Dear god, you guys are like saints. I understood Alternator better from this one video than my professors 100 minute lectures. My basic understandings became very clear and I did the maths from my text book. I got an exam on this tomorrow and hopefully I will ace it. :)
Be a Muslim..coz Islam is the only religion based on real proofs...and if u look it up sincerely , you will find it much more clearer than this video u admired
You have explained physically and practically showing all aspects. This is very help to realize the students how Generator works. This is real education.
@@jamesd7700 pls delete your hate lol, none of this people have english as their mother tongue and i'm guessing you yourself are not bilingual ! Who the F cares about youtube comment grammar haha, u guys are funny though
Rifat Urmil it happened with me also. The professors seems don't want which the class is knowing about it. They lefts majority class in unknowing. Until nowadays I wonder if it is displeasure to explain or didactics missings.
Just a 16 year old reading these comments and doing his project. Also i have never seen an alternator in my life but thanks for the basic understanding
I think the poles are labeled incorrectly, as typically a N pole should have magnetic flux lines going outward and inward for the S pole (the flux line arrows appear correct based upon the DC flow through the rotor coils). And the current should be maximum when a rotor pole is directly across from a stator winding, not when the winding is in between the poles. Then use "Flemings right-hand rule for generators" to get the direction of the current. As best I can tell the current directional arrows might also be backwards, but it's hard to tell with the current shown as zero at the incorrect time. Otherwise it's a pretty nice animation.
I think you are right but how cant it be that nobody say anything about that? How can it be that an expert with millions of subscribers says something so wrong? Faraday Newman law is the base for this kind of things....So are we really right?
You are right for general magnets and earth for example, but in AC machines, this direction is assumed for the outside of the machine which means that would be from N to S on the inside because the most effective part of the magnetic field is the inner part.
You are a legend, Many times I read but can't understand if understand something will forgot in two days, you are made me understand in easy way. Thank god(lesics)
you have saved my grades for the first year of uni! These videos are absolutely fantastic and so clear and easy to understand! thank you sir so so so very much
I am an engineer of electronics. Spontaneously it came into my mind and heart that it's my duty to like and appreciate your fabulous work( i am little busy and lazy too ). truly you made a fine video.
Nice video. I believe that, if you view 01:28 of the video, the rotating field has poles at 9 o'clock labelled as "NORTH" and 12 o'clock labelled "SOUTH", but the winding direction is the same viewing the pole face: this seems to be a contradiction of the right-hand-rule; the winding directions should be opposite on the adjacent poles.
I was going to comment the same thing. However I am not sure whether the currents should have inverted directions or just the labels N and S should be inverted.
You are Doing Great Work Sir . Thankyou So Much. Very Helpful Videos. With the help of these videos, anyone can easily understand the principle and working of important Electrical Engineering topics. May God Bless You.
Your magnetic flux lines in the rotor are shown going from the south pole to the north pole, but I believe they should be going from the north pole to the south pole. Aside from that, great video!
This is possible or not? In generator stator side we give AC input so as time varying magentic field is vary and so chainging magnetic flux is Link with armature and emf is produced So here there is no need to rotate the rotaer to turbine?
Excellent video. Before watching this video I didn't understand how the windings were physically laid out in the stator and rotor, but now it is very clear. Great job!
Linda Kurniawati yes but that doesn't matter because the amount of drag on the rotor will always commensurate with the load (electrical resistance) on the coils so the more current you drain the higher the drag and vice versa.
TheSoxmania nope because you will still have magnets swiping across the 3 pick up coils. As a magnet nears a coil it produces electricity in one polarity and does the same and it moves away. A dynamo is made by rotating the coils within a permanent magnet field, the rotor's interface will be brushes instead of slip rings.
Another excellent video but I have just one comment to make. You refer to the fixed coils in the casing as armature most of the time but as stator occasionally. Strictly speaking the armature is the rotating core with coils, slip rings and iron pole pieces. The outer series of coils are the stator. By using the term armature for the stator there is a risk of confusing students. I know because I teach automotive engineering and my young students can get easily confused. However, a really good teaching aid and I will be using it, along with a few explanations of terms, in my classes. Many thanks for making and posting this.
The DC generator supplied the DC current that is converted to AC. The motive force for the system is provided by an outside source. The alternator in your car, for example, gets its motive force from the alternator belt attached to the drive shaft of the car's engine. It's not clearly explained in this video.
