Sanyo CZP2135V User manual

—

Service Manual Colour Television

1-A=T’11 /

Specifications

Power source . . . . . . . . . AC 230V(AC160V-290V),50HZ

Power Consumption. ....72 Watts

Television System. . . System-B/G

Colour Reception System .. PAL

Channel Coverage . . . . . . VHF:l-11

UHF:21-69

Video iF . . . . . . . . ..38.9MHz

Sound lF . . . . . . . . ..33.4MHz

Aerial Input Impedance . . 75Q

Picture Tube . . . . . . . . 52.5cm Diagonal ,90 Degree.

Semiconductors . . . . . . .32 Transistor, 6ICs

Audio Output . . . . . .3.0 Watts

Dimensions . . . .516( Width) x475( Height) x495( Depth)mm

Weight . . . . . . . . . .21.4kg

*Specifications subject to change without notice.

W% CZP2135V-20

(NEWZEALAND)

Model No. cZP2135V

OR IGINAl_VERSl ON

Chassis Series A2-B21

Give complete “SERVICE REF. NO.”

~OTE 1

This T.V. receiver will not work

properly in aforeign countries

where the television transmission

system and power source differ

from the design specif icat ions.

Refer to the specifications for

the design specifications.

D8RJ REFERENCE NO.WM-520054

INSTALLATION

MAIN UNIT

AND SERVICE ADJUSTMENT B1 POWER SUPPLY ADJ.

VIDEO DET. ADJ.

Fm SEARCH

FUNCTION (+) (-) (+) (-) W3DE SAND (+) (-) MEMO TviVIDEO

301

~n;

WC PRE-AMP. SW Sw Sw SW331 SW332

321 323 324

SW301 14 Till

.6 0,., I-t I‘w e——’z—z•1

HEAD-

PHONE

JACK

LQw-

-=1-~ “’’’RTERYr-

SCREEN

UPPER)

pocus

UNDER

mKSV~ Q431

\r 9

uTPG

H-DRIVE :

HORIZONTAL

CENTER ADJ. FOCUS ADJ.

COLOUR ADJ.

vR602

BLUE DRIVE

vR612

REO DRIVE

vR601

8LUE OIAS

vR61 1

RED O,AS

vR621

GREEN BIAS

\M\SUB BRIGHTNESS ADJ.

)AVERTICAL CENTER ADJ.

Vertical centring can be adjusted by

connecting vertical tip to anyone of

three terminals.

GREY SCALE AND )

TRACKING ADJ.

1. Tune the receiver to mon~hmme circular pattern.

2. Set contrast and bright to maximum.

3. If picture is too wide or narrow, cut or short lead (AJl).

If lead is shorted, horiz. Width Increase.

If lead is cutted, horiz. Width Decrease.

NOTE: Horiz. width adjustment affects high voltage and sub

brightness. Therefore, recheck SUB-BRIGHTNESS and

HIGH VOLTAGE. –2–

Grey

Fig. 1

.SAFETY PRECAUTIONS

An isolation transformer should be connected in the power line between the receiverand the AC line beforeany

sewice is performed on the receiver.

INSTALLATION AND SERVICE ADJUSTMENTS

X-RADIATION PRECAUTION The primary source of X-RADIATION,in television receiver is the picture tube. The picture tube ia ~

cially constructed to limit X-RADIATION emissions. For continued X-RADIATION protection, the replacement tube must be the

same type as the original including suffix letter. Excessive high voltage mav Produce potentially hazardous X-RADIATION. To

avoid such hazards, the high voltage must be maintained within specified limit: Refer to this eewice manual, high v@tage for

specific high voltage limits. If high voltage exceeds SpeCifkd limits, take necessary corrective action. carefully fOllOWthe inet~c.

tions for +B1 volt power supply adjustment, and high voltage check to maintain the high voltage within the specified limits.

AGC AMJSTMENT

NOTE: Do not attempt this adjustment with weak signal.

,1.

Tune receiver to most clearest (or strongest) VHF station in

your area.

