Digital Electronics – Karnaugh Map

在开始本课程之前，我建议您修改 k-12 数字电子学，尤其是与门、或门和德摩根定理。您将体会到 K-map 在本课程中的重要性。K-map 有助于解决复杂的电路并给出简化的规范方程。当我们有更多的变量和逻辑门时，电路会变得更复杂，使用基本的数字电子学来解决同样的问题就变成了一个更长的过程。使用K-map和真值表，步数显着减少。但是我们需要为此遵循某些规则。在本课程中，我们将讨论一些可能的组合和规则，以解决 3 和 4 变量系统的 k-map。
系列讲座分为两个部分。
第 1 节：在本节中，我们将了解使用 K-map 的重要性以及它如何帮助我们解决复杂电路以给出规范方程的最小化形式。
第 2 节：在本节中，我们将举一些例子并了解解决一些复杂的 k-map 需要知道的规则。
在本系列讲座结束时，您将熟悉卡诺图。
所以你还在等什么… 注册，让我们开始吧。

Created by Sandip Paul Choudhury | Last updated 5/2021
Duration: 1h 58m | 2 sections | 6 lectures | Video: 1280×720, 44 KHz | 680 MB
Genre: eLearning | Language: English + Sub

Solve a 3 & 4 variables K-map

What you’ll learn
3 variable K-map
4 variable K-map
K-map using max terms

Requirements
Basics of Digital ElectronicsTruth table
Description
Before you begin with this course, I would suggest you revise k-12 digital electronics especially AND gate, OR gate, and De-Morgan’s Theorem. You will appreciate the importance of the K-map in this course. K-map helps to solve a complex circuit and gives a simplified canonical equation. When we have more variables and logic gates, the circuit gets more complicated, and solving the same becomes a longer process using basic digital electronics. Using the K-map and the truth table, the number of steps reduces significantly. But we need to follow certain rules for that. In this course, we discuss some possible combinations and rules to solve the k-map for a 3 and 4 variable system.
The lecture series is divided into two sections.
Section 1: In this section, we are going to learn about the importance of using K-map and how it helps us to solve a complex circuit to give the minimized form the canonical equation.
Section 2: In this section, we take up some examples and understand the rules we need to know to solve some complex k-map.
At the end of this lecture series, you will be well acquainted with the Karnaugh Map.
So what are you waiting for… Get enrolled and let’s get started.
Who this course is for:Engneering StudentsElectronics Students