Front Cover -- Circuits, Systems, and Signals for Bioengineers: A Matlab-Based Introduction -- Copyright Page -- Contents -- CHAPTER 1. BIOENGINEERING SIGNALS AND SYSTEMS -- 1.1 Biological Systems -- 1.2 Biosignals -- 1.3 Linear Signal Analysis: Overview -- 1.4 Noise and Variability -- 1.5 Summary -- Problems -- CHAPTER 2. BASIC SIGNAL PROCESSING -- 2.1 Basic Signals: The Sinusoidal Waveform -- 2.2 Signal Properties: Basic Measurements -- 2.3 Advanced Measurements: Correlations and Covariances -- 2.4 MATLAB Implementation -- 2.5 Summary -- Problems -- CHAPTER 3. FREQUENCY TRANSFORMATIONS -- 3.1 Useful Properties of the Sinusoidal Signal -- 3.2 Fourier Series Analysis -- 3.3 Frequency Representation -- 3.4 Complex Representation -- 3.5 The Continuous Fourier Transform -- 3.6 Discrete Data: The Discrete Fourier Transform -- 3.7 Power Spectrum -- 3.8 Signal Bandwidth -- 3.9 MATLAB Implementation -- 3.10 Summary -- Problems -- CHAPTER 4. CIRCUIT AND ANALOG ANALYSIS IN SINUSOIDAL STEADY STATE -- 4.1 Circuits and Analog Systems -- 4.2 System Variables and Elements -- 4.3 Phasor Analysis -- 4.4 Mechanical Elements -- 4.5 Summary -- Problems -- CHAPTER 5. ANALYSIS OF ANALOG MODELS AND PROCESSES -- 5.1 Conservation Laws: Kirchhoff's Voltage Law -- 5.2 Conservation Laws: Kirchhoff's Current Law―Nodal Analysis -- 5.3 Conservation Laws: Newton's Law-Mechanical Systems -- 5.4 Summary -- Problems -- CHAPTER 6. FREQUENCY CHARACTERISTICS OF CIRCUITS AND ANALOG PROCESSES: THE TRANSFER FUNCTION -- 6.1 The Circuit or Mechanical System as a Process -- 6.2 Transfer Function Frequency Plots: The Bode Plot -- 6.3 Filters -- 6.4 MATLAB Implementation -- 6.5 Summary -- Problems -- CHAPTER 7. RELATIONSHIPS BETWEEN ANALOG ELEMENTS -- 7.1 System Simplifications: Passive Network Reduction -- 7.2 Ideal and Real Sources.

7.3 Thévenin and Norton Theorems: Network Reduction with Sources -- 7.4 Measurement Loading -- 7.5 Mechanical Systems -- 7.6 Multiple Sources: Revisited -- 7.7 Summary -- Problems -- CHAPTER 8. THE ANALYSIS OF TRANSIENTS: THE LAPLACE TRANSFORM -- 8.1 The Laplace Transform -- 8.2 Laplace Analysis: The Laplace Transfer Function -- 8.3 Nonzero Initial Conditions -- 8.4 Initial and Final Value Theorems -- 8.5 The Laplace Domain and the Frequency Domain -- 8.6 Summary -- Problems -- CHAPTER 9. SYSTEM MODELS AND BEHAVIOR -- 9.1 The System Model -- 9.2 The Convolution Integral -- 9.3 Resonance -- 9.4 Summary -- Problems -- CHAPTER 10. BASIC ANALOG ELECTRONICS: OPERATIONAL AMPLIFIERS -- 10.1 The Amplifier -- 10.2 The Operational Amplifier -- 10.3 The Noninverting Amplifier -- 10.4 The Inverting Amplifier -- 10.5 Practical Operational Amplifiers -- 10.6 Power Supply -- 10.7 Operational Amplifier Circuits, or 101 Things to Do with an Operational Amplifier -- 10.8 Summary -- Problems -- APPENDIX A -- A.1 Derivation of Euler's Formula -- A.2 Confirmation of the Fourier Series -- A.3 Derivation of the Transfer Function of a Second-Order Op Amp Filter -- A.4 Derivation of the Transfer Function of an Instrumentation Amplifier -- APPENDIX B. Laplace Transforms -- APPENDIX C. Trigonometric and Other Formulas -- APPENDIX D. Units -- APPENDIX E. Complex Arithmetic -- E.1.1 Addition and Subtraction -- E.1.2 Multiplication and Division -- APPENDIX F. LF 356 Specifications -- APPENDIX G. Determinants and Cramer's Rule -- BIBLIOGRAPHY -- INDEX.