FALSE:: ERROR: UNSUPPORTED ENCODING
Tag: NAND
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Digital Electronics: Logic Gates – Integrated Circuits Part 1
This is the Integrated Circuits Experiment as component of the EE223 Introduction to Digital Electronics Module.
This is among the circuits in the EE223 Introduction to Digital and also Analogue electronic devices module at Dublin City University.
The connected products are at: http://ee223.eeng.dcu.ie/
Digital Electronics — Basic Logic Gates
This video will introduce Basic Logic Gates. I will cover the following topics:
What is an AND gate?
What is an OR gate?
What is a NOT gate?
Construct truth tables for logic circuits
Use truth tables to prove Boolean theorems
Express the output of a logic circuits using a Boolean expression
Express a Boolean expression as a logic circuit
You will find some other helpful items below:
Lecture notes: https://grace.bluegrass.kctcs.edu/~kdunn0001/files/3_Basic_Logic_Gates
Lecture notes: https://grace.bluegrass.kctcs.edu/~kdunn0001/files/Exclusive_OR_Gate
Handouts and Practice
https://grace.bluegrass.kctcs.edu/~kdunn0001/files/Handouts_Digital_1.zip
https://grace.bluegrass.kctcs.edu/~kdunn0001/files/Handouts_Digital_2.zip
Please leave a comment and ‘like’ the video if it was helpful.
Revision Series For Boards 2019- Semiconductor Electronics
In this video, I have discussed the chapter.:Semiconductor Electronics for CBSE Board examination, 2019. Topics, derivations, conceptual questions and numerical problems are discussed with respect to their importance for Board examination.
Digital Electronics: The JK Flip-Flop
This video lecture/tutorial describes the JK Flip-Flop in detail. I begin by describing the general operation of a 7473 JK flip-flop, showing the toggle state that makes this flip-flop important for many applications. Then I show in detail how we can create a JK flip-flop using NAND gates, describing both edge-triggered and pulse-triggered configurations. I implement both types of circuit, using a pulse generator for the edge-triggered version and a master-slave JK flip-flop for the pulse-triggered implementation. Finally, I show how we can add asynchronous set and reset inputs for the master-slave configuration and implement a circuit to demonstrate that this works correctly. This video is part of a module on Digital & Analogue electronics that is taking place at Dublin City University, Ireland. http://www.eeng.dcu.ie/~molloyd/EE223/
Digital Electronics: Logic Gates – Integrated Circuits Part 1
This is the Integrated Circuits Experiment as part of the EE223 Introduction to Digital Electronics Module.
This is one of the circuits in the EE223 Introduction to Digital and Analogue electronics module at Dublin City University.
The associated materials are at: http://ee223.eeng.dcu.ie/