1) Pulse propagation
脉冲传输
1.
Based on coupled nonlinear Schr(?)dinger equations (CNLSEs) and the split-step Fourier method (SSFM), the ultrashort optical pulse propagation and switching in active three-core nonlinear fiber couplers are numerically investigated.
重点分析了在一阶色散耦合系数和二阶色散耦合系数的影响下,线性增益系数和有限增益带宽对脉冲传输和开关特性的影响。
2) pulse transmission
脉冲传输
1.
In this paper, a model of optical pulse transmission in single-mode fiber (SMF) is established in the presence of noise, and the mechanisms for breakup of chirped pulse with different durations are.
本文通过数值模拟方法求解单模光纤中有初始噪声输入情况下光脉冲传输的理论模型,研究了不同宽度啁啾皮秒脉冲的分裂机理,着重分析了噪声的非线性增长对啁啾脉冲分裂的影响。
4) Pulse transmission line
脉冲传输线
1.
This paper reports an analysis of problem about impedance match of pseudospark e-beam source of free electron laser and the experiment results on compact device without pulse transmission line.
分析了自由电子激光器的小型虚火花电子束源在去掉脉冲传输线的情况下的阻抗匹配问题 ,并对此进行放电实验。
5) TLP
传输线脉冲
1.
The distortion mechanism of traditional TLP(transmission line pulsing)waveforms was studied and an optimized design based on R-2R matched load circuit was proposed.
研究了传统传输线脉冲测试波形的失真机理,实现了一种基于R-2R网络的负载电路匹配特性优化设计方案,与传统传输线脉冲测试波形相比,优化之后的系统消除了传统设备所产生脉冲波形的过冲和振荡现象,从而提高了传输线脉冲测试效率。
2.
Based on simulation,the characteristics and mechanisms of failure on a deep sub-micron grounded-gate NMOS (GGNMOS) are studied under TLP(transmission line pulse) stress.
对TLP(传输线脉冲)应力下深亚微米GGNMOS器件的特性和失效机理进行了仿真研究。
3.
By using TLP tester,the effects of the feature size on FOD\'s ESD characteristics and its design rule are analyzed.
18μm5V EEPROM CMOS工艺下流片、测试并分析了针对输入、输出和电源箝位的三种主流的ESD保护FOD器件,通过传输线脉冲测试仪的测量,重点分析了特征尺寸对器件ESD特性的影响及其设计方法。
6) optical pulse propagation
光脉冲传输
1.
Study on the rapid numerical difference recurrence algorithm for the simulation of optical pulse propagation and its applications;
光脉冲传输模拟的快速数值差分递推算法及其应用研究
2.
Split-step wavelet method for numerical simulation of optical pulse propagation;
光脉冲传输数值模拟的分步小波方法
补充资料：传播常数(见传输线)
传播常数(见传输线)
propagation constant
ChUon匕oChongsh日传播常数(propagation constant)线。见传输
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条