T95R686M025HZSL

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Tantalum capacitors are widely used in electronics due to their combination of high capacitance values and very small physical size. The T95R686M025HZSL is a tantalum capacitor with a low profile of 3.2mm in a E-Case 5-pin configuration. With a rated voltage of 6.3V, the T95R686M025HZSL has a capacitance of 6.86μF, a maximum ESR of 5.6Ω, and a tolerance of ±20%.

The T95R686M025HZSL is most commonly used for signal and decoupling applications in a wide range of fields. This includes consumer electronics such as digital TVs, set-top boxes as well as industrial and medical/dental products such as micro-computers and laser scanning equipment. This capacitor is also used in automotive applications, due to its small size, and its low profile design. This makes the T95R686M025HZSL suitable for applications where board space is limited.

In addition to its small size, the T95R686M025HZSL offers numerous advantages that contribute to its prolific use. These features include a broad operating temperature of -55 to +125⁰C, an insulation resistance of 100 GΩ at 500 V DC, and a Dielectric absorption ratio of 4 or less, all of which contribute to its ability to fulfills its purpose without compromising reliability. The integrated metallized electronic film also provides high ripple current capabilities and superior temperature and voltage coefficients with minimal leakage.

The working principle of a tantalum capacitor is one of electrolytic charging and discharging. Two metal electrodes are separated by a layer of an electrolytic dielectric material such as tantalum pentoxide or Ta2O5. When current is applied, some of the electrons make their way through the oxide and onto the tantalum anode. This charge then attracts anions in the electrolyte surrounding the capacitor and creates an electric double layer on the surface of the metal plate. This process forms a capacitor which is capable of storing and releasing electrical energy when needed.

The T95R686M025HZSL tantalum capacitor has a wide range of applications and a robust construction that can withstand extreme temperatures and voltage changes. Its low profile design makes it perfectly suited for applications where board space is limited making it a reliable choice for numerous consumers, industrial, medical/dental and automotive applications.

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