Horn Antenna Standard & High Gain / Coaxial SMA, Type-N Input

Standard / High Gain Horn Antenna - SMA & Type-N Inputs

Narda-MITEQ manufactures a high quality line of Standard Gain Horn Antenna, and High Gain Horn Antenna that are Linearly Polarized, lightweight and corrosion resistant.

Sometimes called Pyramidal Horn Antenna, microwave horns like Narda-MITEQ's horns are based on typical specifications for standard and high gain pyramidal horn antenna. The horn antenna models listed below are the most common gain values available, typically 10dB, 15dB, & 20dB gain horn antenna.

Other gain values and horn antenna sizes can be designed to your requirements. Please call us with your specifications to discuss your horn antenna requirements with one of our RF design engineers.

SMA or Type-N Coaxial Input Standard Gain & High Gain Horn Antenna
Standard Gain Horn Antennas With Coaxial Inputs - SMA or Type-N Standard Gain Horn Antenna	Special Narda-MITEQ Horn Antenna - With Coaxial Inputs Special Narda-MITEQ Horn Antenna	Horn Antenna With Radome Cover - With Coaxial Input Horn Antenna with Radome Cover	Tripod and Bracket Mounting Tripod and Bracket Mounting
Standard Horn Antenna Features: • Lightweight aluminum material • Narda-MITEQ microwave horns are Linearly Polarized • Low VSWR. • See example: Typical VSWR data for a 28-440-KF horn • Input SMA F, 2.9 F, and Type-N. Other types available, contact factory Optional Horn Antenna Features: • Calibration data - click for typical calibration report PDF • Radome covers - By adding a /RD to the basic part number Narda-MITEQ can supply all models with Radome protection. Depending on the aperture size of the horn antenna, Narda-MITEQ Radomes will either be a strong Teflon-fiberglass material mounted in a frame as shown in this photo or a very low dielectric material custom fitted and epoxied in place. Based on the material selected for the radome all designs have minimal impact on the horn antenna performance. Radome Applications Tables. • Tripod mounting • Mounting Bracket Options: click for Horn Mounting Application • To illustrate mounting orientation, view example Typical Mounting Option • Coax Input WG to Coax adapters are integrated for Coaxial Input. • Custom Mounts available - View custom pole-mount application	Narda-MITEQ MICROWAVE HORN ANTENNA GENERAL SPECIFICATIONS Electrical Gain: 10dB, 15dB, 20dB standard, others available, consult factory for details. Typical Gain Variation: +/- 1.5 to +/- 2.0dB RF Power: When Waveguide to Coax adapters are used the Max power rating of the Coax Connection becomes the limiting factor. SMA Model: 100 watts. Contact factory for higher power. Type-N Model: 300-500 watts. Contact factory for higher power. See Waveguide Adapters pages for power rating of suitable adapters. Mechanical Body: Aluminum Flanges: Per order, see Narda-MITEQ Standard Flanges for choices Finish: Some models Chem Film; others use unique corrosion resistant 316 stainless steel epoxy coating IAW MIL-F-14072 (above WR22) Applicable Mil-Specs General: Product Specific:

SMA or Type-N Coaxial Input Standard Gain & High Gain Horn Antenna

Standard Gain Horn Antenna

Special Narda-MITEQ Horn Antenna

Horn Antenna with Radome Cover

Tripod and Bracket Mounting

Standard Horn Antenna Features:

• Lightweight aluminum material
• Narda-MITEQ microwave horns are Linearly Polarized
• Low VSWR.
• See example: Typical VSWR data for a 28-440-KF horn
• Input SMA F, 2.9 F, and Type-N. Other types available, contact factory

Optional Horn Antenna Features:

• Calibration data - click for typical calibration report PDF
• Radome covers - By adding a /RD to the basic part number Narda-MITEQ can supply all models with Radome protection. Depending on the aperture size of the horn antenna, Narda-MITEQ Radomes will either be a strong Teflon-fiberglass material mounted in a frame as shown in this photo or a very low dielectric material custom fitted and epoxied in place. Based on the material selected for the radome all designs have minimal impact on the horn antenna performance. Radome Applications Tables.
• Tripod mounting
• Mounting Bracket Options: click for Horn Mounting Application
• To illustrate mounting orientation, view example Typical Mounting Option
• Coax Input WG to Coax adapters are integrated for Coaxial Input.
• Custom Mounts available - View custom pole-mount application

