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EMC Horn Antennas

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These Octave range EMC horn antennas offer an unrivalled facility for EMI/RFI testing, evaluation and electronic surveillance. The band of 0.5 GHz to 18 GHz can be covered with only 2 to 4 EMC antennas.

Click here to go to our High Power / HiRF EMC Test Systems page

 

EMC Horn Features

  • our EMC Horns are suitable for producing ultra high field strengths in the near field to meet with ever increasing field strength requirements
  • wideband EMC horns ideally suited to emission testing, enabling a whole multi-octave frequency sweep to be covered with a single antenna.
  • high gain horns for immunity testing, offering low sidelobes and trustworthy performance
  • frequency band from 100MHz to 40GHz and beyond possible

 

Shown below are just some of our standard EMC horn antenna designs

 

 

0.5 to 2 GHz Wideband EMC Horn Antenna

Model Number: WBH0.5-2N

0.5-2GHz Horn

Frequency
0.5 - 2 GHz
Nominal Gain 8 - 13.5 dBi
Antenna Factor
16.2 - 22.8 dB/m
3dB Beamwidth
70° - 25°
Connector type N-type recommended
Typical VSWR < 1.8:1 over 95% band;   <3:1 @ 0.5GHz
Power Handling 250 W c.w
Dimensions 404 mm x 404 mm external aperture x 570 mm long
Weight 9.2 kg
Mounting
Mounting spigot on 2 sides at centre of gravity.
Both tapped M10 x 16 deep

 

1 - 8 GHz Wideband EMC Horn Antenna (High Power)

Model Number: WBH1-8B10HP

1-8 high power horn

Frequency
1 - 8 GHz
Nominal Gain 5.5 - 16.8 dBi
Antenna Factor
24.7 - 31.5 dB/m
3dB Beamwidth
80° - 16.4°
Connector type 7/8" IEC female
Typical VSWR < 1.7 :1
Power Handling 1.5 kW c.w 
Dimensions 185 mm x 182 mm external aperture x 325 mm long
Weight 1.7 kg
Mounting
via 7/8" connector flange

 

 

 

 

 

 

 

 

 

 

Click HERE to see more about our 1-8 GHz Wideband Horn Antenna

 

2 to 8 GHz Wideband EMC Horn Antenna

Model Number: WBH2-8#14

2-8 GHz EMC atenna

Frequency
2 - 8 GHz
Nominal Gain 11.5 - 15 dBi
Antenna Factor
24.8 - 33.3 dB/m
3dB Beamwidth
45° - 35°
Connector type 7/16, C type, N-type
Typical VSWR < 1.8:1
Power Handling 800 W c.w (7/16 connector)
Dimensions 215 mm x 215 mm ext. aperture 330 mm long
Weight 2.16 kg
Mounting
Rear mounting plate, 4 holes diameter 5.2 mm on 50 mm centres

 

 

2 to 4 GHz WRD200 Wideband EMC Horn Antenna

Model Number: WBH2-4C17

2-4 GHz EMC atenna

Frequency
2 - 4 GHz
Nominal Gain 16.4 to 18.1 dBi
Antenna Factor
19.9 - 24.2 dB/m
3dB Beamwidth
25° - 15°
Connector type WRD200 Flange or Transition to SC type precision jack
Typical VSWR < 1.6 : 1
Power Handling 10 kW peak, 750 W mean
Dimensions 555 mm x 426 mm x 986 mm long (1151 mm with transition)
Weight 14 kg + 1.76 kg transition = 15.76 kg
Mounting
2 mounting plates with 4 x 10 mm diameter holes, 40 mm centres

 

 

4 to 8 GHz WRD350 Wideband EMC Horn Antenna

Model Number: WBH4-8F20

4-8 GHz EMC atenna

Frequency
4 - 8 GHz
Nominal Gain 18.4 to 20.9 dBi
Antenna Factor 23.9 - 27.4 dB/m
3dB Beamwidth
17° - 11°
Connector type WRD350 Flange, transitions available
Typical VSWR < 1.3:1 (no transition)
Power Handling 2 kW c.w, 20 kW peak
Dimensions 367 mm x 285 mm x 890 mm long
Weight 7.6 kg
Mounting
2 mounting plates with 4 x 10 mm diameter holes, 40 mm centres

 

 

8 to 18 GHz WRD750 Wideband EMC Horn Antenna

Model Number: WBH8-18F20

8-18 GHz EMC antenna

Frequency
8 - 18 GHz
Nominal Gain 20.2 to 21.4 dBi
Antenna Factor 28.1 - 33.9 dB/m
3dB Beamwidth
15° - 20°
Connector type WRD750 flange, transitions available
Typical VSWR < 1.2: 1
Power Handling 2 kW c.w. 20 kW peak
Dimensions 183 mm x 143 mm, 420 mm long
Weight 3.44 kg
Mounting
Mount posts on two sides each tapped 1/4'' UNC, 15 mm deep

 

 

These are just some of the EMC Horn models that we produce. We are happy to discuss any specific frequency band, field strength, gain requirements or beamwidths.   Please contact us with your specific requirements.

 

Dimensions

Horn Dimensions
All dimensions are nominal and measured in mm. Many other standard wideband horns are available, or we can design a horn to your specification. Please include required gain/beamwidth, frequency range, size etc with your enquiry.

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