Practical audio electronics
Practical Audio Electronics is a comprehensive introduction to basic audio electronics and the fundamentals of sound circuit building, providing the reader with the necessary knowledge and skills to undertake projects from scratch. Imparting a thorough foundation of theory alongside the practical sk...
| Otros Autores: | |
|---|---|
| Formato: | Libro electrónico |
| Idioma: | Inglés |
| Publicado: |
New York :
Focal Press
2020.
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| Edición: | 1st edition |
| Materias: | |
| Ver en Biblioteca Universitat Ramon Llull: | https://discovery.url.edu/permalink/34CSUC_URL/1im36ta/alma991009630619506719 |
Tabla de Contenidos:
- Cover
- Half Title
- Title Page
- Copyright Page
- Dedication
- Table of Contents
- List of Tables
- 2.1 Some typical resistivities for a range of materials
- 4.1 Mains power connecters around the world
- 7.1 DUS, DUG, TUN, TUP acronyms
- 7.2 DUS and DUG diode specifications
- 7.3 TUN and TUP transistor specifications
- 7.4 Crossing wires on schematic diagrams
- 7.5 Circuit layout component symbols
- 8.1 Resistance measurement results for two hand-held DMMs
- 9.1 The four fundamental electrical quantities
- 12.1 Resistor E-series preferred values
- 12.2 E-series and standard tolerances
- 12.3 Resistor colour codes
- 13.1 Capacitor types
- 13.2 Capacitor uses
- 13.3 Charge/discharge levels corresponding to various multiples of τ
- 14.1 Specifications for a range of transformers
- 15.1 Switch styles
- 15.2 Switch circuit symbols
- 16.1 Various diode specifications
- 17.1 Some typical BJT specifications
- 17.2 Simplified behaviour of an NPN BJT
- 17.3 Some typical JFET specifications
- 17.4 Some example MOSFET specifications
- 18.1 Selected ICs
- 18.2 Inverting opamp parameters in the voltage divider rule
- 18.3 Noninverting opamp parameters in the voltage divider rule
- 18.4 Some 4000 series ICs
- 18.5 AND and NAND gate truth table
- 20.1 Effect of different pickup combinations
- 20.2 Identifying the ends of a coil pickup winding
- A.1 Multipliers (factors of 1,000)
- A.2 Multipliers (factors of 10 and 100)
- B.1 Primary quantities
- C.1 Schematic symbol reference chart
- Learning by Doing
- 2.1 Static Electricity
- 2.2 Build an Electric Motor in Ten Minutes
- 2.3 Conductors and Insulators
- 4.1 Use a Phase Tester (aka Line Tester)
- 4.2 Wiring Plugs and Sockets
- 6.1 Component Specification Sheets
- 7.1 Schematic Diagram to Breadboard Layout
- 7.2 Schematic Diagram to Stripboard Layout.
- 9.1 Ohm's Law and Watt's Law
- 9.2 Kirchhoff's Current and Voltage Laws
- 10.1 Breadboarding Circuits
- 10.2 Stripboarding Circuits
- 12.1 The Voltage Divider Rule
- 14.1 Build a Passive DI Box
- 14.2 Transformer Driven Piezo
- 16.1 Diode Curve Tracing - Manual
- 16.2 Diode Curve Tracing - Automatic
- 16.3 Diode Clipping and Crossover Distortion
- 17.1 BJT Finger Switch
- 17.2 BJT Booster
- 17.3 One Transistor Fuzz Circuit
- 17.4 Measuring a JFET's Pinch-Off Voltage and Saturation Current
- 17.5 JFET Buffer
- 17.6 Simple MOSFET Dimmer Circuit
- 17.7 Wiring a MOSFET as a Diode
- 18.1 Opamp Based Preamp Circuit
- 18.2 Voltage Regulator
- 18.3 NAND Gate Oscillator
- 18.4 Homemade Optocoupler
- 19.1 Tube Booster
- 20.1 Basic Electret Mic Circuit
- 20.2 Loudspeaker Wiring
- 20.3 Loudspeaker as a Microphone
- 20.4 Pickup Wiring
- 20.5 Piezo as a Pickup
- 20.6 Piezo as a Driver
- 20.7 Reverb Pan Drive and Recovery Circuit
- Proofs and Derivations
- 2.1 Units of Resistivity
- 4.1 Phase to Phase RMS Voltage Level
- 5.1 Signal Wavelengths
- 5.2 Peak, Average, and RMS Levels for Standard Wave Shapes
- 5.3 Average-Responding Error Levels
- 5.4 The Form of the Decibel Equation
- 9.1 The Variants of Watt's Law
- 12.1 The General Form of the Parallel Rule
- 13.1 The LC Series Rule
- 13.2 The LC Parallel Rule
- 13.3 RC Filter Frequency Response Equation
- 14.1 Transformer Current Transformation Relationship
- 14.2 Transformer Impedance Transformation Relationship
- 18.1 Inverting Opamp Gain Equation
- 18.2 Noninverting Opamp Gain Equation
- Preface
- 1 Introduction
- I: Electrical Theory
- 2 Electricity
- Key Concepts in Electricity
- Electric Charge
- Static and Current Electricity
- Current and Circuits
- Direct and Alternating Current
- Voltage
- Resistance
- Power
- Electricity and Magnetism.
