RCAVICTOR CT-100 User Manual

Entire Contents C op y ri g ht e d

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EN VEL OP E AN D CO NTE NTS PRINT ED IN U .S .A .

RCA

MODEL CT-IOO

Colo r TV R ece i ver

pu bli s he d b y H OW AR D W. SA MS & C O. , I NC . , I n d i a n a p o l is s, In d i a na

P ho to fa ct * Folder

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*T*AOC MARK

DC

CONVER

GENCE

CONTROL

FOCUS

CONTROL

RCA VICTOR

MODEL CT-100 (Ch. CTC2)

2 0

o

m

CONTROL

TRADE NAME RCA Victor Model CT-100 (Ch. CTC2) MANUFACTURER RCA Victor Div., Radio Corp. of America, Camden, N, J. TYPE SET Television Receiver TUBES Thirty-seven

POWER SUPPLY 110-120 Volts AC-60 Cycle RATING 4. 44 Amp. @ 117 Volts AC TUNING RANGE- Channels 2 thru 13 VHF, 14 thru 83 UHF, Video IF 45. 75MC, Sound IF 41. 25MC ( Inte r c a r rie r )

CONTROL

TUNING SELECTOR

INDEX

Photograph (Cont) Block Diagram

Disassembly Instructions ......................................

Miscellaneous Adjustments ....................................

Parts List and Discriptions

Photographs Service Location Adjustments ................................

Cabinet-Rear V ie w ......................................

Capacitor Identification (C6-C116) Capacitor Identification (C121-C202)

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

High Voltage Compartment

RF T uner........................................................

........................................................ Resistor Identification (R1-R179)

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

..................................27 thru 33

.

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

...........

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

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

.

12

21, 24

22, 23

10

Resistor Identification (R187-R290)„ Trans., Inductor & Alignment Identification ..

Resistance Measurements ....................................

Schematic (Tuner)......................................

Schematic (TV) Tube Replacement Chart (Bottom View) Tube Placement Chart (Top View)

Waveforms

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

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

.. ..

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

..........

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

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

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

. 19,

. 20,

..

.. 13,

26 25 37

34

, , 3

q S

7* >

° o G 0

r> to

12 14

2 13 14

“ The listing o f any ava ilable replacem ent pa rt herein does not constitute in any case a recommendation, w a rra n ty or guaranty by How ard W . Sams & Co., Inc., as to the q uality a nd s uita bility of such replacement part. The numbers of these parts have been compiled fro m information furnished to How ard W . Sams & Co., Inc., by the m anufacture rs o f the particular type of replacement p art liste d ." “ Reproduction or use, without express permission, of editorial or pictoria l con

HOWARD W. SAMS & CO., INC. • India nap ol is 5 , India na

tent, in any manner, is prohibite d. No pate nt liability is assumed with respect to the use of the information containe d herein. C opyright 1954 by Howard W. Sams & Co., Inc., Indianapolis 5, Indiana, U. S. of Ame rica. Copyright und er In ternational Co pyright Union. A ll rights reserved u nder Inter-American Copy right Union (1910) by H oward W. Sams & Co., Inc." Printed in U. S. o f America

DATE 9 -54

SET 252 FOLDER 11

PAGE 2

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\ PHOTOFACT STANDARD NOTATION SCHEMATIC

©Howard W. Sams & Co., Inc. 1954

1ST VIDEO AMP

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W l ®6CL6

c

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3

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O o

m r*

_ »

2 o

7* >

o <

o O

n O

n

RCA VICTOR

MODEL CT-lOO (Ch. CTC2)

wi

Scanned by mbear2k - Jan 2012

ALL WAVEFORMS TAKEN WITH NTSC COLOR-BAR GENERATOR SET TO PRODUCE FIVE SATURATED COLOR BARS — GREEN, YELLOW, RED, MAGENTA, & B LU E

----

UNLESS OTHERWISE NOTED.

K H H K 5 5 M

W2

W 3 -N O T E I

W4 —NOTE I

W 5 —NOTE 1

7875^j

1

J v

p-p

112V

P-P

W6— NOTE I

W 11—NOTE I WI2 —NOTE I

F

120V

P-P

7 8 7 5 ^

WI6— NOTE I

94 V

P-P

W 7—NOTE I

WI7—NOTE I

7875\

W 2 1

W 2 6 - NOTE 3

787 5 '^/

W3I

7IV

P-P

M

9V

W 22

W27 — NOTE 3

W32

- r

4V

P-P

30^,

_

L

24 V

P-P

7875'V/

W8-NOTES I & 2

W I3-N O T E I

~T

WI8 — NOTE I

W 23

15V

P-P

30 \ /

10V

p-p

W 9—NOTE I

WI4—NOTE I

WI9 —NOTE I

420V

P-P

7875 'X /

WIO —NOTE I

W15 ~ NOTE I

W 20

■ M B H | m | | I l T ' 7a75t^

W 24 —NOTE 3

W 25

39V

P-P

7875*'V

~ ~T v SSB jiflG X

prp N _ prp ■ I H H I I p'p m m m m m ? <p

797V V ^ 7 8 73 ^ ■ « H « j ■ B H H C te ? '

W28 — NOTE 3 W29 —NOTES 3 &4

| 7875 'X,

12V

W30-NOTES 3 14

,-p

O S

W33

W 34 W35

MODEL CT-100 (Ch. CTC2)

RCA VICTOR

B B S K * K K B E

W36

IBS:

W4I

NOTE 1. TAKEN WITH BLACK AND WHITE TEST PATTERN. NOTE 2. TAKEN WITH V18 REMOVED FROM SOCKET.

B

W37

W42

,lv

P-P

7 8 7 5 \j

,96V

P-P

7 8 7 5 ^

W38

20V

P-P

78 7 5*^

W43

NOTE 3. TAKEN WITH LOW CAPACITY PROBE. NOTE 4. TAKEN WITH GENERATOR SET TO PRODUCE VERTICAL "I" & "

W 39

W 44

-----

86V

7 8 7 5 ^

F

P-P

SET 252 FOLDER 11

I 7875l'\,

W 40

W45 —NOTE I

PAGE 3

T

10V

P-P

IV

P-P

3(KVy

RF TUNER-BOTTOM VIEW-CAPACITOR IDENTIFICATION

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PAGE 4

ALIGNMENT INSTRUCTIONS

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The high vo ltage sho uld be d isa ble d by rem ov ing the fuse (M5) in s e ri e s with pin 7 of the defle ction yoke so cket.

Ground pin 2 (grid) of 6CL6 (V8).

DUMMY

ANTENNA

.01MFD High s ide to term inal

Us e fre q uency modu lated signal w ith 60% m odulation and 450KC sweep. Use 120% saw too th voltage in sco pe f o r horizo n tal d eflec tion. Ground pin 2 (grid) 6CL6 (V8).

DUMMY

ANTENNA

. 01MFD High side to term in a l

If the scope to be used do es not have a sensitivity of 1 m illivolt per in ch a suitable pre a m plifie r may be n e c essary . A VHF sign a l g en e rato r of cry sta l ac c u racy should be used to pro vid e m arkers.

Be ginning with ste p 7 the sw eep o r signa l g e n e rato rs will be conne cted to the front t erm inal of the K3E c r y s t a l mix e r. Since e x tre m ely sh o rt leads must be employ ed in m aking th e se conn ections it i s reco m m en d ed th at the KRK12C input h ead show n in Fig. 4 sh ould b e c o n str u cte d and used in o r d e r to ob ta in r e lia b l e r esponse curv e s. Thre e 7. 5 volt b a t terie s capable of w ith standing c o nsid e rabl e c u rr e n t d r ain a re req u ired . Connect two 7. 5 vo lt b a tteri e s in s e r ie s with a 1000 pote n tio m e ter a c r o s s th e 15 v olt com bination. Also, con nect a 1000ft p o ten tio m eter ac ro s s the th ird

7. 5 v olt batter y . Conne ct the p o sitive sid e of th e 7. 5 v olt battery to chassis and the potentiomete r arm to the u ngrounded side of C55 and a d just for-6 volts Co nne ct the s ynchronized sw eep volta ge from the sw eep g e n e rato r to the ho r iz o n tal inp ut of the osc illosc o p e for horizontal de flection.

DUMMY

ANTENNA

.01MFD

»

D ire c t

Fig . 4

"

SIGNAL

GENERATOR

COUPLING

"C " of L 35. Low side to c h a s s is.

SWEEP

GENERATOR

COUPLING

"C " of L 35. Low side to ch a s s is.

SWEEP

GENERATOR

COUPLING

High s id e to pin 2 (grid) of 6CL6 (V8). Low side to c h a s s is.

"

High s ide to pin 2 (grid) of 6CL6 (V8). Low side to c h a ss i s . U se

ve ry sho rt le a d s .

Thru input head ( F ig .4)

to front term in a l of K3E

cry sta l and c h a ss i s .

"

ALIGNMENT INSTRUCTIONS—READ CAREFULLY BEFORE ATTEMPTING ALIGNMENT

SOUND IF ALIGNMENT USING AM SIGNAL GENERATOR AND VTVM

SIGNAL GENERATOR FREQUENCY

4.5 M C (Unmod)

SOUND IF ALIGNMENT USING FM SIGNAL GENERATOR AND OSCILLOSCOPE

SWEEP

GENERATOR

FREQUENCY

4.5M C (450KC Swp)

GENERATOR FREQUENCY

Not use d 47.25M C

44MC

(10MC Swp)

Not used 44.9M C

43MC

(20MC Swp)

Not use d

SWEEP

"

CHANNEL

Any DC probe to po int

MARKER GENERATOR FREQUENCY

4.5 M C

MARKER

GENERATOR FREQUENCY

(400%Mod)

41.25MC "

41.25MC

41.65MC

45.75M C

47.25M C

(Unmod)

42.1MC

41.3MC

41.25MC

45.75M C

41.25MC

(400%Mod)

CONNECT

VTVM

. Com m on to

cha ssis.

DC p rob e to p oint

. Com m on to

ch a ssis .

DC probe to point

. Co mmon to

chassis.

CHANNEL

Any

VIDEO IF ALIGNMENT

CHANNEL

Any V e r t. Am p. (thru

Any no n-

in te r fe r - ing chan nel

CONNECT

SCOPE

Vert.A m p. to point

. Low side to

cha ssis.

V e rt. A m p. to point

<^> . Low side to

cha ssis.

CONNECT

SCOPE

pre - a m p lif ier if neces s ary) to p oint

<0> . Low side to

cha ssis.

V e rt. A m p . to point

<§> . Low side to

cha ssis.

Use VTVM. DC Drobe to point

<£> .C om m o n to

poin t <§> •

V e rt. A m p. thru

de tecto r (det ector

lead o fF ig . 5 ) to poin t <£> . Low side to tu n er c hassis .

V e rt. A m p. thru detecto r (detector lead of Fig . 5) to pin 5 (plate) of 6CB6

(V4). Low side to ch assi s (U se sco pe pre-a m p . if n e c e s  sary ).

ADJUST

Al, A2, A3, A4

A5

"

Adjust f o r max im um defle c tio n. Attenu ate gen er ator output f o r -12 volts on VTVM fo r fin a l pea king of Al th r u A4.

Adjust fo r ze r o r eadin g . A po s itiv e and nega tive readin g w ill be obtained on e ith er sid e of the co r re c t s e tting. Move VTVM to point and retouch A4 fo r m aximum deflec tion and then rep e a t step 2.

Co nnect a 1500ft r e s isto r across term in a l s "B" and "C " (primary ) of L 36. R e a d just A3 for maxim u m de fle ction. D isc o n nect the 1500ft r e sisto r and r e  co nne ct it a c r o ss ter m inals "A" and "D " of L36 and ad just A2 for maxim u m d e fle cti on. R emove the 1500ft resisto r and the ju m p e r fro m pin 2 of V8 to gro und.

ADJUST

Al, A2, A3, A4

A5 Rec onnec t stabiliz ing capac i to r C23. Adjust

ADJUST REMARKS

A6

A7 A8 ,A 9

M0

AH A12

A13, A14

A15

REMARKS

Dis conne ct s tabi lizin g cap ac ito r C 23. A d jus t fo r cu rve of m axim um am plitude and sym 

m e try s i m ila r to F i g . 1.

so that 4.5M C o c c u rs a t center of c r o ss  ov e r l ine s as in F i g . 2 . S LIGHTLY retouch A4 for m aximum am plitude an d str a ightness of cro sso ver lin e s. Rem o ve jum per f rom

pin 2 of V8 to gro u nd. Continue a lignmen t with ste p 4 .

Connect pin 8 (g rid) of 6AN8 (V7) to c h a s sis usin g a sh o r t ju m p er. Ad jus t A6 fo r MINIMUM 400% in dic ation on s cope.

"

Adjust sw e ep genera tor outpu t for 6 volts peak to peak on scope. Couple m ark er gen e r ator loo sely to pin 2 of V 8. A dju st A8 and A9 fo r max imum gain w ith r esponse si m ila r to F ig . 3. While observin g response on scope, a dju s t the sound rejection contr o l

(R22) for maxim u m re jecti o n a t 41,2 5MC.

Re m ove short fro m pin 8 of V7 to c h ass i s . Co nnect the jun ction of R100 and R101 to

chassis w ith sho rt ju m per. A d just for

maxim um d e fle cti on. A tte nuate g e n e rato r

output to main ta in -6 volts on VTVM.

"

Adjus t for maxim um d e fle cti on.A tten u ate

gener ator outpu t for -6 volts on VTVM.

Remove t e s t e quipment and 7 .5 v olt b ias

supply.

Connect a 56ft c a rbo n r e s is to r betw een te rm in a l s "C" and "D " of L15 (on tim er) Couple m ar k e r genera tor loos ely to pin 3 (grid) of 6U8 (V3). Attenua te sw e ep genera to r o utput fo r .3 v o lts pea k to peak on scop e .

Adjust A13 and A14 fo r max im u m gain w ith

response s im ila r to F i g . 6. Rem ove 56ft

resisto r from L15.

Connect th e load le a ds of IF te s t block (F ig . 5) to p in 5 (pla te) of V5 (6CB6) and V6 (6CB6). C onnect the ung rou nded side of C55 to c h a ss i s . A dju st A15 fo r MINIMUM 400% in dic ation on s c o p e. R emove jum p er from ungro und ed side of C55 to chassis.

MODEL CT-lOO (Ch. CTC2)

RCA VICTOR

SET 252 FOLDER 11

PAGE 5

DUMMY

Scanned by mbear2k - Jan 2012

ANTENNA

Fig. 4

Fig.9 &

Fig. 4

Connect the p otentiometer arm of the 15 volt b ias supply to the ungrounded side of C55. Connect the positive side to cha ssis. Adjust for -9 volts at C55. Couple the m arker generator loosely to the grid of the f i rs t video IF am p lifier tube (V4). Connect the synchronized sw eep voltage from the sweep ge nerato r to the horizo ntal input of the o scillo scope fo r h orizontal deflection.

