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practical tips

Evaluate Shielding Effectiveness With Your VNA

Learn how to quickly test material shielding effectiveness using your VNA and near-field probes. This simple technique compares materials, thicknesses, and frequencies—perfect for EMI/EMC troubleshooting without expensive formal testing equipment.

How High Frequency Filter Response Can Be Destroyed

Why is your EMI filter failing at high frequencies? Component parasitics are the culprit. Self-resonant frequencies transform your low-pass filter into a high-pass nightmare—measure your components to understand why.

Using Capacitors in Parallel: Dangerous?

For many applications, especially in digital designs, you can see decoupling networks composed of several different (big and small) capacitors in parallel. But sometimes this technique can be dangerous.

To Avoid Problems, Work as Slow as Possible

You can minimize your EMI/EMC and SI/PI problems by working as slow as possible. This is very well-known advice from many experts, books, and seminars. But many times this strategy is ignored. Why is this idea so important?

Use The Eye Diagram to Check Your Connections

Discover the eye diagram, a very useful visual tool to analyze the quality of your connections in digital and high frequency applications.
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Ferrites to Kill Ringing or Not?

Could your signal integrity solution be causing the problem? Ferrites typically eliminate ringing, but when improperly selected, they create the very oscillations they're meant to suppress. The secret lies in understanding impedance characteristics—choose wrong, and your clean digital signal transforms into an unwanted rollercoaster.RetryClaude can make mistakes. Please double-check responses.

Orientation Is Relevant For EMI/EMC Filters

EMI filter design hinges on critical component placement. Learn how strategic orientation of capacitors and inductors can transform electromagnetic interference performance, potentially solving compliance issues with existing components and minimal design changes.

EMI Debugging: If You Can See It, You Can Fix It

Want to troubleshoot electronic circuits better? Arturo Mediano says it's all about being able to "see" what's going wrong. The key is looking at your signals in both time and frequency domains, and using the right tools - from basic voltage probes to fancy near-field scanners - to spot and fix those pesky EMI problems.

Reducing VHF Radiated EMI with an RC Snubber

If your product has a flyback power supply and radiated EMC problems are observed...

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