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WARNING ............................................................................................................................2
1. ALGNMENT PROCEDURE .............................................................................................3
A. Conditions................................................................................................................................3
B. Functions Alignment................................................................................................................3
C. Preset Timing: ..........................................................................................................................6
2. OPERATION THEOREM ...............................................................................................12
A. Power Supply (1) ...................................................................................................................12
B. Deflection...............................................................................................................................12
C. Video ......................................................................................................................................12
D. Digital Controllable ...............................................................................................................12
E. Function Block Diagram ........................................................................................................13
F. Power Supply..........................................................................................................................14
G. Under Voltage Protection.......................................................................................................15
H. Degaussing CKT....................................................................................................................15
I. Deflection ................................................................................................................................16
J. Video AMP. Circuit.................................................................................................................18
J-2. Video AMPLIFIER..............................................................................................................18
K. Digit Control..........................................................................................................................20
3. CONTROL AND CONMECT LAYOUT ..........................................................................21
A.Main PCB ...............................................................................................................................21
B. CRT PCB ................................................................................................................................22
4. TROUBLE SHOOTING..................................................................................................23
A.Power Supply Check ..............................................................................................................23
B.Monitor Check Flow Chart .....................................................................................................24
APPENDIX A: PARTS LISTS .................................................................................27
APPENDIX B: DISPLAY UNIT ASSEMBLY............................................................82
PPENDIX C: P.C.B. ASSEMBLY..........................................................................96
APPENDIX D: CRT& YOKE ASSEMBLY.............................................................106
1
WARNING
1) This product contains components which are critical for X-radiation safety. Read the Service manual carefully for
proper replacement . Maximum 2nd anode vol tage use high impedance meter, connect (-) to chassis, use a high
voltage lead from (+) to 2nd anode.
2) Critical Components are marked with the symbol of in the material list. For continued protection against X-radiation,
replace only with same type and rating components.
3) Critical Components are marked with the symbol of # i n the material list. For continued protection against Low
Radiation, replace only with same part number.
2
1. ALGNMENT PROCEDURE
A. Conditions
A-1. Equipments
Signal generator: A chroma-2250 signal generator to be provided as standard signal source.
Color analyzer: A minolta CA-100 color analyzer to be provided as standard color analyzer.
A-2. Presetting
Preset all of the VRs on main board to it's mechanical center, and set FBT's G2 control VR to it's
minimum position before to proceed al ignment.
CRT faces to east direction, connects monitor and generator, warm up 30 minut es at least before to
proceed alignment.
A-3. Magnetic Environment
Unless otherwise specified, all performance tests are performed in a controlled magnetic environment,
the magnitude of the horizontal magnetic fi eld component in any direction will be less than 1000
gamma, the magnitude of t he vertical magnetic field component is defined in table 1 of engineering
specification.
B. Functions Alignment
B-1. Power Adj ust
Select timing #7 (VESA 48K 1024x768)with crosshatch pattern, adjust both horizontal and vertical
size cont rols to get display size within 262x196±1mm.
Adjust VR901 to get a DC 13.0±0.1V to be obtained on plus of C510.
Double check and make sure test points are within speci fications as defined i n following
VC930 (+) = 7.5 ± 0.5 V DC
VC942 (+) = 7.5 ± 0.3 V DC
VC943 (-) = -12 ± 1 V DC
VC946 (+) = 60 ± 2 V DC
VC947 (+) = 73 ± 2 V DC
B-2. Adjust
Select timing #6 (VESA 64K 1280x1024)with crosshatch pattern, adjust both horizontal and vertical
OSD's size control to get display size within 262x196±1mm.
Adjust VR501 to get a DC 145±0.3 V to be obtained on FBT's pin3.
Double check and make sure test points are within speci fications as defined i n following
Timing Mode Volt age Tol erance
#1 31.5 KHz 66.7V ±3%
#6 68.677 KHz 145V ±3%
3
B-3. Picture Alignment
White balance alignment
Select timing #6(VESA 64K 1280x1024) with crosshatch pattern, adjust both horizontal and vertical
OSD's size control to get di splay size within 262 x 196±1mm.
Disconnect R×G×B signal inputs, adjust OSD's brightness control to i t's maximum position then
adjust FBT's G2 control VR to get a DC voltage t o be obtained on CRT socket pin #7 as defined in
following
CRT type G2 Voltage
SAMSUNG 550V+/-10V
LG 550V+/-10V
B-4. White Balance Aignment
B-5. Select timing 6 VESA 1280X1024 with full field raster pattern (cut off R, G, B) Adjust H-size 260mm V-size
195mm
B-6. Brightness and Contrast set to MAX adjust G2, has G2 Voltage to be 550V, then, adjust VR502 to get raster is
0.8fl.
Adjust G DC-bias has Y=0.8FL
B DC-bias has y=311 +/- 25
R DC-bias has x=281 +/- 25
Adjust Brightness to raster is 0.06fl.
B-7: Select 2 inch one-square pattern, adjust color temperature 9300Celsius degree.
Adjust G DC-Gain has Y=50FL+/-2FL
B DC-bias has y=311 +/- 5
R DC-bias has x=281 +/- 5
B-8: Select white pattern,
Double check x=281 +/-2 5
y=311 +/-2 5
Adjust SUB-Bright to get full white pattern, Y is 105 +/-3 cd/mm
B-9: Same procedure, to get
Color temperature 6500 x=313 y=329
5000 x=345 y=359
B-10. Focus alignment
B-11. Select timing #6 (VESA 64k 1280x1024) with a 2 inch five-square pattern, adjust the OSD' s brightness control
to get raster light output equial to 0.06 F-L then adjust OSD' s contrast control to get 35F-L at the center of center of the
screen, select an alternating "me" pattern that fills the screen with letters that white on black then adjust FBT' s G4
control VR to get best focus on quarter position of CRT screen
4
B-12. Double check focus performance the letters must be clear, legible and uniform, if not, repeat stape 2.3.2.1 to
obtain best focus performance.
B-13. Mi sconvergence alignment
B-14. Select crosshatch pattern and then input individually input R+B and R+G signals then measure and make sure
miscongence within Center = 0. 2 mm(max.)
Zone A = 0.3 mm(max.)
Zone B = 0.4 mm(max.)
, if not, readjust 4 P and 6P on the deflection yoke to get misconvergnce within specification. Preset modes alignment
B-15. Disconnect P103 before automatic alignment or connect P103 before manual
alignment.
B-16. Turn off monitor power and plug in P103 then turn on power again to get into factory mode.
B-17. Adjust H-size/ H-phase/V-size/V-center/ pincushion/trapezoid control s.... etc., to get geometric distortion within
specification as shown in engineering specification.
B-18. If raster center can't be adjust to get properly, P801 may sometime be necessary to reconnect in reverse direction
and then repeat step 2, 3, 4, 3 to get geometric distortion within specification.
B-19. X-ray protection test
B-20. Short P502 for 1 second at least to verify X-ray protection circuit is working properly.
B-21. Burn-in mode and power saving check
B-22. Turn off power, disconnect I/O cable and plug in P103 then turn on the power again to get into burn-in mode.
