A university-level textbook that deals with the analysis of the linear model of electrical devices and systems using linear differential equations. The first three chapters analyze circuits that contain only resistors and develop general methods of circuit analysis, which are used in the subsequent chapters. The fourth and fifth chapters analyze simple circuits that contain capacitors and inductors with the introduction of differential equations. The sixth, seventh, and eighth chapters cover the theory of alternating current as a special case of the general solution and introduce the phasor transformation. The analysis also includes topics of electrical power and three-phase systems, while the topics of mutual inductance and transformers are covered in the ninth chapter. The eleventh chapter introduces the Fourier transformation and the twelfth chapter introduces the Laplace transformation, with an emphasis on their use in circuit analysis. The text is completed in the thirteenth chapter, which deals with the theory of quadrupoles.

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