Interfacing with Continuous Time Signals :: Advanced Operational Topics (EDA Simulator Link™)

Contents

Index

• Using EDA Simulator Link with Cadence Incisive

• Using EDA Simulator Link with Mentor Graphics ModelSim

• Getting Started

• Simulating an HDL Component in a MATLAB Test Bench Environment

• Replacing an HDL Component with a MATLAB Component Function

• Simulating an HDL Component in a Simulink Test Bench Environment

• Replacing an HDL Component with a Simulink Algorithm

• Recording Simulink Signal State Transitions for Post-Processing

• Defining EDA Simulator Link M-Functions and Function Parameters

• Additional Deployment Options

• Advanced Operational Topics

• Avoiding Race Conditions in HDL Simulators

• Performing Data Type Conversions

Understanding How Simulink Software Drives Cosimulation Signals

• Understanding the Representation of Simulation Time

Handling Multirate Signals

• Understanding Block Simulation Latency

Interfacing with Continuous Time Signals

• Using EDA Simulator Link with Synopsys Discovery

• Release Notes

Learn more about EDA Link Simulator

Interfacing with Continuous Time Signals

Use the Simulink Zero-Order Hold block to apply a zero-order hold (ZOH) on continuous signals that are driven into an HDL Cosimulation block.

Understanding Block Simulation Latency

Understanding Block Simulation Latency

Functions — Alphabetical List

Functions — Alphabetical List

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