Tektronix DC 509, Instruction Manual

Page 1: ...i 1 i ill 76 D509 1171 R 6 With Options y f W t t z i 1 ks _ 4 i 5 y i 7 1 l C 1 0 y 1 j t i i y t...

Page 2: ...070 3464 00 TeIctronnc UNIVERSAL COUNTER TIMER With Options COMMITTEDTO EXCELLENCE I NSTR UCTIO N MANUAL Tektronix Inc Box 500 eaverton Oregon 97077 Serial N umber First Printing FEB 1981...

Page 3: ...ssion of Tektronix Inc Prod ucts of Te ktronix Inc and its subsi d iaries are covered by U S and foreign paten ts and or pending patents TEK T R ONIX SCOPE M OBI LE and are reg istered trademarks of T...

Page 4: ...and connectors 2 4 4 5 Check setup for Performance Check step 10 4 9 2 3 Advantages in signal attenuation 2 7 4 6 Check setup for Performance Check step 14 4 12 2 4 Typical triggering levels and sourc...

Page 5: ...indicates where applicable cau tionary or other information is to be found As Ma rked on Equ ipment DANGER High voltage Grounding the Product Th is product is grounded through the grounding conductor...

Page 6: ...d resuscitation is present Power Source This product is intended to operate in power module con Use Care When Servicing With Power On nected to power source that will not apply more than 250 volts rms...

Page 7: ...DC 509 iv U G F F UU CF f WA TIME 1 tV E N TS 4 R TWE Wi W _ COMP TE ST _ AUTO JEVN TRIG 4 TRU 0 CHANNE L SL O PE SOU RC E DC 509 Un iversal Co unte r Time r S R W 1Z 1 R iXT INPUTS i 52 2 F...

Page 8: ...provides trigger level outputs at both the this manual for more information front panel and rear interface for increased measurement convenience Shaped outputs and an arming input are indi vidually a...

Page 9: ...s 56 6 mV p from 0 Hz to 100 MHz R ms values for Sine Waves from 25 source _ 40 mV rms 113 mV p from 100 MH z to _ f FUNCTION _ 20 mV rms 56 6 mV p from _ 10 Hz to _100 MHz _ 40 mV rms 113 mV p from 1...

Page 10: ...ng negative pulses ARMING INPUT SHAPED OUTPUTS Supplemental Information Vpk 200 V 400 DC to 50 kHz VP P P 20 f MHz 50 kHz to 1 33 MHz V P P _ 15 1 33 MHz to 150 MHz Vpk _ 200 V 400 DC to 5 MHz P P V 2...

Page 11: ...me Time A 15 ns 10 ns typical Supplemental Information Resolution LSD 1 4 Trigger Jitter Error Freq 2 Accuracy Resolutio n Timebase Error Frequency Resolution LSD 1 4 Trigger Jitter rr r Accuracy Reso...

Page 12: ...Slew Rate Error 5 ns 2 ns typical Clock Period Counted 10 ns Minimum Dead Time Between Pulses 15 ns 10 ns typical FUNCTION S cont Time Manual Range 0 to 3 05 hours Electronic Stopwatch accumulates tim...

Page 13: ...ment time of about 300 ms auto FREQ H z 0 3 seconds is always 1 I nput Slew Rate at Trigger Point V S Supplemental Information Requires external square wave signal of z 2 V amplitude at the counter in...

Page 14: ...ntinuous operation Recommended Calibration Interval 10 MHz 1 10 7 _ 5 10 6 1 10 6 year 1 10 7 or better 10 MHz 2 10 8 I NTERNAL TIME BASES 2 10 7 after warmup Within 2 10 7 of final frequency in less...

Page 15: ...tion along 3 major axes when installed in qualified 18 total shocks power modules 12 drops from 45 41 or equilibrium Meets M IL 28800B class 5 whichever occurs first when installed in qualified power...

Page 16: ...ure Type and Style per MIL T 2880013 Type Style Table 1 4 PHYSICAL CHARACTERISTICS 2 lbs 4 oz 2 lbs 8 oz 126 0 mm 4 96 inches 66 8 mm 2 63 inches 296 6 mm 11 68 inches Description Specification DC 509...

Page 17: ...n the in strument dimensions this will allow for cushioning The shi ppi ng carton test strength for your instrument is 200 pounds 2 Surround the instrument with polyethylene sheeting to protect the fi...

Page 18: ...stalling this instrument in the power module If the cutouts and barrier keys match align the chassis of the counter with the upper and lower guides of the selected com partment See Fig 2 1 Insert the...

Page 19: ...s counter uses three digit seven segment LED display to UAL and displays the time interval to the indicate internal or operating error codes and two digits to nearest one tenth of second be report the...

Page 20: ...Ope rati ng Inst ructio ns DC 509 4 R t1 1 WA TiMF WIDTH E VB iliT5 s OW U L 11 F Ci fi Q U k F ow TEST Fig 2 2 DC 509 f ro n t pa nel dis play co nt rols a nd co nnectors...

Page 21: ...the display in decade steps For example with setting of 106 the INPUTS bnc connectors for Channel and least significant digit will increment Channel input signals every one million events However the...

Page 22: ...ting External and Internal Signal Sources Error Condition No error passed self test routine Dis played while in TEST function Channel failure Refer error code conditions to qualified service personnel...

Page 23: ...n section Proper use of the attenuation controls will ensure operation within the maxi mum limits 3 2 V for 1 16 V for 5 Triggering the Counter The do triggering level is determined by the SLOPE and L...

Page 24: ...d errors due to input signal risetimes falltimes or where the transition times of the start and stop pulses Ratio are different or just slow Observation of the SHAPED OUT In RATIO mode the counter mea...

