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🤍 ► Find more details, circuit schematics and source codes here. If you enjoy and find the content that I make useful, please consider supporting me on Patreon: 🤍 In this tutorial we will learn how the I2C communication protocol works and also we will make a practical example of it with the Arduino Board and a sensor which uses this protocol. You can watch the following video or read the written tutorial below. Visit HowToMechatronics.com for more Tutorials, Tips, Projects and How It Works videos: ► 🤍 Like my page on Facebook: ► 🤍 Add me on Google+: ►🤍 Music: Aduro by Jens Kiilstofte (machinimasound.com/music)
Download the Analog Engineer's Pocket Reference e-book. 🤍 This video describes the basics of I2C communication. The video explains the physical hardware aspects of I2C as well as the digital communications protocols used in I2C. Protocol topics include I2C addressing, I2C start conditions, I2C stop conditions, and I2C communications acknowledgement. Hardware topics focus on how open drain outputs can be used for bidirectional communications.
Previous video: 🤍 Facebook: 🤍 Twitter: 🤍 Support me for more videos: 🤍 In this episode of Electronic Basics I will present you the most important facts about the communication protocol I2C and how to use it with an Arduino. Music: Killing Time, Kevin MacLeod (incompetech.com)
I2C is one of the most common interfaces to connect chips on a circuit card. From reading temperature sensors, to reading data from ADCs, to driving DACs, to passing information between two processors, I2C is a very common interface that has been around for decades. If you've never worked with I2C, it can be a bit overwhelming. But this short introduction will tell you everything you need to know to get you confident when working with your own I2C circuits. Learn about the data transmission protocol called I2C, or Inter-integrated circuit. I talk through the basics of I2C for both a microcontroller or FPGA implementation, how data is exchanged, and how the hardware is designed. If you like this video, please help me make more content by supporting me on Patreon. patreon.com/nandland And if you want to test FPGA code on your own, buy a Go Board, the best FPGA development board for beginners. It comes with lots of great tutorials. nandland.com/goboard/introduction.html
$2 for 5PCBs (Any solder mask colour): 🤍 In this video I show you more or less how i2c, UART and SPI serial communications work with a few examples. More details for other protocols soon... Help my projects on Patreon : 🤍 my Q&A page: 🤍 Facebook page: 🤍 Canal en Español: 🤍 ELECTRONOOBS.io sign up: 🤍 LINKS - Serial communications details: 🤍 Other pages More info: 🤍 More info: 🤍 🔬PRINTERS FDM - Artillery Sidewinderr X1 (364€ Aliexpress): 🤍 Artillery GENIUS (307€ Aliexpress): 🤍 Creality3D Ender 3 Pro (230€ Aliexpress): 🤍 Anycubic Mega S (206€ Aliexpress): 🤍 ELEGOO NEPTUNE 2 (186€ Aliexpress): 🤍 Prusa i3 MK3S Clone (393€ Aliexpress): 🤍 Creality CR-10 V3 (480€ Aliexpress): 🤍 🔅PRINTERS RESIN - ELEGOO Mars Pro (208€ Aliexpress): 🤍 ELEGOO Saturn MSLA (480€ Aliexpress): 🤍 Anycubic Photon Mono (199€ Aliexpress): 🤍 Creality HALOT ONE (275€ Aliexpress): 🤍 Like share and subscribe to motivate me. Thank you #UART #i2c #SPI
#communicationprotocols #I2C #I2Ccommunication In this video we will see: 0:00 Index 00:33 Basics of I2C communication 02:48 Different modes of I2C 03:47 Hardware understanding of an I2C bus More Videos: Embedded Systems: UART Communication Part 2: 🤍 UART Communication Part 1: 🤍 Basics of Communication: 🤍 Power Electronics: Power Factor Correction - 🤍 Power Factor - 🤍 Powe Supplies: Full Bridge Converter - 🤍 Half Bridge Converter - 🤍 Zeta Converter - 🤍 Cuk Converter - 🤍 Buck-boost converter - 🤍 Double Ended Forward converter - 🤍 Active Clamp Forward Converter - 🤍 Forward Converter - 🤍 SEPIC converter part 2 - 🤍 SEPIC converter part 1 - 🤍 Flyback converter part 2 - 🤍 Flyback converter part 1 - 🤍 Push-pull converter part 2 - 🤍 Push-pull converter part 1 - 🤍 Boost converter design - 🤍 Buck converter design - 🤍 SMPS basics - 🤍 Electric Vehicles: Battery management system 2 : 🤍 Battery management system 1 : 🤍 Battery basics part 4 : 🤍 Battery basics part 3 : 🤍 Battery basics part 2 : 🤍 Battery basics part 1 : 🤍 EV motor controllers part 2: 🤍 EV motor controllers part 1: 🤍 Charging of EVs: 🤍 EV basics: 🤍 EV parameters: 🤍 EV Motors: 🤍 - Check us out! Facebook - 🤍 Instagram - 🤍 Subscribe now for more videos like this! Attributes: 1. microcontroller - a href="🤍 vector created by freepik - 🤍freepik.com/a 2. IC - a href="🤍 vector created by macrovector - 🤍freepik.com/a 3.
