EDH226M050A9HAA

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Aluminum electrolytic capacitors are widely used in a wide range of applications owing to their numerous advantages that make them suitable for any application. Examples of these are EDH226M050A9HAA, and this article will examine the working principle and the application field of this model.

General Characteristics

EDH226M050A9HAA aluminum electrolytic capacitors are typically rated at either Rated Voltage (UR) between 2.5V and 10V or Rated Capacitance (CR) between 1 and 100uF, depending on their use.

In addition, the components boast a reliable lifetime of up to 5000 hours under certain conditions, such as proper handling and (when applicable) pairing with adequate protection. Drop in operating temperature can also affect the capacitance, reducing it by as much as 6% for every 10°C decrease.

Working Principle

Aluminum electrolytic capacitors are polarized electrochemical components that consist of two electrodes, a cathode composed of aluminum foil and an anode formed by chemical oxidation on the foil. This forms an oxide dielectric film, allowing the capacitor to store electrical charge.

The foil is also rolled and connected to a positive electrode terminal, while the negative terminal is connected to a thick paper sleeve that separates the components. This allows the capacitor to remain stable over time, preventing unwanted leakage.

Applications

The EDH226M050A9HAA capacitance in particular has applications in Power Supplies, Automotive Electronics, Industrial Equipment, Home Appliances, Computers, Audio, Video, Telecom, Electronic Ballasts and even Lighting Fixtures.

Capacitors of this type are particularly useful for smoothing out pulsed currents, reducing ripple noise, improving efficiency and providing various kinds of filtering.

Conclusion

The EDH226M050A9HAA aluminum electrolytic capacitors are incredibly versatile components that combine reliability with a wide range of applications. With proper handling, these components can provide stable performance over time, enabling solutions for many different applications.

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