ipXchange’s Post

I'm excited to share a recent project I developed that combines the power of a #C3-Mini microcontroller, DS1317 real-time clock, and OLED display. This innovative setup allows developers to tinker and simulate their projects seamlessly on virtual platforms like Wokwi before bringing them to life in the physical realm. One of the standout features of this project is its ability to provide accurate real-time data. By crafting a sophisticated algorithm, I harnessed the capabilities of the DS1317 to keep track of time and date with precision, ensuring that your projects stay synchronized and up-to-date. The #C3-Mini microcontroller serves as the brain of the operation, facilitating seamless communication between the DS1317 module and the OLED display. This powerful microcontroller opens up a world of possibilities for developers, allowing them to implement complex functionalities and control various peripherals with ease. 🖥️ With the integration of an OLED display, developers can visualize real-time data and feedback directly on the screen, making debugging and testing a breeze. Whether you're monitoring sensor readings, displaying system status, or simply showcasing information, such a simple device can add a new dimension to your projects. By leveraging Wokwi's simulation capabilities, developers can now prototype and test their projects in a virtual environment before deploying them in the real world. This not only saves time and resources but also allows for rapid iteration and experimentation. Follow for more exciting IoT & embedded applications. #C3-Mini #DS1317 #OLED #EmbeddedSystems #IoT #Wokwi #VirtualPrototyping #Innovation #Development #Microcontrollers

🚀 Excited to share that I've completed the 'Exploring Bluetooth® Low Energy (BLE) From First Steps To Final Application' course by Microchip ! 🎉 Throughout the course, I explored: - BLE Specification - Connectivity and Data Transfer - Replacing cables in applications with BLE I’m excited to apply these skills to future projects. #BluetoothLowEnergy #BLE #IoT #Microchip #Engineering #TechLearning #ContinuousImprovement

🚀 A Beginner’s Guide to Analog to Digital Conversion: Everything You Need to Know 🚀 Analog to Digital Conversion (ADC) is a fundamental process in modern electronics, enabling the digitization of analog signals for processing by digital systems. For more details click the link below: 👇 https://lnkd.in/grmHwuXU  #AnalogToDigitalConversion #ADC #DigitalSignalProcessing #pievcore #ElectronicsEngineering #SignalProcessing #EmbeddedSystems #Microcontrollers #DataAcquisition #ElectronicsDesign #IoT #Sensors #ElectricalEngineering #AudioProcessing #CommunicationSystems #piestsystems #piembsystech #MedicalDevices #IndustrialAutomation #Instrumentation #DigitalElectronics #TechInnovation #TechEducation 

My latest project: A Permutation Flow Shop Scheduling System using Arduino! 🔧 Components & Features: Liquid Crystal Display (LCD) with I2C for clear and efficient user interaction. Keypad for intuitive data input. Infrared Sensor to detect and manage job presence. LED Indicators representing multiple machine operations. Implementation of Heuristics like Johnson's Rule, NEH, and EDD for optimal job sequencing. 💡 This project demonstrates the power of embedded systems in solving complex scheduling problems, crucial for manufacturing and operations management. It integrates hardware interfacing, real-time processing, and user interaction seamlessly. The journey involved understanding the nuances of scheduling algorithms, ensuring precise timing, and optimizing for performance. Proud of the results and the learning curve! Special Thanks To Asad Naeem and Muhammad Sajeel Tariq #Arduino #EmbeddedSystems #IoT #Manufacturing #OperationsManagement #SchedulingAlgorithms #Innovation #TechEnthusiast #EngineeringExcellence #ProjectShowcase #STEM

Choices: When the #PIC16F84 was among the first devices to offer a practical hobbyist device, it was a leap for small project development. There is no need to wait for an EEPROM to be erased, you just flash the device and move on. Today, small PIN-count devices are sophisticated and feature-rich devices that pull their weight. The #PIC16F1828 is no exception and is now available on the NANO20-A. With an SR latch, digital IO, Analog inputs a USART and other peripherals, you small pin-count project is code flash away from being up and running. HavenTechnik is an embedded consultancy with a proclivity for #8BIT design and is PIC Micro-centric. We offer #IoT, #PLC-styled automation control solutions and #RF, #Wifi, and #GSM-based solutions. Analog systems development options are provided as well. Our offering extends into development boards for the PIC #16F | #18F device families, and #automation_systems. info here: www.haventechnik.com buy here: www.haventechnik.biz email:[email protected] #embedded #picmicrocontroller #8bit #automation #systems #analog #wifi #rf #embedded

An infrared (IR) sensor is a device that detects infrared radiation in its surrounding environment. It commonly uses infrared light to sense objects and is often employed in applications like motion detection, proximity sensing, and communication. Arduino Uno is a microcontroller board based on the ATmega328P chip. It's part of the Arduino platform and is widely used for prototyping and DIY electronics projects. The Uno has digital and analog input/output pins, facilitating the connection and control of various sensors, including IR sensors, making it versatile for a range of applications. #IRsensor #Ardunio #microcontrollers #elconics #embeddedsystems #embeddedsoftware #embeddedengineer #iot

No matter how is the world growing but the ADC is a crucial part of the Microcontroller and this technology always being used. But I don't see anything improvement in this conversion logic for getting more granularity and accuracy in ADC. I hope some companies will improve this.

🔍Discover the Power of the IRW1443BOOST Radar Chip! 🌟 Leading the charge in microchip radar technology, the IRW1443BOOST radar chip is transforming automotive safety, industrial automation, and smart home applications. 🌐 Why Choose IRW1443BOOST? 1. High Precision:** Advanced signal processing for exceptional range resolution. 2. Compact & Efficient: Integrates seamlessly into diverse applications. 3. Versatile Applications: Perfect for collision avoidance, gesture recognition, and more. 🔧Key Features: 77GHz mmWave Sensor: Superior detection capabilities. Integrated DSP and Microcontroller: Real-time data processing. Robust Performance: Reliable in various environmental conditions. The IRW1443BOOST is setting new standards in microchip radar technology, enabling a smarter, safer world. Markhor Takimi #MarkhorTakimi #Technology #Tech #RadarTechnology #MicrochipRadar #Innovation #IRW1443BOOST #TechTrends #IoT #SmartDevices #AutomotiveTech #IndustrialAutomation #MixedSignalIC #NUST #Chipdesigning #ElectricalEngineering 👉 Learn more about the IRW1443BOOST here

The RADIX NANO20A: Today, small PIN-count devices are sophisticated and feature-rich devices that pull their weight. The #PIC16F1828 is no exception and is now available on the NANO20-A. With an #SR latch, #digital IO, #analog inputs, a USART and other peripherals, your small pin-count project is a code flash away from being up and running. HavenTechnik is an embedded consultancy with a proclivity for #8BIT design and is PIC Micro-centric. We offer #IoT, #PLC-styled automation control solutions and #RF, #Wifi, and #GSM-based solutions. Analog systems development options are provided as well. Our offering extends into development boards for the PIC #16F | #18F device families, and #automation_systems. info here: www.haventechnik.com buy here: www.haventechnik.biz email:[email protected] #embedded #picmicrocontroller #8bit #automation #systems #analog #wifi #rf #embedded

rf dig guide 1 #Microware #highfrequency #rf #rfid #Wireless #iot #rfcircuits #rfsignals #rfsolutions #amplifiers #MedicalDevices #ai #pcb #SmartAgriculture #rfdesign #rfpcb #rfengineering #antennas #radiofrequency #pcbdesign #ROGERS4350