In most cases, the number of these states is two, and they are represented by two voltage bands: one near a reference value (typically termed as "ground" or zero volts), and the other a value near the supply voltage. These correspond to the "false" ("0") and "true" ("1") values of the Boolean domain respectively, named after its inventor, George Boole, yielding binary code.
Digital techniques are useful because it is easier to get an electronic device to switch into one of a number of known states than to accurately reproduce a continuous range of values.
In this video, some of the basic aspects of Digital Electronics are covered.
Here is the list of different topics covered in the video:
0:00 Introduction
1:08 Analog Signal Vs Digital Signal
2:51 Advantage of Digital System over Analog System
6:14 Overview of Digital Circuits
9:11 Topics to be covered in upcoming videos
Digital Electronics (Playlist):
https://bit.ly/31gBwMa
Introduction to Digital Electronics:
Digital electronics is the field of electronics that deals with digital signals.
It means the signal which is processed or generated using the electronic circuits is digital in nature. Smartphones, personal computer, and many communication equipments which we are using in our day to day life are the example of it.
Analog Signal vs. Digital Signal
An Analog signal is the type...
published: 17 Mar 2021
Introduction to Digital Electronics
Digital Electronics: Introduction to Digital Electronics
Topics discussed:
1) Digital System.
2) Sub Systems.
3) Modules.
4) Basic Units.
Take the Quiz: https://goo.gl/rdkQxR
Follow Neso Academy on Instagram: @nesoacademy(https://bit.ly/2XP63OE)
Follow me on Instagram: @sujeetsingh20(https://bit.ly/2JLcQz5)
Contribute: http://www.nesoacademy.org/donate
Memberships: https://bit.ly/2U7YSPI
Books: http://www.nesoacademy.org/recommended-books
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#DigitalElectronicsByNeso #DigitalElectronics
published: 05 Apr 2015
Digital Electronics Basics
The basics of digital electronics that covers digital logic, and logic gates.
published: 26 Apr 2015
Intro to Digital Electronics and FPGAs
This video covers the basics of digital electronics and FPGAs. It walks you through what it means for a circuit to be digital all the way up to creating a counter on an FPGA.
The Alchitry Au is available here https://alchitry.com/collections/all/products/alchitry-au-fpga-development-board
This video is intended to be a high level overview with more in depth beginner tutorials to follow.
By watching this you'll learn what binary numbers are, how to add them, how to create an adder circuit, what a d-type flip-flop is, and how to use these to control a counter.
As always we hope you enjoy our video! Be sure to check out our website for our boards and more tutorials.
published: 04 Sep 2019
Logic Gates, Truth Tables, Boolean Algebra AND, OR, NOT, NAND & NOR
This electronics video provides a basic introduction into logic gates, truth tables, and simplifying boolean algebra expressions. It discusses logic gates such as the AND, OR, NOT, NAND and NOR Gates. This video is for college students who are taking introduction to logic design.
Full 2 Hour Video on YouTube: https://www.youtube.com/watch?v=V5tbORILsnM
Full 2 Hour Video on Patreon: https://bit.ly/3HvIspd
published: 22 Jan 2021
دورة الالكترونيات الرقمية:: 1- ما هي الالكترونيات الرقمية والنظام الرقمي (Digital Electronics)
أخيرا تم اطلاق الدورة الجديدة دورة التصميم الالكتروني المحترف ... وليد عيسى
هي دورة تختلف عن دورة الالكترونيات العملية والرقمية
هذه الدورة دورة خاصة جدا … ذات محتوى معد لينقل أي شخص ذات خلفية الكترونية بسيطة الى الاحتراف في التصميم الالكتروني … ولكن بدون برمجة … الدورة تتعامل مع الالكترونيات المجردة لبناء دارات تفاعلية – ذكية – تخصصية … تتكون من 6 مستويات تبدأ من البسيط الى المحترف وتنتهي بتصميم دارات مطبوعة متنوعة باستخدام النحاس أو الالومنيوم …
سوف تتعرف من خلالها على كيف ننتج منتجات بسيطة ورخيصة مثل الصين وكيف يفكر مهندسو الشركات العظمى في تصميم الانظمة الالكترونية …
يمكنك الحصول على هذه الدورة من خلال موقع أكاديمية وليد عيسى فقط من خلال الرابط
رابط الدورة::
http://bit.ly/ProfElecDesg
محتوى دورة التصميم الالكتروني المحترف
http://bit.ly/ProfElectronicsDesignContent
http://bit.ly/Prof...
