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MPI High Power Semi-Automatic Probe Station (Model MPI TS3000 HP)
Superconducting Quantum Interference Device (SQUID). MPMS (Magnetic Property Measurement System) is a highly sensitive SQUID magnetometer generally used to measure magnetic moments as function of applied magnetic field or temperature.
AMO offers the fabrication of graphene devices (GFETs) for sensor applications. Users can obtain customised graphene devices on chip-scale as well as on 6” or 8” wafers. Electrical characterization on wafer scale can be offered additionally.
INFRACHIP is now accepting applications for Transnational Access
HyperPath is a software solution for enabling secure and reliable wireless connectivity for challenging use cases such as BVLOS drones, Industry 4.0 and mission-critical IoT (e.g. medical devices)
Finally, the long awaited INFRACHIP showroom is now accessible, with more than 100 available sets of equipment and technologies! Transnational Access calls will start imminently. Interested parties will be able to apply for a EU sponsored (=no cost) access to the displayed technologies. How does it work? Depending on your research topic or work, you […]
Vector Network Analyser capable of performing measurements up to 400 GHz. The VNA is natively capable of performing measurements from 10 MHz up to 67 GHz in a continuous fashion, and in a banded mode from 67 GHz up to 400 GHz: a) 67 GHz – 115 GHz, b) 110 GHz-170 GHz, c) 170 GHz – 260 GHz and d) 260 GHz – 400 GHz.
Antenna chamber for measurements of antenna radiation characteristics, with a minimum frequency of operation of 20 GHz.
In this laboratory we offer electronic assembly with the use of our Finetech Flip-Chip Pico device. Our equipment and materials allow for use of low temperature joining technique. Mechanical properties testing, thermal shock chamber and SEM imaging allow for an in-depth analysis of the fabricated devices.
In this laboratory we provide service of material manufacturing as well as necessary characterisation of the materials for sustainable sensors fabrication. We also provide equipment for various printing technologies with screen printing, aerosol jet printing and InkJet among others. Finally, we support the characterisation of the printed layers.
A fluorescence microscope from Zeiss to characterize fluorescent markers is at hand as well as a polarization microscope from Olympus. Temperature dependent measurements can be realized using a Linkam stage.
TITLE: European Research Infrastructure on Semiconductor Chips
START-END: January 2024 – December2027
EU CONTRIBUTION: 14 457 463 €
TOPIC: HORIZON-INFRA-2023-SERV-01
Coordinator: Tyndall National Institute
INFRACHIP (2024-2027) has received funding from the European Union’s Horizon Europe research and innovation actions under GA No. 101131822
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