THE SPECIFICATION AND ASSURANCE OF LARGE MTBF'S TYPICAL OF SPACECRAFT ELECTRONIC EQUIPMENTS
Reliability of spacecraft electronic equipment - assuring large mean-time-between-failures
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Reliability of spacecraft electronic equipment - assuring large mean-time-between-failures
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Conversion of spaceborne telemetry and transceiving data with digital computers is discussed. The ways computers may allow selection of the most informative of the total number of measurements are discussed along with development of compatible transceiver equipment.
Maintainability design criteria for packaging of spacecraft replaceable electronic equipment
Packaging methods for electronic components encased in flat pack geometries, and spacecraft applications of proposed methods
Maintainability must be designed into long-duration spacecraft and equipment to provide the required high probability of mission success with the least cost and weight. The ability to perform repairs quickly and easily in a space environment can be achieved by imposing specific maintainability design criteria on spacecraft equipment design and installation. A study was funded to investigate and define design criteria for electronic equipment that would permit rapid removal and replacement in a space environment. The results of the study are discussed together with subsequent simulated zero-g demonstration tests of a mockup with new concepts for packaging.
Design philosophy and fabrication technology of microelectronic function blocks for spacecraft electronic equipment
Cycle-life tests of nickel-cadmium battery cells - spacecraft electronic equipment
Spacecraft electronic equipment to measure energetic particles in space
Hybrid analog-to-digital converter for spacecraft applications
Parts sterilization at Jet Propulsion Laboratory
TV camera to be used by Apollo astronauts noting integrated circuits, optical system, light intensifier, etc
High thermal conductivity polymeric materials for spacecraft electronic equipment use
Spacecraft electronic equipment components reliability when nuclear radiation affects nuclear devices
Sequential decoding with digital computers and spacecraft electronic equipment
Transient compatibility measurements in spacecraft electronic equipment
Spacecraft guidance theory applications to development of spacecraft electronic equipment for automatic guidance and navigation