PHOTO FACT* Folder GENERAL ELECTRIC MODELS 12C1O7, B,12C1O8, B, 12C1O9, B, 12T3, B, 12T4, B

FOCUS CONTROL HORIZONTAL HOLD CONTROL

FINE TUNING

CHANNELSELECTORSWITCH

CONTRASTCONTROL

VOLUME CONTROLON OFF SWITCH

BRIGHTNESS CONTROL VERTICAL HOLD CONTROL

GENERAL ELECTRIC MODEL 12C107TRADE NAME General Electric Models 12C107, B, 12C108, B, 12C109, B, 12T3.B, 12T4, BMANUFACTURER General Electric Co., Electronics Dept., Electronics Park, Syracuse, New YorkTYPE SET Television ReceiverTUBES Twenty

POWER SUPPLY 110-120 Volts AC - 60 CycleTUNING RANGE- Channels 2 thru 13

RATING 1.4 Amp. 117 Volts AC

INDEXAlignment Instructions 6,7

Disassembly Instructions 12

Fine Tuning Drive Cord Stringing 16

Horizontal Sweep Circuit Adjustments 12Parts List And Description 13 thru 16

Photographs

Cabinet - Rear View 12

Capacitor And Alignment Identifications 4, 9

Photographs (Continued)Chassis - Top View

RF Tuner

Resistor And Inductor Identifications

Schematic (Main) .'Schematic (Alternate Tuner)Tube Placement Chart

Voltage And Resistance Measurements ...

3

10

11,18

2

. . . 1 7

...5

s o5? "iG zO 32oo 2s >w1"> m-. IN) m

02

"

HOWARD W. SAMS & CO., INC. Indianapolis 1, Indiana"The listing of any available replacement part herein does not constitute in anycase a recommendation, warranty or guaranty by Howard W. Sams & Co., Inc.,as to the quality and suitability of such replacement part. The numbers of theseparts have been compiled from information furnished 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 or pictorial con-

tent, in any manner, is prohibited. No patent liability is assumed with respect tothe 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 reservedunder Inter-American CopyrightUnion tl 910) by Howard W. Sams & Co., Inc." Printed in U. S. of America

DATE 3-51 SET 125 FOLDER /

END RF AMP.

6BC5CONVERTER

;12AT7

THE COOPERATION OF THE MANUFACTURER OF THISRECEIVER MAKES IT POSSIBLE TO BRING YOU THIS SERVICE

SWONVOL COKT-a*,

A PHOTOFACT STANDARD NOTATION SCHEMATIC

Howard W. Soms & Co., Inc. 1951

DOTTED IN WJTTS AREMODELS. WHEN DOT!USED POINTS MARKED

PAGE 2

y?TS ARE NOT USED IN ALL

1EN DOTTED IN PARTS ARE. MARKED V. ARE BROKEN.

GENE

RAL

ELEC

TRIC

M

ODEL

S12

C10

7, B,

12

C10

8, B

, T2

C1O

9, B

, 12

T3,

B,

12T4

, B

a a

I mCH

ASSI

S TO

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'a

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IZI

'fl

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10O

W

3121

1331

3 1V

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39

CHAS

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ITO

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AND

AL

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ON

CONV.

L27

H hI I ! !

i ____ i

2ND. 1STRF AMR RF AMR

L29e

1ST VI DEOIF AMR

1 jl\2ND.VIDEO\F AMP.

f \' VVA 3

TOPVIEW

SYNC.SEP- HORIZ.AFC-SYNC.AMP HORIZ.OSC.

HORIZ. OUTPUT

K>O

O

o "joe 5

?%_ o

s

09

*

TUBE PLACEMENT CHARTPAGE 5

ALIGNMENT INSTRUCTIONSUse an isolation transformer to protect the test equipment.The end of the high voltage lead should be securely taped and dressed away from the chassis.To operate the set with the picture tube removed, short pins 1 and 12 of the picture tube socket.The B- connections refered to in the alignment table are not the receiver chassis. A convenient place of connection for the equipment ground leads !S the

shield between the wafers on the bottom of the tuner, except where a specific point of connection is listed .VIDEO IF ALIGNMENT

Connect the negative lead of a 4.5 volt battery to the junction of H75 and the contrast control, connect the positive lead to B-.Connect the DC probe of a VTVM to pin 1 of V4, common to B-.Adjust the contrast control to read - 4 volts. Remove the VTVM before proceeding with alignment.Turn the channel switch to a channel which causes no spurious indications on scope. To check for spurious responses turn the fine tuning control, if the

response curve changes switch to another channel. Try channel 13.

