Intro to Circuits 36: RLC Circuit

[@tnamen1307]

Sir, I have some queries about 555 ic as toggle on off switch. How do I contact you? Can you help me 🙏?

[@BenFinio]

Hi - I can't provide help for individual projects, I recommend a forum like Reddit or Stackexchange.

[@mattribeiro9017]

Don't get me wrong, as a non-EE engineer, I love the level at which you're teaching here. It's been helpful to understand circuits past simple linear constructs like ohms law. However, I would love to hear some comments on how you see this instruction being used. I think it is to give a theoretical underpinning to the behavior of these systems to help guide understanding and decisions to design circuits - but not something you would want or need to perform given tool sets that are available that would model and solve these equations?

[@BenFinio]

I think the answer to this question is far broader/more general than this specific video series. Software exists that can solve systems from any other engineering class/discipline - thermo, solids, fluids, etc; or for pure math classes like calculus and differential equations. I think the general agreement is that an engineer you should understand the underlying physics and equations, even if as a professional you are probably never going to do beam deflection calculations by hand ever again and you're just going to use FEA software. For example, I've met HVAC technicians who can punch a bunch of numbers into a GUI to help size an air conditioning system for a house (square footage, insulation type, number of windows, etc) but that doesn't mean they understand the underlying physics of conductive, convective, and radiative heat transfer - that software was probably created by someone with that engineering background.