This file generated: 15/10/2019


README SRF:

VIIRS Vis/Nir Readme file Nov 2011
Each channel RSR corresponds to the best recommanded by Chris Moeller 4th November 2011
 CFPA stands C... Focal Plane A... this is relative to measurements on the instrument itself
 SC stands for SpaceCraft this measurement after installion on the spacecraft
Spacecraft level RSR for bands M1-M7 and I2, should be almost identical to the Northrop Grumman release.
Original spectral response functions are extrated from following files

GT_F1_VisNIR_RSR_Release1.0_Best_I1_S0_v3_ib_oob.txt
GT_F1_VisNIR_RSR_Release1.0_Best_I1_S1_v3_ib_oob.txt
GT_F1_SC_RSR_Release1.0_Best_I2_V2.72_ib_oob.txt
GT_F1_CFPA_RSR_Release1.0_Best_I3_S0_v3_ib_oob.txt
GT_F1_CFPA_RSR_Release1.0_Best_I3_S1_v3_ib_oob.txt
GT_F1_SC_RSR_Release1.0_Best_M1_V2.71_ib_oob.txt
GT_F1_SC_RSR_Release1.0_Best_M2_V2.71_ib_oob.txt
GT_F1_SC_RSR_Release1.0_Best_M3_V2.71_ib_oob.txt
GT_F1_SC_RSR_Release1.0_Best_M4_V2.71_ib_oob.txt
GT_F1_SC_RSR_Release1.0_Best_M5_V2.71_ib_oob.txt
GT_F1_SC_RSR_Release1.0_Best_M6_V2.71_ib_oob.txt
GT_F1_SC_RSR_Release1.0_Best_M7_V2.71_ib_oob.txt
GT_F1_CFPA_RSR_Release1.0_Best_M8_v3_ib_oob.txt
GT_F1_CFPA_RSR_Release1.0_Best_M9_v3_ib_oob.txt
GT_F1_CFPA_RSR_Release1.0_Best_M10_v3_ib_oob.txt
GT_F1_CFPA_RSR_Release1.0_Best_M11_v3_ib_oob.txt
GT_F1_DNB_RSR_Release1.0_Best_DNB_v3_ib_oob.txt

Step 1: convert each detector RSR in wavenumbers
 - linear interpolation to fixed wavenumber grid with intervals of 1cm-1
 - channels I3, M8-M11 are interpolated on 0.25cm-1 grid

Step 2: truncate the Vis/Nir RSR (in cm-1)
      I1    14000, 18000
      I2    10500, 13000
      I3     5500,  7000
      M1    23000, 25200 (AER v3.1 LbL database ends at 25232cm-1)
      M2    21500, 23500
      M3    19500, 21500
      M4    17000, 19500
      M5    14000, 16000
      M6    13000, 14000
      M7    10750, 12500
      M8     7700,  8500
      M9     7000,  7500
      M10    5750,  6750
      M11    4200,  4650
      DNB   11000, 21000

Step 3: average detectors and provide only one RSR per channel

VIIRS IR Readme file Nov 2011
Each channel RSR corresponds to the best recommanded by Chris Moeller 4th November 2011
 CFPA stands C... Focal Plane A... this is relative to measurements on the instrument itself
 SC stands for SpaceCraft this measurement after installion on the spacecraft
Original spectral response functions are extrated from following files

GT_F1_CFPA_RSR_Release1.0_Best_I4_S0_v3_ib_oob.txt
GT_F1_CFPA_RSR_Release1.0_Best_I4_S1_v3_ib_oob.txt
GT_F1_CFPA_RSR_Release1.0_Best_I5_S0_v3_ib_oob.txt
GT_F1_CFPA_RSR_Release1.0_Best_I5_S1_v3_ib_oob.txt
GT_F1_CFPA_RSR_Release1.0_Best_M12_v3_ib_oob.txt
GT_F1_CFPA_RSR_Release1.0_Best_M13_v3_ib_oob.txt
GT_F1_CFPA_RSR_Release1.0_Best_M14_v3_ib_oob.txt
GT_F1_CFPA_RSR_Release1.0_Best_M15_v3_ib_oob.txt
GT_F1_CFPA_RSR_Release1.0_Best_M16A_v3_ib_oob.txt
GT_F1_CFPA_RSR_Release1.0_Best_M16B_v3_ib_oob.txt

