MKP385551063JPI2T0

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Film capacitors are generally divided into paper dielectric capacitors and mylar dielectric capacitors. Paper dielectric capacitors use pulp paper as the medium between the positive and negative electrodes, which has the advantages of simple manufacturing process, low price and various types. Mylar dielectric capacitors use polyester film as the medium between the positive and negative electrodes, which has the advantages of high temperature resistance, good insulation properties, long working life and small volume. The MKP385551063JPI2T0 is a special film capacitor with a Mylar di-electric.

MKP385551063JPI2T0 has a wide range of application fields. It is often used in AC/DC switches, high frequency rectifiers, measuring equipment, controllers and other electrical circuits where the AC power frequency is more than 50Hz. In addition, this kind of film capacitor can also be used in miniaturized, low-noise, high-efficiency, high-frequency switching power supplies in UPSs, new energy vehicles, solar PV grids, inverters, and other electronic products. It can also be used in current sampling and waveform distortion correction circuits and precision converters.

In terms of working principles, MKP385551063JPI2T0 lies in the basic capacitance rule of analog circuits. It can store and release energy in time domain and synchronize with adjacent signals or circuitry. This type of film capacitor has an excellent frequency response, which helps to retain high frequency content and reduce the influence of transients. It can eliminate the noise and crosstalk of circuits to a certain extent. Also, it can compensate the capacity to filter out the current ripple in the working process to protect the circuit components. Its temperature coefficient has a small impact on its capacity.

In conclusion, MKP385551063JPI2T0 is a special film capacitor with Mylar dielectric, which offers a wide range of application fields such as AC/DC switches, high frequency rectifiers, measuring equipment, controllers, etc. and possesses excellent working principles like frequency response, capacitance, noise and crosstalk reduction and temperature coefficient. The mylar dielectric technology also provides high temperature resistance, good insulation performance, long lifetime and small form factor.

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