Laser Crystal rod Diode End pumped 266nm Nd yvo4 Q switched Laser Crystals

Share on (60697856401):


Price:$340.00 - $350.00

Quantity:


Product Overview

Description


1_01 production description


Yttrium Vanadate (YVO4) crystals have good mechanical and physical properties and are ideal for optical polarizing components because of their wide transparency range and large birefringence. Yttrium Vanadate(YVO4)  is a positive uniaxial crystal grown with Czochralski method. It has good temperature stability and physical and mechanical properties. It is ideal for optical polarizing components because of its wide transparency range and large birefringence. It is an excellent synthetic substitute for Calcite (CaCO3) and Rutile (TiO2) crystals in many applications including fiber optic isolators and circulators, interleavers, beam displacers and other polarizing optics


Ti_04


 






















































Materials



YVO4



Orientation



[001] or [100] or [111]  < ±0.5°



Parallel



10''



Perpendicular



5'



surface Quality



10/5



Wavefront Distortion



λ/4@632nm



Surface Flatness



λ/8@632nm



Clear Aperture



>95%



Chamfer



<0.1×45°



Thickness/Diameter Tolerance



±0.05 mm



Maximum dimensions



dia 50×100mm



Coatings



AR/AR@940+1030


HR@1030+HT@940+AR1030;



























































Properties



YVO4



Type of Material  



single crystal  



Crystal Structure  



Zircon Tetragonal, D4h
 a =b= 7.12Å, c = 6.29 Å  



Transmission Range



400-4000nm  



Refractive Index  



no = 1.9721, ne = 1.2.1856[at]0.800µm  



Density  



4.22 g/cm3  



Melting Point  



1825°C  



Molecular Weight  



62.32 



Thermal Conductivity  



11C: 5.23 w/m/k;
⊥C:5.10w/m/k



Specific Heat  



590 J/(kg·K) 



Thermal Expansion  



11A: 13.7 · 10-6 /°C; 11C: 11.4 · 10-6 / °C [at]20°C 



Hardness (Mohs)  



5



Solubility in Water  



< 0.0002 g / 100g [at]0°~60°C  

















































YVO4 Refractive Index



No = Ordinary Ray    Ne = Extraordinary Ray



nm   



No



Ne



1550



1.9447



2.1486



1300



1.9500



2.1554



1064



1.9571



2.165



800



1.9721



2.1859



632.8



1.9929



2.2154



532



2.0177



2.2508



1234.jpg


 Standard product

























































































End configuration, mm



Thickness, mm



Transmission range, nm



               Coating



5×5



0.1



400 - 4000



AR/AR@940+1030
HR@1030+HT@940+AR1030



0.2



0.5



1



2



5



10



20



10×10



0.1



0.2



0.5



1



2



5



10



20



12.7×12.7



0.1



0.2



0.5



1



2



5



10



20



5,,+FAQ+.jpg


0.2073 s.