北方工业大学：电子信息工程专业《电路分析》课程教学大纲

3.1 Basic DC to DC converters 3.1.1 Buck converter(Step-down converter) 3.1.2 Boost converter(Step-up converter) 3.1.3 Buck-Boost converter(Step-downstep-up converter)and Cuk converter 3.1.4 Sepic converter and Zeta converter 3.2 Composite DC/DC converters and connection of multiple DC/DC converters 3.2.1 A current-reversible chopper 3.2.2 Bridge chopper (H-bridge DC/DC converter) 3.2.3 Multi-phase multi-channel DC/DC converters

2.1 Single-phase controlled rectifier 2.2 2 Three-phase- controlled rectifier 2.3 Effect of transformer leakage inductance on rectifier circuits 2.4 Capacitor-filtered uncontrolled rectifier 2.5Harmonics and power factor of rectifier circuits 2.6 High power controlled rectifier 2.7 Inverter mode operation of rectifier circuit 2.8 Thyristor-DC motor system 2.9 Realization of phase-control in rectifier circuits

1.1 An introductory overview of power electronic devices 1.2 Uncontrolled device-power diode 1.3 Half-controlled device-thyristor 1.4 Typical fully-controlled devices 1.5 Other new power electronic devices 16Drive circuit for power electronic devices 1.7 Protection of power electronic devices 1.8 Series and parallel connections of power electronic devices

l. What is power electronics? ll. The history lll. Applications V. A simple example lV. About this course

1. 试计算（a）电子束在电位差为110V加速下的波长； （b）波长为150pm的德布罗意波电子的动能。 2. 若将一个电子处于长1000pm的分子中看成是一维势箱， （a）求最低能量；

信阳师范大学：《电工电子》课程教学资源（实验讲义，打印版）《EDA技术》实验讲义

信阳师范大学：《电工电子》课程教学资源（实验讲义，打印版）《数字电子技术实验》教案（任课教师：周胜海）

信阳师范大学：《电工电子》课程教学资源（实验讲义，打印版）《数字电子技术实验》教案（任课教师：周胜海）

电解 0.1 mol/L CuSO4 溶液 阴极反应（-）：Cu2+ + 2e ＝ Cu 阳极反应（+）：2H2O ＝ O2  + 4H+ +4e 电池反应：2Cu2+ + 2H2O = 2Cu + O2 + 4H+