Pulsers

phare

Joranalogue

garric.lucile

0 10 20 30 40 50 60 70 80 90 100
TX 2
STEREO LINE OUTPUTS
–18
–12
–6
0
+6
L
R
LEVEL
IN L
MAIN LEVEL
IN R
L
R
ENHANCE 2
STEREOPHONIC ENHANCER
–1
0
+1
PHASE CORRELATION
BALANCE
WIDTH
MID TILT
SIDE TILT
BASS
TREB.
BASS
TREB.
BAL.
M TILT
S TILT
WIDTH
LEFT
MID
MID
LEFT
RIGHT
SIDE
SIDE
RIGHT
MORPH 4
DIMENSIONAL MODULATION ARRAY
A
B
C
D
LEVEL
POSITION
SPAN
MORPH
MORPH MOD.
A
B
C
D
M
A
M
B
M
C
M
IN
LEVEL
POS.
SPAN
IN
LEVEL
POS.
SPAN
IN
LEVEL
POS.
SPAN
IN
LEVEL
POS.
SPAN
+5
A+B
C+D
ADD
AVG
OUT
OUT
OUT
OUT
MIN
MAX
PVT2
VARI-ROUTER
PIVOT
PIVOT MOD.
SEND
RETURN
IN
OUT
DELAY 1
SPLIT-PHASE BUCKET BRIGADE DELAY LINE
FINE
TIME MOD.
COARSE
DAMPING
BLEND
FEEDBACK
DAMP. MOD.
BLEND MOD.
FEEDB. MOD.
V/OCT.
FEEDBACK
LOW
HIGH
ANTI
SUM
V/OCT.
TIME
DAMP.
BLEND
PLUCK
FEEDB.
IN
HF
DELAY
OUT–
OUT+
HF
MIX 3
V.C. AUDIO MIXER
A
B
C
A
B
C
SIGNAL INPUTS
CV INPUTS
D IN
LEVEL
OUT
ROUTE 4
LATCHING SIGNAL ROUTER
GATE
LATCH
SOLO
MULTI
GATE
LATCH
SOLO
MULTI
ROUTING INPUTS
+1
CONTROL INPUTS
CONTROL INPUTS
OUT
IN
ROUTING OUTPUTS
SWITCH 4
SWITCHER/ROUTER
A
B
C
D
A
B
C
D
IN
A
OUT
B
C
D
COMPARE 2
DUAL WINDOW COMPARATOR
SHIFT
SHIFT
SIZE
SIZE
SHIFT
SIZE
SIZE
SHIFT
IN
IN
OUT
NOT
NOT
OUT
AND
OR
XOR
FF
FILTER 8
MULTIMODE FILTER/8-PHASE OSCILLATOR
LOW
AUDIO
FINE
COARSE
RESONANCE
EXP. FM
LIN. FM
RES. MOD.
V/OCT.
EFM
LFM
AC
V/OCT.
RES.
RES.
COMP.
IN
HOLD
IN
PING
45
90
135
180
LP1
LP2
LP3
LP4
225
270
315
360
HP1
BB+N
PS
BP4
GENERATE 3
THROUGH-ZERO MULTIPHONIC SIGNAL GEN.
LOW
AUDIO
FINE
COARSE
ØFM
EXP. FM
PHASE
EVEN LEVEL
FUND. LEVEL
ODD LEVEL
AC
BIAS
V/OCT.
EFM
ØFM
PHASE
RESET
FLIP
FUND.
EVEN
ODD
V/OCT.
CORE
FULL
FUND.
EVEN
ODD
BIAS2
+5
OUT
÷2
−5
OUT
×2
ADD2
LINK2
GENERATE 3
THROUGH-ZERO MULTIPHONIC SIGNAL GEN.
LOW
AUDIO
FINE
COARSE
ØFM
EXP. FM
PHASE
EVEN LEVEL
FUND. LEVEL
ODD LEVEL
AC
BIAS
V/OCT.
EFM
ØFM
PHASE
RESET
FLIP
FUND.
EVEN
ODD
V/OCT.
CORE
FULL
FUND.
EVEN
ODD
FLD6
WAVEFOLDER
FOLD
SHAPE
SYMMETRY
IN
IN
FOLD
