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QuickWave is a general-purpose electromagnetic simulator based on the conformal FDTD method and supplemented with a range of unique models for curved boundaries, media interfaces, modal excitation, and parameter extraction. It has a well-established position on the world’s market due to approaching specific, challenging problems (often bound to QWED’s specialists participation in the customer’s projects as consultants). That kind of approach causes that QuickWave has a very broad variety of information which can be extracted from the simulations in a form of different pre-processings, co-processings and post-processings.
Complete measurement setups for dielectric materials including test fixtures (resonators) and cost effective Microwave Q-Meter.
Several types of resonators for precise measurements of electromagnetic properties of materials at microwave frequencies.
A novel type of a Fabry-Perot open resonator (FPOR) with Gaussian mirrors for automated broadband and precise resonant measurements of electromagnetic properties of low-loss dielectric sheets in the 20-110GHz frequency range.
Efficient imaging of material samples with a portable 2D scanner incorporating a 10GHz Split-Post Dielectric Resonator and driven by a low-form-factor vector or scalar network analyser.
Microwave Q-Meter - an inexpensive computer controlled microwave oscillator system that enables quick and automatic measurements with a dedicated SPDR and SiPDR.
Years of experience in supporting our customers in a wide variety of EM applications made us the right people to support you at any stage of a design cycle of your device. Our consulting engineers will help you to optimise and improve your early stage device or provide you with a full EM consulting service consisting of a whole design cycle - from an idea to a device.
QWED is a dynamic hi-tech company, set up in 1997 and based in Warsaw, Poland, being a happy blend of academic researchers, microwave engineers, and computer experts.
QWED is a leading provider of ultra-fast solutions (QuickWave) for electromagnetic design and simulation, EM design consulting services and measurement setups for precise measurements of electromagnetic properties of materials at microwave frequencies.
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