T520D477M004ATE010

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The T520D477M004ATE010 is a type of Tantalum - Polymer Capacitor, a device made up of a combination of a tantalum anode, polymer dielectric, and a metal oxide cathode. As a specialty capacitor, the device is mainly used in many different kinds of high power applications, such as automotive electronics, power tools and equipment, telecommunications, and industrial machinery.

The device consists of a cylindrical body, which is constructed from a tantalum material. In contrast to their ceramic and aluminum counterparts, tantalum capacitors are much smaller and lighter in weight, allowing for increased mounting density and reduced space requirements on circuit boards. The construction also reduces costs and enables the capacitor to handle higher operating temperatures than other milder capacitors with similar dielectric constants.

The polymer dielectric of the T520D477M004ATE010 offers certain advantages over other dielectrics that are used in capacitors. The polymer offers high dielectric strength and low impedance values. This combination enables the capacitor to operate at the highest levels of performance, and with greater stability than other polymer-based capacitors.

At the same time, the plasticization of the polymer dielectric helps to reduce costs, while also improving the high temperature stability of the capacitor. The metal-oxide cathode used in the device further reduces costs while also providing superior electrical performance, including a low ESR.

The T520D477M004ATE010 device has a wide range of operating temperature, allowing it to be used in applications where temperature can fluctuate greatly. The device also has an increased power factor, reducing risk of damage from the heat generated by high current.

The device works on the principle of electrical energy storage. When electrical energy is applied to the capacitor\'s two terminals, an electric field is created between the two terminals. The electric field collects electrons and stores them in the dielectric, thus creating a potential difference between the two terminals, the voltage of which is determined by the electrical charge stored in the dielectric.

When the electric field is reversed, the electrons are released from the dielectric, and the process is reversed, thus allowing for an alternating current to be easily produced. The alternating current works as a source of power for many of the same applications in which the device is used, including industrial machinery, automotive electronics, and power tools and equipment.

The T520D477M004ATE010 capacitor offers a number of advantages when compared to other capacitors, including higher performance and greater stability. In addition, it has a wide range of operating temperatures, making it suitable for use in many different environments. The device also offers a cost-effective solution for high power applications, as well as improved power factor ratings.

The specific data is subject to PDF, and the above content is for reference