item
EA : SHARPNESS A=-3
E(A01) FILTER COEFF C0 000 E(A02) FILTER COEFF C1 000 E(A03) FILTER COEFF C2 000 E(A04) FILTER COEFF C3 000 E(A05) FILTER COEFF C4 064 E(A06) FILTER COEFF C5 000 E(A07) FILTER COEFF C6 000 E(A08) FILTER COEFF C7 000 E(A09) FILTER COEFF C8 000
EB : SHARPNESS A=-2
E(B01) FILTER COEFF C0 -001 E(B02) FILTER COEFF C1 -002 E(B03) FILTER COEFF C2 -001 E(B04) FILTER COEFF C3 -002 E(B05) FILTER COEFF C4 076 E(B06) FILTER COEFF C5 -002 E(B07) FILTER COEFF C6 -001 E(B08) FILTER COEFF C7 -002 E(B09) FILTER COEFF C8 -001
EC : SHARPNESS A=-1
E(C01) FILTER COEFF C0 -002 E(C02) FILTER COEFF C1 -004 E(C03) FILTER COEFF C2 -002 E(C04) FILTER COEFF C3 -004 E(C05) FILTER COEFF C4 088 E(C06) FILTER COEFF C5 -004 E(C07) FILTER COEFF C6 -002 E(C08) FILTER COEFF C7 -004 E(C09) FILTER COEFF C8 -002
ED : SHARPNESS A=0
E(D01) FILTER COEFF C0 -003 E(D02) FILTER COEFF C1 -006 E(D03) FILTER COEFF C2 -003 E(D04) FILTER COEFF C3 -006 E(D05) FILTER COEFF C4 100 E(D06) FILTER COEFF C5 -006 E(D07) FILTER COEFF C6 -003 E(D08) FILTER COEFF C7 -006 E(D09) FILTER COEFF C8 -003
EE : SHARPNESS A=+1
E(E01) FILTER COEFF C0 -004 E(E02) FILTER COEFF C1 -008 E(E03) FILTER COEFF C2 -004 E(E04) FILTER COEFF C3 -008 E(E05) FILTER COEFF C4 112 E(E06) FILTER COEFF C5 -008 E(E07) FILTER COEFF C6 -004 E(E08) FILTER COEFF C7 -008 E(E09) FILTER COEFF C8 -004
Setting
value
Setting No. Setting item
EF : SHARPNESS A=+2
E(F01) FILTER COEFF C0 -005 E(F02) FILTER COEFF C1 -010 E(F03) FILTER COEFF C2 -005 E(F04) FILTER COEFF C3 -010 E(F05) FILTER COEFF C4 124 E(F06) FILTER COEFF C5 -010 E(F07) FILTER COEFF C6 -005 E(F08) FILTER COEFF C7 -010 E(F09) FILTER COEFF C8 -005
EG : SHARPNESS A=+3
E(G01) FILTER COEFF C0 -010 E(G02) FILTER COEFF C1 -004 E(G03) FILTER COEFF C2 -010 E(G04) FILTER COEFF C3 -008 E(G05) FILTER COEFF C4 127 E(G06) FILTER COEFF C5 -008 E(G07) FILTER COEFF C6 -010 E(G08) FILTER COEFF C7 -004 E(G09) FILTER COEFF C8 -010
EH : SHARPNESS A=+4
E(H01) FILTER COEFF C0 -012 E(H02) FILTER COEFF C1 000 E(H03) FILTER COEFF C2 -012 E(H04) FILTER COEFF C3 -008 E(H05) FILTER COEFF C4 127 E(H06) FILTER COEFF C5 -008 E(H07) FILTER COEFF C6 -012 E(H08) FILTER COEFF C7 000 E(H09) FILTER COEFF C8 -012
EI : SHARPNESS B=-3
E(I01) FILTER COEFF C0 001 E(I02) FILTER COEFF C1 001 E(I03) FILTER COEFF C2 001 E(I04) FILTER COEFF C3 -002 E(I05) FILTER COEFF C4 062 E(I06) FILTER COEFF C5 -002 E(I07) FILTER COEFF C6 001 E(I08) FILTER COEFF C7 001 E(I09) FILTER COEFF C8 001
EJ : SHARPNESS B=-2
E(J01) FILTER COEFF C0 001 E(J02) FILTER COEFF C1 -001 E(J03) FILTER COEFF C2 001 E(J04) FILTER COEFF C3 -003 E(J05) FILTER COEFF C4 068 E(J06) FILTER COEFF C5 -003 E(J07) FILTER COEFF C6 001 E(J08) FILTER COEFF C7 -001 E(J09) FILTER COEFF C8 001
Setting
value
1-50 (No.YA064)
Page 51
Setting No. Setting item
EK : SHARPNESS B=-1
E(K01) FILTER COEFF C0 000 E(K02) FILTER COEFF C1 000 E(K03) FILTER COEFF C2 000 E(K04) FILTER COEFF C3 -005 E(K05) FILTER COEFF C4 074 E(K06) FILTER COEFF C5 -005 E(K07) FILTER COEFF C6 000 E(K08) FILTER COEFF C7 000 E(K09) FILTER COEFF C8 000
EL : SHARPNESS B=0
E(L01) FILTER COEFF C0 000 E(L02) FILTER COEFF C1 -001 E(L03) FILTER COEFF C2 000 E(L04) FILTER COEFF C3 -007 E(L05) FILTER COEFF C4 080 E(L06) FILTER COEFF C5 -007 E(L07) FILTER COEFF C6 000 E(L08) FILTER COEFF C7 -001 E(L09) FILTER COEFF C8 000
EM : SHARPNESS B=+1
E(M01) FILTER COEFF C0 -001 E(M02) FILTER COEFF C1 -002 E(M03) FILTER COEFF C2 -001 E(M04) FILTER COEFF C3 -008 E(M05) FILTER COEFF C4 080 E(M06) FILTER COEFF C5 -008 E(M07) FILTER COEFF C6 -001 E(M08) FILTER COEFF C7 -002 E(M09) FILTER COEFF C8 -001
Setting
value
Setting No. Setting item
EN : SHARPNESS B=+2
E(N01) FILTER COEFF C0 -001 E(N02) FILTER COEFF C1 -004 E(N03) FILTER COEFF C2 -001 E(N04) FILTER COEFF C3 -009 E(N05) FILTER COEFF C4 094 E(N06) FILTER COEFF C5 -009 E(N07) FILTER COEFF C6 -001 E(N08) FILTER COEFF C7 -004 E(N09) FILTER COEFF C8 -001
EO : SHARPNESS B=+3
E(O01) FILTER COEFF C0 -002 E(O02) FILTER COEFF C1 -005 E(O03) FILTER COEFF C2 -002 E(O04) FILTER COEFF C3 -009 E(O05) FILTER COEFF C4 100 E(O06) FILTER COEFF C5 -009 E(O07) FILTER COEFF C6 -002 E(O08) FILTER COEFF C7 -005 E(O09) FILTER COEFF C8 -002
EP : SHARPNESS B=+4
E(P01) FILTER COEFF C0 -003 E(P02) FILTER COEFF C1 -005 E(P03) FILTER COEFF C2 -003 E(P04) FILTER COEFF C3 -012 E(P05) FILTER COEFF C4 110 E(P06) FILTER COEFF C5 -012 E(P07) FILTER COEFF C6 -003 E(P08) FILTER COEFF C7 -005 E(P09) FILTER COEFF C8 -003
Setting
value
(No.YA064)1-51
Page 52

4.6 ADJUSTMENT PROCEDURE

Item
PDP POWER SUPPLY VOLTAGE
NTSC
Va
XX XX XX XX XX
Measuring instrument
DC voltmeter Va
VOLTAGE LABEL
NTSC/PAL
Ve VsetVsc Vs
Test point Adjustment part Description
Vsca Vs Ve Vset [SMPS PWB]
VA VR VSCAN VR VS VR VE VR VSET VR [SMPS PWB]
• After turning the power on, confirm that "NO SYNC" is displayed.
• Start making adjustment five minutes or later after turning the power on. (1) Connect the DC voltmeter to test points Va, Vsca,
Vs, Ve, and Vset, and GND on SMPS PWB.
(2) Adjust VA VR, VSCAN VR, VS VR, VE VR, and
VSET respectively so that their voltage becomes the value in the voltage label attached to the panel.
VOLTAGE ADJUSTMENT POINT
VS
Vs
Vsca
L
Vset
Va
SMPS PWB
Ve
VE
VIDEO DECODER VCO
Remote control unit
Signal generator
[VCO ADJUST PROGRAM]
VSCANVSET
VA
: Adjustment VR : Test point
(1) Input an NTSC colour bar signal from VIDEO A
terminal.
(2) Enter the SERVICE MODE, and select "VCO
ADJUST".
(3) Select "YES" and press the [] key. Adjustment is
performed automatically.
(4) After a few seconds, confirm that "ADJUSTMENT
OK" is displayed on the screen.
(5) Turn the power off. Then, turn the power on again,
and confirm that the colour bar signal is properly displayed.
1-52 (No.YA064)
Page 53
Item
A-D INPUT OFFSET (480i)
Offset values
too low
Sate of an
optimum
adjustment
Offset values
too hight
Measuring
instrument
Remote control unit
Signal generator
Oscilloscope
Horizontal duration
Picture signal duration
Increase the value
Decrease the value
Test point Adjustment part Description
TP-PR TP-PB [MAIN PWB]
[DEVICE INITIAL BLOCK] I (B19) : Test mode
(1) Input a 480i whole black signal from COMPONENT
terminal. (2) Connect the oscilloscope to TP-PR. (3) Enter the SERVICE MODE, and select "DEVICE
[WHITE BALANCE BLOCK] W(E11) : AD offset R W(E13) : AD offset B
INITIAL VALUE". (4) Select IB : CXA3506R. (5) Select < I(B19) > (Test mode), and change the
setting value from 000 to 001 to 000. (6) Return to the SERVICE MODE, and select "WHITE
BALANCE BLOCK". (7) Select WE : COMPO 15k HIGH.
3.3V
(8) Select < W(E11) > (AD offset R). As is shown in the
left figure, adjust the setting value of < W(E11) > so
that Low(0V) voltage is as bright as High(3.3V)
0V
voltage in the scanning interval. Adjust the setting
value of < W(E11) > within 2-3 points from the initial
value.
3.3V
(9) Connect the oscilloscope to TP-PB.
(10) Select < W(E13) > (AD offset B) of WHITE BALANCE
BLOCK, and adjust the setting value of < W(E13) > so
0V
3.3V
0V
that Low(0V) image signal voltage is as bright as
High(3.3V) voltage in the same way as for < W(E11) >.
A-D INPUT OFFSET (1080i)
Remote control unit
Signal generator
Oscilloscope
TP-PR TP-PB [MAIN PWB]
[DEVICE INITIAL BLOCK] I (B19) : Test mode
[WHITE BALANCE BLOCK] W(G11) : AD offset R W(G13) : AD offset B
(1) Input a 1080i whole black signal from COMPONENT
terminal. (2) Enter the SERVICE MODE, and select "WHITE
BALANCE BLOCK". (3) Select WG : COMPO HIGH. (4) Select < W(G11) > (AD offset R), and adjust in the
same way as for the 480i signal above. (5) Select < W(G13) > (AD offset B), and adjust in the
same way as for the 480i signal above.
(No.YA064)1-53
Page 54
Item
RGB OFFSET (NTSC)
Measuring instrument
Test point Adjustment part Description
Remote control unit
Signal generator
(RAMP pattern)
Align the 3 lines on the left part
[CPU BLOCK] C(H01) : Test mode
[WHITE BALANCE BLOCK] W(C04) : R cutoff W(C06) : B cutoff
(1) Input an NTSC lamp pattern signal from VIDEO A
terminal.
(2) Enter the SERVICE MODE, and select "CPU
BLOCK". (3) Select CH : Test mode. (4) Select < C(H01) > (Test mode), and change "0" into
"2", and then enter "RGB BALANCE Test mode". (5) Return to the MAIN MENU screen. (6) Select "WHITE BALANCE BLOCK". (7) Select "WC : VIDEO HIGH". (8) Select < W(C04) > (R cutoff) and < W(C06) > (B
cutoff), and adjust the setting values so that the three
lines on the left of the lamp pattern screen are lined
in the same line (so that there is no colour zone in
the border between white and black).
Don't change W(C05) : G cutoff value.
(9) After the adjustment finishes, select < C(H01) > of
"CPU BLOCK" again, and return the setting value "2"
to "0".
RGB OFFSET (480i)
RGB OFFSET (1080i)
RGB OFFSET (VGA)
RGB OFFSET (RGB15k)
Remote control unit
Signal generator
Remote control unit
Signal generator
Remote control unit
Signal generator
Remote control unit
Signal generator
[CPU BLOCK] C(H01) : Test mode
[WHITE BALANCE BLOCK] W(E04) : R cutoff W(E06) : B cutoff
[CPU BLOCK] C(H01) : Test mode
[WHITE BALANCE BLOCK] W(G04) : R cutoff W(G06) : B cutoff
[CPU BLOCK] C(H01) : Test mode
[WHITE BALANCE BLOCK] W(A04) : R cutoff W(A06) : B cutoff
[CPU BLOCK] C(H01) : Test mode
[WHITE BALANCE BLOCK] W( I 04) : R cutoff W( I 06) : B cutoff
(1) Input a 480i lamp pattern signal from COMPONENT
terminal. (2) Select "WE : COMPO.15k HIGH". (3) Adjust < W(E04) > (R cutoff) and < W(E06) > (B
cutoff) in the same way as for NTSC.
(1) Input a 1080i lamp pattern signal from
COMPONENT terminal. (2) Select "WG : COMPO. HIGH". (3) Adjust < W(G04) > (R cutoff) and < W(G06) > (B
cutoff) in the same way as for NTSC.
(1) Input a VGA(640 × 480 dots) lamp pattern signal
from PC terminal. (2) Select "WA : RGB PC HIGH". (3) Adjust < W(A04) > (R cutoff) and < W(A06) > (B
cutoff) in the same way as for NTSC.
(1) Input an RGB15k lamp pattern signal from PC input
terminal. (2) Select "W I : RGB 15k HIGH". (3) Adjust < W(I 04) > (R cutoff) and < W(I 06) > (B
cutoff) in the same way as for NTSC.
1-54 (No.YA064)
Page 55
Item
WHITE BALANCE (NTSC)
WHITE BALANCE (480i)
WHITE BALANCE (1080i)
Measuring
instrument
Remote control unit
Signal generator
Colour analyzer
COLOUR
TEMP.
HIGH
LOW
Remote control unit
Signal generator
Colour analyzer
Remote control unit
Signal generator
Colour analyzer
Test point Adjustment part Description
[WHITE BALANCE BLOCK] (Colour temperature : HIGH) W(C01) : R drive W(C02) : G drive W(C03) : B drive
• Keep the set running for twenty minutes or longer. If you turn the set on again, make adjustment 5 minutes or later after you turn the set on.
• Set PICTURE ADJ. of MAIN MENU to the initial state.
(1) Input an NTSC window pattern (brilliance 70%)
signal from VIDEO A terminal.
(2) Set COLOUR TEMP at HIGH in FUNCTION
SELECT of < MAIN MENU >. (Colour temperature : LOW) W(D01) : R drive W(D02) : G drive W(D03) : B drive
(3) Enter the SERVICE MODE. (4) Select "WHITE BALANCE BLOCK". (5) Select "WC : VIDEO HIGH". (6) Select < W(C01) > (R drive) and < W(C03) > (B
drive).
(7) Adjust < W(C01) > and < W(C03) > by using a colour
Colour temperature
adjustment point
X=0.280 Y=0.282
analyzer so that the colour temperature adjustment
point becomes the value in "HIGH" in the left table.
Don't change < W(C02) > (G drive) values.
(8) If the adjustment method above does not work,
return < W(C01) > and < W(C03) > to 255, and fix
X=0.313 Y=0.329
< W(C01) > at 255.
(9) Adjust WHITE BALANCE by using < W(C02) > and
< W(C03) >.
(10) After the adjustment finishes, escape from the
SERVICE MODE.
(11) Switch COLOUR TEMP of < MAIN MENU > to
"LOW".
(12) Enter the SERVICE MODE again. (13) Select WHITE BALANCE BLOCK. (14) Select "WD : VIDEO LOW". (15) Adjust < W(D01) >(R drive), < W(D02) >(G drive),
and < W(D03) >(B drive) by using a colour analyzer
in the same way as for the COLOUR TEMP HIGH
above.
[WHITE BALANCE BLOCK] (Colour temperature : HIGH) W(E01) : R drive W(E02) : G drive W(E03) : B drive
(1) Input a 480i window pattern (brilliance 70%) signal
from COMPONENT terminal.
(2) Set COLOUR TEMP at "HIGH". (3) Select "WE:COMPO.15k HIGH," and adjust
< W(E01) >(R drive), < W(E02) >(G drive),
and < W(E03) >(B drive) in the same way
as for NTSC.
(4) Set COLOUR TEMP at "LOW". (Colour temperature : LOW) W(F01) : R drive W(F02) : G drive
(5) Select "WF : COMPO.15k LOW," and adjust
< W(F01) >(R drive), < W(F02) >(G drive), and < W(F03) >(B drive) in the same as for NTSC.
W(F03) : B drive
[WHITE BALANCE BLOCK] (Colour temperature : HIGH) W(G01) : R drive W(G02) : G drive W(G03) : B drive
(1) Input a 1080i window pattern (brilliance 70%) signal
from COMPONENT terminal. (2) Set COLOUR TEMP at "HIGH". (3) Select "WG : COMPO. HIGH," and adjust < W(G01)
>(R drive), < W(G02) >(G drive), and < W(G03) >(B
drive) in the same way as for NTSC. (4) Set COLOUR TEMP at "LOW". (5) Select "WH : COMPO. LOW," and adjust < W(H01)
(Colour temperature : LOW)
>(R drive), < W(H02) >(G drive), and < W(H03) >(B
drive) in the same way as for NTSC.
W(H01) : R drive W(H02) : G drive W(H03) : B drive
(No.YA064)1-55
Page 56
Item
WHITE BALANCE (VGA)
WHITE BALANCE (RGB15k)
BRIGHTNESS (NTSC)
Measuring instrument
Remote control unit
Signal generator
Colour analyzer
Remote control unit
Signal generator
Colour analyzer
Remote control unit
Signal generator
Test point Adjustment part Description
[WHITE BALANCE BLOCK] (Colour temperature : HIGH) W(A01) : R drive W(A02) : G drive W(A03) : B drive
(1) Input a VGA (640 × 480 dots) window pattern
(brilliance 70%) signal from COMPONENT terminal. (2) Set COLOUR TEMP at "HIGH". (3) Select "WA : RGB PC HIGH," and adjust < W(A01)
>(R drive), < W(A02) >(G drive), and < W(A03) >(B
drive) in the same way as for NTSC. (4) Set COLOUR TEMP at "LOW". (5) Select "WB : RGB PC LOW," and adjust < W(B01)
(Colour temperature : LOW)
>(R drive), < W(B02) >(G drive), and < W(B03) >(B
drive) in the same way as for NTSC.
W(B01) : R drive W(B02) : G drive W(B03) : B drive
[WHITE BALANCE BLOCK] (Colour temperature : HIGH) W(A01) : R drive W(A02) : G drive W(A03) : B drive
(1) Input an RGB 15k window pattern (brilliance 70%)
signal from COMPONENT terminal. (2) Set COLOUR TEMP at "HIGH". (3) Select "W I : RGB 15k HIGH," and adjust < W( I 01)
>(R drive), < W( I 02) >(G drive), and < W( I 03) >(B
drive) in the same way as for NTSC. (4) Set COLOUR TEMP at "LOW". (5) Select "WJ : RGB 15k LOW," and adjust < W(J01)
(Colour temperature : LOW)
>(R drive), < W(J02) >(G drive), and < W(J03) >(B
drive) in the same way as for NTSC.
W(B01) : R drive W(B02) : G drive W(B03) : B drive
[WHITE BALANCE BLOCK] W(C07) : Bright
• Confirm that white balance adjustment is finished.
• Set PICTURE ADJ. of MAIN MENU at the initial state. (1) Input an NTSC gray scale pattern (1% step) signal
from VIDEO A terminal. (2) Enter the SERVICE MODE. (3) Select WHITE BALANCE BLOCK. (4) Select "WC : VIDEO HIGH". (5) Select < W(C07) >(Bright). (6) Adjust < W(C07) > so that 6% black slightly shines
on the screen.
123456701 2345670
Be careful so that back component does not shine.
1-56 (No.YA064)
Adjust <W(C07)> so that 6% black
5%
shines slightly on the screen.
Page 57
Item
BRIGHTNESS (480i)
BRIGHTNESS (1080i)
BRIGHTNESS (VGA)
BRIGHTNESS (RGB15k)
Measuring
instrument
Remote control unit
Signal generator
Remote control unit
Signal generator
Remote control unit
Signal generator
Remote control unit
Signal generator
Test point Adjustment part Description
[WHITE BALANCE BLOCK] W(E7) : Bright
[WHITE BALANCE BLOCK] W(G7) : Bright
[WHITE BALANCE BLOCK] W(A7) : Bright
[WHITE BALANCE BLOCK] W(I 7) : Bright
(1) Input a 480i gray scale pattern (1% step) signal from
COMPONENT terminal.
(2) Select "WC : VIDEO HIGH," and adjust < W(E07)
>(Bright) in the same way as for NTSC.
(1) Input a 1080i gray scale pattern (1% step) signal
from COMONENT terminal.
(2) Select "WG : COMPO HIGH," and adjust < W(G07)
>(Bright) as in the same way for NTSC.
(1) Input a VGA(640 × 480 dots) scale pattern (1% step)
signal from PC terminal.
(2) Select "WA : RGB PS HIGH," and adjust < W(A07)
>(Bright) as in the same way for NTSC.
(1) Input a RGB 15k scale pattern (1% step) signal from
COMPONENT terminal.
(2) Select "WI : RBG15k HIGH," and adjust < W( I 07)
>(Bright) as in the same way for NTSC.
(No.YA064)1-57
Page 58
SECTION 5
TROUBLESHOOTING

