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Engineering Electronics by Donald G. Fink 1938 PDF on CD
CD Contents:
Engineering Electronics by Donald G. Fink (1938): 361 pages
Format: PDF, Language: English
"This book on CD has been written to meet the needs of the practicing engineer who has a good foundation in electricity, but who has no specific training in electronic concepts and methods."
Table of contents of the book on the CD:
INTRODUCTION
CHAPTER I
Electronics in Engineering — A Preliminary Survey
Electronic Functions in Electrical Engineering — Rectification —
Frequency Conversion — Amplification — Repeated Amplification —
Control and Measurement Functions — Photosensitive Applica-
tions — Electronic Sources of Light — Principles of Electronic
Action — The Free Electron and Its Control — The Terminology of
Electronics.
PART I
PHYSICAL ELECTRONICS
CHAPTER II
The Fundamental Properties of the Electron
The Atomic Nature of Electricity — The Known Properties of the
Electron and Their Implications — Mass — Charge — Charge-to-mass
Ratio — Electrons in Groups — Energy Transfer — Current Flow —
Power — Magnetic Effects.
CHAPTER III
Emission, the Production of Free Electrons
Electrons in Metals — Types of Emission — Work Function —
Thermionic Emission — The Richardson Equation — Substances
Used for Obtaining Thermionic Emission — Photoelectric Emis-
sion — Secondary Emission — High-field Emission — Measurement
of Work Function from Emission Data.
CHAPTER IV
The Control of Free Electrons in a Vacuum
The Electric Field and Its Properties — The Effect of an Electric
Field on a Single Electron — The Millikan Oil-drop Experiment —
The Action of an Electric Field on a Group of Electrons — Space
Charge — The 3/2-power Law — Cylindrical Electrodes — Grid Con-
trol of Electron Currents — The Formation of Electron Beams —
Electrostatic Deflection — Magnetic Deflection — Crossed Fields —
The Thomson Experiment.
CHAPTER V
Electron Currents in Gases and Vapors
The Neutral Atom, Its Structure and Energy Levels — The Bohr
Atom — Electron Orbits and Energies — Relation of Structure to
Weight and Chemistry — Electron-molecule Encounters — Energy
Transfer — Excitation — Ionization — Effects of Ionization — The
Self-maintained Discharge — The Control of Electron Currents in
Gases and Vapors.
PART II
ELECTRON TUBES
CHAPTER VI
Thermionic Vacuum Tubes
Thermionic Vacuum-tube Classifications — Cathode Structures —
Metallic-oxide Emitters — Emission Efficiency of Thermionic
Cathodes — Saturation Emission — The Diode and Its Character-
istics — Diode-connection Diagram — Dynamic Plate Resistance
of the Diode — The Triode and Its Characteristics — The Equivalent
Diode — Amplification Factor and Its Determination — Triode Par-
ameters: Dynamic Plate Resistance, Amplification Factor, Mutual
Conductance — Equivalent Circuit of the Triode — Triode-character-
istic Curves — Tetrode Characteristics — Pentode Characteristics —
Practical Constructions — Remote Cut-off — Supercontrol — Beam-
power Construction.
CHAPTER VII
Gas-filled Thermionic Tubes
Types of Gas-filled Tubes — Diodes (Phanotrons) — Diode Ratings
— High-pressure Types — Triodes and Tetrodes (Thyratrons) —
Space Charge Conditions in Gas-filled Tubes — Ionization and
Deionization Time — Grid Current — Operating Characteristics —
Grid-control Characteristics — Pool-type Tubes — The Ignitron—
Cold-cathode Types.
CHAPTER VIII
Photosensitive Tubes and Cells
Photoemissive Electron Tubes — Characteristics of Photoemissive
Cathodes — Cathode-to-anode Characteristics — Light-versus-cur-
rent Characteristics — Mechanism of Gas-filled Phototubes — Con-
struction Features — Calculation of Performance — Photovoltaic
Cells — Characteristics — Photoconductive Cells.
CHAPTER IX
Electronic Sources of Light
Mechanism of Light Production — Energy Transfers — Absorption
and Retransmission of Light — Characteristics of Gases and Vapors
Commonly Used in Lamps — Electric Action in Luminous Dis-
charges — Cathodic Versus Positive-column Discharges — Neon-
sodium Discharge — Practical Constructions.
CHAPTER X
Specialized Electron Tubes
The Cathode-ray Tube — Applications — X-ray Tubes — The Icono-
scope — The Farnsworth “Image Dissector” — Electron Image
Tubes — Electron Microscope — Electron-multiplier Tubes — Dyna-
tron — Movable-anode Tube — Ionization Gauge — The Strobotron.
PART III
ELECTRON-TUBE APPLICATIONS
CHAPTER XI
Elements of Circuit Theory as Applied to Electron Tubes
Current-voltage Relationships in Electric Circuits — The Basic
Sine-wave Voltage — Current-voltage Relationships of R, L, and
C — Rules for Combining Circuit Impedances — The Grid-bias
Filter — Ideal Parallel-tuned Circuit — Coupled Circuits — The Elec-
tron Tube as a Circuit Element — Diode — Triode — Load Line
Method — R-m-s Relationships — Power Relationships.
CHAPTER XII
Power Transformation Circuits
Rectification — Half-wave, Full-wave, Multiphase — Voltage
Doubler — Grid-controlled Rectifier Circuits — Alternating-current
Control of Gas-triode Rectification — Inversion Circuits — Sin-
gle Tube — Two-tube, Parallel, Series — Rectifier-inverter Com-
binations.
CHAPTER XIII
Electronic Communication Circuits
Amplitude-frequency Response of Communication Equipment —
Single-stage Audio-frequency Amplifiers — Distortion — Effect of
Tube Capacitances — Voltage Versus Power Amplifiers — Class B
Amplification — Coupled Audio Amplifiers — Resistance-capacitance
Coupling — Impedance-capacitance Coupling — Transformer Cou-
pling — By-passing Practice — Principles of Carrier Communi-
cation — Modulation — Side-band Analysis — Demodulation — Oscil-
lator Circuits — Frequency Stability — Tuned Amplifiers — Frequency
Multiplying Tuned Amplifiers — Class A, B, and C tuned Ampli-
fiers — Modulator Circuits — Demodulator (detector) Circuits —
Multi-vibrator (Frequency Division) Circuits — Converter Detec-
tors — Automatic Circuit Control.
CHAPTER XIV
Industrial Control and Measurement Circuits
Electronic Relay Circuits — Time-delay Relays — Capacity-operated
Relays — Phototube-controlled Relays — Illumination Control —
— Counting and Sorting — Door openers, Speed traps, Etc. —
Meter-and-mirror Phototube Relays — Gas-filled Versus Vacuum
Tubes in Relay Service — Electronic-welding-control Circuits —
Voltage Regulation — Electronic Measurement Circuits — Vacuum-
tube Voltmeters — Electronic Electrometers — Direct-coupled Am-
plifiers — Illumination and Color Measurement Circuits — Single
Tube — Two-tube units — Work with Low Light Levels — Auto-
matic-recording Spectrophotometry.
APPENDIX I
Standard Letter Symbols — Standard Diagrammatic Symbols
APPENDIX II
Definitions of Electronic Terms
APPENDIX III
Definitions of Abbreviations
APPENDIX IV
Numerical Answers to Problems
Index
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