摘要
无线电能传输收集技术是通过电磁感应、磁耦合谐振、电磁辐射等多种形式实现非接触式的新型电能传输方式。本设计通过对谐振式磁耦合无线电能收集通信装置的原理设计,器件筛选,电路绘制,系统调试,程序编写等工作,顺利实现了设计要求。并通过对谐振线圈的电感、线宽、电容等自身参数和驱动电源电压、驱动原信号频率等外界参数改变,分析了该系统的距离传输特性。
Radio power transmission and collection technology is a new type of non-contact power transmission mode through electromagnetic induction, magnetic coupling resonance, electromagnetic radiation and other forms. This design has successfully achieved the design requirements through the principle design, device screening, circuit drawing, system debugging, programming and other work of the resonant magnetically coupled radio energy collection and communication device. The distance transmission characteristics of the system are analyzed by changing the parameters of the resonant coil, such as inductance, line width, capacitance, driving power supply voltage, driving signal frequency and other external parameters.
作者
夏景彬
陈九龙
王峰源
Xia Jingbin;Chen Jiulong;Wang Fengyuan(Guizhou University of Engineering Science,Bijie Guizhou,551700)
出处
《电子测试》
2019年第10期87-88,共2页
Electronic Test
基金
贵州工程应用技术学院大学生创新创业训练计划项目(2018521113)
关键词
谐振式磁耦合
无线能量传输
无线电能传输
resonant magnetic coupling
wireless energy transmission
radio energy transmission