135D566X9075T6

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Tantalum capacitors are electronic components that hold a charge, like almost all capacitors. In particular, this capacitor uses a tantalum chip that is dipped in a manganese dioxide electrolyte and then coated with a polymer to form a solid capacitance unit. The model designation 135D566X9075T6 defines the capacitance value, rated voltage, and case size of a specific product.

Applications

Tantalum capacitors with model 135D566X9075T6 are designed for use in high-density surface-mount and mixed-cellular applications in the electronics industry. These components have a conventional-size chip, making them useful for microprocessors, ASICs, and cellular phone materials, as well as for high-frequency mobile devices, small-form-factor computer systems, and portable electronics. Additionally, applicable fields include radio and television broadcasting, communication equipment, audio amplifiers and recording equipment, and medical computers.

Working Principle

Like all capacitors, the 135D566X9075T6 tantalum capacitor stores energy in the form of an electric charge when voltage is applied to its electrodes. This charge is transmitted between the electrodes of the capacitor via an electric field; as the charge accumulates, the electric field between the two electrodes strengthens until an exact voltage is reached. The manganese dioxide electrolyte works to absorb the electrical charge, while the polymer coating prevents any leakage or current from escaping. This model of tantalum capacitor is also impressively stable and reliable, meaning that they can charge or discharge very quickly and without any damage.

Advantages

The 135D566X9075T6 tantalum capacitor is a valuable option for use in many applications due to its numerous advantages. The capacitor charges and discharges quickly with no current leakage. Its small form factor makes it useful for high-density PCB boards, while its high stability and reliability make it a great fit for microprocessors and communication applications. Additionally, its high current-carrying capacity makes this tantalum capacitor the preferred choice for energy-efficient applications. The component is also surface-mountable and a cost-effective solution, providing an affordable option for many electronics systems.

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