Tektronix FG 504 Instruction Manual Download

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Summary of Contents for FG 504

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Page 2: ...ktronix Inc P O Box 500 Bea erton Oregon 97077 Serial Num ber COMMITTED TO EXCELLENCE PLEASE CH ECK FOR CHANGE IN FORMATION AT THE R EAR OF THIS MANUAL 070 2655 00 First Printing NOV 1979 Product Grou...

Page 3: ...ektronix Inc les produ its TEKT RON IX brevet s US et Etranger et les logotypes TEKT RON IX SCOPE MOBI LE T d s Imprim LISA TEKTRONIX se r serve le droit de modifier caract ristiques et prix clans le...

Page 4: ...age Page LIST OF I LLUSTRATIONS ii Section 3 THEORY OF OPERATION 3 1 LIST OF TABLES iii Section 4 CALIBRATION PROCEDURE 4 1 Section 1 SPECI FICATION 1 1 Performan ce Check 4 3 Adj ustment Procedure 4...

Page 5: ...Phase Relationships between Output 5 1 Semiconductor Basin g 5 4 Waveforms and TRIG OUT Waveform 2 8 5 2 Rear Interface Connector Assignments 5 5 2 7 Basic Functions Square Triangle and Sine Waveform...

Page 6: ...0000 UP Page 1 1 Electrical Characteristics 1 1 1 2 Environmental Characteristics 1 7 1 3 Physical Characteristics 1 7 4 1 Test Equipment Required 4 1 5 1 Relative Susceptibility to Static Discharge D...

Page 7: ...pment or other property WA RN I NG statements i dentify con ditions or practices t hat could result i n personal inj ury or loss of life CAUTIO N indicates perso nal i nj ury hazard not immediately ac...

Page 8: ...power cord and co nnector specified for your prod uct Use only power cord that is in good condition For detailed information on power cords and connectors see the power module manual Refer cord a nd...

Page 9: ...le power is on Disconnect power before removing protective panels sol dering or replacing com ponents Power Source SERVICING SAFETY SUMMARY FOR QUA LI FI ED S ERVICE PERSO NNEL ONLY Refer also to the...

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Page 16: ...The FG 504 Function Generator...

Page 17: ...AL CHARACTERISTICS Section 1 FG 504 SN 8040000 UP The variety of swept and modulated signals available from the FG 504 make it especially useful for such applications as testi ng amplifier or servo sy...

Page 18: ...temperature between 15o CC and 35 C full scale from 4 MHz to 40 MHz after 1 h our warmup STOP FREQuency dial Within 5 of the difference STOP FREQuency dial is between the start and stop uncalibrated...

Page 19: ...mpedance OUTPU T Signal Amplitude Flatness Sine wave 0 001 Hz to 40 kHz 40 kHz to 40 MHz Triangle 0 001 Hz to 40 kHz 40 kHz to 40 MHz Sq uare wave 0 001 Hz to 20 MHz 20 MHz to 40 MHz Si ne wave Triang...

Page 20: ...5 V i nto 50 Offset defeatable by front panel control Output Waveforms Wit hout Use of SYMMETR Y Si ne Trian gle and Square variable control Wit h SYMMETRY variable Ramps and Pulses Duty cycle range C...

Page 21: ...errations _ 5 plus 30 mV into 50 load VARiable 10 ns to 100 ms in 7 steps Period of waveform must exceed Measured between the 10 and combined rise and fall times 90 points of Amplitude accuracy by 20...

Page 22: ...ange 80 from sions from 100 Hz to 4 MHz 8 0 100 Hz to 4 MHz major dial divisions from 4 MHz to 40 MHz 40 MHz may not capture but will track 4 MHz to 40 MH z 8 maj or dial divisions Loc k Range Generat...

Page 23: ...ht 5 0 12 7 cm Characteristics Description Temperature Operating 0 C to 40 C 40 C to 50 C forced air required Storage 401 C to 750 C Altitude Operating To 15 000 feet 4 570 meters Storage To 50 000 fe...

