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Wafer-Scale Scientific CCDs at Fairchild Imaging

From Fairchild Imaging
 

 
Fairchild Imaging roots can be traced back to the Fairchild Semiconductor company, one of the pioneering companies that commercially produced CCD imagers as early as 1973. Over the years, the company changed its name through several corporate acquisitions including Loral, and Lockheed Martin. In 1990, it inherited the Ford Aerospace CCD division, and finally, in 2001, Fairchild Imaging became an independent company. The company specializes in the manufacture of advanced large format monolithic CCD detector arrays for industrial, medical, and scientific applications. Other key products are high-speed linear CCDs, and TDI (time delay and integration) CCDs for automated machine inspection, and earth resource imaging applications. In addition, many custom-designed image sensors have been successfully developed for critical space, and defense programs. Fairchild Imaging's entire CCD design, wafer fabrication, and manufacturing facilities are located in Milpitas, California.

Products & Services
Charged coupled device (CCD) image sensors are electronic devices that are capable of transforming a light pattern (image) into an electric charge pattern (an electronic image). Search by Specification | Learn more about CCD Image Sensors
Complementary metal oxide semiconductor (CMOS) image sensors operate at lower voltages than CCDs, reducing power consumption for portable applications. Analog and digital processing functions can be integrated readily onto the CMOS chip, reducing system package size and overall cost. Search by Specification | Learn more about CMOS Image Sensors
Focal plane arrays (FPA) are detectors consisting of a linear or two-dimensional matrix of individual detector elements, typically used at the focus of an imaging system. Search by Specification | Learn more about Focal Plane Arrays

Product Announcements
Fairchild Imaging - Focal Plane Arrays
No matter your choice, a Fairchild Imaging focal plane array can be perfectly suited to your aerospace, industrial, medical or scientific imaging application. (read more)
Fairchild Imaging - High Performance Scientific Image Sensor
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... (read more)
Fairchild Imaging - Digital microscopes to the Hubble
A testament to the high quality results of Fairchild Imaging technology is represented in the imagery displayed in Fairchild Imaging's Gallery. See fascinating actual images taken from cameras and... (read more)
Fairchild Imaging - CCD 21241 High Speed TDI Sensor
The CCD 21241 is a 24,000 by 64 pixel high speed TDI (Time Delay and Integration) sensor. With 16 outputs, each running at 18MHz, the CCD 21241 can provide a total data rate of 300MHz enabling the CCD... (read more)
Fairchild Imaging - Fiber-optic coupled camera - largest available CCD
The Condor 485 is a fiber-optic coupled camera for use in X-ray imaging applications that demand a large field of view and high throughput. The camera is based upon the CCD 485, a state-of-the-art,... (read more)
Fairchild Imaging - Imaging phosphors, xray & electron scintillators.
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... (read more)
Hamamatsu Corporation USA - S10141-1008S CCD Image Sensor
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... (read more)
DALSA - 4 Mpixel CCD Image Sensor for X-ray Applications
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... (read more)

Topics of Interest
Quantitative Imaging is the ability to take picture and record quantitative optical information in addition to the image. From astronomy to earth science, from forensic analysis to pharmaceutical... (Read More)
Frame transfer CCDs are built with MOS capacitors that serve as sensing elements, as well as comprise the parallel and serial shift registers. Light is integrated in the photosites of the imaging... (Read More)
A recent advance in CCD technology is the introduction of electron multiplication or charge carrier multiplication CCDs. This technology is effective in applications requiring high light sensitivity,... (Read More)
The sensor, as well as other electronic components, plays a significant role in the performance of an imaging system. Proper integration of all components (including camera, capture board, software... (Read More)
Traditional high-speed web or surface inspection has been reserved for linear CCD imagers, but today we also need to consider area CCD and area CMOS imagers. Each technology has different features... (Read More)