SNA5000A Vector Network Analyzer
Features
- Frequency range: 9 kHz ~ 8.5 GHz and 100 kHz - 26.5 GHz
- Setting range of output level: -55 dBm ~ +10 dBm
- Dynamic range: 125 dB
- Support 2/4-ports scattering-parameter, differential-parameter, and time-domain parameter measurements
- Support one-key measurement of Q-factor, bandwidth and insertion loss of a filter
- Support impedance conversion, fixture simulation and adapter removal/insertion adjustments
- Optional spectrum analyzer and TDR functions
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Calibration and RF Measurements using VNA Siglent SNA5000A- 4 ports
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The following are some recommended common practices when performing any RF measurement.
Measurement of Dielectric Material Properties
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Material measurement is integral when developing solutions in the millimeter-wave (mmWave) frequency range, it can provide the electrical or magnetic characteristics of the materials, which proved useful in many research and development fields. PCB, anten
SNA Extended N-port and Full-N-port Calibration Steps
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SNA is connected with SSM switch matrix to expand into N-port network analyzer. For example, vector network analyzer SNA5032A is expanded to 16 ports by using switch matrix SSM5124A, and perform full 16 ports calibration. The expansion process involves the following steps
How to Make Multi-Port Measurements
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With the increasing number of ports on components, testers need to perform accurate and fast multi-port network analysis. Optimizing the configuration of vector network analyzer (VNA) is the key to minimize test cost during the manufacturing stage.
Accurate Vector Mixer Measurements
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Frequency-translating devices such as mixers and converters are fundamental building blocks of most RF and microwave communication systems.
Gain Compression Measurements with the SNA5000A
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As the core components of a system, amplifiers are widely used in various RF and microwave systems.