The width of the induced channel becomes non linear

The width of the induced channel becomes very large (resulting in very large resistance and very low, practically zero, current)

width becomes 1/e times the maximum possible width

The width of the induced channel becomes zero and the current saturates

At channel pinch off

1.	At channel pinch off
A.	The width of the induced channel becomes non linear
B.	The width of the induced channel becomes very large (resulting in very large resistance and very low, practically zero, current)
C.	width becomes 1/e times the maximum possible width
D.	The width of the induced channel becomes zero and the current saturates
Answer» E.

Discussion