EEG-A2A183GKE

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Aluminum electrolytic capacitors are passive electronic components used mainly for energy storage and filtering of relatively high-frequency signals in circuits. They are composed of two aluminum foils that act as electrodes and an oxide film that acts as the dielectric. They are encased in a housing made of metal or plastic. The use of aluminum electrolytic capacitors dates back to the 1950s when they were first developed to stabilize a power supply.

EEG-A2A183GKE aluminum electrolytic capacitors are a type of capacitors specifically designed for the automotive industry. This capacitor is a double-anode device that allows the use of a lower working voltage, meaning that it can be used in applications where the operating voltage is insufficient. It is also designed to be resistant to higher temperatures, which makes it suitable for automotive applications. The capacitance of the device is typically 183µF, with a Rated voltage of 25VDC.

The working principle of this aluminum electrolytic capacitor is based on the same principles as any other capacitor. When an electrical current travels from one point to an another, it creates a voltage potential difference between the two points. This electric charge will be stored in the capacitor and can be used to power circuits. The EEG-A2A183GKE capacitor is designed in such a way that the anode foils are brought together, resulting in a thickness of the oxide film and providing a higher capacitance than standard electrolytic capacitors.

The EEG-A2A183GKE aluminum electrolytic capacitor is generally used in automotive applications because it can handle high temperatures and is resistant to vibration. It is also used for power supply equipment and other electronic devices. Since its double-anode design reduces the working voltage, it is often used in applications that require high capacitance but require a lower operating voltage.

In conclusion, EEG-A2A183GKE aluminum electrolytic capacitors are a specific type of capacitor used in automotive and other applications. They are designed with a double-anode architecture, allowing for a lower working voltage and higher temperature tolerance. They are used for energy storage and filtering of relatively high-frequency signals in circuits. This capacitor is a great option for applications that require more capacitance but are unable to use higher operating voltages.

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