receiver circuit

Receiver circuit of SDH network analyzer is designed and realized in this paper based on standards related to SDH network analyzers.

本论文基于SDH网络分析仪相关标准，对SDH网络分析仪接收端电路进行了设计和实现。

The receiver has been designed and made, including preamplifier, amplifier, filter circuit, AGC, PLL, etc.

设计并制作了接收机电路, 包括前放电路, 放大电路, 滤波电路,自动增益控制电路, 锁相环电路, 判决电路等.

Based on the above, the author completed the circuit PCB plate, and receiver design of hardware and software debugging.

论文在上述基础上完成了电路的PCB制版，并对接收机的硬件电路和软件设计进行了调试。

Application of Mixing Circuit to RF Front End for GPS Receiver

混频电路在GPS接收机射频前端中的应用

The function of the VI system based on GPIB in Test Bench of Receiver is fault diagnosis in analog circuit.

在接收机测试台中，采用GPIB接口的虚拟仪器系统，主要实现的功能是对模拟电路进行故障诊断。

Combined with the receiver circuit of SDH network analyzer, transmitter circuit is simulated by NC-VERILOG simulation tools, traversing a variety of TEST_CASE for simulation.

论文构建了具有HARNESS结构的仿真测试平台，利用NC-VERILOG工具，结合SDH网络分析仪接收端电路，对发送端电路进行联合RTL仿真。

In this thesis, it studied the semiconductor laser pulse ranging system receiver circuit in depth.

本论文深入研究了半导体激光脉冲测距接收系统电路。

First, the key technical indexes of video receiver are described and we also give the overall layout by overall circuit planning and theory analysis to videos. The modules used in circuits are also analyzed and designed.

在文中首先阐述了视频接收机的关键技术指标，针对视频的总体电路进行规划和理论分析，给出了系统的总体规划图，对系统中所用电路模块进行分析和设计。

The receiver includes the choice of photoelectric detector and receiving circuit.

接收部分针对光电探测器和接收电路的选择展开论述.

Design of RF Front Circuit of GPS Receiver Based on NJ 1006

基于NJ1006的GPS接收机射频前端电路设计

Performance Evaluation of Optical Burst-Mode Receiver Based on Peak-Detector in Adaptive Threshold Control Circuit

自适应阈值突发模式光接收机的性能分析