EasyManuals Logo
Home>Agilent Technologies>Measuring Instruments>4156b

Agilent Technologies 4156b User Manual

Agilent Technologies 4156b
414 pages
To Next Page IconTo Next Page
To Next Page IconTo Next Page
To Previous Page IconTo Previous Page
To Previous Page IconTo Previous Page
Page #336 background imageLoading...
Page #336 background image
7-4 Agilent 4155B/4156B User’s Guide Vol.2, Edition 5
Data Variable and Analysis Function
Data Variable
You can get the measurement results by using the measurement result names. If the
corresponding SMU or VMU does not perform a measurement, invalid data is
returned.
Output data of PGU
The data variables for PGU output are as follows:
Time data of sampling measurement
@TIME is the data variable for time data of sampling measurement.
Index of the measurement result data
@INDEX is the data variable for index number of measurement data.
The index number of the first data is 1. For a subordinate sweep measurement, the
index number continues to increment by 1 between secondary sweep steps, that is,
• last data of a primary sweep: index
• first data of next primary sweep: index+1
Set data Data variable name
pulse peak VNAME for PGU that you defined on CHANNELS: CHANNEL
DEFINITION screen is the data variable name for pulse peak voltage.
pulse period @PGT is the data variable for pulse period.
pulse duration @PGD is the data variable for duration time of pulse stress force.
Duration time is the pulse count multiplied by pulse period.
pulse delay
time
@PG1DL is the data variable for pulse delay time of PGU1.
@PG2DL is the data variable for pulse delay time of PGU2.
pulse width @PG1W is the data variable for pulse width of PGU1.
@PG2W is the data variable for pulse width of PGU2.
pulse base @PG1B is the data variable for pulse base voltage or current of PGU1.
@PG2B is the data variable for pulse base voltage or current of PGU2.
pulse leading @PG1LD is the data variable for leading-edge transition time of PGU1.
@PG2LD is the data variable for leading-edge transition time of PGU2.
pulse trailing @PG1TR is the data variable for trailing-edge transition time of PGU1.
@PG2TR is the data variable for trailing-edge transition time of PGU2.

Table of Contents

Questions and Answers:

Question and Answer IconNeed help?

Do you have a question about the Agilent Technologies 4156b and is the answer not in the manual?

Agilent Technologies 4156b Specifications

General IconGeneral
BrandAgilent Technologies
Model4156b
CategoryMeasuring Instruments
LanguageEnglish

Related product manuals