Research & Development

Project Manager Christian Schiller at a projection welding machine where battery cells are connected using copper connectors. (Source: Fraunhofer ISE / Photo: Felix Thurn)

Gallium nitride (GaN) power devices are increasingly challenging silicon MOSFETs in low-voltage power conversion by enabling higher efficiency and switching performance. (Source: AI-generated (OpenAI DALL·E))

Faraday’s laws explain the fundamental behavior of magnetic fields and electronic devices in dynamic use cases. The operation of transformers, wireless chargers, induction cookers, induction motors, magnetic levitating trains (MAGLEV Trains), electric violin, and many others depends upon Faraday’s laws. (Source: © Sheraz - stock.adobe.com)

Vehicle-to-grid (V2G) chargers enable bidirectional energy flow, allowing electric vehicles to act as mobile energy storage systems that can both draw power from and feed power back into the grid. (Source: © medienvirus - stock.adobe.com)

Flexible: The solid silicone-based electrolyte is elastic, thereby compensating for the voids that form in solid-state batteries during charging and discharging. (Source: Empa)

Both legacy and vGaN show higher carrier mobility and band gap energies compared to other power semiconductors. (Source: © phonlamaiphoto - stock.adobe.com)

InGaAs-based photodetectors enable sensitive and fast detection in the short-wave infrared spectrum for modern sensing and communication applications. (Source: © VITALII - stock.adobe.com)

Collaboration with NVIDIA: Tested for AI/ML-based neural receiver as seen at MWC Barcelona. (Source: Rohde & Schwarz)

Power electronics face simultaneous pressure from SiC overcapacity, rising AI-driven data center demand, and a reshaping global supply chain. (Source: © TommyNa - stock.adobe.com)

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