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Current developments in hybrid and wafer-level assembly

4. September 2023/in Events, Packaging

The CiS Workshop with focus on packaging and interconnect technology will take place on 12th September 2023 in Erfurt under the motto “Current developments in hybrid and wafer-level assembly”. Look forward to exciting contributions as well as ample opportunity for professional exchange and networking

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https://www.cismst.de/wp-content/uploads/news-2023-09-04-home.jpg 90 120 CiS https://www.cismst.de/wp-content/uploads/logo-trans.png CiS2023-09-04 15:27:002023-09-06 08:30:52Current developments in hybrid and wafer-level assembly

Improvement of the stability of hybrid silicon strain sensors (SiDMeses)

31. August 2023/in MEMS, Packaging, Pressure

In the SiDMeses research project, the long-term stability of hybrid silicon strain sensors was significantly improved by a targeted and accelerated reduction of the mechanical assembly stress and a precise, extremely parallel and symmetrical structure was generated

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https://www.cismst.de/wp-content/uploads/news-2023-08-31-home.jpg 90 120 CiS https://www.cismst.de/wp-content/uploads/logo-trans.png CiS2023-08-31 15:00:002023-09-06 08:25:56Improvement of the stability of hybrid silicon strain sensors (SiDMeses)

Project start Thermopiles with carbon nanotube absorbers

23. August 2023/in MOEMS

The new project “Thermopiles with carbon nanotube absorbers” investigates the integration of thin coatings of carbon nanotubes on thermopiles with the aim of enabling higher absorption at low cost

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https://www.cismst.de/wp-content/uploads/news-2023-08-23-home.jpg 90 120 CiS https://www.cismst.de/wp-content/uploads/logo-trans.png CiS2023-08-23 07:01:002023-08-22 12:50:33Project start Thermopiles with carbon nanotube absorbers

Project start KoSenDi: Compact sensor unit for measuring magnetic fields using diamond fluorescence

16. August 2023/in MOEMS, Packaging

In the newly started project KoSenDi (Compact Sensor Unit for the Measurement of Magnetic Fields Using Diamond Fluorescence), scientists at the CiS Research Institute are working on the miniaturization of a magnetic field sensor based on sticksoff defects (NV centers) in diamond

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https://www.cismst.de/wp-content/uploads/news-2023-08-16-home.jpg 90 120 CiS https://www.cismst.de/wp-content/uploads/logo-trans.png CiS2023-08-16 12:30:582023-08-22 12:35:57Project start KoSenDi: Compact sensor unit for measuring magnetic fields using diamond fluorescence

Project start NivLer: Retrofit kit for non-invasive pressure measurement

9. August 2023/in Measurement, MEMS, Pressure

The new research project NivLer at the CiS Research Institute addresses the development of a retrofit kit for non-invasive pressure measurement in process pipes in order to be able to non-destructively record and digitize various condition variables

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https://www.cismst.de/wp-content/uploads/news-2023-08-09-home.jpg 90 120 CiS https://www.cismst.de/wp-content/uploads/logo-trans.png CiS2023-08-09 14:13:182023-08-11 14:17:22Project start NivLer: Retrofit kit for non-invasive pressure measurement

Project start DiaTip: Active diamond-based scanning probes for QUANTUM metrology and nanofabrication – development of hybrid assembly methods

2. August 2023/in MEMS, Quantum

The CiS Research Institute is partner of the started joint project “DiaTip”. Together with the partners, the efficient production of diamond tips as well as a suitable assembly process for the joining of two components “active microcantilever” and “diamond tip” shall be developed

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https://www.cismst.de/wp-content/uploads/news-2023-08-02-home.jpg 90 120 CiS https://www.cismst.de/wp-content/uploads/logo-trans.png CiS2023-08-02 13:55:002023-08-03 08:00:41Project start DiaTip: Active diamond-based scanning probes for QUANTUM metrology and nanofabrication – development of hybrid assembly methods

Novel material combinations and sensor geometries for resistance thermometers in the hydrogen economy

26. July 2023/in MEMS, Pressure

In the new project Cryo-Resistance both the further development of industrially manufactured resistance thermometers in cooperation with UST Umweltsensortechnik GmbH and several layout variants based on semiconductor technologies of the CiS Research Institute are pursued

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https://www.cismst.de/wp-content/uploads/news-2023-07-26-home.jpg 90 120 CiS https://www.cismst.de/wp-content/uploads/logo-trans.png CiS2023-07-26 11:03:072024-09-04 10:50:35Novel material combinations and sensor geometries for resistance thermometers in the hydrogen economy

Hybrid integrated optical sensors based on pre-structured adhesive layers

19. July 2023/in MOEMS, Packaging, Process development

The “Hivos” project follows the industry’s request and aims at higher automation by deposition and patterning of adhesive coatings at wafer level and the associated improved assembly accuracy. Innovative materials and processes are also intended to increase value creation at wafer/benefit level

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https://www.cismst.de/wp-content/uploads/news-2023-07-19-home.jpg 90 120 CiS https://www.cismst.de/wp-content/uploads/logo-trans.png CiS2023-07-19 07:01:002023-07-10 14:43:27Hybrid integrated optical sensors based on pre-structured adhesive layers

Piezo-junction effect based on-chip multi-sensors

13. July 2023/in Measurement, MEMS, Process development

With the started project “Piezo-junction effect based on-chip multi-sensors” the effects of environmental influences on differently designed pn-junctions or more complex bipolar lateral and vertical on-chip silicon structures will be investigated at the CiS Research Institute

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https://www.cismst.de/wp-content/uploads/news-2023-07-13-home.jpg 90 120 CiS https://www.cismst.de/wp-content/uploads/logo-trans.png CiS2023-07-13 07:01:002023-07-10 14:23:20Piezo-junction effect based on-chip multi-sensors

Influence of thin polysilicon layers on the performance of thermopiles

10. July 2023/in Events, IR, Simulation & Design

Paris will host the ICTFFM 2023: 17th International Conference on Thin Films and Functional Materials on July 10-11, 2023. In the session “Engineering And Physical Sciences Research,” Dr. Li Long and Prof. Thomas Ortlepp from the CiS Research Institute will report on research results of the study of polycrystalline silicon thin films

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https://www.cismst.de/wp-content/uploads/news-2023-07-10-home.jpg 90 120 CiS https://www.cismst.de/wp-content/uploads/logo-trans.png CiS2023-07-10 07:01:002023-07-07 11:28:28Influence of thin polysilicon layers on the performance of thermopiles
Page 11 of 45«‹910111213›»
  • New assembly technologies for IR components based on polymer-free joining technologies

    29. July 2025
  • Development of a high-pressure sensor up to 300 MPa with front-flush media connection

    23. July 2025
  • FIRE project completion: Fast infrared emitters as monolithically integrated arrays

    15. July 2025
  • Project launch Thermistor-HFS – Development of a novel heat flux sensor

    9. July 2025
  • Project completion Optimization of Thermal Behavior (OTB)

    2. July 2025

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