hilscher NXHX 4000-JTAG+, Описание устройства

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Schematic diagrams 53/70
5.8 RGMII_NETX_THERMAL
I
H A B C D E
F
G
I
H A B C D E
F
G
I
H A B C D E
F
G
S
p
a
nn
un
g
sv
e
rs
o
rg
un
g
fü
r
R
G
M
II
P
in
s.
J
e
n
a
ch
V
e
rw
e
nd
un
g
b
e
sc
ha
lte
n.
V
R
E
F
a
uf
G
N
D
=
M
O
D
E
1
.3
V
R
E
F
a
uf
+
0
,7
5
V
=
M
o
d
e
2
V
R
E
F
a
uf
G
N
D
=
L
V
T
T
L
3
V
3
R
e
fe
re
nz
2
7
0
us
d
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la
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V
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r
2
R
G
M
II
M
6
R
G
M
II_
M
D
IO
P
4
R
G
M
II_
M
D
C
L
5
R
G
M
II0
_
T
X
D
0
R
6
R
G
M
II0
_
T
X
D
1
L
6
R
G
M
II0
_
T
X
D
2
R
5
R
G
M
II0
_
T
X
D
3
N
5
R
G
M
II0
_
R
X
D
0
R
4
R
G
M
II0
_
R
X
D
1
M
5
R
G
M
II0
_
R
X
D
2
T
5
R
G
M
II0
_
R
X
D
3
L
4
R
G
M
II0
_
T
X
C
T
4
R
G
M
II0
_
T
X
_
C
T
L
M
4
R
G
M
II0
_
R
C
X
T
3
R
G
M
II0
_
R
X
_
C
T
L
L
3
R
G
M
II1
_
T
X
D
0
U
1
R
G
M
II1
_
T
X
D
1
L
2
R
G
M
II1
_
T
X
D
2
U
2
R
G
M
II1
_
T
X
D
3
M
3
R
G
M
II1
_
R
X
D
0
U
3
R
G
M
II1
_
R
X
D
1
P
3
R
G
M
II1
_
R
X
D
2
U
4
R
G
M
II1
_
R
X
D
3
N
4
R
G
M
II1
_
T
X
C
U
5
R
G
M
II1
_
T
X
_
C
T
L
V
6
R
G
M
II1
_
R
X
C
V
2
M
M
IO
1
0
6
T
6
R
G
M
IIG
R
P
0
_
V
R
E
F
U
6
R
G
M
IIG
R
P
1
_
V
R
E
F
V
1
M
M
IO
0
0
/R
G
M
II1
_
R
X
_
C
T
L
U
1
1
V
D
D
Q
2
_
2
U
1
0
V
D
D
Q
2
_
1
T
1
2
V
D
D
Q
1
_
2
U
1
2
V
D
D
Q
1
_
1
K
4
0
0
0
-F
2
2
6
0
.0
0
0
-
n
e
tX
4
0
0
0
1
R
E
F
3
AN OD E
2
CA T H OD E
R
9
0
4 SH UN T -R EG ULA T O R-T LV 43 1A SN 1T 1G
C
9
0
9
1
0
0
nF
0
4
0
2
1
6
V
C
9
0
4
1
0
0
nF
0
4
0
2
1
6
V
1 2
C
9
0
6
1
uF
0
6
0
3
1
6
V
1 2
R
9
0
2
2
7
0
04 02
C
9
0
0
1
0
0
nF
0
4
0
2
1
6
V
C
9
0
1
1
0
uF
X
7
R
0
8
0
5
1
0
V
C
9
0
2
1
0
0
nF
0
4
0
2
1
6
V
C
9
0
7
1
0
0
nF
0
4
0
2
1
6
V
C
9
0
8
1
0
uF
X
7
R
0
8
0
5
1
0
V
C
9
0
5
1
0
0
nF
0
4
0
2
1
6
V
1
IN
+
2
G
N
D
3
IN
-
4
O
U
T
5
V
C
C
K
9
0
0
L
M
V
3
2
1
IL
T
C
9
0
3
1
0
0
nF
0
4
0
