A vector of indexes for extracting subsets of spectra from the
sensors.mspct object.
Usage
uv_sensors
uvc_sensors
uvb_sensors
erythemal_sensors
uva_sensors
par_sensors
epar_sensors
vis_sensors
photometric_sensors
shortwave_sensors
pyranometer_sensors
red_sensors
far_red_sensors
blue_sensors
green_sensors
multichannel_sensorsFormat
An object of class character of length 27.
An object of class character of length 2.
An object of class character of length 6.
An object of class character of length 10.
An object of class character of length 8.
An object of class character of length 9.
An object of class character of length 1.
An object of class character of length 3.
An object of class character of length 3.
An object of class character of length 4.
An object of class character of length 4.
An object of class character of length 2.
An object of class character of length 2.
An object of class character of length 1.
An object of class character of length 1.
An object of class character of length 11.
Details
TSL254R light-to-voltage optical sensor combining a photodiode and a transimpedance amplifier, sold as electronic components. The spectral response is nearly identical for type TSL250, TSL251 and TSL252. (part is no longer in production.)
TSL257 high-sensitivity low-noise light-to-voltage optical converter that combines a photodiode and a transimpedance amplifier, sold as electronic components.
AS7263, AS7331, AS7341, AS7343, TSL2501 are miniature multichannel sensors in SMD packages. In addition to photodiodes and optical filters they contain analogue signal amplifiers and analogue to digital conversion circuits. The data are returned digitally through an I2C serial interface. In some of them analogue gain and ADC integration time can be set through the I2C interface.
BPX65 is a silicon (Si) photodiode in T18 can package.
Manufacturer: ams-OSRAM AG, Austria. https://ams-osram.com
Note
Digitized with 'DigitizeIt' or 'engauge' from manufacturers publications. This are approximate data, both because of the digitizing process, and because they are either typical values or for a specific sensor unit. Individual sensor units are expected to differ to some degree in spectral response. In the case of multichannel sensors, the spectra for all channels are plotted in the same figure in the data sheets and in out-of-band regions the lines overlap making accurate extraction of values difficult. Variation from unit to unit affects both response and center/peak wavelengths.
References
Data sheet for TSL254R (TAOS, TAOS071C - SEPTEMBER 2007)
Data sheet for TSL257 (v1-00, 2016-Jul-25)
Data sheet for TSL2591 (ams DS000338, v3-00, 2023-Feb-08)
Data sheet for AS7263 (ams DS000476, v4-00, 2022-Nov-30)
Data sheet for AS7331 (ams DS001047, v4-00, 2023-Mar-24)
Data sheet for AS7341 (ams DS000504, v3-00, 2020-Jun-25)
Data sheet for AS7343 (ams DS001046, v6-00, 2023-Jun-07)
Data sheet for BPX65 (Version 1.4, 2023-01-24)
Examples
uv_sensors # ultraviolet
#> [1] "sglux_SG01D_C" "AnalytikJena_UVX25"
#> [3] "sglux_SG01D_B" "Solarmeter_SM60"
#> [5] "Skye_SKU430a" "KIPP_UVS_B"
#> [7] "AnalytikJena_UVX31" "Irradian_DA211B2_Cos"
#> [9] "apogee_su_200" "sglux_SG01D_A"
#> [11] "Skye_SKU421" "Skye_SKU421a"
#> [13] "KIPP_UVS_A" "AnalytikJena_UVX36"
#> [15] "sglux_custom_UVA1" "KIPP_UVS_E"
#> [17] "Thies_E1c" "Skye_SKU440a"
#> [19] "SolarLight_501_Biometer_high_UVA" "SolarLight_501_Biometer_low_UVA"
#> [21] "SolarLight_501_Biometer_typical" "Vital_BW_20"
#> [23] "Berger_UV_Biometer" "Vishay_VEML6075"
#> [25] "LiteOn_LTR390" "sglux_SG01L"
#> [27] "KIPP_CUV_5"
uvc_sensors # ultraviolet-C
#> [1] "sglux_SG01D_C" "AnalytikJena_UVX25"
uvb_sensors # ultraviolet-B
#> [1] "sglux_SG01D_B" "Solarmeter_SM60" "Skye_SKU430a"
#> [4] "KIPP_UVS_B" "AnalytikJena_UVX31" "Irradian_DA211B2_Cos"
uva_sensors # ultraviolet-A
#> [1] "apogee_su_200" "sglux_SG01D_A" "Skye_SKU421"
#> [4] "Skye_SKU421a" "KIPP_UVS_A" "AnalytikJena_UVX36"
#> [7] "sglux_custom_UVA1" "Irradian_DA211B2_Cos"
epar_sensors # extended photosynthetically active radiation
#> [1] "apogee_sq_610"
par_sensors # photosynthetically active radiation
#> [1] "apogee_sq_500" "Skye_SKP215" "Skye_SKE510"
#> [4] "Skye_SKP210" "KIPP_PQS1" "LICOR_LI_190"
#> [7] "DeltaT_BF5" "Specmeters_3415F" "Irradian_DV211Q_Cos"
vis_sensors # "visual" light sensors
#> [1] "Skye_SKL310" "LICOR_LI_210" "LiteOn_LTR390"
shortwave_sensors
#> [1] "Skye_SKS1110" "LICOR_LI_200" "KIPP_CM21"
#> [4] "Irradian_DV211E_Cos"
red_sensors
#> [1] "Skye_SKR110_R" "apogee_s2_131_R"
far_red_sensors
#> [1] "Skye_SKR110_FR" "apogee_s2_131_FR"
blue_sensors
#> [1] "sglux_TOCON_blue4"
multichannel_sensors
#> [1] "Skye_SKR110_R" "Skye_SKR110_FR" "apogee_s2_131_R" "apogee_s2_131_FR"
#> [5] "Vishay_VEML6075" "LiteOn_LTR390" "ams_AS7263" "ams_AS7331"
#> [9] "ams_AS7341" "ams_AS7343" "ams_TSL2591"
# select PAR sensors
sensors.mspct[par_sensors]
#> Object: response_mspct [9 x 1]
#> --- Member: apogee_sq_500 ---
#> Object: response_spct [226 x 2]
#> Wavelength range 300.45075-799.32289 nm, step 0.5003733-4.002986 nm
#> Label: apogee sq 500 light sensor
#> Sensor: sq from apogee.
