E36D301CPN602AEM9N

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Aluminum electrolytic capacitors are one of the most widely used and essential components in electronic device circuit designs. The E36D301CPN602AEM9N is a particular capacitor that is widely used today in a variety of electronic applications.

This capacitance is composed of an aluminum oxide (Al2O3) construction that is referred to as a double-layer capacitor. The dielectric layer is formed by the reaction between the aluminum oxide layer and a gelatinous electrolyte, resulting in a dielectric breakdown voltage rating of 16 Volts. This part also has a capacitance value of 301µF, a rated temperature of 85°C, and a leakage current of 60 µA.

The main application field for the E36D301CPN602AEM9N is in electronic circuits as a filtering and energy storage device. With its high capacitance value and breakdown voltage rating of 16 Volts, this part can be used for a variety of power supply, switching power supply, LCD backlight, and clock circuit designs. It is also commonly used in automotive electronics, communications equipment, and consumer electronics.

The working principle of the E36D301CPN602AEM9N is based on the same principles of all capacitors. When an electric current passes through the device, an electrical field is built up between two electrodes (anode and cathode). This field then causes a voltage to appear across the terminals, which is equal to the dielectric breakdown voltage of the capacitor. By then rapidly recharging or discharging the capacitor, it is possible to generate various frequencies used for filtering out harmful noise from the system or to create electronic signals.

In conclusion, the E36D301CPN602AEM9N is a high-capacity double-layer aluminum electrolytic capacitor. Its main application field is in electronic circuits that require filtering and energy storage capabilities with a breakdown voltage rating of 16 Volts and a capacitance rating of 301µF. The capacitor works on a basic principle of an electrical field between two electrodes that generates a voltage across the device.

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