线性器件

介绍了用示波器进行线性器件和调制器时延测试的方法。

This paper introduces how to measure the delay of linear devices and modulators via an oscilloscope .

高频时，必须考虑结电容的影响，列出电路方程进行求解，这时三极管还可以看成是一个线性器件。

When the signal is High-frequency , the effects of junction capacitance must be considered , and the circuit equations are listed to solve the problem . At this time , the transistor can also be treated as a linear device .

介绍用于分析任意调制信号激励的微波非线性电路包络仿真技术，相应给出了线性器件的伴随模型，并将该方法发展为分析多载波调制信号激励的强非线性电路。

A new kind of microwave nonlinear circuit analysis method , the circuit envelope ( CE ) simulation technique under arbitrary modulated signals excitation , is introduced in the paper . The corresponding concomitant models of the linear devices applied in the CE method are also discussed .

新型精密线性光耦器件在IGBT逆变焊机中的应用

The Application of New Type Precision Linear Optocoupler Device In IGBT Inverter Welding

文章介绍基于高速线性CCD器件的图像采集系统的构成及其应用。

In this paper , an image acquisition system , which is based on the high-speed linear CCD , is introduced .

神经元的本体，其作用近似于一种线性阀值器件。

The body of a neuron . Acts approximately as a linear threshold element .

基于Fabry-Perot（F-P）滤波器的单波长及多波长时钟提取技术具有结构简单，时钟建立时间短等优点，F-P滤波器是无源线性储能器件，受外界干扰比较小。

The technique of clock recovery , based on Fabry-Perot ( F-P ) filter , for single and multi-wavelength signals has lots of merits , like simple infrastructure and short time for clock building .

硅材料不但适合用于研制线性集成光子器件，利用其中的非线性光学效应，还可以实现下一代光通信系统中所必需的全光信号处理功能。

Besides devices based on its linear optical properties , sili-con can also be used to realize all-optical signal processing required in the next-generation optical communication system by using its nonlinear optical effects .

计算了静磁正向体波对导波光的衍射效率，在静磁波的线性激发范围内计算结果与实验符合很好.处理方法可为线性磁光Bragg器件的优化设计提供理论指导。

The diffraction efficiency of the guided optical waves with the MSFVWs is calculated and the theoretical results are in good agreement with the experimental data in the excitation range of linear MSFVWs . This analytic procedure may be applied to the optimization design for the linear MSFVW-based Bragg cells .