MKP385475125JPP2T0

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Film Capacitors: MKP385475125JPP2T0

Film capacitors are widely used in communication, power and other industries due to their excellent performance. Generally speaking, they are made of polyester, polypropylene or other materials with a dielectric film. In terms of model, MKP385475125JPP2T0 is a popular film capacitor in the industry. It has wide application field and reliable working principle.

As one of the most commonly used capacitors, MKP385475125JPP2T0 film capacitors have an excellent application field. First of all, it can effectively reduce the normal working current of the AC circuit and attenuate the waveform distortion of the core device. It is used in various pre-wave power filters, post-wave filter screens, high-frequency resonance circuits, DC bias circuits, audio circuits, etc. On the other hand, it can be used as a discharge device. When the system instantaneously changes the power level, the rapid discharge energy of this hydrolyzable capacitor can achieve the effect of improving energy efficiency.

In terms of working principle, the working principle of MKP385475125JPP2T0 film capacitors is quite reliable. That is, when a steady-state AC voltage is applied to the power supply line, the capacitor is charged and discharged in turn, and undergoes electrical polarization process with the same frequency as the applied AC voltage. Under the influence of AC voltage, it produces a pulsating current at the same frequency as the voltage, and a voltage opposite to the AC voltage is superimposed on the line voltage, which helps to reduce the surge voltage of the power supply. Therefore, the capacitor can stabilize the voltage and cut off the noise interference signal to the power line.

In short, MKP385475125JPP2T0 film capacitors have wide application fields and reliable working principle. They are widely used in communication, power and other industries due to their excellent performance. They can effectively reduce the normal working current of AC circuits and attenuate waveform distortion of core devices. Besides, they can also be used as a discharge device for rapidly discharging energy with the effect of improving energy efficiency.

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