Tektronix FG 502 Instruction Manual Download

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Summary of Contents for FG 502

Page 1: ...erton Oregon 97077 Serial Number 070 1706 01 7tIctronbc COMMITTED TO EXCELLENCE PLEASE CHECK FOR CHANGE INFORMATION AT THE REAR OF THIS MANUAL FG 502 FUNCTION GENERATOR I NST RU CTIO N MANU AL First Printing OCT 1973 Revised ΜΑΥ 1981 ...

Page 2: ...L INJURY DO NOT PERFORM ANY SERVICING OTHER THAN THAT CONTAINED IN OPERATING INSTRUCTIONS UNLESS YOU ARE QUALIFIED TO DO SO Section 3 Theory of Operation 3 1 Section 4 Calibration Procedure 41 Performance Check 41 Adjustment Procedure 45 Section s Maintenance 5 1 Section 6 Options 6 1 Section 7 Replaceable Electrical Parts 7 1 Section 8 Diagrams and Illustrations 8 1 Section 9 Replaceable Mechanic...

Page 3: ...orms available from the FG 502 2 5 2 5 Graph showing range of VCF frequencies 2 5 2 6 Swept frequency range with 10 V signals applied to VC F 1 Ν connector 2 6 2 7 Phase relationships between OUT PUT waveforms and TR IG OUT waveform 2 7 2 8 Analyzing circuit or system response 2 7 2 9 Tone burst generation or stepped frequency multiplication 2 8 5 1 Semiconductor device lead configuration found in...

Page 4: ...ndi ng conduc tor of the power cord To avoi d electrical shock plug t he power cord into α properly wired receptacle before connecti ng to the product i nput or output termi nals Α FG 502 protective ground connection by way of the grounding conductor i n t he power cord is essential for safe opera tion Danger Arisi ng From Loss of Ground Upon loss of the protective ground connection all accessible...

Page 5: ...tages exist at several poi nts inthis product To avoid personal injury do not touch exposed connec tions and components while power is on FG 502 Disconnect power before removi ng protective panels soldering or replacing components Power Source This product is intended to operate from α power source that will not apply more than 250 volts rms between the supply conductors or between either supply c...

Page 6: ... Μ ά τίΡσσ Έ R FG 502 FUN CTIO N GENERATOR 1706 01 REV Α ΜΑΥ 1980 ...

Page 7: ...ON Table 1 1 Section 1 FG 502 repetition rates or tone bursts The square wave trigger output can be used as α source for TTL logic or to synchronize an external device such as an oscilloscope or counter The electrical characteristics in this specification are valid with the following conditions 1 The instrument must have been adjusted at an ambient temperature between 200 C and 300 C 2 The instrum...

Page 8: ...to 1 1 MHz Withi n Dial must be on calibrated portion Ambient 3 ο from 1 1 MHz to 11 MHz using 106 temperature m ust be 25 C 5 C MULTI PLI ER setting Triangle Linearity Within 1 0 from0 1 Hzto110kHz within 3ο ο from 100 kHz to 1 1 MHz using 105 ΜULTI PLIER setting within5 from1 ΜΝ to 11 MHz using 106 MULTI PLI ERsetting Squarewave and Pulse Output Risetime 20 ns Aberrations 3ο ο Ρ Ρ at full am pli...

Page 9: ... swept from 10 to 55 to 10 Hz at 1 minute per sweep Vi brate 15 mi nutes i n each of t he three major axes at 0 015 inch total displacement Hold 10 mi n utes at any major resonance or if none at 55 Hz Total time 75 mi nutes Shock Operating and non operating 30 g 1 2 sine 11 ms duration 3 sh ocks in each direction along 3 major axes for α total of 18 shocks Transportation Qualified under National S...

Page 10: ...FG 502 is on The Controls and Connectors Fig 2 2 gives α complete description of the front panel controls and connectors REV D ΜΑΥ 1980 Fig 2 1 FG 502 I nstallation and removal Functions Available At Rear Connector Section 2 FG 502 Refer to the rear connector assignment illustration in the Mai ntenance Section of this manual for pin assignments Α slot between pins 23 and 24 on the rear connector i...

Page 11: ...CH Pull to remove plug in TRIG OUT Connector Square wave output for applications requiring an external trigger OUTPUT Connector BNC connector for waveform output FUNCTION Switch Selects output waveform VERNIER Control Allows fine adjustme nt of output frequency 1 Ο MULTIPLIER Switch Sets basic frequency range FREQUENCY Hz Dial ήνιυιτι Ριι ε α Ι 1 t 105 Fig 2 2 Controls and Connectors POWER On Pilo...

Page 12: ... transmitting cable determine the characteristic im REV Β ΜΑΥ 1980 pedance velocity of propagatio n and amount of signal loss Signal loss is related to frequency therefore α few feet of cable can attenuate high frequency i nformation in α fast rise pulse It is important to keep cables as short as possible When signal comparison measurements or time difference determinations are made the two signal...

