LM317 VOLTAGE REGULATOR Tutorial | How to use? | Pinout

[@DoktorSchaedel]

Searched for Tutorial. Found indian guy. Perfect

[@wendellhammond7853]

I'm an Air Craft mechanic and I must compliment you sir you are an exultant teacher thank you very much for making a com-plated subject easy for my students to understand they caught on the first tine with you after many attempts by my method failed

[@CETech4u]

+WENDELL HAMMOND Thanks a lot. I am happy I could be of help

[@agstechnicalsupport]

Thank you for posting such an instructive video on LM 317 Adjustable Voltage Regulator !

[@sacrajah]

Good demonstration for understanding the capability of LM 317 followed by calculations

[@Ram1947S]

You are not only good you are allso very funny. God bless you.

[@IcRDlayout]

Great 😊

[@lemonadecitrus4764]

It is actually called linear variable voltage regulator dude. The word "linear" has something to do with the output voltage and it desipate heat due to the dropout voltage...

[@jacekmalota5571]

very good explanation. thank you

[@bharatmoon1333]

Thanks a lot sir. It really helped me a lot. I m a 12th class student sejal n on 16 march this question appeared in electronics 1 paper.

[@CETech4u]

Great to know that we could help you!

[@kuyawintvtech8931]

Thanks for discusion sir.here new subscriber

[@ramsey180]

Thank you for the ample explanation

[@radoslavradoslavov3528]

Thank you, sir!

[@fahadelectricalelectronic]

can I use it for mini robot car motor at slow speed with maximum torque

[@stevenkaman-guitarist3434]

Thank you sir for the well explained video.❤️🇵🇬

[@adnanmohamad2883]

How do we choose the right capacitors in case of different circuit values than yours ?

[@AndrewKiethBoggs]

Look at the data sheet. They have recommended values for different setups.

[@chisingchou]

Thank you Sir!!! Great tutorial!

[@anupamr437]

Thanks man very helpful video. You earned yourself a subscriber.
I've been asked a question in a assignment and it goes like: Using LM317, design an adjustable voltage regulator with Output voltage: 5 to 12 V and Output Current: 1A. By this video I can figure out the voltage part, but how to fix the output current to 1A? It would be very helpful if you reply as early as possible.

[@playstorepj2788]

@ 4:05 for fixed outputs do the following simple steps,
1. just use a 10k or 100k pot to set the desired voltage and
2. check the resistance between the pots terminals with a voltmeter and note down the resistance
3. use the resistor instead of the pot.
no crazy / fancy / sciency calculations to do........ ha ha ha

[@ubhare]

Nice one!!! LM317 can it generate a 3.3v with 1.5Amp current? If not what other method we can use? Thank you... You tutorial are better than others.

[@CETech4u]

+dev ubhare yes it will be able to do so

[@ubhare]

thnx

[@robertneill3057]

For maximum reliability keep the dropout voltage across the regulator at about 3v to 5v at 1.5 amp. A finned rail type heatsink will be called for (some have a H cross section labelled with a BW suffix). There's also the Low Dropout LD1086 regulator which do come in fixed 3.3v and 5v output versions.

[@omkarkhade4602]

Nice explanation

[@ferozahmmed7401]

I appreciate your job . But one is mendatory : you always should add component constrain first .Even I don't know this circuit will use at 12000 volt or 12volt . If I check data sheet I think I can get better idea . I am checking youtube cause I don't have much time to do it academically.

[@ayushagarwal69]

me at 1:00 : well i dont know either , lol

[@jamescatalano1456]

Thankyou very much my friend..

[@sheminasalam]

LM317 VOLTAGE REGULATOR is supposed to have a minimum current output of 1.5A. what does it mean? I am only familiar with the idea of max current output. With this minimum current will it be safe to use this for replacing AA batteries in a wall clock?

[@SamuelJames84]

Nice

[@mathsgeniusonline.pathansi9333]

Excellent

[@ley90]

why are indians so smart in terms of electronics and math

[@sacrajah]

For survival

[@lemonadecitrus4764]

It should be noted that when choosing a variable resistor to use with LM317 that it should have enough wattage to handle the dropout current otherwise the life expectancy would be ahort.

[@preuton]

So Vo is independent of Vi?

[@doforget399]

Sometimes Indian man work better than another...

[@vivekpatil7471]

My question is
How ti measure current of source
For example the battary chargre output is 5v and current is 100mA, 200mA and so on this current is printed on charger so how to measure this source current by using multimeter???

