23Z106SMNL

Common Mode Chokes are devices used to reject common mode signals. These devices are used in a variety of systems and applications. The 23Z106SMNL is a type of Common Mode Choke, incorporating an inductor and two capacitors. It is used to filter out common mode noise from power lines, amplifier circuits, and data/signal integrity applications.

Common mode noise is any form of interference that is radiated or conducted in the common mode. This type of noise is caused by imbalances in the power or signal lines. It can also be generated by devices that are not properly grounded. Common mode chokes help to filter out or suppress this type of noise.

The 23Z106SMNL Common Mode Choke consists of an inductor and two capacitors. It is designed to be used as a noise filter in power and amplifier circuit applications. The inductor is used to block out common mode noise, while the two capacitors further filter out the noise. The combination of these components creates an effective signal-to-noise ratio in the system.

In addition to being used to filter out common mode noise, the 23Z106SMNL Common Mode Choke can also be used to transfer signals between two systems. This is done by connecting the choke to the input and output of each system. The choke acts as a transformer, which creates a high impedance path between the two systems. This allows signals to pass through, while suppressing any common mode noise.

The 23Z106SMNL Common Mode Choke also has a voltage protection feature. This feature is important in power circuit applications, as it prevents any damage to the circuit due to overvoltage. It does this by limiting the voltage across the choke. This feature ensures that the system remains safe and operational.

In summary, the 23Z106SMNL Common Mode Choke is a device used to filter out common mode noise from power and amplifier circuits. It is composed of an inductor and two capacitors. This combination creates a signal to noise ratio that is effective in suppressing common mode noise. The choke can also be used to transfer signals between two systems, and has a voltage protection feature to prevent any damage due to overvoltage.