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Watch our on-demand webinar to explore the world of zonal architectures and zone controllers and discover how Infineon's motor control expertise can enhance your applications. We'll introduce you to the fundamental concepts of zonal architectures and zone controllers and discuss the specific application requirements for motor control in these systems.

Our team of experts will also provide an overview of Infineon's comprehensive motor control portfolio, highlighting the features and benefits of our innovative products. We'll take a closer look at select products with high-value features, demonstrating how they can help you overcome common challenges and achieve exceptional performance in your motor control applications.

The webinar will conclude with a live Q&A session, where you'll have the opportunity to ask our experts questions, clarify any doubts, and gain further insights into the world of zonal architectures and motor control. By attending this webinar, you'll gain a deeper understanding of how Infineon's solutions can help you unlock the full potential of zonal architectures and revolutionize your motor control applications. Register now and join us on 19th May to learn more.

Duration: 1 hour

  • Generally, with the move to zone architectures, motor control functions are increasingly integrated in ZCUs
  • Sub functions, such as door or seat, may remain or return to dedicated seat/door modules
  • Infineon has the right solutions for any integration-level from mechatronic actuators to full ZCU-integration
On-demand webinar: Motor control integration zone controller
May 19, 2025
10:00 ( CEST )

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Yanan Wang

Product Application Engineer, Infineon Technologies 

Yanan Wang is a product application engineer possessing a master degree in power electronics, specialized in various DC/BLDC motor control algorithms. She has been in this role since 2021, taking care of MOTIXTM gate drivers and bridges for automotive DC motor applications (e.g. seat, door, brush, etc), which can be implemented in zone controllers as well.

Yanan Wang

Product Application Engineer, Infineon Technologies 

Yanan Wang is a product application engineer possessing a master degree in power electronics, specialized in various DC/BLDC motor control algorithms. She has been in this role since 2021, taking care of MOTIXTM gate drivers and bridges for automotive DC motor applications (e.g. seat, door, brush, etc), which can be implemented in zone controllers as well.

Yanan Wang

Product Application Engineer, Infineon Technologies 

Yanan Wang is a product application engineer possessing a master degree in power electronics, specialized in various DC/BLDC motor control algorithms. She has been in this role since 2021, taking care of MOTIXTM gate drivers and bridges for automotive DC motor applications (e.g. seat, door, brush, etc), which can be implemented in zone controllers as well.

Timon Busse

Director Global Application Management, Infineon Technologies 

Timon Busse holds a master’s degree from TU Delft, Netherlands and has experience across automotive OEMs, Tier1s alike. Since 2021 he works at Infineon and as Director Global Application Management he is responsible for applications such as the Zone Control Unit, the Body Domain Control Unit and the Primary Power Distribution Unit.

Timon Busse

Director Global Application Management, Infineon Technologies 

Timon Busse holds a master’s degree from TU Delft, Netherlands and has experience across automotive OEMs, Tier1s alike. Since 2021 he works at Infineon and as Director Global Application Management he is responsible for applications such as the Zone Control Unit, the Body Domain Control Unit and the Primary Power Distribution Unit.

Timon Busse

Director Global Application Management, Infineon Technologies 

Timon Busse holds a master’s degree from TU Delft, Netherlands and has experience across automotive OEMs, Tier1s alike. Since 2021 he works at Infineon and as Director Global Application Management he is responsible for applications such as the Zone Control Unit, the Body Domain Control Unit and the Primary Power Distribution Unit.