T540B336K010CH85107280

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T540B336K010CH85107280 is the type of a tantalum - polymer capacitor which is specially designed for use in high-performance, high-temperature, mobile and system-level applications. It is based on the combination of manganese dioxide cathode with improved polymer anode. This capacitor is small in size, low in total volume, light in weight and low in series resistance.

The application field of Tantalum - Polymer Capacitors with T540B336K010CH85107280 format includes high frequency, high temperature, and high ripple current applications, such as networking and telecommunications, industrial controllers and instruments, military applications, medical equipment, and automotive industry.

Tantalum - Polymer Capacitors can multiply the capacity of a capacitor, allowing it to function effectively in different fields and applications. This capacitor is able to withstand extreme temperature, making it ideal for use in both high temperature and high frequency applications. Moreover, it has a low ESR, making the capacitor well-suited for use in computer motherboards, network communications, and other mobile devices.

The working principle of Tantalum - Polymer Capacitors employs a solid electrolyte which is made up of manganese dioxide and polymer material. The intense network of electrons and ions between the two materials creates an effective barrier which helps to reduce the leakage current in the capacitor.

The solid electrolyte also helps to enhance the capacitance of the capacitor. It helps to increase the surface area of the cathode and anode, allowing them to store more charge per unit area. This improved capacitance allows the capacitor to handle higher current, making it ideal for applications where high current is necessary.

Tantalum - Polymer Capacitors with T540B336K010CH85107280 format offer excellent performance and reliability. They have a low ESR rate, high capacitance, high temperature stability, and low series resistance. Moreover, these capacitors are suitable for use in both low voltage and high voltage applications. This makes them suitable for a variety of applications such as digital and analog circuits, consumer electronics, and automobiles, among others.

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