Page 13: ...he outer cond uctor d is the diameter of the i nn er conductor and Σ is the dielectric constant 1 i n air The network in Fig 2 3 provi des minim um attenuation for α purely resistive im pedance matchi ng device The attenuation as seen from one end does not equal t hat seen from the ot her end Α signal Ε applied from t he lower impedance source encounters α voltage attenuation Α that is greater t h...

Page 14: ...to the VCF IN connector See Voltage Controlled Frequency VCF Out put following OPERATION Operating Instructions FG 502 Voltage Controlled Frequency VCF Output The output frequency of the FG 502 εαη be swept over α frequency range of 1000 1 dependi ng on the MULT I PLI ER setti ng by applying α 0 Vto 10 V signal tothe VCF IN connector It maybe necessaryto vary t he CAL control to obtain the full 10...

Page 15: ... operates within the frequency range of t he FG 502 Refer to the Voltage Controlled Frequency VCF Output discussion u nder Operation for additional information 1 Connect the equipment as shown i n Fig 2 8 2 Set t he MULTIPLI ER selector and FREQUENCY Hz dial for the desired upper or lower freque ncy limit APPLICATIO NS dependi ng on the direction you wish to sweep See Fig 2 5 for VCF ranges and MU...

Page 16: ... devices This application utilizes α Pulse Generator such as the Tektronix PG 501 as α gating signal source and α Ramp Generator such as the Tektronix RG 501 as α VCF signal source The following procedure descri bes α technique for obtaining α tone burst or frequency m ultiplied output from the FG 502 Refer to the Gated Burst Output and the Voltage Controlled Frequency VCF Output dis cussions unde...

Page 17: ...QUENCY Hz dial for one end of t he swept range upper or lower limit dependi ng on the polarity of the ramp Then adjust the Ramp Generator amplitude for the other swept frequency limit Fig 2 9 Tone burst generation or stepped frequency multiplication Other tone burst or frequency multi plied char acteristics can be obtai ned by usi ng different gati ng input waveforms i e triangle sine square etc ...

Page 18: ... FOLLOWING SERVICING INSTRUCTIONS ARE FOR USE BY QUALIFIED PERSONNEL ONLY TO AVOID PERSONAL INJURY DO NOT PERFORM ANY SERVICING OTHER THAN THAT CONTAINED IN OPERATING INSTRUCTIONS UNLESS YOU ARE QUALIFIED TO DO SO ...

Page 19: ...tive voltage at the junction of CR140 and CR170 turns CR175 on and CR170 and CR145 off This action disconnects the positive current source from the timing capacitor and connects the negative current source through CR175 causi ng the ramp to go in the negative direction The action continues until 023013 is turned on by the negative ramp at its base and the cycle is repeated R250 sets the voltage at...

Page 20: ...upled amplifier The collector of Q480 drives the base of 0500 The base of 0515 is driven by the collector of Q500 The collector of Q490 drives the 3 2 base of Q506 The pola rities a re s uc ht hat t he collectors of Q515 a nd Q506 move in phase T heir collectors d rive t he o ut put stage Q530 Q532 0540 a nd 0542 T he by pass ed resisto rs i n t he emitter ci rc uit of t he o ut put tra nsistors l...

Page 21: ... complete instrument repair and adjustment at local field service centers and at the factory service center Contact your local Tektronixfield office or representative for further information The following test equi pment or equivalent is suggested to perform the Performance Check and Adjust ment Procedure Performance Requirement Application Example Description Oscilloscope Bandwidth do to 100 MHz ...

Page 22: ...full scale 1 MHz to 10 MHz e Set the FREQUENCY Hz dial to 5 and check thatthe output frequency as indicated on t he counter is withinthe specified accuracy on each range setting of the MULTIPLI ER switch f Set the FREQUENCY Hz dial to l and check that the output frequency as indicated on the counter is within the specified accuracy on each range setting of the MULTIPLI ER switch 2 VCF RANGE CHECK ...

Page 23: ... he sine wave is 10 V ρ ρ or greater d Connect α 50 Ω termi nation at the oscilloscope input and verify that t he amplitude of the sine wave is 5 V p p or greater 6 OFFSET RANGE CHECK α Set the FG 502 cont rols as follows FUN CTION Si ne Wave AMPLITUDE Fully εεω OFFSET In offset range of 5 V or greater when the OFFSETknob is pulled out and rotated from end to end of its range d Add α 50 termi nati...