Narda-MITEQ MICROWAVE HORN ANTENNA
GENERAL SPECIFICATIONS

Electrical
Gain: 10dB, 15dB, 20dB standard, others available, consult factory for details.
Typical Gain Variation: +/- 1.5 to +/- 2.0dB
RF Power:
When Waveguide to Coax adapters are used the Max power rating of the Coax Connection becomes the limiting factor.
SMA Model: 100 watts. Contact factory for higher power.
Type-N Model: 300-500 watts. Contact factory for higher power.
See Waveguide Adapters pages for power rating of suitable adapters.
Mechanical
Body: Aluminum
Flanges: Per order, see Narda-MITEQ Standard Flanges for choices
Finish: Some models Chem Film; others use unique corrosion resistant 316 stainless steel epoxy coating
IAW MIL-F-14072 (above WR22)
Applicable Mil-Specs
General:
Product Specific:

Horn Antennas - Typical Gain Patterns

Standard Gain Horn Antenna With Coaxial Inputs - Standard Models
WG Size	Frequency (GHz)	Model No. SMA Female	Model No. Type-N Female	Gain (dB)	3dB Beam Width***		Est. Weight				Far Field (M) @ Low to High Freq.	Outline Drawing PDF	Typical Data PDF
					E-Plane	H-Plane		Size (In)**
					E-Plane	H-Plane		A	B	C**
WR975	0.75 - 1.12	N/A	975-441-NF	14	34°	39°		22.58	19.60	24.0	1.65 - 2.46		Data
WR650	1.12 - 1.70	650-440-SF	650-440-NF	10	65.1°	45.6°	5.0 lbs	12.14	6.07	15.98	0.71 - 1.08		Data
WR650	1.12 - 1.70	650-441-SF	650-441-NF	15	31.1°	29.0°	16 lbs	19.69	13.78	29.38	1.87 - 2.84		Data
WR510	1.45 - 2.20	510-440-SF	510-440-NF	10	52.4°	52.4°		8.07	6.00	13.00	0.4 - 0.62
WR510	1.45 - 2.20	510-441-SF	510-441-NF	15	30.8°	30.8°		14.15	10.68	26	1.25 - 1.90
WR430	1.70 - 2.60	430-440-SF	430-440-NF	10	64.8°	45.4°	2.3 lbs	8.00	4.00	10.50	0.47 - 0.72		Data
WR430	1.70 - 2.60	430-441-SF	430-441-NF	15	33.1°	32.0°	15.2 lbs	11.60	8.30	23.00	0.98 - 1.51		Data
WR430	1.70 - 2.60	430-442-SF	430-442-NF	20	17.3°	17.4°	26.5 lbs	22.0	16.0	40.5	3.54 - 5.42		Data
WR340	2.20 - 3.30	340-440-SF	340-440-NF	10	60.0°	49.3°		5.71	3.43	9.00	0.31 - 0.46
WR340	2.20 - 3.30	340-441-SF	340-441-NF	15	32.2°	30.8°	5.2 lbs	9.45	6.69	15.63	0.85 - 1.27		Data