Page 24: ...on t he interconnecting jacks of t he power module i n t he selected compartments If there are barriers present and t hey do not matc h the cut outs i n the FG 504 circuit board edge connectors t hey...

Page 25: ...results from Power Module transformer phasing that is incompatible with FG 504 operation however the problem is easily cured Refer to qualified service personnel for checking transformer phasing OPER...

Page 26: ...TPUT waveform in steps of 10 d B Fig 2 2 FRONT Panel Controls and Connectors Operating I nstructions FG 504 SN 040000 U P LI N SWEEP OUTPU T Provid es 0 10 V linear sweep output whenever t h e sweep i...

Page 27: ...o display at least five full cycles of the si ne wave Now alternately pus h t he sq uare wave sine wave and the triangle wave buttons in the unmarked section and observe the different waveshapes Rotat...

Page 28: ...he characteristic im Operati ng I nstructions FG 504 SN 040000 UP pedance velocity of propagation and amount of signal loss Signal loss is related to freq uency fewfeet of cable can attenuate high fre...

Page 29: ...he LEVEL control fully cloc kwise and p us h t he TRI G or GATE button as desired In the TRIG mode pushi ng the MAN button triggers one cycle of the output waveforms In t he GATE mode the selected ou...

Page 30: ...s the VC F I NPUT to function as phase mod ulati ng i np ut when t he FG 504 is operated i n the REV 1981 Operating Instructions FG 504 SN 040000 UP The output frequency of t he FG 504 must be set to...

Page 31: ...plitude requirements and triggeri ng points TR IG OUTPU T Waveform Triangle Waveform Sinewave Squarewave Duty cycle of the TRIG OUTPUT wavefo rm follows the duty cycle of the OUTPUT waveform 2028 39 A...

Page 32: ...981 Operating Instructions FG 504 SN 040000 UP Fig 2 11 LOGARITHMIC SWEEP Use the same setup as in Fig 2 10 Select the logarithmic ram p The frequency is swept at logarithmic rate The logarithmic ramp...

Page 33: ...to the trigger INPUT connector with the TRIG mode selected Note that only one cycle of the output waveforms is completed English 2 1 0 Fig 2 15 PHASE CONTRO L OPERATION This photograph illustrates PHA...

Page 34: ...40000 UP Fig 2 19 LOW FREQUENCY HO LD The output of the FG 504 in the lowest five MULTIPLIER settings can be held at any level by pushing the H OLD button The steps on this time exposure were obtained...

Page 35: ...p freq uencies The output of th e FG 504 will be series of ton e bursts as shown in Figure 2 21 Fig 2 21 TONE BURST TESTI NG The lower trace is the linear ramp from the LI N SWEEP OUTPUT terminal Filt...

Page 36: ...owi ng owner with address an d the name of an in divi dual at your firm t hat can be contacted Inclu de complete instrument serial number an d description of the service req uired Save and re use the...

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Page 77: ...504 SN 040000 UP To understand the operation of the triangle generator loop assume that switch driver Q100 is conducting and 090 is off Current flows from the negative current source through C R180 Di...

Page 78: ...rce transistors An increase in charging currentforthe integratin g capacitors reduces th e rise and falltimes of the waveforms 3 2 The current switch determi nes whic h current source is connected to...

Page 79: ...ffset Circuitry Output offset is adjusted by R1130 th e OFFSET control Shoul d additional positive offset be desired t he OFFSET control is moved in the negative direction This causes the output of U1...

Page 80: ...lso rises When this voltage reaches the voltage at pi n 2 of U 1470 the output immediately switches positive The positive step at the out put of U 1470 turns fet Q1430 on dischargi ng the timing capac...

Page 81: ...for this supply Theory of Operation FG 504 SN 040000 UP 25 V Supply The two 25 V ac windings and the 17 5 V ac wi ndi ng are each connected to full wave bridge rectifiers The rectifier outputs are con...

