Digital Electronics Made Easy - Boolean Algebra till FSMs

Here we learn about the most basic building blocks of any processor - Logic gates. How can we represent most common examples using logic gates ?

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We will learn about the laws made by some self taught genius mathematician and how they are applied in Digital Electronics

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This is the last lesson of the basics. We learn what's Demorgon's Laws and how it can help simplifying boolean expressions

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In this lecture we learn about K-Maps and how they help in simplifying boolean expressions

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In this lecture we learn about 3 and 4 variable k-maps and tricks to quickly identify patterns

Here we Discuss K Maps with 4 variables and Solve some examples with crucial corner case conditions

We also start the topic of Numbers Systems - Decimal, Binary, Octal, Hexadecimal,etc.

In this lecture we discuss converting numbers from one system to another and also tricks to get it done faster
We also discuss introduction to signed and unsigned numbers

WE are designing a digital circuit ! In this lesson we discuss how to go about designing half adder, full adder, full subtractor and how to extend it as per our requirements

We have just started learning to design circuits, so one question that pops up is How fast do the circuits really work ? Can we optimize it ?

Here we learn what are timing diagrams and how they can be used to understand the behavior of the circuit.

Introduction to Processor Speed, Memory Elements like RAM,ROM,caches
Latches Understanding
Asynchronous Circuits and Behavior

Why are Flipflops needed when we have latches?
What are the advantages of Flipflops over Latches ?

We design a Ripple Counter and Synchronous Counter that can be used for festive lighting !

We learn to build our First Practical Full Fledged Digital Circuit! It's going to be Legen- Dary!

This is the Final Lecture of the Series where we design a FSM with both Mealy and Moore Machines