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- W70924006 abstract "Wearable and implantable devices are becoming more and more common as time goes by and one of the major bottlenecks in their development is the power delivery. In order to tackle this problem, energy harvesting arises an option to bring these devices one step closer to complete autonomy. Among the available mechanisms for harvesting, near-field inductive coupling appears as a good alternative due to the flexibility it offers in terms of size and output power. Although a certain level of maturity has been reached over the last decade, a sort of mysticism still exists around the wireless power transfer. To the author's best knowledge, none of the works found in literature addresses the entirety of the problem. Here, a comprehensive, generalized analysis and design are made starting from the from the very differentiation of the near and far-field regimes all the down to circuit design. Studying the inductively coupled interfaces allow us to estimate the performance of the link prior to any design attempt, serving as a very useful tool in the feasibility evaluation of certain application. In particular, models for the coupling factor and losses of the magnetic link are introduced. Emphasis is made on comparing the performance of the links in a resonant and non-resonant regime. An implantable device for neural stimulation/recording with a rechargeable Li-Ion as an energy storage is considered as our intended application. This requires us to realize an study of the impact of tissue in energy transfer and viceversa. From here, the circuit design of a wireless power transfer interface is presented. All circuit blocks necessary for transfer are designed and simulated, allowing us to have a complete overview of the system." @default.
- W70924006 created "2016-06-24" @default.
- W70924006 creator A5075078992 @default.
- W70924006 date "2013-11-28" @default.
- W70924006 modified "2023-09-27" @default.
- W70924006 title "Analysis and Design of MHz-range Wireless Power Transfer Systems for Implantable Devices" @default.
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