5.1 SELF-DIAGNOSIS FUNCTION

5.1.1 OUTLINE
This model has a "Self-diagnosis function," which checks the operation state of the circuits and temperature inside the set, and informs us of a failure and memorize it when a failure occurs. Diagnosis is performed when the power is turned on, and information input to the main microcomputer is monitored at all time. The diagnosis is displayed on the screen and LED flashing. Failure detection is based on input state of I control lines connected to the main microcomputer.
5.1.2 ENTERING SELF-DIAGNOSIS BLOCK
(1) Enter the SERVICE MODE. (See a page for SERVICE
MODE settings). (2) Select DIAGNOSIS BLOCK in the SERVICE MODE. (3) Self-diagnosis block screen is displayed.
2
C bus and various
SERVICE MENU SCREEN
VCO ADJUST WHITE BALANCE BLOCK CPU BLOCK SIZE/POSITION BLOCK H POSITION BLOCK PANEL BLOCK SIGNAL BLOCK DEVICE INITIAL VALUE
ENTER: SELECT: EXIT:
DIAGNOSIS BLOCK UPDATE CPU PROGRAM HOUR METER BLOCK ENHANCER BLOCK
[1/2]
Fig.1
[2/2]
MENU
5.1.3 ESCAPING FROM SELF-DIAGNOSIS BLOCK
(1) To return to the SERVICE MODE screen, press the [EXIT]
key.
5.1.4 INITIALIZATION OF ITEMS IN DIAGNOSIS
(1) Enter the SERVICE MODE. (Fig. 1) (2) Select DIAGNOSIS BLOCK in the second page (2/2). (Fig.
2)
(3) Adjustment screen for DIAGNOSIS BLOCK is displayed.
(Fig. 3) (4) Confirm that all the items (except TEMP.OVER) are
displayed as "O". (5) If an error occurs in an item, "X" and the number of error
times is displayed in the item. Up to nine times of errors are
counted. If errors occur more than nine times, "9" is
displayed. Unless deleted, the number of error times
remains memorized in a memory. (6) To delete an error, select "CLEAR" and press the [] key.
(Fig. 4) (7) Then, items in DIAGNOSIS is initialized, and all items
(except TEMP.OVER) are displayed as "O". (Fig. 5)
5.1.5 POINTS TO NOTE WHEN USING THE SELF-DIAGNOSIS FEATURE
In addition to circuit failures (abnormal operation), the following cases may also be diagnosed as "Abnormal," and displayed and counted as "X".
(1) Temporary defective transmissions across circuits due to
pulse interruptions
(2) Misalignment in the on/off timing of power for I
2
C bus (Vcc)
when turning on/off the power. Diagonasis may be impeded if I2C SIGNAL BUS, and I2C ROM BUS are displayed as "X". If a failure is expected to reoccur, clear (reset) the failure history to make the unit record the new diagnosis results.
ENTER: SELECT: EXIT:
MENU
Fig.2
SELF-DIAGNOSIS DISPLAY
< DIAGNOSIS BLOCK >
CLEAR I2C SIGNAL BUS : X9 I2C ROM BUS O POWER TEMP. OVER : : O TEMP. OVER [9Eh] TEMP. OVER [9Ch]
ENTER: SELECT: EXIT:
Fig.3
< CLEAR >
!
Are you sure ?
"YES" then Key
"NO" then Key
ENTER: SELECT: EXIT:
< DIAGNOSIS BLOCK >
CLEAR I2C SIGNAL BUS : O I2C ROM BUS : O POWER TEMP. OVER : O TEMP. OVER [9Eh] TEMP. OVER [9Ch]
ENTER: SELECT: EXIT:
MENU
MENU
Fig.4
Fig.5
MENU
MENU
1-58 (No.YA064)
Page 59
5.1.6 DETAILS
Type of error Indication Description of detection Detection standard and method Countermeasure
Communication error in video decorder, IP conversion, PDP interface etc
Main memory communication error
2
I2C SIGNAL BUS I
C communication error in MAIN PWB [IC2501]
I2C ROM BUS Communication error for
main memory [IC2502]
When normal communication is not available in spite of up to three­time communication in I
2
C communication, it is judged as an error.
Memorize the number of error times in the main memory (up to nine times).
Memorize the number of error times in the main memory (up to nine times), and turn the power off forcibly.
Temperature rise in power supply part
POWER TEMP. OVER
Alarm signal from SMPS PWB is detected [SMPS PWB]
When ten consecutive errors are detected every 0.5 second, it is judged as an error.
Memorize the error times in the main memory (up to nine times), and turn the power off forcibly.
Temperature rise in DIGITAL PWB
TEMP. OVER [9Eh]
DIGITAL PWB [IC2510]
When the temperature in the DIGITAL PWB is over the setting
63°C centigrade for more than
thirty consecutive seconds
Switch of APC control (Reduce brilliance when the temperature rises.) Display "TEMP/OVER" on the screen.
Temperature rise around power supply part
TEMP. OVER [9Eh]
A sensor in upper part of power supply part detects an error. [IC8101]
In addition, when the temperature in the DIGITAL PWB is over the
setting 120°C for more than thirty
consecutive seconds
When the temperature in and around the power supply part is
over the setting 95°C centigrade
for more than thirty consecutive
Memorize the number of error times in the main memory (up to nine times), and turn the power off forcibly.
Display "TEMP/OVER" on the screen.
seconds
In addition, when the temperature in and around the power supply
part is over the setting 93°C
centigrade for more than one
Memorize the number of error times in the main memory (up to nine times), and turn the
power off forcibly. hundred and twenty consecutive seconds
5.1.7 INDICATION OF SELF DIAGNOSIS BY USING LED
LED for self-diagnosis indication is located on the upper left of the set (on the right of remote sensor).
SELF-DIAGNOSIS AND FLASHING LED
Diagnosis
Flashing LED
Top Middle Bottom
Priority Indication
Communication error in main memory zz5 Notes :
Abnormal temperature rise in power supply part z z 4
Abnormal temperature rise in DIGITAL PWB z3
Abnormal temperature rise in panel  z 2
Abnormal writing in main memory  1
• Indication color : red
• Flashing interval : 0.25 second
• When two or more errors are detected at the same time, errors are displayed one after another, according to the order of priority.
• All LEDs are lighted while various data are written in the main memory.
z : Lighting / : Flashing
(No.YA064)1-59
Page 60
1-60 (No.YA064)
Page 61
VICTOR COMPANY OF JAPAN, LIMITED
AV & MULTIMEDIA COMPANY VIDEO DISPLAY CATEGORY 12, 3-chome, Moriya-cho, kanagawa-ku, Yokohama, kanagawa-prefecture, 221-8528, Japan
(No.YA064)
Printed in Japan
WPC
Page 62
GM-V42C
STANDARD CIRCUIT DIAGRAM
NOTE ON USING CIRCUIT DIAGRAMS
1.SAFETY
The components identified by the symbol and shading are critical for safety. For continued safety replace safety ciritical components only with manufactures recommended parts.
2.SPECIFIED VOLTAGE AND WAVEFORM VALUES
The voltage and waveform values have been measured under the following conditions.
(1)Input signal : Colour bar signal (2)Setting positions of
each knob/button and variable resistor
(3)Internal resistance of tester (4)Oscilloscope sweeping time
(5)Voltage values
Since the voltage values of signal circuit vary to some extent according to adjustments, use them as reference values.
: Original setting position when shipped
: DC 20k : H : V
: Othters
: All DC voltage values
/V
20µs / div 5ms / div
Sweeping time is specified
3.INDICATION OF PARTS SYMBOL [EXAMPLE]
In the PW board
: R1209
R209
Type No indication
MM PP MPP MF TF BP
TAN
(3)Coils
No unit Others
(4)Power Supply
Respective voltage values are indicated
(5)Test point
: Test point
(6)Connecting method
: Ceramic capacitor : Metalized mylar capacitor
: Polypropylene capacitor : Metalized polypropylene capacitor : Metalized film capacitor : Thin film capacitor : Bipolar electrolytic capacitor : Tantalum capacitor
: [µH]
: As specified
: B1
: 9V
: Only test point display
: Connector
: Receptacle
: Wrapping or soldering
: B2 (12V
: 5V
)
4.INDICATIONS ON THE CIRCUIT DIAGRAM
(1)Resistors
Resistance value No un i t : [
K M
Rated allowable power No indication : 1/16 [W] Others : As specified
Type No indication OMR MFR MPR UNFR FR
Composition resistor 1/2 [W] is specified as 1/2S or Comp.
(2)Capacitors
Capacitance value
1 or higher : [pF]
less than 1 Withstand voltage
No indication : DC50[V] Others : DC withstand voltage [V] AC indicated
Electrolytic Capacitors
47/50[Example]: Capacitance value [µF]/withstand voltage[V]
]
: [k
]
: [M
]
: Carbon resistor : Oxide metal film resistor : Metal film resistor : Metal plate resistor : Uninflammable resistor : Fusible resistor
: [µF]
: AC withstand voltage [V]
(7)Ground symbol
: LIVE side ground : ISOLATED(NEUTRAL) side ground : EARTH ground : DIGITAL ground
5.NOTE FOR REPAIRING SERVICE
This model's power circuit is partly different in the GND. The difference of the GND is shown by the LIVE : ( ) side GND and the ISOLATED(NEUTRAL) : ( ) side GND. Therefore, care must be taken for the following points.
(1)Do not touch the LIVE side GND or the LIVE side GND and the ISOLATED(NEUTRAL) side GND simultaneously. if the above caution is not respected, an electric shock may be caused. Therefore, make sure that the power cord is surely removed from the receptacle when, for example, the chassis is pulled out.
(2)Do not short between the LIVE side GND and ISOLATED(NEUTRAL side GND or never measure with a measuring apparatus measure with a measuring apparatus ( oscilloscope, etc.) the LIVE side GND and ISOLATED(NEUTRAL) side GND at the same time. If the above precaution is not respected, a fuse or any parts will be broken.
Since the circuit diagram is a standard one, the circuit and circuit constants may be subject to change for improvement without any notice.
NOTE Due improvement in performance, some part numbers show in the circuit diagram may not agree with those indicated in the part list. When ordering parts, please use the numbers that appear in the Parts List.
)
No.YA064 2-1
Page 63
CONTENTS
SEMICONDUCTOR SHAPES ......................................................................2-2
BLOCK DIAGRAM ........................................................................................ 2-3
CIRCUIT DIAGRAMS .................................................................................... 2-5
PC TERMINAL PWB CIRCUIT DIAGRAM .................................................................................................. 2-5
AV TERMINAL PWB CIRCUIT DIAGRAM .................................................................................................. 2-7
MAIN PWB CIRCUIT DIAGRAM ................................................................................................................ 2-9
DIGITAL PWB CIRCUIT DIAGRAM .......................................................................................................... 2-17
AUDIO PWB CIRCUIT DIAGRAM ............................................................................................................ 2-27
LINE FILTER PWB CIRCUIT DIAGRAM ................................................................................................... 2-29
CONTROL PWB CIRCUIT DIAGRAM ...................................................................................................... 2-30
LED PWB CIRCUIT DIAGRAM ................................................................................................................. 2-30
SP TERMINAL PWB CIRCUIT DIAGRAM ................................................................................................ 2-31
BATTERY PWB CIRCUIT DIAGRAM ........................................................................................................ 2-32
TEMP. SENSOR PWB CIRCUIT DIAGRAM .............................................................................................. 2-32
PATTERN DIAGRAMS .............................................................................. 2-33
MAIN PWB PATTERN .............................................................................................................................. 2-33
DIGITAL PWB PATTERN ......................................................................................................................... 2-37
PC TERMINAL PWB PATTERN ................................................................................................................ 2-41
AV TERMINAL PWB PATTERN ................................................................................................................ 2-41
AUDIO PWB PATTERN ............................................................................................................................ 2-43
SP TERMINAL PWB PATTERN................................................................................................................ 2-43
LED PWB PATTERN ................................................................................................................................ 2-45
BATTERY PWB PATTERN ........................................................................................................................ 2-45
TEMP. SENSOR PWB PATTERN ............................................................................................................. 2-45
CONTROL PWB PATTERN ...................................................................................................................... 2-45
LINE FILTER PWB PATTERN .................................................................................................................. 2-46

SEMICONDUCTOR SHAPES

TRANSISTOR
BOTTOM VIEW FRONT VIEW TOP VIEW
CHIP TR
E C B
ECB
IC
BOTTOM VIEW FRONT VIEW TOP VIEW
OUT E IN
IN OUTE
CHIP IC
N
N
N
1
N
B
(G)E(S)C(D)
TOP VIEW
1 N
1
N
ECB
ECB
1
1 N
C
BE
N
2-2
No.YA064
Page 64
MICRO COMPUTER
(CPU)
MB90F584CAPF
VIDEO
DECODER
VP3230D
LPF
3D_YCSEP
UPD64083GF
LPF
ANALOG
SW
TC4053BF
LPF
LPF
ANALOG
SW
TC4053BF
3ch AD
CONVERTER & PLL
CXA3506R
ANALOG
SW
BA7657F
BUFFER
TC74LCX16374AT
ANALOG
SW
TC4053BF
SYNC
SEPARATOR-1
(for RGB)
M52346SP
AMP
SYNC
SEPARATOR-2
TA1318N
LPF
LPF
EXPANDER0
JLC1562BF
EXPANDER1
JLC1562BF
EXPANDER2
JLC1562BF
TEMP SENSOR
TC75-5.0MOA
AUDIO
SELECTOR
BH3862FS
POWER AMP
TA8200AH
POWER SUPPLY UNIT
LINE
FILTER
EXPANDER3
JLC1562BF
REG
REG
REG
REG
REG
REG
REG
AMDP1 plus
16bit
SDRAM
FLASH
ROM
UV-CONV
FPGA
SCALER
REMBRANDT-1A
PULSE-GEN
FPGA
60MHz
OSC
BUS
BUFFER
2SK1374-X
PDP_IF
FPGA
OSD
M35047FP
ROM
LVDS
Transmitter
DS90CF383A
PDP (PANEL)
EEPROM
64kB
RESET
S-80828CNLB
EXT.SW
LED
INDICATOR
KEY SW
SW
RS232C
DOWN LOAD
WIRED
REMOTE
IR REMOTE
SW
RS232C DRIVER
IR SENSOR
GP1U261X
MM
BUS
BUFFER
2SK1374-X
ANALOG
SW
BUS
BUFFER
2SK1374-X
TIMER
RV5C386A
16M-bit SDRAM
REG
REG
REG
SW_ REG
REG
SW_
REG
REG
REG
SW_ REG
ATT
1/4
*5

BLOCK DIAGRAM

COMPO/RGB(BNC)
Y/G
Pb/B
Pr/R
HD/CS
VD
RGB(D-SUB)
VIDEO A
VIDEO B
S
*75-ON
11
15
6
10
1
5
Y
C
S_DET
R
G
B
VIDEOA
VIDEO B
COMPO/ RGB
OUT
IC1104
ANALOG
SW
TC4053BF
*VIDEO_A *S_DET
Audio-L
Audio-R
Audio-L
Audio-R
Audio-L
Audio-R
Audio-L
Audio-R
HD/CS
VD
HD/CS
VD
G
IC2103
TIMER
SW_ REG
RM1A D3.3V
SW_ REG
IC2104
16bit
SDRAM
IC2512
EXPANDER2
JLC1562BF
IC1403
LPF
3D_YCSEP
UPD64083GF
LPF
R G B
R G B
G
IC1203
ANALOG
SW
TC4053BF
IC1206
ANALOG
SW
BA7657F
*D_SUB
GonSYNC
AMP
ATT
1/4
4
4
AC IN
LPF
LPF
HD/CS
VD
Audio-L
Audio-R
Y
G/YIN
Cb
B/PbIN
Cr
R/PrIN
R
R/PrIN2
G
G/YIN2
B
B/PbIN2
G
HD
VD
IC1204
AUDIO
SELECTOR
BH3862FS
IC1105
ANALOG
SW
TC4053BF
*3D_ON
IC1205
CONVERTER & PLL
CXA3506R
CP
IC1303
SYNC
SEPARATOR-1
(for RGB)
M52346SP
3ch AD
CS
VD
LPF
POWER AMP
TA8200AH
FILTER
V1
V2
IC1101
V3(Y)
VIDEO
DECODER
CIN
VP3230D
V4(Component,Sync)
Y
Cb
Cr
VOUT
ANALOG
SW
CP
SYNC1
SYNC2
SEPARATOR-2
TA1318N
HD3
VD3
IC9601
LINE
CbCr
IC1305
DAC1(VS)
SYNC
DAC2(HS)
Y
HD1
SPEAKER
VD1
TC74LCX16374AT
D_CLK1 DIVOUT D_SOG
MMMMLPF
EXPANDER0
JLC1562BF
Audio BUS
14V
15V
IC1106
BUFFER
*SIG_SEL
IC1310
12V
REG
X
D_CLK2
9V
REG
Y/R
Pb/G
Pr/B
I2C1B
CP
HD VD
Y
CbCr
V_CLK1(13.5MHz) V_CLK2(27.0MHz) HS VS AVO INTLC
D_HDREF(=HD/HS) D_CLK_INV(=ADC_SYNC_INV) D_HOLD(=DPLL_COA) CLAMP(=CP)
VS_I
HS_I
HS_50
MM
IC1311
EXPANDER1
JLC1562BF
YC3.3V
A5V
REG
REG
REG
)
(S(SW
STB6V
A5V2
(S(SW
REG
Q1312 Q1313
BUFFER
2SK1374-X
AD3.3V
REG
)
BUS
D5V
D5V
1
V_CLK1(13.5MHz) V_CLK2(27.0MHz) HS VS AVO INTLC
VPC
D3.3VSTB5V
3.3V
REG
REG
ANALOG DIGTAL
Y/R Y/R
Pb/CbCr/G Pb/CbCr/G
Pr/B Pr/B
1
D_CLK2 D_CLK2
2 3
CP CP
HD HD
VD VD HS_IN HS_IN VS_IN VS_IN HS_50 HS_50
I2C1 I2C1
Audio BUS Audio BUS
YC D2.5V
REG
POWER SUPPLY UNIT
CLK_OUT3(27.0MHz) HDO(15.75kHz) VDO
1
2 DIVOUT D_SOG D_CLK2
2 3
3 D_CLK_INV(=ADC_SYNC_INV) D_HOLD(=DPLL_COA) CLAMP(=CP)
MICON STB5V
REG
STB6V D5V
CLK_OUT3(27.0MHz) V_HSYNC(31.5kHz) V_VSYNC(=VS) V_ACTIVE(=AVO) V_FIELD(INTLC) D_VSYNC(=VD) D_HSYNC(=HD) D_HSYNC_SYN(=DIVOUT) ADC_SYNC_INV DPLL_COA OPLL_COA DPLL_CLK MPLL_CLK
D_CLK1
D_HDREF(=HD/HS)
IC2507
RV5C386A
AMDP
D5V
D3.3V
IC2120
FLASH
IC2101
AMDP1 plus
CLK_OUT3(27.0MHz) V_HSYNC(31.5kHz) VDO SIG1 SIG2
IC2513
EXPANDER3
JLC1562BF
FPGA
RM1A
D2.5V
D1.8V
SW_
REG
REG
ROM
Y
Pb
Pr
LVDS
3.3V
REG
IC2251
UV-CONV
FPGA
IC2201
PULSE-GEN
FPGA
IC2510
TEMP SENSOR
TC75-5.0MOA
HD VDCP
Y
Pb/Pr
I2C1
REMBRANDT-1A
R G
B
HS_50
IC2504
S-80828CNLB
IC2303
SCALER
60MHz
OSC
IC2502
EEPROM
64kB
RESET
16M-bit SDRAM
*5
IC2306
IC2310
RM_HSYNC RM_VSYNC RM_CLK
I2C1A
BUS
BUFFER
2SK1374-X
HS_IN
VS_IN
I2C1
I2C
I2C0
RESET
AUDIO_BUS
POWER CONTROL
R
G
B
SCALER BUS
IC2406
ROM
IC2403
PDP_IF
FPGA
RGB
OSD
M35047FP
IC2501
MICRO COMPUTER
(CPU)
MB90F584CAPF
R
G
B
LV_HSYNO LV_VSYNC
I2C2
IC2407
LVDS
Transmitter
DS90CF383A
SW
SW
Rx 0 3
CLK
BUS
BUFFER
2SK1374-X
SERIAL I/F CONNECTOR
DOWN LOAD
RS232C
EXT.SW
LED
INDICATOR
KEY SW
WIRED
REMOTE
IR REMOTE
I2C2A
CN2201
Rx 0
Rx 3
RD RD
31Pin
RS232C DRIVER
IR SENSOR
GP1U261X
PDP (PANEL)
No.YA064 No.YA064
2-42-3
Page 65

