A measuring device referred to the class of interference goniometers, wherein the source of radiation is a laser, and the receiving unit is a new optical mixer, protected by the RF patent, has been reviewed. A schematic diagram of the interference goniometer based on the given optical mixer is shown. The possible measurement techniques applicable to the new device are presented. A schematic diagram of the receiving unit is presented, its design features and distinctive features are explained, formulas are given for calculating geometric parameters, and the geometric path of the rays is shown. The key advantages of the new device have been reviewed, such as increasing the accuracy of measurements, reducing the dimensions and weight of the device, simplifying the hardware scheme for processing results, reducing the cost of the product through simplified design and cutting costs of assembling, alignment and control of the device. Brief recommendations are given for the developers of this type of equipment in the use and design solution of the most efficient options for constructing interference goniometers.
TYPHOON A DEVICE FOR MEASUREMENT AND REGISTRATION OF CHANGE OF THE ANGULAR COORDINATE OF THE OBJECT IN PLANE
2018
Aufsatz (Zeitschrift)
Elektronische Ressource
Unbekannt
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OTHR Multipath Tracking with Uncertain Coordinate Registration
Online Contents | 2004
|Engineering Index Backfile | 1943