UPM2E4R7MPD

Aluminum electrolytic capacitors are the most common type of capacitor used in many electronic applications. They are made up of an inner aluminum foil anode and a outer cathode separator that can be made up of paper or oil-impregnated paper. They also contain an electrolyte that serves as the dielectric between the two electrodes. These capacitors can store electrical charge and can be used to provide energy or signal smoothing or decoupling.

UPM2E4R7MPD is an aluminum electrolytic capacitor with a cylindrical shape and aluminum plates. It is a radial leaded, snap-in mounting type, snap-in type capacitor, and features an inverting electrolysis protection. It is a low profile mounting capacitor, with a height of only 3.2mm, making it ideal for applications with limited space. Due to its cylindrical shape, the upward force is evenly distributed along the capacitor without compromising its structural integrity.

UPM2E4R7MPD is ideal for a wide range of highfrequency applications, including automotive, audio, and video systems. It provides the highest capacitance per volume, which makes it the most cost-effective and reliable choice for high-frequency applications. Due to its low ESR, the device offers improved energy efficiency and a longer operating life. Additionally, it is also suitable for DC bus applications and LED lighting systems.

UPM2E4R7MPD uses a solid electrolyte to provide excellent insulation and reliability. The electrolyte acts as an insulating layer between the two electrodes, preventing any electrical current flow. When a voltage is applied to the device, the electric field in the aluminum foil and separator results in a polarization or charged distribution across the surface of the aluminum plates. This stored energy is released back into the circuit as needed, allowing the capacitor to perform its intended function.

UPM2E4R7MPD capacitor has several advantages compared to other types of aluminum electrolytic capacitors. Its small size allows it to be used in space-constrained applications, while its robust construction ensures a long life span. Additionally, its insulated design eliminates the risk of short circuit. Finally, its low ESR makes it highly efficient and reliable for a variety of high-frequency applications.