Figure 4 The spec sheet shows I GSS = 200 nA (max)at V GS = -15 V and V DS = 0 V.
-Refer to Figure 4. Assume the voltage gain is 0.92. The power delivered to the load resistor is
A)1.2 mW
B)2.7 mW
C)2.3 mW
D)1.4 mW

Question

Figure 4 The spec sheet shows I GSS = 200 nA (max)at V GS = -15 V and V DS = 0 V.
-Refer to Figure 4. Assume the voltage gain is 0.92. The power delivered to the load resistor is
A)1.2 mW 
B)2.7 mW 
C)2.3 mW 
D)1.4 mW

Quizplus · Accepted Answer

The power delivered to the load resistor is given by:P = V^2 / Rwhere V is the voltage across the load resistor and R is the resistance of the load resistor.In this case, the voltage across the load resistor is 0.92 * 1.2 = 1.104 V. The resistance of the load resistor is 1 kΩ.Therefore, the power delivered to the load resistor is:P = 1.104^2 / 1000 = 1.21 mWThe closest answer choice is A) 1.2 mW.

Figure 4 the Spec Sheet Shows IGSS = 200 NA

Figure 4 the Spec Sheet Shows I_GSS= 200 NA