The Rohde & Schwarz ZNB3000 series vector network analyzers are high-precision and versatile measurement instruments for the characterization of RF and microwave components. They offer exceptional measurement accuracy, high system dynamics and fast measurement speed. Thanks to their wide frequency range and flexible expansion options, they are also ideal for measuring active and passive components, including high-frequency amplifiers, filters and switches, for characterizing high-frequency components in radar and satellite technology, for testing 5G components and high-speed data transmission systems and for testing and optimizing high-frequency circuits in communication systems.
The ZNB3020 variant presented here (Art.No.: 1351.5050.22) is a high-precision 2-port vector network analyzer with a frequency range from 9 kHz to 20 GHz. It was specially developed for high-precision measurements in high-frequency and microwave technology and offers a combination of excellent measurement accuracy, high dynamics and fast measurement cycles.
The VNAs of the ZNB3000 series are also available with a frequency range of up to 4 GHz (Art.No.: 1351.5050.02) and as a 4-port version.
Product features:
- Frequency range: 9 kHz to 20 GHz (optionally upgradeable to 26.5 GHz -B262)
- High system dynamics: ≥ 140 dB (100 MHz to 24 GHz) || ≥ 135 dB (24 GHz to 26.5 GHz)
- Low phase noise for high-precision S-parameter measurements
- Advanced calibration options to improve measurement accuracy
- Test port connector: 3.5 mm, male
- Power range: -30 dBm to +13 dBm (depending on frequency)
- Low noise level for sensitive measurements
Possible applications:
Thanks to its high precision and flexibility, the R&S ZNB3020 is ideally suited for the following applications:
- HF and microwave measurements in research & Development
- Measurement of active and passive components, including high-frequency amplifiers, filters and switches
- Characterization of high-frequency components in radar and satellite technology
- Tests of 5G components and high-speed data transmission systems
- Testing and optimization of high-frequency circuits in communication systems