光敏元件

在多个光电接收器串联或并联连接时使用的一种电阻性体效应型光敏元件。

A resistive , bulk effect type of photosensor ; used when it is desirable to wire several photoreceivers in series or in parallel .

本文采用太阳能硅片电池作为光照强度检测的光敏元件，太阳方位角传感器光敏器件选用光敏电阻，两对相同的光敏电阻放置在电池板的四个方向。

In this paper , solar silicon cells as a photosensitive element is used to detect light intensity , the sun azimuth sensor use photoresistor as photosensitive devices , the same photosensitive resistor is placed in the four directions of the two panels .

随着近年来计算机技术迅速发展和CCD（Charge-CoupledDevice，电荷耦合器件）等高质量数字光敏元件的出现，近来对数字全息术研究工作逐渐增多。

With the fast development of computer technology and the invention of CCD ( Charged-coupled Device ), more and more research was put on digital holography .

所设计的小车，是采用普通玩具小车和红外传感器、光敏元件、金属探测器、光电开关以及霍尔元件相结合，通过16位MCU-SPCE061A来调控的智能小车。

The designed car , which is controlled by16-bit MCU-SPCE061A under combining the infrared sensor , ray sensor , metal detector , photoelectric switch , quickly switch sensor , is a kind of intelligent car .

硫化铅为光敏元件的中温光纤辐射测温仪的研究

Study of Medium-Temperature Optical Fiber Radiation Thermometer Based on PbS for Photosensing

基于红外发光二极管和光敏元件阵列的光电靶

Photoelectric Target Based on LED and Light Sensitive Element Array

电荷耦合光敏元件速度及方向传感器的宏观模型

Macro Model of Speed and Direction Sensor of Charge Coupled and Photosensitive Device

光敏元件线性度的偏振法测定

Polarization Determination of Linearity of Photosensitive Elements

提出了一种利用光的偏振现象对半导体光敏元件进行线性度测定的方法。

This paper puts forward a method of linearity determination for photosensitive elements based on optical ( polarization ) .

用各种厚薄膜技术可以制造以丝网印刷电极、离子敏场效应晶体管、压敏和光敏元件为基础的生物传感器。

Biosensors based on screen-printing electrode , ISFET , pressure-sensitive and light-sensitive ele-ments can be fabricated by thick film and thin film techniques .

这种基于单码道绝对位置编码根据编码盘所需光敏元件的数目及阅读位置，可分为索引式绝对位置编码和均布式绝对位置编码。

According to the quantity and reading position that the coding disk requires , it can be categorized into the index absolute encoder and the uniform absolute encoder .

通过分析比较光电池与光敏元件构成的信号采集电路的优缺点，选择并设计了以光敏元件为主的信号采集电路；

This dissertation chose and designed the signal collecting circuit primarily composed of photosensitive component by analyzing and comparing the signal collecting circuit composed of electric eye and photosensitive component .

为验证光敏元件的可行性，介绍了一种用于检测沉降速度的实验装置和电气回路，并进行了一定的实验。

For prove photosensitive feasibility of component , recommend one for is it subside experimental provision and circuit of speed make up to measure , and has carried on certain experiment .

散射光型光电感烟探测器的光电接收器输出信号，与光源辐射功率和波长、粒子浓度、粒径、散射角、散射体积和光敏元件的受光面积等有关。

The photoelectrical receiver output signal of scattering photoelectrical smoke detector was relevant to light source radiation power , wavelength , particle thickness , particle diameter , scattering angle , scattering volume and the light area of photosensitive unit .

并以3种常见的光敏元件为例，给出了光路结构、测量电路并列表给出了测量数据及其处理结果。

Employing three types of common photosensitive elements as examples , the paper gives the structure of the light circuit , the measurement circuit , and the measured data and its processing results in tables , and also gets some useful conclusions .

基于光敏Z元件的数字量传感器的研制

The Development of Simple Digital Sensors on the Base of Photo-sensitive Z-elements

数字全息是利用CCD、CMOS摄像机等数字光敏电子元件来代替普通光学全息中的银盐干板记录全息图，用计算机模拟光学全息再现过程将物体准确的再现出来的技术。

Digital photosensitive electronic element is used in digital holography , such as CCD and CMOS camera . It records holograms in these instruments instead of silver holographic plate in traditional optical holography .

为了对转动装置的转速进行实时检测，研制出一种光敏Z-元件转速测量系统。

This kind of rotating speed measurement is designed by using light-sensitive Z-Element to measure the real-time rotating speed of rotary device .

与光敏胶微光学元件相比，复制出的微光学元件光学性能、力学性能有了较大的改善。

Compared with the micro-optical elements made of photosensitive glue , the optical performance and mechanical performance of the replicated micro-optical elements has a large improvement .

感应部分选取暗电流小、噪声低、响应速度快、光电特性线性、受温度影响小、性能稳定等特点的光敏二极管作为感光元件接受反射光。

Induces the partial selections dark current small , the noise low , the speed of response is quick , the photoelectricity characteristic linearity , is affected slightly the temperature , the performance steadily grades the characteristic the photodiode to accept as the photosensitivity part the reflected light .