TH3D476M010F0600

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Tantalum capacitors are used across a wide range of industries, including consumer electronics and military engineering. They are known for their reliability, small size, and high performance in a variety of voltage, temperature, and environmental conditions. The TH3D476M010F0600 tantalum capacitor is one such device, employed in many kinds of applications and providing great performance at a relatively low cost.

The TH3D476M010F0600 is a miniature, surface mountable capacitance device that is designed for use in telecommunications, computer systems, high-frequency circuits, and RF systems. It consists of a two-terminal metal body, with a metal oxide electrodes and a wet electrolyte. This versatile device is capable of providing very low distributed capacitance and impedance at high frequencies.

The TH3D476M010F0600 is constructed from a metal oxide film over a tantalum substrate. The metal oxide film works as the dielectric, and the capacitance of the device is determined by adjusting the thickness of this layer. The wet electrolyte is a combination of an organic solvent and a glycol solution, designed to provide a low impedance interface between the dielectric and the electrodes. The wet electrolyte also functions to provide a low leakage current, making it suitable for applications which require high levels of accuracy.

The most common application for the TH3D476M010F0600 is the power circuit in cellular phones and other portable communication devices. This tantalum capacitor is able to provide very low losses, while being rugged and reliable enough to withstand the harsh environments found in these devices. It is also found in high-frequency circuits and other communication systems, such as in televisions and high-end professional audio systems.

The working principle of the TH3D476M010F0600 is relatively simple. Current flows through the electrodes and is said to be stored in the dielectric layer. This is due to the difference in permittivity between the dielectric layer and the electrodes, which creates an electric field. The dielectric layer also acts as an insulator, limiting the amount of current that can flow through it. Through a process known as restormation, the device is able to release the stored current when needed, allowing it to remain effective even when cycling through different load levels or environments.

Overall, the TH3D476M010F0600 tantalum capacitor is an excellent device for low distributed capacitance and impedance at high frequencies. Its small size, low leakage current, and excellent performance in a variety of voltage, temperature, and environmental conditions make it suitable for many types of applications. Whether used in telecommunications, computer systems, high-frequency circuits, or RF systems, the TH3D476M010F0600 provides reliable and accurate results in a compact and cost-effective package.

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