感应耦合,inductive coupling
1)inductive coupling感应耦合
1.Design ofinductive coupling UHF broadband tag antenna基于感应耦合的UHF宽频带电子标签设计
英文短句/例句
1.bridge with inductively-coupled ratio arms感应耦合比例臂电桥
2.inductive coupling factor of two circuits两个电路的感应耦合因数
3.inductively coupled plasma mass spectrometers感应耦合等离子体质谱仪
4.general rules for icp emission spectrochemical analysis感应耦合等离子体发射光谱法通则
5.Design of Pick-Ups in Inductive Coupled Power Transfer System感应耦合电能传输系统拾电器的设计
6.The Study Status Quo and Application Analysis on the Inductively Coupled Power Transfer Technology感应耦合电能传输技术的研究现状与应用分析
7.The Plasma Properties in Inductively Coupled Plasma Source with Crossing Antenna;正交型天线感应耦合等离子体源的放电特性
8.Investigation of Inductively Coupled Fluorocarbon Plasma and Etching of SiO_2;碳氟感应耦合等离子体及其SiO_2介质刻蚀研究
9.Study on Growth and Structure of a-C:H Films Prepared by an Inductively Coupled Micro-plasma Jet;微感应耦合等离子体源生长碳膜及其结构研究
10.The Miniaturized Inductively Coupled Plasma Source and Its Characteristics小型感应耦合等离子体源及其等离子体特性
11.Study of Signal Transmission Technology in Inductive Coupled Power Transfer System感应耦合电能传输系统中信号传输技术研究
12.Design of inductive coupling UHF broadband tag antenna基于感应耦合的UHF宽频带电子标签设计
13.Investigation on Different Compensation Topologies in Inductively Coupled Power Transfer System感应耦合电能传输系统不同补偿拓扑的研究
14.Analysis of Coupled-inductor Boost Converter Applied to UPS应用在UPS中的耦合电感型Boost电路分析
15.Design and Application Research of Coupling Fiber-Optic Vibration Sensor Based on Local Mode Coupling Theory;基于局部模式耦合理论的耦合型光纤振动传感器设计与应用研究
16.ANALYSIS OF COUPLING SENSITIVITY OF UNCONVENTIONAL RESPONSES FOR DIRECT FORCE CONTROL(DFC) AIRCRAFT直接力控制飞机非常规响应耦合敏感性分析
17.Numerical Simulation of Thermal and Flow Fields in Induction Skull Melting Process;感应凝壳熔炼过程温度场及流场耦合数值模拟
18.pH-Responsive Coupling Controlled-Release Membrane System with Pumping Effects;pH感应型耦合泵送控制释放膜系统研究
相关短句/例句
induction coupling感应耦合
1.Theinduction coupling no-touch power transfer mode is a power supplying mode which has a great latency development foreground.感应耦合式无接触电能传输模式是一种极具潜在发展前景的电能供给方式。
3)loosely coupled inductive power transfer system松耦合感应电源
1.Analysis on factors affecting performance ofloosely coupled inductive power transfer system;松耦合感应电源性能的影响因素分析
4)Electromagnetic inductive coupling电磁感应耦合
5)inductive coupling transmission感应耦合传输
6)inductively coupled discharge感应耦合放电
1.the inductively coupled E mode(electrostatic discharge mode) and E-H mode transition characteristics;Through the investigation of the two topics,deeper insight of radio-frequencyinductively coupled discharge equipment can be gained,which offers the true value for the industry application.在实验中将H型放电和E型放电通过光亮度、功率和输入线圈电流的不同加以区分,明确此两类感应耦合放电的原理。
延伸阅读
感应耦合感应耦合inductive coupling单位长度的平行导线间的电容值，对距离很近的导线可取c，=一opF/m。图(b)为两条平行导线间磁场祸合的情况，11为干扰源电流有效值，频率为f，通过两导线间的互感M在另一导线的负荷RL:上产生电压UZ，R02为电源内阻，通常RoZ《R12，可用下式计算，即 UZ尧I，口M(2)。一2二f，M可根据公式计算:M一M、l，M飞为单位长度的平行导线间的互感值，对距离很近的导线可取Ml=1拜H/m。式(1)中的C、式(2)中的M都随两导线间距离的增加而减小，故加大干扰源与敏感设备的距离，也是减小感应祸合的方法之一。gonylng ouhe感应报合(induetive eoupling)近场辐射藕合的藕合方式，在工业技术中通常的术语是感应祸合。近场辐射辆合只用于说明基本的物理概念(见辐射藕合)。感应报合分为电场祸合(容性报合)和磁场报合(感性藕合)两种。电场报合和磁场藕合的分析计算通常可用带有集中参数的电容或互感的等效电路.下图为两条导线之间的藕合及其等效电路.图(a)为两条平行导线间电场报合的情况，Ul为干扰源电压有效值，频率为f，通电越目卜· 电场辆合和磁场祸合及等效电路 (a)电场祸合;(b)磁场拐合过两导线间的电容C在另一回路的负荷电阻RLZ上产生干扰电压U:，RoZ为该回路电源内阻，通常RoZ《RL:。因电源电势不影响干扰电压，在图上未表示出。UZ可用下式估算，即 _R，，R。，_。__ U，勺U，口C二二业牛架一勺Uo CR。，(l)一‘一‘一RLZ+RoZ一’一‘、U‘。~2二f，C可根据导线长度l计算:C一‘，l，‘，为
