2499-003-X5S0-151K

Feed Through Capacitors

Feed through capacitors are components used in circuits that provide a dielectric barrier between a transmission line and a load. They are used to isolate and protect the transmission line from externally induced noise and to improve the signal integrity and fidelity of signal transmission. The 2499-003-X5S0-151K Feed Through Capacitor is a feed through capacitor with high-performance that contains a unique combination of materials and structure.

Application Field

The 2499-003-X5S0-151K Feed Through Capacitor is ideal for applications in communications, automotive, telecommunications, industrial, and computer systems which require high-performance components. It is also suitable for signal and power handling in a wide frequency range. In addition, the 2499-003-X5S0-151K Feed Through Capacitor is well-suited for a range of RF applications and components as it is composed of high-dielectric-constant ceramic materials. Many of these material systems can also exhibit a wide range of frequencies up to the gigahertz frequency range and high-reliability under temperature extremes.

Working Principle

The 2499-003-X5S0-151K Feed Through Capacitor works through a combination of ceramic material and electrical structure. It helps reduce the noise and EMI emissions of RF signals while maintaining signal consistency and fidelity. At the heart of the 2499-003-X5S0-151K Feed Through Capacitors is a series of interlaced and interlinking strips of ceramic dielectrics that are integrated through thin-film metal layers. These layers act together to create a type of Faraday cage which can block electromagnetic interference while allowing the passage of desired RF signals. The capacitor allows signals to pass through while providing an impediment to high-frequency and unwanted noise.

Conclusion

The 2499-003-X5S0-151K Feed Through Capacitor is a powerful and reliable technology for systems that require high-performance components. It contains a unique combination of materials and structure which helps to reduce the noise and EMI emissions of RF signals while maintaining signal consistency and fidelity. It is ideal for applications in communications, automotive, telecommunications, industrial, and computer systems which require protection from noise and EMI.