User Contributed MET/CAL PROCEDURE ============================================================================= INSTRUMENT: PM3375 Sub4 DATE: 07-Apr-97 AUTHOR: User Contributed REVISION: ADJUSTMENT THRESHOLD: 70% NUMBER OF TESTS: 30 NUMBER OF LINES: 354 ============================================================================= STEP FSC RANGE NOMINAL TOLERANCE MOD1 MOD2 3 4 CON 1.001 IEEE [SRQ OFF] 1.002 ASK- P F 1.003 ASK+ X 1.004 HEAD {Vertical Dynamic Range @ 10MHz: Ch A} 1.005 DISP Set the SG 503 front panel controls as follows: 1.005 DISP FREQUENCY ................. 10 MHz 1.005 DISP VARIABLE .................. adjust to 10 MHz 1.005 DISP OUTPUT AMPLITUDE .......... adjust 2.4 VOLTS p-p 1.005 DISP AMPLITUDE MULTIPLIER ...... X 1 1.006 PIC 55sc_al (3,15,R/W) "Connect the SG 503 OUTPUT to the " 1.006 PIC (4,15,R/W) "UUT A input using a 50ź feedthrough" 1.006 PIC (5,15,R/W) "termination." 1.007 RSLT =Is the top and bottom of the Ch A waveform distortion 1.008 RSLT =free? 1.009 IEEE SET AUT,MSC AUX,XPOS LOCAL,MEM OFF, 1.009 IEEE VER A,POS LOCAL,VAR LOCAL,ATT .1E+00,FCN ON, 1.009 IEEE VER B,POS LOCAL,VAR LOCAL,FCN OFF, 1.009 IEEE HOR MTB,VAR LOCAL,LEV LOCAL[10] 1.010 MESS Can the top and bottom of the sine-wave 1.010 MESS signal be displayed distortion free using 1.010 MESS the Ch A Y POS control? 1.011 EVAL 2.001 MESS 2.002 HEAD {Vertical Deflection - Crosstalk @ 10MHz: Ch A} 2.003 DISP Set the SG 503 front panel controls as follows: 2.003 DISP OUTPUT AMPLITUDE .......... adjust 4 VOLTS p-p 2.004 RSLT =Is the Ch A crosstalk < 0.08 division? 2.005 IEEE SET AUT,MSC AUX,XPOS LOCAL,MEM OFF, 2.005 IEEE VER B,POS LOCAL,VAR LOCAL,ATT 50E-03,FCN ON,CPL ZERO, 2.005 IEEE VER A,POS LOCAL,VAR LOCAL,ATT 50E-03,FCN OFF, 2.005 IEEE HOR MTB,VAR LOCAL,LEV LOCAL,TIM .5E-06[10] 2.006 EVAL Is the Ch A crosstalk < 0.08 division? 3.001 HEAD {Vertical Deflection - Crosstalk @ 100MHz: Ch A} 3.002 RSLT =Is the Ch A crosstalk < 0.16 division? 3.003 IEEE HOR MTB,VAR LOCAL,LEV LOCAL,TIM 50E-09[10] 3.004 DISP Set the SG 503 front panel controls as follows: 3.004 DISP FREQUENCY ................. 100 MHz 3.004 DISP VARIABLE .................. adjust to 100 MHz 3.005 EVAL Is the Ch A crosstalk < 0.16 division? 4.001 HEAD {Triggering: trigger sensitivity via Ch A} 4.002 RSLT =Can TRIG LEVEL be adj. for a triggered 10 MHz signal? 4.003 DISP Set the SG 503 front panel controls as follows: 4.003 DISP FREQUENCY ................. 10 MHz 4.003 DISP VARIABLE .................. adjust to 10 MHz 4.003 DISP OUTPUT AMPLITUDE .......... adjust .25 VOLTS p-p 4.003 DISP AMPLITUDE MULTIPLIER ...... X .1 4.004 IEEE SET AUT,MSC AUX,XPOS LOCAL,MEM OFF, 4.004 IEEE VER A,POS LOCAL,VAR LOCAL,ATT .2E+00,CPL DC,FCN ON, 4.004 IEEE VER B,POS LOCAL,VAR LOCAL,FCN OFF, 4.004 IEEE HOR MTB,VAR LOCAL,LEV LOCAL,TRG TRI,CPL DC[10] 4.005 DISP Set the SG 503 front panel controls as follows: 4.005 DISP OUTPUT AMPLITUDE .......... adjust .1 VOLTS p-p 4.006 EVAL Can TRIG LEVEL be adj. for a well triggered 10 MHz signal? 