print sl.writeDAC(1,1.0) sl.tranTriggeredPlot(1.5,sl.tmodeFall) print print " [ ] Command P checked if you get a step in next curve" print sl.stepPlot(0.0,1.0) print print " [ ] Commands W and V checked if you get:" print " Two periods of a sine wave on ADC1" print sl.waveSine(1.0,2.0,100) sl.wavePlot(1,tinit=0.1) print print " [ ] Command X checked if you also get:" print " Two periods of a sine wave on ADC1" print sl.singleWavePlot() print print " [ ] Commands w and v checked if you get:" print " Two periods of a sine wave on ADC1" print " One period of a triangle wave on ADC2" print sl.waveTriangle(1.0,2.0,200,second=True)
fc = 72 Hz
'''
# Locate slab in the parent folder
import sys
sys.path.append('..')
sys.path.append('.')
import slab
# Set prefix to locate calibrations
slab.setFilePrefix("../")
# Open serial communication
slab.connect()
# Set storage requirements
slab.setTransientStorage(100, 2)
# Set wave
slab.waveSine(1.0, 2.0, 100)
# Set frequency
slab.setWaveFrequency(72.3)
# Measure
slab.wavePlot(10)
# Close serial communication
slab.disconnect()
def squareResponse(v1=1, v2=2, freq=100):
slab.waveSquare(v1, v2, 100)
slab.setWaveFrequency(freq)
slab.tranStore(500, 4)
slab.wavePlot()
# Set prefix to locate calibrations
slab.setFilePrefix("../")
# Open serial communication
slab.connect()
# Set sample time to 100us
slab.setSampleTime(0.0001)
# Set storage requirements
slab.setTransientStorage(200, 1)
# (A) Creates and measures a square wave
slab.waveSquare(1.0, 2.0, 100)
slab.wavePlot()
# (B) Creates and measures a triangle wave
slab.waveTriangle(1.0, 2.0, 100)
slab.wavePlot()
# (C) Creates and measures a sawtooth wave
slab.waveSawtooth(1.0, 2.0, 100)
slab.wavePlot()
# (D) Creates and measures a sine wave
slab.waveSine(1.0, 2.0, 100)
slab.wavePlot()
# (E) Creates and measures a 10% duty pulse wave
slab.wavePulse(1.0, 2.0, 100, 90)
def triangleResponse(vmin=1, vmax=2, freq=100):
slab.waveTriangle(vmin, vmax, 100)
slab.setWaveFrequency(freq)
slab.tranStore(500, 4)
slab.wavePlot()