KP1830122014G

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Film capacitors are a type of capacitor that are created by winding a thin sheet of dielectric material around an axis. This creates a capacitor that can store energy in the form of an electrical field. The type of material used to make the dielectric in the film capacitor has a significant impact on the capacitor\'s characteristics.

KP1830122014G is a polypropylene film capacitor, which is capable of handling high quality signal transmission. It is designed for electronic products, such as audio-visual, video, and musical equipment. The KINEL range of PP film capacitors have a surge voltage of 500V and an insulation resistance of >5000MΩ. The casing is waterproof and can withstand temperatures from -25°C to +85°C.

The polypropylene film and electrical grade foil are rolled together around a spool and then insulated with insulating material. The dielectric material can be either self-healing or non-healing, depending on the application. The size of the capacitor, its dielectric and the number of layers also determine its capacitance.

The KP1830122014G polypropylene film capacitor is a popular choice for many electronic applications. It is ideal for audio-visual and musical equipment, such as amplifiers, tube amplifiers, equalizers, and studio mixers. It is also used in high-end digital video and audio equipment, as well as audio-video receivers. Additionally, it is capable of handling voltage spikes up to 500V, making it suitable for high-voltage applications such as automotive systems.

The working principle of a KP1830122014G polypropylene film capacitor is based on the principle of electrostatics. When a dielectric material is placed between two electrical charges, an electrical field is created which stores electrical energy. This stored energy is measured in terms of capacitance.

The KP1830122014G polypropylene film capacitor is an example of an advanced capacitor design that combines high capacitance and high dielectric strength. It is designed for reliable and long-lasting operation in harsh environments, and is suitable for a wide range of high-power applications.

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