Page 82: ...NT REQUIRED Tektronix Inc provides complete i nstrument repair and adjustment at local field service centers and at the factory service center Contact your local Tektronixfield officeor representative...

Page 83: ...nal 10 probe To match oscilloscope T EKTRON IX 6106 input Part No 010 6106 01 1 probes 2 To match oscilloscope TEKTRONIX 6101 in put Part No 010 6101 01 50 Termination Bnc connectors Tektronix Part No...

Page 84: ...k thatthe FREQUENCY Hzdial setting vsoutput frequency is wit hin the specified accuracy at each of t he remain in g positions of the MULTI PLI ER switch f3 of full sc le 001 Hz to 4 MHz t6 of full sca...

Page 85: ...utton RUN FREQUENCY Hz START dial 40 STO P dial 40 b Connect the OU TPUTth roug h 50 coaxial cable and 50 termi nation to t he input of a frequency counter Verify that the output frequency is over 40...

Page 86: ...Verify that the output amplit ude varies less than 6 on all ranges for all th ree wave shapes Verify t hat the output am plitude varies less than 11 from 40 kHz to 40 MHz 1 d B Verify that t he th ree...

Page 87: ...follows b Connect t he O UT PUT from the FG 504 through 50 coaxial cable to the vertical i n put of t he oscilloscope Connect 1 V 200 Hz sin e wave to the T R IGG ER section I NPUTofthe FG 504 Adjust...

Page 88: ...Verify that t he sign al varies from 0 V to 2 0 V or more c Disconnect the 50 cable from the TRIGger OUT PUT and conn ect it to the OUT PUT con nector Set the MULTI PLI ER switch to 10 2 When the out...

Page 89: ...iented with t he top of one connectortoward the top of the FG 504 and the top of the other connector toward the top of the power module do not attempt to operate the FG 504 with only one extender cabl...

Page 90: ...dc volts div to 20 mV variable volts div as required time base to 0 5 ms d iv trigger source to external an d trigger mode to auto Con nect 10 probe to the oscilloscope vertical i nput t he probe gro...

Page 91: ...caution to avoid shorting out circuitry with Allen wrench or pliers f Repeat step 9 parts through e as necessary for correct dial calibration Disconnect the 50 cable and termination from the FG 504 a...

Page 92: ...t th e time base sweep speed to0 2 ms perdivision and trigger externally on t h e negati ve slope of t he wavefor m Adj ust t he oscilloscope vertical sensitivityfora 6 divisio n d isplay Set the FG 5...

Page 93: ...the previously recorded voltage Push t he FG 504 LOG 4 1 2 SWP LI N button i n to the LOG SWP mode and adjust R 1475 Log Peak the 2 FUNCTIO N board so the peak of the logarith mic ram p is at t he sa...

Page 94: ...ocedure distortio n analyzerto40 kHz Adjust R740 Sine Drive on the 2 FUNCTIO N board for mi nimum distortion It may be necessary to slightly re adj ust R52 Top Dial Sym Cal in step 6 and R360 Triangle...

Page 95: ...is req uired i n t he FG 504 Theory of Operation Diagrams Cam Switch Charts Circuit Board Illustrations Section 5 FG 504 SN 040000 UP MAI NTENAN CE AND I NTERFACI NG I NFORMATION TRO UBLESHOOTI NG AI...

Page 96: ...ine the cause of over heating before replacing the component otherwise the new component may also be damaged Static Sensitive Components 5 2 Static discharge can damage any semiconductor component in...

Page 97: ...y How ever be sure that circuit conditions are n ot such t hat replacement transistor might also be damaged If sub stitute transistors are not available use dynamic tester Static typetesters are not r...

Page 98: ...ransistors D NOTE LEAD CONFIGURATIONS AN D CASE STYLES ARE TYP ICAL BUT MAY VARY DUE TO VENDORCHANGES ORINSTRUMENT MODIF ICATIONS D Integrated Circuits Mounting FET Power Transistors SCR Regulator 265...

