Site, but that’s like saying “writing is an application of language”. The profession of writing is immensely different from the profession of inventing or studying a language. And the profession of electrical engineering is substantially different from the profession of studying electrical phenomena. There’s certainly overlap but it’s different fields.
So you’re saying Electronics is Electromagnetics is Physics?
In that case Biology is Chemistry is Physics and therefor Medical Doctors have degrees in Physics. If you feel like fighting me I will await you out back.
Yeah but Electromagnetics is the DEEP magic behind electronics.
You could, if you wanted, use quantum mechanics and electromagnetic field theory to do circuit design. But unless you’re building quantum computers or doing simple circuit analysis and wanted a real challenge applying Kirchhoff’s Laws, there’s no need.
So you can use the simplified electronics model where the current (and therefore primary charge carriers) is positive.
Bridge Diodes current regulation are considered physics? I mean, yeah, but about as much as any other science field, right?
It’s electrical engineering if anything
Electrical engineering is an application of electrical physics
Site, but that’s like saying “writing is an application of language”. The profession of writing is immensely different from the profession of inventing or studying a language. And the profession of electrical engineering is substantially different from the profession of studying electrical phenomena. There’s certainly overlap but it’s different fields.
Electrics are a branch of physics
So you’re saying Electronics is Electromagnetics is Physics?
In that case Biology is Chemistry is Physics and therefor Medical Doctors have degrees in Physics. If you feel like fighting me I will await you out back.
First of all, yes - Electromagnetics is a branch of physics. James Maxwell was a physicist.
Second - Electromagnetics is not electronics. Electronics is a field that applies electricity and magnetism to make useful things.
Yeah but Electromagnetics is the DEEP magic behind electronics.
You could, if you wanted, use quantum mechanics and electromagnetic field theory to do circuit design. But unless you’re building quantum computers or doing simple circuit analysis and wanted a real challenge applying Kirchhoff’s Laws, there’s no need.
So you can use the simplified electronics model where the current (and therefore primary charge carriers) is positive.
Source: I am an electronics
wizardengineer.deleted by creator
So then Bridge Diodes are not Physics.
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Sorry to upset the analogue stereo repair shop but you’re not exactly Stephen Hawkings, okay?
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I feel like “How dare you compare me to a paraplegic” sounded better in your head.