⚠️ *This video took a long time to make* if you would like to buy Paul a coffee to say thanks, link below: ☕ PayPal: www.paypal.me/TheEngineerinMindset Channel membership: th-cam.com/channels/k0fGHsCEzGig-rSzkfCjMw.htmljoin Patreon: www.patreon.com/theengineeringmindset
Hey, much appreciated. I say this because I do maintenance for XPO and Holland freight and we do knock out where we remove c channel from concrete and jackhammer concrete and repour and weld dock plate and bumpers. A lot of work but definitely appreciated by those forklift drivers n truckers to keep production going. Good job n forgive me for grammar.
Listen my guy... I have looked far and wide.. just got started with Arduinos, esp8266, and raspberrypi.. I understand the mechanical side, the software side, but just couldn't find a well versed and exampled documentary on how circuitry works.. on how to calculate the resistance needed and everything all in one video... This is genuinely GOLD man. This makes sense. Thank you
I have been retired for 3 years. I had to understand schematics and digital circuits as wells as pumps and motors for my job in power plant operations. I was not trained formally as an electrician. I knew what I didn't know but I could understand what I needed to know for personal and plant safety. However, I never understood enough that I could explain it or teach somebody else. I wish I was trained with these videos 30 years ago because they are so clear compared to drawing in a text books. May be then I could explained how things worked better because I knew things did work.
@@dwayne7356 great to hear your part of the story,I wish you well.On my part,I am an HVAC technician,I came to realise there is no way you can troubleshoot air conditioner units without understanding basic electronics & circuitry,......I swear this channel has a way of making these things seem easier than they do on textbook
I’ve said this time and time again, this channel is the most well thought out and informative on this whole platform. Schools should be showing your videos to engineering students. Incredible guys, can’t praise you enough.
I can't tell you how grateful I am for making these videos; I have a hard time accepting "this does that" without an explanation of the underlying foundations of why it "does that". Your explanation down to physical properties of the material is precisely what makes me go "oh! that's why!" and what I've been looking for all this time I've been trying to learn electronics. Keep up the amazing work and thank you!
You break the components/circuits down so clearly with simple images it makes it much easier to follow than most of the other subject videos on TH-cam. Thanks!
Today I wanted to know how optocouplers worked. Don’t actually need to but it intrigued me. I can safely say THIS is the best video explaining it. Thank you for the calculation of resistor values as well as the real life examples of being able to add them up.
Wish I could join but can't afford right now but I'll tell you what this video is ridiculously awesome. I don't have much knowledge in this area but I do electrical and am easily intrigued by how things work. This is the way God has made me and it's exciting to be moved by science.
Very complete and concise presentation. I noticed one thing about PC817 though that surprised me. You show the pins 1, pin 2 on one side and pin 3, pin 4 on the other. According to the Sharp datasheet, pin 3 should be pin 4 and pin 4 should be pin 3. That is, the pins are numbered down one side and up the opposite side, not both sides from top down. Not sure that will cause anyone too much heart burn, but ...
When discussing optocouplers, it's a good idea to mention Vactrols aka resistive optoisolators. They aren't ofren used these days in new designs, but in the past they were widely used in audio gear like guitar effects and analog synthesizers. Since these are both popular topics, DIYers are likely to encounter the Vactrol sooner or later.
Oh my Gosh you are gunious 1st time I understand because of your gunious presentation thank you so much sir. I listened other video again & again but I didn't understand . but I understand your presentation so far thank you so much may God bless you sir you are gunious.
This is an enlightening and very educative video. I would like watch more of this. But i have a question for you for this particular video and this is: why haven't you added the current rating on the diode in the calculation?
One of my favorite channels on TH-cam. Could you please do a video on compressed air drying techniques, in particular HEAT OF COMPRESSION DESICCANT DRYERS. I’ve worked in oil and gas, pulp and paper, and defense and have had these in every industry but only recently had problems with them. Thank you.
It's 1am and I can't stop watching these videos. My mind in blown on how our world in built on what's basically Legos. I need to go to bed in order for work tomorrow!!!
The mistake must be intentional just to see if you are paying attention in this class. If you can instantly spot the mistake, then you are well on your way to becoming an electrical engineer!
Hi I appreciate your effort creating the video. I noticed around 1:44 that the load is connected to emitter. Usually the load is driven by the collector.
I want to say keep the good work mate this channel deserve all the support 👌, I had recently a job switch to BMS and still find it quite hard to understand programs like Plain English(Continuum) or Function block(EBO,Vista) when doing troubleshooting, I appreciate if you could shed some light on this or somehow give an advice.Thanks again for all what you doing😊
Providing Complete knowledge about something is just great. You are the best. I don't get doubts while watching. Soo well explained. Thank you for your work. :)
I worked in a nuke plant for a while. We were not allowed to take flash pictures behind the control panels (to verify wiring prints) because the flash could (and did, apparently) trip some opto-isolated components!