Page 99: ...xtensions Loosen the cou pling at the potentiometer at the rear of the switch and pull the long shaft out of t he switch assembly Maintenance FG 504 SN 040000 UP 3 Remove t he screws from the opposite...

Page 100: ...tained t hrough t he local Tektronix Field Office or representative However many of t he standard electronic components can be obtai ned locally in less time than is requi red to order t hem from Tekt...

Page 101: ...xed multiplier setting incl udes the desired limits Th e value of t he capacitorthat must be installed is determi ned by the following formula REV APR 1980 CCUS 2200 F Phase M odulated Operation Maint...

Page 102: ...lower end of R1525 to the lower end of R1520 also located on t he Function board The exact location of these resistors can be found from the Replaceable Parts Location Gri d AM In put Th is input has...

Page 103: ...NC NC 22 NC NC 21 NC SIGNAL SOURCE PLUG IN BARRIER SLOT NC 23 AM I NPUT VCF I NPUT COMMON 22 SWEEP TRIGGER IN VC F I NPUT 21 NC NC 20 NC NC 20 NC NC 19 NC NC 19 NC NC 18 NC NC 18 NC NC 17 NC NC 17 NC...

Page 104: ...Screwdriver Three inch shaft General Xcelite R3323 3 32 flat bit 5 Torq ue Screw 1 5 inch FUNCTION switch Sturtevant Richmont driver pou nds assembly Torq ue Prod ucts Model PM 5 Roto Torq 6 Nutdrive...

Page 105: ...OPTIONS There are no options for t he FG 504 at t he time of this pri nti ng Section 6 FG 504 SN 040000 UP...

Page 106: ...anychange in part number Change informatio n if any is located at the rear of this manual SPECIAL NOTES AND SYMBOLS Part first added at th is serial number Part removed after this serial number ITEM N...

Page 107: ...L WORKS INC DIV 900 FOLLIN LANE SE VIENNA VA 22180 21847 AERTECH INDUSTRIE S 825 STEWART DR SUNNYVALE CA 94086 24546 CORNING GLASS WORKS ELECTRONIC COMPONENT S DIVIS ION 550 HIGH STREET BRADFORD PA 16...

Page 108: ...0 005UF 0 1 200V 19396 502F02PP460 C255 283 0167 00 CAP FXD CER DI O lUF 10 100V 72982 8131 145 5 0104 C275 290 0534 00 CAP FXD ELCTLT 1UF 20 35 i 56289 196D105X0035 HA1 C290 290 0534 00 CAP FXD EL CT...

Page 109: ...1210Y104 K C1075 290 0525 00 CAP FXD ELCTLT 4 7UF 20 5OV 56289 196D475X0050KA1 C1076 283 0353 00 CAP FXD CER DI O lUF 10 SOV 95275 VJ 1210Y104K C1078 290 0525 00 CAP FXD ELCTLT 4 7UF 20 50V 56289 196...

Page 110: ...C1776 283 0220 00 CAP FXD CER DI O OlUF 20 5OV 72982 8121 075 7 0103 C1778 290 0525 00 CAP FXD ELCTLT 4 7UF 20 50V 56289 196D475 0050 1 C1800 290 0525 00 CAP FXD EL CTLT 4 7UF 20 5OV 56289 196D475XOO...

Page 111: ...EMICOND DEVICE SILICON 30V 150MA 01295 IN4152R CR1372 152 0141 02 SEMICOND DEVICE SILICON 30V 150MA 01295 IN4152R CR1420 152 0141 02 SEMICOND DEVICE SILICON 30V 150MA 01295 IN4152R CR1470 152 0141 02...

Page 112: ...46 108 0509 00 COIL RF 2 45UH 80009 108 0509 00 L 945 108 0181 01 COIL RF 0 2UH 80009 108 0181 01 L 1045 108 0181 01 COIL RF 0 2UH 80009 108 0181 01 L 1120 108 0237 00 COIL RF 80UH 80009 108 0237 00 L...

