Sparton-5006X-5007X-Sams-121-13电路原理图.pdf

PHOTO FACT* Folder SPARTON MODELS 5OO6X, 5OO7X HORIZONTAL HOLD CONTROL VERTICAL HOLD CONTROL BRIGHTNESS CONTROL BUILT-IN ANTENNA ADJ, FINE TUNING CONTRAST CONTROL TONE CONTROL CHANNEL SELECTOR SWITCH VOLUME CONTROL ON-OFF SWITCH SPARTON MODEL 5006X TRADE NAME Sparton Models 5006X, 5007X (Ch. 25TK10A) MANUFACTURER Sparks - Withington Co., Jackson, Michigan TYPE SET Television Receiver TUBES Twenty Five POWER SUPPLY 110-120 Volts AC-60 Cycle TUNING RANGE-Channels 2 thru 13 RATING 1.8 Amp. 117 Volts AC INDEX Alignment Instructions 6, 7, 8 Disassembly Instructions 13 Horizontal Sweep Circuit Adjustments 17 Parts List And Descriptions 14,15,16 Photographs Cabinet - Rear View J7 Capacitor And Alignment Identification 4, 9 Photographs (Continued) Chassis - Top View RF Tuner Resistor And Inductor Identification . Schematic Tube Placement Chart Voltage And Resistance Measurements . 5 .12,13 11,18 2 .3 .10 o O si o 3 o l/i O O N X HOWARD W. SAMS & CO., INC. Indianapolis 1, Indiana The listing of any available replacement part herein does not constitute in any case a recommendation, warranty or guaranty by Howard W. Sams & Co., Inc., as to the quality and suitability of such replacement part. The numbers of these ports have been compiled from information furnished to Howard W. Sams & Co., Inc., by the manufacturers of the particular type of replacement part listed. Reproduction or use, without express permission, of editorial or pictorial con- tent, in any manner, is prohibited. No patent liability is assumed with respect to the use of the information contained herein. Copyright 1951 by Howard W. Sams & Co., Inc., Indianapolis, Indiana, U. S. of America. Copyright under In- ternational Copyright Union. All rights reserved under Inter-American Copyright Union (1 910) by Howard W. Sams & Co., Inc. Printed in U. S. of America DATE 1-51 SET 121 FOLDER 13 RadioFans.CN i TTo=X r-= ,l gfeEl i- g pjtf THE COOPERATION OF THE MANUFACTURER OF THIS RECEIVER MAKES IT POSSIBLE TO BRING YOU THIS SERVICE A PHOTOFACT STANDARD NOTATION SCHEMATIC Howard W. Sams & Co., Inc. 1951 DOTTED IN FWRTS ARE MOT USED IN ALL MODELS. WHEN DOTTED IN FV.RTS ARE USED POINTS MARKED X ARE BROKEN. PAGE 2 RadioFans.CN 11 27.7SMC I fMINJ 2tt VIDBD IF AMP 6BJ6JT 6SN7GT 33OOJV 2EK 8200JT. B2OO RadioFans.CN SPARTON MODELS 5O06X, 5OO7X 3 a RadioFans.CN HORIZ. OUTPUT TOP VIEW I V0/ AGC.KEYING LI6 e LI3 6 Lll e V3 V2 6C4 6AG5 OSC. MIXER RFAMP TUBE PLACEMENT CHART PAGE 3 RadioFans.CN CHASSIS BOTTOM VIEW-CAPACITOR PAGE 4 RadioFans.CN )R AND ALIGNMENT IDENTIFICATION PAGE 9 RadioFans.CN SPARTON MODELS 5006X, 5OO7X M3IA dOl SISSVHO O RadioFans.CN ALIGNMENT INSTRUCTIONS ALIGNMENT NSTRUCTIONS READ CAREFULLY BEFORE ATTEMPTING ALIGNMENT The high voltage shock hazard may be eliminated by removing the horizontal oscillator tube (V19) from its socket. VIDEO IF ALIGNMENT Connect the negative lead of a 3 volts battery to the junction of R37 and C36, connect the positive lead to chassis. Remove the local oscillator tube (V3) from its socket to prevent the possibility of erroneous indications. DUMMY ANTENNA Direct . . SIGNAL GENERATOR COUPLING High side to an unground- ed tube shield floating over mixer tube (V2). Low side to chassis. . SIGNAL GENERATOR FREQUENCY 21.75MC (Unmod.) 