UPJ1C471MPD

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Aluminum Electrolytic Capacitors are used in a variety of settings, and the UPJ1C471MPD is no exception. This particular type of capacitor is most commonly seen in power supply and high frequency filter applications. It is designed for use in HVAC, automotive, or other industrial settings. The capacitor is a radial, foil-type aluminum electrolytic capacitor and is specifically designed for use in pulse applications.

The UPJ1C471MPD capacitor can handle a maximum voltage of 1000VDC, and can store up to 4710µF of energy. It is constructed of multiple aluminum electrodes, each with their own insulated layers to ensure there is no direct current flowing between them. The inner layer is a thick aluminum foil, while the outside layer is a thin aluminum sheet. Between these two layers a dielectric material is placed, and this is what provides the insulation needed for the capacitor to work correctly. This dielectric material is normally a polypropylene film.

The UPJ1C471MPD capacitor is also designed to handle ripple and varying frequencies. These capacitors are tested for capacitance over a frequency range of 0Hz to 100kHz. This means that it can be used in a wide range of applications, from low frequency devices such as digital clocks, to very high frequency applications such as radios and TV sets. The capacitance of this capacitor remains constant over the wide frequencies, which makes it ideal for power supply applications.

When operating, the UPJ1C471MPD capacitor works similarly to a regular electrolytic type capacitor. Electrical energy is stored in the capacitor, and when the charge is high enough, the capacitor begins to allow current flow. This current flow is used to do work, such as running motors, providing power for lights and other electronics, or as a filter in high frequency applications. As the capacitor is given more voltage, the current flow increases, allowing for more work to be done.

The capacitor\'s capacitance, or maximum charge, is determined by the material of the capacitor. Different types of capacitors will have different capacitance levels, due to different materials used in their construction, and the UPJ1C471MPD capacitor is no exception. The 4710µF of this capacitor is determined by the material used and is considered to be a medium to high capacitance category.

The UPJ1C471MPD capacitor is a very efficient and reliable component for use in power supply and high frequency filter applications. While there are other options available for these applications, this particular capacitor provides a higher voltage rating, a higher capacitance rating, and a greater range of frequencies when compared to other analog capacitors. With its durability and efficiency, this type of capacitor is an excellent option for any application requiring a consistent and reliable source of power.

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