Page 24: ...o the distortion analyzer input Place α 50 Ω termination on the FG 502 VCF IN connector ε Check that the sine wave distortion is equal to or less than 0 5ο ο 10 EXTERNAL GATE INPUT CHECK α Set the FG 502 controls as follows FUNCTION Si ne Wave AMPLITUDE Mid range OFFSET In MULTI PLI ER 10 FREQUENCY VERN I ER Fully εω FREQUENCY Hz 10 b Connect α coaxial cable from the FG 502 OUTPUT through α 50 Ω t...

Page 25: ...nnect α distortion analyzer to t he output of the FG 502 usin g coaxial cable b Set the FUNCTION switch for sinewave output c Set the FREQUENCY Hz dial at 1 and t he MULTI PLI ER at 10 Termi nate the coaxial cable from the FG 502 at the distortion analyzer input d Adj ust R250 DC Level R350 Sine Drive R356 R366 R376 and R386 Si ne Shapers for minim um distor tion Go over these controls several tim...

Page 26: ...10 a nd the FREQUENCY Hz dial to 10 b Adjust C162 Low Dial Top Range for 10 MHz on the counter c Set the FREQUEN CY Hz dial to ll and check for 11 MHz count or greater 12 Check Timing Accuracy α Check all MULTIPLI ER ranges wit h the FRE QUENCY Hz dial at 1 and 11 for accuracyto specifications 3 ο of full scale from 0 1 Hz to 1 MHz 5 k of f ull scalefrom 1 MHz to 10 MHz and 11 MHz not less than 11...

Page 27: ...TI PLIER knob to 10 and the FREQUENCY Hz dial to _ 1 17 Check Sinewave High Frequency Amplitude and Distortion α Connect t he FG 502 to the oscilloscope through α termi nated 50 Ω coaxial cable 11 c Set the vertical deflection factor on the oscilloscope for 0 1 WDiv b Set the MULTI PLIER knob to 106 and the FRE d Ground the vertical i nput of the oscilloscope QUENCY Hz dial to 11 MHz momentarily t...

Page 28: ... FREQUENCY Hz dial to 10 and the check for α signal on the bnc TRIG OUTconnector on the MULTI PLI ER knob to 105 FG 502 Minimum signal should be 5 V b Α termi nated cable will show approximately 1 2 of b Verify that the output frequency changes to less the unteιmi nated amplitude than 1 kHz when 10 V is connected to the VCF input 4 8 ΜΑΥ 1980 ...

Page 29: ...ing information under Troubleshooting Techni ques which follow Α convenient time to perform preven tive maintenance is just before instrument calibration CaNbratίon To ensure accurate signal generation and measure ment the performance of individual units in the system should be checked periodically Refer to the I nstruction Manual for each unit for completecalibration and verifica tion procedures ...

Page 30: ...y by substituting other like units known to be operating properly If the trouble persists after substitution then the power module is probably at fault M oving α properly operating plug in from compart ment to compartment will help determine if one or more compartments have α problem Visual Check 1 nspect the portion of the system in which thetrouble is suspected Many troubles can be located by vi...

Page 31: ...es may even be damaged by 3 V Resistors Check t he resistors with an ohmmeter Resistor tolerances are given i n the Electrical Parts List in every manual Resistors do not normally need to be replaced unless the measured να1 ue varies widely from t he specified value Capacitors Α leaky or shorted capacitor can be detected by checki ng resistance wit h an oh mmeter on the ΜΑΥ 1980 Maintenance FG 502...

Page 32: ...the circuit board An extracti ng tool sho uld be used to removethe 14 and 16 pi n integrated circuits to prevent damage to the pins This tool is available from Tektronix Inc If an extracti ng tool is not available use care to avoi d dam agi ng t he pins Pull slowly and evenly on bot h ends of the IC Try to avoid havi ng one end of t he IC disengage from the socket before t he other end 5 4 Static ...

Page 33: ...RANSISTORS SEE MANUFACTURERS SPECIFICATIONS SCR PIN 1 INPUT O ρΙΝ 2 UTPUT PIN 3 GROUND REGULATOR IC S CASE GROUND PIN 1 INPUT HEAT DISSIPATOR MAY BE APPLIED TO SOME METAL CASED TRANSISTORS INTEGRATED CIRCUITS 1708 23 ΜΑΥ 1980 Fig 5 1 Semiconductor device lead configurations found In the TM 500 family Maintenance FG 502 5 5 ...

Page 34: ...itio n t he pi n in t he same ma nne r as t he old pin and sol der it in If t he ol d pin was bent at an angle to mate with α connector bend the new pin to match the associated pins 5 6 ΝΟΤΕ Α pin replacement kit including necessary tools instructions and replacement pins is available from Tektronix Inc Table 5 1 RELATI VE SUSC EPTI BI LITY TO STATIC DISCHARGE DAMAGE Voltage equivalent for levels ...

