IMMS - Search

Reference

1071. Low latency wireless closed loop control of an inverted pendulum

Sebastian Uziel, Thomas Elste Benjamin Eichhorn Michael Katzschmann Philipp Schulz Conference on Design & Architectures for Signal & Image Processing, DASIP 2018, Demo Night, 10-12 October, Porto, Portugal

Reference

1072. Low Power Funkmodul für das 868 MHz Band

B. Bieske, Entwicklerforum Low Power Design, München, November 2001

Reference

1073. Low-Cost/Low-Power Sensor Frontends for Energy-Autonomous Sensor Systems

E. Hennig, Nürnberg: SENSOR + TEST 2011. 07.06. - 09.06.2011

Reference

1074. Low-Power-Schaltungstechnik für energieeffiziente Sensorik

Eckhard Hennig, 57. Internationales Wissenschaftliches Kolloquium (IWK) der TU Ilmenau, Ilmenau, 03.09.2012-07.09.2012

Reference

1075. Lutz Langelueddecke, Melexis

”IMMS modelled and verified a mixed-signal IC with a controller for Melexis. Their high technical competence confirmed once more how well and enjoyably we have been able to collaborate with IMMS over recent years.“

Reference

1076. Lutz Wohlleben, ARS

”In our work, we test for leaks in pipelines using pigs while the pipeline is in full flow. For our system, IMMS created the entire electronics. They were an outstanding support as we worked on the development and improvement of our technology. IMMS is for us a highly reliable partner to whom we shall gladly return in the future.“

Reference

1077. Machine-Learning im PCB-Entwurf: Open-Source zwischen Forschung, Potential und Alltag

Georg Gläser, 30. Konferenz des Fachverbandes für Design, Leiterplatten- und Elektronikfertigung (FED), 29. - 30. September 2022, Potsdam, Germany

Reference

1078. Machine-Learning-basierte Messdatenanalyse für ASICs. Testen auf der Überholspur

Tom Reinhold, Georg Gläser Elektronik, 01/02.2022, 26. Januar 2022, Seite 46 - 48, ePaper: https://wfm-publish.blaetterkatalog.de/frontend/mvc/catalog/by-name/ELE?catalogName=ELE2201D

Reference

1079. Mag6D

Maglev direct drive with cable-free passive stage. Photograph: IMMS.

Within the project a novel planar drive system was developed which is magnetically guided and moves objects with nanometer precision.

Research field

1080. Magnetic 6D-direct drives with nanometre precision

IMMS has developed a vertical drive to raise and lower objects through 10 mm under active control with nanometre precision. Photograph: IMMS.

Research field Magnetic 6D-direct drives with nanometre precision: To enable the manufacturing of macroscopic high-tech products with microscopic precision, we are researching scientific principles and technical solutions for nanopositioning systems for large motion ranges.