GE MASTR II User Manual

SYMBOL
C\Ol
Cl02
ClO:l
Cl04
Cl07
thru
C\0~
CllO
'"'
Clll
Cll2LL
C112L
C112\!
C112R
Cl13
.. ,
Cll4
C1l.'i
Cll6
Cll7
l h ""
Cll~
Cl20
Cl21
'"' Cl2~
Cl23LL
Cl23L
Cl23M
Ct24LL
C124L
Cl24M
Cl~1H
Cl2~LL
Cl~5L
GE PART NO.
19A110C55.013
5494-181Pl05
\9A1\~080PlOS
19A:16655P19
4029ll(J:JPI04
402900JP104
54933R7P1000K
b-1J3367l-'IOOOK
HIA~l6655P21
1~AllCO~Ol'IU.'i
54962671'9
19All6~l!Ol'l0t>
549oooer1::m
19Al16080P1
54962191'262
54952191'258
.>496219P2C>7
19A700013Pl5
19A700013P1.9
l9A700013Pl3
l~A700fJUI'1~
5496219P262
M9621!JP25~
PARTS LIST
LBI1110P
~'\-;\~ MF7 ''"'l~n
!f*•I<>M>~<71-<7R
DESCRIPTION
2:"i-30 M'l~ (LL)
:lG-:JO MH7 i L)
1 9D41Ari,->'lG l P~EQ
l~JJ11H~5~(;:l L ¥1!0\j
1~D41~R."\%:l ~ rHI~Q
\9D4l665~G4 2 fREQ
%-'1~ M~z <'~) - PSi K
~2-SO Mllz (Ill
19D4166.'i9GC, FREq
2:,-30 WI~ (U)
190-11665906 FREI) :JU-36 Mllz (L_l
HJJ11~~b%7 FHI:Q
:l6-1~ MHz ( -~) J(:O'i K
1nD41AROm>A F"-FQ 4?-.'\0 \1117 (HJ
CAFACl:ORS - -
t:~Tamin olio~ lllOO rF :20'f, ll!lll! \'lJCW, f,im to ~MC
T:fJ><' .TF l'i "''"!'.
c~,.ami~ di"c 170 pf ~2·W, 10<1D v~r·~: "'"'to ~MC
Typ~ .rr l»s~ap.
Cc·?~rnin ~lo~ 1000 pF •20%, 1000 'iJJCW; c.im to ~MC
Ty~•e> Jf lli"''"l'·
Ce,-amlc diSc; 330 pF ~20~, 1000 V.lO'; ~1m to T;'pe
)P P•sca~.
C<·rarnie ~isc 2700 pi' :20%, 1000 v~r.w ,(m I•• ~Mr.
'T'ype> .TR 1! ocap.
Po1y<>st<>r· 0.047 uF :_lO'l;, 50 vncw.
Ceramic disc 1000 uP :20~. 1000 VDC'III; sim to RMC
Type .rF 'JI scop.
3ilver ~~0 pf !10'%, .'100 \"DCW,
l!otlve hpe nl!-20.
S1lver m1ca GBO pF !10%, 500 VDC\1',
J!c•t1v~ 'fY]Je DM-20.
~o Electro
Mica: 1000 p~ ±10'1', ~irn to Rl~~tro l!oT've Tyrc•
0~-20.
Mica: 1000 pF ~10%, Mw to F.lPetro ~ocn·e Type
OM-20,
Cer~mi• ~;,.. ~7011 pP ~~0'}, 1000 V~fW: ~~'" In RMr
Type J't Dhcap .
Tantalillll: 3.3 uF ±~01, t5 VDCW; oi~. \o Spra~ue
Typ<? 150Tl.
Polye~ter: U.IJl"i ~!-' :':101, 00 1'1JCW.
Silver rrnca: 330 pF ~10~, 500 i'!JCW. s1m to Electrc
lr!ottv€' 'J'ype !J.~.-\5.
G.Ol ~rF :<:20'}, 50 '.'JCW.
Ceramic disc: 91 pF ~51, 5GO \'~CW, temp coef
-HO PP\1.
Ceramic di~o· 62 pF :!;51, 500 VCICW, temp coel
~80 PP\1,
Ceramic d1sc: 56 pF !5'1., 500 I'DCli, tem? ~aef
-f\0 POll!.
