Analog Behavioral Modeling With The Verilog-A Language  provides the IC designer with an introduction to the methodologies and  uses of analog behavioral modeling with the Verilog-A language. In  doing so, an overview of Verilog-A language constructs as well as  applications using the language are presented. In addition, the book  is accompanied by the Verilog-A Explorer IDE (Integrated Development  Environment), a limited capability Verilog-A enhanced SPICE simulator  for further learning and experimentation with the Verilog-A language.  This book assumes a basic level of understanding of the usage of  SPICE-based analog simulation and the Verilog HDL language, although  any programming language background and a little determination should  suffice.   From the Foreword:   `Verilog-A is a new hardware design language (HDL) for analog  circuit and systems design. Since the mid-eighties, Verilog HDL has  been used extensively in the design and verification of digital  systems. However, there have been no analogous high-level languages  available for analog and mixed-signal circuits and systems.   Verilog-A provides a new dimension of design and simulation capability  for analog electronic systems. Previously, analog simulation has been  based upon the SPICE circuit simulator or some derivative of it.  Digital simulation is primarily performed with a hardware description  language such as Verilog, which is popular since it is easy to learn  and use. Making Verilog more worthwhile is the fact that several tools  exist in the industry that complement and extend Verilog's  capabilities ...   Behavioral Modeling With the Verilog-A Language provides a good  introduction and starting place for students and practicing engineers  with interest in understanding this new level of simulation  technology. This book contains numerous examples that enhance the text  material and provide a helpful learning tool for the reader. The text  and the simulation program included can be used for individual study  or in a classroom environment ...'   Dr. Thomas A. DeMassa, Professor of Engineering, Arizona State  University

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