Product Series: 23739

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23739

EMI Filter Mil-Std 461C CE03, CS01

Features

  • Fully hermetic package
  • Low loss design for maximum efficiency and low power dissipation.
  • For MIL-STD-704 applications

Specifications

  • Input: 270 VDC to VDC
  • Input Range: 0 VDC to 335 VDC
  • Absolute Maximum Input Voltage: 500 VDC to VDC
  • Transient Survival Voltage: 400 VDC to VDC
  • Rated Current: 5 A to A
  • Rated Power Dissipation (Pd): 15 W to W
  • Typical Attenuation (dB at 200kHz): 50 dB to dB @ 200 kHz
  • Storage Temp: -55 °C to 150 °C
  • Shock: 50 G's to G's
  • Acceleration: 500 G's to G's
  • Vibration: 30 G's to G's
  • Weight: 110 gms typical to gms typical

Environment

    • Grade EU:
      • Full Output Power at Tcase = 85°C
      • Minimum Output Power at Tcase = -55°C
        • Linearly derates to zero at Tcase = 115

      • TID up to kRad(Si)
      • No SEE up to 60MeV*cm2/mg

    • Grade LE:
      • Full Output Power at Tcase = 125°C
      • Minimum Output Power at Tcase = -55°C
        • Linearly derates to zero at Tcase = 135

      • TID up to 45kRad(Si)
      • No SEE up to 60MeV*cm2/mg

    • Grade SE:
      • Full Output Power at Tcase = 125°C
      • Minimum Output Power at Tcase = -55°C
        • Linearly derates to zero at Tcase = 135

      • TID up to 100kRad(Si)
      • No SEE up to 60MeV*cm2/mg

Additional Notes

 

MDI model 53738 and 23739 hermetic power line EMI filters allow DC-DC converters without internal filters to meet the latest MIL-STD-461C, CE03 and CS01 and MIL-STD D-G CE102. CS101 test method requirements.

In applications where low reflected noise currents are needed to meet MIL-STD 461, power line filtering provides attenuation to reduce common mode (line to ground) and differential mode (line to line) currents. MDI’s 53738 & 23739 provide such filtration in both modes to provide compliance whether measured in dBuA or dBuV test modes.

The resulting lower insertions loss design achieves the necessary attenuation for CE03 or CE102 compliance while minimizing the possibility of excessive input filter impedance mismatch mat might otherwise result in DC-DC converter loop instability.

The filter are rated as completely compatible with all normal, abnormal, emergency, over/under voltage and transient conditions listed in MDL-STD704A-F. A single filter can serve several DC-DC converters up to the rated maximums and two or more filters may be used in parallel to serve multiple DC-DC converters sharing the same input bus.