Get long-range data at your fingertips by utilizing Sub-1 GHz and Bluetooth low energy together with the SimpleLink CC1350 ultra-low power dual-band wireless MC

C2000 real-time MCUs are scalable, ultra-low latency, real-time microcontrollers designed for efficiency in power electronics

WHr charge termination and accumulated charge measurement in the bq34110 for rarely discharged battery applications

This is an update on TI Bluetooth® solutions including our latest BLE Wireless MCU, the most recent software development kits and supporting tools.

This session will explain how wireless sensor and wearable products can take better data more often while only consuming power measured in nanoWatts.

Going through an overview of the Low Energy Accelerator (LEA) peripheral on 16-bit MSP430 FRAM MCUs

This video provides an overview of the I2C designer tool. Watch this video to learn how to overcome common I2C headaches.

This video will discuss the fundamental properties of light relevant to light sensing and will touch on the reasons why one would want to measure light.

Bluetooth 5 Advertising extensions and new PHYs explained and demonstrated using the TI BLE5-Stack

How to set charging current, input current limit, battery regulation voltage, and battery temperature thresholds and save engineering resources? Learn now.

1.Overview 2.InstaSPIN™ motor control solution 3.DesignDRIVE software for industrial drives and motor control

This is an introduction to the noise immunity features built-in to the CapTIvate touch sensing peripheral. 

This video is about electromagnetic compatibility (EMC) challenges that can arise when designing capacitive touch interfaces

A May 18th Electronic Design-hosted live webinar sponsored by Texas Instruments.

See our on-demand webinar around how the new C2000 real-time controller is bringing real-time control without compromise.

This webinar introduces the TI Arm Clang Compiler. This is a new compiler that is based on LLVM/Clang open source technology.

Tune in as we help address your specific design needs for building wearable healthcare and patient monitoring systems of the future.

How a Highly Integrated Quad Channel Analog output module with Adaptive power management Solves the space demand problem in factory automation