Tektronix FG501A Instruction Manual Download

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Summary of Contents for FG501A

Page 1: ..._ f 7i L k ft 4 h _ _ r V z t i L r S 1 kL L ti _ _ r _ 7 2 PHA 1 _ R ti t R _ _ V L J _...

Page 2: ...eaverton Oregon 97077 Serial Nu mber COMMITTEDTO EXCELLENCE PLEASE CHE CK FOR CHANGE I NFORM ATION AT THE REAR OF THIS MANUAL FG 501 2 MHz FUNCTION GENERATOR I N ST R U CTIO N M ANU AL First Printing...

Page 3: ...cle Tektronix Inc les produits TEKTRONIX brevet s US et Etranger et les logotypes TEKTRONIX SCOPE MOBI LE Qjp d pos s Imprim USA TEKTRONIX se r serve le droit de modifier caract ristiques et prix cla...

Page 4: ...urst Operation 2 5 SECTION 2 OPERATING INSTRUCTIONS cont Voltage Controlled Frequency VCF Operation 2 5 Trigger Output 2 6 Basic Waveform Capabilities 2 6 Applications 2 9 Response Analysis 2 9 Tone B...

Page 5: ...dienungselemente des tti17 2 3 Ausgangs 2 3 o1 L D N 2 _ 4 Hl 17 4 7 5t 2 4 Bedienungshinweise 2 4 1 E 1 43 t UUAT t 9 2 _ 4 Ausgangsansc h lOsse 2 4 2 4 Anstiegs und Abfallzeiten 2 4 of IF 2 _ 4 Im p...

Page 6: ...ator 3 2 Rear I nterface Information 5 4 Phase Clamp Threshold Detector 3 2 Functions Available At Rear Current Amplifier 3 3 Connector 5 4 Trig Gate Amp and Sine Shaper 3 3 Trig Gate Amp And Logic 3...

Page 7: ...CE CONNECTOR REQUIREMENTS 2 7 ASSIGNMENTS 5 5 2 8 GATED OPERATION WAVEFORMS 2 8 2 9 TRIGGERED OPERATION WAVEFORMS 2 8 2 10 PHASE CONTROL WAVEFORMS 2 8 2 11 ANALYZING CIRCUIT OR SYSTEM The following il...

Page 8: ...t section 8 1 t hr u CO MPO NENT REFEREN C E CHA RTS 8 5 Table No Page 1 1 ELECTR ICAL CHARACTERISTICS 1 2 1 2 M ISCELLANEOUS 1 4 1 3 ENVI RO NMENTAL 1 4 1 4 PHYSICAL CHARACTERISTICS 1 5 4 1 TEST EQU...

Page 9: ...supply conductors or between either supply conductor and ground protective ground connection by way of the grou ndi ng conductor i n t he power cord is essential for safe operation Grounding the Produ...

Page 10: ...t at several points i n this product To avoid personal i njury do not touch exposed connections and components while power is on Power Source FG 501 Disconnect power before removing protective panels...

Page 11: ...FG 501 2 MHz FU N CTION G ENERATOR...

Page 12: ...voltage source The output frequency can be swept above and below t he selected freq uency to maximum of 1000 1 depending on t he polarity and amplitude of the VCF input signal and the selected output...

Page 13: ...ry control divides output freq uency by 10 Output Amplitude At least 30 V into an open Offset control off circuit at least 15 V into 50 Front panel only Output Im pedance Front panel 50 10 i n 0 dB po...

Page 14: ...asured with range and below wit h average respondi ng TH D meter Measurement bandwidth limited to approximately 300 kHz 0 5 20 kHz to 100 kHz Verified at 15 V i nto 50 load Must be on cali brated port...

Page 15: ...of full scale 20 to 2 2 to 2 Uncal Triangle Linearity Greater than or equal to 99 20 Hz to 200 kHz 97 200 kHz to 2 MHz cali brated M easured from 10 to 90 of waveform Time Symmetry Better than 1 20 H...

Page 16: ...n 303mm Characteristics Description Shock 30 G s 1 2 sine 11 ms dura Meets M I L 28800B class 5 tion 3 shocks i n each direc when i nstalled in q ualified tion along 3 major axes 18 power modules tota...

Page 17: ...t see Fig 2 1 I nsert the FG 501 into the compartment and press firmly to seat the circuit board edge connector the power module interconnecting j ack Apply power to the FG 501 by operating the power...

