MKP385320025JB02W0

Film capacitors are an important part of many electronic circuits these days. They are used in a variety of applications ranging from high frequency switching power supplies to low voltage UPS systems and even electronic musical instruments. The MKP385320025JB02W0 film capacitor is a versatile, cost-effective solution for many applications that require a low-capacitance, low-dissipation factor capacitor. In this article, we will discuss the application field and working principle of the MKP385320025JB02W0 film capacitor.

Application Field

The MKP385320025JB02W0 film capacitor is a ceramic substrate design that is suitable for use in consumer and industrial applications. The capacitor has high insulation value, high temperature stability, low self-resonance, and excellent leakage resistance. The capacitor offers an effective capacitance value ranging from 107 pF to 470 pF. This makes it an ideal solution for low voltage, high frequency switching power supplies, UPS systems, and various audio applications.

Working Principle

The working principle of the MKP385320025JB02W0 film capacitor is based on the dielectric properties of the ceramic substrate. The ceramic substrate used in the design of the capacitor is made up of layers of RF-absorbing material. This material acts as a barrier between the two electrodes which creates an electric field. When an alternating voltage is applied to the capacitor, the electric field causes the electrical charge to be stored in the material between the electrodes. The potential difference in the two electrodes creates the capacitance value of the MKP385320025JB02W0 film capacitor.

Conclusion

The MKP385320025JB02W0 film capacitor is a cost-effective solution for many applications requiring a low-capacitance, low-dissipation capacitor. The versatile design allows for use in many different applications such as high frequency switching power supplies, UPS systems, and audio applications. The working principle of the capacitor is based on the dielectric properties of the ceramic substrate, which create an effective capacitance value from 107 pF to 470 pF.