A square array multichip device with outstanding dynamic range and wide field-of-view. The WidePIX MPX3 5×5 can collect up to 170 frames per second and stream data at very fast rate. It is suitable for non-destructive imaging of light materials and biological tissues.
| Sensor Material: | CdTe |
| Sensor Thickness: | 1000 μm |
| Sensitive Area: | 70x70mm |
| Number of Pixels: | 1638400 |
| Readout Speed: | up to 170 fps |
| Thresholds per pixel | 1 or 2 |
| Readout Chip: | Medipix3 |
| Pixel Mode of Operation: | Counting in Single Pixel Mode (SPM) or Charge Summing Mode (CSM) |
| Counter Depth: | 24bit |
| Dimensions: | 139,5 x 119 x 227,2 mm |
| Weight: | 4910 g |
| Connectivity: | Ethernet |
| Software: | Pixet Pro |
Product description
The WidePIX 5×5 MPX3 offers a large Medipix3 chip equipped sensitive area. The detector’s sensor surface offers 1,638,400 pixels (70x70mm) in a square array of 25 hybrid detector electronics tiles. They are attached to a CdTe sensor.
It can collect up to 170 frames per second and stream data at the rate of 5 gigabytes per second. All segments are fully synchronized, and the device is compatible with external triggering.
The main benefit of the WidePIX 5×5 MPX3 is its outstanding dynamic range. Thanks to its ability to capture energy range above 8keV and 24bit counter depth, it can capture 16,777,216 in each pixel. This allows users to use high flux without the image being overexposed.
Precise data collection and a clear image are ensured, as the sensor has no dark current.
The WidePIX 5×5 MPX3 was developed with sensitivity as first concern. Thanks to its wide field-of-view, it is suitable for imaging and differentiation of biological tissues and other light materials. This makes it a good choice for medical CTs, non-destructive testing and imaging of moving objects.
The detector offers to measure using the dual threshold mode. This allows for a spectrally sensitive image to be taken in a single measurement.
The Charge Summing Mode implemented in the pixel electronics provides hardware-based correction charge spread between pixels. This further considerably improves the detector spectral response and the quality of spectra measured in individual pixels.
The camera connects to a computer via five ethernet cables.
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