The maximum drain current for an n-channel enhancement-type MOSFET is 30 mA. Determine VGS at this current level if k = 0.06×10−3 A/V2
Solve for the drain current ID for the MOSFET in Fig. (1). Assume that the transistors have |VTh| = 1 V and exhibit |ID(sat)| = 2 mA when |VGS| = 3 V Solve for the drain current ID for the MOSFET in Fig. (2). Assume that the transistors have |VTh| = 1 V and exhibit |ID(sat)| = 2 mA when |VGS| = 3 V NOTE!!: You can check your answers for problems 1 and 2 using KVL. The positive current ID direction for NMOS/PMOS devices is indicated by the arrow direction on the transistor's source terminal. The VGS=|3 V| and |ID(sat)| = 2 mA given above are NOT the transistor operating voltage/current when it is connected to the four resistor circuits in Fig. (1) and Fig. (2).