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OmniLOG® 90200
700MHz-2,5GHz
The OmniLOG® 90200 Antenna is specially developed for a quasi isotropic (radial isotropic) measurement in the GSM (GSM900, GSM1800, GSM1900), UMTS and 2,4GHz WLAN frequency ranges.
The OmniLOG antenna offers the possibility for a direct, radial measurement of field strength without the need to move the antenna to the source. This offers the possibility to get a direct field strength reading without any hassle.
It´s extremely small size allows measurements without attracting attention or even for covert measurements. Every OmniLOG Antenna offers a high-grade SMA connector.
- Highly isotropic from 700MHz to 2,5GHz
- Optimal for usage with spectrum analyzer for radial isotropic measurements
- 90° knuckle base with SMA connector
- Small weight and very small dimensions
- 10 years warranty
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HUBER+SUHNER designs and manufactures an extensive product portfolio of directional and omni directional antennas for various wireless applications for the communication, transportation and industrial markets. The HUBER SUHNER product portfolio includes Antennas for
- Indoor DAS
- WiFi coverage for office, industrial and warehouse
- RFID portal and forklift antennas
- WiMAX base station, backhaul and subscriber CPE equipment
- Vehicle-mounted exterior and interior antennas for public transportation.
The know-how and many years of design experience gained by HUBER SUHNER antenna engineers allow us to provide the optimum solution for your specific requirements. Besides a wide standard product portfolio, we offer customized solutions to your need. We frequently include an antenna solution inside a customer defined (Industrial Design) housing. Thanks to these skills in wireless communication, it goes without saying that we offer all customers essential support in project co-ordination and after-sales support.
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The LogPer-Antenna of the HyperLOG® series 3000 are based on an ultra-thin, GOLD COATED high tech TEFLON substrate. Based on this innovative construction, the frequency range could yet again be vastly extended compared to the 4000 antenna-series. The lower frequency range now reaches down to 380MHz, thus covering, for example, the important TETRA band (380MHz and up). The extended upper frequency range up to 18GHz now also allow measurement of unusable signal sources like military radar, various satellite services, and more. Combined with a spectrum analyzer, an incredible EMC measurement system for mobile or laboratory use is formed, at an affordable price. As an option, the antenna-calibration-data can even be stored on a special IC on the antenna and be queried with our spectrum-analyser-series at any later time. What more can you ask ?
Shipped including EMC-Antenna, typical CALIBRATION DATA, detachable pistol grip and aluminum case.
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Double Ridge Guide Horn Antennas
Broadband antennas, compared to half wave dipoles, reduce test time because the technician did not have to stop the test to adjust the dipole antenna for each frequency. Most compliance standards now require the use of such antennas. The latest version of Mil-Std 461E states the used of broadband double ridge guide horn antenna as the antenna of choice for frequencies above 200 MHz.
A.H. Systems Double Ridge Guide Horns are broadband antennas that offer excellent performance over the frequency range of 170 MHz to 40 GHz. These Horn antennas are an excellent choice for both radiated immunity and emissions testing. Here are several double ridge guide horn antennas ideal for most compliance standards and/or general field measurements.
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By giving you the option to design and build custom application-specific antennas, Spectrum Advanced Specialty Products goes one step farther in helping you find the ideal antenna to ensure wireless reception of your system. Vertical integration allows for a wider range of materials in the manufacturing process, which deliver prototypes and production volumes in shorter lead times. Our antenna specialists use sophisticated simulation software and in-house testing to optimize your antenna, resulting in a high performance antenna built just for you.
In addition to our custom antenna solutions, we offer a complete line of patch antennas. When dealing with critical patch antenna issues such as board layout, ground plane size, mounting methods and port measurement, Spectrum’s engineering team is ready to help identify the best antenna choice for maximum efficiency. We look at everything from polarization to frequency tolerance to determine the ideal patch for your design. And our flexible manufacturing and testing processes allow us to easily accommodate the required adjustments to supply an optimized antenna.