Set brightness and contrast controls to maximum.

Set colour control to minimum.

Set the AGC (VR101) control to mid-range.

Turn AGC control in direction which causes snow to appear,

then in the opposite direction until the snow just disappears.

SUB BRIGHTNESS AWUSTMENT

1.Connect aDC meter between “TP-H” (positive lead) and

“TP-G” (negative lead) on main unit.

2. Receive the circular pattern.

3. Set brightness to maximum and contrast to minimum,

4. Adjust sub brightness control (VR211) for 0.3V

N~E: If picture tube replace. Check Sub-brightness ad-

justment.

VERTICAL SIZE AilWSTMENT

1. Tune the receiver to mono-chrome circular pattern.

2. Adjust vertical size (VR451) control for full scan.

HORIZONTAL CENTER A~USTMENT

LB1

Tune the receiver to mono-chrome circular pattern.

Set the brightness and contrast to maximum.

Adjust Video Phase (VR411) for optimum horiz center po-

sition.

POWER SUPPLY AIXH.JSTMENT

1. Connect DC meter to “TP-B” and ground.

Set the +B1 adjustment control (VR311) to mid-range.

2. Set brightness and contrast to minimum.

iTune the receiver to an active channel and synchronize pic-

ture.

3. Adjust +B1 adjustment control for 131~1.O volt DC.

TUNING DISPLAY WIDTH AWJSTMENT

1. Tune the receiver to mono-chrome circular pattern.

2. Set the mode switch (SW331 C) to on.

Tuning bar is displayed on screen.

3. Adjust VR 750 on the V/S UNIT for optimum the tuning bar

width.

Set the mode switch to off.

VIDEO DET. AMJSTMENT

Tune receiver to colour bar pattern. (See Fig. 1)

Connect the oscillator to TP-F.

Adjust VR121 for 1.0f0.05Vp-p (Video det. waveform),

GREY SCALE AND TRACKING AWUSTMENT

Tune the receiver to mono-chrome pattern.

Set the brightness and the contrast to maximum,the colour

to normal.

Connect the service tip to KSV-2 (service condition).

Set screen control to minimum. (fully counter-clockwise).

Turn screen control to obtain just visible one coloumd line.

Adjust each bias (VR621-Green, VR601-Blue, VR611-Red)

controls alternately until adim white line produced.

Re-connect the service tlp to KSV-l (normal condition).

Adjust red (VR612) and blue (VR602) drive controls alternate

Iy to produce normal black and white picture.

Check for proper grey scale tracking at all brightness Iewk.

NOTE If grey scale adjustment IS made after picture tube

replacement, check high voltage and subbrightnees

adjustments.

COLOUR A~USTMENT (PAL)

Receive colour bar pattern. (See Fig. 1)

Set’s controls: brightness .......maximum

colour ........... maximum

contrast .........mid-range

\ADJUST IREMARKS

Connect the oscilloscope to TP6B on CRT unit.

Adjust VR251, T281 to obtain each lH

1VR251 ,T281

—

2T211

waveform (amplitude) for same as shown

below. &ll-1+-lH+

~... ““n

uB-Y WAVE;ORM

Figure 2

Adjust T211 to obtain proper waveform a:

shown in Figure 2.

FOCUS ACAJUSTMENT

Adjust focus control on the right side of the chassis for well

scanning lines.

HIGH VOLTAGE CHECK

1.Tune the receiver to the circular pattern.

2. Set brightness and contrast to maximum.

3. Connect ahigh voltage probe to anode lead at picture tube.

4. High voltage must measure between 26- 28KV.

NOTE: If picture tube replace, check high voltage.

–3–

PURITY AND CONVERGENCE AMJSTMENT

WTION; Convergence and Purity have been facto~ aligned. Do not attempt to tamper with these alignments. Howevar, the ef-

fects of adjacent raceiver components, or replacement of picture tuba or deflection yoke may requira the need to readjust purfty

and convergence. If adjustment is required, the adjustments should be made in the following sequence.

