| 摘要 |
FIELD: measurement technology, aids measuring coordinates, speed and angular values of object in automatic control systems, in geomagnetic navigation, in precision mechanical and instrumentation engineering. SUBSTANCE: in compliance with first and second versions device for remote determination of position of object has three-component magneto sensitive sensor, nine amplification-conversion units, three-component source of alternating magnetic fields made of three inductance coils with mutually orthogonal axes and generator of alternating voltages interconnected in certain manner. It provides for determination of coordinates and angular position of object in known octant within limits from 0 to 360 deg while object rotates about axis chosen at will. In agreement with third version device for remote determination of position of object includes three three-component magneto sensitive sensors, twenty seven amplification-conversion units, three-component source of alternating magnetic fields placed on object and made from three inductance coils with mutually orthogonal axes and generator of alternating voltage interconnected in certain manner. It provides for determination of coordinates and angular position of object within limits from 0 to 360 deg while object rotates about axis chosen at will. In accordance with fourth version device incorporates four three-component magneto sensitive sensors, commutator, eighteen amplification-conversion units, two three-component sources of alternating magnetic fields each composed of three inductance coils with mutually orthogonal axes and generator of alternating voltages interconnected in certain manner. It provides for determination of coordinates and angular position of object within limits from 0 to 360 deg while object rotates about axis chosen at will and in absence of contact of sensors, commutator and amplification-conversion units with inductance coils and generator of alternating voltages located on object. EFFECT: expanded application field, enhanced functional reli
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