[Solved]4 Optimized Opamp Found Part 3 Design Non Inverting Amplifier Gain 20db Report Values Feed Q37139957

4. With the optimized OPAMP you found in part 3: Design a non-inverting amplifier with a gain of 20dB. Report the values of the feedback resistors used Find by using hand analysis and simulation, the input impedance of this amplifier Run an AC simulation (1Hz to 1GHz) and draw a bode plot of the magnitude and phase. Compare this bode plot with the one you found on part 3. Explain the differences. a. b. c. d. Report the dominant pole frequency e. Find the Phase Margin of this amplifier, is it stable? f. Run a transient simulation with Vi-2*sin(w*t), f-1 kHz. Plot the input and output waveforms Do you see any distortion? If you see distortion, explain why. Plot the response of this amplifier to a step input with an amplitude of IV, report the overshoot voltage if any g. Show transcribed image text 4. With the optimized OPAMP you found in part 3: Design a non-inverting amplifier with a gain of 20dB. Report the values of the feedback resistors used Find by using hand analysis and simulation, the input impedance of this amplifier Run an AC simulation (1Hz to 1GHz) and draw a bode plot of the magnitude and phase. Compare this bode plot with the one you found on part 3. Explain the differences. a. b. c. d. Report the dominant pole frequency e. Find the Phase Margin of this amplifier, is it stable? f. Run a transient simulation with Vi-2*sin(w*t), f-1 kHz. Plot the input and output waveforms Do you see any distortion? If you see distortion, explain why. Plot the response of this amplifier to a step input with an amplitude of IV, report the overshoot voltage if any g.

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Answer to 4. With the optimized OPAMP you found in part 3: Design a non-inverting amplifier with a gain of 20dB. Report the values… . . .