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2023•Unpublished venueRequires access

Analysis of Optimized Schottky Diodes Parameters for Low-Power Rectification

Ying Wang, Yazhou Dong, Shiwei Dong, Xiaojun Li, Ce Wang

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Abstract

Based on analyzing the influence of Schottky diodes’ DC characteristic parameters on rectification efficiency, a serial of the optimal parameters for developing the custom-made devices were recommended for low-power rectification in this paper. With a very low turn-on voltage of the diode, the rectification efficiency of the rectifiers can be improved, and the low-power application scenarios of rectification circuits were extended to provide new technical support for the development of wireless power transmission systems, power supply for low consumption sensors and other technologies.

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What this paper is about

Based on analyzing the influence of Schottky diodes’ DC characteristic parameters on rectification efficiency, a serial of the optimal parameters for developing the custom-made devices were recommended for low-power rectification in this paper. With a very low turn-on voltage of the diode, the rectification efficiency of the rectifiers can be improved, and the low-power application scenarios of rectification circuits were extended to provide new technical support for the development of wireless power transmission systems, power supply for low consumption sensors and other technologies.

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Available abstract

Based on analyzing the influence of Schottky diodes’ DC characteristic parameters on rectification efficiency, a serial of the optimal parameters for developing the custom-made devices were recommended for low-power rectification in this paper. With a very low turn-on voltage of the diode, the rectification efficiency of the rectifiers can be improved, and the low-power application scenarios of rectification circuits were extended to provide new technical support for the development of wireless power transmission systems, power supply for low consumption sensors and other technologies.

Key concepts: Rectification, Schottky diode, Diode, Power (physics), Electrical engineering, Electronic engineering, Voltage, Low voltage

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