Boost your Electronics Skills with Boost Converters! A Tutorial
ฝัง
- เผยแพร่เมื่อ 27 ต.ค. 2023
- / tpai
Paypal-Donation-Link: www.paypal.com/donate/?hosted...
Email: inventordonations@gmail.com
Waterwheel video:
• DIY Hydro Power Genera...
smps tutorial part 4:
• SMPS Tutorial (4): Boo...
website for converter and inductor calculations:
schmidt-walter-schaltnetzteile... - วิทยาศาสตร์และเทคโนโลยี
The best way to support the production of future videos is to become a supporter on Patreon: www.patreon.com/TPAI
WW4 will be fought out by/with Sticks & Stones...
Any chance to decifer Chromosom nr.2... ????!!!!
You were saying that you wanted to try different generators but I tink you would benefit from making your own. I watch another channel where he does a lot of wind turbines ans shows how to make your own generators. have a look
youtube.com/@TnTOmnibus?si=cNwLmYfIMUZDtHec
I'm pretty sure that if a person uses a 12 volt DC to 120 v ac inverter along with a couple or few high boost inverters along with lastly a transformer that transforms let's say 1,500 v ac back down to 120 v ac would decrease the main amp load on the 12 v battery source.
Been following along almost since the start. Finally signed up for Patreon. Love your content and your great teaching skills. I have a bit of German blood and have been to Germany several times (for my past job as a cinematographer). Now I work as a photovoltaic designer so it's zuper kool when you work on solar related projects.
@@daveluxton8317 must be nice to be wealthy.
I've said this before, but it bears repeating: You are the only person who ever explains things exactly the way my brain works. You grow your circuits organically rather than just start from the finish product and throw math around. You show the solution as it grows, with context. It's not the only way I learn, but it's by far the easiest. Thanks again.
Yes! It isn't enough to know what a given thing 'will' do. I have a brain that will throw a tantrum if the 'will' isn't paired with a 'how' From first principle to end result. Even as a child, knowing the TV will operate when I flip the switch is not enough. It caused much frustration for the adults around me! 😂
18:10 the generator itself can be used as the inductor in a boost converter, simply shorting it out will build up the magnetic field, which can then be released into your capacitor bank. The boosted voltage will also be much higher than before, so diode drop will no longer be a concern.
This is how regen works in motors.
A very good idea indeed!
Probably no idea what I'm talking about here. But if you short out the generator is there not a risk of loading the physical structure of the wheel too much and ripping the wheel from the generator?
@@ThePostApocalypticInventorHow can i contact you ?
Hey TPAI, thank you!
Your early inductor power supply series is the best on TH-cam.
I don't think he's finished the whole series unfortunately...
For real. His videos got me into electronics, I mean really into it. I was going to school for electrical engineering but didn't know what it was all about till I found TPAI
This is all wonderful information. Some engineer might even site this as their inspiration for how they got into engineering one day... However, I just want you to make videos about fixing broken stuff that you get at the dump. Glad you are doing you though!
Those SMPS videos you did years ago were how I found your channel -- they were a couple years old at that point, but are still relevant today. I appreciate that you generally present concepts in the form of an application in your videos. It's a big help to me to see _why_ I ought to know something, rather than just be drilled into knowing it. 👍
The most clear and practical explanation ever I've ever watched on youtube.
„Finding solutions for problems that you are actually invested in“ really is the key to learning new things for me. It makes everything so much more fun and easier to focus on, even if the topic itself is complicated. I also really liked that you covered the downwards conversion as well even if it’s not used here as it completes the picture. Definitely learned something for my next projects, thank you :)
I really enjoyed the SMPS Tutorial series and was rather sad when I got to the end of the playlist, expecting for more videos.
You're providing a great learning resource and a continuation to this series would be awesome. Either way, I'm still thankful for your effort!
Nice refresher on buck converters and voltage multiplier circuits. I learned the basics in my electronics classes a long time ago, but in the real world we considered most power supplies to be disposable.
Its a neat project to learn and experiment, and I made a few simple boost converters out of scrap parts myself over the years.
But it's not something you would do if you just need a buck/boost converter, unless you already have the parts.
It's usually cheaper to just buy a complete module instead of individual parts, and depending on skill level even more reliable.