DUMMY

ANTENNA

Fig. 4.

In step 20 choose the pro per pad ( see Fig. 11) to match the output impedance of the sweep gene rator to be used. If the sweep gen era tor does not have built in m ark e rs couple a VHF signal gen erato r loosely to antenna term inals to provide markers. Connect the negative lead of the 7. 5 volt bias supply to the tune r AGC term inal. Connect the positive s id e to ch assis. Adjust the poten tiometer ar m for

- 2 volts at tun er AGC term in al. To minimize R F -IF inte raction rem ove the RF os cilla tor tube (V2/6AF4) fro m its socket. Tu ner alignment as outlined below re q uir es the use of a heterodyne frequency meter. Connect the synchron ized sweep voltage from the sweep g enerator to the horizo ntal input of the o scillosc ope fo r horizon ta l deflection. The sweep ge nerato r output lead should be terminated with its char acte ristic impedance, usua lly 50 ohm s.

DUMMY

ANTENNA

Fig. 11

SWEEP

GENERATOR

COUPLING

Thru input head (Fig. 4) to front termin al of K3E c rystal and chassis

Signal g enerator in se r ies with sound attenuator pad thru input head (Fig .4) to fron t term inal of K3E cr y sta l and chas sis .

Thru input head (F ig.4) to fron t term inal of K3E crysta l and chas sis .

Thru input head (Fig. 4) to fron t term inal of K3E c ryst al and ch a ssis.

SWEEP

GENERATOR

COUPLING

Thru input head (Fig.

4) to front term in al of K3E c rysta l and ch a ssis.

SWEEP

GENERATOR

COUPLING

Thru atte nua to r pad (Fig.

11) to VHF ahtenna termin a ls.

SWEEP GENERATOR FREQUENCY

44MC (10MC Swp)

SWEEP

GENERATOR

FREQUENCY

43MC

(10MC Swp)

SWEEP GENERATOR FREQUENCY

57MC

(20MC Swp)

63MC

(20MC Swp)

69MC

(20MC Swp) 79MC (20MC Swp) 85MC

(20MC Swp) 177MC (20MC Swp) 183MC (20MC Swp) 189MC (20MC Swp) 195MC (20MC Swp) 201MC (20MC Swp) 207MC (20MC Swp) 213MC (20MC Swp)

MARKER GENERATOR FREQUENCY

41.25MC

41.65MC

45.75MC

40.7MC (400'UMbd)

47.25MC (40(KMod)

40.7MC

41.65MC

45.75MC

47.25MC

43.0MC

(40(KMod)

41.25MC

(40(KMod)

43.0MC

(400%Mod)

OVERALL VIDEO IF RESPONSE CHECK

MARKER GENERATOR

FREQUENCY

41.25MC

41.65MC

45.0MC

45.75MC

46.5MC

MARKER GENERATOR FREQUENCY

55.25MC

59.75MC

61.25MC

65.75MC

67.25MC

71.75MC

77.25MC

81.75MC

83.25MC

87.75MC

175.25MC

179.75MC

181.25MC

185.75MC

187.25MC

191.75MC

193.25MC

197.75MC

199.25MC

203.75MC

205.25MC

209.75MC

211.25MC

215.75MC

Any non- interfer- ing channel

Any non- in terfer ing channel

CHANNEL

Any non- in terf e r ing channel

KRK12C VHF TUNER ALIGNMENT

CHANNEL

2

3

4

5 6 7

8

V

10 11 12 13

CONNECT

Ver t. Amp. thru de te cto r (detector lead of Fig . 5) to pin 5 (plate) of 6CB6 (V4). Low side to chassis.(D o not use scope p r e  am p .)

Vert. Amp. thru detector (detector lead of Fig . 5) to pin 5 (plate) of 6CB6 (V5). Low sid< ch a s s is. (Use p r e  am p. if n ecessary )

Ver t. Amp. thru dete ctor (detector lead of Fig. 5) to

pin 5 (plate) of 6CB6 (V5). Low side to chass is. (Do not use pre am p .)

Ver t. Amp. thru de te ctor (detector lead of F ig. 5) to pin 5 (plate) of 6CB6 (V5). Low side to chass is. (Use pre -amp. if ne cessary ).

Vert. Amp. thru detector (detecto r lead of Fig . 5) to pin 5 (plate) of 6CB6 (V5). Low side to chass is. (Use pr e-a m p. if necessa ry)

CONNECT

Ver t. Amp. to point <§> . Com mon to c h a ssis.

CONNECT

Vert. Am p. to point

<0> . Low side to ch a ssis . (Use p r e  amp. if ne ces sary)

SCOPE

Couple m a rke r g enerator loosely to pin 1

A16,A17

(grid) of 6CB6 (V4). Connect the load leads of IF test block (Fig. 5) to pin 5 (plate) of V5 (6CB6) and V6 (6CB6). A ttenuate ge nerator output for .3 volt peak to peak on scope. Adjust A16 and A17 fo r maximum

gain with respo nse sim ilar to F ig. 7. While observing respons e on scop e, adjust the sound level co ntrol (R15) for maxim um reje ction a t 41.25MC.

Connect the load leads of the IF te s t block (Fig. 5) to pin 5 (plate) of 6CB6 (V6) and pin 6 (plate) of 6AN8 (V7). Connect the ungrounded sid e of C55 to chass is. Adjust fo r MINIMUM 40(K respons e on scop e.

Adjust fo r MINIMUM 40(K res pons e on scope. Remove jum p er from ungrounded side of C55 to ch a ssis .

A20, A21

Connect the po tentio m eter arm of the 15 volt bias supply to the ungrounded side

of C55.Connect the positive s id e of c h a ssis.

Adjust the potentio meter a rm for -6 volts at C55. C onnect a jumper from the junction of R100andR 101 to ch a s sis. Couple the signal generato r lo osely to pin 1 (grid) of 6CB6 (V4). A djust fo r respon se sim ilar to Fig. 8.

Note and m ark output level of respon se on scope. This output lev el is to be used as

referenc e in step 18.

Readjust A15 fo r MINIMUM re spons e .

Turn sound level control (R15) counter clockwise (from p osition set in s te p 12) until output level indication on s cope is same as obtained in ste p 16. Remove IF te st block (Fig. 5) and scop e .

ADJUST

A22 A23 A24 A25 (See

Rem arks)

Attenuate sw eep generator output for 6 volt peak to peak on sco pe. Check for resp ons e c urve sim ilar to Fig. 10. If nec essa ry, retouc h A10, A ll and A12 to obtain de sir ed respon se. Exe rcise care to obtain m a rke r respon se exactly as shown in Fig . 10.

Adjust fo r sym m e trica l resp o nse with maximum gain of c enter of band p ass a s in F ig. 12. The cu rve s will have a deep valley due to cry stal loading and nonlinear detector charact e ris tic s ). Do not exeeed lim its shown in Fig s. 12A and 12C. Each channel st rip adjustmen t for an individual channel str ip has a corre sponding ad ju st - ment on all oth er channel s trip s. Since these adju stments a r e identical in positio n and function they a re indicated by the same "A" number in the in tere s ts of sim plifica tion. Ad ju stments A22, A23 and A24 are acce s s  ible thru holes in the top of the tuner as the channel switch is tu rn ed to each channel. Adjustm ent A25 refe rs to coupling capacitor whose positioning a ffects bandwidth of re  spo nse c urv e. NOTE: The valley in the res pons e curve (Fig.l2B) may vary from 0-50% (lower dashed cu rve). If the valley rises above 50% (upper d ashed curve) this is an in dication of ex cessive sweep g enerator out put and the sweep g enerator output should be attenuate d. Oscillator injection voltage is adjusted on UHF channel in se r ts only. Rem ove tes t equipment and rep lac e the oscilla tor tube (V2) in its s ock et.

REMARKS

ALIGNMENT INSTI

4 . 5

FIG.

fig .;

FIG

PAGE 6

AUCTIONS (cont)

Scanned by mbear2k - Jan 2012

L

INPU T TO CR Y S T A L

CO AX IA L

CONNECTOR

(AM PH EN OL-S O-239 )

£ INSID E DIMENS IO NS

TO F IT 1"S QUA RE

' CAN .

Connect the potentiometer arm of arm fo r -9 vo lts a t C55. Use only mid-ran ge position. Connection f

of two holes next to the oscillatoi

Connect oth er end of wire to RF ir

Connect frequency m eter as in step 21.

Thru atte nua to r pad

Fig. 11

(Fig. 11) to VHF antenna term in a ls.

Connect freq. m ete r as in step 21.

Direct High side to point <^> .

Low side to chass is.

Alignment of the UHF portion of the tu ner should not be attem pted un less the following test equipment is ava ilab le, in addition to the usual VHF test equipm ent: UHF sweep g enerator cove ring the frequency range of 470MC to 890MC. A m arker ge n era to r, of c rysta l ac curacy , cov erin g the sam e frequency range. Remove the RF osc illato r tube (V2/6AF4) from its s o c ket Connect the potentiom eter arm of the 15 volt bias supply to the ungrounded side of C55. Connect the positive lead to chassis . Adjust the potentiom eter arm for- 9 vo lts a t C55. Connect the synchronized sweep voltage f ro m the sweep g e nerato r to the horizon tal input of the oscillos cop e fo r horizontal deflection. The sweep generato r output lead should be terminated with its c h arac teri stic im pedance, usually 50 ohms. Set the fine tuning contro l to the m id -p ositio n of its range. If stron g interference is encountered fro m an FM station adjust the FM trap to minimize this in terfe ren ce. This trap is fastened to the tra nsm iss ion line

. inside th e re c e iver cabinet.

DUMMY

ANTENNA

10DB

Attenuator

Pad

Connect the synchro nized sweep voltage from the sweep gene rator to the horizontal input of the osc illosc ope for horizontal deflection.

DUMMY

ANTENNA

.01MFD

This step r equir es the u se of a 100% sa turated color ba r gene rator (If this equipment is not available use the alte rnate m ethod given in step 30.) Connect the vert. amp. of a wide band osc illoscope to re d grid (pin 3) of the pictu re tube. C onnect the high side of the color bar g enerato r to pin 2 (grid) of 6CL6 (V9). Low side to f h ass i s. Adjust A31 fo r MINIMUM colo r su b - c a rrie r indication in the video s ig n al.

.1MFD

These cir cuits are not adjustable. The r esp onse check is made to d eterm ine if the circuits a r e o perating prope rly. Leave the sw eep g enerato r connected as in step 30. Remove the 3. 58MC crys tal (Ml4). Turn the color s aturatio n co ntrol (R9A) to its maxim um counter clo ckw ise position. Connect the scope through the de te cto r (Fig. 5) to each picture tube gr id ( pins 3, 18 and 8). Check fo r res ponse sim il ar to Fig. 16 at each picture tube grid. Attenuate sweep g ener ato r output to p revent ove rload.

These cir cuits are not ad justable. The response c n e ck is m ade to d eterm ine if the circu its a r e operating sa ti sfa cto rily. Connect the v e rtical a m plifier of scope through the d e tecto r (Fig. 5) to point<£>. Low sid e to ch ass is. Connect high side of sweep generator thru . 1MFD c apacitor to pin 1 (grid) of

6BY6 (V31). Low side to c hassis. T urn the color s atu ratio n con trol (R9A) maximum clockwise. Check fo r res p onse sim ila r to Fig. 17A. Move sw eep

ge nerato r to pin 1 (grid) of 6BY6(V30). Connect the v ertic al amplifie r of scope through detector (F ig. 5) to poin t<£> . Check for resp o nse sim ilar to

Fig. 17B. Rem ove test equipment and repla ce the 3. 58MC cry s tal (M14). Remove s h o rt fro m pen 2 (grid) of V8.

SWEEP

GENERATOR

COUPLING

Thru attenua to r pad to UHF antenna term in a ls. Connect UHF m arker ge nerator loosely to

UHF ante nna term in a ls.

SWEEP

GENERATOR

COUPLING

High sid e to pin 2 (grid) of 6CL6 (V9). Low sid e to chass is.

High side to pin 2 (grid) of 6CL6 (V9). Low side to c h a ssis.

the 15 volt bia

enough sweep

or the heterod

tube a t the r

iput of frequen

Not used Fr eq. m eter

213MC (10MC Swp)

Not used Freq. m eter

Not used

GENERATOR

FREQUENCY

Set sweep to

cover channe being aligned (See chart) Use 20MC sweep width

GENERATOR FREQUENCY

Not used

2.5MC (3MC Swp)

s supply to the ungrounded side of C55. Connect the positive s id e to chassi s. A djust p otentiometer

ge nerator output to p ro vide useable respons e curve on sc ope. Set the fine tuning c ontro l to its

yne frequency m ete r is made as follows: Inse rt the end of an insulated piec e of wire into eith er

ight top f ron t co rner of the tun er. Use c are so that the wire d oes not touch any tuned c irc u its, cy m eter.

to 257MC

211.25MC

215.75MC

to 251MC 245MC 11 239MC 233MC 227MC 221MC 7 129MC 123MC 113 MC 107MC 101MC

43.5MC (400^Mod)

KRK12C UHF TUNER ALIGNMENT

SWEEP

MARKER

GENERATOR

FREQUENCY

Set to video and sound frequency of channel being a lig  ned (See ch art).

Set to video carri e r freq. of channel being a lig ned.

MARKER GENERATOR FREQUENCY

4.5MC (400%Mod)

. 5MC

1.5MC

2.5M C

3.58MC

RESPONSE CHECK OF VIDEO CIRCUITS

PONSE CHECK OF " I" AND'Q" CHANNELS

13 Not used

13

Vert. Amp. to point

<£> . Common to

ch a s sis .

12

Not used

10 9 8

6 5 4 3 2

Any

Vert. Am p, to point

<£> . Common to

ch a ssis .

CHANNEL

14 thru 83

VIDEO TRAP ALIGNMENT

CHANNEL

Any

Any V er t. Amp. thru

CONNECT

SCOPE

Ver t. Amp. to point

<§> • Low side to tuner chass is. (Use pr e-am p. if nec es sa ry).

Vert. Amp. to point

<g> . Low side to

ch a s sis .

CONNECT

SCOPE

Vert. Amp. thru detector (detector lead of Fig . 5) to point . Low side to chass is.

de te ctor (detector lead of Tig. 5) to point <^> . Low side to chass is.

(Use wide band

scope).

A26

Adjust for audible b eat on fre q.m e ter.

A27

Adjust A27 for maximum gain on sco pe.

A24

Adjust A24 for maximum gain and flat-topped

cu rve . Recheck A27 for maximum gain at center of band with fla t-toppe d re sponse .

A26

Adjust A26 on ea ch channel for audible bea t.

A24

Connect sweep gene rator and scope as in step 23. S et sweep and m ark er to proper fre quencies (see ch art) for each channel and adjust A24 if neces sary for maxim um

gain and prop er r espo n s e. Do not readju st

A27.

