T541X107M020AT8620

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Tantalum-polymer capacitors are a type of electronic component that form an integral part of modern electronic circuits. They are primarily used for voltage regulation, power conditioning, and frequency filtering. The T541X107M020AT8620 is a reliable, miniature, high-temperature, surface-mountable tantalum-polymer capacitor.

The T541X107M020AT8620 has a maximum diameter of 1.6mm, with a maximum height of 1.25mm. It has a high working voltage of 20 volts, and can handle extremely high temperatures up to 125°C. The T541X107M020AT8620 capacitor also has a maximum capacitance of 47uF, which makes it ideal for power conditioning and voltage regulation applications.

The T541X107M020AT8620 capacitor is often used in a variety of electrically sensitive components, such as MCUs and circuit boards. These components require protection from extreme electrical currents and voltages, which the T541X107M020AT8620 provides with its high thermal shock and vibration resistance. Its high capacitance and reliability make it a reliable choice for applications requiring capacitive buffering or filtering of high-frequency electrical signals.

The working principle of the T541X107M020AT8620 is based on electrochemical reactions between two layers of conductive material separated by an insulating oxide layer. The oxide layer controls the amount of current that can flow between the two metal layers. When a voltage is applied across the two layers, an electrochemical reaction occurs, which produces a capacitive effect, allowing current to be stored within the capacitor.

The T541X107M020AT8620 can be used in a variety of different applications, from power conditioning and voltage regulation, to buffering and filtering of high-frequency electrical signals. It is also used as an integral part of circuits used in medical electronics, automotive electronics, military communication systems, and more. With its high temperature tolerance and reliable performance, the T541X107M020AT8620 is a popular choice for many electronic applications.

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