42
HDR/DVB Module 89415
NET
Sta
tus
_LE
D_P
E
Sta
tus
_LE
D_M
SP_
1
U
2.
5/
U
3.
3_
O
FF
RE
SE
TF
I/S
SI
F1
Q
/S
SI
F2
FR
O
N
T_
SC
L0
FR
O
N
T_
SD
A
0
CS
_F
RO
N
T
I2
S_
BU
S
I2
C_
SI
F
Co
nt
ro
lU
ni
t
LO
CK
_C
I2
S_
EM
P
BIO
S_B
OO
T
A
O
_T
ES
T
LO
CK
_S
U
12
U
5
U
3.
3
Fi
le
:8
94
15
b
Page
:0
1
of
01
D
at
e:
03
.0
8.
20
05
89
41
5b
J
I
H
G
F
E
D
C
B
A
J
I
H
G
F
E
D
C
B
A
0
1
3
2
5
4
6
6
4
5
2
3
1
0
LO
EW
E.
D
at
um
:
N
am
e:
ge
pr
.:
In
de
x:
Be
z:
Ze
i.-
N
r.:
LO
EW
E
A
G
In
du
st
rie
st
r.1
1
96
31
7
Kr
on
ac
h
A
lle
Re
ch
te
, Ä
nd
er
un
ge
n
vo
rb
eh
al
te
n
Va
ria
nt
e:
I2
S_
CL
I2
S_
W
S
I2
S_
D
1
I2
S_
D
0
U
2.
5d
Ch
ro
m
a_
O
ut
Y_
O
ut
Ch
ro
m
a_
In
Y_
In
PID
E_D
[8]
PID
E_D
[9]
PID
E_D
[10
]
PID
E_D
[11
]
PID
E_D
[12
]
PID
E_D
[13
]
PID
E_D
[14
]
PID
E_D
[15
]
HD
RST
PID
E_D
[5]
PID
E_D
[6]
PID
E_D
[7]
PID
E_D
[1]
PID
E_D
[2]
PID
E_D
[3]
PID
E_D
[4]
PID
E_D
[0]
PID
E_I
OW
PID
E_I
OR
PID
E_R
DY
PID
E_I
NTR
Q
PID
E_A
[1]
PID
E_A
[0]
PID
ECS
[0]
PID
ECS
[1]
PID
E_A
[2]
U3.
3
U3.
3
FBA
S
SA
T_
Bu
s
A
G
C_
I2
C_
T
JT
A
G
_D
EB
U
G
An
al
og
-D
ig
ita
l F
ro
nt
en
d
Q
/S
SI
F2
I/S
SI
F1
RE
SE
TF
MD
IO
[0.
.7]
,M
ICL
K,M
IVA
L,M
IST
RT
FR
O
N
T_
SC
L0
FR
O
N
T_
SD
A
0
CS
_F
RO
N
T
LO
CK
_C
LO
CK
_S
SD
A_T
M
SCL
_TM
JT
A
G
_T
CK
_T
M
JT
A
G
_T
M
S_
TM
JT
A
G
_T
CK
JT
A
G
_T
M
S
JT
A
G
_I
N
U
3.
3
JT
A
G
_T
D
O
_T
M
U5
TR
ST
JT
A
G
_F
R_
TM
_T
O
_7
11
5
I2C
_SI
F
PC
I_
C_
BE
1
FRO
NT_
SD
A0
FRO
NT_
SCL
0
JT
A
G
_D
EB
U
G
H
D
_B
U
S1
H
D
_B
U
S0
PI
D
E_
D
[0
..1
5)
BIO
S_B
OO
T
I2
C_
H
D
R
RES
ETF
H
D
R
MD
IO
[0.
.7]
,M
ICL
K,M
IVA
L,M
IST
RT
FBA
S
VID
EO
_IN
_O
UT
I2S
_EM
P
AO
_TE
ST
SP
_D
IF
_H
D
R
U
2.
5d
U
12
U
5
U
3.
3
U
15
U
2.
5/
U
3.