Page 35: ... i nch sh aft General Xcelite R3323 3 32 i nch flat bit 5 Torque Screwdriver 1 5 i nch pounds FUNCTION switch Sturtevant Richmont assem bly Torque Prod ucts Model PM 5 Roto Torq 6 Nutdrivers 1 4 i nch 5 16 inch General Xcelite 8 10 12 3 8 i nch 7 16 inch 14 7 Open End Wrench 11 16 inch General 8 Solder Wick Unsoldering Hex Wik 887 10 9 Lubricant Versilube FUNCTION switch Tektronix Part No lubricat...

Page 36: ... VAC Wi nding 33 5 V Filtered DC 12 12 33 5 V Filtered DC Collector lead of ΡΝΡ Series Pass Transistor 11 11 Base lead of ΡΝΡ Series Pass Transistor Transformer Shield 10 10 Emitter lead of ΡΝΡ Series Pass Transistor 33 5 V Common 9 I m 5οο 9 33 5 V Common 33 5 V Filtered DC 8 barrie r 8 33 5 V Filtered D Collector lead of ΝΡΝ Series Pass Transistor 7 slot 7 Emitter lead of ΝΡΝ Series Pass Transis...

Page 37: ... is unfit for use or not available repackage the instrument as follows Surround the instrument with polyethylene sheeting to protect the finish of the instrument Obtain α carton of ΜΑΥ 1980 Maintenance FG 502 corrugated cardboard of the correct carton strength and havi ng inside dimensions of ηο lesst han six i nches more t han the instrument dimensions Cushion the instrument by tightly packi ng t...

Page 38: ...OPTIONS There are no options at this time ...

Page 39: ... concerning anychangeIn part number Change information if any is located at the rear of this ma nual SPECIAL NOTES AND SYMBOLS ΧΟΟΟ Part first added at this serial number ΟΟΧ Part removed after this serial number ITEM NAME In the Parts List an Item Name is separated from the description by α colon Because of space li mitations an Item Name may sometimes appear as incomplete For further Item Name i...

Page 40: ...ECTRONIC COMPONENTS DIVISION 550 HIGH STREET BRADFORD PA 16701 27014 NATIONAL SEMICONDUCTOR CORP 2900 SEMICONDUCTOR DR SANTA CLARA CA 95051 28480 HEWLETT PACKARD CO CORPORATE HQ 1501 PAGE MILL RD PALO ALTO CA 94304 32293 INTERSIL INC 10900 Ν TANTAU AVE CUPERTINO CA 95014 50434 HEWLETT PACKARD COMPANY 640 PAGE MILL ROAD PALO ALTO CA 94304 52769 SPRAGUE GOODMAN ELEC INC 134 ΣULΤΟΝ AVENUE GARDEN CITY...

Page 41: ...534 00 0AP FXD EL CTLT lUF 20 35V 56289 196D105X0035 HA1 C204 281 0504 00 CAP FXD CER DI lOPF 1PF 500V 72982 301 055000Ol 00F C224 283 0604 00 Β010100 Β010437 CAP FXD MICA D 304PF 2 300V 00853 D153F304000 C224 283 0646 00 Β010438 CAP FXD MICA D 170PF 1 100V 00853 D 151E171F0 C240 283 0646 00 Β010100 Β010112 CAP FXD MI CA D 170PF 1 100V 00853 D 151E171F0 C240 283 0598 00 Β0101 1 3 Β010437 CAP FXD M...

Page 42: ...STC 1 5 5 5PF 100V 80031 2807C1R406MM02F C602 290 0324 00 CAP FXD ELCTLT 750UF 75 10 40V 56289 D46454 C632 290 0559 00 0AP FXD ELCTLT 22UF 20X 35V 90201 TDC226M035WLG C635 290 0559 00 ΧΒ010150 CAP FXD ELCTLT 22UF 20X 35V 90201 TDC226M035WLG C640 290 0559 00 Χ8010438 CAP FXD ELCTLT 22UF 20X 35V 90201 TDC226M035WLG C655 290 0559 00 0AP FXD ELCTLT 22UF 20X 35 V 90201 TDC226M035WLG C680 290 0324 00 CA...

Page 43: ...MA 01295 1 Ν4152 Α CR368 152 0333 00 Β030000 SEMICOND DEV ICE SILICON 55V 200MA 07263 FDH 6012 CR372 152 0141 02 Β010100 Β029999 SEMICOND DEVICE SILICON 30V 150MA 01295 IN4152R CR372 152 0333 00 Β030000 SEMICOND DEV ICE SILICON 55V 200MA 07263 FDH 6012 CR374 152 0141 02 Β010100 Β029999 SEMICOND DEVI CE S ILICON 30V 150MA 01295 1Ν4152Α CR374 152 0333 00 Β030000 SEMICOND DEVI CE S ILICON 55V 200MA 0...