WR340	2.20 - 3.30	340-442-SF	340-442-NF	20	18.5°	16.3°		18.79	11.81	35.0	3.34 - 5.01
WR284	2.60 - 3.95	284-440-SF	284-440-NF	10	50.8°	54.1°	1.0 lbs	4.33	3.46	7.50	0.21 - 0.32		Data
WR284	2.60 - 3.95	284-441-SF	284-441-NF	15	31.0°	30.6°	2.8 lbs	7.96	5.83	15.34	0.71 - 1.08		Data
WR284	2.60 - 3.95	284-442-SF	284-442-NF	20	17.2°	16.5°	8.5 lbs	15.57	10.67	29.75	2.71 - 4.12		Data
WR229	3.30 - 4.90	229-440-SF	229-440-NF	10	58.6°	51.9°		3.62	2.36	6.45	0.19 - 0.28
WR229	3.30 - 4.90	229-441-SF	229-441-NF	15	32.7°	32.4°	2.8 lbs	6.00	4.41	10.40	0.51 - 0.76		Data
WR229	3.30 - 4.90	229-442-SF	229-442-NF	20	17.1°	16.7°	5.0 lbs	12.25	8.60	23.50	2.13 - 3.16		Data
WR187	3.95 - 5.85	187-440-SF	187-440-NF	10	55.0°	54.1°		2.89	2.12	5.50	0.14 - 0.21		Data
WR187	3.95 - 5.85	187-441-SF	187-441-NF	15	33.8°	33.3°		4.88	3.57	9.40	0.40 - 0.60		Data
WR187	3.95 - 5.85	187-442-SF	187-442-NF	20	18.9°	19.2°	2.5 lbs	8.92	6.53	14.925	1.35 - 2.00		Data
WR159	4.90 - 7.05	159-440-SF	159-440-NF	10	59.8°	48.3°		2.68	1.58	4.28	0.15 - 0.22		Data
WR159	4.90 - 7.05	159-441-SF	159-441-NF	15	31.3°	30.8°	2.4 lbs	4.33	3.15	8.00	0.40 - 0.57		Data
WR159	4.90 - 7.05	159-442-SF	159-442-NF	20	14.3°	16.9°		9.80	7.64	11.73	2.03 - 2.91		Data
WR137	5.85 - 8.20	137-440-SF	137-440-NF	10	55.1°	54.2°		2.02	1.48	3.15	0.10 - 0.14
WR137	5.85 - 8.20	137-441-SF	137-441-NF	15	33.7°	33.2°		3.42	2.50	6.51	0.29 - 0.41		Data
WR137	5.85 - 8.20	137-442-SF	137-442-NF	20	18.7°	18.8°	1.5 lbs	6.26	4.57	12.19	0.99 - 1.38		Data
WR112	7.05 - 10.0	112-440-SF	112-440-NF	10	56.8°	55.2°		1.63	1.18	2.55	0.08 - 0.11
WR112	7.05 - 10.0	112-441-SF	112-441-NF	15	32.4°	32.0°		2.93	2.15	6.65	0.26 - 0.37		Data
WR112	7.05 - 10.0	112-442-SF	112-442-NF	20	19.3°	19.3°	0.75 lbs	4.97	3.64	10.78	0.75 - 1.06		Data
WR102	7.00 - 11.0	102-440-SF	102-440-NF	10	55.5°	54.1°		1.58	1.14	3.00	0.07 - 0.12
WR102	7.00 - 11.0	102-441-SF	102-441-NF	15	29.6°	29.3°		3.04	2.23	6.00	0.28 - 0.44
WR102	7.00 - 11.0	102-449-SF/17	102-449-NF/17	17	26.2°	25.3°		3.60	2.54	5.25	0.39 - 0.61
WR102	7.00 - 11.0	102-442-SF	102-442-NF	20	17.0°	16.7°		5.57	3.94	11.13	1.00 - 1.57
