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Fourier analysis on critical damp resistance in transient process of RLC series circuit

机译:RLC串联电路瞬态过程中临界阻尼电阻的傅立叶分析

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The reason of deviation between theoretical critical damp resistance and experimental one is analyzed. The critical damp current is expanded Fourier integral of continuous frequency spectrum by Fourier transform, the Fourier integral of critical damping current are separated the Fourier polynomial of finite harmonics of discrete frequency by sampling. The loss resistance of inductor and capacitor are measured when the first harmonic and the harmonics which replace the critical damp current are applied to the RLC series circuit, the experimental value of critical damp resistance is amended, so as to the agreement between the amended experimental value of critical damp resistance and the theoretical one can be obtained.
机译:分析了理论临界潮湿抗性与实验性的原因。临界潮湿电流通过傅里叶变换扩展了连续频谱的傅里叶积分,临界阻尼电流的傅里叶积分通过采样分离离散频率的有限谐波的傅立叶多项式。电感器和电容器的损耗电阻在施加到RLC系列电路上的第一谐波和谐波时测量,修订临界潮湿电阻的实验值,以便修改实验值之间的协议可以获得临界潮湿阻力和理论。

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