5.001 DISP Set the SG 503 front panel controls as follows: 5.001 DISP FREQUENCY ................. REF÷ .05 MHz 5.002 RSLT =Can TRIG LEVEL be adj. for a triggered 50 kHz signal? 5.003 IEEE HOR MTB,TIM 10E-06[10] 5.004 EVAL Can TRIG LEVEL be adj. for a well triggered 50 kHz signal? 6.001 DISP Set the SG 503 front panel controls as follows: 6.001 DISP FREQUENCY ................. 100 MHz 6.001 DISP VARIABLE .................. adjust to 100 MHz 6.001 DISP OUTPUT AMPLITUDE .......... adjust .22 VOLTS p-p 6.002 RSLT =Can TRIG LEVEL be adj. for a triggered 100 MHz signal? 6.003 IEEE TIM 50E-09[10] 6.004 EVAL Can TRIG LEVEL be adj. for a well triggered 100 MHz signal? 7.001 DISP Set the SG 503 front panel controls as follows: 7.001 DISP FREQUENCY ................. 150 MHz 7.001 DISP VARIABLE .................. adjust to 150 MHz 7.001 DISP OUTPUT AMPLITUDE .......... adjust .4 VOLTS p-p 7.002 RSLT =Can TRIG LEVEL be adj. for a triggered 150 MHz signal? 7.003 MESS 7.004 EVAL Can TRIG LEVEL be adj. for a well triggered 150 MHz signal? 8.001 HEAD {Horizontal deflection coefficients: MTB x1} 8.002 PIC 55sc_ale (3,11,R/W) "Connect the TG 501 MARKER OUTPUT " 8.002 PIC (4,11,R/W) "to the UUT A input and TG 501" 8.002 PIC (5,11,R/W) "TRIGGER OUT to UUT EXT." 8.003 DISP Set the TG 501 MARKER SELECTOR to 50ns. 8.004 IEEE SET AUT,VER A,POS LOCAL,ATT .5E+00,CPL DC,MSC AUX, 8.004 IEEE XPOS LOCAL,HOR MTB,TIM 50E-09,TSO EXT,CPL DC, 8.004 IEEE VAR LOCAL,LEV LOCAL[10] 8.005 DISP Adjust the X POS control so that the 2nd marker pulse 8.005 DISP coincides exactly with the 2nd vertical graticule line. 8.006 DISP Adjust the TG 501 VARIABLE TIMING control so that the 8.006 DISP the 2nd and 10th marker pulses coincide exactly with 8.006 DISP the UUT 2nd and 10th vertical gradicule lines. 8.007 MEMI Use keyboard to enter TG 501 VARIABLE TIMING reading: 8.008 MATH MEM = ((MEM * 0.01) * 50) + 50 8.009 ACC 50.00ns 0.001% 8.010 MEME 8.011 MEMC nT 3.0000% 50ns’div. 9.001 DISP Set the TG 501 MARKER SELECTOR to .1ęs. 9.002 IEEE HOR MTB,TIM .1E-06[10] 9.003 DISP Adjust the X POS control so that the 2nd marker pulse 9.003 DISP coincides exactly with the 2nd vertical graticule line. 9.004 DISP Adjust the TG 501 VARIABLE TIMING control so that the 9.004 DISP the 2nd and 10th marker pulses coincide exactly with 9.004 DISP the UUT 2nd and 10th vertical gradicule lines. 9.005 MEMI Use keyboard to enter TG 501 VARIABLE TIMING reading: 9.006 MATH MEM = ((MEM * 0.01) * .1) + .1 9.007 ACC 0.1000ęs 0.001% 9.008 MEME 9.009 MEMC nT 3.0000% .1ęs’div. 10.001 DISP Set the TG 501 MARKER SELECTOR to .2ęs. 10.002 IEEE HOR MTB,TIM .2E-06[10] 10.003 DISP Adjust the X POS control so that the 2nd marker pulse 10.003 DISP coincides exactly with the 2nd vertical graticule line. 10.004 DISP Adjust the TG 501 VARIABLE TIMING control so that the 10.004 DISP the 2nd and 10th marker pulses coincide exactly with 10.004 DISP the UUT 2nd and 10th vertical gradicule lines. 