Circuit Analysis I with MATLAB - Steven T. Karris

This book introduces the basic principles of electrical engineering presumes basic knowledge of differential and integral calculus and physics. Students learn the fundamentals of electrical circuit analysis and are introduced to MATLAB--software used to write efficient, compact programs to solve electrical and computer engineering problems of varying complexity.

Table of Contents:

1. Basic Concepts and Definitions
2. Analysis of Simple Circuits
3. Nodal & Mesh Equations
4. Introduction to Operational Amplifiers
5. Inductance and Capacitance
6. Sinusoidal Circuit Analysis
7. Phasor Circuit Analysis
8. Average and RMS Values, Complex Power, and Instruments
9. Natural Response
10. Forced and Total Response in RL and RC Circuits
11. Appendix
• Appendix A - Introduction to MATLAB
• Appendix B - A Review of Complex Numbers
• Appendix C - Matrices and Determinants

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Power System Analysis by John J. Grainger, William D. Stevenson (inc. Solutions)

Publisher's Note:

Based on William Stevenson's classic, Elements of Power System Analysis, this new senior/graduate text offers a completely modern update of this popular textbook. Covering such topics as power flow, power-system stability and transmission lines, the book teaches the fundamental topics of power system analysis accompanied by logical discussions and numerous examples.

When John Grainger began revising William Stevenson's classic Elements of Power System Analysis, he realized that a complete modernization was in order. By the time he finished, an entirely new book was written, re-titled Power System Analysis. Covering such topics as power flow, power system stability and transmission lines, Power System Analysis teaches the fundamental topics of power system analysis using logical discussions and numerous examples. The new chapter on power system state estimation incorporates the latest developments in the field, and the discussion of system control covers economic factors of line losses and penalty factors. The loyal following earned by Stevenson will surely enjoy the modern power system analysis presented here.

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NOTE: This download contains the book in PDF format as well as its solution manuals!!!

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SciLab - A Small Sized Open-Source Alternative to MATLAB

Scilab is an open source, cross-platform numerical computational package and a high-level, numerically oriented programming language. It can be used for signal processing, statistical analysis, image enhancement, fluid dynamics simulations, numerical optimization, and modeling and simulation of explicit and implicit dynamical systems. MATLAB code, which is similar in syntax, can be converted to Scilab. Scilab is one of several open source alternatives to MATLAB.

Scilab is a high-level, numerically oriented programming language. The language provides an interpreted programming environment, with matrices as the main data type. By utilizing matrix-based computation, dynamic typing, and automatic memory management, many numerical problems may be expressed in a reduced number of code lines, as compared to similar solutions using traditional languages, such as Fortran, C, or C++. This allows users to rapidly construct models for a range of mathematical problems. While the language provides simple matrix operations such as multiplication, the Scilab package also provides a library of high-level operations such as correlation and complex multidimensional arithmetic. The software can be used for signal processing, statistical analysis, image enhancement, fluid dynamics simulations, and numerical optimization.

Scilab also includes a free package called Xcos (based on Scicos) for modeling and simulation of explicit and implicit dynamical systems, including both continuous and discrete sub-systems. Xcos can be compared to Simulink from the MathWorks.

As the syntax of Scilab is similar to MATLAB, Scilab includes a source code translator for assisting the conversion of code from MATLAB to Scilab. Scilab is available free of cost under an open source license. Due to the open source nature of the software, some user contributions have been integrated into the main program.

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Circuit Analysis II with MATLAB - Steven T. Karris

Designed for use in a second course in circuit analysis, this text engages a full spectrum of circuit analysis related subjects ranging from the most abstract to the most practical. The reader of this book should have the traditional undergraduate knowledge of an introductory circuit analysis material. Another prerequisite would be a basic knowledge of differential equations. This is not a math text. However, the differential equations and Laplace transformation material presented in this text is adequate for the derivation of pertinent relations and there is no need to refer to advanced math texts. Featured are methods of expressing signals in terms of the elementary functions, an introduction to second order circuits, and several examples of analyzing electric circuits using Laplace transformation methods. Though not written explicitly to be used with MATLAB, this text provides many useful tips and strategies for MATLAB, allowing students to get the most out of the popular program.

I have personally found this book very helpful and well-written. Since, MATLAB is used by most of the electrical engineering students, so this book is a bonus for you as it shows the use of various MATLAB applications.

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