UFG1H220MEM1TD Capacitors

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Aluminum electrolytic capacitors or “Al caps” are a type of electrochemical capacitor. They are commonly used in electrical circuits and feature a high capacitance to area ratio. Their construction consists of two aluminum foils separated by a thin insulating layer called the electrolyte. These capacitors are referred to as “non-polar” because the charge stored on them is not dependent on the polarity of the voltage applied.

The UFG1H220MEM1TD-series aluminum electrolytic capacitors by Nichicon Energy Solutions is specifically designed to work in automotive applications. It is a molded type capacitors designed to reduce noise, offer high reliability, and a robust industrial design. Their rated working voltage is 12 VDC and their rated capacitance range is 100-220 μF. They feature a low ESR rating of 0.14 mOhms, wide operating temperature range of -40 ~ +105°C and a lifetime of 3000 hours.

The working principle of the UFG1H220MEM1TD aluminum electrolytic capacitor is based on the two electrodes that are which are separated by an electrolyte. The electrical field generated from the applied voltage results in an electrochemical reaction breaking down the electrolyte, generating charge carriers which act as the dielectric material in the capacitor. The process creates a connecting channel between the two opponents and affects their capacitance, thereby making them usable in electrical circuits.

The UFG1H220MEM1TD aluminum electrolytic capacitors are primarily used in automotive applications, such as for the filtering of power supplies and stabilizers. These capacitors are also used in a range of industrial power supplies, motor controllers, UPS systems, and audio-visual electronics, as well as in various military, aerospace, medical and medical applications.

Nichicon’s UFG1H220MEM1TD aluminum electrolytic capacitors provide reliable performance and robust design, making them a great choice for automotive applications. Their high capacitance to area ratio and low ESR, coupled with a wide operating temperature range make them ideal for a variety of high-performance applications, such as power filtering, noise removal and stabilizers.

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