Technological progress and the perpetual learning curve [Spectral Lines] PROJECT TITLE :Technological progress and the perpetual learning curve [Spectral Lines]ABSTRACT:Taking the impedance mismatch of transmission lines as a small amount, a unique impedance perturbation theory based mostly on the lumped transmission line model is established for each the one-ended and coupled transmission lines. The propagation constant, S-parameters, and T-parameters will be directly made from an impedance perturbation factor. As an application example, a detailed perturbation analysis is distributed for differential striplines, that provides insights within the S-parameter features and therefore the splitting in the modal propagation constants. The corresponding numerical simulation indicates that the perturbation model captures and explains the most vital features of the precise S-parameters. As another application example, the perturbation model is utilized in the through-reflection-line deembedding formulas to guage the measurement accuracy and sensitivity. The trends obtained by this analysis is later confirmed by experimental results. Did you like this research project? To get this research project Guidelines, Training and Code... Click Here facebook twitter google+ linkedin stumble pinterest SAR image segmentation based on active contours with fuzzy logic Highly Efficient and Multipaction-Free P-Band GaN High-Power Amplifiers for Space Applications
