The filer coils, much like the iron cores, have a cascading effect on each part of the coil, so it too continues to change each field, each time the emf interacts with each part, tracking a variable such as this is nearly impossible for us due to the speed at which each part changes.
lucky for me each part has an on/off switch so its easier to notice but the exponential effects it has on speed and generation are yes very hard to gauge.
the 18/20/32 trifilar works well for speed when applying a charge to the 18 and 20 using 32 as the trigger so much power they complement each other very well
@MPHJR The reason that this happens is that the Flux lines change orientation and attempt to become parallel to one another. Each time the emf feild gets stronger or loses a power, the change occurs. The changes can affect each part of the coil due to the field strength changes that happen in each coil. In case you were interested in the why and how. 🫠
The filer coils, much like the iron cores, have a cascading effect on each part of the coil, so it too continues to change each field, each time the emf interacts with each part, tracking a variable such as this is nearly impossible for us due to the speed at which each part changes.
lucky for me each part has an on/off switch so its easier to notice but the exponential effects it has on speed and generation are yes very hard to gauge.
the 18/20/32 trifilar works well for speed when applying a charge to the 18 and 20 using 32 as the trigger so much power they complement each other very well
@MPHJR The reason that this happens is that the Flux lines change orientation and attempt to become parallel to one another. Each time the emf feild gets stronger or loses a power, the change occurs. The changes can affect each part of the coil due to the field strength changes that happen in each coil. In case you were interested in the why and how. 🫠