I'm willing to invest that small amount of water in the chance that the video may help someone in Africa to solve their own problems. Go flush your toilet.
Nope,the internal mechanics is different,u forward bias the first battery in the above explanation , so its more breakdown and the current is independent of the base current
A Bipolar Junction Transistor would be in active mode when you open the valve all they way. The Transistor would be in saturation mode when the Collectordiod is "on", so the base region is "saturated" with carriers (hence Ic != B *Ib) In MOSFET your example would be correct, but the "valve" is controlled by a voltage not a current.
To be clear, from my perspective it is simply 'energy' that is operating the valve. In the analogy, visually, it is the pressure of my fingers against the knob that operates the valve, but it could also be measured as a flow of oxygen to the muscles doing the turning. In short, one cannot have power without both kinetic and potential energies. In the video I mention 'base voltage' but it could also be 'base current' - in retrospect I should have called it 'base energy' to cover both types. I learn something new every day - thanks for pointing this out!
Possibly, but the volume is so small as to be basically negligible. Unless were on the edge, the students generally consider Ic to be equal to Ie. So base current is ignored when looking at a VDB circuit (most common type)
@@landonjohnson1782I can't believe I'm replying to a reply to my 3 year-old comment. But this toilet system is actually very inefficient. Most people have no choice but to use it, but the system can definitely be improved. About my 3 y/o comment though, I now realize the implications of wasting water in different parts of the world are different, and if you avoid wasting water in a place with lots of resources, it would probably not affect the environment positively in anywhere anyway. I personally do feel a moral responsibility to do so, but it's mostly about your personal moral philosophy and not really a right or wrong there.
You opened my eyes with simple words! Thank you!
You are very welcome!
Teacher like you definitely a new rise of SUN called learning Light Thank's Sir
Thanks for the comments!
awsome !!!...this is how engg must be taught..coool
This explanation makes the concept so easy, thank you!👏💛
This is one of a kind. I enjoyed learning this basic transistor! :)
Wow thank you! This is a great explanation. Much easier to understand than my textbook.
first things first..it was awesome....
secondly..IS THAT A SNAKE BESIDE YOU???????
Most certainly. He's almost 6' now.
Thank you! I was looking for this kind of explanation.
best part: "every time you poop you'll think of transistors" :D
kinda look like Steve Jobs in that selfie. lol
Great explanation
after this explanation my concept are clear
Very good explanation!
i got it clearly man. thank you a loooooot :-) When transistor is mentioned i hope i am gonna remember this ilustrartion
This Video is so fun! and makes the concept so easy!
Thank you!
you are awesome, this video helped alot!
it is really effective, good idea hope tht u wld create more video with ur innovative ideas..
OMG I get it at last!! thank you!!
Kids in Africa could ve drunk that water.
Just kidding, awesome explanation.
I'm willing to invest that small amount of water in the chance that the video may help someone in Africa to solve their own problems. Go flush your toilet.
@@landonjohnson1782 the go flush your toilet thing really a deep roast
simple explaiantion excellent sir!!!!!!!!!!!!!
I greatly appreciated this video.
Thank you!
Thnks ..for letting us understand by just a simple way
shot bro. perfect explanation
Wowman....awsome
Amazing. Thank you. :)
Excellent explanation!
Thank you!
thank you ;D Awesome explanation
Thats whats called making things easy to understand ..Thank you !!!
so helpful. :)
TY!
Nice!
What is this phone that had 60 FPS video recording back at 2014 (or before)??
It's a ---damn, can't remember but not a phone...
Gd example
Thank you
You're welcome!
Would the active region be the variation in between cutoff and saturation?
Yes, the range where the knob has an effect on water delivery.
Nope,the internal mechanics is different,u forward bias the first battery in the above explanation , so its more breakdown and the current is independent of the base current
this is big brain
A Bipolar Junction Transistor would be in active mode when you open the valve all they way.
The Transistor would be in saturation mode when the Collectordiod is "on", so the base region is "saturated" with carriers (hence Ic != B *Ib)
In MOSFET your example would be correct, but the "valve" is controlled by a voltage not a current.
To be clear, from my perspective it is simply 'energy' that is operating the valve. In the analogy, visually, it is the pressure of my fingers against the knob that operates the valve, but it could also be measured as a flow of oxygen to the muscles doing the turning. In short, one cannot have power without both kinetic and potential energies. In the video I mention 'base voltage' but it could also be 'base current' - in retrospect I should have called it 'base energy' to cover both types. I learn something new every day - thanks for pointing this out!
Thank u sir 🙏🏻
You are very welcome!
Ki nézi még ezt elektrotechnika vizsgára? :D
Awesome explanation, greetings from Hungary :)
wait a second... doesn't the current flow from the base to both the collector and emitter in saturation mode?
Possibly, but the volume is so small as to be basically negligible. Unless were on the edge, the students generally consider Ic to be equal to Ie. So base current is ignored when looking at a VDB circuit (most common type)
Nice video, explained saturation region really nicely. Can't understand that from text 😅. 👏
Me neither
How about linear?
Linear is proportional and generally, the more you turn the knob the more water comes out in that central region...
is that snake beside you sink?
Yes indeed. It is a Florida King Snake
ohh nice!
I had the exact same question!
WHY THERE'S A SNAKE IN THE BOX
WHAT THE SNAKE DOING\
You could have saved the water.
And with it you would have taken a bath :D
Please you can save the words
Whatever... there's a cost to education. Who's to say the water wasn't already 'used'? How much water do you waste when you pee and flush?
@@landonjohnson1782I can't believe I'm replying to a reply to my 3 year-old comment. But this toilet system is actually very inefficient. Most people have no choice but to use it, but the system can definitely be improved.
About my 3 y/o comment though, I now realize the implications of wasting water in different parts of the world are different, and if you avoid wasting water in a place with lots of resources, it would probably not affect the environment positively in anywhere anyway. I personally do feel a moral responsibility to do so, but it's mostly about your personal moral philosophy and not really a right or wrong there.
what the fuck there are even more things which have not been explained here..not interesting
Sorry for your loss of time. All my other videos are just as boring, so be warned!