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José Oscar Mur-Miranda
  • Main
    • Peer-Reviewed Publications
    • Other Publications
    • Modeling and Control, Fall 2013
    • Signal and Systems, Spring 2017
    • Nonlinear Circuit Analysis, Fall 2007
    • Continued Fraction Approximations
    • Changing Basis
    • Smart Systems
José Oscar Mur-Miranda
  • Main
    • Peer-Reviewed Publications
    • Other Publications
    • Modeling and Control, Fall 2013
    • Signal and Systems, Spring 2017
    • Nonlinear Circuit Analysis, Fall 2007
    • Continued Fraction Approximations
    • Changing Basis
    • Smart Systems
  • More
    • Main
      • Peer-Reviewed Publications
      • Other Publications
      • Modeling and Control, Fall 2013
      • Signal and Systems, Spring 2017
      • Nonlinear Circuit Analysis, Fall 2007
      • Continued Fraction Approximations
      • Changing Basis
      • Smart Systems

Modeling and Control, Fall 2013

Lecture 1: Introduction to circuits

Lab 1: Introduction to circuits - Solutions (draft)

Lecture 2: Operational amplifiers

Lab 2: Operational amplifiers - Solutions (draft)

Lecture 3: Hysteretic oscillator

Lab 3: Hysteretic oscillator - Solutions

Lecture 4: Filters

Lab 4: Filters - Solutions

Lecture 5: Thermal systems

Lab 5: Thermal systems - Solutions

Lab 6: Negative resistance - Solutions

Lecture 7: Hot wire anemometer

Lab 7: Hot wire anemometer - Solutions

Lecture 8: Motor characterization

Lab 8: Motor characterization - Solutions

Lecture 9: Second order systems

Lab 9: Feedback and control - Solutions

Lab 10: Inverted pendulum - Solutions 

Final project description


Laboratory References

Lab circuit reference

Split power supply and potentiometers


Videos

Transduction/Inverted Pendulum Demo from 1st Lecture

Circuit Diagrams

Breadboards

Circuit Hygiene

How to use the Scopes

Modcon YouTube channel

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