GE_17C103_Sams-141-6

7/21/2019 GE_17C103_Sams-141-6

http://slidepdf.com/reader/full/ge17c103sams-141-6 1/19

PHOTO F A C T * Folder

GENERAL ELE TRI MODELS 17C1O3, 17C1O4,

17C1O5,

17C1O7, 17C1O8, 17C1O9,

17T1, 17T2, 17

F I N E

T U N I N G

C H N N E L

S E L E C T O R

S W I T C H

C O N T R A S T

C O N T R O L

B R I G H T N E S S

C O N T R O L

F O C U S

C O N T R O L

V O L U M E

C O N T R O L

O N O F F S W

General Electric

Model 17C107

T R A D E N A M E General Electric

Models 17T1

2 3

17C103

4 5 7 8 9

M A N U F A C T U R E R General Electric Co. Electronics Dept.

Electronics

Park Syracuse N. Y.

T Y P E SET

Television

Receiver

T U B E S

Twenty

One

POWER SUPPLY 110-120 Volts AC-60 Cycle

TUNING

RANGE-Channels

2 Thru 13

RA TIN G 1. 5 A m p . @ 11 7 Volts AC

INDEX

Al ignm en t

In s t ruc t i on s 6 , 7 Photog raphs con t . )

Dr i ve Cord S t r i n g i n g

7

Di s as sembly In s t ruc t i on s 7

H or i zon ta l Sw eep C i r cu i t A djus tmen t s

7

Parts Lis t

and

Descr ipt ion

11

th ru

1 4

Photographs

Cabinet - R e a r View 1 4

Chassis - Top View . . . . . . . . . . . . . . .

RF Tuner . . . . . . . . . . . . . . . . . . . . . . . .

Resistor

and Inductor

Ident if icat ipn

.

Capaci tor and Alignm ent

I de n t i f i ca t ion

4 , 9

Schemat i c . . . . . . . . . . . . . . . . . . . . . . . . . .

Tube P l a c e m e n t C h a r t s

. . . . . . . . . . . . . .

Voltage

an d

Res i s t an ce Meas urem en t s

.

10

. 15 ,

16

..5

°

R1

i

7

O m

m

p

0 >

< o —

3 3

O

CJ

HOWARD W.

SAMS

CO., INC. • Indianapolis 5,

Indiana

The listing of any

available

replacement part herein does not constitute in any

case a

recommendation, w arranty

or

guaranty

by

Howard

W . Sams & Co., Inc.,

as

to the quality a nd sutability o f

such replacement

part. Th e

numbers

of

these

parts have been

compiled

from

information

furn ished to

Howard

W . Sams & Co.,

Inc., by the manufacturers of the particular type of replacement

part

listed.

Reproduction

or

use, without express permission,

of

editorial

o r

pictorial con-

tent.

In

any manner, is prohibited. No patent

liability

is assumed with

respect

to

the

use of the

information contained herein. Copyright 1951

by

Howard

W .

Sams

&

Co., Inc., Indianapolis, Indiana,

U. S . of

America. Copyright under In-

ternational Copyright Union. All rights reserved under Inter-American Copyr ight

Union 1 1 9 1 0 )

by

Howard

W .

Sams

&

Co., Inc. Printed

in U. S. of

America

D T E 8-51

S E T

4 F O L D E R 6

7/21/2019 GE_17C103_Sams-141-6


1S T

R F A M P

2 ND R F A M P

O N V R T R

® 1 1 2 A T 7

TH E COOPERATION

OF THE MANUFACTURER OF THIS

RECEIVER MAKES

IT

POSSIBLE

TO

BRING

YOU

THIS SERVICE

lt

®®®®

A

I

® ® ® ®

_JA» 4A3 7A»

IA7 A< 4

®

JAL

A PHOTOFACT

S T A N D A R D

NO T AT I O N

SCHEMATIC

© Howard W.

Sams

Co. Inc.

1951

7/21/2019 GE_17C103_Sams-141-6


I3T SOUND IF AMP

®6AU6

[«]

®6AU6

I

. 0 0

2 5 K

«

m

° K

DOTTED IN PARTS NOT USED IN

ALL MODELS. WHEN DOTTED IN

WRTS.

AR E

USED POINTS MARKED

X ARE BROKEN

7/21/2019 GE_17C103_Sams-141-6


GENER L

ELECTRIC MODELS

17C1O3 17C1O4 17C1O5

17C107 17C108 17C109 17T1 17T2

17T3

7/21/2019 GE_17C103_Sams-141-6


GENER L ELECTRIC MODELS 17C1O3 17C1O4 17C1O5

17C1O7 17C108

17C109

17T1 17T2 17T3

M IA d

SISSVHO

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CHASSIS

BOTTOM

VIEW CAPACITOR AND

ALIGNMENT

7/21/2019 GE_17C103_Sams-141-6


CHASSIS BOTTOM VIEW

CAPACITOR AND

ALIGNMENT

Ci/l

1 I Z L

6 O I 3 ZL 8 O L D Z I / OL 3ZL

G OL3Z1

S13QOW

31 113313 1VU3N39

7/21/2019 GE_17C103_Sams-141-6


RF

TUNER BOTTOM

VI W

RF

TUNER BOTTOM VI W

PAGE O

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CHASSIS BOTTOM VIEW RESISTOR AND INDUCTOR IDE

7/21/2019 GE_17C103_Sams-141-6


TOP VIEW

O

o

p

5

N

O fj

o s

BOTTOM VIEW

TUBE PLACEMENT CHART

8

o

_<

o

Ul

PAGE

7/21/2019 GE_17C103_Sams-141-6


ALIGNMENT INSTRUCTIONS

The end of the high voltage lead

should

be securely taped and kept away Irom the

chassis.

Do not remove the horizon tal oscillator

tube

to disable the

high voltage.

Connect a

short

between

pins

1 and 12 of the

picture

tube

socket

to

complete

the

f i l a m e n t string.

The toner

chasslVil insulated

f r o m the main

chassis

and is connected to the

c o m m o n negative line

n the receiver. The

metal shield

partitions

between

the tuner

switch

wafers is a convenient

point

of

connection

for the

instrument ground

leads.

Use

an iso

ation transformer

to

protect

the

test

equipment.

Connect the negative lead of a 4.5

volt

battery to the junction of H I and R76, positive to B-, and

adjust

the contrast control to read -2.7 volts on a V T V M

cSZStS ™S?fri«

the Signal generator to the

horizontal input

of the oscilloscope lor hori.ontal deflection.

Detune

A5 and A6 by turning the

cores

out of the

coils, fully counter-clockwise).

DUMMY

A N T E N N A

.01MFD.

S W E E P

G E N E R A T O R

C O U P L I N G

High

side

to pin 1 G r i d)

of

6BC5.

(V6).

Lo w

side to B-.

High

side

to pin 1 G r i d )

of

6BC5,

(V5).

Lo w

side to

B- .

High

side

to pin I (Grid)

of 6B C 5 , (V4). Lo w

side

to B-.

High

side to

junct ion

o f

L1 2 and L19 on

second

RF

switch

wa f e r . Low

side to B-.

S W E E P

G E N E R A T O R

F R E Q U E N C Y

4 SM C

10MC S W P )

M R K R

G E N E R A T O R

F R E Q U E N C Y

14.

S MC

4 5 . 7 5 M C

4 2. B MC

4 5 . 7 5 M C

44.2MC

4 1 .2 5M C

42. S MC

4 5M C

4 5 . 7 5 M C

47.25MC

C H A N N E L

A ny chan-

nel which

causes no

interfer-

ence.

C O N N E C T

S C O P E

Vert.

Amp.

to

Point<£>.

Low side

toB-X

A D J U S T

Al

A 2

A3

A 4

A S , A 6

R E M A R K S

Short

L28, (A2) .

Adjust

for

response

curve

similar to fig. 1

Remove

short

f r o m L28 and

short L26,

A 3 ) .

Adjust fo r response

curve

similar to

fig.

2.

Remove short from L28 and short L24 (A4) .

A d j u s t for response curve similar to fig. 3.

R e m o v e shortfrom

L24. Ad j u s t

for

response

curve

similar

to fig: 4.

A d j u s t for M I N I M U M marker amplitude at

the 4 7 . 2 5 M C point on

response curve.

If

necessary

retouch Al thru A4 for

response

curve

similar

to

fig.

5.

S O U N D

I F A L I G N M E N T

Connect the synchronized sweep voltage from the signal generator to the horizontal input of the

oscilloscope

for horizontal deflection.

DUMMY

A N T E N N A

.01MFD.

S W E E P

G E N E R A T O R

C O U P L I N G

High

side

to pin 1 G r i d)

of

6 A U 6 ,

(V8). Low

side

to B-.

"

S W E E P

G E N E R A T O R

F R E Q U E N C Y

4 . 5 M C

(IMC SWP)

M R K R

G E N E R A T O R

F R E Q U E N C Y

4.

SM C

C H A N N E L

A ny

chan-

nel which

causes no

nterfer-

ence.

C O N N E C T

SCOPE

Vert.

Amp. th r u

10KS2

to PoinUTO. Low

side to

B- .

Vert. Amp. to

PoinUO. Low side

to

B -.

A D J U S T

A 7 , A 8

A9, A10

R E M A R K S

A d j u s t for maximum

amplitude

and

symmetry

as per fig. 6.

A d j u s t A9 so 4.

SM C occurs

at

center

of

"S"

curve as per £ i g . 7. A d j u s t A10 for maximum

amplitude

and

straightness

of

diagonal

line.

After alignment is completed and set restored to original operation, connect an antenna and tune in a local TV station. Retouch A9 for M INIM UM inter-

carrier

buzz.

R F A L I G N M E N T

Leave the

bias battery

connected as during video IF

alignment.

A d j u s t the

contrast control

to

read

-2.7

volts

o n a VTVM connected between pin 1 of

V2 and B-.

Connect a 68S2 resistor

across

L24

plate

winding.

