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DIGITAL AUDIO, AN INTRODUCTION Dan Lavry, Lavry ...

http://lavryengineering.com/pdfs/lavry-digital-audio-introduction.pdf

3. The SINC function (NRZ sampling) is an added consideration in terms of the upper audio pass band. Order := Cutoff := Order 24= Cutoff 10= High filter orders yield better alais rejection but increase circuit complexity and can increase noise and distortions blue: filter curve black: filtered audio red: filtered aliased energy Lavry Engineering

Sampling Theory For Digital Audio By Dan Lavry, Lavry ...

http://lavryengineering.com/pdfs/lavry-sampling-theory.pdf

Sampling Theory For Digital Audio By Dan Lavry, Lavry Engineering, Inc. Credit: Dr. Nyquist discovered the sampling theorem, one of technology’s fundamental building blocks. Dr. Nyquist received a PhD in Physics from Yale University. He discovered his sampling theory while working for Bell Labs, and was highly respected by Claude Shannon,

Dan Lavry: Behind The Gear with Lavry Engineering | Tape ...

https://tapeop.com/interviews/btg/64/dan-lavry/

Dan Lavry: Behind The Gear with Lavry Engineering by David Weiss. It is the brave men and women fascinated by analog-to-digital (A/D) and digital-to- analog (D/A) conversion that make audio a reality today. Dan Lavry, founder of Seattle-based Lavry Engineering, put his music bug and his science bug together early on. ...

Clock Jitter and Clock Accuracy for Digital Audio Dan ...

http://lavryengineering.com/pdfs/Clock_Jitter_and_Clock_Accuracy_for_Digital_Audio.pdf

Clock Jitter and Clock Accuracy for Digital Audio Dan Lavry, Lavry Engineering, 2017 For a theoretically perfect clock, each cycle lasts exactly the same time as all other cycles. Real life clocks have two separate imperfections: absolute accuracy (including long term drift) and short term variations (jitter). Jitter

Lavry Engineering

http://www.lavryengineering.com/

The Optimal Sample Rate for Quality Audio - Lavry Engineering

http://www.lavryengineering.com/pdfs/lavry-white-paper-the_optimal_sample_rate_for_quality_audio.pdf

The Optimal Sample Rate for Quality Audio_____by Dan Lavry, Lavry Engineering, Inc. 3 At 60 KHz sampling rate, the contribution of AD and DA to any attenuation in the audible range is negligible. Although 60 KHz would be closer to the ideal; given the existing standards, 88.2 KHz and 96 KHz are closest to the optimal sample rate.

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