JRC JHS-183, Руководство по установке

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APPENDIX
4-2
4.1.1.2 BLOCK DIAGRAM
PL
L_
U
N
L
K1
TE
MP
B
I-
D
ir
e
ct
ion
al
Co
upl
er
PA RA
2
0N
1
51
6
PWR_
CON
T
TE
MP
AN
T
TX
PD
1/
N1
1/
R1
PD
1/
N2
1/
R2
12
.8M
H
z
Lo
op F
ilt
er
Loo
p Fi
lter
PL
L
_U
N
LK
3
Pr
e Amp
VC
O
VC
O
TX SY
NTH
D
S
C
1
st L
O
/
T
X
M
O
D
112.
42
5MH
z
268
.45 -
274
.45M
Hz
12.
5k
Hz
s
tep
RS
SI
3
Li
m
itte
r A
m
p
CFUC
F45
0
KE
1
44
.1
M
H
z
44.
55
MHz
50.
75
MHz
PD
1/
N
3
1/
R3
12
.8
MHz
19
4.
87
5-
20
0.
87
5MHz
12
.5
kH
z st
ep
Loo
p Fi
lter
PL
L
_U
N
LK
1
38.
85
MHz
PD
1/
N
4
1/
R4
12.
8M
Hz
20
6.
77
5 -
21
2.
77
5MHz
12
.5
kH
z st
ep
Lo
op
F
ilt
er
PLL
_U
N
LK
2
3W
AY
DS
C RX
TD
MA RX1
TD
MA RX2
VCO
VCO
RX1
S
YNT
H
RX2
S
YNT
H
LO
IF
RF
LO
IF
RF
RF
LO
IF
RF
LO
IF
PL
L_
D
A
T
A
PL
L_
C
LK
P
LL_
LA
T
3
PL
L_
D
A
TA
PL
L_
C
LK
P
LL
_LA
T1
PLL
_
DA
TA
PLL
_
CL
K
P
LL
_LA
T2
LN
A_O
U
T
LNA UNI
T:CA
G-
2180
GP
S ANT
E
NNA
3.
3V
EX
T
A
N
T
E
N
N
A
51
.2
MHz
(12.
8M
Hz X 4)
12
.8
MH
z
38
.4
MHz
(12.
8M
HzX
3
)
38
.4
MH
z
51
.2
MH
z
TC
X
O
±1
.5
p
pm
V
H
F AN
TENN
A
TRX UNI
T:CM
N-
2183
SW
RE
G
SW
RE
G
3.
3
V
9.
8V
SP
R
V_
wat
ch
9.
8V
PS
_
N
M
I
PS UNI
T:C
BD-
2183
TO AI
S
CONTROLLER
RS
SI
1
51
.2
MHz
(12.
8M
HzX
4
)
Li
m
itte
r A
m
p
RS
SI
2
38
.4
MHz
(12.
8M
HzX
3
)
Li
m
itte
r A
m
p
2S
C53
3
7
MMB
FJ
310
MM
B
F
J3
10
2S
C
3
35
6
DBM ADE
-2
NJM
259
1
2S
C41
1
6
2S
C
4
11
6
2S
C41
1
6
NJM
259
1
NJ
M25
9
1
MMBF
J3
10
2S
C3
35
6
2SC
335
6
MMBF
J3
10
2SC
335
6
2S
C3
356
2S
C3
356
2S
C53
3
7
2S
C33
5
7
2SC
533
7
2S
C33
5
7
2S
C3
356
2S
C3
356
2SC
335
6
MB1
511
MB1
511
ADF
425
2
NJ
M34
0
4
2SC
335
6
2SC3
35
6
2S
C27
1
4
2SC
271
4
2SC
3
35
6
2S
C33
5
6
2SC
533
7
2S
C
33
57
2SC
271
4
2SC
335
7
CFW
C
A
450
F
2SC
335
7
1
2
U
PB1
509
G
536
.9
-
548
.9
MHz
25k
Hz
s
te
p
N
JM3
404
N
JM3
404
9.
8V
9V_
T
X
RX_
9
V
TXP
LL
_9V
RX_
5
V
P
L
L_
3.
3V
TCX
O
_5
V
BA0
9CC
0
WFP
NJ
M23
70U
09
NJ
M78
M
05D
L1A
NJ
M28
70F
3-
3.
3
NJ
M28
80U
05
9V_
P
A
ASK
_M
OD
E
M
A
SK_
MODE
M
M
AI
N
TEN
ANCE
TX
_
S
W
R
_V
F
TX
_S
W
R
_
V
R
2S
C41
1
6
2S
C41
1
6
2S
C41
1
6
12
.8M
H
z
A
D
F4
252
NJM
340
4
NJ
M34
0
4
2SC3
35
6
NJ
G1
103
NJ
G11
0
3
9.
