out of the hole labelled LED so that it is long
enough to connect to the positive lead of the LED.
Strip and solder.
out of the hole on the circuit board labelled "out"
so that it is long enough to connect to lug 7 of the
footswitch. Strip and solder.
long enough to connect to lug 4 of the footswitch.
Strip and solder.
wire that is long enough to connect the ring of
the IN jack to the negative terminal of the AC
jack. Connect the battery snap to an actual 9v
battery and place it into the enclosure.
Measure and trim the black battery wire so that
it is long enough to connec to the negative
terminal of the AC jack, but make sure it will
have enough slack so that you can change
your battery. Strip and solder the 2 wires at the
negative terminal of the AC jack. Then solder
the remaining black wire to the ring of the IN
jack.
adaptor jack terminal together. There are several
ways you can do this. 1 way is to use some of the
left over component lead and make a jumper wire.
Another way is to strip one of the wires going to the
AC jack so that the bare wire is long enough to
thread through both of the solder lugs. This is the
method that I prefer, but the holes in the lugs
probably aren't big enough to fit more than one wire
in. When doing this step, keep in mind that the
wires do not need to be threaded through the holes
of the solder lugs. It may help you here to think of
the AC jack solder lugs as "solder pads" and solder
the wires on top, rather than through. A good solder
joint will be just as secure. The important this is
that there is continuity between the 2 positive
terminals.
Measure and trim the red wire coming out of the
hole on the circuit board labelled "POS" so that it is
long enough to connect to one of the positive
terminals of the AC jack. Measure and trim the red
battery wire so that it is long enough to connect to
one of the terminals on the AC jack, but make sure it
has enough slack to that you can change your
battery. Strip the ends of the red wires and solder.
