NOJC107M002SWJ

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Niobium oxide capacitors, also called NbOx capacitors, stand out as one of the most reliable subclass of ceramic capacitors. They are mainly used in low-voltage power systems, RF circuits, and many other specialized applications. In particular, the NOJC107M002SWJ capacitors from KEMET have been designed to meet the industry’s demanding requirements for miniaturized, high-quality capacitors. These capacitors feature excellent capacitance stability, high voltage ratings, and low ESR values.

Application Field

NOJC107M002SWJ capacitors are ideal for key applications requiring high reliability, such as automotive electronics, power supplies, renewable energy, medical imaging, and consumer electronics. No matter what type of power system it is used in, the capacitor ensures high levels of stability and performance, despite variations in temperatures. The capacitances range from 0.1uF to 1000s of uF and all boast a wide operating temperature range from -55°C to 135°C (+125°C for some special types).

Working Principle

The NOJC107M002SWJ capacitor utilizes self-healing technology which precisely monitors changes in charge to provide short-circuit protection. The capacitor self-heals by allowing a low current to pass through the dielectric material, preventing excessive heating that could damage the device. All NOJC107M002SWJ capacitors are constructed using a niobium oxide (NbOx) dielectric material, which provides superior performance over a wide temperature range. Combined with a metal layer and a special barrier layer, the device simplifies circuit designs and reduces the number of parts required.

Conclusion

NOJC107M002SWJ capacitors from KEMET are designed to meet the industry’s demanding requirements for miniaturized, high-quality capacitors. They are highly reliable, with a wide temperature range, excellent capacitance stability, and high voltage ratings. With a niobium oxide dielectric material, the capacitors simplify circuit designs and reduce the number of parts required. Extremely suitable for use in automotive, energy, medical and consumer electronics applications, they are sure to meet all requirements for power systems.

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