Onkyo DR-90 Instruction Manual page 41

DVD
Changing the DOLBY DIGITAL Sound
Format to the Digitally Recordable
Frequency (kHz)/Quantization (bit)
Change the sound signal conversion method to "PCM"
following the steps in "Changing the Sound Signal Conversion
Method Temporarily" on the opposite page.
Referring to c in the table below, the DOLBY DIGITAL
Surround format will be converted into the 48 kHz/16 bit
format which is recordable.
Output sound conversion tables
Symbols in the tables
• The symbols a and c are referred on the previous page and this page.
• The symbols b, c, d, e, f, and g are referred on page 59 in "Recording Using the Connected Equipment."
Sound from the speakers
Discs Sound systems*
DOLBY DIGITAL
48 kHz/16 bit
48 kHz/20 bit
48 kHz/24 bit
DVD Linear
videos
PCM
96 kHz/16 bit
96 kHz/20 bit
96 kHz/24 bit
DTS
VIDEO CDs MPEG1
Audio CDs Linear PCM 44.1kHz/16 bit
DTS
Sound signals from the Digital output connector and Analog output jacks
Discs Sound systems*
DOLBY DIGITAL
48 kHz/16 bit
48 kHz/20 bit
Linear
DVD 48 kHz/24 bit
PCM
videos
96 kHz/16 bit
96 kHz/20bit
96 kHz/24 bit
DTS
VIDEO CDs MPEG1
Audio CDs Linear PCM 44.1 kHz/16 bit
DTS
Conversion methods*
1
Bitstream 96k Sound
DOLBY DIGITAL
DOLBY DIGITAL
No conversion is made. (Same kHz/bit as the source)
48 kHz/16 bit
a
48 kHz/16 bit
No conversion
is made.
(Same kHz/bit as
the source)
DTS DTS
Converted to 44.1 kHz/16 bit
No conversion is made. (Same kHz/bit as the source)
DTS DTS
Digital output signals from
the DIGITAL OUTPUT OPTICAL connector
Conversion methods*
1
Bitstream 96k Sound
b
Bitstream Bitstream
No conversion is made. (Same kHz/bit as the source)
48 kHz/16 bit
d
48 kHz/16 bit
No signal is
output.
Bitstream Bitstream
Converted to 44.1 kHz/16 bit
No conversion is made. (Same kHz/bit as the source)
Bitstream
1
* Some discs have more than one sound system and
2
can be selected (see page 39).
PCM
2
* You can change the conversion method temporarily
48 kHz/16 bit
as described on the previous page, or permanently
using the setting menu (see pages 44 and 50).
* 3 The digital signals will be converted through the D/A
48 kHz/16 bit
(Digital-to-Analog) converter. When the digital signals
are being converted using higher frequency and
higher quantization, better analog signals will be
g
No sound
obtained.
DTS
kHz/bit when converting Digital Signals to
Analog Signals for Analog jacks*
2 Conversion methods*
PCM Bitstream
c
48 kHz/16 bit 48 kHz/20 bit
48 kHz/16 bit
48 kHz/20 bit
48 kHz/16 bit
48 kHz/16 bit
48 kHz/20 bit
g e
No signal
Converted in 44.1 kHz/16 bit
Converted in 44.1 kHz/16 bit
e
3
2
96k Sound PCM
48 kHz/20 bit 48 kHz/20 bit
48 kHz/16 bit
48 kHz/16 bit
48 kHz/20 bit
48 kHz/20 bit
f
48 kHz/24 bit
96 kHz/16 bit 48 kHz/16 bit
96 kHz/20 bit
48 kHz/20 bit
96 kHz/24 bit
No signal
No Signal
41