TM3C476K6R3EBA

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Tantalum capacitors are a type of electrolytic capacitors that are characterized by two terminals, created by a polarized electrical storage element, with a solid electrolyte formed of tantalum material and a liquid electrolyte. Distinguished from other types of capacitors, the tantalum capacitor is characterized by its exceptional ability to store large amounts of charge, high levels of electrical stability, and a low levels of volumetric efficiency. The TM3C476K6R3EBA is a type of surface-mounted tantalum capacitor, designed to be utilized in a variety of applications.

The TM3C476K6R3EBA is notable for its small size and high capacitance to volume ratio. This seamless miniature design yields significant performance in comparison to other, larger tantalum capacitor designs. Moreover, the capacitor is designed to withstand acidic environments, and is made with materials that are robust to emissions of halogens. As such, the TM3C476K6R3EBA is often utilized in a variety of hard disk drive, computer motherboard, mobile phone, printer and multimedia device applications.

In terms of its working principle, the TM3C476K6R3EBA is an aluminum electrolytic capacitor with a tantalum material as a dielectric separator. The capacitor is composed of an anode (positive terminal) and a cathode (negative terminal). The anode is composed of a sintered tantalum disc, while the cathode is typically composed of particles that have been press-fitted into a small cup, with electrolyte poured over it. Upon charging, the electrolyte will impregnate the electrolytes, ions, and the capacitor itself.

When the TM3C476K6R3EBA is subjected to a voltage differential, it will produce a current discharge, resulting in the capacitor\'s programmed capacitance. This is determined by the capacitance of an electrical charge between the electrodes in the capacitor, and by the type of application that the capacitor is being used for. Thus, the capacitance of the capacitor can vary depending on its application.

As a consequence of the intense electrical field that is established within the tantalum capacitor, a protective oxide film is generated on both the anode and cathode sides. This provides great stability within the design, and increases the durability of the capacitor when subjected to electronics shock and vibration. Additionally, this oxide effect allows for the capacitor to retain a great electrolyte performance and operating temperature range, even in high voltage circumstances.

The TM3C476K6R3EBA also boasts remarkable low cost and reliability. As the capacitor is designed with a single, monolithic metal body, it is well-suited for applications which require a reliable, high quality capacitor. Furthermore, due to its small size, the capacitor can be located far away from sensitive circuitry and components, ensuring that it operates with the lowest possible noise levels. This allows for the capacitor to be utilized in conjunction with other high performance, precision-requiring components.

In conclusion, the TM3C476K6R3EBA is a surface-mounted tantalum capacitor that is designed for use in a variety of applications. It possesses a small size, high capacitance to volume ratio, robust and acidic environment-resistant materials, and reliable oxide film to withstand high voltage and mechanical shock. Furthermore, the capacitor is renowned for its low cost, reliability, and its ability to be located far away from sensitive circuitry for optimal noise control performance.

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