Something like that, anyway you need an external mechanic work to really generate electricity. You can also see this kind of electric machines with permanent magnets such as the brushless motors, instead of the rotating coils. These machines are also used as constant RPM motors, when you have variating loads Ex. an elevator. Also in the past they used this machine as a cos fi corrector due to it can act as an inductive load, as any other motor, or a capacitive load. Instead of using banks of capacitors. Anyway the rotor coils use like a 1% of the electricity that consumes or generates the machine. These datasheets are studied in every single motor and there exists a lot of maths to determine the parameters.
I was asking the same question good thing I found yours..lol so what would be the difference to this kind of of generator to a generator with permanent magnets? jsut correct me if my statement is wrong :3
if the armature coil was fixed to a second rotating axle, you could create an electric clutch by adjusting the voltage on the rotor and armature coils.
This video clearly teaching us the working principal of the alternator and any one can easily understand the technology by watching this video. Thanks a lot for the illustration of the alternator working principal. Increase the electrical engineering knowledge .
just a correction, magnetic field picture shown at 1:27 , the fields should go out from N and go in at South, but here the opposite is shown apparently. The videos of this channel helps very much in visualizations. Please do consider the feedback.
Great video. Greater detail then all the others. Had one question. Are the magnetic lines of flux "flowing" in the correct direction on the rotor windings? They appear to be south to north instead of north to south.
Learn Engineering....Great video with great animation. It is better if you can develop this video to show brushless alternator funtion as well. Those are the most common now a days.
Minute 1:29 I think there's a mistake in the sense of the currents (just 2 of the coils), because it doesn't correspond with the magnetic field shown. Can someone check it? Thanks!
You are correct. The top and bottom coils have currents going in the wrong direction. The direction shown should produce North poles not south based on the right hand rule of magnetic fields induced by looped currents (up for CCW and down for CW).
If permanent magnets used for 3phase generator like this shown the voltage in the rotor field is then non adjustable ...so voltage regulator job lot harder and additionally this generators are gigantic would require very big permanent magnets .Permanent magnets have constant field production this would be very difficult to handle as well expensive.
What a great video. Had no idea how alternator made/works. So what happens/causes my car's alt to not work anymore? What is the usual part that breaks? Is it not spinning & all the internals are still good or vice versa.
symptom for alternator failure battery charge gets down probably firstly a service or battery signal arrives in the dashboard cluster finally cars get off if it is an electronic injection. check out if abnormal sound coming, if bearing, if not check the mounting and belt tension and then finally check the terminal connections after inspecting the above you please start your car and check the voltage with the multi meter if the voltage is in the range of 11 to 12v for five minute interval, then your alternator is working other wise please visit the nearest dealer.
in most cases the brushes get worn down and stop giving the needed voltage to excite the field. Nowadays folks tend to just replace the alternator thinking if the brushes are worn the bearings are probably next. Soooo, the market has favored that and alternator brushes are not available for every version in the field. I tend to disagree. If you can find brushes for your alternator then inspect yours. If the brushes look un-even, or are pitted, and look like they have been burnt replace them. Its a pretty simple process on most vehicles. Take the opportunity to clean the slip rings with a commutator stone too... It will most likely get you charging again!
Engine peak rpm is around 8000 and with the pulley ratio of 3:1 the rpm at the alternator becomes about 24000. So if I am not wrong such low rpm range ac generators are not used in an automotive industry. What kind of an alternator have you considered in the video? and where are they used?
@@Dhanush-zj7mf Hello, I just used the right hand rule for the 1:27 pic. It shows the N coils are correct and the S coils show cyan arrows in wrong direction
This is the first time I am learning something through this channel and it really felt wonderful.. such an amazing explanation with awesome animation.. really helped us understanding in much much better way .. thanq very much sir 😇😊❤️
in the base,rotor cuts electromagnetic field between rotor and stator coils,in that situation electric charge began to produce ac electricity.Stator coils are connected to the diode unit,and they convert ac power to the dc power.Regulator is connected directly with a rotor colector and diode unit ,and by that he regulates dc electric charge between 13.5v -14.5v. to the battery.
Uh, nope, Ian Knau! But I can see that *you* are, since it looks like you got all butt-hurt and took offense to something where none was given. What's your big beef with someone who sincerely *thanked* you for making yourself clear after you hadn't been before, so much that you figure you should be a big *dick* in exchange for their gratitude?
