SEQUENCERS

M 569 v2 Quad Sequential Voltage Source

M 569 C Row Mode Controller

M 569 E Quad Voltage Store Expander

M 569 EG Gate

Expander

M 569 ES

Set

Expander

M 569 ESB

M 569 ESB CP

Set Expander Basic

M 569 EGB/

M 569 EGB CP

Gate Expander Basic

M 569 LE

M 569 LE CP

Lag Expander

M 564/M 564 CP

Sequential 

Divider Switch

M 569 v2

Quad Sequential

Voltage Source

This module is an analog step-sequencer with up to 32 positions, arranged in four rows. Each row can be controlled absolutely independent from each other, so that the user has practically up to four separate sequencers at his disposal, each with its own clock- and reset- input jacks, and – at the same time – different running directions (up, down, random and “ping-pong“). In addition the control voltage outputs can be switched between three ranges (2V, 5V and 10V), with the 2V and 5V ranges supplying a (to 1/12 V) quantized output voltage. 

M 569 C

Row Mode Controller

The 569 Quad Sequential Voltage Source now reaches its version 2.0. The main differences to the original 569 lie “under the hood”.

Enhancement #1: it can “speak” to the 569 E Quad Voltage Store Expander, see below.

Enhancement #2: it can be expanded by the 569 C Row Mode Controller. This module allows to assign up to three special functions to defined steps of a sequence:

1. Control voltage

2. Gate-on time

3. Clock division

4. Clock multiplication (aka “ratchet”) 5. The transpose input of the 569 can be switched on and off per row.

Enhancement #3: it can be expanded by up to two 565 D quantizer controller modules.

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M 569 E

Quad Voltage

Store Expander

The 569 E is a four-row/32 steps expander module for the 569 Sequencer. It expands the 569 sequencer by 4 x 8 control voltage dials of which two rows can be combined to sum their corresponding output voltages.

This way you can control the voltages in defined steps to set precise sequences on the fly. The four “Voltage Dial Resolution” dials on the left side specify the quantized ranges of the voltage controllers in three ways.

M 569 EG

Gate Position Expander

The M569 EG EXPANDER is a companion modules to the M 569 Quad Sequential Voltage Source.

It expands the M 569 by 32 individual gate outputs and allows 

direct access to every single step position.

This module is also available as CP-size module (4 units wide).


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M 569 ES

Set Position Expander

The M569 ES EXPANDER is a companion modules to the M 569 Quad Sequential Voltage Source.

It expands the M 569 by 32 individual set inputs and allows the direct positioning to each step. 

This module is also available as CP-size module (4 units wide).

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M 569 EGB

M 569 EGB CP

Basic Sequencer Gate Expander Modules

The M 569 EGB EXPANDERS are basic companion modules to the M 569 Sequencer. 

The M 569 EGB expands the M 569 by four switchable gate outputs, one position per row can be specified.

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M 569 ESB

M 569 ESB CP

Basic Sequencer Set Expander Modules

The M 569 ESB EXPANDERS are basic companion modules to the M 569 Sequencer. 

The M 569 ESB expands the M 569 by four switchable set inputs, one position per row can be specified.

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M 569 LE

M 569 LE CP

Quad Lag Expanders

The M569 LE EXPANDER is another companion module to the 

M 569 which expands the sequencer's four rows by four lag voltage outputs (aka portamento). 

Each row has its own lag rate control as well as switchable 

on/off/gated mode and switchable lag function for rising or falling edge only or both.

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M 564

Sequential Divider Switch

The SEQUENTIAL DIVIDER SWITCH is a combination of a sequential 4-to-1/1-to-4 bidirectional electronic switch with clock divider. 

Each switch has its own set-button for manual activation, trigger input (positive edge) and classic style indicator lamps. One output/input-jack, four output/input jacks, clock input to shift the switch position. 

Four counter circuits, doubling as clock dividers, are connected in series with adjustable divider ratios. 

Ratio switch positions: SKIP = skip step - 1 = shift after 1 clock pulse - 2 = shift after 2 clock pulses - 3 = shift after 3 clock pulses - 4 = shift after 4 clock pulses - 8 = shift after 8 clock pulses.

(Each switch has its own gate output: ‘on‘ as long as step is active).

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This module is available in CP-sized format too.


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