Research at Device Technology (EKT)

Semiconductor device physics, physical device modelling, and fabrication technology is our research focus. Primary application areas are high frequency silicon technology, carbon nanotube electronics, biosensors, and silicon carbide device technology for high power switching devices. Read more on the project pages below:

Current projects

• Nano Electronic MOSFETs (NEMO)
• CMOS technology for analogue applications
• Contact metallization using silicides for deep sub-micron technology
• SiGe(C) Heterojunction Bipolar Device Technology
• CMOS SOI for Low Power and RF Wireless applications
• NiSi Integration in a non-SelectiveBase SiGeC HBT Process
• Device Design for a Raised Extrinsic Base SiGe Bipolar Technology
• Optimization of 200 GHz next generation SiGeC device structure
• Fundamental aspects of electrical contact between carbon nanotubes (CNT) and transition metals for CNT-based nanoelectronics
• Regenerable electric DNA chips
• Simulation, Devices and Process Technology in Silicon Carbide
• Silicon carbide bipolar transistors for electric power systems for motor drives and distributed generation (Related company: TranSiC)
• Fabrication of metal interconnects using electrochemical replication (Related company: Replisaurus)

NYTT: HOTSiC - High Temperature Power Electronic Systems with SiC Integrated Circuits