We design, manufacture, test and sell analog and embedded semiconductors that help our nearly 100,000 customers around the globe create differentiated applications in markets that include industrial, automotive, personal electronics, communications equipment and enterprise systems.
TI’s new GaN synchronous step-down converter targets 12- and 48-V automotive applications such as audio/infotainment systems, cabin climate control, and headlights.
Texas Instruments TPS65036x-Q1 Camera, Radar, and MCU PMICs are highly integrated automotive power management ICs for camera, radar, and MCU power systems. The devices combine...
Part 2 of our impromptu chat with Henrik Mannesson, General Manager at Texas Instruments, about the pivotal role of semiconductors and energy storage in the renewable-energy transition...
An impromptu chat with Henrik Mannesson, General Manager at Texas Instruments, about the pivotal role of semiconductors in the renewable-energy transition.
Sponsored by Texas Instruments: This article takes a deep dive into the latest power-supply developments for data centers and how advanced MCUs are implementing GaN semiconductors...
Sponsored by Texas Instruments: This article takes a deep dive into battery-management technology, particularly EIS, which is used to determine various parameters of the cell....
Sponsored by Texas Instruments: Electronic sensors, processors, and electronic actuators are replacing or augmenting hydraulic fluids, steel springs, and mechanical linkages in...
Sponsored by Texas Instruments: MCUs are opening the field for extreme edge development, unveiling a new age of possibilities and solutions — especially with the integration of...
Andy recommends favorite resources for basic op amp circuits and includes a portion of TI's AN-20. Test your knowledge with our op amp quiz; answer explanations are included.
This issue of PowerBites includes a look at the future of electric aviation, news about the continued growth of fossil-free generation capacity in the U.S. grid, and several advances...
With 12-in. silicon wafers now in production, achieving precision performance across tens of thousands of amplifiers requires fast and accurate tuning to keep cost low.
Learn about the methodology and tools for AI-driven arc fault detection to create real-time classification on MCUs, improving accuracy and reducing false trips, for edge deployment...
DC arc fault detection is undergoing a transformation thanks to edge AI, helping power systems spot dangerous faults faster, locally, and before they cause costly failures.
A wide of array of advanced controllers arrived in 2025, marked by high integration and enhanced intelligence in solutions involving USB and other technologies.
As the move to physical AI speeds up, how do you make sure these capabilities become broadly accessible and not limited to only high-performance systems?
Sponsored by Texas Instruments: Advanced power stages, multiphase controllers, and real-time MCUs help distribute power to and within IT racks while maintaining high power density...
Sponsored by Texas Instruments: The edge, rapidly becoming the next playing field for networks, will be empowered by devices such as microcontrollers enabled by neural processing...
Sponsored by Texas Instruments: NPU-equipped MCUs open the door to optimized edge AI in systems ranging from wearable health monitors to physical AI in humanoid robots.
Sponsored by Texas Instruments: Wide-bandgap materials and advanced embedded processing are being leveraged to enhance the efficiency, power density, and reliability in renewable...
Sponsored by Texas Instruments: Advances in ADAS, from sensor fusion to AI integration to 4D radar, are being driven by cutting-edge SoCs facilitating the creation, deployment...
What was trending in automotive electronics at CES? Some of the standouts were connected vehicles using cellular IoT and satellite communications, centralized computing platforms...
Switching has almost always meant “hard" switching, which is simple but comes with all kinds of electrical and thermal stresses. Soft switching employs more sophisticated design...
This second part of a two-part series examines what happens after a short-to-ground or short-to-battery fault occurs and how an automotive eFuse can protect against them.
Sponsored by Texas Instruments: Maskless lithography using digital micromirror devices is becoming a cost-effective and adaptable option for equipment manufacturers.
