What is an Optimization Best-Fit solution and how can I use it?
Optimization Best-Fit solutions occur infrequency but are provided when the Optimization engine has failed to pass all design checks. In this case, the user is provided the option to review the solution closest to the optimum design (based on a percentage score). Optimization failures can occur for a number of reasons, including: extremely high or low output voltages, low AC input voltage, initial TOPSwitch, TinySwitch-II and/or Transformer are too large (when using ‘Optimization Manual Start Point’). In these cases, it is best to review the Best-Fit design for possible errors (too many L, CMA too low, BP above limits, etc.). It may be possible to further optimize the design manually.
Optimization Best-Fit solutions occur infrequently, but are provided when the Optimization engine has failed to pass all design checks. In this case, the user is provided the option to review the solution closest to the optimum design (based on a internal score). Optimization failures can occur for a number of reasons, including: extremely high or low output voltages, low AC input voltage, initial PI Deviceand/or Transformer are too large (when using ‘Optimization Manual Start Point’). In these cases, it is best to review the Best-Fit design for possible errors (too many L, CMA too low, BP above limits, etc.). It may be possible to further optimize the design manually.
