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Supplier: Radio Waves, Inc.
Description: The HP High Performance Series by RadioWaves offers a full line of high performance parabolic antennas engineered to provide ETSI class 2/3 radiation pattern performance as well as excellent gain. RadioWaves field-proven pre-assembled antennas and robust pole-mounts ensure “set
- Primary Frequency Range: 37,000 to 40,000 MHz
- Gain: 47.5 to 48.2 dB
- VSWR: 1.37 :1
- Operating Temperature: -40 to 140 F
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Supplier: Radio Waves, Inc.
Description: The HP High Performance Series by RadioWaves offers a full line of high performance parabolic antennas engineered to provide ETSI class 2/3 radiation pattern performance as well as excellent gain. RadioWaves field-proven pre-assembled antennas and robust pole-mounts ensure “set
- Primary Frequency Range: 37,000 to 40,000 MHz
- Gain: 44 to 44.7 dB
- VSWR: 1.37 :1
- Operating Temperature: -40 to 140 F
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Supplier: Radio Waves, Inc.
Description: The HP High Performance Series by RadioWaves offers a full line of high performance parabolic antennas engineered to provide ETSI class 2/3 radiation pattern performance as well as excellent gain. RadioWaves field-proven pre-assembled antennas and robust pole-mounts ensure “set
- Primary Frequency Range: 71,000 to 86,000 MHz
- Gain: 50 to 52 dB
- VSWR: 1.37 :1
- Operating Temperature: -40 to 140 F
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Supplier: Radio Waves, Inc.
Description: The HP High Performance Series by RadioWaves offers a full line of high performance parabolic antennas engineered to provide ETSI class 2/3 radiation pattern performance as well as excellent gain. RadioWaves field-proven pre-assembled antennas and robust pole-mounts ensure “set
- Primary Frequency Range: 37,000 to 40,000 MHz
- Gain: 38.8 to 39.5 dB
- VSWR: 1.37 :1
- Operating Temperature: -40 to 140 F
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Supplier: L-com, Inc.
Description: Easy to Assemble These radome kits bolt directly to the dish antennas with the provided stainless steel hardware. Drilling mounting holes in the antenna is not required. The radome cover can be attached to existing antennas already mounted in the field or pre-assemble to the
- Technology Type: Dish / Reflector
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Supplier: L-com, Inc.
Description: Easy to Assemble These radome kits bolt directly to the dish antennas with the provided stainless steel hardware. Drilling mounting holes in the antenna is not required. The radome cover can be attached to existing antennas already mounted in the field or pre-assemble to the
- Technology Type: Dish / Reflector
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Supplier: L-com, Inc.
Description: Easy to Assemble These radome kits bolt directly to the dish antennas with the provided stainless steel hardware. Drilling mounting holes in the antenna is not required. The radome cover can be attached to existing antennas already mounted in the field or pre-assemble to the
- Technology Type: Dish / Reflector
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Supplier: L-com, Inc.
Description: The HyperGain 5.8GHz High-Performance Parabolic Dish WiFi Antenna is ideal for directional 5.8GHz ISM / UNII band applications. It features 32.5 dBi with a 5° beam-width. These antennas can be oriented for either vertical or horizontal polarization. Rugged and Weatherproof The
- Primary Frequency Range: 5,800 MHz
- Gain: 33 dB
- Technology Type: Dish / Reflector
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Supplier: KP Performance Antennas
Description: This ProLine Parabolic Antenna is engineered to suppress side-lobes and back-lobes and are excellent at rejecting interference. These parabolic antennas maximize the potential of your radio by improving signal strength and reducing the noise floor in your link. Our
- Primary Frequency Range: 4,900 to 6,400 MHz
- Gain: 29 dB
- VSWR: 1.5 :1
- Operating Temperature: -40 to 140 F
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Supplier: KP Performance Antennas
Description: This ProLine Parabolic Antenna is engineered to suppress side-lobes and back-lobes and are excellent at rejecting interference. These parabolic antennas maximize the potential of your radio by improving signal strength and reducing the noise floor in your link. Our
- Primary Frequency Range: 4,900 to 6,400 MHz
- Gain: 24 dB
- VSWR: 1.5 :1
- Operating Temperature: -40 to 140 F
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Supplier: TACO Communications Inc.
