Ok, then, I quite like the idea of the system that Fortran has been busy beavering away at, its a very neat solution but I have not read all of the posts in that thread, it'll take too much time, so I have some quick questions about it.
Precisely what is on offer, is it just the PCB's and the resistors or has anyone developed a suitable enclosure that is a part of, or could be added on as an extra? If so do any photos exist of this at all?
Has anyone thought about just using the switches as they come and wiring from them to a ring circuit of normal resistors so that higher wattages could be used?
My track record with SMD parts is not very good, my eyesight is not what it used to be, even with a magnifier glass and spectacles
So I'm sort of torn between having a go with the SMD approach and the thumbwheel switches and living with the 1/4 watt limit or using the standard thumbwheel switches and going with 1/2 watt resistors, maybe even with .1% for the higher values and possibly going up to 7 decades, 10M or maybe even higher.
Its main use would be as testers for multimeters with the occasional use as a substitution box for transistor radio work and general repairs to other test gear etc.
At this stage its a feasibility study and cost evaluation exercise.