PURITY ADJUSTMENTS

Use acolour (Red, Green and Blue) pattern signal.

Receiver should be operated for at least ten minuter,

Place the picture tube face east or west and demagnetize the

picture tube and receiver using an external degaussing coil,

Turn off Red and Blue rasters and provide only Green raster

on CRT screen.

Loosen the screw holding the Deflection yoke and remove

the 3D.Y. wedges, and slide the Defection yoke fully

frontward.

Rotate the two purity magnet tabs (widen or narrow the mutu-

al angle made by the two tabs) to centre avertical green

stripe.

(If the vertical green stripe doesn’t obtain. In case, slide the

deflection yoke backward).

N(Yf_E: Do not move the vertical centre position by adjusting

purii magnet.

Slowly slide the Deflection yoke backward (or frontward) until

auniform green raster is obtained.

r?mE

If some part of screen is contaminated with other colors (in

most cases it will appear of corner of screen), put the Purity

correction magnet chip on back of that corner near the

deflection yoke.

See Figure-A to position the Purity correction magnet chip.

Slide and rotate the Purity correction magnet chip until pure

green screen is obtained.

Use necessary chips un~l uniform green is obtained overall

the screen.

Use the tape (or adhesive) to fix the magnet on the picture

tube.

Check the purity of the red and blue rasters for uniformity.

(Turn up red raster and turn off green and blue rasters.

Turn up blue raster and turn off green and red rasters).

Readjust the Deflection yoke position if necessary until all

rasters are pure.

If part of the screen at each direction (east. west, north or

south) is colored, demagnetize the receiver and the picture

tube and adjust the Deflection yoke position slightly front -

ward or backward.

8. Tighten the mounting screw of the Deflection yoke and

mount D.Y.wedges.

CONVERGENCE ADJUSTMENTS

Before any convergence adjustments are made, purity must be

adjusted properly. Connect cross-hatch generator to aerial

socket.

Loosen Iockmg nng provided on purity& convergence magnet.

Notice: When adlustthe convergence magnets, do not move

puritymagnets.

DY WEDGE

(CONVERGENCE)

FOUR-POLE \g

MAGNET TABS ,

DEFLECTION YOKE

MOUNTING SCREW 45,1

PuRITY MAGNET

TABS

Purity White mark

Correct magnet chip (north pole, Part No. 610076 599)

(

PURITY

MAGNET

LOCKING

RING

(SOME MODELS)

PURITY AND CONVERGENCE MAGNETS

–4–

CENTRE CONVERGENCE

—3.

Turn off green raster and provide blue and red raster on CRT

To s~perlmpose the red/blu? vert.imes. spread (ornarrow)

the angle of magne: tab 1 berwee~ tab.2 See Fig-l.

To superimpose the red/blue nori~ Ilnes,rotatethe magnet

tabs 1 and 2 together (Keep!ng the angle of magnet tatx 1

and 2).See FKJ-1.

Turn up green raster

To superimpose the green arm magema (blue/red)ver?.Imes.

spread (ornarrow) the angle of magnet tab 3 between tab 4

See Fig-2.

To superimpose the green and magenta (biue/ret!)nonz

hnes, rotate the magnet tabs 3 and 4together [keepng the

angle of magnet tabs 3and 4) See Fig-2

Now formmg white cross-hatch pattern at centre of screen.

Fasten Iockmg ring,

OUTER AREA CONVERGENCE

If mis-convergence on the outer area exits, as follow adjustment.

GREEN

BLUE= // RED

7’r

.,.f

,. I

;:”

—.~ \

--_r,---

f;“?

.. ...

-....,

1’

~ I+RED

~Spread Ior narrow) tabs angle to

superimpose b!ue and red vertlcai

Itne

Rotate tabs together to

superimpose red and blue

horizontal hne.

Constanl .

‘/

$(2

/)/ Rotate

Spread

(or narrow)

[$2

Figure 1-BLUE AND RED LINE MOVEMENT

a+’

“uE’REDlii8

-—------—---------

.+.

