This video explains why we consider multiplexer as a universal logic and how we can realise any kind of logic function using only multiplexers. Also it explains the usage of multiplexer as a universa...
This video explains the concept of Subtractor and it’s basic logic circuit from the truth table. Also this video explains how we realise such subtractors through adders only, using 2’s complement...
Explains the concept of Encoders and Decoders and how we can use them to design the electronics systems like PCs, especially with ASCII, American Standard code for Information Interchange standard.
Explains the complement representation of binary number system, like 1’s complement and 2’s complement, more importantly why 2’s complement is preferred over 1’s complement for th...
Explains the number systems in Digital Electronics and also addresses your query, why do we need different number systems like Octal or Hexa Decimal when everything happens only in terms of Binary in...
Explains the need and concept of a configurable testbench. Also it explains how we implement the reusable testbench and testcases in SystemVerilog language. More importantly, how we generate differen...
Explains the complete verification process. How we verification engineers start off with the verification plan, create testbench and testcases in SystemVerilog , and then finally how we automate the ...
This video explains the need of Digital Electronics to realize the electronic systems like smart phones. It also explains how one should approach Digital Electronics to learn and apply the concepts f...
This video explains the concept of Finite State Machine with an example of realising an ATM controller. With this real time example, one can understand the concept of state, transitions and sequence....
This video explains how we realise any electronic system through both hardware and software. Also one can understand the process of creating the design specification, the important details we should ...
