EDK476M016A9GAA

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Aluminum Electrolytic Capacitors

Aluminum electrolytic capacitors are polarized capacitors that are most commonly used in electronic circuits as energy storage elements. They are well-suited for applications requiring high capacitance values in a relatively small size. Electric current passes through the capacitor body, which is made of an anode and cathode of aluminum foil separated by a thin insulating solution layer, and the electric energy is stored in an electric field that forms between the two terminals.

EDK476M016A9GAA Application Fields

The EDK476M016A9GAA capacitor is a specific type of electrolytic capacitor that is typically seen in various higher-power electronics applications. In particular, it is well-suited for use in noise-suppression and vibration-control applications, as well as for improving the reliability of high-frequency circuits and smoothening pulse loads. This type of capacitor is often employed in power supply devices, and industrial applications that require greater levels of safety, such as factory automation and medical equipment.

EDK476M016A9GAA Working Principle

Essentially, EDK476M016A9GAA capacitors generally store energy through the creation of an electric field between its two electrodes. The electric field is created by the current which passes through the capacitor body and this electric field stores the electric energy which can then be released when the electric current is stopped. This process is known as charging and discharging and is explained by the following equation:

The equation shows that electric potential energy stored in the capacitor is a function of the capacitance and voltage applied. The EDK476M016A9GAA capacitors are built with a high level of capacitance, allowing them to store a larger amount of electric potential energy, and thus allowing them to be used in high-power applications.

To use an EDK476M016A9GAA capacitor, it should first be connected in a circuit with the anode connected to the positive and the cathode connected to the negative side. The capacitor will charge up with the current flowing through it, storing the electric potential energy inside the capacitor until the current is stopped. The stored energy will then be released when the current is stopped and the capacitor will discharge the energy, until it returns to its original state.

The EDK476M016A9GAA capacitor is a highly reliable and efficient type of capacitor, making it a popular choice in various high-power applications. Its high capacitance and efficient energy storage makes it highly suited for use in noise-suppression, vibration-control, and power supply applications, as well as numerous other industrial and medical applications.

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