Refer to the diagram below for a 2n7000 MOSFET switching operation. Given VG=0V, R1=95Ω and RDS(on) is 4Ω. Determine the voltage at the drain, VD.
Express your answer in mA and in 2 decimal places.
Unfortunately, the provided diagram is missing and we cannot determine the voltage at the drain, VD, without it.
To determine the voltage at the drain, VD, we need to consider the circuit setup and use Ohm's Law.
In this case, we have VG = 0V, R1 = 95Ω, and RDS(on) = 4Ω.
The MOSFET switching operation implies that the MOSFET is being used as a switch, where it can be either fully on or fully off.
When the MOSFET is on, it acts as a closed switch, and when it is off, it acts as an open switch.
Considering that VG = 0V, the MOSFET will be fully off, resulting in no current passing through it.
Since no current is flowing through the MOSFET, there will be no voltage drop across RDS(on), which is 4Ω.
Therefore, the voltage at the drain, VD, will be equal to the supply voltage.
To provide a more accurate answer, please provide the supply voltage for the circuit.