B-23. Turn off the monitor power and unplug P103 then disconnect H or V sync, turn on the power again to get into
suspend mode (power LED should indicating amber color), disconnect both H and V sync to get into off mode (power
LED should indicating amber color)
5
C. Preset Timing:
C-1. Mode : 1
Horizontal Active 640 Pixels
Vertial Active 480 Pixels
Refresh 606 Hz
Sync Polarity -,- (HSync VSync)
HORIZONTAL CHAR PIX / CHAR PIX ACTUAL UNITS
Pixel Frequency 25.1750 MHz
Pixel Period 39.7219 ns
Active 640 25.4220 s
Border 1 X8= 8 0.3178 s
Front Porch 1 X8= 8 0.3178 s
Sync Width 12 X8= 96 3.8133 s
Back Porch 5 X8= 40 1.5889 s
Total 800 31.7776 s
Horizontal Frequency 31.4688 kHz
Bordered Video 656 26.0576 s
Blanking Interval 144 5.7200 s
Blank + 2*Border 160 6.3555 s
VERTICAL CHAR PIX / CHAR LINES ACTUAL UNITS
Active 480 15.2532 ms
Border 8 X1= 8 0.2542 ms
Front Porch 3 X1= 3 0.0953 ms
Sync Width 2 X1= 2 0.0636 ms
Back Porch 24 X1= 24 0.7627 ms
Total 525 16.6832 ms
Vertical Frequency 59.9405 Hz
Bordered Video 496 15.7617 ms
Blanking Interval 29 0.9215 ms
Blank + 2*Border 45 1.4300 ms
6
C-2. Mode : 2
7
C-3. Mode : 3
8
C-4. Mode : 4
9
C-5. Mode : 5
10
C-6. Mode : 6
11
2. OPERATION THEOREM
A. Power Supply (1)
Transfer AC source to DC source that supply all the circuit power. It includes:
!"+13V: For video pre-amp circuit, parts of horizontal and vertical deflection circuit.
!"+63V: For booster circuit.
!"+7.5V: For CRT heater and u-P power.
!"+73V: For video AMP. Circuit.
!"11.7V: For vertical deflection negative power.
B. Deflection
Produce YOKE deflect ion current of horizontal and vertical, CRT H.V and bi as that makes screen
rast er.
C. Video
Amplify the video signal and add the signal to the cathode of CRT to produce video on the screen.
D. Digital Controllable
With the EEPROM and PROGRAM, the micro-processor(u-P) control all the picture performance.
From the key control, the user can change t he H-size, V-size, R-gain¡L¡Letc.
12
E. Function Block Diagram
13
F. Power Supply
F-1. Rectifier And Filter Ckt
The 90Vac-265Vac input line voltage is rectified by D901- D904, and smoothed by C906 to provide
DC operating voltage for the circuit.
F-2. Flyback And Pwm Ckt
When power is initially applied to the circuit, C909 charges through R903, Q902.When t he voltage across C909
reaches a level of 16V, U901 is enabled, turning on Q901 and turning off Q902 to complete start-up action. During the
On-time of Q901, energy is stored in T900. At t his time the polarity of the out put windings is such that all output
rectifiers are reverse biased and no energy is transferred. Primary current is sensed by R907 and compared to a DC level
that is determined by voltage feedback. When this level is reached, Q901 is turned off and the polarity of all T900
windings reverses , forward biasing the output rectifiers. All the energy stored is now transferred to the output capacitors.
Many cycles of this store/release action are needed to charge the outputs to their respective voltages. The feedback
voltage across R931, D909 is smoothed by C911 and through cross t he divider which assembled by R914, R916, R917
and VR901 to the error amplifier (U901 pin2) and compared to an internal 2.5V reference.
F-3. Snubber Ckt
Energy stored in the leakage inductance of T900 cause a voltage spike which be added to the normal reset voltage across
T900 when Q901 turn off. The clamp consisting of D905, R904 and C907 limits this voltage excursion from exceeding
the Vds rating of Q901. In addition, a turn off snubber made up of D906, R905 and C908 keeps power dissipation in
Q901 low by delaying the voltage rise until drain current has decreased from its peak value. This snubber also damps
out any ringing which may occur due to parasitic.
F-4. Synchronized Ckt
The oscillator frequency is defined by R912 , C912. The equation is approximately : Fosc =1.8/ (R912*C912). The
external signal "FBP"
that comes from horizontal circuit can synchronize the working frequency of power circuit by through
cross R919,R918 and D911.
F-5. Power Saving Ckt
The monitor has ON, Suspend/Standby and OFF states. The monitor enters the Suspend/Standby mode if either V-sync
or H-sync signals are removed. When the machine in the Suspend/Standby State, PS1 should be low to turn off +13Vs.
In this state, input power should be less than 15W and D960 LED illuminate amber. The monitor enters OFF mode if
both H-sync and V-sync are removed. When in the OFF State, PS1 and PS2 should be low simultaneously to turn off
+13Vs and +7.5Vs outputs. In this state, input power should be less than 5W and D960 LED illuminate amber. When
the monitor wakes up from the OFF mode to the ON mode , the +13Vs will provide power to heat the heater of CRT for
a time via Q970 and R971, that can make sure the recovery time less than 5 sec.
14
G. Under Voltage Protection
When the line input voltage is below 75~85Vac range, the DC voltage on R983 which through R981, R982 is below
4.3V. Then Q981, Q982 turn on, the U901 pin3 immediately be lower at 0.2V and shut down the U901 and power.
H. Degaussing CKT
The DEGU signal which comes from u-p to control degauss coil act or not. When DEGU is high, Q950 will be saturated
to make RL901 working, AC line provides a degaussing current to degauss coil.
H-1. Block Diagram
15
I. Deflection
I-1. Sync Rpocessor
H-sync & V-sync or H+V input to U2(u-P), t hen u-P output t he H-out & V-out to U401(TDA4858).
I-2. Hor. Processor & Vert. Pre-Amp
Fig. 3 is the block diagram of IC TDA4858.
1 .Block Diagram
16
2 .Hor. processor
The H-out that come from u-P will input to the pin 15 of U401,it will be compared with the oscillator sawtooth voltage
by the PLL1(pin 26) phase detect or, After that, it will be com-pared again with the fly back pulse (pin 1) by the PLL2.
The PLL2 detector thus compensates for the delay in the external horizontal deflection circuit by adjusting the phase of
the HDRV(pin 7) output pulse. 3 Vert. Pre-amp Vertical oscillator will be trigged by V-out (pin 14) .It is available to get
sawtooth waveform in pin 24. V-center, V-amp and V-linearity can be adjusted in pin 17, 18 and 19. The vertical output
driver is come from pin 12 and 13.
I-3. Verti cal Output
IC U601(TDA 8172) is the vertical amplifier IC, the output pin5 connect to the YOKE .The sawtooth current float
across the YOKE to make vertical deflection. Fig. 4 is the block diagram of IC TDA8172.
1. Block Diagram
17
I-4. Horizontal Driver Circuit
The driver pulse that come from U401 pin7 drive Q506,then transfomer T501 convert driver pulse to driver current to
drive horizontal output transistor Q801.
I-5. Horizontal Output Stage
There is different Cs value in different horizontal frequency.
Hf Cs
Hf < 40K C805 + C804 + C814
Hf < 58.5K C804 + C805
Hf > 58.5K C804
I-6. Flyback Transformer
In the primary of F, B, T, there is about 1103Vpp in the LC resonant interval, it convert to the secondary of F.B.T to
produce about 24.7KV for CRT anode voltage. The other bias for CRT is G4 (4~8KV), G2 (0~1000V) and G1 (-160V).
J. Video AMP. Circuit
J-1. Video PRE. AMP.
The video pre-amp IC is U301 (KA2143B). The input signal is 0.7Vpp, then pre-amp IC U301 amplify the video signal
to 4~5Vp. The WHITE BALANCE and CONTRAST shall be adjusted by adjustment the bias voltage of U301. Fig. 5 is
the block diagram.
J-2. Video AMPLIFIER
The video amplifier is U303 (LM2439), it amplify video signal to about 40Vpp. Video output signal
add to cathode by AC coupling. The DC bias is controlled by the output pwm of IC U302.
J-1. Video PRE. AMP.
The video pre-amp IC is U301(KA2143B). The input signal is 0.7Vpp, then pre-amp IC U301 amplify the video signal
to 4~5Vpp. The WHITE BALANCE and CONTRAST shall be adjusted by adjustment the bias voltage of U301. Fig. 5
is the block diagram.
J-2. Video AMPLIFIER
The video amplifier is U303 (LM2439), it amplify video signal to about 40Vpp. Video output signal add to cathode by
AC coupling. The DC bias is controlled by the output pwm of IC U302.
