主要任務是使學生獲得控制系統的基本概念、系統的數學模型、時間回應分析、頻率特性分析、控制系統的穩定性和系統的性能分析與校正等方面的知識。實驗課是本課程重要的教學環節,其目的是使學生掌握主要系統的分析方法，接受基本實驗技能的訓練，提高學生的動手能力和分析、解決問題的能力。The main task is to enable students to acquire basic concepts of control systems, mathematical models of systems, time response analysis, frequency characteristic analysis, stability of control systems, and system performance analysis and correction. Experimental class is an important teaching part of this course. Its purpose is to enable students to master the main systematic analysis methods, receive training in basic experimental skills, and improve students' hands-on ability and ability to analyze and solve problems.
本課程之教學目標在培養學生對自動化控制方面之基本概念及實物認知。讓學生瞭解控制信號流程及處理方式，並由動手操作控制實驗中印證自動控制的基本理論。除基本控制理論外，實驗主要以撰寫8051控制系統以控制數種馬達之實習為主。使學生在瞭解，熟讀控制原理後，能實際的應用理論於直流、步進、伺服馬達之控制上。
The teaching goal of this course is to cultivate students' basic concepts and physical understanding of automation control. Let students understand the control signal flow and processing methods, and verify the basic theory of automatic control through hands-on control experiments. In addition to basic control theory, the experiment mainly focuses on the practice of writing 8051 control systems to control several types of motors. After students understand and familiarize themselves with the control principles, they can actually apply the theory to the control of DC, stepper, and servo motors.
教師自編
Teacher's own compilation
| 評分項目 Grading Method | 配分比例 Grading percentage | 說明 Description |
|---|---|---|
| 實驗前設計實驗前設計 Pre-experimental design |
30 | |
| 術科考試術科考試 Technical examination |
30 | |
| 實作與報告實作與報告 Implementation and reporting |
40 |
