SERVICE MANUAL
COLOR MONITOR
700 SERIES
V700P V702P
V710FD V720FD
PROVISION
By
Eastern Digital Co.,Ltd.
1
THESE DOCUMENTS ARE FOR REPAIR SERVICE INFORMATION ONLY. EVERY
REASONABLE EFFORT HAS BEEN MADE TO ENSURE THE ACCURACY OF THIS MANUAL;
WE CANNOT GUARANTEE THE ACCURACY OF THIS INFORMATION AFTER THE DATE
OF PUBLICATION AND DISCLAIMS LIABILITY FOR CHANGES, ERRORS OR OMISSIONS,
PRINTED DATE : DEC. 2000
2
TABLE OF CONTENTS
PAGE
1. SPECIFICATIONS.................................................................................................... 3
2. PRECAUTION AND NOTICES............................................................................... 4
2-1 SAFETY PRECAUTIONS .............................................................................. 4
2-2 PRODUCT SAFETY NOTICE ....................................................................... 4
2-3 SERVICE NOTES ........................................................................................... 4
2-4 HIGH VOLTAGE WARNING ....................................................................... 5
3. OPERATING INSTRUCTIONS................................................................................ 6
4. ADJUSTMENT.......................................................................................................... 7
4-1 ADJUSTMENT CONDITIONS AND PRECAUTIONS ............................... 7
4-2 MAIN ADJUSTMENTS ................................................................................. 7
4-3 ADJUSTMENT METHOD ............................................................................. 7
5. CIRCUIT DESCRIPTION......................................................................................... 10
6. TROUBLE SHOOTING CHART............................................................................. 12
6-1 NO RASTER, CRT RELATIVE CIRCUIT PROBLEMS .............................. 12
6-2 ABNORMAL DISPLAY ................................................................................. 14
6-3 NO BLANKING .............................................................................................. 15
6-4 HOR. /OSC /DEF /HV CIRCUIT FAULT ...................................................... 15
6-5 ABNORMAL HORIZONTAL DEFLECTION .............................................. 16
6-6 ABNORMAL VERTICAL SCANNING ........................................................ 17
6-7 SIDE-PIN CUSHION DISTORTION ............................................................. 18
6-8 POOR FOCUS ................................................................................................. 18
6-9 POWER SUPPLY TROUBLE SHOOTING CHART .................................... 19
7. MECHANICAL OF CABINET FRONT DIS-ASSEMBLY...................................... 20
8. BLOCK DIAGRAM....................................................................................................... 21
8-1 DEFLECTION BLOCK DIAGRAM ........................................................................ 21
8-2 SMPS BLOCK DIAGRAM ................................................................................ 22
9. IC BLOCK DIAGRAMS............................................................................................ 23
10. PARTS LISTING ....................................................................................................... 27
11. PCB LAYOUT............................................................................................................ 47
12. SCHEMATIC DIAGRAM ......................................................................................... 50
3
1. SPECIFICATIONS FOR 700 SERIES COLOR MONITOR
1. CRT
17inch 90 Degrees Defection, 0.27mm Dot Pitch, Non-Glare Screen. Display Size:320(H)×240(V)mm
2
(max.)
2. Scanning Frequencies
Horizontal 30KHZ～70KHZ
Vertical 50～120HZ
3. Input Video Signal
Mode 1 Mode 2 Mode3 Mode 4 Mode 5
RGB Analog RGB Analog RGB Analog RGB Analog RGB Analog
Horiz. Sync:
TTL Level TTL Level TTL Level TTL Level TT L Le ve l
Negative Negative Positive Positive Negative
Vert. Sync:
TTL Level TTL Level TTL Level TTL Level TT L Le ve l
Negative Negative Positive Negative Positive
Mode 6 Mode 7 Mode 8 Mode 9 Mode 10
RGB Analog RGB Analog RGB Analog RGB Analog RGB Analog
Horiz. Sync:
TTL Level TTL Level TTL Level TTL Level TT L Le ve l
Positive Positive/Negative Positive Positive Positive
Vert. Sync:
TTL Level TTL Level TTL Level TTL Level TT L Le ve l
Positive/Negative Positive Positive Positive Positive/Negative
4. Resolution
Horizontal:
640 (H) 640 (H) 800 (H) 800 (H) 1024 (H)
Vertical :
480 (V) 480 (V) 600(V) 600(V) 768 (V)
Fh (KHz):
31.6 37.7 37.9 46.9 48.4
Fv (Hz) :
60 75 60 85 60
Horizontal:
800 (H) 1024 (H) 1024 (H) 1280(H) 1024(H)
Vertical :
600 (V) 768 (V) 768(V) 1024(V) 768 (V)
Fh (KHz):
53.6 56.7 60.1 64.2 69.2
Fv (Hz) :
85 70 75 60 85
5. External Control
7001D: Power on/off Switch, +/-、OSD、Enter Key; 700E: Power on/off Switch, Encode OSD Switch. OSD
Menu: Contrast, Brightness, H-Size, H-Phase, V-Size, V-Phase, Pincushion, Trapezoid, Parallelogram, Pin Balance,
Rotation, Zoom, V.C. Linear, V.S Linear, Color, Recall, OSD Pos, Language, Deguass, Volume, Exit, Reset,
R,G,B adjustment.
6. Misconvergence
Center: 0.3 mm Max.
Corner: 0.4 mm Max.
7. Video Bandwidth: 110 MHz Max
8. Power Source:
Switching Mode Power Supply
AC 100 ~240V, 50/60Hz Universal Type
9. Operating Temperature: 5℃ to 40℃ Ambient
4
10. Humidity:
20﹪ to 85﹪ Relative, Non-C ondensing
11
• Weight:
17″(700E/7001D): 16.5Kgs(Net), 19Kgs(Gross)
12. Carton Dimensions
17″(700E/7001D): 542(L) ×485(W) ×470(H) ㎜
3
13. External Connection:
15 Pin D-type Connector
AC Power Cord
14. Regulations: FCC, CE, CCEE.
2. PRECAUTIONS AND NOTICES
2-1 SAFETY PRECAUTIONS
1. Observe all caution a nd safet y related notes located inside the display cabinet.
2. Operation of the display with the cover removed, may cause a serious shock hazard from the display power
supply. Work on the display should not be attempted by anyone who is not thoroughly familiar with precautions
necessary when working on high voltage equipment.
3. Do not install, remove or handle the picture tube in any manner unless shatterproof goggles are worn. People
who are not so equipped should be ke pt away while handli ng picture tube. Ke ep picture tube away fro m the
body while handling.
4. The picture tube is constructed to limit X-RAY radiation to 0.5 mR/HR. For continued protection, use the
designated replacement tube only, and adjust the voltages so that the designated maximum rating at the anode
will not be exceeded.
5. Before returning a serviced display to the customer, a thorough safety test must be performed to verify that the
display is safe to operate without danger or shock. Always perform an AC leakage current check on the exposed
metallic parts of the cabinet, such as screw heads.
Test method for current leakage is described as follow.
(a) Plug the AC line cord directly into rated AC outlet (do not use a line isolat ion transformer during this
check).
(b) Use an AC voltmeter having 5000 ohms per volt or with more sensitivity in the following manner:
Connect a 1500 ohms 10 Watt resistor, paralleled by a 0.15UF, AC type capacitor between a known good
earth ground (water pipe, conduit, etc.) and the exposed metallic parts simultaneously. Measure the AC
voltage across the combination of 1500 ohms resistor and 0.15UF capacitor.
(c) Reverse the AC plug at the AC outlet and repeat AC voltage measurements for each exposed metallic part.
(d) Voltage measured must not exceed 0.5 volts RMS. T his corresponds to 0.35 milliamp AC. Any value
exceeding this limit constitutes a potential shock hazard and must be corrected immediately.
2-2 PRODUCT SAFETY NOTICE
Many electrical and mechanical parts in this chassis have special safety visual inspections and the protection afforded
by them cannot necessarily be obtained by using replacement components rated for higher voltage, wattage, etc.
Before replacing any of these components read the parts list in this manual carefully. The use of substitute
replacement parts which do not have the same safety characteristics as specified in the parts list may create shock,
fire, X-RAY radiation or other hazards.
2-3 SERVICE NOTES
1. When replacing parts or circuit boards, clamp the lead wires around terminals before soldering.
2. When replacing a high wattage resistor (more than 1/2W of metal oxide film resistor) in circuit board, keep the
resistor about 10㎜ (1/2 in) away from circuit board.
3. Keep wires away from high voltage or high temperature components.
3. Keep wires in their original position so as to reduce interference.
5
2-4 HIGH VOLTAGE WARNING
Operation of monitor outside of cabinet or with back removed may cause a serious shock hazard. Work on this model
should only be performed by those who are thoroughly familiar with precautions necessary when working on high
voltage equipment.
Exercise care when servicing this chassis with power applied. Many B plus and high voltage terminals are exposed
which, if carelessly contacted, can cause serious shock or result in damage to the chassis. Maintain interconnecting
ground lead connections between chassis and picture tube dag when operating chassis.
Certain HV failures can increase X-ray radiation. Monitor should not be operated with HV levels exceeding the
specified rating for the chassis type. The maximum operating HV specified for the chassis used in this monitor is
24.5KV
± 1KV
With a line voltage of 100/240 VAC. Higher voltage may also increase possibility of failure in HV supply.
It is important to maintain specified values of all components in the horizontal and high voltage circuits and
anywhere else in the monitor that could cause a rise in high voltage or operating supply voltages. No changes should
be made to the original design of the monitor. Components shown in the shaded areas on the schematic should be
replaced with exact factory replacement parts. The use of unauthorized substitute parts may create a shock, fire or
other hazard.
To determine the presence of high voltage, use an accurate, high impedance, HV meter connected between second
anode lead and CRT dag grounding device. When servicing the High Voltage System, remove static charge from it
by connecting a 10K ohm resistor in series with an insulated wire (such as a test probe) between picture tube dag and
2nd anode lead.(AC line cord disconnected from AC power outlet.)
The picture tube used in this monitor employs integral implosion protection. Replace with tube of the same type
number for continue safety. Do not lift picture tube by the neck. Handle the picture tube only after discharging the
high voltage co mp let el y.
6
3. OPERATING INSTRUCTIONS
This proce dure gives you instructions for installing.
1. Position the display on the desired operation and plug the power cord into a convenient AC outlet. Three-wire
power cord must be shielded and is provided as a safety precaution as it connects the chassis and cabinet to the
electrical conduit ground. If the AC outlet in your location does not have provisions for the grounded type plug,
the installer should attach the proper adapter to ensure a safe ground potential.