I discovered your channel many years ago because of your electronic teaching videos. I have now learn to appreciate all the content you produce. I am glad to see more electronic related topics.
One note about Lenovo charging cables; inside the plug is a small resistor connected between Ground and the Centre ID pin, it tells the laptop what size power supply is connected so it knows to limit the current it's taking, there's a thread on BadCaps called "Lenovo ID pin resistor values" that details what ohm resistance to use to go from 45 watts up to 170 watts to make up a DIY charger cable; changing the resistor on the other hand, that requires completely removing all the plastic from the plug to access the soldered terminals inside, but, from frequent experience, given their PSU cables disintegrate alarmingly quickly (with green goo forming inside, plus broken wires around the ironically named strain reliefs!), then it's no loss to do so, cos the cable will be shot anyway so may as well save the plugs... :)
Hey!! I was actually thinking that this was the SMPS tutorial 6 before you mentioned it. Clearly I am an OG subscriber. Glad to see you are still at it. I started watching you in early Highschool, I am doing my final few weeks in Electronic engineering. Much love from South Africa man🙏🏾💯🔥
Very nice demonstration of a simple boost converter. I had never thought of controlling one manually, but it demonstrates the principle very nicely as the operator gets to watch the voltage rise and fall as they control the current.
Bravo! A wonderful episode, Gerolf. Lots of great information and a learning experience. Buck and boost converters have always fascinated me and it was informative to see how you made each. With the ability to buy them from eBay or Amazon in bunches, it is cheaper to just buy them, but where's the fun in that? The waterwheel project is coming along nicely - thank you for touching on that again. I have seen some folks make fairly powerful water generators by using hoverboard motors as they can make power fairly(?) easily. It's fun to play with permanent magnet generators as well as alternator types where one uses electromagnets with slip rings and such. If and when you ever make that shop in the woods - the home away from home, then you can power it with a water or wind turbine, or both, along with some photovoltaics! I really find value in your videos - please keep at them as the spirit moves you!
😆I was going to make a similar comment - you can buy pre-packaged buck-boost chips made for a specific voltage like 20V 5V etc. One of my never-ending projects is an open source / repairable comic-book reader that would be powered by 5V USB, and its buck-boost has a big input range of 1-50V, good efficiency and enough mA to power the raspberry pi and screen, so you can just chuck batteries at it mostly without thinking.☢They'd be good as both spare parts and bartering chips (they were about 2 cm wide), and I could focus on my main skills - locks, guns, and software engineering! 🤓
Android phones normally regulate charge current based on voltage. They increase the current until the voltage drops bellow 5V then reduce it slightly to keep the charger happy.
That's also why they don't require the D+ and D- lines tied up.
Great video, thanks for the content and greetings from BW.
There are different charging protocol and this is the case with USB_FLOAT which mean d+,d-,cc pin all not connected
With USB_DCP it'll draw as little as 500ma and if it can't it refuse to charge
The SMPS tutorial is awesome and I love the detail you went into in it and this seems like a great addition to it. I think it's kool to mix it up between the junkyard restoration and build videos to keep the channel from feeling stagnate. But whatever you do, I along with many others will be here to watch it. Thanks for sharing you work with us!
Brilliant information. I have learned a lot from this single video. You explain the electronic information very well. I don't always leave a comment but watch your videos every time.
Thank you for your information and knowledge sharing. 👌👍
Pulsing the circuit by hand @8.15 is a brilliant teaching aid. Hats off to you from the welsh coast
Great job. The way you explain things, shows you have a deep and practiced understanding of the subject. You're an excellent teacher.
You really should look at MartyT youtuber's waterwheel generator built with discarded washing machines, he's powered his whole house off the grid in NZ. He has detailed build instructions. But your lil' waterwheel is cute.
An excellent tutorial. I have bought a commercial boost convertor to charge my 24V mobility scooter from the 12V in my van, but I was reluctant to dismantle it to see how it works. Thanks to your tutorial, I now understand the principles of of its operation.
This sort of device was never covered in the electronics course at college (over 50 years ago), but I try to keep learning.
