10 memory subsystem, Memory:drive, Memory:fdoffset:tbla:data – Boonton 4500B Peak Power Meter User Manual

Page 249: Memory:fdoffset:tblb:data, 10 memory subsystem -49, Memory:drive -49, Memory:fdoffset:tbla:data -49, Memory:fdoffset:tblb:data -49, Boonton 4500b rf peak power analyzer, Remote operation

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Boonton 4500B RF Peak Power Analyzer

Remote Operation

5-49

5.5.10 MEMory Subsystem

The MEMory group of commands is used to save and recall instrument operating configurations, and to edit and review user-
supplied frequency dependent offset (FDOF) tables for external devices in the signal path. Up to four configurations may be
saved, and two frequency dependent offset tables. Note, however that assigning a stored FDOF table to a particular
measurement channel is not a MEMory command; it is handled through the SENSe subsystem.

MEMory:DRIVe

Description:

Set or return the active drive letter that is the source or destination for saved files.

Syntax:

MEMory:DRIVe <asc>

Argument:

<asc> = {A,B,C, … Z}

Valid Modes:

All.

MEMory:FDOFfset:TBLA:DATA

Description:

Set or read back the data array for frequency dependent offset table A. The array must be in
comma delimited format, and consists of up to 60 data pairs, each consisting of a frequency,
followed by the offset for that frequency. Frequencies are in GHz, and may be any valid number
within the operating range of the sensor. Offsets are in dB, and may range from -9.99 to +9.99dB.
Querying an empty FDOF table will return ―0.00,0.00‖.

Syntax:

MEMory:FDOFfset:TBLA:DATA <asc>

Argument:

<asc> = Freq1, Ofset1, Freq2, Ofset2 ... FreqN, OfsetN

Valid Modes:

All.

MEMory:FDOFfset:TBLB:DATA

Description:

Set or read back the data array for frequency dependent offset table B. The array must be in
comma delimited format, and consists of up to 60 data pairs, each consisting of a frequency,
followed by the offset for that frequency. Frequencies are in GHz, and may be any valid number
within the operating range of the sensor. Offsets are in dB, and may range from -9.99 to +9.99dB.
Querying an empty FDOF table will return ―0.00,0.00‖.

Syntax:

MEMory:FDOFfset:TBLB:DATA <asc>

Argument:

<asc> = Freq1, Ofst1, Freq2, Ofst2 ... FreqN, OfstN

Valid Modes:

All.

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