Dude you are an amazing and intelligent person. I can only imagine what you would come up with if you had a fully loaded laboratory and engineering shop behind you. Someone either in the corporate world or the government needs to fully fund your ideas and inventions. I believe if that was to happen our world would advance 200 year's in a matter of months. Thank you for doing these video's I appreciate all your time and insight so please keep up the AWESOME work and I'll keep coming back for more and sharing your video's with as many people as I possibly can. 👊😯👍
These are complete videos about transformer which you make expert on transformer Bobbin size th-cam.com/video/oKZTNn3MGjQ/w-d-xo.html Swg wire weight th-cam.com/video/NBHzO-Xvqy4/w-d-xo.html Transformer wire primary and secondary th-cam.com/video/RE6u7rTR7dE/w-d-xo.html Transformer core weight th-cam.com/video/M3HPdqd101g/w-d-xo.html Transformer winding th-cam.com/video/buRxqthcFtE/w-d-xo.html
Engineers design transformers to be as small and light as possible to save on materials and shipping costs, yet still meet the electrical requirements. Transformers have been around for over a hundred years, and the basic design has not changed much. The government does not understand how they work, but THEY do. Transformers are wound with a specific number of turns of wire around a core. The turns are evenly spaced and there is a specific amount of insulation between each turn. The insulation is necessary to prevent short circuits and keep the voltage from one winding to another winding from becoming too high. The windings are connected in series or parallel to create the desired voltage or current. The cores may be made of air, iron, or other materials, depending on the type of transformer. Transformers are used in power plants to convert high voltage AC to low voltage DC so that it can be used by consumers. Transformers are a necessary part of our electrical grid, and are used to step up or step down voltage levels. In fact, they are so important that most technical books include a section on transformer winding and calculation. However, free power transformers are not in mainstream technical books. We will share with you how to generate free electricity with transformers.
Transformers only change the voltage and amperage they don't turn ac into dc they actually are used to block DC in push-pull amplifiers, a full bridge rectifier changes ac to dc
Transformers are not in mainstream technical books. We will share with you how to generate free electricity with transformers. Transformers are devices used to step up or step down the voltage of an AC current. Transformers work by transferring energy from one coil of wire to another. This is done by using a magnetic field. The AC current flowing through the primary coil of wire creates a magnetic field. This magnetic field flows through the secondary coil of wire and creates a current. The amount of current that is created is based on the number of turns of wire in each coil and the strength of the magnetic field. You can use this information to create your own transformer to generate free electricity. First, you need to create a primary coil and a secondary coil. The primary coil needs to have more turns of wire than the secondary coil.
These are complete videos about transformer which you make expert on transformer Bobbin size th-cam.com/video/oKZTNn3MGjQ/w-d-xo.html Swg wire weight th-cam.com/video/NBHzO-Xvqy4/w-d-xo.html Transformer wire primary and secondary th-cam.com/video/RE6u7rTR7dE/w-d-xo.html Transformer core weight th-cam.com/video/M3HPdqd101g/w-d-xo.html Transformer winding th-cam.com/video/buRxqthcFtE/w-d-xo.html
People like me can't read so narration helps a lot. It would be very easy to use a text to speech engine to do so. I read an informative article regarding how to do so. Okay thanks.
Where do you get your laminations and bobbins from? I find the winding constant is more like 6.2 for a 60Hz TX with a primary of about 120V however a little playing is often necessary.
جميل عملك لكن في شغله انت هامله ربط اسلاك الكهرباء بالمحول ضعيف وقد ينفصل يفترض تربط سلكين في المحوله حتى لابنقطع واير التجهيز تحياتي وانا اتابع كل ماهو جديد لك
In finding the gauge of wire it depends on the POWER CAPACITY of the CORE, 1st ---you have to Find the CORE Power 2nd. - Ip= primary current Ip= P/V then you have to find the e corresponding gauge of Wire base on the current- See TABLE Wire
Good evening. Congratulations on the class. You used 1.2mm wire for the secondary and 0.3mm for the primary. How many amperes does this transformer support for these measurements? Thankful.
