6
Panel Controls
1. Gate Input: Gate applied to this input initiates the circuit.
The result being a 0V to 8V function, aka Envelope. Range 1.5V or
greater with Gate Width determining Sustain Time.
2. Onset Panel Control: Sets the time it takes for the Voltage
Function to ramp up to maximum level. CW rotation
increases Onset Time.
3. Onset CV Input: Linear control signal input for the Onset
parameter. Positive Control signals increase Onset
Time. Negative control signals decrease Onset Time with respect
to the Onset Panel Control setting.
4. Sustain Panel Control: Sets the Voltage level the function
Decays to and holds for the duration the Gate is High. Settings
greater than 3:00 put Sustain into overdrive allowing for
increasesd 10V maximum level. For 4-Stage ADSR type control
signal set CCW of 3:00.
5. Decay Panel Control: Sets the time it takes for the Voltage
function to ramp down to the Sustain stage and complete the
Release stage. CW rotation increases Decay and Release Time.
6. Decay CV Input: Linear control signal input for Decay
parameter. Positive control signals increase Decay and Release
Times. Negative control signals decrease Decay and Release
Times with respect to the Decay Panel Control.
7. Vari-Response Panel Control: Sets the response curve of the
Contour function. Response is continuously variable from Linear
to Exponential.
8. End of Onset (EON) / End of Contour (EOC) LED: Indicates the states of the EON and EOC outputs. When <Red>, EON is High
and EOC is Low. When <Green>, EON is Low and EOC is High.
9. End of Onset (EON) Output: Gate Output that goes High at the end of the Onset portion of the function. 0V or 10V.
10. End of Contour (EOC) Output: Gate Output that goes High at the end of the Contour. 0V or 10V.
11. Mirrored LED: Indicates activity at the Mirrored Contour Output.
12. Mirrored Contour Output: Upside down/inverted version of the Contour signal. When Contour Output is at maximum, this
output is at minimum and vice versa. Buffered, capable of driving a 4-way multiple. Typically 0-8V, but Sustain Overdrive allows it
to reach up to 10V pp and thus fall below 0V.
13. Contour LED: Indicates activity at the Contour Output.
14. Contour Output: CV signal from the Contour circuit. Buffered and capable of accurately driving a 4 way Multiple. Typically, 8V
peak to peak, but Sustain Overdrive allows it to reach up to 10V pp.
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Summary of Contents for CONTOUR
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