Preface |
Basic concepts and resistor circuits / 1: |
Basics / 1.1: |
Resistors / 1.2: |
AC signals / 1.3: |
Exercises |
Further reading |
AC circuits / 2: |
Introduction / 2.1: |
Capacitors / 2.2: |
Inductors / 2.3: |
RC circuits / 2.4: |
Response to a sine wave / 2.5: |
Using complex numbers in electronics / 2.6: |
Using the complex exponential method for a switching problem / 2.7: |
Fourier analysis / 2.8: |
Transformers / 2.9: |
Band theory and diode circuits / 3: |
The band theory of solids / 3.1: |
Diode circuits / 3.2: |
Bipolar junction transistors / 4: |
Bipolar transistor fundamentals / 4.1: |
Dc and switching applications / 4.3: |
Amplifiers / 4.4: |
Field-effect transistors / 5: |
Field-effect transistor fundamentals / 5.1: |
DC and switching applications / 5.3: |
Operational amplifiers / 5.4: |
Non-linear applications I / 6.1: |
Linear applications / 6.3: |
Practical considerations for real op-amps / 6.4: |
Non-linear applications II / 6.5: |
Oscillators / 7: |
Relaxation oscillators / 7.1: |
Sinusoidal oscillators / 7.3: |
Oscillator application: Em communications / 7.4: |
Digital circuits and devices / 8: |
Binary numbers / 8.1: |
Representing binary numbers in a circuit / 8.3: |
Logic gates / 8.4: |
Implementing logical functions / 8.5: |
Boolean algebra / 8.6: |
Making logic gates / 8.7: |
Adders / 8.8: |
Information registers / 8.9: |
Counters / 8.10: |
Displays and decoders / 8.11: |
Shift registers / 8.12: |
Digital to analog converters / 8.13: |
Analog to digital converters / 8.14: |
Multiplexers and demultiplexers / 8.15: |
Memory chips / 8.16: |
Selected answers to exercises / Appendix A: |
Solving a set of linear algebraic equations / Appendix B: |
Inductively coupled circuits / Appendix C: |
References |
Index |
Oscillator application: EM communications |
Further Reading |
Preface |
Basic concepts and resistor circuits / 1: |
Basics / 1.1: |
Resistors / 1.2: |
AC signals / 1.3: |
Exercises |