6.3NXA220MEFC6.3X11

Aluminum electrolytic capacitors are designed for a variety of applications, from Polarized Automatic insertion due to high volumetric efficiency and to bipolar applications requiring low cost and long lifetime. The 6.3NXA220MEFC6.3X11 is a commonly used aluminum electrolytic capacitor.

This 6.3NXA220MEFC6.3X11 capacitor works to store electrical charge in order to provide electrical current to a circuit. It stores energy in the form of an electric field and is an electronic component used to store energy. A capacitor is composed of two conducting plates, in this case made of aluminum, facing each other. The 6.3NXA220MEFC6.3X11 uses electrolyte (a conductive liquid or gel) to hold an electric charge between the two plates. Electrons transfer energy between the two plates by jumping from the negative plate to the positive plate, creating an electric field of potential energy in the process.

This capacitor offers a relatively low temperature coefficient. This means it can maintain its capacitance even when exposed to different temperatures, which makes it suitable for use in extreme climate and other applications where temperature and humidity can fluctuate.

The 6.3NXA220MEFC6.3X11 capacitor has an operating temperature range of -40⁰C to +105⁰C, a dissipation factor of 0.33, a power rating of 4800mW, and a ripple current of 13.6A. With its low leakage and high volumetric efficiency, this capacitor is ideal for use in switching power supplies, filters, among other applications.

This capacitor is also self-healing, meaning it does not fail permanently when exposed to extreme heat, current, and Voltage. Its ability to effectively manage heat makes it an excellent option for high-temperature applications. By using this capacitor in specific types of circuits, it is possible to reduce the amount of output noise generated by electronic devices and even help reduce power consumption.

In conclusion, the 6.3NXA220MEFC6.3X11 aluminum electrolytic capacitor is a reliable power storage component and is suitable for a variety of applications. Its low temperature coefficient, high volumetric efficiency, and self-healing properties make it an ideal capacitor for extreme climate applications, filters, switches power supplies, and other related electronic components.