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Linear and Nonlinear Circuits
Chapter one treats Kirchhoff's Laws and Tellegen's theorem. The next four chapters introduce two-terminal and multiterminal resistive elements and resistive circuits; linear, nonlinear, passive, and active circuits; op amp circuits with linear and nonlinear models; operating points and small signal analysis; and network theorems and the Newton-Raphson procedure for solving non-linear dc resistive circuits. Chapters six and seven cover first-and second-order linear and nonlinear dynamic circuits. General dynamic circuits, analyzed by Tableau or modified node analysis, are covered in Chapter Eight. The next three chapters build up the fundamentals of linear time-invariant circuits. A brief Chapter Twelve broadens the background on network topology and treats the usual general circuit analysis methods. Chapter Thirteen covers two-ports, n-ports, and their properties--reciprocity in particular. The last Chapters brings out design issues such as the approximation problem, design of active Butterworth filters, and sensitivity analysis.
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