Steerable Antenna

Description: ." When the mission calls for many users to access a satellite at the same time, we offer multi-beam antennas with gimbal mechanisms that steer beams to any location on Earth. Our graphite composite materials keep launch costs to a minimum and make possible large, precision,

• Applications: Aerospace / Military
• Meets Military / Aerospace Specifications: Yes
• Primary Frequency Range: 10 to 100000 MHz

Description: 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

• Applications: Other
• Primary Frequency Range: 27.5 to 30 MHz
• Technology Type: Other Antennas & Arrays

Description: ANTENNA SYSTEM, AIMS SHIPBOARD, ELECTRONICALLY STEERED OE-120/UPX

Description: Antenna System, Aims Shipboard, Electronically Steered OE-120/UPX

Description: 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

• Applications: Other
• Primary Frequency Range: 24.25 to 27.5 MHz
• Technology Type: Other Antennas & Arrays

Description: using low power silicon integration and efficient antenna layout and design. Using the AWMF-0108, 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

• Applications: Other
• Primary Frequency Range: 26.5 to 29.5 MHz
• Technology Type: Other Antennas & Arrays

Description: Manually steerable directional antenna for the detection of RF signals and for field-strength measurements The R&S®AC008 is a manually steerable directional antenna for mobile applications. The reflector has a diameter of 0.9 m and – depending on the feed used

• Form Factor: External
• Pattern Type: Directional
• Polarization Type: Circular, Linear, Slant 45 / Dual
• Primary Frequency Range: 850 to 26500 MHz

Description: steering/forming at the RF level using RF phase and amplitude shifters, or beam forming networks. Antennas in the array are grouped in groups of four, each group with Integrated circuit (IC) Phase shifter, LNA and Power amplifier (PA) allowing field of view (FoV) of ±45 degree. The

• Gain: 17 dB
• Polarization Type: Linear
• Primary Frequency Range: 27000 to 29000 MHz
• VSWR: 2 :1

Description: less susceptible to interference from undesired signals. The antenna can be directly connected using standard 2.92mm connectors The KHA16.24C uses four Ka-Band 5G beamformer chipsets that supports four Tx/Rx radiating elements each, includes all requisite beam steering controls for

• Gain: 15 dB
• Polarization Type: Linear
• Primary Frequency Range: 26500 to 29500 MHz
• VSWR: 2.2 :1

Description: printed slot arrays, single-band and multi-band CP reflectarrays, high-gain CP waveguide slot antennas, CP dielectric resonator antenna arrays, CP active arrays, millimetre-waveband CP arrays in LTCC, and CP arrays with electronically beam-switching or beam-steering capabilities

Description: : RFID reader architecture Smart antenna physical layer development RFID position location using electronically steerable parasitic array radiator (ESPAR) RFID multiple-input multiple-output (MIMO) antenna system Multi-antenna RFID tags Anti-collision and throughput

Description: can be combined with the steerable SHF Directional Antenna Systems R&S®AC090/120/180/30 0. The antenna is equipped with an integrated preamplifier for optimal signal processing. Features & Benefits Extremely wide frequency range

• Form Factor: External
• Primary Frequency Range: 18000 to 40000 MHz
• Technology Type: Dish / Reflector

Description: Describing an innovative approach to phased-array control in antenna design This book explores in detail phased-array antennas that use coupled-oscillator arrays, an arrangement featuring a remarkably simple beam steering control system and a major reduction in complexity

Description: steering and shaping. When combined with a T/R switch the BFIC is a plug and play antenna solution that reduces SWaP-C for low power AESA radars. The BFIC features direct SPI programming of gain and phase and the ability to daisy chain SPI control between multiple ICs. It operates from

• Device Type: Beamformers
• Features: RoHS Compliant
• IC Package Type: Other
• Operating Frequency: 8500 to 10550 MHz

Description: Qorvo's AWS-0104 is a highly integrated silicon quad core IC intended for radar and 5G phased array applications. The device supports four radiating elements, single beam transmit and receive, and includes all requisite beam steering controls for 6 bit phase and gain control for beam

• Device Type: Beamformers
• Features: RoHS Compliant
• IC Package Type: Other
• Operating Frequency: 8500 to 10550 MHz

Description: steering and shaping. When combined with the AWMF-0106 X-Band Front End IC, the chip set is a plug and play antenna solution that reduces SWaP-C for high power AESA radars. The BFIC features direct SPI programming of gain and phase and the ability to daisy chain SPI control between

• Device Type: Beamformers
• Features: RoHS Compliant
• IC Package Type: Other
• Operating Frequency: 8500 to 10550 MHz

Description: Qorvo's AWS-0105 is a highly integrated silicon quad core IC intended for radar and 5G phased array applications. The device supports four radiating elements, single beam transmit and receive, and includes all requisite beam steering controls for 6 bit phase and gain control for beam

• Device Type: Beamformers
• Features: RoHS Compliant
• IC Package Type: Other
• Operating Frequency: 8500 to 10550 MHz

Description: Sivers Semiconductors presents a new, innovative RF Module covering the full 14 GHz of bandwidth (57 - 71 GHz) with 2D beam steering (steering in both azimuth and elevation). This module enables you to differentiate and meet the requirements of large-scale manufacturing of your 60 GHz

• Device Type: Beamformers, Receiver
• Technology: GPS

Description: Miniaturized. High-speed. High RF performance. Currently, beam steering antennas either deliver strong RF performance and power handling using large, expensive motor-driven mechanical phase shifters. Or they use small, inefficient solid-state phase shifters that cannot handle high

