Selecting An Operating Band; D Using The Band Stacking Registers - Icom IC-7000 Instruction Manual

HM-151
SPCH TUNER
/LOCK /CALL
V/M
F-1
1.8 3.5 7
1 2
10 14 18
4 5
21 24 28
7 8
50 144 430
.
0
BAND
1.8 MHz 1.900000 MHz CW
3.5 MHz 3.550000 MHz LSB
7 MHz 7.050000 MHz LSB
10 MHz 10.120000 MHz CW
14 MHz 14.100000 MHz USB
18 MHz 18.100000 MHz USB
21 MHz 21.200000 MHz USB
24 MHz 24.950000 MHz USB
28 MHz 28.500000 MHz USB
50 MHz 50.100000 MHz USB
144 MHz 145.000000 MHz FM
430 MHz 433.000000 MHz FM
General 15.000000 MHz USB
D
[Example]: 14 MHz band
SPCH TUNER
XFC
/LOCK /CALL
MW
V/M
F-2
F-1
1.8 3.5 7
MODE
1 2 3
10 14 18
FIL
4 5 6
21 24 28
GENE
7 8 9
50 . 144 430 F-INP
0 ENT
CE
HM-151
q Push [(14)5], then select a frequency and an
operating mode.
mode are memorized in the first band stacking regis-
ter of that band.
XFC
MW
F-2
MODE
3
FIL
6
Band keys
GENE
9
F-INP
ENT
CE
REGISTER 1
1.8 3.5 7
MODE
1 2 3
10 14 18
FIL
4 5 6
21 24 28
GENE
7 8 9
50 144 430 F-INP
.
0 ENT
CE
The triple band stacking register provides 3 memories
in one band. 3 sets of frequency and operating mode
on each band are automatically stored when used.
If a band key (on the HM-151) is pushed once, the
last used frequency and operating mode on that band
are called up. When the key is pushed again, another
stored frequency and operating mode are called up.
This function is convenient when you operate 3
operating modes on one band. For example, one
register is used for a CW frequency, another for
an SSB frequency and the other one for an RTTY
frequency.
See the table below for a list of the bands available
and the default settings for each band.
REGISTER 2
1.910000 MHz CW
3.560000 MHz LSB
7.060000 MHz LSB
10.130000 MHz CW
14.200000 MHz USB
18.130000 MHz USB
21.300000 MHz USB
24.980000 MHz USB
29.500000 MHz USB
50.200000 MHz USB
145.100000 MHz FM
433.100000 MHz FM
15.100000 MHz USB
w Push [(14)5] again, then select another frequency
and operating mode.
in step q are memorized in the 14 MHz's first band
stacking register.
e Push [(14)5] again, then select another frequency
and operating mode.
step w are memorized in the 14 MHz's second band
stacking register.
r Push [(14)5] again
and operating mode.
in step e are memorized in the 14 MHz's third band
stacking register.
[(14)5] is pushed again, the first band stacking
register set in step w, is overwritten.
BASIC OPERATION
REGISTER 3
1.915000 MHz CW
3.580000 MHz LSB
7.020000 MHz CW
10.140000 MHz CW
14.050000 MHz CW
18.150000 MHz USB
21.050000 MHz CW
24.900000 MHz CW
28.100000 MHz CW
51.000000 MHz FM
145.200000 MHz FM
433.200000 MHz FM
15.200000 MHz USB
then select another frequency
,
3
3
28