T550B706M015AH4251

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Tantalum-Polymer Capacitors are a type of capacitor of a low profile, which are used to store and deliver power within electronics, including laptops, cell phones, digital cameras, and portable music players. These capacitors come in various sizes, shapes and ratings, in order to fit different types of space-constrained end-applications. The T550B706M015AH4251 is a Tantalum-Polymer Capacitor which is designed to be a significant improvement over previous generation components, offering multiple advantages that make it suitable for a variety of uses.

Application Field

The T550B706M015AH4251 is designed for use in a range of low-power, low-voltage devices, in particular digital cameras and cell phones. This DC capacitor is specifically designed for running at relatively constant current levels, making it ideal for supplying power to CMOS components. While the capacitor itself is surface-mount, it also comes in multiple package options, such as chip packages and voltage-controlled packages, to meet specific application needs.

Due to the capacitor’s relatively low profile and its ability to perform in harsh environments, it is also suitable for a number of automotive, industrial and consumer applications, including circuits and boards used in power tools, temperature controls, alternators, and complex geolocation systems. Additionally, the capacitor’s low voltage rating and low-ESR design render it ideal for low-load applications, making it suitable for use in mobile computing and similar consumer applications.

Working Principle

The T550B706M015AH4251 utilizes a combination of tantalum and polymer components in order to store and deliver the power necessary for a wide variety of applications. Tantalum is used as the dielectric material, on both the anode and the cathode, which effectively ‘holds’ the charge within the capacitor when the power is applied. The cathode also utilizes a solid polymer, which is used as a spacing material to separate the tantalum layer from an ion current collector.

When power is applied, the positive ions jump across the tantalum dielectric material and enter the ion collector. The electrons, which travel through the negative lead, move in the opposite direction, creating a flow of electric current. As the electrons travel, they deplete the charge stored on the dielectric material, thus enabling power to be dissipated in a controlled and efficient manner. As the electric current flows, the tantalum-polymer capacitors produce low effective series resistance (ESR) and are thus suited to low-load applications.

All in all, the T550B706M015AH4251 Tantalum-Polymer Capacitor is a useful and reliable device, which offers a number of advantages over comparable components. Its low profile, rugged construction and ability to perform in harsh environments make it suitable for a number of applications, while its low voltage rating and low ESR design render it ideal for use in a variety of low-load electronics.

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