Analyzing the Accuracy of a Device for Controlling the Position of a Rotating Plane

We propose a beam scanning system based on an extended Risley prism structure. This system uses a rotating mirror structure and expands the original construction of the balanced and stable Risley prism. There is much research on extended Risley prism structures, but the scanned angle of their extended systems is less than 180°. The proposed system in this paper can expand scanned angle to 360°, showing practical significance and application value in the field of beam scanning. This is achieved by using reflectors and multiple transmitter and receiver structures with optimized positions and transmission directions. Simulation results show that the scanning range is 360° and ± 14 ∘ in the horizontal and vertical directions, respectively, at 110 m while the angular resolution is 0.2 ∘ × 2 ∘ .

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Analyzing the Accuracy of a Device for Controlling the Position of a Rotating Plane

Cited by 3 publications

References 4 publications

Features of Signal Processing in the Study of Defects in Metallic Mediums Using an Electromagnetic Acoustic Wave

Features of Signal Processing in the Study of Defects in Metallic Mediums Using an Electromagnetic Acoustic Wave

Controlled placement of electrodes in an ore-smelting furnace and its effect on the reaction zone

Extended Risley scanning system with 30 × 360 coverage

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