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| Spectrum analysis
| Power monitoring
| Vector network analysis
| Field strength measurement
| Vector voltage measurement
| Cable and antenna feeder test
| Data storage, playback and comparison functions
| Intergrate USB, LAN and other interfaces
| Radar performance test
| Cable TV and Wireless communication
owave multifunctional analyzer has the wide frequency range from 30kHz to 40GHz. It integrates multiple functions which can provide you with powerful comprehensive test capabilities.
With frequency range of 18GHz/26.5GHz/40GHz, S5105D/E/F microwave multifunctional analyzers integrate multiple functions such as dual-port vector network analysis, cable and antenna feeder test, vector voltage measurement, spectrum analysis (channel power, adjacent channel power, occupied bandwidth, interference analysis and frequency counting), field strength measurement and power measurement, providing you with powerful comprehensive test capabilities.
Dual-port vector network analysis can make comprehensive RF network parameters measurement quickly and accurately, providing logarithmic, linear, phase, group delay, impedance chart, polar coordinate, SWR and other display formats, and providing time domain measurement options.
Cable and antenna feeder test can measure the SWR, return loss, impedance, cable loss and other parameters of microwave networks such as antenna feeders, transmission lines and cables, and can conveniently measure impedance discontinuity points in feeders and cables, with DTF function.
Vector voltage measurement adopts an integrated solution instead of the traditional vector voltmeter to accurately test the electrical length of cables and some other devices under test.
Spectrum analysis is a spectrum analyzer with standard functions, which can measure the spectrum characteristics comprehensively in an electromagnetic environment.
Field strength measurement has a friendly user interface and high test sensitivity. With the corresponding test antenna, it can effectively monitor the electromagnetic spectrum and is widely used in space electromagnetic environment monitoring and radio management.
USB power sensor is configured to achieve large dynamic range and high-precision power measurement, and can also carry out power monitoring through the spectrum input port.
