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20.309 exam 2 study set

Naomi Zecharias Inglés 28 fichas

20.309 exam 2 study set

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  1. 1Impulse response- Inverse transform of the transfer (aka transfer function is the fourier transform of an impulse response)
    -response to an impulse input (a sudden force, so looks like a sudden spike then decrease)
  2. 2Critically damped, under damped, or over damped? What does the transfer function look like?- Critically damped (zeta = 1)
    - what does the impulse response look like?
    Critically damped, under damped, or over damped? What does the transfer function look like?Critically damped, under damped, or over damped? What does the transfer function look like?
  3. 3Critically damped, under damped, or over damped? What does the transfer function look like?- Underdamped (zeta<1)
    - what does the impulse response look like?
    Critically damped, under damped, or over damped? What does the transfer function look like?Critically damped, under damped, or over damped? What does the transfer function look like?
  4. 4Critically damped, under damped, or over damped? What does the transfer function look like?- Overdamped (zeta>1)
    - what does the impulse response look like?
    Critically damped, under damped, or over damped? What does the transfer function look like?Critically damped, under damped, or over damped? What does the transfer function look like?
  5. 5Critically damped, under damped, or over damped? What does the step response look like?-critically damped
    -what does the phase look like?
    Critically damped, under damped, or over damped? What does the step response look like?Critically damped, under damped, or over damped? What does the step response look like?
  6. 6Critically damped, under damped, or over damped? What does the step response look like?Underdamped
    What does the phase look like?
    Critically damped, under damped, or over damped? What does the step response look like?Critically damped, under damped, or over damped? What does the step response look like?
  7. 7Critically damped, under damped, or over damped? What does the step response look like?Overdamped
    What does the phase look like?
    Critically damped, under damped, or over damped? What does the step response look like?Critically damped, under damped, or over damped? What does the step response look like?
  8. 8What does the pole zero diagram look like?Critically damped: one pole, one zeroWhat does the pole zero diagram look like?What does the pole zero diagram look like?
  9. 9What does the pole zero diagram look like?Overdamped: two poles, one zeroWhat does the pole zero diagram look like?What does the pole zero diagram look like?
  10. 10What does the pole zero diagram look like?Underdamped: conjugate pair of poles, one zeroWhat does the pole zero diagram look like?What does the pole zero diagram look like?
  11. 11Step Response- Signal response for step input
    - The integral of the impulse response
  12. 12low pass filter pole zero diagramone pole on the real axis
    no zeros
    low pass filter pole zero diagram
  13. 13high pass filter pole zero diagramOne pole on the real axis
    One zero @ 0
    high pass filter pole zero diagram
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  24. 24What is the error signal?E = Vin-VfWhat is the error signal?
  25. 25What is Vout? What is Vf?Vout = HE
    Vf = BVout
    Substitute Vf into E = Vin-Vf, and substitute E into Vout = HE:
    Vout = H(Vin-BVout)
    What is Vout? What is Vf?
  26. 26What is the transfer function Vout/Vin?Vout/Vin = H/(1+BH)What is the transfer function Vout/Vin?
  27. 27What is the transfer function around the summing node/feedback pathway Vf/Vin?Vf/Vin = BH/(1+HB)What is the transfer function around the summing node/feedback pathway Vf/Vin?
  28. 28What is the transfer function of the summing node/forward pathway?E/Vin = 1/(1+BH)What is the transfer function of the summing node/forward pathway?

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Fichas sobre 20.309 exam 2 study set, creado por Naomi Zecharias el 05/12/2023.
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Naomi Zecharias
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