Overcoming a design hurdle that has burdened engineers for decades, Texas Instruments (TI) has announced a revolutionary Compute Through Power Loss (CTPL) technology to enable context save and restore across its MSP430 FRAM MCU family, including the MSP430FR6972 MCU. 

Explore the different development options available in the Sitara AM335x starter kit. Even though at it's $199 price point, this development tool is feature packed.

Tarig demonstrates a very simple and easy way to design a 16-button key pad using inductive sensing technology.

A single hardware and software platform that makes it easier for engineers to develop and evaluate solutions for many industrial drive and servo topologies has been introduced by Texas Instruments. The DesignDRIVE kit and example software offer an easy path to begin exploring a wide variety of motor types, sensing technologies, encoder standards and communications networks.

Learn how differences in trim methods can affect the performance of your op amp and how to pick the right one of your system.

Learn how to get started with the digital power buck converter BoosterPack, part of TI's LaunchPad development ecosystem.

This session will focus in on the analogue drive section of the motor, reviewing the H-Bridge architecture,  on-chip protection circuits, decay modes, thermal performance, on-chip control logic and overall performance and reliability of today’s integrated motor drive ICs.

Texas Instruments has expanded its Sitara portfolio, enhancing performance and adding real-time processing support.

Texas Instruments has announced ADS54J60, the industry’s first 16-bit 1-GS/s ADC, achieving over 70dBFS SNR at 1GS/s, as well as its high density four-channel 14-bit 500MSP/s ADC, the ADS54J54. To optimise the signal chain, TI’s 4.5GHz LMH6401 fully differential DVGA offers the widest bandwidth with DC coupling and allows signal acquisition of low and high frequencies without the limitation of baluns used in AC-coupled syste...

This video will discuss the benefits to using external ESD protection in your system.

This session will provide an overview of the new MSP432 low-power device.

Learn how to design protection circuits for analogue I/O modules. The video explains how attenuation and diversion can help you protect your system – especially when used together.

Enabling faster and cooler charging, Texas Instruments has introduced the industry’s first fully integrated 5A single-cell Li-ion battery-charger circuit. The bq25892 switch-mode charger features the company’s proprietary MaxCharge technology, which reduces charge time up to 60% compared to existing battery chargers.

Dick reviews all of the TI wireless power solutions for low-power wearable products and demonstrates performance using several lab tested reference designs.

Get the backstory on why we created TI Precision Labs, the industry's first online classroom for analogue design, from op amp expert Art Kay.

TI's SimpleLink ultra-low power wireless MCU platform supports multiple wireless connectivity standards using a single-chip and identical RF design.

This video discusses TI's recent advances in I2C technology.

Learn how to get started evaluating the MSP432 Low-Power + High Performance MCU series, featuring a 32-bit ARM Cortex-M4F and the industry’s lowest Cortex-M4F power consumption of only 95uA/MHz in active mode and 850nA in standby mode.

In markets that require high-speed data generation and acquisition, performance is key. To make it easier to get a direct connection to the ADC/DAC and Analogue Front End (AFE), Texas Instruments is changing the game with the highly integrated KeyStone-based 66AK2L06 SoC solution, which integrates the JESD204B interface standard, reducing the overall board footprint by up to 66%.

The DSP has evolved. From larger devices with complex programming needs to today’s scalable devices built on reusable architecture, TI’s DSP portfolio unlocks the full potential of the SoC and the full potential of your design. Watch the video below to learn more.