10.005 MEMI Use keyboard to enter TG 501 VARIABLE TIMING reading: 10.006 MATH MEM = ((MEM * 0.01) * .2) + .2 10.007 ACC 0.2000ęs 0.001% 10.008 MEME 10.009 MEMC nT 3.0000% .2ęs’div. 11.001 DISP Set the TG 501 MARKER SELECTOR to .5ęs. 11.002 IEEE HOR MTB,TIM .5E-06[10] 11.003 DISP Adjust the X POS control so that the 2nd marker pulse 11.003 DISP coincides exactly with the 2nd vertical graticule line. 11.004 DISP Adjust the TG 501 VARIABLE TIMING control so that the 11.004 DISP the 2nd and 10th marker pulses coincide exactly with 11.004 DISP the UUT 2nd and 10th vertical gradicule lines. 11.005 MEMI Use keyboard to enter TG 501 VARIABLE TIMING reading: 11.006 MATH MEM = ((MEM * 0.01) * .5) + .5 11.007 ACC 0.5000ęs 0.001% 11.008 MEME 11.009 MEMC uT 3.0000% .5ęs’div. 12.001 DISP Set the TG 501 MARKER SELECTOR to 1ęs. 12.002 IEEE HOR MTB,TIM 1E-06[10] 12.003 DISP Adjust the X POS control so that the 2nd marker pulse 12.003 DISP coincides exactly with the 2nd vertical graticule line. 12.004 DISP Adjust the TG 501 VARIABLE TIMING control so that the 12.004 DISP the 2nd and 10th marker pulses coincide exactly with 12.004 DISP the UUT 2nd and 10th vertical gradicule lines. 12.005 MEMI Use keyboard to enter TG 501 VARIABLE TIMING reading: 12.006 MATH MEM = ((MEM * 0.01) * 1) + 1 12.007 ACC 1.0000ęs 0.001% 12.008 MEME 12.009 MEMC uT 3.0000% 1ęs’div. 13.001 DISP Set the TG 501 MARKER SELECTOR to 2ęs. 13.002 IEEE HOR MTB,TIM 2E-06[10] 13.003 DISP Adjust the X POS control so that the 2nd marker pulse 13.003 DISP coincides exactly with the 2nd vertical graticule line. 13.004 DISP Adjust the TG 501 VARIABLE TIMING control so that the 13.004 DISP the 2nd and 10th marker pulses coincide exactly with 13.004 DISP the UUT 2nd and 10th vertical gradicule lines. 13.005 MEMI Use keyboard to enter TG 501 VARIABLE TIMING reading: 13.006 MATH MEM = ((MEM * 0.01) * 2) + 2 13.007 ACC 2.0000ęs 0.001% 13.008 MEME 13.009 MEMC uT 3.0000% 2ęs’div. 14.001 DISP Set the TG 501 MARKER SELECTOR to 5ęs. 14.002 IEEE HOR MTB,TIM 5E-06[10] 14.003 DISP Adjust the X POS control so that the 2nd marker pulse 14.003 DISP coincides exactly with the 2nd vertical graticule line. 14.004 DISP Adjust the TG 501 VARIABLE TIMING control so that the 14.004 DISP the 2nd and 10th marker pulses coincide exactly with 14.004 DISP the UUT 2nd and 10th vertical gradicule lines. 14.005 MEMI Use keyboard to enter TG 501 VARIABLE TIMING reading: 14.006 MATH MEM = ((MEM * 0.01) * 5) + 5 14.007 ACC 5.0000ęs 0.001% 14.008 MEME 14.009 MEMC uT 3.0000% 5ęs’div. 15.001 DISP Set the TG 501 MARKER SELECTOR to 10ęs. 15.002 IEEE HOR MTB,TIM 10E-06[10] 15.003 DISP Adjust the X POS control so that the 2nd marker pulse 15.003 DISP coincides exactly with the 2nd vertical graticule line. 15.004 DISP Adjust the TG 501 VARIABLE TIMING control so that the 15.004 DISP the 2nd and 10th marker pulses coincide exactly with 15.004 DISP the UUT 2nd and 10th vertical gradicule lines. 