In this paper, the nonlinear transmission lines (NLTLs) for picosecond shockwaves generation, manufactured on GaAs membrane are analysed for the first time. A comparison between the performances obtained by using NETLs on GaAs bulk as well as on GaAs membrane is performed by computer simulation. It is shown that the NLTL realised on GaAs membrane is able to generate shockwaves having shorter fall-time and larger amplitude compare to the NLTL realised on GaAs bulk, for the same number of Schottky diodes and Bragg frequency
Nonlinear Transmission Lines on GaAs Membranes for Picosecond Large Amplitude Shockwaves Generation
G Bartolucci;R Marcelli;
1997
Abstract
In this paper, the nonlinear transmission lines (NLTLs) for picosecond shockwaves generation, manufactured on GaAs membrane are analysed for the first time. A comparison between the performances obtained by using NETLs on GaAs bulk as well as on GaAs membrane is performed by computer simulation. It is shown that the NLTL realised on GaAs membrane is able to generate shockwaves having shorter fall-time and larger amplitude compare to the NLTL realised on GaAs bulk, for the same number of Schottky diodes and Bragg frequencyFile in questo prodotto:
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