2. Connect the 15-pin color display shielded signal cable to your signal system device and lock both screws on the
connector to ensure firm grounding. The connector information is as follow:
15 - Pin Color Display
Signal Cable
PIN NO.
DESCRIPTION
PIN NO.
DESCRIPTION
1. RED 9. NC
2. GREEN 10. GND
3. BLUE 11. SYNC. GND
4. GND 12. SDA
5. GND 13. HORIZ. SYNC
6. GND-R 14. VERT. SYNC
7. GND-G 15. SCL
8. GND-B
3. Apply po wer to the displa y by turning the power switch to the "ON" po sition and allow about thirty seconds for
display tube warm-up. The Power-On indicator lights when the display is on.
4. With proper signals feed to the display, a pattern or data should appear on the screen, adjust the brightness and
contrast to the most pleasing display.
5. This monitor has po wer saving function following the VESA DPMS. Be sure to connect the signal cable to the
PC.
1
6
11 15
5
10
7
4. ADJUSTMENT
4-1 ADJUSTMENT CONDITIONS AND PRECAUTIONS
1. Approximately 30 minutes should be allowed for warm up before proceeding.
2. Adjustments should be undertaken only on those necessary elements since most of them have been carefully
preset at the factory.
4-2 MAIN ADJUSTMENTS
7001D MODEL:
NO.
FUNCTION LOCATION DESIGNATION
1. 12V ADJ PCB - MAIN VR701
2. DDB+ 67VADJ PCB - MAIN VR602
3. R.B. DRIVE FACTORY PRESET AT THE FACTORY
4. R.G.B. CUT-OFF FACTORY PRESET AT THE FACTORY
5. ABL ADJ PCB – KEY VR603
6. + KEY PCB – KEY SW1
7. - KEY PCB – KEY SW2
8. OSD KEY PCB – KEY SW4
9. ENTER KEY(
←
KEY) PCB – KEY SW3
700E MODEL:
NO.
FUNCTION LOCATION DESIGNATION
1. 12V ADJ PCB - MAIN VR701
2. DDB+ 67VADJ PCB - MAIN VR602
3. R.B. DRIVE FACTORY PRESET AT THE FACTORY
4. R.G.B. CUT-OFF FACTORY PRESET AT THE FACTORY
5. ABL ADJ PCB – KEY VR603
6. ENCODE OSD SWITCH PCB – KEY EN301
4-3 ADJUSTMENT METHOD
1. 12V, DDB+ & HV protection voltage adjustment:
A. Chroma-2000 Signal generator or PC equivalent, set mode 1( VGA 640×480) pattern 1.
B. Connect a DC voltage meter between J127 and ground, then adjust VR701 to be 12VDC.
C. Connect a DC voltage meter between FBT Pin5 and ground, then adjust VR602 to be 67 VDC.
2. Factory preset timings adjustment:
A. Turn on the monitor.
B. You can turn off the monitor and then turn on it, at the same time, you must press the Encode OSD Switch
(700E model) or Enter Key(7001D model) until the monitor is turned on again.
C. Rotating the Encode OSD Switch or Pressing the +/- Key, you can select one of the twenty-eight functions.
Pressing Encode OSD Switch/ENTER Key again then rotating the Encode OSD Switch or pressing +/- Key,
you can set the factory presetting parameter value to your satisfaction.
D. Then you turn off the monitor, the factory preset timings adjustment is finished.
8
3. White balance and luminance adjustment:
A. Bias (low light) adjustment:
<Ⅰ> 9300°K Color temperature
<a> Enter factory Setting menu, and select 9300°K Color temperature.
<b> Input Signal F5 (Background Adj. Signal)/mode 1 (640×480 Fh: 31.6KHZ)
<c> Image Size: 700model H:300 ±5mm V:225±5mm
<d> Set to the center position.
<e> Brightness set to max., Contrast set to max., Adjust FBT Screen VR to make Y=0.6±0.2cd/m
2
, adjust
to make x=281±10, y=311±10.
<Ⅱ> 6500°K Color temperature
The adjustment method is similar to <Ⅰ>, but x=313±10, y=329±10.
B. Gain (high light) adjustment.
<Ⅰ> 9300°K Color temperature.
<a> Enter factory setting menu, and select 9300°K color temperature.
<b> Input Signal 7(Display White Screen Signal) / mode 1 (640×480 Fh: 31.6KHZ)
<c> Image Size: 700 model H=300±5mm V=225±5mm
<d> Set VR603/604 to the enter position
<e> Contrast set to max., adjust brightness to make Y=45±3cd/m
2
. Select menu, adjust R/B gain to
make x=281±10, y=311±10.
<Ⅱ> 6500°K Color temperature
The adjustment method is similar to <Ⅰ>, but x=313±10, y=329±10.
C. Recheck item A&B to make sure both of them in spec.
D. Full white luminance and block white luminance.
<a> Brightness set to max., contrast set to max., select 9300°K color temperature from user menu.
<b> Input signal F9(Display Center Block Signal)/mode 1 (640×480 Fh: 31.6KHZ)
<c> Set VR604 to make Y=180
<d> Input signal 7 (Display White Screen Signal)/mode 1 (640×480, Fh: 31.6KHZ)
<e> Set VR603 to make Y=85±5cd/m
2
.
4. Focus adjustment:
A. Set mode 5 (1024×768, Fr: 48.4KHZ) with character full page.
B. Adjust external brightness to raster cutoff and external contrast to max., then adjust focus VR1&VR2 to
make the display be focused very well.
5. Purity adjustment
A. Be sure that the display is not being exposed to any external magnetic fields.
B. Ensure that the spacing between the Purity, Convergence, Magnet, (PCM), assembly and the CRT stem is 29
㎜ .(See below diagram)
C. Produce a complete, red pattern on the display. Adjust the purity magnet rings on the PCM assembly to obtain a
complete field of the color red. This is done by moving the two tabs in such a manner that they advance in an
opposite direction but at the same time to obtain the same angle between the two tabs, which should be
approximately 180.
D. Check the complete blue and complete green patterns to observe their respective color purity. make minor
adjustments if needed.
GB R
B
R
+20
-10
cd/
m
2
R
G
B
9
RELATIVE PLACEMENT OF TYPICAL COMPONENTS
Purity Magnets
Deflection Yoke
4-pole Convergence Magnets
6-pole Convergence Magnets
6. Convergence adjustment
A. Produce a magenta crosshatch on the display.
B. Adjust the focus for the best overall focus on the display.
Also adjust the brightness to the desired condition.
C. Vertical red and blue lines are converged by varying the angle between the two tabs of the 4 pole magnets on
the PCM assembly. (See above diagrams)
D. Horizontal red and blue lines are converged by varying the two tabs together, keeping the angle between them
constant.
E. Produce a white crosshatch pattern on the display.
F. Vertical green and magenta lines are converged by varying the angle between the two tabs of the 6-pole
magnets.
G. Horizontal green and magenta lines are converged by varying the two tabs together, keeping the angle between
them constant.
10
5. CIRCUIT DESCRIPTION
5-1 MICRO CIRCUIT
IC301 is CPU, This CPU has the following functions.
1. De tect timing mode b y sensing the horiz ontal frequency, vertical freque ncy, the polarity o f Hor. Sync and Ver .
Sync.
2. Keyboard scan control.
3. Geometry control internal D/A converters and I
²C bus control.
4. Cs capacitor switch control.
5. Power saving control.
When CPU detects timing, it takes data from E
²PROM (IC302), then output voltage to control the geometry of this
monitor.
If key is pressed, the CPU will do some job according to the key function. For example, if OSD key is pressed, it can
change different value to control screen geometry (H-SIZE, V-SIZE...etc.)
5-2 DEFLECTION CIRCUIT
Hor. sync. and Ver. sync. come from PC, go into the CPU (IC301). The output goes to the Hor. oscillation and Ver.
oscillation processor (IC601). The IC601 treats sync. Signal and output the drive signal to horizontal and vertical
output circuit. IC601 also generates some functions for geometry use, like, horizontal center, vertical size, by I
²C bus
control, the geometry can be controlled. IC501 is a vertical output IC to supply the vertical scan. Q605, Q606, Q607
and L604 are the horizontal size controls. Q604 is the horizontal deflection output, supply the horizontal scan of the
monitor. Q623, Q624 and Q625 generate the Blanking signal output to G1 of CRT.
Q619,Q620,Q621 and Q622 are mute control, brightness control and G1 DC voltage output.
5-3 VIDEO CIRCUIT
IC801 is a video amplifier, clamping signal input from pin No. 11 to restore the DC voltage of video signal, the signal
output from IC801 pass through IC802 Video package amplifier stage LM2439T, then go to the cut off DC restore
stage, The video output signal is about 40Vpp.
5-4 POWER SUPPLY
The design uses a discontinuous flyback topology operating in current-mode resulting in a multiple output switcher
with stack well. Faster diodes are used. The fast transient response of the control loop maintains picture integrity. Very
fast current limiting protects the switcher agains short circuits.
UC3842 (IC701) is the current mode controller selected. It offers feed forward compensation, feedback error amplifier,
and low voltage lock out features. The 3842 draws very little current is start up mode. There is enough power from the
line bleeder to slowly charge a capacitor to the 16 volts needed to start the switcher.
The FET starts a cycle by allowing current to flow into the primary of the power transformer. As current ramps up
with time, the voltage across the current sense resistor (R706) also ramps to a point where the 3842 determines that
enough power is stored and turns off the FET. As the voltage on the transformer reverses, power is dumped from the
main power transformer through diodes into the different supplies. To keep RFI to a minimum and reduce transistor
heating, a turn-off snubber network is placed across the FET. Current from the secondary windings are rectified and
filtered to freate the desired voltages. Small high current capacitors quickly return charging current to the source. Filter
inductors remove high frequency noise.
11
5-5 TRANSISTOR & DIODE CIRCUIT
LOCATION
CIRCUIT FUNCTION DESCRIPTION
D701 ~ D704 Bridge Rectifier for AC Source
D705、D706 Clamp Diode for Snubber CKT
D713 Rectifier for Output Voltage
D714 Rectifier for Output Voltage
D715 Rectifier for Output Voltage
D716 Rectifier for Output Voltage
D717 Rectifier for Output Voltage
D603 Forward Bias when Q603 Turn-off to Protect B+ Block CKT
D707 B+ Feed Back Rectifier from F.B.T Pulse
Q705, Q706 Use for Off-Mode to Cut-off 6.3V Supply Voltage
Q707, Q708 Use for Standy-By or Suspend Mode to Cut-off 12V Supply Voltage
Q702, Q703 Push-Pull Topology to Drive Q704
Q603 HOR. Driver Transistor
Q610 As a Switcher for H-Size Correction CKT
Q605, Q606 As Differential Amp. to Drive Q607
Q607 Darlington Transistor for H-Size Control
Q619 As a Switcher to Mute Screen when Abnormal Qccurring
Q620, Q621,Q622 Unit Brightness Control CKT
Q624, Q623,Q625 Develop Blanking Signal
Q802 A Amplifier to Corection and Support Clamp Signal
12
6.TROUBLE SHOOTING CHART
6-1 NO RASTER, CRT RELATIVE CIRCUIT PROBL EMS
BRIGHTNES S SET TO MAX.