A28

Adjust for MINIMUM 400^ ind ication on scop e. Rem ove te s t equipm ent.

ADJUST

A29

Adjust A29, A23 and A24 for respon se

A23

sim ila r to F ig. 13 for a ll UHF channel st rip

A24

in s e r ts. Remove te st equipm ent and replace the 6AF4 (V2) in its socket.

A26

Attenuate sweep gen e rator for 6 volts peak

to peak on scope. Set fine tuning co ntrol to its m id-range position . Connect VHF signal generator to point <§> usin g very s h ort

lead s . Set gene rator frequency to 45.75MC. Adjust A26 for channel s tri p being aligned until 4 5 .75MC and video c a r r ie r mark er

coincide on respo n se curve a s in Fig . 14. Adjust A24 of channel s trip being aligned for maximum gain with p rop er waveshape. Connect the DC prob e of VTVM to point <§>. Com mon to c h a s sis . Set the o s cilla tor in  jection adjustmen t fo r reading on VTVM b e tween 0.1 volt and 0 .3 volt on all UHF ch ann els. Remove all t e st equipment.

ADJUST

A30

Ground pin 2 (grid) of 6CL6 (V8). Short the ungrounded side of C144 (in plate circuit of V7B) to c h a ssis . Turn contrast control fully clo ckw ise. A djust A30 for MINIMUM 400^ r esp onse on sco pe. Remove jumpers from pin 2 of V8 and C144.

To preven t noise from second detector

A31

appearing on scope connect pin 2 (grid)

of 6CL6 (V8) to chas sis .

Turn contrast con trol maximum clockwise . Check for res pons e s im ila r to F ig. 15. Incr ease sweep output so that the 3.58MC portion of trac e is rais e d above the scop e base line. A djust A31 for MINIMUM m arker am p litude.

________________________________________________

REMARKS

MODEL CT-lOO (Ch. CTC2)

RCA VICTOR

PAGE 7

ALIGNMENT INSTRUCTIONS (cont)

Scanned by mbear2k - Jan 2012

Remov e 6CL6 (V8) fro m s o cket (or short pin 2 of V8 to chass is). Turn c o ntrast c o n tro l and colo r satu ra tio n co n tr ol fully clockwise.

DUMMY

ANTENNA

Connect th e synch ronized sweep voltage fro m the sweep g e n e rato r to the hor iz o n tal inp ut of the osc illosc o p e fo r horizo n tal deflec tion. Connect th e p oten tio m eter arm of th e 7. 5 v olt bias s supply to pin 5 (diode plate s) of 6AV6 (V15). Connect the positive side to c h a s s is. A d just the po ten tio m eter arm for - 2 v olts at pin 5 of V15. Con nect the p o ten tio m eter arm of the 15 v o lt bia s supp ly to the ungrounded sid e of C55. Co nnect the po sitiv e s ide to chassis . Adjus t the potentiomete r a rm fo r - 9 volts at C55. Connect a ju m per a c r o s s the term in als of the 4. 5MC tra p (L29).

DUMMY

ANTENNA

D irec t

SWEEP

GENERATOR

COUPLING

High s ide to pin 2 (grid of 6CL6 (V9). Low side to c h a ss i s .

SWEEP

GENERATOR

COUPLING

Connect sig n al gen e rato r and video swee p m odula to r across a ntenna te rm in a ls (See r e m ark s)

FIRS T VIDEO A M PLIFIER AND BAND PASS AM P LIFIER ALIGNMENT

SWEEP GENERATOR FREQUENCY

3MC (3MC Swp)

ALTERNA TE FIRST VIDEO A M PLIFIER AND BAND PASS AMPLIFIER ALIGNMENT

SWEEP GENERATOR FREQUENCY

3MC (3MC Swp)

MARKER GENERATOR FREQUENCY

2.5MC

3.5 8MC

4.1MC

MARKER GENERATOR

FREQUENCY

67.25MC

CONNECT

SCOPE

Any

V e r t. Amp. thru det ecto r (Fig . 5) to pin 1 (grid ) of 6BY6 (V30). Low side to c h assis .

CHANNEL

4 V e rt. A m p. thru

CONNECT

SCOPE

de tecto r (Fig. 5) to pin 1 kathod e) of 6CL 6 (V9). Low side to c h assis .

Vert. Amp. th r u de tecto r (Fig. 5) to pin 2 (cathode) of 6BY6 (V3). Low side to c h a ss i s .

A32, A33* A34

ADJUST

Sig nal g e n e rato r should provide cha nnel 4

video c a rrie r fre q uency (67.25MC) w ith

cry stal a c c u r a c y . C onnect DC probe of VTVM to point <§> . Common to point <§> . With ze r o video sw e ep modu la tion a d ju s t signal g e n e rato r o utput (67 .25M C for 3 volts on VTVM. R emove VTVM and apply video sw eep modu la tion, being c a refu l not to ov e rlo a d . C ouple VHF sig n a l gener a tor loosely to pin 1 (g rid) of 6DC6 (V4) to p rov id e

45.75M C m a rk e r . To set the lo cal o s c ill a tor ex actly on frequen c y a d just fin e tun in g until a b e at p a t tern is o b taine d on sco p e . R emove VHF g e n e rato r f rom pin 1 of V4. Resp o nse

on scope sh ould be s im il a r to F ig. 18.

A32,

Remov e jumper a c r o s s ter m inals of L29 .

A33,

Co nnect s h o rt jum pe r fro m p oint <£> to

A34

cha ssis. Turn contr a s t control fully c loc k  wis e . Adjust A32, A33 and A34 f o r max imum ga in

and resp o nse s im ilar to F ig. 19. Rem o ve

te s t equipm ent. Switch off r e c e i v e r power

and repjLace fu se (M5)„ R emove jum per fr o m

point <£> to cha s sis.

REMARKS

Adjust for max im u m gain and res p o n s e sim ila r to F ig . 19. R emov e t e s t equ ipm ent and r ep lace V8 (or rem ove s h o rt from pin 2 of V8) in its socket. Switch off r e c e i v e r power and repla c e fuse (M5).

REMARKS

45.75 41.25

FIG.6

DETECTOR LOAD LOAD

FIG.5

41.65 45.75

FIG.7

PAGE 8

41.65 45.75

Scanned by mbear2k - Jan 2012

ALIGNMENT INSTRUCTIONS (cont)

72-^ COAX. 12 007 2-°- COAX.

41.65

SO^COAX. 130

H B

------------

VIDEO SOUND

_

___

5 0 ^ ^ C0INCIDE-

SOUND

FI G.14

FIG.8

300-r'“ BALANCE D OUTPUT. .

• — V v V

►56^v TO ANT TERM.

-AAAr

ADJACENT ADJACENT CHANNEL SOUND CHANNEL VIDEO

V ideo ca r r ier

V45.75MARKER

/ 72 -^ COAX. I3 0 ^ \

1 3 0 ^

FIG. 15

F IG . 9

> 82-/x TO ANT TERM. (300y'v*

-AAAr-

ISO-''*

FI G. I I

VIDEO SOUND VIDEO SOUND VIDEO SOUND

/n n n

FIG.16

300*^ BALANCED INPU T

47-r>- 47-°-

INPUT)

4 7 -° - 4 7 ^

F I G. 13

FIG .10

390 _tl. TO ANT. TERM .

MODEL CT-100 (Ch. CTC2)

RCA VICTOR

B

FIG. 17

annel

Frequency

No.

Band (Me)

2 3 4 5 6 82-88 7 8

9 10 11 12 13 14

470-476

15

476-482 16 482-488 17

488-494 18

494-500 19

500-506 20

506-512 21

512-518 22

518-524

Ca rrier Carrier

54-60 55.25 59.75 60-66 66-72 76-82

174-180

180-186 186-192 192-198 198-204 204-210 210-216

175.25

181.25

187.25

193.25

199. 25

205.25 209.75

211.25

471.25

477.25

483.25

489.25

495.25 499.75

501.25

507.25

513.25 517.75

519.25

FIG.18

Sound

Video

61.25 65.75

67.25

71.75

77.25

81.75

83.25 87.75

179.75

185.75

191.75

197.75

203.75

215.75

475.75

481.75

487.75

493.75

505.75

511.75

523.75

TELEVISION CHANNEL FREQUENCIES

Channel

Frequency

No.

Band (Me) C a rr ie r Car rier

23

524-530

24

530-536 531.25

25

536-542

26

542-548

27

548-554 549.25

28

554-560 29 560-566 30

566-572 567.25 31

572-578 32 578-584 579.25 33

584-590 34

590-596 35 596-602 597.25 36

602-608 37 608-614 38

614-620 39

620-626 40 626-632

41

632-638

42

638-644

43

644-650

FI G . 19

Sound

Video

529.75

525.25

535.75

537.25 541.75

543.25 547.75

553.75

555. 25

559.75

561.25

565.75

571.75

573. 25

577.75

583.75

585.25

598.75

591.25

595.75

601.75

603.25

607.75

609. 25

613.75

615.25

619.75

621.25

625.75

627. 25

631.75

633.25

637.75

639.25

643.75

645.25

649.75

Channel

No.

44 45 656-662 46

47 48 674-680 49 50 51 692-698 52 53 54 55 716-722 56 57 58 59 60 61 752-758 62 63

Frequency Band (Me)

650-656 662-668 663.25

668-674 680-686

686-692 698-704 699. 25

704-710 710-716

722-728 728-734 734-740 740-746 746-752

758-764 764-770

Car rier

651.25

657.25

669.2 5 673.75

675.25

681.25

687.25

693.25 697.75

705.25

711.25

717.25

723.25

729.25

735.25

741.25

747.25

753.25

759.25

765.25

Video

Sound

Carrie r

655.75

661.7 5

667.75

679.75

685.75

691.75

703.75

709.7 5

715.7 5

721.7 5

727.7 5

733.7 5

739.75

745.75

751.75

757.75

763.75

769.75

annel

Frequency

No. Band (Me)

64

770-776

65

776-782

66

782-788

67

788-794 789.25

68

794-800 795.25

69

800-806

70

806-812

71

812-818

72

818-824

73

824-830

74

830-836

75

836-842

76

842-848

77

848-854

78

854-860

79

860-866

80

866-872

81

872-878

82

878-884

83

884-890

Video Sound

Carr ie r

771.25

777.25

783.25

801.25

807.25

813.25

819.25

823.75

825.25

829.75

831.25

835. 75

837.25

841.75

843.25

847.75

849.25

853.75

855.25

859.75

861.25

865.75

867.25

871.75

873.25

877.75

879.25

883.75

885.25

889.75

PAGE 9

775.75

781.75

787.75

793.75

799.75

805.75

811.75

817.75

PAGE 10

Scanned by mbear2k - Jan 2012

A1 .

Scanned by mbear2k - Jan 2012

(R155> (R153)-

©■ ©■

©■ I A8 ■

A61

TOP BOT

1

A2|

A3 ■

BOT

TOP

TOPBOT

TOP BOT

A32|Ia33 '

TOP BOT

(Rm)-

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(R293)-

A5 '

PAGE 1 8

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CHASSIS

MODEL CT-100 (Ch. CTC2)

Scanned by mbear2k - Jan 2012

RCA VICTOR

SET 252 FOLDER 11

PAGE 1 1

Item Tube

Scanned by mbear2k - Jan 2012

V 1

6BQ7A t 1. 4Kft

V 2

6AF4 t 11. 4Kft

V 3

6U8

V 4

6CB6

V 5

6CB6

V 6

6CB6

V 7

6AN8

V 8

6C L6

V 9

6C L6

V 10

6AN8

V 1 1

6AN8

V 12

6AU 6 3. 8ft

V 13

6AU6

V 14

6AL5

V 15

6AV6

V 16

6AQ5

V 17

12AT7

V 1 8

12BH7

V 19

12AU7 t 1. 2Kft

V 20

6SN7GT

V 21

6CD6G

V 22

6AU 4GT

V 23

1X2B

V 24

3A3

V 25

6BD4GT

V 26

6AN8

V 27

6AN8

V 28

6AN8

V 29

6AN8

V 30

6BY6

V 31

6BY6 200ft

V 32

6AN8 t 8 Kft

V 33 12BH7

12BH7 T 5Kft

V3'4 V 35 12BH7

V36

6BC7 15GP22

V 37

RESISTANCE MEASUREMENTS

Pin 1

INF.

50Kft 62ft

49Kft

27Kft 62ft

27Kft t lOOMeg

120ft . 1ft 120ft

t 13Kft t 3. 9Kft

47Kft Oft

11KS2

10 Meg Oft

470Kft 660ft

t 350Kft

t 2. 2M eg

1. 8Meg 60Kft • 1ft 12ft

INF. 13 Meg

INF.

t 6ft + 20Kft lOOKft

. 3ft .3 ft

tl0 6M e g t 106Meg . 3ft

t 39Kft

150ft 100ft Oft .1ft t 18Kft t 13Kft . 3ft

t 5Kft

1 Meg

PIN 1

Oft

PIN 17

t 5Kft

Pin 2

8. 3Meg 8. 8Meg

lOKft

INF.

62ft

6. 9Kft t 7. 5Kft 3 90 Kft 3Kft Oft .1ft

t 3 3 Kft

Oft

11. 2Kft Oft

2. 2Meg Oft Oft Oft t 15Kft t 1. 2 Meg

1. 5Meg Oft • 1ft .1ft t 6. 2Kft IM eg

1. 8Meg

t 45Kft

INF. INF. INF. t 80ft

INF.

118Mee INF. INF. INF.

. '10. 3Kj:

150Kft

100ft

390Kft 6. 2Kft Oft .1ft t lOKft

1. 8Meg

1. 8Meg 450ft Oft 2Kft

PIN 2 6Kft

PIN 18

1. IMeg

Pin 3 Pin 4 Pin 5

.1ft 8. 8Meg

Oft

.1ft t 12. 4Kft

Oft Oft .1ft

.1ft Oft

Oft

t 3Kft

380Kft t 10. 3Kft t 10. 3Kft

Oft .1ft

Oft

4. 7Kft .1ft . 1ft t 28Kft 550Kft

230Kft 250Kft

INF. INE 13 Meg INF. INF INF.

INF.

1. 8KS2 1108Meg Oft .1ft

. 7ft Oft .1ft t 2, 5Kft t 11. 5Kft t 107Meg 330ft

Oft .1ft t 8. 5Kft t 13Kft .3ft

450ft

450ft Oft

Oft PIN 3

1. IMeg PIN 19

3. 3Kft t MEASURED FROM OU TPUT OF M2-C2. f MEASURED FROM JUNCTION OF C l & C2.

• MEASURED FROM PIN 3 OF V22.

Oft Oft

.1ft t 415ft

Oft

.1ft t 10. 8Kft

tlO. 8Kft tlO. 8Kft

.1ft Oft

.1ft Oft t 3Kft Oft

Oft t 5. 5Kft

,1ft

• 1ft t 11. 8Kft Oft t 19Kft t 30Kft

.1ft INF. Oft INF.

