Truth Table, Characteristic Table and Excitation Table for T flip flop

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I have confused in the class during the lecture.As soon as i watched ur videos i get better grip on flipflops.So i dont want to byheart the notes.Its all because of sir.

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probably the best tutorial for Digital Elec on Internet

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[@shan9287]

Thank you, sir. You're the best teacher.

[@Hiarling]

After watching the previous videos, now i have paused this video and made the characteristic and excitation table by own. 🤟

[@sairajdas6692]

This is extremely helpful. Thanks a million, sir.

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Thank you for making every little concept clear

[@8bit_hero850]

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Best playlist for Digital Electronics

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Others : If you don't understand go watch previous videos My bro (Neso Academy) : Lemme explain you again🙂 1:23 Lob u

[@AshishY98]

Amazing lecture of flip flop to learn everything about it . Best wishes for next lecture

[@3sh66]

please upload videos on how to write vhdl codes which are must for all competetive exams

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U r great sir...u helped us a lot lot....very intuitive lectures sir.....thanks for this novel support ☺️

[@vishalsathiaseelan679]

Sir, I am commenting & liking every Digital Logic video. Tqvm sir.

[@markfinn825]

You do good videos. My t flip flop uses a few more parts but is easy to understand. Each time it's input is changed from unenergized to energized to unenergized it's output toggles once. There is no race around condition

[@snehalmachan]

Sir, Thank you for such clear explanations

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These are real good lectures and thank you sir very much .But please mention what is the next lecture will be at the end of every lecture..

[@AmanDeep-bd5kg]

It is so good explanation sir. Thanks a lot for this.

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sir its adivice to add its practical application in presentations as well :) rest is perfect

[@ShrinithiVijayakumar]

Its really Amazing Sir 🎉.. Thank You so much for your videos 🎉🎉

[@water7875]

very useful video,where can i get the practice problems?

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Your lectures are amazing.❤ Thanks a lot

[@LeelasrikanthDamera]

00:09 - Understanding T flip-flop behavior with clock and T input. 00:57 - Understanding T flip flop's truth, characteristic, and excitation tables. 01:36 - Understanding characteristic and excitation tables from truth tables. 02:12 - T flip-flop state depends on current state and input values. 02:50 - T flip-flop toggles output based on input state T. 03:30 - T flip flop tables link characteristic and excitation results. 04:15 - Understanding T flip-flop behavior from the characteristic table. 04:54 - Overview of T flip-flop operation and practice problems.

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sir please keep problems examples awesome sir u are

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Thank you sir

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the way you explain i liked it very much

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these are really awesome videos and the way in which you explain is also fantastic. Just one thing though, if you improve the video quality it would be really nice, i mean that the characters will be more visible and clear.

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thank you

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I just love the way you explain. But I can't find a single lecture on intoduction on D flip flop.

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its there in his previous lectures

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Exam saviour ❤️

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I scored 80/100 in DIGITAL ELECTRONICS

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THANK YOU SIR

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Amazing sir

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really helpfull wow !!! thanks for explaining in every video ...........

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Thank you sir.

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Thanks.

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thank you so much sir

[@umarhayyat5524]

Thank you!!!

[@sudeepsudarshanrana800]

T flipflop is obtained from master-slave JK flipflop or only JK flipflop? (Race-Around/Racing can be there if T is derived from normal JK ; rectify if wrong.)

[@ececse]

thankyou sir

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It was very useful man,

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enjoyed and learnt

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Very helpful...thank u soo mch..

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thanks.

[@hariharan-yi8tf]

Tanx bro

[@poojanpujara8643]

Sir, could you please provide practice problems?

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Please upload the video that how to make timing diagram

[@ELURI_VIVEK_KRISHNA]

tq sir

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very beneficial

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Ultimate videos

[@raghulmanikandan]

I didn't understand @5:20 odd 1's detector is EX-OR..Can you explain please?

[@athena2597]

Also, draw the K map between T and Qn to get the answer.

[@gowdaknnaveen8912]

the output of CTT is same as the output of XOR gate. Hence both are same.

[@kishanbaranwal8331]

love u sir

[@mitrasen2295]

Thanku so much sir Sir could you suggest me how should I get practice more from GATE &IES point of view Is it sufficient or we need to more practice

[@shreyasks3683]

What is the use of characteristic table and excitation table..?

[@AnkitKumar-jv6xi]

U have to study furthermore in ur college

[@MariaSantana-jv6tw]

does anybody know where to find the practice problems he mentions at the end of the video ???

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good

[@bhagyasripaila5853]

Sir i need problems for practice

[@oligosite1027]

Sir i can't able to understand at the last moment qn xor t expression.....????

[@shirinnurlyyeva508]

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[@mahbuburriad1577]

in characteristic T.T. how it is 1 0 = 1 ? qn's value is 1 so its complement should be 0. i dont understand this part

[@SubikManandhar]

when T=0 we dont see Qn's value...the toggle state is when T=1

[@saugatadas5518]

Wonderla......

[@rishabhmohansharma2566]

If T flip flop is just made using JK flip flop. 1-1 state shouldn't be race around ?? How is 1-0 state in characteristic table is 1 , I feel it should be not defined. Please help

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[@hasiniishanka9417]

❤

[@AbhijeetKumar-pk8tg]

where are practice problems

[@shashikumarsv8489]

U said when j=1,k=1 their is racing condition in output But in T flip flop no master slave flip flop You are telling toggling How?

[@likhitchand8967]

Because of edge triggering

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[@amansaxena2832]

If, T:-0011,Q(n):-0101then,Q(n+1):-0110. Is it right TT for T-ff

[@Ieatgoodstuff]

Amazing !!! Clear explanation