User Contributed MET/CAL PROCEDURE ============================================================================= INSTRUMENT: Sub PM 5138A: 5.4.8.4 - 5.4.10 IEEE DATE: 05-Jun-94 AUTHOR: User Contributed REVISION: ADJUSTMENT THRESHOLD: 95% NUMBER OF TESTS: 32 NUMBER OF LINES: 200 CONFIGURATION: Fluke 8842A CONFIGURATION: Philips PM 5191 CONFIGURATION: HP 8901A CONFIGURATION: Philips PM 3365A ============================================================================= STEP FSC RANGE NOMINAL TOLERANCE MOD1 MOD2 3 4 CON 1.001 ASK- R N P F V 1.002 HEAD {5.4.8.4 FM Distortion Test} 1.003 IEEE *RST;[D200]FREQ 10E6;FM;AMPLT 5;MODFRE 1E3;FMDEV 1 1.004 CALL SUB THD Measurement 1.005 MEMC 100 -47.0dBc +53U 2.001 HEAD {5.4.8.5 FM Deviation Accuracy Test} 2.002 RSLT =Fmod - 1 KHz 2.003 IEEE *RST;[D200]FREQ 10E6;FM;AMPLT 5;MODFRE 1E3;FMDEV 2[10] 2.004 IEEE [@8901]M2 H0 L0 D1 T0 AU[I][D1000][I] 2.005 CALL SUB FM Measurement 2.006 MEMC 100 200.0KH 3.0U 3.001 IEEE FMDEV 1.8[10][D1000] 3.002 CALL SUB FM Measurement 3.003 MEMC 100 180.0KH 3.0U 4.001 IEEE FMDEV 1.6[10][D1000] 4.002 CALL SUB FM Measurement 4.003 MEMC 100 160.0KH 3.0U 5.001 IEEE FMDEV 1.4[10][D1000] 5.002 CALL SUB FM Measurement 5.003 MEMC 100 140.0KH 3.0U 6.001 IEEE FMDEV 1.2[10][D1000] 6.002 CALL SUB FM Measurement 6.003 MEMC 100 120.0KH 3.0U 7.001 IEEE FMDEV 1.0[10][D1000] 7.002 CALL SUB FM Measurement 7.003 MEMC 100 100.0KH 3.0U 8.001 IEEE FMDEV 0.8[10][D1000] 8.002 CALL SUB FM Measurement 8.003 MEMC 100 80.0KH 3.0U 9.001 IEEE FMDEV 0.6[10][D1000] 9.002 CALL SUB FM Measurement 9.003 MEMC 100 60.0KH 3.0U 10.001 IEEE FMDEV 0.4[10][D1000] 10.002 CALL SUB FM Measurement 10.003 MEMC 100 40.0KH 3.0U 11.001 IEEE FMDEV 0.2[10][D1000] 11.002 CALL SUB FM Measurement 11.003 MEMC 100 20.0KH 3.0U 12.001 RSLT =Fmod - 100 KHz 12.002 IEEE *RST;[D200]FREQ 10E6;FM;AMPLT 5;MODFRE 100E3;FMDEV 2[10] 12.003 IEEE [@8901]M2 H0 L0 D1 T0 AU[I][D1000][I] 12.004 CALL SUB FM Measurement 12.005 MEMC 100 200.0KH 20.0U 13.001 IEEE FMDEV 1.8[10][D1000] 13.002 CALL SUB FM Measurement 13.003 MEMC 100 180.0KH 20.0U 14.001 IEEE FMDEV 1.6[10][D1000] 14.002 CALL SUB FM Measurement 14.003 MEMC 100 160.0KH 20.0U 15.001 IEEE FMDEV 1.4[10][D1000] 15.002 CALL SUB FM Measurement 15.003 MEMC 100 140.0KH 20.0U 16.001 IEEE FMDEV 1.2[10][D1000] 16.002 CALL SUB FM Measurement 16.003 MEMC 100 120.0KH 20.0U 17.001 IEEE FMDEV 1.0[10][D1000] 17.002 CALL SUB FM Measurement 17.003 MEMC 100 100.0KH 20.0U 18.001 IEEE FMDEV 0.8[10][D1000] 18.002 CALL SUB FM Measurement 