#> Spct: data in s.e.response normalized to 1 at 676.2 nm (max in 300-799 nm)
#> Variables:
#> w.length: Wavelength [nm]
#> s.e.response: Spectral energy response [normalized]
#> --
#> # A tibble: 226 × 2
#> w.length s.e.response
#> <dbl> <dbl>
#> 1 300. 0.00120
#> 2 304. 0.00116
#> 3 308. 0.00111
#> 4 309. 0.00106
#> 5 312. 0.00107
#> 6 316. 0.00108
#> 7 318. 0.00109
#> 8 320. 0.00100
#> 9 320. 0.00100
#> 10 324. 0.00101
#> # ℹ 216 more rows
#> --- Member: Skye_SKP215 ---
#> Object: response_spct [192 x 2]
#> Wavelength range 382.04143-750.07094 nm, step 0.5007204-4.005763 nm
#> Label: Skye SKP215 light sensor
#> Sensor: SKP215 from Skye.
#> Spct: data in s.e.response normalized to 1 at 663.9 nm (max in 382-750 nm)
#> Variables:
#> w.length: Wavelength [nm]
#> s.e.response: Spectral energy response [normalized]
#> --
#> # A tibble: 192 × 2
#> w.length s.e.response
#> <dbl> <dbl>
#> 1 382. 0.00712
#> 2 383. 0.00789
#> 3 383. 0.00865
#> 4 384. 0.0102
#> 5 386. 0.0133
#> 6 388. 0.0169
#> 7 389. 0.0199
#> 8 390. 0.0237
#> 9 391. 0.0284
#> 10 392. 0.0313
#> # ℹ 182 more rows
#> --- Member: Skye_SKE510 ---
#> Object: response_spct [196 x 2]
#> Wavelength range 381.40741-735.58113 nm, step 0.5009529-4.007623 nm
#> Label: Skye SKE510 light sensor
#> Sensor: SKE510 from Skye.
#> Spct: data in s.e.response normalized to 1 at 538.8 nm (max in 381-736 nm)
#> Variables:
#> w.length: Wavelength [nm]
#> s.e.response: Spectral energy response [normalized]
#> --
#> # A tibble: 196 × 2
#> w.length s.e.response
#> <dbl> <dbl>
#> 1 381. 0.0147
#> 2 382. 0.0159
#> 3 382. 0.0172
#> 4 383. 0.0197
#> 5 385. 0.0247
#> 6 388. 0.0328
#> 7 389. 0.0368
#> 8 390. 0.0416
#> 9 391. 0.0471
#> 10 392. 0.0503
#> # ℹ 186 more rows
#> --- Member: Skye_SKP210 ---
#> Object: response_spct [183 x 2]
#> Wavelength range 351.22185-749.24941 nm, step 0.5006636-4.005309 nm
#> Label: Skye SKP210 light sensor
#> Sensor: SKP210 from Skye.
#> Spct: data in s.e.response normalized to 1 at 678.7 nm (max in 351-749 nm)
#> Variables:
#> w.length: Wavelength [nm]
#> s.e.response: Spectral energy response [normalized]
#> --
#> # A tibble: 183 × 2
#> w.length s.e.response
#> <dbl> <dbl>
#> 1 351. 0.00250
#> 2 352. 0.00306
#> 3 352. 0.00362
#> 4 353. 0.00473
#> 5 355. 0.00699
#> 6 359. 0.0109
#> 7 363. 0.0131
#> 8 367. 0.0140
#> 9 371. 0.0159
#> 10 375. 0.0195
#> # ℹ 173 more rows
#> --- Member: KIPP_PQS1 ---
#> Object: response_spct [280 x 2]
#> Wavelength range 391.431-717.608 nm, step 0.5010399-4.00832 nm
#> Label: KIPP PQS1 light sensor
#> Sensor: PQS1 from KIPP.