I2C communications is a very important topic, so important that I’ve decided to do several videos about it. In this first video, I will explain what I2C is and how to use it to communicate between two Arduino's. Full article at 🤍 More articles and tutorials: 🤍 Join the conversation on the forum: 🤍 Subscribe to the newsletter and stay in touch: 🤍 Today we will discuss I2C, or “Inter-Integrated Circuit” communications. I2C is a two-wire, low-speed serial communications format that was originally developed by Phillips (now NXP) in 1982. Although its original use was to allow integrated circuits in televisions to communicate with one another it has evolved into a standard communications method used by a myriad of devices. I2C works with the concept of “Master” and “Slave” devices. The master device provides the clock signal and initiates communications with the slaves. An I2C bus can have multiple masters and slaves, but only one master can be active at any given time. We have used I2C devices in lots of projects and tutorials before. Today we will use I2C to communicate between two Arduinos. In future videos I will show you more about using I2C: Creating your own I2C devices out of common sensors and small Arduino's. Communicating between Raspberry Pi and Arduino with I2C. Using multiple masters on an I2C bus. Today we will just cover the basics. We will first exchange information between two Arduinos and then we will use a potentiometer on one Arduino to control an LED on a second one via I2C. Here is what is in today's video: 00:00 - Introduction 04:28 - Understanding I2C 07:40 - Exchanging data between two Arduino's 15:25 - Controlling one Arduino with another one As always you can get the sketches on the article that accompanies this video, just go to 🤍 While you're on the website feel free to check out the other articles I have, and be sure to sign up for my newsletter at 🤍 As always I appreciate your support, thanks for watching!
Please subscribe my channel TechvedasLearn for latest update. Fundamentals08 I2C Protocol Tutorial or How I2C Protocol works Friends welcome to this video series on Embedded System. In this lecture we are going to understand everything what we need to know about I2C protocol. We will start with the highlights of I2C Protocol and then we will try to understand open drain or open collector concepts, I2C frame structure, Arbitration and clock starching and finally Advantages and Disadvantages of I2C communication. #TechVedasLearn #EmbeddedSystem #EmbeddedSystemTutorial #SerialCommunication #I2CProtocol #InterIntegratedCircuit #EmbeddedSystemPlaylist #EmbeddedSystemVideoLacture Video tutorial playlist link Unified modeling language 🤍 Pointers in C 🤍 Embedded System 🤍 Python Programming tutorial Will be updated soon. Contact- techvedas.learn🤍gmail.com
Кратко описаны основные способы обмена данных по шине. I2C - простая двухпроводная шина для двунаправленного обмена данных. Допускает подключение и отключение устройств к ней "на горячую" (без отключения питания).Возможно подключение большого количества устройств, Устройства на ней асимметричны по ролям: Все операции выполняются по инициативе ведущего, который также формирует тактовые сигналы. Сигналы на шине данных могут формироваться и ведущим и ведомыми устройствами. Применяется для подключения к микроконтроллеру датчиков, памяти, устройств вывода данных и управления. Список всех лекций на сайте автора в описании канала.
