QXT2G104KRP7FR

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Film capacitors are used to store energy and temporarily hold an electric charge. The QXT2G104KRP7FR Film Capacitor is a film capacitors which is used in a variety of applications.

The QXT2G104KRP7FR Film Capacitor has a rated voltage of 400VDC, a capacitance value of 10uf and a capacitance tolerance of ±20%. It is well-suited for use in DC-Link applications due to its long life characteristics and non-polarized construction. It is also commonly found in snubber, energy storage, and lighting applications.

The key characteristics of the QXT2G104KRP7FR Film Capacitor are its high stable capacitance, low temperature coefficient, and high insulation resistance. It also features a low dissipation factor (tan < 0.003), low ESR, and high ripple current stress capability. This makes it an ideal choice for energy storage applications.

The working principle of the QXT2G104KRP7FR Film Capacitor is based on the ability of the capacitor to store charge. It is constructed from an alternating combination of thin metal and thin dielectric layers. The thin layers are rolled up into a small cylindrical form factor and then sealed in a metal can. When a voltage is applied across the capacitor\'s terminals, an electric field forms within the dielectric layer, which allows it to store a charge.

The QXT2G104KRP7FR Film Capacitor is widely used in DC-Link applications due to its superior characteristics. It is used in snubber, energy storage, and lighting applications. It is also used in inverters, welder drivers, and battery charger applications. In the snubber application, the QXT2G104KRP7FR Film Capacitor acts as a buffer, which reduces the power supply voltage ripples and helps to protect attached devices from overvoltage and power supply surges.

The QXT2G104KRP7FR Film Capacitor is a high-quality capacitor with a long life and a high insulation resistance. Its high insulation resistance makes it well-suited for use in applications where reliability and safety are of paramount importance. Its high stable capacitance, low temperature coefficient, and low ESR make it ideal for energy storage applications. Its non-polarized construction and long life characteristics also make it excellent for use in DC-Link applications.

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