... alongside standard parts, to produce the device characteristics required for the best possible system performance. CCD imaging sensor design, manufacture, test and characterisation are in-house with ...
... slow-scan and time integrated imaging measurements. For surveillance, true 24-hour capability is now possible in one sensor. SensorsL3 vision CCD Patented L3Vision™ sensors ...
The imaging sensor is based on Time-of-Flight technology, which is very advanced. The D-Image makes use of proprietary CCD, with near-infrared LEDs used to sense human ...
The DALSA High Quanta Series IA-DJ-00524 comprises of two-phase CCD sensor. It can be employed in applications where extensive sensitivity and maximum performance is necessitated. Compatibility with ...
The Monochrome Progressive-Scan Frame-Transfer Image Sensor (model: FT50M), manufactured by Teledyne Dalsa, generally provides 1000 x 1000 pixels at a rate of 50 frames per second through a singular output. Furthermore, ...
A monochrome progressive-scan frame-transfer image sensor, the FT50M offers 1k x 1k pixels at 50 frames per second through a single output. The combination of high speed and a high linear dynamic range ...
A monochrome progressive-scan frame-transfer image sensor, the FTT1010 offers 1k x 1k pixels at 30 frames per second through a single output buffer. The combination of high speed and a high linear dynamic ...
How to choose this product
A CCD image sensor (charge-coupled device) is a particular type of image sensor.
The sensitivity of CCDs makes them particularly appropriate for use in high-sensitivity cameras.
The CCD converts an image to an electrical signal. Each pixel consists of a tiny capacitor which stores the electrons generated by photons striking the sensor's surface. Thus, each pixel carries a charge proportional to its light exposure. Specialized electronics then read these charges line by line.
How to choose
CCD sensors are preferred to CMOS sensors when high resolution and image quality are required. Moreover, new ICCDs (Intensified CCD) and EMCCDs (Electron Multiplying CCD) offer significant gain, shorter exposure times and faster operation.
- Over 70% efficient