*This free video took weeks to make!* if it helped you and you'd like to thank or support Paul's efforts, link below: ☕ PayPal: www.paypal.me/TheEngineerinMindset Channel membership: ua-cam.com/channels/k0fGHsCEzGig-rSzkfCjMw.htmljoin Patreon: www.patreon.com/theengineeringmindset
I want to appreciate all your hard work. Every shot is made precisely and incredibly informative. I’m an HVAC/appliance repair technician who wants to become an electrical engineer. Your channel helped me to get prepared for my EPA 608 Universal exam. It helps me everyday to keep learning and understand complex concepts in enjoyable ways. I want you to know how much help you bring to all of us around the globe. Thank you and please keep educating us!
I'm an operating engineer for a giant property. You've helped me more than you could ever know. Thank you for all the hard work you put into these videos. Seriously, thank you for taking time out of your day to create these
Responding out of knowing that feeling but instead of electric stuff like that it's almost all about component compatibility with puter parts. I wish there were videos like this channel, but on defending your property from vultures working for the city and other infrastructure jobs so I didn't have to DIY learning while defending my body against Pavlov era idealists working with my power and coax companies to black market goods that, and this is true, trade neurons, follicles, anything healthy by my choice and actions. The fact is, I'm at my wits end complaining on the Internet about trade secrets that the world i lived in knew nothing about and certainly isn't something I want to take advantage of on somebody else nor their family. This shit gave my mom cancer, at most I want to give them cancer back; and I'm immuned to getting cancer obviously because I was born at the end of June.
You provide a lot of information in a short time. It helps to have some electronics background or watch the video several times. Wish I had your videos when I first learned electronics. Seeing "How" the components function is definitely a BIG help! Thankyou for this video.
I love your content. This is what lots of young ppl should learn. (it's fun). You should DEF do a video on 555 timer ICs they sort of have endless uses. Thanks for your hard work!
You uploaded this literally as I was at work looking at the tv camera's knobs wondering how they worked. Thanks for your work on this channel, very informative and explained extremely clearly even for newbies like me!
I have no background in electrical engineering, but I have potentiometers installed in my home in place of classical light switches to control the brightness of room lightbulbs. I had no clue how do those actually work, always thought it was something incredibly complicated, but after this video I can fully understand the principle. Most likely I won't apply that knowledge anywhere, but it's very nice that someone has finally clarified this to me. Also, had no clue that those sliders on audio desks are just potentiometers, so thank you for that. Great video!
I am an electrical engineer and this video has actually provided more valuable information which has really helped ❤. Keep it up with your great work 💯
I'm hoping someone can calarify. Why Is the RGB setup at the end using a potentiometer setup ( 17:34 ) and not a rheostat configuration like the example before it at ( 17:13 ) ?
3:42 Correct me if I am wrong, but isn't the Resistance A type an exponential type instead of an logarithmic one? Exponentials are the inverse of logarithms.
Well that was an interesting rabbit hole to go down and now my brain hurts. Why do we call them logarithmic when they graph as exponential? Is it just the fact that they're used for audio and loudness is described logarithmicly? As-in we just ended up with this misnomer due to that tradition? Or, more generally speaking, while being graphed exponentially, is it infact aptly named but just from the perspective of the equivalent logarithm because that perspective is more important electrically? And then, is an inverse/anti log pot actually the one that's logarithmic? Or is it still exponential and just rotated 180°? I'm not even sure that question makes sense... Another thing to think about: consider a slider pot where directionality isn't an issue as you can make either end "up". There's a reason there are still log and inverse log versions...you couldn't just wire them backwards. The types differ in whether you have the "fine adjustment" (slow change) portion of the curve near the high resistance area of the pot or the low resistance area. And then practically, it appears these types of pots are more or less actually two linear pots with different "resistance per degree" characteristics stuck end-to-end and are thus only an approximation of said mathematical functions.
Your videos are so valuable! I've always had an interest in electronics but languages were my forte so that's what I studied at school. Was playing with the idea to follow some night class about elecctronics but with your videos I feel like I've learned so much on my own. Thanks a lot from a Belgian fan!
Hello. I have been watching your videos and others a couple months know to understand electricity in cars and how to diagnose issues. I really appreciate how easy you’ve made portions of electricity to understand. However, I have not seen a video on how current flow induces electricity. Can you make a video (if you already have one up please reference me to it) on how current flow carries positive ions through the circuit. I know that it should be common sense that the electrons flowing is what produces the electricity, but there are not any visual representations on why the energy is created when current is flowing.
