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RCS
radar's capability to detect an object.
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RCS Software
CEMExpert
CEMExpert is a software dedicated to the prediction of radar cross-section of aerial and naval targets. The software uses both the high-frequency asymptotic method (PO-PTD) as well as the full-wave equation solver (FVTD). A quick calculation is made possible by automated meshing, scripts for azimuthal scan and parallel processing. The software has been used for improving stealth performance of UAVs, for shape optimization of naval ships and RCS characterization of target missiles.
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Gated IF RCS Systems
Innovative Technical Systems has designed many instrumentation systems for radar cross section (RCS) measurements. Some of the designs are based around standard network analyzers for signal processing, while utilizing high PRF short-pulse RF transceivers with gated IF architecture. The modular design approach uses separate transmitter and receiver modules for monostatic or bistatic measurements. Compact module design provides flexibility to mount the transmitters and receivers close to the antennas. Dual-channel designs permit full polarization matrix measurements with either electromechanical or solid-state switches. Modules are available in various bandwidths that extend from 100 MHz to over 100 GHz.
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Radar Cross Section (RCS) Measurement and Evaluation System
XRC
KEYCOM develops various radars for versatile applications based on its knowledge and expertise on millimeter wave and microwave technologies. KEYCOM’s product line of radars includes Radar Test Systems (RTS) to evaluate distance accuracy or output, Radar Alignment Systems (RAS) to help you adjust the alignment of radars, and Radar Cross Section (RCS) measurement systems to measure RCS of such radar targets as aircraft, ships and automobiles.
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Solution for Flight-Data Recording and Analysis
dataMARS-RCS
AMPOL's reliable and field-proven product, the dataMARS RCS, is a complete, state-of-the-art, flight qualified solution for recording, monitoring and analysis of flight data. With a powerful 1GHz CPU and a rugged design, the RCS is well equipped to handle harsh environments and tough requirements. The modular design can be tailored to specific project requirements providing a complete solution including real-time monitoring, recording and post analysis of multiple concurrent data sources, all of which are time-tagged for synchronized replay. The shock-absorbing tray-mount allows the use of hard-drives with low-cost but high-volume storage.
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Radar Systems / Millimeter Wave Radar / Micro Wave Radar
KEYCOM develops various radars for versatile applications based on its knowledge and expertise on millimeter wave and microwave technologies. KEYCOM’s product line of radars includes Radar Test Systems (RTS) to evaluate distance accuracy or output, Radar Alignment Systems (RAS) to help you adjust the alignment of radars, and Radar Cross Section (RCS) measurement systems to measure RCS of such radar targets as aircraft, ships and automobiles.
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Resistance & Capacitance Box
RCS Series
The RCS-box combines the features and specifications of both the R-box and the C-box in one convenient package. Ideal for setting timers, oscillators, and filters, the resistance and capacitance may be used independently, in series, or in parallel. A shorting link allows them to be coupled or separated.
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Reverberation Chambers
Over the past several decades, RCs have been enjoying growing popularity as a promising facility for the characterization of wireless devices and for EMC testing. The RC (Reverberation Chamber) measurement method exhibits much competitive superiority over the AC (Anechoic Chamber) method and TEM Cell method, such as low cost, enhanced test repeatability, a more realistic test environment, and easily achieved high-field environment. The application of the RC for performing EMC testing was first proposed by H. A. Mendes in 1968. In the recent IEC 61000-4-21 standard, the importance of EMC testing using RCs as an alternative measurement technique has been recognized.
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EMI/EMC for Electrically-Large Platforms
XGtd®
XGtd is a general purpose ray-based electromagnetic analysis tool for assessing the effects of a vehicle or vessel on antenna radiation, predicting coupling between antennas, and predicting radar cross section (RCS). It is ideally suited for applications with higher frequencies or very large platforms where the requirements of a full physics method may exceed available computational resources.
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End-to-End VoLTE Device Lab Test Automation
QUIKPROBE™ and Q-DAAT™
End-to-end test automation of devices and applications has become more critical in the launch of new 4G services, such as, VoLTE, Rich Communication Services (RCS), NFC transactions, multimedia services, etc. in order to deliver an excellent customer experience. In order to simulate realistic end user scenarios, W2BI has developed extensive set of test plans that control both the smart device and the network emulators in a lab environment. The control of the smart device enables to perform realistic end user activities and measure the results directly on the device to ensure there are no performance impacts on the device (e.g. throughput, voice quality, jitter, battery drain, etc.) or the service.
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Antenna Test & Measurement Solutions
MVG offers the broadest choice of solutions based on near-field, far-field and compact range measurement techniques for Antenna, EMC, RCS and Radome testing. Our solutions support the measurement needs of the Aerospace & Defense, Telecommunications and Automotive industries, as well as Academic and Research institutes. MVG standard systems are customizable, facilitating selection, allowing for specifications, and guaranteeing an upgrade path for the enhancement of system capabilities. From components and parts to full turn-key solutions, the right combination enables our customers to meet specific measurement needs in a variety of testing configurations.
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3D Electromagnetic Simulation Software
Efield® offers a complete and unique integrated modelling and simulation environment for 3D analysis of a wide range of electromagnetic applications such as: Antenna design All kind of antennas including horn, reflector, wire and microstrip antennas as well as broadband antennas and antenna arrays. Antenna integration Radiation pattern of installed antennas on large platforms such as aircraft or ships. Coupling between installed antennas. Microwave design Typical applications includes design of filters, connectors and couplers. EMI/EMC interaction Analysis of a wide range of EMC/EMI problems including shielding and coupling. Scattering & radar cross-section RCS analysis of structures such as aircraft, ships, air-intakes, exhausts, and antennas.
