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.
We will discuss the following topics in today's lecture:
What is Adder?
What is Full Adder?
Working Principle of 4-bit Full Adder.
Simulation of four-bit full Adder in Proteus ISIS.
What is Adder?
Let's recall the Adder Definition from our previous lectures:
Adders are Digital Logical Circuits, specially designed to add two or more binary numbers or bits.In the world o ...
Hi Guys! Hope you’re well today. I welcome you on board. In this post today, I’ll walk you through the Introduction to Arduino Nano 33 BLE.
Arduino Nano 33 BLE is an advanced version of Arduino Nano board that is based on a robust and powerful processor the nRF52840 from Nordic Semiconductors, a 32-bit ARM® Cortex™-M4 CPU. It comes with a crystal oscillator frequency of around 64MHz. It features 32 times bigger program memory than the Arduino Uno board, helping you store programs with much larger memory. With this device, you can produce a lot more variable as it comes with RAM that is 128 times bigger than the RAM of Arduino Uno.
Before you move further, I recommend you read this article on the Introduction to Arduino Nano which we have publish ...
Hi Guys! I welcome you on board. Happy to see you around. In this post today, I’ll walk you through the Introduction to ATmega4809.
The ATmega4809 is a type of microcontroller that belongs to the megaAVR® 0-series. It features an AVR® processor with a clock speed running at up to 20 MHz. It comes with a Flash memory size up to 48 KB, 256 bytes of EEPROM, and 6 KB of SRAM. It is available in 28-, 32-, 40-, or 48-pin packages.
I suggest you buckle up as I’ll detail the complete Introduction to ATmega4809 covering datasheet, pinout, features, power ratings, and applications.
Let’s get started.
Introduction to ATmega4809
The ATmega4809 microcontroller belongs to the megaAVR® 0-series that contains an AVR processor.
The series carries low power ...
Hello Pupils! I welcome you to The Engineering Projects. I hope you are having a good day. In our previous lecture, we discussed Half-Adder Circuit Designing with XOR and AND logic gates. Today, we are going to design the same circuit using universal logic gates i.e. NOR and NAND gates.We are going to learn the following topics, in today's lecture:
What is Adder?
What is Half Adder?How can We make Half Adder Circuit through NAND Gate?
How can We make Half Adder through just NOR Gate?
Hence without wasting time, Let's find all the Answers.
What is Adder?As we discussed in the last lecture, the DLD Adder is a simple electronic circuit, used to add binary numbers in bit form.There are two types of DLD Adders, named:
Half Adder
Full Adder
In this article, we'll f ...
Hello friends! Welcome to another useful article of The Engineering Projects. I hope you are having a shinning day. Let's add some reproductive information in your day. Today we'll grasp about the establishment skills in Engineering Consultant Firm. Consequently, we'll learn about 6 tremendous ideas for the Establishment an Engineering Consultant.
Starting any business can be difficult. As a matter of fact, some individuals state that around a third of new enterprises fail within the first year of operation. From there, this does not get any easier. These numbers increase to half by the second year of running a business.
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Hello Pupils! I welcome you to The Engineering Projects. I hope you are having a good day. In our previous lectures, we simulated almost all the DLD Logic Gates i.e. AND, OR, NOT, NOR, NAND, XOR and XNOR. I hope now you must have a complete understanding of the logic gates and their working.
Now, it's time to have a look at the reason for inventing these logic gates. These DLD logic gates are used to design different numerical modules i.e. adder, subtracter, multiplexer, de-multiplexer, encoder, decoder etc. These arithmetic modules are normally used in electronic products i.e. a simple microcontroller has numerous adders/subtractors for properly calling the registers' addresses.
So, from today onward, we are going to discuss these applications of logic gates one by one. Today, we wi ...
Hello Learners, hope you are doing well. I am here with a new tutorial. We'll discuss about Junction Field Effect transistors. In this tutorial, we will learn the basic Introduction to JFET nad will also have a look at its practical Implementation and simulation in Proteus.
Basically, Junction Field Effect is a type of transistor, similar to Bipolar Junction Transistors but they have different characteristics due to some reasons as discussed below:
Introduction to JFET
We Define the JFET as:
"Junction Field Effect transistors or simply JFET is the semiconductor ,Voltage Control, three terminal device that is present in both configurations either N channel or P channel."
JFET are named so because the the operation of JFET relies on the Field of th ...
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 Simulation
Applications of Exclusive OR Gates
Exclusive OR Gate(XOR Gate)
In the Exclusive OR Gate(XOR Gate), the output will be HIGH(1), only if the odd no. of inputs is HIGH(1) and at least one o ...
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.
In this tutorial, we'll learn the following concepts:
What is a NOR Gate?Why NOR is called Universal Gate?
How to derive other Gates through NOR Gate?
Advantages of NOR Gate.
Let's begin the exploration:
What is a NOR Gate?"NOR gate is designed by inverting the output of an OR Gate, so it gives a HIGH output, only when all the inputs are LOW."In simple words, a NOR Gate has an OR Gate followed by the NOT Gate, as shown in the below figure:
...
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.
In today's tutorial, we will learn the complete information about:
What is Adder?
What is Full Adder?
How is the Truth Table of Full Adder?
How can we design Full Adder in Proteus ISIS?
What are the uses of Full Adder?
What is Adder?
Recalling from our previous lectures:The Adders are simple Logical Circuits that take the bits in as the input, sum the bits together and generate the sum and the carry at the output.Adders are present in computer architecture, mainly to control the ...