Another great video Gerolf, thank you. I really appreciate the clear and thorough way you present what to me is rather unfamiliar information. It'll take a few viewings for my old brain to absorb it all but with your top quality instruction I know I'll get there eventually. Please keep it coming.
I love your videos man I always go down rabbit holes of learning every time I've worked around electricity on macro and micro levels most of my life and never knew what inductance was measured in nor the history behind it thank you for making me want to learn more every single video
Your videos are super informative and inspiring! I managed to fix my old cordless drill thanks to you!
Love this series and was looking forward to new episodes for years ;) Not sure how many years ago I started watching your channel, but it's been a very long time. There need to be more videos like this out there exploring self-made power. Inflation and greed have rocketed power costs into space and there will probably be a time when power costs will exceed food costs and then some. Power is becoming a luxury in a lot of the world. I would love to see a very, very deep dive into SMPS efficiency, specifically how PSU makers get ratings of over 94% in their SMPS and how we can do the same. There are so many topics in the SMPS field like synchronous rectifiers that eliminate diode drops, and all the different topologies that offer different benefits/efficiencies/drawbacks to cover. Dozens of videos can be made in this area and I'd watch every single one :) Also more generator videos are fully welcome as well :)
I first started watching your videos with the series on SMPS several years ago. Nice to see you returning to similar content.
I've been following You since 2017. Your content continues to educate and Inspire Me to attain My goals!
Awesome mate, really looking forward to your videos in this series, your approach is spot on!
WOW. That practical demo of the flyback was great - thats the first time I have ever grasped what actually happens - thanks for this enlightening video
My appreciation of your work, channel, and overarching project just continues to grow. Thank you so much for sharing your knowledge and just as importantly your perspective.
🙏
I would love to see more videos like this! I am a compulsive scrapper but for a lot of the electronics that pass by I don't really know what I could or should be doing with them.
Maybe its time to finally try my own hand at some of the hand-tool repair that you make look easy!
smps series was how i found your channel. Love your coverage of electrical concepts.
Your electrical knoledge is off the charts I wish I had that type of electrical knowledge I've studied but just don't seem to grab it your videos are awesome
I always be waiting for the power electronics videos, this channel have the firsts videos that I see when I was at University trying to understand the SMPS, glad to see today we have a new episode, thanks for the time and effort.
Getting back to your first experiment (tapping the bass conductors) I found the first multivibrator circuit in my fathers 1961 Oldsmobile, in the car radio. The car radios back then were vacuum tube (valves) circuits. There was a four pin canister (looked much like a capacitor) that was mounted in a socket. I took a old 120 volt AC tabletop radio, hooked wires to the plug (United States style) and probed around till I got it to work, which it did but with a lot of static. I took apart this canister and inside I found that powering two of the pins it vibrated a square rack (for the lack of better words) that rack opened and closed a set of points, much like you did in your experiment. Mind you I did this when I was 11 years old, 1968.
Your explanation of boost converter function was very clear and much appreciated
Thank you! This is a wonderful, practical, clearly presented set of concepts. I'd definitely love to see more of this style of video.
Really loved this video! it's not often i get hooked for 30 minutes straight. thank you!
Now THIS I could watch all day. LEARNING! Thanks for paying attention to us over all these years.
To answer your question I've been subbed for around 6 years, the DIY Cargo Bike was the video that made me subscribe.
Great video as always my friend, thank you for uploading and spreading the knowledge!! 👍👍
One of my first electronics projects was a variable 20 amp DC power supply with a buck converter regulator. Anyone who invested the time an research to do such a project would definitely know something about electronics afterwards. A very valuable learning experience, especially since most every device has some kind of switching power supply.
Your water wheel is an undershot design (I'm guessing for simplicity of design/manufacture). If you could come up with an overshot design you'd get a big increase in efficiency and power (mechanical power from the wheel that is). The hard part would be making that design portable and easily set up, of course...but I'm sure YOU could do it 🙂
Thanks for this video. Power supplies are such a broad topic, and such a common source of problems when repairing old electronics that learning about them is sort of inevitable!
Thanks you are a hidden gem.
It's my first time to see you. I am Phd in control engineering and i love electronic stuff and always i play experiments in my Lab. I like your way of explaining and teaching i usually lime to use this method. 👍
You provided a very interesting demonstration of the basic principles of a boost converter. Vielen dank!
