Model 4200A-SCS Parameter Analyzer Reference Manual
Section 6: Clarius
4200A-901-01 Rev. C / February 2017
6-49
Parameter
Description
(on page 6-39)
When you select Dual Sweep, the instrument sweeps from start to stop,
then from stop to start. When you clear Dual Sweep, the instrument sweeps
from start to stop only.
(on page 6-57)
Select the frequency from the list of values.
The AC drive signal accepts a value between 10 mV and 100 mV.
(on page 6-58)
Select the type of parameters. When using any of the tests supplied by
Keithley Instruments, leave the measurement option set to
Cp-Gp
.
The name that is used for parameter 1 in the Analyze sheet.
The name that is used for parameter 2 in the Analyze sheet.
(on page 6-
Select this option to display the DC bias and drive frequency values on the
Analyze sheet.
(on page 6-59)
Available if you select Report Test Conditions. Determines the name of the
column that contains the DC bias information in the Analyze sheet where
this data is reported. You can change the name of the column by typing a
new value.
(on page 6-59)
Available if you select Report Test Conditions. Determines the name of the
column that contains the frequency information in the Analyze sheet where
this data is reported. You can change the name of the column by typing a
new value.
(on page 6-59)
When this option is selected, Clarius records measurement status
information when the test executes. A column of the Analyze spreadsheet
displays this information. Hover over a cell to review the information.
(on page 6-59)
Use the CVU connection compensation value that was generated for open
connection compensation. Refer to
(on page 4-
10) for information on generating and using compensation values.
(on page 6-59)
Use the CVU connection compensation value that was generated for short
connection compensation. Refer to
(on page 4-
10) for information on generating and using compensation values.
(on page 6-60)
Use the CVU connection compensation value that was generated for load
compensation. Refer to
(on page 4-10) for
information on generating and using compensation values.
page 6-60)
The cable length that was used to generate connection compensation data.
Make sure this cable length is the same as the Cable Length setting in the
Tools > CVU Connection Compensation dialog box. Refer to
(on page 4-10) for additional information.
(on page 6-60)
Selects the terminal to use to source AC drive voltage.
(on page 6-60)
The measure range determines the full-scale measurement span that is
applied to the signal.
(on page 6-60)
Selects the terminal to use to source DC drive voltage.
(on page 6-60)
Allows you offset the voltage by up to ±30 V on one terminal. For example,
this allows you to output voltage from 0 V to 60 V instead of
−
30 V to +30 V.
(on
page 6-61)
The Capacitance Range Estimator automatically calculates the maximum
capacitance value based on the parameter settings in the Advanced settings
dialog box.
