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CV48D3

SHARP CV48D3, CV51C4, CX34D2, CX34D3, CX48D3 Service manual & schematics

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Page 1

SERVICE MANUAL

544Q7CV48D3NZ

SHARP

PAL SYSTEM COLOUR TELEVISION Chassis No. SP-30

MODEL CV-48D3NZ

In the interests of user-safety (Required by safety regulations in some countries ) the set should be restored to its original condition and only parts identical to those specified should be used.

FEATURE

One Chip Microprocessor Voltage Synthesizer System

  • 39 Channels Programming System
  • Channel Skip Preset System
  • Last (Channel / Volume / Power / DAC) Memory System
  • Full Auto Search Tuning System

  • Fine Tuning Adjustable with Remote Control
  • 48 cm (20 ") Tinted CRT
  • Direct Access Remote Control
  • ON/OFF Timer
  • Video In / Audio In Terminal
  • NTSC 3.58/4.43MHz Play Back System (at AV Input Only)
CONTENTS
Pa ige
• SPECIFICATIONS 2
IMPORTANT SERVICE NOTES 3
SERVICE ADJUSTMENT 3
TROUBLE SHOOTING TABLE 8
CHASSIS LAYOUT 10
BLOCK DIAGRAM 11
PRINTED WIRING BOARD ASSEMBLIES 13
SCHEMATIC DIAGRAM 15
P age
  • DESCRIPTION OF SCHEMATIC DIAGRAM .
17
WAVEFORMS 17
SOLID STATE DEVICE BASE DIAGRAM 20
REPLACEMENT PARTS LIST 21
21
SUPPLIED ACCESSORIES 28
■ PACKING PARTS 28
29
WARNING

The chassis in this receiver is partially hot. Use an isolation transformer between the line cord plug and power receptacle, when servicing this chassis.

To prevent electric shock, do not remove cover. No user — serviceable parts inside. Refer servicing to qualified service personnel.

SHARP CORPORATION
Page 2
SPECIFICATIONS IMPORTANT SERVICE NOTES
Convergence Maintenance and repair of this receiver should be done by qualified service personnel only.
Focus SERVICING OF HIGH VOLTAGE SYSTEM AND
Intermediate Frequencies
Picture IF Frequency 		PICTURE TUBE
When servicing the high voltage system, remove static charge from it by
connecting a 10 k ohm Resistor in series with an insulated wire (such as a test
Power Input
  1. Protect between predict data and any and another lead. And interconducted from AC outlet.)
  2. Picture tube in this receiver employs integral implosion protection.
  3. Replace with tube of the same type number for continued safety.
Audio Power Output Rating
  1. Do not lift picture tube by the neck.
  2. Handle the picture tube only when wearing shatterproof goggles and after discharging
    the high voltage completely.
X-RAY
Aerial Input Impedance
VHF/UHF 		This receiver is designed so that any X-Ray radiation is kept to an absolute
minimum. Since certain malfunctions or servicing may produce potentially
hazardous radiation with prolonged exposure at close range, the following
• UHF-Channels N21 (45.25MHz) thru N211 (224.25MHz) • UHF-Channels N21 (46.25MHz) thru AU11 (216.25MHz) • UHF-Channels E21 (471.25MHz) thru E69 (855.25MHz)
  1. When repairing the circuit, be sure not to increase the high voltage to more than 27.5 kV, (at beam minimum) for the set.
  2. To keep the set in a normal operation, be sure to make it function on 24.5 kV
Dimentions
Width 566.0 mm
Height 476.0 mm
Depth 471.0 mm
Weight (approx.) 18.5 kg
Cabinet Material 471.0 mm
  • +1.5 - 2.0 kV (at beam 1.1 mA) in the case of the set. The set has been factory
Specifications are subject to change without prior notice. BEFORE RETURNING THE RECEIVER
  • Before returning the receiver to the user, perform the following safety checks.
  • 1. Inspect all lead dress to make certain that leads are not pinched or that hardware is not lodged between the chassis and other metal parts in the receiver.
  • 2. Inspect all protective devices such as non-metallic control knobs, insulating fishpapers, cabinet backs, adjustment and compartment covers or shields, isolation resistor-capacity networks, mechanical insulators etc.

2-2

2-1

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۴

Page 4
L • [
STMENT (Continued) Adjusting Procedures
  1. Adjust IF AGC voltage so that the output waveform is of approx. 0.8Vp-p.
  2. Check that the overall waveform is as shown in Figure below.
  3. Check that the overall waveform is as shown in Figure below.
  1. Turn R248 to obtain the highest voltage.
  2. Turn R248 slowly in the opposite direction until the voltage drops 0.1V lower than the highest level.
  3. Change the antenna input signal to 65dB ± 2dB and make sure there is no noise. Turn up the input signal to 90 – 95dB to be sure that there is no cros-modulation beat.
  4. Oscilloscope
    • Approx. 60V
    • Approx. 60V
PIF/AFT/AGC ADJU Adjusting Conditions 4. PIF Overall Adjustment
  1. Receive VHF high channel (Channel-10) signal.
    (When such signal is not available, set V T voltage
    at 5V in V H band.)
  2. Connect sweep generator's output to the test
    point of tuner.
    • Probe in use:
5. RF-AGC Cut-In Adjustment Adjusting Point
□ R248: RF-AGC control
1. Keep the AGC Cut-in control near the center
position.
2. Receive VHF high channel (COLOUR BAR) signal.
• Signal strength:
54dB ± 1 dB (with 500 open)
3. Connect the oscilloscope to the tuner's AGC
terminal (TP210).
• Range: DC range
• Voltage: 100mV/div.
• Set the Regulated DC Power Supply to approx.
6.0V and turn up the oscilloscope range to
100mV (DC).

4

115V LINE ADJUSTMENT

Adjusting Conditions Adjusting Procedures
Adjusting Point C R711: 115V Adjustment Control
  1. Adjust the R711 until the TP701's voltage
    becomes 115±0.5V.
  • Set the R711 to 5/10 before supplying power.
  • Receive "MONOSCOPE PATTERN" signal.
  • Set Contrast and Brightness controls at MAX
position.
Connect DC milliammeter to TP602⊖ and
TP603⊕.
(Full scale: 3 mA)
Using the DC milliammeter, check to see that the
beam current is between 900 and 1100 שא.
Note:
ער הלאמר בהנהג לאמה לאמ מאטיע מילווונל לאם 2010
Sub-Contrast control.
Sub-Contrast control.
Connect Digital voltmeter to TP701. 		,
j

VIDEO/CHROMA ADJUSTMENT

Adjusting Conditions

Adjusting Procedures

1. CRT Cut-off Adjustment
Adjusting Point
R853: Red Bias control
R855: Blue Bias control
R865: Blue Bias control
T602: Screen control (a part of T602)
R857: Green Drive control
R863: Blue Drive control
  1. Slowly turn the Screen control clockwise until the
    horizontal raster appears slightly, and stop it.
  2. Here, one of the three colours (red, blue, green)
    appears first as the Screen control is turned. So,
    touching off the Blas control belonging to the
    first colour, use and move the other two controls
    so that the horizontal raster becomes white.
Note: Prior to this adjustment, warm up the unit
with the beam current of more than 700 µA
for more than 30 minutes.
  1. Jurn the Screen control counterclockwise until
    the horizontal raster disappears, and stop it.
  1. Receive "MONOSCOPE PATTERN" signal.
  2. Make the picture normal.
  3. Make the picture control at 5/10 position and
    Contrast control at 10/10 position.
  1. Set Red bias control at MIN position.
  2. Set Green bias control at MIN position.
  3. Set Blue bias control at MIN position.
  4. Set Green drive control at CENTER position.
  5. Set Blue drive control at CENTER position.
  1. Set the Screen control at MIN position.
  2. Using the remote controller, call the AV mode (no signal).
  3. Short TP501.
Page 5
VIDEO/CHROMA AD USTMENT (Continued) DEFLECTION LOC P ADJUSTMENT
Adjusting Conditions Adjusting Procedures Adjusting Conditions Adjusting Procedures
2. White Balance and Back Ground Adj ustment 1. Horizontal Size Adjustment
Adjusting Point
□ R857: Green Drive control
□ R863: Blue Drive control
□ R420: Sub-Contrast control
Note: Prior to this adjustment, warm up the unit
with the beam current of more than 700 µA
for more than 30 minutes.
  1. Adjust Sub-Contrast control so that the beam
    current becomes 1.1 mA (rough adjustment)
  2. Adjust Green Drive control and Blue Drive control
    so that the colour temperature is at 7500°K. (High
    beam: 1.1 mA).
  3. Adjust the Contrast control and Brightness
    control so that the beam current is approx.
Adjusting Point
D P601: Horizontal Size
1. Receive "MONOSCOPE PATTERN" signal.
2. Set the Contrast and Brightness controls at MAX
position. 		1. Adjust P601 to obtain the best horizontal size.
• H-Size: 8% TYP, 10% MAX.
  1. Receive "MONOSCOPE PATTERN" signal.
  2. Cat the Contrast and Brightness controls at MAX
at 7500%. If the temperature is not at 7500%, go 2. Horizontal Centering Adjustment
position.
2. Connect DC milliammeter to TP6020 and
TP6030 (5-11)crole: 3 mA) 		the adjustment. Adjusting Point 1. Adjust R613 so that
the horizontal + A + + B +
Note: This adjustment should be performed after
the purity and convergence adjustments. 		at the position
1. Receive "MONOSCOPE PATTERN" signal.
3. Sub-Contrast Adjustment 3. Vertical Size Adjustment
Adjusting Point 1. Adjust Sub-Contrast control so that the beam Adjusting Point
  1. Adjust R509 so that the vertical size of picture is at
    the best point.
A+20: Sub-Contrast control
Note: Prior to this adjustment, warm up the unit
with the beam current of more than 700 µA
for more than 30 minutes
  1. Receive "MONOSCOPE PATTERN" signal.
  2. Set the Brightness and Contrast controls at MAX position.
● Vertical size: 8% TYP(Max. 10%)
1. Receive "MONOSCOPE PATTERN" signal.
  1. Set the Contrast and Brightness controls at MAX
    position.
4. Vertical Linearity Adjustment
3. Connect UL militammeter to 11002⊖ and
TP603⊕. (Full scale: 3mA) 		Adjusting Point 1. Adjust R514 to obtain the best vertical linearity.
1. Receive "MONOSCOPE PATTERN" signal.
5. Vertical Center Adjustment
Adjusting Point 1. Adjust S501 to that the vertical center be at the center of screen.
1. Receive "MONOSCOPE PATTERN" signal.
Note: Make this adjustment after the purity and convergence adjustments.

5

CV-48D3NZ

5-2

5. 1

Page 6

CUS ADJUSTMENT

Adjusting Conditions Adjusting Procedures
Adjusting Point 1. Adjust Focus control to have best focus at the central area of CRT.
. Receive "MONOSCOPE PATTERN" signal.
. Set Contrast control at NORMAL position.
. Set Brightness control at MAX position (with
1.1 mA of beam current).
(Instead of monoscope pattern signal, it is
allowed to use white pattern signal of 88%
modulation.) 		Adjust point
CRT DISPLAY ADJUSTMENT

6

Fightening torque: 11 kg±2 kg.

े 2- 9

6-1-

Figure D.

Page 7

CONVERGENCE ADJUSTMENT

Adjusting Conditions This adjustment should be performed after

the purity magnet adjustment.

Receive "CROSSHATCH PATTERN" signal. Set the Brightness control and Contrast control at MAX position.

Adjusting Procedures

TATIC CONVERGENCE

Adjust the opening degree of the 4-pole magnet and rotate the magnet to converge red and blue lines.

Adjust the opening degree of the 6-pole magnet and rotate the magnet to converge red, blue and green lines.

DYNAMIC CONVERGENCE

Dynamic convergence (convergence of the three colour fields) at the edges of CRT screen is accomplished in the following manner.

Insert wedge"a "between the deflection yoke and CRT, and tilt the deflection yoke upward until the mis-convergence shown in Fig. a is

corrected. Convergence in Fig. b :

Insert wedges "b" and "c" between the deflection yoke and CRT, and tilt the deflection yoke until the mis-convergence shown in Fig. b is corrected.

Convergence in Fig. c:

Insert wedge "c." deeply between the deflection poset wedge "c" deeply between the deflection yoke and CRT, and tilt the deflection yoke to right until the mis-convergence shown in Fig. c is corrected.

Convergence in Fig. d :

Insert wedge "b" deeply between the deflection yoke and CRT, and tilt the deflection yoke to left until the mis-convergence shown in Fig. d is corrected.

  • Stick the three wedges onto the CRT, and apply glass tapes thereon.
  • Apply lacquer to the deflection yoke screw, magnet unit (made of purity, 4-pole and 6-pole magnets) and magnet unit screw.

After the adjustment, receive either the Red or the Blue signal and check that there is no mixture with the other colour signal.

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8-2

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CV-48D3NZ CV-48D3NZ

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CV-48D3NZ CV-48D3NZ

Page 14

DESCRIPTION OF SCHEMATIC DIAGRAM

SAFETY NOTE:

  • 1. DISCONNECT THE AC PLUG FROM THE AC OUTLET BEFORE REPLACEING PARTS.
  • 2. SEMICONDUCTOR HEAT SINKS SHOULD BE REGARDED AS POTENTIAL SHOCK HAZARDS WHEN THE CHASSIS IS OPERATING.
IMPORTANT SAFETY NOTICE:

PARTS MARKED WITH " A" ( ) ARE IMPORTANT FOR MAINTAINING THE SAFETY OF THE SET. BE SURE TO REPLACE THESE PARTS WITH SPECIFIED ONES FOR MAINTAINING THE SAFETY AND PERFORMANCE OF THE SET.

SERVICE PRECAUTION:

THE AREA ENCLOSED BY THIS LINE ( _____ = ___) IS DIRECTLY CONNECTED WITH AC MAINS VOLTAGE. WHEN SERVICING THE AREA, CONNECT AN ISOLATING

TRANSFORMER BETWEEN TV RECEIVER AND AC LINE TO ELIMINATE HAZARD OF ELECTRIC SHOCK.

NOTE: 1. The unit of resistance "ohm" is omitted (K = 1000 ohms,

  • M = Megaohm). 2. All resistors are 1/8 watt, unless otherwise noted.
  • 3. All capacitors are µF, unless otherwise noted (P = µµF).
VOLTAGE MEASUREMENT CONDITIONS:

  • Voltages in parenthesis measured with no Signal. Voltages without parenthesis measured with 3mV B & W or Colour-Signal.
  • 3. All the voltages in each point are measured with VTVM.
WAVEFORM MEASUREMENT CONDITIONS:

  • 1. Colour bar generator signal of 1.5 V peak to peak applied at Base of Video Buffer Amp. 0202.
  • 2. Approximately 4.0 V AGC bias.
CAUTION:

This circuit diagram is original one, therefore there may be a slight difference from yours.

NOTE: The parts here shown are supplied as an assembly but not independently.

18

A VTUVTSH6AD02/

Page 15

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PARTS LIST

PARTS REPLACEMENT

Replacement parts which have these special safety characteristics identified in this manual: electrical components having such features are identified by "A" in the Replacement Parts Lists. The use of a substitute replacement part which does not have the

same safety characteristics as the factory recommended replacement parts shown in this service manual may create shock, fire or other hazards.

"HOW TO ORDER REPLACEMENT PARTS"

To have your order filled promptly and correctly, please furnish the following informations.

1. MODEL NUMBER 2. REF. NO.
3. PART NO. 4. DESCRIPTION
5. CODE 6. QUANTITY

MARK *: SPARE PARTS-DELIVERY SECTION.