CIRCUIT DIAGRAMS

PC TERMINAL PWB CIRCUIT DIAGRAM SHEET1
J5501 QNZ0061-001
R5501 R5502 150 150
J5503 QNZ0060-001
REMOTE
WIRED
J5502 QMS3005-C01
J5504
QMS3005-C01
R5503 150
R5505 R5506 150 150
R5507 470
R5508 470
R5521 R5522 R5523 150 150 150
C5511
.01
R5504 150
L5501
*5
L5502
*5
R5524
150
EF5501
*4
C5501
0.0047
C5502
0.0047
R5525 R5526
150 150
R5532
10k
R5531 10k
R5511 220k
R5512 220k
R5513
1k
R5514
1k
R5527
150
R5533 100k
R5528
150
D5501
*1
NOTE
*1
*2
*3
*4
*5
OPEN
MA3056/M/-X
:
MA3120WA-X
:
2SC3773/3-4/-X
:
NQR0321-001X
:
:
NQL092K-5R6X
:
NON MOUNT
CN5003 QGB1230J1-15
CN5004 QGB1230J1-09
MAIN PWB (SHEET 4)
MAIN PWB (SHEET 5)
MAIN PWB (SHEET 5)
REMOTE
MAKE
J5506 QMCC006-C01
J5507 QNN0321-001
C5541
R5541 OPEN
C5521
0.0047
R5547
10
No.YA064 No.YA064
R5542 10k
C5522
0.0047 GND
C5531
0.0047
D5513
*1
R5543
100
R5544
100
D5511 D5512 *1 *1
L5510
L5511
C5532
0.0047
2-5 2-6
*5
*5
0.01
R5553
560
R5554
560
PC TERMINAL PWB ASS'Y
LCA90118-01A(FV-5001A)
CN5005 QGB1230J1-15
Page 66
VIDEO A
VIDEO B
VIDEO IN
VIDEO OUT
AUDIO
L/MONO
VIDEO IN
R
Y/C
J5001 QNZ0417-001
J5002 QNN0321-001
J5004 QMCC006-C01
J5003 QNN0202-003
L5101
*5
L5102
*5
R5201 R5202
150 150
R5203 R5204
150 150
R5205 R5206
150 150
C5101
0.0047
C5102
0.0047
EF5101
R5102R5101
OPENOPEN
R5103 220k
R5104 220k
R5105
EF5201
AV TERMINAL PWB ASS'Y
LCA90119-01B(FV-5002A)
*4
1k
R5106
1k
*4
EF5202
R5207
10
EF5203
*4
D5201 *1
*4
R5315
QGB1230J1-15
0
CN5001
MAIN PWB (SHEET 3)
AUDIO
L/MONO
R
J5006 CEMB010-004
AUDIO
L/MONO
J5005 QNN0321-001
J5007 QNZ0417-001
J5008 QNN0321-001
R
R5301 OPEN
R5303
OPEN
R5305
OPEN
L5201
*5
L5202
*5
R5302 OPEN
R5304 OPEN
R5306 OPEN
L5301
L5302
R5211 220k
R5311 220k
R5212 220k
EF5305
*4
R5312 220k
R5213
1k
R5214
1k
R5313
1k
R5314
1k
NOTE
*1
*2
*3
*4
*5
OPEN
MA3056/M/-X
:
MA111-X
:
2SC3773/3-4/-X
:
NQR0321-001X
:
NQL092K-5R6X
:
NON MOUNT
:
CN5002 QGB1230J1-15
MAIN PWB (SHEET 3)
C5201
0.0047
C5202
0.0047
EF5304
*4
R5307 1k
R5308 1k
*5
C5301
*5
0.0047
C5302
0.0047
No.YA064 No.YA064
2-82-7
Page 67
MAIN PWB CIRCUIT DIAGRAM (1/4) SHEET 3
AV
TERMINAL
PWB
(SHEET 2)
SHEET 4,5,6
AV
TERMINAL
PWB
(SHEET 2)
CN1001
SHEET 4
SHEET 5
SHEET 4
SHEET 5
CN1002
IC1104 2 4
1.5 0.7
R1A16
R1A17
150
150
AL1
AR1
AL2
AR2
VOUT
Y1[G]A
D5V
12V
12V
A5V
AL3
AR3
D_DET
LINE3
LINE2
LINE1
D5V
PCMODE
S_DET
STB6V
STB6V
C1133 100
R1A18
R1A20
R1A26
0
5.1V
OPEN
OPEN
C1101 10
R1102
56k
C1102 10
C1103 10
R1A19
OPEN
C1104 10
R1A21
OPEN
R1191
R1176 10k
C1168
4.7
IC1105 1 2
R1101 27k
D1101 *9
R1105
27k
R1106 56k
R1109 27k
R1110 56k
R1113 27k
R1114 56k
C1107 10
R1A01 75
C1108 10
R1A02 75
C1109 R1125 10 27k
R1A03 75
C1110 10 27k
C1111 R1133 10 27k
IC1103
3.6V
4.9V
1.1V
47k
R1177
1.5k
R1178
1.5k
R1179 1k
R1117 27k
R1118 27k
R1121 27k
R1122 27k
R1126 27k
R1129
R1130 27k
R1134 27k
7.9V
R1103
100
D1103
*6
7.9V
R1107 100
D1104
*6
D1105 *6
7.9V
R1111 100
D1106
*6
D1107
*6
7.9V
R1115
100
D1108
*6
D1109
*6
R1119
220
D1110
*6
D1111 *6
R1123
220
D1112
*6
D1113 *6
R1127
D1114
*6
D1115
*6
R1131
220
D1116 *6
D1117
*6
R1135
220
D1118
*6
0V
220
11.9V
R1104
5.6k
11.9V
R1108
5.6k
11.9V
R1112
5.6k
R1116
5.6k
C1112
27p
C1113
22p
C1114
22p
C1115
22p
C1116
22p
11.9V
Q1101
*1
7.3V
Q1102
*1
7.3V
Q1103
*1
7.3V
Q1104
*1
7.3V
11.9V
5.7V
11.9V
5.7V
11.9V
5.7V
11.9V
5.7V
11.9V
5.7V
IC1105 12 14
1
12V
12V
C1106
0.01
C1105 47
5.2V
Q1105
*1
5V
R1120
1.2k
C1118
0.01
C1117 47
Q1106
*1
5V
R1124
1.2k C1171
47p
Q1107
*1
PR[R]
5V
R1128
1.2k
R1132
2.2k
A5V
Q1108
*1
5V
Q1109 *1
5V
R1136
2.2k
C1172 47p
HD3
VD3
Q1110
*1
R1140
2.7k1022k
11.9V
Y1[G]
PB[B]
220
R1A27
5.8V
R1139
RY1101
220
R1A28
R1138
22k
330
R1A29
220
R1A30
R1137
220
R1A31
100
C1120
OPEN
INPUT3
*6
330
R1A32
C1119
IC1104 IC1105
C1163
11.9V
47
7.3V
C1164
0.1
11.9V 0V
R1180 R1181 10k 10k
0V
0V
*7 *7
*7
Q1113
R1198
15k
R1195
1.5k
8.9V
8.9V
Q1118 *1
3.2V
R1196
1.5k
C1146 10
A5V
A5V
C1148 47
C1155
0.22
C1156
0.0015
C1158
100
R1141
OPEN
R1142
C1175 C1174 C1173 330p
*5
D1120
7.3V
7.3V
7.3V
7.3V
7.3V
YC_SEL
4.2V
Q1112
R1193
5.6k
R1192
2.2k C1169
8V
Q1117 *2
R1194
2.2k
R1143
3.8V
TPAGND
18p
L1105 15
OPEN
7.3V
11.9V
Q1119 *1
8.2V
R1197
3.9k
C1160 330p
330p
0V
C1149
0.0015
C1150
C1151
C1152
C1153
C1154R1159
OPEN
R1189
0
C1147
0.047
1000p
0.22
0.1
0.22
0.220
C1159
0.047
C1157 390p
11.9V
R1182 22k
C1166 10
C1165
7.3V
8.2V
X1101
2.4V
0V
0V
4.8V
1.4V
1.4V
1.6V
1.3V
1.1V
2.4V
4.8V
0V
2.1V
0V
0V
C1176
C1177
C1178
330p
11.9V
0.1
8.2V
1.5V
8.3V
1.4V
0V
0V
TP-V2 TP-H2
3.3
C1145
3p
1.3V 0.5V 1.4V 1.1V1.3V 1.4V 0V 3.2V 3.2V 0V 0V 4.9V 3.2V 0V 0V 0V4.9V
0.22
0.22
0.22
2.2V
R1144 75
R1145 75
R1146 75
2.2V
C1122
C1144 3p
C1121
C1124 330p
C1143
C1123
0.22
330p
0V
0.1
R1188 10k
TP-V2
TP-H2
6.9V
R1183 33k
R1184
3.3k
11.9V
R1185 22k
C1167
0.01
6.9V
R1186 33k
R1187
3.3k
4.2V
Q1114
*5
*5
VS
HS
10
R1157
0V
C1125
0.22
C1126 330p
0.1V 2.7V 2.4V 1.5V 3.1V
K1101
4.8V
0.22
Q1115 *1
6.3V
Q1116
*1
6.3V
3.3
OPEN
TP1102
TP1101
OPEN
C1141
0.047
C1142
OPEN
0.0015
R1190
IC1101
VIDEO DECODER
C1127
0.22
C1129
0.0015
100
R1147
R1148
SCL1B
C1128 390p
VC0
101010
R1175
0V
100
SDA1B
I2C1B
VC2
VC1
10
R1174
R1173
R1172
1V 1V 1V 1V
C1130 OPEN
R1150
0
IC1101 71
IC1101 72
IC1101 74
C1140
0.068
VC3
R1153
7.2V
C1131 OPEN
0.7
1.5
0
3.2V
C1132
0.1
1
3.2V
IC1102
VC4
VC5
101010
R1171
R1170
0.1V
0.6V
D1119 *6
R1151 47k
R1152
4.7k
R1169
YCVYIN
YCCIN
YCYOUT
YCCOUT
SHEET 6
SHEET 4
3D_ON
VIDEO_A
D_HDREF
V_CLK1 V_CLK2
D5V
D5V
3.2V
5.1V
R1A22
C1138
0.068
C1137
0.068
L1104
6.8
10
10
10
10
10
10
10
10
10
10
C1136
0.047
VY0
VY1
VY2
VY3
VY4
VY5
VY6
VY7
V_CLK1
V_CLK2
820
R1A23 820
R1A05
R1A07
C1183
C1184
0.01
47
VC6
VC7
10
R1168
2V
1V
VPC3.3V
VPC3.3V
C1139 47
R1167
1.6V
R1166
1.6V
R1165
1.6V
R1164
1.5V
3.2V
R1163
1.6V
R1162
0.1V
R1161
0V
R1160
0V
0V
0.5V
R1155
0.1V
R1154
0.1V
3.1V
C1135
0V
0.0015
MAIN PWB ASS'Y(1/4)
IC1107
1.2V
C1185 C1186
100 0.01
R1A24
1k
R1A04
0 VY7 VY6 VY5 VY4
0 VY3 VY2 VY1 VY0
R1A06
VC7 VC6 VC5 VC4
0
VC3 VC2 VC1 VC0
R1A12
1.6V
0.9V
0.9V
1.4V
1.4V
C1179
3.2V
0.1
1.8V 1V
1.5V
1.8V
0
2.1V 1V
1V 1V
C1180
3.2V
0.1
1V 1V
1V 1V
1.6V
0
IC1106
VPC3.3V
VPC3.3V
0V
3.2V
3.2V
1V 1V
1V 1V
0V
R1A08
VY7A
0.9V
VY6A
0.9V
VY5A
1.4V
VY4A
1.4V
R1A09
0.1
C1181
VY3A
1.8V
VY2A
1V
VY1A
1.5V
VY0A
1.8V
R1A10
VC7A
2.1V
VC6A
1V
VC5A
1V
VC4A
1V
R1A11
0.1
C1182
VC3A VC2A
VC1A VC0A
D5V
D5V R1A14 OPEN
R1A13
R1A15 OPEN
HS VS
D_HOLD
D_CLKINV
D_HDREF
D_CLK1 D_CLK2
DIVOUT
Y[R]0 Y[R]1 Y[R]2 Y[R]3 Y[R]4 Y[R]5 Y[R]6 Y[R]7
PB[G]0 PB[G]1 PB[G]2 PB[G]3 PB[G]4 PB[G]5 PB[G]6 PB[G]7
Y[R]/VY
PR[B]0 PR[B]1 PR[B]2
PB[G]/VC
PR[B]3 PR[B]4 PR[B]5
PR[B]
PR[B]6 PR[B]7
0
Y[R]7 Y[R]6 Y[R]5 Y[R]4
0
Y[R]3 Y[R]2 Y[R]1 Y[R]0
0
PB[G]7 PB[G]6 PB[G]5 PB[G]4
0
PB[G]3 PB[G]2 PB[G]1 PB[G]0
AD_SEL
0
CN100K
AD_SEL
SHEET 5
SHEET 4
DIGITAL PWB (SHEET 7)
SHEET 4
SHEET 5
LCA90114-02C(FV-1004A)
A5V_SW
TERM_SW
R1158 10k
3V
Q1111
*1
4.8V
0V
C1161 C1162
100 0.1
No.YA064 No.YA064
R1A33
C1187 10/16
11.9V
D1121
*6
Q1120
*1
3V
10K
R1A34
470K
0V
2-9 2-10
Page 68
MAIN PWB CIRCUIT DIAGRAM (2/4) SHEET 4
4.9V
R1203 27k
R1204 27k
R1207 27k
R1208 27k
R1211 27k
R1212 27k
R1215 27k
R1216 33k
R1219 27k
R1220 33k
1.1V
R1272
R1273
R1274
1k
IC1201
1.5k
1.5k
D1201 *6
5.8V
R1205 220
D1202
*6
C1209 33p
D1203
*6
5.8V
R1209 220
D1204
*6
C1211 33p
D1205
*6
5.8V
R1213 220
D1206 *6
C1213 33p
D1207
*6
5.8V
R1217 220
D1208
*6
C1217 47p
D1209 *6
5.8V
R1221 220
D1210 *6
C1219 56p
R1229
47k
C1226
R1230
C1227
15k
R1231
C1228
15k
R1232
C1229
15k
R1233
15k
47
C1231
R1234
C1232
15k
R1235
C1233
15k
R1236
C1234
15k
R1237
15k
R1238
C1235
47k
47
SHEET 5
PC
TERMINAL
PWB
(SHEET 1)
SHEET 5
SHEET 3
SHEET 5
SHEET 3
CN1003
SHEET 3
STB6V
12V
A5V_SW
INPUT3
DSUB
GONSYNC
CSYNC
VSYNC
A5V
AL1
AR1
AL2
AR2
AL3
AR3
L_OUT
R_OUT
D5V
EF1201
EF1202
EF1203
EF1204
EF1205
STB6V
5.1V
R1288
3.6V
47k
C1201 100
R1201 10k
R1202 10k
*4
*4
*4
*4
*4
0V
Q1201
C1294 47
*1
4.5V
C1208
R1267
10
OPEN R1268
OPEN R1269
OPEN R1270
OPEN R1271
OPEN
C1210 10
C1212 10
C1216 10
C1218 10
11.9V
C1222
4.7
5.9V
R1283
5.3V
Q1207
100
*1
R1223
4.7k
11.9V
C1223
4.7
5.9V
R1282
5.3V
Q1208
100
*1
R1226
4.7k
R1289
47k
R1290
47k
R1291
47k
R1292
47k
R1293
47k
R1294
47k
R1295
47k
R1296
47k
C1202 C1203
100 0.1
12V
11.9V
Q1202
*1
5.2V
R1206
3.3k
11.9V
Q1203
*1
5.2V
R1210
3.3k
11.9V
Q1204
*1
5.2V
R1214
3.3k
11.9V
Q1205
*1
5.2V
R1218
2.2k
11.9V
Q1206
*1
5.2V
R1222
2.2k
C1224 10
C1225 10
10
10
10
10
C1230
10
10
10
10
D1211
D1212
D1213
D1214
D1215
D1216
D1217
D1218
C1B15
0V
R1280
2V
R1279
10k
1k
Y1[G]
C1B19
C1293
0.1
IC1205 1 21
0.8
C1B16 .01
4.9V
47
C1B21
11.9V
0.1
8.1V
Q1219
*1
7.5V
R1B26
2.2k
C1B20
C1295
0.1
R1252
0
RY1201
0
R1B04
R1B03
AR
AG
AB
D1219
*6
0
220k
R1B14
220k
R1B13
A5V2
A5V2
C1204 C1205
100 0.01
VD3
Y1[G]
Q1216
R1B27
100
R1B28
1.2k
R
G
C1215C1214
470.01 B
IC1209
11.9V
IC1204
2.4V
2.4V
2.4V
*3
2.4V
*3
2.4V
*3
2.4V
*3
2.4V
2.4V
*3
2.4V
*3
2.4V
*3
2.4V
*3
HD3
*1
R1B29 0
5.1V
5.7V
5.2V
5.7V
R1281
10k
A5V
5V0V
2.4V
2.4V
2.3V
2.3V
2.4V
2.4V
2.4V
5V
0V
0V
C1244
100
0V
PR[R]
Y1[G]
PB[B]
R
INPUT4
IC1203
11.9V
5.6V
0V 5.2V
Q1211
*7
C1289 10
C1290 10
C1236
0.0047 C1237
0.0047 R1239
C1238
0.22
C1239
2.2k
0.22
C1242
0.22
C1243
0.22
R1240
2.2k
C1245
0.1 R1241
100
LA
R1242 100
CL
R1243 100
DA
AUDIO
I2C1B
G
5.2V
4.4V
R1227
R1228
C1240
4.7
C1241
4.7
B
C1220
0.1 47
22k
22k
C1B01 47
C1B03 47
C1B05 47
C1B07 47
C1B09 47
C1B11 47
C1221
R1224
22k
R1225
22k
4.5V
R1275
820
R1276 820
C1B02
.01
C1B04 .01
C1B06 .01
C1B08 .01
C1B10 .01
C1B12 .01
G
C1B17 47
R1285 33k
C1291
OPEN R1284
10k
C1296
0.33
IC1202
3.2V
1.1V
R1277
1k
C1B13 150p
R1278
3.5V
470k
0V
C1B14
3.5V
330p
3.5V
0V
0V
0V
11.9V
4V
Q1217 *1
3.4V
R1B18
C1B18
15k
8p 1.8k
R1B21
1.5k
R1B19 R1B23
1.2k 1.5k
IC1207
5.9V
5.9V
5.9V 0V
R1244 27k
2.6V
R1246 220
R1245 33k
R1249 27k
2.6V
R1251 220
R1250 33k
100
Q1218
R1B20
C1297
0.33
C1206
*1
5.9V
4.9V
4.9V
IC1206
R1B22 R1B24
1.5k 8.2k
8.1V
3.5V
11.9V
5.9V
5.9V
C1292
OPEN
R1286 10k
Q1209
*1
2V
R1248
2.2k
Q1210
*1
2V
R1253
2.2k
C1207
0.01
2V
4V
3.6V
3.8V
R1B25
4.7k100.01
R1287 33k
IC1205 3 19
0.8 0.8
C1248
0.1
C1251 100p
R1254
3.3k C1252 330p
C1253
0.33
C1254 100p
AR
C1258
0.1
PB[B]
AG
C1268
0.1
0.6V
R1297
R1B07
1k
0
R1B08R1B05 220k220k
C1269
0.1
R1298
680
R1B06
R1B16 R1B15
220k 220k
PR[R]
AB
Q1212
0V
*1
C1250
C1259
C1272
0
C1249
0.1
0.1
C1260
0.1 C1261
C1263
0.1
C1264
C1266
0.1
C1273
0.1
IC1205 5 15
R1262 OPEN
R1266
0
C1288
C1287
0.1
0.1
C1B23
OPEN
OPEN
R1B34
4.6V
4.6V
0.1V 5V
4.9V
1.7V
2.5V
R1255
4.9V
3k
1V
C1255
0.1
C1256
2.9V
0.1
4.8V
C1257
2.3V
0.1
0.1
2.9V
0.1
2.9V
C1262
2.9V
0.1
0.1
2.9V
C1265
2.9V
0.1
4.3V
0.1
2.9V
C1267
2.3V
0.1
C1270
3.4V
0.1
4.9V
C1271
2.3V
0.1
4.9V
4.9V
C1275
0.1
C1274
0.1
R1256 OPEN
C1276
0.1
R1B02
3.3k
Q1214
2V
*1
0V
R1B09
0
2.6V
Q1215
*1
0V
R1B11 OPEN
0V
R1B10
3.3k
D_HOLD
D_CLKINV
0V
5.2V0V0V
4.9V0V4.9V
R1257
0
R1299
2.2k
Q1213
*1
R1B30
0.6V
47K
CLAMP
0.1V
0.1V
0V
D_CLK2
D_CLK1
DIVOUT
10
R1263
10
R1265
R1264
1.4V
1.4V0V1.4V5V1.5V
5V
5V
4.9V
C1277
0.1
C1278
R1260 R1261
100 100
SDA1B
SCL1B
IC1208
TP-H3 *5
10
3ch AD CONVERTER
4.9V0V4.9V
R1258 OPEN
R1259
00.1
D1220
R1B01
15
R1B12 OPEN
R1B17 OPEN
0.1
C1286
1
1.7V
3.2V
C1279
1.5V5V5V
2.8V
1
4.9V
4.9V
C1B22
IC1205
PLL
3.2V
R1B31
OPEN
R1B32
