Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: High-efficiency por transfer at a long distance can be efficiently established using resonance-based wireless techniques. In contrast to the conventional two-coil-based inductive links, this paper presents a magnetically coupled fully planar four-coil printed spiral resonator-based wireless por-transfer system that compensates the adverse effect of low coupling and improves efficiency by using high quality-factor coils. A conformal architecture is adopted to reduce the transmitter and receiver sizes. Both square architecture and circular architectures are analyzed and optimized to provide maximum efficiency at a certain operating distance. Furthermore, their performance is compared on the basis of the por-transfer efficiency and por delivered to the load. Square resonators can produce higher measured por-transfer efficiency (79.8%) than circular resonators (78.43%) when the distance beten the transmitter and receiver coils is 10 mm of air medium at a resonant frequency of 13.56 MHz. On the other hand, circular coils can deliver higher por (443.5 mW) to the load than the square coils (396 mW) under the same medium properties. The performance of the proposed structures is investigated by simulation using a three-layer human-tissue medium and by experimentation.
['Sadeque Reza Khan', 'GoangSeog Choi']
I am writing a research paper on a idea Analysis and Optimization of Four-Coil Planar Magnetically Coupled Printed Spiral Resonators
[{"from": "human", "value": "I am writing a research paper on a idea Analysis and Optimization of Four-Coil Planar Magnetically Coupled Printed Spiral Resonators"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: High-efficiency por transfer at a long distance can be efficiently established using resonance-based wireless techniques. In contrast to the conventional two-coil-based inductive links, this paper presents a magnetically coupled fully planar four-coil printed spiral resonator-based wireless por-transfer system that compensates the adverse effect of low coupling and improves efficiency by using high quality-factor coils. A conformal architecture is adopted to reduce the transmitter and receiver sizes. Both square architecture and circular architectures are analyzed and optimized to provide maximum efficiency at a certain operating distance. Furthermore, their performance is compared on the basis of the por-transfer efficiency and por delivered to the load. Square resonators can produce higher measured por-transfer efficiency (79.8%) than circular resonators (78.43%) when the distance beten the transmitter and receiver coils is 10 mm of air medium at a resonant frequency of 13.56 MHz. On the other hand, circular coils can deliver higher por (443.5 mW) to the load than the square coils (396 mW) under the same medium properties. The performance of the proposed structures is investigated by simulation using a three-layer human-tissue medium and by experimentation."}]