Getting started, Analog connections using the line in and out jacks – Yamaha CDR-S1000 User Manual
Page 10
E-7
GETTING STARTED
INPUT
OPTICAL
COAXIAL
ANALOG
Analog connections using the LINE IN and OUT jacks
• Be sure that the left (“L”) and right (“R”)
LINE IN (REC)
and
LINE OUT (PLAY)
jacks are connected correctly.
• Connect the
LINE IN (REC)
and
LINE OUT (PLAY)
jacks to the “MD/DAT” (or equivalent) jacks of the amplifier or
receiver. For additional details concerning these connections, refer to the operating instructions for the amplifier being
used.
• Be sure to connect the
LINE OUT (PLAY)
jacks on this unit to the LINE IN (PLAY) jacks on the amplifier, and
similarly the
LINE IN (REC)
jacks on this unit to the LINE OUT (REC) jacks on the amplifier.
• The
LINE IN (REC)
and
LINE OUT (PLAY)
jacks of this unit are numbered 4 and 3 respectively. When connecting
this unit with a YAMAHA amplifier or receiver whose jacks on the rear panel are numbered as 1, 2, 3, etc., connect
the
LINE IN (REC)
and
LINE OUT (PLAY)
jacks of this unit to the input jacks numbered 4 and 3 on the rear of the
amplifier or receiver.
To select an input source using INPUT on the front panel
With this recorder, it is possible to make analog, digital optical, and digital coaxial connections. When recording, use
INPUT on the front panel to select which of the three types of signal to input.
• When recording a digital source, set
INPUT
to
OPTICAL
to record the digital signal input from the
DIGITAL IN
OPTICAL
jack.
• When recording a digital source, set
INPUT
to
COAXIAL
to record the digital signal input from the
DIGITAL IN
COAXIAL
jack.
• When recording an analog source, set
INPUT
to
ANALOG
to record the signal input from the
LINE IN
jacks.
• This recorder outputs both analog and digital signals simultaneously regardless of the
INPUT
setting. Please refer to the
instructions supplied with the amplifer, etc. for details on how to select the preferred signal type.
• When
INPUT
is set to either
OPTICAL
or
COAXIAL
, the sampling rate indicator corresponding to the digital sampling
rate of the input source signal lights in the display.