Common Mode Chokes

DLM11GN601SD2D application field and working principle

Common Mode Chokes are inductive components that help filter out or suppress common mode noise in electronic systems. The DLM11GN601SD2D model is specifically designed to reduce interference induced by the recent proliferation of radio frequency emitters. The high-frequency noise generated by these sources can strain communication systems and disrupt signal reception. DLM11GN601SD2D is an ideal solution to this problem.

The DLM11GN601SD2D Common Mode Choke features an application for panel/Cabinet walls or mounting boards. This particular choke model also has an operating temperature range of -40 to +120 degrees Celsius, making it suitable for use in challenging environmental conditions. Performance-wise, the DLM11GN601SD2D provides a high common-mode noise attenuation across a frequency range of 30-1000 MHz.

In terms of working principle, Common Mode Chokes from different manufacturers may vary slightly. Generally, however, the DLM11GN601SD2D utilises a combination of permeability and impedance to reduce common-mode emissions. In this regard, the primary advantage of the DLM11GN601SD2D is the combination of its inductance and low DC resistance, which results in a more effective way of filtering the noise.

Another unique feature of the DLM11GN601SD2D is its relatively small size, making it more efficient when compared to other models. Considering the physical size, this model has a shielding efficiency of up to 30%. Furthermore, DLM11GN601SD2D does not require any consolidation with external materials, thus simplifying the application process and minimizing the chances of errors.

Overall, the DLM11GN601SD2D Common Mode Choke is a highly reliable solution for reducing common-mode noise generated by radio frequency emitters. It features an impressive combination of permeability, inductance, impedance and shielding efficiency to achieve maximum performance. As it comes in an industry-standard small size, it is easier to install in electronic systems without the need for additional tools and materials.