F102 1/4 AMP +240 VDC SEE FIGURE 5-14 FILAMENT AND OVEN CKTS BLU J811 BREAK-IN TB103 TO S103 TRANSMITTER ASSOCIATED CAL OFF FUNCTION NOTE 2 STANDBY
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1 OWR OR F0 M NOT S0 RT OF FUNTI FL0 T0 OWR SULY SUSSIS T0 T0 WIR FOR 0 V OWR SULY SUSSIS T0 WIR FOR V 0 0 RT V0 RT V0. V RT V0 RT V0 NOT. V. V NOT +0 V 0 +0 V. V 0 FUNTI NOT L +0 V S FIUR - FILMNT N OVN TS F0 / M R-IN STNY LU STNY S0 YL R 0 0 V R0 YL. V T0 TO SSOIT S0 TRNSMITTR R-IN F0 / M 0 F SUSSIS +0 V NOT 0 R- IN RLY L0 FILTR 0 RF-IF + L0 FILTR L0 FILTR 0 F + + V V0 -, V0 -, V0 -, V0 -, R 0 R R FO S0 V0 -, V0 -, +0 V +0 V V0 -, V0 -, V0 -, V0 - V0 -, V0 -, V0 -, V0 - V0 - IF SUSSIS V0 - V0 - V0 - V0 -, V0 -, V0 - RF SUSSIS SWIT RF/IF + 0 L +0 V 0 L OS + +0 V +0 V +0 R RR S0 RF/IF + NOTS: R SORTIN +0 V RULT 0 VOLT RULTOR V0. F NS RTIFIRS V0 N V0 TO R0 N R0.. FUNTI SWIT S0 SOWN IN OSITI.. S TL - FOR LTRNT FUSS. V R, RFR TO I. V0 - RYSTL OS SUSSIS 0 +0 V 0 V R W Y RT V0 - VFO SUSSIS V ower istribution iagram (Figure -) Rev: 00-an-
2 RT OF T0 IF SUSSIS 0. ST IF ML V0 /W IF ML V0 /W TO TRMINL OF R-IN RLY 0. V M 0 TO NTN RLY 0. V. M OWR SULY SUSSIS R IF ML V0 /W FO V0 /W R URRNT RULTOR RT0 RT N IF TO FOLLOWR V0 YL RTIFIR RTIFIR V0 V0 ZW ZW NOT: V0 N V0 N TO SILI IOS IN FIL N., LIMITR V0 R N IF ML V0 /W T IF ML V0 TIM STNT N T V0, + LU R0 _ 0, 0 YL. V. V SWIT I0 I0 IL LITS #. V S0 OVNS. V R. 0 F RF ML V0 L0 L0 ST MIXR V0 0 U 0 U N MIXR V0 ST RYSTL OS V0 /W 0 L 0. 0 U F SUSSIS L0 0 U L0 0 U RT OF RYSTL OVN R0 W ST F ML N F TO FOLLOWR V0 F OUTUT V0, R L0 0 U L0 0 U LOL F OUTUT V0 LOL F ML N F ML V0 R MIXR V0 00 Z MULTIVIRTOR V0 L OS N 00 Z TO FOLLOWR V0,, RF SUSSIS, VFO V0 /W 000 VFO SUSSIS L0 0 U 000. V SWIT. V 0 RYSTL OSILLTOR SUSSIS 0 L0 0 U 000 nd RYSTL OS V0 /W L0. U RT OF OVN R0 W 000 S0 W Y RT 0 0 F RT OF OVN R0 S0 Filament and Oven ircuits (Figure -) Rev: 00-an-
3 V0 SORTIN LU TO S0- FIL N NO. SURSSOR RI NT TO TO OM LN 0 0 TO S0- T0 T T0 R 00 R 00 R 00 R 00 R 0 WI UNLN 0 I0 R FIL N NO. (I ) NTNN INUT MOIFI SIOR INSTLLTIS - US 0 S NTNN INUT. RVRS LS TO 0 N 0 TO S0- T0 0 FIL N NO. VRSI TO 0 OM SUNT LO FL0 FIL N NO. (I 0) VRSI TO N TY NTORS T0 TO - VFO (V0) ST RYSTL OS (V0) T0 0 IO LO FIL N NO. (I ) ROVIS NL IO TST 0 R0 N R0 N TO - FIL N NO. (I 0) VRSI TO SILI IOS R0 0, 000 FIL N NO. VRSI OF R0 N R0 R0 0 TO FL0 T0 T0 TO FL0 T0 T0 LS TIM INITOR LS TIM INITOR NOT: TIS WIR MOV FROM T0- TO T0- NOT: TIS WIR MOV FROM T0- TO T0- TO S0- TO S0- WIR FOR V WIR FOR 0 V FIL N NO. ROVIS LS TIM INITOR Field hanges (Figure -) Rev: //