Pardon my ignorance. But at the 10:21 minute of your video, when calculating the necessary resistor value for the secondary side of circuit 1, does the LDR not have a voltage drop to include in the calculation? I appreciate your very well documented video.
I still remember back in 1980. We had an industrial application to measure PH Levels. It had an optocoupler of earliest design. A 1/2" plastic tube with 2 wires coming out of each end . // \\ They lasted about 4 months, and had to be replaced at a 1980 price of $80/EACH. 🤓 Much at my bosses dismay (wasting company time), I found out that there was a photo-transistor on one side, and a PR-2 flashlight bulb on the other side. The bulb burned out every 4 months. 🙄 These were glued in place with silicone. Bulb was less that a dollar.🤐 Boss never accused me of wasting time again.😄😄
There were many very high quality optocouplers available in 1980 with extensive reliability data and used for the most sensitive and critical military and space apllications as well as commercial applications so you must have come across some really kludgy design.
⚠️ *This video took a long time to make* if you would like to buy Paul a coffee to say thanks, link below: ☕
PayPal: www.paypal.me/TheEngineerinMindset
Channel membership: th-cam.com/channels/k0fGHsCEzGig-rSzkfCjMw.htmljoin
Patreon: www.patreon.com/theengineeringmindset
Paul gets coffee! Thank you!
Hey, much appreciated. I say this because I do maintenance for XPO and Holland freight and we do knock out where we remove c channel from concrete and jackhammer concrete and repour and weld dock plate and bumpers. A lot of work but definitely appreciated by those forklift drivers n truckers to keep production going. Good job n forgive me for grammar.
@@chadmoyer1453 ......
Bhhphều ncjj phễu
Listen my guy... I have looked far and wide.. just got started with Arduinos, esp8266, and raspberrypi.. I understand the mechanical side, the software side, but just couldn't find a well versed and exampled documentary on how circuitry works.. on how to calculate the resistance needed and everything all in one video... This is genuinely GOLD man. This makes sense. Thank you
See our new video on how to build mechanical versions of electronic circuits? Watch here: th-cam.com/video/Zv9Q7ih48Uc/w-d-xo.html
Isn't this the best educative channel we have on TH-cam??..
I have been retired for 3 years. I had to understand schematics and digital circuits as wells as pumps and motors for my job in power plant operations. I was not trained formally as an electrician. I knew what I didn't know but I could understand what I needed to know for personal and plant safety. However, I never understood enough that I could explain it or teach somebody else. I wish I was trained with these videos 30 years ago because they are so clear compared to drawing in a text books. May be then I could explained how things worked better because I knew things did work.
@@dwayne7356 great to hear your part of the story,I wish you well.On my part,I am an HVAC technician,I came to realise there is no way you can troubleshoot air conditioner units without understanding basic electronics & circuitry,......I swear this channel has a way of making these things seem easier than they do on textbook
Glad you think so
Quite possibly.
It definitely is the BEST EDUCATIVE channel here on youtube
I’ve said this time and time again, this channel is the most well thought out and informative on this whole platform. Schools should be showing your videos to engineering students. Incredible guys, can’t praise you enough.
Thank you, Don. Very kind
I can't tell you how grateful I am for making these videos; I have a hard time accepting "this does that" without an explanation of the underlying foundations of why it "does that". Your explanation down to physical properties of the material is precisely what makes me go "oh! that's why!" and what I've been looking for all this time I've been trying to learn electronics. Keep up the amazing work and thank you!
You break the components/circuits down so clearly with simple images it makes it much easier to follow than most of the other subject videos on TH-cam. Thanks!
Today I wanted to know how optocouplers worked. Don’t actually need to but it intrigued me. I can safely say THIS is the best video explaining it. Thank you for the calculation of resistor values as well as the real life examples of being able to add them up.
Check out NEW resistor video, everything covered! ➡️ th-cam.com/video/DYcLFHgVCn0/w-d-xo.html
@@EngineeringMindset Thank you! Really appreciate it.
This has got to be one of my most favorite educational channels.
Absolutely top notch!
You have taught me more in one Video that I have learned in my Electrical Engineering classes combined. Thank you.
Me too
This is truly the best TH-cam channel for the engineering minds.
This is by far the most educative approach regarding optocouplers!
Thank you so much for Engineering Mindset
I just found this channel and I don’t know how I ever lived my life without it. Thank you so much for providing such fantastic content!