Disconnect

the B+

lead

to the

tuner

and solder a l O O n resistor in series wi th it.

Connect

approximately 400MFD. 350 volt electrolytic capacitor

between the tuner end of the

resistor

and B-.

DUMMY

A N T E N N A

Two 120SJ

carbon

resistors

S W E E P

G E N E R A T O R

C O U P L I N G

Across

antenna terminals

with 120f

in each lead.

S W E E P

G E N E R A T O R

F R E Q U E N C Y

213MC

15MC

SWP)

177MC

15MC SWP)

2 0 7 M C

I15MC SWP)

201MC

15MC

SWP)

195MC

15MC SWP)

189MC

U 5 M C SWP)

183MC

15MC SWP)

177

MC

15MC

SWP)

85MC

15MC SWP)

79MC

15MC

S WP )

69MC

15MC SWP)

63MC

15MC

SWP)

57MC

15MC SWP)

M R K R

G E N E R A T O R

F R E Q U E N C Y

211.25MC

215.75MC

175.25MC

179 .75MC

2 0 5 . 2 5 M C

2 0 9 . 7 5 M C

199.25MC

203.75MC

1 9 3 .2 5M C

197.75MC

187.25MC

191 .75MC

181 .25MC

185.75MC

175.25MC

179.75MC

83.25MC

8 7 . 75 M C

7 7 . 2 5 M C

81.75MC

67.25MC

71 .75MC

61.25MC

65.75MC

5 5 . 2 5 M C

59.75MC

C H A N N E L

13

7

12

11

10

9

8

7

6

5

4

3

2

C O N N E C T

S C O P E

Vert.

Amp.

to

Point<O. Low

side

t oB- .

A D J U S T

All, A12

A13,

A14

A15.A16

A17.A18

R E M A R K S

A d j u s t for

response

curve

similar

to Fig.

8.

Adjust for response

curve

similar to

fig.

8.

Repeat

step 8

Check for response

curve

similar

to Fig. 8.

If necessary

make compromise adjustments

of All, A12,

A13 and A14 for

best response

over the high band channels .

Adjust A15 to

place

83.25MC

marker

and A16

to

place

8 7 . 7 5 M C

marker

as

shown

in

Fig.

9.

If necessary retouch

A15 and A16 to

obtain

best compromise response on channels 6, 5,

and 4.

A d j u s t A17 to

place

61.85MC

marker

and A18

to

place

65.75MC

marker

as shown in Fig. 9.

Check

for response similar to

Fig. 9.

If

necessary

retouch A17 and A18 for

best com-

promise

response on

channels

2 and 3.

PI

FIG

FIG. 3

FIG.

FIG. 5

P G

7/21/2019 GE_17C103_Sams-141-6


ALIGNMENT INSTRUCTIONS CCONTJ

OSCILL TOR

LIGNMENT

Leave

the bias

battery connected

a n -i

contrast

set as

dur ing

RF

a lignment.

Th e

sweep

generator

outpu t lead should

be

te rmina te d wi th

its

characteristic impe da nc e , usually

50

o h m s .

Set the f ine tuning control to the mid-position of its range.

D U M M Y

A N T E N N A

Two 120S2

carbon

resistors

D U M M Y

A N T E N N A

.01MFD.

S W E E P

G E N E R A T O R

C O U P L I N G

A c ross a n te nna te rmina ls

with 120SJ in each

lead.

S W E E P

G E N E R A T O R

F R E Q U E N C Y

2 1 3 M C

1 5 M C

S W P )

2 0 7 M C

(15MC

S W P )

8 5 M C

1 5 M C SWP>

7 9 M C

(15MC

S W P )

6 9 M C

(15MC S W P L

6 3 M C

Q 5 M C S W P )

5 7 M C

( 15 M C SW P )

M A R K E R

G E N E R A T O R

F R E Q U E N C Y

2 1 1 . 2 5 M C

2 1 5 . 7 5 M C

2 0 5 . 2 5 M C

2 0 9 . 7 5 M C

8 3 . 2 5 M C

8 7 . 7 5 M C

7 7 . 2 5 M C

8 1 . 7 5 M C

6 7 . 2 5 M C

7 1 . 7 5 M C

6 1 . 2 5 M C

6 5 . 7 5 M C

5 5 . 2 5 M C

5 9 . 7 5 M C

C H A N N E L

13

12

6

5

4

3

2

4.

SM C

T R A P A

S W E E P

G E N E R A T O R

C O U P L I N G

High side to pin 2 (Grid)

of 12A T7, (V7) . Low

side to B-.

S W E E P

G E N E R A T O R

F R E Q U E N C Y

N ot used

M A R K E R

G E N E R A T O R

F R E Q U E N C Y

4. S M C

(4001,

M o d .)

C H A N N E L

A ny chan-

nel not

used

locally

C O N N E C T

S COPE

Vert. A m p .

th r u lOK S J

to

Point<£>.

Lo w

side to B-.

D J U S T M E N T

C O N N E C T

S COPE

Vert. A m p . t o pin 2

of p ic tu re tube .

Lo w

side to B- .

A D J U S T

L17

A 19

A 2 0

A 2 1

A 2 2

A 2 3

A D J U S T

A 24

R E M A R K S

Expa nd or compress coil turns to place the

video

marker at 50%

response

as

shown

in

Fig.

10.

C h e c k all

high band channels

to see if the

video marker can be properly placed well

within

th e

range

of the

f ine

tuning control.

If

not c ompromise a d jus tme nt of L17 may be

required.

A d j u s t to

place video marker

at 50% on

response c urve as per Fig. 1 0 .

R E M A R K S

Adjus t lor M I N I M U M 4001 indication on scop<

H I G H C H A N N E L

T R A P A D J U S T M E N T

Th e

high channel

trap,

( A2 5 ) ,

may be

used

to

elim

nate

any one of the

following high

c ha nne l in te r f e r e nc e s

on the

corresponding

lo w

c ha nne l :

Channel 8 interference on

channel

4.

Ch a nne l 1 1

n t e r f e r e n c e

on

channel 5.

Channe l 13

i n t e r f e r e n c e

on

channel

6.

Th e trap has been pre-set a t the factory to reject c ha nne l 1 1 in te r f e r e nc e on c ha nne l 5 , howe ve r i f th is c om bina t ion i s e nc ounte re d A25 ma y r e qu i r e

s l igh t a d jus tme n t .

If

no i n t e r f e r e n c e is e nc ounte re d or if rone of the above combinations exist in the area A 2 5 will no t r e qu i r e a d jus tm e nt .

FIG.

6 FIG. 7 FIG. 8 F IG. 9 F

IG. 10

HORIZONTAL SWEEP

CIRCUIT

ADJUSTMENTS

— 7

•

8

:

^

o

*

G

CONTROL FULLY COUNTER

CLOCKWISE

DISASSEMBLY INSTRUCTIONS

R e m o v e

e igh t

push -on

type control knobs.

R e m o v e

th i r te e n

wood

screws f r o m

rear

cover.

3 R e m o v e

speaker leads

4.

Disconnect built-in

antenna.

5. R e m o v e four

7/16

he x head bolts f r o m bottom of

chassis.

6 .

R e m o v e

tw o

7/16

he x

nu ts

f rom top of

p ic tu re tube gua rd .

Remove chassis.

7 . R e m o v e

four 11/32

he x

nuts

f r o m

speaker. R e m o v e

speaker .

N O T E :

- FOR

P I C T U R E T U B E

R E M O V A L IT IS

N E C E S S A RY

TO R E M O V E T H E C H A S S IS A S O U T L I N E D A B O V E .

3

1 2

TURNS

FINE TUNING

DRIVE

CORD STRINGING

P GE

7/21/2019 GE_17C103_Sams-141-6


7/21/2019 GE_17C103_Sams-141-6


PARTS

LIST AND

DESCRIPTIONS

TUBES

SYLVANIA

or Equivalent)

ITEM

No.

VI

V2

V3

V4

V5

V6

V7

V8

V9

V10

Vll

V12

V13

V14

V15

V16

v s

v

V20A

B

USE

St. RF Amplifier

2nd. RF Amplifier

Converter

1st. Video IF Amp.

2nd . Video IF Amp .

3rd. Video IF Am p.

Video

Amplifier

Sound IF Amp.

Limiter

Ratio Detector

AF

Amplifier

Audio

Output

Syne .

Amplifier

Sync. Separator

Vert.

Blanking

Vert. Mult.

Vert.

Mult.

-Vert.

Amplifier

Horiz. Phase Discr.

Horiz. AFC-Horiz.

Oscillator

Horiz. Output

Damper

HV Rectifier

HV

Rectifier

R E P LA C EM EN T DATA

General Electric

PART No.

6AB4

6BC5

12AT7

6BC5

6BC5

6BC5

12AT7

6 A U 6

6 A U 6

6AL5

6SQ7

25L6GT

6SL7GT

12SN7GT

1 2AU7

6AL5

12SN7GT

25BQ6

25W4GT

1X2A

1X2

S TANDARD

R E P LA C EM EN T

6AB4

6BC5

12AT7

6BC5

6BC5

6BC5

12AT7

6AU6

6 A U 6

6AL5

6SQ7

25L6GT

6SL5GT

12SN7GT

1 2AU7

6AL5

12SN7GT

25BQ6

25W4GT

1X2A

1X2

RM A

BASE

TYPE

5CE

7BD

9A

7BD

7BD

7B D

9A

7B K

7B K

6BT

8Q

7A C

8BD

8BD

9A

6BT

8BD

6A M

4CG

7CB

7CB

N O T E S

C A T H O D E R A Y T U B E

ITEM

No.

V21

R E P L A C E M E N T

DATA

General Electric

PART

N o.

17BP4B

S Y L V A N I A

PART

N o.

17BP4A ©

THOMA S

PART

N o.

17BP4

RTMA

BASE

T Y P E

12D

NO T E S

(§)

Outer coating must

be grounded.