► Heimautomation und Elektronik DIY Buch: 🤍 Sommerpause - re-upload. In diesem zweiten Video der kleinen Serie über Schnittstellen, erkunden wir wie die I2C Schnittstelle funktioniert und wie die Daten gesendet werden. Nach diesem Video bin ich sicher, .......JEDER KANN DAS!!! ★☆★ 🛒 On-line shop bei Edi's Techlab 📒 ★☆★ ► Edi’s Techlab e-book Shop: 🤍 ► Edi’s Techlab Webseite: 🤍 ► I2C: 🤍 ★☆★ 💶 Wenn ihr den Kanal unterstützen wollt oder mir ein Bier ausgeben wollt: ★☆★ 🤍 ★☆★ 🧰 Material ★☆★ ►Node-MCU ESP8266 Board: * 🤍 - NodeMCU ESP8266 ESP-12F * 🤍 - 3er Set, ESP8266 ESP-12F * 🤍 - 5er Set, ESP8266 ESP-12F ►Wemos D1 mini - ESP8266-12F Board * 🤍 - Wemos D1 mini ESP8266-12F * 🤍 - 3er Set, Wemos D1 mini ESP8266-12F ►Arduino: * 🤍 - Arduino Starter Kit für Anfänger * 🤍 - Arduino Uno Rev 3 * 🤍 - Arduino Nano * 🤍 - Arduino Mega 2560 ►Jumper Wire: * 🤍 - Female to Female F2F 40 STK. je 20 cm * 🤍 - Set 3 x 40 STK. je 20 cm M2M/ F2M / F2F ►Breadboard: * 🤍 - Breadboard Steckbrett mit 830 Kontakten * 🤍 - 3 Stk. Breadboard Steckbrett mit 400 Kontakten ►USB Kabel: * 🤍 - USB A auf Micro USB Kabel 0.5m * 🤍 - USB auf Mini USB Kabel 0.5m * 🤍 - USB A zu USB B Kabel 0.5m ► Elektronik Bauteile: * 🤍 - Widerstand Set * 🤍 - Drehpotentiometer * 🤍 - Dioden Set 200 Stück * 🤍 - 300 Stk. Leuchtdioden Set 3 und 5 mak mak * 🤍 - 180 Stück Taktilen Drucktaster Sortiment ►Netzteile: * 🤍 - 2er-Pack USB Ladegerät 5V/2A * 🤍 - Raspberry Pi 4 Netzteil, USB-C, 5.1V, 3A * 🤍 - HomeSpot Netzteil 3A/5V inkl. 1,5M Micro USB Kabel ★☆★ 🛠 Werkzeug ★☆★ * 🤍 - Ersa RDS80 Lötstation - Professionell * 🤍 - Lötkolbem Set - Kostengünstig * 🤍 - Lötzinn * 🤍 - KNIPEX Electronic Knips * 🤍 - Schraubendreher Set * 🤍 - Cuttermesser * 🤍 - Isolierband Set ★☆★ 📷 Verwendete Kamera und Mikrofon ★☆★ * 🤍 - Sony ZV1 und Bluetooth Handgriff * 🤍 - Rode NT-USB Mikrofon Music by Joakim Karud 🤍 Mehr von Edi's Techlab FACEBOOK: 🤍 INSTAGRAM: 🤍 WEBSEITE: 🤍 TWITTER: 🤍 PATREON: 🤍 IMPRESSUM: 🤍 - Meine Videos enthalten bezahlte Produktplatzierungen. Alle Links mit "*" sind Amazon Affiliate Links. Edi’s TechLab ist Partner am Amazon Affiliate Partner Programm Alle Geräte wurden selbst erworben.
In diesem zweiten Video der kleinen Serie über Schnittstellen, erkunden wir wie die I2C (Inter-integrated-circuit) Schnittstelle funktioniert und wie die Daten gesendet werden. Nach diesem Video bin ich sicher, .......JEDER KANN DAS!!! ★☆★ 🛒 On-line shop bei Edi's Techlab 📒 ★☆★ ► Edi’s Techlab e-book Shop: 🤍 ► Edi’s Techlab Webseite: 🤍 ★☆★ 💶 Wenn ihr den Kanal unterstützen wollt oder mir ein Bier ausgeben wollt: ★☆★ 🤍 Die Links und Videos zu der Beschreibung vom Projekt: ► Video zur UART Schnittstelle: 🤍 ► Video zur I2C Schnittstelle: 🤍 ► Video zur SPI Schnittstelle: 🤍 ► Beschreibung über Schnittstellen: 🤍 ► Beschreibung zur UART Schnittstelle: 🤍 ► Beschreibung zur I2C Schnittstelle: 🤍 ► Beschreibung zur SPI Schnittstelle: 🤍 ★☆★ Material ★☆★ ►Node-MCU ESP8266 Board: * 🤍 - NodeMCU ESP8266 ESP-12F * 🤍 - 3er Set, ESP8266 ESP-12F * 🤍 - 5er Set, ESP8266 ESP-12F ►ESP32 und ESP32 Node-MCU Boards: * 🤍 - ESP32 Node-MCU Board * 🤍 - 3er Set ESP32 Node-MCU Board * 🤍 - 5er Set ESP32 Node-MCU