Electric Guitars... (rotary type) I am getting ready to replace 3 of these on one of my guitars, so I was just fishing and the old interweb and came across your video and found myself gaining a better understanding of the design and inner workings of these. A lifetime ago (1988-90) I used to work in the hand build department of a company soldering circuit boards for aircraft instrument panels and I still enjoy learning about exactly how all these different components function as part of the circuit system. Our training and knowledge was based on a physical skill level and no knowledge of the function of the parts was required, but it's always interested me very much. As with any, and all things that I give any time to. Lol. It looks like your entire channel is full of interesting videos. You got a sub and a like from me, and I believe that I will be spending some time going through your videos. This is very well made content.
Your videos are so perfect. They are perfect for children to any level. You have redefined what teaching is and with you we LEARN and KNOW. I enjoy it like a smooth roller coster ride going into basics and building higher up. The mist of confusions of science just fade away. Thank you ❤. There is an indian movie " 3 idiots". Please watch that. That movie highlights loopholes in our education system and why we need teachers like you and not just who make us memorise. Please watch it with english subtitles. You will love it.
One amazing potentiometer Uses of a potentiometer 1. Voltage ⚡️💥 2. Temperature ❄️🌫️🔥 3. Volume 🔈🔉🔊 4. Brightness ▪️🔅🔆 5. Speed 🐌🐢🐇 6. Frequency 📡📻 7. pitch 🎼
Love it! I use a giant rheostat to test circuit breakers. Single-phase 480vac in, 5-15vac out with large amounts of variable current for breaker testing.
Thanks !!! Thanks and please have a little contribution since I belive in bilateral relations We as a scientific community should encourage you with monetary support so that you can bless us with your knowledge and together we will all grow I urge other to come forward and appreciate Team Engineering Mindset
In the RBG LED driver circuit at the end, what good is it to hook the black trace to the 3rd leg of each pot instead of just channeling the negative voltage through the RBG LED common leg? That seems to me to just create an unnecessary 333.333 ohm parallel resistor that isn't needed for driving the LED and is an extra drain on the battery ( about 27 mA) even when all pots are turned to their lowest (highest resistance) setting.
Reading topic in textbook was dreadful... So I skipped it 😅... Now that I watch this video not knowing this rotating thing is a potentiometer, I am amazed by knowing how simple it is, sir you are the best teacher...
@ 2:31 you say the "outer track has resistive material OVER IT". I believe you mean that the outer track is COMPOSED ENTIRELY of resistive material? This would make sense, since if it was just COVERING conductive material, resistance would not vary with the knob. Please confirm. Thanks
Loved the videos. Please could you do a video on refrigeration superheat in Kelvin, possibly on a water, chiller system. These loads of videos out there but solely on air conditioning and in Fahrenheit. Obviously, American none are uk/eu based If you do make the video, could you go into detail with the Kelvin Scale Thank you
Two potentiometer variants not discussed here are L-pads, and tapped potentiometers. L-pads use a pair of intentionally mismatched, differing resistance-tapered elements (usually wirewound) in order to maintain a relatively constant impedance or resistance to the driver circuit/device regardless of the setting of the L-pad; These are often used as remote volume controls for speakers in other rooms, or as level-setting devices for tweeters or mid ranges, because the power loss (due to a non-optimal impedance loading to the amplifier) is somewhat minimized, and they won't change the frequency response of a speaker crossover as the added series resistance of an ordinary potentiometer would. Tapped potentiometers are sometimes used as audio amplifier volume controls in order to privide a constant, continuous, fixed-amount feedback signal for lowering distortion or to actuate bass/treble/variable-"loudness" circuits where the amount of bass is increased at low listening levels and automatically decreases as you turn up the volume , to prevent stressing the speakers.
I made an electical experiment with an eight year old that involved making a potentiometer by layering a pencil‘s graphite onto paper. Her mind was blown when she saw that sliding the contact across the pencil line allowed to change the brightness of an LED.
Thank you Sir Very much for making this video boz I need this for my test on topic resistance and you told very nicely ❤ once again I thanking you 💓💓 Please like this comment 🙏
Hi Paul! I watch (Almost) all your videos. I have request for you. Can you please make a video on Peltier coolers? It's interesting to me that one side of the plate is cold, and the other side is warm. Thank you for all your amazing videos!
