Sony CF-SW07 Manuel D’Utilisation

Page de 156
15
GB
Preparation
Preparation
Time difference between local time and UTC
The table shows the time difference of each time zone with the
UTC, which could be formulated as follows:
Time difference = Local time* – UTC
The number of hours marked with a plus sign (+) indicate the
hours ahead of the UTC, while those marked with a minus sign
(–) indicate the hours behind the UTC.
* Local time prior to DST (daylight saving time) adjustment. The DST
setting does not affect the time difference indication.
** Default labels. To change the labels, see ”Editing labels”, page 36.
Automatic adjustment of the MW channel step
A channel step is the basic interval unit in a frequency allocation
system. The MW channel step differs from country to country (10
kHz for North and South American countries, and 9 kHz for
Japan, Europe and other countries). Normally, the scanning or
tuning steps needs to be adjusted to match the system for the
area to scan or manually tune MW frequencies. This unit,
however, determines your local area from your time zone setting
(the time difference from the UTC) and automatically chooses the
appropriate channel step.
Time
difference
± 0
LONDON
London
+ 1
C.EURO
Central Europe Amsterdam, Berlin, Brussels,
Lisbon, Madrid, Paris, Rome,
Stockholm, Vienna, Zurich
+ 2
CAIRO
Cairo
Athens, Istanbul
+ 3
JEDDAH
Jeddah
Nairobi, Riyadh, Moscow
+ 4
DUBAI
Dubai
+ 5
KARACH
Karachi
+ 6
DHAKA
Dhaka(Dacca)
+ 7
BNGKOK
Bangkok
Jakarta
+ 8
S.PORE
Singapore
Beijing, Hongkong
+ 9
TOKYO
Tokyo
Seoul
+ 10
SYDNEY
Sydney
Guam
+ 11
SOLMON
Solomon
Noumea
+ 12
AUKLND
Auckland
Fiji
– 11
SAMOA
Samoa
– 10
HAWAII
Hawaii
Honolulu, Tahiti
– 9
ANCHRG
Anchorage
– 8
L.A.
Los Angeles
San Francisco, Vancouver
– 7
DENVER
Denver
Calgary
– 6
CHICAG
Chicago
Dallas, Mexico City
– 5
N.Y.
New York
Lima, Panama, Toronto
– 4
CARACS
Caracas
Santiago
– 3
RIO
Rio de Janeiro
Buenos Aires, San Paulo
– 2
FN.ISL
Fernando island
– 1
AZORES
Azores Island
City or area
Other cities in the area
9 kHz
9 kHz
Scan step
Label **
10 kHz