T350J476K016AT

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Tantalum capacitors are a type of electrolytic capacitor, like aluminum electrolytic capacitors, which use a conductive anode within an oxide layer formed from tantalum. This oxide layer provides a high-quality dielectric layer which allows for tantalum capacitors to achieve much higher capacitor values than other electrolytic capacitor types. Due to the technology used in their construction and the materials required, they tend to command higher prices compared to other passive components.

The particular T350J476K016AT model is one of those components. It is characterized as a solid polymer tantalum capacitor specifically designed for applications requiring extra capacitance and temperature cycling. It offers a nominal capacitance of 4700uF, a voltage rating of 16V, and a maximum operating temperature of 125°C.

The working principle of a tantalum capacitor is simple. Anode material is deposited onto a high area-ratio tantalum pellet, through anodization or an electrolytic plating process. This anodic layer is left to grow for a period of time that is determined by its desired capacitance, and the anode material is connected to an electrical current. As the anodic layer develops, it forms the dielectric layer of the tantalum capacitor. When the capacitor is charged, a displacement current will flow through the dielectric layer and create a potential difference between the anode and the cathode electrodes.

The T350J476K016AT model is specifically intended for automotive, industrial, and other similar applications. Its combination of high capacitance and temperature cycling makes it ideal for applications such as decoupling, filtering, power protection, and AC/DC conversion. It also operates at AC and DC voltages, making it suitable for a wide range of different applications. Its solid polymer construction makes it immune to failure modes like catastrophic shorting, as well as ensuring an extended operational life.

Overall, the T350J476K016AT model offers a combination of high relative capacitance and solid polymer construction which makes it ideal for many applications. It has been specifically designed to meet the demands of automotive, industrial, and other industries where high-performance, reliable hardware is necessary. In addition to its robust construction, the device also offers a high temperature rating and a long-term reliability which makes it suitable for both current and future applications.

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