Hence the threshold voltage for switching between the states depends on the present state of the trigger.
In addition, the output current is affected by drain-induced barrier lowering of the threshold voltage.
The threshold voltage thus can be tuned by the thickness of the thin metal layer.
Pay particular attention to the shift in threshold voltage with different oxide thicknesses.
The term "threshold voltage" is unambiguous and refers to the same concept in any field effect transistor.
Thus, the thinner the oxide thickness, the lower the threshold voltage.
Looking above, that while the threshold voltage does not have a direct relationship but is not independent of the effects.
This is about half of the threshold voltage of a usual diode.
As there is control over the threshold voltage and energy tolerance, they find use in all sorts of applications.
So, phase 4 takes longer to reach the threshold voltage.