C<>l'"-m1r. dtsc· 4~ pF :':~'!. .. 'iOO Vlll'li, TPml' O<>Pf
-SO PPM.
Phenolic: 1.50 pF ~51, 500 ".'DCW.
Ph<'Oolio• ],00 pl' ~ii%, fiOO I'DCW.
Ph<>nolic· 1.00 pl' ~51, 500 I'DCli.
l'henol~c: 0.82 pF :<:t>%, t>OO I'!JCW.
Ceramic disc: 91 pF ~5~, 500 VDCW, tern~ coef
-BO PPM.
Ceramic diec: 62 p~ :5%, t>OO V!JCW, t<?mp coef
-tli FPIA.-
*COMPONENTS ADDED, DELETED OR CHANGED BY PRODUCTION CHANGES
SYMBOL
Ct2DM
Ci2B1L
C' 2f!J.
261'
~1271.L
<'271
C:27M
r.• 27R
~~!.!.•
C 29L•
C:2011•
C13DT.L
Cl3DL
C: ~OM>
c1o .n
Cl~.~
"'
. ~133
Cl341
CJ:l4M
C13~11
C135L
Cl35ll
Cl35H
Cl3<)L1
Cl361
CJ36M
C13<)H
C137LL
CH7L
GE PART NO.
<>491601?134
'•49l5l!li'l24
'9A'IOOO!lP14
J1%2!9:>257
5496219?251
51%21~?244-
\OA70001:1P9
~491C01PIJO
\ 9.\7000\ ~~7
5491<WP107
1~A'IU001~~~
519G219P251
~4962\f'IP244
l9Al160SilP'
.";4962191'240
"4Hfi2l ~P242
5196219P238
19A7000BPll
5401601P114
19A'/0001JP1~
19A700813J'9
54962191'243
51962191'210
5496219P242
b19G2191'238
549160\Pl H
51!!1BU.:CP111
DESCRIPTION
CeraTI".lC d>Sc: >G p¥ ±5%, t>OO l'llC~, temp (Oet
~Hu rn•.
<"'<·r><ml · d_h,
-RO DP\1.
-J:J pf ~51, ,wu 1-r>cr t,.,,, ,_.,,.r
Phenolic •
Pt.eno1io
~ .... ,,.,] ;,.
r~r"-m1c 0•
-~[) ;>D~.
pF ~5t, 580 VDC'~.
. 8 pf ~5%, 500 '!DCW.
.20 pf l5~. 'SOO '.'DCW.
!
('~~'m1' O>sn· H:J pf !01, ~00 i'~~w. -'1"P cnr'f
-80 ~'~\!.
Ce~amic dHc
-RP PP\1.
r'-""mlc 01sr
-BO PPI!.
l'ul)'e&ter
56 pF ±51, 500 i'JCW, •,etnp cue!
r,.,,_,ni · 11 L7 pP +01, :>on i'~CW, """I' end
-~0 Pl'l!. n~le>t<o"<l by HeV P.
Ceramic dHc 33 ?F +51, 500 \'.)(~, umr ro~f
-80 PP\l. Or·l~•ed by 1\FV P.
~''''"'"!'· ~•~•' n ,p .-,1, fiOO ·,•;JrW, tc .. p coef
-80 PPI!. Dole ed by iiEV f.
r~ralll;''- dJsc
-8() L'l'l!,
r>hcnol ic ·
l~ pf :_.01, 500 i'DCW, t<\mp coef
17 pF ~:,~, 500 \'DCW,
3G pf ~;;~, C,OO \'DCW,
.:1:1 pi' !l%. sou VJJCW.
1P R~'; ear I
Phe>nolE G.27 pf !5%, 500 v:lCW.
~t-~IWlic 0.27 pF !5%, "00 \'Dell.
Phenolio 0. 22 pf !51. 5CQ \'JCW.
C<•rarnl" Ot~r· ,17 p< !ilh, hOU \'lJC~. t~mp ~u~f
-~0 PP\t.
C<>r•rnlc d1sr,· 3:J pF •51 500 i'DCW, t~mp coef
-80 P?l!!.
C~r"-'"'" dcsn ~g pt :U'l;, .'>OU VlJC~, t<jmp noet
-80 P?~.
