根据电阻产生的物理机制即电子声子相互作用提出了RLC电路量子化的一种新方法 .用这一方法研究电路中的量子涨落比用传统有效哈密顿方法得到的结果要小 .同时还发现 ,如果电容和电感含有时间 ,则可在电路中产生压缩态 .本文方法克服了传统方法在时间很长后电荷和电流趋于零的不足 A new method to quantize RLC circuits is proposed according to the physical mechanism of resistance, ie, electronic phonon interaction. Quantum fluctuations in the circuit studied by this method are smaller than those obtained by the traditional effective Hamilton method. It is found that if the capacitor and inductor contain time, the compressed state can be generated in the circuit.The proposed method overcomes the shortcoming of the traditional method that the charge and the current tend to be zero after a long time