DLW31SN222SQ2L

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 are adaptive components used in a variety of circuits, including alternating current (AC) and direct current (DC) applications. DLW31SN222SQ2L is a common mode choke designed to suppress the flow of common mode currents between circuits or components. It is a standard type of choke used in AC applications such as audio equipment and guitar amplifiers.

DLW31SN222SQ2L is a ferrite material choke. The ferrite material provides excellent common mode noise suppression. The choke has an inductance of 33µH, a minimum DC resistance of 0.15Ω, and a maximum DC current of 6A. Additionally, the inductance tolerance of the choke is ±30%.

The primary application of DLW31SN222SQ2L is to suppress high frequency AC noise in applications with high peak currents. Due to the low DCR (0.15Ω) of the choke, it can operate at lower frequencies, reducing the effects of common-mode noise. Furthermore, the choke has a wide inductance tolerance range of ±30%. This ensures that the functioning of the choke is consistent, even if there is a slight change in operating conditions.

The working principle of DLW31SN222SQ2L is that it allows AC current to flow freely while blocking DC current. Since the choke is made of ferrite material, it has a large “self-inductance” which provides high frequency noise suppression. The choke’s magnetic core acts as an inductor, creating an opposition to any changes in current flow. As a result, any common mode current flowing through the choke is reduced, reducing the level of noise in the system.

In summary, DLW31SN222SQ2L is a common mode choke designed for AC applications. The ferrite material of the choke provides excellent common mode noise suppression. Additionally, the low DCR (0.15Ω) of the choke enables it to operate at lower frequencies and the wide inductance tolerance range ensures consistent functioning. The choke works by allowing AC current to flow freely while blocking DC current, resulting in reduced common mode noise.

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