published: 13 Jun 2017
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/
published: 09 Jul 2010
Basics Of Digital Electronics
published: 25 Aug 2020
The Intro - An Introduction To Digital Electronics - PyroEDU
More Information: http://www.pyroelectro.com/edu/digital/introduction/
To join this course, please visit any of the following free open-access education sites:
Ureddit: http://ureddit.com/class/72818/an-introduction-to-digital-electronics
P2PU: https://p2pu.org/en/courses/200/an-introduction-to-digital-electronics/
published: 21 Mar 2013
Introduction to Number Systems
Digital Electronics: Introduction to Number Systems
Topics discussed:
1) The definition of Number System.
2) Radix or Base of a number system.
3) Different types of number systems.
Follow Neso Academy on Instagram: @nesoacademy(https://bit.ly/2XP63OE)
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#DigitalElectronicsByNeso #DigitalElectronics #NumberSystem
In this video, some of the basic aspects of Digital Electronics are covered.
Here is the list of different topics covered in the video:
0:00 Introduction
1:08...
In this video, some of the basic aspects of Digital Electronics are covered.
Here is the list of different topics covered in the video:
0:00 Introduction
1:08 Analog Signal Vs Digital Signal
2:51 Advantage of Digital System over Analog System
6:14 Overview of Digital Circuits
9:11 Topics to be covered in upcoming videos
Digital Electronics (Playlist):
https://bit.ly/31gBwMa
Introduction to Digital Electronics:
Digital electronics is the field of electronics that deals with digital signals.
It means the signal which is processed or generated using the electronic circuits is digital in nature. Smartphones, personal computer, and many communication equipments which we are using in our day to day life are the example of it.
Analog Signal vs. Digital Signal
An Analog signal is the type of signal whose amplitude can take any value in the given range. Most of the naturally occurring signals are analog in nature. For example, voice signal, temperature, pressure signal are examples of analog signals.
Digital signals are the ones whose amplitude can take only finite values in the given range.
Virtually all the modern digital circuits which we know are working on two voltage levels. High Voltage level (often referred as Logic High) and Low Voltage level (often referred as logic low).
Since the digital circuits are working with only two discrete voltage levels, the digital inputs and outputs can be represented using the binary number system
Advantages of Digital System over Analog System:
1. Digital Signal is immune to noise and interference
2. The digital data is easy to store, replicate, and process
3. Digital systems are more accurate and reliable than analog systems
4. Compared to an analog system, digital systems are easily scalable
5. Currently, the digital circuits are much easy to fabricate and it is also possible to fabricate them in larger density
Most of the naturally occurring signals are analog in nature. To process them in the digital domain,
first, it needs to be converted into a digital signal. Using analog to digital converter, it is possible to convert the analog signal into a digital signal. And if required then using Digital to Analog Converter (DAC) it is possible to convert the digital signal back into the analog signal.
Introduction to ADC and DAC:
https://youtu.be/HicZcgdGxZY
ADC and DAC Playlist:
http://bit.ly/3lA6epX
Logic Gates: The basic building block of digital circuits
The logic gates are the basic building block of digital circuits. Using these logic gates various logic functions can be implemented. In general, digital circuits can be classified as either combinational circuits or sequential circuits.
In combinational circuits, the output of the circuit depends on the present input to the circuit, while in the sequential circuit, the output of the circuit depends on the present inputs as well as the past outputs. Using a sequential circuit it is possible to store the digital data. The flip-flop is a very basic sequential circuit that can store one bit of information. Combining various flip-flops, it is possible to design more complex sequential circuits.
