Latest from Embedded

ID 82601491 © Vladimir Timofeev | Dreamstime.com
storage_dreamstime_l_82601491
Dreamstime_Josepalbert13_200048283
dreamstime_data__josepalbert13_200048283
ID 107786319 © Pakphipat Charoenrach - Dreamstime.com
id_107786319__pakphipat_charoenrach__dreamstime
ID 318454663 © BiancoBlue - Dreamstime.com
Fighter airplane
ID 86392130 © Belish - Dreamstime.com
promo__id_86392130__belish__dreamstime
ID 124110546 © Maciek905 | Dreamstime.com
code_dreamstime_l_124110546
Kiosk88_dreamstime_9143019
Circuit Board Kiosk88 Dreamstime L 9143019 624c5d13de75b

Deploying a Digital Magnitude/Identity Comparator (Download)

April 5, 2022
This article covers a robust and commercially viable digital comparator IC with complete testing for verification.

Read this article online.

Digital comparison is considered an important method used in digital systems while executing arithmetic or logical operations. It’s designed to compare the relative magnitudes of binary numbers. This comparison is used to test whether one number represented by one binary word is greater than, equal, or less than the other number. Two main types of digital comparators are available—an Identity comparator and a Magnitude comparator.

This article discusses the implementation of an 8-bit Identity comparator and a 4-bit Magnitude comparator, covering both the concept and the circuit design. We used an Arduino program to execute an automatic test for this design. The program presents all possible binary combinations to the GreenPAK comparator inputs and checks the matching output.