18
1. Block Diagram
19
K. Digit Control
Digit control circuit includes micro processor U2(UMC6861), EEPROM IC(24LC04). With t he program, u-P control
all the functions of the monitor. User can control t he functions and all the functions shows on the OSD. The u-P will
mute the video signal whenever the mode changes. There will be difference SW1/SW2 in difference horizontal
frequency, Table 5.1 is the switching table:
Hf < 40 KHz Hf < 58.5 KHz Hf > 58.5 KHz
SW1 L L H
SW2 L H H
20
3. CONTROL AND CONMECT LAYOUT
A. Main PCB
21
B. CRT PCB
22
4. TROUBLE SHOOTING
A. Power Supply Check
S tart
C heck Yes C heck and repaor E M I Filter
fuse open and Q 901, I/P R ectifer
R 909, U 901, R 907
Is
Q 901 V D S No C heck and repaor Q 902,
w aveform norm ally? Q 903, U 901, D 908, R 931
D 909, R 908
No
Is 13V
C heck V R 901, D 941, A 942, Q 943
in spec?
Is 7.5V No
in spec? C heck D 940, Q 940, R 945, D 951
No
Is 6 0V vo ltag e C heck D 942, C 946
corre ct?
C om bine w ith No
m onitor check operating C heck and repair R 919, R 912,
frequency? R 918, C 912
OK
S top
23
B. Monitor Check Flow Chart
B-1 No Raster
N o ras ter
C he ck pow e r No Ye s C he ck
C he ck A C
in de ca tor lighted po w er su pp ly
po w er inp ut
c irc uit
Ye s
C he ck
c on tras t & brigh tne ss C he ck U 4 01
c on trol ad just to M AX .
Ye s No
C he ck No C he ck Q 8 01 No C he ck U 4 01
H EAT ER v oltage= +6 .3V D C c ollec tor vo lta ge pin7 ou tput
G 1 = 5 0-8 0 V D C ab ou t 1 20 0 V pp s eq uare w a ve fro m
G 2 = 5 00-60 0 VD C
Ye s
Ye s
Ye s
C he ck Q 5 06
C he ck F. B . T
C he ck C R T
Ye s
No C he ck F. B . T
C he ck pow e r pin 3, vo lta ge
s up ply circuit ab ou t 8 0-1 55 V
Ye s
C he ck F. B . T
24
B-2 No picture
N o pic tu re
C h e ck
c on tra s t & b righ tn es s
c on tro l a d ju st to M A X .
C h e ck No C h e ck Ye s
in p u t sig n a l C h e ck P C
I/O ca b le
C h e ck
U 3 0 1 P IN 6 No C h e ck Q 2 0 1 , D 2 3 1
v o;ta g e = 1 2 V U 30 1 P IN 1 3
P U L S E B LA N K IN G
C h e ck
No No
C h e ck U 3 0 1 U 3 0 1 P IN 1 4 , 1 6 , 1 9 C h e ck c o nn e c to r
o u tp u t
C h e ck C 2 5 1 No
v olta ge = 7 3 V D C
C h e ck U 3 0 3
P IN 1, 2 , 3
C h e ck C R T
25
B-3. No Vertical Defl ection ( Rester Become A Horizontal Line)
N o vertical
deflenction
Yes
No No C heck
C heck U 601 P in 2 C heck
pow er supply
about 15V /40V R 601, R 605
circuit
P IN 4 about -12V D C
Yes
C heck U 401 P in 12, 13 No
output saw -tooth C heck U 401
w aveform
Yes
C heck U 601,D 601
Yes
C heck D .Y.
26
APPENDIX A: PARTS LISTS
27
A. FRU BOM
A-1 Main PCBA--456A1800008
A-2 Video PCBA--452A1800001
28
B. BOM LIST
Yellow : Recommended and unique parts
Blue : Top 20 failure for board level repair
Line Level Part Model Usage Description Spec
1 1 MP557G01002 AC501 (P557) 1 DIS ABO MP557G UR+MPRII WG
2 2 51A03500021 1 CRT & YOKE ASSY, 15C MP557G01 UR+MPRII
3 3 AC500025510 1 CRT&YOKE M36LBL803X01 (LA)
4 3 CL700001900 1 COIL SET M773 TILT .2X300T
5 3 CLA4M100106 1 DEGAUSSING COIL M454 CRT W/CORE .4
6 3 DC020132501 1 H-CON SET M557 CRT-GND AROUN
7 3 KA000001ZZ4 1 LOCKING CABLE TIE 142MM
8 2 51A03600009 1 VIDEO ASSY MP557G MPRII
9 3 452A1800001 1 PCBA, CRT BOARD VQ-522 MM557C01
10 4 442A1800001 1 AIS ASSY, CRT BOARD VQ-522 MM557C01
11 5 BB30945P1T5 1 TRANSISTOR 2SC945-P
12 5 BBX042000T9 3 TRANSISTOR BF420
13 5 BC101SS82T2 6 DIODE 1SS82
14 5 BC11N4148T8 13 DIODE 1N4148
15 5 BC1FR1040T0 2 DIODE FR104 DO-41
16 5 BC4HZ2720T5 1 ZENER DIODE HZ27-2
17 5 BC4HZ5C10T8 1 ZENER DIODE HZ5C1
18 5 BCSN58171T0 3 SCHOTTKY DIODE 1N5817 DO-41 PANJI
19 5 CA001A601T8 3 CERAMIC CAP. .1U 50V Z Y5V P5
20 5 CA001B631T8 22 CERAMIC CAP. .01U 50V -20 +80%
21 5 CA001CPK0T8 1 CERAMIC CAP. 1000P 2KV K Y5P P5
22 5 CA010CCM0T6 2 CERAMIC CAP. .01U 500V M Z5U P5
23 5 CA047ECK0T0 2 CERAMIC CAP. 470P 500V K Y5P P5
24 5 CA082F601T6 1 CERAMIC CAP. 82P 50V +-5% NPO P
25 5 CA082FCJ0T0 2 CERAMIC CAP. 82P 500V J NPO P5
26 5 CB0010AM0T0 3 CAPACITOR (N.P.) 1U 100V M A P5
27 5 CB0100342T1 3 CAPACITOR 10U 16V +-20% 85C
28 5 CB0100A43T2 1 CAPACITOR 10U 100V +-20% 85C
29 5 CB0220A42T5 1 CAPACITOR 22U 100V +-20% 85C
30 5 CB0470346T4 2 CAPACITOR 47U 16V M A P5
31 5 CB10002M0T4 2 CAPACITOR 100U 10V M 85C P5
32 5 CB1000342T1 1 CAPACITOR 100U 16V +-20% 85C
33 5 CC0300211T4 3 RESISTOR 1/8W 30 +-5%
34 5 CC0330111T0 3 RESISTOR 1/4W 33 +-5%
35 5 CC0470011T1 3 RESISTOR 1/2W 47 +-5%
36 5 CC0750225T9 3 RESISTOR (M.F.) 1/8W 75 +-1%
37 5 CC1000111T2 2 RESISTOR 1/4W 100 +-5%
38 5 CC1000211T8 9 RESISTOR 1/8W 100 +-5%
39 5 CC1001011T1 1 RESISTOR 1/2W 1K +-5%
40 5 CC1001211T2 4 RESISTOR 1/8W 1K +-5%
41 5 CC1002011T6 1 RESISTOR 1/2W 10K +-5%
42 5 CC1002111T1 4 RESISTOR 1/4W 10K +-5%
43 5 CC1002211T7 10 RESISTOR 1/8W 10K +-5%
44 5 CC2002211T9 6 RESISTOR 1/8W 20K +-5%
45 5 CC2200211T5 1 RESISTOR 1/8W 220 +-5%
46 5 CC3001011T0 1 RESISTOR 1/2W 3K +-5%
47 5 CC3001211T6 1 RESISTOR 1/8W 3K +-5%
48 5 CC3900211T6 3 RESISTOR 1/8W 390 +-5%
49 5 CC4300211T1 1 RESISTOR 1/8W 430 +-5%
50 5 CC4702211T1 1 RESISTOR 1/8W 47K +-5%
51 5 CC5601211T6 3 RESISTOR 1/8W 5.6K +-5%
52 5 CJ022B600T1 1 MYLAR CAP. .22U 50V +-5% MEF
53 5 CJ047D600T6 1 MYLAR CAP .0047U 50V +-5% ME
54 5 CL4100044T1 2 PEAKING COIL .56uH +-10% (3X5)
55 5 CL4100062T0 1 PEAKING COIL .39uH +-10% (SP030
56 5 DA1M557V120 1 PCB M557 VQ-522 REV2
57 5 DC1100013T0 1 SPARK GAP HAN DOK S-23-152-R
58 5 DC1510003T2 5 BEAD FER RI TE RH3.5X8.
