R
Rich Grise
http://www.abiengr.com/~sysop/images/AAAARGH!!.jpg
(the point is to bus all of the even-numbered wires to ground.)
Cheers!
Rich
(the point is to bus all of the even-numbered wires to ground.)
Cheers!
Rich
Rich said:http://www.abiengr.com/~sysop/images/AAAARGH!!.jpg
(the point is to bus all of the even-numbered wires to ground.)
Cheers!
Rich
why not solder all of them in a line across a piece of solid wire, and
plug the two ends of than into the proto board?
Rich said:http://www.abiengr.com/~sysop/images/AAAARGH!!.jpg
(the point is to bus all of the even-numbered wires to ground.)
Cheers!
Rich
With ribbon cable, one could use an IDC connector, and all of theJohn said:why not solder all of them in a line across a piece of solid wire, and
plug the two ends of than into the proto board?
why not solder all of them in a line across a piece of solid wire, and
plug the two ends of than into the proto board?
With ribbon cable, one could use an IDC connector, and all of the
even numbered wires are then on one row and the odd numberes wires are on
the other row...
You just have to be smarter than the breadboard! ;-)http://www.abiengr.com/~sysop/images/AAAARGH!!.jpg (the point is to bus
all of the even-numbered wires to ground.)
I had thought of that, but when I tried to set it up, whether one wire
at a time or as a batch, it got to looking like a PITA, so I decided to at
least give the protoboard a shot. But the little #28 wires, even tinned,
aren't stiff enough. I guess I'll have to do the soldering. :-/
Solder pins on the ends of them. OR tin them RIGHT, and insert them
vertically, not bent as you show in the photo, THEN bend it over.
The best way is to bus them on a bare copper strip, or WIRE, and
insert a single wire into your vector board, etc.
And then I'd have to go from the IDC connector to the protoboard
anyway.
It's OK - I've got them all inserted now, and am snitching 3.3V power
from the development board that this will be plugging into. A certain
client lent me a Xilinx XC9572XL development board and software, and
I've been itching to find an excuse to get into it - The part of the
client's project this was suppposed to be for got either back-burnerized,
superseded, or he's waiting to see what I can do with this thing before
he actually gives me the assignment. I'm a little hampered lately,
because I only have the one computer and the Xilinx stuff only runs on
Windows, unless maybe Wine, but that's a whole nother project in itself.
Thanks!
Rich
The point was, I was trying to insert it vertically, but it bent under
the pressure before it slipped between the connector's labia. ;-)
I'm a little hampered lately,
because I only have the one computer and the Xilinx stuff only runs on
Windows, unless maybe Wine, but that's a whole nother project in itself.
You use retarded terms in your technical discussions. You gotz
issues. If you want to be technical, be technical. If you want to be
an adolescent idiot that claims to be technical, it won't ever work...
EVER.
A properly tinned 28 ga wire will insert in such locations just
fine. If the wire is ten years old, and doesn't even accept a tinning
correctly, you will see it fold under stress. If it is a new wire,
then your soldering skills need honing, and the sexual comics need to
be extricated. They are muddling your mind.
....
If you are going to do some programming of Xilinx CPLDs and you try their
version ISE 7.1 software for Windows, MAKE SURE you also install the
service pack updates to get to 7.1.04. There is a bug in the 7.1 version
that causes the CPLD outputs to be inverted. Xilinx has a page somewhere
that explains this problem, but the only way to find it is to already know
that the problem exists. They have no notice on the download page for 7.1
that you need the 04 update if you are using CPLDs.
Or you could try the new version 8 software, but who knows if that
actually works either.
I found out about this when I recently programmed a XC9536 to control a ....
figured out the problem after posting to comp.arch.fpga and someone
there knew about it.
By the way, I thought Xilinx had a linux version of ISE. I seem to
remember people on comp.arch.fpga discussing how to get the parallel
download cable and their programming software working on linux...
It is hard to believe that someone that refers to cinch actuators as
"labia" can actually understand and maintain a Linux computer.
What you need to do is get a dual boot machine set up. Away go all
platform dependent problems at that point.
Roy L. Fuchs said:You use retarded terms in your technical discussions. You gotz
issues. If you want to be technical, be technical. If you want to be
an adolescent idiot that claims to be technical, it won't ever work...
EVER.
A properly tinned 28 ga wire will insert in such locations just
fine. If the wire is ten years old, and doesn't even accept a tinning
correctly, you will see it fold under stress. If it is a new wire,
then your soldering skills need honing, and the sexual comics need to
be extricated. They are muddling your mind.
Labia is the plural of labium, meaning a lip or lip like structure - it is
only a sexual reference when used in a sexual context.