Spread (or narrow) tabs angle to

superimpose red/blue and green

vertical Ilne.

Rotate tabs together to

superimpose redlblue and

green horizontal Ime,

C=t

:3;4

Rotate

Spread (or narrow)

Figure 2- BLUE/RED AND GREEN LINE MOVEMENT

Deflection

t?: Yoke

K1 o

t::

Swing the Deflection Yoke the ~direction, Red/Blue lines on the screen move thee direction.

Swing the Deflection Yoke the ~direction, Red/Blue lines on the screen move the@ direction.

BLUE

/GREEN

// RED

.. iq{“

-----:- -- -

BLUE -+-T 4-RED

GREEN- I-GREEN

RED- ?I‘BLUE

-; :. -

.::,L:.

I?4 :

Swing the Deflection Yoke the +direction, Red/Blue lines on

Swing the Deflection Yoke the edirection, Red/Blue lineson

To fasten the Defection Yoke, Insert and fix the D.Y.spacer.

–5–

the screen move the ~direction.

the screen move the @direction.

ADJUSTMENT INSTRUCTIONS

VIF Adjustment

Item First waveform Sound Tmp Adj. Overall waveform

,Dc 15.5V TP-I TP-I TP-I

jDC4-6V TP-C TP-C TP-C

jOutput probe ICI01-pin15 (TP-L) ICI 01 -pin 15 (TP-L) Tuner-TP (TP-A)

;Input probe TP-N TP-N TP-k

jDC lZV (Tuning) TP-K TP-K TP-K

poutput probe aside aside bside

:Damping resistor 100$2

——TP-D

51000

>Channel band VHF-Low VHF-Low VHF~ ~

ADJUSTMENTS Adjust T121 for Adjust T122 for Aijust T101 and Tuner converter (ltT)

maximum 36.9MH2 minimum 33.4MH2 for below overall waveform.

WAVEFORMS ~“”’””z J334MH~ ~$;:,,.

sKs A

Overall Waveform Ad].

SWEEP MARKER Output probe

GENERATOR

j=j

Input probe

OSCILLO

sCOPE

MAjN UNjT FUNCTION (+) (-)

PROG

(+) (-) WODE

nn n 1

R/C PRE-AMP. Sw Sw Sw SW331

321 323 324

VR451AV-SIZE

~ T’fjlVR251

BALANCE

KSV-1

IC451

V-OUT IL ❑

TP-B 1

KSV-2 O

V-CENTER

KVC-1 KVC-2

VR411 00

KVC-2 Q432

lbTER H-OUT

Q431 -.’

H-DRIVE #

–6-

AIT Adjustment

Item

zDc 15.5V TP-I

QDC 4-6V

bTP-c

woutput probe ICI 01-pin 15 (TP-L)

:Input probe lCIO1-pin 17 (TPJ)

ADJUSTMENT Adjust T131 for 38.9 MHz marker is

just on reference line.

WAVEFORM

38.9MHz

—

MAIN UNIT PROC

FUNCTIGN (+) (–) (+) (–) r’mc

n n

WC PRE-AMP. Sw Sw Sw SW331

321 323 324

SWEEP MARKER

GENERATOR Output probe

17=$

OSCILLO Input probe

‘CWE ~

VIDEO

AMP.

Q121

&# ’2’

❑

TP-F

IC351

12V REG.

IC171 KJ

❑

AUDIO AM--I

IDC 15.5V1

I t

W-A

SUB

BRIGHTNESS

W-K m

VR211

iW.ANcE

KSV-1

VR451

_A V-SIZE

IC451

V-OUT IL ❑

TP-B

KSV-2O

V-CENTER

KVC-1 KVC-3

VR411 00

KVC-2 Q432

&NTER H-OU

Q431

H-DRIVE

-7–

CABINET PARTS LIST

Note: Parts order must contain Service Ref.No., Key No.,Part No. and Description.

4321

—.

