The 10LF10-351 Laser Line Filter is 25.4 mm diameter with a center wavelength of 351 ± 2 nm, and full width half max of 10 ± 2 nm. It is optimized to block 100 to 2000 nm wavelengths. Laser Line Filters are ideal for transmitting laser light while suppressing ambient light. The center wavelength shifts linearly with temperature less than 0.02 nm/°C. The highly reflective side of the filter should generally face the source, minimizing the thermal load on the blocking glass and epoxies.

• 类型

  Laser Line Filter

• 尺寸

  Ø25.4 mm

• 中心波长

  351 nm  

• FWHM

  10±2 nm

• 有效折射率

  1.4  

• 表面质量

  80-50 scratch-dig

• 厚度

  7.62 mm  

• 尺寸公差

  +0/-0.1 mm

• 中心波长公差

  ±2 nm

• 最小峰值透过率

  40%

• 通光孔径

  21.4 mm  

• 温度范围

  -50 to 80°C

• 波长随温度漂移量

  <0.02 nm/°C

• 防潮性能

  Per MIL-STD-810C, method 507, procedure 1, modified for 5 cycles

• 阻断

  100–2000 nm

• 激光器类型

  Excimer, XeF

• 清洁

  See How to Clean Optics

lf10 10 - 351激光线滤波器中心波长的25.4毫米直径351±2 nm,全宽半马克斯10±2海里。它被优化以阻挡100到2000纳米波长。激光行滤波器是理想的传输激光，同时抑制周围的光。中心波长随温度线性变化小于0.02 nm /°C。高反射的一面通常应该面对光源，最大限度地减少阻挡玻璃和环氧树脂的热负荷。

The 10LF10-351 Laser Line Filter is 25.4 mm diameter with a center wavelength of 351 ± 2 nm, and full width half max of 10 ± 2 nm. It is optimized to block 100 to 2000 nm wavelengths. Laser Line Filters are ideal for transmitting laser light while suppressing ambient light. The center wavelength shifts linearly with temperature less than 0.02 nm/°C. The highly reflective side of the filter should generally face the source, minimizing the thermal load on the blocking glass and epoxies.