This video will be helpful to all the students of science and engineering in understanding the basics of Digital Electronics.
#ALLABOUTELECTRONICS
#DigitalElectronics
--------------------------------------------------------------------------------------------------
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Official Website:
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In this video, some of the basic aspects of Digital Electronics are covered.
Here is the list of different topics covered in the video:
0:00 Introduction
1:08 Analog Signal Vs Digital Signal
2:51 Advantage of Digital System over Analog System
6:14 Overview of Digital Circuits
9:11 Topics to be covered in upcoming videos
Digital Electronics (Playlist):
https://bit.ly/31gBwMa
Introduction to Digital Electronics:
Digital electronics is the field of electronics that deals with digital signals.
It means the signal which is processed or generated using the electronic circuits is digital in nature. Smartphones, personal computer, and many communication equipments which we are using in our day to day life are the example of it.
Analog Signal vs. Digital Signal
An Analog signal is the type of signal whose amplitude can take any value in the given range. Most of the naturally occurring signals are analog in nature. For example, voice signal, temperature, pressure signal are examples of analog signals.
Digital signals are the ones whose amplitude can take only finite values in the given range.
Virtually all the modern digital circuits which we know are working on two voltage levels. High Voltage level (often referred as Logic High) and Low Voltage level (often referred as logic low).
Since the digital circuits are working with only two discrete voltage levels, the digital inputs and outputs can be represented using the binary number system
Advantages of Digital System over Analog System:
1. Digital Signal is immune to noise and interference
2. The digital data is easy to store, replicate, and process
3. Digital systems are more accurate and reliable than analog systems
4. Compared to an analog system, digital systems are easily scalable
5. Currently, the digital circuits are much easy to fabricate and it is also possible to fabricate them in larger density
Most of the naturally occurring signals are analog in nature. To process them in the digital domain,
first, it needs to be converted into a digital signal. Using analog to digital converter, it is possible to convert the analog signal into a digital signal. And if required then using Digital to Analog Converter (DAC) it is possible to convert the digital signal back into the analog signal.
Introduction to ADC and DAC:
https://youtu.be/HicZcgdGxZY
ADC and DAC Playlist:
http://bit.ly/3lA6epX
Logic Gates: The basic building block of digital circuits
The logic gates are the basic building block of digital circuits. Using these logic gates various logic functions can be implemented. In general, digital circuits can be classified as either combinational circuits or sequential circuits.
In combinational circuits, the output of the circuit depends on the present input to the circuit, while in the sequential circuit, the output of the circuit depends on the present inputs as well as the past outputs. Using a sequential circuit it is possible to store the digital data. The flip-flop is a very basic sequential circuit that can store one bit of information. Combining various flip-flops, it is possible to design more complex sequential circuits.
This video will be helpful to all the students of science and engineering in understanding the basics of Digital Electronics.
#ALLABOUTELECTRONICS
#DigitalElectronics
--------------------------------------------------------------------------------------------------
Follow my second channel:
https://www.youtube.com/channel/UCGA2...
Official Website:
https://www.allaboutelectronics.org
Follow me on Facebook:
https://www.facebook.com/ALLABOUTELEC...
Follow me on Instagram:
https://www.instagram.com/all_about.e...
--------------------------------------------------------------------------------------------------
Music Credit: http://www.bensound.com
Digital Electronics: Introduction to Digital Electronics
Topics discussed:
1) Digital System.
2) Sub Systems.
3) Modules.
4) Basic Units.
Take the Quiz: https:...
Digital Electronics: Introduction to Digital Electronics
Topics discussed:
1) Digital System.
2) Sub Systems.
3) Modules.
4) Basic Units.