Ref. No. Part No. * Description Code
PICTURE TUBE
∕∆ VB1 VB48JSK61X/*S R CRT, 48 cm (20") CF
∕∆ DY RCILH0022PEN2 R Deflection Yoke ΒН
∕ ∩ L708 RCILG0024PEZZ R Degaussing Coil AW
PMAGF3003CEZZ J Purity Magnet AK
PSPAG0003PEZZ R Wedge, (3 pcs used) AD
MSPRT0001PEFJ R Spring, CRT AC
LHLDC0001PEZZ R Degaussing (ADG) Coil AC
Holder, (4 pcs used)

—— End of PICTURE TUBE ——

PRINTED WIRING BOARD ASSEMBLIES ( NOT REPLACEMENT ITEM )
PWB-A DUNTK8185WEW6 - Mother Unit -
PWB-B DUNTK7001WED8 - CRT Socket Unit -
lo. Part No. \star Description Code
PWB-A DUNTK8185WEW6 MOTHER UNIT

Ref. N

TUNER

NOTE: THE PARTS HERE SHOWN ARE SUPPLIED AS AN ASSEMBLY BUT NOT INDEPENDENTLY.

⚠ TU201 VTUVTSH6AD02/ J Tuner, VHF/UHF BG

INTEGRATED CIRCUITS
IC301 VHiTDA7056/-1 J Audio Output AP
IC501 R H - i X 0 6 4 0 C E Z Z J Vertical Output AK
IC602 VHITA7809S/-1 J 8V Regulator AE
Δ IC751 R H - i X 1 7 7 9 C E Z Z J Power Regulator AR
IC801 VHITDA8362/3E J Video/Chroma AW
IC802 VHITDA4661/-1 J 1H DL AS
IC1001 R H - i X 2 3 2 1 C E N 1 J Microprocessor AY
IC1002 VHICAT93C46-1 J Memory AN
IC1003 R H - i X 0 0 3 7 C E Z Z J Zener IC AF
IC1004 V H i P S T 5 2 9 C 2 - 1 J Reset Switch AD
IC1005 V H i U P C 7 8 L 0 5 - 4 J 5V Regulator AD
TRANSISTORS
Q201 V S 2 S C 1 9 0 6 //1 E J 2SC1906 AC
Q202 V S 2 S A 1 0 1 5 Y / 1 E J 2SA1015(Y) AC
Q203 V S 2 S A 1 0 1 5 Y / 1 E J 2SA1015(Y) AC
Q210 V S 2 S A 1 0 1 5 Y / 1 E J 2SA1015(Y) AC
Q211 V S 2 S A 1 0 1 5 Y / 1 E J 2SA1015(Y) AC
Q212 V S 2 S A 1 0 1 5 Y / 1 E J 2SA1015(Y) AC
Q302 V S 2 S C 9 4 5 A P / - 1 J 2SC945A(P) ` AB
Q303 V S 2 S C 9 4 5 A P / - 1 J 2SC 9 45A(P) AB
Q304 V S 2 S D 8 8 0 - G / - 1 J 2SD880 AF
Q601 V S 2 S C 2 2 7 1 E / - 1 J 2SC2271(E) AD
⚠ Q602 V S 2 S D 2 0 9 5 / / 1 E J 2SD2095 AN
⚠ Q603 V S 2 S A 1 0 1 5 Y / 1 E J 2SA1015(Y) AC
Q605 V S 2 S A 1 3 4 8 //-1 J 2SA1348 AB
Q613 V S 2 S A 1 0 1 5 Y / 1 E J 2SA1015(Y) AC
⊿ Q701 V S 2 S D 1 8 8 3 //-1 J 2SD1883 AL
∕∆ Q702 V S 2 S C 9 4 5 A P /- 1 J 2SC945A(P) AB
Q801 V S 2 S A 1 0 1 5 Y / 1 E J 2SA1015(Y) AC
Q802 V S 2 S A 1 0 1 5 Y / 1 E J 2SA1015(Y) AC
Q803 V S 2 S A 1 0 1 5 Y / 1 E J 2SA1015(Y) AC
Q804 V S 2 S C 1 8 1 5 G W - 1 J 2SC1815 AB
Q1001 V S 2 S C 3 8 3 - W T - 1 J 2$C383(W⊤) AE
Q1002 V S 2 S C 3 4 0 2 //- 1 J 2SC3402 AB
Q1003 V S 2 S A 1 3 4 8 / / - 1 J 2SA1348 AB
Q1005 V S 2 S C 3 4 0 2 //- 1 ٦ 2SC3402 AB
01011 VS2SC945AP/-1 J 2SC945A(P) AB

