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GaN, AlN and GaO-based Power Electronics
/en/research/iii-v-electronics/gan-aln-gao-based-power-electronics
Wide Bandgap Devices We develop and realize low-loss switching transistors for efficient and compact power converters. We take advantage from the high breakdown voltages combined with the high…
Terahertz Components & Modules
/en/research/iii-v-electronics/terahertz-components-modules
Terahertz technology is in the focus of future integrated microelectronics and provides components and systems for 6G wireless communication and sensor technology. With our developments we address…
Advanced RF Competence & Applications
/en/research/iii-v-electronics/rf-competence-applications
This pages provides an overview of the advanced RF competencies that we use regarding measurement & characterization techniques, transistor modelling and EM-field simulations as well as…
Transmitters & Receivers
/en/research/iii-v-electronics/transmitters-receivers
We develop high-performing transmitters and receivers for the mobile communication technologies of the future (5G, 6G), sensor as well as radar applications. Intelligent transmitters The needs…
III-V Electronics
/en/research/iii-v-electronics
The overall target of FBH’s research activities in the field of III-V electronics is to push the limits of electronic devices in terms of efficient power generation at high frequencies, high…
Photonic Quantum Technologies
/en/research/quantum-technology/photonic-quantum-technologies
The Joint Lab Photonic Quantum Technologies develops optical chip-based quantum devices that can be directly interfaced with optical fibers. Chip-integrated optical components, such as waveguides,…
Integrated Quantum Sensors
/en/research/quantum-technology/integrated-quantum-sensors
Quantum technologies enable a new generation of optical and electronic devices based on quantum states and their precise manipulation, thus opening up new prospects in numerous fields of…
Diamond Nanophotonics
/en/research/quantum-technology/diamond-nanophotonics
The Joint Lab Diamond Nanophotonics (DNP) is researching novel concepts for guiding, capturing and manipulating light on the nano- and microscale. The aim is to achieve a controllable light-matter…
Quantum Photonic Components
/en/research/quantum-technology/quantum-photonic-components
Technologien - 2 Module Development Mechanical, optical and thermal design of diode laser, frequency reference and distribution modules as well as of components – e.g. optical isolators Hybrid…
Integrated Quantum Technology
/en/research/quantum-technology
Within its research area Integrated Quantum Technology, FBH carries out R&D activities that aim at bringing quantum technology (QT) from proof-of-concept demonstrations in a quantum optics lab…