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I know the difference i just had heard hz/v mentioned for them. A guy playing his with a MS-20 etc.
On 2011-07-19 12:15 PM, "Nick Zampiello" <newallianceeast@...> wrote:The 200 and 101 oscillators are a non-standard 1.20v/octNEW ALLIANCE EAST!!!!
hz/volt is more of a japan convention: korg, Yamaha, etc...
i can get mine to tune to other 1v/oct gear but its prone to drift as the controls are so course.
i was hoping to get a mod enacted with a fine tune VR so one of the swing inputs was always 1v/oct and could be calibrated as things settle and drift...
PS:
from WIKI:
http://en.wikipedia.org/wiki/CV/Gate#CV
CVWhile the concept of CV (Control Voltage) was fairly standard on analog synths, the implementation was not. For pitch control via CV, there are two prominent implementations:
- Volts per octave. This standard was popularized by (if not created by) Bob Moog in the 1960s; it was widely adopted for control interfacing.One volt represents one octave, so the pitch produced by a voltage of 3 V would be one octave lower than that produced by a voltage of 4 V. Notable followers of this standard include Roland, Moog, Sequential Circuits, Oberheim and ARP.
- Hertz per volt. This method (used by most but not all Korg and Yamaha synths) represented an octave of pitch by doubling voltage, so the pitch represented by 2 V would be one octave lower than that represented by 4 V, and one higher than that represented by 1 V.
The following example table demonstrates some notes and their corresponding voltage levels in both implementations (this example uses 1 V/octave and 55 Hz/V):
z
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From: Prosper Prodaniuk <prosperp@...>
To: emlsynth@yahoogroups.com
Sent: Tue, July 19, 2011 2:54:33 PM
Subject: [emlsynth] Re: converting 1.2 volt/octave to 1 volt/octave
Maybe in this someone can answer whether or not the 200 (and 100) are HZ/V as opposed to V/OCT a...