You are marvelous lecturer, man! I will keep following up with you forever! I'm pursuing two courses at the same time, mechanical and industrial maintenance engineering in Nigeria in two schools full and part time... thanks mightily

Great Professor! Great way to explain things. Thanks for sharing your valuable knowledge with the world!👍🙏

Hoping this volume of AC Circuit Analysis to be released soon. Can't wait to study more about transformer.

This really helped me to understand how the voltage increase causes the current to decrease in a Transformer. I was trying to understand this for a new apprenticeship I got at Power Plant and nobody could explain it to me.

@MathAndScience

4 жыл бұрын

Awesome! Jason, MathAndScience.com

Super lesson! Thanks!

Thank you very much for those explanations. You , Sir, are a very good teacher!

The following was a question from a physics examination: “Using a diagram, illustrate the structure of a transformer which supplies 12 V when connected to 240 V mains. If this transformer takes 0.55A from the mains when used to light five 12V, 24watt lamps in parallel, find its efficiency.” i) Work out the question (5marks) ii) Identify the probable errors that leaners can make in answering this question (5marks) iii) Develop a marking scheme for the question. (10marks)

thank you very much, well understood pls waiting to see more from you

I am not sure what you are talking about , but sir , you are a CLASS ACT .....I will watch as many of your videos as possible ....!!!!

You're teaching is clear. Thank you sir. From Philippines

Concised, detailed...maraming salamat😊

I really appreciate all the circuits videos you have. I have purchased a few courses. However, I cannot find this specific course explaining transformers on your website. Could you send me the link to it?

Excellent lesson.

Wonderful Lecture!!! Thank you

Terrific lecture!! Thanks a lot.

Thank you very much for your tutorial.This video is very much helpful for me.

@MathAndScience

5 жыл бұрын

So happy you liked it! View all my Lessons and Courses! Visit: www.MathTutorDVD.com

Amazing job! The best lecture on the subject!

you are simply the best...thanks a lot

Hi, I found this Transformer overview very useful and was really looking forwards to the follow on detail and examples. I noticed that you said 2 years ago "Very sorry but I have not filmed the remaining lessons yet. I will do that sometime in the spring. It will be AC circuits vol 7 and 8". Can you please provide an update on progress and when you may complete? Many thanks and excellent content.

Fantastic explanation

That was excellent , thank you very much.

@MathAndScience

5 жыл бұрын

Welcome! View all my Lessons and Courses! Visit: www.MathTutorDVD.com

Great! Great video! Thank you!

this was a massive help, thanks

Excellent , Jason. I will purchase the whole course

@lalithsamarapala2055

3 жыл бұрын

Excellent

Great, thank you 👌

Well, done! I’ve always been puzzled by transformers and now I realize they are not ideal.

Excellent!

Thank you mr keeper on

Thank you for information that you have us.

Thank you

All Good ...Thanks For Everything

MASTERFUL !!!

Thank you, Teacher

I need the rest of these lessons

Very good video

Thank you very much for your teaching

please do the Chemistry all the way to volume 24. I wash all your five volume and waiting for your next chemistry volume

Thank You!

Do you realise how amazing you are

@peacematthew909

Жыл бұрын

I hope he does..

Interesting statement you made: The magnetic field of the polarized iron creates the magnetic field which is added to the induced field that causes the polarization of the magnetic domains in the first place. Veritasium made the same statement regarding energy transfer in an electric circuit: energy is transferred by the electrostatic field of the EMF source and the fields of the free electrons which are 'polarized' by the EMF.

@alanx4121

2 жыл бұрын

'holcomb' energy systems claim they have developed a system that taps into the spin energy as an energy source.

Very educative

@MathAndScience

4 жыл бұрын

I really appreciate it! Jason, MathAndScience.com

Enjoyable video, but, where can I find the non-ideal transformer video? I am especially interested in quantifying the load complex impedance as seen at the transformer primary input.

what book reference do you use?

i have a quiz next week about this topic. THIS REALLY HELPS ME. but i cant understand about the dot convention. 😢

@abstractapproach634

3 жыл бұрын

x dot == dx/dt the derivative of x with respect to time. (Think velocity in x direction) x double dot == d²x/dt² == d/dt(dx/dt) the second derivative of x with respect to time (Think acceleration in the x direction) x triple dot == d³x/dt³ == d/dt(d²x/dt²) the third dirivative of x with respect to time (Think jerk in x direction) And so on x w/ n dots = d^n/dt^n(x) the nth derivative of x ALWAYS with respect to time Very similar to prime notation, although the operand of x' myst be specified, x dot is always with respect to time. And in the best notation of all, Leibniz, everything is specified.

real world question: i plug in a power pack/power supply for a electronic device into the wall socket. Now since it is a transformer the hot and neutral wires in socket are connected and create a circuit. now if the circuit was just a single wire loop it would be a short circuit and heat up and hopefully trip breaker. now the transformer is still a loop of wire and if the supply is not connected to device their would be no load. so is the reason the one side of the transformer does not act like a short circuit because of the impedance of the coil/inductor?

where can I find the rest of the course, I could not find it on the website. Thank you

@anthonycooper6963

4 жыл бұрын

I was looking for it as well

@alexanderquilty5705

4 жыл бұрын

Same here

i have a doubt reply immediately. suppose if they given supply voltage 100v, 2:1 ratio and primary side impedance is 0+j30 what is the primary current

wow. damn 19:54, pretty cool. blew my mind

@gregscheyd4131

2 жыл бұрын

MINE TOO , GODCOR .....no free lunch here !!!!!....even though so many of these equations are made up of nothing but VARIABLES , THE EQUATION ITSELF IS THE CONSTANT : THE RELATIONSHIP BETWEEN THE VARIABLES ....!!!! MINE TOO !!!!

