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PRODUCTS AND SERVICES
QuickWave-3D is a universal user-friendly 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.
QuickWave-V2D is a specialised software tool for the analysis of axisymmetrical structures as large as 2000 wavelengths, including antennas (horns, rods, biconical), circular waveguide discontinuities, and resonators. It is based on the Maxwell equations re-expressed in cylindrical coordinates. Hundreds times faster than brute force 3D analysis.
Family of dielectric resonators for precise measurements of electromagnetic properties of materials at microwave frequencies.
Microwave Frequency Q-Meter for quick and automatic measurements with a dedicated SPDR and SiPDR resonators. Dedicated, user friendly and highly configurable application allows controlling measurement process and enables easy management of the measurements results.
Benchmarking: Your project, Our simulation, Your results.
Consultancy: Your question, Our answer.
mode dielectric resonator technique is intended for very precise complex permittivity measurements of bulk low loss disc or cylinder shape dielectric ceramics.
Resonators for graphene measurements specifically designed for the measurements of electrical properties of graphene deposited on small 10 mm x 10 mm dielectric substrates at microwave frequencies (around 13 GHz).
Split post dielectric resonators (SPDR) are intended for the measurements of the complex permittivity of laminar dielectric materials including LTCC substrates and also thin ferroelectric films deposited on low loss dielectric substrates.
Single post dielectric resonators (SiPDR) are intended for the measurements of the surface impedance of metamaterials and resistive films as well as for the contact-less measurements of the conductivity of semiconductor wafers.
Measurements: Your sample, Our measurement, Your results.
Training courses: presentations, live simulations and hands-on training performed in QW-Modeller and QuickWave software.
discover accurate EM modelling