Page 44: ...RANSISTOR SILICON PNP 04713 SPS6868K Q400A B 151 0354 00 Β040000 TRANS ISTOR SILICON PNP DUAL 32293 ITS1200A Q410 151 0188 00 Β010100 Β039999 Χ TRANS ISTOR SILICON PNP 04713 SPS6868K Q420 151 0302 00 TRANSISTOR SILICON NPN 07263 S038487 Q430 151 0302 00 TRANSISTOR SILICON NPN 07263 S038487 Q440 151 0301 00 TRANSISTOR S ILICON PNP 27014 2Ν2907 Α Q442 151 0302 00 TRANSISTOR S ILICON NPN 07263 S03848...

Page 45: ...37 MFF1816C10001 B R162 321 0289 07 RES FXD FILM l OK ΟΗΜ Ο 1 0 125W 91637 MFF1816C10001 B Α164 315 0152 00 RES FXD CMPSN I SK OHM 5 0 25W 01121 CB1525 R169 321 0277 00 RES FXD FILM 7 5K ΟΗΜ 1 0 125W 91637 MFF1816G75000 F Α170 311 1175 00 RES VAR NONWIR 100 ΟΗΜ 10 0 50W 73138 68WR100 Α171 321 0277 00 RES FXD FILM 7 5K ΟΗΜ 1 0 125W 91637 MFF1816G75000 F R175 317 0511 00 RES FXD CMPSN 510 ΟΗΜ 5 0 12...

Page 46: ...5 Α278 315 0510 00 RES FXD CMPSN 51 ΟΝΜ 5Χ 0 25W 01121 CB5105 Α280 315 0240 00 RES FXD CMPSN 24 OHM 5 0 25W 01121 CB2405 R282 315 0102 00 RES FXD CMPSN IK OHM 5 0 25W 01121 CB1025 R284 308 0685 00 RES FXD WW 1 5 ΟΙβ1 5 1W 75042 BW20 IR500J R290 315 0102 00 Β010100 Β010437 RES FXD CMPSN lK OHM 5 0 25W 01121 CB1025 R290 301 0821 00 Β010438 RES FXD CMPSN 820 ΟΝΜ 5 0 50W 01121 ΕΒ8215 R292 315 0201 00 ...

Page 47: ...OHM 5 0 25W 01121 CB5125 R405 315 0100 00 RES FXD CMPSN 10 ΟΗΜ 5 0 25W 01121 CB1005 Α408 315 0512 00 RES FXD CMPSN 5 1K OHM 5 0 25W 01121 CB5125 R410 315 0222 00 RES FXD CMPSN 2 2K OHM 5 0 25W 01121 CB2225 R412 315 0101 00 RES FXD CMPSN 100 OHM 5 0 25W 01121 CB1015 R415 315 0912 00 RES FXD CMPSN 9 1K OHM 5 0 25W 01121 CB9125 R418 315 0100 00 RES FXD CMPSN 10 OHM 5 0 25W 01121 CB1005 R422 315 0220 ...

Page 48: ...00 RES FXD WW 0 27 ΟΗΜ 10 1W 75042 BW20 R2700J Α610 315 0332 00 RES FXD CMPSN 3 3K ΟΗΜ 5 0 25W 01121 CB3325 Α612 315 0432 00 RES FXD CMPSN 4 3K OHM 5 0 25W 01121 CB4325 Α614 321 0261 00 RES FXD FILM 5 11K ΟΗΜ Ι 0 125W 91637 MFF1816G511AO F R616 315 0100 00 RES FXD CMPSN 10 OHM 5 0 25W 01121 CB1005 R618 315 0470 00 RES FXD CMPSN 47 OHM 5 0 25W 01121 CB4705 Α620 315 0202 00 RES FXD CMPSN 2K OHM 5 0 ...

Page 49: ...7 00 MICROCIRCUIT LI OPERATIONAL AMPLIFIE R 02735 85145 U615 156 0067 06 MICROCIRCUIT LI OPERATIONAL AMPLIFIER SEL 02735 CA741C JG U635 156 0067 00 MICROC IRCUIT LI OPERATIONAL AMPLIFIER 02735 85145 U650 156 0067 00 MICROC IRCUIT LI OPERATIONAL AMPLIFIER 02735 85145 U664 156 0067 06 MICROC IRCUIT LI OPERATIONAL AMPLIFIE R SEL 02735 CA741CJG VR139 152 0279 00 SEMICOND DEVICE ZENER 0 4W 5 1V SX 0471...

Page 50: ...14 15 1966 Drafting Practices Υ14 2 1973 Line Conventions and Letteri ng Υ 10 5 1968 Letter Symbols for Quantities Used i n E lectrical Scie n ce and Elect r ical En gi neering American National Standard Instit ute 1430 Broadway New York N ew York 10018 Component Values Electrical components shown on the diagrams are i n t he followi ng units unless noted ot herwise Capacitors Values one or greate...

