■
General
The receiver has 400 memory channels in 8 banks (A–H) for
storage of often-used frequencies.
◊
Memory channel contents
The following information can be programmed into memory
channels:
• Operating frequency (p. 8)
• Receive mode (p. 12)
• Tuning step (p. 8)
• Memory name (p. 17)
• Duplex direction (DUP or – DUP) with an offset frequency
(p. 31)
• Tone squelch ON/OFF (p. 28)
• Tone squelch frequency (p. 28)
• Scan skip setting (p. 22)
■
Programming during selection
q
Push [
↔
] to select an operating band.
w
Set the desired frequency:
➥
Set the frequency using [DIAL].
➥
Set other data (e.g. offset frequency, duplex direction,
tone squelch frequency, etc.), if required.
e
Push [V/M] for 1 sec. to indicate memory channels.
• Do not hold [V/M] for more than 2 sec., otherwise the previously
selected memory channel will be overwritten.
r
Rotate [DIAL] to select the desired channel.
• VFO (VF), as well as regular memory channels, can be pro-
grammed in this way.
• Rotate [DIAL] while pushing [FUNC] to select a memory bank
(A–H), programmed scan edge channel or VFO (VF).
t
Push [V/M] for 1 sec. to program.
• Keep pushing for 2 sec. or more to automatically select the next
memory channel, if desired.
14
5
MEMORY CHANNELS
FM DUP TSQL
P
FM
V/M
SKIP
V/M
SKIP
FUNC
FM DUP TSQL
P
S1 3 5 7 9
VOL
FM
PSKIP
TSQL
–DUP
145.600.000
TS
15.0
S1 3 5 7 9
VOL
FM
146.010.000
M:A00
TS
15.0
S1 3 5 7 9
VOL
. .
M:E40
TS
.
S1 3 5 7 9
VOL
FM
PSKIP
TSQL
–DUP
145.600.000
E41
TS
15.0
for 1 sec.
blank
channel
for 2 sec.
for bank
selection
for CH
selection
+
[EXAMPLE]: Programming ch 40 of memory bank E during selection (and ch 41 selection).