Absolutely awesome every concept is made to understand in crystal clear format . Good for beigners , it could also be used for concept revision purpose a day before exam
I don't think so. As the produced emf by AC generator is of alternative nature (i.e, the curve of produced emf alternates in a certain period of time), it is called as Alternator. So, it's not a misnomer.
Watts this about...ohhh... this hertz me as it applies to my current situation... i know...you blew a fuse... not funny... im shocked... i will go ohm now and watch the electric circus
Haha, I tried to resistor conducting this comment but my current stater mind got amped to reply with more alternating cycles on words. Hope you're not negatively phased.
You are an asset to humanity by taking your time to create videos like these to educate the rest. God bless you
spectacular quality for youtube
Man you can't get these feels while reading the books and it's pretty hard to imagine thanks for animation now it is easy to imagine.
esiste una ditta che lo produce da poterlo comperare? grazie
@@giorgiobeltrami7333 I don't know about that but I can recommend you some books if you want to know more about it.
🌹💯😘
@@aram8832 can you please reccomend those books
Ya you’re lucky man
Dear god, you guys are like saints. I understood Alternator better from this one video than my professors 100 minute lectures. My basic understandings became very clear and I did the maths from my text book. I got an exam on this tomorrow and hopefully I will ace it. :)
In what profession are u now?
Be a Muslim..coz Islam is the only religion based on real proofs...and if u look it up sincerely , you will find it much more clearer than this video u admired
@@منوبيالفلسطي Alternator was invented by christians
Did you ace it??
😂😂😂
Abeg leave the poor prof oo , he doesn't know it. You obviously can't give what you don't have
You have explained physically and practically showing all aspects. This is very help to realize the students how Generator works. This is real education.
I wish youtube was there during my days at school.
You mean. I wish youtube was here in my days of high school
You mean i wish theres a thing called youtube in my schools day?
youtube is a threat to school but as youtube is controlled by the banks its censures a lot of information to
@@jamesd7700 pls delete your hate lol, none of this people have english as their mother tongue and i'm guessing you yourself are not bilingual ! Who the F cares about youtube comment grammar haha, u guys are funny though
@@Earzone63 deleted it for you Mr Nice Guy
this 5 minute video explain shit better that my professor with his 50 minutes of head torment
exactly
lmao
Rifat Urmil it happened with me also. The professors seems don't want which the class is knowing about it. They lefts majority class in unknowing. Until nowadays I wonder if it is displeasure to explain or didactics missings.
what was your major?
Cannot agree more :D
This channel is the most helpful I've ever studied with !!
Just a 16 year old reading these comments and doing his project. Also i have never seen an alternator in my life but thanks for the basic understanding
I think the poles are labeled incorrectly, as typically a N pole should have magnetic flux lines going outward and inward for the S pole (the flux line arrows appear correct based upon the DC flow through the rotor coils). And the current should be maximum when a rotor pole is directly across from a stator winding, not when the winding is in between the poles. Then use "Flemings right-hand rule for generators" to get the direction of the current. As best I can tell the current directional arrows might also be backwards, but it's hard to tell with the current shown as zero at the incorrect time. Otherwise it's a pretty nice animation.
I think you are right but how cant it be that nobody say anything about that? How can it be that an expert with millions of subscribers says something so wrong? Faraday Newman law is the base for this kind of things....So are we really right?
@@marvnet8898 Not a big thing that a million subscriber can say something wrong, all over they are also humans.
You are right for general magnets and earth for example, but in AC machines, this direction is assumed for the outside of the machine which means that would be from N to S on the inside because the most effective part of the magnetic field is the inner part.
You are a legend,
Many times I read but can't understand if understand something will forgot in two days, you are made me understand in easy way. Thank god(lesics)
The best video of generator illustration I ever seen, this video really helps a lot for me to understand how a 3-phase generator works. Thanks!!!
This is literally the best video available to understand working of alternators
you have saved my grades for the first year of uni! These videos are absolutely fantastic and so clear and easy to understand! thank you sir so so so very much
What you work in now ?
looks like LE is saving it self with these 1.76 million views.
I am an engineer of electronics. Spontaneously it came into my mind and heart that it's my duty to like and appreciate your fabulous work( i am little busy and lazy too ). truly you made a fine video.
Thank you. Vou dos a Nice job.
You dia a Nice job.
How I love Lesics just for the mere fact that they always boost my love for engineering every time I watch their content.
Very good explanation on the principles of an alternator, thank you.
very clear and concise explanation within 5 minutes.
