Practice for Digital System --- Spring 2018
Final Test (Lab-based) Lab1: 9:30~11:00AM at W100, June 20 (Wednesday), 2018
Final Test (Paper-based) 8:10~9:20AM at W100, June 27 (Wednesday), 2018
Final Test (Lab-based) Lab2: 9:30~11:00AM at W100, June 27 (Wednesday), 2018
Teaching web: http://www.nhu.edu.tw/~chun
Reference book：
M. Morris Mano，"Digital Design"，5th Ed.，2012，Prentice Hall
Recommended-readings web: http://qnew.nhu.edu.tw (課程諮詢影音平台簡介)
Prerequisite： no
Handouts：
Course Overview Lab01-Introduction to Instruments Lab02-Basic Logic Gates Lab03-Particular Logic Gates
Lab04-Active High&Low for Driving Lab05-Equivalent Logic Gates Lab06-Applications of Logic Gates Lab07-Encoders
Lab08-Decoders Lab09-Multiplexers & Demultiplexers Lab10-Adders & Subtractors Lab11-Astable Oscillators
Lab12-One-shot & Latches & Flip-Flops Lab13-Counters & Displayers Lab14-Shift Registers Lab15-One-Shot (Monostable)
Homeworks：
Remedial Teaching for Midterm-Test Problems (Due date: 5/9) for Students that their score in Midterm Test (Paper-based) is under 60.
Grading：
Experiments & Assignments 40%, Mid-term Test (paper-based) 20%, Final Test (paper-based & lab-based) 40%,
and Attendance -5%~5% (Final test may be rejected if your absence is up to 6 week-times)
Contents：
This course introduces the basic characteristics of digital circuit devices, how to make the applications of these digital devices, and combine them for various practical experiments of digital system circuits. These covered topics are as follows: experiment of basic logic gates, experiment of TTL and CMOS interface, experiment of particular logic gates, experiment of encoders, experiment of 7-segment decoder display, experiment of multiplexers and demultiplexers, experiment of latch and flip-flops, experiment of counters, experiment of shift registers, experiment of adders and subtractors, and experiment of oscillators.
Course Overview
01. Course Overview including Lab Safety Rules
02. Introduction to Basic Instruments (Power supply, Digital meter, ...)
03. Experiment of Basic Logic Gates
04. Experiment of Particular Logic Gates
05. Experiment of Logic High/Low Driving
06. Experiment of Equivalent Logic Gates
07. Experiment of Logic Gate Applications
08. Experiment of Encoders
09. Mid-term Test (Paper-based test) - 8:10AM ~ at W100, April 25 (Wednesday), 2018
10. Experiment of Decoders
11. Experiment of Multiplexers and Demultiplexers
12. Experiment of Adders and Subtractors
13. Experiment of Astable Oscillators
14. Experiment of Latches and Flip-Flops
15. Experiment1 of Counters and Displayers
16. Experiment of Shift Registers
17. Experiment of One-Shot (Monostable Oscillator)
18. Final Test (Lab-based) Lab1: 9:30~11:00AM at W100, June 20 (Wednesday), 2018
Final Test (Paper-based) 8:10~9:20AM at W100, June 27 (Wednesday), 2018
Final Test (Lab-based) Lab2: 9:30~11:00AM at W100, June 27 (Wednesday), 2018
校院系之基本素養與核心能力的關聯性:
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A課程概述 |
本課程主要介紹數位電路元件之基本特性，瞭解電路元件的使用方法，並實際操作實習，做為日後設計各種數位電路之基礎。課程內容包括：基本邏輯閘實習、TTL與CMOS之介面實習、特殊邏輯閘應用實習、編解碼器實習、7段解碼顯示器、多工器與解多工器實習、閂鎖器與正反器實習、計時器實習、移位暫存器實習、加法器與減法器實習、振盪器電路實習等。 |
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B教學目標 (標註能力指標) |
1.認識數位電路元件之基本特性及使用方法。(AMA1) 2.能自行操作應用儀器來量測數位電路元件的特性。(BMA1) 3.瞭解組合與循序電路之基本原理及使用方法。(AMA2) 4.熟習基本數位電路實務操作及除錯。(CMA1) 5.熟習組合與循序應用電路實務操作及除錯。(CMA2) 6.培養群組合作完成數位電路實作並進行分析量測。(DMA1) |
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C核心能力 |
資訊產業基礎專業能力 (A) |
自覺學習 (B) |
實務應用 (C) |
溝通合作 (D) |
社會關懷 (E) |
身心康寧 (F) |
備註 |
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D課程權重% |
30% |
20% |
45% |
5% |
0% |
0% |
合計100% |