In order to generate free electricity with transformers, you will need to wind the transformer yourself. This is a process that is not typically found in mainstream technical books, but we will share with you how to do it step by step. The first step is to calculate the number of turns you will need for your transformer. You can use the following formula: N = (Voltage Source) / (Turns per Volt) To get started, you will need to know the voltage source of your transformer. This can be either an AC or DC voltage. Next, you will need to determine the number of turns per volt. This information can usually be found on the datasheet for your transformer. Once you have these two values, you can use the formula above to calculate the number of turns needed for your transformer.
Standard laminations are 0.35 mm thick lamination with 3% silicon. Use of lamination is to reduce the Eddy current and silicon is used to reduce hysteresis loss.
As shown the calculation of the core area neglects the stacking factor of typically 0.95. There are always gaps between the laminations. Turns per volt calculation confounds me. Without knowing what the max flux density of the core Bm its impossible to figure. However this lamination appears to be 24Ga which typically allows for Bm of 15KGauss..
Amperage is calculated by thickness of the copper cable I believe. 14 gauge is maximum of 5.9A, so you can either use a thicker gauge to carry more amperage, or a multiple of thinner gauges. Say for example 10# Wire it may carry 30A, and a 14# may carry 5A. You could use 1 x 10#, or 6 x 14#
Amplification is a process through which we can enhance the signal amplitude or voltage or frequency. Ampere is the unit of current, ampere is defined as how much charge passing in one second from certain point. 1 ampere = charge/time.
@@ThalesPo if due to heat/age the thin insulation between the winding breaks down, the inductance lowers and the transformer pulls more current. heats up, more insulation goes and eventually sends 220 volts into whatever devuce you're powering with the transformer and it explodes and catches fire
The primary turn is always started in the beginning and in the secondary turn last but you have done the opposite, brother, the transformer will burn .....
Not a Complete FormuLa in EI transformer CalcuLation, How do you Solve for CORE Power Capacity, and how to Get the exact size of Wire for Primary and secondary 7.5 constant Value is used for 50hz frequency and not for 60hz
Output Volt 6 , 5.5 ,5 , 4.5 , 4 3.5 , 3 , 2.5 , 2 , 1.5 , 1 800 Amp Output Men Sirf 4 Trun Dal Skty Hen Loop Ni Nikal Sktey Hen Primery Men i kuch Kr K Volt Kam Kr Skty Hen Koi Formola Hay Is Ka
Salvage from other transformers. It's hard to get bare electrical steel sheets or the E,I pieces. And you may just rewind an existing secondary like me and be happy with it. Not to mention, if you mess something up in the primary side, your primary could burn up.. which would short mains power straight to the core..
Well it's not bare wire is it? it's magnetic wire I hope. Which is an enameled wire. There was a another TH-camr that let's have some calculations on what the varnish or enamel or lamination needs to consist of
Music is very annoying but the info is excellent.
If you don't like the music, just mute the audio.
Dude you are an amazing and intelligent person. I can only imagine what you would come up with if you had a fully loaded laboratory and engineering shop behind you. Someone either in the corporate world or the government needs to fully fund your ideas and inventions. I believe if that was to happen our world would advance 200 year's in a matter of months. Thank you for doing these video's I appreciate all your time and insight so please keep up the AWESOME work and I'll keep coming back for more and sharing your video's with as many people as I possibly can. 👊😯👍
These are complete videos about transformer which you make expert on transformer
Bobbin size
th-cam.com/video/oKZTNn3MGjQ/w-d-xo.html
Swg wire weight
th-cam.com/video/NBHzO-Xvqy4/w-d-xo.html
Transformer wire primary and secondary
th-cam.com/video/RE6u7rTR7dE/w-d-xo.html
Transformer core weight
th-cam.com/video/M3HPdqd101g/w-d-xo.html
Transformer winding
th-cam.com/video/buRxqthcFtE/w-d-xo.html
Engineers design transformers to be as small and light as possible to save on materials and shipping costs, yet still meet the electrical requirements. Transformers have been around for over a hundred years, and the basic design has not changed much. The government does not understand how they work, but THEY do. Transformers are wound with a specific number of turns of wire around a core. The turns are evenly spaced and there is a specific amount of insulation between each turn. The insulation is necessary to prevent short circuits and keep the voltage from one winding to another winding from becoming too high.