Description: These Broadband UHF parabolic receive antennas cover the entire UHF TV spectrum. Narrow beam and high gain make these antennas ideally suited for minimizing interference from co-channel and multipath signals. The light-weight grid design minimizes wind loading on the tower.
- Primary Frequency Range: 470 to 890 MHz
- Gain: 25 dB
- VSWR: 1.6 :1
- Pattern Type: Directional
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Supplier: TACO Communications Inc.
Description: This rugged high gain parabolic antenna is constructed from welded steel rod for maximum rigidity and minimum wind loading. The narrow beam minimizes signal interference. The antenna can be mounted horizontally or vertically.
- Primary Frequency Range: 2,450 to 2,485 MHz
- Gain: 27 dB
- VSWR: 2 :1
- Applications: Broadband Network / WLAN
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Supplier: KP Performance Antennas
Description: This ProLine Parabolic Antenna is engineered to suppress side-lobes and back-lobes and are excellent at rejecting interference. These parabolic antennas maximize the potential of your radio by improving signal strength and reducing the noise floor in your link. Our
- Primary Frequency Range: 10,700 to 11,700 MHz
- Gain: 39 dB
- VSWR: 1.5 to 1.8 :1
- Operating Temperature: -40 to 140 F
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Supplier: KP Performance Antennas
Description: This ProLine Parabolic Antenna is engineered to suppress side-lobes and back-lobes and are excellent at rejecting interference. These parabolic antennas maximize the potential of your radio by improving signal strength and reducing the noise floor in your link. Our
- Primary Frequency Range: 10,700 to 11,700 MHz
- Gain: 39 dB
- VSWR: 1.5 to 1.8 :1
- Operating Temperature: -40 to 140 F
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Supplier: Richardson RFPD
Description: The MPRC prime focus parabolic reflector antenna series suppresses extraneous sidelobe and cross-polarized energy. The antennas feature a micro fine elevation and azimuth adjustment kit. The MPRC series is provided with a radome as a standard feature.
- Primary Frequency Range: 2,300 to 2,700 MHz
- Gain: 21.5 dB
- VSWR: 1.5 :1
- Technology Type: Dish / Reflector
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Supplier: SAE International
Description: NASA's Deep Space Network (DSN) uses high-power transmitters on its large antennas to communicate with spacecraft of NASA and its partner agencies. The prime reflectors of the DSN antennas are parabolic, at 34m and 70m in diameter. The DSN transmitters radiate Continuous
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Description: is placed in the radiating near zone of a large reflector; it was determined that if the reflector was large enough and the edges were manufactured in a way that they were properly terminated in the field in the radiating near field, (the area between the near-field and far-field of
- Temperature Control: Cooling, Heating
- Parameters: Electromagnetics, Sound
- Features: Lights
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Handbook of Satellite Applications
Now, that 3-axis spinning satellite communications systems had been demonstrated to work in geosynchronous orbit, the next step was to upgrade from horn antennas to parabolic reflector antennas on commercial satellites.
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Space Antenna Handbook Complete Document
As an example, consider an offset parabolic reflector antenna operating in C-band.
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Investigation of factors contributing depolarization in offset reflector antenna and trimmed‐reflector offset parabolic antenna with lower cross‐polarization
Figures 4a and 4b compare secondary patterns with those obtained with Gaussian feed with edge taper ¼ À12 dB at 19.1 and actual feed system of parabolic reflector antenna for horizontal and vertical polarizations.
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Modern Antenna Handbook Complete Document
Figure 5.19 (from Ref. 21) illustrates a basic axisymmetric parabolic reflector antenna .
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Handbook of Antenna Design, Vol. 1
Offset parabolic reflector antennas .
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Recent advances in microwave reflector antenna technology
Horn feed for parabolic reflector antenna [8].
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Offset-parabolic-reflector antennas: A review
The offset parabolic reflector antennas treatedincluded both single- anddual-reflectorconfigurations.
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Design and development of a dual‐mode corrugated horn for an offset reflector antenna
This type of feed eliminates the unwanted high cross‐polarization of an offset parabolic reflector antenna and improves the overall performance of the antenna sub‐system.
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Radio System Design for Telecommunication 3rd Edition Complete Document
15 What is the gain of a 2-ft radiolink parabolic reflector antenna assuming the conventional efficiency?