800Kft

.1ft

. 1ft

t 1. 6Kft t 1. 2Kft

t 68Kft Oft Oft .1ft

lOKft 60Kft 11 2. 2Kft Oft 11 2. 2Kft

INF. 2. 8Meg INF. t 10. 3Kft INF

Oft

. ILL.

.1ft tlO. 3Kft t47K ft

Oft

on Oft t 10. 3Kft

Oft t 10. 3Kft 1. 8Kft 200ft .1ft

Oft

.1ft

PIN 4

PIN 6

t 5Kft

13. 2Meg PIN 20 .1ft

Pin 6 Pin 7 Pin 8

800Kft

lOKft

t 48Kft Oft

tlO. 8Kft

t 10. 8Kft t 10. 8Kft .1ft 180ft

t 22Kft 300Kft

f 11. 8Kft 82ft

800Kft

INF. Oft

INF. 118Meg INF

...........

! JIL IKft. ...

t 2. 5Kft t 340 ft2. 2Kft 1. 8Kft

t 10. 3Kft

PIN 7

3. 3Kft

t 11. 4Kft INF. 56ft Oft

Oft

Oft t 7. 5Kft 6. 9Kft t 47Kft

t Oft t 1. 7Meg t 330ft

Oft

t 330Kft

470Kft

t 27Kft 3?KS> 150ft

t 47Kft 1 Meg 600ft

1. 8Kft 200ft . 1ft

3. 5Kft 200ft .1ft

7Kft

1 Meg

PIN 8

1. IMeg

120ft Oft

t 3Kft .1ft

2. 2Meg

Oft . 1ft

1. 5Kft

2. 7Kft

.1ft

.4 ft

7Kft

PIN 9 t 5Kft

1. 7Kft

Oft Oft

TO P CAP

- 12. 5ft

TO P CAP

• 4. 7Kft TO P CAP

- 430ft TO P CAP 118 M eg

180ft

1 Meg PIN 13

68Meg

Pin 9

PAGE 12

DISASSEMBLY INSTRUCTIONS

1. Remov e 8 push on type co n tro l kn obs fro m f ront panel.

2. Disco n nec t 2 pu sh-on type c ontrol k nobs f rom s ide panel of cab inet.

3. Rem ove 8 wood s crew s and 2 m e tal s c rew s. R emov e r e a r co ver.

4. Disco n nect speaker plug, CR T -so cket, yoke plug, fie ld n eutr. plug and purity coil plug.

5. Remov e 8 c h assi s b o lts. Rem o ve chass is.

6. Re m ove 4 speak e r n uts. Rem ove spea k er.

TUBE PLACEMENT CHART

Scanned by mbear2k - Jan 2012

MODEL CT-lOO (Ch. CTC2)

RCA VICTOR

SET 252 FOLDER 11

PAGE 13

TUBE PLACEMENT CHART

Scanned by mbear2k - Jan 2012

PAGE 14

VERT

M ISCE L L A NEOUS ADJ USTMENT S

Scanned by mbear2k - Jan 2012

HORIZONTAL SW EEP CIRCUIT ADJUSTMENTS HORIZONTAL OSCILLATOR ALIGNMENT - T u rn the s e t on and tun e in a TV sta tion, pr e fera b ly a te s t patte rn. If n e c e s sary, s ynchronize

the pic ture w ith the horiz o nta l hold c ontrol (R10B).

(1) P rese t the h o rizontal drive contro l (R21A) until the white foldove r just d i sappears fro m the ra ster. (2) Ad just the horizon tal lo cking r ange tr im m er . (Bl) one fourth tu rn f rom max imum cloc kwise position . Ad jus t the w idth coil slug

(B2) until the adjusting scre w is app roxim ately 2 /3 of the way out. (3) Set the h o riz onta l hold control to the center of its range. (4) If nece s sary, a d just th e horizo n tal frequ ency slug (B3) until the picture sy n c h ron izes horiz o nta lly. (5) Connect the v e rtic a l a m plifi er of the os cil lo s cope to term inal "C " of L38. Adjust the horizon tal w aveform slug (B4) fo r res p o n s e

sim ilar to F ig . 20. While adjustin g B4 keep the pic ture in sync by re a djus tin g the hor iz o n tal hold c ontrol. Rem ove the o scillo scop e . (6) Se t the hor iz o ntal hold c ontrol to its maxim um c o unte r clockw ise position.

Momentairly rem ove signal by switc hing off ch ann el and back ag ain. If pic ture re m a ins in syn c a d jus t B3 slightly and a gain switch

off channel and back. If n ece s sary , repeat th is p rocess until p ictu re fa lls ou t of sync w ith d iagon al b ars sloping down to the lef t.

Turn the h orizont al hold contro l clockw ise noting the le a s t n um ber of diago nal b a rs obtained j u s t before the p ict ure f a lls into sync.

Adjust Bl s lightly cloc kw is e if m ore than th r e e d iagon al b a r s were pre s e n t before pic ture pu lled into sy nc. If le s s than two b a rs

were pres e n t adju st B l sligh tly c o unter clockwise. (7) T urn the horizo n tal hold c ontrol fu lly counter clock w ise an d switch off cha nnel and b ack again and r echeck the number of b a rs

pre s e n t at the pull-in po in t (70 degr ees clo ckw ise ro tatio n). R epe at the abo ve pro cedure un til 2 o r 3 b ars a re p resent at the

pu ll- in poin t

HIGH VOLTAGE ADJUSTMENT Turn the contr a st con tro l and b r ightn e ss c ontrol to th e i r maxim u m c ounter clock w ise po sitions. Connect th e p rob e end of high v olta ge pro be thro ugh a s h ort length of high volta ge anode lead to the coro n a cup on the bas e of the 3A3 (V24). Set the m ete r for a 20KV re ading. Set the high vo ltage co n tr ol (R25A on r ea r of H. V. cage) for 19. 5KV on VTVM. Turn c ontr a st and b r ightn ess controls cloc kwise until p ict u re appears on p i ctu r e tube. Ad just the foc us contro l for best focus. A dju st c onverge nce con tro l fo r b e s t con vergenc e in the cen te r portio n of the p ictu re tu be.

Adjus t the width c oil slu g (B2) f o r i inch horizontal o v e r s can of the viewing a rea. Turn the h orizontal driv e control clock w ise a s f a r as

po ssible w ithout the pr e sence of w hite fo ldo v er lines in th e r a s te r. R e check the o p eratio n of horizon tal hold con tro l for p roper pull in ac tion as outlin ed und er "H oriz onta l o scil lato r a lignm ent” ( S teps 6 and 7)

HIGH VO LTAGE PERFORM ANCE CHECK Co nne ct a 0 - 1 MA DC m illiam m eter in the cathode c ircu it (Pins 1 & 8) of th e 6BD4 (V25). A reading of . 6 MA sh ould be obtained when the high v oltag e is 19. 5KV. R emove m il lia m m e ter and high v olta ge p robe.

Adjust the ve rti ca l heigh t and v e r tic a l l inearity controls so that a fte r final ad justm ent a v e r tic a l o v e rscan of 1/4 in ch a t to p and bottom of

viewing a r e a is obtained.

COLOR AFC ALIGNMENT Conn ect a 100% satu r ated colo r b a r g e n e rato r a c ro ss the antenn a ter m inals ( a TV colo r sig n al may be used if av ailab le).

DUMMY

ANTENNA

34 D i rect Use colo r b ar

35.

36.

NO TE : The b u rs t s ign a l sh ould be che ck a t th is point. C onnect the verti c a l am p lifie r of the wide b and sc ope to pins 1 and 2 (p late and grid) of 6AN8 (V28). C heck for b u rs t sig n a l w a veform sim il a r to F ig. 21. Rotatio n of horizontal hold control throu ghou t its holding ran g e sh ould not a lter wa veform sh a pe.

37. D irec t

38. DC jprobe to po in t

HORIZONTAL DYNAMIC CONVERGENCE CIRCUIT ALIGNMENT Clip the scop e p rob e on th e insu lated lead to pin 13 ( con vergenc e anode) of the pictu r e tube socket. Turn the v e r tical co nverge nce am plitu de control to its maxim um c ounter clock w ise p osition. S et the vert ical conv erg ence shape co n tro l to its m idrang e p ositio n. T u r n the h orizontal co nvergen ce amplitude contro l to i ts m aximum clockw ise po sition . Adjust the h orizon tal c onverge nce pha se contro l s lug, A41, fo r max im u m sine wave am plitude sim ila r to Fig. 22. T urn the horizo n tal co n v e rgen c e a m plitude contro l to its maxim um c ounter clock w ise p ositio n. a A dju st the h orizontal dynamic con vergence sl u g , A42, fo r co r r e c t ph asing of m inimum waveform with horizo n tal p uls e on top of sin e wave as in Fig. 23. Turn h o riz o nta l c onve rgence am plitu de contro l fully clock w ise and adju s t A41 fo r w aveform sim i lar to Fig. 23. Retu rn horizontal co n vergen ce am p litude co n tro l to its m axim um coun ter cloc kwise pos ition.

SIGNAL

GENERATOR

COUPLING

genera t o r. Ac r o ss antenna term in als.

Couple c o lor b a r ge n e rato r across antenna term in a l s.

SIGNAL

GENERATOR

FREQUENCY

COLOR AFC ALIGNMENT

CHANNEL

Thru c a lib rated RF probe (wide band scope may be use d in place of VTVM) to te rm in a l " B" of L44. Common to c h assis .

DC p robe to pins 1 and 2 (plate and grid) of ph ase det. (6AN8 (V28) Common to ch a s s is .

DC pr obe to pins 1

and 2 (p la te and grid) of 6AN8 (V28). Commo n to c h a s s is.

<M> . Com m on

to c n a s s is.

CONNECT

VTVM

ADJUST

A3 5

Ad jus t for 5 vo lts peak to p eak on VTVM (or sco p e ).

A36,

Connect pin 8 (grid) of b u r st am p. (6AN8/V27) to

A37.

ch ass is with s h o rt jum p e r . A d just A36 for m aximum de flection, th en ad just A37 for MINIMUM d e flection. Remov e sh ort fro m pin 8 of V27.

A38,

Set the hue c o n tro l to its m id -ra n g e pos ition. A d just

A39

fo r maxim u m d eflection. A39 will tune very b roadly . Adjust A39 nea r the approxim ate c ente r of the range at which m aximum defle ction o ccurs.

A40

Connect point <^> to c h a ss i s , w ith short j u m per.

Adjust A40 f o r z e r o be at (indicated by slow swing of

VTVM pointe r. Ze ro b eat may also be o b s erve d on

scop e o r pic ture tube s c r e e n ) . Rem o ve sh o r t from point <^> .

Shunt 3.58M C crystal (M14) with 15MMF capacitor. Adjust AFC balan ce c o n tro l (R20A)for zero re adin g on VTVM. Rem ove 15MMF capac ito r across M14.

REMARKS

MODEL CT-lOO (Ch. CTC2)

RCA VICTOR

ADJUST FOR EQUAL PEAKS

~/ytr

FIG. 20 FIG. 21 FIG .2 2 FIG.23

PAGE 15

MIS CE LL AN EO US A DJUS TMEN TS CONT ’D

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VERTICAL DYNAMIC CONVERGENCE ALIG NMENT Conn ect th e verti ca l a m pl ifier of osc illosc o pe to pin 1 (plate) of 12AU7 (V19). Low s ide to ch a ssis . Adjust th e v e rti c a l c onvergen ce amplitude co n tr ol and the vert ical conv erg ence shape c o ntrol fo r w aveform sim ilar to F ig . 24. Connect th e sco p e prob e throug h a high voltage capaci tor (500MM F/20KV) to pin 6 (focus anode) of p ictu r e tube. Check for wav efo rm sim ila r to Fig. 25. Turn the v e rtic a l co nvergen ce amplitude con tro l fully coun ter c lo ckwise. Rem ove scope probe and high v oltag e c a p acito r fro m pin 6 of p icture tube. Remov e sh o rt fro m p i cture tube grid s. Remov e colo r b a r g e n e rato r.

FI G.24

ALTERNATE ON THE AIR MATRIX ALIGNMENT USING 100% SATURATED COLOR BAR SIGNAL Co nnect a 100% s atu ra ted c o lor b a r gen. to antenn a term inals or tune in a station bro a d castin g an NTSC colo r b a r sig . Adjust co n trast and colo r s a turat ion controls to th eir m id-ra n g e p o sitions . Connect th e v e rtic a l a m pli fie r of sco pe to point ^ > . Low side to c h a ssis . Obs erve the + "I" s ig n a l on the scope. Adjus t the hue con tro l to p lace the "Q” b ar on the zero ax is. Move th e high s ide of scope to po int <^> and o b serv e the - "Q " sig n al on sco pe. Adjus t A37 to pla ce th e "I" bar on the zero ax is. Connect v e rtic a l a m plifie r of sco pe to blue g r id of pic ture tube. Low sid e to cha s sis . Adjust colo r s a turation control for m aximum canc e llation of g r een and yellow b a r s ( zero ba s e line). Adjust "I" gain control (R19A) for m aximum canc ellation of red. Rep eat proce d u re fo r green, yellow and r ed to o btain b e st ca nce llation. Move high sid e of s cope to gre e n g rid of p icture tu be and check can c ellation of r ed, mag enta and b lu e b a rs. Move high side of sco pe to red grid of p ictu re tu be and c heck can c ellation of g reen , blue and cyan bars . If n e c e s sary r e p e a t m a trix adjustm en ts until best ove r all ca n cellatio n is obtained.

COMPLE TE S E T -UP PROCEDURE

Before makin g any pic ture tube adju stm ents the "High V oltage A dju stm e n ts" un der "Horizo nta l Sw eep C ir c u it A lignmen t" sh ould be made. COLOR PURITY ADJUSTMENTS

Turn c ontr a s t con tro l to its m axim um c o unte r clockw ise po sition. Adjust the brightness con tro l fo r average brightness . Set the r ed s c r e e n contro l fully clock w ise and the blue screen and gree n s c re e n controls fu lly co u nte r clock w ise.

Rem ove the field neu tra liz ing co il (T9) plug from its s o c k et o r set the fie ld neutralizing c ontrol (R18) to its m id -range p osition .

Purity adju stm ents c an b es t be o b serv ed by p rod ucing a sm all central area on the r a ster. To p rod u ce th is a re a loosen th e fo u r s c rew s at the top of th e yoke c rad le and slide th e yoke and cradle a p p rox im ate ly one inch tow a rd the re a r of the pic ture tube until a m ulti- c o lor r a ste r is seen.

