Table B.1:

Polarization efficiencies and orientations for Planck-HFI PSBs.

Bolometer (PSB)
Polarization efficiency [%] Polarization angle

100-1a
94.7 $\pm$ 0.2 *21 0=$^\circ$0 .$^\circ$1 $\pm$ 0 0=$^\circ$0 .$^\circ$9 [rel] $\pm$ 0 0=$^\circ$0 .$^\circ$3 [abs]
100-1b 94.3 $\pm$ 0.3 109 0=$^\circ$0 .$^\circ$9 $\pm$ 0 0=$^\circ$0 .$^\circ$9 [rel] $\pm$ 0 0=$^\circ$0 .$^\circ$3 [abs]
100-2a 96.2 $\pm$ 0.2 *44 0=$^\circ$0 .$^\circ$3 $\pm$ 0 0=$^\circ$0 .$^\circ$9 [rel] $\pm$ 0 0=$^\circ$0 .$^\circ$3 [abs]
100-2b 90.2 $\pm$ 0.2 133 0=$^\circ$0 .$^\circ$5 $\pm$ 0 0=$^\circ$0 .$^\circ$9 [rel] $\pm$ 0 0=$^\circ$0 .$^\circ$3 [abs]
100-3a 90.1 $\pm$ 0.3 **0 0=$^\circ$0 .$^\circ$7 $\pm$ 0 0=$^\circ$0 .$^\circ$9 [rel] $\pm$ 0 0=$^\circ$0 .$^\circ$3 [abs]
100-3b 93.4 $\pm$ 0.2 *90 0=$^\circ$0 .$^\circ$6 $\pm$ 0 0=$^\circ$0 .$^\circ$9 [rel] $\pm$ 0 0=$^\circ$0 .$^\circ$3 [abs]
100-4a 95.7 $\pm$ 0.3 158 0=$^\circ$0 .$^\circ$5 $\pm$ 0 0=$^\circ$0 .$^\circ$9 [rel] $\pm$ 0 0=$^\circ$0 .$^\circ$3 [abs]
100-4b 92.3 $\pm$ 0.2 *70 0=$^\circ$0 .$^\circ$0 $\pm$ 0 0=$^\circ$0 .$^\circ$9 [rel] $\pm$ 0 0=$^\circ$0 .$^\circ$3 [abs]
143-1a 83.3 $\pm$ 0.2 *42 0=$^\circ$0 .$^\circ$9 $\pm$ 0 0=$^\circ$0 .$^\circ$9 [rel] $\pm$ 0 0=$^\circ$0 .$^\circ$3 [abs]
143-1b 84.6 $\pm$ 0.2 135 0=$^\circ$0 .$^\circ$2 $\pm$ 0 0=$^\circ$0 .$^\circ$9 [rel] $\pm$ 0 0=$^\circ$0 .$^\circ$3 [abs]
143-2a 87.5 $\pm$ 0.3 *44 0=$^\circ$0 .$^\circ$2 $\pm$ 0 0=$^\circ$0 .$^\circ$9 [rel] $\pm$ 0 0=$^\circ$0 .$^\circ$3 [abs]
143-2b 89.3 $\pm$ 0.3 134 0=$^\circ$0 .$^\circ$0 $\pm$ 0 0=$^\circ$0 .$^\circ$9 [rel] $\pm$ 0 0=$^\circ$0 .$^\circ$3 [abs]
143-3a 83.9 $\pm$ 0.2 **0 0=$^\circ$0 .$^\circ$4 $\pm$ 0 0=$^\circ$0 .$^\circ$9 [rel] $\pm$ 0 0=$^\circ$0 .$^\circ$3 [abs]
143-3b 89.9 $\pm$ 0.2 *93 0=$^\circ$0 .$^\circ$7 $\pm$ 0 0=$^\circ$0 .$^\circ$9 [rel] $\pm$ 0 0=$^\circ$0 .$^\circ$3 [abs]
143-4a 93.1 $\pm$ 0.2 **3 0=$^\circ$0 .$^\circ$1 $\pm$ 0 0=$^\circ$0 .$^\circ$9 [rel] $\pm$ 0 0=$^\circ$0 .$^\circ$3 [abs]
143-4b 92.8 $\pm$ 0.2 *91 0=$^\circ$0 .$^\circ$5 $\pm$ 0 0=$^\circ$0 .$^\circ$9 [rel] $\pm$ 0 0=$^\circ$0 .$^\circ$3 [abs]
217-5a 95.0 $\pm$ 0.1 *44 0=$^\circ$0 .$^\circ$7 $\pm$ 0 0=$^\circ$0 .$^\circ$9 [rel] $\pm$ 0 0=$^\circ$0 .$^\circ$3 [abs]
