RN218-1.7-02-6M8

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Common mode chokes are passive electronic components that are used to reduce or eliminate unwanted common-mode noise in signal lines. The RN218-1.7-02-6M8 is a common mode choke that offers significant filtering capability. It is often used for its ability to reduce EMI radiation.

The RN218-1.7-02-6M8 has a wide range of applications, such as in automotive, medical, industrial, and communication applications. This choke can be used to reduce noises caused by electromagnetic induction and crosstalk in both the low and high frequency ranges. It is also suitable for use in power supplies, data transmission systems, and control systems. In addition, this common mode choke is often used as a line filter for power supplies and high-speed data transmission systems.

The RN218-1.7-02-6M8 has a low DCR value, which is typically lower than 1.0 ohm. This allows it to act as an efficient filter, reducing or eliminating undesired common-mode noise that can be generated by power supplies or other sources. The filter also provides excellent current suppression according to its impedance at low frequencies. In some applications, such as in communication and data transmission systems, the common mode choke is used for EMC attenuation.

The basic working principle of the RN218-1.7-02-6M8 is based on the electromagnetic induction principle. This choke works by maximizing the difference between the currents flowing in the opposite direction on the signal line, reducing the common-mode current. The coil design of the choke allows the two signals to pass through simultaneously, but the opposite signals will be opposed and the common-mode current will be greatly reduced. This is achieved by eliminating or reducing the magnetic field that is produced by the common-mode current.

The RN218-1.7-02-6M8 is an effective and efficient common mode choke that is suitable for use in a variety of applications. Its low profile and small size make it easy to integrate into existing systems with minimal space requirements. Its excellent filtering capabilities make it ideal for reducing EMI radiation, crosstalk, and other kinds of interference. Additionally, its high impedance at low frequencies provides excellent current suppression.

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