Q38: Determine the transfer function H(s)= Vo(s)/Vi(s) for the op amp circuit shown in Figure 13. (Hint Recall that no current flows into the ideal op amp’s inverting and noninverting inputs. This allows a divide and conquer approach for determining ...

Question 36 For Q36,37: Consider the op amp circuit in Figure 13. Q36: If the input voltage is ui=2.00 V, what will the output voltage vo be? Q37: If the input voltage is v 1=-1 V, what will the current io be?

Question 33 For Q33-35: Consider the two-port circuit shown in Figure 12. Find the g-parameters for this two port circuit. Recall that the terminal equations for the g-parameters are given by ——- Also, recall that for a reciprocal circuit     g21=-g12 Q33: ...

Question 31 For Q31,32: Design a series RLC bandpass filter with a center frequency of 4.15 Mrad/s and a bandwidth of 62.8 krad/s. The inductor for the filter is chosen to be 47.0 aH Q31: The value of the capacitor is Q32: The ...

Question 29. Q29, 30: Design an RC low -pass filter with a cutoff frequency of 3300 Hz using a C=68.0nF capacitor. Q29. What is the value of the resistor in the filter? Q30: If the input to the filter is v(t)=5.0 cos(10t ) ...

Question 28 Q28: What type of filter is shown in figure 11? (Hint: Use qualitative analysis to examine behavior at low and high

Question 25 For Q25-27: Consider the circuit shown in Figure 10. The switch has been in position a for a long time. At time t = 0, the switch instantaneously moves to position b. Q25: The initial condition on the inductor iz ...

Question 24 Q24: A circuit has transfer function H(o) = The time domain input to the circuit is v1 (t) = 3u(t) V. What is the output vo (t) at steady state, after all transients have died away?

  Q23: What is the expression for the signal f(t) shown in Figure 9?

Question 19 For Q1922 Consider a balanced three-phase circuit consisting of a Y-connected source connected to a Y-connected load by transmission lines. The load has impedance 63+j12  ^/¢. The transmission line has impedance 1.2+j0.8  /¢. The source impedance is negligible. The ...