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E2V Features |
Building on its worldwide reputation as an established supplier of dental CCDs, e2v technologies is now able to offer a more flexible approach to suit the needs of new OEMs and a rapidly developing market for digital dental x-ray imaging. With dental drive electronics now in full production, we can offer the OEM two choices: Encapsulated CCD - with application support to drive the CCD to get the best imaging performance OR SUB-SYSTEM - CCD and drive electronics, with application support to integrate the driver software within the OEM's application The choice is the OEM's. Currently e2v technologies offers two size #1 sensors; the CCD38-20 with 44 sq pixels for standard resolution and higher signal to noise and the CCD78-20 with 22 sq pixels for high resolution. The CCD76-40 is e2v technologies' size #2 sensor with 22 sq pixels for high resolutions. For more information, please see our datasheets section. Each sensor is supplied as a complete unit comprising, sealed package with cable and DDIC Connector. Designed to be used with a sheath (not supplied) for insertion in the mouth, the package is designed to be cleaned with aqueous sterilising fluids commonly used in the surgery. |
The DXDB dental drive card takes advantage of our familiarity with our own CCD sensors and the drive requirements of our dental CCDs to give a low noise, 12 bit data output via plug-and-play USB (Universal Serial Bus). The card has passed extensive testing and verification, has 3kV safety isolation and is certified to IEC60601. Its intelligent auto trigger responds rapidly to X-ray signal whilst rejecting all noise sources. Its well defined OEM software interface is supplied with comprehensive documentation, worked examples, and application source code. e2v technologies continues to develop improvements to its dental CCDs in response to feedback from clinical use. This includes scintillator, packaging and silicone development. Together with e2v technologies' high pixel well capacity, this leads to world class X-ray image signal to noise ratio at low dose. |