Take the Quiz: https://goo.gl/rdkQxR
Follow Neso Academy on Instagram: @nesoacademy(https://bit.ly/2XP63OE)
Follow me on Instagram: @sujeetsingh20(https://bit.ly/2JLcQz5)
Contribute: http://www.nesoacademy.org/donate
Memberships: https://bit.ly/2U7YSPI
Books: http://www.nesoacademy.org/recommended-books
Website ► http://www.nesoacademy.org/
Forum ► https://forum.nesoacademy.org/
Facebook ► https://goo.gl/Nt0PmB
Twitter ► https://twitter.com/nesoacademy
#DigitalElectronicsByNeso #DigitalElectronics
Digital Electronics: Introduction to Digital Electronics
Topics discussed:
1) Digital System.
2) Sub Systems.
3) Modules.
4) Basic Units.
Take the Quiz: https://goo.gl/rdkQxR
Follow Neso Academy on Instagram: @nesoacademy(https://bit.ly/2XP63OE)
Follow me on Instagram: @sujeetsingh20(https://bit.ly/2JLcQz5)
Contribute: http://www.nesoacademy.org/donate
Memberships: https://bit.ly/2U7YSPI
Books: http://www.nesoacademy.org/recommended-books
Website ► http://www.nesoacademy.org/
Forum ► https://forum.nesoacademy.org/
Facebook ► https://goo.gl/Nt0PmB
Twitter ► https://twitter.com/nesoacademy
#DigitalElectronicsByNeso #DigitalElectronics
This video covers the basics of digital electronics and FPGAs. It walks you through what it means for a circuit to be digital all the way up to creating a count...
This video covers the basics of digital electronics and FPGAs. It walks you through what it means for a circuit to be digital all the way up to creating a counter on an FPGA.
The Alchitry Au is available here https://alchitry.com/collections/all/products/alchitry-au-fpga-development-board
This video is intended to be a high level overview with more in depth beginner tutorials to follow.
By watching this you'll learn what binary numbers are, how to add them, how to create an adder circuit, what a d-type flip-flop is, and how to use these to control a counter.
As always we hope you enjoy our video! Be sure to check out our website for our boards and more tutorials.
This video covers the basics of digital electronics and FPGAs. It walks you through what it means for a circuit to be digital all the way up to creating a counter on an FPGA.
The Alchitry Au is available here https://alchitry.com/collections/all/products/alchitry-au-fpga-development-board
This video is intended to be a high level overview with more in depth beginner tutorials to follow.
By watching this you'll learn what binary numbers are, how to add them, how to create an adder circuit, what a d-type flip-flop is, and how to use these to control a counter.
As always we hope you enjoy our video! Be sure to check out our website for our boards and more tutorials.
This electronics video provides a basic introduction into logic gates, truth tables, and simplifying boolean algebra expressions. It discusses logic gates such...
This electronics video provides a basic introduction into logic gates, truth tables, and simplifying boolean algebra expressions. It discusses logic gates such as the AND, OR, NOT, NAND and NOR Gates. This video is for college students who are taking introduction to logic design.
Full 2 Hour Video on YouTube: https://www.youtube.com/watch?v=V5tbORILsnM
Full 2 Hour Video on Patreon: https://bit.ly/3HvIspd
This electronics video provides a basic introduction into logic gates, truth tables, and simplifying boolean algebra expressions. It discusses logic gates such as the AND, OR, NOT, NAND and NOR Gates. This video is for college students who are taking introduction to logic design.
Full 2 Hour Video on YouTube: https://www.youtube.com/watch?v=V5tbORILsnM
Full 2 Hour Video on Patreon: https://bit.ly/3HvIspd
أخيرا تم اطلاق الدورة الجديدة دورة التصميم الالكتروني المحترف ... وليد عيسى
هي دورة تختلف عن دورة الالكترونيات العملية والرقمية
هذه الدورة دورة خاصة جدا … ذات ...
