Table 1: Parameters for the OGLE-TR-132 system, host star and transiting planet.The uncertainty on the stellar mass is given in bracket to emphasis the fact that it does not include the uncertainties on stellar evolution models that could increase the error bar.
Star

$T_{\rm eff}$ [K] $6210 \pm 59$

$\log g$ [cgs] $4.51 \pm 0.27$

$\left[ {\rm F\! e/H }\right]$ 0.37 $\pm$ 0.07

Mass [ $M_\odot$ ] $1.26 \pm (0.03)$

Radius [ $R_\odot$ ] $1.34 \pm 0.08$

Transit

Impact parameter $0.53 \pm 0.09$

Radius ratio $0.0916 \pm 0.0014$

$V_{\rm T}/R$ $17.79 \pm 1.15$

Planet

Mass [ $M_{\rm J}$ ] $1.14 \pm 0.12$

Radius [ $R_{\rm J}$ ] $1.18 \pm 0.07$

Density [g cm^-3] 0.86 ^+0.28_-0.21

Period [days] $1.689868 \pm 0.000003$

$T_{\rm tr}$ [BJD] $2453142.5912 \pm 0.0003$

**Table 1:** Parameters for the OGLE-TR-132 system, host star and transiting planet.The uncertainty on the stellar mass is given in bracket to emphasis the fact that it does not include the uncertainties on stellar evolution models that could increase the error bar.
Star
$T_{\rm eff}$ [K]	$6210 \pm 59$
$\log g$ [cgs]	$4.51 \pm 0.27$
$\left[ {\rm F\! e/H }\right]$	0.37 $\pm$ 0.07
Mass [ $M_\odot$ ]	$1.26 \pm (0.03)$
Radius [ $R_\odot$ ]	$1.34 \pm 0.08$
Transit
Impact parameter	$0.53 \pm 0.09$
Radius ratio	$0.0916 \pm 0.0014$
$V_{\rm T}/R$	$17.79 \pm 1.15$
Planet
Mass [ $M_{\rm J}$ ]	$1.14 \pm 0.12$
Radius [ $R_{\rm J}$ ]	$1.18 \pm 0.07$
Density [g cm^-3]	0.86 ^+0.28_-0.21
Period [days]	$1.689868 \pm 0.000003$
$T_{\rm tr}$ [BJD]	$2453142.5912 \pm 0.0003$

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