Electronics Basics - Part 2

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Written by: Andrzej Rusek
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Podstawy elektroniki - część 2 (Electronics Basics - Part 2)
Andrzej Rusek, Wydawnictwa Szkolne i Pedagogiczne, Warsaw 1981

This book builds on the electronic circuits covered in the first part. It covers large-signal amplifiers, generators, modulation and demodulation, frequency conversion, and pulsed and digital circuits.

Contents

  1. Large Signal Amplifiers (7)
    1. Low Frequency Power Amplifiers (7)
      1. Introduction (7)
      2. Class A Single Amplifier (9)
      3. Power Issues in Class B Amplifiers (17)
    2. High Frequency Power Amplifiers (20)
      1. Introduction (20)
      2. Class C Power Amplifier (21)
  2. Sine Waveform Generators (32)
    1. Introduction (32)
    2. Oscillation Conditions (33)
    3. Examples of LC Generator Circuits (38)
      1. Hartley Generator (38)
      2. Colpitts Generator (42)
      3. Meissner Generator (43)
      4. Frequency Constancy of Generators (44)
    4. High Power LC Generators (48)
    5. RC Generators with a Wien Bridge (49)
  3. Modulation and Demodulation (55)
    1. Introduction (44)
    2. Amplitude Modulation with Sinusoidal Signals (56)
    3. Modulators Amplitude - Class C (58)
    4. Balanced Modulators (64)
    5. Frequency and Phase Modulation of Sinusoidal Signals (65)
  4. Demodulation (Detection) (70)
    1. Introduction (70)
    2. Amplitude Demodulation (70)
    3. Angle Demodulation (Phase and Frequency) (73)
  5. Frequency Conversion (78)
    1. Introduction (78)
    2. Circuit Solutions (80)
  6. Pulse and Digital Circuits (86)
    1. Pulse Shapers (86)
      1. Pulse Types and Their Parameters (86)
      2. Pulse Transmission by Passive RC and RL Circuits (90)
      3. RC and RL Shapers (95)
      4. RLC Shapers (104)
      5. Nonlinear Shapers (106)
        1. Stoppers (107)
        2. Performance Adhesion and Reconstruction (111)
    2. Pulse Transmission by Delay Lines (115)
      1. Lines Delay Lines (115)
      2. Reflections in Delay Lines (121)
      3. Graphical Method for Determining Voltage and Current Waveforms in Delay Line Circuits (124)
    3. Diode and Transistor Switching (129)
      1. Diode Switching (129)
      2. Bipolar Transistor Switching (133)
      3. Unipolar Transistor Switching Processes (144)
    4. Pulse Amplifiers (147)
      1. General Information (147)
      2. Common Emitter Amplifier (148)
      3. Common Collector Amplifier (Emitter Follower) (155)
      4. Common Base Contribution (157)
      5. Circuits with Unipolar Transistors (157)
      6. Improving Amplifier Speed ​​Using Inductance (160)
      7. Amplifier Pulse Characteristics for Slow Signal Changes (162)
      8. Design Notes (165)
    5. Flip-Flops in Analog Circuits (167)
      1. General Information (167)
      2. Bistable Flip-Flops (168)
      3. Monostable Flip-Flops (179)
      4. Calculating Diode Trigger Circuits (187)
      5. Astable Flip-Flops (189)
      6. Synchronization of Astable Flip-Flops (192)
    6. Linear Waveform Generators (194)
      1. General Information (194)
      2. Linear Voltage Waveform Shapers (197)
        1. Circuits Without Feedback (197)
        2. Circuits With Feedback (204)
      3. Linear Current Waveform Shapers (210)
    7. Self-Torque Generators (214)
      1. General Information (214)
      2. Monostable Circuits (214)
      3. Astable Circuit (218)
    8. Digital Circuits (220)
      1. Digital Signals (220)
      2. Numbers in the Binary System (226)
      3. Relationships between Binary, Octal, and Hexadecimal Numbers (233)
      4. Information Encoding (233)
      5. Basic Logical Functions and Binary Logical Gates (234)
      6. Boolean Algebra (237)
      7. Simplifying Logical Functions (245)
      8. Implementing Logic Gates (245)
        1. Gate Division (245)
        2. TTL NAND Gate Operation (246)
        3. Examples of NAND Gate Applications in Combinational Circuits (257)
        4. Logic Gates with Unipolar Transistors (259)
      9. Flip-Flops in Logic Circuits (264)
        1. Introduction (264)
        2. Asynchronous Flip-Flops (265)
        3. Synchronous Flip-Flops (267)
        4. Examples of Flip-Flop Applications (272)
      10. Converters Digital-to-Analog and Analog-to-Digital Converters (274)
        1. Introduction (274)
        2. Digital-to-Analog Converters (274)
        3. Analog-to-Digital Converters (277)
      11. Monostable Flip-Flops (280)
  7. Examples of Electronic Measuring Devices (284)
    1. Oscillosynchroscope (284)
    2. Digital DC Voltmeter (286)

References (290)