Nice video. I believe that, if you view 01:28 of the video, the rotating field has poles at 9 o'clock labelled as "NORTH" and 12 o'clock labelled "SOUTH", but the winding direction is the same viewing the pole face: this seems to be a contradiction of the right-hand-rule; the winding directions should be opposite on the adjacent poles.
Yes jerome whelan, the direction of currents there should be in reverse direction
jerome whelan hi
I was going to comment the same thing. However I am not sure whether the currents should have inverted directions or just the labels N and S should be inverted.
Excellent graphics and explanation - thank you
I've learned more in this 5 minute video than I have after hours of reading my textbook. THANK YOU
me too
Finally understand the exciter purpose in this video. TY
Thx alot man
You saved me for my tomorrow's exam.. Now i understood what exactly is an alternator
Are you still saved
CHANAKYA SINHA lol
Nope, After 5 Years, i'm Quarantined ...
@@sandeepa2732 HAHAAA we all with you
most manufacturers don't use the slip rings any more to reduce maintenance time/cost, but a cracking video nether the less!
phenominally detailed video. Absolutely loved it! Thank you guys SO MUCH
Thank you，so easy to know the theory about the generator through this video!
2:17
narrator: it is clear...
someone: chip
narrator: ... that ... frequency
at 4:34 also
I was reading this comment at that exact time 🤣👌
I love your teaching patterns
You are Doing Great Work Sir . Thankyou So Much. Very Helpful Videos. With the help of these videos, anyone can easily understand the principle and working of important Electrical Engineering topics. May God Bless You.
Explanation was too good... Hats off.
Your magnetic flux lines in the rotor are shown going from the south pole to the north pole, but I believe they should be going from the north pole to the south pole. Aside from that, great video!
Excellent animation pure explanation 👏
Excellent animation!!
Thank you, Sir!!
This is possible or not? In generator stator side we give AC input so as time varying magentic field is vary and so chainging magnetic flux is Link with armature and emf is produced So here there is no need to rotate the rotaer to turbine?
This teaches me more about alternator in 5 minutes than a 90 minutes of lecture
Excellent video. Before watching this video I didn't understand how the windings were physically laid out in the stator and rotor, but now it is very clear. Great job!
The exploded animations are awesome!
Please keep on uploading this informative content
It didn't take long for me to get lost ! However, this is a great educational video thank you. I will continue to try to work it out !
that was outstanding .can you post one on how to calculate the size and number of turns of each coil?
Animation and explanation are Superb !!!!
why doesn't the rotor use permanent magnets instead of DC electromagnets?
It is well possible to use permanent magnets. Small alternators usually run with it.
one of the disadvantages of using permanent magnet is the magnetic field relatively constant, isn't it?
Linda Kurniawati yes but that doesn't matter because the amount of drag on the rotor will always commensurate with the load (electrical resistance) on the coils so the more current you drain the higher the drag and vice versa.
because then it would be a dynamo XD
TheSoxmania nope because you will still have magnets swiping across the 3 pick up coils. As a magnet nears a coil it produces electricity in one polarity and does the same and it moves away. A dynamo is made by rotating the coils within a permanent magnet field, the rotor's interface will be brushes instead of slip rings.
Another excellent video but I have just one comment to make. You refer to the fixed coils in the casing as armature most of the time but as stator occasionally. Strictly speaking the armature is the rotating core with coils, slip rings and iron pole pieces. The outer series of coils are the stator. By using the term armature for the stator there is a risk of confusing students. I know because I teach automotive engineering and my young students can get easily confused. However, a really good teaching aid and I will be using it, along with a few explanations of terms, in my classes. Many thanks for making and posting this.
i can not thank you enough....i just love you now....can you do something on dc generator and and dc motor too...
god bless u..
Yes they are in pipe line. You will see them in 2-3 months. Thank you :)
Moshiour Rahman VG vvv
Such a great video, to understand about the Alternator. This is real Engineering education. Keep doing good things.
Sorry for the question, but since the rotor coils are excited by DC current, we would be using electricity to make electricity?
It's good to generate 1500 MW by using 250v as starter. Isn't it bad ?
The DC generator supplied the DC current that is converted to AC. The motive force for the system is provided by an outside source. The alternator in your car, for example, gets its motive force from the alternator belt attached to the drive shaft of the car's engine. It's not clearly explained in this video.
