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Supplier: AR RF/Microwave Instrumentation
Description: The Model ATH26G40A-1 is a wide band, low gain, wide beamwidth, high power microwave horn antenna. With a minimum gain of 9dB over isotropic, the Model ATH26G40A-1 supplies the high-intensity fields necessary for RFI/EMI field testing within and beyond the confines of a
- Component Type: Gain Horn Antennas
- Operating Frequency Range: 26.5 to 40 GHz
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Supplier: AR RF/Microwave Instrumentation
Description: The Model ATH18G27A-1 is a wide band, low gain, wide beamwidth, high power microwave horn antenna. With a minimum gain of 8.7dB over isotropic, the Model ATH18G27A-1 supplies the high-intensity fields necessary for RFI/EMI field testing within and beyond the confines of a
- Component Type: Gain Horn Antennas
- Operating Frequency Range: 18 to 26.5 GHz
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Supplier: Rohde & Schwarz USA, Inc.
Description: design as well as the low weight of this antenna ensure easy handling and make it ideal for use in monitoring applications under severe outdoor conditions. The high gain of up to 18 GHz allows the reception and analysis of small signals. The shape of the radome as well as the
- Form Factor: External
- Polarization Type: Linear
- Primary Frequency Range: 800 to 18000 MHz
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Supplier: QuinStar Technology, Inc.
Description: QuinStar’s QWH series of standard gain horn antennas cover the frequency range of 18 to 220 GHz in 10 waveguide bands. They are available with either a rectangular aperture (pyramidal shape) to connect to a rectangular waveguide or a circular aperture (conical shape) to connect to
- Component Type: Gain Horn Antennas
- Operating Frequency Range: 18 to 220 GHz
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Supplier: A.H. Systems Inc.
Description: The Standard Gain Horn Antennas are designed specifically for utilization in emissions and immunity testing over the frequency range of 1 to 40 GHz. Each antenna is linearly polarized and has medium gain, low VSWR, and a constant antenna factor. The Standard
- Component Type: Gain Horn Antennas
- Operating Frequency Range: 5.85 to 8.2 GHz
- Profile: Rectangular
- Waveguide Cross Section: Rectangular
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Supplier: A.H. Systems Inc.
Description: The Standard Gain Horn Antennas are designed specifically for utilization in emissions and immunity testing over the frequency range of 1 to 40 GHz. Each antenna is linearly polarized and has medium gain, low VSWR, and a constant antenna factor. The Standard
- Component Type: Gain Horn Antennas
- Operating Frequency Range: 2.6 to 3.95 GHz
- Profile: Rectangular
- Waveguide Cross Section: Rectangular
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Supplier: A.H. Systems Inc.
Description: The Standard Gain Horn Antennas are designed specifically for utilization in emissions and immunity testing over the frequency range of 1 to 40 GHz. Each antenna is linearly polarized and has medium gain, low VSWR, and a constant antenna factor. The Standard
- Component Type: Gain Horn Antennas
- Operating Frequency Range: 12.4 to 18 GHz
- Profile: Rectangular
- Waveguide Cross Section: Rectangular
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Supplier: QuinStar Technology, Inc.
Description: QuinStar’s QGH series of standard gain horn antennas cover the frequency range of 26.5 to 110 GHz in six waveguide bands with a nominal mid-band gain of 24dB. These horns have a pyramidal shape with a rectangular aperture and a rectangular waveguide interface. These standard
- Component Type: Gain Horn Antennas
- Operating Frequency Range: 26.5 to 110 GHz
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Supplier: Heilind Electronics, Inc.
Description: Wi-Fi 6E Low Gain Flex Antenn
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Supplier: Richardson RFPD
Description: The SDWA.01 dual-band SMT ceramic antenna is an embedded high efficiency, high peak gain solution for Wi-Fi 802.11n and other ISM band applications which require high data speed rates and wide coverage areas. It is designed to perform optimally mounted in the corner of a device
- Gain: 4.91 dB
- Polarization Type: Linear
- Primary Frequency Range: 2400 to 6000 MHz
- Technology Type: Other Antennas & Arrays
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Supplier: Richardson RFPD
Description: a reduced electrical footprint on any circuit board and independent tuning capabilities for performance optimization. This low profile FR4 antenna encapsulates IMD’s high performance and isolation characteristics offering better connectivity and minimal interference The 1004795 LTE
- Gain: 3.1 dB
- Polarization Type: Linear
- Primary Frequency Range: 600 to 2700 MHz
- Technology Type: Other Antennas & Arrays
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Supplier: Richardson RFPD
Description: a reduced electrical footprint on any circuit board and independent tuning capabilities for performance optimization. This low profile FR4 antenna encapsulates IMD’s high performance and isolation characteristics offering better connectivity and minimal interference The 1004796 LTE
- Gain: 3.1 dB
- Polarization Type: Linear
- Primary Frequency Range: 600 to 2700 MHz
- Technology Type: Other Antennas & Arrays
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Supplier: Richardson RFPD
Description: The Ulysses miniature super low profile (only 10mm in height) GNSS antenna is designed for applications which require high positioning accuracy by combining signals from GPS and GLONASS systems. A high gain wide-band patch antenna on an integral ground delivers reliable
- Gain: 27 dB
- Primary Frequency Range: 1575 to 1610 MHz
- Technology Type: Other Antennas & Arrays
- VSWR: 2 :1
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Supplier: Comtelco Industries, Inc.
