12/48 V motor control solutions for automotive pumps and fans
Regardless of the engine type, modern vehicles rely on a growing number of electric motor control solutions. Electric motors enable smart basic functionality like the window lift and sunroof as well as innovative comfort features like flexible seat control and ventilation. Last but not least, motors run various pumps and fans – some of which support safety-relevant powertrain applications.
These include fuel pumps, the main water pump, and auxiliary pumps as well as engine and battery cooling fans. All of these parts must operate reliably. Additionally, automotive manufacturers are challenged to accommodate a rising number of auxiliary pumps in a limited space.
Given their proximity to the engine, motor control solutions for automotive pumps and fans must be extremely robust with the ability to withstand high temperatures.
Find the right solution for your requirements
Infineon offers a broad portfolio of DC and BLDC motor control solutions for pumps and fans supporting different power partitioning schemes to fit customer-specific preferences. This extensive offering of intelligent motor control ICs is complemented by microcontrollers, sensors, transceivers, voltage regulators and MOSFETs providing a “one-stop-shop”-solution.
Download Infineon’s automotive motor drives eBook and explore its comprehensive portfolio or watch the Embedded Power IC microlearning clip to learn more about pump and fan application requirements and how to resolve key design challenges with a highly integrated system-on-chip solution.
Motor control eBook
Infineon solutions at a glance
Are you interested in automotive motor control solutions? This free motor control eBook gives you all information in one place together with Infineons’ offerings.Download E-book
This matrix gives a broad overview of our solution offering. It compares three levels of integration, each one with its own design specifics and value proposition.
Explore the three application examples and find the best fit for your design requirements: