R&S®ZNA VECTOR NETWORK ANALYZER Masters the most challenging measurement tasks
2021-11-24
●AT A GLANCE:
■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.
●KEY FACTS AND BENEFITS:
■Four internal phase coherent sources
▲Compact multiple source setups
▲Convenient phase measurements on mixers
▲Phase coherent DUT stimulation and true differential measurements
■Two internal LOs
▲Excellent trace noise as low as 0.005 dB (spec.) and 0.002 dB (typ.) at 100 kHz IF bandwidth (IFBW)
▲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
■Flexible signal routing and path access
▲Internal combiner for intermodulation and embedded LO converter group delay measurements 1)
▲Reference signal access before or after source step attenuator for low trace noise even with very low stimulus signals (e.g. for high gain DUTs) 1)
▲Direct IF access for antenna test systems with external up/downconversion
▲Rear panel LO output and direct IF input for compact mmWave test setups: 2/4-port mmWave converter setups with 2/4-port R&S®ZNA, without additional external source
■Four internal pulse modulators
▲Two-tone and bidirectional pulsed signal measurements
■Phase measurements on mixers without reference mixers
▲Simple mixer tests in a compact setup
■Noise figure measurements on amplifiers and mixers
▲Internal preamplifier (R&S®ZNA26-B302/ R&S®ZNA43-B302) for low-noise DUTs 1)
▲Quickset configuration dialog for fast and optimized amplifier noise figure measurements
■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
▲Dynamic range of 139 dB (typ.) and up to 170 dB (typ., with options)
▲Characterization of high-rejection filters
▲Short test times and low trace noise
■Wide power sweep range
▲►Power sweep range of 100 dB (typ.)
▲Versatile compression measurements
■Low trace noise
▲Trace noise of < 0.001 dB (at 1 kHz IF bandwidth)
▲Accurate, highly reproducible measurements
■DUT-centric operating concept
▲Easy startup, short configuration times
■Compact instrument, quiet operation
▲Acoustic noise as low as 42 dB(A)
▲Small footprint, low noise pollution
■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.
●KEY FACTS AND BENEFITS:
■Four internal phase coherent sources
▲Compact multiple source setups
▲Convenient phase measurements on mixers
▲Phase coherent DUT stimulation and true differential measurements
■Two internal LOs
▲Excellent trace noise as low as 0.005 dB (spec.) and 0.002 dB (typ.) at 100 kHz IF bandwidth (IFBW)
▲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
■Flexible signal routing and path access
▲Internal combiner for intermodulation and embedded LO converter group delay measurements 1)
▲Reference signal access before or after source step attenuator for low trace noise even with very low stimulus signals (e.g. for high gain DUTs) 1)
▲Direct IF access for antenna test systems with external up/downconversion
▲Rear panel LO output and direct IF input for compact mmWave test setups: 2/4-port mmWave converter setups with 2/4-port R&S®ZNA, without additional external source
■Four internal pulse modulators
▲Two-tone and bidirectional pulsed signal measurements
■Phase measurements on mixers without reference mixers
▲Simple mixer tests in a compact setup
■Noise figure measurements on amplifiers and mixers
▲Internal preamplifier (R&S®ZNA26-B302/ R&S®ZNA43-B302) for low-noise DUTs 1)
▲Quickset configuration dialog for fast and optimized amplifier noise figure measurements
■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
▲Dynamic range of 139 dB (typ.) and up to 170 dB (typ., with options)
▲Characterization of high-rejection filters
▲Short test times and low trace noise
■Wide power sweep range
▲►Power sweep range of 100 dB (typ.)
▲Versatile compression measurements
■Low trace noise
▲Trace noise of < 0.001 dB (at 1 kHz IF bandwidth)
▲Accurate, highly reproducible measurements
■DUT-centric operating concept
▲Easy startup, short configuration times
■Compact instrument, quiet operation
▲Acoustic noise as low as 42 dB(A)
▲Small footprint, low noise pollution
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