近年来随着高速数字电子设备运行速度的不断增加，有损传输线的暂态分析受到了广泛关注。
Transient analysis of transmission line has recently been received more attention because operating speeds in high-speed digital electronics are increasing.
随着高速PC B板上信号传输速度的不断增加，有损传输线的暂态分析的重要性与日俱增。
Transient response analysis of transmission line has recently been received more attention because operating speeds in high-speed PCB are increasing.
随着高速PC B板上信号传输速度的不断增加，有损传输线的暂态分析的重要性与日俱增。
Transient analysis of transmission line has recently been received more attention because operating speeds in high-speed PCB are increasing.
这个新概念还被应用于解释不可分解的有损多导体传输线。
And the new concept is used to explain the phenomenon of nondiagonalizable lossy multiconductor transmission lines.
有损均匀传输线的电压、电流既是时间的函数，也是距离的函数，需要用分布参数电路模型分析。
The voltage and current of lossy uniform transmission lines are function of not only time but also distance.
有损均匀传输线的电压、电流既是时间的函数，也是距离的函数，需要用分布参数电路模型分析。
The voltage and current of lossy uniform transmission lines are function of not only time but also distance.
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