356 безплатни аудиофайлове за "Sine"

A synthesized drum kick. Is really a sine wave (obviously) with pitch modulation, and a low noise on the beginning of the sound.

Meinl 12 bar chimes swishing randomly. 16 bit 44. 1hz.

Just a simple laser sound i made from combining sine (150hz) and square (100hz) together and adding a phaser.

Made in abletoni used a sine wave an lfothen i used all presets in the plugin, "amp".

An impulse response recorded using an exponentially swept sine tone. Recorded in st andrews cathedral in sydney, australia.

Generate tone (200 hz) waveform sine. Fade in. Fade out. Change frequency (2. 6 hz) and add resonance (7). Standardize everything.

A digital, old-school gaming style bounce, generated with a sine wave.

This was made using a sine wave, reverb, and distortion. The outcome was exported with a sample rate of 16000 and a bitrate of 16 kbps.

A simple sine wave beep running through soft saturation and modulation, then being exported deliberately at 8khz and 8bit to simulate the low quality of a phone call. Use this as a standard beep sound coming through a phone speaker. The latter half is a little faster to enable a simulation of hanging up or the call being rejected.

Sine waves processed randomly to make a cool weird video-game sound effect.

Very short notification sound. Made in audacity using two sine waves and a little reverb.

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

Warning! loud noise! this sound is not intended to listen to, but to do technical measurements!. This is a test recording i made to measure my headphone's frequency response. It plays a nice "left" and "right" to determine the channels. Then it plays back white noise first in both channels, then one at a time. Then the same with sine sweeps. Then short impulses.

This is a bassline i created in vsti rubber duck. It's recorded at c2 120 bpm.

The sound of a big flamethrower. A boya by-m1 recording a blowtorch and a bathtub mixed with audacity and a ~120hz sine tone.

A very short electronic impulse with a buzz component. Created by making a sine wave sweep in symsynth and edited in soundforge.

A test tone that can be used for final mix for tv and other similar media. It contains 10 seconds of silence and then 30 seconds of a 1khz test tone (sine wave) with the digital level set at -6dbfs. Uploaded as 24/48 wav for post production work. See http://en. Wikipedia. Org/wiki/dbfs for some details on analogue alignment levels.

Deep down there's a rumbling monster inside. A monster that craves pineapples. No pen, tho.

Controlled sine generator + rev + chorus. Software: pro tools / audacity / ocenaudio. Your comments are greatly appreciatedcheers, piotr zaczek.

Controlled sine generator + rev + chorus. Software: pro tools / audacity / ocenaudio. Your comments are greatly appreciatedcheers, piotr zaczek.

Controlled sine generator + rev + chorus. Software: pro tools / audacity / ocenaudio. Your comments are greatly appreciatedcheers, piotr zaczek.

This sound clip was made with sony sound forge, sine wave hydrogen drum beats and a pitch changed piano clip p1. Wav uploaded by sleep.

Sounds like a power on sound. Made from a beep with a sine waveform (the hz of which increases), and bitcrushing it at 4 bits per sample and a sample rate of 40khz.

Https://www. Freesound. Org/people/bradovic/sounds/164718/. Put through an extremely poor sine tracking algorithm as an experiment but came out surprisingly pretty.

Lydfil fra Ruben-samlingen Sound file from Ruben collection

This sound was made in audacity using three rising sine waves at different frequencies. It can be looped to make an alarm.

You can use this sound in any project you want, if you want to support mepatreon (1$) : https://bit. Ly/patreon22.

Ambient sine pad free to use. Just link me you work to see finish product! no need to credit me unless you choose to!.

Low pitch bass drum. I've recorded some cutoff and resonance on a basic sine wave kick drum patch i created with strobe2 synth. You don't have to provide attribution or anything, but please let me know how you like my sounds here or via twitter @tailorvj.

Triple osc, echo. Recorded with low volume and re-recorded with a high output volume.

This is the sound of a tuning fork (a little less than 440hz), which i recorded using a guitar pickup. I used this sound for coursera course "audio processing for music applications".

This sound was made in audacity using three different sine wave frequencies set to 200% speed. It is designed to loop seamlessly.

I created this clip for use in larger works and as an exploration of how sound works in relation to filters and other processing. Feel free to use this somehow. Thanks!.

Atmosphere with horn very low pitch make it. Mutated synthetic sounds with pro tools tdm plugins.

I generated a sine wave with audacity, and applied the wahwah and phaser effects multiple times with different settings. I don't know what i would use this for, but it's fun to listen to.

I made this using two oscillators in native instrument's fm8 synth. There is nothing too fancy, just two sine waves played out the same output, but one has an offset of 440hz, and the second oscillator has an offset of 330hz. I then just played two notes that didn't sound too dissonant, and then ran it through some low-fi processing.

A 100 bpm synth perc loop, first without and then with a bandpass with its cutoff on a 3-bar sine lfo.

Sine waves generated with a 3x osc. Re-recorded on a higher volume. Fx: echo and asio driver bugs.

Testing/documening my bartonmusicalcircuits (bmc21) full wave dual rectifier. "this is an all analog synthesizer module used to alter the timbre and create new harmonic content. ". Sound:1. Sine wave not going throught rectifier2. Sine wave though rectifier3. Triangle though rectifier4. Square through rectifier5. Saw through rectifier. An lfo is modulating the bias.

I was playing around with spear (sinusoidal partial editing and resynthesis) after a long absence (still available for free download)and came up with some drones for the upcoming pincushioned album. "enjoy".

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].

A simple ringtone from star trek: into darkness created with after effects. It was simply a sine wave produced in adobe after effects, edited with a few volume adjustments.

A sound made in audacity. 500hz tone, lasting 0,5 seconds, 0,5 pause, repeated 4 times, with a bit of reverb. Could be used as some sort of alert or alarm. Loop friendly.

Testing/documening my nonlinearcircuits timbre!. "this is basically a clone of the buchla timbre found in the easel. ". Sound:1. Sine wave not going throught wave folder2. Sine wave though wave folder3. Triangle though wave folder4. Square through wave folder5. Saw through wave folder. An lfo is modulating the bias. No, when going through the folder the there is never a sinus wave. . . Next time. . . Also it is a matter of calibration. I should check it out.

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.

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.

I created this sound on online sequencer and then i used audacity to add some effects to it.

An alarm i made in sylenth by distorting a sine wave mixed with a triangle wave. I then notched stuff out in eq, distorted it further and added reverb.

Created from an altered version of the "sine jingle" audio i uploaded,this clip is meant to mimic the sound of casting a meteor storm spell in an rpg. -----------------------------------------------------------------------. This sound, like everything i upload here,is completely free for anyone to use. You may use it however you please. I hope it is useful. 🎶.

Difference between original signal and reconstructed one. Original sound is presented here: http://freesound. Org/people/bremstocker/sounds/169577/.