195D336X0015Z2T

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Tantalum capacitors have become the preferred component for advanced design power electronic systems. Combining a tantalum dielectric with an electrolytic solution, these devices are ideal for high-temperature operation and higher surface mount densities. The 195D336X0015Z2T is an excellent example of a modern tantalum capacitor, offering versatile performance and small size.

Application Field

The 195D336X0015Z2T is used in a variety of electronic applications. High DC capacitance and ultra-low ESR make it ideal for power management and energy storage, while its relatively high surge current ratings make it suitable for motor control and other applications requiring current pulsing. Its losses are also remarkably low even at high frequencies, making it an excellent choice for mid and high-frequencies.

Working Principle

The 195D336X0015Z2T uses tantalum as its dielectric and an electrolyte solution to form its capacitors. This combination greatly increases its ability to survive at high temperatures, allowing it to maintain its performance in extreme environments and reducing its susceptibility to temperature and humidity fluctuations. At the same time, it is also able to offer a low ESR and high ripple current rating. In addition, tantalum capacitors are also able to offer an incredibly small size, allowing them to be used in compact designs.

The 195D336X0015Z2T also includes a multiple-anode construction. This type of construction helps to make the capacitor more robust and capable of operating at higher voltages, allowing it to be used in higher power applications such as motor control and energy storage.

Summary

The 195D336X0015Z2T is a highly versatile tantalum capacitor that is suitable for a variety of electronic applications. Combining its tantalum dielectric with an electrolytic solution, it is able to offer high DC capacitance and ultra-low ESR. Its multiple-anode construction makes it perfect for high-voltage operation and its small size makes it ideal for designs which do not have room for larger components. Overall, it is an excellent choice for advanced designs which require high-temperature and high-voltage operation.

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