Description: LOW PROFILE UNITY GAIN MOBILE ANTENNA 806-896MHz STANDARD NMO TERMINATION
- Applications: Cellular / PCS Terminal
- Form Factor: External, Portable / Mobile
- Gain: 0.0 dB
- Pattern Type: Omnidirectional
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Supplier: Comtelco Industries, Inc.
Description: LOW PROFILE UNITY GAIN MOBILE ANTENNA 450-470MHz STANDARD NMO TERMINATION
- Applications: Cellular / PCS Terminal, High Frequency, Other
- Form Factor: External, Portable / Mobile
- Gain: 3 dB
- Pattern Type: Omnidirectional
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Supplier: Comtelco Industries, Inc.
Description: LOW PROFILE UNITY GAIN MOBILE ANTENNA 806-896MHz STANDARD NMO TERMINATION
- Applications: Cellular / PCS Terminal, Vehicular
- Form Factor: External, Portable / Mobile
- Gain: 0.0 dB
- Pattern Type: Omnidirectional
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Supplier: Comtelco Industries, Inc.
Description: LOW PROFILE UNITY GAIN MOBILE ANTENNA 450-470MHz STANDARD NMO TERMINATION
- Applications: Cellular / PCS Terminal, High Frequency, Other
- Form Factor: External, Portable / Mobile
- Gain: 3 dB
- Pattern Type: Omnidirectional
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Supplier: ValueTronics International, Inc.
Description: the Reference Antenna Example Drawings given in Appendix E of ANSI C63.5: 2006. As part of the manufacturing process, the insertion loss of each balun is verified to be less than 0.5 dB, and the VSWR less than 1.5:1 with the elements tuned to resonance at a low, middle and high end of
- Primary Frequency Range: 1000 MHz
- Technology Type: Dipole / Wire Antenna
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Supplier: QuinStar Technology, Inc.
Description: 120 degrees in one plane and relatively narrow in the other plane. The narrow beam can be obtained in either of the two planes (E- or H-plane). The gain of these antennas is largely determined by their beam patterns, and is generally in the 9-24 dB range. Scalar Horn: More expensive
- Component Type: Gain Horn Antennas
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Supplier: Rohde & Schwarz USA, Inc.
Description: & Benefits High antenna gain, i.e. low amplifier power is required No change of antennas needed over wide frequency range Uniform object irradiation due to optimized radiation patterns Small size Influence of chamber reduced Antenna gain approximately
- Form Factor: External
- Primary Frequency Range: 80 to 3000 MHz
- Technology Type: Log Periodic Array
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Supplier: Frontier Electronics Corp.
Description: Frontier's series of chip antennas are manufactured using the LTCC (Low Temperature Co-fired Ceramic) process which allows for high performance in a small package. Tuning services are available. Frequency range from 428MHz to 5850MHz Gain: -3.3dB to 3.0dB Custom designs
- Form Factor: Internal / Chip
- Gain: -3.3 to 3 dB
- Polarization Type: Linear
- Primary Frequency Range: 428 to 5850 MHz
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Supplier: A.H. Systems Inc.
Description: These end-fed sleeve dipole antennas are truly omni-directional having excellent symmetry with low VSWR. These dipoles are an excellent solution as a reference for antenna gain measurements, wireless testing and chamber reflectivity evaluation. The end-fed connection
- Applications: RF Survey / Test, Vehicular
- Form Factor: External, Portable / Mobile
- Pattern Type: Omnidirectional
- Polarization Type: Linear
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Supplier: L-com, Inc.
Description: The HG827-03PU-100IPEX is a multiband omnidirectional antenna designed to integrate into devices requiring wireless capability. By embedding these antennas directly into a device, the need for external antennas is eliminated. The omni-directional radiation pattern makes it ideal
- Applications: Cellular / PCS Base Station, Dual Band / Multi-band
- Gain: 2.5 dB
- Pattern Type: Omnidirectional
- Primary Frequency Range: 700 to 2700 MHz
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Supplier: L-com, Inc.
