do-it-yourself kit for the looping delay module. crystal-clear clock-synced delay for loop up to 90 seconds, echoes, sound-on-sound, karplus-strong etc.
diy kit:
easy assembly: all through-hole components. no smt or wiring
perfect kit for beginners and experts alike
48khz, 24-bit low-noise audio: same hi-fidelity as other 4ms modules
dsp chips and processor are pre-soldered onto a separate plug-in board
features:
loop or echo time is synchronized to a clock
87 seconds of delay/loop time maximum
48khz/24-bit sampling rate, loop recorded at 16-bit (24-bit optional)
extremely quiet, low noise and low jitter design
tap tempo button and clock ping input set the basis for one "beat"
delay/loop time set as a number of musical beats (or fractions of beats) using the time knob, switch, and cv jack
sample-accurate clock output for perfect synchronization
loop clock output
time switches change range of time knob from 1/8th notes up to 32 bars
digital feedback, up to 110%
delay feed control, independent of dry/wet signal mix
infinite hold mode disables recording input and fixes regeneration at exactly 100%
reverse mode plays memory contents backwards
with an infinite loop locked, knobs or cv can "window" around memory, by shifting the loop
trigger inputs for toggling infinite hold and reverse
send and return for applying effects to feedback with external modules
cv jacks to control time, level, feedback and dry/wet mix.
specifications:
included with the diy looping delay kit:
main pcb
faceplate
all components required for assembly (resistors, capacitors, diodes, ics, sockets, headers, jacks, buttons, potentiometers, knobs)
pre-programmed and pre-soldered "dsp brain-board"
sd adaptor
16-to-16 pin power cable
m3 screws
required for assembly:
soldering iron
solder
snips
electrical and mechanical specifications:
module size:
16 hp eurorack format module
16-pin eurorack power header
1.3" (33mm) maximum depth with power cable
power consumption:
+12v: 110ma
-12v: 45ma
+5v rail: not used
connect red stripe of power cable towards the bottom of the module, which is marked with a white stripe and the words -12v and power
