Plate Type Thin Beamsplitter 0.09mm Thick
MPSMH-30C0.09-1-550
Extremely thin beamsplitter. It can be inserted into an optical light path without any beam shift or chromatic dispersion for any light transmittance application.
◦We offer 2 choices of thickness, 300um and 90um.
◦Dielectric multi-layer optical coating with reflectance and transmittance ratios at 1:1.
◦Dielectric multi-layer optical coating on the front surface and AR coating on the rear surface to provide a mirror with no loss of power.
◦Due to the fabrication method, these offer good durability and high resistance against vibration making them an excellent alternative to traditional pellicle beamsplitters.
◦Dielectric multi-layer optical coating with reflectance and transmittance ratios at 1:1.
◦Dielectric multi-layer optical coating on the front surface and AR coating on the rear surface to provide a mirror with no loss of power.
◦Due to the fabrication method, these offer good durability and high resistance against vibration making them an excellent alternative to traditional pellicle beamsplitters.
| Name | Plate Type Thin Beamsplitter 0.09mm Thick |
|---|---|
| Weight | 0.0070kgs |
| Standard Coatings Available | No |
| Guide |
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| Remark | - |
| Attention |
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| Image Label | Plate Type Thin Beamsplitter 0.09mm Thick |
| Material | Synthetic fused silica |
| Coating |
Front surface ; Dielectric multilayer coating Rear surfaces (45 degrees taper hole) ; Antireflection coating |
| Incident angle | 45° |
| Transmittance <br> (Average P and S) | 50±5% (average with respect to wavelength.) |
| Divergence ratio <br> (reflectance : transmittance) | 1 : 1 |
| Surface Quality <br> (Scratch-Dig) | 40-20 |
| Clear aperture | φ10mm |
| Wavelength range | 400 - 700nm |
| Optics Thickness | 0.09±0.01mm |
| Wavefront distortion after coating | Reflectance ; Polishing , Transmittance ; Polishing |
In stock
SKU
MPSMH-30C0.09-1-550
€537.40
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Extremely thin beamsplitter. It can be inserted into an optical light path without any beam shift or chromatic dispersion for any light transmittance application.
