I've been an electrician for 17 years and have found your videos extremely useful when trying to explain basic electrical theory to my apprentices. Thank you and please keep them up.
Besides his animations i also love the fact that he never forgets to brush up the basics of electricity in his every video no matter how advanced the topic is. Truly awesome teacher 👍🏻
I love this level of abstraction. For my college courses the instructors kind of just go into the math, equations and analysis of all this works but they never stop to really teach an intuitive way of understanding what it is or why it works the way it does. Like i know that the voltage across an inductor = the inductance * the derivative of the current with respect to time. But i never really grasped why the voltage isn't present in dc current. Your description of how the magnetic field itself varying in intensity pushes and pulls electrons made so much sense. Thank you
I really enjoy and appreciate your videos. I instruct a course on Mechanical and Electrical Systems for Architectural Technologist - essentially “what you need to know in order to have a somewhat intelligent conversation with mechanical and electrical engineers, and be able to properly coordinate their scopes of work into building projects.” I refer my students to a lot of your videos for the engaging animations and straightforward explanations for instruction on the theory. This affords me more time to focus on mechanical and electrical plan reading exercises, review of common coordination issues and field trips to view real world installations. Thank you so much, keep up the excellent work.
That's great to hear, William and glad to hear our content is helping all levels and industry. Thank you. If you're able to support us on patreon it really would be appreciated.
Video is a very powerful visual learning tool. By watching videos of transformer work, students can learn the working principle of transformers quickly and easily. In addition, videos provide a more realistic view of transformer work than photos or drawings. For example, students can see how the coils are energized and how the flux changes as the current flows. This real-world perspective can be helpful for understanding transformer operation and for troubleshooting problems. Finally, video also allows students to see the equipment in use, which can help them better understand how it works. A transformer is a device that transfers energy from one circuit to another through the use of inductors and capacitors. Transformers are classified by their power ratings, which can be input or output. The highest power rating is the input power, which is the power supplied to the transformer. The lower power rating is the output power, which is the power delivered by the transformer. Transformers have more output power than input because they use energy from the input to create a magnetic field that amplifies the voltage of the output. This process also creates heat, which must be dissipated by cooling fins on the transformer. When it comes to their education, most students think inside the box. They rely on what they are taught in school and what their teachers tell them to do. However, when it comes to science and technology, this way of thinking can often lead students astray. In particular, the topic of free energy is one that has been misunderstood by many students. To begin with, many people believe that free energy is some sort of magical power that can be harnessed for infinite energy. This is not the case. Free energy is simply a term used to describe a system that does not require any input fuel in order to run. In other words, the system produces more energy than it consumes. While free energy systems do exist, they are not yet practical for everyday use. Nevertheless, students should still be thinking about ways to create them.
These types of videos are meant to be watched with pen and paper in hand. Great free education, thank you. As a music producer who is just trying to wrap his head around the very most basic elements of electricity, I found watching until the 3:30 mark to be a sufficient base understanding. For now anyway.
I just started going to school to become an electrician and brother I’m extremely grateful for all these videos and your knowledge when you explain the material , you’ve helped me understand a lot thank you.
When taking an Electronics Engineering Technology course in college recently, my teacher introduced us to this channel. It's been quite helpful in explaining various concepts and the graphics rich format makes it very straightforward. Thank you and keep up the good work.
I can seriously appreciate this video channel and the use of animations while the narrative is going on. Something that is often not used in electronic tutorials. GREAT JOB 'The Engineering Mindset' !!! :D
I teach electrical & instrumentation to both adults, & high schoolers. I love you're videos like thus one!!! All of the students enjoy them, & it helps reinforce the content that I have already covered with them
I found your channel today (22 june 2020) i have watched all of ur videos with great interest because ur way of explaining is just extraordinary. Thank you so much.
One of my teachers introduced us to this channel. Very informative and very helpful with the course. Especially using the Beer analogy when discussing Power factor and the calculations. Great work and thank you!
Your channel is simply brilliant. I knew virtually nothing about electricity but your videos have helped me so much to understand it. Thank you for your service to humanity - keep up the great work. Best regards.
You really nailed it with those animations. One thing i noticed is there is nothing showing that the current and flux get's larger and smaller during the constant changes, but that may over complicate things. It took me a lot of effort to figure out what alternating current and flux was and I think a lot had to do with lack of good visualization and explanations. Great video
Power = Voltage x Current. The output power of the transformer cannot exceed the input power and so if the voltage increases, the current must decrease to keep the power the same...and vice versa.
