F910G227MCC

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Tantalum capacitors are an important component in many electronic systems, offering superior temperature stability and excellent heat dissipation in comparison to other types of capacitors. The F910G227MCC is a tantalum capacitor manufactured by KEMET and combines excellent long-term stability and high capacitance with low leakage currents and robust construction. This combination makes the F910G227MCC a great choice for applications requiring improved performance and reduced power consumption.

The F910G227MCC is a surface mount polymer tantalum capacitor designed for use in high power, high voltage, and high density applications. The F910G227MCC\'s combination of excellent heat resistance and reduced power consumption makes it well-suited for applications such as communications, medical, computing, and military equipment.

The F910G227MCC has a standard operating temperature range from -55°C to +125°C and a rated working voltage of 16 Vdc. The capacitor features a long life of 1,000 hours at +85°C, and an equivalent series resistance (ESR) of less than 120 milliohms. Additionally, the F910G227MCC has a maximum capacitance of 22µF, enabling it to store substantial amounts of energy when compared to other capacitors.

The F910G227MCC uses a low temperature-coefficient, solid-electrolyte tantalum cathode layer to form a capacitor which is resistant to a variety of contaminants and chemicals. This layer also provides the F910G227MCC with excellent resistance to vibration, mechanical shock and for shorting. Additionally, the F910G227MCC\'s low ESR and self-healing properties make it more reliable than other capacitors.

The F910G227MCC is a robust and reliable capacitor that is suitable for a wide range of applications. Its high resistance to vibration and mechanical shock, as well as its superior heat dissipation, makes it a great choice for high power, high density, and high temperature applications. Additionally, its low ESR and long life make the F910G227MCC well-suited for use in electronic systems that require reliable operation in extreme conditions.

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