27.75MC 22.4MC 22. SMC 25.9MC 24.1 26.0 CHANNEL Any . CONNECT VTVM DC probe to point . Common to chassis . OVERALL VIDEO IF ADJUST Al, A2 A3 A4 A5 A6 A7 A8 REMARKS Adjust lor MINIMUM deflection. Adjust for maximum deflection. RESPONSE CHECK Connect the synchronized sweep voltage from the signal generator to the horizontal input of the oscilloscope for horizontal deflection. DUMMY ANTENNA Direct DUMMY ANTENNA Direct SWEEP GENERATOR COUPLING High side to an unground- ed tube shield floating over mixer tube(V2). Low side to chassis. SIGNAL GENERATOR COUPLING High side to an unground- ed tube shield floating over mixer tube (V2) Low side to chassis. SWEEP GENERATOR FREQUENCY 24MC (10MC SWP) MARKER GENERATOR FREQUENCY 22.7MC 25. SMC 26.25MC CHANNEL Any SOUND IF ALIGNMENT USING AM SIGNAL GENERATOR FREQUENCY 21.75MC (Unmod.) CHANNEL Any CONNECT SCOPE Vert. amp. to point . Low side to chassis . ADJUSTREMARKS Check for response curve similar to fig. 1. If necessary retouch A3 thru A8for proper response . SIGNAL GENERATOR AND VTVM CONNECT VTVM DC probe to point . Common to chassis . DC probe to point . Common to point . ADJUST A9, A10 All REMARKS Adjust formaximum deflection. Adjust for zero reading. A positive and negative reading will be obtained on either side of the correct setting. SOUND IF ALIGNMENT USING FM SIGNAL GENERATOR AND OSCILLOSCOPE Use frequency modulated signal with 60 1 modulation and 450KC sweep. Use 120 % sawtooth voltage in scope for horizontal deflection. DUMMY ANTENNA Direct SWEEP GENERATOR COUPLING High side to an unground- ed tube shield floating oer mixer tube (V2) . Low side to chassis. SWEEP GENERATOR FREQUENCY 21.75MC (10 MC SWP) MARKER GENERATOR FREQUENCY 21.75MC CHANNEL Any Any CONNECT SCOPE f t. amp. to point . Low side to ssis. t. amp. to point Low side to ssis. ADJUST A9, A10 A-ll REMARKS Disconnect stabilizor capacitor C5. Adjust for maximum amplitude and symmetry as per figure 2. Reconnect capacitor C5. A just A-ll so 21.75 MC occurs at center of crossover lines as per fig. 3. SLIGHTLY retouch A10 for maximum amplitude and straightness of crossover lines . OSCILLATOR ALIGNMENT The sound IF section must be properly aligned before attempting oscillator alignment. Replace the oscillator tube (V3) in its socket. Since incremental inductances are connected in series with the tuned circuits of channels 8, 10, and 12 to form tuned circuits for channels 1, 9, and 11, the order of alignment is important. It is essential that the higher of the paired channels, (7 and 8, 9 and 10, 11 and 12) be aligned first. The signal generator output lead should be terminated with its characteristic impedance, usually 50 ohms. Set