59 5 DC1510009T0 1 BEAD NWE W5 3.5X6X1.0+T
60 5 DC1510014T0 1 BEAD NWE W4B RH3.5X8X1.
61 5 DC382000002 1 EYELET SL 4X2.5X3
62 5 DC382000200 1 EYELET LY 4X3X3.5
63 5 XX0900T2119 2 JUMPER WIRE D=0.6MM P5.0
29
64 5 XX0900T2127 8 JUMPER WIRE D=0.6MM P7.5
65 5 XX0900T2135 7 JUMPER WIRE D=0.6MM P10
66 5 XX0900T2143 8 JUMPER WIRE D=0.6MM P12.5
67 5 XX0900T2151 6 JUMPER WIRE D=0.6MM P15
68 5 XX0900T2160 1 JUMPER WIRE D=0.6MM P17.5
69 5 XX0900T2186 1 JUMPER WIRE D=0.6MM P25
70 5 XX0900T2194 1 JUMPER WIRE D=0.6MM P30
71 4 AB021400000 1 IC S1D2140B03-D0B0 DI
72 4 AB024390000 1 IC LM2439 TO220-9 VID
73 4 AB465420000 1 IC CM46542 DIP-24 OSD
74 4 CA001BU3101 1 CERAMIC CAP. .01U 2KV +80 -20%
75 4 DC030031301 1 WAFER CONN Y.Y 7551
76 4 DC03J001103 1 WAFER CONN. JST S6B-XH-A 2.5 9
77 4 DC03M006641 1 WAFER CONN. MOLEX 5268-06A-X
78 4 DC03M006650 1 WAFER CONN. MOLEX 5268-07A-X
79 4 DC040044405 1 SOCKET CRT SOCKET B10-277
80 4 DC090001301 1 TERMINAL CHASSIS GND CS-11-029
81 4 EEM57522100 1 SVB SHIELD M57522
82 4 LCM55546000 1 HEAT SINK M55546
83 4 MAA70006202 1 SCREW M3X0.5+8P-NI & WAS
84 4 NA100750000 1 WIRE SET 1.8DX75X1.8D 1007#
85 3 456A1800008 1 PCBA, DEF & POWER VQ-522 MP557G
86 4 446A1800003 1 AIS ASSY, DEF & POWE VA-522 MP557G
87 5 BB1073302T4 9 TRANSISTOR 2SA733-P
88 5 BB2064700T4 1 TRANSISTOR 2SB647AC
89 5 BB3033700T1 1 TRANSISTOR JC337-25 NPN TO-92
90 5 BB30945P1T5 16 TRANSISTOR 2SC945-P
91 5 BB40667C1T5 1 TRANSISTOR 2SD667-C
92 5 BB5094100T8 1 TRANSISTOR 2SK941 1N TO-92 W/
93 5 BBX042300T5 1 TRANSISTOR BF423
94 5 BBX120300T1 3 TRANSISTOR RN1203 (TE4,M)
95 5 BBX120600T8 1 TRANSISTOR RN1206 (TE4,M)
96 5 BBX236900T8 1 TRANSISTOR PH2369
97 5 BC11N4148T8 11 DIODE 1N4148
98 5 BC1FR1040T0 6 DIODE FR104 DO-41
99 5 BC40HZ9A2T6 2 ZENER DIODE HZ9A-2
100 5 BC4HZ12B1T5 1 ZENER DIODE HZ12B1
101 5 BC4HZ5C10T8 4 ZENER DIODE HZ5C1
102 5 BCSN58171T0 1 SCHOTTKY DIODE 1N5817 DO-41 PANJI
103 5 CA001B631T8 14 CERAMIC CAP. .01U 50V -20 +80%
104 5 CA001C6M0T6 4 CERAMIC CAP. 1000P 50V M Z5U P5
105 5 CA001CCK0T4 1 CERAMIC CAP. 1000P 500V K Y5P P
106 5 CA010E6K0T3 3 CERAMIC CAP. 100P 50V K Y5P P5
107 5 CA033E6K0T0 2 CERAMIC CAP. 330P 50V K Y5P P5
108 5 CA033F601T6 2 CERAMIC CAP. 33P 50V +-5% NPO P
109 5 CA047D6M0T4 1 CERAMIC CAP. 4700P 50V M Z5U P5
110 5 CA056EC10T7 1 CERAMIC CAP. 560P 500V +-10% Y5
111 5 CB0010642T9 2 CAPACITOR 1U 50V +-20% 85C P
112 5 CB0100442T7 1 CAPACITOR (N.P.) 10U 25V +-20% 85C
113 5 CB0100642T8 9 CAPACITOR 10U 50V M A P5
114 5 CB0220A42T5 1 CAPACITOR 22U 100V +-20% 85C
115 5 CB022APM0T1 1 CAPACITOR. 2.2U 200V M A P5
116 5 CB04703M0TH 7 CAPACITOR 47U 16V M A P5
117 5 CB047A6M0TH 10 CAPACITOR 4.7U 50V M A P5
118 5 CB10003M0TH 2 CAPACITOR 100U 16V M A P5
119 5 CB22005M0T8 1 CAPACITOR 220U 35V M A P5
120 5 CC0020011T0 1 RESISTOR 1/2W 2 +-5%
121 5 CC0100111T3 4 RESISTOR 1/4W 10 +-5%
122 5 CC018A011T7 1 RESISTOR 1/2W 1.8 +-5%
123 5 CC0220111T3 1 RESISTOR 1/4W 22 +-5%
124 5 CC0330111T0 1 RESISTOR 1/4W 33 +-5%
125 5 CC033A111T0 3 RESISTOR 1/4W 3.3 +-5%
126 5 CC047A491T4 1 RESISTOR (MOF) 1W 4.7 +-5%
127 5 CC0510111T8 1 RESISTOR 1/4W 51 +-5%
128 5 CC051A491T5 1 RESISTOR (MOF) 1W 5.1 +-5%
129 5 CC062A111T0 1 RESISTOR 1/4W 6.2 +-5%
130 5 CC068A491T3 1 RESISTOR (MOF) 1W 6.8 +-5%
131 5 CC1000111T2 8 RESISTOR 1/4W 100 +-5%
132 5 CC1001111T7 8 RESISTOR 1/4W 1K +-5%
133 5 CC1001125T2 1 RESISTOR (M.F.) 1/4W 1K +-1%
134 5 CC1001211T2 1 RESISTOR 1/8W 1K +-5%
135 5 CC1002111T1 23 RESISTOR 1/4W 10K +-5%
136 5 CC1003011T1 2 RESISTOR 1/2W 100K +-5%
137 5 CC1003111T6 4 RESISTOR 1/4W 100K +-5%
138 5 CC1004111T1 2 RESISTOR 1/4W 1M +-5%
30
139 5 CC1201111T2 3 RESISTOR 1/4W 1.2K +-5%
140 5 CC1202111T7 3 RESISTOR 1/4W 12K +-5%
141 5 CC1302111T0 1 RESISTOR 1/4W 13K
142 5 CC1500111T6 1 RESISTOR 1/4W 150 +-5%
143 5 CC1500491T3 1 RESISTOR (MOF) 1W 150 +-5%
144 5 CC1501111T1 1 RESISTOR 1/4W 1.5K +-5%
145 5 CC1502111T5 3 RESISTOR 1/4W 15K +-5%
146 5 CC1504111T4 3 RESISTOR 1/4W 1.5M +-5%
147 5 CC1800011T9 1 RESISTOR 1/2W 180 +-5%
148 5 CC1803111T8 1 RESISTOR 1/4W 180K +-5%
149 5 CC1821125T0 1 RESISTOR (M.F.) 1/4W 1.82K +-1%
