MENU

Realizing the future of fast EV charging through CoolSiC™ based topology design

Realizing the future of fast EV charging through CoolSiC™ based topology design

By Infineon Technologies AG

Download White Paper

 This white paper provides an overview of the charging infrastructure and explores implementation approaches for fast DC chargers. A particular focus is on chargers rated at 350 kW and above for fast electric “refueling.” It also examines the role of SiC power semiconductors and other supporting technologies from the Infineon portfolio in such applications.

Download White Paper
Share:
White Papers
Optimise products & accelerate development with custom Design & Manufacturing Services
Optimise products & accelerate development with custom Design & Manufacturing Services
- By Advantech
Are you looking for the most suitable system solution for your application? Want to develop it all from scratch or want to save time, money…
Explore the latest MedTech trends, engineer challenges, and top connectivity solutions in our new eBook.
Explore the latest MedTech trends, engineer challenges, and top connectivity solutions in our new eBook.
- By Avnet Abacus
The healthcare industry is set to face a unique combination of challenges over the coming decades. The global population continues to grow while the average…
Choosing Inductors for Energy Efficient Power Applications
Choosing Inductors for Energy Efficient Power Applications
- By Coilcraft
In high frequency DC-DC converters for battery-powered applications, improving power supply efficiency is critical and can mean the difference between a device working when it…
AI and CV Power Up the EV Charging Station Boom
AI and CV Power Up the EV Charging Station Boom
- By Seco
The electric vehicle market is growing rapidly, and with it the need for more charging stations. Though it may be hard…
New drive solutions for modern BEVs
New drive solutions for modern BEVs
- By Infineon Technologies AG
Most battery electric vehicles currently in use have primary and/or auxiliary e-axles that integrate the e-motor, transmission, and inverter. However, this results in lower efficiency…
Auxiliary supply for SiC/GaN gate driver systems
Auxiliary supply for SiC/GaN gate driver systems
- By Wuerth Elektronik eiSos
Wide bandgap power semiconductor devices like Silicon Carbide (SiC) MOSFETs are enjoying growing popularity in many modern power electronic applications like E-mobility and renewable energy.
Determination of the ideal power inductor for energy-efficient applications
Determination of the ideal power inductor for energy-efficient applications
- By Wuerth Elektronik eiSos
The basis for energy-efficient devices is essentially influenced by the power supply unit, where switch-mode topologies are replacing linear regulators. A few years ago, switching…
Filter and surge protection for I2C bus
Filter and surge protection for I2C bus
- By Wuerth Elektronik eiSos
The I²C bus (Inter-Integrated Circuit) is a popular serial communication interface. It is mainly used to connect microcontrollers with peripheral ICs (e.g. sensors or memory).
View all White Papers
10s