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Brief Introduction Brief Introduction to hAMSter to hAMSter VHDL-AMS Simulation Environment VHDL-AMS Simulation Environment

Brief Introduction to hAMSter VHDL-AMS Simulation Environment

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Page 1: Brief Introduction to hAMSter VHDL-AMS Simulation Environment

Brief Introduction to Brief Introduction to hAMSter hAMSter

VHDL-AMS Simulation EnvironmentVHDL-AMS Simulation Environment

Page 2: Brief Introduction to hAMSter VHDL-AMS Simulation Environment

22

Introduction to hAMSterIntroduction to hAMSter

Open hAMSterOpen hAMSter Load example:Load example:

mixed_mode_simple.vhd mixed_mode_simple.vhd

Left Click to continueLeft Click to continue

Page 3: Brief Introduction to hAMSter VHDL-AMS Simulation Environment

33Left Click to continueLeft Click to continue

Introduction to hAMSterIntroduction to hAMSterComponents of mixed_mode_simple.vhdComponents of mixed_mode_simple.vhd and their VHDL-AMS description :and their VHDL-AMS description :

To understand implementation refer to VHDL-AMS Short Reference provided on the web site

Page 4: Brief Introduction to hAMSter VHDL-AMS Simulation Environment

44

Introduction to hAMSterIntroduction to hAMSterOpen simulation dialogOpen simulation dialog Here you can choose the Here you can choose the

model to be simulatedmodel to be simulated Choose ‚TR‘ for transient Choose ‚TR‘ for transient

analysisanalysis You should choose ‚Euler‘ You should choose ‚Euler‘

as Integrator for better as Integrator for better performanceperformance

You can choose one of You can choose one of three methods for solving three methods for solving nonlinear equation nonlinear equation systemssystems

Choose simulation period Choose simulation period of 5 msof 5 ms

The ‚Min Stepsize‘ should The ‚Min Stepsize‘ should be shorter than fastest be shorter than fastest signal changessignal changes

Make Max Stepsize‘ Make Max Stepsize‘ shorter for accurate shorter for accurate results and longer to results and longer to improve performanceimprove performance

Left Click to continueLeft Click to continue

Page 5: Brief Introduction to hAMSter VHDL-AMS Simulation Environment

55

Introduction to hAMSterIntroduction to hAMSter

Open simulation dialogOpen simulation dialog Model hierarchy is shown Model hierarchy is shown

on the right sideon the right side The defined Terminals are The defined Terminals are

listed under ‚Consolidated listed under ‚Consolidated Nodes‘Nodes‘

The assigned signals, The assigned signals, quantities and generics quantities and generics are listed under are listed under ‚Nonconsolidated Nodes‘‚Nonconsolidated Nodes‘

Choose the signals Choose the signals u_cu_c, , v_inv_in, and , and outputoutput to get the to get the simulation resultssimulation results

Click ‚Run‘ to start Click ‚Run‘ to start simulationsimulation

Left Click to continueLeft Click to continue

Page 6: Brief Introduction to hAMSter VHDL-AMS Simulation Environment

66

Introduction to hAMSterIntroduction to hAMSter

hAMSterView openshAMSterView opens Right Click in Channel Right Click in Channel

Window opens the Window opens the Channel DialogChannel Dialog

Choose ‚Best Choose ‚Best Representation‘ to Representation‘ to scale the the Y-axis scale the the Y-axis automaticallyautomatically

Or ‚Edit Coordinate Or ‚Edit Coordinate System…‘ to System…‘ to manipulate the Axis manipulate the Axis manuallymanually

Left Click to continueLeft Click to continue


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