أخيرا تم اطلاق الدورة الجديدة دورة التصميم الالكتروني المحترف ... وليد عيسى
هي دورة تختلف عن دورة الالكترونيات العملية والرقمية
هذه الدورة دورة خاصة جدا … ذات محتوى معد لينقل أي شخص ذات خلفية الكترونية بسيطة الى الاحتراف في التصميم الالكتروني … ولكن بدون برمجة … الدورة تتعامل مع الالكترونيات المجردة لبناء دارات تفاعلية – ذكية – تخصصية … تتكون من 6 مستويات تبدأ من البسيط الى المحترف وتنتهي بتصميم دارات مطبوعة متنوعة باستخدام النحاس أو الالومنيوم …
سوف تتعرف من خلالها على كيف ننتج منتجات بسيطة ورخيصة مثل الصين وكيف يفكر مهندسو الشركات العظمى في تصميم الانظمة الالكترونية …
يمكنك الحصول على هذه الدورة من خلال موقع أكاديمية وليد عيسى فقط من خلال الرابط
رابط الدورة::
http://bit.ly/ProfElecDesg
محتوى دورة التصميم الالكتروني المحترف
http://bit.ly/ProfElectronicsDesignContent
http://bit.ly/ProfElectronicsDesignContentGoogle
طرق الدفع بالاضافة الي الفيزا والبي بال والويسترن يونيون وباقي التفاصيل هنا
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للدعم الدورات والقناة ...
https://goo.gl/WChX6F
في الحلقة الاولى من دورة الالكترونيات الرقمية العملية (Digital Electronics) اعرض محتويات الدورة ومفاهيم الالكترونيات الرقمية والنظام الرقمي والفرق بينه وبين نظام الالكترونيات الثمائلية (Analog Electronics) وما هو المتوقع في الدورة بشكل عملي واي البرامج سوف نستخدم ان شاء الله ... ادعمونا ... مشاهدة ممتعه ...
ادعم الموقع عن طريق زيارته يوميا .... وادعم القناة عن طريق زيارة القناة وفيديوهات القناة يوميا وتشاهدها على اليوتيوب ...
رابط الموقع :: www.eletorial.com
رابط الصفحة :: https://www.facebook.com/Walid.Issa
رابط القناة :: https://www.youtube.com/user/wrmissa
شارك معنا ...
وليد عيسى
أخيرا تم اطلاق الدورة الجديدة دورة التصميم الالكتروني المحترف ... وليد عيسى
هي دورة تختلف عن دورة الالكترونيات العملية والرقمية
هذه الدورة دورة خاصة جدا … ذات محتوى معد لينقل أي شخص ذات خلفية الكترونية بسيطة الى الاحتراف في التصميم الالكتروني … ولكن بدون برمجة … الدورة تتعامل مع الالكترونيات المجردة لبناء دارات تفاعلية – ذكية – تخصصية … تتكون من 6 مستويات تبدأ من البسيط الى المحترف وتنتهي بتصميم دارات مطبوعة متنوعة باستخدام النحاس أو الالومنيوم …
سوف تتعرف من خلالها على كيف ننتج منتجات بسيطة ورخيصة مثل الصين وكيف يفكر مهندسو الشركات العظمى في تصميم الانظمة الالكترونية …
يمكنك الحصول على هذه الدورة من خلال موقع أكاديمية وليد عيسى فقط من خلال الرابط
رابط الدورة::
http://bit.ly/ProfElecDesg
محتوى دورة التصميم الالكتروني المحترف
http://bit.ly/ProfElectronicsDesignContent
http://bit.ly/ProfElectronicsDesignContentGoogle
طرق الدفع بالاضافة الي الفيزا والبي بال والويسترن يونيون وباقي التفاصيل هنا
http://bit.ly/WIAcademyPay
للدعم الدورات والقناة ...
https://goo.gl/WChX6F
في الحلقة الاولى من دورة الالكترونيات الرقمية العملية (Digital Electronics) اعرض محتويات الدورة ومفاهيم الالكترونيات الرقمية والنظام الرقمي والفرق بينه وبين نظام الالكترونيات الثمائلية (Analog Electronics) وما هو المتوقع في الدورة بشكل عملي واي البرامج سوف نستخدم ان شاء الله ... ادعمونا ... مشاهدة ممتعه ...
ادعم الموقع عن طريق زيارته يوميا .... وادعم القناة عن طريق زيارة القناة وفيديوهات القناة يوميا وتشاهدها على اليوتيوب ...
