Appendix A Radar Antenna Block Diagrams
A-14
A.14 NKE-1125A (110/220 VAC)
14.VDE
12.VD_DC
15.VD
9.TGT
10.TGTE
13.TNL
11.TNI
1.BS3
2.BS2
3.BS1
4.TNC
5.+5V
6.-15V
7.+15V
R
E
C
E
IV
ER
U
N
IT
N
R
G-
162
E
RE
C
E
IV
ER
C
IR
C
U
IT
C
M
A
-
866
E
J1
0
1
BM
15
B
-X
A
S
S
-T
E
T
/
R
C
O
N
T
RO
L
C
IRC
U
IT
C
M
C
-
120
5R
/R
2
1.MONI
2.GS
3.GSE
4.TGT
5.TGTE
6.TNL
7.-15V
8.TNI
9.+15V
10.G ND
11.TRG2
1.BS3
2.BS2
3.BS1
4.TNC
5.MicPS
6.VDINE
7.VDIN
8.+5V
1.RXD
2.TXD
3.+5V
4.GND
1.
S
H
O
R
T
2.
M
A
G
I
3.
X
1
4.
X
2
5.
T
I
6.
T
IE
7.
+15V
8.
G
N
D
9.
N
C
10
.N
C
11
.N
C
12
.N
C
1.
H
M
C
N
T
2.
+15V
3.
G
N
D
1.
+15V
2.
+12V
3.
G
N
D
4.
G
N
D
5.
-
15
V
6.
10V
7.
10V
E
8.
+5V
1.
M
C
T
2.
M
B
K
3.
T
IS
T
O
P
4.
G
N
D
5.
M
P
S
6.
M
IE
R
1.
T
IY
2.
T
IY
E
3.
B
P
4.
B
P
E
5.
B
Z
6.
B
Z
E
1.+12V
2.GND
3.FAN_ERR1
1.HTER1
2.HVGATE 1
3.TISTOP1
4.GND
5.CNT
6.+5V
7.+15V
8.STABY_REQ
9.NC
1.PW1
2.PW2
3.PW3
4.+24V
5.GND
1.
B
P
+
2.
B
P
-
3.
B
Z
+
4.
B
Z
-
5.
T
R
IG
+
6.
T
R
IG
-
7.
M
T
R+
8.
M
T
R-
9.
M
T
R
E
10
.V
D
+
11
.V
D-
1.
V
D
2.
V
D
E
3.
M
T
R+
4.
M
T
R-
J1118
J1103
J1104
J1111
J1
19
1
J1
1
10
J
110
9
TB
1
01
J8
J1
10
6
J1
1
1
2
J1
11
3
IL-G-12P
IL
-G
-8
P
IL
-G
-1
1P
B6P-SHF
IL
-G
-9
P
M
S
T
B
A
2.
5/
11-
G
IL
-
G
-
5
P
B3P-SHF
IL
-
4
P
B8P-SHF
IL
-G
-3
P
MA
G
PO
W
E
R
S
U
PP
LY
CI
R
CU
IT
CB
D
-
16
8
2A
1.
+15V
2.
+12V
3.
+8V
4.
G
N
D
5.
-
15
V
6.
X
1
7.
X
2
8.
+5V
1.
M
C
T
2.
M
B
K
3.
H
S
P
4.
H
T
E
R
5.
T
IS
T
O
P
6.
C
2
7.
G
N
D
8.
M
P
S
9.
M
IE
R
2.1A
1.2A
2.1A
1.2A
2.1A
1.2A
1.MH
2.NC
3.MN
1.MH
2.NC
3.MN
1.
X
1
2.
X
2
No
.2
No
.1
2
1
4
35
6
FI
L
T
E
R
J1004
J1003
J
5
J
4
J
3
J1
0
01
J1
0
0
2
J2
1
0
2
J
210
1
J2
10
3
A
N
T
E
NNA
1.
S
H
O
R
T
2.
M
A
G
I
3.
X
1
4.
X
2
5.
T
I
6.
T
IE
7.
