QYX2A102JTP1FD

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Film capacitors are an important component of all kinds of power electronics and industrial equipment. The QYX2A102JTP1FD Film Capacitor is designed to provide reliable and efficient performance in a wide range of applications. It is a low-resistance, low-capacitance capacitor, which offers superior temperature stability and chemical resistance.

The QYX2A102JTP1FD Film Capacitor is a Metallized Polypropylene Film Capacitor with a Dielectric Absorption Rate of 10 percent. It is constructed using a high-purity polypropylene film with a copper foil layer electrolytically coated on both sides. The electrolyte layer is a highly reliable dielectric material with excellent chemical and temperature stability, allowing for a wide range of operating temperatures and an extended service life. This capacitor is available in 2 different styles, with each style being designed for different application requirements.

The QYX2A102JTP1FD Film Capacitor is ideal for applications such as high-current surge protection, snubber networks, and filtering circuits, as well as for DC-to-AC conversion and DC voltage regulation. The device is also suitable for use in power supplies, motor drives, and UPS systems. Its low impedance and superior frequency response enable it to respond to transient changes in the load and serve as a buffer between power electronics devices, such as motor drives and UPS systems, and the load.

The working principle of the QYX2A102JTP1FD Film Capacitor is quite simple. When an alternating voltage is applied, the dielectric absorbs the electric charge and stores it. The stored electric charge is then returned to the power source when the electric field between the capacitor plates is reversed. The capacitor is designed to provide the highest efficiency possible by minimizing the electric losses due to resistance and capacitance.

The QYX2A102JTP1FD Film Capacitor is specifically designed for applications requiring superior temperature stability and chemical resistance. It has a very low resistance, low capacitance, and superior frequency response. The device is suitable for use in a wide range of applications, such as in power supplies, snubber networks, motor drives, and UPS systems. Its superior temperature stability and chemical resistance make it ideal for long-term performance in harsh environments.

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