Page 25: ...1 0 Different Trigger Levels _ Large Error LeYe1 Hysteresis i Expected Result 1 Actual Result b Sources of triggering er rors _ CH 1 STO P Fig 2 4 Typical triggering levels and sources of triggering...

Page 26: ...unter counts the selected num ber of positive going or negative going events SLOPE Channel occurring during selected positive or negative pulse width occurring on Channel SLOPE Channel The internal ti...

Page 27: ...e as TIME The most significant digit far left is for C HANNEL MANUAL except that instead of counting the internal time the least significant digit far right is for CHANNEL base pulses the cou nter cou...

Page 28: ...surement functions with the excep tion of TIME MANUAL PROBE CO MP and TEST In these three functions the ARM signal must be h igh If at any time the display alternates between 0 and 1 without the compe...

Page 29: ...thout Armi ng ARM Input CH Input SLOPE Signal Measured FREQUENCY PERIOD and RATIO Functions b TIME Function ARM J I nput Burst Single Period Desired Time Possible Erroneous Measurement WIDTH and EVENT...

Page 30: ...RV ICI NG I NSTRUCTIONS ARE FO R USE BY QUALI FI ED PER SONN EL ONLY AVOID PERSO NAL INJURY DO NOT PERF ORM ANY SERV ICI N G OT HER THAN THAT CONTAI NED IN OPERATI N G INSTRU CTIO NS UNLESS YO U ARE Q...

Page 31: ...g nals originate in this block and provide exact replicas of the signals that the counter is measuring These outputs provide 50 output impedance capable of driving 50 load The cou nter has what is som...

Page 32: ...ad Latch Line at least once for every measurement latched data are then decoded from binary coded decimal to interval seven segment information The remaining two bits are used to drive the annunciator...

Page 33: ...ultaneously However the state of only one relay is changed with each strobe event The feedback connection from R 1103 and R1104 to the emitter of Q1101 operates to regulate the pulse amplitude under a...

Page 34: ...ber of input and time base pulses U1421 B and the CH Accumulator gate U1332C With The signals to be counted clock the Synchronizers on pins 6 U 1332C enabled the next negative edge of the CH signal U...

Page 35: ...The next 100 MHz time base disabled Q1421 Q1422 Q1341 and U1431 B are enabled edge then clocks U1142113 disabling U1431 C and turning off The first CH pulse slope is selected passes through Q1433 to...

Page 36: ...ed Immediately after asserting the gate signal the U1431 B and the trailing edge to be applied to pin 5 of microprocessor momentarily changes the CH Level on pin U 1431A 14 of U 1321D from its current...

Page 37: ...3 R1302 and R1306 R1309 The attenuated levels CH Accumulators from the front panel controls and the voltage outputs from the converters are then applied to CMOS analog switch U 1311 The CH Accumulator...

Page 38: ...MHz time base signal requires that U1611 divide by five 01611 divide by two and P1 511 be placed between pins 1 and 2 of J1511 The signal to the base of Q1502 m ust in all cases be 1 MHz The micropro...

Page 39: ...C1202 The activity of U 1311 when it is reading data from or writing data to memory device occurs in machine U 1311 cycles mach ine cycle is defined as the interval When low level is set on pin 4 of...

Page 40: ...0 0 0 0 Port 0 0 0 1 Port 0 1 0 0 Read Lower Counter Write Lower Latch 0 1 0 1 Read Upper Counter Write Upper Latch and Download 0 1 1 0 Write Lower Latch 0 1 1 1 Write U pper Latch 1 0 0 0 Serial Dat...

Page 41: ...rates the following sequence of events 1 Loads 0 in the most significant bit position of the front panel display 2 Tests the RAM starting at address 0000 If RAM failure is found error code 340 will be...

Page 42: ...consists of U1531 and associ time slot At the same time the microprocessor proceeds to ated components Load current for this supply passes check the status of the FUNCTION and AVERAGES switch through...

Page 43: ...gn limits components by varying the voltage on the base of the series pass transistor in the mainframe via the collector of Q1531 Should the load current through R1534 exceed about 220 mA Q1443 increa...

Page 44: ...to determine acceptabil The following test equipment or equivalent listed in ity of performance in an incoming inspection facility ble 4 1 is suggested to perform the Performance Check and Adjustment...

Page 45: ...et 7 5 V level Digital Multimeter 4 1 2 digits 0 5 TEKTRONIX DM 501 A 1 MHz Frequency Stnd 1 MHz 1x10 9 VARIAC 50 12 Feedthrough Bnc connectors Tektronix Part No Termination 3 ea 011 0049 01 Coaxial c...

Page 46: ...lator Frequency Option 01 NOTE settings with the following exceptions The timebase accuracy is function of temperature and time The temperature stability for the standard DC 509 time base is 5 ppm 0 C...

Page 47: ...er LOW and VOLTS S2 d Repeat above steps with tip j ack connected to j acks observe polarity Connect the other cable end to the TRIG LEVEL adjusting the CHANNEL LEVEL control to function generator OUT...

Page 48: ...m the digital multimeter connected bnc to banana adapter to the DC 509 CHANNEL INPUT e Adj ust the CHANNEL LEVEL control for stable display settings with the following exceptions Sinewave DC 509 Gener...

Page 49: ...INPUT cable connection and connect to the CH ANNEL I NPUT g Change the DC 509 FUNCTION switch to the RATIO position k CHECK that the DC 509 readout indicates approxi mately 100 MHz Change the CHANNEL...

Page 50: ...control for f Adjust the DC 509 CHANNEL LEVEL control for stable display readout stable readout on the DC 509 display CHECK that the DC 509 readout indicates approxi g CHEC K that the DC 509 readout i...

