5492GPIB B&K Precision, 5492GPIB Datasheet - Page 88
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5492GPIB
Manufacturer Part Number
5492GPIB
Description
DMM BENCH 5 1/2DGT WITH GPIB CRD
Manufacturer
B&K Precision
Type
Digital (DMM)r
Specifications of 5492GPIB
Includes
Test Leads
Style
Bench
Display Digits
5.5
Display Type
VFD, Dual
Display Count
120000
Function
Voltage, Current, Resistance, Frequency
Functions, Extra
Continuity, dB, Diode Test
Features
Hold, Min/Max, RS-232 Port
Ranging
Auto/Manual
Response
True RMS
Accuracy
+/- 0.012 %
Lead Free Status / Rohs Status
Lead free / RoHS Compliant
' Reset the meter by issuing the reset (*RST) command. Instruct the
' meter to measure the volts alternating current (VAC) using auto-ranging (AUTO).
' If the error bit EERR is set in IBSTA%, call GPIBERR with an error message.
' Initialize the accumulator of the 10 measurements to zero.
' Establish FOR loop to read the 10 measurements. The variable i% will
' serve as a counter for the FOR loop.
' Print the average of the 10 readings.
' Call the IBONL function to disable the hardware and software.
CALL ibclr(dvm%)
IF (ibsta% AND EERR) THEN CALL gpiberr("Ibclr Error")
wrt$ = "*RST"
CALL ibwrt(dvm%, wrt$)
IF (ibsta% AND EERR) THEN CALL gpiberr("Ibwrt Error")
wrt$ = "CONF:VOLT:AC"
CALL ibwrt(dvm%, wrt$)
IF (ibsta% AND EERR) THEN CALL gpiberr("Ibwrt Error")
sum = 0!
FOR i% = 1 TO 10
NEXT i%
PRINT "The average of the 10 readings is: ", sum / 10
wrt$ = "READ?"
CALL ibwrt(dvm%, wrt$)
IF (ibsta% AND EERR) THEN CALL gpiberr("Ibwrt Error")
rd$ = SPACE$(11)
CALL ibrd(dvm%, rd$)
IF (ibsta% AND EERR) THEN CALL gpiberr("Ibrd Error")
reading$ = LEFT$(rd$, ibcnt%)
PRINT "reading: "; reading$
sum = sum + VAL(reading$)
' Request the measurement by sending the instruction
' "READ?". If the error bit EERR is set in IBSTA%, call GPIBERR
' with an error message.
' Read the meter measurement. If the error bit EERR is set in
' IBSTA%, call GPIBERR with an error message.
' Remove blank spaces in RD$ and assign resulting buffer to READING$.
' Print measurement returned by the meter.
' Convert READING$ to its numeric value and add to the accumulator.
' Continue FOR loop until 10 measurements are read.
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