Matches in DBpedia 2016-04 for { ?s ?p "Decibels relative to full scale, commonly abbreviated dBFS, measures decibel amplitude levels in digital systems such as pulse-code modulation (PCM) which have a defined maximum available peak level.0 dBFS is assigned to the maximum possible digital level. For example, a signal that reaches 50% of the maximum level at any point would reach −6 dBFS at that point, 6 dB below full scale. Conventions differ for RMS measurements, but all peak measurements will be negative numbers, unless they reach the maximum digital value.A digital signal which does not contain any samples at 0 dBFS can still clip when converted to analog due to the signal reconstruction process interpolating between samples. This possibility can be prevented by careful digital-to-analog converter circuit design."@en }
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- DBFS abstract "Decibels relative to full scale, commonly abbreviated dBFS, measures decibel amplitude levels in digital systems such as pulse-code modulation (PCM) which have a defined maximum available peak level.0 dBFS is assigned to the maximum possible digital level. For example, a signal that reaches 50% of the maximum level at any point would reach −6 dBFS at that point, 6 dB below full scale. Conventions differ for RMS measurements, but all peak measurements will be negative numbers, unless they reach the maximum digital value.A digital signal which does not contain any samples at 0 dBFS can still clip when converted to analog due to the signal reconstruction process interpolating between samples. This possibility can be prevented by careful digital-to-analog converter circuit design.".
- Q292006 abstract "Decibels relative to full scale, commonly abbreviated dBFS, measures decibel amplitude levels in digital systems such as pulse-code modulation (PCM) which have a defined maximum available peak level.0 dBFS is assigned to the maximum possible digital level. For example, a signal that reaches 50% of the maximum level at any point would reach −6 dBFS at that point, 6 dB below full scale. Conventions differ for RMS measurements, but all peak measurements will be negative numbers, unless they reach the maximum digital value.A digital signal which does not contain any samples at 0 dBFS can still clip when converted to analog due to the signal reconstruction process interpolating between samples. This possibility can be prevented by careful digital-to-analog converter circuit design.".