Key Part Key Part

No. No. Description No. No. Description

1. 610 206 6197 Power Button 6. 610 207 6943 Back Cover

610 082 4409 Spring (Power Button) 610 212 2435 Rating Sheet

2. 610 206 6180 Panel Decoration 610 212 2831 Back Cover Dec. 5haat-A

3. 610 212 2299 Door 610 212 2848 Back Cover Dec. Sheet-B

4. 610 206 6166 Speaker Grille 7. 610 212 3395 Remote Control Transmitter’’JXDZ”

5. 610 212 2206 Escutcheon Ass’y

610 207 2198 Sash

610 212 2480 Control Indicator Sheat 610 011 5736 Aerial Matching Box

610 104 2505 Push Latch or 610 211 9299 Aerial Matcuing Box

—-

–8–

REPAIR PARTS LIST

PRODUCT SAFETY NOTICE

PRODUCT SAFETY SHOULD BE CONSIDERED WHEN A COMPONENT REPLACEMENT 1SMADE INANY AREA OF A REcEiVER COMPONENTS

INDICATED BY AMARK ~IN THIS PARTS LIST AND THE CIRCUIT DIAGRAM SHOW COMPONENTS WHOSE VALUE HAVE SPECIAL SIG-

NIFICANCE TO PRODUCT SAFETY IT IS PARTICUURLY RECOMMENDED THAT ONLY PARTS SPECIFIED ON THE FOLLOWING PARTS LISTBE

USED FOR COMPONENTS REPLACEMENT POINTED OUT BY THE MARK

NOTE: F%rtorder must contein Service Ref. No., Ref. No., pert No. and Description

Ref. Part

No. No. Description

610 2139594 (HAIN UNIT-D8RJ)fUE2000XXA)

TRANSISTORS

9101 4050133305 TR 2SC2216(SAN)

Q121 4050117404 TR 2SC1740-R

OR 405011 7305 TR 2SC1740-Q

OR 4050118609 TR 2SC1740S-S

OR 4050118500 TR 2SC1740S-R

OR 4050118401 TR 2SC1740S-Q

OR 4050117503 TR 2SC1740-S

OR 4050122309 TR 2SC1815-Y

OR 4050122002 TR 2SC1815-GR

OR 4050122101 TR 2SC1815-O

OR 4050192708 TR 2SC536-F-NP

OR 4050191909 TR 2SC536-E-NP

OR 4050193804 TR 2SC536-G-NP

OR 4050207501 TR 2SC945A-PA

OR 4050207907 TR 2SC945A-RA

OR 4050207709 TR 2SC945A-QA

Q241 4050017605 TR 2sAIo15-Y(SAN)

OR 405001 7407 TR 2SA1OI5-O(SAN)

Q31~ 4050017407 TR 2SA1015-O(SAN)

OR 4050017605 TR 2SAI015-Y(SAN)

OR 4060006804 TR 2SAIO15-GR(SAN)

OR 4050043109 TR 2SA564A-IJ(CU)

OR 4050043208 TR 2SA564A-R(CU)

OR 4050044205 TR 2SA608-E-CTV-NP

OR 4050044809 TR 2SA608-F-CTV-NP

OR 4050061103 TR 2SA933-Q

OR 4050061202 TR 2SA933-R

OR 4050061707 TR 2SA933S-Q

OR 4050061806 TR 2SA933S-R

9312 4050580208 TR 2sC3807-R-CTV-YA

Q313 4050228506 TR 2SO1710-CTV-YB

Q431 4050142505 TR 2SC2383-R(SAN)

OR 4050142406 TR 2sC2383-O(SAN)

Q432 4050226809 TR 2S01651-CTV-YB

INTEGRATEDCIRCUITS

Iclol 4090193109 IC LA7520

IC171 4090731509 lC AN5265

IC201 4090358409 IC H51308SP

IC351 4091433402 IC AN781f12-LE

OR 4090269507 IC L78tf12-RA

OR 4100002308 IC TA78H12P(LB106)

