Advertisement
MIDI CONTROL OF RED PUSH BUTTON
The red push button can be "pressed" via MIDI as MIDI switch number
95 (5Fh) for regular program mode or 94 (5Eh) for transpose mode.
The selection of the push button is enough, it doesn't matter if it
is being turned on or off.
In hexadecimal
In hexadecimal
Where X is the current MIDI channel.
[n.b. whilst in program/transpose modes the MIDI is in omni on mode]
MIDI CONNECTORS
MIDI IN should be connected to a MIDI OUT or a MIDI THRU
similarly MIDI OUT should be connected only to a MIDI IN
and a MIDI THRU should also be connected only to a MIDI IN.
MIDI
OUT is the signal from the synthesiser (or drum
that
is
to
be sent to another instrument.
signal
that contains MIDI information from another synth,
THRU is an exact copy of information arriving at the MIDI IN
This allows several instruments to be connected together.
If
you
want to wire your own MIDI cables the following
may be useful.
1)
Although a 5 pin connector is used,
earth connection are required.
2)
If
you look at the din plug from the wiring side you
that the pins are numbered.
are 1 - 4 - 2 - 5 - 3.
3)
The pins numbered 1 & 3 are not used.
4)
The screen (earth) is connected to pin 2 (centre pin)
5)
Pin 4 of one plug should be connected to pin 4 of the other
6)
Pin 5 of one plug should be connected to pin 5 of the other
7)
You should now have a working MIDI lead
8)
It
is preferable to label one end of the cable MIDI IN
other end MIDI OUT, to avoid confusion.
Copyright (c) KENTON Electronics & John Price
KENTON ELECTRONICS
Brookfarm House
Station Road
South Wimbledon
London
SW19 2LP
UK
Tel +44 (0)20 8544 9200
Fax +44 (0)20 8544 9300
www.kenton.co.uk
CS704112/9209162317/JKP
BX - 5F - 00
= program mode
BX - 5E - 00
= transpose mode
-
-
From left to right (or clockwise)
machine
MIDI IN is
only two connections plus an
1986-2001
etc.)
a
received
and
MIDI
socket.
information
will
see
these
&
the
Advertisement
