1 EEVblog #279 - How NOT To Blow Up Your Oscilloscope!
Widely cited explanation of why oscilloscope grounds are tied to earth and how careless probing of mains or earthed circuits can destroy the scope.
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10 videos. Ranked by independent recommendations, not by views.
Widely cited explanation of why oscilloscope grounds are tied to earth and how careless probing of mains or earthed circuits can destroy the scope.
Rick Hartley's talk on grounding and return current paths in PCB design, praised as dense with practical EMC insight that formal courses often miss.
Widely cited interview with Rick Hartley on PCB grounding, often linked to argue for one solid ground plane rather than split analogue and digital grounds.
Explains what earth ground is and why it works as a reference potential; people recommend it to anyone confused by the many meanings of ground.
Rick Hartley's long talk on controlling noise and EMI in circuit boards; cited on electronics.stackexchange.com for edge stitching vias and why rise time, not bit rate, sets bandwidth.
Hidden gemEric Bogatin explains with Robert Feranec where return current really flows and why split planes cause trouble; repeatedly recommended for anyone routing signals between layers.
Hidden gemA practical demonstration of how the length of a scope probe's ground connection distorts fast edges, cited whenever ringing or probe grounding questions arise.
A long conference talk on PCB layout, grounding and stackup that practitioners cite when discussing ground pours and multilayer board design.
A lengthy but widely cited explanation of why mains grounding works and how it clears faults, recommended for anyone confused about earth connections.
Bob Pease and colleagues discuss oscilloscope probing, including magnetic noise pickup in the ground lead; cited for its remarks on floating scopes and measuring switchers.