- Laser-based FinFET hot-carrier degradation resolved in time-domain

Simplified diagram of the laser setup. A beam splitter splits the laser pulse in two pulses and routes them in two optical paths of equal length. From the speed of light, micron-level stage accuracy translates to femtosecond-level delay accuracy.

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Reference

Laser-based FinFET hot-carrier degradation resolved in time-domain - Scientific Figure on ResearchGate. Available from: https://www.researchgate.net/figure/Simplified-diagram-of-the-laser-setup-A-beam-splitter-splits-the-laser-pulse-in-two_fig3_389596704 [accessed 23 Jun 2025]

Caption

Simplified diagram of the laser setup. A beam splitter splits the laser pulse in two pulses and routes them in two optical paths of equal length. From the speed of light, micron-level stage accuracy translates to femtosecond-level delay accuracy.

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<a href="https://www.researchgate.net/figure/Simplified-diagram-of-the-laser-setup-A-beam-splitter-splits-the-laser-pulse-in-two_fig3_389596704"><img src="https://www.researchgate.net/publication/389596704/figure/fig3/AS:11431281314077368@1741221268494/Simplified-diagram-of-the-laser-setup-A-beam-splitter-splits-the-laser-pulse-in-two.jpg" alt="Simplified diagram of the laser setup. A beam splitter splits the laser pulse in two pulses and routes them in two optical paths of equal length. From the speed of light, micron-level stage accuracy translates to femtosecond-level delay accuracy."/></a>