This video walks you through the grouping of terms in KMAP to simplify the boolean expression.
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Based on the boolean expression, determine the number of variables present and select the respective K-map. If the Boolean...

This is an introductory video on K-maps in digital electronics series.
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What if instead of representing truth tables, we arranged in a grid format. This grid-like representation is called Karnaugh Map or Kmap. Each...

Digital Electronics 01. <br/>
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This is the first video in the series on Digital Electronics which covers some of the prerequisites for the

This video explains Gray code used in error checking in digital communications using examples for the tutorial of Digital electronics. The gray code uses mirror technique to generate the bits for succesive decimal values. This...

A description of HIGH and LOW logic levels and binary.

Digital Electronics 03. <br/>
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Negative numbers use a signed bit for representation. Watch this video, to learn more about it, and know about the one's and two's complement form.

Digital Electronics 05. <br/>
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This video explains arithmetic operations of Multiplication and Division of binary numbers using examples.

In this video, various laws of boolean algebra are explained such as commutative law, associative law, consensus theorem, Distributive law, Idempotent law, Complementary law, the law of union and law of intersection. You don't have to...

This video walks you through the construction of half adder. The half-adder circuit is useful when you want to add one bit of numbers. A half adder is built using just two gates, an AND gate to give us the carry term and XOR gate to give...

In this video, we will see how to optimize the digital circuits using Boolean Algebra. The famous De Morgan's theorem is explained using examples. The De Morgan's theorem is used widely for solving digital equations and simplifying...

This video walks you through the creation of Truth tables, and construction of basic gates like AND, OR and NOT.
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Logic gates are the basic building blocks of any digital circuit. This video explains the logical significance...

Sneak Peek - What are Basic Logic Gates? - AND Gate

One requires different IC's for different electronic gates in building digital circuits. How cool it would be to construct any gate using just a single IC. Yes, it is possible.
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There are some gates like NAND and NOR which...

This video takes the viewers, step by step to four different derived gates, i.e. NAND, NOR, Exclusive OR and Exclusive NOR. Watch this video to learn more and see the interesting practical applications explained using these derived gates.

This video explains the construction of NOT gate, AND gate, OR gate, Exclusive OR gate and Exclusive NOR gate using NAND, the universal gate. <br<br/>/>

It explains how to construct gates using a minimum number of gates.

This video explains Binary Coded Decimal (BCD) and Excess-3 code using examples for the tutorial of Digital electronics. 21 in decimal is converted to BCD and 5 in decimal is converted to Excess-3. Examples are solved to make the viewer...

Electrical engineering encompasses a broad range of subdisciplines included electronics, RF, controls, signal processing, instrumentation, power, and much more. This video covers a quick overview of those fields and then goes into the...

In this video I discuss electrical engineering vs computer engineering and how to know which major is right for you. Both these engineering disciplines share a lot of classes in undergrad. They both encounter circuits,...