Fender Princeton Chorus DSP, Operating Instructions Manual

Page: 7 / 40

PRINCETON CHORUS DSP - REAR PANEL
FCC COMPLIANCE NOTICE
A PRODUCT OF:
PRINCETON CHORUS DSP
A. IEC LINE CORD CONNECTOR - The line cord
must be connected to a grounded AC recepta-
cle in accordance with the voltage and frequen-
cy ratings as shown on the rear panel of the
amplifier
( {B}INPUT POWER ) .
C. FOOTSWITCH - Plug-in connection for the
FOOTSWITCH (P/N 0055592000) for remote
switching of the Overdrive Mode, and both
DSP Effects circuits.
NOTE: For proper opera-
tion of the FOOTSWITCH , the DRIVE SELECT
switch and both DSP Effects DEFEAT switches
on the front panel must all be OUT. (A speaker
grade cord is preferable to a coax guitar cord
for connecting the
FOOTSWITCH .)
D. EFFECTS LOOP STEREO SEND - This jack
provides a line-level stereo output from the pre-
amp and both DSP Effects circuits of the
Princeton Chorus DSP. This output can be used
in conjunction with the
{E}STEREO RETURN as
a patch point for external stereo effects devices.
(See “
EFFECTS LOOPS - CONNECTION DIA-
GRAMS, ” page 8) The EFFECTS LOOPS-
STEREO jacks are standard 1/4-inch
Tip-Ring-Sleeve types, with:
•Left channel signal on the Tip
•Right channel signal on the Ring
This send can also be used to feed a stereo sig-
nal to two channels of a recording or sound
reinforcement mixer. Additionally this output
can be used to drive another Princeton Chorus
DSP as a slave amplifier. This is done by con-
necting a shielded stereo cord from the
{D}STEREO SEND jack of the master ampli-
fier to the {E}STEREO RETURN jack of the
slave amplifier.
E. EFFECTS LOOP STEREO RETURN - This
stereo jack inputs signal directly to the left and
right power-amps. It automatically disconnects
the pre-amp and DSP Effects circuits when
used. This is useful when using the Stereo
E ffects Loop option, or when using the
Princeton Chorus DSP as a slave amplifier for a
stereo signal source.
F. EFFECTS LOOP MONO SEND - This jack pro-
vides an impedance-balanced mono output sig-
nal from the pre-amp at a point before the DSP
Effects circuits. This output can be used in con-
junction with the
{G}MONO RETURN as a
patch point for external mono effects devices.
(See “
EFFECTS LOOPS - CONNECTION DIA-
GRAMS, ” page 8) The {F}MONO SEND can
also be used to send recording and sound rein-
forcement mixers a dry signal. Additionally this
output can be used to drive another Princeton
Chorus DSP as a slave amplifier. This is done
by connecting a standard guitar cord from the
{F}MONO SEND jack of the master amplifier to
the {G}MONO RETURN jack of the slave amplifier.
G. EFFECT LOOP MONO RETURN - This bal-
anced jack inputs signal to the stereo DSP
Effects circuitry, which drives the stereo power-
amp section. It automatically disconnects the
pre-amp signal when used. This is useful when
using the Mono Effects Loop option or when
using the Princeton Chorus DSP as a slave
amplifier for a
mono signal source. The DSP
Effects are active in the slave amplifier so that a
true stereo image will be generated if the DSP
Effects are used.
NOTE : In order to function
properly, a dummy plug or an extra guitar cord
must be inserted into
INPUT 2 on the front
panel of the slave amplifier with its VOLUME
controls turned down.
7
This equipment has been tested and found to comply with
the limits for a Class B digital device, pursuant to Part 15 of
the FCC rules. These limits are designed to provide a re a-
sonable protection against harmful interf e rence in a re s i d e n-
tial installation. This equipment generates, uses and can
radiate radio frequency energy and if not installed and used
in accordance with the instructions, may cause harm f u l
i n t e rf e rence to radio communications. However, there is no
guarantee that interf e rence will not occur in a part i c u l a r installation. If this equipment does cause harmful interf e r-
ence to radio or television reception, which can be deter-
mined by turning the equipment off and on, the user is
encouraged to try to correct the interf e rence by one or more
of the following measures: •Reorient or relocate the re c e i v-
ing antenna •Increase the separation between the equip-
ment and receiver •Connect the equipment into an outlet on
a circuit diff e rent from that of the receiver •Consult the deal-
er or an experienced radio/TV technician for help