T95D157M016CSSS

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Tantalum Capacitors

Tantalum capacitors are among the world’s most widely used types of components, and are regularly found in circuits for a variety of applications in consumer, automotive, military and aerospace markets. The specific style, called a T95D157M016CSSS, is a 56V, 0.015µF surface mount tantalum capacitor.

Applications

T95D157M016CSSS capacitors are used for low-voltage voltage holdup and supply decoupling in applications such as server and computer peripherals. They are also used for low-noise power filtering in digital circuits, and for DC/DC converters. They can also be found in mobile phones, tablets, LCD displays, and a variety of other portable and handheld electronic products.

Due to their size and surface mount technology (SMT) capabilities, T95D157M016CSSS capacitors are highly suitable for applications with constrained board space. They can be used in place of conventional capacitors when the ESR (Equivalent Series Resistance) requirement is low.

Working Principle

T95D157M016CSSS capacitors are polarized electrolytic components and have a very simple structure. When electricity is applied to the capacitor, a layer of electrolyte forms a thin film between the two foil layers of the capacitor. This film acts like a cushion which absorbs electric energy, then releases it back into the circuit.

The T95D157M016CSSS capacitor has a very low Equivalent Series Resistance (ESR) rating, making it able to store significantly more energy. As such, this capacitor is able to provide sustained power to devices with varying current demand, creating more efficient and reliable devices.

Conclusion

T95D157M016CSSS capacitors are one of the most versatile surface mount components available on the market. They are used in a wide variety of applications, from low-voltage voltage holdup supply decoupling to low-noise power filtering in digital circuits. Their small size and low ESR ratings make them ideal for space-constrained applications such as mobile phones and tablets. Their ability to store significantly more energy than conventional capacitors also makes them highly suitable for high-voltage applications.

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