MKP385424016JDI2B0

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Film capacitors are a type of dielectric capacitor. They are small, used mainly to keep resonant circuits stable, etc. The MKP385424016JDI2B0 is a short-term film capacitor with high dielectric strength and low loss. It is used in power amplifier applications with high breakdown voltage and surge current requirements. It can be used in a wide range of applications: from low-frequency high-voltage components, to mid-frequency variable capacitors.

Application Field

The MKP385424016JDI2B0 is mainly used in audio and video power amplifier applications, especially in power amplifiers with high power requirements. It is also used in lighting applications, as it has an excellent pulse load performance and can withstand high surge currents.

It is also found in high-voltage rectifier bridges, as it can operate at a wide operating range. It is also used in audio and video oscillator circuits. It is also used in antennas and broadcast transmitters due to its dielectric strength and low loss.

Working Principle

The MKP385424016JDI2B0 operates using the capacitance-voltage principle. Specifically, it is a dielectric capacitor with a voltage coefficient of capacitance, which means that when an electric potential is applied across it, the charge that flows through it is proportional to the voltage applied. This makes it suitable for high-voltage applications.

It is also a very stable device, which means that when the applied voltage is changed, the capacitance does not change drastically. This makes it suitable for use in resonant circuits. It also has a wide operating range and can withstand high currents and voltages.

In summary, the MKP385424016JDI2B0 is a short-term film capacitor with high dielectric strength and low loss. It is mainly used in audio and video power amplifier applications, especially in power amplifiers with high power requirements. It can also be used in lighting applications and high-voltage rectifier bridges. It operates using the capacitance-voltage principle and is very stable, making it suitable for use in resonant circuits.

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