電工學

電機工程是處理電力技術的工程分支,特別是機器控制,訊號處理,發電和配電的電路和設備的設計與應用。 本課程講授各種電子技術課題,包括電路分析,半導體電子元件、邏輯電路、放大器、和機電技術主題。 本課程目標為使學生了解機械工程所需的電工學原理與應用技術,掌握電路概念和分析方法,為進一步深入研究提供堅實的基礎。 本課程預期的知識成果:研究並了解電路和電子元件的基本原理,重點介紹它們在機械和相關工程應用中的應用。 Electrical engineering is a branch of engineering that deals with the technology of electricity, especially the design and application of circuitry and equipment for machine control, signals processing, power generation and distribution. This course comprises a variety of electrotechnology topics, including circuits, electronics, and electromechanics. Aims: To enable the students to understand the principles of electrotechnology needed for mechanical engineering and to grasp the circuits concepts and analyzing methods, which provides a solid basis for further study. 1. 電路分析計算 Circuits: ̇ KVL, KCL, Ohm's law. ̇ Superposition Principle, Wheaston Bridge ̇ Node-voltage & Mesh-current Analysis ̇ Norton and Thevenin Equivalent Circuits ̇ Inductance and Capacitance ̇ Transient Analysis and Steady State Analysis ̇ Filters 2. 半導體電子元件、邏輯電路、電子學與應用技術 Electronics: ̇ Amplifier: Voltage; Current; Trans-conductance; Trans-resistance; ̇ Differential Amplifier: Voltage; Current; Trans-conductance; Trans-resistance; ̇ Operational Amplifier ̇ Diode, BJT, MOSFET, IGBT ̇ PMOS, NMOS, and CMOS ̇ Logic gate circuits, Boolean function, TTL and CMOS logic gate, FPGA, CPLD. Intended knowledge outcomes: Basic principles of electrical circuits and devices are studied, with an emphasis on their use in mechanical and related engineering applications.

Calculus, Physics, and Engineering Mathematics 微積分,物理,工程數學

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評分標準: 課後作業及平時學期課中表現: 10% 第一次期中考: 30% 第二次期中考: 30% 期末考: 30%

• Introduction

  1. Overview of Electrical Engineering 2. Circuits,Currents,Voltages 3. Power, Energy 4. KCL,KVL 5. Circuit Elements 6. Ohm's Law

  講授：

  6

• Resistive Circuits

  1. Resistance in series & parallel 2. Circuit Analysis 3. Node-voltage & Mesh-current Analysis 4. Thevenin & Norton equivalent circuits 5. Superposition Principle 6. Wheatstone Bridge

  講授：

  6

• Inductance & Capacitance

  1. Capacitance 2. Capacitance in series & parallel 3. Inductance in series & parallel 4. Inductance

  講授：

  6

• Transients

  1. First-Order RC Circuits 2. DC Steady State 3. RL Circuits 4. RC & RL Circuits with General Sources 5. Second-Order Circuits

  講授：

  12

• Steady-State Sinusoidal Analysis

  1. Sinusoid Currents and Voltages 2. Phasors 相量 3. Complex Impedances 4. Circuits Analysis with Phasors and Complex Impedances

  講授：

  12

• Logic Circuits

  1. Basic Logic Circuit Concepts 2. Numerical Data in Binary Form 3. Combinational Logic Circuits 4. Boolean function 5. TTL and CMOS logic gate 6. FPGA,CPLD

  講授：

  6

• Diodes

  1. PN Junction Diodes 2. DC Steady State 3. Zener Diodes 4. Rectifier 5. Linear Small-Signal Equivalent Circuits 6. LED, Photo Diode

  講授：

  12

• Amplifiers

  1. Voltage Amplifier Model 2. Current Amplifier Model 3. Trans-conductance Amplifier Model 4. Trans-resistance Amplifier Model 5. Differential Amplifiers

  講授：

  12

• Field-Effect Transistors

  1. NMOS/PMOS Transistors 2. Load Line Analysis 3. Bias Circuits 4. Common-Source Amplifiers 5. Small-Signal Equivalent Circuits 6. Thin-Film-Transistor (TFT)

  講授：

  12

• Bipolar Junction Transistors

  1. Common Emitter Characteristic 2. Load Line Analysis 3. NPN & PNP Bipolar Junction Transistors 4. Large-Signal Analysis 5. Small-Signal Equivalent Circuits 6. IGBT

  講授：

  12

• Operational Amplifiers

  1. Ideal Operational Amplifiers 2. Inverting & Noninverting Amplifiers 3. Design of Simple Amplifiers 4. Differential & Instrument Amplifiers 5. Integrator & Differentiators 6. Active Filters

  講授：

  12

Electrical Engineering, Principles and Applications 7th Edition Author: Allan R. Hambley Publisher: PEARSON

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