DUMMYANTENNA

.01MFD

SWEEPGENERATOR

COUPLINGHigh side to junction ofL14 and the high band RFcoils. Low side to B-.

High side to pin 1 (grid)of 6BC5 (V6) . Low sideto B-.

High side to pin 1 (grid)of 6BC5 (V5). Low sideto B-.

High side to pin 1 (grid)o!6BC5(V4). Low sideto B-.

High side to the junctionof L14 and the high bandRF coils. Low side toB-.

SWEEPGENERATORFREQUENCY

45MC(10MC SWP)

MARKERGENERATORFREQUENCY

40MC

44. SMC

45.75MC

42.5MC45.75MC

44.2MC

47.25MC41.25MC

41.25MC42. SMC45MC45.75MC

CHANNEL

See noteabove

CONNECTSCOPE

Vert. amp. thru 10KS2to point . Lowside to B-.

ADJUST

A5.A6,A7

Al

A2

A3

A4

A5, A6,A7

REMARKS

Detune A5 and A6 by turning the cores fullycounter-clockwise. Adjust A7 for MINIMUMmarker indication at the 40MC point onresponse curve. Some receivers do not haveA7.

Short pins 5 and 6 of V5 socket. Adjust forresponse curve similar to figure 1. Removeshort from V5 socket.

Short L29 (A3) . Adjust for response curvesimilar to figure 2. Remove L29 short.

Short L27 (A 4). Adjust for response curvesimilar to figure 3. Remove L27 short.

Adjust for response curve similar to figure 4.

Adjust A5 and A6 for MINIMUM marker indi-cation at the 47.25MC point on response curve.If the set has A7, adjust A7 for MINIMUMmarker indication at the 41.25MC point onresponse curve.

Check for response curve similar to figure 5Aif set has A7, or figure 5B without A7. Iflecessary retouch Al thru A7 for properresponse.

Connect the synchronized sweep voltage from the signal generator to the horizontal input of the oscilloscope for horizontal deflection.

DUMMYANTENNA

. 01MFD

SWEEPGENERATOR

COUPLINGHigh side to pin 1 (grid)of 6AU6 (V8). Low sideto B-.

SWEEPGENERATORFREQUENCY

4.5MC(500KC SWP)

MARKERGENERATORFREQUENCY

4. SMC

CHANNEL

Anychannelnot usedlocally .

CONNECTSCOPE

Vert. amp. thru 10KS1to point . Lowside to B-.

Vert. amp. thru 10KS2to point . Lowside to B-.

ADJUST

AS, A9

AID, All

REMARKS

Adjust for maximum amplitude and symmetryas per figure 6.

Adjust A10 so 4. SMC occurs at center of "s"curve as per figure 7. Adjust A-ll for max.amplitude and straightness of crossover lines.

RF ALIGNMENTLeave the bias set at -4 volts as during video IF alignment.The sweep generator output lead should be terminated with its characteristic impedance, usually 50 ohms.Connect approximately 400MFD of electrolytic capacitors, 350 volt; between the tuner B+ line and the tuner chassis (B-). This will help prevent hum

interference with the response curve on the oscilloscope..

DUMMYANTENNA

Two 120S2carbonresistors

SWEEPGENERATORCOUPLING

Across antenna terminalswith 120JJ in each lead.

SWEEPGENERATORFREQUENCY

213MC(15MC SWP)

207MC(15MC SWP)

201MC(15MC SWP)

195MC(15MC SWP)

189MC(15MC SWP)

183MC(15MC SWP)

177MC(15MC SWP)

85MC

79MC(15MC SWP)

69MC(15MC SWP)

63 MC(10MC SWP)

57MC(15MC SWP)

MARKERGENERATORFREQUENCY

211.25MC215.75MC

205.25MC209.75MC199.25MC203.75MC193.25MC197.75MC187.25MC191. 7 SMC181.25MC185.75MC175.25MC179.75MC

83.25MC87.75MC

77.25MC81.75MC67.25MC71.75MC

61.25MC65.75MC

55.25MC59.75MC

CHANNEL

13

12

11

10

9

8

7

6

5

4

3

2

CONNECTSCOPE

Vert, any) thru 10KSJto point ^ ). Lowside to B-.