('('ramlc d1sc: 15 pF :S%, 500 \'DCW, l~mp coet
-Kl' ??M.
C~nmic Cisc: 13 pP ~51, 500 VDC~, t~mp cod
-80 PPM.
CcroJ:Ji.c dL~c 9.0 p~ !51, ~nn VllCW, ~'"!' co~r
-80 HI>!.
C:"raoh' d1sc 12 p¥ !~%, JOO \'Ot'W, t•,mp coef
-~0 PPM.
C~U~ic dJ,g~· 7.0 pP ~5%, 500 VOCW, 1~mp 'OCf
-30 FPM.
Phenolic 0.0~ ~I :b%, t>UU \'JLW-
Phenolic O.Jl ~F ~51, 500 Vlll'~.
P~enoCic· (1.56 pF !5%, 500 I'DCW.
Ceramic di~c· 1~ rl' :<:C>%, .'\~~ VOCW, t~mp C.'H'f
-BO PPM.
c~ra:n1c d1~c: B.O vF ~~%, 500 VDCW. temp coet
-~0 PPM.
Ceramic di~•·
-80 PPM.
t2 pF ±5X. 500 vncw. t•-rrm "'"' r
Ceramte d1se: 7.0 pr ~5%, 500 VDC'!', temp coQf
-Rn PPM.
Ph~nolic· 0 ~1 pF .!;5%, .'500 \'DCW.
l'herrolic: O.o1 p! ±~'t, oUO Vf!CYI.
SYMBOL
('':'7H
{'U~I.I
r'138L
G138M
C'l~8H
C14il
Cl11L1
C141L
C\4\M*
Cl41U
Ci4~LL
C14?J.
Cl12M
Cl42ll
('144
C14~
C'14'3*
Cl1\iLL"
C146L•
Cl15.P
C146H•
C147
Cl4B
Cl50
Clb1
Cl52
thru
Clb~
C\56*
Cl57"
t~ru
c1o:>•
ca:o:
thru
CR:06
CVlOl
t~ru
CV10,0
GE PART NO.
3-1~~21!11'240
,'\·196213P238
WJ\L60~01'1U7
1~A11G655n9
>1!JOOO~I'lJ7
54~0008PIJS
-,4HOOORP127
5490008_>12:!
5490QObPJ27
S4~000EP24
~4944S1P105
19AllG080Pl
54962:9P238
1%116656?12J8
19A116606?12.TR
I~A1'!i0ROP\117
549448:Pl05
549G207Pl4
19Al:5080Pl
19A116867Pl
i9All6030Pl
19A11b2b0Pl
5495759.?12
DESCRIPTION
Ph~nol \c: 39 pF t51, 500 \'DC~.
Ce>t'"'" lc d' >oc·
-~0 J'-:>M.
1:1 yf' ~~%, 500 VDCW, temp coef
Ceramic dcsc· 9.0 ~P :5~. 500 VDCW, cPrnp ooe!
-80 P~ll.
Ct!'ami~ diS('
-PO ]>-:>)>!.
12 rF !~%. liOO vncw. T~mp "''~f
l'<-rarnic d1sc· 7.0 ~r -5% .';00 VDCW, temp coef
-SO PPM.
Polyester 0.1 >F ~10'<, ~0 VlCW.
Ceramic disc· 1000 pF <20\, :ooo vncw; siC" to P.MC
Ty~<? Jf' DiScap. -
8il<'cr ::JiM \!Hl pP •10'1', ,-,oo V!JCW, ~im to
~ko·lt'" M"liv .. Ty;<>' niii-l!i.
Sll<•er '[]lea 82 ;'F 01, 500 vnc~·; stm to eet~.--,
\!otlYe <p~ D\!-15.
Slh-Pr '''" 1<10 p\' Ol, 500 Vl'CW, "-int (o t Pclcn
Mutin• :ypc DM-15.
ln Rl:'.' G & ~arl1er
3ilver G8 p!' :':llJ%, 500 VDC~ sim to Elf"ctro
Motive' '!'ypc_' DM-15.
~ilv<"r 100 p" ~lOt, 500 VDC11, Bim to Electro
~!otil·e Type !JM-1.0.
