UPV1E151MGD1TD Capacitors

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Aluminum Electrolytic Capacitors are capacitors with anode plates made from aluminum and cathode plates made from aluminum oxide. They have the advantage of large capacitance value and high electrical strength. This makes them ideal for use in applications such as computer power supply, switching power supplies, audio amplifiers, and so on.

The UPV1E151MGD1TD series from TDK is a type of Aluminum Electrolytic Capacitor. It comes in a radial lead package, with a rated voltage of 1000VDC. The capacitance value is in the range of 150 - 1000µF and the rated lifetime is 2000 to 6000 hours. The temperature range is -40 to +125°C.

The main application of the UPV1E151MGD1TD is for low-loss, high accuracy power conversion. It can be used to filter noise, smoothing DC, integrating signals, or to provide energy storage. This capacitor is suitable for applications that require stable output voltage, low ripple, and high capacitance.

The working principle of the UPV1E151MGD1TD is based on Faraday\'s Law. This law states that when an electric field passes through a conductive material, a measurable electric charge will be induced on the material. In this case, the anode and cathode plates of the capacitor act as conductive materials, and thus an electric charge is induced on both the anode and cathode plates.

When an electric field passes between the two plates, the two plates become oppositely charged and this creates an electric field. This electric field produces an opposing electric field which prevents the electric current from passing through the capacitor. In this way, the UPV1E151MGD1TD can store electrical energy. However, it will slowly lose its energy over time and this affects its capacitance value.

The UPV1E151MGD1TD is a capacitor with high accuracy and can be used in a variety of applications. It is suitable for low-loss, high accuracy power conversion and AC source filtering. This capacitor has the capability to reduce noise, providing smooth DC, integrating signals, and to provide energy storage.

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