Step 1: convert each detector RSR in wavenumbers
 - linear interpolation to fixed wavenumber grid with intervals of 0.25cm-1

Step 2: truncate the IR RSR (in cm-1)
      I4     2350, 3050
      I5      750, 1000
      M8     7700, 8500
      M9     7000, 7500
      M10    5750, 6750
      M11    4200, 4650
      M12    2400, 3000
      M13    2250, 2700
      M14    1100, 1250
      M15     825, 1050
      M16     750,  950

Step 3: average detectors and provide only one RSR per channel


Download all SRFs: rtcoef_jpss_0_viirs_srf.tar.gz


Channel 01
Central wavenumber/wavelength: 15740.988 cm-1 / 0.635 microns
Comment: 1 , GT_F1_VisNIR_RSR_Release1.0_Best_I1_S0_v3_ib_oob.txt
SRF data: rtcoef_jpss_0_viirs_srf_ch01.txt
SRF plot: rtcoef_jpss_0_viirs_srf_ch01.png
Channel 02
Central wavenumber/wavelength: 11611.082 cm-1 / 0.861 microns
Comment: 2 , GT_F1_SC_RSR_Release1.0_Best_I2_V2.72_ib_oob.txt
SRF data: rtcoef_jpss_0_viirs_srf_ch02.txt
SRF plot: rtcoef_jpss_0_viirs_srf_ch02.png
Channel 03
Central wavenumber/wavelength: 24362.329 cm-1 / 0.410 microns
Comment: 3 , GT_F1_SC_RSR_Release1.0_Best_M1_V2.71_ib_oob.txt
SRF data: rtcoef_jpss_0_viirs_srf_ch03.txt
SRF plot: rtcoef_jpss_0_viirs_srf_ch03.png
Channel 04
Central wavenumber/wavelength: 22552.572 cm-1 / 0.443 microns
Comment: 4 , GT_F1_SC_RSR_Release1.0_Best_M2_V2.71_ib_oob.txt
SRF data: rtcoef_jpss_0_viirs_srf_ch04.txt
SRF plot: rtcoef_jpss_0_viirs_srf_ch04.png
Channel 05
Central wavenumber/wavelength: 20571.487 cm-1 / 0.486 microns
Comment: 5 , GT_F1_SC_RSR_Release1.0_Best_M3_V2.71_ib_oob.txt
SRF data: rtcoef_jpss_0_viirs_srf_ch05.txt
SRF plot: rtcoef_jpss_0_viirs_srf_ch05.png
Channel 06
Central wavenumber/wavelength: 18169.487 cm-1 / 0.550 microns
Comment: 6 , GT_F1_SC_RSR_Release1.0_Best_M4_V2.71_ib_oob.txt
SRF data: rtcoef_jpss_0_viirs_srf_ch06.txt
SRF plot: rtcoef_jpss_0_viirs_srf_ch06.png
Channel 07
Central wavenumber/wavelength: 14899.324 cm-1 / 0.671 microns
Comment: 7 , GT_F1_SC_RSR_Release1.0_Best_M5_V2.71_ib_oob.txt
SRF data: rtcoef_jpss_0_viirs_srf_ch07.txt
SRF plot: rtcoef_jpss_0_viirs_srf_ch07.png
Channel 08
Central wavenumber/wavelength: 13418.566 cm-1 / 0.745 microns
Comment: 8 , GT_F1_SC_RSR_Release1.0_Best_M6_V2.71_ib_oob.txt
SRF data: rtcoef_jpss_0_viirs_srf_ch08.txt
SRF plot: rtcoef_jpss_0_viirs_srf_ch08.png
Channel 09
Central wavenumber/wavelength: 11608.528 cm-1 / 0.861 microns
Comment: 9 , GT_F1_SC_RSR_Release1.0_Best_M7_V2.71_ib_oob.txt
SRF data: rtcoef_jpss_0_viirs_srf_ch09.txt
SRF plot: rtcoef_jpss_0_viirs_srf_ch09.png
Channel 10
Central wavenumber/wavelength: 15216.551 cm-1 / 0.657 microns
Comment: 10 , GT_F1_DNB_RSR_Release1.0_Best_DNB_v3_ib_oob.txt
SRF data: rtcoef_jpss_0_viirs_srf_ch10.txt
