TAP104K050GSB

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Tantalum capacitors are polar electrolytic capacitors whose anodes are formed by tantalum powder pressed into a pellet shape and coated with oxide film. They have several advantages over other types of capacitors. First, they are much more reliable due to their low leakage currents and high reliability. Second, their performance is better than other types of capacitors, with lower equivalent series resistance (ESR) and a larger capacitance for a given size. Finally, they are capable of storing much more energy per unit volume than other types.

TAP104K050GSB is a tantalum capacitor designed and manufactured by Vishay. It is designed for use in computing and telecommunications applications, among others. It has a variety of features which make it suitable for these applications, including a high reliability and low leakage current, a temperature range from -55 to +125 degrees Celsius, and an operating voltage of up to 50 volts.

This capacitor is an electrolytic type capacitor, which means it works by storing electrical energy in an oxide film. This film acts as an insulator, preventing current from flowing through the oxide when the applied voltage is low, and allowing current to flow when the applied voltage is high. This gives the capacitor a characteristic of storing and then releasing electrical energy quickly. The voltage at which the current begins to flow is known as the “cutoff voltage”.

The TAP104K050GSB has a cut-off voltage of 4.5 volts and a capacitance of 104K at 0 volts. Its capacitance is determined by the size and thickness of the tantalum powder pellet and the dielectric constant of the oxide film. Its high reliability is due to its wider temperature range and its low leakage current, which allows it to retain its stored energy for longer periods of time.

The TAP104K050GSB is an ideal choice for use in computing, telecommunications, and medical devices, as well as other applications where reliable, high-performance capacitance is needed. Its wide temperature and voltage range, high capacitance and reliability, and low leakage current make it suitable for many demanding applications.

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