Tyson L Lowder from 6708 NE 106Th St, Vancouver, WA 98686, age 44, Phone: 3603268606

Resumes

Project Engineering Manager At Nlight Photonics

view source

Position:

Product Engineering Manager at nLIGHT

Location:

Portland, Oregon Area

Industry:

Research

Work:

nLIGHT since Jan 2011
Product Engineering Manager
nLight Photonics Jan 2009 - Jan 2011
Electro-Optics Engineer
Brigham Young University Dec 2004 - Dec 2008
PhD. Graduate in Electromagnetics and Optics

Education:

Brigham Young University 1998 - 2008

Electro-Optics Engineer At Nlight Photonics

view source

Location:

Portland, Oregon Area

Industry:

Research

Experience:

nLight Photonics (Privately Held; Semiconductors industry): Electro-Optics Engineer, (January 2009-Present) Brigham Young University (Educational Institution; Higher Education industry): PhD. Graduate in Electromagnetics and Optics, (December 2004-December ...

Us Patents

Methods To Maintain And Control The Polarization State From 3C Optical Fiber
view source
US Patent:

20200287345, Sep 10, 2020
Filed:

Mar 4, 2020
Appl. No.:

16/809314
Inventors:

- Vancouver WA, US
Tyson Lowder - Vancouver WA, US
Assignee:

nLIGHT, Inc. - Vancouver WA
International Classification:

H01S 3/30
H01S 3/067
H01S 3/094
Abstract:

Fiber laser amplification systems and methods are disclosed for use with a chirally coupled core (3C) optical fiber enabling the generation of a high-power output beam having a controlled stable polarization state. Vector modulation instabilities which typically induce undesirable sidebands in 3C fiber optics are greatly reduced even at high peak powers, enabling operation of the up to power levels limited mainly by stimulated Raman scattering (SRS). Polarization extinction ratios (PER) demonstrate long-term stability and minimal degradation due to changes in system temperature. Delays in reaching stable operation during start-up are also greatly reduced.