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Describes the jitter algorithms used in SDAIII-CompleteLinQ serial data analysis
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The WaveScan tool built into the HDO4000 and HDO6000 High Definition Oscilloscopes (HDOs) enables the instruments use more than 20 different search criteria to find anomalies in a captured waveform, or to scan live acquisitions for anywhere from a second to a day.
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JitterSim is a math function, enabled by the Serial Data Analysis option, which allows various aspects of jitter to be simulated either singly or in groups. It is ideal for experimenting with how various jitter components are manifested in the jitter measurement displays available in SDAIII.
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Vertical noise due to crosstalk or other EMI added to serial data transmissions can result in increased jitter and decreased reliability. In this tutorial we will investigate SDAIII’s Noise analysis capabilities.
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The “paralleling” of high speed serial data transmissions results in additional challenges. Crosstalk between lanes, or coupled from other sources, can impact signal integrity. In this tutorial we will investigate SDAIII’s crosstalk analysis capabilities.
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The Power Analyzer option available on the HDO4000 and HDO6000 High Definition Oscilloscopes provides exceptional ability to measure and analyze the operating characteristics of power conversion devices and circuits. Critical power switching device measurements, control loop modulation analysis, and line power harmonics testing is greatly simplified with this option
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The Spectrum Analyzer mode provides a spectrum analyzer syle user interface for the HDO4000 and HDO6000 oscilloscopes simplifying how frequency content is viewed and analyzed.
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This guide provides step by step instructions explaining how to use the WaveAce Oscilloscope.
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This guide provides step by step instructions explaining how to use the WaveAce Oscilloscope.
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Using Sequence Mode, High Definition Oscilloscopes (HDOs) from Teledyne LeCroy store thousands of trigger events as segments in acquisition memory. This fast-acquisition sampling mode offers fast trigger rates, time stamping of trigger events, and minimization of "dead time" between events.
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