The red a r e a w ill be in the cente r of th e r a s te r and a p p ear to cover abo ut 1/3 of the ra s t e r a rea. This a rra n g em e n t p e rm its m inimum p u rity co il co r rection. Altern a tely a d just the p u rity coil (T8) and the pu rify ing co n tro l (R17A) to give b e s t red rendition at the c e n tral portio n of th e r a ster. T8 is a dju sted by gr aspi ng th e edge a t the fro n t of the neck shield and tu rning it a bout the ne ck of the p ictu re tube. F inal a dju s tm e nt pos itio n of R17A should be as n ea r a s p o ssib le to its m aximum coun ter clock w ise p ositio n. This final adju stm ent p o sition of R17A p e rm its a minim u m of c u r ren t thro u gh the coil res u lting in a w e aker magn etic fie ld . This w ea ker m agnetic fie ld is d e s irable since it w ill have less in tera ctio n with o th e r m agnetic field abou t the pic ture tube. Slide th e yoke in a fo rw a rd d ire c tio n un til a n all red ra s t e r is obtaine d. C hec k to s ee that the grounding s p r ings on the yoke brac k et a r e con tacting the pic ture tube shield . Replace the field neu tralizing coil (T9) plug in it s so cket. Adjust the field neutralizing c ontrol (R18) fo r b e s t r a s te r edge p urity . If ad justm ent of d eflection yoke affected the purity, slig h tly r e a d ju s t T8 and R17A. Sin ce pur ifying coil a dju s tm ents will affect c ente rin g , it m ay be n e c essary to r e -s e t the centering contr o ls. Gen erally , the gree n and blue field will be sa tisfa c tory if good red f ield p u rity is obtain ed. Turn the r e d screen control fully counter clock w ise and the g r een s c reen c ontrol fulfy clo ckwise. Check the gre e n field p u rity. T ur n th e gr een s c r e e n c o n tr o l fully co u n ter clo ckwise and the b lu e s c r e e n co n tro l fully clock w ise. Check the blue field purity . If either fie ld o r both fie lds a re not s a tis facto ry a compro m ise s ett in g of T8 and R17A m u st be rea c h ed for all th ree field s . If necess a ry,

make slig h t readju s tm e n ts to g iv e best simultane o us red, g r een and b lu e f ields. Turn the b r ightn e s s c o n tr ol fully clockwise. T u rn re d , blue and g r een screen c o n tro ls clo ckw ise to give the b e s t low level g r ey r a s te r. S hould colo r s had in g o ccur in one o r m o re hues, e it h e r the sc re e n controls fo r tho se hue s m ust be turn ed down or tho se which do not give

shad ing m ust be turn e d up. INITIAL ADJUSTM ENTS

Tune in a TV station, p refe r ably a te s t patte rn. It shou ld be poss ible to sync the picture if the horizontal o sc illa to r and AGC sy s tem are op e rating norm ally. If th e p ictu re will not syn c o r if the pic ture is ov erload ing due to m isa d jus ted AGC c ontrol it w ill be n e ces s a r y to readju s t the AGC contro l. Remov e th e m etal con tro l c o ver box and snap-in c abinet panel b e lo w -c over box. Rem ove the 4 knobs under the c o n tro l cover and the two round head screw s holding the co v er box in p lace. Carefu lly rem o v e the cov e r box by s liding the asse m bly outw ard. Remove the c abinet panel by pulling th e panel f r e e from its sn ap m oun ts. The AGC control ad justm e nt i s not access ible. Do not a tte m pt adju stment of th e o ther a c c e s sible controls at this time. Turn AGC c o n tro l counter clock w ise u ntil n o rm al rec e iv e r o p e ration is o btained and the pictu r e ca n be synch ron ize d. Adjust the conv erg ence con tro l for m inimum color frin g in g aroun d objects in the cen ter of the pictu re. Adjus t the focu s co n tro l fo r b est d efinition.

CHECK OF HORIZONTAL OSCILLA TOR ALIGNM ENT Turn the h o riz o n tal hold co n tr o l fully co u n te r c lo ckwise. The p ictu r e should not lo s e sync.

Momentairly rem ove sig nal by sw itch ing off chan nel and back again. N o rmally the picture will lose sy nc. Slowly tu rn th e h o riz o nta l hold

in a clockw ise d ire ction. T he pic ture sh ould pull in to sync b e fore the ho riz o ntal hold contr ol has b een turn e d 70 d e g rees and sho uld rem a i n

in sync through out the b alance of additiona l clockw ise ro tati o n of the c o n tr o l. If the re c eiv er p a s s e s the a bove ch e cks and the pic ture re m ains n ormal a nd s te ady, the h o riz onta l oscil lato r is p roperl y align ed. If the

re c e iv er doe s not pass th e above c heck s see "H o rizontal O s c illato r A lignm e nt" un der "H orizo n tal Sw eep C ir c u it A dju stm ents ”.

FI G.25

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MIS C E LL A NE O U S ADJ U ST MEN TS CONT’D

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CENTERING ADJUSTMENT Adjus t the vertical and horizo n tal c e n ter ing controls (rea r panel) until the p ictu re is c e n tered within th e p ictu re tube m ask . If the pic ture does not cover the masked a rea adju s t the po sitioning f o r e qual blank areas a t top and b otto m and each side of pic ture .

WIDTH AND HORIZONTAL DRIVE ADJUSTMENTS Adjust the horizo n tal d riv e co n tro l (R21A) until the verti c a l w hite fold-over lin e ju st dis a p pears. Adjust the width c oil slu g (B2) fo r an o v e rscan of appro ximate ly 1/4 inch on ea ch side. Turn the ho riz o nta l driv e c ontrol (R21A) c lockwise as far a s po s sib le without the pres e n c e of a ve rti c a l white fo ld -over line app e arin g in the pi ctu re. If the pictu r e mask can not be filled by th e above adju s tments refer to the pro cedure o utlined under "H igh Vo ltag e A dju stm en t" . If set has ho rizontal linearity c o il,adju s t its slug (B5) for m axim um indu ctance (core a ll way in)»

HEIGHT AND V ERTICAL LINEARITY ADJUSTMENTS Adjus t the heig ht and v e r tic a l lin earity controls (fron t p a n e l ) fo r a p icture tha t is sym m etr ical f rom top to bottom . Fin a l adju stm ent should overs c a n the p ictu r e mask by 1/4 inch at top and bottom. Rech eck h orizontal and vertical c e n te rin g of the pictu r e.

DC CONVERGENCE ADJUSTMENTS

Co nnect th e RF outpu t of a white dot genera tor ac ro s s t he an te nna term inals .

Adjust th e DC c onve rge nce c o ntr ol until the th re e do ts are p osition ed in a trian g u lar p a tte rn in the c e n te r of the r a s ter. ( It is poss ible to

in vert the dot tr iangle by turn ing the DC conv e rge nce contro l, fro m one extr em e to the oth e r ). If n e c e s s a ry the focus contro l sho uld be r eadju ste d . If the dot group canno t be m ade to fo rm an eq u ilatera l tria n g le s im ilar to Fig . 26, a d just th e b eam position ing mag n ets on the ne ck of the pi ctu re tu be. Note wh ich of the th re e dots req u i res po sitioning then adju st po sitioning m agn et (sm a ll t hre a d ed s c rew with knurled nut) corresp o n d ing to tha t co lor to co rrec t th e position of that d o t In Fig. 26 the da she d lin e s indicate th e d ire c tio n of dot m ovem ent due to DC co n vergence c ontrol ad ju stm en t. A ll th r e e d o ts move sim u lta neous ly when the con tro l is a djusted.

The solid lines in d ica te the direction of dot m ovem ent when the a s socia ted bea m po sitioning m agn et i s ad jus ted . Each mag net h as a slig h t e ffe ct on the two be am s o ther than the one it is intended to contro l. For th i s r e a so n m inimum adju stm ent of th e m agnet is e ssential.

Also m inimum a d jus tm ent caus e s the l e a s t amou nt of de-fo cusing. M inimum adju stm ent is that point n e a r e s t the e x trem e co u nte r clo ckw ise,

position w he re co r r e c t beam po sitioning is obtained.

If the indicatio n s a r e th a t only one dot is out of lin e and the a ssocia ted m agne t ha s insu fficient r ange of ad justm e n t re m ov e the m agnet f rom the

neck shield and r e-in s er t the opp osite end of th e m agne t in the neck sh ield. E ach m agnet i s slo tte d on both ends bu t only one end of e a ch m agn et is co lor coded in red . If rev e r s a l of a m agne t cannot co r re c t a sin gle d ot p osition retu rn the m agnet to its or igin a l positio n. Th en the pos itio n of the op posite two d ots may be c o rr e c ted with r e s p e c t to the f ir s t dot by adjustin g the magnet asso c iate d w ith th o se dots. After-obtainin g the equilate ral trian g le, sa tisfa c tory conv erg ence w ill be p o ssible by a d jus tm ent of the DC c onvergen ce contro l.

Co m p le te co nvergen ce should be obtaine d a t th e cente r of the r aste r. Com plete con v erg ence is indicated when a sin g le white do t w ith no

co lor frengin g aro und its edge is obtain ed.

MODEL CT-lOO (Ch. CTC2)

FIG .26

DYNAMIC CONVERGENCE AD JUSTM ENTS

Leave the white dot genera to r con nected as u nde r "DC Conve rge nce A d justm e nts ”. Du rin g adju stm ent of dynamic c o nve rge nce , it may be helpful to fre quently vary the DC conv e rg e nce con trol to ob tain be s t conv erg e nce on v a rio u s p a r t s of the scre e n . Adjust the ve rti c a l c onve rgen ce am p litud e c ontrol so t h at the d ots a long a v e rtic a l c e n te r line show equal dot d isplacem ent fro m top to bottom of cente r line. R e adju st fo cus co n trol.If equal dot displa cement d oes not occur on the vert ical cen ter l in e adju st the v ert ical conve rgen ce sha p e c ontrol to obtain the m o st u niform d ot d isp lac em ent. If n e c e s s ary, r e a d ju s t th e verti ca l conve rge nce a m p litu d e c ontrol. R ea d jus t the DC con vergence c ontrol so t h at the d o ts in th e v e rtic a l lin e s co nve rge . T h e dots should be k ept in focus. If n e c e s sary, s lightly r ea d just the v ert ical am p litud e and shaping controls to ob tain the b e s t top- to- bottom con verg ence . The horizo n tal dy nam ic con vergenc e a d ju s tments shou ld be perform ed next. Adjust th e horizont al con v erg ence a m plitu de control so that the dots along a horizon tal cen te r line show equal dot displa cem e n t from l eft to right on the cente r line. If equal do t d isplacem ent d oes not o ccur on the h o riz o nta l c e n ter line adjust the h o rizonta l con v erg ence ph a se co il slug (A41) to obtain th e most unifo rm dot displa cement. If ne c e ssary , slightly readju s t the h o r izonta l am plitu de contro l. R e adju st the DC co n vergenc e co n tro l so th at the d ots in the hor iz o n tal lin e conv erge. T he do ts should be ke pt in focus. If neces s a ry, s lig htly r ead just the ho riz o ntal am plitude con tro l and th e phase coil slug (A41) to obtain th e b e st side to side conv erg ence . The e n tir e p i ctur e a re a sho uld now be p roperly conv erged. M isconve rge nce of any p a r ticula r area that can be co rrecte d by re-adju s ting th e DC conve rge n ce control indic ate s th at the dy nam ic co nvergenc e adju stm ents a r e not at optim u m se ttin g . The n e c e ssary to uch -up adjustm e n ts sh ould be m ade a f te r determ in ing what c o r recti o n is needed. C o lor pur ity and conve rge n ce adju stm ent s sho uld be co m ple te d b efo re p roceed ing w ith the following adju stm ent s

LOWLIGHT, MID-RANGE, AND HIGHLIGHT ADJUSTMENTS Connect th e antenn a to th e r e c e i v e r and tune in a blac k and white p rogra m o r te s t pattern .

(A) Tu rn th e c olo r s a turation and contr a s t contr o ls fully co u n te r c lo ckw ise . Turn the b rig h tn e ss c ontrol to its n ear m axim u m cloc kw is e

position . A ltern a tel y adju s t the red , blue, and g reen screen c o n tr o ls f o r a lig ht g rey o r low b r ightn e s s w hite pic tur e.

(B) Turn the contr a s t con tro l to its appro ximate m id-range pos ition. A djust the g reen and blu e video gain controls fo r a s a tisfa c tory

white pictu r e. T ur n the b r ight n ess control co u n te r c lo ckwise until th e p icture bec om e s just v isible. Adjust the gree n and blue back groun d c o n tro ls fo r a gre y p icture.

Rep eat s teps (A) and (B) until sati sfacto r y g rey to white p ictu re s a re s een thro ugh a ll position s of the b rig h t n e ss c o n tro ls.

RCA VICTOR

PAGE 17

PAGE 26

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MODEL CT-lOO (Ch. CTC2)

Scanned by mbear2k - Jan 2012

RCA VICTOR

■RESISTOR IDENTIFICATION

(I -179)

SET 252 FOLDER 11

PAGE 19

PAGE 20

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CHASSIS BOTTOM VIE

MODEL CT-100 (Ch. CTC2)

Scanned by mbear2k - Jan 2012

RCA VICTOR

V-RESISTOR IDENTIFICATION (1 8 2-2 90)

PAGE 25

PAGE 24

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CHASSIS BOTTOM VIEW

MODEL CT-lOO (Ch. CTC2)

Scanned by mbear2k - Jan 2012

RCA VICTOR

CAPACITOR IDENTIFICATION

C6-II6)

SET 252 FOLDER 11

PAGE 21

PAGE 22

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CHASSIS BOTTOM VIEW-

MODEL CT-100 (Ch. CTC2)

Scanned by mbear2k - Jan 2012

RCA VICTOR

:ap a c it o r iden tifica tio n

( 121- 20 2 )

PAGE 23

PARTS LIST AND DESCRIPTIONS

Scanned by mbear2k - Jan 2012

TUBES SYLVAN 1A GENERAL ELECTRIC, WESTINGHOUSE)

ITEM

No.

VI RF Am plifier 6BQ7A V2 V3 1st Video IF Amp. 6U8 V4 2nd Video IF Amp. 6CB6 6CB6 7CM V5 V6 V7 5th Video IF A m p.-

V8 6th Video I F Amp. V9 1st Video Amp. 6CL6 6CL6 6CL6 V10 2nd Video Amp. -

V ll V12

V13 V14 Ratio D etector 6AL5 6AL5 6BT V15 AF Amp. -

V16 AF Output V17

V18 Ve rt. Osc. -

V19 Ve rt. C onve rgenc e

V20

V21 V22 Dam per 6AU4GT 6AU4GT V23 Fo cus Rectifier 1X2 B 1X2 B

V24 V25 V26

V27

V28 Chro m a Sync Phas e

V29 Chro m a Ref. Osc.

V30

V31

V32 ”1" Am p lifier -

V33 Green Adder -

V34

V35 V36

USE

Oscillato r 6AF4 6AF4 7DK

3rd Video IF Amp. 6DC6 4th Video IF Amp.

