By Paul A. Duran
A sensible advisor to Analog Behavioral Modeling for IC procedure Design offers a strategy for abstracting an IC process in order that the fashion designer can achieve a macroscopic view of the way sub-systems engage, in addition to be sure procedure performance in numerous purposes ahead of committing to a layout. this can hinder difficulties which may be prompted overdue within the design-cycle by way of incompatibilities among the person blocks that include the general procedure. This e-book will specialise in the innovations of modelling IC structures via analog behavioral modeling and simulation. it's going to examine a pragmatic process during which designers can prepare those platforms to investigate topological and architectural matters to optimize IC procedure functionality.
- Discussions on modeling and simulation from SPICE to behavioral simulators
- Comparison of varied description languages and a dialogue at the results of language standardization
- Explanation on tips to lessen time-to-market by means of reducing design-cycle time via modeling and simulation
- Contains greater than 25 construction block examples that may be used to build mixed-signal IC procedure types
- Analysis of four diversified IC platforms utilizing quite a few degrees of version detail
This booklet is meant for the training engineer who want to achieve useful wisdom in functions of analog behavioral modelling for IC procedure design.
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Additional info for A Practical Guide to Analog Behavioral Modeling for IC System Design
2) Bottom-up design procedure with model characterization. 1) Thefunctional block models are characterized by extracting the functional parameters from the SPICE simulations. 2) The system is verifiedfor functionality and connectivity through the simulation of all the characterized functional blocks. 3) The system topology/architecture model can be characterized by the functional block-level system modelfor key parameters. The top-level can be modified to incorporate second-order effects that were determined to be important from the lower-level simulations.
This book will focus only on those levels of abstraction that are within the scope of analog behavioral modeling. 2~ 7 Model Precision and Accuracy Model accuracy is related to simulator accuracy. An accurate simulator should produce accurate results with respect to the models. For example, if the model specified for a resistor is a straight line, then simulated behavior should also be a straight line. 7, two different simulation results are shown for the same resistor model. The current through the resistor is described by the y-axis (I) and the external voltage applied across the resistor is the x-axis (V).
Fixed time step simulation). The most basic form of algorithmic modeling is done through equations that describe behavior in languages such as BASIC, C, or Fortran. In this type of modeling there is a fixed time step that can be incremented by looping through an equation. Modeling of this type has been practiced for many years. Algorithmic modeling is the fastest type of modeling with respect to simulation time. 12 for an algorithmic model implementation for the adder function in C++. Other algorithmic modeling tools include: MA1LAB, Mathcad, and SPW.
A Practical Guide to Analog Behavioral Modeling for IC System Design by Paul A. Duran