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Преглед видео материјала који је намењен за сврхе учења и упознавања са појмом микроконтролера, тачније Ардуина. У вежбама се користи Ардуино УНО микроконтролер, са пратећом опремом из комплета доступних на нашем тржишту. Све вежбе су детаљно описане и објашњене у текстовима које објављујем у категорији „Ардуино„!

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Welcome to our latest Arduino project tutorial! In this video, we will guide you through the process of building a Room Occupancy Counter using an Arduino Uno. This project is perfect for beginners and intermediates who want to enhance their skills in electronics and programming.Project Overview: In this project, we will use an Arduino Uno to count and display the number of people in a room. The count will be displayed on a seven-segment display, and we'll use a shift register to control the display. Additionally, two buttons will be used to increase and decrease the count, simulating people entering and leaving the room.Components Needed:Arduino Uno 7-Segment Display 74HC595 Shift Register Two Push Buttons Resistors (220 ohms) Breadboard and Jumper Wires USB Cable and Power SupplyStep-by-Step Instructions:Introduction: We will start by introducing the project and discussing its applications. Components and Circuit Diagram: We'll show the components you'll need and explain how to connect them using a detailed circuit diagram. Wiring the Circuit: Follow along as we connect the Arduino Uno, shift register, seven-segment display, and push buttons on a breadboard. Programming the Arduino: We’ll write and upload the Arduino code to control the display and handle button presses. Testing and Troubleshooting: Finally, we’ll test the project to ensure it works correctly and troubleshoot any issues that arise.Code and Schematic: Find the full code and schematic on my blog, link down below! 😀Why This Project? This project is a fantastic way to learn about using shift registers to drive multiple outputs with fewer pins and implementing basic input handling with push buttons. Whether you’re creating a simple counter or a more complex automation system, these skills are highly transferable.Don’t Forget to Like and Subscribe! If you enjoyed this tutorial, please give it a thumbs up, leave a comment if you have any questions or suggestions, and subscribe to our channel for more exciting Arduino projects.Happy Building!
Welcome to our latest Arduino project tutorial! In this video, we will guide you through the process of building a Room Occupancy Counter using an Arduino Uno. This project is perfect for beginners and intermediates who want to enhance their skills in electronics and programming.Project Overview: In this project, we will use an Arduino Uno to count and display the number of people in a room. The count will be displayed on a seven-segment display, and we'll use a shift register to control the display. Additionally, two buttons will be used to increase and decrease the count, simulating people entering and leaving the room.Components Needed:Arduino Uno 7-Segment Display 5161AS 74HC595 Shift Register Two Push Buttons Resistors (220 ohms) Breadboard and Jumper Wires USB Cable and Power SupplyStep-by-Step Instructions:Introduction: We will start by introducing the project and discussing its applications. Components and Circuit Diagram: We'll show the components you'll need and explain how to connect them using a detailed circuit diagram. Wiring the Circuit: Follow along as we connect the Arduino Uno, shift register, seven-segment display, and push buttons on a breadboard. Programming the Arduino: We’ll write and upload the Arduino code to control the display and handle button presses. Testing and Troubleshooting: Finally, we’ll test the project to ensure it works correctly and troubleshoot any issues that arise.Code and Schematic: Find the full code and schematic on my blog, link down below! 😀Why This Project? This project is a fantastic way to learn about using shift registers to drive multiple outputs with fewer pins and implementing basic input handling with push buttons. Whether you’re creating a simple counter or a more complex automation system, these skills are highly transferable.Don’t Forget to Like and Subscribe! If you enjoyed this tutorial, please give it a thumbs up, leave a comment if you have any questions or suggestions, and subscribe to our channel for more exciting Arduino projects.Happy Building!
Welcome to our YouTube Shorts series, where we unravel the mysteries of Arduino programming! In this bite-sized tutorial, we'll explore the Serial.available() function, a powerful tool for managing serial communication in your Arduino projects.First, let's break down the syntax: Serial.available(). This function allows you to check the availability of data in the serial buffer. By calling Serial.available(), you can determine the number of bytes waiting to be read from the buffer, ensuring efficient data handling in your projects.But how do we apply this in real-world scenarios? Imagine you're working on a project that involves receiving sensor data via serial communication. With Serial.available(), you can ensure your Arduino board is always ready to receive and process incoming sensor readings. Whether it's temperature, humidity, or motion data, Serial.available() ensures you never miss a beat.Serial.available() isn't just limited to sensor data. You can also use it to receive commands from a serial monitor, communicate with external devices, or implement data logging functionality. Its versatility makes it an indispensable tool in your Arduino toolkit.By mastering Serial.available(), you can create Arduino projects that are responsive, efficient, and reliable. So, dive in, experiment, and unleash the full potential of Serial.available() in your projects!Don't forget to like, subscribe, and stay tuned for more Arduino tutorials and tips! Happy tinkering!
🤖🔌 In this bite-sized tutorial, we unravel the magic behind the Serial.begin() function in Arduino. Whether you’re a beginner or a seasoned maker, understanding serial communication is essential. Join us as we explore baud rates, practical applications, and why this function is your secret weapon for debugging and monitoring. 🎥🚀nenadsky.com
🚀 Mastering Arduino Communication with the Serial Library: Connect, Communicate, Create! 📡🔧Welcome to the world of Arduino communication! In this bite-sized video, we're diving into the Serial library, your gateway to seamless communication between your Arduino board and external devices. Whether you're a beginner or an experienced maker, understanding Serial communication is essential for unlocking the full potential of your projects. Join us as we explore the basics, practical examples, and advanced techniques of the Serial library, empowering you to connect, communicate, and create like never before!🔍 Key Topics Covered:Introduction to Serial Communication Initializing Serial Communication with Serial.begin() Sending and Receiving Data with Serial.println() and Serial.read() Real-world examples of Serial communication with sensors Advanced techniques and tips for optimizing Serial communication Utilizing the Serial Monitor and Serial Plotter for debugging and visualization Troubleshooting common issues in Serial communicationWhether you're building IoT devices, robotics projects, or interactive installations, mastering the Serial library is a fundamental skill that will elevate your Arduino projects to new heights. So, grab your Arduino board, fire up your IDE, and let's dive into the world of Arduino communication together! Don't forget to like, subscribe, and stay tuned for more Arduino tips and tutorials. Happy coding! 🛠️🤖 #Arduino #SerialLibrary #CommunicationMastery
🚀 Dive into the world of Arduino and unlock the power of external interrupts! In this bite-sized tutorial, we'll explore how external interrupts serve as your gateway to responsive, real-time Arduino projects. Whether you're a beginner or a seasoned maker, understanding external interrupts is essential for creating projects that react instantly to external events. Join us as we demystify external interrupts, learn how to implement them in your projects, and discover their role in achieving real-time responsiveness. Don't miss out on this opportunity to take your Arduino skills to the next level! Let's code, innovate, and create together. Subscribe now for more Arduino tips and tutorials! #Arduino #ExternalInterrupts #RealTimeProgramming
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