CONTENTS Fundamentals Of Radio-Valve Technique by J. Deketh
CHAPTER I. Basic Principles of the Action of a Radio Valve;
CHAPTER II. Physical Conceptions of Electrons and Electric Currents;
CHAPTER III. Behaviour of Electrons in Electrostatic and Magnetic Fields: The Space Charge;
CHAPTER IV. Electron Emission;
CHAPTER V. Secondary Emission;
CHAPTER VI. The Principal Components of a Radio Valve;
CHAPTER VII. The Construction of Radio Valves;
CHAPTER VIII. The Manufacture of Radio Valves;
CHAPTER IX. The Function of Radio Valves;
CHAPTER X. Conventional Method of Representing Valve Electrodes in Circuit Diagrams;
CHAPTER XI. Classification and Functions of Radio Valves;
CHAPTER XII. Properties of the Valves;
CHAPTER XIII. Action of the Various Grids;
CHAPTER XIV. Valve Capacities;
CHAPTER XV. Consequences of Curvature of the Characteristic;
CHAPTER XVI. Representation of the Transfer Characteristic by an Exponential Series, and its Application;
CHAPTER XVII. Final or Power Amplification;
CHAPTER XVIII. Rectification of the RF or IF Signal;
CHAPTER XIX. Mains-voltage Rectifiers;
CHAPTER XX. Generation of Oscillations;
CHAPTER XXI. Frequency Conversion;
CHAPTER XXII. Gain Control (Variable-transconductance Valves);
CHAPTER XXIII. Automatic Volume Control;
CHAPTER XXIV. Noise of Amplifying Valves;
CHAPTER XXV. Short-wave Properties of Amplifying Valves;
CHAPTER XXVI. Tuning Indicators;
CHAPTER XXVII. Negative Feedback;
CHAPTER XXVIII. Hum Arising from the Mains;
CHAPTER XXIX. Microphone Effect;
CHAPTER XXX. Phenomena Occurring During the Life of a Valve;
CHAPTER XXXI. Possible Disturbances Due to Secondary Emission from Insulating Parts in the Valve;
CHAPTER XXXII. Feeding of the Valves;
CHAPTER XXXIII. The Sensitivity of a Receiver or an Amplifier