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Benefits

  • Bridges the gap between digital and analog simulation in system-level design
  • Enables hybrid modeling with continuous and discrete-time logic
  • Facilitates rapid prototyping and early validation of analog control behavior
  • Enhances debugging with waveform, zero-crossing, and event-triggered inspection tools
  • Allows co-simulation with digital, memory, and processor subsystems

The Analog models in VisualSim Architect enable simulation of real-world analog behavior and control processes. These components allow engineers to analyze time-domain signal behavior, motor control loops, analog signal processing, and hybrid continuous-discrete systems. The library supports both continuous-time modeling and event-driven techniques to mimic real analog circuits and control logic in embedded systems.

Overview

Can be integrated with:

  • Digital logic and embedded processors in the VisualSim library
  • Sensor models and actuator controls in cyber-physical systems
  • Communication components for analog waveform transmission over networks
  • Simulation scripts for behavioral loop testing or real-time feedback tracking

Supported Standards

No formal analog simulation standards. Fully customizable within VisualSim framework.

Key Parameters

  • Decimation – Downsampling factor for discrete-time signal
  • Interpolation – Upsampling control
  • Taps – Number of coefficients in FIR filters
  • Continuous Clock – Time base for event triggering
  • Transfer Function – Laplace-domain equation block
  • Event Source – Input generator for analog timing

Parameter Snapshots

  • Parameter 1
  • Parameter 2

Simulation Results

  • Waveform Analysis, Latency Diagrams, and Filter Response Graphs

Applications

VisualSim Analog models are used in:

  • Automotive systems – Motor control units, regenerative braking, suspension dynamics
  • Industrial automation – PID controller simulation, sensor-to-actuator modeling
  • Signal processing – FIR filtering, decimation, interpolation, shaping and smoothing of input signals
  • Robotics – Testing and tuning feedback control loops from sensor inputs
  • Power electronics – Modeling buck converters, voltage regulators, and dynamic load responses
  • Control systems engineering – Real-time simulations involving analog feedback loops

Integrations

Can be integrated with:

  • Digital logic and embedded processors in the VisualSim library
  • Sensor models and actuator controls in cyber-physical systems
  • Communication components for analog waveform transmission over networks
  • Simulation scripts for behavioral loop testing or real-time feedback tracking

View Demo

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