Dimensions
6 HP
30 mm deep
Current Draw
20 mA +12V
25 mA -12V
50 mA 5V
Price
$153 Price in €

This Module is currently available.

Simple Poly DCO 雨風 AMAKAZE lleqpue9

1CV input /3 OSC out

Simple Poly DCO 雨風 lleqpue9 introduce page
product page(Japanese) : https://lleqpue9.hateblo.jp/entry/simplepolyDCO
Sales site(for USA/EU/etc... buyee) : https://buyee.jp/mercari/search?keyword=lleqpue9&status=on_sale
Sales site(for USA/EU/etc... doorzo) : https://www.doorzo.com/search?fid=all&sid=&keywords=lleqpue9&sort=&identity=all&isStock=true&seller=%5B%22%22%5D&website=%5B%22mercari%22%2C%22paypay%22%5D&condition=%5B%220%22%5D&lang=en
Sales site(for Japan) : https://jp.mercari.com/user/profile/512091588

Video

CHASER LED:
Flashes according to the amount of CHASER. The faster it flashes, the more CHASER there is. If
the flashing interval is short, OSC1 and 2 will be able to follow the pitch change of OSC3 more easily, and if the flashing interval is long, it will be difficult for them to follow the pitch change of OSC3.

PITCH CV LED:
Flashes briefly every time the voltage at Pitch CV in changes.
It is easy to visually see that the voltage at CV in has changed and the pitch has changed.

CHASER knob: This knob controls
the frequency of OSC2 and OSC3 . It selects a frequency that feels just right depending on the frequency of OSC1. The LED blinking interval changes depending on the knob position, and the frequency selection algorithm for OSC2 and 3 changes depending on the blinking interval. If the sequencer speed is fast and the CVin range is wide, it is recommended to increase the CHASER amount , and if the speed is slow and the range is narrow, it is recommended to decrease the CHASER amount.

Waveform knob: You can
select the waveform variation of OSC1 . The waveform can be selected from sine wave, triangle wave , sawtooth wave , and square wave . Turning the knob changes the waveform in the following order : sine wave → triangle wave → sawtooth wave → square wave . The target oscillator changes the waveform in the following order: OSC1 → 2 → 3. Example : OSC1 , 2, 3 are all sine waves → OSC1: triangle wave , OSC2, 3: sine wave → OSC1, 2: triangle wave , OSC3: sine wave → OSC1.2.3: triangle wave → OSC1: sawtooth wave, OSC2, 3: triangle wave ...

PITCH CV IN:
A terminal for inputting pitch
32.7Hz (C0) at 0V
523Hz (C4) at 4V
Supports up to 6.6V (6 octaves)

OUT1:
OSC1 output. A suitable frequency is output according to the OSC3 output frequency . The suitable frequency is adjusted with the CHASER knob. The frequency is determined from the record of the change in the OUT3 frequency, so immediately after startup, there is no record of the OUT3 frequency and the frequency is not stable. Input a voltage corresponding to V/oct to CVin several times and the OUT3 frequency record will be accumulated, and then it will operate normally.

OUT2:
Output of OSC2 Same as OSC1 but with a different frequency.

OUT3: OSC3
output.
The frequency corresponding to output
PITCH . The waveform is the one selected in Waveform .

MIX-OUT: Output
where the waveforms of OSC1, 2, and 3 . The mix ratio is a fixed value.

https://lleqpue9-hateblo-jp.translate.goog/entry/simplepolyDCO?_x_tr_sl=ja&_x_tr_tl=en&_x_tr_hl=ja&_x_tr_pto=wapp


submitted Today, 15:26 by lleqpue9 | last Change Today, 15:31 by lleqpue9
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