T95D277M004HSSL

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Tantalum capacitors, also known as tantalum electrolytic capacitors, belong to a category of capacitors that are widely used in enterprise and consumer electronics for their better reliability and superior performance. T95D277M004HSSL is one of such capacitor series that is extensively used today in commercial, industrial and consumer applications.

The T95D277M004HSSL capacitor series offer high temperature ratings and high shock resistance, making them suitable for operational use in extreme environmental conditions. The series is RoHS compliant which makes it well suited for use across all industries. The series also offers low electrical failure rate over time which makes it a competent choice for high reliability applications. Furthermore, they are very thin in terms of their physical size with a thickness of only 0.3mm.

The T95D277M004HSSL series is particularly useful in applications like solid-state drives, telecommunications, automotive, medical, consumer electronics, and aerospace. This capacitor can also be used to store energy pulses when driven by a inductive load. In automotive applications, T95D277M004HSSL is used in the powertrain for current DC protection and as a smoothing capacitor.

T95D277M004HSSL features an anode made of high-purity sintered tantalum and an electrolyte of solid organic solvent polymer. The capacitor has a capacitance range of 10 microfarads to 470 microfarads and is available in a variety of voltage ratings - 2.5 V, 4 V, 6.3 V, 10 V, and 16 V. The maximum operating temperature for the device is 125°C.

The working principle of the T95D277M004HSSL capacitor is based on the dielectric property of the tantalum material. When a voltage is applied across a parallel plate capacitor, free electrons on the anode plate are attracted and migrate towards the cathode plate. This action causes a build-up of negative electric field on the anode plate which acts as a barrier against further migration of electrons. The electric field also pushes electrons away from the edge of the plate to the center of the capacitor, creating a electric charge that is equal to the applied voltage.

The T95D277M004HSSL capacitor is able to maintain this electric field and store charge for a certain period of time, before finally discharging the charge. This process enables the capacitor to fulfill its role as a energy storage device, and is also responsible for its characteristic high efficiency.

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