Lens Antennas
a microwave antenna used to focus or concentrate waves.
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Bilogical Antenna
For rapid deployment along with the mobility of small package, these Bilogical Antenna Kits provides an inexpensive solution to broadband applications. Suitable for FCC, MIL-STD, VDE, TEMPEST, and immunity testing, each Bilogical antenna will provide reliable, repeatable measurements. The ability to sweep in one trace makes the Bilogical antenna a versatile performer.
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5 Mega Pixel Custom Lens Camera Module
e-CAM51_CU5640_MOD
The e-CAM51_CU5640_MOD is a small form-factor pluggable 5 Mega pixel custom lens camera module. Moreover, a wide variety of interchangeable lenses can be used on this custom camera module. It is based on OV5640 CMOS Image sensor from Omnivision Inc. The e-CAM51_CU5640_MOD is designed to connect with any application processor that has Parallel/MIPI digital video interface.
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Rectangular Horn Antennas
SAGE Millimeter wave rectangular gain horns, also called pyramidal gain horns, are offered as both standard and custom models with a rectangular waveguide interface. The pyramidal gain horns only support linear polarization. With a calibrated gain chart, these horns can be used to measure the gain of other antennas by comparing the generated signal levels of both. For this reason, these horns are also referred to as standard gain horns. The listed models offer 23 dB nominal gain, 10/11 degrees typical half power beamwidth and 14 dB/30 dB typical side lobe levels at the center frequency of the band. These horns cover full waveguide bandwidths within the frequency range of 8.2 to 170 GHz. In addition to the models listed below, models with 10, 15, 20 and 25 dB gain and other frequency bands are also available.
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5G Active Antenna Innovator’s Kit
AWMF-0129
The AWMF-0129 is an active array for 5G wireless applications developed using planar antenna technology resulting in a very low profile, lightweight unit. The surface mount assembled antenna board is based on Anokiwave’s AWMF-0108 Silicon Quad Core IC and demonstrates the performance achievable using low power silicon integration and efficient antenna layout and design. Using the AWMF-0108, the antenna provides +50dBmi output power while consuming just 12W DC power in the RF circuits and has achieved Gb/s data rates in OTA trials. The electronic 2D beam steering is achieved using analog RF 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 key operating specifications for data rate, latency, coverage, and reliability.
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Millimeter Wave Antenna Testing
If you are involved in antenna or system level design using mmWave or THz frequencies, then you understand the importance of dependable testing equipment. It may be that you are designing passive phase array or that you are designing a mmWave radar sensor system, but when it comes to validation of your design, simulation can only bring you so far. Phased array antennas have to be measured over the air (OTA) to ensure the radiation pattern of your design efficiently conducts energy in the right direction which is where the MilliBox comes in.
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Biconic Logarithmic Periodic Antennas (Hybrid)
It combines the electrical properties of two antenna (biconical and Log ).
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Conical Horn Antennas
Conical gain horns are offered as both standard and custom models with either a circular or rectangular waveguide interface. While conical gain horns with a rectangular waveguide interface can only support linear polarization, models with a circular waveguide interface can support various polarization types including horizontal, vertical, left-handed circular, and right-handed circular polarization for broader applications. The listed models operate across the full waveguide band and offer 23 dB nominal gain, 12 degrees typical half power beamwidth, a 24 dB typical side lobe level and 1.15:1 VSWR at center frequency. The below standard offering covers the frequency range of 8.5 to 140 GHz. However, other frequencies and standard models with 10, 15, 20 and 25 dB gain are also available.
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256-Element Active Antenna Innovator’s Kit
AWA-0142
The AWA-0142 is an active array for 5G wireless applications developed using planar antenna technology resulting in a very low profile, lightweight unit. The surface mount assembled antenna board is based on Anokiwave’s AWMF-0135 Silicon Quad Core IC and demonstrates the performance achievable using low power silicon integration and efficient antenna layout and design. Using the AWMF-0135, the antenna provides +60dBmi (1000 W) of EIRP. The electronic 2D beam steering is achieved using analog RF beam forming, with independent phase and gain control in both Tx and Rx operating modes. The AWA-0142 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 key operating specifications for data rate, latency, coverage, and reliability.