The windings are connected in series or parallel to create the desired voltage or current. The cores may be made of air, iron, or other materials, depending on the type of transformer. Transformers are used in power plants to convert high voltage AC to low voltage DC so that it can be used by consumers.
Transformers are a necessary part of our electrical grid, and are used to step up or step down voltage levels. In fact, they are so important that most technical books include a section on transformer winding and calculation. However, free power transformers are not in mainstream technical books. We will share with you how to generate free electricity with transformers.
Transformers only change the voltage and amperage they don't turn ac into dc they actually are used to block DC in push-pull amplifiers, a full bridge rectifier changes ac to dc
Good 👍 job with all the best skills and information 👍❤
Thanks a lot for nice information about Transformer rewinding
Best channel no scam so far
Excellent
You are the teacher
Transformers are not in mainstream technical books. We will share with you how to generate free electricity with transformers. Transformers are devices used to step up or step down the voltage of an AC current. Transformers work by transferring energy from one coil of wire to another. This is done by using a magnetic field. The AC current flowing through the primary coil of wire creates a magnetic field. This magnetic field flows through the secondary coil of wire and creates a current. The amount of current that is created is based on the number of turns of wire in each coil and the strength of the magnetic field.
You can use this information to create your own transformer to generate free electricity. First, you need to create a primary coil and a secondary coil. The primary coil needs to have more turns of wire than the secondary coil.
An equal amount of turns would be acceptable, providing you don't mind ending up with the output voltage be in the same as the input voltage
I like to learn electronics. So it is very useful video to me. Thank you
yes!! the formula for the windings, thanks man.
nice video...
How did you get the exact no. of awg?
the how thin... or how thick the wire..... yeah thats a diferent matter....dang it.
good day to you sir! where did you get the 7.5?
What is the formula for the number of wire gauge needed for the primary and secondary?
two plus two is four, minus one thats three Quick Maths
Very good 👍
So good man👍👍👍👌👌👌
where did the number 7.5 come from in your initial turns calculation?
Yes same question
Good video very useful but use 7.5 only if the frequency is 50hz
How the 7.5 is being calculated ?
It have a bigger formula
What if the frequency is more than 50Hz
I think you are teacher of physics and primary winding should be under the secondary winding.😀
Yes😅😅😅😅
Thank you sir for having learned so much from you
How do you calculate, the size of conductor for primary. And seconadry?
that is my question too!
Thank you for sharing and teaching others. You’re genuine creative.
These are complete videos about transformer which you make expert on transformer
Bobbin size
th-cam.com/video/oKZTNn3MGjQ/w-d-xo.html
Swg wire weight
th-cam.com/video/NBHzO-Xvqy4/w-d-xo.html
Transformer wire primary and secondary
th-cam.com/video/RE6u7rTR7dE/w-d-xo.html
Transformer core weight
th-cam.com/video/M3HPdqd101g/w-d-xo.html
Transformer winding
th-cam.com/video/buRxqthcFtE/w-d-xo.html
off course great video
Excellent work 👍
Very clean winding technique.
Nice explanation also Please teach us complete design a generator with winding calculation and formula....
Very good explain thanku
People like me can't read so narration helps a lot. It would be very easy to use a text to speech engine to do so. I read an informative article regarding how to do so. Okay thanks.
Where do you get your laminations and bobbins from? I find the winding constant is more like 6.2 for a 60Hz TX with a primary of about 120V however a little playing is often necessary.
Always waiting for this, tx bro
Good jok❤❤
nice bro
This was clean
Bro
how to compute for the wire gauge need?
Hi guys. Where do you get all your components for building transformers? I’m very interested in winding some up. Keep up the good work. 👍
*J'aime beaucoup le côté pratique de votre chaîne ! À cela, vous mettez de la théorie, c'est encore mieux !! Merci.*
I am from India and I like your videos very much. Subscribed
thank you for this video.
جميل عملك لكن في شغله انت هامله ربط اسلاك الكهرباء بالمحول ضعيف وقد ينفصل يفترض تربط سلكين في المحوله حتى لابنقطع واير التجهيز تحياتي وانا اتابع كل ماهو جديد لك
يا احمق هذا الشاب اجنبي و لا يفهمك
@@ubtech2938 Oh, No. Anyone can use google translator to read any language.