------ End of P.W.B. ASSEMBLIES ------

Page 18
Nel. NO. Hole Part No. 👘 🖈 Description Code Ref. No. Part No. * Description Code
PWE B-A DUNTK81 85WEW6 DIODES ( Con tinued)
MOTHERU NIT (Continue d) D1018 VHD1SS119//1E E I 1SS119 AA
D1022 VHD1SS119//1E . 1$$119 AA
DIODE S 1 D1024 RH-EX0286CEZZ Z) (J) Zener Diodention toot AA
D207 ∆ R.HE:X:0'0\3 0 G`E'Z'Z ⊡J. Zener Diode AB D1039 ेV H D 1 S S 1 1 9771 E i U i 1551/19001004001 81- 20
D209 VHD1SS119///1E\J >>1$$119(10001323) AA D1056 RH-EX0297CEZ2 ്വം Zener Diode, 5.6V AA
D214 VHD1$$1119771EJ 01$$119 AA D1057 RH-EX0297CEZZ z J Zener Diode, 5.6V AA
D222 RH-EX0312CEZZ J Zener Diode, 9V AA D1058 RH-EX0297CEZZ ZJ Zener Diode, 5.6V AA
D302 RH-DX0247CEZZ J AE ∕ / \ VA702 RH-VX0033CEZZ ΖJ Varistor AD
D303 VHD1SS119//1E J 1SS119 AA n,2 That THERE LAD 计公司认识 的复数分子
∆ D304 VHD1SS119//1E J 1SS119 AA tanast ir ala vittanina (en d 9.200 na bala sean pela as 36 i
D307 VHD1SS119//1E J \1$$119\~\**_7_ AA ~ Marian arati yilawa k 6 2.44
D401 VHD1SS119//1E J 1SS119 AA PACKAGE D C IRCUITS
D407 VHD1SS119//1E J 1SS119 AA ∕∆ PR701 RMPTP0028CEZZ ζĴ Positive Coefficient AG
D501 RH-DX0279CEZZ J 1N4005 AB _ ente de l'ante de la Thermistor
D502 RH-DX0127CEZZ J 1$5295G AC X802 RCRSB0008PEZZ ZR Crystal, 4.43 MHz АН
D505 VHD1SS119//1E J 1SS119 AA X803 RCRSB0009PEZZ Z R Crystal, 3.58 MHz AL
D506 VHD1SS119//1E J 1SS119 AA 1157 an Sheri a an a
D507 VHD1SS119//1E J 1SS119 АА
D509 VHD1SS119//1E 1 155119 ΔΔ 1999 (J. 1997)
1997 - J. 1
1997 - J. 19 		(the first
D602 RH-EX0310CE77 Zener Diode 8 4V · 6 COUS AND TH RΔN SEORMERS
D603 RH-DX0073CF77 RH17 ΔD CE302 6 T.S. Ceramic Filter
D604 RH-DX0279CE77 1N4005 CF453 REILCOO20CEZZ 1013)
7 1 		Ceramic Filter 5 5MHz
VHD155119//1F 155119 CE1001 REILCOORAGEZZ · Coramic Filtor
Zonor Diodo 22V 1202 - J.: AC
Zener Diode, ZZV L203 ( 1 M AD
7 0000 100110 1000 July 2010 AA L212 18 AD
0009 155119 L455
DOIT 155119 LOUI RCILZ0499CEZZ Linearity Coll AF
VHD100119//1E J 155119 AA ,,L602 KCILPUU88CEZZ ÷., 3.3MH AG
155119 AA L609 . ار
ب 		AB
7 0619 RH-DX02/9CEZZ J 71N4005 AB Lb32 RCILP0050CEZZ 2 J Peaking Coll AE
D623 RH-EXU3 IUCEZZ J Zener Diode, 8.2V АА RCILF0007PEZZ . к Line Filter AL
7/0631 VHD155149//1E J 155119 AA RCILF0105CEZZ . J Line Filter AP
0639 VHDISSTI9//IE J 122118 AA // L/05 VP-CF3R3K0000 J Coll, 3.3μH AB
7 0101 RH-DX02/9CEZZ J AB ∕ ∆ L712 VP-CF330K0000 J Coil, 33μH AB
2 D702 RH-DX0279CEZZ J АВ SF201 RFILC0227CEZZ Surface Acoustic AN
7 D203 RH-DX0279CEZZ J AB sate ago te course de Wave Filter
5 D704 RH-DX0279CEZZ J AB T203 RCiLi0550CEZZ ZJ S.A.W. Matching AD
_ D705 RH-DX0130CEZZ J EU-1Z ACAE T205 RCILD0228CEZZ J PIF Detector AE
5 D706 RH-DX0130CEZZ J EU-1Z AE 五百01 RTRNZ0026PEZZ ZR Horizontal Drive Trans. AH
D707 RH-DX0164CEZZ J at it is a second se AC \land Т602 RTRNF0067PEZZ ZR. F.B.T. (Flyback Trans.) вн
D708 RH-EX0639CEZZ J Zener Diode, 3.9V AB ∆ T701 RTRNZ0035PEZZ Z, R. Power Regulator Trans. AW
D709 RH-DX0302CEZZ J AC T1001 RCiLB0008PEZZ Z R On Screen Display AG
D732 RH-DX0388CEZZ J AE 1. 1911 - 1913 - 1 2.5 1973 garana internet
D733 RH-DX0302CEZZ J AC
D805 RH-EX0274CEZZ J Zener Diode, 3V AA
D807 VHD1$$119//1E J 1$$119 AA CON TRO LS
D808 VHD1SS119//1E J 1SS119 AA R248 R V R - M 4 6 2 6 G E Z Z 10k(B) RF-AGC AB
D809 VHD1SS119//1E J 1SS119 AA R420 R V R - M 4 6 2 6 G E Z Z IJ 10k(B) Sub-Contrast AB
D810 VHD1SS119//1E J 1$$119 AA R509 RVR-M4616GEZZ Ľ J 220(B) Vertical Size AB
D812 RH-DX0005GEZZ J AA R514 RVR-M4624GEZZ 4.7k(B) Vertical Linearity у АВ
D1001 RH-PX0290CEZZ J LED, Red/Green AC R613 RVR-M4626GEZZ . J 10k(B) Horiz. Center AB
D1004 VHD1SS119//1E J 1SS119 AA ▲ R711 RVR-M4324CEZZ J 220(B) 115V Adjust AC
VHD155110//1E 155119 ۵۸ - ,
D1005 199119 ~~
Page 19
Ref. No. Part No. * Desc ription Code Ref. No. Part No. * Descrip tion C ode
PWB 31 85WE\ N6 CAPACITORS (C ontinued)
MOTHER 11 ntinued) C510 VCEAGA1VW477M J 470 35V I Electrolytic AD
- C511 VCKYPA2HB102K J 1000p500V Ceramic AA
CAPAC CIT ORS C512 VCEAGA1HW105M J 1 50V I Electrolytic АС
C201 VCKYMN1CY103N J 0.01 16V Ceramic AA C514 VCSATA1VE104K J 0.1 35V - Fantalum АС
C202 VCKYMN1CY103N J 0.01 16 Ceramic AA C515 VCKYPA1HB472K J 4700p50V Ceramic AA
C203 VCKYMN1CY103N J 0.01 16 Ceramic AA C523 VCKYMN1CY103N J 0.01 16V ( Ceramic AA
C205 VCFYFA1HA474J J 0.47 50V M. Polyeste r AC C601 VCFYHA1HA334J J 0.33 50V I M. Polyester AC
C206 VCQYTA1HM104K J 0.1 50V / Mylar AC ∆ C602 VCQYTA1HM104K J 0.1 50V I Mylar AC
C208 VCEAGA1AW337M J 330 10V Electrolytic AB C606 VCQYTA1HM222K J 2200p50V | Mylar AA
C209 VCEAGA1HW105M J 1 50V Electrolytic AC C610 V C F Y S B 2 E B 8 2 3 J J 0.082 250V M. Polyester AD
C212 VCKYMN1HB102K J 1000p50V Ceramic AA C611 VCKYPA2HB102K J 0.001 500V Ceramic AA
C218 VCKYMN1HB102K J 1000p50V Ceramic AA C613 VCFPPD2DB474J J 0.47 200V M. Polyester AE
C220 VCSATA1VE225K J 2.2 35\ / Tantalum AC C614 VCQPSC2DA104J J 0.1 200V Viylar AC
C225 VCEAGA1HW105M J 1 50\ / Electrolytic AB C615 VCQPSD2DA224J J 0.22 200V Mylar AD
C226 VCKYMN1CY103N J 0.01 16\ Ceramic AA ∆ C616 VCFPPD3CA103J J 0.01 1.6kV M. Polyester ٩F
C231 VCQYTA1HM104K J 0.1 50\ ′ Mylar AC C617 VCQYTA1HM104K J 0.1 50V I Mylar AC
C232 VCEAGA1AW107M J 100 10\ Electrolytic AB C619 VCEAGA2AW106M J 10 100V Electrolytic AC
C233 VCEAGA1CW106M J 10 16\ Electrolytic AA ∆ C620 VCEAGA1HW105M J 1 50V I Electrolytic AC
C239 VCQYTA1HM104K J 0.1 50\ Mylar AC ∕ ∆ C621 VCEAGA0JW337M J 330 6.3V Electrolytic AB
C240 VCEAGA1AW477M J 470 16\ / Electrolytic AB ⚠ C622 VCEAGA1HW105M J 1 50V Electrolytic AC
C242 VCKYMN1CY103N J 0.01 16\ Ceramic АА C628 VCKYPA2HB221K J 220p 500V Ceramic AA
C244 VCCCMN1HH8R2K J 8.2p 50\ / Ceramic AA ∆ C630 VCKYMN1CY103N J 0.01 16V Ceramic AA
C250 VCKYMN1CY103N J 0.01 16\ / Ceramic AA C636 VCEAGA1CW476M J 47 16V Electrolytic AB
C259 VCKYMN1CY103N J 0.01 16\ / Ceramic AA C639 VCKYD41HB391K J 390p 50V Ceramic AA
C269 VCKYMN1CY103N J 0.01 16\ / Ceramic AA C648 VCEAGA1AW107M J 100 10V Electrolytic AB
C275 VCKYD41HB102K J 1000p50\ / Ceramic AA C649 VCKYMN1CX472M J 4700p16V Ceramic AA
C300 VCEAGA1CW106M J 10 16\ / Electrolytic AA C650 VCEAGA1HW105M J 1 50V Electrolytic AC
C303 VCEAGA1HW105M J 1 50\ / Electrolytic AC C662 VCEAGA1CW106M J 10 16V Electrolytic AA
C304 VCEAGA1HW335M J 3.3 50\ / Electrolytic AB C667 VCEAGA1AW107M J 100 10V Electrolytic AB
C307 VCEAGA1HW105M J 1 50\ / Electrolytic AC ⚠ C701 R C - F Z 0 0 6 6 C E Z Z J 0.1 AC250V M. Polyester r AE
C309 νςογτα1ΗΜ104Κ J 0.1 50\ / Mylar AC ⚠ C703 R C - K Z 0 0 2 9 C E Z Z J 0.01 AC250\ / Ceramic AC
C311 VCQYTA1HM104K J 0.1 50\ / Mylar AC ∕ ∩ C704 R C - K Z 0 0 2 9 C E Z Z J 0.01 AC250\ / Ceramic AC
C312 VCEAGA1EW108M J 1000 25\ / Electrolytic AD ⚠ C705 R C - K Z 0 0 2 9 C E Z Z J 0.01 AC250\ / Ceramic AC.
C313 VCEAGA1HW104M J 0.1 50\ / Electrolytic AA ⚠ C706 R C - K Z 0 0 2 9 C E Z Z J 0.01 AC250\ / Ceramic AC
C314 VCQYTA1HM272K J 2700p50\ / Mylar AA ⚠ C707 R C - E Z 0 0 5 5 C E Z Z J 150 400V Electrolytic AN
C319 VCKYD41HB102K J 1000p50\ / Ceramic AA ⚠ C708 R C - K Z 0 0 2 9 C E Z Z J 0.01 AC250\ / Ceramic AC
C326 VCEAGA1HW225M J 2.2 50\ / Electrolytic AB ⚠ C709 VCEAGA1CW227M J 220 16V Electrolytic AC
C328 VCEAGA1EW477M J 470 25\ / Electrolytic AD ∕ ∆ C710 VCKYPA2HB102K J 1000p500V Ceramic AA
C329 VCKYMN1CY103N J 0.01 16 / Ceramic AA ∕ C711 VCQYTA1HM152J J 1500p50V Mylar AA
C333 VCKYD41HB101K J 100p 50\ / Ceramic AA ⚠े C712 VCFYHA1HA474J J 0.47 50V M. Polyester AD
C335 VCKYMN1CY103N J 0.01 16 / Ceramic AA ⚠ C713 VCKYPA2HB102K J 1000p500V Ceramic AA
C338 VCKYMN1CY103N J 0.01 16 / Ceramic AA ∆ C714 VCQYTA1HM123K J 0.012 50V Mylar AA
C379 VCQYTA1HM103K J 0.01 50 / Mylar AB ∆ C715 VCEAGA1HW105M J 1 50V Electrolytic AC
C404 VCQYTA1HM473K Ĵ 0.047 50 / Mylar AB ⚠ C716 VCEAGA1HW225M J 2.2 50V Electrolytic AB
C406 VCQYTA1HM473K Ĵ 0.047 50 V Mylar AB ⚠ C717 VCQPSC2JA333K J 0.033 630V Porypro Film n AB
C460 VCKYMN1CY103N J 0.01 16 V Ceramic AA \land C718 VCKYPH3DB561K J 560p 2kV Ceramic AC
C502 VCKYPA1HB471K J 470p 50 V Ceramic AA ⚠ C719 VCQYTA1HM273k Ĵ 0.027 50V Mylar AB
C503 VCQYTA1HM272K Ĵ 2700p50 V Mylar AA ∧ C720 VCEAGA1JW476N IJ 47 63V Electrolytic AB
C504 VCKYMN1HB102K J 1000p 50 V Ceramic AA ⚠ C721 R C - K Z 0 0 2 4 C E Z Z J 1000p2kV Ceramic AC
C505 VCQYTA1HM104k Ĵ 0.1 50 V Mylar AC ∧ C723 VCKYPA2HB102K J 1000p500V Ceramic AA
C506 VCEAGA1EW108M J 1000 25 V Electrolytic : AD ∧ C724 RC-KZ0029CEZZ J 0.01 AC250 / Ceramic AC
C507 VCEAGA1EW227M J 220 25 V Electrolytic : AC ∧ C725 VCFYFA1HA474. IJ 0.47 50V M. Polyester r AC
C508 VCSATA1VE225 < 1 2.2 35 V Tantalum AC ⚠ C726 VCKYPA1HB331k Ĵ 330p 50V Ceramic AA
C509 VCQYTA1HM104k ( ) 0.1 50 V Mylar AC ▲ C729 VCFYFA1HA474. J 0.47 50V M. Polyester r AC
Page 20
AA R215 VRD-MN28E61J
PWB-A DUNTK8185WEW6
(MOTHER UNIT (Continued) CAPACITORS (Continued) CAPACITORS (Continued) C1045 VCKYD41H821K J. 220p 50V. Ceramic
A Capacitors (Continued) Capacitor 		Ref. No. 2012 Part No. X * Description 2014 Code ିRef: No. ଅଟନା Part No. ୪ ★ Description କରି Code
C1046 VCKVD41HB221K J 2200 50V Ceramic AA
C731 VCCKPA2HB121K J 2200 50V Ceramic AA
C732 VCKPA2HB121K J 2200 50V Ceramic AA
C732 VCKPA2HB121K J 2200 50V Ceramic AA
C733 VCKPA2HB121K J 2200 50V Ceramic AA
C734 VCKPA2HB121K J 2200 50V Ceramic AA
C737 VCKPA2HB121K J 2200 50V Ceramic AA
C737 VCKPA2HB121K J 200 50V Ceramic AA
C737 VCKPA2HB121K J 200 50V Ceramic AA
C737 VCKPA2HB121K J 200 50V Ceramic AA
C737 VCKPA2HB121K J 200 50V Ceramic AA
C737 VCKPA2HB121K J 200 50V Ceramic AA
C737 VCKPA2HB121K J 200 50V Ceramic AA
C737 VCKPA2HB121K J 200 50V Ceramic AA
C737 VCKPA2HB121K J 200 50V Ceramic AA
C737 VCKPA2HB121K J 200 50V Ceramic AA
C737 VCKPA2HB121K J 200 50V Ceramic AA
C737 VCKPA2HB121K J 200 50V Ceramic AA
C738 VCKPA2HB121K J 200 50V Ceramic AA
C738 VCKPA2HB121K J 200 50V Ceramic AA
C738 VCKPA2HB121K J 200 50V Ceramic AA
C738 VCKPA2HB121K J 200 50V Ceramic AA
C738 VCKPA2HB121K J 001 50V Mylar AB
C818 VCQTA1HM103K J 001 50V Mylar AB
C818 VCQTA1HM103K J 0.01 50V Mylar AB
C818 VCQTA1HM103K J 0.01 50V Mylar AB
C818 VCCMTA1HM103K J 0.01 50V Mylar AC
C818 VCCMTA1HM103K J 0.01 50V Mylar AC
C818 VCCMTA1HM103K J 0.01 50V Mylar AC
C818 VCCMTA1HM103K J 0.01 50V Mylar AA
C818 VCCMTA1HM103K J 0.01 50V Mylar AA
C818 VCCMTA1HM103K J 0.01 50V Mylar AC
C818 VCCMTA1HM103K J 0.01 50V Mylar AC
C818 VCCMTA1HM103K J 0.01 50V Mylar AC
C818 VCCMTA1HM103K J 0.01 50V Mylar AC
C818 VCCMTA1HM103K J 0.01 50V Mylar AC
C818 VCCMTA1HM103K J 0.01 50V Mylar AC
C818 VCCMTA1HM103K J 0.01 50V Mylar AC
C818 VCCMTA1HM103K J 0.01 50V Mylar AC
C818 VCCMTA1HM103K J 0.01 50V Mylar AC
C818 VCCMTA1HM103K J 0.01 50V Mylar AC
C818 VCCMTA1HM103K J 0.01 50V Mylar AC
C818 VCCMTA1HM103K J 0.01 50V Mylar AC
C820 VCCAGA1HW104K J 0.1 50V Mylar AC
C820 VCCAGA1HW104K J 0.1 50V Mylar AC
C820 VCCAGA1HW104K J 0.1 50V Mylar AC
C820 VCCAGA1HW104K J 0.1 50V Mylar AC
C820 VCCAGA1HW104K J 0.1 50V Mylar AC
C820 VCCAGA1HW104K J 0.1 50V Mylar AC
C820 VCCAGA1HW104K J 0.1 50V Mylar AC
C820 VCCAGA1HW104K J 0.1 50V Mylar AC
C820 VCCAGA1HW104K J 0.1 50V Mylar AC
C820 VCCAGA1HW142K J 10 		PWB-A DUNTK8185WEW6
China Cartan China Cartan Of phylocophy MOTHER UNIT (Continued) C1045 VCKYD41HB221K J 220p 50V Ceramic AA
C731 - VCERAGAUZ(V227M) j 220 160V Geramic AA
C732 - VCERAGAUZ(V227M) j 470 25V Electrolytic AA
C733 - VCERAGAUZ(V27M) j 470 25V Electrolytic AA
C734 - VCERAGAUZ(V27M) j 470 25V Electrolytic AA
C735 - VCERAGAUZ(V7M) j 470 25V Electrolytic AA
C737 - VCERAGAUZ(V7M) j 470 25V Electrolytic AA
C737 - VCERAGAUZ(V7M) j 470 25V Electrolytic AA
C737 - VCERAGAUZ(V7M) j 470 25V Electrolytic AA
C737 - VCERAGAUZ(V7M) j 470 25V Electrolytic AA
C737 - VCERAGUZ(V7M) j 470 25V Electrolytic AA
C737 - VCERAGUZ(V7M) j 470 25V Electrolytic AA
C737 - VCERAGUZ(V7M) j 470 25V Electrolytic AA
