SFBCL2000103MX1

Feed Through Capacitors

Feed Through Capacitors play a vital role in the build and deployment of electrical and electronic systems, and the SFBCL2000103MX1 is a great example of this technology. This unit offers impressive performance, and is well suited for almost any application.

Application Field

One of the greatest advantages of Feed Through Capacitors is their ability to completely isolate an electrical and electronic circuit from the influence of external factors such as moisture, noise, radio frequency interference, and the like. This is especially beneficial in critical commercial, industrial, aerospace, and military applications, where top performance is required and cannot be compromised.

SFBCL2000103MX1 is designed to meet the tough demands of these fields, and provides superior protection. It is engineered for reliability, and can handle most types of media without degradation.

Working Principle

Feed Through Capacitors rely on the creation of an electric field between two contacts. This field then creates an inductive current, and allows for capacitive power to be stored or transferred.The SFBCL2000103MX1 makes great use of this concept in order to provide isolation between electrical systems. This capacitor has a tolerance rating of 1%, which means that it can handle up to 1% of the maximum rated load before becoming compromised. It also has an operating temperature range of -25C to +125C, making it suitable for almost any environment.

In addition to protection, Feed Through Capacitors also provide excellent noise cancellation properties. This is especially beneficial in high frequency applications, such as radio and satellite communication. SFBCL2000103MX1 is well suited to meet these demands, and provides an effective and reliable noise cancellation solution.

Conclusion

The SFBCL2000103MX1 is a great example of the capabilities of Feed Through Capacitors. This product provides excellent protection, noise cancellation, and reliability for almost any application. It is engineered to meet the toughest demands, and is an excellent choice for critical applications.