A755KS107M1EAAE025

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Aluminum-polymer capacitors are widely used in electronic equipment, industrial automation, automotive and household appliances. Aluminum-polymer capacitors are constructed using soldered aluminum lead frames, a combination of an aluminum foil element and a high-grade polyalkylene oxide dielectric, and a film barrier. Aluminum-polymer capacitors come in various shape and size, from radial to snap-in designs, and from surface mount to through hole configurations.

The A755KS107M1EAAE025 is an aluminum-polymer capacitor designed for high density, high temperature applications. The A755KS107M1EAAE025 uses a combination of an aluminum electrolyte foil element, a high-grade polyalkyleneoxide dielectric, and a film barrier, to create a capacitor with excellent volumetric efficiency and high rated temperature operation.

The A755KS107M1EAAE025 is primarily used in high temperature, high-frequency applications such as in DC-DC converters, power amplifiers, PWM controllers, and RF communications. The combination of aluminum electrolyte, polyalkyleneoxide dielectric, and film barrier used in the construction of the A755KS107M1EAAE025, allows it to achieve a maximum operating temperature of up to 125°C.

The A755KS107M1EAAE025 offers excellent volumetric efficiency, and can be integrated with other components into tight areas. The aluminum-polymer capacitor also benefits from improved thermal and electrical characteristics, with a low equivalent series resistance (ESR) and a high ripple current capacity.

The working principle of the A755KS107M1EAAE025 is an electrochemical process utilizing an electrolytic foil element, where an aluminum foil is incorporated with a conducting oxide. The oxide layer serves as a dielectric, which can be polarized positive or negative and stores electrical energy, forming a capacitor. The oxide layer is designed to minimize the risk of electron leakage and to minimize differential of capacitance due to temperature.

The A755KS107M1EAAE025, as an aluminum-polymer capacitor, is thus very reliable, exhibiting high temperature operation with excellent volumetric efficiency and a high ripple current capacity in high temperature, high-frequency applications. This makes the A755KS107M1EAAE025 a suitable choice for various applications, from DC-DC converters, power amplifiers, PWM controllers, and RF communications.

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