###### DIGITAL LOGIC CIRCUIT

###### Objectives

###### This course focuses on digital logic circuits, I/O interfaces signal conditioning: filtering and amplifying as the basic education course for applying computers. By conducting projects, students will learn skills on digital circuits, designing a digital circuit and its applications.

###### Evaluation

###### Midterm (30%), Labwork (30%), Homework(lab) (30%), Homwork(lecture) (20%)

Week | Day 1 | Day 2 | Homework |
---|---|---|---|

01 | Introduction to Logic circuits | Number System | |

02 | Boolean Algebra | Simplification of boolean I | |

03 | Simplification of boolean I | Simplification of boolean II | HW1 |

04 | National holiday | National holiday | HW2 |

05 | Simplification of boolean III | National holiday | HW3 |

06 | Multiple output networks | Combinational logic circuits I | HW4 |

07 | Combinational logic circuits II | Sequential logic circuits I | |

08 | Sequential logic circuits II | Sequential logic design I | |

09 | Sequential logic design II | Midterm exam | |

10 | Labwork Experiment I | Labwork Experiment I | |

11 | Labwork Experiment II | Labwork Experiment II | |

12 | Labwork Experiment III | Labwork Experiment III | |

13 | Labwork Experiment IV | [Practice] Labwork Experiment IV | |

14 | Labwork Experiment V | Labwork Experiment V | |

15 | Labwork Experiment VI | Labwork Experiment VI | |

16 | Final presentation | Final presentation |