Something like that, anyway you need an external mechanic work to really generate electricity. You can also see this kind of electric machines with permanent magnets such as the brushless motors, instead of the rotating coils. These machines are also used as constant RPM motors, when you have variating loads Ex. an elevator. Also in the past they used this machine as a cos fi corrector due to it can act as an inductive load, as any other motor, or a capacitive load. Instead of using banks of capacitors. Anyway the rotor coils use like a 1% of the electricity that consumes or generates the machine. These datasheets are studied in every single motor and there exists a lot of maths to determine the parameters.
Very true.But a small amount of DC source i.e. Dc input is required.Afterall the output we obtain is a 3phase AC voltage.😁😁
I was asking the same question good thing I found yours..lol so what would be the difference to this kind of of generator to a generator with permanent magnets? jsut correct me if my statement is wrong :3
great explanation with great animation.. 100/100
if the armature coil was fixed to a second rotating axle, you could create an electric clutch by adjusting the voltage on the rotor and armature coils.
TheSpyFishMan I
Excellent explanation!
Super visual explanation
This video clearly teaching us the working principal of the alternator and any one can easily understand the technology by watching this video. Thanks a lot for the illustration of the alternator working principal. Increase the electrical engineering knowledge .
Principle.
Nice Tutorial !
Greetings from Islamic Republic of Pakistan.
Please keep making these Interesting Educative tutorials ;)
hi
When did Pakistan become Islamic republic of pak?
Sir you taught more than well. Best wishes to you from 🇵🇰
all this information goes through one ear and out the other
pickneydem same
Idk, this video helped me a lot
That's why I use headphones
Bhi phir tumko kavi nahi aaye ga samaz me
Dead shot .😁😁😁😁
Nailed it😘😘
just a correction, magnetic field picture shown at 1:27 , the fields should go out from N and go in at South, but here the opposite is shown apparently. The videos of this channel helps very much in visualizations. Please do consider the feedback.
Great video. Greater detail then all the others. Had one question.
Are the magnetic lines of flux "flowing" in the correct direction on the rotor windings?
They appear to be south to north instead of north to south.
The lines are not pointing correctly. N pole should be pointing outwards.
Learn Engineering....Great video with great animation. It is better if you can develop this video to show brushless alternator funtion as well. Those are the most common now a days.
Minute 1:29 I think there's a mistake in the sense of the currents (just 2 of the coils), because it doesn't correspond with the magnetic field shown. Can someone check it? Thanks!
You are correct. The top and bottom coils have currents going in the wrong direction. The direction shown should produce North poles not south based on the right hand rule of magnetic fields induced by looped currents (up for CCW and down for CW).
I noticed it too, they placed there N and S at the wrong places
A 7years old video can clarify the whole concept that we can't able to get from 100 hours of lecture
If permanent magnets used for 3phase generator like this shown the voltage in the rotor field is then non adjustable ...so voltage regulator job lot harder and additionally this generators are gigantic would require very big permanent magnets .Permanent magnets have constant field production this would be very difficult to handle as well expensive.
I think he said PM when talking DC motors which would be correct. As these are single phase motors!
Yup, PM generators are more usefull for things like small wind turbines etc where an inverter is connected to the DC supply of the alternator.
What a great video with perfect illustration! Thank you a lot!!
What a great video. Had no idea how alternator made/works. So what happens/causes my car's alt to not work anymore? What is the usual part that breaks? Is it not spinning & all the internals are still good or vice versa.
symptom for alternator failure battery charge gets down probably firstly a service or battery signal arrives in the dashboard cluster finally cars get off if it is an electronic injection. check out if abnormal sound coming, if bearing, if not check the mounting and belt tension and then finally check the terminal connections after inspecting the above you please start your car and check the voltage with the multi meter if the voltage is in the range of 11 to 12v for five minute interval, then your alternator is working other wise please visit the nearest dealer.
in most cases the brushes get worn down and stop giving the needed voltage to excite the field. Nowadays folks tend to just replace the alternator thinking if the brushes are worn the bearings are probably next. Soooo, the market has favored that and alternator brushes are not available for every version in the field. I tend to disagree. If you can find brushes for your alternator then inspect yours. If the brushes look un-even, or are pitted, and look like they have been burnt replace them. Its a pretty simple process on most vehicles. Take the opportunity to clean the slip rings with a commutator stone too... It will most likely get you charging again!
Very comprehensive explanation and good animations as well
Engine peak rpm is around 8000 and with the pulley ratio of 3:1 the rpm at the alternator becomes about 24000. So if I am not wrong such low rpm range ac generators are not used in an automotive industry. What kind of an alternator have you considered in the video? and where are they used?
hydroelectric power generators maybe running on low rpm...wind power also low rpm...better to be low rpm, because less wear and tear to the parts
One of the best video to understand the alternator working..Thank you.
