Any member of your group can be asked for the explanation. PART A: Introduction to Op-Amp Circuits transient of inverting amplifier input Amp=200mV both traces PSpice transient of inverting amplifier input Amp=5V both traces PSpice Analog Discovery picture of inverting amplifier circuit____________________ Question 1-4 PART B: Voltage Followers transient of voltage divider: load and no voltage follower PSpice 100Ω PSpice transient of voltage divider: load and a voltage follower 100Ω PSpice transient of voltage divider: load and a voltage 1Ω follower____________________________________________________ PSpice AC sweep of the input impedance for the voltage follower Questions 1-4 PART C: Integrators and Differentiators transient plot of the integrator PSpice AC sweep of amplitude with markings listed above AC sweep plot of the integrator voltage with markings listed above PSpice plots of the integrator with DC source: Slope and theoretical slope One should be when C2=1uF and C2=0.01uF__________________ PSpice plot of the ideal integrator IO Board pictures of your circuit trace at 500Hz, 1kHz, 5kHz (3 plots) Analog Discovery pictures of your integrator input and output with sine wave, triangular wave and square wave inputs (3 plots) __________________________ Questions 1-8 PART D: Using Op-Amps to Add and Subtract Signals Transient simulation of the output of the added both resistors 1k Transient simulation from PSpice with R2 modified Questions 1-3 Member Responsibilities Summary/Overview
Any member of your group can be asked for the explanation. PART A: Introduction to Op-Amp Circuits PSpice transient of inverting amplifier input Amp=200mV both traces PSpice transient of inverting amplifier input Amp=5V both traces Analog Discovery picture of inverting amplifier circuit____________________ Question 1-4 PART B: Voltage Followers PSpice transient of voltage divider: 100Ω load and no voltage follower PSpice transient of voltage divider: 100Ω load and a voltage follower PSpice transient of voltage divider: 1Ω load and a voltage follower____________________________________________________ PSpice AC sweep of the input impedance for the voltage follower Questions 1-4 PART C: Integrators and Differentiators PSpice transient plot of the integrator AC sweep of amplitude with markings listed above AC sweep plot of the integrator voltage with markings listed above PSpice plots of the integrator with DC source: Slope and theoretical slope One should be when C2=1uF and C2=0.01uF__________________ PSpice plot of the ideal integrator IO Board pictures of your circuit trace at 500Hz, 1kHz, 5kHz (3 plots) Analog Discovery pictures of your integrator input and output with sine wave, triangular wave and square wave inputs (3 plots) __________________________ Questions 1-8 PART D: Using Op-Amps to Add and Subtract Signals Transient simulation of the output of the added both resistors 1k Transient simulation from PSpice with R2 modified Questions 1-3 Member Responsibilities Summary/Overview
exp_04_Analog_Discovery_v2.2_5V_supplies.docx