Dave your teaching is incredible! really refreshing to see someone enthusiastic about this subject. Your videos help so much. Please consider making a full blown course or website! Id sign up for a membership immediately! keeping an eye out for more of your videos!
Glad to see someone with the same calculator as me. By the way, I didn't even know I could do inverse key instead of doing (1/3) so I always used two opening parentheses after the slash.
I still like using product/sum on parallel and just do it more than once. So you’d do the first two P/S and get 9/6 or 1.5..and then product/sum with 1.5 and the final inductance. So 4.5/4.5 and that equals 1.
For visual approximation the situation may be compared as …. Series: Traffic has to pass through a road with three speed bumps Parallel: The same traffic has Three parallel roads with one bump each to pass through. In parallel’s case obstruction is less ( in this video one rather than 3) as the traffic on each road will be one third of the original
Great! This is very educational. I have a question and I was hoping I would find an answer here. I am currently working on testing the load characteristics of a three-phase traction inverter with output phase current of 750Arms. The problem is, I have x1 200A inductive load bank which I intend to hook up to the ac out of the inverter but I know this won’t accommodate the ac output of the invert. So I’m thinking of having multiple 200A inductive load bank connected to the ac output of the inverter. Can someone help explain how I can achieve paralleling these inductive load banks, please.
Lets say I have ten inductors at 10mh in series. Across each inductor is a diode bridge. Each diode bridge has the output in series. Across the ends of the series inductors is a 8ohm piezo tweeter. The input is 18v AC at 60ma. So how does the little round piezo tweeter affect the inductance?
No offense it using a calculator gives you correct answers and rules out human error which I recommend 100%! Aka it’s 2023 calculators are everywhere and used everywhere in every field…
@@lonewolftech even I would recommend using a calculator in general real life situations (unless you're flying a fighter jet which requires split second calculation which can't be done on a calculator because typing takes 2-3 second which is a lot of time to waste in such situation) .. i was talking about exams which do not allow calculator and you are required to solve a difficult question in a short amount of time
Dave your teaching is incredible! really refreshing to see someone enthusiastic about this subject. Your videos help so much. Please consider making a full blown course or website! Id sign up for a membership immediately! keeping an eye out for more of your videos!
Dave you are a national treasure!
Dave Goron is the best teacher for Electrical Engineering - Period.
Glad to see someone with the same calculator as me. By the way, I didn't even know I could do inverse key instead of doing (1/3) so I always used two opening parentheses after the slash.
Tq 🙏 from India🇮🇳
I first watched and liked your video. Thank you for your helpful information
I still like using product/sum on parallel and just do it more than once. So you’d do the first two P/S and get 9/6 or 1.5..and then product/sum with 1.5 and the final inductance. So 4.5/4.5 and that equals 1.
For visual approximation the situation may be compared as …. Series: Traffic has to pass through a road with three speed bumps
Parallel: The same traffic has Three parallel roads with one bump each to pass through.
In parallel’s case obstruction is less ( in this video one rather than 3) as the traffic on each road will be one third of the original
Great! This is very educational.
I have a question and I was hoping I would find an answer here.
I am currently working on testing the load characteristics of a three-phase traction inverter with output phase current of 750Arms. The problem is, I have x1 200A inductive load bank which I intend to hook up to the ac out of the inverter but I know this won’t accommodate the ac output of the invert. So I’m thinking of having multiple 200A inductive load bank connected to the ac output of the inverter. Can someone help explain how I can achieve paralleling these inductive load banks, please.
Lets say I have ten inductors at 10mh in series. Across each inductor is a diode bridge. Each diode bridge has the output in series. Across the ends of the series inductors is a 8ohm piezo tweeter. The input is 18v AC at 60ma. So how does the little round piezo tweeter affect the inductance?
thank you ❤
So just like resistors
چرا ضریب القای متقابل را حساب نکردی!!!😮
no offense to the respected teacher but i recommend the JEE students to not use calculators for such simple calculations
No offense it using a calculator gives you correct answers and rules out human error which I recommend 100%! Aka it’s 2023 calculators are everywhere and used everywhere in every field…
@@lonewolftech even I would recommend using a calculator in general real life situations (unless you're flying a fighter jet which requires split second calculation which can't be done on a calculator because typing takes 2-3 second which is a lot of time to waste in such situation) .. i was talking about exams which do not allow calculator and you are required to solve a difficult question in a short amount of time
@@lonewolftech No need to use it for such silly things ultimately we are making our brain dependant even more..
Indian exam I'm guessing? What kind of an education system doesn't allow calculators??seems pointless.Stupid asians