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Mixing Your Music: The Easy Guide to Sounding Like a Pro ...
https://www.landr.com/how-to-mix/#:~:text=Audio%20mixing%20is%20the%20process%20of%20taking%20recorded,panning%2C%20and%20time-based%20audio%20effects%20%28chorus%2C%20reverb%2C%20delay%29.
Digital Audio 101: The Basics — Pro Audio Files
https://theproaudiofiles.com/digital-audio-101-the-basics/
Nyquist Rate. The Nyquist rate is a concept derived from digital sampling theory which states that to accurately represent a particular frequency, the signal must be sampled at twice the rate of that frequency. For example, to create an accurate digital representation of 10 kHz, you would need to use a minimum 20 kHz sampling rate.
Digital Audio: Theory And Reality - ProSoundWeb
https://www.prosoundweb.com/digital-audio-theory-and-reality/
September 12, 2018. Nigel Redmon. Looking into the promise of perfect audio and the Nyquist Theorem. Most people who’ve looked at digital audio before know about the Nyquist theorem. If you sample an analog signal at a rate of at least twice its highest frequency component, you can convert it back to analog, passing through a low-pass filter, and get back …
The Spirit Guide to Digital Mixing
https://engineering.purdue.edu/ece103/References/guide_to_digital_mixing.pdf
1: The Basics Of Digital Mixing 4 B. Bits and Sample Rates The two most important factors determining the quality of a digital audio system are sample rates and bit resolution. A properly designed digital recording system can reproduce audio frequen-cies up to half of its sampling rate. So, in order to cover the full range of human hearing, a sample
Digital Audio Basics: Audio Sample Rate and Bit Depth
https://www.izotope.com/en/learn/digital-audio-basics-sample-rate-and-bit-depth.html
The audio sample rate determines the range of frequencies captured in digital audio. In most DAWs, you’ll find an adjustable sample rate in your audio preferences. This controls the sample rate for audio in your project. The options you see in the average DAW—44.1 kHz, 48 kHz—may seem a bit random, but they aren’t!
Digital audio: theory and reality | EarLevel Engineering
https://www.earlevel.com/main/1996/10/19/digital-audio-theory-and-reality/
The promise of perfect audio—the Nyquist Theorem. Most people who’ve look at digital audio before know about the Nyquist theorem—if you sample an analog signal at a rate of at least twice its highest frequency component, you can convert it back to analog, passing through a low-pass filter, and get back the same thing you put in. Exactly.
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