R1B33
&
5V
0
OPEN
Y[R]/VY
Y[R]5
Y[R]6
C1284C1285
0.10.1
Y[R]7
0.9V
5V
0.9V
1.7V
C1283
0.1
C1282
0.1
Y[R]4 Y[R]3 Y[R]2 Y[R]1 Y[R]0
PB[G]7 PB[G]6 PB[G]5
PB[G]4 PB[G]3 PB[G]2 PB[G]1 PB[G]0
1.6V
1.6V
1.6V
1.6V
1.6V
5V
5V
0.9V
0.9V
0.9V
0.9V
0.9V
0.9V
0.9V
0.3V
5V
C1281
0.1
0V
0V0V0V
PR[B]0
0V
PR[B]1
PR[B]2
K1201
0V
0V
PR[B]3
PR[B]4
PR[B]5
PR[B]6
0V
PR[B]7
5V
GND1
C1280
0.1
GND
MAIN PWB ASS'Y(2/4)
LCA90114-02C(FV-1004A)
D_HDREF
CLAMP
Y[R]/VY
PB[G]/VC
PR[B]
14V_SW
LED_1B
AC_DET A_MUTE2 A_MUTE
15V
CN100A
SHEET 5
SHEET 3
SHEET 3
SHEET 5
AUDI O
PWB
(SHEET 12)
No.YA064 No.YA064
2-122-11
Page 69
MAIN PWB CIRCUIT DIAGRAM (3/4) SHEET 5
PC
TERMINAL
PWB
(SHEET 1)
VIDEO
SMPS
PWB
TO
PDP
UNIT
SHEET 3,4,6
CN1004
PC
TERMINAL
PWB
(SHEET 1)
SHEET 4
SHEET 6
SHEET 3,4
SHEET 4
SHEET 3,4
SHEET 3
SHEET 4
SHEET 4
YC12V
STB6V
CN100E
L1302
D5V
D5V
15V
C1301 22
C1302 22
C1303
12V
A5V
Y1[G]A
VOUT
GONSYNC
R1301
27k
C1313
10
CSYNC
R1302
27k
VSYNC
D1307 D1308 D1309 D1310
*9 *9 *9 *9
D1311
*9
CN1005
R1374
100
R1375
100
R_OUT
L_OUT
15V
0.1
11.9V 11.9V
Q1301
*1
5.6V
0.5V
R1303
1k
D1312
*9
CLAMP
C1304 C1305 47
R1379
OPEN
D1304
*6
C1314 10
R1304
220k
D1313
L1303
IC1301
11.9V
0.1
D1306
*6
D1305
*6
11.2V
9.7V
R1305
5.6k
*9
Q1302
*2
C1306 47
R1389
D1314
YC12V
IC1318
R1310 100k
0.01
IC1312
5.2V
C1360
100
R1309 100
3.9V 4V
6.1V
0.1
6.1V
6.1V
6.1V
4.1V
R1311
22k
9.3V
0V
4.9V
4.9V
-9.8V
0V
0V
4.9V
0V
-9.8V
-4.9V
5.1V
C1353 1
C1357
0.1
R1376
10k
RIN_DET
4.9V
IC1303
C1352 1
MAKE_SW
STB5V
STB5V
C1362
0.1
C1361
100
C1325 L1301
C1324 100p
0.01
2.2
3.3V
R1312
18k
0V
11.9V 0V 0V
0V
0.1V
RGB
IR_REM
REM_IN
232C
DTR
RI
CTS DSR RTS
5V
Q1309
R1390
33
3V
0V
R1392
4.7k
C1326 47
C1327 C1328
10p 100p
R1320
22k
R1391
OPEN
*1
R1319
0.5V
Q1310
0
IC1313
0V
R1313
2.2k
R1314
2.2k
R1315
2.2k
R1316
2.2k
R1317
R1318
33k
A5V
R1384
Q1307
OPEN
OPEN
R1385
0
R1387
0
*1
R1393
5.6k
R1386
OPEN
C1330
0.01
C1368
C1358
0.1
CLP_RGB
Q1311
4.5V
OPEN
R1394 OPEN
-0.1V
C1329 100
GND
A5V
A5V
4.9V
0.1V
0.1V
0V
4.2V
47k
0V
Q1304
GND
4.5V
11.9V
15V
C1359
100
12V
R1308
2.2k
C1316 C1317
D1301
*6
C1315 120p
0V
0.5V
R1306
10k
R1307
22k
5.6k
R1366
100
*9
R1367 R1368 R1369
R1370 R1371 R1372
R1373
100
C1356
.01
SW2
SW_DET
1
Q1303
*1 D1302 D1303
*6
100 100 100
100 100 100
C1350 1
C1354
C1355
47
0.01
SW1
-0.1V
1
*6
TD_OUT
RD_IN
DCD
C1351 1
4.9V
IC1309
4.7
C1321
4.9V
7.3V
9.8V
2.3V
10
9.8V
9.8V
-9.8V
0V
4.9V
4.9V
0V
IC1307
4.9V
C1363
4.9V
3.4V
C1318 1
C1320
0V
0V
4.9V
C1319
0.0047
C1322 10
C1323
C1308
47
R1388 OPEN
C1309
R1321
0.1
1K
R1323
1.5k
IC1302
9V
15V
0V
C1310 C1311 47 0.1
R1322
1.8k
4.6V
IC1304
150P
9V
C1332
0.1
9V
Q1305
3.9V
R1324 1k
9V
C1312C1307 4747
C1333 47
C1367 470
C1335
0.1
C1334 470
C1337
0.01
R1325
X1301
R1327
R1326C1336
10k0.47
1k
R1328
560
R1398
82K
C1338
0.01
*1
A5V
A5V
4.9V
4.9V
TP-V1
5
CLP_HD
TP-H1
IC1310
VIDEO
4.9V
R1350 100
4.9V
5V
R1351
100
0V
4.7V
4.9V 5V
R1355
R1347
4.7k
R1348
4.7k
CTL_SW1
C1348
R1346
4.7k
R1349
4.5
4.9V
0.1
4.7V 0V
4.2V
4.9V
4.7k
MAIN PWB ASS'Y(3/4)
LCA90114-02C(FV-1004A)
IC1305
C1339
R1331
0.1
0.5V
1.7V
0.1V
R1352
4.7k
4.7k
SW1 SW2
SW_DET
0
6.8V
0V
R1329
5V
9V
2.2k
SDA1
SCL1
R1354
4.7k
R1330
4.7k
R1353
4.7k
R1356
R1359
C1349
4.7k
100k
3.5V
0.3V
4.8V
2.3V
6.5V 2V
C1341
1
0.3V
0.5V
IC1314
0.5V
4.8V
R1C07
I2C1
SDA1
SCL1
0.1
R1357
4.7k
4.7V
3.7V
4.9V
4.9V
R1358
100k
IC1311
4.7k R1332
4.7k R1333
4.7k
C1340 1
R1336
4.7V
47k
100
4.7V
R1337
100
R1338
4.7k
R1339
2.7k
*5
TP-V1
TP-H1
*5
C1370
0.1
R1C08
OPEN
4.9V
4.7V 0V
R1C09
O
0.1V
R1C10
O
R1C11
OPEN
2.1V
4.4V
STB5V
STB5V
R1360
100
4.9V
4.7V
4.7V
R1361
100
0V
3.9V
4.2V
4.9V
R1334
2.2k
IC1315
R1362
4.7k
VD
R1335
4.7k
SCL1
R1C12
TP-VI
5
TP-VI
*5
C1342 100
C1344
0.01
R1341 82k
R1343
R1342
4.7k
2.2k
C1345C1331
0.0068
0.0056
IC1316
C1372
0.1
4.9V
4.5V
0.3V
0.3V
C1343
270p
R1340
SDA1
IC1306
0V
2.9V
4.9V
82k
0.3V
R1399
2.6V
27k
2.1V
2.6V
C1369 1000p
Q1308
*7
TP-HI
C1347
4.9V
0V
4.6V
4.6V
4.4V
4.6V
0.1
*5
R1C17
47k
TP-HI
4.5
HD
HS_50
4.9V
C1371
R1C13
0.1
OPEN
2.6V 0V
0V
R1C15
0
R1C16
47k
4.7k
4.7k
100k
R1363
R1364
R1365
OPEN
VS_50
R1C14
0
SCL1
Q1312
R1C01
5.2V
10k
4.9V 4.9V
4.7V 4.7V
R1C05 R1C06
OPEN OPEN
R1C04
100
SCL1B
R1C02
10k
SDA1B
D5V
D5V
SDA1
5.2V
Q1313
R1C03 100
R1C18
OPEN
R1C19
OPEN
R1C20
I2C1B
R1345
4.7k
R1C21
Q1306 *1
R1344C1346 18k
0
4.6V
47K
DCD DSR TD_OUT RTS RD_IN CTS DTR RI REM_IN
IR_REM
PCMODE
D_DET
AUDIO
A5V_SW
A_MUTE
A_MUTE2
0V
DA LA CL SDA1 SCL1
0V
LED_1B
4.6V
AC_DET
HD
VD
HS_50
VS_50
IC1317
CN100J
SHEET 3,4
4.9V
0.2V
SHEET 4
SHEET 3
SHEET 4
R1C22
OPEN
C1373
0.1
R1C24
0
DIGITAL
PWB
(SHEET 11)
R1C23 OPEN
SHEET 3,4,6
AD_SEL DSUB LINE3
S_DET
LINE1 LINE2
3D_ON VIDEO_A YC_SEL
TERM_SW
14V_SW
SHEET 3
SHEET 4
SHEET 3
SHEET 4
No.YA064 No.YA064
2-13 2-14
Page 70
MAIN PWB CIRCUIT DIAGRAM (4/4) SHEET 6
SHEET 5
SHEET 3
SHEET 5
D5V
A5V
YC12V
EF1406
EF1407 C1401
L1404
VC12YC
VC12YC
IC1405
5.2V
C1414
R1D10
2.4V
VC2.5_1
VC2.5_2
5.2V
1K
C1415
0.1
C1416 100
C1417
0.1
VC2.5_1
R1495
VC2.5_2
C1474
1
0.1
MAIN PWB ASS'Y(4/4)
LCA90114-02C(FV-1004A)
C1476
0.01
L1403
C1402
0.1
47
VCVINYC
SHEET 3
YCVYIN
YCCIN
EF1405
EF1408
EF1409
4.7
C1408
C1478 47
IC1406
R1401
C1473 33
R1403
R1412
C1409
R1414
R1439 0
C1445
0.1
2.3V
1.2V
R1431
0
C1439
L1417
C1419
0.1
VC2.5_3
L1416
VC2.5_3
C1475
0.1
0.1
GND
C1446
0.1
R1459
R1474
R1475
100
R1458
100
0
VCYOUTYC
C1461
0.1
C1467
0.1
1.2V
1.3V
Q1411
*10
VCCOUTYC
Q1415
*10
VCYOUTYC
R1460
4.7K
1.8V
R1461
180
C1463
100p
VCCOUTYC
R1476
4.7K
R1477
120
6.9V
C1469 220p
C1462
R1462
L1411
C1468
OPEN
R1478
OPEN
L1412
R1466
1k
1k
68
11.2V
*1
1.2V
R1470
2.2k
6.8k C1465
33p
11.8V
R1467
1.4V
Q1413 *10
220
R1473
C1466
4.7
EF1404
68
YCYOUT
R1464
R1463
OPEN
100
R1465
Q1412
1.8V
R1468 R1469
15p
10k
C1464 120p
SHEET 3
C1472
4.7
C1470 220p
R1479
R1480
OPEN
R1488
R1487
100
1.5k
8.9V
7.7V
Q1418
*10
R1481
2.2k
R1482
2.7k
2.5V
Q1417 *10
1.9V
100
R1489
EF1403
68
YCCOUT
0
0V
R1440
4.3V
0
I2C1B
SHEET 5
EF1402 OPEN
L1402
SDA1B
SCL1B
L1413
2V
0V
R1446 10k
4.9V
4.9V
10k
R1447
3V
5.2V
OPEN
R1448
2.6V
R1449
10k
0V
2.3V
1.1V
C1451 OPEN
C1453 22p
33
C1454 56p
GND2
1.2V
R1455 OPEN
R1496 1k
2.3V
Q1410
0.6V
R1456 270
*1
C1455
0.01
C1450
0.1
GND2
C1456
0.1
R1457 470
L1410
C1457 560p
C1477
100/6.3
R1494 470
OPEN
C1458 OPEN
R1452
C1452 OPEN
L1414
IC1404
68
5.2V
5.2V
R1453
0
C1460
0.1
C1459
0.01
R1490 220
R1491 220
EF1401 OPEN
R1492 OPEN
R1493
L1401
0
C1418
R1430
4.7k
4.3V
C1436 47
6V0V0V
X1401
C1447 10p
Q1409 *1
C1437
0.1
2.4V
R1441
100
C1423 10
C1438
0.1
C1444
0.1
1.2V
1.1V
0.5V
0.9V
1V
2.3V
1.1V
330
C1448 10p
2-162-15
5.9V
R1408
R1409
68
1k
11.8V8.4V
5.9V
0
VCVINYC
R1411
0
R1410
1.5k
6.1V
Q1403
*10
5.5V
VCCINYC
VCCINYC
R1422 0
R1421
1.5k
Q1405 *1
6.6V
Q1406
5.9V
*10
R1420 1k
IC1101 83
1
IC1101 88
1.2
R1D01 OPEN
R1D02 OPEN
R1D03 OPEN
R1D04 OPEN
R1D05 OPEN
R1D06 OPEN
R1D07 OPEN
C1425
C1420
0.1
C1424
2.2
C1422 1000p
R1423 220
R1433
R1424 47k
0
C1426
0.1
R1D08 OPEN
3.1V
0V
0V 6V 6V 6V 6V 6V 6V 6V 6V
6V 6V 6V 6V 6V 6V 6V 6V 6V 6V 6V 6V 6V 6V 6V
R1425
4.8V
3.3V
Q1407 *1
R1426 220k1k2.2k
C1427
OPEN
GND
R1D09
0
C1421
0.1
4.9V
Q1408 *10
4.8V
0.3V
R1429 470
0.1V
R1428
R1427
470
VCAVDYC
R1432
0
VCAVDYC
C1435
OPEN
C1443
0.1
C1442
0.1
C1441
0.1
C1440
0.1
2.4V 0V
0V
0V1V0V
0V
2.3V
2.3V
1.1V
0.6V
0.9V
IC1403
C1449
0.1
0V0V0V0V0V
2.4V
0V
C1407
C1406
4.7
R1417 680
R1418 1k
R1407
0.1
11.8V
Q1402
*1
6.6V
1k
C1412
0.1
6.6V
R1419
C1413 120p
C1481
0.01
C1403
*1
R1405
180
180
C1404
220p
15p
R1406
680
L1405
C1405
120p
C1410 15p
L1406
C1411 220p
1.8V
5.2V
C1480 100
C1479
0.01
R1402
100
R1413
100
5.2V
11.8V
Q1401
8.4V
7.8V
R1404
3.3k
11.8V
Q1404 *1
7.8V
R1416
R1415
3.3k
R1D11 820
R1D12 820
R1D13 1k
12k
33k
12k
33k
No.YA064 No.YA064
Page 71
DIGITAL PWB CIRCUIT DIAGRAM (1/5) SHEET 7
MAIN PWB (SHEET 3)
SHEET 6,7
SHEET 9
SHEET 8
SHEET 9
SHEET 8
SHEET 11
CN200K
QGF0508C1-50W
D_CLK2
PR[B]
CHP303-3216T
TP-PR
PR[B]7
PR[B]6 PR[B]5 PR[B]4 PR[B]3 PR[B]2 PR[B]1 PR[B]0
CHP303-3216T
TP-PB
PB[G]7 PB[G]6 PB[G]5 PB[G]4 PB[G]3 PB[G]2 PB[G]1 PB[G]0
Y[R]7 Y[R]6 Y[R]5 Y[R]4 Y[R]3
Y[R]2 Y[R]1 Y[R]0
DIVOUT
D_CLK2 D_CLK1
D_HDREF
D_CLKINV D_HOLD
VS HS
V_CLK2 V_CLK1
CLK_OUT1
HDO
VDO
I2C1A
PROGRST
SD_A
R2A34 OPEN
OPEN
K2103 NQR0351-003X
C2151
47
/16
C2152
.1
PS
K4S161622D-TC80
IC2103
R2A31
R2A30
OPEN
OPEN
PS
C2153
R2A33
OPEN
R2A32
R2182R2181
R2A35
R2A36
OPEN
R2A46
OPEN
.1
PS
C2163
R2A49
C2164
R2183
OPEN OPEN
R2A50 R2A51
R2A52
OPEN
.1
.1
R2A37 OPEN
R2184
R2A47 OPEN
.1
R2A53
OPEN
OPEN
OPEN
PS
OPENOPEN
OPEN
ASDD0 ASDD1
ASDD2 ASDD3
ASDD4 ASDD5
ASDD6 ASDD7
C2154
SDWE SDCAS SDRAS
SDA11 SDA10 SDA00 SDA01 SDA02 SDA3
PS
.1
C2155
C2161 47
/16
C2162
.1
PS
IC2104
K4S161622D-TC80
BSDD0 BSDD1
BSDD2 BSDD3
BSDD4
BSDD5
BSDD6 BSDD7
PS OPENOPEN
SDWE SDCAS SDRAS
SDA11 SDA10 SDA00 SDA01
SDA02
SDA3
PS
C2165
.1
PB[G]/VC
ASDD15 ASDD14
ASDD13 ASDD12
ASDD11
R2A40
ASDD10
OPEN
ASDD9 ASDD8
SDCK
SDCKE
SDA9 SDA8 SDA7
SDA6 SDA5
SDA4
BSDD15
BSDD14
BSDD13 BSDD12
BSDD11
BSDD10
R2A56 R2A57R2A48
OPEN OPEN
BSDD9 BSDD8
SDCK SDCKE
R2A58 OPEN
SDA9 SDA8 SDA7 SDA6 SDA5 SDA4
Y[R]/VY
DIGITAL PWB ASS'Y(1/5)
LCA90115-02D(FV-2003A)
No.YA064 No.YA064
R2A38 R2A39
OPEN OPEN
C2157
.1
PS
PS
.1
C2156
OPEN
R2A42
R2A43
R2A45R2A44 OPENOPEN
R2A54 R2A55
OPEN OPEN
PS
C2167
.1
PS
.1
C2166
SDA1A
R2175
IPCB0
IPCB1
OPEN
IPCR3
GND1
GND1
K2102 NQR0351-003X
R2174
OPEN
IPCR7
IPCR6
IPCR5
IPCR4
PS
IPCR2
IPCR1
IPCR0
IPCB
IPCR
IPY
SHEET 8
C2141 47/16
D5V
IC2109
PQ1CY1032Z-W
C2190
C2191
47
/16
47
/16
D2101
R2A41 OPEN
OPEN
SD_A
SD_A
SDCK SDCKE SDA9 SDA8
R2A17 100 SARY
SDA7 SDA6 SDA5 SDA4
NRZ0040-101X
BSDD8 BSDD9 BSDD10 BSDD11
NRZ0040-101X
BSDD12 BSDD13 BSDD14 BSDD15
NRZ0040-101X
BSDD7
Y[R]7 Y[R]6 Y[R]5 Y[R]4 Y[R]3 Y[R]2 Y[R]1 Y[R]0
PB[G]7 PB[G]6 PB[G]5 PB[G]4 PB[G]3 PB[G]2 PB[G]1 PB[G]0
Q2102
OPEN
BSDD6 BSDD5 BSDD4
NRZ0040-101X
BSDD3 BSDD2 BSDD1 BSDD0
NRZ0040-101X
0
R2A23
NRZ0040-0R0X
R2A24
0 NRZ0040-0R0X
R2A25
0 NRZ0040-0R0X
R2A26
0 NRZ0040-0R0X
R2A27
0 NRZ0040-0R0X
R2A28
0
NRZ0040-0R0X
DGS
R2A59
OPEN
R2A61R2A60
OPENOPEN
Q2101
R2110 R2109 OPEN OPEN
OPEN
DGS
R2112 R2111
100 100
SCL1A
R2A18 100
R2A19 100
C2128 .1
PS R2A20 100
R2A21 100
C2129 .1
PS
R2A22 100
C2130 .1
PS
C2131 .1
PS
NRZ0040-0R0X
R2A01
0
NEH71CM-476X
R2A16 R2A15
100 100
NRZ0040-101X NRZ0040-101X
PS
PS
C2127
C2126
.1
.1
R2A02
0
NRZ0040-0R0X
000
R2103
R2102
R2101
OPEN
OPEN
R2106
R2107
R2108
OPEN
R2104
ASDD8
100
NEH71CM-476X
ASDD9
ASDD10
100
R2105
ASDD11
C2125
ASDD12
PS
.1
PS .1
C2101
R2131
ASDD13
DE5SC3ML-W
ASDD14
ASDD15
R2168
1k
100
100
R2113
R2114
R2115
1.8k
R2191
1.5k
MFR
NRVA63D-152X
R2193
R2192 NRVA63D-102X
MFR
L2101
39u
NQL63EM-390X
NEH70JM-107X
R2A14 100
SDA11
SDA10
SDA00
SDA01
SDA02
SDA3
NRZ0040-101X NRZ0040-101X NRZ0040-101X NRZ0040-101X
PS
C2124
R2167
.1
33
33
IC2101
MN82711
47
47
100
100
R2116
R2117
R2118
R2119
0
OPEN
OPEN 4747OPEN
OPEN
R2120
R2121
R2122
C2103
R2123 R2124
C2102 10P
CH
1501k
MFR
NRVA63D-151X
C2192
100
/10
C2122 10
/16
SDWE
SDCAS
SDRAS
100
R2A13
PS
R2125
.1
0
OPEN
R2127
R2126
R2128
0
R2129
C2121 .1
OPEN
R2130
C2193
100
/10
NEH70JM-107X
X2101
NAX0321-001X
PS
ASDD7
ASDD6
ASDD5
R2A12
100
OPEN
R2140
TP2101
R2141
C2104 10P
CH
ASDD4
C2123
OPEN
R2142
ASDD3
PS
.1
R2143
ASDD2
R2A11
R2144