This was a great, helpful video. It was very easy to understand and had great visual aids. I just wanted to say I love your work, and I am very glad people like you exist on the internet. Thank you.
As of writing, I have worked on 3-phase transformer problems in my university course: Electrical Energy Conversion. They are quite the challenge, but really exciting stuff!!!
I really wish you had covered the neutral wire here...you have it illustrated in you later video on 3-phase power but it just sort of appears out of nowhere and is not explained. Nice videos overall but there is some important content missing I think...
Oh wow that was a good dose of I formation! I enjoyed that video. I have a question tho, do transformers always emit a loud humming? If so, what causes that?
I always love your video with the visual and explanation. It will be great to show the number calculation how square root of 3 is derived and how 480v transforms to 208v. A lot of engineer probably don’t know how to derive these numbers
Thank You for these videos! I work in HVAC as a helper and I'm trying to learn use of multimeter. For detecting/trouble shoot any type of trouble such as electic motor problems, capacitors, transformers and contactors. I want to learn and have a clearing understanding of testing volts, amps, hertz, and contiuity etc. This is all very confusing, and where to start and or comprehend. I just don't know what to look for. Please help????????????
carl browning ... I spent 25 years working at an electric utility. I had trouble, too, comprehending things at first. It was such a good paying job, I wouldn’t give up studying. Little by little things stated soaking in, until one day the light (no pun intended) came on. I wish I could give you better guidance, but that’s what really happened. Don’t give up and best of luck!
It's a triangle, of pulses (each 1 a two part: Phase) on 1 road. Each magnetic flip, is a quick opposing pulse : of a size, & time. They dont collide fired in rotation. The induction ability of magnetic forces is really cool. Nick Tesla knew he could wifi electricity & it wouldn't "cost" anything.
They mentioned that with the use of Transformers, increasing the voltage decreases the current. They said they would talk more about this later but I cannot find any video where they do. Based on everything I've learned so far about electricity increasing the voltage should increase the current. I've looked all over the internet and found that a lot of people concur with this except on the subject of power lines and Transformers. everyone then says as the voltage increases the current decreases. I have looked all over and cannot find anything that clearly explains how both statements can be true Can anyone please give me some answers.?
I had the exact same issue! So basically instead of thinking in terms of V=IR think of it in terms of P=IV. Where P (power) must remain constant and V (voltage) has either stepped up or stepped down. In a normal circuit if you want to change the voltage you have to completely change the battery therefore not only has voltage say been stepped up but power has also increased too, therefore increase in current as well. In the transformer circuit, the Voltage has been stepped up but the total power delivered has not changed therefore the only way to keep that power constant (P=VI) the current must decrease. Hope that makes sense.
@@Michael2512 it does to an extent but thinking in the context of a circuit inside your home. In that instance increasing the voltage would still also cause the current to increase so I'm still trying to figure out how both statements are true. Maybe I'm just being dumb. Is it just because the circuits in your house don't use the maximum amount of power available? Does it have something to do with the way the power circulates back to the power plant? I'm just not quite getting it on the molecular level. How is all that voltage even circulating if it's not pushing that many electrons?
@@brandond6736 You are right. Current depends on the load and also on voltage to the load. That's ohms law and its true. Please remember when they say SEC current decreases in SUT (Step up trans), they actually mean " SUT can sustain less SEC current compared to PRI current value' and if you try to draw more current by putting more load then SEC voltage will drop or something will burn out. Always think of load and its type. If you put a heater in sec of SUT and SEC voltage is further increased by increasing the no of turns then current will also increase. If however some step down transformer (SDT) is put in the SEC of SUP and now if the no of turn of SUT SEC is increased then the current drawn by SDT (mean SUT sec current) will be less as Voltage has increased and not need draw more current as Power required is Vx I And trust that at consumption stage most load are controlled ones and does not keep drawing more simply because voltages have increased.(Eg- Induction motors ) Hope it clear some of doubts
bro this is so well explained!!! if someone watching did not get it, youll get there, especially with such good explinations. Although showing some equations wouldnt hurt ;)
I've known for decades that transformers have laminated cores, but until now, I didn't know why! I just stumbled across this channel today, and liking it. There's a lot of this I already know, but you are filling in some gaps in my knowledge.
.....Never to late to get more clarity on things.....Application and experience may be unattainable, because of troubles, finances, and well being......Maybe when things get set and well enough, full use may be achieved..... For now, TH-cam and videos like this, at least provide more clarity.... Good work.....
