Flat conductor cable manufacture and installation techniques
Flat conductor cable manufacturing and installation techniques
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Flat conductor cable manufacturing and installation techniques
Dynamics of two cable connected space stations
Cabling material problems associated with military standard connectors for space vehicles, discussing reliability, fabrication, assembly and design
Apparatus can straighten, anneal, clean, and a tension to stretch a cable one percent to assure uniform cross-sectional area. A conductor passes through temperature controlled distilled water and through a toroid coil. As The conductor enters the water, steam performs the cleaning action. Quenching and annealing also take place.
Machine tool produces beryllium-copper contact springs for FCC /flat conductor cable/ feed-through receptacles. The springs are heat-treated and plated to impart the required electrical contact properties.
Cable and circuit parameters effects on calibration of charge amplifier for microsecond pulses
Shielding effectiveness and electromagnetic interference tests on multiplexer cables
Equipment specifications and electrical properties of flat conductor cable systems
FORTRAN 4 program for predicting uncontrolled dynamic response characteristics of spinning, cable-connected, two-body space station
Mathematical models to determine motion and stability of spinning cable connected system in orbit
Cable retrieval and attitude control technique for passive orbiting astronomical observatory tethered to orbiting space station
Two tools facilitate chemical stripping of insulation on flat conductor cabling. A tape pressing tool and a taping fixture apply adhesive lead tape with the proper amount of pressure to protect the remaining insulation from the chemical stripping solution.
Proposed vertical alignment technique senses the attitude of a cranes cable and displays any deviation from the vertical. The system consists of a detector assembly fixed to the boom and a display scope located in the cabin. It has potential application with either fixed-boom cranes or gantries.
To improve shielding of flat multicore cables, a thin, seamless ferrous shield around all cores optimizes low frequency magnetic shielding. Such shielding is covered with an ultrathin seamless coat of highly conductive nonferrous material.
Interferometric measurement of conductor spacing in flat conductor cables
Flat conductor cable technology, discussing design, manufacture, specifications, etc
High-current cable developed in liquid helium cooled magnets uses aluminum wire interspersed with the superconductor strands. The aluminum maintains higher electrical conductivity, is light in weight, and has low thermal capacity.
Cable connector is developed in which each pair of contact elements is isolated by plastic cells and the mating interface is sealed by an elastic gasket. So insulated, the connector may be operated under high vacuum conditions at voltages up to 600 V ac without electrical leakage or intercontact ionization.