"

ADJUST

A12.A15

A14,A15

A16, A17

REMARKS

Adjust for response curve similar to fig. 8.

Check all high band channels for responseabove the limits shown in fig. 9. If necessarymake compromise adjustments of A12 and A13.

Adjust A14 to place 83.25MC markers and A15to place 87.75MC marker as shown in fig. 10.

?heck for response above the limits of fig. 11.If necessary make compromise adjustmentsof A14 and A15 .

Adjust A16 to place 61.25MC marker and A17o place 67.75MC marker as shown in fig. 10

Dheck for response above the limits shown inigure 11. If necessary make compromise ad-ustments of A16 and A17.

14

15.

PAGE 6

ALIGNMENT INSTRUCTIONS CCONTJ

18.

19.

OSCILLATOR ALIGNMENTLeave the bias set at -4 volts.The sweep generator output lead should be terminated with its characteristic impedance, usually 50 ohms.Set the fine tuning control to the mid-position of its range .

DUMMYANTENNA

Two 120Ocarbonresistors

"

SWEEPGENERATOR

COUPLINGAcross antenna terminalswith 120J2 in each lead.

"

"

DUMMYANTENNA

.01MFD

SWEEPGENERATORCOUPLING

High side to pin 2 (grid)of 12AT7 (V7) . Lowside to B-.

SWEEPGENERATORFREQUENCY

213MC(15MC SWP)

207 MC15MC SWP)201MC

(15MC SWP)195MC

(15MC SWP)189MC

(15MC SWP)183 MC

(15MC SWP)177MC

(15MC SWP)85MC

(15MC SWP)79MC(15MC SWP)69MC(15MC SWP)63MC(15MC SWP)57 MC(10MC SWP)

SWEEPGENERATORFREQUENCYNot used

MARKERGENERATORFREQUENCY211.25MC215.75MC

205.25MC209.75MC199.25MC203.75MC193.25MC197.75MC187.25MC191.75MC181. 2 SMC185.75MC175.25MC179.75MC

83.25MC87.75MC

77.25MC81.75MC

67.25MC71.75MC

61.25MC65.75MC

55.25MC59.75MC

4. SMCMARKER

GENERATORFREQUENCY4. SMC

(400 1 Mod.)

CHANNEL

13

12

11

10

9

8

7

6

5

4

3

2

TRAP ADJ

CHANNEL

AnyChannelnot usedlocally

CONNECTSCOPE

Vert. amp. to point^>. Low side to B-.

"

USTMENTCONNECT

SCOPE

Vert. amp. thrudetector probe to pin2 of picture tube.Low side to B- .

ADJUST

L20

A18

A19

A20

A21

A22

ADJUST

A23

REMARKS

Expand or compress turns to place videomarker at 50% as shown in figure 12 .

Check to see that the video marker can beproperly placed well within the range of thefine tuning control. If not, make compromiseadjustments of L20.

Adjust to place video marker at 50% as shownin figure 12.

"

"

"

REMARKS

Adjust for MINIMUM 400 1. indication onscope .

HIGH CHANNEL TRAP ADJUSTMENTThe high channel trap (A24 and A25) may be used to eliminate any one of the high channel interferences on the corresponding low channel shown.

Channel 8 on channel 4.Channel 11 on channel 5.Channel 13 on channel 6.

The trap is set at the factory to eliminate channel 11 interference on channel 5.If none of the above combinations of channels exists in the area where the receiver is to operate, the trap need not be adjusted.

FIG. FIG.2

8Q Z

K> "JG Qo 2* n

_ OK> O-H "

3s

FIG.5A F I G . 5 B FIG.6 FIG.7

FIG.8 FIG.9 FIG 10 FIG.

