Datasheet

Setting Up the Voltage Power-up Measurement Using TSP Commands
The following TSP script is designed to be run from Keithley Instruments’ Test Script Builder (TSB) software, a free software tool that
can be downloaded from the website (ww.keithley.com). By default, the Model DMM7510 is configured to use the SCPI command set,
so before sending TSP commands to the instruments, the TSP command set must be selected instead. Perform these steps to change
the command set: Press MENU -> Settings -> Command Set. Select TSP commands.
The TSP script performs a similar power-up measurement as the front panel operation on the Model DMM7510. And it generates
waveforms similar to those illustrated in Figures 2 to 4 , depending on the physical setup.
--Reset the instrument to default settings
reset()
--Create a local variable to store the number of samples
numofsamples = 10000
--Set the measure function to digitize voltage to capture the power-up behavior
dmm.digitize.func = dmm.FUNC_DIGITIZE_VOLTAGE
--Voltage range must be fixed when using digitize voltage
dmm.digitize.range = 10
--Set the sample rate to 1 Msample per second to capture any small glitch
dmm.digitize.samplerate = 1e6
--Set aperture to auto to get the highest accuracy measurement for the sampling rate configured
dmm.digitize.aperture = dmm.APERTURE_AUTO
--Changing count is optional.The reading buffer capacity determines the actual count.
dmm.digitize.count = 1
--Set the input impedance to auto so it selects 10 G for the 10 V range
dmm.digitize.inputimpedance = dmm.IMPEDANCE_AUTO
--Set the buffer size to the number of samples to capture both pre and post triggered data
defbufferl.capacity = numofsamples
--Clear buffer
defbuffer1.clear()
--Select analog edge trigger to capature the power-up behavior
dmm.digitize.analogtrigger.mode = dmm.MODE_EDGE
--Set edge slope to detect a rising edge
dmm.digitize.analogtrigger.edge.slope = dmm.SLOPE_RISING
--Set edge level trigger to 3 V for the 5 V steady- state output
dmm.digitize.analogtrigger.edge.level = 3
--Define a trigger model that will capture 50% pre and 50% post triggered data
trigger.model.setblock(1,trigger.BLOCK_DIGITIZE, defbuffer1, trigger.COUNT_INFINITE)
trigger.model.setblock(2,trigger.BLOCK_WAIT, trigger.EVENT_ANALOGTRIGGER)
trigger.model.setblock(3,trigger.BLOCK_DIGITIZE, defbufferl, numofsamples/2)
trigger.model.initiate()
--Waits for the trigger model to finish collecting data before proceeding
waitcomplete()
print("test ended")