w
a>
Byte
No .
1
2 - 5
6
7
8
9 - 1 2
1 3
1 4
1 5 - 1 8
1 9
2 0
2 1 - 2 4
2 5
2 6
2 7 - 3 0
3 1
3 2
3 3 - 3 8
3 9 - 4 4
4 5 - 5 0
5 1 - 5 6
5 7 - 6 2
6 3 - 6 8
6 9 - 7 4
7 5 - 8 0
8 1 - 8 6
STATUS UPDATE CHART
( i nd i c a t i ng f o r m a t of d a t a r e t u r n e d by 7 6 7 )
Contents
Re f .
T
a
bl
e
S t a t u s
1
( B CD )
2
S e l e c t e d C T C S S Tone
3
S e l e c t e d Mode
4
S e l e c t e d
Channe l No . ( 0 - 9 )
C l a r i f i e r
( B CD )
2
C l a r i f i e r C T C S S Tone *
3
C l a r i f i e r Mode
4
VFO A
( BC D )
2
VFO A CTCS S Tone *
3
VFO A Mode
4
VFO B
( B CD )
2
VFO B C T C S S T o n e *
3
VFO B Mode
4
C h a n n e l 0
( B CD )
2
Channe l 0 C T C S S Tone *
3
Channe l
O Mode
4
Ch 1
( s ame f o r m a t a s 2 7 - 3 2 ) * *
Ch 2 ( s ame f o r m a t a s 2 7 - 3 2 ) * *
Ch 3
( s ame f o rma t a s 2 7 - 3 2 ) * *
Ch 4 ( s ame f o r m a t a s 2 7 - 3 2 ) * *
Ch 5 ( s ame f o r m a t a s 2 7 - 3 2 ) * *
Ch 6
( s ame f o rma t a s 2 7 - 3 2 ) * *
Ch 7 ( s ame f o rma t a s 2 7 - 3 2 ) * *
Ch 8
( s ame f ormat a s 2 7 - 3 2 ) * *
Ch 9
( s ame f orma t a s 2 7 - 3 2 ) * *
J
5 - B y t e
S t a t u s
U pd a t e
8 - By t e
S t a t u s
Upda t e
2 6 - B y t e
S t a t u s
Upda t e
8 6 - B y t e
S t a t u s
U pd a t e
*
Opt i o n a l FT S - 8 Tone S q u e l c h U n i t mu s t be i n s t a l l e d
* *
C a l c u l a t e M e m o ry Channe l a d d r e s s e s by :
Channe l F r e q u e n c y Addr e s s
=
( Ch a n n e l N o .
x 6 )
+
2 7
Channe l Tone Addre s s
=
( Ch a n n e l No .
x 6 )
+
3 1
C h a n n e l Mode Addre s s
=
( Ch a n n e l No .
x 6 )
+
3 2
TABLE 1 . STATUS FLAG BYTE
---
-
P T T S t a t u s ( 0
Ham / Ge n
( 0
Tx I nh i b i t ( 1
S p l i t
( 1
R e c e i ve ,
1
=
T r a n s m i t )
Ham , 1
=
G e ne r a l C o v e r a g e )
T r a n sm i t t e r I nh i b i t e d )
S p l i t - f r e qu e n c y A c t i ve )
TABLE � FREQUENCY DATA
F r e q u e n c y d i g i t s a p pe a r i n t h e d a t a s t r e a m a s b i n a r y - c od e d d e c i m a l ( BC D : h e x
a d e c i m a l r e p r e s e n t a t i o n o f d e c i m a l d i g i t s ) , w i t h l e a d i n g z e r o - f i l l t o t h e
1 O O ' s o f M H z d i g i t .
( EXAMPLE )
0 1 2 . 3 4 5 6 7 M H z :
Addr e s s
Add r e s s 3
0 1 h
4 5h
Addr e s s 2
Addr e s s 4
2 3 h
6 7 h
TABLE ]_,__
CTCSS TONE DATA
---
---
T h i s d a t a i s s i g n i f i c a n t o n l y i f t h e o p t i o n a l F T S - 8 T o n e S q u e l c h U n i t i s
i n s t a l l e d .
