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22
4
FREQUENCY SETTING
■ VFO description
VFO is an abbreviation of Variable Frequency Oscilla-
tor, and traditionally refers to an oscillator.
The transceiver’s VFO is somewhat different. The VFO
of the IC-756PROII acts like a computer’s window and
can show one frequency and one operating mode.
You can call up a desired frequency to the VFO with
the keypad, memo pad-read switch (see p. 56) or the
memory transfer function (see p. 54). You can also
change the frequency with the tuning dial and select
the operating mode with the mode switches.
During dualwatch or split frequency operation, the sub
VFO is functional (non-outline, non-spotted, larger fre-
quency characters). While pushing [XFC] during split
frequency operation, you can change the transmit
readout frequency with the keypad, memo pad-read
switch or the memory transfer function.
METER
Po
ANT
1
BWBW
2.4k2.4k
SFTSFT
0
VFOVFO
FIL2FIL2
USBUSB
qw:pp
TXTX
1
CWCW
qr.qpp.pp
21.076.5021.076.50
Select
TUNING DIAL
MEMORY
CHANNEL
MODE
SWITCHES
MEMO PAD
KEYPAD
(BAND KEY)
Transfer
Transfer
Transfer
Change
21.295 MHz
28.025 MHz
7.001 MHz
•Differences between VFO mode and memory mode
VFO MODE
VFO shows a frequency and operating mode. If the
frequency or operating mode is changed, the VFO
automatically memorizes the new frequency or new
operating mode.
When a VFO is selected from another band or mem-
ory mode, the frequency and operating mode last
used for that VFO appear.
[EXAMPLE]
MEMORY MODE (pgs. 51–55)
Each memory channel shows a frequency and oper-
ating mode like a VFO. Even if the frequency or mode
is changed, the memory channel does not memorize
the new frequency or operating mode.
When the memory channel is selected from another
memory channel or VFO mode, the memorized fre-
quency and operating mode appear.
[EXAMPLE]
METER
METER
Po
Po
ANT
ANT
1
METER
METER
Po
Po
ANT
ANT
1
METER
METER
Po
Po
ANT
ANT
1
METER
METER
Po
Po
ANT
ANT
1
BW
BW
2.4k
2.4k
SFT
SFT
0
VFO
VFO
FIL2
FIL2
USB
USB
qw:pp
TX
TX
1
CW
CW
qr.qwe.pp
21.076.50
21.076.50
BW
BW
500
500
SFT
SFT
0
BPF
BPF
1
FIL2
FIL2
CW
CW
qw:pp
TX
TX
VFO
VFO
USB
USB
wq.puy.tp
14.123.00
14.123.00
BW
BW
2.4k
2.4k
SFT
SFT
0
VFO
VFO
FIL2
FIL2
USB
USB
qw:pp
TX
TX
1
CW
CW
qr.qwe.pp
21.076.50
21.076.50
BW
BW
2.4k
2.4k
SFT
SFT
0
VFO
VFO
FIL2
FIL2
USB
USB
qw:pp
TX
TX
1
CW
CW
qr.qpp.pp
21.076.50
21.076.50
BW
BW
2.4k
2.4k
SFT
SFT
0
FIL2
FIL2
USB
USB
qw:pp
TX
TX
VFO
VFO
USB
USB
qr.qpp.pp
14.100.00
14.100.00
BW
BW
2.4k
2.4k
SFT
SFT
0
FIL2
FIL2
USB
USB
qw:pp
TX
TX
VFO
VFO
USB
USB
wq.wrt.pp
14.100.00
14.100.00
BW
BW
2.4k
2.4k
SFT
SFT
0
FIL2
FIL2
USB
USB
qw:pp
TX
TX
VFO
VFO
USB
USB
qr.qwe.pp
14.100.00
14.100.00
BW
BW
2.4k
2.4k
SFT
SFT
0
1
FIL2
FIL2
USB
USB
qw:pp
TX
TX
VFO
VFO
USB
USB
qr.qpp.pp
14.100.00
14.100.00
1
12
12
1
METER
METER
Po
Po
ANT
ANT
1
METER
METER
Po
Po
ANT
ANT
1
METER
METER
Po
Po
ANT
ANT
1
METER
METER
Po
Po
ANT
ANT
1
VFO is selected.
The frequency is changed.
Memory mode is selected.
VFO is selected again.
Memory channel 1 is selected.
The frequency is changed.
Another memory channel is selected.
Memory channel 1 is selected again.
Changed frequency (14.123 MHz) appears.
Changed frequency (14.123 MHz) does not appear and
memorized frequency (14.100 MHz) appears instead.