C737 - VCERAGUZ(V7M) j 470 25V Electrolytic AA
C737 - VCERAGUZ(V7M) j 470 25V Electrolytic AA
C737 - VCERAGUZ(V7M) j 477 25V Electrolytic AA
C742 - VCERAGUZ(V7M) j 477 25V Electrolytic AA
C742 - VCERAGUZ(V7M) j 477 25V Electrolytic AA
C743 - VCERAGUZ(V7M) j 477 25V Electrolytic AA
C745 - VCERAGUZ(V7M) j 477 25V Electrolytic AA
C745 - VCERAGUZ(V7M) j 477 25V Electrolytic AA
C745 - VCERAGUZ(V7M) j 477 25V Electrolytic AA
C747 - VCERAGUZ(V7M) j 477 25V Electrolytic AA
C748 - VCERAGUZ(V7M) j 477 25V Electrolytic AA
C749 - VCERAGUZ(V7M) j 477 25V Electrolytic AA
C749 - VCERAGUZ(V7M) j 477 25V Electrolytic AA
C749 - VCERAGUZ(V7M) j 477 25V Electrolytic AA
C740 - VCERAGUZ(V7M) j 477 150 - VCERAMIN J 477 25V Electrolytic AA
C740 - VCERAGUZ(V7M) j 477 150 - VCERAMIN J 477 150 - VCERAMIN J 478 - VCERAMIN J 478 - VCERAMIN J 478 - VCERAMIN J 478 - VCERAMIN J 478 - VCERAMIN J 478 - VCERAMIN J 478 - VCERAMIN J 478 - VCERAMIN J 478 - VCERAMIN J 478 - VCERAMIN J 478 - VCERAMIN J 478 - VCERAMIN J 478 - VCERAMIN J 478 - VCERAMIN J 478 - VCERAMIN J 478 - VCERAMIN J 478 - VCERAMIN J 478 - VCERAMIN J 478 - VCERAMIN J 478 - VCERAMIN J 478 - VCERAMIN J 478 - VCERAMIN J 478 - VCERAMIN J 478 - VCERAMIN J 478 - VCERAMIN J 478 - VCERAMIN J 478 - VCERAMIN J 478 - VCERAMIN J 478 - VCERAMIN J 478 - VCERAMIN J 478 - VCERAMIN J 478 - VCERAMIN J 478 - VCERAMIN J 478 - VCERAMIN J 478 - VCERAMIN J 478 - VCERAMIN J 478 - VCERAMIN J 478 - VCERAMIN J 478 - VCERAMIN J 478 - VCERAMIN J 		en orangeneration i terration and and C1046 VCKYD41HB221K J 220p 50V Ceramic AA
C731 WCEAGAYEWA75M J. 220 160V Electrolytic AA C732 RC-K20057CE2Z J. 500p3KV Caramic AA C734 RC-K20057CE2Z J. 500p3KV Caramic AA C734 VCEXQ037EEZZ J. 500p3KV Caramic AA C736 RC-K20023CE2Z J. 001AC3D0V Ceramic AA C1069 VCEAGATEW164K J. 300 M. Polyster AA C737 VCEAGATEW167M J. 400p350V Ceramic AE C1069 VCEAGATEW164M J. 0.1 15V Electrolytic AA C747 RC-K2025SCE2Z J. 500p3KV Aroma AB RESISTORS AA C613 VCQYTA1HM103K J. 0.01 S0V Mylar AB R202 VRD-MN28E392J. J. 30K M3W Carbon AA C613 VCQYTA1HM103K J. 0.1 S0V Mylar AB R204 VRD-MN28E392J. J. 30K M3W Carbon AA C614 VCQYTA1HM104K J. 0.1 S0V Mylar AB R204 VRD-MN28E392J. J. 30K M3W Carbon AA C614 VCQYTA1HM104K J. 0.1 S0V Mylar AC R204 VRD-MN28E392J. J. 30K M3W Carbon AA C614 VCCMN DA _ pb-gloraphs CAPACITORS (Continued) /JDB/STRD C1047 VCKYD41HB221K J 220p 50V Ceramic AA
-C733 -CVCYPA1HB102K J 50002kV Ceramic AD C1049 VCEAGA1CW106M J 10 150V Exponentiol AA C734 VCEAGA1EW477M J 470 25V Electrolytic AD C1052 VCEAGA1EW477M J 470 25V Electrolytic AD C737 VCEAGA1EW477M J 100 150V Electrolytic AD C1052 VCEYFA1HA104K J 0.1 50V M-Polyster AC C737 VCEAGA1CW106M J 10 100 150V Electrolytic AB C1014 VCCYFA1HM104K J 0.1 50V M-Polyster AC C111 VCCYFA1HM103K J 0.01 50V Mylar AB R202 VRD-MN28E52J J 58V KIW Carbon AA C111 VCQYTA1HM103K J 0.01 50V Mylar AB R202 VRD-MN28E52J J 58V KIW Carbon AA C111 VCQYTA1HM103K J 0.01 50V Mylar AB R202 VRD-MN28E52J J 58V KIW Carbon AA C111 VCQYTA1HM104K J 0.11 50V Meranic AA R202 VRD-MN28E52J ି C731 0 ଐ VCEÄGŴ2CW227M ିJ ି 220 ଐ 160V Electrolytic∛ିAK C1048 VCEAGA1EW475M J 4.7/D 25V/ Electrolytic AA
C733 VCKYPA2HB102K 0.001 500V Ceramic AA C1032VCKYMNHB471K J J S0V M, Polyester AC C1736 VCEAGATEW477M J 0.01 AC250V Ceramic AC C1034-VCCYTA1HH104X J 0.1 S0V M, Polyester AC C1737 VCEAGATEW477M J 1001 160V Electrolytic AE C1038 J 0.4 FOVE C1737 VCEAGATEW477M J 1001 160V Electrolytic AE C1038 J 0.4 FOVE AC474 FC472 FC474 FC472 FC472 FC474 FC472 FC472 FC474< AC732 RC-KZ0057CEZZ J 1500p2kV Ceramic AD C1049 VCEAGA1CW106M U 10 70 16V Electrolytic CAA
C737 CCEAGA1EW477M J-070 25V Electrolytic AC C737 CCEAG12CW107M J 001 160V Electrolytic AE C737 CCEAG12W107M J 010 160V Electrolytic AE C741 VCCYPA11HA104X J 0.1 6V Electrolytic AE C742 VCCYPA11HA104X J 0.1 50V MyPolyester AE C741 VCCYPA11HM104X J 0.1 50V MyPolyester AE C811 VCQYTA1HM104X J 0.1 50V MyIar AB R202 VRD-MN2BE322J J 3.5K.18W Carbon AA C813 VCQYTA1HM104X J 0.1 50V MyIar AE R202 VRD-MN2BE32J J J.5K.18W Carbon AA C819 VCCAMA1HM104X J 0.1 50V Vermic AR R204 VRD-MN2BE32J J J.5K.18W Carbon AA C819 VCEAGA1EW475M J 1.50V Electrolytic AR R204 VRD-MN2BE32J J<2 C733 // VCKYPA2HB102K // 0.001 500V Ceramic AA C1052 VCKYMN1HB471K J 470p 50V/ Ceramic 20 AA
A:C736 RC-K20029CE22 J. 001 AC250V Geramic AC C737 VCEAGA12W107M J. 100 160V Electrolytic AE C741 VCEYPA1HA104J J. 0.01 50V M, Polyester AA C742 VCEYPA1HA104J J. 0.01 50V M, Polyester AA C747 R-C420265CE22 J. 1500p4KV Ceramic AE C811 VCQYTA1HM103K J. 0.01 50V Mylar AB R202 VRD-MN2BE562J J. 56k 1/8W Carbon AA C813 VCQYTA1HM104K J. 0.1. 50V Mylar AB R203 VRD-MN2BE562J J. 21 8W Carbon AA C813 VCQYTA1HM104K J. 0.1. 50V Mylar AC R204 VRD-MN2BE151J J. 101 180V Carbon AA C813 VCCYTA1HM104K J. 0.1. 50V Mylar AC R207 VRD-MN2BE151J J. 101 180V Carbon AA C814 VCKPA1HB12ZV J. 4700p50V Ceramic AA R207 VRD-MN2BE151J J. 101 180V Carbon AA C822 VCKPA1HB12ZV J. 4700p50V Ceramic AA R210 VRD-MN2BE621J J. 201 14W Carbon AA C822 CC734 VCEAGA1EW477M DA470 25V Electrolytic AD C1054 (VCQYTA1HM104K J 0.1 50V) M. Polyester AC
C731 VCEAGH2CW107M J 100 160 C736 RC-KZ0029CEZZ J 0.01 AC250V Ceramic AC C1058 VCFYFA1HA474J J 0.47 50V M. Polvester AC
A:C411 VCKYPA2HB472K J. 4700p500/Ceramic AB A:C742 VCFYFA1HA104J J. 0.1 S0V M.Polyester AA C717 RC-K20265CE2Z J.1500p4K/ Ceramic AE RESISTORS C811 VCQYTA1HM103K J.0.01 S0V Mylar AB R202 VRD-MN28E562J J.56K18W Carbon AA C815 VCQYTA1HM103K J.0.1 S0V Mylar AC R202 VRD-MN28E522J J.86K18W Carbon AA C815 VCQYTA1HM103K J.0.1 S0V Mylar AC R204 VRD-MN28E520J J.50K18W Carbon AA C819 VCQYTA1HM104K J.0.1 S0V Mylar AC R206 VRD-MN28E151J J10018W Carbon AA C821 VCCCMM1HH180J J 189 S0V Ceramic AA R207 VRD-MN28E151J J1018W Carbon AA C822 VCCAGA1HW70M J J.000p50V Ceramic AA R214 VRD-MN28E61J J60118W Carbon AA C825 VCCYPA1HB102K J<000p50V Ceramic C737 VCEAGH2CW107M J 100 160V Electrolytic AE C1060 VCEAGA1CW106M J 10 C16V Electrolytic AA
▲ C742 VCFYFATHA104 J J. 01: 50V Mylar Ac ▲ C747 RC-KZ0265CEZZ J. 1500/4KV Ceranic Ac C811 VCQYTA1HM103K J. 001 50V Mylar Ac C813 VCQYTA1HM103K J. 001 50V Mylar Ac R203 VRD-MN28E563J J. 55K HØW Carbon AA C815 VCEAGA1EW475M J. 4.7 25V Electrolytic A R203 VRD-MN28E563J J. 35K HØW Carbon AA C819 VCCCMTA1HM104K J. 01: 50V Mylar AC R206 VRD-MN28E151J J. 22 HWW Carbon AA C819 VCCCMTA1HM104K J. 01: 50V Mylar AC R206 VRD-MN28E151J J. 201 HWW Carbon AA C820 VCCCMTA1HM104M J. 01: 50V Electrolytic A R206 VRCVPA1BE151J J. 201 HWW Carbon AA C821 VCKYPA1HB102K J 4000 VRD-R32E681J J. 500 HWW Carbon AA C825 VCKYPA1HB102K J 4000 S00 Caranic AR A C741 VCKYPA2HB472K J 4700p500V Ceramic AB THE REPORT AND A PROPERTY OF THE PORT
A C747 RC-K20265CE2Z J: 1500p4kV Ceramic AE C811 VCQYTA1HM103K J: 001 50V Mylar AB C813 VCQYTA1HM103K J: 001 50V Mylar AB C813 VCQYTA1HM103K J: 001 50V Mylar AB R202 VRD-MN2BE592J J: 38V.18WC Carbon AA C815 VCQYTA1HM104K J: 0.1 50V Mylar AC R203 VRD-MN2BE592J J: 23V.18WC Carbon AA C819 VCQYTA1HM104K J: 0.1 50V Mylar AC R206 VRD-MN2BE151J J: 150 NBW Carbon AA C820 VCCCCMN1HH180J J: 189 50V Ceramic AA R206 VRD-MN2BE161J J: 100 NBW Carbon AA C822 VCEAGA1HW104M J: 0.1 50V Ceramic AA R208 VRD-MN2BE151J J: 100 NBW Carbon AA C822 VCEAGA1HW104M J: 0.1 100 S0V Ceramic AR R211 VRD-MN2BE151J J: 100 NBW Carbon AA R232 VCEA C742 VCFYFA1HA104J J 0.1 50V M.Polyester AA 1000 分析の意味 人名法格尔特 人名法律维尔 人名埃尔克 いいざい
G811 VCQYTA1HM103K J. 0.01 SOV Mylar AB G812 VCQYTA1HM103K J. 0.01 SOV Mylar AB G813 VCQYTA1HM103K J. 0.01 SOV Mylar AB G813 VCQYTA1HM104K J. 0.01 SOV Mylar AB RESISTORS G813 VCQYTA1HM104K J. 0.11 SOV Mylar AC R202 VRD-MN2BE320J J. 23 KiWW Carbon AA G819 VCQYTA1HM104K J. 0.11 SOV Mylar AC R204 VRD-MN2BE12J J. 20 MW Carbon AA G819 VCCCCMN1HH1B0J J. 18p SOV Ceramic AR R206 VRD-MN2BE12J J. 200 MW Carbon AA G820 VCCCCMN1HH1B0J J. 18p SOV Ceramic AR R214 VRD-MN2BE12J J. 200 MW Carbon AA G821 VCCEAGA1HW2ATM J. 0100/SOV Ceramic AR R214 VRD-MN2BE13LJ J. 500 MW Carbon AA A C747 R C - K Z O 2 6 5 C E Z Z J N 1500p 4kV Ceramic AE 1997———————————————————————————————————
CB12 VCQYTA1HM103K J 0.01 S0V Mylar AB RESISTORS CB13 VCQYTA1HM103K J 0.01 S0V Mylar AB R202 VRD-MN2BE532J J J.S.6k 1/8W Carbon AA CB15 VCQYTA1HM104K J 0.1 S0V Mylar AC R204 VRD-MN2BE520J J J.22 1/8W Carbon AA CB16 VCQYTA1HM104K J 0.1 S0V Mylar AC R204 WRD-MN2BE512J J J.22 1/8W Carbon AA CB10 VCCCMN1HH1801 J 18p S0V Ceranic AA R207 WRD-MN2BE151 J J.20 1/8W Carbon AA CB21 VCCCMN1HH1801 J 19p S0V Ceranic AA R207 WRD-RA2EE22J J J.20 1/8W Carbon AA CB22 VCEAGA1HW104M J 0.1 S0V Ceranic AA R217 VRD-RA2EE681 J 500 1/8W Carbon AA CB25 VCCKYPA1HB102K J 1000p50V Ceranic AA R217 VRD-MN2BE682J J 6.8k 1/8W Carbon AA CB36 VCCKYPA1HB102K J< C811 VCQYTA1HM103K UV001 50V Mylar AB ·
C813 CQYTA1HM103K J 0.01 S0V Mylar AB R202 VRD-MN2BE522J J.S.6k 1/8W.Carbon AA C815 VCEAGA1EWA75M J 4.7 Z5V Electrolytic AC R203 VRD-MN2BE522J J.S.6k 1/8W.Carbon AA C818 VCQYTA1HM104K J 0.1 S0V Mylar AC R203 VRD-MN2BE52J J.S.6k 1/8W.Carbon AA C819 VCCQYTA1HM104K J 0.1 S0V Mylar AC R205 VRD-MN2BE52J J.S.6k 1/8W.Carbon AA C812 VCCXM11HH180J J B50V Ceramic AA R206 VRD-MN2BE51J J. 600 1/8W Carbon AA C822 VCCXPA1HB102K J 1000 50V Ceramic AA R211 VRD-MN2BE51J J. 600 1/8W Carbon AA C825 VCKYPA1HB102K J 1000 50V Ceramic AA R211 VRD-MN2BE52J J. 8k 1/8W Carbon AA C826 VCKYPA1HB102K J 1000 50V Ceramic AA R217 VRD-MN2BE52J J. 8k 1/8W Carbon AA C826 VCX C812 VCQYTA1HM103K J 0.01 50V Mylar AB NO MOMBER AND RESISTORS AT THE REPORT
C815 VCEAGA1EW475M J 4.7 25V Electrolytic AA - R203 VRD-MN2BE392J J 3.9k 1/8W Carbon AA C817 VCQYTA1HM104K J 0.1 50V Mylar AC - R204 .VRD-MN2BE151J J 10 18W Carbon AA C819 VCCCMN1HH180J J 18p 50V Ceramic AA - R206 VRD-MN2BE17J J 10 18W Carbon AA C821 VCCCMN1HH180J J 18p 50V Ceramic AA - R206 WRD-MN2BE17J J 100W Carbon AA C823 VCCEAGA1AW76M J 1000p50V Ceramic AA R214 VRD-MN2BE17J J 50 1/8W Carbon AA C823 VCCYAA1HB102K J 1000p50V Ceramic AA R214 VRD-MN2BE12J J 5.8k 1/8W Carbon AA C826 VCKYPA1HB102K J 1000p50V Ceramic AA R223 VRD-MN2BE12J J 5.8k 1/8W Carbon AA C813 VCQYTA1HM103K J 0.01 50V Mylar AB R202 VRD-MN2BE562J J 5.6k 1/8W Carbon AA
C817 % VCQYTA1HM104K J 0.1 50V Mylar AC R204 % VCQYTA1HM104K J 0.1 50V Mylar AC C818 % VCQYTA1HM104K J 0.1 50V Mylar AC R205 VRD-MN28E12J J 122 18W Carbon AA C819 % VCCCMM1HH180 J 186 50V Ceramic AA R206 VRD-MN28E17J J 20 18W Carbon AA C820 % VCCCMA1HH180 J 186 50V Ceramic AA R207 % VRD-RA2EE22J J 22 14W Carbon AA C821 % VCCKAGA1HW140 J 0.1 50V Electrolytic AA R207 % VRD-RA2EE56J J 150 18W Carbon AA C822 % VCCEAGA1HW40 J 0.1 50V Electrolytic AA R211 % VRD-MN28E65J J 150 18W Carbon AA C826 % VCCYPA1HB102K J 1000p50V Ceramic AA R214 % VRD-RA2EE66J J J 680 14W Carbon AA C826 % VCCYMN1CY103N J 0.01 16V Ceramic AA R217 % VRD-MN28E62J J 68K 18W Carbon AA C836 % VCEAGA1HW122K J 1000p50V Ceramic AA R223 % VRD-MN28E62J J 10K 18W Carbon AA C840 % VCEAGA1EW32M J 320 25V Electrolytic AA R224 % VRD-RA2EE610J J 10K 18W Carbon AA C901 % VCEAGA1EW425M J 4.7 25V Electrolytic AA R225 % VRD-MN28E122J J 10K 18W Carbon AA C1002 % VCEAGA1EW475M J 4.7 25V Electrolytic AA R237 % VRD-MN28E123J J 4.7K 18W Carbon AA C815 VCEAGA1EW475M J 4.7 25V Electrolytic AA R203 VRD-MN2BE392J J 3.9k 1/8W Carbon AA
C818 VCQYTA1HM104K J 0.11 50V Mylar AC R205 VRD-MN28E151J J 150 18W Carbon AA C819 VCCCCMN1HH180J J 18p 50V ceramic AA R206 VRD-MN28E17J J 470 18W Carbon AA C821 VCCCMN1H1H180J J 100 150V Electrolytic AA R207 VRD-MN28E102J J 1K° 18W Carbon AA C823 VCEAGA14W164M J 1.01 150V Electrolytic AA R211 VRD-MN28E151J J 560 18W Carbon AA C825 VCKYPA1HB102K J 1000p50V Ceramic AA R215 VRD-MN28E82J J 680 14W Carbon AA C826 VCCSMN1H14390J J 39p 150V Ceramic AA R212 VRD-MN28E82J J 821 f8W Carbon AA C826 VCCSMN1H1H390J J 39p 150V Ceramic AA R223 VRD-MN28E82JJ J 180 14W Carbon AA C826 C817 COYTA1HM104K J 0.1 50V Mylar AC 6 R204 / VRD-MN2BE2201 2 22 1/8W Carbon ΔΔ