Page 18: ...ons of the co ntrols and connectors should be reviewed before attem pti ng to use it All English 2 2 CONTRO LS AND CO NNECTORS Fig 2 2 Controls and con nectors controls necessary for operation of the...

Page 19: ...attenuator buttons OFFSET Pull and turn control concentric with the AMPL control provides up to 13 V do offset of the output waveform OUTPUT connector for output of the selected waveform RELEASE LATCH...

Page 20: ...ally can be ignored Wh en t he rise or falltime of t he test device is less t han 10 times as lo ng as the combi ned risetimes of t he testi ng system th e actual risetime of the system must be calcul...

Page 21: ...put waveform is displayed Rotate the VAR SYMM control through its range and notice the change in s hape of the square triangle and sinewaveforms with the appropriate buttons pushed in Return the contr...

Page 22: ...etermi ned by the frequency of the selected output waveform One trigger pulse is generated for each positive cycle of the output signal except when square waves are selected When generati ng square wa...

Page 23: ...le and sine Fig 2 6 Phase relationships between OUTPUT waveforms and waveforms selecte d by front panel pushbuttons the TRIG OUT waveform Operating Instructions FG 501 1 5 min LEVEL T I 1V 0 5V 1 5 LE...

Page 24: ...D OPERATION The topthree traces are the various output traces selected The bottom trace is the triggering waveform applied to the trigger INPUT connector with the TRIG mode selected Note that only one...

Page 25: ...waveform for the desired output frequency range Operating Instructions FG 501 5 Observe t he response characteristics on the monitoring oscilloscope The freq uen cy at which displayed response charact...

Page 26: ...selected ramp duration VCF IN GATE IN Tone Burst or Stepped Frequency Output Gating pulse synchronized with VCF Ramp 2957 04 English 2 1 0 Fig 2 12 Tone burst generation or stepped frequency multipli...

Page 27: ...timent s lectionn Ins rer fond Is FG 501 afin qua Is circuit imprim se place correc tement dans Is connecteur Pour extraire Is FG 501 tirer Is loquet de verrouillage si t au coin inf rieur gauche jusq...

Page 28: ...familiariser avec le r6le des commandes et bornes avant de proced er la mise en service de Frerich 2 2 ET B R NE Fig 2 2 Commandes et bornes reii Toutes les commandes necessaires utilisation de parei...

Page 29: ...E IN I nstructions d utilisatio FG 501 GATE En position e f 6 commands provoquant Is sortie conti nue du signal s lectionn pendant Is du ree de impulsion de validation SLOPE Bouton selectionnant dans...

Page 30: ...de mont6e du FG 501 et des equipements associes erreur introduite ne depassera pas 1 elle peut meme generalement etre ignoree Lorsque le tem ps de mon tee de descente de appareil sous test est inferi...

Page 31: ...tructions d utilisation FG 501 FONCTION DECLENCHEMENT OU PORTE DE VALIDATION SALVE Regler le FG 501A pour fonctionnement normal conformement indications du paragraphe precedent pliquer ensuite le sign...

Page 32: ...generee pour chaque periode positive du signal de sortie excepte sur les formes d ondes car ees Lorsque des signaux carres sont generes une impulsion de declenche ment est generee pour chaque periode...

Page 33: ...laire Sig nal si nusoidal Signal cam s Le rapport de forme du signal de sortie de decle nchement s uit le facteur de forme du signal de sortie OUTPUT Egale ment les rampes les impulsions an utilisant...

Page 34: ...NT DECLENCHE Los trois traces rieures repr6sente t les divers signaux de sortie s lect nn s La trace inf6rieure correspond au signal de d clenchoment appliqu au co e teur de d6clsnchoment TRIG I NPUT...

Page 35: ...se des circuits des systemes Instructions d utilisation FG 501 5 Observer la reponse en fr6quence sur oscilloscope de contr6le La frequence laquelle une caracteristique de reponse est visualisee peut...

Page 36: ...du generateur d impulsions pour la largeur de salves souhaitee 5 Selectionner la plage de vobulation de frequence en rd giant le cadran FREQUENCY Hz sur une extr mite de cette plage limite superieure...

Page 37: ...in die FCj hrungsschiene gesetzt und eingeschoben werden Durch vorsichtiges DrOcken wer den Sockel und Stecker verbunden Zur Herausnahme des FG 501 wird die Verriegelungs lasche obere linke Ecke gezo...

