Technical data
present
(e.g.,
key
depressed),
application
of
another
trigger
externally
will
not
be
discernible,
and
the
converse.
The
following
diagram
illustrates
the
dual
input/output
capacity
of
the
S-TRIG
OUTPUT
plug:
S-TRIG
OUTPUT
TO
S-TRIG
OUTPUT
TRIGGERING
S-TRIG
NOrS-STANDARD
OUTPUT
1
FEMALE-FEMALE
CABLE
OUTPUT
S-TRIG
MULTIMOOG
B
CABLE
DETAIL:
NARROW
SOCKET
CINCH-JONES
S3O2-CCT
WIDE
SOCKET
(COVER
NOT
SHOWN)
Each
Multimoog
will
trigger
itself
normally.
Multimoog
A
will
trigger
Multimoog
B,
and
Multimoog
B
will
trigger
Multimoog
A
because
each
S-TRIG
OUTPUT
ads
as
both
an
input
and
an
output
for
trigger
signals.
Any
simple
switch
can
be
modified
to
trigger
the
Multimoog
using
the
S-TRIG
OUTPUT
as
an
input.
Addition
of
a
capacitor
is
required
to
"debounce"
switch
contact
closure
as
shown:
SWITCH
TO
APPLY
TRIGGER
INPUT
TO
S-TRIG
OUT
PLUG
OPEN
SWITCH
CLOSED
1>iF.20V
SMALL
SOCKET
LARGE
SOCKET
CINCH
JONES
S302-CCT
CABLE
SOCKET
CAPACITOR
The
switch
will
trigger
a
Multimoog
when
closed.
S-TRIG
INPUT
The
S-TRIG
INPUT
acts
only
as
an
input.
It
accepts
an
external
trigger
signal
that
triggers
the
LOUDNESS
CONTOUR
and
FILTER
CONTOUR
sections
of
the
Multimoog
as
an
internal
trigger
would.
An
external
trigger
fed
into
the
S-TRIG
INPUT
has
priority
over
keyboard
triggering,
but has
absolutely
no
effect
when
the
Multimoog
is
in
the
S&H
AUTO
mode.
This
means
that
when
an
external
trigger
is
applied
to
the
S-TRIG
INPUT,
the
Multi
moog
will
be
triggered
even
if
no
key
is
depressed.
But
when
the
Multimoog
is
in
the
S&H
AUTO
mode,
the
S-TRIG
INPUT
is
removed
from
the
circuit
and
external
triggers
applied
there
are
completely
ignored.
(Internal
keyboard
triggers
are
also
ignored
60
in
the
S&H
AUTO
mode.)
Naturally,
when
no
external
trigger
is
present,
(and
the
Multimoog
is
not
in
the
S&H
AUTO
mode)
keyboard
triggers
work
normally.
When
both
external
and
internal
triggers
are
present,
no
special
effect
is
created;
that
is,
triggers
do
not
"add"
like
control
voltages
do.
For
example,
if
a
key
is
depressed
(internal
trigger),
application
of
another
trigger
to
the
S-TRIG
INPUT
will
not
be
discernible.
I
n
the
S&H
AUTO
mode,
triggers
from
the
S-TRIG
INPUT
and
the
keyboard
are
ignored
entirely.
Obviously
the
S-TRIG
INPUT
is
compatible
with
an
"S-trigger,"
or
"switch
trigger."
This
is
a
very
useful
type
of
trigger
input,
because
the
performer
can
devise
any
kind
of
simple
switch
that
will
close
to