Mono vs. Stereo Audio Files
Playback systems that make use of two speakers are referred to as stereo systems. Stereo audio files, such as stereo MP3 and WAV files, contain left channel and right channel information that tell the left and right speaker when to push and pull air.
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If you’ve ever looked at the waveform of a stereo audio file within a digital audio workstation (DAW), you’ve likely noticed that there are two waveforms apart of the file. Each waveform represents a single channel of audio.
Mono audio files only contain a single audio channel.
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Mono vs. Stereo Playback
Stereo systems are capable of creating the impression of sound source localization. Sound source localization refers to the human ability to locate the position of a sound source within a space.
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Sk telecom modems driver download for windows. For example, if you hear a dog barking, it’s relatively easy to determine the direction the sound is coming from, and how far away the sound source (the dog) is. Most people should be able to localize sounds with decent accuracy, even with their eyes closed.
It makes sense to assume that you’d perceive the sound produced by a stereo system to come from two distinct sound sources; the left speaker and right speaker. In some situations, you will perceive sound coming from two different directions, but this isn’t always the case.
The human brain is easy to trick because it uses simple concepts to localize sounds. These concepts include timing differences between sounds reaching your left and right ear, sound wave frequency, sound wave pressure levels, dynamic range, and reverberation amount.
3nod alh236sb-dns-n12pgs driver download for windows 10. Stereo systems exploit how gullible your brain is to create the “impression” of sound source localization between the system’s left and right speaker.
For example, when the left and right speaker play the exact same signal, you’ll perceive the source of the sound to be positioned directly between the speakers; this is referred to as a phantom mono sound source because the true sound sources (the speakers) are positioned out to the sides.
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Your brain relies on sound wave timing differences to decipher the left/right positioning of a sound. A sound source closer to your left ear will produce sound waves that reach your left ear before reaching your right ear. Even though these timing differences are small, they help your brain localize the sound.
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When you mirror this process using a second speaker, and you feed both speakers the same signal, your brain assumes the sound source is in front of you.
As differences are introduced to one of the signals, the sound they produce will be perceived as wider.
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Width (X-axis) is just one of the three dimensions you’re capable of perceiving via the use of a stereo system. The other dimensions include height (Y-axis) and depth (Z-axis). Collectively, these three dimensions form a 3-D space known as a stereo image.