time-current characteristics

Time domain analysis for radiation characteristics of linear antenna excited by nonsinusoidal currents

非正弦电流激励的线天线辐射特性的时域分析

Application of a new time-current characteristics of microcomputer-based inverse time overcurrent relay protection

新型微机反时限电流保护时间-电流特性的工程应用

Basing on time domain ABCD matrix formalism and giving more consideration on the influences of optical fiber dispersion and optical fiber nonlinearity, it analyzed the laser ′ s characteristics of actively mode locked fiber laser, and compared the theoretical analysis results with experimental ones.

应用ABCD矩阵方法从理论上对主动锁模环形光纤激光器进行了分析并与实验结果进行了比较。

Simulation run shows that using the SPI communication mode can be implemented successfully on time-current characteristics of fuse remote control, achieve the second characteristic of adjustability.

模拟仿真运行表明，利用SPI通信方式可以成功地实现对熔断件的时间&电流特性的远程控制，实现安秒特性的可调节性。

According to the characteristics of data link 16 network, a data link 16 TDMA ( time division multiple access) network is designed.

根据Link16的组网特点设计了一种基于时分多址接入的组网方式。

For the optical time domain reflectometer ( OTDR), the factors that impact optical fiber transmission characteristics and the principles of Rayleigh scattering and Fresnel reflection are analyzed. The principle and configuation of OTDR are studied, and the main technical specifications of OTDR are discussed.

对于光时域反射计（OTDR）技术，分析了影响光纤传输特性的因素及瑞利散射和菲涅尔反射的原理；研究了OTDR的工作原理及组成，同时讨论了OTDR的主要技术指标。

The output signal characteristics of optical time domain reflectometer ( OTDR) are deduced and analyzed by optimizing the structure parameters of the two rings cavity lengths and coupling ratios.

通过计算机仿真，给出了用光时域反射计（OTDR）探测到的光纤转动传感器输出信号的特性，利用优化的环长和分光比两结构参量，分析了模拟结果。

Using Parallel Resonance Circuit to Measure Time-Current Characteristics of High Voltage Current-Limiting Fuses

选用并联谐振电路测试高压限流熔断器的时间-电流特性

In the communication operation interface, users can choose what data they want from the scheduled option under their own need, which achieves time-current characteristics controllable.

在通讯操作界面，用户可以根据自己所需在预定的选项里面选择自己所需数据，实现时间&电流特性可控性。