Tsinghua bilingual teaching book: Principles and Applications of Electrical Engineering (5th Edition)(Chinese Edition)

Ship out in 2 business day, And Fast shipping, Free Tracking number will be provided after the shipment.Paperback. Pub Date: December 2012 Pages: 1134 Language: Chinese. English in Publisher: Tsinghua University Press Tsinghua version bilingual teaching books: Principles and Applications of Electrical Engineering (5th Edition) primary objective is to describe the electrical. electronic and the principle of the mechanical and electrical engineering. Audience engineering electrical professional students. including sophomore students are learning basic electrical engineering courses. as well as learning the electronics. electrical and mechanical engineering and mechatronics course first-year graduate students. Tsinghua bilingual teaching books: Principles and Applications of Electrical Engineering (5) The second purpose is to focus on the important conclusions and to illustrate the principle. to provide students with the most suitable for solving a variety of practical problems of analysis calculated tools. Tsinghua bilingual teaching book: Principles and Applications of Electrical Engineering (5th edition) The third purpose is by example. completely practical example to show the image of a series of related applications of the principles of electrical engineering. These examples are from the author's experience in engineering research. application engineers and our industry partners also contribute. Contents: Chapter 1 Electrical Engineering Technology Introduction 1.1 Electrical Engineering 1.2 Electrical Engineering as mechatronic systems design engineering basis for the diagnosis of the basis of 1.3 Review Chapter 2 circuit basis of 2.1 Definitions 1.4 History of Electrical Engineering Profile 1.5 unit system 1.6 book features the first part of the circuit 2.8 2.2 charge. current. and Kirchhoff's current law 2.3 voltage and Kirchhoff's voltage law 2.4 electrical power and symbols rule 2.5 circuit elements and the volt-ampere characteristic curve 2.6 resistance and Ohm's law 2.7 actual voltage source and current source circuit measuring instruments Chapter 3 resistor network analysis 3.1 Network 3.5 superposition principle 3.6 single-port network equivalent circuit 3.7 maximum power transmission 3.8 nonlinear circuit analysis of the the 3.2 node potential method 3.3 mesh current method 3.4 with controlled source circuit node and mesh analysis components Chapter 4 AC circuit analysis 4.1 containing energy storage element circuit (dynamic circuit) 4.2 time-dependent source 4.3 solution containing energy storage element circuit (dynamic circuit) 4.4 with sinusoidal excitation circuit phasor 4.5 AC circuit analysis method Chapter transient analysis of 540 first-order circuit 5.1 Transient analysis of differential equations 5.2 containing inductance. capacitance circuits 5.3 DC steady-state solution - the initial state and steady state circuit containing inductance. capacitance transient response 5.5 second-order circuit transient response Chapter 6. the frequency response of the system concept 6.1 sinusoidal frequency response 6.2 Fourier analysis of the three-phase power of power 7.2 7.1 6.3 filter 6.4 Bode plots Chapter 7 AC Power AC circuit complexity power 7.3 Transformer 7.4 7.5 Residential Cabling: ground 8.3 7.6 AC power generation and transmission and distribution electronic technology of electrical safety Chapter 8 op amp 8.1 ideal amplifier 8.2 op amp active filter 8.4 differential opamp integrator circuit the 8.5 analog computer 8.6 the physical limitations of Chapter 9 of the semiconductor and Diode 9.7 9.2 PN junction of 9.1 the conductive properties of the semiconductor device and semiconductor diode the 9.3 diode circuit model 9.4 rectifier circuit 9.5 DC power supply. a zener diode. the voltage stability of 9.6 Signal Processing Application photodiode Chapter 10 of the transistor's working principle. the circuit model and applications 10.1 transistor works 10.3 10.2 amplifier and switching bipolar transistor bipola.…