Page 51: ...Adjust the function generator AMPL control to 56 mV i n 5 1 2 major vertical graticule divisions d Move the terminated cable end from the vertical am plifier INPUT and connect it to the DC 509 CHANNE...

Page 52: ...readout indicates approxi mately 0 000010 CHECK that the S HAPED O UT signal is 0 3 V Set the DC 509 CHANNEL CO UPL switch to ac in The CHANNEL LEVEL control may have to be adjusted slightly ARM Sine...

Page 53: ...input to 50 termination to the pulse generator qualified personnel only OU TPUT connector j CHECK that the DC 509 readout indicates approxi mately 70 00000 with the display GATE light blinking k Disc...

Page 54: ...t 180 degrees continue g CHECK that the displayed squarewave is over com rotating the adjustment until the display changes to 0 pensated over pea ked and then to 1 h Remove the DC 509 CH ANNEL INPUT c...

Page 55: ...eform overshoot H IGH LEVEL 2 aberration on positive going edge is _ 50 mV approxi BAC K TERM PULL out mately 1 2 major graticule division COMPLEMENT NORM out Remove the probe connection from the DC 5...

Page 56: ...ical Plug in VOLTS DIV 2 V e Adjust the pulse generator PULSE DURATION VARI Horizontal Plug in ABLE until the crt displayed positive pulse width is 1 5 major DIV 5 ns divisions f Move the vertrical pl...

Page 57: ...adout f Set the DC 509 FUNCTION switch to PERIOD g Note the DC 509 readout h CHEC K that the difference between the two read ings is less than 2 ns 17 Check EVENTS DUR Minimum Response 15 ns Refer to...

Page 58: ...ions on the signal generator Set the generator for 56 mV to p at 50 MHz REAR I NTERFACE CHECKS Calibration DC 509 Performance Check j Move the signal generator cable connections to the digital multime...

Page 59: ...n DC 509 Performance Check Change the DC 509 CHANNEL COUPL switch to Remove the cable connections AC in and check that the display readout still indicates ap proximately 50 This completes the Performa...

Page 60: ...ol Settings ADJUSTMENT PROCEDURE Calibration DC 509 Adjustment Procedure Make ad justments at an ambient temperature be tween 20 C and 30 C 1 Adjust R 1301 3 2 V AN Set the digital multimeter to the 2...

Page 61: ...c tors using bnc female to dual banana adapter The Option 01 timebase adjustment is made through an access hole in the back of the oven timebase 1531 is located on the back side of the Analog b Connec...

Page 62: ...ect coaxial cable from the function generator the digital multimeter display readout indicates 0 000 V OUTPUT with 10 attenuator and 50 termination to the digital multimeter LOW and VOLTS S2 input jac...

Page 63: ...g these components Servicing static sensitive assemblies or components should be performed only at static free work station by qualified service personnel 4 Nothing capable of generati ng or holding s...

Page 64: ...on to overstress the plastic tabs The lens rotates out from the nectors bottom cover top With lens removed locate the two corner screws secur ing the display board and remove Remove the four front pan...

Page 65: ...refer to proper cleaning procedure Fig 5 3 Method of removi ng magnetic latch relay armature 5 Remove the two connectors from J1301 and J1303 Front Panel Latch Removal locate d on the analog board bac...

Page 66: ...rical Parts list for the proper value rating tolerance and description Avoid the use of chemical cleaning agents that might leave film or damage the plastic material used in this instrument Use nonres...

Page 67: ...e component body and the solder joint U se solder removing wick to remove excess solder from Circuit Board Pins and Ferrules connectio ns or to clean circuit board pads See Fig 5 5 circuit board pin r...

Page 68: ...ide the socket 5 6 Tabs Fig 5 6 Dual entry circuit board pin socket Bottom Entry Circuit Board Pin Sockets 2911 09 To remove or replace these sockets unsolder the pins from the circuit board Use vacuu...

Page 69: ...ebase The input is ac slot between pins 21 and 22 on the rear connector coupled and has 1 k input resista nce The identifies this instrument as member of the TM 500 peak to peak input voltage required...

Page 70: ...19 18 18 CH Input 17 17 CH nput Ground CH Input 16 I 16 I CH Alnput Ground 10 MHz Clock Out 15 15 10 MHz Clock Out Ground Pr escale 14 14 1 External Clock Input 33 5 V dc 121 1 12 33 5 V dc Collector...

Page 71: ...surement process is initiated for the selected FUNCTION and operating cond itions CMOS v IL _ 1 5 V and 3 5 V with minimum pulse width of 10 ms Pin 17 CH Input This is the Channel input connec tion w...

Page 72: ...s scribed later 4 The serial data loop is checked next by writing out data pattern to the serial to parallel shift registers The Also refer to the equipment list i n the Calibration section data patte...

Page 73: ...ment is in this mode all segments and annunci ed preventing the instruments settings from being lost while ators in the display are lighted in the TEST function The signature analysis mode cannot be e...

Page 74: ...el ture diagram may be open or the driving mode may be Signature Fig 8 7 in the pullout pages Also make sure stuck in the high state that the START STO P and CLOCK polarities have been properly select...

Page 75: ...ffice If additional options are made available for th is instrument they may be described in Change Information insert at the back of this manual or in this section Replaces the standard 10 MHz oscill...

Page 76: ...the assem bly in which the part is located CROSS I N DEX MFR CODE NUMBER TO MANUFACTURER The Mfr Code Number to Manufacturer index for the Elect rical Parts List is located i mmediately after this pag...

Page 77: ...17070 24546 CORNING GLASS WORKS ELECTRONIC COMPONENT S DIVI S ION 550 HIGH STREET BRADFORD PA 16701 27014 NATI ONAL SEMICONDUCTOR CORP 2900 SEMICONDUCTOR DR SANTA CLARA CA 95051 33096 COLORADO CR YST...

