@davegordon6819 In a parallel RLC circuit, would impedance be calculated as Z=(R•XT)/√(R^2+XT^2) ? And is total reactance still equal to the smaller of the two reactances subtracted from the larger? 7:36
Yes, Dave, I've been studying power systems and been so confused about how RLC behave, but you've explained both theory and practical exceptionally well. I'm impressed. Many thanks. Also, where can pick up a more affordable version of the Fluke 434 analyser?
The way this guy structure and present his content is just the way my brain best assimilate things.
Super teacher
Great video. He explains coplex subjects so you can understand it.
Keep the tutorials going. Great explanation.
Extremely good tutorial and very clear diagrams- more please.
as a speaker builder, these videos give me great insight into how the filtering circuits work (the crossover)
Man, you are awesome!!! Thank you for creating such informative content!!!!!
I have never seen anyone explain math and circuits with their feet up. You've really got to bring it to get away with that. Fortunately, he did.
Dave, great video.
Wow amazing sir thanks
Thank you sir this is gold
Thank you sir. Well explained
@davegordon6819 In a parallel RLC circuit, would impedance be calculated as
Z=(R•XT)/√(R^2+XT^2) ?
And is total reactance still equal to the smaller of the two reactances subtracted from the larger? 7:36
Thank you!
Top notch
Thank you sir ❤️
I got it properly 🙏
Yes, Dave, I've been studying power systems and been so confused about how RLC behave, but you've explained both theory and practical exceptionally well. I'm impressed. Many thanks. Also, where can pick up a more affordable version of the Fluke 434 analyser?
👍👍👍👍👍👍
This content is too high quality
💯
thank you
Power factor correction 😊
kindly pin that all items so that i can buy from online to learn in practical manner. Thankyou sir
So this would be a series or parallel circuit?
Both
is this circuit series or parallel?
This guy is really good, but I think I am still missing some basic knowledge to completely understand what he's talking about.
14369 Lebsack Hollow
Schimmel Crest
702 Greenfelder Course
Judd Rapids
Please be my professor
Lueilwitz Parks
Nestor Point
Orn Trace
Aleen Locks
Nvm
Thank you!