401C113M063AH8

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Aluminum Electrolytic Capacitors

Aluminum electrolytic capacitors (AECs) are used in a wide range of applications, from industrial control units and medical devices to consumer electronics and automotive components. AECs offer a high capacitance in a small package, making them ideal for powering devices that require a constant, reliable supply of energy.

401C113M063AH8 is an AEC designed to meet the demanding requirements of high-power applications. It features an anodized aluminum electrolyte casing, a polypropylene dielectric, and a self-healing character for maximum safety. It has an operating voltage of up to 400V and a capacitance of 78uF. It can be used in both AC and DC circuits, and it has a maximum ripple current rating of 8A.

The working principle of the AEC is based on the physics behind electrolytes, which are solutions containing dissolved ions. When a current passes through an electrolyte, the ions create an electrical charge on the oppositely charged electrodes of the capacitor. This charge attracts oppositely charged ions of the electrolyte, forming a barrier, or dielectric, between the electrodes. The dielectric material, in the case of the 401C113M063AH8, is polypropylene, which offers a high breakdown voltage and excellent temperature stability. Thus, the capacitor combines the electrical properties of electrolytes and the dielectric properties of the polypropylene to create what is known as an electrolytic capacitor.

The AEC has wide range of applications, such as in electrochemical cells for energy storage or for filtering effects in electronic and communication circuits. It is suitable for use in both AC and DC circuits, since it is able to handle large voltages, currents and temperatures. AEC’s are also used in motor controls, power supplies, motor starters and switch-mode power supplies. They can also be used in high-voltage surge protectors, to protect equipment from damaging power surges.

AECs are often preferred over other types of capacitors due to their superior performance. Their low self-inductance makes them well suited for filtering applications, and their high capacity enables them to operate in high voltage and temperature applications. AEC’s are also very reliable and stable, providing superior performance over long periods of time. Because of these advantages, AECs are widely used in a variety of applications, from industrial and commercial devices, to consumer electronics.

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