15.005 MEMI Use keyboard to enter TG 501 VARIABLE TIMING reading: 15.006 MATH MEM = ((MEM * 0.01) * 10) + 10 15.007 ACC 10.000ęs 0.001% 15.008 MEME 15.009 MEMC uT 3.0000% 10ęs’div. 16.001 DISP Set the TG 501 MARKER SELECTOR to 20ęs. 16.002 IEEE HOR MTB,TIM 20E-06[10] 16.003 DISP Adjust the X POS control so that the 2nd marker pulse 16.003 DISP coincides exactly with the 2nd vertical graticule line. 16.004 DISP Adjust the TG 501 VARIABLE TIMING control so that the 16.004 DISP the 2nd and 10th marker pulses coincide exactly with 16.004 DISP the UUT 2nd and 10th vertical gradicule lines. 16.005 MEMI Use keyboard to enter TG 501 VARIABLE TIMING reading: 16.006 MATH MEM = ((MEM * 0.01) * 20) + 20 16.007 ACC 20.000ęs 0.001% 16.008 MEME 16.009 MEMC uT 3.0000% 20ęs’div. 17.001 DISP Set the TG 501 MARKER SELECTOR to 50ęs. 17.002 IEEE HOR MTB,TIM 50E-06[10] 17.003 DISP Adjust the X POS control so that the 2nd marker pulse 17.003 DISP coincides exactly with the 2nd vertical graticule line. 17.004 DISP Adjust the TG 501 VARIABLE TIMING control so that the 17.004 DISP the 2nd and 10th marker pulses coincide exactly with 17.004 DISP the UUT 2nd and 10th vertical gradicule lines. 17.005 MEMI Use keyboard to enter TG 501 VARIABLE TIMING reading: 17.006 MATH MEM = ((MEM * 0.01) * 50) + 50 17.007 ACC 50.000ęs 0.001% 17.008 MEME 17.009 MEMC uT 3.0000% 50ęs’div. 18.001 DISP Set the TG 501 MARKER SELECTOR to .1ms. 18.002 IEEE HOR MTB,TIM .1E-03[10] 18.003 DISP Adjust the X POS control so that the 2nd marker pulse 18.003 DISP coincides exactly with the 2nd vertical graticule line. 18.004 DISP Adjust the TG 501 VARIABLE TIMING control so that the 18.004 DISP the 2nd and 10th marker pulses coincide exactly with 18.004 DISP the UUT 2nd and 10th vertical gradicule lines. 18.005 MEMI Use keyboard to enter TG 501 VARIABLE TIMING reading: 18.006 MATH MEM = ((MEM * 0.01) * .1) + .1 18.007 ACC 0.1000ms 0.001% 18.008 MEME 18.009 MEMC mT 3.0000% .1ms’div. 19.001 DISP Set the TG 501 MARKER SELECTOR to .2ms. 19.002 IEEE HOR MTB,TIM .2E-03[10] 19.003 DISP Adjust the X POS control so that the 2nd marker pulse 19.003 DISP coincides exactly with the 2nd vertical graticule line. 19.004 DISP Adjust the TG 501 VARIABLE TIMING control so that the 19.004 DISP the 2nd and 10th marker pulses coincide exactly with 19.004 DISP the UUT 2nd and 10th vertical gradicule lines. 19.005 MEMI Use keyboard to enter TG 501 VARIABLE TIMING reading: 19.006 MATH MEM = ((MEM * 0.01) * .2) + .2 19.007 ACC 0.2000ms 0.001% 19.008 MEME 19.009 MEMC mT 3.0000% .2ms’div. 20.001 DISP Set the TG 501 MARKER SELECTOR to .5ms. 20.002 IEEE HOR MTB,TIM .5E-03[10] 20.003 DISP Adjust the X POS control so that the 2nd marker pulse 20.003 DISP coincides exactly with the 2nd vertical graticule line. 20.004 DISP Adjust the TG 501 VARIABLE TIMING control so that the 20.004 DISP the 2nd and 10th marker pulses coincide exactly with 20.004 DISP the UUT 2nd and 10th vertical gradicule lines. 