You are an excellent instructor by every sense! The verbal is slow and clear. The video sequence is excellent. The test hookup is extremely neat so as your shop. I have learned so much from you in a very short of time. I learn from your instruction and your working habit. You must be made the model of all instructors. Thank you!
Thanks. Although I am not planning to use one of those devices in the near future, I am now confident that now I know to chose a suitable device in case the needs comes up. It was again a pleasure to watch the video and to boost my beginner's knowledge a bit.🙂
As a retired mechanical engineer and a great fan of physical computing I can easily understand the theory. But the second part is experience, overview and quick decision-making. This is the point, where people like me need the help of experienced experts like you Bill. It's always a pleasure,to follow your lessons. It can't be done better !!!! Greetings from Germany to Canada.
If you were to remake this video now, 3 years later, what changes would you make to the line-up? Any newer modules out there worth considering? Thank you so much for all you do to open up the world of hobby electronics to the masses
Fantastic. I spent 2 hours this morning searching for power supplies without a clue as to what I needed. And in 30 minutes you explained it to me perfectly. Thanks.
I'm retired now and if there is any thing that i regret for during my career would be not having acess to your very dedicated proffesional informative videos. you have made it so simple and easy. Thank you very much for sharing your knowledge.
Because UA-cam only 'recommend' channels that upload weekly/daily. If you upload one properly made video a month, you get less promotion. Go yell at youtube on twitter.
That was a superb way of explaining the power options. The mechanical engineer in me is so happy to learn with you. Please continue to post these type of tutorials. I showed the video structure to my wife who is a teacher. She was impressed by the clarity of the explanantion.
the deeper i go into the rabbit hole of raspberry pi, arduinos, and other microcomputers, the more great content i find from creators like this guy, who is REALLY experienced with circuits. glad i found you. after a few videos, i think youll make my projects easier to understand.
When you mentioned the 1970s it made me feel much better about the struggle i am having keeping all my components in order. I have only just started, even though I am about the same age as you. Your workshop looks like perfection itself. all the way down to the colour scheme.
Not any single word in your excellent videos is unimportant. So I increase the speed to 1.4, which helps me to see them in a shorter time. Try it by yourself : it's relaxing. You are a great pedagogical teacher. Thanks.
Excellent presentation! I am an electronics engineer myself, besides having learnt a lot of the finer points from you and being more enlightened, I should thank you a lot, there is hardly any video on simplifying the basics on power supply especially low voltage DC terms. This should encourage more enthusiasts into the hobby and perhaps some might even get into the profession. Great presentation, and thanks for sharing.
I've said it before and I'll say it again, your channel is way underrated. I don't understand much about electronics and yet you explain these things very well.
When messing with my electronics I always stumble into trour channel, and finally get the main idea clarified, with clear pathos on what to do whithin my situation... Thanks for giving this amount of practical detail for these kind of projects!
I just discovered this fantastic channel. You are filling a void in the UA-cam EE world. Clear, directed and technically correct information. No ranting, bogus "tear downs" of cheap trinkets or racing to the bottom by trying to be some sort electro-comedian. As a career teacher at the post graduate level, now retired and teaching young people as a volunteer, I am worried about the near complete collapse of technically accurate education. Plug and play Arduinos, "robots" and drones have captured young minds but the suppliers of these toys are doing nothing to help new people find a future in the field. They are producing a generation of people who have no understanding beyond what color wire to plug in. I hope you keep up the first class content and resist the UA-cam sponsor and product advertising gravity that has wrecked most channels.
I am blown away by your knowledge and ability to relay it to us in a clear and precise manner. I do, however, have one minor complaint. Your shop towels are hung up the wrong way. The free end should be hanging in the front of the roll, not in the rear of the roll. It will keep your dirty/wet hands from accidentally grazing the wall as you go to grab a towel. I'm just busting your chops. It doesn't actually matter to me. Tyvm for your hard work and dedication!
Please make a introduction to electronics series - your videos are so absolutely amazing and I like it so much. I've learned a ton from you. I do feel that I'm missing the basics and would love an introduction series by you.
Perfect sir, I have finally located a source of info that I can comprehend as a begginer that doesnt plow thru leaving unexplained comments or identifications as wide as the grand canyon making it useless to me. I have already begun ordering and collecting some of these power regs and have ordered a new Ras pie 4 with 4 gig to get into the action with. Why Ive waited until age 61 to start an interest in electronics is unknown but it is what it is. Thank you
Thank you so much for these videos! They helped a lot with my university project😊 You explain everything really well and your videos are very enjoyable! So thanks ☺️
This is an excellent comprehensive presentation on what is available nowadays for voltage regulation. I learned my electronics in the 70s when we built voltage regulators from discrete components, transistors, zeners, op amps and even vacuum tubes in some cases. By doing this we learned how they work, but I have an uneasy feeling that modern enthusiasts know little of the internal workings of a chip or module with three or more connections to them and so would just replace it with new. I grant that it makes life easier than poking around diagnosing a faulty component on a circuit board but isn't that the point of learning about electronics. As an extreme example, why use an Arduino to flash a couple of LEDs when the person programming it has never heard of, or may not understand the workings of a simple two transistor astable circuit to do the same job.