• Variety of antenna types, including: Aperture, Slots, Loops/Magnetic Dipole, Planar, Helical, Beam Forming-static, Custom Networks and Switched Arrays
• Available in partial assembly to complete “Plug-n-Play” assemblies
• RoHS compatible parts available
• Low VSWR
• Frequency ranges within -300MHz to 6GHz
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A.H. Systems offers 9 models of portable antenna kits. Each kit provides all the reliable antennas, current probes and accessories needed to satisfy a wide array of customer requirements. Each component has a specific storage compartment in the carrying case therefore, loss and breakage are virtually eliminated. Cables, a tripod with azimuth and elevation head and a tripod carrying case accompany each antenna kit. see our website at www.AHSystems.com
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Pasternack introduces it's new series of LMR (Land Mobile Radio) Antennas for Mobile Applications to fill filling a wide range of antenna requirements in wireless, telecommunication and radio applications. All products conform to the Telecommunication Industry Association (TIA) standards for terrestrial land mobile radio antenna manufacturers (TIA-804-A ./ TIA-804-B).
Pasternack's series of LMR Antennas are broad-based, wideband antenna solutions that operate over a wide range of frequencies. These products are designed for maximum durability under severe operating conditions. A wide range of styles allows users to select the right package and tuned frequency operation to satisfy virtually any LMR application. Operating frequencies range from 40~1990MHz and offer 150~200 Watts of power.
All products are in full production and stocked at the factory to support same-day shipment. Pricing is as low as $8.76 for 100 pieces of a Field Tunable Mobile Antenna rated for 118~940MHZ and 150W operation. Use Pasternack's on-line selection guide for complete specifications at www.pasternack.com. For additional support, contact Pasternack by phone at (866) 727-8376 or by email at sales@pasternack.com
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In a HF product, the antenna plays an essential role: it's the most important link of the chain.
A quarter wave antenna, without its ground plan, will behave practically as a wire, but when its ground plan is sufficient, its efficiency will be maximal.
The antenna must be placed always in high position and clear from all metallic obstacles.
The antenna cable is another important element not to be neglected. Depending on the type of cable used, the loss in dB will be more or less high.
We bring you our advises for all your needs in wireless transmission and radio systems, with our product range for a variety of applications. We can also design radio systems according to your specifications.
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World smallest ceramic GPS chip antenna
11mm x 1,6mm x 1,6mm
also available for Bluetooth and W-Lan applications
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868-870MHz helical right angle 50 ohm antenna with Reverse Polarity (no pin) SMA connector designed for our family of Wi.232XXX European radio modules. These antennas are designed to ETSI/CE certification approval for all our 868MHz European modular products. These antennas were certified with our FCC modular approved radios. This antenna supports the European family of Radiotronix Wi.232XXX embedded modules operating in 868-870MHz frequencies.
868-870 MHz FCC certified LONG RANGE ½ wave Dipole 50 ohm antenna with Reverse Polarity (no pin) SMA connector designed for our family of Wi.232XXX radio modules. These antennas are designed to meet FCC certification approval for all our modular products. This 2dBi high gain antenna is designed for longer range modules.
902-928MHz helical straight 50 ohm antenna with standard polarity (pinned) SMA connector designed for our family of Wi.232XXX radio modules. These antennas work with our standard polarity evaluations modules, Wi.XXXX-EVMs, that are supplied in our development kits and also sold separately.
902-928MHz ¼ wave whip 50 ohm antenna with standard polarity (pinned) SMA connector designed for our family of Wi.232XXX radio modules. These antennas work with our standard polarity evaluations modules,Wi.XXXX-EVMs, that are supplied in our development kits and also sold separately. This is the standard antenna shipped with all our development kits in the 900MHz frequency. This antenna supports 902-928 MHz frequencies and all Radiotronix Wi. Family of embedded modules.
902-928MHz 1/2 wave LONG RANGE Dipole 50 ohm antenna with standard polarity (pinned) SMA connector designed for our family of Wi.232-XXX-EVM-R radio modules. These antennas work with our standard polarity evaluation modules that are supplied in our development kits and also sold separately. This 2dBi high gain antenna is especially recommended for our long range module, Wi.232FHSS-250-R. This antenna supports 902-928MHz frequencies.
