35
LSD
19
MD configuration
128
S
bitwise programming
Bit
Value
OFF (Value 0)
ON
Bit
Wert
AUS (Wert 0)
AN
0
1
Address 1 normal output
Address 1 invert output
1
2
Address 2 normal output
Address 2 invert output
2
4
Address 3 normal output
Address 3 invert output
3
8
Address 4 normal output
Address 4 invert output
4
16
Address 5 normal output
Address 5 invert output
5
32
Address 6 normal output
Address 6 invert output
6
64
Address 7-10 normal output
Address 7-10 invert output
7
128
Signal state fade over
Signal state with short out
20
Address 1 high
0
W
1
–
2048
Switch address 1, if address smaller 256 write
to CV21 = desired address!
21
Address 1 low
1
W
22
Address 2 high
0
W
1
–
2048
Switch address 2, if address smaller 256 write
to CV23 = desired address!
23
Address 2 low
2
W
24
Address 3 high
0
W
1
–
2048
Switch address 3, if address smaller 256 write
to CV25 = desired address!
25
Address 3 low
3
W
26
Address 4 high
0
W
1
–
2048
Switch address 4, if address smaller 256 write
to CV27 = desired address!
27
Address 4 low
4
W
28
Address 5 high
0
W
1
–
2048
Switch address 5, if address smaller 256 write
to CV29 = desired address!
29
Address 5 low
5
W
30
Address 6 high
0
W
1
–
2048
Switch address 6, if address smaller 256 write
to CV31 = desired address!
31
Address 6 low
6
W
32
Address 7 high
0
W
1
–
2048
Switch address 7, if address smaller 256 write
to CV33 = desired address!
33
Address 7 low
7
W
34
Address 8 high
0
W
1
–
2048
Switch address 8, if address smaller 256 write
to CV35 = desired address!
35
Address 8 low
8
W
36
Address 9 high
0
W
1
–
2048
Switch address 9, if address smaller 256 write
to CV37 = desired address!
37
Address 9 low
9
W
38
Address 10 high
0
W
1
–
2048 Switch address 10, if address smaller 256 write
to CV39 = desired address!
39
Address 10 low
10
W
