Bonner, G.M.G.M.BonnerHunter, C.C.HunterJones, B.E.B.E.JonesWarden, M.S.M.S.WardenThomas, J.W.J.W.ThomasMcKnight, L.J.L.J.McKnightLagatsky, A.A.A.A.LagatskyStothard, D.J.M.D.J.M.StothardJones, J.M.J.M.JonesSingh, Y.Y.SinghBongs, K.K.BongsKarpushko, F.V.F.V.Karpushko2022-03-142022-03-142018https://publica.fraunhofer.de/handle/publica/40741310.1364/ASSL.2018.ATh2A.132-s2.0-85059484176Measuring the linewidth of single-frequency lasers is challenging, and great care must be taken to understand the capabilities and limitations of different measurement techniques to obtain consistent results. A detailed comparative study will be presented.enComparative study of techniques for measurement of linewidth and frequency noise of single-frequency lasersconference paper