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JB Series 30 MHz - 6 GHz:
JB Series antennas are compact, high-performance instruments designed for EMC emissions and immunity testing. The broadband characteristics of these antennas enable them to operate over a wide frequency range - a must for automated test environments. Innovative design and manufacturing techniques result in long-lasting strength and mechanical integrity. The result is an electrically stable measuring instrument that maintains calibration over extended use.
The antenna boom is made from a custom aluminum extrusion that reduces the number of parts at the nose. The result is a stronger, more stable feedpoint and excellent cross-polarization properties. The unique shape allows for a larger feed cable to be used, which significantly increases the maximum power rating. Dipole elements are permanently attached to the boom by an assembly technique that maintains excellent electrical characteristics for the life of the antenna.
The low-frequency wings are swept forward and turned in at the ends to reduce ground plane coupling while maintaining performance. Each wing is attached with dual compression fittings for true alignment. A tough powdercoat finish with UV inhibitors seals the aluminum structure and protects it from sunlight and moisture.
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Product Highlights:
Antenna Style = Embedded Antenna
Voice Application
Antenna Type = 800 MHz Cellular
824 - 894 MHz Operating Frequency
Mount = Tab
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Portable radio antennas are used for wireless two-way communication with civil service, military, and construction organizations; with many custom applications.
Established in-market presence and innovative molding techniques, with verified platforms and a variety of connection options adds to the reputation for rugged reliability in hazardous situation and harsh environments for these antennas.
Laird Technologies' portable radio antennas are the world standard for reliable flexible ("Rubber Duck") antennas. These antennas are used with all popular portable radios in use by police, fire, militray and private users; and provide excellent communication in any location, environment, or condition. Tuf-Duck® and patented Sable antennas are included in this product line. Each antenna can be individually tuned to frequency to ensure optimum performance.
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THE LÜNEBERG ANTENNA
Luneberg lenses are used in microwave communication.
Luneberg lenses can be excited by one or several feeds, providing multi-feed antennae with extremely high directivity and high theoretical gain G, equivalent to the gain of a parabolic antenna of similar diameter.
APPLICATIONS
- On-board antenna: plane, train, boat, car, ...
- Microwave communication, high outflow Internet.
- Communication toward several fixed or mobile antennae (satellites...)
- Land communication relay station.
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Antennas for SATELLINE Radio Modems
We can offer following antenna types for your solutions:
* Half Wave Antennas for frequencies 400 ... 470 MHz and for 869 MHz (for SATELLINE-1870 modems) for short distances
* Quarter Wave Antennas for frequencies 400 ... 470 MHz, for 869 MHz (for SATELLINE-3AS 869 modems) and for 140 ... 174 MHz (for SATELLINE-3AS VHF modems) for short distances
* Helix Antennas for frequencies 400 ... 470 MHz and for 140 ... 174 MHz (for SATELLINE-3AS VHF modems) for short distances
* Directional Antennas for frequencies 370 ... 470 MHz, for 869 MHz (for SATELLINE-3AS 869 modems) and for 140 ... 174 MHz (for SATELLINE-3AS VHF modems) for long distances
* Omnidirectional Antennas for frequencies 370 ... 470 MHz, for 869 MHz (for SATELLINE-3AS 869 modems) and for 140 ... 174 MHz (for SATELLINE-3AS VHF modems) for long distances.
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Cushcraft's integrated diversity antenna designs feature two separate 2 dBi omnidirectional radiating elements sharing a common backplane and enclosure. The radiating elements are terminated with coaxial pigtails and MMCX connectors that exit the backplane of the antenna. Hence, they can interface with an access point that has been mounted in the plenum above the ceiling if so desired. The complete package dimensions are 5.25" x 2.75" x .75". Both coax length, connector type and package aesthetics can be modified to meet customer requirements. Offices, HealthCare facilities, educational or industrial campuses and shopping malls are just a few of the more common applications for these antenna designs.