Page 78: ...1002 150 1011 02 LAMP LED RDOUT RED 7 SEG 1 0 DIGIT 07263 FND5136 AI ODS1005 150 1011 02 LAMP LED RDOUT RED 7 SEG 1 0 DIGIT 07263 FND5136 AIODS1102 150 1011 02 LAMP LED RDOUT RED 7 SEG 1 0 DIGIT 07263...

Page 79: ...9PF SOOV 72982 308 000COG0390K A12C1223 281 0775 00 CAP FXD CER DI O lUF 20 50V 72982 8005D9AABZSU104M A12CI231 28 0773 00 CAP FXD CER DI O OIUF 10 100V 72982 8005H9AADWSR103K A12CI232 281 0773 00 CA...

Page 80: ...95 IN4152R A12CRI131 152 0246 00 SEMICOND DEVICE SW S1 40V 200MA 03508 DE140 A12CRI132 152 0246 00 SEMICOND DEVICE SW SI 40V 200MA 03508 DE140 A12CRI141 152 0141 02 SEMICOND DEVICE SILICON 30V 150MA 0...

Page 81: ...31 0608 00 TERMINAL PIN 0 365 L 0 025 GOLD 22526 47357 QTY 2 12 031 148 0128 00 RELAY ARMATURE 1 FORM 1 FROM V 8VDC 80009 148 0128 00 12 032 148 0128 00 RELAY ARMATURE 1 FORM 1 FROM V 8VDC 80009 148 0...

Page 82: ...220 00 TRANSISTOR SILICON PNP 07263 S036228 A12QI343 151 0220 00 TRANSISTOR SILICON PNP 07263 S036228 A12QI344 151 0190 00 TRANSISTOR SILICON NPN 07263 S032677 A12QI401 151 0190 00 TRANSISTOR SILICON...

Page 83: ...W 01121 CB8205 12 146 315 0301 00 RES FXD CMPSN 300 5 0 25W 01121 CB3015 A12RI 147 315 0561 00 RES FXD CMPSN 560 5 0 25W 01121 CB5615 A12RI 148 315 0751 00 RES FXD CMPSN 750 5 0 25W 01121 CB7515 12 14...

Page 84: ...1M 1 0 125W 24546 NA4D 1004F 12 319 321 0281 00 RES FXD FILM 8 25K 1 0 125W 91637 MFF1816G82500F 12 1321 315 0103 00 RE S FXD CMPSN 1OK 5 0 25W 01121 CB 1035 12 322 315 0103 00 RES FXD CMPSN I OK 5 0...

Page 85: ...P SN 11K 5 0 25W 01121 CB 1135 12 513 315 0223 00 RES FXD CMP SN 22K 5 0 25W 01121 CB2235 12 514 315 0182 00 RES FXD CMPSN 1 8K 5 0 25W 01121 CB 1825 12 515 315 0332 00 RES FXD CMP SN 3 3K 5 0 25W 011...

Page 86: ...12UI 321 156 1200 00 MICROCIRCUIT LI OPERATIONAL AMPL 01295 TL074C N A12UI322 156 0494 00 MICROC IRCUIT DI HEX INVERTER BUFFER 80009 156 0494 00 A12UI 331 156 0369 00 MICROC IRCUIT DI TRIPLE LINE RECE...

Page 87: ...AP FXD CER DI O IUF 20 SOV 72982 8005D9AABZ5UI04M A16CR I 201 152 0141 02 SEMICOND DEVI CE SILICON 30V 150MA 01295 1 N4152 R A16C RI 221 152 0071 00 SEMICOND DEVI CE GERMANIUM 15V 40MA 14433 G865 A16C...

Page 88: ...515 16 1225 315 0151 00 RES FXD CMP SN 150 OHM 5 0 25W 01121 CB1515 A16RI 226 315 0104 00 RES FXD CMPSN 100 OHM 5 0 25W 01121 CB1045 16 1227 315 0393 00 RES FXD CMP SN 39K OHM 5 0 25W 01121 CB3935 A16...

Page 89: ...A16UI OII 156 0576 00 MICROC IRCUIT DI 8 BIT PRL SERIAL OUTPT 04713 MC1402 IBCL A16UI 012 156 0545 01 MI CROC IRCUIT DI 12 BIT BINARY CNTR 80009 156 0545 01 A16UII O I 156 0576 00 MICROC IRCUIT DI 8 B...

Page 90: ...2 01 0318 J530 136 0387 00 JACK TIP GRAY 71279 450 4352 01 0318 J540 136 0387 00 JACK TIP GRAY 71279 450 4352 01 0318 J550 136 0387 00 JACK TIP GRAY 71279 450 4352 01 0318 J560 136 0387 00 JACK TIP GR...

Page 91: ...on may only Replaceable Electrical Parts list is arranged byassemblies appear o pposite the fi rst d iagram on which it was il in numerical sequence the com ponents are listed by lustrated the look up...

Page 92: ...Gain 3 2 V Adj CH OFS CH OFS 01122 0 1142 1341 1631 CH Probe Comp C H Probe Comp 3 2 V 12V In put Cap Input Cap Fig 8 1 Analog Board 12 Osc Adj ADJUSTMENT LOCA 3464 23 Performance check locations NOTE...

Page 93: ...NPU T CO 00 Fig 8 2 Adj ustm en t setup for steps 5 an d 6 CHANNEL A Fun ction Gene r ator O UTPUT Digital Mu ltim eter Digital Mu ltimeter LO W VOL TS POWer 1 1 T R IG Module CO M LEVEL OUTPUT 00 erm...

