Fraunhofer Institute for Integrated Systems and Device Technology IISBBrochures & Flyers
Materials
Semiconductor Devices
SiC Services
Packaging and Reliability
Thin-Film Systems
Vehicle Electronics
Compact and Lightweight Aviation Power Electronics
DC Medium Voltage Distribution Grids for the Environmentally Friendly Operation of Cruise Ships
Testzentrum für Elektrofahrzeuge
High Performance Traction-Drive with Integrated Inverter
Integrated Inverter Solutions for Hybrid- and Electric-Vehicles
Modular & Wheel-Hub Integrated SiC Inverter for Commercial Vehicles
Electrical Drive Control Systems
EMiLE - Electric Motor Integrated Power Electronics
100 kW SiC-Inverter for Automotive Application
3.7 kW Battery Charger for Automotive Applications
Bidirectional full SiC 200kW DC-DC Converter for Electric, Hybrid, and Fuel Cell Vehicles
22 kW 900 V Bidirectional DC-DC Converter
Bidirectional Power Train DC-DC Converter for Electric, Hybrid, and Fuel Cell Vehicles
High Efficient 300 A Fuel Cell Booster for Stationary Applications
High Power SiC DC/DC Converters
Isolated High Voltage DC-DC Converters for Auxiliary Power Supply in Electric Vehicles
Multiport DC/DC Converter for Complex Energy Distribution
Development of Inductive Power Transfer Systems
Wireless Power and Data Transfer in Systems with Fast-Moving Parts
Power Control via Novel 2-wire Interface for future Industry 4.0 Applications
Virtual Prototyping with SiC & GaN Device Measurements and Modelling
Characterization and Modelling of Inductive Components for Virtual Prototyping
Intelligent Energy Systems
Optimierung der Stabilität in Gleichstromnetzen
Cognitive Power Electronics 4.0
Battery Management System for Mobile and Stationary Applications
DC Micro Grid Control System for Optimized Usage of Renewable Energy Buildings
Consulting in Power Electronics - Concept - Development - Volume Prediction
Custom Simulation Models of Power Electronic Systems for Stability Analysis of DC Microgrids
DC Fast Charging System for Local DC Microgrids
DC Microgrid Test Bench for Fault and Stability Analysis
Modular Power Distribution System for ±380 VDC Microgrids
Smart DC Interface Connecting DC Microgrids and SELV Grids
Troubleshooting in Power Electronics from system to Chip Level
Workplace Distribution Unit for SELV Grids
Modular Power Distribution System for ±380 VDC Microgrids
Load Shifting and Peak Shaving - Simulation, Dimensioning, Prototyping, Validation