gsuberland,
@gsuberland@chaos.social avatar

one upside to having accidentally gotten super nerdsniped yesterday is that I made a bunch of realisations about transmission line behaviours in the lumped element model that I hadn't considered before.

natevw,
@natevw@toot.cafe avatar

@gsuberland /me wouldn't mind this accident becoming contagious, been too long since I've been on an RF physics binge!

gsuberland,
@gsuberland@chaos.social avatar

@natevw I'm in the process of writing up my long thread about transmission lines as a blog post, so hopefully by tomorrow that can serve as a starting point for a proper deep dive :)

gsuberland,
@gsuberland@chaos.social avatar

one example: the purely capacitive model can't possibly explain propagation velocity, because it can only ever produce a simple impedance divider network, which can moderate rise time but can never lead to an actual delay in the initial rise like you see with the "proper" RLCG model.

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