Color K ille r 6 AN 8 6 AN 8 9DA

"Q" P h ase Inv. AGC Keying - Horiz. Sync Sep. 6 AN 8 6AN8 9DA

. 1st Sound IF Amp. 6AU6 6AU6 7BK

2nd Sound IF Am p. 6AU6 6AU6 7BK

AGC Cla m p er 6AV6 6AV6 7BT

Ver t. Sync Sep. - Sync Amp.

Vert. Output Amp. -

Vert. C o nvergence Output 12AU7 12AU7 9A Horiz. AFC - Horiz. Osc. Hor iz. Output 6CD6G 6CD6G 5BT

H.V . Rec t ifier 3A3 H. V. Regulator Chroma B a n d -Pass Am p lif ier - Burst Amplifier Keying

Burs t A m p lifier - Ch rom a Sync P h a se Detector

Dete c tor- Qu ad rat u r e Am plifier 6AN8 6 AN 8 9DA

Ch rom a R ef. O sc. Control

"Q” S ynchronou s Detector 6BY6 6BY6 "I" Synch ro nous Detector 6BY6

"I" P hase In ver ter

Green Output 12BH7 12BH7 9A Blue Ad der - Blue Output Red A dder - Red Output Green , Blue & Red DC R e s to rer 6BC7

REPLACEMENT DATA

RCA V ictor

PART No.

6DC6

6CL6 6CL6

6 AN 8 6AN8 9DA

6AQ5 6AQ5 7BZ

12AT7 12AT7

12BH7 12BH7 9A

6SN7GT 6SN7GT 8BD

6BD4 6BD4

6 AN 8

6 AN 8 6 AN 8

6AN8 6AN8

6AN8 6 AN 8 9DA

12BH7 12BH7 9A

STANDARD

REPLACEMENT

6BQ7A

6U8

6DC6 7CM 6DC6 7CM

6CL6

9A

4CG

3A3

6 AN 8

6BY6

6BC7

9Y

9AJ

9DA

RETMA

BASE

TYPE

/

NOTES

MODEL CT-100 (Ch. CTC2)

RCA VICTOR

ITEM

RCA Vic to r

No.

PART No.

15GP22 15HP22 15GP22

V37

CBS-HYTRON

PART No.

Capacity values given in the rating column are in mfd. for Electrolytic and Paper Capacitors, and in mmfd. for Mica and Ceramic Capacitors.

RATING

ITEM

No.

Cl C2 200 250 C3 C4 80 C5A uo

B ■ 10 450 >

C C6 C7A

B 60 25

C

D *20 150 . C8A 100

B . 2 0

C

D ▲ 20 450 C9A ■ 35

B C10A a500

C ll C12 C13 4 350 C14 4 C15

VOLT

CAP.

250

200

BO 450

450 18950 450 'I

20 25 J

1000 3

■ 10 450

-1 0

450

50 450 450

■ 20 300 78930

A 500 6

6

B ■ 35 300

450 78917

15 4 350

350 78919

50 6

78957 78957

18950

78929

72611 78931

78946

78930

78919 78919

78573

n tA victo r

PART No.

CATHODE-RAY TUBE

REPLACEMENT DATA

GENERAL ELECTRIC

PART No.

SYLVANIA

PART No.

15GP22

CAPACITORS

REPLACEMENT DATA

/"EkJTPAI AR

AEROVOX

PART No.

AF H1-55 AF H1-55 AF H3-125

PR S 4 5 0 /16 PR S3 5 0/4 PR S 3 50/4 BR435 PR S3 5 0/4 BR435 PR S25/50

LtIN 1 KALAD

PART No. PART No. PART No. PART No.

CORNELL-

DUBILIER

PART No.

A051 A051 C091

B002 DO 51 FP433 TVL -4717

D053

rA038 l BRH605 rA038 ‘-BRH605

BR1645 TC74 BR435

BBR50-6T TC29

SET 252 FOLDER 11

WESTINGHOUSE

PART No.

ERIE

RETMA

BASE TYPE

FP 3 3 1 .3 FP 3 3 1 .3 TVL -1542 FP14 9 FP14 9 FP34 5 .2 TVL-3731

FP43 7

r WP057

•-TC78 r W P057 LTC78

TC60 TVA-1601 TC60 TC60

41 All ADV

MALUJKY

NOTES

CDDAPI IP

OrKAv^UL

TV L-154 2

TV L-1735 TVL-1735

TV L-104 0

TV L -4 740

TV L-2552

TVA-1708

TVA-1601 TVA-1601 TVA-1100

NOTES

Note 1

PAGE 27

PARTS LIST AND DESCRIPTIONS (Continued)

Scanned by mbear2k - Jan 2012

CRYSTAL DIODES

ITEM

ORIG.

TYPE

No.

M8

K3E

M9

1N60 1N60

MIO

ITEM

No.

M il Dial Light 11765 #51 Bayonet

Tu ner KRK12C

M12 M13 Pix Detector A ssy. 78994 In clu des a ll parts within dotted line M14 Cr y sta l 78896 3, 579. 545KC

Delay Line 79177

M15 M16 Ba lla st Tube

Beam P o sitio n in g

M17

Magnet 3 Used

M18

Neck Shield Trim m er Cap.

A28

Tri m m e r Cap.

B1

Trim m er Cap. Knob Knob Knob Knob Knob Knob Safety Glass

PART NAME

RCA V ictor

PART No.

78972

REPLACEMENT DATA

SYLVANIA

PART No.

1N82 or A 1N60, 1N132 1N60, 1N132

RCA V ictor

PART No.

79125 77616 74923 78962

77709 78833 77547 77699 78539 77710 79099

FEDERAL

PART No.

1N64A 1N64A

MISCELLANEOUS

NOTES

For P u r ity Co il

43. SMC I F Tra p (4-40MMF) Top Of Tu ner Horiz. L ocking Range (4-70MMF ) Hue Adjust (4 -25M M F) Brightness Channel Selector Conve rgence & Focu s C o n trols Contras t, Hue, Co lor & Tone Controls Fine Tuning Off-O n -V olume

RF M ixer Sound IF D ete cto r Video D e tec tor

NOTES

MODEL CT-100 (Ch. CTC2)

RCA VICTOR

PAGE 33

PARTS LIST AND DESCRIPTIONS (Continued)

Scanned by mbear2k - Jan 2012

____________________

RATING

ITEM

CAP. VOLT

No.

C116

2700 500

C117

47 10000 C118 500 C119 150 C120

1200 15000 79024 C121

470 C122 82 1000 76474 C123

.1 C124 01 400 73561

.47 200

C125 C126 047 C127 82 C128 12

330

C129

01 600

C130 C131 0015 1000 C132 1000 500 C133 047 400 C134 .22 400 C135 . 18

022 600 73798

C136

1200 15000

C137 C138 01 C139 500

.47 200 73787

C140

.22 400

C141

C142 1200 500 C143

.1

C144 . 1 400 73551

10000 73960

C145 C146 47 C147 01 400 C148 33 70596 C149 150 C150 3 78911 C151 10000 73960 C152 2000 500 39659 C153

15 45465 C154 10000 73960 BPD-01 C155 150 C156 047 C157 270 500 39638 C158 2200 C159 2200 C160 10000 C161 01 400 73561 C162

01 400 73561 C163 .22 200 78905 C164 10000 73960

10000 73960

C165

10000 73960

C166 C167 2

2

C168

10000 73960

C169 C170 10000 73960 BPD-01

10000 73960 BPD-01

C171

10000

C172 C173 22 33101

C174 . 1

24 78915

C175

4

C176 C177 100 39396 C178 047 C179 18

. 1 400

C180 C181 9

C182

. 1 400

C183 470 500 C184

. 1

C185 047 400 C186 .1 400 73551

C187 . 1

C188 470 500 C189 .1 400 C190 047 400 C191

01 C192

.1

C193 470 500

C194 .1 400

C195 047 C196 .1 C197 .22 400

270

C198 C199 047 600 C200 047 600

820 78944 BPD-001

C201 C202 820

Note 1 N on-P o l arized Unit.

* Connect N ega tive Lead s Of TC36 T ogether. Connect Positive Lea ds to O rig inal C ircuit P o ints . ♦ Item s C l 02A, C102B, C102C, C102D, R140A, R140B , R140C, RHOD Are Com bined In One Unit.

No.

B 1 Meg C Switch

B 5 Meg

RATING

RESIST

ANCE

ITEM

R1A 50000

R2A 5 Meg

RCA V ic tor

PART No.

39662 79025

10000

79027

10000

79026

500 39644

73551 P48 8-1

400

73787

73553 P48 8-047

400

71514 33380

1000 76476

73594 73802 P1088-001 5 39652 1464-001 73553 73794 79041

400

79024 78918

6000 30000 79008

73794

39654

400 73551

78913 SI47NP0 T C Z -47 TZ22 NP0K-470 Z T-5447 5TC C-Q47 73561

44704 SI150NP0 TCZ-15 0 TZ34 NP0-333-151 Z T-5315 5 TCC-T15

39652 SI150NP0 TCZ -1 51 TZ34 NPO-333-151 Z T-5 315 5T CC-T15

400 78921

500 78901 500 78901

73960

99132 99132

73960 BPD -01 DD-103 K082 811-01 DC-511 5HK-S1

400 73551 P4 88-1

78912 SI4NP0

400 78921

39041

73551

78914 78922

76992 78922

400

78921

78922

400

76992 1469-0005 78922 78921

400 73551 400 78922

76992 78922 78921

400 400 73551

74957 73592

73592 689Z X-05 CUB6S47 PT61 47

78944 BPD -001 DD-102 K067 801-001 DC-521 5HK-D1

RCA Victor

PART No.

WATTS

2 78940

X

2

78937 **QJ-554

i

AEROVOX

PART No.

1469-0005

P488-01 P288-47

P488-22 P688 -0 22

6089-01

P288-47 P488-22

P4 88-1 D F-104 CUB4P1 PT401 4TM-P1 P488-1 BPD-01 DD-103

P488-01 D6-103 CUB4S1 GP2-333-1 03 PT411 4TM-S1 SI33NP0 TCZ-33 TZ18 N P0K -3 30

SI3NP0 T C Z-3 BPD-01

1464-002 1R5D2 MCB457 M S-22

SI15NP0 TC Z -15 TZ11 NP0K-150 ZT-541 5 5TCC-Q15

1469-0003 22R5T27 MCB241 M S-33

BPD-01 DD-103 K082 811-01 DC-511 5HK-S1 P488-01 D6-103 P488 -01 D6-103 CUB4S1 G P2-333 -103 PT411 4TM -S1 P288-22 BPD-01 DD-103 BP D-01 BPD-01 S12NP0 S12NP0 BPD-01 DD-103

SI22NP0

SI100N750 TCN-100

P4 88-1

1469-0005 5R5T47 MS-35

1469-0005 5R5T47 M S-35

P488-22

689ZX-05

PART No.

*QJ-555

CAPACITORS (cont)

CENTRALAB

PART No.

DF -1 04 CUB4P1 D6-103 CUB4S1 GP2-33 3-103

DF -5 03

DF -104 CUB4P1 PT401 4 TM -P1

DD-103 K082

DD-103 K082 811-01

DD-103 K082 8 11-01 DC-511 5HK-S1 DD-103 TC Z -2 TC Z -2

DD-103 K082 811-01 DD-103 K082

TC Z -2 2 TZ14 NP 0K-220 ZT -54 22 5TCC-Q22 DF -104 CUB4P1 PT401 4 TM -P1

TC Z -4

DF -104 CUB4P1 PT401 4 TM -P1

DD-102

CONTROLS

REPLACEMENT DATA

IRC

C4.AROSTAT

PART No.

SET 252 FOLDER 11

REPLACEMENT DATA

CORNELL-

DUBILIER

PART No.

5R5T47

CUB2P47 PT404 7 2TM-P47 CUB4S47 PT4147

1R5D1 MS-21

CUB4P22 PM4P18

CUB2P47 CUB4P22 PT402 2 4T M -P22

1R5D12

K082

TZ06

1R5D22 1R5D22

CUB4S1 GP2-333-103

CUB2P22 PT402 2 4TM -P22 K082 811-01 DC-511 5HK-S1

K082

TZ05 TZ05 NP0K-020 5TCCB-V22

K082

TN22 N7506-101 NT-531

5R5T47 MS-35

CUB4P22 PT402 2 4T M -P22

CUB6S47

K067 8 01-001 DC-521 5HK-D1

CENTRALAB

PART No.

ERIE

PART No.

811-01 DC-511

NP 0K-030 ZT-5533 5TCCB-V33 811-01 DC-511 5HK-S1

811-01 DC-511 NP 0K-020 5TCCB-V22

811-01 DC-511

811-01 DC-511 5HK-S1

NP 0K-040

MALLORY

PART No.

WF53 UR 16-T25 DS-26

MALLORY

PART No.

PT401

PT411 4T M-S1

PT4022 4 T M -P22

PT4047 2TM-P47

ZT -5 433 5TCC-Q33

DC-511 5HK-S1

PT411

DC-511

PT6147 6TM-S47

Brightn e ss (Pan el) W ire Wound Volume Tap ped at 180KS2(Rear) Atta ch t o RIB Vert. Convergen ce Amplitude (Pan el) Vert. Convergen ce Shape (Rear)

SPRAGUE PART No.

MS-3 5 4TM -P1

4TM-S47

5HK-S1

4TM-S1

5HK-S1

5HK-S1 5HK-S1

5TC U-Q1

6TM-S47

INSTALLATION NOTES

NOTES

MODEL CT-lOO (Ch. CTC2)

RCA VICTOR

PAGE 29

CONTROLS (eont)

Scanned by mbear2k - Jan 2012

KAIING

ITEM

No.

RESIST

ANCE

1 Meg

R3A

5000(2

B

lOKO

R4A

B S haft

5000

R5

15000

R6A

Shaft

B

25000

R7

lOKO

R8A

B Shaft

R9A 5 000

Shaft

B

1 M eg

R10A

50KO

B

15KO

R11A

5OOKO

B

2. 5Meg

R12A

Shaft

B

15KO

R13A

B 15KO

lOKO

R14A

B lOKO

7500

R15A

B Shaft

500

R16A

B 500

200

R17A

Shaft Not Req.

B

300

R18

5000

R19A

Shaft

B

250KO

R20A

Shaft

B

lOOKO

R21A

Shaft

B

7500

R22 R23A 5 Meg

Shaft

B

R24 15 Meg

1 Meg

R25A

B Shaft

800

R26

Note: R5 and R6A a r e g anged with one sha ft. * CONCENT RIKIT EQUIVA LE NT KIT K-3, BASE E LEM ENT S & SHAFTS, W ll-114 & P 3-1 18 (P a nel), B13-137X & R l- 2 0 7 ( R ear)

and SWITCH 76-1.

** CONCENTRIKIT EQU IVALENT KIT K-5, BASE E LEM ENT S & SHA FTS, B ll -14 1 & P l l-0 1 8 (Pan e l), B ll- 1 4 1 & R15 -014 (R e ar) .

