In this module you will learn how to interface a LCD to TI's LaunchPad development kit.

You will learn the concept of Pulse Width Modulation (PWM) and duty cycle.

In this lab you will learn how to generate periodic interrupts using SysTick.

In this module you will learn the fundamentals of LEDs and switches.

In this module you will learn SysTick timer fundamentals.

We're testing your mmWave forum questions by demonstrating the ability of TI's IWR mmWave sensors to see through rain and walls, and detect very small objects.

Learn debugging on the MSP432 through controls (step, breakpoints), observing variables and functional debugging.

Learn software design through a call graph, data flow graph, successive refinement, abstraction (functions) and modular design (header/code files).

In this module, you will develop and test software functions that will be used in the maze robot.

In this module, you will learn how to use finite state machines as a central controller for a robotics system.

In this module you will use a finite state machine to create a controller for a simple line following robot.

In this module you will design, develop and test the line sensor measurement required for the maze robot.

In this module you will design, develop and test the line sensor measurement required for the maze robot.

In this module you will develop and test an assembly function the maze robot might use to perform a numerical calculation.

Understanding how the processor works is essential for the design of embedded systems, such as the one used in your robot.

Module 2: Voltage Current and Power will cover resistors, capacitors and LEDs.

This training discusses real-world system requirements for a multi-channel 4-20mA analog input module for programmable logic controller (PLC).

This topic will cover 2 examples of power supply designs for industrial applications using the Fly-Buck(TM) topology.