JoMoX M.Brane 11 Analog Membrane Modeling True Analog Percussion Synthesizer Operating Manual

The M.Brane 1_1 Analog Membrane Modeling True Analog Percussion Synthesizer is a versatile percussion synthesizer with a variety of features, including 9V DC, Midi In, Midi Out, Trigger In, Audio Out, and more.


JoMoX M.Brane 11 Analog Membrane Modeling True Analog Percussion Synthesizer Operating Manual - cover page
Brand
Jomox
Category
Musical instruments
Document type
User Manual
Language
English
Pages
27
File format
PDF
File size
265 KB
Published
10 November, 2023
Updated
10 November, 2023
MD5 checksum
D4EC44C798A4682AA16EFD3530E81947

About this manual

The M.Brane 11 is a true analog synthesizer optimized for percussion sounds, built around two T-bridge oscillators and a noise generator. It can be controlled by MIDI and triggered by a drum pad piezo pickup or an external audio signal.

The manual covers connections, functional description, sound and master parameters, preset recall, and MIDI implementation including SysEx dump and soft calibration.

What's inside

  • Introduction
  • Connections
  • Functional Description
  • Listening to preset sounds
  • Control of the M.Brane 11 by Midi
  • Control of the M.Brane 11 by X Trig In
  • Sound Parameter
  • Master Parameter
  • M.Brane 11 Midi Implementation

Specifications

Power supply9 V DC
Audio outputMono unbalanced, about 0 dBu line level
Preset sounds110 pre-programmed factory sounds
Trigger inputAudio input for drum pad or audio signal
MIDI channel001-016

Frequently asked questions

What power supply should be used with the M.Brane 11?

Use only the original 9 V DC wall wart adapter; other power supplies may seriously damage the device.

How many preset sounds can be recalled?

The endless value knob recalls 110 pre-programmed factory sounds.

Can the M.Brane 11 be triggered externally?

Yes, its Trigger In accepts a drum pad piezo pickup or an external audio signal.

What is the audio output level?

The mono unbalanced Audio Out has a line level of about 0 dBu.

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