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    Book Excerpt: Analog Circuit Design Series--Waveform Processing Circuits (Part 3 of 4)
    Analog circuits are a historical and still effective way to develop waveforms and process signals; learn about function-generation, triangle-wave generation, absolute-value, and peak-detector circuits.
    Planet Analog
    Analog circuits are a historical and yet still effective way to develop waveforms and process signals, and are used for function generators, triangle-wave generators, absolute-value detectors, and peak detectors.

    We are pleased to present, with the publisher's permission, excerpts from a chapter of the four-volume Analog Circuit Design Series by Dennis Feucht, just published by SciTech Publishing. You can read about the entire four-volume set, and see its detailed Table of Contents here.

    We are excerpting part of Volume 4, Chapter 1 as follows:

    • Part 1, Function Generation, click here.
    • Part 2, Triangle-Wave Generators, click here.
    • Part 3, Absolute-Value (Precision Rectifier) Circuits, click here.
    • Part 4, Peak Detectors, will be posted December 14.
    About the author
    Dennis Feucht heads Innovatia Laboratories, and is involved with analog circuits, motion control, power electronics, microcomputer-based instrumentation, electromechanics, and automation. Feucht is an electronics engineer with extensive experience doing leading-edge electronics design of high-performance test instruments, robotics, power conversion, and motor drives for over 30 years.

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    Check out IDT's new paper The Role of Jitter in Timing Signals. This paper provides a basic tutorial on timing signal jitter for designers building electronics systems. It defines this phenomenon and describes how it is measured in different applications.


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