20.005 MEMI Use keyboard to enter TG 501 VARIABLE TIMING reading: 20.006 MATH MEM = ((MEM * 0.01) * .5) + .5 20.007 ACC 0.5000ms 0.001% 20.008 MEME 20.009 MEMC mT 3.0000% .5ms’div. 21.001 DISP Set the TG 501 MARKER SELECTOR to 1ms. 21.002 IEEE HOR MTB,TIM 1E-03[10] 21.003 DISP Adjust the X POS control so that the 2nd marker pulse 21.003 DISP coincides exactly with the 2nd vertical graticule line. 21.004 DISP Adjust the TG 501 VARIABLE TIMING control so that the 21.004 DISP the 2nd and 10th marker pulses coincide exactly with 21.004 DISP the UUT 2nd and 10th vertical gradicule lines. 21.005 MEMI Use keyboard to enter TG 501 VARIABLE TIMING reading: 21.006 MATH MEM = ((MEM * 0.01) * 1) + 1 21.007 ACC 1.0000ms 0.001% 21.008 MEME 21.009 MEMC mT 3.0000% 1ms’div. 22.001 DISP Set the TG 501 MARKER SELECTOR to 2ms. 22.002 IEEE HOR MTB,TIM 2E-03[10] 22.003 DISP Adjust the X POS control so that the 2nd marker pulse 22.003 DISP coincides exactly with the 2nd vertical graticule line. 22.004 DISP Adjust the TG 501 VARIABLE TIMING control so that the 22.004 DISP the 2nd and 10th marker pulses coincide exactly with 22.004 DISP the UUT 2nd and 10th vertical gradicule lines. 22.005 MEMI Use keyboard to enter TG 501 VARIABLE TIMING reading: 22.006 MATH MEM = ((MEM * 0.01) * 2) + 2 22.007 ACC 2.0000ms 0.001% 22.008 MEME 22.009 MEMC mT 3.0000% 2ms’div. 23.001 DISP Set the TG 501 MARKER SELECTOR to 5ms. 23.002 IEEE HOR MTB,TIM 5E-03[10] 23.003 DISP Adjust the X POS control so that the 2nd marker pulse 23.003 DISP coincides exactly with the 2nd vertical graticule line. 23.004 DISP Adjust the TG 501 VARIABLE TIMING control so that the 23.004 DISP the 2nd and 10th marker pulses coincide exactly with 23.004 DISP the UUT 2nd and 10th vertical gradicule lines. 23.005 MEMI Use keyboard to enter TG 501 VARIABLE TIMING reading: 23.006 MATH MEM = ((MEM * 0.01) * 5) + 5 23.007 ACC 5.0000ms 0.001% 23.008 MEME 23.009 MEMC mT 3.0000% 5ms’div. 24.001 DISP Set the TG 501 MARKER SELECTOR to 10ms. 24.002 IEEE HOR MTB,TIM 10E-03[10] 24.003 DISP Adjust the X POS control so that the 2nd marker pulse 24.003 DISP coincides exactly with the 2nd vertical graticule line. 24.004 DISP Adjust the TG 501 VARIABLE TIMING control so that the 24.004 DISP the 2nd and 10th marker pulses coincide exactly with 24.004 DISP the UUT 2nd and 10th vertical gradicule lines. 