T86C156M6R3EBSS

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Tantalum capacitors are components that store and discharge electricity. T86C156M6R3EBSS is one type of tantalum capacitors with a lower profile and higher capacitance value than the conventional tantalum capacitors. It is suitable for applications in a wide variety of industries including aerospace, automotive, computer, and telecommunications.

The T86C156M6R3EBSS tantalum capacitor has a Construction utilizing a polytetrafluoroethylene (PTFE) and tantalum foil dielectric. The construction is generally one layer PTFE and one layer of tantalum foil. This construction yields a capacitance range of 0.1µF up to 10.0µF and high temperature range up to 125c. The construction also provides a high degree of mounting flexibility and for microminiature applications which require a lower profile.

The working principle of T86C156M6R3EBSS tantalum capacitors that utilize solid electrolytic technology is based on the process of dielectric formation. In this process, the anode is frequently made up of porous PTFE and the cathode is an electronically conductive tantalum foil. The active (anodic) material, being higher in conductivity than the dielectric enables the current to travel across and form a very thin layer of anodic oxide on the cathode. This thin oxide layer then acts as a dielectric layer for the capacitor.

Additionally, the formation process of the tantalum capacitor also provides an inherent advantage in that it is non-polarized, giving it an inherent advantage of reverse polarity protection. This non-polarity feature allows the tantalum capacitor to have more flexibility when connected to other components and also allows a higher capacitance range, for instance 10nF up to 10µF.

T86C156M6R3EBSS tantalum capacitors also have great efficiency, with operating temperatures ranging from -55 C° to 125 C° and a discharge time constant of 0.5 Sec/µF or less. This makes the tantalum capacitor a great choice for microcontroller, power supply, and medical device applications.

Overall, the T86C156M6R3EBSS tantalum capacitor has a wide application field, with a low profile and high capacitance range, a high degree of mounting flexibility, high temperature range, non-polarity feature, and great efficiency. It is a great choice for applications in fields such as aerospace, automotive, computer, and telecommunications.

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