Page 38: ...iebs bereit ist sollte vorVerwendung des Ei nschubs die Funk tion der Bedien ungselemente und Ansc hlCjsse CiberprOft werden Alle fOr die Bedienung notwendigen Bedie nungselemente und Ansch lCjsse bef...

Page 39: ...Ausgangssignals erzeugt Bedienungsanle tung FG 501 GATE Tor Be gedrockter GATETaste wird die gewOnschte Signalform for die Dauer des Gate Im pulses am Ausgang des FG 501 erzeugt SLOPE Flankenwahl Im...

Page 40: ...n vernachlassigt werden Ist die Anstiegs oder Abfallzeit des Testgerates klei ner als der 10fac he Wert der Gesamtanstiegszeit m die aktuelle Anstiegs zeit errechnet werden Ist die Anstiegszeit des Sy...

Page 41: ...ellt Bewe gen Sie den Knopf VAR SYMM durch seinen gesamten Einstellbereich und beobachten Sie auf dem B ildsch irm die Veranderung der Signalform des Rechtecks Dreiecks und Sinus Drocken Sie die entsp...

Page 42: ...V Rechtecksignal zur VerfOgung Die Frequenz desTrigger ausgangs wi rd durch die Frequenz des gewAhlten Aus gangssignals bestimmt FOr jeden positiven Zyklus des Ausgangssignals mit Ausnahmeder Fu nkti...

Page 43: ...ungsanleitung FG 501 Des Tastverhfiltnis des Signals am TRIG OUTPUT folgt dem Tastverh5ltnis des Signals OUTPUT Auch S gezahn und Pulsfunktionen sind mitSYMMETRY einstellbar G202 9 Abb 2 6 Phasenbezie...

Page 44: ...betrieb Die oberen drei Ablenkstrahle zei gen verschiedene AusgBnge Der untere Ablenkstrahl ist das an den Triggereingang angeschlossene Triggersignal in der Betriebsart TRIG Es wird immer nur ein kom...

Page 45: ...nal erh6ht die Fre quenz and ein negatives Signal verringert sie REV DEC 1980 ANWENDUNGEN Abb 2 11 Analyseschaltkreis oder Systemverhalten Bedienungsanleitung FG 501 4 Stellen Sie die Amplitude des VC...

Page 46: ...nerators auf die gewO nschte Anzahl Bursts innerhalb der VCF IN GATE IN Tone Burst or Stepped Frequency Output 7 a TLJrL Gating pulse synchronized with VCF R amp 2957 04 German 2 1 0 Stigezah nperiode...

Page 47: ...L L C7gi L3 7 0 A L 7 iial 0D L F 0D V 2 1 CN z FG501 AM 6 P L s r i 9 r Vr F G501A W 0 s j t 9 b L b L Z t 1 fP L C T 401H t r L FG501 M e IN t 1 t 9 C It d 3 1 30 ngffl 19 6A SY M D t 29 AN A 0 lkIV...

Page 48: ...Operati ng Instructio ns FG 501 FG501 ALJ III Wffl LN 7 t F 5 f3U j R 7 0 7 1 3flw h Y T L MS Y 1 F t s 4 z h Japanese 2 2 2 2 M i F C7 ll ta 4 l 11 F R A VHq 15 fi z M h t 1 4 2 2 7 V ffi...

Page 49: ...L l 17lL 0 41tMe f90 0 L t oTR IG tS t i b M ti 5 L TRIG GATE IN Ir 1J OGATE G t5 i b M L t 5 TRIG GATE IN l r 1J 6 iT tf4 7J Operating Instructions FG 501 SLOPE t5 i h 9 7 i F D 4 r h 9 1f 174 UOD 1...

Page 50: ...z A i 50 7 l h 50 9 L 3 J 3 J 7 7 771 0 9 1 l F 9U ffi 0 3 h DR fj m D I c ti I F 3F ODIn c Z t tl c 11 AN ts t f 37R 5 t1 6 t bb 0 F L F 9 VA L l7i al 17 F N leti 5 i l 1 4 FG501 1 D W B VZ VIUT0D f...

Page 51: ...7 3r f 1 1 K Lffk 0Dro r ts 6 t 5 AMPLY 7 1 WR L I 1r h IJ 1 Z h h h FG501 M b 7 Y h t 0 5 L L L TRIG GATE IN h 1 i 1 t l r h J LI 7r 1 f 0 F f q 1 M 01OD D 17 RjF Ae 14 5 Wr m TRIGfS i L im 1 U 3 h 9...