C819 VCCCMM1HH180J J Bp 50V Ceramic AA R206 VRD-MN2BE471J J 470 18W Carbon AA C820 VCCCMM1HH180J J 18p 50V Ceramic AA R206 VRD-MN2BE471J J 470 18W Carbon AA C821 VCEAGA1HW104M J 17 10V Electrolytic AA R211 VRD-MN2BE151J J 500 18W Carbon AA C822 VCEAGA1HW104M J 1000p50V Ceramic AA R214 VRD-MN2BE632J 568 18W Carbon AA C825 VCEXYPA1HB102K J 1000p50V Ceramic AA R217 VRD-MN2BE82JJ 58 18W Carbon AA C826 VCEAGA14W326M J 22 10V Electrolytic AA R223 VRD-MN2BE82JJ J 8.8 18W Carbon AA C830 VCEAGA14W326M J 22 VRD-RA2EE661JJ J 6.8 18W Carbon AA C840 VCEAGA14W326M J 22 VRD-RA2EE661JJ J 8.8 C818/20 VCOYTA1HM104K 1 - 01/- 50V - Mylar - K. AC 8205 V RD-MN 2 BE 151 L 3 150 1/8W Carbon ΔΔ
C820 VCCCMN1HH180 J J A R207 VRD-RA2EE221 J J 20 J/W Carbon AA C821 VCCKYPA2HB472K J A00p500 Ceramic AB R207 VRD-MN2BE102J J J/W Carbon AA C822 VCEAGA1HW104M J 0.1 50V Electrolytic AA R211 VRD-MN2BE102J J J/W Carbon AA C825 VCEXPA1HB102K J 1000p50V Ceramic AA R211 VRD-MN2BE102J J B/W Carbon AA C826 VCEXPA1HB102K J 1000p50V Ceramic AA R217 VRD-MN2BE103J J B/W Carbon AA C836 VCEAGA1EW337M J 30 12V Electrolytic AR R223 VRD-MN2BE103J J B/W Carbon AA C836 VCEAGA1EW475M J 4.7 25V Electrolytic AR R223 VRD-MN2BE103J J B/W Carbon AA C1001 VCEAGA1EW475M J 4.7 25V Electroly R206 VRD-MN2BE4711 L 470 1/8W Carbon ΔΔ
C821 VCKYPA2H8472K J 4700p500V Ceramic AB R208 VRD-MN2BE151J J 150 18W Carbon AA C822 VCEAGA1AW476M J 47 10V Electrolytic AA R208 VRD-MN2BE151J J 150 18W Carbon AA C825 VCKYPA1HB102K J 1000p50V Ceramic AA R214 VRD-MN2BE682J J 6.80 18W Carbon AA C826 VCKYPA1HB102K J 1000p50V Ceramic AA R215 WRD-MN2BE682J J 6.81 18W Carbon AA C836 VCCSMN1HL30J J 30 22 10V Electrolytic AA R223 VRD-MN2BE123J J 8.41 18W Carbon AA C840 VCEAGA1EW37M J 330 25V Electrolytic AA R223 VRD-MN2BE23J J 2.81 18W Carbon AA C1001 VCEAGA1EW475M J 4.7 25V Electrolytic AA R233 VRD-MN2BE422J J 4.71 18W Carbon AA C1002 VCEAGA1EW475M J 4.7<
C822 VCEAGA1HW104M J 0.1 50V Electrolytic AA R209 VRD-MN2BE161J J 150 I/8W Carbon AA C823 VCEAGA1W476M J 47 10V Electrolytic AA R211 VRD-MN2BE161J J 560 1/8W Carbon AA C825 VCKYPA1HB102K J 1000p50V Ceramic AA R211 VRD-MN2BE162J J 680 1/8W Carbon AA C826 VCCSMN1HL390J J 0.01 16V Ceramic AA R217 VRD-MN2BE102J J 1k 1/8W Carbon AA C836 VCCSGA1AW26M J 30 25V Electrolytic AA R222 VRD-MN2BE102J J 1k 1/8W Carbon AA C836 VCEAGA1EW475M J 4.7 25V Electrolytic AA R232 VRD-MN2BE102J J 4.7k 1/8W Carbon AA C1001 VCEAGA1EW475M J 4.7 25V Electrolytic AR R233 VRD-MN2BE472J J 4.7k 1/8W Carbon<
C823 VVCEAGA1AW476M J TOV Electrolytic AA R211 VRD-MN2EE561J J 560 f/8W Carbon AA C825 VVCKYPA1HB102K J 1000p50V Ceramic AA R211 VRD-MN2EE561J J 660 f/8W Carbon AA C826 VVCKYPA1HB102K J 1000p50V Ceramic AA R215 VRD-MN2EE561J J 680 f/8W Carbon AA C836 VVCEAGA1EW226M J 22 10V Electrolytic AA R223 VRD-MN2EE501J J 10k f/8W Carbon AA C836 VCCEAGA1EW375M J 22 10V Electrolytic AA R223 VRD-MN2EE472J J k1/8W Carbon AA C1001 VCEAGA1EW475M J 4.7 25V Electrolytic AA R233 VRD-MN2EE472J J 4.7k f/8W Carbon AA C1001 VCEAGA1EW475M J 4.7 25V Electrolytic AR R233 VRD-MN2EE472J J 4.7k f/8W Carbon AA C822 VCEAGA(HW104M 1 0.1 50V Electrolytic AA 8209 VRD-MN2BE1511 1 150 1/8W/ Carbon AA
CB25 VCKVPA1HB102K J 1000p50V Ceramic AA R214 VRD-RA2EE681J J 600 NW Carbon AA CB25 VCKVPA1HB102K J 1000p50V Ceramic AA R214 VRD-RA2EE681J J 680 NW Carbon AA CB26 VCKVPA1HB102K J 1000p50V Ceramic AA R217 VRD-RA2EE681J J 680 NW Carbon AA CB36 VCCSMN1H14130J J 30 150V Ceramic AA R227 VRD-MN2BE632J J 8.2k 1/8W Carbon AA CB40 VCEAGA14W226M J 22 10V Electrolytic A R224 VRD-RA2EE681J J 800 1/8W Carbon AA CB40 VCEAGA14W226M J 22 10V Electrolytic A R223 VRD-RA2EE681J J 800 1/8W Carbon AA C1001 VCEAGA1EW475M J 4.7 25V Electrolytic A R233 VRD-MN2EE472J J 4.7k 1/8W Carbon AA C1003 VCEAGA1EW475M J 4.7 25V Electrolytic A R234 VRD-MN2EE472J J 4.7k 1/8W Carbon AA < R203 VRD-MN2BE5611 1 560 1/8W Garbon
CB26 VCKYPA1HB102K J 1000p50V Ceramic AA R217 VRD-MA2E6082J J 6.8k 1/8W Carbon AA CB26 VCKYMN1CY103N J 0.01 16V Ceramic AA R217 VRD-MN2BE682J J 6.8k 1/8W Carbon AA CB36 VCCSMM1HL390J J 22 10V Electrolytic AA R223 VRD-MA2BE102J J 1k 1/8W Carbon AA CB36 VCCSMM1HL390J J 30 25V Electrolytic AA R223 VRD-MA2BE102J J 1k 1/8W Carbon AA CB36 VCCSMM1HC103N J 0.01 16V Ceramic AA R223 VRD-MA2BE102J J 1k 1/8W Carbon AA CB01 VCEAGA1EW475M J 4.7 25V Electrolytic AA R233 VRD-MA2BE472J J 4/k 1/8W Carbon AA C1001 VCEAGA1EW475M J 4.7 25V Electrolytic AR R238 VRD-MN2BE472J J 4/k 1/8W Carbon AA C1004 VCEAGA1EW475M J 4.7< C825 VCKYPA1HB102k 1000p50V Ceramic AA B211 V.R.DR.A.2 FE6811 1 S 680 1/0W Carbon AA
C627 VCKYMM1CY103N J Diodp 300 Ceramic AA R213 PRIM2 DE 0221 J Disk H/8V Carbon AA C836 VCCSMN1HL390J J 39p 50V Ceramic AA R223 VRD-MN2BE8221 J 1k 1/8W Carbon AA C846 VCCEAGA1EW337M J 300 15V Ceramic AA R223 VRD-MN2BE8221 J 2k 1/8W Carbon AA C901 VCCEAGA1EW337M J 300 16V Ceramic AA R232 VRD-MN2BE8221 J 2k 1/8W Carbon AA C1001 VCEAGA1EW475M J 4.7 25V Electrolytic AR R233 VRD-MN2BE4721 J 4/7k1/8W Carbon AA C1002 VCEAGA1EW475M J 4.7 25V Electrolytic AR R238 VRD-MN2BE4721 J 4/7k 1/8W Carbon AA C1004 VCEAGA1EW475M J 4.7 25V El C826 VCKYPA1HB102K J 1000p50V Ceramic AA R215 WRD-MN2BE6821 L 688 1/8W Carbon
C6336 VCCSMN1HL390J J J VCEAGA1AW226M J 22 10V Electrolytic AA R217 VRD-MN2BE102J J 1k I/WV Carbon AA C836 VCEAGA1EW37M J J 22 10V Electrolytic AA R224 VRD-MN2BE102J J 1k I/WV Carbon AA C901 VCEAGA1EW475M J 4.7 25V Electrolytic AA R232 VRD-MN2BE247J J 4.7k 1/WV Carbon AA C1001 VCEAGA1EW475M J 4.7 25V Electrolytic AR R232 VRD-MN2BE472J J 4.7k 1/WV Carbon AA C1001 VCEAGA1EW475M J 4.7 25V Electrolytic AR R238 VRD-MN2BE472J J 4.7k 1/WV Carbon AA C1004 VCEAGA1EW475M J 4.7 25V Electrolytic AR R238 VRD-MN2BE104J J 1.0k 1/WV Carbon AA C1004 VCEAGA1EW475M J 1.7 50V Electrolytic AR C827 VCKYMN1CY103N L 0.01 16V Ceramic AA
C840 VCEAGA1AW226M J 2 10V Clearnity AA C885 VCEAGA1EW337M J 330 25V Electrolytic AC R225 VRD-RA2EE103J J 10k 1/8W Carbon AA C901 VCEAGA1EW475M J 4.7 25V Electrolytic AC R232 VRD-RA2EE681J J 680 1/4W Carbon AA C1001 VCEAGA1EW475M J 4.7 25V Electrolytic AR R233 VRD-RA2EE681J J 680 1/4W Carbon AA C1002 VCEAGA1EW475M J 4.7 25V Electrolytic AR R237 VRD-MN2BE472J J 4.7k 1/8W Carbon AA C1004 VCEAGA1EW475M J 4.7 25V Electrolytic AR R238 VRD-MN2BE472J J 4.7k 1/8W Carbon AA C1004 VCEAGA1EW475M J 4.7 25V Electrolytic AR R240 VRD-MN2BE642J J 680k1/8W Carbon AA C1004 VCEYAA1HM104K J 0.1 50V Mylar<
C6885 VCEAGATEW337M J 330 25V Electrolytic AC R225 VRD-MN2BE223J J 22k.1/8W Carbon AA C901 VCEAGATEW337M J 4.7 25V Electrolytic AA R232 VRD-MN2BE272J J 4.7k 1/8W Carbon AA C1001 VCEAGATEW475M J 4.7 25V Electrolytic AA R233 VRD-MN2BE472J J 4.7k 1/8W Carbon AA C1002 VCEAGATEW475M J 4.7 25V Electrolytic AA R236 VRD-MN2BE472J J 4.7k 1/8W Carbon AA C1004 VCEAGATEW475M J 4.7 25V Electrolytic AR R238 VRD-MN2BE172J J 4.7k 1/8W Carbon AA C1006 VCEAGATEW475M J 4.7 25V Electrolytic AB R240 VRD-MN2BE12J J 4.7k 1/8W Carbon AA C1006 VCQYTA1HM104K J 0.1 50V Mylar AC R244 VRD-MN2BE12J J 4.7k C840 VCEAGAIAW226M 1222 10V Electrolytic AA B224 VRD-RA2BE1031 1 10k 1/8W Carbon AA
C901 VCKYMNICY103N J 0.01 15V Electrolytic AA R232 VRD-RA2EE68J J 5.00 R4W Carbon AA C1001 VCEAGA1EW475M J 4.7 25V Electrolytic AA R232 VRD-RA2EE68J J J 4.7K 1.8W Carbon AA C1001 VCEAGA1EW475M J 4.7 25V Electrolytic AA R233 VRD-MN2BE472J J 4.7K 1.8W Carbon AA C1004 VCEAGA1EW475M J 4.7 25V Electrolytic AA R236 VRD-MN2BE472J J 4.7K 1.8W Carbon AA C1004 VCEAGA1EW475M J 4.7 25V Electrolytic AA R237 VRD-MN2BE12J J 4.7K 1/8W Carbon AA C1004 VCEAGA1HW35M J 3.3 50V Electrolytic AB R241 VRD-MN2BE12J J 4.7K 1/8W Carbon AA C1007 VCQYTA1HM104K J 0.1 50V Electrolytic AC R244 VRD-MN2BE13J J J AK R247 VR C885 VCEAGATAW220M J 220 TOV Electrolytic AC B225 VRD-MN2BE2231 1 22k 1/8W Carbon AA
C1001 VCEAGA1EW475M J 4.7 25V Electrolytic AA R233 VRD-MN2BE474J J 4.7K 18W Carbon AA C1002 VCEAGA1EW475M J 4.7 25V Electrolytic AA R233 VRD-MN2BE472J J 4.7K 18W Carbon AA C1003 VCEAGA1EW475M J 4.7 25V Electrolytic AA R233 VRD-MN2BE472J J 4.7K 18W Carbon AA C1004 VCEAGA1EW475M J 4.7 25V Electrolytic AA R237 VRD-MN2BE472J J 4.7K 18W Carbon AA C1004 VCEAGA1EW475M J 4.7 25V Electrolytic AB R240 VRD-MN2BE104J J 100K1/8W Carbon AA C1007 VCQYTA1HM104K J 0.1 50V Electrolytic AC R244 VRD-MN2BE123J J 12k 1/8W Carbon AA C1011 VCKYMN1HB151K J 100p 50V Ceramic AA R245 VRD-MN2BE433J J
C1001 VCEAGA1EW475M J 4.7 25V Electrolytic AA R236 VRD-MN2BE472J J 4.7k 1/8W Carbon AA C1002 VCEAGA1EW475M J 4.7 25V Electrolytic AA R236 VRD-MN2BE472J J 4.7k 1/8W Carbon AA C1004 VCEAGA1EW475M J 4.7 25V Electrolytic AA R236 VRD-MN2BE472J J 4.7k 1/8W Carbon AA C1004 VCEAGA1EW475M J 4.7 25V Electrolytic AB R240 VRD-MN2BE472J J 4.7k 1/8W Carbon AA C1006 VCEAGA1HW335M J 3.3 50V Electrolytic AB R240 VRD-MN2BE104J J 100k1/8W Carbon AA C1007 VCQYTA1HM104K J 0.1 50V Ceramic AA R244 VRD-MN2BE13J J 8/80 AB A/7k 1/8W Carbon AA C1013 VCEYMN1HB151K J 100p 50V Ceramic AA R256 VRD-MN2BE104J < C1001 VCENGATEWA75M J 4.7 25V Electrolytic AA R232 VRD-MN2BE4741 1 470k1/9W Carbon AA
C1002 VCEAGATEW475M J 4.7 25V Electrolytic AA R230 VRD-MN2BE472J J 4.7k 1/8W Carbon AA C1003 VCEAGATEW475M J 4.7 25V Electrolytic AA R237 VRD-MN2BE472J J 4.7k 1/8W Carbon AA C1004 VCEAGATEW475M J 4.7 25V Electrolytic AB R233 VRD-MN2BE472J J 4.7k 1/8W Carbon AA C1006 VCEQTA1HM104K J 0.1 50V Mylar AC R241 VRD-MN2BE472J J 4.7k 1/8W Carbon AA C1007 VCQYTA1HM104K J 0.1 50V Mylar AC R244 VRD-MN2BE103J J 39k 1/8W Carbon AA C1017 VCKYMN1HB101K J 100 50V Ceramic AA R248 See Controls C1014 VCKYMN1HB101K J 100 50V Ceramic AA R255 VRD-MN2BE104J J 100k1/8W Carbon AA C1016 VCKYMN1HB10
C1003 VCEAGATEW475M J 4.7 25V Electrolytic AA R238 VRD-MN2BE472J J 4.7k 1/8W Carbon AA C1004 VCEAGATEW475M J 3.3 50V Electrolytic AB R238 VRD-MN2BE472J J 4.7k 1/8W Carbon AA C1007 VCQYTA1HM104K J 0.1 50V Mylar AC R241 VRD-MN2BE684J J 680k1/8W Carbon AA C1009 VCKYMN1HB221K J 220p 50V Ceramic AA R244 VRD-MN2BE684J J 80k1/8W Carbon AA C1019 VCKYMN1HB101K J 100p 50V Ceramic AA R248 See Controls C1011 VCKYMN1HB101K J 100p 50V Ceramic AA R248 See Controls A A7k 1/8W Carbon AA C1014 VCKYMN1HB101K J 100p 50V Ceramic AA R256 VRD-MN2BE104J J 100k1/8W Carbon AA C1014 VCKYMN1HB104K J C1002 VCEAGATEW475W J 4.7 25V Electrolytic AA
C1004 VCEAGATEW373M J 25V Electrolytic AA R238 VRD-MN2BE104J J J AA C1006 VCEAGATHW335M J 3.3 50V Electrolytic AB R240 VRD-MN2BE104J J 100k1/8W Carbon AA C1006 VCQYTA1HM104K J 0.1 50V Mylar AC R241 VRD-MN2BE104J J 680k1/8W Carbon AA C1009 VCKYMN1HB21K J 200p 50V Ceramic AA R247 VRD-MN2BE123J J 38k 1/8W Carbon AA C1011 VCKYMN1HB101K J 100p 50V Ceramic AA R247 VRD-MN2BE123J J 38k 1/8W Carbon AA C1011 VCKYMN1HB151K J 100p 50V Ceramic AA R248 See Controls A C1014 VCKYMN1HB151K J 150p 50V Ceramic AA R255 VRD-MN2BE104J J 100k1/8W Carbon AA C1015 VCKYMN1HB151K J 103 50V C1004 VCEAGATEW475W J 4.7 25V Electrolytic AA
C1000 VCQYTA1HM104K J 0.1 50V Mylar AC R240 VRD-MN2BE104J J 100k1/8W Carbon AA C1007 VCQYTA1HM104K J 0.1 50V Mylar AC R241 VRD-MN2BE134J J 680k1/8W Carbon AA C1008 VCQYTA1HM104K J 0.1 50V Mylar AC R244 VRD-MN2BE133J J 39k 1/8W Carbon AA C1001 VCKYMN1HB21K J 220p 50V Ceramic AA R244 VRD-MN2BE133J J 33k 1/8W Carbon AA C1011 VCKYMN1HB151K J 100p 50V Electrolytic AC R255 VRD-MN2BE133J J 33k 1/8W Carbon AA C1014 VCKYMN1HB151KJ J 150p 50V Ceramic AA R256 VRD-MN2BE104J J 100k1/8W Carbon AA C1015 VCKYMN1CY103N J 0.1 16V Ceramic AA R256 VRD-MN2BE39JJ J 39k 1/8W Carbon AA C1004 VCEAGATEW475W J 4.7 25V Electrolytic AA
