Doepfer A-149-1 Quantized/Stored Random Voltages Manual de usuario descargar pdf (Pagina 4)

A-149 /1

RCV

System A - 100

doepfer

Fig.1: Probability distribution for different settings of "D"

The final value of D is the sum of the manual

control 5 and the external (attenuated) control

voltage applied to input %.

6 CV D

The external control voltage CVD fed into input ( is at-

tenuated with this control.

7 LED • 8 LED

The brightness of each LED is proportional to the

output voltage at the corresponding output / resp. (.

4. In- / Outputs

4.1 Quantized Random Voltages

! CV N In

This socket is the Control Voltage input for the para-

meter "N".

" Clk In

This socket is the Clock input for the Quantized Ran-

dom Voltages section. Each rising edge of this signal

causes the generation of a new random voltage at the

outputs § resp. $. Any clock or gate signal can be

used to control this input.

§ n+1

This socket outputs the random voltage with n+1 sta-

tes. The voltage range for this output is 0 to +5 V, the

voltage steps are 1.0 V (i.e. 1V quantization). This

corresponds to octave intervals when used to control

the pitch of a VCO.

$ 2

This socket outputs the random voltage with 2

states.

The voltage range for this output is 0 to +5.25 V, the

voltage steps are 1/12 V (i.e. 1/12 V quantization).

This corresponds to semitone intervals when used to

control the pitch of a VCO.

Häufigkeit

Zufallsspannung [V]

D = 5 D ~ 10D ~ 0

Häufigkeit

Zufallsspannung [V]

D = 5 D ~ 10D ~ 0

output voltage

probability

1 2 3 4 5 6

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Doepfer A-149-1 Quantized/Stored Random Voltages Manual de usuario Pagina 4

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