~IJ>· .. r .,;,.~ 100 p"F ±5'~, ~00 '.'DC11, ~\m to ~l~clrr;
Motil·c- Type OM-l.'i.
8iJ"Je" 011ce· 82 p7 ~51, ~00 VDCW ~1m to ~1ectro
M0tivf" Typ<" DM-I!i.
Sil..-f'r "'''a 82 pF +C,%, !"tOr I'TlC11, ,;," t" ~:l~c\m
Motive Type lJM-1~. -
nuver :ntca· 75 pF ~5%, 500 I'DCW, sim to Electro
Moth"<> Typ~ OM-15.
Variable ~pprux. 0-bU pf, ~hO VDC~;
to Mc-pco
Rl,.o·lc" ,.???-RWI-OROO~.
CPtam1c ii,c· ~>30 pl' ~20l, 1000 I'DC~·; stm to Type
JF IH&cap.
Polyester 0.01 u.t' !2C%, .00 YlJC~.
Ceramic :\!.sc· 7.0 pF 10.25 pF, 500 VDCW, temp
coef -80 PPM. ,\dded b;: REV B.
CNarnl<' '2 pP ,,,'f, r-,no vorw; ,,,~, ,,,.,.r --~D PPM.
Tlel~tt•d b)· REV B7
Ceramic :2 pF t51·, 500 VDCW; t~:np coef dO PPM.
D~l~C<?d by HEV B7
Ceramic; C:l pP ~5~, Ulll) \·JJCW, tc:np coct -dcl PPM.
n .. 1,.,,.., "l' q~v R.
C'eramtc· '2 pF +57., BOO VDCW; te.~p coef -S•) PPM.
D< Jete~ by nnv n7
Pol;PHIPr
1 "" :':'0%, !",O I'~CW.
Ceram1c 1ioc: 330 pF ~20~, 1000 YDC~; sim to ~ypc
JP Discap.
T"' '"I'"" ~~ "" ±:>o%, 15 vncw;
Type 1500.
T,•otal·l:n; ~5 1!? l20%, 20 VDCW: Mr.1 to Sprd.j>Ue
Type 1~00.
('eramc dH<': ~~0 p¥ :~L'~, 1000 VDCW; sim t<r ·:•ypc
IF Di Rn~p.
PoJ;,·ester: 01 uF :20%, 50 VDCl.
l'ariab\•-': ~-5-6 pF, t60 I'OCW;
Added ~y REV ll.
tu ?S-TRIK0-02.
:>olyester: 0.01 uF ~20%, .~0 VDC11. Added by
P.Jll' C.
DIODES AliD P.3CT!FrERS - -
Silicon, ~ast recovery, 225 mA, 50 P1V.
Diode, Sliieon.
SYMBOL
JlOt
Jl OJ
1101LL
!.I Oll.
1,1011!
IJOJTT
L102LL
L102L
LHI2.~
L1021T
LlOJL(,
T '0~!,
Ll03M
1.:~41.1
L1041
Ll04M'
LC04H
Ll05L1
1C05L
llO~M
1105~
1.\06
and
I '07
L:OB
P902
Q101•
<,(0"1*
!1101
GE PART NO.
tn70004DP2
19n2t9374G1
\9A ll<i~"JP:
19D~lti~35G9
19041 r;r;:;~c;~ 7
19D416635G~
l9D416H35Gl 7
:9D416635G!8
19D4tGGJ5G'
l904166.)SG13
\ 9A 700000Pl0
19A700000P15
i9A'IQ0000Pl4
7488079P7
,9Ai00000~14
t9,\7ooooor12
C9~700000PJ0
19.~700000P8
19A700000P6
191\1 1533DP1
19A11!"o910Pl
19Al15330P1
1~A11h:l28Pl
19A115JJOP1
19AI15328Pl
UlAllo3B6AP1
19All5329P2
19A700113P57
DESCRIPTION
- -.JACKS ,",Nn Ft~cn~~CT.PS - - - - - -
roonector, receptacle: 500 VDC maximum; sim -r:o
NT1'F-J058.
Connector, lnclud~s
Contact, <"1f'ctnnal; sim t.o l!!~lno :m-2Afi4.
- - - - - - TRANSFORMERS - -
Cail.
Coi \.
