T95D477M6R3HZSL

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Tantalum capacitors are widely used in a variety of consumer, enterprise and industrial applications because of their high volumetric efficiency, long shelf life, low leakage current, and wide operating temperature range. One of the most prominent capacitors on the market today is the T95D477M6R3HZSL. It’s a surface-mount, solid-tantalum capacitor with an EIA-3528 case size.

In terms of performance, the T95D477M6R3HZSL features an industry-standard capacitance value of 47uF and a temperature range of -55 to +125 degree Celsius. It boasts an excellent leakage current rating of 0.1CV or 3µA max and a low dissipation factor (DF) of 0.15, and is rated for an DC voltage of 6.3V.

In terms of application, the T95D477M6R3HZSL is suitable for a variety of different applications including power supplies, automotive electronics, industrial sensors, audio amplifiers, and medical electronics. It’s particularly well-suited for general-purpose power supply smoothing and decoupling. It can also be used to manage severe transient loads in applications ranging from motor controllers and instrumentation amplifiers to home entertainment systems and web servers.

It’s important to understand the working principle of these capacitors before attempting to use them in any application. In a tantalum capacitor, the anode is made of a porous solid form of the metal that is able to absorb the electrolyte and hold a charge. There is an oxide dielectric layer between the anode and the cathode, and an electrolyte that carries electric current between the two. The charge stored in the capacitor is proportional to the applied voltage and inversely proportional to the oxide layer’s thickness. When the applied voltage is higher than the voltage the capacitor can hold, the dielectric layer breaks down and the capacitor fails.

In summary, the T95D477M6R3HZSL is a surface-mount, solid-tantalum capacitor that is widely used in a variety of consumer, enterprise and industrial applications. It has an excellent leakage current rating, a wide operating temperature range, and is suitable for a variety of applications. It works by using a porous anode and an oxide dielectric layer that separates the anode and the cathode, and an electrolyte that carries electric current between the two.

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