The series resonance under UHV power can help many power workers conduct various power tests more conveniently.

When using it, be sure to check its wiring because if you haven't used series resonance for a long time, it is likely to become loose, and its parts may also have some looseness that hasn't been checked. Directly detecting the resistance voltage of the equipment under the premise can easily cause problems in the entire detection process, resulting in inaccurate data and inability to solve the problems faced by the equipment So when using series resonance, everyone should consider this issue and naturally ensure a high detection effect throughout the entire use process, without considering certain things. Make yourself suffer losses.

Of course, regular maintenance is required when choosing series resonance, and it should not be operated during the detection process, because series resonance can automatically or manually input data. If you choose a certain type of input, do not change its input method casually, otherwise it will directly affect the results of the entire data measurement. Even if the data leads to the entire measurement, what value can you bring? During the entire testing process, only more external factors will be obtained, and there will be no detection effect at all.

The characteristics of series resonance are pure resistance, terminal voltage, and total current in the circuit. At this point, the impedance is at its minimum, the current is at its maximum, and the inductance and capacitance may generate high voltages greater than the power supply voltage.

In power engineering, due to overvoltage and high current series resonance, damage to electrical equipment should be avoided.

In an AC circuit composed of resistor R, inductor L, and capacitor C, the voltage at both ends of the circuit is generally different, and the current phase is generally different. If the parameters or power frequency of circuit components (L or C) can be adjusted, they can be the same, and the entire circuit appears as a pure resistor. The circuit reaches a state called resonance.

In the resonant state, the total impedance of the circuit reaches or approaches its maximum value. According to different circuit connection methods, there are two types: series resonance and parallel resonance. The characteristics of resonance should be drawn from science and applied technology, while also preventing the harm it may cause.