T495C476K006ATE300

T495C476K006ATE300 is a tantalum capacitor that is utilized in a variety of applications as a result of its ability to store electrical energy and its other properties. This article provides an overview of the application fields in which the T495C476K006ATE300 is used, and furthermore, details its working principle.

Applications for T495C476K006ATE300

As the most common type of electrolytic capacitor, the T495C476K006ATE300 tantalum capacitor has several unique characteristics that make it especially attractive. This includes size, cost and performance efficiency. As a result, the T495C476K006ATE300 is used in a variety of applications, some of which are described below.

• Mobile Phones: T495C476K006ATE300 tantalum capacitors are often used in mobile phones, due to their small size and low power consumption. The small size of the T495C476K006ATE300 also helps conserve space when used in mobile phones.
• Cameras: Tantalum capacitors are commonly used in digital cameras, due to the combination of their cost and power savings. T495C476K006ATE300 capacitors are also used in solar panel charging applications in digital cameras.
• Computer Motherboards: The T495C476K006ATE300 is used in many computer motherboards due to its combination of low power consumption and cost effectiveness. It is often used to help limit current and protect against surges in the system.
• Automotive Applications: Tantalum capacitors, such as the T495C476K006ATE300, are often used in automotive applications, particularly for ignition and power supply systems. This is due to the combination of their reliability and cost effectiveness.

Working Principle

The T495C476K006ATE300 tantalum capacitor is a polarized electrolytic capacitor, meaning that it must be connected with the correct polarity. This capacitor is constructed from two electrically conductive components separated by a ceramic dielectric material. On the anode side of the capacitor, tantalum oxide is applied. This oxide acts as an insulator, allowing the capacitor to operate at a lower voltage.

The T495C476K006ATE300 capacitor has two electrodes, the anode and the cathode. When a voltage is applied across the gap between the two electrodes, an electric current flow will occur. This current causes a charge to build up on the anode, and as the charge builds, the electrical energy is stored. This process continues until the dielectric material becomes saturated. Once saturated, the capacitor can no longer store any additional charge.

Conclusion

The T495C476K006ATE300 tantalum capacitor is used in a variety of applications due to its ability to store electrical energy and its other properties. This includes its small size and cost efficiency. The working principle of the capacitor is based on the two electrodes, the anode and cathode, with a voltage applied across the gap between them. This, ultimately, causes a charge to build up on the anode, and results in the capacitor storing electrical energy.