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Table of Contents <!BeginPageForeWord!> ForeWord ..................... Part I Welcome ......................Part II Getting Started ............................................7 Installation ....................... 8 Connect Your PropScope Views ....................... 9 Hybrid Views .......................10 Tips .......................11 ....................... 12 DAC/LSA/Trigger Expansion Card Part III Using the PropScope ......................
Part II: Getting Started 2.3 Views PropScope uses Views to Analyze Signals Explore the views by clicking on the tabs. Here's a brief summary of the most commonly used views. Oscilloscope Graphs the analog measurement of up to 2 channels versus time.
PropScope 2.4 Hybrid Views These hybrid views combine multiple graph elements in one view. Typically, you'll start by setting the configuration (time scale, triggers, resolution) in the pure views and then switch to an advanced view to analyze your data all in one view. All changes you make in a view will carry across to other views.
If you re not interested in the DC offset of your signal, switch to AC coupling. · Make sure the probe s 1X/10X switch is correct Your PropScope comes with two 1X/10X probes. Switch the probe to 10X and select 10X in the Tools/Probe dialog of the PropScope software to measure larger signals. ·...
4 logic inputs at up to 25Msps with horizontal trigger that let s you see data up to 2 screens before the trigger fired *The card must be plugged in before you start the PropScope software. While using the card, CH2 will be disabled.
I clicked on the left part of the graph to set a trigger to stabilize the signal- notice the yellow marker. Since the PropScope takes samples before and after the trigger, I can look at any part of the signal surrounding the trigger condition using the top scroller. I've manually positioned both horizontal and vertical cursors to let me verify the automatic measurements taken by PropScope.
(like in the graph below), switch to "Pattern" mode. Here, you can select between "rise, fall, 1, 0, none" trigger conditions for every bit. The PropScope can measure before and after the trigger condition, so use the top scroller or drag the traces left/right to view the part of the signal you're interested in.
The Trigger Event is defined by it's edge, level, and source. PropScope can look for either "rising" or "falling" edges- where the signal is either increasing or decreasing through a set level.
· Setup tells me to install the Microsoft .Net Framework: This is normal. PropScope was built on .Net Framework. It should detect if you need to install this, and will then help you download and install it from Microsoft. ·...
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KEYWORD INDEX - d - dso 9 - i - install 7 issues 22 - l - lsa 9 - p - pc application 6 problems 22 - v - views 10 - w - welcome 4...
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