Physical Metrology

Description

  • Special measuring stations:
    • Optical table with components for characterizing radiation emitters (LED, IRED, laser diodes) and optical sensors (photodiodes, resistors, transistors), UV-VIS-IR spectrometers, cameras
    • Measuring stations for the characterization of temperature sensors (thermolelements, resistance thermometers, thermistors, pyrometers, thermal imaging camera)
    • Sound measuring room with noise generator, sound level meter and audio meter

  • Standard measuring devices:
    • 8 PC workstations with standard interface (IEEE bus, serial, USB)
    • Lock-in Amplifier (Stanford Research, Scitec Instruments)
    • Electronic Spectrum Analyzers (Hameg, Aaronia)
    • Digital memory oscilloscopes (Tektronix, Meilhaus)
    • Table multimeter (Agilent, Keithley)
    • Function generators (Agilent, Mair and Rohner)

  • Data name and analysis software used: LabVIEW
  • Simulation of measuring circuits: PSPICE

  • Simulation of measurement systems
  • Simulation of sensors and sensor circuits
  • Characterization of optical sensors

  • Courses offered for companies:
    • Basics of electronic measurement technology (multimeter, oscilloscope, spectrum analyzer)
    • Basics of Spectral Analysis
    • Noise measurement technology
    • Noise measurement
    • Thermal imaging camera and pyrometer
    • Digital Signal Processing with LabVIEW
    • Electronic simulation with PSPICE

  • German Aerospace Center (DLR): Characterization of optical sensors for use in lidar systems
  • Technical Academy Esslingen (TAE): Noise and interference signals in electronics
  • Circuit technology of sensors / simulation with PSPICE

Laboratory management

Prof. Dr. Rolf Heilmann Room: C 204

T +49 89 1265-1624
F +49 89 1265-1603

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