ASDD1
100
TP2102
ASDD0
OPEN
R2145
C2120
R2146
OPEN
R2166
CH
0000000
R2147
R2165 47
0
C2119
PS
.1
C2105
R2163 C2118 OPEN OPEN
PS
.1
R2149
R2148
R2162
R2151R2150
000
C2117
OPEN
OPEN
0
TP2103
CH
OPEN
C2116
K2101
NQR0351-003X
R2164 OPEN
PS
C2115 10
R2152
0
R2160 OPEN
/16
C2114
.1 PS
C2113 .1
PS
C2112
.1 PS
C2111
.1 PS
R2157
0
R2153
OPEN
C2110 C2109
10 .1
R2159
1k
R2132
1.8k
R2158
100
VOUT32
EXTG7 EXTG6 EXTG5 EXTG4
EXTG3 EXTG2 EXTG1 EXTG0
IPCB7 IPCB6 IPCB5 IPCB4
IPCB3 IPCB2 IPCB1 IPCB0
IPCR7 IPCR6 IPCR5 IPCR4
IPCR3 IPCR2 IPCR1 IPCR0
IPY7 IPY6 IPY5 IPY4
IPY3 IPY2 IPY1 IPY0
C2132
C2108 OPEN
.1
CH
PS
C2106 OPEN
R2155
OPEN
NQR0351-003X
X2102
NAX0590-001X
PS
/16
.1
0
R2161
R2A10 100 NRZ0040-101X
R2A09 100 NRZ0040-101X
R2A08 100
NRZ0040-101X
R2A07 100
NRZ0040-101X
R2A06 100
NRZ0040-101X
R2A05 100
NRZ0040-101X
R2A04 100
NRZ0040-101X
R2A03 100
NRZ0040-101X
R2154 OPEN
CH
C2107 OPEN
K2104
EXTG0
R2156
VOUT32 EXTG7 EXTG6 EXTG5 EXTG4 EXTG3 EXTG2 EXTG1
R2171
R2176
R2172
1k
OPEN
R2133
1.8k R2173
OPEN
IPCB7 IPCB6 IPCB5 IPCB4 IPCB3 IPCB2
IPCB
47
IC2102
MBV200TC90PFN03
0
C2142 .1
IPCB
IPCR
NOTE
*1
2SC2412K/QR/-X
:
:
*2
2SA1022/BC/-X
:
*3
MA3056/M/-X
:
*4
NQR0321-001X
:
*5
CHP303-3216T
:
*6
MA111-X
:
*7
DTC124EKA-X
:
*8
DTA144TKA-X
:
*9
MA3120WA-X
:
*10
2SA1037AK/QR/-X
:
0
NRSA63J-0R0X
:
OPEN
NON MOUNT
:
2-17 2-18
Page 72
DIGITAL PWB CIRCUIT DIAGRAM (2/5) SHEET 8
CN20C7
QGG2512M1-10
FPGA
Write
SHEET 7
CTL1
CTL2
SIG_SEL
SHEET 11
VD_50
RGB
CN20C4
D_FIELD
D_CLK2
TP-HDO
MODE_SEL
VDO
*5
HDO
SUBCLK
1080_SW
TP-S2
TP-S1 *5
*5
R2230
0
R2232
0
R2233
0
R2234
100
R2236
0
SHEET 9
SHEET 7
SHEET 11
SHEET 7
QGG2512M1-10
FPGA
Write
SHEET 10
SHEET 11
3AD_SYNC
D_HS_SYN
D_CLKINV
D_HOLD
OPLL_CLK PPLL_CLK MPLL_CLK
C2211
R2257
0
NRZ0040-0R0X
R2256
0
IPCR5
C7
C2257
IPCR4
NRZ0040-0R0X
Y0C3Y1Y2Y3Y4Y5Y6Y7
0.1
PS
PS
0.1
C2251
IPCR3
IPCR2
IPCR1
IPCR0
R2252
0
NRZ0040-0R0X
R2255
0
NRZ0040-0R0X
OPEN
TP2270
OPEN
OPEN
TP2255
TP2256
R2253 R2254
00
NRZ0040-0R0X NRZ0040-0R0X
IPY7
IPY6
IPY5
IPY4
C2256
0.1 PS
IPY3
TP2269 TP2268 TP2267 TP2266
TP2265
TP2264 TP2263 TP2262
C2254
0.1 PS
TP2261
C2253
0.1 PS
TP2260 TP2259
TP2258 TP2257
PS
C2252
0.1 GND1
IPY2
IPY1
IPY0
R2258
0
C1C2C4C5C6
C0
OPEN
OPEN
OPEN
TP2251
TP2252
R2251
NRZ0040-0R0X
OPEN
TP2271
TP2272
IC2251
EPM3064ATC100-7
TP2254
OPEN
OPEN
TP2253
0
IPCR7
IPCR6
D3.3V
K2201
NQR0351-003X
R2229
0
DPLL_COA
TP2213
TP2214
OPEN
OPEN
ADC_SYNC
TP2215
C2210
0.1 OPEN
PS
OPEN
R2231
TP2219
10
TP2216 OPEN
0.1
PS
R2235
10
R2237
10
R2238
10
R2239
10
DIVOUT
IC2201
EP3064T-GMV42E
R2228
0
OPEN
TP2220
OPEN
TP2211
PS
D_HDREF
C2208
0.1
TP2210
TP2209
V_CLK1
OPEN OPEN
R2223
0
V_CLK2
VS HS
TP2208 OPEN TP2207 OPEN
0
R2225
R2220
0
R2227
PSPS
0
PS
0.1 C2209
D_CLK1
D_VSYNC
TP2212
OPEN
D_HSYNC
R2226 OPEN
R2224 OPEN R2222 OPEN
C2206
0.1
R2221 OPEN
C2205
0.1
22
C2207
/6.3
TP-V4
3.4
K2251 NQR0351-003X
TP2273
TP2274 TP2275
TP2276 TP2277
TP2278
IPCB
R2259
10
R2260
10
IPCB7 IPCB6 IPCB5 IPCB4
NRZ0040-0R0X
IPCB3 IPCB2 IPCB1 IPCB0
IPCR
OPEN
OPEN OPEN
OPEN OPEN
OPEN
NRZ0040-0R0X
C2258
C2259
R2261
IPY
0.1
0.1
R2262
NRZ0040-0R0X
PS
PS
0
0
DIGITAL PWB ASS'Y(2/5)
LCA90115-02D(FV-2003A)
OPEN OPEN OPEN OPEN
OPEN
OPEN OPEN OPEN
OPEN
OPEN
OPEN
OPEN OPEN
C
Y
C2255
/6.3
22
VDO
SHEET 9
SHEET 7
SHEET 11
CLK_OUT1
HD1
VD1
HD_50
10
10
0100
0
TP2201
TP2202
OPEN
OPEN
OPEN
OPEN
R2208
R2206
R2204
R2203
TP2204
R2215
R2213
OPEN
OPEN
330
OPEN
R2210
OPEN
R2214
V_VALID
V_ACTIVE
V_FIELD
PS
0
150
OPEN
0.1 R2201
R2202
R2212
10
R2211
C2204
0.1
TP2203
000
R2205
R2207
R2209
C2203
/6.3
100
PS
C2201
X2201
NAX0203-001X
No.YA064 No.YA064
R2216
V_HSYNC
TP-ACT
*5
OPEN
TP2205
0.1
PS
R2217
C2202
V_VSYNC
OPEN
R2218
TP2206
0
R2219
CLK_OUT3
TPACT
4.2
TP-V4
*5
TP-H4 *5
RM_SYNC
TP-H4
3.4
2-202-19
NOTE
OPEN
RM_SYNC
*5
CHP303-3216T
:
NON MOUNT
:
SHEET 9
Page 73
DIGITAL PWB CIRCUIT DIAGRAM (3/5) SHEET 9
D5V
SHEET 11
NRZ0040-0R0X
NRSA63J-102X
TP2301 OPEN TP2302 OPEN TP2303 OPEN TP2304 OPEN TP2305 OPEN TP2306 OPEN
NRSA63J-101X
NRSA63J-0R0X
SHEET 11
SHEET 8
SHEET 7
SHEET 10
SHEET 11
SHEET 8
OPLL_CLK
PPLL_CLK
SC_RST
R2H21 R2H22 R2H23 R2H24
RM_SYNC
SCALER
Y
C
MPLL_CLK
DPLL_COA D_HS_SYN
D_FIELD D_HSYNC
D_VSYNC ADC_SYNC
RB[G]/VC
PR[B]0 PR[B]1 PR[B]2 PR[B]3
PR[B]
D_CLK2
D3.3V
R2H12 100
NRSA63J-101X
Y[R]0 Y[R]1 Y[R]2 Y[R]3
Y[R]/VY
PB[G]0 PB[G]1 PB[G]2 PB[G]3
R2H20
100 100 100
R2C92
R2C94
DB0 DB1 DB2 DB3
DB4 DB5 DB6 DB7
NRZ0040-0R0X
R2324
R2305
NRZ0040-0R0X
R2301
R2303
NRZ0040-0R0X
R2H19
1k 100
100
0
R2C93
IRQ
0
R2C89
NRZ0040-101X
RIN6 RIN3
RIN0
R2C91 NRZ0040-101X
NRZ0040-0R0X
V_HSYNC V_FIELD V_ACTIVE V_VSYNC
NRZ0040-0R0X Y0
Y1 Y2 Y3
C0 C1 C2 C3
NRZ0040-0R0X
NRSA63J-100X
R2C88
10
R2C98
10
NRSA63J-100X
NRSA63J-0R0X
100 RIN5
RIN2 GIN6 GIN2 BIN6 BIN4 BIN1
GIN5 GIN1 BIN5 BIN2
PS NCF31CZ-104X
RIN7 RIN4 RIN1 GIN7 GIN3 BIN7 BIN3 BIN0
MEM_A0 MEM_A1 MEM_A2
MEM_A3
NRZ0040-100X
Y[R]4
R2379R2364
Y[R]5 Y[R]6 Y[R]7
NRZ0040-0R0XNRZ0040-0R0X
PB[G]4 PB[G]5 PB[G]6
PB[G]7
PR[B]4 PR[B]5 PR[B]6
PR[B]7
R2C58
NRZ0040-0R0X
Y4 Y5 Y6 Y7
C4 C5 C6 C7
NRZ0040-0R0X
C2328
0.1 PS NCF31CZ-104X
C2329
0.1 PS NCF31CZ-104X
PS
TPCLKA
CHP303-3216T
NRZ0040-100X
R2320
NRZ0040-0R0X
R2302 NRZ0040-0R0X
R2C42R2C29
R2C26R2C11
C2327
0.1
NCF31CZ-104X
R2309R2308
PS
C2332 NCF31CZ-104X
C2333
MEM_A4 MEM_A5 MEM_A6 MEM_A7
1/4W
R2H47
150
NRS144J-151X
1/4W
R2H48
150
NRS144J-151X
C2345
0.1 PS
MEM_A6
MEM_A1
MEM_A5
MEM_A1
1/8WNRS181J-151X 1/8WNRS181J-151X 1/8WNRS181J-151X 1/8WNRS181J-151X 1/8WNRS181J-151X 1/8WNRS181J-151X
MEM_A5
MEM_A4
NCF31CZ-104X
MEM_A3
MEM_A2
NEH70JM-107X
MEM_A4
NCF31CZ-104X
MEM_A3CSMEM_A2
NEH70JM-107X
R2H51 R2H52 R2H53 R2H54 R2H55 R2H56 R2H62
IC2306 K4S161622D-TC80
1/8WNRS181J-151X 1/8W NRS181J-151X 1/8WNRS181J-151X 1/8WNRS181J-151X 1/8WNRS181J-151X 1/8WNRS181J-151X
R2H80
150
R2H81
150
R2H82
150
R2H83
150
R2H84
150
R2H85
150
C2358
100/6.3
C2357
PS
0.1
C2374
100/6.3
C2373
PS
0.1
GIN0
GIN4
NRSA63J-101X NRSA63J-101X
NRSA63J-101X NRSA63J-101X NRSA63J-101X
0.1
0.1
R2C84 10
NRSA63J-100X
NRZ0040-101X NRZ0040-101X
AD0
R2C71 R2C77
AD1 AD2 AD3
C2324 C2323
0.1 0.1 PS
M_DQ48
M_DQ53
M_DQ50
M_DQ52
M_DQ49
NCF31CZ-104XPSNCF31CZ-104X
M_DQ46
M_DQ43
M_DQ40
M_DQ38
M_DQ34
M_DQ29
M_DQ27
M_DQ25
R2H13
10
NRSA63J-100X
R2311
NRZ0040-100X
AD4 AD5 AD6 AD7
M_DQ55
MEM_A8 MEM_A9 MEM_A10
M_DQ51
M_DQ56
M_DQ54
CLK_OUT3
M_DQ59
M_DQ57
M_DQ58
IC2303
REMBRANDT-1A
M_DQ47
M_DQ45
M_DQ42
RD_N
CS_N
WR_N
R2C56
0
NRSA63J-0R0X
M_DQ61
M_DQ60
M_DQ39
M_DQ26
M_DQ28
M_DQ31
M_DQ35
NRZ0040-101X
R2C64
M_DQ63
V_VALID
PS
M_DQ64
M_DQ62
M_DQ66
C2319
0.1 NCF31CZ-104X
R2C48 NRSA63J-0R0X
M_DQ67
M_DQ65
M_DQ70
NRZ0040-100X
M_DQ69
M_DQ44
M_DQ41
M_DQ37
M_DQ72
M_DQ74
M_DQ68
NCF31CZ-104X NCF31CZ-104X
NCF31CZ-104X
NCF31CZ-104X
C2307
0.1
NCF31CZ-104X
C2306
0.1
NCF31CZ-104X
M_DQ30
M_DQ22
M_DQ24
M_DQ33
M_DQ78
M_DQ71
M_DQ73
RAS WE UDQM
R2325
M_DQ77 M_DQ75 M_DQ0 M_DQ76
M_DQ1 M_DQ79 M_DQ3 M_DQ5
M_DQ4 M_DQ2 M_DQ7
M_DQ8 M_DQ6 M_DQ11 M_DQ9
M_DQ12 M_DQ10 M_DQ15
M_DQ14 M_DQ13 M_DQ18
M_DQ17 M_DQ16
M_DQ19
M_DQ21
M_DQ20 M_DQ23 M_DQ32 M_DQ36
PS
C2318
0.1 NCF31CZ-104X
NCF31CZ-104X
NCF31CZ-104X
NCF31CZ-104X
C2301 C2302
0.1 0.1 PS PS
NRSA63J-100X CLK
C2317
0.1
NCF31CZ-104X
NCF31CZ-104X
C2344
0.1 PS
PQ1CY1032Z-W
IC2301
R2H32
MFR
100 NRVA63D-101X
R2H31
1k
M_DQ24 M_DQ25 M_DQ26 M_DQ27 M_DQ28 M_DQ29 M_DQ30 M_DQ31 M_DQ16 M_DQ17 M_DQ18 M_DQ19 M_DQ20 M_DQ21 M_DQ22 M_DQ23
NRZ0040-0R0X NRZ0040-0R0X NRZ0040-0R0X NRZ0040-0R0X
M_DQ48 M_DQ49 M_DQ50 M_DQ51 M_DQ52 M_DQ53 M_DQ54 M_DQ55
NRZ0040-0R0X NRZ0040-0R0X NRZ0040-0R0X NRZ0040-0R0X
R2318
R2317
R2385
R2362
R2C59
R2C44
R2C65
R2C67
MFR
NRVA63D-102X
L2303
39u
NQL63EM-390X
R2H33 330 MFR
C2339 100/6.3
NEH70JM-107X
NRVA63D-331X
GND1
C2352
0.1 PS
NCF31CZ-104X
PS
C2356
0.1 NCF31CZ-104X
C2368 NCF31CZ-104X
PS
PS
C2372
0.1
NCF31CZ-104X
NEH70JM-107X
0.1
C2338
C2337 100/6.3
NEH70JM-107X
PS
C2314
PS
0.1 C2313
PS
0.1
PS
C2312
0.1
C2308
PS
0.1
PS
PS
NRZ0040-100X
CS
R2351R2306
LDQM CAS BS
100/6.3
NEH70JM-107X
D2303 DE5SC3ML-W
M_DQ56 M_DQ57 M_DQ58 M_DQ59 M_DQ60 M_DQ61 M_DQ62 M_DQ63
C2340 100/6.3
GND1
C2353
0.1 PS
NCF31CZ-104X
C2369
0.1 NCF31CZ-104X
PS
M_DQ8
R2397
M_DQ9 M_DQ10 M_DQ11 M_DQ12
R2390
M_DQ13 M_DQ14 M_DQ15 M_DQ0
R2C05
M_DQ1 M_DQ2 M_DQ3 M_DQ4
R2C02
M_DQ5 M_DQ6 M_DQ7
NRZ0040-0R0X NRZ0040-0R0X NRZ0040-0R0X NRZ0040-0R0X
IC2307 K4S161622D-TC80
IC2309 K4S161622D-TC80
UDQM
LDQM
WE
UDQM
LDQMWECAS
C2348
NCF31CZ-104X
0.1 PS
R2H68 R2H73 R2H69 R2H70 R2H71 R2H72
CLK
MEM_A7
MEM_A8
MEM_A9
BS
RAS
CAS
MEM_A0
MEM_A10
CLK
MEM_A9
MEM_A8
MEM_A7
MEM_A6
BS
MEM_A0
MEM_A10
RAS
CS
DIGITAL PWB ASS'Y(3/5)
LCA90115-02D(FV-2003A)
No.YA064 No.YA064
2-21 2-22
R2H49
1/4W NRS144J-151X
150
NRS144J-151X
R2H50
150 1/4W
CLK
UDQM
MEM_A7
MEM_A4
MEM_A5
MEM_A6
MEM_A9
MEM_A8
1/8W NRS181J-151X
150
1/8W NRS181J-151X
150
1/8W NRS181J-151X
150
1/8W NRS181J-151X
150
1/8W NRS181J-151X
150
1/8W NRS181J-151X 1/8W NRS181J-151X
150 150
MEM_A0
MEM_A10
150 150 150 150 150 150
R2H86 R2H87 R2H88 R2H89 R2H90 R2H91
BS
CS
WE
CAS
RAS
LDQM
NRZ0040-0R0X NRZ0040-0R0X NRZ0040-0R0X NRZ0040-0R0X
M_DQ40
R2313
M_DQ41 M_DQ42 M_DQ43 M_DQ44
R2312
M_DQ45 M_DQ46 M_DQ47 M_DQ32
R2316
M_DQ33 M_DQ34 M_DQ35 M_DQ36
R2315
M_DQ37 M_DQ38 M_DQ39
NRZ0040-0R0X NRZ0040-0R0X NRZ0040-0R0X NRZ0040-0R0X
M_DQ72
R2C14
M_DQ73 M_DQ74 M_DQ75 M_DQ76
R2C09
M_DQ77 M_DQ78 M_DQ79 M_DQ64
R2C38
M_DQ65 M_DQ66 M_DQ67 M_DQ68
R2C24
M_DQ69 M_DQ70 M_DQ71
C2380 NCF31CZ-104X
R2H57 R2H58 R2H59 R2H60 R2H61
C2349
PS
0.1 NCF31CZ-104X
MEM_A1
MEM_A2
MEM_A3
R2H74 R2H75 R2H76 R2H77
1/8W NRS181J-151X
150
1/8W NRS181J-151X
150
1/8W NRS181J-151X
150
1/8W NRS181J-151X
150
1/8W NRS181J-151X
150
1/8W NRS181J-151X
150
C2360
PS
0.1
NCF31CZ-104X
PS
C2364
0.1 NCF31CZ-104X
C2376
0.1
NCF31CZ-104X
PS
PS
0.1
1/8W NRS181J-151X
150
1/8W NRS181J-151X
150
1/8W NRS181J-151X
150
1/8W NRS181J-151X
150
1/8W NRS181J-151X
150
C2350
100/6.3
NEH70JM-107X
1/8W NRS181J-151X
150
1/8W NRS181J-151X
150
1/8W NRS181J-151X
150
1/8W NRS181J-151X
150
C2361
0.1
NCF31CZ-104X
C2377
PS
0.1 NCF31CZ-104X
PS
IC2308 K4S161622D-TC80
IC2310
K4S161622D-TC80
UDQMBSCLK
UDQM
CASWELDQM
CLK
CASWELDQM
MEM_A9
CS
RAS
MEM_A9
BS
CS
RAS
RIN GIN
SHEET 10
BIN
RM_CLK
TPCLKBTP-H5 TP-V5
RM_CLK
RM_HSYNC
RM_VSYNC
TPCLBK
4
TP-H5
3.2
TP-V5
MEM_A4
MEM_A5
MEM_A6
MEM_A7
MEM_A8
NCF31CZ-104X
MEM_A3
MEM_A2
MEM_A1
MEM_A10
MEM_A0
NEH70JM-107X
MEM_A7
MEM_A8
MEM_A6
MEM_A5
MEM_A4
NCF31CZ-104X
MEM_A0
MEM_A1
MEM_A10
MEM_A2
MEM_A3
NEH70JM-107X
CHP303-3216T CHP303-3216T CHP303-3216T
C2366
100/6.3
C2365
0.1
C2382
100/6.3
C2381
PS
0.1
SHEET 10
PS
Page 74
DIGITAL PWB CIRCUIT DIAGRAM (4/5) SHEET 10
SHEET 11
SHEET 8
SHEET 9
SHEET 8,9
SHEET 11
SHEET 9
SHEET 11
SUBCLK
RIN
GIN
BIN
D5V
33_SW
OVSYNC
D3.3V
VD1 VS_SEL RM_HSYNC RM_CLK RM_VSYNC VS_MUTE V_MUTE
RIN0 RIN1 RIN2
RIN3 RIN4 RIN5 RIN6 RIN7
GIN0 GIN1
GIN2 GIN3 GIN4 GIN5 GIN6 GIN7
BIN0 BIN1 BIN2 BIN3 BIN4 BIN5
BIN6 BIN7
R2438 R2439 R2440
R2441 R2442 R2443 R2444 R2445
R2454 R2455
R2456 R2457 R2458 R2459 R2460 R2461
R2446 R2447 R2448 R2449 R2450 R2451
R2452 R2453
IC2406
I2C1A
VPPS N.C. N.C. N.C. VPP
GND
R2411 1k
TDI
nCASC
nINIT_CONF
TDO
TMS
VCC
K2401 CE42681-001Y
GND
DATA
nCS
TCK
R2417
1k
R2412
N.C.
N.C. VCCS DCLK
1k
OE
R2416
R2414 1k
R2413 1k
CN20C6
X
R2415
1k
