For our new break-through sensor line we are globally hiring a Senior Mixed-Signal ASIC Designer.
As a global technology provider in the field of magnetic field sensors, current sensors, and
measurement instrumentation, we develop, produce and supply high-quality products for industry
and research institutes. Our customers not only appreciate our unique products and technologies,
but also value our commitment to customer specific solutions. To further support our growth, we
are looking within Europe for a
Team Leader - Senior Mixed-Signal ASIC Designer M/F
SENIS’ Calibration Lab has been ISO17025:2017 certified.
Only a few laboratories worldwide has certified calibration processes for magnetic fields up to 1.5T - and we are one of them!
The SENIS’ calibration laboratory Sentronis has been ISO17025:2017 accredited by ATS, ILAC-MRA Signatory (www.ilac.org). ILAC (International Laboratory Accreditation Cooperation) is the global association for the cooperation of accreditation bodies that provide accreditations for laboratories and inspection bodies. The ILAC-MRA ATS certificate corresponds to the ILAC-MRA DAkks certificate, as well as to the certificate of other accreditation bodies that are signatories to the ILAC-MRA.
We are also ISO 9001 and ISO 22301 (Business Continuity Management) certified.
SENIS FAMAS is winner of the AMA Innovation award 2020!
We are proud to announce that SENIS FAMAS (Fast Magnetic Angle Sensor) is winner of this year’s AMA Innovation Award.
FAMAS is the first cost effective, fast and accurate magnetic angle sensor based on two vertical Hall elements and on direct angle to digital format conversion. The patented algorithm, which is implemented in this sensor, includes an innovative servo loop control system. It allows an angle sensing at practically unlimited rotary speeds, with ultimately short and angle independent latency. FAMAS provides the direct angle information by significantly reducing sensor cost. The implemented measurement technique provides angle measurement of magnets in end-of- and out-of-shaft topology.
Nomination for the Award in the Lifetime achievement category of the European Inventor Award 2020
We are very proud that the Intellectual Property Office has nominate Professor Radivoje Popovic, the SENIS founder, president and CTO for the Award in the Lifetime achievement category of the European Inventor Award 2020.
Professor Radivoje Popovic has dedicated his career to the development of novel magnetic, current, and optical sensors. He is named as inventor in 41 granted European patents. His inventions enabled for the first time the realization of integrated multi-axis magnetic sensors that are widely used in automotive industry, in mobile phones and in scientific research. Prof. Popovic is the inventor of IMC-Hall (Integrated Magnetic Concentrator) also known as Triaxis technology.
Read more on the Lifetime achievement of Prof. Radivoje Popovic:
SENIS is a member of HITRI project team to be led by CERN
SENIS with its business entity in Serbia (Sentronis) became in 2019 an official industrial member of the HITRI project consortium led by CERN. The HITRI project is proposed within the Horizon 2020 program.
HITRI (Heavy Ion Therapy Research Infrastructure Design Study Proposal) overall aim is to design an innovative, compact, flexible, expandable, pan-European Research Infrastructure (RI) which can be built in the SEE (South Eastern European) region and which produces the world’s most intense ion therapy beam with simpler operation and lower cost. In future, this should allow the clinical and scientific user community to fully exploit the advantages of ion Radio Therapy (RT) and enable applied and clinical R&D.
The HITRI consortium includes reputable physic research laboratories such as, CERN, PSI Switzerland, GSI Helmholtzzentrum, HIT Heidelberg, INFN Italy, Cosylab Slovenia, Malta University, CEA France, ANSTO Australia, Uppsala University Sweden and others.
Energy Autonomous Wireless Smart and Low-Cost Current Sensor
Through this European project the consortium will develop an energy autonomous wireless smart and low-cost current sensor for remotely monitoring of electric lines in the context of the coming generation of aircrafts. The project scope includes the development of a sensor architecture co-designed to achieve an optimal balance between the harvested energy and the consumption of sensor and electronics, while meeting the desirable sensing, latency and sampling specifications. The consortium includes two industry partners, SENIS (CH), a current and magnetic sensor manufacturer, and SERMA (FR), an OEM for aeronautical equipment. It also includes CSEM (CH), a reputable research institute with long experience in space and aeronautical projects and Imperial College London (U.K.), a university with significant track record in energy harvesting.
Nano-Scale Metrology Standards
Nano-Scale Traceable Magnetic Field Measurement
SENIS is one of the few companies providing certified magnetic measurements that can be traced back to national standards. Measuring 3D magnetic fields at the micrometre scale has now been reduced in size by a factor of ten by the new commercial SENIS Nano-Hall Mapper. For the first time the capability exists in Europe for measuring fluctuating magnetic fields at the micro and nano scale level, essential to support the high technology industries of the future and help maintain Europe’s position in the global market for magnetic sensors.
During the EMPIR project Nano-scale traceable magnetic field measurements, SENIS AG developed a high-resolution nano-Hall mapper with a 50-nanometre positioning accuracy and a 1000 nanometre spatial resolution. Capable of a large scan range of several centimetres the new mapper features a compact Hall probe with a field sensitive volume of 10 micrometres x 10 micrometres x 10 micrometres, which is an order of magnitude smaller than any commercially available magnetic sensor. The new mapper can measure fluctuating magnetic fields with a 3D positioning resolution at the 50-nanometre level with a minimum field resolution better than 5 μT. The system was traceably calibrated at SENIS’s accredited laboratory and its performance validated using an electromagnet provided by PTB, Germany’s National Metrology Institute (NMI).
See Nanomapper: http://www.senis.ch/mappers/special-mapper-solutions
FAMAS - Fast Angle Magnetic Sensor
Novel Fast Angle Magnetic Sensor (FAMAS) will allow to disrupt in the magnetic field sensor global market with a product with a very fast response (<1us) and very high resolution (<0.1°), highest rotational speed (200,000 rpm), and with the lowest price in the market. FAMAS is an innovative cost effective, fast and accurate magnetic angular sensor. It is an integrated magnetic field sensor that allows the measurement of the rotation angle of the in-plane component of a magnetic field, such as that of a permanent magnet attached to a rotating shaft.
Acknowledgement: The FAMAS project has received funding from the European Union’s Horizon 2020 research and innovation program under grant agreement No 816678. The funding supports the industrialization and commercialization of FAMAS.
FAMAS receives SEAL OF EXCELLENCE from the EUROPEAN COMMISSION.
SENIS AG goes Social Media
In order to get closer in touch with our clients and to better meet customers' business demands, we launched a project to improve our social media appearance. This project was done in cooperation with the students of Kalaidos University of Applied Sciences Switzerland. A customer survey and personal interviews were performed, analyzed and an action plan was defined. To express our thanks for the participation on this survey, SENIS raffled a 3MTS USB Handheld Teslameter among all participants. The prize winner is our long-year customer the Swiss company maxon motor AG.