Speckle reducer SK-11
When a coherent light source illuminates an object, speckle noise appears and degrades your important images. This phenomena occurs due to the coherence of the light and seems to be inevitable.
SK-11 reduces speckle noise and improves your image quality. SK-11 consists of a fiber bundle of different length fibers. The input laser beam with high coherence emerges from SK-11 with lower coherence because the length of the each fiber differs more than the coherent length.
SK-11 reduces speckle noise and improves your image quality. SK-11 consists of a fiber bundle of different length fibers. The input laser beam with high coherence emerges from SK-11 with lower coherence because the length of the each fiber differs more than the coherent length.
SK-11 PDF [989K]
▲Speckle reducer SK-11
Application
SK-11 is excellent for microscope illumination. Monochromatic illumination does not cause any chromatic aberration from the objective lens. SK-11 has no moving parts so that you will not suffer from the vibration noise. Scanning system is not required, making it suitable for the temporal resolved imaging.
SK-11 also works as a beam homogenizer. The input Gaussian intensity profile is transformed into a homogeneous profile.
References:
- Dingel, Kawata, et al., Optik, 94 (1993) 132.
- Dingel, Kawata, Opt. Commun., 93 (1992) 27.
SK-11 also works as a beam homogenizer. The input Gaussian intensity profile is transformed into a homogeneous profile.
References:
- Dingel, Kawata, et al., Optik, 94 (1993) 132.
- Dingel, Kawata, Opt. Commun., 93 (1992) 27.
▲with SK-11
▲without SK-11
Specifications
| Wavelength : | 450 nm - 950 nm (Option: 1000 nm - 1400 nm, 250 nm - ) |
| Entrance pupil : | 5 mm (ask for different diameter) |
| Exit pupil : | 5 mm (the same with entrance pupil) |
| Transmission : | > 50 % at 550 nm |
| Size : | 110 (H) x 140 (W) x 55 (L) |