THEN CHECK CR T G1 VOLT A GE
NGNGNG
LESS THAN 300 V
NG
NG
OK
OK
OK
OK
OK
CHECK THE HIGE VOLT AGE
CHECK THE VOLT A GE OF CR T
HEATER ABOUT 6.3V
CHECK VOL T A GE OF TH E CR T
CHECK BRIGHTNESS CIRCUIT
CHECK POWER SA VIN G CIRCUIT ,
"ABNORMAL DIS PLA Y"
CHECK FBT . D 846,C826
Q620, Q621, Q622 RELA TIVE CKT.
REFER I TEM 8 -2
CA THODE ABOUT 40V TO 60V
CHECK MAIN PC BOARD
CHECK SCREEN VOLT AGE ABOUT
400V TO 600V
OF CR T ABOU T 23.5 ~ 25KV
IC701,Q701
RELA TIVE CIRCUIT Q705, Q706
CHECK CRT'S HEATER
75V, 12V
CHECK F AILSAF E CKT Q603, Q604
RELA TIV E CKT .
13
2.ABNORMAL VIDEO LEVEL ON SCREEN
OK
NGOKNG
NG
OK
OK
CHECK THE V OL T A GE OF IC 801
CHECK THE SIG NAL INPUT OF R.G.B.
ABOUT 0.7Vpp
CHECK THE VI DEO O UTPUT OF IC801
R.G.B. APPROACH STANDARD
CHECK SIGNAL CA BLE OR
INTERFACE CARD
CHECK THE RELATIVE CIRC UIT
CHECK IC80 1 PIN 1 1 ABOUT 10Vpp
PIN 13, 15, 18 A BOUT 3Vpp
PIN 2, 16 ABOU T 8V
CHECK 8V RELATIVE CIRCUIT
OF Q802 OR CLA MP
CHECK IC801, Q802
NG
3. ABNORMAL DDC (PLUG & PLAY)
OK
NG
CHECK IC301 PIN 10、PIN11 VOL T AGE ABOUT 5V
CHECK SIGNAL CABLE
CHECK IC30 2 GOOD OR FA IL
14
6-2 ABNORMAL DISPLAY
1.NO SIGNAL ON SCREEN
CHECK FBT RELATIVE
CIRCUIT
CHECK CRT RELATIVE
CIRCUIT OR REFER ITEM 7-1
LESS THAN 400V
EXCEED 600V
OK
NG
NG
OK
OK
NGOKNG
CHECK THE OU TPUT VOL T AGE
CHECK THE B+ VOLTA GE OF
CHECK THE V OL T A GE OF C R T
CA THODE ABOUT 40Vpp
CHECK THE V OL T A GE OF F BT SCREE N
ABOUT 400 TO 600V
CHECK THE RELATIVE CIRCUIT
CHECK THE 12V PIN
OF SMPS ON MAIN PCB
RELA TIVE CIRCUIT
OF P803 CONNECTOR
OF IC801 PIN 13, 15, 18 A BOUT 3Vpp
CHECK THE 80V RE LA TIVE CIR CUIT
CHECK VIDE O IC VC C ABOU T 8V
VIDEO PCB ABOUT 75V
OF Q802 & IC801
CHECK THE IC80 2
15
6-3 NO BLANKING
N
G
OK
CHECK TH E RELATIVE
CIRCUIT OF BLANKING
CHECK G1 R ELATIVE CIRCUIT
P803 PIN4 ON VIDEO PCB
CHECK THE RELATIVE CIRCUIT
OF Q623,Q624,Q625 ON MAIN PCB
CHECK C825, R845 ON VIDEO PCB,
6-4 HOR./OSC/DEF/HV CIRCUIT FAULT
1. NO RASTER (DISCONNECT WITH SIGNAL CABLE)
N
G
OK
OK
OK
NG
NGN
G
CHECK THE C OLLECT OR VOLTA GE
CHECK THE C OLLECT OR VOLTA GE
RELA TIVE CIRCUIT
RELA TIV E CIRCUIT
OF Q603 ABOUT 60Vp p
CHECK Q603, T601
CHECK T601, T602, Q604 Q603,
CHECK IC60 1 PIN 29 R ELATIVE CIRCUIT
OF Q604 ABOUT 1250V pp A T FH:31KH z
D605, C618, C619, H -DY, DDB+
CHECK IC601 PIN 4 ~ 7, PIN 13
CHECK IC60 1 PIN 29 A BOUT 1 1.5 VD C
CHECK IC601 P IN 26 W AVE
FORM ABOUT 11.5Vpp
16
6-5 ABNORMAL HORIZONTAL DEFLECTION
1. ABNORMAL HORIZONTAL SIZE
NG
O
K
CHECK THE RELA TIVE CIRCUI
T
CHECK THE RELA TIVE
CIRCUIT OF SMPS.
CHECK FBT VOLTAGE ABOU
T
OF Q605, Q606, & Q607
67V A T FH=31KHz
CHECK THE HV OF CR
T
ABOUT 24.5KV
READJUST H-SIZE FUNCTION
2. ABNORMAL HORIZONTAL RASTER CENTER
CHECK D606, D607, Q617,Q618 VR601, R683 , L60
6
3. ABNORMAL HORIZONTAL VIDEO CENTER
RELATIVE CIRCUI
T
NG
SET H-CENTER TO CEN TER
CHECK I C 601 PI N 4, 7
4. ABNORMAL HORIZONTAL LINEARITY
& DY IC301 PIN1-
4
CHECK L603, Q614, Q615, Q616
17
6-6 ABNORMAL VERTICAL SCANNING
1. ABNORMAL VERTICAL SIZE
OK
NGOKNG
READJUST V-SIZE FUNCTION VALUE
READJUST V-SIZE FUNCTION VALUE
CHECK VERT . AMP CIRCUIT IC501
RELA TIVE CIRCUIT
CHECK THE V OL T A GE OF IC 301
NG
RELA TIVE CIRCUIT
CHECK THE IC601 A BOUT 11 .8V PIN 2
CHECK D501, R509 RELATIVE CIRC UIT
CHECK IC601 P IN 21, 22, 23
2. VERTICAL CENTER
READJUST V-CENTER FUNCTION VALUE
NG
CHECK IC601 & I C501 RELATIVE CKT
18
6-7 SIDE-PIN CUSHION DISTORTION
READJUST SIDEPIN FUNCTION VALUE
NG
RELA TIV E CKT .
CHECK IC601, Q605, Q 606, Q607
6-8 POOR FOCUS
READJUST FOCUS CONTROL
N
G
CHECK T901,Q 902, FOC US LEA D WI RE,
CRT SOCKET & CRT
19
6-9 POWER SUPPLY TROUBLE SHOOTING CHART
BEFORE CHECK SW.REG. PLEASE REFER TO THE POWER SUPP LY BLOCK DIAGRAM
POWER SUPPLY OUTPUT: (A) VARIABLE OUTPUT : 67V - 168V
(DEPENDING UPON H.SYNC FREQUENCY)
(B) CONSTANT OUTPUT : 6.3V, 12V, -12V, 75V
BRIGHTNESS SET TO MAX.
THEN CHECK CRT G1 VOLTAGE ABOUT-40V
NGNGN
G
LESS THAN 300V
NGN
G
OK
OK
OK
OK
OK
CHECK THE HIGE VOL T AGE
CHECK THE VOLT AGE OF CRT
HEA TER ABOUT 6.3V
CHECK VOLT AGE OF THE CRT
CHECK BRI GHTNE SS CIRC UIT
CHECK POWER SA VING CIRCUIT ,
"ABNORMAL DISPLA Y"
CHECK F AI LSAFE CK T IC601
CHECK FBT. R846, C826
Q620, Q621, Q62 2 RELATIVE CKT .
REFER ITEM 8-2
CA THODE ABOUT 40V TO 60V
CHECK MAIN PC BOARD
CHECK SCREEN VOL TAGE ABOUT
400V TO 600V
Q707, Q708
PIN 2 RELA TIVE CKT.
RELATIVE CIRCUI T Q705, Q706
CHECK CR T'S HEATER
OF CRT ABOUT 23.5 ~ 25.5KV
67 V, 2 0V, 12 V
7.
7. 7.
7. MECHANICAL OF CABINET FRONT DIS-ASSEMBLY
20
21
8. BLOCK DIAGRAM
8-1. DEFLECTION BLOCK DIAGRAM
CRTB
G
R
IC802
LM2439T
IC801
LM1279N
PRE.AMP .
SIGNA
L
CABLE
B
R
GHV
FUNCTION KEY
+/- OR ENCODE
OSD SWITCH
IC301
CPU
IC501
TDA8172
VERT .O/P
Q603,Q624,Q625
BLANKING CIRCUIT
Q60
6
,Q605,Q607
PINCUSHION &
H-SIZE CONTRO
L
Q705,Q706
Q707,Q708
POWE
R
IC601
TDA9109
VERT.&HOR.OS
C
G
BR
IC803
OSD-1 IC
X-RAY PROTECTION
Q603,T601
HOR.DRIVER
Q604,T602 (FBT)
HOR.O/P
FOCUSG2HVG1
EHT
24.5KV
22
8
88
8-2. SMPS BLOCK DIAGRAM
12
V
-12
V
6.3V12V
8.5V
Q707
Q708
Q705
Q706
OUTPUTS
25 26
IC301
67V-168V
VAR I AB LE
B+
OUTPUT
RECTIFIED
&
SMOOTHED
Q704
POWER
MOSFET
B+PWM
CONTROL
IC601
Q702,Q703
OUTPUT
RECTIFIED
&
SMOOTHED
VARI.
