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In resistive region
- a)Vds greater than (Vgs – Vt)
- b)Vds lesser than (Vgs – Vt)
- c)Vgs greater than (Vds – Vt)
- d)Vgs lesser than (Vds – Vt)
Correct answer is option 'B'. Can you explain this answer?
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In resistive regiona)Vds greater than (Vgs – Vt)b)Vds lesser tha...
In non saturated or resistive region, Vds lesser than Vgs – Vt where Vds is the voltage between drain and source, Vgs is the gate-source voltage and Vt is the threshold voltage.
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In resistive regiona)Vds greater than (Vgs – Vt)b)Vds lesser tha...
In the resistive region, the drain-source voltage (Vds) is greater than the gate-source voltage (Vgs). This means that the voltage drop across the channel between the drain and source terminals is larger than the voltage applied between the gate and source terminals.
In this region, the MOSFET operates as a linear resistor, and the drain current (Id) is directly proportional to the drain-source voltage. The transistor is not fully turned on, and the channel is not fully formed.
The resistive region occurs when the gate-source voltage is below the threshold voltage (Vth) of the MOSFET. In this region, the transistor is considered to be in the cutoff or subthreshold region, and it is not conducting a significant amount of current.
It is important to note that the resistive region is not the desired operating region for a MOSFET in most applications. The MOSFET is typically used in the saturation region, where it acts as an amplifier or switch.
In this region, the MOSFET operates as a linear resistor, and the drain current (Id) is directly proportional to the drain-source voltage. The transistor is not fully turned on, and the channel is not fully formed.
The resistive region occurs when the gate-source voltage is below the threshold voltage (Vth) of the MOSFET. In this region, the transistor is considered to be in the cutoff or subthreshold region, and it is not conducting a significant amount of current.
It is important to note that the resistive region is not the desired operating region for a MOSFET in most applications. The MOSFET is typically used in the saturation region, where it acts as an amplifier or switch.
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