Could you share or have any info on how to choose the right bobbin ?
🌟Good job🌟
so its primary over the secondary winding. is it strictly this way or its reversible?
😍😍👍👌
In finding the gauge of wire it depends on the POWER CAPACITY of the CORE,
1st ---you have to Find the CORE Power
2nd. - Ip= primary current
Ip= P/V then you have to find the e corresponding gauge of Wire base on the current-
See TABLE Wire
What was 7.5 in the TPV calculation?
up
@@noelsojr ??? What is up?
Tpv=7.5 is method . When totall cour area =2.2"- 2"-2.5"-3"-4"-5".... Than 7.5 will divide with totall area.
Hesaplamanın başındaki( turn per V hesabı) 'ında kullandığınız 7.5 degeri nereden geliyor? Anlayamadım.
What was the value 7.5 used at start of calculation?
The permeability of the steel core and the transformer efficiency of about 93% will have a coefficient of turns/volt = 7.5 🥱🥱🥱
Use heat resistant paper for isolation. Thank you.
This is very helpful! Thank you!
Nice sir
Bro primary turns are always under the secondary turns but do it opposite.
is there any problem to make this sequence?
Overheating
This is really great, where did you get the 7.5 for computing the TPV=7.5/CA(inches)
Thank you for sharing dear
Good evening. Congratulations on the class. You used 1.2mm wire for the secondary and 0.3mm for the primary. How many amperes does this transformer support for these measurements? Thankful.
look it up those charts are everywhere...
Excuse me. I thought you knew what you were teaching. Thank you.
@I Love That Katie Loves Classic Books well it's difficult to find and understand
Where did you get the 7.5 in tpv calculations? Tnx
The core area
If your mains voltage frequency is 60hz, 7.5 is standard.
6.25 for 60 hz.7.5 for 50hz.
@@jeffurbano1355 thank you very much, you save my day
Bro Ampere kaise nikalenge.. ki ye kitne Ampere ka h ya phir Hume agar 2 amp 5amp ki banani ho to kaise calculate karenge
Hello! I am always curious on how did you get the 7.5 in solving the turn/volt. is it a constant??? thank you guys
constant for only 50 hz frequency.
In order to generate free electricity with transformers, you will need to wind the transformer yourself. This is a process that is not typically found in mainstream technical books, but we will share with you how to do it step by step. The first step is to calculate the number of turns you will need for your transformer. You can use the following formula: N = (Voltage Source) / (Turns per Volt) To get started, you will need to know the voltage source of your transformer. This can be either an AC or DC voltage. Next, you will need to determine the number of turns per volt. This information can usually be found on the datasheet for your transformer. Once you have these two values, you can use the formula above to calculate the number of turns needed for your transformer.
what is the function of laminated steel, can you explain?
nice question... soon i will make it a video on it.
Standard laminations are 0.35 mm thick lamination with 3% silicon. Use of lamination is to reduce the Eddy current and silicon is used to reduce hysteresis loss.
Thank you for that information. I was lacking that
Hi sir how to copper size selected sir
ល្អ good
As shown the calculation of the core area neglects the stacking factor of typically 0.95. There are always gaps between the laminations. Turns per volt calculation confounds me. Without knowing what the max flux density of the core Bm its impossible to figure. However this lamination appears to be 24Ga which typically allows for Bm of 15KGauss..
How did you know wire gauge?
Turns calculation ok. But how to select wire guage for primary and secondary.
Thank you. How about amperage? How can we calculate for it?
Amperage is calculated by thickness of the copper cable I believe. 14 gauge is maximum of 5.9A, so you can either use a thicker gauge to carry more amperage, or a multiple of thinner gauges.
Say for example 10# Wire it may carry 30A, and a 14# may carry 5A. You could use 1 x 10#, or 6 x 14#
@@RoadRunnerMeep thank you
@@RoadRunnerMeep but how does he tell which gauge of wire to use after getting the number of turns for both primary and secondary sides
Really lovely video, how did you get 7.5
3:35 are making the turns for 12v or 220 volts?
2x 12V / 12-0-12, or center-tapped wiring.
41 turns each in his case.
How to calculate the output amp too? How much you got?