Board * 🤍 - 4 Stück ESP32 Module ►Jumper Wire: * 🤍 - Female to Female F2F 40 STK. je 20 cm * 🤍 - Set 3 x 40 STK. je 20 cm M2M/ F2M / F2F ►Breadboard: * 🤍 - Breadboard Steckbrett mit 830 Kontakten ►USB Kabel: * 🤍 - USB A auf Micro USB Kabel 0.5m * 🤍 - USB auf Mini USB Kabel 0.5m * 🤍 - USB A zu USB B Kabel 0.5m ►Raspberry Pi: * 🤍 - Raspberry Pi 3 Starterset * 🤍 - Raspberry Pi 3 * 🤍 - Raspberry Pi 4 -1GB Kit * 🤍 - Raspberry Pi 4 -1GB * 🤍 - Raspberry Pi 4 -2GB Kit * 🤍 - Raspberry Pi 4 - 2GB * 🤍 - Raspberry Pi 4 -4GB Kit * 🤍 - Raspberry Pi 4 - 4GB ►Micro SD Speicherkarten: * 🤍 - SanDisk Ultra 16GB * 🤍 - SanDisk Ultra 32GB * 🤍 - SanDisk Ultra 64GB * 🤍 - SanDisk Ultra 128GB * 🤍 - SanDisk Ultra 256GB * 🤍 - SanDisk Ultra 512GB ►Netzteile: * 🤍 - 2er-Pack USB Ladegerät 5V/2A * 🤍 - Raspberry Pi 4 Netzteil, USB-C, 5.1V, 3A * 🤍 - HomeSpot Netzteil 3A/5V inkl. 1,5M Micro USB Kabel Mehr von Edi's Techlab FACEBOOK: 🤍 INSTAGRAM: 🤍 WEBSEITE: 🤍 TWITTER: 🤍 PATREON: 🤍 IMPRESSUM: 🤍 - Meine Videos enthalten bezahlte Produktplatzierungen. Alle Links mit "*" sind Amazon Affiliate Links. Edi’s TechLab ist Partner am Amazon Affiliate Partner Programm Alle Materialien und Geräte wurden selbst erworben.
W tym odcinku, kilka słów o magistrali szeregowej I2C, czyli sposobu komunikacji pomiędzy układami scalonymi. Jeśli spodobał Wam się odcinek, zapraszamy do polubienia naszej strony na Facebook'u: 🤍 Jeśli macie jakieś sugestie w sprawie tematów kolejnych odcinków, kierujcie je na: reduktorszumu🤍gmail.com Zapraszamy także na nasz drugi kanał o tematyce audio - Reduktor Szumu 🤍 Zapraszamy na stronę 🤍 do zakupu koszulek i gadżetów z logiem Reduktora Szumu. W ten sposób możecie przyczynić się do rozwoju naszego kanału.
#communicationprotocols #I2C #I2Cframestructure In this video we will see: 0:00 Index 01:04 Frame structure of I2C communication 02:08 I2C data example 03:09 i2C waves 03:48 Data sampling 04:32 Read or Write operation 04:57 I2C communication Analogy 06:23 Acknowledgement in I2C communication 07:17 Data transmission Tail 07:44 Acknowledgement & NACK in I2C 08:20 Read operation in I2C communication More Videos: Embedded Systems: I2C Communication Part 1: 🤍 UART Communication Part 2: 🤍 UART Communication Part 1: 🤍 Basics of Communication: 🤍 Power Electronics: Power Factor Correction - 🤍 Power Factor - 🤍 Powe Supplies: Full Bridge Converter - 🤍 Half Bridge Converter - 🤍 Zeta Converter - 🤍 Cuk Converter - 🤍 Buck-boost converter - 🤍 Double Ended Forward converter - 🤍 Active Clamp Forward Converter - 🤍 Forward Converter - 🤍 SEPIC converter part 2 - 🤍 SEPIC converter part 1 - 🤍 Flyback converter part 2 - 🤍 Flyback converter part 1 - 🤍 Push-pull converter part 2 - 🤍 Push-pull converter part 1 - 🤍 Boost converter design - 🤍 Buck converter design - 🤍 SMPS basics - 🤍 Electric Vehicles: Battery management system 2 : 🤍 Battery management system 1 : 🤍 Battery basics part 4 : 🤍 Battery basics part 3 : 🤍 Battery basics part 2 : 🤍 Battery basics part 1 : 🤍 EV motor controllers part 2: 🤍 EV motor controllers part 1: 🤍 Charging of EVs: 🤍 EV basics: 🤍 EV parameters: 🤍 EV Motors: 🤍 - Check us out! Facebook - 🤍 Instagram - 🤍 Subscribe now for more videos like this! Attributes: 1. microcontroller - a href="🤍 vector created by freepik - 🤍freepik.com/a 2. IC - a href="🤍 vector created by macrovector - 🤍freepik.com/a
