In order to get a successful IoT design launched today, we need a robust toolbox of cloud connectivity solutions, sensor interfaces, radio modules, and more. In this episode of Chalk Talk, Amelia Dalton and Paul Wiegele from Infineon investigate the PSoC™ 62S2 Evaluation Kit from Infineon. They take a closer look at the key features included in this kit and how it can help jumpstart your next IoT design.

Not only are traction inverters integral parts of an electric drive train and vital to the vehicle motion, but they can also make a big difference when it comes to the energy efficiency and functional safety of electric vehicles. In this episode of Chalk Talk, Amelia Dalton chats with Mathew Anil from Infineon about the variety of roles that traction inverters play battery electric vehicles, how silicon carbide technology in traction inverters can reduce the size of electric car batteries and how traction inverters can also help with cost reduction, functional safety and more.

Worldwide regulation and legislation is driving a demand for automotive in-cabin monitoring systems. In this episode of Chalk Talk, Michael Thomas and Amelia Dalton investigate how short range radar can be utilized for a variety of in-cabin monitoring systems. They also examine the implementation of these different systems and how Infineon’s low-cost and low power radar solutions could make our vehicles safer than ever before.

Today’s automotive seat design must keep in mind size, cost, battery life and passing EMC testing. In this episode of Chalk Talk, Amelia Dalton and Rick Browarski from Infineon investigate the newest innovations in automotive electronic seat control. They take a closer look at the anatomy of power seats today, the role that an ECU plays in the control of electronic seats and how Infineon chip set offerings can help you with your next smart power seat design.

When it comes to higher power applications, galvanically isolated gate drivers can be great solution for power modules and silicon carbide MOSFETS. In this episode of Chalk Talk, Amelia Dalton and Emanuel Eni from Infineon examine Infineon’s EiceDRIVER™ F3 Enhanced isolated gate driver family. They take a closer look at advantages of galvanic isolation and the key features and benefits that this gate driver family can bring to your next design.

Isolated gate drivers are a crucial design element that can protect our designs from over-voltage and short circuits. But how can we fine tune these isolated gate drivers to match the design requirements we need? In this episode of Chalk Talk, Amelia Dalton and Perry Rothenbaum from Infineon explore the programmable features included in the EiceDRIVER™ X3 single-channel highly flexible isolated gate drivers from Infineon. They also examine why their reliable and accurate protection, precise and fast on and off switching and DESAT protection can make them a great fit for your next design.

Effective battery management for electric vehicles is a critical design element faced by engineers today. In this episode of Chalk Talk, Amelia Dalton chats with Marco Castellanos from Infineon about the key functions of battery management for electric vehicles, the role that cell balancing, voltage measurement and temperature measurement play in battery management ICs, and how wireless battery management using bluetooth low energy can help you tackle a variety of battery management challenges for your next design.

Today’s complex automotive designs require a wide range of motor control and system ICs to deliver the features that customers demand. In this episode of Chalk Talk, Michael Williams from Infineon joins me to explore how Infineon’s MOTIX™ motor control solutions can help simplify your next automotive design. We take a closer look at the MOTIX™ Embedded power system on chip for motor control, the benefits that the MOTIX™ Embedded Power IC can bring to your next design, and how you can get started with your next motor control design with Infineon’s MOTIX™ motor control solutions.