WR90	8.20 - 12.4	90-440-SF	90-440-NF	10	48.5°	47.4°		1.58	1.15	2.01	0.09 - 0.13		Data
WR90	8.20 - 12.4	90-441-SF	90-441-NF	15	29.3°	29.0°	0.25 lbs	2.66	1.95	5.46	0.25 - 0.38		Data
WR90	8.20 - 12.4	90-442-SF	90-442-NF	20	16.1°	16.5°	0.75 lbs	4.87	3.62	10.06	0.84 - 1.27		Data
WR75	10.0 - 15.0	75-440-SF	75-440-NF	10	50.2°	49.2°		1.26	0.92	1.94	0.07 - 0.10
WR75	10.0 - 15.0	75-441-SF	75-441-NF	15	35.4°	28.5°		2.25	1.33	4.69	0.22 - 0.33		Data
WR75	10.0 - 15.0	75-442-SF	75-442-NF	20	16.3°	17.2°	0.6 lbs	3.88	2.98	8.00	0.65 - 0.97		Data
WR62	12.4 - 18.0	62-440-SF	62-440-NF	10	55.3°	50.9°	0.5 lbs	1.00	0.68	1.00	0.05 - 0.08
WR62	12.4 - 18.0	62-441-SF	62-441-NF	15	30.1°	31.2°	0.15 lbs	1.69	1.30	2.46	0.15 - 0.22		Data
WR62	12.4 - 18.0	62-449-SF/17.5	62-449-NF/17.5	17.5	23.0°	24.5°		2.19	1.72	3.46	0.25 - 0.37
WR62	12.4 - 18.0	62-442-SF	62-442-NF	20	18.8°	18.9°	0.25 lbs	2.88	2.11	5.75	0.44 - 0.64		Data
WR51	15.0 - 22.0	51-440-SF	N/A	10	55.1°	54.2°		0.77	0.56	1.43	0.04 - 0.06		Data
WR51	15.0 - 22.0	51-441-SF	N/A	15	32.0°	31.8°		1.36	1.00	2.84	0.12 - 0.17
WR51	15.0 - 22.0	51-442-SF	N/A	20	16.9°	18.0°	0.35 lbs	2.51	1.93	4.88	0.41 - 0.51		Data
WR42	18.0 - 26.5	42-440-SF	N/A	10	58.0°	57.0°	0.1 lbs	0.60	0.44	1.25	0.03 - 0.04
WR42	18.0 - 26.5	42-441-SF	N/A	15	31.3°	31.5°		1.14	0.85	2.37	0.10 - 0.15		Data
WR42	18.0 - 26.5	42-449-SF/16	N/A	16	27.9°	27.9°		1.29	0.96	3.42	0.13 - 0.19
WR42	18.0 - 26.5	42-442-SF	N/A	20	17.5°	17.8°	0.13 lbs	2.13	1.56	4.00	0.35 - 0.52		Data
WR34	22.0 - 33.0	34-440-KF*	N/A	10	54.1°	53.2°	0.2 lbs	0.53	0.39	1.13	0.03 - 0.04
WR34	22.0 - 33.0	34-441-KF*	N/A	15	23.1°	40.8°		0.95	0.70	2.12	0.09 - 0.13		Data
WR34	22.0 - 33.0	34-442-KF*	N/A	20	17.0°	17.4°	0.29 lbs	1.76	1.29	3.56	0.29 - 0.44		Data
WR28	26.5 - 40.0	28-440-KF*	N/A	10	54.2°	54.4°	0.01 lbs	0.42	0.315	1.00	0.02 - 0.03
WR28	26.5 - 40.0	28-441-KF*	N/A	15	32.1°	31.3°		0.76	0.55	1.87	0.07 - 0.10		Data
WR28	26.5 - 40.0	28-442-KF*	N/A	20	16.7°	18.3°	0.13 lbs	1.38	1.01	3.12	0.22 - 0.33		Data
WR22	33.0 - 50.0	22-443-KF*	N/A	23	9.6°	11.7°	0.25 lbs	2.170	1.656	4.07	0.669 - 1.013

