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Horn Antenna Sectoral

Waveguide Horn Antennas - Sectoral Horn Antenna

Sectoral Waveguide Horn Antennas

Narda-MITEQ manufactures a wide array of microwave sectoral horn antenna in both E and H plane configurations for rectangular waveguide.  

In certain instances the use of the sectoral horn antenna is an effective method of achieving broadband ’broadcast’ type coverage required in base station transmission systems.  Other uses include narrow field identification required in traffic control systems.

Both E plane sectoral horn antenna and H plane sectoral horn antenna configurations are usable for either vertical or horizontally polarized applications and provide the maximum beam width in the un-flared dimension.

Units we offer are true sectoral horn antenna parallel side designs.  Only one waveguide dimension is flared with the other sides of the sectoral horn antenna remaining parallel.  This makes for the large fan type coverage in the un-flared plane and a considerably narrower beam in the other plane.

Please call us with your specifications to discuss your sectoral horn antenna requirements with one of our RF design engineers.

Waveguide Horn Antenna:
High Gain Horn Antenna
Standard Gain Horn Antenna
Wide Band Horn Antenna

Coaxial Input Horn Antenna:
High Gain Coaxial Input Horn Antenna
Standard Gain Coaxial Input Horn Antenna

H Plane Sectoral Horn Antenna
H Plane Sectoral Horn Antenna
E Plane Sectoral Horn Antenna
E Plane Sectoral Horn Antenna

Sectoral Horn Antenna

Standard Features:
• Input is waveguide flange. Multiple types available. See Narda-MITEQ Flanges for detail.
• Material:  Aluminum
• Finish: Unique corrosion resistant 316 stainless steel epoxy coating IAW MIL-F-14072 (above WR22)

Optional Features:
• Calibration data - see a Typical Calibration Report
• Radome covers
• Alternative coaxial mating Right-Angle Adapter or Endlaunch Adapter
• Coax Input Horns - Horns With Integrated SMA or Type-N Coax Inputs
• Tripod mounting
• Mounting Bracket Options: See Horn Mounting Applications
• View an example of a Typical Mounting Option
• Custom Mounts available - View a Custom Pole-Mount Application.
Sectoral Horn Antennas - Typical Gain Patterns
Sectoral Horn Antennas - Typical Gain Patterns

The above data plots represent typical gain data for WR187 sectoral horn antennas.  Gain shown is a computer simulation taken at the mid band frequency, 5.0 GHz

 

 E Plane Sectoral Horn Antenna
WG Size Frequency
(GHz)		 Model
No.*		 Gain
(dB)

3dB Beam
Width***

E-Plane Sectoral Horn Antenna

 Typical
Data		 Outline
E
Plane		 H
Plane		 Size (In)**
A B C**
WR430 1.70 - 2.60 430-444E-2 14.5 15.50 77.20 19.29 4.30 28.00    
WR284 2.60 - 3.95 284-444E-6 14.5 15.50 76.80 12.42 2.84 21.70    
WR187 3.95 - 5.85 187-444E-6 14.5 15.50 76.40 7.88 1.87 19.00    
WR159 4.90 - 7.05 159-444E-2 14.5 15.50 76.80 6.77 1.59 15.40    
WR137 5.85 - 8.20 137-444E-2 14.5 15.10 75.00 5.79 1.37 15.20    
WR112 7.05 - 10.0 112-444E-6 14.5 16.00 78.90 4.77 1.12 12.08    
WR90 8.20 - 12.4 90-444E-6 14.5 15.50 77.00 3.82 0.90 10.67    
WR75 10.0 - 15.0 75-444E-6 14.5 15.40 76.40 3.19 0.75 8.10    
WR62 12.4 - 18.0 62-444E-6 14.5 15.50 76.60 2.38 0.62 6.71    
WR51 15.0 - 22.0 51-444E-6 14.5 15.50 76.70 2.19 0.51 5.12    
WR42 18.0 - 26.5 42-444E-6 14.5 15.50 76.80 1.80 0.42 4.46    
WR28 26.5 - 40.0 28-444E-6 14.5 15.50 76.80 1.18 0.28 3.38    

