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Fundamentals of Continuous-Time Signals Analysis

This chapter covers the classification of time-dependent signals, basic operations on continuous-time signals, and signal representation techniques using basic signals like unit-step, impulse, and exponentials. It explores symmetry, periodicity, energy/power properties, and sets the foundation for connecting signals and systems for further analysis.

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Fundamentals of Continuous-Time Signals Analysis

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  1. Signals and SystemsUsing MATLABLuis F. Chaparro

  2. Chapter 1 --- Continuous-timeSignals

  3. What is in this chapter? • Classification of time-dependent signals • Continuous-time signals • Basic operations -- even and odd signals • Periodic signals • Finite-energy, finite-power signals • Signal representation using basic signals 3

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  34. What have we accomplished? • Signal classification • Symmetry, periodicity, energy/power for continuous-time signals • Signal representation using basic signals (unit-step, impulse, ramp, exponentials) Where do we go from here? • Connect signals and systems • Develop theory that approximates behavior of most systems • Time and frequency analysis 34

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