C1007 VCQYTA1HM104K J 0.1 50V Mylar AC R241 VRD-MN2BE684J J B80K1/8W Carbon AA C1008 VCQYTA1HM104K J 0.1 50V Mylar AC R244 VRD-MN2BE639J J 39k 1/8W Carbon AA C1009 VCKYMN1HB01K J 220p 50V Ceramic AA R247 VRD-MN2BE13JJ J 1/k 1/8W Carbon AA C1011 VCKYMN1HB101K J J 100p 50V Ceramic AA R248 See Controls C1013 VCEAGA1HW106M J 10 50V Electrolytic AC R255 VRD-MN2BE13JJ J 3/k 1/8W Carbon AA C1014 VCKYMN1HB151K J 150p 50V Ceramic AA R256 VRD-MN2BE104J 100k1/8W Carbon AA C1016 VCFYFA1HA334J J 0.31 50V M. Polyester AB R261 VRD-MN2BE102J J 4/k 1/8W Carbon AA C1022 VCEAGA1AW476M J 47 10V Electrolytic AA R315
C1006 VCCYTATHMINUTUR J 0.1 30V Mylar AC R244 VRD-MN2BE333 J 39k J8W Carbon AA C1009 VCKYMN1HB221K J 220p 50V Ceramic AA R247 VRD-MN2BE123 J J 12k J8W Carbon AA C1011 VCKYMN1HB101K J 100 50V Ceramic AA R248 See Controls C1013 VCEAGA1HW106M J 10 50V Ceramic AA R255 VRD-MN2BE133 J J 33k J8W Carbon AA C1014 VCKYMN1HB151K J 150p 50V Ceramic AA R255 VRD-MN2BE104J J 100k1/8W Carbon AA C1016 VCFYFA1HA334J J 0.1 50V M. Polyester AB R261 VRD-MN2BE102J J 1k 1/8W Carbon AA C1017 VCFYHA1HA104J J 0.1 50V M. Polyester AB R261 VRD-MN2BE102J J 1k 1/8W Carbon AA C1022 VCEAGA1AW476M J
C1009VCKYMMIHB221KJ220p50VCeramicAAR247VRD-MN2BE123JJ12k1/8WCarbonAAC1011VCKYMN1HB101KJ100p50VCeramicAAR248See ControlsAAC1013VCEAGA1HW106MJ1050VElectrolyticACR254VRD-MN2BE333JJ33k1/8WCarbonAAC1014VCKYMN1HB151KJ150p50VCeramicAAR255VRD-MN2BE104JJ100k1/8WCarbonAAC1015VCKYMN1CY103NJ0.0116VCeramicAAR256VRD-MN2BE104JJ100k1/8WCarbonAAC1016VCFYFA1HA334JJ0.3350VM. PolyesterABR261VRD-MN2BE391JJ3901/8WCarbonAAC1017VCFYHA1HA104JJ0.150VM. PolyesterABR263VRD-MN2BE391JJ3901/8WCarbonAAC1022VCEAGA1AW476MJ4710VElectrolyticAAR315VRD-MN2BE32JJ8.2k1/8WCarbonAAC1023VCKYMN1HB151KJ150p50VCeramicAAR316VRD-MN2BE822JJ8.2k1/8WCarbonAAC1024VCKYMN1HB151KJ150p50VCeramicAAR318VRD-MN2BE82JJ6.8k1/8WCarbonAAC1026VCKYMN1HB151KJ150p<
C1011 VCRAMMATBETOTK J 100 500 Ceramic AA R248 See Controls C1013 VCEAGA1HW106M J 10 500 Ceramic AA R254 VRD-MN2BE333J J 33k 1/8W Carbon AA C1014 VCKYMN1CY103N J 150p 500 Ceramic AA R255 VRD-MN2BE473J J 47k 1/8W Carbon AA C1015 VCKYMN1CY103N J 0.01 16V Ceramic AA R256 VRD-MN2BE104J J 100k1/8W Carbon AA C1016 VCFYFA1HA334J J 0.33 50V M.Polyester AB R261 VRD-MN2BE473J J 47k 1/8W Carbon AA C1017 VCFYFA1HA104J J 0.1 50V M.Polyester AB R263 VRD-MN2BE391J J 390 1/8W Carbon AA C1022 VCEAGA1AW476M J 47 10V Electrolytic AA R315 VRD-MN2BE32J J 8.2k 1/8W Carbon AA C1023 VCKYMN1HB15 C1011 VCKYMMTHB22TK J 220p 50V Ceramic AA R247 VRD-WINZBEIZ3JJ IZK I/8W Carbon AA
C1013 VCEAGATHW108Min J 10 50V Electrolytic AC R254 VRD-MN2BE333J J 33k 1/8W Carbon AA C1014 VCKYMN1HB151K J 150p 50V Ceramic AA R255 VRD-MN2BE473J J 47k 1/8W Carbon AA C1015 VCKYMN1CY103N J 0.01 16V Ceramic AA R256 VRD-MN2BE104J J 100k1/8W Carbon AA C1016 VCFYFA1HA334J J 0.33 50V M. Polyester AB R261 VRD-MN2BE473J J 47k 1/8W Carbon AA C1017 VCFYHA1HA104J J 0.1 50V M. Polyester AB R263 VRD-MN2BE391J J 390 1/8W Carbon AA C1022 VCEAGA1AW476M J 47 10V Electrolytic AA R311 VRD-MN2BE32J J 8.2k 1/8W Carbon AA C1023 VCKYMN1HB151K J 150p 50V Ceramic AA R318 C1012 VCEAGA1HW/106M 1/10 50V Ceramic AA R246 See Controis
C1014 VCKYMNTHB1STK J 1500 S0V Ceramic AA R255 VRD-MN2BE473J J 47k 188V Carbon AA C1015 VCKYMN1CY103N J 0.01 16V Ceramic AA R255 VRD-MN2BE473J J 47k 188V Carbon AA C1016 VCFYFA1HA334J J 0.33 50V M. Polyester AB R261 VRD-MN2BE473J J 47k 18W Carbon AA C1017 VCFYFA1HA314J J 0.33 50V M. Polyester AB R261 VRD-MN2BE473J J 47k 18W Carbon AA C1022 VCEAGA1AW476M J 47 10V Electrolytic AA R301 VRD-MN2BE102J J 1k 18W Carbon AA C1023 VCKYMN1HB151K J 150p 50V Ceramic AA R316 VRD-MN2BE822J J 8.2k 18W Carbon AA C1024 VCKYMN1HB151K J 150p 50V Ceramic AA R318
ClorsVCKYMNTCYT03N J0.0118VCeramicAAR256VRD-MN2BE104JJ100k//8WCarbonAAC1016VCFYFA1HA334JJ0.3350VM. PolyesterABR261VRD-MN2BE473JJ47k1/8WCarbonAAC1017VCFYHA1HA104JJ0.150VM. PolyesterABR263VRD-MN2BE391JJ3901/8WCarbonAAC1022VCEAGA1AW476MJ4710VElectrolyticAAR301VRD-MN2BE102JJ1k1/8WCarbonAAC1023VCKYMN1HB151KJ150p50VCeramicAAR315VRD-MN2BE822JJ8.2k1/8WCarbonAAC1024VCKYMN1HB151KJ150p50VCeramicAAR316VRD-MN2BE822JJ8.2k1/8WCarbonAAC1025VCKYMN1HB151KJ150p50VCeramicAAM VRD-MN2BE682JJ6.8k1/8WCarbonAAC1026VCKYMN1HB21KJ220p50VCeramicAAM VRD-MN2BE104JJ100k1/8WCarbonAAC1030VCKYMN1HB221KJ220p50VCeramicAAR321VRD-MN2BE33JJ33k1/8WCarbonAAC1038VCEAGA0JW107MJ1006.3VElectrolyticABR327VRN-KT3LB8R2JJ8.23WMetal FilmACC C1014 VCKYWNTHBISTK J TSUP SUV Ceramic AA R255 VRD-MN2BE473J J 47K 1/8W Carbon AA
C1018VCFYFATHA334JJ0.33S0VM. PolyesterABR261VRD-MN2BE473JJ47k18W CarbonAAC1017VCFYHA1HA104JJ0.150VM. PolyesterABR263VRD-MN2BE391JJ3901/8W CarbonAAC1022VCEAGA1AW476MJ4710VElectrolyticAAR301VRD-MN2BE102JJ1k1/8W CarbonAAC1023VCKYMN1HB151KJ150p50VCeramicAAR315VRD-MN2BE822JJ8.2k1/8W CarbonAAC1024VCKYMN1HB151KJ150p50VCeramicAAR316VRD-MN2BE822JJ8.2k1/8W CarbonAAC1025VCKYMN1HB151KJ150p50VCeramicAAM. R318VRD-MN2BE682JJ6.8k1/8W CarbonAAC1026VCKYMN1HB221KJ220p50VCeramicAAM. R319VRD-MN2BE104JJ100k1/8W CarbonAAC1028VCKYMN1HB221KJ220p50VCeramicAAR321VRD-MN2BE332JJ3.3k1/8W CarbonAAC1030VCKYD41HB221KJ220p50VCeramicAAR323VRD-RA2BE102JJ1k1/8W CarbonAAC1038VCEAGA0JW107MJ1006.3VElectrolyticABR327VRN-KT3LB8R2JJ8.23WMetal FilmACC1044VCKYD41HB221KJ220p R256 V RD-WIN 2 BE 1/04 J J 100K 1/8W Carbon AA
C1017VCFYHATHAT04JJ0.1SUVM. PolyesterABR263VRD-MN2BE391JJ3901/8W CarbonAAC1022VCEAGA1AW476MJ4710VElectrolyticAAR301VRD-MN2BE102JJ1k1/8W CarbonAAC1023VCKYMN1HB151KJ150p50VCeramicAAR315VRD-MN2BE822JJ8.2k1/8W CarbonAAC1024VCKYMN1HB151KJ150p50VCeramicAAR316VRD-MN2BE822JJ8.2k1/8W CarbonAAC1025VCKYMN1HB151KJ150p50VCeramicAAM. R318VRD-MN2BE682JJ6.8k1/8W CarbonAAC1026VCKYMN1HB221KJ220p50VCeramicAAM. R319VRD-MN2BE104JJ100k1/8W CarbonAAC1028VCKYMN1HB221KJ220p50VCeramicAAR320VRD-MN2BE332JJ3.3k1/8W CarbonAAC1030VCKYDA1HB221KJ220p50VCeramicAAR321VRD-MN2BE33JJ33k1/8W CarbonAAC1038VCEAGA0JW107MJ1006.3VElectrolyticABR327VRN-KT3LB8R2JJ8.23WMetal FilmACC1044VCKYD41HB221KJ220p50VCeramicAAR336VRD-MN2BE102JJ1k1/8W CarbonAA R261 V RD-WIN 2 BE 473 J 47K 1/8W Carbon AA
C1022VCEAGATAW476MJ4710VElectrolyticAAR301VRD-MN2BE102JJ1k1/8W CarbonAAC1023VCKYMN1HB151KJ150p50VCeramicAAR315VRD-MN2BE822JJ8.2k1/8W CarbonAAC1024VCKYMN1HB151KJ150p50VCeramicAAR316VRD-MN2BE822JJ8.2k1/8W CarbonAAC1025VCKYMN1HB151KJ150p50VCeramicAAMR318VRD-MN2BE682JJ6.8k1/8W CarbonAAC1026VCKYMN1HB221KJ220p50VCeramicAAMR319VRD-MN2BE104JJ100k1/8W CarbonAAC1028VCKYMN1CY103NJ0.0116VCeramicAAR320VRD-MN2BE332JJ3.3k1/8W CarbonAAC1030VCKYDN1HB221KJ220p50VCeramicAAR321VRD-MN2BE333JJ33k1/8W CarbonAAC1033VCKYD41HB221KJ220p50VCeramicAAR323VRD-RA2BE102JJ1k1/8W CarbonAAC1038VCEAGA0JW107MJ1006.3VElectrolyticABR327VRN-KT3LB8R2JJ8.23WMetal FilmACC1044VCKYD41HB221KJ220p50VCeramicAAR336VRD-MN2BE102JJ1k1/8W CarbonAA R263 V RD-WIN 2 BE 391 J 390 1/8W Carbon AA
C1023VCKYMN1HB151KJ150p50VCeramicAAR315VRD-MN2BE822JJ8.2k1/8W CarbonAAC1024VCKYMN1HB151KJ150p50VCeramicAAR316VRD-MN2BE822JJ8.2k1/8W CarbonAAC1025VCKYMN1HB151KJ150p50VCeramicAAAR316VRD-MN2BE822JJ8.2k1/8W CarbonAAC1026VCKYMN1HB221KJ220p50VCeramicAAAR319VRD-MN2BE104JJ100k1/8W CarbonAAC1028VCKYMN1CY103NJ0.0116VCeramicAAR320VRD-MN2BE332JJ3.3k1/8W CarbonAAC1030VCKYMN1HB221KJ220p50VCeramicAAR321VRD-MN2BE333JJ33k1/8W CarbonAAC1033VCKYD41HB221KJ220p50VCeramicAAR323VRD-RA2BE102JJ1k1/8W CarbonAAC1038VCEAGA0JW107MJ1006.3VElectrolyticABR327VRN-KT3LB8R2JJ8.23WMetal FilmACC1044VCKYD41HB221KJ220p50VCeramicAAR336VRD-MN2BE102JJ1k1/8W CarbonAA C1022 VCEAGA1AW476M J 47 10V Electrolytic AA R301 VRD-MN2BE102J J 1k 1/8W Carbon AA
C1024 VCKYMN1HB151K J 150p 50V Ceramic AA R316 VRD-MN2BE822J J 8.2k 1/8W Carbon AA C1025 VCKYMN1HB151K J 150p 50V Ceramic AA A R316 VRD-MN2BE822J J 8.2k 1/8W Carbon AA C1026 VCKYMN1HB221K J 220p 50V Ceramic AA A R319 VRD-MN2BE104J J 100k1/8W Carbon AA C1028 VCKYMN1CY103N J 0.01 16V Ceramic AA R320 VRD-MN2BE332J J 3.3k 1/8W Carbon AA C1030 VCKYMN1HB221K J 220p 50V Ceramic AA R321 VRD-MN2BE333J J 33k 1/8W Carbon AA C1033 VCKYD41HB221K J 220p 50V Ceramic AA R322 VRD-RA2BE102J J 1k 1/8W Carbon AA C1038 VCEAGA0JW107M J 100 6.3V Electrolytic C1023 VCKYMN1HB151K J 150p 50V Ceramic AA R315 VRD-MN2BE822J J 8.2k 1/8W Carbon AA
C1025 VCKYMN1HB151K J 150p 50V Ceramic AA C1026 VCKYMN1HB221K J 220p 50V Ceramic AA A318 VRD-MN2BE682J J 6.8k 1/8W Carbon AA C1026 VCKYMN1HB221K J 220p 50V Ceramic AA A319 VRD-MN2BE104J J 100k1/8W Carbon AA C1028 VCKYMN1CY103N J 0.01 16V Ceramic AA R320 VRD-MN2BE332J J 3.3k 1/8W Carbon AA C1030 VCKYMN1HB221K J 220p 50V Ceramic AA R321 VRD-MN2BE333J J 33k 1/8W Carbon AA C1033 VCKYD41HB221K J 220p 50V Ceramic AA R323 VRD-RA2BE102J J 1k 1/8W Carbon AA C1038 VCEAGA0JW107M J 100 6.3V Electrolytic AB R336 VRD-MN2BE102J J 1k 1/8W Carbon AA C1024 VCKYMN1HB151K J 150p 50V Ceramic AA R316 VRD-MN2BE822J J 8.2k 1/8W Carbon AA
C1026 VCKYMN1HB221K J 220p 50V Ceramic AA A R319 VRD-MN2BE104J J 100k1/8W Carbon AA C1028 VCKYMN1CY103N J 0.01 16V Ceramic AA R320 VRD-MN2BE332J J 3.3k 1/8W Carbon AA C1030 VCKYMN1HB221K J 220p 50V Ceramic AA R321 VRD-MN2BE333J J 33k 1/8W Carbon AA C1033 VCKYD41HB221K J 220p 50V Ceramic AA R323 VRD-RA2BE102J J 1k 1/8W Carbon AA C1038 VCEAGA0JW107M J 100 6.3V Electrolytic AB R327 VRN-KT3LB8R2J J 8.2 3W Metal Film AC C1044 VCKYD41HB221K J 220p 50V Ceramic AA R336 VRD-MN2BE102J J 1k 1/8W Carbon AA C1025 VCKYMN1HB151K J 150p 50V Ceramic AA △ R318 VRD-MN2BE682J J 6.8k 1/8W Carbon AA
C1028 VCKYMN1CY103N J 0.01 16V Ceramic AA R320 VRD-MN2BE332J J 3.3k 1/8W Carbon AA C1030 VCKYMN1HB221K J 220p 50V Ceramic AA R321 VRD-MN2BE333J J 33k 1/8W Carbon AA C1033 VCKYD41HB221K J 220p 50V Ceramic AA R323 VRD-RA2BE102J J 1k 1/8W Carbon AA C1038 VCEAGA0JW107M J 100 6.3V Electrolytic AB R327 VRN-KT3LB8R2J J 8.2 3W Metal Film AC C1044 VCKYD41HB221K J 220p 50V Ceramic AA R336 VRD-MN2BE102J J 1k 1/8W Carbon AA C1026 VCKYMN1HB221K J 220p 50V Ceramic AA ⚠ R319 VRD-MN2BE104J J 100k1/8W Carbon AA
C1030 VCKYMN1HB221K J 220p 50V Ceramic AA R321 VRD-MN2BE333J J 33k 1/8W Carbon AA C1033 VCKYD41HB221K J 220p 50V Ceramic AA R323 VRD-RA2BE102J J 1k 1/8W Carbon AA C1038 VCEAGA0JW107M J 100 6.3V Electrolytic AB R327 VRN-KT3LB8R2J J 8.2 3W Metal Film AC C1044 VCKYD41HB221K J 220p 50V Ceramic AA R336 VRD-MN2BE102J J 1k 1/8W Carbon AA C1028 VCKYMN1CY103N J 0.01 16V Ceramic AA R320 VRD-MN2BE332J J 3.3k 1/8W Carbon AA
C1033 VCKYD41HB221K J 220p 50V Ceramic AA R323 VRD-RA2BE102J J 1k 1/8W Carbon AA C1038 VCEAGA0JW107M J 100 6.3V Electrolytic AB R327 VRN-KT3LB8R2J J 8.2 3W Metal Film AC C1044 VCKYD41HB221K J 220p 50V Ceramic AA R336 VRD-MN2BE102J J 1k 1/8W Carbon AA C1030 VCKYMN1HB221K J 220p 50V Ceramic AA R321 VRD-MN2BE333J J 33k 1/8W Carbon AA
C1038 VCEAGA0JW107M J 100 6.3V Electrolytic AB R327 VRN-KT3LB8R2J J 8.2 3W Metal Film AC
C1044 VCKYD41HB221K J 220p 50V Ceramic AA R336 VRD-MN2BE102J J 1k 1/8W Carbon AA 		C1033 VCKYD41HB221K J 220p 50V Ceramic AA R323 VRD-RA2BE102J J 1k 1/8W Carbon AA
C1044 VCKYD41HB221K J 220p 50V Ceramic AA R336 VRD-MN2BE102J J 1k 1/8W Carbon AA C1038 VCEAGA0JW107M J 100 6.3V Electrolytic AB R327 VRN-KT3LB8R2JJ 8.2 3W MetalFilm AC
C1044 VCKYD41HB221K J 220p 50V Ceramic AA R336 VRD-MN2BE102JJ1k1/8WCarbon AA
C1045 VCKYD41HB221K J 220p 50V Ceramic AA
C1046 VCKYD41HB221K J 220p 50V Ceramic AA
C1047 VCKYD41HB221K J 220p 50V Ceramic AA
C1048 VCEAGA1EW47/5M J . 4.7/ D 25V/ Electrolytic AA
C1049 VCEAGA1CW106M U 10 / 16V Electrolytic AA
C1052 VCKYMN1HB471K U 470p 50V/ Ceramic AA
C1054 (VCQYTA1HM104K J 0.1 50VOM.Polyester AC
C1058 VCFYFA1HA474J J 0.47 50V M.Polyester AC
C1060 VCEAGA1CW106M J 10 16V Electrolytic AA
1991年1月1日,1991年1月1日,1991年1月1日,1997年1月1日,1997年1月1日,1997年1月1日,1997年1月1日,1997年1月1日,1997年1月1日,1997年1月1日,1997年1月1日,1 i.
(1) 「おかかう人を応復的仕人の法の代理社」になる方法。 1
1997———————————————————————————————————