3_
O
FF
Po
w
er
Su
pp
ly
1
2
3
4
W
10
00
4p
ol
_J
ST
_b
l_
s
L1
00
0
18
u
C10
01
100
n
C10
02
100
n
1
2
3
4
W10
01
4po
l_L
C_n
at_
s
1
2
3
4
5
6
7
8
9
10
11
12
W
10
10
12
po
l_
JS
T_
na
t_
s
40
39
38
37
36
35
34
33
32
31
30
29
28
27
26
25
24
23
22
21
20
19
18
17
16
15
14
13
12
11
10
9
8
7
6
5
4
3
2
1
W10
02
40p
ol_
PFO
_SW
C10
00
220
u/3
5V
1
2
3
4
W10
05
TE
ST
ST
EC
KE
R
3
4po
l_J
ST_
gn_
s
R10
84
1K
R10
83
10K
R1
09
2
0R
R1
08
8
0R
R1
09
1
0R
R1
09
0
0R
R1
08
6
0R
R1
08
7
0R
R10
89
10K
R10
85
10K
R10
93
10K
R1
00
7
1K
8
7
6
5
4
3
2
1
W
10
03
8p
ol
_P
FO
_s
w
4
3
R10
14
82R
x4
1
2
R10
15
82R
x4
6
5R1
015
82R
x4
7
8R1
016
82R
x4
4
3
R10
16
82R
x4
1
2
R10
17
82R
x4
6
5R1
017
82R
x4
8
7
R10
18
82R
x4
7
8R1
015
82R
x4
6
5R1
016
82R
x4
1
2
R10
16
82R
x4
4
3
R10
17
82R
x4
8
7R1
014
82R
x4
6
5R1
014
82R
x4
1
2
R10
14
82R
x4
4
3
R10
15
82R
x4
8
7
R10
17
82R
x4
2
1R1
020
82R
x4
6
5R1
018
82R
x4
4
3R1
018
82R
x4
2
1R1
018
82R
x4
4
3R1
020
82R
x4
7
8
R10
19
82R
x4
6
5R1
019
82R
x4
1
2
R10
19
82R
x4
5
6
R10
20
82R
x4
3
4R1
019
82R
x4
8
7
R10
20
82R
x4
U
15
NC
NC
C1
05
4
10
0n
C1
05
5
10
0n
A
10
00
A
B_
BL
EC
H
_8
0p
ol
C13
49
100
p
C13
93
10p
C13
94
10p
C1
38
1
10
n
C1
38
3
10
n
C1
38
2
10
n
C1
38
5
10
n
C14
06
100
p
C14
07
100
p
C13
95
10n
10
9
8
7
6
5
4
3
2
1
W
10
12
10
po
l_
JS
T_
na
t_
s
4
3
2
1
W
10
13
4p
ol
_J
ST
_r
t_
s
13
_1
8V
_o
n_
off
U
_L
N
C_
on
_o
ff
D
IS
EQ
SC
LT
SD
A
T
A
G
C_
IF
NC
C13
80
100
p
C13
79
100
p
NC
W10
04
1
2
3
TE
ST
ST
EC
KE
R
1
3po
l_J
ST_
gn_
s
SC
L
SD
A
C14
36
10p
C14
35
10p
C14
42
10p
C14
40
10p
C14
41
10p
C14
43
10p
C14
37
100
p
C14
39
100
p
C14
38
100
p
C14
50
10p
C14
49
10p
C14
47
10p
C14
48
10p
C1
45
1
10
0p
W10
06
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
44p
ol_
PFO
_SW
C14
53
220
u/1
0V
C14
52
220
u/1
0V
NC
U5
U5
C1
45
4
10
n
VSY
NC_
FR_
711
5
H
D
R_
St
at
us
_L
ED
4
3
2
1
W10
14
4po
l_J
ST_
nat
_s
R13
30
100
R
C1
45
7
1n
R13
29
100
R
R13
31
100
R
C1
45
6
1n
C1
45
8
1n
10
9
8
7
6
5
4
3
2
1
W
10
09
10
po
l_
JS
T_
rt
_s
SD
A
1
SC
L1
C14
62
10p
C14
61
10p
R13
42
0R
R13
43
0R
W10
15
3po
l_J
ST_
rt_
s
1
2
3
H
D
R_
St
at
us
_L
ED
W
10
08
8p
ol
_J
ST
_n
at
_s
_T
2
1
2
3
4
5
6
7
8
R13
45
100
K
R1
20
0
0R
JT
A
G
_T
D
O
10R
R13
59
10
u/
10
V
C1
45
5
100
p
C14
67
10R
R13
60
100
p
C14
68
U
15
M
D
IO
[0
..7
],M
IC
LK
,M
IV
A
L,
M
IS
TR
T
RES
ETF
RE
SE
TF
RES
ETF
I/S
SI
F1
I/S
SI
F1
Q
/S
SI
F2
Q
/S
SI
F2
U5
U12
FR
O
N
T_
SC
L0
FR
O
N
T_
SD
A
0
CS
_F
RO
N
T
I2
S_
BU
S
VI
D
EO
_I
N
_O
U
T
U
2.
