CiS Research Institute exhibits at the Thuringian Mobility Forum in Ilmenau
On 15.09. the CiS Research Institute presents its competences for a networked and intelligent infrastructure at the accompanying fair to the Thuringian Forum Mobility on the campus of the TU Ilmenau. Silicon-based sensors for hydrogen concentration measurement, sensors for CO2 measurement in breathing gas and indoor spaces or even special light incidence sensors will be shown at booth A8
Project start StraMiFa: Increase of the emissivity of the emitter membrane by special paint
The research project StraMiFa started at the CiS Research Institute aims at increasing the emissivity of MEMS-based standard IR emitters by means of a backend coating process. The performance is to be increased and manufacturing costs reduced.
Silicon sensors in the spotlight of micro- and nanotechnology
In the kick-off event on 06.09.2022 for the new digital series “Spotlights of Micro- and Nanotechnology”, initiated by the IVAM Association for Microtechnology, Dr. Martin Schädel, Business Unit Manager MOEMS at the CiS Research Institute, will present, among others, the topic “Silicon Sensors for Optical Process Monitoring”
Congress contribution on passivation options for MEMS sensors at the ACHEMA in Frankfurt
In her congress contribution at ACHEMA, Dr. Heike Wünscher from the MEMS department at the Cis Research Institute, presents research results for the passivation of silicon-based MEMS sensors and their use as flow sensors in harsh environments
Emitters with blackbody properties due to integrated texture
For infrared emitters with blackbody properties, the CiS Research Institute developed a simplified manufacturing process. It produces a performance-enhancing micro-texture. The patent PCT/EP2018/083263 has been granted for this
Fast infrared emitter array for gas sensing applications
In the newly opened research project, IR emitter arrays are developed, which are characterized by high dynamics and simultaneously large beam strength
Development of a high pressure sensor up to 300 MPa with flush media connection
The focus of the new research project is the development of a technology for sensors with flush media connection and strict separation to the electrical side for applications in the high-pressure range up to 300 MPa
Inkjet printing galvanically amplified infrared emitter
The newly launched research project is dedicated to the development of inkjet printing processes as well as a galvanic deposition process for the production of infrared emitters for high temperature applications up to 800°C
Reduction of calibration effort for high-precision pressure sensors
A significant reduction in calibration costs is achieved by means of an optimized layout of a measuring bridge with piezoresistive measuring resistors and use of the longitudinal effect in the project “Pressure sensor made of <110> silicon with increased linearity”
