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The application running the graphical user interface of LeCroy Windows-based oscilloscopes is a COM Automation Server, and can be controlled from a networked PC using DCOM.
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The UNI/O bus protocol helps embedded systems conserve I/O signal consumption for device-to-device traffic. Here's how to use a Teledyne LeCroy oscilloscope equipped with configurable Manchester protocol decode software to properly decode UNI/O signals.
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Many applications involving cyclic phenomena result in the need to determine the area enclosed by an X-Y plot. A typical example is the power loss per cycle in a magnetic core which is proportional to the area enclosed by a plot of magnetic field intensity against flux density. This area can be readily measured using waveform math available in Teledyne LeCroy oscilloscopes.
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Plotting variations in measured parameters make track functions ideal for studying the dynamics of phase locked loops.
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All passive probes have some bandwidth specification which is generally in the range of a few hundred megahertz up to one gigahertz. This bandwidth is measured at the factory using a specialized test jig with a very specific ground inductance and source impedance. Depending on your connection scheme in the real world, the response and bandwidth of the probe can differ significantly. This application note will serve as a guide to predicting the performance of your probe for your specific test setup, as well as provide tips on getting the best performance out of your probe.
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