Kenwood TS-140S Instruction Manual page 25

Example:
Frequency (21.225 MHz) is transferred to the
VFO. When the TUNING knob is turned, the fre-
quency changes from this new frequency.
USB AVFO
iy Meee eet ae | 7
CoLe e ow
Notes:
1. Data in the VFO is replaced by the memory data.
Memory data is not lost during this operation.
2.\In the Memory Scroll mode (M.SCR LED is lit),
Memory Channel information can also be transfer-
red to the VFO.
4-4-10. Transferring memory information between
Memory Channels.
The following procedure transfers the contents of
one Memroy Channel to the other Memory Channel.
1. In the VFO mode, press the VFO/M key to select
Memory Channel mode. This returns the Memroy
Channel to the status, (mode, and frequency)
prior to the VFO operation.
2. Select the desired Memory Channel by using the
M.CH/VFO CH control.
3. Press the M.IN key. The M.SCR indicator will
light.
4.Use the M.CH/VFO CH control to select the
Memory Channel that you want to transfer to the
VFO.
5. When the desired Memory Channel is found and
displayed, press the M.IN key again. The current
frequency, mode and antenna number will be
stored, the Memory Scroll mode will be cancelled.
Notes:
1.To erase a Memory Channel when a empty
Memory Channel is available, use the procedure
givin in 4-4-10 above.
2. The various types of memory shift operations are
described below.
For example, if a Split Memory Channel is shifted to a programed band marker, the receiving frequency of the
Split Memory Channel will be shifted to the lowest operating frequency, highest operating frequency, and the
send/receive frequencies of the programed band marker.
Transferring memory information Standard Split Memory Channel Programed Band Maker
to the Memory Channel |Memory Chan- (10 to 19) (20 to 30)
nel (00 to 09)
Transmit and | Receive fre- | Transmit fre- Lowest Highest Transmit and
receive fre- quency quency operating fre- | operating fre-| receive fre-
Memory Channels quency quency quency quency
Standard Memory| Transmit and re- ~ T + + +
Channel(00 to 09)|_ ceive frequency
_
Split Memory | Receive frequency iP x a + BF
Channel aS
10 to 19
f et) Transmit frequency' x x x x x
Lowest operating a
frequency
x
x
x
|
x
x
Programed Band | Highest operating
Marker (20 to 30) frequency * as a os ft =
Transmit and
receive frequency ' i x *%
4-4-11. Memory Channel Selection
To select the desired Memory Channel:
1. Press the VFO/M key if the M.CH indicator does not
appear in the display.
2. You can select the desired Memory Channel number
by rotating the M.CH/VFO CH control.
3. You can also use the UP/DWN pushbuttons on the
microphone to select the desired Memory Channel
number.
4. If all Memory Channels are blank a Morse code
""EMPTY"' will sound from the speaker to signify no
memory data is present whenever the M.CH/VFO CH
control is rotated.
5. If you wish to find out which Memory Channels are
empty press the M.IN key and turn on the 1 MHz
switch. Now rotating the M.CH/VFO CH control will
result in the display of all empty Memory channels. If
all Memory Channels contain data a Morse code
""FULL"' will sound from the speaker as a reminder no
empty channels exist.
44-12. Memory Channel Mode Selection
The Programed Band Marker are the only ones that
allow the mode to be changed, while in the M.CH mode.
The original contents of the Memory Channel will not be
changed on these Memory Channels even though you
can switch back and forth from mode to mode.
4-4-13. Memory channel/RIT relationships
If the RIT is ON when you switch to M.CH mode the RIT
function will be turned OFF until you return to VFO
operation automatically by the microprocessor. 25