This is what I call a true electronics engineer. Everyone nowadays in this field is using modules, simple Arduino code and call it a project. Digging in details and asking "why, this was done and how" is the definition of engineering. Anyways thanks for the informative and unique videos, keep up the good work ❤❤❤❤
Build from scratch is true learning, it doesn’t mean we would automate some process using a microchip later. Learn to use a microchip is not learning electronics.
Amazing job! I'm planning to build my own step motor driver soon for my Electric Motor Drivers class, so I'm definitely going to come back to this video. Thanks for sharing!
Now to have made the transistors, resistors, capacitors, diodes, all components out of metals you forged that you mined.. to have created the mountain for the metal to reside in, and the very laws of nature for these materials to be stable. To have created the sciences to lead innovations to this point. Lest we forget we forget, the entire universe itself, and the NspaceNtime which it resides in. Truly an inspiration.. But DIY yourself into the algorithm.. just add that to the start of the vid, all your vids with it have more views but your content is essentially all DIY so just sell that.. and look even someone suggested this already
I am trying to replicate what you have done. In the video you talk about using potientometer, however I dont recognize those on your schematic? Is R17 and R25 ptientometers? Thanks for this great video, this is by far the best reference I have!
It's been a while, but I don't think that the potentiometer is used in the final schematic. It was simply an intermediate step to test a variable voltage. It was replaced by the DAC so that the microcontroller could change the voltage. I hope that this helps!
If you were using high-side N-Channel mosfets, then yes. You would need to bootstrap them. But in the video I used P-Channel mosfets, so only an NPN was needed to invert the signal and drive them.
This is what I call a true electronics engineer. Everyone nowadays in this field is using modules, simple Arduino code and call it a project. Digging in details and asking "why, this was done and how" is the definition of engineering. Anyways thanks for the informative and unique videos, keep up the good work ❤❤❤❤
yeah fuck people that craft funny projects for fun. Only hard work counts
Couldn't have said it better myself
Ok boomer 🤣
Build from scratch is true learning, it doesn’t mean we would automate some process using a microchip later. Learn to use a microchip is not learning electronics.
Thanks for watching! I agree, there's only so much you can learn from using those pre-made modules. That's why I make these videos :)
I told you so! Look at the statistics of this video! We love true DIY!!!! Congrats
Yes thank you! You were right about these DIY videos :)
Great stuff mate, very informative and interesting to watch 👍
This channel has a five-season story arc. We're just introducing the characters now. I can't wait for the first twist.
I wonder what happens next...? :)
Amazing job! I'm planning to build my own step motor driver soon for my Electric Motor Drivers class, so I'm definitely going to come back to this video. Thanks for sharing!
Good luck with your project!
Creative idea and informative video, thank you for sharing!
Thank you for watching!
Really nice Video and good explanations! Really like it, because I just discovered my passion to stepper motors. 🤗
Enjoy tinkering with your stepper motors! :)
Cool !
Subed fo this video , continue making more descret component circuits ,i really want to learn the very basics of modern electronics
More discrete electronics videos to come :)
If for used micro controller abilitytaz transistors and MOSFETs or IC ? Thank you
I am wondering if 555 timer plus nand gates mixed in with a binary counter could work
Very cool
Thanks!
Good job here
Thank you!
Keep going this is very good^^❤❤
I don't plan on stopping :)
Now to have made the transistors, resistors, capacitors, diodes, all components out of metals you forged that you mined.. to have created the mountain for the metal to reside in, and the very laws of nature for these materials to be stable. To have created the sciences to lead innovations to this point. Lest we forget we forget, the entire universe itself, and the NspaceNtime which it resides in. Truly an inspiration..
But DIY yourself into the algorithm.. just add that to the start of the vid, all your vids with it have more views but your content is essentially all DIY so just sell that.. and look even someone suggested this already
Yes thank you. You're right DIY is definitely the way to go from here.
Stepper acceleration next time..?
please provide detailed circuit and code ❤
sine lab I have trying and fail do have pcb in pdf
I am trying to replicate what you have done. In the video you talk about using potientometer, however I dont recognize those on your schematic? Is R17 and R25 ptientometers? Thanks for this great video, this is by far the best reference I have!
It's been a while, but I don't think that the potentiometer is used in the final schematic. It was simply an intermediate step to test a variable voltage.
It was replaced by the DAC so that the microcontroller could change the voltage.
I hope that this helps!
try this same engineering exercises with Vacuum tubes ;-)
That would be a good challenge
I have a question: do we need to use MOSFET drivers to control the MOSFETs here?
If you were using high-side N-Channel mosfets, then yes. You would need to bootstrap them.
But in the video I used P-Channel mosfets, so only an NPN was needed to invert the signal and drive them.