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Digital Logic Circuits
Last updated: Mar 4, 2022

Digital Logic Circuits

We've been learning about logic gates, which perform simple operations like addition, inversion, subtraction, multiplying, and dividing; these are the building blocks for any circuit, particularly computer architectures. In this section, we will learn about its implementation, various GATES, their combinations, and the circuits that can be built with them.
Logic Gates
In this article, we will discuss different types of Logic Gates.
Author Vibhor_376
1 upvote
Difference between JFET and MOSFET
In this blog, we will learn about JFET and MOSFET transistors and then we will move on to look at the difference between JFET and MOSFET.
Author Avni Gupta
1 upvote
Encoder in Digital Electronics EASY
Digital Electronics, a field focusing on electrical circuits designed to process and manage digital signals, primarily operates on binary logic, using '0' and '1' to represent these signals.
Author Akanksha Burnwal
0 upvotes
Decoder in Digital Electronics EASY
A Decoder in Digital Electronics is an important device used to convert binary code into a set of signals. It’s used to convert binary signals to octal code.
Author Sanjana kumari
0 upvotes
Difference Between Latch and Flip Flop EASY
This article provides an overview of the differences between two types of digital circuits, latches and flip-flops, and explains their use in digital systems.
Author Aayoushee ahlawat
2 upvotes
XOR Gate MEDIUM
In this blog, we will learn about XOR Gate. We will understand its symbol, truth table, and much more for better understanding.
Author Ravi Khorwal
0 upvotes
What is Flip Flop? MEDIUM
In this blog, we will learn about What is Flip Flop. We will learn about truth tables, symbols and much more for better understanding.
Author Sinki Kumari
0 upvotes
Half Adder in Digital Logic
This article will cover Half Adder in Digital Logic, it’s operation, truth table, k-maps and frequently asked questions of half adder in digital logic.
Author Shiva
0 upvotes
Carry Look Ahead Adder EASY
In this blog, we will learn about What is Carry Look Ahead Adder. We will learn about truth tables, symbols and much more for better understanding.
Author Riya Singh
0 upvotes
Universal Gates EASY
In this blog, we will learn about Universal Gates. We will learn about truth tables, symbols, and much more for better understanding.
Author Rahul Singh
0 upvotes
NAND Gate EASY
In this blog, we will learn about NAND Date. We will learn about truth tables, symbols and much more for better understanding.
Author Rinki Deka
0 upvotes
Full Adder in Digital Logic MEDIUM
In this blog, we will learn about What is Full Adder in Digital Logic. We will learn about truth tables, symbols and much more for better understanding.
Author Ravi Khorwal
0 upvotes
Combinational and Sequential Circuits EASY
In this blog, we will learn about Combinational and Sequential Circuits. We will understand its core concepts, its usage, and much more for better understanding.
Author Gaurav Gandhi
0 upvotes
Full Adder Circuit MEDIUM
In this blog, we will learn about Full Adder Circuit. We will understand its core concepts, its usage, and much more for better understanding.
Author Rinki Deka
0 upvotes
Half Subtractor EASY
In this blog, we will learn about Half Subtractor. We will learn about truth tables, symbols, and much more for better understanding.
Author Pallavi singh
0 upvotes
Johnson Counter EASY
In this blog, we will learn about Johnson Counter. We will understand its core concepts, its usage, and much more for better understanding.
Author Gaurav Gandhi
0 upvotes
Boolean Algebra
This blog will discuss Boolean Algebra-Function and its complement, Truth Table, Logic Diagram, Expressions, and Laws.
Author Saloni Singhal
0 upvotes
XNOR Gate EASY
In this blog, we will learn about XNOR Gate. We will learn about truth tables, symbols and much more for better understanding.
Author Gaurav Gandhi
0 upvotes
Difference between Programmable Logic Array and Programming Array Logic
In this blog, we will discuss the difference between pla and pal thus concluding which one would be a better choice for your project.
Author Gaurav Gandhi
0 upvotes
Map and Map Simplification
This blog explains the Karnaugh map (K-map) Boolean algebraic simplification approach. It also consists of a brief discussion of the advantages and drawbacks of K-maps.
Author Pranay Chauhan
1 upvote
Difference between Multiplexer and Demultiplexer EASY
Multiplexers and demultiplexers are combinational circuits. Multiplexers select an input from several inputs and then transmit it as a single line.
Author Sourabh
1 upvote
Difference Between TDM and FDM
TDM (Time Division Multiplexing) works with both analog as well as digital signals whereas FDM (Frequency Division Multiplexing) only works with analog signals.
Author Sanjana kumari
1 upvote

Combinational Circuits

Combinational circuits are designed using various combinations of logic gates. What distinguishes combinational circuits from others is that they have no memory and rely solely on the current input. Combinational circuits are an important component of larger circuits and systems. In the following section, you will learn everything there is to know about combinational circuits.
Combinational Circuits MEDIUM
This blog will discuss combinational circuits and their types, along with all the necessary information required to understand the concept.
Author Saloni Singhal
0 upvotes
Adder
In this article, we will learn about adders and how it’s essential in a digital circuit.
Author Aditya kumar
1 upvote
Subtractor
This blog will discuss Subtractor, Half Subtractor, Full Subtractor, and N-Bit Parallel Subtractor.
Author devika varshney
0 upvotes
Wien Bridge Oscillator EASY
Wein bridge oscillator is a type of oscillator that helps to make the sine waves as an output. We can use the Wein bridge oscillator to generate a huge range of frequencies.
Author Sagar Mishra
0 upvotes

Sequential Circuits

Sequential circuits are the inverse of combinational circuits in that they have memory and respond to both current and previous inputs. Similarly, they construct circuits for larger circuits and systems. Learn more about flip flops, counters, and registers, which are essential components of sequential circuits.
Introduction to Sequential Circuits
This blog will discuss sequential circuits and their types, along with a brief introduction to flip-flops and latches.
Author Saloni Singhal
0 upvotes
Flip Flop An engineer understands the significance of Flip Flop in a logical system. There are several types of flip flops, including SR flip flops, D flip flops, JK flip flops, and T flip flops. These are basic memory storage devices that primarily store single bits.
Counters Counters, like Flip Flops and Registers, play an important role in sequential circuits. The name of the counter explains how it works: it stores a count of the number of times any defined process occurs. Learn more about its applications and different types.