- Fault Detection: Start by using a square wave generator to simulate faults. This will help you define when a fault occurs (e.g., high for fault, low for no fault).
- Timing the Fault: Consider how you might track the duration of a fault. You can implement a simple timer using “Integrator block” inside "Triggered/Enabled Subsystem" to help you measure how long a fault condition lasts.
- Responding to Faults: Use logic to set or reset the output based on the fault's duration. An "If" block can help you define conditions: change the output if the fault persists for a specified duration and reset it when the fault clears for a few seconds. This ensures your output only changes when the condition is sustained or reset for the required time.
How to develop a Simulink model to handle fault, to set the output if fault sustains after certain duration and reset it if fault resets for certain duration using square wave.
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The output should follow the input if fault(set or reset) remains for x seconds.
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Ishaan
el 17 de Feb. de 2025
Hey Gowtham,
I observe that you intend to develop a Simulink model that handles faults, and the output is dependent on whether the fault signal remains in a state for a particular time duration.
To implement this, you can focus on a few core ideas:
With these steps, you should be able to build the fault-handling model. For more detailed guidance and practice, please refer to the Simulink Onramp course.
https://matlabacademy.mathworks.com/details/simulink-onramp/simulink
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