[@kabandajamir9844]

So nice

[@asdfghjkl10210]

can i switch LM317 with 7812 but still a variable voltage output??

[@kougaz]

THANK YOU :)
WHAT IS THE MAXIMUN VOLTAGE FOR THE INPUT?

[@Sabhail_ar_Alba]

Its in the datasheet ( 40 v).

[@2kjOU3oZxbiox82]

can you use 3 AA (4.5V) batteries to power this and get 5 volts out? trying to use it to power arduino nano

[@Sabhail_ar_Alba]

No, just apply the 4.5v directly to the Arduino pin. NB: Nano draws too much current for practical battery operation.

[@tamytotoNicos]

أحسنت cood video

[@syedibadulla9505]

Keep it up 🖒🖒

[@francoisloriot2674]

what is "liniar"?

[@sonambista3470]

why i get inverted output voltage

[@pollydor07]

THANKS

[@Sabhail_ar_Alba]

You'll need a heatsink when I > 0.5 A otherwise the device goes into thermal shutdown.

[@Boso-ii2ef]

Thanks for the video, it was very interesting and helpful for me; also well explained and easy to understand. Usually lifehack videos are pretty simple to understand i guess, even though they never actually say anything haha, but it was awesome to have you actually explain this in detail though instead.

[@shivamraj2695]

Very good

[@ahasanulbabu9962]

Where find iclm317

[@rajeshnaidu]

I have a doubt in the variable resistor how to connect that in circuit it consists of three pins ?

[@Nature60810]

its no need to use 3pin,u can use 2pin .medal pin and one side pin,

[@shadowlover8931]

Yeahhhh

[@azharpatel143]

*Please Batao*
Kya main iss LM317 wale ka use karke 5v to 1v convert Kar sakta hu... trimmer use Karne ke liye...

[@robertneill3057]

1v is unfortunately below the minimum 1.25v reference level for the 317 regulator ic. Could use further reduction diodes on the output utilizing the diode voltage drop as a shunt regulator. Try using a ordinary diode with a Schottky diode in series.

[@Rucas1973]

Linear

[@creative_-_ideas]

nice

[@PardeepGurjar2227]

कैसे इन अंग्रेजो की भाषा को समझे.... वीडियो को अगर लाइक करवाना है तो हिंदी में बोलो...👿

[@nayanjagirdar8408]

👌👌👌👌👍

[@brojeswardas5587]

Sir, what is the prise of a lm317 ?

[@CETech4u]

10-15₹ in india

[@arkanath4987]

Not happen s when resistance is of 10^3 ohm

[@narinderpuri9196]

good

[@osvaldimar132]

Faz no paitbrust os desenhos estão na internet

[@losesparkplug1190]

Still don't understand how you connect it

[@grahamhall2662]

LINEAR voltage regulator.

[@syedhoorunnisa5335]

Will doen

[@user-el4lu4dh5h]

класс

[@ezazahmad4312]

Thek hai jaldi banawo.

[@aadi.p4159]

linear*

[@kp.radhakrishnanpadmanabha8032]

By

[@jaysukhkhunt1658]

Gujrati ma

[@user-rx9cz1uh5u]

Any one 2024

[@user-rx9cz1uh5u]

🙋🏻‍♂

[@saurabhbatham5183]

Can you help me out in making step down transformer for school project?
Please reply in Facebook inbox

[@raajushawarma9367]

what a cringe intro

[@kevinandmorph]

probably probably hahaha

[@Mastgast]

Bhai hindi mai bol kar bnao video please

[@technicalsupart446]

Hindustan me video ban raha hena,,,,to hindi bulia

[@arunpal4795]

Hindi me video bnao

[@cattybear_id.6416]

Are you sure??You are not lie us right?

[@CETech4u]

Yes Andika I am sure about what I explained.

[@ezazahmad4312]

Babu agar english ataa to youtube me video dekhta bolu

[@CETech4u]

+Electrical equipment repairing sir hindi mein bhi bana rhe hain ab video hum channel pe! Thoda time lagega lekin dheere dheere karke humare channel pe aur hindi videos dekhne ko milengi

[@iacsphysics9321]

Useless talks should be omitted....I mean cut the crap and just get to the main part.

[@CETech4u]

Noted!

[@Graham1904]

LINEAR not liniar

[@monupaul8259]

Hindi nahi aati kya

[@junaidasim1021]

tera kam hogaya na

[@nkanyisocanbe5882]

It good I make my own