1C451 4090195608 lC LA7830

CAPACITORS

Clol 4030469905 ELECT 4.7U H 25v

CI02 4030469905 ELECT 4.7U H 25V

CI03 4030469905 ELECT 4.7U H 25V

C104 4030486308 ELECT o.47U H 50V

CI05 4030093407 CERAtflC IOOPJ 50V

C106 4030282009 CERAHIC 56P J 50v

CI07 4030305401 CERAMIC 68P J 50V

C109 4030698305 CERAMIC O.oluz 50V

Cllo 4030439106 ELECT 47U H 16v

Rof.Part

No. No. Description

Clll 4030698305 CERAMIC

C112 O.oluz 50V

4030690507 CERAMIC

CI13 1000PK 50V

4030469905 ELECT 4.7U H 25V

C114 4030698305 CERAHIC O.oluz 50V

CI15 4030690507 CERAHIC

c116

1000PK 50V

4030486308 ELECT o.47U H 50V

C117 4030698305 CERAH1C

C121

O.oluz 50V

4030281606 CERAHIC 56P J 50V

C122 4030113709 CERAHIC

C123

120PJ 50V

4030106107 CERAMIC 12P J 50V

C124 4030698305 CERAH[C O.olu z 50V

C125 4030439106 ELECT

C126

47U H 16v

4030572803 POLYESTER O.lU K 50V

C127 4030439106 ELECT

C130

47U H 16V

4030333602 CERAMIC 82P J 50V

C131 4030085501 CERAMIC

C132

IOP o 50V

4030698305 CERAHIC O.oluz 50V

C133 4030690507 CERAfl1C 1000PK 50V

C136 4030620306 POLYESTER O.047U K 50V

C151 4030738308 CERAHIC

C152

4700PK 50V

4030738308 CERAHIC 4700PK 50V

C153 4030698305 CERAHIC 040{ j :fi

C154 4030469905 ELECT

C155 4030570403 POLYESTER O.OIU K 50V

OR 4030571004 POLYESTER O.OIU K 50V

C156 4030418804 ELECT

C157

IOU H 16v

4030499803 ELECT

C171

2.2U M 50V

4030424805 ELECT 1000UH 16v

c172 4030486308 ELECT o.47U ti 50V

C173 4030606706 POLYESTER 3300PK 50V

OR 4030606102 POLYESTER 3300PK 50V

C174 4030418804 ELECT

C175

10U !! 16V

4030469905 ELECT 4.7U H 25V

C176 4030418804 ELECT

C177

IOU H 16V

4030677805 tlT-COHPO O.47U J 50V

c178 4030475005 ELECT 470U H 25V

C201 4030857405 NP-ELECT IOU H 25V

C202 4030260809 CERAMIC

C203

47P J 50V

4030698305 CERAHIC O.olu z 50V

C211 4030418804 ELECT 10U H 16V

C212 4030698305 CERAMIC O.olu z 50V

C213 4030113808 CERAHIC 120PJ 50V

C214 4030486308 ELECT o.47U H 50V

C221 4030422405 ELECT

C222

IOOUH 16V

4030572803 POLYESTER

C231

O.IU K 50V

4030494204 ELECT 10U M 50V

C232 4030490008 ELECT

c233

lU M 50V

4030418804 ELECT

C251

10U H 16v

4030261103 CERAHIC

C252

47P J 50V

4030261103 CERAHIC

C253

47P J 50V

4030698305 CERAMIC O.oluz 50V

C255 4030698305 CERAHIC O.oluz 50V

C261 4030698305 CERAHIC

C262

O.olu z 50V

4030862607 NP-ELECT

C263 lU M 50V

4030698305 CERAHIC O.oluz 50V

C264 4030698305 CERAHIC O.oluz 50V

C265 4030486308 ELECT

C271

0.47U n 50V

4030590500 POLYESTER O.018u K 50V

OR 4030589900 POLYESTER O.018u K 50V

C281 4030698305 CERAH1C

C282

O.oluz 50V

4030131901 CERAHIC

C283

150PJ 50V

4030698305 CERAMIC O.oluz 50V

—9–

Ref. Part

No. No. Daacription

C284 4030698305 CERAHIC O.olu z 50V