Page 113: ...ILICON PNP SEL FROM SPS6927 80009 151 0438 00 Q1040 151 0438 00 TRANSISTOR SILICON PNP SEL FROM SPS6927 80009 151 0438 00 Q1050 151 0450 00 TRANSISTOR SILICON PNP SEL FROM 2 5583 80009 151 0450 00 Q10...

Page 114: ...1 0289 00 RES FXD FILM l OK 1 0 125W 91637 MFF1816G10001 F 36 321 0289 00 RES FXD FI LM l OK 1 0 125W 91637 MFF1816G10001 F R38 321 0289 00 RES FXD FILM I OK 1 0 125W 91637 MFF1816G10001 F 42 321 0289...

Page 115: ...1 0 125W 91637 MFF1816G35701 F 210 321 0438 00 RES FXD FILM 357K 1 0 125W 91637 MFF1816G35702 F 212 315 0512 00 RES FXD CMPSN 5 1K OHM 5 0 25W 01121 CB5125 215 311 1559 00 RES VAR NONWIR 10K 20 0 50W...

Page 116: ...CMPSN 560 OHM 5 0 25W 01121 CB5615 R400 301 0131 00 RES FXD CMPSN 130 5 0 50W 01121 1315 R402 315 0100 00 RES FXD CMPSN 10 OHM 5 0 25W 01121 CB1005 406 315 0910 00 RES FXD CMPSN 91 5 0 25W 01121 CB91...

Page 117: ...0 058290 RES VAR NONWIR 100 10 0 50W 32997 3329 L58 101 632 315 0121 00 040000 058289 RE S FXD CMPSN 120 OHM 5 0 25W 01121 CB1215 R632 315 0101 00 058290 RE S FXD CMPSN 100 OHM 5 0 25W 01121 CB1015 s...

Page 118: ...50 315 0133 00 RES FXD CMPSN 13K OHM 5 0 25W 01121 CB 1335 R852 315 0202 00 RES FXD CMPSN 2K OHM 5 0 25W 01121 CB2025 R855 311 1567 00 RES VAR NONWIR TRMR 100 0HM 0 50W 73138 91 89 0 R857 315 0241 00...

Page 119: ...ILM 34 8K 1 0 125W 91637 MFF1816G34801 F 1134 321 0289 00 RES FXD FILM 10K 1 0 125W 91637 MFF1816G10001 F R1136 321 0289 00 RES FXD FILM 10K 1 0 125W 91637 MFF1816G10001 F 1138 321 0289 00 RES FXD FIL...

Page 120: ...SN 510K OHM 5 0 25W 01121 CB5145 1334 321 0396 00 RES FXD FILM 130K 1 0 125W 91637 MFF 1816G13002F 1340 315 0152 00 RES FXD CMPSN 1 5K OHM 5 0 25W 01121 CB1525 1345 315 0102 00 RES FXD CMPSN iK OHM 5...

Page 121: ...0 RES FXD CMPSN 1K OHM 5 0 25W 01121 CB 1025 R1602 321 0225 00 RES FXD FILM 2 15K 1 0 125W 91637 MFF 1816G21500 F 1605 311 1566 00 040000 058289 RES VAR NONWIR 200 20 0 50W 73138 91 88 0 1605 311 1565...

Page 122: ...M 5 0 25W 01121 CB2735 317 307 0122 00 ES THERMAL 50 10 50157 3D 1515 318 307 0122 00 RES THERMAL 50 10 50157 3D 1515 RT748 307 0122 00 RES THERMAL 50 10 50157 3D1515 RT 1456 307 0126 00 ES 7HERMAL 10...

Page 123: ...6 2V 5 80009 152 0280 00 462 152 0306 00 SEMICOND pEVICE ZENER 0 4W 9 1V 5 15238 5409 VR470 152 0306 00 SEMICOND DEVICE ZENER 0 4W 9 1V 5 15238 5409 VR550 152 0280 00 SEMICOND DEVICE ZENER 0 4W 6 2V...

