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Analoger Eingang (Symmetrisch) ···········································(11)
• XLR-Typ
• Anordnung der Pole: 1. GND / 2. Heiß (mit Phantom) / 3. Kalt
• Der Line-Eingangspegel kann mit "08 Volume Input"
(vSeite 22) unter "System Setting" geändert werden.
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Analoger Eingang (Unsymmetrisch) ·······································(11)
• RCA-Typ
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Digitaler Eingang (XLR)····························································(11)
• XLR-Typ
• IEC60958 Typ I
• Anordnung der Pole: 1. Gemeinsam / 2. Heiß / 3. Kalt
r
Digitaler Eingang (RCA) ···························································(11)
• IEC60958 Typ II
ANALOG INPUT
DIGITAL INPUT
ANALOG OUTPUT
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e
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t
t
Analoger Ausgang (Symmetrisch) ··········································(11)
• XLR-Typ
• Anordnung der Pole: 1. GND / 2. Heiß / 3. Kalt
y
Analoger Ausgang (Unsymmetrisch) ······································(11)
• RCA-Typ
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Digitaler Ausgang (XLR) ···························································(11)
• IEC60958 Typ I (AES/EBU)
• Anordnung der Pole: 1. Gemeinsam / 2. Heiß / 3. Kalt
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Digitaler Ausgang (RCA) ··························································(11)
• Typ II IEC-60958 (COAXIAL)
RS-232C
DIGITAL OUTPUT
REMOTE
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o
7
PARALLEL
Q0
Q1
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RS-232C-Anschluss ·····························································(12, 56)
• 9-Pin DSUB-Anschluss (Buchse)
Q0
Parallel-Anschluss (PARALLEL)··········································(12, 59)
• 25-Pin DSUB-Anschluss (Buchse)
Q1
Wechselstromeingang (AC IN) ················································(12)
• Schließen Sie das im Lieferumfang enthaltene Netzkabel an.