CCD technology was the driving force behind early digital photography, and its popularity persisted until the late 2000s.

At the heart of today’s digital imaging devices are charge-coupled devices (CCD). A type of semiconductor that’s sensitive to light, a CCD consists of a 2-D array of individual elements, each ...

Today, we have advanced CCD sensors that can take advantage of every single incoming photon. So why do we still build telescope mirrors?

A Bayer array, or Bayer filter, is what lets a digital camera take color photos. It’s an array of tiny color filters that sit on top of a camera’s CCD. The filter makes it so that each sub ...

The TT-OES9000 Optical Emission Spectrometer by Torontech combines smart design with advanced technology to deliver precision without complication. Its layout supports both high-volume labs and ...

The sensor area matches the existing 2/3″ optical format that’s common with video cameras so the new CCD array will work with existing video-camera lenses and the sensor array’s packaging is the same ...

B&W Tek, Inc. is proudly shipping the i-trometer series CCD array, low cost spectrometers. Using a high UV-NIR response wide dynamic range back-thinned CCD array with a low stray light optical bench, ...

Lansis CCD cameras extend Teledyne’s spectroscopy portfolio into system integrator and OEM markets, bringing with them increased sensitivity and reliability. Based on the latest in CCD array detector ...

The microlenses themselves may be circular, square, or hexagonal, and the array may be square, hexagonal, or some other geometric shape. Microlens arrays are used in optical microscopes and light ...

The Quest X is a linear CCD array spectrometer optimized for UV and NIR performance using a low stray light optical bench.