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Describing and designing complex electronic systems has become an
overwhelming activit)' for which VHDL is showing increasingly
useful and promising support. Although created as a description
language. VHDL is being increasingly used as a simulatable and
synthcsizablcdcsign language. For the first time, here is abook
which describesa number of unique and powerful ways VHDL can be
used to solve typical design problems in systems ** ones which must
be designed correctly in vcry short periodsoflime. Typically useful
lcchniquessuch as switch-level modeling, mixed analog and digital
modelling, and advanced synthesis for which VHDL
showsgrealpromisearefully presented. Thesemeth* ods are bOlh
immedial.ely applicable. and indicale lIle potential of VHDL in
efficiently modelling Ihe real worldofelectronic systems.
Sinceitsinception.there hasbeen adesireforananalogdescription
languageconsistent with (and integrated with) VHDL. Until recently.
VHDL could onl)' be applied to digital
circuits.ootlhedreamofdescribingandsimulatingmixedanalogand
digitalcircuitsis now a reality as described herein. Describing the
functionality of analog circuits including intetoperability with
digital circuits using the VHDL paradigm is surprisingly easy and
powerful. The approach outlined by the authors presages a
significant advance in the simulation of mixed systems.
Describing and designing complex electronic systems has become an
overwhelming activit)' for which VHDL is showing increasingly
useful and promising support. Although created as a description
language. VHDL is being increasingly used as a simulatable and
synthcsizablcdcsign language. For the first time, here is abook
which describesa number of unique and powerful ways VHDL can be
used to solve typical design problems in systems ** ones which must
be designed correctly in vcry short periodsoflime. Typically useful
lcchniquessuch as switch-level modeling, mixed analog and digital
modelling, and advanced synthesis for which VHDL
showsgrealpromisearefully presented. Thesemeth* ods are bOlh
immedial.ely applicable. and indicale lIle potential of VHDL in
efficiently modelling Ihe real worldofelectronic systems.
Sinceitsinception.there hasbeen adesireforananalogdescription
languageconsistent with (and integrated with) VHDL. Until recently.
VHDL could onl)' be applied to digital
circuits.ootlhedreamofdescribingandsimulatingmixedanalogand
digitalcircuitsis now a reality as described herein. Describing the
functionality of analog circuits including intetoperability with
digital circuits using the VHDL paradigm is surprisingly easy and
powerful. The approach outlined by the authors presages a
significant advance in the simulation of mixed systems.
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