Arbitration of many thousand flows at 100G and beyond
Nikolaos Chrysos, Fredy Neeser, et al.
INA-OCMC 2013
It is shown that the response of the electrostatic potential on voltage changes at a conducting line in a microscopic structure is fully described by a pure geometry function. This function is determined by the special microscopic character of the conducting line and by the screening due to neighboring conductors. It already allows a qualitative description of transit-time and cross-talk effects in voltage measurements via electron emission or electro-optical sampling, and provides a basis for the quantitative calculation of these effects. The geometry dependence of this function will be analyzed in detail.
Nikolaos Chrysos, Fredy Neeser, et al.
INA-OCMC 2013
Nikolaos Chrysos, Fredy Neeser, et al.
Des Autom Embedded Syst
Ronald Luijten, Matteo Cossale, et al.
ICICDT 2015
Rolf Clauberg
Journal of Applied Physics