PAGE 7

iVO

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Item

V 1

V 2

V3

V 4

V 5

V 6

V 7

V8

V9

V 10

V 1 1

V 12

V13

V!4

V15

V 16

V 17

V 18

V 19

V20

Tube

6AU

6

6BC

5

12A

T7

6BC

5

6BC

5

6BC

5

12A

T7

6AU

6

6AU

6

6AL5

6SQ7

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GT

6SL7

GT

12SN

7GT

6AL5

12SN

7GT

19BG

6G

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1B3G

T

12K

P4A

Pin 1

0V -. 3V

DC

200V

DC

-. 6V

DC

ov -.3

VD

C

65V

DC

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DC

OV -. 6V

DC

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Pin

2

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.3V

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.4V

DC

A . 3V

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-.6V

DC

1.7V

DC

OV OV -. 3V

DC

100V

AC

150V

DC

340V

DC

-4V

DC

220V

DC

100V

AC

OV

Pin

3

20V

AC

13VA

C

OV 60V

AC

53V

AC

45V

AC

OV 3 2 VA

C

28V

AC

15VA

C

OV 210V

DC

OV 35V

DC

30V

DC

61VA

C

OV OV 370V

DC

Pin

4

2 6 V

AC

20V

AC

7VA

C

54VA

C

46V

AC

39V

AC

26V

AC

38V

AC

21V

AC

21VA

C

OV 170V

DC

-.2V

DC

-I.

2V

DC

68V

AC

-30

VD

C

OV 225V

DC

Pin

5

165V

DC

130V

DC

7VA

C

230V

DC

110V

DC

13

5VD

C

2 6 VA

C

165V

DC

225V

DC

.1V

DC

OV 30V

DC

70V

DC

235V

DC

9VD

C4.

5VD

C

-2.

8V

DC

190V

DC

-28

VD

C

235V

DC

Pin

6

165V

DC

130V

DC

135V

DC

120V

DC

110V

DC

illSV

DC

290V

DC

140V

DC

25V

DC

OV 90V

DC

65V

DC

35V

DC

OV 5VD

C3V

DC

OV .2V

0C

240V

DC

235V

DC

Pin 7

2VD

C

1VDC

-4.

3V

DC

.3V

DC

.4V

DC

.3

VD

C

65V

DC

1.7V

DC

OV -.1V

DC

14V

AC

75V

AC

61VA

C

75V

AC

-11

VD

C

80V

AC

80V

AC

28V

AC

Pin 8

OV 65V

DC

7VA

C70

VD

C40

VD

C

5 5 VA

C

60V

AC

68VA

C

230V

DC

5 5 VA

C

Pin

9

I3V

AC

32V

AC

TOP

CA

P

* D

O N

OT

MEA

SUR

E

7VA

C.2V

DC

PIN

10

320V

DC

PIN

1111

0VDC

.

OVPI

N 12

OV

Hem

V 1

V 2

V 3

V 4

V 5

V 6

V7

V 8

V9

V 10

V 1 1

V 12

V 13

V 14

V 15

V 16

V 17

V 18

V 3

9

V20

Tube

6AU

6

6BC5

12A

T7

6BC

5

6BC5

6BC5

12A

T7

6AU

6

6AU

6

6AL5

6SO

7

25L6

GT

6SL7

GT

12SN

7GT

6AL5

12SN

7GT

19BG

6G

25W

4GT

1B3G

T

12K

P4A

Pin

1

on 2. 5

Meg

.

t5.6

KJ2

2. 5

Meg

.

68KS

J

*68

Kn

20K

n

7. 7n

56KS

1

Inf.

33KS

Z

Inf.

3.5

Meg

.

t4. 3M

eg.

t7.3

Meg

.

I.I

Mee

.

3.2

Meg

.

IMeg

.

Inf.

Inf.

8O

Pin

2

2.5

Meg

.

lOOn

lOK

n

39n

47n

l47

n

2.2

Meg

.

220n

1.8n

Inf.

4. 7

Meg

.

eon

t48K

n

!2.7

Kn

2. 2

Meg

.

T70

Kn

eon

Inf.

Inf.

IMeg

.

Pin

3

17f!

13O

,2S

I

44n

39n

34S2

on 26n

25n

15n

on tsoon

on e.TK

n2.

7Kfi

4 on

on on 200K

SJ

Inf.

PIN

10

3.

3Kn

Pin 4

2 on

nn

sn 4on

sen

sin 2on

29n

2 on

2 on

on t39K

n

2.2

Meg

.

lOOKn

43SZ

65K

n

Inf. tisoK

n

Inf.

