Theory of Microwave Valves
International Series of Monographs on Electronics and Instrumentation
- 500 pages
- English
- PDF
- Available on iOS & Android
Theory of Microwave Valves
International Series of Monographs on Electronics and Instrumentation
About This Book
Theory of Microwave Valves deals with the theory of microwave devices which have found constant use in practice and the operation of which can be understood based on one type of oscillation or wave. The book begins with a review of the fundamental properties of the differential equations and the boundary conditions of electrodynamics, which are then applied to the analysis of the phenomena occurring in a cavity resonator through which an electron beam passes. Subsequent chapters cover the static characteristics of the plane diode; alternating voltage applied to a plane diode; electronics of the plane diode when the influence of space charge is negligible; and application of the total-current method to analyze the plane diode. Also included are separate chapters on the influence of transit effects on noise in a plane diode; amplification of high-frequency signals by a triode; general theory of single-circuit klystron oscillators; and noise in the electron beam. This book was written for students familiar with general electrodynamics at university level.
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Table of contents
- Front Cover
- Theory of Microwave Valves
- Copyright
- Table of Contents
- PREFACE
- INTRODUCTION
- CHAPTER 1. ELEMENTS OF ELECTRODYNAMICS OF CAVITY RESONATORS
- CHAPTER 2. STATIC CHARACTERISTICS OF THE PLANE DIODE
- CHAPTER 3. ALTERNATING VOLTAGE APPLIED TO A PLANE DIODE. BASIC FORMULAE OF MICROWAVE ELECTRONICS
- CHAPTER 4. ELECTRONICS OF THE PLANE DIODE WHEN THE INFLUENCE OF SPACE CHARGE IS NEGLIGIBLE
- CHAPTER 5. APPLICATION OF THE TOTAL-CURRENT METHOD TO THE ANALYSIS OF THE PLANE DIODE
- CHAPTER 6. THE INFLUENCE OF TRANSIT EFFECTS ON NOISE IN A PLANE DIODE
- CHAPTER 7. AMPLIFICATION OF HIGH-FREQUENCY SIGNALS BY A TRIODE
- CHAPTER 8. GENERAL THEORY OF SINGLE-CIRCUIT KLYSTRON OSCILLATORS
- CHAPTER 9. THEORY OF THE REFLEX KLYSTRON
- CHAPTER 10. INTRODUCTION TO THE THEORY OF THE MULTICAVITY MAGNETRON
- CHAPTER 11. THE THEORY OF TRAVELLING-WAVE TUBES
- CHAPTER 12. NOISE IN THE ELECTRON BEAM. THE SENSITIVITY OF TRAVELLING-WAVE-TUBES
- APPENDIX-I. TABLES AND GRAPHS OF FUNCTIONS USED IN.THE THEORY OF THE DIODE
- APPENDIX-II. TABLES OF FUNCTIONS USED IN THE THEORY OF TRAVELLING-WAVE TUBES
- APPENDIX-III. NOTATIONS USED IN THE THEORY OF TRAVELLING-WAVE TUBES
- REFERENCES
- INDEX