Page 94: ...tion Turn Power Switch on Mainframe ON Is Display Dark Is An Error No Code Displayed Yes Action Fig 8 4 General troubleshooti ng flow chart 30 Check I nterrupt Clock U 1321 B C Serial Error See INTERN...

Page 95: ...ng does not function properly I Switch Drivers Auto Trigger does not function properly 3 2 V supply U 1211 U 1212 switch U1311 Measurements with low frequency input signal END signal are not stable U...

Page 96: ...A 9 Suspect U1102 1 Suspect U 1113A 2 Suspect U 1102 1 Suspect U1111 2 Suspect 01101 1 Suspect U 1211A 2 Suspect U 1102 1 Suspect Level Shifter Q1211 322 2 S uspect U1201 A 3 Suspect LI1102 326 1 Susp...

Page 97: ...BAC 9 CBAC U1011 61 0 12 U1111 U1112 U1113 i i 0 1551 0 0 0 0 0 CBAC 9 P1420 _ U1201 U1202 i 41211 j J1210 0 99 4 1 C8AC 9 14 7413 13 8547 12 77 11211 11 3 4 10 4896 9 UCU 2 8 219 7 4727 8 2111 5 1C7A...

Page 98: ...1432 UFF9 13 i U885 12 W 15 6U48 0i 6 0 14 9 7 4 7 0000 3 r i 0 UCU2 31 219 30 418C 2 U 1 3 33 U 1431 17413 2 8547 15 FFA6 2 0000 15 214U 3 77 14 9 7 0 4 6668 13 4 07 0 77 25 5 2HF 0 12 214 U 5 0000 1...

Page 99: ...Digital Board SA CLOCK L_ 1302 2 on digital board SA STA RT 1 SA STO P GR OUN D 1301 STRT STP on digital board 1310 digital board NOTE All front panel switches in out position FUNCTION switch set to F...

Page 100: ...u res Analog Board SA CLOCK _ f 1302 2 on digital board SA START 1301 S S on digital board SA STOP GROUN D 1310 digital board NOTE All front panel switches in out position FUNCTION switch set to FREQU...

Page 101: ...F C 11 U1012 U1111 i U1002 3 318 H96U 11 U1103 U1201 U1202 3 45 J1211 0 1 10 01 1 01 0 316 11 10 7UH 211 1 J1210 i 0 10 1 10 1 10 1 r 0 l 10 01 0 0 U1112 U1113 U1211 0 0 0 0 0 U1221 U1321 1420 i 1421...

Page 102: ...nature a n alysis Digital boar d J1412 U1412 s r 4 4 4 43 J 1431 U1432 r1 COPC 2 02 3 363 0 4 53 J1413 5 C8P7 U82H 1157C2 7 785 1 7446 119U 5 V Signat ure 214U...

Page 103: ...40mm 1 uo1 E e 41 40 40 40 111o U1111 l In 40 0 10 411 41 40 Fig e a Internal sienatu...

Page 104: ...S bi signature analysis analog board H 1 H1AU 2 9PAF 3 155 i M0 0 00 0RO 4 I ID I U1501 i i 1 5 V Signature 214U 1 U1502 i U1531...

Page 105: ...s Analog Board SA CLOC K L 1302 2 on digital board SA START L SA STOP GROUN D 1301 STRT STP on digital board 1310 digital board NOTE All front panel switches in out position FUNCTION switch set to FRE...

Page 106: ...s Digital Board SA CLOCK 2 on digital board SA START STA RT STOP test point SA STOP on kernel test board GROUN D 1310 digital board NOTE All front panel switches in out position FUNCTION switch set to...

Page 107: ...9 141 C1 13 5 3 13 86 6 13 7050 12 63 12 0772 14 1 1 10 U1211 405 11 C4C3 10 1806 10 10 9 SA73 9 7211 1 0 7 1 7C 5F 7 7707 0 06152 9 1 61577 1 0 j 1 5 4 89F 1 3 AC99 2 755U 2 PC F 3 1 U1321 32 25 1 i3...

Page 108: ...405 5 73 1 10 12 0000 18061 TP13t I 10 L U1312 U 1322 1 6 9 ignat ure a n alysis digital boa rd U1421 6 6 12 AM 17 C113 11 1C6 6 405 1 1806 52 9 7 7C5F 8 851 9 577 755U 3 10 7707 7211 31 I 1 755U j12...

Page 109: ...ANNEL A MPL I F I ERS AND RELAY CONTROL 12 12 12 TR I GGER LEVEL CO NTROL D CONVERTERS CHANNEL AMPL I F I ERS AND RELAY CONTROL CH GATING ARM I NG SERIAL DATA AND ISYNCHRON I ZERS CH CL OCK IN lop 12...

Page 110: ...NEL DI SPLAY KEYB OARD AND DI SPLAY DR IVE ACC 3464 45 10 CLOCK OUT SER IAL DATA POWER MODULE CATE SER IAL CLOCK 26V 33 5 12 M I CR O PROCESSOR CONTROL LOG I C MEM O RY 16 DATA BUS CLOCK 12V POWER SUP...

Page 111: ...ssis mountedcomponents have no Assembly Number re see end at Replaceable E lectrical Parts List r J1301 J 1303 J 1310 U 1201 r _ S101 U 1112 U 1311 1 U 1212 Q R 1121g j 1126 M 322 _ 1122 C112 Q 2 0122...

Page 112: ...5ttR 1604tR 160 tt R1512 R1611 C14 R151 C1611 1 1 111321 1410 _ 81513 1502 81510 cQ 1 6 itt 1 R 1514 C1511 R 1322 U1611 R 1515 1323 J 1411 1411 2 _ 161 ir _7 1 U1521 U 1522 C 612 613 01421 zQ1612 _ r...