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2D Antenna Pattern Measurements
The world's top antenna manufacturers utilize MET Labs for 2D Antenna Pattern Measurements to compare an antenna's real-world performance versus its theoretical performance
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Antenna, Tactical, Log Periodic
EM-6942 | 400 MHz – 4 GHz
The EM-6942 is designed for harsh environmental conditions and its folding elements and 2-section design simplifies transport and storage. The antenna can be mounted on a tripod or any ¼-20 mount and be positioned for horizontal or vertical polarization.
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Adjustable Dipole Antenna
SNA600a
The SNA600 antenna is a versatile tool for use with wireless microphone receivers or IFB transmitters. The center frequency of its 100 MHz bandwidth is tunable from 550 to 800 MHz. The frequency is set by adjusting the dipole elements using the scale printed on the body of the antenna. The elements fold for storage.
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Antenna Measurement Software
Raymond RF's Antenna Measurement Software performs 2-D (polar/rectangular) and 3-D (spherical) antenna pattern measurements for passive antennas and active wireless mobile stations (cell phones). Insertion loss of passive devices is included as part of the calibration component. Data management and reporting of antenna properties such as half power beam-width, directivity, gain, radiation efficiency, total radiated power, and total isotropic sensitivity. AMS performs and reports all measurements required by the CTIA Over-the-Air Performance Test Plan.
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Antennas
Specialist antennas for signal intelligence, radiomonitoring and super resolution direction finding.
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Dipole Antenna
ZOJ7-20-100-1399
Dipole Antenna, Frequency 20~100MHz, Gain-7dBi, VSWR 3.5, Linear Polarization, N Type Female
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Antenna, Pyramidal Horn
EM-6119 | 1.7 GHz – 1.9 GHz
The EM-6119 Pyramidal Horn Antenna is specifically designed for operation in the PCS and DCS bands (1700 MHz to 1900 MHz). Over this frequency range this antenna exhibits a typical gain of 10 dBi, and provides an excellent match with typical VSWR of <1.2:1. This antenna is useful in transmitting as well as receiving signals in this band.
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Fixed LEO/MEO Antenna Systems
Kratos Defense & Security Solutions, Inc.
Kratos Low Earth Orbit (LEO) and Medium Earth Orbit (MEO) antennas antennas are precision engineered to provide stable, high throughput links to LEO and MEO constellations. Designed to work in open air without a radome, they provide a high pointing accuracy with low backlash, controlled by Kratos’ NGC2 Controller.
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S-Band Planar Antennas with 8 dBi Gain
LS-08-PS
The Lumistar LS-08-PS S-Band Planar Antenna is the ideal companion to the LS-25/27/28 Series Receivers to provide a low cost receiving system with extremely high performance. This small, lightweight antenna is available in various polarizations. The Standard version offers the quickest delivery, but other versions including ones with Polarization Diversity. Combining (dual linear with ±45 slant range) is also available.
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TEV Antenna
TEV sensor is a partial discharge sensor whose working principle is based on a direct Capacitive coupling with a Switchgears earthed metal case. The two ends of TEV sensor can be coupled magnetically to virtually any opening on a metal Surface. It picks up the electric signal given by PD activity onto the two metallic surfaces. Thanks to its special design has high sensitivity, larger than other single ended TEV sensors. His compact and robust design (passive sensor) makes the TEV the optimal sensor for direct installation on medium voltage Switchgears.
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Antenna Beamforming
Learn more on antenna beamforming.Learn more on Antenna Beamforming at Precision website here.
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Discone Antenna
ZPZ7-30-500-1184
Discone Antenna,Frequency 30~500MHz, Gain-3dBi, VSWR 2.5, Vertical Polarization, N-Female
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Antenna and Component Testing
Alpha Omega Electromagnetics, L.L.C.
We extensively test and characterize our antennas and related RF components to ensure they meet and exceed required performance parameters as well as our customer expectations. Antennas and active and passive RF components are characterized in the lab at AOE and antennas are also fully characterized in anechoic chambers. Passive antennas are characterized for gain, antenna patterns, polarization, etc. and active antennas are additionally fully characterized for EIRP, G/T and Noise Figure.
