Chair for Solid-State Electronics (FKE) (Professorship)
Parent Units:Technische Universität Dresden (TUD)
German name: "Professur für Festkörperelektronik (FKE)".
Contact
| web: | https://tu-dresden.de/ing/elektrotechnik/ife/forschung/forschungsfelder | |
| email: | ||
| phone: | +49 (0)351 463-32077 | |
| fax: | +49 (0)351 463-32320 | |
| postal address: | Technische Universität Dresden (TUD), Chair for Solid-State Electronics (FKE), 01062 Dresden, Germany | |
| office address: | Technische Universität Dresden (TUD), Chair for Solid-State Electronics (FKE), Mommsenstraße 15 (Günther-Landgraf-Bau 7-E01B), 01069 Dresden, Germany | |
| partner: | Technische Universität Dresden |  |
Expertise
Our main research topics
| Infrared detectors and infrared measurement technology | • Sensor simulation and design • Fabrication of pyroelectric thin films • Sensor technology and material characterization • Measurement technology for IR single- and multi-element detectors • Sensor applications in radiation pyrometry, thermal imaging, gas analysis and textile chemistry • Infrared emitters and measurement technology • Radiation-absorbing layers |
|---|---|
| Piezoresistive sensors | • Sensor simulation and sensor design • Fabrication and characterization of pH-value-, solvent- and glucose-sensitive hydrogel films • Measurement technology • Application to measurement of humidity, pH-value, solvent and glucose concentration as well as for protein detection • Powerless sensor switches (BIZEPS – Bistable Zero-Power Sensors) |
| Sensoric Polymers | • Polymer composites comprising electrically conducting particles for temperature sensors and strain gauges • Hydrogels with pH-, temperature-, ion- and concentration-dependent swelling behavior • Imprint and replica plating |
| Ultrasound Technology | • Simulation of sound fields with complex geometry • Transducer optimization • Development of ultrasound measurement techniques using information from the sound field (non-scanning curvature measurement, simultaneous measurements of velocity and distance, enhancement of resolution) • Array technology |
| Modeling and simulation | • Component and system models • Network modeling, finite element and finite network modeling • Coupled simulation • Application to sensorics |
| Large-area deposition of nanocomposites with defined properties | • Fabrication of nanoparticles by means of gas phase condensation in modified vacuum equipment • Investigation of hollow cathode technology (gas flow sputtering) for fabrication of nanoparticles by means of gas phase condensation • Embedding of nanoparticles into thin films by combination of gas phase condensation with other deposition techniques: RF-PECVD (13.56 and 60 MHz), reactive magnetron sputtering • Nanoparticle materials consisting of metals, alloys and their reactive compounds in matrix materials of inorganic compounds (oxides, nitrides) or functional polymer coatings • Applications: Optical absorbers, antibacterial coatings of filtration membranes, electrically conducting percolation networks of nanoparticles for sensoric coatings |
instruments
View instruments (25)
Affiliations
Parent Units
| name | type | actions |
|---|---|---|
| Institute of Solid-State Electronics (IFE) | Institute |  view |
Last Update
Last updated at: 2016-10-17 07:53