In this study, we propose an original modelling platform 3D-TLE (Transmission Line Extractor) to determine NMR coil and microcoil performance from their geometry. Each part of our microcoil (region of interest \((ROI \sim 2µL-3µL))\), active part, Transmission Line (TL), micro-wire connection (underpass-vias) and the substrate is modelled by an electrical circuit and each contribution to the equivalent resistance is quantified. Our platform allows predicting the optimized microcoil geometry related to expected performances in terms of \(Q-factor\) and the signal-to-noise ratio \((SNR)\).
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