1k
TPDGND
*5
R2466
10K
Q2401 2SK1374-X
R2465
TXCLK BLKH
GND1
C2437
0.1 PS
C2438
0.1 PS
10K
R2467
OPEN
R2463
SDA2A
R4 R3 R2
R1 R0 R6
DGS
100
SDA2
SCL2A
R2468 OPEN
Q2402 2SK1374-X
DGS
R2464
SCL2
TP2492 OPEN TP2491 OPEN TP2490 OPEN
SHEET 11
100
CN2201 QGA1211C2-31X
SMPS
PWB
TO PDP UNIT
I2C_RDY
SHEET 11
IC2402 IC2401 PQ1CY1032Z-W
R2402
1.5k
MFR
R2401 1k
C2401
C2442
100
100
/6.3
/6.3
D2401
DE5SC3ML-W
R2418
1k
R2419
5.6K 0.1
TP2481
TP2482
TP2483
TP2484
TP2479
TP2480
OPEN
OPEN
OPEN
OPEN
OPEN
TP2401
OPEN
TP2402
OPEN
TP2403
OPEN
C2407
C2408
0.1 PS
C2409
TP2406
OPEN
TP2407
OPEN C2410
0.1 PS
C2411
0.1
C2412
0.1
TP2408
OPEN
TP2409
OPEN C2413
0.1
TP2410
OPEN
0.1 PS
TP2404
OPEN
TP2405
OPEN
0.1 PS
PS
PS
PS
0 0 0
0 0 0 0 0
0 0
0 0 0 0 0 0
0 0 0 0 0 0
0 0
L2401
MFR
39u 150
NQL63EM-390X
C2449
G7G6G5G4G3
TP2478
OPEN
OPEN
R2403
MFR
C2443
C2402
100
100
/6.3
/6.3
SCL1A
SDA1A
R2406
PS
G2
G1
G0
B7B6B5B4B3
100
R2404 R2405
100 100
IC2403
EP1K100QC2083
TP2477
OPEN
C2403
100
B2B1B0
R7R6R5R4R3R2R1
/6.3
C2404
0.01
C2446C2447C2448
0.10.10.1 PSPSPS
TA48M025F-X
IC2405
C2452
OPEN
BLKH LV_HSYNC
LV_VSYNC
RV
TXCLK
PQ3TZ53U
C2430 100
/6.3
TP-H6
*5
TP-V6
C2431
0.01
*5
100
R7 R5
LVDSSYNC
C2451
/6.3
C2450
C2406
0.01
C2405
100
100
/6.3
/6.3
R2471
10k
Q2403
OPEN
C2445
C2444
0.1 PS
0.1 PS
TP2457 OPEN
TP2451 OPEN
R2470
OPEN
C2428 C2429
100
/6.3
R2469
0
0.01
G
B R
I2C1A
R0
TP2469
TP2470
TP2471
TP2472
TP2473
TP2474
TP2476
TP2475
OPEN
OPEN
OPEN
OPEN
OPEN
OPEN
OPEN
OPEN
TP2468 OPEN
TP2467 OPEN TP2466 OPEN TP2465 OPEN TP2464 OPEN
C2421
C2420
TP2463 OPEN TP2462 OPEN TP2461 OPEN TP2460 OPEN TP2459 OPEN TP2458 OPEN
C2423
0.1 PS
TP2456 OPEN TP2455 OPEN TP2454 OPEN TP2453 OPEN TP2452 OPEN
C2422
0.1 PS
TP2450 OPEN TP2449 OPEN
0.1 PS
TP2448 OPEN TP2447 OPEN TP2446 OPEN TP2445 OPEN
0.1 PS
TP2444 OPEN TP2443 OPEN
C2419
0.1 PS
G0
G1 G2 G6
G7 G3 G4
G5
C2435
0.1 PS
LV_HSYNC LV_VSYNC
LVDSSYNC
C2433
C2434
B0 B6
B7 B1 B2
B3 B4 B5 RV
C2432
0.1
PS
EPC2LC20-07-W
IC2407 THCLVDM83R-W
0.1 PS
0.1 PS
C2436
0.1 PS
NOTE
:
*1
SCL1A SDA1A
R2408 R2409
OPEN
TP2411
100 100
OPEN
TP2412
OPEN
TP2413
OPEN
TP2414
R2410
1k
C2424
0.01
C2414
OPEN
TP2415
OPEN
TP2416
0.1 PS
OPEN
TP2417
TP2418
C2425
47p CH
OPEN
OPEN
TP2419
OPEN
TP2420
OPEN
TP2421
C2441 1000p
OPEN
TP2422
C2426 1
/50
OPEN
TP2423
OPEN
TP2424
OPEN
TP2425
TP2426
M35047-069FP-X
OPEN
IC2404
OPEN
TP2427
C2415
0.1 PS PS
OPEN
TP2428
C2416
0.1
C2418
C2427
TP2429
0.1 PS
OPEN
0.1 PS
OPEN
TP2430
OPEN
TP2431
OPEN
TP2432
OPEN
TP2433
OPEN
TP2434
OSDR
OSDB
OSDG
OSDEN
OPEN
TP2435
OPEN
TP2436
OPEN
TP2437
OPEN
TP2438
OPEN
TP2439
OPEN
TP2440
OPEN
TP2441
OPEN
TP2442
OPEN
*2
*3
*4
*5
*6
*7
*8
*9
*10
0
2SC2412K/QR/-X
:
2SA1022/BC/-X
:
MA3056/M/-X
:
NQR0321-001X
:
CHP303-3216T
:
MA111-X
DTC124EKA-X
:
:
DTA144TKA-X
MA3120WA-XCH
:
2SA1037AK/QR/-X
:
NRSA63J-0R0X
:
NON MOUNT
:
DIGITAL PWB ASS'Y(4/5)
I2C1A
LCA90115-02D(FV-2003A)
No.YA064 No.YA064
2-242-23
Page 75
DIGITAL PWB CIRCUIT DIAGRAM (5/5) SHEET 11
IC2503
SHEET 7,9,10
VIDEO SMPS
PWB
TO
PDP
UNIT
SHEET 10
QGA2501F1-12
MAIN PWB
(SHEET 5)
CN200Q
QGA2501F1-08
CN20C3
CN200J
QGF0508C1-50W
D5V
R2573
R2574 R2575 R2576
R2673
3.9k
OVSYNC
33_SW
V_MUTE
K2501
R2595 R2596 R2597 R2598 R2599 R2600 R2601 R2602
R2610 R2609 R2608 R2607 R2606 R2605 R2604
R2603
L2501
QQL26AK-220Z
NQR0351-003X
100 100 100 100
I2C_RDY
R2648
R2654
100 100 100 100 100 100 100 100
SCL1 SDA1
CL LA DA
C2502
100/10
GND
10
1/8W
10
1/8W
100 100 100 100 100 100 100 100
RI DTR CTS
RTS
DSR DCD
BA05FP-X
C2532C2529
100/10
R2506 10k
CH C2507 270p
R2594
4.7k
TCK
I2C1
PS
C2531
100/6.3
IC2504 S-80828CLNB-W
X
C2520
0.1
AUDIO
232C
*6
D2518
C2519
IC2506
TC4053BF/N/-XE
Q2514
DTC124EKA-X
R2672
IC2505
TC7W04F-X
0.1 PS
TXD
OPEN
STB5V
RXD
D2516
*6
AC_DET
TEMP_ALM
R2627 R2625 R2628
LA
STB5V
10K
R2649
C2511
100/6.3
R2530
R2531
10k
10k
10k
R2621
10k
R2622
NRZ0040-103X NRZ0040-103X
R2620
R2619
CS_N WR_N RD_N
10k
Q2503
DGS
SCL1
C2517
*8 Q2507
SDA1A
0.1 PS
Q2505
*8 Q2506
KEY_SCAN
R2630
10K
R2568
R2557 R2558 R2559 R2560
*8
*8
R2570
10k
Q2510 2SK1374-X
DGS
R2539
100
SDA1
Q2504 *8
TP-32K
*5
R2540 10k
SCL1
TP-SDATP-SCL
*5*5
SDA1
R2565 R2566
R2613
100
R2571
100
R2572
100
R2563 R2564
R2577
R2578
R2579
R2580
R2581
100
100
330
1/8W
330 0
1/8W
330
1/8W
330
1/8W
330
1/8W
D2502
MA788-X
SW_IN0
SW_IN1
SW_IN2
SW_IN3
SCAN0
SCAN1
IC2507
RV5C386A-X
SCL1
SDA1
R2561 R2562
4.7k
4.7k
4.7k
4.7k
GND
D2504
R2569 10k
SCL1 SDA1
D2505
*3
SCL1 SDA1
I2C1
C2534
0.1 PS
R2588
EF2506
R2589
EF2507
R2590
EF2508
R2591
EF2509
R2592
EF2510
R2593
EF2511
*6
X2502 NAX0564-001X
D2506
SCALER
0
0
0
0
I2C1A
R2582
X
EF2501 R2583
X
EF2502 R2584
X
EF2503 R2585
EF2504
X
R2586
X
EF2505
R2587
100
D2503 *3
0
X
0
X
0
X
0
X
0
X
0
X
D2517
MA700A-T2
R2614
R2541 R2542
*3
R2543
*3
D2507
R2544 R2545
VS_MUTE
PROGRST
100
SC_RST
100 100 100
100 100
CN200X QGA2501F1-08
CN200T QGA2501F1-06
SHEET 10
SHEET 7
SHEET 9
CN200D QGA2501F1-03
CN20C1
QGA2501F1-04
CN200V
QGA2501F1-04
(SHEET 14)
LED PWB
(SHEET 13)
CONTROL
PWB
(SHEET 14)
TEMP.
SENSOR
PWB
BATTERY
PWB
(SHEET 14)
SHEET 7,10
I2C2
SHEET 10
SHEET 9
SIG_SEL
RGB
SHEET 8
CTL2
MODE_SEL
VS_SEL
SHEET 10
CTL1
SHEET 8
1080_SW
Q2508
*8
R2662
100
R2664
4.7k
Q2511
0
0
100
NRZ0040-102X
R2634
1k
DTC124EKA-X
OPEN
OPEN
TP2508
TP2509
AD0
AD1
AD2
IC2501
AD3
AD4
AD5
AD6
R2635
NRZ0040-102X
LED
LED_A
LED_B
LED_C
100
R2527
R2661
R2526
R2631
R2660
TP2512
100
100
100
100
100
OPEN
MB90F584-GMV42E
CTS
DSR
RTS
1k
AD7
CL
DA
OPEN
TP2504
DCD
OPEN
TP2503
DTRRITXD
R2656
RXD
100
R2521
TCK
R2517 R2516
100
R2658
TP2501
R2653
OPEN
10k
100
R2520
LED_1B
100
R2519
OPEN
TP2502
LED_1A
100
100
R2659
R2518
SDA1
10k
10k
100
R2657
PS
SCL1
C2508
3.3k
R2615
SDA0
0.1
R2514
SDA1 SCL1
SCL0
R2636
6.8k
4.7k
R2513
4.7k
R2512
4.7k
R2511
4.7k
TP2505
OPEN
R2509 100
100
R2510
TP2507
OPEN
SCAN1
R2525
SCAN0
R2522
R2546
R2547
100 100
R2524
SW_IN3 SW_IN2 SW_IN1 SW_IN0
R2523
NRZ0040-101X
R2671
100
C2509
4.7K
100/6.3
R2670
4.7K
R2611
100
SCL2
SDA2
100
R2612
10k
100
100
IC2510
TCN75-5.0MOA-X
POWER
C2515
0.1 PS
SW_IN3 SW_IN2 SW_IN1 SW_IN0
C2510
0.1
PS
1.5k
4.7k
4.7k
4.7k
10k
R2528
NRZ0040-103X
IC2502
C2516
0.1 PS
R2515 R2548 R2549 R2550
AT24C64-GMV42
I2C0
AC_DET
TEMP_ALM
R2663
0
10k
10k
X2501
CST4.00MGW
0.1
C2512
PS
R2529
10k
10k
10k
CS_N
R2624
WR_N RD_N
R2623
IRQ
R2626 DB0 DB1 DB2
1k
DB3 DB4 DB5 DB6
1k
DB7
DB0
DB1 DB2 DB3
R2632
NRZ0040-102X
DB4
R2633
NRZ0040-102X DB5 DB6 DB7
LED_1B
LED
C2513
0.1 PS
R2617
4.7k
R2534
100
R2535 100
IC2512 IC2513
JLC1562BF-X J LC1562BF-X
SDA0
R2553 R2554 R2555 R2556
SCL0
R2551
R2618
4.7k
100
R2629
100
R2552
10K
SDA1
LED_1B
LED_1A
LED_A
LED_B
LED_C
Q2509 2SK1374-X
R2567
OPEN OPEN
R2538
SCL1A
SCL1
R2536
4.7k
4.7k
4.7k
4.7k
4.7k
4.7k
4.7k
4.7k
4.7k
R2537
4.7k
100
SHEET 8
SHEET 8,10
SHEET 8
HD1
VD1
HD_50
VD_50
NOTE
:
*1
OPEN
*2
*3
*4
*5
*6
*7
*8
*9
*10
0
2SC2412K/QR/-X
:
2SA1022/BC/-X
:
MA3056/M/-X
:
NQR0321-001X
:
CHP303-3216T
:
MA111-X
:
DTC124EKA-X
:
DTA144TKA-X
MA3120WA-X
:
2SA1037AK/QR/-X
:
NRSA63J-0R0X
:
NON MOUNT
:
DIGITAL PWB ASS'Y(5/5)
LCA90115-02D(FV-2003A)
R2665
3.3k 1/8W
Q2512
R2666
3.3k 1/8W
R2668
10k
No.YA064 No.YA064
*1
R2667
10k
Q2513
*1
2-25 2-26
Page 76
A
UDIO PWB CIRCUIT DIAGRAM SHEET 12
VIDEO SMPS PWB (TO PDP UNIT)
SP TERMINAL PWB (SHEET 14)
R9729 OPEN00OPEN
R9720
3.3K
R9722 OPEN
D9707
R9723 10K
Q9406 *1
R9719
2.2K 1/8W
R9717 680
R9721 1/8W OPEN
Q9405 *1
R9718 0
D9703 *5
RY9401 CESK024-001
R9727 OPEN
R9725 100k
R9728 150 QRK126J-151X
C9511
0.01
CN900F
QJK002-03382F
D9504 D1FS4-X
D9502 RK34-LFC4
L9604
4.7
L9601 10
QQL402K-100
R9701 1k
QQL402K-4R7
C9712
0.01
NCB31HK-103X
C9513
0.01
L9603 10
QQL402K-100
R9730R9731
C9709 470
/25
QTMN1EM-477Z
C9702 470
/25
QTMN1EM-477Z
D9702 MA3220/M/-X
R9702 1k
C9708
470
/25
QTMN1EM-477Z
C9701
470
/25
QTMN1EM-477Z
D9701
MA3220/M/-X
CN9006 QGB2033K1-08
L9602
4.7
QQL402K-4R7
C9711
0.01 NCB31HK-103X
MAIN
PWB
(SHEET 4)
CN900A
QJK002-10101A
R9724
R9726 OPEN
100k
R9604 0
R9603 0
R9605 82
C9603 47
/16
IC9601 TA8200AH
R9606 82
C9604 47
PS
PS PS
/16
PS C9605 .22
C9606 C9608 .22 .22
R9607
2.2 1/2W QRK126J-2R2X
C9607 .22
R9608
2.2 1/2W QRK126J-2R2X
LC30709-001A
C9609 C9610 47 47
/16 /16
C9611 OPEN
PS
R9609 OPEN
PS
R9610 C9612 OPEN OPEN
Q9407
330
R9707
R9733
330 1/8W
R9706
0
0
R9705
OPEN
IRL5602S-X
S
G
C9703 OPEN
D
R9734
IC9602
OPEN
R9708
R9709
1M
OPEN
OPEN
R9712
0
R9711
0
PS
C9705
0.1 Q9403
*1
R9713 100
C9704 OPEN
R9710 OPEN
R9715
2.2K
R9714
100
R9716
2.2K
GND
C9706
4.7
Q9404 *1
C9707
4.7
NN
/50
/50
R9601
100k
R9602
100k
C9502
0.01
C9601
4.7
C9602
4.7
NN
/50
/50
D9705 *5
D9706 *5
C9503C9501 10001000
/25/25
R9732 1/8W
R9703
OPEN
R9704
OPEN
NOTE
OPEN
*1
*2
*3
*5
:
2SC2412K/QR/-X
:
2SA1022/BC/-X
:
MA3056/M/-X
:
MA111-X
:
NON MOUNT
R9408
R9402 10
R9401 100k
AUDIO PWB ASS'Y
LCA90183-01C(FV-9007A)
No.YA064 No.YA064
D9404 *5
R9403
10
Q9401 *2
R9404
4.7k
R9405 C9401 C9402 33k 47 47
2-282-27
D9402 *5
/16 /16
D9401 *5
R9406
10k
R9407
10k
12k
Q9402
*1
R9409 D9403 10k
MA3051/M/-X
Page 77
LINE FILTER PWB CIRCUIT DIAGRAM SHEET 13
!
CN90A
C
Y9904
CH41005-H-05C
WJK0160-001A
Y9903
CH41005-H-05C
SMPS PWB (TO PDP UNIT)
!
C9907
QFZ9075-474
LF9906 OPEN
!
LF9901
QQR0810-001
Y9902
CH41005-H-05C
Y9901 CH41005-H-05C
CONTROL PWB CIRCUIT DIAGRAM SHEET 13
D4502
*5
D4501
*5
D4503
*5 *5 *5*5
QGA2501F1-06
D4504 D4505D4506
CN400T
DIGITAL PWB (SHEET 11)
D4507 *5
C9904
!
QCZ9079-222
!
C9905
QCZ9079-222
LINE FILTER
PWB ASS'Y
LCA90123-02A (FV-9005A)
! LF9902 QQR1025-001
!
LF9903
QQR1025-001
!
LF9905 QQR0810-001
!
LF9904 QQR0810-001
! C9906
QFZ9075-105
! VA9901 QAF0028-471
S4501S4502 S4503 S4504 S4507 *4*4 *4 *4 *4
CONTROL PWB ASS'Y
LCA90117-01A(FV-4004A)
LED PWB CIRCUIT DIAGRAM SHEET 13
D7604
SML-210VT-X
D7603
SML-210VT-X
D7602
SML-210VT-X
S4506 *4
S4505 *4
C7601
0.1
C7603
C7602
0.1
NOTE
*4 *5
0.1
: :
C7605
C7604
0.1
QSW0619-003Z
MA111-X
C7607
0.1
0.1
C7606
0.1
C7608
0.1
C7609
0.1
NOTE
OPEN
AC IN
*1
*2
*3
*5
2SC2412K/QR/-X
:
2SA1022/BC/-X
:
MA3056/M/-X
:
MA111-X
:
NON MOUNT
:
!
J9901 QNC0099-001
CN900H
KUM0347-001A
F9901
!
8A/250V
QMFZ041-8R0-J1
QGA2501F1-08
DIGITAL
PWB
(SHEET 11)
X
CN700X
LED PWB ASS'Y
LCA90116-01C(FV-7003A)
No.YA064 No.YA064
2-29 2-30
D7601
GL3ED8
R7601
NRSA63J-101X
IC7601
GP1U261X
100
Page 78
SP TERMINAL PWB CIRCUIT DIAGRAM SHEET 14
BATTERY PWB CIRCUIT DIAGRAM SHEET 14
R7001
NRSA63J-102X
AUDIO PWB
(SHEET 12)
CN6006
QGB2033J1-08
S6001
QSW1020-001
SPEAKER
FR6001
!
QRZ9021-1R8
D6001 MA111-X
FR6002
!
QRZ9021-1R8
D6005 D6006
MA111-X MA111-X
D6007 D6008
MA111-X
L6003
4.7 QQL402K-4R7
D6002 MA111-X
D6004D6003 MA111-XMA111-X
MA111-X
C6002 OPEN
C6003 OPEN
L_OUT
R_OUT
CN600L
WJK0161-002
CN600R
WJK0161-001
SPEAKER L
SPEAKER R
DIGITAL
PWB
(SHEET 11)
CN700D
QGA2501C5-03Z
BATTERY PWB ASS'Y
LCA90121-01A(FV-7004A)
TEMP. SENSOR PWB CIRCUIT DIAGRAM SHEET 14
!
BT7001 QAB0022-001
DC OUT
J6002
QNA0030-001
OPTION
R6001 NRS181J-392X
L6013
4.7
QQL402K-4R
7
SP TERMINAL PWB ASS'Y LCA90120-01C(FV-6007A)
J6001
QNB0031-001
SPEAKER OUT
CN800V
QGA2501C5-04Z
DIGITAL PWB (SHEET 11)
C8101
0.1 PS
IC8101 TCN75-5.0MOA-X
R8103
10k
R8101
R8102
100
100
TEMP. SENSOR PWB ASS'Y LCA90122-01B(FV-8003A)
No.YA064 No.YA064
2-322-31
Page 79
TOP

