Raptor Photonics, a global leader in the design and manufacture of high performance digital cameras, has launched its latest camera the Falcon III, using ground-breaking EMCCD – GEN III technology. New versions of the Falcon II and Kestrel which incorporate the new technology have also been added to the product line.
The Falcon III incorporates a new EMCCD sensor developed by e2v which offers 1MP resolution with 10µm square pixels. A back-illuminated sensor offers a peak QE of >95% offering unsurpassed sensitivity with a total noise floor as low as 0.01 electrons readout noise.
EMCCD – GEN III offers the combination of ultimate sensitivity and speed through a single output amplifier thereby maximizing uniformity. It is three times faster than previous generation EMCCDs with superior linearity and low gain performance. Up to 5000 x EM gain can be applied to the sensor using lower voltages resulting in reduced sensor ageing effects. The camera can be cooled to -100°C for lowest possible background events using Raptor’s long life ruggedized.
PentaVac TM vacuum technology.
Raptor VP of Sales & Marketing, Mark Donaghy comments, “EMCCD technology is well established in the market having first been released around 16 years ago. It still offers the best combination of speed and sensitivity for ultra-low light applications. EMCCD – GEN III technology takes this performance to the next level, offering the ultimate resolution, speed and sensitivity through a single output amplifier. We have worked very closely with e2v to ensure that the Falcon III camera delivers the optimum performance from this new CCD351 image sensor.”
“The Falcon camera historically has been a very successful product line for us. We are excited to add the Falcon III camera, as well the new Falcon II and Kestrel models. This family of back-thinned EMCCD cameras offers a range of resolution, pixel pitch and speed which are perfectly suited to ultra-low light imaging applications”, he continued.
James McCann, Product Manager for Scientific Imaging at e2v, said, “Our CCD351 sensor, is the latest in backthinned EMCCD technology, designed for the most demanding high-speed, ultra-low light applications. We partnered closely with Raptor to push the capability of this technology and we are excited to see our newest EMCCD featured alongside Raptor’s PentaVacTM vacuum technology in the Falcon III; a truly innovative imaging solution”.
The new cameras will run through CameraLink and will be available with a range of software drivers including MicroManager and Metamorph. They will target any low light application where speed, resolution and sensitivity matter including astronomy, adaptive optics, calcium imaging and fluorescence.
Download complete pdf datasheet for the new Falcon III here.
Other new devices incorporating the EMCCD technology from Raptor Photonics include:
This is another addition to the Falcon family, based on the back-illuminated e2v sensor, the CCD-201. It will offer 1MP resolution and 13um square pixels. It will run at 10 frames per second. It combines high sensitivity, speed and resolution with QE up to 95% with readout noise of <0.01e-. It has strong response from UV through to NIR. It uses a 16 bit A/D converter and offers a standard CameraLink output.
Download Falcon II pdf datasheet here.
The digital Kestrel EMCCD camera is based on e2v’s CCD-60 back-thinned 128 x 128 sensor. It combines high sensitivity and high speed with QE up to 95% with readout noise of <0.01e. It has strong response from UV through to NIR. It uses a 16 bit A/D converter and offers a standard CameraLink output. At 500fps in full resolution, it offers some of the fastest and most sensitive speeds available on the market.
Download Kestrel pdf datasheet here.
Using a 1280 x 1024 InGaAs sensor from SCD, the OWL 1280 offers visible extension from 0.4µm to 1.7µm to enable high sensitivity imaging. The 10µm x 10µm pixel pitch enables the highest resolution imaging. The camera will also offer 2 x 2 binning to become 640×512, 20µm pitch for ultimate low light vision and high-speed applications. It will offer less than 35 electrons readout noise combined with one of the lowest dark current readings on the market. The camera will offer a ultra-high intrascene dynamic range of 70dB enabling simultaneous capture of bright & dark portions of a scene.