Power for your embedded systems
Discover power-supply solutions tailored for your SoCs, processors, microcontrollers, sensors and FPGAs
Jumpstart your next design with our comprehensive power-supply designs
As your partner in power management, we provide the capabilities and flexibility needed to meet functional safety requirements and performance targets. Simplify your design process and accelerate time to market with our reference designs and other technical resources.
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Explore power designs for TI products
AM2x
Arm-based microcontrollers for control and automation applications in industrial and automotive markets
C2000
Real-time MCUs enabling digital power and motor control in industrial and automotive applications
mmWave radar sensors (AWR and IWR)
60- and 77GHz mmWave radar sensing devices for industrial and automotive markets
AM3x and AM4x
Single-core Arm-based general purpose MPUs for industrial markets
DRA8x
High-end Arm based MPUs for networking and gateway systems in automotive and industrial applications
TDA4x
Automotive ADAS central compute SoC with AI, multimedia and sensor fusion
AM6x
Scalable multi-core Arm based MPUs for general purpose, networking, HMI, and AI applications in industrial and automotive markets
Why choose a TI power solution?
Optimize for your design requirements
Our portfolio of power-management integrated circuits (PMICs), buck converters, low-dropout regulators, supervisors and monitors enable you to optimize for size, cost and performance.
Proven power solutions
TI proactively partners with various SoC vendors and has pre-approved power solutions for comprehensive product designs, thus accelerating your time to market and reducing risk.
High performance
Meet tight voltage regulation tolerance requirements with fast-responding power supplies. Pass electromagnetic compatibility tests with low-electromagnetic-interference power solutions.
Streamlined functional safety certification
Achieve your safety goals with ISO 26262-compliant power devices and access to failure-in-time rates; failure modes, effects and diagnostic analysis; and other safety documentation.