Page 124: ...closu re Modified Component See Parts List Depicted in grey or with grey outline Plug Index SEL Value Selected at F actory Refer to Waveform Refer to Diagram Nu mber Coaxial Connector Test Voltage Shi...

Page 125: ...ARE TYPICAL BUT MAY VARY DUE TO VENDOR CHANGES ORINSTRUMENT MODIFICATIONS 7 z Plastic Cased Transisto rs J D Metal Cased Transistors III GND III GATE OUT C CATHODE IN ANODE Index Index Integrate d Ci...

Page 126: ...C340 1 R52 Hf Loop Comp 1 Top Dial Sym Cal R 155 Min Dial Sym Cal r C195 C242 R128 40 MHz Cal 4 MHz Cal 20 MHz Cal...

Page 127: ...C857 Sine Flatness REV 1980 R1140 O FFSET BALANCE R 1050 C1092 C1090 SO COMP OUTPU T SO CO MP TRAI LING EDGE I MPEDANCE SHO RT TERM W y R1605 15 V ADJ R1475 R1460 Log Peak Ramp Peak i 1 Oil 1 vti 11...

Page 128: ...0 ALANCE D Ram p Peak C1090 R950 SO COMP SO COMP SHO RT TERM LEADING EDGE R870 R740 AM Sine Drive R1460 R855 R790 1500 Sine Gai n Sine Offset J 1 2 Function Board FG 504 SN 040000 UP 2655 05 3 R r C D...

Page 129: ...8 E4 C340 D2 Q170A G3 R115 6 R340 D2 C342 D2 Q170B G3 R120 t R342 D2 S195 4 C344 D2 Q175 E5 R128 16 R344 D2 S240 t C346 D2 0225 J4 R130 1 6 R346 D2 C380 C6 Q230 J3 R134 4 R350 D3 U5 2 C382 C6 Q255A F3...

Page 130: ...board component locations REV 1980 2655 06...

Page 131: ...FG 504 SN 040000 UP c 1 0 Ln tnA rc Cc 0406 Q450 Fig 8 3 3 Loop board component...

Page 132: ...V J1200 INPUT 245 10V TO I O VCF INPV7 J20 4 lok 2 E rl 1 228 IO k IO k 145 2 Ff L OC K ERROR VOLTAGE OUTPUT R 5 FRlq 0 171 0 RIS LGVLL sWP 25 J VA I46LG J 52 52 R ISG N0 FALL VAR _ 53 453 TRIy 5 21 Q...

Page 133: ...yP_AM R11 0 OFFSG7 2 33 5 V III V ti _ _ _ _ _ _ _ _ _ 5 5 PL 1 CR745 CC 746 CR7SI C052 CR757 75 C R76B C R764 J7oo lok IOk 23 1 51 1 VARIABLE CURRENT 5 RISE AND FAL L 5 VAR 53 Q53o 454 4s5o 2 UARE SQ...

Page 134: ...96 C592 C594 CR580 CR562 CR558 CR556 CR564 CR566 R574 i U 055 R548 R572 C534 0540 VR550 515 0570 R544 058Q R515 R580 R44 0510 R496 A 500 C 10 C 70 VR570 R49 8 R512 R576 0530 1 1190 486 rn 0495 R530 J6...

Page 135: ...front component locations fl1a12 R 1713 R1705 R1714 _ CB R1715 Q1715 R1721 R1623 R1710 R1626 R17 97 CR1711 0 1720 F17157 R1702 81720 01620 F11627 01 CR 1700...

Page 136: ...498 6 R965 3 R1612 J5 C972 L2 J640 C2 R500 6 R970 L2 R1614 J5 C975 2 J900 4 R512 C6 R974 4 R1620 J6 C976 L4 J1120 F6 R515 C5 R980 L2 R1621 J5 C978 4 R522 D6 R982 L2 R1623 J5 C1036 J5 L515 C5 R524 D6 R...

