MLP143M020EA1C

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Aluminum electrolytic capacitors use an electrolyte to increase the capacitance of the component. They possess a wide range of application fields and have different working principles. These capacitors are useful for filtering and shorting-pulsing, energy storage, decoupling, high-frequency bypassing and timing circuits. MLP143M020EA1C is one such aluminum electrolytic capacitor.

The MLP143M020EA1C aluminum electrolytic capacitor has a screw-terminal with a nominal capacitance of 2.2µF and maximum ESR of 1.1µΩ. It has a unique feature: a quick connect/disconnect terminal, eliminating detachable wires. This makes connection easier and reduces safety risks. The capacitor features high temperature endurance up to 125°C, making it suitable for applications with high heat.

The MLP143M020EA1C aluminum electrolytic capacitor works primarily on the principle of dielectric polarization. The capacitor consists of two aluminum foils, electrically insulated by an electrolyte solution saturated by ions, such as ammonium and borate. When voltage is applied between the foils, electrolytes move towards the positively charged layer. These ions create a strong electrostatic field, resulting in a capacitive effect. The thickness of the dielectric layer determines the capacitance of the component.

The MLP143M020EA1C aluminum electrolytic capacitor has a wide range of application fields. It is often used in power supplies, DC-DC converters, solar cell systems, and other industrial equipment. The capacitor also has a wide range of uses in automotive industry, as an engine control unit or as a starter capacitor. The capacitor can also be used for high-frequency equipment, such as filters, as well as for timing circuits.

The MLP143M020EA1C aluminum electrolytic capacitor is a reliable and versatile component with a wide range of application fields. Its unique quick connect/disconnect terminal allows for easier connection and reduced safety risks. The capacitor\'s resistance to high temperature makes it suitable for many applications with high temperature endurance, including power supplies, DC-DC converters, automotive industry and more. The capacitor works on the principle of dielectric polarization, where an electrolyte solution moves towards the positively charged layer to create a strong electrostatic field, resulting in a capacitive effect.

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