Description: Miniaturized. High-speed. High RF performance. Currently, beam steering antennas either deliver strong RF performance and power handling using large, expensive motor-driven mechanical phase shifters. Or they use small, inefficient solid-state phase shifters that cannot handle high

• Input Power: 44 dBm
• Insertion Loss: 0.5000 dB

Description: millimeter wave systems, with an emphasis on new transceivers, new antennas, multiple-input multiple-output (MIMO), modulations, beam steering, beam forming, and frequency domain equalization. Covering the whole system from millimeter wave front-end to digital signal processing, the

Description: 1. The PEP-3R series of voltage controlled phase shifters covers the 10 to 500 MHz band in a space saving PC package. 2. Phase shifters are used in systems requiring automatic phase control, closed loop feedback networks and steering of electronically scanned antennas. 3. Merrimac

• Control Voltage (for Analog Phase Shifters): 0.5000 to 30 volts
• Frequency Range: 10 to 500 MHz
• Input Power: 0.0 dBm
• Input VSWR: 1.6 :1

Description: The AWMF-0116 is a highly integrated silicon core IC for active steerable antenna arrays intended for SATCOM, RADAR and TDD/FDD applications. The device has switchable outputs and can support half-duplex operation. It features 24 dB transmit gain with 12 dBm adjustable P1dB output

• Frequency Range: 26000 to 30000 MHz
• Package Type: Surface Mount

Description: The EVK06005 provides an opportunity to utilise three 60 GHz RF modules in your design validation. Depending on your requirements, modules with different features may be plugged into the EVK. The package includes two modules with 1D beam steering (Azimuth) and one module with 2D beam

• Category: Development Board

Description: established PSEF series which cover the 10 to 500 MHz band. 3. These phase shifters are suitable for systems requiring automatic phase control, closed loop networks and steering of electronically scanned antennas. 4. Merrimac Phase Shifters are designed for high reliability, and can be

• Control Voltage (for Analog Phase Shifters): 0.0 to 30 volts
• Frequency Range: 500 to 1500 MHz
• Input Power: 0.0 dBm
• Input VSWR: 2 :1

Description: design has utility in systems requiring automatic phase control, closed loop feedback networks and steering of electronically scanned antennas. 3. Merrimac phase shifters are designed for high reliability and can be supplied screened to meet specific military and space requirements.

• Control Voltage (for Analog Phase Shifters): 0.5000 to 30 volts
• Frequency Range: 10 to 400 MHz
• Input Power: 0.0 dBm
• Input VSWR: 1.6 :1

Description: television and telecommunications services for the Olympic Games in Athens in 2004. The high-power Hellas-Sat spacecraft is a Eurostar E2000+ model equipped with 30 active transponders operating in Ku-band. Two deployable antennas provide pan-European coverage, including Greece, the Balkans

Description: .4 GHz 3 detachable 5 dBi 2.4 GHz omni-directional antennas; 3 detachable 7 dBi 5 GHz omni-directional antennas, IP68-Rated waterproof housing Band Steering for better throughput performance Supports Mesh in the 2.4 GHz band Up to 29 dBm transmit power on both 2

• Area Network Type: Local Area Network (LAN)
• Network Media: Wireless

Description: configuration for SAR satellites which provides a platform that can carry a large planar phased array antenna, twice the stowed satellite length. Mechanical steering of the whole satellite provides major beam pointing of ±45°, enabling access to both left and right sides, augmenting

Description: and functionality, and embed LED and backlight. They can also be flexible and stretchable, e.g., for the integration in seats. Our portfolio includes conductive, insulating and functional screen printing inks for applications such as: Antennas (e.g., user identification or

• Features: Conductive, Heat Resistant / High Temperature, Other
• Industry: Electronics

Description: network administrators to deploy a highly manageable and robust simultaneous dual band wireless network. All four antennas on the DAP-2690 are detachable and can provide optimal wireless coverage For Business-Class Environments. Simultaneous Dual Band Connectivity for Increased Network

Description: adjoining regions. They will be also equipped with steerable antennas which can provide communication to any point on Earth within the satellite’s range of view.

Description: is specified for a minimum service life of 15 years. Astra 1N will operate 55 Ku-band transponders at 130W RF power. The spacecraft will have three deployable antennas with diameter up to 2.6m and one top-floor steerable 1.3m antenna. Prime contractor for Astra 1N, Airbus

Description: GHz band for long range connectivity. The EAP1750H includes a Gigabit Ethernet port for connecting to 802.3at-capable PoE Switches and an enhanced receive sensitivity MIMO (Multiple In / Multiple Out) integrated sectorized 3D antenna array. It’s an ideal solution for spacious interior

• Area Network Type: Local Area Network (LAN)
• Network Media: Wireless

Description: Sensor fusion of speed, steering angle, GPS and inertial sensor information (motion) results in fast and highly reliable signals, improved accuracy as well as relative and absolute positioning of the car. M2XPro is – together with functions for communication, security, applications etc. -

Description: SafeTaxi & FliteCharts GFC-700 Autopilot Go-Around Switch Electric Trim A/P Disconnect Control Wheel Steering Button Electronic Checklists C406-N Three-Frequency Emergency Locator Transmitter Emergency Locator Transmitter

Description: control-wheel steering momentarily disengages the autopilot and synchronizes the flight director’s command bars with pitch and roll modes. The CWS button is positioned on the top left grip of the pilot’s control wheel. When released, the flight director will recalibrate, establishing