Myself Shridhar Mankar a Engineer l YouTuber l Educational Blogger l Educator l Podcaster. My Aim- To Make Engineering Students Life EASY. Website - 🤍 5 Minutes Engineering English YouTube Channel - 🤍 Instagram - 🤍 A small donation would mean the world to me and will help me to make AWESOME videos for you. • UPI ID : 5minutesengineering🤍apl Playlists : • 5 Minutes Engineering Podcast : 🤍 • Aptitude : 🤍 • Machine Learning : 🤍 • Computer Graphics : 🤍 • C Language Tutorial for Beginners : 🤍 • R Tutorial for Beginners : 🤍 • Python Tutorial for Beginners : 🤍 • Embedded and Real Time Operating Systems (ERTOS) : 🤍 • Shridhar Live Talks : 🤍 • Welcome to 5 Minutes Engineering : 🤍 • Human Computer Interaction (HCI) : 🤍 • Computer Organization and Architecture : 🤍 • Deep Learning : 🤍 • Genetic Algorithm : 🤍 • Cloud Computing : 🤍 • Information and Cyber Security : 🤍 • Soft Computing and Optimization Algorithms : 🤍 • Compiler Design : 🤍 • Operating System : 🤍 • Hadoop : 🤍 • CUDA : 🤍 • Discrete Mathematics : 🤍 • Theory of Computation (TOC) : 🤍 • Data Analytics : 🤍 • Software Modeling and Design : 🤍 • Internet Of Things (IOT) : 🤍 • Database Management Systems (DBMS) : 🤍 • Computer Network (CN) : 🤍 • Software Engineering and Project Management : 🤍 • Design and Analysis of Algorithm : 🤍 • Data Mining and Warehouse : 🤍 • Mobile Communication : 🤍 • High Performance Computing : 🤍 • Artificial Intelligence and Robotics : 🤍
Assuntos relacionados. Como funciona o protocolo I2C #shorts VISITE O SITE DO PROFESSOR BAIRROS LÁ TEM O PDF E MUITO MAIS PARA AULAS ONLINE CONTATE VIA SITE 🤍bairrospd.com SOM: pop alegre Mysteries -30 (fonte YOUTUBE)
$2 para 5 PCB. Pedido en 2 minutos : 🤍 💥En este video, te enseñaré más o menos cómo funcionan las comunicaciones serie i2c, UART y SPI con algunos ejemplos. Más detalles para otros protocolos pronto ... Ayudame en Patreon : 🤍 Haz cuenta en Electronoobs.io: 🤍 Página de Facebook: 🤍 English channel: 🤍 🔀ENLACES - Detalles comunicación serie: 🤍 Otras Páginas Más info: 🤍 Más info: 🤍 🔬IMPRESORAS 3D FDM - All printers: 🤍 Tron X1 (only 89.5€): 🤍 Coupon: "U363AD0D5558D000" Creality Ender 3: 🤍 Coupon (169.9$): "1J6X3Z40U1" Alfawise U30 (145€): 🤍 Alfawise U20 (236€): 🤍 Alfawise U50 (181€): 🤍 Crealitu CR10 (345€): 🤍 Creality CR20 (363€): 🤍 TEVO Tarantula Pro (199€): 🤍 Anycubic MEGA- S (354€): 🤍 🔅IMPRESORAS 3D RESINA - Anycubic Photon SLA (400€): 🤍 Alfawise W10 SLA (245€): 🤍 Longer Orange 10 (208€): 🤍 💕Me gusta, subscribir y compartir para ayudarme. Gracias! #UART #i2c #SPI
Il protocollo I2C è stato introdotto da Philips per far comunicare circuiti integrati. Arduino può utilizzare le comunicazioni i2c per scambiare dati con molti sensori. In questo video trasformeremo Arduino in un master i2c. Sorgenti e schemi: 🤍 Indice dei video: 🤍 Puoi scaricare gratuitamente il mio libro: "Il manuale di Arduino - Guida Completa" dal mio sito: 🤍zeppelinmaker.it oppure direttamente da gumroad: 🤍
