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switch
(2)
Chip
Chip
switch
The
switch.
MODE
previously,
switch
No.3.
by
possible
corresponding
the
Pull
out
it
the
position
to
do
this).
to
2
3
I
O
O
O
.
_
fi f
2
3
O
3
2
I
@
O
Fig.
10-4
(Notice)
The
dip
switch
which
switch
is
If
dip
Close(0),
the
Example;
Set
chip
and
TERM
side.
switch(CS3)
(3)
Chip
switch(CS3)
The
chip
interface.
By
in
10-5,
Fig.
is
baud
rate
combination
the
4
3
o
o
¢
'#
O
O
4
3
0
-
L
O
O
The
standard
GD?C>baud
r ate
is
tip
fitted
(CSl)
(CSl)
change
can
setting
the
standard
IN
is
connected
switch
MODE
40
ch/line
this,
By
The
MODE
switch.
MODE
and
switch
no.l
dip
standard
tip
in
the
described
in
switch
has
MODE
now
4
5
O
O
"'
4
5
""MODE
]
O
O
4
5
O
O
-----
-
'
correspondgwith
MODE
switch
MODE
asC:>in
switch
mode
by
MODE
switch,
the
baud
sets
chip
inserting
the
the
baud
rate
can
position
the
set
by
of
the
program.
2
I
o
"'baud
rate
O
1(standard)
2
I
0
baud
rate
-
O
2
chip
10-5
Fig.
condition
of
the
baud
factor.by
changing
in
this
switch)
tip
89
ofth9
the
content
condition
which
the
corresponding
to
selection
ch/line
and
80
be
connected
switch
can
no.2
doing
by
in
setting
Fig
10-3,
10-4(A
pinsettermay
Fig
functions.
their
own
2
3
I
fi
10-3
Fig.
switch
correspond
2.(MODE
switch
select
non-interlace)
switch
correspond
MODE
switch
l.(MODE
no.
TERM
mode)
&
switch
must
be
function.
does
not
10-4.
Fig
To
select
switch
dip
no.l
must
of
RS232C
rate
in
switch(CS3)
dip
selected.
be
However,
of
tip
in
Fig.l0-5
3
4
2
|
o
o
o
facto?
O
O
O
4
3
2
'o
o
o
o
_
factor
O
O
O
O
l
rate
factor
can
the
of
position
setting
by
described
was
dip
is
the
to
0 P @ 1 ' 3 t i 0 V ~
f ' O l l 0 \ U i V Q
insert
then
be
used
4
5
1
is
inserted
Tip
this
at
position(white)
with
switch
dip
interlace
&
with
dip
switch
select
BASIC
mode
open(l)
mode.
mode
BASIC
be
OPEN(l)
communication
shown
as
actual
and
baud
factor
rate
~-
3
factor
u.baud
rate
4
be
changed
the
tip.(one
no.
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