Multiple switch mode power supplies

It's unlikely their transformers would have sufficient stray flux to produce interference.

If you're worried, position two of them at right angles, and the third not-in-line with either.

Please learn how to write a short, simple, declarative sentence! Learning how will give you a great sense of satisfaction.

uce

Mr. Cook's question was stated just fine, we have some grouches here this Monday morning.

There is a slight chance that the oscillators would try to sync up, it depends on how close they are in free-running frequency and also on how much intercoupling there is between the electronics, as well as any possible flux coupling between the transformers. Really hard to predict!

"hr(bob) = google monkey

Mr. Cook's question was stated just fine,

There is a slight chance that the oscillators would try to sync up,

F*ck off - moron.

produce

Mr. Cook's question was stated just fine, we have some grouches here this Monday morning.

There is a slight chance that the oscillators would try to sync up, it depends on how close they are in free-running frequency and also on how much intercoupling there is between the electronics, as well as any possible flux coupling between the transformers. Really hard to predict!

So keep as separate as possible and perhaps 120/120/120 degree relative orientations and inversion if 2 are constrained to be close, makes sense to reduce that likelihood

I the it any way reader let and right you it's like ? So all to write guess unscramble

Mr Cook, PLEASE LEARN HOW TO WRITE simple, clear sentences. It's a necessary skill. When someone offers you sound advice, don't ignore it.

"William Sommerwerck"

( see, I do say nice things sometimes .. )

.... Phil

So why do you get so angry? Is it psychosis? Or are you just playing the "angry old man"?

It's okay to criticize. You don't have to jump down people's throats doing it.

Hey Phil !!

Are you Ok man ?? I'm getting worried about ya :-)

Rheilly P