Abstract
Two kinds of thermoelectric microwave power sensors are compared experimentally in this work. The experimental results demonstrate the sensitivity of thermoelectric microwave power sensors can be effectively improved by optimizing the metal structure. The measured results show that the sensitivity of the optimized thermoelectric microwave power sensor is close to 18.3 mV/mW at 10 GHz, which is higher than the original design with sensitivity around 10.9 mV/mW at 10 GHz. The comparative study will be helpful for thermoelectric microwave power sensors design and application.
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