MOSFET Basics || n & p Channel MOSFETs || MOSFET Drivers

In this video, I’ll teach you the basics of MOSFETs. This video is ideal for a person who has never studied MOSFET professionally, but want to use them in projects. I’ll talk about n and p channel MOSFETs, how to use them, why do you need MOSFET Drivers and more similar questions. I will also talk about some little known facts about MOSFETs and much more.
More details, pictures, etc. : www.instructab...
Parts Used:
n Channel MOSFET: IRFZ44N
INDIA - amzn.to/2vDTF6D
US - amzn.to/2vB6oXw
UK - amzn.to/2Hpjmt3
p Channel MOSFET: IRF9630
US - amzn.to/2Jmm437
UK - amzn.to/2K85kxL
n Channel MOSFET Driver: TC4420
US - amzn.to/2K9xnfW
p Channel MOSFET Driver: TC4429

[@aebfroman]

I am not sure there exists a better video on KZbin that acts as a MOSFET 101 lesson. You did a very good job explaining everything.

[@JawadAhmadsahibzada]

excellent and perfect !!! as a non technical person, i learned how mosfet works, great job 👍👍👍👍👍👍

[@DonatoGreco]

Nice tutorial, but you forgot to mention that MOSFET keeps its conduction status if you stop driving the GATE. Due to the SiO2 isolation layer under the Gate, the MOSFET will switch OFF only when you put Gate and Source at the same voltage.

[@GalenMatson]

Yes, it is good to mention. Although, in his diagram he did have a 1k resistor from gate to ground.

[@BrianMann216]

Ah this is why the Mosfet kits for arduino have those resistors in them.

[@BrianMann216]

Thank you for sharing. This helps clear up some misunderstanding with fets.

[@delightful-ish]

basics...starts with physical internal layout, chemical composition and using the term gate without explaining...for a different (defunct?) part.

[@boris4231]

Nice that you went through datasheets to show how to read relevant graphs.

[@AnimateReality720]

Thanks for sharing. Very helpful

[@trentjackson4816]

I feel confident to pull out a mosfet and switch an LED on now. In the past I have always used transistors. Nice professional video. You do unfortunately speak just a bit too fast for my liking though. But you are indeed technically correct with what you say I am sure. Keep up the good videos 5☆

[@EnderMalcolm]

helpful, but I'm still not quite sure how to use the driver. Maybe my circuit is wrong.

[@gregor.potrebujes]

Most mosfets need more than 5V on the gate to get fully opened (to conduct the maximum current). And if you use it with arduino, they can only output 5V as you know. So therefore the FET will not be fully opened and it might overheat and get damaged. That's where the mosfet driver steps in to help. You supply 5V from arduino to the driver, and the driver supplies 10V (voltage depends on the type of the driver) to the FET, so it can get fully opened and operate efficiently. If you want to use arduino and FETs without driver, you can use IRL540N FETs, which open almost fully at 5V :)

[@rashmiranjannayak3251]

Well explained for practical implementation. Thanks for sharing.

[@followtherules4808]

I checked the video only for the drivers but it was relating to mosfets.

[@SiriusFuenmayor]

This video is great, you should post more

[@69mods56]

Is high value mosfet better? 30v 6.9 amps vs. 30v 12amps?

[@epicmap]

Thanks for the video, this is explained very well! Btw, what should I do if I want to control a positive voltage to a load with P-ch MOSFET, but maximum GS voltage is -20 and datasheet said I can control up to 40V, so if I have 32V and just put the gate to ground, the GS voltage will easily exceed -20V limit. So I'll have to actually apply some 20-32 = 12V potential to safely turn it on? And how do I turn it off afterwards? By applying up to 31V to the gate? Looks overcomplicated since I want to control voltages from 1 to 32V and simply disconnect the load.

[@BISWANATHBAR]

Sir MBR10100CT Mosfat not avelevle is ageanest no please

[@ibrahimachonu6878]

Very insightful video. Thanks

[@Ahmadnaweed786]

Very good! Liked and downloaded!

[@KishoreKashyap]

Very well explained.....

[@jesperlok5785]

thanks for the help

[@legobuildingsrewiew7538]

great video

[@rameshwargadekar7626]

Nice

[@netrapatil2169]

osm

[@Gyaan_anant]

Subscribed

[@kampkrieger]

very bad job explaining anything, you start in the middle and never explain the basics, no idea what you are talking about at all, and... i actually know things alreaedy

[@alocin110]

Your commentary is more to express your English language efficiency and not the subject matter. You are reading the information very fast and you do not know what you are talking about. Yet you have a very strong indian accent 'depletion region', and "available" are the worst to understand. You collected information from the web and read it out loud. It was of no help. Everyone knows about n and p channels, plus bipolar transistors. Anyway, thank you for upload.