Скачать или смотреть Why Do Millis() And Delay() Cause Arduino Timing Overflow? - Electrical Engineering Essentials

Why Do Millis() And Delay() Cause Arduino Timing Overflow? Are you curious about how Arduino keeps track of time and why timing issues can occur in your projects? In this informative video, we'll explain everything you need to know about Arduino timing functions like millis() and micros(). We'll start by describing how these functions work to measure elapsed time since the Arduino started running. You'll learn about the internal counters they use, which are stored in variables limited by hardware constraints. We'll discuss what causes these counters to reset, known as overflow or rollover, and how often this happens for different functions. You'll see why these resets can cause unexpected behavior if not handled properly.

We’ll also cover the delay() function and explain why, although it doesn't cause overflow, it can still introduce problems in your project, especially when quick responses or multitasking are needed. To prevent timing errors caused by overflows, programmers use specific techniques like subtracting previous time values, which naturally handle counter rollovers.

By understanding how hardware limitations affect software timing, you can improve the reliability of your Arduino projects over long periods. We’ll share practical tips on managing timer overflows and discuss advanced options like hardware timers or real-time operating systems for more precise control. Whether you're a beginner or experienced hobbyist, mastering these concepts will help your projects run smoothly and accurately.

Join us for this detailed overview, and subscribe to our channel for more helpful tutorials on electrical engineering and microcontroller programming.

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About Us: Welcome to Electrical Engineering Essentials! This channel is dedicated to providing you with practical knowledge and skills in electrical engineering. We cover a diverse range of topics including electrical circuit design, power systems engineering, electronics and semiconductors, signal processing basics, renewable energy systems, electrical safety standards, embedded systems, robotics and automation, microcontrollers, sensors, and various electrical engineering career paths.