Keywords: Ez430
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Displaying 1-20 of 21 results.
1.1 - What is a program?
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Abstract: Explains what a computer program is.
1.2 - Introduction to the IAR Workbench IDE
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Abstract: A quickstart tutorial to the IAR Workbench IDE. Learn how to create a project, edit files, build solutions, and use the debugger.
1.4 - Setting Breakpoints in Workbench
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Abstract: A brief tutorial on how to set breakpoints in Workbench.
1.5 - Lab 1: C and Macros with Texas Instruments' ez430
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Abstract: Programming basic C on an embedded processor.
2.1 - Introduction to Assembly Language
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Abstract: This module will provide a brief introduction into Assembly.
2.2 - Structure of an Assembly Program
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Abstract: Explains the structure of an assembly language program.
2.3 - Lab 2: Introduction to Assembly Language
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Abstract: A lab that introduces a student to assembly language programming.
3.1 - What is a digital clock?
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Abstract: Gives a brief explanation of a digital clock.
3.2 - Clock System on the ez430
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Abstract: Describes how the clock system works on the ez430.
3.3 - Lab 3: Clocking on MSP430
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Abstract: In this lab, we will cover various timing options for the MSP430.
4.1 - Interrupts
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Abstract: Explains what an interrupt is.
4.2 - Timers
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Abstract: The Timer A system on the ez430 is a versatile means to measure time intervals.
4.3 - Watchdog Timer
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Abstract: The watchdog timer is a 16 bit counter that resets the processor when it rolls over to zero.
4.4 - Lab 4: Timers and Interrupts
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Abstract: In this lab, we will cover various timing options for the ez430 and their implementation with interrupts.
5.1 - Memory Conservation
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Abstract: This module explains the different kinds of memory, some common memory organizations, and the basics of conserving memory.
5.2 - Improving Speed and Performance
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Abstract: In this lab we will focus on improving the performance of the MSP and attempt to optimize your code.
5.3 - Reducing Power Consumption
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Abstract: In this section of the lab we will focus on how power can be conserved using hardware and software.
5.4 - Lab 5: Optimization and Low Power Modes
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Abstract: In this lab, we will learn the basics of optimizing code intended for embedded systems.
7.1 - Introduction to Sampling
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Abstract: This module will cover the basics of sampling theory and Analog to Digital Converters (ADC).
7.3 - Lab 7: The ADC
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| Type: | Course Related Materials |
Abstract: To learn what is involved in Analog to Digital Conversion.