PATTERN DIAGRAMS

MAIN PWB PATTERN [SOLDER SIDE]
A
IC1209
RY1201
R1B30
R1B31
C1293
C1295
C1B22
C1253
R1B34
C1B23
R1B32 R1B33
C1255
R1255
C1260
C1262
C1259
C1250
C1249
R1262
R1260
R1261
C1273
C1261
C1288
R1263
C1275
C1263
C1268
C1287
C1272
C1274
C1258
C1285
C1248
C1277
C1280
C1284
C1179
C1281
C1282
C1283
C1180
C1181 C1182
IC1303
IC1305
C1337
C1336
X1301
C1454
R1496
C1450
C1451
R1D09
C1367
R1448
R1449
C1334
R1446
C1426
R1C08 R1C09
IC1314
R1C10 R1C11
R1440
C1439
R1439
C1438
C1446
C1456
C1370
R1C07
C1445
C1444
C1443
C1442
C1441
C1440
R1C15
R1C12
IC1318
C1371
R1C16
R1C14
IC1315
R1C13
R1C19
C1372
R1C23
IC1317
IC1316
C1373
L1302
R1C21
R1C18
R1C24
R1C22
R1C17
R1C20
L1303
E
R1D10
R1280
R1279
C1B13
C1B14
R1278
R1A27
R1A28
R1A29
R1A31
R1A30
CN1004 CN1005
CN1003
R1A32
CN1002
C1118
C1115
R1131
Q1108
RY1101
R1132
C1116
R1129 R1130
Q1109
R1134
Q1107
C1114
R1126
R1136
R1135
R1125
R1133
R1128
R1127
Q1106
C1113
C1112
R1122
Q1105
C1171
R1118
R1124
R1123
R1119
R1117
R1121
R1120
C1126 C1124 C1122
C1175 C1174 C1173
R1148 R1147
R1164 R1165
R1166 R1167
R1159
C1160
C1137
C1154
C1138
C1153
C1152
C1151
C1150
R1189
C1143
R1169 R1170 R1171 R1172 R1173 R1174 R1175
R1190 R1157
X1101
CN1001
No.YA064 No.YA064
2-33 2-34
Page 80
TOP
MAIN PWB PATTERN [PARTS SIDE]
E
R1C01 R1C02
EF1401
EF1402
L1401 L1402
R1490 R1491
R1346
R1347
R1348
R1349
R1362
R1363
R1364
R1411 R1410
C1406
Q1403
R1408 C1405
Q1402
R1407 C1404
L1405
R1406
R1404
R1405
R1470
R1467
R1473
C1465
R1469
R1460
R1461
C1463
R1476
R1477
R1474
C1469
R1465 R1466
C1466
R1489
EF1403
R1488
L1412 C1468 R1478 C1470
R1479
R1480
Q1405
R1419
R1418 C1413
R1417
C1410
L1406
C1411
L1303
C1360
C1362
R1350
R1351
R1352
R1353
R1354
C1348
IC1310
R1361
R1360
R1365
C1349
R1356
C1344
C1347
C1164
C1163
R1198 R1195
R1399
R1468
C1467
R1420
EF1408
R1196
R1192
C1169
Q1118
C1165
R1184
D1103 D1104 R1105 R1106
R1104
Q1101
R1101
D1101
C1101 C1102
CN1001
IC1312
R1355
R1341
R1181
Q1119
R1193
C1166
R1103
R1102
R1A17 R1A16
C1361
R1158
Q1308
Q1112 Q1113
Q1114
R1188
R1197
R1182
Q1102
J K
C1168
IC1311
R1357
R1358
R1180
TP-HI
IC1104
R1194
R1108
R1178
R1359
C1343
R1340
IC1105
Q1115
R1107
R1A18
L1302
C1359
C1133
Q1111
C1161
C1369
Q1117
EF1404
R1183
R1A19
C1103
C1306
R1179
Q1306
C1342
R1463
C1167 R1186 R1187
R1185
D1105 D1106 R1109 R1110
R1112
Q1103
L1411 C1462 R1462
R1482
R1176
C1162
R1344
C1464
Q1412
Q1413
R1111
R1A20
C1301
IC1301
R1191
R1177
C1346
C1407
C1403 Q1401 R1401
C1473
IC1306
C1472
Q1116
R1458
C1461
C1305
C1304
C1363
IC1103
C1345
R1342 R1343
R1345
R1403
R1464
R1481
EF1409
Q1104
C1104
R1A21
C1106
C1424 R1432 C1435
R1409
C1437
TP-VI
R1487
C1408
R1116
R1426
C1420
C1302
C1303
C1307
R1425 R1424
C1421
C1422
R1423
Q1407
Q1408
C1414
Q1409
R1428
R1429
R1402
R1475
R1459
Q1411
R1416
Q1417
R1415
Q1418
C1412
C1409
TP1101
R1115
TP1102
R1413
R1412
D1107 D1108 R1113 R1114
R1430 R1431
Q1404
R1414
C1146
C1423
R1427
C1436
27
C14
Q1415
Q
TP-H2
TP-V2
K1101
X1101
C1105
C1148
C1149
C1310
1406
C1311
IC1302
C1308
C1309
EF1406
R1433
C1425
R1421
R1168
C1140
C1142 C1144 C1145
L1403
R1422
C1402
L1404
C1141
C1147
C1312
C1333
R1C03 R1C06
IC1403
R1D01
L1105
C1332
R1C05
R1C04
Q1313
R1447
R1D03
R1D02
R1162 R1161
EF1407
C1157 C1156 C1155
C1367
Q1312
R1D04
R1D06
R1163
C1401
C1119
C1334
C1418
R1D05
C1158
R1452 C1452
C1335
C1135
IC1404
R1326
R1327
C1475
R1D07
C1136
R1160 R1155 R1154
Q1110
C1460
X1301
R1328
C1477
C1448 C1447
R1D08
L1416
C1416
IC1101
C1159
R1138 R1137
C1419 R1453
R1325
L1417
D1119 C1132 R1151 R1152
C1120 R1139
C1337
C1336
R1330
R1441
C1417
C1449
IC1405
R1143 R1142 R1141
IC1305
R1329
C1458
C1459
C1453
L1410
Q1410
R1493
C1415
C1474
R1A26
C1178 C1177 C1176
R1140
R1331 R1332 R1333
R1457
L1414
R1494
C1457
C1455
R1455 R1456
R1384
X1401
R1385
L1413
R1492
R1495
IC1107
L1104
D1111
R1398
C1338
Q1307
R1388 C1368 R1386
EF1405
R1150 C1130
C1476
C1139
C1108
D1109
TPAGND
R1319
Q1304
IC1102
R1153
C1127
C1125 C1123 C1121
C1107
C1340
C1330
R1387
R1322 R1321
C1131
C1128
C1129
C1172 R1146 R1145 R1144
C1185
D1112
R1335 C1339
TP-H1
IC1304
Q1305
IC1406
D1110
R1A01
TP-V1
IC1313
R1320
C1186
R1334 R1336 R1337 R1338 R1339
C1341
R1311
R1324 C1331 R1323
C1480
D1117
C1117
D1113
R1A02
C1322
C1323
C1321
C1479
C1481
R1A24 R1A23 R1A22
R1A03
R1309
C1318
R1306
R1307
R1389
R1305
D1306
D1118
D1114
C1109
C1319
R1310
C1320
C1315
R1379
C1111
RY1101
D1301
R1308
D1305
C1184
D1115
R1312
IC1303
C1324
L1301
C1317
D1303
R1A08 R1A09 R1A10
D1302
C1316
R1301
Q1303
R1302
Q1302
R1304
C1314
R1A04 R1A05 R1A06 R1A07
D1304
Q1301
R1D12
R1D13
R1D11
C1478
C1B08
C1B07
C1183
C1B15
C1B16
D1116
C1B01
C1110
D1120
CN
1002
R1313
C1325
R1314 R1316
IC1205
R1317
C1327
C1329
IC1106
C1221
R1303
C1220
C1313
C1B02
C1B04
Q1120
R1A34
R1A33
D1121
C1187
D1201
R1206 C1209 R1205
D1203 D1204 D1205 D1206
C1326
R1B29
09
C1B
IC1206
Q1202
R1203
EF1201
C1208
R1315 R1318
R1A11
Q1211
IC1203
R1210 C1211 R1209
Q1203
R1B28
R1281
C1B03
C1328
C1279
Q1216
R1B27
C1B10
D1202
R1204
R1A15 R1A14 R1A13 R1A12
R1252
R1284
C1296
R1224 R1225
C1B11
R1229
C1215
C1B06
C1B05
R1208
R1207
C1210
EF1202
R1267
Q1204
C1278
K1201
C1286
C1291
C1B12
R1268
R1214 C1213 R1213
R1257
R1256
R1258
R1259
C1257
C1B19
R1264
R1265
R1266
TP-H3
C1222
R1285
R1223
IC1207
R1287
R1227
D1211 D1212 D1213 D1214
C1235
R1238
C1214
R1211
C1212
R1269
CN
1003
C1276
C1269
C1B20
Q1207
C1292
R1228
C1226
R1215
R1212
EF1203
C1271 C1270 C1267 C1266 C1265
C1264
C1216
R1270
R1202
Q1201
IC1208
C1256
R1272
R1273
C1204
C1253
Q1218
R1B24
R1B26
C1B18
Q1217 C1B17
C1223
R1226
R1282
R1283
C1227
D1207 D1208 D1209
Q1208
R1219
R1216
EF1204
R1218 C1217 R1217
Q1205
R1B19
R1B23
C1228
C1218
R1271
R1B17
D1220
Q1215
Q1206
C1294
R1274
C1B21
C1229
C1357
D1210
R1220
EF1205
R1222 C1219 R1221
R1275
R1286
R1390 R1376
D1309
R1371
D1311
C1238 C1237 C1236
C1201
R1288
R1201
C1203
C1202
C1205
R1276
R1277
R1299
C1207
C1206
R1B01
R1B16
D1219
C1297
C1289
C1290
IC1204
C1224
C1225
Q1309 C1356
D1314
R1372
R1366
R1367
R1368
R1370
D1313
D1312
D1307
CN1004
R1239
Q1214
R1B02
C1354
R1373
C1252 C1251
C1239
C1242
IC1201
IC1202
Q1213
R1B09
R1B06
C1355
C1254 R1254
R1240
R1241
C1243
C1245
R1242
R1243
R1B03
R1B04
R1B05
R1B13
R1B14
Q1219
R1B22
R1B20
R1B18
R1B25
R1B21
Q1209 Q1210
R1B12
R1246
R1248
R1251
R1253
R1244
R1249
R1245
R1250
R1B07
R1B08
R1B15
RY1201
C1241
R1391
C1230
R1394
Q1311
R1393
R1392
C1358
Q1310
C1353
IC1309
C1352
C1351
C1350
IC1307
D1310
D1308
R1374
R1369
R1375
CN1005
C1240
C1244
A
R1232
R1291
D1217
C1233
R1295
R1236
R1230
R1289
D1215
C1231
R1234
R1293
R1B10
R1B11
R1233
R1292
D1218
C1234
R1296
R1237
R1231
R1290
D1216
C1232
R1235
R1294
R1297
R1298
Q1212
No.YA064 No.YA064
2-362-35
Page 81
TOP
DIGITAL PWB PATTERN [SOLDER SIDE]
C2437
L2501
Q
R2672
C1
D
D2517
R2588
R2589
R2590
R2591
R2592
R2593
T
C2434
C2435
C2438
C2436
C6
TP2481
R2438
R2440
R2439
R2441
Q2514
R2619
R2649
R2620 R2664
TP-32K
C2433
TP2471
TP2479
TP2480
TP2484
R2442
R2444
R2443
R2445
X2501
Q2511
R2663
TP2472
TP2473
TP2477
TP2478
TP2482
TP2483
TP2401
C2512
R2518
C2431
TP2469
TP2474
TP2475
R2625
R2529 R2530
R2531
R2517
R2519
R2510
R2513
R2667 R2668
TP2470
TP2476
TP2402
TP2403
R2516
R2509
R2514
R2665
Q2512
Q2513
R2512
R2511
R2666
R2610
TP2405
R2608
C2432
R2411
R2461 R2459 R2457 R2455
R2670
R2671
C2510
R2604
R2606
TP2406
R2416
R2460 R2458 R2456 R2454
R2611
R2612
IC2502
TP2404
R2415
R2413
R2414
R2417
R2412
TP2407
TP2451 TP2452
TP2455 TP2456
IC2403
R2452 R2453 R2450 R2451 R2448 R2449 R2446 R2447
C2360
C2361
TP2468
TP2463 TP2464
TP2465 TP2466
TP2467
TP2439
TP2433
TP2429
C2516 C2517
TP2459 TP2460
TP2461 TP2462
TP2440
TP2441
TP2434
TP2430
TP2431
TP2432
TP2427
TP2428
TP2424
TP2425
TP2421
TP2422
TP2418
TP2419
TP2416
TP2415
TP2411
TP2412
TP2409
TP2410
C2364
C2365
TP2453 TP2454
TP2457 TP2458
TP2442
TP2435
TP2426
TP2423
TP2420
TP2417
TP2413 TP2414
TP2408
TP2447 TP2448
TP2449 TP2450
TP2436
TP2437
TP2438
C2352 C2353
TP2444
TP2443
TP2445 TP2446
R2C93
R2H12
R2C48
R2C56
C2317
C2356
R2C84
R2C88
R2C92
C2332
C2327
C2323
C2308
R2305 R2324
C2344
C2345
R2C98
C2314
C2301
R2226
C2333
C2302
R2H13
R2325
C2348
R2222
R2224
C2324
R2208
R2221
C2206
C2328
C2306
R2312
C2376
C2377
R2204
R2206
C2319
C2307
C2208
R2225
R2227
R2202
C2318
C2313
C2312
R2313
R2220
R2223
C2205
R2C94
C2329
R2315
R2219
R2316
C2380
R2228
C2202
R2317
C2368
C2369
R2218
R2318
R2H49
R2229
C2209
R2385
R2362
R2H50
C2210
C2201
R2115
R2131
R2101
R2102
R2103
R2106
R2107
R2108
R2113
R2C67 R2C65
R2C44
R2C24
R2C09
R2397
R2390
C2372
R2H47
R2H48
C2373
C2211
R2118
R2121
R2114
R2C59
R2C05
R2C02
R2H85
R2207
R2209
R2123
R2126
R2119
R2120
R2C38
R2C14
R2H84
R2H56
R2203
R2205
R2141
R2128
R2122
C2103
R2H83
R2H55
C2204
R2143
R2145
R2127
R2129
R2H82
R2H54
R2148
R2150
R2130
R2H80
R2H81
R2H53
R2155
R2151
R2142
R2144
R2H52
R2154
C2107
R2147
R2149
R2H51
TP-PR
R2152
R2H68
R2H72
R2H71
R2H70
R2H69
R2174
R2175
TP-PB
C2142
R2A54 R2A56 R2A58 R2A60
C2131
C2130
C2128 C2129
C2127
C2166 R2A59 R2A61
R2A55 C2167 R2A57
C2164 R2183 R2A50
R2A52 C2165
C2126
R2171
C2125
C2162 R2A46 C2163 R2A48
C2102
R2172
R2176
C2258
C2257
C2256
Q2506
Q2505
Q2503 Q2504
R2133
R2173
R2A47 R2A49
R2184 R2A51
R2A53
C2251
C2259
C2254
TPDGND
R2166
C2123
R2A38
R2A40 R2A42 R2A44
C2253
Q2507
IC2102
C2117
R2163
C2119
C2252
R2164
R2162
C2116
R2A39 C2157
R2A41
C2156
R2A43 R2A45
C2111
C2112
C2113
C2114
R2132
R2159
R2160
C2152
R2A30
C2153 R2A32 C2154 R2181
R2A34
R2A36 C2155
C4
C2106
C2132
C2118
R2182
R2A37
R2586
R2585
R2584
R2583
R2582
X
V
R2161
C3
R2A31
R2A33
R2A35
C7
No.YA064 No.YA064
2-37 2-38
Page 82
TOP
DIGITAL PWB PATTERN [PARTS SIDE]
X
C2109
X2102
R2A03
R2545
R2544
V
C2519
IC2506
C2520
K2103
R2594
R2595
C3
R2648
R2654
C7
TP2257
TP2258
R2A07
R2A09
TP2251
TP2252
TP2259
TP2260
C2110
R2602 R2601 R2600 R2599 R2598 R2597 R2596
R2251
R2253
C2534
K2104
R2156 C2108
R2157
R2A04
R2A05
R2A06
R2A08
R2A10
R2158
C2121
C2122
K2251
C2255
R2252
R2254 TP2261
D2502
D2503
R2587
EF2505
R2580
EF2504 EF2503
R2578
EF2502 EF2501
C4
C2105
TP2103
R2153
R2165
X2101
C2151
R2262
TP2253
TP2254
TP2255
TP2256
R2581
R2579
R2577
R2146
TP2262
C2191
TP2102
R2140
TP2101
C2120
R2A11
IC2103
R2260
R2261
K
C2104
R2A12
R2259
IC2109
R2124
R2125
R2167
IC2251
R2193
R2191 R2192
R2117
C2124 R2A14
R2A13
D2101
C2190
R2110
R2A15
R2168
TP2270
R2112
R2A17
TP2273 TP2272
TP2271
R2255
L2101
Q2101
IC2101
R2A16
IC2104
R2257
R2256
R2233
R2A02
R2A28
R2A26
R2A24
R2A22
R2A20
R2A18
R2258
TP2269
R2234
R2235
C2193
R2116
R2A21
R2A19
C2141
TP2277
TP2278
C2161
TP2267
TP2268
TP2264
TP2265
R2236
R2237
C2192
C2101
C2115
K2102
TP2275
TP2276
R2H77
R2H76 R2H75
TP2266
TP2263
R2238
R2239
R2105
R2104
K2101
TP2274
R2H57
C2207
R2109
R2111
R2A01
R2A27
R2A25
R2A23
R2H73
R2H58
K2201
TP-HDO
TP-S1
Q2102
R2H86
R2H74
R2H59
C2203
R2556 R2555
R2554 R2553
R2515 R2548 R2549
R2550
R2566 R2565
R2564 R2563 R2557
R2558 R2559 R2560
R2H87
TP-S2
R2231
R2H88
R2H89
R2H60
R2H90
R2H61
TP2215
R2232
TP2216
X2201
R2H91
R2H62
TP2219
R2230
R2201
R2212
TP2201 TP2202
TP2203 TP2204
TP2213
TP2214
R2210
R2211
TP2304
TP2305
C2374
TP2220
TP2212
TP-ACT
TP2211
TP-H4
TP2303
IC2303
IC2309
TP-V4
C2381
IC2201
R2213
R2214
R2215
R2216
C2382
TP2210
TP2209
TP2206 TP2205
R2217
C2337
TP2301
TP2302
R2311
C2338
TP2208 TP2207
R2H23
R2H24
R2309
IC2310
C2349
D2303
R2H22
R2H21
R2308
IC2301
TP2306
R2H19
R2H20
R2351
C2350
C2339
R2306
R2H31
R2H32
L2303
R2H33
C2340
TPCLKA
IC2306
C2357
R2401 R2402
C2442 C2401
TPCLKB
TP-H5
C2358
TP-V5
R2C77
R2C71
R2C29 R2C11 R2364 R2301 R2302
R2C91
R2C64
R2C58
R2303
IC2307
D2401
C2402
R2C89
R2C42
R2536
R2C26
R2379
R2320
IC2401
R2551
R2552
C2366
R2561
IC2513
IC2402
R2537
R2562
J
R2662
C2449 R2419 R2418 R2403
L2401
C2443
C2405
C2403
IC2308
Q2508
C2414
IC2512
R2656 R2521 R2658 R2520 R2659
R2657
R2525 R2524
C2420
C2415
R2527 R2526 R2661 R2660 R2631
R2546
R2547
R2603
C2451
C2419
C2422
C2418
C2416
C2413
C2406
C2404
IC2406
R2522
R2605
TP-H6
C2411
C2412
R2628
R2621 R2622
R2653
R2571
R2613
R2607
C2421
C2410
R2627
TP2502
C2509
R2572
R2609
TP-V6
C2409
R2634 R2635
TP2501
C2508
C2513
C2423
C2408
C2450
R2623 R2624
R2626
R2632
R2633
IC2502
C2428
C2444
C2407
C2531
R2471
R2469
R2406
R2404
X2501
IC2501
R2618
R2534
C2446
C2447
C2532
C2426
R2535
C2429
C2430
C2445
R2405
C2425 C2424
R2617
IC2405
CN2201
C2452
C6
C2448
IC2503
C2427
C2502
IC2404
R2410
R2408
R2409
C2441
C2507
TP2503
R2615
TP2505
R2523
IC2510
C2515
Q2403
R2470
Q2509
R2629
R2630
IC2504
R2506
TP2508
TP2512
TP2504
TP2507
C2529
Q2510
R2538 R2567
TP2509
D2516
R2528
D2504
IC2407
R2464
R2468
R2463
R2467
IC2505
R2539 R2568
C2511
EF2507 EF2508
EF2509
EF2510
Q2402
Q2401
X2502
R2570
R2540
R2569
TP2490
TP2492
K2501
D2505
D2506
D2507
D2517
IC2507
TP2491
R2466
R2465
K2401
L2501
R2573 R2574 R2673 R2575 R2576 D2518
R2541
R2542
R2543
D
R2614
TP-SCL
TP-SDA
EF2506
EF2511
Q
C1
T
No.YA064 No.YA064
2-402-39
Page 83
T
T
T
T
PC TERMINAL PWB PATTERN [SOLDER SIDE] PC TERMINAL PWB PATTERN [PARTS SIDE]
A
A
J5502 J5503
C5501
L5502
CN5503
L5501
R5513
R5511
J5502
CN5503
J5501
CN5504
CN5505
J5503
FRON
J5506
J5504
J5507
J5507
C5522
C5531
J5506
L5510
C5532
J5504
L5511
R55
R5541 R5542
R5544
R5543
C5521
R5547 R5553
EF5501
54
R5532
C5511
R5531
R5533
D5512 D5511
D5513
D5501
R5525
R5526
R5527
R5528
R5524
R5523
CN5505
R5522
C5541
R5521
J5501
CN5504
R5508
R5507
R5506
R5505
R5504
C5502
R5503
R5512
R5501
R5502
R5514
FRON
V TERMINAL PWB PATTERN [SOLDER SIDE]
D5201
EF5202
CN5001
J5003
EF5201
R5214
R5213
R5211
C5201
R5212
R5201
L5201
R5202
J5005
C5202
L5202
EF5101
J5001 J5002
R5101
R5102
R5104
R5103
R5105
R5106
C5101
L5101
C5102
L5102
R5308
R5307
EF5304 EF5305
CN5002
J5007
R5306
R5305
J5006
R5304
R5303
R5302
R5312
R5301
C5302
R5313
R5314
R5311
C5301
L5301
L5302
R5205 R5206
J5008
R5203 R5204
J5004
EF5203
R5207
R5315
FRON
V TERMINAL PWB PATTERN [PARTS SIDE]
J5003
J5002
J5001
J5005
J5004
CN5001
J5008
J5006
J5007
CN5002
FRON
No.YA064 No.YA064
2-41 2-42
Page 84
OPTOP
A
UDIO PWB PATTERN [SOLDER SIDE]
AUDIO PWB PATTERN [PARTS SIDE]
R9733
C9511
C9702
A F
C9709
D9702
C9708
D9701
D9703
C9701
R9727
R9725
RY9401
R9734
R9728
R9731
R9726
R9724
Q9405
R9730
Q9407
R9718
R9717
R9729
C9711
R9721 R9719
D9707
L9601
L9602
R9720 R9722 R9723
Q9406
C9603
R9701
C9503
C9502
R9602
C9601
R9601
C9604
D9705
R9603
R9605
R9609
C9611
D9502 D9504
C9513
R9732
D9706
IC9601
CN9006
C9501
C9602
H9601
C9609
C9605
R9606
R9604
L9603
R9610
C9612
C9610
C9606
C9607
R9702
R9715
Q9403
C9706
R9713
R9705
R9704
L9604
R9707
C9608
R9607
R9706
R9708
C9703
R9608
R9402
R9703
R9709
Q9402
C9712
D9404
R9407
C9705
R9409
R9404
R9401
D9403
IC9602
Q9401
D9402
D9401
R9406
R9408
R9403
R9711
R9712
C9707
R9405
C9401
C9704
R9714
C9402
R9710
Q9404
R9716
C9402
C9707
R9608
C9401
L9603
L9604
C9610
R9607
C9609
C9706
C9501
C9604
CN9006
D9502
C9602
IC9601
L9601
L9602
C9601
C9503
C9603
R9728
RY9401
C9701
C9709
H9601
C9708
C9702
A
F
T
SP TERMINAL PWB PATTERN [SOLDER SIDE] SP TERMINAL PWB PATTERN [PARTS SIDE]
FR6002
CN600R
D6008
D6007
C6003
D6005
D6006
CN600R
FR6002
J6002
CN600L
C6002
D6004
S6001
D6003
D6001 D6002
FR6001
L6003
L6013
J6001
J6002
R6001
CN6006
FRONT FRONT
CN6006
J6001 L6003
L6013
FR6001
S6001
CN600L
No.YA064 No.YA064
2-442-43
Page 85
OP
OPTOP
OP
T
T
T
LED PWB PATTERN [SOLDER SIDE]
LINE FILTER PWB PATTERN
X
IC7601
D7601
T
LED PWB PATTERN [PARTS SIDE]
T
D7601
D7602
D7604
D7603
IC7601
R7601
C7609
X
C7601
BATTERY PWB PATTERN [SOLDER SIDE] BATTERY PWB PATTERN [PANEL SIDE]
D
R7001
BT7001
FRONT FRON
BT7001
D
LF9901
LF9902
LF9903
Y9904
Y9902
Y9901
LF9906
Y9903
LF9905
AC
C9904
C9907
LF9904
TEMP. SENSOR PWB PATTERN [SOLDER SIDE] TEMP. SENSOR PWB PATTERN [PANEL SIDE]
V
IC8101
C8101
R8103
R8102 R8101
V
CONTROL PWB PATTERN [SOLDER SIDE]
D4507
S4507
T
D4505
D4506
D4504
S4501
D4501
S4502
D4502
S4504 S4505 S4506
S4503
D4503
CONTROL PWB PATTERN [PARTS SIDE]
T
FRON
TOP
C9905
C9906
H
VA9901
F9901
J9901
S4501 S4502 S4503
S4504
S4505 S4506 S4507
T
FRON
No.YA064 No.YA064
2-45 2-46
Page 86
SERVICE MANUAL
PLASMA DISPLAY MONITOR
YA064B20048
BASIC CHASSIS
GM-V42C/BT

Supplementary

The following items for the GM-V42C/BT was changed partly from GM-V42C. Therefore, this service manual describes only the items which differ from those of the GM-V42C service manual. For details other than those described in this manual, please refer to the GM-V42C service manual (No.YA064, 2004/3).
OUTLINE
T4
Since the production place was changed, we have issued the SERVICE MANUAL for GM-V42C/BT.
HOW TO IDENTIFY MODELS
“GM-V42CBT” is added at the bottom of the Rating label.
Indicated
"GM-V42CBT"
COPYRIGHT © 2004 Victor Company of Japan, Limited
No.YA064B
2004/8
Page 87
DIFFERENCE LIST

EXPLODED VIEW PARTS LIST -1 (Page 3-3)

Ref. No.
GM-V42C GM-V42C/BT
100 LC10528-017A LC10528-017A-0K FRONT PANEL ASSY Inc.No.101-102
Part No.
PART NAME DESCRIPTION

EXPLODED VIEW PARTS LIST -2 (Page 3-5)

Ref. No.
GM-V42C GM-V42C/BT
11 LC11594-001B LC11594-001B-0K BACK BRACKET
15 LC11652-001D LC11652-001D-0K CHASSIS BASE
20 LC21362-001B LC21362-001B-0K PC TERMINAL BKT
24 LC21296-001D LC21296-001D-0K AV TERMINAL BKT
28 LC21313-002A-0L LC21706-001A-0L ROLL R LABEL
Part No.
PART NAME DESCRIPTION

PACKING PARTS LIST (Page 3-18)

Ref. No.
GM-V42C GM-V42C/BT
Part No.
PART NAME DESCRIPTION
1 LC21040-002B LC21711-001A-H PACKING CASE(TOP)
2 LC21039-001C LC21710-001A-H
3 LC11610-001C LC12044-001A-H CUSHION ASSY
12 QPA02503505P CP30966-001-H POLY BAG
19 LC20989-001A-H LVL-GMV42CB CORNER LABEL
22 --- LC42036-001A THAILAND LABEL Addition
23 --- LC42036-002A THAILAND LABEL Addition
24 --- LC42036-003A THAILAND LABEL Addition
25 --- LC42036-004A THAILAND LABEL Addition
PACKING CASE(BOTTOM)
1-2 (No.YA064B)
Page 88
PACKING (Page 3-19)
10
11
16
Addition
12
13 14 15
8
3
4
9
4
22
Addition
5
5
1
23
Addition
24
Addition
18
25
17
18
6
7
18
3
2
19
21
17
18
20
19
(No.YA064B)1-3
Page 89
Victor Company of Japan, Limited AV & MULTIMEDIA COMPANY VIDEO DISPLAY CATEGORY 12, 3-chome, Moriya-cho, kanagawa-ku, Yokohama, kanagawa-prefecture, 221-8528, Japan
(No.YA064B)
Printed in Japan
WPC
Page 90
PLASMA DISPLAY MONITOR
MENU INPUT
GM-V42C
INSTRUCTIONS
© 2004 VICTOR COMPANY OF JAPAN, LIMITED
LCT1616-001A 0204MKH-MW-VP
Page 91
INSTRUCTIONS
Model GM-V42C
Thank you for purchasing this JVC Monitor. Before using the monitor, read this manual carefully so that you know how to use the Monitor correctly. Refer to this manual whenever questions or problems about operation arise. Be sure to read and observe the safety precautions. Keep this manual where the user can see it easily. * Installation and removal require special expertise.
Consult your product dealer for details.

