C. Barrera,1,2 S. Guerber,3 D. Fowler,3 S. Monfray,1 A. Montagne,1 A. Myko,3 P. Grosse,3 K. Ribaud,3 P. Lemaitre,1 S. Cremer,1 I. Charlet,1 L. Vivien,2 F. Boeuf1
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We present an optical phased array parameter analysis for automotive and handheld device applications and preliminary results from a 1Γ16 silicon optical phased array using p-i-n phase shifters built on a 300-mm industrial platform to reach high-speed operation and low power consumption at a 1.55ππ wavelength. Using 2 ππ-spaced grating antennas OPA with theoretical beam steering range of 48Β°, we demonstrate a beam steering range of Β±4Β° while average power consumption after the beam-shape optimization is measured to be 12.6 mW. Experimental setup, beam forming and scanning are discussed and a final analysis on future large-scale OPA integration is made.
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C. Barrera, S. Guerber, D. Fowler, S. Monfray, A. Montagne, A. Myko, P. Grosse, K. Ribaud, P. Lemaitre, S. Cremer, I. Charlet, L. Vivien, F. Boeuf, "Fast optical phased array on a 300-mm silicon platform," Proc. SPIE 11690, Smart Photonic and Optoelectronic Integrated Circuits XXIII, 1169007 (5 March 2021); https://doi.org/10.1117/12.2582776