4 RF SUSSIS MYL N N / OR ILOYL N MYL N LN NTNN ( OM) 0. TO S0. TO TO T0 T0 0 0 S0 0. TO 0 RF ML V0 TO MIXR STS Fig. - UNLN NTNN (WI) TO TO T0 T0 00 Z & RMIS 0 0 FUNTI S0 STY, L,,, M. V R0 S Fig. - S0 TO TO T0 T0 S NOT 0 NT TRIM S0 T0 RF IN R0 TO IS TO - Fig. -. V 0 R-IN TO SSOIT XMTR T0 S0 NOTS:. rimary trimmers 0, 0, 0,,, and. Secondary trimmers 0, 0, 0,,, and. 0 L LIRTI OS V0 (/) 00 Z MULTIVIRTOR V Z T FOL V0 (/) + 0 W Y RT 0 FUNTI S0 RR RF IN L + Signal Flow iagram (Figure -) Sheet of (RF ST) Rev: 0//00
5 RF SUSSIS MYL N N OINT L0 VFO SUSSIS T0, 0 L MYL N N / OR ILOYL N VFO V0 /W. TO. Z0. TO. rd MIXR V0 T0 Z TO IF STS Fig TO TO FROM RF ST Fig - S0 Z0- Z0- Z0- Z0- Z0- Z0- Z0- Z0- TO TO TO TO S0 0. TO 0 T0 st MIXR V0 L0 -,, Z-,,. TO TO TO S0 Z-,,. TO OR TO 0 T0 nd MIXR V0 -,, L0 XTL OS SUSSIS Z0- Z0- Z0- Z0- TO Y0 st XTL OS V0 /W S S0 TO IN STS nd XTL OS V0 /W LT IRUIT TRIMMRS -, 0-, and - Y0-Y TRIMMRS 0-, -, -, -, -, and - TRIMMRS 0-, -, -, -, -, N - S0 RR V R S0 0 W Y RT Signal Flow iagram (Figure -) Sheet of (MIXR STS) Rev: 0//00
6 From Mixer Stages Fig. - From Fig. - Z0 0 L0 S0 R0 0 TO IS RT V0 (/) TIM STNT V0 (/) M SLOW 0 FST., S0 NWIT st IF ML V0 /W, S0 Z L Z0 IF M V0 /W TO V0 - V0 & V0 - V0 MNIL FILTRS FL0 Z FL0 Z FL0 Z FL0 Z IF T FOLLOWR V0 (/) IF OUTUT 0 OM RR-MTR UST. S0 W Y RT nd IF ML V0 /W L0 L0 T0 Z Signal Flow iagram (Figure -) Sheet of Rev: 0/0/00 rd IF ML V0 /W (IF STS) L0 L T0 Z th IF ML V0 R, TTOR V0 (/),, T0 TT UIO L0 TO Z L L Z TO Z, Z0 FO V0 /W LIMITR V0 FUNTI S0 STNY, M R0 T0 NOR IV M0 RRIR LVL + _ 0 IO LO IO LO T0,, R R0, S0 L0 S,, IN IF SUSSIS FO IT S0 FO LIMITR SWIT + TO UIO STS Fig. -
7 F SUSSIS FROM IF STS Fig st F ML V0 (/) F M V0 (/) F OUTUT V0 T VU M0 LVL T0 0 UIO +0/0/-0 00 Z FILTR SR FL0 WI S0 SUNTS N IVIRS MTR S0 0 0 UIO RSS F T FOLLOWR V0 (/) LOL F M V0 (/) LOL F OUTUT V0 T0 R0 T0 LOL UIO NS IN W Y RT 0 S R0 R0 LOL IN 0 R-IN RLY Fig - R0 Signal Flow iagram (Figure -) Sheet of (UIO STS) Rev: 0//00
