Writing start ids automatically during recording, Digital signal lock range, Getting started – Sony PCM-R500 User Manual

Page 7

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Getting Started

Writing start IDs automatically during

recording

• When "AUTO" appears in the display during

recording, the automatic writing of start IDs takes
place according to the input connector used and the

signal format, as shown in the table below.

• The condition for the automatic writing of start IDs

differs according to the category code in the digital
signal, such as an audio input level signal, a DAT
start ID code, or a Q-code from a CD track (see pages
24 and 25 ).

O: automatic writing possible

x; automatic writing prohibited

Input signal Signal format

(Category
code)

Automatic writing according to

audio input DAT start Q-code from
level ID

‘■1

a CD track

DIGITAL

AES/EBU

O

O"'

X

AES/EBU

IEC-958 for
broadcasting
studio use

O

Q J I

X

DIGITAL

COAXIAL IEC-958

o

o

X

(CD)

consumer

o

X

Q e l

'Jse

(Other)

o

X

X

ANALOG

o

X

X

a) If the input level remains under the level set in the "L-SY

TH" menu longer than the time set in the "L-SY BK" menu
(see page 24), the deck writes a start ID when the input
level rises above that level.

b) DAT skip IDs are automatically written in the same way.
c) Only when connected to the PCM-2600, PCM-2800, PCM-

R500 or PCM-R700. When the connected decks consist of
a PCM-R500 or PCM-R700, select "on" in the "AES S-ID"
menu of the playback deck.

dlOnly when connected to the PCM-2300, PCM-2700, or

PCM-2700A.

e) Some CD players do not output track information (Q-

code) in the digital signal.

Digital signal lock range

• The lock range of a digital signal (signal reception

range) is about ±0.1% for a sampling frequency of 48
kHz, 44.1 kHz, or 32 kHz. Variable pitch signals are
not receivable.

• When4he digital input sampling frequency

information does not match the actual sampling
frequency, it is possible to record that signal if you
change the REC MODE switch on the front panel to

the actual sampling frequency of the signal.

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