Sampling rate: Difference between revisions
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In digital audio, an analog continuous wave is "sampled" to discrete values. The sampling happens many times per second. In 16bit audio these discrete sample values represent values between -32768 and 32767. Each sample value represents the Amplitude value of the wave at that specific point. | In digital audio, an analog continuous wave is "sampled" to discrete values. The sampling happens many times per second. In 16bit audio these discrete sample values represent values between -32768 and 32767. Each sample value represents the Amplitude value of the wave at that specific point. | ||
<center>[[Image:Digital_wave.png|frame|none|''Samples per second defines the sampling rate. © Graham Mitchell - ''[http://grahammitchell. | <center>[[Image:Digital_wave.png|frame|none|''Samples per second defines the sampling rate. © Graham Mitchell - ''[http://grahammitchell.com/writings/vorbis_intro.html Vorbis intro]'']]</center> | ||
[[Category: | [[Category:Signal Processing]] | ||
Latest revision as of 13:04, 18 June 2014
In digital audio, an analog continuous wave is "sampled" to discrete values. The sampling happens many times per second. In 16bit audio these discrete sample values represent values between -32768 and 32767. Each sample value represents the Amplitude value of the wave at that specific point.
