Filter Profile Service
A repository of Filter information for the VO

Euclid/NISP.Y10914.210732.99451123112258.81898.8EuclidNISPEuclid NISP Y (full response)
X
Euclid/NISP.Y
Filter Description

Filter ID (?) :Euclid/NISP.Y
Description (?) :Euclid NISP Y (full response)
Phot.System (?) :NISP
Detector Type (?) :Photon counter
Band Name (?) :------
Obs. Facility (?) :Euclid
Instrument (?) :NISP
Comments (?) :Includes filter, PLM (PayLoad Module) and detector QE.

 
Mathematical properties

Property Calculated Specified Unit
λmean (?) : 10914.19 ------- (Angstrom)
λcen (?) : 10838.05 ------- (Angstrom)
λeff (?) : 10732.86 ------- (Angstrom)
λpeak (?) : 12110.00 ------- (Angstrom)
λpivot (?) : 10831.13 ------- (Angstrom)
λphot (?) : 10788.03 ------- (Angstrom)
λmin (?) : 9450.76 ------- (Angstrom)
λmax (?) : 12311.21 ------- (Angstrom)
Weff (?) : 2258.82 ------- (Angstrom)
FWHM (?) : 2665.71 ------- (Angstrom)
Af/AV (?) : 0.38 ------- ()

Transmission

Data file: ascii, VOTable

Reference for filter response: Master Euclid mission database

Transmission components: Filter + Instrument

   
Calibration properties

Vega System
PropertySpecified Calculated Unit
Zero Point (?) : ------- 4.942e-10(erg/cm2/s/A)
  ------- 1898.78(Jy)
ZP Type (?) : Pogson
PhotCal ID (?) : Euclid/NISP.Y/Vega
 

AB System
PropertySpecified Calculated Unit
Zero Point (?) : ------- 9.450e-10(erg/cm2/s/A)
  ------- 3631.00(Jy)
ZP Type (?) : Pogson
PhotCal ID (?) : Euclid/NISP.Y/AB
 

ST System
PropertySpecified Calculated Unit
Zero Point (?) : ------- 3.631e-9(erg/cm2/s/A)
  ------- 13952.00(Jy)
ZP Type (?) : Pogson
PhotCal ID (?) : Euclid/NISP.Y/ST
 


Filter added: 2020-01-16 15:16:33
Last update: 2020-03-23 12:58:04
Euclid/NISP.J13785.113433.611592158693685.41353.8EuclidNISPEuclid NISP J (full response)
Euclid/NISP.H17718.717341.715102200004332.1921.8EuclidNISPEuclid NISP H (full response)
 

Filter Plots

© SVO,   5919 filters available,   Last update: 2020-05-29
 
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: