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Spectral Response

Measurement Apparatus
Model: HO-AE-SR18
Integrated system & Easy to install
Available in Czerny - Turner design


Spectral response is the ratio of the current generated by the solar cell to the power incident on the solar cell or a detector. Spectral response measurement apparatus measures short circuit current of solar cell at selected wavelengths over a broad range of wavelengths.

HOLMARC's Spectral response measurement system (Model NO: HOAE-SR18) is capable of measuring the spectral response of any kind of photovoltaic devices, such as single or multi junction solar cells or sensors in an area up to 30mm2. Measurements can be taken in the wavelength range from 300 to 1600nm at a resolution of 1nm. It is also possible to apply light or voltage bias up to 10V during the measurements. Current, normalized with respect to light power versus wavelength gives spectral response of the cell. Spectral response is directly related to external quantum efficiency. The measurements can be performed manually using onboard controls or automatically by interfacing to a computer.

Third party Source Measure Unit (SMU) should be used for the measurement of the current through, and also to apply the voltage to, the sample. Holmarc also supply a complete solar cell characterization system (Model HO-SC-QEIV) which has internal source measure circuit to perform both IV and spectral response measurements.




    Optical path :     Czerny-Turner configuration
    Scanning range :     300 - 1100 nm
    Absolute diffraction efficiency :     45 - 65 %
    Resolution :     0.1 nm (@546 nm, 10 μm slit width)
    Wavelength accuracy :     ≤ 0.2 nm
    Wavelength repeatability :     ≤ 0.1 nm
    Stray light :     ≤ 10-3
    Reciprocal of linear dispersion :     2.7 mm
    Half-width of spectral line :     ≤ 0.2 nm @ 586 nm
Features

    The system can be used in standalone mode

    20 x 4 line LCD, keyboard and PC software for user interface

    Plot browser to read spectral response at each wavelength

    Wavelength range between 200 and 1400 nm

    Stepping motor scanning for precision wavelength positioning


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