Error! SPICE TRANSIENT GMIN stepping at time = 0.02
HTML-код
- Опубликовано: 12 сен 2024
- Hey Ytubers,
In this video we will see a little demonstration how we can design and simulate circuits. This helps us observe their behavior in the real life operation. But what do we do when we find an error like SPICE TRANSIENT GMIN stepping at time = 0.02?
I hope you will enjoy and this will help you solve this error issue. Also give me a suggestion if you find that this circuit can be improved.
Please like and subscribe to my channel this will help me make useful content.
Thanks.
can u make it little bit faster... i cannot see it
Isnando you can draw the schematic according to your design. You just need to adjust stepping time if you find any problem.
In Proteus, the transient analysis of a circuit is done using the SPICE engine, which simulates the behavior of the circuit over time. The time step used in the simulation affects the accuracy and speed of the simulation. In Proteus, the time step for the transient simulation is controlled by the "Transient GEMMIN Stepping Time" setting.
Here are the steps to adjust the Transient GEMMIN Stepping Time in Proteus:
Open your Proteus project and double-click on the transient analysis graph in the schematic.
In the Transient Analysis Setup window, click on the "Options" tab.
Under the "Advanced Settings" section, you will find the "Transient GEMMIN Stepping Time" setting. By default, it is set to "Auto", which means Proteus will automatically adjust the time step to ensure accurate and efficient simulation.
To manually adjust the time step, select "Manual" and enter a value in the "Time Step (s)" field. You can enter a value in seconds or milliseconds.
Click "OK" to close the Transient Analysis Setup window and run the simulation.
Note that the time step you choose will affect the accuracy and speed of the simulation. A smaller time step will provide more accurate results, but the simulation will take longer to run. A larger time step will provide faster results, but the accuracy may be reduced. Therefore, it is important to choose a time step that balances both accuracy and speed based on the requirements of your specific simulation
So whats the solution
Changing the trimestep settings