Verilog-AMS

E820858

Verilog-AMS is a hardware description language that extends Verilog to support analog, mixed-signal, and multi-domain system modeling and simulation.

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Statements (50)

Predicate Object
instanceOf analog hardware description language
hardware description language
mixed-signal hardware description language
addsFeature analog behavioral constructs
analog event controls
analog procedural blocks
connect modules
continuous-time operators
contribution statements
discipline definitions
natures
wreal modeling support
allows co-simulation of analog and digital blocks
top-down design of mixed-signal systems
basedOn Verilog NERFINISHED
extends IEEE 1364 Verilog NERFINISHED
hasComponent analog block
digital block
discipline declaration
nature declaration
hasSubLanguage Verilog-A NERFINISHED
hasSyntaxSimilarityWith Verilog NERFINISHED
standardizationBody Accellera Systems Initiative NERFINISHED
supportsAbstractionLevel RTL-like digital GENERATED
behavioral GENERATED
mixed abstraction GENERATED
structural netlist GENERATED
supportsDomain analog
digital
mixed-signal
multi-domain
supportsModeling behavioral models
continuous-time behavior
discrete-time behavior
electrical systems
electromechanical systems
mixed-level models
structural models
supportsSimulation AC analysis GENERATED
DC analysis GENERATED
mixed-signal simulation GENERATED
transient analysis GENERATED
typicalToolSupport Cadence Spectre AMS Designer NERFINISHED
Mentor Graphics Questa ADMS NERFINISHED
Synopsys CustomSim NERFINISHED
usedFor analog and RF circuit modeling
behavioral modeling of analog blocks
mixed-signal integrated circuit design
system-on-chip verification
top-level mixed-signal verification

Referenced by (1)

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Verilog influenced Verilog-AMS