A fiber optics based 1310nm laser was applied with the primary standard cryogenic radiometer for optical power measurement to extend NMC’s spectral responsivity scale toward infrared wavelength. The absolute optical power was measured and two absolute transfer standard detectors (InGaAs based trap detectors) were calibrated at 1310nm. The measurement setup is described and the measurement uncertainty was analyzed. The advantages of using fiber optics based laser sources are discussed in the paper. With the new calibration capability, the uncertainty of the spectral responsivity in the range from 900nm to 1640nm in NMC will be improved.Published versio
This thesis outlines the development and characterisation of mid-InfraRed (IR) fibre lasers for the ...
This work aims to determine the radiance responsivity to be used in the calibration of polychromatic...
Recent advances that have taken place in laser sources and detectors for use with mid-IR fibers in t...
This paper presents the spectral responsivity calibrations of two indium gallium arsenide (InGaAs) a...
AbstractThis paper describes the spectral responsivity scale established at the National Metrology C...
NIST has completed commissioning of a new, state-of-the-art cryogenic primary standard for optical f...
The objective of this final year project was to design and build a single frequency 1-micron fiber l...
Realization of spectral responsivity scale was studied in three stages. Firstly, absolute optical po...
A portable wavelength tunable light source to calibrate the spectral responsivities of detectors in ...
The high-performance measuring device is an essential tool to test the transmission characteristics ...
Abstract. Due to their high wavelength and power range, thermal detectors were employed in our measu...
An optical power calibrator is described whose overall calibration uncertainty is less than 10/sup -...
We have previously presented work describing a new optical fibre-coupled cryogenic primary standard ...
Abstract: High accuracy laser radiometry is on the verge of growth and improvements just as new lase...
The measurement uncertainty in a production line depends on the reference cell uncertainty and has a...
This thesis outlines the development and characterisation of mid-InfraRed (IR) fibre lasers for the ...
This work aims to determine the radiance responsivity to be used in the calibration of polychromatic...
Recent advances that have taken place in laser sources and detectors for use with mid-IR fibers in t...
This paper presents the spectral responsivity calibrations of two indium gallium arsenide (InGaAs) a...
AbstractThis paper describes the spectral responsivity scale established at the National Metrology C...
NIST has completed commissioning of a new, state-of-the-art cryogenic primary standard for optical f...
The objective of this final year project was to design and build a single frequency 1-micron fiber l...
Realization of spectral responsivity scale was studied in three stages. Firstly, absolute optical po...
A portable wavelength tunable light source to calibrate the spectral responsivities of detectors in ...
The high-performance measuring device is an essential tool to test the transmission characteristics ...
Abstract. Due to their high wavelength and power range, thermal detectors were employed in our measu...
An optical power calibrator is described whose overall calibration uncertainty is less than 10/sup -...
We have previously presented work describing a new optical fibre-coupled cryogenic primary standard ...
Abstract: High accuracy laser radiometry is on the verge of growth and improvements just as new lase...
The measurement uncertainty in a production line depends on the reference cell uncertainty and has a...
This thesis outlines the development and characterisation of mid-InfraRed (IR) fibre lasers for the ...
This work aims to determine the radiance responsivity to be used in the calibration of polychromatic...
Recent advances that have taken place in laser sources and detectors for use with mid-IR fibers in t...