Ordering Information Waveguide Standard Gain Horn Antenna With Coaxial Inputs	WR	-Mod	-In	/Opt
Example part number:	90	-441	-SF	/CAL
Waveguide Size: (WR) WR22 thru WR975 available
Basic Model No.: (-Mod)
Input: SF=SMA Female, NF=Type-N Female, KF=2.9mm Female Consult factory for other connector types.
Optional Features: (/Opt) ******** /CAL = Calibration Report /RD = Radome Cover - See Photo - Radome Applications Tables /BR = Bracket For Mounting

* These models are supplied with 2.9mm (K) female connectors.

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 coax adapter type used.

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

**** More than one option per Horn is possible. For example:
90-441-SF/CAL/RD/BR would contain all of the described options

High Gain Horn Antenna With Coaxial Inputs - Standard Models
WG Size	Frequency (GHz)	Model No. SMA Female	Model No. Type-N Female	Gain (dB)	3dB Beam Width***		Est. Weight				Far Field(M) @ Low to High Freq.	Outline Drawing PDF	Typical Data PDF
					E-Plane	H-Plane		Size (In)**
					E-Plane	H-Plane		A	B	C**
WR284	2.60 - 3.95	284-443-SF	284-443-NF	24	7.9°	9.6°	60 lbs	31.10	25.98	72.00	10.8 – 16.4
WR229	3.30 - 4.90	229-443-SF	229-443-NF	24	7.7°	9.4°		28.35	20.47	64.50	11.4 – 16.9
WR187	3.95 - 5.85	187-443-SF	187-443-NF	24	7.2°	9.7°	40 lbs	26.38	18.90	58.00	11.8 – 17.5
WR159	4.90 - 7.05	159-443-SF	159-443-NF	24	7.2°	10.8°		24.41	17.72	51.00	12.5 – 18.1
WR137	5.85 - 8.20	137-443-SF	137-443-NF	24	7.6°	10.1°	20 lbs	17.32	12.50	37.00	7.5 – 10.6
WR112	7.05 - 10.0	112-443-SF	112-443-NF	24	9.8°	10.9°	3.13 lbs	11.00	7.50	21.50	3.7 – 5.2
WR102	7.00 - 11.0	102-443-SF	102-443-NF	24	9.5°	10.8°		10.63	7.40	21.00	3.4 – 5.3
WR90	8.20 - 12.4	90-443-SF	90-443-NF	24	8.8°	10.6°	3.13 lbs	10.0	7.00	20.20	3.5 – 5.3
WR75	10.0 - 15.0	75-443-SF	75-443-NF	24	8.9°	10.5°		8.07	5.73	17.00	2.8 – 4.2
WR62	12.4 - 18.0	62-443-SF	62-443-NF	24	9.4°	10.7°	1.8 lbs	6.10	4.44	13.00	2.0 – 2.9
WR51	15.0 - 22.0	51-443-SF	N/A	24	10.1°	8.6°		5.28	3.98	12.00	1.8 – 2.6
WR42	18.0 - 26.5	42-443-SF	N/A	25	8.1°	9.5°		4.45	3.54	11.05	1.53 – 2.3		Data
WR34	22.0 - 33.0	34-443-KF*	N/A	25	8.6°	9.6°		3.70	2.68	9.00	1.3 – 1.94
WR28	26.5 - 40.0	28-443-KF*	N/A	25	8.3°	9.7°		2.97	2.34	7.10	1.0 – 1.52		Data
WR22	33.0 - 50.0	22-443-KF*	N/A	23	9.6°	11.7°	0.25 lbs	2.170	1.656	4.07	0.67 – 1.01

Ordering Information Waveguide High Gain Horn Antenna With Coaxial Inputs	WR	-Mod	-In	/Opt
Example part number:	90	-443	-NF	/CAL
Waveguide Size: (WR) WR22 thru WR975 available
Basic Model No.: (-Mod)
Input: SF=SMA Female, NF=Type-N Female, KF=2.9mm Female Consult factory for other connector types.
Optional Features: (/Opt) ******** /CAL = Calibration Report /RD = Radome Cover - See Photo - Radome Applications Tables /BR = Bracket For Mounting

* These models are supplied with 2.9mm (K) female connectors.

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 coax adapter type used.

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

**** More than one option per Horn is possible. For example:
90-443-NF/CAL/RD/BR would contain all of the described options

Horn Antenna Accessories
	Horn Antenna Tripod with Markings in Degrees - Click For Larger Image ATMs’ TP-3W Tripod is a great option for those who require a reliable way to mount our horn antennas. These durable and weather-proof tripods have a standard ¼-20 camera mount. They are made out of Eastern Hard Rock Maple, a hard light-weight vibration damping wood, which optimizes stability. The wooden construction will also decrease any reflections on side lobes, since wood will not reflect any incoming or outgoing waves. The bracket supplied with the horn to be mounted makes it simple to change the elevation angle of the horn, while the ¼-20 mounting screw makes it easy to change the azimuth angle of the horn. All available Narda-MITEQ horns may be mounted using our tripod. Please note: Bracket Option ( /BR ) must be specified when ordering horn antenna for tripod mounting.
Model No.	Folded Height (in.)	Max. Height (in.)	Weight (lbs.)
TP-3W	40"	62"	11

Horn Antenna Accessories

Horn Antenna Tripod with markings in degrees — Horn Antenna Tripod with Markings in Degrees - Click For Larger Image

ATMs’ TP-3W Tripod is a great option for those who require a reliable way to mount our horn antennas. These durable and weather-proof tripods have a standard ¼-20 camera mount. They are made out of Eastern Hard Rock Maple, a hard light-weight vibration damping wood, which optimizes stability. The wooden construction will also decrease any reflections on side lobes, since wood will not reflect any incoming or outgoing waves. The bracket supplied with the horn to be mounted makes it simple to change the elevation angle of the horn, while the ¼-20 mounting screw makes it easy to change the azimuth angle of the horn.

All available Narda-MITEQ horns may be mounted using our tripod. Please note: Bracket Option ( /BR ) must be specified when ordering horn antenna for tripod mounting.

Model No.

Folded Height (in.)

Max. Height (in.)

Weight (lbs.)

TP-3W

40"

62"

Horn Antenna - Standard & High Gain With Coaxial Inputs

Standard / High Gain Horn Antenna - SMA & Type-N Inputs