lores(3) [debian man page]
LORES(3) MBK LOGICAL STRUCTURE DEFINITIONS LORES(3) NAME
lores - mbk logical resistor DESCRIPTION
The lores is used to describe a logical resistor. Please note, this description is different from the RCN description and has a different purpose: the created resistor is a functional logical resistor, not a parasitic resistor. For the time being, only MIM (i.e. metal) resis- tor type is supported. The declarations needed to work on lores are available in the header file "/labo/include/mlo.h". The following C structure supports the description of the logical resistor : typedef struct lores { struct lores *NEXT ; struct locon *RCON1 ; struct locon *RCON2 ; char *NAME ; double RESI ; char TYPE ; struct ptype *USER ; } lores_list ; NEXT Pointer to the next lores of the list. RCON1 Pointer to the rcon1 connector of the resistor. This connector is, of course unique. See locon(3) for details. RCON2 Pointer to the rcon2 connector of the resistor. This connector is, of course unique. See locon(3) for details. NAME Resistor instance name RESI Resistance value TYPE Layer type of the resistor. One legal values is available : RESMIM Metal resistor. USER Pointer to a ptype list, see ptype(3) for details, that is a general purpose pointer used to share informations on the resistor. This field is used with the LORES_INFO(3) ptype to store physical informations. SEE ALSO
mbk(1), addlores(3), getlores(3), dellores(3), setlores(3), locon(3), lofig(3), ptype(3). BUG REPORT
This tool is under development at the ASIM department of the LIP6 laboratory. We need your feedback to improve documentation and tools. ASIM
/LIP6 August 14, 2002 LORES(3)
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LOCAP(3) MBK LOGICAL STRUCTURE DEFINITIONS LOCAP(3) NAME
locap - mbk logical capacitor DESCRIPTION
The locap is used to describe a logical capacitor. Please note, this description is different from the RCN description and has a different purpose: the created capacitor is a functional logical capacitor, not a parasitic capacitor. For the time being, only MIM (i.e. metal/metal) and POLY/NWELL capacitors type are supported. The declarations needed to work on locap are available in the header file "/labo/include/mlo.h". The following C structure supports the description of the logical capacitor : typedef struct locap { struct locap *NEXT ; struct locon *TCON ; struct locon *BCON ; char *NAME ; double CAPA ; char TYPE ; struct ptype *USER ; } locap_list ; NEXT Pointer to the next locap of the list. TCON Pointer to the tcon (top plate) connector of the capacitor. This connector is, of course unique. See locon(3) for details. BCON Pointer to the bcon (bottom plate) connector of the capacitor. This connector is, of course unique. See locon(3) for details. NAME Capacitor instance name CAPA Capacitance value TYPE Layer type of the capacitor. Two legal values are available : CAPMIM Metal/metal capacitor. The top plate and the bottom plate are in different metal layers. CAPPNWELL Poly/NWELL capacitor. The top plate layer is POLY, the bottom plate layer is NWELL. Note: this capacitor type is technological dependent and is not available for any technology. USER Pointer to a ptype list, see ptype(3) for details, that is a general purpose pointer used to share informations on the capacitor. This field is used with the LOCAP_INFO(3) ptype to store physical informations. SEE ALSO
mbk(1), addlocap(3), getlocap(3), dellocap(3), setlocap(3), locon(3), lofig(3), ptype(3). BUG REPORT
This tool is under development at the ASIM department of the LIP6 laboratory. We need your feedback to improve documentation and tools. ASIM
/LIP6 August 14, 2002 LOCAP(3)