TRANSFO RMER
L71
5
T701
POWE
R
FROM
H.O.T
Q701
POWER
MOOSFET
H-SYNC
CONTROL
RECTIFIE
D
&
SMOOTHED
RECTIFIED
&
SMOOTHE
D
STAR T
R708,R709
DEGAUSSING
C.K.T
POWER
ON/OFF
SWITCH
LINE
FILTER
AC INPUT
100-240V
H-SYNC
C.K.T
VCC
VIN
F.B
O/P
7
4
3
68
2
CONTRO
L
&
PWM O/P
IC701
23
9. IC BLOCK DIAGRAMS
IC301
MTV112MN3
2
IC802 LM2439T
IC802 LM2439T IC802 LM2439T
IC802 LM2439T
20
3
4
1
5
6
7
11
8
10
9
12
14
1
3
1
7
18
16
1
9
1
5
21
22
2
3
24
25
26
302928
2
7
31
333234363539
38
3
7
2
4
0
CS1
CS4
CS3
CS2
WRITE PROTECT
KEY
KEY
SELECT
RESET
HSCL
SDA
HSDA
H.SYNC
SCL
V.SYNC IN
H-OUT
V-OUT
OSC
OSC
GND
POWER INDICATE
SYSTEM SETUP
TEST
ROTATION
DEGUASS
MUTE
VDD
BRIGHTNESS
H-SIZE
CONTRAST
KG
KB
KR
RD
GD
VOLUME
BD
SUSPEND
STAND BY
SYSTEM SETUP
9
8
7
6
4
3
2
1
Vout 1
Vout 3
Vout 2
VCC
GND
VBB
Vin 1
Vin 3
Vi
n
2
24
IC601 TDA9302H
7
1
2
635
+-A
MPLITIER
POWER
PR
OTECTIO
N
THERMAL
GENERATOR
FL YBAC
K
HV GENERATOR
4
8
VSS
VCC
SCLSDA
65
WP
7
R.W CONTROL
SENSE AMP
Y
DEC
XDEC
PA GE LATCHES
(128X8)
EEPROM ARRA Y
MEMORY
LOGIC LOGIC
CONTROL CONTROL
I/O
IC302 24C04
IC302 24C04
IC803 OSD-1 IC
8
7
4
6
5
3
2
1
9
10
11
12
13
14
15
16
SCL
SDA
NC
H-SYNC
OSC
OSC
OSC
OSC GND
OSD R
OSD G
OSD B
NC
NC
VCC
V.SYNC
25
IC901 3842
VCC
GND
O/P
Ct/Rt
Is
COMP.
F.B
Vref 8
2
1
3
4
6
5
7
U.V.L.O.
36V
1V
1/2 Vref
OSCILLATOR
LATCH
PWM
S
R
COMP
C.S.
1/3
AMP
ERR
LOGLC
RESET
SET/
Vref
5V
BIAS
INTERNAL
IC801 LM1279
IC701 3842
1
2
3
4
7
5
6
9
10
8
11
12
16
13
15
14
19
17
20
18
RED OSD IN
VCC1
RED VIDEO IN
R CLAMP CAP
GREEN VIDEO IN
GROUND
G CLAMP CAP
VID CONTRAST
B CLAMP CAP
BLUE VIDEO IN
GREEN OUT
BLUE OUT
GREEN DRIVE
BLUE DRIVE
CLAMP PULSE
GREEN OSD IN
BLUE OSD IN
RED OUT
RED DRIVE
VCC2
26
11
19
17
29
25
14
28
15
16
10
9
24
HGND
VGND
BGND
VCC
XRAY
COMP
HFOCUSCAP
B+OU
T
REGIN
Isense
FOCUS
EWOU
T
HOU
T
28
HOUT
BUFFER
SAFETY
PROCESSOR
B+
CONTROLLER
(lntemal
Reference 7bits)
H-DUTY
(5 bits)
PHASE
COMPARA TOR
SYNC
INPUT
SELECT
(
1bit
)
SYNC
PROCESSOR
I2C
INTERFACE
+
X
2
+
+
VAMP
6 bits
X
X
2
Keyst
6 bits
Spin Ba
l
6 bits
GEOMETRY
TRACKING
PCC
7 bits
VERTICA L MOIR
E
CANCEL
5 BITS+ON/OFF
VSYN
C
VERTIC A
L
OSCILLA TO R
RAMP GENERATOR
VPO
S
7 bits
S AND
C
CORRECTION
6 bit
s
6 bit
s
RESE
T
GENERATOR
Vref
Vref21
13
30
31
27
32
1
2
3
H/HVIN
VSYNCIN
H LOCK
OUT
SD
ASCL
GND
5
V
Href
Vref
+
X
2
X
2
VAM P
7 bits
Key Ba
l
6 bits
PHASE/FREQUENCY
COMPARA TOR
H-PHASE(7 bits)
VCO
PHASE
S
HIFTER
7
4
12586
PLL2CHELYCOROHPOSITIO
N
PLL1
F
LOCK/UNLO CK
IDENTIFICATION
SAFE FREQ
2bits
FREE
RUNNING
231822 20
V outBREA TH
V AGC
CAP
V
CAP
Amp &
SYMMETRY
2×5bits
10. PARTS LISTING
PARTS LIST OF CABINET
IC601
9109/2511
27
PART No. SPECIFICATION LOCATION REMARKS
003-000-700E Plastic Material Code Label
005-000-700E Carton
005-002-7001D Carton FOR 7001D
400-117-D200 17″CRT
441-001-700E Rotation Coil
550-001-700E Lens for LED
600-151-0301X 1500mm Power Cable
6 10-151-1321X 1500mm Signal Cable
627-001-6417 CRT Grounding Wire
640-003-0020 3.0×20mm Shrinking Tube
641-002-1512 150mm Black Wire Tie
650-651-0102 Signal Cable Clip
726-001-400T Switch Spring
751-001-700E Front Panel
751-001-7001D Front Panel FOR 7001D
751-002-700E Back Cover
751-003-500T Plastic Base
751-003-7001D Plastic Base FOR 7001D
751-004-500T Plastic Swivel
751-006-700E Knob for Encode Switch
751-007-700E Power Switch Button
751-007-7001D Power Switch Button FOR 7001D
751-008-400T Rubber Foot Washer
752-001-700EL Left Bracket for PCB
752-002-700ER Right Bracket for PCB
754-003-500D Plastic push button FOR 7001D
760-001-700L Left Polyfoam
760-001-700R Right Polyfoam
760-002-71LT Left&Top Polyfoam
760-002-71RT Right&Top Polyfoam
760-002-701B Bottom Polyfoam
770-200-400T PE Bag for Plastic Base
770-202-700E Inner Package Bag
770-205-700E PE Bag for Manual
782-000-700E Manual
782-000-7001D Manual FOR 7001D
786-002-500T KTC Plastic Brand
786-204-0011 Back Label
PARTS LIST OF MAINBOARD
PART No. SPECIFICATION LOCATION REMARKS
100-100-700E/D
PCB
110-100-0256 10Ω 1/2W ±5% CF R729
110-100-0256 10Ω 1/2W ±5% CF R730
28
110-101-0856 100Ω 1/8W ±5% CF R309
110-101-0856 100Ω 1/8W ±5% CF R310
110-101-0856 100Ω 1/8W ±5% CF R501
110-101-0856 100Ω 1/8W ±5% CF R601
110-101-0856 100Ω 1/8W ±5% CF R311
110-101-0856 100Ω 1/8W ±5% CF R514
110-101-0856 100Ω 1/8W ±5% CF R312
110-101-0856 100Ω 1/8W ±5% CF R513
110-101-0856 100Ω 1/8W ±5% CF R315
110-101-0856 100Ω 1/8W ±5% CF R690
110-101-0856 100Ω 1/8W ±5% CF R314
110-102-0856 1K 1/8W ±5% CF R336
110-102-0856 1K 1/8W ±5% CF R335
110-102-0856 1K 1/8W ±5% CF R643
110-102-0856 1K 1/8W ±5% CF R904
110-102-0856 1K 1/8W ±5% CF R608
110-102-0456 1K 1/4W ±5% CF R707
110-102-0456 1K 1/4W ±5% CF R681
110-102-0456 1K 1/4W ±5% CF R669
110-102-0456 1K 1/4W ±5% CF R722
110-102-0256 1K 1/2W ±5% CF R914
110-102-0256 1K 1/2W ±5% CF R720
110-103-0856 10K 1/8W ±5% CF R316
110-103-0856 10K 1/8W ±5% CF R321
110-103-0856 10K 1/8W ±5% CF R318
110-103-0856 10K 1/8W ±5% CF R323
110-103-0856 10K 1/8W ±5% CF R695
110-103-0856 10K 1/8W ±5% CF R694
110-103-0856 10K 1/8W ±5% CF R317
110-103-0856 10K 1/8W ±5% CF R688
110-103-0856 10K 1/8W ±5% CF R502
110-103-0856 10K 1/8W ±5% CF R687
110-103-0856 10K 1/8W ±5% CF R737
110-103-0856 10K 1/8W ±5% CF R693
110-103-0856 10K 1/8W ±5% CF R327
110-103-0856 10K 1/8W ±5% CF R328
110-103-0856 10K 1/8W ±5% CF R329
110-103-0856 10K 1/8W ±5% CF R665
110-104-0456 100K 1/4W ±5% CF R682
110-104-0456 100K 1/4W ±5% CF R620
110-104-0456 100K 1/4W ±5% CF R630
110-104-0456 100K 1/4W ±5% CF R624
110-104-0256 100K 1/2W ±5% CF R686
110-104-0256 100K 1/2W ±5% CF R679
110-105-0256 1M 1/2W ±5% CF R701
29
110-122-0456 1.2K 1/4W ±5% CF R910
110-123-0856 12K 1/8W ±5% CF R674
110-1R5-0256 1.5Ω 1/2W ±5% CF R507
110-150-0256 15Ω 1/2W ±5% CF R617
110-152-0856 1.5K 1/8W ±5% CF R675
110-152-0856 1.5K 1/8W ±5% CF R689
110-152-0856 1.5K 1/8W ±5% CF R668
110-152-0856 1.5K 1/8W ±5% CF R903
110-152-0856 1.5K 1/8W ±5% CF R673
110-152-0856 1.5K 1/8W ±5% CF R667
110-152-0256 1.5K 1/2W ±5% CF R515
110-154-0856 150K 1/8W ±5% CF R660
110-154-0456 150K 1/4W ±5% CF R622
110-154-0456 150K 1/4W ±5% CF R628
110-154-0456 150K 1/4W ±5% CF R626
110-182-0856 1.8K 1/8W ±5% CF R603
110-183-0856 18K 1/8W ±5% CF R308
110-220-0856 22Ω 1/8W ±5% CF R609
110-220-0856 22Ω 1/8W ±5% CF R735
