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Verify the performance of passive components under peak power conditions
With the continuing expansion of telecommunications capacity, passive components have become a key factor in achieving acceptable network performance.
In multi-channel wireless transmission insufficient power capacity, especially at peak power demand, can cause devices to over-heat, early component degradation and electrical arcing that can result in an elevated noise floor and system interference.
Power tolerance testing is used to verify the performance of components under peak power input signal. It is used to verify the maximum tolerance of a component to withstand heat without degradation and arcing.
Power tolerance testing is essential to characterize fully passive components used in telecommunications. These include antennas, duplexers, combiners and cables.
Peak power performance is assessed by measuring the RF VSWR (Voltage Standing Wave Ratio) from a power amplifier to the device under test (DUT).
The Rflight NTSPPA-XXXX100001000 Power Tolerance Test System utilizes the Keysight X-series signal sources and spectrum analyzers.
The system comes with fully integrated software, which allows it to detect VSWR changes using the Keysight N1912A dual channel power meter.
The output average power rate is 750W, with peak power 2800W. If required, the system can also be configured to provide output average power of 1000W with peak power 10000W.
The system has multiple protect functions and provides excellent stability, low power consumption and easy operation. It also allows flexible configuration and upgrade.
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