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The complete guide to high-end audio / Robert Harley.
- Format:
- Book
- Author/Creator:
- Harley, Robert, author.
- Language:
- English
- Subjects (All):
- Stereophonic sound systems.
- High-fidelity sound systems.
- Sound--Equipment and supplies--Purchasing.
- Sound.
- Electronic apparatus and appliances--Purchasing.
- Electronic apparatus and appliances.
- Physical Description:
- 1 online resource (577 pages) : illustrations
- Edition:
- Fifth edition.
- Place of Publication:
- Carlsbad, California : Acapella Publishing, 2015.
- Summary:
- An updated edition of what many consider the "bible of high-end audio" In this newly revised and updated fifth edition, Robert Harley, editor in chief of the Absolute Sound magazine, tells you everything you need to know about buying and enjoying high-quality hi-fi. With this book, discover how to get the best sound for your money, how to identify the weak links in your system and upgrade where it will do the most good, how to set up and tweak your system for maximum performance, and how to become a more perceptive and appreciative listener. Just a few of the secrets you will learn cover high-end sound on a budget, how to do it cheap and still do it right; five system set-up mistakes and how to avoid them; how to make your speakers sound up to 50% better, at no cost; how to choose and set up a computer-based music system; how to find the one speaker in 50 worth owning; and why all 100-watt amplifiers don't sound the same. Since the first edition's publication in 1994, The Complete Guide to High-End Audio has been considered the essential reference on high-quality music reproduction, with more than 150,000 copies sold in five languages.
- Contents:
- Front Cover
- Title Page
- Half Title
- Copyright
- Contents
- Foreword
- Preface to the Fifth Edition
- About the Author
- 1 What Is High-End Audio?
- 2 Choosing a High-End Audio System
- Introduction
- Choosing the System Best Suited to Your Needs
- Setting Your Budget
- The Complete vs. the Incremental Purchase
- Value vs. Luxury Components
- Allocating Your Budget to Specific Components
- Upgrading a Single Component
- How to Read Magazine Reviews
- System Matching
- Do's and Don'ts of Selecting Components
- Your Relationship with the Retailer
- Used Equipment
- Product Upgrades
- Component Selection Summary
- 3 Becoming a Better Listener
- Audiophile Values
- Pitfalls of Becoming a Critical Listener
- Sonic Descriptions and their Meanings
- Tonal Balance
- Overall Perspective
- The Treble
- The Midrange
- The Bass
- Soundstaging
- Dynamics
- Detail
- Pace, Rhythm, and Timing
- Coherence
- Musicality
- Notes on Learning Descriptive Terms
- Critical-Listening Setup Procedures
- Single-Presentation Listening-What It's All About
- Critical Listening Summary
- Addendum: Level Matching
- 4 Preamplifiers
- How to Choose a Preamplifier
- Balanced and Unbalanced Connections
- What to Listen For
- Tubes vs. Transistors
- Tube Life and Replacement Options
- The Line-Stage Preamplifier
- The Phono-Stage Preamplifier
- RIAA Equalization
- Phono-Stage Gain
- Cartridge Loading
- The Digital Preamplifier
- Audio/Video Controllers and Multichannel Preamplifiers
- How a Preamplifier Works
- Balanced and Unbalanced Preamplifiers
- 5 Power and Integrated Amplifiers
- How to Choose a Power Amplifier
- Integrated Amplifiers
- How Much Power Do You Need?
- The dBW Power Rating
- Why Amplifier Output Current Matters
- What to Look For when Comparing Power Ratings.
