47
Code
Variable
Conversion Statement
Comments
K
Ramp-down
time
- Convert MSB4 to binary, bitwise-AND by
0b00111000 and store the result in variable
𝑥
- Rhift arithmetic right
𝑥
by 3 and store the result in
variable
𝑦
- Convert
𝑦
to decimal and store the result in
variable
𝑧
- Conversion result =
𝑧
Value
Ramp-down time (s)
1
0
2
5
3
10
4
15
5
20
6
25
7
30
L
FLC setting
- Convert MSB4 to binary, bitwise-AND by
0b00000111 and store the result in variable
𝑥
- Convert
𝑥
to decimal and store the result in
variable
𝑦
- Conversion result =
𝑦
Value
FLC Setting
1
Position 1
2
Position 2
3
Position 3
4
Position 4
5
Position 5
6
Position 6
7
Position 7
Code
M
N
Format
LSB5
MSB5
Bits
64
65
66
67
68
69
70
71
72
73
74
75
76
77
78
79
Code
N
O
P
Format
LSB6
MSB6
Bits
80
81
82
83
84
85
86
87
88
89
90
91
92
93
94
95
Code
Variable
Conversion Statement
Comments
M
Max IL1
during
ramp-up
- Convert LSB5 to binary, left arithmetic shift by 2
and store the result in variable
𝑥
- Convert MSB5 to binary, right arithmetic shift by 6
and store the result in variable
𝑦
- Convert (
𝑥
+
𝑦
) to decimal and store the result in
variable
𝑧
- Conversion result =
𝑧
N/A
N
Max IL2
during
ramp-up
- Convert MSB5 to binary, bitwise-AND by
0b00111111, left arithmetic shift by 4 and store
the result in variable
𝑥
- Convert LSB6 to binary, right arithmetic shift by 4
and store the result in variable
𝑦
- Convert (
𝑥
+
𝑦
) to decimal and store the result in
variable
𝑧
- Conversion result =
𝑧
N/A
8
b
yt
es
9
b
yt
es
10
b
yt
es
10
b
yt
es
11
b
yt
es
12
b
yt
es
