U5L2 | Characteristic of Logic families I Noise margin | Propagation Delay| Noise Immunity | FAN OUT

parameters used to characterize logic families
#logic family
#digitalelectronics
#digitalsystemdesign
#dsd
#aktu
#logicfamilies
In this video i have discussed about characteristics of Digital logic families like
propagation delay/ speed of operation
FAN IN
FANOUT
FIGURE OF MERIT
NOISE MARGIN
link for introduction to Logic Families
previous year paper solution
KEC 302
2020-21
SECTION c
QUESTION 4(a)
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[@devicegyan]

Best explanation on characteristics of logic family available on youtube

[@TechnoTutorials2783]

Thanks 😊

[@anshulsharma-qb6oh]

The best explanation to clear basics. Genuinely appreciate the content and explanation, Ma'am

[@TechnoTutorials2783]

Thanks Anshul

[@DhananjayKumar-by5dm]

Excellent Explanation .Really your video is helpful for me. Thank you mam🙏

[@TechnoTutorials2783]

Thanku so much if u like my video then keep watching 😍

[@SillyShe23]

Give a benefit for last revision 😌 Help full ❤️

[@TechnoTutorials2783]

Thanku so.much , keep watching

[@AnkitSharma-wh1mb]

Two days before exam 😊 Thank you Ma'am 🎉

[@TechnoTutorials2783]

Good luck for exam

[@amankharetiya8381]

1 hour before exam 🗿

[@sbbasingh9745]

Nicely explained..

[@TechnoTutorials2783]

Thanks

[@anupamdixit3389]

It is very helpful for us 👌

[@TechnoTutorials2783]

Thank you 😊

[@Vaidehi962]

Thank you so much ma'am. Your video was so helpful for me

[@TechnoTutorials2783]

Thanku so much Keep watching

[@jaiveerrana5691]

Juth kyu bol raha bhai

[@s_4_u.]

Bahut achha samjhate ho mam

[@TechnoTutorials2783]

Thanks

[@aneetakushwaha9058]

Thanku so much ma'am

[@TechnoTutorials2783]

Most welcome Aneeta, Keep watching

[@er.vipinyadav4471]

Good learning mam Thanks

[@TechnoTutorials2783]

Thanku for ur valuable feedback Keep watching 😊😊

[@shriyamparashar2716]

Thank you ma'am

[@TechnoTutorials2783]

Most welcome

[@pratikff8045]

Thank you girl🎉

[@alkkkkkk8369]

thank you mam for all your erffort

[@TechnoTutorials2783]

Thanku for watching Hammed .

[@gyanranjantiwari9396]

Thanks

[@herox250gaming4]

Thankyou so much mam 😇

[@bheem872]

Thank you ❤😊😊

[@ashvanipandey5022]

Thank you mam

[@TechnoTutorials2783]

Thanku ashvani

[@akashmishra1498]

Love u maim

[@sushmakumari-5891]

Well explained ✨

[@TechnoTutorials2783]

Thanks dear

[@lofi_song562]

It's amazing

[@TechnoTutorials2783]

Thanku so much

[@VALUE_FOR_MONEY_VFM]

thank you.

[@zezo2895]

Thank you maam❤

[@FrjejjrhsHshah]

2:35 here tphl is propogation delay from high to low but the signal is going low to high logic mam

[@atoz496]

Ma'am What is full form of ckl's in (figure of merit)??

[@aditiverma_h]

Ma'am why low value is desirable for figure of merit? since it is the circuit's ability to tolerate the noise....It should be high

[@TechnoTutorials2783]

Figure of merit = propogation delay x power dissipation Both should be low so that we get output faster

[@chetan36251]

Mam please provide playlist of this unit digital logic family

[@TechnoTutorials2783]

All 5 units are in one playlist

[@nehaprihar1487]

Noice!

[@TechnoTutorials2783]

? It's noise or anything else

[@arnavraj1463]

Can you provide this subject notes ma'am

[@jay_meladi88888]

Gujarati ma bolo ne medam

[@TechnoTutorials2783]

Gujrati nahi aati

[@thekingofbteup2556]

Thanks a lot mam

[@B.techPsitWallah]

Thank you mam