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This book, written as an introduction to analog signal processing, offers examples that are worked in detail, showing step-by-step how to apply the techniques discussed within. In an effort to use current computing technologies, sections on how to work problems using MATLAB and the TI-89 hand calculator are given. Other topics covered include: basic equations for complex analog waveforms, Laplace transforms, Laplace circuit analysis, transfer functions for analog circuits, pole-zero plots, frequency response of analog circuits, filter specifications, frequency response characteristics of op-amps, and the design of Butterworth, Chebyshev, and elliptic active filters.
Introduction. What's in this book. LaPlace Tranforms. Notations. Calculations. How to Study. Using MATLAB and the TI-89. Analog Signal Analysis. Step Function. Ramp Function. tn Function. Impulse Function. Exponential Function. Sinusoidal Function. Shifted Function. Putting It All Together. Derivatives and Integrals of Waveforms. Periodic Waveform Values. Using MATLAB. Using the TI-89. LaPlace Transform. LaPlace Transforms by Table. Inverse LaPlace Transform by Table. LaPlace Operations. Inverse LaPlace Transforms using Traditional Techniques. Streamlined Inverse LaPlace Transforms. Using LaPlace Transforms to Solve Differential Equations. Using MATLAB. Using the TI-89. Circuit Analysis Using LaPlace Tranforms. Initial Voltages and Current. LaPlace Impedance. LaPlace Circuit. Solving Simple Circuits. Solving Multiple-Source Circuits. Solving Dependent Source Circuits. Solving Thevenin and Norton Circuits. Circuit Order. Using MATLAB. Using the TI-89. Sinusoidal Steady State. Transfer Function. Pole-Zero Plot and Stability. Steady-State Frequency Response and the Bode Plot. Using MATLAB. Using the TI-89. Introduction to Filters. Filter Graphs. Filter Definitions. Op-Amps. Normalized Low-Pass Filter. Topology. Coefficient Matching. Biquads. Low-Pass Filter Approximations. Using MATLAB. Using the TI-89. Practical Filters from the Generic Loss Functions. Frequency Shifting. Impedance Shifting. Gain Shifting. High-Pass Filter. Band-Pass Filter. Notch Filter. Using MATLAB. Using the TI-89.