非线性负载会形成非正弦电流,如方波,其中包含谐波成分。
针对该问题,提出了解决方案:基于无抖动编码的非正弦波调制。
1·Finally, several valuable research directions are put forward, such as seeking a new wireless communications theory adapted to analyze nonsinusoidal UWB impulse radio, etc.
最后提出几个值得探索的研究方向,如:寻求一种新的适合分析非正弦窄脉冲的UWB系统的无线通信理论等。
2·An analytic method of power in nonsinusoidal networks is suggested for the apparent power decomposition into four components, active power, scattered power, reactive power, and forced apparent power.
本文提出的非正弦网络功率的分析方法是将视在功率分解成四个分量:有功功率、分散功率、无功功率、外加视在功率。
3·The surface cracks formation can be restrained by decreasing oscillation frequency and increasing amplitude and nonsinusoidal oscillation factor properly.
适当降低振频,增大振幅和非正弦振动因子可抑制表面裂纹形成。