217-5b 95.2 $\pm$ 0.2 133 0=$^\circ$0 .$^\circ$9 $\pm$ 0 0=$^\circ$0 .$^\circ$9 [rel] $\pm$ 0 0=$^\circ$0 .$^\circ$3 [abs]
217-6a 94.9 $\pm$ 0.2 *45 0=$^\circ$0 .$^\circ$0 $\pm$ 0 0=$^\circ$0 .$^\circ$9 [rel] $\pm$ 0 0=$^\circ$0 .$^\circ$3 [abs]
217-6b 95.4 $\pm$ 0.2 134 0=$^\circ$0 .$^\circ$8 $\pm$ 0 0=$^\circ$0 .$^\circ$9 [rel] $\pm$ 0 0=$^\circ$0 .$^\circ$3 [abs]
217-7a 94.0 $\pm$ 0.2 **0 0=$^\circ$0 .$^\circ$3 $\pm$ 0 0=$^\circ$0 .$^\circ$9 [rel] $\pm$ 0 0=$^\circ$0 .$^\circ$3 [abs]
217-7b 93.7 $\pm$ 0.1 *91 0=$^\circ$0 .$^\circ$2 $\pm$ 0 0=$^\circ$0 .$^\circ$9 [rel] $\pm$ 0 0=$^\circ$0 .$^\circ$3 [abs]
217-8a 94.2 $\pm$ 0.1 **2 0=$^\circ$0 .$^\circ$2 $\pm$ 0 0=$^\circ$0 .$^\circ$9 [rel] $\pm$ 0 0=$^\circ$0 .$^\circ$3 [abs]
217-8b 94.1 $\pm$ 0.1 *92 0=$^\circ$0 .$^\circ$5 $\pm$ 0 0=$^\circ$0 .$^\circ$9 [rel] $\pm$ 0 0=$^\circ$0 .$^\circ$3 [abs]
353-3a 88.7 $\pm$ 0.1 *44 0=$^\circ$0 .$^\circ$1 $\pm$ 0 0=$^\circ$0 .$^\circ$9 [rel] $\pm$ 0 0=$^\circ$0 .$^\circ$3 [abs]
353-3b 92.0 $\pm$ 0.1 132 0=$^\circ$0 .$^\circ$4 $\pm$ 0 0=$^\circ$0 .$^\circ$9 [rel] $\pm$ 0 0=$^\circ$0 .$^\circ$3 [abs]
353-4a 87.0 $\pm$ 0.1 *45 0=$^\circ$0 .$^\circ$3 $\pm$ 0 0=$^\circ$0 .$^\circ$9 [rel] $\pm$ 0 0=$^\circ$0 .$^\circ$3 [abs]
353-4b 91.4 $\pm$ 0.1 135 0=$^\circ$0 .$^\circ$2 $\pm$ 0 0=$^\circ$0 .$^\circ$9 [rel] $\pm$ 0 0=$^\circ$0 .$^\circ$3 [abs]
353-5a 84.4 $\pm$ 0.1 178 0=$^\circ$0 .$^\circ$4 $\pm$ 0 0=$^\circ$0 .$^\circ$9 [rel] $\pm$ 0 0=$^\circ$0 .$^\circ$3 [abs]
353-5b 87.4 $\pm$ 0.1 *90 0=$^\circ$0 .$^\circ$3 $\pm$ 0 0=$^\circ$0 .$^\circ$9 [rel] $\pm$ 0 0=$^\circ$0 .$^\circ$3 [abs]
353-6a 87.3 $\pm$ 0.1 **1 0=$^\circ$0 .$^\circ$3 $\pm$ 0 0=$^\circ$0 .$^\circ$9 [rel] $\pm$ 0 0=$^\circ$0 .$^\circ$3 [abs]
353-6b 88.5 $\pm$ 0.1 *91 0=$^\circ$0 .$^\circ$2 $\pm$ 0 0=$^\circ$0 .$^\circ$9 [rel] $\pm$ 0 0=$^\circ$0 .$^\circ$3 [abs]

Notes. Ideal PSBs should have a 100% polarization efficiency. The error on polarization efficiency is only statistical. Error on polarization orientation is due to systematics: the absolute error is due to the error on the measurement of the reference position; the relative error is due to an optical systematic effect in the Saturne cryostat. The statistical errors are negligible and therefore not shown in this table.


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