B84112B0000B030

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Power Line Filter Modules are a critical component for industrial users as they help to reduce noise and disturbance in an electronic system. The B84112B0000B030 is one such power line filter module that is used to filter EMC emissions and reduce RFI emissions on AC power lines.

The filter module works by blocking or attenuating electromagnetic interference (EMI) signals coming from other electronic equipment either in the same facility or from outside. This it does by providing a low impedance path to ground. The filter module also helps to reduce interference between the two power lines, also known as differential-mode noise.

The filter is a self-regulating type with an internal gain that allows it to adjust for changes in signal strength. The filter module is housed in a rounded, black plastic case with a 5.08 mm diameter mounting hole that allows for easy installation. The filter has two terminals, one for input and one for output, and is rated at 24 A, 250 V and 50 Hz.

In terms of application, the filter module is suitable for a wide range of applications, including: motor control, welding machines, CNC machines, power supplies, power equipment, and many other industrial equipment. The filter module is designed to reduce the risk of EMC and RFI emissions from interfering with the operation of the unit.

In terms of operation, the filter module works in two stages. In the first stage, the filter module passes the input signal through a low noise capacitor, with an inductor in series. This is used to attenuate the high frequency interfering signals. In the second stage, the filter module admittances a load into the output line to provide additional attenuation and filtering.

The B84112B0000B030 power line filter module is an efficient and reliable product designed to provide protection from EMC and RFI emissions. It is well-suited for a variety of industrial applications, and provides both attenuation and filtering of interfering signals. The filter module is easy to install and its design ensures minimal interruption to the functioning of the equipment. Its ability to reduce noise and disturbance makes it an ideal choice for any industrial application.

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