Coil
Cai 1.
Coil.
Coil.
Coil.
Coil.
Coil.
r.ol !.
Cot I.
Coil.
Coil,
RF: 2.7 1H 2:o~: ~11n t ... r .. rr~,-~ 4411-l~K.
Coli, RF
Co>!, RF
'lll :101; slm to J~H<?rs 4411-12K.
'lll !10~: S1m to .Teff<?tS 4411-lOK.
Coil llF 1.~ •o!l 10%, .00 ohms ]}C res. max;
to Jef±ers 4Hl-t0.
COil, RF: (.') u~ +10%; Slm to JeUers 4411-lOK.
Coil, RP: 1.0 ·1H !10%; stm to .Jrffers 4411-HK.
Coil, RF· 680 nH :10%; ·sim to Jeffers 4411-6K.
Cot\, RF 470 nil :':12%: ~1m tu Je!f<?r& 441l-4K.
Cuil, RF 330 nH !20%; ~im to J~ffHs411-3.
con, Rf 10 ull ':10%; sl'" to -Jeff<>rs 4~21-7K.
Coil HF 39 u!l 10%,
J~ffe•s 4422-11.
C ohms DC res. max; sim. t
-----.- PLU(,~-----------
lncJ10des:
Contact, <>leetncal
Contact, c-lcctcical: pins.
- ~ - 'fRANSIS"rORS - - - ~ ~ - - - -
Silicon, NPN.
In !lEV C & earher;
311 I <'On, NPN; ,_; m to T)"j1f• 2N.l904.
Sillcoo, Nl'N.
SiU.con, NPN.
Slllcun, NP!I.
~ili'-''-'"• !'lPN; ~;, l<> Typ" 2'<4427.
In G1, G2, G5, G6 of REV F & earlier:
ln G3, 07 of REV H & eariier:
ln G1, GH !lEV G & f'nrlier:
Silicon,
NP'I.
- RESISTORS -
Composition· 560 ohms ~5't, 1/2
SYMBOL
R103
Rl04
R1Q.~
H107LL
Rt07f,
R107\!
Rl07B
Rl OR
Rl09
J\110
Rill
J\112
Rll3
Rll4
Rll5
Rll6
Rll7
Rl18
R'1~
Rno
H12:
Rl22L1
Rl22L
Hl22l!!
R122H
H123LL
Hl231,
R123H
Rl24
R127
Rl28
Rl29
Rt30
R131
R1J2
Rl:J3
R1~4
R135
H136
R137
!U3S
Rl39
R140
RJ.41
GE PART NO.
19A700106P83
JnA70G\1~1'55
19A700113P35
19A7!l01131'1.7
19A 70011.~P6~
3R77P303J
1~-~7001101'~1
19H00113P91
19.~700113P~l
~R77P474J
3H771'1D4K
19A700113P95
l9A7~01Di':JU
19A 7001131'59
19A700\l31'75
3R77P511,.J
3R77P473J{
19A700!13P57
19A70Cll3P61
3R77P222K
19A700113P59
3R77P51IJ
19A700113P9C>
:lR77P303J
19A700113P91
19A7001J3r~1
19A700113P9~
3R77P~O~.J
!9A700113P91
l~A70011~P9\
19A7001131'91
l9A7001:3P95
19A70lllt:lP63
3R77P431J
:JR77l':J9H
I\IB?.00~5HPI06
19E209358Pl08
19~7Q011~P~fi
1%7001131'59
19A700ll~Z'7t>
:JR77P511J
3R77P473K
l9A700113P57
19A700113P95
19A700ll3P63
19A 700 l13P27
3R77Pl81K
19A700ll3P41
19A700\1~P2:l
1!147_00)J3P3~
DESCRIPTION
Corr.position 6.~!: ohrnCJ :~%, 1/·1 w.
Composition 390C ohms !_Ill~. 1,12 .,,
Campositlon 1·10 oLms ~"1, 1,12 w.
Col!Lpositlon· 68 ot·rn~ ±5%, :;2 ,.
Cu~.posltloo 22Q ohms !5~, "i/2 "·
Cn~_po~ition lK ohms :<:5%. 1/2 "·
Composition· 30K ohms !5r, 'I~
CO~-POSitlo~· l5K ohms ~5%, 112
Composition: l.'iK ohm~ ~5%, l/~
Composition: \5R oMm3 ±5~, 112
Composition: 470K ohms 5% 113 w.
