The SCS Instrument

The SCS instrument consists of the following parts:

• SASE3: The SASE 3 Beamline
  • MONO: The SASE 3 Monochromator
  • BAM: The Bunch Arrival Monitors
  • GATT: Gas Attenuator
  • Alignment procedure
• ALAS: The Alignment LAser System
  • Overview
  • Optical layout
  • Daily operation
  • Motors and Karabo connections
• XGM: The X-Ray Gas Monitor
  • Description
  • Interlocks
  • How to
• DPS: The Differential Pumping System
  • Interlocks
• XOX: The X-Ray-Optical Cross-Correlator
  • Vacuum
  • Venting
  • Pumping down
  • Interlocks
• KBS: The Kirkpatrick-Báez Focussing System
  • Functional specifications
• LIN: The Laser In-Coupling
  • Overview
  • Selecting, Positioning and Aligning a Mirror
  • In-coupling window
  • Interlocks
  • Maintenance
  • Venting
  • Pumping down
  • Accessing the in-vacuum mirror stack
  • Changing mirrors
  • Removing the mirror stack
  • Cabling
• OL: The optical laser
  • The PP-laser
  • The TOPAS
  • The AFS
  • The Instrument Laser Hutch
  • Gaussian beam basics
• FFT: The Forward Scattering Fixed Target Chamber
  • Flanges on the FFT
  • Components inside the FFT
  • How To FFT
• CHEM: The Chemistry / Liquid Jet End Station
  • Overview
  • In-vacuum X-ray Photodiode
  • MCP
  • Laser In-coupling
  • Spatial Overlap at Liquid Jet
  • Coarse Timing Antenna
  • Fine Timing
  • Cabling of In-vacuum Detectors
  • Laser setup at LIN and CHEM breadboards
• XRD: The X-Ray Diffraction Chamber
  • Overview
• HRIXS: The Heisenberg Resonant Inelastic X-Ray Scattering Spectrometer
  • Technical movement
  • Solution using interlocks
  • Physical parameters
• DSSC: The DEPMOS Sensor with Signal Compression
  • DSSC to sample distances
  • DSSC q-range calculator
  • DSSC Filter
  • Manuals
• FCCD: The Fast CCD Camera
  • Possible configurations
  • Venting and pumping the FastCCD
  • FastCCD chiller
  • Interlocks
• TIM: The Transmission Intensity Monitor
  • MPOD MCPs
  • Interlocks
• GOTTHARD: The Gain Optimizing microsTrip sysTem witH Analog ReaDout
  • Network / Karabo
  • Timing / Triggering
  • Online Monitoring
  • Troubleshooting
• Digitizers
  • PPG port connections
  • SMA ports location
  • Updating the channel description
  • Peak integration (APD) parameters of the ADQ412
• VAC: The roughing vacuum
  • Some HowTo
  • Pumpcart

Other Laboratories

• The Physics Laboratory
• The Laser Laboratory
  • Network environment and control structure

Varia

• Writing documentation with Gitlab IDE
  • Summary
  • I. Creating a new branch
  • II. Make modifications (commits)
  • III. Merging
• Map of the XHQ SASE 3 area
• Starting operation with grating in zeroth/first order
  • If you need to start the Karabo:
  • Karabo projects that you may need:
  • If you need to start jddd
  • Step-by-step manual how to start the SCS operation
• Setting the Bunch Pattern
  • Set a fixed number of pulses
  • Train on demand
• End of Shift Procedure
• Software
  • Software infrastructure at EuXFEL
  • The GitLab issue tracker
  • Solving merge conflict in git
  • Karabo
  • karaboFAI
  • Instructions for DAMNIT (Amore)
  • DOOCS
  • Online analysis
  • Offline analysis
  • Software developments at SCS
  • The KaraHoff based PLCSs
  • zoom
• Control Network
• Office network ports
• Phone list
• Radiation Protection
• The distances in the beamline
  • optical Laser distance
• FEL beam parameters
• Usefull Links
• Trigger