8 RF SUSSIS 0.- T0 0. TO MYL N N/OR ILOYL N NOT MYL N NOT OM LN NTNN WI UNLN NOTS: 0 0 I0 0 0 TO R0 Sheet TO R0 Sheet NOT R R LU 0 0. NTNN, RF, N VRIL IF OILS R TUN S FOLLOWS: TINUOUSLY WIT ILOYL N: LL OILS. INTRMITTNTLY WIT MYL N: T0 TRU T0, Z0- TRU Z0-, Z0- TRU Z0-, & Z- TRU Z-.. SMTI SOWN WIT MYL N ST FOR T 0. TO N.. RFR TO TL -, ROUTI MOS.. RFR TO TL -, FIL N T, N FIUR -.. RFR TO TL - FOR FUS T.. = INTRSSIS N. = INTRSSIS N. S0 S L 0-0 L 0-0 L - L - L0 - L T0 T0 T0 T0 T0 L L L L L 0-0 TO 0-0 TO L 0-0 TO - TO - TO R.M 000 R0 0 NT TRIM S0 S0 S0 N MIXR Sheet S0 RR - S0 RR - W Y RT NOT R Z MRRS TO LIRTI OSILLTOR Sheet NOT NOT R T0- Sheet TO st MIXR Sheet RF MLIFIR V0 R0 000 R0 0 SWIT RF-IF + Sheet Schematic (Figure -) Sheet of Rev: 00-an- TO IS +0 V
9 S0 FROM RF MLIFIR ST Sheet RF SUSSIS 0. TO TO TO TO TO TO L- L- L- L- L- L Z0- Z0- Z (00) NOT Sheet L- L- L- Z0- Z0- Z L- L- L Z (00) NOT Sheet Z0- Z0- Z0- Z0- Z TO TO TO 0. TO TO TO S0 000 MYL N NOT, Sheet 0 R M R Y RT OF R0 ST MIXR V0 R0 000 R0 0 R0. R0. L 0 00 MYL N N/OR ILOYL N NOT, Sheet NOT, Sheet T L0 R., S0 +0 V 00 L0 0. M ST RYSTL OSILLTOR V0 /W R. Z- - - Z- - - Z- - - S0 RR (.0) NOT, Fig. - R0 (0) Note, Fig L- L- L- SWIT RF-IF + F Sheet OUTUT TO N MIXR Sheet RULT +0 V Sheet RF-IF + Sheet +0 V W RF MLIFIR Sheet L0 0. M N MIXR Sheet W Y RT Schematic (Figure -) Sheet of Rev: 00-an-
10 FROM ST MIXR ST Sheet R F 0 0. ST MIXR Sheet SWIT RF-IF + Sheet SWIT RF-IF + Sheet T0- Sheet SWIT RF-IF N + - Sheet 0 0. L 0 U 0 R NOT, Sheet 0 F 0 RF SUSSIS W R M R0 Y0 00 Z RT OF RYSTL OVN R0. V Sheet L0 0. M R0 0 N MIXR V0 R R. R R R 0 LIRTI OSILLTOR V0 (/) R. R 0 R 00 R Z MULTIVIRTOR V0 TO RF M Sheet R M 0 R Z- - - Z- - - Z Z MRRS R L L L L 0. M Z TO FOLLOWR V0 (/) L0 0. U R +0 V 0 0 ILOYL N NOT, Sheet VFO SUSSIS 000 L OSILLTOR + S0 - (R) M Sheet R0 R MIXR V0 R. N OINT L0 L0 W TO N RYSTL OS SUSSIS Sheet OVN R L0. U S0 000 R. 0 SL UNIT V OVN Sheet U R0 0 0 L VFO V0 /W F T L SR R0. R0 (0) F NO. NOT RULT +0 V Sheet V 0 0 RF-IF + Sheet Z0 T0 TO IF SUSSIS Sheet F TO IF SUSSIS Sheet R Schematic (Figure -0) Sheet of Rev: 00-an- 0 0 W Y RT
11 RYSTL OSILLTOR SUSSIS MYL N NOT, Sheet Y0 Y Y 0 Y. Y 0 0 Y. Y0 Y0 Y0 Y0 Y0 Y Y0. Y0. 0. Y0. 0 R S R N RYSTL OSILLTOR V0 /W, L0 0. M R0 L0 R0. T R L S F - 0F - F S V F W Y RT. V OVN Sheet V RULT +0 V Sheet RF-IF + Sheet RYSTL OSILLTOR OUTUT TO N MIXR Sheet Schematic (Figure -) Sheet of Rev: 00-an-
