1 / 8

Single Photon Detector for Laser Transponder on Mars

Single Photon Detector for Laser Transponder on Mars. Franti š ek B í na Project manager: Doc. Ing. Ivan Proch á zka, DrSc. Presented at Seminar Project Czech Technical University, 11519 Prague 1, Brehova 7 Faculty of Nuclear Science and Physical Engineering

clint
Télécharger la présentation

Single Photon Detector for Laser Transponder on Mars

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. Single Photon Detector forLaser Transponder on Mars František Bína Project manager: Doc. Ing. Ivan Procházka, DrSc. Presented at Seminar Project Czech Technical University, 11519 Prague 1, Brehova 7 Faculty of Nuclear Science and Physical Engineering Department of Physical Electronics E-mail: frantisek.bina@tiscali.cz

  2. Goals Single Photon Detector for Laser Transponder on Mars • pick up the function of single photon detector based on the SPAD diode • pick up the requested parameters of the laser transponder on Mars • scale characteristics of the detector • find the acceptable configuration for the detector • verify parameters of the detector in range of temperature between -80°C and +30 °C František Bína, Seminar Project

  3. Single Photon Detector for Laser Transponder on Mars SPAD diode • very high time resolution (order of magnitude 10 picosecond) • produces uniform output impulse • single electronical circuit providing power supply and output impulse forming • foolproof František Bína, Seminar Project

  4. Required parameters Single Photon Detector for Laser Transponder on Mars • low operating voltage (under 100V) • low comsuption • low sensitivity to radiation • no analog data processing • wide range of temperature (-80°C and +30 °C) • no temperature stabilisation František Bína, Seminar Project

  5. SolutionSPAD diode with the supporting circuits Single Photon Detector for Laser Transponder on Mars František Bína, Seminar Project

  6. Results Single Photon Detector for Laser Transponder on Mars • picked up the function of single photon detector based on the SPAD diode • picked up the requested parameters of the laser transponder on Mars • got familiar with the SPAD diode and measuring equipment and techniques František Bína, Seminar Project

  7. scale characteristics of the detector noise in blackness relative sensitivity time resolution in different operating points find the acceptable configuration for the detector verify parameters of the detector in range of temperature between -80°C and +30 °C Future Single Photon Detector for Laser Transponder on Mars František Bína, Seminar Project

  8. made background research: got together parameters required for the detector found knowledge necessary for working with SPAD diode laboratory research for future Conclusion Single Photon Detector for Laser Transponder on Mars František Bína, Seminar Project

More Related