MCZ1210CH240L2T

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Common Mode Chokes (CMC) are used to reduce or eliminate electromagnetic interference from voltage lines such as AC mains, signals, power lines and USB cables. MCZ1210CH240L2T is one example of a popular CMC module, which can be used to reduce or eliminate electrical interference on voltage lines and signal cables.

The MCZ1210CH240L2T is used in applications such as audio and video equipment, communications, automotive electronics, consumer electronics and instrumentation equipment. In particular, it is suitable for high-speed, low-noise, high-precision applications where interference needs to be eliminated. It is also suitable for use in areas where EMI reduction is required.

The MCZ1210CH240L2T is composed of a dielectric housing of thermally conductive silicone rubber, two high-quality laminated steel cores, a metallic shield covering the whole module, plus two windings with different turns. The two cores are made of layers of high-quality ferrite material and are wound over a polarized magnetically conductive material. The two cores are then covered by a special film which serves as an insulation between the core and the metallic shield. The windings are made of high-grade enameled copper wire and they are held in place by a special patented mechanism.

The working principle of the MCZ1210CH240L2T is to reduce or eliminate common mode noise and interference on signal, power, and data transmission lines. The CMC works by blocking the interference from the voltages on the line, while allowing signals and power to pass through unaffected. The interference is then conducted to an artificial ground which is connected to the signal and power lines. This artificial ground is then connected to the CMC’s two cores, which act as an absorption inductor and block the interference.

The MCZ1210CH240L2T can be used in a variety of applications including automotive, audio and video equipment, communications, instrumentation, laptops, LED lighting, medical applications, network switches, and wireless communication. It can be used to reduce or eliminate electrical interference on voltage lines and signal cables in applications where EMI reduction is required.

The MCZ1210CH240L2T has low leakage inductance, high insulation resistance and excellent thermal endurance, making it ideal for use in high-speed, low-noise, high-precision applications where interference needs to be eliminated. It is also suitable for applications where EMI reduction is required.

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