Getting Started
Setting Up Your Signal Analyzer and Signal Source
• You may also need accessories such as an open, short, directional
coupler, or directional bridge, depending on your particular
measurement.
Connecting Your PSA Analyzer to a PSG-C, PSG-D, or
ESG-C Signal Source
Once you have the required equipment and cables, you are ready to set
up your measurement. You will need to connect the PSA analyzer and
the PSG-C, PSG-D, or ESG-C signal source, before configuring the
analyzer to recognize the source.
Connecting the Cables
1. Connect the signal source
analyzer
TRIGGER IN
terminated in 50 Ω . This can be done by:
a. connecting a 50 Ω feedthrough directly to the PSA
connector and then connecting the BNC cable between the other
end of the feedthrough and the PSG or ESG-C
connector.
or
b. connecting a tee to the PSA
connecting one output of the tee to a 50 Ω . load and using the
BNC cable to connect the other tee output to the PSG or ESG-C
connector.
TRIGGER OUT
2. Using the second BNC cable, connect
signal source to
EXT TRIGGER INPUT
Series analyzer.
3. Using the third BNC cable, connect the PSG rear panel
to the PSA rear panel
4. Either connect each instrument to the LAN using two separate LAN
cables, or connect the two instruments together using a single LAN
crossover cable.
Configuring the PSA Series Analyzer
After the instruments are connected, you need to configure the PSA to
find the IP Address of the ESG-C or PSG Series signal source, so the
two instruments can communicate with each other.
Find the IP Address of the ESG-C or PSG Series signal source.
1. Press the
key on the front panel.
Utility
2. Press
GPIB/RS-232 LAN
the second softkey label.
Enter the IP Address of the signal source into the PSA Series analyzer.
22
to the PSA spectrum
TRIGGER OUT
. The analyzer
TRIGGER IN
connector. Then
TRIGGER IN
SWEEP OUT
on the front panel of the PSA
.
EXT REF IN
, then
to display the IP Address on
LAN Setup
connector must be
TRIGGER IN
TRIGGER OUT
on the rear of the
10 MHz OUT
Chapter 1