DLP0QSA350HL2D

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Common Mode Chokes

Common Mode Chokes are electrical devices that are used to reduce common mode noise on noisy signals. The DLP0QSA350HL2D is a type of Common Mode Chokes used widely in three-phase power systems, where it provides decent insulation and isolation from the three interlinked phases of the power system.

Application Field

Common Mode Chokes, such as the DLP0QSA350HL2D, is traditionally used in three-phase large-scale power systems, such as those serving industrial sites or powering big cities. It is also used in small- and medium-scale systems connected to residential, commercial and retail sites. The device may also be used in three-phase industrial processes, which involve injection molding and die-cutting, and can provide the insulation, isolation and reduction of common mode noise signals between these three-phase power systems.

Working Principle

A working principle of the DLP0QSA350HL2D Common Mode Choke is based on the inductive reactance of the choke core. The core is usually constructed of several layers of magnetic material to increase its inductive reactance. The inductor then acts to reduce the level of common-mode noise present on the signal, allowing it to pass largely unchanged, producing a clean signal at its output. The inductor is also able to reduce cross-talk between phases and prevent the propagation of excessive common-mode noise.

The core of DLP0QSA350HL2D Common Mode Choke is composed of high permeability MnZn magnetic material. This material ensures the device has higher inductance and better noise suppression performance, allowing it to be used in more demanding applications. Also, the device has a low DC resistance, indicating its superior efficiency over other Common Mode Choke devices.

The heat dissipation capability of the DLP0QSA350HL2D Common Mode Choke also adds to its longevity. Adopting a copper wire with high electrical wire winding rate helps to reduce the copper resistance and the temperature rise, thereby improving thermal conductivity and increasing the product’s durability. Furthermore, the application of state-of-the-art technology increases the performance of the device, as well as making it more efficient and cost effective.

Conclusion

The DLP0QSA350HL2D Common Mode Choke is an important device for providing insulation and isolation between the various phases on three-phase power systems. Its high inductance and low DC resistance make it suitable for use in both residential and large-scale industrial applications. Moreover, the device has a good heat dissipation capability, making it capable of lasting for a long time without damage.

The specific data is subject to PDF, and the above content is for reference