Filter Profile Service
A repository of Filter information for the VO

GAIA/GAIA2.Gbp5279.95050.0328067192347.43534.7GAIAGAIAGAIA Gbp filter, DR2
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GAIA/GAIA2.Gbp
Filter Description

Filter ID (?) :GAIA/GAIA2.Gbp
Description (?) :GAIA Gbp filter, DR2
Phot.System (?) :GAIA
Detector Type (?) :Energy counter
Band Name (?) :------
Obs. Facility (?) :GAIA
Instrument (?) :GAIA
Comments (?) :Original passband used for the magnitudes published in Gaia DR2.

The original curve has been multiplied by λ and normalized to maximum transmission=1 (to transform it to "energy counting" curve)

 
Mathematical properties

Property Calculated Specified Unit
λmean (?) : 5279.89 ------- (Angstrom)
λcen (?) : 5350.24 ------- (Angstrom)
λeff (?) : 5017.28 5050 (Angstrom)
λpeak (?) : 6470.00 ------- (Angstrom)
λpivot (?) : 5051.51 5050 (Angstrom)
λphot (?) : 5142.00 ------- (Angstrom)
λmin (?) : 3280.45 ------- (Angstrom)
λmax (?) : 6719.03 ------- (Angstrom)
Weff (?) : 2347.39 ------- (Angstrom)
FWHM (?) : 2520.03 ------- (Angstrom)
Af/AV (?) : 1.13 ------- ()

Transmission curve

Data file: ascii, VOTable

Reference for filter response: GAIA DR2 Passbands

   
Calibration properties

Vega System
PropertySpecified Calculated Unit
Zero Point (?) : 0.000000004152 4.049e-9(erg/cm2/s/A)
  3534.741 3399.69(Jy)
ZP Type (?) : Pogson
PhotCal ID (?) : GAIA/GAIA2.Gbp/Vega
 

AB System
PropertySpecified Calculated Unit
Zero Point (?) : ------- 4.324e-9(erg/cm2/s/A)
  ------- 3631.00(Jy)
ZP Type (?) : Pogson
PhotCal ID (?) : GAIA/GAIA2.Gbp/AB
 

ST System
PropertySpecified Calculated Unit
Zero Point (?) : ------- 3.631e-9(erg/cm2/s/A)
  ------- 3048.90(Jy)
ZP Type (?) : Pogson
PhotCal ID (?) : GAIA/GAIA2.Gbp/ST
 

Reference for calibration: GAIA DR2 Passbands


Filter added: 2018-03-17 12:27:27
Last update: 2018-04-02 18:55:55
GAIA/GAIA2.G6742.56230.03307104514183.03296.2GAIAGAIAGAIA G filter, DR2
GAIA/GAIA2.Grp7883.77730.06255106062756.82620.3GAIAGAIAGAIA Grp filter, DR2
 

Filter Plots

© SVO,   5124 filters available,   Last update: 2019-11-30
 
If your research benefits from the use of the SVO Filter Profile Service, we would appreciate if you could include the following acknowledgement in your publication:

This research has made use of the SVO Filter Profile Service (http://svo2.cab.inta-csic.es/theory/fps/) supported from the Spanish MINECO through grant AYA2017-84089

and we would appreciate if you could include the following references in your publication: