MGDU2-00007-P

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Common Mode Chokes (CMCs) are a type of choke specifically designed to protect against differential mode noise. It is well known that differential mode noise is extremely hard to filter out, and a CMC is one of the most effective ways to do so. One example of a CMC is MGDU2-00007-P.

MGDU2-00007-P is part of a larger range of Common Mode Chokes from Mitsubishi Materials Corporation. This CMC is designed for use in a wide range of applications such as automotive electrical and electronic systems, power supplies, motor control systems, and any other high noise frequency locations.

In general, CMCs are made up of two windings connected in series. The windings are wound on a metal core and the series connection is designed to reduce the amount of noise present. The windings are usually made of a mixture of copper and pottery material, however other variations can be used depending on the application.

MGDU2-00007-P also utilizes a ferrite material for its core, which helps to reduce the amount of noise present. It features an inductance of 15.5nH, with a DC resistance of 10.4mohm and a rated current of 13A. It has a universal frequency range of 20kHz to 1MHz and is capable of handling up to 500V.

In terms of its working principle, the MGDU2-00007-P CMC works like a high-pass filter. The two windings generate an electromagnetic field which passes through the ferrite core material, creating an electric field. The windings act to impede certain frequencies from passing through, allowing only those frequencies which are higher than the specified range, to pass through. This ensures that any noise which is present is effectively filtered out.

Another key feature of the MGDU2-00007-P is its thermal design. The device’s thermal conductivity is designed for high frequency applications, which ensure its thermal shock tolerance. The CMC also features an aluminum nickel bonding wire which helps improve the performance of the device.

The MGDU2-00007-P is an effective way to protect against differential mode noise. Its wide frequency range, high thermal shock tolerance, and high performance make it a great choice for a variety of applications. By using a CMC, like MGDU2-00007-P, it is possible to effectively reduce the amount of noise present, and thus improve the performance of any electronic system.

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