Stability of phase shifted converters

Usual method of tackling this is to overcompensate massively first, in order to troubleshoot the power train over load and line conditions. You can even run it without feedback by manually controlling the transferred phase width by overiding pin4.

When all your ducks are in a row, for basic DC transfer and crude control, you can address finer points of transient reponse and compensation.

RL

If you put a buffer on the DC to prevent kickout, you can sneak a cap multiplier inside that loop too. Good Medicine for many things.

Cheers

Phil Hobbs

We're lately doing power supplies and dummy loads for aircraft systems testing, which is high power but rude and crude stuff. Our world is plenty noisy.

One of my units is a 3-phase AC source that the customer regulates by PWM shorting it. Envision some really ugly waveforms.

I don't understand your question. My problem is that the customer could load my supply with a giant solenoid, or a motor, or a huge capacitor, or a battery, or a negative-impedance switcher, all of which change loop dynamics if I sense (or worse, remote sense) from my output.