Yaesu FT-767GX, Руководство по эксплуатации

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I
E XAMPLE: to set 14.25000 MHz as the current
opera t i n g frequency;
14 . 25000
FREQ SE
I n s t r u c t i o n
08h
I L S D
\�Frequency
MSD
Notice that, for frequency parameters, the 100
M H z d i g i t m us t be p r e s e n t and s e t t o z ero for
frequen c i e s below 100 M H z . A l s o n o t i c e t h a t
decimal frequency data must b e translated into
BCD ( binary -coded deci m a l ) parameters for sen ­
d i ng, a n d t h a t t h e L S D ( l east s i g n i f i c a n t
d i g i t , P a r a m e t e r 4, l O O ' s and l O ' s o f H z ) i s
s e n t f i r s t .
T h e righ t m os t co l u m n o f t h e I n s t ruc t i on C ode
C h art i n d i c a t e s t h e n u m b e r of S t a t u s U p d a t e
b y t e s t o be e x p e c t e d a f t e r s en d i n g each co m ­
m a nd. The S tatus Update C h art and accom pany­
i n g t a b l e s show t h e form a t of these b y t e s :
n o t i ce so m e p a r a m e t e r s and f l ags a r e c ar r i ed
i n b i t f i e l ds .
The CAT jack also provides access to t h e PTT
( Pu s h - To - Ta l k ) l i n e at p i n 4 to a l low k e y i n g
t h e t r a n s m i t t e r.
T h i s p i n h a s 8V D C on i t
w h e n open - c i r cu i t ( du r i n g r e c e p t i on ) , a n d ac­
t i v a t e s t h e t r ans m i t t e r w h e n grounded ( so u r ­
c i n g 8 m A ) .
Also, the AG C signal at p i n 5 of the CAT jack
provides a high - i m pedance analog sample of the
receiver AG C voltage : from 4V ( with no signal )
t o O V ( w i t h s t rong s i g n a l ) . Th i s m ay b e a p ­
p l i ed t o a n A - D conve r t e r t o provide a d i g i t a l
s i g n a l f o r s i g n a l s t r e n g t h i n d i c a t i o n a n d
scanning control by your computer.
I NSTRUCTI ON CODE CHART
Ins truction
Code Parameters Status
Name
( He x ) ( BC D ) Remarks Upda te
MSD
1 2 4
LSD
S i z e
C A T S W O O h xx xx xx
va l u e :
O O = O N 0 1 = 0FF 8 6
CHECK
0 1 h xx xx xx xx No r e t u r n S t a t u s 8 6
U P 1 0 H z 0 2 h xx xx xx xx 1 0 H z 5
DN 1 O H z 0 3 h xx xx xx xx down 1 0 H z 5
PROG UP 0 4 h x x x x
&
= s i z e * 5
PROG DN
0 5h xx xx
&
= s i z e * 5
BAND UP 0 6 h xx xx xx xx o n e B a nd * * 5
BAND DN 0 7 h xx xx xx xx down one B a n d * * 5
FREQ SET
0 8 h S e t ( s e e
EXAMPL E )
5
VFOMR 0 9h p 1 xx
VFO / Memory S e l e c t : p 1 va l ue :
5 xx xx
O O =VFO A 0 1 =VFO B 0 2 =MR
MEMS EL OAh xx xx xx
va l ue
= n o . ( 0 - 9 ) 8
MODES EL OAh p 1 xx
p 1 v a l u e : 1 0 h = L S B , 1 1 h = U S B ,
8 xx xx
1 2 h = CW 1 3 h = AM 1 4 h = FM 1 5 h = F S K
H G S EL OAh xx xx xx va l ue : 2 0 h = HAM 2 1 h = GEN 2 6
S P L I T TOG OAh 3 0 h xx xx xx S P L I T o n / o f f
2 6
CLAR
TOG OAh 4 0 h xx xx xx C l a r i f i e r o n / o f f 2 6
MTOV OAh 5 0 h xx xx xx t o VFO 2 6
VTOM OAh 6 0 h xx xx xx VFO to 8 6
SWAP OAh 7 0 h xx xx xx
VFO and
8 6
ACLR
O Ah 8 0 h xx xx xx Turn o f f S P L I T CLAR O F F S E T 2 6
p 1 , p 2 = T o n e F r e q ( B CD ) * * * ,
TONE S E T O C h p 1 p 2 p 3 xx 2 6
f o r
0 1
f o r H i - Q
ACK O B h x x xx xx xx
a f t e r e a c h Code n o
xx = a n y va l u e : b y t e w i l l be e c h oed , b u t w i l l n o t a f f e c t c o m m a nd f u n c t i on .
*
* *
* * *
0 0 0 0 t o 9 9 9 9 r e pr e s e n t i n g 0 t o 9 9 . 9 9 k H z ( BC D ) .
Band s t e p s d e t e r m i n e d by c u r r e n t H a m / Ge n s e l e c t i on :
0 6 7 0 t o 2 5 0 3 repr e s e n t i n g 6 7 . 0 t o 2 5 0 . 3 H z ( BC D ) .
l i s t o f va l i d tone f r e q u e n c i e s .
- 35 -
H a m b a nd s , or 0 . 5 M H z .
S e e Tone Tab l e 3 f o r