150 5 CC2201111T4 19 RESISTOR 1/4W 2.2K +-5%
151 5 CC2202111T9 4 RESISTOR 1/4W 22K +-5%
152 5 CC2202125T4 1 RESISTOR (M.F.) 1/4W 22K +-1%
153 5 CC2203011T8 1 RESISTOR 1/2W 220K +-5%
154 5 CC2203111T3 1 RESISTOR 1/4W 220K +-5%
155 5 CC2702111T2 1 RESISTOR 1/4W 27K +-5%
156 5 CC3300491T1 1 RESISTOR (MOF) 1W 330 +-5%
157 5 CC3301111T9 1 RESISTOR 1/4W 3.3K +-5%
158 5 CC3302111T3 1 RESISTOR 1/4W 33K +-5%
159 5 CC3900111T1 3 RESISTOR 1/4W 390 +-5%
160 5 CC3901111T5 1 RESISTOR 1/4W 3.9K +-5%
161 5 CC3902111T0 2 RESISTOR 1/4W 39K +-5%
162 5 CC3922125T2 1 RESISTOR (M.F.) 1/4W 39.2K +-1%
163 5 CC4303111T0 1 RESISTOR 1/4W 430K +-5%
164 5 CC4700111T7 1 RESISTOR 1/4W 470 +-5%
165 5 CC4701111T1 21 RESISTOR 1/4W 4.7K +-5%
166 5 CC4702111T6 6 RESISTOR 1/4W 47K +-5%
167 5 CC4703111T1 2 RESISTOR 1/4W 470K +-5%
168 5 CC5601111T1 2 RESISTOR 1/4W 5.6K +-5%
169 5 CC6202111T6 1 RESISTOR 1/4W 62K +-5%
170 5 CC6492125T0 1 RESISTOR (M.F.) 1/4W 64.9K +-1%
171 5 CC6802111T2 1 RESISTOR 1/4W 68K +-5%
172 5 CC7501111T1 1 RESISTOR 1/4W 7.5K +-5%
173 5 CC7502111T6 1 RESISTOR 1/4W 75K +-5%
174 5 CC9760125T3 1 RESISTOR (M.F.) 1/4W 976 +-1%
175 5 CJ001A600T1 3 MYLAR CAP .1U 50V +-5% MEF P
176 5 CJ001B600T2 1 MYLAR CAP. .01U 50V +-5% MEF
177 5 CJ015C600T5 2 MYLAR CAP. .015U 50V +-5% MEF
178 5 CJ015D6J0T7 1 MYLAR CAP. .0015U 50V J PEN P
179 5 CJ022B600T1 2 MYLAR CAP. .22U 50V +-5% MEF
180 5 CJ022C6J0T3 1 MYLAR CAP. .022U 50V J MEF P5
181 5 CJ022D6J2T3 1 MYLAR CAP. .0022U 50V J PEN P
182 5 DA1M557V040 1 PCB M557 VA-522 REV4
183 5 DC1510002T5 1 BEAD NWE C8B RH3.5X9X1.
184 5 DC1510003T2 1 BEAD FER RI TE RH3.5X8.
185 5 DC382000002 18 EYELET SL 4X2.5X3
186 5 DC382000200 4 EYELET LY 4X3X3.5
187 5 X61A1800001 1 AIS ASSY, POWER VA-522 MM557C01
188 6 AB0780500T8 1 IC 78L05 TO-92 REGULA
189 6 BB3004401T5 1 TRANSISTOR KSP44 NPN TO-92
190 6 BB3010300T0 2 TRANSISTOR KRC103M NPN TO-92
191 6 BB3010600T0 1 TRANSISTOR KRC106M NPN TO-92
192 6 BB3094500T6 3 TRANSISTOR KTC945-P NPN TO-92
193 6 BC11N4148T8 5 DIODE 1N4148
194 6 BC1F202G0T0 1 DIODE UF202G DO-41 PANJI
195 6 BC1F40052T0 1 DIODE UF4005G DO-41 PANJ
196 6 BC1FR1020T0 3 DIODE FR102 DO-41
197 6 BC1FR1071T0 2 DIODE FR107 DO-41
198 6 BC1N40021T0 1 DIODE 1N4002 DO-41
199 6 BC210DF20T0 1 DIODE 10DF2
200 6 CA001A601T8 3 CERAMIC CAP. .1U 50V Z Y5V P5
201 6 CA001DE40T8 3 CERAMICCAP. 100P 1KV K Y5P P5
202 6 CA010E6K0T3 3 CERAMIC CAP. 100P 50V K Y5P P5
203 6 CA033D6K1T1 1 CERAMIC CAP. 3300P 50V K Y5P P5
204 6 CA033EEK0T0 1 CERAMIC CAP. 330P 1KV K Y5P P5
205 6 CA047DEM0T4 1 CERAMIC CAP. 4700P 1KV M Z5U P5
206 6 CA047E6K0T7 1 CERAMIC CAP. 470P 50V K Y5P P5
207 6 CB0100642T8 2 CAPACITOR 10U 50V M A P5
208 6 CB0220A42T5 1 CAPACITOR 22U 100V +-20% 85C
209 6 CB0470346T4 1 CAPACITOR 47U 16V M A P5
210 6 CB0470AM0T8 1 CAPACITOR 47U 100V M A P5
211 6 CB047A647T8 1 CAPACITOR 4.7U 50V M A P5
212 6 CB10002M0T4 1 CAPACITOR 100U 10V M 85C P5
213 6 CB1000443T3 1 CAPACITOR 100U 25V M A P5
31
214 6 CB2200443T1 1 CAPACITOR 220U 25V M A P5
215 6 CB47003M0T4 2 CAPACITOR 470U 16V M A P5
216 6 CC0010111T4 1 RESISTOR 1/4W 1 +-5%
217 6 CC002A471T2 1 RESISTOR (FUSE) 1W .2 +-5%
218 6 CC0100111T3 5 RESISTOR 1/4W 10 +-5%
219 6 CC0270011T6 1 RESISTOR 1/2W 27 +-5%
220 6 CC0470111T7 2 RESISTOR 1/4W 47 +-5%
221 6 CC0680011T1 1 RESISTOR 1/2W 68 +-5%
222 6 CC1001111T7 1 RESISTOR 1/4W 1K +-5%
223 6 CC1002111T1 4 RESISTOR 1/4W 10K +-5%
224 6 CC1003111T6 1 RESISTOR 1/4W 100K +-5%
225 6 CC1004011T5 5 RESISTOR 1/2W 1M +-5%
226 6 CC1004111T1 1 RESISTOR 1/4W 1M +-5%
227 6 CC1201011T7 1 RESISTOR 1/2W 1.2K +-5%
228 6 CC1801011T3 1 RESISTOR 1/2W 1.8K +-5%
229 6 CC2202111T9 1 RESISTOR 1/4W 22K +-5%
230 6 CC2202491T0 1 RESISTOR (MOF) 1W 22K +-5%
231 6 CC2702111T2 1 RESISTOR 1/4W 27K +-5%
232 6 CC3300111T4 3 RESISTOR 1/4W 330 +-5%
233 6 CC3302491T1 1 RESISTOR (MOF) 1W 33K +-5%
234 6 CC4700111T7 1 RESISTOR 1/4W 470 +-5%
235 6 CC4701111T1 4 RESISTOR 1/4W 4.7K +-5%
236 6 CC5601111T1 1 RESISTOR 1/4W 5.6K +-5%
237 6 CJ001B600T2 1 MYLAR CAP. .01U 50V +-5% MEF
238 6 CJ022B600T1 1 MYLAR CAP. .22U 50V +-5% MEF
239 6 DC1510003T2 1 BEAD FER RI TE RH3.5X8.
