THANKS BART for the kind wishes. Results are still some way away. We're still designing the various options required for testing and the problems are all related to the switch. It's a tricky one. But we've got no end of 'brains' dealing with the subject. SUCH A PLEASURE.
By the way. I've been discussing something with Donny. There's a possibility that a small 'gap' in the winding adds capacitance to the resistor. I don't see any gaps in your winding and nor in Ash's and, interestingly, it was also omitted in Aaron's. That added capacitance may be a good thing. Not sure if Glen's windings included that gap. Can you check on this? Our's definitely did. And as I mentioned - it may prove to be required. You could run a test with close winding and then compare? And as another thought. Can you use glue to anchor the wiring? Or is that too messy? I'm due to meet with the 'resistor manufacturer' during the course of this week. I'll see if I can get some tips from him. I'll also get some more wire if he still has this.
Take care of yourself Bart and thanks again.
By the way. I've been discussing something with Donny. There's a possibility that a small 'gap' in the winding adds capacitance to the resistor. I don't see any gaps in your winding and nor in Ash's and, interestingly, it was also omitted in Aaron's. That added capacitance may be a good thing. Not sure if Glen's windings included that gap. Can you check on this? Our's definitely did. And as I mentioned - it may prove to be required. You could run a test with close winding and then compare? And as another thought. Can you use glue to anchor the wiring? Or is that too messy? I'm due to meet with the 'resistor manufacturer' during the course of this week. I'll see if I can get some tips from him. I'll also get some more wire if he still has this.
Take care of yourself Bart and thanks again.

LOL

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