Lecture | Lecture Name | Course Notes |
---|---|---|

1 | Introduction to Electronics | Introduction |

2 | A History of ECE | Ethics and Engineering |

3 | Power and Energy | Measurement Energy |

4 | Circuit Models | Resistance and Ohm's Law Power |

5 | Kirchhoff's Laws in Circuits | Kirchhoff's Circuit Laws |

6 | Current and Voltage Dividers | Circuit Analysis Shortcuts |

7 | More on Sources and Power | Waveforms |

8 | RMS and Power | Waveforms |

9 | I-V Characteristics | I-V Characteristics |

10 | Thévenin and Norton Equivalents | Thévenin and Norton Equivalents |

11 | Node Method for Circuit Analysis | Node Method for Circuit Analysis |

12 | Exercises | |

13 | Introduction to Diodes | Diodes |

14 | Diode Circuits | Diode Circuits for Signal Processing |

15 | Exercises | |

16 | Bipolar Junction Transistors | Bipolar Junction Transistors |

17 | BJT I-V Characteristics | Common Emitter BJT Circuit |

18 | BJT Voltage Amplifier | Common Emitter BJT Applications |

19 | Transistor Exercises | |

20 | Field Effect Transistors | MOSFETs |

21 | EE Topics: CMOS Logic | Logic and CMOS |

22 | EE Topics: Signals and Noise | Signals and Noise |

23 | EE Topics: Sampling | Sampling and Quantization |

24 | EE Topics: Preserving Info in A/D | |

25 | EE Topics: Quantifying Information | Information and Compression |

26 | EE Topics: Compression | |

27 | Exercises | |

28 | EE Topics: Photodiodes and Solar Panels | Solar Cells and Photodiodes |

29 | Final Exam Review |