UCY2W150MPD

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Aluminum Electrolytic Capacitors

Aluminum electrolytic capacitors are widely used in electrical and electronic circuits due to their relatively large capacitance, low cost, and robustness, making them an important component of AC power supply systems. The UCY2W150MPD aluminum electrolytic capacitor is a great example of this type of component, with important applications and a straightforward working principle.

Application Field of UCY2W150MPD

The UCY2W150MPD aluminum electrolytic capacitor is designed for filtering, rectifier input/output smoothing, switching power supply smoothing, and other AC/DC applications. This component has a screw terminal connection type, and an enable voltage of 63 VDC – 80 VDC. With a product size of ıııı, the UCY2W150MPD is especially suited for large-scale electronic devices.

Working Principle of UCY2W150MPD

Aluminum electrolytic capacitors rely on the electrochemical properties of aluminum to achieve their capacity. Without getting into too much detail, the construction of an aluminum electrolytic capacitor consist of an oxide-coated aluminum anode wound in separator paper with a positive aluminum anode, a wet electrolyte sponge, and two terminal pins. The oxide layer prevents the anode from shorting to the electrolyte, while the electrolyte allows charges to accumulate on the anode’s surface. When voltage is applied, charges flow from the anode to the cathode by diffusion, creating a capacitor effect.

Advantages of UCY2W150MPD

The key advantage of the UCY2W150MPD is its impressive voltage rating of up to 80 VDC. This makes the component suitable for very high-voltage applications, such as rectifier input/output smoothing, or filtering applications. Its large size also makes it ideal for large-scale applications.

Conclusion

In conclusion, the UCY2W150MPD aluminum electrolytic capacitor is a component designed for AC/DC applications, such as filtering and rectifier input/output smoothing, with a voltage rating typically up to 80 VDC. The capacitor achieves its capacitance by relying on the electrochemical properties of aluminum, with an oxide layer preventing the anode from shorting to the electrolyte.

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