UVP1A221MPD1TA

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Aluminum electrolytic capacitors are useful components in the field of electronic engineering that can store a large amount of energy. The UVP1A221MPD1TA is a surface-mounted aluminum electrolytic capacitor, which has a variety of useful applications and an interesting underlying working principle.

The UVP1A221MPD1TA is rated for a capacitance of electrical energy of 2,200 microfarads. It is rated to a maximum operating voltage of 400 volts DC. As such, it is widely used in applications that require higher-than-average capacitance and require the capacitor to safely operate at higher-than-average voltages. The UVP1A221MPD1TA is suitable for commercial, automotive, and industrial use.

This capacitor is also capable of withstanding high frequencies and ripple current. It is relatively small, measuring just 19mm in length and 11mm in width, which makes it ideal for use in dense circuit boards and advanced electronic systems. The UVP1A221MPD1TA is also rated for temperatures as high as 70 degrees Celsius, ensuring that it is able to operate reliably in any environment.

The underlying working principle behind the UVP1A221MPD1TA is very simple. It is based on the electrical properties of aluminum and other materials such as electrolyte. The capacitor is made up of two aluminum plates with an electrolyte and an insulating material in-between them. This insulating material prevents current from passing between the plates, allowing the plates to store electrical energy when a voltage is applied.

Moreover, the UVP1A221MPD1TA utilizes capacitance to effectively store large amounts of energy in a small package. When voltage is applied to the capacitor, charge builds up on the two aluminum plates. As the charge builds, it establishes an electric field between the plates which can store energy for prolonged periods of time.

In summary, the UVP1A221MPD1TA is a surface-mounted aluminum electrolytic capacitor that has a number of useful applications. It features a high capacitance and can operate safely in high frequencies and temperatures. Its working principle is based on the electrical properties of aluminum and other materials, allowing it to store large amounts of energy in a small package. As such, it is a popular component among many electronic engineers and is suitable for a wide variety of applications.

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