Schertler DAVID X, Руководство пользователя

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ACOUSTIC X AMPS CONTROLS
Class–A High Voltage Preamp / No Integrated Circuits / No NFB
SWISS
MADE
1 3
INSTRUMENT IN STEREO IN
2
10V GAIN WARM LOW MID HIGH REV VOLUME
MASTER DI OUT
GAIN RESON LOW MID HIGH REV VOLUME
flat
INSERT REVERB
master
LINE OUT
DAVID X
GN D L IFT
INSTRUMENT IN MIC IN P24 10V
DAV ID X
12 0 WA T T
AC OU ST IC
AM PL IF IE R
SE RIA L N UM BE R
W W W. S C H E R T L E R .C O M
M
A
D
E
+
S
W
I
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S
80 W AT T PO WE R CO NS UM PT IO N X SE RI ES
CA UTIO N
RIS K O F E LEC TRI C
SHO CK
DO N OT OPE N
TO RE DU CE RIS K O F F IRE ,
DO N OT EX PO SE TH IS
EQ UIP MEN T T O R AIN
OR MO IST URE . F OR
CO NTIN UED PR OTE CTIO N
AG AIN ST RIS K O F F IRE ,
REP LA CE ON LY WIT H T HE
SA ME TY PE AN D R ATI NG
OF FU SE.
240 Hz
150 Hz
3.1. STEREO IN: 1/8” mini jack stereo input for PC, MP3 and other electronic devices. Volume
depends on the MASTER volume regulation.
4.1. DI OUT: A general XLR balanced output for connecting to external systems. The output volume
does not depend on the regulation of the MASTER control, but is affected by changes in individual
channel volume.
4.2. DI OUT VOL: This rotary control sets the output level on the DI OUT.
4.3. LOW CUT: When active, this filter cuts all frequencies below 120 Hz - ideal if you play an
instrument that generates aggressive low frequencies. It enables you to connect a subwoofer, and
prevent unwanted vibration and possible damage to your DAVID X.
4.4. MASTER: Controls the overall system volume.
4.5. POWER LED: Indicates when the amplifier is switched ON.
4.6. LINE OUT: This unbalanced jack socket enables connection to external systems. The output
volume depends on the regulation of the MASTER control.
4.7. MUTE: This cuts the audio on the Master.
4.8. INSERT: This stereo jack socket enables the connection of an external device (compressor,
equalizer, etc.) in series to all the outputs.
4.9. REVERB Master: This control regulates the general level of the digital reverb, common to
all channels. The amount of effect can be individually regulated for each single channel via the
dedicated controls.
4.1 4.2 4.3 4.4
4.5
4.6
4.7
4.8
4.9
3.1