Teams will construct a durable Oxidation Reduction Potential (ORP) probe to measure voltage and NaCl concentrations in water samples. Participants will complete a written test on the event's principles and theories. The competition involves building the device using microcontrollers, sensors, and di

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Embedded systems are all around us, from the tiny microcontrollers in our household appliances to the sophisticated control systems in cars and aeroplanes. But how are these systems designed? Let's delve into the basics of the embedded systems design process in simple terms that anyone can understan

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Explore the world of microcontrollers and single-board computers, from the history of Intel 4004 to the popular Arduino and Raspberry Pi models. Learn the differences between SBMCs and SBCs, major manufacturers like Arduino, Raspberry Pi, and more, and their applications in physical computing, IoT,

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In the era of technological advancements, integrating programming concepts into educational contexts is crucial. This project focuses on developing an open-source code extension for microcontrolled systems using Scratch, emphasizing educational robotics. It aims to establish communication between mi

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Explore the world of Arduino microcontrollers through an engaging activity aimed at building a scientific instrument to measure temperature. The detailed outline covers parts, functions, and where to source supplies. Learn about the versatile Arduino platform, its inputs, outputs, and programming la

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Microcontrollers play a crucial role in embedded systems by combining a microprocessor, memory, I/O ports, and timers on a single chip. They differ from microprocessors in terms of architecture, power consumption, and applications. This content covers the basics of microcontrollers, including the di

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Learn how to optimize memory usage in automotive applications using the S32K3 series microcontrollers. The guidelines cover placing functions into ITCM, storing data into DTCM, defining memory sections, and integrating with ARM EABI GNU tools. Follow step-by-step instructions for section placement i

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A microcontroller (MCU) is a compact integrated circuit essential for embedded systems, controlling specific operations. This article delves into the definition, functioning, and key elements of microcontrollers, such as the processor, memory, and I/O peripherals. Explore how microcontrollers work,

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The stack plays a crucial role in embedded systems design by providing a last-in, first-out storage structure for dynamic memory allocation. In this chapter, Dr. Brock J. Lameres explores the concept of the stack, its physical implementation in microcontrollers like the MSP430FR2355, and the operati

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Detailed instructions on setting up a project in Code Composer Studio for the Microcontrollers Lab course, including creating a workspace, configuring project settings, and adding code files. The guide also includes alternative methods for starting a new project and tips for optimizing workflow effi

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Exploring the operation and significance of literal instructions in the PIC18 family's instruction set, including examples of bitwise operations like AND, IOR, and XOR. Learn how these instructions affect the status register and how they can be used to manipulate data effectively in programming with

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Assembly language is a low-level programming language used for computers, microprocessors, microcontrollers, and ICs. It consists of instructions and directives (pseudo instructions). Assembler directives are statements that guide the assembler during the assembly process. Categories of directives i

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Dive into the fascinating realm of Arduino microcontrollers, the go-to tool for artists, hobbyists, and students alike. Discover the versatility and power of Arduino boards, learn about the Arduino Uno, different types of Arduino boards, and how to code in Arduino using the IDE across various platfo

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MSP430 memory includes volatile RAM, dynamic RAM, nonvolatile ROM, EPROM, and flash memory. Each type has unique characteristics such as data retention, ease of read/write, cost implications, and methods of programming and erasing. Microcontrollers utilize various memory types based on requirements

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Microcontrollers, like the Samd21, Samd51, and ATmega2560, are essential components in electronic systems, featuring processors, memory units, and peripherals. Learn about their history, applications in automobiles and medical devices, as well as how they work and their structure. Explore the role o

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In this lab project for Introduction to Engineering & Design, students work on prototyping a thermal insulation device using microcontrollers and sensors. The objective is to control an LED with a button, test a design prototype, and create a device to slow the rate of heat loss. Background informat

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This overview covers the power supply, reset control, and clock sources for ARM microcontrollers, focusing on aspects such as power supplies, battery backup, voltage regulator operation modes, and power supply supervisor functions. It discusses essential details like operating voltages, backup domai

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Explore the key sources of interrupts in PIC16F627A/628A/648A, accessing registers, enabling interrupts, and managing local interrupts such as Timer 0 alarms and B0 pin changes. Learn how to set interrupts on desired events and understand the corresponding flag bits for interrupt occurrence.

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Microprocessors function as finite state machines, with instructions loaded from memory and executed in sequence. However, interrupts allow for urgent out-of-turn servicing of signals, providing a way to handle asynchronous events. Learn how to utilize interrupts efficiently with examples on Arduino

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Explore the fundamentals of interrupts and exceptions programming in ARM Cortex-M microcontrollers. Topics include interrupt handling mechanisms, interrupt vector table, interrupt priorities, control registers, and transitioning from reset to boot programs. Gain insights into the privileged executio

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Interrupts in 8051 microcontrollers allow the system to respond to asynchronous events while multitasking on a single CPU, giving the illusion of handling many things simultaneously. They introduce the concept of priority, enabling preference over simultaneous interrupts. The interrupt vectors deter

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Explore the fundamental concepts of interrupts, PWM, timer/counters, and ADC in microcontrollers. Learn how to use interrupts for tasks like LED blinking, control LED brightness with PWM, and read voltage using ADC. Get insights on interrupt routines, enabling interrupts through registers, and tips

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Learn how to port code between MSP430 and MSP432 microcontrollers, ensuring register access compatibility using DriverLib, and adapting interrupt handling. Explore recommendations for developing new code, utilizing system features, and handling data types. Discover portability considerations for var

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Explore the innovative world of LilyPad technology, which allows people to incorporate lights, communication features, and sensory capabilities into wearable items such as jackets, purses, and accessories. The guide delves into the components of LilyPad boards, how they interact with microcontroller

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This workshop provides a basic introduction to Arduino microcontrollers, teaching participants how to connect their Arduino to a breadboard and activate an LED light. Sessions cover hardware, coding challenges, IDE basics, and more. No tools are required—just curiosity and patience!

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