RN222-4-02

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Common Mode Chokes, such as the RN222-4-02, are widely used in a variety of applications and environments. They are designed to reduce the amount of high frequency noise that can occur in common mode applications, such as signal lines, switching regulators, power lines, etc. The RN222-4-02 has a specific application field and working principle, based on which it is able to filter out the amount of high frequency noise that can interfere with an application.

The RN222-4-02 common mode choke has a 4-foot configuration with two windings. The first winding is designed to absorb the common mode noise, while the second winding is designed to absorb the differential mode noise. The second winding helps to reduce the amount of high frequency noise that is present in the signal line by creating what is known as a low-inductance path. The low-inductance path is created by the second winding, which helps to reduce the amount of noise on the signal line, allowing for a cleaner signal.

The RN222-4-02 is designed for use in applications in which high frequency noise is present, such as in switching regulators and high frequency signal lines. It is designed to absorb the common mode noise that can be present in these types of applications, while the second winding works to reduce the differential mode noise that can be present in the signal line. This helps to ensure that a cleaner, more accurate signal is sent through the signal line.

The RN222-4-02 common mode choke is designed with a unshielded construction, which helps to ensure that it is able to filter out high frequency noise without interfering with the signal line. This is due to the fact that the noise is being absorbed before it can reach the signal line. The device also has a very low profile, making it easy to install in a variety of applications and environments.

Overall, the RN222-4-02 is an effective device for filtering high frequency noise in common mode applications, such as signal lines, switching regulators, and power lines. Its unshielded construction and low profile make it an ideal component for these types of applications, and its two-winding design helps to reduce the amount of noise that can be present in the signal line. This helps to ensure that a clean, accurate signal is sent through the signal line.

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