2R5TPE220MI

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Tantalum-Polymer Capacitors are a great source of electrolytic capacitors. They offer significant advantages over traditional aluminum electrolytic capacitors, including lower series resistance, higher maximum voltage ratings and superior temperature stability. Among the many types of these capacitors is the 2R5TPE220MI, which offers excellent performance in a variety of applications.

The 2R5TPE220MI is a high-performance, solid polymer tantalum capacitance, housed in a miniature SMT package. It was developed primarily with automotive applications in mind and is specifically engineered to meet the stringent requirements of these applications. The 2R5TPE220MI is also a popular choice for demanding industrial applications, such as power modules and VRMs, where high reliability and superior stability are critical.

The 2R5TPE220MI provides very good performance in high frequency resonant designs, offering low series resistance and high capacitance for better energy storage and handling. Its small size and low profile are valuable in densely populated circuits, where space and board space are at a premium. It can also be used in other applications, such as circuits with high current charge/discharge needs and where vibration and temperature stability are of critical importance. The capacitor’s very low electrical leakage ensures stability and reliability, particularly in high temperature environments.

The 2R5TPE220MI capacitor employs a solid electrolyte material, which eliminates dielectric losses and reduces thermal damping. This, in turn, enables it to achieve higher maximum voltage ratings and better temperature stability. The capacitor’s low ESR ensures good transient performance, and its small size makes it suitable for use in high density circuit design. This means that it offers good performance in a wide range of applications, ranging from automotive to industrial.

The working principle of the 2R5TPE220MI is relatively simple. When charge is applied to one of the capacitor’s terminals, an attractive electrical force builds up between the electrodes. This attractive force creates a dielectric field, which allows a charge to be stored. This stored charge can then be released when a current is driven through the capacitor.

The 2R5TPE220MI is designed and manufactured with the highest quality materials and processes. This ensures high performance and reliability in a variety of demanding applications. The capacitor’s outstanding performance means that it has become a preferred choice for many automotive and industrial applications. Whether it is used in a power module or a VRM, the 2R5TPE220MI provides exceptional performance and stability.

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