To bias a e-MOSFET ___________

we can use either gate bias or a self bias circuit

we can use either gate bias or a voltage divider bias circuit

we can use either gate bias or a self bias circuit

we can use either self bias or a voltage divider bias circuit

we can use any type of bias circuit

Explore topic-wise MCQs in Analog Circuits.

This section includes 2 Mcqs, each offering curated multiple-choice questions to sharpen your Analog Circuits knowledge and support exam preparation. Choose a topic below to get started.

1.	For a MOSFET, the pinch-off voltage is -3V. Gate to source voltage is 20V. W/L ratio is 5. Process transconductance parameter is 40 A/V². Find drain to source current in saturation.
A.	0.10 mA
B.	0.05mA
C.	0.05mA
D.	50A
Answer» D. 50A

Discussion

2.	To bias a e-MOSFET ___________
A.	we can use either gate bias or a voltage divider bias circuit
B.	we can use either gate bias or a self bias circuit
C.	we can use either self bias or a voltage divider bias circuit
D.	we can use any type of bias circuit
Answer» B. we can use either gate bias or a self bias circuit

Discussion

Explore topic-wise MCQs in Analog Circuits.

For a MOSFET, the pinch-off voltage is -3V. Gate to source voltage is 20V. W/L ratio is 5. Process transconductance parameter is 40 A/V2. Find drain to source current in saturation.

To bias a e-MOSFET ___________

For a MOSFET, the pinch-off voltage is -3V. Gate to source voltage is 20V. W/L ratio is 5. Process transconductance parameter is 40 A/V². Find drain to source current in saturation.