WMF1P1K

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Film capacitors consist of film dielectric, metallic film electrodes and isolation layers. The polymer material used for forming the film dielectric can vary in type and thickness, which affects the electrical characteristics. Some capacitors are mass-produced and others are specifically designed for intended applications. WMF1P1K series is a type of film capacitors.

WMF1P1K capacitors are encapsulated with epoxy resin in aluminum cases and have radial terminals. They are applied in applications where it is necessary to produce high inrush currents. These capacitors can bear motors without flashover or failure under heavy transient loads. This makes them suitable for applications with high requirements for reliability.

The working principle behind the WMF1P1K capacitors is based on the basic principles of electricity. Electrons flow from one metal electrode to the other, and the charges on the electrodes produces an electric field between them. The electric field varies with the dielectric material between the electrodes. The dielectric, therefore, acts as an insulating material and stores the electric energy. This means that the capacitance of the capacitor is determined by the nature of the dielectric and the size of the electrodes. The dielectric also affects the electrical properties of the capacitor.

The WMF1P1K capacitors have a very high self-healing property that keeps them durable and reliable. This property helps the capacitors to recharge quickly after a steady-state overload or a failure. It also prevents any electrolyte leakage, which can cause severe damage to nearby electronic equipment. The capacitor\'s low induction losses also enhance its efficiency, while its good temperature stability makes it suitable for use in hot working environments.

In summary, the WMF1P1K film capacitors are suitable for applications requiring high inrush current, good vibration stability and reliability. These small and lightweight capacitors have a long lifetime and are available in various ratings, making them suitable for many applications. In addition, the self-healing property, low induction losses and good temperature stability of these capacitors make them an attractive option for various electronic applications.

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