110-220-0856 22Ω 1/8W ±5% CF R610
110-221-0856 220Ω 1/8W ±5% CF R657
110-221-0856 220Ω 1/8W ±5% CF R658
110-221-0856 220Ω 1/8W ±5% CF R319
110-221-0856 220Ω 1/8W ±5% CF R734
110-221-0856 220Ω 1/8W ±5% CF R659
110-221-0856 220Ω 1/8W ±5% CF J170
110-203-0856 20K 1/8W ±5% CF R691
110-203-0856 20K 1/8W ±5% CF R322
110-203-0856 20K 1/8W ±5% CF R670
110-222-0856 2.2K 1/8W ±5% CF R638
110-222-0456 2.2K 1/4W ±5% CF R740
110-222-0256 2.2K 1/2W ±5% CF R664
110-222-0256 2.2K 1/2W ±5% CF R725
110-223-0856 22K 1/8W ±5% CF R711
110-224-0856 220K 1/8W ±5% CF R713
110-243-0856 24K 1/8W ±5% CF R506
110-272-0856 2.7K 1/8W ±5% CF R676
110-272-0856 2.7K 1/8W ±5% CF R697
110-273-0856 27K 1/8W ±5% CF R662
110-274-0856 270K 1/8W ±5% CF R642
110-274-0856 270K 1/8W ±5% CF R647
110-332-0856 3.3K 1/8W ±5% CF R639
110-333-0856 33K 1/8W ±5% CF R671
110-333-0456 33K 1/4W ±5% CF R692
110-362-0856 3.6K 1/8W ±5% CF R684
30
110-363-0856 36K 1/8W ±5% CF R503
110-392-0856 3.9K 1/8W ±5% CF R611
110-392-0856 3.9K 1/8W ±5% CF R714
110-393-0856 39K 1/8W ±5% CF R650
110-4R7-0856 4.7Ω 1/8W ±5% CF R731
110-470-0856 47Ω 1/8W ±5% CF R906
110-470-0856 47Ω 1/8W ±5% CF R901
110-470-0856 47Ω 1/8W ±5% CF R715
110-470-0856 47Ω 1/8W ±5% CF R306
110-470-0856 47Ω 1/8W ±5% CF R307
110-471-0856 470Ω 1/8W ±5% CF R612
110-471-0856 470Ω 1/8W ±5% CF R304
110-471-0856 470Ω 1/8W ±5% CF R646
110-471-0856 470Ω 1/8W ±5% CF R685
110-471-0456 470Ω 1/4W ±5% CF R907
110-472-0856 4.7K 1/8W ±5% CF R716
110-472-0856 4.7K 1/8W ±5% CF R728
110-472-0856 4.7K 1/8W ±5% CF R651
110-472-0856 4.7K 1/8W ±5% CF R303
110-472-0856 4.7K 1/8W ±5% CF R334
110-472-0856 4.7K 1/8W ±5% CF R636
110-472-0856 4.7K 1/8W ±5% CF R633
110-472-0856 4.7K 1/8W ±5% CF R632
110-472-0856 4.7K 1/8W ±5% CF R635
110-472-0856 4.7K 1/8W ±5% CF R634
110-472-0856 4.7K 1/8W ±5% CF R637
110-472-0856 4.7K 1/8W ±5% CF R333
110-472-0856 4.7K 1/8W ±5% CF R732
110-472-0856 4.7K 1/8W ±5% CF R652
110-472-0856 4.7K 1/8W ±5% CF R727
110-472-0856 4.7K 1/8W ±5% CF R726
110-472-0856 4.7K 1/8W ±5% CF R672
110-472-0856 4.7K 1/8W ±5% CF R724
110-472-0856 4.7K 1/8W ±5% CF R723
110-472-0856 4.7K 1/8W ±5% CF R338
110-472-0856 4.7K 1/8W ±5% CF R302
110-472-0856 4.7K 1/8W ±5% CF R337
110-472-0856 4.7K 1/8W ±5% CF R332
110-472-0856 4.7K 1/8W ±5% CF R606
110-472-0856 4.7K 1/8W ±5% CF R604
110-473-0856 47K 1/8W ±5% CF R902
110-473-0856 47K 1/8W ±5% CF R325
110-473-0856 47K 1/8W ±5% CF R324
110-473-0856 47K 1/8W ±5% CF R326
110-473-0856 47K 1/8W ±5% CF R331
31
110-473-0856 47K 1/8W ±5% CF R641
110-473-0456 47K 1/4W ±5% CF R621
110-473-0456 47K 1/4W ±5% CF R631
110-473-0456 47K 1/4W ±5% CF R625
110-474-0456 470K 1/4W ±5% CF R678
110-474-0856 470K 1/8W ±5% CF R605
110-474-0856 470K 1/8W ±5% CF R623
110-474-0856 470K 1/8W ±5% CF R627
110-474-0856 470K 1/8W ±5% CF R629
110-475-0256 4.7M 1/2W ±5% CF R909
110-562-0856 5.6K 1/8W ±5% CF R504
110-562-0856 5.6K 1/8W ±5% CF R663
110-562-0856 5.6K 1/8W ±5% CF R505
110-681-0856 680Ω 1/8W ±5% CF R320
110-681-0856 680Ω 1/8W ±5% CF R733
110-681-0856 680Ω 1/8W ±5% CF R677
110-682-0856 6.8K 1/8W ±5% CF R512
110-750-0856 75Ω 1/8W ±5% CF R718
110-821-0856 820Ω 1/8W ±5% CF R511
110-822-0856 8.2K 1/8W ±5% CF R313
110-822-0856 8.2K 1/8W ±5% CF R661
110-823-0856 82K 1/8W ±5% CF R645
110-823-0856 82K 1/8W ±5% CF R905
110-823-0456 82K 1/4W ±5% CF R908
123-021-1R00
1Ω 1/2W ±1% Precision Resistor
R508
123-081-1652
16.5K 1/8W ±1% Precision Resistor
R717
123-081-1652
16.5K 1/8W ±1% Precision Resistor
R640
123-081-5101
5.1K 1/8W ±1% Precision Resistor
R680
123-081-8451
8.45K 1/8W ±1% Precision Resistor
R644
123-081-8451
8.45K 1/8W ±1% Precision Resistor
R602
113-1R0-3059 1Ω 3W ±5% MOF R616
113-103-1055 10K 1W ±5% MOF R4
113-103-3059 10K 3W ±5% MOF R705
113-104-2059 100K 2W ±5% MOF R708
113-150-3055 15Ω 3W ±5% MOF R619
113-154-2059 150K 2W ±5% MOF R913
113-2R2-1055 2.2Ω 1W ±5% MOF R721
113-220-3059 22Ω 3W ±5% MOF R301
113-R27-3059 0.27Ω 3W ±5% MOF R706
113-272-2059 2.7K 2W ±5% MOF R613
113-272-2059 2.7K 2W ±5% MOF R614
113-273-3055 27K 3W ±5% MOF R704
113-330-2059 33Ω 2W ±5% MOF R911
113-331-2059 330Ω 2W ±5% MOF R618
113-4R7-2059 4.7Ω 2W ±5% MOF R509
32
113-470-3059 47Ω 3W ±5% MOF R683
113-473-2059 47K 2W ±5% MOF R709
113-501-3059 500Ω 3W ±5% MOF R615
113-R51-2059 0.51Ω 2W ±5% MOF R510
113-R51-2059 0.51Ω 2W ±5% MOF R738
113-514-2059 510K 2W ±5% MOF R912
113-821-3059 820Ω 3W ±5% MOF R739
131-102-0577 1KB ±20% Ф 6 Horizontal VR701
131-102-0573 1KB ±20% Ф 6 Vertical VR602
131-102-0573 1KB ±20% Ф 6 Vertical VR605
131-103-0573 10KB ±20% Ф 6 Vertical VR601
131-103-0573 10KB ±20% Ф 6 Vertical VR604
131-503-0573 50KB ±20% Ф 6 Vertical VR603
116-472-0856
4.7K ±5% 6 Pins Resistor network
BR301
116-472-0859
4.7K ±5% 9 Pins Resistor network
BR302
116-472-0850
4.7K ±5% 10 Pins Resistor network
BR303
116-472-085A
4.7K ±5% 11 Pins Resistor network
BR304
118-8R0-0351 8Ω 3A 2pin NTC NTC701
119-9R0-0152 9Ω 3pin PTC PTC701
200-1R0-5023 1uF/50V ±20% 105℃ C323
200-1R0-5023 1uF/50V ±20% 105℃ C524
200-1R0-5023 1uF/50V ±20% 105℃ C731
200-1R0-0223 1uF/160V ±20% 105℃ C617
200-1R0-0223 1uF/160V ±20% 105℃ C616
200-100-5023 10uF/50V ±20% 105℃ C713
200-100-5023 10uF/50V ±20% 105℃ C321
200-100-5023 10uF/50V ±20% 105℃ C313
200-100-5023 10uF/50V ±20% 105℃ C319
200-100-5023 10uF/50V ±20% 105℃ C318
200-100-5023 10uF/50V ±20% 105℃ C317
200-100-5023 10uF/50V ±20% 105℃ C514
200-100-5023 10uF/50V ±20% 105℃ C316
200-100-5023 10uF/50V ±20% 105℃ C304
200-100-5023 10uF/50V ±20% 105℃ C315
200-100-5023 10uF/50V ±20% 105℃ C324
200-100-5023 10uF/50V ±20% 105℃ C310
200-100-5023 10uF/50V ±20% 105℃ C314
200-100-5023 10uF/50V ±20% 105℃ C613
200-100-5023 10uF/50V ±20% 105℃ C902
200-100-5023 10uF/50V ±20% 105℃ C635
200-100-5023 10uF/50V ±20% 105℃ C322
200-101-2523 100uF/25V ±20% 105℃ C714
200-101-2523 100uF/25V ±20% 105℃ C736
200-101-2523 100uF/25V ±20% 105℃ C507
33
200-101-2523 100uF/25V ±20% 105℃ C510
200-101-2523 100uF/25V ±20% 105℃ C634
200-101-2523 100uF/25V ±20% 105℃ C732
200-101-2523 100uF/25V ±20% 105℃ C640
200-101-2523 100uF/25V ±20% 105℃ C639
200-101-0123 100uF/100V ±20% 105℃ C726
200-102-2522 1000uF/25V ±20% 85℃ C720
200-2R2-5023 2.2uF/50V ±20% 105℃ C632
200-220-0323 22uF/220V ±20% 105℃ C642
