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Loudspeaker and Headphone Handbook, Third Edition.pdf

发布时间：2022-06-14 发布人：admin 分类：说明书 资料大小：19.61M 资料格式：pdf 举报 版权申诉
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    Front Cover
    Loudspeaker and Headphone Handbook
    Copyright Page
    Contents
    Preface to the third edition
    List of contributors
    Chapter 1. Principles of sound radiation
    1.1 Introduction
    1.2 Acoustic wave propagation
    1.3 Sources of sound
    1.4 Multiple sources and mutual coupling
    1.5 Limitations of the infinite baffle loudspeaker model
    1.6 Horns
    1.7 Non-linear acoustics
    References
    Appendix: Complex numbers and the complex exponential
    Chapter 2. Transducer drive mechanisms
    2.1 A short history
    2.2 The diaphragm
    2.3 Diaphragm material
    2.4 Magnetism
    2.5 The coil
    2.6 The case for square wire
    2.7 The suspension
    2.8 Motor performance
    2.9 The chassis
    2.10 Efficiency
    2.11 Power handling and heat dissipation
    2.12 The dome driver
    2.13 The horn driver
    2.14 The ribbon loudspeaker
    2.15 Moving masses
    2.16 Modelling the moving-coil motor
    2.17 The electrical analog of a drive unit
    2.18 Modelling the enclosure
    2.19 Low-frequency reproduction
    2.20 The compound loudspeaker
    2.21 Motional feedback
    References
    Chapter 3. Electrostatic loudspeakers
    3.1 Introduction
    3.2 Electrostatic drive theory
    3.3 Radiating the sound
    3.4 Practical designs
    3.5 A general principle
    3.6 Safety
    Acknowledgements
    References
    Chapter 4. The distributed mode loudspeaker (DML)
    4.1 Introduction
    4.2 Historical background
    4.3 Traditional loudspeakers
    4.4 Bending waves in beams and plates
    4.5 Optimizing modal density
    4.6 Early work
    4.7 Current methodologies
    4.8 Panel mechanical measurements
    4.9 Drive points
    4.10 Mechanical model
    4.11 Implementation for a practical moving-coil exciter
    4.12 Radiation simulation modelling
    4.13 Performance
    4.14 Acoustical measurements
    4.15 Psychoacoustics
    4.16 Loudness
    4.17 Stereophonic localization
    4.18 Boundary reaction
    4.19 Acoustic feedback margin
    4.20 Sound reinforcement applications
    4.21 Distortion mechanisms
    4.22 The future
    Acknowledgements
    References
    Chapter 5. Multiple-driver loudspeaker systems
    5.1 Introduction
    5.2 Crossover networks – theoretical design criteria
    5.3 Practical system design procedures
    5.4 Summary
    References
    Bibliography
    Chapter 6. The amplifier/loudspeaker interface
    6.1 Introduction
    6.2 The electrical load presented by the loudspeaker
    6.3 Impedance compensation
    6.4 Complete conjugate impedance compensation
    6.5 Sound level and amplifier power
    6.6 Remote crossovers, remote or built-in amplifiers?
    6.7 Damping factor and source resistance
    6.8 Level rather than watts
    6.9 Axial SPL and room loudness
    6.10 Active loudspeaker systems
    6.11 A typical active speaker system
    6.12 Driver equalization and motional feedback (MFB)
    6.13 Full-range feedback
    6.14 Speaker adaptability
    6.15 Digital loudspeakers
    6.16 Cables and connectors
    References
    Bibliography
    Chapter 7. Loudspeaker enclosures
    7.1 Introduction
    7.2 Lumped-parameter modelling
    7.3 Enclosure types
    7.4 Mechanical considerations
    7.5 Acoustical considerations
    7.6 Finite element modelling
    Appendix: Computer model
    References
    Chapter 8. The room environment: basic theory
    8.1 Introduction
    8.2 Basic room acoustics
    8.3 Loudspeaker placement
    8.4 Measurement of room acoustics
    8.5 Listening room design
    8.6 Frequency response equalization
    Acknowledgements
    References
    Bibliography
    Chapter 9. The room environment: problems and solutions
    9.1 Introduction
    9.2 Room equalization
    9.3 Correctable and non-correctable responses
    9.4 Digital correction techniques
    9.5 Related problems in loudspeakers
    9.6 Equalization in auditoria
    9.7 An example of simple acoustic equalization
    9.8 Acoustic solutions
    9.9 Source pattern differences
    9.10 Listening rooms
    9.11 Critical distance
    9.12 Control rooms
    9.13 The advent of specialized control rooms
    9.14 Built-in monitors
    9.15 Directional acoustics
    9.16 Scaling problems
    9.17 The pressure zone
    9.18 The general behaviour of loudspeakers in rooms
    9.19 Summing up
    Acknowledgements
    References
    Bibliography
    Chapter 10. Sound reinforcement and public address
    10.1 Introduction
    10.2 Loudspeakers and signal distribution
    10.3 Loudspeaker coverage
    10.4 Sound systems for auditoria
    10.5 Time delay and the Haas effect
    10.6 Response shaping
    10.7 Speech intelligibility
    10.8 Outdoor PA systems
    10.9 Climatic effects
    10.10 Sound-masking systems
    10.11 Reverberation enhancement
    10.12 Electronic architecture
    10.13 Cinema sound systems
    10.14 Sound system performance and design prediction
    10.15 Microphones
    References
    Bibliography
    Chapter 11. Loudspeakers for studio monitoring and musical instruments
    Part 1: Studio Monitor Loudspeakers
    11.1 Introduction
    11.2 Studio monitor performance requirements
    11.3 Significant monitor designs
    Part 2: Musical Instrument Loudspeakers
    11.4 Musical instrument direct-radiator driver construction
    11.5 Musical instrument loudspeaker enclosures and systems
    Part 3: The Digital Future
    11.6 Electronic speaker modelling, digital input and control, and the possibility of the digital loudspeaker
    References
    Bibliography
    Chapter 12. Loudspeaker measurements
    12.1 Introduction
    12.2 Measurement standards
    12.3 The measurement environment
    12.4 Measuring conditions
    12.5 Characteristics measurements: small-signal
    12.6 Large-signal measurements: distortion-limited
    12.7 Large-signal measurements: damage-limited
    12.8 Mechanical measurements
    12.9 Integrated measurement systems
    Acknowledgements
    References
    Chapter 13. Subjective evaluation
    13.1 Introduction
    13.2 Turning listening tests into subjective measurements: identifying and controlling the nuisance variables
    13.3 Electrical requirements
    13.4 Experimental method
    13.5 Statistical analysis of results
    13.6 Conclusions
    References
    Chapter 14. Headphones
    14.1 Introduction
    14.2 Acoustics of headphones
    14.3 The hearing mechanism
    14.4 Headphone applications
    14.5 Practical matters
    References
    Chapter 15. International standards
    15.1 Introduction
    15.2 Standards-making bodies
    15.3 Standards for loudspeakers
    References
    Chapter 16. Terminology
    16.1 Introduction
    16.2 Definitions
    16.3 Quantities and symbols
    References
    Index
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