CMT908-H3

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Common Mode Chokes (CMC) are widely used in various industries. The CMT908-H3 is one such device designed by Wuhan Electronics specifically for industrial electrical and electronic applications. This advanced device is designed to filter common mode noise and reduce interference levels in a single operation.

The CMT908-H3 common mode choke is designed to resist interference without generating noise or changing system performance. It is composed of ferrite core; winding is wound on ferrite core. By reducing the size of ferrite core (the core\'s product factor is “K” value ) and controlling the number of turns and frequency range, CMT908-H3 can filter out the common mode noise inductively.

The specific application field of CMT908-H3 is motor controls, machinery, traffic control devices, sockets and other high frequency electric & electronic equipment. It has various features such as wide frequency range, low DC resistance and good dynamic impedance. It also has good temperature ranges. With a working temperature between -10℃ to +130℃, the CMT908-H3 can provide stable operation and effective noise reduction in a wide range of environmental conditions.

The mechanism of CMT908-H3 is based on the principle of induction. It works by inducing a voltage signal in the winding element, which is then inductively coupled to the surrounding environment. This voltage signal effectively eliminates the common mode noise. The CMT908-H3 can also prevent excessive ground noise, and also protect against low level ground noise from changing system parameters, thus providing reliable interference protection.

The CMT908-H3 is an advanced common mode choke, designed for industrial electric and electronic applications. Its mechanisms is based on the principle of induction, and it offers wide frequency ranges, low DC resistance and good dynamic impedance. It is designed to resist interference without generating noise or changing system performance, and provides a reliable means of interference protection in a wide range of environmental conditions.

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