200-221-1623 220uF/16V ±20% 105℃ C511
200-221-1623 220uF/16V ±20% 105℃ C301
200-221-2523 220uF/25V ±20% 105℃ C519
200-221-0522 220uF/400V ±20% 85℃ C705
200-4R7-5023 4.7uF/50V ±20% 105℃ C606
200-470-2522 47uF/25V ±20% 85℃ Back welded
200-470-2523 47uF/25V ±20% 105℃ C508
200-470-2523 47uF/25V ±20% 105℃ C729
200-470-2523 47uF/25V ±20% 105℃ C615
200-470-2523 47uF/25V ±20% 105℃ C643
200-470-2523 47uF/25V ±20% 105℃ C607
200-470-0123 47uF/100V ±20% 105℃ C725
200-470-0323 47uF/200V ±20% 105℃ C735
200-471-1623 470uF/16V ±20% 105℃ C721
200-471-1623 470uF/16V ±20% 105℃ C522
200-471-1623 470uF/16V ±20% 105℃ C520
200-471-1623 470uF/16V ±20% 105℃ C724
200-471-1623 470uF/16V ±20% 105℃ C723
200-471-1623 470uF/16V ±20% 105℃ C722
202-100-5022 10uF/50V ±20% BP C901
202-2R2-5023 2.2uF/50V ±20% BP C646
207-102-1262 1000pF/50V ±10% Y5P C708
207-102-1262 1000pF/50V ±10% Y5P C631
207-102-1262 1000pF/50V ±10% Y5P C611
207-102-1262 1000pF/50V ±10% Y5P C710
207-102-4262 1000pF/1KV ±10% Y5P C733
207-103-1472 0.01uF/50V ±20% Z5U C633
207-103-4472 0.01uF/1KV ±20% Z5U C706
207-104-1472 0.1uF/50V ±20% Z5U C715
207-104-1472 0.1uF/50V ±20% Z5U C312
207-104-1472 0.1uF/50V ±20% Z5U C625
207-104-1472 0.1uF/50V ±20% Z5U C521
207-104-1472 0.1uF/50V ±20% Z5U C608
207-104-1472 0.1uF/50V ±20% Z5U C626
207-104-1472 0.1uF/50V ±20% Z5U C523
34
207-104-1472 0.1uF/50V ±20% Z5U C610
207-104-1472 0.1uF/50V ±20% Z5U C641
207-104-1472 0.1uF/50V ±20% Z5U C513
207-104-1472 0.1uF/50V ±20% Z5U C509
207-104-1472 0.1uF/50V ±20% Z5U C302
207-104-1472 0.1uF/50V ±20% Z5U C512
207-104-1472 0.1uF/50V ±20% Z5U C303
207-104-1472 0.1uF/50V ±20% Z5U C612
207-104-1472 0.1uF/50V ±20% Z5U C506
207-104-1472 0.1uF/50V ±20% Z5U C305
207-104-1472 0.1uF/50V ±20% Z5U C647
207-104-1472 0.1uF/50V ±20% Z5U C311
207-104-1472 0.1uF/50V ±20% Z5U C624
207-221-4262 220pF/1KV ±10% Y5P C627
207-221-4262 220pF/1KV ±10% Y5P C628
207-221-4262 220pF/1KV ±10% Y5P C629
207-221-4262 220pF/1KV ±10% Y5P C718
207-221-4262 220pF/1KV ±10% Y5P C719
207-221-4262 220pF/1KV ±10% Y5P Back welded
207-222-1262 2200pF/50V ±10% Y5P C306
207-330-1752 33pF/50V ±5% NPO C308
207-330-1752 33pF/50V ±5% NPO C309
207-331-3262 330pF/500V ±10% Y5P C709
207-470-1262 47pF/50V ±10% Y5P C637
207-471-4262 470pF/1KV ±10% Y5P C645
207-471-4262 470pF/1KV ±10% Y5P C516
207-471-4262 470pF/1KV ±10% Y5P C904
207-471-4262 470pF/1KV ±10% Y5P C707
207-472-1262 4700pF/50V ±10% Y5P C517
207-821-1262 820pF/50V ±10% Y5P C648
205-681-0152 680pF/100V ±5% PF C603
209-562-2052 5600pF/2kV ±5% MPP C618
210-105-0252 1uF/250V ±5% MPP C623
210-154-0452 0.15uF/400V ±5% MPP C905
210-224-0152 0.22uF/100V ±5% MPP C518
210-224-0152 0.22uF/100V ±5% MPP C605
210-224-0452 0.22uF/400V ±5% MPP C621
210-334-0252 0.33uF/250V ±5% MPP C622
210-394-0252 0.39uF/250V ±5% MPP C620
210-473-0452 0.047uF/400V ±5% MPP C903
213-332-0122 3300pF/100V ±2% MPP C711
213-622-0652 6200pF/630V ±5% MPP C619
217-682-2572 6800pF/250VAC ±20% Y-CAP,UL C702
217-682-2572 6800pF/250VAC ±20% Y-CAP,UL C703
217-472-2572 4700pF/250VAC ±20% Y-CAP,UL C717
35
218-103-0252 0.01uF/250V ±5% PF C650
218-104-0252 0.1uF/250V ±5% MPF C644
218-104-0252 0.1uF/250V ±5% MPF C638
218-104-0252 0.1uF/250V ±5% MPF C636
218-154-0552 0.15uF/50V ±5% MPF C503
218-334-0552 0.33uF/50V ±5% MPF C609
218-474-0552 0.47uF/50V ±5% MPF C502
219-474-0262
0.47uF/250VAC ±10% MPP X-CAP,UL
C701
226-103-0152 0.01uF/100V ±5% PPF C604
226-103-0152 0.01uF/100V ±5% PPF C716
226-104-0152 0.1uF/100V ±5% PPF C515
226-104-0152 0.1uF/100V ±5% PPF C614
226-104-0152 0.1uF/100V ±5% PPF C730
226-223-0152 0.022uF/100V ±5% PP C602
300-008-700E MCU/700 MCU IC IC301
301-100-4C04 24C04 EEPROM IC302
304-100-9109/2511 TDA9109/KB2511 H/V IC
IC601
304-200-3842 UC3842 PWM IC IC701
304-900-8172 TDA8172 V-Amp IC IC501
305-001-7805 LM7805 Voltage Regulator IC IC303
310-002-A733 2SA733P TR. PNP Q605
310-002-A733 2SA733P TR. PNP Q709
310-002-A733 2SA733P TR. PNP Q702
310-002-A733 2SA733P TR. PNP Q626
310-002-A733 2SA733P TR. PNP Q601
310-002-A733 2SA733P TR. PNP Q606
310-012-B772 2SB772P TR. PNP Q705
310-012-B772 2SB772P TR. PNP Q707
310-013-B647 2SB647C TR. PNP Q617
310-023-4630 2SC4630 TR. NPN Q902
310-023-C945 2SC945P TR. NPN Q703
310-023-C945 2SC945P TR. NPN Q624
3 10-023-C945 2SC945P TR. NPN Q901
310-023-C945 2SC945P TR. NPN Q706
310-023-C945 2SC945P TR. NPN Q711
310-023-C945 2SC945P TR. NPN Q708
310-023-C945 2SC945P TR. NPN Q623
310-023-C945 2SC945P TR. NPN Q602
310-023-C945 2SC945P TR. NPN Q710
310-023-C945 2SC945P TR. NPN Q619
310-023-C945 2SC945P TR. NPN
Q620
310-023-C945 2SC945P TR. NPN
Q305
310-023-C945 2SC945P TR. NPN Q610
310-023-C945 2SC945P TR. NPN Q303
310-023-C945 2SC945P TR. NPN Q301
36
310-023-C945 2SC945P TR. NPN Q302
310-023-C945 2SC945P TR. NPN Q304
310-031-D667 2SD667C TR. NPN Q618
310-070-P122 TIP122 TR. NPN Q607
310-123-4523 BU4523AX TR. NPN Q604
310-230-F422 BF422 TR. NPN Q625
310-230-F422 BF422 TR. NPN Q622
310-230-F422 BF422 TR. NPN Q603
310-230-F422 BF422 TR. NPN Q613
310-230-F422 BF422 TR. NPN Q612
310-230-F422 BF422 TR. NPN Q611
310-230-F423 BF423 TR. PNP Q621
311-002-2141/2645 2SK2141/2645 MOS-FET N Channel
Q701
311-012-F640 CEPF640 MOS-FET N Channel Q616
311-012-F630 CEPF630 MOS-FET N Channel Q614
311-012-F630 CEPF630 MOS-FET N Channel Q704
311-012-F630 CEPF630 MOS-FET N Channel Q615
320-006-4148 IN4148 Diode D601
320-006-4148 IN4148 Diode D305
320-006-4148 IN4148 Diode D304
320-006-4148 IN4148 Diode D617
320-006-4148 IN4148 Diode D302
320-006-4148 IN4148 Diode D307
320-006-4148 IN4148 Diode D502
320-006-4148 IN4148 Diode D306
320-006-4148 IN4148 Diode D308
320-006-4148 IN4148 Diode D719
320-006-4148 IN4148 Diode D619
320-006-4148 IN4148 Diode D708
320-006-4148 IN4148 Diode D610
320-006-4148 IN4148 Diode D707
320-006-4148 IN4148 Diode D616
320-006-4148 IN4148 Diode D615
320-006-4148 IN4148 Diode D301
320-006-4148 IN4148 Diode D303
322-010-4004 IN4004 Diode D501
322-010-4004 IN4004 Diode D618
322-010-R104 HER104 Diode D710
322-010-R104 HER104 Diode D613
322-010-R104 HER104 Diode D711
322-010-R104 HER104 Diode D608
322-010-R104 HER104 Diode D611
322-010-R104 HER104 Diode D609
322-010-R104 HER104 Diode D612
322-010-R104 HER104 Diode D607
37
322-010-R104 HER104 Diode D602
