Lecture 36 ROM-EPROM,EEPROM and Flash EPROM

[@carlosbah4623]

12 years video and still one of the most clear on the subject of all the internet. Cheers from Spain

[@t_a7923]

14 years and still the best....I came back after 3 years ..amazing prod

[@harshakumar559]

2:25 -- Mask Programmable ROM
8:14 --EPROM
21:18 -- EEPROM

[@MayankGuptaMayankGupta]

This is the best video about the memories using the CMOS.........These videos are like the real teacher for the students of RGPV university...........Hats off to you.........

[@odgreat]

Loved the lecture - lecturer was quite clear each step along the way, did not leave any point half-explained. Will be spending more time watching nptel videos than watching the IPL this summer :)

[@LacticDoug]

thank you so much, i have an oral exam tommorrow in which i need all that, and thanks to this vid i have finally understood everything!!! woohoo Dr. Dasgupta RULES!!!!

[@paramoreguate]

Great video! Very clear. I don't why everyone else is posting their origin country but what the hell. Greetings from Guatemala! :D

[@whiskyguzzler982]

Easy to understand presentation of a complex subject.

[@ambujsingh1940]

awesome videos,all my concepts about mosfests are clear,thank u very much nptel

[@brianhackit7900]

This professor is fantastically effective!!
I wish I knew where I could watch the other lectures in this series....
Can't find them on TH-cam.

[@brianhackit7900]

Found it. Search TH-cam for the lecture number and his name.

[@artursarlo]

Cheers from Brazil, great instructional video. Thanks!

[@omsingharjit]

... 16:45 thank you it cleared my doubts about programming and reading , and about how to electronically differentiate two fMos on same line .

[@dvoorganisation459]

Really nicely explained❤ teaching through black board chalk does wonders

[@josehenriquestchinguaki1570]

I'm watching your video for the first time, and it's exciting. I need to know more about electronics. If there's a way, let me know. Thank you .

[@RishendraPrasad-m5m]

still a great, an unbeatable and the rare video

[@svetli.b]

Love from Bulgaria🇧🇬❤

[@Chibchombia100]

Thanks that was an incredible class you have a new student from colombia...

[@inserthere6387]

wow great professor, reason why india is so smart!!!!

[@ankit_aniket]

I'm from 12th Science and even I can understand because of his (respected sir) quality of teaching.

[@FooBar89]

@mayankipsa not quite, he didn't mentioned for ROM production all the transistors are in there because the production process is cheaper, nor why, how the floating gate persists the electrons when turned off

[@NguyenQuyen-zr1fg]

I love lecture, this help me. Thank you

[@andreaskarlsson1836]

This guy has some great handwriting.

[@kakaliroy4747]

At the same time he teaches like a pro

[@kakaliroy4747]

He is a bengali...his hand writing must be good

[@HowsThatApp]

Beautifully explained. Thank you so so much!!

[@ufo717212]

Great Lecture!! My teachers never specified the structures of different ROMs so specifically.

[@creponnekarim2865]

Thank you mister
really thank you you are a savior

[@Draginx]

THANK YOU SO MUCH! This professor is amazing.

[@odgreat]

Even if there were a dent in the source region of the famos, that would not help in improving speed - the source is placed at low voltage compared to the drain ( typically it is grounded) to facilitate the formation of the channel of electrons in the p region. This channel formation is necessary for the mos to be on.. With this low voltage at the source, even a 'dent' in the oxide leayer there would not lead to tunneling.

[@jithinmathai8106]

good and informative
+real high with basics
I ain't posting my country that's stupid

[@KevinHallSurfing]

Ahhh I remember those EPROM "Burners" in the 1970's and the UV PROMS. Called "Burners" from the higher voltages required above TTL and CMOS I guess. Mainly for keyboard mapping, character gen in monitors etc etc and simple stuff back then, ya know like MICR and OCR readers etc. Of course it was all DTL and TTL before LSI, VLSI and CMOS appeared.

[@Abh69-4U]

Thank you sir

[@docfoot316]

I learnt alot from this ,Many thanks.

[@vijayank3207]

Thank you very much sir. Very clear explanation

[@fssh510287]

awesome video! really learn a lot from it, thanks!

[@douglasmutethia254]

Thanks, Quite Elaborate

[@nandobasile4694]

I really enjoyed.
Thanks from France !

[@danialbrown7265]

u look like a Frenchmen....

[@amrinnevrekar3057]

very knowledgeable n thanks for sharing it

[@asf100]

Very good. Thanks from Brasil.

[@tutucox]

cool video
im fron brasil and im glad i can understand you very well
you are a very good teacher :D

[@RonaldoKalunga]

I guess that I meant "Floating gate" and not "control gate" in the minute 24.19!

[@user-cvviwion]

This is awesome.

