, 5 TR 1J '7 - AFC [ Jm /TR Color AFC Circuits U:, lt, ix')~1i:t~:f! l-c" 7" AFC lilli! 1ü1:M%M.I!!li! 90' 0-7' I} -I!!li! e1tiiutf:f. Features The functions consist of : AFC circuit 9 i; J: 1Y 12 ~m1ijjj'g Synchro separation circuit 90' rotary circuit Supply voltage either TR'):!} '7 -AFCm')'f-"'1**u\@]~l', ~fii'.l"jfis~ t/lf11lt l ~ T 0 9 or 12 m :! ~ 4 15 ~5 14 ~ 6 13 17 12 '6 11 ~-I.'=~~IO I 6.aO.3 I ".; l5 ' '. '.' ~O.25 4.7±O.253.05±O.25. '3+o-~'!l J.~. ~ 3-15" 7.62±O.25... 1B-Lead OlL Plastic Package S ~ 22 Unit: rum Unit: rum ~t2 21 -- ~ 3 20.. 4 19 5 16.. -- 6 17 -H 7 16 ~ ~18 15-9 14 10 13 11 12 "7 tj ':/ '7 ~/Block Diagram ~ 18 22-Lead PANAFLAT Package (50-220) [IQ] 9 [TI] Dj1;] ItS')Pin No. Dshows the Pin No. of S AN6360,AN6360S, AN6361N, AN6361NS t ')Ul1'i-h-lt-c':!} '7-663-
*117:ß/Pin ( )f1'j'is<7)pin No /( )shows the Pin No of S Pin No. ~ T 15 Pin Name Pin No. itiil T 15 Pin Name 1 (1) *,~ft1ljl5i Zener oltage 10(12) ID A1J ID Input 2(2) 1tiJli1lEE cc 11(13) PG ("', r 5 W) A1J PG Input (Head 5W) 3(4).IiiJMrei-'it:±l1J ss Output for Sync. 12(15) 630kHz CW tl:i1j CW Output (630kHz) 4(5) Sync. Front Pulse ti:l1j Sync. Front Pulse Output 13(16) 7-Ä GND 5(6) o -,{Ä71/1.-? Low Pass Filter 14(17) CO $IJ1tP CO Control 6(7) IiiJMrei-'itA1J 5ync. 5ep. Input 15(18) I 2 L l' ;..-;; ;L 7? I 2 L Injector 7(8) IiiJMrei-'ittl:l1J White Clip Output 16(19) P-Com. 7 1 11.-? P-Com. Filter 8(10) "~rei-'ita1j ideo Input 17(21) ').=. 7 ~ / 7' 11.-1- Linear Mono. Multi. 9(11) Rec./DOC.J;1]fi.;{. Rec.!DOC 5 elect 18(22),{- 'A t 7'- t ffl HD ti:l1j HD Output for Burst Gate S'j:. Pin No.@, @, @, : Ne/In case of S, Pin No. @, @, @, @ are NC. ~M.*~*3/Absolute Maximum Ratings (Ta=25 C) Itern Symbol Rating Unit 'Il!:irnt1l!:1± cc 13,jfY:u!'*: l 500 Po rnw (Ta=70 C) I S 270* j!jf'fffljooi.lil.ijt T opr -20-+70 C I -40-+150 f,'jh1'- i.lii.ijt T stg I S -40-+125 C.-!t~"'!!/ElectricalCharacteristics (ce= 2-13 = 12, Ta=25 C ± 2"C) Itern Symbol Test Circuit Condition min. typ. max. Unit @~-':ijle h 1 17 35 ma :;oz.-j--1lijf.1lee z 1 6.1 7.2 8 CO mjl!litk$lj1tp~~ 12 3 290 490 S. khzi 8 15 S8 H58 A1J~iJt 4 0.5 p _ S p SIO m 55 tl:i1jmljji 2 5 6.4 S v", mr HD tl:i1j~iijii 2 5 6.4 5 022 04 Sync. Front '{li.- 'A lli 1Jl1tifllil 2 5 6.4 5 05 L 8ync. Front '{li.-'at; 2 6.3 ps 5 t5 0l2 630kHz CW tl:i1j~1\jl;i 2 1.3 2.3 p _ o,<; p 630kHz ~ 2 jl!ij~i1ii 5 Zm=6.8kO -20 db 90' ilih PG.J;1]~;{.~~ 6 0 0.8 S'~-1 5 90 i1!;h PG 2 'Wfi.;{.!f;~ 6 2.1 3.1 S 5 13 2 5 0-? ') -~.r "7'PGWllt!\/t 11-3 6 5.2 7 S 51'-3 Sg-l Rec.!P.B..J;1] fi. ;{.!l!'tijt 7 0.5 ma 5 5 11 1 So..? DOC!l!'t~ 7 2 S 5-2 co ~mmjilttk fos"'2 8 2.3 4.1 S MHz fosc15 S 2f,? S 2f15 S S11-1 -664-
