UPM2C010MPD

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Aluminum electrolytic capacitors, also referred to as electrolytic capacitors or simply capacitors, are widely used components that are commonly used to store energy, filter power disturbances, and maintain system stability. UPM2C010MPD, a specific aluminum electrolytic capacitor, is ideal for various industrial and automotive applications, as it offers many features advantages.

Capacitors essentially store energy in the form of an electrical field between two electrical conductors. UPM2C010MPD aluminum electrolytic capacitors use aluminum anode oxidation forming series of microscopic, porous oxide films on the anode surface. The surface area created by the porous oxide film provides a much larger capacitance than regular aluminum or film capacitors. Additionally, this allows them to exhibit high capacitance and higher voltage rating for the same size.

UPM2C010MPD capacitors benefit from their relatively small physical size, making them ideal components for high density circuits; they are significantly smaller than comparable capacitance film and paper capacitors. They are constructed with a wound anode with end tabs, which are then enclosed in a cylindrical non-conductive can, and protected against shorts and arcing by a plug-in safety vent. The plug-in safety vent prevents the capacitor from becoming too hot, by releasing some of the energy stored if the capacitor exceeds certain temperature limits.

UPM2C010MPD capacitors are an excellent choice for various applications, such as controlled power devices, computer power supplies, DC/DC converters, motor drives and rechargeable batteries. They are suitable for high frequency and RF applications, due to their high capacitance and low ESR. UPM2C010MPD capacitors also have unique, low resistance characteristics, which make them ideal for high-speed switching applications.

UPM2C010MPD capacitors offer excellent performance in a wide range of temperature conditions, making them perfect for use in extreme environments. They are constructed using a combination of electrolyte and metal to create a highly conductive electrical pathway, allowing them to maintain their capacitance and current rating even in harsh conditions. This combination also allows the capacitors to retain their peak performance characteristics over the entire life of the capacitor, making them extremely reliable.

Manufactured with high quality materials and designed with safety features, UPM2C010MPD aluminum electrolytic capacitors are designed to maintain a high pressure-resistance ratio. This makes them an ideal choice for power supply systems, as the voltage rating and capacitance will remain consistent over time. In addition, their low impedance is extremely desirable for applications that require high-voltage and/or high frequency performance.

UPM2C010MPD capacitors consist of anode, cathode, and dielectric elements. The anode material is typically composed of aluminum, while the cathode material is often made from beryllia oxide. The dielectric element provides the capacitance between the two electrodes, and is typically made of a high dielectric constant material, such as tantalum or PVC (polyvinyl chloride).

The working principle of the UPM2C010MPD capacitor is based on Faraday\'s Law of Electrolysis, which states that when a voltage is applied across two separate electrodes, an electric field is created. This electric field can be used to store electrical energy, which can then be released when the voltage is removed. The amount of energy stored in the capacitor is determined by the capacitance of the capacitor, and the amount of voltage applied.

UPM2C010MPD aluminum electrolytic capacitors provide a reliable and cost-effective solution for many applications. The high capacitance and current ratings, low ESR, and low leakage current, make them an ideal choice for a wide variety of industrial and automotive applications, while the safety features ensure safe and reliable performance. Additionally, their small size makes them perfect for high-density circuits and high-speed switching applications.

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