Electromagnetic Interference (EMI) debugging in electronics including localizing intermittent failures can be frustrating without an appropriate strategy.
This seminar covers the fundamentals of practical EMI/EMC design and troubleshooting of electronic circuits, using state-of-the-art scopes to analyze your circuits in both time and frequency domains.
The use of voltage, current, and near-field probes, Line Impedance Stabilization Network (LISN), and antennas, will be reviewed combined with some tips for best practice with state of the art oscilloscopes.
A practical demo using a product including a DC/DC converter and digital electronics will be used to demonstrate the effectiveness of these techniques.
Because of the practical orientation, the seminar will be interesting for electronic designers, especially for power electronic engineers who need to solve EMI/EMC problems every day in their labs to comply with Electromagnetic Compatibility (EMC) regulations.
This seminar covers the fundamentals for troubleshooting an electronic design with electromagnetic interferences (EMI), or Electromagnetic Compatibility (EMC) problems using state of the art oscilloscopes. Attendees will discover how to localize, characterize, and solve radiated and conducted emission problems in a very understandable and practical style.
The seminar will use an electronic prototype for a product failing conducted and radiated emissions as a guiding thread for the explanations trying to make changes in the design until the requirements of the regulations are met. Workshop attendees can see the development of the experiments thanks to a camera and oscilloscope connected to the instructor's computer.