240 6 DC1510009T0 1 BEAD NWE W5 3.5X6X1.0+T
241 5 XX0900T2119 11 JUMPER WIRE D=0.6MM P5.0
242 5 XX0900T2127 26 JUMPER WIRE D=0.6MM P7.5
243 5 XX0900T2135 47 JUMPER WIRE D=0.6MM P10
244 5 XX0900T2143 24 JUMPER WIRE D=0.6MM P12.5
245 5 XX0900T2151 26 JUMPER WIRE D=0.6MM P15
246 5 XX0900T2160 13 JUMPER WIRE D=0.6MM P17.5
247 5 XX0900T2178 15 JUMPER WIRE D=0.6MM P20
248 5 XX0900T2186 8 JUMPER WIRE D=0.6MM P25
249 5 XX0900T2194 4 JUMPER WIRE D=0.6MM P30
250 4 AB024040100 1 IC EE 512X8 DP A
251 4 AB048580005 1 IC TDA4858 DIP-32 DEF
252 4 AB068610700 1 IC NT6861-6048 M557 R
253 4 AB081720007 1 IC TDA8172
254 4 BB320120005 1 TRANSISTOR 2SD2012 NPN TO-220
255 4 BB345150000 1 TRANSISTOR BU4515AX NPN SOT39
256 4 BB506300305 2 TRANSISTOR IRFS630A 1N TO-220
257 4 BC103290000 1 DIODE BY329X-1500S TO-22
258 4 BC1ER306000 1 DIODE ER306 DO-201AD
259 4 BC2YM36C0T0 1 DIODE BYM36C DIA.=1.35MM
260 4 BD18P00M105 1 CRYSTAL 8MHZ (HC-49/U)
261 4 CB1000PM023 1 CAPACITOR 100U 200V M B P7.5
262 4 CB10013M0T4 2 CAPACITOR 1000U 16V M A P5
263 4 CC0010591M8 1 RESISTOR (MOF) 2W 1 +-5%
264 4 CC039A591M5 1 RESISTOR (MOF) 2W 3.9 +-5%
265 4 CC043A591M6 2 RESISTOR (MOF) 2W 4.3 +-5%
266 4 CC0560G9100 1 RESISTOR (MOF) 2W 56 +-5% (R)
267 4 CC6800591M7 1 RESISTOR (MOF) 2W 680 +-5%
268 4 CF210020401 1 TRIMMER RES. V6EKPV-1S-B10K
269 4 CF220020609 1 TRIMMER RES. 1/10W 20KB VZ068TL
270 4 CF250010202 1 TRIMMER RES. V6EKPV-1S-B5K
271 4 CJ001A600T1 1 MYLAR CAP .1U 50V +-5% MEF P
272 4 CJ001AB0209 1 MYLAR CAP. .1U 250V +-5% MEF
273 4 CJ022A7J017 1 MYLAR CAP. 2.2U 63V J MEF P15
274 4 CJ022BBJ108 1 MYLAR CAP. .22U 250V J MPA P1
275 4 CJ022CD0106 1 MYLAR CAP. .022U 630V +-5% PP
276 4 CJ033BFJ013 1 MYLAR CAP. .33U 400V J MPA P1
277 4 CJ047CBJ000 1 MYLAR CAP. .047U 250V J MEF P
278 4 CJ051DDJ000 1 MYLAR CAP. .0051U 630V J PPN
279 4 CJ068DWJ106 1 MYLAR CAP. .0068U 2KV J MPM P
280 4 CJ082BBJ023 1 MYLAR CAP. .82U 250V J MPP P2
281 4 CL220005000 1 COIL (LINE) M557 6.5uH L 9X12X
282 4 CL220005400 1 COIL (LINE) M557 3.6uH L 9X12X
283 4 CL310002909 1 CHOKE COIL 2.2MH +-10%
284 4 CL320002900 1 CHOKE COIL M555 230uH L 14X15
285 4 CL370000503 1 CHOKE COIL M554 180uH A 14X19
286 4 DC020129000 1 HOUSING CONN. SET M555 MB P102-CRT P
287 4 DC020129100 1 HOUSING CONN. SET M555 MB P501-CRT P
288 4 DC030008805 1 WAFER CONN. JST B6B-XH-A 2.5
32
289 4 DC030010109 1 WAFER CONN. JST B2B-XH-A 2.5
290 4 DC030018509 1 WAFER CONN. YUEAN-YUH 1081-04
291 4 DC030020503 1 WAFER CONN. YUEAN-YUH 2540-02
292 4 DC030031301 1 WAFER CONN Y.Y 7551
293 4 DC090001301 2 TERMINAL CHASSIS GND CS-11-029
294 4 DC150008403 1 CORE NWE W5RH17.5X28.5X
295 4 DC150009000 1 CORE KINGCORE K5B RH 12
296 4 DC240002005 1 RELAY DC12V OMI-SH-212L
297 4 DEB11000009 5 TACT SWITCH PM564 KSM0632B
298 4 DG200004305 1 TRANSFORMER H567 HDT EI-19
299 4 DG300009900 1 TRANSFORMER M557 FEA876 A
300 4 ECM57032001 1 REAR BRACKET (M570) M57032
301 4 ECM57521000 1 FBT HEAT SINK M57521
302 4 EEM57141003 1 6861UP SHIELD M57141
303 4 FCM57045006 4 PCB SPACER (M570) M57045
304 4 KA000001ZZ4 1 LOCKING CABLE TIE 142MM
305 4 LCM55541000 1 HEAT SINK M55541
306 4 MAA20085605 1 SCREW M4X0.7+8C-MC
307 4 MAA20096402 2 SCREW M3X0.5+12P-MC (ADD
308 4 MAB2T001206 1 SCREW TPP-3.5+8C-UC
309 4 MAB50003409 3 SCREW TPB-3+10R-MC (ADD
310 4 MAB70008406 1 SCREW TPB-3+8C-MC
311 4 MAB70082400 1 SCREW TPB-3+6CF-MC(EX.LO
312 4 MAB7T002401 3 SCREW TPB-4+8C-MC
313 4 NA110001001 1 WIRE 1M 1007 #22 BLK (T
314 4 NA200900404 2 NET WIRE SET 4.3DX90X10T 112/.1
315 4 X62A1800001 1 PCBA, POWER VA-522 MM557C01
316 5 AB038420404 1 IC KA3842A DIP-8 PWM
317 5 BB20772Q505 2 TRANSISTOR 2SB772-Q
318 5 BB526450001 1 TRANSISTOR 2SK264501MR 1N TO-
319 5 BC1ER306000 1 DIODE ER306 DO-201AD
320 5 BC1F5402200 1 DIODE UF5402G DO-201AD P
321 5 BC1G54060N0 4 DIODE PG5406-F17 DO-201A
322 5 BC5LA89W000 1 LED LA89W/YSG W/HOLD
323 5 CA001BE1101 1 CERAMIC CAP. .01U 1KV +-20% Z5U
324 5 CA001CBMY00 1 CARAMIC CAP. (Y) 1000P 250VAC M Y5V
325 5 CA047DBMY01 1 CERAMIC CAP. 4700P 250VAC M Z5U
326 5 CA047DBMY27 2 CERAMIC CAP. (Y1) 4700P 250VAC M 2E3
327 5 CB10013M0T4 1 CAPACITOR 1000U 16V M A P5
328 5 CB100144401 1 CAPACITOR 1000U 25V +-20% 85
329 5 CB2200F4205 1 CAPACITOR 220U 400V +-20% 85
330 5 CB4700AM004 1 CAPACITOR 470U 100V M B P7.5
331 5 CC0090884U0 1 RESISTOR (POSISTOR) 5W 9 +-30% DISK KI
332 5 CC0100X6708 1 RESISTOR(THERMISTOR) 5A 10 +-15% (SCK-1
333 5 CC033BG9104 1 RESISTOR (MOF) 2W .33 +-5% (R)
334 5 CC2202G9102 1 RESISTOR (MOF) 2W 22K +-5% (R)
335 5 CC4702G9100 1 RESISTOR (MOF) 2W 47K +-5% (R)
336 5 CF210010201 1 TRIMMER RES. 1/10W 1KB VZ068TL1
337 5 CJ001AXMX03 1 MYLAR CAP. (X) .1U 275VAC M MKP P
338 5 CJ022BXMX03 1 MYLAR CAP. (X) .22U 275VAC M MKP
339 5 CL300003104 1 CHOKE COIL M570 100uH -10+30%
340 5 CL310004715 2 CHOKE COIL TX14M 5uH +-10%
341 5 CL900006503 1 LINE FILTER H554 20mH MIN @1.5
342 5 DC03M007900 1 WAFER CONN. MOLEX 5277-02A 2P
