CMT-8106

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Common Mode Chokes are used to reduce the amount of noise and interference radiated by electrical and electronic devices. The CMT-8106 is a common mode choke specifically designed for applications where noise suppression for high frequencies is required. This product is an ideal solution for Ethernet, IEEE 1394, USB, CAN, I2C, and other applications.

The CMT-8106 is a combination of several layers of windings, with the core material forming a central conductor surrounded by series-connected windings. This allows the motor\'s current to be curtailed, thus reducing noise. The series-connected windings also act as a high-frequency noise filter, allowing only the desired frequencies to pass through to the device. This gives the CMT-8106 a maximum insertion loss of dB at 1 MHz, and a minimum insertion loss of 45 dB at 20 MHz.

The CMT-8106 has a robust construction, allowing it to withstand high operating frequencies and continual operation. The windings are also designed to handle high current, with currents up to 10 A being regularly handled without any difficulty. Additionally, the CMT-8106 utilizes a standard 50 ohm connector, making it compatible with almost all other common mode chokes.

The CMT-8106\'s working principle is simple yet effective. Specifically, when the electric current passes through the series of windings, they generate an electromagnetic field. This field creates a magnetic field which is forced away from the center of the core, allowing the electric current to pass relatively uncontested. This creates a magnetic flux which is then used to suppress any unwanted noise which could interfere with the operation of the device.

In summary, the CMT-8106 is an effective noise-suppressing device, capable of handling a wide range of applications. With its robust construction and easy to use connector, the CMT-8106 is perfect for reducing interference in any application with a high frequency requirement. Additionally, its simple working principle and low insertion loss make it an ideal choice for noise suppression.

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