F339MX253331MKP2T0

Film capacitors can provide a host of benefits over traditional electrochemical capacitors. They are smaller, lighter, and have longer life spans, coaxing large surge currents with low long term losses, and feature relatively high insulation resistance, low ESR and low inductance. They are also available in a variety of sizes and ratings, making them ideal for many applications.

F339MX253331MKP2T0 is a film capacitor manufactured by JDP. It is a kind of metalized polypropylene film capacitor with a coaxial construction, built in high frequency applications. It has a cylindrical metallic shell with open studs on both ends, plastic insulation, multiple aluminum electrodes and a polypropylene film dielectric.

F339MX253331MKP2T0 has a number of interesting characteristics that make it suitable for a variety of applications. It has a rated voltage of 400V, a capacitance of 33μF and a tolerance of ±10%. Its insulation resistance is greater than 14GΩ and its cut off frequency is greater than 400MHz. It is UL certified for up to 1000V, and its nominal temperature range is between -25℃ and 105℃. Its leakage current is less than 0.25CV, which is quite low for a polypropylene capacitor.

The applications of F339MX253331MKP2T0 are mainly in the fields of signal processing, high-end industrial control systems, power supplies and motors. It can be used in circuit boards, as part of guitar amplifiers, in air and fuel purification systems, in solar power systems and in a variety of other applications. It is also useful in the field of audio-visual equipment due to its low cut-off frequency.

The working principle of F339MX253331MKP2T0 is simple. It employs the same basic principle as other film capacitors in that it stores an electrical charge within a dielectric material. In this case, the dielectric material used is polypropylene. Electrical charge is stored in the form of potential differences between the film\'s electrodes. These potential differences attract surface charges of opposite polarity to the electrodes, creating an electric field between them.

This electric field attracts and repels charges, allowing electric current to flow and acting as a barrier that prevents charge carriers from coming in contact with each other. This process is known as capacitance, and it is this which allows F339MX253331MKP2T0 to be used in various applications. Through this process, the capacitor can store energy and allow for the release of energy when the voltage changes.