CAPACITORS

Capacity

values given in the

rating

column are in mfd. for Electrolytic

and

Paper

Capacitors, and in mmfd. for

Mica

and Ceramic Capacitors.

ITEM

No.

Cl

C 2

C3

C 4A

B

C

C5

C 6A

B

C

C 7

C8

C9

C IO

C H

C1 2

C IS

C14

C I S

C 16

C17

C1 8

C19

C20

C 21

C22

C23

C 24

C25

C26

C27

C28

C29

C30

C 31

C32

C33

C 34

C35

C36

C37

C38

C39

C40

C41

C42

C43

C44

C 45

C46

C 47

C48

C49

C 50

C51

C 52

C53

C54

C55

C 56

C 57

C58

C59

C60

C61

R A T I N G

CAP .

300

125

80

20

50

100

30

10

40

10

1

150

150

1.5

800

680

800

800

3.3

800

800

800

3.3

1.5

800

12

5

800

800

800

22

5

800

.5

5000

5000

800

5000

5000

5000

6

5000

5000

5000

5000

6

5000

5000

5000

5000

5000

.05

18

100

.05

6

.1

.2

5000

5000

5000

5000

5000

5000

5000

VOLT

150

350

300

300

100

75

450

450

300

150

50

500

500

500

500

500

500

200

500

500

20 0

500

500

200

500

600

600

R E P LA C EM EN T

DATA

General Electric

PART No.

HCE-110

RCE-111

RCE-112

RCE-115

RCE-092

RCE-118

RCE-090

UCU-532

UCU-532

RCW-3035

RCW-3037

HCW-3027

RCW-3037

RCW-3037

RCW-1076

RCW-3037

HCW-3037

HCW-3037

RCW-1076

RCW-3035

RCW-3037

UCG-1006

UCG-1005

RCW-3037

RCW-3037

RCW-3037

UCG-1012

UCG-1005

RCW-3037

UCC-052

HCW-3014

RCW-3014

RCW-3037

RCW-3014

RCW-3014

RCW-3014

RCW-3014

RCW-3014

RCW-3014

RCW-3014

HCW-3014

RCW-3014

HCW-3014

RCW-3014

RCW-3014

RCC-105

UCG-1010

UCU-1528

UCC-045

UCU-002

RCN-031

UCC-050

RCW-3014

HCW-3014

HCW-3014

RCW-3014

RCW-3014

RCW-3014

RCW-3014

A E ROVOX

PART

N o.

E48A10

E48A11

AFH1-28

AF4G1020C

PRS450/30

AF82J2H

PRS150/4

1468-00015

1468-00015

BPD-0008

SI680

BPD-0008

BPD-0008

SI3 .

3 N PO

BPD-0008

BPD-0008

BPD-0008

SI3.3NPO

BPD-0008

1469-000005

BPD-0008

BPD-0008

BPD-0008

1468-000005

BPD-0008

P288-5

BPD-005

BPD-005

BPD-0008

BPD-005

BPD-005

BPD-005

1468-000005

BPD-005

BPD-005

BPD-005

BPD-005

1468-000005

BPD-005

BPD-005

BPD-005

BPD-005

BBD-005

P288-05

s u e

1468-0001

P288-05

1468-000005

P688-1

684-2

BPD-005

BPD-005

BPD-005

BPD-005

BPD-005

BPD-005

BPD-005

C E N T R A L A B

PART N o.

D6-151

D6-151

DD-801

D6-681

DD-801

DD-801

TCZ-3.3

DD-801

DD-801

DD-801

TCZ,3.3

DD-801

TCZ-12

TCZ-4.7

DD-801

DD-801

DD-801

TCZ-22

TCZ-4.7

DD-801

PD-502

3D- 502

DD-801

3D -502

3D-502

5D-502

DD-502

DD-502

DD-502

DD-502

DD-502

DD-502

DD-502

DD-502

DD-502

DF-203

D6-180

D6-101

DF-503

DF-104

DD-502

DD-502

DD-502

DD-502

DD-502

DD-502

DD-502

CORN E L L

D L J I L I E R

PART No.

UPE30015

UPE12535

UP8030

UPT307

BR3045A

UPT306

BBR1-50T

5R5Q2

5W5V5

1W5T8

GT2P5

1D5D5

LD5D5

1W5T8

1D5D5

ID5D5

1D5D5

5W5V5

1D5D5

1D5D5

1D5D5

LD5D5

5W5V5

LD5D5

1D5D5

1D5D5

1D5D5

1D5D5

PTE4S5

5R5Q2

5W5T1

PTE4S5

5W5V5

PTE6P1

GT6P2

1D5D5

1D5D5

1D5D5

1D5D5

LD5D5

1D5D5

1D5D5

E R I E

PART No.

GP2K-251

GP2K-251

N750K-1H5

801-001

GP2K-681

801-001

801-001

NPOK-3R3

801-001

801-001

801-001

NPOK-3R3

N750K-1R5

801-001

NPOK-120

NPOK-50

801-001

801-001

801-001

NPOK-220

NPOK-50

801-001

811-005

811-005

801-001

811-005

811-005

811-005

GP1K-050

811-005

811-005

811-005

811-005

GP1K-050

811-005

811-005

811-005

811-005

811-005

GPIK-180

GP1K-101

GPIK-050

811-005

811-005

811-005

811-005

811-005

811-005

811-005

S P R A G U E

PART

N o.

TV

L-

14 4

TVL-1638

TVL-1573

[TVL-2588

LTVA-1414

TVA-1711

TVL-4826

TVA-1300

1FM-315

1FM-315

5HK-D1

5GA-T68

5HK-D1

5HK-D1

5HK-D1

5HK-D1

5HK-D1

5HK-D1

5HK-D1

5HK-D1

5HK-D1

MS-42

MS-55

5HK-D1

2TM-P5

5HK-D5

5HK-D5

5HK-D1

5HK-D5

5HK-D5

5HK-D5

MS-55

5HK-D5

5HK-D5

5HK-D5

5HK-D5

MS-55

5HK-D5

5HK-D5

5HK-D5

5HK-D5

5HK-D5

2TM-S5

MS

-415

1FM-31

4TM-S5

MS-55

6TM-P1

6TM-P25

5HK-D5

5HK-D5

5HK-D5

5HK-D5

5HK-D5

5HK-D5

5HK-D5

I D E NT I F I CA T ION

CODES

A N D

I N S T A L L AT ION

NOTES

Voltage Douoler

Filter

>

Filter

Filter

Audio Output Cathode

Vert. Output Cathode

Vert.

Outpu t Decoupling

Decoupling

• Decoupling

Video Amp. Decoupling

Stabilizing Cap.

RF Coupling

RF

Coupling

Fixed Trim mer

1st. RF Amp . Cathode

1st. RF Amp. Plate

1st. HF A m p . Fil.

1st.

R F

A m p .

FU.'

RF Coupling

AGC Filter

2nd.

RF

Amp. Plate

2nd . R F A m p . Fil.

HF Coupling

Osc. Coupling

Osc.

Plate

Decoupling

Fixed Padder

Fixed

Trimmer

Conv. Plate Decoupling

Conv. Fil.

Conv. Fil.

Fixed

Trimmer

IF Coupling

RF

Bypass

AGC

Filter

1st. Video

IF Plate

1st. Video IF Screen

1st. Video

IF

Cathode

1st

Video IF Fil.

RF

Bypass

RF

Bypass

IF Coupling t

2nd. Video IF Decoupling

2nd . Video IF Cathode

2nd .

Video

IF

Fil.

RF

Bypass

IF

Coupling

t

RF Bypass

3rd. Video IF Decoupling

3rd. Video IF Fil.-

RF

Bypass

AGC

Filter

Video Coupling

Video Coupling

Fixed Trimmer

Video Amp . Cathode

Fixed

Trimmer

Video Coupling

Picture Tube Cathode

Sound

IF

Plate

Sound IF Screen

Sound IF Cathode

Sound IF Fil.

Limiter Plate

Limiter Screen

Limiter FU.

-s

N >

r-

m

s

o

_ O

N O

O

»

o

-•

- N

u

PAGE 11

7/21/2019 GE_17C103_Sams-141-6


PARTS

LIST AND

DES

P ITORS

CCONT J

I T E M

No.

C 62

C 63

C 64

C 65

C 66

C67

C 6 8

C 69

C 70

C7 1

C 72

C 73

C 74

C 75

C 76

C 77

C 78

C 79

C8 0

C8 1

C8 2

CS S

C84

C8 5

C8 6

C8 7

CS S

C8 9

C 90

C9 1

C 92

C 93

C 94

C95

C96

C 97

C 98

C99

C100

C101

C102

C103

C104

C105

C106

C107

CI0 8

C109

C110

cm

C112

CU 3

C114

CUB

c u e

C117

C118

R A T I N G

CAP.

100

5000

.001

. 0 0 2

5000

.001

5000

5000

.003

.01

.005

.1

5000

.05

.022

410

.0 1

. 0 0 1

.002

470

1000

47 0

.1

5000

.025

.1

.01

1000

130

100

.03

680

.01

.05

.0039

.05

47 0

.0018

22 0

1000

.0018

5000

8

22

.1

5000

47

220

180

.5

.1

.1

18

500

5000

.05

22

V O L T

500

60 0

300

200

60 0

60 0

1000

400

60 0

1000

500

40 0

60 0

600

500

1000

500

20 0

60 0

400

1000

1000

500

500

600

500

600

600

600

60 0

50 0

60 0

500

500

60 0

1500

20 0

40 0

20 0

500

1500

200

60 0

60 0

1500

20000

60 0

500

R E P L A C E M E N T D A T A

General Electric

P A R T N o.

