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产品介绍：LumintekEMCCD相机
EMCCD技术具有大像素、高量子效率以及几乎为零的读出噪声，在低光量条件下具有良好表现。多低的光呢？如果样品和背景之间每个像素 只能得到不超过10个光子，那么EMCCD会非常适合，比任何其他相机技术的信噪比都要好。对于生物相关的应用，程序曝光时间为10ms到30ms ，那么样品在每个像素上可以发射几百到几千的光子。但是如果要求速度更快，曝光时间更短，每像素一次照射只能采集少于10个光子，这种 情况即是超低光领域的应用。实现了超快曝光成像，其灵敏度可以在缺少光子的环境中提供令人视觉满意的在数量上有意义的图像。
Unit: (mm) Inch
Power connector on camera: Hirose HR10-7R- 4P
Cable Connector (socket): Hirose HR10-7P-4S
VGA Vision Dimensions
Point 1; VGA Vision 658 × 496 @ 50 fps
Point 2; EMCCD Camera sensor gives optimum image resolution in low light biological applications
Point 3; 16 bit CameraLink output provides wide dynamic range
Point 4; Monochrome EMCCD Camera technology provides high sensitivity imaging with 1000x on-chip gain
Point 5; VGA Vision 53% QE @ 480 nm
Point 6; Readout noise of < 1e
Point 7; Compact and lightweight
What is included;
Item 1; EMCCD camera with PSU and mains cable
Item 2; CameraLink interface card and cable. PCI express card supplied as standard. Cardbus interface card for laptops available on request
Item 3; Image32 software and documentation on USB stick
graphs of QE Curves
EMCCD camera sensor gives optimum image resolution in low light biological applications, with 16 bit CameraLink output provides wide dynamic range. Monochrome EMCCD camera technology provides high sensitivity imaging with 1000x on-chip gain.
Point 1; MP Vision 1004 × 1002 @ 30 fps
Point 3; MP Vision 65% QE @ 600 nm
Point 3; Compact and lightweight
Readout noise of < 1e
Point 1; MP Vision 1004 × 1002 @ 30 fps
Point 2; EMCCD Camera sensor gives optimum image resolution in low light biological applications
Point 3; 16 bit CameraLink output provides wide dynamic range
Point 4; Monochrome EMCCD Camera technology provides high sensitivity imaging with 1000x on-chip gain
Point 5; MP Vision 65% QE @ 600 nm
Point 6; Readout noise of < 1e
Point 7; Compact and lightweight
Item 1; EMCCD camera with PSU and mains cable
Item 2; CameraLink interface card and cable. PCI express card supplied as standard. Cardbus interface card for laptops available on request
Item 3; Image32 software and documentation on USB stick
Lumintek's EMCCD camera technology provides a cost effective solution for photon limited biological applications, making the technology available to any laboratory.
Lumintek provide two EMCCD camera's the 640 x 480 pixel VGA Vision and the 1 Megapixel MP Vision. Both these EMCCD cameras provide outstanding EMCCD performance in one of the smallest packages available on the market today. Both Lumintek EMCCD cameras are incredibly powerful and versatile and can be used in a number of biological applications.
To harness the power of the EMCCD cameras Lumintek provide its unique easy to use imaging software with each camera. The Lumintek Image32 image processing software is designed with life scientists in mind and provides the features and functions you would expect and is compatible with popular third party software.
fluorescence Imaging / Spectroscopy
FRET/FRAP/TIRF (Förster Resonance Energy Transfer / fluorescence Recovery After Photobleaching / Total Internal Reflection fluorescence) Microscopy
Live Cell Imaging
Single Molecule Detection
SPIM (Single Plane Illumination Microscopy)
FCS (fluorescence Correlation Spectroscopy) Imaging
Top Image; Mouse kidney, taken with MP Vision. Bottom Image; Fruit Fly salivary glands, taken with MP Vision. Images courtesy of the University of Sussex.