As an extreme answer, for the same reason that you built voltage regulators from discrete components and did not have to build the components first in order to use them in your voltage regulator project. That's the whole point of technology.
I really should start searching your channel rather than yt for information. With electronics i often get alot of .. music filled no dialogue videos. (Which i dislike) Eventually find a video you have made. Which ends up teaching me what i want and more.
BY FAR the best electronics tutorials on the interwebs! I have watched dozens of electronics tutorials but rarely have felt like I had a solid grasp on a concept after; until finding your channel! You answer all the questions I'm unsure about and cover everything I'm interested in! In the last couple days of following your tutorials, I have learned more than in the prior YEAR! Thanks so much for all your hard work! You are super awesome!
I’m a new subscriber and a very appreciative viewer. I’m new to micro-controllers and your videos are the best!!!! Your understanding of your topics is quite evident and your ability to explain them is remarkable!!! I’ve been around for 74 years and have given and viewed many technical presentations, and your are among the best!!! To produce, film, create the graphics, and edit on your own is quite amazing!!!! Thanks so much!!!
Your workshop looks so clean and well put together. I don't even have a space for my equipment and its currently laying all over the place mostly on my mom's dining room table.
I don't get how people do it either. Even all neat an freshly swept and organized my lab still looks like chaos XD I also sleep in my lab tho so... lol. Space and organizers makes a huge difference.
@@user-be4yc2vr5c lmao. I sleep in my "lab" too. I'm staying with my mom in a 1 bedroom apt. She has the room and I sleep on the couch. Most of the drawers contain my tools, and the dining room table has my laptops, microscopes, power supplies, soldering station, rotary tool, etc... etc... etc... I'm saving up for a house with a garage though. Then I can finally be at peace. I'll probably still sleep in the garage/ lab anyway, even though I would have a room. I just feel safer around my equipment. Is that strange?
No it's not, especially if you have things in your lab you've made that can keep you safe ;p an goodluck getting a house in this economy buddy! =p The only reason I can even afford a apt. is cause we split rent on a 2 bedroom 3 ways an I sleep/set up in the "living room" 2 of us in STEM fields all 3 in management positions too. lol. In the "more affordable better paying" part of the USA too. lol. You must live in a diff country or be well off otherwise Still wish ya luck tho comrade! We all deserve a home and food at the very least but non even get that in America. ;p @@borisdorofeev5602
I like your style of teaching electronics. Your clarity to explain complex topics that most electronics gurus are struggle to explain it for beginners easy to grasp. Your english is clear and soft enough to follow. The video presentations, editing skills are superb that sequencially arranged for better understanding. You are better than any teachers I know. Thank you for sharing your knowledges. Someday if I confidence enough I will do the same to share what I learn from you to the children far places in my country to have basic knowledges to stimulate their potentials and rise from poverty and stricken situation by using this knowledge to develop a deeper meaning in their life to come out and blend and embrace the technology that help them for advancement in any form of status quo.
Hello from California! I'm pretty new to electronics. I can't thank you enough for making these videos. I truly enjoy and learn from them. Have a blessed day!
Bill with your help here, I made a 9v regulator for a portable WiFi sensor/monitor! I wanted to move off of the solderless breadboard and onto a soldered circuit board. Well, the common USB/barrel jack power supply module that comes with every Arduino kit does NOT fit onto a regular perfboard. So, thanks to this video and the Santos website random nerd tutorials, and about 75 cents in components from Jameco (7805 linear regulator, 100mF and 2.2mF capacitors) I used a 9v battery to supply the ESP32 board and OLED display.
I tell you, Bill has to be the Bob Ross of electronic development. I mean that in a completely positive way. Bill, you are the greatest! Thank you so much for what you are doing for us. Hey, please consider restarting your Patreon and let us throw a few bucks your way. You absolutely deserve the tips! :-)
Thanks for making this video. This gives a lot of clarity to a topic I was having a hard time fully wrapping my head around. As a future topic would you consider explaining when and why you would add certain components into a circuit? For example, at one point in the video you mention that you need electrolytic capacitors for the 78XX voltage regulators, but you say there's no specific size you need and give the size you tend to use. In these cases how do you know that the size doesn't completely matter and what makes you choose the 2.2 micro ferret capacitor? When would the capacitor value matter? Stuff like that. I ask because I feel like I can find lots of explanations on what the components are, but it's a bit harder to find good/clear explanations of when and why to use them. Thanks again. Your videos are a fantastic help in understanding electronics. I appreciate the care and effort you put into them! :)
You can find this specific information at component Datasheets. Look for LM 317 Datasheet. That kind of capacitor do not influence in stability, it only improveh some noise safe, i.e, transient response. You are working with DC power, but you cannot delivery any fluctuations as spikes to microprocessor, it could generate a bad ghost instruction in the processor or even fry it.
