The conversion of 4-bit input Gray code (A B C D) into the Binary code output (W X Y Z) as shown in truth table 1. The 4-bit input so 16 (${2^4}$) combinations are possible and all of them are valid so no don’t care condition.

Step1: Write the truth table The truth table of Gray code and its equivalent binary code is as shown in table: Step2: Write K – ma for each binary output and get simplified expression The K – map for various binary outputs and the corresponding simplified expression are given below: For output B_3. Simplified expression $B_3= G_3$ For ...

This video explains 4-bit gray to binary converter using k-map

STLD : Switching Theory and Logic Designdesign 4 bit gray to binary code converter circuit using K-map logic gates Lec-70 : https://youtu.be/964DBjj85yULec-7...

Steps to convert the Binary to gray code: Write the truth table showing the relation between the Gray code as input and the Binary code as output. For each Binary code output write a K-map. From the K-map obtain a simplified expression for each Binary code output in terms of gray code inputs. Realize the code converter using the basic gates.

Jun 15, 2023 · Gray to Binary Code Converter is explained with the help of Conversion Table and Logic diagram is drawn by using Logic expression derived from K-Map...more.

May 11, 2023 · Gray code to Binary code converter can be designed in the same procedure as we have followed above. For all the possible cases of input (4-bit Gray code) G 3 G 2 G 1 G 0 , we need to obtain simplified expressions for output (4-bit Binary code) B …

To design any combinational circuit we have to follow the steps given below. Construct the truth table for the given problem. Derive the boolean expressions for the required outputs and simplify the boolean expressions if necessary. Construct the combinational circuit. Construct the truth table for the given problem.

Step 1 : Write the truth table showing the relationship between input code and output code. Step 2 : For each output code bit determine the simplified Boolean expression using K-map. Step 3 : Realize the code converter using logic gates. Examples for Understanding. Ex. 3.21.1 Design a 4-bit binary to BCD converter.

Jul 2, 2017 · Binary To Gray Code And Gray To Binary Code. AIM: To realize 4-Bit Code Converter: Realization using XOR gates. Binary to Gray Code Converter; Gray to Binary Code Converter; LEARNING OBJECTIVE: To learn to generate Gray To Binary; To learn to generate Binary To Gray; COMPONENTS REQUIRED: IC 7486 X-OR GATE; Patch Cords & IC Trainer Kit