12 F FROM RF SUSSIS Y0 Z R 0 S0 SLOW M 0 FST - Y ST R0 TIM STNT V0 (/). 0. R STY NWIT Z0 S0 R0/R0 SLT FOR OTIMUM NSS L R0 R.M R M STY.0 R0 R0 000 (0) NOT, Sheet R 0 S0 L R L0 00 U 0 RTIFIR V0 (/) S0 L0 M ST IF M V0 /W R R0 0.0 R. 000 R R 0 S0 RR 0 NOT 0 NOT 0 NOT 0 NOT R 0 FL0 FL0 FL0 FL0 SWIT RF/IF + TO IS Z0 L IF M V0 / W R0 M S0 NOT NOT NOT NOT MNIL FILTRS NOT R R0.0 R 0 R S0 RR IF TO FOLLOWR V0 (/) L0 0 U R 00 T IF M V0 0. R IF M N IF M V0 V0 /W /W T0 L0 R R 000 R. 000 R R. R FO.- NUTRLIZIN R 0 RR-MTR UST L W R 00 R.0 T0 R L L0 R 0 0 L0 M 000 R0.0 R TTOR V0 (/) R 00 IN R. W R R 0. R0 000 R 0 00 R0 R FO V0 / W 00 R R 0 LIMITR V0 (/) M0 RRIR 0 LVL - + R0 FUNTI T0 IV NOR RF IN SOWN IN OSITI +0 TO IS 0- ST R 0 0 MF R0 RF IN + 0- ST IF OUTUT 0 OM +0 L OSILLTOR + M ST T - ST RULT +0 V ST L L STY S0 RR +0 SWIT RF/ IF + N ST RF/IF + ST +0 R SORTIN ST X +0 FO S0 0 IO LO ( NL) F NO. NOT To -0- F Subchassis, Sheet T0 0 R 0 IO LO N S0 L0 000 R. 0 0 R 0, IF SUSSIS T0 Z0 L L0 00 FO IT R 0 R LIMITR V0 (/) L0 TO 0- F SUSSIS ST S LIMITR R R0 00 W W Y RT Schematic (Figure -) Sheet of Rev: 00-Feb-
13 FROM IF SUSSIS - S ST SR UIO RSS SOWN IN WI OSITI S0 WI 0 0 F SUSSIS R0 0 NOT R0 0 0 MF R0.M R0 00 ST F M V0 (/) R0 R0. R 0 R0 0 + LOL F M V0 (/) R R 0 F NO. NOT R 0 LOL F OUTUT V0 R 0 R T0 0: R0. R0 0 0 S F NO. S NOT T0 0 LOL UIO 0 F NO. NOT NS R0. R0. IN LOL IN FL0 IN OUT 00 Z NSS FILTR R0 0 R0 0 R MF 0 MF + + F TO FOLLOWR V0 (/) 0 R-IN RLY F M V0 (/) R0 0 R 0 R 0 R R 0 F OUTUT V0 R 0 R T0 0: R 00 MTR R 0 R SOWN IN OSITI -0 R0 0 0 R 00 R 00 F NO. : S NOT R0 0 S0 R0 R0 0 R 0 R 00 R 00 R0 0 VU T0 0 M0 LVL UIO 0 0 F NO. NOT T FROM S0R- ST FROM T0- ST 0 0 Spare F + ST Z W Y RT Schematic (Figure -) Sheet of Rev: 00-Feb-
14 OWR OR FL0 L0 0 L0 0 LS TIM MTR 0 0 T0 F0 S NOT M STNY,, M,L F NO. : S NOT T F NO. : S NOT FL0 L0 L0 N 0 0 TO T0 VI /0 WIR FOR 0 V WIR FOR V T0 V0, V0, V MS L0 0 U L0 0 U V. MS 0 V L0 0 U L0 0 U V L0 0 U L0 0 U V0 V0 V0, 0 V 0. M, R0 N,, RT OF RF SUSSIS IL LMS # SR RTIFIR V0 ZW RTIFIR V0 ZW I0 I0 R F0 + / M R0 N OWR SULY SUSSIS T0. V RT OF FUNTI F NO. : ST S NOT SWIT S0 +0 S0 R IN URRNT RULTOR V0 RT0 V0 V OM RFR TO I 0 R-IN RLY V0 V0 V0 V0 V0 V0 V0 V0 V0 L MF R. R RT OF IF SUSSIS RT OF F SUSSIS V0 0 MF R. L0 L0 0 MF L0 0 U V0 000 RT OF VFO SUSSIS UIO MUT 0- ST +0 R V F + ST Z W Y RT OVNS S0 YL L0 0 U V0 000 RT OF RYSTL OSILLTOR SUSSIS VOLT R V0 0,, F0 R0 + / M + - LU R YL. V OVN S ST R SORTIN ST RULT +0 V ST ST ST ST RF-IF + S ST W ST ST S0F-, ST NT RLY ST NT RLY ST ST Y L ST Schematic (Figure -) Sheet of Rev: 00-ul-0 U V X