Page 113: ...521 C7 L3 1625 7 3 01101 2 D1 01102 C2 D2 01103 D1 E 1 01121 J6 D3 01122 18 D4 01221 L5 E3 01222 L5 E3 01223 5 E3 01224 5 E3 01225 L5 F3 01226 5 F3 01227 6 F4 Q1228 L6 F4 01229 8 F4 1231 L8 E4 01232 L...

Page 114: ...R i _ 2 1 _ k R 11 0311 R1528 51 11 3 439 3 7 SOURCE 11 5 b No 1 5 01 4 1 16 02 5 2 V 03 6 3 114 Dc V Q4 7 4 05 14 5 3 CL 06113 11 1 ST RO E 07 2 7 0 10 INT 11 SV I MS SLOP U1322 3 j 0 E SERIA L 3 C11...

Page 115: ...234 51 R1223 SV2 20 R 13 S 2 10 515 1 5100 1331 58 1 2 2 13 2 2 7 MOS 1 2 78 5 SV 3 3 3 t U 13318 3 1 V 10216 4 V 1331 4 V 3 1 V 10 6 Q1332 Static Sen sitive Devices See Maintenance Section Q1231 R133...

Page 116: ...i 1 ii i j 1213 11 1215 1 V1 141221 _ _ _ m R1222 121 R1323 C1221 R 1321 R1223 R1322 _ R1224 1 c R1225 1 _ EDCR1221 No DI CR 1222 5 Static Sensitive Devices See M aintenance Section COMP ONENT NUMBER...

Page 117: ...C1501 U CR 1501 C1403 f 1502 f M M gC R 1503 9 8 7 6 5 4 S1512 C311 C1420 C 521 1 1 1 0 CR 1522 to j C1421 _ BCR 1523 G 5 j CR1524 c Q 1 M CM D R 1 i C142 D J1 R 1431 j e S1522 51524 C1431 t y R1432rt...

Page 118: ...47 8 5 R1149 7 D6 R 1237 L4 5 CR1131 J5 D5 R1238 4 E5 CR1132 J7 D5 R 1239 L4 F5 CR1141 J6 D5 R 1239 4 F5 CR1142 J6 D5 R 1240 5 F6 CR1244 L3 F5 R1241 L8 E6 R1242 8 E6 J 1041 D7 6 R1243 L6 E6 J 1522 C7...

Page 119: ...1040 20 DC 509 11 SVI 10 1 11 5 5 i 5 12 i 12 1 5 2 SV 2 1 1 12 RLYSTRB 5 15 OE 2 DATA 3 CLK 1 STROBE 1111 4 84 4 1 2 Ps 3 4 13 7 12 SLOPE HSB 11 U1322 5 SERIAL DATA 5 5 1 U1411 2 s 7 OC R1141 250 348...

Page 120: ...1244 2 39PF 12 a12V 81345 2 348 Q1248 Q1247 U1331C 3 10216 4 V 12 15 CH Q1333 3 1 V 13 14 C 0 334 81347 510 V 2 SCHM ITT TR IGGER 81343 1 SV C1345 02 116 1 F 12VI 1347 U 1331 31 F 1 218 77 8 TYPE 11 5...

Page 121: ...ection CO MP ONENT NUMBER EXA MPLE Co mponent Number 23 2 R 1234 Assemb ly 1 c h Cucuemai C N um ber Subassembly Number Num ber i f used Chassis mounte dcomponents haveno Assembly N um ber prefix see...

Page 122: ...C G RID J1411 Display board 1 0 C D f 9 111 CR v 1 CR 1215 CR 1311 3464 32 ASSY A10...

Page 123: ...3 F6 3 J1441 C5 6 R 1425 F7 3 J 1442 C7 6 R 1431 L3 4 J1443 C8 6 R1432 J5 4 J 1501 2 L 1 R 1433 5 4 J1622 8 3 R1441 E4 6 J1623 55 4 R 1442 E3 6 R 1443 E6 6 1341 C4 6 R 1444 E7 6 1402 C2 2 R1447 4 5 14...

Page 124: ...1331 15 4 8 U1331 14 10 CH 9 DC 509 1622 J1822 570 ODUL 162 2 2 1 25 24 _ Li L J1443 1443 J141 5 UIIII 18 14 10 5 2 7 J1310 4 10 5 5 U1322 15 SERIA L DATA 5 SERIAL CLOCK SERIA L WRITE LATCH U1331A 10...

Page 125: ...ON H IGH ON 12 1 HIGH ON PROBE COMP NIGH TEST ON NIGH ON Q1343 z 15 NC 3 13 14 1431 50 U1 332C 2 7V 10105 ACC 3I Q1433 R1432B R U1421 B ISO 10231 2 7V 2 7 U1 431 C 10105 1 1 tt t2 10231 1 1 8 4084 7 3...

Page 126: ...E4 R 1215 C4 E3 C1231 1 E5 R1221 C2 E3 CR 1201 2 F2 R1222 D7 E4 R1223 C6 E4 1310 6 F1 R1224 C2 E4 1410 3 D1 R1225 C8 E4 1420 131 D4 R 1231 2 E5 1420 2 D4 R 1232 8 E5 1421 8 D4 U1002 6 2 01201 2 F1 U...

Page 127: ...74 PR 1 CR12 01 R 1213 R1201 R 4 4 322 3 4 5 1 C 5 1 R g z I R Q121 1 _ 1 ACLR Q1201 R 22 2 U1211 1 CLR 5 1 10131 1 1 J141 1 t 131 w P1421 1 1421 1 i III 102 51 DC 509 74LS04 111219 5 1 5 1 i 5 2 7V 1...

