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DO-160 Section 20

OTHER PRODUCTS IN THE SAME STANDARD:

Absolute EMC offers an assortment of injection test kits for the use of conducted immunity. The kits can be used with many available conducted immunity systems, including the Schlöder CDG 7000, to make selection and setup easy. All calibration fixtures, injection clamps, attenuators, and termination resistors necessary for meeting the requirements of conducted immunity systems. All all-in-one systems are covered. 

The Schwarzbeck line of biconical antennas is ideally suited for EMC testing. The interchangeable design can be paired easily with different elements for different applications. The kits offered here make the selection process simple and straight forward. Testing < 150 MHz and at 1 or 3 meters in the near field of each antenna becomes difficult to predict, especially in small chambers. 

The use of these kits gives many antenna options in a single solution. With the alternative element options, the possibility of finding a better match to your chamber and requirements increases.  

  • Measurement of interference voltage in vehicles, aircraft, and ships
  • 10 kHz - 400 MHz
  • 1500VDC / 650VAC up to 400Hz
  • Max current 200A, (280A limited time)
  • Impedance of each path: 5 µH || 50 Ω ±20 %

  • Measurement of interference voltage in vehicles, aircraft, and ships
  • (1)10 kHz - 400 MHz
  • 600VDC / 530VAC up to 400 Hz, 270VAC up to 890 Hz
  • Max current 70A, (100A limited time)
  • Impedance of each path: 5 µH || 50 Ω ±20 %

Absolute EMC with strategic partners is offing Antenna Arrays for meeting the high demanding levels required by DO-160 CAT L and MIL-STD-464. Testing for HiRF High Intens Radio Fields up to and exceeding 7200 V/m with commercially available TWT Pulsed or Solid-state amplifiers. Antennas can also be used for HERO testing of MIL-STD-464 System-level requirements. 

  • 1-2 GHz Gain @ 1m, 22.7 - 23.5 dBi Min
  • 2-4 GHz Gain @ 1m, 24 dBi
  • 4-6 GHz Gain @ 1m, 26 dBi

Absolute EMC with strategic partners is offing Antenna Arrays for meeting the high demanding levels required by DO-160 CAT K and MIL-STD-464. Testing for HiRF High Intens Radio Fields up to and exceeding 5000 V/m with commercially available TWT Pulsed or Solid-state amplifiers. Antennas can also be used for HERO testing of MIL-STD-464 System-level requirements. 

  • 400 - 1000 MHz Gain @ 1m, 11.6-15.8 dBi
  • 1 - 1.6 GHz Gain @ 1m, 18.9 - 20.6 dBi
  • 1.5 - 2.6 GHz Gain @ 1m, 20.3 - 22 dBi

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