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Search Publications by: Jeanne M Houston (Fed)

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Displaying 1 - 17 of 17

Multi-facility comparison of InGaAs trap detector responsivity for optical fiber power

September 1, 2025
Author(s)
Kyle Rogers, Jeanne Houston, Zeus Ruiz Gutierrez, Matthew Spidell, Padraic Aither, Marty Gould, John Lehman
The absolute responsivity of an optical detector in a trap configuration has been investigated in the interest of high-accuracy fiber-coupled measurements for commercial optical fiber power meters and fiber-coupled single-photon detector calibrations. The

IR-enhanced Si reference detectors for 1-step scale transfers from 300 nm to 1000 nm

November 20, 2014
Author(s)
George P. Eppeldauer, Thomas C. Larason, Jeanne M. Houston, Robert E. Vest, Uwe Arp, Howard W. Yoon
IR-enhanced Si photodiodes have improved radiometric and electronic characteristics as compared to other widely used Si photodiodes and can be used as responsivity standards in the wavelength range from 300 nm to 1000 nm. Their low predicted uncertainty

Extension of the NIST spectral power-responsivity calibration service to 2500 nm

March 2, 2012
Author(s)
George P. Eppeldauer, Howard W. Yoon, Jinan Zeng, Thomas C. Larason, Jeanne M. Houston, Vladimir Khromchenko
The National Institute of Standards and Technology (NIST) is working to extend the upper wavelength limit of the spectral power-responsivity calibration service from 1800 nm to 2500 nm. This extension is based on extended-InGaAs (EIGA) transfer- and

NIST Reference Cryogenic Radiometer Designed for Versatile Performance

January 1, 2006
Author(s)
Jeanne M. Houston, Joseph P. Rice
We describe the concept of modularity and versatility in the construction of a new cryogenic radiometer developed at NIST. We address the benefits of the modular design in the construction and development and discuss some of the device characterizations

Comparison of Two Cryogenic Radiometers at NIST

August 1, 2001
Author(s)
Jeanne M. Houston, David J. Livigni
Two cryogenic radiometers from NIST, one from the Optical Technology Division and the other from the Optoelectronics Division, were compared at three visible laser wavelengths. For this comparison each radiometer calibrated two photodiode trap detectors
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