1)transmission/contactless传输/非接触
2)contactless transmission非接触传输
3)contact-less power transmission非接触电能传输
1.Optimal parallel capacitor at secondly side can enhance the efficiency of contact-less power transmission system, but the parallel capacitor make the system easily to have multi-resonant frequency when load changes.效率是非接触电能传输系统研究的一个热点,适当的二次侧并联补偿电容能够提高系统的效率,但加入二次侧补偿电容容易使系统进入多谐振频率状态。
2.This paper describes a contact-less power transmission system using detachable transformer, which is spark free and no uncovered conduct is exposed to the environments.本文研究了非接触电能传输系统中一种间接控制负载侧电压的方法。
英文短句/例句
1.A load identification algorithm for contactless power transmission systems非接触电能传输系统的负载识别算法
2.The Contactless Power Transmission System Based on Electromagnetic Coupling Structure基于电磁耦合机构的非接触电能传输系统
3.Study on Soft Switching Operating Points of Contactless Power Transfer Systems and Their Application非接触电能传输系统软开关工作点研究及应用
4.Study on Contactless Power Transfer Mode Based on Envelope Modulation基于包络线调制的非接触电能传输模式研究
5.Study on AC/AC Converter of Contactless Power Transfer System非接触电能传输系统AC/AC变换器的研究
6.Study on Control Technology of Contactless Power Transfer System and Implementation非接触电能传输系统控制技术研究与实现
7.Modeling analysis for compensation network of contactless power transfer system非接触电能传输系统补偿网络的建模分析
8.Research on Key Technologies for Contactless Inductive Electric Energy Transfer System;非接触感应电能传输系统关键技术研究
9.Design and Implementation of Mini Contactless Electrical Power Transfer System小型非接触式电能传输系统的设计与实现
10.Contactless power transmission method for rotary steering drilling tool适用于旋转导向钻井工具的非接触式电能传输方法
11.Parametric Design for Loosely Coupled Transformer in Contactless Inductive Power Transfer System非接触感应电能传输系统松耦合变压器参数设计
12.Contactless transfer of energy in aircraft tire pressure monitoring system飞机胎压监测系统中的非接触能量传输
13.The Performance Study of Detachable Transformer Based on Contactless Energy Transmission System;无接触电能传输系统可分离变压器性能研究
14.Study on Control of Maximum Power Point in Contactless Power Transform;无接触电能传输中最大功率点的控制的研究
15.Dynamic Compensation of Contact-Less Power Transmission System Based on Controlled Reactor基于可控电抗器的无接触电能传输系统动态补偿
16.Modeling and Optimizing of a New Contactless ICPT System With Constant Primary Winding Current新型恒定一次侧电流无接触电能传输系统的建模与优化(英文)
17.Research on Coupling performance of Detachable Transformer in Contactless Electrical Energy Transmission System无接触电能传输系统可分离变压器耦合性能研究
18.The Research and Application of Series Resonance Converter in Contactless Electrical Power Deliver Technology;串联谐振逆变器在无接触电能传输技术中的研究与应用
相关短句/例句
contactless transmission非接触传输
3)contact-less power transmission非接触电能传输
1.Optimal parallel capacitor at secondly side can enhance the efficiency of contact-less power transmission system, but the parallel capacitor make the system easily to have multi-resonant frequency when load changes.效率是非接触电能传输系统研究的一个热点,适当的二次侧并联补偿电容能够提高系统的效率,但加入二次侧补偿电容容易使系统进入多谐振频率状态。
2.This paper describes a contact-less power transmission system using detachable transformer, which is spark free and no uncovered conduct is exposed to the environments.本文研究了非接触电能传输系统中一种间接控制负载侧电压的方法。
4)contactless synchronous transmission非接触同步传输
1.Dynamical synchronous information transmission between fuze and weapon device is realized, by contactless synchronous transmission technology.提出了一种新颖的应用信息装定和精确炸点控制技术的引信,在弹药发射时通过信息非接触同步传输技术,实现引信和火控系统之间信息的动态同步传输。
5)contactless power transfer非接触电能传输
1.In a contactless power transfer(CPT) system,a constant current determines the stability and power transfer capability of the entire system.针对负载切换时造成初级回路的导轨电流变化问题,提出了利用智能分段控制算法来调节控制脉冲中的移相角,分析了非接触电能传输系统主电路的电流恒定性问题,最终保证原边导轨电流的恒定,使得系统能在额定条件下正常工作,并对运用分段控制算法的主电路采用了MAT-LAB的Simulink进行了仿真,通过仿真图可得在负载切换前后电流的恒定时间仅在2 ms之内,结果表明采用分段控制算法的仿真结果与理论分析相符合。
2.Contactless Power Transfer (CPT) system realizes contactless power transfer from stationary source to movable load via magnetic coupling.非接触电能传输技术将电能以非接触的方式传递给用电设备,消除了传统供电方式存在的缺陷,是一种安全、可靠、灵活的电能接入新技术。
3.CPT(Contactless Power Transfer) system realize safe, reliable and high efficiency contactless power transfer from stationary source to movable loads via magnetic coupling.非接触电能传输技术综合利用电磁感应耦合技术、现代电力电子能量变换技术、大功率高频变换技术(包括谐振变换技术和电磁兼容设计技术等),借助现代控制理论和方法,实现了电能从电源向设备安全、可靠的非接触传递。
6)Non-contact Power Transmission非接触式传输
延伸阅读
传输1.传达输送。
