does multisim 12 handle transistors and mosfets

Given that there is likely to be noise superimposed on the input signal it is desirable to have the output not respond to small changes in the input. The width of the transition region as a fraction of the power supply leads to a performance measure that is often referred to as the noise margin, the part of the input range where the output remains at a constant high or low level. This very fact is the reason that today nearly all digital circuitry is now build using CMOS technology. The fact that there are two parts of the characteristic curves when the input voltage is near ground and V DD, no current flows between V DD and ground, is very attractive because there is no power dissipation at this stages. The supply current characteristic plots the current flowing through the transistors between V DD and ground also versus the input voltage V IN.

Notice that when the input voltage increase from 0V to 5V the output voltage decreases from 5V to 0V. The input to output transfer characteristic plots the output voltage V OUT versus the input voltage V IN. Figure 6 Scopy screenshots: Inverter output voltage and supply current curves vs.

Does multisim 12 handle transistors and mosfets