\begin{table}%tB.1%tB.2
\caption{\label{tab:cardpsb}Polarization efficiencies and orientations for \textit{Planck}-HFI PSBs.}
%\centering
\par
 \begin{tabular}{ccc}
\hline\hline \noalign{\smallskip}
      Bolometer (PSB) \T\B & Polarization efficiency [\%] &
    Polarization angle \\
      \hline\noalign{\smallskip}
  100-1a &  94.7 $\pm$   0.2 & *21\pdeg1 $\pm$ 0\pdeg9 [rel] $\pm$ 0\pdeg3 [abs]\\
    100-1b &  94.3 $\pm$   0.3 & 109\pdeg9 $\pm$ 0\pdeg9 [rel] $\pm$ 0\pdeg3 [abs]\\
    100-2a &  96.2 $\pm$   0.2 & *44\pdeg3 $\pm$ 0\pdeg9 [rel] $\pm$ 0\pdeg3 [abs]\\
    100-2b &  90.2 $\pm$   0.2 & 133\pdeg5 $\pm$ 0\pdeg9 [rel] $\pm$ 0\pdeg3 [abs]\\
    100-3a &  90.1 $\pm$   0.3 & **0\pdeg7 $\pm$ 0\pdeg9 [rel] $\pm$ 0\pdeg3 [abs]\\
    100-3b &  93.4 $\pm$   0.2 & *90\pdeg6 $\pm$ 0\pdeg9 [rel] $\pm$ 0\pdeg3 [abs]\\
    100-4a &  95.7 $\pm$   0.3 & 158\pdeg5 $\pm$ 0\pdeg9 [rel] $\pm$ 0\pdeg3 [abs]\\
    100-4b &  92.3 $\pm$   0.2 & *70\pdeg0 $\pm$ 0\pdeg9 [rel] $\pm$ 0\pdeg3 [abs]\\
    143-1a &  83.3 $\pm$   0.2 & *42\pdeg9 $\pm$ 0\pdeg9 [rel] $\pm$ 0\pdeg3 [abs]\\
    143-1b &  84.6 $\pm$   0.2 & 135\pdeg2 $\pm$ 0\pdeg9 [rel] $\pm$ 0\pdeg3 [abs]\\
    143-2a &  87.5 $\pm$   0.3 & *44\pdeg2 $\pm$ 0\pdeg9 [rel] $\pm$ 0\pdeg3 [abs]\\
    143-2b &  89.3 $\pm$   0.3 & 134\pdeg0 $\pm$ 0\pdeg9 [rel] $\pm$ 0\pdeg3 [abs]\\
    143-3a &  83.9 $\pm$   0.2 & **0\pdeg4 $\pm$ 0\pdeg9 [rel] $\pm$ 0\pdeg3 [abs]\\
    143-3b &  89.9 $\pm$   0.2 & *93\pdeg7 $\pm$ 0\pdeg9 [rel] $\pm$ 0\pdeg3 [abs]\\
    143-4a &  93.1 $\pm$   0.2 & **3\pdeg1 $\pm$ 0\pdeg9 [rel] $\pm$ 0\pdeg3 [abs]\\
    143-4b &  92.8 $\pm$   0.2 & *91\pdeg5 $\pm$ 0\pdeg9 [rel] $\pm$ 0\pdeg3 [abs]\\
    217-5a &  95.0 $\pm$   0.1 & *44\pdeg7 $\pm$ 0\pdeg9 [rel] $\pm$ 0\pdeg3 [abs]\\
    217-5b &  95.2 $\pm$   0.2 & 133\pdeg9 $\pm$ 0\pdeg9 [rel] $\pm$ 0\pdeg3 [abs]\\
    217-6a &  94.9 $\pm$   0.2 & *45\pdeg0 $\pm$ 0\pdeg9 [rel] $\pm$ 0\pdeg3 [abs]\\
    217-6b &  95.4 $\pm$   0.2 & 134\pdeg8 $\pm$ 0\pdeg9 [rel] $\pm$ 0\pdeg3 [abs]\\
    217-7a &  94.0 $\pm$   0.2 & **0\pdeg3 $\pm$ 0\pdeg9 [rel] $\pm$ 0\pdeg3 [abs]\\
    217-7b &  93.7 $\pm$   0.1 & *91\pdeg2 $\pm$ 0\pdeg9 [rel] $\pm$ 0\pdeg3 [abs]\\
    217-8a &  94.2 $\pm$   0.1 & **2\pdeg2 $\pm$ 0\pdeg9 [rel] $\pm$ 0\pdeg3 [abs]\\
    217-8b &  94.1 $\pm$   0.1 & *92\pdeg5 $\pm$ 0\pdeg9 [rel] $\pm$ 0\pdeg3 [abs]\\
    353-3a &  88.7 $\pm$   0.1 & *44\pdeg1 $\pm$ 0\pdeg9 [rel] $\pm$ 0\pdeg3 [abs]\\
    353-3b &  92.0 $\pm$   0.1 & 132\pdeg4 $\pm$ 0\pdeg9 [rel] $\pm$ 0\pdeg3 [abs]\\
    353-4a &  87.0 $\pm$   0.1 & *45\pdeg3 $\pm$ 0\pdeg9 [rel] $\pm$ 0\pdeg3 [abs]\\
    353-4b &  91.4 $\pm$   0.1 & 135\pdeg2 $\pm$ 0\pdeg9 [rel] $\pm$ 0\pdeg3 [abs]\\
    353-5a &  84.4 $\pm$   0.1 & 178\pdeg4 $\pm$ 0\pdeg9 [rel] $\pm$ 0\pdeg3 [abs]\\
    353-5b &  87.4 $\pm$   0.1 & *90\pdeg3 $\pm$ 0\pdeg9 [rel] $\pm$ 0\pdeg3 [abs]\\
    353-6a &  87.3 $\pm$   0.1 & **1\pdeg3 $\pm$ 0\pdeg9 [rel] $\pm$ 0\pdeg3 [abs]\\
    353-6b &  88.5 $\pm$   0.1 & *91\pdeg2 $\pm$ 0\pdeg9 [rel] $\pm$ 0\pdeg3 [abs]\\
      \hline
    \end{tabular}
\tablefoot {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.}
\end{table}