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Co-sponsored by Analog Devices, Inc. and Digi-Key Corporation
Data conversion from analog to digital (or from digital to analog) is an important element in many forms of electronic systems, but the technique of data sampling creates many design issues and considerations. Part I of this Webcast series covered the fundamentals of data sampling and explored the effects of quantization, under- and oversampling, process gain, anti-alias filtering, and much more.
Part II will take a detailed look at the prevailing data converter architectures and provide an understanding of where sampling vs. quantization vs. digitization takes place, and more importantly, how this impacts the correct choice of converter for a given application. The sources and management of sampling anomalies effecting linearity, distortion, and noise will be discussed, along with many tried and true data converter application tips and techniques to insure an optimum system design.
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Presenters:
Chris Hyde,
Senior Field Applications Engineer,
Analog Devices, Inc.
During Chris’ 29 year career, he has designed IC’s, RF, optical and quantum electronic systems, as well as semiconductor processes. He has lead groups in field applications and marketing and been Director of Business Development. Chris has been with Analog Devices for over 22 years.
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Rick Wiens,
Applications Engineer,
Digi-Key Corporation
Rick is an Applications Engineer with Digi-Key in Thief River Falls, Minn. He holds BS and MS degrees in Mechanical and Electrical Engineering respectively from North Dakota State University, where he also previously worked, developing instrumentation and control systems used in agricultural and biomedical research. His areas of interest within the field include audio, power, and control systems.
