3
I/O and Power
Bypass:
Electronic switching with FET-input op amp bypass buffer
Input impedance @ 1KHz:
1M
Ω
Output impedance @ 1KHz:
<1k
Ω
Power:
9VDC, 2.1mm center negative barrel. The current draw is 60mA.
To power your Hypersleep, use a standard regulated 9VDC center-negative supply with
a 2.1mm barrel tip. We recommend a supply rated for 100mA minimum. The Hypersleep
has a current draw of 60mA when active. We suggest the use of an isolated power supply
when using the Hypersleep in a signal chain with several pedals. Recommended brands
include Truetone
™
, Voodoo Lab
™
, Cioks
™
, etc.
The power input is protected against over-voltage, under-voltage, and reverse polarity
conditions up to 24V. The unit will not turn on if an incorrect power supply is used. Please
note that all Electronic Audio Experiments products do not use batteries.
"
Warning: Hypersleep V1 units have a current draw of 180mA and will be dam-
aged if a supply other than 9V is used.
Use standard shielded 1/4” cables to patch the Hypersleep into a pedal chain. The input
jack is on the top right and the output jack is on the top left.
4
Controls
Level
overall effect level, gracefully overloads at higher settings
Space
delay time of the BBD, simultaneously controlling six taps on a single delay line
Mix
blend of clean and effected signals, from full dry to full wet
Feedback
increases the decay time of the reverb; will self-oscillate at extreme settings
Rate
modulation rate, from imperceptibly slow to nearly audio rates
Depth
modulation depth, from subtle vibrato to warped pitch bending
The Hypersleep has soft-touch electronic switching with buffered bypass. When disen-
gaged, your signal passes through a high-headroom, op amp buffer to preserve its integrity
over long cable runs.
3