- Why Amplifier Power Isn't Everything
- Other Power-Amplifier Considerations
- Balanced Inputs
- Bridging
- Bi-Amping
- A Survey of Amplifier Types
- Single-Ended-Triode Amplifiers
- Single-Ended Solid-State Amplifiers
- Class D (Switching) Power Amplifiers
- Digital Amplifiers
- A Unique Amplifier
- Output-Stage Topology and Class of Operation
- How a Power Amplifier Works
- The Power Supply
- Input and Driver Stages
- Output Stage
- How a Tubed Power Amplifier Works
- 6 Loudspeakers
- How to Choose a Loudspeaker
- Other Guidelines in Choosing Loudspeakers
- Finding the Right Loudspeaker-Before You Buy
- Loudspeaker Types and How They Work
- The Dynamic Driver
- The Coaxial (Concentric) Driver
- Dynamic Compression
- Problems with Dynamic Drivers
- The Electromagnetic Dynamic Driver
- The Planar-Magnetic Transducer
- The Heil Air-Motion Transformer
- The Electrostatic Driver
- The Dipolar Radiation Patterns of Ribbons and Electrostatics
- Bipolar and Omnidirectional Loudspeakers
- The Horn Driver
- Waveguides
- The Plasma Driver
- The Full-Range Driver
- Loudspeaker Enclosures
- Infinite-Baffle Loading
- Reflex Loading
- Passive Radiators
- Transmission-Line Loading
- Isobarik Loading
- The Finite Baffle
- System Q
- Powered and Servo-Driven Woofers
- Enclosure Resonances
- Enclosure Shapes
- Crossovers
- Digital Loudspeakers
- DSP Loudspeakers
- Subwoofers
- Subwoofer Technical Overview
- Loudspeaker Stands
- 7 Digital Source Components, Part One: Disc Players, DACs, and Interfaces
- How to Choose a Digital Source-Overview
- Disc Players
- Super Audio Compact Disc (SACD)
- Universal Disc Players
- Blu-ray Disc
- Bass Management in SACD and Universal Players.
- How to Choose a Digital Source-Features and Specs
- Disc Player and DAC Features and Specs
- Digital Interfaces
- The S/PDIF Interface
- The USB Interface
- Ethernet
- The I2S Interface
- DSD over PCM (DoP)
- Proprietary Digital Interfaces
- Wireless Connection
- Jitter in the Digital Interface
- Outboard Clocks
- Asynchronous Sample-Rate Conversion
- High-Resolution Digital Audio: Why 44.1kHz Sampling and 16-bit Quantization Aren't Enough
- 16 Bits, 20 Bits, 24 Bits
- A Caveat About High-Resolution Digital Audio
- Technical Addenda
- Direct Stream Digital (DSD) Encoding on SACD
- High Definition Compatible Digital (HDCD)
- How a DAC Works
- Custom Digital Filters
- Digital-to-Analog Conversion
- Delta-Sigma DACs
- Analog Stages
- Balanced Outputs
- 8 Digital Source Components Part Two: Music Servers
- Music Server Sound Quality: Better than Disc
- Downloads
- Download Caveats
- Turnkey Music Servers vs. Computer-Based Servers
- The Turnkey Music Server
- Another Type of Turnkey Music Server
- Turnkey Server Considerations
- Using a Smartphone or Tablet with a Music Server
- Internet Radio and Music Subscription Services
- Metadata
- File Formats
- The Do-It-Yourself, PC-Based Music Server
- The Importance of Bit Transparency
- Computer Requirements
- Operating System and Playback Software
- Hard-Disk Storage
- Loading Your Server with Music
- Getting Music from the Server to Your Playback System
- Networking
- A Simple Do-It-Yourself Music Server
- Transferring an LP Collection to a Server
- 9 Turntables, Tonearms, and Cartridges: The LP Playback System
- LP Playback Hardware Overview
- System Hierarchy: Why the LP Front End Is So Important
- How to Choose an LP Playback System
- Technical Aspects of Choosing an LP Front End
- The Turntable.
