Fetch[1]|2|3|4[:Scalar][:Power:ac]:Ratio:relative Expected_Value>[,<Resolution>[,<Source List>]]] - Agilent Technologies EPM-P Series Programming Manual

Note The legal frequency suffix multipliers are any of the IEEE suffix
multipliers, for example, KHZ, MHZ and GHZ. If no units are
specified the power meter assumes the data is Hz.
PCT is the only legal unit for calibration factors and can be omitted.
The frequency and calibration data must be within range. Refer to the
individual commands in Chapter 4 for their specified ranges.
The number of calibration factor points must be one more than the
number of frequency points. This is verified when the sensor
calibration table is selected using
[SENSe[1]]|SENSe2:CORRection:CSET1[:SELect] <string>
Ensure that the frequency points you use cover the frequency range of
the signals you want to measure. If you measure a signal with a
frequency outside the frequency range defined in the sensor
calibration table, then the power meter uses the highest or lowest
frequency point in the sensor calibration table to calculate the
calibration factor.
To make subsequent editing of a sensor calibration table simpler, it is
recommended that you retain a copy of your data in a program.
Listing Sensor Calibration Table Names
To list the tables currently stored in the power meter, use the following
command:
MEMory:CATalog:TABLe?
Note that all tables are listed, including frequency dependent offset tables.
The power meter returns the data in the form of two numeric parameters
and a string list representing all the stored tables.
• <numeric_value>,<numeric_value>{,<string>}
The first numeric parameter indicates the amount of memory, in bytes,
used for storage of tables. The second parameter indicates the memory,
in bytes, available for tables.
EPM-P Series Power Meters Programming Guide
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Power Meter Remote Operation
Using Sensor Calibration Tables
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