目录

  • 1 课程简介
    • 1.1 课程简介
    • 1.2 教学日历
    • 1.3 复习总结
    • 1.4 equation sheet
  • 2 晶体管总结
    • 2.1 晶体管总结和作业
  • 3 复习
    • 3.1 复习视频
  • 4 Introduction and DC Electric Theory
    • 4.1 Course materials
    • 4.2 video
    • 4.3 DC Electrical Theory Intro Practice Questions
    • 4.4 答案
    • 4.5 reference
    • 4.6 vocabulary
  • 5 Ohm's Law and Networks
    • 5.1 course materials
    • 5.2 video
    • 5.3 week2 Turorial
    • 5.4 答案
    • 5.5 reference
    • 5.6 vocabulary
  • 6 Module 3  Capacitors and Capacitance
    • 6.1 Courese materials
    • 6.2 总结
    • 6.3 video
    • 6.4 week3 turorial
    • 6.5 答案
    • 6.6 reference
    • 6.7 vocabulary
  • 7 Electromagnetism and Induactance
    • 7.1 Courses materials
    • 7.2 总结
    • 7.3 video
    • 7.4 Questions
    • 7.5 答案
    • 7.6 reference
    • 7.7 vocabulary
  • 8 DC Motors and PWM control
    • 8.1 Courses materials
    • 8.2 video
    • 8.3 Questions
    • 8.4 reference
    • 8.5 vocabulary
  • 9 DC Motor Lab1
    • 9.1 实验报告
  • 10 Semiconduactors and Active Devices
    • 10.1 Courses materials
    • 10.2 video
    • 10.3 Questions
    • 10.4 答案
    • 10.5 reference
    • 10.6 vocabulary
  • 11 Transitors
    • 11.1 course material
    • 11.2 video
    • 11.3 reference
    • 11.4 vocabulary
  • 12 Digital Logic systems
    • 12.1 Courses materials
    • 12.2 video
    • 12.3 Questions
    • 12.4 答案
    • 12.5 reference
    • 12.6 vocabulary
  • 13 Digital Logic Systems
    • 13.1 Courses materials
    • 13.2 video
    • 13.3 Questions
    • 13.4 答案
    • 13.5 reference
    • 13.6 vocabulary
  • 14 Digital Sensors and Actuators
    • 14.1 Course materials
    • 14.2 video
    • 14.3 vocabulary
  • 15 Analogue Sensors and Signals
    • 15.1 Courses materials
    • 15.2 video
    • 15.3 Questions
    • 15.4 reference
    • 15.5 vocabulary
  • 16 AC Energy and Power Factor
    • 16.1 Courses materials
    • 16.2 video
    • 16.3 Questions
    • 16.4 答案
    • 16.5 reference
    • 16.6 vocabulary
  • 17 Transformers and Rectifiers
    • 17.1 Courses materials
    • 17.2 video
    • 17.3 Questions
    • 17.4 答案
    • 17.5 reference
    • 17.6 vocabulary
  • 18 AC Distribution System and Transformers
    • 18.1 Courses materials
    • 18.2 video
    • 18.3 Questions
    • 18.4 答案
    • 18.5 reference
    • 18.6 vocabulary
  • 19 AC Motors and Generators
    • 19.1 Courses materials
    • 19.2 video
    • 19.3 Questions
    • 19.4 答案
    • 19.5 reference
    • 19.6 vocabulary
  • 20 Elecrrical Energy and Power
    • 20.1 Course materials
    • 20.2 video
    • 20.3 Questions
    • 20.4 答案
    • 20.5 reference
    • 20.6 vocabulary
  • 21 Series and Parallel Resistive Circuits
    • 21.1 Course materials
    • 21.2 练习总结
    • 21.3 video
    • 21.4 Questions
    • 21.5 reference
    • 21.6 vocabulary
  • 22 Digital Electronics Lab
    • 22.1 lab1
    • 22.2 实验报告
  • 23 lab2
    • 23.1 实验报告
    • 23.2 实验视频
  • 24 lab3
    • 24.1 实验报告
    • 24.2 实验的视频
  • 25 Measurement devices & Safety systems
    • 25.1 Courses materials
    • 25.2 video
    • 25.3 Questions
    • 25.4 reference
    • 25.5 vocabulary
  • 26 Protection Devices-MCBs,RCDs and Isolating Transformers
    • 26.1 Courses materials
    • 26.2 video
    • 26.3 Questions
    • 26.4 reference
    • 26.5 vocabulary
  • 27 SI
    • 27.1 单位
    • 27.2 相关视频
    • 27.3 测验
  • 28 Module 4- generation of electricity
    • 28.1 交流电电能的产生
  • 29 Module5 - SINGLE & THREE PHASE CIRCUITS
    • 29.1 单相和三相电路
  • 30 Module6 - Transformers - Basic - generic
    • 30.1 变压器
  • 31 Module7 - Earthing
    • 31.1 接地系统
  • 32 Module8 - Protection Devices
    • 32.1 保护元件
  • 33 Module9-Cables and Termination Systems
    • 33.1 导线和接线端
  • 34 Module10-sensors, Transducers& Controllers
    • 34.1 传感器
  • 35 课程资料
    • 35.1 fundamentals_of_electric_circuits
      • 35.1.1 basic-electronics
vocabulary

infinite

very great; impossible to measure

无限的,无穷的;无数的;极大的

series

resistors and capacitors connected end on end

串联

Parallel

a number of resistors or capacitors with all their wires connected to two points

并联

Kirchhoff's Laws

An important important of electrical circuits

基尔霍夫定律

Kirchhoff’s Current Law

The net current entering a node is zero.We abbreviate Kirchhoffs current Law as KCL.

基尔霍夫电压定律

Kirchhoff’s Voltage Law

The algebraic sum of the voltages equals zero for any closed path (loop) in an electrical circuit.We abbreviate Kirchhoffs Voltage Law as KVL.

基尔霍夫电流定律

blows

a resistor, fuse, diode, etc. break the circuit - go open circuit

断开