Analog Electronics

Table of contents

1. Front Cover
2. Analog Electronics
3. Copyright Page
4. Table of Contents
5. A note for North American readers
6. Preface
7. Chapter 1. Passive components
   1. Resistors
   2. Capacitors (1/2)
   3. Capacitors (2/2)
   4. Inductors and transformers (1/2)
   5. Inductors and transformers (2/2)
8. Chapter 2. Passive circuits
   1. CR and LR circuits
   2. Time domain and frequency domain analysis
   3. Frequency analysis: pole – zero diagrams
   4. Resonant circuits (1/2)
   5. Resonant circuits (2/2)
   6. References
9. Chapter 3. Active components
   1. Valves
   2. Semiconductor diodes
   3. Bipolar transistors (1/2)
   4. Bipolar transistors (2/2)
   5. Field effect transistors
   6. Thyristors
   7. Operational amplifiers (1/2)
   8. Operational amplifiers (2/2)
   9. Reference
10. Chapter 4. Audio-frequency signals and reproduction
    1. Audio amplifiers
    2. Distortion
    3. Negative feedback (1/2)
    4. Negative feedback (2/2)
    5. Loudspeakers
    6. Signal sources (1/2)
    7. Signal sources (2/2)
    8. References
11. Chapter 5. Passive signal processing and signal transmission
    1. Transmission line communication and attenuation
    2. Resistive line sections: pads
    3. Reactive line sections: delay lines
    4. Filters (1/2)
    5. Filters (2/2)
    6. References
12. Chapter 6. Active signal processing in the frequency domain
    1. First-order active circuits
    2. Higher-order active circuits
    3. State variable filters
    4. Further high-order filter design (1/3)
    5. Further high-order filter design (2/3)
    6. Further high-order filter design (3/3)
    7. References
13. Chapter 7. Active signal processing in the time domain
    1. Amplifier and multipliers
    2. Converters (1/2)
    3. Converters (2/2)
    4. Further applications of analog processing
    5. Pulse modulation (1/2)
    6. Pulse modulation (2/2)
    7. References
14. Chapter 8. Radio-frequency circuits
    1. Modulation of radio waves
    2. Low-power RF amplifiers
    3. Stability
    4. Linearity
    5. Noise and dynamic range
    6. Impedances and gain
    7. Mixers
    8. Demodulators
    9. Oscillators (1/2)
    10. Oscillators (2/2)
    11. References
15. Chapter 9. Signal sources
    1. Voltage references
    2. Non-sinusoidal waveform generators
    3. Sine wave generators (1/2)
    4. Sine wave generators (2/2)
    5. Voltage-controlled oscillators and phase detectors (1/2)
    6. Voltage-controlled oscillators and phase detectors (2/2)
    7. Noise generators
    8. References
16. Chapter 10. Power supplies
    1. Batteries
    2. Rectifiers
    3. Mains transformers
    4. Linear stabilized supplies (1/2)
    5. Linear stabilized supplies (2/2)
    6. Inverters and frequency converters
    7. DC converters
    8. High-frequency switching supplies
    9. Non-isolated low-voltage supplies
    10. References
17. Chapter 11. Tricks of the trade
    1. Extremes and normalizing
    2. FDNRs and filter design (1/2)
    3. FDNRs and filter design (2/2)
    4. Synthetic inductors
    5. Component tolerances
    6. Power supplies (1/2)
    7. Power supplies (2/2)
    8. Amplifiers
    9. Decoupling and characteristic separation
    10. Audio oscillators and signal processing (1/2)
    11. Audio oscillators and signal processing (2/2)
    12. Conclusion
    13. References
18. APPENDICES
    1. Appendix 1: Resistors
    2. Appendix 2: Universal resonance curve for series resonant circuit
    3. Appendix 3: Normalized values
    4. Appendix 4: Network performance: summary diagrams
    5. Appendix 5: Scatteríng paranneters
    6. Appendix 6: Battery equivalents and battery performance data (1/2)
    7. Appendix 6: Battery equivalents and battery performance data (2/2)
    8. Appendix 7: Comparative gauges for copper winding wires
19. Index