Zak28
Advanced Member level 2
A flat spiral transformer with a 1:100ratio has a secondary with 92,100XL of impedance @ 50Mhz. The primary has 24V square 50% duty pulsing at said frequency. Is the max secondary power and current I=Vp/XL which is 2400Vp/92100XL = 26mA and P= 2400Vp*26mA which is 62.4W? Is it pointless to input any more than 63W into the primary?
I understand there are resistances and parasitics which I do not account for, but I choose to keep this simple. I also understand driving it at its resonant frequency is optimal for max power output but I need different frequencies for the circuit.
Greatly appreciated.
I understand there are resistances and parasitics which I do not account for, but I choose to keep this simple. I also understand driving it at its resonant frequency is optimal for max power output but I need different frequencies for the circuit.
Greatly appreciated.
Last edited: