HFO: Chnge the pitch of the HFO.
Higher voltge = lower pitch. The depth
of pitch modultion depends prtly
on the initil setting of the HFO pitch
knob. For instnce the depth will be
much greter when the knob is in the
middle thn it is when ll the wy up
or down.
2 BYTE
sockets [inputs]
nd switch
Plug multiple bits into the BYTE
sockets tocrete stepped voltges
tht cn then be pplied to the VCO
(vi the BYTE switch)nd/or the
CV output jck (right side pnel)
tocontrol externl equipment.
The BYTE switch turns BYTE CV
modultion of the VCO on(up)
ndo(down).
TIPS
• Try the exmple ptch pictured
to the left. Insert jumpers one t
time to get n ide how they work.
• Use the longer divisions (/128 nd up)
to crete ptterns tht chnge over
long periods of time.
• Ptch the 4 cbles (s shown) into
the BYTE socket to get rmped
rpeggio like the one shown in the
drwing below.
Switch the bits round to get
dierent ptterns.
• The BYTE input jcks cn lso work
s outputs when you hve severl
TECH NOTE The byte section is stndrd R2R
digitl to nlog converter. When multiple bits
re fed into the R2R you get stepped voltge
t the output.
bits connected. Ptch cble into
ny vilble spot in the BYTE section
ndconnect to the dierent oscilltor
CV input sockets or the BEND sockets.
• The left terminl of ech BEND
socket functions s crude pitch CV
input. The results re unpredictble
but cn be very eective in dierent
scenrios.
&TRICKS
• Ptch /32 to MUX1 INH nd /4
to MUX2 INH.
• Connect the MUX1&MUX2 output
sockets from the dventure bits
section into the VCO CV nd LFO CV
inputs.
• Ptch more cbles from the divider
bits to the MUX nd CV inputs nd
observe the chnges in the sound
nd behvior.
/2 to “E” input
/4 to “T” input
/8 to “Y” input
Output voltage
