AdvaPIX

modular high speed spectral camera

AdvaPIX cameras contain single Timepix device with fast parallel readout. It allows a sustainable frame rate of up to 1700 frames per second. It is particularly designed for spectral imaging and ion detection. Thanks to our advanced data processing algorithms can be ions detected with spatial resolution of up to 200 nm.

The AdvaPIX cameras can be combined to different chip layouts (2x2, 1x4 or stack of up to 4 chips for 3D particle tracking). The each chip has a independent USB 3.0 communication channel. That assures fast read-out of the complete system. All modules in the system can be operated synchronously or triggered independently. The sensor type and thickness is of customer choice.

The AdvaPIX can be used in variety of applications such as fast radiography (X-rays, neutrons, ions), spectroscopic imaging (each pixel records the energy spectrum), particle tracking, Time-of-flight imaging, multilayer Compton camera (thin top sensor, thick bottom sensor). The sensors can be adapted for neutron imaging by deposition of converter layers (6LiF). The spatial resolution in some applications (slow neutrons) can reach units of microns or even submicrometric level (ions).

AdvaPIX now supports the CdTe pixel sensor.  

 

 Technical Specs  
 Sensor Material:  Si or CdTe
 Sensor Thickness:  300 μm, 500 μm and 675 μm for Si; 1 mm for CdTe
 Sensitive Area:  14 mm X 14 mm
 Readout Speed:  1700 frames/s
 Connectivity:  USB 3.0 
 Number of Pixels:  256 X 256
 Pixel Pitch:  55 μm
 Pixel Mode of Operation:  Counting, Time-over-Threshold, Time-of -Arrival
 Minimum Detectable Energy:  5 keV for X-rays
 Threshoid Step Resolution:  0.1 keV
 Energy Resolution:  0.8 keV (THL) and 2 keV (ToT)
 Pixel Photon Counting Speed:  up to 3e6 photons/s/pixel
 Readout Chip:  Timepix
 Resolution:  9 lp/mm
 Weight:  155 g
 Dimensions:  115 mm x 70 mm x 20 mm (L x W x H)
 Software:  Pixet Lite and Pixet PRO

 

Contact Advacam for a further information or a quotation of the camera through the enquiries page.