TR3C476K010C0350 Capacitors

Tantalum capacitors are popular components in the electronics industry due to their excellent reliability, long life and low cost. The TR3C476K010C0350 is a popular tantalum capacitor designed with a case size of 2510 (metric) and a capacitance of 10µF.

This specific tantalum capacitor can be found in a wide array of applications. It’s useful for decoupling, as a noise filter, and as an inrush current limiter. This type of tantalum capacitor is heavily used in power supplies, telecommunications hardware, and embedded systems.

The working principle that underlies the TR3C476K010C0350 is based on a three-terminal, solid-state device. It has two connections on one side, one of which is the positive connection, and one on the other side of the device, which is the negative connection. When current passes into the capacitor through the cathode, a current is sustained due to the dielectric material between the anode and the cathode, forming an electrical field which stores charge.

The dielectric material between the anode and the cathode is usually a tantalum nitride formula, which is highly stable and can handle substantial levels of power when compared to other similar types of solid-state devices. The dielectric properties of the material allow it to store considerable amounts of charge without any further intervention by the user.

The capacitance of the TR3C476K010C0350 is determined by the size of the surface area between the electrodes. The larger the surface area, the higher the capacitance of the capacitor. Additionally, the small case size of the device allows for easy integration into a large variety of electronic systems. The overall design of this specific tantalum capacitor also provides excellent reliability, which makes it suitable for use in a wide range of applications.

In summary, the TR3C476K010C0350 is a popular tantalum capacitor due to its excellent reliability, long life, low cost, and small form factor. It is suitable for a wide array of applications, including decoupling, noise filtering, and inrush current limiting. The working principle of the device is based on a three-terminal, solid-state device which utilizes a tantalum nitride dielectric material to store the electrical charge. The capacitance of the device is determined by the size of the active surface area between the electrodes, and the overall design provides excellent reliability.