Page 51: ... AMP ΡΚ 1 1 MHz ADJ C350 R255 C287 C158 11 ΜΉτ 1 1 ΚΗχ ti SINE DRIVE ti AMP C450 R450 R350 R460 17 V ΤΡ 0 2 13n rL C66 Ρ C574 Ρ DR85 L Ι Ι H F C350 SINE ADJ PULSE 55 AMP 50 C 87 17 V ΤΡ 9Π BACK SIDE Α1 FUNCTION G ENERATOR BOARD SN Β010100 Β010161 20 V ΤΡ GND ΤΡ Ι 20 V ΤΡ GATE DC LEVEL PROBE GROUND LOW DIAL TOP RANGE 20 ADJ C162 R625 BACK SIDE Α1 FUNCTION GENERATOR BOARD SN Β010162 B031169 PROBE GR...

Page 52: ... 8320 DISTO RTION R350 FRONT SIDE Α 1 FUNCTION G ENERATOR BOAR D S N Β031170 UP R255 0 BACK SID E Α 1 FUN CTION G ENERATOR BOAR D SN Β031170 UP SINE WAVE DISTORTION ΡΚ PROBE GROUND R250 C287 CR655 1 1 MHz ADJ C158 SN Β040000 AND UP 20 ADJ R625 FRONT SID E OF BOAR D SN Β048320 AND UP ...

Page 53: ...bs AMPLIT UDE TRIANGLE 6UPFER Q204 Q210 F R47S 5475 ι FUNCTION SWITCH Ο OF FalΤ BLOCK DIAGRAM 5ιΝΕ SHAPER cRss2 ΤΗItυ CR38δ OUTPUT ΑΜΡLΙFΙ ΕR β48ο ΦSοl ΦS3τ 449ο βSI5 Q540 45ΟΟ βS Ο βs42 SING BUFFER Οι4ΟΟΛ Βr 443Ο Q4I0 ρ44Ο 442ο Q44 4 0444 ΟυΤΡUΤ 6ΕΕ PAR TS L IST F OR 5ΕΖΙΑ L NUMBER RΑΝGES ...

Page 54: ...8 J28S TR14 OUT t CURRENT SO URC E U140 Q140 SQUARE WA VE CURRE NT SWITCH CR21 0 CIL2ι4 CR1 2 CR2 ι 110 ο 13 REV Α ΜΑΥ 19 ΒΟ CRι00 υι ιs αι2ο clιττ 4 2Ο VOLTS INVERTIN ς AMPLIFIΕR CURRENT 5ου1εε ΡΟWΕβ U175 U435 α435 i 17 VOLTS νι7ο Q175 U450 ΟιSΟ a 17 VOLTS CR4s0 α4ιο i το VOLTS υ4ι4 αιιτ ςΑτΕ CLAMP CR300 CR S02 CURRENT CR304 SWITCH CR3oι CRI40 c rteοα CRil0 ι CRI48 CR31τ CRIl0 CR α14 CR175 ...

Page 55: ...φ Μ σ ι νί α η Ν σ φ υ d αΝ φ ύι ω i14 Μ φ υ φ α f l d ι ο ισ yWs φ φ φ υ αηι ιΓ α α Μ α ω ι ν WWr v ιΌ ι ι ι ι ι ιι Wn _iι Ws_ W ι Ν Μ α μι W ωι ν ιΙι Ο φ lqf d ι Μ ΓΜΜΝ Γ σ Γ Γ Γ Γ σσσ 7 d σι σ fl d ωη Ν η ά ω ν ω 1IR170 L J ι ΛΙι ι ω ν Φ Μ α 1ισ R110 φ υJ ι Ι ά άlι d 14 IN σ σ Ν Ο Γ α φ σ d ά Ί M 110010 00 αιι ι G r v ΊΙ ιr v W _ω ιι τ φ φ φ ΓΊ IW ν2 ίνyη νί R465 Ο η I r p Γ y ι ι ι ι τι υ ιy δ...

Page 56: ... υ Γ ι Ν Ν υ ο Z 7 Ε ι_ ιν νΙ_ ο ι Ν 1 W ι ι Ν d to Ο αι α Ο Φ Ν Ν ι ι R Ιι ι Γ 175 4U άGQ175 Ν Ο ιι Ι Lon 5ίί ίν υ ι Εα α r φ φ ω ο Ι ro W m Φ σ ν Γ J NO ι ΊΙ Ι ιρ S155 Ι ο ο C60τ τ ε ιν φ m ο _ λ φ ύ φ 1 Ι Φ Φ ιι ιυ Ν φ α α α α φ ο ν σ ά ά Ί Ί ν CR 600 ιΝ Ci1 Γ Ι 1 Γ υι ίν φ ιφ Ο Ν φ ι υι υ Γ α Γ Μ Ο Ν Μ α Ο Ι I ί i wί ω α Μ Φ σ Ο σ ύ υ Ο Ο Ο Ο Ο Ν φ Ν Γ9 Ν ο Ο ο ο ca ω ω ύ φ Ο α α Μ φ Ι7 φ Ο Ν ...

