Low Dispersion Mirror for High Power Femtosecond Laser 30.0mm Diameter
FLMHP-30C05-800
This mirror is designed to provide low wavelength dispersion suitable for use with ultra-short pulse lasers with 100 femtosecond or less.
◦We have designed a special thin film coating that optimizes wavelength dispersion, range and the strength of lasers.
◦It has the effect of suppressing the spread of the pulse width produced by a plurality of reflecting mirrors.
◦There are three types available, FLM1 standard, FLM2 wide wavelength band, and FLMHP for high power femtosecond laser*.
◦These mirrors are designed and produced for usage within the microscopy with femtosecond laser and optical systems with femtosecond time-resolved spectroscopy.
◦It has the effect of suppressing the spread of the pulse width produced by a plurality of reflecting mirrors.
◦There are three types available, FLM1 standard, FLM2 wide wavelength band, and FLMHP for high power femtosecond laser*.
◦These mirrors are designed and produced for usage within the microscopy with femtosecond laser and optical systems with femtosecond time-resolved spectroscopy.
| Name | Low Dispersion Mirror for High Power Femtosecond Laser 30.0mm Diameter |
|---|---|
| Weight | 0.0090kgs |
| Standard Coatings Available | No |
| Guide |
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| Attention |
|
| Design wavelength | 800nm |
| Diameter φD | 30mm |
| Reflectance | ＞99% |
| Material | Synthetic fused silica |
| Coating | Dielectric multi-layer coating |
| Incident angle | 45°±3° |
| Surface flatness | λ/10 |
| Parallelism | ＜5″ |
| Surface Quality (Scratch-Dig) | 10−5 |
| Clear aperture | 80% of the diameter |
| Wavelength Range (S polarization) | 745 - 855nm |
| Wavelength Range (P polarization) | 775 - 825nm |
| Diameter φD | φ30mm |
| Thickness t | 5mm |
| Reflectance | ＞99% |
| Laser Damage Threshold<sup>*</sup> | 2J/cm2 |
| Availability | Please contact |
In stock
SKU
FLMHP-30C05-800
£403.33
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This mirror is designed to provide low wavelength dispersion suitable for use with ultra-short pulse lasers with 100 femtosecond or less.
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