[@noospaseisde]

Thx for posting this Vid, greetings from Mexico!

[@BroadSword91]

That was a really amazing lecture, beautifully explained. except for people who are more interested in the OKs/min. (Call me a suck-up if you want, I would if I saw this comment)
Just one question -
Why can't you do what the lecturer has done to the right n-type region to the left side as well? wouldn't that help in the increase in speed? (I am obviously talking about the EEPROM )
So a downward dent in the Floating Gate on both n regions.

[@deependrabajracharya4148]

great explanation

[@vasanthn8607]

Thank you sir great video 👍

[@Filaxsan]

Very nice lecture!
Love from Italy

[@rajcodes100]

Thank you Sir, I grasped the concept .

[@ToBa049]

thanks... from Argentina!

[@yogeshnagpal3671]

Hail amitava dasgupta sir

[@TheYimie]

Hi, so interesting, Thank you so much, from México.

[@Chibchombia100]

Nice bro...thanks

[@yerravellyvenu1071]

Thanks a for great lecture

[@naplesblue]

thanks... From USA

[@brajeshkumar5349]

Very nice lecture

[@TheDanadina]

thanks amit sir

[@vovacuna]

Thanks a lot for this great lecture!

[@giorgiaibba5341]

Saved my ass the day before the exam! Thanks!!

[@mbisetakobana]

Thanks!all the way from jamaica!yah manN!

[@karanraj-xm7yk]

great

[@JoeCnNd]

9:19 funny thing is I'm watching this because my Avalanche truck BCM is failing. 10:05 his lines seem to line up above and below the float.

[@AdrianPoroch]

OK

[@JoeCnNd]

I didn't even noticed until I read your comment. Lol

[@tinystepswithmomg]

awsome faculty..

[@guillaumevincent716]

Hi
I have a question.I just bought a gq4x eprom programmer kit with the adapter and the eprom eraser .It was a bundle kit on ebay.Why do I read something different depending on the sens tha I place the eprom?

[@quincysamal]

@serosoft say "shukriya"

[@avmmurali6085]

Super teaching sir

[@joohop]

Thank You My Brudda

[@alessandrotatti187]

Thanks prof im italo and understand

[@amonster8mymother]

marvelous!

[@sripadkulkarni9544]

thank you very much Sir

[@Paint0nBrush]

Nice handwriting!

[@junaidasim1021]

Thank you for your help_!

[@pisnahuj10]

thank you come again :)

[@jeorje70]

Good .clear lecture

[@christoskettenis880]

I love those chalkboards!

[@carfreakUSA]

For anyone wanting the full lectures playlist:
th-cam.com/play/PL36E832F4CA46D233.html

[@anilkumarrajput1881]

how the floating gate mosfet is fabricated?

[@DSECBHARGAVGS]

what is the aspect ratio of the flotox eeprom cell?

[@princeshah6444]

where is the full cource of this sir.

[@alfredcobbinah4898]

thanks

[@smooooth_]

UVEPROMs were commonly used in arcade machines

[@rleonmx]

la ventana de las eprom no es de vidrio es de cuarzo, el vidrio bloque la luz UV

[@raivwo]

thank you

[@Kid5.Z0NE]

nice one

[@omsingharjit]

39 : 00 future now might be v Nand

[@saileshshiwakoti2160]

O nice

[@timothybower696]

OK very good ok!

[@vaibhavSaid]

This is why called sir = GOD

[@srikanthvattukuti1131]

Why -ve elections in floating gate stores y not +ve
Thanks

[@ajazamin9843]

thats what an IITan stand for

[@MrLoverguy13]

nice lecture...well explained...but flash memory he covered in a flash...didn't explain anythng :-(

[@wicky4me]

koi mujay aysi kisi book ka bataiey ga jo urdu mai ho ya phir yay sab kuh jo kisi urdu website per ho plz........................

[@Lopatoid]

Nice lection, OK?

[@amarkamble123]

nice

[@randhawafzr]

Great lectures !!

[@ybhavd]

Minor mistake: 38:00
He says.. Flash EEPROM is bit erasable..

[@ratnakarsurya3043]

Vaibhav Deshpande thats true

[@junaidasim1021]

Its shows that you have understood the lec_!

[@NikhilSharma-wh9rt]

Bhaishab 13 saal pehle bhi TH-cam pe padaii hoti thii 😂😂

[@finlx]

That intro is so 90s

[@nalinvardhan9688]

+finlx videos were shot in 90s

[@fisshbone]

+finlx ALLAHU AKBAR

[@gustavocasanova4322]

Aguante APU!!

[@fasilaah]

Very good explanation ..
May allah guide you to islam if you not..

[@sauravpoudel308]

the chalk ugh! my ears

[@deividt321]

Ok?

[@ferass240]

not OK !!