Page 57: ... J285 JS CHASSIS CR230 Κβ E2 R164 D3 J5 J340 Α5 CHASSIS CR232 Κβ F2 R169 C4 Κ5 Ρ280 Η8 CHASSIS CR245 Η5 F3 R170 C4 Κ5 CR246 J5 F2 R171 C4 Κ5 CR248 Η5 F2 R775 F4 F3 CR250 J5 F2 R190 Η1 Ε1 CR2β0 GO G2 R192 Η2 G4 CR2β2 GO G3 R200 J3 D3 CR264 Gβ F3 R204 Κ3 D3 CR2ββ Gβ G3 R208 Κ4 E3 CR2β8 F8 Η1 R210 Κ3 D2 CR300 D5 Η3 R214 Κ3 E3 CR302 E5 Η2 R216 Κ4 E3 CR304 D5 Η3 R218 Κ4 E3 CR30β E5 Η2 R220 L5 E3 CR308 ...

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Page 60: ...R376 C4 Ι2 C450 J4 J4 R378 C4 Η3 C452 Κ4 J4 R382 C3 12 R384 D3 12 CR352 C7 Η4 R386 C3 Ι2 CR354 C7 14 R388 C2 Η2 CR356 C6 Η4 R390 F1 G4 CR358 C6 Ι4 R392 F2 Ι4 CR362 C5 13 R395 D5 J2 CR364 C5 Ι3 R397 F5 J2 CR366 C5 Η3 R400 F4 Κ2 CR368 C5 Η3 R402 F5 J3 CR372 C4 Ι3 R405 F6 J5 CR374 C4 Ι3 R408 G5 J3 CR376 C4 Η3 R410 G5 J2 CR378 C4 Η3 R412 G4 J2 CR382 C3 Ι2 R415 F4 J2 CR384 C3 Ι2 R418 F3 1 5 CR386 C3 Η2...

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Page 63: ... Ε6 L3 C530 Η6 Μ5 R492 E7 Κ4 C532 Η6 L5 R494 E6 Κ2 C533 G6 L4 R498 F6 L2 C536 J5 Μ5 R500 F7 L4 C540 Η6 Μ5 R502 F7 L3 C542 Η6 L5 R504 G7 Κ4 C546 Η7 L5 R510 F5 L3 C552 J6 L6 R512 F5 L3 C564 Η7 L1 R515 G5 L3 C566 Η7 L2 R518 F6 L4 C568 Η8 Μ2 R520 G5 L4 C574 Η8 L2 R522 G6 Κ4 R530 G6 Μ5 CR520 G6 L4 R532 G6 L5 CR522 G6 L4 R536 Η5 Μ4 CR524 G6 L4 R540 Η6 1 5 R542 Ηβ L5 Ο480 D6 Κ2 R546 Η7 L4 0490 Ε6 Κ3 R550...

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Page 66: ... Η5 C1 CR600 C1 05 R650 Gβ C2 CR632 G3 D5 R655 Gβ Β3 CR642 Η5 C2 R662 F7 Β4 CRβ44 Η5 Β2 R664 F7 03 CR655 G6 D3 Rβββ F6 C4 CRβ64 F7 C4 Rβ70 E7 C3 CR666 F7 C4 R672 F7 Β3 CRβ80 C7 Β3 R67β Εβ C4 R678 Εβ C3 0620 F2 Ββ R680 D8 Α4 0622 F3 Β5 R682 C7 Α4 0635 Η3 Β1 0650 Ηβ C1 U615 F2 C5 0660 F6 Β4 U635 Η3 82 0662 F7 Β3 U650 Ηβ D2 U664 E7 C3 R600 C1 Α6 R602 D1 Αβ VR610 D2 C5 R610 E2 Cβ R612 E2 Cβ DS630 F4 C...

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Page 69: ...ng parts must be purchased porn unless otherwise specifie d ITEM NAME In the Parts List an Ite m Name is separated from the descri ption b y α colon Because of s pace l imitations an Item N a m e may som etimes appear as i n comp lete For fu rthe r Item Na m e iden tificatio n t h e U S Fede ral Catalogin g Hand book Η6 1 can be utilized whe re possible INCH ELCTRN ELECT R ON Μ NUMBER SIZE ELEC EL...

