Arduino Power Saving Techniques in RTOS-Based Projects Arduino Power Management is essential for creating efficient, battery-powered devices. By using sleep modes, peripheral control, and FreeRTOS scheduling, developers can cut power use, extend battery life, and design smarter IoT, wearable, and embedded systems without losing performance. …
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Wireless Communication Technology – The Backbone of Modern Connectivity In Wireless Communication Technology, data is transmitted without physical connections using electromagnetic signals such as radio waves, microwaves, and infrared. This enables seamless communication between devices across short and long distances. From mobile networks to IoT …
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Arduino FreeRTOS – Multitasking Made Simple In Arduino FreeRTOS, tasks can run seemingly in parallel, enabling multitasking on resource-constrained microcontrollers. Unlike the traditional Arduino loop() that executes instructions sequentially, FreeRTOS provides real-time task scheduling, context switching, and inter-task communication. This makes it easier to build …
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Preprocessor Directives in C – Complete Guide with Examples In C programming, preprocessor directives are special instructions that are executed before the actual compilation begins. They are not C statements, but commands to the compiler, starting with the ‘#’ symbol. These directives simplify development by …
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PCB Design for Modern Electronics – Best Concepts and Powerful Innovations A PCB Design is a fundamental process in electronics that transforms circuit concepts into physical boards. It ensures that electronic devices, from smartphones to spacecraft, function reliably and efficiently. A well-structured PCB design improves …
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Namespace in C++ – Complete Guide with Syntax and Code Examples Namespace in C++ programming is an important feature that helps organize code and avoid naming conflicts. It allows developers to group related identifiers such as functions, variables, classes, and objects under a single name. This …
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STM32 ARM Cortex-M Microcontrollers – A Complete Guide In embedded systems development, STM32 ARM Cortex-M microcontrollers are one of the most widely used platforms. Their balance of performance, low power consumption, and flexibility makes them suitable for everything from IoT devices to advanced industrial applications. …
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Automotive Embedded Systems in Modern Cars: A Complete Overview In modern automobiles, embedded systems are the backbone of intelligent functionality. These specialized computer-based units integrate hardware and software to control everything from safety to performance and comfort. By managing systems such as engine control, infotainment, …
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C Header Files – Explained with Examples In C programming, header files provide a systematic way to organize and reuse code efficiently. They contain function declarations, macros, and constants that can be shared across multiple files, making programs easier to manage and maintain. Header Files …
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FreeRTOS Firmware Guide for ARM – LPC1768 In embedded systems development, FreeRTOS on ARM Cortex-M3 provides a structured approach to handling multitasking efficiently. Understanding how the kernel manages tasks, priorities, and synchronization helps you design predictable and responsive applications. FreeRTOS on ARM Cortex-M3 provides lightweight …
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