~"'"l'"slt.ln>l 0.10 rnegobo ~101, 112
Composition· 22K ohms !5~, 1/?
Composition 75 ohms ~5~. If?-..
Composition
(:omposition
~.3K o~mq :.'\%, 1/2 "''
510 ohms ~5%, l/2 ~-
Composltlon 1n "''"'' ;:10~. 1/2 ~.
Compos1tioo· 560 o~ms ±-~'!:. 1/2
Composttton· 820 o3rr.s !5'1:, 1/2
Composlllon: 2200 -,hrr.s !10%, 1/2
Composition· 680 ohm~ :!:S't, 1/2
CuOlpu~lt!ofl: e>lO ohms ;1:5%, 1/2 w.
Cnmnosit1on 22ll. oh:ns ±~'>, 1/2
C=position· 301:: ohcns ~5%, 1/~
Compositlon: 15K ohms ~5'!, 1/2 w.
CmoposHion: l5K ohl!S ~bt, l/2
Composit\or.· lSK ohl!Ls ~5't, 1/2
r.ompGsiClOn: 30K oh~s !-5'l;, l/2
Composition: 1.5K nhm>; :+:C>'l., 1/2 w.
Compon non: 15K obrns ~~%. i /2
C'ornpooitwn: lt>K otma ~~t, 1/2 "·
ComDosltton· 2~:' ohms~~$, 1/2
Compositloo: lK ohms ~5~. 1/2 w.
Coonpns1 tion
39G obms ~tO%, 1,12 "'
Vnri~ble, ~arten f1lm: ~pprox 300 to JCK ohms
:+:10%, 1/4 w; lu c·rs T~pe X-20\.
Variable, carhun fl1m ~,,, . .,, 2K tD fillK ohms
!10\, 1/~ w; s\m to CTS Type X-20\.
Cornpu~lllon: 75 ol1ms !:~%. 1/2 w.
Compositl.on 680 ohm~ ~!".'!'. 1/2 w.
ComposH~on 3.3K obrns ~5%, 1(2 w.
C011tpo~ttion 510 ohms ±b't, l/2 w.
Compositioo· 47K ohm~ ::1()%, l/2 w.
Composition: 560 ohms !5%, 1/2 w.
ComposiC1on: 22K ohms !5$, 1/2
Composition· 1K ohm~ ~5%, 1/2
Composition: ~~ otlms !5%, 1/2
Composition: \RO ohm>: ~to%, 1/2
Composition-: 120 ohms ~5%, I/~ w.
Composition: 22 ohms !5'l;, 1/2
CompositioJJ: 68 nl'""' t5'l;, ~/2 w.
SYMBOL
R: 12
R14~l.l.
!11 l~l
R 13M
13H
-1·11!.
~J441
~144M
H1-Jo!H
R\H
tbr<l
R150
Rl 01
R1 52
H153
and
H151
TI011L
Hl01L
TIIJJM
T10111
T102Ll
Tl02L
Tl02M
T102H
TI03J,I
'l'lOOL
T103M
Tl03H
no~·.;.•
')'1041•
Tl04l!!*
GE PART NO.
19A700\l:JP23
:JR771'101K
19A7001Hl'~'l
''lA"/00l1~Pl9
l9~70il11 :w1 ~
19~'/00!lJJ--2;
1'J~'I00t13Yl5
10A700ll:ll'~Y
\9A7~0113PJ07
1~A?00113P99
1~A'i00 l t 1P63
10A7notJ:lrJ~,
1Ciil700113P83
\9!)416635GlG
lf!D416635G10
54~3185P13
19D4 t 6635G2
5493185Pl3
1~0416H35Gl1
191)1166~5G3
b19J:doi'1J
19DH6635G3
l904!6635G12
S'1!J:llH5Pl.l
19D416635<14
.'5493185Pl3
l9U41~63~U\9
19D418G35G13
:->4-9~1 B~PJ 3
19D41rm~~G20
19D1l663~tG13
549:JlH5Pl:J
19!l4C6635G21
l9D416635G5
54931851'13
DESCRIPTION
.
