The 05LF10-633 Laser Line Filter is 12.7 mm diameter with a center wavelength of 632.8 ± 2 nm, and full width half max of 10 ± 2 nm. It is optimized to block X-ray to Far IR 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

  Ø12.7 mm

• 中心波长

  632.8 nm  

• FWHM

  10±2 nm

• 有效折射率

  2  

• 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

  50%

• 通光孔径

  8.7 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

  Xray–Far IR

• 激光器类型

  HeNe

• 清洁

  See How to Clean Optics

05 lf10 - 633激光线滤波器中心波长为632.8±12.7毫米直径2 nm,全宽半马克斯10±2海里。它被优化以阻挡x射线到远红外波长。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 05LF10-633 Laser Line Filter is 12.7 mm diameter with a center wavelength of 632.8 ± 2 nm, and full width half max of 10 ± 2 nm. It is optimized to block X-ray to Far IR 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.