• Navigation überspringen
  • Zur Navigation
  • Zum Seitenende
Organisationsmenü öffnen Organisationsmenü schließen
Friedrich-Alexander-Universität Lehrstuhl für Hochfrequenztechnik LHFT
  • FAUZur zentralen FAU Website
  • English
  • Campo
  • UnivIS
  • Stellenangebote
  • Lageplan
  • Hilfe im Notfall
Friedrich-Alexander-Universität Lehrstuhl für Hochfrequenztechnik LHFT
Menu Menu schließen
  • Profil
  • Team
  • Karriere
  • Forschung
  • Labore
  • Publikationen & Patente
  • Lehre & Studium
  1. Startseite
  2. Labore

Labore

Bereichsnavigation: Labore
  • 3D µW Interconnects & Components Laboratory
  • 5G / 6G & Wireless Locating Laboratory
  • Antenna Design & Measurement Center
  • Autonomous vehicle laboratory
  • Biomedical photonics laboratory
  • EM Material Characterization (MC) and Non-Destructive Testing (NDT) Laboratory
  • Embedded Wireless Laboratory
  • Fiber Sensing Laboratory
  • Fiber-Bragg Gratings (FBG) Laboratory
  • Medical Imaging Laboratory
  • Network & Spectrum Analysis Laboratory
  • Optical Communications Laboratory
  • Optical trapping laboratory
  • Radar Imaging Laboratory
  • Robotic & Unmanned Vehicle Laboratory
  • Signal Integrity Laboratory
  • THz-Laboratory

Labore


  • Signal Integrity Characterization on PCB

    Zum Artikel "Signal Integrity Characterization on PCB"

    GSG probe measurements are performed at the institute for frequencies up to 110 GHz on all kinds of planar circuitry: from absolutely smooth and planar wafer substrates up to flexible PCB's.

    17. Februar 2019 Kategorie: Labore_Overview
    Weiterlesen
  • Future concepts for autonomous driving

    Zum Artikel "Future concepts for autonomous driving"

    At LHFT a test vehicle is used for evaluating radar sensors and systems for autonomous driving.

    17. Februar 2019 Kategorie: Labore_Overview
    Weiterlesen
  • Antenna characterization up to 500 GHz

    Zum Artikel "Antenna characterization up to 500 GHz"

    In order to precisely characterize antennas the LHFT operates an anechoic chamber incorporating a 4-axis positioning robot. Signal generation and analysis is possible up to 500 GHz.

    17. Februar 2019 Kategorie: Labore_Overview
    Weiterlesen
  • 3D printed interconnects up to 67 GHz

    Zum Artikel "3D printed interconnects up to 67 GHz"

    The 3D-Microwave Assembly & Interconnects Laboratory realizes novel approaches for additive manufacturing of interconnects suitable for frequencies up to V-Band.

    17. Februar 2019 Kategorie: Labore_Overview
    Weiterlesen
  • Network Analysis up to THz-Range

    Zum Artikel "Network Analysis up to THz-Range"

    The Institute offers a wide spectrum of techniques and infrastructure for network analysis up to THz-frequency range.

    9. Februar 2019 Kategorie: Labore_Overview
    Weiterlesen

The institute is equipped with excellent laboratory facilities. Here you find a short overview of the available instruments and labs.

Overview of the Main Measurement Equipment

Micro- and Millimeterwave Measurement Instrumentation

  • 8-port full duplex Vector Signal Transceiver (VST) up to 6 GHz with a Bandwidth of 80 MHz (based on NI PXIe‑5645R)
  • Phase noise measurement with AnaPico APPH20G for signals up to 26 GHz
  • Signal and spectral analyzer up to 8 GHz (R&S FSW-8)
  • 2-Port VNA with complete frequency coverage up to 500 GHz (e.g. Rohde & Schwarz ZVA with ZVA-Z90/110/170/220/325/500)
  • Differential „True Mode“ 2-Port network analysis / Single-Ended 4-port analysis up to 67 GHz (e.g. Agilent PNA-X 67 GHz)
  • Spectral analysis up to 850 GHz
  • Noise measurements (incl. 1/f-Noise)
  • Materialcharacterisation up to 325 GHz
  • Antenna measurments
  • Modular Mixed-Signal-Testsystem
  • Analysis capability of signalintegrity issues and signalpath characterization in time and frequency domain
  • Time domain measurements reaching to the pico second range
  • PCB measurements for signalintegrity and material characterisation

THz Equipement

  • Quasi-optical measurement instrumentations up to 2.5 THz
  • Electromagnetic field sampling system
  • THz-Short pulse system (Menlo Systems Tera K15)

Technologies

  • Development and fabrication of dielectric waveguides
  • Development and fabrication of refractors and mirrors
  • Development and fabrication of polarisation gratings
  • Laser structuring of microwave PCB laminates
  • Electro plating shop
  • Bonding station
  • Powerful micromechanical work shop

Photonics and Lightwave Measurement Instrumentation

  • Optical spectral analyzer 600 nm … 1700 nm (e.g. Yokogawa AQ6370)
  • Broadband tunable laser sources (e.g. Agilent 81600)
  • Super-continuum white light source (Koheras SuperK Compact)
  • Erbium-doped fiber amplifiers, ytterbium fiber laser, femtosecond fiber laser
  • Fusion splicers for standard and specialty fibers (Ericson FSU995, Fitel S176 + S183)
  • Polarisation measurement instrumentation, Stokes polarimeter
  • Optical power detectors from UV to FIR, from 100 fW up to 200 W
  • IR beam diagnostics, beam quality measurement
Lehrstuhl für Hochfrequenztechnik
Cauerstraße 9
91058 Erlangen
  • Kontakt und Anfahrt
  • Impressum
  • Datenschutz
  • Barrierefreiheit
  • LinkedIn
  • YouTube
Nach oben