mxr M169 Carbon Copy User manual

92503006607revD
M169 CARBON COPY®ANALOG DELAY

SAMPLE SETTINGS
M169 CARBON COPY®ANALOG DELAY
DESCRIPTION
• 100% analog bucket-
brigade technology
• Up to 600ms of delay with
switchable modulation
• Internally adjustable
modulation circuit
• True bypass
CONTROLS
MOD switch toggles modulation
on/off (blue LED indicates on)
MIX knob controls blend
of wet and dry signals
REGEN knob sets
number of repeats
DELAY knob sets delay time
FOOTSWITCH toggles
effect on/bypass (blue LED
indicates on)
DIRECTIONS
• Run a cable from your guitar
to the Carbon Copy’s INPUT
jack and another cable from the
Carbon Copy’s OUTPUT jack to
your amplier.
• Start with all controls at 12
o’clock.
• Turn the effect on by depressing
the footswitch.
• Rotate the REGEN knob
clockwise to increase the number
of repeats or counterclockwise to
decrease it.
SPECIFICATIONS
Input Impedance 1 MΩ
Output Impedance 1 kΩ
Max Input Level +5 dBV at 500 Hz
Max Output Level +8 dBV
Noise Floor*
Mix at Max CW -96 dBV
Mix at Max CCW -104 dBV
Delay Distortion <1% at 1 kHz,
-5 dBV Input
Delay Time 20 ms to 600 ms
Noise Reduction 2:1 ratio
Modulation Speed 0.2 Hz to 2.2 Hz
Bypass True Hardwire
Current Draw 26 mA
Power Supply 9 volts DC
*Regen at max CCW, A-weighted
• Rotate the MIX knob clockwise
to increase the ratio of wet to
dry signal or counterclockwise
to decrease it. Fully clockwise
results in 100% wet signal while
fully counterclockwise results in
100% dry signal.
• Rotate the DELAY knob clockwise
to increase delay time or
counterclockwise to decrease it.
• Push in the MOD switch to add
modulation to your delay signal.
Modulation width and speed
can be adjusted internally with
a 2mm slotted screwdriver
(see Diagram A).
MEMPHIS SLAP SKANK’N DUBGOLDEN AGE
GUITAR GOD
DUNLOP MANUFACTURING, INC.
P.O. BOX 846 BENICIA, CA 94510 U.S.A.
TEL: [phone] FAX: [phone]
POWER
The MXR Carbon Copy Analog
Delay is powered by one 9-volt
battery (remove bottom plate to
install), a 9-volt AC Adapter such
as the Dunlop ECB003/ECB003EU
or a DC Brick™ power supply.
DIAGRAM A