SciCam-Microscope (SCM) Digital USB3.0 Camera Systems Scientific Grade Microscope Cameras EHD imaging GmbH ■ Zum Rennplatz 15 ■ 49401 Damme/Germany, ■ Phone: +49-5491-2090 ■ Fax:+49-5491-2098 [email protected] ■ www.ehd.de 1

SCM -TE cooled Systems The SCM-series scientific grade TE-cooled camera systems combine High Tech capabilities in a small housing. The cameras are designed and manufactured for outstanding long life in most demanding conditions. A wide varity of Sony ExView-HADsensors are available . The 14 Bit A/D conversion guarantee high resolution, low noise images of very high quality. The max. cooling temperature ( dT) will be achieved shortly without water assistance. For low vibration applications the fan speed can be controlled. Fast data transfer will be provided through the industry standard USB3.0...

SCM Systems The SCM-series Microscopy camera systems combine High Tech capabilities in a small housing. The cameras are designed and manufactured for outstanding long life in most demanding conditions. A wide varity of Sony EXMOR backilluminted CMOS sensors up to 12 Megapixel are available . The 14 Bit A/D conversion guarantee high resolution, low noise images of very high quality without the need of cooling. Fast data transfer will be provided through the industry standard USB3.0 Interface. Acquisition Software EHDView will be provided as well as a free Windows/Linux/MacOS Multiple platform...

OTHER HARDWARE CONFIGURATION

Back‐illuminated structure provides higher sensi vity Sony's Image Sensor Exmor R is the back‐illuminated CMOS image sensor with improved sensi vity and noise reduc on ‐ the key factors to enhancing image quality, while radically realigning their fundamental pixel structure from front‐illumina on to back‐illumina on. It has retained the advantages of CMOS image sensors such as low power consump on and high‐speed opera on. With a conven onal front‐illumina on structure, the metal wiring and transistors on the surface of the silicon substrate that form the sensor's light‐sensi ve area (photo‐diode) impede photon gathering carried out ...