XNOR Gate Vs XNOR Function | 3 Inputs XNOR gate | GATE EC 2010, GATE EC 2015 | Digital Logic | NOTES

[@SaurabhMishra0709]

Thank God Go classes exists to clear the misconceptions of many students, otherwise most of them just byheart these things...
Thankyou sir

[@aniteshbarman7]

Beautiful and crystal clear explanation sir ❤
Particularly at this point many people have misconceptions regarding this 3 i/p Xnor, Xor complement and Associativity
Thanks a lot for clearing this doubt 🙏

[@GOClassesforGATECS]

Thank you for your beautiful feedback. It motivates us. Please share the video with all GATE aspirants.

[@neelparekh1759]

😊

[@programmingwallah2905]

Thank you sir for explaining this concept❤

[@adityalahkar1043]

This difference is nowhere except here. very very grateful 🙏

[@R_a_w_a_l]

Thank you sir before watching your lecture I'm doubting my whole preparation........Now I'm feeling confident again❤

[@Spiderman...616]

Very nice explanation from deepak sir, so many people having this misconception. Now its going to be clear

[@academicstuff548]

Brilliant explanation.

[@nandurebalaji4991]

Exor is high iff odd number of 1's.
Exnor is high iff even number of 0's.

[@GOClassesforGATECS]

Annotated Notes of this session: shorturl.at/NwpLa (Please Like & Comment. Thank You.)

[@GOClassesforGATECS]

Misconceptions in GATE Computer Science Complete Playlist: th-cam.com/play/PLIPZ2_p3RNHh1eUa2maGFYeI1oc6XBdfA.html&feature=shared

[@rishabhtripathi2489]

sir, how XNOR can satisfy associative law ? because
(a⊙b)⊙c = a⊙(b⊙c) ≠ a⊙b⊙c
@GOClassesforGATECS

[@ashxCS]

a⊙(b⊙c) = a⊙b⊙c are equal bro

[@MrHappYy]

​@@dhanushsonkusare9623 totally WRONG!
watch this video carefully then comment