Hello Learners! Welcome to The Engineering Projects. In the previous tutorial, we discussed the first universal gate i.e. NOR Gate and simulated it in Proteus. Today, we are going to focus on the second universal gate i.e. NAND Gate. We will also derive basic logic gates from the NAND gate, to prove its universality.
<img src="https://images.theengineeringprojects.com/image/main/2020/12/TITLE-OF-nanf.png" alt="Universal Gates, universal gates in Proteus, NAND Gate, NOR Gate, Proteus Implementation of gates, Logic Gates." class="alignCenter" width="384" height="23 ...
Hi Mentees! I hope you all are having a Productive Day. In our previous lecture, we discussed the DLD Basic Logic Gates and simulated them in Proteus. Today, we are going to use these standard logic gates and will design another logic gate named NOR Gate and will also simulate it in Proteus.
<img src="https://images.theengineeringprojects.com/image/main/2020/12/title-nor-as-universal.png" alt="Logic Gates, NOR Gate, Universal Gate, NOR as universal Gate, Proteus and Gates, Implementation of NOR Gate in Proteus, Proteus Circuit Gates." class="alignCenter" width="2 ...
Hey pals, we hope you are doing well. In our previous lecture, we discussed the basic DLD Basic Logic Gates and simulated in Proteus. Today, we are going to discuss another logic gate called Exclusive OR Gate(XOR Gate). We will also design the XOR Gate in Proteus using the basic logic gates(i.e. AND, OR and NOT), discussed in the previous lecture.
In today's tutorial, we are going to focus on:
What are Exclusive OR Gates
Experimental Proof in Proteus ISIS.
How Truth Table of Exclusive OR Gate is designed.
How is its Timing Diagram?
Circuit of Exclusive OR Gate in Proteus Simu ...
Hello Mentees!, I hope you have a productive day. Welcome to The Engineering Projects. In the previous lecture, we discussed the XOR Logic Gate and designed its circuit using basic logic gates i.e. AND, OR and NOT. Today, I am going to explain another Logic Gate named XNOR Gate in detail.We are going to discuss these concepts in today's lecture:
What are Exclusive NOR Gates
Experimental Proof in Proteus ISIS.
How Truth Table of Exclusive NOR Gate is designed.
How is its Timing Diagram?
Circuit of Exclusive NOR Gate in Proteus Simulation
Applications of Exclusive NOR Gates
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Hi Learners! I hope you are having a productive Day. Welcome from the Team of The Engineering Projects. The digital logic circuit that we are learning today is 4-Bit Full Adder. In our previous tutorial, we designed 2-Bit Full Adder using Logic Gates in Proteus software. Today, we are going to design & simulate 4-Bit Full Adder using Logic Gates in Proteus.
<img src="https://images.theengineeringprojects.com/image/main/2021/01/four-bit-2-1.png" alt="Four bits full adder, Adders, Full Adder, Adders in Proteus, Proteus implementation of Four bits Full Adder." cla ...
Hello Learners! I hope you are doing great. Welcome to The Engineering Projects. In our previous lecture, we discussed How to design Half Adder with Universal Gates. In today's tutorial, we are going to design Full Adder with Logical Gates.
<img src="https://images.theengineeringprojects.com/image/main/2021/01/full-adder-full-circuit.png" alt="Full Adder, Full Adder in proteus, proteus implementation of full adders, adders" class="alignCenter" width="300" height="143"
srcset="https://images.theengineeringprojects.com/image/300/2021/01/full-adder- ...
Hello Mentees! I hope you all are doing well. In today's article, we'll learn about the very basic pillar of Digital Logic Circuits i.e. Logic Gates. As we know, the digital world depends on Boolean digits either 0 or 1. So, there's always a need to perform different operations on these boolean numbers i.e. addition, subtraction, multiplication, shifting etc. In order to perform these operations on the binary signals, we use Digital Logic Gates in DLD circuits.So, let's have a look at What is a Logic Gate:What is a Logic Gate?
Logic Gates are designed to perform a specified operation(i.e. add ...
Hi mentees, we are here with a new tutorial. I hope you all are fine. So far, we have been designing combinational circuits i.e. Adder, Subtractor, Multiplexer etc. using logic gates. But from today onward, we will design sequential circuits using logic gates i.e. Latches, Flip Flops etc. Let's quickly recall what's the difference between combinational & Sequential Circuits:
Combinational Circuits:
Combinational circuits only use the current state of the input values to generate the output.Examples of DLD Combinational Circuits are: Adders, Subtractors, Multiplexers etc.
Sequential Circ ...