Kortek Monitor

COLOR RASTER DISPLAY MOI{ITORINSIRUCTIOI{ M

*sEroot l t t t l , t CORPORATTOI'

TABLE OF CONTENTS

TABLE OF CONTENTS.

SAFETYPRECAUTTONS. . . . . . 3

X -RAYRADIAT IONPRECAUTIONS . . . . 3

PERFORMANCEANDOPERATING DATA. . . . . . . 4

C IRCUITDIAGRAM . . . . . 5

SERVTCE |NSTRUCT|ONS. . . . . . . . 6

CIRCUIT ADJUSTMENTS. . .

CONVE R GEN CE ADJUSTME NTS.

P.C. BOARD LAYOUT

PARTS LIST

8

11

13

-2 -

/-

1. SAFETY PRECAUTIONS

WARNING: Service should not be attempted by anyone unfamitiar with thenecessry precautions on this monitor.

The followings are the necessary precautions to be observed before servicing.

1) An isolation transformer must be used between the ACplug of the monitor before servicing or testing is performedthe heat sink are direct ly connected to one side of the AC

supply and the ACsince the chassis andl ine which involves a

shock hazard.Before servicing is performed, read allchassis.

the precautions label led on the CRT and

2l Always discharge the picture tube anode to the CRT conductive coating beforehandl ing the p ic ture tube.The picture tube is highfy evacuated and i f broken glass fragments are violentlyexpelled, use shatterproof goggles and keep picture tube away from the bare bodywh i le l rand l ing .

Potentials as high as 25|(volts are present when this receiver is operatlng. operationof the receiver outside the cabinet or with the back cover removed involves a shockhazard from the receiver.a) Servicing should not be anyone who is notthoroughly famil iar with the precau-

t ions necessary when working on high-voltage equipment.b) Afways discharge the picture tube anode to keep off the shock hazard before

removing the anode cap.c) Perfect ly discharge the high potential of the picturetube before handling. The

picture tube is highly evacuated and i f broken glass fragments are violenttyexpelled, use shatterproof goggles and keep picture tube away from the barebody whi le handl ing.

Wind the lead wires around terminals before soldering when replacing parts orcircuit boards.

When replacing a high wattage resistor (oxide metal f i lm resistor) in circuit board,keep the resistor lOmm always from circuit board.

Keep wires away from high vortage or high temperature components.

2. X.RAY RADIATION PRECAUTIONS

1) Excessive high voltage can produce potential ly hazardous X-RAy RADIATIoN.To avoid such hazards, the high voltage must not be above the specif ied limit.The nominal value of the high voltage of this receiver is ZSKvat zero beam current(minimum brightnes) under a 120V AC power source.The high voltage must not, under any circumstances, exceed 30Kv. Each time areceiver requires servicing,the high voltage should be checked following the HIGHVOLTAGE CHECK procedure on page p ( i l ) of this manual. l t is recommendedthe reading of the high roltage be recorded as a part of the service record.It is important to use an aocurate and reliable high voltage meter.

3)

4l

5)

6)

-3 -

2l The only source of x-RAy RADIATION in th is receiver is the p ic ture tube. For

cont inued x-RAy RADIATION protect icn, the replacement tube must be exact ly

the same type tube as specif ied in the parts l ist '

3 . PERFORMANCE AND OPERATING DATA

Apply a suitable power source to the monitor through an isolat ion transformer'

Set UP Controls

All controls are preset at the factory, but may be adjusted to suit program material '

- SuPPIYVol tage 1 105VAC - 135VAC (Main Vol tage)

Voltage 2 22OV AC t 1 O% lDegaussing Voltage)

FrequencY 50Hz - 60Hz(Apply supply vo l tage through an iso lat ion t ransformer wi th 1 Amp. min imum

capabi l i tY. )

- 4 -

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SERVICE INSTRUCTIONS

Al l moni tors are equipped wi th automat ic degaussing coi ls which demagnet ize the p ic turetube every t ime the moni tor is turned on af ter being of f for a min imum of 5 minutes.Should any part of the chassis become magnetized i t wi l l be necessary to degauss theaf fected area wi th a manual degaussing coi l . Move the coi l s lowly around the CRT facearea and al l surrounding metal parts. Then slowly withdraw for a distance of 6 feet beforeturn ing of f .