In the video starting at 13 min 30 sec, the second resistor in the drawing shows 220 ohms, but you meant this to be 22 ohms.
Thanks it's noted in the video description
Check out NEW resistor video, everything covered! ➡️ th-cam.com/video/DYcLFHgVCn0/w-d-xo.html
Best way to explain electronics
Glad I can trust youtube channel rather than my teachers .
This one so far most practical video on the channel 🎉 pls keep up this way! Thank you for creating useful content ‼️
You're the best teacher ever. I really appreciate what you did. Thank you !
Your way of presentation is super
Thank you so much 🙂
The Optocoupler was my favorite device for keeping low/high voltage apart.Use to use it to drive Triac’s with it for light shows.Great video
Dude. You literally have the most informative channel on electronics. This has helped me a TON.
Wish I could join but can't afford right now but I'll tell you what this video is ridiculously awesome. I don't have much knowledge in this area but I do electrical and am easily intrigued by how things work. This is the way God has made me and it's exciting to be moved by science.
عرض ممتاز وسهل ومبسط نشكر القائمين على البرنامج. ونتمنى ترجمة المقاطع إلى اللغة العربية.
Very complete and concise presentation.
I noticed one thing about PC817 though that surprised me. You show the pins 1, pin 2 on one side and pin 3, pin 4 on the other. According to the Sharp datasheet, pin 3 should be pin 4 and pin 4 should be pin 3. That is, the pins are numbered down one side and up the opposite side, not both sides from top down. Not sure that will cause anyone too much heart burn, but ...
Wait what's this? A tech video with actual NARRATION and ILLUSTATIONS? Now THIS is how it SHOULD be done!
The only thing (not!) missing is loud drama music overpowering is voice.
Now if TH-cam only had spell check for the comments section Lol! 😄👍
Your big talent I think is that you have a unique manner to make all the electronics to look like so simple!
My First time on this channel. Fallen in love with it
This channel have everything about circuit 😂😂im so glad found it as before start my first year in university as electronic engineer student
When discussing optocouplers, it's a good idea to mention Vactrols aka resistive optoisolators. They aren't ofren used these days in new designs, but in the past they were widely used in audio gear like guitar effects and analog synthesizers. Since these are both popular topics, DIYers are likely to encounter the Vactrol sooner or later.
Oh my Gosh you are gunious 1st time I understand because of your gunious presentation thank you so much sir. I listened other video again & again but I didn't understand . but I understand your presentation so far thank you so much may God bless you sir you are gunious.
As a comp sci person, always struggled with these switches, very basic theory as you explained.
[13:10] the diagram shows 2 resistors with 270ohm and 220ohm instead of 270ohm and 22 ohm.
Very good and informational Video!
literally just seen that and checked comments for anyone else that noticed lol
Check out NEW resistor video, everything covered! ➡️ th-cam.com/video/DYcLFHgVCn0/w-d-xo.html
You are so gunious some staff 1st time I understand because of your so gunious exponation you are truly angel thank you sir. 🙏😀.
Beautiful world of electronics, physics laws and maths. Thank you for very informative video
Very good presentation, easy to understand for people that are just learning
Very easy to understand, the graphics are simple and to the point.
Vraiment super bien expliqué avec des exemples concrets et les formules mathématiques qui explique toutes
I've learned more watching the first half of this video than I'm comfortable to admit.
A just can't fall asleep, if i dont watch one of this, it's just amazing...
I am so happy I can show this video to my kids. Thanks again.
This was actually better than I thought it was going to be.
Thanks millions for your videos.I am from the poorest of Country. no education lol. I love your mind .
This is an enlightening and very educative video. I would like watch more of this. But i have a question for you for this particular video and this is: why haven't you added the current rating on the diode in the calculation?
This is the best explanation of a optocoupler I have seen... Thanks!
One of my favorite channels on TH-cam. Could you please do a video on compressed air drying techniques, in particular HEAT OF COMPRESSION DESICCANT DRYERS. I’ve worked in oil and gas, pulp and paper, and defense and have had these in every industry but only recently had problems with them. Thank you.
Best chanel educating not only theory but practical too by visual animation. Fantastic explanation of circuit 👍👍👍
Fantastic electron demo. Doesnt get much easier than that, and its not easy at all
Keep up the good work Paul, I love how you can dumb these circuits so I can understand easily
This is THE most interesting video i've found on this subject so far! Really well explained 😍
Thank you!
Glad it was helpful! Thank you
It's so satisfying watching the video. 😍
I have learned som much from this channel, thank you thank you
Very well explained clean and clear, I'd let my kids learn from this ( if I had kids) lol
Here i am with my bachelor in Mechatronics having passed my electronics exam and getting a better explanation from this guy than from my professor
Let's hope your Prof doesn't recognise you 😂😂😂
It's 1am and I can't stop watching these videos. My mind in blown on how our world in built on what's basically Legos. I need to go to bed in order for work tomorrow!!!
