JAI prism camera technology - AD-081

JAI camera prism technology: 

JAI camera prism technology

Prism technology: 

Prism technology JAI is constantly refining the camera prism technology to Achieve better pixel-to-pixel alignment Simplify the in-house prism gluing process Expand the spectral capabilities The idea is to expand the viewing capabilities by Separating specific bands of the optical spectrum Achieving less cross-talk with well defined filters Operating multiple pre-aligned imagers separately Simplicity - simple cabling, one lens and pre-aligned pixel to pixel imagers

Prism technology (examples): 

Prism technology (examples) RGB prism Monochrome prism

Unique mix of competencies: 

Unique mix of competencies In-house designing, manufacturing and alignment allows full control and flexibility. As a result JAI can handle custom modifications Special prisms – filters, imagers,… Custom prisms alignments – for a specific spectrum or a lens,… Special camera designs - speed, features and functions,… Competencies and capabilities In-house optical, mechanical and electronic design Clean room prism manufacturing facility Flexible 6-axis imager-prism alignment setup Highest image fidelity Robustness and sustainability

JAI manufacturing: 

JAI manufacturing Clean Room class 1000 6 axis alignment

AT-081 GE (CL): 

AT-081 GE (CL) Key features Monochrome 2CCD industrial camera 2x 1/3” format CCD Separate gain and exposure each CCD Progressive scan 1024 x 768 pixels per CCD 30 full frames/sec per CCD 8 or 10 bit output Auto-iris lens video output Several trigger modes Partial scan Shading correction Double speed (imagers on shift) PIV mode Knee function AGC 2 x XGA Monochrome Monochrome

AT-081 GE (CL): 

AT-081 GE (CL) AT-081 GE (CL) prism filter characteristics Imager 1 Imager 2

AT-081 GE (CL): 

AT-081 GE (CL) AT-081 GE (CL) spectral output for imager 1 and imager 2 (The prism transmittance convolved with the imager spectral response)

PIV mode: 

PIV mode PIV timing chart with 3 exposures. 3 exposures makes it possible to monitor e.g. speed and acceleration of flows

High dynamic range: 

High dynamic range HDR mode (high dynamic range) – by adjusting the exposure separately for the two imagers it is possible to resolve +16 bit by image fusion with good precision dependent on the brightness of the image See HDR paper: www.jai.com

High Dynamic Range (example): 

High Dynamic Range (example) Imager 1 Long exp. Imager 2 Short exp. Imager 1+ Imager 2 Using image fusion

High dynamic range (example): 

High dynamic range (example) Inside outside car Two similar images with different exposure or gain Color and monochrome