I work as a wireman for Central Electric, and they don't even begin to cover how electricity itself work, much less 3 phase and transformers. They teach you how to crimp terminals onto wires. Most of us never gets to see or know what this equipment does, but essentially we wire up giant breaker buildings and stuff for power substations and companies.
FINALLY! Finally I understand how the delta and wye configurations are used. This is probably the only place online (literally) that explains these configurations. All the other videos and sites discuss the configurations and explain the wiring, but they don't explain that the configurations are used to connect the two windings. Thank you!
Generally speaking the line side of a transformer, primary coil, is the delta, and the load side of the transformer will be a wye connection. So that whatever device you are powering you are able to add a neutral.
Transformers are like a tank. If you step-up voltage, its like filling a tank so current decreases while voltage increases. If you step-down voltage, its like opening a faucet so current increases while voltage decreases.
I like the way you show the rotating magnets in relationship to the sine wave. If you stop the video at peak voltage and 0 volts and notice the position of the magnet it helps in understanding this important point. The plus or minus in AC is directional flow?
Very well done! As basic as you've broken it down, and I don't think it can get more basic than what you've done I still need some time for my brain to arrange its thought-process so that this is locked in and not some foreign concept. The bottom line is that I may watch this several times in order to really know it. I would rate your video "A+"!!!
A transformer is a device that transfers electric energy from one alternating-current circuit to one or more other circuits, either increasing (stepping up) or reducing (stepping down) the voltage.
Your videos are very great I subscribed due to this video and also I know that people are using this to help teach students because you explain it in such a good way that they are not able to
⚠️ Watch the updated version of this video here:➡ th-cam.com/video/jcY4QN7awEc/w-d-xo.html
Thanks
I would like to see more advance videos on transformer in which it explains the real/actual transformer , it would be a tremendous help
Why you didnt explain the magnetic flux inside of the core and its effects on it.
@@perceptrongaming4290 r
please sir make more videos in hindi, it is easy to understand things in our own language.
I've been an electrician for 17 years and have found your videos extremely useful when trying to explain basic electrical theory to my apprentices. Thank you and please keep them up.
Besides his animations i also love the fact that he never forgets to brush up the basics of electricity in his every video no matter how advanced the topic is. Truly awesome teacher 👍🏻
These videos make me enjoy this field even more. Everything I read in the books is so much clearer here. I can’t wait to become an apprentice
Same here!!! Thank you
@@MOODZUES unnnnnnnnnnnnnnnnnnnnn nnnnnnnnnnjvkbknmnbnnbmnnnnbmnmmmmmmmnmvvvvvmbbb cmcccccccccccccmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmmm@qllllllllllllpll
...or counter some of the cringey shit other electricians say.
I am an electrician. Thank you for helping increase my knowledge on how the things we install actually work. Great job, keep the videos coming
I'm pre apprentice and find this stuff really cool. When do you do theory 3 as an apprentice? I'm currently doing it now in a preapprentice program.
Seen our new Transformer video? here th-cam.com/video/jcY4QN7awEc/w-d-xo.html
I love this level of abstraction. For my college courses the instructors kind of just go into the math, equations and analysis of all this works but they never stop to really teach an intuitive way of understanding what it is or why it works the way it does.
Like i know that the voltage across an inductor = the inductance * the derivative of the current with respect to time. But i never really grasped why the voltage isn't present in dc current. Your description of how the magnetic field itself varying in intensity pushes and pulls electrons made so much sense. Thank you
Seen our new Transformer video? here th-cam.com/video/jcY4QN7awEc/w-d-xo.html
I really enjoy and appreciate your videos. I instruct a course on Mechanical and Electrical Systems for Architectural Technologist - essentially “what you need to know in order to have a somewhat intelligent conversation with mechanical and electrical engineers, and be able to properly coordinate their scopes of work into building projects.” I refer my students to a lot of your videos for the engaging animations and straightforward explanations for instruction on the theory. This affords me more time to focus on mechanical and electrical plan reading exercises, review of common coordination issues and field trips to view real world installations. Thank you so much, keep up the excellent work.
That's great to hear, William and glad to hear our content is helping all levels and industry. Thank you. If you're able to support us on patreon it really would be appreciated.
