665 Royalty-Free Audio Tracks for "Tuning Reference"

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Der Ton f
Author: Bautsch
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00:09
Sinuston 433 Hz
Author: Joachim Mohr
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Sinuston 431 Hz
Author: Joachim Mohr
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00:10
Sweep tone from 2khz to 16khz
Author: Nolaiz
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00:09
Sinuston 432 Hz
Author: Joachim Mohr
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00:06
Three perfect fifths, in equal temperament
Author: The original uploader was Camembert at English Wikipedia.
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00:10
Sweep tone from 20hz to 20khz
Author: Nolaiz
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00:03
Der Ton c
Author: Bautsch
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00:06
An augmented fifth in just temperment. The first tone is a sine wave of 300Hz, the second is 468.75 Hz, the third is the interval. Made with NCH tone generator
Author: Jeff Dahl
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00:05
Made it myself with and adaptor and an audio input cable.
Author: CoolKoon at English Wikipedia
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Der Ton gis
Author: Bautsch
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Der Ton a
Author: Bautsch
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00:09
Sinuston 434 Hz
Author: Joachim Mohr
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Sweep tone from 16hz to 256hz
Author: Nolaiz
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00:03
Der Ton c
Author: Bautsch
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Der Ton g
Author: Bautsch
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Sweep tone from 256hz to 2khz
Author: Nolaiz
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00:06
A sound file playing the interval of an augmented fifth, in equal temperment. The first tone is a sine wave at 300 Hz, the second is at 476.1 Hz, the last is the interval. Made with NCH Tone generator.
Author: Jeff Dahl
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0
Author: The original uploader was Denelson83 at English Wikipedia.
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423.2 Hz tone
Author: The original uploader was Denelson83 at English Wikipedia.
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409 Hz tone
Author: The original uploader was Denelson83 at English Wikipedia.
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First, a 440hz tone will play on the LEFT side. Then, it will stop and play a 440hz tone on the RIGHT side. This is for testing which side is which, and if your stereo system is working properly.
Author: Atomicdragon136
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0
Author: The original uploader was Denelson83 at English Wikipedia.
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0
Author: The original uploader was Denelson83 at English Wikipedia.
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422.5 Hz tone
Author: The original uploader was Denelson83 at English Wikipedia.
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A recording that shows the effect of a Shepard tone
Author: Original uploader was Omeomi at en.wikipedia
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A mean fifth (sine waves of 300 Hz and 448.6Hz) followed by a wolf fifth (300 Hz and 459.37Hz); intervals occur in quarter-comma meantone temperament.
Author: Jeff Dahl
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A 1500 Hz tone broadcast by WWV, the radio station of the United States National Institute of Standards and Technology.
Author: Originally uploaded by Denelson83 at en.wikipedia.
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1000 Hz tone, created by Denelson83 Note on playing this audio clip This audio clip is an en:Ogg Vorbis file. For a list of compatible media players, see the article at [1].
Author: The original uploader was Denelson83 at English Wikipedia.
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The A440 (A above middle C) tone, which is used as a general tuning standard for musical pitch. It is also broadcast by WWV, the radio station of the National Institute of Standards and Technology.
Author: Original uploader was Denelson83 at en.wikipedia.
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450 Hz tone
Author: The original uploader was Denelson83 at English Wikipedia.
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435 Hz tone
Author: Original uploader was Denelson83 at en.wikipedia
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439 Hz tone
Author: The original uploader was Denelson83 at English Wikipedia.
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880 Hz tone No creative content.
Author: The original uploader was Denelson83 at English Wikipedia.
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480 Hz tone
Author: The original uploader was Denelson83 at English Wikipedia.
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451 Hz tone
Author: The original uploader was Denelson83 at English Wikipedia.
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430.54 Hz tone
Author: The original uploader was Denelson83 at English Wikipedia.
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Tout d'abord un la pur. Se rajoute un autre la, un comma pythagoricien au-dessus. On entend des battements.
Author: No machine-readable author provided. PierreLa assumed (based on copyright claims).
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Une quinte pythagoricienne juste (10 secondes) suivie d'une quinte du loup (10 autres secondes). Fait avec Csound.
Author: No machine-readable author provided. PierreLa assumed (based on copyright claims).
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Un la à 440hz, puis un la élevé d'un comma à 446 hz, puis les deux ensemble. Fait avec CSound.An A at 440 hz, then an A + one comma at 446hz, then both together. Made with CSound.
Author: PierreLa
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Comma pythagoricien. Deux notes séparées d'un comma pythagoricien, jouées alternativement. Format ogg. Fait avec CSound.
Author: No machine-readable author provided. PierreLa assumed (based on copyright claims).
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*Hundred-seventeenth subharmonic on C = D-. Just: 128/117 = 155.56 cents. Limit: 31-limit. MIDI pitch bend: 99,49
Author: Hyacinth
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Harmonic Scale chromatic on C.
Author: Created by Hyacinth (talk) 09:13, 15 January 2012 (UTC) using Sibelius 5.
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*Six-hundred-ninety-seventh harmonic on C = E♯. Just: 697/512 = 534.02 cents. Limit: 41-limit. MIDI pitch bend: 113,74
Author: Hyacinth
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*Six-hundred-fifty-first harmonic on C = E+. Just: 651/512 = 415.82 cents. Limit: 13-limit. MIDI pitch bend: 7,69
Author: Hyacinth
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*Eight-hundred-forty-fifth harmonic on C = A♭. Just: 845/512 = 867.37 cents. Limit: 5-limit. MIDI pitch bend: 71,53
Author: Hyacinth
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*68921st harmonic on C = B♯. Equal-tempered: 268921/65536:1 = 87.19 cents. Limit: 41-limit. MIDI pitch bend: 115,59
Author: Hyacinth
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*Hundred-twenty-seventh harmonic on C = ?. Just: 127/64 = 1186.42 cents. Limit: 41-limit. MIDI pitch bend: 84,91 on M7
Author: Hyacinth
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D chord in drop D tuning.
Author: Created by Hyacinth (talk) 02:45, 8 May 2010 using Sibelius 5.
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Modulations from C major to C sharp major in natural temperatures (just intonation) end at almost the same pitch although there should be a half-tone difference.
Author: Membeth
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