343 5 DC040005001 1 POWER SOCKET POWER 0714 (INALWA
344 5 DC100001502 2 FUSE HOLDER CQ-203LR
345 5 DC150007008 1 CORE TOKIN FR19/10/10-4
346 5 DC240003600 1 RELAY DC12V OSA-SS-212DM
347 5 DEA110005P0 1 PUSH BUTTON SWITCH M554 SS-160-7B 10A
348 5 DG100012300 1 TRANSFORMER M555 ERL-35 POWER
349 5 DX23P1521C0 1 FUSE 3.15A 250V S SEMKO
350 5 LC040004209 2 HEAT SINK F562 27X42MM
351 5 LC040056608 1 HEAT SINK MK-503 36X11.2X55
352 5 MAA20096402 1 SCREW M3X0.5+12P-MC (ADD
353 5 NA101950000 1 WIRE SET 1.8DX195X10T 1015#
354 5 NA103200606 2 WIRE SET 1.8DX320X1.8D 1617
355 4 XX0900T2143 1 JUMPER WIRE D=0.6MM P12.5
356 2 DC020127100 1 HOUSING CONN. SET M773 MB-YOKE M-CAN
357 2 DC190017060 1 CB ASY 557 20276/2CORE 1.
358 2 FAP57311K00 1 BEZEL(ACR) P57311(ABS,WG017)(
359 2 KA000001ZZ4 4 LOCKING CABLE TIE 142MM
360 2 NA104200400 1 WIRE SET 4.3DX420XTUBE 1007
361 2 X66A3900007 1 MECHANICAL ASSY MP557A (WG017) MPR
362 3 ELH5664C003 1 MYLAR H5664C (35X50X2)
363 3 EX03T001802 1 RETURN SPRING 4-CD15-M004
33
364 3 FBP55421005 1 PUSH KNOB(A)(P554) P55421(WG017)(ABS)
365 3 FBP55422001 1 PUSH KNOB(B)(P554) P55422(WG017)(ABS)
366 3 FBP55431001 1 POWER KNOB(P554) P55431(WG017)(ABS)
367 3 FBP57323000 1 PUSH KNOB(C) P57323(ABS)(WG017)
368 3 FCM57021000 1 PCB HOLDER-L (M570) M57021
369 3 FCM57022006 1 PCB HOLDER-R (M570) M57022
370 3 FCM99042102 1 EXPAND POWER SW M99042
371 3 FCP55441005 1 POWER LED LENS(P554) P55441
372 3 LC10T000002 4 RUBBER WASHER 4-S35-009 SHORE:70
373 3 MAA70064400 1 SCREW M4X0.7+8CF-MC(EX.L
374 3 MAB60001409 4 TAPPING SCREW TPB 4+20N-MC
375 3 MAB70073402 4 SCREW TPB-5+27P-MC & WAS
376 1 62001600013 1 PACKING ABO MP557G UR+MPRII WG
377 2 EJ4P5571100 1 RATING NP-W/W N-P557-ABO UFGC BP
378 2 HB4P5570700 1 CARTON C-P557-ABO W/W CHN
379 2 HDABOP55700 1 USER'S MANUAL U-P557-ABO EFGSIJC
380 2 HGTMM6A0104 2 LABEL LOW RADIATION MPR
381 2 HGTMPRII118 1 STATIC LABEL MPRII+ENERGY STAR
382 2 HK3T1020014 1 PE BAG (MONITOR) PE-5 12z REV3
383 1 FAM5701B008 1 SWIVEL BASE&BALL ASS M5701B(WG017)
384 1 FJM57017000 1 EPS FOAM(L) M57017
385 1 FJM57018000 1 EPS FOAM(R) M57018
386 1 X66A4000004 1 MECHANICAL PARTS MP557A04 (WG017)
387 2 FAM57012A03 1 BACK COVER(NONE USB) M57012(WG017)
388 2 FHC46141003 1 SPONGE C46141
389 2 MAB60001409 4 TAPPING SCREW TPB 4+20N-MC
Line Level Part Model Usage Description Spec
1 1MP557G01003 AC501 (P557) 1DIS ABO MP557G UR+MPRII WG
2 251A03500021 1CRT & YOKE ASSY, 15C MP557G01 UR+MPRII
3 3AC500025510 1CRT&YOKE M36LBL803X01 (LA)
4 3CL700001900 1COIL SET M773 TILT .2X300T
5 3CLA4M100106 1DEGAUSSING COIL M454 CRT W/CORE .4
6 3DC020132501 1H-CON SET M557 CRT-GND AROUN
7 3KA000001ZZ4 1LOCKING CABLE TIE 142MM
8 251A03600009 1VIDEO ASSY MP557G MPRII
9 3452A1800001 1PCBA, CRT BOARD VQ-522 MM557C01
10 4442A1800001 1AIS ASSY, CRT BOARD VQ-522 MM557C01
11 5BB30945P1T5 1TRANSISTOR 2SC945-P
12 5BBX042000T9 3TRANSISTOR BF420
13 5BC101SS82T2 6DIODE 1SS82
14 5BC11N4148T8 13DIODE 1N4148
15 5BC1FR1040T0 2DIODE FR104 DO-41
16 5BC4HZ2720T5 1ZENER DIODE HZ27-2
17 5BC4HZ5C10T8 1ZENER DIODE HZ5C1
18 5BCSN58171T0 3SCHOTTKY DIODE 1N5817 DO-41 PANJI
19 5CA001A601T8 3CERAMIC CAP. .1U 50V Z Y5V P5
20 5CA001B631T8 22CERAMIC CAP. .01U 50V -20 +80%
21 5CA001CPK0T8 1CERAMIC CAP. 1000P 2KV K Y5P P5
22 5CA010CCM0T6 2CERAMIC CAP. .01U 500V M Z5U P5
23 5CA047ECK0T0 2CERAMIC CAP. 470P 500V K Y5P P5
24 5CA082F601T6 1CERAMIC CAP. 82P 50V +-5% NPO P
25 5CA082FCJ0T0 2CERAMIC CAP. 82P 500V J NPO P5
26 5CB0010AM0T0 3CAPACITOR (N.P.) 1U 100V M A P5
27 5CB0100342T1 3CAPACITOR 10U 16V +-20% 85C
28 5CB0100A43T2 1CAPACITOR 10U 100V +-20% 85C
29 5CB0220A42T5 1CAPACITOR 22U 100V +-20% 85C
30 5CB0470346T4 2CAPACITOR 47U 16V M A P5
31 5CB10002M0T4 2CAPACITOR 100U 10V M 85C P5
32 5CB1000342T1 1CAPACITOR 100U 16V +-20% 85C
33 5CC0300211T4 3RESISTOR 1/8W 30 +-5%
34 5CC0330111T0 3RESISTOR 1/4W 33 +-5%
35 5CC0470011T1 3RESISTOR 1/2W 47 +-5%
36 5CC0750225T9 3RESISTOR (M.F.) 1/8W 75 +-1%
37 5CC1000111T2 2RESISTOR 1/4W 100 +-5%
38 5CC1000211T8 9RESISTOR 1/8W 100 +-5%
39 5CC1001011T1 1RESISTOR 1/2W 1K +-5%
40 5CC1001211T2 4RESISTOR 1/8W 1K +-5%
41 5CC1002011T6 1RESISTOR 1/2W 10K +-5%
42 5CC1002111T1 4RESISTOR 1/4W 10K +-5%
43 5CC1002211T7 10RESISTOR 1/8W 10K +-5%
44 5CC2002211T9 6RESISTOR 1/8W 20K +-5%
45 5CC2200211T5 1RESISTOR 1/8W 220 +-5%
46 5CC3001011T0 1RESISTOR 1/2W 3K +-5%
47 5CC3001211T6 1RESISTOR 1/8W 3K +-5%
34
48 5CC3900211T6 3RESISTOR 1/8W 390 +-5%
49 5CC4300211T1 1RESISTOR 1/8W 430 +-5%
50 5CC4702211T1 1RESISTOR 1/8W 47K +-5%
51 5CC5601211T6 3RESISTOR 1/8W 5.6K +-5%
52 5CJ022B600T1 1MYLAR CAP. .22U 50V +-5% MEF
53 5CJ047D600T6 1MYLAR CAP .0047U 50V +-5% ME
54 5CL4100044T1 2PEAKING COIL .56uH +-10% (3X5)
55 5CL4100062T0 1PEAKING COIL .39uH +-10% (SP030
56 5DA1M557V120 1PCB M557 VQ-522 REV2
57 5DC1100013T0 1SPARK GAP HAN DOK S-23-152-R
58 5DC1510003T2 5BEAD FER RI TE RH3.5X8.
