Peter Sobis
Peter J. Sobis , was born in 1978 in Göteborg, Sweden. He received the M.Sc.E.E in 2003 and defended his Ph.D. thesis in 2011 both at Chalmers University of Technology.
He is since 2018 adjunct professor specializing in THz instrumentation for atmospheric science, and is today working as project leader in the GHz centre and as Senior RF Engineer at Low noise factory.
Visar 87 publikationer
Sub-mW Cryogenic InP HEMT LNA for Qubit Readout
100-μW Cryogenic HEMT LNAs for Quantum Computing
Frequency stabilization of 3.5-THz and 4.7-THz quantum-cascade lasers by a phase-locked loop
A 4.7-THz fundamental Schottky diode mixer
Design and Characterisation of a 3.5-THz Fundamental Schottky Mixer
A 100-µW 4-6 GHz Cryogenic InP HEMT LNA Achieving an Average Noise Temperature of 2.6 K
High-resolution Absorption Spectroscopy With A Phase-locked Quantum-cascade Laser
325 GHz and 650 GHz Dual-polarisation receivers Concept
A 100-mu W 4-6 GHz Cryogenic InP HEMT LNA Achieving an Average Noise Temperature of 2.6 K
Integrated Schottky Technology for Supra-THz Applications
Design and development of 3.5 THz Schottky-based fundamental mixer
Phase Locking of 3.5-THz and 4.7-THz Quantum-Cascade Lasers Using a Schottky Diode Harmonic Mixer
Development of Supra-THz Schottky Diode Harmonic Mixers
Reliability study of THz Schottky mixers and HBV frequency multipliers for space applications
4.7 THz GaAs Schottky diode receiver components
Low Power Cryogenic Rad-hard LNAs for Space
Reliability assessment of GaAs and InP THz mixers and frequency multipliers fabricated on 3" wafers
Discrete GaAs Schottky beamlead mixer diodes for space-borne receiver applications
A 183-GHz Schottky diode receiver with 4 dB noise figure
Effect of idler terminations on the conversion loss for THz Schottky diode harmonic mixers
Low noise 874 GHz receivers for the international submillimetre airborne radiometer (ISMAR)
Membrane Integrated Asymmetric Dual E-plane Probe Ortho Mode Transducer at 424 GHz
A Broadband THz Waveguide-to-suspended Stripline Loop-probe Transition
Heterogeneous Integration of Terahertz Diode Circuits
Ultra Low Noise 600/1200 GHz and 874 GHz GaAs Schottky Receivers for SWI and ISMAR
THz smooth-walled spline horn antennas: Design, manufacturing and measurements
Status and Progress of Schottky Technology Development for SWI and ISMAR
InP DHBT Amplifier Modules Operating Between 150 and 300 GHz Using Membrane Technology
A 874 GHz Mixer Block Integrated Spline Horn and Lens Antenna for the ISMAR Instrument
SWI 1200/600 GHz highly integrated receiver front-ends
Characterization of the 530-625 GHz receiver unit for the Jupiter mission JUICE/SWI
Reliability Assessment of Mixers, Multipliers and Low Noise Amplifiers for Space Applications
Molecular Spectroscopy With a Compact 557-GHz Heterodyne Receiver
Low noise GaAs Schottky TMIC and InP HEMT MMIC based Receivers for the ISMAR and SWI Instruments
Single Flange 2-port Design For THz Integrated Circuit S-parameter Characterization
300 GHz to 1.2 THz GaAs Schottky membrane TMIC’s for next generation space missions
Sensitivity Analysis of TRL Calibration in Waveguide Integrated Membrane Circuits
Integrated diode technology for THz applications
Molecular spectroscopy with a compact 557 GHz heterodyne receiver
Terahertz GaAs Schottky diode mixer and multiplier MIC’s based on e-beam technology
A 600 GHz Orthomode Transducer based on a Waveguide Integrated Wire Grid Polarizer
Development of a 557 GHz GaAs monolithic membrane-diode mixer
Influence of waveguide width errors on TRL and LRL calibrations
A Broadband, Low Noise, Integrated 340 GHz Schottky Diode Receiver
Integrated terahertz electronics for imaging and sensing
A Low VSWR 340 GHz 2SB Schottky Receiver for Earth Observation Applications
Advanced Schottky Diode Receiver Front-Ends for Terahertz Applications
A Low VSWR 340 GHz 2SB Schottky Receiver for Earth Observation Applications
Development of a Compact 557 GHz Heterodyne Receiver
Development of planar schottky diodes
Submillimeter Wave S-Parameter Characterization of Integrated Membrane Circuits
Development of planar THz Schottky diodes
A Low VSWR 2SB Schottky Receiver
A 340 GHz 2SB Schottky Receiver for the STEAMR Limb Sounder
Development of integrated submillimeter wave diodes for sources and detectors
VNA-Calibration and S-Parameter Characterization of Submillimeter Wave Integrated Membrane Circuits
340 GHz GaAs monolithic membrane supported Schottky diode circuits
Characterization of GaAs membrane circuits for THz heterodyne receiver applications
A Compact 340 GHz Heterodyne Imaging System
Subharmonic Sideband Separating Schottky Diode Mixer for Submillimetre Wave Applications
VNA-calibration and S-parameter characterization of submillimeter wave integrated membrane circuits
Parameter Extraction and Geometry Optimisation of Planar Schottky Diodes
Analysis of the High Frequency Spreading Resistance for Surface Channel Planar Schottky Diodes
Compact 340 GHz Receiver Front-Ends
Modeling of GaAs Schottky diodes for terahertz application
Water Vapor Radiometer for ALMA
Schottky receivers and graphene for future THz electronics
Development of a Compact 340 GHz Receiver Front-End
Receiver Chain for the STEAMR Instrument
A 170 GHz 45 degree Hybrid for Submillimeter Wave Sideband Separating Subharmonic Mixers
Towards a THz Sideband Separating Subharmonic Schottky Mixer
Towards a THz Sideband Separating Subharmonic Schottky Mixer
Terahertz technology and applications
Comparison of VDI and UMS GaAs Schottky diodes for subharmonic mixers in the lower THz band
Optimisation and Design of a Suspended Subharmonic 340 GHz Schottky Diode Mixer
The design and realisation of a high-power HBV multiplier source for THz-applications
A 110 GHz GaAs Schottky Diode Mixer on Quartz with planar LO feed
Ladda ner publikationslistor
Du kan ladda ner denna lista till din dator.
Filtrera och ladda ner publikationslista
Som inloggad användare hittar du ytterligare funktioner i MyResearch.
Du kan även exportera direkt till Zotero eller Mendeley genom webbläsarplugins. Dessa hittar du här:
Zotero Connector
Mendeley Web Importer
Tjänsten SwePub erbjuder uttag av Researchs listor i andra format, till exempel kan du få uttag av publikationer enligt Harvard och Oxford i .RIS, BibTex och RefWorks-format.
Visar 1 forskningsprojekt
Terahertz heterodyne receiver components for future European space missions (TeraComp)