Behringer NEUTRON - Advanced Control Sections; Output, Sample & Hold, and Slew Limiter; Attenuator and Patch Bay Overview

8 NEUTRON User Manual
3.1.7 Envelope Section
Envelope 1
Envelope 1 is routed to the VCA CV by default.
(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 lter cuto via ENV DEPTH control by default. See
17. ADSR knobs 33-36 function the same as 29-32.
3.1.8 Output Section
(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) 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 eect is
o when turned fully left and increases when turned to the right.
(36)(35)(34)(33)
(32)
(31)
(30)
(29)
(37)
(38)
(39)
(40)
(44)
(42)
(43)
(41)
(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) 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 cuto 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.
(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)
(77) (78) (79)
(80) (81) (82)
(83) (84) (85)
(86) (87) (88)
(89) (90) (91)
(92) (93) (94)
(95) (96) (97)
(98) (99) (100)