Teac UD-505 Manual Del Usuario página 24

Settings (continued)
PCM digital filter
This sets the type of digital filter used when converting PCM signals
from digital to analog.
MENU
DIGITAL FILTER(PCM)
OFF
Slow roll off
An FIR filter with a slow roll-off is used to gently cut signals out-
side the audio band.
Sharp roll off
An FIR filter with a steep roll-off is used to sharply cut signals out-
side the audio band.
Short Delay Slow
A short delay filter with a slow roll-off is used to gently cut signals
outside the audio band.
Short Delay Sharp
A short delay filter with a steep roll-off is used to sharply cut sig-
nals outside the audio band.
Low dispersion
A short delay filter with low dispersion that improves lag charac-
teristics in high frequencies is used.
OFF
No digital filter is used.
o When receiving signals at 352.8 kHz, 384 kHz, 705.6 kHz or 768 kHz,
the digital filter will be disabled during playback regardless of this
setting.
Note about the digital filter during PCM playback
FIR-type digital filters
This type of filter has an established reputation for sound quality
and features tonal quality with both dense, rich sound reverbera-
tions and crisp sound transients.
Short Delay-type digital filters
This type of filter has no pre-echo in the impulse response and
features natural sound attack and reverberation for a tonal qual-
ity that is close to the original.
24
DSD digital filter
This sets the type of digital filter used when converting DSD signals
from digital to analog.
MENU
DIGITAL FILTER(DSD)
WIDE
NARROW
The cutoff frequency will be set according to the DSD signal as
follows.
DSD signal
2.8 MHz
5.6 MHz
11.2 MHz
22.5 MHz
WIDE
The cutoff frequency will be set according to the DSD signal as
follows.
DSD signal
2.8 MHz
5.6 MHz
11.2 MHz
22.5 MHz
Clock sync
o Clock sync is possible when the input source is USB.
MENU
CLOCK SYNC
OFF
OFF
No clock sync is used.
ON
This unit's master clock will be synchronized to the 10MHz clock
input through the CLCOK SYNC input (10MHz IN) connector.
Cutoff frequency
39 kHz
78 kHz
156 kHz
312 kHz
Cutoff frequency
76 kHz
152 kHz
304 kHz
608 kHz