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Debugging Noise Reduction of Decoupling Capacitors

Oscilloscope Coffee Break Webinar Series

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Debugging Noise Reduction of Decoupling Capacitors

Join Teledyne LeCroy for this 30-minute Oscilloscope Coffee Break Series to remind us how to get the most test and debug capability from our oscilloscopes. Grab your refreshment and spend a few minutes with us as we focus on a specific topic each month. Click here to access the entire series.

Debugging Noise Reduction of Decoupling Capacitors
In this session we will address: how do we lower our power supply output noise when changes to the output capacitors made no difference? What is causing my scope to not see the effect of these circuit changes?

Topics to be included:

Scope setups that support efficient measurements of noise margin analysis
AC versus DC Coupling - pros and cons - best practices
DC offset - effects on accuracy
How do we set an oscilloscope’s effective frequency range for our noise analysis?

Presenter: Stephen Murphy, Teledyne LeCroy Applications Engineer

Watch the entire series
Part One: Getting Your Oscilloscope Set Up Correctly
Part Two: Optimizing Your Display & Using Cursors and Measurements
Part Three: Getting Your Trigger to Do What You Want
Part Four: Setting up Your Timebase and Using Memory Correctly
Part Five: Optimizing Your Vertical Gain
Part Six: Testing Noisy Power Supply Outputs
Part Seven: Debugging Noise Reduction of Decoupling Capacitors
Part Eight: Measuring Rise Times and Propagation Delays
Part Nine: Finding Root Causes of Intermittent Failures
Part Ten: Measuring Power Supply's Transient Response Droop Level
Part Eleven: Finding High-Frequency Noise
Part Twelve: Validating For 1% Noise Margin

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