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In part of my Embedded Systems Explained series I'll be explaining the fundamentals of SPI & I2C and telling you how to experiment with them at home. Texas Instruments MSP430 LaunchPad (US): 🤍 Texas Instruments MSP430 LaunchPad (UK): 🤍 MSP430 Microcontroller Basics - Book (US): 🤍 MSP430 Microcontroller Basics - Book (UK): 🤍 Last video: 🤍 Follow me on Instagram : 🤍 Like me on Facebook : 🤍 Secondary Channel : 🤍 Follow me on Twitter : 🤍 Register to get $5 coupon on PCB order: 🤍 Try Amazon Prime with a free 30 day trial: 🤍 Sign up for Airalo (international eSIM plans): 🤍 0:00 Introduction 0:17 Why do we need SPI & I2C? 1:37 SPI 5:09 I2C 8:41 How to experiment? 9:30 Outro My name is Fabi and I am an Engineer and Tech Enthusiast from Romania. On my YouTube channel I do thorough reviews of gadgets, showcase my programming projects and show you which cars I am driving. This is part 2 of my Embedded Systems Explained series! Why do we need SPI and I2C though when we already have UART? Well, there's 2 main drawbacks to this serial communication. First of all, it's asynchronous, secondly, UART is meant for only two devices, whereas many times, multiple devices need to be connected to a system through the same communication protocol. SPI or Serial Peripheral Interface is a communication protocol which allows for data transfer between multiple systems. The SPI protocol allows for only one controller (or main device) on the SPI bus. I2C or Inter-Integrated Circuit allows for communication between multiple systems, with the difference being that the I2C protocol also allows for more than one controller on the I2C bus.
#Tutorial #GNU #Linux #I2C #Programming In this video I will show you how to access I2C devices from a Desktop PC with a free display connector running GNU/Linux. Enjoy! Here is a video where I show how you can access the I2C bus with a C program: 🤍 Here you can find the code: 🤍 You want to support my work? You can buy me a coffee here: 🤍 If you want to contact me, you can find my E-Mail on 🤍gnu-linux.rocks My resources: 🤍
In this tutorial we will learn: 🔸 What is I2C communication protocol❓ 🔸 How the I2C communication protocol works❓ 🔸 What is SCL❓ 🔸 What is SDA❓ 🔸 and What are the advantages of I2C communication❓ everything is explained in your simple language Hindi. इस Tutorial में हम सीखेंगे: 🔸 I2C Communication Protocol क्या है❓ 🔸 I2C Communication Protocol कैसे काम करता है❓ 🔸 SCL क्या है❓ 🔸 SDA क्या है❓ 🔸 और I2C Communication के क्या फायदे हैं❓ आपकी सरल भाषा हिंदी में सब कुछ समझाया गया है। ✔ Subscribe E&E: 🤍 Links for Playlist: ▶ Arduino Series (हिंदी में): 🤍 ▶ NodeMCU IoT Series (हिंदी में): 🤍 For more info about us visit: (हमारे बारे में अधिक जानकारी के लिए): Email Id: 2idiotsofengineering🤍gmail.com Facebook: 🤍 Instagram: 🤍 Twitter: 🤍 Blog: 🤍 GitHub: 🤍 Channel: 🤍 Thank You! Engineers & Electronics