SRF plot: rtcoef_jpss_0_viirs_srf_ch10.png
Channel 11
Central wavenumber/wavelength: 8076.274 cm-1 / 1.238 microns
Comment: 11 , GT_F1_CFPA_RSR_Release1.0_Best_M8_v3_ib_oob.txt
SRF data: rtcoef_jpss_0_viirs_srf_ch11.txt
SRF plot: rtcoef_jpss_0_viirs_srf_ch11.png
Channel 12
Central wavenumber/wavelength: 7271.115 cm-1 / 1.375 microns
Comment: 12 , GT_F1_CFPA_RSR_Release1.0_Best_M9_v3_ib_oob.txt
SRF data: rtcoef_jpss_0_viirs_srf_ch12.txt
SRF plot: rtcoef_jpss_0_viirs_srf_ch12.png
Channel 13
Central wavenumber/wavelength: 6245.764 cm-1 / 1.601 microns
Comment: 13 , GT_F1_CFPA_RSR_Release1.0_Best_I3_S0_v3_ib_oob.txt
SRF data: rtcoef_jpss_0_viirs_srf_ch13.txt
SRF plot: rtcoef_jpss_0_viirs_srf_ch13.png
Channel 14
Central wavenumber/wavelength: 6246.529 cm-1 / 1.601 microns
Comment: 14 , GT_F1_CFPA_RSR_Release1.0_Best_M10_v3_ib_oob.txt
SRF data: rtcoef_jpss_0_viirs_srf_ch14.txt
SRF plot: rtcoef_jpss_0_viirs_srf_ch14.png
Channel 15
Central wavenumber/wavelength: 4430.910 cm-1 / 2.257 microns
Comment: 15 , GT_F1_CFPA_RSR_Release1.0_Best_M11_v3_ib_oob.txt
SRF data: rtcoef_jpss_0_viirs_srf_ch15.txt
SRF plot: rtcoef_jpss_0_viirs_srf_ch15.png
Channel 16
Central wavenumber/wavelength: 2675.393 cm-1 / 3.738 microns
Comment: 16 , GT_F1_CFPA_RSR_Release1.0_Best_I4_S0_v3_ib_oob.txt
SRF data: rtcoef_jpss_0_viirs_srf_ch16.txt
SRF plot: rtcoef_jpss_0_viirs_srf_ch16.png
Channel 17
Central wavenumber/wavelength: 2707.694 cm-1 / 3.693 microns
Comment: 17 , GT_F1_CFPA_RSR_Release1.0_Best_M12_v3_ib_oob.txt
SRF data: rtcoef_jpss_0_viirs_srf_ch17.txt
SRF plot: rtcoef_jpss_0_viirs_srf_ch17.png
Channel 18
Central wavenumber/wavelength: 2460.010 cm-1 / 4.065 microns
Comment: 18 , GT_F1_CFPA_RSR_Release1.0_Best_M13_v3_ib_oob.txt
SRF data: rtcoef_jpss_0_viirs_srf_ch18.txt
SRF plot: rtcoef_jpss_0_viirs_srf_ch18.png
Channel 19
Central wavenumber/wavelength: 1165.960 cm-1 / 8.577 microns
Comment: 19 , GT_F1_CFPA_RSR_Release1.0_Best_M14_v3_ib_oob.txt
SRF data: rtcoef_jpss_0_viirs_srf_ch19.txt
SRF plot: rtcoef_jpss_0_viirs_srf_ch19.png
Channel 20
Central wavenumber/wavelength: 933.749 cm-1 / 10.710 microns
Comment: 20 , GT_F1_CFPA_RSR_Release1.0_Best_M15_v3_ib_oob.txt
SRF data: rtcoef_jpss_0_viirs_srf_ch20.txt
SRF plot: rtcoef_jpss_0_viirs_srf_ch20.png
Channel 21
Central wavenumber/wavelength: 876.171 cm-1 / 11.413 microns
Comment: 21 , GT_F1_CFPA_RSR_Release1.0_Best_I5_S0_v3_ib_oob.txt
SRF data: rtcoef_jpss_0_viirs_srf_ch21.txt
SRF plot: rtcoef_jpss_0_viirs_srf_ch21.png
Channel 22
Central wavenumber/wavelength: 845.003 cm-1 / 11.834 microns
Comment: 22 , GT_F1_CFPA_RSR_Release1.0_Best_M16A_v3_ib_oob.txt
SRF data: rtcoef_jpss_0_viirs_srf_ch22.txt
SRF plot: rtcoef_jpss_0_viirs_srf_ch22.png