T95Z476M010ESAL

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Tantalum capacitors, also known as Ta- caps, are an important form of energy storage device found in many electronic circuits. They offer low ESR, long life, low temperature stability, and relatively small size when compared to other forms of energy storage devices. The T95Z476M010ESAL is a personal computer rated tantalum capacitor provided by a major manufacturer. This particular model is typically used in the most demanding applications due to its class-leading features.

T95Z476M010ESAL provides a high level of power handling capability, making it suitable for various applications, such as graphics cards, power supplies, modems, and other high-end circuitry. Its construction features an anodized aluminum sleeve and two leads. This design allows for maximum surface area, making it easier to connect with other components. Additionally, it features a voltage rating of 48V for improved safety.

The T95Z476M010ESAL also offers excellent performance in terms of capacitance and voltage rating. Its capacitance rating is 153uF, which is one of the highest capacitance ratings in its class, and its voltage rating is 48V. These characteristics make it very well suited for applications requiring high power and/or high voltage storage.

The working principle of the T95Z476M010ESAL can be described as the electrostatic field. It works by releasing energy stored between two plates of the capacitor, either through the charge buildup or through electrical discharge. The capacitors main function is to store energy in electrostatic fields. When the voltage is increased, more electrons are stored and the capacitance increases as a result. When the voltage is decreased, fewer electrons are stored and the capacitance decreases.

In general, the T95Z476M010ESAL provides exceptional performance and value for its price. This makes it a great choice for applications that require high levels of power handling and superior reliability. Additionally, its high capacitance and voltage ratings make it an ideal choice for high-end digital circuits. It is reliable and suitable for a wide variety of applications.

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