T95D107M016LSAL

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Tantalum capacitors, which employ tantalum oxide as the dielectric material in manufacturers such as Kemet, Vishay and Cornell Dubilier, have quickly become the preferred choice among circuit designers due to their excellent performance characteristics. This includes high capacitance, low effective series resistance (ESR), stable voltage ratings, and low frequency transformer capabilities. One of these components, the T95D107M016LSAL, is featured in many designs due to its immense practical value.

The T95D107M016LSAL capacitor is a surface-mounted device, which achieves high capacitance in a small footprint. Its construction is composed of a tantalum anode, a manganese dioxide cathode, and a solid electrolyte. This particular capacitor also boasts a +85°C temperature rating with a maximum operating voltage (V_max) of 16V.

The T95D107M016LSAL application field is most extensive in consumer devices powered by alternating current (AC), due to its low induction quality and superior capacitance in high-frequency ranges. Its design also makes it well-suited for a variety of telecom and automotive applications. Due to the low ESR values, the capacitor reduces system power loss and increases system reliability.

The working principle of the T95D107M016LSAL capacitor relies on electrostatic principles. The anode is composed of a sintered tantalum body, which contains billions of fine micro-pores and several oxygen vacancies. In addition to this, the pore structure may also help speed up the transfer of ions. When the capacitor is in operation the electrons travel from the anode to the cathode, creating an electric field between them. This electric field effects it dielectric properties, which is composed of tantalum oxide, allowing the capacitor to store electrical charge.

Thanks to its excellent performance parameters, the T95D107M016LSAL capacitor has become a great value in many industries, including consumer electronics, telecommunication, automotive, and power supply technologies. It is an in-demand component, due to its high capacitance and low ESR characteristics. Thanks to its design, it is an ideal choice for power filtering applications, due to its high stability and reliability. Its construction characteristics contribute to the capacitor’s decade-long lifespan.

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