You are Right ✅
Video is a very powerful visual learning tool. By watching videos of transformer work, students can learn the working principle of transformers quickly and easily. In addition, videos provide a more realistic view of transformer work than photos or drawings. For example, students can see how the coils are energized and how the flux changes as the current flows. This real-world perspective can be helpful for understanding transformer operation and for troubleshooting problems. Finally, video also allows students to see the equipment in use, which can help them better understand how it works.
A transformer is a device that transfers energy from one circuit to another through the use of inductors and capacitors. Transformers are classified by their power ratings, which can be input or output. The highest power rating is the input power, which is the power supplied to the transformer. The lower power rating is the output power, which is the power delivered by the transformer. Transformers have more output power than input because they use energy from the input to create a magnetic field that amplifies the voltage of the output. This process also creates heat, which must be dissipated by cooling fins on the transformer.
When it comes to their education, most students think inside the box. They rely on what they are taught in school and what their teachers tell them to do. However, when it comes to science and technology, this way of thinking can often lead students astray. In particular, the topic of free energy is one that has been misunderstood by many students.
To begin with, many people believe that free energy is some sort of magical power that can be harnessed for infinite energy. This is not the case. Free energy is simply a term used to describe a system that does not require any input fuel in order to run. In other words, the system produces more energy than it consumes.
While free energy systems do exist, they are not yet practical for everyday use. Nevertheless, students should still be thinking about ways to create them.
Seen our new Transformer video? here th-cam.com/video/jcY4QN7awEc/w-d-xo.html
These types of videos are meant to be watched with pen and paper in hand. Great free education, thank you.
As a music producer who is just trying to wrap his head around the very most basic elements of electricity, I found watching until the 3:30 mark to be a sufficient base understanding. For now anyway.
I just started going to school to become an electrician and brother I’m extremely grateful for all these videos and your knowledge when you explain the material , you’ve helped me understand a lot thank you.
Ohhh so that's the growth of the magnetic flux. Thanks (your animation helps me understand)
You may also like electric vibe. There you will get free lecture notes just by typing notes in comment box of video.
@@learnperpetually4375 ni:
Seen our new Transformer video? here th-cam.com/video/jcY4QN7awEc/w-d-xo.html
When taking an Electronics Engineering Technology course in college recently, my teacher introduced us to this channel. It's been quite helpful in explaining various concepts and the graphics rich format makes it very straightforward.
Thank you and keep up the good work.
Wow, amazing. You explained transformers better in 6 minutes than my professor could in half a year.
Seen our new Transformer video? here th-cam.com/video/jcY4QN7awEc/w-d-xo.html
I can seriously appreciate this video channel and the use of animations while the narrative is going on. Something that is often not used in electronic tutorials. GREAT JOB 'The Engineering Mindset' !!! :D
Seen our new Transformer video? here th-cam.com/video/jcY4QN7awEc/w-d-xo.html
thank you so much for the in depth explanation . especially the use of iron core part, thanks again for clearing my doubt.
Seen our new Transformer video? here th-cam.com/video/jcY4QN7awEc/w-d-xo.html
I lost count how much I have praised you n I will still praise you more. Great work mate
Seen our new Transformer video? here th-cam.com/video/jcY4QN7awEc/w-d-xo.html
I teach electrical & instrumentation to both adults, & high schoolers. I love you're videos like thus one!!! All of the students enjoy them, & it helps reinforce the content that I have already covered with them
Seen our new Transformer video? here th-cam.com/video/jcY4QN7awEc/w-d-xo.html
I found your channel today (22 june 2020) i have watched all of ur videos with great interest because ur way of explaining is just extraordinary. Thank you so much.
Thanks and welcome
Seen our new Transformer video? here th-cam.com/video/jcY4QN7awEc/w-d-xo.html
Best mentor on TH-cam!!!
Seen our new Transformer video? here th-cam.com/video/jcY4QN7awEc/w-d-xo.html
I recently became an electrician apretance and I really want to learn everything. thank you for making these videos
lace watts I’d learn to spell before touching electric cables 😐
@@jasonlee3247 I didn't realize electric cables had spelling test on them 🤔
@@jasonlee3247 You really don't need to know how to spell in this trade
Seen our new Transformer video? here th-cam.com/video/jcY4QN7awEc/w-d-xo.html
One of my teachers introduced us to this channel. Very informative and very helpful with the course. Especially using the Beer analogy when discussing Power factor and the calculations. Great work and thank you!
This is the best informative TH-cam channel... Keep it up I love ur demonstration
You may also like electric vibe. There you will get free lecture notes just by typing notes in comment box of video.
