marwen maghrebi’s Post

🔄 SPI Transmit Data in STM32: Polling, Interrupt, DMA MODE 🔄 Are you ready to explore the SPI communication methods on the STM32 microcontroller? 🚀 In this video, we cover the implementation of each mode of SPI communication using Polling, Interrupt, and DMA methods. Learn how to choose the best method for your project by evaluating the performance of data transfer between two STM32 boards (Master & Slave) using Proteus simulation! 💡 🔍 What’s Inside: Polling Mode: When and why to use it Interrupt Mode: Setting up for efficiency DMA Mode: Handling large data transfers efficiently 🎥 Watch the Full Video 📖 Read the Detailed Article 👇 Check out the link in the comments below 👇 #STM32 #EmbeddedSystems #Microcontrollers #TechTutorial #Electronics #SPI #Polling #Interrupt #DMA #PerformanceAnalysis

STM32 Timer 🕒 Mastery: Unleash One-Pulse, PWM, and Input Capture Modes in Proteus! 🎛️ Ready to take your STM32 timer skills to the next level? Discover how to master one-pulse mode, PWM generation, and input capture with detailed Proteus simulations. 🚀 🎥 Watch the video 📖 Read the full article 👇 Check out the link in the comments below 👇 #STM32 #EmbeddedSystems #Microcontrollers #TechTutorial #Electronics #ProteusSimulation #PWM #InputCapture

📏 HC-SR04 Ultrasonic Distance Sensor and STM32 | Proteus Simulation 📏 Looking to measure distances accurately in your STM32 projects? 🚀 In this project, we delve into the seamless integration of the HC-SR04 ultrasonic sensor with STM32 microcontrollers, leveraging the advanced Timer functionality offered by the STM32 series. Perfect for applications requiring precise distance measurement and control! 💡 🔍 What’s Inside: 🛠️ Overview of the HC-SR04 ultrasonic sensor 🔧 Setting up the STM32 Timer for accurate distance calculation 🎛️ Practical demonstration in Proteus Simulation 💡 Tips for optimizing your sensor setup for reliable readings 🎥 Watch the Full Video 📖 Read the Detailed Article 👇 Check out the link in the comments below 👇 #STM32 #EmbeddedSystems #Microcontrollers #TechTutorial #Electronics #UltrasonicSensor #HCSR04 #TimerFunctionality #DistanceMeasurement #ProjectTutorial

🔢 How to Use TM1637 with STM32 | 4-Digit 7-Segment Display 🔢 In this project, we focus on interfacing the TM1637 4-digit 7-segment display with an STM32 microcontroller. The TM1637 is a versatile driver for LED displays, making it ideal for projects involving numerical data visualization such as clocks, counters, and timers. Explore how to set up and control the display using STM32 to show real-time data effortlessly. 🔧🖥️ 🔍 What’s Inside: 🛠️ Step-by-step guide to interfacing TM1637 with STM32 🔧 Practical examples of displaying numbers, time, and more 💡 Tips for optimizing data transfer and display performance 🖥️ Proteus simulation to visualize the setup in real-time 🎥 Watch the Full Video 📖 Read the Detailed Article 👇 Check out the link in the comments below 👇 #STM32 #TM1637 #7SegmentDisplay #EmbeddedSystems #Microcontrollers #Electronics #TechTutorial #ProteusSimulation #DigitalDisplay

🔢 Interfacing Matrix Display & 7-Segment Display with STM32 using SPI in Proteus Simulation 🔢 Want to learn how to control displays with STM32 microcontrollers? 🚀 In this video, we explore the Serial Peripheral Interface (SPI) communication protocol and demonstrate how to interface both a matrix display and a 7-segment display with an STM32 microcontroller. Perfect for enhancing your projects with advanced display features! 💡 🔍 What’s Inside: Overview of matrix display and 7-segment display functionalities Step-by-step guide on setting up SPI communication Detailed Proteus simulation setup and demonstration Tips for efficient data transfer and display control 🎥 Watch the Full Video 📖 Read the Detailed Article 👇 Check out the link in the comments below 👇 #STM32 #EmbeddedSystems #Microcontrollers #TechTutorial #Electronics #SPI #MatrixDisplay #7SegmentDisplay #ProteusSimulation #ProjectTutorial

