LBO
Key words:
LBO
Classification:
Detail
Introduction to LBO LBO crystal is an excellent frequency doubling crystal, which is currently a widely used frequency doubling device. The internal optical uniformity of the crystal is good, the transmission band is relatively wide, and the ratio has high matching efficiency and laser damage threshold.
• product details
LBO crystal has stable chemical properties, high mechanical hardness, and is easy to deliquesce, which is very attractive for some nonlinear optical processing. Because the birefringence of LBO crystals is smaller than that of BBO crystals, it helps to limit the spectral range of phase matching.
Crystal structure
使用波段 |
160~2600nm |
密度 |
2.47g/cm 2 |
潮解性 |
轻微 |
莫氏硬度 |
6 |
|
αx=10.8 X10-6/K |
ay=8.8X10-6/K |
|
az=3.4x10-6/K |
|
|
d31=1.05±0.09pm/V |
d32=-0.98±0.09pm/V |
|
d33=0.05±0.006pm/V |
|
吸收系数 |
<0.1%/cm@1064nm |
Technical Parameters:
尺寸公差 |
±0.1mm |
平面度 |
λ / 8 @ 633nm |
光洁度 |
10/5 (MIL-PRF-13830B) |
平行度 |
优于20弧秒 |
垂直度 |
优于5弧分 |
角度公差 |
<±0.2° |
镀膜 |
增透膜 |
剩余反射 |
R1064<0.2%, R532 <0.5%, R355<0.5% |
有效孔径 |
中央直径大于 90% |
Application scope:
1. Nd:YAG laser for medical and industrial use
2. High-power Nd:YAG and Nd:YLF lasers for scientific research and military purposes
3. Pumping of Nd:YVO4, Nd:YAG and Nd:YLF lasers
4. Ruby, Ti:Sappire and Cr:LiSAF laser
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