C285 4030177701 CERAtlIC

C291 22P J 50v

4030732900 CERAtllC 390P K 50V

C293 4030732900 CERAHIC 390P K 50V

C295 4030732900 CERAtl[C 390P K 50V

C303 4030767100 CERAtf[C 1000PH IK

C304 4030767100 CERAtfIC 1000PH lK

C305 4030767100 CERAH1C

C306 ]OOOPH IK

4030767100 CERAMIC 1000PH lK

C307 4040381600 ELECT 100UM 400V

OR 4040356004 ELECT IOOUT 400V

C311 4030584608 POLYESTER O.15U J 50V

C314 4030614008 POLYESTER O.039U K 50V

C315 4030576801 POLYESTER O.012U J 50V

C316 4031658407 CERAtllC 680P K 2K

OR 4030779103 CERAH[C

~C332

680P K 2K

4040082606 CERAtl1C 1000PM 400V

C333 4040083108 CERAfllC

AC334 470P M 400V

4040082606 CERAMIC 1000PM 400V

C352 4030475005 ELECT 470U H 25V

C354 4030541502 ELECT 470U Ii 35V

C356 4030451603 ELECT 1000UH 25v

C358 4030430202 ELECT 220U H 16V

C361 4031658803 CERAMIC 330P K 2K

OR 4030776706 CERAtiIC

C362 330P K 2K

4040039808 ELECT 220U H 160V

C364 4031678603 CERAHIC 220P K 2K

OR 4030775105 CERAtlIC 220P K 2K

C366 4030558906 ELECT

C401 22U T 250v

4030506600 ELECT 3.3U H 50V

C402 4030708400 CERAMIC 1500PK 50V

C411 4030690507 CERAtilC

C412 1000PK 50V

4030260809 CERAtl1C

C415 47P J 50V

4030424805 ELECT 1000uH 16V

C421 4030424805 ELECT 1000UH 16v

C422 4030608205 POLYESTER O.033U K 50V

OR 4030608809 POLYESTER O.033U K 50V

C423 4030865400 NP-ELECT 2.2U M 50V

C424 4030595901 POLYESTER O.022U K 50V

OR 4030596700 POLYESTER O,022U K 50V

C425 4030580303 POLYESTER 1500PJ 50V

OR 4030580907 POLYESTER 1500PJ 50V

C431 4030626902 POLYESTER O.056U K 50V

C432 4030763102 CERAH1C 3900PK 500V

C433 4030757101 CERAMIC 1000PK 500V

C434 4030540703 ELECT

C435 47U H 35V

4040325901 HT-POLYPRO 7000PJ 1.5K

OR 4040326007 HT-POLYPRO 7000PJ 1.5K

C436 4031657103 CERAHIC 470P J 3K

OR 4030785005 CERAHIC 470P J 3K

C437 4030622201 POLYESTER O.47U K 50V

C441 4030828009 POLYPRO O.2U J 200V

C442 4030827804 POLYPRO O.18u J 200v

C443 4030553802 ELECT 4.7U H 160v

C451 4030532104 ELECT 220U M 35V

C452 4030541502 ELECT

C454 470U tl 35V

4030758702 CERAMIC 1200PK 500V

C457 4030613803 POLYESTER O.039U J 50V

OR 403061 3209 POLYESTER O.039U J 50V

C458 4030578706 POLYESTER O.12U J 50V

C459 4030918908 TA-SOLIO

C460 IU K 25V

4030632101 POLYESTER O.068u K 50V

C461 4030459807 ELECT 2200UH 25V

C462 4030649802 POLYESTER O.068U K IOOV

C463 4030588200 POLYESTER 1800PK 50V

OR 4030588705 POLYESTER 1800PK 50V

C464 4030862607 NP-ELECT

C465 lU H 50V

4030349900 CERA!IIC

C466 100PK 500V

4030281705 CERAHIC 56P J 50V

C471 4030403701 ELECT

C492 220U H 10V

4030595901 POLYESTER O.022U K 50V

OR 4030596700 POLYESTER O.022U K 50V

RESISTORS

Ref. IPart

No. No. Daacription

RKTA

R101

R102

R103

RI04

R105

R106

R107

R109

R]]]

