User Contributed MET/CAL PROCEDURE ============================================================================= INSTRUMENT: PM3375 Sub2 DATE: 07-Apr-97 AUTHOR: User Contributed REVISION: ADJUSTMENT THRESHOLD: 70% NUMBER OF TESTS: 16 NUMBER OF LINES: 153 ============================================================================= STEP FSC RANGE NOMINAL TOLERANCE MOD1 MOD2 3 4 CON 1.001 ASK- P F 1.002 ASK+ X 1.003 HEAD {Vertical Deflection Coefficients Ch A} 1.004 DISP Set the PG 506 front panel controls as follows: 1.004 DISP AMPLITUDE ................. 10 mV 1.004 DISP function switch ........... STD AMPL 1.005 PIC 55sc_a (3,9,R/W) "Connect the PG 506 STD OUTPUT" 1.005 PIC (4,9,R/W) "to the UUT "A" input." 1.006 IEEE SET AUT,MSC AUX,XPOS LOCAL,MEM OFF, 1.006 IEEE VER A,POS LOCAL,VAR LOCAL,ATT 2E-03,CPL DC, 1.006 IEEE VER B,POS LOCAL,VAR LOCAL, 1.006 IEEE HOR MTB,VAR LOCAL,LEV LOCAL,TIM .5E-03[10] 1.007 DISP Set the PG 506 AMPLITUDE VARIABLE to the out position 1.007 DISP and adjust for a UUT deflection of 5 divisions. 1.008 MEMI Use keyboard to enter actual UUT reading in % 1.009 ACC 10.0mV 0.25% 1.010 MATH MEM = ((MEM * 10) / 100) + 10 1.011 MEME 1.012 MEMC mV 3% 0.00U 1kH 2.001 IEEE VER A,ATT 5E-03[10] 2.002 DISP Set the PG 506 front panel controls as follows: 2.002 DISP AMPLITUDE ................. 20 mV 2.003 DISP Adjust the PG 506 for a UUT deflection of 4 divisions. 2.004 MEMI Use keyboard to enter actual UUT reading in % 2.005 ACC 20.0mV 0.25% 2.006 MATH MEM = ((MEM * 20) / 100) + 20 2.007 MEME 2.008 MEMC mV 3% 0.00U 1kH 3.001 IEEE ATT 10E-03[10] 3.002 DISP Set the PG 506 front panel controls as follows: 3.002 DISP AMPLITUDE ................. 50 mV 3.003 DISP Adjust the PG 506 for a UUT deflection of 5 divisions. 3.004 MEMI Use keyboard to enter actual UUT reading in % 3.005 ACC 50.0mV 0.25% 3.006 MATH MEM = ((MEM * 50) / 100) + 50 3.007 MEME 3.008 MEMC mV 3% 0.00U 1kH 4.001 IEEE ATT 20E-03[10] 4.002 DISP Set the PG 506 front panel controls as follows: 4.002 DISP AMPLITUDE ................. 0.1 V 4.003 DISP Adjust the PG 506 for a UUT deflection of 5 divisions. 4.004 MEMI Use keyboard to enter actual UUT reading in % 4.005 ACC 100.0mV 0.25% 4.006 MATH MEM = ((MEM * 100) / 100) + 100 4.007 MEME 4.008 MEMC mV 3% 0.00U 1kH 5.001 IEEE ATT 50E-03[10] 5.002 DISP Set the PG 506 front panel controls as follows: 5.002 DISP AMPLITUDE ................. 0.2 V 5.003 DISP Adjust the PG 506 for a UUT deflection of 4 divisions. 5.004 MEMI Use keyboard to enter actual UUT reading in % 5.005 ACC 200.0mV 0.25% 5.006 MATH MEM = ((MEM * 200) / 100) + 200 5.007 MEME 5.008 MEMC mV 3% 0.00U 1kH 6.001 IEEE ATT .1E+00[10] 6.002 DISP Set the PG 506 front panel controls as follows: 6.002 DISP AMPLITUDE ................. 0.5 V 6.003 DISP Adjust the PG 506 for a UUT deflection of 5 divisions. 6.004 MEMI Use keyboard to enter actual UUT reading in % 6.005 ACC 500.0mV 0.25% 6.006 MATH MEM = ((MEM * 500) / 100) + 500 6.007 MEME 6.008 MEMC mV 3% 0.00U 1kH 7.001 IEEE ATT .2E+00[10] 7.002 DISP Set the PG 506 front panel controls as follows: 7.002 DISP AMPLITUDE ................. 