59 5DC1510009T0 1BEAD NWE W5 3.5X6X1.0+T
60 5DC1510014T0 1BEAD NWE W4B RH3.5X8X1.
61 5DC382000002 1EYELET SL 4X2.5X3
62 5DC382000200 1EYELET LY 4X3X3.5
63 5XX0900T2119 2JUMPER WIRE D=0.6MM P5.0
64 5XX0900T2127 8JUMPER WIRE D=0.6MM P7.5
65 5XX0900T2135 7JUMPER WIRE D=0.6MM P10
66 5XX0900T2143 8JUMPER WIRE D=0.6MM P12.5
67 5XX0900T2151 6JUMPER WIRE D=0.6MM P15
68 5XX0900T2160 1JUMPER WIRE D=0.6MM P17.5
69 5XX0900T2186 1JUMPER WIRE D=0.6MM P25
70 5XX0900T2194 1JUMPER WIRE D=0.6MM P30
71 4AB021400000 1IC S1D2140B03-D0B0 DI
72 4AB024390000 1IC LM2439 TO220-9 VID
73 4AB465420000 1IC CM46542 DIP-24 OSD
74 4CA001BU3101 1CERAMIC CAP. .01U 2KV +80 -20%
75 4DC030031301 1WAFER CONN Y.Y 7551
76 4DC03J001103 1WAFER CONN. JST S6B-XH-A 2.5 9
77 4DC03M006641 1WAFER CONN. MOLEX 5268-06A-X
78 4DC03M006650 1WAFER CONN. MOLEX 5268-07A-X
79 4DC040044405 1SOCKET CRT SOCKET B10-277
80 4DC090001301 1TERMINAL CHASSIS GND CS-11-029
81 4EEM57522100 1SVB SHIELD M57522
82 4LCM55546000 1HEAT SINK M55546
83 4MAA70006202 1SCREW M3X0.5+8P-NI & WAS
84 4NA100750000 1WIRE SET 1.8DX75X1.8D 1007#
85 3456A1800008 1PCBA, DEF & POWER VQ-522 MP557G
86 4446A1800003 1AIS ASSY, DEF & POWE VA-522 MP557G
87 5BB1073302T4 9TRANSISTOR 2SA733-P
88 5BB2064700T4 1TRANSISTOR 2SB647AC
89 5BB3033700T1 1TRANSISTOR JC337-25 NPN TO-92
90 5BB30945P1T5 16TRANSISTOR 2SC945-P
91 5BB40667C1T5 1TRANSISTOR 2SD667-C
92 5BB5094100T8 1TRANSISTOR 2SK941 1N TO-92 W/
93 5BBX042300T5 1TRANSISTOR BF423
94 5BBX120300T1 3TRANSISTOR RN1203 (TE4,M)
95 5BBX120600T8 1TRANSISTOR RN1206 (TE4,M)
96 5BBX236900T8 1TRANSISTOR PH2369
97 5BC11N4148T8 11DIODE 1N4148
98 5BC1FR1040T0 6DIODE FR104 DO-41
99 5BC40HZ9A2T6 2ZENER DIODE HZ9A-2
100 5BC4HZ12B1T5 1ZENER DIODE HZ12B1
101 5BC4HZ5C10T8 4ZENER DIODE HZ5C1
102 5BCSN58171T0 1SCHOTTKY DIODE 1N5817 DO-41 PANJI
103 5CA001B631T8 14CERAMIC CAP. .01U 50V -20 +80%
104 5CA001C6M0T6 4CERAMIC CAP. 1000P 50V M Z5U P5
105 5CA001CCK0T4 1CERAMIC CAP. 1000P 500V K Y5P P
106 5CA010E6K0T3 3CERAMIC CAP. 100P 50V K Y5P P5
107 5CA033E6K0T0 2CERAMIC CAP. 330P 50V K Y5P P5
108 5CA033F601T6 2CERAMIC CAP. 33P 50V +-5% NPO P
109 5CA047D6M0T4 1CERAMIC CAP. 4700P 50V M Z5U P5
110 5CA056EC10T7 1CERAMIC CAP. 560P 500V +-10% Y5
111 5CB0010642T9 2CAPACITOR 1U 50V +-20% 85C P
112 5CB0100442T7 1CAPACITOR (N.P.) 10U 25V +-20% 85C
113 5CB0100642T8 9CAPACITOR 10U 50V M A P5
114 5CB0220A42T5 1CAPACITOR 22U 100V +-20% 85C
115 5CB022APM0T1 1CAPACITOR. 2.2U 200V M A P5
116 5CB04703M0TH 7CAPACITOR 47U 16V M A P5
117 5CB047A6M0TH 10CAPACITOR 4.7U 50V M A P5
118 5CB10003M0TH 2CAPACITOR 100U 16V M A P5
119 5CB22005M0T8 1CAPACITOR 220U 35V M A P5
120 5CC0020011T0 1RESISTOR 1/2W 2 +-5%
121 5CC0100111T3 4RESISTOR 1/4W 10 +-5%
122 5CC018A011T7 1RESISTOR 1/2W 1.8 +-5%
123 5CC0220111T3 1RESISTOR 1/4W 22 +-5%
124 5CC0330111T0 1RESISTOR 1/4W 33 +-5%
35
125 5CC033A111T0 3RESISTOR 1/4W 3.3 +-5%
126 5CC047A491T4 1RESISTOR (MOF) 1W 4.7 +-5%
127 5CC0510111T8 1RESISTOR 1/4W 51 +-5%
128 5CC051A491T5 1RESISTOR (MOF) 1W 5.1 +-5%
129 5CC062A111T0 1RESISTOR 1/4W 6.2 +-5%
130 5CC068A491T3 1RESISTOR (MOF) 1W 6.8 +-5%
131 5CC1000111T2 8