Excellent
Sir, please reply what is the amp?
Amplification is a process through which we can enhance the signal amplitude or voltage or frequency.
Ampere is the unit of current, ampere is defined as how much charge passing in one second from certain point. 1 ampere = charge/time.
LOL I think meant the amperes of this Transformer
Is it 41 + 41 in secondary turn?
What happens if you don't apply the masking tape between windings?
you will burn your house down
@@kamisama9715 why?
@@ThalesPo if due to heat/age the thin insulation between the winding breaks down, the inductance lowers and the transformer pulls more current. heats up, more insulation goes and eventually sends 220 volts into whatever devuce you're powering with the transformer and it explodes and catches fire
The primary turn is always started in the beginning and in the secondary turn last but you have done the opposite, brother, the transformer will burn .....
Why?
As long as you have your calculations right I don't think that would matter opposite direction of the other that would be crucial
Is this formulas are constant?
i want to know if cellotape covers winding can mutually inductance happen
I guess so since it's acting as an insulating material but maybe might not be standard
А что в ручную мотаем ? ЛАЙК конечно ,но 21 век всё-таки .
RN3RAV, потому что токарный станок.
How to calculate size (Diameter) of copper winding?
It's depends on ampere what we needed in the output bro
Please give Equation
-Watch and BLESSED !"LORD JESUS CHRIST IS THE ANSWER"PINAGALING NG DIOS NA BUHAY!
th-cam.com/video/DZwwI7seCYI/w-d-xo.html
Not a Complete FormuLa in EI transformer CalcuLation,
How do you Solve for CORE Power Capacity, and how to Get the exact size of Wire for Primary and secondary
7.5 constant Value is used for 50hz frequency and not for 60hz
How to decide the wire AWG of output current?Thanks
bravo bro
How do you choose the diameter of the copper wires?
Good
Why are primary turns and secondary turns on the same core
I though u would have 2 cores on the same laminations just like a microwave transformer
Is formula TPV=7.5/CA for 50Hz or 60Hz mains? If the formula for 60Hz mains the transformer will burn while connected to 50Hz mains.
Use 6 constant for 50/60 hz.
What happens if. We skip the ferrite core lamination .?!!?
Answer me where do you buy
good luck
How to choose swg?
What type of tape you used ?
NEED FORMULA TO CALCULATE MAGNETIC COPPER WIRE GAUGE FOR CURRENT OF PRIMARY & SECONDRY WINDINGS OF A TRANSFORMER.
check that transformer isolation maslking tape totally fire hazard 😂😂😂😂😂
Output Volt 6 , 5.5 ,5 , 4.5 , 4 3.5 , 3 , 2.5 , 2 , 1.5 , 1 800 Amp Output Men Sirf 4 Trun Dal Skty Hen Loop Ni Nikal Sktey Hen Primery Men i kuch Kr K Volt Kam Kr Skty Hen Koi Formola Hay Is Ka
😍😍😍
No where how to select the guage of the enamelled copper wire is mentioned .
Sir your fingers is more powerful..... 👍
En el último bobinado ya no alcanza el espacio para que entren setecientas vueltas.
i could not understand that 1.2mm copper wire size how slected pl. explane.
From Wire gauge
Where can I buy the material
Sir ya konsa transformer ha manay inverter bnana ha us maa use krna ha
Please let people know where to get cores? It so hard to find a retailer.
go to electronics market.
Salvage from other transformers. It's hard to get bare electrical steel sheets or the E,I pieces. And you may just rewind an existing secondary like me and be happy with it. Not to mention, if you mess something up in the primary side, your primary could burn up.. which would short mains power straight to the core..
Where did you get 7.5 from
Please buy a voltmeter with proper test leads
👍👍👍
Трансформация электроэнергии там,оголеные провода и все такое...
Техника Безопасности?неее не слышал.
Ааа...электробезопасности?а что это??????
Well it's not bare wire is it? it's magnetic wire I hope. Which is an enameled wire. There was a another TH-camr that let's have some calculations on what the varnish or enamel or lamination needs to consist of
Lors de la calculation comment avez-vous ce 2x1.1
Caranya kurang detail,, jadi bagi yg awam pasti bingung...
❤️❤️