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- เผยแพร่เมื่อ 10 พ.ค. 2024
- Increasing voltage is a common challenge in electronics design. Luckily there is an alternative to boost converters.
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Really enjoyed this video in which you show your evolution in implementing V-boosts.
Dealing with power systems (solar) has intrigued me with using boost circuits to draw more power from my small solar array. Ignoring the subtleties of charging modes, a low battery can actually double the current flow, balancing out the power flow for changes in irradiance, as well as a few other tricks can cause a meaningful boost to the energy captured. Inductors are simpler than capacitors and less prone to failure.....they are great storage devices.
Thank you your comprehensive video tutorial on how charge pumps and boost converters work, and the disadvantages of each type of DC-DC voltage boost cct. You have covered numerous important considerations in circuit design. Great job!
Thank you for watching! :)
I am so glad I found this channel! Great explanation! You have a gift for making complicated topics simple to understand.
Thank you! It's good to hear that my videos are helpful. :)
Wow, I mean Great 👍. Finally someone speaking in favour of voltage multipliers.
I have used them to create negative rail voltage for operational amplifiers
Hey thanks a lot for this video,i've looked online for some useful charge pump circuits and came across some of the ones you showed, but the last one is by far the most practical one, despite it not being able to deliver much current.
I agree, just keep the current to a minimum. :)
That’s exactly what I needed for a project I just built that is very low amps but needs 12 volts
It's the perfect circuit for that situation! :)
Great Video☝️
Thank you :)
Could chage pumps be used as a circuit to verify if voltage transducers are reading voltage correctly? 300VDC transducer.
It seems counterintuitive to be able to boost voltage. Maybe it is a bit like increasing the PSI of the flow of water by changing the diameter of a pipe. In any case, thanks for making another great video.
Not really though because when you make the pipe thinner the thick part gets the higher pressure
And Then there are the charge pump, that make use of mos switches to make 5V to +/÷ 10V in the Maxim patent, used in the MAX232
Impractical, unless that is you have a functionally limitless supply of 350v 130,000uf electrolytic capacitors.
OK. Nice!. But you definitely have to improve your diction, because is very poor.