In multiturn trimmer potentiometer, once we turned it into the maximum position it will give us a clicking sound. Why was it happen? Will it cause anything to potentiometer or is there any safety mechanism for prevention of screw rotation?
I noticed from your posting an important fact you may review. This involves the variable to not go to zero. Say you have a 10k variable resistor and you only want it to go down to for instance 1k: The 10k is across pins one and three, the 1k would be from the vary pin to either pin one or three depending on the way of rotation needed. This causes the pins one and three to vary.
Great video! One question, I think I've seen led lights and other things also dim from a lower voltage, but at the end you were dimming that led with the current. Is there a more correct way of doing it or are both good options depending on what you fancy?
There are a couple of small pots in one of my electronic control panels that can only be accessed with a jeweler's screwdriver. The pots have no physical stop on their rotational movement. I have been told to rotate the pot until I am sure it is past its upper/lower limit and then start slowly rotating it back for desired effect. How are such "no physical stop" pots made?? BTW, your videos are terrific!
Is it possible to have two different potentiometers on either parallel circuits or to use a standard switch to bypass the potentiometer to allow full current to access the device.
15:17 I am confused right here. I still don't have a good grasp on amps versus volts, and I can't imagine having no amps but volts, or having volts but no amps.
*This free video took weeks to make!* if it helped you and you'd like to thank or support Paul's efforts, link below: ☕
PayPal: www.paypal.me/TheEngineerinMindset
Channel membership: ua-cam.com/channels/k0fGHsCEzGig-rSzkfCjMw.htmljoin
Patreon: www.patreon.com/theengineeringmindset
Sir can you a detailed video about hologram fan . how they work and stuffs 😊
thanks for the video yo! people like you are amazing!
Beginner
I want to appreciate all your hard work. Every shot is made precisely and incredibly informative. I’m an HVAC/appliance repair technician who wants to become an electrical engineer. Your channel helped me to get prepared for my EPA 608 Universal exam. It helps me everyday to keep learning and understand complex concepts in enjoyable ways. I want you to know how much help you bring to all of us around the globe. Thank you and please keep educating us!
I'm an operating engineer for a giant property. You've helped me more than you could ever know. Thank you for all the hard work you put into these videos. Seriously, thank you for taking time out of your day to create these
Responding out of knowing that feeling but instead of electric stuff like that it's almost all about component compatibility with puter parts. I wish there were videos like this channel, but on defending your property from vultures working for the city and other infrastructure jobs so I didn't have to DIY learning while defending my body against Pavlov era idealists working with my power and coax companies to black market goods that, and this is true, trade neurons, follicles, anything healthy by my choice and actions. The fact is, I'm at my wits end complaining on the Internet about trade secrets that the world i lived in knew nothing about and certainly isn't something I want to take advantage of on somebody else nor their family. This shit gave my mom cancer, at most I want to give them cancer back; and I'm immuned to getting cancer obviously because I was born at the end of June.
The editing put into this is crazy smooth
Thank you, a LOT of hard work, late nights and coffee went into this
Your videos help me as an apprentice electrician.
Excellent to hear and glad the content is helping
There are probably not many electricians who have knowledge about this. This is electronic engineering territory 👍😀
@@jesperwall839 details you cant control when you pay for bot comments.
@milanthemilan5015 I hope you are not accusing me of purchasing bot comments, definitely not something I would do or would even need to do.
I watch these videos and just work in an electrical department in retail lmao
I thoroughly appreciate and enjoy your preferred choice of footage when discussing low power ratings. 10/10
Glad you like them!
You provide a lot of information in a short time. It helps to have some electronics background or watch the video several times.
Wish I had your videos when I first learned electronics. Seeing "How" the components function is definitely a BIG help!
Thankyou for this video.
I love your content. This is what lots of young ppl should learn. (it's fun). You should DEF do a video on 555 timer ICs they sort of have endless uses. Thanks for your hard work!
I'll tag you when it goes live
You always keep me up to date for your teaching,thank you.
Glad to hear that!
You uploaded this literally as I was at work looking at the tv camera's knobs wondering how they worked. Thanks for your work on this channel, very informative and explained extremely clearly even for newbies like me!
Thanks!
Thank you! much appreciated
Amazing, clear, and concise tutorials. 2 videos in, and now I'm a subscriber!