2
1
6
V
G
N
D
G
N
D
+
3
V
3
+
3
V
3
T
H
E
R
M
A
L
_
A
D
C
A
D
C
A
2
0
A
D
C
0
_
A
IN
0
B
2
0
A
D
C
0
_
A
IN
1
C
2
0
A
D
C
0
_
A
IN
2
D
2
0
A
D
C
0
_
A
IN
3
E
2
0
A
D
C
0
_
A
IN
4
A
1
9
A
D
C
0
_
A
IN
5
B
1
9
A
D
C
0
_
A
IN
6
C
1
9
A
D
C
0
_
A
IN
7
F
1
9
A
D
C
0
_
A
V
R
E
F
P
F
2
0
A
D
C
0
_
A
V
R
E
F
M
G
1
9
A
D
C
0
_
A
V
D
D
E
1
8
A
D
C
_
A
G
N
D
4
B
1
8
A
D
C
1
_
A
IN
0
C
1
8
A
D
C
1
_
A
IN
1
D
1
8
A
D
C
1
_
A
IN
2
B
1
7
A
D
C
1
_
A
IN
3
C
1
7
A
D
C
1
_
A
IN
4
D
1
7
A
D
C
1
_
A
IN
5
E
1
7
A
D
C
1
_
A
IN
6
A
1
8
A
D
C
1
_
A
IN
7
F
1
7
A
D
C
1
_
A
V
R
E
F
P
F
1
8
A
D
C
1
_
A
V
R
E
F
M
G
1
7
A
D
C
1
_
A
V
D
D
G
2
0
A
D
C
_
A
G
N
D
6
D
1
9
A
D
C
0
_
A
IN
8
A
1
7
A
D
C
1
_
A
IN
8
E
1
9
A
D
C
_
A
G
N
D
5
A
2
1
A
D
C
_
A
G
N
D
7
G
1
8
A
D
C
_
A
G
N
D
3
C
1
6
A
D
C
_
A
G
N
D
2
D
1
6
A
D
C
_
A
G
N
D
1
K
4
0
0
0
-K
2
2
6
0
.0
0
0
-
n
e
tX
4
0
0
0
G
N
D
G
N
D
T
H
E
R
M
A
L
D
IO
D
E
K
3
T
H
E
R
M
A
L
_
C
D
IO
D
E
K
4
T
H
E
R
M
A
L
_
E
D
IO
D
E
J4
T
H
E
R
M
A
L
_
B
D
IO
D
E
K
4
0
0
0
-S
2
2
6
0
.0
0
0
-
n
e
tX
4
0
0
0
1
X
9
0
0
na
1
X
9
0
1
na
1
X
9
0
2
na
1
X
9
0
3
na
1
X
9
0
4
na
1
X
9
0
5
na
1
X
9
0
6
na
1
X
9
0
7
na
1
X
9
0
8
na
1
X
9
0
9
na
1
X
9
1
0
na
1
X
9
1
1
na
1
X
9
1
2
na
1
X
9
1
3
na
1
X
9
1
4
na
1
X
9
1
5
na
1
X
9
1
6
na
1
X
9
1
7
na
R
9
0
8
1
.5
k
0
4
0
2
C
9
1
0
1
nF
C
0
G
0
4
0
2
5
0
V
R
9
0
9 0
06 03
R
9
1
0
0
06 03
R
9
0
5
3
9
0
±
0
.1
%
04 02
R
9
0
6
2
k
±
0
.1
%
04 02
R
9
0
7
1
.2
k
±
0
.1
%
04 02
R
9
0
3
1
0
k
±
0
.1
%
04 02
R
9
0
0
1
0
k
±
0
.1
%
0
4
0
2
R
9
0
1
6
2
k
±
0
.1
%
04 02
R
G
M
II0
_
T
X
D
0
R
G
M
II0
_
T
X
D
1
R
G
M
II0
_
T
X
D
2
R
G
M
II0
_
T
X
D
3
R
G
M
II0
_
T
X
C
R
G
M
II0
_
T
X
_
C
T
L
R
G
M
II0
_
R
X
D
0
R
G
M
II0
_
R
X
D
1
R
G
M
II0
_
R
X
D
2
R
G
M
II0
_
R
X
D
3
R
G
M
II0
_
R
X
C
R
G
M
II0
_
R
X
_
C
T
L
R
G
M
II0
_
M
D
C
R
G
M
II0
_
M
D
IO
R
G
M
II1
_
T
X
D
0
R
G
M
II1
_
T
X
D
1
R
G
M
II1
_
T
X
D
2
R
G
M
II1
_
T
X
D
3
R
G
M
II1
_
T
X
C
R
G
M
II1
_
T
X
_
C
T
L
R
G
M