Compo>ltlon; 22 or.m~ ~5~, 1/~ w.
l'<>mr()sitiono 100 ohm~ !:o~. 1/2
~nmpCJs\Hon: 'l2 ohms ~0~, 1/2 w.
Cornon~iti.an~ d~ ohm~±~~. 1;2
Cornpo5Ltloo; 1~ ohms !51. 1/2
Corn~OSllLUJ+ \5 uhffi,; ":J~, iZ
Composct~oo:· 18 onrn~ ±0i, i?.
Com~osltlo"\: 10 ohm~ ~51, 1/2
C'ompo~i tl ""I'
Compositio{
Ce>rnfC51,lO~: 10 0hms ~5%, 1/2
(''-""""~ r;o•( lK ohms !b~. 112
l
C'ni\. h<· ['"!~~
Tuning s1u)j,'
C'>ll. lr.c.'.~uaes:
Tuning ~luj).
Co1l.
runing
Tuning
t:oil.
Coil.
Inc iud<>s·
slu~.
l
lnejutle&:
:::i~Qps:
;,j~des
Co\ I. lrH' udo·~
('oll. Incudes·
Coil. !no udes:
'
T"ning >lu~ •
Coil.
'l'unl ng
Coil.
Tunint'-"
Cnll.
Tu~irr~
.
stu~.
Tn.J ud~s
sl+
TTlAiiS¥01lMllRS - - - - - - - - -
In REV
:::r,.
E &j earl\er:
l
!unl ng
:r,,
Cull.
I
Ia ~~v
" , •• ~l 1
I
::r·
Coil.
~un\ng
Coil.
!n REV
~oll.
Tunlng
SYMBOL
1'105LL
Tl~OL
T' O~T.l.
'L06M
r-mL1
•• ,~7\!
Tl07H
'll08LL
T1081
r1o8t.1
TWRll
111 n1
U\02
VJ1 Jl
XYlOl
thru
XYIOH
GE PART NO.
:9D416635GJ3
191l1:66~-'lG5
C>49:l18~P13
:90416635G5
51n18~Pl~
c)(J.j 166J~G:
~9D416U35G'
t9Tl416Gl--,Gl :i
\HTl4JOHr,u?
'i493185Pl3
1~Nl661.'\G7
54031 SSPll
J9D416l\35t.l~
5493185P13
l~ll416G35Gl<
\9All<J8·l2P1
19A702268G-~
1038887P56
19A73:7HOtPl
19A701BS7?l
lBA7015-1-1!'10
t9A701:l.12P1
~SA70l990P2
DESCRIPTION
l'o11.
rot!. lnoludGs'
Tuning ~1 ug.
Coil. lnclucteo:
Tuning ~lu•·
Coil. lncludee:
Coil. ho'ud~s·
T.,n,ng ~lllg.
Cm l. lne~udcs
Tnr.iny, du~.
Co\1. 1nc:ude~·
r:m l. lnnludNJ
Coil. Inc:udes
T11ning sLOJg.
Col\. !nc:~de~
Coli. Incl•Ades·
T •ning ~lug.
Tuning slurr.
Cell. lnCl'JdP~
- - !KTEGit,'d'm C!H(;UiTcl - - - - - -
])jg\tal, T!igh Sp~E'G 1'TL Dual J-K M~~l<'"-.~lllV(·
F:::.~ FlC>p; ~im lO SMS4f17JK.
'iOLTAG~ RE~ULATORS - - - - - • - -
~''"""' ·>OO ~w. r,.o v. nornnal.
- SOCK\~T3 -
NOTE. W'len reorderto~, specifY quant1ty.
Con~act, ~'eccric~<l; <;im lo Mol~x OH-50-0101.
M13C~LLANEOVS
Heat sink. (U9~d ~-i~h Ql09).
Can. (Used wlth T!Ol-TIOB S. Ll01-J,IO~).
Insulato•, wa~he~ nylnn. (Userl witll \,]109).
Clip, compr~sa\on; sim to Tinn~rffian Producco
l't>126-0:~-24. (IIs~d with Q109i.
SYMBOL
Y!Ol
thn
YI08
GE PART NO.
