MKP385633025JPM5T0

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Film capacitors are used in a variety of applications that demand high stability and low dissipation factor. In today’s circuit designs, designers often rely on film capacitors to deliver optimal performance. MKP385633025JPM5T0 is an example of a film capacitor produced by TDK Corporation. Let’s take a look at some of the features this component offers.

General Features of the MKP385633025JPM5T0

The MKP385633025JPM5T0 is an X7R type capacitor designed to deliver high stability performance in a variety of applications. Its rated voltage of 25 VDC makes it ideal for use in a variety of low-voltage applications. Additionally, this component has a temperature coefficient of K=±15% which helps to ensure that the capacitance value does not drift significantly with changes in temperature. It also features a Dielectric Absorption Ratio (DAR) of 3.4, which adds to its stability.

MKP385633025JPM5T0 Application Fields

The MKP385633025JPM5T0 is suitable for use in a variety of applications where high stability performance is essential. For example, it is widely used in video and consumer electronic equipment, and in automotive and industrial control fields. Additionally, this component is well-suited for use in pulse shaping, and in surge protection circuits. The wide temperature range of this component’s operation (up to +105°C) makes it suitable for use in military and aerospace applications, as well as in automotive engines.

MKP385633025JPM5T0 Working Principle

The working principle of the MKP385633025JPM5T0 is similar to that of other capacitors. When a voltage is applied across its terminals, charge carriers (electron and electron holes) move to create a charge imbalance in the capacitor plates. As the voltage increases, more charge carriers are added to the plates. This creates an electric field between the capacitor plates that is proportional to the applied voltage. The electric field causes the capacitance of the MKP385633025JPM5T0 to increase or decrease, depending on the polarity of the applied voltage.

When the applied voltage reaches the rated value, it increases the stored energy in the capacitor enough to cause an electrostatic breakdown. This breakdown causes dielectric damage and reduces the capacitance of the component. This is why film capacitors, such as the MKP385633025JPM5T0, are designed with high break-down voltages.

In addition to the electrostatic breakdown of the capacitor plates, a film capacitor also experiences high currents when subjected to reverse polarity voltages. These high current pulses can cause the dielectric of the component to deteriorate. To protect the component from such occurrences, the MKP385633025JPM5T0 is designed with a high voltage resistance and high surge current capability.

Conclusion

The MKP385633025JPM5T0 is a film capacitor designed to provide high stability performance in a variety of applications. Its wide temperature range of operation makes it suitable for use in military and aerospace applications. Additionally, its high-voltage resistance and high surge current capability make it ideal for use in pulse shaping and surge protection circuits. Finally, its low dissipation factor and temperature coefficient make it a great choice for demanding applications.

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