. Quickly tin the wire end and trim them so that there's only a mm or two of shiny stuff exposed at the end of the insulation. They should still have a little blob of flux-rich solder on the end of the wire now. Place wire on decoder, apply iron and wait for the solder to 'flash'. Remove iron. Done.I have actually, its just never been used 8)Steph Dale said:I know what you mean, but haven't managed to find out whether the three wires are available as pins on the 21-pin version of the decoder, in which case you're wiring onto a circuit board rather than the chip.
To be honest it's not that tricky - the decoder will likely be clean, you just need a small soldering iron bit. What, you mean you haven't got one specifically for electronic jobs![]()
. Quickly tin the wire end and trim them so that there's only a mm or two of shiny stuff exposed at the end of the insulation. They should still have a little blob of flux-rich solder on the end of the wire now. Place wire on decoder, apply iron and wait for the solder to 'flash'. Remove iron. Done.
Steph
Steph Dale said:For an experiment you could try a conventional 40x20 speaker and horn-load it. It'd probably give a flatter response and would definately give you great efficiency (i.e. drop the noise floor).
Steph

Dikitriki said:That seems to be it. Much, much cheaper than the Lenz equivalent.
Can that be fitted to a Zimo chip....Steph? Save making them?
Richard
Steph Dale said:I don't think so. The PowerPack seems to use a version of the 3-wire connection that started with the Lenz 'Gold'.
Steph
28ten said:




28ten said:so far I have spent 4 hours on the lining transfers![]()