Micron Optics

Atlanta, GA 30345

COMPANY OVERVIEW

About Micron Optics

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Contact

1852 Century Pl NE
Atlanta, GA 30345
United States
http://www.micronoptics.com
404-325-0005
912-580-9550

More Info on Micron Optics

MOI tunable optical filters, swept lasers, optical sensors, and sensing interrogators deliver the highest degree of measurement precision, resolution, and accuracy required for customers to yield superior, advanced solutions.

Products

Buyer's Guide

High Speed Swept Laser

Compact, rugged, portable - swept laser modules for 1550nm window

Articles

Test & Measurement

Luna acquires Micron Optics, expands optical and fiber-optic testing and sensing portfolio

Due to the complementary nature of Micron's products, Luna expects a smooth integration with its existing product lines.
(Image credit: Fiberguide Industries)
Fiberguide Industries and Micron Optics are partnering to improve FBG-based fiber-optic sensors.
Fiberguide Industries and Micron Optics are partnering to improve FBG-based fiber-optic sensors.
Fiberguide Industries and Micron Optics are partnering to improve FBG-based fiber-optic sensors.
Fiberguide Industries and Micron Optics are partnering to improve FBG-based fiber-optic sensors.
Fiberguide Industries and Micron Optics are partnering to improve FBG-based fiber-optic sensors.
Fiber Optics

Fiberguide and Micron Optics partner to manufacture improved FBG fiber-optic sensors

Fiberguide partnered with Micron to manufacture their line of fiber Bragg grating (FBG) optical sensors.
Fiber Optics

Micron Optics FBG fiber-optic sensors monitor world's tallest "smart structure"

Atlanta, GA--Micron Optics announced successful installation of two of their fiber-optic sensing systems in the world's tallest television tower.
FIGURE 1. A fiber Bragg grating interrogation system monitors wavelength shifts in FBG sensors and achieves resolution, accuracy, linearity, and stability in the picometer-wavelength range. Key to the system is the multiwavelength reference, which contains a reference LED, a bandpass filter, and a fixed Fabry-Perot interferometer.
FIGURE 1. A fiber Bragg grating interrogation system monitors wavelength shifts in FBG sensors and achieves resolution, accuracy, linearity, and stability in the picometer-wavelength range. Key to the system is the multiwavelength reference, which contains a reference LED, a bandpass filter, and a fixed Fabry-Perot interferometer.
FIGURE 1. A fiber Bragg grating interrogation system monitors wavelength shifts in FBG sensors and achieves resolution, accuracy, linearity, and stability in the picometer-wavelength range. Key to the system is the multiwavelength reference, which contains a reference LED, a bandpass filter, and a fixed Fabry-Perot interferometer.
FIGURE 1. A fiber Bragg grating interrogation system monitors wavelength shifts in FBG sensors and achieves resolution, accuracy, linearity, and stability in the picometer-wavelength range. Key to the system is the multiwavelength reference, which contains a reference LED, a bandpass filter, and a fixed Fabry-Perot interferometer.
FIGURE 1. A fiber Bragg grating interrogation system monitors wavelength shifts in FBG sensors and achieves resolution, accuracy, linearity, and stability in the picometer-wavelength range. Key to the system is the multiwavelength reference, which contains a reference LED, a bandpass filter, and a fixed Fabry-Perot interferometer.
Fiber Optics

Multiplexed fiber gratings enhance mechanical sensing

An interrogation system to measure wavelength shifts in fiber Bragg gratings achieves picometer wavelength accuracies over an extended time.

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