Meridian Audio DSP5000C Speaker User Manual


 
Connecting DSP5000C 42
DSP5000C User Guide
Digital audio connections
Note A digital audio connection will be made into the D1 input if you use
the M5- and S5-leads supplied as directed in the section starting on page
43.
Digital connections are made to the master DSP5000C:
directly from the digital outputs of up to two sources such as CD, DAT,
DCC, MD, or the Meridian 604 digital FM tuner
from the digital output of an analogue-to-digital converter such as the
Meridian 607. A converter like this can be used to process the signals
from all your analogue sources (for example, the output of a
conventional preamplifier)
from the digital output of a digital processor or digital control unit such
as the Meridian 562 or 601
from the digital output of a surround processor like 565
Digital connections should be made using high-quality 75
screened
cable. For advice on the right type of cable to use, we suggest you
consult your dealer and the manual supplied with the source equipment.
Meridian
has a range of suitable digital interconnects available as
accessories. We advise you not to use cables intended for analogue
connection, since usually these have neither the necessary degree of
shielding nor the 75
impedance which is required. Cable intended for
UHF applications (for example, antenna down-lead) is also unsuitable,
since it does not shield adequately in the 1–30MHz region.
Warning We strongly recommend the use of well-screened precision
coaxial cable. Certain ‘audiophile’ cables are not screened. Screened
cable will minimise RF interaction with your system. Unscreened cables
for digital connections may cause illegal levels of RF interference.
The DSP5000C has two coaxial digital inputs, D1 and D2. The M5- and
S5-leads provided, which will be sufficient for the great majority of
installations, connect to the D1 input and the D OUT output.
You will need to provide custom cables if
you wish to use D1 and D2, or
you are wiring a Multiroom installation, or
you require cable lengths different from those provided