Module 1. INTRODUCTION TO MATTER, ENERGY, AND DIRECT CURRENT

1. Matter, Energy, and Electricity
2. Batteries
3. Direct Current
APPENDIX
I. Glossary
II. Laws of Exponents
III. Square and Square Roots
IV. Comparison of Units in Electric and Magnetic Circuits; and Carbon Resistor Size Comparison by Wattage Rating
V. Useful Formulas for I,C. Circuits
   283 pages 

Module 2. INTRODUCTION TO ALTERNATING CURRENT AND TRANSFORMERS

1. Concepts of Alternating Current
2. Inductance
3. Capacitance
4. Inductive and Capacitive Reactance
5. Transformers
APPENDIX
I. Glossary
II. Greek Alphabet
III. Square and Square Roots
IV. Useful AC Formulas
VI. Trigonometric Tables
   250 pages

Module 3. INTRODUCTION TO CIRCUIT PROTECTION CONTROL AND MEASUREMENT

1. Circuit Measurement
2. Circuit Protection Devices
3.  Circuit Control Devices
   214 pages

Module 4. INTRODUCTION TO ELECTRICAL CONDUCTORS WIRING TECHNIQUES AND SCHEMATIC READING

1. Electrical Conductors
2. Wiring Techniques
3. Schematic Reading
   152 pages
 
Module 5. TEST METHODS AND PRACTICES

1. Basic Measurements
2. Component Testing
3. Quantitative Measurements
4. Qualitative Measurements
5. Waveform Interpretation
   216 pages

Module 6. INTRODUCTION TO ELECTRONIC EMISSION TUBES AND POWER SUPPLIES

1. Introduction to Electron Tubes
2. Special- Purpose Tubes
3. Power Supplies
   204 pages
 
Module 7. INTRODUCTION TO GENERATORS AND MOTORS

1. Direct Current Generators
2. Direct Current Motors
3. Alternating Current Generators
4. Alternating Current Motors
   120 pages

Module 8. INTRODUCTION TO TEST EQUIPMENT 

1. Test Equipment Administration and Use
2. Miscellaneous Measurements
3. Basic Meters
4. Common Test Equipment
5. Special-Application Test Equipment
6. The Oscilloscope and Spectrum Analyzer
   272 pages

Module 9. INTRODUCTION TO SOLID STATE DEVICES AND POWER SUPPLIES

1. Semiconductor Diodes
2. Transistors
3. Special Devices
4. Solid-State Power Supplies
   287 pages

Module 10. INTRODUCTION TO AMPLIFIERS

1. Amplifiers
2. Video and RF Amplifiers
3. Special Amplifiers
   186 pages

Module 11. INTRODUCTION TO WAVE GENERATION AND WAVE SHAPING
 

1. Tuned Circuits
2. Oscillators
3. Waveforms and Wave Generators
   275 pages
 

Module 12. INTRODUCTION TO WAVE PROPAGATION TRANSMISSION LINES AND ANTENNAS 

1. Wave Propagation
2. Radio Wave Propagation
3. Principles of Transmission Lines
4. Antennas
   276 pages

Module 13. MODULATION  

1. Amplitude Modulation
2. Angle and Pulse Modulation
3. Demodulation
   230 pages 

Module 14. INTRODUCTION TO MICROELECTRONICS

1. Microelectronics
2. Miniature/ Microminiature (2M) Repair Program and High-Reliability Soldering
3. Miniature and Microminiature Repair Procedures
   175 pages

Module 15. MICROWAVE PRINCIPLES   

1. Wave guide Theory and Application.
2. Microwave Components and Circuits
3. Microwave Antennas
   192 pages

Module 16. RADAR PRINCIPLES

1. Radar Fundamentals
2. Radar Subsystems
3. Radar Indicators and Antennas
4. Radar System Maintenance
   294 pages

Module 17. RADIO-FREQUENCY COMMUNICATIONS PRINCIPLES

1. Introduction to Radio-Frequency Communications
2. Introduction to Communications Theory
3. Fundamental Systems Equipment
4. Introduction to Satellite Communications
5. Introduction to Miscellaneous Communications Systems and Equipment
   201 pages

