An evaluation of a charge-coupled device (CCD) image sensors for use in spacecraft-borne imaging systems was conducted. The study resulted in design recommendations for two sensors, an approximately 500 times 500 element imaging device and a 1 times 190 element linear imaging device with a 190 times 121 buffer store. Emphasis was placed on the higher resolution, area-imaging sensor. The objectives of the proposed sensors are listed, results of the experiments are analyzed, and estimates of the device performance are presented. A summary of the major technical recommendations is included
Recent advances in X-ray astronomy which have been obtained by the employment of imaging detectors a...
Problems encountered in the development of an indium antimonide charge coupled device for infrared i...
A review of X-ray telescope focal-plane instrumentation is given. The architectures and operating pr...
The design specifications and predicted performance characteristics of a Charge-Coupled Device Area ...
The program consisted of measuring the performance characteristics of charge coupled linear imaging ...
The development of new spacecraft camera systems to be used in conjunction with CCD sensors is repor...
A 190 x 244 element charge coupled area image sensor has been designed, fabricated and tested. This ...
The Defense Advanced Research Projects Agency (DARPA) has a substantial program to develop a 2200 x ...
Backside illuminated CCD imagers with 100 x 160 resolution elements have been fabricated using doubl...
Charge-coupled devices (CCD's) were recognized for their potential as an imaging technology almost i...
This chapter discusses the use of complementary metal oxide semiconductor (CMOS) and charge-coupled ...
The application of CCDs to star trackers and star mappers is considered. Advantages and disadvantage...
Papers were presented from the conference on charge coupled device technology and applications. The ...
An all solid state television camera was designed which uses a buried channel charge coupled device ...
The effects of ionizing radiation on three different charge coupled imagers have been investigated. ...
Recent advances in X-ray astronomy which have been obtained by the employment of imaging detectors a...
Problems encountered in the development of an indium antimonide charge coupled device for infrared i...
A review of X-ray telescope focal-plane instrumentation is given. The architectures and operating pr...
The design specifications and predicted performance characteristics of a Charge-Coupled Device Area ...
The program consisted of measuring the performance characteristics of charge coupled linear imaging ...
The development of new spacecraft camera systems to be used in conjunction with CCD sensors is repor...
A 190 x 244 element charge coupled area image sensor has been designed, fabricated and tested. This ...
The Defense Advanced Research Projects Agency (DARPA) has a substantial program to develop a 2200 x ...
Backside illuminated CCD imagers with 100 x 160 resolution elements have been fabricated using doubl...
Charge-coupled devices (CCD's) were recognized for their potential as an imaging technology almost i...
This chapter discusses the use of complementary metal oxide semiconductor (CMOS) and charge-coupled ...
The application of CCDs to star trackers and star mappers is considered. Advantages and disadvantage...
Papers were presented from the conference on charge coupled device technology and applications. The ...
An all solid state television camera was designed which uses a buried channel charge coupled device ...
The effects of ionizing radiation on three different charge coupled imagers have been investigated. ...
Recent advances in X-ray astronomy which have been obtained by the employment of imaging detectors a...
Problems encountered in the development of an indium antimonide charge coupled device for infrared i...
A review of X-ray telescope focal-plane instrumentation is given. The architectures and operating pr...