The electrolytic caps are used to reduce AC voltage that may pass through the regulator. The exact size isn't too important, as long as it's big enough. So 2.2 microfarads is fine, but sometimes bigger would also work. It would be helpful to you to learn how to read schematic diagrams, and to get the diagrams that show how to use the devices you are using. Without that, you won't really understand what you are doing.
The capacitors are to filter the in and out of the regulator, so you don't have spikes. The capacity depends on how big the spikes are and how many of them you have. The larger the spike, the more farads you'll need.
Hello again. Just found this video and it was a great refresher for me. A lot of stuff that we forget as we move though life. Now that I’m getting back working on the shop bench and working on new projects I’m have a great time of it. With your help it makes it much easier.
These videos are very well done. I would love to see some demonstrations on how you would recommend converting 24VAC to 5 and 3.3 VDC. I've been struggling with coming up with a working solution to monitor voltages on a "dumb" HVAC system with ESP8266 via ESPHome - but my struggles all revolve around my ignorance of voltage conversion!
With the buck-boost coverter, I noticed that the amp draw was inversely proportional to the input voltage . It appears that the input wattage was consistent though.
Well of course, lower input voltage relative to the output voltage means more input current relative to the output current. The opposite is true for buck converters.
That is universally true with all switchmode power converters if their output is regulated. All regulated-output switchers have a "negative resistance" input characteristic. What that means is that the slope of a plot of input current versus input voltage is negative - it slopes downward from left to right. The plot for a normal resistor is positive - it slopes upward from left to right (plots done in the first quadrant - positive voltage and positive current).
Amazing tutorial, very clear and concise, covering quite a lot of good examples of how to power boards in different ways. Love it and learned something. Really cool stuff. Thanks for sharing that knowledge.
It is not backwards, it is thoughtfully out of the way from possibly dropping in front of the laptop screen. I like how the end of the sheet is exactly halfway visually down to the outlet. Such symmetry. Ahhh! Ok, Ok I’m being a little facetious but I had to answer the backward forwards challenge. And I was on a roll. Tu-dum-tisch
Good instructors teach you what you need to learn. Great instructors teach you things you didn't know you needed. And the best instructors do it quickly. You are a superb instructor. This subject is exactly what I was looking to learn and you taught me more and quickly. Tell yourself that you are making a positive difference in the world, because you are. Thank you.
wow! i have been searching this for few days. I want to build a project but different voltage requirements for different things became complex for me, wasnt sure what was the industry standard to providing such voltages in a single project. Thanks a lot sir
"Thank You", thank you very much. Your presentation was REALLY Really really good. I'd like to learn more about DC power supplies. ANY suggestions? Let me know. I look forward to hearing from you 😎
Great video! I would like to add - if you use buck converters, especially cheap ones from China - be careful, when they break they usually pass input voltage to the output and their input is high obviously. I used them to power my raspberry Pi for 3D printer, which has either 12V or 24V power. So I realized that a quite easy solution for that - put a 5V TVS diode on the output of buck converter (and a serial fuse would help too), then when buck converter fails that diode will prevent high voltage to burn your PI (even if you do not use fuse these TVS diodes are capable of burning trace on PCB, but it would not let high voltage to pass them). For example SA5.0CA one costs $0.40 on Mouser for single piece and can hold 500W on peak!
Hi Bill, just came across this video you made 2 years ago, and wanted to let you know it was very informative for someone like me. I like to dabble with low voltage stuff like this for various projects, but I’m not educated on it, and this overview you gave on the subject was excellent. Thank you!
I was looking for information about stepdown voltage and linear regulators. But here we can get a complet course. By the way, english is my 4th language, my listening is very rusty but i'm about of understanding 100%! Thank you for all Sir !
An excellent introductory summary of how to power your Arduino projects. However, if there are any motors or other inductive loads involved, these can generate massive interference spikes that can cause the Arduino to malfunction or in the worst case scenario, damage it permanently. So information on which regulators provide better protection (line regulation) would be a very useful addition to the video, as would information on grounding techniques and decoupling capacitors.
Hi I’m Cathal I came across you channel and always had a fascinating interest in electronics and love to learn from someone who knows what the are talking about keep up the fantastic work Cathal
I love your Channel. You make it so easy to undertand! Your lesson on raises an issue with me: Despite being about different supplies for off-bench project use, the entire demonstration was on-bench. All channels, even Arduino, Adafruit, Raspberry PI, on and on, provide instrution, software, and hardware, but the best of my searches leave me to believe that students of controllers anywhere in the world have projects attached to wires on breadboards strung across bench tops, but nothing assembled into smart deployment-ready packages for the field. If fact, there is a severe paucity of enclosures, with or without precut openings for 16x2 lcd display, or buttons, input or output jacks or holes. Frankly, I'm shocked by the paucity of these materials from the very sources who sell us the nifty controllers and such. I cannot find one source that takes the project developer to permanently wire a controller, a power supply, and fit them and more in an enclosure, ready to use ot show someone else, and use. While I have very good hardware and software skills, I just don't have skill or tools to cut plastic boxes and such to "rerally" make the project. I bet many many people have a project graveyard like me.