II1
_
R
X
D
0
R
G
M
II1
_
R
X
D
1
R
G
M
II1
_
R
X
D
2
R
G
M
II1
_
R
X
D
3
R
G
M
II1
_
R
X
C
R
G
M
II1
_
R
X
_
C
T
L
R
G
M
II0
_
T
X
D
0
[1
0
]
R
G
M
II0
_
T
X
D
1
[1
0
]
R
G
M
II0
_
T
X
D
2
[1
0
]
R
G
M
II0
_
T
X
D
3
[1
0
]
R
G
M
II0
_
T
X
C
[1
0
]
R
G
M
II0
_
T
X
_
C
T
L
[1
0
]
R
G
M
II0
_
R
X
D
0
[1
0
]
R
G
M
II0
_
R
X
D
1
[1
0
]
R
G
M
II0
_
R
X
D
2
[1
0
]
R
G
M
II0
_
R
X
D
3
[1
0
]
R
G
M
II0
_
R
X
C
[1
0
]
R
G
M
II0
_
R
X
_
C
T
L
[1
0
]
R
G
M
II0
_
M
D
C
[1
0
,1
1
]
R
G
M
II0
_
M
D
IO
[1
0
,1
1
]
R
G
M
II1
_
T
X
D
0
[1
1
]
R
G
M
II1
_
T
X
D
1
[1
1
]
R
G
M
II1
_
T
X
D
2
[1
1
]
R
G
M
II1
_
T
X
D
3
[1
1
]
R
G
M
II1
_
T
X
C
[1
1
]
R
G
M
II1
_
T
X
_
C
T
L
[1
1
]
R
G
M
II1
_
R
X
D
0
[1
1
]
R
G
M
II1
_
R
X
D
1
[1
1
]
R
G
M
II1
_
R
X
D
2
[1
1
]
R
G
M
II1
_
R
X
D
3
[1
1
]
R
G
M
II1
_
R
X
C
[1
1
]
R
G
M
II1
_
R
X
_
C
T
L
[1
1
]
G
N
D
+
2
V
5
_
N
E
T
X
[2
0
]
G
N
D
G
N
D
G
N
D
G
N
D
G
N
D
G
N
D
+
3
V
3
_
T
H
E
R
M
A
L
_
D
IO
D
E
[9
]
+
3
V
3
_
D
E
L
A
Y
E
D
[9
]
+
3
V
3
_
D
E
L
A
Y
E
D
[9
]
G
N
D
G
N
D
G
N
D
G
N
D
G
N
D
G
N
D
T
H
E
R
M
A
L
_
A
D
C
G
N
D
G
N
D
T
H
E
R
M
A
L
_
O
P
T
H
E
R
M
A
L
_
E
D
IO
D
E
G
N
D
+
3
V
3
_
N
E
T
X
[2
,8
,9
,1
2
,1
4
]•[1
5
,1
6
,1
7
,1
8
,1
9
]•[2
1
,2
2
]
A
D
C
0
_
A
IN
0
A
D
C
0
_
A
IN
1
A
D
C
0
_
A
IN
2
A
D
C
0
_
A
IN
3
A
D
C
0
_
A
IN
4
A
D
C
0
_
A
IN
5
A
D
C
0
_
A
IN
6
A
D
C
0
_
A
IN
7
A
D
C
0
_
A
IN
8
A
D
C
1
_
A
IN
0
A
D
C
1
_
A
IN
1
A
D
C
1
_
A
IN
2
A
D
C
1
_
A
IN
3
A
D
C
1
_
A
IN
4
A
D
C
1
_
A
IN
6
A
D
C
1
_
A
IN
7
A
D
C
1
_
A
IN
8
+
3
V
3
_
N
E
T
X
[2
,8
,9
,1
2
,1
4
]•[1
5
,1
6
,1
7
,1
8
,1
9
]•[2
1
,2
2
]
+
3
V
3
_
N
E
T
X
[2
,8
,9
,1
2
,1
4
]•[1
5
,1
6
,1
7
,1
8
,1
9
]•[2
1
,2
2
]
G
N
D
+
3
V
3
_
T
H
E
R
M
A
L
_
D
IO
D
E
[9
]
+
5
V
[2
,8
,2
0
,2
1
,2
2
]
+
3
V
3
_
T
H
E
R
M
A
L
_
D
IO
D
E
[9
]
Figure 14: “RGMII_NETX_THERMAL” schematic diagram
NXHX 4000-JTAG+ | Device description
DOC170703HW02EN | Revision 2 | English | 2018-10 | Released | Public © Hilscher 2018