19Al29~93'-i13
DESCRIPTION
- - - - - - - - - OSCTJ.J.ATOR~
~OT[ When reord<?rin~. specHy !COM Frequency.
lLOM !req ~ (Operating Freq)
CompPn~"-ted:
Exteroally Corn~ensated· ."5 PPI!, 25-50 lilT> ..
LBI-4732
PRODUCTION CHANGES
Chang<>s •~ the OOU1p1P9flllo 'mprov>l perlor11anc& or tos•rt•pl~y circuits ar>l •den11hed by a R,;>,,S!Oil
letler. WhiCh IS Stamped after 1he model nucnber of the umt The 'ev1s1on stamped on the u~1t Includes ali
prev1ous re>'<s•ons_ Refer 10 lhe Parts L1s1 for descr~pt,ons of pa'IS :;~ffruo~OO by lhese reviSJons
P':\'. 4- n- hoHcr Roard 19D41HG~9Gl-~
In~o~P''""-'"'~ in ''1-rt"! ~~•tvo~nt
Ril'.
Ef:v. ll
RF'.'. C
REV.
R8V.
'l'o 1ncce>St udu ser.siti V1 ty. Changed G 126.
1'<.> c:1:o.rr.ate pos>ll:lc short1ng ~t shielo1 tc, ••1r<>
,1rintf-ol wi•~ b'•c•r·J. l'l· ... ~~d T104T.J. r;~4T., TlO"M ·ocl nc~H.
"clctccl ~t.idd <:~b3l~Ol!J:'1j, Cl~!JL1, C~bL, Cl~!lll Rll<i Cl~9ll.
Excll~r R•Ja~d DllL<365GG1 & e
-------------- --" --- -·
T0 1rrrrov:· multi-tr,'~"~"''}' "prc,1Cl p~~f.orman"e 1r CCJI<i
t~mp,or,rnr~~.
T" ;,.,,.,._.v~ P~"f'-'""'"'"-'~ o'"''' \W'-' ·,~'!""''"'' '!"~""· rl'""!C"'I
fi~GM •nd ('130~ ''-' 54~1f>Ol'•hlcl. Wa·, M01G81i1~;· Pto•r,ollc
0.27 D~ ~5~ C'OO I'Jrli.
Tn 'tt~nuato :1/2 8~.rrDl.S IJy cha~~~n~ ;•A 10n.lt, c·rcmt l'J,
higll ""~~ T)"P<'• Cl1lM o~f- ,,~!J()~fJHFJ~:J, •iH pl ~10~ :-tiJO VDC~.
EJ-;:{M wnc, :IH77~~~llf", ~2 +10~, \i~ W•
hdter %ard 1>Jll41665%~, 2. 5,
1,-, increas~ pow<"r o,\tout · c,tanF,ej Q1o;• f:·om HM:lE<:~fJP~ tv
19A11ii%Rl-'C 'IPX tfOn~l~t•,'r.
Exd tPr Board
Sar~r ~~ ab~v~
1g!J4166:>9G4, fi
------
Exci-r~r Boord 1f!U·11h6~:JGC, <:.'/
Sa~~ "~ ahov~.
hc>ttr lloard l9fJ.J!bti~9r,l, G~
''" .unpro,,e Cllonncl GuHd at l8w ~~d 0± 25-:lO M~z spot,
chon~,--,; f0llc,.1ng cCSlst0"'' 1<1~/LL, nlO?I., R107M, IHOill.
ArloJ,.d li!ID, R'H•, RJ21 ~l22L1 P.l221, Rl~2l!, P.I22Cl, 1<12~11,
Rl~~T., I<IJ:<M, Hl?~>l·. I)~I~(Pd Hl??, ~)?:•.
hclter Roard 1Jn4J605%_l_, G5
"m<r S)'rnmc'lr;· ~J·<·e1fic.,I.;CJn,;
l'~R'/7P3Q3.T, 8~.occ o\Jm".
E,ctc~r B'-'"-rd 18L41GG59GJ, G7
lt1J71,l., !l121
To lrr.prCJ'.'<' .<t?.'l:licy of :16 42 Mllz split ~har,g<'C, c:41, \rl4J,
li:H, Ll04, 11·JB.
15

GE MASTR II Specifications

General

Brand	GE
Model	MASTR II
Category	Two-Way Radio
Language	English