Difference between revisions of "Mixing console/Gain structure and metering (Q913)"
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(Added qualifier: knowledge content (P58): optimal leveling of digital components) | (Created claim: context (P66): An optimal gain structure preserves the integrity of the signal, provides headroom for unforeseen peaks, and allows for controlled, predictable, and reproducible output levels across the mixing desk and all other devices in the signal chain.) | ||
| Property / context | |||
| + | An optimal gain structure preserves the integrity of the signal, provides headroom for unforeseen peaks, and allows for controlled, predictable, and reproducible output levels across the mixing desk and all other devices in the signal chain. (English) | ||
| Property / context: An optimal gain structure preserves the integrity of the signal, provides headroom for unforeseen peaks, and allows for controlled, predictable, and reproducible output levels across the mixing desk and all other devices in the signal chain. (English) / rank | |||
| + | Normal rank | ||
Revision as of 13:54, 26 July 2024
An optimal gain structure preserves the integrity of the signal, provides headroom for unforeseen peaks, and allows for controlled, predictable, and reproducible output levels across the mixing desk and all other devices in the signal...
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | Mixing console/Gain structure and metering | An optimal gain structure preserves the integrity of the signal, provides headroom for unforeseen peaks, and allows for controlled, predictable, and reproducible output levels across the mixing desk and all other devices in the signal... |
Statements
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10
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reference levels (-10 dBV, +4 dBu, 0 dB FS) and their applications (English)
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techniques to improve signal-to-noise ratio (English)
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difference between RMS, peak, and true-peak metering (English)
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loudness metering according to EBU R-128. (English)
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gain structure optimization (English)
connecting devices with different reference levels (English)
optimal leveling of digital components (English)
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An optimal gain structure preserves the integrity of the signal, provides headroom for unforeseen peaks, and allows for controlled, predictable, and reproducible output levels across the mixing desk and all other devices in the signal chain. (English)
0 references