Table 3: Thermal Comptonisation model (compTT) applied to combined MCG-05-23-016 data.
INTEGRAL $N_{\rm H}$ $kT_{\rm e}$ $\tau_{\rm p}$ L_2-100 keV $\chi^2_\nu$ d.o.f.

revolution [10²² cm^-2] [keV] $[\rm erg ~s^{-1}]$

256-282 $1.33 {+0.07 \atop -0.07}$ $11 {+15 \atop -3}$ $3.4 {+0.8 \atop -1.0}$ $4.3 \times 10^{43}$ 1.08 275

508 $1.21 {+0.13 \atop -0.11}$ $90 {+76 \atop -73}$ $0.5 {+2.4 \atop -0.4}$ $4.6 \times 10^{43}$ 0.97 49

565 $1.35 {+0.11 \atop -0.11}$ $23 {+105 \atop -7}$ $2.1 {+0.6 \atop -1.8}$ $4.2 \times 10^{43}$ 0.91 79

569 $1.14 {+0.08 \atop -0.08}$ $14 {+5 \atop -3}$ $3.1 {+0.6 \atop -0.5}$ $4.4 \times 10^{43}$ 0.92 96

all data $1.33 {+0.04 \atop -0.04}$ $18 {+7 \atop -3}$ $2.5 {+0.4 \atop -0.6}$ $4.4 \times 10^{43}$ 1.04 268

**Table 3:** Thermal Comptonisation model (compTT) applied to combined MCG-05-23-016 data.
INTEGRAL	$N_{\rm H}$	$kT_{\rm e}$	$\tau_{\rm p}$	L_2-100 keV	$\chi^2_\nu$	d.o.f.
revolution	[10²² cm^-2]	[keV]		$[\rm erg ~s^{-1}]$
256-282	$1.33 {+0.07 \atop -0.07}$	$11 {+15 \atop -3}$	$3.4 {+0.8 \atop -1.0}$	$4.3 \times 10^{43}$	1.08	275
508	$1.21 {+0.13 \atop -0.11}$	$90 {+76 \atop -73}$	$0.5 {+2.4 \atop -0.4}$	$4.6 \times 10^{43}$	0.97	49
565	$1.35 {+0.11 \atop -0.11}$	$23 {+105 \atop -7}$	$2.1 {+0.6 \atop -1.8}$	$4.2 \times 10^{43}$	0.91	79
569	$1.14 {+0.08 \atop -0.08}$	$14 {+5 \atop -3}$	$3.1 {+0.6 \atop -0.5}$	$4.4 \times 10^{43}$	0.92	96
all data	$1.33 {+0.04 \atop -0.04}$	$18 {+7 \atop -3}$	$2.5 {+0.4 \atop -0.6}$	$4.4 \times 10^{43}$	1.04	268

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