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Sample-rate conversion - Wikipedia
https://en.wikipedia.org/wiki/Sample-rate_conversion#:~:text=Sample-rate%20conversion%2C%20sampling-frequency%20conversion%20or%20resampling%20is%20the,new%20discrete%20representation%20of%20the%20underlying%20continuous%20signal.
AES E-Library » Digital Sampling Frequency Conversion
https://www.aes.org/e-lib/browse.cfm?elib=3412
When referred to the required conversion frequency of a purely digital device, this means that a conversion frequency of approximately 215 times the sampling …
SARACON sampling frequency converter – Asia Weiss
http://www.asiaweiss.com/proaudio/saracon-sampling-frequency-converter/
The SARACON is an extremely versatile software tool for sampling frequency and format conversion. Supported sampling frequencies include all the standard digital audio sampling frequencies like 44.1, 48, 88.2, 96, 176.4, 192, 352.8, 384 kHz, DXD, DSD64 and …
Sample Rates and Audio Sampling: A Guide for ... - Adobe …
https://www.adobe.com/ae_en/creativecloud/video/discover/audio-sampling.html
Sample rate (in hertz not kilohertz) x Bit rate x Number of channels x Number of seconds = total bits. Total bits / 8 = bytes. Bytes / 1,000,000 = megabytes or MBs. For example: 44100Hz x 16-bit x 2 channels for stereo recording x 4400 seconds (a 74-minute CD recording) = 6,209,280,000 bits – or around 6.2billion bits.
Digital Audio Basics: Audio Sample Rate and Bit Depth
https://www.izotope.com/en/learn/digital-audio-basics-sample-rate-and-bit-depth.html
Certain characteristics of an analog sound wave, like the frequency and amplitude, are converted to data computer software can read. This allows us to manage, edit, and arrange audio in a software-based context. What is an audio sample? The sound wave is converted into data through a series of snapshot measurements, or samples. A sample is taken at a particular …
Audio Sampling | How to avoid Audio Aliasing | Xi …
https://xiengineering.com/sampling-frequency-audio-aliasing/
Audio Aliasing is an effect which occurs when converting an analogue signal into a digital one with an insufficient sampling frequency. The result of this effect is that the high-frequency components of that analogue signal will not be correctly interpreted, and the digital signal will not be an accurate copy of the analogue one.
What is Sampling Frequency? - Home Brew Audio
https://www.homebrewaudio.com/11417/what-is-sampling-frequency/
Despite what the sampling theorem suggests, some people claim to be able to hear an improvement in recordings with sampling frequencies much higher than 44.1 kHz. 48 kHz is popular in more video-related applications, and 88.2 and 96 kHz are both popular since they are double the frequency of what the end product will be, making the conversion down to 44.1 or …
Transforming Audio Samples From Time Domain to …
https://stackoverflow.com/questions/12029629/transforming-audio-samples-from-time-domain-to-frequency-domain
Applying FFT on each window (real to complex conversion done inside the FFT function) float frequencyData [noOfWindows] [samplingRate/2]; for i:= 0 to noOfWindows -1 frequencyData [i] = RealToComplex_FFT_Function (windowSamplesOut [i], samplingRate); endfor. In the last step, I use the FFT function implemented in this link: …
Effects of Sampling and Aliasing on the Conversion of ...
https://personal.egr.uri.edu/chelidz/documents/Effects%20of%20Sampling%20and%20Aliasing.pdf
tection. If the sampling frequency is 40 kHz, the AAF gain must change from 0 dB at 20 kHz to –80 dB at just over 20 kHz. We must increase the sampling frequency to make the filter realizable. Consider a sampling frequency f s = 51.2 kHz. The Nyquist frequency is 25.6 kHz, which means that frequencies above 31.2 kHz will fold back into the band of interest.
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