C IRCUIT ADJUSTMENT

1) 12OV Power Supply Adjustment (Adjust RV601 )

2 l Hor izonta l Osci l la tor Adjustment (Adjust RV402)l f there is an ind icat ion of unstable hor izonta l synchronizat ion, adjust the Hor izonta lHold Contro l (RV402) to produce a s table p ic ture.

3) Width Adjustment (Adjust L401 )l f the picture of the screen is not adequately wide, adjust L4O1 to the width asrequ ired.

4 l Hor izonta l Raster Posi t ion Adjustment (Adjust RV416)l f the p ic ture is of f center hor izonta l ly some compensat ion can be made by adjust ingRV416 as requ i red .

5 ) Ver t i ca l Osc i l l a to r Ad jus tment (Ad jus t RV201)l f the p ic ture moves up or down on the screen, adjust the Ver t ica l Hold Contro l(RV201) un t i l t he re i s a s ing le p ic tu re on the sc reen .

6) Ver t ica l Height Adjustment (Adjust RV2O2lAdjust Height Contro l (RV202) to change the height of the p ic ture or pat tern.

7 l Ver t ica l Raster Posi t ion Adjustment (Adjust RV203)l f the p ic ture or pat tern is of f center ver t ica l ly some compensat ion can be made byadjustment (RV203) as requi red.

8 ) Wh i te Ba lance Ad jus tment (Ad jus t RV105 , RV108 , RV106 , RV107 , RV109 . )l f raster is not appeared whi te level as no pat tern, adjust RV105, RV106, RV107,RV 1 08, RV 1 09 to best wh i te level.

9) Focus Adjustment (Adjust Focus VR)Adjust focus contro l VR on focus pack for wel l def ined scanning l ines in the centra larea of the screen.

1 0) Br ightness Adjustment (Adjust RV 104)Adiustment of RV104 may be necessary to obta in the proper b lack level . Do not usethe screen control to set the black level.

1 1) Screen Adjustment (Adjust Screen VR on Focus Pack)This control has been set at the factory and should not need further attention. l fhowever i t is necessary when the game is appl ied, adjust Screen VR on Focus Pack.

- 6 -

RV105

R V 4 1 8

RV101

RV lO

RV103

R V 6 O 1

RV401 tRV201 tRV203

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ffiGHMEm*

RV 104 RV402 RV202

-7 -

CONVERGENCE MAGNET ASSEMBLY POSITIONING

Convergence magnet assembly and rubber wedges need mechanical posit ioning fol lowing

the f igure 3.

COLOR PURITY ADJUSTMENT

NOTE: Before attempting any purity adjustments, the monitor should be operated for at

least f i f teen minutes.

1) Demagnet ize the p ic ture tube and cabinet us ing a degaussing coi l .

2 l Turn the B R lG HTN ESS contro l to maximum.

3) Ad jus t RED and BLUE CUT con t ro ls (RV108 , RV107) to p rov ide on ly a g reen

raster . Advance the GREEN CUT contro l (RV109) is necessary.

4 l Loosen the c lamp screw hold ing the yoke, and s l ide the yoke backward to prov ide

vert ical green belt (zone) in the picture screen.

5) Remove the Rubber Wedges.

6) Rotate and spread the tabs of the purity magnet (see f igure 4) around the neck of

the picture tube unti l the green belt is in the center of the screen. At the same

time, center the raster vert ical ly.

7l Move the yoke slowly forward unti l a uniform green screen is obtained. Tighten the

clamp screw of the yoke temporar i ly .

8) check the pur i ty of the RED and BLUE raster bv adjust ing the cur contro ls '

9) Proceed with convergence adjustment.

CONVE RG ENgE ADJUSTM ENT

NOTE: Before attempting any convergence adjustments, the monitor should be operated

for at least fifteen minutes.

*CENTER CONVERGENCE ADJUSTMENT

1) Receive crosshatch pattern with a R.G.B. signal generator.

2 l Adjust the BRIGHTNESS contro l for wel l def ined pat tern.

3) Adjust two tabs of the 4-pole magnets to change the angle between them (See

f igure 4) and super impose RED and BLUE ver t ica l l ines in the center area of thepicture screen. (See f igure 5).

