Verilog-A¶
Verilog-A is an analog hardware description language for modeling continuous-time analog circuits and device behavior.
Verilog-A basic structure and syntax define how analog modules are written using disciplines, parameters, and continuous-time analog blocks.
Verilog-A behavioral modeling describes analog circuit behavior using equations, contributions, and continuous-time relationships instead of transistor-level detail.
Verilog-A device modeling basics cover how to describe analog components using equations, parameters, and electrical disciplines for circuit simulation.
Verilog-A allows modeling of nonlinear and dynamic systems using nonlinear equations, differential operators, and time-dependent relationships for accurate analog simulation.
Verilog-A is an analog hardware description language for modeling continuous-time analog circuits and device behavior.
Verilog-A is an analog hardware description language for modeling continuous-time analog circuits and device behavior.
Verilog-A provides built-in physical constants such as charge, Boltzmann constant, vacuum permittivity, and thermal voltage to support accurate analog and device-level modeling.
Verilog-A parameterization and reusability allow models to be customized through parameters and structured for easy reuse across different circuits and designs.