Hello. Thanks in advance for anyone able to provide clarity to my questions.
I'm desperately trying to making sense of PHASE SHIFT.
I've read statement after statement regarding the description of how voltage leads current in an inductive circuit, and how current leads voltage in an inductive circuit ; however, every statement leaves a lot of open ends through lack of description due to specifics and/or not using practical visuals.
Yes, I can interpret a sine chart showing the 90 degree phase displacements and how at peak X we have zero value Y...that's wonderful and all; however, HOW is that happening in the real world before math is used to describe it?!?!
Does the 90 degree flux line from a coiled conductor cut back on itself, essentially imposing a self-manifested wall on source current but voltage is still able to truck on by unfettered? Wtf?
A textbooks typical description is typically something like "an inductor opposes the change in current...blah-blah-blah" Oh? Is that a current change that's increasing or decreasing at the same time the flux is doing X? Is the back emf of the collapsing mag flux pushing source voltage back FROM the supply or TO the supply? Is the "voltage" that's leading an "EMF" voltage or Potential Difference voltage or Resultant Voltage or Apple-Pie in the Sky voltage?!?!
Like, Jesus Christ, why is this so hard to get a clear answer to? Literally hundreds of sources repeating the same garb.
I'd be forever appreciative if someone can set the record straight and provide some explicitly concise detail and visuals.
Links to suggested sources are appreciated and will be combed over.
Thanks
I'm desperately trying to making sense of PHASE SHIFT.
I've read statement after statement regarding the description of how voltage leads current in an inductive circuit, and how current leads voltage in an inductive circuit ; however, every statement leaves a lot of open ends through lack of description due to specifics and/or not using practical visuals.
Yes, I can interpret a sine chart showing the 90 degree phase displacements and how at peak X we have zero value Y...that's wonderful and all; however, HOW is that happening in the real world before math is used to describe it?!?!
Does the 90 degree flux line from a coiled conductor cut back on itself, essentially imposing a self-manifested wall on source current but voltage is still able to truck on by unfettered? Wtf?
A textbooks typical description is typically something like "an inductor opposes the change in current...blah-blah-blah" Oh? Is that a current change that's increasing or decreasing at the same time the flux is doing X? Is the back emf of the collapsing mag flux pushing source voltage back FROM the supply or TO the supply? Is the "voltage" that's leading an "EMF" voltage or Potential Difference voltage or Resultant Voltage or Apple-Pie in the Sky voltage?!?!
Like, Jesus Christ, why is this so hard to get a clear answer to? Literally hundreds of sources repeating the same garb.
I'd be forever appreciative if someone can set the record straight and provide some explicitly concise detail and visuals.
Links to suggested sources are appreciated and will be combed over.
Thanks