In this video, I show you how to use a I2C LCD Display with an Arduino Uno! ♦ PARTS LIST Arduino Uno: 🤍 Jumper Wires: 🤍 LCD 16X2 I2C Display: 🤍 ♦ CODE & LIBRARY Code: 🤍 Liquid Crystal I2C Library: 🤍 I2C Scanner Code: 🤍 ♦ SUBSCRIBE: 🤍 ♦ PATREON(To further support me): 🤍 ♦ MY SOCIAL PODCAST: 🤍 WEBSITE: 🤍 TWITTER: 🤍 INSTAGRAM: 🤍 FACEBOOK: 🤍 LINKEDIN: 🤍 ♦ BUSINESS INQUIRIES - aymaanrahman05🤍gmail.com DISCLAIMER: This video description contains affiliate links. If you click on one of them, I'll receive a commission. #arduino #electronics #arduinotutorial _ Timestamps: 0:12 Wiring 1:10 Arduino Library 1:40 I2C Scanner Sketch to know the I2C Address of the LCD Display 2:13 Programming the Arduino to print "Hello World" on the LCD Display 3:35 The LCD Display showing the message "Hello World" 3:44 Uploading a different code to the Arduino to display multiple messages showing up one after another 4:35 The LCD Display showing multiple messages one after another 4:47 If the LCD Display is not working, adjusting the contrast potentiometer on the back of the display
In this video we show you how to use the new I2C method using their i6s programmer and MC12 programmers to repair the FaceID on iPhone X, XR, 11, XS, XS Max, X, 11 Pro, 11 Pro Max, 12, 12 Pro, 12 mini, and 12 Pro Max. Oh Buddy they are here! MC12 Programmer 🤍 Tag ons are here! 🤍 Download software here 🤍
マイコンで使うI2C通信について解説します。 I2C通信は専用モジュールに組み込まれていることが多く、 使いこなせると電子工作の幅が広がります。 通信系は難易度が高いですが、しっかりと理解しておきましょう。 今回使用した回路はArduinoのシールド基板にする予定です。 ■参考になる動画■ ・トランジスタを使った回路の設計方法の解説 🤍 電子工作に役立つ情報を定期的に配信しています。 チャンネル登録よろしくお願いします！ ■動画内で使用しているArduinoスターターキット■ 🤍 ■ブログ■ 🤍 ■Twitter■ 🤍 #I2C通信 #シリアル通信 #電子工作 #なかしー
The difference between SPI Protocol and I2C Protocol are as follows: 1. I2C is half-duplex communication and SPI is full-duplex communication. 2. I2C supports multi-master and multi-slave and SPI supports single master. 3. I2C is a two-wire protocol and SPI is a four-wire protocol. Read the blog for more details: 🤍 PRODUCT LINKS Prodigy's I2C SPI Protocol Analyzer: 🤍 Prodigy's All Protocol Analyzer: 🤍 RELATED KEYWORDS I2C Protocol vs SPI Protocol Difference between I2C Protocol and SPI Protocol Difference between I2C and SPI I2C vs SPI | SPI vs I2C
Learn how the I2C-bus can simplify you design time and maximize functionality.
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Nesse tutorial vou completar o trabalho iniciado no tutorial passado falando sobre os principais protocolos de comunicações usados com microcontroladores, se você não viu, o link está na descrição desse vídeo. Hoje eu vou falar sobre os protocolos I2C e SPI. Vamos lá! Assuntos relacionados. Parte 1 protocolo UART. 🤍 VISITE O SITE DO PROFESSOR BAIRROS LÁ TEM O PDF E MUITO MAIS PARA AULAS ONLINE CONTATE VIA SITE 🤍bairrospd.com
Es posible comunicar esta pantalla LCD ST7735 por I2C? o hasta controlarla con un Attiny? lo comprobaremos... Mis redes sociales: - Beneficios para que pidan sus PCB's: 🤍 Consigue PCB's de alta calidad: 🤍 SMT Service e Impresión 3D: 🤍 🔥 Series de Youtube Short acerca de proyectos electrónicos interesantes para todos los niveles de Makers, DIYers, Hobbyists, Engineers, Technicians y Amateurs. YouTube: 🤍 TikTok: 🤍 Facebook: 🤍 Instagram: 🤍 Instructables: https://🤍 #JLCPCB #PCBA #DIY Gracias por seguir mi contenido, no olvides suscribirte a mi canal, compartir mi video y dejar tus comentarios.
