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In this article, I will explain how to write a verilog code for a Full Adder Circuit on Vivado sosftware by using two Half Adders. First of all, you need the block diagram that actually depicts the relation of half Read More …
what are the half adder and full adder circuits? How to design Half adder and Full adder circuits? Adders are the circuits in digital logic design that are used for performing the addition of binary numbers in computers or any Read More …
How to Design a 4-bit Magnitude Comparator? In this article you will learn about how to design a 4-bit magnitude comparator circuit and how their Boolean function equations are derived. Then I have generalized this concept to n-bit comparator. Also Read More …
What is a Full Adder Circuit? A full adder is a circuit that adds three inputs (A,B,Cin) where Cin is any carry in while performing addition of binary numbers and produces output Sum and Cout which is the carry out. Read More …
what is the difference between Mealy and Moore models? what is the difference between Mealy and Moore models? Mealy and Moore models are the basic models of state machines. A state machine which uses only Entry Actions, so that its Read More …
Introduction to Counters: What are the Different Types of Counters? The output of the counter, a digital device, has a quantified state based on the submissions of the clock pulses. You can count the number of pulses using the counter’s Read More …
What are the Flip-Flops and Registers in Digital Circuits? What are the flip flops and registers in digital design? Lets see each one of them in little detail. Flip Flops: In electronics, a flip-flop or latch is a circuit that Read More …
Airbag Deployment System in Modern Vehicles Airbag systems are critical safety components in modern vehicles. They are designed to deploy airbags within milliseconds of a collision to protect passengers. This precise, fast response is enabled by digital logic circuits. Digital Read More …
Two numbers are greater or less than :
To illustrate whether A is greater than or less than B, we check the relative magnitudes of pairs of significant digits, starting from the most significant digit. If the two digits of a pair are same, we compare the next lower significant pair of digits. The comparison continues till a pair of unequal digits is reached.
Introduction to BCD Numbers How to Perform BCD to Gray Code Conversion? BCD stands for binary coded decimals which means we have assigned binary codes to the decimal numbers. The range of BCD numbers is from 0 to 9. That’s Read More …