光推动

设计光推动系统的总体方案。

The schematic diagram of optically powered system is designed .

在光推动系统中，探头的微功耗设计是关键技术。

The design of micro-power consumption probe is the key technique in the optically powered system .

光推动R.C式敏感探头及其功率与信号通道的特性分析

Light motivated R. C type sensitive probe and characteristic analysis of its power and signal channel

光纤光推动高压电流测量仪的研制

Development of Fiber Optically Powered Instrument for High-voltage Line Current

光纤传输光推动油罐多参数测量系统理论与实验研究

Theory and Experiment of Optically Powered Oil Tank Multi-Parameter Measurement System with

本文介绍了一种新型的光纤光推动高压电流测量仪。

This paper presents a novel kind of fiber optically powered instrument for high voltage line current .

论述了光纤传输光推动传感器的基本原理、主要特性、实现方法及其研究开发的现状与进展。

The basic theory several , main characteristics realize method and its research and progress on optically powered sensor with optical fiber are reoported .

本文针对目前光电混合式电流互感器的高压侧电源的要求，提出了光推动和在线式电源两个方案。

In the paper aiming at the demand of power supply in the passing hybrid fiber current , we lodge two projects : laser-driving and online to provide power .

本文针对特殊王况下的测量要求，提出一种以差动电容为敏感元件的光推动油罐液位测量系统的设计方案。

Considering the requirements of the measurement site under specific working condition , this paper presents a scheme of oil tank liquid level measurement system based on differential capacitance sensing .

首次把光推动理论用于油罐多参数测量系统，实现了单光源推动多个传感器的独特方案。

The optically powered multi-parameter measurement system of oil tank is presented for the first time in this paper and the unique plan that the multi-sensors are powered by a single light source is realized .

光功率推动电容式光纤压力测量仪的研究

An Optically & powered Capacitance Pressure instrumentation with optical Fiber Link

光纤传输光功率推动差压传感系统的研究

On Optically-powered Sensor to Measure Differential Pressure with Optical Fiber Transmission

光功率推动电容式差压传感器在液位测量中的应用

Application of the Optical-Powered Capacitance Differential Pressure Transducer in Liquid Level Measurement

目前表达物体信息的途径基本停留在二维上，光全息技术推动了真三维技术的发展。

At present , the ways of expressing object information basically stay on two-dimensional . Optical holographic promoted the development of true three-dimension technology .

反季及跨季蔬菜水果栽培中遇到的光照不足问题推动着人们寻求能够解决这一问题的办法，进而使植物生长对光照的响应成为研究的热点。

The illumination insufficient problem in vegetables fruit cultivation out of season impels researchers to seek means to change this condition .

讨论了光电催化、太阳能利用等对光催化领域的推动作用，并指出在该领域的研究中存在问题和发展方向。

Meanwhile the driving force of photoelectric catalyzing and solar energy utilizing on photocatalysis are discussed , and its development trend and existing ( problems ) are also pointed out .

结合基本光电器件的特性分析，合理选择了光纤、光源和光探测器，构成光推动通道和光纤传输通道。

By analyzing the characteristics of basic photo-electric elements , optical fiber , light source and photo detectors can be proper chosen which construct the optically powered channel and fiber-optic transmission channel .

将低价格的LED作为光功率源用于光功率推动的传感器，可以极大地降低产品成本，使光纤光功率推动传感器得到更广泛的应用。

Using low cost LED as the optical power source of fiber-optic powered sensor can significantly reduce the cost of product so as to allow it to have a much wider application .