+15
V
B9P-SHF
B8P-SHF
15
86
51
4-
2
35
0
209
-
1
IL
-
1
0P
35
02
09
-
2
3
502
09
-
1
35
0
428
-
1
MO
D
U
LA
T
O
R
CI
R
CU
IT
C
P
A
-
264
A
MO
DU
L
A
T
O
R
U
N
IT
IN
T
E
R
C
O
N
N
E
C
T
IO
N
C
M
B
-
404
①
②
③
①②
③
ミト ゙リ
キ
C2
0
1
0.
01U
F
1
K
V
C2
0
2
0
.22
U
F
2
00
V
R202
2.7KΩ
1/2W
C203
0.22UF
200V
T1
R201
150Ω
8W
H
-
7L
P
R
D
0122
CD202
CD201
MD-12N1
MD-12N1
P30
0
1
P1
10
9
P1
11
0
P1
10
4
P11
0
3
P10
0
3
P1
00
4
P11
1
1
PU
LS
E
T
R
A
N
S
C
o
lo
r T
hic
k
:
5
0/
0
.18
e
qu
iv
ale
nt
C
o
lo
r O
n
ly
:
1
2/
0
.18
e
qu
iv
ale
nt
W1
01
:
3
23
9
K
2
0
K
V
D
C
(A
WG
-
2
0)
:1
.5
D
P3
P2103
DUM
M
Y
A1
11
(W
0
01
)
(W
0
03
)
P10
0
2
1.+12V
2.GND
3.FAN_ERR2
J
1114
IL
-
G
-
3
P
1.+12V
2.C2
J
110
5
IL
-G
-2
P
P11
0
5
MO
D
U
L
A
T
O
R
U
N
IT
NM
A-
550
S
C
A
NN
E
R
UNI
T
INT
E
R
C
O
N
NE
C
T
IO
N
CA
X
-
20
(W
10
6)
(W
1
03
)
(W
1
04
)
(W105)
ZC
R
D
12
5
5※
ZC RD 1257※
J1
IL
-G
-6
P
J2
IL
-G
-4
P
ZC
R
D
12
5
6※
A3
0
1
NJ
S
6
93
0
Z
C
R
D
1252
※
ZC
R
D
12
5
8※
ZC
R
D
12
5
1
※
ZC
R
D
12
5
3※
(W
00
4)
(W
2
07
)
Z
C
R
D
1780
※
Z
C
R
D
1254
※
1.
φ
Z
2.
φ
Z
E
3.
φ
A
4.
φ
B
5.
+12V
6.
G
N
D
J1
3
IL
-
6
P
2
-
f
requ
enc
50
/60
k
W
RED
WHT
DISPLAY UNIT
P21
0
1
P21
0
2
8.GND
(H
-
7Z
C
R
D
#
##
#※
:
“
#
”
m
e
an
s
sp
ec
ific
at
io
n
do
c
u
m
ent
N
o
.
“
※
”
m
e
an
s r
e
vis
io
n
o
f t
h
e s
p
e
cfi
c
at
io
n d
o
cu
m
e
nt)
Z
C
R
D
###
#※
:C
a
ble
P
u
rch
a
se
S
p
ec
ifi
ca
tio
ns
1.
M
+
2.
M
-
15
86
51
4-
2
N
J
C
790
3
9.
N
C
10
.N
C
B02P
-N
V(
L
F)
(S
N
)
8.
