173D565X9004UWE3

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Tantalum capacitors are an important part of the electronics industry, providing a necessary capacitive element to many electrical circuits. The 173D565X9004UWE3 is a special type of tantalum capacitor designed for use in high-temperature, high-reliability applications such as telecommunications and aerospace electronics. This article will look at the application of the 173D565X9004UWE3, as well as its working principle.

The 173D565X9004UWE3 is a type of surface-mount, leadless tantalum capacitor rated for applications that require reliable operation from -55 to +125°C. It is designed to provide a low equivalent series resistance (ESR) and high-frequency stability, making it suitable for applications such as power conditioning and audio filtering. The capacitor has a low profile of 0.36mm and is available in a variety of capacitances ranging from 22 to 47 microfarads. The 173D565X9004UWE3 is lead-free and RoHS compliant, making it suitable for use in high-reliability systems.

The working principle of the 173D565X9004UWE3 is based on the same functionality as other types of tantalum capacitors. What sets the 173D565X9004UWE3 apart from other tantalum capacitors is its high performance in thermal and mechanical stability. The capacitor is composed of two tantalum anodes, one manganese dioxide electrolyte, and an external sleeve that allows an additional electrolyte pocket. This additional pocket widens the electric field between the two electrodes, resulting in a higher electrostatic capacity, allowing for greater performance and reliability.

The 173D565X9004UWE3 provides a reliable, robust capacitor for use in high-temperature and high-reliability applications. With its low ESR and high-frequency stability, it is well suited for power conditioning and audio filtering needs. The capacitor is lead-free and RoHS compliant, making it suitable for use in high-reliability products. The 173D565X9004UWE3 utilizes a unique design that helps to ensure reliability and performance, even in the most challenging environments.

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