Signals and Systems Made Ridiculously SimpleSignals and Systems Made Ridiculously Simple is designed to be an easy-to-read study guide and concise reference book for making learning or relearning introductory signal processing and linear system theory as simple as possible. Basically, this book tells you what you need to know and tells it to you fast, without having to wade through a 700 page textbook. |
Contents
Introduction to Signals and Systems | 1 |
The Frequency Domain | 7 |
The Laplace Transform | 13 |
Copyright | |
15 other sections not shown
Common terms and phrases
analysis answer appropriate become block diagram Bode plot causal chapter circuit coefficients combined complex complex number concepts continuous continuous-time convergence convolution deconvolution defined derivative described difference differential discrete discrete-time discussion draw equation evaluated example exponentials factor feedback filter formula Fourier transform frequency domain frequency response gain given H(jw illustrate impulse response infinite initial input signal integral inverse known Laplace transform length linear linear system look loop LTI system magnitude means method modulation multiply negative Note operation original output Overview period phase pole-zero plot poles and zeros positive possible practical present problem produce properties provides Re{s region result roots samples scaled shifted shown simply single sinusoid solution stability starts step system function term things unit values Z-transform