VDD i DL Load: VDSL VTNL. KL Oa어 iDD Driver: VDSD VTND. Kp VGSD Consider the NMOS inverter with depletion load as shown in Fig. 1 below. The bias supply voltage Voo = 3.3 V. The transistor parameters are given as VIND = 0.5 V, VINL = -0.8 V, Ko = 500 µA/V", K. = 100µA/V (a) Find the transition points of the driver and load transistors. (b) Determine the the output voltage Vo when the input voltage v = 3.3 V. (c) Determine the maximum current drawn from the bias supply. (d) Determine the maximum power dissipation Pas in the circuit.
VDD i DL Load: VDSL VTNL. KL Oa어 iDD Driver: VDSD VTND. Kp VGSD Consider the NMOS inverter with depletion load as shown in Fig. 1 below. The bias supply voltage Voo = 3.3 V. The transistor parameters are given as VIND = 0.5 V, VINL = -0.8 V, Ko = 500 µA/V", K. = 100µA/V (a) Find the transition points of the driver and load transistors. (b) Determine the the output voltage Vo when the input voltage v = 3.3 V. (c) Determine the maximum current drawn from the bias supply. (d) Determine the maximum power dissipation Pas in the circuit.
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Transcribed Image Text:VDD
iDL
Load:
VDSL
VTNL, KL
Oa어
iDD
Driver:
VDSD
VTND. Kp
VGSD
Consider the NMOS inverter with depletion load as shown in Fig. 1 below. The bias supply voltage VOD = 3.3
V. The transistor parameters are given as
VIND = 0.5 V, VTNL = -0.8 V, Ko = 500 µA/V?, KL = 100HA/N?
(a) Find the transition points of the driver and load transistors.
(b) Determine the the output voltage vo when the input voltage v = 3.3 V.
(c) Determine the maximum current drawn from the bias supply.
(d) Determine the maximum power dissipation Pais in the circuit.
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