Ken: I have a 5200 extender kit including the PC Board and the cables. In looking at it the center PC board that has the traces on it is enclosed on both sides with a piece of blank PC board material (no copper or traces) so you wind up with 3 ea 0.062" PC Boards riveted together. The center board has the necessary traces to connect the edge connector fingers to the socket. The outer two boards are just plain PC material with the necessary "holes" machined out so that the center board can have the connector and fingers open. There has been test points place on either side of the socket so you can connect a meter or scope to the lines.
The connector has the following printing on it. "345-086-520-201" below that it has what looks like a trade mark of either a "C" or "O" with letters inside that which I can't make out, then "3A 250V EADC ??" the "??" means I can't read this. When you say "photo copy" the PC Board I will assume something that would show how the traces are laid out on both sides. This is impossible without removing the 5 rivets that hold this "sandwich" together which I don't want to do. I will do a PM to you with a pdf attached of the backside of the extender. Bill ----- Original Message ----- From: "Kgoodhew" <kgood...@iinet.net.au> To: <volt-nuts@febo.com> Sent: Wednesday, August 27, 2014 11:44 PM Subject: [volt-nuts] Fluke 5200A extender board. > Hi, > The pin spacing on the card edge connectors is 0.1" (2.54 mm) and is a 43/86 dual row socket. > I know what the extender looks like as I found one on ebay several months ago that had already sold for $50 (damm it!!) and I have been looking ever since, but it had a picture of it. > It is a double sided pcb board that plugs into the female connector that is mounted vertically in the instrument and then rises up above the top of the instrument case where there is a female socket mounted horizontally so in effect the board now sits horizontally above the instrument whereas normally it sits vertically in the instrument. > That way you have access to the board to take measurements, something you cannot do when the boards are in the instrument due to the close spacing of the various boards. > As the 43/86 pin card edge connectors appear unobtainable I have sourced a 50/100 pin female connector that I can make do with, but I need either a 43/86 pin male card edge connector (which are also unobtainable) to make up an extender using cables as you have done, so the only option appears to be to make up a double sided pcb board with pads spaced at 0.1" centres on both sides and then either use it to terminate the cables to the female socket , or probably better make the pcb the same as the original extender and just use my 100 pin socket on that. > That is why I was hoping someone may be able to photo copy the pcb board if they have an extender they do not want to sell. > Thanks, > Ken Goodhew. > > > > --- > This email is free from viruses and malware because avast! Antivirus protection is active. > http://www.avast.com > > _______________________________________________ > volt-nuts mailing list -- volt-nuts@febo.com > To unsubscribe, go to https://www.febo.com/cgi-bin/mailman/listinfo/volt-nuts > and follow the instructions there. _______________________________________________ volt-nuts mailing list -- volt-nuts@febo.com To unsubscribe, go to https://www.febo.com/cgi-bin/mailman/listinfo/volt-nuts and follow the instructions there.