4) Turn both tabs at the same t ime keeping the constant angle to superimpose RED

and BLUE horizontal l ines at the center of the screen.(See f igure 5).

5) Adjust two tabs of 6-pole magnets to superimpose RED and BLUE l ine with

- 8 -

GREEN one. Adjust ing the angle af fects the ver t ica l l ines and rotat ing dotmagnets affects the horizontal l ines.

6 ) Repea t ad jus tments 3 ,4 ,5 keep ing in m ind RED, GREEN and BLUE movement ,because 4-Pole magnets and 6-Pole magnets interact and make dot movementcomplex.

C I RCUMF ERENCE CONVERG ENCE ADJUSTMENT

NOTE: This adjustment requi res Rubber Wedge Ki t

1) Loosen the c lamping screw of def lect ion yoke to a l lowthe yoke to t i l t .

2l Place a wedge as shown in f igure 3 temporari ly. (Do not remove cover paper onadhesive part of the wedge.)

3) Ti l t front of the deflect ion yoke up or down to obtain better convergence incircumference. (See f irgure 5) Push the mounted wedge into the space betweenpicture tube and the yoke to hold to yoke temporar i ly .

4l Place other wedge into bottom space and remove the cover paper to st ick.

5) Ti l t front of the yoke r ight or left to obtain better convergence in circumference.(See f igure 5) .

6) Hold the yoke posit ion and put another wedge in either upper space. Remove coverpaper and st ick the wedge on p ic ture tube to hold the yoke.

7l Detach the temporari ly mounted wedge and put i t in another upper space. Stock i ton p ic ture tube to f ix the yoke.

8) After placing three wedges, recheck overal l convergence.Tighten the screw f i rmly to hold the yoke t ight ly in p lace.

9) Stick3 adhesive tapes on wedges as shown in f igure 3.

- 9 -

D E F L E C T I O NYOKE

RUBBER WIDGE\{ ^^'4.

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v1ADHESIVE

TEMPOARY

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GLASSCLOTH

AT THE SAME(HORIZONTAL

ADJUSTMENT OF

C O N V E R G E N C EMAGNET ASSS 'Y

TAPE

CONSTANT

ROTATE TWO TABS

Frg 3

4 POLE

RURITY

F i g 4

3JB 1

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I n c l r n e t h e Y o k e u p ( o r d o w n )

RUBBER \A/EDGESLOCATION

CONVERGENCE MAGNET ASSEMBLY

ADJUST THE ANGLE

(vERTICAL LTNES)

t_t3 f mm(1 -3 /16" )

T IMELINES)MAGNETS

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I n c r n e l h e Y o k e r r g h t o r l e t t )4 . P o l e M a g n e t s M o v e m e n t

