If resistance R1 is 10KΩ, V2 = 2V, V1 = 3V and the diode is ideal, t – McqOptions

MCQOPTIONS

1.	If resistance R1 is 10KΩ, V2 = 2V, V1 = 3V and the diode is ideal, then the current I through the circuit will be ___________
A.	0.3mA
B.	0.6mA
C.	0.7mA
D.	0.1mA
Answer» E.

Discussion

No Comment Found

Related MCQs

What will be the voltage Vout if VA = 3V and VB = -5V and the diodes are ideal?
If resistance R1 is 10K, V2 = – 2V, V1 = 3V and the diode is ideal then the current I through the circuit will be _________
If resistance R1 is 10KΩ, V2 = 2V, V1 = 3V and the diode is ideal, then the current I through the circuit will be ___________
If current source I produces a current of 1mA and resistance R=3kΩ, then what is the voltage across the resistor given that diode is ideal?
The current I through the circuit I if voltage v = -3V is _______________
The voltage VOUT across the ideal diode if VIN is-5V and resistance R1=10KΩ is ___________
The current I through the circuit if we consider diode in ideal diode model.
Voltage drop produced by a diode at forward bias in ideal diode model is equal to ___________
In ideal diode model diode in reverse bias is considered as a ___________
In ideal diode model diode in forward bias is considered as a ___________