Learn about our industrial reference designs targeted for field transmitter and process sensor applications.

When designing a robot it is important to choose the correct sensors to enable it to be aware of its environment and perform the tasks required.

This reference design can be used to quickly establish a wireless network that connects various types of sensors for condition monitoring directly to the Cloud.

This video shows how to solve design challenges on interfacing Ethernet PHY with application processor or microcontrollers.

Overview

System Level Protection for High-Voltage Multiplexers in Multi-Channel Data Acquisition Systems- Multiplexers with Integrated Fault Protection

Fault protection schemes using discrete components

TI offers robotic learning tools for all levels of education including the TI Robotics System Learning Kit.

Modern service robots use various technologies such TI mmWave sensors to help them successfully navigate in their environment and optimize paths.

Industrial robots are the driving force behind creating smart and innovative factories.

TI enables designers to create highly efficient logistics robots that can accurately maneuver crowded logistic centers, campuses, retail stores and more.

System Level Protection for High-Voltage Multiplexers in Multi-Channel Data Acquisition Systems- Comparison and conclusion

Introduction to industrial applications which require low standby power, specifically high-cell-count battery packs and field transmitters.

A introduction to wide use cases for high performance processing platform and key requirements for multi-rail power supply.

Learn about our reference designs, offering solutions for field transmitter and condition monitoring applications on the factory floor.

See how autonomous robots using the mmWave sensor can detect items such as glass, plastic, and other obstacles in both light and dark rooms.

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

With more and more factories being automated, there is a greater need for sensing people and objects around heavy machinery for smarter incident management.