Center Convergence by

6-Pole Magnels Movement

Convergence Magnets Circumference Converence Converqence bv DEF Yake

Frg 5 Dot Movemenl Pat tern

6 .POLE MAGNETS

BLUE RED

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- 10 -

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- 11 -

P.C. BOARD LAYOUT

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-12 -

PARTS LIST

Ref. No

R 1 1 1

Rl12

R 1 1 3

R 1 1 4

R 1 1 5

R 1 1 6

R 1 1 7

R 1 1 8

R 1 1 9

R 1 2 0

R121

R122

R 1 2 3

R124

R 1 2 5

R 1 2 6

R127

R 1 2 8

R 1 3 1

R 1 3 2

R 1 3 3

R 1 3 4

R 1 3 5

R 1 3 6

R 1 3 7

R 1 3 8

R 1 3 9

R 1 4 0

R 1 4 1

R142

R 1 5 0

R182

R 1 5 2

R 1 5 3

R l 5 4

R 1 5 5

R 1 5 6

R l 5 7

R205

R206

R207

R208

R209

R 2 1 0

Part No

R ESISTORS

R004-331

R004-331

R004-331

R004-391

R004-391

R004-391

R004-391

R004-391

R004.391

ROO4-222

ROOA-222

ROO4-222

R004-331

R004-561

R004-331

R004-561

R004-471

R004-561

ROOA-221

ROO4-221

R004-561

R004-561

R004-331

R004-561

ROO2-272

ROO2-272

ROO2-272

RO30-472

RO30-472

R030-472

R004.102

ROO4-272

ROO4-272

ROO4-272

ROO4-122

ROO4-122

R004-32

R004-392

R004-183

R004-123

R004-681

R004-193

ROM-272

R004-822

Ref. No

R211

R212

R 2 1 3

R214

R 2 1 5

R 2 1 6

R217

R 2 1 8

R 2 1 9

R220

R221

R223

R301

R302

R303

R304

R305

R306

R307

R308

R309

R 3 1 0

R 3 1 1

R 3 1 2

R 3 1 3

R 3 1 4

R 3 1 5

R 3 1 6

R403

R404

R405

R406

R407

R408

R409

R 4 1 0

R 4 1 1

R412

R 4 1 3

R414

R 4 1 6

R417

R 4 1 IR 4 1 I

Part No

RESISTORS

ROO4-222

R004-075

0010-531

R004-331

0010-6N2

0010-2t{7

0 0 1 0 - 0 1 0

oa10-272

0020-302

R004-331

001 0- 1 02

N 150-301

R004-102

R004-102

R004-1 04

R004-104

R004-1 02

R004-102

R004-1 01

R004-101

R004-473

R004-103

R004-103

R004- 1 03

R004-102

R004- 1 51

ROO4-471

R004-273

ROO4-47 4

R004-392

R004-303

R004-681

R004- 1 03

R004-563

ROO4-471

RO04-681

ROO4-472

R004-153

ROO4-472

R004-622

ROO2-272

ROO2-O22

0010-621RO02-822

Descr ipt ion

330 ohm 1/4 Carbon

330 ohm 1/4W Carbon

330 ohm 1l4W Carbon

390 ohm 1l4W Carbon

390 ohm 1/4W Carbon

390 ohm 1/4W Carbon

390 ohm 1/4W Carbon

390 ohm 1l4W Carbon

390 ohm 1l4W Carbon

2.2Kohm 1 l4W Carbon

2.2Kohm 1 /4W Carbon


330 ohm 1/4W Carbon

560 ohm 1/4W Carbon

330 ohm 1/4W Carbon

560 ohm 1l4W Carbon

470 ohm 1/4W Carbon

560 ohm 1/4W Carbon

220 ohm 1l4W Carbon

220 ohm 1l4W Carbon

560 ohm 1/4W Carbon

560 ohm 1/4W Carbon

330 ohm 1/4W Carbon