- The Base and Plinth
- Sprung and Unsprung Turntables
- The Platter and Bearing Assembly
- Platter Mats, Record Clams, and Vacuum Hold-Down Systems
- The Drive System
- The Tonearm
- The Phono Cartridge
- Moving-Magnet and Moving-Coil Cartridges
- The Strain-Gauge Cartridge
- Stylus Shapes and Cantilever Materials
- LP Playback System Setup
- Record Care and Cleaning
- Vinyl as Art: Half-Speed Mastering, 45rpm Pressings, 180-gram Vinyl, and Directto-Disc LPs
- 10 Cables and Interconnects
- How to Choose Cables and Interconnects
- How Much Should You Spend on Cables and Interconnects?
- Binding Posts and Cable Terminations
- Bi-Wired Loudspeaker Cables
- Balanced and Unbalanced Lines
- Cable and Interconnect Construction
- Conductors
- The Dielectric
- Terminations
- Geometry
- Terminated Cables and Interconnects
- Battery Bias in Cables and Interconnects
- Cable and Interconnect Specifications
- Cables in the Power Amplifier/Loudspeaker Interface
- 11 Audio for Home Theater
- Overview of Home-Theater Systems
- Should You Choose a 5.1-, 7.1-, or 9.1-Channel System?
- Home-Theater Controllers
- How to Choose a Controller
- Inputs, Outputs, and Source Switching
- Automatic Calibration
- DSP Speaker and Room Correction
- Analog Bypass Modes
- Bass-Management Flexibility
- 8-Channel Analog Input
- 7.1-Channel and 9.1-Channel Playback from 5.1-Channel Sources
- THX Certification
- 3D Capability, Network Connection, Wireless Streaming, and Multi-Zone
- Multichannel Power Amplifiers
- How to Choose a Home-Theater Power Amplifier
- Loudspeakers for Home Theater
- The Center-Channel Speaker
- Adding a Center Speaker to Your System
- Left and Right Speakers
- Surround Speakers
- Dipolar and Bipolar Surround Speakers.
- Surround-Back Speakers
- Height Speakers
- Setting Up a Home Theater
- Basic Setup
- Acoustical Treatment
- Speaker Placement
- Surround Speaker Placement
- Center Speaker Placement
- Left and Right Speaker Placement
- Calibrating a Home Theater
- Bass Management
- Setting Individual Channel Levels
- Adding Home Theater without Compromising Music Performance
- Addendum: Surround-Sound Formats Explained
- 12 Multichannel Audio
- A Short History of Multichannel Audio
- Do We Want Multichannel Music Playback?
- How to Get Multichannel Audio in Your Home
- Loudspeaker Types and Placement
- Calibration
- Multichannel Playback from 2-Channel Sources
- Ambisonics
- 13 Personal Audio: Headphones, Desktop, and Mobile Audio
- Headphones
- Earbuds, Earphones, and In-Ear Monitors
- Dynamic, Electrostatic, and Planar-Magnetic Headphones
- Headphone Enhancement Technologies
- Crossfeed Circuits
- Smyth Virtual Surround (SVS)
- Binaural Listening
- Multichannel Headphones
- Headphone Specifications
- Headphone Amplifiers
- Balanced and Unbalanced Drive
- Portable Audio
- Desktop Audio
- 14 System Setup Secrets, Part One: Loudspeaker Placement and Room Acoustics
- Loudspeaker Placement
- Loudspeaker Placement in Asymmetrical Rooms
- Short-Wall vs. Long-Wall Placement
- Dipolar and Bipolar Loudspeaker Placement
- Subwoofer Setup and Placement
- Multichannel Loudspeaker Placement
- Loudspeaker Placement Summary
- Common Room Problems and How to Treat Them
- Acoustical Dos and Don'ts
- A Short Course in Acoustical Theory
- Listening-Room Resonance Modes
- Optimizing Dimensional Ratios
- Standing Waves
- Reverberation
- Building a Listening Room from Scratch
- Isolating the Listening Room
- The Walldamp Technique.
- DSP Room Correction.
- Notes:
- Includes index.
- Description based on online resource; title from PDF title page (ebrary, viewed March 16, 2015).
- ISBN:
- 0-9786493-5-4
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