The laser receiver is an important opto-electrical component.
0编程,实现了对传统光学测试仪器的控制并利用信号源和NIPCI-6104E多功能采集卡进行激光接收器模拟仿真;该系统能实时地采集和分析相关测试数据,并能显示、保存和打印最终测试结果。
This research was a part of the project " Research and Development on laser controlled leveling system" and aimed to develop a lower-cost laser receiver and controller with good performances for precision land leveling.
根据颜色玻璃的特性，选择了滤光片的主要性能指标，实现有效的滤光处理；通过对适合激光接收的光电器件性能对比研究，选择了国产硅光电池为光电传感器，并合理设计其空间分布，使接收器工作无死角；采用了幅度调制的方法，使低频微弱的模拟信号在现场很低信噪比的条件下实现了可靠接收；设计了低噪声、抗干扰能力良好的微弱信号调理电路；研究开发了一个价格较低、性能较好的激光接收器产品原型样机。
Laser receiver was a key component of the laser-controlled land leveling system.
激光接收器是激光控制平地系统的关键部分。
The recent progress of the three basic optical interconnect devices (light emitter,photo receiver and optical waveguide) and their integration with silicon ICs are overviewed and reviewed.
介绍了组成芯片上光互连的光发射器件、光接收器件和光传输器件等三种基本器件及其与硅集成电路集成的研究新进展 。
fast-response laser receiver
快速响应激光接收器
Laser Receiver Used for Laser-controlled Land Leveling System
激光控制平地系统激光接收器设计与试验
The Circuit-level Simulation of OEIC for Photodetector and Optoelectronic Receiver;
光探测器与光接收机的OEIC电路级模拟
Guided light transmitter. Right-click for receiver.
导向光发射器。右击指定接收器。
dual-detector balanced optical receiver
双检测器平衡式光接收机
0.18μm CMOS Preamplifier for 10Gb/s Optical Receiver;
0.18μm CMOS 10Gb/s光接收机前置放大器
1.25Gbps Pre-Amplifier Design of Optical Receiver;
1.25Gbps光接收机前置放大器设计
The Research of the Sensor about Acceptance of Laser-induced Chlorophyll Fluorescence
激光诱导叶绿素荧光接收传感器的研究
Receiving Antenna of Optical Communication Based on Compound Parabolic Concentrator
基于复合抛物面聚光器的光通信接收天线
Optical fiber CATV system includes optical transmitter, optical receiver, optical fiber, and essential optical path devices, such as optical splitter, optical connector etc.
光纤CATV传输系统包括光发射机、接收机、纤和必要的光通路器件(光分路器、纤连接器)。
The alarming protector of carrier type glitter signal consists of sensor, launcher and receiver.
载波式闪光信号报警保护器由传感器、射器和接收器三部分组成。
Simulation and Design of CMOS-Process-Compatible Optical-Electronic Integrated Detectors and Receivers;
CMOS兼容光电探测器及接收机模拟研究与设计
The Design and Implementation of Signal Receivers Applied in the High Speed Optical Fiber Communication;
高速光纤通信中信号接收器的设计与实现
Variable-gain Control Base on Digital Potentiometer for Laser Receiving Circuit
激光接收电路数字电位器法可变增益控制
CMOS preamplifier array for a 12×10Gb/s parallel optical receiver design
12×10Gb/s CMOS并行光接收机前置放大器阵列设计
direct broadcast satellite receiver
直接广播卫星接收器(直广接收器)
Subscriber Connector (Optical Fiber Connector)
用户连接器(光纤连接器)
Photoelectric receivers are placed at different points in the focal plane, by which the optical signals are converted to electric signals.
在像面上的不同点设置多组光电接收器，将像面接收到的光信号转换为电信号。