Page 137: ...ENCY Hz START 04 00 25 FREQUENCY Hz STOP 40 HO LD RUN 44 0 FREQ UENCY MULTIPLIER 10 FREQ UENCY VERNIER VAR Variable CW TRIGGER FREE RUN 1 TRIG GATE LOCK MAN LEVEL STOP FREQ SWEEP 0 40i LOG SWEEP LIN S...

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Page 140: ...FG 504 SN 040000 UP R1100B R1100A Fig 8 5 1 Main board b...

Page 141: ...35 board bac k com ponent locatio ns S1435 R520 S1100 S590 2655 08...

Page 142: ...CKT GRID NO LOC C1630 E5 C1730 D5 0930 D3 0940 D3 0952 C3 01030 E3 01040 E3 01052 F3 01622 E6 01722 C6 R520 14 R1096 F1 R1098 C1 R1100A G5 R1100B F5 R1160 13 R1180 3 R1435 G2 S590 L4 S1100 J5 S1435 J2...

Page 143: ...gs FREQUENCY Hz START 25 FREQUENCY Hz STOP HOLD RUN 41 0 No FREQUENCY MULTIPLIER 40 101 FREQUENCY VERNIER VAR CW TRIGGER FREE RUN TRIG GATE LOCK MAN LEVEL STOP FREQ SWEEP LOG SWEEP LIN SWEEP TRIG SWEE...

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Page 145: ...R D 5Q WAVE OFFSET ADJ Q620 R580 22 D 2 9 RISE AN D FALL TIME 1 3 4 5590 5 6 1 1 C 2 ISV 8 5 9 R l b 51 Q610 R610 5 R612 360 CCW FIX ED S 6nS NOTES 1 1 j S V s RISE FALL 5 4 3 y SQUARE BUFFER VARIABL...

Page 146: ...FG 504 SN 040000 UP 1160 in In U j Ln CM 0 C1770 J1295 7S J C1774 1163 1 2 0 0 Fig 8 6 2 Functio n board component loce...

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Page 148: ...2 2 C1492 4 0830 3 R868 F2 R1456 C3 C1494 3 0835 3 R870 F1 R1458 D3 C1504 C5 0840 4 R872 F2 R1460 D1 C1770 E6 01220 4 R1200 G6 R1462 D2 C1774 E6 01245 6 R1201 F6 R1466 D2 C1778 C3 01250 5 R1202 F6 R14...

Page 149: ...049 19019069 FREQUENCY Hz START 25 FREQUENCY Hz STOP HOLD RUN 0 FREQUENCY MULTIPLIER 105 FREQUENCY VERNIER VAR CW TRIGGER FREE RUN 1 TRIG GATE LOCK MAN LEVEL STOP FREQ SWEEP LOG SWEEP LIN SWEEP TRIG S...

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Page 152: ...ngs 00000090 FREQ UENCY START 25 FREQUENCY Hz STOP HOLD RUN FREQUENCY MULTI PLI ER 10 FREQUENCY VERNI ER VAR CW TRIGG ER FREE RUN TRIG GATE LOC K MAN LEVEL STO P FREQ SWEEP LOG SWEEP LIN SWEEP TRIG SW...

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Page 155: ...START 25 FREQUENCY Hz STOP HO LD RUN FREQUENCY MULTIPLI ER 04 10 FREQUENCY VERNIER VAR 41111 C4 TRIGG ER FREE RUN TRIG GATE LOCK MAN LEVEL MID STOP FREQ SWEEP LOG SWEEP LIN SWEEP TRIG SWEEP FREE RUN O...

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Page 158: ...D FREQUENCY Hz START 25 FREQUENCY Hz STOP HOLD RUN FREQUENCY MULTIPLIER FREQUENCY VERNIER VAR TRIGGER FREE RUN TRIG GATE LOCK MAN LEVEL STOP FREQ SWEEP 44 0 DOI LOG SWEEP LIN SWEEP TRIG SWEEP FREE RUN...

