Baofeng UV82 - Advanced Operation: Repeater Offset and Tail Tone; Offset Example, Notes, and STE Function; Saving Channels; Memory Content and Saving Example

ADVANCED OPERATION
When communicating via a repeater, the direction of displacement of frequency should be timed
to the displacement of the transmission frequency is higher or lower than the receiving frequency.
example:
\f we want to make a communication through amateur radio repeater whose frequency input is
145,000 MHz and 145,600 MHz is output, we select the "OFFSET" of the previous section in 0600
and the direction of travel "SHIFT" programmed to [-], so the transceiver will always 145,600 MHz
in frequency and when you press [PTT] to transmit transceiver, the frequency will automatically
move to 145,000 MHz.
Note: - "TO" (Time Operation)
‘Scanning will stop when it detects an active signal. The scanning will stop on each channel or active frequency for
a predetermined time, after that time the scan will resume automatically.
-"CO" (Carrier Operation):
‘The scanning will stop and remain in the frequency or channel, unti the active signal disappears.
-""SE"(Search Operation):
‘The scanning will stop and remain in the frequency or channel after it detects an active signal
STE (TAIL TONE ELIMATION)
This function is used to activate or deactivate the transmission end of the transceiver. this final tone
transmission only be used in communications between transceivers and not in communications
through a repeater, which must be deactivated.
STE
THE INSTRUCTIONS TO SAVE CHANNEL
Acomplete memory channel includes RX frequency, TX frequency, CTCSS, DCS, RF Power,
Bandwidth, PTT-ID, BCL, ANI, Scan add to, Channel Name, etc. Except for the setting of Scan add
to and Channel Name, other settings could be finished by keypad under VFO mode.
Example: We want programming all the data into CH106, please do as following:
ADVANCED OPERATION
RX Frequency | TX Frequency | RXCTCSS | TX DCS | RF Power|Bandwidth | PTT-ID
440.625MHz | 430.625MHz 100.0Hz 250.3Hz High Wide OFF
1.We have to check whether there are any data in CH106 or not. Come to MENU 28, if there is a
‘CH’ before ‘106’, that means there are data. So please delete it and you will find there is not a
‘CH’ before ‘106’, or else you can’t have new data in this channel.
2.Press and hold [MENU] key, then power on, come to VFO mode. Press [EXIT/AB] key to
select frequency A (UP).
3.Enter 440.625MHz
4.Now through the MENU, you can set other parameters. CTCSS,DCS, RF Power, Bandwidth, etc.
5 After you finish all the other settings, press [MENU] key, then come to MENU 27, press [MENU]
key two times, you will know all the data have been stored into CH106, however now only RX.
frequency was stored. At the same time, you press [MENU] key another two times, you will
store the TX frequency, of course the TX and RX frequency are same.
‘Note:if you want the TX frequency 430.625 stored into CH108, you should do the same steps after you store the RX
frequency into CH106.
CTCSS/DCS SCANNING
Before setting the CTCSS/DCS scanning, you should have a RX frequency and cancel the Dual
Standby function, ensure the radio is working under VFO mode.Come to MENU 11, press [MENU]
‘one time, then press [*/SCAN] key, at the same time, you should press the PTT of another radio,
then you will see the CTCSS scanning automatically. When the scanning stops, that means you
find the same CTCSS as that of another radio, now press [MENU] to store the CTCSS.
cTcss
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