The Fundamentals of Electrical Engineering for Mechatronics 1st Edition by Felix Hüning 3110349914 9783110349917

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ISBN 10: 3110349914

ISBN 13: 9783110349917

Author: Felix Hüning

The technical systems we develop today are complicated. The challenges vehicle manufacturers are facing involve a combination of the fields of electronics, mechanics, control engineering, telecommunications, computer engineering, and software programming in order to realise the required functionality. This multi-disciplinary field of engineering is called mechatronics, and one of the key disciplines in this field is electronic engineering. Consequently, knowledge of the basic laws and principles of electronic engineering is mandatory for anyone who wants to work in the field of mechatronics. This book therefore explains the fundamentals of electrical engineering with an emphasis on mechatronic systems. Starting with basic laws, the main focus is on circuit analysis, including DC and AC circuits, transient effects, filters and oscillating circuits. Basic circuit elements are introduced as well as more complex semiconductor devices like operational amplifiers, biopolar junction transistors and MOSFET field-effect transistors. Finally, a short introduction to the important field of circuit simulation completes the book. The latest vehicles are classic examples of mechatronic systems. Automotive applications are therefore used throughout the book as examples to demonstrate the application of the discussed topics in a mechatronic environment.

The Fundamentals of Electrical Engineering for Mechatronics 1st Table of contents:

1 The fundamentals of solid-state physics

1.1 Charge carriers, crystal structure and conductivity

1.2 The electrical properties of solids

2 Fundamental electrical laws

2.1 The basics of electric field theory

2.2 Electric potential and voltage

2.3 Displacement field and electric flux

2.4 Electric current and current density

3 Fundamental circuit elements

3.1 Electric circuits

3.2 Consumer and generator system

3.3 Voltage sources

3.4 Ideal current sources

3.5 Resistance, resistors and Ohm’s law

3.5.1 Real resistors

3.5.2 Short circuit and open load

3.5.3 Real voltage sources

3.5.4 Real current sources

3.5.5 Transformation of sources

4 Fundamental electrical circuit laws

4.1 Kirchhoff’s laws

4.1.1 Kirchhoff’s current law

4.1.2 Kirchhoff’s voltage law

4.2 Operating point

4.3 Wye-Delta transformation

4.4 Meters and measurements

4.5 Power and energy

4.6 Maximum power transfer

4.7 Dependent and independent sources

5 Circuit analysis

5.1 Nodal analysis

5.2 Mesh analysis

5.3 Linearity and Superposition

5.4 Two-terminal circuit and Thévenin’s theorem

5.5 Norton’s theorem

6 Operational amplifier

6.1 Operational amplifier

6.2 Operational amplifier circuits

7 Time domain circuit analysis

7.1 Capacitor

7.2 Inductors

7.3 Transient effects and switching

7.3.1 First order circuit – the natural response

7.3.2 First order circuit – complete response

7.3.3 Second order circuit – the natural response

7.3.4 Second order circuit – the complete response

7.4 AC Analysis

7.4.1 Vector diagram

7.4.2 Complex numbers

7.4.3 Application of complex numbers to AC circuits

7.4.4 AC circuits

7.4.5 Kirchhoff’s laws for AC circuits

8 Building blocks

8.1 High-pass filter

8.2 Bode plot

8.3 Low-pass filter

8.4 Higher order filters

8.5 Active filter

9 AC power

9.1 AC power of a pure resistive two terminal network

9.2 AC power of a pure inductive two terminal network

9.3 AC power of a mixed two terminal networkwith L, R and C

10 Oscillating circuits

10.1 Series configuration

10.2 Parallel configuration

11 Semiconductor devices

11.1 Diode

11.2 Bipolar transistor

11.3 MOSFET

12 Circuit simulation

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