Page 128: ...1332 38 1 3 R1 k2B CARRY 4 RI I 12C 5 R 11120 8 7 6 5 3 2 4 13 12 14 5 1 Q1 Q2 Q3 Q4 05 D6 Q7 Q8 Q8 D10 011 Q12 U 1 12 5 2 1 49 0 C1111 9 1 F 74374 14 7 1 DICITAL BOARD CH CH ACC UMUL ATORS Static Se...

Page 129: ...2 J 1310 6 G1 R1322 L2 2 J1411 4 3 R1323 L3 G3 R1324 L3 G3 1301 F8 F 1 R1325 3 G3 1303 F8 G1 R1326 L3 G3 1411 4 3 R1327 L3 G3 1625 4 3 U 1201 F2 F 1 01311 5 G2 U 1202 D2 F2 01312 J5 G2 U 1211 F5 F2 U...

Page 130: ...318 4 CLOCK 04 7 QS 14 U11 91 3 i q6 13 Q7 12 1 STROBE R1102 R1291 CH A 258 1 5 3 2 4 V REF DC U12 0 2 CH R1293 4 84 DAC 5 V REF _ 2 3 24 GAIN R1202 1 0 1 5 3 2V q8 11 C1211 F 18 COMP C1262 12V 01 F R...

Page 131: ...1 U1411 12 1 3 3 L 74 4 11 12 R131e 1312 1 911 8 25 R 1317 10K R1324 R 1325 1 11114 S 25K 18 U 1321C R1328 L 74 1 8 OFFSET GENERATORS 1411 J1411 J580 2 2 TRIG LEVEL J57 P1 825_220 POWER 1625 22 MODUL...

Page 132: ...R1519 C3 2 C 1604 tt D6 L2 R1521 3 3 C 1605 tt D7 L2 R1522 4 4 C1611tt D7 L2 R1528 3 J4 C1612 6 L3 R1601tt C7 L2 C1621t J8 L4 R1602tt C7 L2 R1603 8 L2 CR 1422 L2 J3 R1604 8 L2 CR 1521 L3 J3 R1605tt D...

Page 133: ...MODULE 3 C1612 2 01 F 1 25 14 BUFFER CLOCK 1 1821 1 31621 DC 509 5 S Q1501 5 1 R 11 32 C1803 Cl 802 1 7 11 F RIM S SK 12 1 12 5 bo No 5 SV3 10 5 3 12V 10 12V 5 6 7 8 NC 1 z cc 1MHz DIVIDERS 5 3 1502 5...

Page 134: ...10105 01 F 12V _ 12V R 15 470 U1501 LM311 5 12V SV SV3 G 12V 01601 1531 4 1 0 05 1 6 8 3 7T 1458 8 4 2 18V 3 4044 O OVEN SC 1 749 15 1 1 R1 03 1621 L 311 1 4 121 1 F 2 NOTE COMPONENTS MARKED 14 ARE DE...

Page 135: ...1239 8 E5 CR 1221 F 1 F4 R1301 3 G2 CR 1222 1 F4 R 1302 3 1 R1303 F3 1 J 1210 8 F3 R 1304 F4 1 J 1210 3 F3 R 1305 F3 G2 J 1211 7 F3 R 1311 F2 3 J 1211 8 F3 R1321 1 G4 J 1310 3 G1 R1322 1 G4 J 1310 1 G...

Page 136: ...CLOCK 38 SERIAL CLOCK 21 1301 MASTE R 5 V 26 START STOP RESET l28213 PAS 5 21 C1311 VOC 1 F 1 V SS 27 V 1 m R 1226 C1232 1 01 F 28 2 CARRY 3 COUNT IN 1111 R1227 CARRY 8 _ PBS PA 39 U1012 1 3 0 4 7 1 f...

Page 137: ...321A 4 4118 7 4 C 3 2 C28 TO 13 75RST 2 10 R1421 2 KEYBOARD READ L 3 1 U1322 1 4 III C1 5 10 S ERIAL READ LATCH 7 NC U 1202 9 CS POWER MODULE SER IAL WR ITE LATCH 00 121 13 MPRST I R Q 5 R1435 5 1 12...

Page 138: ...6 CR 1502 7 2 R 1437 7 J6 CR 1503 F7 2 R1438 5 J5 CR 1521 C6 4 R1531 6 L6 CR 1522 6 4 1532 5 L6 CR1523 7 4 R 1533 5 L6 CR1524 6 4 CR1531 D6 6 S1511 5 L3 CR1532 J7 6 S1512 J5 L3 S1521 7 4 J1411 11 2 S1...

Page 139: ...4 5 AUTO EVENTS DUR 1 2 R1421 6 5 1 9 7S7 3 4 TS7 7 MANUAL 7 7 TOTALIZE 102 4 SVI PR08E COMP 9 10 3 5 sv No op sv ENABLE e U 1412 s 10 4 6 11 7S9 C1412 DS8863 105 7 0 1 F 9 10 6 8 CARRY 12 NC 107 9 1...

Page 140: ...2 KEYBOARD 1431 1 6 4 READ ENABLE 1 U 1333 12 NC NO U1322A C 7 U1311 SV CND 40178 16 4511 16 8 74LS174 16 8 80C87 16 8 C 3 2 15 5 DATA BUS P1412 2 J1412 _ 1412 1 1 S 2 2 1412 2 TS1 3 3 1412 3 752 4 4...

Page 141: ...LOCATION LOCATION I NUMBER LOCATION LOCATION CR 1011 D6 2 J 1411 4 1 CR 1012 D7 2 J 1412 6 3 CR1111 D7 82 J1413 131 2 CR1211 D7 C2 CR1215 D8 C2 1411 4 13 1 CR1311 D8 D2 1412 6 3 1413 1 2 DS1002 C3 1 D...

