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Our portfolio for advanced power technologies provides dedicated ICs for industrial and automotive applications. Our safety and power management ICs help optimize power control to provide efficient energy management for vehicles today and in the future.
Our PMIC and SBC portfolio offers scalable, safe and flexible solutions for automotive and industrial power supply applications.
Including solutions from low-power 5 Watt to medium-power 15 Watt with wireless charge controller functionality and additional IOs.
Including AC-DC controllers, AC-DC controllers with PFC and secondary side controllers.
High-efficiency synchronous buck and/or boost regulators.
Low dropout, DDR and multiple output device families.
Industry-first UWB BMS solution which simplifies EV assembly, increases battery energy density and decouples mechanical and electrical development to accelerate time to market.
Battery management solutions providing safe and accurate charging current and output voltages that meet automotive and industrial standards.
Offering solutions with reliability and high performance for efficiency, line regulation and integration.
Logic-controlled high-side load switches to manage the distribution of power in application subsystems to significantly reduce total power dissipation.
A selection of switching and driver solutions for related power management applications.
Motor and solenoid drivers: Single device solutions for gas and diesel engine control, electric motor control, H-Bridges, stepper and motor drivers.
NXP offers evaluation boards and reference designs that make secure edge solutions connected and efficient with innovative analog technologies. Start today.
Training
Discover how to manage system power and safety for automotive applications with SBCs for multi-vendor processors.
What is the future of EV as carmakers look to gain consumer trust and retain a competitive edge?
Learn more about the automotive electrification trend and how NXP is supporting the transition to sustainable electric transportation.
Training
This webinar introduces and gives a complete overview of our BYLink System Power Platform, the missing link to safely power all ECUs
Cell protection and passenger safety, state of charge, state of health and cell balancing: the 4 main functions of a battery management system. Want to learn more about them?
Electrification is now everywhere and new products are developed to support this transition. The FS26 targeting many automotive applications helps to improve the efficiency, scalability and safety in EVs.
In this podcast with David Lopez, Segment Director Safety Power Management, will discuss about how power management can help toward a greener mobility.
Stéphane Turlier (Electra Vehicles) and NXP’s Maciek Krawczyk discuss current and future considerations for EV battery packs and management systems.
Learn how dynamic gate strength on the GD3162 boosts inverter efficiency, delivers a strong functional safety solution and protects the power device.
Discover how designers can keep cost down for an EV within a HVBMS architecture in term of components, production and design.
Read moreSmart high-side switches combine flexibility through programmable SPI and robust designs through embedded protection, extended digital and analog feedback.
Read the fact sheetScalable functional safety solutions across automotive applications.
Read the brochureNXP and Fraunhofer IISB are collaborating to offer on the next generation of foxBMS using the MC33775A, want to know more about this new initiative?
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