511D476M250EN4D

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Aluminum Electrolytic Capacitors are electronic components that store electric energy in the form of an electric field using a thin layer of insulating material between two aluminum foils. The 511D476M250EN4D capacitor is an example of a widely used aluminum electrolytic capacitor and has a range of potential applications and design considerations that can assist engineers in component selection and placement.

The capacitive value is known as the nominal value and is typically expressed in microfarads (µF). The 511D476M250EN4D is a 47µF capacitor with a 25V operating voltage, meaning it can support up to 25volts of electric current. This makes it suitable for a variety of low power electronics systems, such as DC motors. There are also various sizes available, with the ‘E’ or ‘EN’ designations denoting the extended lead version, and the ‘N’ designation for the standard version.

The 511D476M250EN4D has a range of operating temperatures which range from -40°C to 85°C. This makes it suitable for harsh environmental conditions, and the wide temperature range also reduces risk of overheating during operation. Its polarized design also reduces risk of reverse polarity, preventing any sparking or damage to the capacitor when connected incorrectly.

The 511D476M250EN4D has a range of applications, including DC circuits, voltage regulation, motor control, power supplies, and many more. A single capacitor can also be used for multiple applications when used in combination with other components such as resistors and inductors.

The principal behind the 511D476M250EN4D aluminum electrolytic capacitor is that when a voltage is applied across the two terminals, an electric field forms between the two foils. This electric field creates an attraction between the two foils, forming a layer of insulation. This insulation allows the capacitor to store more energy than a ceramic capacitor, and it also can handle more current for the same size as other capacitor types.

The 511D476M250EN4D is a reliable component that provides stability and long life, and is used in many everyday electronics. With its versatility and reliability, it should be a top choice for any low power electronics system that requires a reliable capacitor.

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