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Corsynth C111 Multimode, User Manual, Page: 9 / 13

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Corsynth C111 Multimode User Manual Download Page 9

c111 multImode CONTOUR GENERATOR

8

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DECAY / RELEASE

MIN

MAX

ATTACK

MIN

MAX

AD

ASR

LOOP

OFF

A

DECAY / RELEASE

MIN

MAX

ATTACK

MIN

MAX

AD

ASR

LOOP

OFF

B

BALANCE

A

B

DECAY / RELEASE

MIN

MAX

ATTACK

MIN

MAX

AD

ASR

LOOP

OFF

A

DECAY / RELEASE

MIN

MAX

ATTACK

MIN

MAX

AD

ASR

LOOP

OFF

B

BALANCE

A

B

Envelope

Gate

ADSR ( Attack - Decay - Sustain - Release )

The  more typical synthesizer envelope. To obtain an ADSR,  one envelope has to be set to AD and the 

other to ASR. Attack times should be the same in both envelopes. The Decay time is determined by 

the AD envelope and the release time by the ASR envelope. The BALANCE knob sets the Sustain level, 

the more ASR envelope ( in this case B ) the sustain level  will be higher. The only difference with a 

normal ADSR is that in case the gate signal is removed before the end of the attack phase , the AD 

envelope will complete anyway its full cycle . 

ADASR ( Attack - Decay - Attack - Sustain - Release )

This is a variation of the ADSR envelope. It has an Attack-Decay phase followed by a second Attack 

until reach the Sustain level. As before one envelope has to be set to AD and the other to ASR. The 

Attack and Decay time of the AD envelope should be short, especially the Decay time. In total the AD 

envelope has to be shorter than the Attack time of the ASR envelope. The BALANCE knob sets the 

Sustain level but it also affects the Attack phase, with more ASR envelope the first  Attack-Decay 

phase will be less accentuated.

Envelope

Gate

USING THE MIX OUTPUTS ( A+B , C+D)

One  of  the  more  interesting  features  of  the  C111  is  the  possibility  to  combine  two  envelopes  to 

create  new envelope shapes.  Using the A+B and C+D outputs is easy to obtain envelopes not possi-

ble using a normal envelope generator. This section explain how to set up the module to create those 

kind of envelopes.  The knobs in the examples, are set to obtain the envelope times shown in the 

graphics.  Shorter or longer times are possible for every kind of envelope. Since these envelopes are 

obtained  adding  and  subtracting  signals,  some  of  them  will  not  reach  the  typical  5V  peak.   The 

graphic resolutions are, vertical 2 volts/division and horizontal 1 second/division.

Summary of Contents for C111 Multimode

Page 1: ...RATOR ATTACK MIN MAX AD ASR LOOP OFF A DECAY RELEASE MIN MAX ATTACK MIN MAX AD ASR LOOP OFF B DECAY RELEASE MIN MAX ATTACK MIN MAX AD ASR LOOP OFF C DECAY RELEASE MIN MAX ATTACK MIN MAX AD ASR LOOP OFF D GATE A GATE B OUT A OUT B A B OUT C D OUT GATE C GATE D OUT C OUT D BALANCE A B BALANCE C D ...

Page 2: ...ycle every 15 seconds It s also possible to combine two envelopes in loop mode to generate complex modulation signals C111 main characteristics Four independent envelopes with AD and ASR modes Each envelope can be set in Loop mode independently Attack time from 1mS to 5 seconds Decay time from 20 mS to 10 seconds Gate A B and Gate C D are internally connected Up to six envelopes available at the s...

Page 3: ... C Gate input Env B Decay Release time Env B Output LED Env C Decay Release time Env D Decay Release time Env D Output LED Env C mode AD ASR Env D mode AD ASR Env C Output LED Env B mode AD ASR C111 DECAY RELEASE MIN MAX MULTIMODE CONTOUR GENERATOR ATTACK MIN MAX AD ASR LOOP OFF A DECAY RELEASE MIN MAX ATTACK MIN MAX AD ASR LOOP OFF B DECAY RELEASE MIN MAX ATTACK MIN MAX AD ASR LOOP OFF C DECAY RE...

Page 4: ... MIN MAX These controls have the same funtion in the A B C and D sections OUTPUT LED LED brightness follows the envelope output ENVELOPE MODE SWITCH This switch selects de envelope mode of operation AD Attack Decay mode ASR Attack Sustain Release mode Operation modes are explained in detail in page 6 ENVELOPE LOOP ON OFF SWITCH LOOP After reach the end of the Decay Release phase the envelope resta...

Page 5: ...elope C and D at the C D output C only Envelope C D only Envelope D Middle same amount of Envelope C and D GATE A Envelope A gate trigger input The gate trigger signal should have a positive voltage higher that 2 5V GATE A OUT A Envelope A output GATE B Envelope B gate trigger input The gate trigger signal should have a positive voltage higher that 2 5V The Gate B input is inter nally connected to...

Page 6: ...UT C D OUT Envelope C D output C D OUT GATE C Envelope C gate trigger input The gate trigger signal should have a positive voltage higher that 2 5V GATE D Envelope D gate trigger input The gate trigger signal should have a positive voltage higher that 2 5V The Gate D input is inter nally connected to the Gate C input This connection breaks when a jack is inserted ...

Page 7: ... Sustain release The envelope will behave different depending witch operation mode is selected Gate AD Envelope Gate ON Gate OFF Gate signal Gate AD Loop ON Envelope Gate ON Gate OFF Gate signal Loop ON Loop OFF When the loop switch is activated the envelope will start to cycle between the attack and decay phase without the need of a gate signal The envelope can be re triggered at any moment of th...

Page 8: ...ack and decay phase without the need of a gate signal In case a gate signal is received during the Attack phase the envelope will raise until reach 5V and it will remain at that level as long as the gate signal is active In case the gate length is shorter than the Attack time the envelope will start to fall to 0V as soon as the gate is removed The envelope can be re triggered at any moment of the ...

Page 9: ...n Attack Decay phase followed by a second Attack until reach the Sustain level As before one envelope has to be set to AD and the other to ASR The Attack and Decay time of the AD envelope should be short especially the Decay time In total the AD envelope has to be shorter than the Attack time of the ASR envelope The BALANCE knob sets the Sustain level but it also affects the Attack phase with more...

Page 10: ...cay time is determined by the AD envelope and the release time by the ASR envelope The BALANCE knob sets the Sustain level the more ASR the higher will be the sustain It also sets the break point of the two Attack phases Envelope Gate AASR Attack Attack Sustain Release This envelope has two Attack sections the first one faster than the second one followed by a sustain and release sections To obtai...

Page 11: ...they must have different Attack and Release times The BALANCE knob sets the break point for the Attack and Release phases Envelope Gate ADD Attack Decay Attack Decay This envelope is a combination of two AD envelopes The Attack and Decay time of first AD envelope should be shorter than the Attack time of second AD envelope The BALANCE sets the amount of each envelope present in the final envelope ...

Page 12: ...dth 2 MU Moog unit Module Depth 52 mm 2 05 inches Power 15V 65mA 15V 64mA Power connectors MU MOTM 4 pin TECHNICAL DATA 15V 5V 15V N C GND MU GND 15V 15V GND MOTM IMPORTANT This module has two power connectors MU and MOTM Only one is needed to power the module MU or MOTM Never connect both at the same time MU power connector MOTM power connector ...

Page 13: ...c111 multImode CONTOUR GENERATOR 12 HTTP WWW CORSYNTH COM MODULAR LEVEL MIN MAX MODULAR SYNTHS ...

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