- Conductors and Insulators
- References
- 3 Semiconductors
- Pure Silicon
- Doped Silicon
- The P-N Junction
- Diodes and Transistors
- Germanium Semiconductors
- References
- 4 Mains Electricity and Electrical Safety
- Mains Power Generation and Distribution
- Building Wiring
- The Fuse Box
- Wiring Safety
- Appliance Protection Classes
- Three Phase Power
- References
- 5 Signal Characteristics
- Time Domain and Frequency Domain Representations
- Phase and Polarity
- Rectification
- Clipping
- Crossover Distortion
- The Sine Wave
- Complex Signals
- Decibels
- References
- II: Practical Electronics
- 6 Component Overview
- Passive Components
- Semiconductor Devices
- Vacuum Tubes
- Transducers
- Miscellaneous Components
- References
- 7 Circuit Diagrams
- Block Diagrams
- Schematic Diagrams
- Breadboard Layouts
- Stripboard Layouts
- A More Elaborate Example
- References
- 8 Electronics Lab Equipment
- Bench Power Supply Units
- Function Generators
- Multimeters
- Oscilloscopes
- Audio Analysers and Advanced Test Gear
- References
- 9 Basic Circuit Analysis
- Primary Quantities
- Ohm's Law
- Watt's Law
- Kirchhoff's Current Law (KCL)
- Kirchhoff's Voltage Law (KVL)
- Applying the Four Laws
- References
- 10 Constructing Circuits
- The Project Pipeline
- Initial Idea, Concept Development, and Background Research
- Procurement
- Prototyping, Testing, Development, and Final Layout Design
- Circuit Building
- Packaging
- References
- 11 Projects
- Project I - Low Power Audio Amplifier
- Project II - Stepped-Tone Generator
- Project III - Modulation Effect
- References
- III: Component Reference
- 12 Resistors
- E-Series Preferred Values
- Tolerance
- Resistor Colour Codes
- Power Rating
- Material and Temperature Coefficient
- Electrical Behaviour.
- Series Rule and Parallel Rule
- Voltage Divider Rule (VDR)
- Variable Resistors
- Photoresistors
- Thermistors
- Instructive Examples
- References
- 13 Capacitors and Inductors
- Capacitors
- Inductors
- Characteristics of Capacitors and Inductors
- Device Impedance
- Series and Parallel Rules
- RLC Circuits
- References
- 14 Transformers
- How Transformers Work
- Transformation Equations
- Schematic Symbols
- Transformer Types and Applications
- References
- 15 Switches
- Switch Styles
- Poles and Throws
- Momentary vs. Latching
- Break-Before-Make vs. Make-Before-Break
- Positions vs. Throws - On/Off Switch Position Designators
- Circuit Symbols
- Electro-Mechanical and Electronic Switches
- Instructive Examples
- References
- 16 Diodes
- Electrical Characteristics
- Diode Types
- Schematic Symbols
- Circuits
- References
- 17 Transistors
- Transistor Types
- General Use and Operation
- Bipolar Junction Transistors (BJTs)
- Junction Field Effect Transistors (JFETs)
- Metal Oxide Semiconductor Field Effect Transistors (MOSFETs)
- References
- 18 Integrated Circuits
- Selected ICs
- Opamps
- IC Power Amps
- LM317 Voltage Regulator
- NE555 Precision Timer
- 4000 Series ICs
- Analog Optocouplers
- References
- 19 Vacuum Tubes
- Principles of Operation
- Diode Tubes
- Triode Tubes
- Low Voltage Tube Circuits
- References
- 20 Audio Transducers
- Microphones
- Loudspeaker Drivers
- Coil Pickups
- Piezo Elements
- Reverb Pans
- References
- Appendices
- A: Prefix Multipliers
- B: Quantities and Equations
- Primary Quantities
- Decibel Equations
- Fundamental Laws
- Resistor Equations
- RLC Equations
- Transformer Equations
- Opamp Equations
- C: Schematic Symbol Reference Chart
- D: Circuit Catalogue
- Circuit Index
- Breadboard Layouts
- Stripboard Layouts
- Bibliography.
- Index.