« C ON CENTRIK IT EQUIVALE NT KIT K-5, BASE ELEM ENT S & SHAFT S, B ll- 1 3 7 & P l l-0 1 8 ( P ane l) , B l l-114 & R15 -014 (R ear ).

a CONCENTRIKIT EQUIV AL EN T KIT K-2 , BASE ELEMEN TS & SHAFTS, B l l-1 3 7 & P 9 -1 04 (Pa nel), B l l-1 23 & R ll-1 1 2 (R ea r)

RCA V i ctor

PART No.

WATTS

i

78936

\ \

78949 Not R eq.

i

78948 78956

78942 78949 Not R eq. 78951 Not. Req. Not R eq. 78934

i

78938

2

i

78941 Not R eq. 78939

2

2 78935

2

A

78933 Not R eq . 78953

2 2 2 78955

2 78954

78951 Not R eq. 78952 Not Req. 78950 Not Req. 78933 79028 Not Req. 79029

\

79030 Not Req. 79031

2

REPLACEMENT DATA

CLAROSTAT

IRC

PART No.

♦QJ-553

Q ll- 1 0 9 B-5 C3 Q17-111

Q ll-1 0 3

aQJ -5 52

Q ll- 2 3 9 Not Req. FS-3

W-20 A 43-20 Not R eq. W30X15

Q ll- 1 0 3 Not Req. Q ll- 1 3 0

Not Req,

Q ll- 1 2 8

Not R eq .

Q ll- 1 3 7 SQ

PART No.

A47-10 K-S AB-14 RS-2 AK-9

AK-16 Atta ch t o R6A

A47-10 K-S RS-2 AK-9 A47-5 00 -S B -4 FS-3

A47-2.5 Meg-S

FKS-1 /4 Not Req . RT V -1 5

A4 7- 500 -S

FS-3 Not Req. A4 7- 250K-S KSS-3 A47-10 0K-S KSS-3 AK-4

A47-5Meg -S

FS-3

A47 -lM eg -S AB-69

FK S -1/4 RT V -339

AB -14 Video B lue Gain

Not Req.

B-83 U255 Ton e Not R eq . Not Req. A ttac h to R12A

AB -5 AK-1

SVT-902

AB -40 AK-4 AB -40

AK-1 Not R eq. Attac h to R25A

CENTRALAB MALLORY

PART No.

B-4

PART No.

UF16L Heigh t (P ane l) UR53L V ert. L inear ity (R ear)

U-7

UF16L V ert. H old (Pan el) UR54L Hor iz . Hold (R e ar)

R20 L C ross P u r ity W ire Wound

R30CT F ie ld N e u tr aliza ti on W ire

U-56 AFC Balan ce Not Req. U-41 Ho riz. Drive Not Req. Attac h to R21A

U-67 Not Req. Attac h to R23A

SU-54 High Voltag e

INSTALLATION NOTES

Vid eo G ree n Gain At ta ch to R4A Contr ast See Note Contras t See Note

Hor iz . C onv ergenc e Amplitude

Attach to R8A

Co lo r S atu ration

Atta ch to R9A

Re d Sc ree n W ire W ound (Pan e l) AGC (R e ar)

Gre en Scr een W ire W ound (Pan el). Blue Sc ree n W ire Wound (R ear) Gre en B ack ground W ire Wound (Pan e l) Blu e B ack ground W ire Wound (R ear)

Sound L eve l At ta ch t o R15A Vert„ C e nte rin g W ire Wound Vert. Cen ter in g W ire Wound

Atta ch t o R17A

Wound T apped a t 150

I-Gain

Atta ch to R19A

Attach to R20A

Sound R e jec t

Fo cus

DC C o nve rg enc e

Hor iz . C e nte rin g Tappe d a t

40 0 (Wire Wound)

RESISTORS

RATING

ITEM

No.

OHMS

lOOKO

R27

lOOKO

R28

22KO

R29 R30 1200 R31 8. 2Meg

220KO

R32 R33 470KO R34 270KO

10000

R35

lOKO

R36

47 0

R37

lOKO

R38 R39 10000

lOKO 10

R40 R41 3. 9Meg

100 0

R42

100 0 BTS-100

R43 R44 560

4700 0 BTS -47 00

R45

68 0

R46

12KO

R47

560KO

R48

I8OKO 5%

R49 R50 330 0 5%

100 00

R51 R52 620 5% 3579 R53 47KO

lOKO 523310

R54 R55 620 5%

lOKO 523310

R56

220KO 9% 502422 B TS-2 20 K 5%

R57

27KO 5%

R58

22KO 5%

R59 R60 620 5% 3579

lOKO 523310

R61 R62

1. 2 Meg 27KO 5%

R63 R64 1800 5% BTS -180 5%

lOKO 523310

R65

27000 502227

R66 R67 1200 5%

22000 78908

R68 R69 3300 5% 502133 BTS-3 30 5%

220KO 5% 502422 B TS-2 20 K 5%

R70 R71 220 00 5% 502222 BT S-22 00 5% R72 4700 0 5%

REPLACEMENT DATA

RCA Victor

PART No.

WATT

502133 B TS-330 5% 503210 BTS -1 00 0

513347

3579

502327 502322 B TS-2 2K 5%

503512 B T S-1. 2Meg 502327 BTS -27K 5%

502112 B TS-120 5%

i-

502247

IRC

PART No.

BTS-100K

BTS-100 K

BTS-22K

BTS-120

BTS-2 20K BTS-470K BTS-270K BTS-1000 BTS-10K BTS-47 BTS-10K BTS-1000

13/4A-10K

BTS-100

BTS-56

BTS-68 BTS-12K BTS-560K BTS-180K 5%

BTA-47K BTB- 10 K

BT B-10K

BTS-27K 5%

BT B-10K

BT B-10K BTS-2700

BT S-4700 5%

NOTES

RATING

ITEM

No.

OHMS

lOKO 503310 BT S- 10 K

R73

1200 5% 1

R74

2200

R75 R76

’2 .5KO

R77 lOKO 10 79182

lOKO 503310 BT S- 10 K

R78 R79 27KO R80 lOKO 503310 R81 33000 2

R82 2 700 0 5% 1 502227 BTA -2700 5%

R83 180 00 5% R84 2 2000 5% R85 2. 2Meg

2200

R86

150 00

R87 R88 1 00 0

47KO

R89

22KO 2 523322

R90

22KO

R91 R92 lOKO

4. 7Meg

R93 R94 2. 2M**g 503552 BTS -2. 2M eg

820KO %

R95

470KO 5%

R96

47KO 503347 BT S-47 K

R97

47KO

R98

68KO 2 523368 B TB-68K

R99

22000 503222

R100 R101 4. 7M eg R102

820 5% 22KO 2 523322 BTB-22K

R10 3

R104 22KO 2 R105 47KO R106 18KO R107 56 KO 2 523356 BT B-56K R108 56KO R109 39KO R110 470 5% 502047 R i l l 39KO 503339

R112

12000 5% 10000 5%

R113 R114 lOKO 5%

lOKO 5%

R115 R116 1. 5Meg R117 15KO R118 lOMeg

REPLACEMENT DATA

RCA V ictor

PART No.

WATT

512112 B TA-12 0 5%

\

503122 79184

10

503327

\

523233

\

502218 B T S-1 800 5% 502222 B TS-2200 5%

2

503552 B TS-2. 2Meg

2

503122 B TS-220

2

503215

I

\_

503110 B TS-100 513347 B TA-47K

1

\

503322 BTS-22K

1

503547 B TS- 4. 7Meg

2

\

2

523347 B TB-47 K

2

503547 B T S-4. 7Meg

2

1

502082

2

!

503347

|

503318 BTS-18K

2 523356 1 BTA -39K

502212 502210 502310 B TS-1 OK 5% 502310 503515 B TS- 1. 5Meg 503515 BTS -15K 503610 B TS-lOMeg

\

BT S- 220

BTS-27K BT S- 1 OK BT B-330 0

BTS -1500

BTA-10K

BTS-820K 5% BTS-470K 5%

BTS-2200

BT S- 82 5%

BTB-22K BTS-47K

BT B-56 K

BTS-47 5% BTS-39K BTS-12 00 5% BTS-10 00 5%

BTS-1 OK 5%

IRC

PART No.

NOTES

-*

PARTS LIST AND DES

RATING

ITEM

No.

OHMS

330KO

R119 R120 470KO R121 3 300 2 R122

3300 2

R123 4 700 2 523147 R124 68OKO

3900 0

R125 R126 27KO R127 22KO

270KO

R128 R129 56KO R130 2. 2Meg R131 820KO R132 47KO R133 560X0 R134

47KO 33KO

R135

18KO

R136 R137 82000 R138 33KO

22KO

R139

R140A 22KO

B 22KO C 82000 D 8200 0

R141 IMeg R142 IMeg 503510 BTS-1 Meg R143 1. 5M eg R144 470 00 503247

4700

R145

IM eg

R146 R147 18KO 3219 BTS -1 8K R148 IM eg R149 56000 B T B-560 0 R150 75KO 5% R151 12000 BTA -1200 5% R152 12000 R153

68OKO 503468 B TS-680K

R154 lOMeg

2. 7M eg

R155 R156 1. 8M eg

2700 0 503227

R15 7 R15 8 2 700 0

27KO

R15 9 R160 47000 R161 1. 8Meg R162 220KO R163 820KO R164 150KO

68OKO

R165

IM eg

R166 R167 150KO 5% 512415 BT A-150K 5% R168 82KO

3900 0 5%

R169 R170 56KO 1 R171 82KO 1

R172 lOOKO 5%

R173

8200 0 5% 502282

R174

68KO

R175 lOKO

R176 47KO

R177 120 0 503112 B T S-120 R178 560 R179 22000 2

8. 2 Meg 2 522582

R180

4700 0

R181 R182 4 700 0 1 513247 BT A-4700 R183 IM eg R184 1. 8Meg 1 513 518 B TA-1. 8Meg

50M eg 5% 3

R185 R186 50Meg 5% 3 78926

1500

R187 R188 56 KO

lOKO

R189

39KO

R190 R191 lOKO R192 27000 R193 22KO R194 lOOKO R195 180 00 5% 1

2200 0 9ft

R196 R197 39KO 5% 2

33KO 5% 2 28744 BTB -33K 5%

R198

2200 0

R199

15KO

R200

IM eg

R201 R202 IM eg R203 lOKO 503310 BT S-10K

15KO

R204

ITEM

No.

T1

RATING

PRI. SEC. 1 SEC. 2

117VAC

(g)4.44A

(a) 2.5 VAC

SEC. 3 SEC. 4 SEC. 5

6. 3VAC

§)17. 6A

REPLACEMENT DATA

RCA V i ctor

PART No.

WATT

A

503433 BTS-330K

503447 BT S-470K

503468 503239 503327 BTS-2 7K 503322 BTS-2 2K 503427 B TS-270K 503356 BT S- 56 K 503552 BT S-2 . 2Meg 503482 503347 BT S-47K 503456 503347 BTS-47K 523333 503318 B TS-18K 503282 BTS-8200 503333 BT S-33K 503322

' 79246 \ BTS -8 20 0

503510 BTS-1 Meg

503515 BT S-1. 5Meg

503147 503510 B TS-1 Meg

503510 BT S- 1 Meg

503610 BT S-lO M eg 503527 BT S-2. 7M eg 503518 BTS -1 . 8M eg

503227

503247 503518 BT S-1 . 8M eg 503422 BTS-220K 503482 BTS-820K 503415 BTS-150K 513468 BT A-680K 503510 B TS - lM eg

513382 BTA -82K 502239

1 512410 BTA -100 K 5%

503368 BTS-68K

l

503310 BT S- 10 K

1 |

|

503056 BTS-56 523222

513247 BT A -4700

1

503510

i

78925

503115 BT S-150

\

503356

i

503310

1 51 3339

513310

1

j

503322

|

503410 BT S-10 0K 512218

\

502222 BT S- 2200 5% 522339

503222 BT S- 22 00

\

503315 BT S-15K 503510 B T S -lM eg 503510 B TS -lM eg

503315 BT S-15K

_

L _

♦ Ite m s R 14 0A , R140B , R1 40 C, R140D , C102A,

IRC

PART No.

BT B -3 30 BT B -3 30 BT B -4 70 BTS-680K BT S-3900

BTS-820K

BTS-560K

BT B-33K

BTS-22 K BT S- 22 K

f

BTS-22K

BT S-8200

I

BT S-4700 BT S-470

BT S-75K 5%

BT A-1200 5%

BT S-2700 BT S-2700 BT S- 27 K BTS-47 00

BT S- 3900 5% BT A-56K BT A-82K

BT S- 8200 5%

BT S-47K

BT B-220 0 BT B -8. 2Meg

BT S - lM eg

BTS-56 K BT S- 10 K BT A-39K BT A-1 OK BT S-2700 BT S-22K '

BT A - 1800 5%

BT B-39K 5%

TRANSFORMER

RCA V icto r

174VAC

6. 3VAC

® 1 . 0 1 A

PART No.

78893

RESISTO

NOTES

Stancor

PART No.

PAGE 30

CRIPTIONS (Continued)

Scanned by mbear2k - Jan 2012

*S (cont)

ITEM

No.

OHMS

10000

R205

5. 6M eg

R206

lOOMeg

R207

27KO

R208

180(2

R209

47KO

R210 R211

lOKO 150KO

R212

39KB

R213 R214

3300 5% 12KO

R215

27KO

R216 R217

2200(2

1000

R218

56S2

R219

18KO 5%

R220 R221

390KO

R222

6. 8Meg

33KO 5%

R223 R224

3000 0 5%

1000

R225

12. 5KO

R226 R227

4700 0 5% 50000

R228 R229

4700 0 5%

R230

82000

R231

IMeg

R232

1000

47KO

R233 R234

4700 0 5%

3. 3Meg

R235

390KO

R236

lOKO 5%

R237

6200 0 5%

R238 R239

lOKO 5%

R240

4700 0 5%

R241

lOKO 5%

R242

6800

R243

3300 0 5% lOKO 5%

R244

1. 8M eg

R245 R246

2700 5%

R247

1800 5%

R248

47000 5% 15KO

R249 R250

lOKO 5% lOKO 5%

R251 R252

lOKO 5%

R253

6800 3300 0 5%

R254

lOKO 5%

R255

1. 8M eg

R256 R257

2700 5% 180 0 5%

R258 R259

4700 0 5%

R260

15K 0 lOKO 5%

R261 R262

lOKO 5%

R263

30KO 5%

R264

3300 0 5% 1200 5%

R265

820 5%

R266 R267

lOKO 5%

R268

1. 8Meg 2700 5%

R269 R270

1800 5% 4700 0 5%

R271 R272

15K0

R273

lOOKO

R274

IMeg lOOKO

R275

IM eg

R276

lOOKO

R277

IM eg

R278 R279

82000 820 00

R280 R281

820 00

R282

18000 4000 0

R283 R284

27000 330

R285

1000

R286 R287

1000

56 KO

R288 R289

120

R290

5600 5%

R291

100

R292

56K

R293

82000

D102B, C102C, C102D a re com bined in one unit.