the fine tuning control to the mid-position of its range. DUMMY ANTENNA Two 120SJ carbon resistors SIGNAL GENERATOR COUPLING Across antenna term- inals with 120S2 in each lead. , SIGNAL GENERATOR FREQUENCY 215.75MC (Unmod,) 209.75MC 203.75MC 197.75MC 191.75MC 185.75MC 179.75MC 87.75MC 81.15MC 71.75MC 65.75 MC 59.75MC CHANNEL 13 12 11 10 9 8 7 6 5 4 3 2 CONNECT VTVM DC probe ot point <. Common to point . ADJUST A12 A13 A14 A15 A16 A17 A18 A19 A20 A21 A22 A23 REMARKS Adjust for zero reading. A positive and negative read- ing will be obtained on either side of the correct setting. Expand or compress coil turns for zero reading. Adjust for zero reading. A positive and negative read- ing will be obtained on either side of the correct setting. Expand or compress coil turns for zero reading. Adjust for zero reading. A positive and negative read- ing will be obtained on either side of the correct setting. Expand or compress coil turns for zero reading Adjust for zero reading. A positive and negative read- ing will be obtained on either side of the correct setting. 14. 15. 16. n. 18. 19. 20. 21. 22. 23. 24. PAGE 6 RadioFans.CN ALIGNMENT INSTRUCTIONS CCONTJ HF AND MIXER ALIGNMENT 26. 27. 28. 29. 30 31. 32. 33. 34. 35. 37. 38. 39. 40. 41. 42. 43. 44. 45. 46. In the event that completed alignment of the HF and mixer circuits is necessary, it is recommended that the complete tuner be returned to the factory for a replacement unit. If only one or two channels require adjustment, alignment of those channels may be performed. Short the AGC line to chassis while adjusting the RF circuits. Output of signal generator should be no higher than necessary to obtain an output reading. The signal generator output lead should be terminated with its characteristic impedance, usually 50 ohms. DUMMY ANTENNA Two 120SJ carbon resistors SIGNAL GENERATOR COUPLING Across antenna terminals with 120J2 in each lead. SIGNAL GENERATOR FREQUENCY 59.75MC (Unmod.) 65.75MC 7175MC 81.75MC 81.75MC 87.75MC 87.75MC 55.25MC 61.25MC 67.25MC 77.25MC 83.25MC 213MC 207MC 201MC 195MC 189MC 183MC 177MC CHANNEL 2 2 3 3 4 4 5 5 6 6 2 3 4 5 6 13 12 11 10 9 8 7 CONNECT VTVM DC probe to point . Common to point <. Across capacitor C5. DC probe to point . Common to point )s Across capacitor C5. DC probe to point N. Common to point . Across capacitor C5. DC probe to point sV. Common to point . Across capacitor C5, DC probe to point . Common to point Across capacitor C5. DC probe to point <. Common to chassis . ADJUST A24 A25 A26 A27 A28 A29 A30 A31 A32 A33 A34, A35 A36, A37 A38, A39 A40, A41 A42, A43 A44, A45 A46, A47 REMARKS Adjust fine tuning control for zero reading. Adjust for maxima deflection. Adjust fine tuning control for zero reading. Adjust for maximum deflection. Adjust fine tuning control for zero reading Adjust for maximum deflection. Adjust fine tuning control for zero reading. Adjust for maximum deflection. Adjust fine tuning control for zero reading. Adjust for maximum deflection. Adjust