Endorphin.es Airstreamer Handleiding

Endorphin.es Niet gecategoriseerd Airstreamer

Lees hieronder de 📖 handleiding in het Nederlandse voor Endorphin.es Airstreamer (2 pagina's) in de categorie Niet gecategoriseerd. Deze handleiding was nuttig voor 61 personen en werd door 2 gebruikers gemiddeld met 4.5 sterren beoordeeld

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WARRANTY
RTFM – be so kind and read the manual. It will provide you with the
information you need to fully indulge the module you just
purchased – for which we like to thank you.
Enjoy your sound experiences, dear sonic traveller.
Beginning from the product's purchase date a 1-year warranty is
guaranteed for each product
in case of any manufacturing errors or other functional
deficiencies during runtime.
The warranty does not apply in case of:
• damage caused by misuse
• mechanical damage arising from careless treatment
(dropping, vigorous shaking, mishandling, etc.)
• damage caused by liquids or powders penetrating the device
• heat damage caused by overexposure to sunlight or heating
• electric damage caused by improper connecting
The warranty covers replacement or repair, as decided by us.
Please contact us via email for a return authorization before
sending anything. Shipping costs of sending a module back for
servicing is paid by the customer.
Device complies with all EU regulations concerning RoHS lead-free
manufacturing and WEEE disposal
Endorphin.es are made in Barcelona, Spain
Visit us:
http://endorphin.es
https://youtube.com/user/TheEndorphines
https://facebook.com/TheEndorphines
https://www.instagram.com/endorphin.es/
Drop us a line:
info@endorphin.es
FURTH BARCELONA, S.L.
VAT ID:ES B66836487
PRIORITY LANDING ANYWHERE
• Fast and effective 6hp envelope generator with variable
slope curves and three modes: cycling LFO/VCO,
attack-sustain-release (ASR) and attack-decay (AD)
• 224 kHz samplerate, zero aliasing CV generation
• 1V/oct/slew input, bipolar and unipolar outputs,
selectable end of cycle outputs
• Thru-zero VCA input that inverts the envelope when
CV goes to negative voltages
Depth: 30mm (with plugged ribbon cable)
Power requirements: +12V: 60mA
-12V: 15mA
VCA cv in
check-in
-5...+5v
trip select
end of stage(s)
cv
in
cv
in
key
in
1v/ oct
0...+5v
Depending on the switches
enabled on the backside,
there’s either an ‘end of attack’ trigger
or an ‘end of cycle’ gate or both. ‘Fall’ or ‘decay’ control sets
how fast or slow
the envelope CV decreases.
Once a plug is inserted into
the CV input, ‘shape’ knobs
polarize incoming CV
for rise/fall slopes.
That CV input is normalled
to the Fall CV input.
Unattenuated exponential
frequency modulation
DC-coupled input
1 Volt per octave scale,
range approx. -5...+5v
acts as a slew input in AD/ASR modes
LED envelope
state indicator
‘Trip selector’ changes
the mode from cycling
to transient or sustained.
Gate or trigger input to launch the envelope.
Works as a reset when envelope is in
looping or transient mode.
Envelope outputs:
• bipolar -5...+5V
• unipolar 0...+5V
Unattenuated CV input
for bipolar VCA control,
range -5...+5V.
‘Rise’ or ‘attack’ control sets
how fast or slow
the envelope CV increases.
‘Shape’ knobs define the shape
of the slopes without stretching the time:
from exponential to linear
to logarithmic shapes
POWER CONNECTION
Red/brown pair
of wires correspond
to a negative -12V
power connector.
Connect to the
power bus board.
Rear side of the module
Connect to
the module
from the
backside.
-12V / red stripe
polarity marking
ENDORPHIN.ES® – AIRSTREAMER
Module design by Andreas Zhukovsky
Collection Spring/Summer 2019
Made in Barcelona
Special thanks to Xavier Galai
for additional code and crazy ideas.
Follow, like, post and tag us at instagram:
endorphin.es
or contact us:
info@endorphin.es
check-in
trip select
key
in
1v/ oct
‘Fall/decay/
release’
amount
Slopes are linear when
‘shape’ knobs are centered.
cv
in
cv
in
‘Shape’ knobs define the shape
of the slopes without stretching time.
Once a plug is inserted into
CV inputs, ‘shape’ knobs
