FN2410-100-34

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Power Line Filter Modules are an important part of the power system. The FN2410-100-34 is a Power Line Filter Module specifically designed for power system applications. This paper will discuss the applications and working principle of this module.

Applications of the FN2410-100-34

The FN2410-100-34 module is designed for use in power systems. It can be used for a wide range of applications such as reducing noise and EMI on power signals. It can also be used to improve power system reliability by reducing surge voltages and current inrush peaks. It is also designed to reduce power losses due to harmonic distortion and its subsequent heating effect. The FN2410-100-34 is a cost-effective solution for many power system applications.

Working Principle

The FN2410-100-34 incorporates a three-phase filter design. Each of the three-phase filter components includes a capacitor, inductor and a resistor (CIR). The inductor, also referred to as a choke, operates in conjunction with the capacitor to form a high-pass filter. The resistor is used to reduce the filter’s overall impedance. The combination of the CIR components reduces EMI and other undesired high frequency noise. The module also incorporates a snubber circuit to reduce voltage peaks and further improve EMI performance. The FN2410-100-34 operates within the voltage range of 24V to 240V and the current range of 10A to 500A.

Conclusion

The FN2410-100-34 Power Line Filter Module is an effective and reliable module designed for use in power systems applications. It incorporates a three-phase filter design including capacitive, inductive and resistive components to reduce EMI and other high frequency noise. The incorporation of a snubber circuit further reduces voltage peaks and thereby improves EMI performance. The FN2410-100-34 operates within a broad voltage range of between 24V to 240V and a wide current range of 10A to 500A.

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