930C2W1P5K-F

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Film Capacitors

Film capacitors offer an unrivaled combination of performance qualities unmatched by any other capacitor technology. A major benefit of this type of capacitor is that its construction allows for large capacitance values to be stored in comparatively small spaces with minimized physical size. As such, they find wide application in sectors such as the electrical, motor control, HVAC, medical, automotive, aerospace, consumer electronics and many more. One of the many film capacitor models available in the market is the 930C2W1P5K-F.

The 930C2W1P5K-F film capacitor is a metallized polypropylene DC-link capacitor used in applications such as wind power, solar power, smart meters, electronic motor control, power factor correction and DC link. It is designed to provide long lifetime, safety and reliability in a compact size. With a maximium operating temperature of 85°C this capacitor can handle low and high voltage levels efficiently.

One of the main advantages of the 930C2W1P5K-F model is it\'s high capacitance-voltage combination, measured at 2.5kV, which makes it ideal for use in applications such as power electronics, renewable energy applications, and in motor control electronics. It also has a stable dielectric loss factor for accurate loss factor and voltage stress management. This feature makes it suitable for use in High Voltage DC Converters.

The 930C2W1P5K-F is based on a plastic film and tinned coated copper winding in an aluminum housing. The plastic film, usually a polypropylene, is a dielectric that is impregnated with an arcylic resin inorder to maintain the desired insulation. The plastic film is then rolled and slot together with the coils around the center core. This design helps the capacitor to guarantee reliable operation and to protect against short-circuits.

Films capacitors, such as the 930C2W1P5K-F model, produce a significant benefit in terms of their ability to exist at higher operating temperatures while storing electrical charge. The plastic film utilized in this capacitors construction allows the capacitor to resist heat and remain stable under high temperature conditions. This elevated heat resistance also gives the 930C2W1P5K-F model strong stress tolerance and optimizes the long-term operations of the capacitors.

The working principle of the 930C2W1P5K-F hinges around the capacitor storing energy in an electric field created between two conducting plates. The capacitor is exposed to an alternating current (AC) and as a consequence electricity flows back and forth between the capacitor\'s plates. During this process the stored electric field scatters a portion of the current, resulting in the capacitor eventually decreasing the current in the circuit they are connected to.

With the help of the 930C2W1P5K-F filmmakers capacitor, power electronics engineers and designers have been able to reduce the size of their designs while maintaining their original performance parameters. This continues to be one of the major benefits of the component. In addition, its high operating temperature, protection against short-circuits and efficient operation make it the ideal choice for use in a variety of different industries.

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