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GPS/GNSS Antenna Signal Splitter 2-Way, TNC Female, IP67 Weatherproof, 1-2 GHz
GPS221
INSTOCK Wireless Components, Inc
GPS221 is a two way, passive, GPS signal splitter ideal for splitting a GPS antenna signal between two receivers while providing a DC current path to power a remotely located active GPS antenna from one receiver while blocking the DC path from the other. Furnished with TNC female connectors all ports. A special feature of this unit is the 200 ohm internal load which provides a current drain for the GPS receiver not powering the active antenna. Some GPS receivers incorrectly sense an antenna fault when there is no current draw. The 200 ohm internal load provides a simulated antenna current drain which prevents receiver faulting. Max voltage rating at the DC blocked port is 15 VDC; maximum current rating is 75 mA. Max voltage rating at the DC pass port is 50 VDC; max current rating is 2000 mA.
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Marine Antennas
Professional Offshore and Maritime operations depend highly on reliably RF communication. Long-term RF equipment can be a vital element for securing safety, productivity, and efficiency of workers which all are necessary factors for a good work environment and excellent results.
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Antenna, Ultra-Wideband, Directional
EM-6945 | 500 MHz – 25 GHz
The EM-6945 Vector Log Periodic antenna covers the broadest frequency range available in such a small, rugged, deployable package. Offering the uncompromising performance you’ve come to expect from Electro-Metrics, a state-of-the-art design provides the antenna characteristics you need, unmatched by others in the community.
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Custom Antennas
As a custom antenna manufacturer, our embedded and external custom antennas are designed to meet unique customer requirements and deliver exceptional performance utilizing the latest cellular, WiFi, Bluetooth, LMR, LoRa, ISM, IoT, and GPS/GNSS technologies.
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Weather Antennas
Kratos Defense & Security Solutions, Inc.
The S- band and C- band weather radar systems are a family of advanced weather radar antenna/pedestal systems. The family of systems meets ISO 9001 specifications and consists of a number of different diameter antennas and pedestals operating in S- band or C- band frequencies. This includes the antenna system used for the NEXRAD program.
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Intel® Wireless-AC 9260 Wi-Fi + Bluetooth M.2 2230 Module Card with Cables and Antenna Kit
EWK-M2-AC9260 Series
Intel® Wireless-AC 9260 Wi-Fi + Bluetooth M.2 2230 module card with cables and antenna kit
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Turned Log Peri Antenna
MOLP80-1000M
This is Antenna for IEC61000-4-3 Radiation Immunity Test. Unique Structure with turned Element increase the GAIN at the low frequency. Stew structure of 22 and can be fitted to normal Antenna MAST.
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ISM, LPWAN & LoRaWAN Antennas
Our portfolio of ISM, LPWAN, and LoRaWAN antennas has products for internal/embedded or externally mounted applications. They offer solutions for placement within smaller devices up to long range and high gain mast-mounted variants. A wide range of mounting and connector options are available to provide customers with a substantial portfolio. Our ISM, LPWAN, and LoRaWAN antennas are available in many frequencies to suit global applications and variations. Custom antenna developments are regularly undertaken to meet specific customer requirements. Our ISM, LPWAN, and LoRaWAN antenna portfolio includes antennas manufactured by TE Connectivity and Laird Connectivity External Antennas.
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GPS/GNSS Antenna Signal Splitter 4-Way, TNC Female, IP67 Weatherproof, 1-2 GHz
GPS421
INSTOCK Wireless Components, Inc
GPS421 is a four way, passive, GPS signal splitter ideal for splitting a GPS antenna signal between two receivers while providing a DC current path to power a remotely located active GPS antenna from one receiver while blocking the DC path from the other. Furnished with TNC female connectors all ports. A special feature of this unit is the 200 ohm internal load which provides a current drain for the GPS receiver not powering the active antenna. Some GPS receivers incorrectly sense an antenna fault when there is no current draw. The 200 ohm internal load provides a simulated antenna current drain which prevents receiver faulting. Max voltage rating at the DC blocked ports is 15 VDC; maximum current rating is 75 mA. Max voltage rating at the DC pass port is 50 VDC; max current rating is 2000 mA.
