Logic Circuits Design From Boolean Expressions Using NAND Gates | Question 2 | Digital Electronics

In this video, we are going to discuss some more questions on logic circuit design from boolean expressions using NAND universal gates.
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Sensors, Transducers and Instrumentation : • Sensors, Transducers a...
Computer Networking and Data Communication : • Computer Networking an...
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Circuit Theory : • Circuit Theory
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#digitalelectronics #digitalcircuits

[@primecontrolengineer]

was it really neccessary to go all that long procedure instead of just using the de morgans theorem ...i was confused on the way yet it was jst short

[@dylanhendry4421]

Thank you

[@murphysun4087]

Thanks !

[@Sylvester307]

Please if one is asked to complement or implement a logic function, is it just to double complement the function(please help anyone).

[@vinohkarunanithi5157]

Tq..

[@nituthakur5195]

According to de-morgons theorem A compliment or B compliment =A. B whole compliment. To kya hum direct put nhi kr skte

[@funnyvideos-xj6vq]

At the end u totally confused us and done nothing, in ur previous video ur explanation was good but in this u done nothing accept confusing ..

[@JahidHasan-tr5pv]

X=(A'+B)C' Solve it plz

[@captainteemo7342]

X =(A'+B)C' (X')'={[(A'+B)C']'}' =[(A'+B)'+C']' =[(A'+B)']'.(C')' =[(A')'.B']'.C =(A.B')'.C

[@kymanikerr4610]

I'm uncertain that you know how to use de-Morgans theorem your calculation didn't make any sense nor was it explain efficiently enough to the point that you left me confused

[@Itiayo...]

Exactly, quite inconsistent with the first video

[@sydneytalkerofficial6006]

At the end u haven't explained well... But thanks anyway

[@ENGINEERINGTUTORIAL2468]

Thanks for the feedback.