رابط الموقع :: www.eletorial.com
رابط الصفحة :: https://www.facebook.com/Walid.Issa
رابط القناة :: https://www.youtube.com/user/wrmissa
شارك معنا ...
وليد عيسى
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 Introducti...
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/
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/
More Information: http://www.pyroelectro.com/edu/digital/introduction/
To join this course, please visit any of the following free open-access education sites:...
More Information: http://www.pyroelectro.com/edu/digital/introduction/
To join this course, please visit any of the following free open-access education sites:
Ureddit: http://ureddit.com/class/72818/an-introduction-to-digital-electronics
P2PU: https://p2pu.org/en/courses/200/an-introduction-to-digital-electronics/
More Information: http://www.pyroelectro.com/edu/digital/introduction/
To join this course, please visit any of the following free open-access education sites:
Ureddit: http://ureddit.com/class/72818/an-introduction-to-digital-electronics
P2PU: https://p2pu.org/en/courses/200/an-introduction-to-digital-electronics/
Digital Electronics: Introduction to Number Systems
Topics discussed:
1) The definition of Number System.
2) Radix or Base of a number system.
3) Different type...
Digital Electronics: Introduction to Number Systems
Topics discussed:
1) The definition of Number System.
2) Radix or Base of a number system.
3) Different types of number systems.
Follow Neso Academy on Instagram: @nesoacademy(https://bit.ly/2XP63OE)
Follow me on Instagram: @sujeetsingh20(https://bit.ly/2JLcQz5)
Contribute: http://www.nesoacademy.org/donate
Memberships: https://bit.ly/2U7YSPI
Books: http://www.nesoacademy.org/recommended-books
Website ► http://www.nesoacademy.org/
Forum ► https://forum.nesoacademy.org/
Facebook ► https://goo.gl/Nt0PmB
Twitter ► https://twitter.com/nesoacademy
#DigitalElectronicsByNeso #DigitalElectronics #NumberSystem
Digital Electronics: Introduction to Number Systems
Topics discussed:
1) The definition of Number System.
2) Radix or Base of a number system.
3) Different types of number systems.
Follow Neso Academy on Instagram: @nesoacademy(https://bit.ly/2XP63OE)
Follow me on Instagram: @sujeetsingh20(https://bit.ly/2JLcQz5)
Contribute: http://www.nesoacademy.org/donate
Memberships: https://bit.ly/2U7YSPI
Books: http://www.nesoacademy.org/recommended-books
Website ► http://www.nesoacademy.org/
Forum ► https://forum.nesoacademy.org/
Facebook ► https://goo.gl/Nt0PmB
Twitter ► https://twitter.com/nesoacademy
#DigitalElectronicsByNeso #DigitalElectronics #NumberSystem
In this video, some of the basic aspects of Digital Electronics are covered.
Here is the list of different topics covered in the video:
0:00 Introduction
1:08 Analog Signal Vs Digital Signal
2:51 Advantage of Digital System over Analog System
6:14 Overview of Digital Circuits
9:11 Topics to be covered in upcoming videos
Digital Electronics (Playlist):
https://bit.ly/31gBwMa
Introduction to Digital Electronics:
Digital electronics is the field of electronics that deals with digital signals.
It means the signal which is processed or generated using the electronic circuits is digital in nature. Smartphones, personal computer, and many communication equipments which we are using in our day to day life are the example of it.
Analog Signal vs. Digital Signal
An Analog signal is the type of signal whose amplitude can take any value in the given range. Most of the naturally occurring signals are analog in nature. For example, voice signal, temperature, pressure signal are examples of analog signals.
Digital signals are the ones whose amplitude can take only finite values in the given range.
Virtually all the modern digital circuits which we know are working on two voltage levels. High Voltage level (often referred as Logic High) and Low Voltage level (often referred as logic low).