polarize incoming CV
for length of ‘rise/fall’
of the slopes.
envelope
generator
• unipolar 0...+5V
• bipolar -5...+5V
final DC-coupled outputs
VCA
VCA
VCA cv in
unattenuated CV input
for bipolar VCA control, range -5...+5V
0...+5v
-5...+5v
end of stage(s)
Depending on the switches
enabled on the backside,
there’s either an ‘end of attack’
trigger or an ‘end of cycle’
gate or both.
CYCLE TRANSIENT HOLD
Looping envelope:
LFO or VCO Attack-decay or
transient mode
Attack-sustain-release mode
(sustained)
SLOPE CURVES
‘Rise/attack’
amount
1 Volt per octave CV input to track cycling envelope as VCO/LFO
or act as a slew limiter input in other modes. Input range -5...+5V
Input gate or trigger to launch the envelope. Input: 0...10V – threshold at 0.65V
Works as reset when envelope is either in ‘looping’ or ‘transient’ mode
Envelope output
Mathematically all those functions are fucking
far away from log or expo.
But they look similar for:
- RISE: (–) inverted 1-expo (log alike)
(+) like inverted expo
- FALL: (–) like real expo
(+) 1-expo (log alike)
In fact that shapes are taken from
differential RC circuit equation:
https://www.intmath.com/
/differential-equations/6-rc-circuits.php
Here we enable cycling switch.
Time
Top sustain
'Check-in': reset/trigger/gate input
Resetting the
cycle
Sustained
gate
Firing
the
tran-
sient
LED
envelope
state
indicator
‘End of attack’ 10 ms trigger out
‘End of cycle’ gate output
‘Log’ decay curve ‘Exp’ rise curve
UNI & Bi-POLAR OUTPUTS AND BI-DIRECTIONAL VCA INPUT
Bipolar -5...+5v
envelope out
VCA in
-5...+5v 0V mutes
envelope.
Unipolar 0...+5v
envelope out
Negative voltage
inverts
envelope.
Positive voltage
controls non-inverted
envelope amplitude.
0v
0v
+5v
-5v
+2,5V Half amplitude
approx. +2,5V peaks
0v
0v
+5V
-5V
+2,5V
-2,5V
audio in
out 2
audio out
Patch one of the VCO outputs into the filter
(e.g .even/odd into inputs of Squawk Dirty).
Choose simple
filter mode #1
e.g. ‘transistor ladder
low-pass filter’
normalization in1 into in2
mode
cutoff freq
Unipolar ouput of the envelope modulates the VCA:
It determines how loud the output of the filter will be.
Adjust to approx. 12 o'clock
to listen the filter's action.
Apply your trigger
from bass drum or
PPQN/24 sync clock from
the Shuttle Control here.
1v/oct
1V/oct pitch CV
from your
sequencer or
Shuttle Control
SIDE-CHAINED BASS PATCH EXAMPLE
VCA cv in
Apply a negative constant voltage
(i.e. bipolar CC from Shuttle etc.) to
flip envelope’s outputs and create a
VCA or filter ‘ducking’ effect with
a kick drum.
Set the rise to full CCW and adjust fall to
around noon: Dial it in until you hear the pumping.
USING AIRSTREAMER AS A VCO SOURCE
-5...+5v
Set ‘trip select’
switch to the cycling
(left) position.
Set both ‘rise’ and ‘fall’ to small values – this results in a signal in the audio range.
Use the ‘rise/fall’ knobs for tuning the oscillator and the ‘shape’ knobs to shape its wavefortm.
audio in
normalization in1 into in2
key
in
1v/ oct
1V/oct pitch CV
from your
sequencer or
Shuttle Control
cutoff freq
Adjust to approx. 12 o'clock
to listen the filter's action.
Apply another envelope to modulate
(open and close) the filter here.
Left/right outputs to the mixer or PA
Set ‘trip select’
switch to
the transient
(middle)position.
trip select
trip select
in 1 in 2
out 1 Left/right outputs
to the mixer or PA
in 1 in 2
out 1 out 2
audio out
Bipolar ouput of the envelope routed into filter
to be processed as audio signal.
Time
Time
CYCLE MODE TRANSIENT MODE
Envelope output
(use -5...+5V out
for precise
slewed
pitch CV tracking
‘Check-in’:
reset trigger
input
1V/oct
CV
applied
Modula-
tion or
pitch CV
VCO
hard
sync
trigger in
MULTI-FUNCTION 1V/OCT / SLEW INPUT
Track&hold
gate input
Slew
out
Any
audio or
CV signal
Expo fm
SUSTAINED/HOLD MODE
Sample
&hold
triggers/gates
input
Sampled
signal with slew
defined by rise/fall
First S&H
trigger
event

Product specificaties

Merk: Endorphin.es
Categorie: Niet gecategoriseerd
Model: Airstreamer

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