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Data for devsim

AM0.csv

Downloaded from PV Lighthouse on July 21st 2018

Description: This is the Air Mass 0 spectrum, generated with SMARTS v 2.9.2 (with the SMARTS/Gueymard model chosen for the extraterrestrial spectrum).

Outputs Integrated over the range 280–4000 nm:

  • Intensity: 1348,0434 (W/m²)
  • Photon flux : 6,1445397E+17 (cm–2⋅s–1)
  • Photon current : 98,447815 (mA/cm2)

Columns:

  • Column 1: Wavelength (nm)
  • Column 2: Spectral irradiance (W⋅m–2⋅nm–1)
  • Column 3: Cumulative photon flux (cm–2⋅s–1)

AM1.5d.csv

Downloaded from PV Lighthouse on July 21st 2018

Description: This is the Air Mass 1.5 direct normal irradiance, calculated with SMARTS v 2.9.2 with inputs chosen per international standard IEC 60904-3-Ed2.

Outputs Integrated over the range 280–4000 nm:

  • Intensity: 900,18710 W/m2
  • Photon flux: 3,9855336E+17 cm–2⋅s–1
  • Photon current: 63,856220 mA/cm2

AM1.5g.csv

Downloaded from PV Lighthouse_ on July 21st 2018

Description: This is the Air mass 1.5 global tilted irradiance, calculated with SMARTS v 2.9.2 with inputs chosen per international standard IEC 60904-3-Ed2. Note that this standard calls for the SMARTS output values for the spectral irradiance to be multiplied by a normalisation factor (0.9971) "in order to get an integrated irradiance of 1000 W/m2 in the wavelength range 0 to infinity."

Outputs Integrated over the range 280–4000 nm:

  • Intensity: 997,54153 W/m2
  • Photon flux: 4,2907423E+17 cm–2⋅s–1
  • Photon current: 68,746273 mA/cm2

QFlash.csv

Downloaded from PV Lighthouse_ on July 21st 2018

Description: This is the Spectral irradiance of the Xenon flash (unfiltered) typically used to illuminate samples during photoconductance lifetime measurement (eg. with a Sinton WCT tool).

Outputs: Integrated over the range 251–1200 nm:

  • Intensity: 751,27626 W/m2
  • Photon flux: 2,8978947E+17 cm–2⋅s–1
  • Photon current: 46,430068 mA/cm2

QFlash-IR.csv

Downloaded from PV Lighthouse_ on July 21st 2018

Description: This is the Spectral irradiance (through a high pass filter) of the Xenon flash typically used to illuminate samples during photoconductance lifetime measurement (eg. with a Sinton WCT tool).

Outputs: Integrated over the range 251–1200 nm:

  • Intensity: 632,63091 W/m2
  • Photon flux: 2,8977775E+17 cm–2⋅s–1
  • Photon current: 46,428190 mA/cm2

Refractive indexes

Files contained in data folder: data/refractive_indexes

Si.csv

Refractive index data of Silicon downloaded from PV Lighthouse

Description: This is a list of the complex refractive index for Si in function of the of the wave length.

Reference

[Gre08] M. Green, 'Self-consistent optical parameters of intrinsic silicon at 300K including temperature coefficients', Solar Energy Materials & Solar Cells 92, pp. 1305–1310, 2008.

  • Row 1: Wavelength
  • Row 2: n (real part of refractive index)
  • Row 3: k (imaginary part of refractive index: Exctinction coefficient)
  • Row 4: alpha (cm-1) absorption coefficient

Air.csv

Description: This is the complex refractive index for Air in function of the wave length.

Downloaded from PV Lighthouse

Reference:

[Pal85d] E. Palik, Handbook of Optical Constants of Solids Vol I, Academic Press, Orlando, pp. 577–580, 1985.

  • Row 1: Wavelength
  • Row 2: n (real part of refractive index)
  • Row 3: k (imaginary part of refractive index: Exctinction coefficient)
  • Row 4: alpha (cm-1) absorption coefficient