RN212-1.5-02-3M3

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Common Mode Chokes (CMC) are a type of electronic component which is designed to filter out unwanted electromagnetic interference (EMI). The RN212-1.5-02-3M3 is a CMC from the Laird range of products specifically developed for applications such as motor drives, automation and controllers, industrial systems and more. The part has a rated current of 2.2A and a dielectric strength of up to 1500V AC. It also has an impedance of 3mH.

Common mode chokes consist of two or more inductive windings which are connected in series and wound on the same core. This arrangement results in a high mutual inductance between the windings, which then creates a high impedance across the common mode of the circuit, thus rejecting common mode noise from entering the system.

The RN212-1.5-02-3M3 CMC is designed to reduce high frequency noise and help ensure a smooth system operation in a variety of applications. With its high inductance, it is ideal for power line filtering and can provide a low resistance path for current, while providing a high impedance to high frequency noise. It can also provide protection against voltage transients, which can cause system instabilities and voltage drops.

The RN212-1.5-02-3M3 is a very robust and reliable product, making it suitable for use in industrial and commercial applications. It has a wide temperature range of -40°C to 105°C and can withstand up to 1500V AC. In addition, its high permeability core offers increased safety, reducing the risk of fire or electric shock. Furthermore, its excellent thermal conductivity ensures that the working temperature is kept at an optimal level.

In summary, the Laird RN212-1.5-02-3M3 CMC is a highly efficient and reliable filtering device, ideal for use in a variety of industrial and commercial applications. It is capable of rejecting high frequency noise, providing protection against voltage transients and ensuring a smooth system operation. With its high inductance, robust design and wide temperature range, the RN212-1.5-02-3M3 is an excellent choice for power line filtering and system stability.

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