R&S Vector network analyzers feature excellent RF characteristics and a wide variety of analysis functions that help the user evaluate important parameters at a glance.
The R&S®ZNA high-end vector network analyzer is used to measure the characteristics of the active and passive DUTs and supports the frequency range of 10MHz to 26.5/43.5GHz. Offering outstanding RF characteristics and a unique hardware architecture, the R&S®ZNA high-end vector network analyzer makes demanding measurements easier than ever. Another exceptional feature is the analyzer's DUT-centric operating concept, which guides users quickly and conveniently to the desired measurement setup. Two independent touchscreens provide utmost flexibility for smooth, efficient operation.
Four internal phase-coherent sources
Compact multiple source setups
Convenient phase measurements on mixers
Two internal Los
Fast mixer measurements
More accurate phase results due to parallel signal sampling
Rear panel LO output for mmWave systems and general-purpose applications
Eight truly parallel measurement receivers
Measurements on multipath DUTs and antenna arrays, use of analyzer as a powerful core in antenna test systems
Four internal pulse modulators
Two-tone and bidirectional pulsed signal measurements
Phase measurements on mixers without reference mixers
Spectrum analysis option
DUT characterization and spurious search without reconnecting the DUT to a spectrum analyzer
Group delay measurements on frequency converters with embedded Los
Reliable, straightforward satellite receiver measurements
High dynamic range: 139 dB (typ.), up to 170 dB (typ., with options)
Wide power sweep range of 100 dB (typ.)
Low trace noise of < 0.001 dB (at 1 kHz IF bandwidth)
Compact instrument, quiet operation: acoustic noise as low as 42 dB(A)
Users can operate the R&S®ZNA via two independent touchscreens R&S®ZNA
Innovative control panel on the right instead of mechanical keys which can wear out over time
12.1" touch display on the left for configuring and displaying measurements
The Importance of Accurate S-Parameters for PAM-4 Applications
Amplifier characterization using load pull
Time Domain Measurements using Vector Network Analyzer ZNA
Compact solution for network analysis in the mmWave range
Measurement of the Phase Difference between several Signals
Group Delay Measurement on Frequency Converting Devices
Measure satellite output multiplexers and circulators under real conditions
This area is for member only, please Login. |