Page 142: ...E L _ 13 3 r r P1411 3 14 4 loom r r 1412 J1412 1412 1 2 2 1412 2 S6 S5 TS4 7S3 TS2 TS1 7S0 DC 509 U 6 S1 002 6 S1 00 5 6 DSI1 02 6 OS1105 S CR1 11 R 1 11 3 3 TSI CR1 12 PT 7 V1 12 1412 3 4 4 7S2 CR11...

Page 143: ...LAY BOARD D I SPLAY Static Sensitive Devices See Mainten ance Section CO MP ONENT NUMBER EXA MPLE Co mponent Number 23 2 R1234 Assemb ly T_ Scl ematic Circuit Number Subasse mbly Number Number if used...

Page 144: ...L8 4 R1535 8 J5 CR 1641 D1 L6 R 1541 E6 J6 R 1542 E7 J6 F1541 1 5 R1543 E4 J6 F1542 88 6 R1544 F8 6 F1641 83 5 R 1545 4 6 R1547 C3 6 J 1410 J2 J1 R1548 C2 L6 1341 E6 6 1625 8 3 1411 5 1 3 1625 3 3 143...

Page 145: ...V SV3 5 3 12V R1308 VR 1301 338 6 2 V 9 4V L lo 2 POWER MODULE CR14 1625 7 _ 1625 7 1341 R 1543 R 1304 U14018 2 94 T LO72CP 81542 R 1301 0 121 5 8 3 2 V ADJ R 1435 0 30 P1625 6A Li C1642 81 F R1305 U...

Page 146: ...M aintenance Section Q1443 1625 11 R 1534 1625 1111 1 25 10 2 713 POWER MODULE TC1622 10 f SZ CR1621 1631 P O WER SUPPL I E S R1013 R1012 200 6 0 12 ANALOG B OA RD Co mponent Numb e r 23 2 R1234 CO M...

Page 147: ...fig u re and ind ex nu m be rs to t h e illustratio n s In t h e Parts List an Ite m Na m e is se p a rated fro m t he desc r i p tion by colon Because of s pace li m itations an Ite m N a m e may so...

Page 148: ...N 5 73803 TEXAS INSTRUMENTS INC METALLURGICAL MATERIALS DIV 34 FOREST STREET 78189 ILLINOI S TOOL WORKS INC SHAKEPROOF DIVI SION ST CHARLES ROAD 79807 WROUGHT WASHER MFG CO 2100 S 0 BAY ST 80009 TEKTR...

Page 149: ...HING PARTS 20 213 0875 00 2 SCR ASSEM WSHR 6 32 0 5 93907 OBD 21 105 0719 00 1 LATCH RETAININ G PLUG IN 80009 105 0719 o0 ATTACHING PART S 22 213 0113 00 1 SCR TP G THD FOR 2 32 0 312 INCH PNH STL 939...

Page 150: ...SWITCH ASSY 5 A1251010 S1011 S1012 REPL 60 343 0495 03 1 CLIP SWITCH FRONT 7 5 3 UNIT 80009 343 0495 03 ATTACHING PARTS 61_ 210 3033 00 3 EYELET METALLI C 0 59 OD 0 156 INCH LONG 07707 SE 25 62343 049...

Page 151: ...51 92 008 86 136 0670 00 1 S L IN ELEK MICROCKT 18 PIN LOW PROFILE 73803 CS900 2 18 87 136 0578 00 1 SKT PL IN ELEK MICROCKT 24 PIN LOW PROFILE 73803 C S9D02 24 88 1 TERM SET PIN SEE A 16J 1331 J 141...

Page 152: ...1 CONN BODY PL EL 3 WIRE RED 80009 352 0161 02 175 3229 00 1 CA ASSY SP ELEC 7 26 AWG 3 5 L RIBBON 80009 175 3229 00 FROM A10J 1012 A16J 1412 352 0165 03 2 CONN BODY PL EL 7 WIRE ORANGE 80009 352 016...

Page 153: ...s M G M...

Page 154: ...m r m...

Page 155: ...Model No Mfr No Part No Eff Dsco nt Qty 1 2 3 4 5 Name Desc ription Code Mfr Part N umber ACCESSORIES 070 3464 00 1 MANUAL TE CH INSTRUCTION 80009 070 3464 0 175 3765 01 1 CABLE ASSY RF 50 OHM COAX 48...

Page 156: ...nce the chan ge information s h eets are carried in the man ual until all changes are permane n tly entered some duplication may occur If no suc h change pages appear following th is page your manual...

Page 157: ...range 5mV to5 5 V SG 503 Fre quency range 250 kHz to 250 MHz SG 504 Frequency range 245 MHz 1050 MHz TG 501 Trigger o utput slaved to marker output from 5 sec t hrough 100 s One time mark can be gener...

Page 158: ...and R1231 are shown on d iagram 1 CH AMPLIFIERS AND RELAY CONTROL R1231 and R1242 are shown on diagram 2 CH AMPLIFIERS AND RELAY CONTROL R1311 is located on the DIG ITAL c ircuit board assemb ly and...

Page 159: ...E as shown be low Extension Shafts Date DESC RIPTION Dis play Board Screws 2 5 5 81 Plastic Tabs s 4 e Jack Connections Fig 5 1 Partial right view of instrume nt with cove r removed picto ral Change R...

Page 160: ...244 Electrical and Electronic Measuring and T esting Equipment beginning with serial number 010455 EFF SN 010195 ADD A12C1120 281 0773 00 CAP FXD CER DI O O1UF l0 100V A12C1130 281 0773 00 CAP FXD CER...