I have been researching high voltage DC circuits lately aand have been trying to figure out what the output of the following circuit would look like.

The circuit has a transformer, and an inductor. All coils have the same value of inductance and share the same core. There is a blocking diode between the secondary output and the inductor.

If the transformer is pulsed with a 50% duty cycle, and the inductor and secondary both have the same inductance, and share the same core what will the output look like? Is it constant voltage with no off time?

If the transformer is pulsed with a duty cycle greater than 50%, will the pulses overlap and cause an increase in voltage with each pulse?

 

Secondary and inductor both will generate equal amount of voltages with respect to primary,
because inductor at core will also act as secondary winding of transformer.