Seen our new Transformer video? here th-cam.com/video/jcY4QN7awEc/w-d-xo.html
Great, this video really helped!
*... now, back to opening up that transformer...*
Seen our new Transformer video? here th-cam.com/video/jcY4QN7awEc/w-d-xo.html
Your channel is simply brilliant. I knew virtually nothing about electricity but your videos have helped me so much to understand it. Thank you for your service to humanity - keep up the great work. Best regards.
Seen our new Transformer video? here th-cam.com/video/jcY4QN7awEc/w-d-xo.html
The only guy who makes internet more meaningful. Thank you sir!
Engineering mindset and Electroboom are my favorite channels for learning electronics
Seen our new Transformer video? here th-cam.com/video/jcY4QN7awEc/w-d-xo.html
You really nailed it with those animations. One thing i noticed is there is nothing showing that the current and flux get's larger and smaller during the constant changes, but that may over complicate things. It took me a lot of effort to figure out what alternating current and flux was and I think a lot had to do with lack of good visualization and explanations. Great video
Seen our new Transformer video? here th-cam.com/video/jcY4QN7awEc/w-d-xo.html
congrats!!!!! for 1 million from india
Seen our new Transformer video? here th-cam.com/video/jcY4QN7awEc/w-d-xo.html
Thank you so much for this. 😍 I watch this all the time with my students. They love it! 🥳
Glad to hear, please check our newer version of the video with much better graphics and detail
please explain how current decrease when voltage increase in a step up transformer and vice versa.
Power = Voltage x Current. The output power of the transformer cannot exceed the input power and so if the voltage increases, the current must decrease to keep the power the same...and vice versa.
Seen our new Transformer video? here th-cam.com/video/jcY4QN7awEc/w-d-xo.html
vary useful and knowledgeable video thank you
Styropyro:touches the deadly part*
Also styropyro: oh that tickkles
Seen our new Transformer video? here th-cam.com/video/jcY4QN7awEc/w-d-xo.html
@@EngineeringMindset little to late to respond, don’t you think?
The penny drops and my learning increases. Thank you. You are doing a fantastic service by sharing this.
Seen our new Transformer video? here th-cam.com/video/jcY4QN7awEc/w-d-xo.html
Awesome videos!
I may use them in a playlist for elevator technicians still in trade school who need some additional visual aid and explanation.
Seen our new Transformer video? here th-cam.com/video/jcY4QN7awEc/w-d-xo.html
I’m in school to be a radiographer and this video is so helpful with the physics behind the machines
excellent... Please video on Delta vs. Wye (or "Star') even with pro/contra
Thank you. ....... the best
Seen our new Transformer video? here th-cam.com/video/jcY4QN7awEc/w-d-xo.html
Bro I learned so much in this video. It's crazy how much you don't realize you don't know until you do. I'm going to binge watch these videos
Seen our new Transformer video? here th-cam.com/video/jcY4QN7awEc/w-d-xo.html
Very informative! more on transformers please which covers star/delta !
Seen our new Transformer video? here th-cam.com/video/jcY4QN7awEc/w-d-xo.html
I never thought about the reason for the lack of DC transformers, very interesting!
great video please never stop !
Glad you're enjoying the channel, if you're able to support us with a patreon contribution it really would be appreciated
Seen our new Transformer video? here th-cam.com/video/jcY4QN7awEc/w-d-xo.html
GREAT explanation, thanks for taking your time to make this beautiful animation (I know it's a hard work).
4:05 That's what I was here for. Does anyone know in which video he talked about it?
Seen our new Transformer video? here th-cam.com/video/jcY4QN7awEc/w-d-xo.html
This was a great, helpful video. It was very easy to understand and had great visual aids. I just wanted to say I love your work, and I am very glad people like you exist on the internet. Thank you.
Seen our new Transformer video? here th-cam.com/video/jcY4QN7awEc/w-d-xo.html
I know how it does "Autobots! Lets roll!"
Autobots, Roll out!
Holy moley! Still just as rich!
🤣
Ah, a chad transformers fan.
Seen our new Transformer video? here th-cam.com/video/jcY4QN7awEc/w-d-xo.html
As of writing, I have worked on 3-phase transformer problems in my university course: Electrical Energy Conversion. They are quite the challenge, but really exciting stuff!!!
I really wish you had covered the neutral wire here...you have it illustrated in you later video on 3-phase power but it just sort of appears out of nowhere and is not explained. Nice videos overall but there is some important content missing I think...
