Programming basic C on an embedded processor.
A lab that introduces a student to assembly language programming.
Gives a brief explanation of a digital clock.
Describes how the clock system works on the ez430.
In this lab, we will cover various timing options for the MSP430.
Explains what an interrupt is.
In this lab we will focus on improving the performance of the MSP and attempt to optimize your code.
In this section of the lab we will focus on how power can be conserved using hardware and software.
In this lab, we will learn the basics of optimizing code intended for embedded systems.
This module will cover the basics of sampling theory and Analog to Digital Converters (ADC).
Explains how to use the MSP430 analog-to-digital converter (ADC).
To learn what is involved in Analog to Digital Conversion.
Explains how to use the MSP430 analog-to-digital converter (ADC).
Describes the CPU registers in the MSP430.
Describes how the clock system works on the MSP430.
Explains how the digital-to-analog converter works on the MSP430.
This is an introductory module to ELEC226: Microcontroler and Embedded Systems Laboratory.
Homework and solutions related to signals and systems.
Explains what an interrupt is.
A quickstart tutorial to the CrossStudio MSP430 IDE. Learn how to create a project, edit files, build solutions, and use the debugger.