经公司 机试用 的复数的过去式 电偏接流流振荡的 医水杨酮
14 DEMODEL / RESISTORS MELTANNED . 1
R202 WRD-MN2BE562J US5.6k 1/8W/Carbon AA
8203 VRD-MN2BE392J J 3.9k 1/8W Carbon AA
////R204//////Carbon AA
☆ 8205% - 3VRD-MN2BE151J - 013150 - 1/8W Carbon AA
R206 VRD-MN2BE471J J 470 1/8W Carbon AA
© R207 - O V R D - R A 2 E E 2 2 1 J - J - 220 V 1/4W Carbon AA
ि≉R208 कलVRD-MN2BE4102J J कि 1k ≧ 1/8W∂Carbon AA
R209 VRD-MN2BE151J J 150 1/8W Carbon AA
R211 / VRD-MN2BE561J J 560 1/8W Carbon AA
R214 - V R D - R A 2 E E 6 8 1 J J 680° 1/4W Carbon AA
R215 VRD-MN2BE682J J 6.8k 1/8W Carbon AA
R217 VRD-MN2BE822J J 8.2k 1/8W Carbon AA
R223 VRD-MN2BE102J J 1k 1/8W Carbon AA
R224 VRD-RA2BE103J J 10k 1/8W Carbon AA
R225. VRD-MN2BE223J J 22k/1/8W Carbon AA
R232 VRD-RA2EE681J J 680 1/4W Carbon AA
R233 VRD-MN2BE474J J 470k1/8W Carbon AA
R236 VRD-WN2BE472J J 4.7k 1/8W Carbon AA
AA
AA
AA
R244 VRD-WN2BE393J J 39K 1/8W Carbon
АА
•
R263 VRD-MN2BE3911 13390 1/8W Carbon ΔA
R301 VRD-MN2BE1021 1 1k 1/8W Carbon ΔΔ
R315 VRD-MN2BE8221 L 8 2k 1/8W Carbon ΔΔ
R316 VRD-MN2BE8221 1 82k 1/8W Carbon ΔΔ
A R318 VRD-MN2BE6821 1 6 8k 1/8W Carbon ΔΔ
A R319 VRD-MN2BE104J J 100k1/8W Carbon AA
Page 21
Ref. No. Part No. * Description Code Ref. No. Part No. * Description Code
PWB (81 85V VEW6 RESISTORS 5 (Co ontir nued)
MOTHE RII (Continued) ∕∆ R630 V R D - R A 2 B E 1 8 3 JJ 18k 1/8W Carbon AA
( (continucu) – R634 VRD-RM2HD220 J 22 1/2W Carbon AA
RESISTORS S (Co ontin ued) ∧ R635 V R D - M N 2 B E 2 2 3 JJ 22k 1/8W Carbon AA
R340 V R D - M N 2 B E 1 0 3 JJ 10k 1/8W Carbon AA R640 VRD-RM2HD682 J 6.8k 1/2W Carbon AA
R389 V R D - R A 2 B E 1 5 3 JJ 15k 1/8W Carbon AA R641 V R D - R A 2 B E 2 7 3 J J 27k 1/8W Carbon AA
R401 V R D - R A 2 E E 8 2 0 JJ 82 1/4W Carbon AA R642 VRD-RM2HD222 JJ 2.2k 1/2W Carbon AA
R410 V R D - M N 2 B E 1 8 3 JJ 18k 1/8W Carbon AA R648 VRD-RM2HD1R8 J J 1.8 1/2W Carbon AA
R411 V R D - M N 2 B E 2 2 3 JJ 22k 1/8W Carbon AA ∕ ∧ R649 V R D - M N 2 B E 4 7 2 ) ) 4.7k 1/8W Carbon AA
R412 V R D - M N 2 B E 3 JJ 33k 1/8W Carbon AA R650 V R D - M N 2 B E 2 l l 2.2k 1/8W Carbon AA
R414 V R D - M N 2 B E 2 2 3 l l 22k 1/8W Carbon AA R653 V R D - R A 2 B E 3 9 0 ) ) 39 1/8W Carbon AA
R420 See Controls R654 V R D - R A 2 B E 1 5 3 l l 15k 1/8W Carbon AA
R422 V R D - M N 2 B E 8 2 3 11 82k 1/8W Carbon AA R659 V R D - R A 2 B E 1 5 1 l l 150 1/8W Carbon AA
R437 V R D - M N 2 B E 4 7 3 J J 47k 1/8W Carbon AA R671 V R D - M N 2 B E 3 3 2 l l 3.3k 1/8W Carbon AA
R463 V R D - R A 2 B E 3 3 1 ΙJ 330 1/8W Carbon AA R674 VRC-MA2HG562 < 1 5.6k 1/2W Solid AA
R467 V R D - R A 2 B E 6 8 2 ll 6.8k 1/8W Carbon AA R675 V R D - R A 2 B E 1 8 4 J J 180 k1/8W Carbon AA
R504 V R D - M N 2 B E 2 2 1 J J 220 1/8W Carbon AA R679 V R D - R A 2 E E 2 2 0 JJ 22 1/4W Carbon AA
R505 V R D - M N 2 B E 3 9 3 JJ 39k 1/8W Carbon AA R683 V R D - R A 2 B E 1 2 2 J J 1.2k 1/8W Carbon AA
R506 V R D - M N 2 B E 3 9 2 l l 3.9k 1/8W Carbon AA R684 VRD-RM2HD104. IJ 100 k1/2W Carbon AA
R507 VRD-RM2HD182 l l 1.8k 1/2W Carbon AA ∕ ∆ R685 V R D - R A 2 B E 8 2 2 ) ) 8.2k 1/8W Carbon AA
R508 V R D - M N 2 B E 1 2 3 l l 12k 1/8W Carbon AA R688 V R D - R A 2 E E 2 7 2 J J 2.7k 1/4W Carbon AA
R509 See Controls R689 V R D - R A 2 E E 2 7 2 J J 2.7k 1/4W Carbon AA
R510 VRD-RM2HD1R8 l l 1.8 1/2W Carbon AA ∕ ∆ R702 VRW-KV3NC6R8 < l 6.8 7W Cement AC
R511 V R D - M N 2 B E 8 2 2 JJ 8.2k 1/8W Carbon AA ∕ R703 V R S - K T 3 L B 2 7 3 ) ) 27k 3W Metal Oxide AD
R512 V R D - M N 2 B E 4 7 2 J J 4.7k 1/8W Carbon AA ∕ ∧ R704 V R S - V V 3 D B 1 0 0 l l 10 2W Metal Oxide AA
R513 VRD-RA2BE102 JJ 1k 1/8W Carbon AA ∕ R705 VRD-RM2HD2R2 J 2.2 1/2W Carbon AA
R514 See Controls ∕ ∧ R706 V R D - R A 2 B E 1 2 4 JJ 120 k1/8W Carbon AA
▲ R515 RR-XZ0035TAZ ΖJ 22 1/4W Fuse Resistor AB ∕ ∆ R707 V R D - M N 2 B E 3 9 0 וו 39 1/8W Carbon AA
R516 VRD-RM2HD331 JJ 330 1/2W Carbon AA ∕ ∧ R708 V R S - S V 3 L B 1 2 4 JJ 120 k3W Metal Oxide AC
R517 VRD-RM2HD222 L L 2.2k 1/2W Carbon AA ▲ R710 V R D - R A 2 B E 3 9 2 ן נ 3.9k 1/8W Carbon AA
R518 VRD-RA2EE222 JJ 2.2k 1/4W Carbon AA ∕ R711 See Controls
R520 VRD-RA2EE275 JJ 2.7M 1/4W Carbon AA ∕ R712 V R D - M N 2 B E 7 5 1 JJ 750 1/8W Carbon AA
▲ R521 RR-XZ0029CEZ ΖJ 3.3 1/2W Fuse Resistor AB ∕ R713 V R D - R A 2 E E 2 2 5 ננ 2.21 /11/4W Carbon AA
R525 VRD-MN2BE681 J J 680 1/8W Carbon AA /⚠ R714 V R D - R A 2 B E 1 2 4 JJ 120 k1/8W Carbon AA
R526 VRD-MN2BE123 JJ 12k 1/8W Carbon AA ∕ R715 VRD-MN2BE103 JJ 10k 1/8W Carbon AA
R527 VRD-RA2EE105 JJ 1M 1/4W Carbon AA ▲ R716 VRD-RA2BE180 ננ 18 1/8W Carbon AA
R601 VRD-RM2HD5R6 JJ 5.6 1/2W Carbon AA / ↑ R717 VRD-RA2BE101 ננ 100 1/8W Carbon AA
R608 VRD-RM2HD472 JJ 4.7k 1/2W Carbon AA ∕ ∆ R718 VRN-VV3ABR22 J J 0.22 1W Metal Film AA
R609 V R S - S V 3 L B 3 9 2 JJ 3.9k 3W Metal Oxide AC ∕ ∧ R719 VRC-UA2HG825H ( J 8.21 M1/2W Solid AA
R611 VRW-KV4AC120 кJ 12 10W Cement AD ∕ R720 VRC-UA2HG825H ( J 8.21 M1/2W Solid AA
⚠ R612 RR-XZ0020CEZ ΖJ 39 1/4W Fuse Resistor AB ▲ R723 V R S - S V 3 L B 2 7 2 ן ו 2.7k 3W Metal Oxide AD
R613 See Controls ▲ R724 VRD-MN2BE102 I I 1k 1/8W Carbon AA
R614 V R D - M N 2 B E 8 2 4 JJ 8 20k 1/8W Carbon AA ∧ RR-XZ0016CEZ ΖJ 1 1/2W Fuse Resistor r AB
R616 V R D - R A 2 B E 1 0 4 JJ 100k 1/8W Carbon AA ▲ R735 VRD-RM2HD184 JJ 180 k1/2W Carbon AA
R617 VRD-RM2HD390 JJ 39 1/2W Carbon AA ▲ R736 VRD-RM2HD184 JJ 180 k1/2W Carbon AA
R618 VRD-RM2HD102 JJ 1k 1/2W Carbon AA R809 VRD-MN2BE101 J J 100 1/8W Carbon AA
R619 V R D - M N 2 B E 1 2 3 JJ 12k 1/8W Carbon AA R811 VRD-MN2BE101 JJ 100 1/8W Carbon AA
∕∆ R620 RR-XZ0084CEZ ΖJ 1 1/4W Fuse Resistor AB R812 VRD-MN2BE101 ſſ 100 1/8W Carbon AA
R621 VRN-VV3DB1R8 JJ 1.8 2W Metal Film AB R816 VRD-MN2BE102 נו 1k 1/8W Carbon AA
R622 VRD-RM2HD223 JJ 22k 1/2W Carbon AA R817 VRD-MN2BE391 JJ 390 1/8W Carbon AA
∕∆ R623 VRD-RA2EE125 JJ 1.2M 1/4W Carbon AA R818 VRD-MN2BE391 ן נ
י 		390 1/8W Carbon AA
∕∆ R624 V R D - M N 2 B E 2 7 4 JJ 270k 1/8W Carbon AA R819 VRD-MN2BE391 ן נ 390 1/8W Carbon AA
R627 V R D - M N 2 B E 2 2 1 JJ 220 1/8W Carbon AA R825 VRD-MN2BE333 ן ו 33k 1/8W Carbon AA
∆ R628 V R D - M N 2 B E 1 0 3 JJ 10k 1/8W Carbon AA R828 VRD-MN2BE683 ננ 68k 1/8W Carbon AA
∧ R629 V R D - M N 2 B E 1 2 3 JJ 12k 1/8W Carbon AA R829 VRD-MN2BE104 JJ 100 k1/8W Carbon AA
Page 22
Ref. No. Part No. * Description Code Ref. No. Part No. * Description Code
PWF 3185 WEW6 RESISTOR s (Ca ontinued) N, (14)
ZΑ MOTUEP (Continue а л а R1074 VRD-MN2BE47 2 J J 4.7k 1/8W Carbon AA
(Continue R1078 VRD-MN2BE47 2J J 4.7k 1/8W Carbon AA
· 5.7 . RESISTORS (Conti hued) 🗆 🗸 and the particular R1079 VRD-RA2BE10 3 J J 10k 1/8W Carbon AA
R832 VRD-MN2BE271J J 270 1/8W Carbon and AA R1089 VRD-MN2BE68 21 1 6.8k 1/8W Carbon AA
R833 VRD-MN2BE223J J 22k 1/8W Carbon AA A R1090 VRD-MN2BE68 2 ] . ] 6.8k 1/8W Carbon AA
R837 VRD-MN2BE102J J 1k 1/8W Carbon AA R1091 VRD-MN2BE68 2 J J 6.8k 1/8W Carbon AA log aa
R838 VRD-MN2BE102J 1 J 2/ 1k 3 1/8W Carbon AA R1092 VRD-MN2BE68 2 J S J 6.8k 1/8W Carbon AA
R839 VRD-MN2BE102J J 1k 1/8W Carbon AA R1093 VRD-RA2BE68 2 J J 6.8k 1/8W Carbon AA
R840 VRD-MN2BE821J ີ ມີ 820 1/8W Carbon . R1094 VRD-RA2BE68 2 J J 6.8k 1/8W Carbon
R841 VRD-MN2BE821J J 820 1/8W Carbon AA R1095 VRD-RA2BE68 נינ ב 6.8k 1/8W Carbon `.`∴ } AA
R842 VRD-MN2BE821J J 820 1/8W Carbon AA R1096 VRD-MN2BE68 2 J J 6.8k 1/8W Carbon AA
R844 VRD-RM2HD681J J 680 1/2W Carbon AA R1099 VRD-RA2BE33 2 J : Ĵ 3.3k 1/8W Carbon AA
R849 VRD-MN2BE153J J 15k 1/8W Carbon AA 6 R1102 VRD-RA2EE18 IJJ 180 1/4W Carbon AA
R892 VRD-RA2BE103J J 10k 1/8W Carbon AA R1106 VRD-RA2BE10 3 J : J 10k 1/8W Carbon AA
R1005 VRD-MN2BE392J J 3.9 < 1/8W Carbon AA R1108 V R D - R A 2 B E 2 2 3 J - J 22k 1/8W Carbon AA
R1006 VRD-MN2BE183J J 18k 1/8W Carbon AA R1109 VRD-RĂŻBEŻŻ 3 1្ 1 22k 1/8W Carbon AA
R1007 VRD-MN2BE682J J 6.8 1/8W Carbon AA R1110 VRD-MN2BE22 81° 1 22k 1/8W Carbon AA
• R1008 VRD-MN2BE101J J 100 1/8W Carbon AA R1111 VRD-MN2BE22 31 1 22k 1/8W Carbon AA
R1009 V R D - R A 2 B E 1 0 3 J J 10k 1/8W Carbon AA R1114 V R D - M N 2 B E 2 7 1J J 270 1/8W Carbon AA
R1010 VRD-RA2BE103J J 10k 1/8W Carbon AA R1116 V R D - R A 2 B E 1 0 2 J J 1k 1/8W Carbon AA
с. R1011 VRD-RA2BE103J J 10k 1/8W Carbon AA R1117 VRD-RA2EE10 31 l 10k 1/4W Carbon AA
R1017 VRD-MN2BE223J J 22k 1/8W Carbon AA
R1019 VRD-MN2BE822J J 8.2 < 1/8W Carbon AA n an en produktion de la companya de la c _ s.I
R1020 VRD-MN2BE222J J 2.2 < 1/8W Carbon AA , .
, . 		• (1
R1021 VRD-MN2BE222J J 2.2 < 1/8W Carbon AA 5 A. 9
R1022 V R D - M N 2 B E 4 7 2 J J 4.7 < 1/8W Carbon AA SW ITC IES
R1026 VRD-MN2BE333J J 33k 1/8W Carbon AA S501 QSW-B0015CE2 Z J Vertical Center AC
R1027 VRD-MN2BE103J J 10k 1/8W Carbon AA ∕ 1 $701 QSW-P0566CE2 Z J Power AL
≜ ିR1028 V R D - M N 2 B E 6 8 4 J J 680 k1/8W Carbon AA ∕∆ $1001 QSW-K0079GE ZZJ Channel (+) AB
R1029 VRD-RA2BE333J J 33k 1/8W Carbon AA Q$W-K0079GE ZZJ Channel ( – ) AB
ം R1030 VRD-MN2BE333J J 33k 1/8W Carbon AA ∕ ∆ $1003 QSW-K0079GE ZZJ Volume (+) AB
R1031 VRD-MN2BE153J J 15k 1/8W Carbon ÂA ∕ ∧ $1004 QSW-K0079GE ZZJ Volume ( – ) AB
R1032 VRS-VV3DB153J J 15k 2W Metal C xide AA QSW-K0079GE ZZJ Pre-Set AB
R1033 VRD-MN2BE682J J 6.8 < 1/8W Carbon AA ∕ ∆ $1006 QSW-K0079GE ZZJ Picture Mode AB
R1036 VRD-RA2BE102J J 1k 1/8W Carbon AA QSW-K0079GE ZZ J Skip AB
R1039 VRD-MN2BE153J J 15k 1/8W Carbon AA
R1040 VRD-MN2BE123J J 12k 1/8W Carbon AA
R1044 V R D - M N 2 B E 1 0 3 J J 10k 1/8W Carbon AA
R1046 VRD-MN2BE682J J 6.8 < 1/8W Carbon AA 4
R1048 VRD-MN2BE102J JIK 1/8W Carbon AA
R1050 VRD-MN2BE102J J 1k 1/8W Carbon AA
R1051 VRD-MN2BE182J J 1.8 < 1/8W Carbon AA •
R1052 V R D - R A 2 B E 3 3 2 J J 3.3 c 1/8W Carbon AA
R1053 V R D - R A 2 B E 3 3 2 J J 3.3 < 1/8W Carbon AA
R1054 V R D - R A 2 B E 1 2 3 J J 12k 1/8W Carbon AA
R1055 VRD-MN2BE683J J 68k 1/8W Carbon AA
R1056 VRD-MN2BE153J J 15k 1/8W Carbon AA
R1060 VRD-RM2HD681J J 680 1/2W Carbon AA
R1062 VRD-RA2EE681J J 680 1/4W Carbon AA ·
R1064 VRD-RA2BE103J J 10k 1/8W Carbon AA
R1065 VRD-MN2BE333J J 33k 1/8W Carbon AA
R1066 VRD-MN2BE682J J 6.8 < 1/8W Carbon AA
R1069 J · 180 1/4W Carbon AA
K1073 v KD-WN2BE152J J 1.5 CINSW Carbon AA
Page 23
Ker. NO. Falt NO. × Description coue Nel. NO.
PWB B-A DUNTK
MOTHER 		81
1 U 		85WEW6
NIT (Continued) 		PWE 3-B
MISCELLAN IEO US PARTS
CN601 QCN W-0430PEZ ZR Connecting Wire, P601 AC Q851 V $ 2
∕∆ F300 QFS - J 2 5 2 1 G E Z 2 ΖJ IC Protector AE Q852 V $ 2
⚠ F701 QFS· - C 3 2 2 4 C E Z Z : J Fuse, T3.15A AD Q853 V $ 2
FB305 RBLI N - 0 0 3 7 C E Z Z Ferrite Bead AB
FB602 RBLN N - 0 0 3 7 C E Z Z IJ Ferrite Bead AB
⚠ FB701 RBLI N - 0 0 3 7 C E Z Z IJ Ferrite Bead AB
RBLI N - 0 0 3 7 C E Z Z [ ] Ferrite Bead AB
FB731 R B L I N - 0 0 1 0 C E Z Z IJ Ferrite Bead AC D851 RH-
\land FH701 QFSH HD1009CEZZ ΖJ Fuse Holder, for F701 AA
⚠ FH702 QFSł HD1010CEZZ ΖJ Fuse Holder, for F701 AA
∕∆ J451 QJAI KF0011CEZZ ( J Jack, AV Input AG
P210 QPLO GN0241CEZZ ΖJ Plug 2-pin, (TP210) AA
P301 QPLO GN0241CEZZ ΖJ Plug 2-pin, (S) AA L851 V P - (
P501 QPLO G N O 2 4 1 C E Z Z ΖJ Plug 2-pin, (TP501) AA
P502 QPLO GN0505CEZZ ΖJ Plug 5-pin, (F) AB
P601 QPLO GN0207CEZZ ΖJ PLug 2-pin, Horiz. Size AA
P602 QPLO GN0441CEZZ ΖJ Plug 4-pin, (H) AB
⚠ P711 QPLO GN0207CEZZ ΖJ Plug 2-pin, (G) AA R853 RVR
⚠ P712 QPLO GN0304CEZZ ΖJ Plug 3-pin, (A) AB R857 R V R
P801 QPLO G N 0 5 4 1 C E Z Z ΖJ Plug 5-pin, (K) AB R859 R V R
RMC1001 RRM CU0215CEZZ J Remote Control Receive r AN R863 RVR
LHLD OP1017PE00 0 R LED Holder AB R865 R V R
LHLD W1002PEZZ R Wire Holder, ×1 AA
ver. NO. Fartino. * Des Coue
PWI 3-B DUNT
CRT SC 		К70
ОСКЕ 		01WE D8
TRA NSIS. rors
Q851 V S 2 2 S C 3 4 1 7 / / 1E J 2$C3417 AC
O852 V S Z 2 S C 3 4 1 7 // 1 E J 2SC3417 AC
Q052 V 5 2 5 C 5 4 T / I L 2303417 AC
Q853 V S 2 S C 3 4 1 7 / / 1 E J 2SC3417 AC
DIODE
D851 RH-EX0271CEZZ J Zener Diode A A
COIL

