Agilent Technologies N1913a User Manual page 65

Setting Frequency Dependent Offsets
Frequency dependent offset tables provide a quick and convenient method
of compensating for frequency related changes in the response of your test
system. Note that when selected, frequency dependent offset corrections
are applied IN ADDITION to any correction for sensor frequency response.
The power meter is capable of storing 10 frequency dependent offset
tables with a maximum of 80 frequency points each.
To use frequency dependent offset tables:
1 Select the table to be applied to a channel. Refer to
2 If an 8480 Series, N8480 Series, an E- Series, or an U2000 Series sensor
3 Specify the frequency of the signal you want to measure. The
4 Make the measurement.
Selecting a Frequency Dependent Offset Table
You can select a frequency dependent offset table from the
menu followed by
Channel B.
For Channel C, you can select the frequency dependent offset table from
the
For Channel D, you can select the frequency dependent offset table from
the
N1913/1914A EPM Series Power Meters User's Guide
Dependent Offsets"
edit the table refer to
page 44 for further information.
is used, zero and calibrate the power sensor. The reference calibration
factor used during the calibration is automatically set by the power
meter from the sensor calibration table (if selected).
calibration factor/offset is automatically set by the power meter from
the sensor calibration table (if selected) and the frequency dependent
offset table. Refer to
Tables
key menu followed by
key menu followed by
on page 41 for further information. If you require to
"Editing Frequency Dependent Offset Tables"
"Procedure" on page 42 for further information.
Meter Freq. Dep. Offset
, , and
Tables
,
Tables
,
General Power Meter Functions
"Setting Frequency
for Channel A or
Freq. Dep. Offset
Sensor ChC
, and
Freq. Dep. Offset
Sensor ChD
, and
2
on
key
.
.
41