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.
eFuses integrate power switches, digital controllers, current sensing, and all of the other smarts for hot swapping in a single chip. For TI, they represent the future of circuit...
Is high-voltage DC (HVDC) the future of power distribution in data centers? If so, power-supply designers will have to work through a lot of challenges to make it a reality.
Discover how a low-dropout linear regulator and a programmable logic device can replace microcontrollers for enable/disable functions, reducing power consumption to just microamperes...
Monolithic ratiometric resistor dividers provide a low-drift solution for converting the high voltages in modern EV battery packs into voltages suitable for conversion and processing...
Throwback time: The basic digital-logic functionality of small-scale integration still has a role, as evidenced by a new shift register and decoder/demultiplexer.
Sponsored by Texas Instruments: Gallium-nitride devices in transformer-outline leadless packages can serve in applications such as data-center power-supply units, electric-vehicle...
Sponsored by Texas Instruments: Adoption of 48-V systems will impact everything from components to systems in EV design. The latest advances are helping to ensure the transition...
Sponsored by Texas Instruments: A new family of GaN power stages plus an advanced eFuse current-limit approach helps designers achieve safe, high power for modern data centers...
Sponsored by Texas Instruments: Prioritizing software has become essential in design as embedded systems dominate the electronics ecosystem. And many designers are turning to ...
Sponsored by Texas Instruments: Microcontrollers with neural-processing or algorithm-processing units can help you implement perception, monitoring-and-control, wireless, and ...
Sponsored by Texas Instruments: Functions ranging from parking assistance to full autonomous driving require multicore processors powered by buck converters that can safely deliver...
Sponsored by Texas Instruments: As components such as Class-D audio amps, processors, and microcontrollers become more advanced and integrated, car audio will continue to soar...
Sponsored by Texas Instruments: Power electronics systems have evolved from using analog controllers with minimal flexibility to real-time MCUs with AI capabilities to provide...
Sponsored by Texas Instruments: Designing robots requires precision and flexibility. Advanced motion control via encoder systems, sensors, and gate-driver power control are the...
Innovations in cool-running packaging technologies and embedded passive networks are enabling power devices to run at higher power densities and frequencies.
Higher levels of integration and ingenious power-conversion architectures are enabling simpler, denser, more efficient solutions for EVs, data centers, and other critical applications...
Sponsored by Texas Instruments: Integrating AI into devices on the edge can be simplified with NPU-enhanced MCUs and having the right tools at your fingertips.
Sponsored by Texas Instruments: A flyback with a GaN switch offers higher efficiency across all metrics versus silicon—and it’s simpler to design. Enter the auxless option.
Sponsored by Texas Instruments: Precision management of battery systems requires solutions such as resistor dividers, which offer remarkable specs to meet design demands.