Best teacher ......i really mean it. Your way of teaching and explaining is too good. You cleared my all doubts about power supplies which i never understood in my college......Thank you
”Thank You", thank you very much ☺️ Your presentation was REALLY Really really good, and it expanded my knowledge on various ways to design DC breadboard power supplies 😎😉😎
I just thought Arduino had built in regulators, I've built a couple of projects using Arduino Nano's and used a 9 volt battery for power. As you can tell no knowledge at all until l saw your video, thanks and keep up the good work. And I'll be taking better care from now on
I just discovered your channel through YT's autoplay. Very good channel. I'm also having a browse on your website. Thanks for creating such quality content.
I knew some of this in practice, some of it in theory, the buck/boost new to me and so good looking. Brought to life so now I will be able to use with more confidant and actually know in practice, Thanks.
Great video. I have watched hours upon hours of other peoples videos and would not know anymore when the video ended than what I knew before I watched their video. I completely understand this now. I wish I would have found this video a long time ago. You are great at explaining every detail. Once again, Great Video.
Not much to say but wow, I've been sweating so much how to power these little esp8266 projects I'm wanting to get up too and and could not find anything that broke it down this simply. Think I'm gonna use a usb breakout board and connect it to LD1117V33 linear voltage regulator and then to my esp8266. You really helped helped me understand my options here much much better.
I bought some buck converters to use lipo batterys in my toy grade RC drones. I got tired of using so many double A batterys and found I can add in buck converters and safely use lipo batterys to run my drone Transmitters without going through AA batterys and I can recharge those batterys. Saving a boat load of money. I am also using it on some of my RC boat Transmitters too. Those things are cheaps as chips too. I got somthing like 10 buck converters for$5. They are all bridged so you snap off what you need.
really like the way you present things, it's one thing to know stuff and another to know how to teach it. there are also the 78XX in TO3 package for 3Amp
The LM323CK. There's also the LT323AT in a TO220 package. With the latter device the maximum supply voltage is reduced to 20v maximum to keep the package dissipation within acceptable limits.
I ran across this video while searching for information on power supplies. Other than computers, I haven't been involved in electronics since the days of discrete semiconductors. Thank you so much for your excellent, clear and helpful knowledge to help me get back into building and experimenting. I really appreciate your sharing of you knowledge and skills with us.
You are an excellent instructor by every sense! The verbal is slow and clear. The video sequence is excellent. The test hookup is extremely neat so as your shop. I have learned so much from you in a very short of time. I learn from your instruction and your working habit. You must be made the model of all instructors. Thank you!
I agree with your comment, as a retired radio tech, I've always wanted to do this PS mod. I now have no excuse to do it.
I subscribe any and each word ! I am becoming an addict to this channel, I wish to have had a teacher with same characteristics in my university time.
Зззщззз
I try to make it dissaper....
If its watt you talking about....
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Thanks. Although I am not planning to use one of those devices in the near future, I am now confident that now I know to chose a suitable device in case the needs comes up. It was again a pleasure to watch the video and to boost my beginner's knowledge a bit.🙂
Glad I could help!
As a retired mechanical engineer and a great fan of physical computing I can easily understand the theory. But the second part is experience, overview and quick decision-making. This is the point, where people like me need the help of experienced experts like you Bill.
It's always a pleasure,to follow your lessons. It can't be done better !!!! Greetings from Germany to Canada.
Question, with BUCK converters, do I need to worry about the amps frying my phone if connected to a 12 solar battery?
If you were to remake this video now, 3 years later, what changes would you make to the line-up? Any newer modules out there worth considering?
Thank you so much for all you do to open up the world of hobby electronics to the masses
Fantastic. I spent 2 hours this morning searching for power supplies without a clue as to what I needed. And in 30 minutes you explained it to me perfectly. Thanks.
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I'm retired now and if there is any thing that i regret for during my career would be not having acess to your very dedicated proffesional informative videos. you have made it so simple and easy. Thank you very much for sharing your knowledge.
Why haven't you blown up yet your channel is what so many people are looking for
Because UA-cam only 'recommend' channels that upload weekly/daily. If you upload one properly made video a month, you get less promotion.
Go yell at youtube on twitter.
I agree!!
Yes but soon people will start noticing just wait for an year or so.
@@aryanmishra317 Just got it recommended to me on the front page of youtube. So you are pretty correct.
Trueee
That was a superb way of explaining the power options. The mechanical engineer in me is so happy to learn with you. Please continue to post these type of tutorials. I showed the video structure to my wife who is a teacher. She was impressed by the clarity of the explanantion.
the deeper i go into the rabbit hole of raspberry pi, arduinos, and other microcomputers, the more great content i find from creators like this guy, who is REALLY experienced with circuits. glad i found you. after a few videos, i think youll make my projects easier to understand.
