输入波形 meaning in Chinese
input wave form
Examples
- In order to suppress the mirror wave interference , this paper brings forward a predistortion correction method . utilizing the predistortion property of ddws , it directly modifies the original inputs with time domain information of the output distortion waveform , which
这种方法利用了ddws的预失真特性,在不添加硬件设备的前提下,直接利用输出的失真波形的时域信息对原输入波形进行预失真修正。 - For examp1e , the sort arithmetic so1ves 1eve1 partition of combination 1ogic ; the computing input waveform of sensitized path makes the possib1e of conf1rm the minimum c1ock circ1e ; the cyc1e - - based method for synchronous op tajg1fyjct7 : @ + $ { 4it x sequentia1 circuits improve the speed of waveform simu1at ion
其中，编排级数法确定了组合逻辑的层次关系；通路敏化输入波形方法决定了最小时钟周期；基于周期的同步时序电路的仿真算法加快了仿真的速度等。 - As the dispersive influence can be easily described by a frequency transfer function , the feasibility of measuring the function with the g - s algorithm is researched numerically in the next part . from the results of simulation with fibers with different length and pulses with different width , it ’ s known that the convergence of the algorithm is related to the difference between the input and output pulse . then , the influence of attenuation and self phase modulation of fiber is discussed , and the influence of the delay phenomenon and fitted polynomial is also analyzed
通过对不同光纤长度和不同输入脉冲脉宽的计算,得到了g - s算法的收敛性与输入波形和输出波形之间的关系;在此基础上,通过对光纤损耗、自相位调制的模拟,分析了损耗和自相位调制对光纤传递函数测量的影响;本文还分析了波形测量中的拖尾现象和多项式拟合对测量的影响,进而,对利用g - s算法进行单模光纤传递函数测量的可行性进行了阐述。