By Micro-Hybrid Electronic GmbH
We continuously work on the development and optimization of our products and processes through cooperation with other companies, research institutes and publicly funded joint Projects. - Grant from the Funding Program of the Free State of Thuringia for the Promotion of Research, Technology, and Innovation - Project description: POxIR - Production of polycrystalline oxide IR windows and their integration into an IR detector - Period: 10I2023 - 09I2026 - Objective: Production of polycrystalline oxide IR windows and their integration into an IR sensor with high chemical, thermal and mechanical resistance to withstand harsh environmental conditions. The fabrication process will be characterized by resource-saving processes and the use of environmentally friendly materials. - Research cluster HIPS - In the HIPS project (High performance sensor systems), industrial companies and research institutes in Thuringia are developing completely new, robust and highly integrated sensors based on the patented SiCer technology. The unique combination of silicon (Si) with ceramic multilayer technology (Cer) enables new applications in harsh environments. This pioneering technology is suitable for meeting trends such as increasing miniaturization, digitization and machine learning. - VP 1: Research on a multifunctional substrate technology (SiCer) for high performance sensors - TP8: Material and technology development of SiCer based system components for sensors in harsh environments - VP3: Gas sensors based on SiCer substrate technology - TP4: Development of a NDIR gas sensor for applications in harsh environments based on SiCer system components - Project: KerMuSens - The topic of the KerMuSens project is the development of ceramic multilayer structures with integrated high-resolution structures for use in sensor technology and high-frequency engineering. One goal of the project is the development of new fields of application by reducing the structure sizes, especially in the inner layers. Here structure sizes in the range of 10 µm to 30 µm are to be achieved.
