德国pco.dicam C1 16位像增强器sCMOS相机

       德国Excelitas PCO公司是著名的专业生产高速相机，超高速相机和高性能相机的公司。众多的著名科研机构，工业，大学都在使用该公司的产品。 pco.dicam C1 16位像增强器相机采用25mm直径大小的像增强器，配搭一个16位的sCMOS成像模块，相机具备16 bit 动态范围，4百万像素，ZY信噪比和单光子探测能力。门控时间可达4ns, 双曝光快门间隔时间300ns , 相机通过高速序列光纤数据连接系统至PC。相机可以通过光或电子触发 。

广州市元奥仪器作为德国Excelitas PCO公司高速相机的中国区域的总代理商，热情为各位客户提供产品的方案设计与报价。

pco.dicam C1

intensified 16 bit sCMOS camera

Introduced in 2019 as a completely new development, the pco.dicam C1 marks the reference for high-end intensified imaging. More than 30 years of experience in intensified camera systems combined with our pioneering sCMOS knowledge enable high-performance in image quality and optical gating.

The pco.dicam C1 is the first intensified camera system that allows you to harness the full power of the sCMOS sensor. Unique is the optical coupling of the high-resolution 25 mm image intensifier to the 16 bit sCMOS sensor via an efficient tandem lens. With shortest exposure times and up to 106 fps at full 4.2 MPixel resolution you can even detect single photons.

The 10G fiber optic data interface (Camera Link HS) guarantees you an uncompressed and secure data transfer. With the latest standard of high-performance data interfaces, you can bridge long distances via fiber optic cable.

产品参数：

• 曝光时间最短4ns – 1s
  

• 使用25mm像增强器

• 使用超高速Tandem镜头作为光学耦合

• 图像分辨率2048像素x 2048像素

• 106帧/秒@全分辨率

• 双快门时间300ns

• 16位动态范围

• 增强门控消光比

• 10G光纤传输界面(Camera Link HS)

• 提供镜头接口F-mount, C-mount, or EF mount 可供选购

• 提供光阴极材料: S20, GaAs, GaAsP (可供选购 )

• 提供磷屏材料: P43, P46 可供选择

 Key Features: 

• exposure times: 4 ns - 1 s
  

• 25 mm intensifier

• “ultra speed tandem lens” between image intensifier & sCMOS sensor

• intensified sCMOS technology

• 2048 x 2048 pixels

• 106 fps @ full resolution

• double shutter with 300 ns interframing time

• enhanced extinction ratio gating

• 10G fiber optic data interface (Camera Link HS)

• F-mount, C-mount, or EF mount with lens control

• photocathode material: S20, GaAs, GaAsP (others on request)

• phosphor screen material: P43, P46

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应用范围：

粒子成像测速；荧光成像分析；高分辨率显微镜方法；喷雾成像；火焰分析；瞬间物理现象分析；生物体发光和化学发光分析；低照度成像；发光光谱；快速流体分析；电泳；LIF激光诱导荧光；溶解电离子。