L851 VP-CF681K0000 J 680μH AB

CONTROLS
353 R V R - B 4 5 6 8 C E Z Z J 10k (B) Red Bias AC
357 R V R - B 5 6 3 9 C E Z Z J 1k (B) Green Drive AB
359 R V R - B 4 5 6 8 C E Z Z J 10k (B) Green Bias AC
363 R V R - B 5 6 3 9 C E Z Z J 1k (B) Blue Drive AB
365 R V R - B 4 5 6 8 C E Z Z J 10k (B) Blue Bias AC
363
365 		RVR-B4568CEZZ ì 10k (B) Blue Bias
CAPACITORS
C800 VCQYTA1HM103K J 0.01 50V Mylar AB
C851 VCKYPA1HB391K J 390p 50V Ceramic AA
C852 VCKYPA1HB391K J 39 0p 50V Ceramic AA
C853 VCKYPA1HB331K J 330p 50V Ceramic AA
C854 RC-KZ0150CEZZ J Ceramic AB
C860 VCKYD41CY103N J 0.01 16V Ceramic AA
C861 VCEAGA1CW106M J 10 16V Electrolytic AA
C865 VCKYPA1HB102K J 1000p 50V Ceramic AA
C866 VCEAGA2DW106M J 10 200V Electrolytic AC
RESISTORS
K821 VRD-RAZBE821J J 820 1/8W Carbo n AA
R852 V R D - R A 2 B E 2 7 2 J J 2.7k 1/8W Carbo on AA
R853 See Controls
R855 VRD-RM2HD272J J 2.7k 1/2W Carbo on AA
R856 V R D - R A 2 B E 3 9 1 J J 390 1/8W Carbo on AA
R857 See Controls
R858 V R D - R A 2 B E 2 7 2 J J 2.7k 1/8W Carbo on AA
R859 See Controls
R860 V R S - V V 3 D B 1 2 3 J J 12k 2W Meta l Oxide 🛛 🗛
R861 VRD-RM2HD272J J 2.7k 1/2W Carbo on AA
R862 V R D - R A 2 B E 4 7 1 J J 470 1/8W Carbo on AA
R863 See Controls

------ End of MOTHER UNIT ------

Page 24
Ref. No. Part No. * Description Code Ref. No. Part No. * Description Code
PWI B-B DUNTK7001WED8
CRT SOCKET UNIT (Continued)
RESISTORS (Continued) ACCESSORIES
R864 VRD-RA2BE272J J 2.7k 1/8W Carbon AA 1 RRMCG1076PESA R Infrared Remote
R865 See Controls adio control Unit come and
R866 VRS-VV3DB123J J 12k 2W Metal Oxide AA 1. 第二载行为49日,于二人人,至44名人意的436日,于1993年199
R867 VRD-RM2HD272J J 2.7k 1/2W Carbon AA ·····································
R868 VRS-VV3DB123J J 12k 2W Metal Oxide AA ACCESSORIES (NOT REPLACEMENT ITEM)
R872 VRD-RA2BE681JJ 680 1/8W Carbon AA ÷Ą TGAN-0068PEZZ - Guarantee Card
R873 VRD-RA2BE681JJ 680 1/8W Carbon AA TiNS-5325PEZZ – Operation Manual —
R874 VRD-RA2BE681JJ 680 1/8W Carbon AA UBATU0023GEZZ - Dry Batteries,
R875 VRD-RA2BE560JJ 56 1/8W Carbon AA Size AAA (2 pcs.)
R876 VRD-RA2BE560JJ 56 1/8W Carbon AA
R877 VRD-RA2BE560JJ 56 1/8W Carbon AA
R878 VRD-RA2BE222J J 2.2k 1/8W Carbon AA
MISCELLANEOUS PARTS
CN851 QCNW-1266PEZZ R Connecting Wire AF
CN852 QCNW-1595PEZZ R Connecting Wire AG
P851 QPLGN0461CEZZ J Plug 4-pin, (H) AB
P852 QPLGN0561CEZZ J Plug 5-pin, (K) AB
▲ SC85 1 QSOCV0913CEZZ J CRT Socket AK
------ End of CRT SOCKET UNIT ------
MISCELLANEOUS PARTS
ACC701 QACCL3002PEZZ R AC Cord AQ
CN301 QCNW-1621PEZZ R Connecting Wire, (S) AG
SP1 VSP0080P-H28A R Speaker, 8 cm, 8Ω ΑN
SP2 VSP0080P-H28A R Speaker, 8 cm, 8Ω ΑN
LHLDW0001PEK0 R AC Cord Holder AD
----- End of SUPPLIED ACCESSORIES ------
PACKING PARTS (NOT REPLACEMENT ITEM)
SPAKC5865PEZZ - Packing Case
SPAKP0055PEZZ - Polystyrene Mat
SPAKX0373PEZZ - Packing Material
TLABK0002PEZZ - Number Card
TLABV0156PEZZ Bar Code Label

------ End of MISCELLANEOUS PARTS ------

------ End of PACKING PARTS ------

Page 25

CABINET PARTS
1 CCABA2172WEV6 R Cabinet Ass'y, Front BE
1-1 Not available - Cabinet, Front
1-2 GMADT0133PESA R Window Cover AN
1-3 JBTN-0102PESA R Button, Power AD
1-4 JBTN-0103PESA R Buttons, AE
Up/Down Controls
1-5 MSPRC0015PEFW R Spring, Power Button AC
1-6 HBDGB3108CESA J Badge, "SHARP" AG
2 CCABB2186WEV0 R Cabinet Ass'y, Rear BB

------ End of CABINET PARTS ------

Page 26

SHARP

T9514-S Printed in Japan

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