CC2824E113R-00 Filters

Common Mode Chokes

CC2824E113R-00 Application Field and Working Principle

CC2824E113R-00 is a common mode choke (CMC) designed for use in a variety of applications ranging from industrial automation to medical electronics. The CMC\'s unique design eliminates radiated interference in applications where power sources are switched. It also provides a substantial amount of noise attenuation and electrical isolation for sensitive digital circuitry by reducing the interference between the signal and the power sources.

The simplicity of the CMC design makes it an ideal choice for a wide range of applications. Its main component is an inductive element, which is wound with two insulated electrical windings. This element is then coupled with a capacitor, which serves to filter the noise and provide isolation from the common mode voltage. The windings in the CMC are typically configured in a series configuration, allowing for effective current balance and noise reduction.

When the CMC is used in an application, the signal runs through the inductive element. The CMC\'s inductive element filters out the noise from incoming and outgoing current, while providing electrical isolation from the common mode voltage. The choke\'s capacitor assists in filtering the noise, providing even further noise reduction and electrical isolation.

CC2824E113R-00 CMCs can be used in a wide array of applications and can be employed in AC and DC circuits. They are particularly useful in opto- and LED-based applications, as they reduce the common mode voltages that can cause false readings. The high-quality construction of the CMC enables it to operate reliably at temperatures ranging from 48°C to 85°C.

In general, using CMCs is a great way to ensure reliable operation of your system. The CMC will filter out noise and provide electrical isolation for power sources, ensuring that your system is running with minimal interference. By utilizing CMCs in your project, you also can have the confidence that your application is protected from common mode voltage.