Description: The HG5158-03PU-100IPEX is an omnidirectional antenna designed to integrate into devices requiring wireless capability. By embedding these antennas directly into a device, the need for external antennas is eliminated. The omni-directional radiation pattern makes it ideal for
- Applications: Broadband Network / WLAN
- Gain: 3 dB
- Pattern Type: Omnidirectional
- Primary Frequency Range: 5000 MHz
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Supplier: L-com, Inc.
Description: The HG2458-04PU-100IPEX is a multiband omnidirectional antenna designed to integrate into devices requiring wireless capability. By embedding these antennas directly into a device, the need for external antennas is eliminated. The omni-directional radiation pattern makes it
- Applications: Broadband Network / WLAN, Dual Band / Multi-band
- Gain: 4 dB
- Pattern Type: Omnidirectional
- Primary Frequency Range: 2400 to 5000 MHz
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Supplier: L-com, Inc.
Description: The HG2401PU-100IPEX is an omnidirectional antenna designed to integrate into devices requiring wireless capability. By embedding these antennas directly into a device, the need for external antennas is eliminated. The omni-directional radiation pattern makes it ideal for
- Applications: Broadband Network / WLAN
- Gain: 2.5 dB
- Pattern Type: Omnidirectional
- Primary Frequency Range: 2400 MHz
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Supplier: Anokiwave
Description: beam forming, with independent phase and gain control in both Tx and Rx operating modes. The AWMF-0129 antenna leads the way in showing how 5G coverage can be rolled out by network operators using the mmW bands, with low power footprint and high energy efficiency, while meeting
- Applications: Other
- Primary Frequency Range: 27.5 to 30 MHz
- Technology Type: Other Antennas & Arrays
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Supplier: TE Connectivity
Description: Configuration Features Antenna Style : Low Profile Antenna Type : PCB Band Type : Multi Band Mounting Location : External Port Configuration : Single Port
- Applications: Other
- Form Factor: External
- Gain: 0.0 to 3 dB
- Pattern Type: Omnidirectional
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Supplier: DigiKey
Description: HEAVY DUTY LOW PROFILE BASE GAIN
- Applications: Other
- Gain: 5 dB
- Primary Frequency Range: 440 MHz
- Technology Type: Whip / Vertical Monopole
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Supplier: Advantech
Description: For routers using LTE Technology Frequency bands 700/800/900/1700/180 0/2100/2500/2600/270 0 MHz Gain 2 dBi High frequency range Impedance 50 Ohm The cable length - 3m Low VSWE (<2.0:1) Easy installation
- Applications: Cellular / PCS Base Station, Cellular / PCS Terminal
- Technology Type: Dipole / Wire Antenna
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Supplier: Linx Technologies
Description: ELE Series antenna elements pair with MAG Series magnetic bases for secure attachment to vehicles or other metal surfaces. They're available in single- and dual-band styles with frequencies from 824MHz to 2.45GHz. The antennas have a finish that protects against weather damage. Their
- Applications: Dual Band / Multi-band
- Form Factor: External
- Operating Temperature: -40 to 176 F
- Pattern Type: Omnidirectional
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Supplier: Eteily Technologies India Pvt. Ltd.
Description: coaxial cable, which ensures low-loss signal transmission over longer distances, while maintaining high-quality performance. SMA (M) Straight Connector: The antenna comes with an SMA male (M) connector, ensuring compatibility with a wide range of 4G devices, routers, and modems
- Form Factor: External
- Gain: 5 dB
- Primary Frequency Range: 698 to 2700 MHz
- Technology Type: Other Antennas & Arrays
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Supplier: Ubiquiti Networks, Inc.
Description: throughput speeds of up to 450+ Mbps. Modular Design The antenna horn is interchangeable and helps with beam-shaping for specific deployment and environment needs. The IsoStationTM also gets maximum gain out of the smallest footprint. Beam Performance Perfected The Iso
- Applications: Cellular / PCS Base Station
- Form Factor: Stationary / Fixed
- Pattern Type: Directional
- Technology Type: Horn / Aperture / Slot
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Supplier: Radio Waves, Inc.