Yep, its a 10min basics video. We'll cover it as we advance
Seen our new Transformer video? here th-cam.com/video/jcY4QN7awEc/w-d-xo.html
why is that the illustrations in the video makes perfect sense... *Great job*
Seen our new Transformer video? here th-cam.com/video/jcY4QN7awEc/w-d-xo.html
Oh wow that was a good dose of I formation! I enjoyed that video. I have a question tho, do transformers always emit a loud humming? If so, what causes that?
The humming comes from the core, the thin plates vibrating from the magnetic field. It is the sound of inefficiency
@@EngineeringMindset so why does a breaker panel or fuse box hum?
@@randyblu25 It could be a number of things including loose wires, loose bussing, or the circuit breakers themselves.
Seen our new Transformer video? here th-cam.com/video/jcY4QN7awEc/w-d-xo.html
Seen our new incredibly detailed MCB video? link: th-cam.com/video/gqEu9t8HwW0/w-d-xo.html
I always love your video with the visual and explanation. It will be great to show the number calculation how square root of 3 is derived and how 480v transforms to 208v. A lot of engineer probably don’t know how to derive these numbers
Does this kinda work like gears on a bike? converting torque into more speed or vice versa...
Seen our new Transformer video? here th-cam.com/video/jcY4QN7awEc/w-d-xo.html
the best electricity education channel out there
you are the best !
Seen our new Transformer video? here th-cam.com/video/jcY4QN7awEc/w-d-xo.html
Thank You for these videos!
I work in HVAC as a helper and I'm trying to learn use of multimeter. For detecting/trouble shoot any type of trouble such as electic motor problems, capacitors, transformers and contactors.
I want to learn and have a clearing understanding of testing volts, amps, hertz, and contiuity etc.
This is all very confusing, and where to start and or comprehend. I just don't know what to look for.
Please help????????????
carl browning ... I spent 25 years working at an electric utility. I had trouble, too, comprehending things at first. It was such a good paying job, I wouldn’t give up studying. Little by little things stated soaking in, until one day the light (no pun intended) came on. I wish I could give you better guidance, but that’s what really happened. Don’t give up and best of luck!
It's a triangle, of pulses (each 1 a two part: Phase) on 1 road. Each magnetic flip, is a quick opposing pulse : of a size, & time.
They dont collide fired in rotation.
The induction ability of magnetic forces is really cool. Nick Tesla knew he could wifi electricity & it wouldn't "cost" anything.
Seen our new Transformer video? here th-cam.com/video/jcY4QN7awEc/w-d-xo.html
Thanks, your explanation is easy to understand ❤🙏🏿🙏🏿.
See the newer transformer explained video, much better
Optimus Prime approves this video!
Seen our new Transformer video? here th-cam.com/video/jcY4QN7awEc/w-d-xo.html
Dear respected sir plz. Make detailed vedio on delta and star configuration used in transformers. Plz. Plz. Plz.
You make a video on Delta Connection and zigzag Connection
This video has taught me as an electrician. Thank you very much.
Seen our new Transformer video? here th-cam.com/video/jcY4QN7awEc/w-d-xo.html
They mentioned that with the use of Transformers, increasing the voltage decreases the current. They said they would talk more about this later but I cannot find any video where they do. Based on everything I've learned so far about electricity increasing the voltage should increase the current. I've looked all over the internet and found that a lot of people concur with this except on the subject of power lines and Transformers. everyone then says as the voltage increases the current decreases. I have looked all over and cannot find anything that clearly explains how both statements can be true
Can anyone please give me some answers.?
I had the exact same issue! So basically instead of thinking in terms of V=IR think of it in terms of P=IV. Where P (power) must remain constant and V (voltage) has either stepped up or stepped down. In a normal circuit if you want to change the voltage you have to completely change the battery therefore not only has voltage say been stepped up but power has also increased too, therefore increase in current as well. In the transformer circuit, the Voltage has been stepped up but the total power delivered has not changed therefore the only way to keep that power constant (P=VI) the current must decrease. Hope that makes sense.
@@Michael2512 it does to an extent but thinking in the context of a circuit inside your home. In that instance increasing the voltage would still also cause the current to increase so I'm still trying to figure out how both statements are true. Maybe I'm just being dumb. Is it just because the circuits in your house don't use the maximum amount of power available? Does it have something to do with the way the power circulates back to the power plant? I'm just not quite getting it on the molecular level. How is all that voltage even circulating if it's not pushing that many electrons?
