The purpose of this lab is to learn how to design a microcontroller-based finite state machine.

The purpose of this lab is to develop a line-following algorithm using a finite state machine.

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 learn how to use finite state machines as a central controller for a robotics system.

The purpose of this lab is to interface three switches and a LED to the micrcontroller.

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

The purpose of this lab is to create a PWM output.

In this module you will learn SysTick timer fundamentals.

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

Reference design overview that showcases TI high speed amplifiers, comparators, and time-to-digital converters in a optical time of flight (ToF) system.

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

This topic will cover 2 examples of power supply designs for industrial applications using isolated DC/DC converters.

Wireless Condition Monitor for Motors and Pumps using Multi-Axis Vibration with High precision ADC.

This training discusses wearable display system's rolls in reality and virtual reality, optical architectures, and system design considerations.

Overview of applications and markets for wearable displays.

In this webinar, we will introduce how TI mmWave radar and Jacinto™ processors together form a system solution to enable safer, autonomous mobile robots.