Model-driven method: makes use of analytical expressions for file:///C:/Users/Anthony/AppData/Local/Temp/msohtmlclip1/01/clip_image006.png.It requires having at one’s disposal an accurate large signal model that lends itself to analytical expressions. The basic E.K.V. model leads to analytic expressions of the transconductance over drain current ratio. Unfortunately, it is not a good candidate for it is too basic to take into consideration important second order effects like threshold voltage roll-off, D.I.B.L, gate length modulation etc that plague real MOS transistors. The semi-empirical method does not suffer of this drawback of course |