Since the digital circuits are working with only two discrete voltage levels, the digital inputs and outputs can be represented using the binary number system
Advantages of Digital System over Analog System:
1. Digital Signal is immune to noise and interference
2. The digital data is easy to store, replicate, and process
3. Digital systems are more accurate and reliable than analog systems
4. Compared to an analog system, digital systems are easily scalable
5. Currently, the digital circuits are much easy to fabricate and it is also possible to fabricate them in larger density
Most of the naturally occurring signals are analog in nature. To process them in the digital domain,
first, it needs to be converted into a digital signal. Using analog to digital converter, it is possible to convert the analog signal into a digital signal. And if required then using Digital to Analog Converter (DAC) it is possible to convert the digital signal back into the analog signal.
Introduction to ADC and DAC:
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ADC and DAC Playlist:
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Logic Gates: The basic building block of digital circuits
The logic gates are the basic building block of digital circuits. Using these logic gates various logic functions can be implemented. In general, digital circuits can be classified as either combinational circuits or sequential circuits.
In combinational circuits, the output of the circuit depends on the present input to the circuit, while in the sequential circuit, the output of the circuit depends on the present inputs as well as the past outputs. Using a sequential circuit it is possible to store the digital data. The flip-flop is a very basic sequential circuit that can store one bit of information. Combining various flip-flops, it is possible to design more complex sequential circuits.
This video will be helpful to all the students of science and engineering in understanding the basics of Digital Electronics.
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Digital Electronics: Introduction to Digital Electronics
Topics discussed:
1) Digital System.
2) Sub Systems.
3) Modules.
4) Basic Units.
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This video covers the basics of digital electronics and FPGAs. It walks you through what it means for a circuit to be digital all the way up to creating a counter on an FPGA.
The Alchitry Au is available here https://alchitry.com/collections/all/products/alchitry-au-fpga-development-board
This video is intended to be a high level overview with more in depth beginner tutorials to follow.
By watching this you'll learn what binary numbers are, how to add them, how to create an adder circuit, what a d-type flip-flop is, and how to use these to control a counter.
As always we hope you enjoy our video! Be sure to check out our website for our boards and more tutorials.
This electronics video provides a basic introduction into logic gates, truth tables, and simplifying boolean algebra expressions. It discusses logic gates such as the AND, OR, NOT, NAND and NOR Gates. This video is for college students who are taking introduction to logic design.
Full 2 Hour Video on YouTube: https://www.youtube.com/watch?v=V5tbORILsnM
Full 2 Hour Video on Patreon: https://bit.ly/3HvIspd
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هي دورة تختلف عن دورة الالكترونيات العملية والرقمية
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سوف تتعرف من خلالها على كيف ننتج منتجات بسيطة ورخيصة مثل الصين وكيف يفكر مهندسو الشركات العظمى في تصميم الانظمة الالكترونية …
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في الحلقة الاولى من دورة الالكترونيات الرقمية العملية (Digital Electronics) اعرض محتويات الدورة ومفاهيم الالكترونيات الرقمية والنظام الرقمي والفرق بينه وبين نظام الالكترونيات الثمائلية (Analog Electronics) وما هو المتوقع في الدورة بشكل عملي واي البرامج سوف نستخدم ان شاء الله ... ادعمونا ... مشاهدة ممتعه ...
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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/
More Information: http://www.pyroelectro.com/edu/digital/introduction/
To join this course, please visit any of the following free open-access education sites:
Ureddit: http://ureddit.com/class/72818/an-introduction-to-digital-electronics
P2PU: https://p2pu.org/en/courses/200/an-introduction-to-digital-electronics/
Digital Electronics: Introduction to Number Systems
Topics discussed:
1) The definition of Number System.
2) Radix or Base of a number system.
3) Different types of number systems.
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In most cases, the number of these states is two, and they are represented by two voltage bands: one near a reference value (typically termed as "ground" or zero volts), and the other a value near the supply voltage. These correspond to the "false" ("0") and "true" ("1") values of the Boolean domain respectively, named after its inventor, George Boole, yielding binary code.
Digital techniques are useful because it is easier to get an electronic device to switch into one of a number of known states than to accurately reproduce a continuous range of values.