220V 16A EMI Filter RF Shielding Power Line Noise

EMI Power Line Filter
January 27, 2026
Category Connection: EMI Power Line Filter
Brief: Our team walks you through how the 1P 50/60 Hz 16A 220V RFI AC EMI Power Line Filter performs in common scenarios. This video demonstrates its design for RF shielding rooms, showcasing how it effectively reduces high-frequency electronic noise to prevent interference with other devices, in line with regulatory standards.
Related Product Features:
  • Operates at 220VAC, 50/60 Hz, and 16A for reliable power line filtering.
  • Provides high shielding effectiveness, from 60dB at 10KHz to 80dB at 40GHz.
  • Features low voltage drop of less than 1V and harmonic distortion under 2% at full load.
  • Designed with robust dielectric strength, 1000VDC line-to-line and line-to-case.
  • Includes low leakage current, ≤0.2A at 380/230VAC and 50Hz for safety.
  • Built to withstand overloads, handling 140% of rated current for 15 minutes.
  • Complies with MIL-STD standards for terminal strength and insulation resistance.
  • Suitable for various applications, including RF shielding rooms and EMI-sensitive equipment.
FAQs:
  • What is the primary function of this EMI power line filter?
    It reduces high-frequency electronic noise to prevent interference with other devices, ensuring compliance with regulatory standards for electromagnetic emissions.
  • What are the key performance specifications for this filter?
    Key specs include a voltage drop under 1V, overload capacity of 140% rated current for 15 minutes, harmonic distortion less than 2%, leakage current ≤0.2A, and dielectric withstanding voltage of 1000VDC.
  • How does the shielding effectiveness vary across frequencies?
    Shielding effectiveness is ≥60dB at 10KHz, ≥100dB from 1MHz to 18GHz, and ≥80dB from 18GHz to 40GHz, providing robust noise suppression across a wide range.
  • What standards does this filter comply with?
    It meets MIL-STD-202 for terminal strength and insulation resistance, and MIL-F-15733 for temperature rise, ensuring reliability in demanding environments.