fine tuning control and A29 for maximum deflect- ion. Adjustfine tuning control and A30 for maximum deflect- ion. Adjust fine tuning control and A31 for max. deflection. Adjust fine tuning control and A32 for max. deflection. Adjust fine tuning control and A33 for max. deflection. Adjust fine tuning control,A34,and A35 for maximum deflection. Adjust fine tuning control, A36, and A37 for maximum deflection. Adjust fine tuning control, A38, and A39 for maximum deflection. Adjust fine tuning control, A40, and A41 for maximum deflection. Adjust fine tuning control, A42, and A43 for maximum deflection. Adjust fine tuning control,A44jand A45 for maximum deflection . Adjust fine tuning control,A46, and A47 for maximum deflection. o D m 01 o Ul O o FIG. I FIG. 2 FIG. 3 F IG.4 PAGE 7 RadioFans.CN ALIGNMENT INSTRUCTIONS CCONTJ RF RESPONSE CHECK DUMMY ANTENNA Two 12QS) carbon resistors 11 DUMMY ANTENNA .01MFD SWEEP GENERATOR COUPLING Across antenna terminals with 120J2 in each lead. SWEEP GENERATOR COUPLING High side to pin 5 (cath- ode) of 6AL5 (V8) . Low side to chassis. SWEEP GENERATOR FREQUENCY Otf 213MC (10MC SWP) OH 207MC (10MC SWP) OH 201MC (10 MC SWP) Otf 195MC (10MC SWP) Off 189MC (10MC SWP) Off 183MC (10MC SWP) Off 177MC (10MC SWP) Off 85MC (10MC SWP) Off 79MC (10MC SWP) Off 69MC Off 63MC (10MC SWP) Off 57MC (10MC SWP) MARKER GENERATOR FREQUENCY 215.75 211.25MC 215.75MC 209.75MC 205.25MC 209.75MC 203.75MC 199.25MC 203.75MC 197.75 193.25MC 197.75MC 191.75MC 187.25MC 191.75MC 185.75 181.25MC 185.75MC 179.75MC 175.25MC 179.75MC 87.75MC 83.25MC 87.75MC 81.75 77.25MC 81.75MC 71.75MC 67.25MC 71.75MC 65.75MC 61.25MC 65.75MC 59. 75MC 55.25MC 59.75MC 4. SMC 1 SWEEP GENERATOR FREQUENCY Not used MARKER GENERATOR FREQUENCY 4. SMC (400 T- Mod.) CHANNEL 13 13 12 12 11 11 10 10 9 9 8 8 7 7 6 6 5 5 4 4 3 3 2 2 HAP ADJU CHANNEL Any channel not used locally CONNECT SCOPE OR VTVM VTVM . DC probe to point Common to point . SCOPE Vert. amp. to point . Low side to chassis. VTVM -. DC probe to pointMv Common to point $ SCOPE Vert. amp. to point <fo. Low side to chassis . VTVM ,- DC probe to point NC/ Common to point SCOPE Vert, amp to point Low side to chassis VTVM DC probe to point Q Common to point . SCOPE Vert, amp.to point SCOPE Vert. amp. to point<Q Low side to chassis . VTVM - DC probe to point< Common to point SCOPE Vert. amp. to poinbWi Low side to chassis . VTVM DC probe to point . Common to point S SCOPE /ert. amp. to point Common to pointOJ?- SCOPE Vert. amp. to point Low side to chassis. VTVM yv DC probe to pointC/ Common to point . SCOPE Vert. amp. to point<Q, Common to chassis. VTVM / DC probe to point XX Common to point <K. SCOPE Vert. amp. to poinb Low side to chassis. VTVM 3C probe to point 3 Ui O O Note: Some Models Use IMeg Resistor In This Application. DRS TRANSFORMER (POWER) IDENTIFICATION CODES ALL RESISTORS t 10% UNLESS OTHERWISE STATED tenna Coil Shunt tenna Coil Shunt Amp. Grid - See Note C Network Amp. Cathode Amp. Screen Amp. Plate