MGPWL-00292-P

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Common Mode Chokes are devices composed of a winding that blocks the flow of electrical current while allowing the transfer of some differential current between the two windings. MGPWL-00292-P is one type of Common Mode Chokes which can be widely applied in communication system, power line, computer system, factory automation, medical equipment, automotive electronics, etc. By isolating the different signals according to their frequency, the component can effectively reduce noise and ensure stable operation. Working principle of MGPWL-00292-P is to encase ferrite material inside two coils for inductive filtering and noise suppression on power line. The two coils share two common leads which are connected together to form a single winding, and the ferrite material works to create the inductance required for the outer windings. Core material of MGPWL-00292-P is ferrite which has high permeability, low cost, and no saturation fields. Thus, the choke is able to be used for higher voltages and currents. With an inductance of 150 μH, current handling of 16Amps, and max insulation resistance in excess of 5MΩ @500V, MGPWL-00292-P is suitable for applications involving power lines and industrial equipment.

MGPWL-00292-P is designed for noise suppression and inductive filtering to protect sensitive microsystems or lines from sudden power bumps. Since common mode chokes eliminate any significant segments of common mode signals from the lines, they are widely used in reducing EMI on power lines. Specifically, it is able to clamp the voltage waveform, which makes it an effective protector against surge and ESD. The characteristics of MGPWL-00292-P are designed for medium voltage AC application up to 320 volts. Also, the dual-line winding structure ensures that the emitted noise is effectively suppressed. Furthermore, the performance of common mode chokes also depend on the number of windings, the number of cores, and the type of cores. In MGPWL-00292-P, there is only one core so it is suitable for lower frequencies.

The synchronous construction of MGPWL-00292-P facilitates easy installation. In addition, the chassis mounting feature allows a tight fit for the winding making it suitable for automatic winding and soldering process. In conclusion, MGPWL-00292-P is an efficient common mode chokes due to its ESD and surge clamping performance, low cost, and high permeability. Its working principle is based on the inductive filtering and noise suppression of the ferrite core material embedded in the dual winding line structure, so that it can be used for a wide range of industrial applications.

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