LDEEA2100KA0N00 Capacitors

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Film capacitors, also known as plastic film capacitors, are components made from several thin plastic film capacitors interacting with each other. They are extremely small, so they can often be found in electronic products, are used in various electronic components and are relatively inexpensive. This section will discuss the application field and working principle of the LDEEA2100KA00 film capacitor.

Application Field

The LDEEA2100KA00 film capacitor is a low-loss, high-frequency film capacitor. It is specifically designed for a wide range of high power electronics applications, such as audio and high voltage DC-DC converters. It uses a proprietary ILD construction, which is a polymerized thin film capacitor, providing both low impedance and high capacitance values. Additionally, the capacitor’s high-frequency performance makes it ideal for circuit applications operating at high frequencies.

The LDEEA2100KA00 film capacitor is also suitable for high-temperature circuit applications, making it ideal for automotive electronics, telecom systems and industrial electronics, among others. It is a highly reliable component thanks to its excellent resistance to aging and extended temperature range. Additionally, the capacitor offers a longer life in comparison to standard electrolytic capacitors, making it an alluring choice for long-term applications.

Working Principle

The LDEEA2100KA00 film capacitor consists of several thin layers of plastic film, which interact with each other to create a variety of electrical effects. Each layer consists of a thin film of PTFE or polyester, which is coated with electrodes. The inner layer is a dielectric, which provides the charge-holding capability of the capacitor.

The second layer consists of a conductive or semi-conductive film. This layer acts as one of the plates of the capacitor, and is usually composed of aluminum, copper or carbon. The third layer is usually a dielectric material, while the fourth is a second conductive layer.

The electric current is then generated by the electric current flowing across the interface between the two conductive layers, the dielectric layer and the other conductive layer. This current then flows through the capacitor, creating an electric field that stores energy. The capacitance of the capacitor is determined by the properties of the two conductive layers. The higher the capacitance, the greater the electric field that is created.

Conclusion

The LDEEA2100KA00 film capacitor is a highly reliable component with excellent dielectric properties and resistance to aging. It is suitable for a wide range of high power electronics applications, such as audio and high voltage DC-DC converters. Thanks to its high frequency performance, it can be used in circuit applications operating at high frequencies. Additionally, the capacitor is designed for high-temperature circuit applications, making it an ideal choice for automotive electronics, telecom systems and industrial electronics.

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