322-010-R104 HER104 Diode D606
322-010-R104 HER104 Diode D603
322-010-R108 HER108 Diode D705
322-010-R108 HER108 Diode D706
322-010-R108 HER108 Diode D901
322-010-R108 HER108 Diode D902
322-020-R205 HER205 Diode D714
322-020-R205 HER205 Diode D715
322-030-R303 HER303 Diode D713
322-020-L207 RL207 Diode D701
322-020-L207 RL207 Diode D704
322-020-L207 RL207 Diode D703
322-020-L207 RL207 Diode D702
322-010-T52M BYT52M Diode D716
322-030-5404 FUF5404 Diode D717
322-030-5404 FUF5404 Diode D720
321-001-06C2 HZ6C2 1/2W Zener Diode ZD601
321-001-06C2 HZ6C2 1/2W Zener Diode ZD602
321-001-09A2 HZ9A2 1/2W Zener Diode ZD606
321-001-12A2 HZ12A2 1/2W Zener Diode ZD603
321-001-12A2 HZ12A2 1/2W Zener Diode ZD604
321-001-12A2 HZ12A2 1/2W Zener Diode ZD605
322-030-023M ESC023M-15 Damper Diode D605
430-112-700E Switch Power Transformer T701
430-212-700E Horizontal Driver Transformer T601
430-312-700E Flyback Transformer T602
430-402-700E Dynamic Focus Transformer T901
435-017-700E 17″Degaussing Coil
445-101-2062 100uH ±10% Choke Coil L701
445-101-2062 100uH ±10% Choke Coil L702
445-111-2062
110uH ±10% Horizontal Width Coil
L604
445-180-2062 18uH Choke Coil L709
445-180-2062 18uH Choke Coil L710
445-180-2062 18uH Choke Coil L712
445-180-2062 18uH Choke Coil L713
445-151-2062 150uH ±10% Choke Coil L715
445-202-2072 2mH ±20% Choke Coil J141
445-4R7-1062 4.7uH ±10% Peaking Coil L503
445-5R0-3052 Linear Coil L603
450-253-500E 25mH Line Filter L703
446-001-0306 3.5×6mm Core Inductor L708
446-001-0306 3.5×6mm Core Inductor L602
446-001-0306 3.5×6mm Core Inductor L601
446-001-0306 3.5×6mm Core Inductor L501
38
446-001-0306 3.5×6mm Core Inductor L707
446-001-0306 3.5×6mm Core Inductor L706
446-001-2813 28×13mm Magnetic Core
511-100-0002 26D Color CRT Socket
512-008-0001 8pin DIP Socket IC302
630-002-1001 0.6mm 2pin Housing P703
630-002-2002
1.6mm 2pin Degaussing Housing
P702
630-002-5002 L1.1mm 2pin Square Housing P706
630-004-3001 2.5mm 4pin Housing for DY P601
630-007-1001 0.6mm 7pin Housing P302
620-225-0111 225mm UL1015 22AWG Red & Black Wire
620-271-0411 270mm 2Pin Connect for Power Switch Switch Power
621-121-0400 120mm UL1015 18AWG Black Wire GND2
621-151-0400 150mm UL1015 18AWG Black Wire GND
621-421-0400 420mm UL1015 18AWG Black Wire CRT GND
624-006-0150
150mm 6pin Connector With Wire
P302--P305
624-006-0165 165mm 6pin Connector With Wire P705--P803
622-206-0501 0.6×5mm Jumper JA
622-206-9101 0.6×7.5mm Jumper J101
622-206-9101 0.6×7.5mm Jumper J102
622-206-9101 0.6×7.5mm Jumper J103
622-206-9101 0.6×7.5mm Jumper J104
622-206-9101 0.6×7.5mm Jumper J105
622-206-9101 0.6×7.5mm Jumper J106
622-206-9101 0.6×7.5mm Jumper J114
622-206-9101 0.6×7.5mm Jumper J118
622-206-9101 0.6×7.5mm Jumper J119
622-206-9101 0.6×7.5mm Jumper J127
622-206-9101 0.6×7.5mm Jumper J128
622-206-9101 0.6×7.5mm Jumper J129
622-206-9101 0.6×7.5mm Jumper J131
622-206-9101 0.6×7.5mm Jumper J133
622-206-9101 0.6×7.5mm Jumper J134
622-206-9101 0.6×7.5mm Jumper J138
622-206-9101 0.6×7.5mm Jumper J143
622-206-9101 0.6×7.5mm Jumper J144
622-206-9101 0.6×7.5mm Jumper J145
622-206-9101 0.6×7.5mm Jumper J146
622-206-9101 0.6×7.5mm Jumper J147
622-206-9101 0.6×7.5mm Jumper J148
622-206-9101 0.6×7.5mm Jumper J149
622-206-9101 0.6×7.5mm Jumper J154
622-206-9101 0.6×7.5mm Jumper J163
622-206-9101 0.6×7.5mm Jumper J164
622-206-9101 0.6×7.5mm Jumper J169
39
622-206-9101 0.6×7.5mm Jumper J171
622-206-9101 Ф 0.6×7.5mm Jumper J174
622-206-9101 Ф 0.6×7.5mm Jumper J175
622-206-9101 Ф 0.6×7.5mm Jumper J176
622-206-9101 Ф 0.6×7.5mm Jumper J177
622-206-9101 Ф 0.6×7.5mm Jumper J182
622-206-9101 Ф 0.6×7.5mm Jumper J186
622-206-9101 Ф 0.6×7.5mm Jumper J192
622-206-9101 Ф 0.6×7.5mm Jumper J193
622-206-9101 Ф 0.6×7.5mm Jumper J194
622-206-9101 Ф 0.6×7.5mm Jumper J198
622-206-9101 Ф 0.6×7.5mm Jumper J199
622-206-9101 Ф 0.6×7.5mm Jumper J200
622-206-9101 Ф 0.6×7.5mm Jumper J202
622-206-9101 Ф 0.6×7.5mm Jumper J703
622-206-9101 Ф 0.6×7.5mm Jumper R339
622-206-9101 Ф 0.6×7.5mm Jumper R702
622-206-9101 Ф 0.6×7.5mm Jumper L606
622-206-9101 Ф 0.6×7.5mm Jumper L711
622-206-9101 Ф 0.6×7.5mm Jumper D1
622-206-9101 Ф 0.6×7.5mm Jumper P602
622-206-9101 Ф 0.6×7.5mm Jumper J168 FOR 7001D
622-206-1001 Ф 0.6×10mm Jumper J108
622-206-1001 Ф 0.6×10mm Jumper J109
622-206-1001 Ф 0.6×10mm Jumper J112
622-206-1001 Ф 0.6×10mm Jumper J113
622-206-1001 Ф 0.6×10mm Jumper
J116
622-206-1001 Ф 0.6×10mm Jumper
J117
622-206-1001 Ф 0.6×10mm Jumper J124
622-206-1001 Ф 0.6×10mm Jumper
J125
622-206-1001 Ф 0.6×10mm Jumper
J130
622-206-1001 Ф 0.6×10mm Jumper J132
622-206-1001 Ф 0.6×10mm Jumper J135
622-206-1001 Ф 0.6×10mm Jumper J136
622-206-1001 Ф 0.6×10mm Jumper J137
622-206-1001 Ф 0.6×10mm Jumper J155
622-206-1001 Ф 0.6×10mm Jumper J156
622-206-1001 Ф 0.6×10mm Jumper J157
622-206-1001 Ф 0.6×10mm Jumper J158
622-206-1001 Ф 0.6×10mm Jumper J159
622-206-1001 Ф 0.6×10mm Jumper J160
622-206-1001 Ф 0.6×10mm Jumper
J161
622-206-1001 Ф 0.6×10mm Jumper
J162
40
622-206-1001 Ф 0.6×10mm Jumper J165
622-206-1001 Ф 0.6×10mm Jumper J166
622-206-1001 Ф 0.6×10mm Jumper J179
622-206-1001 Ф 0.6×10mm Jumper J180
622-206-1001 Ф 0.6×10mm Jumper J181
622-206-1001 Ф 0.6×10mm Jumper J183
622-206-1001 Ф 0.6×10mm Jumper J185
622-206-1001 Ф 0.6×10mm Jumper J187
622-206-1001 Ф 0.6×10mm Jumper J188
622-206-1001 Ф 0.6×10mm Jumper J189
622-206-1001 Ф 0.6×10mm Jumper J190
622-206-1001 Ф 0.6×10mm Jumper J191
622-206-1001 Ф 0.6×10mm Jumper J201
622-206-1001 Ф 0.6×10mm Jumper J700
622-206-1001 Ф 0.6×10mm Jumper L607
622-206-1001 Ф 0.6×10mm Jumper R313 FOR 7001D
622-206-9201 Ф 0.6×12.5mm Jumper J121
622-206-9201 Ф 0.6×12.5mm Jumper J122
622-206-9201 Ф 0.6×12.5mm Jumper J123
622-206-9201 Ф 0.6×12.5mm Jumper J139
622-206-9201 Ф 0.6×12.5mm Jumper J142
622-206-9201 Ф 0.6×12.5mm Jumper J172
622-206-9201 Ф 0.6×12.5mm Jumper J173
622-206-9201 Ф 0.6×12.5mm Jumper J178
622-206-9201 Ф 0.6×12.5mm Jumper J195
622-206-9201 Ф 0.6×12.5mm Jumper J196
622-206-9201 Ф 0.6×12.5mm Jumper J197
622-206-9301 Ф 0.6×17.5mm Jumper J150
622-206-9301 Ф 0.6×17.5mm Jumper J151
622-206-9301 Ф 0.6×17.5mm Jumper J152
622-206-9301 Ф 0.6×17.5mm Jumper J153
622-206-2001 Ф 0.6×20mm Jumper J110
120-001-700E Heat Sink for H-TR.