Page 52: ...OM n tSi9 K lW41J l 2 3 VCF 1 7 I IOVr t hp ts tIA31 Jdk 1lk l i TR IG OUTPUT 3rb 6 4 O M Mb 4l F 1VW4 17 OM9iN V11 t h I h 1 7r OR3FI 6 gAl tf r I W477RJF I1W 0 i 7 J R 1 4Vi D F 7V 7 b A P ll ll o a...

Page 53: ...t z j L I T TJ 2028 39 St fF A tSYMMETR Y i Ih t fs M 2 4 pgffi l M L STi J M X if 5 ff fili 3fiA 2 6 OUTPUTAiYtTRIG OUT d if t l L m tt b4Afi L o S T 1 5V min 1V 0 5V OV _ 1 1 V TJ2957 02 2 5 0 L f J...

Page 54: ...i h if T fio h h 9 iY1 7 t d i h OWEL 1 i l L t I L t Z 1ws L F 2 91M h U 1 1 U 11 TRIGf Fi MJ 2 ct F S J iJINPUT71 71 Z F q t 1m fi l L t I M 31 1 4 ii7 AiYT Flkli F 9 fiW T th gff ff JR M 5 Z t AS T...

Page 55: ...1 2 11 EM OR MAN MR 6 L I 7r OPG501 920 t 2 MULTIPLIER 7 3 _ FREQUENCY H z Y 7 A L C h _LPR L FPR0W J R _ Rx LI I o 3 VCF INPUT n 7 r r N I MA 1 1J 1 i r7f z W m c i f j L fU 74 W Sc W Sc b W L I Ir...

Page 56: ...2 12 OR M l thOD F t a 1 Vj l 3iNR7 A f7 f fi L 2 GATE 3r fe P L j 7 PHASE f i R C b U 11 h 3 MIURO 77W j 2 L L Wt Wt L I I 4 AN Lt 2 L OD i 7 a9 W 4 0 7 h 35 b 6a i 36 4 OD Wj 2 L A e AV L 1 5 OD 4r...

Page 57: ...es When S500 VAR SYMM is activated R530 is switched intot hecurrent source emitter circuits As R530 is varied from one end to the other unequal amounts of current flow throug h the LOO P 1 TRIANGLE BU...

Page 58: ...ng pin 13 of U1600Blow This action resets the flip flop causi ng pi n 9 Q to nowgo 3 2 LEVEL COMPARATORS REFERENCE VOLTAG ES LOOP LOGIC low and pi n 8 Q to go high Taking this high at pin 8 back to th...

Page 59: ...level is produced whenever t he input waveform exceeds t he t hreshold if S LOPE is selected Th e generator free runs Theory of Operation FG 501 level set by t he VAR 0 control R550 it is clam ped Q15...

Page 60: ...1230D serves as an error am plifier which compares the 15 V output of the su pplyto 15 V reference developed by divider network R1231 R 1232 and R1233 from t he POWER SUPPLY The output of Q2101 is app...

Page 61: ...ted i n Table 41 is suggested to perform the performance check and the adj ustment procedure Mi nimum Application Item Description Specifications Perf Adj Example Check Proc 1 Power Module Five com pa...

Page 62: ...re period t his corresponds to 500 s m Disable t he VA R SYMM control Change the FREQUENCY Hz dial to 2 CHECK that the co unter reads 0 002 Hz For counters set to measure periodsthis corresponds to500...

Page 63: ...ttons b Make certain t he VAR SYMM pushbutton is i n Connect dmm set to read 15 V to the output connector d Adj ust t he VAR0 control for 0 Vreading on the dmm e Pull and turn the OFFSET control fully...

Page 64: ...crease the oscilloscope vertical plug in gain by a factor of 10 Adjust the vertical plug in offset voltage to 0 bb Adjust the AMPLITUDE control and the vertical plug in gai for 8 major division oscill...

Page 65: ...Press the FREE RUN 0 dB and rJj pushbuttons All other pushbuttons out Calibration FG 501 Performance Check b Set the FREQUENCY Hz dial and the MULTIPLIER control for any calibrated frequency For ease...