18.003 MEMC 100 80.0KH 20.0U 19.001 IEEE FMDEV 0.6[10][D1000] 19.002 CALL SUB FM Measurement 19.003 MEMC 100 60.0KH 20.0U 20.001 IEEE FMDEV 0.4[10][D1000] 20.002 CALL SUB FM Measurement 20.003 MEMC 100 40.0KH 20.0U 21.001 IEEE FMDEV 0.2[10][D1000] 21.002 CALL SUB FM Measurement 21.003 MEMC 100 20.0KH 20.0U 22.001 HEAD {5.4.8.6 Phase Shift Keying (PSK) Functional Test} 22.002 IEEE *RST;FREQ 1E3;AMPLT 5;TRNG;MODFREQ 1E3;PSK[10] 22.003 IEEE [@3365]FRO 0,SET AUT,VER A,FCN ON,ATT .5E+00,CPL DC[10] 22.004 IEEE [@3365]FRO 0,VER A,POS +0000,VER B,FCN OFF[10] 22.005 IEEE [@3365]FRO 0,HOR MTB,FCN ON,TIM .2E-03,TSO EXT[10] 22.006 IEEE [@3365]FRO 0,MSC AUX,MEM OFF[10] 22.007 MESS PM 3365A MOD Output 22.007 MESS 旼컴컴컴컴컴컴커 �袴袴袴袴袴敲 22.007 MESS � 굇굇 � � � 旼컴컴컴컴懃컴� 22.007 MESS � 굇굇 켂 ext B� � � 굇굇 UUT � 22.007 MESS 읕컴컴컴崙켰컴芩 � 읕컴컴컴컴컴崙� 22.007 MESS [255] 50� � 훤袴袴� � 22.007 MESS [255] Term훤袴袴袴袴袴袴袴袴袴袴暠 50� Coax 22.008 EVAL Does the 3365 (Ch A) display a PSK waveform ? 23.001 HEAD {5.4.8.7 Gate Functional Test} 23.002 IEEE *RST;FREQ 100E3;AMPLT 5;MODFREQ 1E3;MODLN GATE[10] 23.003 MESS Check the Gated output signal has a 50 % duty 23.003 MESS cycle and is 2.5Vpp. 23.003 MESS 23.004 EVAL Does the 3365 (Ch A) display a GATED waveform ? 24.001 HEAD {5.4.8.8 Sweep Functional Test} 24.002 IEEE *RST;STARTF 1E3;STOPF 10E3;SWEEP LIN;CONT[10] 24.002 IEEE SWEEPT 100E-3;SWEEPM 1;AMPLT 5 24.003 IEEE [@3365]FRO 0,SET AUT,VER A,FCN ON,ATT .2E+00,CPL DC[10] 24.003 IEEE [@3365]FRO 0,VER B,FCN ON,ATT 5E+00,CPL DC[10] 24.004 IEEE [@3365]FRO 0,VER A,POS +2000,VER B,POS -2000[10] 24.005 IEEE [@3365]FRO 0,HOR MTB,FCN ON,TIM .2E-03,TSO A[10] 24.006 IEEE [@3365]FRO 0,MSC AUX,MEM OFF[10] 24.007 DISP PM 3365A SWEEP Output PEN LIFT Output 24.007 DISP 旼컴컴컴컴컴컴커 �袴袴袴袴袴敲 �袴袴敲 8840A 24.007 DISP � 굇굇 � � � 旼컴컴컴컴懃懃� 璞컴複複複� 24.007 DISP � 굇굇 켂 ext B� � � 굇굇 UUT � 넓 賽賽賽� 24.007 DISP 읕컴컴컴崙켕컴吏 � 읕컴컴컴컴컴崙� 읕컴컴컴컴� 24.007 DISP [255] 50� � 훤暠 � 24.007 DISP [255] Term훤袴袴袴袴袴袴袴袴袴袴暠 50� Coax #24.008 DISP PM 3365A #24.008 DISP 旼컴컴컴컴컴컴커 �袴袴袴袴袴敲 SWEEP Out #24.008 DISP � 굇굇 � � � 旼컴컴컴컴懃컴� #24.008 DISP � 굇굇 켂 ext B� � � 굇굇 UUT � #24.008 DISP 읕컴컴컴崙켕컴吏 � 읕컴컴컴컴컴崙� #24.008 DISP [255] 50� � 훤暠 � #24.008 DISP [255] Term훤袴袴袴袴袴袴袴袴袴袴暠 50� Coax 24.008 MESS Output (Ch A:Top trace) should be sweeping from 1 KHz 24.008 MESS to 10 KHz. 24.008 MESS Sweep out (Ch B:Bottom trace) should be sweeping from 24.008 MESS 0 Vdc to 10 Vdc and be in sync with the output. 24.008 MESS 24.009 EVAL Is the sweep mode operating correctly ? 