16
5
MEMORY CHANNELS
4
5
■ General description
The receiver has 1050 memory channels including 50 scan
edge memory channels (25 pairs) for storage of often-used
frequencies. And a total of 18 memory banks, A to H, J, L, N,
O to R, T, U and Y are available for usage by group, etc. Up
to 100 channels can be assigned into a bank.
DD
Memory channel contents
The following information can be programmed into memory
channels:
• Operating frequency (p. 9)
• Receive mode (p. 12)
• Duplex direction (DUP or –DUP) with an offset frequency
(p. 14)
• Tone squelch or DTCS squelch ON/OFF (p. 35)
• Tone squelch frequency or DTCS code with polarity
(pgs. 36, 37)
• Scan skip information* (p. 30).
■
Memory channel programming
qPush [V/M•S.MW•~] to select VFO mode.
wSet the desired frequency:
➥ Select the desired band with [BAND• ].
➥ Set the desired frequency with [DIAL].
➥ Set other data
(e.g. offset frequency, duplex direction, tone
squelch, etc.), if desired.
ePush [V/M•S.MW•~] for 1 sec. to select select memory
write condition.
• 1 short and 1 long beep sound.
•“ ” indicator memory channel number blink.
rRotate [DIAL] to select the desired channel.
• Scan edge channel, 00A/B to 24A/B can also be selected.
• While pushing [FUNC], rotate [DIAL] to selects memory channel
in 10 channels steps.
tPush [V/M•S.MW•~] for 1 sec.
• 3 beeps sound
• Memory channel number automatically increases when contin-
uing to push [V/M•S.MW•~] after programming.
[EXAMPLE]: Programming 145.870 MHz into memory channel 20 (blank channel).
FM DUP SQL SKIPTP FM FM DUP SQL SKIPTPFM DUP SQL SKIPTP
Push for 1 sec. Push for 1 sec.Rotate
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