Pin

5

tlOKS

J

tlOK

n

8f!

tixn

47

n

t525

n

2 on

tiiKn

t2Kn

22K

n

on 470K

n55

0Kn

*25

K!J

t4.3

Meg

.

t7.3

Meg

.

1.1

Meg

.

35

Kn

IMeg

.

t75n

Inf.

PIN

1124

0Kn

52

0KS!

Pin

6

tlOK

n

tlOK

H

t39K

n

t48K

fi

47

n

t525n

*8.

2Kn

T40K

n

tisoK

n

Inf.

t220

Kf!

i.2Kn

on 68K

n19

0Kn

Inf. 42n

tson

t7on

Inf.

PIN

12

on

Pin

7

270n

loon

220K

n

39n

47n

47

n

20K

n

22 on

i.sn

22K

n

I4n son

4on

son

120K

n

son

son

2sn

Inf.

Pin 8

on i8Kn

sn i.3Kn

ssn

44n

43SJ t2o

onss

n

Inf.

Pin 9

isn 2sn

TO

P C

AP

#5on

TOP

CAP

#470

Kn

TA

KEN

W

ITH

V

ACU

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T

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Vo

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Pi

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5.

Fron

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cont

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imum

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6.

Whe

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RF TUNER

RF TUNERPAGE 1O

ICH

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M VI

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H3N

39

HEIGHT CONTROL

HORIZONTAL DRIVECONTROL

WIDTH

HORIZONTALLINEARITY

HORIZONTALFREQUENCY

VERTICAL LINEARITYCONTROL

FOCUSSWITCHCABINET-REAR VIEW

HORIZONTAL SWEEP CIRCUIT ADJUSTMENTSTurn the set on and tune in a TV station, preferably a test pattern.

Turn the horizontal hold control to the mid-position of its range.

Adjust the horizontal frequency slug (Bl) until the picture synchronizes horizontally.Turn the horizontal drive control to maximum counter-clockwise and then 1/3 revolution clockwise. If white vertical

lines appear in the picture adjust the drive control slightly just sufficiently to remove the white lines.Adjust the width slug (B2) until the picture fills the mask horizontally.Adjust the horizontal linearity slug (B3) until the picture is symmetrical from left to right,

DISASSEMBLY INSTRUCTIONS1. Remove eight push-on type control knobs from front panel.

2. Remove twelve wood screws holding rear cover to cabinet.

3. Disconnect built-in antenna. Remove rear cover.

4. Disconnect speaker leads.

5. Remove six bolts from beneath the chassis. Remove chassis.

6. Remove two 7/16" hex nuts securing picture tube brace. Remove chassis.

7. Remove four 11/32" hex nuts holding speaker to cabinet. Remove speaker.

NOTE: FOR PICTURE TUBE REMOVAL , IT IS NECESSARY TO REMOVE CHASSIS AS OUTLINED ABOVE.

PAGE 12

PARTS LIST AND DESCRIPTIONSTUBES (SYLVANIA or Equivalent)

ITEMNo.

VIAB

V2V3V4V5V6,V7V8V9V10VUV12V13

V14V15V16

V17VISV19V20

USE

1st RF Amp.1st RF Amp.2nd RF Amp.Converter1st Video IF2nd Video IF3rd Video IFVideo Amp.Sound IF Amp.LimiterRatio Del.AF Amp.Audio OutputSync. Sep. -Sync.Amp.Vert. Mult.Hor. Phase Discr.Hor. AFC-Hor.Osc.Hor. OutputDamperHV Reel.Picture Tube

REPLACEMENT DATAG. E.

PART No.6AU66AB46BC512AT76BC56BC56BC512AT76AU66AU66AL56SQ725L6GT

6SL7GT12SN7GT6AL5

12SN7GT19BG6G25W4GT1B3GT12KP4A

STANDARDREPLACEMENT6AU66AB46BC512AT76BC56BC56BC512AT76AU66AU66AL56SQ725L6GT

6SL7GT12SN7GT6AL5

12SN7GT19BG6G25W4GT1B3GT12KP4A

RMABASETYPE

7BK5CE7BD9A7BD7BD7BD9A7BK7BK6BTBQ7AC

BSD8BD6BT

8BD5BT4CG3C12D

NOTES

CAPACITORSCapacity values given in the rating column aand Paper Capacitors, and in mmfd. for Mica

re in nifd. for Electrolyticand Ceramic Capacitors.

