Linear CCD arrays used singly or in optically butted assemblies permit practical implementation of long line array systems with 6000 or more picture elements per line with readout rates in excess of 5 MHz. Display and tape recording of slow scan imagery with over 1000 picture elements per line also presents unique challenges. This paper discusses performance results and the operation of 1728-element CCD arrays for generation of high resolution slow scan imagery and some approaches for recording and display of the imagery. The implication of dark current and its control are discussed
This work details two investigations into image capture, taken from the fields of x-ray and laser re...
The Defense Advanced Research Projects Agency (DARPA) has a substantial program to develop a 2200 x ...
Abstract. Low light level imaging has been revolutionised in recent years with the introduction of E...
A 512 x 320 element charge coupled imager has been fabricated and tested under cooled slow scan cond...
Backside illuminated CCD imagers with 100 x 160 resolution elements have been fabricated using doubl...
Low light level imaging devices have the advantage that they can produce quantitative two dimensiona...
A review of X-ray telescope focal-plane instrumentation is given. The architectures and operating pr...
A review of X-ray telescope focal-plane instrumentation is given. The architectures and operating pr...
An RCA buried channel thinned 320x 512 CCD has recently been put into operation as the detector on t...
An RCA buried channel thinned 320x 512 CCD has recently been put into operation as the detector on t...
It is generally assumed that charge-coupled device (CCD) imagers produce a linear response of dark c...
An RCA buried channel thinned 320x 512 CCD has recently been put into operation as the detector on t...
A new generation CCD detector called low light level CCD (L3CCD) that performs like an intensified C...
Journal ArticleWe have developed scientific charge-coupled devices (CCDs) that are fabricated on hi...
Charge-coupled devices (CCD's) were recognized for their potential as an imaging technology almost i...
This work details two investigations into image capture, taken from the fields of x-ray and laser re...
The Defense Advanced Research Projects Agency (DARPA) has a substantial program to develop a 2200 x ...
Abstract. Low light level imaging has been revolutionised in recent years with the introduction of E...
A 512 x 320 element charge coupled imager has been fabricated and tested under cooled slow scan cond...
Backside illuminated CCD imagers with 100 x 160 resolution elements have been fabricated using doubl...
Low light level imaging devices have the advantage that they can produce quantitative two dimensiona...
A review of X-ray telescope focal-plane instrumentation is given. The architectures and operating pr...
A review of X-ray telescope focal-plane instrumentation is given. The architectures and operating pr...
An RCA buried channel thinned 320x 512 CCD has recently been put into operation as the detector on t...
An RCA buried channel thinned 320x 512 CCD has recently been put into operation as the detector on t...
It is generally assumed that charge-coupled device (CCD) imagers produce a linear response of dark c...
An RCA buried channel thinned 320x 512 CCD has recently been put into operation as the detector on t...
A new generation CCD detector called low light level CCD (L3CCD) that performs like an intensified C...
Journal ArticleWe have developed scientific charge-coupled devices (CCDs) that are fabricated on hi...
Charge-coupled devices (CCD's) were recognized for their potential as an imaging technology almost i...
This work details two investigations into image capture, taken from the fields of x-ray and laser re...
The Defense Advanced Research Projects Agency (DARPA) has a substantial program to develop a 2200 x ...
Abstract. Low light level imaging has been revolutionised in recent years with the introduction of E...