【摘 要】
：
With the progress of technology,more and more small household electrical appliances,implanted devices and other electronic equipment have been widely used.But e
论文部分内容阅读
With the progress of technology,more and more small household electrical appliances,implanted devices and other electronic equipment have been widely used.But energy supply problem has restricted the development of electronic equipment,especially for implanted device.Magnetic coupling resonance wireless energy transmission system is a new wireless energy transmission mode and it can realize the middle distance power transmission so it can solve the problems above.In this paper,Ansoft software was used to simulate the electric field distribution of the magnetic coupling resonance system.At the same time experiments were carried out to make the system into air,simulating human tissue fluid and a piece of pork respectively to compute the transmission efficiency.The result shows that the system can satisfy the power requirement of implanted device and so on,so it has broad application prospect.
其他文献
冬洋梨二号由烟台市林科所从晚熟洋梨中选出,原参选代号90－05,1999年10月经有关专家验收,6年生树每666．7m2产量3210kg,比巴梨高16．7%,且风味品质均优于巴梨.其中牟平玉泉寺林场
采用E类放大器设计大功率中距离无线能量传输系统,具有成本低、调试简单、高效等优点.针对大功率E类放大器导通角、LC滤波电路参数和阻抗匹配电路等设计问题进行详细分析,提
本文研究、设计了用于感应电能传输(IPT)的Simulink仿真工具包SimIPTSystems.该工具包与SimPowerSystems工具包兼容,包括主电路模块与辅助模块两个部分.主电路模块封装了IPT
曾几何时,黑人妇女在种族和性别的双重压迫下,一直生活在社会最底层,“仆人”似乎是她们唯一的职业。今天,她们靠着自强不息,逐渐得到了认可。我们看到,黑人女性可以是宇航员
百丰2号是一个墨绿皮、大果型、优质耐运的优良西瓜品种。瓜个大而整齐，皮色墨绿一致，商品性好。该品种生长稳健，坐瓜容易，果实发育期33天，瓤爽脆，风味佳，中心含糖量12％以上，平均单瓜
针对高频运行条件下谐振式无线电能传输系统特性,结合互感理论,建立了谐振式无线电能传输系统的精确模型,对系统的传输效率和功率进行了研究.分析了不同运行工况下系统的主要
本文针对感应耦合能量传输(ICPT)装置功率传输能力低的问题,在对变压器原、副边电容补偿电路进行电路分析的基础上,比较了不同补偿方式对装置功率传输能力的影响,得出了全桥
This paper proposes a four coils magnetic resonance system with relay.Based on circuit analysis and simulation,we designed and optimized circuit parameter of th
蔬菜种子催芽是蔬菜生产的首要环节，是育苗、栽培上的一项重要技术措施。它不仅可使种子发芽整齐，缩短苗龄，而且可以提高秧苗质量，保证幼苗健壮生长。笔者多年来对蔬菜种子进行
为实现对三相无线电能传输系统功率传输的有效控制,对原边采用串联谐振逆变器的三相无线电能传输系统进行了详细的分析.基于PR控制器可有效实现对某一频率的正弦信号进行跟踪