What are some recommended textbooks for an introductory EE course?

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SUMMARY

The forum discussion centers on recommended textbooks for an introductory Electrical Engineering (EE) course covering topics such as DC and AC circuit analysis, instrumentation, and basic digital logic. The professor suggested "Principles and Applications of Electrical Engineering" by Giorgio Rizzoni and "Electrical Engineering Principles and Applications" by Allan R. Hambley, both from 2004. Additionally, "Engineering Circuit Analysis" by William H. Hayt and Jack Kemmerly was recommended. A notable alternative is "The Art of Electronics" by Paul Horowitz and Winfield Hill, praised for its practical approach to electronics despite not directly aligning with the course syllabus.

PREREQUISITES
  • Understanding of SI Units and basic electrical concepts (voltage, current, power, energy)
  • Familiarity with DC Circuit Analysis techniques (Kirchhoff's laws, Thevenin's and Norton's theorems)
  • Knowledge of AC Circuit Analysis (phasors, impedance, power factor)
  • Basic principles of digital logic (Boolean algebra, combinational logic)
NEXT STEPS
  • Research "The Art of Electronics" by Paul Horowitz and Winfield Hill for practical electronics applications
  • Explore the latest editions of "Principles and Applications of Electrical Engineering" by Giorgio Rizzoni
  • Investigate "Engineering Circuit Analysis" by William H. Hayt and Jack Kemmerly for circuit theory fundamentals
  • Review online resources or forums discussing textbook reviews and recommendations for EE courses
USEFUL FOR

This discussion is beneficial for first-year university students enrolled in introductory Electrical Engineering courses, educators seeking textbook recommendations, and anyone interested in foundational electrical engineering principles and practical electronics.

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Hi all. I'm taking an introductory EE course this semester which will cover the following topics. Just for clarification, this is my 1st year at university. The following is the syllabus for the course:

1. Introduction
SI Units. Voltage, current, power and energy.

2. DC Circuit Analysis
Kirchhoff's voltage and current laws. Ideal and practical sources. Source transformation. Nodal and mesh analysis. Thevenin's and Norton's equivalent circuits. Maximum power transfer. Superposition Theorem. Dependent sources.

3. AC Circuits Analysis
Review of complex numbers. Root mean square value, Frequency and phase. Phasors. Impedance, Resistance, Inductance, Capacitance, Admittance. Power and power factor. Sinusoidal frequency response of circuits. Tune circuit, Resonance, bandwidth and Q factor.

4. Application Examples
(a) Principles of the DC power supply
Principles of mutual inductance and transformers, diode characteristics, bridge rectifiers.

(b) Principles of a DC motor
Principles of operation of the DC motor. Torque speed characteristics. Open loop control of speed and torque. Variation of speed and torque with voltage and current.

(c) Instrumentation and measurement systems.
Measurement principles of current, voltage, motion, force, torque, pressure, flow and temperature. Op amp, high input impedance, amplifier, difference amplifier applied to measuring systems

(d) Principles of basic digital logic
Basic digital logic. Boolean Algebra. Combinational logic.

My professor recommended these 2 textbooks for the course, but I checked Amazon.com and have found them to have been trashed pretty badly by the reviewers:

Principles and Applications of Electrical Engineering
Author:Giorgio Rizzoni Revised 4e / 2004
ISBN:0-07-119878-4 (ISE) McGraw Hill

Electrical Engineering Principles and Applications
Author:Allan R. Hambley 3e / 2004
ISBN:0-13-147046-9

In addition, he also recommended Engineering Circuit Analysis by William H. Hayt, Jack Kemmerly.

Can anyone else recommend any other textbook apart from the above?

Thanks.
 
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For a practical angle on basic electronics (including lots of circuit examples with real components), I like "The Art of Electronics" by Horowitz and Hill. Check it out at your technical library or school bookstore to see what you think. We have a thread stickied at the top of the EE forum discussing one of the aspects of the book.
 
"Art of electronics" doesn't cover the syllabus for your course BUT if you are ever going to need to use electronics for real you need this book.
Basically anyone who considers themselves in any way an EE has this book!
 
Get the textbooks the professor intends to use for the course. The textbook reviews on Amazon are often completely insane. They're usually posted by disgruntled kids who failed their classes.

- Warren
 
berkeman said:
For a practical angle on basic electronics (including lots of circuit examples with real components), I like "The Art of Electronics" by Horowitz and Hill. Check it out at your technical library or school bookstore to see what you think. We have a thread stickied at the top of the EE forum discussing one of the aspects of the book.
I'll check out the book, but only because I'm considering EE as a major, not for the course itself.

mgb_phys said:
"Art of electronics" doesn't cover the syllabus for your course BUT if you are ever going to need to use electronics for real you need this book.
Basically anyone who considers themselves in any way an EE has this book!
Any preferences for any editions of the book over the others? I could get it 2nd hand that and make it worth it that way.

Get the textbooks the professor intends to use for the course. The textbook reviews on Amazon are often completely insane. They're usually posted by disgruntled kids who failed their classes.
There are 2 of those textbooks. Any idea which is more preferable?
 
I have the 2nd edition from nearly 20years ago, haven't seen the new one yet.
The advice is pretty timeless, except maybe the last chapter with the 68K micro project.
 

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