ITEMNo.

ClC2C3C4A

BC

C5ABC

C6C7C8C9CIOCllC12C13A

BC14CISC16C17CISC19C20C21C22C23C24C25C26C27C28C29C30C31C32C33C34C35C36C37C38C39C40C41C42C43C44C45C46C47C48C49C50C51C52C53C54C55C56C57C58C59C60C61C62C63C64C65C66C67

RATINGCAP.

3001258010501001040101301501506806808008008003.350006808003.3800121.551500800800225800500050005000.55000565500050005000500022550005000500050005000500050005000.0218100.056A.005.250005000500050001005000500050005000.001

VOLT

1503503003501007545030015050450

500

500

500

500

500500

200

500500

500500

400500500200500400600200

500

600

REPLACEMENT DATAG. E.

PART No.RCE-110RCE-111RCE-112RCE-089

RCE-100

RCE-090RCE-092UCW-032UCW-032UCW-048RCW-3027RCW-3026RCN-027

HCN-028

UCW-048RCW-3026RCN-028RCW-3026UCG-2006RCW-1056UCG-1005RCW-026RCW-3026RCW-3026UCG-1012UCG-1005RCW-3026RCW-3014RCW-3014RCW-3014

RCW-3014

UCG-1005RCW-3014RCW-3014RCW-3014RCW-3014UCG-1012UCG-1005RCW-3014RCW-3014RCW-3014HCW-3014RCW-3014RCW-3014RCW-3014RCW-3014UCC-041UCW-2010

UCC-045UCU-002UCC-048UCC-039UCC-050RCW-3014RCW-3014RCW-3014RCW-3014UCU-028RCW-3014RCW-3014RCW-3014RCW-3014UCC-035

AEROVOXPART No.

E48A10E48A7AFH16GAFH2H1020C

AFH2J8G2D

PRS150/4PRS450/30SI150SI150SI680

BPD-0008TBPD-0008[ BPD-0008

SI3.3NPOBPD-005SI680BPD-0008SI3.3NPOBPD-0008

SI1. 5NPO1469-000005SI1500BPD-0008BPD-0008

1468-000005BPD-0008BPD-005BPD-005BPD-005P288-5BPD-005

1468-000005BPD-005BPD-005BPD-005BPD-005

1468-000005BPD-005BPD-005BPD-005BPD-005BPD-005BPD-005BPD-005BPD-005P488-02

1469-0001P288-05

P488-1P688-005P488-22BPD-005BPD-005BPD-005BPD-0051468-0001BPD-005BPD-005BPD-005BPD-005P688-001

CENTRALABPART No.

D6-151D6-151D6-681

DD-801DD-801 1DD-801 jTCZ-3.3DD-502D6-681DD-801TCZ-3.3DD-801TCZ-12TCZ-1.5

D6-152DD-801DD-801TCZ-22TCZ-4.7DD-801DD-502DD-502DD-502

DD-502TCZ-56TCZ-4.7DD-502DD-502DD-502DD-502TCZ-22TCZ-4.7DD-502DD-502DD-502DD-502DD-502DD-502DD-502DD-502DF-203TCZ-18TCZ-100DF-503

DF-104D6-502

DD-502DD-502DD-502DD-502D6-101DD-502DD-502DD-502DD-502D6-102

CORNELL-DUBILIER

PART No.UPE3015UPE12535UP8030UPT307

UPT306

BBR1-50TBR3045A

1D5D51D5D51D5D5GT2P5ID5D5

5W5V51D5D51D5D51D5D51D5D5

5W5V51D5D51D5D51D5D51D5D51P5D51D5D51D5D51D5D5PTE4S2

5R5T1PTE4S5

PTE4P1PTE6D5GT4P21D5D51D5D51D5D51D5D55W5T11D5D51D5D51D5D5LD5D5PTE6D1

ERIEPART No.

GP2K-150GP2K-150GP2K-680

801-001812-2 x 001NPOK-3.3811-005GP2K-680801-001NPOK-3. 3801-001NPOK-12NPOK-1. 5NPOK-5GP2L-0015801-001801-001NPOK-22NPOK-5801-001811-005811-005811-005

811-005NPOM-56NPOK-5811-005811-005811-005811-005NPOK-22NPOK-5811-005811-005811-005811-005811-005811-005811-005811-005

NPOK-18NPOM-100

811-005

811-005811-005811-005811-005GP1K-100811-005811-005811-005811-005GP2L-001

SPRAGUEPART No.

