SFKBC5000330ZC0

Feed Through Capacitors are used in a variety of applications where an AC signal has to pass through a dielectric. The SFKBC5000330ZC0 is one of these, and it offers an extremely low profile, high capacitance quality that is designed for industrial, telecommunications, healthcare and military applications. In this article, we will explore the application fields and working principle of the SFKBC5000330ZC0.

Applications

The SFKBC5000330ZC0 is used in a variety of industrial, telecommunications and military applications that require high capacitance, low profile, and high frequency performance. The highly reliable feedthrough capacitor is often used in RF/microwave, high voltage, medical, ultra-high frequency, and DC blocking applications. It has also been widely used in such areas as digital audio, as well as for the layout of PC board interconnections and control rooms.

Working Principle

The SFKBC5000330ZC0 utilizes a thin film, high-voltage feed-through capacitor which is used for AC/DC as well as differential signals. The thin film provides higher capacitance per given area than other unbalanced capacitors, and offers a high frequency response, low resistance, and low inductance. The capacitor utilizes an IMD (Instantaneous Maximum Diffusion) process which is vibration and shock resistant to provide a high voltage rating along with a small form factor. The feed-through capacitor is also designed to perform over a wide temperature range.

The working principle of the SFKBC5000330ZC0 is a two-dielectric design to achieve a high dielectric constant. The capacitor is also designed to be RoHS compliant. This ensures that the product does not contain any hazardous substances and is therefore friendly to the environment. The feed-through capacitor also provides superior electrical performance by reducing capacitance variation with dielectric distance.

Conclusion

The SFKBC5000330ZC0 is an advanced, high-performance feed-through capacitor that is designed to provide superior performance in a diverse range of industrial, telecommunications and military applications. Its design ensures high capacitance, low profile, and high frequency operation while remaining RoHS compliant. Its two-dielectric design provides high dielectric constant, high voltage rating, and vibration and shock resistance. The fact that the feed-through capacitor is designed to operate over a wide temperature range means that the product is suitable for a variety of applications, making it a great choice for those looking for a reliable, low-profile, high-performance feed-through capacitor.