Claimed OU circuit of Rosemary Ainslie

Rosemary Ainslie · September 06, 2009, 01:28:19 PM

Truly he's a brat. Thanks Poynt.

poynt99 · September 06, 2009, 01:28:42 PM

Which exercise Rose?

There are a few things going on at the moment, so it would be helpful to be more specific.

.99

Rosemary Ainslie · September 06, 2009, 01:31:59 PM

The one with the bridge rectifier and an inductor in parallel. Harvey pointed out something regarding the bridge. If you've already done this I've missed it.

poynt99 · September 06, 2009, 01:41:46 PM

Quote from: witsend on September 06, 2009, 01:31:59 PM
The one with the bridge rectifier and an inductor in parallel. Harvey pointed out something regarding the bridge. If you've already done this I've missed it.

This test is best left up to experiment. This one and the second one I suggested where a secondary is wound over the inductive resistor and used to feed the same rectifier bridge.

A simulation is not going to produce any OU effects, but I think you already know this. What would be the point?

Wait for Harvey or someone else to try one or both of my suggestions. He already mentioned that he has an isolation transformer he might try. Winding a secondary on the load resistor is also very easy to do.

.99

Rosemary Ainslie · September 06, 2009, 01:51:29 PM

Quote from: poynt99 on September 06, 2009, 01:41:46 PM
This test is best left up to experiment. This one and the second one I suggested where a secondary is wound over the inductive resistor and used to feed the same rectifier bridge.

A simulation is not going to produce any OU effects, but I think you already know this. What would be the point?

Wait for Harvey or someone else to try one or both of my suggestions. He already mentioned that he has an isolation transformer he might try. Winding a secondary on the load resistor is also very easy to do.

.99

I get it. The real reason I want to see your program results is to gauge the expected classically predicted shortfall in efficiencies. It's a gauge. How about doing the published? I gather that the inductance isn't easily replicated - but maybe a way around this? Anyway. I know you're busy and it's not critical.

Thanks poynt. By the way, when are you going to let us know your real name?

And a quick note for Stefan. We need more emoticons.

EDIT Sorry. By published - I mean Quantum publication.