Detector¶
The indirect imaging detector: a scintillator converting X-rays to visible light, a microscope objective relaying the image, and a camera, all carried on a motorized stack that sets the sample-to-detector distance.
Enclosure: 8-3-2-hutch.
Note
The scintillator binds Scintillator, the objective binds Objective, the camera binds Camera, and the detector motion binds LinearStage / TiltStage. Detector specs (model, pixel size, binning, exposure) are per-dataset values in the data record, so no fixed vendor model is bound (DET-1).
| Name | Family | PV | Key specs | Replaceable | Status |
|---|---|---|---|---|---|
Scintillator |
Scintillator |
the X-ray-to-visible scintillator; the data record exposes /measurement/instrument/detection_system/scintillator/scintillator_type. Material and thickness pending (DET-1) | new confirm |
||
CameraObjective |
Objective |
the microscope objective relaying the scintillator image to the camera; the data record exposes /measurement/instrument/detection_system/objective/camera_objective (the selected magnification). The objective set is pending (DET-1) | new confirm |
||
Camera |
Camera |
the imaging camera; the data record exposes the detector parameters model, pixel_size, binning_x, binning_y, exposure_time, temperature, dimension_x, dimension_y, dark_field_value, delay_time. These are per-dataset acquisition values, not a fixed manifest, so no vendor model is bound; the installed camera roster and live handle are pending (DET-1, CTRL-1) | |||
new confirm |
|||||
DetectorStack |
LinearStage |
the motorized detector stack setting the sample-to-detector propagation distance; the data record exposes a camera_motor_stack with camera_distance, camera_elevation, and tilt_motor. The camera_distance is the propagation distance used in phase-contrast reconstruction. Axis models and live handles pending (DET-2, CTRL-1) | |||
new confirm |