研究计算了双线圈传感器的感应电动势、信噪比和趋肤深度，为今后仪器的设计提供了理论依据。
In this paper, we research the induction electromotive force, signal -to-noise ratio of the two-coil sensor, all of these can lay the foundation for designing apparatus.
在心脏上方平置一个大线圈，传感器使线圈产生磁场，磁场为接受器供电。
That is because the transmitter USES a large flat coil, placed over the heart, to generate the magnetic field that powers the receiver.
触发叶轮随发动机转速而旋转，使得转速传感器或拾波线圈产生与发动机转速和活塞位置相对应的触发电压脉冲。
The trigger wheel rotates with engine RPMs and causes the speed sensor, or pickup oil, to produce triggering voltage pulses that correspond to engine speed and piston position.
电子控制单元使电流通过初级绕组直到感知到一个从转速传感器或拾波线圈产生的触发电压脉冲。
The electronic control unit allows current to flow through the ignition coil primary winding until it senses a triggering voltage pulse from the speed sensor, or pickup coil.
初速时测技术可通过炮口线圈测速、外推法、弹载传感器及地磁计转数法实现。
Measuring velocity technology can be actualized by muzzle loops, extrapolating method, on-board sensor and GMR (the giant magnetic resistance) turns-counting.
介绍一种新型的传感器部件，具有可移动铁芯的微型线圈。
A new sensor component- micro coil with a movable core was developed.
点火线圈，点火模块，分电器，开关，传感器。
Ignition Coil, Ignition Module, Distributor Assembly, Switch, Sensor.
整个传感器由壳体、涡流线圈及信号处理板组成。
The sensors are composed of body case, coil card and signal processing board.
专业生产汽车点火线圈、汽车传感器。
一个传感器线圈相邻的影响相对评价中的位置进行了交换设备。
A relative evaluation of the influence of adjacent sensor coils is carried out in position switching devices.
传感器和发送器的电子线圈由外部磁场能量供电。
The sensor and the transmitter's electronic coil are powered by external magnetic energy.
小外径的电涡流传感器薄线圈的参数优化设计的关键是寻求合理的目标函数的表达式。
The key of the optimization design of a small eddy current sensor coil is to find out the reasonable expression of the optimization destination function.
在磁致伸缩式位移传感器中，检测线圈和驱动脉冲的设计直接影响整个系统的精度。
The design of the detecting coil and energizing pulse for magnetostrictive displacement sensor directly affecting the accuracy of the whole system.
直流电压在内置电路被转换交流载波信号，激励传感器的初级线圈，一个集成的解调放大。
The DC excitation is internally converted to an AC carrier signal which excites the transducer's primary coil.
根据空心线圈电流传感器的工作原理，重点分析了它对电力系统暂态电流的响应情况，并结合具体参数进行了仿真。
Based on the operational principle of air-core coil transducer, its response to transient current is analyzed and computer simulation is carried out with specific parameters.
介绍电涡流传感器的工作原理，以及传感器线性测量范围及灵敏度与线圈参数的关系。
The operational principle of electric eddy transducer and the relationship between linear measuring range and sensitivity of transducer and coil parameters are introduced.
介绍一种新型振弦式传感器：智能型单线圈光栅式振弦传感器。
A novel type of vibrating wire sensor with single coil and raster is described.
这时传感器输出电信号，经整流放大，改变线圈上的电流，直至线圈回位，其电流强度与被称物体的重力成正比。
Then the sensor output signal, amplified by the rectifier to change the coil current until the coil back to bit, its current strength and the object's gravity is called proportional.
根据交变磁场测量法(ACFM)的基本原理，设计了一种由激励线圈和感应线圈组成的交变磁场传感器，可对空间“点”磁场进行测量。
According to the basic principle of alternative current field measurement (ACFM), the alternative current field sensor was designed, which was made up of drive coil and induction coil.
主要生产新型机电元件，汽车用控制线圈，圈传感器，螺线圈管及家用电器用电动机械产品，我们的客户均是世界著名品牌。
The main products are components for automotive, sensors and solenoids and other electronic and mechanical products for appliance. Our customers are the world famous brands.
实验结果证明：用最优化方法设计的变螺距线圈，使电感传感器的有效线性输出范围得到了显著的提高。
The results of experiments have shown that the available linear range of output voltage of the optimized inductive transducer with solenoid pitch varying ino.
介绍了根据电磁感应原理、电涡流效应和集肤效应设计、制作EMI传感器的方法。详细讨论了激磁和检测线圈的绕制参数及调试方法。
A series of techniques for making the EMI sensor based on the theory of ElectroMagnetic Induction, eddy current effect and skin-effect were introduced.
实验结果证明：用最优化方法设计的变螺距线圈，使电感传感器的有效线性输出范围得到了显著的提高。
The results of experiments have shown that the available linear range of output voltage of the optimized inductive transducer with solenoid pitch varying in optimum rule is highly lengthened.
传统的线圈编码电感传感器线圈数量多、结构复杂。
Because of many coils, traditional inductance transducer coded by coils was quite complex in structure.
热电阻传感器、电桥电路、单电源运放、单片计算机、动磁线圈依次电连接；
The thermal resistance temperature sensor, the electric-bridge circuit, the single power supply op amp, the monolithic computer and the moving magnetic coil are electrically connected in sequence.
介绍双频涡流检测传感器(检测线圈)的工作原理、设计和制作，以及与EEC - 35型智能全数字式多频涡流检测仪的联机调试。
The operation principle, design and development of two-frequency eddy current transducer, as well as its connection with EEC-35 full-digital multi-frequency eddy current instrument are described.
该发明涉及的电感式传感器的单位有一个或若干个线圈，它们在印刷电路板安装在一个平面的方式。
The invention relates to an inductive sensor unit having one or several coils, which are mounted on a printed circuit board in a planar manner.
通过对铁芯的磁化过程、剩磁特性及线圈的激磁状态研究，分析了半波磁势自平衡直流传感器的电流波形。
By researching the magnetization process and remanence characteristic of the core, the magnetic exciting status of winding the current wave of the system during the half cycle is analyzed.
所述磁场发生器可以优选地通过激励线圈(11,13)实现，所述传感器元件(12)通过磁阻元件，例如gmr元件实现。
The magnetic field generators may preferably be realized by excitation wires (11, 13) and the sensor element (12) by a magneto-resistive element, for example a GMR element.
所述磁场发生器可以优选地通过激励线圈(11,13)实现，所述传感器元件(12)通过磁阻元件，例如gmr元件实现。
The magnetic field generators may preferably be realized by excitation wires (11, 13) and the sensor element (12) by a magneto-resistive element, for example a GMR element.
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