# Config settings
countergpib = 5
multigpib = None
vrange = 1
vresolution = 0.0001
gatetime = 0.1 # in seconds
# Setting up frequency counter
counter = AgilentCounter(gpib = countergpib)
if (counter == None):
exit
counter.reset()
counter.setupFast()
counter.write(":FUNC 'FREQ 1'")
counter.setupGating(gatetime)
# Setting up multimeter
multi = AgilentMultimeter(gpib = multigpib) if multigpib else None
if multi:
multi.reset()
# 5-1/2 digits fast
multi.write("CONF:VOLT:DC %d" %(vrange))
multi.write("VOLT:DC:NPLC 0.2")
multi.write("TRIG:SOUR IMM")
# Need to do one reading to set up Wait-For-Trigger state!
multi.ask("READ?")
# Setting up output file
datafile = "freqlog_%s.log" %(strftime("%y%m%d_%H%M%S"))
from agilentmultimeter import AgilentMultimeter
# Config settings
countergpib = 1
multigpib = 6
vrange = 1
vresolution = 0.0001
# Setting up frequency counter
counter = AgilentCounter(gpib=countergpib)
if counter == None:
exit
counter.reset()
counter.setupFast()
counter.write(":FUNC 'FREQ 1'")
counter.setupGating(0.1)
# Setting up multimeter Agilent - 34401
multi = AgilentMultimeter(gpib=multigpib)
if multi == None:
exit
multi.reset()
# Resistance measurement - 2 Wire
multi.write("CONF:RESISTANCE")
multi.write("RESISTANCE:NPLC 0.2")
multi.write("TRIG:SOUR IMM")
# Need to do one reading to set up Wait-For-Trigger state!
multi.ask("READ?")
# Setting up output file
datafile = "beatohm_%s.log" % (strftime("%y%m%d_%H%M%S"))
