eBook shines light on vehicle electrification systems

In 7 Experts on Designing Vehicle Electrification Solutions, subject matter experts from across the electric vehicle (EV) industry and NXP offer their perspectives on how they're addressing challenges surrounding data-driven optimisation, safety, EV charging and efficiency, to help manufacturers bring innovation to the EV market in record time.

Modern EVs, with advanced driver assistance systems, feature dozens of integrated sensor systems that work together to achieve higher performance and enhance driver safety.

These sensors also gather actionable data regarding the EVs subsystems, including motor and battery performance, and most importantly, provide a wealth of data-driven information to facilitate system optimisation while refining EV design decisions into the future.

The eBook explores how NXP and Mouser deliver data-driven technology solutions to the EV market's specific challenges, like charging compatibility, battery lifespan, capacity, navigation and safety, and emerging innovations to improve EV efficiency and design.

Of course, safety is the paramount consideration in vehicle electrification design. NXP provides a suite of analogue sensing hardware solutions to help obtain vehicle data and offers a variety of low-power, scalable, functional, and safe microcontrollers for streamlining secure communications and improving performance.

7 Experts on Designing Vehicle Electrification Solutions includes product information on the latest related NXP solutions, available at Mouser Electronics, like NXP's S32K3 microcontrollers, a family of scalable 32-bit Arm Cortex -M7 based MCUs in single, dual and Lockstep core configurations supporting up to ASIL D level safety.

Also featured are NXP’s GD316x family of ASIL D compliant, high voltage isolated gate drivers, that offers efficiency enhancing features such as dynamic gate strength control and segmented drive. The advanced, functionally safe HV gate drivers GD3162 and GD3160 provide a high level of integration, allowing for a smaller footprint and simplified design for xEV traction inverters.