SHAPE
MAIN
ALT.
FILTER 8
MULTIMODE FILTER/8-PHASE OSCILLATOR
LOW
AUDIO
FINE
COARSE
RESONANCE
EXP. FM
LIN. FM
RES. MOD.
V/OCT.
EFM
LFM
AC
V/OCT.
RES.
RES.
COMP.
IN
HOLD
IN
PING
45
90
135
180
LP1
LP2
LP3
LP4
225
270
315
360
HP1
BB+N
PS
BP4
RX 2
DUAL LINE INPUTS
–18
–12
–6
0
+6
A
B
A GAIN
OUT A
B GAIN
OUT B
MIX
A
B
ORBIT 3
DOUBLE-SCROLL CHAOS OSCILLATOR
AUDIO
LOW
FREQUENCY
DISTRIBUTION
TAME
WILD
FREQ. MOD.
DIST. MOD.
V/OCT.
EQUILIBRIUM POINTS
FREQ.
DIST.
EP–
EP+
RESET
0
60
120
180
240
300
+X
+Y
+Z
–X
–Y
–Z
EP
CONTOUR 1
SLEW LIMITER/FUNCTION GEN.
SLEW
LOOP
FULL
AUDIO
V/OCT.
BEND
BEND
RATE
BEND
BEND
RATE
IN
GATE
TRIG.
HOLD
OUT
INV.
RISE
FALL
STEP 8
SEQUENTIAL TRACKING/SAMPLING REGISTER
CYCLE
SHIFT
SOLO
ALL
TRACK
SMP.
+5
IN
STEP
PAUSE
REV.
RESET
STAGE
STEP
SCAN
ANALOGUE OUTPUTS
GATE OUTPUTS
SELECT 2
DUAL CV PROCESSOR
A
+5
B
SIG. INPUTS
OUT
HOLD
SELECT
UNITY
B
+5
SIG. INPUTS
OUT
HOLD
SELECT
UNITY
STEP 8
SEQUENTIAL TRACKING/SAMPLING REGISTER
CYCLE
SHIFT
SOLO
ALL
TRACK
SMP.
+5
IN
STEP
PAUSE
REV.
RESET
STAGE
STEP
SCAN
ANALOGUE OUTPUTS
GATE OUTPUTS
CONTOUR 1
SLEW LIMITER/FUNCTION GEN.
SLEW
LOOP
FULL
AUDIO
V/OCT.
BEND
BEND
RATE
BEND
BEND
RATE
IN
GATE
TRIG.
HOLD
OUT
INV.
RISE
FALL

Câblage

  • Step 8 ANALOGUE OUT 2 vers Orbit 3 EP–
  • Step 8 ANALOGUE OUT 5 vers Orbit 3 EP+
  • Select 2 OUT B vers Contour 1 RISE RATE CV
  • Contour 1 OUT vers Orbit 3 DIST.
  • Contour 1 RISE vers Step 8 STEP
  • Step 8 GATE OUT 6 vers Step 8 RESET
  • Orbit 3 +Y vers Step 8 IN
  • Step 8 SCAN vers Orbit 3 FREQ.
  • Contour 1 OUT vers Select 2 IN A 1
  • Generate 3 FUND. OUT vers Contour 1 RISE BEND CV
  • Generate 3 ODD OUT vers Contour 1 FALL BEND CV
  • Orbit 3 –Z vers Filter 8 IN 1
  • Generate 3 ODD OUT vers Generate 3 ØFM
  • Generate 3 CORE vers Contour 1 FALL RATE CV
  • Step 8 STEP OUT vers Filter 8 RES. CV
  • Select 2 OUT A vers Filter 8 EFM
  • Filter 8 LP3 vers Morph 4 IN A
  • Generate 3 FUND. OUT vers Morph 4 MORPH MOD.