tiverter Grid nverter Screen c. Grid c. Plate coup. - Wire Wound C Network Video IF Amp. Grid Video IF Amp. Cathode C Network 1 Video IF Amp. Grid 1 Video IF Amp. Cathode I Video IF Amp. Decoup. I Video IF Amp. Grid I Video IF Amp. Cathode i Video IF Amp. Decoup. C Network Video IF Amp. Grid Video IF Amp. Cathode Video IF Amp. Decoup. C Keying Grid Itage Divider C Network C Network ITEM No. Tl RATING PRI. 117VAC 1.8A SEC. 1 760VCT .170 ADC SEC. 2 400VCT .112 ADC SEC. 3 5VAC 3A SEC. 4 6. 3 VAC 9.6A REPLACEMENT DATA SPARTON PART No. AB44018-1 STANCOR PART No. P-8157 MERIT PART No. P3067 CHICAGO PART No. TRANSFORMER (SWEEP CIRCUITS) ITEM No. T2 T3 T4 T5A B T6 RATING DC RESISTANCE PRI. 150SJ 700SJ Tapped 84SJ eeon 14SI 62n soon SEC. 780SJ 5. in Tapped 4. in And .2n SEC. 2 on 6.5O REPLACEM iNT DATA SPARTON PART No. AB4T006-4 PC7007 AB44062-4 PC7004 PC70005-1 STANCOR PART No. A-8111 A-8115 DY-7 FC-10 MERIT PART No. A-3000 HVO-6 A-3035 MD-3 MF-1 CHICAGO PART No. TBO-1 TSO-1 NOTES Vert. Osc. Block Trans. Horiz. Output Trans. Vert. Output Trans. Horiz. Deflection Coil Vert. Dellection Coil Focus Coll PAGE 15 RadioFans.CN PARTS LIST AND DESCRIPTIONS (Continued) TRANSFORMER (AUDIO OUTPUT) ITEM No. T7 RATING IMPEDANCE PRI. 6.3KJ2 SEC. 3.80. DC RES. PRI. 250n SEC. .en REPLACEMENT DATA SPAR TON PART No. AB440S6-2 STANCOR PART No. A-3823 MERIT PART No. A-3019 CHICAGO PART No. HO-9 (J INSTALLATION NOTES () Drill one new mtg. hole. SPEAKER ITEM No. SP1 SP2 RATINGS FIELD RES. 160n CONE DIA. 4 3/4X 7 V. C. IMP. 3.8S2 V. C. DIA. 3/4 REPLACEMENT DATA SPAR TON PART No. PC63000-29 JENSEN PART No. QUAM PART No. 57E160S NOTES FILTER CHOKE ITEM No. LI RATINGS TOTAL DIRECT CURRENT .112A D. C. RESISTANCE 130n INDUCTANCE (0 CURRENT 10001 5 Henries REPLACEMENT DATA SPAR TON PART No. AB47000-1 STANCOR PART No. C-2303 d MERIT PART No. C2994 CHICAGO PART No. INSTALLATION NOTES (D Drill one new mtg. hole COILS (RF-IF) ITEM No. L2 L3 L4 L5 L6 L7 L8 L9 L10 Lll L12 L13 L14 L15 L16 L17 L18 L19 L20 L21 L22 L23 L24 L25 L26 L27 L28 L29 L30 LSI L32 L33 L34 L35 L36 L37 USE RF Choke Fil. Choke FU. Choke IF Trap 1st Video IF RF Choke FU. Choke RF Choke 2nd Video IF Adj. Channel Sound Trap RF Choke 3rd Video IF FU. Choke Grid Choke Sound Take Oil Coil 4th Video IF FU. Choke Grid Choke Sound Trap 5th Video IF FU. Choke Peaking Peaking 4.5 MC Trap Peaking Peaking Peaking HF Choke FU. Choke Sound IF BF Choke Fil. Choke Ratio Del. Trans . Fil. Choke Horiz. Osc. Coil Width Coil DC RES. PRI. .in .in .in .in .10 sn .in 3n .10 .10 sn .an .in 2n .in .20 .in 2n .in .2S2 .in s.sn 7.7SZ 2. en un ion ion on .in .412 on .in .en .in son .7S2 SEC. .2n an REPLACEMENT DATA SPAHTON PART No. # * AA6654-1 AB43523-8 PA4225-3 AA6651-1 PA4225-3 AB43523-6 AB43524-10 PA4225-3 AB43523-10 AA6651-1 AA6644-1 AB43524-8 AB43523-10 AA6651-1 AA6644-1 AB43524-9 AB43523-U AA6651-1 AA6650-1 AA6402-2 AA6404-1 AA6613-7 AA6402-5 AA6402-4 AA6651-1 AA6663-2 AA6651-1 AA6684-3 AA6651-1 AA6403-2 AA6405-3 MEISSNER PART No. 19-1921 Par