Memory Transfer; Memory Vfo Transfer; Channel Channel Transfer - Kenwood TS-2000 Instruction Manual

MEMORY TRANSFER

Memory VFO Transfer
After retrieving frequencies and associated data
from Memory Recall mode, you can copy the data
to the VFO. This function is useful, for example,
when the frequency you want to monitor is near
the frequency stored in a memory channel.
1 Recall the desired memory channel.
2 Press [Ms s s s s VFO/ MG.SEL].
• When a simplex channel is recalled, the
data is copied to VFO A or VFO B,
depending on which VFO was used to recall
the channel.
• When a split channel is recalled, the RX
data is copied to VFO A and the TX data is
copied to VFO B.
Note:
The Memory Channel Lockout status and the subtone
frequency are not copied.
Pressing [M s s s s s VFO/ MG.SEL] after temporarily changing
the retrieved data copies the new data to the VFO.
Channel Channel Transfer
You can also copy channel information from one
memory channel to another. This function is
useful when storing frequencies and associated
data that you temporarily change in Memory
Recall mode.
1 Recall the desired memory channel.
2 Press [M.IN] to enter Memory Scroll mode.
• To exit Memory Scroll mode, press [CLR].
3 Select the memory channel where you would
like the data copied, using the MULTI/ CH
control.
4 Press [M.IN] again.
C a h n n l e 0 0 ~ 2 9 8
R X f e r q u e n y c
T X f e r q u e n y c
M o d e f r o R X
M o d e f r o T X
O f s f e f t e r q u e n y c
S h t f i i d e r t c o i n
R e v e s r e O / N O F F
R X f e r q u e n y c s e t p
T X f e r q u e n y c s e t p
T o n e f e r q u e n y c
C T C S S f e r q u e n y c
D C S c o d e
T o n / e C T C S / S D C S
O / N O F F
M e m o y r N a m e
M e m o y r C h a n n l e
L o k c o t u O / N O F F
a
C a h n n l e 0 0 ~ 2 9 8
a
R X f e r q u e n y c
a
T X f e r q u e n y c
a
M o d e f r o R X
a
M o d e f r o T X
a
O f s f e f t e r q u e n y c
a
S h t f i i d e r t c o i n
a
R e v e s r e O / N O F F
a
R X f e r q u e n y c s e t p
a
T X f e r q u e n y c s e t p
a
T o n e f e r q u e n y c
a
C T C S S f e r q u e n y c
a
D C S c o d e
T o n / e C T C S / S D C
a
O / N O F F
a
M e m o y r N a m e
M e m o y r C h a n n l e
a
L o k c o t u O F F
C a h n n l e 0 0
R X f e r q
T X f e r q
M o d e f
M o d e f
O f s f e f t e r
S h t f i i d e r
R e v e s r e O
R X f e r q u e
T X f e r q u e
T o n e f e r
C T C S S f e r
D C S c
T o n / e C T C
O / N O
M e m o y r
M e m o y r C
L o k c o t u O
C a h n n l e 2
T / X R X f e r
M o d e f r o
O f s f e f t e r
S h t f i i d e r
R e v e s r e O
T / X R X f e r
s e t p ( i s m
T o n e f e r
C T C S S f e r
D C S c
T o n / e C T C
O / N O
M e m o y r
M e m o y r C
L o k c o t u O
The tables above illustrate how data is transferred
between memory channels:
S
10 MEMORY FEATURES
a
~ 2 9 8 C a h n n
a
u e n y c
T / X R
a (
u e n y c
a
r o R X
M o d
a (
r o T X
a
q u e n y c O f s f
a
t c o i n S h
a
/ N O F F R e v e
a
n y c s e t p
T / X R
s e t
a
n y c s e t p
a
q u e n y c T o n
a
q u e n y c C T C S
a
o d e D
S / S D C S T o n / e
a
F F O
a
N a m e M e
h a n n l e M e m
a
/ N O F F L o
a
0 9 ~ 2 9 9 C a h n n
a
R X
q u e n y c
a
T X
a
M o
T / X R X
a
M o
a
q u e n y c O f s f
a
t c o i n S h
a
/ N O F F R e v e
a
R X f e r
q u e n y c
p e l ) x
a
T X f e r
a
q u e n y c T o n
a
q u e n y c C T C S
a
o d e D
S / S D C S T o n / e
a
F F O
a
N a m e M e
h a n n l e M e m
a
/ N O F F L o
l e 2 0 9 ~ 2 9 9
X f e r q u e n y c
i s m p e l ) x
e f r o T / X R X
i s m p e l ) x
e f t e r q u e n y c
t f i i d e r t c o i n
s r e O / N O F F
X f e r q u e n y c
p ( i s m p e l ) x
e f e r q u e n y c
S f e r q u e n y c
C S c o d e
C T C S / S D C S
/ N O F F
m o y r N a m e
o y r C h a n n l e
k c o t u O F F
l e 0 0 ~ 2 9 8
f e r q u e n y c
f e r q u e n y c
d e f r o R X
d e f r o T X
e f t e r q u e n y c
t f i i d e r t c o i n
s r e O / N O F F
q u e n y c s e t p
q u e n y c s e t p
e f e r q u e n y c
S f e r q u e n y c
C S c o d e
C T C S / S D C S
/ N O F F
m o y r N a m e
o y r C h a n n l e
k c o t u O F F
61