In this work we present a novel simulation-based methodology for the defect spectroscopy in dielectric materials. The cross-correlated simulation of electrical characteristics (IV, CV, GV, BTI, charge pumping and noise) is exploited to profile the properties and energy-space distribution of the defects within the oxide bandgap. This novel defect spectroscopy technique will be applied to three case studies, i.e. Si- MOSFET gate stack optimization with either Si and beyond Si channel (InGaAs), and STO MIM DRAM capacitor scaling. The integration of these methods into the process optimization will lead to a strong reduction of the time/cost required for the development of novel device architectures.
Defect spectroscopy and engineering for nanoscale electron device applications: A novel simulation-based methodology / Larcher, Luca; Sereni, Gabriele; Vandelli, Luca. - In: ECS TRANSACTIONS. - ISSN 1938-5862. - 72:2(2016), pp. 167-177.
Data di pubblicazione: | 2016 |
Titolo: | Defect spectroscopy and engineering for nanoscale electron device applications: A novel simulation-based methodology |
Autore/i: | Larcher, Luca; Sereni, Gabriele; Vandelli, Luca |
Autore/i UNIMORE: | |
Digital Object Identifier (DOI): | http://dx.doi.org/10.1149/07202.0167ecst |
Codice identificativo Scopus: | 2-s2.0-85010670185 |
Codice identificativo ISI: | WOS:000406799900015 |
Rivista: | ECS TRANSACTIONS |
Volume: | 72 |
Pagina iniziale: | 167 |
Pagina finale: | 177 |
Citazione: | Defect spectroscopy and engineering for nanoscale electron device applications: A novel simulation-based methodology / Larcher, Luca; Sereni, Gabriele; Vandelli, Luca. - In: ECS TRANSACTIONS. - ISSN 1938-5862. - 72:2(2016), pp. 167-177. |
Tipologia | Relazione in Atti di Convegno |
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