MKP1847H57035JP2

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Film capacitors, or plastic film capacitors, are simply capacitors made with extremely thin plastic film. Film capacitors are an important component of many electrical and electronic applications. They are used to store and regulate electrical energy, provide filtering, and prevent interference.

In particular, the MKP1847H57035JP2 from JKINTECH is a highly reliable, miniature, non-inductive film capacitor that is designed for surface mounting in a variety of electronic devices. This type of capacitor is typically employed in electronics and electrical circuits, and it has a wide variety of applications.

Application Field

The MKP1847H57035JP2 capacitors are ideal for use in high-efficiency switching power supplies, electronic ballasts, audio frequency transformers, and snubber circuits, offering a secure connection and reliable long-term performance in extreme heat and high current applications without compromising its reliability.

Additionally, these capacitors are also suitable for use in motor control circuits for limit switches, fuel pumps, lighting, and other home and automotive electrical applications. Moreover, they are used in frequency-sensitive circuits, such as signal filtering, matching circuits, notch filters, and DC blocking for voltage divider and tuning applications.

Working Principle

The MKP1847H57035JP2 capacitor is based on the principle of an intrinsic electronic field. It is made up of an extremely thin film, typically of polyester, that is sandwiched between two electrode plates. As a flow of electrons passes through the capacitor, the electric field that is created induces a high degree of dielectric polarization in the film, thereby creating a barrier that reduces the flow of current between the two plates and into the capacitor.

This polarization effect increases the capacitance value, which affects the frequency response and the impedance of the circuit, allowing the capacitor to be used in different types of applications to affect the electrical characteristics of a given circuit. By controlling the electric field, the capacitor--and thus the circuit--is able to be tuned to a desired frequency range as needed.

By utilizing the polarization effect of the capacitor, the physical size of the capacitor can be significantly reduced, meeting the requirements of an ever-shrinking technological world. This single-component approach to controlling the electrical characteristics of a given circuit is typically more reliable than a multi-component approach.

The MKP1847H57035JP2 capacitors are known for providing consistent, reliable performance. With their minimal height and efficient performance, they are ideal for use in a variety of electronic applications. By operating on the principle of dielectric polarization, these capacitors are able to offer superior correction of electrical characteristics while still maintaining a very small, lightweight form factor.

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