G
N
D
1
3
4
5
6
7
8
9
10
1
2
3
4
5
6
7
8
9
10
WH
T
BL
K
P11
1
8
BL
U
BL
K
BL
U
P1301
J1301
(W
0
06
)
1
2
3
4
1
2
3
4
5
6
5
6
7
8
7
8
SE
YE
L
BL
K
BL
U
WH
T
RE
D
SH
IE
L
D
B1
02
ENCODER
CHT-71C
P13
(W017)
FAN
RED
BLU
YEL
B2
01
B2
02
FA
N
RED
BLU
YEL
P1
11
3
P1
11
4
RE
D
WH
T
ZC
R
D
12
6
2※
(W
2
06
)
1 2
BLK.T
2
1
3
3
BLK.T
(W
1
07
)
Z
C
R
D
1259
※
Rel
ay
C
o
nn
ect
o
r M
o
del
N
am
e
・
P
13
0
1
:
S
M
R
-1
0V
-N
・
J
13
0
1
:
S
M
R
-
10
V-
N
C
・
P
13
0
2
:
S
M
R
-0
8V
-N
・
J
13
0
2
:
S
M
R
-
08
V-
N
C
・
P
1303
:
1
-
48
030
5
-
0
・
J
1
303
:
1
-
4
80
30
4
-
0
J1303
P1303
P1302
J1302
(W
2
01
)
Z
C
R
D
1260
※
W101
W1
01
1.PTI
2.PTE
3.LVR
4.PMS
5.GND
6.TXI
7.TXE
8.NC
IL
-
8
P
・
J
81
:
51
0
29
-
30
0
・
P
81
:
5
103
0
-
3
30
(P
M
ca
b
le
sid
e)
・
J
82
:
51
0
29
-
40
0
・
P
82
:
5
103
0
-
4
30
(P
M
ca
bl
e
sid
e
)
1.PTI
2.PTE
1.LVR
2.PMS
3.E
3.TXI
4.TXE
J82
J81
PM
P81
P82
WHT
BLK
BLU
RED
BLK
WHT
BRN
NJ
U
-
8
5
Z
C
RD
1280
※
(W
01
8)
ZC
R
D
12
7
7
※
H-7
B
F
R
D
0
00
2
H-7
B
F
R
D
0
00
2
M1
56
8
B
S
V1
01
CF
R-
22
9
MA
G
F
IL
T
E
R
CI
R
CU
IT
220pF×5
+48V
+48VG
U1
V1
W1
U1
W1
V1
DI
S
P
L
A
Y
U
N
IT
TB
10
2
+48V
+48VG
(W
3
01
)
S101
S-32F-J
2
1
7
5
4
8
RED.T
RED.T
BLK.T
BLK.T
ZC
R
D
12
6
4※
(W
3
02
)
ZC
R
D
12
6
5※
+12V
Z
C
R
D
1261
※
(W
2
03
)
SA
F
E
T
Y
S
W
IT
C
H
C
IR
C
U
IT
CS
D
-6
5
4
C
B
D
-24
00
J
15
0
5
ZC
R
D
17
8
0※
(W
20
7)
C.
G
.
WHT.T
RED.T
RED.T
WHT.T
RED.T
BLK.T
RE
D
WH
T
RED
U
VU
T
H
U
VU
T
H
TH
10
1
W
4
01
7
Z
C
R
D
1
5
08
※
HR
1
01
HE
AT
E
R
CO
N
TR
O
L
PA
RT
CH
G
-
2
16
(O
P
T
IO
N
)
T
B
105
WHT.T
WH
T
.T
(1
00
W
)
RED.T
RED.T
TR
A
N
S
C
E
IV
E
R
UN
IT
IN
T
ER
NAL
C
M
K
-
613
TR
A
N
S
M
IT
T
E
R
R
E
C
E
IV
E
R
UNI
T
N
Z
T
-
112
5
MO
D
U
LA
T
O
R
U
N
IT
IN
T
ER
C
O
N
N
EC
TIO
N
CM
B
-4
0
4
D . L
A1
0
5
NJ
C
9
92
9
SP
A
C
E
R
C.G
.
C.
G
.
C.G
.
C.
G
.
C.G
.
C
.G
:
C
h
as
si
s
G
ro
un
d
1.
+1
2V
2.
H
M
C
N
T
3.
M
O
T_
T
R
X
+
4.
M
O
T_
T
R
X
- 5.
G
N
D
J1
505
<
53
375
-05
10>
1.
M
U
2.
N
C
3.
M
V
4.
N
C
J1
501
<B
4
P
-
VH
>
1.
M
1
2.
N
C
3.
M
2
4.
N
C
5.
M
3
J1
50
2
<B3P5-VH>
1.
S
1
2.
S
2
3.
S
3
4.
S
4
5.
S
5
6.
S
6
J1
50
3
<B06P-XASK>
1.
R
1
2.
N
C
3.
R
2
J1
50
4
<B3P-
VH>
MO
TO
R
D
R
IV
E
R
CI
R
C
U
IT
C
B
D
-
24
00
MO
T
O
R
B1
01
WC
1
MO
T
O
R
C
B
P
-
2
03
7BD
R
D
0050
1.
2k
Ω
10
W
×2
BR
A
K
E
C
IRC
U
IT
CF
A
-
2
53
(W
3
04
)
Z
C
R
D
13
14
※
TB
1
02
+1
2V
/C
.G
.