User Contributed MET/CAL PROCEDURE ============================================================================= INSTRUMENT: Sub PM 5138A: 5.4.5 - 5.4.6.1 IEEE DATE: 05-Jun-94 AUTHOR: User Contributed REVISION: ADJUSTMENT THRESHOLD: 95% NUMBER OF TESTS: 66 NUMBER OF LINES: 229 CONFIGURATION: Fluke 8842A CONFIGURATION: Philips PM 3365A ============================================================================= STEP FSC RANGE NOMINAL TOLERANCE MOD1 MOD2 3 4 CON 1.001 ASK- R N P F V 1.002 RSLT = 1.003 RSLT =5.4.5 Square Wave and Rectangular Pulses 1.004 HEAD {5.4.5.1 Rise and Fall Times} 1.005 IEEE *RST;FREQ 20E3;SQUA;AMPLT 40;AC ON;SYM ON;IMP 50[10] 1.006 DISP [27][91]m UUT PM 6654C 1.006 DISP 旼컴컴컴컴컴컴� 旼컴컴컴컴컴컴컴컴� 1.006 DISP � 께께 � 넹賽賽賽賽 A B � 1.006 DISP 읕컴컴컴컴컴崙� 읕컴컴컴懃컴켰컴懃� 1.006 DISP [27][91]m 훤袴袴袴袴袴袴袴暠50� Coax 1.007 RSLT =�20.00 KHz @ 40V Squarewave 1.008 CALL Sub PM 51xx RISETIME 1.009 MEMC 10 30.00nS +100% 0.00U Risetime 2.001 CALL Sub PM 51xx FALLTIME 2.002 MEMC 10 30.00nS +100% 0.00U Falltime 3.001 IEEE FREQ 20.01E3[10] 3.002 RSLT =�20.01 KHz @ 40V Squarewave 3.003 CALL Sub PM 51xx RISETIME 3.004 MEMC 10 30.00nS +100% 0.00U Risetime 4.001 CALL Sub PM 51xx FALLTIME 4.002 MEMC 10 30.00nS +100% 0.00U Falltime 5.001 IEEE FREQ 50E3[10] 5.002 RSLT =�50.00 KHz @ 40V Squarewave 5.003 CALL Sub PM 51xx RISETIME 5.004 MEMC 10 30.00nS +100% 0.00U Risetime 6.001 CALL Sub PM 51xx FALLTIME 6.002 MEMC 10 30.00nS +100% 0.00U Falltime 7.001 IEEE FREQ 100E3[10] 7.002 RSLT =100.00 KHz @ 40V Squarewave 7.003 CALL Sub PM 51xx RISETIME 7.004 MEMC 10 30.00nS +100% 0.00U Risetime 8.001 CALL Sub PM 51xx FALLTIME 8.002 MEMC 10 30.00nS +100% 0.00U Falltime 9.001 IEEE FREQ 200E3[10] 9.002 RSLT =200.00 KHz @ 40V Squarewave 9.003 CALL Sub PM 51xx RISETIME 9.004 MEMC 10 30.00nS +100% 0.00U Risetime 10.001 CALL Sub PM 51xx FALLTIME 10.002 MEMC 10 30.00nS +100% 0.00U Falltime 11.001 IEEE FREQ 500E3[10] 11.002 RSLT =500.00 KHz @ 40V Squarewave 11.003 CALL Sub PM 51xx RISETIME 11.004 MEMC 10 30.00nS +100% 0.00U Risetime 12.001 CALL Sub PM 51xx FALLTIME 12.002 MEMC 10 30.00nS +100% 0.00U Falltime 13.001 IEEE FREQ 501E3[10] 13.002 RSLT =501.00 KHz @ 40V Squarewave 13.003 CALL Sub PM 51xx RISETIME 13.004 MEMC 10 20.00nS +100% 0.00U Risetime 14.001 CALL Sub PM 51xx FALLTIME 14.002 MEMC 10 20.00nS +100% 0.00U Falltime 15.001 IEEE *RST;FREQ 20E3;POSPUL;AMPLT 20;AC ON;SYM ON;IMP 50[10] 15.002 RSLT =�20.00 KHz @ 40V Positive Pulse 15.003 CALL Sub PM 51xx RISETIME 15.004 MEMC 10 30.00nS +100% 0.00U Risetime 16.001 CALL Sub PM 51xx FALLTIME 16.002 MEMC 10 30.00nS +100% 0.00U Falltime 17.001 IEEE FREQ 20.01E3[10] 17.002 RSLT =�20.01 KHz @ 40V Positive Pulse 17.003 CALL Sub PM 51xx RISETIME 17.004 MEMC 10 30.00nS +100% 0.00U Risetime 18.001 CALL Sub PM 51xx FALLTIME 18.002 MEMC 10 30.00nS +100% 0.00U Falltime 19.001 IEEE FREQ 