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Home / programming language / FPGA / Achieving Optimal Efficiency in Energy Transfer to a CMOS Fully Integrated Wireless Power Receiver
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Achieving Optimal Efficiency in Energy Transfer to a CMOS Fully Integrated Wireless Power Receiver

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SKU: PROJ7485 Categories: 2017 Projects, FPGA, VLSI Tags: Android Project, Asp.Net Project, C# Project, Computer Engineering Final Year Projects, Computer Science Final Year Projects, Electronics Projects Engineering Students Final Year, Engineering Student Project Ideas, Final Semester Projects, Final Year Project Center, Final Year Projects, ieee ECE Projects, ieee EEE Projects, ieee Final Year Projects, IEEE Projects, ieee Projects Networking, Image Processing Projects, J2EE Project, Java Project, Java Project Code, Matlab Project, PHP Project, Students Projects
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Achieving Optimal Efficiency in Energy Transfer to a CMOS Fully Integrated Wireless Power Receiver

Abstract— The design and measurement of an inductive link for transferring energy to a fully integrated wireless power receiver. The power receiver design was focused on optimizing each factor that contributes to the link efficiency while its size was constrained to 1.5 mm × 1.5 mm in a conventional CMOS 180-nm process. On the power transmitter side, the primary inductor is printed on an FR4 board and its dimensions are selected so as to optimize its quality factor and the magnetic coupling factor. A strategy is proposed to experimentally determine the erformance of the entire system. Using the proposed strategy, we measured a link efficiency of −25.4 dB at a frequency of 986 MHz, with a primary inductor of average diameter 22 mm and distance 15 mm from the receiver. Considering the characteristics of the receiver: monolithic implementation, chip area, link efficiency, and distance to the transmitter, the designed wireless power transfer system exhibits a better performance than state-of-the-art systems. Energy harvesting from the surroundings or wireless power transfer (WPT) are candidates to replace energy carriers in min iaturized circuits. This paper reports measurements obtained on a WPT system including a fully integrated CMOS batteryless receiver. < final year projects >

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