560 ohm 1/4W Carbon

2.7kohm 1 /2W Carbon



4.7Kohm 3W Meta l Ox ide



1 Kohm 1l4W Carbon


2.7Kohm 1l4W Carbon



1.2Kohm 1/4W Carbon

3.9Kohm 1/4W Carbon

3.9Kohm 1/4W Carbon

18Kohm 1/4W Carbon

l2Kohm 1l4W Carbon

680 ohm 1l4W Carbon

1OKohm 1l4W Carbon

2.7Kohm 1l4W Carbon

8.2Kohm 1l4W Carbon

Descr ipt ion

2.2Kohm 1/4W Carbon

75ohm 1l4W Carbon

530 ohm 1W Metal Oxide

330 ohm 1/4W Carbon

6.2 ohm 1/4W Metal Oxide

2.7 ohm 1W Metal Oxide

10 ohm 1W Meta l Ox ide

2.7Kohm 1W Metal Oxide

3 Kohm 2W Metal Oxide

330 ohm 1/4W Carbon

1 Kohm lWt4btal Oxide

300 ohm 15W Cement

1 Kohm 1/4W Carbon

1 Kohm 1l4W Carbon

1OOKohm 1/4W Carbon

1OOKohm 1l4W Carbon

1 Kohm 1/4W Carbon

1 Kohm 1/4W Carbon

100 ohm 1/5 Carbon

100 ohm 1/4W Carbon

47Kohm 1l4W Carbon

10Kohm 1/4W Carbon

10Kohm 1/4W Carbon

lOKohm 1/4W Carbon

1 Kohm 1/4W Carbon

150ohm 1l4W Carbon

470ohm 1l4W Carbon

27Kohm 1/4W Carbon

470Kohm 1/4W Carbon

3.9Kohm 1/4W Carbon

30Kohm 1/4W Carbon

680ohm 1/4W Carbon

10Kohm 1/4W Carbon

56Kohm 1/4W Carbon

470ohm 1/4W Carbon

680Kohm 1l4W Carbon4.7Kohm 1l4W Carbon

lSKohm 1/4W Carbon

4.7Kohm 1/4W Carbon

6.2Kohm 1l4W Carbon

2.7Kohm 1/2W Carbon

22ohm 1l2W Carbon

620ohm 1W Metal Oxide8.2Kohm 1/2W Carbon

-13 -

PARTS LIST

Ref. No Part No Ref . No Part No

c l33 C050-331

c152 C050-821

CAPACI TO RS

c201 r A25-225

c202 M050-472

c203 C050-561

c204 C050-681

c205 c050-151

c206 M050-333

c207 E050-105

c20B E050-106

c209 EO16-227

c210 E160-106

c211 M500-472

c212 E 160-106

c213 E',l 60- 1 07

c301 M050-223

c302 M050-104

c303 E050-105

c304 M050-333

c305 c050-921

c401 E050-105

c402 E050-105

c403 M050-153

c404 M050-473

c405 M050-562

c406 M050-682

c407 E016-336

c40B M050-562

c409 E050-106

c410 c500-561

c411 X162-332

c412 X162-332

c413 Xl62-152

c414 X400-474

c41 5 c500-222

c501 x200-563

c502 E250-106

c503 E050-336

c504 E 100-335

c505 EO25-477

c506 c050-103

c507 Eo16-471

c508 C050-103

c509 8025-477

e ,501 e 125- ' , !03

Descr ipt ion

330pF 50V Ceramic

820pF 50V Ceramic

2 .2pF 25V Tanta l

0.0047pF 50V Mylar

560pF 50V Ceramic

680pF 50V Ceramic

150pF 50V Ceramic

0.033pF 50V Mylar

1pF 50V E lec t ro ly t i c

1OpF 50V E lec t ro ly t i c

22OpF 50V E lectrolyt ic


O.OO471tF 500V Ceramic


100prF 1 60V Electrolyt ic

O.O221rF 50V Mylar

0 .1p tF 50V My lar


0 .0339F 50V My lar

820pF 50V Ceramic


lpF 50V E lec t ro ly t i c

0 . 0 1 S p F 5 0 V M y l a r

A.O47pF 50V My lar

0 .0056pF 50V My lar (T lN)