R121

R122

R123

R124

R125

R126

R127

R130

R131

R136

R137

R139

R143

R151

R152

R153

R154

R155

R156

R171

RI72

R173

R174

R176

R177

R178

R179

R183

R185

R186

R201

R202

R204

R205

R206

R211

R212

R215

R231

R232

R233

R234

R238

R241

R242

R244

R251

R252

R261

R262

R263

R271

R281

R282

R283

R291

R292

R293

R294

R295

R296

R302

R311

R312

R313

R314

401017

401024

401026

401024

401027

401025

401026

401027

401026

401025

401024

401026

401020

401024

401026

401025

401024

401026

401027

401024

401027

402002

401024

401027

401024

401012

401007

401012

401026

401027

401024

401025

401027

401026

401027

401024

401025

401015

401024

401000

401026

401018

401027

401024

401026

401025

401024

401025

401026

401027

401026

401025

401026

401025

401026

401025

402034

401015

401017

401021

0807

9305

9907

7004

5007

7409

1605

1307

1000

2105

1000

7409

7004

9600

0801

7004

7707

1604

8208

7004

9600

0607

5502

9701

2303

1601

7400

5205

7400

1106

7601

4503

4902

2600

7400

1605

7805

8602

2600

9600

0309

7707

8208

4708

7004

7509

4605

1307

9907

2800

8602

9305

7408

7804

1902

9701

0202

6609

2303

4308

1308

4308

1308

4308

1308

6308

3800

1804

4105

3009

CARBON

270 JA l/4U

1.2KJA 1/6!4

4.7K JA l/6u

lK JA l/6U

68 JA l/6U

220 JA l/6u

220 JA l/6U

1.5KJA l/6U

27K JA l/6U

2.7K JA l/6U

56 JA l/6u

2.7K JA l/6U

220 JA l/6U

IK JA l/6U

470 JA l/6u

470 JA 1/4!4’

IK JA l/6u

lK JA l/6U

IOOKJA l/6U

270K JA 1/6U

22K JA l/6U

lK JA l/6u

470 JA l/6U

270 JA l/6U

6.8K JA 1/6u

12K JA l/6u

CARBON 560 JA l/6U

FUSIBLERES 33 J- l/2U

CARBON

SOL10

CARBON

10K JA l/6U

680 JA l/6U

IOK JA l/6U

1.5 JA l/4tl

150 JA l/2U

150JA 1/2U

100 JA l/4ti

330K JA l/6U

5.6K JA l/6U

IOK JA l/6U

1.5KJA l/6N

2.2K JA l/6U

8.2K JA 1/6u

5.6K JA 1/6u

470 JA l/6u

47K JA l/6u

lOOKJA l/6U

22K JA l/6u

180KJA l/4U

lK JA l/6u

1.5KKA l/2U

33K JA l/6U

27K JA 1/6u

4.7K JA l/6U

330 JA l/4U

8.2K JA 1/6u

1.2KJA l/6u

39K JA I/6U

3.9H JA l/6U

15K JA l/6U

12K JA l/6u

1.2tiJA l/6u

390 JA l/6u

560 JA 1/6u

560 JA l/6!J

3.3K JA l/6u

150 JA l/6u

3.3K JA l/6U

150JA l/6U

3.3K JA l/6U

150JA 1/6U

MIRE UOUNO 3.9 KA Z 6U

CARBON 18K JA l/4U

CARBON 2.7K JA 1/4!4

CARBON 56K JA l/4U

CARBON 5.6K JA l/4N

–lo-

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