50E3[10] 19.002 RSLT =�50.00 KHz @ 40V Positive Pulse 19.003 CALL Sub PM 51xx RISETIME 19.004 MEMC 10 30.00nS +100% 0.00U Risetime 20.001 CALL Sub PM 51xx FALLTIME 20.002 MEMC 10 30.00nS +100% 0.00U Falltime 21.001 IEEE FREQ 100E3[10] 21.002 RSLT =100.00 KHz @ 40V Positive Pulse 21.003 CALL Sub PM 51xx RISETIME 21.004 MEMC 10 30.00nS +100% 0.00U Risetime 22.001 CALL Sub PM 51xx FALLTIME 22.002 MEMC 10 30.00nS +100% 0.00U Falltime 23.001 IEEE FREQ 200E3[10] 23.002 RSLT =200.00 KHz @ 40V Positive Pulse 23.003 CALL Sub PM 51xx RISETIME 23.004 MEMC 10 30.00nS +100% 0.00U Risetime 24.001 CALL Sub PM 51xx FALLTIME 24.002 MEMC 10 30.00nS +100% 0.00U Falltime 25.001 IEEE FREQ 500E3[10] 25.002 RSLT =500.00 KHz @ 40V Positive Pulse 25.003 CALL Sub PM 51xx RISETIME 25.004 MEMC 10 30.00nS +100% 0.00U Risetime 26.001 CALL Sub PM 51xx FALLTIME 26.002 MEMC 10 30.00nS +100% 0.00U Falltime 27.001 IEEE FREQ 501E3[10] 27.002 RSLT =501.00 KHz @ 40V Positive Pulse 27.003 CALL Sub PM 51xx RISETIME 27.004 MEMC 10 20.00nS +100% 0.00U Risetime 28.001 CALL Sub PM 51xx FALLTIME 28.002 MEMC 10 20.00nS +100% 0.00U Falltime 29.001 IEEE *RST;FREQ 20E3;NEGPUL;AMPLT 20;AC ON;SYM ON[10] 29.002 RSLT =�20.00 KHz @ 40V Negative Pulse 29.003 CALL Sub PM 51xx RISETIME 29.004 MEMC 10 30.00nS +100% 0.00U Risetime 30.001 CALL Sub PM 51xx FALLTIME 30.002 MEMC 10 30.00nS +100% 0.00U Falltime 31.001 IEEE FREQ 20.01E3[10] 31.002 RSLT =�20.01 KHz @ 40V Negative Pulse 31.003 CALL Sub PM 51xx RISETIME 31.004 MEMC 10 30.00nS +100% 0.00U Risetime 32.001 CALL Sub PM 51xx FALLTIME 32.002 MEMC 10 30.00nS +100% 0.00U Falltime 33.001 IEEE FREQ 50E3[10] 33.002 RSLT =�50.00 KHz @ 40V Negative Pulse 33.003 CALL Sub PM 51xx RISETIME 33.004 MEMC 10 30.00nS +100% 0.00U Risetime 34.001 CALL Sub PM 51xx FALLTIME 34.002 MEMC 10 30.00nS +100% 0.00U Falltime 35.001 IEEE FREQ 100E3[10] 35.002 RSLT =100.00 KHz @ 40V Negative Pulse 35.003 CALL Sub PM 51xx RISETIME 35.004 MEMC 10 30.00nS +100% 0.00U Risetime 36.001 CALL Sub PM 51xx FALLTIME 36.002 MEMC 10 30.00nS +100% 0.00U Falltime 37.001 IEEE FREQ 200E3[10] 37.002 RSLT =200.00 KHz @ 40V Negative Pulse 37.003 CALL Sub PM 51xx RISETIME 37.004 MEMC 10 30.00nS +100% 0.00U Risetime 38.001 CALL Sub PM 51xx FALLTIME 38.002 MEMC 10 30.00nS +100% 0.00U Falltime 39.001 IEEE FREQ 500E3[10] 39.002 RSLT =500.00 KHz @ 40V Negative Pulse 39.003 CALL Sub PM 51xx RISETIME 39.004 MEMC 10 30.00nS +100% 0.00U Risetime 40.001 CALL Sub PM 51xx FALLTIME 40.002 MEMC 10 30.00nS +100% 0.00U Falltime 41.001 IEEE FREQ 501E3[10] 41.002 RSLT =501.00 KHz @ 40V Negative Pulse 41.003 CALL Sub PM 51xx RISETIME 41.004 MEMC 10 20.00nS +100% 0.00U Risetime 42.001 CALL Sub PM 51xx FALLTIME 42.002 MEMC 10 20.00nS +100% 0.00U Falltime 43.001 HEAD {5.4.5.2 Overshoot, Ringing, Tilt} 43.002 IEEE [@3365]FRO 0,SET AUT,VER A,FCN ON,ATT 20E-03,CPL