This webinar – number 2 in a series of 3 – describes a simple, easy non-mathematical engineering understanding of the physical underpinning of electromagnetics. This understanding leads directly to EMC design techniques that have been proven many times in real-life in many countries to easily:
- reduce time-to-market
- improve product functional performance (i.e. improve SI and PI)
- reduce cost of manufacture and so increase profitability
- reduce warranty costs
– and so save time and money overall whilst reducing financial risks.
Click here to download a pdf of the presentation.
Question & Answer Session
Could You Show the Path of the 310uA Current through the Victim (E-Field Coupling)?
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How Does a Chassis Carry CM Noise ?
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Planes Need to be Grounded to Something?
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Is it Possible to Simulate Radiated Emissions?
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Do you have any suggestions for a good low cost/used spectrum analyzer for pre-compliance testing?
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You talked of metal planes. How does the metal material affect E and H shielding as a function of frequency? 50 and 60 Hz are problem areas. Is iron the best shield for that frequency?
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If the Mains Lead Positive and Negative are Balanced to ‘Ground’ does this Reduce CM Noise?
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What are Best Practices for Qualification of Homemade Antennae to ‘Calibrate’ Pre-Compliance Measurements?
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How do we identify which is the dominant: E-factor or H-factor?
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