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Achieving High Power Density Without Sacrificing Reliability Or Manufacturability In On Board Chargers And Other EV Auxiliary Applications

In this presentation, we will cover some of the emerging automotive electrification applications including On Board Charger and some of the challenges being faced by design engineers, and how Infineon’s Easy modules family addresses these challenges. Presented by: Abraham Markose, Sr. Product Marketing Manager, Infineon All Sessions: October 2022 Conference

Designing high power density on-board chargers and other EV auxiliary applications (Webinar)

In this free webinar at our Fall Virtual Conference (October 17-20, 2022), presented by Infineon, we will cover some of the emerging automotive electrification applications including On Board Charger and some of the challenges being faced by design engineers, and how Infineon’s Easy modules family addresses these challenges. Reserve your spot—it’s free! Other sessions at… Read more »

BorgWarner receives $4.97 million from DOE to develop SUPER inverter

BorgWarner is the recipient of a $4.97 million DOE award for the development of a Scalable Ultra Power-dense Extended Range (SUPER) inverter. This project is one of 24 university and industry-led projects that collectively were awarded $60 million in an effort to reduce emissions from the transportation sector. BorgWarner is leading this 39-month project and… Read more »

Optimized Chip Design and Packaging for SiC MOSFETs in EV Charging Applications

This session highlights the key differentiators in Infineon’s SiC technology; Packages and features that enhance the performance reduce the cost and explains the criteria for selection of SiC components for off-board and onboard charging. Presented by: David Levett, Design and Applications Engineer, Industrial Power & Control, Infineon Technologies Shri Joshi, Marketing Director, Industrial Power and… Read more »

Increase EV range 5 to 12% by reducing losses using AI transistor control to increase switching speeds

Pre-Switch is pioneering AI to control power transistors in order to increase inverter switching speeds to new highs. This will reduce motor losses enabling greater EV range. So far, the company has demonstrated an Inverter efficiency of over 99.3% peak efficiency at 100kHz using low only 3 cost SiC 35mΩ MOSFETs. Join this session at… Read more »

DENSO to produce EV inverters in Maryville, Tennessee

DENSO, an enormous automotive supplier with headquarters in Japan and 220 facilities in 35 countries, plans to produce a next-generation inverter for US OEMs at its plant in Maryville, Tennessee. The Maryville location will be the site of one billion dollars of new investment in electrification, connectivity and safety products over the next few years…. Read more »

Mersen beats next generation DOE power density targets through Stack Reference designs

150 kVA – 16kW/L SiC power stack for heavy-duty EV Mersen partnered with AgileSwitch and FTCAP to develop two high performance 3-phase inverter power stack reference designs. The SiC MOSFET version uses Wolfspeed SiC modules to deliver 150 kVA at a power density of 16 kVA/l, exceeding the DOE’s 2020 roadmap for electric vehicle applications…. Read more »

TDK and Toshiba establish joint venture for automotive inverters

Japanese conglomerates TDK and Toshiba have agreed to establish a joint venture to manufacture automotive inverters for hybrids, PHEVs and EVs. With an eye on the global trend toward stricter emissions regulations, TDK is strengthening its energy unit business, which centers on power conversion hardware, and the controlling software, for electrified vehicles. TDK’s line-up includes… Read more »