magnetic relay
英 [mæɡˈnetɪk ˈriːleɪ]
美 [mæɡˈnetɪk ˈriːleɪ]
网络 磁性继电器
双语例句
- Problems in application of magnetic holding relay and improvement measures
磁保持继电器应用中的问题及改进措施 - Magnetic Latching Relay in Automatic Test System of Mobile Communication Equipment
磁保持射频继电器在移动通信设备自动测试系统中的应用研究 - The saturation of magnetic current transformers, occurred during a fault on the power system, will lead to mal-operation or refused operation of protection relay.
电磁式电流互感器在电力系统故障情况下可能发生饱和，常导致继电保护装置误动或拒动。 - To make the process of temperature control more ideal by introduce breaker with magnetic releasing, solid relay, and optional alarm protective type.
在早期组件预热炉温控线路基础上，引入带分励脱扣装置断路器、固态断电器、并选择适当报警保护方式，使控温过程更理想。 - The principle of magnetic latching relay is introduced in this paper, and a practical circuit used in portable devices is given.
本文介绍了磁保持继电器的工作原理，并给出了一个在便携设备中应用的实用电路。 - The utility model can prevent contact surface movement and unstable contact of static terminal in existing magnetic starting relay.
本实用新型很好地解决现有的磁力起动继电器静端子接触面易移动、触点接触不稳定等方面存在的问题。 - Once the circuit is broken the amplifier detects the voltage change in this circuit and de-energises the magnetic clutch relay, turning the compressor off.
一旦线路断开，扩大器探测到线路上的压强变化，就会停止电磁离合继电器运行，关闭压缩机。 - With the advantages of small size, light weight, low power dissipation and fast action, polarized magnetic system has been widely applied to military and civil electromagnetic relay.
极化磁系统具有体积小、重量轻、功耗低、灵敏度高、动作速度快等一系列优点，被广泛应用于军用与民用电磁继电器产品中。 - A kind of intelligent compound switch using for reactive power compensation of low voltage, using a parallel structure of bidirectional silicon-controlled and magnetic latching relay was introduced.
介绍一种用于低压无功补偿装置中的智能型复合开关，它采用双向晶闸管与磁保持继电器并联的工作结构。 - Professional production of small relays, power relays, magnetic latching relay, automotive relay, time relay, solid state relays, counters, relay sockets, sensors.
专业生产小型继电器，功率继电器，磁保持继电器，汽车继电器，时间继电器，固态继电器，计数器，继电器，传感器。 - Magnetic Latching Relay and Its Application in Portable Devices
磁保持继电器及其在便携设备中的应用 - After verification by experiment, the model and resolving method can basically reflect real sucking-making dynamic features, providing theoretical basis for actual application of magnetic latching relay.
经实验验证，该模型和求解方法基本可以反映真实的吸合动态特性，为磁保持继电器的实际应用提供了理论依据。 - In this paper the magnetic distribution character of micro-electro-mechanical relay was analyzed by applying Biot-Savart law and integral equation method ( IEM). The results of IEM and FEM show the method which used in analyzing three-dimensional stationary magnetic field for Micro-electro-mechanical relay is feasible.
文中应用毕奥–萨伐尔定律和积分方程法，分析了微机械电磁继电器磁场分布特性，计算结果与有限元法结果进行比较，表明所用方法对于微机械电磁继电器三维恒定磁场的分析是可行的。 - In order to enhancing the self-protection of the starting circuit and reducing interference in intelligent chip of control circuit while relay starts, this paper improves the ordinary program of starting circuit of bipolar powerful magnetic self-perpetuating relay.
为了从硬件上增加起动电路的自我保护，减少继电器起动时对控制电路中智能芯片的干扰，对双极性大功率磁保持继电器起动电路的常见方案进行了改进。 - Bar permanent magnet as the main part of the polarized magnetic system is widely used in polarized relay.
条形永久磁铁广泛应用于极化继电器中，是构成极化磁系统的主要组成部分。 - Analysis of the magnetic field of electromagnetic system in mercury-wetted contact relay using two scalar potentials
汞润触点继电器电磁系统磁场的双标量位分析 - The equipment also can be used to test the neutral position of magnetic latch relay.
本系统还可以对磁保持继电器中间位置进行测试。 - Experimental Analysis on DC Additional Magnetic Features of BCH-2 Model Differential Relay
BCH-2型差动继电器直流助磁特性的实验分析 - Study on Magnetic Latching Relay Based on Dynamic Calculation Magnetic deflection yokes Keeping In Touch
基于动态计算的磁保持继电器的研究 - The DC additional magnetic features can make the BCH-2 model differential relay to avoid reliably from the exciting surge produced by non-cycle component of transient unbalanced current under external short-circuit and put-in of idle transformer in order to prevent the protective device from maloperation.
直流助磁特性能使BCH-2型差动继电器可靠地躲过外部短路时暂态不平衡电流的非周期分量及变压器空载投入时的励磁涌流，从而有效避免保护装置的误动作。 - Neutral position of space magnetic latching relay
磁保持继电器的中间位置 - The typical polarized magnetic system has mainly four structures and its simplified equivalent magnetic circuit model is the base of the design of the electromagnetic relay.
典型的极化磁系统主要有四种结构，其简化磁路等效数学模型是继电器设计的基础。 - Application of Magnetic Latching Relay in Secondary Circuit
磁保持继电器在二次回路中的应用 - Magnetic latching relay is a new kind of relay with pulse drive and function of self-latching.
磁保持继电器是一种脉冲驱动且具有自保持功能的新型继电器。 - By making use of the rotating magnetic field, changing the inside angle of induction power direction relay, the connecting method for zero-sequence power direction relay is obtained and proves itself to be true by the experiment.
利用旋转磁场概念，通过改变感应型功率方向继电器内角的方法，论述了零序功率方向继电器的接线方式。 - The system also realizes lighting circuit on-off control by magnetic latching relay.
并且通过磁保持继电器实现照明回路的通断控制功能。 - The SCM analyses the data and controls the on-off of the magnetic value by the relay.
单片机对这些数据进行分析，参照预设的参数，通过继电器电路控制外部电磁阀的通断。