TVL-1434TVL.-1638TVL-1573TVL-3608

TVL-3772

TVA-1300TVA-171119C1219C1219C17

19C129C7 |

29C119C119C1

19C1

MS-5529C819C119C129C12MS-5519C129C129C129C12TM-P529C1

MS-5529C129C129C!29C129C12MS-5529C129C129C129C129C129C129C129C14TM-S2

MS-312TM-S5

4TM-P16TM-D52TM-2229C129C129C129C11FM-3129C129C129C129C16TM-D1

IDENTIFICATION CODESAND

INSTALLATION NOTESVoltage Doubler Cap.FilterFilter FilterA Output Cath. Byp.Vert. Output Cath. Decoupling * DecouplingA V. Amp. Cath.Stabilizing Cap.Vert. Output Dec.RF CouplingRF Coupling1st RF Amp. Cath.1st RF Amp. Plate Dec.1st RF Amp. Plate Dec.1st RF Amp. Fil.AGC FilterRF Coupling2nd RF Amp. Dec.2nd RF Amp. Cath.2nd RF Amp. Fil.RF CouplingOsc. Plate BypassFixed PadderOsc. CouplingFixed TrimmerMixer Plate Dec.Conv. Fil. BypassConv. Fil. BypassFixed TrimmerIF Coupling1st V. IF Cath.1st V. IF Screen1st V. IF Dec.RF BypassAGC Filter1st V. IF Fil.Fixed TrimmerIF CouplingRF Bypass2nd V. IF Dec.2nd V. IF Cath.2nd V. IF Fil.Fixed TrimmerIF CouplingRF Bypass3rd V. IF Dec.3rd V. IF Dec.3rd V. IF Dec.3rd V. IF Fil.RF BypassAGC FilterAGC FilterVideo CouplingS. IF CouplingFixed Trimmer2nd V. Amp. Cath.Fixed TrimmerVideo CouplingVideo Coupling Pic. Tube Cath. Dec.1st S. IF Screen1st S. IF Cath.1st S. IF Plate Dec.1st S. IF Fil.Limiter Grid FilterLimiter ScreenLimiter Plate Dec.Limiter Fil. BypassRF BypassDiode Load Cap.

52G Z

K>

o 2

OB > K>

38

PAGE 13

PARTS LIST AND DlCAPACITORS CCONTO

ITEMNo.

68C69C70CT1C72C73C74C75C76C77C78C79C80C81C82C83C84C85C86C87

C88C89C90C91C92C93C94C95C96C97C98C99C100cimC102C103CIMC105C106C107C108C109C110cmC112CH3C114C115cuecinC118C119

HATINGCAP.

.0025000.0150005000.003.0150005000.1.005.02220.O.05.001.0024704701000

.15000.03.05.02130.05100680.013900.05.0247022010001800390050006225000

.0022.1.1.550022022022047220

VOU

600

200

600600

40010006005006006006006005005001000

200

600600600500600500500600500200200500500500500500

800500

1000600600200200005005005005001500

REPLACEMENT DATAG. E.PART No.

UCC-036RCW-30MUCC-040RCW-3014RCW-3014DCC-037RCN-018RCW-3014RCW-3014HCC-048RCC-059DCC-041ecu-loseRCN-018DCC-045UCC-035UCC-036UCU-1044OCU-1044RCU-290

UCC-048RCW-3014HCC-042UCC-045DCC-041UCU-2031UCC-045UCU-028UCU-048RCN-018UCU-2066UCC-045UCC-041UCU-1044UCH-1036DCU-052UCU-1058UCU-2066RCW-3014RCU-286UCG-1012RCW-3014HCN-019DCC-048UCC-048UCC-052RCN-023DCU-036UCU-036UCU-036UCU-1520HCU-295

AEROVOXPART No.

