The possibility to use CRLH (Composite Right-/Left-Handed) cells to realize both distributed wide-band filters for linear signal processing and non-linear devices like frequency doublers is investigated analytically and numerically. Full-wave electromagnetic simulations are performed for the filtering structure by means of a commercial software package and confirm the validity of the analytic results. Numerical results for CRLH NLTL (Non-Linear Transmission Line) obtained by using the Microwave Office are discussed, providing design considerations about the synthesis of such a component.
Simion, S., Marcelli, R., Bartolucci, G., Proietti, E., Angelis, G., Lucibello, A. (2010). Design optimization of meta-material transmission lines for linear and non-linear microwave signal processing. In 35th International Conference on Infrared, Millimeter, and Terahertz Waves, IRMMW-THz 2010. Roma [10.1109/ICIMW.2010.5612958].
Design optimization of meta-material transmission lines for linear and non-linear microwave signal processing
BARTOLUCCI, GIANCARLO;
2010-09-01
Abstract
The possibility to use CRLH (Composite Right-/Left-Handed) cells to realize both distributed wide-band filters for linear signal processing and non-linear devices like frequency doublers is investigated analytically and numerically. Full-wave electromagnetic simulations are performed for the filtering structure by means of a commercial software package and confirm the validity of the analytic results. Numerical results for CRLH NLTL (Non-Linear Transmission Line) obtained by using the Microwave Office are discussed, providing design considerations about the synthesis of such a component.| File | Dimensione | Formato | |
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