T520Y477M006ATE035

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Tantalum - Polymer Capacitors

Models such as T520Y477M006ATE035 are designed for high current fixing and signal bypassing capacitors that utilize tantalum-polymer technology. This type of capacitor is beneficial for numerous applications and have become an increasingly popular form of capacitor.

Application Field of T520Y477M006ATE035

There are a variety of applications for the T520Y477M006ATE035, including but not limited to board power management, consumer electronics, and aerospace and industrial applications. This capacitor can deliver breakdown voltages up to 10V with an operational temperature range of -55°C to 125°C. This is beneficial for a variety of applications, as these capacitors typically outperform alternatives like electrolytic capacitors.

Additionally, T520Y477M006ATE035 are renowned for their exceptional behavior in high-frequency environments, such as applications involving rapidly switched power supplies in the telecommunication, networking, and computer technology industries.

Furthermore, they are lightweight, a fact that makes it ideal for smaller devices, as well as aerospace and industrial applications, where saving weight is essential. Due to the low-temperature co-efficient, these capacitors have a high amount of temperature stability, making it perfect for uses in automotive and industrial electronics.

Working Principle of T520Y477M006ATE035

The T520Y477M006ATE035 capacitor operates on the same principles as other capacitor types. It is essentially two aluminum foils, divided by a dielectric material. The two foils are connected to two electrical terminals on the terminal end of the capacitor. If a voltage is applied to the terminals, an electrical field is created between the two foils, resulting in the charge being stored in the capacitance.

The dielectric material used in the construction of this capacitor is a polymer, which is more robust and reliable than other types of dielectric materials such as ceramics or silver mica. The polymer provides a higher dielectric constant which leads to higher capacitance. Additionally, the polymer material provides stability to the capacitance as temperature changes.

The type of material used for the electrolyte in this capacitor is solid tantalum. This is due to its high tolerance of surges and voltage variations, as well as its durability. The metal plate is typically constructed of tantalum. This gives the capacitor its unique characteristics, such as its ability to withstand high temperatures and its low dissolved gas content. The metal plate also allows for better heat conduction, which ensures a long service life.

T520Y477M006ATE035 capacitors offer a wide range of advantages over other types of capacitors, such as higher capacitance and stability. It is also lightweight, which makes it ideal for a variety of applications, including those involving rapidly switched power supplies. The robust and reliable polymer dielectric material used in this capacitor ensures high durability and performance. The solid tantalum electrolyte provides the capacitor with the ability to withstand surges and voltage variations.

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