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* Antenna Style = Embedded Antenna
* Application = Bluetooth
* Antenna Type = 802.11b Lead Free
* Operating Frequency = 2,400 - 2,500 MHz
* Mount = Surface Mount
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State-of-the-art computer-aided RF design and Yageo's renowned Phycomp branded multilayer-ceramic and resistor-chip technologies are combined in the worlds smallest BluetoothTM * antenna. Measuring only 7.3 X 5.5 X 1.4 mm yet packing in the full antenna functionality essential for Bluetooth and wireless-LAN communications.
Yageo's new Phycomp multilayer-ceramic antenna is ideal for use in the 2.4 GHz ISM band. Targeting the coming world without cables based on the Bluetooth protocol enabling electronic devices to communicate with each other without wires or user intervention. Helping to bring computing power and the power of communications and the Internet into our daily lives.
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Product Highlights:
* Antenna Style = Embedded Antenna
* Voice Application
* Antenna Type = World GSM
* 880 - 960 MHz Operating Frequency
* Mount = Tab
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The GPS market presents phenomenal opportunity. From its origins as a military technology, GPS has made a successful transition into consumer applications. And the number of consumer applications is growing rapidly.
Soon, GPS will be integrated and embedded into devices of all kinds and will be just another standard function. GPS receivers are small and portable. Their size, however does not limit their accuracy; not only can a GPS device determine your position anywhere in the world, it can be a source of other critical information. By FCC mandate, all handsets sold in the U.S. after October 2001 must have E-911 location capabilities. This single mandate is driving the market to include GPS-derived location information in wireless devices.
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Features
Dimensions (l x w x h)
Weight (without cable)
Cable length
Mounting method
Connectors
Colour
VIC 100
Ø 90 x h 98.4
195g
No cable
Pole for 1.0 - 14 UNS-2A
N, TNC
White
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Leveraging our experience in M2M (Machine-to-Machine) wireless modules, Laird Technologies also designs telematics modules integrating functionalities such as cellular modems, CAN-Buss, and I/O. All of these capabilities can be further integrated into smart antennas, which further combine multiple antennas and additional wireless capabilities, such as WiFi or Bluetooth®, to provide the latest evolution in telematics reception systems.
Included in the Telematics and Tracking Devices product offering is the Wireless Intelligent Telematics System (WiTS). WiTS consists of a secure, wireless system that retrieves vehicle data and stores it on a local database using standard short-range wireless connectivity through WiFi (802.11) for wireless data transfer, rather than cellular networks (GPRS or CDMA). Large quantities of data can be transferred with no network cost or cellular subscription, enabling complete vehicle data acquisition that supports almost any fleet management application can be deployed
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aird Technologies' in-building wireless antennas are particularly applicable in environments where aesthetics and wide angle coverage are necessary for successful wireless deployment. Their surprisingly small size allow the antennas to be hidden almost anywhere, providing an invisible solution for most applications.
External antennas are weather resistant and waterproof high-gain anntenas that provide an excellent choice for outdoor and indoor installation, and can be mounted on the outside of a housing.
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Remote antennas increase the reliability of radio connections by optimizing the transmitting and receiving conditions
Antenna diversity provides stable radio conditions
Suitable for use both in industrial Wireless LAN (iWLAN) radio networks as well as in standard Wireless LAN (IEEE 802.11) at 2.4GHz and 5 GHz with data transfer rates up to 54 Mbit/s
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RF Solutions provide a wide range of high quality antenna:
* Passive and High Gain Antenna
* Flexi 1/4 Wave, Helical, Puk, Embedded, Dipoles and Yagi
* Rugged High Quality Finish
* Available with a range of fixings
* Low Noise Amplifier Modules
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The Testbox includes a state of the art wideband radio receiver and a microcontroller for detailed signal decoding and analysis. The activities in the channel rangeing from 433.80 MHz to 434.05 MHz are made visible and audible by means of an LCD, LED's and a loudspeaker.
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