GOOD MORNING @KAREN T. I can't believe we are finally there... all these years of hoping & praying & waiting....it's almost surreal!
When you mentioned the 1970s it made me feel much better about the struggle i am having keeping all my components in order. I have only just started, even though I am about the same age as you. Your workshop looks like perfection itself. all the way down to the colour scheme.
Same here!
Same here..
Not any single word in your excellent videos is unimportant. So I increase the speed to 1.4, which helps me to see them in a shorter time. Try it by yourself : it's relaxing. You are a great pedagogical teacher. Thanks.
Absolutely the best overview on the subject I've ever seen. Great job and thank you very much !!
Pm me can you to install do sola paint of charger
Excellent presentation!
I am an electronics engineer myself, besides having learnt a lot of the finer points from you and being more enlightened, I should thank you a lot, there is hardly any video on simplifying the basics on power supply especially low voltage DC terms.
This should encourage more enthusiasts into the hobby and perhaps some might even get into the profession.
Great presentation, and thanks for sharing.
You’re a gift from heaven !
I've said it before and I'll say it again, your channel is way underrated. I don't understand much about electronics and yet you explain these things very well.
Hands-down the best electronics channel on UA-cam! I almost feel guilty about getting to access these excellent videos for free.
Pm me can you to install do sola paint of charger
When messing with my electronics I always stumble into trour channel, and finally get the main idea clarified, with clear pathos on what to do whithin my situation... Thanks for giving this amount of practical detail for these kind of projects!
I just discovered this fantastic channel. You are filling a void in the UA-cam EE world. Clear, directed and technically correct information.
No ranting, bogus "tear downs" of cheap trinkets or racing to the bottom by trying to be some sort electro-comedian.
As a career teacher at the post graduate level, now retired and teaching young people as a volunteer, I am worried about the near complete collapse of technically accurate education. Plug and play Arduinos, "robots" and drones have captured young minds but the suppliers of these toys are doing nothing to help new people find a future in the field. They are producing a generation of people who have no understanding beyond what color wire to plug in.
I hope you keep up the first class content and resist the UA-cam sponsor and product advertising gravity that has wrecked most channels.
This guy should make my audiobooks. Just listen, its the voice of a good teacher.
12 minutes in and I'm amazed with how much knowledge you've dropped on me. God bless you, sir.
I am blown away by your knowledge and ability to relay it to us in a clear and precise manner.
I do, however, have one minor complaint. Your shop towels are hung up the wrong way. The free end should be hanging in the front of the roll, not in the rear of the roll. It will keep your dirty/wet hands from accidentally grazing the wall as you go to grab a towel.
I'm just busting your chops. It doesn't actually matter to me.
Tyvm for your hard work and dedication!
Please make a introduction to electronics series - your videos are so absolutely amazing and I like it so much. I've learned a ton from you.
I do feel that I'm missing the basics and would love an introduction series by you.
Perfect sir, I have finally located a source of info that I can comprehend as a begginer that doesnt plow thru leaving unexplained comments or identifications as wide as the grand canyon making it useless to me. I have already begun ordering and collecting some of these power regs and have ordered a new Ras pie 4 with 4 gig to get into the action with. Why Ive waited until age 61 to start an interest in electronics is unknown but it is what it is. Thank you
you have a simple yet very intriguing teaching ability. I learned more out of this one video than all the others put together!
Thank you so much for these videos! They helped a lot with my university project😊 You explain everything really well and your videos are very enjoyable! So thanks ☺️
Glad you find them useful, hope your project turned out well!
This is an excellent comprehensive presentation on what is available nowadays for voltage regulation.
I learned my electronics in the 70s when we built voltage regulators from discrete components, transistors, zeners, op amps and even vacuum tubes in some cases.
By doing this we learned how they work, but I have an uneasy feeling that modern enthusiasts know little of the internal workings of a chip or module with three or more connections to them and so would just replace it with new.
I grant that it makes life easier than poking around diagnosing a faulty component on a circuit board but isn't that the point of learning about electronics. As an extreme example, why use an Arduino to flash a couple of LEDs when the person programming it has never heard of, or may not understand the workings of a simple two transistor astable circuit to do the same job.
As an extreme answer, for the same reason that you built voltage regulators from discrete components and did not have to build the components first in order to use them in your voltage regulator project. That's the whole point of technology.
I really should start searching your channel rather than yt for information. With electronics i often get alot of .. music filled no dialogue videos. (Which i dislike) Eventually find a video you have made. Which ends up teaching me what i want and more.
BY FAR the best electronics tutorials on the interwebs! I have watched dozens of electronics tutorials but rarely have felt like I had a solid grasp on a concept after; until finding your channel! You answer all the questions I'm unsure about and cover everything I'm interested in! In the last couple days of following your tutorials, I have learned more than in the prior YEAR! Thanks so much for all your hard work! You are super awesome!
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You have some of my favorite videos and you've taught me so much. Thanks!