Page 66: ...ut e CHECK for 2 V waveform on t he oscilloscope display 4 6 f Remove all con nections for the next step 11 Check Variable Phase Range Press the FREE RUN 0 d B and pushbuttons b Connect t he OUTPUT co...

Page 67: ...rforma nce Check j CHECK for waveform am plitude from 0 0267 V to 0 0337 V k Remove all connections for the next step 13 Check Triangle Time Symmetry Press the FREE RUN pushbutton b Set the FREQUENCY...

Page 68: ...may need to be altered to meet t he req uirements of the equipment used PREPARATIO N Access to the i nternal adj ustments is ach ieved most easily when t he FG 501 is connected to t he power mod u le...

Page 69: ...l multimeter must indicate readout between 19 90 an d 20 10 c Remove all connections VOLTS DIV 5 VARIABLE in BANDWIDTH FULL POLARITY UP AC G ND DC DC POSITION ce ntered display Fig 41 Test setup for D...

Page 70: ...UDE ccw rV pushbutton in FREQUENCY Hz 20 MULTIPLIER 102 Vertical Plug in VOLTS DIV 2 7 Adjust the OUTPUT OFFSET R2201 and SINE OFFSET R1104 The oscilloscope crt display is triangle b ADJUST potentiome...

Page 71: ...Remove digital multimeter test leads 10 Adjust the BOTTOM DIAL SYMM CAL R1441 Refer to Fig 4 2 test setup Fig 4 2 Test setup for SINE DISTORTION adjustment Vertical Plug i n VOLTS Polarity I NPUT Cou...

Page 72: ...ars at graticule center Change the vertical plug in VOLTS polarity to d Adj ust the vertical plug in COMPARISON VOLTAGE control until the negative peak of the displayed waveform moves half way between...

Page 73: ...k of t he displayed waveform is on the center horizontal graticule li ne f Press t he FG 501 rj push button in Calibration FG 501 Adj ustment Procedure g ADJUST potentiometer R 1728 located on the Mai...

Page 74: ...les and connections M ain board for peak to peak aberration of 1 major graticule division on the displayed waveform This aberra tion will appear at both the top and bottom of the This completes the Ad...

Page 75: ...ver any surface 8 Avoid handli ng components in areas t hat have floor or work surface covering capable of generating static charge 9 Use solderi ng iron that is connected to earth ground 10 Use only...

Page 76: ...disconnect the instrument from the power source before soldering The reliability and accuracy of this instrument can be mai ntained only if proper soldering techniques are used when repai ring or rep...

Page 77: ...MULTI PIN CONNECTOR INDEX UL PIN CONNECTOR INDEX 1986 68 Fig 5 2 Orientation and disassembly of multi pin connectors CAM SWITCHES Use care when cleani ng or repairi ng cam switches Shaft alignme nt a...

Page 78: ...barrier in the corresponding position of the power module jac k to prevent noncompatible plug ins from being using in t hat com partment Consu lt t he power module manual for fu rther information Sign...

Page 79: ...f f f f f f f f f 12 11 f 10 9 8 7 f f f f f f 23 22 21 20 19 18 17 16 15 14 13 Family key 33 5 filtered do Base lead series pass Emitter lead series pass 33 5 V common 33 5 filtered do Emitter lead s...

Page 80: ...connected through 10 K resistorvia This connection is the ground return for the VCF In an i nternal j umper to the virtual ground su mmi ng node of operational am plifier U 1540A pi n 2 Seethe Adj us...

Page 81: ...OPTIONS There are no options for the FG 501 at t he time of this pri nti ng Section 6 FG501A...

Page 82: ...r A23A2R 1234 23 2 R 1234 Asse mb ly S ub assembly Ci r c uit numb er number number Read Resisto r 1234 of Subassembly 2 1 Assembly 23 REPLACEABLE ELECTRICAL PARTS PARTS ORDERI NG I NFORMATION Sectio...

Page 83: ...580 PLEASANT STREET WATERTOWN MA 02172 13511 AMPHENOL CARDRE DIV BUNKER RAMO CORP LOS GATOS CA 95030 76067 19701 ELECTRA MIDLAND CORP MEPCO ELECTRA INC 0 BOX 760 MINERAL WELLS 22526 BERG ELECTRONICS...

Page 84: ...00 CAP FXD CER DI O IUF 20Z 50V 72982 8005 D9AABZ5U 104M Al OCl631 Al OC16331 295 0164 00 CAP SET MTCHD l 0 1 0 1 0 O1 UF 950PF 80009 295 0164 UO Al OC1641 Al OC1711 281 0773 00 CAP FXD CER DI O O1 UF...

