T540B476M006CH8510

T540B476M006CH8510 is one type of tantalum-polymer capacitors. It is a kind of solid electrolytic capacitor, and its electrolyte is usually made of some polymer material. It combines the advantages of both film capacitors and tantalum capacitors. It has low self-inductance and higher capacitance than tantalum capacitors.

The main application field of T540B476M006CH8510 is mainly in the field of notebook computers and mobile phones, which requires strong stability. Its application fields include integrated circuit protection, energy storage, power factor correction, auxiliary voltage technology and electrical engineering. It is used for high-speed digital signal circuit, high-speed data transmission circuit, low distortion precision regulating circuit, etc.

The working principle of T540B476M006CH8510 is very simple. Its main components are tantalum powder and polymer resin. The core of the capacitor is the high-pressure sintering of tantalum powder and polymer resin inside the capacitor package, forming a porous polyanion structure. Its negative electrode is connected to the polyanion body. Its positive electrode is connected to the capacitance lead pin. The surface of the polyanion is coated with an insulating film which acts as a dielectric. After connecting a power source, an electrostatic field will be formed between the two electrodes and can store energy. The capacitor will be charged and discharged cyclically.

T540B476M006CH8510 tantalum-polymer capacitor is extremely suitable for excessive environment and high frequency condition, which enables it to be used in high-frequency circuits. Compared with traditional electrolytic capacitors, it has more advantages. It is not restricted by the temperature coefficient, so its stability and temperature coefficient are higher. It also has high ripple current, high-temperature resistance and low ESR.

In conclusion, T540B476M006CH8510 belongs to the tantalum-polymer capacitor, and its application field is mainly applied in notebook computers, mobile phones and other devices, while its working principle is to use the high pressure sintering of tantalum powder and polymer resin, and then form an electrostatic field between the two electrodes, thus storing the energy. It has a wide range of application and is widely used in various fields.