Thanks for the comment, I may volley in a recap video at this point to remind everyone but we're heading to solve the mystery of the fluorescent lamp. I've actually created a playlist with the AC Theory videos in order to try and help.
Hey man, would like to thank you all the way from Scotland. I am trying to design a dc-dc buck converter and your way of explaining things has helped me understand the relationship between capacitive and inductive reactance. From what I have learned so far both play a crucial role in buck-boost converters.
Where can I buy a circuit board like this one? And also, you keep referring to the ‘previous’ video, but I’m not sure how you can actually find it. It would have been great if they had some sort of a numbering system.
Hi very nice Mr Joe excellent practical presentation, if u would not mind could u do the same with voltage changes in an ac circuit in scenario wr capacitance is raised, or the effect on voltage and on frequency drop after current is raised or decreased in a circuit as u did on current flow... Thkz r making us understand increase of current flow having raised cap value or hz but our knowledge is still poor wrt change in voltages or frequency drop or increase in ac circuit with load... If u could elaborate both these factors in capacitance related practical and inductor related practical circuit would have been better for us to grasp real picture
I don't understand the increase current will decrease the current flow part. Am I missing something? The frequency increases and the current is increasing to me?
Hi How can i Lower The Frequency of Quartz Crystal Clock From 32768 to 24500 I want to measure Martian Time Which is 24 hours 39 minutes In a day (Sol) Thanks
I think we know that an increase in current flow means a decrease in opposition to current flow from Aristotle, rather than Ohm’s law… Anyway, I’m making my way through all these videos and they are absolutely great. Thank you.
@@gmbs360 haha… it was really just a throw-away one-liner, but doesn’t it seem like basic Aristotelian logic? It sounds like something in the vein of non-contradiction or the excluded middle… I don’t know, but it certainly seems to fit a wider pattern of logic that predates Georg Ohm. 😅
@@danluba Roger that! I thought you were going to provide a citation for a lesser-known part of the Nicomachean Ethics where Aristotle describes the relationship between voltage, current, and resistance. That would've been fantastic!
When I opened this video and heard a fire instrumental playing I had to check and make sure I was watching an educational video on electricity and not Kanye's new music video.
GSH Electrical, eFIXX and Joe Robinson Training are truly fantastic channels for helping the Electrical Industry
You are truly a gifted instructor. Thank you
Thanks very much, glad they're helping!
You have an incredible ability to take a seemingly complicated subject and to explain it clearly and memorably. Trevor Linsey should take note!
As always many thanks
Este video es oro. Gracias por tu conocimiento
Sir, you are excellent love from srilanka ❤... Your is my teacher.. thank you so much sir..
No worries, glad it's helpful!
Many Thanks from South Africa
Thanks Joe. I get the maths, not so sure where we're going to end up but I'm here till the end!!
Thanks for the comment, I may volley in a recap video at this point to remind everyone but we're heading to solve the mystery of the fluorescent lamp. I've actually created a playlist with the AC Theory videos in order to try and help.
Hey man, would like to thank you all the way from Scotland. I am trying to design a dc-dc buck converter and your way of explaining things has helped me understand the relationship between capacitive and inductive reactance. From what I have learned so far both play a crucial role in buck-boost converters.
Nice, glad to know it's of some help!
That makes so much sense!!! Great teacher!!!
Aw, you're too kind!
Where can I buy a circuit board like this one? And also, you keep referring to the ‘previous’ video, but I’m not sure how you can actually find it. It would have been great if they had some sort of a numbering system.
Wow 🎉🎉🎉 the way you explained ❤❤❤
Awesome video as per norm !
Thanks for the kind words Matt!
thank you that was very helpfull
My pleasure!
Excellent vid ... thanks *so* much Joe
My pleasure Linda!
Hi very nice Mr Joe excellent practical presentation, if u would not mind could u do the same with voltage changes in an ac circuit in scenario wr capacitance is raised, or the effect on voltage and on frequency drop after current is raised or decreased in a circuit as u did on current flow... Thkz r making us understand increase of current flow having raised cap value or hz but our knowledge is still poor wrt change in voltages or frequency drop or increase in ac circuit with load... If u could elaborate both these factors in capacitance related practical and inductor related practical circuit would have been better for us to grasp real picture
Sir, you are excellent love from india ❤️
Very Impressed ... Thanks !!!
I don't understand the increase current will decrease the current flow part. Am I missing something? The frequency increases and the current is increasing to me?
so helpful guys, doing a better job than my college
No worries, we're all just doing the best we can. 👍
Great explanation👌
Thanks👍
My pleasure, stay tuned for more!
great job
if we change the hz of the power grid to lower hz , lets say half , will a heating resistance of a water boiler work better ?
If it’s not too much to ask for may be someday down the this road you could explain the working of buck or boost converters while designing one.
I'll put it on my to do list. 👍
hi. can you explain why frequency affects the current flow?
It's in the pipeline Jim, stay tuned!
Hi
How can i Lower The Frequency of Quartz Crystal
Clock
From 32768 to 24500
I want to measure Martian Time
Which is 24 hours 39 minutes
In a day (Sol)
Thanks
I think we know that an increase in current flow means a decrease in opposition to current flow from Aristotle, rather than Ohm’s law…
Anyway, I’m making my way through all these videos and they are absolutely great. Thank you.
Aristotle?
@@gmbs360 haha… it was really just a throw-away one-liner, but doesn’t it seem like basic Aristotelian logic? It sounds like something in the vein of non-contradiction or the excluded middle… I don’t know, but it certainly seems to fit a wider pattern of logic that predates Georg Ohm. 😅
@@danluba Roger that! I thought you were going to provide a citation for a lesser-known part of the Nicomachean Ethics where Aristotle describes the relationship between voltage, current, and resistance. That would've been fantastic!
@@gmbs360 Haha… that would have been fantastic, but sorry…
But why and where would you come across increasing or decreasing a/c frequency? Because the UK is set at 50 Hertz
In electronics.
😀👍🏻
When I opened this video and heard a fire instrumental playing I had to check and make sure I was watching an educational video on electricity and not Kanye's new music video.
Ohms law is I = V add R
I'm sure you meant V divided by R! Stupid autocorrect!
My teacher said you add V and R.
It's definitely I=V/R. Might want to double check with your teacher!
@@JoeRobinsonTraining E=I*R
"This is why, I carry a pocket guide with ohm's law in it. Never source your info from a TH-cam comment section" -Ghandi
Marvel
Thanks!