Galil DMC-1800 Manual De Usuario
234 • Appendices
DMC-1700/1800
70
70
I/O27
I/O bit 27
1
71
69
I/O26
I/O bit 26
1
72
72
I/O25
I/O bit 25
1
73
71
OUTC25-32
Out common for I/O 25-32
1
74
74
I/OC25-32
I/O common for I/O 25-32
1
75
73
OUTC25-32
Out common for I/O 25-32
1
76
76
I/OC25-32
I/O common for I/O 25-32
1
77
75
PWROUT32
Power output 32
1
78
78
PWROUT31
Power output 31
1
79
77
PWROUT30
Power output 30
1
80
80
PWROUT29
Power output 29
1
81
79
PWROUT28
Power output 28
1
82
82
PWROUT27
Power output 27
1
83
81
PWROUT26
Power output 26
1
84
84
PWROUT25
Power output 25
1
85
83
I/O24
I/O bit 24
0
86
86
I/O23
I/O bit 23
0
87
85
I/O22
I/O bit 22
0
88
88
I/O21
I/O bit 21
0
89
87
I/O20
I/O bit 20
0
90
90
I/O19
I/O bit 19
0
91
89
I/O18
I/O bit 18
0
92
92
I/O17
I/O bit 17
0
93
91
OUTC17-24
Out common for I/O 17-24
0
94
94
I/OC17-24
I/O common for I/O 17-24
0
95
93
OUTC17-24
Out common for I/O 17-24
0
96
96
I/OC17-24
I/O common for I/O 17-24
0
97
95
PWROUT24
Power output 24
0
98
98
PWROUT23
Power output 23
0
99
97
PWROUT22
Power output 22
0
100
100
PWROUT21
Power output 21
0
101
99
PWROUT20
Power output 20
0
102
102
PWROUT19
Power output 19
0
103
101
PWROUT18
Power output 18
0
104
104
PWROUT17
Power output 17
0
103
GND
Ground
Coordinated Motion - Mathematical Analysis
The terms of coordinated motion are best explained in terms of the vector motion. The vector velocity, Vs, which is
also known as the feed rate, is the vector sum of the velocities along the X and Y axes, Vx and Vy.
also known as the feed rate, is the vector sum of the velocities along the X and Y axes, Vx and Vy.
Vs
Vx
Vy
=
+
2
2