CM6350-335

Common Mode Chokes are a type of inductor that is used to block two high-frequency elements from connecting while allowing low-frequency signals to pass through. CM6350-335 is a type of Common Mode Choke, which has been developed by leading manufacturers to help reduce noise in applications by providing effective filtering of any noise generated by common mode signals. The applications for CM6350-335 include automotive electronics, safety-critical systems, telecom applications, wireless communications and more.

The CM6350-335 is designed to provide excellent common mode noise and EMI filtering for a wide variety of applications. Its features include a wide range of operating frequencies, high current handling capacity, and low DC resistance. These characteristics make it ideal for applications such as high-speed industrial circuits, television, automotive audio, telecom, radar systems and other related applications.

Its working principle is quite simple. The CM6350-335 consists of two coils connected in series with the input and ground. When the input is applied, the two coils act as a transformer with one coil being the primary and the other being the secondary. The input voltage, which is the differential mode voltage, will be applied across the two coils and kept separate by the common mode choke. In the differential mode, the two coils interact and generate a current, which will be passed through the common mode choke. The current is then blocked from entering the output by the common mode choke.

The design and construction of the CM6350-335 are such that it is able to filter out the majority of common mode noise, EMI, and other electrical disturbances from the applied input voltage. This enables it to provide improved signal integrity with high rejection rates of the unwanted common mode signals. In addition, the CM6350-335 also offers improved immunity to EMI and other disturbances due to its larger construction, as well as its high current handling capacity.

CM6350-335 is an excellent choice for a variety of applications as it offers excellent performance, reliability, and cost-effectiveness. Its wide range of frequencies, high current handling capacity, and low DC resistance make it a great solution for applications where high-frequency noise can interfere with the desired signal or cause system malfunction. Its design and features also make it a great choice for applications where common mode signals must be blocked from entering the output.