UF1717H-282Y0R5-01

Common Mode Chokes

Common mode chokes are popular components used in applications such as electronic power supply, signal transmission, and defense fields. Like other inductors, common mode chokes store the electromagnetic energy released by a current which passes through them. Certain common mode chokes are specially designed to absorb energy from common mode currents. The UF1717H282YO5-01 is an example of such.

Application Field

The UF1717H282Y0R5-01 is used for suppressing common-mode noise in power supply, defense, digital signal and other related applications. Some of the common uses are power line noise, ground and signal interface suppression, EMI reduction circuits, and differential converter circuits. It can also be used in switching circuits, connectors, transformers, and other electronic components.

Working Principle

Common mode chokes work in a simple way. They are basically two long windings of magnetically permeable material which cross over each other with an electric current running through them. The combination makes a long, self-inducting loop, which inhibits the flow of current in the common mode. The two windings generate a magnetic field with an opposing force, which helps to minimize the common mode current.

The UF1717H282Y0R5-01 common mode choke offers high attenuation with a high current rating, and it is very rugged and reliable. It has high temperature insulation to withstand extreme temperatures, and it can be used in both high-frequency and low frequency noise suppression applications. The UF1717H282Y0R5-01 has a low-profile design which makes it ideal for limited-space applications.

Conclusion

The UF1717H282Y0R5-01 common mode choke is a great choice for those who need reliable noise suppression in a compact package. Its two windings create a magnetic field which resists the flow of current, reducing the common mode noise. And since it has a low-profile design and high current rating, it is ideal for many applications in the power supply, defense, and signal transmission fields.