XR/MEGA-10 And XR/MEGA-10LC MEGA-PIXEL ICCD CAMERAS FOR SCIENTIFIC IMAGING
Description
Since its introduction in 1999, the XR/MEGA-10™ has been the price-performance leader among ICCD camera products for fluorescence imaging in life science applications. In the standard configuration, the Extended Blue GEN III offers the broadest spectral response, optimized from the near IR all the way down to and below 400nm.
Alternatively, the new lower priced XR/MEGA-10LC™ provides the same intrinsic specifications but with a short wavelength cut-off in the bluegreen region of the spectrum. Both the Extended Blue and –LC™ tube types are of the traditional filmed photocathode design. This translates to a meaningful cost savings relative to the top-of–the-line, unfilmed photocathode XR/MEGA- 10EX™ products, which are available from Stanford Photonics for the most demanding detection requirements. Both the XR/MEGA-10™ and XR/MEGA-10LC™ use the SONY XX285 image sensor for mega-pixel, Nyquist limited resolution at speeds ranging from 15 to 120 frames per second.
The intensifier tubes are fiber-optic coupled with a 1.6:1 taper ratio, resulting in a 10 micron pixel (nominal) at the image plane; proprietary, single step bonding assures maximum system resolution and contrast. The Stanford Photonics XR™ cameras are the only product line on the market with the exclusive ABF™ (Automatic Bright Field) feature that instantaneously adjusts photocathode gate time and intensifier gain to compensate for up to seven decades of light level change, allowing for hands-off surveys of samples with large variances in brightness and bright field imaging without the need for a second camera.
The XR/MEGA-10™ and -10LC™ are Mac® and PC compatible and are supported by a number of high-end image capture and analysis systems.
XR/MEGA-10 And XR/MEGA-10LC MEGA-PIXEL ICCD CAMERAS FOR SCIENTIFIC IMAGING
Specifications |
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|---|---|
| Sensor Type: | iCCD |
| # Pixels (Width): | 1380 |
| # Pixels (Height): | 1024 |
| Pixel Size (Square): | 6.47 um |
| Peak Quantum Efficiency: | 60 % |
| Full Frame Rate: | 15 fps |
| Bit Depth: | 12 bit |
Features
Photon limited fluorescence imaging
High Quantum Efficiency: 40% typical
Light Gains of 80,000
Mega-pixel, Nyquist limited resolution
Video rates and faster for dynamic event capture
Exclusive ABFTM/ Automatic Bright Field technology
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Frequently Asked Questions
The Stanford Photonics XR™ cameras are the only product line on the market with the exclusive ABF™ (Automatic Bright Field) feature that instantaneously adjusts photocathode gate time and intensifier gain to compensate for up to seven decades of light level change, allowing for hands-off surveys of samples with large variances in brightness and bright field imaging without the need for a second camera.
The traditional filmed photocathode design of XR/MEGA-10LC provides a meaningful cost savings relative to the top-of-the-line, unfilmed photocathode XR/MEGA-10EX products, which are available from Stanford Photonics for the most demanding detection requirements.
The XR/MEGA-10LC provides the same intrinsic specifications as XR/MEGA-10 but with a short wavelength cut-off in the blue-green region of the spectrum.
The SONY XX285 image sensor provides mega-pixel, Nyquist limited resolution at speeds ranging from 15 to 120 frames per second.
XR/MEGA-10 and XR/MEGA-10LC are suitable for fluorescence imaging in life science applications.