T
treez
Guest
Hello,
The following is a 150W offline Flyback ( abbreviated schem attached) with an output of 300V.
The three secondaries would each be spread across their own layer layer in the transformer. The three secondaries would be interleaved between the two primary halves to reduce leakage inductance.
-So, Given that the transformer has five layers of coils, to what degree do you believe that “Proximity Loss” would reduce the efficiency?
(it’s a constant off time flyback and switching frequency is around, but not exactly 90kHz.)
The following is a 150W offline Flyback ( abbreviated schem attached) with an output of 300V.
The three secondaries would each be spread across their own layer layer in the transformer. The three secondaries would be interleaved between the two primary halves to reduce leakage inductance.
-So, Given that the transformer has five layers of coils, to what degree do you believe that “Proximity Loss” would reduce the efficiency?
(it’s a constant off time flyback and switching frequency is around, but not exactly 90kHz.)