T86C156K010EBAS

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Tantalum capacitors are non-polar, surface mount type capacitors used for many electronics. They are primarily used for bypass or decoupling applications, which protect delicate components from high frequency electrical noise and reduce power spikes. The T86C156K010EBAS is one such extremely useful type of tantalum capacitor.

This particular capacitor is a surface mount device (SMD) featuring a 4-digit code, which identifies its capacitance and voltage ratings. The ‘T86’ is the series code, indicating it is a low-ESR (equivalent series resistance) capacitor. The ‘C156K’ indicates it has a capacitance of 15µF and achieved at 6.3V. Lastly, the ‘010’ indicates its withstanding voltage, which is 250V.

Although the T86C156K010EBAS is only available in a few physical sizes, it is suitable for many different applications. Due to their low ESR values, these capacitors are well-suited for use in pulse and signal waveform circuits, as well as power supplies. They are also used in audio amplifiers to filter out high-frequency noise, as well as in high-end digital cameras and computers. Furthermore, due to the low equivalent series inductance (ESL), they are also well-suited for power supplies.

In regards to their working principles, the T86C156K010EBAS capacitor is a two-terminal device composed of an oxide-based, polarity sensitive, semiconductor material known as tantalum. It is primarily used for storing and discharging electrical charge, and is referred to as a ‘polarized capacitor’ due to its positive and negative polarities. The capacitor works by storing an electrical charge on two plates, one positive and one negative, which is separated by the oxide-based material. This capacitor can be used to filter out high-frequency noise or provide a steady voltage output.

In summary, the T86C156K010EBAS capacitor is a useful, multi-functional, surface mount device that is great for many different types of electronics applications. It is primarily used for bypass or decoupling purposes due to its low ESR values and low ESL, which help to protect delicate components from high frequency noise and reduce voltage spikes. Furthermore, its polarized plates make it great for filtering out high-frequency noise, and for providing a steady voltage output.

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