Thanks Jeremy, really appreciate it!
normally I can't stand long videos, but I could watch you all day! Your style of instruction is phenomenal.
Keep up the good work.
Pm me can you to install do sola paint of charger
I’m a new subscriber and a very appreciative viewer. I’m new to micro-controllers and your videos are the best!!!! Your understanding of your topics is quite evident and your ability to explain them is remarkable!!! I’ve been around for 74 years and have given and viewed many technical presentations, and your are among the best!!! To produce, film, create the graphics, and edit on your own is quite amazing!!!! Thanks so much!!!
Your workshop looks so clean and well put together. I don't even have a space for my equipment and its currently laying all over the place mostly on my mom's dining room table.
I don't get how people do it either. Even all neat an freshly swept and organized my lab still looks like chaos XD I also sleep in my lab tho so... lol. Space and organizers makes a huge difference.
@@user-be4yc2vr5c lmao. I sleep in my "lab" too. I'm staying with my mom in a 1 bedroom apt. She has the room and I sleep on the couch. Most of the drawers contain my tools, and the dining room table has my laptops, microscopes, power supplies, soldering station, rotary tool, etc... etc... etc...
I'm saving up for a house with a garage though. Then I can finally be at peace.
I'll probably still sleep in the garage/ lab anyway, even though I would have a room. I just feel safer around my equipment. Is that strange?
No it's not, especially if you have things in your lab you've made that can keep you safe ;p an goodluck getting a house in this economy buddy! =p The only reason I can even afford a apt. is cause we split rent on a 2 bedroom 3 ways an I sleep/set up in the "living room" 2 of us in STEM fields all 3 in management positions too. lol. In the "more affordable better paying" part of the USA too. lol. You must live in a diff country or be well off otherwise Still wish ya luck tho comrade! We all deserve a home and food at the very least but non even get that in America. ;p @@borisdorofeev5602
I dont have much but its all in a box since my project table is already used by big windows. Gonna make solar panels outta them ( hopefully )
I like your style of teaching electronics. Your clarity to explain complex topics that most electronics gurus are struggle to explain it for beginners easy to grasp. Your english is clear and soft enough to follow. The video presentations, editing skills are superb that sequencially arranged for better understanding. You are better than any teachers I know. Thank you for sharing your knowledges. Someday if I confidence enough I will do the same to share what I learn from you to the children far places in my country to have basic knowledges to stimulate their potentials and rise from poverty and stricken situation by using this knowledge to develop a deeper meaning in their life to come out and blend and embrace the technology that help them for advancement in any form of status quo.
Incredibly well articulated, super easy to follow and so relaxing to watch. 10/10.
Pm me can you to install do sola paint of charger
Hello from California! I'm pretty new to electronics. I can't thank you enough for making these videos. I truly enjoy and learn from them. Have a blessed day!
'Thank GOD'🙏🏾 and thank you very much for sharing your support and time 😉 You are a REALLY Really really good instructor 👍🏿
Bill with your help here, I made a 9v regulator for a portable WiFi sensor/monitor! I wanted to move off of the solderless breadboard and onto a soldered circuit board. Well, the common USB/barrel jack power supply module that comes with every Arduino kit does NOT fit onto a regular perfboard. So, thanks to this video and the Santos website random nerd tutorials, and about 75 cents in components from Jameco (7805 linear regulator, 100mF and 2.2mF capacitors) I used a 9v battery to supply the ESP32 board and OLED display.
I tell you, Bill has to be the Bob Ross of electronic development. I mean that in a completely positive way. Bill, you are the greatest! Thank you so much for what you are doing for us. Hey, please consider restarting your Patreon and let us throw a few bucks your way. You absolutely deserve the tips! :-)
If this were a university lecture, it would be one of the best I have seen.....
Thanks for making this video. This gives a lot of clarity to a topic I was having a hard time fully wrapping my head around.
As a future topic would you consider explaining when and why you would add certain components into a circuit? For example, at one point in the video you mention that you need electrolytic capacitors for the 78XX voltage regulators, but you say there's no specific size you need and give the size you tend to use. In these cases how do you know that the size doesn't completely matter and what makes you choose the 2.2 micro ferret capacitor? When would the capacitor value matter? Stuff like that.
I ask because I feel like I can find lots of explanations on what the components are, but it's a bit harder to find good/clear explanations of when and why to use them.
Thanks again. Your videos are a fantastic help in understanding electronics. I appreciate the care and effort you put into them! :)
Great question.
You can find this specific information at component Datasheets. Look for LM 317 Datasheet. That kind of capacitor do not influence in stability, it only improveh some noise safe, i.e, transient response. You are working with DC power, but you cannot delivery any fluctuations as spikes to microprocessor, it could generate a bad ghost instruction in the processor or even fry it.
He added them for decoupling. www.thebox.myzen.co.uk/Tutorial/De-coupling.html
The electrolytic caps are used to reduce AC voltage that may pass through the regulator. The exact size isn't too important, as long as it's big enough. So 2.2 microfarads is fine, but sometimes bigger would also work.