24.005 MEMI Use keyboard to enter TG 501 VARIABLE TIMING reading: 24.006 MATH MEM = ((MEM * 0.01) * 10) + 10 24.007 ACC 10.000ms 0.001% 24.008 MEME 24.009 MEMC mT 3.0000% 10ms’div. 25.001 DISP Set the TG 501 MARKER SELECTOR to 20ms. 25.002 IEEE HOR MTB,TIM 20E-03[10] 25.003 DISP Adjust the X POS control so that the 2nd marker pulse 25.003 DISP coincides exactly with the 2nd vertical graticule line. 25.004 DISP Adjust the TG 501 VARIABLE TIMING control so that the 25.004 DISP the 2nd and 10th marker pulses coincide exactly with 25.004 DISP the UUT 2nd and 10th vertical gradicule lines. 25.005 MEMI Use keyboard to enter TG 501 VARIABLE TIMING reading: 25.006 MATH MEM = ((MEM * 0.01) * 20) + 20 25.007 ACC 20.000ms 0.001% 25.008 MEME 25.009 MEMC mT 3.0000% 20ms’div. 26.001 DISP Set the TG 501 MARKER SELECTOR to 50ms. 26.002 IEEE HOR MTB,TIM 50E-03[10] 26.003 DISP Adjust the X POS control so that the 2nd marker pulse 26.003 DISP coincides exactly with the 2nd vertical graticule line. 26.004 DISP Adjust the TG 501 VARIABLE TIMING control so that the 26.004 DISP the 2nd and 10th marker pulses coincide exactly with 26.004 DISP the UUT 2nd and 10th vertical gradicule lines. 26.005 MEMI Use keyboard to enter TG 501 VARIABLE TIMING reading: 26.006 MATH MEM = ((MEM * 0.01) * 50) + 50 26.007 ACC 50.000ms 0.001% 26.008 MEME 26.009 MEMC mT 3.0000% 50ms’div. 27.001 DISP Set the TG 501 MARKER SELECTOR to .1s. 27.002 IEEE HOR MTB,TIM .1E+00[10] 27.003 DISP Adjust the X POS control so that the 2nd marker pulse 27.003 DISP coincides exactly with the 2nd vertical graticule line. 27.004 DISP Adjust the TG 501 VARIABLE TIMING control so that the 27.004 DISP the 2nd and 10th marker pulses coincide exactly with 27.004 DISP the UUT 2nd and 10th vertical gradicule lines. 27.005 MEMI Use keyboard to enter TG 501 VARIABLE TIMING reading: 27.006 MATH MEM = ((MEM * 0.01) * .1) + .1 27.007 ACC 0.1000s 0.001% 27.008 MEME 27.009 MEMC T 3.0000% .1s’div. 28.001 DISP Set the TG 501 MARKER SELECTOR to .2s. 28.002 IEEE HOR MTB,TIM .2E+00[10] 28.003 DISP Adjust the X POS control so that the 2nd marker pulse 28.003 DISP coincides exactly with the 2nd vertical graticule line. 28.004 DISP Adjust the TG 501 VARIABLE TIMING control so that the 28.004 DISP the 2nd and 10th marker pulses coincide exactly with 28.004 DISP the UUT 2nd and 10th vertical gradicule lines. 28.005 MEMI Use keyboard to enter TG 501 VARIABLE TIMING reading: 28.006 MATH MEM = ((MEM * 0.01) * .2) + .2 28.007 ACC 0.2000s 0.001% 28.008 MEME 28.009 MEMC T 3.0000% .2s’div. 29.001 DISP Set the TG 501 MARKER SELECTOR to .5s. 29.002 IEEE HOR MTB,TIM .5E+00[10] 29.003 DISP Adjust the X POS control so that the 2nd marker pulse 29.003 DISP coincides exactly with the 2nd vertical graticule line. 29.004 DISP Adjust the TG 501 VARIABLE TIMING control so that the 29.004 DISP the 2nd and 10th marker pulses coincide exactly with 29.004 DISP the UUT 2nd and 10th vertical gradicule lines. 29.005 MEMI Use keyboard to enter TG 501 VARIABLE TIMING reading: 29.006 MATH MEM = ((MEM * 0.01) * .5) + .5 29.007 ACC 0.5000s 0.001% 29.008 MEME 29.009 MEMC T 3.0000% .5s’div. 30.001 END