Abstract
This chapter reviews the fundamental laws and theorems that are applicable to electrical circuits. Analogue electronic circuits deal with signal processing techniques such as amplification and filtering of electrical and electronic signals. To understand the processing of these signals, the chapter discusses the basic relationships, which are associated with electrical currents and voltages in each electrical component as well as in any combination that make the complete electrical circuit. It defines the basic electrical quantities – voltage and current— and presents the main passive electrical devices such as resistors, capacitors, and inductors. The fundamental tools for electrical circuit analysis— Kirchhoff's laws— are discussed. Three very important electrical network theorems—namely, Thévenin's theorem, Norton's theorem, and the superposition theorem are also presented.
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