B84263C23E13

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Power Line Filter Modules

Power Line Filter Modules are a type of device that is utilized when there is the potential for power line transients or EMI (electro-magnetic interference) contaminating or corrupting other signals. B84263C23E13 is an integrated power line filter that is specifically designed to eliminate high-frequency electrical noise interference. It provides a compact and effective solution for the mitigation of high-frequency interference from power lines.

Application Field

The power line filter module B84263C23E13 can be used in a variety of different situations to reduce the risk of powerline transients and EMI contamination of other signals. Examples of where this type of module would be used include industrial automation systems, robotics, medical equipment, and other applications where there is the potential for power line transients or EMI.

The power line filter module can be implemented in a variety of ways. It can be placed on-board an electronic device or integrated directly into a system as part of the power supply. It can also be used in combination with other types of shielding devices, such as Faraday cages or foil, to provide additional protection against unwanted disturbances.

Working Principle

The working principle of the B84263C23E13 power line filter module is based on the insertion of an additional filter element in the power line signal path. This filter element is designed to operate in the frequency range of 30kHz to 1MHz and has the following features: a low-frequency cutoff of 150 kHz, a high-frequency cutoff of 1MHz, a low pass filter response, and a gain control range of 0.5 to 1.5 dB. This filter element is designed to attenuate high-frequency signals in the power line up to a certain frequency, while allowing low-frequency signals to pass. In addition, the gain control range allows the module to be tuned to the specific requirements of the application.

The power line filter module includes a low-cutoff capacitor that serves two purposes: It will reduce high-frequency noise transients on the power line, and it will also reduce the amount of power consumed by the module. The module also includes a low-resonance electric resistance that helps to further reduce transients and limit power consumption. The electric resistance is designed to have a maximum resistance of 99Ω at 150kHz.

Once the power line filter is installed, the system can take advantage of the benefits it provides. By removing high-frequency interference, the system will be less susceptible to being disrupted or damaged by electrical signals. In addition, since the amount of power that the power line filter consumes is very low, it can be used even in battery-powered systems.

Conclusion

The B84263C23E13 power line filter module is a compact yet effective solution for the mitigation of high-frequency interference from power lines. Its low-frequency cutoff of 150kHz and high-frequency cutoff of 1MHz ensures that only low-frequency signals are allowed to pass, while high-frequency noise is attenuated. In addition, the module includes a low-resonance electric resistance that helps to limit power consumption and further reduce transients. This power line filter module can be used in a variety of applications where reducing the risk of powerline transients or EMI is desired.

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