B84113H0000G125

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The B84113H0000G125 is a power line filter module, designed for switching power supply and applications involving UPS systems, variable speed drives and similar equipment. It is a two-stage filter with two capacitors and two RC networks to create waveform shaping and decoupling.

The purpose of the B84113H0000G125 is to minimize the effects of conducted EMI emitted by the equipment it is designed for. It does this by creating a low-pass filter designed to attenuate all frequencies above the specified frequency of the filter. This reduces the effects of EMI on other devices in the area, and also minimizes any potential interference between the equipment and other electronic items.

The first stage of the filter contains two capacitors connected to the line (mains) supply and a RC network to form a low-pass filter. This stage provides the majority of the attenuation and is intended to reduce the high frequencies that cause interference. The second stage is an RC network, connected in series, designed to reduce the remaining lower frequencies that are still present in the waveform.

The B84113H0000G125 also provide isolation between the input and output lines, allowing a third party (such as a user of the equipment) to safely touch the output line without fear of electric shock. In this way it helps protect both the user and the equipment from any potential hazards.

The B84113H0000G125 can be used in a variety of applications, most commonly in switching power supplies, UPS systems, variable speed drives and a variety of other electronic items. It works by attenuating the high frequencies that can cause interference and reducing the lower frequencies present to a safe level. This ensures that the equipment will operate as designed, and prevents potential interference and damage.

In conclusion, the B84113H0000G125 is an important piece of power line filtering, designed to protect both the user and equipment from the potential effects of conducted EMI. It does this by attenuating all frequencies above the specified frequency of the filter, as well as providing isolation between the input and output lines. This ensures that the equipment operates as designed, and minimizes any potential interference and damage.

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