CM6560-156

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CM6560-156 (Common Mode Chokes) is a wideband transformer core with a high permeability and a low resistance, making it a highly efficient solution for common-mode noise cancellation. It is designed for applications where is a high level of common-mode noise, which is generally caused by differential signals passing through cables connecting two coaxial lines. The CM6560-156 works by blocking the noise generated by the noise voltage itself, while allowing the desired signal to pass through.

The CM6560-156 has a wide range of application fields, ranging from wireless, telecommunications, automotive, computer, and medical industries. In wireless applications, it is used to reduce common-mode noise and improve the overall performance of wireless systems, such as Wi-Fi, Bluetooth, and cellular. In automotive applications, the choke is used to reduce engine noise in powertrain systems. In computer applications, it is used for noise reduction in power lines, including power supplies and power amplifiers. In medical applications, it is used to reduce common-mode noise in medical imaging equipment, such as MRI and CT scanners.

The working principle behind the CM6560-156 is based on a magnetic field that is generated by the addition of two linear resistors in the opposite direction. The resistors are connected to the two circuits and act as an impedance matching device. The differential noise voltage generated between the two circuits causes a magnetic field to be created. This magnetic field induces a small current in the primary of the transformer and the resultant current is attenuated by the winding resistances, thus blocking the desired signal and allowing the noise to pass. This reduces the overall noise level and prevents signal degradation.

The CM6560-156 is designed to be used in a wide variety of applications and its performance is highly dependent on its design. The core of the transformer is designed to reduce the core losses while ensuring that the transformer can provide the desired amount of current. The wire is wound around the core in a specific arrangement and the number of turns and the inductance are carefully chosen to provide the desired level of attenuation.

In summary, the CM6560-156 is a wideband transformer core with a high permeability and a low resistance, making it a highly efficient solution for common-mode noise cancellation. It has a wide range of application fields and its working principle is based on a magnetic field that is generated by the addition of two linear resistors in the opposite direction. The wire is wound around the core and the number of turns and the inductance are carefully chosen to provide the desired level of attenuation.

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