1:28 wrong diagram representation. Working on without magnet projects vlog. You can watch it not a promotion
Thank you. I was very confused. Nearly thought that something is going wrong with me .
What's wrong, the polarity?
@@CombraStudios the direction of field lines is wrong. Use right hand rule you will get that he has drawn the feild lines in the opposite direction.
@@Dhanush-zj7mf Hello, I just used the right hand rule for the 1:27 pic. It shows the N coils are correct and the S coils show cyan arrows in wrong direction
@@CombraStudios yeah. I am said the same
That was an awesome video, thank you very much
Awesome. Excelent tutorial! Congratulations.
Best animation so far
My bycycle can power a fridge
Wat size fridge? With power you can supply anything...even peddle power...hamsters do to..ya .monkey 🤣🤣🤣🤣
Bicycle*
if you have 100 thousand million for all the alternators equipment, sure
@@gnagimovbro learned math from the back of a milk carton
@@SpeedX405 bro corrected him 8 years later
1:55 isn't magnetic field comes from north pole to south🤔
This is the first time I am learning something through this channel and it really felt wonderful.. such an amazing explanation with awesome animation.. really helped us understanding in much much better way .. thanq very much sir 😇😊❤️
Great vedio and precisely explained , u r doing a good job
Your video gives very good explanation about alternator
Is there an Alternator that uses magnet to generate magnetic field or all of them only uses electricity to create the magnet field?
It does exists its called fixed magnet alternator.
I had a magneto on my bicycle.
in the base,rotor cuts electromagnetic field between rotor and stator coils,in that situation electric charge began to produce ac electricity.Stator coils are connected to the diode unit,and they convert ac power to the dc power.Regulator is connected directly with a rotor colector and diode unit ,and by that he regulates dc electric charge between 13.5v -14.5v. to the battery.
thanks for the awesome explanation! what's the amazing software used to show the alternator's functioning?
Excellent video. Clear voice.
Friggin science man..
+Ian Knau
What about it?
is amazing
Okay, good, Ian Knau. Thanks for finishing your thought this time.
Uh, nope, Ian Knau! But I can see that *you* are, since it looks like you got all butt-hurt and took offense to something where none was given. What's your big beef with someone who sincerely *thanked* you for making yourself clear after you hadn't been before, so much that you figure you should be a big *dick* in exchange for their gratitude?
Maxx Fordham
WOW.. shut the fuck up you friggin arrogant piece of shit.
Absolutely awesome every concept is made to understand in crystal clear format . Good for beigners , it could also be used for concept revision purpose a day before exam
Thanks for useful information.. plz also give video about connection of rotar coil and starter coil .
I wich I had a Professor like you teaching me the subject
Me too
Splendid video, very clear.
YES..GREAT VID GUYS!!
Thanks for this video, I find the explanation is very clear.
Hire a new audio editor :p
Lesics is a legend in animatory educational videos
someone can tell me why magnetic field comes out from south pole and comes in to north pole? Isn't it on the contrary?
its just that the notation, no problem...
this 5 minute video explained better then my maths teacher
Alternator is a misnomer, it is an electrical generator. End of story.
alternator happens to be a part of the generator genius
I don't think so. As the produced emf by AC generator is of alternative nature (i.e, the curve of produced emf alternates in a certain period of time), it is called as Alternator. So, it's not a misnomer.
Very useful to automobile students & mechanical students... Tnx
Amazing animation.Thank you.
nice information
Such a beautiful explanation as compared to others till now I have seen .Thank U for teaching so transparently.
Vim pela Vivi
I could listen to him all day !
Watts this about...ohhh... this hertz me as it applies to my current situation... i know...you blew a fuse... not funny... im shocked... i will go ohm now and watch the electric circus
hahah good one!
Haha, I tried to resistor conducting this comment but my current stater mind got amped to reply with more
alternating cycles on words. Hope you're not negatively phased.
Charger Dave woah...that was cool
'Ba dum tss'
andrew post
'Ba dum DZZZZZZZZZ'
Excellent explanation .Very much useful.
In Jesus' Name, Amen ✝️✨
Amen
Bruh what
Best explanation so far
it really help me in my engineering studies
tq sir i really learn about alternator basics its so helpful for all please keep these type of vedeos.