@@brandond6736 You are right. Current depends on the load and also on voltage to the load. That's ohms law and its true.
Please remember when they say SEC current decreases in SUT (Step up trans), they actually mean " SUT can sustain less SEC current compared to PRI current value' and if you try to draw more current by putting more load then SEC voltage will drop or something will burn out.
Always think of load and its type. If you put a heater in sec of SUT and SEC voltage is further increased by increasing the no of turns then current will also increase.
If however some step down transformer (SDT) is put in the SEC of SUP and now if the no of turn of SUT SEC is increased then the current drawn by SDT (mean SUT sec current) will be less as Voltage has increased and not need draw more current as Power required is Vx I
And trust that at consumption stage most load are controlled ones and does not keep drawing more simply because voltages have increased.(Eg- Induction motors ) Hope it clear some of doubts
Seen our new Transformer video? here th-cam.com/video/jcY4QN7awEc/w-d-xo.html
This channel deserves more subscription! Your vids and the way you explain everything is really awesome. You're a true trainer; Keep it up!
Seen our new Transformer video? here th-cam.com/video/jcY4QN7awEc/w-d-xo.html
Are u related with organic chemistry?, your sounds are familiar lol
Seen our new Transformer video? here th-cam.com/video/jcY4QN7awEc/w-d-xo.html
bro this is so well explained!!! if someone watching did not get it, youll get there, especially with such good explinations. Although showing some equations wouldnt hurt ;)
Seen our new Transformer video? here th-cam.com/video/jcY4QN7awEc/w-d-xo.html
Ok there are AC and DC transformers the first letter stands for autobots or decepticons i get it, what about the C ?
Trololololo
The C is silent.
Seen our new Transformer video? here th-cam.com/video/jcY4QN7awEc/w-d-xo.html
I've known for decades that transformers have laminated cores, but until now, I didn't know why! I just stumbled across this channel today, and liking it. There's a lot of this I already know, but you are filling in some gaps in my knowledge.
really?? thats pretty basic stuff
Seen our new Transformer video? here th-cam.com/video/jcY4QN7awEc/w-d-xo.html
@@EngineeringMindset I just watched it, nicely done.
Is that the same way mobile phones electric charger works?
Older ones yes, new ones no as they use power electronics
I skip 10 seconds ahead and I miss everything. Great video 📹 👍
Seen our new Transformer video? here th-cam.com/video/jcY4QN7awEc/w-d-xo.html
Autobots, roll out!
Seen our new Transformer video? here th-cam.com/video/jcY4QN7awEc/w-d-xo.html
Some of the best explanation videos on the web, you guys do excellent work.
Seen our new Transformer video? here th-cam.com/video/jcY4QN7awEc/w-d-xo.html
you made my day sir,greatly thankful to you,got clarified all my doubts......
Seen our new Transformer video? here th-cam.com/video/jcY4QN7awEc/w-d-xo.html
.....Never to late to get more clarity on things.....Application and experience may be unattainable, because of troubles, finances, and well being......Maybe when things get set and well enough, full use may be achieved..... For now, TH-cam and videos like this, at least provide more clarity.... Good work.....
Seen our new Transformer video? here th-cam.com/video/jcY4QN7awEc/w-d-xo.html
I work as a wireman for Central Electric, and they don't even begin to cover how electricity itself work, much less 3 phase and transformers. They teach you how to crimp terminals onto wires. Most of us never gets to see or know what this equipment does, but essentially we wire up giant breaker buildings and stuff for power substations and companies.
Seen our new Transformer video? here th-cam.com/video/jcY4QN7awEc/w-d-xo.html
Very good practical excersice kip it up !!
you're the best!! There are no comments on the best video.
Seen our new Transformer video? here th-cam.com/video/jcY4QN7awEc/w-d-xo.html
This is so good, thanks so much
These vids always teach me something new or help me understand existing knowledge better.
Seen our new Transformer video? here th-cam.com/video/jcY4QN7awEc/w-d-xo.html
Your illustrations are good
Seen our new Transformer video? here th-cam.com/video/jcY4QN7awEc/w-d-xo.html
FINALLY! Finally I understand how the delta and wye configurations are used. This is probably the only place online (literally) that explains these configurations. All the other videos and sites discuss the configurations and explain the wiring, but they don't explain that the configurations are used to connect the two windings. Thank you!
