0-35v adjustable voltage regulator using single Mosfet

[@now6616]

Great work. Can I input 12 volts from a 70 amp battery? What is the output voltage? What is the output current? Can I get a current of 30 volts and 70 amps? Please advise. Thank you very much and I wish you all the best.

[@SytelnetsistemasSytelnetsistem]

You need to place an ammeter and a voltmeter to check the 0-35 volts and measure the current at full load

[@S_e_r_g_ei]

I'm watching from Russia. Well done master! Everything is done well and efficiently! But, you always need to lay out a scheme... At least for 2-3 seconds. . Смотрю из России. Молодец мастер! Всё сделано хорошо и качественно! Но, всегда нужно выкладывать схему... Хотя бы на 2-3 секунды.

[@CreativeTechos]

Thanks for watching and for suggestion🤗

[@Brienglyn]

O Love d way u label ur video. Thanks. Am subscribing ur channel with joy

[@CreativeTechos]

Thanks for watching my friend 🙂, And welcome to my channel 🥳

[@jabbarahmad3081]

Very good explanation

[@CreativeTechos]

Thanks and welcome

[@AlexisTorres-fh8ir]

Excelent circuit for rhe work electronic

[@CreativeTechos]

Thanks for watching my friend 🙂

[@1ra4794]

Hello, I'm greeting you from Guatemala. Do you think that a 100k potentiometer could be used for this regulator and not the 47K one?

[@BaharehTorkaman63]

Very good ❤

[@CreativeTechos]

Thank you! Cheers!

[@mlwasubramanian4905]

For all electronic projects you must give the circuit diagrams in the bigining or lost.

[@siiv7973]

Видеото е хубаво, но винаги правете схема, дори да е на хартия с химикал, но да има схема. Хубаво е радиолюбителите да познават схемите...

[@CreativeTechos]

You can download original Schematics, download link is in video description

[@siiv7973]

Well ok...

[@jayarathnajayarathna786]

I like to all your videos

[@CreativeTechos]

Thanks for watching my friend 🙂

[@VEERsciencePROJECT]

Good job

[@CreativeTechos]

Thanks for watching my friend 🙂

[@ferdinandrepolledo1420]

Okay nice 👍

[@nabelectronicsprojects3716]

Very nice video 👍

[@CreativeTechos]

Thank you! Cheers!

[@ranjankumarbhattacharyya9941]

Nice circuit

[@CreativeTechos]

Thanks for watching my friend 🙂

[@catgarong6864]

i just make regulator lm 317+mosfet and it's work. can load 10 amps. i use smd mosfet ex computer motherboard

[@gurnam78276]

hello sir m from india,,need 220v input diagram,,can we use this circuit,?? by increasing resistance value??

[@VEERsciencePROJECT]

Yes u r right

[@kifadofamilyshow2466]

Good job sir. Question please: Can I use IRF740 mosfet instead? Can 12v DC battery be stepped up to say 30V and be used on speeding up the RPM of wiper motor than the normal highspeed?

[@advancednutritioninc908]

It would probably work, but the 740 is only good for 10amp max whereas the p460a is good for 20amp, and the total power dissipation is 740 is 125 watts and the p460a is 280 watts. So depending on what you are doing it could work fine for lower power operations. But for higher power applications the p460a would be much better. They will both have to have a good heat sink of course.

[@garymucher4082]

Is this an actual "regulator" or merely a variable voltage supply? I ask because you didn't show the output voltage with different loads to see any regulation abilities. So how does it actually regulate without any reference, feedback or regulation circuitry?

[@d614gakadoug9]

It is in no way a regulator in the usual sense of the term. It is just a simple "source follower" or "common drain amplifier." The output voltage will increase with increased input voltage and decrease with increasing load current. You can do a fair job of regulating voltage without feedback with a bipolar transistor as an emitter follower to something like a zener diode because the base-emitter voltage of a BJT is fairly constant. With a FET you really need active feedback because of the variation in the gate-source threshold voltage and transconductance of the FET.

[@alphahelix91]

Es soll doch ein Spannungsteiler werden ? Braun schwarz grün ist doch wohl zu hoch ? Gut die Enddiode passt in Emitterschaltung. Nur braucht man das hier bei Mosfet ? so beschaltet ? Wäre ein vorgeschalteter OP als Spannungsteiler nicht besser zu regeln ?

[@sky16678]

U should have explained why each component is being used. Simply soldering does not help.

[@jaustinjeevaraj1967]

Super

[@CreativeTechos]

Thanks for watching my friend 🙂

[@marcosmoreira2198]

Olá! Eu posso alimentar esse circuito com 24 volts ???

[@CreativeTechos]

Yes you can supply 24v to this circuit

[@marcosmoreira2198]

@@CreativeTechos obrigado!!!!!

[@gunerdursun210]

kullandığın güç kaynağı kaç amper o devreyi çalıştıran kaynak

[@Diyshorts1]

0-35v adjustable voltage regulator using double mosfet

[@petersack5074]

Hi.. What is the current, supplied ? i'm guessing, probably 10-15 amps....at output.

[@CreativeTechos]

Supplied current should be under 20A or lower, the load i connected was drawing about 8 A current @ 12v

[@petersack5074]

@@CreativeTechos thank you

[@CreativeTechos]

Thanks for watching my friend 🙂

[@victoroliva9365]

Muchas gracias, excelente información 💯.

