Now that we know how to control the ARM I/O subsystem, we can add to that functionality by taking control of the ARM on-chip peripherals. Today’s lecture will concentrate on enabling ARM-based UARTS, SPI and USB portals.
Learning to control an ARM processor’s I/O subsystems is essential. In this lecture, we will code firmware manipulation routines for various STMicroelectronics ARM microcontrollers using the Keil MDK-Essential Edition.
Today, we will collect all of the tools we’ll need to ARM ourselves for the rest of the lecture series. We will gather programmers/debuggers, install software tools and test the operation of the hardware that we will be discussing this week.
This class will provide an example implementation using one of the target platforms described in the previous class and the focus of the design review will be based on input from the students during the first two classes.
This class will provide an example implementation using one of the target platforms described in the previous class and the focus of the design review will be based on input from the students during the first two classes.
This class will provide descriptions and examples of some common Industrial Ethernet applications and will illustrate how/when MCUs can be used as target platforms.
Industrial Ethernet leverages the key elements of Ethernet and provides a robust solution for industrial applications. This class provides an introduction to the Industrial Ethernet standard.