Description: Gain of up to 32.8 dBi with low VSWR and high port isolation across the entire 4.9-6 GHz band High Performance design offers reduced interference with 46 dB minimum front to back and suppressed side lobes One antenna that covers the entire unlicensed 5 GHz U-NII-1, -2, -3, -4
- Applications: Other
- Gain: 31.5 to 32.8 dB
- Operating Temperature: -40 to 140 F
- Polarization Type: Slant 45 / Dual
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Supplier: HUBER+SUHNER AG
Description: Supporting an ultra broad frequency range from 20 MHz to 10 000 MHz, the SENCITY Shield product line was specifically developed to meet the challenging requirements in military and security applications. The low profile / shark fin design ensures low visibility while still providing
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immunity testing over the frequency range of 1 to 40 GHz. Each antenna is linearly polarized and has medium gain, low VSWR, and a constant antenna factor. The Standard Gain Horn performance is very precise and predictable through design parameters. Comparisons of measured versus computed antenna (read more)
Browse Antennas Datasheets for A.H. Systems Inc. -
Eteily Technologies announces the 2.4 GHz and 5.8 GHz 20 dBi High-Gain Fiberglass Outdoor Antenna, which is designed for excellent performance in point-to-point and long-range wireless communication systems. This antenna's sturdy fiberglass housing and high-gain radiating elements (read more)
Browse Antennas Datasheets for Eteily Technologies India Pvt. Ltd. -
maintain consistent performance High data throughput is enabled by technologies such as carrier aggregation Superior gain patterns, low gain ripple, high gain at horizon and efficiency of over 70% UV, Flammability, Humidity, Impact, Vibration, Shock certified Made (read more)
Browse Antennas Datasheets for TE Connectivity -
cellular-enabled systems. This antenna provides steady performance while being low-profile and easy (read more)
Browse Chip Antennas Datasheets for Eteily Technologies India Pvt. Ltd. -
, gateways, IoT devices, and telemetry systems. Its low-profile design and 5dBi gain enable efficient 4G/LTE connectivity without the need for external antennas, which improves performance in space-constrained applications. Key Features (read more)
Browse Chip Antennas Datasheets for Eteily Technologies India Pvt. Ltd. -
Product Datasheet Double Ridge Guide Horn Antenna SAS-570 High gain, low VSWR (read more)
Browse Horn Antennas Datasheets for A.H. Systems Inc. -
Ridge Guide Horn Antenna SAS-571 High gain, low VSWR, input handling capability up to 300 watts CW, and rugged design make this EMC horn antenna excellent for both immunity and emissions testing. Features 700 MHz to 18 GHz Individually Calibrated at 1, 3 and (read more)
Browse Antennas Datasheets for A.H. Systems Inc. -
excellent performance over the frequency range of 170 MHz - 3 GHz. High gain, low VSWR, input handling capability up to 800 watts CW and rugged design make this horn antenna excellent for both immunity and emissions testing. * Calibration data and certificate at 1 Meter Horizontal and Vertical (read more)
Browse Horn Antennas Datasheets for A.H. Systems Inc. -
antenna is lightweight, compact, rugged and has been manufactured to ensure maximum gain, low VSWR and high power handling capabilities. Whether testing inside a shielded enclosure or outdoors, the antennas will display efficient performance characteristics through the broad frequency range of 80 MHz (read more)
Browse Antennas Datasheets for A.H. Systems Inc. -
Small, Portable, Accurate Gain Reference 325 MHz - 1 GHz This small, lightweight and portable antenna provides a convenient solution for accurate gain measurements (read more)
Browse Antennas Datasheets for A.H. Systems Inc.
Conduct Research Top
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EM Simulation of 140 GHz Antenna Array for 6G Wireless Communication
A 140 GHz slot antenna array excited by a substrate integrated cavity is demonstrated for use in wireless communications. The antenna array has high gain, wide bandwidth, low fabrication costs, and small size, which make it an effective design. The final 8x8 antenna array has bandwidth from 130
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PKE System Design Using the PIC16F639
and 2. Input sensitivity of the transponder, transponder units. The base unit inside the vehicle 3. Antenna directionality, and transmits a Low-Frequency (LF) command that searches for a transponder in the field. Once located, 4. Battery life of the transponder. the transponder in the vehicle owner's
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Handbook of Antenna Design, Vol. 1
For tests carried out at low frequencies with low gain antennas in indoor ranges, the discussion related to Fig. 8.48 is not appropriate.
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Space Antenna Handbook Complete Document
… Fibre Reinforced Plastic Carbon Fibre Reinforced Silicon Cosmic Microwave Background Cosmic Background Explorer Satellite Coefficient of Thermal Expansion Continuous Wave Digital Audio Radio Service Distribution Board Digital Beam Forming Dual-Gridded Reflector Dielectric Constant Descent Low Gain Antenna Digital Multimedia Broadcasting Differential …
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Global Mobile Satellite Communications
In this case, low gain antennas with broader beam widths will collect more of the reflected radio signals, producing deeper fades.
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The Apollo 17 Lunar Surface Journal
I'm getting the low gain ( antenna ) out now.
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Handbook of Satellite Applications
The Early Bird or Intelsat I satellite that started commercial satellite services had but 240 voice circuits of capacity using analogue technology and had both very low power and low gain antenna .
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Modern Antenna Handbook Complete Document
In the downlink, from the outside station to the relay station, the received signal is reradiated by a low gain antenna to the relay station.