UPX1C221MPD

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Aluminum electrolytic capacitors are components that use electrolytic aluminum foil electrodes to store electric energy. The UPX1C221MPD is a type of aluminum electrolytic capacitor that has 216 V rated voltage and a maximum surge voltage of 250 V. This capacitor\'s size is 22 mm in diameter, 22.3 mm in height and is non-polarized.

Application Field of UPX1C221MPD

The UPX1C221MPD aluminum electrolytic capacitor is widely used in consumer electronics, including DVD players, flat-panel televisions, electronics appliance motor control and in audio systems. It is also used in industrial electronics such as air conditioners and process control systems. This is because it has a high tolerance for heat and disturbance.

Working Principle of UPX1C221MPD

The working principle of the UPX1C221MPD capacitor is simple and easy to understand, making it an ideal choice for many applications. It uses a series of aluminum foils to store energy which is released when a voltage is applied. The aluminum foils are layered with a thin film and electrodes are connected to them. When a voltage is applied, electric charges accumulate on the layer of aluminum laminate known as the ‘dielectric’.

When the electric charge is strong enough, a current begins to flow across the dielectric and the capacitor is charged. As more charges accumulate, the charge continues to build until the capacitor is charged to its rated voltage. Once charged, the capacitor stores the energy until the electric field is drained and the capacitor is discharged.

In the UPX1C221MPD, the capacitor is non-polarized. This means that regardless of the current flow direction, electric charges will accumulate on the dielectric. The capacitor’s maximum surge voltage is 250 V, meaning that it is able to charge up to 250 V before it gets discharged.

Conclusion

The UPX1C221MPD aluminum electrolytic capacitor is an ideal choice for many applications due to its compact size and simple working principle. It has a rated voltage of 216 V, a maximum surge voltage of 250 V and is non-polarized. It is commonly used in consumer electronics, electronics appliance motor control and in audio systems.

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