User`s guide

7
88192 A/D D/A Converter
Hardware Connections
Hardware Connections
POWER: Connect the IEC connector
side of the supplied AC cord to the
receptacle on the rear of the 88192.
Connect the other side of the AC
cable to an AC power source that is
of the correct voltage and frequency
(100-240 VAC, 50-60 Hz). Use only the
power cord and connector specified for
the product and your operating locale.
Don’t forget to switch the power on, it
will be the first question tech support
asks of you if you call.
ANALOG IN: Using a standard mic/line cable
terminated with one male XLR connector and one
female XLR connector, connect the male end into
the number 1 - ANALOG INPUT of the 88192 and
the female end into your source device’s analog
output.
NOTE: Wiring the inputs to an unbalanced
cable will typically result in an input level that is
6 dB lower than the input level achieved using
a balanced cable. If wiring to an unbalanced
source, you may need to adjust the 88192’s input level. Refer to
Appendix A, menu level 5.2.
DIGITAL IN (option 1): Using a standard
ADAT “lightpipe” digital audio cable
terminated with TOSLINK connectors,
connect one end into the number ADAT IN
1-8 port of the 88192 and the other end into
your source device’s ADAT optical output.
NOTE 1: Two ADAT cables are required for
sample rates of 50-100 kHz. ADAT IN 1-8 handles sample rates up
to 50 kHz, both ADAT IN ports (1-4 SMUX
2
and 5-8 SMUX
2
) handle
sample rates from 50-100 kHz in SMUX
2
mode. (ADAT IN not available
for sample rates greater than 100 kHz).
NOTE 2: By default, all the ADAT inputs (option 2 detailed above) are
routed to the analog outputs. To change the analog output source, refer
to Appendix A, menu level 7.1.
DIGITAL IN (option 2): Using a standard 110
Ohm AES/EBU digital audio cable terminated with
one male XLR connector and one female XLR
connector, connect the male end into the 1-2 -
AES/EBU DIGITAL INPUTS of the 88192 and the
female end into your source device’s AES output.
ANALOG OUT: Using a standard mic/line cable
terminated with one male XLR connector and
one female XLR connector, connect the female
end into the number 1 - ANALOG OUTPUT of
the 88192 and the male end into your destination
device’s analog input. These outputs are +4 dBu
balanced line level outputs by default. If you need
an unbalanced output, see the analog audio
wiring diagrams in Appendix C.
NOTE: Wiring the outputs to an unbalanced
cable will typically result in an output level that is 6 dB lower than
the output level achieved using a balanced cable. If wiring to an
unbalanced destination, you may need to change the 88192’s output
level. Refer to Appendix A, menu level 5.3.
DIGITAL OUT (option 1): Using a standard
ADAT “lightpipe” digital audio cable
terminated with TOSLINK connectors,
connect one end into the ADAT OUT 1-8 port
of the 88192 and the other end into your
destination device’s ADAT optical input.
NOTE 1: Two ADAT cables are required for
sample rates of 50-100 kHz. ADAT OUT 1-8 handles sample rates up
to 50 kHz, both ADAT OUT ports (1-4 SMUX
2
and 5-8 SMUX
2
) handle
sample rates from 50-100 kHz in SMUX
2
mode. In SMUX
2
mode, ADAT
OUT port 1-4 carries channels 1-4 instead of channels 1-8. Channels
5-8 are available on ADAT OUT port 5-8. (ADAT OUT not available for
sample rates greater than 100 kHz).
NOTE 2: By default, all analog inputs are routed simultaneously to all
digital outputs. Refer to Appendix A, menu level 7.1.
DIGITAL OUT (option 2): Using a standard 110
Ohm AES/EBU digital audio cable terminated
with one male XLR connector and one female
XLR connector, connect the female end into the
1-2 - AES/EBU DIGITAL OUTPUTS of the 88192
and the male end into your destination device’s
AES input.