Dual Low Frequency Oscillator Board: Difference between revisions

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[[Image:Dual-LFO-Board.jpg|400px||Dual LFO Board]]
[[Image:Dual-LFO-Board.jpg|400px||Dual LFO Board]]
The LFO provides two seperate Low Frequency Oscillators on the same board.
LFO 1 runs a decade range lower than LFO 2.
Each LFO has two simultaneous outputs: Triangle-based and pulse-based waveforms.
The symmetry control allows for skewing the waveforms from 1% to 99% duty cycles.
This allows for the triangle output to morph from sawtooth, through triangle to inverted sawtooth.
The pulse output morphs from 1% through 99% positive pulse.




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[[Image:LF1_module_panel_wiring.jpg]]
[[Image:LF1_module_panel_wiring.jpg]]


Click for Adobe PDF version.
[[Image:LF1_module_panel_wiring.pdf]]


[[media:LF1_module_panel_wiring.pdf|Click for Adobe PDF version.]]


== Availability ==
== Availability ==
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This module is available
This module is available


'''$84.95'''
'''$89.00'''
 
To order, visit the [http://www.mattsonminimodular.com/shop MMM Store]
 
 
[[DIY single module PC board dimensions and mounting suggestions |Go to board dimensions and mounting]]
 
[[DIY Panel wiring general conventions |Go to general wiring conventions information]]


To order: [http://www.mattsonminimodular.com]
[[DIYcisions DIYcisions |Back to DIY main menu]]
Click on the order tab to enter the shopping cart.

Latest revision as of 16:36, 7 June 2014

Dual LFO Board

The LFO provides two seperate Low Frequency Oscillators on the same board.

LFO 1 runs a decade range lower than LFO 2.

Each LFO has two simultaneous outputs: Triangle-based and pulse-based waveforms.

The symmetry control allows for skewing the waveforms from 1% to 99% duty cycles.

This allows for the triangle output to morph from sawtooth, through triangle to inverted sawtooth.

The pulse output morphs from 1% through 99% positive pulse.


Wiring information:


Click for Adobe PDF version.

Availability

This module is available

$89.00

To order, visit the MMM Store


Go to board dimensions and mounting

Go to general wiring conventions information

Back to DIY main menu