DALSA Corporation has announced the availability of two new High Quanta image sensors tailored for scientific, life sciences, and astronomy applications. (read more)

DALSA's newest 4 megapixel true two-phase CCD is designed to meet specific scientific and X-ray applications requirements for high sensitivity, high frame rate and large field of view.
DALSA's High Quanta series of sensors provide outstanding quantum efficiency in a front illuminated sensor. Back side thinned versions of the sensor are available on a custom basis. (read more)

The XRI-1200™ is a PC based real-time digital image processor board specifically engineered for demanding X-Ray imaging applications. (read more)

Fairchild Imaging announced the release of their latest 2k x 2k CCD, the CCD 3041. This four megapixel device is the next evolution of Fairchild Imaging's family of high performance scientific image sensors.
The CCD 3041 is a full-frame multiport charge coupled device (CCD) designed for advanced scientific, medical and industrial digital imaging applications. (read more)

The Andon socket is a Dual Dip Socket that will accept the Kodak KAI-01050, KAI-02050, KAI-02150 and KAI-08050.

The advantages for using Andon Image Sensor Sockets are the elimination of production line ESD, elimination of high temperature lead free soldering that can damage the color array and the elimination of cleaning solutions that can damage the glass cover.

The socket ... (read more)

The S10141-1008S CCD Image Sensor is a back-thinned type FFT-CCD with pixel size of 12 um. It also features a low readout noise and high resolution back-thinned CCD image sensor with built-in thermoelectric cooler intended for fluorescence spectrometer, ICP, industrial inspection, semiconductor inspection, etc. (read more)

The CCD 3041 is a 2048(H) x 2048(V) solid state Charge Coupled Device (CCD) full frame sensor. The CCD is intended for advanced scientific, aerospace, industrial, and medical imaging applications. The CCD 3041 active area is organized as an array of 2048 horizontal by 2048 vertical imaging elements. (read more)

CMOS image sensor (CIS) technology is on the brink of fulfilling its potential to become the global detector platform of choice for scientific photonics applications requiringe world class sensitivity, speed, dynamic range, resolution, and field of view. The results of pioneering work is shared in a ground-breaking white paper. (read more)

The CCD 486 is a 4k x 4k charge coupled device (CCD) full frame image sensor. The CCD is intended for advanced scientific, space, medical, industrial and commercial digital imaging applications. (read more)

Applications that demand a large field of view and high optical throughput particularly benefit from the size and sensitivity of the Condor™ 486EF. At more than 36 cm2 , the 486 is the largest commercially available CCD, and when coupled to a 1:1 imaging fiberoptic, it delivers unsurpassed optical throughput (read more)