SFAKL5000101MC0

Feed Through Capacitors

Feed Through Capacitors serve as high frequency filter devices for AC and DC voltage lines, providing balancing and surge protection for networks containing sensitive electronics. The SFAKL5000101MC0 is a feed through capacitor that can be used for a variety of applications.

SFAKL5000101MC0 Application Field

The SFAKL5000101MC0 is made with durable plastic housing, tightly sealed to prevent dust and moisture ingress. This feed through capacitor can filter signals from frequencies of 500 kHz to 10 MHz, making it very useful in protecting communication and computer systems from interference caused by items such as EMF and RFI. It can also be used in higher frequency applications such as broadcast and mobile switching systems, where long-distance signal transmission can cause signal degradation. The SFAKL5000101MC0 is also suitable for reducing harmonics in AC or DC lines, or power generated by solar and wind power systems.

SFAKL5000101MC0 Working Principle

The SFAKL5000101MC0 works by utilizing an electrical property of a capacitor, called reactance. Reactance is a measure of the opposition that the capacitor presents to the AC voltage, and can be tuned to certain frequencies depending on the size and construction of the capacitor. The SFAKL5000101MC0 utilizes two capacitors in series, one for lower frequencies and one for higher frequencies. This allows the SFAKL5000101MC0 to provide very specific filtering for a wide variety of frequencies. When an AC or DC voltage is applied to the SFAKL5000101MC0, the reactance created by the two capacitors blocks unwanted frequencies while allowing the desired frequencies through.

Conclusion

The SFAKL5000101MC0 is a versatile feed through capacitor that can be used in many applications. It can filter signals from frequencies of 500 kHz to 10 MHz, allowing it to be used in communications, broadcast, mobile switching, and solar power systems. The SFAKL5000101MC0 utilizes the reactance of two capacitors in series to provide very specific filtering of unwanted frequencies while allowing desired frequencies through.