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M U X L I C E R

R E F E R E N C E

F U N C T I O N A L

B L O C K S

U S E R M A N U A L

A N A L O G S W I T C H

.5

COM M ON I /O

It is the main common Input/Output.

Through this jack you can either send a signal to

the Mux I/Os or receive a signal from them (Depending on how the module it is

connected).

It is also used as CV Out when nothing is connected to “All IN” or “Mux I/Os”.

Use this output as CV out when using Muxlicer as step sequencer (see later).

ALL I N

Any signal plugged to ALL IN will

go to all the “Mux I/Os” that don't

have any other signal plugged on

them.

All in, is there to send the same

signal to any number of Mux

I/Os.

Imagine you want to send a signal

to the Steps 1 ,2,4,5,6 & 8. and a

two more signals to 3 and 7

respectively. You just need 3 wires

for this: plug the first one to All In

and the other two to 3 and 7 Mux

I/Os and you are done!
All In is normalled to a Voltage

(selectable by the user), so

if

nothing is plug to this IN,

Muxlicer acts as normal step

sequencer.

(Explained in Speed

Div/Mult encoder / CV Range

Section)

M U X I /Os

Mux I/Os are (together with Common I/O) the

main connections of Muxlicer. Like common I/O,

they are reversible. That means, depending on

how the module is connected,

you can either

send eight different signals to the “common

I/O” or receive a signal from it at each of the

8 Mux I/Os

.

The eight Mux I/Os are normalled to “All In” jack,

so any signal present at this input will go to all

of them. (see ALL IN Section)

LEVEL FADERS

This faders attenuate the signals that goes from the “Mux I/Os” to the “common I/O” (or

vice versa). When no signal is plugged to either “Mux I/Os” or “All IN” they act as CV

Levels. This is because they Attenuate the default All IN voltage.

WH AT I S AN AN ALOG SWI TCH ?

An analog switch is a switching

device capable of switching or

routing analog signals. In the case of

Muxlicer the switch is reversible, this

means that you can send 8 different

signals to 1 destination or in the

opposite way, send 1 signal to 8

different destinations.

All manuals and user guides at all-guides.com

Summary of Contents for Muxlicer

Page 1: ...M U X L I C E R U S E R M A N U A L All manuals and user guides at all guides com a l l g u i d e s c o m...

Page 2: ...All manuals and user guides at all guides com...

Page 3: ...designed with a high function per HP ratio philosophy to have maximum flexibility in minimum space It is divided in three main blocks 1 Digital Step Controller Featuring Tap Tempo Voltage controlled a...

Page 4: ...an equally voltage step relation Voltages above the maximum are just ignored 5v CV in is also possible changing the CV range switch The small switch from the back of the module 2 You can use this Inpu...

Page 5: ...r different functions 1 Tap Tempo Tap this button twice the tempo will be set at the speed of the interval between this two taps If you tap more than twice in a short time the time between them will b...

Page 6: ...CV is present the Knob acts as an attenuator 1 0v CV are accepted but most usable range is from 0 to 5v Other voltages are ignored CLOCK OU T Outputs the clock either internal or external divided or...

Page 7: ...hing is plug to this IN Muxlicer acts as normal step sequencer Explained in Speed Div Mult encoder CV Range Section M U X I Os Mux I Os are together with Common I O the main connections of Muxlicer Li...

Page 8: ...have a signal Finally you can control the level of any signal with its corresponding level fader BASI C SEQU EN CI N G Without signals presents into the Analog Switch the module works as a powerful 8...

Page 9: ...Play switch Now you can adjust the amount of retriggers in each step manually with the sliders or via CV plugin CV signals to Mux I Os If you want to reduce the maximum number of retriggers on the ste...

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