200VXR330MEFC25X25

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Aluminum Electrolytic Capacitors

Aluminum electrolytic capacitors are electrochemical components that use a thin layer of insulating oxide on an aluminum foil electrode as the dielectric material. In most cases, aluminum electrolytic capacitors are the optimum choice for DC filter and energy storage applications, especially when high capacitance and small size are important.

200VXR330MEFC25X25

The 200VXR330MEFC25X25 aluminum electrolytic capacitor has a rated voltage of 200V and a maximum capacitance of 330uF. It is specifically designed to filter and store energy between DC power and signal lines. It is also quite capable of handling high inrush currents and withstanding high transient voltages.

Application Field and Working Principle

The 200VXR330MEFC25X25 aluminum electrolytic capacitor is used in a variety of electrical applications including switching power supplies, filter networks, power conditioning and regulator circuits, power factor correction, and transient voltage suppression. The design also allows for high temperature operation and a wide range of capacitance values.

At its most basic, the working principle behind an aluminum electrolytic capacitor is a simple one. The capacitor consists of two aluminum plates separated by a thin separating material known as an electrolyte. When an electrical current is applied, the two plates become charged oppositely and the material between them is attracted to one plate. This causes a buildup of charge between the two plates, creating an electrical field that stores energy.

The 200VXR330MEFC25X25 aluminum electrolytic capacitor has an extended temperature range, providing higher reliability and long life operation even in extreme conditions. It also features a low equivalent series resistance, which helps to ensure that the capacitor maintains its rated capacitance value over a wide range of operating frequencies.

This capacitor is designed to offer a high degree of stability over temperature, ensuring that the output voltage swing remains consistent and reliable. In addition, its low dissipation factor and low impedance improves efficiency and reduces power losses from circulating current in the capacitor.

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