ELEC 241: Sam's Lecture Notes.

Week 1

  • Signals and Systems (8/26)
  • LTI Systems and (RLC) Circuit Elements (8/28)
  • Week 2

  • Circuits: KVL and KCL (8/31)
  • Circuits: Equivalent Resistance (9/2)
  • Circuits: Thévenin and Mayer-Norton (9/4)
  • Week 3

  • No class (9/7)
  • Circuits with Resistors and Capacitors (9/9)
  • RLC Circuits as Filters (9/11)
  • Week 4

  • Filters and Power (9/14)
  • Node Method (9/16)
  • Dependent Sources and Op-Amps (9/18)
  • Week 5

  • Review: Topics for Quiz 1 (9/21)
  • Operational Amplifiers (9/23)
  • Fourier Series (9/25)
  • Week 6

  • Fourier Series (continued) (9/28)
  • Real Fourier Series (9/30)
  • Fourier Series Approximation (10/2)
  • Week 7

  • Filtering, Communication and Fourier Transforms (10/5)
  • Fourier Transform Properties and Amplitude Modulation (10/7)
  • Filtering Signals(10/9)
  • Week 8

  • No class (10/12)
  • Absent (10/14)
  • Sampling Continuous-Time Signals (10/16)
  • Week 9

  • Analog to Digital Conversion (10/19)
  • Discrete-Time Signals and DTFT (10/21)
  • Absent (10/23)
  • Week 10

  • Computational Complexity of the DFT (10/26)
  • Spectrograms and Discrete-Time Filters(10/28)
  • Discrete-Time Filters: FIR and IIR(10/30)
  • Week 11

  • Filters as Linear Difference Equations (11/2)
  • Filtering in Frequency Domain - Better or Worse?(11/4)
  • Communication(11/6)
  • Week 12

  • Wireline Communication (11/9)
  • Wireless Communication (11/11)
  • Communication(11/13)
  • Week 13

  • Digital Communication (11/16)
  • Error Analysis in Digital Communication (11/18)
  • Coding in Digital Communication (11/20)
  • Week 14

  • Error Correction Codes (11/23)
  • Neuroscience (11/25)
  • Holiday (11/27)
  • Week 15

  • Linear Block Codes (11/30)
  • Linear Block Codes (continued) (12/2)
  • Last Day of 241! (12/4)