Detector¶
Detection¶
The Kinetix sCMOS imaging / tomography cameras and their scintillator-lens table, the Phantom Veo high-speed camera, the PerkinElmer flat panel for angle-dispersive diffraction, the GeRM germanium strip detector for energy-dispersive diffraction, and the detector / optics positioning that switches technique.
Enclosure: hex-endstation.
Note
The sCMOS and high-speed cameras and the flat panel bind Camera; the imaging scintillator-lens table binds Scintillator; the GeRM germanium strip detector binds the existing EnergyDispersiveSpectrometer Family (HEX is its third consumer, a reuse). The detector / optics positioning that moves a detector into the beam per technique binds LinearStage; it is the mechanism behind HEX's multi-technique-in- one-experiment endstation (the technique switch is a positioning leg, not a new Capability). The PerkinElmer's role as the angle-dispersive (ADXD) detector is an inference (DET-1).
| Name | Family | PV | Key specs | Replaceable | Status |
|---|---|---|---|---|---|
ImagingCamera |
Camera |
XF:27ID1-BI{Kinetix-Det:1} |
the Teledyne Photometrics Kinetix sCMOS cameras for imaging / tomography (kinetix1 default, kinetix3 alternate; PV root XF:27ID1-BI{Kinetix-Det:N}, HEXKinetixDetector); the default-camera and frame details are DET-3 | new confirm |
|
ImagingScintillator |
Scintillator |
confirm: the imaging scintillator-lens table (magnification positions '2 & 4 mm', '20 & 40 mm', 'Dual cam'); the PV is CTRL-1 and the scintillator / lens set is DET-3 |
the scintillator-lens imaging table that converts the X-ray image for the sCMOS cameras; magnification positions read '2 & 4 mm', '20 & 40 mm', and 'Dual cam', the scintillator and lens set is DET-3 | new confirm |
|
HighSpeedCamera |
Camera |
confirm: the Phantom (Vision Research) Veo high-speed camera (hextools/detectors/phantom.py); the PV is CTRL-1 |
the Phantom Veo high-speed camera for fast / time-resolved radiography (DET-3) | new confirm |
|
FlatPanelDetector |
Camera |
XF:27ID1-ES{PE-Det:1} |
the PerkinElmer XRD1621 amorphous-silicon flat-panel area detector (HEXPerkinElmer); inferred to be the angle-dispersive / powder diffraction (ADXD) detector, the model and role are DET-1 | new confirm |
|
EnergyDispersiveDetector |
EnergyDispersiveSpectrometer |
XF:27ID1-ES{GeRM-Det:1} |
the GeRM germanium strip detector for energy-dispersive X-ray diffraction (EDXD), controlled via Phoebus (run-phoebus) with caput thresholds and the edxd_viewer GUI; the third consumer of the existing EnergyDispersiveSpectrometer Family; channel count, energy resolution, and EDXD gauge-volume dimensions are DET-2 | new confirm |
|
DetectorStage |
LinearStage |
confirm: the detector / optics positioning that moves a detector into the beam per technique; the PV is CTRL-1 |
the remote detector / optics positioning that switches technique in the single endstation (imaging, EDXD, or ADXD into the beam); the positioning leg behind HEX's multi-technique-in-one-experiment endstation (TECH-1, DET-1) | new confirm |