Page 85: ...PIN 0 365 L 0 025 BRZ GOLD 22526 47357 QTY OF 3 Al OJ1641 131 0608 00 TERMINAL PIN 0 365 L 0 025 BRZ GOLD 22526 47357 QTY OF 2 AlOJ 1651 131 0608 00 TERMINAL PIN 0 365 L 0 025 GOLD 22526 47357 QTY 4 A...

Page 86: ...63 S036228 AlOQ2323 151 0439 00 TRANSISTOR SILICON NPN 80009 151 0439 00 AlOQ2325 151 0439 00 TRANSISTOR SILICON NPN 80009 151 0439 00 1 500 311 1392 00 RES VAR W W PNL lOK OHM 2W 02111 140 9504 10 11...

Page 87: ...FXD FILM 900 0 1 0 125W 91637 MFF1816C900 ROB AlOR1501 321 0641 00 020340 RES FXD FILM 1 8K 1 0 125W 91637 MFF1816G18000 F 10 1511 311 1565 00 010100 020339 RES VAR NONWIR 250 20 0 50W 73138 91 87 0 1...

Page 88: ...0 25W 01121 CB3305 Al OR2006 315 0302 00 RES FXD CMPSN 3K 5 0 25W 01121 CB3025 Al OR2011 321 0253 00 RES FXD FILM 4 22K 1 0 125W 91637 MFF1816G42200 F Al OR2012 321 0143 00 RES FXD FILM 301 1 0 125W...

Page 89: ...14 0579 0 U 1 1321 214 0579 00 TERM TE ST POINT BRS CD PL 80009 214 0579 00 10 1323 214 0579 00 TERM TE ST POINT BRS CD PL 80U09 214 0579 00 10 1331 214 0579 00 TERM TE ST POINT BRS CD PL 80009 214 05...

Page 90: ...1 1003 00 CONN RCPT ELE C CKT BD 3 PRONG 80009 131 1003 UO A12J1400 131 1425 00 CONTACT SET ELE R ANGLE 0 150 L STR OF 36 22526 65521 136 A12L1010 108 0419 00 0OIL RF FIXED 1 lUH 80009 108 0419 00 A12...

Page 91: ...0 315 0101 00 RES FXD CMPSN 100 5 0 25W 01121 CB1015 12 1221 315 0101 00 RE S FXD CMPSN 100 OHM 5 0 25W 01121 CB 1015 12 1300 315 0361 00 RE S FXD CMPSN 360 OHM 5 0 25W 01121 CB3615 12 310 315 0162 00...

Page 92: ...0 CONN RCPT ELE C BN C FE MALE 13511 31 279 J530 131 0955 00 0ONN RCPT ELEC BNC FEMALE 13511 31 279 510 311 0169 00 RES VAR NONWIR 100 0HM 20 0 50W 01121 W 7564 520 321 0085 00 RES FXD FILM 75 OHM 17...

Page 93: ...ype Test Voltage Neat Sink B oard Na me P art ci rcuit b oard 87 Tekt r o nix Part CM PDK M fo r ci rcuit board s Assembly Nu mbe r 14 15 1966 Drafting Practices 14 2 1973 Line Conventions and Letteri...

Page 94: ...Fig 8 1 Auxiliary Board 2957 12...

Page 95: ......

Page 96: ...A NGLE FFER Fig 8 3 2957 4 VREF V REF V REF VAR 0 V REF V REF 15V 15V AMPL BL OC K D I AG RA M T RIG OUT JS OFF SET OUTPU T...

Page 97: ...V CF INPU T FRE QUEN CY F A R V VAR SY MM 2 V 33 5V 15 V SV i5V 33 5V No i 10 20V TR IG GAT E IN 1...

Page 98: ...Y 2 R1234 Assem bly Sc Circu hema it tic 1 N um ber Subassem bly N um ber N um ber if used Chassis mounted com ponents have no Assemb ly Num ber Static Sensitive Devices p refix see end R ep lacea bl...

Page 99: ...2257 2351 XIQ R 2353 R2355 U1600 C S1731 Fig 8 4 Main Board 10 Assy REV 1981 R7801 J 1641 f t l J1651 C1641 R1831 R1841 C1751 X PA P C1741 U 1940 ww W3 MO UNT ON BACK J 2021 e R2025 M J 2041 J204X 10...

