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General| Brand | L-Acoustics |
|---|---|
| Model | V-DOSC |
| Category | Amplifier |
| Language | English |
Core principles of sound reinforcement and the problem V-DOSC addresses.
Defining conditions for effectively arraying individual sound sources for coherent coupling.
V-DOSC's design based on WST, satisfying criteria for coherent coupling.
Detailed technical specifications of the V-DOSC loudspeaker enclosure.
Flying bumper for V-DOSC arrays, used for stacking and flying.
Summary of LA48a amplifier ratings and load configurations for V-DOSC.
List of approved DSP units and where to obtain presets.
Importance of OEM presets as a starting point, not to be altered.
Summary of operating bandwidths for various V-DOSC presets.
Recommended limiter thresholds for system protection and gain structure.
Analyzing horizontal coverage using isocontours and array aiming.
Behavior of a flat array as a line source with cylindrical wavefront.
Using angle straps for curved arrays to shape coverage and adapt to audience.
Using variable curvature to distribute energy and match audience geometry.
Using ARRAY 2004 for predicting V-DOSC array coverage.
3D software for modeling L-ACOUSTICS systems, calculating SPL and coverage.
Arguments for choosing between stacked and flown V-DOSC systems based on venue.
Guidelines for stacking V-DOSC enclosures, including stability and tilt.
Determining trim height and selecting angles for flown arrays based on audience.
Advantages of LCR systems for optimizing coverage and intelligibility.
Factors determining subwoofer requirements and general usage guidelines.
Driving subwoofers with the same signal as V-DOSC for a 4-way system.
Required time alignment for flown V-DOSC and ground stacked subwoofer setups.
Using delay processing to improve directivity and tonal balance of central arrays.
Steps for time aligning LCR subwoofer arrays and hybrid configurations.
Detailed steps for stacking V-DOSC arrays, including bumper and screwjack use.
Data collection and checking rigging points before flying V-DOSC arrays.
Guidelines for tensioning and adjusting ratchet straps for optimal coverage.
Setting tonal balance using DSP output gains and understanding frequency response.
Using RTA, MLSSA, WinMLS for equalization and time alignment.
A comprehensive guide from room setup to final system tuning.
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