PLY17BN5620R8A2B

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Common Mode Chokes (CMC) are a type of electrical component that utilizes a coil to create a magnetic field around the chokes’ active area, which filters out unwanted signals. PLY17BN5620R8A2B is a CMC specially designed for the purpose of filtering out common mode noise in a variety of different applications.

The PLY17BN5620R8A2B is a shielded common mode choke with a rated impedance of 10 to 120 ohms, a rated current of 1.5A, and a rated voltage of 250V. These characteristics make the PLY17BN5620R8A2B suitable for a wide range of applications, including power supply units, battery chargers, motors, temperature controllers, and switches.

The PLY17BN5620R8A2B is composed of a ferrite core, a winding coil, and a ferrite core sleeve. The internal structures of the choke work together to reduce the amount of plain common mode noise in the system. The ferrite core is made up of different magnetic materials, which can provide a high magnetic permeability to draw the noise away from the active area. The windings on the core then gathers this noise and guides it to the ferrite core sleeve where it can be filtered out before entering the system.

The working principle of the PLY17BN5620R8A2B is relatively simple. Once the noise has been drawn away from the active area by the ferrite core, the windings create a magnetic field which guides it to the sleeve. The sleeve then filters out the noise before it enters the system. This ensures that only the desired signals are allowed to pass through to the system, resulting in a much quieter and more reliable system than one with plain common mode noise.

The PLY17BN5620R8A2B is an excellent choice for applications that require the efficient filtering out of plain common mode noise. Its compact size and simple design make it easy to install and integrate into existing systems. Its rated current, voltage, and impedance also make it compatible with a wide range of different systems, ensuring that it is an efficient and reliable solution for any application that requires successful noise filtering.

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