Contents

Page
Safety Precautions .................................................... 2
Parts Identification .................................................... 4
• Remote Control ................................................... 4
• Monitor: Front View ............................................. 5
• Monitor: Rear Views ............................................ 6
Preparations .............................................................. 8
• Checking the Accessories ................................... 8
• Installing the Batteries ......................................... 8
• Attaching the Ferrite Core ................................... 8
Installation ................................................................. 9
• Precautions ......................................................... 9
Connections ............................................................ 10
• Precautions ....................................................... 10
• Available Signals ............................................... 10
• Connection Diagrams ....................................... 11
Basic Operations ..................................................... 14
• Daily Operations ............................................... 14
• Changing the Aspect Ratio ............................... 15
Video Adjustments .................................................. 16
• Adjusting the Picture Quality ............................. 16
• Adjusting the Screen Size and Position ............ 17
• Adjusting the Color Temperature ....................... 19
• Adjusting the White Balance ............................. 19
• Changing the Aspect Ratio ............................... 21
• Setting the Receivable Signal Types ................. 21
• Setting the COMPONENT/RGB B Input ........... 22
• Changing the Resistance of the RGB B Input
Terminals ........................................................... 23
Resetting the Function Selection Menu Settings ..
23
Page
Other Convenient Functions ................................... 24
• Showing On-screen Display .............................. 24
• Confirming the Use Time and Model Name ...... 25
• Showing the On-screen When Changing
the Input Mode .................................................. 25
• Prohibiting the Monitor’s Button Operations...... 26
• Setting the Remote-Controllable Input .............. 27
• Setting the High-Definition Signal Types ........... 27
• Setting the Clock and the Power On/Off
Timer ................................................................. 28
• Using the Pixel Shift Function ........................... 29
• Using the Power Save Function ........................ 29
• Reducing the Afterimage Effect ........................ 30
• Refreshing the Screen ...................................... 31
• Checking the Timer Battery............................... 32
• Resetting All the Setup Menu Settings ............. 33
• Resetting All the Menu Settings ........................ 33
Menu Classifications ............................................... 34
• Main Menu ........................................................ 34
• Setup Menu ....................................................... 36
Troubleshooting ....................................................... 38
• Self-diagnostic Indication .................................. 39
Specifications .......................................................... 40
1
Page 92

Safety Precautions

IMPORTANT INFORMATION
WARNING:TO REDUCE THE RISK OF FIRE AND ELECTRIC SHOCK, DO NOT EXPOSE THIS
APPARATUS TO RAIN, MOISTURE, DRIPPING OR SPLASHING AND THAT NO
OBJECTS FILLED WITH LIQUIDS, SUCH AS VASES, SHALL BE PLACED ON THE
APPARATUS.
Warning: This is a class A product. In a domestic environment this product may cause radio interference in which case the user may be required to take adequate measure.
IMPORTANT SAFEGUARDS
Electrical energy can perform many useful functions. This unit has been engineered and manufactured to assure your personal safety. But IMPROPER USE CAN RESULT IN POTENTIAL ELECTRICAL SHOCK OR FIRE HAZARD. In order not to defeat the safeguards incorporated into this product, observe the following basic rules for
its installation, use and service. Please read these “Important Safeguards” carefully before use.
– All the safety and operating instructions should be read before the product is operated.
– The safety and operating instructions should be retained for future reference.
– All warnings on the product and in the operating instructions should be adhered to.
– All operating instructions should be followed.
– Unplug this product from the wall outlet before cleaning. Do not use liquid cleaners or aerosol cleaners. Use a damp
cloth for cleaning.
– Use a vacuum cleaner to get rid of the dust around the intakes (all the
openings) on the rear. If a vacuum is not available, use a cloth and wipe it off. Failure to do so will cause internal heat buildup and, therefore, cause damage to the product.
– Do not use attachments not recommended by the product manufacturer as
they may be hazardous.
– Do not use this product near water. Do not use immediately after moving from
a low temperature to high temperature, as this causes condensation, which may result in fire, electric shock, or other hazards.
– Do not place this product on an unstable cart, stand, or table. The product may fall, causing serious
injury to a child or adult, and serious damage to the product. The product should be mounted according to the manufacturer’s instructions, and should use a mount recommended by the manufacturer.
– When the product is used on a cart, care should be taken to avoid quick stops, excessive force, and
uneven surfaces which may cause the product and cart to overturn, damaging equipment or causing possible injury to the operator.
– Slots and openings in the cabinet are provided for ventilation. These ensure reliable operation of the product and
protect it from overheating. These openings must not be blocked or covered. (The openings should never be blocked by placing the product on bed, sofa, rug, or similar surface. It should not be placed in a built-in installation such as a bookcase or rack unless proper ventilation is provided and the manufacturer’s instructions have been adhered to.)
For proper ventilation, separate the product from other equipment, which may prevent ventilation and keep distance more than 10 cm.
– This product should be operated only with the type of power source indicated on the label. If you are not sure of the
type of power supply to your home, consult your product dealer or local power company.
2
Page 93
– Power-supply cords should be routed so that they are not likely to be walked on or pinched by items placed upon or
against them. Pay particular attention to cords at doors, plugs, receptacles, and the point where they exit from the product.
– For added protection of this product during a lightning storm, or when it is left unattended and unused for long periods
of time, unplug it from the wall outlet and disconnect the cable system. This will prevent damage to the product due to lightning and power line surges.
– Do not overload wall outlets, extension cords, or convenience receptacles on other equipment as this can result in a
risk of fire or electric shock.
– Never push objects of any kind into this product through openings as they may touch dangerous voltage points or short
out parts that could result in a fire or electric shock. Never spill liquid of any kind on the product.
– Do not attempt to service this product yourself as opening or removing covers may expose you to dangerous voltages
and other hazards. Refer all service to qualified service personnel.
– Unplug this product from the wall outlet and refer service to qualified service personnel under the following conditions:
a) When the power supply cord or plug is damaged.
b) If liquid has been spilled, or objects have fallen on the product.
c) If the product has been exposed to rain or water.
d) If the product operated normally by following the operating instructions. Adjust only those controls that are covered
by the Operation Manual, as an improper adjustment of controls may result in damage and will often require extensive work by a qualified technician to restore the product to normal operation.
e) If the product has been dropped or damaged in any way.
f) When the product exhibits a distinct change in performance – this indicates a need for service.
– When replacement parts are required, be sure the service technician has used replacement parts specified by the
manufacturer or with same characteristics as the original part. Unauthorized substitutions may result in fire, electric shock, or other hazards.
– Upon completion of any service or repairs to this product, ask the service technician to perform safety checks to
determine that the product is in proper operating condition.
– The product should be placed more than 30 cm away from heat sources such as radiators, heat registers, stoves, and
other products (including amplifiers) that produce heat.
– When connecting other products such as VCR’s, and personal computers, you should turn off the power of this product
for protection against electric shock.
– Do not place combustibles behind the cooling fan. For example, cloth, paper, matches, aerosol cans or gas lighters that
present special hazards when over heated.
– Use only the accessory cord designed for this product to prevent shock.
– Do not touch the handles on the rear soon after many hours of continuous use. They are so hot and will cause a burn on
the hand. If you need to touch the handles, for example, to move the product, wait until the handles are cooled enough.
Option terminal: This terminal is intended exclusively to be used to drive the fan motor.
Do not connect any plugs to the terminal other than JVC’s recommended optional parts.
Polarity of terminal
POWER CONNECTION
The power supply voltage rating of this product is AC 220 V. Do not use other power cords than the power cord attached to this unit.
3
Page 94

Parts Identification

VIDEO
DISPLAY
OFF POWER
RM–C579 REMOTE CONTROL UNIT
ON
ASPECT
MUTING
MENU/EXIT
VOLUME
A
COMPO.
/(RGB B)
B RGB A
INPUT SELECT
VIDEO
DISPLAY
OFF POWER
RM–C579 REMOTE CONTROL UNIT
ON
ASPECT
MUTING
MENU/EXIT
VOLUME
A
COMPO.
/(RGB B)
B RGB A
INPUT SELECT
12
3
49
p
6
8
7
5
REGULAR FULL
ZOOMPANORAMIC

Remote Control

1 Remote control cable jack (page 11)
Connect the remote control cable (not supplied) when using this remote control as a wired remote control.
2 Remote signal transmission window
3 POWER ON/OFF button (page 14)
Use this button to turn on and off (on standby) the Monitor when the POWER switch on the rear of the Monitor is “| (on).”
4 DISPLAY button (page 14)
Use this button to display the input terminal, color system (for VIDEO A or VIDEO B input), scan system (for COMPONENT input) and horizontal/vertical frequency (for RGB A and RGB B input).
5 INPUT SELECT (VIDEO A, VIDEO B, COMPO./(RGB B) and
RGB A) buttons (page 14)
Use these buttons to switch between inputs. To select the COMPONENT or RGB B input, you have to set “RGB/COMPO.” correctly on the menu (see page 22).
6 MUTING button (page 14)
7 2 / 3 / 5 / buttons
8 MENU/EXIT button
9 ASPECT button (page 15)
p VOLUME + / – buttons (page 14)
Use this button to turn off the volume immediately. Pressing the button again will resume the previous volume level.
Use these buttons to select menu items or make adjustments.
Use this button to display or erase menus. While a sub-menu is displayed, pressing this button will move you one screen back to the preceding menu.
Use this button to switch between aspect ratios. Each time you press the button, the aspect ratio changes as follows:
Use these buttons to adjust the volume level.
4
Page 95

Monitor: Front View

MENU INPUT
MENU INPUT
3456
12
Bottom View
1 Remote sensor/power lamp
Point the front end of the wireless remote control toward here. When the Monitor is turned on, the power lamp glows green. It glows orange in standby mode.
2 Self-diagnostic lamps (page 39)
These lamps light/flash if something abnormal occurs with the Monitor.
3 2 / 3 / 5 / buttons
Use these buttons to select menu items and to make adjustments.
• When no menu is displayed, you can use the 2 / 3
buttons to adjust the volume level.
4 MENU button
Use this button to display or erase menus. While a sub-menu is displayed, pressing this button will move you one screen back to the preceding menu.
5 INPUT button (page 14)
Use this button to switch between inputs. To select the COMPONENT or RGB B input, you have to set “RGB/COMPO.” correctly on the menu (see page 22).
button (page 14)
6
Use this button to turn on and off (on standby) the Monitor when the POWER switch on the rear of the Monitor is “| (on).”
5
Page 96
Parts Identification (Continued)
AC INAUDIO
L
OUT
R
RGB A
AUDIO
IN
REMOTE
RS-232C
WIRED
MAKE
EXTERNAL
(
9
9
(
R
SPEAKER OUT
L
INTERNAL
POWER
OPTION
1 2 3 4 5
7
8
6

Monitor: Rear Views

1 RGB A input terminals (page 11)
Input terminal (D-sub, 15 pin)
Connect to the video output terminal of a personal computer.
Note:
• Use a cord as short as possible when connecting a personal computer to this terminal. (Recommended length is within 3 m.)
AUDIO IN terminal (stereo mini jack)
Connect to the audio output terminal of a personal computer.
2 REMOTE terminals (pages 11 and 13)
RS-232C terminal (D-sub, 9 pin)
Connect to the RS-232C terminal of a personal computer. For the control method using this terminal, consult an authorized JVC dealer.
MAKE terminal (mini DIN, 4pin)
Connect an external control unit. (See page 13.)
WIRED terminal (stereo mini jack)
Connect a wired remote control unit to this terminal.
Note:
• When the above three terminals are used at the same time, transmitted commands through the MAKE terminal have priority over those through the other
6
terminals.
3 AUDIO OUT terminals (pin jack) (page 11)
Connect to the audio input terminals of external equipment such as an amplifier.
4 AC IN terminal (page 11)
Connect the supplied power cord to this terminal.
5 POWER switch (page 14)
6 OPTION terminal (page 13)
When this switch is set to “| (on),” you can turn on and off (on standby) the Monitor by using the POWER button on the remote control or the
Connect the power cord of the Cooling Fan Unit (not supplied) when installing the Monitor vertically.
button on the Monitor.
7 SPEAKER OUT L/R terminals (page 11)
Connect external speakers, such as unique JVC speakers (not supplied), etc.
8 INTERNAL/EXTERNAL (built-in speaker/external
speaker) selecting switch (page 11)
INTERNAL: To use built-in speakers. EXTERNAL: To use external speakers.
Page 97
9 VIDEO A terminals (option) (page 12)
9 p q
VIDEO A
VIDEO
IN OUT
AUDIO
L/MONO
R
VIDEO B
VIDEO
IN Y/C IN
COMPONENT/RGB B
VIDEO
Y/G Pb/B Pr/R HD/Cs VD
AUDIO
L/MONO
R
AUDIO
L/MONO
R
AUDIO (L/MONO, R) input terminals (pin jack)
Connect these terminals to the audio input terminals of a VCR, etc.
VIDEO IN terminal (BNC)
Connect this terminal to the video output terminal of a VCR, etc.
VIDEO OUT terminal (BNC)
Connect this terminal to the video input terminal of another Monitor, etc.
Note:
• Since the video output terminals on this Monitor are
loop-through terminals, the devices connected to this video output terminal should be correctly terminated. Otherwise, pictures become abnormally bright or the Monitor screen gets affected abnormally.
p VIDEO B terminals (option) (page 12)
AUDIO (L/MONO, R) input terminals (pin jack)
Connect these terminals to the audio output terminals of a VCR, etc.
Y/C (S video) IN terminal (mini DIN 4pin)
Connect this terminal to the S-video output terminal of a VCR, etc.
VIDEO IN terminal (pin jack)
Connect this terminal to the video output terminal of a VCR, etc.
Note:
• When both the video and S-video terminals are
connected, the S-video terminal will have priority.
q COMPONENT/RGB B input terminals (option) (page 12)
AUDIO (L/MONO, R) input terminals (pin jack)
Connect these terminals to the audio output terminals of the other equipment.
G, B, R, HD/Cs, VD (VIDEO) input terminals (BNC)
Connect these terminals to the following output terminals of a personal computer or other equipment: – Analog RGB signal output terminals – Horizontal sync (HD) signal or composite (Cs) signal
output terminal
– Vertical sync (VD) signal output terminal
Notes:
• External sync signals are automatically detected when they come in.
• When both horizontal (HD)/vertical (VD) sync and composite (Cs) sync are connected, HD/VD sync signals will be used.
Y, Pb, Pr (VIDEO) input terminals (BNC)
Connect these terminals to the component signal output terminals of NTSC or high-vision equipment.
Note:
• When these terminals are used as the component terminals (Y, Pb, Pr)—see “Setting the COMPONENT/ RGB B Input” on page 22, external sync signals (HD/Cs, VD) cannot be used.
7
Page 98

Preparations

Checking the Accessories

The following accessories are included with the Monitor. Check for them. If any item is missing, please contact the dealer where you purchased the Monitor.
• Remote control (RM-C579) x 1
• Power cord x 1
• Batteries (AA/R6P) x 2
• Ferrite core x 1

Installing the Batteries

Put the batteries in the remote control as follows. If the remote control has become erratic in operation, change the batteries.
1
Remove the back cover.
While pushing the release lever on the cover, remove the cover in the direction of the arrow.
2
Place the batteries.
Put the two supplied batteries (AA/R6P), noting the ª and · markings, as shown.
3
Replace the back cover as illustrated.
Make sure the release lever on the cover is locked in place correctly.
Precautions for using batteries
If batteries are used improperly, the liquid could leak out, causing a fire, injury, etc. or dirtying the vicinity. Take notice of the following:
• Do not mix old and new batteries.
• Do not mix different types of battery as different types may have different characteristics.
• Place the batteries according to the ª and · markings indicated on the battery compartment.
• When installing the batteries, insert the · end first to avoid a short circuit.
• Use only the specified batteries.
• When you are not using the remote control for a long time, remove the batteries.
• When the batteries have reached the end of their life, replace them with new ones immediately. Otherwise, the liquid may leak out, or malfunction may be caused by the leaked liquid. If the leaked liquid contacts your skin, wipe off the liquid with a soft cloth. If the affected skin is left as is, you may get a rough skin.
• Do not throw the batteries into fire or try recharging them.
• The service life of batteries is six months to one year for normal use. The supplied batteries are only for checking the operation and their life may be shorter. When the remote control operation becomes erratic, replace with new batteries.

Attaching the Ferrite Core

Attach the ferrite core to the power cord. Using the power cord without the ferrite core may lead to noise (interference). Open the ferrite core, insert the power cord and close the ferrite core. Attach the ferrite core to the AC IN end of the power cord.
Ferrite core
Power cord
Plug to AC IN
8
Page 99

Installation

50
200
MENUINPUT POWER
100
100
100
200
150
50
50
MENUINPUT POWER
150
50
200

Precautions

When mounting the Monitor vertically, consult your dealer. (See also page 13.)
• When installing the Monitor, be sure to use a dedicated Stand Unit, Wall Mounting Unit, or Monitor Hanger Unit, depending on a particular case. Ask your dealer for installation.
• When installing the Monitor, refer also to the user manual for each option to use. Do not tilt the Monitor rightward, leftward, or backward.
• Route the power cord and connection cables along wall or floor corners to avoid walking on them.
• For good heat dissipation, try to leave the following distances of space (minimum) around the Monitor.
• The ambient temperature of the installation place should be within the range of 0˚C to 40˚C (slightly variable depending on ambient conditions for installation.)
• When installing the Monitor in a place, such as near the ceiling, the remote control may not work correctly because of possible effects from the surroundings. If this happens, use the remote control as a wired remote control or move the Monitor where it is free from these effects.
When installing the Monitor on a stand
Front View
Side View
Wall
Unit: mm
Take measures against the Monitor from overturning:
To protect against abnormal events such as earthquakes and to prevent unexpected accidents, take appropriate measures for preventing the Monitor from overturning; should it overturn, this could lead to personal injury. For detailed information, refer to the manual supplied for the stand.
When mounting the Monitor on the wall
Front View
Side View
When hanging the Monitor from the ceiling
Side View
Unit: mm
Notes:
• Do not allow the same image (pattern) to be continuously displayed on the screen for a long time; otherwise, the area on the screen corresponding to the image may vary in brightness, leaving an afterimage on the screen. To reduce the afterimage, you can use the Refresh function (see page 31).
• The Monitor is manufactured using very high-precision technology, allowing for more than 99.99% active pixels, however, be aware that only a slight number of pixels may be deficient or lit at all times.
• Do not install the Monitor in such a way that the Monitor and other AV equipment affect each other adversely. (For example, if a disturbed image or noise due to electromagnetic interference occurs, or if the infrared remote control malfunctions, change the installation place.)
Unit: mm
9
Page 100

Connections

Precautions

• Before making connections, turn off all the equipment.
• Use a cord whose plugs are correctly matching for the terminals on this Monitor and the equipment.
• Plugs should be firmly inserted; poor connection could cause noise.
• To unplug a cord, be sure to grasp its plug and pull it out.
• Connect the power cord after having finished all other connections.
• Refer also to the user manual of each piece of equipment.

Available Signals

Video signals (option)
The following signals can be input to this Monitor:
VIDEO A and VIDEO B terminals accept — PAL, PAL60, NTSC, NTSC4. 43, and SECAM signals.
COMPONENT/RGB B terminals accept — 480i, 576i, 480p, 576p, 720/60p, 1080/60i (1035/60i), and 1080/50i signals. (You
need to set “RGB/COMPO.” to “COMPO.” on the menu (see page 22).
Computer signals (Preset)
This Monitor has 18 preset video modes for the most popular industrial standard, and the signals of the following image resolutions can be input to the RGB input terminals.
Signal name Scan systemNo.
1 PC98 640 400 24.8 56.4 Non-interlace
2 VGA400-70 640 400 31.5 70.1 Non-interlace
3 VGA480-60 640 480 31.5 59.9 Non-interlace
4 VGA480-72 640 480 37.9 72.8 Non-interlace
5 VGA480-75 640 480 37.5 75.0 Non-interlace
6 WVGA-60 852 480 31.7 60.3 Non-interlace
7 MAC13” 640 480 35.0 66.7 Non-interlace
8 SVGA-56 800 600 35.2 56.3 Non-interlace
9 SVGA-60 800 600 37.9 60.3 Non-interlace
10 SVGA-72 800 600 48.1 72.2 Non-interlace
11 SVGA-75 800 600 46.9 75.0 Non-interlace
12 XGA-60 1024 768 48.4 60.0 Non-interlace
13 XGA-70 1024 768 56.5 70.1 Non-interlace
14 XGA-75 1024 768 60.0 75.0 Non-interlace
15 XGA-85 1024 768 68.7 85.0 Non-interlace
16 XGA+-75 1152 864 67.5 75.0 Non-interlace
Screen resolution
Horizontal
Vertical
Horizontal
Frequency (kHz)
Vertical
Frequency (Hz)
17 RGB15K-60 15.7 59.9 Interlace
18 RGB15K-50 15.6 50.0 Interlace
Notes:
• When a signal other than listed above is input, a part of the screen may become void or an unnecessary picture may appear.
• Signals, though they are within the acceptable range of frequencies, may not be displayed normally, depending on the signal type.
• Depending on the connected equipment, the Monitor may not be compatible with composite sync (Cs) or G on sync signals.
• When a preset mode signal is input, the vertical frequency displayed on the screen will have an “*” shown at its right top position.
• When the No. 6 signal is input, change the aspect ratio to “FULL” with the ASPECT button (page 15) on the remote control or from the “FUNCTION SELECT” menu (page 21).
• When No. 8 to No. 16 signals are input, thin lines may become obscure for their signal frequencies are higher than the screen resolution.
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