Emission Microscopy Failure Analysis

Written by Dr. Bhargav Raval | Updated: February 10, 2026

Emission Microscopy Failure Analysis for Electronics

You’ve now turned your circuit board fantasies into the next revolutionary black box technology that will soon be the buzz of the town. The main issue is that it still doesn’t always operate consistently because some items are still out of place. While slapping your masterpiece hard may be a fantastic way to remind it of what it’s supposed to be doing, you need electronic failure analysis with a quick turnaround if you’re not confident your investors or consumers will want to rely on uneven performance.

Reliable failure analysis is a much faster way to figure out what went wrong since it offers a wide range of methodologies and procedures for determining why the building of your component didn’t result in operation characteristics consistent with theoretical values. Any number of semiconductors, integrated circuits, or incorrectly rated components could be the root of your issues when circuit boards are involved.

Sadly, most DIY or in-house troubleshooting techniques merely end up releasing a lot of magic smoke without actually resolving anything because of the sheer number of unique parts that are present in any particular circuit, not to mention the nanoscale scale of many parts.

Using emission microscopy to get a full, lit picture of the locations of broken junctions, leakage currents, and other common IC faults makes it easy to come up with a plan for design changes. Scanning Acoustic Microscopy (SAM), a non-invasive technique, can sample interior areas to look for voids, cracks, or delamination. Dry deprocessing experts can open any package to access the source of microscopic issues as a final option. To learn more about the causes of your product’s failures and how to prevent them in the future, give Insight Analytical Laboratories, Inc. a call when you’re sick of testing and not seeing any results.