Keithley 4200A-SCS Reference Manual page 586

Model 4200A-SCS Parameter Analyzer Reference Manual
User module
PMU_IV_sweep_Example
PMU_PulseWaveform_FileSave_Example
PMU_ScopeShot_Example
PMU_SegArb_Example
PMU_SegArb_ExampleB
PMU_SegArb_ExampleFull
PMU_SMU_Sweep_Example
4200A-901-01 Rev. C / February 2017
Description
This module is a functional programming reference to
illustrate the basic LPT commands that are needed to
perform a single Vd-Id sweep. This module performs
a voltage amplitude pulse I-V sweep using two
channels of a single 4225-PMU. One channel sweeps
(drain) while the other uses a fixed pulse amplitude
(gate).
This module allows for a long pulse or time capture
(40 s pulse width maximum, 120 s total waveform
capture) of an entire pulse to a *.csv file using both
channels of a single 4225-PMU and the Segment Arb
mode. In addition to optionally saving the waveform
to a file, a time-averaged version is available in the
Analyze sheet.
Pulse I-V waveform capture using two channels of a
single 4225-PMU. The gate channel outputs a pulse
train (no change in pulse base or amplitude) while the
drain channel outputs a swept pulse amplitude.
This module configures multi-segment waveform
generation (Segment Arb) on two channels using a
single 4225-PMU. It measures and returns the
waveform data (V and I compared to time, no spot
means).
This module configures multi-segment waveform
generation (Segment Arb) on two channels using a
single 4225-PMU. It measures and returns either
waveform (V and I compared to time) or spot mean
data for each segment that has measurement
enabled.
This module configures multi-sequence, multi-
segment waveform generation (Segment Arb) on two
channels using a single 4225-PMU and measures
and returns either waveform (V and I versus time) or
spot mean data for each segment that has
measurement enabled. It also provides a voltage bias
by controlling one SMU.
This user module is an example of how to use the
PMU with a SMU. For example, you could use this
module to compare performing a test using a PMU to
performing that test with a SMU. This user module is
based on the module PMU_IV_Sweep_Example.
Section 6: Clarius
6-317