Nd^3+:YVO4 crystal laser rods/slabs/wafers
Description
Nd: YVO4 crystal is an excellent laser crystal for making diode pumped solid lasers. The main and greatest advantages of Nd: YVO4 are high absorption coefficient, big stimulated emission cross-section and wide absorption band, the absorption peak is about 808 nm.
Nd^3+:YVO4 crystal laser rods/slabs/wafers
Specifications |
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Type Of Crystal: | Nd:YVO4 |
Crystal Diameter: | 1-50 mm |
Crystal Length: | 0.3-220 mm |
AR Coating: | Both sides |
Chemical Formula, Crystal: Activator: | YVO4: Nd3+ |
Activator Concentration: | Nd3+: 0.1~3.0 at % |
Optical Axial Angle: | +/-0.5° |
Wavefront Distortion: | λ/8 per inch @ 632.8 nm |
Dimensions: | as required |
Tolerance: | Diameter:±0.02mm, Length: ±0.2mm |
Surface Quality: | 10-5 (MIL-PRF-13830B) |
Coating: | AR, HR as required |
Parallelism: | ≤10″ |
Perpendicularity: | ≤5′ |
Surface Flatness: | λ/10 per inch @632.8nm |
Clear Aperture: | >95% |
Damage Threshold: | >750 MW/cm2 |
Features
- High absorption coefficient
- Large stimulated emission cross section
- Wide absorption band
- High damage threshold
- Uniaxial crystal
Applications
- Diode pumped solid lasers
- Seed laser source
For pricing, technical or any other questions please contact the supplier
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- No markups, no fees
- Direct contact with supplier
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Ships from:
China
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Sold by:
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On FindLight:
since 2019
Frequently Asked Questions
The main advantages of Nd: YVO4 crystal are its high absorption coefficient, big stimulated emission cross-section, and wide absorption band.
Yes, because of its high absorption coefficient and other advantages, smaller laser devices can be made using Nd: YVO4 crystal.
Nd: YVO4 crystal emits linearly polarized lights due to its uniaxial nature.
What types of lasers can be realized by combining Nd: YVO4 crystal with a frequency-doubled crystal?
By combining with a frequency-doubled crystal, all-solid-state lasers with near-infrared, green, blue, and ultraviolet wavelengths can be realized.
Nd: YVO4 crystal is commonly used in diode pumped solid lasers and as a seed laser source.