[@richardchevron4019]

I am looking for a diagram to design a voltage regulator that would work with a MOSFET transistor and a Zener diode to regulate a voltage to 250 volts and a few milliamps to power a tube amplifier or an old radio. Do you have a diagram to achieve this? I found several videos where you make low voltage regulators. but not for 250 volts thank you

[@valtersouzaribeiro761]

Bom dia parabens muito bom

[@CreativeTechos]

Thanks for watching my friend 🙂

[@dharmakissoon]

How would I put 3 mosfet together

[@SankarVignesh-c5d]

Why diode is used? Could anyone explain me. Thank you 😊

[@javaidjilani7261]

I am also looking for it. No reason found

[@jinuvnair3165]

Is this circuit gives exact zero volt and 20A at 35v output? And what will be the wattage of 470 ohm resistor?

[@djblackarrow]

The 470 ohm resistor has almost no power to take. The gate of a Mosfet transistor only needs voltage to establish a conductive connection between drain and source. The current consumption of the gate connection is probably a few nano-amperes. So almost impossible to measure. But to use a MOSFET in the right way, i would build a PWM Speed-Controller.

[@rejwanhasan7919]

What software you use for thumbnail design?????

[@ryanshawn123]

can this circuit be used to charge 7.4v lithium battery?

[@CreativeTechos]

Yes, obviously you can use

[@d614gakadoug9]

Most emphatically, *_NO!!_* This circuit does not actually regulate voltage. The output voltage will vary with input voltage and with load current. It is a terrible circuit for charging a lithium battery where precise voltage regulation is required. With a two-cell battery you also need additional circuitry to be sure the cells stay balanced.

[@frankyesjosh587]

what is the input voltage?

[@saiedmakshat5567]

can replace IRFP460C to IRFP064N ? and buttery 12 volt (Car) can use for hho cell ?

[@amilanonis5206]

How much the max input voltage?

[@CreativeTechos]

30 volts

[@premprakashsharma9885]

How much the minimum input voltage?

[@edifierbass7821]

what is the input voltage? also can I use it for my Escooter at least 36v

[@bhabeshkumarshaw7853]

Input maximum ampr.....🤔🤔🤔

[@CreativeTechos]

30A

[@arbadshasa6306]

I want to irfp250 mosfet useing that irfp150n,,

[@uuganbayarulziibaatar9]

How many volts is the difference between the input voltage and the output voltage? How will i calculate? PLS

[@jansebaneld1602]

How maximum input ..power????

[@nsbharathi4402]

Diy three phase bldc motor controller is delta connection only three wiring pls

[@CreativeTechos]

I'll upload that too ASAP 🙂

[@ariefnoerhuda2219]

Untuk beban constan arus 5 ah

[@khakirukaya4574]

👍👍

[@CreativeTechos]

Thanks for watching my friend 🙂

[@dimuth7777]

Can use IRFZ 44 N instead ❓

[@freedomisfood6966]

in term of voltage you can but z44n n is low watt and cant handle higher energy.vds is 60v .

[@gaboinelectronic.1943]

mate, make a speaker protection circuit, activated by temperature... regards.

[@CreativeTechos]

No worries friend, I'll soon upload Ist version of amplifier speaker protection circuit

[@stephen2566-z6y]

Is this the mosfet working in a large area?

[@djblackarrow]

No. In this Video the MOSFET is used the wrong way. MOSFETs are only designed for switching ON an OFF (up to tousand or million times in a second). To use the IRFP460C in it's working area it needs a proper heatsink that can handle up to 235W of Power Dissipation and a proper squarewave to drive it's Gate.

[@stephen2566-z6y]

@@djblackarrow Yes, that's where I get confused. It's a huge waste, inefficient conversion and a huge amount of heat.

[@premprakashsharma9885]

How much the minimum input voltage?

[@paramanandchandawarkar2046]

Sir Up to how many hours it can take load of motor ? I want to connect it to my ceiling fan

[@djblackarrow]

Please Build and or use a PWM Speed-Controller to power your Ceiling fan - if it runs with DC Voltage. This is the only way to use a MOSFET in the right way.

[@basel-dm9ol]

كيف اتحكم بالتيار

[@mlwasubramanian4905]

Why 1 M ohm resistor between G&s?

[@victorgamboa8198]

Puedo usar este circuito para cargar baterias de auto, plomo-acido de 70 o mas amperios. Un saludo a la distancia.

[@igualesutil]

La entrada del circuito está al revés el voltaje en el diagrama

[@CreativeTechos]

Just correct it, you may check out again

[@freedomisfood6966]

we all know this but the wasted energy is very high.

[@masudalom9736]

diogram place

[@shaileshdomadia9903]

You are not showing PROPERLY number and value of components

[@CreativeTechos]

Part list is also given in video description, also shown one by one in video.

[@JamalMilat]

Hi I want 40 amp

[@CreativeTechos]

Add more mosfets in parallel

[@vijaysawant7740]

Not given ckt diagram and register value

[@CreativeTechos]

Download circuit diagram link is in video description

[@dusanholak9560]

☢️☢️☢️☢️☢️☢️🚀🚀🚀

[@tangoalpha8381]

🇧🇷🇧🇷🏆🏆

[@CreativeTechos]

Thanks for watching my friend 🙂

[@anjosonbrio]

Show

[@CreativeTechos]

Thanks for watching my friend 🙂

[@lalkahandawa8923]

Your UTSource supplier is horrible and really useless. I try to order a fast recovery diode and a mosfet, item cost was around 2.00S$. Shipping charges to Singapore , this idiot tell me is 40.00S$. So far I have ordered items from other sites. Normally shipping charges around 2-5 S$. This supplier I think is from Moon or Jupiter.

[@natubhaipatel9400]

Mosfot.nomber.veri.nise.diogram.