Test Bank

• Resistive Op-Amps (ECE 110, EGR 224)
  • ECE61S01T2P4
  • ECE61F01T2P3
  • EGR224S09T2P4
  • EGR224S10T2P5

• Reactive Op-Amps (ECE 110, EGR 224)
  • ECE61S01T3P3
  • ControlsS06T1P5 (using Fourier versus Laplace for 110; also has inverse Laplace for step response)
  • ControlsSS20T1P3
  • ControlsSS21T1P3
  • ECE110F14T2P5
  • EGR224S08T2P3(a)
  • EGR224S09T2P4

• Digital Logic Problems (ECE 110)
  • ECE110F12T1P1
  • ECE110S13T1P1
  • ECE110F14T1P1
  • ECE110S15T1P1
  • ECE110F15T1P1
  • ECE110S16T1P1
  • ECE110S18T1P1
  • ECE110F19T1P1
  • EGR224S08T2P4

• Bode Plots (EGR 224)
  • BME153S09T2P2
  • ECE110F12T2P4
  • ECE110S13T2P4
  • ECE110S15T2P5
  • ECE110F15T2P5
  • ECE110S16T2P5
  • ECE110F16T2P5
  • ECE110F19T2P3
  • ECE110F19T2P5
  • EGR224S10T2P3

• Filter Design
  • High-pass / Low-pass (ECE 110, EGR 224)
    • ECE110S13T2P5
    • ECE110F22T2P7
    • EGR224S09T2P1
  • Band-pass (None in F24)
    • BME153S09T2P2
    • ECE110F12T2P4
    • EGR224S10T2P3
    • EGR224S10T2P4

• Laplace Transforms (EGR 224, ECE 280)
  • Solving Differential Equations w/ non-zero IC
    • ECE61F01T3P4* This was solved using classical techniques, but for EGR 224/ECE 280 you can use ULT!
    • ControlsS06T1P1
    • ControlsS07T1P1
    • ControlsS10T1P1
    • ControlsF15T1P1
    • ControlsF16T1P1
    • ControlsSS2T1P1
  • Step / Impulse Responses
    • ControlsS10T1P1
    • ControlsF15T1P1
    • ControlsF16T1P1
    • ControlsSS20T1P1
    • ControlsSS21T1P1
    • EGR224S08T1P5
  • General
    • ControlsSS20T1P1
    • ControlsSS21T1P1