AC, 43.002 IEEE [@3365]HOR MTB,FCN ON,TIM .1E-06[10][GTL] 43.003 IEEE *RST;FREQ 2E6;SQUA;AMPLT .2;AC ON;SYM ON;IMP 50[10] 43.004 MESS [27][91]m UUT 旼컴컴컴컴컴컴커 PM 3365A 43.004 MESS 旼컴컴컴컴컴컴� � 굇굇 � � 43.004 MESS � 께께 � � 굇굇 켂 ext B� 43.004 MESS 읕컴컴컴컴컴崙� 읕컴컴컴崙켰컴吏 43.004 MESS [27][91]m � � 50� Ternination 43.004 MESS [27][91]m 50� coax 훤袴袴袴袴袴� 43.004 MESS 43.004 MESS 43.005 RSLT =Squarewave - 2MHz, 200mV 43.006 EVAL {Are the P-P aberations < 4 mVpp}? 44.001 MESS 44.002 IEEE [@3365]FRO 0,VER A,FCN ON,ATT 2E+00[10][GTL] 44.003 IEEE AMPLT 20[10] 44.004 RSLT = 44.005 RSLT =Squarewave - 2MHz, 20V 44.006 EVAL {Are the P-P aberations < 400 mVpp}? 45.001 IEEE [@3365]FRO 0,VER A,FCN ON,ATT 1E+00[10][GTL] 45.002 IEEE POSPUL;AMPLT 10;AC ON;SYM ON;IMP 50[10] 45.003 RSLT = 45.004 RSLT =Positive Pulse - 2MHz, 20V 45.005 EVAL {Are the P-P aberations < 200 mVpp}? 46.001 IEEE NEGPUL;AMPLT 10;AC ON;SYM ON;IMP 50[10] 46.002 RSLT = 46.003 RSLT =Negative Pulse - 2MHz, 20V 46.004 EVAL {Are the P-P aberations < 200 mVpp}? 47.001 RSLT = 47.002 RSLT =5.4.6 AC Output Amplitude 47.003 HEAD {5.4.6.1 AC Voltage Accuracy Test <=200KHz} 47.004 DISP [27][91]m UUT 8840 47.004 DISP 旼컴컴컴컴컴컴� 旼컴複複複� 47.004 DISP � 께께 � � � 賽賽賽� 47.004 DISP 읕컴컴컴컴컴崙� 읕崙컴컴컴� 47.004 DISP [27][91]m 훤袴袴�50� Coax term with 50� Load. 47.005 RSLT =10 Khz Sinewave 47.006 IEEE *RST;FREQ 10E3;AMPLT .15[10] 47.007 8842 100 26.45mV 2.1% 0.00U 10kH 2W 48.001 IEEE AMPLT .41[10] 48.002 8842 100 72.45mV 2% 0.00U 10kH 2W 49.001 IEEE AMPLT 4[10] 49.002 8842 100 707.00mV 2% 0.00U 10kH 2W 50.001 IEEE AMPLT 4.1[10] 50.002 8842 100 724.50mV 2% 0.00U 10kH 2W 51.001 IEEE AMPLT 40[10] 51.002 8842 10 7.071V 2% 0.000U 10kH 2W 52.001 RSLT =100 Khz Sinewave 52.002 IEEE *RST;FREQ 100E3;AMPLT .15[10] 52.003 8842 100 26.45mV 2.1% 0.00U 100kH 2W 53.001 IEEE AMPLT .41[10] 53.002 8842 100 72.45mV 2.5% 0.00U 100kH 2W 54.001 IEEE AMPLT 4[10] 54.002 8842 100 707.00mV 2.5% 0.00U 100kH 2W 55.001 IEEE AMPLT 4.1[10] 55.002 8842 100 724.50mV 2.5% 0.00U 100kH 2W 56.001 IEEE AMPLT 40[10] 56.002 8842 10 7.071V 2.5% 0.000U 100kH 2W 57.001 RSLT =10 Khz Squarewave 57.002 IEEE *RST;FREQ 10E3;AMPLT .15;SQUA[10] 57.003 8842 100 37.50mV 2% 0.00U 10kH 2W 58.001 IEEE AMPLT .41[10] 58.002 8842 100 102.50mV 2% 0.00U 10kH 2W 59.001 IEEE AMPLT 4[10] 59.002 8842 10 1.000V 2% 0.000U 10kH 2W 60.001 IEEE AMPLT 4.1[10] 60.002 8842 10 1.025V 2% 0.000U 10kH 2W 61.001 IEEE AMPLT 40[10] 61.002 8842 10 10.000V 2% 0.000U 10kH 2W 62.001 RSLT =10 Khz Positive Pulse 62.002 IEEE *RST;FREQ 10E3;AMPLT .15;POSPUL[10] 62.003 8842 100 37.50mV 2% 0.00U 10kH 2W 63.001 IEEE AMPLT .21[10] 63.002 8842 100 52.45mV 2% 0.00U 10kH 2W 64.001 IEEE AMPLT 2[10] 64.002 8842 100 500.00mV 2% 0.00U 10kH 2W 65.001 IEEE AMPLT 2.1[10] 65.002 8842 100 524.50mV 2% 0.00U 10kH 2W 66.001 IEEE AMPLT 20[10] 66.002 8842 10 5.000V 2% 0.000U 10kH 2W