- Positive or negative finite numbers for a single bound with one edge
- Matrix of positive or negative finite numbers , for a single bound with multiple edges
- Cell array of matrices with finite numbers for multiple bounds
Tips
- To assert that the open-loop gains and phases are satisfied, select both Include open-
loop gain-phase bound in assertion on page 16-207 and Enable assertion on page
16-215. - You can add or modify open-loop phases from the plot window:
- To add a new phases, right-click the plot, and select Bounds > New Bound. Select
Gain-Phase requirement in Design requirement type, and specify the phases
in the Open-Loop phase column. Specify the corresponding gains in the Open-
Loop gain column. - To modify the phases, drag the bound segment. Alternatively, right-click the
segment, and select Bounds > Edit Bounds. Specify the new phases in the Open-
Loop phase column.
- To add a new phases, right-click the plot, and select Bounds > New Bound. Select
You must click Update Block before simulating the model.
Command-Line Information
Parameter: OLPhases
Type: character vector
Value: [] | positive or negative finite numbers | matrix of positive or negative finite
numbers | cell array of matrices with finite numbers. Must be specified inside single
quotes ('').
Default: '[]'
See Also
Plot Linear Characteristics of Simulink Models During Simulation on page 2-82
“Verify Model at Default Simulation Snapshot Time” on page 14-6
Open-loop gains (dB)
Open-loop gains, in decibels.
Specify the corresponding open-loop phases in Open-loop phases (deg) on page 16-208.
Nichols Plot