Design of Dual Frequency Mixed Coupling Coils of Wireless Power and Data Transfer to Enhance Lateral and Angular Misalignment Tolerance

Tao-Cheng Yu; Wei-Hsiang Huang; Chin-Lung Yang

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Design of Dual Frequency Mixed Coupling Coils of Wireless Power and Data Transfer to Enhance Lateral and Angular Misalignment Tolerance

机译：无线电源和数据传输双频混合耦合线圈的设计，以提高横向和角度错位公差

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摘要

A dual-resonant mixed coupling structure is proposed to enable lateral and angular misalignment immunity in wireless power and data transfer systems. By considering the duality property of electrical coupling and magnetic coupling, mixed coupling coils ma

机译：提出了一种双谐振混合耦合结构，以实现无线电力和数据传输系统中的横向和角度失准免疫。考虑电耦合和磁耦合的对偶性，混合耦合线圈可以

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来源
《IEEE Journal of Electromagnetics, RF and Microwaves in Medicine and Biology》 |2019年第3期|216-223|共8页
作者
Tao-Cheng Yu; Wei-Hsiang Huang; Chin-Lung Yang;
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作者单位

Electrical Engineering Department National Cheng Kung University Tainan Taiwan;

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原文格式 PDF
正文语种 eng
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关键词
Couplings; Coils; Frequency shift keying; Wireless communication; Data transfer; Magnetic resonance;

机译：联轴器;线圈;频移键控;无线通信;数据传输;磁共振;
入库时间 2022-08-18 04:32:32

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专利

1. Rectifying Loose Coils: Wireless Power Transfer in Loosely Coupled Inductive Links with Lateral and Angular Misalignment [J] . Flynn B.W., Eom D.-S. Microwave Magazine, IEEE . 2013,第2期

机译：矫正松散的线圈：松散耦合的感应链路中的无线功率传输，横向和角度未对准
2. Wideband Low-Frequency Design of Inductors and Wireless Power Transfer Coils Using the Mixed Finite-Element Time-Domain Method [J] . Lu Xin, Chen Ke, Wang Lixiao, IEEE microwave and wireless components letters . 2020,第7期

机译：电感器宽带低频设计，使用混合有限元时间域法测定电感器和无线电力传输线圈
3. A Dual Frequency Tuning Method for Improved Coupling Tolerance of Wireless Power Transfer System [J] . Liu Zixi, Su Mei, Zhu Qi, IEEE Transactions on Power Electronics . 2021,第7期

机译：一种改进无线电力传输系统耦合公差的双频调谐方法
4. Lateral misalignment tolerance enhancement by using electromagnet based flux gate in wireless power transfer systems [C] . Jaehyoung Park, Karam Hwang, Dongwook Kim, IEEE Wireless Power Transfer Conference . 2016

机译：通过在无线电力传输系统中使用基于电磁体的磁通门来提高横向未对准公差
5. New Receiver Coil for Enhanced Misalignment Tolerance in Wireless Charging of Hybrid/Electric Vehicles = [D] . Stojakovic, Nikola. 2016

机译：用于增强混合动力/电动汽车无线充电中的未对准误差的新型接收器线圈=
6. Study of the Effect of Distance and Misalignment between Magnetically Coupled Coils for Wireless Power Transfer in Intraocular Pressure Measurement [O] . Adrian E. Rendon-Nava, J. Alejandro Díaz-Méndez, Luis Nino-de-Rivera, -1

机译：眼压测量中电磁耦合线圈之间距离和错位对无线电力传输影响的研究
7. Simulation of Electrical Characteristics for Misalignment of Coil in Wireless Power Transfer System using Repeating Coil [O] . Akihiro Imakiire, Hideaki Tokunaga, Akihiro Kawagoe, 2018

机译：使用重复线圈模拟无线电力传输系统中线圈未对准的电气特性
8. Hardware Design of a Grappling/Docking Device Accommodating Large Lateral and Angular Misalignments. [R] . Baker, M. 1992

机译：适应大侧向和角度不对准的抓斗/对接装置的硬件设计。

Design of Dual Frequency Mixed Coupling Coils of Wireless Power and Data Transfer to Enhance Lateral and Angular Misalignment Tolerance

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