120-002-700E
Heat Sink for Power Switch MOS-FET
120-003-700E Heat Sink for V-Out IC
120-004-700E Heat Sink for CEPF640
121-001-500T PCB Rear Bracket
700-006-3033 3×6mm Screw Round-head ISO
700-008-3013
3×8mm Screw Round-head with washer TP1
700-010-3033 3×10mm Screw Round-head ISO
702-016-4013 4×16mm Screw Truss-head TP1
702-025-5013
Ф 5×25mm Screw Truss-head TP1
703-006-2613
Ф 2.6×6mm Screw Round-head with washer TP1
703-006-3033
Ф 3×6mm Screw Round-head with washer ISO
41
703-008-3033
Ф 3×8mm Screw Round-head with washer ISO
703-008-4003
Ф 4×8mm Screw Round-head with washer ISO
703-010-3013
Ф 3×10mm Screw Round-head with washer TP1
FOR 7001D
703-014-3013
Ф 3×14mm Screw Round-head with washer TP1
710-003-Ф 313 Ф 3mm Nut
710-6R9-3012 Ф 6.9mm Nut
711-006-0030 Ф 3.0mm Rubber Washer
711-006-0055 Ф 5.5mm Rubber Washer
711-013-0032 Ф 3.2mm Spring Washer
711-013-0055 Ф 5.5mm Metal Washer
711-013-0073 Ф 7.3mm Metal Washer
100-200-700E CRT Board
100-501-700E Encode Switch EN301
330-000-0800 8.00MHZ Crystal X301
340-100-TO.200
19×13mm SI-Rubber FOR Q704
340-100-TO.200
19×13mm SI-Rubber FOR Q607
350-141-3150 Slow 3.15A/250VAC Fuse 20mm F701
351-020-0001 Fuse Clip F701
500-100-2002 2pin 10A/250VAC Power Switch
502-001-0012 DC 12V Relay RL301
641-003-6001 Cable Wire Tie
641-003-9001 Cable Wire Tie
7 12-6R3-0012 5.5mm Terminal GND
7 13-025-0100 Ф 2.5×10mm Wafer GND1
7 13-025-0100 Ф 2.5×10mm Wafer GND2
PARTS LIST OF CRTBOARD
PART No. SPECIFICATION LOCATION REMARKS
100-200-700E CRT Board
110-100-0856 10Ω 1/8W ±5% CF R814
110-100-0856 10Ω 1/8W ±5% CF R816
110-100-0856 10Ω 1/8W ±5% CF R818
110-101-0856 100Ω 1/8W ±5% CF R856
110-101-0856 100Ω 1/8W ±5% CF R859
110-101-0856 100Ω 1/8W ±5% CF R820
110-101-0256 100Ω 1/2W ±5% CF R845
110-102-0856 1K 1/8W ±5% CF R842
110-102-0856 1K 1/8W ±5% CF R840
110-102-0856 1K 1/8W ±5% CF R844
110-102-0856 1K 1/8W ±5% CF R848
110-102-0856 1K 1/8W ±5% CF R860
110-102-0856 1K 1/8W ±5% CF R855
110-102-0856 1K 1/8W ±5% CF R808
110-103-0856 10K 1/8W ±5% CF R832
42
110-103-0856 10K 1/8W ±5% CF R835
110-103-0856 10K 1/8W ±5% CF R829
110-104-0256 100K 1/2W ±5% CF R846
110-105-0856 1M 1/8W ±5% CF R828
110-105-0856 1M 1/8W ±5% CF R831
110-105-0856 1M 1/8W ±5% CF R834
110-154-0856 150K 1/8W ±5% CF R839
110-154-0856 150K 1/8W ±5% CF R843
110-154-0856 150K 1/8W ±5% CF R841
110-201-0856 200Ω 1/8W ±5% CF R827
110-201-0856 200Ω 1/8W ±5% CF R833
110-201-0856 200Ω 1/8W ±5% CF R830
110-221-0856 220Ω 1/8W ±5% CF R854
110-221-0856 220Ω 1/8W ±5% CF R857
110-221-0856 220Ω 1/8W ±5% CF R853
110-221-0856 220Ω 1/8W ±5% CF R852
110-221-0856 220Ω 1/8W ±5% CF R858
110-202-0856 2K 1/8W ±5% CF R862
110-222-0856 2.2K 1/8W ±5% CF R851
110-222-0856 2.2K 1/8W ±5% CF R849
110-272-0856 2.7K 1/8W ±5% CF R861
110-330-0856 33Ω 1/8W ±5% CF R804
110-330-0856 33Ω 1/8W ±5% CF R812
110-330-0856 33Ω 1/8W ±5% CF R810
110-330-0856 33Ω 1/8W ±5% CF R809
110-330-0856 33Ω 1/8W ±5% CF R806
110-330-0856 33Ω 1/8W ±5% CF R805
110-391-0856 390Ω 1/8W ±5% CF R813
110-391-0856 390Ω 1/8W ±5% CF R817
110-391-0856 390Ω 1/8W ±5% CF R815
110-470-0256 47Ω 1/2W ±5% CF R824
110-470-0256 47Ω 1/2W ±5% CF R826
110-470-0256 47Ω 1/2W ±5% CF R825
110-474-0856 470K 1/8W ±5% CF R863
110-562-0856 5.6K 1/8W ±5% CF R838
110-562-0856 5.6K 1/8W ±5% CF R837
110-562-0856 5.6K 1/8W ±5% CF R836
110-750-0856 75Ω 1/8W ±5% CF R803
110-750-0856 75Ω 1/8W ±5% CF R802
110-750-0856 75Ω 1/8W ±5% CF R801
110-820-0456 82Ω 1/4W ±5% CF R821
110-820-0456 82Ω 1/4W ±5% CF R823
110-820-0456 82Ω 1/4W ±5% CF R822
113-8R2-3059 8.2Ω 3W ±5% MOF R847
43
200-100-5023 10uF/50V ±20% 105℃ C836
200-100-5023 10uF/50V ±20% 105℃ C813
200-100-5023 10uF/50V ±20% 105℃ C814
200-100-5023 10uF/50V ±20% 105℃ C812
200-100-5023 10uF/50V ±20% 105℃ C807
200-100-5023 10uF/50V ±20% 105℃ C803
200-100-5023 10uF/50V ±20% 105℃ C802
200-100-5023 10uF/50V ±20% 105℃ C801
200-101-2523 100uF/25V ±20% 105℃ C841
200-101-2523 100uF/25V ±20% 105℃ C810
200-101-0123 100uF/100V ±20% 105℃ C819
200-101-0123 100uF/100V ±20% 105℃ C820
200-102-1622 1000uF/16V ±20% 85℃ C811
200-470-2523 47uF/25V ±20% 105℃ C816
202-1R0-0222 1uF/160V ±20% BP C821
202-1R0-0222 1uF/160V ±20% BP C823
202-1R0-0222 1uF/160V ±20% BP C822
207-101-1752 100pF/50V ±5% NPO C834
207-101-1752 100pF/50V ±5% NPO C839
207-101-1752 100pF/50V ±5% NPO C838
207-102-1262 1000pF/50V ±10% Y5P C835
207-103-3472 0.01uF/500V ±20% Z5U C818
207-103-6472 0.01uF/2KV ±20% Z5U C826
207-104-1472 0.1uF/50V ±20% Z5U C817
207-104-1472 0.1uF/50V ±20% Z5U C824
207-104-1472 0.1uF/50V ±20% Z5U C831
207-104-1472 0.1uF/50V ±20% Z5U C837
207-104-1472 0.1uF/50V ±20% Z5U C832
207-104-1472 0.1uF/50V ±20% Z5U C840
207-104-1472 0.1uF/50V ±20% Z5U C833
207-104-1472 0.1uF/50V ±20% Z5U C804
207-104-1472 0.1uF/50V ±20% Z5U C808
207-104-1472 0.1uF/50V ±20% Z5U C805
207-104-1472 0.1uF/50V ±20% Z5U C815
207-104-1472 0.1uF/50V ±20% Z5U C806
207-221-4262 220pF/1KV ±10% Y5P C809
207-222-4262 2200pF/1KV ±10% Y5P C825
226-103-0152 0.01uF/100V ±5% PPF C842
226-104-0152 0.1uF/100V ±5% PPF C843
304-100-1279 LM1279 R.G.B Pre-Amp IC IC801
304-500-2439 LM2439T R.G.B Amp IC IC802
304-400-OSD-1
OSD-1 Letter & Symbol Generator IC
IC803
305-001-7808 LM7808 Voltage Regulator IC Q803
3 10-023-C945 2SC945P TR. NPN Q802
3 10-230-F422 BF422 TR. NPN Q805
44
3 10-230-F422 BF422 TR. NPN Q806
3 10-230-F422 BF422 TR. NPN Q804
320-006-4148 IN4148 Diode D805
320-006-4148 IN4148 Diode D810
320-006-4148 IN4148 Diode D815
320-006-4148 IN4148 Diode D818
320-006-4148 IN4148 Diode D812
320-006-4148 IN4148 Diode D819
320-006-4148 IN4148 Diode D806
320-006-4148 IN4148 Diode D814
320-006-4148 IN4148 Diode D817
320-006-4148 IN4148 Diode D804
320-006-4148 IN4148 Diode D809
320-006-4148 IN4148 Diode D813
320-006-4148 IN4148 Diode D802
320-006-4148 IN4148 Diode D808
320-006-4148 IN4148 Diode D811
320-006-4148 IN4148 Diode D803
320-006-4148 IN4148 Diode D807
320-006-4148 IN4148 Diode D816
322-010-R104 HER104 Diode D820
622-206-9101 0.6×7.5mm Jumper ZD801
622-206-1001 0.6×10mm Jumper J807
622-206-9201 0.6×12.5mm Jumper J801
622-206-9201 0.6×12.5mm Jumper J803
622-206-9101 0.6×7.5mm Jumper J802
622-206-9101 0.6×7.5mm Jumper J804
622-206-9101 Ф 0.6×7.5mm Jumper J805
622-206-9101 Ф 0.6×7.5mm Jumper J806
622-206-9101 Ф 0.6×7.5mm Jumper J808
445-R22-1062 0.22uH ±10% Peaking Coil L808
445-R22-1062 0.22uH ±10% Peaking Coil L809
445-4R7-1062 4.7uH ±10% Peaking Coil L803
445-4R7-1062 4.7uH ±10% Peaking Coil L802
445-4R7-1062 4.7uH ±10% Peaking Coil L801
446-001-0309 Ф 3.5×9mm Core Inductor L804
446-001-0309 Ф 3.5×9mm Core Inductor L806
446-001-0309 Ф 3.5×9mm Core Inductor L805
445-R22-1062 0.22uH ±10% Peaking Coil L807
630-006-1001 Ф 0.6mm 6pin Housing P803
630-008-1001 Ф 0.6mm 8pin Housing P804
630-011-1001 Ф 0.6mm 11pin Housing P802
630-012-1001 Ф 0.6mm 12pin Housing P801
623-112-0200
360mm 12pin Connector With Wire
P301-- P802
624-008-0475 475mm 8pin Connector With Wire P303-- P804
45
120-005-700E Heat Sink for LM2439T
121-000-700E Shield for CRT Board
700-008-3033 Ф 3×8mm Screw Round-head ISO
710-003-Ф 313 Ф 3mm Nut
711-013-0032 Ф 3.2mm Spring Washer
PARTS LIST OF KEYBOARD
PART No. SPECIFICATION LOCATION REMARKS
100-300-700D Key Board
110-152-0856 1.5K 1/8W ±5% CF R7 FOR 7001D
110-302-0856 3K 1/8W ±5% CF R6 FOR 7001D
110-681-0856 680Ω 1/8W ±5% CF J FOR 7001D
110-822-0856 8.2K 1/8W ±5% CF R5 FOR 7001D
324-002-1005 5mm Red and Green LED LED301 FOR 7001D
501-120-0400 Press button SW1 FOR 7001D
501-120-0400 Press button SW2 FOR 7001D
501-120-0400 Press button SW3 FOR 7001D
501-120-0400 Press button SW4 FOR 7001D
624-004-0120 150mm 4pin connector with wire P302-P3 FOR 7001D
11 PCB LAYOUT
11-1 MAIN PCB LAYOUT
46
47
11-2 CRT BOARD LAYOUT
48
12 SCHEMATIC DIAGRAM
49
50
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