P688-002BPD-005P488-01BPD-005BPD-005P688-003P688-01BPD-005BPD-005P488-1P1088-005P6B8-021469-00025P688-01P688-05P688-001P688-0021468-00051468-00051464-HV-

001P288-1BPD-005P688-03P688-05P688-021469-00015P688-051468-0001SI680P688-011467-004P288-05P488-021468-0005SI2201464-0011464-0021464-004BPD-005

1468-000025BPD-005PI 088-0022P688-1P688-1P288-5BV20C1468-000251468-000251468-000251468-00005

CENTRALABPART No.

D6-202DD-502O6-103DD-503DD-502O6-302D6-103DD-502DD-502DF-104

DF-203D6-221D6-103DF-503D6-102D6-202D6-471D6-471

DF-104DD-502

DF-503DF-203TCZ-130DF-503D6-101D6-681D6-103D6-402DF-503DF-203D6-471D6-221D6-102Q6-182D6-402DD-502

TCZ-22DD-502

TV3-502D6-221D6-221D6-221D6-470

CORNELL-DUBIL1ER

PART No.PTE6D21D5D5PTE4S11D5D51D5D5PTE6D3PTE6S11D5D51D5D5PTE4P1PTE16D5PTE6S25R5T25PTE6S1PTE6S5PTE6D1PTE6D25W5T55W5T5

PTE4P11D5D5PTE6S3PTE6S5PTE6S25R5T15PTE6S55W5T11W5T7PTE6S11D5D4PTE4S5PTE4S25W5T5

1R5D11B5D21DR5D41D5D5

5W5Q251D5D5PTE16D2PTE6P1PTE6P1GT2P5

5W5T255W5T255W5T255W5Q5

ERIEPART No.

GP2U-002811-005821-01811-005811-005GP2M-003821-01811-005811-005

GP2K-220821-01

GP2L-001GP2H-002GP2K-470GP2K-470

811-005

GP1K-100GP2K-680821-01GP2M-004

GP2K-470GP2K-220GP2L-001GP2M-0018GP2M-004811-005

GP1K-22811-005

GP2K-220GP2K-220GP2K-220GP1K-47

SPRAGUEPART No.6TM-D229C14TM-S129C129C16TM-D36TM-S129C129C14TM-P1HB-D56TM-S2HS-3256TM-S16TM-S56TM-D16TM-D21FM-351FM-35

2TM-P129C16TM-S36TM-S56TH-S2MS -3156TM-S51FH-351FM-376TM-S11FH-242TM-S52TM-S21FU-3519C13MS 21MS-22MS-2429C1

MS-42529C1MB-D226TM-P16TM-P12TM-P5

1FM-3251FM-3251FM-3251FM-47

IDENTIRCATION CODESAND

INSTALLATION NOTESDe-emphasisAudio CouplingTone Comp. Vol. Control IsolationAudio CouplingDe-emphasisAudio CouplingOutput Cath. Byp.Output Cath. Byp.Output ScreenOutput Plate Byp.Sync. CouplingSync. CouplingSync. CouplingRF BypassIntegrator Net.Integrator Net.Vert. Sync. CouplingVert. MVGridVert. MV Feedback

Vert. MV Cath.Vert. DischargeVert. DischargeIntegrator Net.Vert. Sweep CouplingHor. Sync. CouplingHor. FeedbackAFC FilterAFC FilterAFC FilterAFC FilterAFC FilterAFC FilterHor. AFC CouplingFixed TrimmerFixed TrimmerHor. Osc. GridHor. DischargeHor. Sweep CouplingHor. FeedbackHor. Output GridRF BypassHor. Sweep CouplingDamper FilterDamper FilterHor. Sweep CouplingHV FilterFilament BypassFilament Bypass tFilament BypassHor. Output Fil.Fixed Trimmer

"B" version models use 20MFD. /300V, 50MFD/100V, and 100MFD/ 75V in these applications. Mfgr's part No. RCE-115.t Not used in "B" version models.9 Not used in all models.* Used only in models 12C107, 12C107B, 12C108, 12C108B, 12C109, and 12C109B.

CONTROLSITEMNo.

R1ABCD

R2AB

R3ABC

R4AB

R5AB

R6

RATINGRESIST-ANCE

2 Meg.500KQ

Shaft EndSwitch

100KO125KO

100KO500KO

Shaft End

26KOShaft3 Meg.Shaft40000

WATTS

iI

i!11ii2

REPLACEMENT DATAG. E.PART No.

() \1