N o t e t h a t C T C S S t o n e s a r e o n l y a c t i ve i n t h e F M m o d e ; t h a t t h e T
ENC s w i t c h on t h e f r o n t pa n e l m u s t be p r e s s ed f o r t h e t o n e to be t r a n s m i t t e d ;
a n d t h a t t h e S QL c o n t r o l m u s t b e i n t h e T S QL p o s i t i o n f o r t o n e - s q u e l c h e d
r e c e p t i on .
F r e q .
Va l u e
( H z )
( He x )
6 7 . 0
3 E h
7 1 . 9
3 Dh
7 7 . 0
3 C h
8 2 . 5
3 B h
8 8 . 5
3Ah
9 4 . 8
3 9 h
1 0 0 . 0
3 8 h
1 0 3 . 5
3 7 h
1 0 7 . 2
3 6 h
1 1 0 . 9
3 5 h
1 1 4 . 8
3 4 h
1 1 8 . 8
3 3 h
1 2 3 . 0
3 2 h
1 2 7 . 3
3 1 h
1 3 1 . 8
3 0 h
L_
MODE :
NOT U S E D
F r e q .
V a l u e
F r e q .
V a l u e
( H z )
( He x )
( H z )
( He x )
1 3 6 . 5
2 F h
2 4 1 . 8
1 Fh
1 4 1 . 3
2 E h
2 5 0 . 3
1 Eh
1 4 6 . 2
2 D h
C 6 7 . 0 *
1 Dh
1 5 1 . 4
2Ch
C 7 1 . 9
1 Ch
1 5 6 . 7
2 B h
C 7 4 . 7
1 Bh
1 6 2 . 2
2Ah
C 7 7 . 0
1 Ah
1 6 7 . 9
2 9 h
C 7 9 . 7
1 9 h
1 7 3 . 8
2 8 h
C 8 2 . 5
1 8 h
1 7 9 . 9
2 7 h
C 8 5 . 4
1 7 h
1 8 6 . 2
2 6 h
C 8 8 . 5
1 6 h
1 9 2 . 8
2 5 h
C 9 1 . 5
1 5 h
2 0 3 . 5
2 4 h
2 1 0 . 7
2 3 h
* ' C ' t o n e s have
2 1 8 . 1
2 2 h
H i g h
Q
( 8 0 ) .
2 2 5 . 7
2 3 3 . 6
TABLE
.!,_
O = LSB
1 =USS
2 = CW
3 =AM
4 = FM
5 = FSK
2 1 h
2 0 h
MODE DATA
0 D
0 . 00 0 . 00M H z -
0 . 499 . 99MH z
0 E
0 . 500 . 00 M H z -
l . 499 . 99MHz
0 6
1 4 . 500 . 00 M H z - 1 8 . 499 . 99MHz
0 7
1 8 . 500 . 00MH z - 2 1 . 499 . 99MHz
VFO
( 0
Re c a l l
( 1
( 1
C t r l
( 1
VFO A S e l e c t e d , 1
=
VFO B )
Memory C h a n n e l R e c a l l Ac t i ve )
C l a r i f i e r Ac t i ve )
0 1
1 . 500 . 00 M H z -
2 . 499 . 99MHz
0 2
2 . 500 . 00 M H z -
3 . 999 . 99MHz
0 3
4 . 000 . 00MH z -
7 . 499 . 99MHz
0 8
2 1 . 500 . 00MH z - 24 . 99 9 . 99M H z
0 9
2 5 . 000 . OOM H z - 29 . 999 . 99MH z
0 A
5 0 . 000 . 00 M H z - 5 9 . 999 . 99M H z
C A T E x t e rna l Con t r o l Ac t i ve )
0 4
7 . 500 . 00 M H z - 1 0 . 499 . 99M H z
0 5
1 0 . 500 . 00 M H z - 1 4 . 499 . 99MHz
0 B : 1 44 . 000 . 00M H z - 149 . 999 . 99M H z
0 C : 430 . 000 . 00M H z - 439 . 999 . 99M H z
Содержание FT-767GX
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