U C U - 0 2 8

H C W - 3 0 1 4

U C C - 0 3 5

U C C - 0 3 6

R C W - 3 0 1 4

UCC-035

R C W - 3 0 1 4

R C W - 3 0 1 4

U C C - 0 3 7

U C C - 0 4 0

R R C - 0 5 9

U C C - 0 4 8

R C W - 3 0 1 4

U C C - 0 4 5

R C N - 0 4 4

U C U - 104 4

R C N - 0 1 8

U C U - 104 4

R C U - 2 9 0

U C U - 104 4

RCC-103

R C W - 3 0 1 4

R R C - 1 0 1

U C C - 0 4 8

RCN-030

R C U - 2 9 0

R C U - 2 2 9

U C U - 0 2 8

U C C - 0 4 2

R C U - 2 9 4

R C N - 0 2 5

R C C - 1 0 2

R C N - 0 3 4

H C C - 1 0 5

U CU -1 0 44

R C N - 0 3 3

U C G - I 0 3 6

U C U - 1 0 5 2

R C N - 0 3 3

R C W - 3 0 1 4

R C U - 3 0 0

U CG -1 0 1 2

U C C - 0 4 8

H C W - 3 0 1 4

U C G - 1 0 2 0

UCU-036

R C U - 2 9 6

U C C - 0 5 2

R C C - 1 0 4

U C C - 0 4 8

R C U - 2 9 3

H C N - 0 3 5

R C W - 3 0 1 4

U C C - 0 4 5

U CG -1 0 1 2

A E R O V O X

P A R T

N o.

1468-0001

BPD-005

P688-001

P688-002

BPD-005

P688-001

BPD-005

BPD-005

P688-003

P688-01

P1088-005

P488-1

BPD-005

P688-05

P1088-022

1 469-0 0 0 5

P488-01

P688-001

P688-002

1469-0005

14 64 -H V -001

1469-0005

P288-1

BPD-005

P688-025

P488-1

P1088-01

14 64 -H V -001

1469-00015

1468-0001

P688-03

SI680

P688-01

P688-05

P688-004

P688-05

1469-0005

SI1800

1 469-0 0 0 25

1 464-0 0 1

SI1800

BPD-005

1469-000025

P488-1

BPD-005

1469-00005

1469-00025

P288-5

P688-1

P688-1

H V 2 0 C

BPD-005

P688-05

C E N T R A L A B

P A R T N o.

D 6-1 0 1

D D - 5 0 2

D6-102

D 6 - 2 0 2

D D - 5 0 2

D6-102

D D - 5 0 2

D D - 5 0 2

D 6 - 3 0 2

D6-103

DF-104

D D - 5 0 2

DF-503

D 6 - 4 7 1

D6-103

D 6 - 1 0 2

D6-202

D6-471

D 6 - 4 7 1

DF-104

DD-502

DF-104

TCZ-130

D6-101

D6-681

D6-103

DF-503

D 6 - 4 0 2

DF-503

D6-471

D6-182

D 6 - 2 2 1

D6-102

D6-182

D D - 5 0 2

D 6 - 2 2 0

DF-104

D D - 5 0 2

D6-470

D6-221

DF-104

DF-104

T V 3 - 5 0 2

D D - 5 0 2

D F - 5 0 3

F C Z - 2 2

C O R N E L L -

D U B I L I E R

P A R T

N o.

5 W 5 T 1

L D 5 D 5

PTE6D1

PTE6D2

1 D 5D 5

PTE6D1

1D5D5

1 D 5D 5

PTE6D3

PTE6S1

P T E 1 6 D 5

PTE4P1

1 D 5D 5

PTE6S5

P T E 1 6 S 2

5 R 5 T 5

PTE4S1

PTE6D1

PTE6D2

5 R 5 T 5

5T5T5

PTE4P1

1 D 5 D 5

PTE6S3

PTE4P1

PTE16S1

5 R 5 T 1 5

5 W 5 T 1

PTE6S3

2 R 5 T 7

PTE6S1

PTE6S5

PTE6D4

PTE6S5

5 R 5 T 5

PTE6D2

5 H 5 T 2 5

1H5D1

P T E 6 D 2

1 D 5D 5

5 R 5 Q 2 5

PTE4P1

1 D 5D 5

5 R 5 Q 5

5R5T25

GT2P5

PTE6P1

PTE6P1

1 D 5D 5

PTE6S5

5 H5 Q 2

E R I E

P A R T

N o.

GP1K-101

811-005

GP2L-102

GP2-333-202

811-005

GP2L-102

811-005

811-005

GP2-333-302

GP2-333-103

811-005

G P 2 K - 4 7 1

GP2-333-103

GP2L-102

GP2-333-202

G P 2 K - 4 7 1

GP2K-471

811-005

GP2K-120

GP1K-101

GP2K-681

GP2-333-103

GP2-333-402

G P 2 K - 4 7 1

GP2-333-182

G P 2 K - 2 2 1

GP2L-102

GP2-333-182

811-005

G P 2 K - 2 2 0

811-005

GP1K-470

GP2K-22I

811-005

N P O K - 2 2 0

S P R A G U E

P A R T N o.

1 F M -31

5 H K - D 5

6 T M - D 1

6TM-D2

5 H K - D 5

6TM-D1

5 H K - D 5

5 H K - D 5

6 T M - D 3

6TM-S1

MB-D5

4TM-P1

5 H K - D 5

6 T M - S 5

M B - S 2 2

M S - 3 5

4TM-S1

6TM-D1

6TM-D2

M S - 3 5

MS-35

2TM-P1

5 H K - D 5

6TM-S3

4TM-P1

MB-S1

1FM-315

1FM-31

6 T M - S 3

MS-37

6 T M - S 1

6 T M - S 5

6 T M - D 4

6TM-S5

MS-35

6 T M - D 2

MS-32

1 F M - 2 1

6 T M - D 2

5 H K - D 5

M S - 4 2

4TM-P1

5 H K - D 5

M S - 4 5

MS-32

2TM-P5

6TM-P1

6TM-P1

5 H K - D 5

6 T M - S 5

M S - 4 2

I D E N T I F I C A T I O N C O D E S

A N D

I N S TA L L A TI O N N O T E S

Limiter Grid

RF

Bypass

D io d e Load Cap.

De-emphasis

A u d i o

Coupling

Tone Comp.

V o l u m e

Cont.

Isolation

A u d i o Coupling

AF Amp.

Plate

A u d i o

Coupling

t

A u d i o O u t p u t

Plate

A u d i o O u t p u t Screen

Audio Output Cihode

Decoupling

Sync. Coupling

Sync. Coupling

Sync. Coupling

Integrator

N e t «

Integrator Ne t •

Vert. Sync. Coupling

Vert.

MV

Feedback

Vert.

M V

Grid

Vert. MV Cathode

Vert.

Discharge

Vert. Discharge

Vert.

Sweep Coupling

Vert. Feedback

Fixed Trimmer

Horiz. Sycn. Coupling

AFC Filter

A FC Filter

A FC

Filter

A FC Filter

Horiz.

Feedback

A F C

Filter

A FC Filter

A FC

Coupling

Horiz. Osc. Grid

Fixed Trimmer

Fixed Trimmer

Horiz. Discharge

Horiz. Sweep Coupling

Horiz. Feedback

Horiz. Output Grid

Horiz.

O u t p u t

Screen

Horiz. O u t p u t Cathode

Horiz.

Output

Fil.

Horiz.

Output Fil.

Fixed

Trimmer

Horiz. Sweep Coupling

Damper Filter

Damper

Filter

Horiz. Retrace Blanking

HV Filter

Bias

Filter

Isolation

Fixed Trimmer

S o m e

models combine C71, R63,

S o m e

models combine C79, C80,

Some models

u se 5 MMF

M f g r s .

R 6 5

in one

u n i t

Mfgrs.

Part

* REK-002.

R S I , H 8 2 In one u n i t Mtgrs

Part

* REK-003.

Part *

U C G - 1 0 05

in this

application.

ONTROLS

I T E M

No.

R 1A

B

C

D

R 2 A

B

R 3A

B

R 4 A

B

R 5A

B

H 6

R A T I N G

RESIST-

A N C E

2 M e g

500K

S haf t

en d

Switch

I O O K B

12 5 KB

lOKi

500K 1

2 5 K B

S h a f t

3 M e g

Sh a ft

4000

WAns

1

1

4

t

1

2


General Elec

P A R T

N o.

(

R R C - 1 6 2

)

1

R R C - 1 4 6

R R C - 1 4 5

R R C - 1 4 0

N ot req.

R R C - 0 9 6

Notfeq.

R R C - 1 2 7

I R C

P A R T N o.

Concentrikit

Bll-139

B19-133X

i

E-202 |j

76-1 f>

Qll-120

R Q

611-140

R Q

W 4

C L A R O S T A T

P A R T N o.

RTV-230

RTV-157

RTV-231

AG-40-S

FKS-1/4

AM-85-S

FKS-1/4

43-4000

C E N T R A L A B

P A R T N o.

SBBT-650-S

A N - 2 6

AK-1

A N - 8 4

AK-1

V K - 1 3 4

I N S T A L L A T I O N N O T E S

Contrast Control - Front

V o l u m e Control - Tapped ® 280K - ]

Hear L

See Note 1

Attach pe r instructions in Concentrikit

Attach

pe r instructions in

Concentrikit

I

Horiz. Hold Control

-

Front

Vert. Hold Control - Rear

Focus

Control - Wire

W o u n d

- Front

Brightness Control - Rear

Horiz. Drive Control

Attach to R4A per instructions

H e i g h t Control

Attach to R 5A per instructions

Vert. Linearity Control - Wire W o u n d

A d d i t i o n a l parts

to be used with Concentrikit.

Note I Models 17T1, 2, and 3 use Cont rol w i t h

Part

# R R C - 1 6 4 .

RESISTORS

I T E M

No.

R 7

H 8

R 9

R IO

Rll

R 12

R 13

R 14

R 15

R 16

R 17

R 18

R 19

R 2 0

R 21

R 2 2

R 2 3

R 2 4

R 2 5

R 2 6

R A T I N G

R E S I S TA N C E

3.

3

M eg 20 %

3 . 3 M e g 2 0 %

un n 5

ItlKB

3900

4300 5%

560B

68 0 O

1200

2200

5100

fl

56000

12KB

22K

1500B

1 2 0 0 B

220KSJ

39K J

12KB

.5100

5%

WAns

i

5

?