Page 100: ...R GENERATOR CR1431 15V R1641 2 C1532 27pf R 1543 6 65 U 1540C J1641 LM324 CRSB 2 2 W TOP DIAL 15 V SYMM CA L ADJ R 1425 2 R 1423 1 1 R1545 750 0 R 1521 200 C1516 01 R 1517 1 122 15V DETAILS ON PH ASE...

Page 101: ...WAVE AMPL ADJ 15V R 1728 200 R 1816 1 07 15V R 1817 1 C1814 L R 1815 2 1 f S1901A 18 1 SQ UARE WAVE GENERATOR R 1818 17 STATIC SEN SITI VE DEV ICE S SEE M AI N TEN ANCE SECTION CO MP ONEN T NUMBER E...

Page 102: ...R1950 4 15 CR1533 E4 F4 R1423 1 E3 R2043 2 J5 CR1621 8 F3 R1425 1 E3 U1400A 5 E2 R1429 4 E4 U1400B L5 E2 J1121 6 g3 R1431 81 E3 U14000 7 E2 J1202 D5 C1 R1432 C1 E4 U1501 8 F1 J1203 5 C1 R1433 C1 E4 U...

Page 103: ...ARD NUMBER LOCATION LOCATION C1631 E4 G4 C1633 F4 G4 C1641 E4 G5 C1741 4 5 C1751 F4 6 C2031 J7 J4 R1831 F5 4 R1841 F6 4 R1842 F7 4 R1843 F6 5 R1941 E6 15 R1951 6 J6 R2031 J6 J4 R2041 7 J5 R2043 7 J5 R...

Page 104: ...AND CA PACITANCE MULTI PL I ER MULTI PL I ER MULT AO J R2 43 3 3 51731 1 5 1 4 103 10 2 10 1 10 10 1 10 2 10 3 14 C1631 950 R 1941 1 5 7 C1641 14 U 194 15V LF 356 1 C1633 1841 1 REV JAN 1981 2957 36...

Page 105: ...n ce Section CO MP ONENT NUMBER E XA MPLE Com p onent Nu mb e r 2 3 Y 2 R1234 Assembly Sche m atic Number J Subassssembl Circuit y Num ber Nu m ber if use d C h assis mounte d co mpon ents h ave no As...

Page 106: ...R1000 J6 1 R1100 J5 1 CR1110 C8 C2 R1102 J5 1 U1020A J7 3 CR1120 C7 C3 R1104 J5 C1 U1020 B J7 3 CR1200 4 D2 R1106 7 C2 U1020C L6 3 CR1220 C3 E3 R1108 C8 C1 U1020D D5 133 CR1221 C2 E3 R1110 8 C2 U1020E...

Page 107: ...200 rl y i91 1 g 0 lJ d1300 1302 Q1200 rtil 10 7 ll 1 i 00 S1400A y 3 Silt c c C 1 S1400B J J is R1115 9 U1310D 7 j J R1116 U in Q1 _ R1113 IMO 1k2 31212 S C r S1400C Yi r 1320 R1325 j1eU1020 1 1 U112...

Page 108: ...S14 2 m o M310 n o m 3 2 1 FREE RUN 4 5 6 T R I G GATE SL OPE D 0 0 0 JZ...

Page 109: ...J1300 R 12 3 1 15 15V1 C1202 l f CR112 CR111 R 11 1 74 C1310 1 C R122 R 1314 9 09K C R1221 S V 5V R 1116 loo R 1313 100 R1312 R 132 1 S LOPE 12 R 1212 3 24 15VI RI 310 1 6 5V C1300 1 f S14000 6 CR132...

Page 110: ...TRIG RUN E S1400A J 13 2 T R I G GAT E A ND S I NE SHA PER A MPL I F I ER PI 302 tsl 18 1 STATIC SEN SITI VE DEVICES SEE MAINTENANC E SECTION CO MPONEN T NUMBER E XA MPLE CO MP ONENT NUMBER 23 2 R 123...

Page 111: ...L1 CR2221 F4 L3 R2203 6 L1 CR2222 6 L3 R2204 6 L1 R2211 F4 L2 J1204 6 D1 R2213 F8 L2 J1651 1 FS R2223 7 L3 J1923 6 J3 R2225 6 L3 J2011 1 J3 R2226 J6 L3 J2021 C5 J3 R2227 F8 L2 J2141 6 5 R2228 5 4 R22...

