AEB335M2WK32B-F

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Aluminum electrolytic capacitors are electric components that are composed of two metallic electrodes with an oxide layer between them that acts as insulation. The AEB335M2WK32B-F is one type of aluminum electrolytic capacitor which is a product of KEMET. It is a bipolar non-polarized type electrolytic capacitor with a maximum equivalent series resistance of 1.3 ohms and a maximum ripple current of 3.6A.

The AEB335M2WK32B-F is a non-solid electrolytic aluminum capacitor, which means that the oxide layer that creates the insulation between the two electrodes is liquid. This type of capacitor is more resistant to vibration, shock and temperature. It has a voltage rating of 35V and a capacitance of 330uF, which makes it suitable for a rather wide range of applications.

The primary application of the AEB335M2WK32B-F is to provide power to circuits that require a steady supply of voltage, such as switch-mode power supplies, computer power device equipment, LCD TVs, automotive electronic equipment, etc. This capacitor can also be used in applications that require high-frequency pulse loads, such as gate drivers, brushless motors, and lighting. Due to its small size and low profile, it is also commonly used in mobile devices and laptop computers.

The working principle of the AEB335M2WK32B-F is relatively straightforward. When a voltage is applied, the capacitor passes current from one electrode to the other, allowing the voltage to be stored. This current is balanced by the oxide layer between the two electrodes, which then serves to maintain the high insulation and prevents short circuits. The stored voltage remains until it is discharged through the capacitor.

In summary, the AEB335M2WK32B-F is an aluminum electrolytic capacitor, which is capable of sustaining a voltage of 35V with a 330uF capacitance. It is suitable for a wide range of applications, such as computer power device equipment, brushless motors, and mobile devices. Its working principle is based on the balance created by the oxide layer between the two electrodes in order to maintain the stored voltage until it is discharged.

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