25.001 RSLT = 25.002 RSLT =Pen Lift Output 25.003 IEEE *RST;STARTF 1E3;STOPF 10E3;SWEEP LIN[10] 25.003 IEEE SWEEPT 30E0;SWEEPM 1;AMPLT 5;SINGLE[10] 25.004 8842 0.000V 0.500U 2W 26.001 IEEE *RST;STARTF 1E3;STOPF 10E3;SWEEP LIN[10] 26.002 IEEE SWEEPT 1E-3;SWEEPM 1;AMPLT 5;SINGLE[10] 26.003 8842 5.000V 0.500U 2W 27.001 HEAD {5.4.8.9 Burst Functional Test} 27.002 DISP PM 3365A Mod Output Mod Input 27.002 DISP 旼컴컴컴컴컴컴커 �袴袴袴袴袴敲 �袴敲 PM 5193 27.002 DISP � 굇굇 � � � 旼컴컴컴컴懃懃� � 旼컴컴컴컴컴컴� 27.002 DISP � 굇굇 켂 ext B� � � 굇굇 UUT � � 넹賽賽賽� � 27.002 DISP 읕컴컴컴崙켕컴吏 � 읕컴컴컴컴컴崙� � 읕컴컴컴컴컴켰� 27.002 DISP [255] � 훤暠 � 훤袴袴袴袴袴袴暠 27.002 DISP [255] 훤袴袴袴袴袴袴袴袴袴袴暠 50� Coax 27.003 RSLT =Int BURST - 3 cycles with 1 mS rep rate. 27.004 IEEE *RST;FREQ 10E3;AMPLT 5;MODFREQ 1E3;ONPER 3[10] 27.005 IEEE STARTP 0;BURST;BURST ON[10] 27.006 IEEE [@3365]FRO 0,SET AUT,VER A,FCN ON,ATT 1E+00,CPL DC[10] 27.006 IEEE [@3365]VER B,FCN ON,ATT 2E+00,CPL DC[10] 27.007 IEEE [@3365]FRO 0,VER A,POS +2000,VER B,POS -3000[10] 27.008 IEEE [@3365]FRO 0,HOR MTB,FCN ON,TIM .2E-03,TSO B[10] 27.009 MESS Scope should display 3 cycles that start on the 27.009 MESS positive slope and repeat every 1 mS. 27.009 MESS 27.010 EVAL Does the 3365 (Ch A) display a BURST waveform ? 28.001 RSLT =Ext BURST - 3 cycles with 1 mS rep rate. 28.002 IEEE TRIGS EXT[10] 28.003 5191 5V 1kH -D SQ S 28.004 EVAL Does the 3365 (Ch A) display a BURST waveform ? 29.001 MESS 29.002 5191 * S 29.003 HEAD {5.4.9 TTL OUTPUT Level Test} 29.004 DISP PM 3365A 29.004 DISP 旼컴컴컴컴컴컴커 �袴袴袴袴袴敲 TTL Output 29.004 DISP � 굇굇 � � � 旼컴컴컴컴懃컴� 29.004 DISP � 굇굇 켂 ext B� � � 굇굇 UUT � 29.004 DISP 읕컴컴컴崙켕컴芩 � 읕컴컴컴컴컴崙� 29.004 DISP [255] 훤袴袴袴暠 50� Coax 29.005 IEEE *RST[10] 29.006 IEEE [@3365]FRO 0,SET AUT,VER A,FCN ON,ATT 1E+00,CPL DC[10] 29.007 IEEE [@3365]FRO 0,VER A,POS -2000,VER B,FCN OFF[10] 29.008 IEEE [@3365]FRO 0,MSC AUX,MEM ON[10] 29.008 IEEE [@3365]SPL CURSOR,FIRST 0000,SECOND 4095,PEAK ON[10] 29.008 IEEE [@3365]PEAK ?[10][I] 29.009 MATH MEM1=MEM 29.010 JMPT 29.013 29.011 MEM* -1 29.012 MATH MEM1=MEM 29.013 MEMC 100 4.600Vpp 0.600U 30.001 HEAD {5.4.10 Zo 600 � Test} 30.002 IEEE *RST;FREQ 1E3;AMPLT 20;IMP 600;AC ON[10] 30.003 DISP [255] UUT 8840 30.003 DISP 旼컴컴컴컴컴컴� 旼컴複複複� 30.003 DISP � 께께 � � � 賽賽賽� 30.003 DISP 읕컴컴컴컴컴崙� 읕崙컴컴컴� 30.003 DISP [255] 훤袴袴�50� Coax 30.004 8842 100 7.071V 0.177U 1kH 2W 31.001 DISP [255] UUT 8840 31.001 DISP 旼컴컴컴컴컴컴� 旼컴複複複� 31.001 DISP � 께께 � � � 賽賽賽� 31.001 DISP 읕컴컴컴컴컴崙� 읕崙컴컴컴� 31.001 DISP [255] 훤袴袴�50� Coax with 600� Load 31.002 8842 100 3.536V 0.089U 1kH 2W 32.001 END