Tabla de Contenidos:
  • Front Cover; Signal Flow Analysis; Copyright Page; Table of Contents; Preface; Acknowledgements; CHAPTER 1. Elements of a flow graph; 1.1. Introduction; 1.2. Nodes, Branches and Paths; 1.3. Cascade Graphs; 1.4. Feedback Units; 1.5. Index Residue of a Flow Graph; 1.6. Elementary Equivalences; 1.7. Linear Algebraic Equations into Flow Graphs; 1.8. Effect of a Self-loop; Questions for Chapter 1; CHAPTER 2. Operations with a flow graph; 2.1. Introduction; 2.2. Inversion; 2.3. Inversion by Node Splitting; 2.4. Scaling of Branch Transmissions; 2.5. Mason's Rule; Questions for Chapter 2
  • 4.4. Conversions between y- and h-Parameters4.5. The Impedance (z) Parameters; 4.6. The Common Base T-equivalent Circuit; 4.7. The Common Emitter T-equivalent Circuit; 4.8. The Common Collector T-equivalent; Questions for Chapter 4; CHAPTER 5. Analysis of transistor circuits; 5.1. Single Transistor Amplifiers; 5.2. Single-stage Feedback Amplifiers; 5.3. Cascaded Audio Amplifiers; 5.4. Cascode (CE-CB) Amplifier; 5.5. The Differential Amplifier; 5.6. Thermal Stability Factors; Questions for Chapter 5; CHAPTER 6. Flow-graph models of electronic valves; 6.1. The Triode Valve
  • 6.2. Triode Amplifiers6.3. Triode Flow Graphs for Higher Frequencies; 6.4. The Pentode Valve; 6.5. Direct Coupled Amplifiers; Questions for Chapter 6; CHAPTER 7. Systems with feedback control; 7.1. Introduction; 7.2. Single-stage Amplifier with Current Negative Feedback; 7.3. Amplifier, with Voltage Negative Feedback; 7.4. The Operational Amplifier; 7.5. Hartley Oscillator Circuit; 7.6. Closed Loop Control System; 7.7. Flow Graph for an Electrical Meter; Questions for Chapter 7; APPENDIX A: Answers to questions; APPENDIX B: Definitions and rules; APPENDIX C: References for further reading