4-Bit Even Parity Generator

[@goshkianjali4934]

Ur God gifted to ECE students .. thank you sooo much to U & ur team and channel . God bless you 🙏

[@udaykiranbade7872]

Which year are u studying?

[@albaraa2692]

@@udaykiranbade7872 why yiu asked him

[@human-7618]

@@albaraa2692trivial human curiosity.

[@sayyadazeed1923]

hello bro Engineering Physics student here

[@divyanshsharma813]

such a great explanation ........ no one would have explained it in such a way... great work man.... keep growing.....

[@summaalchemica364]

One of the most beautiful logical simplifications I've ever seen. Thank you very much sir.

[@amitjaunjal4739]

Thank you Neso Academy for such great vedios . I promise, when I will be rich, I will help you financially.

[@chiefjudge8456]

when I become rich*

[@Manojkumar-uk6tq]

they are still waiting

[@devaharshabt5414]

Did u become rich now?

[@waleedbutt4980]

u rich yet?

[@_NiAL_]

have you??

[@rachitmittal448]

@NesoAcaddemy The Playlist is in wrong order. 4Bit Parity Generator Video is 96th video instead of 70th. Please correct this.

[@stable577]

Thanks

[@saviteshchaturvedi9956]

thanxx sir....you are doing great job....basics gets clear after watching these videos....thanks a lot

[@saurabhjindal2775]

Such a good resource for the aspiring students

[@AlanMedina314]

This video was very good at explaining even parity detection.. Thanks for taking the time to make it. -Alan

[@elephantsofthemoon4544]

That was beautiful to watch. Thankyou

[@user-em9mw9ch3y]

9:32 Sir, you mean to say "XOR" and not "XNOR" right ? Please notify it.

[@kanhasahu3366]

I think his voice is strangely metallic here

[@nivethameera9043]

Thank you so much sir 😊

[@fanzo9479]

Thank you so much sir for the explanation

[@novaroonojah7075]

the shortcut is helpful. thank you

[@bhagiallala8897]

Sir please give clarity on last step how to convert ex-nor operation

[@DownJeans641]

Thank you so much, man I was so so confused

[@arabinking]

can you please do a 3-bit parity checker circuit? using exclusive gates

[@venkulu4122]

Sir l recently seeing your vedios ,very helpful.

[@biboswanroy6699]

Sir if you could start such amazing vedios in analog as well it would be great.

[@simp9461]

He did

[@techad7346]

thank you. this is very useful video.

[@nishitadash971]

Design a 4-bit even parity detector? Is this thing almost similar to what u told or are they both two different things?

[@somu42]

cant find more parity generator videos

[@nadddiii5610]

Thank u so much sir🍁

[@AnythingGoesCodes]

spoiler: 4-Bit even parity generator requires 3 XOR gates number_of_bits - 1 = number_of_XOR gates required

[@tanushkdixit7361]

Thank you so much where can I find your tabular method with don't care?

[@1Eagler]

The xor gives the even parity check for 2 digits. Then the outputs of the two xors are xored again to find the parity.

[@yashpatel1586]

May I assume that this is the Asynchronous Sequential Circuit Design of an Even Parity Checker/Generator?

[@sitvatzehra5607]

Could you please upload videos related to output lines required after multiplexing while adding parity bit to a four bit word

[@haarishk2302]

thanks a lot u saved my internals

[@bernardopoku5089]

awesome, Good Teaching skills! Thanks

[@TECHV-tw6qp]

sir u told in last presentation.you tought piority bit..but i never found privous lecture on this,,,,,,,,,told me leacture no about piority bit

[@abdulwaheedsayed5246]

skip the 4 videos numbered 96, 97, 98, 99 for now watch it after you have started with sequential circuits, which is much later in the series

[@abdelrahmanmohamedsalah8566]

is it going to be the same if the one's switched places with the zero's on this board is it going to be XNOR between the inputs?

[@rohit7976]

In the case of the checkboard condition, is it compulsory to get EX-OR of all the variables, because in the case of a 4-bit odd parity generator the end result is EX-NOR of all the variables? I'm a little bit confused

[@anandukannan1492]

Thank you sooo much.

[@rishabhjain1294]

Why is the truth table different than normal

[@davidwarner2491]

How should we implement 4 bit parity checker circuit?, do we get 5 variables or 4?

[@nareshbabuvaka1017]

Explain about 9 bit parity generator?

[@giridharan6989]

Can you confirm it whether it is even or odd parity generator as I refered with nptl letures it is odd parity generator kindly check once again

[@JAHANGIRALAM-ks9vf]

very helpful

[@Hanutabluta]

thanks!

[@simim4145]

What is the value po in odd parity generator

[@bhagiallala8897]

Sir in lecture check board configuration you can change exnor how can you change please explain me

[@mimikausik548]

sir can you show us the ckt diagram for that

[@jimitsoni18]

2:22 to 2:58 WHAT ARE YOU DOING!?!?

[@JollyAZ]

Yeah i hate when they do shit like that and dont explain why

[@pottakrishnamohan8832]

Sir how will I know the error if even number of bits change due to noise

[@honeysingh1073]

sir I have a doubt .. like you have taken inputs in the sequence b3 b2 b1 b0... can I take b0 b1 b2 b3.. please reply sir

[@honeysingh1073]

in the truth table I mean....

[@8DLegends]

In The Circuit Simulator It Wont Work for XOR , Its Not Working In the circuit simulator

[@ashishbajpeyi8180]

too good

[@ankita_apurva]

In the videos, why is the short form of Karnaugh map written as K' map and not K map?

[@ajaykumar-os6ir]

great!!!

[@nickhilpatil]

Keep your lame queries with you only. 😑

[@guy.with.moustache]

Go back to kitchen

[@pikorabbasu9732]

sir why is it known as check board configuration??

[@anilkumarsreesafety]

0&1 representing black and white respectively

[@shuvambanerjee939]

sir plz upload lectures on microprocessor and microcontroller,.,.& ram , rom

[@shehbazali1915]

is it for only 4 variables or 5,3,2 also.. chk brd config.

[@riosayan6587]

you have a silly mistake at 9.07

[@vikupilot]

nice sir

[@khayerkhan1426]

i am confused ,,it is odd or even parity,,,,what???? May be it is odd parity..........

[@AyushMandowara_xx7]

for even parity, number of 1s is odd. parity bit is assigned 1 in this case. So total number of 1s becomes even. If number of 1s is even, then parity bit is assigned 0.

[@currentnexus]

@@AyushMandowara_xx7 thanks

[@bhagiallala8897]

Sir in which video section you can give clarification on changing exnor to exor operation

[@saravanansoundhar8517]

please show more examples sir...........

[@PooyaHemmati]

Wow thank you man ;)

[@Mohammed-jt2fj]

Sir be exnor b2 ko b2 xor b3 ka hole bar kaise likh diya reply sir please

[@seetaramaraju4]

by using demorgans theorem (A XOR B)'=A XNOR B

[@ltd5480]

Summary: Checkboard = XOR

[@dineshsrikar8758]

Me after 9:42😳😭

[@Abood-wn1fi]

Same happened to me now 🤣🤣💔

[@sa3dclay859]

thanks

[@devyanisingh7744]

parity checker? some one help me please tomorrow i have my exams

[@montysingh3649]

not very clear explanation