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88
S/P-DIF OPTICAL DIGITAL AUDIO SIGNAL AS INPUT REF HOLD FUNCTION
Outputs
Multiply x 1
Multiply x 2
Multiply x 4
Multiply x 256
Output Signal
1: Word Clock, A + B
44.1kHz
88.2kHz
176.4kHz
Super Clock
Clock Signal
2: Word Clock, A + B
44.1kHz
88.2kHz
176.4kHz
Super Clock
Clock Signal
3: Word Clock, A + B
44.1kHz
88.2kHz
176.4kHz
Super Clock
Clock Signal
4: Word Clock, A + B
44.1kHz
88.2kHz
176.4kHz
Super Clock
Clock Signal
5: AES3/11
44.1kHz
88.2kHz
176.4kHz
None
AES11, blank frame, none audio
6: S/P-DIF op + co
44.1kHz
88.2kHz
176.4kHz
None
S/P-DIF blank frame, none audio
S/P-DIF OPTICAL DIGITAL AUDIO SIGNAL AS INPUT REF REF PASS FUNCTION
Outputs
Multiply x 1
Multiply x 2
Multiply x 4
Multiply x 256
Output Signal
1: Word Clock, A + B
44.1kHz
88.2kHz
176.4kHz
Super Clock
Clock Signal
2: Word Clock, A + B
44.1kHz
88.2kHz
176.4kHz
Super Clock
Clock Signal
3: Word Clock, A + B
44.1kHz
88.2kHz
176.4kHz
Super Clock
Clock Signal
4: Word Clock, A + B
44.1kHz
88.2kHz
176.4kHz
Super Clock
Clock Signal
5: AES3/11
44.1kHz
None
None
None
AES11, blank frame, none audio
6: S/P-DIF op + co
44.1kHz
None
None
None
S/P-DIF digital audio signal *
*) Both S/P-DIF outputs are supplying the same digital audio signal with same content, but electrically converted into a coaxial
and an optical signal.
25