Test Circuit 1 O2 z) S (12, z) 22 21 20 19 18 17 16 15 14 13 12 S 9 10 11 cc12 Test Circuit 2 (03, 018. 04. t4 1Z) ideo '----------<>0 II'_I' ~ Input (NTSC Signal) iuj Pin@ÄtJ OFF I: ~ ~Pin @ DC'il!: I±. ~ 19 I: -t 7.> 0 Pin@ÄtJ~Ähf~"'" ~ Pin @ltl±. ij' 19 1: Z i.j: -j,: lkqvr~;l.\\i!.~-t7.>o scilloscope r::: JlJl l-.i IH 22 i±1) Pin@!AtJ OFF ~~ Pin@ DC iltl±. ~ y 19 Ce -t 7.>. iu} Pin@ AtJ ~ AtLf~ I: ~17). Pin@1Ir±iJ Y19Ce":7.> J:-j I:IkOR HIo1!!'-t Q. Test Circuit 3 (ß1Z) S (ß1S) S 5 6 7 8 9 10 11 100kO cc 12 ie 1 ) Test Ci ruit 2 17) Pin @ DC.I!tl±. ~ ± O.5 '&:11:. ~ -;t f~ I: ~ 17) Pin @ I±\ tj mj iili:ll'i '&:11:. ~ 4 li'i ~ -;t f~ /., ~ ~ P,2 I: ~~ 7.>. ie2) Pin l7)lij1,:tj!:tjtlj:'&:ii:.~-;t", ".(TestCircuit2 I:I"Jl:) i1.1) Test Circuit 2 ~ Pin@DC1'II:1±.17)±0.5 '&:11:. ~ -;t f~ I: ~ ~ Pin@ I±\ tjmj iili:ti:1,:11:. ~ 4 li'i ~ -;t f~ /., 17) ~ PIS I: ~~ Q. ie2) Pin@ I7)IiJ'&:tlftJtli'&:l1:. ~ -;t ",' ". l-- ----<>O ideo Input L.rl\r- Ip _ p (NTSC Signal) -665-
Test Circuit 4 (S8) S (SIO) cc 12 Pin J... 1J ~ 0 ij i, ttl L c " ~ Pin I:fj 1J ij'ie'ik" I: Ifl Q c ~ (7) Pin J...1Jm~ ä=.) Pin @1iT1;;ttUit 1;11;;11::; ~ ~ >:.'" (Test Ci rcuit 2 c [i;ll: ) Pin J...1J ~ 0 ij' c,ift L c" ~Pin@ l!:l1jij(ie'w;/:i!:lq c ~ (7) Pin J...1Jm~ t:e)pin@lit~t.luit/;11;;1i::;~-tt-"'" (Test Circuit 2 c[iijl:) Test Circuit 5 (2f I2 ) S (2f ls ) a:. 12 tu Pin@(7)IiT>edlf;tJtI;1>~1I::;~~>:'-" (Test Circuit 2 criill:) cc 12 ie) Pin@(7)IiT1;;1ll:!1i:I;11;;1I::;~~>:""(TestCircuit2 crüjt.:.) Test Circuit 6 (511-1, 2, 3) S (513-1, 2. 3) ideo 1 p_p Pin@Ifl1J:iL1: )?-( " :'-7"c'Pin@l!:l1JiJ'90"(7)tiIoffi1;;11::; ' ~ ~.: T c ~ (7) Pin @ DC 'i\tl± t:e) Pin @ IiT1;;UUji:';1 1;;11::; ~ ~ >:." '(Test Ciruit 2 Clül L: ), Pin I:fj 1J:1[1: ')? -{ ~ ;.- 7" Pin@ I:fj 1J ij' 90' (7) tiioffi1.:11::; ~ g.: 1" c ~ (7) Pin @ DC tl± ie) Pin@liT1;;jlf;!1i:';11;;jl::;~~>:"" (Test Cicuit 2 cl"jl:) -666-
Test Circuit 7 (5 9 - I, 2) S (Sn-I, 2) cc 12 S9-1; Pin@lil1JtJ'Pin@PG J",1J(1):J1:J:.I). JL TI) fu'18hiill (REC) m~(1)iil~.it. S9-.; Pin@lil1JtJ':@: < Iil~: < ~ ~ Ir ",)1.- ie1) Pin@or1.:~ttl~1.:it~-\t~:~'(TestCircuit 2 l:[ö]l;) ie2) PB"" - '~Pin (1) Open.:f*!!l"(' i,.q Test Circuit 8 (foscd cc 12 Sll-I; Pin@lil1JtJ' Pin @ PG J",1J(1) Jz.J:.I). Jz. T') ftf.j 8H (REC) IIIlm~(1)Iil~.it. S9-. ; Pin@lil1JtJ<:@:< Iil~: < ~ ~ v"',1.- tt1) Pin (orii:~ttl~ 1.:it ~ -\t ~ ~, (Test Circuit 2 I:: löl I; ) tt2) PB"" - I~Pin @ (1) Open :tj;!!l"('i, ~ S (foscls) Counter cc cc + + + 0 1 47pF _ 3 7IJF IIJF- tl F 5.6kO!t.) Pin@,'I:\1JIi!il~tt(1)4 fjf L t::. t (1) ~ f l5 I:: -t ~ f l5 =4X(Pin @ 1il1JIi!il~tt) ~ml lll1jlj/application Circuit HD Output PG Input CW Output" ID Input ftffl..1:.11) i:1... tä. Pin@1I-ft1ß:ttl:J:Pin@"I1)I1,EA lti1,e;ö'15±lma C ~ 7.>1ß:tJtfi1i ~ ftffl L 'CF~ ~'. (S : Pin@) Op;j (:J:SI1)Pin No. Oshows the Pin No. of S cc Sync. Sync. Front Pulse ideo Input DOC Input -667-