Seen our new Transformer video? here th-cam.com/video/jcY4QN7awEc/w-d-xo.html
Great video! Did not know that the transformer windings literally encapsulate one another
Seen our new Transformer video? here th-cam.com/video/jcY4QN7awEc/w-d-xo.html
Great video. We have transformers around the ice rink and always wondered how they worked. One step closer.
Seen our new Transformer video? here th-cam.com/video/jcY4QN7awEc/w-d-xo.html
Thank you, you have made my homework easy 😎
Wow.....Great Explanation...👏👏👏👏👌👌👌👌🤗🤗🤗🤗🤗.....Thank you Sooo much
Seen our new Transformer video? here th-cam.com/video/jcY4QN7awEc/w-d-xo.html
Thx I always thought transformers is such a hard topic and in 6 mins I understand it tysm
Seen our new Transformer video? here th-cam.com/video/jcY4QN7awEc/w-d-xo.html
Wonderful Video Paul!!!
Keep up the good work
Seen our new Transformer video? here th-cam.com/video/jcY4QN7awEc/w-d-xo.html
Amazing video and thanks for the great job that even a 44 year old baby would understand.
Seen our new Transformer video? here th-cam.com/video/jcY4QN7awEc/w-d-xo.html
Thank you so much! The animations make it very easy to understand :)
Seen our new Transformer video? here th-cam.com/video/jcY4QN7awEc/w-d-xo.html
Very..very..informative video.
Thank you.
Seen our new Transformer video? here th-cam.com/video/jcY4QN7awEc/w-d-xo.html
Please tell me details about it all function and step brothers
Sir please make vedio on transformer deeply explained.
Please see our transformer explained video
Generally speaking the line side of a transformer, primary coil, is the delta, and the load side of the transformer will be a wye connection. So that whatever device you are powering you are able to add a neutral.
Seen our new Transformer video? here th-cam.com/video/jcY4QN7awEc/w-d-xo.html
Your video never fail me 😉❤️
Mong anh ra nhiều clip hay bổ ít
Transformers are like a tank. If you step-up voltage, its like filling a tank so current decreases while voltage increases. If you step-down voltage, its like opening a faucet so current increases while voltage decreases.
Seen our new Transformer video? here th-cam.com/video/jcY4QN7awEc/w-d-xo.html
Your video help us alot, thanks for making such kind of video❤️
I like the way you show the rotating magnets in relationship to the sine wave. If you stop the video at peak voltage and 0 volts and notice the position of the magnet it helps in understanding this important point. The plus or minus in AC is directional flow?
Seen our new Transformer video? here th-cam.com/video/jcY4QN7awEc/w-d-xo.html
Very well done! As basic as you've broken it down, and I don't think it can get more basic than what you've done I still need some time for my brain to arrange its thought-process so that this is locked in and not some foreign concept. The bottom line is that I may watch this several times in order to really know it. I would rate your video "A+"!!!
Seen our new Transformer video? here th-cam.com/video/jcY4QN7awEc/w-d-xo.html
A transformer is a device that transfers electric energy from one alternating-current circuit to one or more other circuits, either increasing (stepping up) or reducing (stepping down) the voltage.
Seen our new Transformer video? here th-cam.com/video/jcY4QN7awEc/w-d-xo.html
Another great video! Very well put together and well explained.
Seen our new Transformer video? here th-cam.com/video/jcY4QN7awEc/w-d-xo.html
Your videos are very great I subscribed due to this video and also I know that people are using this to help teach students because you explain it in such a good way that they are not able to
Seen our new Transformer video? here th-cam.com/video/jcY4QN7awEc/w-d-xo.html
Simple and neat explanation.
Seen our new Transformer video? here th-cam.com/video/jcY4QN7awEc/w-d-xo.html
Very informative. Thanks!
Seen our new Transformer video? here th-cam.com/video/jcY4QN7awEc/w-d-xo.html
Love this video. ❤
It was very useful, will help me in teaching my class
Seen our new Transformer video? here th-cam.com/video/jcY4QN7awEc/w-d-xo.html
Well articulated.Thank you
Seen our new Transformer video? here th-cam.com/video/jcY4QN7awEc/w-d-xo.html
Nice! Very good video
Seen our new Transformer video? here th-cam.com/video/jcY4QN7awEc/w-d-xo.html
Just loved this video... Very well explained... Ty :)
Seen our new Transformer video? here th-cam.com/video/jcY4QN7awEc/w-d-xo.html