MKP383420040JC02Z0

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Film capacitors are amongst the most reliable types of capacitor available. They can provide very low impedance and are also self-healing when subjected to over voltage. Therefore, they are extremely reliable and are used in a range of applications.

The MKP383420040JC02Z0 is a film capacitor produced by research in Motion. It has an operating temperature range of -25°C to +85°C. The rated voltage of the capacitor is 275V and it has a capacitance of 0.0047μF. It is housed in a metalized polypropylene case and has terminals made of brass or tin-plated steel.

The MKP383420040JC02Z0 can be used for a variety of purposes, including power supply filtering, interference suppression, high frequency bypass, and low voltage ripple noise reduction. These types of capacitors are used when a high degree of precision is required. In addition, they are often used to reduce EMI/RFI noise in products such as switching power supplies.

The working principle of a film capacitor is based on the electrostatic principle. This means that when a voltage is applied, an electric field is created between two plates which are separated by a dielectric material. This electric field causes the plates to be attracted to each other and thus forms an electric circuit. The capacitance of the circuit is determined by the size of the plates, the material used for the dielectric, and the distance between the plates.

The MKP383420040JC02Z0 capacitor has a long shelf life and is highly reliable. It is a low-cost alternative to ceramic and tantalum capacitors and is very effective in reducing EMI/RFI interference. It is ideal for use in applications where high levels of power stability and superior voltage transient handling are required.

Overall, the MKP383420040JC02Z0 is a reliable film capacitor which can be used for a variety of applications requiring precision and EMI/RFI noise reduction. It is a low-cost alternative to other types of capacitors and has a long shelf life. The working principle of a film capacitor is based on electrostatic principles which allow for the attraction of plates in order to form an electric circuit and thereby determine the capacitance.

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