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8
NEUTRON User Manual
3.1.7 Envelope Section
Envelope 1
Envelope 1 is routed to the VCA CV by default.
(33)
(34)
(35)
(36)
(29) A [Attack] - Controls the attack time of the envelope.
(30) D [Decay] - Controls the decay time of the envelope.
(31) S [Sustain] - Controls the sustain level of the envelope.
(32) R [Release] - Controls the release time of the envelope.
Envelope 2
Envelope 2 is routed to the VCF filter cutoff via ENV DEPTH control by default. See
17. ADSR knobs 33-36 function the same as 29-32.
3.1.8 Output Section
(37)
(38)
(39)
(40)
(37) VOLUME - Controls the output level of the synthesizer. The headphone
output is independent of the volume control and has its own control on the
back of the synthesizer.
(38) MIDI IN - Accepts incoming MIDI data from the selected MIDI channel.
3.1.9 Sample & Hold
Generates a random pattern based on the sample and hold clock.
(39) RATE - Controls the rate of the sample and hold clock.
(40) GLIDE - Sets the rate of change between sample values.
3.2 Slew rate Limiter & Attenuator Section
(41)
(42)
(43)
(44)
(41) SLEW - The Slew Limiter is used to limit the rate of change in a signal. This
function is sometimes referred to as 'Glide', 'Glissando', 'Lag Processing', or
'Portamento'. The amount of limitation is set by this control.
(42) PORTA TIME - Controls the rate of change between MIDI notes. The effect is
off when turned fully left and increases when turned to the right.
(29)
(32)
(31)
(30)
(43) ATTENUATOR 1 - Used to reduce the amplitude of the input signal. ATT1 can
be controlled by a control voltage. See 58.
(44) ATTENUATOR 2 - Passive attenuator, reduces the amplitude of a signal.
Normalized patching routes the LFO to the oscillator Pulse Width inputs to
provide a Pulse Width Modulation (PWM).
3.2.1 Patch Bay
Input Patch Bay Section
(45) (46) (47) (48)
(49) (50) (51) (52)
(53) (54) (55) (56)
(57) (58) (59) (60)
(61) (62) (63) (64)
(65) (66) (67) (68)
(69) (70) (71) (72)
(73) (74) (75) (76)
(45) OSC 1 – OSC 1 pitch CV.
(46) OSC 2 – OSC 2 pitch CV.
(47) OSC1+2 – OSC 1 and 2 pitch CV.
(48) INVERT IN – The input signal is inverted at INVERT OUT. See 88.
(49) SHAPE 1 – OSC 1 Shape CV.
(50) SHAPE 2 – OSC 2 Shape CV.
(51) PW1 – OSC 1 PW CV.
(52) PW2 – OSC 2 PW CV.
(53) VCF – VCF signal input.
(54) FREQ MOD – VCF cutoff frequency CV.
(55) RES – VCF resonance CV.
(56) OD IN – Overdrive signal input.
(57) VCA IN – VCA signal input.
(58) VCA CV – VCA CV.
(59) DELAY IN – Delay signal input.
(60) DELAY TIME – Delay time CV.
(61) E. GATE1 – Envelope 1 gate.
(62) E. GATE2 – Envelope 2 gate.
(63) S&H IN – Sample and Hold signal input.
(64) S&H CLOCK – Sample and Hold clock input.
(65) LFO RATE – LFO Rate CV.
(66) LFO SHAPE – LFO Shape CV.
(67) LFO TRIG – LFO Trigger input.
(68) MULT – MULT signal input. See 92/93.
(69) ATT1 IN – Attenuator 1 signal input.
(70) ATT1 CV – Attenuator 1 CV.
(77) (78) (79)
(80) (81) (82)
(83) (84) (85)
(86) (87) (88)
(89) (90) (91)
(92) (93) (94)
(95) (96) (97)
(98) (99) (100)
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