1. Supervisor: Jonathan Emery Labview control BWS Calibration Bench

2. BWS Calibration Bench Design Laser calibration bench similar that PSB and PS

3. Picoscope Interface encodeur optique Mesure des vibrations Digital lines interface Switch mode power supply and filters Use FPGA Starter kit & code of Kevin’s Bachelor DSPACE- FPGA Interface missing Commercial Step motors control Hardware start trigger Interface photodiode Labview Start trigger BWS Calibration Bench Design

4.  dSpace system  PWM Power Supply  Motor BWS Calibration Bench Design

7. Calibration Start Linear stages positionning Start acquisition Trigger scanner mouvement movement completed ? No Yes Data download from picoscops Data integrity checks Data processing and data reduction System initialisation Data recording to file All position performed No Yes Report generation End of program Next position

8. BWS Calibration Bench Design Laboratory test bench  LTS150  Pico 5444B

9. BWS Calibration Bench Design  Move to Home position  Move to Absolute position  Jog  Read from Picoscope  Create waveform / pulse on the Picoscope  Change Picoscope settings  Change Thorlabs settings  Read/Write Initialization settings  Make cycle: Jog – Pulse – Acquire signal – Jog (…) Done: Linear stages positionning Start acquisition Trigger scanner mouvement Data download from picoscops System initialisation Data recording to file All position performed

10. BWS Calibration Bench Design

11. Scans: Jog – Pulse – Acquire Signal - Jog dSpace ↓ WS movement

12. BWS Calibration Bench Design  Integrate the dSpace system to trigger scanner movement  Decide the correct parameters for the Thorlabs and Picoscope. According with the new BWS bench  Perform data processing and data reduction  Perform data integrity check  Create a nice GUI  Integrate all channels from picoscope  Record picoscope channels into file To do: