1722 results
Reference
  411. PTB  
For the Physikalisch-Technische Bundesanstalt (PTB) IMMS developed a high-precision positioning system for measurement scales of the coming microelectronics generation.  
Reference
  412. PSA-Nachweis direkt am Point-of-Care  
Alexander Hofmann, Michael Meister Alexander Rolapp Peggy Reich Friedrich Scholz Eric Schäfer in medical-design, Innovative Produkte und Lösungen in der Medizintechnik, 02/2021, S. 29-32, https://shop.weka-business-communication.com/medical-design-dsb/Einzelhefte/medical-design-02-2021-Digital.html, https://www.medical-design.news  
Reference
  413. ProQuaOpt  
IMMS is developing an AI-based control system for resource-efficient online optimisation of injection moulding  
Reference
  414. Projektvorstellung "Mittelstand 4.0"  
Frank Spiller, 12. Schmalkalder Werkzeugtagung, 3.11.2016 - 4.11.2016, Schmalkalden  
Press release
  415. Projektstart von BICCell: Impedanz-Chip für vielfältige neue Anwendungen  
iba und IMMS entwickeln integrierte Schaltung für Relaxationsspektroskopie  
Reference
  416. Projects  
Projects: Here you will find all the projects that we present on the website and include in various places. Simply filter according to your interests.  
Press release
  417. Project launch of ECo-Harvester – ambient energy for decentralised sensor applications  
First co-design of mechanics and electronics for electrodynamic vibration harvesters  
Reference
  418. Programmierbare Präzisionsreferenzspannungsquelle durch Nutzung eines analogen Floating-Gate-Speicherelements  
D. Kirsten, Dr. D. Nuernbergk 11. ITG/GMM-Fachtagung ANALOG 2010, 22.03.-24.03.2010, Erfurt, in Proceedings  
Reference
  419. Programmierbare Präzisionsreferenzspannungsquelle durch Nutzung eines analogen Floating-Gate-Speicherelements  
D. Kirsten, Dr. D. Nuernbergk 11. ITG/GMM-Fachtagung ANALOG 2010, 22.03.-24.03.2010, Erfurt  
Reference
  420. Prof. Ronny Stolz and Dr. Theo Scholtes, Leibniz-Institut für Photonische Technologien e.V. (Leibniz-IPHT)  
„IMMS implemented the functionalities we needed, such as a lock-in amplifier, a phase-locked feedback loop and an active laser frequency stabilisation as an FPGA design. We would very much like to continue the cooperation with IMMS in future joint projects.“  
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