adding result log explaining in the docu part #82
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| - **turn_losses**: The power losses in each turn of the winding. | ||
| - **flux**: The magnetic flux linked with the winding. The array | ||
| contains two values, representing the real and imaginary parts of the flux, respectively. |
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real part: Inductance
Imaginary part: negative resistance
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And: Flux over current is the complex inductance value
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Sorry, both comments are for flux_over_current
| - **total_losses**: This section summarizes the overall energy dissipation within the system, combining losses from various components. | ||
| It is broken down into several key areas: | ||
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| - **winding1**: It indicates the total losses within every winding, which is the sum of power losses across all turns in this winding. |
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remove the indent. the final formatting differs from the single sweeps one
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| - **all_windings**: It aggregates the losses across all windings in the system. | ||
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| - **core**: This repeats the total losses within the core. |
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also explain the core parts. What when is the counter increased from total_core_part_1 to _2 and _3 and so on?
| - **step_1** and subsequent steps detail the state of windings at specific times. For example, in **step_1**, **winding1** shows: | ||
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| - **number_turns**: Number of turns in the winding. | ||
| - **flux**: Magnetic flux through the winding. |
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do not forget real and imaginary part of flux, V, I
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we do not have it in time domain result
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The flux over current in time domain may be not calculated correctly. I discussed this before with Till and we look to it in the future
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May leave a hint that is it not correct calculated for time-domain simulations
| - **V**: Voltage across the winding. | ||
| - **I**: Current through the winding. | ||
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| - **average_losses:**: It captures averaged loss metrics over the simulation period, such as **core_eddy_losses**, **core_hyst_losses**, |
| - **average_losses:**: It captures averaged loss metrics over the simulation period, such as **core_eddy_losses**, **core_hyst_losses**, | ||
| and detailed losses per winding (**winding1**, **winding2**). | ||
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| - **total_losses:**: It aggregates all losses within the system, including **all_windings_losses**, **eddy_core** losses, and total |
| } | ||
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| **Key Components Explained:** | ||
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Hint: All temperatures are in °C.
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