0.0068pF 50V Mylar


0 .0056pF 50V My lar

1OpF 50V E lec t ro lY t ic

560pF 500V Ceramic

0.0032ptF 1600V PP

0.0032pF 1600V PP

0.0015pF 1600V PP

O.47 pF 200V PP

O.OO22pF 500V Ceramic

0.056pF 200V PP


33pF 50V Electrolyt ic

3 .3pF 1 00V E lec t ro ly t i c

47O1tF 25V Electrolyt ic

0 .01pF 50V Ceramic

47O1tF 1 6V Electrolytic

0 .01pF 50V Ceramic

a70pF 25V Electrolvt ic

0.01 prF AC' l 25V Ceramic

R501

R502

R503

R504

R505

R506

R507

R508

R 5 1 0

R 5 1 8

R601

R602

R603

R604

R605

R606

R607

R608

R609

R 6 1 0

R 6 1 1

R 6 1 2

R 6 1 3

R 6 1 4

R V 1 0 1

R V 1 0 2

R V 1 0 3

R V l 0 4

R V 1 0 5

R V 1 0 6

R V 1 0 7

R V l O B

R V 1 0 9

R V 2 O 1

RV202

RV203

RV4O1

RV4O2

R V 4 1 5

RV420

RV601

c l 3 1

c l 3 2

Descr ip t ion

R E S I S T O R S

0010-393 39Kohm 1W Meta l Ox ide

0010-3Ng 3 .9ohm 1W Meta l Ox ide

0010-104 1OOKohm 1W Meta l Ox ide

R004-102 1 Kohm 1 l4W Carbon

0010-010 10ohm 1W Meta l Ox ide

0010- ' !01 100ohm 1W Meta l Ox ide

0010-271 270ohm 1W Meta l Ox ide

0020-2N2 2.2ohm 2W Metal Oxide

R002-334 330Kohm 1lzW Carbon

OOIO-472 4.7Kohm lW Metal Oxide

N050-N47 0.47ohm 5W Cement

0010-331 330ohm 1W Fuse Meta l Ox ide

0010-6B0 68ohm 1W Fuse Metal Oxide

R004-105 l Mohm 1l4W Carbon

0010-101 100ohm 1 l W Carbon

R004-153 lSKohm 1l4W Carbon

0010-392 3.9Kohm 1/4W Carbon

0010-684 68Kohm 1/4W Carbon

0O10-684 68Kohm 1l4W Carbon

N050-010 ' lOohm 5W Cement

0030-752 7.5Kohm 3W Metal Oxide

R004-392 3.9Kohm 1/4W Carbon

RO04-683 68Kohm 1l4W Carbon

R004-683 68Kohm 1l4W Carbon

SEM I .F IX ED R ESISTO R

F92R-5O2 Skohm B (Red)

F92G-502 5Kohm B (Green)

F92B_SO2 5Kohm B (Btue)

F 1 7 W - 5 0 2 5 K o h m B

F 1 7 8 - 2 0 1 2 0 0 o h m B ( B l u e )

F17R-2O1 200ohm B (Red)

F 1 7 8 - 5 0 2 S K o h m B ( B l u e )

F 1 7 R - 5 0 2 5 K o h m B ( R e d )

F 1 7 G - 5 0 2 S K o h m B ( G r e e n )

F 1 7 W - 5 0 2 5 K o h m B

F17W-201 200ohm B

F 17W-502 SKohm B

F17W-502 5Kohm B

F 17W-502 SKohm B

F92W-502 SKohm B

F17-5O2 SKohm B

F92W-2O2 2Kohm B

CAPACITORS

C050-331 330PF 50V Ceramic

C050-331 330PF 50V Ceramic

- 1 4 -

PARTS L IST

Ref. No Part No

CAPACI TO RS

c602 E200-567

c603 c500-472

c604 c500-472

c605 c500-222

c 6 0 6 E 0 1 6 - 1 0 7

c607 C500-472

c608 Co50-271

c609 cl60-336

c 6 1 0 E 1 0 0 - 1 0 7

c611 E050-476

SEM ICON D UCTO RS

Descr ipt ion

560prF 200V Electrolyt ic0.0047pF 500V Ceramic

0.0047pF 500V Ceramic

O.OO22pF 500V Ceramic

1 00prF 1 6V Electrolytic

0.0047pF 500V Ceramic

27OpF 50V Ceramic

33trF 1 60V Electrolyt ic

1 00prF 1 60V Electrolyt ic

471tF 50V Electrolyt ic

2SC1815Y Trans is to r





2SC1815Y Trans is to r2N6558 Transistor

2N6558 Transistor

2N6558 Transistor



2SC1 138 Trans is to r

2SC1 138 Trans is to r

2SC1815Y Trsns is to r



2N6558 Transistor2SD1399 Transistor

2N6558 Transistor

2SC-2555 Transistor2N6520 Transistor

25C2482 Transistor

25C2482 Transistor

1 N 4 1 4 8 D i o d e

1N4148 D iode

05212/Zener DiodeOSZ12& Zener Diode1 N 4 1 4 8 D i o d e

1 N 4 1 4 8 D i o d e

1 N 4 1 4 8 D i o d e

1 N 4 1 4 8 D i o d e

1N4148 D iode

1N4148 D iode

0101 S2N-8150102 s2N-8150103 s2N-8150104 S2N-8150105 s2N-815Q106 S2N-8150107 s2N-5580108 s2N-5580109 s2N-5580151 52N-8150152 S2N-8150201 S2N-1380'202 S2N-1380301 s2N-8150302 S2N-8150303 S2N-8150401 s2N-558c.402 S2N-3990403 S2N-5580601 s2N-5550602 S2N-5200603 s2N-4820604 s2N-482

