Fig. 1. Schematic diagram of microlens array optical phased array with different structure

Fig. 2. Schematic diagram of the scanning principle of the microlens array optical phased array

Fig. 3. Curve of relationship between F_# and the maximum scanning angle when half of the sub-aperture is used as the maximum relative displacement

Fig. 4. Microlens arrays for microlens array scanners made in the Lincoln Laboratory at MIT using binary optics

Fig. 5. Scanning spot for modified microlens array optical phased array proposed by the U. S. Air Force Experimental Research Laboratory

Fig. 6. A continuous addressable scanning system based on liquid crystal optical phased array and microlens array optical phased array proposed by General Electric Astronomy and Space Division, USA

Fig. 7. Schematic diagram of the scanning principle of the optical phased array of microlens array

Fig. 8. Continuous addressable scanning microlens array optical phased array proposed by Koc University

Fig. 9. Microlens array optical phased array with electrostatic comb driver as the driving device at Koc University

Fig. 10. Prototype device of optical phased array with microlens array made by Huazhong University of Science and Technology

Fig. 11. The transceiver-type integrated microlens array scanner designed by Tianjin University

Fig. 12. Experimental results of discrete addressable scanning of microlens array scanner based on Keplerian structure conducted by the Institute of Optics and Electronics (IOE), Chinese Academy of Sciences (CAS)

Fig. 13. Optical phased array technique of continuous addressable scanning microlens array with adaptive fiber collimator as a pre-scanning device proposed by IOECAS

Fig. 14. Schematic diagram of large field of view high-resolution imaging technology based on multiplexer and physical diagram of multiplexer

Fig. 15. Transceiver integrated lidar test system based on microlens array optical phased array. (a) optical path diagram of the lidar experimental setup. (b) pictures taken by the camera. (c) distance images taken by the lidar test system

Fig. 16. Fiber optic switch based on microlens array optical phased array

Fig. 17. Multiview projection display based on microlens array optical phased array

Fig. 18. Solar energy system using micro lens array optical phased array as solar tracker