Thank you!
Learnt a lot, thanks
Thank you!
I have no background in electrical engineering, but I have potentiometers installed in my home in place of classical light switches to control the brightness of room lightbulbs. I had no clue how do those actually work, always thought it was something incredibly complicated, but after this video I can fully understand the principle. Most likely I won't apply that knowledge anywhere, but it's very nice that someone has finally clarified this to me. Also, had no clue that those sliders on audio desks are just potentiometers, so thank you for that. Great video!
Plz use pwm
Learn about SCR's and firing angle, it is doubtful any of your lighting dimmers work the way you assume after watching this video.
Light dimmers are way more that a POT, the POT controls electronics inside the dimmer. Audio volume, yes.
I am an electrical engineer and this video has actually provided more valuable information which has really helped ❤. Keep it up with your great work 💯
Great video. Like how you provide plenty of example applications and explain how they work in an easy-to-understand way.
I'm in a&p school rn. Basic elctronics class. THANK YOU 🙏. I have shared some of your videos with classmates. This is how i learn visually! 12:53
Extremely useful, exactly what I needed. No need for me to watch any other potentiometer vid now. I appreciate your channel very much. Thank you.
I had doged all my electronics classes,but you've covered every topic I wasn't understanding I now know what all my notes mean.thank you so much
Watching this out of interest...
In his lifetime, my dad was a design/tester engineer of electronic equipment.
Thank you for a great video.
Thank you for responding and making this video!
I'm hoping someone can calarify. Why Is the RGB setup at the end using a potentiometer setup ( 17:34 ) and not a rheostat configuration like the example before it at ( 17:13 ) ?
Mulțumim!
Thank you!
3:42 Correct me if I am wrong, but isn't the Resistance A type an exponential type instead of an logarithmic one? Exponentials are the inverse of logarithms.
Well that was an interesting rabbit hole to go down and now my brain hurts.
Why do we call them logarithmic when they graph as exponential? Is it just the fact that they're used for audio and loudness is described logarithmicly? As-in we just ended up with this misnomer due to that tradition?
Or, more generally speaking, while being graphed exponentially, is it infact aptly named but just from the perspective of the equivalent logarithm because that perspective is more important electrically?
And then, is an inverse/anti log pot actually the one that's logarithmic? Or is it still exponential and just rotated 180°? I'm not even sure that question makes sense...
Another thing to think about: consider a slider pot where directionality isn't an issue as you can make either end "up". There's a reason there are still log and inverse log versions...you couldn't just wire them backwards. The types differ in whether you have the "fine adjustment" (slow change) portion of the curve near the high resistance area of the pot or the low resistance area.
And then practically, it appears these types of pots are more or less actually two linear pots with different "resistance per degree" characteristics stuck end-to-end and are thus only an approximation of said mathematical functions.
You are my favourite youtuber ❤🎉
Thank you, that's so nice to hear.
@@EngineeringMindset I get to learn Many things from you that’s why I’m thankful to you
I normally dont like ads but ths channel has ads that are actually relevant to the video and the audience. Keep up the good efforts sir/madam
great video and exellent explaintion, a huge information about Potentiometers that i have been already known
I find all this stuff incredibly fascinating. Thanks for yet another great video!
Your videos are amazing. I never realized how simple electronics are until i just started watching your videos
Happy to hear that!
You're a very knowledgeable man, i recommend this channel to all my electrical buddies, thank you.
Potentiometers are really important in the electric guitar world! Thanks for all the contents :)
Your videos are so valuable! I've always had an interest in electronics but languages were my forte so that's what I studied at school. Was playing with the idea to follow some night class about elecctronics but with your videos I feel like I've learned so much on my own. Thanks a lot from a Belgian fan!
Glad I could help!
Very clear explanation. Thanks
Hello. I have been watching your videos and others a couple months know to understand electricity in cars and how to diagnose issues. I really appreciate how easy you’ve made portions of electricity to understand. However, I have not seen a video on how current flow induces electricity. Can you make a video (if you already have one up please reference me to it) on how current flow carries positive ions through the circuit. I know that it should be common sense that the electrons flowing is what produces the electricity, but there are not any visual representations on why the energy is created when current is flowing.
these videos help me out so much, definitely buying you a coffee ☕️
Excellent video. Very well made and extremely comprehensive. Thank you!
