Principles and applications of electrical engineering / Giorgio Rizzoni
Publication details: Boston : McGraw Hill, C2007.Edition: 5th editionDescription: xviii, 1134 p. : ill. (some col.) ; 26 cmISBN:- 9780071254441
- 0071254441
- 22 621.381 RIZ
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621.381 RAO Chapter 6 : Oscillators in Electronic devices and circuits/ | 621.381 REQ 1 Requirements for Electrical Installations: IEE Wiring Regulations / | 621.381 RIZ 1 Principles and applications of electrical engineering / | 621.381 RIZ 2 Principles and applications of electrical engineering / | 621.381 RIZ 3 Principles and applications of electrical engineering / | 621.381 RIZ 4 Principles and applications of electrical engineering / | 621.381 SAL Electronic devices and circuits/ |
CONTENTS
Chapter 1 Introduction to electrical engineering
1.1 electrical engineering
1.2 electrical engineering as a foundation for the design of mechatronic systems
1.3 fundamentals of engineering exam review, etc
chapter 2 Fundamentals of electric circuits
2.1 definitions
2.2 charge, current, AND Kirchhoff's current law
2.3 voltage and Kirchhoff's law, etc
chapter 3 Resistive network analysis
3.1 network analysis
3.2 the node voltage method
3.3 the mesh current method, etc
chapter 4 AC Network analysis
4.1 energy storage (dynamic) circuit
4.2 elements
4.3 time-dependent signal sources, etc
chapter 5 Transient analysis
5.1 transient analysis
5.2 writing differential equations for circuits containing inductors and capacitors,
5.3 DC steady-state solution of circuits, etc
chapter 6 Frequency response and system concepts
6.1 power in AC circuit
6.2 Fourier analysis
6.3 filters, etc
chapter 7 AC Power
7.1 power in AC circuit
7.2 complex power
7.3 transformers, etc
chapter 8 Operational Amplifiers
8.1 ideal amplifiers
8.2 the operational amplifiers
8.3 active filters, etc
chapter 9 Semiconductors and diodes
9.1 electrical conduction in semiconductor devices
9.2 the Pn junction and the semiconductor diode
9.3 circuit models for the semiconductor, etc
chapter 10 Bipolar junction transistors: Operation, circuit models and applications
10.1 transistors as amplifiers and switches
10.2 operation of the bipolar junction transistor
10.3 BJT larger-signal model, etc
chapter 11 Field-effect transistors: Operation, circuit models, and applications
11.1 classification of field -effect transistors
11.2 overview of enhancement-mode mosfet
11.3 biasing mosfet circuits, etc
chapter 12 Power electronics
12.1 classification of power electronic devices
12.2 classification of power electronics circuits
12.3 voltage regulators, etc
chapter 13 Digital logic circuits
13.1 analog and digital signals
13.2 the binary number system
13.3 Boolean Algebra, etc
chapter 14 Digital systems
14.1 sequential logic modules
14.2 sequential logic design
14.3 microprocessors, etc
chapter 15 Electronic instrumentation and measurements
15.1 measurement systems and transducers
15.2 wiring, grounding, and noise
15.3 signal conditioning, etc
Part III Communication systems
chapter 16 Analog communication systems
16.1 introduction to communication systems
16.2 spectral analysis
16.3 amplitude modulation and demodulation, etc
chapter 17 Digital communications
17.1 a typical digital communication system
17.2 introductory probability
17.3 pulse code modulation, etc
Part IV
ELECTROMECHANICS
chapter 18 Principles of electro mechanics
18.1 electricity and magnetism
18.2 magnetic circuits
18.3 magnetic materials, etc
chapter 19 Introduction to electric machines
19.1 rotating electric machines
19.2 direct-current machines
19.3 direct-current generators, etc
chapter 20 Special-purpose electric machines
20.1 brushes DC motors
20.2 stepping motors
20.3 switched reluctance motors, etc
Index : p.1121-1134
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