B82747S6313N061

Common Mode Chokes are widely used for a variety of electrical applications. B82747S6313N061 is a type of common mode choke which is specifically designed for power line filtering applications. This type of choke is capable of filtering out the common-mode signals from the power lines in order to reduce noise interference.

Common mode chokes are composed of two sets of windings (primary and secondary windings), which are wound on the same core. Common mode voltage is the same on the two sets of windings, which (when appropriately designed) creates a low impedance path to the ground. This low impedance path helps to reduce the common mode interference from the power lines, as the common mode interference generated by the power line is not able to pass through the choke.

The B82747S6313N061 choke comes with a shielded core, which offers an additional level of protection from common mode noise coupled through the power lines. It features two independent center-tapped windings (primary and secondary), which are connected in series. This improves the overall noise isolation, which helps reduce the levels of common mode interference. Additionally, the shielded design reduces the magnetic field generated by the chokes, which further increases the effectiveness of the device.

In addition, the effective resistance of the B82747S6313N061 choke is adjustable. This allows users to fine-tune the device to their specific requirements, enabling it to provide maximum noise reduction for the power line. The effective resistance of the choke can be adjusted by changing the amount of turns on the secondary winding, which results in an increase or decrease in the effective resistance.

The B82747S6313N061 choke is widely used for power line noise reduction applications, and is especially suitable for automotive and industrial applications. It is an ideal choice for applications which require high levels of common mode noise suppression, such as power electronic circuits, motor control systems, switching power supplies, and many other similar applications.