QXP2E335KRP7FX

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Film capacitors, also known as plastic film capacitors, are constructed with a thin polymer dielectric material, such as polyester, polycarbonate, or polypropylene, which is sandwiched between two metal foil electrodes.

Film capacitors, such as the QXP2E335KRP7FX, are capable of providing very low dissipation factors across a wide range of capacitance, temperature, and voltage levels. With their thin dielectric, film capacitors are extremely light and are therefore very useful when a large capacitance is needed.

The QXP2E335KRP7FX is a film capacitor that is used primarily in applications where high performance is required in the area of energy storage. This capacitor is designed with a high capacitance value and can handle up to 335 volts and 28.5 mF of capacitance. It offers high across the insulation resistance, equivalent series resistance, and a robust temperature range from -55°C to +105°C.

The working principle behind a film capacitor is relatively simple. Current flows through the capacitor by micro-or Nanofarad and the capacitance is determined by the thickness of the dielectric material. As the current moves through the capacitor, it stores the energy within the dielectric material until it is discharged. As the electrical energy flows through the dielectric material, electrostatic forces are created which pull the electric charge apart and the device acts as an insulator.

So, in short, the QXP2E335KRP7FX is a film capacitor designed for high performance energy storage, with a high capacitance value of up to 28.5 mF, and an equivalent series resistance of 500mΩ. It is designed to handle up to 335 volts with a temperature range of -55°C to +105°C. The unique design of this capacitor allows for a low dissipation factor across a wide range of capacitance, temperature, and voltage levels, allowing for prolonged energy storage. Hence, the QXP2E335KRP7FX is widely used in many high-performance systems and applications.

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