UPA1A152MPD

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Aluminum electrolytic capacitors are electrical components made of aluminum foil and a special electrolytic paper impregnated with conductive elements. They are often used to filter out unwanted signals or store energy. The UPA1A152MPD is a popular type of aluminum electrolytic capacitor.

The UPA1A152MPD is a 90V/15mF, non-polarized aluminum electrolytic capacitor. This component has a metalized section and uses a radius-cut screw terminal for attachment. It is designed for power applications and has a high temperature rating of +85°C, relative humidity rating of 100% and vibration rating of +4µm traction.

In terms of application, the UPA1A152MPD is primarily used in power supplies, such as in motor drive operations, as well as in AC and DC driver circuits. It can also be used in voltage-conditioning circuits, as well as in regulating circuits for stabilizing voltage or current. It is most often used in power transmission operations and in lighting fixture circuits.

The working principle behind the UPA1A152MPD is based on the equivalent circuit model. This model consists of the capacitor’s internal resistance, an equivalent series inductance, leakage current, leakage inductance, and capacitance. This model helps to explain the capacitors’ complex behaviours in application. The internal resistance works together with the equivalent series resistance to determine the output current of the capacitor. The leakage current is determined by the capacitance and the reverse voltage applied across the capacitor. The leakage inductance works together with the equivalent series inductance to determine the capacitor’s frequency response.

The UPA1A152MPD’s state-of-the-art design and advanced features make it an excellent choice for many power applications. Its screw terminal attachment makes installation easy, and its high temperature and humidity ratings make it suitable for use in a variety of environments. Its excellent behaviour responsible to the equivalent circuit model allows it to deliver highly accurate performance for power transmission operations and voltage-conditioning circuits.

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