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EMI Troubleshooting Masterclass Fix EMC Failures Like a Pro
Published 8/2026
Created by Purankumar Gajera
MP4 | Video: h264, 3840x2160 | Audio: AAC, 44.1 KHz, 2 Ch
Level: All Levels | Genre: eLearning | Language: English | Duration: 17 Lectures ( 11h 13m ) | Size: 30.5 GB
Master EMI/EMC Testing, Near-Field Probing, Spectrum Analysis, Common-Mode Noise, and Practical Troubleshooting Technique
What you'll learn
Identify and troubleshoot EMI/EMC problems in electronic products using practical, systematic diagnostic techniques. Analyze conducted and radiated emissions and determine whether interference is caused by differential-mode or common-mode noise. Use spectrum analyzers, EMI receivers, oscilloscopes, near-field probes, E-field/H-field probes, LISNs, and current probes for effective EMI measurements. Localize EMI sources on PCBs, cables, connectors, and enclosures using near-field scanning and common-mode current measurements.Requirements
No advanced EMI/EMC experience is required. This course is designed for beginners as well as engineers who want to strengthen their practical troubleshooting skills.Description
"This course contains the use of artificial intelligence."
Are you struggling to understand where EMI problems are coming from-or how to fix an EMC test failure?
Welcome to theEMI Troubleshooting Masterclass, a practical course designed to help engineers, PCB designers, test engineers, technicians, and product developers understand how todiagnose, measure, localize, and troubleshoot electromagnetic interference problems.
EMI/EMC failures can be frustrating. A product may work perfectly during normal operation but fail conducted-emissions, radiated-emissions, or immunity testing. Simply adding ferrites, capacitors, filters, or shielding without understanding the actual coupling mechanism can lead to repeated trial and error.
This course takes ameasurement-driven troubleshooting approach.
You will learn how to investigate EMI problems systematically by understandingreturn-current paths, common-mode and differential-mode noise, conducted emissions, radiated emissions, RF susceptibility, transient disturbances, cable currents, PCB-level noise sources, and enclosure leakage.
You will also learn how practical measurement tools can be used to turn a difficult EMC failure into a clearly defined engineering problem.
Throughout the course, we explore the practical use of tools and techniques includingspectrum analyzers, EMI receivers, oscilloscopes, LISNs, near-field probes, E-field and H-field probes, current probes, antennas, RF signal sources, and transient sources.
You will learn why measurement configuration matters and how factors such asdetector selection, resolution bandwidth, video bandwidth, transfer impedance, antenna orientation, probe geometry, and measurement setup can affect your results.
The course also introduces practical diagnostic techniques for locating EMI sources. You will learn how to investigatePCB traces, cables, connectors, chassis seams, return paths, and other structures that may contribute to electromagnetic interference.
You will learn how to distinguish different types of interference and use targeted experiments to determine the likely root cause rather than simply applying random fixes.
A major focus of the course ispre-compliance troubleshooting. The objective is to help you identify and resolve problems earlier in the product-development process, before relying entirely on expensive formal EMC laboratory testing.
What you will learn
You will learn how to approach EMI/EMC failures systematically, identify potential coupling paths, investigate conducted and radiated emissions, measure common-mode RF current, use near-field probing for source localization, analyze transient behavior with an oscilloscope, and reproduce RF susceptibility problems using practical workbench techniques.
You will also learn how to select appropriate diagnostic tools and interpret their measurements correctly.
Whether you are a beginner entering the EMI/EMC field or an experienced engineer looking for a more structured troubleshooting methodology, this course provides practical knowledge that you can apply to real electronic products and development projects.
Who should take this course?
This course is ideal forelectrical engineers, electronics engineers, hardware engineers, PCB designers, EMC/EMI engineers, compliance engineers, validation engineers, test engineers, product-development engineers, and electronics technicians.
It is also suitable for engineering students and professionals who want to build practical knowledge of EMI/EMC testing and troubleshooting.
You do not need access to an expensive EMC laboratory to understand the techniques presented in this course. The emphasis is on developing theengineering mindset and diagnostic methodology needed to investigate EMI problems effectively.
The goal of this course
The goal is simple
Stop guessing. Start measuring. Find the source. Understand the coupling path. Apply the right fix. Verify the result.
By the end of the course, you will have a structured approach for turning EMI/EMC failures into measurable, diagnosable engineering problems.
Enroll now and start mastering practical EMI/EMC troubleshooting.
Who this course is for
This course is designed for electrical and electronics engineers who want to develop practical skills for diagnosing and resolving EMI/EMC problems. It is ideal for PCB designers and hardware engineers who want to understand how return paths, cables, enclosures, filters, and circuit structures can contribute to electromagnetic interference. The course is also valuable for EMC/EMI engineers, test engineers, validation engineers, and compliance engineers who work with conducted emissions, radiated emissions, RF susceptibility, and pre-compliance troubleshooting. Product development engineers and technicians can benefit from the practical measurement and diagnostic techniques used to identify EMI sources and determine effective corrective actions. This course is suitable for beginners entering the field of EMI/EMC as well as experienced engineers who want a more systematic, hands-on approach to troubleshooting. It is particularly useful for professionals who want to learn how to use tools such as oscilloscopes, spectrum analyzers, EMI receivers, LISNs, near-field probes, E-field/H-field probes, antennas, and current probes to investigate electromagnetic interference. If you have ever experienced an EMC test failure and wondered "Where is this interference coming from, and how do I fix it?", this course is designed for you.Homepage
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