Cette vidéo explique le fonctionnement du bus I2C. Plus d'informations sur le bus I2C: - Wikipédia (fr) : 🤍 - Wikipédia (en) : 🤍 00:00 Introduction 01:02 Architecture générale du bus I2C 02:35 Rôles des composants sur le bus I2C 04:20 Les requêtes sur le bus I2C 08:45 Garder le contrôle du bus I2C 09:28 Utilisation du bus I2C par des composants 12:19 Physique du bus - connexions électriques 14:21 Physique du bus - signaux start, stop, bits 1, 0 et signal de restart. 19:10 Résumé des signaux électriques sur le bus I2C 21:00 Fin
Awesome discounts at the PCBWay Christmas sale! 🤍 Get your Altium free trial at: 🤍 In this video, I'm introducing the ATtiny Device PCB. This PCB is designed to house an Attiny85 and it directly exposes the I2C pins of it to a pin header on one side. The idea is to use this board to make I2C devices that we can then use in more complex projects, where the Attiny85 will be dedicated to just a single task, and we will communicate with it, and control it by using I2C from the main controller board. By having it in this configuration, the Attiny85 can handle any repetitive and CPU-intensive jobs while the main controller will be left free to handle all of the interactions with the user and the rest of the devices within it. As an example of how this board can be used, I'm making an i2c relay timer that I can then turn of for a set period of time only by sending a simple character over I2C. This relay timer can be used for example with stairs lighting, where depending on the floor that the lights are turned on, we keep them on for a different interval. The board giveaway will be open for 2 weeks, until December 28th, 2021. Buy the ATtiny Device PCB from my Tindie store: 🤍 Arduino TinyWire Slave library: 🤍 Check out the written article on my website: 🤍 The code can be downloaded from the article over at Instructables: 🤍 or from the GitHub repo: 🤍 Tools and materials used in the video: ATtiny Device PCB - 🤍 Arduino Nano - 🤍 5V relay board (isolated) - 🤍 Attiny85 - 🤍 DIP8 IC socket - 🤍 10mm RGB LED - 🤍 Assorted resistors - 🤍 Female pin headers - 🤍 Male pin headers - 🤍 Support my work on Patreon so I can continue producing free content and tutorials! 🤍 My recording gear: Samsung A71 - 🤍 SJ400 Action camera - 🤍 USB Condenser Microphone - 🤍 Tripod - 🤍 Phone tripod mount - 🤍 How to make DIY I2C slave devices with ease - ATtiny Device #i2c #arduino #attiny85 #slave #tastethecode Main Site and blog: 🤍 Facebook: 🤍 Instagram: 🤍 Twitter: 🤍 Get exclusive Taste The Code t-shirts and merch at 🤍 Click on the link below to get two months of free premium access to Skillshare and start learning today! 🤍 Get $50 off your order on hosting for all of your website needs and learning projects on Dreamhost! 🤍
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Consigue la nueva revista transient wave y los 5 libros en nuestra página web oficial: 🤍prismacemnetwork.com Síguenos en Facebook: 🤍 Si quieres contactarnos, aquí tienes nuestro email: prismacemnetwork.contacto🤍gmail.com Deseas contactar al autor de los videos? Email personal: carlos.xeos🤍gmail.com Hashtags: #electronica #electricidad #microcontroladores #arduino #pic #microchip #atmel #resistencia #capacitor #inductor #relevador #protoboard #cable #switch #CPU #FLASH #RAM #EEPROM #LCD #TFT #RS232 #RS485 #SERIAL #PARALELO #OHM #WATT #bluetooth #wifi #informatica #electron #regulador #voltaje #corriente #inductancia #capacitancia #reactancia #impedancia #infrarrojo #diodo #triac #diac #semiconductor #zener #schottky #tunnel #tantalio #AVR #altera #fpga #cpld #NAND #compueta #multimetro #osciloscopio #frecuencia #laser #lineal #conmutado #fibraoptica #robotica #mecanica #altium #proteus
TWI(I2C) 통신과 SPI 통신 방식에 대해 간단히 살펴 봅니다. I2C와 SPI 통신 II 영상에서 실제 소자를 가지고 통신하는 방법을 살펴보겠습니다.
This video shows short demo of I2C protocol implemented on stm32. Tutorial to come. Code is written in bare metal. subscribe for upcoming tutorial. Learn how to edit videos for free(paid course for ambitious youtubers and content creators) 🤍 Blogger link:- 🤍 Visit out facebook page below: 🤍 Do you want to work on your embedded skills.Discount available on udemy course. Offer limited to 15 November. Link:- 🤍 Coupon:CC4AE5BBD89F38276E8C or watzapp me on: +918368685122
While I was adding more GPIOs to ESP8266 module, by soldering wires directly to IC's legs, I remembered a wiki-page I saw many years ago: 🤍 In this video I demonstrate how I added I2C temperature sensor to one of my laptops. The sensor was just a proof-of-concept test... In the future I might add I/O -expander to add more built-in indicator LEDs or buttons to my computer. My blog post about this video: 🤍 I don't know how easy it is to access I2C bus in Windows, as I've only tested this with Linux machines. If you liked the video, please show it and hit the Like-button! Check out my other videos: 🤍 Subscribe: 🤍
i2c connection is best for liquid crystal display (LCD) you can use it if you don't want lot of pin connection, it have only 4 pin to connect, VCC, GND, SCL and SDL - If you have any problem then you can contact me directly Telegram channel - 🤍 Telegram group - 🤍 Instagram - 🤍 Thank you for watching #i2c #arduino
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