UV-NIR Beam Profiler
IR Module / Coating
IR Module / Sensor Coating
- IR Module
The C-Mount converter module is an add-on to the standard 1/2” CinCam Beam Profiler and extends sensitivity into the near IR range. The cost effective module is based on complex non charge anti-stokes material with unique emission properties. It converts 1495nm-1595nm photons to CCD/CMOS detectable wavelengths without fading or image lag. A lens transfers the converted image to the attached CinCam Beam Profiler.
- Sensor Coating
CINOGY Technologies provides phosphor coatings located directly on the CinCam sensor. The robust and non-charge anti-stokes material is ideally suited for beam profiling between 1470nm-1605nm wavelengths. The real-time nature of the coating confers significant and cost effective benefits over other IR imaging techniques.
제조사 Cinogy
가격 TBD
문의 02-3461-1103
제품 특징


IR Module:

The C-Mount converter module is an add-on to the standard 1/2” CinCam Beam Profiler and extends sensitivity into the near IR range. The cost effective module is based on complex non charge anti-stokes material with unique emission properties. It converts 1495nm-1595nm photons to CCD/CMOS detectable wavelengths without fading or image lag. A lens transfers the converted image to the attached CinCam Beam Profiler.

Sensitivity:

 

1470-1605nm

Active area:

 

22x16.5mm2 (demagnification x0.29)

Material:

 

Phosphor (anti-stokes)

Decay time:

 

<1ms

Emission spectrum:

 

950-1075nm

Resolution:

 

40lp/mm at sensor focal plane

Camera mount:

 

C-Mount

Max input intensity:

 

1W/cm2

Dynamic range:

 

42dB (CCD) / 43dB / 44dB (CMOS)

Sensor Coating:

CinCam with IR Module
IR Sensor Coating

CINOGY Technologies provides phosphor coatings located directly on the CinCam sensor. The robust and non-charge anti-stokes material is ideally suited for beam profiling between 1470nm-1605nm wavelengths. The real-time nature of the coating confers significant and cost effective benefits over other IR imaging techniques.

Sensitivity:

 

1470-1605nm

Material:

 

Phosphor (anti-stokes)

Particle size:

 

5-9µm

Decay time:

 

<1ms

Emission spectrum:

 

950-1075nm

Max input intensity:

 

100mW/cm2

Dynamic range:

 

42dB (CCD) / 43dB / 44dB (CMOS)