I

3

i

2

2

Z

1

1

•i

1

I

~

1

i


General Electric

P A R T N o.

U H D - 1 3 3

U R D - 1 3 3

U R D - 1 0 2 6

U R D - 1 7 3

U R D - 1 0 6 4

U R D - 0 4 5

U R D - 0 5 1

U H D - 0 5 7

U R E - 0 6 7

U R D - 0 8 1

U H D - 0 5 3

U R D - 0 5 1

U H D - 1 0 5

U R E - 0 8 7

IR C

P A R T N o.

BTS-3.3Meg

BTS-3.3Meg

BTS-3900

BTS-560

BTS-680

BTS-1200

BTS-2200

BTA-5600

BTS-1500

BTS-1200

B T S - 2 2 0 K

I DE N TI F I C A TI O N

CODES

ALL RESISTORS ±

10%

UNLESS OTHERWISE SPECIFIED

•

A n t e n n a Loading

A n t e n n a Loading

1st. RF

A m p l

Cathode

1st.

RF

Amp. Decoupling

RF

Coil Shunt - See Note 3

R F Coil S h u n t

RF Coil S h u n t - See Note 4

R F

Coil S h u n t

RF Coil Shunt

-See

Note 5

2 n d . R F Amp. Grid

2nd. RF Amp.

Plate

2nd. H F Amp. Plate

- See

Note

6

RF Coil S h u n t

- See

Note

7

R F Coil S h u n t

RF

Coil

S h u n t - See

Note

8

R F

Coil

S h u n t

Mixer Grid

M i x e r

Decoupling

Osc. Grid - See Note 7

Osc. Plate

- See

Note

9

ITEM

No.

B 2 7

R28

R 2 9

R 3 0

R 31

H32

R 3 3

R 3 4

R 3 5

R 3 6

R 3 7

H 38

H 39

R 4 0

R 41

R 4 2

H 43

R 4 4

R 4 5

R 4 6

H 4 7

R 4 8

R 4 9

R 50

R 51

R 5 2

H 5 3

R 54

R55

R56

H 57

R 58

R59

R60

R 61

R 6 2

R 6 3

R 6 4

R 6 5

R 6 6

R 6 7

R 6 8

R 6 9

R 70

R 71

R 7 2

R 73

H74

R 75

R 7 6

R 77

R18

H 7 9

H B O

H8 1

R 82

R 83

R 84

R 85

H 86

R 87

R 88

R 89

R 9 0

R 91

R 9 2

R 9 3

R 9 4

R 9 5

R 9 6

R 9 7

R 98

R 9 9

H100

R101

H102

R103

R104

R105

R 1 0 6

R1 0 7

R1 0 8

R109

R110

Rill

R112

B US

R1I4

R115

R116

H117

R U8

R1I9

R120

R121

R122

R123

R A T I N G

R E S I S T A N C E

5 6 o n

3 9 n

4 3 1 1

22K 20%

47KSJ

1000

20%

68K

220KS

47

20%

10KQ

68KS

47

10KI1

22K 1

4 70KI2 2 0%

3600O 5%

2 . 2 M e g

1500

18KB

4700

220

I M e g

100KSJ

5%

I M e g

220KSI

22011

3SK<

lOKf 20%

56KS2

100KS 5%

470K17

l o o o i z 2 0

22K 5%

2 2 K O 5 %

270SJ

22KSJ

68KS2

4.7 l*g

220K 1

33KS

1000 20%

470KS

150 20%

8200

27KS

100

noon

330

1000 20%

1 . 5 M eg

20 %

2 . 2 M e g

22K

47 0 KB

4 7 K B

8 2KB

39K i

I M e g

100KB 5%

68K B

2

. 2Meg

2 . 2 M e g

820B

1500

20%

47K 1

100KB

5%

4700

20%

150K

150KB

150K

I M e g

I M e g

180K

I M e g

33K 1

e a K n

27K

68K

33K

10K

180KB

150KB 20%

15 0KB

20 %

15KB

330 20%

I M e g

39

4 0 0 0 B

t

I . 2 B

470K

3300 20%

1200

5%

680B

4.6

t

4 7 0 K B 20 %

150K

w A n s

1

4

2

2

2

2

_i_

2

l

f

1

k

2

2

2

I

J_

a

£

I

a

a

2

1

3

3

1 ,

~

~2

2

2

i-

2

1

]

1

i

i

5

~2

i

1

1

J

1

1

1

i

?

1

1A

£

10

t

1

1

1

i

2

5

t

2

1


D A T A

General Electri

P A R T N o.

U R D - 0 1 5

R R W - 0 4 9

U R D - 0 8 1

U R D - 0 8 9

UHD-049

U R D - 0 9 3

U R D - 1 0 5

U R D - 0 1 7

U R F - 0 7 3

U R D - 0 9 3

U H D -0 1 7

URF-073

U R D - 0 8 1

U R D - 1 1 3

U R D - 1 0 6 2

U R D - 1 2 9

U R D - 0 5 3

U R F - 0 7 9

U R F - 0 6 5

U R D - 0 3 3

U R D - 1 2 1

U R D - 1 0 9 7

U H D - 1 2 1

U R D - 1 0 5

U R D - 0 3 3

U R D - 0 8 7

U R D - 0 7 3

U R D - 0 9 1

U R D - 1 0 9 7

U RD -1 1 3

U R D - 0 4 9

U R D - 1 0 8 1

U R D - 1 0 8 1

U R D - 0 3 5

U R D - 0 8 1

U R D - 0 9 3

U R D - 1 3 7

U R D - 1 0 5 •

U R D - 0 8 5

U R D - 0 4 9

U R D - 1 1 3 .

U R D - 0 2 9

U R E - 0 7 1

U R F - 0 8 3

U R D - 0 2 5

U R F - 1 0 5 0

URE-037

U R E - 0 4 8

U R D - 1 2 5

U R D - 1 2 9

U R E - 0 8 1

U R D - U 3

U H D - 0 8 9

U R D - 0 8 7

U R D - 1 2 1

U R D - 1 0 9 7

U R D - 0 9 3

U R D - 1 2 9

U R D - 1 2 9

U R E - 1 0 4 7

U R E - 0 5 3

U R D - 0 8 9

U R D - 1 0 9 7

U R D - 0 6 5

U R E - 1 0 1

U R E - 1 0 1

U R E - 1 0 1

U R D - 1 2 1

U R D - 1 2 1

U R D - 1 0 3

U R D - 1 2 1

U R D - 0 8 5

U R E - 0 9 3

U R D - 0 8 3

U R D - 0 9 3

U H E - 0 8 5

U R D - 0 7 3

U R D - 1 0 3

U R E - 1 0 1

U R E - 1 0 1

U R D - 0 7 7

U R D - 0 3 7

U R D - 1 2 1

R R W - 0 7 7

R R W - 0 5 3

R H W - 0 5 2

R H W - 0 5 8

URE-113

U H E - 0 6 1

U H D - 0 5 1

U H F - 0 4 5

R R W - 0 4 8

R R W - 0 5 1

U R F - 1 1 3

U R D - 1 0 1

I R C

P A R T N c

BTS-560

B T S - 4 7 K

BTS-1000

BTS-220K

BTB-10K

B T B - 1 0 K

B T S - 2 2 K

BTS-470K

BTS-2.2M

BTS-1500

BTB-18K

BTB-4700

B T S - 2 2 0

BTS-lMeg

B T S - 1 0 0 K -

B T S - l M e g

B T S - 2 2 0 K

BTS-220

BTS-39K

B T S - 1 0 K

B T S - 5 6 K

B T S - 1 0 0 K -

B T S - 4 7 0 K

BTS-1000

BTS-22K-

BTS-22K-

B T S - 2 7 0

B T S - 2 2 K

B T S - 6 8 K

B T S - 4 . 7 M

B T S - 2 2 0 K

BTS-33K

B T S - 4 7 0 K

BTS-150

B T A - 8 2 0 0

B T B - 2 7 K

B T S - I O O

BTA-330

B T A - 1 0 0 0

BTS-1.5M

B T S - 2 . 2 M

B T A - 2 2 K

B T S - 4 7 0 K

B T S - 4 7 K

B T S - 8 2 K

BTS-39K

B T S - l M e g

BTS-100K-

B T S - 6 8 K

B T S - 2 . 2 M (

B T S - 2 . 2 M

B T A - 8 2 0

B T A - 1 5 0 0

B T S - 4 7 K

B T S - 1 0 0 K -

B T S - 4 7 0 0

B T A - 1 5 0 K

B T B - 1 5 0 K

B T A - 1 5 0 K

BTS-lMeg

B T S - l M e g

B T S - 1 8 0 K

B T S - l M e g

BTS-33K

B T A - 6 8 K

BTS-27K

BTS-68K

B T A - 3 3 K

B T S - 1 0 K

BTS-180K

B T A - 1 5 0 K

B T A - 1 5 0 K

B T S - 1 5 K

BTS-lMeg

B W - 2 - 3 9

1 3/4A-40

BW-i-1.2

BTA-470K

B T A - 3 3 0 0

BTS-1200-

BTB-680

B T B - 4 7 0 K

B T S -150K

In

some models items R81, R82, C79,

a nd C8 0 a re

c >

»

In some

models

items R63, R65, and C71 are c o m b i n

t Special type-Resistance and Wattage varies with Vo lt ;

f Resistance varies w i t h

temperature (20 ^ hot, 250 fl c <

Note 2 Not used in all models.

