a) Calculate the Thevenin equivalent resistance seen by vo(t) for the non-inverting configuration shown in Figure...

 

  

Transcribed Image Text:

a) Calculate the Thevenin equivalent resistance seen by vo(t) for the non-inverting configuration shown in Figure 3.0. b) Calculate the Thevenin equivalent resistance seen by vo(t) for the inverting configuration shown in Figure 4.0. c) How does the two equivalent resistances compare? R1=10kΩ Vi(t) + 2 3 R2=100kΩ + +15V 7 μA741 4 -15V 6 v (t) Figure 3.0: Non-Inverting Configuration v;(t) + R1=10kΩ 2 3 R2=100kΩ + +15V 7 μA741 4 -15V 6 + v (t) Figure 4.0: Inverting Configuration a) Calculate the Thevenin equivalent resistance seen by vo(t) for the non-inverting configuration shown in Figure 3.0. b) Calculate the Thevenin equivalent resistance seen by vo(t) for the inverting configuration shown in Figure 4.0. c) How does the two equivalent resistances compare? R1=10kΩ Vi(t) + 2 3 R2=100kΩ + +15V 7 μA741 4 -15V 6 v (t) Figure 3.0: Non-Inverting Configuration v;(t) + R1=10kΩ 2 3 R2=100kΩ + +15V 7 μA741 4 -15V 6 + v (t) Figure 4.0: Inverting Configuration