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光电查为您提供3个产品。下载资料,获取报价,实现功能、价格及供应的优化选择。
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涂层: Single-layer, Multi-layer 入射角: Not Specified 波长范围: 1 - 1 nm
IntLVAC可为各种基材以及VIS、NIR、SWIR和MWIR光谱区提供抗反射(AR)涂层。我们所有的涂料都是无放射性的。下面的链接提供了示例。窄带AR(V涂层)涂层描述:这种涂层通常用于单一波长或非常窄的波段,例如用于激光接收器。它可以涂覆在几乎所有的光学材料上。图中的光谱是使用我们的反应磁控溅射工艺和等离子体辅助(PARMS)涂覆的平面窗口。耐用性性能:附着力、中度磨损、重度磨损、湿度符合以下标准(如适用):MIL-C-675、MIL-M-13508、MIL-M-14806、Mil-C-48497、Mil-F-48616和MIL.STD-810F2。宽带AR涂层描述:用于各种波段的AR涂层,包括可见光。它可以涂覆在各种基材上,如BK7、BK10、熔融石英、石英、SK2、SF4等。点击图片放大。耐用性性能:附着力,严重磨损,湿度符合以下标准(如适用):MIL-C-675,MIL-M-13508,MIL-M-14806,Mil-C-48497,Mil-F-48616,MILSTD-810F3。MgF2 Ar4。双频AR
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涂层类型: VIS - NIR, MWIR, MWIR, Other 入射角: Not Specified 波长范围: 1 - 1 nm
Intlvac Systems可根据客户要求生产各种多层介电涂层。对于VIS、NIR、SWIR和MWIR光谱区的应用,可使用不同范围的衬底提供定制滤波器选项。带通滤波器涂层描述:AbandPass滤波器设计用于仅传输光谱中选定波段内的能量,并拒绝所有其他波长。耐久性性能:附着力、严重磨损、湿度符合以下标准(如适用):MIL-C-675、MIL-M-13508、MIL-M-14806、Mil-C-48497、Mil-F-48616和MIL.STD-810F2。长波通(LWP)滤波器涂层描述:沿波通过滤器传输波长大于截止波长的能量,而波长小于截止波长的能量被衰减。耐久性性能:附着力、严重磨损、湿度符合以下标准(如适用):MIL-C-675、MIL-M-13508、MIL-M-14806、MIL.C-48497、Mil-F-48616、Mil-STD-810F3。短波通过(SWP)滤波器涂层描述:短波通过滤器传输波长短于截止波长的能量,而波长长于截止波长的能量被衰减。耐用性性能:附着力、严重磨损、湿度符合以下标准(如适用):MIL-C-675、MIL-M-13508、MIL-M-14806、Mil-C-48497、Mil-F-48616和MIL.STD-810F4。中性密度滤光片中性密度(ND)涂层的目的是衰减入射通量。在其较简单的形式中,调节单个金属层的厚度以获得规定的透射率。
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入射角: Not Specified 波长范围: 1 - 1 nm
Intlvac可以为各种基板以及VIS、NIR、SWIR和MWIR光谱区提供定制的光学滤波器。下面的链接提供了一些涂层的示例。1。单带通滤波器和多带通滤波器隔离说明:AbandPass滤波器设计用于仅在光谱中选定的波长带内传输能量,并拒绝所有其他波长。耐久性性能:附着力、严重磨损、湿度符合以下标准(如适用):MIL-C-675、MIL-M-13508、MIL-M-14806、Mil-C-48497、Mil-F-48616和Mil-STD-810F2。长波通(LWP)滤波器涂层描述:沿波通过滤器传输波长大于截止波长的能量,而波长小于截止波长的能量被衰减。耐久性性能:附着力、严重磨损、湿度符合以下标准(如适用):MIL-C-675、MIL-M-13508、MIL-M-14806、MIL.C-48497、Mil-F-48616、Mil-STD-810F3。短波通过(SWP)滤波器涂层描述:短波通过滤器传输波长短于截止波长的能量,而波长长于截止波长的能量被衰减。耐用性性能:附着力、严重磨损、湿度符合以下标准(如适用):MIL-C-675、MIL-M-13508、MIL-M-14806、Mil-C-48497、Mil-F-48616和MIL.STD-810F4。中性密度过滤器中性密度(ND)涂层的目的是衰减入射通量。在其较简单的形式中,调节单个金属层的厚度以获得规定的透射率。二向色分束器6.荧光镜片7.拉曼抑制滤波器