In the realization of NOT , we have to specify the position of switch too, because output in the circuit is not depend on the input alone. Or the circuit may be some kind of relay circuit.
Hindi translation bohot accha hai par slides change hone ke baad tak previous slides ka information discuss ho rha hai usse problem ho rha hai please isko thik karein
Cause digital circuits work on binary, either 0 or 1 and 5V is the standard voltage that represents the level 1 in digital language, in practical purpose this level can be anywhere between 3.5v to 5.5v,
Transistor starts from 26:44
In the realization of NOT , we have to specify the position of switch too, because output in the circuit is not depend on the input alone. Or the circuit may be some kind of relay circuit.
Thank You sir for Nice Explanation
sir are we not losing data by making approximations of the actual signal in order to have the data represented in quantized form?
of course, we lost signal that for less error in digital signal we take more quantization level or bits
Hindi translation bohot accha hai par slides change hone ke baad tak previous slides ka information discuss ho rha hai usse problem ho rha hai please isko thik karein
why we apply +5Vdc to gates ?????
Cause digital circuits work on binary, either 0 or 1 and 5V is the standard voltage that represents the level 1 in digital language, in practical purpose this level can be anywhere between 3.5v to 5.5v,
Can anyone please help to find pdf of these notes
You will find them on nptel website but some Idiot had put a big dark watermark right in the centre covering the content, make handnotes.😂😂
interesting
Sir B.Tech ECE department student ,please can you also tell us about the book which we should used to study the DIGITAL ELECTRONIC Circuits subject .
Digital design Morris M Mano
Fundamentals of digital electronics
- A.Anand Kumar
I con't abil to see the spelling at end topics
Professori: It is "Discrete", not "Discreet"!