A low-cost visible imaging camera was recently developed under internal funding at the Space Dynamics Laboratory (SDL). The Digital Imaging Space Camera (DISC) is a radiation-hardened, 1-megapixel visible imager specifically designed as an enabling technology for small satellites. Key parameters of the baseline design are: customizable optics; maximum full-frame rate, 10.43 fps @ 1 ms integration time; power dissipation, \u3c 2 watts; size, 87 x 70 x 230 mm (3.5 x 2.75 x 9.0”); and total mechanical mass, ~0.6 kg. The baseline design was fabricated and tested at SDL and performance was characterized through optical, radiometric, electrical, and thermal performance tests. The baseline design is presented along with test results
This paper describes a new high performance cost effective Earth Observation Platform, the SSTL-300 ...
This research programme has studied the possibilities and difficulties of using 50 kg microsatellite...
Group project with Rishikesh Mallela, Lorenzo Dova, Joe Padish, Sam McCoy, and Casey CroakerProfesso...
The Digital Imaging Star Camera (DISC) experiment has successfully imaged star fields from the Inter...
This paper describes what we believe is a disruptive technology solution for smallsat optical imagin...
Due to their low mass pocketqubes are relatively inexpensive to launch. This makes them ideal for th...
Small scale camera is now enviable as an attractive future candidate for the low cost Pico and Nan...
The purpose of the National Aeronautics and Space Administration's (NASA) Remote Imaging System Acqu...
This project seeks to design and build a camera suited for the space environment. It is an imaging c...
The paper will describe how the performance of RALCam-1, the camera flying on TopSat, which is achie...
The Dark Energy Survey is planning to use a 3 sq. deg. camera that houses a {approx} 0.5m diameter f...
Research in attitude determination and control, communications, power, and propulsion of CubeSats ar...
The Distributed Sensing Experiment (DSE) program demonstrates the technology of using micro satellit...
Small sized satellites in the form of CubeSat have been gaining popularity in many academic institut...
We present the development process of a prototype CCD imaging system which is being built at Korea A...
This paper describes a new high performance cost effective Earth Observation Platform, the SSTL-300 ...
This research programme has studied the possibilities and difficulties of using 50 kg microsatellite...
Group project with Rishikesh Mallela, Lorenzo Dova, Joe Padish, Sam McCoy, and Casey CroakerProfesso...
The Digital Imaging Star Camera (DISC) experiment has successfully imaged star fields from the Inter...
This paper describes what we believe is a disruptive technology solution for smallsat optical imagin...
Due to their low mass pocketqubes are relatively inexpensive to launch. This makes them ideal for th...
Small scale camera is now enviable as an attractive future candidate for the low cost Pico and Nan...
The purpose of the National Aeronautics and Space Administration's (NASA) Remote Imaging System Acqu...
This project seeks to design and build a camera suited for the space environment. It is an imaging c...
The paper will describe how the performance of RALCam-1, the camera flying on TopSat, which is achie...
The Dark Energy Survey is planning to use a 3 sq. deg. camera that houses a {approx} 0.5m diameter f...
Research in attitude determination and control, communications, power, and propulsion of CubeSats ar...
The Distributed Sensing Experiment (DSE) program demonstrates the technology of using micro satellit...
Small sized satellites in the form of CubeSat have been gaining popularity in many academic institut...
We present the development process of a prototype CCD imaging system which is being built at Korea A...
This paper describes a new high performance cost effective Earth Observation Platform, the SSTL-300 ...
This research programme has studied the possibilities and difficulties of using 50 kg microsatellite...
Group project with Rishikesh Mallela, Lorenzo Dova, Joe Padish, Sam McCoy, and Casey CroakerProfesso...