AOR AR-ONE User Manual Page 27

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AR7030 OPERATING MANUAL PAGE 27
5. Start the scanning process with the soft-key
(the bullet will be filled when scan is running). The
memory channel currently being monitored is shown
above the Scan legend. Press
again if you
want to stop the scan.
The squelch threshold can be adjusted for each of the
memories (if necessary) during this first scan pass. When
the squelch level is changed the new value will
automatically be stored in the memory channel whilst the
scan is active. Also the scan delay timer is re-started when
the spin-wheel is turned so you have longer than 5 seconds
to make the adjustment.
The squelch level should be set so that the reversed S
squelch indicator is shown when there is only noise present
on a particular memory channel. The setting should be as
low as possible so that any signal will exceed the squelch
level and pause the scan.
Note: If you change the squelch level when the scan is
not running then the data in the memory will not be updated
automatically. In this case, to update the squelch data in
the memory return to the MEMORY menu (use the
soft-key) and then store the new settings (use the
soft-key). The complete key sequence for this is
.
To manually advance the scan to the next channel press
TWICE.
The scan delay can be adjusted whilst the scan is running.
Go to the SCAN SETUP menu (use the
soft-key)
and use the spin-wheel to change the delay time. The
scan will automatically stop if you try to change the block
start and end channels, or if you select a non-scanning
menu.
8-5 Memory technical details
Data is stored in the AR7030 in a number of different
ways, using RAM maintained by an internal rechargeable
and an EEPROM. The memory holds information relating
to the receiver’s alignment and filter setup, default setup,
three additional user definable setups, VFO-A status, 100
memory channels and clock.
Generally speaking, memory is split into four sections:-
a. Power-down memory:
stores general settings while the receiver is
switched off.
b. Setup memories (3):
store particular configurations of settings.
c. Frequency memories (100):
store frequency and associated information.
d. Background VFO (VFO-B):
stores complete receiver status, but data is not
held when power is removed from the receiver.
a. Power-down memory. With default settings
(shown in brackets).
Contains:-
Tuned frequency and mode.
IF bandwidth for each mode.
Passband shift for each mode.
BFO setting for CW and DATA modes.
AGC speed for each mode.
IF gain and RF gain (Max, 0dB).
Volume, Treble and Bass.
Squelch level and muting (Min, On).
Scan start and stop channels (1, 10).
Scan delay time and hold mode (5s, Off).
Timer start and run times.
Frequency lock (Off).
Aux output level.
IR remote tuning step size.
b. Setup memories (3 memories: A, B and C).
With default settings (shown in brackets).
Contains:-
IF bandwidth for each mode (2.2kHz, 5.5kHz).
Passband shift for each mode (Zero).
RF gain (0dB).
BFO setting for CW mode (800Hz).
BFO setting for DATA mode (1.35kHz).
AGC speed for each mode (Med, Slow).
Squelch muting and scan hold (On, Off).
Treble and Bass (Flat).
Aux output level (Max).
IR remote tuning step size (1kHz).
c. Frequency memories (100 memories: 0 to 99).
Contains:-
Tuned frequency and mode.
IF bandwidth and passband shift.
Squelch setting for AM, NFM and SSB modes.
BFO setting for CW and DATA modes.
Scan include / exclude.
d. Background VFO (VFO-B)
(not stored at power-down).
Contains:-
Tuned frequency and mode.
IF bandwidth and passband shift.
IF gain, RF gain and AGC speed.
Volume, treble and Bass.
Squelch level.
BFO setting.
Scan delay time and hold mode.
IR remote tuning step size.
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