I habvhave been watching your videos for many years now. Love it!!!
Great video. Nice demo on how to raise voltage with just the inductance, diode and capacitor.
I have been a supporter since your original series on SMPS, and I have been waiting and waiting for the conclusion as I would like to design a bipolar SMPS to produce + and - 15V from a +12V source. Thank you for the great videos.
Love the instructional content and would enjoy seeing more. (But to be honest I enjoy all of your content, so whatever you're going to post I'll watch.)
Really nice explanation and demonstration of the boost converter!
GREAT video! I can't count the number of times your project match exactly what I'm doing at the time. This has happened at least 15-20 times since I started watching. I'm dealing with charging 20v from a car too & all the common options on Amazon or Ebay are too expensive (IMO) or they output too little current for my laptop to initiate the charging cycle (it needs 11.5A at full current & seems to require a minimum of 3.25A to even start charging while the screen is closed - it won't charge w/ that little current while running & screen is on).
Anyway, thank you so much for these video's and this channel, I have learned a lot watching this channel and you have cleared up a lot of things on which I was confused. I also love seeing different parts of Germany & would really like to get back over there some time and see things from my more experienced (older - I was a kid when last there) perspective.
I love your videos.
a big hug from Portugal😊
My folks were too poorly educated to teach any of these concepts and school skipped anything to do with electronics. They did the minimum to get by. I'd have loved to be an engineer of something.
What?
This was more of a ‘how to’ rather than theory video. Take what your folks shared with you and seek out knowledge from where it is. TH-cam is full of info from knowledgeable people as well as in a technical school or college setting. Videos like this spark ideas, a good base for seeking out more and more useful info to build upon.
Most schools won't teach this until you get to college
@@dennis1954that's right, you'll not be good at complicated analysis with these videos. But these are good foundational/contextual and increases practical knowledge and intuition. Mathematically rigorous part is equally important.
Realy enjoyed the video, have used these devices but never looked into the operation. Thanks for link to smps tutorial 4.
Can't remember when I subbed, years ago ! Love the channel.
How appropriate, I'm sitting here wearing my respirator, looking like some post-apocalyptic inventor as I work on an electronics project. I finished working on the electronics part and was just cementing some plastic pieces together to make a bracket to mount the boards.
Anyway, I may already be familiar with boost converters, but it's always good to have an interesting video to watch in the background while I work on my projects.
Thank you so much! For off grid (due to inefficiencies converters) using 110-250v AC appliances that are then stepped down back to DC such as laptops, your circuits make it easy to go from 12/24/48 v systems without having to use massively expensive inverters.
I'm about to look at the smps series I can't remember if I've watched before.
Inverters have some advantages though- built in battery over discharge protection for instance. If there is a plan to use 12V car battery. I have 150VA cheap inverter and I connected output plug to 310V DC bypassing squerwave inverter part- laptop and mobile phone 230V AC chargers accept it without complaints. (maybe some don't) At idle it draws about 4W. Buck converters are more versatile though- can work from anything from car 12V and powertool 20V to truck 24V.
Thanks, you have the best channel on all of TH-cam
Nice video. That’s how you teach. Theory and practical use. Keep up the good work.
All switchmode converters that regulate the output have a negative resistance input characteristic. This means that if the input voltage is increased the input current decreases. If such a converter is connected to a source that cannot deliver sufficient _power_ to meet the requirement of the load connected to the output of the converter, the converter will go to maximum duty cycle as it tries to regulate.
A waterwheel is a power limited source. As such it almost certainly has a peak in its power generating response - with any given water flow the maximum power will be delivered at some particular loading on the generator. This is a "peak power tracker" or "maximum power point" problem, very similar to that with a photovoltaic source, though the MPP is probably much harder to predict accurately than with a PV array. A properly controlled switchmode converter can be made to operate at the MPP.
This was very helpful and informative! Really looking forward to more tutorials. :)
Love the cat background on your phone 😀 So cool that one can charge their devices from a creek.
Great demonstration. Enjoyed!
I like your video's because you can explain so clearly even i understand what you are doing. Thanks.
Another excellent video. Thank you for taking the time to share your knowledge.
