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Anant Agarwal Professor, Department of Electrical Engineering and Computer Sciences MIT

Anant Agarwal

Professor, Department of Electrical Engineering and Computer Sciences
MIT

Courses

  1. Circuits and Electronics Course

    Circuits and Electronics

    MIT / Electrical Engineering
    Anant Agarwal

Lectures

  1. Basic circuit analysis method (KVL and KCL mMethod) Lecture
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    Basic circuit analysis method (KVL and KCL mMethod)

    MIT / Computer Science
    Anant Agarwal
  2. Superposition, Thevenin and Norton Lecture
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    Superposition, Thevenin and Norton

    MIT / Computer Science
    Anant Agarwal
  3. The digital abstraction Lecture
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    The digital abstraction

    MIT / Computer Science
    Anant Agarwal
  4. Inside the digital gate Lecture
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    Inside the digital gate

    MIT / Computer Science
    Anant Agarwal
  5. Nonlinear analysis Lecture
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    Nonlinear analysis

    MIT / Computer Science
    Anant Agarwal
  6. Incremental analysis Lecture
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    Incremental analysis

    MIT / Computer Science
    Anant Agarwal
  7. Dependent sources and amplifiers Lecture
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    Dependent sources and amplifiers

    MIT / Computer Science
    Anant Agarwal
  8. MOSFET amplifier large signal analysis, Part 1 Lecture
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    MOSFET amplifier large signal analysis, Part 1

    MIT / Computer Science
    Anant Agarwal
  9. MOSFET amplifier large signal analysis, Part 2 Lecture
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    MOSFET amplifier large signal analysis, Part 2

    MIT / Computer Science
    Anant Agarwal
  10. Small signal circuits Lecture
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    Small signal circuits

    MIT / Computer Science
    Anant Agarwal
  11. Capacitors and first-order systems Lecture
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    Capacitors and first-order systems

    MIT / Computer Science
    Anant Agarwal
  12. Digital circuit speed Lecture
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    Digital circuit speed

    MIT / Computer Science
    Anant Agarwal
  13. State and memory Lecture
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    State and memory

    MIT / Computer Science
    Anant Agarwal
  14. Second-order systems, Part 1 Lecture
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    Second-order systems, Part 1

    MIT / Computer Science
    Anant Agarwal
  15. Second-order systems, Part 2 Lecture
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    Second-order systems, Part 2

    MIT / Computer Science
    Anant Agarwal
  16. Sinusoidal steady state Lecture
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    Sinusoidal steady state

    MIT / Computer Science
    Anant Agarwal
  17. The impedance model Lecture
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    The impedance model

    MIT / Computer Science
    Anant Agarwal
  18. Filters Lecture
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    Filters

    MIT / Computer Science
    Anant Agarwal
  19. The operational amplifier abstraction Lecture
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    The operational amplifier abstraction

    MIT / Computer Science
    Anant Agarwal
  20. Operational amplifier circuits Lecture
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    Operational amplifier circuits

    MIT / Computer Science
    Anant Agarwal
  21. Op amps positive feedback Lecture
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    Op amps positive feedback

    MIT / Computer Science
    Anant Agarwal
  22. Energy and power Lecture
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    Energy and power

    MIT / Computer Science
    Anant Agarwal
  23. Energy, CMOS Lecture
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    Energy, CMOS

    MIT / Computer Science
    Anant Agarwal
  24. Violating the abstraction barrier Lecture
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    Violating the abstraction barrier

    MIT / Computer Science
    Anant Agarwal
  25. Introduction and Lumped Abstraction Lecture
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    Introduction and Lumped Abstraction

    MIT / Computer Science
    Anant Agarwal
  26. Amplifiers - small signal model Lecture
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    Amplifiers - small signal model

    MIT / Computer Science
    Anant Agarwal

Related Lectures

  1. Introduction to detection Lecture

    Introduction to detection

    MIT / Computer Science
    Robert Gallager
    Lizhong Zheng
  2. Hierarchical Data II Lecture

    Hierarchical Data II

    Berkeley / Computer Science
    Brian Harvey
  3. Fault Isolation with Clients and Servers Lecture

    Fault Isolation with Clients and Servers

    MIT / Computer Science
    Hari Balakrishnan
  4. SQL (continued) Lecture

    SQL (continued)

    Harvard / Computer Science
    David J. Malan