Agilent Technologies 4294A Service Manual download pdf (Page 321)

Chapter 16 321

GPIB Command Reference

INPUCOMC{1-3}

16. GPIB

Command Reference

( F - N )

INPUCOMC{1-3}

Syntax INPUCOMC{1-3} <numeric 1>,<numeric 2>,..,<numeric NOP×2-1>,<numeric NOP×2>

Description Enters the OPEN/SHORT/LOAD compensation data for fixture compensation, calculates

the compensation coefficient, and stores it into the non-volatile memory (backup memory).

The “INPUCOMC1” command is for OPEN compensation data (G-B); the

“INPUCOMC2” command, SHORT compensation data (R-X); the “INPUCOMC3”

command, for LOAD compensation data (R-X).

Enter data after setting the standard values, because the standard values to be used in

measuring data is needed to calculate fixture compensation coefficients.

A mismatch, between the number of required data at the execution of the command

(defined by the measurement point setting for fixture compensation data (set with the

“CALP” command on page 275) and the number-of-points setting) and the number of

entered parameters, causes an error and the command is ignored. (No query)

Parameters

Total of NOP×2 parameters are required because the fixture compensation data value

(complex number) of each measurement point is divided into 2 parameters for its real part

and imaginary part. Where, NOP is the number of points (for user measurement points) or

100 (for fixed measurement points), and n is an integer between 1 and NOP.

Corresponding

key

No front panel key is available to execute this function.

INPUDATA

Syntax INPUDATA <numeric 1>,<numeric 2>,..,<numeric NOP×2-1>,<numeric NOP×2>

Description Enters a data array (refer to “Internal data arrays” on page 81). A mismatch, between the

number-of-points setting at the execution of the command and the number of entered

parameters, causes an error and the command is ignored. (No query)

Parameters

Total of NOP×2 parameters are required because the measurement parameter value of each

measurement point (complex number) is divided into 2 parameters for its real part and

imaginary part. Where, NOP is the number of points, and n is an integer between 1 and

NOP.

Corresponding

key

No front panel key is available to execute this function.

Description

<numeric n×2-1> Real part of the compensation data value (complex number) of the

n-th measurement point.

<numeric n×2> Imaginary part of the compensation data value (complex number) of

the n-th measurement point.

Description

<numeric n×2-1> Real part of the measurement parameter value (complex number) of

the n-th measurement point.

<numeric n×2> Imaginary part of the measurement parameter value (complex

number) of the n-th measurement point.

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Agilent Technologies 4294A Service Manual Page 321

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