Agilent Technologies EMC Series Programmer's Guide

212 Chapter 5
Language Reference
CALCulate:LLINe Subsection
<x-axis> –30 GHz to +350 GHz for frequency limits
<ampl> –120 dBm to +100 dBm
<connected> 0 or 1
Remarks: If two amplitude values are entered for the same frequency, a
single vertical line is the result. In this case, if an upper line is
chosen, the amplitude of lesser frequency (amplitude 1) is
tested. If a lower line is chosen, the amplitude of greater
frequency (amplitude 2) is tested.
For linear amplitude interpolation and linear frequency
interpolation, the interpolation is computed as:
For linear amplitude interpolation and log frequency
interpolation, the interpolation is computed as:
For log amplitude interpolation and linear frequency
interpolation, the interpolation is computed as:
For log amplitude interpolation and log frequency interpolation,
the interpolation is computed as:
Front Panel
Access:
Display, Limits, X Axis Units Freq Time
Display, Limits, Limit 1|2, Edit
Display, Limits, Limit 1|2, Edit, Point
Display, Limits, Limit 1|2, Edit, Frequency
Display, Limits, Limit 1|2, Edit, Amplitude
Display, Limits, Limit 1|2, Edit, Connected
Display, Limits, Limit 1|2, Edit, Delete Point
y
y
i1+
y
i
–
f
i1+
f
i
–
----------------------
ff
i
–()y
i
+=
y
y
i1+
y
i
–
log f
i1+
log f
i
–
---------------------------------------
log f log f
i
–()y
i
+=
log y
log y
i1+
log y
i
–
f
i1+
f
i
–
-----------------------------------------
ff
i
–()log y
i
+=
log y
log y
i1+
log y
i
–
log f
i1+
log f
i
–
-----------------------------------------
log f log f
i
–()ylog
i
+=

Agilent Technologies EMC Series Specifications

General

Brand	Agilent Technologies
Model	EMC Series
Category	Measuring Instruments
Language	English