This video demonstrates a single-lead wireless chest strap heart rate monitor solution using an off-the-shelf heart rate monitor chest strap and TI components.

TI’s new DRV5x Hall effect sensors family supports a variety of applications including 3-phase BLDC motors; position, speed, acceleration monitoring and more.

The TI INA300 solves over-current detection issues in a very simple to implement manner as well as offering significant PCB footprint savings

LaunchPad Evaluation Kits from Texas Instruments include an ecosystem of hardware, software, and community support to take your designs to the next level

Learn more about the Human Proximity Detection for System Wakeup and Interrupt Reference Design that enables easy evaluation of TI technology.

The 4-channel AFE5401-Q1 is designed for the next generation of automotive radar applications where space constraints and increasing radar performance are drivi

In this video, learn how easy it is to select and use ultrasonic transducers in your application.

Yibo demonstrates the FDC2214, the industry’s first noise-immune capacitive sensing solution, and how it can be used for proximity and gesture sensing in any en

Maurizio shows us the advantages of capacitive sensing over traditional optical and infrared sensors. The FDC2214’s noise-immune architecture allows you to desi

Learn how sensor-based data-logging solutions are used to track temperature, humidity and light exposure through cold chain management.

The future of capacitive touch is here, with the world's lowest power capacitive touch MCUs. Learn more at http://www.ti.com/captivatetechtraining.

The TIDA-00561 is an industrial-grade wireless pH transmitter with +/-0.01pH accuracy over temperature and a 2.4GHz radio link.

Watch Luke simplify a liquid level design with TI's new differential inductive switch - the LDC0851.

Watch Luke & Tarig Design Non-Invasive Flow Meters with TI's Differential Inductive Switch: the LDC0851

Can a mmWave sensor detect objects through the rain?

Using 3D Time of Flight devices is an effective way to bring people counting and other Building Automation designs to market more quickly.

TI mmWave sensors can see objects with detailed outlines and classify them. Innovations in sensing technology will expand our vision.

Deliver accurate and reliable sensing for occupancy detection and people tracking with our technology and optimize every square meter in your building!

This video introduces TI's AWR automotive radar portfolio, which scales from a high-performance radar front end to a highly-integrated, single-chip sensor.