(Ebook PDF) Introduction to Electrical Engineering 1st edition by Mulukutla S. Sarma 0195136043 ‎ 978-0195136043 full chapters

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ISBN-10 ‏ : ‎ 0195136043

ISBN-13 ‏ : ‎ 978-0195136043

Author :  Mulukutla S. Sarma

CD missing! In good condition with no writing or highlighting inside. Cover has general wear and tear.

Introduction to Electrical Engineering 1st Table of contents:

Part I: Electric Circuits
1:Circuit Concepts
1.1:Electrical Quantities
1.2:Lumped-Circuit Elements
1.3:Kirchoff’s Laws
1.4:Meters and Measurements
1.5:Analogy Between Electrical and Other Nonelectric Physical Systems
1.6:Learning Objectives
Problems
2:Circuit Analysis Techniques
2.1:Thevenin and Norton Equivalent Circuits
2.2:Node Voltage and Mesh Current Analysis
2.3:Superposition and Linearity
2.4:Wye-Delta Transformations
2.5:Learning Objectives
Problems
3:Time-Dependent Circuit Analysis
3.1:Sinusoidal Steady-State Phaser Analysis
3.2:Transients in Circuits
3.3:Laplace Transform
3.4:Frequency Response
3.5:Learning Objectives
Problems
4:Three-Phase Circuits and Residential Wiring
4.1:Three-Phase Source Voltages and Phase Sequence
4.2:Balanced Three-Phase Loads
4.3:Measurement of Power
4.4:Residential Wiring and Safety Considerations
4.5:Learning Objectives
Problems
Part II: Electronic Analog and Digital Systems
5:Analog Building Blocks and Operational Amplifiers
5.1:The Amplifier Block
5.2:Ideal Operational Amplifier
5.3:Practical Properties of Operational Amplifiers
5.4:Applications of Operational Amplifiers
5.5:Laerning Objectives
Problems
6:Digital Building Blocks and Computer Systems
6.1:Digital Building Blocks
6.2:Digital System Components
6.3:Computer Systems
6.4:Computer Networks
6.5:Learning Objectives
Problems
7:Semiconductor Devices
7.1:Semiconductors
7.2:Diodes
7.3:Bipolar Junction Transition
7.4:Field-Effect Transistors
7.5:Integrated Circuits
7.6:Learning Objectives
Problems
8:Transistor Amplifiers
8.1:Biasing the BJT
8.2:Biasing the FET
8.3:BJT Amplifiers
8.4:FET Amplifiers
8.5:Frequency Response of Amplifiers
8.6:Some Other Amplifier Topics
8.7:Learning Objectives
Problems
9:Digital Circuits
9.1:Transistor Switches
9.2:DTL and TTL Logic Circuits
9.3:CMOS and Other Logic Families
9.3:CMOS and Other Logic Families
9.4:Learning Objectives
Problems
Part III: Energy Systems
10:AC Power Systems
10.1:Introduction to Power Systems
10.2:Single- and Three-Phase Systems
10.3:Power Transmission and Distribution
10.4:Learning Objectives
Problems
11:Magnetic Circuits and Transformers
11.1:Magnetic Materials
11.2:Magnetic Circuits
11.3:Transformers Construction and Equivalent Circuits
11.4:Transformer Tests and Performance
11.5:Three-Phase Transformers
11.6:Autotransformes
11.7:Learning Objectives
Problems
12:Electromagnetics
12.1:Basic Principles of Electromechanical Energy Conversion
12.2:MMF Produced by Windings
12.3:EMF Produced by Windings
12.4:Rotating Magnetic Fields
12.5:Forces and Torques in Magnetic Field Systems
12.6:Basic Aspects of Electromechanical Energy Converters
12.7:Learning Objectives
Problems
13:Rotating Machines
13.1:Elementary Concepts of Rotating Machines
13.2:Induction Machines
13.3:Synchronous Machines
13.4:Direct-Current Machines
13.5:Special Machines
13.6:Learning Objectives
Problems
Part IV: Information Systems
14:Signal Processing
14.1:Signals and Spectral Analysis
14.2:Modulation, Sampling, and Multiplexing
14.3:Interference and Noise Problems
14.4:Learning Objectives
Problems
15:Communication Systems
15.1:Waves, Transmission Lines, Wave Guides, and Antenna Fundamentals
15.2:Analog Communication Systems
15.3:Digital Communication Systems
15.4:Learning Objectives
Problems
Part V: Control Systems
16:Basic Control Systems
16.1:Power Semiconductor-Controlled Drives
16.2:Feedback Control Systems
16.3:Digital Control Systems
16.4:Learning Objectives

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