Transcription of Analog Integrated Circuit Design – Why?
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Analog Integrated Circuit Design – Why?
Analog Integrated Circuit Design : Why? 1 Abstract: What is Analog ? Everything we see, hear, and perceive in life is Analog , from voice, music, and seismic activity to visual perception, voice recognition, and energy conversion and transfer. As a result, all electronic systems must interface with the world via Analog electronics. Conforming these functions to today's and tomorrow's relentless demand for small, chip- Integrated , mobile, battery-operated devices challenges Analog engineers and researchers to Design and create smart, robot-like solutions with state-of-the-art accuracy, speed, and extended battery life, which demands and requires training. Examples of the types of applications the field enjoys range from biologically inspired devices ( , pacemakers, nanotechnology probes, and so on) and commercial products ( , laptops, cellular phones, microsensors, and more) to military hardware ( , unmanned aerial vehicles, light-weight electronic equipment, etc.) and space exploration ( , remote meters, robots, and so forth).
Analog Integrated Circuit Design: Why? 2 Outline What is the difference between analog and digital signals? Why analog? What is the difference between analog and digital IC design? What is the design process really like?
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