Great

Do you have a presentation on how to compute the impedances?

wich volume is this lesson under? AC or physics???

what refference did you used ?

I have a couple of questions. Since there was no reference made to wire sizes used to wind the transformer. 1) were the input (primary) and output (secondary) assumed to be the same size wire? 2) increasing wire size also increases current flow so would increasing wire size on the output (secondary) help negate current loss while stepping up voltage? I know that also makes the transformer larger as a result. This was a very informative lesson! Thank you for it!🖒I liked and subbed. ;)

@krtgaragegeetech5342

2 жыл бұрын

Following her

@gregscheyd4131

2 жыл бұрын

I am not the sharpest pencil in the box , but I say IRREGARDLESS OF WHAT YOU DO , you cannot get the equation to change ; there is no FREE LUNCH ..... it just dawned on me about 2 days ago , when JASON was lecturing on TRANSFORMERS , that even if the EQUATION is made up of VARIABLES , AND NOT A SINGLE CONSTANT , THE EQUATION ITSELF IS THE CONSTANT , AND THERE IS NO CHANGING THAT , TRY AS YOU MAY ....that is so DANG KOOL !!!!!

is it possible for a step down transformer from 220 V to 110 V to have only three outputs?

Can you sir plotting laging and leading diagram of current and voltage ?thank you sir

I don't see this lecture on transformers OR THE FOLLOW-UP LECTURES on transformers in the membership series lectures. Don't see it under circuit analysis lectures. How do I access them? Don't mind paying for them, but I don't see them

Your right sir you cannot get free lunch if you rely on the transformer alone but theres a way to magnifye the current.power company did that already...the key is tha SPARK GAP.

Sir have you informations about prime voltage (v",v').I can't distinguish between them .I'm mechanical engineer

Does all devices need an AC signal but the Power source is DC, does always need a flipflop circuit as an AC generator of the circuit?

why are you so competent?

The way the primary input was drawn looks like the source is DC with the + and - . I thought a transformer will only work with AC?? Thanks for the excellent video.

@bukskinner

5 жыл бұрын

check out the comment at 2:05 "it's a sinusoidal source"

@alexanderquilty5705

4 жыл бұрын

You are correct but we don’t always draw a sine wave for a sinusoidal source. Often times we just draw the plus or minus as a reference and then the phasor associated to that independent voltage or current source. The plus and minus at this point is just simply a reference.

@alexanderquilty5705

4 жыл бұрын

Remember that the plus and minus doesn’t always refer to a battery source, it’s just a voltage source. Only when you see the long and short “plates” can you assume that it’s a battery.

Please tell the country leaders. No free lunch. Wonderful explanation.

Basic introduction to digital multimeter verses analog multimeter

How does an inverter obey the law of conservation of energy?

still waiting for the rest of the lessons.

What is the difference if the winding was in clockwise or counterclockwise? And why one of the winding ends become phase and the other end become neutral??

@alexanderquilty5705

4 жыл бұрын

It changes the direction of the flux of the magnetic field.

@alexanderquilty5705

4 жыл бұрын

I think lol

can someone link me to the rest of the series

can someone help , what could cause the secondary side of a transformers output to drop its voltage ?

@gregscheyd4131

2 жыл бұрын

I have NO IDEA in a step - up transformer , but I CANNOT HELP THINKING ABOUT RESISTORS AND RESISTANCE , ON THE PRIMARY SIDE ...???

on and off

Why do you put the dot at the beginning of the transformer sir.

from which volume is this lesson and which category. I couldn't find it on the website. Could you please tell me where can I find all of the following videos thank you

@MathAndScience

5 жыл бұрын

Very sorry but I have not filmed the remaining lessons yet. I will do that sometime in the spring. It will be AC circuits vol 7 and 8

@harrisgodwin8137

4 жыл бұрын

@@MathAndScience Hey Jason your videos are wonderful and have helped me very much. I was wondering where you were on filming the remaining lessons for this section.

@duvi

4 жыл бұрын

@@MathAndScience is not there yet, any update?

@angelachen641

4 жыл бұрын

@@MathAndScience I am a member of your website. Your course saved me. But now I really need your vol7 and 8 to pass my final exam... Waiting for your update.

@alexanderquilty5705

4 жыл бұрын

Still nothing 😪 I suppose it was good while it lasted..

He kinda favors one of the Baldwin brothers.

@josephhall704

4 жыл бұрын

I think he looks like Jeffrey Warren Daniels myself. I know Jeff Daniels is in the movie dumb & dumber so I mean no disrespect there! This guy is definitely NOT dumb!!!

❤

A transformer is a component to find the optimal prime number of a computer :3

"No free lunch" lol

What about resonant circuits? Say a parallel-series resonant circuit...

This is how wireless charging works, isn't it? It's using induction.

You been listening to my convos huh lol

👍👍👍👍👍👍👍👍👌👌👌👌👌👌

subtitle please!

wait, so is it possible to get free energy?....

transformer control electricity

lllllllllove uuuuuuuu

@MathAndScience

4 жыл бұрын

Awww thanks!

32:10 lol :D

Your circuit indicates you are using DC (+,-) You cant transform DC voltage.

@Krythus

4 жыл бұрын

He says at the start it's sinusoidal my dude

No free lunch (ಥ﹏ಥ)

Autobots roll-out

grdj

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