This Learn Digital Circuits is meant to provide the readers to know how to analyze and implement the combinational circuits and sequential circuits. Based on the requirement, we can use either combinational circuit or sequential circuit or combination of both. After completing the Learn Digital Circuits, you will be able to learn the type of digital circuit, which is suitable for specific application.
The Learn Digital Circuits is meant for all the readers who are aspiring to learn the concepts of digital circuits. Digital circuits contain a set of Logic gates and these can be operated with binary values, 0 and 1.
A basic idea regarding the initial concepts of Digital Electronics is enough to understand the topics covered in the Learn Digital Circuits.
Content this app:
"1.Home",
"2.Number Systems",
"3.Base Conversions",
"4.Binary Numbers Representation",
"5.Signed Binary Arithmetic",
"6.Codes",
"7.Error Detection & Correction Codes",
"8.Boolean Algebra",
"9.Canonical and Standard Forms",
"10.K-Map Method",
"11.Quine-McCluskey Tabular Method",
"12.Logic Gates",
"13.Two-Level Logic Realization",
"14.Combinational Circuits",
"15.Arithmetic Circuits",
"16.Decoders",
"17.Encoders",
"18.Multiplexers",
"19.De-Multiplexers",
"20.Programmable Logic Devices",
"21.Sequential Circuits",
"22.Latches",
"23.Flip-Flops",
"24.Conversion of Flip-Flops",
"25.Shift Registers",
"26.Application of Shift Registers",
"27.Counters",
"28.Finite State Machines",
"29.Algorithmic State Machine Charts",
"30.Digital Circuits - Quick Guide",
"31.Digital Circuits - Useful Resources"
Last updated on 2018年02月04日
This tutorial is meant to provide the readers to know how to analyze and implement the combinational circuits and sequential circuits. Based on the requirement, we can use either combinational circuit or sequential circuit or combination of both. After completing this tutorial, you will be able to learn the type of digital circuit, which is suitable for specific application.