REPLACEMENT DATA

RCA V ictor

PART No.

502210 503556 514710 503327 503118 513347 523310 503415 523339 502133 513312 523327 503222 503110 503056 512318 503439 503568 38895 19794 503110 79184 502247

502247 503282 503510 503110 513347 512247 503533 503439 522310 35255 502310 502347 502310 503168

30733

522310 503518 30929 502118 522447

503315 502310 502310 502310

503168

30733

522310

503568

30929

502118

522247

503315

502310

502330

30733

512112

502082

522310

503568

30929

502118

522247

502315

503410

503510

503410

503510

503410

503510

76504

76504 76504 78932 78907

IRC

PART No.

BTS-1000 BT S-5. 6Meg

BT S- 27 K BT S-180 BTA-47K BT B-10K BTS-150K BTB-39K BT S-330 5% BTA-12K BT B-27K BTS-2200 BTS-10 0 BTS-56 BTA-18 K 5% BTS-390K BT S-6. 8Meg BTA-33 K 5%

BT S- 100

BTS-47 00 5% 1 3 /4 A -50 0 0

BT S-4700 5%

BT S-8200 BT S - lM eg

BT S-100

BT A-47K BT A-4700 5% BT S-3 . 3M eg BTS-390K

BT B-1 0K 5%

BT S- 10K 5% BT S- 47 00 5% BT S- 10 K 5% BTS-68 0 BTS-33 00 5% BT B-1 0K 5% BT S-1. 8Meg BT S-270 5% BT S-180 5% BT B -4 700 5% BT S- 15 K BT S- 10K 5% BT S- 10 K 5% BT S- 1 OK 5%

BT S-680 BTS-33 00 5% BT B-1 0K 5% BT S-1 . 8M eg BT S-270 5% BTS-18 0 5% BT B-4 700 5% BTS-15K BT S-1 OK 5% BT S-10K 5%

BTS-33 00 5% BT A-120 5% BT S- 82 5% BT B-1 0K 5% BT S -1 . 8M eg BT S-270 5% BT S-180 5% BT B-4 70 0 5% BT S-15K BTS-100K BTS- lM eg BT S- 10 0K BTS- lM eg

BTS-100K BTS- lM eg BTB -8200 BT B -8 200 BT B-820 0 BT B-180 0

BT S-2700

1 3/4 A -10 0 1 3/4 A -10 0 BTS-56 K

BT S-560 5% BT S-10 BT S- 56 K BT B-8 200

(POWER)

REPLACEMENT DATA

Triad

Merit

PART No.

RCA

TYPE No.

Halldorson

PART No.

Thordarson

PART No.

TRANSFORMERS (SWEEP CIRCUITS)

ITEM

No.

T2

T3 H oriz. O utput T ra n s . 79012 (6) T4 T5A

B V e rt. (100MH) T6 H oriz. L in e a rit y (2. 7-18MH) 76441 T7 T8 P u r ity Coil T9 T10

T il

T12

T13

(1) D rill New M ounting h o l es. (2) D r ill One New Mountin g H ole. (3) Con nect T o Coded R ed And Blue T e rm i n als . (D D r ill New Mounting Hole. <5) In c lu des M ale P lu g And C198, R150, R151.

) In cludes R181.

ITEM

IMPEDANCE

No.

5.2KO

T14

ITEM

No.

SP -1

ITEM

No.

LI IF T r ap 00 77626

L2 IF T rap L3A VHF Ant. ,

B VHF A n t.,

C VHF A n t.,

D V HF A n t.,

E

F UHF Ant. ,

G

L4 IF Tra p .20 77628

L5 Neutr„ Coil

L6 R F Choke 1 .4 0 77695 L7 L8 L9 L10 Cathode C hoke L l l L12

L13 IF Cou pling

L14 IF C ou pling

L15 Conv . Pla t e .20 .20

L16 2nd Video IF

L17 L18 2nd Video

L19 RF Choke 1.10

L20 3r d V ideo

L21 L22 F i l. Choke L23 L24 F i l. Choke oo

L25 6th Video I F .10

USE

Vert. Osc . T r a n s. 74144

V ert . Output T r a ns. 77823 Y o k e -H o r iz. (13MH)

Width (16 -77M H)

Field N eu tra li zin g Coil Hor iz . D ynamic C o nverg en ce P hase Co il (10-4 8M H) Hor iz . D ynamic C onve rg en ce Outpu t T ran sf o r m er Vert. Dyn amic Conv e rg  ence Output T ransf o r m er Vert. C enteri ng Co il

RCA Victor

PART No.

79116 (5)

79010 79126 79119

78998

79009

79006 78900

TRANSFORMER (AUDIO OUTPUT)

RCA V ict or

PRI. SEC.

SIZE FIELD V. C. IMP.

8” PM 40 77129 ST-11 5

USE

PART No.

40 Part of S p eaker

RATINGS

DC RES.

PRI.

00

RF, Mix er & Osc. Colls

RF, M ixe r & Os c. Coils

RF, M ix er & Opc. Coils oo 77604

RF, M ixer & Osc. Coils

UHF An t. , RF, M ixer & Osc. Coils

RF, M ix er & Os c. Coils oo

UHF Ant. , RF, M ix er & Os c. Coils

RF Choke 1 . 4 0 77695 Fil. Choke oo 77631 Fil. Choke

RF Choke IF Input

Tra n s . .10 .10

Tra n s . P r i. OO Tra n s . Sec . oo

Grid

Fil. Choke OO

IF P l a te

IF G rid . 10 4th Video IF

5th Video IF .10 . 10

00

oo

oo 77627

oo oo

.10 78224

OO

. 10

.10 . 10 78990

oo

Stancor

PART No.

A-3823 A- 30 19

PART No.

SEC.

. 10

RCA Victo r

PART No.

77626

77602

77603

77605

77631 77629

78987

73477

78988

78945

78989

73477 78991 73477 78992

Stancor

PART No.

A-8122 A-4 00 3

A-8145 A-3038 (2 A-107X(2)

REPLACEMENT DATA

Merit

PART No.

REPLACEMENT DATA

Triad

PART No.

S-5Z Z1002

SPEAKER

JENSEN

PART No.

Mod. P 8-V

COILS (RF-IF)

8A21

REPLACEMENT DATA

MEISSNER PART No.

19-3001

17-45 23 19-3001 17-4522 19-3001 17-4522

REPLACEWENT DATA

Triad

Merit

PART No.

MWC-3

Halldorson

PART No.

QUAM

TV -189 4604

TV -189

TV -189 4604

A-97Y

WC-12 (3)

MERIT

PART No.

TYPE No.

Thordarson

PART No.

26S49

PART No.

6217

6218

6219 4604 6219

6219

RCA

Halldorson

PART No.

j

NOTESRCA V ict or

MILLER

Ch anne ls 2 - 4 ; Include s C apaci to r s

Cha nne ls 5-6 ; Include s C apaci to r s

Cha nne ls 7- 10; I nclud e s C apac i to r s

Cha nne ls 11-1 3; In clud e s C a p a c it o rs

Ch ann els 14 -5 2 ; In  clud e s C a p a c it o rs

Cha nne ls 53-68 ; In clud e s C a p acitors

Ch anne ls 6 9-8 3; In  clud e s C a p a c it o rs

Wound on 470KO R e s isto r

11 m ic r o h e n rie s 11 m ic r o h e n rie s

Include s 3 300 0 R e sis t o r

Includes C o upling Coil & T ra p

1 m i cro h e n r y

In clude s T ra p , lOKO R e s isto r, & 100MMF Cap.

Include s T r ap

1 m i cro h e n ry 1 m i c roh e n r y

B6701

Z1802(2)

NOTES

Thordarson

PART No.

24A88(D FLY -10 0 26S53(2)

WC -18 WC -19(D

MODEL CT-100 (Ch. CTC2)

RCA VICTOR

PAGE 31

PARTS LIST AND DESCRIPTIONS (Continued)

Scanned by mbear2k - Jan 2012

ITEM

No.

L26 L27 L28

L29 4. 5MC Tra p L30 3. 58MC Tra p 3ft L31 3. 58MC

L32 Shunt Peak.

L33

L34

L35

L36 Sound IF 6 .2ft L37 R atio D et. L38

L39

L40

L41 B urs t Amp.

L42 RF Choke 2.5 ft 72168 L43

L44 3.58M C

L45

L46 L47 Shunt P eak .

L48 L49

L50 S e r ies Pea k.

L51 Shunt Peak.

L52 Shunt P eak. L53 Shunt P eak.

L54 Series P eak.

L55

L56 S e ries P eak .

t R everse Coil M ounting In Can 0 * Dr ill 1 New Mounting Hole.

ITEM

No.

USE

Fi l. Choke 7th Video IF

Shunt Pe a k. Coil

Ta ke-o ff

Coil Series Peak . Coil Series P eak. Coil Sound T a ke off

Horiz . Osc.

Band P a s s Prim ary Coil 7.5ft

Band P a s s Secon dary Coil

Trans.

Re actance Coil

Output T rans. Qua d rature Trans. 1 .3ft 78895

Series Peak . Coil

Coil Delay F ilt e r 29ftCT Series P eak . Coil

Coil

Coil Coil

Coil

Series P eak. Coil

Coil

TOTAL DIRECT

CURRENT

L57 . 630ADC

DC RES.

PRI. SEC.

Oft .m

9ft . 2ftCT

3 ft

lif t

3. 6 ft lif t

3.8ft 78995

3.4ft . 4ftCT 78997 17-1033 TV-110

8. 5ft 120ft

1.7ft

4ft 1.5 ftCT 78886

5. 5ft

. 7ftCT 78889

130ft

24ft 78903 4664

26 ft 79185 4652

26ft 79185 4652

lif t

lif t 98482 19-3250

5ft

RATINGS

D. C.

RESISTANCE

INDUCTANCE

(0 CURRENT

1000

17.3 ft . 6HY 78961 C-40X

COILS (cont)

RCA V ictor

PART No. PART No. PART No. PART No.

73477 19-3001 TV-189 4604 1 m icro h e nry 78993

74214 78897 78892 1469

78892

71526 19-3250 TV-185 6181 250 m ic r o h e n ries

71793 19-3036 TV-180 6176 36 m ic ro h enrie s

71526 19-3250 TV-185 6181 250 m icro h e n r ies

78996 17-1021 *

75213 20-1402 t TV-162 t

78887 P r i . Tapped ® 2. 6ft;

78888

78891

78902

78890

98482

98482 19-3250

75253 19-3125

REPLACEMENT DATA

MEISSNER MERIT

17-4504

19-3180 17-3402 1469

TV-184

6218 Include s T rap

6180 180 m ic r o h e n ries

1470

TV -1 08 * 1466 *

19-6022

1468 Terti a r y Winding -. 1ft

6183 t Pri. Tap p e d® 85ft;

6152

4670 6. 7 m illih en rie s

19-3250

TV-185

6181 250 m icro h e n r ies TV-185 6181

TV-185 6181 250 m i crohenri es

6153

6153 120 m ic r o h e n ries

6153 120 m ic r o h e n rie s

MILLER

Include s 1N60 C rysta l de tecto r & 3. 3 m ic r o  henries R F Choke

Hor iz. Wave Fro m Winding - 35ft

T e r tiary Winding - 4ft

20 m icro h e n r ies

Include s C ap a c ito rs

Includ es C ap a c it o rs &

R e s istors "Q" winding -

„ 3ft "I " winding - 0 3ft

1. 9 m illih e n r ies

1 m illih e nry

1 m illih enry

250 m ic rohenrie s

120 m icro h en r ies

NOTES

FILTER CHOKE

RCA Victor

PART No.

REPLACEMENT DATA

Stancor

PART No.

Merit

PART No.

Triad

Halldorson

PART No.

Thordarson

PART No.

ITEM

No.

MlM2. 630A

ITEM

No.

M3 M4

M5

M6

M7

RATING

CURRENT

. 630A

TYPE

3A G P /T

3A GP/T

3AG

#26AWG Wire #26AWG Wire

RATING

. 25A 250V

4. 5A 250V . 45A 250V

RCA Victo r

PART No.

78894 78894

RCA V ictor

PART No.

FUSE HOLDER

73600

79357

78798

79358

SELENIUM RECTIFIER

FEDERAL

PART No.

1267A 1267A

REPLACEMENT DATA

INTERNATIONAL

PART No.

9RS700SL 9RS700SL

FUSES

REPLACEMENT DATA

LITTELFUSE

PART No.

FUSE

318.250 (3 A G P/T 1/4A

31804.5

48894

(3A G P /T4.5 A

MALLORY PART No.

HOLDER

342001

SARKES

TARZIAN PART No.

759S

SELETRON

PART No.

BUSS

PART No.

FUSE HOLDER

GJV1/4

NOTES

HKP

PARTS LIST AND DESCRIPTIONS (Continued)

Scanned by mbear2k - Jan 2012

CRYSTAL DIODES

ITEM

ORIG.

TYPE

No.

M8

K3E

M9 1N60

1N60 1N60, 1N132 1N64A Video D e tecto r

M10

ITEM

No.

M il

Dial Lig ht 11765 #51 Bayonet M12 Tune r KRK12C M13 Pix Dete cto r Assy. M14 Crysta l 78896 3, 579. 545KC

Delay Line 79177

M15 M16 Ba lla st Tube

Beam Po sitio n ing

M17

Magnet M18 Neck Shield

Tri m m e r Cap. 77616

A28

Trim m er Cap.

B1

Trim m er Cap. Knob Knob Knob

Knob

Safety Glass

RCA V ictor

PART No.

78972 1N82 or A R F M ixer

PART NAME

REPLACEMENT DATA

SYLVAN 1A

PART No.

1N60, 1N132

FEDERAL

PART No.

1N64A

MISCELLANEOUS

RCA V ictor

PART No.

78994 Inclu des all pa r ts w ithin dotte d line

79125 74923

78962 77709 78833 77547

77699

78539

77710 79099

3 Used

For P u r ity Coil

43. SMC IF Tra p (4-40MMF) Top Of Tun er Horiz 0 Locking Rang e (4-70M M F) Hue A d just (4-25M M F) Brightn ess Channel Selec tor

Co nve rge nce & Focus Con tro ls

Contrast, Hue, Co lor & Tone C ontrols Fine Tuning Off-On-V o lume

NOTES

Sound IF D ete cto r

MODEL CT-lOO (Ch. CTC2)

RCA VICTOR

PAGE 33

PAGE 34

Scanned by mbear2k - Jan 2012

RF TUNER SCHEMATIC

c r

Scanned by mbear2k - Jan 2012

CD

2 <

o

<

o

_ i

PAGE 35

Scanned by mbear2k - Jan 2012

PAGE 36

PAGE 3 7

Scanned by mbear2k - Jan 2012

RCAVICTOR CT-100 User Manual

Specifications and Main Features

Frequently Asked Questions

User Manual