✨ How to Generate a Sinus Wave 🌊 with STM32 and AD5621 DAC ✨ 🚀 In this project, we take a deep dive into generating smooth sinusoidal waveforms using the STM32 microcontroller and the AD5621 12-bit DAC. Perfect for applications like audio processing 🎵, sensor simulation 📊, and control systems 🔧, learning sinus wave generation is essential for any embedded systems developer! ⚙️ Key Highlights: 🔌 Setting up the AD5621 DAC with STM32 for seamless analog signal output. 📡 Implementing SPI communication for precise control between the MCU and DAC. 🌊 Generating sinusoidal waveforms for a range of precision analog applications. 💡 Unlocking the potential for signal generation in audio, sensor calibration, and more! 🎥 Watch the Full Video 📖 Read the Detailed Article 👇 Check out the link in the comments below 👇 #STM32 #AD5621 #DAC #SinusWave #EmbeddedSystems #Microcontrollers #SignalGeneration #TechTutorial #Electronics

🌡️ Interfacing TC72 Temperature Sensor with STM32 using SPI in Proteus Simulation 🌡️ Are you ready to master the art of interfacing sensors with microcontrollers? 🚀 In this video, we dive deep into the Serial Peripheral Interface (SPI) communication protocol and show you how to interface the TC72 temperature sensor with an STM32 microcontroller. Perfect for both beginners and seasoned developers looking to enhance their embedded systems projects! 💡 🔍 What’s Inside: Understanding the TC72 temperature sensor and its features Step-by-step guide on SPI communication protocol Detailed Proteus simulation setup and demonstration Practical tips for accurate temperature readings and efficient data transfer 🎥 Watch the Full Video 📖 Read the Detailed Article 👇 Check out the link in the comments below 👇 #STM32 #EmbeddedSystems #Microcontrollers #TechTutorial #Electronics #SPI #TemperatureSensor #ProteusSimulation #ProjectTutorial

🚀 Project Highlight: UART Communication for ADC Value Transmission on STM32 In my recent project, I worked on utilizing UART communication to transmit the ADC value from an STM32 microcontroller. The goal was to read analog data using the ADC module and send the value via UART to a connected device for further processing. This project involved: 🔹 Configuring the ADC to sample analog input. 🔹 Setting up UART communication for data transmission. 🔹 Ensuring reliable communication by managing baud rates and timing. Check out the video showcasing the working implementation and how the ADC value is transmitted effectively over UART! 🎥👇 Thanks to techdhaba and Prashant (Techdhaba). #EmbeddedSystems #STM32 #UART #ADC #Microcontrollers #TechProjects #CProgramming #Innovation #Electronics #TechDhaba

🚦 Building a Traffic Intersection Controller Using STM32 🚦 Want to learn how to control traffic signals with microcontrollers? 🚀 In this video, we dive into the process of building a traffic intersection controller using an STM32 microcontroller. Perfect for enhancing your understanding of real-world embedded systems applications! 💡 🔍 What’s Inside: 📑 Overview of the traffic intersection controller project 🔄 Step-by-step guide on setting up the STM32 microcontroller 💡 Implementing traffic signal logic and timing 🛠️ Detailed demonstration and testing in Proteus simulation 🎥 Watch the Full Video 📖 Read the Detailed Article 👇 Check out the link in the comments below 👇 #STM32 #EmbeddedSystems #Microcontrollers #TechTutorial #Electronics #TrafficController #ProteusSimulation #ProjectTutorial

Hello LinkedIn fam 😊 I am excited to share my new project: LED Blinking and Fading Using Timers on the STM32 Nucleo Board!. I recently completed a project using the STM32 Nucleo board where I implemented LED blinking and fading using timers. This project helped me gain a deeper understanding of timers and their applications in embedded systems. Key Components: - STM32 Nucleo board - LEDs Project Highlights: - Implemented LED blinking using hardware timers for precise timing. - Achieved smooth LED fading effect by varying the duty cycle of the PWM signal. Check out the images and video below to see it in action. #STM32 #EmbeddedSystems #Microcontrollers #Electronics #CProgramming