Nbte

3 Some

models

use

4700£2 resistor

in

this

applica

Note 4 Some models use

4 70f t

resistor in this applicat

Note 5 Some models use 82 0f t resistor in this applicat

Note 6 Some models use

5100J2 resistor

in this

applica

Note 7 Some models use l OK f t

resistor

in this applicat

N o t e 8

Some models use

1300ft

resistor

in this

applica

Note 9 Some models use 560 0 ft

resistor

in this applies

N o t e

10

Some models

use parallel resistors in this

appl

PAGE

2

7/21/2019 GE_17C103_Sams-141-6


P RTS LIST AND

DESCRIPTIONS Continued)

RESISTORS

CCONT

3

T

I D E N T I F I CA T I O N

C O D E S

A N D

I N S T A L L A T I O N

N O T E S

L i m i t e r G r i d

RF Bypass

D iod e L o a d C a p .

De

-emphasis

A u d i o

C o u p l i n g

T o n e

C o m p .

V o l u m e C o n t . Isolation

A u d i o C o u p l i n g

A F

A m p .

Plate

A u d i o

C o u p l i ng

oOu t p u t

Plate

A u d i o

O u t p u t

S c r e e n

A u d i o O u t p ut Ca t hode

D e c o u p l i n g

S y n c . C o u p l i n g

S y n c . C o u p l i n g

S y n c . C o u p l i ng

Integrator Net »

Integrator

N et

»

Vert.

S y n c . C o u p l i ng

Vert. M V Feedback

V e r t . M V G r i d

Vert. M V

Cathode

Vert.

Discharge

Vert.

Discharge

Vert. S w e e p C o u p l i ng

Vert. Feedback

Fixed Trimmer

H o r i z . S y c n . C o u p l in g

A F C Filter

A F C

Filter

A F C Filter

A F C Filter

Horiz.

F e e d b a c k

A F C

Filter

A F C

Filter

A F C C o u p l in g

Horiz. O s c . G r i d

Fixed T r i m m e r

F i x e d T r i m m e r

H o r i z .

Discharge

Horiz.

S w e e p C o u p l i n g

H o r i z . F e e d b a c k

Horiz. O u t p u t G r i d

H o r i z . O u t p u t S c r e e n

H o r i z . O u t p u t C a t h o d e

H o r i z . O u t p u t

Fil.

H o r i z . O u t p u t F i l .

F i x e d T r i m m e r

H o r i z . S w e e p C o u p l i n g

D a m p e r Filter

D a m p e r

Filter

H o r i z . R e t r a c e B l a n k i ng

H V Filter

Bias Filter

I s o l a t i o n

Fixed

Trimmer

- Front

- T apped © 2 8 0 K O -

in C o n c e n t r i k it

in

C o n c e n t r ik i t

- Front

- Rear

-

Wi r e W o u n d

-

Front

-

Hear

er

instructions

er

instructions

C ont r o l - W i r e W o u n d

I T E M

No.

H 2 7

R 2 8

R 2 9

R 3 0

R 31

R 32

R 33

H 34

H 3 5

R 36

R 37

R 38

R 39

R 4 0

R 41

R 4 2

R 43

H 44

R 4 5

R 46

R«

R 48

R 4 9

R 5 0

H 51

R 5 2

R 5 3

R 54

H 5 5

H 56

R 5 7

R 58

R 5 9

R 6 0

H 61

H 6 2

H 6 3

R 6 4

R 6 5

R 6 6

R 6 7

R 6 8

R 6 9

R 7 0

R 7 1

R 7 2

H 7 3

R 7 4

H 7 5

R 7 6

R 7 7

R 7 8

R 7 9

R 8 0

R81

R 82

R83

R 84

R 85

R86

R 8 7

R88

R 8 9

R 9 0

R 91

R 9 2

R 9 3

R 94

R 9 5

R 96

R 97

R 98

R 9 9

R1 0 0

R1 0 1

R 1 0 2

R 1 0 3

R 1 0 4

R 1 0 5

R 1 0 6

R 1 0 7

R 1 0 8

H109

R110

Rill

R U 2

R113

R I 1 4

R115

R116

H117

R118

R119

R 1 2 0

R 1 2 1

H122

R 1 2 3

R A T I N G

R E S I S T A N C E

560n

39S

43n

2 2 K n 20%

4 7 K n

l o o o n 2 0 %

68KS2

220KSJ

47n 20%

l O K n

6 8 K n

47n

l O K n

22K S

470KS2 20%

3600n 5%

2 . 2 M e g

1500n

18Kn

4700S2

2 2 0 O

I M e g

lO O Kn 5 %

IMeg

2 2 0 K f t

220

3

S K I

lOK f 2 0 %

5 6 K n

lO O Kn 5 %

470KS7

1000ST

20%

22IO 5%

2 2 K n

5%

270S

2 2 K O

6 8 K n

4 . 7 M g

2 2 0 K H

3 3 K H

l O O O n 20 %

4 7 0 K n

ison 2 0 %

8200

2 7 K Q

loon

noon

330n

l o o o n 2 0 %

l . S M e g 20 %

2 . 2 M e g

2 2 K n

470KSJ

4 7 K «

82KSJ

3 9 K n

I M e g

100KS2

5%

6 8 K n

2 . 2 M e g

2 . 2 M e g

820n

1500H

20%

4 7 K S

lO O Kn 5 %

4700 i

20 %

I S O K n

150KQ

150K

I M e g

I M o g

I80KC

I M e g

3 3 K Q

68K«

2 7 K Q

6 8 K n

3 3 K B

10KH

180K n

I S OK n 2 0 %

I S O K n

20%

15KO

330n 20 %

I M e g

39n

4 0 0 o n

i.an

4 7 0 K B

3300n 20 %

1200H

5%

680n

4.6n

t

4 7 0 K O 2 0 %

150K

WATTS

i

1

z

4

I

i

~

2

1

i

2

2

2

s

1

2

2

I

f

2

1

Z

1

2

Z

1

a

2

2

1

1

i

i

i

£

I

2

1

1

i

2

1

~

1

A

f

2

~

~

¥

I

2

1

2

Z

1

2

2

l

I

2

10

t

2

1

1

2

5

t

2

3


D A T A

General E l e c t ri c

P A R T N o.

U R D - 0 1 5

R H W - 0 4 9

U R D - 0 8 1

U R D - 0 8 9

U R D - 0 4 9

U R D - 0 9 3

U R D - 1 0 5

U R D - 0 1 7

U R F - 0 7 3

U R D - 0 9 3

U R D - 0 1 7

U R F - 0 7 3

U R D - 0 8 1

U R D - 1 1 3

U H D - 1 0 6 2

U R D - 1 2 9

U R D - 0 5 3

U R F - 0 7 9

U R F - 0 6 5

U R D - 0 3 3

U R D - 1 2 1

U R D - 1 0 9 7

U R D - 1 2 1

U R D - 1 0 5

U R D - 0 3 3

U R D - 0 8 7

U R D - 0 7 3

U R D - 0 9 1

U R D - 1 0 9 7

U R D - 1 1 3

U R D - 0 4 9

U R D - 1 0 8 1

U R D - 1 0 8 1

U R D - 0 3 5

U R D - 0 8 1

U R D - 0 9 3

U R D - 1 3 7

U R D - 1 0 5

»

U R D - 0 8 5

U R D - 0 4 9

U R D - 1 1 3

U R D - 0 2 9

.

U R E - 0 7 1

U R F - 0 8 3

U R D - 0 2 5

U R F - 1 0 5 0

U H E - 0 3 7

U R E - 0 4 9

U R D - 1 2 5

U R D - 1 2 9

U R E - 0 8 1

U R D - 1 1 3

U R D - 0 8 9

U R D - 0 8 7

U R D - 1 2 1

U R D - 1 0 9 7

U R D - 0 9 3

U R D - 1 2 9

U H D - 1 2 9

U R E - 1 0 4 7

U R E - 0 5 3

U R D - 0 8 9

U R D - 1 0 9 7

U R D - 0 6 5

U R E - 1 0 1

U R E - 1 0 1

U R E - 1 0 1

U R D - 1 2 1

U R D - 1 2 1

U R D - 1 0 3

U R D - 1 2 1

U R D - 0 8 5

U R E - O S 3

U R D - 0 8 3

U R D - 0 9 3

U R E - 0 8 5

U R D - 0 7 3

U R D - 1 0 3

U R E - 1 0 1

U R E - 1 0 1

U R D - 0 7 7

U R D - 0 3 7

U R D - 1 2 1

R R W - 0 7 7

R R W - 0 5 3

R H W - 0 5 2

R R W - 0 5 8

U R E - 1 1 3

U R E - 0 6 1

U R D - 0 5 1

U R F - 0 4 5

R R W - 0 4 8

R R W - 0 5 1

U R F - 1 1 3

U R D - 1 0 1

IR C

P A R T N o.

BTS-560

B T S - 4 7 K

BTS-1000

B T S - 2 2 0 K

B T B - 1 0 K

B T B - 1 0 K

B T S - 2 2 K

B T S - 4 7 0 K

B T S - 2 . 2 M e g

B T S - 1 5 0 0

B T B - 1 8 K

B T B - 4 7 0 0

B T S - 2 2 0

B T S - l M e g

B T S - 1 0 0 K - 5 %

B T S - l M e g

B T S - 2 2 0 K

B T S - 2 2 0

B T S - 3 9 K

B T S - 1 0 K

B T S - 5 6 K

B T S - 1 0 0 K - 5 %

B T S - 4 7 0 K

BT S-1000

B T S - 2 2 K - 5 %

B T S - 2 2 K - 5 %

B T S - 2 7 0

B T S - 2 2 K

B T S - 6 8 K

B T S - 4 . 7 M e g

B T S - 2 2 0 K

B T 5 - 3 3 K

B T S - 4 7 0 K

B T S - 1 5 0

B T A - 8 2 0 0

B T B - 2 7 K

B T S - 1 0 0

B T A - 3 3 0

B T A - 1 0 0 0

B T S - 1 . 5 M e g

B T S - 2 . 2 M e g

B T A - 2 2 K

B T S - 4 7 0 K

B T S - 4 7 K

BTS-82K

B T S - 3 9 K

B T S - l M e g

B T S - 1 0 0 K - 5 %

B T S - 6 8 K

B T S - 2 . 2 M e g

B T S - 2 . 2 M e g

B T A - 8 2 0

B T A - 1 5 0 0

B T S - 4 7 K

B T S - 1 0 0 K - 5 %

B T S - 4 7 0 0

B T A - 1 5 0 K

B T B - 1 5 0 K

B T A - 1 5 0 K

B T S - l M e g

B T S - l M e g

B T S - 1 8 0 K

B T S - l M e g

B T S - 3 3 K

B T A - 6 8 K

B T S - 2 7 K

B T S - 6 8 K

B T A - 3 3 K

BT S-10K

BT S-180K

B T A - 1 5 0 K

B T A - 1 5 0 K

B T S - 1 5 K

B T S - l M e g

B W - 2 - 3 9

1

3 / 4 A - 4 0 0 0

BW-i-1.2

B T A - 4 7 0 K

B T A - 3 3 0 0

B T S - 1 2 0 0 - 5 %

BTB-680

B T B - 4 7 0 K

BT S-15 0K

IDENTIFIC ATIO N

C O D E S

A G C N e t w o r k

- S e e

N o t e

4

1st . Video

IF

A m p . C a t h o de

1st.

