http://www.loc.gov/mods/v3 http://www.loc.gov/standards/mods/v3/mods-3-2.xsd
1 online resource (530 pages) : illustrations.
Frequency of Self-Oscillations covers the realm of electric oscillations that plays an important role both in the scientific and technical aspects. This book is composed of nine chapters, and begins with the introduction to the alternating currents and oscillation. The succeeding chapters deal with the free oscillations in linear isolated systems. These topics are followed by discussions on self-oscillations in linear systems. Other chapters describe the self-oscillations in non-linear systems, the influence of linear elements on frequency of oscillations, and the electro mechanical oscillato.
Front Cover; Frequency of Self-Oscillations; Copyright Page; PREFACE; Table of Contents; CHAPTER 1. INTRODUCTION; 1.1. Alternating Currents and Oscillations; 1.2. Sinusoidal and Distorted Currents; 1.3. Damped, De-damped and Undamped Currents; 1.4. Frequency; 1.5. Complex Frequency; 1.6. Unit of Time and Standard of Time; 1.7. Comparison of Two Slightly Differing Frequencies; 1.8. Oscillations, Oscillatory Systems and Modes of Oscillations; 1.9. Oscillation Generators; CHAPTER 2. FREE OSCILLATIONS IN LINEAR ISOLATED SYSTEMS; 2.1. Free Oscillations in Isolated Systems
2.2. Mechanical Oscillation in Linear Conservative Systems2.3. Differential Equation, Integral Curve, Phase Plane and Phase Portrait of Oscillation; 2.4. Electric Oscillation in Linear Conservative Systems; 2.5. Oscillation in Linear Non-conservative Systems; 2.6. Generation of Damped Oscillations; 2.7. Solution of Linear Oscillation Equations in the Plane of a Complex Variable; CHAPTER 3. NEGATIVE RESISTORS; 3.1. Negative Resistors and Their Characteristics; 3.2. Electric Arc; 3.3. Glow Discharge Tube; 3.4. Dynatron; 3.5. Semiconductor Devices
3.6. Negative Resistors Based on Emission Current Distribution3.7. Magnetron; 3.8. Negative Resistors Based on Phase Inversion; 3.9. Negative Resistors Based on Feed-back; CHAPTER 4. SELF-OSCILLATIONS IN LINEAR SYSTEMS; 4.1. Mechanism of Producing Undamped Oscillations; 4.2. Oscillations in Systems with Negative Resistance; 4.3. Oscillations in Systems with Two Coupled Circuits; 4.4. Oscillations in Polyphase Systems; 4.5. Oscillations in Feed-back Systems; 4.6. Feed-back Circuits; 4.7. Transistor Oscillators; 4.8. Building-up and Decaying of Oscillations
4.9. Satisfying the Amplitude ConditionCHAPTER 5. SELF-OSCILLATIONS IN NON-LINEAR SYSTEMS; 5.1. Oscillations in Negative Resistor Circuits; 5.2. Oscillators in Feed-back Systems; 5.3. Mathematical Methods of Investigating Non-linear Oscillations; 5.4. Graphical Methods of Investigating the Non-linear Oscillation Equation; 5.5. Technical Methods; 5.6. Method of Reactive Power Balance of Harmonics; 5.7. Application of the Method to Negative Resistance Oscillators; 5.8. Application of the Method to Feed-back Oscillators
5.9. Frequency of Self-oscillations in Circuits with Non-linear Reactance Excited by Non-linear Negative ResistorCHAPTER 6. INFLUENCE OF LINEAR ELEMENTS ON FREQUENCY OF OSCILLATIONS; 6.1. Frequency of Oscillations in Linear Systems; 6.2. Influence of Reactive Elements; 6.3. Inductors; 6.4. Capacitors; 6.5. Maintaining Constant Frequency of Circuits; 6.6. Oscillator Tube; 6.7. Power Output Influence; 6.8. Thermostats; CHAPTER 7. INFLUENCE OF NON-LINEAR FACTORS ON OSCILLATION FREQUENCY; 7.1. Oscillation Frequency in Non-linear Systems
Includes bibliographical references and index.