Love this guys voice
This is the best educational videos ive seen yet very easy to follow and very informative.
I love this video. Very clear and instructive. Animations of current moving makes it easy to follow. Thank you for posting !
About 4:30 is where it starts to talk about the physics, good stuff!
Great video and awesome job on making the content understandable.
Glad it was helpful!
There's a slight mistake at around 13:20 where you put 220 ohms instead of 22 ohms. Overall, I like your video a lot!
I was like huh? 👍
The mistake must be intentional just to see if you are paying attention in this class. If you can instantly spot the mistake, then you are well on your way to becoming an electrical engineer!
Thanks a million times for your amazingly detailed and comprehensive video, it's highly appreciated
Thank you for explain with the animated circuit. 👍👍🌹🌹🌹🌹💝
❤️❤️❤️ I loVe ELECTRONICS BY your explanation..
I can't thumb this video up enough times! Wonderfully explained!
Fantastic and wonderful and beautiful and amazing and superb and brilliant explanation....thank u
Hi I appreciate your effort creating the video. I noticed around 1:44 that the load is connected to emitter. Usually the load is driven by the collector.
wow, this is some quality video creation
Awesome video. You make it seem like a walk in the park. Should I have come across your content during my school days I was going to ACE most modules.
Nice information will reach even beginners 🎉
At the beginning, around 1min, the PC817 is showed with the pins 3 and 4 in inverted position. It would be ok in schematic presentation.
This is explained so well. Thank you sir.
Very nice explanation. It's like in a classroom.
Thank you engineering mindset.
I want to say keep the good work mate this channel deserve all the support 👌, I had recently a job switch to BMS and still find it quite hard to understand programs like Plain English(Continuum) or Function block(EBO,Vista) when doing troubleshooting, I appreciate if you could shed some light on this or somehow give an advice.Thanks again for all what you doing😊
Very nice and easy to follow demo as far as the basic functioning. Thanks Sir so much.
Simply demonstrated optocoupler circuit,thank 's for you sharing and added knowledge,,sincerealy your's
You are a blessing for students. Thank you so very much.
I enjoyed learning due to this video🤟
Great movie! What a depth of delivery and at the same time how simple it is!
This is really interesting. Thanks for explaining this stuff to us viewers.👍
Providing Complete knowledge about something is just great. You are the best. I don't get doubts while watching. Soo well explained. Thank you for your work. :)
✌
Very interesting. Thanks for sharing and teaching us.cheers from Algeria.keep going please.
Very educative…. Thank you for this
Iam really fan of your video ☺️☺️ and ur animation is well good
Very good video for explain how pc817 work
Another excellent video with great explanation. Thank you.
Thank you very much. This was very helpful.
Great video! Very instructive, definitely 10 out of 10 !
I rarely subscribe to channels but I did this time
I love the explanations on everything
i really love this channel
Clearly understands ur explanation. Thank u sir!
Thank you for the good informative video
00.38 but there is a wrong and the arrangement of the pins
Collector is pin4
Emitter is pin 3
I worked in a nuke plant for a while. We were not allowed to take flash pictures behind the control panels (to verify wiring prints) because the flash could (and did, apparently) trip some opto-isolated components!
Oops...😉
Love your videos and your videos are the BEST
unmatchable video
Pardon my ignorance. But at the 10:21 minute of your video, when calculating the necessary resistor value for the secondary side of circuit 1, does the LDR not have a voltage drop to include in the calculation? I appreciate your very well documented video.
I LOVE THIS TYPE OF CONTENT! Great work Paul!
Can you make a video on other types of optocouplers? it would be helpful too..
Id have to say this channel has tons of good content, nice work !
Clever use of the photoelectric effect.
I still remember back in 1980. We had an industrial application to measure PH Levels. It had an optocoupler of earliest design. A 1/2" plastic tube with 2 wires coming out of each end . // \\ They lasted about 4 months, and had to be replaced at a 1980 price of $80/EACH. 🤓 Much at my bosses dismay (wasting company time), I found out that there was a photo-transistor on one side, and a PR-2 flashlight bulb on the other side. The bulb burned out every 4 months. 🙄 These were glued in place with silicone. Bulb was less that a dollar.🤐 Boss never accused me of wasting time again.😄😄
There were many very high quality optocouplers available in 1980 with extensive reliability data and used for the most sensitive and critical military and space apllications as well as commercial applications so you must have come across some really kludgy design.
I like this video , very complete ...
Nice👍