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voltage.mc
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MET/CAL Procedure
=============================================================================
INSTRUMENT: DC Voltage In
INSTRUMENT: DC Voltage Out
INSTRUMENT: AC Voltage In
INSTRUMENT: AC Voltage Out
DATE: 2024-04-05 10:23:30
AUTHOR: Dan Erlandsen
REVISION:
ADJUSTMENT THRESHOLD: 70%
NUMBER OF TESTS: 13
NUMBER OF LINES: 130
CONFIGURATION: Fluke 5550A
CONFIGURATION: Fluke 8558A
=============================================================================
STEP FSC RANGE NOMINAL TOLERANCE MOD1 MOD2 3 4 CON
1.001 JMPT 1.005 DC Voltage In
1.002 JMPT 4.003 DC Voltage Out
1.003 JMPT 7.003 AC Voltage In
1.004 JMPT 10.003 AC Voltage Out
#===================================================================================================
1.005 LABEL DCIN
1.006 TARGET -p
1.007 VSET TDESC = [MEM1]
1.008 IF (M[5] == 0)
# 2.002 MATH MEM1 = M[1]
1.009 5550A +Voltage = [MEM1]V
1.010 MEMI Skriv inn måleresultat i V
1.011 MEMCX 10 V TOL
2.001 ELSEIF (M[5] == -3)
# 1.003 MATH MEM1 = M[1]
2.002 5550A +Voltage = [MEM1]mV
2.003 MEMI Skriv inn måleresultat i mV
2.004 MEMCX 100 mV TOL
3.001 ELSEIF (M[5] == -6)
# 2.002 MATH MEM1 = M[1]
3.002 5550A +Voltage = [MEM1]µV
3.003 MEMI Skriv inn måleresultat i µV
3.004 MEMCX 30 µV TOL
4.001 ENDIF
4.002 END
#=============================================================================================
4.003 LABEL DCOUT
4.004 TARGET -p
4.005 8558A +Voltage = [MEM1]V; Setup
4.006 VSET TDESC = [MEM1]
4.007 IF (M[5] == 0)
4.008 8558A +Voltage = [MEM1]V; Setup
# 2.002 MATH MEM1 = M[1]
4.009 DISP Set UUT til [MEM1]V Source
4.010 8558A +Voltage = [MEM1]V; Read
4.011 MEMCX 30 V TOL
5.001 ELSEIF (M[5] == -3)
5.002 8558A +Voltage = [MEM1]mV; Setup
# 1.003 MATH MEM1 = M[1]
5.003 DISP Set UUT til [MEM1]mV Source
5.004 8558A +Voltage = [MEM1]mV; Read
5.005 MEMCX 110 mV TOL
6.001 ELSEIF (M[5] == -6)
6.002 8558A +Voltage = [MEM1]µV; Setup
# 2.002 MATH MEM1 = M[1]
6.003 DISP Set UUT til [MEM1]µV Source
6.004 8558A +Voltage = [MEM1]µV; Read
6.005 MEMCX 30 µV TOL
7.001 ENDIF
7.002 END
#============================================================================================
7.003 LABEL ACIN
7.004 TARGET -p
7.005 VSET TDESC = [MEM1]
7.006 IF (M[5] == 0)
# 2.002 MATH MEM1 = M[1]
7.007 5550A +Voltage = [MEM1]V; Freq = [M6] Hz
7.008 MEMI Skriv inn måleresultat i V
7.009 MEMCX 30 V TOL
8.001 ELSEIF (M[5] == -3)
# 1.003 MATH MEM1 = M[1]
8.002 5550A +Voltage = [MEM1]mV; Freq = [M6] Hz
8.003 MEMI Skriv inn måleresultat i mV
8.004 MEMCX 100 mV TOL
9.001 ELSEIF (M[5] == -6)
# 2.002 MATH MEM1 = M[1]
9.002 5550A +Voltage = [MEM1]µV; Freq = [M6] Hz
9.003 MEMI Skriv inn måleresultat i µV
9.004 MEMCX 30 µV TOL
10.001 ENDIF
10.002 END
10.003 LABEL ACOUT
10.004 TARGET -p
10.005 IF (M[5] == 0)
10.006 8558A +Voltage = [MEM1]V; Freq = [M6] Hz; Setup
# 2.002 MATH MEM1 = M[1]
10.007 DISP Set UUT til [MEM1]V Source
10.008 8558A +Voltage = [MEM1]V; Freq = [M6] Hz; Read
10.009 MEMCX 30 V TOL
11.001 ELSEIF (M[5] == -3)
11.002 8558A +Voltage = [MEM1]mV; Freq = [M6] Hz; Setup
# 1.003 MATH MEM1 = M[1]
11.003 DISP Set UUT til [MEM1]mV Source
11.004 8558A +Voltage = [MEM1]mV; Freq = [M6] Hz; Read
11.005 MEMCX 100 mV TOL
12.001 ELSEIF (M[5] == -6)
12.002 8558A +Voltage = [MEM1]µV; Freq = [M6] Hz; Setup
# 2.002 MATH MEM1 = M[1]
12.003 DISP Set UUT til [MEM1]µV Source
12.004 8558A +Voltage = [MEM1]µV; Freq = [M6] Hz; Read
12.005 MEMCX 30 µV TOL
13.001 ENDIF
13.002 END