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The WaveScan tool built into the WaveSurfer 3000z oscilloscopes 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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Using Sequence Mode, the WaveSurfer 3000z oscilloscopes from Teledyne LeCroy store up to one thousand 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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History Mode gives the WaveSurfer 3000z oscilloscopes a powerful debug tool, providing waveform playback that takes users back in time to effectively isolate anomalies in signals.
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The WaveSurfer 3000z oscilloscopes offer a full complement of timing parameters for measurement and analysis of digital busses.
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History Mode gives the WaveSurfer 3000z oscilloscopes a powerful debug tool, providing waveform playback that takes users back in time to effectively isolate anomalies in signals.
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Variable frequency motor drives provide enormous operational and control benefits, but their ability to dynamically control a motor requires equivalent dynamic analysis capability for validation and debug during research and development. The Teledyne LeCroy Motor Drive Analyzer (MDA) dynamically measures per-cycle power and harmonic distortion values, plots them as Waveforms, and permits easy correlation of these values to drive AC input waveforms.
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The Teledyne LeCroy Motor Drive Analyzer is ideal for measuring dynamic (transient) losses to enable better understanding of motor and drive efficiencies during real-world operation. Additionally, the Motor Drive Analyzer derives the core and copper loss components using known motor constants and compares them to engineering models and the drive control feedback circuit. The accuracy of the measurements is sufficient to permit comparisons of different drive control and motor types.
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The Teledyne LeCroy Motor Drive Analyzer is ideal for measuring dynamic (transient) losses to enable better understanding of motor and drive efficiencies during real-world operation. Additionally, the Motor Drive Analyzer derives the core and copper loss components using known motor constants and compares them to engineering models and the drive-control feedback circuit.
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