感应器

The paper focuses on some key technologies of the contactless inductive power system.

本文对非接触感应电能传输系统中的功率变换器的一些关键技术进行了研究。

In this paper, we present a frequency conversion electromotor system organized by voltage vector transducer and induction-motor.

本文研究了用电压矢量变频器和感应电动机构成的变频电动机系统。

Professional produce all kinds of self-adhesive coils, special coils, toys wiggler coil, inductance coil, self-adhesive hollow coil, IC card coils, animal ears, feet standard coil, bar magnet coils, round coin card coil, coil key chain, coin coils, motor coils, BOBBIN coils, ID card, thick card coil, mouse coil, induction coil, the Housing cards coil, coil scales, and other unclassified key accessories, pendulum pendant jewelry, VCM voice coil, speaker voice coil, the runway shaped speaker voice coil, DVD laser head coil, flat motor coil, mobile phone vibration motor coils, all kinds of self-adhesive shaped coils and so on.

专业生产各种自粘线圈、特殊线圈、玩具摇摆器线圈、电感线圈、自粘空心线圈、IC卡线圈、动物耳、脚标线圈、磁棒线圈、圆币卡线圈、钥匙扣线圈、投币器线圈、马达线圈、BOBBIN线圈、ID卡、厚卡线圈、鼠标线圈、感应线圈、房卡类线圈、衡器线圈和其他未分类钥匙配饰、摆挂件饰品、VCM音圈、喇叭音圈、跑道形喇叭音圈、DVD激光头线圈、扁平马达线圈、手机振动马达线圈、各种自粘异型线圈等。

Induction watt-hour meter is the principle of electromagnetic induction to voltage, current, phase into a magnetic moment, and promote aluminum rotating disk, the disk axis gear-driven drive device degrees of drum rotation, that is, the process of turning is the cumulative amount of time to process.

感应式电能表是采用电磁感应的原理把电压、电流、相位转变为磁力矩，推动铝制圆盘转动，圆盘的轴带动齿轮驱动计度器的鼓轮转动，转动的过程即是时间量累积的过程。

Meanwhile, it was difficulty to apply angle conversion system to practical goniometry curcuit. The fast following-up conversion was improved and a high-precision dynamic goniometer system and a nonlinear high-speed following-up conversion mode based on inductosyn were proposed, which were applied to the serve system of some weapon. The results of the dynamic and static tracking indicated that the servo system with fewer errors could satisfy the requirements of the accuracy.

对快速跟踪型轴角转换方法进行了改进，提出了一种基于感应同步器的高精度动态测角系统及非线性快速跟踪型转换方式，并在某武器伺服系统中进行了应用，动静态跟踪结果表明该伺服系统的误差较小，满足精度的要求。

Meanwhile, it makes it difficult to apply angle conversion system to practical goniometry curcuit. The paper makes improvement on the fast following-up conversion and proposes a high-precision dynamic goniometer system and a nonlinear high-speed following-up conversion mode based on inductosyn. It analyses the causes contributing to the error and deduces the expression bf the basic goniometry errors caused by output signal inaccuracy, and also puts forward the bounds on error of axis-to-angle converting.

对快速跟踪型轴角转换方法进行了改进，提出了一种基于感应同步器的高精度动态侧角系统及非线性快速跟踪型转换方式，分析了产生轴角转换误差的主要原因，推导出由输出信号误差引起的基本测角误差表达式，并提出了轴角转换的误差界。

The linear position sensors use emitter and receiver coil systems, precisely arranged on a printed circuit board, that are activated with a high frequency AC field and produce an inductive RLC circuit with the positioning element.

该线型位置传感器使用发射器和接收器线圈系统，精确地排列在一个印刷电路板上，它被一个高频交流电领域所激活，产生一个感应的RLC电路和定位元素。

Over the years in accordance with the needs of the market by virtue of their own strength has developed a hot and cold water thermostat automatically troubled waters, and automatic shower controller infrared sensors, RF smart card controller and other high-tech water-saving shower products.

多年来根据市场的需求凭借自己的实力先后开发出冷热水自动恒温混水器，全自动红外感应淋浴控制器，射频卡智能淋浴控制器等高科技节水系列产品。

It can be used in diode of LIA injector, Z-pinch device and other pulsed power systems.

可应用 到直线感应加速器的电子注入器二极管区、Z-pinch装置以及其他的脉冲功率装置上。

In order to solve the problem mentioned above, a new dynamic compensation method using linear extrapolation scheme was presented to compensate the measured output of inductorsyn. Thus the measuring error induced by measuring delay was reduced, and the system tracking precision was enhanced.

为解决上述问题，提出一种动态补偿方法，采用线性外推方法，对圆感应同步器数显表的测量输出进行动态修正，以减小由于测量延迟产生的测量误差，从而提高系统的动态跟踪精度。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。