15 WT-L-R-RN WT-L-R-LU WT-RN-LU WT-LU WT-R WT-L WT-L-OR WT-L-OR WT-RN-LU 0 WT-L WT-L-LU WT-OR WT 0 - M0- S0- MTR R0- + L R WT-L YL RN RN 0 S0-UIO RS WT-L-R-LU WT-L-LU WT-L-R-RN 0 WT-RN-LU WT-L-OR WT-RN-LU WT-R-LU WT-L-R WT-R WT-RN R0 R0 R0 R R R R0 R R T0 S0-FO WT-L WT-L WT WT-LU 0- S R0- LOL WT WT WT-RN 0 WT-R-RN WT-L-LU WT-R 0 YL 0 RN 0 R WT-OR WT,,,, WT S NOTS, WT-R-RN () WT-R WT-RN-R WT-RN-R 0 WT-RN-R WT-RN-R WT-RN WT-L-R 0 WT-L WT-RN 0 RN 0-F 0 L WT 0 WT-L-OR OR WT-R-OR-LU WT-RN-LU () WT-R WT-RN -F WT-R-LU WT-L WT-L WT-L-R-OR WT-RN WT-LU R R R R0 TINU ST 0 WT WT-OR- RN WT-OR-LU WT-R- OR-RN S0- WT-L WT WT-L-R-OR WT-RN-R-OR R S0- R IN I0 IL LTS R0- RF IN WT WT WT-RN-RN WT-RN WT-RN-R WT-R () 0-VFO WT WT F WT-L-LU WT WT-RN WT R S0 R0 LIMITR OR WT 0 WT-R-OR WT-L-OR WT-RN-OR - M0- RRIR + OWR MIRO- SWIT F F WT-R S0-FUNTI F WT-R-OR-LU WT-R-LU WT-RN-R WT WT-OR WT-L-R WT-L-RN 0 WT-R WT-R-RN () WT-OR 0 W Y RT WT-OR Figure -. Radio Reciever R-0/URR Main Frame Wiring iagram Sheet of Rev: 0//00
16 0 WT-RN WT-RN WT-RN WT-L WT-L WT-RN 0 WT-L WT-RN WT-R-OR-RN 0.00 WT-RN WT-RN WT,,, OR OR WT-RN 0 0 WT-L-LU WT-RN WT WT-R-OR OR WT-RN OR -IF S0- OVNS T0 0 WT-RN WT-L-R WT-RN-LU WT-L-LU WT-R-LU WT-RN-R-OR WT-L- R-LU WT-L- R-RN,, WT 0 WT-R WT-R WT-OR 0 WT-L-R WT-L-R WT-RN WT-OR-LU 0 0 TINU ST 0 F MF _ 0 FL0- FILTR WT-OR WT-LU WT-LU WT WT-OR WT,, 0,,,, WT,, 0,, () WT-R () WT-R MIN FRM ROUNS S NOTS, WT-RN-OR WT-L-OR WT-LU 0 WT-LU WT-OR-RN WT-L-R WT-RN WT WT-L-RN () WT-R-RN WT-R WT-L WT-LU WT-RN-R 0 F0- + / 0- RF F WT,,,,, WT-RN-R WT-RN WT-RN WT-L WT-R () WT-OR R0 R0 WT-LU WT () WT-R () WT-R (0) WT-R-RN () WT-R-RN F0- + / () WT-R WT-L WT-RN WT WT-RN F 0 WT-L WT WT-RN () WT-R WT 0- XTL OS -S WT-OR WT R0 WT-L-R WT-OR WT-OR WT-RN-RN NOTS:. T OTT S N RNTSS RFR LY TO RIVRS RIN ORR NO. -IL- SRIL NO. N OV N LL -IL-. Y R+ _ R0 T0 WT-LU WT-L-R-RN. RIVRS RIN ORR NO. -IL- SRIL NO N OV N LL -IL-, T TR WIRS FROM - WIT SINTIS 0,, N R LIMINT. Y WT-L-R-LU WT-RN WT-RN W Y RT Figure -. Radio Reciever R-0/URR Main Frame Wiring iagram Sheet of Rev: 0//00
A L A BA M A L A W R E V IE W
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