R F

A m p . F i l am e n t S h u n t

-

W i r e W o u n d

1s t . V i deo IF A m p . G r id

tt. V i deo

IF

A m p . S c r e en

1s t . V i deo IF A m p . D e c o u p l in g

2 n d . V i d e o IF T r a n s f o r m e r S h u n t

2 n d . V i d e o

I F

A m p . Gird

2 n d . V i d e o

IF

A m p . C a t h o de

2 n d .

V i deo

IF

A m p . D e c o u p l in g

3 r d . V i d o e IF A m p .

Grid

3 r d . V i d e o IF A m p . C a t ho d e

3r d . V i deo

I F

A m p . D e c o u p li n g

A G C N e t w o r k

A G C N e t w o r k

V i d eo D e t . D i o d e L o a d

V i deo

A m p . G r id

V i de o A m p . Plate

Voltage D i vi der - See N o t e 10

V i de o A m p .

Plate

V i de o A m p . Plate

V ol t age D i vi der


P i c t u r e T u b e G r i d

P i c t u r e

Tube

Ca t hode

1s t . Sound IF A m p . C a th o d e

1s t . Sound IF A m p .

Screen

1s t . Sound I F f * m p .

Plate

D e c o u p l i n g

A VC

N e t w o r k


2 n d .

S o u n d

I F

A m p .

Screen

2 n d . S o u n d

I F

A m p .

Plate

D e c o u p l i ng

R a t i o D e t . D i o d e Load

R a t i o D e t . D i o de

Load

B a l a n c i n g

De

-emphasis

Tone C o m p e n s a ti o n

- See

N o t e

2

A F

A m p . G i rd

A F A m p .

Plate

Isolation

Parasitic Suppressor

O u t p u t G r i d

O u t p u t

C a t h o d e

O u t p u t S c r e e n - S e e N o t e 1 0

V o l t a g e D i v i d e r

V ol t age D i vi der - See N o t e 10

V o l t a g e D i v i d e r - See N o t e 10

V o l t a g e

D i v i d e r - S e e

N o t e

10

D e c o u p l i n g

S y n c . S e p . G r i d

S y n c . A m p . G r id

Sync. A m p .

Plate

Isolation

S y n c . S e p . Plate

Integrator

I n t e g r a t o r

Vert. Bl anki ng Gr i d

Vert.

M V G r i d

Vert. M V C a t ho d e

Vert. M V

Plate

Vert.

M V - A m p . G r i d

V e r t . M V - A m p . Cathode

Vert.

M V - A m p .

D e c o u p l i n g

Vert.

Feedback

V e r t . Feedback

Vert. Peaking

V o l t ag e D i v i d e r



H o r i z .

Phase

D e t . D i o d e L o a d

H o r i z . Phase Det. D i o d e L o a d

H o r i z . Phase D e t . D i o d e Load

H o r i z . A F C Filter


H o r i z .

A F C Plate

H o r i z .

P e a k i n g

H o r i z . O s c . G r i d

Horiz. O s c . Plate

H o r i z . P e a k i n g

H ' O r i z . Feedback

H o r i z . F e e d b a c k

Horiz. Feedback

V o l t a g e D i v i d e r

Parasitic Suppressor

H o r i z . O u t p u t G r i d

H o r i z . O u t p u t C a t h o d e - W i r e W o u n d

H o r i z . O u t p u t

Screen -

W i r e

W o u n d


H V

R e c t i f i e r F i la m e n t

-

Wi r e

A 'ound

H V

Filter

D e c o u p l i n g

C e n t e r i n g N e t w o r k

Filter

S u r g e L i m i t e r -

W i r e W o u n d

F i l a m e n t D r o p p i n g - T e m p e r a t u r e C o m p e n s a ti n g

Isolation


# In s om e models items R 8 1 , R 8 2 , C 7 9 , a n d C 8 0 a re c o m b i n e d i n to o n e u n i t h a v i n g Part # R E K - 0 0 3.

*

In some models

items

R 6 3 , R 6 5 , a n d C 7 1 a r e c o m b i n d d i n t o o n e u n i t h a v i n g

Part

R E L - 0 0 2 .

f

Special

type-Resistance and Wat t age

varies

w ith V ol t age ( fo r example - at 125V the

resistance

is 10 ,5 K I i )

• Resistance

varies w i t h t e m p e r a t u r e

(20^

ho t ,

250S2 cold)

N o t e

2 N o t used in all models.

N b t e

3

S o m e models

us e 4 7 0 0 f l resistor in this

appl i ca t i on .

N o t e

4

S o m e m o d e l s

us e

4 7 0 O

resistor in

t h i s appl i ca t i on .

N o t e 5 S o m e models us e 8200 resistor in this appl i ca t i on .

N o t e 6

S o m e models

us e 5100S2 resistor in

this

a p p l i c a t i o n .

N o t e 7 S o m e m o d e l s us e 10KO resistor in this appl i ca t i on .

N o t e

8

S o m e

models use 1300S2

resistor

in this

a p p l i c a t i o n .

N o t e 9 S o m e models use

56000

resistor in

this

appl i ca t i on .

N o t e

10

S o m e m o d e l s

use parallel resistors in this appl icat ion to obtain desired

v a l u e .

I T E M

No.

Tl

T2

T3A

B

T 4

R A T I N G

DC R E S IS T A N C E

P R I .

535

Tap 46

1200n

33

60 S

1.4K

S E C .

26n

Taps

13

and

19

SEC. 2

on

7.5n

General

P A R T

R T O - 0 9

R T O - 0 6

RLD-02

R L F - 0 4

C D Drill o n e n e w m o u n t i n g hole.

ITEM

No.

T5

RATING

IMPEDANCE

PRI

3.

IKS

SEC

3 6

DC R E S

PRI

215«

SEC

.4nv

ITEM

No.

SP1A

B

SP 2 A

B

RATINGS

F I L R E S

PM

PM

CONE D1A

11 3/4

51/4

V. C. IMP

3.6E

3 6

V.

C. DIA.

1"

9/16

Gei

ITEM

No.

LI

RATINGS

TOTAL

DIRECT

CURRENT

260A

D.

C.

RESISTANCE

57f

INDU

[0 C

1

1

He

I T E M

No.

L 2

L3

L4

L 5

6

7

8

9

10

11

12

L 13

L 14

L1 5

L 16

'L1 7

L IB

L 19

L 20

L21

L 22

L 2 3

L 24

L25

L26

L27

L 28

L 2 9

L30

L 31

L 32

L33

L 34

L35

L36

L37

L38

L 39

L40

L 41

L 42

L43

L 44

L 45

L 46

U SE

A n t .

Trans.

Cath. C h o k e

H i gh C h a n n e l

Trap

St. RF A m p .

St. RF

A m p .

St. RF A m p .

St. RF A m p .

St. RF A m p .

St.

RF A m p .

2n d

JtF A m p .

2 n d .

RF

A m p .

2 n d .

R F

A m p .

2 n d . RF Amp,

2 n d .

RF

A m p .

2 n d .

R F

A m p .

O s c . C o i l

O s c .

Coil

Osc. Coll

Osc. Coll

Ds c . Coil

O s c . C o i l

C a t h . C h o k e

1st . Video

IF

F i l . C h o k e

nd . V i deo IF

F i l . C h o k e

3r d . V i deo IF

Fi l .

C h o k e

Peaking

P e a k i n g

Peaking

F i l. C h o k e

4

. 5MC

Trap

Peaking

P e a k i n g

Peaking

Peaking

R F

C h o k e

1s t . Sound IF

C a t h . C h o k e

R a t i o D e t .

Trans:

H o r i z . O s c .

F i l . C h o k e

W i d t h C o i l

Horiz.

L i n .

DC

P R I .

.in

o n

on

on

on

on

on

on

o n

on

on

o n

o n

o n

OS

o n

o n

on

o n

on

o n

.2 n

.i n

13

.i n

1.91)

.i n

i.sn

2 .

en

.7 )

.7

.a n

4 n

.s n

.70

.70

s.sn

2

s.2n

1.8S

3. en

i20n

i.sn

2 2 n

16

< E S .

S E C .

.i n

3 . 2 n

.6

t Parallel with

6 . 8 K n

r e s i s t o r .

7/21/2019 GE_17C103_Sams-141-6


Continued)

IDENTIFICATION CODES

Network - See Note 4

RF

Amp. Filament S h u n t

- Wire W o u n d

IF Amp. Grid

Screen

IF

Amp. Decoupling

Video IF Transformer Shunt

Video

IF

Amp. Gird

Video

IF

Amp. Cathode

Video IF

Amp.

Decoupling

Vidoe IF Amp. Grid

Video IF Amp. Cathode

IF

Amp. Decoupling

N e t w o r k

Network

Det. Diode Load

Grid

Amp. Plate

- See

Note

10

Amp.

