Film Capacitors:

QXK2E105KTP7ZHFP is a type of film capacitor used in the power electronics industry. Film capacitors are capacitors consisting of one or more film dielectrics (insulating layers) contained within two electrodes. The large surface area of the film dielectrics increases the capacitance of the film capacitor compared to other types of capacitors.

Film capacitors are commonly used in power electronics applications because of their high temperature stability, low piezoelectric noise, and high reliability. QXK2E105KTP7ZHFP capacitors are especially suitable for electrical and electronic circuits that require stable performance in extreme operating conditions.

Application Field:

QXK2E105KTP7ZHFP film capacitors are used in a variety of applications including power supplies, motor drives, renewable energy systems, medical equipment, and industrial automation. The capacitors can handle high voltage and high ripple current applications, making them well suited to power conditioning and electronic circuits.

In the wind and solar energy industries, QXK2E105KTP7ZHFP are used in inverters and battery chargers to convert alternating current (AC) from a renewable energy source into direct current (DC) for battery storage. Film capacitors are also popular in high-voltage switched mode power supplies and industrial drives, where they help reduce the high frequency ripple from the switching waveforms.

Working Principle:

The working principle of the QXK2E105KTP7ZHFP film capacitor is based on the standard electrostatic principle. The electrical field generated between the capacitor’s two metal electrodes causes the dielectric material (film) between them to become polarized. As a result, the electric potential between the two electrodes changes, creating a capacitance.

The dielectric material of QXK2E105KTP7ZHFP is generally a polypropylene film, which offers superior temperature stability, high insulation resistivity, low loss, low dissipation, and low leakage current. These properties make the film capacitor well suited to high-performance electronic circuits that require stable operation in extreme operating conditions, such as power supplies, motor drives, and renewable energy systems.