M551B228K010AT

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Tantalum capacitors are an important type of capacitor developed in the past centuries, and the M551B228K010AT is a widely used tantalum-polymer capacitor. As an important electronic part, it is widely used in modern electronic devices such as computers and mobile phones.

The M551B228K010AT is a fixed-width, high-temperature-resistant, high-voltage, low-impurity tantalum-polymer capacitor, with a maximum working temperature of 125°C and a rated voltage of 10V. Its reliable properties make it suitable for a variety of applications requiring high temperatures and high-stability voltage, from communication equipment and industrial control products to ISDN products, audio equipment and high-end network cards.

In terms of its working principle, the capacitor is a two-terminal device composed of two metal or ceramic electrodes and a dielectric material located in between. The dielectric material generally used in a M551B228K010AT is a polymer composite material and the electrodes are made of tantalum. As the battery supplies a current, the electrons will flow into the capacitor and onto the negative electrode, creating charged particles on the negative electrode. The opposite electric potential between the two electrodes then induces electric potential on the polymer dielectric material, forming an electric field across it. The capacitance is then determined by the equation C = εA/d, where ε is the electric field, A is the area between the electrodes, and d is the thickness of the dielectric material.

In addition, the M551B228K010AT is a robust capacitor, with the ability to withstand a wide range of temperatures and voltages. Its high stability and low resistance make it perfect for applications that require long-term performance. In particular, its use in high-end network cards and other high-power electronics requires the highest levels of performance and stability that the capacitor can provide.

Overall, the M551B228K010AT is a highly reliable and robust tantalum-polymer capacitor with a wide range of application fields and working principles. Its high performance and high temperature resistance make it ideal for high-end electronic applications and associated circuits that require stable voltage and long-term performance.

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