Table 2.1. Power Ratios in Decibels
Table 2.2. Root Mean Square Voltages Used as Nonstandard References
Table 2.3. Equivalents of Pressure Levels
Table 2.4. Common Decibel Notations and References
Table 2.5. Preferred Reference Labels for Acoustic
Table 2.6. A-Weighted Recommended Descriptor List
Table 2.7. Associated Standard Reference Values
Table 2.8. Recommended Descriptor List
Table 2.9. Combining Pure Tones of the Same Frequency but Differing Phase Angles
Table 3.1. Typical Sound Velocities in Various Media (at Approximately 15°C)
Table 3.2. Typical Wavelengths for Midfrequency Octave Centers
Table 3.3. Frequencies and Wavelengths
Table 3.4. Sound Absorption Coefficients of General Building Materials and Furnishings
Table 3.5. Absorption of Seats and Audiencea
Table 4.1. Uses of Different Switch Types
Table 8.1. Range of Input Sensitivities
Table 8.2. Power Amp Gains for 0-dBu Sensitivity @ Clip ⇒ Means ‘Into’
Table 8.3. Power Amplifier Input Impedances
Table 8.4. The reciprocal pattern of conventional power amplifliers (with 10 kΩ input impedance)
Table 8.5. Loudspeaker Subsonic Handling (Infrasonic Handling)
Table 12.1. Instability Onset: P2 is Increased Until Sustained Oscillation Occurs
Table 15.1. Four-Bit Binary Number Coding Methods
Table 15.2. Examples of simple arithmetic
Table 20.1. Audio subsystem specification for onyx and challenge
Table . CDR 770 Technical Specifications
Table . Recording Values for Line Input/Output
Table . Recording Functions, CD-R and CD-RW Discs
Table 21.1. Comparing Complexity of Circuitry for MPEG-1 Levels
Table 22.1. Microphone Sensitivity Comparison
Table 22.2. Polar Pattern Parameters for Microphone Directional Characteristics
Table 26.1 Standard tape speeds in metric and imperial measures.
Table 26.2 Major analogue recording formats.
Table 28.2. Encoding Parameter Values for the 4:2:2 Digital Video Interface
Table 28.3. Parallel Digital Video Interface
Table 29.3. Typical Sound Absorption Coefficients