Terrific video, it feels like a natural evolution from your early videos and the scrapyard finds. Lets start building this post apocalyptic world
I find all of your videos educational.
That manual boost converter demo just made it make soo much sense
That original series was how I discovered your channel in the first place .
What's missing on a lot of PSU designs is output protection, I prefer to have a crowbar on any PSU I'm going to connect to a valuable device.
I bought a battery eliminator for my camera and there is nothing to stop the boost converter jumping to it's max output should the feedback go open circuit. this would easy write off a expensive camera. a few pence worth of extra components should have made it a lot better and safer for use.
I'll use the dummy battery and lead but the bust convert will be used for something less expensive.
What a great tutorial! Very interesting
Brilliant video mate! Thank you
Enjoyed everything in this video! Very detailed and useful information... it cleared up some understanding for me. thanks for the video!
Pretty cool, love learning about this.
Yes, exactly: I watch electronics videos and I know nothing about, expecting to get some knowledge out of it sometimes . . .
But I'ld love to stumble upon videos that'll start from the mowest level.
Fantastic, a true Post Apocalyptic Inventor! Might I suggest making a portable 'sluice' of about 1-2 m to feed upstream water into the wheel. You might be less likely to get your feet wet!
0:33 Electrolytic capacitors encased in mosfet heatsinks.
Looks like planned obsolescence to me :D
Fascinating. Loved this.
Really interesting build, thanks. The best water wheel turbine design result from a creek's water flow was using one modified from a standard old NZ or Australian washing machine. If you search i am sure it will turn up (it was for free power at home). But it was a fantastic, and free (scrap) design, very different from our European standard water wheels and much more like a turbine. Take a look, especially if you want a better (more power/flow) result. Thanks for the video.
PS Found the video creator....his name is Angry Ram
He is also there as Marty T
I have designed boost converters for military, aerospace, and medical. They are the easiest converter to design.
As a point of interest, a gentleman in New Zealand (@MartyT) has an off grid property that is partially powered by a hydro electric turbine made from a washing machine. You might find his videos useful in your experiments.
Nice! A video similar to the old smps tutorials !
Cool to see such an informative video
Awesome video! Please keep up with similar content.👍
We took electronics, with Mister Musa. Best choice of my life. As far as I know, his first name was Mister. A really funny, serious guy.
Nowadays when you can buy a off the shelf buck boost converter that is capable of 30v2a for $0.5 there's absolutely no reason to make your own but it's still a great video to learn how they works
Nice to know how when you're trying to build something integrated on a board. Sometimes space requirements do not allow for wires going all over
@@OtherDalfite I just followed the example schematic without knowing what I'm doing ... Idk if it'll work is my first time so chances r high that it won't
They do sell step up boost buck converters. I have a 60w that boost12v-60v up to 60v-120v. I have a 58v charger that I boost to 120v connected to a solar charger that charges a E-Trike.
your videos are really inspiring
Nice to see the SMPS series revived. Thanks for this! I'm at a place where I'm actually starting to learn electronics, so this was at a good level for me.
I looked up the LT1070. It's not a cheap part, but maybe I can find some. I'm curious what you scrapped to find these originally.
There are many similiar ICs, also at much lower prices or for lower input voltages. Check for instance the LM2577 for step-up or the LM2596 for step-down.
youtube recommmended this because I was looking for reviews of cheap converters few weeks ago.. While I don't like school, I think understoond voltage boosting just by books/blackboard on the topic of transistor-amplifiers. I suggest you discuss teach the difference of MPPT vs converters. I think many will find interest and i've seen many youtubers misunderstand it.
Great Video.. Thanks for all you do.
Great example with the Iron Core Transformer!
This was Awesome ! More please.
Loved this episode!
Thanks a lot! Very instructive! Very useful!
Thanks Another set of Up / Down/ regulated/ energy converters to suit any device load.
Hi there everyone
Another great episode
Thank you
For your next water wheel, please try a vehicle alternator
Love watching your content thank you
Explain snubbers in next video please. I know quite a bit about electronics but still O learn a lot of things from your channel. Thanks for the quality content there's not much on social media nowadays.
Ah, I understand it all now! It's magic. Thank you my magician friend.