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RF power-review of current techniques for power sensor calibration

机译:用于功率传感器校准的当前技术的RF功率回顾

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The traceability for RF power measurements in the range 100 kHz to 26.5 GHz is normally achieved by NAMAS accredited laboratories using thermocouple power sensor calibrated by SESC. This system has given adequate uncertainties over the past fifteen years. There is an increasing requirement for the upper frequency limit to be extended and for some sensors to be calibrated with lower uncertainties. Techniques that minimise the mismatch uncertainty could be introduced in commercial laboratories NPL have the capability to extend the frequency range and can provide lower uncertainties for the Reference Standard sensors. These measures should be sufficient to keep pace with industry requirements.
机译:NAMAS认可的实验室通常使用SESC校准的热电偶功率传感器来实现100 kHz至26.5 GHz范围内RF功率测量的可追溯性。在过去的十五年中,该系统具有足够的不确定性。对扩展上限频率和以较低不确定性校准某些传感器的需求日益增长。可以在商业实验室中引入使失配不确定性最小化的技术NPL具有扩展频率范围的能力,并且可以为参考标准传感器提供更低的不确定性。这些措施应足以跟上行业要求。

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