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5 Ways to Address Phase Issues in Audio - iZotope
https://www.izotope.com/en/learn/5-ways-to-adjust-phase-after-recording.html#:~:text=Phase%20relationships%20between%20similar%20signals%20are%20a%20source,phenomena.%20But%20phase%20relationships%20can%20also%20present%20problems.
Phase Relationships in Audio Signals - Astralsound
https://www.astralsound.com/phase-relationships.htm
Phase relationships in audio signals. Phase is probably most easily understood in terms of one of the fundamental building-blocks of audio: the sine wave.. A sine wave - described, in audio terms, as a pure tone - is a repeating cycle of regular frequency and amplitude. The shape of the wave can be plotted from the sines (hence ‘sine wave’) of any series of numbers following an …
Understanding Audio Phase | Universal Audio
https://www.uaudio.com/blog/understanding-audio-phase
Essentially, phase refers to sound waves — or simply put, the vibration of air. When we listen to sound, what we’re hearing are changes in air pressure. Just like the ripple of a stone in water, sound is created by the movement of air. And just as in water, those movements cause a rippling effect — waves comprised of peaks and troughs.
5 Ways to Address Phase Issues in Audio - iZotope
https://www.izotope.com/en/learn/5-ways-to-adjust-phase-after-recording.html
Anytime you’re combining two or more similar signals, phase is the timing relationship between them. Timing differences between similar signals are often caused by different distances between microphones and the sound source (close mic vs distant mic or DI vs mic), different polarity or sound start points in samples, and latency incurred through digital …
Phase Relationships - Songstuff
https://www.songstuff.com/recording/article/phase_relationships/
The out-of-phase signal will sound unnatural, thin, and lacking low frequencies, while the in-phase signal will regain all it's low frequencies and sound more like the natural instrument. Phasing problems can also occur with a single microphone when a reflection off a nearby surface gets back to the same mic.
Phase Demystified - Sound on Sound
https://www.soundonsound.com/techniques/phase-demystified
Phase cancellation isn't necessarily a bad thing. The 'phase EQ' technique uses three mics positioned to form a triangle. The faders on the desk (or in the DAW) can then be raised or lowered for each signal, altering the phase relationship between the signals — and this can be a less intrusive alternative to conventional EQ.
Understanding Chorus, Flangers, and Phasers in Audio ...
https://www.izotope.com/en/learn/understanding-chorus-flangers-and-phasers-in-audio-production.html
Two important phase relationships to keep in mind are those that result in constructive (in-phase) and destructive (out-of-phase) interference which are more likely to occur when identical waves are stacked together, as is the case with chorus, flangers, and phasers. Constructive interference: in-phase
Back EMF Phase Relationships in Moving-Coil Loudspeakers ...
https://audioxpress.com/article/back-emf-phase-relationships-in-moving-coil-loudspeakers-part-3/
Back EMF Phase Relationships in Moving-Coil Loudspeakers - Part 3. January 15 2020, 09:30. In the third article of the four-part series, Andy Lewis continues his fascinating exploration of Back EMF Phase Relationships in Moving-Coil Loudspeakers. The author discusses what causes Back EMF to simulate inductor, capacitor, or resistor (LCR) components, and …
Amplifier Basics - Phase Relationships - Transistors and ...
https://www.allaboutcircuits.com/video-lectures/amplifier-basics-phase-relationships/
The first thing we're going to look at here is Phase Relationships. Signals may or may not be phase shifted as a result of amplifier operations. Amplifiers may be classed as they will be the inverting and the non-inverting. Inverting would mean that here, we had an input, and we would …
Phase Relationships in AC Circuits
http://hyperphysics.phy-astr.gsu.edu/hbase/electric/phase.html
Phase Relationships in AC Circuits. Phase. When capacitorsor inductorsare involved in an AC circuit, the current and voltage do not peak at the same time. The fraction of a period difference between the peaks expressed in degrees is said to be the phase difference. The phase difference is = 90 degrees.
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