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美国PI公司作为科学?/span>CCD相机和光谱仪?*者,经过数十载技术创新,推出首台全焦面零像差成像光谱?/span>Fergie。它采用内置高灵敏度科学?/span>CCD芯片的全集成式紧凑设计,*简化光谱实验硬件设置。零像差不仅**化提高了光谱分辨率,也让成像和光谱的切换轻松自如。辅?/span>Fergie CUBEs模块化设计,无论是吸收、透射光谱,或是荧光、拉曼光谱,光路搭建都变得易如反掌、/span>
IsoPlane81成像型光谱仪
市场上比较好的成像光谱仪
无像?/span>
UV-NIR?*成像
95% peak QE
热电冷却臲/span>-55ℂ/span>
具有多个附件皃/span>IsoPlane 81生态系绞/span>
主要特点
仍span>FERGIE?/span>IsoPlane 81 利用IsoPlane技术,以前称为FERGIE的光谱仪已经进行了重大升级,以创建现在的IsoPlane81。它通过无像差设计,出众的信噪比以及更高的光谱分辨率确保了非常高分辨率的光谱。内置动力学,可实现快速光谱成像、/span> 除了利用这项技术外+span>IsoPlane 81(来?/span>FERGIE)也得到了增强,以实现非常佳性能、/span>IsoPlane 81进行了电子改进,以减少读出噪声,更好地接近光栅以方便对准,并且进行了外部升级,因此具?*的质量、/span> |
无像差光学设讠/span> IsoPlane 81光谱轮廓完全没有彗差和像差,从而消除了在任何光栅角度下任何波长上的不对称峰轮廓、/span> 这显着提高了信噪比和峰值分辨率、/span> |
预先校准的配仵/span> IsoPlane 81的预对准光学模块化光谱仪,光纤和激光源可实现已经预先校准的快速实验设计、/span> 这提供了*终的实验灵活性,并具有准确,可重复和容易的光谱数据采集功能、/span> |
集成热电冷却,背照式CCD IsoPlane 81配备了一个深冶/span>CCD检测器,具月/span>95$/span>QE峰值的极高灵敏度、/span> 热电冷却臲span>-45℃可以延长积分时间,是微弱信号检测的理想选择、/span> |
内置动力学光谱模式和帧传辒span>CCD IsoPlane 81的可定制动力学光谱模式可实现微秒级的时间分辨率、/span> 高速帧传输CCD检测器可实?/span>34 fps的全帧图像捕获,其光谱速率超过1 kHz'/span>10行合并) |
Family Specifications
Sensor format |
1024 x 256 |
Focal length |
80.0 mm |
Aperture ratio |
f/4 |
Spectral resolution (FWHM)* |
0.1 nm |
Spectrograph optics and spectral range |
Protected silver coating 400-1100 nm |
Grating |
150 g/mm 4320 g/mm |
Slits |
Width: 10 500 m? Height: 3.3 mm |
Supported interfaces |
USB 3.0 |
Spectrometer Models
Model |
Sensor Type |
Sensor Benefit |
Spectral Range (nm) |
Datasheet |
IsoPlane81-BRX-VR |
Back-illuminated deep-depletion frame-transfer CCD with eXcelon? technology and UV coating |
Enhanced NIR with > 97% peak QE |
400-1100 |
|
IsoPlane81-BX-VR |
Back-illuminated frame-transfer CCD with eXcelon? technology and UV coating |
Ultra-low dark current for long exposure experiment |
400-1100 |
|
IsoPlane81-BRX-UR |
Back-illuminated deep-depletion frame-transfer CCD with eXcelon? technology and UV coating |
Enhanced NIR with > 97% peak QE |
200-1100 |
|
IsoPlane81-BX-UR |
Back-illuminated frame-transfer CCD with eXcelon? technology and UV coating |
Ultra-low dark current for long exposure experiment |
200-1100 |