FMBD-B92A-1612

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Power Line Filter Modules are an important part of any electrical circuit and they offer several advantages when compared to other filtering solutions such as capacitors, inductors and ferrites. The FMBD-B92A-1612 is one such module that can be used in a variety of applications. This article will provide an overview of the FMBD-B92A-1612 and the various applications it is suitable for, as well as the working principle.

Applications of FMBD-B92A-1612

The FMBD-B92A-1612 Power Line Filter Module is a versatile component that can be used in various applications such as voltage spikes, surge suppressions, peak current handling, low-frequency AC power noise, and high-frequency RFI interference. It is suitable for use in industrial, commercial, and residential power circuits. It is an important component in AC circuits because it can effectively reduce the potential risks associated with harsh electrical conditions, such as overvoltages and transients. Additionally, the FMBD-B92A-1612 is effective in reducing electromagnetic interference (EMI) that can occur in power lines.

The FMBD-B92A-1612 is the perfect choice for commercial power solutions, as its small size allows it to fit in tight spaces. It is also designed for high-voltage applications up to 450 volts AC and can withstand temperatures from -40°C to 85°C. It is equipped with high quality terminal blocks and is equipped with multiple connectivity options, making installation easy and fast.

Working Principle of FMBD-B92A-1612

The FMBD-B92A-1612 Power Line Filter Module works on the principle of differential capacitance. It works by using two capacitors (C1 and C2) connected in series. C1 forms the low frequency section and C2 forms the high frequency section. The two capacitors are then connected in series to the input terminals of the filter and then to the output terminals. This means that unwanted noise on the line is filtered out while allowing the desired signal to pass through. The capacitors have an inherent self-resonant frequency that is used to provide sharp filtering at either side of the desired frequency. The cutoff frequencies of the FMBD-B92A-1612 are typically up to 400kHz, making it suitable for most high-frequency filtering applications.

The filter also has a built-in current limiting feature which helps to protect the circuit from over-current conditions. The current limiting feature works by limiting the throughput of current to a maximum level, thus preventing any potential damage to the circuit. The current limiting feature is adjustable in order to tailor the feature to specific applications.

The FMBD-B92A-1612 has a wide input voltage range from 48V to 450V which makes it suitable for a variety of power circuit applications. It is also designed for a wide temperature range from -40°C to 85°C, making it suitable for industrial as well as commercial applications.

Conclusion

The FMBD-B92A-1612 Power Line Filter Module is a versatile component that can be used in a variety of applications. It works on the principle of differential capacitance and can provide effective filtering up to a frequency of 400kHz. It is also effective in providing protection against over-voltage and transient conditions. Additionally, the FMBD-B92A-1612 is capable of handling high voltages with temperatures up to 85°C and is equipped with current limiting feature which can be used to tailor the filter to specific applications.

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