人体静电无线传输模型的建立及研究

Establishment and Research of Human Body Electrostatic Wireless Transmission Model

静电无线检测技术利用法拉第电磁感应定律,把空气作为静电传输的介质,实现静电的无线传输和检测,可以有效解决传统的静电电能检测技术存在的问题。本文在分析了静电电能无线传输技术的原理基础上,通过对松耦合变压器的等效模型进行分析,建立了静电电能无线传输模型。以此模型为研究基础,设计了系统的控制电路,并对系统的稳定性进行分析,最后应用Multisim 10软件对控制器进行了仿真,验证系统设计的合理性。

Static wireless detection technology,based on Faraday＇s law of electromagnetic induction,uses air as a medium for electrostatic transmission to realize the wireless transmission and detection on static electricity,which can effectively solve the problems existed in traditional electrostatic power detection technology. After the analysis on the principles of electrostatic energy wireless transmission technology,this paper establishes the wireless transmission model of electrostatic energy by analyzing the equivalent model of loosely coupled transformer,designs a control circuit of the system based on this model,and then analyzes the stability of the system,finally,makes a simulation on the controller by Multisim 10 software to verify the rationality of the system design.