199D684X0035A2A1E3

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Tantalum capacitors are a type of electrolytic capacitor, which are widely used in electronic circuits. Unlike ceramic capacitors, tantalum capacitors offer both low-DC leakage and high-capacitance. It utilizes an anode made of tantalum metal and a dielectric made of manganese dioxide, with a very thin layer of energy-dissipative material between the dielectric and the capacitor\'s terminals.

The 199D684X0035A2A1E3 is a specialized type of tantalum capacitor. This particular capacitor have a small footprint, low ESR (equivalent series resistance) and low leakage current. Their main applications are in low-current, low-voltage electronic circuits and micro-controllers.

The working principle of a tantalum capacitor employs the electrochemical reaction of the tantalum anode in an electrolytic solution to form a semi-permanent electric field between the anode and the capacitor\'s terminals. This electric field then generates the capacitance needed for the capacitor to function properly.

The 199D684X0035A2A1E3 is designed to be used on low-current, low-voltage circuits, specifically DC circuit applications within a low-voltage range of 0.2 volts to 6 volts. It also has a wide capacitance range of 1.5 µF to 200 µF, making it ideal for applications where a relatively large amount of capacitance is required.

The 199D684X0035A2A1E3 is also very reliable, as its annular construction ensures that the capacitor remains stable, even under extreme temperature or vibration conditions. Furthermore, its reliability has been increased with the special dielectric materials employed in its construction.

In short, the 199D684X0035A2A1E3 tantalum capacitor is a reliable, low voltage and low capacitance component that is ideal for a variety of electronic circuits. Its small footprint and high-capacitance make it a great choice when designing electronic products. And, with its wide assortment of capacitances, it can accommodate numerous different applications, from small personal portable devices to powerful embedded systems.

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