EMArges specializes in dedicated solutions for accurate electromagnetic characterization of materials. Our products are useful in the measurement of dielectric constant and loss tangent of a variety of dielectrics. We also characterize ferromagnets extracting their linewidth and magnetization factor.
Our measurement hardware exploits high Q-factor cavities, such as Fabry-Pérot Open Resonator, dielectric resonators and whispering gallery mode resonators, applicable in the frequency range spanning from 1 GHz up to 110 GHz. The cavities are normally measured with a vector network analyzer, optionally supplemented with frequency extension modules. However, EMArges has also developed a dedicated Q-meter to replace the expensive laboratory-grade instruments without any degradation of the characterization results.
EMArges team will attend European Microwave Week in September 2022 in Milan, Italy. You can visit QWED’s (#A16) booth, where our products for material characterization will be presented.
EMArges team will attend Microwave and Radar Week in September 2022 in Gdansk, Poland. You can visit QWED’s booth, where our products for material characterization will be presented.
Fabry-Pérot Open Resonator
EMArges offers a novel type of a Fabry-Perot open resonator with Gaussian mirrors for automated broadband and accurate resonant measurement of electromagnetic properties of low-loss dielectric sheets in the 20-110 GHz frequency range. The system is equipped with a specialized software controlling the measurement process and extracting complex permittivity of the material under test from the measured frequency and Q-factor.
Ferrite Sphere Linewidth Measurement Setup
The setup consists of a resonant TE102 cavity operating at ca. 5 GHz with tunable coaxial couplings terminated with SMA connectors. Together with a handheld magnet and a vector network analyzer, the setup enables accurate measurements of the ferromagnetic linewidth (ΔH) of ferrite spheres with the aid of a Windows software delivered with the system. The measurement range of ΔH is wide enough to cover both broad and narrow linewidth samples of arbitrary size, including those for which standard methods based on perturbation theory (IEC 556 1982) do not hold.
MPR Subwavelength Cavity
We manufacture a new model of Microwave Q-Meter dedicated to the measurement of dielectric properties of low-loss dielectrics with the aid of a Fabry-Perot Open Resonator (FPOR) in the frequency band of 20-40 GHz. The Q-Meter can replace a laboratory-grade vector network analyzer (VNA) that is usually employed to measure the resonant frequency and the quality factor of the FPOR. It allows one to perform automated broadband and precise room temperature scalar measurements of the properties of high-Q resonators loaded with material samples in this frequency range. It is controlled with a specialized software that oversees the measurement process and extracts complex permittivity of the material under test based on the measured properties of the cavity.
Electromagnetic characterization of materials in various frequency bands (RF, microwave, milimeter waves, sub-terahertz waves) using resonant and broadband measurement techniques
EMC design and manufacturing
development of microwave circuits
News & History
EMArges team will attend MRW2022 in September 2022 in Gdansk, Poland.
EMArges team will attend EuMA2022 in September 2022 in Milan, Italy.
EMArges team attended International Microwave Symposium in June 2022 in Denver.
EMArges team attended European Microwave Week held in April 2022 in London.
EMArges is a sponsor of The International Society for Electromagnetic Aquametry (ISEMA) 2021 held in Kiel, Germany
EMArges is a sponsor of the
German Microwave Conference 2020 held in Cottbus, Germany
EMArges attended International Microwave Symposium held in Boston, Massachussets.
EMArges attended International Microwave Symposium to be held in Philadelphia, Pennsylvania.
Team & Contact
Bank Account: 88 1140 2004 0000 3502 7725 2276
VAT Reg. No.: PL 7543164703