Electric Guitars... (rotary type)
I am getting ready to replace 3 of these on one of my guitars, so I was just fishing and the old interweb and came across your video and found myself gaining a better understanding of the design and inner workings of these.
A lifetime ago (1988-90) I used to work in the hand build department of a company soldering circuit boards for aircraft instrument panels and I still enjoy learning about exactly how all these different components function as part of the circuit system.
Our training and knowledge was based on a physical skill level and no knowledge of the function of the parts was required, but it's always interested me very much.
As with any, and all things that I give any time to. Lol.
It looks like your entire channel is full of interesting videos.
You got a sub and a like from me, and I believe that I will be spending some time going through your videos.
This is very well made content.
OMG this is just amazingly explained thanks gonna watch all of your videos
Your videos are not only interesting, they are fun to watch. Keep up the good work 👍
Glad you like them!
When you are content to be simply yourself and don't compare or compete, everybody will respect you.
Your videos are so perfect.
They are perfect for children to any level.
You have redefined what teaching is and with you we LEARN and KNOW.
I enjoy it like a smooth roller coster ride going into basics and building higher up.
The mist of confusions of science just fade away.
Thank you ❤.
There is an indian movie " 3 idiots". Please watch that. That movie highlights loopholes in our education system and why we need teachers like you and not just who make us memorise.
Please watch it with english subtitles. You will love it.
In the radio and TV biz, audio faders are often called “pots”, which is short for potentiometer.
They are referred to as pots in every electronic industry
Your video so awesome explain simply and editing so smooth
The explanation and video quality was great ❤
One amazing potentiometer
Uses of a potentiometer
1. Voltage ⚡️💥
2. Temperature ❄️🌫️🔥
3. Volume 🔈🔉🔊
4. Brightness ▪️🔅🔆
5. Speed 🐌🐢🐇
6. Frequency 📡📻
7. pitch 🎼
Setting thresholds
Thank you very much that was very helpful video.Very clear explanation.
This is really very well explained, now I understand how these really work!!
thank you very much for this good video!
A great and in depth explanation, well done!
Youve helped me advance in my career. Thank you.
Love it! I use a giant rheostat to test circuit breakers. Single-phase 480vac in, 5-15vac out with large amounts of variable current for breaker testing.
Interesting to hear
@@EngineeringMindset Megger DDA-6000, the steering wheel on the right is connected to the rheostat
Seen our new incredibly detailed MCB video? link: ua-cam.com/video/gqEu9t8HwW0/v-deo.html
Thank you very much for what you’re doing I am an electrical engineering student in my first year and this is helping me a lot ❤
Thanks !!!
Thanks and please have a little contribution since I belive in bilateral relations
We as a scientific community should encourage you with monetary support so that you can bless us with your knowledge and together we will all grow
I urge other to come forward and appreciate Team Engineering Mindset
Much appreciated, thank you!
Your long videos are great for going to sleep watching! Please make more
This needs a description of how some potentiometers go to 11. 🤘
In the RBG LED driver circuit at the end, what good is it to hook the black trace to the 3rd leg of each pot instead of just channeling the negative voltage through the RBG LED common leg? That seems to me to just create an unnecessary 333.333 ohm parallel resistor that isn't needed for driving the LED and is an extra drain on the battery ( about 27 mA) even when all pots are turned to their lowest (highest resistance) setting.
Excellent illustrations and demonstrations.
Glad you liked it
Reading topic in textbook was dreadful...
So I skipped it 😅...
Now that I watch this video not knowing this rotating thing is a potentiometer, I am amazed by knowing how simple it is, sir you are the best teacher...
We need moreeee!!! Im 15 and i was just depressed i wanna improve myself
Excellent editing and animations.
Glad you enjoyed it
That was really informative. Thanks.👍
Nicely explained.
Glad you liked it
It's nice to see the upgrade in video quality
Thanks, a lot of hard work is going u to these new videos. Takes longer to make but quality is dramatically improved
@ 2:31 you say the "outer track has resistive material OVER IT". I believe you mean that the outer track is COMPOSED ENTIRELY of resistive material? This would make sense, since if it was just COVERING conductive material, resistance would not vary with the knob.
Please confirm. Thanks
comprehensive and well done. exemplary work.
Glad you liked it!
