Observation summary


Planning period Dates Notes
LTP-01
STP-100
2020 Jun. 15-21 RS check-out window 1
LTP-02
STP-122
2020 Nov. 15-22
LTP-03
STP-130
2021 Jan. 13-17
STP-134 2021 Feb. 11-14 RS checkout window 2
STP-135 2021 Feb. 15-21
STP-136 2021 Feb. 22-25
STP-139 2021 Mar. 15-21 RS checkout window 3
STP-140 2021 Mar. 22-28
STP-141 2021 Mar. 29-31
STP-142 2021 Apr. 8-10
STP-143 2021 Apr. 12-14
STP-144 2021 Apr. 20-25
STP-145 2021 Apr. 26-29
LTP-04
STP-162
2021 Aug. 17-22
STP-163 2021 Aug. 23-29
STP-164 2021 Aug. 30-Sep. 5
STP-165 2021 Sep. 7-14 RS checkout window 4
STP-166 2021 Sep. 15-18
STP-167 2021 Sep. 18-26
LTP-05
STP-168
2021 Sep. 27-Oct. 3
STP-169 2021 Oct. 4-10
STP-170 2021 Oct. 11-17
STP-171 2021 Oct. 18-24
STP-172 2021 Oct. 25-31
STP-173 2021 Nov. 1-7
STP-174 2021 Nov. 8-14
STP-175 2021 Nov. 15-20
STP-176 2021 Nov. 20-22
STP-180 2021 Dec. 2-12 Nominal Mission Phase (NMP)
STP-181 2021 Dec. 13-19
STP-182 2021 Dec. 20-26
LTP-06
STP-183
2021 Dec. 27-2022 Jan. 2
STP-184 2022 Jan. 3-9 Uncompleted due to UVD anomaly
STP-191 2022 Feb. 21-Mar. 1 Switch-on of VLD only
STP-192 2022 Mar. 1-11 RSW 1
STP-193 2022 Mar. 13-16
STP-195 2022 Mar. 22-28 RSW 2 and 3 (first perihelion)
STP-196 2022 Mar. 29-Apr. 5
STP-197 2022 Mar. 6-10
LTP-07
STP-198
2022 Apr. 11-17
STP-199 2022 Apr. 18-24
STP-200 2022 Apr. 25-May 1
STP-201 2022 May 2-9
STP-202 2022 May 9-16
STP-203 2022 May 16-23
STP-204 2022 May 23-Jun. 1
STP-205 2022 Jun. 1-3 PSP quadrature
STP-206 2022 Jun. 3-6
STP-207 2022 Jun. 6-12
STP-208 2022 Jun. 12-20
STP-209 2022 Jun. 20-26

LEGEND

VL: Visible Light
UV: Ultraviolet
DIT: Detector Integration Time, i.e., the time interval during which the detector pixels are collecting photons. It represents the actual exposure of a single read out of the detector (frame)
NDIT: Number of detector integrations, i.e., the number of VL frames with the same polarisation to be averaged pixel by pixel in order to obtain the final image
NDIT2: Number of UV images to be averaged pixel by pixel via software in order to obtain the final image
tB: Total brightness VL image
pB: Polarised brightness VL image
FP: VL images taken with fixed polarisation