#> Spct: data in s.e.response normalized to 1 at 673.5 nm (max in 391-718 nm)
#> Variables:
#> w.length: Wavelength [nm]
#> s.e.response: Spectral energy response [normalized]
#> --
#> # A tibble: 280 × 2
#> w.length s.e.response
#> <dbl> <dbl>
#> 1 391. 0.0245
#> 2 392. 0.0327
#> 3 392. 0.0410
#> 4 393. 0.0487
#> 5 393. 0.0561
#> 6 394. 0.0650
#> 7 394. 0.0753
#> 8 395. 0.0960
#> 9 396. 0.119
#> 10 397. 0.134
#> # ℹ 270 more rows
#> --- Member: LICOR_LI_190 ---
#> Object: response_spct [287 x 2]
#> Wavelength range 381.85375-798.83668 nm, step 0.5005798-4.004638 nm
#> Label: LICOR LI 190 light sensor
#> Sensor: LI from LICOR.
#> Spct: data in s.e.response normalized to 1 at 676.9 nm (max in 382-799 nm)
#> Variables:
#> w.length: Wavelength [nm]
#> s.e.response: Spectral energy response [normalized]
#> --
#> # A tibble: 287 × 2
#> w.length s.e.response
#> <dbl> <dbl>
#> 1 382. 0.0272
#> 2 382. 0.0291
#> 3 383. 0.0310
#> 4 384. 0.0349
#> 5 386. 0.0425
#> 6 389. 0.0559
#> 7 389. 0.0590
#> 8 390. 0.0613
#> 9 390. 0.0650
#> 10 391. 0.0689
#> # ℹ 277 more rows
#> --- Member: DeltaT_BF5 ---
#> Object: response_spct [176 x 2]
#> Wavelength range 307.56022-780 nm, step 0.5004659-4.003727 nm
#> Label: DeltaT BF5 light sensor
#> Sensor: BF5 from DeltaT.
#> Spct: data in s.e.response normalized to 1 at 640 nm (max in 308-780 nm)
#> Variables:
#> w.length: Wavelength [nm]
#> s.e.response: Spectral energy response [normalized]
#> --
#> # A tibble: 176 × 2
#> w.length s.e.response
#> <dbl> <dbl>
#> 1 308. 0.00569
#> 2 312. 0.00652
#> 3 316. 0.00736
#> 4 320. 0.00812
#> 5 324. 0.00870
#> 6 328. 0.00918
#> 7 332. 0.00966
#> 8 336. 0.0101
#> 9 340. 0.0107
#> 10 344. 0.0111
#> # ℹ 166 more rows
#> --- Member: Specmeters_3415F ---
#> Object: response_spct [196 x 2]
#> Wavelength range 300.84577-688.66741 nm, step 0.500415-4.00332 nm
#> Label: Specmeters 3415F light sensor
#> Sensor: 3415F from Specmeters.
#> Spct: data in s.e.response normalized to 1 at 611.8 nm (max in 301-689 nm)
#> Variables:
#> w.length: Wavelength [nm]
#> s.e.response: Spectral energy response [normalized]
#> --
#> # A tibble: 196 × 2
#> w.length s.e.response
#> <dbl> <dbl>
#> 1 301. 0.0650
#> 2 301. 0.0656
#> 3 302. 0.0661
#> 4 303. 0.0671
#> 5 305. 0.0692
#> 6 309. 0.0733
#> 7 313. 0.0786
#> 8 317. 0.0838
#> 9 321. 0.0897
#> 10 325. 0.0956
#> # ℹ 186 more rows
#> --- Member: Irradian_DV211Q_Cos ---
#> Object: response_spct [154 x 2]
#> Wavelength range 352.74662-1098.8508 nm, step 1.036245-7.567721 nm
#> Label: Irradian DV211Q Cos light sensor
#> Sensor: DV211Q from Irradian.
#> Spct: data in s.e.response normalized to 1 at 951.1 nm (max in 353-1099 nm)
#> Variables:
#> w.length: Wavelength [nm]
#> s.e.response: Spectral energy response [normalized]
#> --
#> # A tibble: 154 × 2
#> w.length s.e.response
#> <dbl> <dbl>
#> 1 353. 0.000832
#> 2 359. 0.00110
#> 3 365. 0.00185
#> 4 371. 0.00431
#> 5 378. 0.0110
#> 6 384. 0.0212
#> 7 387. 0.0299
#> 8 389. 0.0385
#> 9 391. 0.0483
#> 10 392. 0.0570
#> # ℹ 144 more rows
#>
#> --- END ---