Numerical simulation results derived from a Schrodinger-Poisson tool applie
d to scaled double-gate (DG) MOSFETs, supplemented by analytical characteri
zations of the pertinent physics, are presented to give insight concerning
the near-ideal features of DG devices and to explain how the low-voltage dr
ive current of the asymmetrical DG MOSFET, having only one predominant chan
nel, can be comparable to, and even higher than, that of the symmetrical-ga
te counterpart designed to have the same off-state current. (C) 2000 Academ
ic Press.