Preparing the Analyzer for Use
R&S
®
ZVA80
9
Quick Start Guide 1312.6808.62 ─ 02
Fig. 2-1: Connection between diplexer (right) and frequency converter (left)
The connection of the diplexer and the frequency converter includes conducting lines for
waves and power supply:
●
The RF HIGH OUT connector on the top side of the diplexer is connected to RF IN
on the rear panel of the converter using a semi-rigid RF cable.
●
The waveguide connector on the top side of the diplexer is connected to the wave-
guide flange of the converter.
●
The connection underneath the waveguide flange ensures the power supply of the
diplexer.
An additional metal clamp at the bottom ensures mechanical stability.
Dismounting the frequency converter
The connection shown above is suitable for all operating modes and measurements. Only
dismount the frequency converter from the diplexer if you want to use it separately; see
chapter 4, "Dismounting Frequency Converters"
2.3.1 Test Port
1 mm (m) connector, serves as an output for RF stimulus signals and as an input for the
measured RF signals from the DUT (response signals).
●
With a single external test set, it is possible to generate a stimulus signal and measure
the response signal in reflection.
●
With two external test sets, it is possible to perform full 2-port measurements.
Diplexer Connectors