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Page 163: ...C1 1662 5 R1750 3 R1752 2 Q1640 7 R1754 C1 Q1642 86 R1761 C1 Q1650 5 R1762 C3 Q1652 5 R1763 2 Q1660 5 R1776 3 Q1677 6 R1777 3 Q1740 4 R1782 D2 01742 4 Q1750 2 VR 1652 5 Q1752 1 VR 1676 85 Q1760 4 VR16...

Page 164: ...D2 1635 D3 1636 D3 1637 D3 1638 C1 1639 C1 1640 C2 1641 C2 1642 C2 1643 C3 1644 1 C3 1644 2 C3 CKT GRID NO LOC R1640 C6 R1641 C6 R1642 6 R1643 C7 R1644 6 R1645 C6 R1648 C5 R1650 5 R1652 5 R1654 5 R166...

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Page 167: ...d sep a r ately unless ot herwise s pecified ITEM NAME In t h e Parts List an Item Name is se p ar ated from t h e desc ri ption b y colon Because of sp ace li m itatio ns an Ite m Name may sometimes...

Page 168: ...5 56878 STANDARD PRESSED STEEL COMPANY BENSON EAST JENKINTOWN PA 19046 70276 ALLEN MFG CO 0 DRAWER 570 HARTFORD CT 06101 71159 BRISTOL SOCKET SCRE W DIV OF AMERICAN CHAIN AND CABLE CO INC 0 BOX 2244 4...

Page 169: ...a ratio n sym b ol i nd icates t h e e nd of attac h i n g parts Attac h i n g parts must be purch ased sepa rately un less othe rwise spec i fied ITEM NAME In th e Parts List an Item Na m e is sep a...

Page 170: ...16875 56878 STANDARD PRESSED STEEL COMPANY BENSON EAST JENKINTOWN PA 19046 70276 ALLEN MFG CO 0 DRAWER 570 HARTFORD CT 06101 71159 BRISTOL SOCKET SCRE W DIV OF AMERICAN CHAIN AND CABLE CO INC 0 BOX 22...

Page 171: ...REW 5 40 0 125 STL OXD HEX SKT OOOCY OBD 16 366 1023 07 1 KNOB GRAY 0 127 ID 0 392 OD 0 466 80009 366 1023 07 213 0246 00 1 SETSCR EW 5 40 0 093 L OXD HEX SKT 71159 OBD 17 366 1690 00 1 KNOB SIL GY 0...

Page 172: ...65521 136 61 343 0149 00 1 CLAMP LOOP NYLON 80009 343 0149 00 62 351 0449 00 2 GUIDE CKT BOARD 80009 351 0449 00 ATTACHING PART S 63 211 0062 00 4 SCREW MACHINE 2 56 0 312 INCH RDH STL 83385 OBD 64 2...

Page 173: ...BEARING CAM SW FRONT REAR 80009 401 0180 00 ATTACHING PARTS 103 354 0390 00 1 RING RETAINING 0 338 ID 0 025 THK STL 79136 5100 37MD 104 105 0703 00 1 ACTUATOR S WITCH CAM SWITCH 80009 105 0703 00 105...

Page 174: ...WSHR 4 40 0 29 BRS PL 78189 OBD CKT BOARD ASSY INCLUDE S 149 1 SWITCH PUSH SEE S730 REPL 150 361 0384 00 6 SPACER PB SW 0 133 INCH LONG 80009 361 0384 00 151 1 SWITCH PUSH SEE S1235 REPL 152 361 0385...

Page 175: ...DE TOP AND BOTTOM 80009 426 1245 00 199 426 1245 01 1 FR SECT PLUG LEFT 80009 426 1245 01 200 426 1246 02 1 FR SECT PLUG IN RIGHT SIDE TOP BOTTOM 80009 426 1246 02 201 426 1460 00 1 FR SECT PLUG IN RI...

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Page 178: ...Fig Index Te kt ronix Serial Mod el No Mfr No Part No Eff Dscont Qty 1 2 3 4 5 N ame Description Code Mfr Part N umber 070 2655 00 1 MANU AL TE CH IN STRUCTION 80009 070 2655 00 FG 504 SN 040000 UP...

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