Page 70: ...73743 FISCHER SPECIAL MFG CO 446 MORGAN ST CINCINNATI OH 45206 73803 TEXAS INSTRUMENT S INC METALLURGICAL MATERIALS DIV 34 FOREST STREET ATTLEB ORO ΜΑ 02703 77250 PHEOLL MANUFACTURIN G CO DIVI SION OF ALLIED PRODUCTS CORP 5700 W ROOSEVELT RD CHICAGO IL 60650 78189 ILLINOIS TOOL WORKS INC SHAKEPROOF DIVI S ION ST CHARLES ROAD ELGIN IL 60120 78471 TILLEY MFG CO 900 INDUSTRIAL RD SAN CARLOS CA 94070 ...

Page 71: ...ASHER FLAT 0 25 ID Χ 0 375 INCH OD STL 79807 OBD 1 RESISTOR VAR SEE Α465 REPL ATTACHING PARTS 19 210 0583 00 1 NUT PLAIN HEX 0 25 32 Χ 0 312 INCH BRS 73743 2Χ20317 402 20 210 0940 00 1 WASHER FLAT 0 25 ID Χ 0 375 INCH OD STL 79807 OBD 21 358 0378 00 Β010100 Β035989 1 BUSHING SLEEVE PRESS MOUNT 80009 358 0378 00 358 0599 00 Β035990 1 BUSHING SLEEVE 0 125 ID Χ 0 234 THK PL STC 28520 Β 187 125 22 333...

Page 72: ...INCH PNH STL 83385 OBD 55 210 1122 00 1 WASHER LOCK 0 12 ID DISHED 0 025 ΤΗΚ 86928 OBD 56 210 0921 00 1 WASHER MICA 0 50 Χ 0 141 Χ0 005 INCH ΤΗΚ 80009 210 0921 00 57 210 0406 00 1 NUT PLAIN HE X 4 40 χ 0 188 τNCH BRS 73743 2Χ12161 402 58 _ _ 1 TRANSISTOR SEE Q635 REPL ATTACHING PARTS 59 211 0097 00 1 SCREW MACHINE 4 40 Χ 0 312 INCH PNH STL 83385 OBD 60 210 1122 00 1 WASHER LOCK 0 12 ID DISHED 0 02...

Page 73: ... PLUG IN 80009 386 3657 00 386 3657 01 Β036662 2 SUPPORT PLUG IN 93907 OBD 210 1270 00 ΧΒ034500 2 WASHER FLAT 0 141 ID Χ 0 04 THK AL 80009 210 1270 00 82 426 0724 04 1 FR SECT PLUG ΙΝ ΒΟΤΤΟΜ 80009 426 0724 04 83 214 1061 00 1 SPRING GROUND FLAT 80009 214 1061 00 84 426 0725 05 1 FR SECT PLUG ΙΝ ΤΟΡ 80009 426 0725 05 85 175 0825 00 ΑΑ WIRE ELECTRICAL 2 WIRE RIBBON 80009 175 0825 00 86 175 0826 00 A...

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Page 76: ...nd ex Tektro n ix Se rial M o del No Mfr No Part No Eff Dscont Oty 1 2 3 4 5 Name Description Co de Mfr Part Number REV C ΜΑΥ 1980 ACCE SSORIE S 070 1706 01 1 MA NUA L TEC H SERVIC E 80009 070 1706 01 FG 502 ...

Page 77: ...ng and s hi pping requiremen ts we can t get these c hanges immediately i n to p rinted manuals Hence your man ual may contain new c hange i nformation on following pages Α si ngle ch ange may affect several sections Si nce the change informatio n sheets are carried in the manual until all ch anges are permane ntly e ntered some du plication may occur If no such chan ge pages ap pear following t h...

Page 78: ...2N5943 Μ42128 m OLSU I 1κ Vsίδ τκ Rili l c τκ ι7ν υιτο ν 141C 1m 11 ι 410 ιτν 41 1 L DIAGRAM SE t PA RTS L IST F OR EARL IER V ALUFS A ND S ER IA L NUMBER RA NGES OF PA RTS OUTLINE D OR D EPICTED IN GREY TRIANGLE GENERATOR P ar t ial C10 881 Cathode o f CR326 should connect to C240 and R240 as shown be low Υ Ρ T4L Qι ο 40 ι0 CηΗ R2 2 41 CR7L 0748 Ri 1 1 k 1ΙΙδ R27 C171 τι 7 ΙΟπΙΙ Rω ι η Page 1 of ...

Page 79: ...uct FG 502 FUNCTION G ENERATOR Manual Part No 070 1706 01 DESCRIPTION EFF SN Β050740 REPLACEABLE ELECTRI CAL PARTS AND SCHEMATIC CHANG ES CHANGE TO R125 321 0632 00 RES FXD FILM 9 41 K ΟΗΜ 0 5 0 125W R125 is located on the FUNCTION GENERATOR and is shown on di agram 1 TRIANGLE GENERATOR Page 1 of ...

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Tektronix FG 502, Instruction Manual

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