Plate

Amp. Plate

Divider

Divider

Cathode

Sound IF Amp. Cathode

Sound

IF

Amp. Screen

Sound IF

^mp,

Plate D e c o u p l i n g

C

Network

Divider

Sound IF Amp.

Screen

Sound

IF Amp. Plate Decoupling

Load

Det. Diode Load

Compensation - See Note 2

Gird

Plate

Suppressor

Grid

Cathode

Screen

- See Not e 10

Divi der - See Note 10

Divider

- See

Note

10

Divider - See Note 10

Sep. Grid

Amp. Grid

Amp.

Plate

Sep. Plate

Blanking Grid

MVGrid

MV Cathode

Plate

MV-Amp . Grid

M V - A m p .

Decoupling

Feedback

Divider

Divider

Phase

Det. Diode Load

Phase

Det. Di ode Load

Phase

Det. Diode Load

AFC Filter

AFC

Filter

AFC

Plate

Osc.

Plate

Suppressor

O u t p u t Grid

O u t p u t

Cathode

-

Wire W o u n d

O u t p u t Screen - Wire W o u n d

Divider

Filament

-

Wire

*Vound

N e t w o r k

Limiter - Wire W o u n d

Dropping - Temperat ure Compensating

Filter

one

u n i t having

Part #

REK-003.

unit

having

Part

#

REL-002.

- at 125V the

resistance

is 10.

TRANSFORMER SWEEP CIRCUITS)

ITEM

No.

Tl

T2

T 3A

T 4

R A T I N G

DC RESISTANCE

P R I .

535n

Tap 46n

1200n

33n

i .4Kn

SEC.

Taps

13n and

19n

SEC. 2

on

7 .sn

RTO-090

R T O - 0 6 4

RLD-025

RLF-043

RE PL A C E M

S T A N C O R

A-8112

0)

NT DATA

M ER IT

H V O - 6

A-3038

MDF-70

C H I C A G O

PA RT No .

TSO-5

C D Drill

o n e n e w m o u n t i n g hole.

N O T E S

Horiz. O u t p u t

Trans.

Vert. O u t p u t Trans.

Vert. Deflection Coils

Focus

Coil

TRANSFORMER AUDIO

OUTPUT)

ITEM

No.

T5

RATING

IMPEDANCE

PRI.

S.lKn

SEC.

3 . 6S2

DC

RES.

PRI.

215Q

SEC.

.4«v

REPLACEMENT DATA

General

Elec.

PART

No .

BTO-086

or

RTO-081

STANCOR

PART No .

A - 3 8 7 6CD

MERIT

PART No .

A-3018

CHICAGO

PART

No .

RO-2

INSTALLATION NOTES

i illone new mounting hole.

SPEAKER

ITEM

No.

SP 1 A

B

SP2A

B

R AT IN GS

F I E L D

RES.

P M

PM

C ONE DIA.

11 3/4

5

1/4

V. C.

IMP.

3.6

SS

V. C. DIA.

1"

9/16

R E P L A C E M E N T DATA

General

Elec.

PART No .

LRS-1212-D ©

mS-525-D

®

V I K I N G

PART

No.

12J12

525J4

QUAM

PA RT No .

12A4A

52A1

N O T E S

®

Used in models 17C103, C104, C105, C107

C108,

C109 .

®

Used

in models

17T1,

T2, T3,

F ILTER

CHOKE

ITEM

No.

LI

RATINGS

TOTAL

DIRECT

CURRENT

.260A

D. C.

RESISTANCE

57n

INDUCTANCE

0 CURRENT

1000

f

1

Henry

REPLACEMENT DATA

°° f £ . c

RTL -OS6

STANCOR

PART

No.

C - 2 3 2 6

MERIT

PART

No .

C-29960)

CHICAGO

PART No .

TH3300CS

INSTALLATION

NOTES

1) Drill one new mount-

ing hole.

COILS RF-IF)

O

m

Z

_ >

m

O

p

s2

o n

O 2

ITEM

No.

L 2

L3

L 4

L5

L 6

L 7

L8

L9

L1 0

Lll

L12

L13

L14

US

L16

L17

L18

L19

L 20

L 21

L 22

L 23

L 24

L 25

L 26

L 27

L28

L 29

L 30

L SI

L 32

L33

L 34

L35

L36

L 37

L38

L39

L40

L41

L 42

L 43

L44

L 45

L 46

US E

Ant.

Trans.

Cath. Choke

H i g h

Channel

Trap

1st. RF Amp.

St. RF

Amp.

St. RF

Amp.

St. RF Amp.

S t.

RF

Amp.

St. RF Amp.

2nd.RFAmp.

2 n d . R F Amp.

2 n d . R F

Amp.

2 n d . R F Amp.

2 n d . HF Amp.

2 n d . R F

Amp.

Osc. Coil

Osc.

Coil

Osc. Coll

Osc

Coil

Osc.

Coil

Osc. Coil

Cath.

Choke

st.

Video

IF

Fil. Choke

2 n d .

Video IF

Fil. Choke

3rd. Video

IF

Fil. Choke

Peaking

Peaking

Peaking

Fil. Choke

4

.

SMC Trap

Peaking

Peaking

Peaking

Peaking

RF

Choke

1st. Sound

IF

Cath.

Choke

Ratio Det.

Trans

:

Horiz. Osc.

Fil. Choke

W i d t h Coil

Horiz.

Lin.

DC RES.

P R I .

.i n

o n

o n

o n

o n

o n

on

o n

o n

on

o n

o n

o n

o n

o n

on

OS

on

o n

o n

o n

z n

.in

i . s n

.in

i . sn

.in

1.3n

2. en

7 . 7 n

7.7n

1.8«

. 4 n

4.sn

7.7n

7 . 7 n

s .sn

2 n

3.2n

i.sn

3. en

120B

i . sn

22f

isn

SEC.

.in

3.2n

.en

REP LACEMENT DATA

General Electric

PART No .

RLA-036

RL1-006

RLi-114

R L 1 - 1 2 0

RL1-116

RLC-096

RLJ-072

RL1-077

RL1-117

R L 1 - 1 2 1

RL1-116

RLC-096

RL1-118

RL1-072

HL1-119

HLC-099

HLC-098

RLC-097

RL1-099

HLC-096

RLC-095

BL1-003

RLD-016

R L 1 - 1 2 2

RL1-096

RL1-122

RL1-110

RL1-122

RLF-024

RL1-038

RL1-093

RL1-122

RL1-100

RL1-108

HL1-093

RL1-038

RL1-109

RL1-122

RL1-097

RL1-122

RTD-008

RLC-091

RL1-122

RLD-014

RLD-016

MEISSNER

PART

No .

19-1921

19-1921

t

19-1920

19-1921

t

19-1921

19-1921

I R C

PART No .

CL A

CL A

N O T E S

Channel'«3

Channel "6

Channe

*5

Channe

»4

Channe *3

Channe

»2

Channe

*13

Channe *6 •

Channe "5

Channe

"4

Channe #3

C h a n n e

*2

Channe *13

Channe *6

Channe

*5

Channe *4

Channe *3

Channe ,*2

Includes Trap

Includes Trap

-'

31 Microhenries

16 5

Microhenries

16 5

Microhenries

w o u n d

on

6.8Kn resistor

2.2 Microhenries

110

Microhenries

16 5

Microhenries

w o u n d on 6 . 8 K J 2 resistor

16 5 Microhenries

130

Microhenries

2. 2

Microhenries

2.2 Microhenries

Horiz. Hold

Rear

Control

m

O

N

2

PS

O

Ui

t Parallel with 6.8Kn resistor.

value.

PAGE 3

7/21/2019 GE_17C103_Sams-141-6


P RTS

LIST AND DESCRIPTIONS Continued)

SELENIUM RECTIFIER

ITEM

No.

M2

RATING

U R R E N T

.260A

.260A

REPLACEMENT DATA

General

Electric

PAST

No.

HER -008

HER

-008

SYLVANIA

PART No.

NJ-5

N J-5

S E L E T R O N

P A R T No .

6QS2

6QS2

NOTES

FUSES

ITEM

No.

M3

T Y P E

3A G

Pigtail

51p

Bid.

RATING

11/4A

3>

R E P L E M E N T D A T A

GENERAL ELECTRIC

P R T

No .

FUSE

HOLDER

LITTELFUSE

PART No .

FUSE

HOLDER

REMARKS

Used only in models

17T1,

T2 T3 instead

of

thermal cutout

MISCELLANEOUS

I T E M

N o.

M 4

M 5

M6

M 7

P A R T N A M E

RF Tuner

V i deo D e t . Assem.

Thermal

C ut ou t

Ion

Trap

Knob

K nob

K nob

K nob

K nob

K n o b

General

Electric

P A R T

N o.

RJS-043

R L X - 0 2 9

R S R - 0 0 2

RET-003

RDK-222

R D K - 2 2 3

R D K - 2 2 4

R D K - 2 2 5

R D K - 2 2 6

R D K - 2 2 7

N O T E S

Models 17T1, 17T 2, 17T 3, 17C103, 17C104, 17C105, 17C107,

17C108, 17C109

Includes 2 coils, 9 MMF. and 5 MMF. condenser - Crystal

1N64

Used

in

some models instead

of Fuse.

Fine

Tuning

17T1, -2, -3,

17C103, -104, -105, -107,

-108,

-109)

O f f / O n-V o l ume ( 17T 1 , - S, -3, 17C103,

-104, -10 5, -107, -108, -109)

Channel

Selector 17Tl, -2, -3,

17C103, -104, -105, -107, -108, -109)

Contrast (17T1, -2, -3,

17C103,

-104, -105, -107, -108, -109

Brightness

(17T1,

-2, -3,

17C103, -104, -105, -107, -108, -109

Focus-Horiz. Hold (17T1,

-2, -3,

17C103, -104, -105, -107, -108. -109)

H O R I Z

D R I V E

O N T R O L

H O R I Z

^- -LINEARITY

V E R T

I N E R I T Y

O N T R O L

H E I G H T

O N T R O L

GE_17C103_Sams-141-6

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