Implementing Receiver Calibration; Setting Absolute Measurement Parameters - Agilent Technologies ENA Series User Manual

Figure 8-12 Example of measurement frequency

2. Implementing Receiver Calibration

Receiver calibration is required for the absolute measurement. Receiver calibration of the
port to be used for the measurement increases the accuracy in the absolute measurement.
For detailed information on receiver calibration, see "Receiver Calibration" on page 220.

3. Setting Absolute Measurement Parameters

The frequency-offset function has an added absolute measurement function.
Procedures for setting absolute measurement parameters
Follow the steps below to set the absolute measurement parameters.
Step 1. Press
which you want to implement absolute measurement.
Step 2. Press
Step 3. Press
Softkey
A (n)
B (n)
C (n)
D (n)
R1 (n)
R2 (n)
Chapter 8
(or ) and
to display the "Measurement Menu."
to select measurement parameters.
Absolute
*1 Function
Absolute measurement in Port 1, test receiver
Absolute measurement in Port 2, test receiver
Absolute measurement in Port 3, test receiver
Absolute measurement in Port 4, test receiver
Absolute measurement in Port 1, reference receiver
Absolute measurement in Port 2, reference receiver
Frequency-Offset Measurement (Option 008)
Measurement of Harmonic Distortion
(or ) to activate the trace for
327