Page 112: ...2211 182 Q2211 Q2011 C2011 25 1 Spf r g Q2013 R2 26 3 9 C2221 1 R2011 4 22 Q2123 R2228 3 9 Q2321 VR2213 18 V Q2311 FA OUTPUT OFFS ET AN R22 3 R22 4 6 49 2 94 C R2221 Q2323 HL REV SEP 1981 2957 38 SO W...

Page 113: ......

Page 114: ...1341 J6 D5 R1232 4 C4 C1451 D6 E5 R1233 5 C4 R1235 F7 C4 F1111 131 3 R1241 J7 C4 F1131 8 5 R1242 7 C5 R1243 8 C5 R1245 6 C5 1 1111 1 82 R1247 C6 C5 L1251 C8 C5 R1301 F4 D2 R1311 C2 D3 1030 L8 4 R1315...

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Page 117: ...erwise sp ecifie d In th e Parts List an Item N a m e is se p arated from the desc ri p tio n by colon Because of space limitatio ns an Item Name may so meti m es a pp ear as i n com p lete Fo r fu rt...

Page 118: ...TRUMENT S INC METALLURGICAL MATERIALS DIV 34 FOREST STREET ATTLEBORO MA 02703 74445 L CO 31 BROOK ST WEST HARTFORD CT 06110 75915 LITTELFUSE INC 800 NORTHWE ST HWY DES PLAINES IL 60016 77250 PHEOLL MA...

Page 119: ...KNOB GY W IDX 0 79 ID 0 28 OD 0 32 80009 366 1319 03 21 366 1077 01 1 KNOB GRAY 0 127 ID 0 5 OD 0 531H 80009 366 1077 01 22 1 RES VAR NONWIR SEE R560 S510 REPL ATTACHING PARTS 23 210 0583 00 1 NUT PLA...

Page 120: ...3743 2 12161 402 66 401 0156 00 1 BEARING CA M SW REAR 80009 401 0156 00 67 131 1248 00 1 BE CONTACT ELEC SHAFT GND NI 80009 131 1248 00 68 214 1704 00 2 INCH SPRIN G FLAT CAM SW DETENT 0 006 80009 21...

Page 121: ...a me Descr iption Mfr Code M fr Part Number 1 94 386 4470 00 1 PLATE RES MTG BRASS 80009 386 4470 00 95 214 1061 00 1 SPRING GROUND FLAT 80009 214 1061 00 96 426 0724 19 1 FR SECT PLUG 80009 426 0724...

Page 122: ...BON 80009 175 3242 00 FROM Al OJ 1641 CR500 352 0169 02 1 RED CONN BODY PL EL 2 WIRE 80009 352 0169 00 175 5117 00 1 CA ASSY S P ELEC 4 26 AWG 3 5 L RIBBON 80009 175 5117 00 FROM AlOJ 1651 A12J 1020 3...

Page 123: ...SEE END OF MPL FOR WIRE ASSEMBLIES...

Page 124: ...Fig Index Tektronix Serial Model No Mfr No Part No Eff Dscont Qty 1 2 3 4 5 Name Description Code Mfr Part Number 070 2957 00 ACCESSORIES 1 MANUAL TECH 80009 070 2957 00...

Page 125: ...to printing and shipping requirements we can t get these changes immediately into printed manuals Hence your manual may contain new change information on following pages single change may affect seve...

Page 126: ...LECTRICAL PARTS LIST AND SCHEHATIC CHANGES 670 6694 01 315 0361 00 281 0823 00 315 0472 00 315 0472 00 281 0630 00 152 0141 02 152 0141 02 315 0204 00 315 0472 00 CKT BOARD ASSY AUXILIARY RES FXD CMPS...

Page 127: ...Product FG501A and FG507 Date Change Reference 42589 DESCRIPTION DIAGRAM Page 2 LOOP Part ial Q1543 of 2...

Page 128: ...ND SCHEMATIC CHANGES CKT B OARD ASSY FUNCTION GEN NOT REPLACEABLE ORDER 672 0924 03 FG 501 CKT BOARD ASSY FUNCTION GEN NOT REPLACEABLE ORDER 672 0897 03 FG 507 CKT BOARD ASSY AUXILIARY FG 501 FG 507 M...

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Tektronix FG501A, Instruction Manual

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