Transistor biasing with current mirrors12/20/2023 ![]() ![]() However, these achievements are built on our ability to use technology to improve people's lives. Technology has enabled us to achieve great success in business, education, healthcare, and various other fields. ![]() Emotions and compassion are among the driving forces behind technology. However, it's crucial not to overlook the human factor when advancing and using technology. ![]() Technology has become an integral part of our lives. GITHub link: #Innovation #CommunicationSolutions #ChattingSystem #TivaCMicrocontroller #TechnologyAdvancements #StateMachines #Embedded_system #embedded_software #coding #software #programming Under the supervision of Egypt University of Informatics-EUI This state ensures strong privacy and security when data transfer is not required, giving users complete control over their communication preferences.īy leveraging these three states, our dynamic chatting system ensures efficient and reliable communication, emphasizing flexibility and adaptability as per users' needs. This serves as an ideal feature when we desire one-way communication or when the need for monitoring arises.ģ- Offline State: Finally, the Offline state eliminates any form of data transfer between the PC and the Tiva C microcontroller. Users can effortlessly exchange data from and to their connected PCs, promoting seamless communication.Ģ- Listen-Only State: Transitioning to Listen-Only mode, this state empowers users to transmit data from the Tiva C microcontroller to the PC, while restricting the flow of data from the PC. Let's dive into these states in detail:ġ- Online State: In this state, bi-directional data transfer between the Tiva C microcontrollers and PCs is enabled. Each Tiva C microcontroller presents three key states, each serving a unique purpose. With this dynamic system, we have implemented a sophisticated state machine concept, ensuring enhanced control over the data flow. Through this innovative setup, we have successfully enabled smooth and secure data transfer from one PC to another. I am thrilled to share with you a cutting-edge project where we have utilized the power of UART communication to establish a robust communication channel between the two Tiva C microcontrollers. □ Exciting new project alert! introducing a seamless chatting system using two Tiva C microcontrollers, where each Tiva C is connected to a PC for efficient data transfer. ![]() □ #BluetoothLowEnergy #BLE #IoT #InternetOfThings #Wearables #HealthTech #SmartDevices #WirelessCommunication #TechTrends #Innovation #SmartHome #EnergyEfficiency #DataTransmission #Connectivity #EmergingTech #DigitalTransformation #TechGuide #FutureTech #LowPower #BatteryLife #HealthcareInnovation #HomeAutomation #IndustrialIoT #ScalableSolutions #GreenTech #DataAnalytics #BusinessStrategy #TechSolutions Here's a download link in case you're having trouble accessing the notes: Stay tuned for an upcoming project on Bluetooth Low Energy (BLE) that I'll be unveiling soon! If you're curious about the behind-the-scenes process, be sure to check out these comprehensive notes I've shared. □ Scalability: Its ease of integration enables seamless expansion and upgrading of devices and systems. □ Economic Impact: BLE's low manufacturing cost and power efficiency make it a lucrative option for businesses. □ Wide Range of Applications: From IoT devices to healthcare equipment, BLE has diverse use-cases. □ Energy Efficiency: BLE is designed to minimize energy use, making it ideal for battery-operated devices. The technology offers an array of advantages: It brings together the best of both worlds: high-speed data transmission and ultra-low power consumption. Have you ever marveled at how your smartwatch □ precisely tracks your steps □♂️, heart rate □, and sleep patterns □, all while boasting an extraordinary battery life? Well, the secret ingredient is none other than BLE! I've been diving into the world of BLE recently and I wanted to share thisĬomplete guide to BLE technology that will teach you everything about BLE step-by-step from A to Z! □ The Ultimate Guide to Understanding Bluetooth Low Energy From A to Z ![]()
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