NXP GreenChip Solutions
Our innovative GreenChip power portfolio enables smarter, more compact and extremely energy efficient power solutions.
AC-DC Solutions
Whether your design draws from mains or battery, simple power conversion plays a critical role. Our power management portfolio includes integrated and cost-effective controllers to address a full range of AC-DC power conversion applications.
AC-DC Portfolio
AC-DC Controllers
Highly efficient and cost-effective switched mode power supply (SMPS) Controllers for AC-DC applications.
AC-DC Controllers with Integrated PFC
Highly integrated and efficient multichip AC-DC solutions suited for 75 W and above applications that require PFC.
AC-DC Controllers with Integrated Power Switch
Highly integrated and cost-effective low-power AC-DC solutions with integrated power switch.
Secondary Side Controllers
NXP's secondary side Synchronous Rectification (SR) controllers offer high efficiency with small package.
Evaluation Boards and Reference Designs
NXP offers evaluation boards and reference designs that make secure edge solutions connected and efficient with innovative analog technologies. Start today.
Digital Configurable Interleaved PFC Controllers for high-efficient Power Supplies
The TEA2376 is our latest two-phase interleaved PFC controller that operates in discontinuous conduction mode or quasi-resonant mode with valley switching to optimize efficiency.
Full Digital PFC + LLC Platform and Resonant Power Supply Controller
The TEA2016 is a digital DCM/QR PFC. The TEA2017 is a digital DCM/QR, CCM fixed frequency and multimode operating PFC, each combined with an LLC controller. Combined with the TEA2095 synchronous rectification topology these IC’s provide a reliable power supply.
NXP Smart Power Design Tools
The LLC resonant converter design tool helps you to cut design iteration, trial-and-error effort on bench and development time.
Design a fast charging adapter supporting BC1.2, USB-PD3.0 and/or QC4.0 charging protocol.
LLC Resonant Converter Design Tool
The main focus of the design tool is to address common issues proactively, such as corner case stress of devices, device tolerance effect to performance and design optimization.