Ordering Information
E-Plane Sectoral Horn Antenna

 WR -Mod -F /Opt
Example part number:  90 -444E -6 /CAL
Waveguide Size: (WR)
WR28 thru WR975 available		      
Basic Model No.: (-Mod)    
Flange 1 (-F1): 1=CPRG, 2=CPRF, 6=Cover, 7=Choke
See Narda-MITEQ Standard Flange page for more info.		  
Optional Features (/Opt): ****
/CAL = Calibration Report
/RD = Radome Cover
/BR = Bracket For Mounting		  

* The Standard Model Numbers above are the most common parts ordered for size, material and flange. However, these models can easily be altered to accommodate your needs by using the Model # code system to the left.

Above models are not supplied with calibration data.  Select /CAL option to receive actual Gain vs. Frequency taken in the far field.  Click this link for a sample of data: "Calibration Data Sample"

** Overall length can vary depending on flange type.

*** Gain and 3dB Beam width values have been calculated by computer simulation.

**** More than one option per Horn is possible. For example: 90-444E-6/CAL/RD/BR would contain all of the described options

 

 H Plane Sectoral Horn Antenna
WG Size Frequency
(GHz)		 Model
No.*		 Gain
(dB)		 3dB Beam
Width***

H-Plane Sectoral Horn Antenna

 Typical
Data		 Outline
Size (In)**
E
Plane		 H
Plane		 A B C**
WR430 1.70 - 2.60 430-444H-2 11.5 99.40 16.50 2.150 28.74 34.50    
WR284 2.60 - 3.95 284-444H-6 11.5 101.80 15.60 1.340 19.29 25.00    
WR187 3.95 - 5.85 187-444H-6 11.5 102.20 15.50 0.872 11.81 18.45    
WR159 4.90 - 7.05 159-444H-2 11.5 99.10 16.00 0.795 9.84 15.06    
WR137 5.85 - 8.20 137-444H-2 11.5 103.70 13.60 0.622 8.66 14.04    
WR112 7.05 - 10.0 112-444H-6 11.5 104.70 15.30 0.497 7.09 12.09    
WR90 8.20 - 12.4 90-444H-6 11.5 104.70 15.40 0.400 5.51 10.40  Data .pdf
WR75 10.0 - 15.0 75-444H-6 11.5 99.10 15.30 0.375 5.70 8.67  Data  
WR62 12.4 - 18.0 62-444H-6 11.5 98.90 15.50 0.311 4.21 6.87   .pdf
WR51 15.0 - 22.0 51-444H-6 11.5 99.10 15.50 0.255 3.46 7.44    
WR42 18.0 - 26.5 42-444H-6 11.5 108.50 15.00 0.170 2.76 5.94    
WR28 26.5 - 40.0 28-444H-6 11.5 99.00 16.80 0.140 1.75 5.50    

Ordering Information
H-Plane Sectoral Horn Antenna

 WR -Mod -F /Opt
Example part number:  90 -444H -6 /CAL
Waveguide Size: (WR)
WR28 thru WR975 available		      
Basic Model No.: (-Mod)    
Flange 1 (-F1): 1=CPRG, 2=CPRF, 6=Cover, 7=Choke
See Narda-MITEQ Standard Flange page for more info.		  
Optional Features (/Opt): ****
/CAL = Calibration Report
/RD = Radome Cover
/BR = Bracket For Mounting		  

* The Standard Model Numbers above are the most common parts ordered for size, material and flange. However, these models can easily be altered to accommodate your needs by using the Model # code system to the left.

Above models are not supplied with calibration data.  Select /CAL option to receive actual Gain vs. Frequency taken in the far field.  Click this link for a sample of data: "Calibration Data Sample"

** Overall length can vary depending on flange type.

*** Gain and 3dB Beam width values have been calculated by computer simulation.

**** More than one option per Horn is possible. For example:
90-444H-6/CAL/RD/BR would contain all of the described options