8.2 Outputs with __INFO__ and __DEBUG__ Enabled

Outputs	Units	Description
$IGBACC$	$A$	Accumulation component of the $I_{gb}$.
$IGBINV$	$A$	Inversion component of the $I_{gb}$.
$DIDSDVG$	$A/V$	$\partial I_{ds} / \partial V_g$.
$DIDSDVS$	$A/V$	$\partial I_{ds} / \partial V_s$.
$DIDSDVD$	$A/V$	$\partial I_{ds} / \partial V_d$.
$DIGSDVG$	$A/V$	$\partial I_{gs} / \partial V_g$.
$DIGSDVS$	$A/V$	$\partial I_{gs} / \partial V_s$.
$DIGSDVD$	$A/V$	$\partial I_{gs} / \partial V_d$.
$DIGDDVG$	$A/V$	$\partial I_{gd} / \partial V_g$.
$DIGDDVS$	$A/V$	$\partial I_{gd} / \partial V_s$.
$DIGDDVD$	$A/V$	$\partial I_{gd} / \partial V_d$.
$DIIIDVG$	$A/V$	$\partial I_{ii} / \partial V_g$.
$DIIIDVS$	$A/V$	$\partial I_{ii} / \partial V_s$.
$DIIIDVD$	$A/V$	$\partial I_{ii} / \partial V_d$.
$DIGIDLDVG$	$A/V$	$\partial I_{gidl} / \partial V_g$.
$DIGIDLDVS$	$A/V$	$\partial I_{gidl} / \partial V_s$.
$DIGIDLDVD$	$A/V$	$\partial I_{gidl} / \partial V_d$.
$DIGISLDVG$	$A/V$	$\partial I_{gisl} / \partial V_g$.
$DIGISLDVS$	$A/V$	$\partial I_{gisl} / \partial V_s$.
$DIGISLDVD$	$A/V$	$\partial I_{gisl} / \partial V_d$.
$ITH$	$A \cdot V$	Thermal subcircuit current.
$DITHDVG$	$A/V$	$\partial I_{TH} / \partial V_g$.
$DITHDVS$	$A/V$	$\partial I_{TH} / \partial V_s$.
$DITHDVD$	$A/V$	$\partial I_{TH} / \partial V_d$.