This is what I think you will need:
EDIT: looks like we simulposted
anyway quite close to what you see there.
Only problem is what you mention about lack of real estate space there
*Any* increase of core size will be a step in the right direction.
Thicker stacking solves magnetic problems (larger core area) but keeps window size, so does not help much on copper resistive loss ... what killed your HV winding, while next larger EI size will solve both, even if stacked same thickness.
Measure available space and check this with your winder ... or pay thru the nose for MM iron ,unless you find another transformer with similar specs.
HV and filament windings are critical, bias and LV can use wire as thin as the winder can handle without breaking, both need less than 10mA each ... and thatīs already overkill.
EDIT: looks like we simulposted
anyway quite close to what you see there.
Only problem is what you mention about lack of real estate space there
*Any* increase of core size will be a step in the right direction.
Thicker stacking solves magnetic problems (larger core area) but keeps window size, so does not help much on copper resistive loss ... what killed your HV winding, while next larger EI size will solve both, even if stacked same thickness.
Measure available space and check this with your winder ... or pay thru the nose for MM iron ,unless you find another transformer with similar specs.
HV and filament windings are critical, bias and LV can use wire as thin as the winder can handle without breaking, both need less than 10mA each ... and thatīs already overkill.
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