Agilent Technologies E4406A VSA manual CALC:SPEC:MARK3:FUNC Noise, Marker Function Result

Models: E4406A VSA

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CALC:SPEC:MARK3:FUNC Noise

Language Reference

CALCulate Subsystem

Band Power is the integrated power between the two markers for traces in the frequency domain and is the mean power between the two markers for traces in the time domain.

Noise is the noise power spectral density in a 1 Hz bandwidth. It is averaged over 32 horizontal trace points.

Off turns off the marker functions

Example:

CALC:SPEC:MARK3:FUNC Noise

Remarks:

The keyword for the current measurement must be

 

specified in the command. (Some examples include:

 

SPECtrum, WAVeform)

Front Panel

 

Access:

Marker, Marker Function

Marker Function Result

:CALCulate:<measurement>:MARKer[1]234:FUNCtion:RESult?

Quires the result of the currently active marker function. The measurement must be completed before querying the marker.A particular measurement may not have all the types of markers available.

The marker must have already been assigned to a trace. Use :CALCulate:<measurement>:MARKer[1]234:TRACe to assign a marker to a particular trace.

Example:

CALC:SPEC:MARK:FUNC:RES?

Remarks:

The keyword for the current measurement must be

 

specified in the command. (Some examples include:

 

SPECtrum, WAVeform)

Front Panel

 

Access:

Marker, Marker Function

Marker Peak (Maximum) Search

:CALCulate:<measurement>:MARKer[1]234:MAXimum

Places the selected marker on the highest point on the trace that is assigned to that particular marker number.

The marker must have already been assigned to a trace. Use :CALCulate:<measurement>:MARKer[1]234:TRACe to assign a marker to a particular trace.

Example: CALC:SPEC:MARK1:MAX

Chapter 5

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Page 205
Image 205
Agilent Technologies E4406A VSA manual CALC:SPEC:MARK3:FUNC Noise, Marker Function Result, Calc:Spec:Mark:Func:Res?