It would be helpful to you to learn how to read schematic diagrams, and to get the diagrams that show how to use the devices you are using. Without that, you won't really understand what you are doing.
The capacitors are to filter the in and out of the regulator, so you don't have spikes. The capacity depends on how big the spikes are and how many of them you have. The larger the spike, the more farads you'll need.
Hello again. Just found this video and it was a great refresher for me. A lot of stuff that we forget as we move though life. Now that I’m getting back working on the shop bench and working on new projects I’m have a great time of it. With your help it makes it much easier.
Thank you, Sir, for an extremely useful, informative and well-presented video. I also appreciated the pace of your delivery. Subbed!
i am relatively “new” to SMB’s and electronics; 5-10 years or so and i think that coolest thing going right now!
These videos are very well done. I would love to see some demonstrations on how you would recommend converting 24VAC to 5 and 3.3 VDC. I've been struggling with coming up with a working solution to monitor voltages on a "dumb" HVAC system with ESP8266 via ESPHome - but my struggles all revolve around my ignorance of voltage conversion!
With the buck-boost coverter, I noticed that the amp draw was inversely proportional to the input voltage . It appears that the input wattage was consistent though.
Well of course, lower input voltage relative to the output voltage means more input current relative to the output current. The opposite is true for buck converters.
That is universally true with all switchmode power converters if their output is regulated.
All regulated-output switchers have a "negative resistance" input characteristic. What that means is that the slope of a plot of input current versus input voltage is negative - it slopes downward from left to right. The plot for a normal resistor is positive - it slopes upward from left to right (plots done in the first quadrant - positive voltage and positive current).
Outstanding presentation and topic. Great job. Thank you very much.
Believe me sir i really love your teaching style and knowledge
Amazing tutorial, very clear and concise, covering quite a lot of good examples of how to power boards in different ways. Love it and learned something. Really cool stuff. Thanks for sharing that knowledge.
Mister, Long time subscriber and watch a lot of Youtuce videos to learn, you are first-rate, I wish you lived next door!
I still can't get over the fact that his paper towel is on the roll backwards...
ha great information. thank you!
It is not backwards, it is thoughtfully out of the way from possibly dropping in front of the laptop screen. I like how the end of the sheet is exactly halfway visually down to the outlet. Such symmetry. Ahhh!
Ok, Ok I’m being a little facetious but I had to answer the backward forwards challenge. And I was on a roll. Tu-dum-tisch
Five years later this is still golden 🥇
Thanks for sharing 👍🏼
1 million people saw this old guy cook
I've been looking for something like this! Thank you so much!
Good instructors teach you what you need to learn. Great instructors teach you things you didn't know you needed. And the best instructors do it quickly. You are a superb instructor. This subject is exactly what I was looking to learn and you taught me more and quickly. Tell yourself that you are making a positive difference in the world, because you are. Thank you.
Thank you so much for this video!
wow! i have been searching this for few days. I want to build a project but different voltage requirements for different things became complex for me, wasnt sure what was the industry standard to providing such voltages in a single project. Thanks a lot sir
"Thank You", thank you very much. Your presentation was REALLY Really really good. I'd like to learn more about DC power supplies. ANY suggestions? Let me know. I look forward to hearing from you 😎
Inquire98 , I combined laptop power supplies in a video I made.
Great video! I would like to add - if you use buck converters, especially cheap ones from China - be careful, when they break they usually pass input voltage to the output and their input is high obviously. I used them to power my raspberry Pi for 3D printer, which has either 12V or 24V power. So I realized that a quite easy solution for that - put a 5V TVS diode on the output of buck converter (and a serial fuse would help too), then when buck converter fails that diode will prevent high voltage to burn your PI (even if you do not use fuse these TVS diodes are capable of burning trace on PCB, but it would not let high voltage to pass them). For example SA5.0CA one costs $0.40 on Mouser for single piece and can hold 500W on peak!
I love your videos and your website too - thank you.
Hi Bill, just came across this video you made 2 years ago, and wanted to let you know it was very informative for someone like me.
I like to dabble with low voltage stuff like this for various projects, but I’m not educated on it, and this overview you gave on the subject was excellent.
Thank you!
You are a great help! thanks a lot. Keep up the good work
I was looking for information about stepdown voltage and linear regulators. But here we can get a complet course.
By the way, english is my 4th language, my listening is very rusty but i'm about of understanding 100%! Thank you for all Sir !
a really good video.
Please never give up! thanks for that sir :)
An excellent introductory summary of how to power your Arduino projects. However, if there are any motors or other inductive loads involved, these can generate massive interference spikes that can cause the Arduino to malfunction or in the worst case scenario, damage it permanently. So information on which regulators provide better protection (line regulation) would be a very useful addition to the video, as would information on grounding techniques and decoupling capacitors.
Love this video.
Is there a discussion related to HEAT production considerations ..... of power supplies?
