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Dive into the research topics where Wayne S. Mefferd is active.

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Featured researches published by Wayne S. Mefferd.


Proceedings of SPIE | 2012

20 Watt CW TEM00 intracavity doubled optically pumped semiconductor laser at 532 nm

Jill D. Berger; Douglas W. Anthon; Andrea Caprara; Juan L. A. Chilla; Sergei V. Govorkov; Arnaud Lepert; Wayne S. Mefferd; Qi-Ze Shu; Luis A. Spinelli

Optically-pumped semiconductor (OPS) lasers are power-scalable, wavelength-flexible, infrared brightness converters. Adding intra-cavity frequency doubling turns them into efficient, low noise, high power visible laser sources. We report on a laser combining an InGaAs gain medium with an LBO nonlinear crystal to produce more than 20 Watt CW in single transverse mode at 532 nm. Efficient cooling of the single gain chip using advanced mounting techniques is the key to making the laser reliable at high CW powers. A rugged and compact package withstands significant environmental excursions. The lasers low noise makes it suitable for demanding Ti:Sapphire pumping applications.


Archive | 1990

High power laser with focusing mirror sets

James L. Hobart; Michael W. Sasnett; Wayne S. Mefferd; Peter N. Allen


Archive | 1990

Laser alignment servo method and apparatus

James L. Hobart; Wayne S. Mefferd; Bruce Peuse


Archive | 1975

Optical scan pattern generator for code reading systems

James L. Hobart; Wayne S. Mefferd


Archive | 1993

Slab laser with enhanced lifetime

Phillip J. Gardner; Donald Smith; Joseph Dallarosa; Wayne S. Mefferd


Archive | 1994

Laser system selectively operable at two competing wavelengths

Wayne S. Mefferd; William P. Kolb


Archive | 1979

Laser optical resonator

Wayne S. Mefferd; James L. Hobart


Archive | 1987

Kinematic resonator support.

Wayne S. Mefferd


Archive | 1985

Conduction cooled laser bore structures formed from graphite and other materials

Wayne S. Mefferd; Joseph Dallarosa


Archive | 2005

Optically pumped external-cavity semiconductor laser with multiple gain structures

Wayne S. Mefferd; Juan L. A. Chilla

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