Loved the videos. Please could you do a video on refrigeration superheat in Kelvin, possibly on a water, chiller system. These loads of videos out there but solely on air conditioning and in Fahrenheit. Obviously, American none are uk/eu based
If you do make the video, could you go into detail with the Kelvin Scale
Thank you
Thats the kind of ads that I don't mind watching it all. a relevant true ad, not a fake one or a scaming one.
The world's best teacher thanks sir
Two potentiometer variants not discussed here are L-pads, and tapped potentiometers. L-pads use a pair of intentionally mismatched, differing resistance-tapered elements (usually wirewound) in order to maintain a relatively constant impedance or resistance to the driver circuit/device regardless of the setting of the L-pad; These are often used as remote volume controls for speakers in other rooms, or as level-setting devices for tweeters or mid ranges, because the power loss (due to a non-optimal impedance loading to the amplifier) is somewhat minimized, and they won't change the frequency response of a speaker crossover as the added series resistance of an ordinary potentiometer would. Tapped potentiometers are sometimes used as audio amplifier volume controls in order to privide a constant, continuous, fixed-amount feedback signal for lowering distortion or to actuate bass/treble/variable-"loudness" circuits where the amount of bass is increased at low listening levels and automatically decreases as you turn up the volume , to prevent stressing the speakers.
i was thinking about this yesterday and this video popped in my recommended
Perfect video for potentiometer💯!
Glad you think so!
Very well done.
Glad you liked it!
These videos are great!
I made an electical experiment with an eight year old that involved making a potentiometer by layering a pencil‘s graphite onto paper. Her mind was blown when she saw that sliding the contact across the pencil line allowed to change the brightness of an LED.
Great work! I really enjoy your videos. Could you talk about field oriented control (FOC) for bldc motor control one day please!
Nice content i love it💟💕
Glad you enjoy it!
Thank you Sir Very much for making this video boz I need this for my test on topic resistance and you told very nicely ❤ once again I thanking you 💓💓
Please like this comment 🙏
Awesome videos mate
A hands-on engineer doesn't stuff you up with crazy ass equations for hours which turn into nothing tangible at the end of the day 👏👏👏
This was helpful and wonderful💗
Hi Paul! I watch (Almost) all your videos. I have request for you. Can you please make a video on Peltier coolers? It's interesting to me that one side of the plate is cold, and the other side is warm. Thank you for all your amazing videos!
I am a big admirer of great stuff. This is great stuff.
Glad you enjoy it!
Huge help for me as an upcoming tech
In multiturn trimmer potentiometer, once we turned it into the maximum position it will give us a clicking sound. Why was it happen? Will it cause anything to potentiometer or is there any safety mechanism for prevention of screw rotation?
I noticed from your posting an important fact you may review. This involves the variable to not go to zero. Say you have a 10k variable resistor and you only want it to go down to for instance 1k: The 10k is across pins one and three, the 1k would be from the vary pin to either pin one or three depending on the way of rotation needed. This causes the pins one and three to vary.
Great video! One question, I think I've seen led lights and other things also dim from a lower voltage, but at the end you were dimming that led with the current. Is there a more correct way of doing it or are both good options depending on what you fancy?
well done. i gained a ton of insight from this video. AMAZING!
Glad to hear it!
There are a couple of small pots in one of my electronic control panels that can only be accessed with a jeweler's screwdriver. The pots have no physical stop on their rotational movement. I have been told to rotate the pot until I am sure it is past its upper/lower limit and then start slowly rotating it back for desired effect. How are such "no physical stop" pots made?? BTW, your videos are terrific!
Is it possible to have two different potentiometers on either parallel circuits or to use a standard switch to bypass the potentiometer to allow full current to access the device.
Bro you are working hard keep it up ❤️ Full support ☺️
this video is the most helpful
Best example is my fan button to lower or high the speed of it 😊😊 1:09 1:09 1:10 1:11 1:12 1:12 1:13 1:13 1:14 1:15 1:15 1:16
I can see the potential in something like this.
great effort good job⬆
I work on crown forklifts at an automated grocery distribution center that also uses 480V cranes and conveyor systems.
Love your vids...awesome work 💯
BLESSINGS..!!!
Thank you! You too!
Well done!
Amazing teaching#love from India#.
Thanks and welcome
15:17 I am confused right here. I still don't have a good grasp on amps versus volts, and I can't imagine having no amps but volts, or having volts but no amps.
wonderful explanation !!
Thank you!
15:13 i dont get this can someone explain this