1 V 7.003 DISP Adjust the PG 506 for a UUT deflection of 5 divisions. 7.004 MEMI Use keyboard to enter actual UUT reading in % 7.005 ACC 1.00V 0.25% 7.006 MATH MEM = ((MEM * 1) / 100) + 1 7.007 MEME 7.008 MEMC mV 3% 0.00U 1kH 8.001 IEEE ATT .5E+00[10] 8.002 DISP Set the PG 506 front panel controls as follows: 8.002 DISP AMPLITUDE ................. 2 V 8.003 DISP Adjust the PG 506 for a UUT deflection of 4 divisions. 8.004 MEMI Use keyboard to enter actual UUT reading in % 8.005 ACC 2.00V 0.25% 8.006 MATH MEM = ((MEM * 2) / 100) + 2 8.007 MEME 8.008 MEMC mV 3% 0.00U 1kH 9.001 IEEE ATT 1E+00[10] 9.002 DISP Set the PG 506 front panel controls as follows: 9.002 DISP AMPLITUDE ................. 5 V 9.003 DISP Adjust the PG 506 for a UUT deflection of 5 divisions. 9.004 MEMI Use keyboard to enter actual UUT reading in % 9.005 ACC 5.00V 0.25% 9.006 MATH MEM = ((MEM * 5) / 100) + 5 9.007 MEME 9.008 MEMC mV 3% 0.00U 1kH 10.001 IEEE ATT 2E+00[10] 10.002 DISP Set the PG 506 front panel controls as follows: 10.002 DISP AMPLITUDE ................. 10 V 10.003 DISP Adjust the PG 506 for a UUT deflection of 5 divisions. 10.004 MEMI Use keyboard to enter actual UUT reading in % 10.005 ACC 10.00V 0.25% 10.006 MATH MEM = ((MEM * 10) / 100) + 10 10.007 MEME 10.008 MEMC mV 3% 0.00U 1kH 11.001 IEEE ATT 5E+00[10] 11.002 DISP Set the PG 506 front panel controls as follows: 11.002 DISP AMPLITUDE ................. 20 V 11.003 DISP Adjust the PG 506 for a UUT deflection of 4 divisions. 11.004 MEMI Use keyboard to enter actual UUT reading in % 11.005 ACC 20.00V 0.25% 11.006 MATH MEM = ((MEM * 20) / 100) + 20 11.007 MEME 11.008 MEMC mV 3% 0.00U 1kH 12.001 IEEE ATT 10E+00[10] 12.002 DISP Set the PG 506 front panel controls as follows: 12.002 DISP AMPLITUDE ................. 50 V 12.003 DISP Adjust the PG 506 for a UUT deflection of 5 divisions. 12.004 MEMI Use keyboard to enter actual UUT reading in % 12.005 ACC 50.00V 0.25% 12.006 MATH MEM = ((MEM * 50) / 100) + 50 12.007 MEME 12.008 MEMC mV 3% 0.00U 1kH 13.001 HEAD {Variable Gain Control Range: Ch A} 13.002 RSLT =Is displayed amplitude <2 div.? 13.003 DISP Set the PG 506 front panel controls as follows: 13.003 DISP AMPLITUDE ................. 5 V 13.004 IEEE ATT 1E+00,CPL DC[10] 13.005 MESS Turn Ch A VAR control fully CCW. 13.005 MESS 13.006 EVAL Is displayed amplitude <2 div.? 14.001 MESS 14.002 DISP Turn Ch A VAR control fully CW. 14.003 HEAD {Input Coupling: Ch A} 14.004 RSLT =Was input signal interrupted (ground reference)? 14.005 IEEE CPL ZERO[10] 14.006 MESS Center the trace on the CRT 14.006 MESS 14.007 EVAL Was input signal interrupted (ground reference)? 15.001 RSLT =Did the signal shift upward (DC coupling)? 15.002 IEEE CPL AC[10][GTL] 15.003 MESS Toggle Ch A AC/DC between AC and DC. 15.003 MESS 15.003 MESS Square wave should shift upward when DC is selected. 15.003 MESS 15.004 EVAL Did the signal shift upward (DC coupling)? 16.001 MESS