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PCO 1200 HS 10bit CMOS相机系统
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光电查为您提供845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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相机类型: Industrial, Scientific 阵列类型: InGaAs 光谱带: 0.8 - 1.7 um # 像素(高度): 1024 # 像素(宽度): 1
1024-LDH2是第二代高速1024像素线扫描InGaAs相机,可将A线速率提高到每秒91,911线。这使得1.04μm的频域光学相干断层扫描(SDOCT)能够在眨眼之间捕获视网膜、神经头和脉络膜的详细三维体积。对于1.31μm SD-Oct,基于二极管阵列的Oct系统为多普勒或偏振敏感Oct提供了优越的相位稳定性。LDH2为基本格式的Camera Link®接口卡提供12位数字捕捉,同时为高线路速率提供高达2300:1的较大动态范围。有两种像素孔径可供选择:500μm高像素,便于在SD-Oct系统中对准;或25μm方形像素,用于超快速机器视觉或双摄像头PS-Oct。
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相机类型: Industrial, Scientific 阵列类型: InGaAs 光谱带: 0.8 - 1.7 um # 像素(高度): 1024 # 像素(宽度): 1
1024-LDM型相机是一款高速1024像素线扫描InGaAs相机,用于通过硅片、硅块或硅锭进行高分辨率成像。它会发现诸如未对准、遮挡、夹杂物或裂纹等问题;在进一步处理IC或太阳能电池的费用之前。自由下落的熔融玻璃块、农业原材料或药物混合物的高速成像也得益于相机高达45,956 LPS的灵活线速。深度仅为2.4英寸,机械设计使系统集成商能够灵活地将摄像机安装在其检测机器内。LDM为基本格式的Camera Link®接口卡提供14位数字捕捉,同时提供高达4500:1的动态范围。光刻掩模清晰地定义了阵列的25µm孔径,确保了高时间和空间分辨率;另一种500µm像素高度以时间分辨率换取光致发光成像灵敏度的提高。
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相机类型: Industrial, Scientific 阵列类型: InGaAs 光谱带: 2048 - 1 um # 像素(高度): 2048 # 像素(宽度): 1
高分辨率线扫描传感器Unlimited 2048L提供用于机器视觉的方形像素(10 X 10μm)或便于与光谱仪对准的高像素(10 X 210μm)。摄像机通过Base Camera Link®接口提供每秒100至76,000的线速率,提供灵活性。2048'提供光学相干断层扫描(Oct)或工业机器视觉所需的高分辨率、稳定性和可靠性。在0.98-1.65μm的短波红外(SWIR)波长范围内提供了高的均匀灵敏度。所有像素的同步采集提供了重要的医疗和工业机器视觉所需的出色的可重复性和较长的工作寿命。
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相机类型: Industrial, Scientific 阵列类型: InGaAs 光谱带: 0.98 - 1.65 um # 像素(高度): 2048 # 像素(宽度): 1
新的Sensors Unlimited 2048R通过中型Camera Link®接口将光谱域光学相干断层扫描成像的速度提高到147 kLps。为了优化性能,三个速度范围涵盖了9.5至80 K、73至126 K和114至147 klps的线速率,提供了扫频源系统所缺乏的灵活性。它们提供血流Oct或捕获大组织体积所需的高分辨率、稳定性和可靠性。该相机小巧纤薄,采用2048像素的InGaAs光电二极管阵列,间距为10μm,孔径高度为210μm。在0.98至1.65μm的短波红外(SWIR)波长范围内提供高光谱分辨率和QE,从而实现更深的成像。所有像素的同步采集提供了重要生物医疗和工业所需的卓越、可重复性和长工作寿命。