H6504NL

Common Mode Chokes are used to inhibit and suppress noise on high frequency transmission lines. The H6504NL is a prime example of a Common Mode Choke, manufactured by Mouser Electronics. This choke is designed to reduce the common mode noise in up- frequency applications, such as USB Type-C cable assemblies.

A Choke is an electronic component with a coil wound around a ferromagnetic core. When the coil\'s current is applied, it creates a magnetic field. This field generates an inductance, which creates a resistance to any change in the current. This resistance is what makes the Choke effective at reducing noise.

The H6504NL is designed to reduce common mode noise in applications such as USB cables, power cables and Ethernet cables. It operates in two different modes, one to reduce the effect of common mode noise and the other to reduce differential mode noise. In common mode noise reduction, the Choke helps to filter and attenuate any signals that are picked up by the transmission line, ensuring that only the desired signals are sent along the line.

In addition to its noise reduction capabilities, the H6504NL provides excellent thermal dissipation. It is made with a high temperature-resistant material, allowing it to dissipate heat quickly and efficiently. It also has a low DC resistance value, which helps to reduce power loss. This choke is also RoHS compliant, meaning that it meets environmental standards and is safe for use.

The H6504NL is suitable for use in USB Type-C cable assemblies, as well as other high frequency applications. It is designed to withstand temperatures of up to 100°C, making it ideal for use in high temperature applications. It also offers a wide range of possible impedances, from 10 to 200 mohm, making it suitable for a variety of projects.

The H6504NL is an excellent example of Common Mode Choke, able to reduce noise on high frequency transmission lines. It is designed specifically to reduce both common mode and differential mode noise, ensuring that the desired signals are transmitted and received while unwanted noise is filtered out. Its excellent thermal dissipation capabilities and wide range of impedance values make it ideal for high frequency projects, such as USB Type-C cable assemblies.