SFLML1000223MX0

Feed Through Capacitors

Feed through capacitors, such as the SFLML1000223MX0, are capacitor components that are used in both DC and AC applications with electrical systems. They are typically used for bypassing, filtering, and decoupling, and they are often made up of thin layers of metallic foil that are held together between two layers of ceramic dielectric material.

Application Field of SFLML1000223MX0

The SFLML1000223MX0 is a high-voltage feed through capacitor. It has excellent performance due to its high stability and Low ESR, making it well suited for use in a variety of applications, including high-voltage off-line converters, industrial motors, and consumer appliances.

The device also has excellent thermal shock and humidity resistance, making it an especially reliable component in environments where high temperatures and high humidity levels are common. Its small size also makes it an ideal choice in tight spaces where other larger components may not be able to fit.

Working Principle of SFLML1000223MX0

The SFLML1000223MX0 utilizes two conductive foil layers and an internal ceramic dielectric material to form an E-style assembly. This configuration creates an effective bypass capacitor that is capable of blocking DC components while allowing AC signals to pass through without distortion.

The device is capable of self-resonating in frequencies range up to 1 MHz and also offers high RF breakdown characteristics, making it well suited for bypassing high frequency signals between DC and AC applications. It is also capable of withstanding large peak currents due to its low ESR, allowing it to be used in applications where large currents are regularly present.

Conclusion

Feed through capacitors, like the SFLML1000223MX0, are essential components for most DC and AC electrical applications. They are typically used for bypassing, filtering, and decoupling, and they offer excellent thermal shock resistance and low ESR values for better performance. The SFLML1000223MX0 is a high-voltage feed through capacitor with exceptional performance, making it a great choice for a variety of applications.