Wuhan UHV specializes in producing series resonance (also known as variable frequency series resonance complete equipment). When viewed in the oscillation circuit, there is a parallel resonance circuit without a special understanding of the microscopic working principles. In general, we need to know that it is the conversion between capacitance and inductance during charging and discharging. In order to improve students' ability to solve certain problems with electrical signals with specific social work frequencies in China, by analyzing and setting a capacitance inductance model design parameter, we can ensure that the capacitance discharges when the inductance is charged, charges when the inductance discharges, or when the main direction of current research is constantly developing and the environment changes. The direction of capacitance inductance discharge is basically the same as the direction of current control. Therefore, the frequency of the signal will not attenuate.

As for the operating frequency of the signal to other places, there is no such subtle process where the two main components are not particularly good. Currently, research and development have changed, and capacitors and inductors control the charging and discharging time and direction of the discharge current. The frequency can be matched with the reverse signal current source, which is biased to filter out these signals of different frequencies.

By inputting signals of different frequencies into the resonant circuit, the changes in electrons in the series resonant circuit can be directly analyzed.