Module 18. MAGNETIC RECORDING

1. Introduction to Magnetic Recording
2. Magnetic Tape
3. Magnetic Tape Recorder Heads
4. Magnetic Tape Recorder Transports
5. Magnetic Tape Recorder Record and Reproduce Electronics
6. Magnetic Tape Recorder Specifications
7. Digital Magnetic Tape Recording
8. Magnetic Disk Recording
   164 pages

Module 19. INTRODUCTION TO FIBER OPTICS

1. Background on Fiber Optics
2. Fiber Optic Concepts
3. Optical Fibers and Cables
4. Optical Splices, Connectors, and Couplers
5. Fiber Optic Measurement Techniques
6. Optical Sources and Fiber Optic Transmitters
7. Optical Detectors and Fiber Optic Receivers
8. Fiber Optic Links
     238 pages

Module 20. INTRODUCTION TO DIGITAL COMPUTERS

1. Operational Concepts
2. Hardware
3. Software
4. Data Representation and Communications
   172 pages
 
Module 21. INTRODUCTION TO NUMBER SYSTEMS AND LOGIC

1. Number Systems
2. Fundamental Logic Circuits
3. Special Logic Circuits
   218 pages
 

Module 22. PRINCIPLES OF SYNCHROS SERVOS AND GYROS

1. Synchros
2. Servos
3. Gyros
4. Related Devices
   196 pages

Module 23. MASTER GLOSSARY OF TERMS

1. Master Glossary of Terms
     95 pages

Module 24. THE TECHNICIAN'S HANDBOOK

1. The Technician's Handbook

156 pages

SECOND BOOK: LESSONS IN ELECTRIC CIRCUIT

Volume I DC

(546 Pages)

Basic Concepts of Electricity

Ohm’s Law

Electrical Safety

Scientific Notation and Metric Prefixes       

Series and Parallel Circuits

Divider Circuits and Kirchhoff’s Laws

Series-Parallel Combination Circuits

Electrical Instrumentation Signals

DC Network Analysis 

Batteries and Power Systems

Physics of Conductors and Insulators

Capacitors

Magnetism and Electromagnetism

Inductors

RC and LR Time Constants

Volume II AC

(556 Pages)

Basic AC Theory

Complex Numbers

Reactance and Impedance-- Inductive

Reactance and Impedance--Capacitive

Reactance and Impedance—R, L, And C

Resonance

Mixed-Frequency AC Signals

Filters Transformers

Polyphase AC Circuits

Power Factor

AC Metering Circuits

AC Motors

Transmission Lines

Volume III Semiconductors

(464 Pages)

Amplifier and Active Devices

Solid-State Devices Theory

Diodes and rectifiers

Bipolar Junction Transistors

Junction Field-Effect Transistors

Insulated Gate Field-Effect Transistors

Thyristors

Operational Amplifiers

Practical Analog Semiconductor Circuits

Active Filter

DC Motor Drives

Inverters and AC Motor Drives

Electron Tubes

Volume IV Digital

(476 Pages)

Numeration Systems

Binary Arithmetic

Logic Gates

Switches

Electromechanical Relays

Ladder Logic

Boolean Algebra

Karnaugh Mapping

Combinational Logic Functions

Multivibrators

Counters

Shift Registers

Digital-Analog Conversions

Digital Storage (Memory)

Principles of Digital Computing

Volume V Reference

(163 Pages)

Useful Equations and Conversion Factors

Resistors Color Code

Conductor and Insulator Tables

Algebra Reference

Trigonometry Reference

Calculus Reference

Using the Spice Circuit Simulation Program

Trouble Shooting—Theory and Practice

Circuit Schematic Symbols

Periodic Table of Elements

Volume VI Experiments

(376 pages)

Basic Concepts and Test Equipment

DC Circuits

AC Circuits

Discrete Semiconductor Circuit

Analog Integrated Circuit

Digital Integrated Circuits

1. The Technician’s Handbook
    156 pages