Development of RF Energy Harvesting and Charging Circuits for Low Power Mobile Devices
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概要
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The electrical power generated by RF energy harvesting techniques is small, depending on techniques it is enough to drive low power consumption devices. Therefore, it is possible to increase the battery life and to reduce the environmental pollution. In this paper, we focus on the RF energy harvesting and design the rectenna with a 4×4 patch antenna of 2.13GHz for low power mobile devices. The rectenna element is a microstrip patch antenna with PTFT board of 10 dielectric constant and 1.6mm thick that has a gain of 5.8dBi. A step-up converter is adopted the Texas Instruments TPS61220. The step-up converter is operated with load at 0.7V to 5.5V. If the output current is 1.7mA, the conversion efficiency shows 80.9%. From the evaluated results of RF energy harvesting system, the low power mobile devices such as Zigbee when we set the distance of 12m can be operated.
- 2012-03-01
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- Development of RF Energy Harvesting and Charging Circuits for Low Power Mobile Devices
- Development of RF Energy Harvesting and Charging Circuits for Low Power Mobile Devices
- Development of RF Energy Harvesting and Charging Circuits for Low Power Mobile Devices
- Development of RF Energy Harvesting and Charging Circuits for Low Power Mobile Devices