D l 5 0 D 1 $ 1 4 8

D 1 5 1 D 1 $ 1 4 8

D 1 5 2 D | Z - O 1 2

D201 D1Z-O12

D202 D19148

D 2 0 3 D 1 S 1 4 8

D 3 0 1 D 1 $ 1 4 8

D 3 0 2 D l $ 1 4 8

D303 D19148

D304 D19148

SEM I CON DUCTO RS

Ref . No Par t No Descr ip t ion

D401 D1Z-012 OSZ12y Zener D iodeD4A2 D1Z-O12 OSZI2y Zener DiodeD403 D1R-002 1N4002 D iodeD4O4 Dl F-S81 1SS81 DiodeD405 D lF-SBl 1SS81 D iodeD406 DI F-S81 lSS8t DiodeD4O7 D1F-S81 1SS81 D iode

SEM I CON DUCTO RSD 5 0 1 D 1 F - 1 0 5 F R l 0 5 D i o d eD 5 0 2 D 1 F l 0 5 F R l 0 S D i o d eD 5 0 3 D 1 F - l 0 5 F R 1 0 5 D i o d eD 5 0 4 D 1 S - 1 4 8 l N 4 1 4 B D i o d eD 5 0 5 D 1 Z - 1 2 0 l 2 Z Z e n e r D i o d eD601 D1R-402 BD4B41 D iodeD 6 0 2 D l F - l 0 5 F R l 0 5 D i o d eD603 D1R-402 1SS81 DiodeD604 D1Z-012 OSZ|2y Zener D iodeD605 DI R-002 tN4002 DiodeD606 D1Z-O12 OSZOTY Zener Diode

D607 D1Z-12O 122 Zener D iode1 c 4 0 1 l H l - s 3 s H A l 1 2 3 5 t C

T R A N S F O R M E R S & C O I L ST401 T510-002 Transformer Hor iz Dr iveT4O2 T510-1 10 Fly Back TransformerL401 L510-020 Horiz-Width Coi lL4O2 L510-003 Coi l Hor iz

L403 L510-002 Coi l Hor iz Posi t ionL601 L510-100 Co i l L ine F i t te r

M ISCE L LAN EOUS

U29O-O12 CRT SocketF601 U250-004 Fuse 3Amp 2b0VF6O2 U250-002 Fuse 2Amp 2b0VF603 U125-001 Fuse 1.2Amp 12SVPR601 PR07-002 Posistor

C O L O R P I C T U R E T U B EP101 PT01-201 CRT & DY

- 15 -

EXCHANGE PARTS OF 10" MONITOR

Ref. No

R422

R421

R 1 5 7

R41 1

R 1 6 1

R205

R21 5

R140

R 1 4 1

R142

c 1 3 1

c132

c 1 3 3

cl52

c51 0

c502

c414

c412

c41 3

c41 1

T402

1401

L402

Part. No

R004472

R004-471

R004472

R004-103

R004-333

R004-003

R001 0-01 0

R0030-752

R0030-752

R0030-752

c050-221

c050-221

c050-221

c050-1 01

c202-122

E31 5-1 05

x162-154

x162-152

x162-102

x162-332

T51 0-1 1 0

151 0-020

151 0-003

Descript ion

4.7K ohm 1/4W Carbon

470 ohm 1/4W Carbon

4.7 ohm 1/4W Carbon

10K ohm 1/4W Carbon

33K ohm 1/ 4W Carbon

10K ohm 1 /4W Carbon

10 ohm 1W Metal Oxide

7.5K ohm 3W Metal Oxide



220P 50V Ceramic

220P 50V Ceramic

220P 50V Ceramic

100P 50V Ceramic

0.001 2ttF 2000V

10 p rF 315V

154 1600V

152 1600V

102 1600v

332 1600V

Fcc 091SAC

764 UH

4OO UH

Remarks

Resistors

Resistors

Resistors

Resistors

Resistors

Resistors

Metal Oxide

Meta l ox ide

Meta l Ox ide

Metal Oxide

Ceramic Capac i to r





Electrolyt ic

Meta l Capac i to r

Meta l Capac i to r

Metal Capaci tor

Meta l Capac i to r

F B T

Width Co i l

L inear i ty Co i l

\ /

-16 -

- @- f f E - - -trttn ! -tl

$'EI'OO COFIPORA7'/oiITGURO P. O. BOX 82, SEOUL KOREAPHONE: (O2) 686-9036 (Rep)TELEX: K33454 KORTEKF A X: (O2\ 684-8177

Documents

Kortek Monitor