Production cost will increase sharply once diagonal surpass 130mm. If you need a bigger size, please contact us.
Max. size Φ200mm
Thickness
With a larger size of FOP, the minimum thickness required will also go up in order to maintain the structure. Usually thickness will go around 1mm - 3mm.
Minimum 0.2mm
EMA Absorber
EMA are special fibers insert in-between the standard fibers. They are using to absorb stray light between fibers. But at a cost of lowering the overall transmission.
Interstitial EMA (Left)
Without EMA (Right)
Numerical Aperture
Numerical Aperture are decided by the material using to produce the FOP.
NA = 1.0
X-ray Shielding Ability
Thickness: 1.2mm, X-Ray Power 140KVp.
93%
Phosphor Compatible
Yes
Materials
We have 2 types material for making rhFOP.
Lead Free and With Lead. Performance are different.
Using FOP with Scintillator
CsI(Tl) has a primarily columnar crystal structure as seen in Figure below) and, depending on the conditions, approximately 83% is reflected within the columnar crystal.
For this reason, light is guided into the crystal wall and a certain fraction is guided into the photodiode direction. These are referred to asstructured scintillators. CsI (Tl) scintillator can be deposited on substrates such as glass, which is then flipped and adhered to the photodiode. It can also be deposited directly on the photodiode or deposited on the fiber optic plate.
Phosphor Scattering
While light travelling within the phosphor, the light will spread—the amount of diffusion being proportional to the path length required to escape the phosphor. X rays interacting close to the photodetector give rise to a sharper (less blurred) optical signal than those which interact more distantly. The paths of most optical quanta will be shortest if the photodetector is placed on the x-ray entrance side of the phosphor.
Fiber optic plate can and directly coupling to CCD/CMOS and absorb scattering light that may blur the image. Which will improve the SNR of the system.
