Question

Introduction Binary numbers are necessary, but very hard to read or interpret. A seven-segment display is a typical component to show number in decimal notation. Before binary numbers are displayed by a seven-segment display, it is necessary to have a decoder. In this experiment, a 2-bit seven segment decoder is developed using combinational logic circuit. Obiectives After completing this experiment, you will be able to - Convert binary or binary coded decimal (BCD) numbers to decimal. - Construct a portion of a digital system that decodes a BCD number and displays it on a seven-segment display.

Answer 1

A 2-bit seven segment decoder is developed to convert binary or BCD numbers to decimal and display them on a seven-segment display.

Step-by-step explanation:

In this experiment, a 2-bit seven segment decoder is developed using combinational logic circuit. The objective of this experiment is to convert binary or binary coded decimal (BCD) numbers to decimal and construct a portion of a digital system that decodes a BCD number and displays it on a seven-segment display.

A seven-segment display is a component used to show numbers in decimal notation. Before binary numbers can be displayed on a seven-segment display, a decoder is necessary. The decoder takes the binary input and converts it into a format that the seven-segment display can interpret and display as a decimal number.