5/
U
3.
3_
O
FF
I2
C_
H
D
R
I2C
_H
DR
BIO
S_B
OO
T
BIO
S_B
OO
T
HD
D_P
ID
E_D
[8]
HD
D_P
ID
E_D
[9]
HD
D_P
ID
E_D
[10
]
HD
D_P
ID
E_D
[11
]
HD
D_P
ID
E_D
[12
]
HD
D_P
ID
E_D
[13
]
HD
D_P
ID
E_D
[14
]
HD
D_P
ID
E_D
[15
]
HD
D_H
DRS
T
HD
D_P
ID
E_D
[7]
HD
D_P
ID
E_D
[6]
HD
D_P
ID
E_D
[5]
HD
D_P
ID
E_D
[4]
HD
D_P
ID
E_D
[3]
HD
D_P
ID
E_D
[2]
HD
D_P
ID
E_D
[1]
HD
D_P
ID
E_D
[0]
HD
D_P
ID
E_D
RQ
HD
D_P
ID
E_I
OW
HD
D_P
ID
E_I
OR
HD
D_P
ID
E_R
DY
HD
D_P
ID
E_A
KJ
HD
D_P
ID
E_I
NTR
Q
HD
D_P
ID
E_A
[1]
HD
D_P
ID
E_A
[0]
HD
D_P
ID
ECS
[0]
HD
D_P
ID
E_A
[2]
HD
D_P
ID
ECS
[1]
LO
CK
_C
I2
S_
EM
P
SP
_D
IF
_H
D
R
H
D
_B
U
S0
H
D
_B
U
S0
HD
_BU
S0
JT
A
G
_D
EB
U
G
JT
A
G
_D
EB
U
G
PC
I_
C_
BE
1
U
15
/U
25
_I
N
I2
C_
SI
F
FB
A
S
FB
A
S
SA
T_
Bu
s
A
G
C_
I2
C_
T
HD
_BU
S1
H
D
_B
U
S1
PI
D
E_
D
[0
..1
5)
PI
D
E_
D
[0
..1
5)
PID
E_D
[0.
.15
)
LO
CK
_S
A
O
_T
ES
T
AO
_TE
ST
A
O
_T
ES
T
HD
D_P
ID
ECS
[1]
HD
D_P
ID
E_A
[2]
HD
D_P
ID
E_D
[15
]
HD
D_P
ID
E_D
[14
]
HD
D_P
ID
E_D
[13
]
HD
D_P
ID
E_D
[12
]
HD
D_P
ID
E_D
[11
]
HD
D_P
ID
E_D
[10
]
HD
D_P
ID
E_D
[9]
HD
D_P
ID
E_D
[8]
HD
D_P
ID
ECS
[0]
HD
D_P
ID
E_A
[0]
HD
D_P
ID
E_A
[1]
HD
D_P
ID
E_I
NTR
Q
HD
D_P
ID
E_A
KJ
HD
D_P
ID
E_R
DY
HD
D_P
ID
E_I
OR
HD
D_P
ID
E_I
OW
HD
D_P
ID
E_D
RQ
HD
D_P
ID
E_D
[0]
HD
D_P
ID
E_D
[1]
HD
D_P
ID
E_D
[2]
HD
D_P
ID
E_D
[3]
HD
D_P
ID
E_D
[4]
HD
D_P
ID
E_D
[5]
HD
D_P
ID
E_D
[6]
HD
D_P
ID
E_D
[7]
HD
D_H
DRS
T
Sta
tus
_LE
D_M
SP_
1
H
D
D
_O
U
T
H
D
D
_O
U
T
H
D
D
_O
U
T
Sta
tus
_LE
D_P
E
NET
D
r.
R.
S
ch
m
id
t
b
St
.S
üß
m
an
n
28
.0
5.
05
Be
st
.v
ar
ia
nt
e
H
D
D
2,
5"
3x
EM
V
6x
EM
V
M
ai
n
Y/
C
IN
Y/
C
O
U
T
H
D
D
-S
U
PP
LY
I2
S
+
SP
D
IF
PO
W
ER
IN
JT
AG
-D
eb
ug
H
D
D
3,
5"
H
D
R-
D
VB
L2
65
0
D
r.
R.
S
ch
m
id
t
0
St
.S
üß
m
an
n
07
.0
3.
05
EM
V
EM
V
EM
V
EM
V
EM
V
EM
V
13
.0
5.
05
St
. S
üß
m
an
n
a
D
r.
R.
S
ch
m
id
t