8
V
N
JM3
404
BD9
84
6
11
2.
42
5MHz
NJM
340
4
12
.8
M
H
z
CO
NTRO
L UN
IT:
CDJ-
2483
RS
S
I3
PL
L_
U
N
L
K2
PL
L_
U
N
LK
3
GMSK
FS
K
MOD
DS
C_
IF
A
N
T_
TX
HD
LC
Fo
rm
a
t
HD
LC
De
fo
rm
a
t
GM
SK
DE
M
RX
D
GMSK
DE
M
DAC
1c
h
ADC
7c
h
R
SSI
1
PLD
KEY
LN
A
_O
U
T
SI
O
38
.4
kb
ps
SRAM
4M
b
it
HDL
C_
INT
FL
A
S
H
ROM
768k
by
te
A
D
R
E
SS
DE
CO
DE
R
PPS
_IN
T
PP
SGP
S
RX
D
PP
SGP
S
TX
D
DG
P
S
TX
D
FR
O
M
_R
X
D
FL
DS
C_
TX
D
SI
O
(F
IF
O
)
38
.4
kb
ps
AD
DR
ES
S B
U
S
DA
T
A BU
S
CL
K GEN
PA
_OF
F
PI
O
PI
O
DA
TA
BU
S
A
DDRE
S
S
BU
S
HD
LC
De
fo
rm
a
t
R
1L
V
0408
DS
A
-5
S
I-
B0
IR
Q
0
DS
C
_
IN
T
IR
Q
1
IR
Q
4
DI
S
P
_
INT
IR
Q
2
SR
AM
128k
by
te
DA
C
RX
C
TX
C
TX
D
DS
C R
X
D
PI
O
TX KE
Y
ANT T
X
DS
C
MOD
DS
C
DE
M
RX
_I
F1
DS
C
T
X
D
CPU
RX610
R5F5
6104
VDFP
RX
D
RX
C
3.
3V
TX
_S
W
R
_
V
F
TX
_
S
W
R
_V
R
TX
_K
E
Y
RS
S
I2
RX
_I
F2
RS
S
I1
MO
D
_
A
F
TX
_
LO
PL
L_
C
LK
PL
L_
D
A
T
A
T
EST
RX
_L
O
PL
L_
LAT
1
PL
L_
LAT
2
P
W
R_
CO
NT
Co
mp
.
DS
C TX
TX
_S
W
R
_
V
F
T
X
_S
WR
_V
F
T
X
_S
WR
_V
R
TE
MP
9V
TX
_L
O
RX
_
LO
1H
z
Mon
ito
r
co
nt
ro
l
RX
_B
T_
CO
NT1
TX
_B
T_
CO
N
T
TX
_
C
O
N
TI
NUE
R
SSI
3
R
SSI
2
TX
M
O
D
E
ASI
C
SI
O
S
W
/
FL
ASH
RO
M
wr
ite c
ont
.
TX
w
at
ch
RE
SE
T_
IC
NMI RS
T
12
.28
8
M
H
z
EX
T
_A
N
T
CP
U
CL
K
TE
S
T TX
24.
576
M
H
z
PA
OF
F
PL
D
KE
Y
EX
T ANT
SI
O
120
0bp
s
RX
_B
T_
CO
NT2
PLD
KEY
MO
D
DE
M
RX
D
TX
D
PT
PS_
N
M
I
CP
U CL
K
NJU7
70
4F
3
-2
9A
LM
V-
35
8 (
1/2
)
L
M
V-
35
8 (
2
/2
)
LM
V
-3
58
(
1
/2
,2
/2
)
2
S
C
2
71
4Y
2
S
C
2
71
4Y
2
S
C
2
71
4Y
TC7
S
ZU0
4
RN1
40
2
TL
P
18
1
TL
V
5
60
6
fr
es
_
fr
es_
re
s_
PW
R
_C
O
NT
P
L
L_LA
T
3
3.
3V
TEST
RX
R-
2R
DA
C
AF
9V
L
M
V-
35
8 (
2
/2
)
L
M
V-
35
8 (
1
/2
)
7DLJD0
003
TX
_T
R
IG
GN
D
(S
E
L
)
MO
D
_R
A
TE
AF
TX
_D
RX
_D
1/
2
TC7
W
Ｇ
74
F
K
B
D
98
46
GP
S
RX
CC
A
-
45
3J
P
SI
O
480
0bp
s
CF
UCF
450
KE1
2SC2
74
6
2SC2
74
6
2S
C27
4
6
CFWCA
4
50
F