100 mf on the output of 3 that reg is to high
Hi I’m Cathal I came across you channel and always had a fascinating interest in electronics and love to learn from someone who knows what the are talking about keep up the fantastic work Cathal
Great topic.
Sir. You have no idea how helpfull these videos are
I'm so happy I've found you and this video in particular. SUB added with thanks!
I love your Channel. You make it so easy to undertand! Your lesson on raises an issue with me:
Despite being about different supplies for off-bench project use, the entire demonstration was on-bench. All channels, even Arduino, Adafruit, Raspberry PI, on and on, provide instrution, software, and hardware, but the best of my searches leave me to believe that students of controllers anywhere in the world have projects attached to wires on breadboards strung across bench tops, but nothing assembled into smart deployment-ready packages for the field.
If fact, there is a severe paucity of enclosures, with or without precut openings for 16x2 lcd display, or buttons, input or output jacks or holes. Frankly, I'm shocked by the paucity of these materials from the very sources who sell us the nifty controllers and such. I cannot find one source that takes the project developer to permanently wire a controller, a power supply, and fit them and more in an enclosure, ready to use ot show someone else, and use. While I have very good hardware and software skills, I just don't have skill or tools to cut plastic boxes and such to "rerally" make the project. I bet many many people have a project graveyard like me.
This was absolutely fantastic, I've learned so much! Thank you!
Great , good introduction , and Your pronunciation is very clear. Keep on the track
Very useful thank you.
Best teacher ......i really mean it. Your way of teaching and explaining is too good. You cleared my all doubts about power supplies which i never understood in my college......Thank you
at 1:46 I felt like he was talking directly to me...
This might be the best channel on the whole of youtube
”Thank You", thank you very much ☺️ Your presentation was REALLY Really really good, and it expanded my knowledge on various ways to design DC breadboard power supplies 😎😉😎
Very good guide to range of voltage regulators on offer today and very straightforward explanation of how to use them.
Nice! The MT3608 is _exactly_ what I needed for my project! So glad I took the time to watch this video! Saved me a lot of work. :)
I just thought Arduino had built in regulators, I've built a couple of projects using Arduino Nano's and used a 9 volt battery for power. As you can tell no knowledge at all until l saw your video, thanks and keep up the good work. And I'll be taking better care from now on
I just discovered your channel through YT's autoplay. Very good channel. I'm also having a browse on your website. Thanks for creating such quality content.
Good show my friend. You almost seem to enjoy giving a tutorial better than we enjoy watching. Keep up the great work.
Just recently got into Arduino and I love your channel. Thanks so much for making these videos.
As a nascent to all things electronic - thanks for this. Subscribed.
I knew some of this in practice, some of it in theory, the buck/boost new to me and so good looking. Brought to life so now I will be able to use with more confidant and actually know in practice, Thanks.
Great video. I have watched hours upon hours of other peoples videos and would not know anymore when the video ended than what I knew before I watched their video. I completely understand this now. I wish I would have found this video a long time ago. You are great at explaining every detail. Once again, Great Video.
Not much to say but wow, I've been sweating so much how to power these little esp8266 projects I'm wanting to get up too and and could not find anything that broke it down this simply. Think I'm gonna use a usb breakout board and connect it to LD1117V33 linear voltage regulator and then to my esp8266. You really helped helped me understand my options here much much better.
I know very little about electronics, and this video has helped me a whole lot, so thanks!
thanks, however the video is missing some kind of result comparison and real load capatibilities measurement (chinese paper values are...)
What a useful summary! Technical enough to be useful but not dumbed-down so much that you zone out.
Amazing, i wish you were my university teacher.
amazing. your delivery and communication skills are top notch! thanks again sir.
Man this guy gives me an idea of what thing to use to power my projects
I bought some buck converters to use lipo batterys in my toy grade RC drones. I got tired of using so many double A batterys and found I can add in buck converters and safely use lipo batterys to run my drone Transmitters without going through AA batterys and I can recharge those batterys. Saving a boat load of money. I am also using it on some of my RC boat Transmitters too. Those things are cheaps as chips too. I got somthing like 10 buck converters for$5. They are all bridged so you snap off what you need.
You're an excellent speaker. So clear and concise. Thank you for your hard work i learned a lot.
really like the way you present things, it's one thing to know stuff and another to know how to teach it.
there are also the 78XX in TO3 package for 3Amp
The LM323CK. There's also the LT323AT in a TO220 package. With the latter device the maximum supply voltage is reduced to 20v maximum to keep the package dissipation within acceptable limits.
I ran across this video while searching for information on power supplies. Other than computers, I haven't been involved in electronics since the days of discrete semiconductors. Thank you so much for your excellent, clear and helpful knowledge to help me get back into building and experimenting. I really appreciate your sharing of you knowledge and skills with us.
You have a very neat workshop as others have pointed out. Please do a tutorial on how to set one up to manage those zillion components.
Very informative . Covering wide range of Converters in the market
I ALWAYS enjoy your comprehensive, detailed, and above all, very well-explained videos! Great work!