Physical Metrology
Laboratory focused on the fundamentals of physical metrology.
Description
Lab classes, project studies and theses, focus: fundamentals of physical measurement technology, courses for external small groups
Room: D05
Phone: -3642
- 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